CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
AP018321	Nostoc sp. HK-01 plasmid plasmid3 DNA, complete genome	0 crisprs	Cas9_archaeal	0	0	1	0
AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	4 crisprs	RT,cas3,cas6,DEDDh	0	22	0	0
AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	3 crisprs	Cas9_archaeal,cas1,RT,cas14j,Cas14c_CAS-V-F,c2c9_V-U4,cas6	0	7	3	0
AP018324	Nostoc sp. HK-01 plasmid plasmid6 DNA, complete genome	0 crisprs	NA	0	0	0	0
AP018322	Nostoc sp. HK-01 plasmid plasmid4 DNA, complete genome	0 crisprs	RT	0	0	0	0
AP018318	Nostoc sp. HK-01 DNA, complete genome	13 crisprs	Cas14u_CAS-V,DEDDh,csa3,c2c5_V-U5,RT,PD-DExK,2OG_CAS,cas6,cas4,cas1,cas2,cas3,DinG,csx1	0	11	4	0
AP018323	Nostoc sp. HK-01 plasmid plasmid5 DNA, complete genome	0 crisprs	NA	0	0	0	0
AP018325	Nostoc sp. HK-01 plasmid plasmid7 DNA, complete genome	1 crisprs	NA	0	1	0	0

1. AP018321

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	2196 : 54976	57	Escherichia_phage(18.18%)	integrase,transposase	attL 4402:4427|attR 36835:36860

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>AP018321|2196:54976|DBSCAN-SWA
TATGTCGGTGCTAACTCACCTATTACCAGATTCAAGCAATCTGAGACTTGAGAATTGCCAACTTGACAAGATAAAAACGAAGATTTATTTGATTGTTTCCGCAATCAGTAGAGTAGTTAACTGTCCAGTTTGTAACCAACCAACTCAAAAAATTCATAGTCGCTATGAACGCTTATTAGCAGACTTACCCTGGGCTGATTACAGCATTACCTTACAGTTACGGGTAAGGAAGTTTTTTTGCATTAATAGTTTGTGTAAACAACGCATTTTTACAGAAAGGCTGACTAATGTAACCGCACCTTGGGCGAGAAAAACTCTACGTTTAGCTCAACGATTGAGTGTGATTGGTTTAGCTAATGGTGGTGCAGCAGGGGAAAGACTATTACAGCAATGGGGGATAAAAGTTTCTCGCAACACACTGTTAAACTTAGTCCGCTCAATCCCACTGCCACCAATCGTAACGCCACATACTCTTGGGGTAGACGACTTCTGCTTTCGTAAGTGTAAAACTTACGGGACAGCACTAATTGACCTCGAACGCAGCCGACCAATTGCTCTACTAAAAGATGCCTTGGCTGAAACCTTGGCAGAATGGTTAAAAGCGCACCCTGGTGTCAAAGTCGTCTCACGAGATCGGTCAAAAACTTATGAAAGTGGTATTCGTCAAGGCGCACCAGAAGCCATTCAAGTTGCAGACCGTTTTCACTTATTACAGAACTTAGCTGAAACACTTAACGAAGTTTTCGCTACACATTATCAAGCTCTCAAAGCCGTCGATGAAATATACAGTCTTTCATCAGTAACCCAAACAGATGGTACTGTAGTTGTGCGAGTACCACGACCAACTCGTGAACAACAGGCACTCTTATTAGCAGAACAAAGCCGTGCCAGACGAGTTGCTATCCATCAGCAAGTTTGGGACTTACATCACCAGGGTTGGAGTGGAAAAGCTATAGCCCGTCAAGTTGGGATTGGTGTAACAAGTGTATTTCGCTATCTACGTACTCTCACCTTTGTTGAACCAACTCAGCGAAGAAGCCGAGGTCGAAGTATTTTAGTTCCATATCAAGAATATATTCTAAAACGCTGGAATGAAGGTTGTCACGAAGGCTTAATTTTGTTTAAGGAAATTCAACAGCAGGGTTACAAAGGGAGTTATGACACTGTAGCTCGTTACACACGTCGTATCCGTACAGTACAAGAAATCAAGCCAAGAAAACGGTATTCGATTAAGTCTTTACCAAAAGTCACTCAACCCAAGAAACTTTGTCTCACGCCTCGTCGTGCTGTATGGCTAGTGCTGCGGAAACCAGAGTCGCAACAGCCAGATTCGGAGGAATTGCTTGCACTACTAACAGCACAACATCCAGATTTAGCCGAAGCTATTCAGTTATCGCAAGGCTTTGCCTGTATTGTTCGCCAACGGCAACCTGAACAGCTTGATCCTTGGCTCACTCAAGCAGAAATGAGCAATCTGACTGCTTTTCGTCGCTTTGCTAAACGATTGCGTGAAGACTACGACGCGGTGAAGGCAGGTGTAACTATGTCAGTTAGCAATGGCCCCGTTGAAGGGCATATTAATCGGCTGAAAATGTTAAAGCGACAGATGTATGGTCGCGCCAAAATAGATTTACTTGAGCGACGATTTTTGTTAGCAACTTAAAGGATATCATTCTTGTACTTCAAACTTTTTCTTGACTTCTGAATTCTGACTTCAAACTTAGTTATGAGCTATAGAAATCAGTTCATTTGGCAAAGGGCAGTTCAACTGTCCATTAATTGTTATAAGTTTACACGCCTATTTCCTCAGTCCGAATTGTATGGTTTGACCAGTCAAATCCGACGTTCTTCTGTATCTGTAGCATCTAATATAGCAGAAGGCTATGGCAGGCGCTCAAAGCCAGAATACATACAGTTTTTACATATTGCTTTAGGTTCTTTGAGAGAATTAGATACGCAATTAATAATTGCTAAAGAGGTAGATTTAGCAGAGAAAAATCTTTTCACTCCTTTATTAAATGAAGTTGAGGAAATGCAAAGTATCTTAGTTGCTAGTTTAAACAAACTCAAAGTTTGAAATTATTACTTCTACTCTTCCGACTTCTGCCTTCTGCCTTCTGCCCTCTGCCTTCCCTCAACTTAGATCACCAAAAGTTGCCAAGACCCATAATTCTGGCTCAGTTGCATTTAATCCTGGCTGAAGCACAATTATAGTTGCAAATAATCCTGGTTGAAAACAGCGATGATTGCAGGTTGAGGGATTTATGATTGCAGGTCACTACACTTTGTGAACAACTTACTTTGTCAGGTGGGGAGTGGGTATGTAATAAAGAGTGGTTCCTGTTGCAGAGTTGACTAATAGTTCAACTTTGCAACAGAAAGCTGAAAACCTACAGATTTACAGTAGCGGTGGCAGTGTGAGCAGACCCCTTAAACCTTGGGTTGGTGTAGCAGCAGGGGGCAGAACAACATAGTCGGGCAGGTAACTCGTCTCCTCCTGAAACTCCTGGCGACCGCGCAGAATGCCAAACAAAGTATTAGGTGATACTGAACTTGGCATAGCATCCGCCACTTGGGGAAGTGTAGCGCTCCGCCTTATCCAGGCAGTCTGTAAACCATAGCTCTTTGCACCAAGCACATCGAAGCTATTAGAGGACACAAACAATATCTGTTGGCGAGGAACACCAAGCTCAGGCCCAGCCAGCGAATAGACCCTTGGATTAGGCTTAAATACACCGACTTGATCGACACTAATCCACTTGTCGAGGACGTTTTGCATATTATTGGCAACGACCACCTGTTGCAGCATATCAGTGCTACCGTTAGAAAGGATGGCTAATTTATAACCGCGACTCTTGAGGGTAGTTAGCACTTCGAGCGCTTCGGGATAGGCATCGAGGGTAAAGTAACGAGATGCTAGAGCATCTCGCTTTGCCGGATCGGACTCTGGATCAATCCCGACGCTGCGTAGAGCAAAGTCGAGCGCTGAAAGAGTGCAAGAGTAAAAATCTTCATACTGATTGATCAGAGTCCGCAACCACGAATATTCAAGCTGTTTGAGTCGCCAGACCTGAATGAGGGTTTGATAGAGAAGGTCATTGTAGCCAGTCCCGTAGATCTCTCTGGCGCGGTTGAAGACAGGCAAGAAGACATCAAACAAAGTACCATAGGCATCAAAAACCAGTGCAGTAATTTGCTGGGGATTTGCGTTTCCGGCTGCCTGCGCTACCCTTCCAGTCGCAACTGCACTAGCACCAGCCATCAGCGCCAGTCCGCCGCTGCTCAACAGACCGAGCGCACTGCGTCTAGTCATTCCTTGCTTGAGCGTACTGCTTTTCAGCTTTCTGAACTGGCCATAATGCTGCTTCGGTTCTTTGTCGTTGTCTTTCATGGTTAATCCCTATGCAGATATTGTTGCTGACCTTGCTGATTTGTTAATGAAATTGAGCATTTACAAACTCGAACAAGAGCTTTTGTGGTACATATTTGTGGTACATAGTTGCATGAAAACCATTACCTATTCAGCAATGCTCAATATTTTTTTATTTATCTAAACATCAAAAAATAATATTATCTGCCATCCAAGAAGTGTAAAAATATTGGGATAGAAATCCTTGTTAGGCAGCTATTCCAGCGTTATGTAGTGGTAAAATCTCTCTGTTTTTTACCACTACATAACTGCGTAACTCTTGCAGTGACGTTGTTTTATCCATATAAATAGCCGCACTTGGTTTGAAAAATCCCGGCACGGGATTTTTTGTGGTGGTAATTTTGAGGCTGTATTTATCGAAAAAAGCTTCAGCTAAACTCTGTACAATAAATTATTAATCCTTACTTTATCTGGTTCACCCTACCAATAAATGTCAGATCAAAGAGCGCCAGAAATCGAACTTCTCCGTGCGGCGTACGCAGCCTTCAACGCGCGAGACATTGACGCTGCCCTTGCCCTCATGACTCCGGACGTGGCTTGGCCGAAAGCCTTCAAAGGCGGTTTTGTCCGTGGGACGGCTTTGTTGCATGAAAGAAAAAAAAGACACACCAATCCGAAGTAAGGAGAGGAATTAATCTTCGACTTTATAAGAATCAGGTTTACCTAGCTGGATCATGCGATTCAAGGCAGCACATTGCAAAAACAACTCCACAGCCTGGTTGTCAAAAAAGCGTCGTCTCAACTTGCCACCAAAGATGGTTTTGAGCCGAAAGATAGCAGTTTCAGATAAAGAACGGCGATGATATCCGCTTTCTTGTTTCCATTGTTTACGTCCAACTTGGTTCACCCTTCGCAGATTTTCATCTCTGGGATGGGGCTGGGAATGAGGATGTGTTTGCTGCATTTTGGCGTTGCTACGTGGTGGAATAGTGGCTTTCGCCCCTTGTTGTGAAATGGTGTCGTAACAACCTTTTGTGTCATAGCCACCATCCCCAGAGACTTGCTCTATCGGCTGTGAAATCTGCTCTAATATGTCTGTTAGCACTTCACAATCAGCCAGATCATTAGTAGTTACCACCGCACCCAGAATTTCACCACTGTTCTCATCAACTCCTAGGTGCAACTTGCGCCATGTCCGTCGTTTACCAACCCCATGTGTGCGGACTTTCCACTCGCCTTCACCATAAACTTTTACCCCAGTTGAATCCACTACAACATGAACCGCCTTGTCTTTTGGCACTACTGGCAGTTTCACCGACAACTTGCTTAAACGTCGGCATAAGGTAGAGTGATCCGGGACTTGTAACTCAATTCCCATCAACATAAACAGTGATTCTAAGAAACCCTCCGCTTGCCGTCCAGGCAAGTTAAACACCGATTGAATAGTCCCCATTGTGGCAATCGCCACATCAGAGTAGTAATTTGATGCTCCCTTTCTCCCAGTTTTCTGCTGGTTGCACCACTGCTCGATTACTTCTTCATTCACCCAGAAGGTTATACTGCCTCGTTGCTTGAGTGCCGCATCATAAGCGTTCCAATTCCGAACTTTATACTGGGCTTTCGTCTTCATCGTCAGGTTGAGGCTTGAGCAGAAACACATAATGAGTCTAATTTACCATCTTCCTTTTTCATGCAACAACGCCCCGTGGGACTGAAGAAGTTCGCGCTTACTGGACGGAGCAATGGAGCGAGATCAATCCGCACGTCGAGCCGGTTTCTTTTTACTCGGAGGAGTCCGGGCGCATTTTGGTCTCGGTGCATCAGGTCGTGCGTGACTTAGCTTACTCAGTTATTGCCGATGATCATGTGGGCCATCGATTCACCCTTGAACACGGCTTGATTCAAGCTATGGAAGTCTGTCCACTTCCATCGTCCACCCCAAAGGCCTAACCACGCGCAAGGAGCGAACAGGTAGGCATTGTTCCCCAGCAGCGACCGTCATAGGCGTTGTTACGACTGTCGAATAAAATTAAATACTCAGAATTTGACACAGTTTGTGGTTTTTGCAGATAGATGTTGGGATAAGTTTCGATTCTGACTCTACCTCCCGGCTCAACCCCATTTACTTACAAAAATTTGTGCTTACACCTTAACAAAACCTAGTAAATTCGTTGTTGTTGAAAATTTTGGTTTACTTATTTACGCCTGTTTCAATCATTACAAACCTACTCTAGTTTATTTTGCCGTTCTAGCTTATTTCCGCCGTACTGTACTAGCTATTGCTGAAGCTTTCTAATCAATTCCAGGACTTTCTGGTATTGATCTGTATTTCCTTCTGCTTGAAAGAAGTTAGCGGCTTTTTGTAAATCTGCGATCGCCCCTTCCTTGTCTCCTGATTCATAACGGGCAACTCCCCGGTTGTTATAGGCATCAGCATAGTTGGGATTAATCTTTATAGCTTGGTTGTAATCGGCAATCGCCCCTTGTTTATCTCCCAATGCAAAGCGGACAACTCCCTGACTGTAGTAGGCATTAGCGTAGTTGGGAATAATCTTGATAACTTGATTGTAATCAGCGATGGCCCCTTGCTTGTCTCCCAACTGAGCACGGGCAATTCCTCTGCTGTAATAGGCTGGGGCAAAGTTGGGATTGGTCTTAATGACTTGATTGTAATCAGCGATGGCCCCTTGCTTGTCTCCCAACCGAGCACGGGCAATTCCTCTGATGTAATAGGCTGGGGCAAAGTTGGGATTGGTCTTAATGACTTGATTGTAATAAGCTAGTGCTTGGTTGTTAGTGGCGTTAAAATCTCTAAACTCACTGCTAGTTACTGCTCGGTTGATGTAGGCATCAGCGTCGTTGATAATTTTGAGGGCTTGGGTGTAATCGGCTATTGCTCCTTGTTTATCTCCCAACTCACTGCGGGCAAATCCCCGGTTGATGTAGGCATTACCGTAGTTGGGGATAGTCTTAATGGCTTGGTTGAAATCAGCGATGGCCCCTTGCTTGTCTCCCAACTGAGCACGGACAATTCCTCTGTAGTAATAGGTATTGGTATCGTTGGGAATAATCTTAATGGCTTGGTTAAAATCGGCTAGTGCCCCTTGCTTGTCTCCCCACTGAGCGCGGGCCATTCCTCGGCCGATATAGGCTGGGGCGTAGTTGGGATTGATCTCAATGGCTCGGTTTAAGTCAGCTAGTGCCCCTTGTTTGTCTCCCTCATCAGCACGGAAAACCCCTCGAATAGCGTAGGCAAAGGCATCGTTGGGATTGATCTTGATGGCTTGGTTGTAATAAACTATAGGATTAATCTCAAGAGCTAAGAAGTAATCTTCATTTGCTCCTTTTTTGTCTCCCAACTCATAGCGAGGAAGTACACGGTTATAGTAGGCATCGGCATTTTTAGGATTAATCTTGATAGCTTCGGTGTAATCGGCTACTGCTCCTTGTTTGTCTCCCAACTTATAGCGGGCAATTCCTCGGCCGATATAGGCATCGGCATAGTTGGGATTAATCTTGATAGCTTCGGTGTAATCGGCTACTGCTCCTTTAAAGTCTCCCTGCTCATACTTTTTCCCAGCTTGATTAAATAAGTTTTCCGCTTGCGGTGTTGTTGCAGTCGGGATATTGTCAGTGCTGCCCTGTGCTTGCATTACCCCAGTCCCATACACCATAACTGCTTTGACAAGTTTTGTTGCTTCTGTTGAGGAAAGTGCAACCGCAAACTGCTGTAGCACAAGGGCAATCGCTACTCCTGTGATTACTGGTGCAAGTGCATAATCAAATTTCATAATTTAATTTTCAATACGCATTCTTTGACTTTACCGAAAAAAATCGCTCTCCTACTATGCCGACCAATGCCGTTGCCGGGATTTTCTGTGGTGATAATTTTGGGACTGATTTTATCACAACATAGCTGTGAAACTCTTACAGTAACGTTGTTTTCTGCATATAGATAGCCGCACTTGGTTTGACCTGTCCCGGTACGGGATTGGATGTCTGTTTCTTGACAAAAAGCCTTATTCCTCGGTTGACAACCTTAAATATGAAACTTCATGCCATTCGCTGGTAGAACCAGCTTTACCTTCGCGCTCCGGCCAGTAAACCAAAACTTGACTCCCATCGGCTGATATTTCTTTGATAGTTCCATTCCACCCATATTTCTTTTCATAGGGGTCACTTGCAGATACGCAATCGTTTACTTTAAACAGACAATCAGTAAATGCGTAGTCTGTTTGTTTTTTTTGTTCATTACACGCGCTTGGTTCTAAGCAGTCAACAAGCTTTGAAGACACCCTCTCCCCCTGTTCGGAATAAAAGTTGTTGACTATCTCTGTAACTCTTGCTGTATCTAAGCTTTGATTGTTCAACACCTGTTTACTAACTTCAGGCTGTTGACTATTGTTAACTAATTGTTGACTATTTTGTTGACTATTCAAAATAGCTGTATTTACAAGGCTTTCAGAAGAATAGTCAACTATGTTTACTGTATCTGTAGGAGAGGGGGAGTCCCCAGAATGAAAAGACTTTTGTTGACTCTTAGGAAGAGAGTATAAATTAACACGTTTATCTTGAGAGGATGGCAGACAATGAATTAACCCCCTGTTGGCCATTCGATTTAACTCCGTGTAGATGCCTTTGTTACCAGATTCATTAAGCAAATCTAAAATTTGGCGACCTGATAATCCTTCACCTTCAGAGTTGCTTTTGAGTATGTTGAGAATTCGCTCCCGCACAGTTAGCTGTTCTTTATCTTCGCCAAGCCCCAATTTTTCCCAAGAGTTATTTTCTGGATTGAACTCGATAGTTAAAATTTGTCCTTCGGTGTCACGGGGGAAGATTGACAGTACACGTTTGGGGTCTTTGGGGTCGATAATTAGTTTCTTCTTATTGTTGGGGTCGGGTTTGGGTATGTGGTCTAACTGCCAAACTCCCCAAACTGCACCAGCAATTGCAGTGCTACCTCTAAGTTTATGCACACCCATTGCTTCCCTATCCTTGTTGCAATGATGGATGAGTATGCCACTTGCACCGTATTTATTAAAAAGCTCTTTCAGAGTGTAGATATTGTCGGCAAACTCGGCACTGTTTTCAGAAATATTTGACCTGTGTGTGATTCTCTTAAGCGAATCAACAATTACGATATCAGGTCTAAAATTTTCTAGTTTTCGCTCTAGAATTTCAAGATCGTCAATTGTCCATTTTGGCAGGACTTCAACAAAATCTGCATCGCTACTGCGAAAACCACGCTTTAAAAGCTTACGCTTTGTTGACTGCAATGACTCGTCACAACTGATAAGTAGCACTTTACTCTGTGATACATTCTCACCTAAAAATGAGCTTTCACCCGTAGCTAATGCAAAGGCGGCATCAATAGCTAAAAGTGTTTTACCAGTTTTTGGGGCGGCTCCTAAGATAATTGTTTCGCCTTTGGGCAGCATCTCAGGAATCAGCCATTCCAATTCCTCAGCCTCCAGAGTAAATAATTCATCGAGCCTGTAGCATTTAACTTCTTGGTGCTGGGTGCGTTTGTTAATTACTTTGAGCAAATCCTCAACCTCAGATTTGCTCAGTCTAAAGAAACTACAAATTTCTGCTCTTTTACGAACTCGCTTGATAGGGTCTAATTCTTGAAGTAGTCCCAGCAGTTCAAGCTTTAGTTTTTCATCAAGATCGTTATTTACTGGATCAACTGCAATTCCTCTGCGTTGTAATTCCTCCTGAAATTGTTTTTCTAACTTGTCCATAAGTTTGTTCCAGTCGTAGGAGTTTTGGTCACACCGCATTCTAAGCGTACCAAGCTCCACTGACCTTTGTGGTTCTTGCTCATGAACCATTACTACTTTCGCTATCTCAACCGCATCTTTGAGAGATAGTTTCCTTTGTGATATTCGGTGTAACCATTGCTGGTAGCTCTGAGAAAACTCTACAATCTGCCCAAATAATTCAGCCTCTGATGAATATTTGTCTGCCGTCCAGATTCCTAAAGGCTGTTGTGCCTCATAAATTTCTGGGGTGTTACCAGATAAAAGTATTTGATAAATTCCTTTCCTGACTGATGCTTCTGGCGTTTGGTTATCTACCAAAATGATGTGCATCCCTTGCTCTAGAGATTGGGGAATATTGAGTAAATCACCAGTGGCAAAGCGACTAGCAAGAGATACTACTGTGTCTAATTCAGCAACCCACAGATGCGGCTTTGATGCAATTGTTGGAGATGCAATCATACAGCACCTCCTAAAGTCAATCTCAGGTTTTTTGTGGACAGGGGATGACGTGACGAATAAGTATCAAAGGCTAATCGGAGTGCGCTCATAGTGGCGGCACTAAAAGATATAGGCATAATATCCCCTCCTTGGGGAGTAATTTTGACCAAGGAGGAAGAGCCTTAGCTATCAAGGCTTTGCAGTTGTAAACCCCAATCCCCTGAGAAAGAGGCCTTTGAGAAAGAGTCCTTAGAATGTTAGCTAGACATCAACTTTTAAAGCGCAGAGGGGGACGGTCTGCTATAGTTGAGGGAGAGTTTTTTAAATAAAACAGTTAATGTTTTATTTTTATTGGTTGGGATTTCGTTCGCTACAAGCAGGTTACTGCAAGTTATTTAGCTCTGCAAAGCCTCTTGTGTTGATAGCTACGGAGTCCTCCTTTTTTTTGTAAAAAATTAAGCAGATTGGTCAAGGTATAACCGTACTGCCTCGCGGATTATTACACTCTGTTTCTTGCCACTCATGGCAGCGATGTTGGCAATTTGTGCCTTTTCATCTGCGGACAGCCGGGTGCTGGCGTAGCTTTTTAAAACGGTAGCTTCTATCTGTTTAGGCATATTCACCGAATAATGGCTTAACTTCACTGTAATTACTAGGCGTGTACTATGCAAGCTTGAAAAGCTTAGAAGAGAAGGCATTTAGAATCTAAACTGGCTTTCTTAGTCTCCACGATGGAGTTTTAAGAATTGTTACAGATGCAAAAACTGCTACCTTTTTCATTCCCGTTGACGGGAATTTTGGTGCAAGAAAAAATCTTCACCGTTAGACGACCTAATACAGCGTCACAGAGTCATTCTTCATCACTTTTCTTCCTGGTTTTGTTTTTACGTTTAGCGATCGCATCCATAACAATGCGTTCAATCAAATTGCTTATGGATCTGCCTTCATCCTCAGCCCAAGATTCTAAATCCTCCTTTGTATCTTCAGAACAGGAAAACATAATACGTGGTTTTCTTGCAACCATTTTCAACACTTGTCTACATAACGCCTTCAGCATACTTGTTCCCATGAAATATTCGGCATTTTCAGCATAGTGTTGACAAATGCTGCATCTGTCATCTAGGATAACAGGCATAAGACAGAACTGCCAAGAGATGACAAATAGCGTATTAACTGGATGAAAATCCAGGTATTTTAAATTAGCTACAAAGTTAATGCAGAGACGGTTAAAACCAAGGCAATAAGCCTGTTTCAGAACCTTATCAATTAAATATTTTGAGGGTTAAATCTTATGACAGATTTGGTAGTCATGCCCGAAAATGCCAAAACTGAGCATCCTGGTACACTCACGCTCATTGCAGGCTACGACCTCGGTAATTCTGGCGTGAAGTTTGTATCGTCAGACCGAAAAATCAAGTTTCCAAGTTATTTAGAAAATTGCTACTACCGTCCAACCGAGCCACCCAGTGAGGGTTATGTAGAGTACCTAGACGGAGAGGCTATCACCAAACTGGACTATAAGCAGTGGTTGTCAGGTTTTGCAGCTTACGACGCTAACCCGAAAAACCACTTGCGAGTGACCGATGATGCTACGGCTAAAGTCACTCAATCGCTCAAACACCTGTTGGCAACGCTTTCTTACTATCCCTATCAGTCAGTAATTGACTTGATTATCTGTGTTTCTTTGCATGAGCGAGGAGATTTAGAAGAACAGTTGATTGATGCCATCGCGGGTAGGCATATCGTCAAGTTTGGCGGTAAGCCAAGACCAACAATGGTCAACATCAACGTTTTGAAGGTTTACGACGAGGGACACGCCGCCATTGCTGCCAATGCCCATACACTGGACACCAGCAAACAAAACGTGATTGTAGATATTGGCAATCGCACAGTCATAGCCACCTTGATTGGACAGAAAGGACATTTAGCCAATCGCAAAACCTTTGATAACGGGGTTGAGGAATTAATCAGAATGATTTCGGGCAACCCAACATTTAAGAATCGACTACTAGGTGAAATTGCAATACCGCACTTGATTCGTCAAGGTTTAGAGAGTACAGAAAAATCATTTTGGTACGGCAAACAGTTCAGTTTTGAAGATGTTTATCGTACTGAATTAATGCCTTGGGTGCAGAAGTCACTCGCACCAGTTTTTAAATTCATACACCCTTGGAAGATAAACGCTGATACCTGTCTAATTATCGGTGGAGGTTCACAACTAATAGGTGTAGACGAAGCATTAAAAACTAAAGGTTTTGTAATAGCAGAAAATCCGGTGTGGGCAAACGCGCAAGGCTTATATCAATTAGCCACTTTGATGTATTCAAGGGGAATTAATGAGTAACGAGAGTATCAGAGTAGTAATTCGCAAACCCTATCATCCACTACTCAAAAAACTAGCCAAGCAAATGAATGTTGATGATTACGGTGAAGTAATTAACTTCTTGCTTTTGGAGTTTCAAAGACAGGATTACAACTTTACTCAGTCATCTCAACCCCAATCACAGAAACAAGAAACAGATTTGGCAAGTAATTTAGCTGCAATGTTCTAACAATTATGAATAACCTAAGCAGAGTCTATGATTCAACCCTACTAAGCAATTCCAAAGTCTATCAAATAGATAGAATCTTATATCAATACCTGCATAAAACAGGGACAATCCAGCATCCAAAGTATCACTTTCGCCCTCTGGCTGGACAGCGAAAGAAGGCTGATTTATTGCTCAATCACAAGGCTTTAAATACTCGCTGTTATAAGGTTTTAGGGATGTTAACTAGTGCAAGTGTCATCAGCCAGGAATCACTGCAATTATCAATTTTTTGAGGTGAATTATGAACACTCAACCGCTACCAGAATTGATTGCCCAAGCCCAACAATTAGTAACCCAAATTCGGCAGAATCCACAATATCAAGGCTTACGTTTTGATTGCGATGTAACCCTTGGGGATGTCACCCAATTTTTCAACACTCTGCAATGGTCAGCCGCAGATTCAACTGTGGATGTTTCGAGAGAAGGATTTTTTCAGTGATGGGGAGAGCGATTGCACCGCCGACCAAAGCAAGCAATCGCACCCACCGATGAATGTATCTCCGCCGATGAAGAATACACTACACAAGGATTGTAAATCATGACGAAACCGCTTGGCTATTACTGCGCTCTCACGCCTGGAGATGGAACCTATCTAGACTGGTTGCAAGATACTTATGGTTCTTGCCTTGAAGGTATTAATCGCATTGAAAAACTGCATTTTTTGAAAGCGATAACTGACAACTTAATAGCTGCTGAAATCGCTACACAGGGACAATATTTACTGTCAGAATCGGCTAATACTATCCAAAAACTTCAAGAGGATTTGTATCGGTACACTCCAATAGGCGACCACTTGGGACTAGCAGAAGCAATCATCAATCAACTTAAAACTCAACAATGAAGTACCAAAAACAAGCCATGCTGGGGCTATTGGGTTTGGGTTTGATAGCTTCTCCCCTTTTGATTAAATTGCCGCAGCAGTTCTACACTTTTTCTGCTGTGTCGGACTTAGAAGCAAGAGAATCTGTTGAACGTTCACGCATAGAACAACGCAAACTGACCAGCGACAAATTGAATGAAACAGGCATATTACCCACCAGTTTAAAACTCAGAATCAGAGGCTATTTAGACAATCCAAAACGCAACCCTCTCCCGGATACCAGCTATTACCAACAAGACGAGCAAGTTTATGTTTATGACTCAGGAGGTCGTTGCATAGGGCAGATAGCAGAACGGCGTTGGCTTTGGAAGTATCACTACAAAAATGTCTGCAATTTATCCCCACAAATGGAGCAGAGTAAATCATGAAAAGTGCAGAGTATAAGCCCCCAAATGATTCAAACTCGACATCTGTAACTTCTCCAAAAACTAACAACAAAGGAGTCAATAATTACGTTGAAATCCTAGCCGGGTGGATTGTTGATATCATTGCTCTGCCCGTAACCTTCATTACCCACATCGTCGCCCAGTTCGTTACGCCAGGGTCATCAGGCACAAAAATACTCGGTGCAATGGGTTTCTTTCTTGGCACACTCCTTAGTTCTGATGGAATCTGGCAGACCTTGTTTCAAGGCGTTCCGATGTTCGTCTGGTTTGAAAAAACATGGATTGGCTGGTTTGGGTGGATAACGCTCCCGTTTAATCTATTCTTCTGGCTATCACTTGCTATATCTGCTTTAGTCCAGGTGATGGAGGCTCGAAGCTTACGAGGTAAACGACCAGACCAAGCTCGAAGCGAGTTTGAGCAATCCAAACAGTACACCCTTGGCAGCAAGCCGACTGCAAACATCGACCTGACTACCGCATTGTGGCGTGACTACAAAGTAGCAGGGATGAAAGAACGTCATGCCGGAGGCGCAATTGCACTGTTTTTCTGGCTATTCGACTTAACCACAACGTTTGTAGGTCGCAATCCCTTCGCTTACACCGACCCTGGCCAAATTTTGGGATGTTTGGTTTACAACTTCACCACGATGATGGCAGGCGAAATCGGTTACACAATCTGGCGGCTAAGTAAGTAATTTAAAGCCCTCTGCTTGCAAGGGTGGAGGGCTTTTAGTTGGAGAAAAACTATGGAATTTTCACCCGATATTCACCCCTGTGTTCCGCAACTTGCTACGAAAGAAACTGCCTCACTTCGGGCTGATTATCCCAGCATTGAACATTTGGAAGCAGGCAACATCGCAATTTGGCTAGTAGAACGGCTGGAACAATTGTTATCTCGTGCCAAGACCGAACGCGCAGAAATGAACCTAGCCAAATGCGTCACTTTAGCAACGGCATCAATCGGGGCGGTTTGTTATGCCACCTCTCCACTCGCCCCCATCGGTGCGTTAGTAGCAGGACTGGGTTACGCTTGGTCAGTTGTGCAAGACATGACCGATTCTCAATGCTTTGCTCCGATTCCCTTTGTGCGGGGTAATTTCCTCGAATTTCTCTCAGCAATGGGTGACAGTGAAGCGCGAGAGGAATGGTTTTCTAGTCGCAATGAAATTGTAGATTTGATGAACCACCTTGCACCCTTAGAGAAAAGTGAATTTGCAATGCTGCGGCAGTACACCAGCACCCTCACTGATTTTCTCACGGGTGTAGAAGCTGGTAAGCGGTTCTATGCTTACAGGTGGCTGCTGGACAACTTCACCACTTATAGAGGCGCATTTCCTACTGTTGAGCAGTTTGCTCAACATCTAGCACAGGTCGCCCCTGACCCTAGAATTAACCATGCAGTAATCCGTTTAATCCAACAGCAATCCCAACTGCCACAAGCCAAAATACCTGAACCAAAATTTACTGAACTGCCACAACCGCATTTTATAGAGTTGCCCAGTTTCTCACAGTCTGAATCTGCGGCACCAGTTAAAGCACAGACAATAGCACCAGAGATTCAAACTCTTTTGACCCTGCCACTGCACCACCGAGCGATCGCAATTATCGATGCACTAACTAACAGTGGTTTTGATATCGCCAAGTGCATTCGTGACCAAATCACCGTAATTGCAGGTAATCAGCGAGGGGGTAAGGGGGCGCTCATGGCAATTCTAGCCATCCTCAGTAAAGCACTTGAGCCAAATACCAAAATTCATTACTTCACAGCTGGCGATGACATTTATCCATTTAGATGTGACAGCTTAGTATGCAGATTAAATTATCCAAAACTGGATGGTTCTGAAGCAGATGCCAGGGTTGCCTCCGAGTTGTACAACTATCTCAAAGAAATGGACAACGCCACCCAAGGCGAGTACAACGACATAATTTTGGTGATTGATGAAGCTGTTGCACTTTCTGGATATTTAAGCGACGAACAGAAGCAGTGGATTATTAGATTTTTATTGACCCGCGCTAGTAAAAAAGGCGCACAAATTTTCATTGTGTTACATGGCAAGAATCTTACATCTTGGGTGGGGACGAAGAACACTGCCGGGTTTGGCGATACTTTCAAAACTGGGGCTACTTTTATTGGTTGCGAAGCTACTAGTAAAAAACTGTCCCCGTTAAAATCGATTTCTGTTGCTACTGGTAAATACTTTTTAGCTGACCCCGACAGCTTTGAAAAATCAATTCCCAGTGGTGAAATTGGCACGATTCCAGAATGGCTAAAAACTGAAATTAATCCGGCGACTGAACAACCCGACCCTGCGCGGACACTGCTCTTATATTTTCCAGAACTGGTAGATAATAGTCCCTATTTTGAAGAGATAACAACACAACCCTCAACTCAAAATAATCTCGTTGATACCGTTGAACAATTAGAGTCACTGCTGAAGTTAGAAGTGCCAGAAGTTGAACCGCTTGAAGAAGAAATTGACAGCATTTTTTTAGACCGCATTGTTGAAATTGTAGGGAAAGGTCAACCACCCGTTTCGTTTGAGGCGATACGAAAACATAAGGCGTGGCAGAGAGATTGGAATGTGAATAATCCGGGTCGCCCCAAGCTGAGAACTGCTCTTAAATTGTTGACTAATGAAAGAAAAATATTATCGGGCGATGAGTCAGCAGGGTACGTTCTCGCCAACAAAATTTAAAGCGTTCCCGTTCCCATTCCCAGGTTCAAAGAAAACCGTTCCCGACCATTCCCAAAGCTTGTAACCTTTATGGGTTCGTGGGTACAGACGGACTGGTCACAGTTGGGAACGCTTTCATAAGGCAGCCAACATAGTTGAATTTGTATTGATTTTTTTGGTGTACAATGTCAAAAATTCCATCTCAAATAGAAATCCGAGACGACCGAATCATTATCCGTAATTTAGAAATTCGTTTGTACGATGCGGTGGATTATCTCAAGTCAATTCCTGACTATGAACACGAACAGGCTTGCATCAACATATTTGAGATAGGGCTATTTTGTGTACAGCGCGTTCAAAGTAGAAGCGACACAGAATTCGTCAGGCGCGAGTTTGAATATTTATTGGCAGAATTGGATAAGGCGATGGCAATTATTCCACAGGCATTGGAAAGAAGATTGGTGAGCCAAATTGGTGCAGAGAACCGACAAATTCTCTCCCCTATGCAATCCCAAATTAATGTAACAAGAGCCTTTATTAATCAGCAAATAGACGAAGTAAAAAAATTATTCCAGCAGGAACTAGATGTGTCTAGAAACTCATCTACTCTGAGTATAGCTCTCACCAATATTGAAGACCTACTCGACCCGCAATACGCTAACTCGATTCCAGCCATTTTTGCTTCTTCACTTAAAGACATCACTTTAAAAGATGGAATGCTGGCGCAAGTTATAAAATCTGTGGTCGCTGATTCTGTGAAACCTTTAGCCCAGGAAGTCGAAAAATTGCGGCAGCAGATTCTGGAAAAGCAAATAGCAAAATCTTTACTAGAAGAGATGATCACAAAAGGCCAGATTTACGAAGAAGCCCTTGTAGTCGAATTACAGCAGTGGTCAAAAATATCTGGGGCTGAAATTTTTTATGTAGGAAGGGACAACCAACCGGGAGACATCGTTATAAAATTTTCTCCAAGCTCAATCGCAGCTACAGATATATCAATTGTTATTGAAGCTCGAAATAGAGATTCGGATAGTTGGGGGCGTAAAAGAATTGCAGAACAACTCAACAAAGCAATGGCGAAGCGCAAGGCAACTGCGGGAATATTCCTTAGTCATAGTCGAGAAGGTTTAGCTCAAGAAATTGGTTACTGGGCGCAAGGAAGTTGTGAGCAGGGGCAGTGGGTGGCCACAACCCATGAAATGGCGAGTTTGGCTATTCAGTTCCTAATTATTAACCAACAATTAGCTGCTCAAAAAACTTTTAATGCCGAATTTGATTATGCAGATATACAGTCTCAAGTGGAGCGTGTCCAAGTGTCGTTAGATTACCTCGCTCAGTTCAATAGTCATTTAACTAAAATCGATGAAAATTGTAGTGCTATTAGGGCTAAAGCTAAGGCTATGAGAAATGAAATCCGCAGTGCCTTGAATTCCATTATGGACTCCATCAACAGAACGCAAGCTTAAAATATTTAGCAACCAATGTCCGAAAAATCGGACATTCCCCAGACCCCTGATAAACAGGTAACAGCGATATTAATCGAATCCCGGCACGGGATTACTAGTTGAGCAGAGCGTTCGCCTTAGTCCCGGCACGGGACAACTTTTTAGGTTATTACTAAACGTGATACGCTGTAATCACTAATTGCTTGTCTTTTGAGTAGATCGACTCTACTCTGGGAAATTCATTATGAACCCACCAGACTTTTACCCGATTACCTTTGGCGGGTGCGCTTCCAGATTTTGAGTATCCCGCCGCAGTCATTAAAGACTCGAATGTAGTGGCATCGAGTGTTGTACTACTAAATTTTGGTAAACCCTGTATCTGATGTTTGTTTAGGGTCATAGCTACCCTGGTACGTCGTCAGTATTTTATATCCTGGTAGTACTAATGCAAAACCAGCATTGCTATGAATGAAGCCTGGATATCTATAAGGTTCATCATCTGGTACATCACCACCAAGACGAAGATTGAACCCTCCGGGCAACCATAAATACAAGCCAGGTATTAGCAAATCCATGCTGTAAGCTATTGCCCTCATTCTCTCCTTAGCACGAGAGGAATTAGCTTCTTTTGAAAACCACAGCTTTGTAACTTTTGACATGGTTTGGATTCCCTGTACTGGGATAAAAGAATTCAGCAATAATTTATATTTGATGCACCTATCCATCAAATTCTATTGTGGCTCACAAAAATTCACAAGTTAAATCACTACAATTTGACGCACTGTAATTGACAGGAGTTGTACTATCGCCGCAATAACTAATTTAAACGTTTCTCTTGCCTATCAAGGGTTGCAGGTGATTAGCAGAAGTCAATTTATTGCAGCGATAGTACAAGTATTTGAGTCGCGCTCCCAAGATTGGGTTACGGTGAGTTGATAATTTTCTGCTCAGGTTGAATAACAGCCCCAGTAATCGGCAGTGGCTTCTGAGCTTCTTGTGGGGCAATTTGAAATCGCTAATTTGCTTGCTATGGTTGAGCAACTTCAGATTGATGTGCAGATGAATACTGAGCAAAATAAACGCAACTTTAGTCTGCGGCGTGTTGCGATACTGGTGGCGATTGGTGTAGTGGCTGTGATTCTTACAGGAATAGCCATTGACCGTTGGCGTGTGAGGGACGGATGGTGCGCCAGATTTTATCCTAACGGCGATCGCAAAATTCTTTATGGGGATGATTGCTGGAAATAGTGTCAATCATCAAAGCCAACTTCCGCGCCAGTAGTGGTAGGTATCTACCTGACTTTCTCACCTTTTGAGGAAAGCGTTCGCCAATCCCGTGCCGGGATTCCTAGACCCTAATTTTCTTGGGTGCGTTCTTCATCTCAAGCCATAGCCTCCAGACATCAGCTGCACTCAGGTGTTTGGCAAGGTGTTTGTAGTAAATTGGCGTTCGGCGTAAAATTCAACAGCACACCAGAAAGCCGATAAAGCCCCAAGTAATCCCCTAAACAATATATTACAAGCTTGACTAGTTCTGCGCGTTCTAATCGCCCGCCTAGCTGCACCTTTTTCTTTTTCATCCCCCGCGCCACGCGGCGGAACATTTGTCTTTATGAGAGAACTTGTTTGTAACCCAAATCCTTCATGAATCTCGAACACCTCATGATGGACTCGGCTAACACTTGCTTCATTAATAAGTATTTCTACTTCTTTTTTATAACACCCAAGTTCTTTAGTGTGTGTGTGTGCTTCACACACATTGGAGTAGTCTTTTGTTGTAATCTTTGCTGTATTCTATGATGGACTGTGAAACGCTTGCCCCGTATAGCTTTCAGCCTCTAGCAAAACTCCCTCCGGTCAGAACAAGAACTGACCGGAGGGGAGGACAATAAGTGACCTTTGGGCGGTTCCATAACTGCCCTTTGGTAAGGTATGGATTTTTCAAGGGTTTCAGCGATTTAGCGAGAACCCAATTTTCAGCTAAAACTCAGTCCACACAAAGCTTTCCGGCTACGGGGTGAACATTCAGTTACGTTACCCTTTGCTAGTACATTAGTATTAACATTAGTATTAATAAAATCTCCTAAAACCCTATATTTCCTACTGATGAGCCGGAGTTTTAACTGGGTCAGATTTTATCCTAACGGCGATCGCAAATTTTTTATGGGATGGAGTTCAAGCGAAATTGACCAAGAATTCCTGTTTGCTTATGAGTGCCAAATAATCGATTGTACGACTGAATTTGCAAGCCTCTGGACACACCCCCTAGCTGATGGTTCAGTAATAGTAATTTCAGTTAGTTGCTTTTGAACTACTTCTGCAATGGTCTGCCAAGTAGTCCAACAAACTACCTCATCAACCTGTTGTAAAAGTAATGACTTTTCAAAATTGTGGTTCTCAGTACGGCTTAAAACAGATTCAAGATGAAGCTCAATGGCATCTATAGGATTCAACCGCCCATGTCCTTGAACTGATACAGGTGGTTCTTCACCGAGAATCAGCCATAATATTGGCTCTTGGTTTTGATTTAACGCCTCTTTCATTACGAGTACAAACTCACGAGCAAGTTGCTCTGACTGAAATGAACTTCGTTTAATACGTTTTGCTTCAATCAGCCCAAAACAACTTGGCGTTTTAATTACTCCATCGGGTTGTACCGCAAGTTCTTTTTGATTGACTCTACCACTTGGTGTTAGAAAAAAACTGCCAGGATAAAGAGTAAAATCAGCTTGTTCAATTTCTTGCTGAAGTAGAGTACGCACTTTTGTCGCACCTAGCGATGCTTCAATTACAGCACCCAAAAAAGATTGACGGGGAAGAAAATCTAATGCAAGAAATACTTCAGCAGTGAGAACATCTTCAAATCCTTGTCCACCATTTCGATATGCTTTAACCGTATTACCAACCCACGATATTTGCTGTAAAAGCTGCCCTATAACTTTAGAATTGCTAGTAATGTTCATTGCGCCCACATCCCATCAATGGCTTCATAGCTGCATTTAATGGTTCCCTAGCAGTAACATTTTCTAACAGCTTAAGTAAGCAATAATCAAACCTGTACTGAAGTAGTATCTAGGTGCAACTATCGCCGCCAGCACAAGGCATTATCCACAAGTTGAAAGTATGATTGACCACGACCGTTTATTTAAAGAATTACTATCTACGTTTTTTCTTGAGTTTCTCGATTTATTTCTACCTCAAGTAGCCAGCCAAATAGACCGCGATTCCATCCAATTTTTACCGCAAGAAGTATTTACTGATGTTACCTCTGGTGAAAAAAAAGAGATTGATTTATTGGCACAGGTACGTTATCAGAACCAGGAGACTTATTTTTTAATTCATGTTGAGAATCAATCTTACACCCAGACAGTATTTCCCAAGCGGATGTTTAAGTATTTTGCACGCTTGCATGAAAAATATGATTTACCAATTTACCCAGTTGTGATTTTTTCTTTTGATGAACCATTACGTCCTGAAGCTCAAAATTATCGCGTTACATTTCCCGATTTAAATGTTCTAGAATTTCAGTTTGCCGCCATTCAATTAAATCGCTTAAGTTGGCGGGATTTTATCAACCAGCCCAATCCGGTGGCAGCAGCGTTGATGGCTAAGATGAATATTTTGCCAGAGGAACGTCCGCAGGTAAAGGCAGAATGTTTGCGGTTACTGACCACATTAAAATTAGACCCGGCGCGGATGCAATTAATATCGGGGTTTGTAGGTGTGTATTTGGAACTGAATGCGGCAGAGGAAGAAGTCTTCAAAGCTACTGCCGATAGAATGGGATTAACCGATAAGGAGGAATATATAGCAATGGTCACAAGCTGGGAACGAGTGGGAGCCGAGAAAGAACGAAGAGAAACCCTGGAGGCACTTTTAAAGGTACGGTTTGGCAATCTAGATGCTGATTTAGAAGCGATTATTCCTCAGTTGATGCAGTTGTCTAGGGAAGAATCTCTGAGCTTACTGTTGCAAGCTGACCGTGAGGAGTTATTATCGCGGTTTAAGATAAATTGATCAGCCACATTCTTCAATCGCTCAAAATAAAGACAGTTGCCCTGGCGATAAATTCCCCCTGCGTCGCGTATGAAAACTGAGGTGGCAAGCTGTACACAACGCGCATAAGTTTGACCTACGATTATCCTCTGGCAAGAAATTTGAGTGATGTACTGTCAACGTTAATGCCATTCTTTGGGAACGGGTAAGTTTGGATGTATCATCCCCTGGACGAATACATTGCACCCCACATTTTGAACATTGCCAGTTCACTTCTTGCTTGACAACGAGTGCGATATCTGACCAATTCTCTGGATAACGGTCTCTTGATTTTCTTGGCATTTCCTGATTCTAAAAATGCGTAGAGATTTAATTACCAGTTCTTGAATAAAAGTAATCTACTATAATTAGTCAATTTTGGCGATTGCACATTGAACCCAATGAATGCCAACCACAACAGTTTTAAAGATGAGTGCGATATGTAGCTATCCTATTTTGATAGCCAAAGGCGATCGCCAGTCCCGACAACGGAAATGATGATATCAACAGCGATATCAATATATATATAGCTGTGGTACGGGGTGCTGTTTTCCACCTCGCATCTGTGGTGTTAAAAACAGTCTATTCCTTAACAGCGTAGTTTTAATGGCAACGCCTGTATAGACGCGTGTAGATATTTGTGAAACTTATCGATTGGAGCAAAAGCGGGAATTTAGGGTGATTAAAAGATAAGTCTTGCTTAATTGAGGTGGGTGGTTCACGAAAGAATCAAGGTTTGGGAGAATAGAAACTGTCGGATTTCCAATCTATTTATCGGACAGTAGTAGAATGAGTGCAGAATTCCGCCGCTTGAATAATGATGAGTATCGCAGCCGGGAGTATCTCACTTGGGAGGAGATGAAAGTTTTGATTAAGGCGGCGGGGGAGCGCGGTCGGCATAGAGTTAGAGATAAAGCATTGCTACTAATGTCATTTCGGCATGGGCTGCGACCGGGGGAGGCAGCGGCCATGAAATGGGATGCTGTTATGCTAGAACGCCATGTGATTTATATCAAGCGGCTGAAGGGGAGTCAGAGTGGTAATCACCCGATGCAGCCGGATGAGGTGGATTTGTTGGGGCAGCTAAAACAGATTTATCCCAGTAGTTTTTTTGTCTTCCCCAATGAGCGAGGGAAGTCGCTGTCAGTGGATGCGATTGAGAAGATTGTCAAACGTGCGGCTGAGAAAGCGGGGTTACATATTAAGGTGCATCCCCACATGTTCAGGCATAGTTGCGGTTATTTTTTGGCAGAACAAAATCGCTCAACTAGGGATATACAGAGTTACTTGGGGCATAAGCAGATTCAAAATACTGTACGCTACACGGCAGAGAATCCCAGGCGATTTGAGCATTTTGATTGGCAGTGGGAACAGCCTTTTTGATGGGATTTTTATCCACTTTTATCATTAAAGGAGCGCGGTTTTTGTAAACGCTATCGACCACCAAATAAGCAACAGCAAAGTTCACGTTGGGGTAGTAAATTTTTGGGCATGGTACCAAAGGCCGGAAAAGGTGAACGTCTTTCACCAGGGCAGTTACCAATACCTGGATATCAGTGCCAGGTATCGAAAATTAACAACGAACAAGTCTCAAAAGTAGCAGAGCTATTTATTCTAGCCAATCGGGGTTTCAGGAGTTGAAAAACTGTTTTTTGGGTGGAGGTGCTAGTTTTTTATTAATTATTACCTTTCCTTCCCAAAATTTTTCATTCACCACAAGCAATTCCAATCTTCTCCCATTTTTCCTCTTTTCTTCTATTCTCCTCTCTATCTTCATCTTCAAATTCATATTATCCAAATAATCTTCATATCTTACATGTATCCCATATCTAATCATTCCACTATTCCTATCTAAATATTTTTTTATTGAATCGAAATCCATCATACCCATTTTATCTACTGTATCCTCTGTTATCGTCCGAAACAACTCTTTAACATCCATCCTCCCTAACCTATGCTGATTAATTCTTTTCCATTCCTCTTTTAATTTTTTGCTATTGCTGATTTGTAGAACATTAATTAAAAAAATCATTAAATAAACAAAATTTGGATTAATATTATTAATTAAATATTCCCAAACAGTTGAGGTATTACTGGCACAAAGTTTCTGAATATTTATTTCATAATTTTTTCTGGAATTTTCGAGATTATAACTTTTTTCTTGGCTTTGCCAAACAAAGTCTCGATTGAATAAGTCATTCTCCAAAGCTTGAATCAAACATATAGGTATAATAAGTTTTTGGTCATAATCTTTTATTAATAGCTGATTTATTACGGACACTGGCGATTTTAATTTTTTGCTTATACAGTAGGCTATTTGTTCTAATATTTGTCTAAAGCTATCTTTATCTGCATTATAAGGCTCACAAATCCAGTCAAAACTCAAACTCGACGGTCGGGAATAAGCTTTAGGAAGTTTACAAGTATTGAGCATTGTCTTATGTTTTTCTTCTTTAATTAAAGAAGCTAAAAGCAATGCAGCACGCAAAACTCTATTTTCATTATCACTCCAAAGCCAATCAACTAAAGCTTGTAACGCATTGGGAGTACCAATACCCACCAGAGCATCCATTACCTGATTGATACCATCACTGGTTACAGCTTTCTTAATTTCAGGCACAGCTATATCGCCCATACGTATCAAAGCCTGATCTAGTATTAGGCGAAATTCTATATTATCTAAATTGGCGTACTGCTGAGTTAATAATTCCGCCGCACTAGGTAAGTTAGTCAACGATAAAGCGTTTACGGCTGCCTTGCGACGAGCATCCGTTTCACTTGTGTTCTCAAGGGTTTCTTTTAAAAAAGAGAACACATCTGCACGTCTTCTGTCGTCCGCCGCCACTGAAGCAAAGGCATGATTTACTATATCCTCATTTTCATCTTCTCCTAGCCGGGATTTAAAGCTATTAATAATTTCCAAAGCTAATGTCGAATCAACTTTTTGAACATCAGCCAAACACTCAAACGCAACAACTGGATTTACTGTGCGTACTTCTCTAATTAAATTTGTACTATCTCCTGCTATTCCACACCAGAGTTTTAGTGTTTCACGCCAAGCATCAGGGTCAGCTTTAAAGCGATTCACTAGACCATTAGCATCTTCTCTCAGCTGACTGGCTGCAAAAAACTCCTGTAAAGTTAAATGAGCAAATTGATAACGTTCACCGCCATCAATCCTAAGTAGCAAACCATTACGTTCTACAATTTCCGACAGAATGGCTCTGGTACAGTCAGGTTGAAGATTGAGGTTAGGGAGTATGCTTGTTATTTCATTTTCAACTTTTTTCCAATCTACGCTGCGACGGTCTTGCCCTTGCTGGTTAGCATTGTCTTGAAAGAAAAGTGCTAAGTGTTGAAGTATTAATTTTTTATCACGCGCTTGAAATTGGTTGCGTTCTTTATGCCATTGTTCTAATAAAATATCTGTTGCTATCCGATAAAACTCTGCTCTTGAATGAGGTAGCACAACAGGAGTATCAGCATAAAGATAGGCAATAATAGTAAGCATGAGCGGATTACGTGCCAGTTCCATAATTCGCGGTCGGTCATGCAATGTTTGTATAAGTTGCTCAACAGATTTAGAGGCTGGCATATCTGGCTTCCACGGAACTAAAAATTCACGAATCTGTTGGTCATTGAACTCAACAACTTCTAGCGTCTGCTCCATGAAATCATTAAATTCCCCTCTATAAACAGCAGTACGGCAAGTAATAATAACAGGACAATCTTTATGTGTATCTAAAAAATCATTAATTAGGTCAACTACCTTTTGACGCTCATTACTGCTTACCTCGTCAAAACCGTCTAATAGCAACAACAGCTTGTTTTTATCTAAACTTTGGGATACGAAGGATTGAGCATTAGGAAAACCATCCCGCGCAAAGGCTTCTACCAATTGCTGCTCTACTGTCAATTCTTTATTACTGAATCGATGTAGCTCTACTAAAACTGGTACACATTGAAATTTTTTAAATAAGTCTGCCCAACGACCTTCAGCGTAGCAAAGAGCGATATATTTCAACAGCATTGTTTTACCAGAGCCAGGAGAGCCTTTCACCATAAGTCGGCGATACTTAGCTACAGCTTGAAAGGCATCAATTAAATCAGTGTCGTTAGTGCCTGTAACTTTGAGTGGAACGTATATGTCTTTTAGCTTTAAAGGTCTATTAGGTCGAAATGATATTTTTAAATTTTCATATTTCTCCTGAATTTCTTTTCTGTAGCGTTTGAGTGCAGCACCACGCAGCCATGAAGTTCCTGATAGTTTACTATAGAGTTGATTTCCTATAAACTCAAAACCTTGGCTAACCCATGTAGTTAAAGTATCTTTAAAAATTAAAATAAAGAATAAAACTATAGCAACTGACCACCCAGTTTCAGGCTTCAGTTGTTCCCATAAGTTATTCTTTTTTGCTTCTAATTGCTTGGTGTACTCGTTATCGTATATTTCTAAAATTTCATCATCTTTTAAGTCTGGAGATTTTTTACCGTAACGCTTAACAGCATAGTCATTTCTTCTTGGAATATCGTTTTCGACATCATTCTTAGCCAGTTCACGAACCTTCTGTTCAATTACAGGACGAGGTGTAGGGGTAGGAGTTTGAGAATAGCTGGGGACTGCTGAGGTAGAAAGCACCAAACACAAAGTTAGTGTAAACAGAAGCGCATATAATCTTTTCTGCTTTAAACTATTTTTTGCAGACTTTAATTTTTTAATATATTGAAGTATTCTCATAAATTTCATTAGCACACTACAACTATTACCCGATTATTTCTGCCACAACTTGGCTCATCTTCAGCCCCCGTAAAGCGCAAGCTGCATTGAATCGTTTCTTGAGGTCGTCCGCGATATTAATGTGCATAACTAGGACGGTTTTTGTAACTTTTTAACGATTCTATAGTTAATTCCGCTTGAACAAAATTACAAATGTCTAAAATTTATTAAACGACTTGAGCCACAACATTCAGTAATTGGTTCCCGTCACCGGGACAGACGTATCCGCAGAGATAAGCTATGCCACATTTATGTGTATAAAATGACAATCCCGCCGAACCATGTTATCACTGTAGTTTAAGAATTTTGCTAAAAGCTTAAACTACAATGCCATTTCTAGCCAAACGCCGAATAGACGGACATAACTATTACCAGATTGTTAGAAGCATTCGTGTAGGGGGAAAGCCAAGGCACGAAACCTTACACTACCTCGGTAACTATCAATCTGCAATTCAAAAACTCCCCAAGCTAAAGGGCTTTTCCAATGATGAGAAACAACAGCTACTCCTACGTCTTGCCAAACTCGAAGGCAAGTTGGACACCGGGGAAGTTTCATTGCCAGAGAAAAGCTATGAGTGCATAGTGTGTGACCCACCTTGGTTTTACAGTTTGCGTTCTCAAGATGAAAGCCACAGAAACCGAATACCTTACACCCCCATGAAAATTGAGAAAATCTTGGCTTTACCACTCCCAGAGTTATCCTCTCGCAATGGCTGTGTGTTGTGGTTGTGGTTCACCAACAATCATGTGGCTGAGGCAGTAAATTGCATTCAACATTGGGGGTTTGAGATTAAGACTATACTCACTTGGGAGAAAGTCACCAAAGAAGGCAAGCCCCGCATAGGCACTGGGCATTGGCTTCGCAACTGCACCGAACACTGTTTGTTAGCAACAAAAGGACAGGTCAAGGCGTTCGCAACTATGAAAACTTTGACCAACGAACCAACTATTATTCACGCCCCCAGAAGAGAACACAGCCGCAAACCCGCAGAATTTTATGAATTGGTGGAGAAACTTTGTGCAGGGATGACGAAACTAGAAATGTTTTCCCGCCAATCTCGTCCTGACTGGGATTCCTGGGGCAATGAGGTGGAGAAGTTCACCGAAAATAACTAACCCACATTCTCAATTAGACCAAAATCTTAAACTACAGCATTCCTGCGGCGATACAGAATCCCGCGCCGGGATTCTATCGCTGCATACATCAAGGCGTTGAAATTTGCGATCGCCTGAAGCAAAACTGCGTTATCCCGGATGAGTGATGCTGGGGTACCTTATTTTGAGTAGTTTTGATGAATAAGAGAGATCGCACTGATTTGACAGTCAGGCGATCACCCTACCGGCATCTACGCATTATAGATACATAAAAATCTTAGCAACAATGAGCAAACCAATCGGCTATTTTATTAACACAATGCCTAGATGGGTATCCGGCGGACATCTGGATTGGCTTGGAAGGAGTTAGCACCCATTCGTTTAGGCGATCTGCCCTAACGCAGACCTGGCTGGGTACGTTGTAGCGTTATCTAGAGGTCACGCCAGAGTAGAGACGGAAGGCGGTTTCTGTTATTGGGTTTTAGATAATAAGCTGATTCTTAGTTAAAAAATATTAATTTTTAATAGCTTGTATACTATTTCAGGGAATTTTATCAATATTGAAATTTCGTGATATGGTATGACTGAAAATTTTTTATTTTTAAATACTGATGGAAATATTTCTGTTAAGGCTGATATGGCTTTCATTAAGCTATATCCTTTGCTACCGAAAGAAACACTAATTAATGAAATTCATGAGAAGATATACGACCTAGTTGTTGCTAAATCAAAGGAAGAGTTTAATGGACTACAACCTACTCCTGGCTCATTAAATAACTGTAAAGGGCGGTGGAATGAGATGAGTTTTTTACTGACTGCTCATAATTCTATAATAAAAAATACAAACGATATTTATTTAGTTAAAATGCCTAATGAAAGCAGTTTAAAATTTTGGCAAATATATACACATGAATCTAGAGCAGTATATGAAAAACTTGTATCTAAACTAAAAAATCAAGGATTTTTCATAAGATGTTCAAATCCTGATTTCGTTCTTATAAAACGAAGAGTAGTGGAAAATTTTATTCCTAATGAAGAAGAAGATTTACTATCTAATTTGAAGGATTTATACAAAAACGTTAAGAATAAATGTGAACCTTCAGATGTTATTTCTTTTATTTCTCTTAAAACTAGCAACAGACCAGATAGAAGATATCAAATTTTATATGAAGCAAATATTACAAAGTATGCTAGTCAATATATACATAATGCAGAACACCGACTTCGATTTGATGTTATTGGCAGAAGTAATGAGAGTGATGCACAAGTCTTTAAAGCACCACTATTATCTAGTATTCCTATATTTAGGATAGAAAATTTAGAAGAAGAGTTAGAATTGCTAAAATCTCTTGCTATTGATTCAGATACAAATATTTCAACCAAAATAGAATTAGATAAATATTGGGAGATATTCTCTAGCATTTAAGTTAAAAATTCAAAGCTAATTCTAGCTGTATTTGTTTGCATTCTGGGGTTTCTTCTAATTTTAAATTTATATCTAATTGATTATTTTGTAAACTTTCCAGAAAAAACAGAATACTTTTGGCAATAGCAGAACCTGCTAAATATGGAACACCATTACCAATAGTTTTAAACATATTTGTTAATGTCATATTTGGTGGTAATAAATACTCTTGAGGTAAAGATTGCAGAGCCAGTGCTTCTGCTACTGATATCCTCCGAATTTTATATGGATGTAAGTGTACTTCATTATTACCATAACAAACAGTAGGAGAATACCGCCATCTGTGTAAACGTTTAAAGGATTTACGCGAATCATCTCCTTCCTGAATTACTCGAAATCTTGTAATACCACTTCTAGGCATAAAATGATGTTTAGCATTTGGATGATTAAGTACATCATTTTTCCTAAACCAGTACTCTACTGTTAATTCTTGAGGAATATTATGTGGGCAATCAAGATACGAATCTTCTTCAAAATTATGAACTTTAGGCCAGTCTAATTTTAAAACATCTTCTTTTAAATAAGATTTCAAATTATGCCAAGGGAAATTTAGTTCATATTTTTTATTTTTATTTATTTTGACTGAGAAAATATCAGAAAGGAAACCAATCAAAATAATTCTATCTCTATCTTGAGGTACACCATATTCAATTGCATTAATCAAATGCTCAGTGAGGATGTAACCGGAGCTATAAAACTTTTCCTTGAGATATTCATAAAACTGACGATGTTTTTTAGTTTGCCACAAACCTTTAACATTCTCAAATAGAAAAAAATCAGGTTTTTGTTGACAGATTATCTCTGCAAAAATTTCTGATAACCTTCCATGATCACCCTCGTGACCACGATTTTTTCCTCCTATTGAAAAATCAGGGCAGGGAGGGCCACCAATAAAACCGACTAGAGAAGATGACTTACGTGTATCTTGTAATAAATCTTTAAGTTTAGCTTGATTCTTAGGTTGCAAATAATCTTCTATACTACAATTTTCGTATCCATATTTTTCTTCTGGTAATTTAAGATTTTTTCTAGAGTATTGATAAGCTTCTAAAAAAGGAAGGAAAACTTCGTTGACATAAACTATACGATATCCATTTAGCTCAAAACCTAAATCTAAAAATCCTGCTCCACTAAAAAATGAAAAGATAGTTGGGGTGTCAAACATTCGTTTTAACTTAATTATGAAAAGTAATTAATTAACAAATAAATATTATACTATGATTTTTCCTTTTTTAATCAAGAATTATAAAACATTTATCAAAAATCATGAGTAATACAAATTATCGTACAGATTCTAGTAATGAGTATTATTTATTTTTAAAAGCCTTTTCTAAAGAAGGGTTTAGCTATTTAACTATTAGTGTTTTAAAACAATTTTATAATTGTATAAATGATATATTTGATTACACTCCTTTACCTGGTGATGATAGATGGGAAGAAGTGTTAAACTTTGCTGAGATTGCGATTTGCTACTTCCGGCTCAACATTTAACGGTTGTTCTGGATTATCGTTGTTCACTTTTGTTTCTGCCTGCTCCTGTACTGGTATCTACTGCTTTTGCTTGTTACCTATGGTTGTAGAATTGGACTTTTATTTAGATTGTTTGGATGGTTTAAGCACTCGTGGAATAGATTTCATGCTTAAGACTTTTGTTTGAATGAACCTATTTTGAGAAAAAATTTACTCTTATGATATTAAATTTAATAGTATTAGACCTTTATACTATTAAATGATTTACCCTTGTTAGCTTATAGATTCAGTAATCGCTTGAGGTCTTCAGTGTTCTTTACTTGGCTCCAATCAACCTCACTATTTTGCAACAGTTCTATGGCAACGCCGATTAGGTGTTGAGGGTAAACCCGCTCACCGGGGGGAACCGCTTCTGTATTGTTGTCCCTTACTGTTCGGGCTGTATCCGTTAACCAGTTATGCTGTGCGCGAGTAATTTTGATATTAATTGTTACTGGTTTTTCCTGAACTAGTGGCTCAGAGGTTAATGATGCAGTAGGGGCTGACAATACTGATTCTTTAGTCGAGGAGGTTACAGGCATTTTCTCAAGTACTGGGGAAGCTGGTTCTACTTCAGTGGGAAATTCCGTAATTTCTGGTTCTGTTTGGCTTTTGATTCCAGAAAACTGGCTTAATTTCATGCCAGACATTTTTTTTCTTGTTGTCATTTCGTCCCCCAATATTTGATGCATTCCTTAGCCAACGATTGGTAAGCTCTAGCACCACTGGATTTGGGTGCATAAGTTAAGACTGGTTGTTGCGCTGCGATAGATTCAGCAACGGCTATGTTATCAGGGATGGTAGTGTGTAAAAGTCGATAACCTAACTCCACCGCCGCCTCAATTAACAAATCATCAGCCTCTTTGGTCAAAACTAACCGGGGCTTATACCGAGTTCTCACAACATCAATGGGAATATCTGCCCTTTCTCCTCGGATTAATTCCACAGCTTCCGAAAGTCCTTTTAGAGAAGCAGGTTCACAGAGAGTGGGAATAAGAATGCGATCGCTGCTTAGAATGGCCTGCACTGATGCCGCCGATAGCCCTGGCGGACAGTCCATTAAAACTAAATCAAATCCTCTAAGCCGAGATAGTGCTGGGACGAATAAGTCCTGTTCAGATGTCAGGCGAAACATACCTATATCACCTGGAATCAGATACAGGTGTTTAACTTGGGTCTGTTTAGGCGTAACTGTTTCTTTACTTGTTAGCCAGTCTAGAGTTGTTGGCTCATTACCATCCATACCCAAACCGAACGAGAGAGTACGTTGCCCATCCAAATCAATTAGCAGGGTTTGGCGTTTGGGAGAGGCTAGAAATGCCCCTAAGTTAAGTGTGGTCGAGCTTTTGCTAGTTCCACCCTTAAAATTGAACACACTAATGACAATCACTATTAAAATGTTAAAGCGTTAATCAGTTTATACCATAAAGGTATAATACTTTTATATGTCAATACATTTCAATACATAGGCTGATTGTTAAATCTGTAAAGGTAAGTGCTTGTATTTAATACTCTAAAGGTCTAATACGTTAATATATCTGTCTTTTTAACCTACGACCGACTCCTCAAACTCCTAAAGGTAAAACCTTTATCAGCCAACTAATAAAGGTCTAATACTTTAATATGTTTATACATTAATAGTAACTAAGCTGCCTTATCACCACGATTGCTCATTTACCTCTGCAAATAATAGGTAAGTTTTCTAGGTAACTATCGCTTAGTTACAGATATAGTAGTTACAAAGAGTGAAACAGAAGTTATGCCAAGAAAACCTTCGTTGCCGACTGTGGCAAGGGGTATCTTTCAAACCCCAGCCAACAGAGAGATTGAACTGGAGGCGGATTGGGATGACTGGCAGGATTGGTTAATGAATGCTGAATCGTTCCGTTACTGCCCTATGTCGAGTGAACCTGCCTACACAATGCGAAAGGAGCAGGGAACTAAGGGGCAGGGTAGTTACTGGTATGCTTATCGCAAACAGTCCGGCAATTTGGCCAAATGCTACGTCGGGCTGGATGAGGGATTGACTATTGAAAATTTGGAGGCGGTCGCCAAGCAATTAACCGAGAAGTTGAAGAGGAAAGTTACCAAGAGCGTATCTGTAACCAACTCTTTAGTTACAGATAGAGGCGCTGTAACTAAGGATGATGAGATAGAGAAATTACAGAAAGAGAACAAGAAGTTACACAGACAGGTCAAACAGTTACAGAGACAGTTGCAGATTGCTTTAGGAAAGCCAGTAGTCTGATATATCAAGATGAGTTTATCTGCACTGCCTTAGCAAATCCCGTGCCGGGATTTATAGTTTCTTTTTCAACTACCTACCGATTAATTAGTCCATCTATTTTCCACCCCCAGGCGATCTCTGTTCTGTGTAAGTGGGGCGATTTCGTTATTTCGCTATATCGTTACTTCGCTAAATCTAACTGATGTATGATTGGGAATTGTGCAATTCCCGGAGTCGGGAAAACTCACAACTTTTTGGCTGAACGCTTGTGAAGGCGATCGCCTAACCGAATATTAGTATTGAATCTCGTCAAATGTTGCCACCGTTTCAAAGAGTCAATTTTTTCTGAAACATAGTCTGGTTATGATTTTCAGACGACGCATGGCGGCAAAATCGCCTTGGCTACTTTTACCCCTTGACGACATCAAATAGATTCTCATTCCCATCCCAATTTAAAGGCACTTCTATTATGGCGGCACGCTTTAAGCAGATTGACTCGCCATTTTCAACGTATATTGTTTCCCCTTCAAAAAATTGGCGGTAAGTATCTTGAACAATTCCAACCAAATCCGACTTTGGGAATAACCCAAGAAACCCTCAGTCGCATCCGCGCCAGATATCGAAATCAGCAACGCCGCCGTCATCTAGCCCAGGAAATTTGATCTTAATCAAATTTGACCTATATCAAAAAAATCCCCTATTGCTTACCTGTGGAGTCACCGTAGGATGCAGTTGTCGAAAACAAACAACGCACCGCGAGGTAACAATCATGGGATTCAAATATATCAACGAACTAGCAACTCCTGAAAATGTTGATAAACTGCTGTCTTTAGTTGACATGGTTGCTGGGGGGAGAGTTGACACGCAAAACATCTTCGATATTGAGGATGCTTTGACTGATAGTGAGCAAATGAAAAGATGTTTGCAGGTTGTCCGTCAAAATCCAGACTCAGCACAATTAGTTGATGAGCGTTATATGGGCCCAGATTTTGATCTGGAAACCTTGCTGAAGCTGCCGGAAGGCTCATTGGGTTGGACTTATGCTCGTGTTCTCAGTGCTATGAACTATGATATAGGGTTCTATCGCCTCCGAAAGATTGAATCAGATGTCGATTATATTACCCATCGCGTTCGCAAAACTCATGATCTGCATCATATTTTGACGGGCTTTAGCTTTGATGACTACGGTGAACTGGGAGTGATTTCAGTGACGGTTGGGCAAATTGGCTATCCCGCATTCACGTTCATTGATTTGGTTGGTTCGTTGTTAGCGTTCATGGCTAATCAAGCACGGGAAGGCATCAATTCTCCTCTGGAATATAATTTTGACCTGGTTTCTCAAGGCATCCGCATTGCACGGCAAGCTACACCCTTGTTTCCGGTGAAGTTTGAAGAAGGACTGGAACGTCCTATAGACGAGTGGCGTGCCGAATTAAACATTGTGCCAGTGACCGAAGGACTCTGGAGTTGGTATAGCCGTCCTTATCTGCGGGATGCGATCTCCCCCACTCTCGCAGCACAGGCTCATTAATCGACTGTTGAGGACATCATCTCCCGTTGATCAGGCTTTGAAGGGCATCCAACAGGAGATGATGCCCTTCAAGTTTGACGCAATTCTGATAAATCGATTGGAGACATAAATTGTATGATTGGCAATCAATTGGTACATTGCGCTGTGCTATCACCGGATGAACTGGAGCGCGCGCTCGCAAGACTAAATCATTGGAAGATTGTAGACGGTAAACTCTACCGCCACTTTGAATTCACCTCGTTTATCGCAGCATTTGGCTTTATGACTCGCGTTGCACTGATTGCAGAAACTCAAGGCCATCATCCAGAGTGGTTCAATGTTTATAACCAGGTTACAGTTCAACTGACAACCCACGATGCAGGTGGAATTACCATGAATGATGTTACTCTTGCCCAAAGCATTGATATGCAATTATAAATGCCCAAACCTGCAATCAAGACATTTTCAAACCAGGATTATTTGCAACTATAATTTCATTTGAGCCAGGATTATTTGCAAACAAGCTCAACGCTTACCAGGACTGAGTTTTCAGTATTAACAGCAGTTGGTCAAGAAACTTCCATTTAGAGTTATCGTCATTTCCTTTTGACCACTGAATGACATTGGTTCCATCAACACTACTACCACCTGATACATTTAAAACTTTGCTACTAGTAGTTTACCAACCCAAAATTGCTGTGTAGGTCGAGCAGGGGGAGAAAATTCATCCCTCCCCAGCCCCCCAGCTTCCCCTGCCTGCCACCACGCAAAGTTCTCTTGGCAGAGTACTAGTTTTATTGACAAGGTAGTAATAGCAGTTTCCACTACCACACACCATTATCTAGCACCGGGGGGCGATCGCGCTCTTGTTGAAGGAAGGGCAACAATACTTGTGATAGACAATATTGAGTGAGCAATGGTGATTTGTCTAGTTGATAAATCGTAGCAAGAGAGTGAGTGATATCAACGCTGCCTAGCAACCCCAGCCCCAGATTGATCTTTCGCGTCAAAGCAACAGTGTAGAATTTTCCCCAGATGCTACTCAAAAAATGTTTCGCTTGGTTAGTGGAGACTATGACACGTTGGAATATTACAGGTACTTGGATTGGTGAATACTCTTATGATCCAAACGAATTATATCCTTTTCATCAACTAAGTGTTCCCTTTACATTAGTGCTGCAACAGTCTTGGTTTGGTAGATTTCGAGGGCAAGTTCAAGATGATCCGCAAAGAGGAATGCCAGAGCCAGGTTTTGTACTTGGACAAATAGCAGGTGATAAAATTTCCTTCTTTAAACGAATGCCTGTGCTTTACGTTGCAACACCCACAGGCTTGAAAACATTATTTGATTACTGGTTATCTGAGTACGGCATTAGATTAGATCATCAAGTGGAACATCCACCAATTCATTACCAAGGAGAATTTTCCCCCTCACAGAATCAAGCCATTGGAGTATGGCGACTTGGTGACAATACTATTCGTGTTCAAAGCCAAGGCAAACTTCTAGAGACAGTTATACCTGTAAGCACCGGGATATGGCGTATGGAACGAAAAAAGTTCAGTTGAAGTCCGCCCCATCGTCCGAGCCGATTGATTCTCATCCCCTGACTTTAAACCCTGTGATCCACAACCTACAACGATTTGACCGAATCAAAGAATTTATATTACTTTTGGAGGAGTTAAGAACATTACTGAGGTTGCTGGTAATAACAAATTGTTAATCAATAATATCTAAATTGATGGAGCTTAAAATGAGGTAGAGAATGTTGTAGCTTATGGTTGCACTGATTGCTCAGAGTCCTATATTAACCTCGCCCTGGCAGGTGCCAATTCCTCAGAAAGAGTATGTAAATGACCGTGTTGTTATATATTACAGGGATAATTCTTGGGTTCCAATTAAGTACTGTTATTTGTTAAAAGCAATTGAACTTCATTACAGGATTTGGAACCAATCAGGTAAAGAAGTTTTTGTATTTCCGACTGATTTAGACCCTAATAGTTTTTCCTAACTAGCTTCATTTATCCTTCACGAACATAAGTTCAATCGATAATCGTGTGTCATAAATCTGGATAATTCTCACAACGCACCTGTATAAACCAATCATGGAAATTCCTAGAGGGCTACGAGAACCATATTTTGCTTCTATCCCATCAAACCACCTTTGAAACTGCTCATCAGACCAGTCTTGTGCAATGTCTTCAAGACAACCTTGAAGCATTTCTCTTCCGCATTCGGCTGGAAATTCAGCATCACTAGCAGCATTCTGAGCATCTTCAATACATTCAAGGGCGGCAATCAAAACTGCGGCACTAGTTTGTTTGTTAATGTTGCAGTGCTTTCTGCCTGCATGATTTCCTTTACCAGATAATTGCATATATAATAATTAAAAGAATCTAAAAAATCGGCAATAACCCAGCATTGCTAACTCCTGCCGAATTTCTCTTCTTTTTAGTTATTCAACATCAGCAATTTCTTCTCATGCACCTTTAGGATGATTGTAAAATCCGACTGTCAGACAGATGACATAATCGCTATCTGTGTGCATGAACCGCACTACTTCATCTATCTAGGGAGCGAATTAAGCTCTGTAGTTAAAACAAAATCATCAGTATTGACCCGTTGCATAATATTTCTGTACAAACAACTCAATGAGATTCCACTCTTGCTACGAGAACCATACTTAGCTTCCATGTCCATAAACCATGTTTCAAACTGCTGCTGTGACCAACCTTGTGCAAGGTCTTGAAGATAACCCTCAAGCATTTCTCTTCCGCACTCAGCCGGAAATCCTGCCCTGATTGCAGCATTCTGGCAATTTTCCATATATTCTTTAACAGCACTCATAGGAATATTAGTAGTAGATCTAGCTATTTTGTAACACTTAATGTCTGTTTTATTACGCAGAATCAATAAGTCTAGATATTTACATAAATCTTTAAAAAACGGCAATGCCACAATTTAACGCTTCCAACACACAATCGGAAATTTTAGACAACCCCCCAATAGGAGAAGCAAAAATACTTTTTTAGGTGATACAAAATACACAGTCATTAATTTATACATCCCCTCCTGCACTGTATCCTTGTAGGAGGATTTTATAATTGACCCAAACCAGCGGAATCACTTCTCAATTCAGGAAAATAAACATAGTGTGGGGTTGAGACTGGAATGGTGATGCCTATCTTCTGCAATTCGAGAAGCATCAAAATCTTGGAGTCAAATTTTAGTAGGGCAGATATTCCGACATAACATAACGTAGTGCTATTTTCATCCTAATTTTTATCACCACGTAACAGGCTCGTGCAGTTTGGAGTCGAAATTTTAGTAGGCAGAGATTCCCACATGGCCTAGATATAGCGAAGATACAGTTGGCGAAATATTACTTAATATAAAAACGGCGGATTCAGGTTGAGTCGATGGGAGCTATTAAGCCCCGCACCTCTCAGTTAGATCCGGACGTACCCATTTCTGTGTATCCGGCTCCTGATGTTCTTAAGGTTGGCTTCCTCTACCTTTCCGCGCTTCGTTACTTCCGCAATCATAGTGACATCGTGAAATCTACATACGGTGAAGTTATATAAACACTACTGCAATTTCTATGCTTAAATAAACTTTTTTCACCTTCACCACGTACACTAGAAACTAAAACCGAGTCAGTTGACCCAACCTCAACGTATCTACTAGGAACGCAAGCCAGTGTCAACTCCTGACAAACAATGCCGCATTATAGCCCTGTTTAATCAGGCAGGTGGTGTCGCCAAATCGACACTGACCCAAAACCTGGGATACCACCTAGCAAAACGAGAACACCGCGTTCTCCTCATCGACATAGACCCCCAAGCCTCATTGACCAAATTCATGGGGTTAGTGCCATCTCAGTTACAAAAAACCGTTGCTGATGCTATTATCGACGAGCAGCCCTTACCGATTCATGAAGATATTCACGGTATGGACTTGGCTCCTGCTAACCGAGTCCTCAGTGGAGCCGAAATGCAGTTAGTTAGTGCTGCCATGCGCGACTTCCGCCTGAAGGAAGCTGTTGCACCTATTTTAGATGAATATGATTTTATCCTTATAGACTGTCCCCCCAGTTTAGGATTACTTTCTTATATCTCCCTAGTCGCAGCCACACATGTCCTCGTCCCTGTGGAAACCCATGTTAAAGCCTTCGAGGGAACTGATGAACTCTTACAAACTATTACCCACGTAAAAAATAAAGCCAACCGCAAAATCGAAATAGCCGGGTTTGTTCCCACAAGGTATGCTCACCAGAACTCAGCCGATAAACGAGCATTAGCAGCTATGCAAGAACAACTTTCGGTTTGGGGTCGAATCTTCCCAGCCATCCCCAGAGCTACCGCTTTTGTCGATGCGTCAGAAGAACGTGCGCCCCTGGCAGTATTTGACCCCAAACATTCTGTAGTCCCTATTCTTGAAGAAATCGCCTTGGCATTGGAGGCATTATGATAAGACGCAAGCAAACTGACAAACCCTTTGGTGGACAAATTACCACACCACCCCCAGCACCTTGGTTAGACTCAACAGACACAGAAACACCAAGAGCTACTGAAACTACTATCAAACTCGAAGATATAGTACTGCCTCAACAGCAACCAAGGCGATACTTTGACCCACAAGCATTAAAAGAATTATTTGAGTCAGTCAAACAGCATGGCATTCTCCAACCTCTGTTAGTGCGCCCCCTGGGCAAAGGAAAATACGAACTAGTAGCAGGAGAACGACGCTATCGAGCAGGGCAGGAAGCAAAGCTTGAAGTTGCGCCTGTGGTTGTCCGTGAGCTATCGAATGACCAAGCTTTTCAGTTGGCTTTGATTGAAAACCTACAACGAGAAGACCTGAACCCAGTTGAAGAAACAGAAGGTATTTTGCATCTGTTAGCCATCCGGCTTAAGTGCGATGTAGAAGCTGTGAAATCCTTGCTGTACCGCATGAAAAATGCTCACAGCAAAGAAGAACAGCAATCAACAGACTCCCCAGATGAATCTAGGAGAAACGTTTCTCCTAAAGGCGAAGAAACGGAATCAACAGATAGCATTTCTGATAATTTAGAGGAAGAAACAGAATCTAGGAGAAACGTTTCTCCTAACTCAGAATCAACAGAATCAGACGGTAAGATTTCTGACGATTTAGACGAGCAGACAGAATCTAGGAGAAACGTTTCTCCTAAAGTGGAGTTGGAGCAATCAAAGACGGTAGAGCAGGTATTTGAGAGCTTGGGGCTGATGAATTGGCTATCATTCACCACCAAGCGTTTACCATTACTCAATCTGCCAGAAGACATTTTAATGGCACTGCGAGAGGGCAAACTAGAATACACCAAAGCGCAAGCATTGGCACGGGTAAAAGACGAGGAACTGCGAAAGCAACTCTTGTCGGAAGCAATAACAAACGATTGGTCTTTAAGCCAAATTAAAGAGCAAATCATCGCCAACACTTCATCTGAACCACCACCATCAACTAAAACACGTAACCAAATACCAGAACGGCTAAAAGATATCACCCAGCGCATTAAAAAACGTCAGCTATGGAAAGAACCACGAAAGCAAAAACAGCTAGTAAATCTTCTGAACAAGCTGGAAGCCTTACTTGGGGACGAGTGAATAGGTAAATGCCCTGACTCAACGTTTACAATCTCGCTGGACTAAGGGACTTCCAATTAAATAAATATCCCATCCCTGCGGGACGCTACGCGAACGCTTTTGAAGCTGGGGGAGGAAGAATCTGCTCATCATCTTCGCTCTCAAAATTGGATAATTTAATTTCTGGAAGTCCCTAATTTTTCTCCCAAGAGCATTGGCACAGTTCACACGTTTCAAGGTGGACAGAAATCAGTGATAATTTTCTCAACTCGCCAATGTAGGGCAACTGATAGTCTTTGGTTTATTAATCGGCGGCCTAATTTACTGAATGTGGCTGTGAGTAGAGCGCGAGCGACAAACCGCCGTTTTTATTTTAAGTAATATTTCGCCAACGGTTTCGGAATCTCGGCTCTATGCCTATAATGCTGCTACCTAATTACAGTAACAACTATTAATGAAATCCAGGTGGCTGCTGCTTCACCCATTCTTCAAAAAGGCGCGCACCAATCTTGTATATTCCGTTATCCAACTTCCGAATAATACCAGCACCAACAAGTACATCTAGTAAGTGTCTTGTTTTCATAGGACTTAAGTGTGAGTTTTGAGCTAAACTAACAACATTAGCTTGTCGTTGCTCAATGAGGATTTGATAGACTTTCCGTGCATTTTCATCTAAACCCCCAACTTCTTGAGCAACATTCCACCAAACACTAAAATCATGATCATGCTGTTGTAATAGTTCGTCAGTCAATTGATCCAGGCGAATTTTTTCTCCAGCTAGATACTTATTAGACACTGCATTGAGCATCTGCTGAGTCAGGTATGGATGTCCTCCTGCCCATTCTGTCACAAAAGATATTCCTTTTTCAGATATTGGAATTTCTTCACTTTTTTGCCGGCAAGCAATCAAAGCTTTGATTTCTGAGTCTGTTAGTGAACTTAACCAGCTTATATCAGCAATATTGAGTAGAGGAGAACCTACTTCCTGCTGATACTCTTTCAATTCACGGTATCCTGATAGAAAAAATCCTAAATATGGTTTTAGAGCTACTTCTGTATCCTTTAATCCTCTGAAGTAACTCCAAGCATCGTTTGCCCACTCTTTCTGACGAGCTATAAATTCCGCCCGCTCAAAAAGGAAGCATACTCCATTAAATTGCTTATGCTTGAGATCATTTATTGTCTTCAGCATTGCCTGTCGAAAGTCATCATGGATTAATTGACGTTTTTTATCAGGATTGTCAACTTTTAGTTTTACGTTAATTAGCTCAAGGAACTTAACTCCGATTTCACCATCTACTACTTGCCGAAGATAAGAACGGTACATTTCTCTCAAGGTTGCACCTGGTATATTCTGCCATTTTTCTATTGATTCACGCAGTCGGGCAATCATGATATAACGCAGGTTGTCTAATCCCTGTGGCTTCTCTACCTCCAAGTTGATCAGAACAGGAAATGTCCGATTCGCTTGATCCAAACTGGGGTCTAATAAGCTCCACTGAATAGCGTGTAAAAGGCTAGTTTTACCTATACGACGACCACCAAGGAGAATTCGGATTTCACAAGGAGCGCGCTTTATCTCGTTCAGTAATTGGTTGCGTCCAACAAAATATGCTGGATCATCAATTGCAAGCTTAAAGTTTGGACGTTCTGTTAGTCTATTTTCCATTGTTGAAGTTCCTCTTTAGTCATTTGCATCCGAATCCATCGTGAGAAATGCAGTATCCGAATCCGGTAGTCAGTATTATCAGCTACCTGTTGGTGATCTATAATTCCTACAGCTACTAGCCACTTTAAAGCATTATGACACTCTCTTAGTGTGCAGTTAGGAGTAAGTTTTCCTAGCAAAAATTGATTTTCAATCCATTGACCTGATCCTTCATTGGTAGCAAGTATTTTTAGAATAGATAGTGCAGATTTAAAATCGCGCTTTTCTAAATCTTCCCAGATACTTTTCTCAAAGTAATTACTCAACTCATCAAAATCAAAAACCAAATTATCCAAAGCTGGCTGTAGCATAGACCAATCAACTGAACGAATTCCTTTTTCAGGAATCATTTGAGTCAAAAATCGAGCAAGTTGTCGAGCAATAAATGGATGCCCTCCACTTTCTTTATGAATTTCTATAGGAGTTTGAGAATCAAAATTTAATCCCATAAACTCCGCAATACTAGTAAGCATCTCAACAGTTTCTTGTTCTGAAAAAGGATATAAATATATTTCTTTGAAAAAGCTAAAGACTGGATTTGTGGAAACTCCATCTTGTGGCCAATTATTAATGCGATTGCAGTCAGGATGAACATCAGCAACAATGAGTGATAAATTGCGCTTGTCTTTATCTTGACAAAGAACACGCAAAGCGCCAAAACAAGCATTAAACTCTTCTACTTTTTCTATTGGATGATTAGAATTAGGTAAAATCCGTTCTACTTCATCCATTAAGCACAAAATCGGCAATTGATACCCAGCCAACTGCAAAGCTTCTGTAAGGTCATGAATTCTCTTAACAAATTTATTTGTTATTTCTAAAGTTGGTGTAGAAGATATAAAATATTCAAAATTTGGACTATATTCGGGAATATAGTTTCTCACAAGTGTGGATAACTGACGAAGAATATCGTTAAATAGGTCTGCACCATAACGATAACCAGTATATTGTTGAAGGTCTATACGTACAATTGGATGGTTTCTTAACAAAAAGCTTAATTGATATAGTATTGAAGTTTTCCCTGATTTTCTTAAACCAAATAATCCAATTGCTTGATATCCTAATAACTCTTCCTTCAATCGATTTAAAAGTTCAATTCTTCCAAAAAAAGAAACTGTATCGCTAATTGCATTTTTATCATCAAAGAAGTTAGCACGCTTTATATAACGGTTTACATATTCAGTAAATACTGCTTCACAAATTCTGCTATCAGATAAGGAATTTTCTGCCTCTGCAAGCGAAATTGGAATTATCATAAAATTATCTTCTAAACGAACTTCAGCTATACGCAGCCGCACTATTGTGTCTGGTGGTTCTTGATAAAGAAGTATTGCAGTATTATCAAAACCAGTTCTGATTGGTTGTCTAGATTTTTTAACTAGTTCAGACACATCATCTTTAGTTAAGACACCATCAGAAATTAGAACAGATACTGGAGGCAAAAGTTTTAGACCTTGTGGAACGGATGTAAGAAGCAGGCTGTATTGGTCTTGCTCCGATACTTTTGCACCTGCTTGCTCAAAAAAGCGTTGTGCTATTTCTCGATGCTTTAAATAATTTTTACCCTTTTCCTTGAATTGTTCAATAATTATGTCGTCTGGAGATTCACGTTTGTTTAGGAACTCTTGAGCTTGCCTGAGGGCATATTCAAACGCCTCTCGACTAGAGGCTTGTATAGAAAGTTCTCTGCCGTCAGGTGCTTTAACGCTTAAAATAATTGGTTTAGATCTGAAACGATCTGTTAAAAATTTCCAAAGAATCTTAATATTTTTAATACTCACTTCAGCATTTAATAAACTTAATAAAAAACCATTTATACTAAGCATAAAACTCCAGAATAAATTTATCTCGTTAAAAGAATTCAATAAATATTTATCACTGAGGATCATTATTAAATGCCAGAAATACTTTATAAGAATTTTTAAGAATTTCTAAAGGTAATGGCTTTTAAATCCTTACCTTTCTGATCATATTTTAATCCCAGTTTTATTTGTTCACTGGCAAACGAAACTAGCAAACCACCAAGTGAAACATTGTCCTTTGAATCATAATATGAGAAAAATTTTGATCCATAAATTGGAAAAAAGTTAACGAAAATTCAGGCTTTTACGCCAATCACAAAATTAAACTTTGCATTCATACATGAGAGAAAGTTGAATTTCTGAAGCATAACTAGAAAATTAGTTAATAAAACACAATTGGACAAAACTTGCACAAAAAATCCCTGAAAAAATTGCTCTAACTTAAACTTTCAATTCAAAATATGGTTCAAATGCCCATGTTATGATTTAAAACTTTTGTTTTATTAGATATCTGAGTAAAAATCAAATATTTCATTATCCAAGCGAACACTCTATTGTTGGGCGATCATCTACTCAAATCGTAGCTGAATAATAATGATAATCAAGTCGAAGTATTGATATAAAAGTCGCTTGTATCAGTCTTTTTAACCCCTACACAATAATCATTATTAGTAAAAAAACTCGAATATTAAAAGTGAACTATAAACTGGATACTCATTTCTGAAGCATATCATGAGTTAAAATCTCATTTTTTGTTTCAAATAACAAACATATACAATATCAGGTTGAATATCTACCCAATTATCTGGTAATGGTTCCATGAAATTTATACTGAAAGTGAAAGGGGTGAAATGAGCAGTGATACCGAAACTTACGCTAAGGACTTGATGAGCCACTTTCAATACTGCAATCGCTAGGAATAAAACTGTACCAATTGAAGTCTCTGAAATTTATGGGCTTCAAACCCTTACTGTGCCGTCTTAAATTGTTGCACCAAATAATCTATAGGTTAATTGGTACAGCAATAATTGCGAAAAATATCGAATTGTAGAATGCCTATTCAGTAAGGGTTACAGCCTTAGCATAACTTTCTGTACGATTGCTCATTTAGCCCCTAGAACTCTTGCAAAAGTGTTTTGTGGTATGATAAAAGGCTTGGAAATTTTCGATTAAGAATTTGAAGAGCAGTGAAAATAGAGAAAGCTAAACAGCTTACTGCGAGAAAATTTAAGCGCATGACTGGAGTAAGCCGTAAAACCTTTGATTTTATGGTTGATGTAGTTAAAGCTGATGAAAAAAAGAAAAAGAAATCTGGTCGTCGTCCTAAATTAATTATTGAAGACCAAATTTTAATGGTTATTCAATATTGGAGAGAATACCGCACTTATTATCATATTGGATTAGATTGGGGACTTTCATAATCCGCAGTATGTCGAACAGTATATAAAATTGAAAACATTCTAATTAGTTCAAGAAAGTTTAGTCTACCAGGAAAGAAAGAACTATTAAAGATGCCATCACAAGAAGATTTAGTTGTGATGGATGTGACTGAAAGCCCAATTGAAAGACCAAAAAGAGGTCAAAAGAAATTTTTCAGTGGTAAAACCGGAGAACATACTTTAAAAACCCAATTAGTTATTCACCAAAAAAACAGTCAAATCATCTGTATAGGTCATGGTAAGTGAAGAATTCATGATTTTCGACTATTTAAAACCAGTGGTGTAAGGTTCGGTGAATTACTAAAAGTAATAGCGGATAAAGGGTATCAAGGGATTGCCAAAATTCATAAATTAAGTGAAACACCGATTAAGAAACCAAAAGGAAAAAAGTTAGCTAAAGAACAGAAGGAATATAACCGAGAACTGAATCGATTAAGAATCGTTGTCGAACACGTTAATCGTCGTCTAAAGATTTTCAATATTTTATCTAACCAATATCGTAATCGTCATCGCAGATTTGGTTTAAGGTCTAATTTGATTGCCGGAATCTACAATCATGAATTAGATTTAAAAGCTTAAATAAATCAGAATTAATCCTCTTAATTCAGCAAATAGATAATTGCTGAATTAGTTTGTAATATCAACTTTTTAAGTAAAAATTTCCCAGCAATAGCTAGTATTAAAAACTCTATAAATTGTGGCTATTTTTACTTTTCTAACGTAAAGAAAAATAACCCTTCATCATACCAGAAAATATTTATGCAAGAGTTCTAATAGCGAGTATTGACACAGGTTTACTATTTTGCACATATCTTAGCAGATATCCTCCCAGTCTTTAGCAAGTTTTGCGTTGCATCTAGATTTGTCATCAAATACCCAACCAAGGACGCAGATGAGCGCGTCTAACCCTCGCCCCTGGCTGAGTCTCAGTACCGATGCGAACATCGTTTGATTGTCCGCATTCCCAAATGTAGACTAATTCGCCGTTGTAATCAGCCAATGAAGTTGCACCTAATCGCCACACACTATTAGCTGCGTCCTTAATATATTGCACTTGTTCAGGATTGAAACCTTTAGCAATTTGCTGTAAGTCAGCACTCTCAAGGCTTAGAACGATTTCCCCCAAGCTTGACTTGTTATCCCAAGCCTCAATAATTCGTTGTGTGGTGCTGTCGGTAGTGCTGTCAGTGGTGCTGGCTGAAACACTTGCTGGTGCTGACTGTGCTGACTGTGTTGGCTTACCCTCCTGATTTTGACTGCTAGTAGTATTCATCAAGTTGTGTTGGTGAGGAGTGTCAGCTGCGTTACTATCAGCGAAAAGGTCAGCATCACTCTGAAAACCAGCACCATCAACACTTTGAGTTAGCATTGGGGTCAGCACTGAGTTAGCATTATTTTTATTTAGGTCAGCATCAAGGTCAGCATCTTTCTCTGAAATTAAGAGTGGAAAGTCATGTCCTGACTGGCGAATAGCAATTTTAGTAATAAAACGTCCTTTCTTGTTTCTGATTTTTGCGGCATTAATGTTGAGTTGCGACTTCAGCAGATTGAGCAAAATTGCTGAGAATCGTTGCTTGGTCATGATGCCGTGAGAATTACGTTGCGCCCATTCGCAGTAATTAGGATAGAGAAACAATTCAGGATTTTGACCGTTATCACCAATTTGTGTTTGTGCGTTGGGGTCATAGTAGAGGCAGTCATTAGCCCAATCTGCCAGAGGATTAGTGTTTAACAGTACCTCTGTGCTAAATGAGCCAAGTGAAGGGACTTTTTTATTAGTGTCGCCAAAATAAGCGGCCACTTCCAAAGCTGACATTTCTAAAACCCATTGCAATACCCCAGGCAAGTATGGTTCAAATTCTTTTTCTAAGGGGCGACGCTCATTTTGAGGCACAACCCGCTCAAAAGGCATTGACAGACGACGACGGGCCAGAGCGTTAGTGTAATCACTGCTTTGAATGATTTCATTGGCAGCAATCCAGACCACCCCACTAAATCTAAAGCTGCCTGTTTGCTGGATTCCTTTTTTCTCGTGTCGCAGGTCATCATCACCCGTCAATTTTTTGAGAGTACTAACATCACCTGTGTAGCGTTCAGAGTCAGTGATAAATACAGCTTTCTTGCCGTAAAGAGCCGCAGTTTCAAAGCGGTTTTGCTCCAGCTGCTTCAGTTCGGTGATGGCGTAGTTTTCTCTGCCAAGTAGTGCTTGTACCAGCCGCAATAAAGTACCTTTGCCAGTACCGCCAGCACCCACTAGCTCCATGAATCGTTGTAACTCACCGCCGCGTTCAGTGACGGTGGCATTGATGCCAGCGCGAATTACTTGCACCCAGTCGGCTTTACCTTCGCAAGCTTCGAGCAACCATTCCTTAACAGGCTCACAACCTACACTGCGGTCAGCCCATTTAAAAGGTAGCTGACTCAGCATTCTGTATCCCGGCTCGTGTGGATATTCTTTGAGGGTATTAACATCAAGCACACAATCCTGAAGACAAATAAAGCCTTTGCGGACTTCCCAGTGATTAACCCTGAGCTTGGCCTTGAGTAAAGTCAAAACACCGTTGACGAACTTGCTGGAAAAATGGCGTGTCCGCGTTTCCAGTTCTGTTAAAACAATAGACATCGCCTCTTCAGGGGGAATTTCACCCCAGACCCCGCGCTTGTTGTCTGCTTCATACCAGTACCAAGCTTTGTTCGCTACGTGCCAAGCGAGCTTCGCGCGATAATCTTCGGCGATTTGTGCAGCAACAGAAGATTCTGACAAGGTTTTGTTATCAGAATCGTCTTCTTGAAACTGACGTTCCCAAATTTCAAAATTAACAGCCTTAGCTAATACGTTGTCTCTAAAAGCGTCGTCGCCGTTAGCTTGAATGTAATCGTCCATCCCCTTCCCCTCTGCTGCACTCCACAAACCTGTGGCAATGTACACAGGTACTTTAAACTTAGCTAATTGATAAGCTAGTTTTCTCTGTGCCGCCACCACATTTTTGTTAGTTTGGGCGCGTTCGTCCGCGTCAAAAGCAATAATCCATCCAAACTTAGCACGAGCTAACAATTCTAGGGTATCGACTAGGTAACGTTTGCCTTGGGGGTCGTTAGCCATCGATGTTAAGCCCTGCTCAACACCAGCAAGTCCAACTGTAGGGAATCCGCGAGAACATCCGGCGATCGCCTTAAATAGTCCTTCAGTTATAAGTAAGCAAGGATGACCGTTGATGTGATAGCAAAGTGCTTTGAGTGCCTCTAAATCTTGCCAGTAGCGCGGATTATGAGGATGACGCGGTAGCATTGCGTCATATTCTTCCAGTGTTGCTGTTCGGTACTTGGGTGCTTTCTTGTCGTCTATGCTTTTCCAGGGCTTGTTAGGGCGATACTGCCCAAAACCGTTGACTCCTTCTAGCCAGATACCTGCTGATTGCGCTTGGTATCCTAAGCGTTCGCTCGCTTCTTTGATGTCCATTGAGCGACAGTTAGCGGCTATCCATTCTGGACACAAGCCCCGCTTTGTGACGCACTCCTTGTAATGTCTGTCTGTCAGTCTGTTAGCAGTCTCTTTTACAGTTGTCTGTGTAGTATGCACTTTTTATTACTCCGAATTTTTTCAAATCCGGGTAACTCCTTATTGCAACACGACCGCATAACTGGTTAACATAGAGTCAGCGATCGCGGTTCCGAAACGTCTTGCAGGACATTTTCAGTTCGGAGTTACCCGTGATAAATCTAAAAATGATGAAACCCGCTTAACTTCCCGGTCGAGCGGGTTTCGTCATTTGTGAATCTGTTTTCCTAATGGATGTATGGCAATTCCCATCATCAAGCTACATCCTTTACGGTGAAACCATTACTACACCACTTAACTAGCAGCCATCTGTCAGATTCTTGGTCTAAAGCTGGCTTAAGGCGGAAAGCAAAAAAATCTTCCCATGCCTCTATGCCATGTTTTGTAACGAATTGTTTTTCAACTTCTTTAAAGCGTTCCCAGTTGCGCTCCGCGATCGCTATCAGCATTGGGATTAATTCGCTTACTGGTATCTGAGTAGTTGTTTCACTCATCTGGTTGTCCCTCAAAAATACAAATTATTGGTAAAGGTTCTAGCTTGGTATCAACAACTTTAACTAATCGTATTCCCCTTTTTCTACCTATCCGTTTGCAGTGTTGCTCTGAAGCAGCAGGTAGCCAATACCTAGTTTCGGCTAGTGGGTCAAATTTCCCTTCAACACGCTCTATCCCGTCGTTTGGCTGATTTTCCTCGGTCAAATTACCTCCTGTTTTTGTTTTGCGCGACCGCGTTAGTTATTTGTCCTTTTCCTCCTTTTTCTTGTCTATTGCTTGCTCAAGCAGCATGGTTATGAGGTTGTTAACGGTTCGATGCTCACCCTCAGCCCATTCCTTTAGAAACTCGTGCTTATCTGGGTCAAGGTAAACCATGACTCGCGGCTTTTTACTAGGCATCTCTACAGGTACATATAAGTACTATCGCTTGTCAGCAATTGTCGCCTTAATAAGAAAATTTTAAAAGGGAGTTGCACTTGTTAGTACCTGCTGCTACTATATTAGTGTCAAGGTTATCGATACGTCAATAACTTAAGGCAGACGCAGTAAGACCCAAGCGCAAAACGTTAAGGCGATTTCCTTTTGATGGTTGCAAGGCTTGCAAGCGTTGACTTTGACGACTAGTTTTAACTATTTATCAGCACATCTGCATAGCGGTCGCTTTATATCTGCGGTCGCGGTAATTGTGTGCGTCTGAATCTTGAAAACTACATAGACCAAGTATGGATATCGATATTAAAAAGCTGCCTTTTTCAGTGTGGTGGCAAATCTCAAAAATTAATGGAACTTGGGCAACTGTCGCTTTTAAAAGATGGACACAAACTGTAGACGCAAGCATCCTGCAAGCTATGAATCTTGAGGAATGGGAAGCGGTCGCTCTTACTCTCAACTACAGCTTTGAGTGGGCTTGTAAACAATACAAAGTCCACAGAAATAAACAAAAAGAAGGATAAGGATTTATGCTCAACCAAAACCAATTACGAAGGTTAGAAGCAATAGATCGTTGGCTCAGAGAAATCCTAGATTCTGAGGAATTCCGACAAATAGAATACTATCCAGACGTAACGCTCGGCGATGCAATCCAAGCAGTGGGTGAACTACTTGATGAACACGAACTCTATGATTACAAGCCCATGATTTTTCCTAATTCAGATTGCGTATATTGCAATCTTTTTAGGTGCAAGCTTGACTCTTATGTGTGCGGCTGGAGACAAGAAAAATGATTGAGAAAGAACTTGTCAGATGTGTCACACTATTGACCCAAAGCAAGACTTACTGGATTGATGGAACGCTGTACAGATATTTAAGCTGTAGTGACAGTATCCAACACACACAATATTATTTCCGTCCTTTACCGCATCAATCTAAAAGGGTTGACTTAAAGCTCAATCGTGACAAGGTGCTAAGACGCTGCTATGAAATTCCAAGCCTATATAGACAGCACACAGCAGAGATAACTAACAACTCAATACAGTTGAGTTTGTTCTAAATCGGAGTAACAAATATTTTCTAACGCAGTGCCATGACTGCATCAAATAGGTGATTTAGGAGCGTATACACAGGGGTAAATCAAAAAGTGTCAGTATGCCTGGAAAGCTGACAAGCTCTGTTATTACGTGGTTATAGCCGACAAAGCCAAGACTATAACATTTGTCTAAAGTCAAAAATCCAAGGTTATTGATAGTGCCTAGCTAATTTAGCGTATCAGATAACTGTTTCTATCTAACTAATTTAGTCGGTCAAATAACCTGAATTTCCGGATAGTCGGTCAATTTTATACACACTTAAGTAATCAAACAGAATCAATGTGGCAACAAAACAATATCTAGCTAAGTATCGCCATCTCAAACAGACTTACGAACGCATCACAGAAAAAGACATTTCAGATATCACTTGGTATCGCATAGTTGCATCCTTAAAACAATATTTCTCGCTGGAAATTGAATCTTTACAAGCTAAAAATATTGTTGAAACCTATGCAGGAATGAAGCGCAAGTGTCCAGCCTTTTCTTTTAGAACATCTGATTTTAACTCTCGCTGGCAAGCCTTTAAACACTTCTATGATGCACAGTTAGTTCAATACACAGGTCAGCAATTCCTGAGAGTGCTTGCAGACTATCTAAAAATCAACCTCTCAGACGTACCGCGCAGCACTCGTTACTACTGGTTTAGTCAAGCCGGACTATCTTTTAACGCACTTAATATTTACCACAGCAAAGATTTAGCCCTTGTCGCGTTCGTCGCTGCGAAGTGGGCAATCAACCGACGAGCGCAACCAATGAAATCTGCTGAACCAAAGGTTTTAACACTAGCTAAATAAGGAGCAATCACCATGTCTGACAAGTTTACTAATAACGTCCGCGCTCGCTTGTACAAACAGGGTTATCAAGGATTTACCAAGGACGATTACACTCAAGCCGCCCTCGCTGTTGAGTGCGATGACCTCAACAATCCCACCAAAGAACAATTGAGCCAAGCTGTTGACTATCTCAAACTTCAAGGGGCGATAAGCCAATTATCAATAACTGATGAACCCGTTGAAGAAAAATTTCTAACACCAGTAGAGTTTGAACAGGTCGAGACTGAACTTGAAACAGGGACACTTGCAGTGGCCCCTCAAGATGTAGGCAAGATGATCACGAATAAAGCCTCACAAATGGGTGTAATCCTTTCAGAACAACAAATCAATGACATAGCCGATAGCGTTGACACCTCAGCCAGCACCTTTGATGAAATTCTAGAACAGGTAGAAACAGCACTACTCGCTTATGCTGACTTTTCCGCAAATCAAGTTGACGCAAAGATTGACCAGACGTTGACCAAAGTACAACAGAGGGTGGTTAATCGTCATGAACAAAGCAGAGGCAAACTATCTCGTGGGCTGACAGGCATTAGTGCTGCTCTAGAGGATAGCCGTAATCAAACTAAAAGCCAACTCTCCGGGATACTCGCCAGACTCAACGCGGTTCAATAGTGATGACTTGACACTACTTGAATGCTTGGTAATTCGTTGGTCAAGGATGAATTACTTCTCAAGAATTGCTGTTAGTTTAAGTGCGCTCGCTGCTGTGATTTTGCCCTTACATTATTGGGTATATCTGCCAATACTAGAGCATGAAAACTATCAGCAATATCTTAAACGAAAGTCAGCTATTGAGCAATATGTAAGGCGAATGTCATATCACTGCCATAAAATATTTACCCCCCTAAAAGAGTATCGCTGTGAAAAATTCAATGAAGCTCAAGAATCAGGTAACTTCCAAATCTCGCCACCTGGAAAGCCAGTTAAAAAATAAGTTCAATGTCTCTACTAACTTAGTAGTCAGAGCGTTAACCTGACTTTTCCCGTTAAGTCTCATTTGCAAGCTGCCAGCCTTCACAAAGGTCGTGCAATTTTAACCAGCCTCGCCACAGTACCTGGATACCAATGGGTGTTTTACGCCGATGTTCGAGATAACCACCAAGCCGAGCAACGGCTTCAACCGCCCAACTAACTGTTAGCACTTTGGGTGGCTTAGGAGACTTAGCTTTTAAAATCCTGAGTTCAAGGGGATTAAGAATTTCAATGGCAGGGGCTAAGGGCTGAGTGCGGTGGAGATAAGTTAAGCGTAAAAGCTCAACAGCTATCACGCTTAAAAAACCAATGAGGGTCTTCATCCCACCAGCAGCAAGCCGATATTTTTCTACCTGACATCCAGACTTAAAAATTTTATGGTATTCTTCAACACGCCAACGATAAGTATACCAGCGTAAAATTGTAGAAGCCATCTGGATATCTGCAACAACTTCCGTTGTTAACAACATCCATTCCACAGGTGATTCACCCTCTGGGCAATCAATTTCAGTGGCATAAACAGCGTAGACCTTTTGTGGTTCACGGTTATCAAAATTGACCATTCTGAGGCTGTATGGCTAAAGCACTGTGTAATATTAAACCGTTACCGCCCTTACCAATTGGGCCATAACCTTCTTTTTTAGCTGTAATACTGCCATAATCAAGACTCAT

Protein sequences of DBSCAN-SWA_1

>AP018321|2196:54976|46988_47162_+|BBD63467.1|transposase|DBSCAN-SWA
MPSQEDLVVMDVTESPIERPKRGQKKFFSGKTGEHTLKTQLVIHQKNSQIICIGHGK
>AP018321|2196:54976|54853_54976_-|BBD63478.1|transposase|DBSCAN-SWA
MSLDYGSITAKKEGYGPIGKGGNGLILHSALAIQPQNGQF
>AP018321|2196:54976|36501_36804_+|BBD63456.1|DBSCAN-SWA
MIGNQLVHCAVLSPDELERALARLNHWKIVDGKLYRHFEFTSFIAAFGFMTRVALIAETQGHHPEWFNVYNQVTVQLTTHDAGGITMNDVTLAQSIDMQL
>AP018321|2196:54976|6256_7195_-|BBD63426.1|transposase|DBSCAN-SWA
MKTKAQYKVRNWNAYDAALKQRGSITFWVNEEVIEQWCNQQKTGRKGASNYYSDVAIATMGTIQSVFNLPGRQAEGFLESLFMLMGIELQVPDHSTLCRRLSKLSVKLPVVPKDKAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDENSGEILGAVVTTNDLADCEVLTDILEQISQPIEQVSGDGGYDTKGCYDTISQQGAKATIPPRSNAKMQQTHPHSQPHPRDENLRRVNQVGRKQWKQESGYHRRSLSETAIFRLKTIFGGKLRRRFFDNQAVELFLQCAALNRMIQLGKPDSYKVED
>AP018321|2196:54976|15199_15610_+|BBD63436.1|DBSCAN-SWA
MKYQKQAMLGLLGLGLIASPLLIKLPQQFYTFSAVSDLEARESVERSRIEQRKLTSDKLNETGILPTSLKLRIRGYLDNPKRNPLPDTSYYQQDEQVYVYDSGGRCIGQIAERRWLWKYHYKNVCNLSPQMEQSKS
>AP018321|2196:54976|14328_14595_+|BBD63433.1|DBSCAN-SWA
MNNLSRVYDSTLLSNSKVYQIDRILYQYLHKTGTIQHPKYHFRPLAGQRKKADLLLNHKALNTRCYKVLGMLTSASVISQESLQLSIF
>AP018321|2196:54976|25413_28530_-|BBD63447.1|DBSCAN-SWA
MKFMRILQYIKKLKSAKNSLKQKRLYALLFTLTLCLVLSTSAVPSYSQTPTPTPRPVIEQKVRELAKNDVENDIPRRNDYAVKRYGKKSPDLKDDEILEIYDNEYTKQLEAKKNNLWEQLKPETGWSVAIVLFFILIFKDTLTTWVSQGFEFIGNQLYSKLSGTSWLRGAALKRYRKEIQEKYENLKISFRPNRPLKLKDIYVPLKVTGTNDTDLIDAFQAVAKYRRLMVKGSPGSGKTMLLKYIALCYAEGRWADLFKKFQCVPVLVELHRFSNKELTVEQQLVEAFARDGFPNAQSFVSQSLDKNKLLLLLDGFDEVSSNERQKVVDLINDFLDTHKDCPVIITCRTAVYRGEFNDFMEQTLEVVEFNDQQIREFLVPWKPDMPASKSVEQLIQTLHDRPRIMELARNPLMLTIIAYLYADTPVVLPHSRAEFYRIATDILLEQWHKERNQFQARDKKLILQHLALFFQDNANQQGQDRRSVDWKKVENEITSILPNLNLQPDCTRAILSEIVERNGLLLRIDGGERYQFAHLTLQEFFAASQLREDANGLVNRFKADPDAWRETLKLWCGIAGDSTNLIREVRTVNPVVAFECLADVQKVDSTLALEIINSFKSRLGEDENEDIVNHAFASVAADDRRRADVFSFLKETLENTSETDARRKAAVNALSLTNLPSAAELLTQQYANLDNIEFRLILDQALIRMGDIAVPEIKKAVTSDGINQVMDALVGIGTPNALQALVDWLWSDNENRVLRAALLLASLIKEEKHKTMLNTCKLPKAYSRPSSLSFDWICEPYNADKDSFRQILEQIAYCISKKLKSPVSVINQLLIKDYDQKLIIPICLIQALENDLFNRDFVWQSQEKSYNLENSRKNYEINIQKLCASNTSTVWEYLINNINPNFVYLMIFLINVLQISNSKKLKEEWKRINQHRLGRMDVKELFRTITEDTVDKMGMMDFDSIKKYLDRNSGMIRYGIHVRYEDYLDNMNLKMKIERRIEEKRKNGRRLELLVVNEKFWEGKVIINKKLAPPPKKQFFNS
>AP018321|2196:54976|52777_53290_+|BBD63474.1|DBSCAN-SWA
MATKQYLAKYRHLKQTYERITEKDISDITWYRIVASLKQYFSLEIESLQAKNIVETYAGMKRKCPAFSFRTSDFNSRWQAFKHFYDAQLVQYTGQQFLRVLADYLKINLSDVPRSTRYYWFSQAGLSFNALNIYHSKDLALVAFVAAKWAINRRAQPMKSAEPKVLTLAK
>AP018321|2196:54976|46664_46898_+|BBD63466.1|DBSCAN-SWA
MKIEKAKQLTARKFKRMTGVSRKTFDFMVDVVKADEKKKKKSGRRPKLIIEDQILMVIQYWREYRTYYHIGLDWGLS
>AP018321|2196:54976|52189_52459_+|BBD63473.1|DBSCAN-SWA
MIEKELVRCVTLLTQSKTYWIDGTLYRYLSCSDSIQHTQYYFRPLPHQSKRVDLKLNRDKVLRRCYEIPSLYRQHTAEITNNSIQLSLF
>AP018321|2196:54976|40830_41988_+|BBD63463.1|DBSCAN-SWA
MIRRKQTDKPFGGQITTPPPAPWLDSTDTETPRATETTIKLEDIVLPQQQPRRYFDPQALKELFESVKQHGILQPLLVRPLGKGKYELVAGERRYRAGQEAKLEVAPVVVRELSNDQAFQLALIENLQREDLNPVEETEGILHLLAIRLKCDVEAVKSLLYRMKNAHSKEEQQSTDSPDESRRNVSPKGEETESTDSISDNLEEETESRRNVSPNSESTESDGKISDDLDEQTESRRNVSPKVELEQSKTVEQVFESLGLMNWLSFTTKRLPLLNLPEDILMALREGKLEYTKAQALARVKDEELRKQLLSEAITNDWSLSQIKEQIIANTSSEPPPSTKTRNQIPERLKDITQRIKKRQLWKEPRKQKQLVNLLNKLEALLGDE
>AP018321|2196:54976|13062_14115_+|BBD63431.1|DBSCAN-SWA
MTDLVVMPENAKTEHPGTLTLIAGYDLGNSGVKFVSSDRKIKFPSYLENCYYRPTEPPSEGYVEYLDGEAITKLDYKQWLSGFAAYDANPKNHLRVTDDATAKVTQSLKHLLATLSYYPYQSVIDLIICVSLHERGDLEEQLIDAIAGRHIVKFGGKPRPTMVNINVLKVYDEGHAAIAANAHTLDTSKQNVIVDIGNRTVIATLIGQKGHLANRKTFDNGVEELIRMISGNPTFKNRLLGEIAIPHLIRQGLESTEKSFWYGKQFSFEDVYRTELMPWVQKSLAPVFKFIHPWKINADTCLIIGGGSQLIGVDEALKTKGFVIAENPVWANAQGLYQLATLMYSRGINE
>AP018321|2196:54976|32386_32611_+|BBD63451.1|DBSCAN-SWA
MSNTNYRTDSSNEYYLFLKAFSKEGFSYLTISVLKQFYNCINDIFDYTPLPGDDRWEEVLNFAEIAICYFRLNI
>AP018321|2196:54976|51929_52193_+|BBD63472.1|DBSCAN-SWA
MLNQNQLRRLEAIDRWLREILDSEEFRQIEYYPDVTLGDAIQAVGELLDEHELYDYKPMIFPNSDCVYCNLFRCKLDSYVCGWRQEK
>AP018321|2196:54976|18488_19769_+|BBD63439.1|DBSCAN-SWA
MSKIPSQIEIRDDRIIIRNLEIRLYDAVDYLKSIPDYEHEQACINIFEIGLFCVQRVQSRSDTEFVRREFEYLLAELDKAMAIIPQALERRLVSQIGAENRQILSPMQSQINVTRAFINQQIDEVKKLFQQELDVSRNSSTLSIALTNIEDLLDPQYANSIPAIFASSLKDITLKDGMLAQVIKSVVADSVKPLAQEVEKLRQQILEKQIAKSLLEEMITKGQIYEEALVVELQQWSKISGAEIFYVGRDNQPGDIVIKFSPSSIAATDISIVIEARNRDSDSWGRKRIAEQLNKAMAKRKATAGIFLSHSREGLAQEIGYWAQGSCEQGQWVATTHEMASLAIQFLIINQQLAAQKTFNAEFDYADIQSQVERVQVSLDYLAQFNSHLTKIDENCSAIRAKAKAMRNEIRSALNSIMDSINRTQA
>AP018321|2196:54976|14107_14323_+|BBD63432.1|DBSCAN-SWA
MSNESIRVVIRKPYHPLLKKLAKQMNVDDYGEVINFLLLEFQRQDYNFTQSSQPQSQKQETDLASNLAAMF
>AP018321|2196:54976|28887_29676_+|BBD63448.1|DBSCAN-SWA
MPFLAKRRIDGHNYYQIVRSIRVGGKPRHETLHYLGNYQSAIQKLPKLKGFSNDEKQQLLLRLAKLEGKLDTGEVSLPEKSYECIVCDPPWFYSLRSQDESHRNRIPYTPMKIEKILALPLPELSSRNGCVLWLWFTNNHVAEAVNCIQHWGFEIKTILTWEKVTKEGKPRIGTGHWLRNCTEHCLLATKGQVKAFATMKTLTNEPTIIHAPRREHSRKPAEFYELVEKLCAGMTKLEMFSRQSRPDWDSWGNEVEKFTENN
>AP018321|2196:54976|32868_33297_-|BBD63452.1|DBSCAN-SWA
MTTRKKMSGMKLSQFSGIKSQTEPEITEFPTEVEPASPVLEKMPVTSSTKESVLSAPTASLTSEPLVQEKPVTINIKITRAQHNWLTDTARTVRDNNTEAVPPGERVYPQHLIGVAIELLQNSEVDWSQVKNTEDLKRLLNL
>AP018321|2196:54976|35625_36387_+|BBD63455.1|DBSCAN-SWA
MGFKYINELATPENVDKLLSLVDMVAGGRVDTQNIFDIEDALTDSEQMKRCLQVVRQNPDSAQLVDERYMGPDFDLETLLKLPEGSLGWTYARVLSAMNYDIGFYRLRKIESDVDYITHRVRKTHDLHHILTGFSFDDYGELGVISVTVGQIGYPAFTFIDLVGSLLAFMANQAREGINSPLEYNFDLVSQGIRIARQATPLFPVKFEEGLERPIDEWRAELNIVPVTEGLWSWYSRPYLRDAISPTLAAQAH
>AP018321|2196:54976|53302_53944_+|BBD63475.1|DBSCAN-SWA
MSDKFTNNVRARLYKQGYQGFTKDDYTQAALAVECDDLNNPTKEQLSQAVDYLKLQGAISQLSITDEPVEEKFLTPVEFEQVETELETGTLAVAPQDVGKMITNKASQMGVILSEQQINDIADSVDTSASTFDEILEQVETALLAYADFSANQVDAKIDQTLTKVQQRVVNRHEQSRGKLSRGLTGISAALEDSRNQTKSQLSGILARLNAVQ
>AP018321|2196:54976|40063_40834_+|BBD63462.1|DBSCAN-SWA
MSTPDKQCRIIALFNQAGGVAKSTLTQNLGYHLAKREHRVLLIDIDPQASLTKFMGLVPSQLQKTVADAIIDEQPLPIHEDIHGMDLAPANRVLSGAEMQLVSAAMRDFRLKEAVAPILDEYDFILIDCPPSLGLLSYISLVAATHVLVPVETHVKAFEGTDELLQTITHVKNKANRKIEIAGFVPTRYAHQNSADKRALAAMQEQLSVWGRIFPAIPRATAFVDASEERAPLAVFDPKHSVVPILEEIALALEAL
>AP018321|2196:54976|38929_39322_-|BBD63460.1|DBSCAN-SWA
MALPFFKDLCKYLDLLILRNKTDIKCYKIARSTTNIPMSAVKEYMENCQNAAIRAGFPAECGREMLEGYLQDLAQGWSQQQFETWFMDMEAKYGSRSKSGISLSCLYRNIMQRVNTDDFVLTTELNSLPR
>AP018321|2196:54976|14603_14801_+|BBD63434.1|DBSCAN-SWA
MNTQPLPELIAQAQQLVTQIRQNPQYQGLRFDCDVTLGDVTQFFNTLQWSAADSTVDVSREGFFQ
>AP018321|2196:54976|20104_20407_-|BBD63441.1|DBSCAN-SWA
MSKVTKLWFSKEANSSRAKERMRAIAYSMDLLIPGLYLWLPGGFNLRLGGDVPDDEPYRYPGFIHSNAGFALVLPGYKILTTYQGSYDPKQTSDTGFTKI
>AP018321|2196:54976|38381_38741_-|BBD63459.1|DBSCAN-SWA
MQLSGKGNHAGRKHCNINKQTSAAVLIAALECIEDAQNAASDAEFPAECGREMLQGCLEDIAQDWSDEQFQRWFDGIEAKYGSRSPLGISMIGLYRCVVRIIQIYDTRLSIELMFVKDK
>AP018321|2196:54976|21955_22711_-|BBD63444.1|DBSCAN-SWA
MNITSNSKVIGQLLQQISWVGNTVKAYRNGGQGFEDVLTAEVFLALDFLPRQSFLGAVIEASLGATKVRTLLQQEIEQADFTLYPGSFFLTPSGRVNQKELAVQPDGVIKTPSCFGLIEAKRIKRSSFQSEQLAREFVLVMKEALNQNQEPILWLILGEEPPVSVQGHGRLNPIDAIELHLESVLSRTENHNFEKSLLLQQVDEVVCWTTWQTIAEVVQKQLTEITITEPSARGCVQRLANSVVQSIIWHS
>AP018321|2196:54976|42418_43636_-|BBD63464.1|DBSCAN-SWA
MENRLTERPNFKLAIDDPAYFVGRNQLLNEIKRAPCEIRILLGGRRIGKTSLLHAIQWSLLDPSLDQANRTFPVLINLEVEKPQGLDNLRYIMIARLRESIEKWQNIPGATLREMYRSYLRQVVDGEIGVKFLELINVKLKVDNPDKKRQLIHDDFRQAMLKTINDLKHKQFNGVCFLFERAEFIARQKEWANDAWSYFRGLKDTEVALKPYLGFFLSGYRELKEYQQEVGSPLLNIADISWLSSLTDSEIKALIACRQKSEEIPISEKGISFVTEWAGGHPYLTQQMLNAVSNKYLAGEKIRLDQLTDELLQQHDHDFSVWWNVAQEVGGLDENARKVYQILIEQRQANVVSLAQNSHLSPMKTRHLLDVLVGAGIIRKLDNGIYKIGARLFEEWVKQQPPGFH
>AP018321|2196:54976|54318_54867_-|BBD63477.1|transposase|DBSCAN-SWA
MVNFDNREPQKVYAVYATEIDCPEGESPVEWMLLTTEVVADIQMASTILRWYTYRWRVEEYHKIFKSGCQVEKYRLAAGGMKTLIGFLSVIAVELLRLTYLHRTQPLAPAIEILNPLELRILKAKSPKPPKVLTVSWAVEAVARLGGYLEHRRKTPIGIQVLWRGWLKLHDLCEGWQLANET
>AP018321|2196:54976|53990_54266_+|BBD63476.1|DBSCAN-SWA
MNYFSRIAVSLSALAAVILPLHYWVYLPILEHENYQQYLKRKSAIEQYVRRMSYHCHKIFTPLKEYRCEKFNEAQESGNFQISPPGKPVKK
>AP018321|2196:54976|2196_3858_+|BBD63422.1|transposase|DBSCAN-SWA
MSVLTHLLPDSSNLRLENCQLDKIKTKIYLIVSAISRVVNCPVCNQPTQKIHSRYERLLADLPWADYSITLQLRVRKFFCINSLCKQRIFTERLTNVTAPWARKTLRLAQRLSVIGLANGGAAGERLLQQWGIKVSRNTLLNLVRSIPLPPIVTPHTLGVDDFCFRKCKTYGTALIDLERSRPIALLKDALAETLAEWLKAHPGVKVVSRDRSKTYESGIRQGAPEAIQVADRFHLLQNLAETLNEVFATHYQALKAVDEIYSLSSVTQTDGTVVVRVPRPTREQQALLLAEQSRARRVAIHQQVWDLHHQGWSGKAIARQVGIGVTSVFRYLRTLTFVEPTQRRSRGRSILVPYQEYILKRWNEGCHEGLILFKEIQQQGYKGSYDTVARYTRRIRTVQEIKPRKRYSIKSLPKVTQPKKLCLTPRRAVWLVLRKPESQQPDSEELLALLTAQHPDLAEAIQLSQGFACIVRQRQPEQLDPWLTQAEMSNLTAFRRFAKRLREDYDAVKAGVTMSVSNGPVEGHINRLKMLKRQMYGRAKIDLLERRFLLAT
>AP018321|2196:54976|24572_25166_+|BBD63446.1|integrase|DBSCAN-SWA
MSAEFRRLNNDEYRSREYLTWEEMKVLIKAAGERGRHRVRDKALLLMSFRHGLRPGEAAAMKWDAVMLERHVIYIKRLKGSQSGNHPMQPDEVDLLGQLKQIYPSSFFVFPNERGKSLSVDAIEKIVKRAAEKAGLHIKVHPHMFRHSCGYFLAEQNRSTRDIQSYLGHKQIQNTVRYTAENPRRFEHFDWQWEQPF
>AP018321|2196:54976|51692_51923_+|BBD63471.1|DBSCAN-SWA
MDIDIKKLPFSVWWQISKINGTWATVAFKRWTQTVDASILQAMNLEEWEAVALTLNYSFEWACKQYKVHRNKQKEG
>AP018321|2196:54976|30235_31081_+|BBD63449.1|DBSCAN-SWA
MTENFLFLNTDGNISVKADMAFIKLYPLLPKETLINEIHEKIYDLVVAKSKEEFNGLQPTPGSLNNCKGRWNEMSFLLTAHNSIIKNTNDIYLVKMPNESSLKFWQIYTHESRAVYEKLVSKLKNQGFFIRCSNPDFVLIKRRVVENFIPNEEEDLLSNLKDLYKNVKNKCEPSDVISFISLKTSNRPDRRYQILYEANITKYASQYIHNAEHRLRFDVIGRSNESDAQVFKAPLLSSIPIFRIENLEEELELLKSLAIDSDTNISTKIELDKYWEIFSSI
>AP018321|2196:54976|16374_18324_+|BBD63438.1|DBSCAN-SWA
MEFSPDIHPCVPQLATKETASLRADYPSIEHLEAGNIAIWLVERLEQLLSRAKTERAEMNLAKCVTLATASIGAVCYATSPLAPIGALVAGLGYAWSVVQDMTDSQCFAPIPFVRGNFLEFLSAMGDSEAREEWFSSRNEIVDLMNHLAPLEKSEFAMLRQYTSTLTDFLTGVEAGKRFYAYRWLLDNFTTYRGAFPTVEQFAQHLAQVAPDPRINHAVIRLIQQQSQLPQAKIPEPKFTELPQPHFIELPSFSQSESAAPVKAQTIAPEIQTLLTLPLHHRAIAIIDALTNSGFDIAKCIRDQITVIAGNQRGGKGALMAILAILSKALEPNTKIHYFTAGDDIYPFRCDSLVCRLNYPKLDGSEADARVASELYNYLKEMDNATQGEYNDIILVIDEAVALSGYLSDEQKQWIIRFLLTRASKKGAQIFIVLHGKNLTSWVGTKNTAGFGDTFKTGATFIGCEATSKKLSPLKSISVATGKYFLADPDSFEKSIPSGEIGTIPEWLKTEINPATEQPDPARTLLLYFPELVDNSPYFEEITTQPSTQNNLVDTVEQLESLLKLEVPEVEPLEEEIDSIFLDRIVEIVGKGQPPVSFEAIRKHKAWQRDWNVNNPGRPKLRTALKLLTNERKILSGDESAGYVLANKI
>AP018321|2196:54976|3921_4272_+|BBD63423.1|DBSCAN-SWA
MSYRNQFIWQRAVQLSINCYKFTRLFPQSELYGLTSQIRRSSVSVASNIAEGYGRRSKPEYIQFLHIALGSLRELDTQLIIAKEVDLAEKNLFTPLLNEVEEMQSILVASLNKLKV
>AP018321|2196:54976|43620_45564_-|BBD63465.1|DBSCAN-SWA
MILSDKYLLNSFNEINLFWSFMLSINGFLLSLLNAEVSIKNIKILWKFLTDRFRSKPIILSVKAPDGRELSIQASSREAFEYALRQAQEFLNKRESPDDIIIEQFKEKGKNYLKHREIAQRFFEQAGAKVSEQDQYSLLLTSVPQGLKLLPPVSVLISDGVLTKDDVSELVKKSRQPIRTGFDNTAILLYQEPPDTIVRLRIAEVRLEDNFMIIPISLAEAENSLSDSRICEAVFTEYVNRYIKRANFFDDKNAISDTVSFFGRIELLNRLKEELLGYQAIGLFGLRKSGKTSILYQLSFLLRNHPIVRIDLQQYTGYRYGADLFNDILRQLSTLVRNYIPEYSPNFEYFISSTPTLEITNKFVKRIHDLTEALQLAGYQLPILCLMDEVERILPNSNHPIEKVEEFNACFGALRVLCQDKDKRNLSLIVADVHPDCNRINNWPQDGVSTNPVFSFFKEIYLYPFSEQETVEMLTSIAEFMGLNFDSQTPIEIHKESGGHPFIARQLARFLTQMIPEKGIRSVDWSMLQPALDNLVFDFDELSNYFEKSIWEDLEKRDFKSALSILKILATNEGSGQWIENQFLLGKLTPNCTLRECHNALKWLVAVGIIDHQQVADNTDYRIRILHFSRWIRMQMTKEELQQWKID
>AP018321|2196:54976|4593_5586_-|BBD63424.1|DBSCAN-SWA
MKDNDKEPKQHYGQFRKLKSSTLKQGMTRRSALGLLSSGGLALMAGASAVATGRVAQAAGNANPQQITALVFDAYGTLFDVFLPVFNRAREIYGTGYNDLLYQTLIQVWRLKQLEYSWLRTLINQYEDFYSCTLSALDFALRSVGIDPESDPAKRDALASRYFTLDAYPEALEVLTTLKSRGYKLAILSNGSTDMLQQVVVANNMQNVLDKWISVDQVGVFKPNPRVYSLAGPELGVPRQQILFVSSNSFDVLGAKSYGLQTAWIRRSATLPQVADAMPSSVSPNTLFGILRGRQEFQEETSYLPDYVVLPPAATPTQGLRGLLTLPPLL
>AP018321|2196:54976|12226_12469_-|BBD63429.1|DBSCAN-SWA
MPSLLSFSSLHSTRLVITVKLSHYSVNMPKQIEATVLKSYASTRLSADEKAQIANIAAMSGKKQSVIIREAVRLYLDQSA
>AP018321|2196:54976|50961_51174_-|BBD63470.1|DBSCAN-SWA
MTEENQPNDGIERVEGKFDPLAETRYWLPAASEQHCKRIGRKRGIRLVKVVDTKLEPLPIICIFEGQPDE
>AP018321|2196:54976|20744_20996_+|BBD63442.1|DBSCAN-SWA
MGQFEIANLLAMVEQLQIDVQMNTEQNKRNFSLRRVAILVAIGVVAVILTGIAIDRWRVRDGWCARFYPNGDRKILYGDDCWK
>AP018321|2196:54976|39783_39948_+|BBD63461.1|DBSCAN-SWA
MGAIKPRTSQLDPDVPISVYPAPDVLKVGFLYLSALRYFRNHSDIVKSTYGEVI
>AP018321|2196:54976|38141_38375_+|BBD63458.1|DBSCAN-SWA
MVALIAQSPILTSPWQVPIPQKEYVNDRVVIYYRDNSWVPIKYCYLLKAIELHYRIWNQSGKEVFVFPTDLDPNSFS
>AP018321|2196:54976|47784_50496_-|BBD63468.1|DBSCAN-SWA
MHTTQTTVKETANRLTDRHYKECVTKRGLCPEWIAANCRSMDIKEASERLGYQAQSAGIWLEGVNGFGQYRPNKPWKSIDDKKAPKYRTATLEEYDAMLPRHPHNPRYWQDLEALKALCYHINGHPCLLITEGLFKAIAGCSRGFPTVGLAGVEQGLTSMANDPQGKRYLVDTLELLARAKFGWIIAFDADERAQTNKNVVAAQRKLAYQLAKFKVPVYIATGLWSAAEGKGMDDYIQANGDDAFRDNVLAKAVNFEIWERQFQEDDSDNKTLSESSVAAQIAEDYRAKLAWHVANKAWYWYEADNKRGVWGEIPPEEAMSIVLTELETRTRHFSSKFVNGVLTLLKAKLRVNHWEVRKGFICLQDCVLDVNTLKEYPHEPGYRMLSQLPFKWADRSVGCEPVKEWLLEACEGKADWVQVIRAGINATVTERGGELQRFMELVGAGGTGKGTLLRLVQALLGRENYAITELKQLEQNRFETAALYGKKAVFITDSERYTGDVSTLKKLTGDDDLRHEKKGIQQTGSFRFSGVVWIAANEIIQSSDYTNALARRRLSMPFERVVPQNERRPLEKEFEPYLPGVLQWVLEMSALEVAAYFGDTNKKVPSLGSFSTEVLLNTNPLADWANDCLYYDPNAQTQIGDNGQNPELFLYPNYCEWAQRNSHGIMTKQRFSAILLNLLKSQLNINAAKIRNKKGRFITKIAIRQSGHDFPLLISEKDADLDADLNKNNANSVLTPMLTQSVDGAGFQSDADLFADSNAADTPHQHNLMNTTSSQNQEGKPTQSAQSAPASVSASTTDSTTDSTTQRIIEAWDNKSSLGEIVLSLESADLQQIAKGFNPEQVQYIKDAANSVWRLGATSLADYNGELVYIWECGQSNDVRIGTETQPGARVRRAHLRPWLGI
>AP018321|2196:54976|9584_11792_-|BBD63428.1|DBSCAN-SWA
MIASPTIASKPHLWVAELDTVVSLASRFATGDLLNIPQSLEQGMHIILVDNQTPEASVRKGIYQILLSGNTPEIYEAQQPLGIWTADKYSSEAELFGQIVEFSQSYQQWLHRISQRKLSLKDAVEIAKVVMVHEQEPQRSVELGTLRMRCDQNSYDWNKLMDKLEKQFQEELQRRGIAVDPVNNDLDEKLKLELLGLLQELDPIKRVRKRAEICSFFRLSKSEVEDLLKVINKRTQHQEVKCYRLDELFTLEAEELEWLIPEMLPKGETIILGAAPKTGKTLLAIDAAFALATGESSFLGENVSQSKVLLISCDESLQSTKRKLLKRGFRSSDADFVEVLPKWTIDDLEILERKLENFRPDIVIVDSLKRITHRSNISENSAEFADNIYTLKELFNKYGASGILIHHCNKDREAMGVHKLRGSTAIAGAVWGVWQLDHIPKPDPNNKKKLIIDPKDPKRVLSIFPRDTEGQILTIEFNPENNSWEKLGLGEDKEQLTVRERILNILKSNSEGEGLSGRQILDLLNESGNKGIYTELNRMANRGLIHCLPSSQDKRVNLYSLPKSQQKSFHSGDSPSPTDTVNIVDYSSESLVNTAILNSQQNSQQLVNNSQQPEVSKQVLNNQSLDTARVTEIVNNFYSEQGERVSSKLVDCLEPSACNEQKKQTDYAFTDCLFKVNDCVSASDPYEKKYGWNGTIKEISADGSQVLVYWPEREGKAGSTSEWHEVSYLRLSTEE
>AP018321|2196:54976|31082_32285_-|BBD63450.1|DBSCAN-SWA
MFDTPTIFSFFSGAGFLDLGFELNGYRIVYVNEVFLPFLEAYQYSRKNLKLPEEKYGYENCSIEDYLQPKNQAKLKDLLQDTRKSSSLVGFIGGPPCPDFSIGGKNRGHEGDHGRLSEIFAEIICQQKPDFFLFENVKGLWQTKKHRQFYEYLKEKFYSSGYILTEHLINAIEYGVPQDRDRIILIGFLSDIFSVKINKNKKYELNFPWHNLKSYLKEDVLKLDWPKVHNFEEDSYLDCPHNIPQELTVEYWFRKNDVLNHPNAKHHFMPRSGITRFRVIQEGDDSRKSFKRLHRWRYSPTVCYGNNEVHLHPYKIRRISVAEALALQSLPQEYLLPPNMTLTNMFKTIGNGVPYLAGSAIAKSILFFLESLQNNQLDINLKLEETPECKQIQLELALNF
>AP018321|2196:54976|15606_16323_+|BBD63437.1|DBSCAN-SWA
MKSAEYKPPNDSNSTSVTSPKTNNKGVNNYVEILAGWIVDIIALPVTFITHIVAQFVTPGSSGTKILGAMGFFLGTLLSSDGIWQTLFQGVPMFVWFEKTWIGWFGWITLPFNLFFWLSLAISALVQVMEARSLRGKRPDQARSEFEQSKQYTLGSKPTANIDLTTALWRDYKVAGMKERHAGGAIALFFWLFDLTTTFVGRNPFAYTDPGQILGCLVYNFTTMMAGEIGYTIWRLSK
>AP018321|2196:54976|19920_20148_-|BBD63440.1|DBSCAN-SWA
MTLNKHQIQGLPKFSSTTLDATTFESLMTAAGYSKSGSAPAKGNRVKVWWVHNEFPRVESIYSKDKQLVITAYHV
>AP018321|2196:54976|6055_6247_+|BBD63425.1|DBSCAN-SWA
MSDQRAPEIELLRAAYAAFNARDIDAALALMTPDVAWPKAFKGGFVRGTALLHERKKRHTNPK
>AP018321|2196:54976|12621_12906_-|BBD63430.1|DBSCAN-SWA
MPVILDDRCSICQHYAENAEYFMGTSMLKALCRQVLKMVARKPRIMFSCSEDTKEDLESWAEDEGRSISNLIERIVMDAIAKRKNKTRKKSDEE
>AP018321|2196:54976|21161_21506_-|BBD63443.1|DBSCAN-SWA
MCEAHTHTKELGCYKKEVEILINEASVSRVHHEVFEIHEGFGLQTSSLIKTNVPPRGAGDEKEKGAARRAIRTRRTSQACNILFRGLLGALSAFWCAVEFYAERQFTTNTLPNT
>AP018321|2196:54976|34388_34877_+|BBD63454.1|DBSCAN-SWA
MPRKPSLPTVARGIFQTPANREIELEADWDDWQDWLMNAESFRYCPMSSEPAYTMRKEQGTKGQGSYWYAYRKQSGNLAKCYVGLDEGLTIENLEAVAKQLTEKLKRKVTKSVSVTNSLVTDRGAVTKDDEIEKLQKENKKLHRQVKQLQRQLQIALGKPVV
>AP018321|2196:54976|14900_15203_+|BBD63435.1|DBSCAN-SWA
MTKPLGYYCALTPGDGTYLDWLQDTYGSCLEGINRIEKLHFLKAITDNLIAAEIATQGQYLLSESANTIQKLQEDLYRYTPIGDHLGLAEAIINQLKTQQ
>AP018321|2196:54976|33293_34019_-|BBD63453.1|DBSCAN-SWA
MIVISVFNFKGGTSKSSTTLNLGAFLASPKRQTLLIDLDGQRTLSFGLGMDGNEPTTLDWLTSKETVTPKQTQVKHLYLIPGDIGMFRLTSEQDLFVPALSRLRGFDLVLMDCPPGLSAASVQAILSSDRILIPTLCEPASLKGLSEAVELIRGERADIPIDVVRTRYKPRLVLTKEADDLLIEAAVELGYRLLHTTIPDNIAVAESIAAQQPVLTYAPKSSGARAYQSLAKECIKYWGTK
>AP018321|2196:54976|7841_9356_-|BBD63427.1|DBSCAN-SWA
MKFDYALAPVITGVAIALVLQQFAVALSSTEATKLVKAVMVYGTGVMQAQGSTDNIPTATTPQAENLFNQAGKKYEQGDFKGAVADYTEAIKINPNYADAYIGRGIARYKLGDKQGAVADYTEAIKINPKNADAYYNRVLPRYELGDKKGANEDYFLALEINPIVYYNQAIKINPNDAFAYAIRGVFRADEGDKQGALADLNRAIEINPNYAPAYIGRGMARAQWGDKQGALADFNQAIKIIPNDTNTYYYRGIVRAQLGDKQGAIADFNQAIKTIPNYGNAYINRGFARSELGDKQGAIADYTQALKIINDADAYINRAVTSSEFRDFNATNNQALAYYNQVIKTNPNFAPAYYIRGIARARLGDKQGAIADYNQVIKTNPNFAPAYYSRGIARAQLGDKQGAIADYNQVIKIIPNYANAYYSQGVVRFALGDKQGAIADYNQAIKINPNYADAYNNRGVARYESGDKEGAIADLQKAANFFQAEGNTDQYQKVLELIRKLQQ
>AP018321|2196:54976|37401_37932_+|BBD63457.1|DBSCAN-SWA
MLLKKCFAWLVETMTRWNITGTWIGEYSYDPNELYPFHQLSVPFTLVLQQSWFGRFRGQVQDDPQRGMPEPGFVLGQIAGDKISFFKRMPVLYVATPTGLKTLFDYWLSEYGIRLDHQVEHPPIHYQGEFSPSQNQAIGVWRLGDNTIRVQSQGKLLETVIPVSTGIWRMERKKFS
>AP018321|2196:54976|22871_23765_+|BBD63445.1|DBSCAN-SWA
MIDHDRLFKELLSTFFLEFLDLFLPQVASQIDRDSIQFLPQEVFTDVTSGEKKEIDLLAQVRYQNQETYFLIHVENQSYTQTVFPKRMFKYFARLHEKYDLPIYPVVIFSFDEPLRPEAQNYRVTFPDLNVLEFQFAAIQLNRLSWRDFINQPNPVAAALMAKMNILPEERPQVKAECLRLLTTLKLDPARMQLISGFVGVYLELNAAEEEVFKATADRMGLTDKEEYIAMVTSWERVGAEKERRETLEALLKVRFGNLDADLEAIIPQLMQLSREESLSLLLQADREELLSRFKIN
>AP018321|2196:54976|50729_50969_-|BBD63469.1|DBSCAN-SWA
MSETTTQIPVSELIPMLIAIAERNWERFKEVEKQFVTKHGIEAWEDFFAFRLKPALDQESDRWLLVKWCSNGFTVKDVA

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD63422.1|2196_3858_+|transposase	transposase IS204/IS1001/IS1096/IS1165 family protein	A0A2L1IVA1	Escherichia_phage	3.6e-05	31.7
BBD63423.1|3921_4272_+	hypothetical protein	NA	NA	NA	NA
4402:4427	attL	NA	NA	NA	NA
BBD63424.1|4593_5586_-	putative 2-haloacid halidohydrolase Iva	NA	NA	NA	NA
BBD63425.1|6055_6247_+	hypothetical protein	NA	NA	NA	NA
BBD63426.1|6256_7195_-|transposase	transposase	A0A1V0E8E1	Vibrio_phage	4.7e-66	42.5
BBD63427.1|7841_9356_-	TPR repeat protein	NA	NA	NA	NA
BBD63428.1|9584_11792_-	hypothetical protein	A0A1B1IPW7	uncultured_Mediterranean_phage	2.8e-13	25.8
BBD63429.1|12226_12469_-	hypothetical protein	NA	NA	NA	NA
BBD63430.1|12621_12906_-	hypothetical protein	NA	NA	NA	NA
BBD63431.1|13062_14115_+	hypothetical protein	NA	NA	NA	NA
BBD63432.1|14107_14323_+	hypothetical protein	NA	NA	NA	NA
BBD63433.1|14328_14595_+	hypothetical protein	NA	NA	NA	NA
BBD63434.1|14603_14801_+	hypothetical protein	NA	NA	NA	NA
BBD63435.1|14900_15203_+	hypothetical protein	NA	NA	NA	NA
BBD63436.1|15199_15610_+	hypothetical protein	NA	NA	NA	NA
BBD63437.1|15606_16323_+	hypothetical protein	NA	NA	NA	NA
BBD63438.1|16374_18324_+	hypothetical protein	NA	NA	NA	NA
BBD63439.1|18488_19769_+	hypothetical protein	NA	NA	NA	NA
BBD63440.1|19920_20148_-	hypothetical protein	NA	NA	NA	NA
BBD63441.1|20104_20407_-	hypothetical protein	NA	NA	NA	NA
BBD63442.1|20744_20996_+	hypothetical protein	NA	NA	NA	NA
BBD63443.1|21161_21506_-	hypothetical protein	NA	NA	NA	NA
BBD63444.1|21955_22711_-	hypothetical protein	NA	NA	NA	NA
BBD63445.1|22871_23765_+	hypothetical protein	NA	NA	NA	NA
BBD63446.1|24572_25166_+|integrase	phage integrase family protein	A0A2L1IV36	Escherichia_phage	4.6e-27	38.5
BBD63447.1|25413_28530_-	signal transduction protein	NA	NA	NA	NA
BBD63448.1|28887_29676_+	adenine-specific DNA methyltransferase DmnA	A0A1B1IT99	uncultured_Mediterranean_phage	1.1e-28	36.6
BBD63449.1|30235_31081_+	type-2 restriction enzyme Cfr10I	NA	NA	NA	NA
BBD63450.1|31082_32285_-	C-5 cytosine-specific DNA methylase	Q38652	Bacillus_phage	2.3e-25	26.5
BBD63451.1|32386_32611_+	hypothetical protein	NA	NA	NA	NA
BBD63452.1|32868_33297_-	hypothetical protein	NA	NA	NA	NA
BBD63453.1|33293_34019_-	cobyrinic acid a,c-diamide synthase	F0PIG8	Enterococcus_phage	1.1e-06	28.5
BBD63454.1|34388_34877_+	hypothetical protein	NA	NA	NA	NA
BBD63455.1|35625_36387_+	hypothetical protein	NA	NA	NA	NA
BBD63456.1|36501_36804_+	putative pterin-4-alpha-carbinolamine dehydratase	NA	NA	NA	NA
BBD63457.1|37401_37932_+	hypothetical protein	NA	NA	NA	NA
36835:36860	attR	NA	NA	NA	NA
BBD63458.1|38141_38375_+	hypothetical protein	NA	NA	NA	NA
BBD63459.1|38381_38741_-	hypothetical protein	NA	NA	NA	NA
BBD63460.1|38929_39322_-	hypothetical protein	NA	NA	NA	NA
BBD63461.1|39783_39948_+	hypothetical protein	NA	NA	NA	NA
BBD63462.1|40063_40834_+	cobyrinic acid a,c-diamide synthase	A0A240F4U1	Ochrobactrum_phage	1.6e-16	29.9
BBD63463.1|40830_41988_+	ParB-like partition protein	S5VTK0	Leptospira_phage	1.2e-10	38.7
BBD63464.1|42418_43636_-	hypothetical protein	NA	NA	NA	NA
BBD63465.1|43620_45564_-	hypothetical protein	NA	NA	NA	NA
BBD63466.1|46664_46898_+	hypothetical protein	NA	NA	NA	NA
BBD63467.1|46988_47162_+|transposase	transposase	NA	NA	NA	NA
BBD63468.1|47784_50496_-	phage/plasmid primase, P4 family protein	D6PH78	uncultured_phage	9.7e-56	36.3
BBD63469.1|50729_50969_-	hypothetical protein	NA	NA	NA	NA
BBD63470.1|50961_51174_-	hypothetical protein	NA	NA	NA	NA
BBD63471.1|51692_51923_+	hypothetical protein	NA	NA	NA	NA
BBD63472.1|51929_52193_+	hypothetical protein	NA	NA	NA	NA
BBD63473.1|52189_52459_+	hypothetical protein	NA	NA	NA	NA
BBD63474.1|52777_53290_+	hypothetical protein	NA	NA	NA	NA
BBD63475.1|53302_53944_+	hypothetical protein	NA	NA	NA	NA
BBD63476.1|53990_54266_+	hypothetical protein	NA	NA	NA	NA
BBD63477.1|54318_54867_-|transposase	putative transposase	Q9JMP3	Wolbachia_phage	1.8e-25	38.7
BBD63478.1|54853_54976_-|transposase	putative transposase	NA	NA	NA	NA

2. AP018320

CRISPR-Cas detection and classification

Crispr_ID: AP018320_1

• CRISPR_ID: AP018320_1
• CRISPR_location: 9345-9422
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018320_1

Consensus_repeat	Method
AATCATCCTTTTGGCGTTTTTAGC	CRISPRCasFinder

spacers of AP018320_1

>1.1|9369|30|AP018320|CRISPRCasFinder
CGCCAATACTCACCAAAAGTACTAGATAAA

CRISPR arrays and Neighbor proteins around AP018320_1

CRISPR arrays

The CRISPR arrays of AP018320_1

>merge|AP018320|1|9345-9422|CRISPRCasFinder
AATCATCCTTTTGGCGTTTTTAGCCGCCAATACTCACCAAAAGTACTAGATAAAAATCATCCTTTTGGCGTTTTTAAC

>AP018320|1|1|9345-9422|CRISPRCasFinder
AATCATCCTTTTGGCGTTTTTAGC	CGCCAATACTCACCAAAAGTACTAGATAAA
AATCATCCTTTTGGCGTTTTTAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018320.1|BBD63174.1|25796_26582_-|recombinase-D	unknown	unknown	gnl|CDD|350691
AP018320.1|BBD63165.1|2115_2919_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63167.1|4360_5077_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63172.1|23358_24168_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63180.1|33221_34745_-|hypothetical-protein	unknown	unknown	gnl|CDD|366375
AP018320.1|BBD63176.1|28266_31734_-|hypothetical-protein	unknown	unknown	gnl|CDD|372412
AP018320.1|BBD63177.1|31733_32279_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63164.1|562_2119_-|hypothetical-protein	unknown	unknown	gnl|CDD|377119
AP018320.1|BBD63175.1|27079_27991_-|integrase-family-protein	unknown	unknown	gnl|CDD|234698
AP018320.1|BBD63178.1|32924_33059_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63170.1|8360_8951_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63171.1|10244_22853_+|YD-repeat-containing-protein	unknown	unknown	gnl|CDD|225483
AP018320.1|BBD63166.1|3237_4359_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63169.1|7907_8261_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63168.1|5076_7851_-|hypothetical-protein	unknown	unknown	gnl|CDD|225982
AP018320.1|BBD63179.1|33033_33210_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63173.1|24465_25536_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018320.1|BBD63174.1|25796_26582_-|recombinase-D	gnl|CDD|350691	cd17933, DEXSc_RecD-like, DEXS-box helicase domain of RecD and similar proteins. RecD is a member of the RecBCD (EC 3.1.11.5, Exonuclease V) complex. It is the alpha chain of the complex and functions as a 3'-5' helicase. The RecBCD enzyme is both a helicase that unwinds, or separates the strands of DNA, and a nuclease that makes single-stranded nicks in DNA. RecD is a member of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	5.98228e-66
AP018320.1|BBD63175.1|27079_27991_-|integrase-family-protein	gnl|CDD|234698	PRK00236, xerC, site-specific tyrosine recombinase XerC; Reviewed.	1.00024e-48
AP018320.1|BBD63180.1|33221_34745_-|hypothetical-protein	gnl|CDD|366375	pfam00931, NB-ARC, NB-ARC domain.	2.3587e-12
AP018320.1|BBD63171.1|10244_22853_+|YD-repeat-containing-protein	gnl|CDD|225483	COG2931, COG2931, RTX toxins and related Ca2+-binding proteins [Secondary metabolites biosynthesis, transport, and catabolism].	6.01705e-35
AP018320.1|BBD63176.1|28266_31734_-|hypothetical-protein	gnl|CDD|372412	pfam12965, DUF3854, Domain of unknown function (DUF3854). A family of uncharacterized proteins found by clustering human gut metagenomic sequences. This domain is likely to be related to the Toprim domain.	2.60133e-50
AP018320.1|BBD63168.1|5076_7851_-|hypothetical-protein	gnl|CDD|225982	COG3451, VirB4, Type IV secretory pathway, VirB4 components [Intracellular trafficking and secretion].	2.58445e-06
AP018320.1|BBD63164.1|562_2119_-|hypothetical-protein	gnl|CDD|377119	pfam03743, TrbI, Bacterial conjugation TrbI-like protein. Although not essential for conjugation, the TrbI protein greatly increase the conjugational efficiency.	5.91988e-12

Protein sequences

>AP018320.1|BBD63170.1|8360_8951_-|hypothetical-protein
MQTYYLDREKEQLEDQAVAVIKPKNKAVERGTIGLMWLDGVLMISEMSLHGVMLGGLILSASMAVIFQKQLNELFRKWDKKGRKYRINIYGILFALLSLVFMLDFAAAPANAQFFQQAQDWITNTGFGGALNPDTAATVVGIFNILRILFLLYIAVSVVNVIQAVRRDEDWASAARTPLIILVGVFGADFLTTLIT
>AP018320.1|BBD63169.1|7907_8261_-|hypothetical-protein
MLPEKKFRIVNQSLGTQPKIGPLPAEQIFPWLVITMGSIFGFYYMLNWGWLATLFASLWGCATWWFVSSNKSFLGKFVGTPRISRGYMQFISLMNDSAQTKQRNNQNKVKRTNKIKK
>AP018320.1|BBD63168.1|5076_7851_-|hypothetical-protein
MIKQAENLGKRTLTLTPFEDVVNLAGICEMEVGGRKGVGALIIQKKGNIQIKFAFDCWGIHPNFAAEQIVPIFEGIEGGLKEIPSGERLTIHFGSFTSDETRQREISLIEEECALEPIKLLLRSERMRVRKLTQLGVRKNKFLRLWCTYTVEEDEKIEDFAEIGLKKLQKIWYSFTGEIHGLNKNRIENILRNSFLDGFQGWEQIISNKMGLSVTPLSSEEIWGTVWEIFNNSLPMPVPNPLKLTLNELSEKQTSDFHIKHHLLENEKSVPVFDKKWIKIQDKYVGALNFSQKPGGWVDEYSQLRYLWEVMSREKIANTEIICQISKANETITKTNLQRLTKQSITSTAMSTDSGSIDVKAGLNIEESVEAQRTLYKGSAVLHTAVVFLVHRKNLAQLEEDCRYLASCFLRPAVVDRETEYAWKVWLQCTPIVWEALLTKPFNRRLMYFTSEAPGLTPLIRTATGDKTGFELIAAEGGTPVHLDLYQNHKNLAVFGTTRSGKSVLVAGILTPAIAQEIPVIALDYPKPDGTSTFTDYTRLLGVDGAYFDIAKEYNNLFELPDLRSMDEETIKERMSDFQEFLKSVLMTMIIGTNSIGVSFSMVSIIESLLSLALQTFFNDEEIKLRYQAALRAGIGTMQWLDTPTLKDFCQYCSPGYINLDSLSTSSTEVTQALGHIQVRLKYWLSSKVGQSISSPSSFRADAKLLVFALRNLSSDADAAILALSAYAAALRRALSSKASIFFLDEAPILFEFDSIAELIGRLCANGAKAGIRVILSAQEPESIYQSKAAAKIFANITTRLVGRIQSSAIDPFVERFKYPYSIISKNSTEAFYPKKSLIYSSWLLDDNGKLTFCRYYPAYCLLAAVANNPAEQELREAFLKKYNHNLLLGLYKFSEDYIRMIRGEELSIEAQQLLVKSNLVKAS
>AP018320.1|BBD63167.1|4360_5077_-|hypothetical-protein
MINNKLKKLLIPVTITISLVLTAFPSFGFVSIKDFLSSVLEDMRQEYSTLEEKAQEKIRTTWANLAEDASDAIELSKGEMGTPDPDKSTQDLIRRLKNSRGIAETKSLAGLLERDIARASVSSTIGREGQENTTQKILTTIQISQEVQDLAEQAQSMDASQNILKVITAQNAQMVSAISRFHADSLVARLDNAQSNLMLAQVAQSLANSTTKEELKTTGQVSLTQELVLMSVLDPARR
>AP018320.1|BBD63166.1|3237_4359_-|hypothetical-protein
MNNLLVQISNGIISNDNLASRAAQVSNAVSIGFNELWTEVLGGQLYASLCTVGTLFAVTTLGFFILEWTKQVINNEEQRAFSSFIWPLIIATLLANNGQLLGKTTVSIKDYINNVNNYVLTRTAVGVDLRAAYSRAMGVAAVRAAIGREIEACRTSNLSPQETVECLEQAKQTLSRQYPDYFGASGPFAYLIERINRVISAPQQAIQSGANPIQVLLSPFSAFVGSVVAENITNILVGLSGAYQWGIELTMLLTAYLGPLAVGGSLLPYGSKAILAWLTGYFSVGMAKLSFNIIAGFAAELIANSRSDQPLFFLFTIGIFAPALATGIAAGGGLTLLIQINKAADESKNVAADIAVTVVTGGAGGIARLVRPR
>AP018320.1|BBD63165.1|2115_2919_-|hypothetical-protein
MLRLAKRESQPSQQQLNSFLSYGPSVPTRIAIIAVVGCSVACISLIVQFLNYGAIRRLAKQEVPSLVQLSSGETITATAVEPAERSDETIKKFVSDTFVGMFNWDGLIQKNNPQGKLIVEADPGVEIKGLDNQSRLKVTTRAYEAAFALSEKQGFRAAFVRRLAQMIPQEVFSGNARVAIIPNYISSVRKIKEGKWEVDFQSTLVTFKKLDNAGDAIAFNKTVTLEAVTTPQKPPADISELAKKIYAIRASGLEITQIVDLDLGRRR
>AP018320.1|BBD63164.1|562_2119_-|hypothetical-protein
MSSENPLTVDEILKLDEEPLEISSNKKSDDIEDEEFLTQHTVVTSPWSRIGIIGVPLGIGFLIFYLMFNNIINGQSNVKKPEVNSQDKSAQLTPDAENKDGDVYAQLALSRQQEELDKIKQQKEKLPVKIQNQEPTRAKPIQREASAAQVPSKPTPPVTYSSPRRGQPVTRNQITPRRSFALPRVSNPTIARVQKTVDPIDEFNRLRSIGSYGLIAYADSSVSESTMPDPADTSSLQTNQVQPQPIDVDSEPTSSITEESTSNRIEKIRPRWQVESKADKKLIANNYLPQESQILTERKTRYLTVGEFATGILVTPLVKQQTDTKNNQQQTEEGRRFVAKLTQDFRDNYSEVAIPKGTLLAVELVGVDGGNYATANVRSIIKDNTEYPLTAGAISVQGEKGKPLIAKKYQDKGGAIANYDITVGLVGGLAKVGEIINQPDSQSTINNSTIGSFSSAVTQNNRRNLGGAFLEGAFDSVGDILSERAARSTQEILARPNVWHIPQGTKVTFIVNRSLELP
>AP018320.1|BBD63171.1|10244_22853_+|YD-repeat-containing-protein
MNNTYILHNNLVVESPLSIDTNIFSSLEQALILVQERLQAFAGEPEFTQKIAVAFGDTADADSLKTAWLAGDLSIAPTIAIRNAADINGANGAYGAFTNKIYLSWEFLQANQANPENLVGLLLEEIGHRVDSVLNSSDSPGDEGAIFSALVQGEILSVKKVEQLKQQQDVGQINLNGQIIEVEFQQAPNLVVTNFSAPITAISGQDISISYTVENQGRVIDTDWEDGIYFSTDTVLDDNDILLTDIPIFSPEIEPNQSYTLNQNINLAAQAVGNGYLLFKTDIRNDQVESNEDDNVFYPIPITINAPNLVVTNATAPISGSAGQKISLSWTVQNQGQVPTKTRSWYDRIYFSTDNIYSANDIYLTDVWNYNLARLPLDPNESYTITTDITLSSQSAGNGYLLFVTDIDNRQGETNEADNTYAVPITIAAPNLVITSVTAPSSTTAGQTISLSWIVQNQGEVTATASGWYDRIYFSVDNILGNGNDVYIADIGNGDLGILPLASGESYTISQNITLPSKAVGNGYILLQSDFSNSQGESNEQDNVYSVPIVITSPNLVITNATFSSALITGQTVSLSWTVQNQGEVATKASSWADRISFSVDDIFGNSDDVYIRDIWTSPTANLPLDPNESYTVTQNITLPNRLVGNGYLLFSADNFNLQGESNENDNVYVLAVNIQAPNLTISNPTPPPASAIVGQTIAVSWQVTNTGTVSAVADWSDAVYISDDQIWDSSDTYVTQVFTGANTPLSAGSNYIINRNIVVPQTKLGDRYLLFVTDYDKNQGETNEADNVVATPINITAPDLIVSAATTPQIGVLNQTINVSWTVTNQGNVAANADWYDSIYISNDQIFDSSDRYLTSRWAGSNTPLAAGASYNATENITLPNTDIGDRYLLFVADNYFYSSRDYQGETDETNNVRAVPINLKAPDLVVSQLTAPTNGIANGNINVSWQVTNQGEVNAFAKWYDAVYLSTDNIFGNGDDYYITSQYISSQTPLAAGSSYSINRNLTLPNRPAGDYYLLLVADGSGYQGETNENNNVRVVPITISVPDLTVTAATAPASGTLGQAINVSWTVANSGTVTAPADWTDRIYFSTDVNWNSSDTLVYSESITSQTPLAAGTNYTINRNITLPNQAPAGSGYLLFVTDATSSQGESSETNNVKAVPFTVNAPNLVVTSVTSPGLVPVGATINVSWTVANQGAVSANADWYDTIYISNDTIFDSSDQYLTVRSAANNTPLAAGASYTATENITLPNTEIGDRYLLFVADDYIRYSYYDNNLQGETNETDNVYAVPISISSADLVVESANVSGNLVLGSTVELTWKVKNQGTGVALKDWYDYVYISSDQTLSDSDTLVTSESIRTQTPLAAGASYTISKNVTLPSTTTGNRYLLFVADRDNNQGETNENNNVRVVPINLTAPDLVISSVTTPATASLGNSFEVSWTVKNQGTTAAPTDWYDRIYISNDPTFDSFDTLVAEEFISTQTPLNINGEYTITRNITIPNTVLGNRYLLFVADSSQNQGETDESNNVRSVAINLNAPDLVVSNIIAPLESRSGQSVDVSWTITNQGTVAASGGWADRVYLVNASTGAYVSDLGVFSLADTLAPGASLERTQSVNIPLNLLGNYRVVVTTDYVNNIPEGTQNETNNTTTDDRPIQIRLSPVPNLPPLITGFPQGTSGSNKGKTTIIIAGQNFSSTDLVSLIADNGTKKAASKVYWVSDRELWATFDLQGLTTGKYDVSVKNDDNSFVSNDAFTVTNGAVGNIQVKLSYPARGFVTATYTNVGQTDLTAPLFRVSATNAQVNFPEENTASATLRRFLNLTLGTSNNGPAAILAPGESGQFSFNYTPNGNGVIKFLVEQVPANETIDWARIKAESRADYSFIDADAWDAIWSNLTAALGQTVGEFQAVIAKDANYLSQLGQPTSDLTRLFAFEWKQAANTLTNVSLTSTTDVVDNAPGLSLTFGRTFYQSLAERYNLGSLGRGWASQWDLRATKDSQGNVIIRSIGDLQRVFQLQDDGTYSKTGGATLTINNNGEYRLKESNGTVFLFAGDGKFSYIQDTNGNRITLQYTNNRLTRLVHSNGDSLILSYNAQGRISEITDSTGKVTTYSYDTAGEHLLSVTTTTGTTTYTYNTGNLGATKHSLLSISSDEGYQRSFEYDNQGRLSQESSNGQTQTVTYSYDSVGGVTITDGIGATTTSLLNDRGNVSQFRDVKQENYLYRYDADGNLRGITLPDGSQYAYSYDSSGNLTQITDALGQKTNFTYDTTFNQLTGFTDPKGNGVNYSYDSKNNLTKITYADGSSQSFGVDALGNITSYVNRRGNTIQYIYNPDGLLTKKQYANGSSVIYGYDTRGNLSSITDTTGTTTIQYNSADLVTQITYPSGRSLQYSYNSDSQRTRMVTQDGYTVNYSYDAVGRLQTLTDGAGKTIISYEYDPVGRLSKETNGNGTYTTYEYCKCGQPNHIVNYNSDGTVNSRFDYTYDDVGRRTSMTTLEGTFEYGYDATGQLTTVVTPDNRIIQYQYDAAGNRIGVTDNGATTNYSSNNLNQYTSVGNAVYTYDTDGNLISKTQGGQTSTYSYDVENRLIKVVTPQGTWDYEYDGLGNRVATVFNGQRTEYLIDPSGLGDVVGEFDGNGNLVARYNHGIGLVSRIDGSNVADYYDADALGSTVGLTGNNGSYVNRYSYLPFGEDLTKVEGVANPFEYVGQWGVMDEGNGLDFMRARFYDSNLGRFTVVDPINLIGGDTNFYTYVLNSPSHLTDPRGLTPVCPSSIYEFGWESNDLPPTWIPYNNRQVTISLGRSWLTWSFPTDSTVFHGNDIGFVENRIPTDAFWNPSNRQGECFYNPENGKLVKGGTPDAYDAVNDPIKHFFLDPGGPLLYRFVEVYESLKNLISHSGGDVHLKTFDGIHYDLQSVGEFTLLKSTTDDLEIQTRQQPWGSRTDVSVNTAVAVKLNGQRIGFYLNQTQPLVINGTATNIPDGAAYAIGQNLIVREGDTYTIVSANNDLIQVRFQNSYLNIAVGLADNRQGNIVGLLGNNNDNTNDDFALRDSTVIGGSITNQQLYGDYANSWRITQADSLFDYAAGTDTNTFTDLTFPRNIVTVNTLTPEQRAAAEAIARAAGITDPNLLEDAILDIALTNNAPEFIQGYTALQRQETLNAANTLINPDGFATQHWLTASAVIPYTIRFSNNAAQGTTPIAQVTITQQLDSDLDFKTFTLNDFSFGNISVDVPQGVQNYSQRLDLRSTCGVFVDIVAGLNADTGVVTWTFTAIDPATGNPATGNLGFLPPNDQNGAGRGVVGYSIQSKANSTTGTRIDAQATITLGNQTPIQTAAVFNTLDANLPTSQVTALPTNSNSNFIVSWAGSDTGSGLATYDIFVSTDGGQFVPWQVNTTATSATYIGQAGRNYAFYSVATDNLGQREVAPTQPDAVTAILAANNAPTVQQAIVDQTAPEDSTFSFQIPANTFIDVDAGDILTYTATLENGAILPSWLSFNTTTRTFSGTPSNSEVGTLNIKVNATDKSGASVSDIFTLTVANTNDAPILGSAIADQTIGAKSLFSFTLPANTFTDIDAGDSLTYKATLVNDSPLPSWLTFNPATSTFSGTPSLSDVGIINIKVVATDSQGAIASDIFTINIRNLTGTSGKDTITGTLNNDLIEGLAGDDTLVGLAGDDTLDGGSGKDTMTGGLGDDIYIVDNSGDKVVENANEGIDTVRASISYTLGENVENLILTGTRSLSGTGNALNNLITGNSGGNILKGDAGNDTLDGGAGNDTLDGGVGDDLMIGGAGNDIYYVDSSNDQITEAVNEGTDTVRASVTWTLGDNLENLILTGNSAIDGTGNALKNSITGNSADNNLFGGDNDDTLKGDAGNDTLDGGAGNDTLDGGVGDDLMIGGIGNDTYYVDSINDQIVELAHEGTDTVRSAITWVLGDNLENLVLTGSKAIDGTGNALRNSITGNSGDNSLSGGDDNDTLKGNAGNDTLDGGAGNDTLDGGVGDDLMIGGTGNDTYYVDSINDQIVELANEGTDTVRTSVTWTLGDNLENLILTGADTINGTGNALRNNITGNSANNLLFGGDDIDTLKGNDGDDTLDGGNGNDTLTGGNGNDTLIGGLGSDRLTGGAGNDRFVFNSLTEGTDTITDFSSADDVLVVTVLLANLNYTGTNPIANGYIRGIQSGSNTLIQVDADGVGSSATFSTLVTLNNFTASNFSQNNLIF
>AP018320.1|BBD63172.1|23358_24168_-|hypothetical-protein
MINSHQYGSKRQRPILRLKLALYIVLRSVIIGLISGSVLGALFGCAFMIFSIWTAAFGTGLGLGLGLVNGVLLSFITCLFFYPLKYPWLYNLIVKVISAFVAGVGVATFGPWYFSSQYMTPSSAVLIGFSSVLASVIAGFAGWLAGKNISQWYEQKNQRKRRKSTLKATLHDTTPLNTAEQHLEDSLWSKNLGWIYLGLLSFLCSFLGQMLLQFIVCGNQDVRSCLPSPRLYTSVIAGFKVVIPAILVIILIFNLVKIIYKKHNSKLTS
>AP018320.1|BBD63173.1|24465_25536_-|hypothetical-protein
MTPQKTIFFTPEQEDLIPIYHHKWINIALSTERINRKAASIAIKEAYAFIGLSEPKIRFYDSPYIAFINFINNLSTPINYSLIEKIQKPIWKCLNSQLDKFIQPLLFQELHDINCNIFENFIDMLVSQLSDDINNEVWEIYANSNFDIYQIEPRFWSYVPGSLLDFCISVLNCTYPEREWTVLQGLMDHCGLIFPDEKIVFISERPSELSFNNLSSSYPRIHAEGKPAIRFVDGYSIYAYHGVILPKKYSVHPDNWQAKWLLEEENAELRRVLIQGLGYTKILEELSPIELDSYREYKLLKIVNDIDIEPIYLLKMTCPSTGFIHVLRVPPNMKSAREAICWVNWGVDPNDFAVET
>AP018320.1|BBD63174.1|25796_26582_-|recombinase-D
MSEGNCFLPESHLLARSLSLLQRPHHTPDYKSLNTILGQLVEQQNLVYGEVANSIYQKAAYRAELSVALKIQTLINRPTYPTRHLENWLADFQALEYRELSRLTPEQISALLMAVKHPISIITGGPGRGKTYVLRTLVQWLTSRGVNVALAAPTGKAANRMKEATGMEASTIHRLLQWQGLGQNFYYNEDNPLTIDWLIVDEFSMVDIFLFNSLLKALPTKTQILLVGDSDQLPSVGPGMVLRDLLNSEIVPTTIGGKKIP
>AP018320.1|BBD63175.1|27079_27991_-|integrase-family-protein
MLTPGAENTVQRMADVTNTAQIVELWKSSKLSPQTRRSYDTDIRQFIGFVLGVSPKLVQLNDLDLRTVTMNDVMAFADYLETKSYETSTRARRIAAVKSLLRFANEVEWTKFNVAASVPLPEPKDKLAERILSELEVMTMIALTPKGRDRLVIQMLYYTGARVSEIASLTWRSVQPGHDGNGQVTLYGKRQKTRTVIIPKSVYQDLFVQRTNTLPDAPVFVSRKGGAIGERRIRKIVADAAAVAQICANVSPHWLRHSHATHSLDRGAPIQLLQQTLGHSSLKQTGHYTHVRPNDSTGLYLPK
>AP018320.1|BBD63176.1|28266_31734_-|hypothetical-protein
MSQPPIEYPNNLTAAEYHELAVGSAIHPALIERNFFHIEGETVYQYLFISPSLPRKNAGRVTDGLLKLYLHLMAGGMWIASLDPYNDWRPMEWGRIKPTNPRIDWLKGKSVKYESPPKVPNRVTYFDIADCIWKLVARRYNIKRYDSPLARRLQDRFSFLQFWEWVISHPEIPIILCEGEKKAACLLSLGFVAIALPGIWNGRVGKKDFDERLHPDLLPLAQPGRKFVILFDYETKLKTRWSVYQATVRTGKAIEAVGCRSEVALLPGPEKGVDDFVVERGDDANALLTAIIDDAHSLKDYQQSFLIKHRGLRKYRPDALINTKYLTQAVAVQDKETANIPQAVCVLQTQKPLEAFDFPTQPKPPEEIPPGHRGKIRYKLKKLRQNKQPKSIVFPLTGLVVLISDMGTGKTELMRWWRDAHPDQRFLNNGHRVNLLKNLAERLKTLMYSDLGYAGMATAQALSITIDSLYKLNTQALAYGCIFIDETCQYLTHLLHSNTCKEHRALILSVLEHIVYNAPLVVIADAHMDDITIDFFLSMRPPGEQPYIIKNEWKNGERTIYWYEGMDSSALVAQISAAIMMSQKVMVVSDSKRFIKKLERMFTVRIEPSSAPSHPHTNQTTPLRIWSIHSDNSGSEENVAFIKDITNAVKNIDVLLTSPSLGTGVDISQYHFDLVFGVFHAVSQTATECAQQLWRYRPKVPIHVWVAPTPPFGYKETNPTKIKERILQTNEITAFLIKIDRETGKRGVEKDWALDAYCQIQASRHQSINNLRADLRSLLSDMGNTIVPTGDHLDVEAWESLKYAADALDAAHHQSVAKANTISRSEYRARQSKDYLSPEEMNECEKFRIWDSYGMEVTESLVEKDHGGKLIAAIASLEAILSPSQETIVDSRTNQQYPAPPEFVSAKDLSERNKLPFCMDWSNYSAKWLARFNLGLHQILQRLVTGEEITAADEQLLLMTHKAKECAAHIKAILGFTIPSDCQPIWLLATLVAQLGLSLDFRKQGKRGQQVKLFSLSKSELDFALQVIAHRQQQRTDYAQTQSSQGVEPVSSPVSTPPIIGIGNPLVEGADTTLARPDPNNRITLLHCVEMLRSGITKGADAIKGILKRWATDWRWEVVLQLEAVAQDELQEITLVFPQFYDWLSEDVLPVEGSA
>AP018320.1|BBD63177.1|31733_32279_-|hypothetical-protein
MKKNNSPVTDTGRIKLSSVVTAPYAHSQNGQWKERLISSFVQTRFKNVLARATVLPKVNCFWHSHSSMQLCKEAVALVADNTNDYRQILTKHNHLASTLEDLDPVTEVLLLISPQEDYVFGTVLETFEMFSTHIRFVQQKQYNRCAAVQKCLGQNSRTVAQSNSDAIEPSSLSFAEIGGYI
>AP018320.1|BBD63178.1|32924_33059_-|hypothetical-protein
MLQVTISGKLGQPNEQGFVLTEPNIQVFERQPKVTETTNAPGTA
>AP018320.1|BBD63179.1|33033_33210_-|hypothetical-protein
MIAGKLEVTIKINELPQAQTVEKNWQQFEIDCDGRIKTVTVKPKVWKKLTDAASNYLR
>AP018320.1|BBD63180.1|33221_34745_-|hypothetical-protein
MDFIAEPKFQSTASFHTLPQGQEVLGRVFPANITFNEALAVLSDLVLAERRKCLSGAEILVLKGAWHDDEYEELANNSDYSLNYLQRRVAPPLWDLLSKLLGNGEKIGKKNLRYFLEQVTKKYLEQNLTNKDQISISNKSVSNKSVQLLGSRLPDVSTFYGRTKELALLKELTIKQRCILLVGIAGIGKTTLAAKLIAELSAEATQNFDYLIWKSVAHAPLFEDFIYEILEIVQPLEHQTISRESNQVMISLLIKFLQSHRCLIVLDTFDALLQKNNFQQRLDYRLFFRRLAEEVSQSCILLTSRIFPDEIEILITAELPINFIRLEGLETDAALQLLSSKGLTNKEKCNELIKTYRGNPSELKAVVNRIHHFFASSTEKFFETPTTLVSDQFREMLNQIFRQQILTAIQKEIMIYLAEELTLNLNSVSFAKLLFDMGHKHKGLISTSELIKGLEGLEKDSLIESIKDPITKEISFTLQPVIKKYIKTDPLGLVHSSDTSSQIAIAS

Crispr_ID: AP018320_2

• CRISPR_ID: AP018320_2
• CRISPR_location: 26643-26742
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018320_2

Consensus_repeat	Method
GCTATCAATTTTGATATCAATTTC	CRISPRCasFinder

spacers of AP018320_2

>2.1|26667|52|AP018320|CRISPRCasFinder
TTTGTCAAGAAAAATTAGTCACGTTATGGGGATTTTACTTCCAAGAACGTTA

CRISPR arrays and Neighbor proteins around AP018320_2

CRISPR arrays

The CRISPR arrays of AP018320_2

>merge|AP018320|2|26643-26742|CRISPRCasFinder
GCTATCAATTTTGATATCAATTTCTTTGTCAAGAAAAATTAGTCACGTTATGGGGATTTTACTTCCAAGAACGTTAGCTATCAATTTTGATATCAATTAT

>AP018320|2|2|26643-26742|CRISPRCasFinder
GCTATCAATTTTGATATCAATTTC	TTTGTCAAGAAAAATTAGTCACGTTATGGGGATTTTACTTCCAAGAACGTTA
GCTATCAATTTTGATATCAATTAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018320.1|BBD63174.1|25796_26582_-|recombinase-D	unknown	unknown	gnl|CDD|350691
AP018320.1|BBD63165.1|2115_2919_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63167.1|4360_5077_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63181.1|35162_37025_+|serine/threonine-protein-kinase	unknown	unknown	gnl|CDD|270916
AP018320.1|BBD63172.1|23358_24168_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63180.1|33221_34745_-|hypothetical-protein	unknown	unknown	gnl|CDD|366375
AP018320.1|BBD63176.1|28266_31734_-|hypothetical-protein	unknown	unknown	gnl|CDD|372412
AP018320.1|BBD63177.1|31733_32279_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63175.1|27079_27991_-|integrase-family-protein	unknown	unknown	gnl|CDD|234698
AP018320.1|BBD63183.1|38109_40602_-|TPR-repeat-protein	unknown	unknown	gnl|CDD|227328
AP018320.1|BBD63182.1|37189_38149_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63178.1|32924_33059_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63170.1|8360_8951_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63171.1|10244_22853_+|YD-repeat-containing-protein	unknown	unknown	gnl|CDD|225483
AP018320.1|BBD63184.1|40604_43202_-|filamentous-hemagglutinin-like-protein	unknown	unknown	gnl|CDD|368641
AP018320.1|BBD63166.1|3237_4359_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63169.1|7907_8261_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63168.1|5076_7851_-|hypothetical-protein	unknown	unknown	gnl|CDD|225982
AP018320.1|BBD63179.1|33033_33210_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63173.1|24465_25536_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018320.1|BBD63174.1|25796_26582_-|recombinase-D	gnl|CDD|350691	cd17933, DEXSc_RecD-like, DEXS-box helicase domain of RecD and similar proteins. RecD is a member of the RecBCD (EC 3.1.11.5, Exonuclease V) complex. It is the alpha chain of the complex and functions as a 3'-5' helicase. The RecBCD enzyme is both a helicase that unwinds, or separates the strands of DNA, and a nuclease that makes single-stranded nicks in DNA. RecD is a member of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	5.98228e-66
AP018320.1|BBD63175.1|27079_27991_-|integrase-family-protein	gnl|CDD|234698	PRK00236, xerC, site-specific tyrosine recombinase XerC; Reviewed.	1.00024e-48
AP018320.1|BBD63181.1|35162_37025_+|serine/threonine-protein-kinase	gnl|CDD|270916	cd14014, STKc_PknB_like, Catalytic domain of bacterial Serine/Threonine kinases, PknB and similar proteins. STKs catalyze the transfer of the gamma-phosphoryl group from ATP to serine/threonine residues on protein substrates. This subfamily includes many bacterial eukaryotic-type STKs including Staphylococcus aureus PknB (also called PrkC or Stk1), Bacillus subtilis PrkC, and Mycobacterium tuberculosis Pkn proteins (PknB, PknD, PknE, PknF, PknL, and PknH), among others. S. aureus PknB is the only eukaryotic-type STK present in this species, although many microorganisms encode for several such proteins. It is important for the survival and pathogenesis of S. aureus as it is involved in the regulation of purine and pyrimidine biosynthesis, cell wall metabolism, autolysis, virulence, and antibiotic resistance. M. tuberculosis PknB is essential for growth and it acts on diverse substrates including proteins involved in peptidoglycan synthesis, cell division, transcription, stress responses, and metabolic regulation. B. subtilis PrkC is located at the inner membrane of endospores and functions to trigger spore germination. Bacterial STKs in this subfamily show varied domain architectures. The well-characterized members such as S. aureus and M. tuberculosis PknB, and B. subtilis PrkC, contain an N-terminal cytosolic kinase domain, a transmembrane (TM) segment, and mutliple C-terminal extracellular PASTA domains. The PknB subfamily is part of a larger superfamily that includes the catalytic domains of other protein STKs, protein tyrosine kinases, RIO kinases, aminoglycoside phosphotransferase, choline kinase, and phosphoinositide 3-kinase.	8.79667e-37
AP018320.1|BBD63183.1|38109_40602_-|TPR-repeat-protein	gnl|CDD|227328	COG4995, COG4995, Uncharacterized protein conserved in bacteria [Function unknown].	4.9893e-115
AP018320.1|BBD63180.1|33221_34745_-|hypothetical-protein	gnl|CDD|366375	pfam00931, NB-ARC, NB-ARC domain.	2.3587e-12
AP018320.1|BBD63171.1|10244_22853_+|YD-repeat-containing-protein	gnl|CDD|225483	COG2931, COG2931, RTX toxins and related Ca2+-binding proteins [Secondary metabolites biosynthesis, transport, and catabolism].	6.01705e-35
AP018320.1|BBD63184.1|40604_43202_-|filamentous-hemagglutinin-like-protein	gnl|CDD|368641	pfam05860, Haemagg_act, haemagglutination activity domain. This domain is suggested to be a carbohydrate- dependent haemagglutination activity site. It is found in a range of haemagglutinins and haemolysins.	2.96775e-25
AP018320.1|BBD63176.1|28266_31734_-|hypothetical-protein	gnl|CDD|372412	pfam12965, DUF3854, Domain of unknown function (DUF3854). A family of uncharacterized proteins found by clustering human gut metagenomic sequences. This domain is likely to be related to the Toprim domain.	2.60133e-50
AP018320.1|BBD63168.1|5076_7851_-|hypothetical-protein	gnl|CDD|225982	COG3451, VirB4, Type IV secretory pathway, VirB4 components [Intracellular trafficking and secretion].	2.58445e-06

Protein sequences

>AP018320.1|BBD63174.1|25796_26582_-|recombinase-D
MSEGNCFLPESHLLARSLSLLQRPHHTPDYKSLNTILGQLVEQQNLVYGEVANSIYQKAAYRAELSVALKIQTLINRPTYPTRHLENWLADFQALEYRELSRLTPEQISALLMAVKHPISIITGGPGRGKTYVLRTLVQWLTSRGVNVALAAPTGKAANRMKEATGMEASTIHRLLQWQGLGQNFYYNEDNPLTIDWLIVDEFSMVDIFLFNSLLKALPTKTQILLVGDSDQLPSVGPGMVLRDLLNSEIVPTTIGGKKIP
>AP018320.1|BBD63173.1|24465_25536_-|hypothetical-protein
MTPQKTIFFTPEQEDLIPIYHHKWINIALSTERINRKAASIAIKEAYAFIGLSEPKIRFYDSPYIAFINFINNLSTPINYSLIEKIQKPIWKCLNSQLDKFIQPLLFQELHDINCNIFENFIDMLVSQLSDDINNEVWEIYANSNFDIYQIEPRFWSYVPGSLLDFCISVLNCTYPEREWTVLQGLMDHCGLIFPDEKIVFISERPSELSFNNLSSSYPRIHAEGKPAIRFVDGYSIYAYHGVILPKKYSVHPDNWQAKWLLEEENAELRRVLIQGLGYTKILEELSPIELDSYREYKLLKIVNDIDIEPIYLLKMTCPSTGFIHVLRVPPNMKSAREAICWVNWGVDPNDFAVET
>AP018320.1|BBD63172.1|23358_24168_-|hypothetical-protein
MINSHQYGSKRQRPILRLKLALYIVLRSVIIGLISGSVLGALFGCAFMIFSIWTAAFGTGLGLGLGLVNGVLLSFITCLFFYPLKYPWLYNLIVKVISAFVAGVGVATFGPWYFSSQYMTPSSAVLIGFSSVLASVIAGFAGWLAGKNISQWYEQKNQRKRRKSTLKATLHDTTPLNTAEQHLEDSLWSKNLGWIYLGLLSFLCSFLGQMLLQFIVCGNQDVRSCLPSPRLYTSVIAGFKVVIPAILVIILIFNLVKIIYKKHNSKLTS
>AP018320.1|BBD63171.1|10244_22853_+|YD-repeat-containing-protein
MNNTYILHNNLVVESPLSIDTNIFSSLEQALILVQERLQAFAGEPEFTQKIAVAFGDTADADSLKTAWLAGDLSIAPTIAIRNAADINGANGAYGAFTNKIYLSWEFLQANQANPENLVGLLLEEIGHRVDSVLNSSDSPGDEGAIFSALVQGEILSVKKVEQLKQQQDVGQINLNGQIIEVEFQQAPNLVVTNFSAPITAISGQDISISYTVENQGRVIDTDWEDGIYFSTDTVLDDNDILLTDIPIFSPEIEPNQSYTLNQNINLAAQAVGNGYLLFKTDIRNDQVESNEDDNVFYPIPITINAPNLVVTNATAPISGSAGQKISLSWTVQNQGQVPTKTRSWYDRIYFSTDNIYSANDIYLTDVWNYNLARLPLDPNESYTITTDITLSSQSAGNGYLLFVTDIDNRQGETNEADNTYAVPITIAAPNLVITSVTAPSSTTAGQTISLSWIVQNQGEVTATASGWYDRIYFSVDNILGNGNDVYIADIGNGDLGILPLASGESYTISQNITLPSKAVGNGYILLQSDFSNSQGESNEQDNVYSVPIVITSPNLVITNATFSSALITGQTVSLSWTVQNQGEVATKASSWADRISFSVDDIFGNSDDVYIRDIWTSPTANLPLDPNESYTVTQNITLPNRLVGNGYLLFSADNFNLQGESNENDNVYVLAVNIQAPNLTISNPTPPPASAIVGQTIAVSWQVTNTGTVSAVADWSDAVYISDDQIWDSSDTYVTQVFTGANTPLSAGSNYIINRNIVVPQTKLGDRYLLFVTDYDKNQGETNEADNVVATPINITAPDLIVSAATTPQIGVLNQTINVSWTVTNQGNVAANADWYDSIYISNDQIFDSSDRYLTSRWAGSNTPLAAGASYNATENITLPNTDIGDRYLLFVADNYFYSSRDYQGETDETNNVRAVPINLKAPDLVVSQLTAPTNGIANGNINVSWQVTNQGEVNAFAKWYDAVYLSTDNIFGNGDDYYITSQYISSQTPLAAGSSYSINRNLTLPNRPAGDYYLLLVADGSGYQGETNENNNVRVVPITISVPDLTVTAATAPASGTLGQAINVSWTVANSGTVTAPADWTDRIYFSTDVNWNSSDTLVYSESITSQTPLAAGTNYTINRNITLPNQAPAGSGYLLFVTDATSSQGESSETNNVKAVPFTVNAPNLVVTSVTSPGLVPVGATINVSWTVANQGAVSANADWYDTIYISNDTIFDSSDQYLTVRSAANNTPLAAGASYTATENITLPNTEIGDRYLLFVADDYIRYSYYDNNLQGETNETDNVYAVPISISSADLVVESANVSGNLVLGSTVELTWKVKNQGTGVALKDWYDYVYISSDQTLSDSDTLVTSESIRTQTPLAAGASYTISKNVTLPSTTTGNRYLLFVADRDNNQGETNENNNVRVVPINLTAPDLVISSVTTPATASLGNSFEVSWTVKNQGTTAAPTDWYDRIYISNDPTFDSFDTLVAEEFISTQTPLNINGEYTITRNITIPNTVLGNRYLLFVADSSQNQGETDESNNVRSVAINLNAPDLVVSNIIAPLESRSGQSVDVSWTITNQGTVAASGGWADRVYLVNASTGAYVSDLGVFSLADTLAPGASLERTQSVNIPLNLLGNYRVVVTTDYVNNIPEGTQNETNNTTTDDRPIQIRLSPVPNLPPLITGFPQGTSGSNKGKTTIIIAGQNFSSTDLVSLIADNGTKKAASKVYWVSDRELWATFDLQGLTTGKYDVSVKNDDNSFVSNDAFTVTNGAVGNIQVKLSYPARGFVTATYTNVGQTDLTAPLFRVSATNAQVNFPEENTASATLRRFLNLTLGTSNNGPAAILAPGESGQFSFNYTPNGNGVIKFLVEQVPANETIDWARIKAESRADYSFIDADAWDAIWSNLTAALGQTVGEFQAVIAKDANYLSQLGQPTSDLTRLFAFEWKQAANTLTNVSLTSTTDVVDNAPGLSLTFGRTFYQSLAERYNLGSLGRGWASQWDLRATKDSQGNVIIRSIGDLQRVFQLQDDGTYSKTGGATLTINNNGEYRLKESNGTVFLFAGDGKFSYIQDTNGNRITLQYTNNRLTRLVHSNGDSLILSYNAQGRISEITDSTGKVTTYSYDTAGEHLLSVTTTTGTTTYTYNTGNLGATKHSLLSISSDEGYQRSFEYDNQGRLSQESSNGQTQTVTYSYDSVGGVTITDGIGATTTSLLNDRGNVSQFRDVKQENYLYRYDADGNLRGITLPDGSQYAYSYDSSGNLTQITDALGQKTNFTYDTTFNQLTGFTDPKGNGVNYSYDSKNNLTKITYADGSSQSFGVDALGNITSYVNRRGNTIQYIYNPDGLLTKKQYANGSSVIYGYDTRGNLSSITDTTGTTTIQYNSADLVTQITYPSGRSLQYSYNSDSQRTRMVTQDGYTVNYSYDAVGRLQTLTDGAGKTIISYEYDPVGRLSKETNGNGTYTTYEYCKCGQPNHIVNYNSDGTVNSRFDYTYDDVGRRTSMTTLEGTFEYGYDATGQLTTVVTPDNRIIQYQYDAAGNRIGVTDNGATTNYSSNNLNQYTSVGNAVYTYDTDGNLISKTQGGQTSTYSYDVENRLIKVVTPQGTWDYEYDGLGNRVATVFNGQRTEYLIDPSGLGDVVGEFDGNGNLVARYNHGIGLVSRIDGSNVADYYDADALGSTVGLTGNNGSYVNRYSYLPFGEDLTKVEGVANPFEYVGQWGVMDEGNGLDFMRARFYDSNLGRFTVVDPINLIGGDTNFYTYVLNSPSHLTDPRGLTPVCPSSIYEFGWESNDLPPTWIPYNNRQVTISLGRSWLTWSFPTDSTVFHGNDIGFVENRIPTDAFWNPSNRQGECFYNPENGKLVKGGTPDAYDAVNDPIKHFFLDPGGPLLYRFVEVYESLKNLISHSGGDVHLKTFDGIHYDLQSVGEFTLLKSTTDDLEIQTRQQPWGSRTDVSVNTAVAVKLNGQRIGFYLNQTQPLVINGTATNIPDGAAYAIGQNLIVREGDTYTIVSANNDLIQVRFQNSYLNIAVGLADNRQGNIVGLLGNNNDNTNDDFALRDSTVIGGSITNQQLYGDYANSWRITQADSLFDYAAGTDTNTFTDLTFPRNIVTVNTLTPEQRAAAEAIARAAGITDPNLLEDAILDIALTNNAPEFIQGYTALQRQETLNAANTLINPDGFATQHWLTASAVIPYTIRFSNNAAQGTTPIAQVTITQQLDSDLDFKTFTLNDFSFGNISVDVPQGVQNYSQRLDLRSTCGVFVDIVAGLNADTGVVTWTFTAIDPATGNPATGNLGFLPPNDQNGAGRGVVGYSIQSKANSTTGTRIDAQATITLGNQTPIQTAAVFNTLDANLPTSQVTALPTNSNSNFIVSWAGSDTGSGLATYDIFVSTDGGQFVPWQVNTTATSATYIGQAGRNYAFYSVATDNLGQREVAPTQPDAVTAILAANNAPTVQQAIVDQTAPEDSTFSFQIPANTFIDVDAGDILTYTATLENGAILPSWLSFNTTTRTFSGTPSNSEVGTLNIKVNATDKSGASVSDIFTLTVANTNDAPILGSAIADQTIGAKSLFSFTLPANTFTDIDAGDSLTYKATLVNDSPLPSWLTFNPATSTFSGTPSLSDVGIINIKVVATDSQGAIASDIFTINIRNLTGTSGKDTITGTLNNDLIEGLAGDDTLVGLAGDDTLDGGSGKDTMTGGLGDDIYIVDNSGDKVVENANEGIDTVRASISYTLGENVENLILTGTRSLSGTGNALNNLITGNSGGNILKGDAGNDTLDGGAGNDTLDGGVGDDLMIGGAGNDIYYVDSSNDQITEAVNEGTDTVRASVTWTLGDNLENLILTGNSAIDGTGNALKNSITGNSADNNLFGGDNDDTLKGDAGNDTLDGGAGNDTLDGGVGDDLMIGGIGNDTYYVDSINDQIVELAHEGTDTVRSAITWVLGDNLENLVLTGSKAIDGTGNALRNSITGNSGDNSLSGGDDNDTLKGNAGNDTLDGGAGNDTLDGGVGDDLMIGGTGNDTYYVDSINDQIVELANEGTDTVRTSVTWTLGDNLENLILTGADTINGTGNALRNNITGNSANNLLFGGDDIDTLKGNDGDDTLDGGNGNDTLTGGNGNDTLIGGLGSDRLTGGAGNDRFVFNSLTEGTDTITDFSSADDVLVVTVLLANLNYTGTNPIANGYIRGIQSGSNTLIQVDADGVGSSATFSTLVTLNNFTASNFSQNNLIF
>AP018320.1|BBD63170.1|8360_8951_-|hypothetical-protein
MQTYYLDREKEQLEDQAVAVIKPKNKAVERGTIGLMWLDGVLMISEMSLHGVMLGGLILSASMAVIFQKQLNELFRKWDKKGRKYRINIYGILFALLSLVFMLDFAAAPANAQFFQQAQDWITNTGFGGALNPDTAATVVGIFNILRILFLLYIAVSVVNVIQAVRRDEDWASAARTPLIILVGVFGADFLTTLIT
>AP018320.1|BBD63169.1|7907_8261_-|hypothetical-protein
MLPEKKFRIVNQSLGTQPKIGPLPAEQIFPWLVITMGSIFGFYYMLNWGWLATLFASLWGCATWWFVSSNKSFLGKFVGTPRISRGYMQFISLMNDSAQTKQRNNQNKVKRTNKIKK
>AP018320.1|BBD63168.1|5076_7851_-|hypothetical-protein
MIKQAENLGKRTLTLTPFEDVVNLAGICEMEVGGRKGVGALIIQKKGNIQIKFAFDCWGIHPNFAAEQIVPIFEGIEGGLKEIPSGERLTIHFGSFTSDETRQREISLIEEECALEPIKLLLRSERMRVRKLTQLGVRKNKFLRLWCTYTVEEDEKIEDFAEIGLKKLQKIWYSFTGEIHGLNKNRIENILRNSFLDGFQGWEQIISNKMGLSVTPLSSEEIWGTVWEIFNNSLPMPVPNPLKLTLNELSEKQTSDFHIKHHLLENEKSVPVFDKKWIKIQDKYVGALNFSQKPGGWVDEYSQLRYLWEVMSREKIANTEIICQISKANETITKTNLQRLTKQSITSTAMSTDSGSIDVKAGLNIEESVEAQRTLYKGSAVLHTAVVFLVHRKNLAQLEEDCRYLASCFLRPAVVDRETEYAWKVWLQCTPIVWEALLTKPFNRRLMYFTSEAPGLTPLIRTATGDKTGFELIAAEGGTPVHLDLYQNHKNLAVFGTTRSGKSVLVAGILTPAIAQEIPVIALDYPKPDGTSTFTDYTRLLGVDGAYFDIAKEYNNLFELPDLRSMDEETIKERMSDFQEFLKSVLMTMIIGTNSIGVSFSMVSIIESLLSLALQTFFNDEEIKLRYQAALRAGIGTMQWLDTPTLKDFCQYCSPGYINLDSLSTSSTEVTQALGHIQVRLKYWLSSKVGQSISSPSSFRADAKLLVFALRNLSSDADAAILALSAYAAALRRALSSKASIFFLDEAPILFEFDSIAELIGRLCANGAKAGIRVILSAQEPESIYQSKAAAKIFANITTRLVGRIQSSAIDPFVERFKYPYSIISKNSTEAFYPKKSLIYSSWLLDDNGKLTFCRYYPAYCLLAAVANNPAEQELREAFLKKYNHNLLLGLYKFSEDYIRMIRGEELSIEAQQLLVKSNLVKAS
>AP018320.1|BBD63167.1|4360_5077_-|hypothetical-protein
MINNKLKKLLIPVTITISLVLTAFPSFGFVSIKDFLSSVLEDMRQEYSTLEEKAQEKIRTTWANLAEDASDAIELSKGEMGTPDPDKSTQDLIRRLKNSRGIAETKSLAGLLERDIARASVSSTIGREGQENTTQKILTTIQISQEVQDLAEQAQSMDASQNILKVITAQNAQMVSAISRFHADSLVARLDNAQSNLMLAQVAQSLANSTTKEELKTTGQVSLTQELVLMSVLDPARR
>AP018320.1|BBD63166.1|3237_4359_-|hypothetical-protein
MNNLLVQISNGIISNDNLASRAAQVSNAVSIGFNELWTEVLGGQLYASLCTVGTLFAVTTLGFFILEWTKQVINNEEQRAFSSFIWPLIIATLLANNGQLLGKTTVSIKDYINNVNNYVLTRTAVGVDLRAAYSRAMGVAAVRAAIGREIEACRTSNLSPQETVECLEQAKQTLSRQYPDYFGASGPFAYLIERINRVISAPQQAIQSGANPIQVLLSPFSAFVGSVVAENITNILVGLSGAYQWGIELTMLLTAYLGPLAVGGSLLPYGSKAILAWLTGYFSVGMAKLSFNIIAGFAAELIANSRSDQPLFFLFTIGIFAPALATGIAAGGGLTLLIQINKAADESKNVAADIAVTVVTGGAGGIARLVRPR
>AP018320.1|BBD63165.1|2115_2919_-|hypothetical-protein
MLRLAKRESQPSQQQLNSFLSYGPSVPTRIAIIAVVGCSVACISLIVQFLNYGAIRRLAKQEVPSLVQLSSGETITATAVEPAERSDETIKKFVSDTFVGMFNWDGLIQKNNPQGKLIVEADPGVEIKGLDNQSRLKVTTRAYEAAFALSEKQGFRAAFVRRLAQMIPQEVFSGNARVAIIPNYISSVRKIKEGKWEVDFQSTLVTFKKLDNAGDAIAFNKTVTLEAVTTPQKPPADISELAKKIYAIRASGLEITQIVDLDLGRRR
>AP018320.1|BBD63175.1|27079_27991_-|integrase-family-protein
MLTPGAENTVQRMADVTNTAQIVELWKSSKLSPQTRRSYDTDIRQFIGFVLGVSPKLVQLNDLDLRTVTMNDVMAFADYLETKSYETSTRARRIAAVKSLLRFANEVEWTKFNVAASVPLPEPKDKLAERILSELEVMTMIALTPKGRDRLVIQMLYYTGARVSEIASLTWRSVQPGHDGNGQVTLYGKRQKTRTVIIPKSVYQDLFVQRTNTLPDAPVFVSRKGGAIGERRIRKIVADAAAVAQICANVSPHWLRHSHATHSLDRGAPIQLLQQTLGHSSLKQTGHYTHVRPNDSTGLYLPK
>AP018320.1|BBD63176.1|28266_31734_-|hypothetical-protein
MSQPPIEYPNNLTAAEYHELAVGSAIHPALIERNFFHIEGETVYQYLFISPSLPRKNAGRVTDGLLKLYLHLMAGGMWIASLDPYNDWRPMEWGRIKPTNPRIDWLKGKSVKYESPPKVPNRVTYFDIADCIWKLVARRYNIKRYDSPLARRLQDRFSFLQFWEWVISHPEIPIILCEGEKKAACLLSLGFVAIALPGIWNGRVGKKDFDERLHPDLLPLAQPGRKFVILFDYETKLKTRWSVYQATVRTGKAIEAVGCRSEVALLPGPEKGVDDFVVERGDDANALLTAIIDDAHSLKDYQQSFLIKHRGLRKYRPDALINTKYLTQAVAVQDKETANIPQAVCVLQTQKPLEAFDFPTQPKPPEEIPPGHRGKIRYKLKKLRQNKQPKSIVFPLTGLVVLISDMGTGKTELMRWWRDAHPDQRFLNNGHRVNLLKNLAERLKTLMYSDLGYAGMATAQALSITIDSLYKLNTQALAYGCIFIDETCQYLTHLLHSNTCKEHRALILSVLEHIVYNAPLVVIADAHMDDITIDFFLSMRPPGEQPYIIKNEWKNGERTIYWYEGMDSSALVAQISAAIMMSQKVMVVSDSKRFIKKLERMFTVRIEPSSAPSHPHTNQTTPLRIWSIHSDNSGSEENVAFIKDITNAVKNIDVLLTSPSLGTGVDISQYHFDLVFGVFHAVSQTATECAQQLWRYRPKVPIHVWVAPTPPFGYKETNPTKIKERILQTNEITAFLIKIDRETGKRGVEKDWALDAYCQIQASRHQSINNLRADLRSLLSDMGNTIVPTGDHLDVEAWESLKYAADALDAAHHQSVAKANTISRSEYRARQSKDYLSPEEMNECEKFRIWDSYGMEVTESLVEKDHGGKLIAAIASLEAILSPSQETIVDSRTNQQYPAPPEFVSAKDLSERNKLPFCMDWSNYSAKWLARFNLGLHQILQRLVTGEEITAADEQLLLMTHKAKECAAHIKAILGFTIPSDCQPIWLLATLVAQLGLSLDFRKQGKRGQQVKLFSLSKSELDFALQVIAHRQQQRTDYAQTQSSQGVEPVSSPVSTPPIIGIGNPLVEGADTTLARPDPNNRITLLHCVEMLRSGITKGADAIKGILKRWATDWRWEVVLQLEAVAQDELQEITLVFPQFYDWLSEDVLPVEGSA
>AP018320.1|BBD63177.1|31733_32279_-|hypothetical-protein
MKKNNSPVTDTGRIKLSSVVTAPYAHSQNGQWKERLISSFVQTRFKNVLARATVLPKVNCFWHSHSSMQLCKEAVALVADNTNDYRQILTKHNHLASTLEDLDPVTEVLLLISPQEDYVFGTVLETFEMFSTHIRFVQQKQYNRCAAVQKCLGQNSRTVAQSNSDAIEPSSLSFAEIGGYI
>AP018320.1|BBD63178.1|32924_33059_-|hypothetical-protein
MLQVTISGKLGQPNEQGFVLTEPNIQVFERQPKVTETTNAPGTA
>AP018320.1|BBD63179.1|33033_33210_-|hypothetical-protein
MIAGKLEVTIKINELPQAQTVEKNWQQFEIDCDGRIKTVTVKPKVWKKLTDAASNYLR
>AP018320.1|BBD63180.1|33221_34745_-|hypothetical-protein
MDFIAEPKFQSTASFHTLPQGQEVLGRVFPANITFNEALAVLSDLVLAERRKCLSGAEILVLKGAWHDDEYEELANNSDYSLNYLQRRVAPPLWDLLSKLLGNGEKIGKKNLRYFLEQVTKKYLEQNLTNKDQISISNKSVSNKSVQLLGSRLPDVSTFYGRTKELALLKELTIKQRCILLVGIAGIGKTTLAAKLIAELSAEATQNFDYLIWKSVAHAPLFEDFIYEILEIVQPLEHQTISRESNQVMISLLIKFLQSHRCLIVLDTFDALLQKNNFQQRLDYRLFFRRLAEEVSQSCILLTSRIFPDEIEILITAELPINFIRLEGLETDAALQLLSSKGLTNKEKCNELIKTYRGNPSELKAVVNRIHHFFASSTEKFFETPTTLVSDQFREMLNQIFRQQILTAIQKEIMIYLAEELTLNLNSVSFAKLLFDMGHKHKGLISTSELIKGLEGLEKDSLIESIKDPITKEISFTLQPVIKKYIKTDPLGLVHSSDTSSQIAIAS
>AP018320.1|BBD63181.1|35162_37025_+|serine/threonine-protein-kinase
MSYCINPLCAHRQNSDDFETCISCGTSLLINNRVRLINPIRPLTDNPYNYFDVFEVEDAGTKWHPVCEKRVMKILKWNTPKLIELIERESLTLQLIRHPKIPRSSLDDYFTFVPNNSFLTLHCLLIDKFDGDNLEKWVEANGKISQSLALDWLKQLIEVLSIVHGSNFFHRDIKPSNIILQPSGELALVDFGTARRVTETYLAKVSGSGGTGTGRGGIYEITTIVTPRYTPLEQINGQAVPQSDFYALGRTFVHLVTGTSLMRLPIDEKTGGIIWRNKASQIDKPFADFIDELMAPLPGQRPQTTRVILQRLERIPLQSKINRIVKSPLFQVSAVTVLALSSFGLYWSLRPAIADYLMYLGKKAQQENRFDNALEKFQQAVNFEPAASDSVSKFYVEQAWTRNITPEDARKYYELAIKFNPKNDTAYNNLALLCQQLQDFQCVNDNYAKVFKLKPDKWESRYGLGSFYDDLGKYDLAEEQYKLAIKSSELALDAVSNLARIKNLQGEYNVAIDTAWQGLKKAKDPGLKAALYKSIGWAKLEQGKYSEAKKYLEQAQKLDIQRTDTYCLLAKTEEALGNVDNAWNWWQACLLSKSDLPEVLIWRDEVLERLRLPRSSKNRS
>AP018320.1|BBD63182.1|37189_38149_+|hypothetical-protein
MIPLLSWDSGWSQSQIRVTRGSCIKPIGRIVSSQKSRQFCKGEQINIINETLVICYSNQNFLRLQPGNYRTNSLCDPRQVKTAQRCTLLTKEGCPNRKGPGEGTENAPKIIQPYGKMLVDNRPSISWSAVPGANSYIVRLKSYHVNWIKLVNDTTLLYPLEEEELHYGNAIKFIVIAKKDNSYISEDTLLVHLLPERKIEPIKQVVQQLKSLDLPPDEVFVDLDAVYMSEGLLNETIEFLKAQVAAGSQNPTLYRILGDRYAQAWLPQQSVSAYTKAVELAAVQGKTDEEAIAKERLELLNSVLNNFHNQLPTRIKPDQ
>AP018320.1|BBD63183.1|38109_40602_-|TPR-repeat-protein
MIKYSHIVKYSLLIILGFSLVANQPFVNSAYAITKQTKAKLLTEKGNEQLRLARPAEALDTFKETTKIYQQLKYDEGITGSLINQNLALQGLGLNSRACKILLPALKIDTDDICNTSLEQSDELIEKLLVKANNQQPLPATRLLALHNLGNVLRQLGKLNESEIIIEKVLLLSKQMPSANVSPVLLSLGETKRYTYKRLKDRNLQIEESIFQQQTGDKVQEKALEAIELYQKVIQDSHASLETRLHSQAYQLSLLLDLKSWLNNKSNSFIPSINIQANLDQKIQQSLDLILKNSNSYTQLSPSQFVYTKLNFANSLNQISNEKLNLLAQEYAVSALKVAQDIDNLRLESESLGILGKLQNESDKAQYYFEKALSKAQSIRAWDLAYQWQQKLGALYKKQNKHDKALQMYEAAIKNLQQVRDNLLSTNADLQYSFYETVDPMYRDYLRLLLSNPRNLNKVIKTVEQLQIAELENYLQCGRLELVDLNKIKGLDTNYTVIYIIDLGNTIEVITQYSNQSLYHHSINSKLVRDAVENLLNALQDQNFIDTEDSAILDYSQVIYNQIFAPVKQYLPSSGILVFNLDKSFQSIPMGLLHDGKDYLIKHYSITTALGSRIRDPKLLAQEQQKALIAGLTKASPSFNYPNAPQNLKDLPEINQELIDIKKHLKSSVTLLNENFTSKRFQQELNTSNFPIVHITTHGQFSSDPERTVLLAWDKPINIREFNGWLKAQQNLDPIELLVLSACQTAKGNKRSALGITGVAIQAGARSTVASLWLVDAKSTAMLVGEFYKGLDNGLTKAESLRQAQLTVLSHPQYSHPYYWSGLILVGSWL
>AP018320.1|BBD63184.1|40604_43202_-|filamentous-hemagglutinin-like-protein
MNYKLFLYFCYPIFFNFFVPFYPSQAQIVPDRSLPQNSKLKVQGNTTIIEGGTQLKNNLFHSFQKFSIPTGSTAFFNNSLEVQNIFSRVTGTSISDIDGLIRNNGQANLFIINPNGIIFRHNASLDIGGSFLGSTANSIKFSDGVEFSANNNYSSLLLTISRPIGLIFTDNFGGIKVQNQGHNINRIANRNFDFVTPIDSGRFSGLQVNSGNSLALIGGNILFEGGILSSKNGAIEIASVRNGYIGFKQNENNFTFNYSFTNNFNEIQLTNNSLLFVNSTKGSGNTINIQGETVKVLGGSLIFAQNHGFKSGSVNINTQILDIEGASNLALSAIYTSNFGFTPGENIKIAAKQINIQGGQIATTTFTNASSGLIQINSDLSQILGDIPSYANPDGFGGINTFSYGSGKGGDIIANINNISIGLDGIINTSSLRSGRAGDVLINANNLVLKDGGASLGSSTFRNGEGGNVFIKSQYVDISGQSPSLRSSSINSLTFGSGNAGNVELETSKLIIRDGGGITSSTLSAGNAGNIKINSTNLINVLGVSSNLKTPSFIESSTFPLIDENLKALFYRQPPSLIGQAGNVFIDTPTLNIINGGLVSVRNEGLNNAGSIEVTANKINIINKGEINATTAIGQGGNIFLNSKMLFLNNGIISATAGQQGTSGNGGNIRINADVIAGFNNSHITADAFEGRGGNIRINTQGLFFSPDSIVTATSERGINGTVEINASHTQPDPTKAPPKLSSPNPEITNVCQGRIDPNATPNQFVITGTSGIPQGFENIPNSNLTWQDNSITDGFTSEQESLKLPPSLENAKITSAQGWQFNADGTVTLTEIPNTTNAQASSSNNSCSTEPSATDFKNNHGTQG

Crispr_ID: AP018320_3

• CRISPR_ID: AP018320_3
• CRISPR_location: 102249-103672
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 19 spacers
• Cas_protein_info: cas6,DEDDh

Consensus repeat of AP018320_3

Consensus_repeat	Method
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	PILER-CR
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CRISPRCasFinder
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CRT

spacers of AP018320_3

>3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT
GTCTATGGCCTGTGCCTGCAATAATCATTTCATCTTCC
>3.2|102361|35|AP018320|PILER-CR,CRISPRCasFinder,CRT
CCATCTAACAAACTAGACCACATTTCATCAAAAGA
>3.3|102433|34|AP018320|PILER-CR,CRISPRCasFinder,CRT
GTATACATCTACACGACACTCGACCCCATCATAC
>3.4|102504|36|AP018320|PILER-CR,CRISPRCasFinder,CRT
ACTATTTTTTGCAGCCGAGCGATCGCGCTCATCATT
>3.5|102577|37|AP018320|PILER-CR,CRISPRCasFinder,CRT
CTTGTTCTTTGGTAATGGTTTCGGTGAAATCTCCCGT
>3.6|102651|36|AP018320|PILER-CR,CRISPRCasFinder,CRT
ACTTACTAACTCTTTTGGTGTATTCCCTGATGACTT
>3.7|102724|35|AP018320|PILER-CR,CRISPRCasFinder,CRT
AGGACAGATGTCTAGTTACATTCTTGGTAACCCGA
>3.8|102796|36|AP018320|PILER-CR,CRISPRCasFinder,CRT
ATAGCACTAATAAATTTTAAAATCCAAAGCCGCCAA
>3.9|102869|35|AP018320|PILER-CR,CRISPRCasFinder,CRT
CTGGCGACTCGACACCATAGACGGCGATTTTTTCT
>3.10|102941|37|AP018320|PILER-CR,CRISPRCasFinder,CRT
CGAGGAACAGCGCCCACAGACAAACTACTTGACAAGA
>3.11|103015|36|AP018320|PILER-CR,CRISPRCasFinder,CRT
ATGACTTTGTAGTAGGGTGGTACGAATATACGCGCA
>3.12|103088|36|AP018320|PILER-CR,CRISPRCasFinder,CRT
TACCGAATCCACCCATCCATTATCTAAAACACTCGC
>3.13|103161|34|AP018320|PILER-CR,CRISPRCasFinder,CRT
ATTGAAAAATGACAGGAATAGCAGCCGGATAAAC
>3.14|103232|35|AP018320|PILER-CR,CRISPRCasFinder,CRT
ACCTGATTCTTCGTCCTTAGATTCTTCGGTTCTAT
>3.15|103304|36|AP018320|PILER-CR,CRISPRCasFinder,CRT
AAGCCAGGTTTCTAGCGTGAAGTCCCCGGTAAAAAC
>3.16|103377|37|AP018320|PILER-CR,CRISPRCasFinder,CRT
TTGTGAATCATCCGTCATGGTTGCGTTCAATGGCTTT
>3.17|103451|39|AP018320|CRISPRCasFinder,CRT
TAATCAATCTGTCTGTCTCCTTTGATGGCAGACTTCAGA
>3.18|103527|36|AP018320|CRISPRCasFinder,CRT
CTTCCTTTGGGGTCGTTTACATCGGAGATAGGGTCG
>3.19|103600|36|AP018320|CRISPRCasFinder,CRT
TTTCGATAGTAAAGCTATACCCTGCCTGCTGAATTT

CRISPR arrays and Neighbor proteins around AP018320_3

CRISPR arrays

The CRISPR arrays of AP018320_3

>merge|AP018320|3|102249-103672|PILER-CR,CRISPRCasFinder,CRT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACGTCTATGGCCTGTGCCTGCAATAATCATTTCATCTTCCGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACCCATCTAACAAACTAGACCACATTTCATCAAAAGAGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACGTATACATCTACACGACACTCGACCCCATCATACGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACACTATTTTTTGCAGCCGAGCGATCGCGCTCATCATTGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACCTTGTTCTTTGGTAATGGTTTCGGTGAAATCTCCCGTGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACACTTACTAACTCTTTTGGTGTATTCCCTGATGACTTGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACAGGACAGATGTCTAGTTACATTCTTGGTAACCCGAGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACATAGCACTAATAAATTTTAAAATCCAAAGCCGCCAAGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACCTGGCGACTCGACACCATAGACGGCGATTTTTTCTGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACCGAGGAACAGCGCCCACAGACAAACTACTTGACAAGAGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACATGACTTTGTAGTAGGGTGGTACGAATATACGCGCAGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACTACCGAATCCACCCATCCATTATCTAAAACACTCGCGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACATTGAAAAATGACAGGAATAGCAGCCGGATAAACGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACACCTGATTCTTCGTCCTTAGATTCTTCGGTTCTATGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACAAGCCAGGTTTCTAGCGTGAAGTCCCCGGTAAAAACGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACTTGTGAATCATCCGTCATGGTTGCGTTCAATGGCTTTGTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAACTAATCAATCTGTCTGTCTCCTTTGATGGCAGACTTCAGAGATTCCACAAACCATCACCCCTCACGGGGACTGAAACCTTCCTTTGGGGTCGTTTACATCGGAGATAGGGTCGGATTCCACAAACCATCACCCCTCACGGGGACTGAAACTTTCGATAGTAAAGCTATACCCTGCCTGCTGAATTTGATTCAACAAACCATCACTCCTCATGGGGAATGAAAC

>AP018320|3|1|102249-103450|PILER-CR
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	GTCTATGGCCTGTGCCTGCAATAATCATTTCATCTTCC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CCATCTAACAAACTAGACCACATTTCATCAAAAGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	GTATACATCTACACGACACTCGACCCCATCATAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACTATTTTTTGCAGCCGAGCGATCGCGCTCATCATT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CTTGTTCTTTGGTAATGGTTTCGGTGAAATCTCCCGT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACTTACTAACTCTTTTGGTGTATTCCCTGATGACTT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	AGGACAGATGTCTAGTTACATTCTTGGTAACCCGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATAGCACTAATAAATTTTAAAATCCAAAGCCGCCAA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CTGGCGACTCGACACCATAGACGGCGATTTTTTCT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CGAGGAACAGCGCCCACAGACAAACTACTTGACAAGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATGACTTTGTAGTAGGGTGGTACGAATATACGCGCA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TACCGAATCCACCCATCCATTATCTAAAACACTCGC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATTGAAAAATGACAGGAATAGCAGCCGGATAAAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACCTGATTCTTCGTCCTTAGATTCTTCGGTTCTAT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	AAGCCAGGTTTCTAGCGTGAAGTCCCCGGTAAAAAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TTGTGAATCATCCGTCATGGTTGCGTTCAATGGCTTT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC

>AP018320|3|3|102249-103672|CRISPRCasFinder
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	GTCTATGGCCTGTGCCTGCAATAATCATTTCATCTTCC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CCATCTAACAAACTAGACCACATTTCATCAAAAGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	GTATACATCTACACGACACTCGACCCCATCATAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACTATTTTTTGCAGCCGAGCGATCGCGCTCATCATT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CTTGTTCTTTGGTAATGGTTTCGGTGAAATCTCCCGT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACTTACTAACTCTTTTGGTGTATTCCCTGATGACTT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	AGGACAGATGTCTAGTTACATTCTTGGTAACCCGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATAGCACTAATAAATTTTAAAATCCAAAGCCGCCAA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CTGGCGACTCGACACCATAGACGGCGATTTTTTCT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CGAGGAACAGCGCCCACAGACAAACTACTTGACAAGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATGACTTTGTAGTAGGGTGGTACGAATATACGCGCA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TACCGAATCCACCCATCCATTATCTAAAACACTCGC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATTGAAAAATGACAGGAATAGCAGCCGGATAAAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACCTGATTCTTCGTCCTTAGATTCTTCGGTTCTAT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	AAGCCAGGTTTCTAGCGTGAAGTCCCCGGTAAAAAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TTGTGAATCATCCGTCATGGTTGCGTTCAATGGCTTT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TAATCAATCTGTCTGTCTCCTTTGATGGCAGACTTCAGA
GATTCCACAAACCATCACCCCTCACGGGGACTGAAAC	CTTCCTTTGGGGTCGTTTACATCGGAGATAGGGTCG
GATTCCACAAACCATCACCCCTCACGGGGACTGAAAC	TTTCGATAGTAAAGCTATACCCTGCCTGCTGAATTT
GATTCAACAAACCATCACTCCTCATGGGGAATGAAAC

>AP018320|3|1|102249-103672|CRT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	GTCTATGGCCTGTGCCTGCAATAATCATTTCATCTTCC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CCATCTAACAAACTAGACCACATTTCATCAAAAGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	GTATACATCTACACGACACTCGACCCCATCATAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACTATTTTTTGCAGCCGAGCGATCGCGCTCATCATT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CTTGTTCTTTGGTAATGGTTTCGGTGAAATCTCCCGT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACTTACTAACTCTTTTGGTGTATTCCCTGATGACTT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	AGGACAGATGTCTAGTTACATTCTTGGTAACCCGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATAGCACTAATAAATTTTAAAATCCAAAGCCGCCAA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CTGGCGACTCGACACCATAGACGGCGATTTTTTCT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	CGAGGAACAGCGCCCACAGACAAACTACTTGACAAGA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATGACTTTGTAGTAGGGTGGTACGAATATACGCGCA
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TACCGAATCCACCCATCCATTATCTAAAACACTCGC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ATTGAAAAATGACAGGAATAGCAGCCGGATAAAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	ACCTGATTCTTCGTCCTTAGATTCTTCGGTTCTAT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	AAGCCAGGTTTCTAGCGTGAAGTCCCCGGTAAAAAC
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TTGTGAATCATCCGTCATGGTTGCGTTCAATGGCTTT
GTTTCCAAACTCGATTACCCCGCAAGGGGACTGAAAC	TAATCAATCTGTCTGTCTCCTTTGATGGCAGACTTCAGA
GATTCCACAAACCATCACCCCTCACGGGGACTGAAAC	CTTCCTTTGGGGTCGTTTACATCGGAGATAGGGTCG
GATTCCACAAACCATCACCCCTCACGGGGACTGAAAC	TTTCGATAGTAAAGCTATACCCTGCCTGCTGAATTT
GATTCAACAAACCATCACTCCTCATGGGGAATGAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018320.1|BBD63224.1|87630_91476_-|putative-type-II-DNA-modification-enzyme	unknown	unknown	gnl|CDD|380293
AP018320.1|BBD63230.1|100080_100311_+|hypothetical-protein	unknown	unknown	gnl|CDD|227455
AP018320.1|BBD63235.1|105903_106623_-|transcriptional-regulator	unknown	unknown	gnl|CDD|197715
AP018320.1|BBD63242.1|111479_113879_+|exonuclease-RNase-T-and-DNA-polymerase-III	DEDDh	cd06127_DEDDh_CAS-I	gnl|CDD|214685
AP018320.1|BBD63227.1|96227_96881_-|OmpA/MotB-domain-protein	unknown	unknown	gnl|CDD|143586
AP018320.1|BBD63239.1|109029_109578_-|transposase	unknown	unknown	gnl|CDD|315923
AP018320.1|BBD63223.1|86364_87609_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63229.1|98934_99285_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63236.1|106810_107239_+|hypothetical-protein	unknown	unknown	gnl|CDD|227639
AP018320.1|BBD63240.1|109589_110087_-|transposase	unknown	unknown	gnl|CDD|225949
AP018320.1|BBD63241.1|110218_111235_-|hypothetical-protein	unknown	unknown	gnl|CDD|224552
AP018320.1|BBD63226.1|94773_96216_-|hypothetical-protein	unknown	unknown	gnl|CDD|373965
AP018320.1|BBD63238.1|108060_108912_-|hypothetical-protein	unknown	unknown	gnl|CDD|272862
AP018320.1|BBD63225.1|91500_94350_-|helicase-domain-containing-protein	unknown	unknown	gnl|CDD|350769
AP018320.1|BBD63228.1|96902_98918_-|hypothetical-protein	unknown	unknown	gnl|CDD|274008
AP018320.1|BBD63233.1|104035_105274_-|cytochrome-P450-like-protein	unknown	unknown	gnl|CDD|225035
AP018320.1|BBD63237.1|107367_107757_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63232.1|101519_101975_+|hypothetical-protein	unknown	unknown	gnl|CDD|225498
AP018320.1|BBD63231.1|100376_101354_+|hypothetical-protein	cas6	COG5551_cas6_CAS-III	gnl|CDD|227838
AP018320.1|BBD63234.1|105425_105809_+|type-III-restriction-enzyme-res-subunit	unknown	unknown	gnl|CDD|378001

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
AP018320.1|BBD63242.1|111479_113879_+|exonuclease-RNase-T-and-DNA-polymerase-III	DEDDh	cd06127_DEDDh_CAS-I	2.6e-13	45.2	0.1
AP018320.1|BBD63231.1|100376_101354_+|hypothetical-protein	cas6	COG5551_cas6_CAS-III	1.6e-61	202.8	0.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018320.1|BBD63224.1|87630_91476_-|putative-type-II-DNA-modification-enzyme	gnl|CDD|380293	NF033451, BREX_2_MTaseX, BREX-2 system adenine-specific DNA-methyltransferase PglX. This protein, PglX, is a site-specific DNA methyltransferase associated with PGL (phage growth limitation), a type 2 BREX (bacteriophage exclusion) system. The phage resistance appears not be restriction, but does manage to inhibit phage replication.	7.52731e-11
AP018320.1|BBD63230.1|100080_100311_+|hypothetical-protein	gnl|CDD|227455	COG5126, FRQ1, Ca2+-binding protein (EF-Hand superfamily) [Signal transduction mechanisms / Cytoskeleton / Cell division and chromosome partitioning / General function prediction only].	7.72029e-08
AP018320.1|BBD63236.1|106810_107239_+|hypothetical-protein	gnl|CDD|227639	COG5331, COG5331, Uncharacterized protein conserved in bacteria [Function unknown].	2.95381e-48
AP018320.1|BBD63227.1|96227_96881_-|OmpA/MotB-domain-protein	gnl|CDD|143586	cd07185, OmpA_C-like, Peptidoglycan binding domains similar to the C-terminal domain of outer-membrane protein OmpA. OmpA-like domains (named after the C-terminal domain of Escherichia coli OmpA protein) have been shown to non-covalently associate with peptidoglycan, a network of glycan chains composed of disaccharides, which are crosslinked via short peptide bridges. Well-studied members of this family include the Escherichia coli outer membrane protein OmpA, the Escherichia coli lipoprotein PAL, Neisseria meningitdis RmpM, which interact with the outer membrane, as well as the Escherichia coli motor protein MotB, and the Vibrio flagellar motor proteins PomB and MotY, which interact with the inner membrane.	1.76652e-12
AP018320.1|BBD63242.1|111479_113879_+|exonuclease-RNase-T-and-DNA-polymerase-III	gnl|CDD|214685	smart00479, EXOIII, exonuclease domain in DNA-polymerase alpha and epsilon chain, ribonuclease T and other exonucleases.	6.80377e-15
AP018320.1|BBD63239.1|109029_109578_-|transposase	gnl|CDD|315923	pfam13358, DDE_3, DDE superfamily endonuclease. This family of proteins are related to pfam00665 and are probably endonucleases of the DDE superfamily. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction.	2.90496e-28
AP018320.1|BBD63226.1|94773_96216_-|hypothetical-protein	gnl|CDD|373965	pfam15611, EH_Signature, EH_Signature domain. This domain with a strongly conserved glutamate at the N-terminus and a histidine at the C-terminus, is found in a SWI2/SNF2 four gene operon. Its strict-neighborhood association with SWI2/SNF2 ATPase strongly suggests a function in conjunction with it. The other genes in the operon are a OmpA protein and a TM protein. This has a DNA related function along with the TerY-P triad.	1.7258e-22
AP018320.1|BBD63240.1|109589_110087_-|transposase	gnl|CDD|225949	COG3415, COG3415, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	1.7504e-21
AP018320.1|BBD63241.1|110218_111235_-|hypothetical-protein	gnl|CDD|224552	COG1637, COG1637, Predicted nuclease of the RecB family [DNA replication, recombination, and repair].	1.52747e-49
AP018320.1|BBD63235.1|105903_106623_-|transcriptional-regulator	gnl|CDD|197715	smart00421, HTH_LUXR, helix_turn_helix, Lux Regulon. lux regulon (activates the bioluminescence operon.	4.77739e-18
AP018320.1|BBD63238.1|108060_108912_-|hypothetical-protein	gnl|CDD|272862	TIGR00027, Hypothetical_protein_Rv0893c/MT0917/Mb0917c., methyltransferase, TIGR00027 family. This model represents a set of probable methyltransferases, about 300 amino acids long, with essentially full length homology. Members share an N-terminal region described by Pfam model pfam02409. Included are a paralogous family of 12 proteins in Mycobacterium tuberculosis, plus close homologs in related species, a family of 8 in the archaeon Methanosarcina acetivorans, and small numbers of members in other species, including plants. [Unknown function, Enzymes of unknown specificity].	1.8202e-84
AP018320.1|BBD63225.1|91500_94350_-|helicase-domain-containing-protein	gnl|CDD|350769	cd18011, DEXDc_RapA, DEXH-box helicase domain of RapA. In bacteria, RapA is an RNA polymerase (RNAP)-associated SWI2/SNF2 (switch/sucrose non-fermentable) protein that mediates RNAP recycling during transcription. The ATPase activity of RapA is stimulated by its interaction with RNAP and inhibited by its N-terminal domain. The conformational changes of RapA and its interaction with RNAP are essential for RNAP recycling. RapA is part of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	4.28816e-66
AP018320.1|BBD63228.1|96902_98918_-|hypothetical-protein	gnl|CDD|274008	TIGR02168, Chromosome_partition_protein_Smc, chromosome segregation protein SMC, common bacterial type. SMC (structural maintenance of chromosomes) proteins bind DNA and act in organizing and segregating chromosomes for partition. SMC proteins are found in bacteria, archaea, and eukaryotes. This family represents the SMC protein of most bacteria. The smc gene is often associated with scpB (TIGR00281) and scpA genes, where scp stands for segregation and condensation protein. SMC was shown (in Caulobacter crescentus) to be induced early in S phase but present and bound to DNA throughout the cell cycle. [Cellular processes, Cell division, DNA metabolism, Chromosome-associated proteins].	0.00497229
AP018320.1|BBD63233.1|104035_105274_-|cytochrome-P450-like-protein	gnl|CDD|225035	COG2124, CypX, Cytochrome P450 [Secondary metabolites biosynthesis, transport, and catabolism].	1.05042e-89
AP018320.1|BBD63232.1|101519_101975_+|hypothetical-protein	gnl|CDD|225498	COG2947, COG2947, Uncharacterized conserved protein [Function unknown].	3.90842e-78
AP018320.1|BBD63231.1|100376_101354_+|hypothetical-protein	gnl|CDD|227838	COG5551, COG5551, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	2.32337e-51
AP018320.1|BBD63234.1|105425_105809_+|type-III-restriction-enzyme-res-subunit	gnl|CDD|378001	pfam08463, EcoEI_R_C, EcoEI R protein C-terminal. The restriction enzyme EcoEI recognizes 5'-GAGN(7)ATGC-3' and is composed of the three proteins R, M, and S. The domain described here is found at the C-terminus of the R protein (HsdR) which is required for both nuclease and ATPase activity.	9.56054e-17

Protein sequences

>AP018320.1|BBD63232.1|101519_101975_+|hypothetical-protein
MNYWLMKSEPDVYSIADLQRKGETVWDGVRNYQARNYLRQMLVGDLAFFYHSNTSIPGIAGLMRVAKIGISDPTQFQPDSKYYDPKSTLESPRWQTVVVEFVETFEQPILLSTLKEKFSPEELTVVRTGNRLSVMPVSAAVAQKILGIKKG
>AP018320.1|BBD63231.1|100376_101354_+|hypothetical-protein
MSRGISAYLHDGESEKAFTISALEGQLLPSGKQLKLVANQIYQWHINALSQRVALFLKQWLTNLPKVIDLRGASLQIKQVSIAHAPTTYSQLLRSPIEKSVVDLSFVSPTSFRRKGHHFPLPVPENLFHSYLRRWNDFSQQPVEQETFLNWIDESVIIHQHRLESTKVAAGKQGSVTGFTGAISLGLGRAALANTEFTQLFYTLLKFAPYCGTGHKTTFGLGQTRSGWLVEQKAATAEQLITDMLAQRIEELTEIFTEQRKRKGGERTDRIASTWATVLARREHGDSLAAIALDLGMKPETVKTYVKLARKALKGTNEGAVEKRQ
>AP018320.1|BBD63230.1|100080_100311_+|hypothetical-protein
MATQQELQSLFNTLDTDQDGKISINELFFSPGLSAIISAETGVSSPQELLAMYGDKDGSITFEELKQVVESAGNLN
>AP018320.1|BBD63229.1|98934_99285_-|hypothetical-protein
MDETDELLYPSVEKLVMEIVAVNHAWKVACELFGQDSPISISSRDLKTSLQICLLRSYAPEQVYLIEDKEAEGEQLYSLCLRTPIGERLYAEHLPIRIAQEVFANQELERFKKIPR
>AP018320.1|BBD63228.1|96902_98918_-|hypothetical-protein
MDIATVWDIIWDNDPFHWATAFVLVVAIIVELYTLWQYWCSECGMTEASIKLLDNLKKGKKVNLGKVSNWLKEHLGTDNESIIKQKAQNDGKFVIIKYPSVLTQPIPRSSLRFVITLCTAIGVLGTFYGIQQGLQGINLSTENPKELMNASKELLEGMKTAFSTSLMGLGSGSLFTLILFGCDSLKQKRRDSLRQKLKAIATSKTTDNTNLEVAEALNLVAKNLTGIKHLNAEDIGQAVSKGIAEQFAGLNQLSAQAIGLAVRQQIFPALEAIFQEQKQLRELQENQEQRVLEELIKDMRVQVLEPIADRLDKSAELTQQASEAVLTLHRELGGISQSLASSILTIQNFQKETLVELKVFADHLGYTLNQFQTDTKGVLQQTAQEINRAVEQSIQGMAAQRSAFEESAVQAAATFRGIREELQTALQERAAVEQQILQATRTGIIHILTQANTAFREQANTLSSVGEQASGLINNARNNLLTTLENIDTTLTATRQTVEDDLTKFRNEYQTNLQMFFQQQNNLLEGTLGKQRDGLSTVVNNLDKVFREESQRRSNLAQEVDKSMIKVQVSVEQINKLVSAAGLNDAQRLIQIEKLASNIGQQIQIVDNSYRNLTQKFDDSLQVWRSHLEISMQRSVDSQLNFFQQADTSMARVCSDLLKTAEVLVAANKKY
>AP018320.1|BBD63227.1|96227_96881_-|OmpA/MotB-domain-protein
MTDFISDEFLNPETEDEDDSSIYLSIGDLMSGLLMFFALLFITALLQLAQKDVPKRVVIGNVVGQMKSNNINVKVNPDTGDVSIQESILFSKGSTELKPEGKTFLRRFIPVYSGVIFSKPEFEKEISRVVIEGHTSSDGDYKANLQLSLLRSASVYNYIFYEMNFPTKAPLSQKILAAGRGEIESDKKRDNPSDRKVLFRFQFRSDELKKNTAKPSF
>AP018320.1|BBD63226.1|94773_96216_-|hypothetical-protein
MSNSQFSLPSLPETLQCSPNKLIQIASNLTETKTSIPSVDKVLEAIEQGKADQLSQLEWIYCLHAKPKWDQQNIDCASKTSDAIWKIAISNLWLQHQLLWRLALYHGSQEKQALAKSLVESFDVFANSDLLSHLLPVQILRIISNKQAGIQLAKIACEQHLSQTDILNKIQGILPVWIPLFSEFIDYISPYFTTITSPKSQQVKWLLNCLDTMSDSQQIKAVDYLLTNVANDIATHHTLLVDWLRNNYRNGENWYKLSDSARQKLREWIGGINYGDFQKLVDILLNKLSLRDFESNQLRKRRDFWVDYSNRFEKLRILLPQTSQTAIGYQIQGDVDLLEDDGSDPTEVCIFDFGEWFVVEFFRGRGSETRLFPKNAQNQQILFGQSTLSVKRIRSLGGYKHDHVFLWQVFSRTWLENKGILPNRDTQPSTNPTEDKLQERKYKLERWKRDIESLEQEARVYMAKQGNTFSLHAHAAIPVV
>AP018320.1|BBD63225.1|91500_94350_-|helicase-domain-containing-protein
MTQTVNHSPGSIVSCRSRQWVVLPSENQDVIRLRPLSGNEDEIAGIYQKLLERNLEKIESATFPLPQATSVQDHAAALLLMDAARLLLRSGAGPFRCLGRLSLRPRPYQLVPLLMALKLETVKLLIADDVGIGKTVEAGLIARELLDRGEVKRIAVLCPPHLCDQWQQELSEKFHIDAVVVRSGTASKLERGIPNNESIFSYYRHIIVSLDYAKAERRRASFITHCPDLVIVDEAHTCARPNKTTTSQQQRHQLITEIAQKAEQHLLLLTATPHSGIEESFLSLLGLLKPEFEHFNLNGLTEKQRDNLANHFVQRRRADVKLWLGNETPFPQRHSEEKSYKLSKEYRELFDDVYDFARGLVKTTTADMSHAQRRGRYWSALALIRCVMSSPAAAIATLNRQVGKSGERDSLVVDLDEDLMSSYVHDPTEQEQAVDASPTVVIEQGQQSYKDTDKRKLKAFVQAAEKLRGDKDQKLQSCIATVDSLLKEEMNPIIWCRYIATANYVADALRQKLEKKGSQIRVIAITGELSEDERETRLEELKSYPQRVLVATDCLSEGVNLQTHFSGVIHYDLPWNPNRLEQREGRIDRYGQTATQVKACLLYGQDNPVDGAVLDVLIRKAVQIHKSLGITVPVPMESTTVAEAVFKSLFERTTEVIQLSLFDFQEESAVDKVHKNWDNAVEREKTNRTRFAQRAIKPEQVEQELIDSDQILGNEQDVERFVISACDRISYSLIKKKQGWLLPQPPDFLKSTLGDKSRLLTFTTPAPEGVEYIGRNHPLVEGLAQYILEDALSLAAEPIAARCGFTTTNAVQKRTTLLLVRLRHLLDSSRRTTEARNTTLLAEECAVIGFTGSPSSPNWLQQLEATRLLQEAKPVSDSGKAIKQGEIAELLPRLEELQPDLEKFASQRAEELLQSHKRVRDITKEGRIRVTPQLPMDVLGVFILHPGRK
>AP018320.1|BBD63224.1|87630_91476_-|putative-type-II-DNA-modification-enzyme
MKTTLTALQIEGNLLAPDMTAQMLEGSIKGQSPEDFGFNKTDKLADEIATAWGDAKAYWAAFQRALARLDENNSATSITRELWVVPLLQSLGYDPVYTANAEVVEEQTYAISHRAEPGENKPPIHIIGCRLEVDKRPPSGNPRLSAHALVQEYLNKTEHLWAIATNGFRWRLLRDSSLMTRLTYVEFDLEQILNGENFAEFGLFYRLFHRSRLPEGVDDADKCLLEYYHQEALQQGGRVRDKLRDGVEKALIGLGNGFLQHPTNEHLRQKFADGSLKDIDYYRQLLRLIYRLLFLMVAESRNLLFVTDDLEQVRIYREYYSIERLRELAERPHWRREGFQDLWQGLWVTFLLFDENWRGDVLGLSPLNGDLFGSTTLPALDNCAIDNYDLLLAIRQLSLYLDKAQLRRVNYEYLDVEELGSVYESLLDFHPQVAQKQGKYEFALVFGSDRKTTGSYYTPPQLVQQLIKTALEPVIEDKLAQVRNQASTPSNPDELKHNLEKGLLSLKICDPACGSGHFLLAAARRIGRELAKVRTGEAEPGSEPLKLAMRDVIQNCIYGVDLNPLAVDLCKVALWIEGFPGKLPLSFLDHRVKCGNSLVGVLDINCLNEGIPDEAYKAVTGDNKQLATQLKKRNKKERENKGQLSIYENLETKRTHYAESFRELGNLAELMPQQVREKQARYQQSRKNSEWWRDYSACNLWTTAFFITLIEQNLQLLPTTEALIQVLRSNSPNQKIVDAANKLAEEKHFFHWCLEFPEVFEQDGFDCVLGNPPWERIKLQEKEFFASRSAEIANATNKSAREKLIKELPKKNPELAQAFEDAKHDAEAQGKFIRESERFPLTAVGDINTYAVFAETTRKLISTNGRVGIIVPTGIATDDTCKKFFGDLAQKQALASLYDFENREAIFVAVHRSYKFSLLGISGKPIKRSNFAFFLTQPKQLDNQANLFQLTPQDIALINPNTLTCPIFRTKIDAELTKKIYQRVPVLENEITGSNPWSISFLRMFDMSNDSGLFKNEAGNGLVPLYEAKMFHQFTHRWATYTDNGETRDLTYEEKSNTSFAVQPRYWVSRVEVENRLARKWDKDWLLGFRDICRSTDERTAIFSLLPRVAVSNKAPLLISNKFEPKLLSCFYASVNSLIFDFVTRQKLGGTTMNFFIVKQLPILAPESYSQEDIEFISTRVLELIYTAWDMQPFAKDMGYDGEPFIWIPNRRALLRAELDAYYAKLYRITRDELRYILDPADVYGEDFPSETFRVLKNNEIKQFGEYRTQRLVLESWDKLS
>AP018320.1|BBD63223.1|86364_87609_-|hypothetical-protein
MKNENACLLEIMFDKTQNSAVEIQSKIEKLLKQKLRDITKLEALDSSHKTVKLVICGSLNTIDECHDLINQFIIESKLNCIRITDDAGDIIRERAYPILSEIEQRFRQFINQAILDVGDVDFEYWETIADSKLQDKVELIRLKSQESRVPLHPLECTLFEDLLDIIESKVSKLSEDQPLYVADIIELLSRSTSIKKLKSEIEKSVEKISYWDRIFSRYFQDKQQWNSIKQSLKFVINERNKVMHHRPIRLGVINALLSKKNEIFSILETANFELTQEEKIETQQDIKDLQTAVDKMEYRLYPLGNSLIPTDEFLEDLEMLSVSEQKNFYERLYFLEHLANNDLLMNHHSFNKLPIKLHANNIYIFKVNRLTRILCKLDKHKDYQHPVITLIGIFKRNSNFTEDDLLRKIGKLED
>AP018320.1|BBD63233.1|104035_105274_-|cytochrome-P450-like-protein
MKHLSDYNFFDPELLVCPYEFYKLAQEQAPIMELPSPKSDAKLFLVTSYDLVSEILKDTKVFSSNFSTLLAGKEEQDDELQKIYAQGWPQINTLLTADPPEHERFRALVNKAFSSARVNKMQDLIEQIVDELIDDFIAQSKCEFVSEFAVPLPVKVIAQQLGVPQVDLPKFKQWSDAFIARLGQLLSREQEIECAKDVVAFQHYFYDVIESRKKQPQDDLITDLVQAKVAGERELDTAELLSIIQQILVAGNETVTSALTAGMLLLTKNQQQVPLLQVDPCLLENLVEEVLRMETPTAGMWRVVTQDTTLQDIALKAGSLVMVRFDAANRDPIKFQQGQHFDVGRQNANNHLSFGQGIHFCLGAMLARKEMHIAYQRLLLRMKNIRLAQQGYQYLPNVLMRTLKYLYIEFDK
>AP018320.1|BBD63234.1|105425_105809_+|type-III-restriction-enzyme-res-subunit
MRSLLLKRNIPLTNADLVSLEELLFNAEAIESRERFEEVCGKNLNLKLFIRQLVGLDRNAAKQAFGKYLEGSSFNATQIRFVEIIIDYLTQNGVMNAGLLYEPPFTDLHYEGLDGVLEVTMLTGLFQ
>AP018320.1|BBD63235.1|105903_106623_-|transcriptional-regulator
MTSPLKLIFEAINQARSQHELQLQVVPKIGEYFAAKRYSILFFEQLPLAADKNLQKIFKIALSIKHNPIARYLVERHAPVHEALVMSPKAWKVICPRPDHWHVLAGPIINRNQLVGVVGCTREQSMPAFDTQNLSDLSSICLHLSVWAATVNSLPNVTAKSQYSLFHSDRLTPRELQIAQLVASGLTNAEIGNQLWITENSVKQALKRMFRKLEVSSRAEMVAQLLARKHYSSDANLDL
>AP018320.1|BBD63236.1|106810_107239_+|hypothetical-protein
MRQDAIFSPFFASVFLTFMVWVYMYIRRIHFITSRKLKSQDLAVPNTLAQMSPPSVSNPSDNLKNLFEIPVLFYALVLYLFITKQVDAVYVNAAWVFVMFRILHSGVHCTFNLVMLRFYLYLFATLAVWFIAFRAALIHFST
>AP018320.1|BBD63237.1|107367_107757_+|hypothetical-protein
MGTLKIVALPMIMKILNFLKPKPAQPTIESYGQTGSGLELVQIQPVMEWLFASLLNAEYYGKSHIIWYNSNQLEPSLEQMLKKAMRQGEPVFLYRCGSRVSPLPETYYWRMMGEYPSMRMYQLEVRDSE
>AP018320.1|BBD63238.1|108060_108912_-|hypothetical-protein
MNDLPEIQDEVCRTALVMATKRAIEADRPDHLFDDPLAAQLAGETGQTWRKKWEQQDSDNPLGSAVRIQFVAVRTRFFDDFILSVLPEVKQFVFLGVGLDTRAFRLSFLPQTRLYELDLPELIHYRETILQGKPAKCHRCAIAADLTQPWSHLLLQQGFDINIPTLWLMEGLLMYLNESQVNELLFTISQLSTDASYLGADLVSVKSWQVGAKHQNGLISKHWRFGTDEPEQLFASHGWNASVIQPGEIRANYGRYAVQLVPREIKGVRRSFLVTAKKESISS
>AP018320.1|BBD63239.1|109029_109578_-|transposase
MRVLLLDECHLLWGDSIGYVWGRTDQEISIPISNERNKQTYYGAVDYLDKNLLLKTYDTANSKNTIDYLSYLLKESPNQQLLIFWDGASYHRSKEIQNFLASINQGLPLEQWKIYCVRFAPNCPSQNPIEDVWLQAKTWVRRFCALIPTFSHLKWMFEWFIKNTTFDFPSLQMYGAFSKIKY
>AP018320.1|BBD63240.1|109589_110087_-|transposase
MINQELQSKIAELQKFIDERPDAREVRKALAVKLVYQSYKYEGIQTILDVSVGSITTWKQAYEKDGILGLRLKHKGRKSHLNTQQREEVLAWLQTKECWELGELEYKLAFEYDVIYESKRSYYDLFDAAGISWKKTSSANPKVNEEAVAAKKKRFHHCWQAAEKI
>AP018320.1|BBD63241.1|110218_111235_-|hypothetical-protein
MLAGAALRKTGDAWEFASESALEDFIWENLQQLLGFTPLKRQYAAKGEFCDVLALNENKQLVILELKNTEDRYVIQQLTRYYDNLLDERPFTEQIDYSKPVQLIAAAPSFHRHNLIDCKYNLLKIDLLQIQVLKDNQQFQLRLQDINTNQAWSIHIPYQELNFSSTTHNSPAAPQLLLDWLGTCSGDEQQAILKFREKILNFDERITEEIEGRNTIRYGKGKSKPVAEICYQRASHKPVVFLWLPTPNSRQKEVIGRLRLWLEGEIVTHVGHIPEGFGRMKLQSEWDAMPREKRPGNLYWSLSHKSFIPVPIPQGYNDVSNSLESLADLALTKWLAKI
>AP018320.1|BBD63242.1|111479_113879_+|exonuclease-RNase-T-and-DNA-polymerase-III
MDFVVVDTEGKPELSELAILDNQGRLIYEGFSRDYPNHNPNLPNLKSLKTILTEFLGLVQGKKIVCHYAKHDIEILQSSFRRVGLVFPKLEFECTWDKAKIVWPGLESHSLEYLSRHFNLQVNKQHFVKDMAHAARYDAKFTYQLYRQLIMEGLKQQPNPFSGSRVDTPFQTHPDYFGTYRQEYLILESILTDIKLDSNRQSKGAVVIGEPGTGKTHLMMRLAQERLSNNRLLFIRQPNHPKAVLYHIYSRILESLIQSVGSATQLDYLIINSFSKILSFRVTSQKDQEIIKALEDKNLDALGADGTARKREYWQHIEKRICEWWVSHYSSGGFALAILKGIVKYCSYTEPRRKDIATRWLAANILSSEESELVGLPNWSEDLGQEAFSLEAISVLAKLSILDEPLIIVFDQLEGLGLSHNREILLNFGEAIKEIFTHVPNSLVILNMFPDRWEQFQANFDNSIIGRISQYQILLRQPDEAELKAILQVKLQAVDILLELLFTGEDLEDIIGQKPIRAVLNRAADYYNYRVRDIPLPYLKENLHKLSTQEKLEQQLRIVEQQQQKLTQAFLSLVQAIQSPGSVDLTKLHQQFLPEPPIAPHTSENIIEYLTRKKFELEQQYSNLPIISDYDDIGKLKAIAEAFNQIKPVKLTHYRLGKRVLPEHIVVETDCKNYVMGFLQVDPSSTSFTRRITNFNELVSLYPHDRFGLFRDERLTQVKGKVGKERITQLNNSPNGKFRLFAKEDRIALDLTYQTIIDIQNRDLDVDLESALKVFVTYQEWSHWLFSMFGFTKSFAQAA

Crispr_ID: AP018320_4

• CRISPR_ID: AP018320_4
• CRISPR_location: 211033-211153
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018320_4

Consensus_repeat	Method
TGCTGAAAACCTTTGCTATACACTTGTTTCG	CRISPRCasFinder

spacers of AP018320_4

>4.1|211064|59|AP018320|CRISPRCasFinder
TCCTGTTCCATTGTGTTCTATTGTTGTTCCATGTAAATCTGGTTTTTGTCCTGTTTCAG

CRISPR arrays and Neighbor proteins around AP018320_4

CRISPR arrays

The CRISPR arrays of AP018320_4

>merge|AP018320|4|211033-211153|CRISPRCasFinder
TGCTGAAAACCTTTGCTATACACTTGTTTCGTCCTGTTCCATTGTGTTCTATTGTTGTTCCATGTAAATCTGGTTTTTGTCCTGTTTCAGTGCTGAAAACCCTTGCTATACACTTGTTTCG

>AP018320|4|4|211033-211153|CRISPRCasFinder
TGCTGAAAACCTTTGCTATACACTTGTTTCG	TCCTGTTCCATTGTGTTCTATTGTTGTTCCATGTAAATCTGGTTTTTGTCCTGTTTCAG
TGCTGAAAACCCTTGCTATACACTTGTTTCG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018320.1|BBD63352.1|214925_215372_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63340.1|206492_206825_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63342.1|207505_207802_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63349.1|211919_213407_+|hypothetical-protein	unknown	unknown	gnl|CDD|379165
AP018320.1|BBD63357.1|218750_221204_-|TPR-repeat-containing-protein	unknown	unknown	gnl|CDD|378942
AP018320.1|BBD63355.1|215775_216093_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63339.1|205663_206353_+|hypothetical-protein	unknown	unknown	gnl|CDD|370155
AP018320.1|BBD63354.1|215507_215783_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63345.1|209334_209928_+|hypothetical-protein	unknown	unknown	gnl|CDD|380155
AP018320.1|BBD63346.1|210053_210242_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63343.1|207889_208831_+|transposase	unknown	unknown	gnl|CDD|290455
AP018320.1|BBD63350.1|213447_214389_-|transposase	unknown	unknown	gnl|CDD|290455
AP018320.1|BBD63356.1|216422_218600_-|peptidase-C14-caspase-catalytic-subunit-p20	unknown	unknown	gnl|CDD|334197
AP018320.1|BBD63353.1|215331_215442_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63348.1|211201_211732_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63351.1|214540_214933_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63338.1|204622_205567_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63344.1|209053_209338_+|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63341.1|206825_207344_-|hypothetical-protein	unknown	unknown	unknown
AP018320.1|BBD63347.1|210244_210970_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018320.1|BBD63345.1|209334_209928_+|hypothetical-protein	gnl|CDD|380155	NF012221, MARTX_Nterm, MARTX multifunctional-autoprocessing repeats-in-toxin holotoxin RtxA. This model describes the N-terminal 1900 amino acids of MARTX family multifunctional-autoprocessing repeats-in-toxin holotoxins, which contain both repeat regions that facilitate their entry into eukaryotic target cells, and multiple effector domains.	0.00901816
AP018320.1|BBD63343.1|207889_208831_+|transposase	gnl|CDD|290455	pfam13737, DDE_Tnp_1_5, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis.	1.54333e-43
AP018320.1|BBD63350.1|213447_214389_-|transposase	gnl|CDD|290455	pfam13737, DDE_Tnp_1_5, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis.	1.54333e-43
AP018320.1|BBD63349.1|211919_213407_+|hypothetical-protein	gnl|CDD|379165	pfam13401, AAA_22, AAA domain.	0.000329336
AP018320.1|BBD63357.1|218750_221204_-|TPR-repeat-containing-protein	gnl|CDD|378942	pfam12770, CHAT, CHAT domain. These proteins appear to be related to peptidases in peptidase clan CD that includes the caspases. This domain has been termed the CHAT domain for Caspase HetF Associated with Tprs. This family has been identified as a sister group to the separins.	2.0462e-81
AP018320.1|BBD63356.1|216422_218600_-|peptidase-C14-caspase-catalytic-subunit-p20	gnl|CDD|334197	pfam00656, Peptidase_C14, Caspase domain.	5.93739e-16
AP018320.1|BBD63339.1|205663_206353_+|hypothetical-protein	gnl|CDD|370155	pfam08852, DUF1822, Protein of unknown function (DUF1822). This family of proteins are functionally uncharacterized.	7.75388e-58

Protein sequences

>AP018320.1|BBD63347.1|210244_210970_+|hypothetical-protein
MDYGIVSVRNPIAGHTTAIDAKALDWGGFHSDILSYLSDIKNLEQFADLANNACELAERLDPFLENARAMMEAMKKLSEGQITWTELKKQYGTAVANAIAKARKLDAEFASQMELLDAQDRSNMALIEQKRKHALVEIATQLKQDLEAELWRHEQRITNINSRHHVQQERQQVTTSLREQRQALLNRARYGSRALNPGQAQEVIPVQVAQTPVANSVSASGEQRGSWGANLRNLWNNLGER
>AP018320.1|BBD63346.1|210053_210242_+|hypothetical-protein
MANIIIDAADIPGLCAVGGAIAGSGYLLSALAVTVIGTVSLPLTLFATAGAIALVFKGKARR
>AP018320.1|BBD63345.1|209334_209928_+|hypothetical-protein
MTTIAEYAQSKGIEPGLLLTELKKKYPGQKLSTTSELPKEFAEAAQKLEQNIAEQSQQPSQPQKPVERMDSSAIVNADQAIQEASFKLVEADKATLAQAIAVQDGQSEVLGEASGIKGGLRFMQSHIRGKQMVLNSFAEEAMAEIHQQLAEIDNSLIGLANEASEVLGKSVRTGQQTEQIMLKLRQRVASMKGNLKQ
>AP018320.1|BBD63344.1|209053_209338_+|hypothetical-protein
MQTIEGDYAVLPPLLSREEAAKRLGVATRTLQSYLNIARIFIEEFKEFNHPRTGTLNRWAKLTLWHIESLEKIRDRISEVGIAQTEIELSKGEL
>AP018320.1|BBD63343.1|207889_208831_+|transposase
MKTKAQYKVKNWNAYDAALKLRGSITFWVNEEIIEQWRNQQKTGKKGASNYYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLLVKLPVVPKDEAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDEGSGEILGAVVTTNDMADCEVLPDILEQIDQPIEQVSGDGGYDTKGCYDTISQHGARAIIPPRSNAKIQLPSNTQAPPYPRDENLRRIHQVGRKQWKLESRYHRRSLSETAIFRLKIIFGGKLRRRFFDNQAVELFLQCAALNRMIQLGKPDSYKVEG
>AP018320.1|BBD63342.1|207505_207802_+|hypothetical-protein
MLPRTKLSEITPIVFCRQFKALETGMKMEQVIMAENERGTFKEYCLILSRELEVPFETVKSNWGAGIEFPNMPPRIRSLLKYVLDSRTAELIGKRQVA
>AP018320.1|BBD63341.1|206825_207344_-|hypothetical-protein
MAYQFSLARYYITPFHDEKLEAFSNASGDSRQMLIMQYTRGWLGRNRPYYTKLAVLDLQKREIAPSEWAKIVLEQGFKGLPPYKNPILEHEIPKDPLAHIVLPDDVIEKQSNYFPLTRQNYLLLRTAIHFDGSSTTKFISKIIHEQLCRNWDSLYASQVNAETSDDWLKGDL
>AP018320.1|BBD63340.1|206492_206825_-|hypothetical-protein
MVTTSSNTELTLEKVTAAVDAILEVLGTPETELHNKALAAFQSGDHQTVKRLASTNLSDYYVKALGYLGGALKLTPNTDTILAESARSAADFAKEKALKQLGEAIAVALN
>AP018320.1|BBD63339.1|205663_206353_+|hypothetical-protein
MDFILEIPPDQQAQSWECSQSLNTPATRFNAYLNQLALLTVLPQLEEIWETKATSMTHVWELINGTAIDFNGERIVIIPSDAIDLSELRVPSEWVDIPSWTADYYLAVQVNVEDGIVRVWGHTTHLQLKQQGSYNERDRTYSLENEQITPDINLLKVICQFCPDAVTRSEIKPLPDLSIEGANDLIQRLGNSAIVFPGRAVDFDLWGALLQNDEWRQRLLDKRSFSIVN
>AP018320.1|BBD63338.1|204622_205567_+|hypothetical-protein
MTEIKLGLGNPPYPIYLYVNKLEIEGQVYGWYNYNSTLDKKIPVIHKSLTGYICELKLTDKEFKGKDNLKLDIVVCADELYVIRSGIETNFSKSFLLAASLIEDFSKPLQIVANPGDDNVVFCSLHDATTKGRIRYQWNPSADWGSIIESIQSKLGSPKYDLDFSEEAVTFPTTKPQLSAPSKSDAIHPHDKRVKDVRILTNYPIDLVKEWLQFQDVKAPNQLPVAQVDRLVRDICLSWAADKIDPNHAASSYQQQVLSAFVEDFARAASPTGEGIASGTTEIQAIQAWMNYVLGQKMLNTNDSTMPSATAMRA
>AP018320.1|BBD63348.1|211201_211732_+|hypothetical-protein
MLAKNQSPQDFSPFAVPQMEQTKQEQKPDLAPQKPSENNKTRVFRRAGNICEIVAGTCLNSTIVFTFHLMQVHPIGLLLAVGTAHLYFTATAIGEGTDKAATNIMTGLSASFAIFCSLSEPVSEWWEARQSKTIAQTQIQQMYHPATSDGINWMQVGQWGAIAFGAIILLSILRSK
>AP018320.1|BBD63349.1|211919_213407_+|hypothetical-protein
MEFLTNVYSEIERSQKSDLMDKFDKSPFDMKMVLIGLALVSGIFCGANAWRGEISSRQFFCIQTPKEELRCYDQNNRHFRMTRWHWEEWGKEGRPTTIIPQDYVKASNPYKPYWAFGAFASFAVSGWWLRHLQDRERKISVFEDIEQKTAIAQAEMVAKLSLMDTYAKLALAEVELQADLELTANNRTVDLQRAEILGETEVEVTKLDAQDALFEAQTAGMSEEEKRQYIEFVRQQKTPYLSGTQTIDSVTNPKDKVEGTEIQPLAESTITSNDKNSDPSVVSEILGRVAREDGSTALCGDPGTGKSTITREYIRQVSLNCPNADIRVLAVKNDSFCGLREAGRVTRFIGDAAIANAKQFFLAVRDVYRSRLELESLEERKKLKPFVVILDDWLTISAKLNKIKPENLGFDFGEILFDILIIGREYNMKFFVNLHSLNLKAIGIKEMDQNTRKILRLLLLGNRYRQDGREIDAYGVIEQAIMGNQVITHEDGFVA
>AP018320.1|BBD63350.1|213447_214389_-|transposase
MKTKAQYKVKNWNAYDAALKLRGSITFWVNEEIIEQWRNQQKTGKKGASNYYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLLVKLPVVPKDEAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDEGSGEILGAVVTTNDMADCEVLPDILEQIDQPIEQVSGDGGYDTKGCYDTISQHGARAIIPPRSNAKIQLPSNTQAPPYPRDENLRRIHQVGRKQWKLESRYHRRSLSETAIFRLKIIFGGKLRRRFFDNQAVELFLQCAALNRMIQLGKPDSYKVEG
>AP018320.1|BBD63351.1|214540_214933_+|hypothetical-protein
MFAFVGEYYLGIVPRFVGEQLICFPPLNSSQPETAENEQPDDVFAGILDSIPVVDHHLSPIAQAVVEIIRSGKKVPTSFESIRNSRYWADGRWHGEKPSIAQIDDAIAQLIQCEIAAGNREEGYILFNNA
>AP018320.1|BBD63352.1|214925_215372_+|hypothetical-protein
MLKSHPKFKYAEDWHNRARLTRQIQPLCTNNPFHGHATIVHHLYYRRSLLRRILGIFCLHFPYASISGCEIPGIDIVPVCDLCHQNYYGRSGERASVHHPSIWKQNGGINNRQVESKVWELRLKFWLLVFGRLIKNAVTGNRQSRTHR
>AP018320.1|BBD63353.1|215331_215442_+|hypothetical-protein
MLSPEIDKVEPTVEWQRQPLVLRKKISLPEYEDFGY
>AP018320.1|BBD63354.1|215507_215783_+|hypothetical-protein
MQNQFIFNQKEMTFLILFNANNDWSADGFLPALKTEHIQTPRLTNDDFEQMMLKLQKMSLEYIEHLILGLNFLDRVQFFQELSEQKNKIND
>AP018320.1|BBD63355.1|215775_216093_+|hypothetical-protein
MIKYIIRCLPDSILDAVNAYSLAELDRRKLIVWSEDMPVVEPDDEHLAYHLVARFQAVTPENLIDVFQTLATIYTQYGNCLALTYLMEISAEYFGLIDEENCMTD
>AP018320.1|BBD63356.1|216422_218600_-|peptidase-C14-caspase-catalytic-subunit-p20
MIKRRHFIQFASSTFTALGLSQIDVIQKGNRYAQVLSQSTPRKLALLVGINNYLNNERGDNLRGCITDVDLQEKLLTHRFGFEPNNILRLTTDPADKQPTRKNILEAFEEHLIKQAKPGDVVVFHFSGHGSRLRDPDPIQQCRDDDYNSTLVPSDDGTNGVTQDIMGRTLFLLISALKTENVTVVLDSCFSGGGTRGNFIVRAASNDNLQPSPEEIAYQERWIKQLNIPLEKLVSLRCASKRKGIVFAAAQSEQIAADATFNGFSAGAFTYLMTQYLWQQTGSGGNMISQINPSIKSLSRQEPFIDGDENKPVYFINKKLFPADAVVIKTEGKKATLWLGGIDKESLEAFTPGATFTVINNQGQTSATVKLISPRRGLIAEAELVDNRGINSLRPGMLLQESTRIIPADLKLSIGLDPSLAGYTNAAKEFIEAINRIAAITAQNQKPPYPNGVQYIFSRMTDSYRRKLQQQVTENLPAVNSLGLFTAGQELVLQSFGDAGEPVKDAVQRLEPKLKSLLAACILKKTLNTNSSALDVEVCLNLVEQPSKIIAKTATSRSRKNRQVSQKIYLHKLPLQQLFQFQVTNNELTSIYISILLFDSSGDLLVIFPYKWSAPEESMQLAPKQTLVVGNPQELKLQAIEKGSGEALIIISRKPLKNAVKTMRALAAEQKRDAGVVELRGSSTSPDEVIGDLLNDLRDARGGGIVATPVSNSDTATLSITFEVV
>AP018320.1|BBD63357.1|218750_221204_-|TPR-repeat-containing-protein
MRLRRFGLITIATVITTLCVSQISFPTLIPVKPVLAQTAVSRKAEADGLYEQGNQKTKIGQYKAAQPFFQQALVIYREISDRQGEALTLNYLAIVERAQGKYQQALNYYNQALNIFRQLGDRTNEGTALNNIGKVYEGLAQYPQALEFYQQALAIRKQVGDRSGEAYTLTELGFLNISLGQYPQALDFLQQSLKIFREIGAQREEALTLNSIGFYYRTIDEYPKAVEYYQQAFTIFKKLGVRSGEGTSLNNIGDFRRYQGEYSQAQELFEQALAIFKEIGNRLGEGVGLSNIGRVYYHQGQYNQSLKSFTEALAIFKEIGDKVGEARTLKYIGNVLYKTSKLAEAEKTLENGMEVLESLRPGLSDANKIAIFETQTETYQLLQKVLTAQNKNNDALEISERSRARAFVELLQARLLNKSQSEDSIPKITIKQIRQLAKIQNSTLIQYSIINEEFKVANKLQSKESELYIWVVKPTGEVIFRQTDLKPLWRKQNISFKNLVSKTRESLGLDDKSRSIIDVKIVNHIDEKLQKENLQTLHQLLIQPIVDLLPSDPNQRVIFVPQGDLFLLPFPALQDKNGKFLIEKHTILTSPSIQVLELTHQQKNQAKPTSINDVVIVGNPTMPNFVTKIGDQPQKLASLPGAKREAEAIASIFNTKALTGDTATETAIKAKLPQARIIHLATHGLFDDFQGLQSSIALAPSKQDDGLLTAEEILNLKLNADLVVLSACNTGRGRITGDGVIGFSRSLFIAGTSSAIVSLWSVPDSPTTELMTEFYTNLNQKKLNKAQALRQAMLKIKEQYPNKPLNWAAFTLIGEAE

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
AP018320_1	1.1|9369|30|AP018320|CRISPRCasFinder	9369-9398	30	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	9369-9398	0	1.0
AP018320_2	2.1|26667|52|AP018320|CRISPRCasFinder	26667-26718	52	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	26667-26718	0	1.0
AP018320_3	3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT	102286-102323	38	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102286-102323	0	1.0
AP018320_3	3.2|102361|35|AP018320|PILER-CR,CRISPRCasFinder,CRT	102361-102395	35	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102361-102395	0	1.0
AP018320_3	3.3|102433|34|AP018320|PILER-CR,CRISPRCasFinder,CRT	102433-102466	34	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102433-102466	0	1.0
AP018320_3	3.4|102504|36|AP018320|PILER-CR,CRISPRCasFinder,CRT	102504-102539	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102504-102539	0	1.0
AP018320_3	3.5|102577|37|AP018320|PILER-CR,CRISPRCasFinder,CRT	102577-102613	37	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102577-102613	0	1.0
AP018320_3	3.6|102651|36|AP018320|PILER-CR,CRISPRCasFinder,CRT	102651-102686	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102651-102686	0	1.0
AP018320_3	3.7|102724|35|AP018320|PILER-CR,CRISPRCasFinder,CRT	102724-102758	35	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102724-102758	0	1.0
AP018320_3	3.8|102796|36|AP018320|PILER-CR,CRISPRCasFinder,CRT	102796-102831	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102796-102831	0	1.0
AP018320_3	3.9|102869|35|AP018320|PILER-CR,CRISPRCasFinder,CRT	102869-102903	35	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102869-102903	0	1.0
AP018320_3	3.10|102941|37|AP018320|PILER-CR,CRISPRCasFinder,CRT	102941-102977	37	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	102941-102977	0	1.0
AP018320_3	3.11|103015|36|AP018320|PILER-CR,CRISPRCasFinder,CRT	103015-103050	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103015-103050	0	1.0
AP018320_3	3.12|103088|36|AP018320|PILER-CR,CRISPRCasFinder,CRT	103088-103123	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103088-103123	0	1.0
AP018320_3	3.13|103161|34|AP018320|PILER-CR,CRISPRCasFinder,CRT	103161-103194	34	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103161-103194	0	1.0
AP018320_3	3.14|103232|35|AP018320|PILER-CR,CRISPRCasFinder,CRT	103232-103266	35	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103232-103266	0	1.0
AP018320_3	3.15|103304|36|AP018320|PILER-CR,CRISPRCasFinder,CRT	103304-103339	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103304-103339	0	1.0
AP018320_3	3.16|103377|37|AP018320|PILER-CR,CRISPRCasFinder,CRT	103377-103413	37	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103377-103413	0	1.0
AP018320_3	3.17|103451|39|AP018320|CRISPRCasFinder,CRT	103451-103489	39	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103451-103489	0	1.0
AP018320_3	3.18|103527|36|AP018320|CRISPRCasFinder,CRT	103527-103562	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103527-103562	0	1.0
AP018320_3	3.19|103600|36|AP018320|CRISPRCasFinder,CRT	103600-103635	36	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	103600-103635	0	1.0
AP018320_4	4.1|211064|59|AP018320|CRISPRCasFinder	211064-211122	59	AP018320	Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome	211064-211122	0	1.0
AP018320_1	1.1|9369|30|AP018320|CRISPRCasFinder	9369-9398	30	NZ_CP021745	Agarilytica rhodophyticola strain 017 plasmid pSU1, complete sequence	64643-64672	7	0.767
AP018320_3	3.13|103161|34|AP018320|PILER-CR,CRISPRCasFinder,CRT	103161-103194	34	NZ_CP022118	Salmonella enterica subsp. enterica serovar Macclesfield str. S-1643 plasmid unnamed1, complete sequence	154047-154080	10	0.706
AP018320_3	3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT	102286-102323	38	NZ_CP009368	Bacillus cereus strain FM1 plasmid unnamed, complete sequence	107040-107077	11	0.711
AP018320_3	3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT	102286-102323	38	NZ_CP015592	Bacillus cereus strain AR156 plasmid pAR460, complete sequence	188978-189015	11	0.711

1. spacer 1.1|9369|30|AP018320|CRISPRCasFinder matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

cgccaatactcaccaaaagtactagataaa	CRISPR spacer
cgccaatactcaccaaaagtactagataaa	Protospacer
******************************

2. spacer 2.1|26667|52|AP018320|CRISPRCasFinder matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

tttgtcaagaaaaattagtcacgttatggggattttacttccaagaacgtta	CRISPR spacer
tttgtcaagaaaaattagtcacgttatggggattttacttccaagaacgtta	Protospacer
****************************************************

3. spacer 3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

gtctatggcctgtgcctgcaataatcatttcatcttcc	CRISPR spacer
gtctatggcctgtgcctgcaataatcatttcatcttcc	Protospacer
**************************************

4. spacer 3.2|102361|35|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ccatctaacaaactagaccacatttcatcaaaaga	CRISPR spacer
ccatctaacaaactagaccacatttcatcaaaaga	Protospacer
***********************************

5. spacer 3.3|102433|34|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

gtatacatctacacgacactcgaccccatcatac	CRISPR spacer
gtatacatctacacgacactcgaccccatcatac	Protospacer
**********************************

6. spacer 3.4|102504|36|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

actattttttgcagccgagcgatcgcgctcatcatt	CRISPR spacer
actattttttgcagccgagcgatcgcgctcatcatt	Protospacer
************************************

7. spacer 3.5|102577|37|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

cttgttctttggtaatggtttcggtgaaatctcccgt	CRISPR spacer
cttgttctttggtaatggtttcggtgaaatctcccgt	Protospacer
*************************************

8. spacer 3.6|102651|36|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

acttactaactcttttggtgtattccctgatgactt	CRISPR spacer
acttactaactcttttggtgtattccctgatgactt	Protospacer
************************************

9. spacer 3.7|102724|35|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

aggacagatgtctagttacattcttggtaacccga	CRISPR spacer
aggacagatgtctagttacattcttggtaacccga	Protospacer
***********************************

10. spacer 3.8|102796|36|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

atagcactaataaattttaaaatccaaagccgccaa	CRISPR spacer
atagcactaataaattttaaaatccaaagccgccaa	Protospacer
************************************

11. spacer 3.9|102869|35|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ctggcgactcgacaccatagacggcgattttttct	CRISPR spacer
ctggcgactcgacaccatagacggcgattttttct	Protospacer
***********************************

12. spacer 3.10|102941|37|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

cgaggaacagcgcccacagacaaactacttgacaaga	CRISPR spacer
cgaggaacagcgcccacagacaaactacttgacaaga	Protospacer
*************************************

13. spacer 3.11|103015|36|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

atgactttgtagtagggtggtacgaatatacgcgca	CRISPR spacer
atgactttgtagtagggtggtacgaatatacgcgca	Protospacer
************************************

14. spacer 3.12|103088|36|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

taccgaatccacccatccattatctaaaacactcgc	CRISPR spacer
taccgaatccacccatccattatctaaaacactcgc	Protospacer
************************************

15. spacer 3.13|103161|34|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

attgaaaaatgacaggaatagcagccggataaac	CRISPR spacer
attgaaaaatgacaggaatagcagccggataaac	Protospacer
**********************************

16. spacer 3.14|103232|35|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

acctgattcttcgtccttagattcttcggttctat	CRISPR spacer
acctgattcttcgtccttagattcttcggttctat	Protospacer
***********************************

17. spacer 3.15|103304|36|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

aagccaggtttctagcgtgaagtccccggtaaaaac	CRISPR spacer
aagccaggtttctagcgtgaagtccccggtaaaaac	Protospacer
************************************

18. spacer 3.16|103377|37|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ttgtgaatcatccgtcatggttgcgttcaatggcttt	CRISPR spacer
ttgtgaatcatccgtcatggttgcgttcaatggcttt	Protospacer
*************************************

19. spacer 3.17|103451|39|AP018320|CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

taatcaatctgtctgtctcctttgatggcagacttcaga	CRISPR spacer
taatcaatctgtctgtctcctttgatggcagacttcaga	Protospacer
***************************************

20. spacer 3.18|103527|36|AP018320|CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

cttcctttggggtcgtttacatcggagatagggtcg	CRISPR spacer
cttcctttggggtcgtttacatcggagatagggtcg	Protospacer
************************************

21. spacer 3.19|103600|36|AP018320|CRISPRCasFinder,CRT matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

tttcgatagtaaagctataccctgcctgctgaattt	CRISPR spacer
tttcgatagtaaagctataccctgcctgctgaattt	Protospacer
************************************

22. spacer 4.1|211064|59|AP018320|CRISPRCasFinder matches to AP018320 (Nostoc sp. HK-01 plasmid plasmid2 DNA, complete genome) position: , mismatch: 0, identity: 1.0

tcctgttccattgtgttctattgttgttccatgtaaatctggtttttgtcctgtttcag	CRISPR spacer
tcctgttccattgtgttctattgttgttccatgtaaatctggtttttgtcctgtttcag	Protospacer
***********************************************************

23. spacer 1.1|9369|30|AP018320|CRISPRCasFinder matches to NZ_CP021745 (Agarilytica rhodophyticola strain 017 plasmid pSU1, complete sequence) position: , mismatch: 7, identity: 0.767

cgccaatactcaccaaaagtactagataaa	CRISPR spacer
acccaataatcaccaaaaggactagagagt	Protospacer
  ****** ********** ****** *. 

24. spacer 3.13|103161|34|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP022118 (Salmonella enterica subsp. enterica serovar Macclesfield str. S-1643 plasmid unnamed1, complete sequence) position: , mismatch: 10, identity: 0.706

attgaaaaatgacaggaatagcagccggataaac	CRISPR spacer
cctgaaaaatgacaggaataaccgcccaaaggaa	Protospacer
 .******************.* *** .* ..* 

25. spacer 3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP009368 (Bacillus cereus strain FM1 plasmid unnamed, complete sequence) position: , mismatch: 11, identity: 0.711

gtctatggcctgtgcctgcaataatcatttcatcttcc	CRISPR spacer
gatctttaagtgtgcttgcaatattcatttcatcttct	Protospacer
* .. * .  *****.******* *************.

26. spacer 3.1|102286|38|AP018320|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP015592 (Bacillus cereus strain AR156 plasmid pAR460, complete sequence) position: , mismatch: 11, identity: 0.711

gtctatggcctgtgcctgcaataatcatttcatcttcc	CRISPR spacer
gatctttaagtgtgcttgcaatattcatttcatcttct	Protospacer
* .. * .  *****.******* *************.

3. AP018318

CRISPR-Cas detection and classification

Crispr_ID: AP018318_3

• CRISPR_ID: AP018318_3
• CRISPR_location: 924795-925195
• CRISPR_type: TypeV-U5
• Repeat_type: V-U5
• Spacer_info: 5 spacers
• Cas_protein_info: c2c5_V-U5

Consensus repeat of AP018318_3

Consensus_repeat	Method
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	PILER-CR
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAACNNNNN	CRT
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	CRISPRCasFinder

spacers of AP018318_3

>3.1|924832|40|AP018318|PILER-CR,CRT
CCTGATAAGCAACTCAGATGTAAGTGGAGTGCTTACGGTG
>3.2|924909|35|AP018318|PILER-CR
TGCTGCATCCAACAACTGGATTCCAAGTTTCATCA
>3.3|924981|36|AP018318|PILER-CR
TCAGCAAATCTGAGATCGCGTGGATTTGTCTTTGCT
>3.4|925054|37|AP018318|PILER-CR
TAACGCTGCACTTGCCAGTTTTGTGAACTGCTTGATC
>3.5|925128|36|AP018318|PILER-CR
GTAGAAATTTTGCGGGCGCAAGGATTTCCAGCAGAT
>3.6|924909|30|AP018318|CRT
CATCCAACAACTGGATTCCAAGTTTCATCA
>3.7|924976|36|AP018318|CRT,CRISPRCasFinder
TCAGCAAATCTGAGATCGCGTGGATTTGTCTTTGCT
>3.8|925049|37|AP018318|CRT,CRISPRCasFinder
TAACGCTGCACTTGCCAGTTTTGTGAACTGCTTGATC
>3.9|925123|36|AP018318|CRT,CRISPRCasFinder
GTAGAAATTTTGCGGGCGCAAGGATTTCCAGCAGAT

CRISPR arrays and Neighbor proteins around AP018318_3

CRISPR arrays

The CRISPR arrays of AP018318_3

>merge|AP018318|3|924795-925195|PILER-CR,CRT,CRISPRCasFinder
CTTTCAACCCACCCCTAACCGGGATGGTTGTTGAAACCCTGATAAGCAACTCAGATGTAAGTGGAGTGCTTACGGTGCTTTCAACCCACCCCTAGCCGGTTGTTGAAACTGCTGCATCCAACAACTGGATTCCAAGTTTCATCACTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAACTCAGCAAATCTGAGATCGCGTGGATTTGTCTTTGCTCTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAACTAACGCTGCACTTGCCAGTTTTGTGAACTGCTTGATCCTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAACGTAGAAATTTTGCGGGCGCAAGGATTTCCAGCAGATCTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC

>AP018318|3|2|924795-925195|PILER-CR
CTTTCAACCCACCCCTAACCGGGATGGTTGTTGAAAC	CCTGATAAGCAACTCAGATGTAAGTGGAGTGCTTACGGTG
CTTTCAACCCACCCCTAGCCGGTTGTTGAAACTGCTG	CATCCAACAACTGGATTCCAAGTTTCATCACTTTC
AACCCACCCCTAGCCGGGATGGTTGTTGAAACTCAGC	AAATCTGAGATCGCGTGGATTTGTCTTTGCTCTTTC
AACCCACCCCTAGCCGGGATGGTTGTTGAAACTAACG	CTGCACTTGCCAGTTTTGTGAACTGCTTGATCCTTTC
AACCCACCCCTAGCCGGGATGGTTGTTGAAACGTAGA	AATTTTGCGGGCGCAAGGATTTCCAGCAGATCTTTC
AACCCACCCCTAGCCGGGATGGTTGTTGAAAC

>AP018318|3|1|924795-925195|CRT
CTTTCAACCCACCCCTAACCGGGATGGTTGTTGAAAC	CCTGATAAGCAACTCAGATGTAAGTGGAGTGCTTACGGTG
CTTTCAACCCACCCCTAGCCGGTTGTTGAAACTGCTG	CATCCAACAACTGGATTCCAAGTTTCATCA
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	TCAGCAAATCTGAGATCGCGTGGATTTGTCTTTGCT
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	TAACGCTGCACTTGCCAGTTTTGTGAACTGCTTGATC
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	GTAGAAATTTTGCGGGCGCAAGGATTTCCAGCAGAT
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC

>AP018318|3|3|924939-925195|CRISPRCasFinder
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	TCAGCAAATCTGAGATCGCGTGGATTTGTCTTTGCT
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	TAACGCTGCACTTGCCAGTTTTGTGAACTGCTTGATC
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC	GTAGAAATTTTGCGGGCGCAAGGATTTCCAGCAGAT
CTTTCAACCCACCCCTAGCCGGGATGGTTGTTGAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD57997.1|915884_919187_+|multi-sensor-signal-transduction-histidine-kinase	unknown	unknown	gnl|CDD|223715
AP018318.1|BBD58008.1|932752_935590_+|helicase-domain-containing-protein	unknown	unknown	gnl|CDD|350769
AP018318.1|BBD57995.1|912735_913983_+|glycosyl-transferase-family-protein	unknown	unknown	gnl|CDD|133005
AP018318.1|BBD58000.1|921209_922391_-|hypothetical-protein	unknown	unknown	gnl|CDD|376465
AP018318.1|BBD58004.1|927774_927936_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD58006.1|929991_930261_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD57996.1|914374_915562_+|putative-arsenical-pump-driving-ATPase	unknown	unknown	gnl|CDD|223082
AP018318.1|BBD58012.1|945951_948714_+|hypothetical-protein	unknown	unknown	gnl|CDD|280533
AP018318.1|BBD57993.1|911025_912429_-|TPR-repeat-containing-serine/threonine-protein-kinase	unknown	unknown	gnl|CDD|270916
AP018318.1|BBD58003.1|925689_927600_-|hypothetical-protein	c2c5_V-U5	-	gnl|CDD|273793
AP018318.1|BBD58011.1|944996_945503_-|hypothetical-protein	unknown	unknown	gnl|CDD|133378
AP018318.1|BBD58001.1|922653_923562_+|UbiE/COQ5-methyltransferase	unknown	unknown	gnl|CDD|379312
AP018318.1|BBD58007.1|930810_932184_+|transposase,-IS4	unknown	unknown	gnl|CDD|376573
AP018318.1|BBD58010.1|939569_944918_+|DEAD/DEAH-box-helicase-domain-containing-protein	unknown	unknown	gnl|CDD|350681
AP018318.1|BBD57998.1|919247_919853_+|DNA-3-methyladenine-glycosylase	unknown	unknown	gnl|CDD|376746
AP018318.1|BBD58009.1|935652_939522_+|putative-type-II-DNA-modification-enzyme	unknown	unknown	gnl|CDD|274377
AP018318.1|BBD58005.1|928009_929875_-|hypothetical-protein	unknown	unknown	gnl|CDD|226003
AP018318.1|BBD58002.1|923558_924287_+|HAD-superfamily-hydrolase-subfamily-IA,-variant-3	unknown	unknown	gnl|CDD|223710
AP018318.1|BBD57994.1|912514_912691_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD57999.1|920392_920983_+|PadR-like-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224609

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
AP018318.1|BBD58003.1|925689_927600_-|hypothetical-protein	c2c5_V-U5	-	0	1017.0	32.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD57997.1|915884_919187_+|multi-sensor-signal-transduction-histidine-kinase	gnl|CDD|223715	COG0642, BaeS, Signal transduction histidine kinase [Signal transduction mechanisms].	3.0668e-44
AP018318.1|BBD58008.1|932752_935590_+|helicase-domain-containing-protein	gnl|CDD|350769	cd18011, DEXDc_RapA, DEXH-box helicase domain of RapA. In bacteria, RapA is an RNA polymerase (RNAP)-associated SWI2/SNF2 (switch/sucrose non-fermentable) protein that mediates RNAP recycling during transcription. The ATPase activity of RapA is stimulated by its interaction with RNAP and inhibited by its N-terminal domain. The conformational changes of RapA and its interaction with RNAP are essential for RNAP recycling. RapA is part of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	8.17769e-68
AP018318.1|BBD57995.1|912735_913983_+|glycosyl-transferase-family-protein	gnl|CDD|133005	cd02511, Beta4Glucosyltransferase, UDP-glucose LOS-beta-1,4 glucosyltransferase is required for biosynthesis of lipooligosaccharide. UDP-glucose: lipooligosaccharide (LOS) beta-1-4-glucosyltransferase catalyzes the addition of the first residue, glucose, of the lacto-N-neotetrase structure to HepI of the LOS inner core. LOS is the major constituent of the outer leaflet of the outer membrane of gram-positive bacteria. It consists of a short oligosaccharide chain of variable composition (alpha chain) attached to a branched inner core which is lined in turn to lipid A. Beta 1,4 glucosyltransferase is required to attach the alpha chain to the inner core.	2.17059e-49
AP018318.1|BBD58000.1|921209_922391_-|hypothetical-protein	gnl|CDD|376465	pfam01139, RtcB, tRNA-splicing ligase RtcB. This family of RNA ligases (EC:6.5.1.3) join 2',3'-cyclic phosphate and 5'-OH ends. They catalyze the splicing of tRNA and may also participate in tRNA repair and recovery from stress-induced RNA damage.	0
AP018318.1|BBD58007.1|930810_932184_+|transposase,-IS4	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	5.51934e-10
AP018318.1|BBD57996.1|914374_915562_+|putative-arsenical-pump-driving-ATPase	gnl|CDD|223082	COG0003, ArsA, Predicted ATPase involved in chromosome partitioning [Cell division and chromosome partitioning].	6.72573e-136
AP018318.1|BBD58012.1|945951_948714_+|hypothetical-protein	gnl|CDD|280533	pfam02384, N6_Mtase, N-6 DNA Methylase. Restriction-modification (R-M) systems protect a bacterial cell against invasion of foreign DNA by endonucleolytic cleavage of DNA that lacks a site specific modification. The R-M system is a complex containing three polypeptides: M (this family), S (pfam01420), and R. This family consists of N-6 adenine-specific DNA methylase EC:2.1.1.72 from Type I and Type IC restriction systems. These methylases have the same sequence specificity as their corresponding restriction enzymes.	1.43931e-06
AP018318.1|BBD57993.1|911025_912429_-|TPR-repeat-containing-serine/threonine-protein-kinase	gnl|CDD|270916	cd14014, STKc_PknB_like, Catalytic domain of bacterial Serine/Threonine kinases, PknB and similar proteins. STKs catalyze the transfer of the gamma-phosphoryl group from ATP to serine/threonine residues on protein substrates. This subfamily includes many bacterial eukaryotic-type STKs including Staphylococcus aureus PknB (also called PrkC or Stk1), Bacillus subtilis PrkC, and Mycobacterium tuberculosis Pkn proteins (PknB, PknD, PknE, PknF, PknL, and PknH), among others. S. aureus PknB is the only eukaryotic-type STK present in this species, although many microorganisms encode for several such proteins. It is important for the survival and pathogenesis of S. aureus as it is involved in the regulation of purine and pyrimidine biosynthesis, cell wall metabolism, autolysis, virulence, and antibiotic resistance. M. tuberculosis PknB is essential for growth and it acts on diverse substrates including proteins involved in peptidoglycan synthesis, cell division, transcription, stress responses, and metabolic regulation. B. subtilis PrkC is located at the inner membrane of endospores and functions to trigger spore germination. Bacterial STKs in this subfamily show varied domain architectures. The well-characterized members such as S. aureus and M. tuberculosis PknB, and B. subtilis PrkC, contain an N-terminal cytosolic kinase domain, a transmembrane (TM) segment, and mutliple C-terminal extracellular PASTA domains. The PknB subfamily is part of a larger superfamily that includes the catalytic domains of other protein STKs, protein tyrosine kinases, RIO kinases, aminoglycoside phosphotransferase, choline kinase, and phosphoinositide 3-kinase.	3.17577e-59
AP018318.1|BBD58003.1|925689_927600_-|hypothetical-protein	gnl|CDD|273793	TIGR01766, Putative_transposase_MJ0751, transposase, IS605 OrfB family, central region. This model represents a region of a sequence similarity between a family of putative transposases of Thermoanaerobacter tengcongensis, smaller related proteins from Bacillus anthracis, putative transposes described by pfam01385, and other proteins. [Mobile and extrachromosomal element functions, Transposon functions].	2.72101e-05
AP018318.1|BBD58011.1|944996_945503_-|hypothetical-protein	gnl|CDD|133378	cd00592, HTH_MerR-like, Helix-Turn-Helix DNA binding domain of MerR-like transcription regulators. Helix-turn-helix (HTH) MerR-like transcription regulator, N-terminal domain. The MerR family transcription regulators have been shown to mediate responses to stress including exposure to heavy metals, drugs, or oxygen radicals in eubacterial and some archaeal species. They regulate transcription of multidrug/metal ion transporter genes and oxidative stress regulons by reconfiguring the spacer between the -35 and -10 promoter elements. A typical MerR regulator is comprised of two distinct domains that harbor the regulatory (effector-binding) site and the active (DNA-binding) site. Their N-terminal domains are homologous and contain a DNA-binding winged HTH motif, while the C-terminal domains are often dissimilar and bind specific coactivator molecules such as metal ions, drugs, and organic substrates.	9.60132e-07
AP018318.1|BBD58001.1|922653_923562_+|UbiE/COQ5-methyltransferase	gnl|CDD|379312	pfam13649, Methyltransf_25, Methyltransferase domain. This family appears to be a methyltransferase domain.	9.55512e-30
AP018318.1|BBD58010.1|939569_944918_+|DEAD/DEAH-box-helicase-domain-containing-protein	gnl|CDD|350681	cd17923, DEXHc_Hrq1-like, DEAH-box helicase domain of Hrq1 and similar proteins. Yeast Hrq1, similar to RecQ4, plays a role in DNA inter-strand crosslink (ICL) repair and in telomere maintenance. Hrq1 lacks the Sld2-like domain found in RecQ4. Hrq1 belongs to the type II DEAD box helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	5.29449e-61
AP018318.1|BBD57998.1|919247_919853_+|DNA-3-methyladenine-glycosylase	gnl|CDD|376746	pfam02245, Pur_DNA_glyco, Methylpurine-DNA glycosylase (MPG). Methylpurine-DNA glycosylase is a base excision-repair protein. It is responsible for the hydrolysis of the deoxyribose N-glycosidic bond, excising 3-methyladenine and 3-methylguanine from damaged DNA.	3.37968e-81
AP018318.1|BBD58009.1|935652_939522_+|putative-type-II-DNA-modification-enzyme	gnl|CDD|274377	TIGR02987, m6_adenine_and_m5_cytosine_DNA_methyltransferase, type II restriction m6 adenine DNA methyltransferase, Alw26I/Eco31I/Esp3I family. Members of this family are the m6-adenine DNA methyltransferase protein, or domain of a fusion protein that also carries m5 cytosine methyltransferase activity, of type II restriction systems of the Alw26I/Eco31I/Esp3I family. A methyltransferase of this family is alway accompanied by a type II restriction endonuclease from the Alw26I/Eco31I/Esp3I family (TIGR02986) and by an adenine-specific modification methyltransferase. Members of this family are unusual in that regions of similarity to homologs outside this family are circularly permuted. [DNA metabolism, Restriction/modification].	2.07174e-10
AP018318.1|BBD57999.1|920392_920983_+|PadR-like-family-transcriptional-regulator	gnl|CDD|224609	COG1695, COG1695, Predicted transcriptional regulators [Transcription].	8.34926e-22
AP018318.1|BBD58002.1|923558_924287_+|HAD-superfamily-hydrolase-subfamily-IA,-variant-3	gnl|CDD|223710	COG0637, COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only].	8.64509e-54
AP018318.1|BBD58005.1|928009_929875_-|hypothetical-protein	gnl|CDD|226003	COG3472, COG3472, Uncharacterized conserved protein [Function unknown].	4.79497e-153

Protein sequences

>AP018318.1|BBD58002.1|923558_924287_+|HAD-superfamily-hydrolase-subfamily-IA,-variant-3
MSLKAILFDFNGVIINDEHIHLQLIDEILIQENLQPQKLQERQTCLGRSDRACFQELLANRGRVLTEESLNQLLSRKAEAYLLELEKLEKLPIYPGVEDLIYQVRSQNINLGLVSGALSKEIEFVLHRTKLTEYFKVIVAGDDITTSKPNPEGYLLAVERFNQKYPELNLQPQECLAIEDTFAGIQAAKQSQMKVIGVANTYPFHMLQRCCNWTVDYLTDLELERVQNVFSGKEPQPSVSEC
>AP018318.1|BBD58001.1|922653_923562_+|UbiE/COQ5-methyltransferase
MAQKTIWESFLSPVVRFLIDEEKLQRYALSIDWEEESNRFRSADVTIPAYYKQNFHGITGGYLNSSAAVSYDPITEYALPPNEAWVRQALIDAIKVQPRRILDLGCGTGSTTLMLKQTFPQAEVIGLDLSPYMLVRAEDKARTANLNIIWRHGNAAQASFPDASFDLVTASLLFHETPSAVTQAILQESFRLLAAGGQVLILDGNQKTLRQLDWLNDIFEEPYIREYAADSVDARMGAAGFKEVRTEDVWWIHQVSSGIKPTLITGSAMQATVRQYSEGSIDSTIDNNDLEGLGSPAFGITV
>AP018318.1|BBD58000.1|921209_922391_-|hypothetical-protein
MPYEKLTINTPAPVLSWANHPLASDETKMAKNVAFLPFVFKHVALMPDVHLGKGALVGSVIATKDAIIPAAVGVDIGCGMCAIKMPFSGEKLEGKLKKIRLDIEAVIPTGFNENKDIEKSVTNWQRWRDFPDLHPGVQDLETKAMKQMGSLGGGNHFIEVCLDTENQVWLMLHSGSRNIGNKLAQCHINTAKELTKMAGNKLPDPDLAYFVAKTPEFQAYWHDLQWSQDYARFNRDVMMLRFKHIIEKHLAGGKLTKPLLQVNCHHNYAEKEVHFGEDVYVTRKGAVRAQTEDYGIIPGSMGAKSFIVKGKGNAQSFCSCSHGAGRLLSRSKAKNVYTLDDLIEQTKGVECRKDNDVLDEIPGAYKPIEQVMENQSDLVEVVATLKQVVCVKG
>AP018318.1|BBD57999.1|920392_920983_+|PadR-like-family-transcriptional-regulator
MALASAGVSPEEPFLANYRFHHSRHNHGKHSGEQMFGRGWGDEYRTRRGDIKFLLLEMLSERPSHGYDLIKAMESRYGGFHRLSPGSVYPTLQMLEDGGYLTSEQQSGKRVYSITEEGRKLLQERVQQQDEDSPWDTFKSFVKSKPQEFIELRKAATELASVVMQAARSGDVERINRVRELLEQVKREIYGILSEK
>AP018318.1|BBD57998.1|919247_919853_+|DNA-3-methyladenine-glycosylase
MTACIDAAWLSRPSTLLAPELIGCTLVRKMPDGNILRGLIVETEAYAADDPAMHAYRGRTTRNQVMFGAAGKAYVYLIYGVYHCLNVVTDQDGVASAVLLRALELEQVPMWVDHKHKLKPHRIAAGPGKLCRALKIDLTLNATLLEFGQPLWLEHRHPGFQQQLEQGNLTLIQTTRIGLTKGVDLPWRWYLFNSQAVSQKG
>AP018318.1|BBD57997.1|915884_919187_+|multi-sensor-signal-transduction-histidine-kinase
MSQIADLNLRTRPDQESLLRRITNRIRQTLELEEIIATTTAEVRYLLGTDRVMIYQFHADGTGQVVGESIYEQRLPSLLGLNFPADDIPPHARELFIKSRVRSIVNVEMQQIGHSPLSKVETGELKPEDMRYRPVDPCHAEYLTAMGVKSCVVAPIFHQEQLWGLLVSHNSQAHSISEYELAAMQMVVDQLSVAIAQSNLLTQARAKAERESVINRIATLLHSLPTIVLQPALEATVAAFKGSGGRLCIRNEAFNLQNGQVRSLNECLIPGSDCIKVYTCGQQPEIPEDTIYPLMEQYSVWQQHYESKVYDVWAINDIYQTPNLRTLQLAFQPTKIRSLLMIPLYYRQQLVGYLSIFRDEIDTETLWAGQIDRDRRQLYPRLSFDIWKESKTAQAQQWTATEIELAREIAKHFASAIQQYELYQQVQAFNHNLEHQVKRRTLELQRTSEQQQAVFGVIAKIRESLNIDTIFQITTQEVCQLVKADRVSVYRFTEEWGGEFVGDFEAASPHWTNEAKIRVNTVWNDTYLQNTEGGRYRHNETFAVDDIYKMGFTQCHVDNLEYYHIHAFVLAPIFVGQKLWGLLCTYQHSGPREWKPSEVSFLSQIAAQLGIALQQAQLLMQTQQQAADLRKAAEQRQILFEVVAKLRESLDLETIFSATAHEVRRTLNADRVVVYRFDPNAELDEGEVVAEDILPGFVSTIALKIQDTCFKQKYIALHRQGRVHVITDVHNSGLNPCYLNMLEKLQVEANLVVPLAKGNELWGLLCIHQCDQPREWQASEIQFATQVATQLSVALEQADLLSQTKQQTQQLAEALHELQTTQTQLIQTEKMSSLGQLVAGVAHEINNPVNFIYGNLSHVREYADDLLGMLHLYQKQYPNPSLEICDRLEDIDLEFLSKDLPKTLSSMSVGVERIRQIVMSLRNFSRLDEAEMKVVNIHEGLDSTLLILQHRLKSKPDSAEIQVIKEYGDLPLVECYAGQLNQVFMNVLSNAIDALEYHPESATHQHQVTIRTTVGEMNNNISSVVIYIKDNGVGIPEAVKNRVFDPFFTTKPVGKGTGLGLSISYQIIVEKHGGLFQCDSQPGQGTEFRIEVPIQQSIHT
>AP018318.1|BBD57996.1|914374_915562_+|putative-arsenical-pump-driving-ATPase
MRVILMTGKGGVGKTSVAAATGLRCAELGYRTLVLSTDPAHSLADSFDLDLGHAPKQIRPNLWGAELDALQELEGNWGAVKRYITQVLQARGLEGVQAEELAILPGMDEIFSLVRMKRHYDEGDFDVLIIDSAPTGTALRLLSLPEVGGWYMRRFYKPFQNISVALRPLVEPIFKPIAGFSLPDKEVMDAPYEFYEQIEALEKVLTDNTQTSVRLVTNPEKMVIKESLRAHAYLSLYNVATDLVIANRIIPPEVEDPFFQRWKQNQEEYRQEIHENFHPLPVKEVPLFSEEMCGLAALERLKDILYKDEDPSQVYYKETTVRVVQEQNEYSLELYLPGIPKHQIQLSKTGDELNITIGNHRRNLVLPQALAALQPASAKMEEDYLRIRFVNNTRV
>AP018318.1|BBD57995.1|912735_913983_+|glycosyl-transferase-family-protein
MSISLCMIVKNEETALPKCLNSVKDFVDEMVVLDTGSSDRTAEIAQQFGAKVHHFQWSNNFSTARNAALKYVTGDWVLVLDADEILTPSIVPQLQEVIQSDEYILINLIRQEVGAIQSPYSLVSRLFRNHPEIRFERPYHALVDDSVAAILQKEPHWQVGYLQGVAILHTGYQKSAIAQNNKSVKAQAAMLEFLSTHPNDPYVCSKLGALYVETGKISQGVELLQRGLNQATGQSVPQKNLACIAANQSEENYEILYELHYHLGIAYNHLKKPQLSLEHYQAAIKLPIYPMLKLGAYNNLGNLLKDAGDLNSAKKAYETALKIDPDFVTGHYNLGMTLKALNLFTDAIACYQKAIRLNPYYAEAYQNLGVVQLKVGNLQASKTAFKNAILLHEQQHNLEEAKRLRQGLYEIGLIR
>AP018318.1|BBD57994.1|912514_912691_-|hypothetical-protein
MHFQELSTENSEITINLAILNQLLTHLLPVSTSSLPIKPDCYMSTLLVVSLYLELDDR
>AP018318.1|BBD57993.1|911025_912429_-|TPR-repeat-containing-serine/threonine-protein-kinase
MLGQTVGGRYQILTQLGRGGFGTTFVAQDMQRPGNPQCVVKQFKPLANDPYTLNAAKRFFDLEAAILEMLGKHDQIPQLLAHFAENEEFFLVQEFIPGHDLKQELPPYSDKLTESAVIQLLKDLLAVLAFVHQNHVIHRDIKPENIRRRESDGKIVLIDFGAVKQVSTQMTSTSGQTSFTVAIGTPGYMPSEQANSNPHLSSDIYAVGIIAILALTGINPAAGSHSLPRNPATGEIDWRNKVKVSPQFASILDKMVRYDFRQRYPTAESVLQALEMLDKAPLTKLQQSLPKRFVMGLGITVAVAVGVIILSQLKINTTNFLNYAAQGVKINYPENWSVQATPNAVTQDIVTFLSPKQSDADQFPEILTIRVEPLSSTLDESKDLFIREVKNTIDDAQIESSHETTLANKRANQLVFTGKSDTGRLKSLQVWTLQNDNAYIITYTANLEDYQKFLPIVEKMIQSFVIE
>AP018318.1|BBD58003.1|925689_927600_-|hypothetical-protein
MSIITIQCRLVAEEETLRQLWELMTDKNTPLVNELLAQVGKHPDFETWLEKGKIPTELLKTLVNSLKTQERFVGQPGRFYTSAIALVDYVYKSWFALQKRRKRQIEGKERWLTILKSDIQIEQESQSTLNVIRTKATEILTKFTPQSEQNHNQRKSKRTKKKSTNSKKSSLFQILLNTYEETQDTLTRCALAYLLKNNCQISELDEDPEEFTRKKRKKEIEIQRLKDQLQSRIPKGRDLTGEEWLETLELARANVPQNEKEAKAWQAALLRKSADVPFPVAYESNEDMTWWQNDKGRLFVRFNGLGKLTFEIYCDKRHLHYFKRFLEDQEIKRNSKNQYSSSLFTLRSGRLSWRPGEEKGEPWKVNQLHLHCALATRMWTTEGTQQVVNEKTTKITKTLTQAKQKNELNEKQQAFITRQQSTLDRINNPFPRPSKANYQGQSSILVGVSFGLEKPVTIAVVDVVKNEVLAYRSVKQLLGKNYNLLNRQRQQQQRLSHERHKAQKQNVPNSFGESELGQYVDRLLADAIIAIAKTYQAGSIVIPKLRDMREQISSEIQSKAEKKCPGYKEAQQKYAKEYRMTIHRWSYGRLIESIKSQAAKAGIPTEIGTQPIRGSPQEKARDLAVLAYQERQVAVI
>AP018318.1|BBD58004.1|927774_927936_+|hypothetical-protein
MAKETREVRGRLPKNLKIAFEIACARLEVTQTAALEEAIRDWLKKKESSDKQS
>AP018318.1|BBD58005.1|928009_929875_-|hypothetical-protein
MPEHQMNSISTFDITKYFLLDVLKDIKTGRIQLPDFQRDWVWDDTHVRHLLASVSLAYPIGAVMMLQQSIQSRQFKPRLVDGVLKPEIHIPNLLILDGQQRLTAMFMVFLSEQPVIIKDQKNQKILKKWYYLDIEKCLNPECDRRNAIFGLPESKIARIFTGGLIDCSTPEKEYQALLFPLSKVFCFSEWRSKFSKYWQYDHQKLELIDTLELEVLKKFEHYQIPAIQLRDSLPKEAVCQVFEDTNTSGCDLNYFDLMSSSYCTADFSLRDDWKQRENRFQPLKVLRKLRSTDFVQAVTLMAGYAKRIEAIKKGWNIDKLPSVACSRAEVLKLTKEEYQKWADPISRGFEESARFLYSQKMFDADDIAYPIQLVILSTIFTILGERSRSFQVRSMLERWLWCGMFGEVYTRWCEARAGRDVIEVPEWLAGGSLPLTIVQADFSFDRLVSVRKRYGAVYQGLAALLRREGAIDWCTGEEINDVIYFEEQIDSHHIFPVAWCRKKGIDPKKYNCLINRTPLSAKTNKKIGSKAPSLYLEEFELSGTSAKRLDEILRSHAISPKTLRRDDFEAFFQMRANNLLTLIGKAMGKTLSFESSEDFVRDCHKGNGREYKLHPEIITNY
>AP018318.1|BBD58006.1|929991_930261_-|hypothetical-protein
MLRQLPLEPMEYCRRWVIPEPGRNYRKACINAIAQVTGTSPKTVKDWGTDFRMRPKYVTRILRQADLINQFRQLVAKGIVTLPPGFPQE
>AP018318.1|BBD58007.1|930810_932184_+|transposase,-IS4
MSSSRKTNRDHAKKKQRPMMEDEVIASQLEQLLTPAITSQENYYRQLGLRDRILNLPLMVAAVLTLLWRDVAGATELTRMLAREGFLWCKPLEVSQQAISQRFLTFPAQLFERVFKDLVPKLQDSWQRRSRRKVPQSVQFTKSKFEKIWIVDCSILEALFQKLDSLKDAPPGKLAGKICTVIDLVNFLPVEIWFNENARSADTNFESDILKSADPHTLLLLDRGFYHFNFWLQLIAQKVNFITRLKKGAAIHVEQVFTDSFSLRDRLIRLGSGTKKTPFITLRLVEVRSAKTWHSYLTSVLEPTVLPPYVVADLYRRRWRIEDAFNTVKRLLGLSYLWTGSVNGVQLQIWGTWLFYAVLVDLGDAVADELSLPFDSISLEMIYRGLYHFYVAHQKGKATDPIKYFAAPENQDLGIVKRQRKPNMLLIVAPFPDQQRGTPEFFFQPPSQIPLTTASQP
>AP018318.1|BBD58008.1|932752_935590_+|helicase-domain-containing-protein
MTEILNPTPGSIVSCRNRQWVVLPAENEDVIRLRPISGNEEEIAGIYQKLQELGIETLESATFPLPSSISIKDHTAAVLLMDAARHLLRSGAGPFRCLGRLSLRPRPYQLVPLLMALRLETVRLLIADDVGIGKTIEAGLIARELLDRGEIKRIAVLCPPHLCDQWQQELREKFHIDAVVVRSGTASKLERAIANGTHIFSYYRHIIVSLDYAKAERRRASFITHCPDFVIVDEAHTCTRPSSKSTSQQQRHQLIQQIAEKSDRHLLLLSATPHSGIEESFLSLLGLLQPEFEQLTLDRLTEKQRDKLASHFIQRRRADVKQWLGNETPFPERDSEEKPYKLSKEYKQLFDDVYNFARGLVKTTTNEMSYAQRRGRYWSALALIRCVMSSPAAAVATLNRQVSKSGDDSLLADLDEDLMSSYVYDPTDQEQAVDATPTVVVEQGQQSYGDTDKRKLRAFVQAAQKLQGDKDQKLQSCIASVQTLLSEGFNPIIWCRYIATANYVADALKQKLEKKGSQIRVIGITGELSEDEREIRLQELKSYPQRVLVATDCLSEGVNLQSHFSAVIHYDLPWNPNRLEQREGRIDRYGQTASQVKTLLLYGSDNPVDGAVLDVLIRKAVQIHKTLGITVPVPMDSTTVSEAVFKSLFDRAHDAVQLSLLDLLDEQESAVEQVHKNWDKAVEREKISRTRFAQRSIKPAEVEQELIESEQILGSEHDVQRFVLSAANRLSCSLTKKKQGWLLSTIPNFLQPSLGDKPRLFTFTTPAPEGVEYVGRNHPLVEGLARHIIEDALSNNQDPVAARCGFTTTDTVTKRTTLLLVRLRHLLNSPKHQSLLAEECAVVGFTGPPSNPIWLTPEEAKSLLEQANPVGDAPPGIKQAEIEELLSQITEIESDLELFARERSHSLSQSHRRVRAITQEGQIQIKPQLPMDILGVYILQPGKRK
>AP018318.1|BBD58009.1|935652_939522_+|putative-type-II-DNA-modification-enzyme
MSVAGITLTGVQIEGNLLAADMTAELLAGNLKGQAPEDFGFSKSDKLADEIAIAWGDAKAYWAAFQRQLDRLDADDTATSVTRELWVVPLLRSLGYDPVYTAKAEVVERETYAISHRAEPGENKPPIHIIGCRIKVDHRPPSGTPRLSAHALVQEYLNKTEHLWAIATNGFRWRLLRDSSLMTRLTYIEFDLEQILNGENFAEFGLFYRLFHRSRLPEGVDDADKCLLEYYHQEALQQGGRVRDRLRDGVEKALIQLGTGFLQHPSNDNLRQKLTAGKELTDIGYYRQLLRLIYRLLFLMVAESRNLLLTGEDVEKARIYREYYSIERLRELAERPHWRREGFQDLWQSLRVTFLLFDENWRGRYLGLSPLNGDLFGSYTLPALDDCAIDNYDLLVAIKHLSLYQEKGQVRRVNYAGLDIEELGSVYESLLDFHPEVTPKNYELQITNYEFKLVFGSERKTTGSYYTPPQLVGQLIKTALEPVIEEKLRSTKEKLRNTESNSLLEKVLLDLKIVDPACGFGHFLLAAARRVGKELAKIRTGEAEPGSEPLKLAIRDVIQNCIYGVDINPLAIDLCKVALWIEGFSRGLPLNFLDHRIKCGNSLVGVMDLSCLDEGIPDEAFKPVTSDDKALASRRKKENKNQRETDLQGQLSLFNHLELQRIQYIEDFRDLGEIPETSPQQVRDKQVKYQQSRKNMGWWRDYSACNLWTAAFFMPLTEENLQLLPTTAALSQLLKGNMPTQKVVDAANKLAEEKQFFHWCLEFPEVFEKGGFNCVLGNPPWERIKLQEKEFFASQSAEIANAVNKAAREKLIKELPQKNPNLAQAFERAKHDAEAQSKFIRESSRFSLTAVGDINTYAVFAETTRRLISSDGRVGIIVPTGIATDDTYKKFFGDLTQKQALVSLYDFENREHLFTDLHTKTKFCLLTFSNSVNKNIDFSFMCTRLNDLKDSRKVFNLALKDILLFSPNTGNCPLFRSSTDAEITKKIYHHVPVLENDCTGYNPWGVSFMAMFHMSNDSALFKDDVSDAFVPLYEAKMFYHFDHRWATYHNKEVKNFTDIDKTNPNSFVTPRYWISQREVENRLANKWDREWLISLRDITDSRNERTAIFTILPKVGTANPANTLFIESSHYKKVSCLIGNFNSLIFDFVAKQKVGGTHLAFYILKQLPVLPPELYTPEHIKFISTHVLELVYTSWDMQPFAKDMGYDGEPFIWNPNRRALLRAELDAYYAKLYGLTRDELRYILDPGDVYGEDFPSETFRVLKNNEIKQFGEYRTQRLVLEAWDRMFGS
>AP018318.1|BBD58010.1|939569_944918_+|DEAD/DEAH-box-helicase-domain-containing-protein
MAFTVKLQELLQQPENAILPISNLLGQKLASLDCTGVVAVTSEQLTLLFTGIPQDWAIQEIQEIFDFSTITQTFNYQLREWIDQRLGRTNNQVPAKSNSSSPANSQFLDIFNFRNEVIGDYRRYIESFLKIRDEKVKTFVDSELEKGQLWTDPLVQLNPKYRPGASVATLVQQRVLHPDCKRYFSNDGEPFTFHYHQKQAFETAQRQDHYVVTTGTGSGKSLTYVVPIINDLLHHPEIKGVRAILVYPMNALINSQEEELRKFLKQVPNTHIRVEKYTGQEKREKKVEIQNNPPQILLTNYVMLELMLSRTHEDKLVESPDLKFLVLDELHTYRGRQGADVSILIRKLRQRCGQKLLCIGTSATMSSEGSRQQRRQVVADVASKLFGVEIKSSNVIDETLERSIQSAAPTTEKLRESIIQGLRPKSEQTLEAFQQHPLSHWVEMNFGLEEKEGHLVRRTPITLEVGAEQLANQTQLDEETCLNILKQIFLWGSKTKGLAFRLHQFISQGGSVYATIENRNQRLLTLEGQYTTTENRLLYPLVFCRECGHDYYVVRYDAEKDIVLPQLPTALDSLDNEDIKEGYLTLDEPGLWDKEDEERLPDSWFKETKKQGRIPDKKYAAFIPRKLQVLPNGKVINSVLEGTTCWFIPKPFLTCLHCGVLYDQKKNEFTKLSRLSSEGRSTATTLLCLSSVSRLKQVFTDDKAKAAKILSFTDNRQDASLQAGHFNDFVQTSFLRAALNSAMQENQQLTHKALAAEVVKKMGLSQADYARQVAEFGIGKRKNEEAFSNLIEYRLYEDLRRGWRIVQPNLEQCGLLTIEYAELLATCENTQLWQKYRHPILLQASPAQRYFVIKTFLDHLRKKLVIDAEILQKNGIEQLRKEVSQALKDPWTIDAFEYLHEAAWASLSPTEKKGKSRTIRLTFRGEIGRFLRSSRAWDWLHKPLSEADYNELINALVHALADAGYLYKKQEEVQLKINSMVWVASKLSEIPPDPLNSRRLQGSERNTSVNQFFQDFYQTNAHQIKALEGREHTGQVKNEKRQQREDDFRHGKLAALFCSPTMELGIDISDLSVVHLRNVPPSPANYAQRSGRAGRSGQEALVITYASIGSGHDQYFFKRQSQMVAGVVAPPKLELANQDLITSHVYSIWLAHTGLNWENSMNQILELDSPDCPLKQDVTEKIKLSQEKLAKCLAATKLILSDMFCQEDLNKTSWYSENWLQFTLENAHNAFNQACDRWRRLYKDAQEQLETARDSMSRYTRGYATQEERDIAKAQEKEALRQIDLLVGQVESNSNNQFEFYPYRYFAAEGFLPGFNFPRLPVRAFIPTDEGGEFISRPRSVALREFAPSNIIYYEGSKFMVAKTKMPVGGADYQRVNVCFKCGYFHEGIASSRDTCENCGAKLADSKNNKALLTRLLSMETAIAWRRERITCDEEERLKYGYNVTTHFRYDKQKRQSATVKTANGTELLRLKYSATADIWHINRGLNKKKSEEKGFKLDIKTGIWGESKNDSAKDSIHTDVNLMVNNTCNILVVEPLNVPTDNREAFITTLQYALETAIQAVYKLEADELDSERLGDGKYLLFWEAAEGGAGVLSQLLEKPEAFQKIADAALDICHFQEAKDSCVQACYECLLSYRNQFDHALINRHLIKPLLDELQNSTVQIEGICRDEQYQHLLQQTDPNSQFERIVLTAIYQIGYKLPDTAQELILEANCKPDFLYKEDGIAVFCDGSVHDSPEKRRQDKIERDNLKYNTSYTVITLRHDEDWAAKLSALEGLSMIRKF
>AP018318.1|BBD58011.1|944996_945503_-|hypothetical-protein
MNQMSGFTRQETIHLAGCTSSRLAYLEKVGLVIPYRFGSNARPTVIFSWEQLLEIRAIKNLRKNVSLQTVRKIIKFLDDSGYDNGLRDKQLVVIGEEVFWVQQDWSDFGENLPTAMKVADKSNKQVGQYVLLVIPSLTEIVNEIWEAARHSKVIDFKSFEQRAKVLPA
>AP018318.1|BBD58012.1|945951_948714_+|hypothetical-protein
MAGQGLTYVIETARRVWNMKPHLDVRIPPALDSDREPIPIDALWTDYALRPNVKNLAFIVQSVSQANIEQWKQRLSLYPIRAGLLVSDEVYILQYQDTSGRFEQREIEPDSLAVELAEPRSKLFSPKALAEFRTGQLTLADLEESLTARSLSFLLRQRAELDRAFQTAIKGVLEYVGLPNQQTNPQSYLSSRTEIAGHGIRVAIAFMAARILQDKGFFGSDSIPTNDPQALLHLTVPRANGFFRKALEESIPNLTDQVLQHLGAHLGSQVSFALVDHRDVGLLYERAIKELPDYVSGKKWTDLQRHYTPVAIAERMLELLPLEKLRPEERVIFDPAAGSGSLLLAATSRLAGMSDIPVDIENRGLYLAQHVAGNDLDQYADLVTQLRYTLARESLGQDVPFPFPSHFSHEDYENLTKENIGIKPRVIVANPPFAEDGNTQRAVTFIEKVLSWLDKDSQFAFILPQSFLTASTHGIPNVRSLLAEKCHIFEVWQCPEKTVGIDAEQDVCIVLGSIGKPRIITPTTARAVFSRVKDSVSNIRDNGFLGKTWLTRFNSYNWNSVTAPPVSIKVPTILLGKLFYVFNGVNPGTPGRQYKPIKECPPGVECKLHWGLRWRNSNTLWADPNRVPEDKRWIRYGREYLEGPRLENAQLFDLPKILVGRKVNRGSSYPLASQLDTTGLCPDNNIFCVLPAKQVGKYVSGYENTETFEEWDKLNYEEQRLWLLGILVSRIANALSLIGRKTHEITTDELCKLQLPKTIDLRIIEITRQIVERDKNNLPITQPNKLREQLDILVEESYGNPSWIEIARTGIPPELEDWKSELTKSTFIVRGQILEISEDNSQMRLYLSGLMDDNREEWLPILPEIPGWALDGTVFEAELSEDVETFAELAQRPWAIRRFRHTPRPYLTDEELTEELGIET

Crispr_ID: AP018318_4

• CRISPR_ID: AP018318_4
• CRISPR_location: 1222484-1222731
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of AP018318_4

Consensus_repeat	Method
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	CRISPRCasFinder
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	CRT
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	PILER-CR

spacers of AP018318_4

>4.1|1222520|35|AP018318|CRISPRCasFinder,CRT
CACATAAGACATTCCCTGGGGACAACGCTACAAGA
>4.2|1222591|35|AP018318|CRISPRCasFinder,CRT,PILER-CR
TCTGGAGCGTTATAACCGTACTCAATCATTTTGTC
>4.3|1222662|34|AP018318|CRISPRCasFinder,CRT,PILER-CR
CACTTATTTCGGGCTTTTTTCTGCAAATCATAAG

CRISPR arrays and Neighbor proteins around AP018318_4

CRISPR arrays

The CRISPR arrays of AP018318_4

>merge|AP018318|4|1222484-1222731|CRISPRCasFinder,CRT,PILER-CR
TTGAGCAACGCCTAACGCCATCAAGCCACGAATCTACACATAAGACATTCCCTGGGGACAACGCTACAAGATTGAGCAACGCCTAACGGCATCAAGCCACGAATCACTCTGGAGCGTTATAACCGTACTCAATCATTTTGTCTTGAGCAACGCCTAACGGCATCAAGCCACGAATCACCACTTATTTCGGGCTTTTTTCTGCAAATCATAAGTTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC

>AP018318|4|4|1222484-1222731|CRISPRCasFinder
TTGAGCAACGCCTAACGCCATCAAGCCACGAATCTA	CACATAAGACATTCCCTGGGGACAACGCTACAAGA
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	TCTGGAGCGTTATAACCGTACTCAATCATTTTGTC
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	CACTTATTTCGGGCTTTTTTCTGCAAATCATAAG
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC

>AP018318|4|2|1222484-1222731|CRT
TTGAGCAACGCCTAACGCCATCAAGCCACGAATCTA	CACATAAGACATTCCCTGGGGACAACGCTACAAGA
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	TCTGGAGCGTTATAACCGTACTCAATCATTTTGTC
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	CACTTATTTCGGGCTTTTTTCTGCAAATCATAAG
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC

>AP018318|4|3|1222555-1222731|PILER-CR
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	TCTGGAGCGTTATAACCGTACTCAATCATTTTGTC
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC	CACTTATTTCGGGCTTTTTTCTGCAAATCATAAG
TTGAGCAACGCCTAACGGCATCAAGCCACGAATCAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD58238.1|1222285_1222399_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD58235.1|1217494_1219069_+|signal-recognition-particle-docking-protein-FtsY	unknown	unknown	gnl|CDD|236686
AP018318.1|BBD58239.1|1222841_1224215_-|transposase,-IS4	unknown	unknown	gnl|CDD|376573
AP018318.1|BBD58248.1|1234958_1237250_+|PAS/PAC-sensor-hybrid-histidine-kinase	unknown	unknown	gnl|CDD|274362
AP018318.1|BBD58247.1|1234478_1234937_+|two-component-response-regulator	unknown	unknown	gnl|CDD|381108
AP018318.1|BBD58234.1|1217350_1217440_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD58244.1|1228671_1230279_-|integral-membrane-sensor-signal-transduction-histidine-kinase	unknown	unknown	gnl|CDD|226654
AP018318.1|BBD58232.1|1215813_1216536_+|hypothetical-protein	unknown	unknown	gnl|CDD|225480
AP018318.1|BBD58237.1|1221819_1222206_+|putative-transposase	unknown	unknown	unknown
AP018318.1|BBD58243.1|1228134_1228602_+|hypothetical-protein	unknown	unknown	gnl|CDD|225833
AP018318.1|BBD58240.1|1224850_1225477_-|hypothetical-protein	unknown	unknown	gnl|CDD|368559
AP018318.1|BBD58231.1|1214399_1215290_+|family-2-glycosyl-transferase	unknown	unknown	gnl|CDD|133005
AP018318.1|BBD58245.1|1231047_1232157_+|oxidoreductase-like-protein	unknown	unknown	gnl|CDD|223745
AP018318.1|BBD58233.1|1216640_1217282_+|transcription-termination-factor	unknown	unknown	gnl|CDD|182007
AP018318.1|BBD58229.1|1212552_1213209_+|hypothetical-protein	unknown	unknown	gnl|CDD|275102
AP018318.1|BBD58241.1|1225650_1226823_+|hypothetical-protein	unknown	unknown	gnl|CDD|274357
AP018318.1|BBD58236.1|1219941_1221333_+|hypothetical-protein	unknown	unknown	gnl|CDD|225118
AP018318.1|BBD58246.1|1232240_1234202_+|two-component-hybrid-sensor-and-regulator	unknown	unknown	gnl|CDD|226702
AP018318.1|BBD58230.1|1213463_1214300_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD58242.1|1226917_1228060_+|hypothetical-protein	unknown	unknown	gnl|CDD|370155

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD58235.1|1217494_1219069_+|signal-recognition-particle-docking-protein-FtsY	gnl|CDD|236686	PRK10416, PRK10416, signal recognition particle-docking protein FtsY; Provisional.	1.24874e-157
AP018318.1|BBD58239.1|1222841_1224215_-|transposase,-IS4	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	5.51934e-10
AP018318.1|BBD58248.1|1234958_1237250_+|PAS/PAC-sensor-hybrid-histidine-kinase	gnl|CDD|274362	TIGR02956, sensor_protein_TorS, TMAO reductase sytem sensor TorS. This protein, TorS, is part of a regulatory system for the torCAD operon that encodes the pterin molybdenum cofactor-containing enzyme trimethylamine-N-oxide (TMAO) reductase (TorA), a cognate chaperone (TorD), and a penta-haem cytochrome (TorC). TorS works together with the inducer-binding protein TorT and the response regulator TorR. TorS contains histidine kinase ATPase (pfam02518), HAMP (pfam00672), phosphoacceptor (pfam00512), and phosphotransfer (pfam01627) domains and a response regulator receiver domain (pfam00072). [Signal transduction, Two-component systems].	2.46108e-57
AP018318.1|BBD58232.1|1215813_1216536_+|hypothetical-protein	gnl|CDD|225480	COG2928, COG2928, Uncharacterized conserved protein [Function unknown].	3.85239e-82
AP018318.1|BBD58247.1|1234478_1234937_+|two-component-response-regulator	gnl|CDD|381108	cd17557, REC_Rcp-like, phosphoacceptor receiver (REC) domain of cyanobacterial phytochrome response regulator Rcp and similar domains. This family is composed of response regulators (RRs) that are members of phytochrome-associated, light-sensing two-component signal transduction pathways such as Synechocystis sp. Rcp1, Tolypothrix sp. RcpA, and Agrobacterium tumefaciens bacteriophytochrome response regulator AtBRR. They are stand-alone RRs containing only a REC domain with no output/effector domain. The REC domain itself functions as an effector domain. Also included in this family us Methanosaeta harundinacea methanogenesis regulatory protein FilR2, also a stand-alone RR. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	8.7144e-60
AP018318.1|BBD58244.1|1228671_1230279_-|integral-membrane-sensor-signal-transduction-histidine-kinase	gnl|CDD|226654	COG4191, COG4191, Signal transduction histidine kinase regulating C4-dicarboxylate transport system [Signal transduction mechanisms].	4.24544e-45
AP018318.1|BBD58231.1|1214399_1215290_+|family-2-glycosyl-transferase	gnl|CDD|133005	cd02511, Beta4Glucosyltransferase, UDP-glucose LOS-beta-1,4 glucosyltransferase is required for biosynthesis of lipooligosaccharide. UDP-glucose: lipooligosaccharide (LOS) beta-1-4-glucosyltransferase catalyzes the addition of the first residue, glucose, of the lacto-N-neotetrase structure to HepI of the LOS inner core. LOS is the major constituent of the outer leaflet of the outer membrane of gram-positive bacteria. It consists of a short oligosaccharide chain of variable composition (alpha chain) attached to a branched inner core which is lined in turn to lipid A. Beta 1,4 glucosyltransferase is required to attach the alpha chain to the inner core.	7.52605e-81
AP018318.1|BBD58243.1|1228134_1228602_+|hypothetical-protein	gnl|CDD|225833	COG3296, COG3296, Uncharacterized protein conserved in bacteria [Function unknown].	2.31494e-35
AP018318.1|BBD58241.1|1225650_1226823_+|hypothetical-protein	gnl|CDD|274357	TIGR02937, RNA_polymerase_sigma_factor, RNA polymerase sigma factor, sigma-70 family. This model encompasses all varieties of the sigma-70 type sigma factors including the ECF subfamily. A number of sigma factors have names with a different number than 70 (i.e. sigma-38), but in fact, all except for the Sigma-54 family (TIGR02395) are included within this family. Several Pfam models hit segments of these sequences including Sigma-70 region 2 (pfam04542) and Sigma-70, region 4 (pfam04545), but not always above their respective trusted cutoffs.	2.01083e-09
AP018318.1|BBD58240.1|1224850_1225477_-|hypothetical-protein	gnl|CDD|368559	pfam05685, Uma2, Putative restriction endonuclease. This family consists of hypothetical proteins that are greatly expanded in cyanobacteria. The proteins are found sporadically in other bacteria. A small number of member proteins also contain pfam02861 domains that are involved in protein interactions. Solutions of several structures for members of this family show that it is likely to be acting as an endonuclease.	1.96792e-27
AP018318.1|BBD58233.1|1216640_1217282_+|transcription-termination-factor	gnl|CDD|182007	PRK09634, nusB, transcription antitermination protein NusB; Provisional.	1.81783e-103
AP018318.1|BBD58229.1|1212552_1213209_+|hypothetical-protein	gnl|CDD|275102	TIGR04282, hypothetical_protein, transferase 1, rSAM/selenodomain-associated. Members of this protein family show strongly correlated phylogenetic distribution, and in most cases co-clustering, with an unusual radical SAM enzyme (TIGR04167) whose C-terminal pfam12345 domain often contains a selenocysteine residue. Other members of the conserved gene neighborhood include another putative glycosyltransferase, an alkylhydroperoxidase family protein (TIGR04169), and a phosphoesterase family protein (TIGR04168). The cassette is likely to be biosynthetic but its exact function is unknown. [Unknown function, Enzymes of unknown specificity].	4.69872e-88
AP018318.1|BBD58245.1|1231047_1232157_+|oxidoreductase-like-protein	gnl|CDD|223745	COG0673, MviM, Predicted dehydrogenases and related proteins [General function prediction only].	1.49101e-67
AP018318.1|BBD58236.1|1219941_1221333_+|hypothetical-protein	gnl|CDD|225118	COG2208, RsbU, Serine phosphatase RsbU, regulator of sigma subunit [Signal transduction mechanisms / Transcription].	8.48525e-104
AP018318.1|BBD58246.1|1232240_1234202_+|two-component-hybrid-sensor-and-regulator	gnl|CDD|226702	COG4251, COG4251, Bacteriophytochrome (light-regulated signal transduction histidine kinase) [Signal transduction mechanisms].	2.64353e-54
AP018318.1|BBD58242.1|1226917_1228060_+|hypothetical-protein	gnl|CDD|370155	pfam08852, DUF1822, Protein of unknown function (DUF1822). This family of proteins are functionally uncharacterized.	1.13195e-119

Protein sequences

>AP018318.1|BBD58238.1|1222285_1222399_-|hypothetical-protein
MVKDAEPGRSVTVTTGTKINIGKIAQPNYSYTYKKET
>AP018318.1|BBD58237.1|1221819_1222206_+|putative-transposase
MRPQIWQPPIELSALEQSIVKRIKRAKLFTFLRQYRHQLFDSVSIHPDEPLFQELKQRQFTSAGRAKLRERVAVEHSLSHIGRWQTDQARYVGSRKNLFDLRRTAVVHNLHVLAKIFTLTTEPSVTSS
>AP018318.1|BBD58236.1|1219941_1221333_+|hypothetical-protein
MPVSQVPFQPTDGNNSAATDVTPVVALKELVARLHREQNKIQDLLSSLGFALRSFNNLNQFLELIPLMATRVTDADGSALFLYKPNGQVRLEQLHWQDSRQRKNIRKALETASSQITLLPNSTPLASSTGILDDQMHRYLGPDVQIFGTAILVKHTERGWLYVLSRDPDYSWTETRQKLVRLVADQTAVAIENDELAVELRKKERLDQELEIGAEIQRRLLPRQCPNIPGVTLAARCKPANRVGGDYYDFIPTNHNQLQLISRVSPETSRWGFVIGDVMGKGVPAGLIMTMMRGMLRGEVLHGNSPSGILQNLNRVMYADLENSHRFVTLFYSEYNPRNRILSYSNAAHNPPLWWHAATKTVSRLDTLGMLIGLDANSQYEDAQAQLEPGDTVIYYTDGLTDAAAASGDRFDEENFVAAFSAACRYCNGPEEIVDYLFDQVQQFIGSDRQNTDDMTLVVLQIV
>AP018318.1|BBD58235.1|1217494_1219069_+|signal-recognition-particle-docking-protein-FtsY
MAFNWFRRQYNDSSDTPSENQQAENTPAPVTQPEATETSDPNPTTTPESAADLLAFAKAAYKNIQQKQQSETEETAPTPSATPETVAAVTEEVVTPVPESAVIIEAPQLEATVEEVPVTEAEITLNAEEPTSIETQPTETAALSFLERAAAERQAKQERLIASAIEVAEPELTQSATVSEATATEMPDLAFDEGFVWSAELLAAQGRRAEDISIEEITWLKKLRQGLDKTRRNILNQLKAIVGQGPLNQAAVTEIESVLLQADVGVEATDHIISALQKKLREEVTPPEEAIAYLKKLLRDMLDEPIRKSDKPSFAPEKDHLNIWLITGVNGAGKTTTIGKIAHLAQKSGYRCLIGAADTFRAAAVEQVKVWGTRSGVEVIANPGKNTDPAAVVFDAIAAAQARETELLLVDTAGRLQNKKNLMDELSKVRRIIDKKAPNAKIESLLVLDATLGQNGLRQAEVFSQAAQLSGVVLTKLDGTAKGGVALAVVQQLGLPIRFIGAGEGIEDLRPFSSYEFVEALLSG
>AP018318.1|BBD58234.1|1217350_1217440_-|hypothetical-protein
MSLIEFVTLPYGENLRDILTSQCRVTGRG
>AP018318.1|BBD58233.1|1216640_1217282_+|transcription-termination-factor
MQDRKPQQIARELALLSLSQLPVNPKKLTEEHLPKLVLATVRTLRAEVQDTLDNAAAELQRSNDRLLTSQTRASDMNTARTMLQEAITYTQTAINQLGAAVEFPELIQLANQDREVGRYAIQIVKTVNEHRIFIDEQISAALVDWQVNRLAQIDRDILRIAVAEMGFLNLPDSVAINEAVVLAKRYSGDEGHRFINGVLRRFTEQKKLPSVLS
>AP018318.1|BBD58232.1|1215813_1216536_+|hypothetical-protein
MVIDRLKQDFKNDLIAGLLVVIPLATTIWLTITIANWVIDFLTQVPKQLNPFDGLHPILVNILNLAVGLAVPLLSILLIGLMARNIAGRWLLDVGERVLQAIPLAGQVYKTLKQLLETLLKDSNGKFRRVVLLEYPRQGIWAIAFVTGAMGTEIQAKMSRPMLSVFIPTTPNPTTGWYAVVPEEDVINLSMSIEDAFKVIVSGGIVAPNTPLPPLVLGKEQNLPASTKEPKHSVISVEEI
>AP018318.1|BBD58231.1|1214399_1215290_+|family-2-glycosyl-transferase
MFSIYILTYNEELDIAPCIESAMLSDDIIVVDSCSSDRTVEIASRYPIRVVQHAFESHGRQRTWMLESIPPKYEWVYILEADERMTPELFAECTQAMQNPNYIGYYVAERVMFMNRWIRHSTQYPRYQMRLFRHGKVWFTDYGHTEREVCEGATSFLKETYPHYTCGKGLSRWIEKHNRYSTDEAQETLNQLENGKVEWRDLFFGKTEVERRRALKDLSLRLPARPFLRFLYMYFLLGGCLDGRAGMAWCTLQAFYEYLILLKVWEMKYLPTPSVENIISQNENNKVVATQIAGEG
>AP018318.1|BBD58230.1|1213463_1214300_+|hypothetical-protein
MTNRFTSGNAALGLKVIGAVLILSFLLDFLILLLPFQPTDRGWQINLATALVDRGIVPMVGLGSLLIGYWIDGASEGGAKGIDLRFPAFILSSVLGLIFLLIFPLHLNNVNQAKAQTVTQIGQEADQAEAQLKNQVNQFQAQLNTDQGKAQLEQLRAQARAQFSELLKDDQKYKQALANPQLPQSQKDLLQKFKANPQELDKFIAQQTDPQGLANQRLSQIRQRKEDAEKQARDNAWKSGLRISMSSLLLSIGYIIIGWTGLRGGGALQTGGRKAAAR
>AP018318.1|BBD58229.1|1212552_1213209_+|hypothetical-protein
MLKLSEVQKQHLIIFTRYPEAGKTKTRLIPALGSIGAANLQQQMTEYTLLQTQELQKAIGISVEVRFTGGNLQLMQDWLGSELLYKSQGEGDLGSRMARSLFDAFQKRAEYGIIIGTDCPGLNSQILATAFQQLQTVDLVIGPAIDGGYYLIGVHRFIPELFANIDWGTAQVLQQTVAIAEKIGVSHTYLPALADVDQPEDLSIWEEIVQQSDWLRNS
>AP018318.1|BBD58239.1|1222841_1224215_-|transposase,-IS4
MSSSRKTNRDHAKKKQRPMMEDEVIASQLEQLLTPAITSQENYYRQLGLRDRILNLPLMVAAVLTLLWRDVAGATELTRMLAREGFLWCKPLEVSQQAISQRFLTFPAQLFERVFKDLVPKLQDSWQRRSRRKVPQSVQFTKSKFEKIWIVDCSILEALFQKLDSLKDAPPGKLAGKICTVIDLVNFLPVEIWFNENARSADTNFESDILKSADPHTLLLLDRGFYHFNFWLQLIAQKVNFITRLKKGAAIHVEQVFTDSFSLRDRLIRLGSGTKKTPFITLRLVEVRSAKTWHSYLTSVLEPTVLPPYVVADLYRRRWRIEDAFNTVKRLLGLSYLWTGSVNGVQLQIWGTWLFYAVLVDLGDAVADELSLPFDSISLEMIYRGLYHFYVAHQKGKATDPIKYFAAPENQDLGIVKRQRKPNMLLIVAPFPDQQRGTPEFFFQPPSQIPLTTASQP
>AP018318.1|BBD58240.1|1224850_1225477_-|hypothetical-protein
MVQSLPIPISVDQFLDWYPTNSTQFRYELHQGFIKQMPPPTGDHELVIAFLVKQILLECARLSKPLDIPKMAFVQSTEGESVFLPDVLLLNRLNLVNESLWRTKSTLTQADSIPLVIEVVSTNWRDDYFTKLGQYEAIGIPEYWIIDYAALGGKKFIGNPKQPTISIYSLLEGEYQVKQFRNSDRIESPTFPELILTAEQIFQSAVAN
>AP018318.1|BBD58241.1|1225650_1226823_+|hypothetical-protein
MQPRQSIIEIFSTFVQFDADRFSRWATESRLRRSIQGCLQKIPKENSEYFWVLYWYKFCQDSATASLAKQHLTAYLQEPCYWTSQKTCAGFASSQFKLSDCFQIAIAQVERVLKGFNPSQSSTLKNYASLIFSTAIRETLRQRQEVDICSDWGLLRKTSQKRLEESLQNAGLSPETVRAYILAGNAFKTLYVPSKASNSRQLSRPDDTTWEAIAKFYNSQSSQPANPETLEKWLLSAAKAVRKYLYPTPDSLNVSKGGDDGFELLDNLPGTQESLINEIVAQEEAQARTQQQGEINQILTTAIAQLEAQLQEILQLYYAQQLNQDAIAKQLDMKQYTVSRRLTKAKEVLLRSLANWCKDSLHISVTSDLLKSMSAVMEEWLQNYYSASSH
>AP018318.1|BBD58242.1|1226917_1228060_+|hypothetical-protein
MTFTLTNSTDLILEIPEFSQRSQAFSHPSADYQAYLNELCLNAVLPWLQEDFTPQAKVWPNTTALSSFWELVNGTPITVDAMRFILVPSESIDLSELRVPQEWVDLPSWLGDYYLAVQVEPDAGYVRVWGYCTHAQLKHKGNYDPGDRTYSLDATEIITDISVLAVAREFCPAEPTRSTVTAIPTLPQAQAHNLIDRLANTEVITPRLAIPFQLWGGLIEHSGWRQNLYEKRIGLPEQRSVLQWLQSGVSQLAETIGWERWNLELSAASRSVGDRQTEVNISRRLAIAGQFYELTITPQGEPDSPYWRFELRNAIVGAAIPGGFKIRLLTEDLQPFPNNEDIATTAVEQLYVEVALEPGEGIVWEVEPLPENYEREILKF
>AP018318.1|BBD58243.1|1228134_1228602_+|hypothetical-protein
MRKQVQKQMRTWAMLCHISALVAWLLLFGLVFLGIPLYLPLNILLPLIIWRLKKSQYPWIDFQGRESLNFQISLTLYTLIIIIFSLLLVLGSCGIAITTNGAVNEIKSVLDGLLLVWTFLIFGLLFLQSFLVTFAAIKAYHGEHYRYPLTMRILR
>AP018318.1|BBD58244.1|1228671_1230279_-|integral-membrane-sensor-signal-transduction-histidine-kinase
MYTPQKLRVTPSQLVAITVLLTLLLFIPQIWLNWQAYYNFNNLTQNEFRLQKLSDEIIYLDEVLTMSARMNAATGNLMWEKRYRQFEVKLDNAIQESIKLAPQAYNSKDAEKIDVANQQLVKMEYQSFDLVKKNKQQAAQQLLSSRKYETQKQIYADGVIKRKQNISLELQQQVAKYRQKIFWAILASIISLLLLIPAWLLVLNLLREYLKVKKNAQVALEETNWILETKVAARTETLNQKNIQLEQTLQELKNTQVQLIQTEKMSSLGQLVAGVAHEINNPVNFISGNLIYAKEYTQKLVDLINLYQQEYSHNNSKITTVIKEIDLEFILEDLPKIVSSMTLGADRIREIIIILRNFSRLDEADMKPVDIHEGIDSTLIILQHQLKGKPEQKEIKIIKEYCSNSPVVECYAGGLNQVFMNIIGNAIDALREKEVEDLKQAKERNASCITIQTQVKNAESLIISIKDNGLGISEEYKNRLFDPFFTTKPVGKGTGLGLSISYQIIVDKHHGKINCISSLGEGTEFVIEIPIKQTN
>AP018318.1|BBD58245.1|1231047_1232157_+|oxidoreductase-like-protein
MNQNVIGVAVVGTGFGQKVHIPGFIAHPRTEVVAVYHRDIHQAQAIANAHNIPHACNSVADIVKLPKVQAVSISTPPFLHYEMAKTVLQAGKHLLLEKPTTLNADEAKELYNLATVNKVTAVVDFEFRFVPGWQFFAELLTSGYVGNKRLIKIDWFGSSRADTSRPWNWYSSQEKGGGALGSLGSHAFDYIYWLFGSVRRLSAYLSTAIPHRIDPSNGQLKPVETDDNCLLSLELADGTPCQLNISAVVHAPRTHWVEVYGDRGTLVLGSENQKDYIHGFRVWGSQVGQPLAEIEIPQQLMFTQNFTDGRISAFIRVVDQWLQGIDQQQSIVPSLREGVYSQLLMDLSHQSHQTSSWVDVPSLDTYLEN
>AP018318.1|BBD58246.1|1232240_1234202_+|two-component-hybrid-sensor-and-regulator
MLLQIAKSIFRRRLTSAIAFPSVLLLSFSGVSLWQVNRLLSALEWVDHTDQVIAQAYRTHKLLLDEQTGSRGYILTGKPEFLEPYQEAKPITGAAFLELKHLVADNPPQVQRVQQLEVNYQEWNRLISQAVKRRQQGNVEPLTAFEVRKQQMDAMRQQIAAFITTEEQLRNKRSRTARHTAQQVSATSIILALLIGLILAYYIRQQILKVSQTYEQALKTAIEQTKNAQLSAQRLADLHQIDRAILSAQPDATIIRDGLSRLRQLINCQQAFSILFNFEDNTAAVLAANGDGELQLVEGSIWPITDFTPVEVLQTTHIFSVQNQHPPIVKKLLATGLNSCLIIPMQVEDSVIGEIILAKADATTFSSEIVEIASEVSAQLAIAIQQSQLRQQLQNYATELEQRVSQRTAQLQEVNQDLEAFNYSVSHDLRAPLRTMQGFAQALLEDYSNQLDSFGQSYLNYIAEGALQMDTLITDLLSYSRLGRIQIPIQPVDLNTVVREALKQLDAQIKEHQAQIIIDHALPQVMAHRSTLVQVLTNLLNNAIKFVKPDDLPIVHICFEEYIQENITWIKLSVVDHGIGIAPEHQERIFRVFERLHGVEIYPGTGIGLAIVRKALERMSGLCGVQSQLGTGSRFWIALPKADKLPDLPVESI
>AP018318.1|BBD58247.1|1234478_1234937_+|two-component-response-regulator
MNTLSIGETILLVEDNPHDILLVQRAFRKAGITNPLQVVNNGDAAVLYLAGEAAYSDRQLYPLPALIMLDLKLPRRSGAEVLMWLRQQPGLKRLPVVVLTASQEYTDVNRLYDLGANAYMVKPVAFDDLVEIVRIINQHWMVFNQKPELGTS
>AP018318.1|BBD58248.1|1234958_1237250_+|PAS/PAC-sensor-hybrid-histidine-kinase
MLRILLIDDNPHDRLLAIHALEREFVNLKIQQIARPQELEQALSAGEFDLVITDYELRWSNGIEVLRNIKSRYPEIPVVMFTNSGSQEIAVEAMKSGLDDYVIKSPSHYMRLPVAVRLALKQAATQNQITGLETRFQTLLNQLKVGVYRITADGIVLDANTAFLQLLGLDSLTEIPLNQTWESYFASEDDARLWQQLRTDAGMRERELLLHRLDGREIWVRISQTFTNNGDTTIIDGIIEDITERKYAEKALQESEARFRWIFESNVIGICFWDSDGNITAANDAYLQLVGYTRADMKTRGLRWTDISESEYNEQDLRIIEELKQCGISTPVEKYYIHKAGYRVPILIGCAFREGSQTDGFTFVVDLTERKQAEQEREQLLQREQTARQTAEAANRIKDEFLAILSHELRSPLNPILGWSKLLTTHKLSEAKISEALATIERNAKLQAQLIEDLLDISQILRGKLSLNIASVNLQSVISAALETVQLAAQAKAIEIQTTLSPDIGAVLGDPVRLQQVVWNLLSNAVKFTSSGGRVEVRLEEVGRQAQIQVIDTGQGISPEFLPFVFDYFRQADSQTTRRFGGLGLGLAIVKHLVELHGGGVWAASPGEGQGAIFTVRIPLIKSHTQLFQSTEQSDIYQELTGIRILVVDDEVDSREVVAFMLKECGAEVIAVPSAAEALSAFTQLQPDVLVFDIGMPDVDGYMLIRQIRSLPPEQGGQIPAIALTAYAGELNKQQALLAGFQLHSSKPIEPTELVKLITQLVK

Crispr_ID: AP018318_5

• CRISPR_ID: AP018318_5
• CRISPR_location: 1499973-1500069
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018318_5

Consensus_repeat	Method
ATGATTTGGGATAATTATCTGCGT	CRISPRCasFinder

spacers of AP018318_5

>5.1|1499997|49|AP018318|CRISPRCasFinder
CCCTCTCCGTTGTCAAAAGCAAATTGCTGATTTGCGCGGATAGGCTCCA

CRISPR arrays and Neighbor proteins around AP018318_5

CRISPR arrays

The CRISPR arrays of AP018318_5

>merge|AP018318|5|1499973-1500069|CRISPRCasFinder
ATGATTTGGGATAATTATCTGCGTCCCTCTCCGTTGTCAAAAGCAAATTGCTGATTTGCGCGGATAGGCTCCAATGATTTGGGATAATTATCTGCGT

>AP018318|5|5|1499973-1500069|CRISPRCasFinder
ATGATTTGGGATAATTATCTGCGT	CCCTCTCCGTTGTCAAAAGCAAATTGCTGATTTGCGCGGATAGGCTCCA
ATGATTTGGGATAATTATCTGCGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD58450.1|1493059_1494118_+|N-acetyl-gamma-glutamyl-phosphate-reductase	unknown	unknown	gnl|CDD|234761
AP018318.1|BBD58455.1|1498125_1498539_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD58454.1|1497595_1498000_-|hypothetical-protein	unknown	unknown	gnl|CDD|377163
AP018318.1|BBD58452.1|1495788_1496475_+|Mg-protoporphyrin-IX-methyl-transferase	unknown	unknown	gnl|CDD|236059
AP018318.1|BBD58466.1|1513199_1514246_+|putative-glycosyl-transferase	unknown	unknown	gnl|CDD|340831
AP018318.1|BBD58447.1|1489328_1489970_-|hypothetical-protein	unknown	unknown	gnl|CDD|132891
AP018318.1|BBD58451.1|1494172_1495462_-|enolase	unknown	unknown	gnl|CDD|234617
AP018318.1|BBD58459.1|1502234_1504928_+|putative-chloride-channel-protein	unknown	unknown	gnl|CDD|238504
AP018318.1|BBD58462.1|1508135_1509437_+|peptidase-like-protein	unknown	unknown	gnl|CDD|236090
AP018318.1|BBD58461.1|1505779_1507795_-|serine/threonine-protein-kinase-with-WD-40-repeats	unknown	unknown	gnl|CDD|238121
AP018318.1|BBD58460.1|1505193_1505736_+|hypothetical-protein	unknown	unknown	gnl|CDD|226210
AP018318.1|BBD58453.1|1496621_1497590_+|DNA-polymerase-III,-delta-prime-subunit	unknown	unknown	gnl|CDD|236011
AP018318.1|BBD58449.1|1490872_1492639_-|3,4-dihydroxy-2-butanone-4-phosphate-synthase	unknown	unknown	gnl|CDD|236465
AP018318.1|BBD58464.1|1510998_1511739_+|ABC-transporter-like-protein	unknown	unknown	gnl|CDD|224057
AP018318.1|BBD58456.1|1498961_1499825_+|hypothetical-protein	unknown	unknown	gnl|CDD|368938
AP018318.1|BBD58448.1|1490173_1490530_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD58465.1|1511813_1513115_+|putative-mannosyltransferase	unknown	unknown	gnl|CDD|340838
AP018318.1|BBD58457.1|1500113_1501427_+|peptidase-U62-modulator-of-DNA-gyrase	unknown	unknown	gnl|CDD|223389
AP018318.1|BBD58458.1|1501436_1502150_+|hypothetical-protein	unknown	unknown	gnl|CDD|369777
AP018318.1|BBD58463.1|1510191_1510998_+|putative-ABC-transporter-permease-protein,-ABC-2	unknown	unknown	gnl|CDD|224596

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD58450.1|1493059_1494118_+|N-acetyl-gamma-glutamyl-phosphate-reductase	gnl|CDD|234761	PRK00436, argC, N-acetyl-gamma-glutamyl-phosphate reductase; Validated.	0
AP018318.1|BBD58454.1|1497595_1498000_-|hypothetical-protein	gnl|CDD|377163	pfam03928, Haem_degrading, Haem-degrading. Haem_bdg is a bacterial protein that is up-regulated in response to haemin- and peroxide-based oxidative stress. It interacts with the SenS/SenR two-component signal transduction system. Iron binds to surface-exposed lysine residues of an octomeric assembly of the protein.	2.34552e-29
AP018318.1|BBD58452.1|1495788_1496475_+|Mg-protoporphyrin-IX-methyl-transferase	gnl|CDD|236059	PRK07580, PRK07580, Mg-protoporphyrin IX methyl transferase; Validated.	1.80948e-146
AP018318.1|BBD58466.1|1513199_1514246_+|putative-glycosyl-transferase	gnl|CDD|340831	cd03801, GT4_PimA-like, phosphatidyl-myo-inositol mannosyltransferase. This family is most closely related to the GT4 family of glycosyltransferases and named after PimA in Propionibacterium freudenreichii, which is involved in the biosynthesis of phosphatidyl-myo-inositol mannosides (PIM) which are early precursors in the biosynthesis of lipomannans (LM) and lipoarabinomannans (LAM), and catalyzes the addition of a mannosyl residue from GDP-D-mannose (GDP-Man) to the position 2 of the carrier lipid phosphatidyl-myo-inositol (PI) to generate a phosphatidyl-myo-inositol bearing an alpha-1,2-linked mannose residue (PIM1). Glycosyltransferases catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. The acceptor molecule can be a lipid, a protein, a heterocyclic compound, or another carbohydrate residue. This group of glycosyltransferases is most closely related to the previously defined glycosyltransferase family 1 (GT1). The members of this family may transfer UDP, ADP, GDP, or CMP linked sugars. The diverse enzymatic activities among members of this family reflect a wide range of biological functions. The protein structure available for this family has the GTB topology, one of the two protein topologies observed for nucleotide-sugar-dependent glycosyltransferases. GTB proteins have distinct N- and C- terminal domains each containing a typical Rossmann fold. The two domains have high structural homology despite minimal sequence homology. The large cleft that separates the two domains includes the catalytic center and permits a high degree of flexibility. The members of this family are found mainly in certain bacteria and archaea.	1.48294e-33
AP018318.1|BBD58447.1|1489328_1489970_-|hypothetical-protein	gnl|CDD|132891	cd07051, BMC_like_1_repeat1, Bacterial Micro-Compartment (BMC)-like domain 1 repeat 1. BMC-like domains exist in cyanobacteria, proteobacteria, and actinobacteria and are homologs of the carboxysome shell proteins. They might be encoded from putative organelles involved in unknown metabolic process. Although it has been suggested that these carboxysome shell protein homologs form hexamers and further assemble into the flat facets of the polyhedral bacterial organelles shell at present no experimental evidence exists to directly support this view. Proteins in this CD contain two tandem BMC domains. This CD includes repeat 1 (the first BMC domain of BMC like 1 proteins).	5.07774e-61
AP018318.1|BBD58451.1|1494172_1495462_-|enolase	gnl|CDD|234617	PRK00077, eno, enolase; Provisional.	0
AP018318.1|BBD58459.1|1502234_1504928_+|putative-chloride-channel-protein	gnl|CDD|238504	cd01031, EriC, ClC chloride channel EriC. This domain is found in the EriC chloride transporters that mediate the extreme acid resistance response in eubacteria and archaea. This response allows bacteria to survive in the acidic environments by decarboxylation-linked proton utilization. As shown for Escherichia coli EriC, these channels can counterbalance the electric current produced by the outwardly directed virtual proton pump linked to amino acid decarboxylation. The EriC proteins belong to the ClC superfamily of chloride ion channels, which share a unique double-barreled architecture and voltage-dependent gating mechanism. The voltage-dependent gating is conferred by the permeating anion itself, acting as the gating charge. In Escherichia coli EriC, a glutamate residue that protrudes into the pore is thought to participate in gating by binding to a Cl- ion site within the selectivity filter.	9.85168e-152
AP018318.1|BBD58462.1|1508135_1509437_+|peptidase-like-protein	gnl|CDD|236090	PRK07764, PRK07764, DNA polymerase III subunits gamma and tau; Validated.	1.33278e-07
AP018318.1|BBD58461.1|1505779_1507795_-|serine/threonine-protein-kinase-with-WD-40-repeats	gnl|CDD|238121	cd00200, WD40, WD40 domain, found in a number of eukaryotic proteins that cover a wide variety of functions including adaptor/regulatory modules in signal transduction, pre-mRNA processing and cytoskeleton assembly; typically contains a GH dipeptide 11-24 residues from its N-terminus and the WD dipeptide at its C-terminus and is 40 residues long, hence the name WD40; between GH and WD lies a conserved core; serves as a stable propeller-like platform to which proteins can bind either stably or reversibly; forms a propeller-like structure with several blades where each blade is composed of a four-stranded anti-parallel b-sheet; instances with few detectable copies are hypothesized to form larger structures by dimerization; each WD40 sequence repeat forms the first three strands of one blade and the last strand in the next blade; the last C-terminal WD40 repeat completes the blade structure of the first WD40 repeat to create the closed ring propeller-structure; residues on the top and bottom surface of the propeller are proposed to coordinate interactions with other proteins and/or small ligands; 7 copies of the repeat are present in this alignment.	5.0223e-114
AP018318.1|BBD58460.1|1505193_1505736_+|hypothetical-protein	gnl|CDD|226210	COG3685, COG3685, Uncharacterized protein conserved in bacteria [Function unknown].	1.64415e-43
AP018318.1|BBD58453.1|1496621_1497590_+|DNA-polymerase-III,-delta-prime-subunit	gnl|CDD|236011	PRK07399, PRK07399, DNA polymerase III subunit delta'; Validated.	5.91586e-169
AP018318.1|BBD58449.1|1490872_1492639_-|3,4-dihydroxy-2-butanone-4-phosphate-synthase	gnl|CDD|236465	PRK09319, PRK09319, bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase RibB/GTP cyclohydrolase II RibA.	0
AP018318.1|BBD58465.1|1511813_1513115_+|putative-mannosyltransferase	gnl|CDD|340838	cd03809, GT4_MtfB-like, glycosyltransferases MtfB, WbpX, and similar proteins. This family is most closely related to the GT4 family of glycosyltransferases. MtfB (mannosyltransferase B) in E. coli has been shown to direct the growth of the O9-specific polysaccharide chain. It transfers two mannoses into the position 3 of the previously synthesized polysaccharide.	2.79287e-72
AP018318.1|BBD58456.1|1498961_1499825_+|hypothetical-protein	gnl|CDD|368938	pfam06485, DUF1092, Protein of unknown function (DUF1092). This family consists of several hypothetical proteins of unknown function all from photosynthetic organisms including plants and cyanobacteria.	1.60166e-158
AP018318.1|BBD58464.1|1510998_1511739_+|ABC-transporter-like-protein	gnl|CDD|224057	COG1134, TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	8.56736e-105
AP018318.1|BBD58457.1|1500113_1501427_+|peptidase-U62-modulator-of-DNA-gyrase	gnl|CDD|223389	COG0312, TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only].	1.06818e-103
AP018318.1|BBD58458.1|1501436_1502150_+|hypothetical-protein	gnl|CDD|369777	pfam08241, Methyltransf_11, Methyltransferase domain. Members of this family are SAM dependent methyltransferases.	0.00284926
AP018318.1|BBD58463.1|1510191_1510998_+|putative-ABC-transporter-permease-protein,-ABC-2	gnl|CDD|224596	COG1682, TagG, ABC-type polysaccharide/polyol phosphate export systems, permease component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane].	2.22959e-53

Protein sequences

>AP018318.1|BBD58456.1|1498961_1499825_+|hypothetical-protein
MSSIWELDFYSRPILDENQKKVWEVVVCESPLDIRAQTDSLFRYAQYCPSTQVNSGWLRTALQEAINKAGEAPIKIRFFRRQMNNMITKACQDLGIPAQPSRRTLLLNQWLQQRMEEVYPQEPGYQGGNNPSVRLDSPLPQRLPDALEGQQWVFVSLSAGELAEMPEWDIGFGEAFPLEMAQLSPETRIPGVLIFSPRALPLAGWMSGLELAFLRVDQSVGTRLILETGATESWIVANIKNPQLLVEAKGFAEAKQKANGVHFIGVQSSPQAESFAGFWLLQEVTLL
>AP018318.1|BBD58455.1|1498125_1498539_-|hypothetical-protein
MLSKKLRVDSQQENFMAQRKRNSIALTKAERRIEGIQAINPELDFGNGCSIVTYNTKIYDVREKLAAYNQARIMVEKAQNALLESERGLNDFSEQMLVSVASRFGKDSYEYGMAGGTRKSNRKKPRSTIKQKIKPVA
>AP018318.1|BBD58454.1|1497595_1498000_-|hypothetical-protein
MNNYSIGHIQAQKLVVAAIDEAQKQKLSVAISVVDLGGHLVAFTRLDGTSYSANDASRRKAVAACNFKTPTHILFQIAKNDSDMSNALWKDPHIFIFPGGFPIMDGAYCIGGIGVAGGNYIQDQSIAEAALAMI
>AP018318.1|BBD58453.1|1496621_1497590_+|DNA-polymerase-III,-delta-prime-subunit
MTTNLFAQLVGQQQAIELLTEAVRQNRVAPAYLFIGTDGVGRSLAARCFVELLFSDTVEARLVASVQNRVRQGNHPDLLWVQPTYQYQGQRLTAAEAAEKKLKRKAPPLIRLEQIREITQFLSRPPLEAPRNVVVLEEAQTMAEAAANALLKTLEEPGQATIILIAPSPESVLSTLVSRCQKIPFYRLDTAALTQVLLQKNHQEVLQHPAILNIAGGSPGSAIACYEQLQVIPPELLTNLTSAPKSSRHALELAKKIDKDLDTESQLWLIDYLQHSYWQQWHQSGIVHQLEQARKALLVYAQPRLVWECTLLSVYQQCNLQN
>AP018318.1|BBD58452.1|1495788_1496475_+|Mg-protoporphyrin-IX-methyl-transferase
MNAADDKTIVREYFNSTGFDRWKRIYGDGEVNKVQLDIRYGHQQTVDKVIGWLKNDGNLSELSICDAGCGVGSLSIPLATEGAKVYASDISDKMVEEGKQRALEALGNSTNPSFAVQDLESLSGNYHTVICLDVLIHYPQDKADEMISHLCSLAESRIILSFAPKTCALSLLKKIGGFFPGASKTTRAYLHREADVVKIIEKNGFAVQRQEMTKTRFYYSRLLEATRK
>AP018318.1|BBD58451.1|1494172_1495462_-|enolase
MSNIVDTAIEAIVAREILDSRGRPTVEAEVHLLNGAVGLAQVPSGASTGTFEAHELRDDDKSRYGGKGVLKAVQNVKEVLTPKLLNLDALNQELIDRTMIAVDGSANKSNLGANAILAVSLAAAKAGAESLGIPLYRYLGGPLANLLPVPLMNVINGGAHAANNVDFQEFMIVPVGASSFKEALRWGAEVFATLSKVLDEKGLLTGVGDEGGFAPNLESNQVALELLVAAIKKAGYKPGEEVALALDVAASEFYKNGQYVYDGKPHSPAEFIDYLGQLVDQYPIVSIEDGLHEEDWSNWQLLTQKLGSRVQLVGDDLFVTNATRLRKGIDEKAGNAILIKLNQIGSLTETLETIDLATRNSFRSVISHRSGETEDTTIADLAVATRAGQIKTGSLCRSERVAKYNRLLRIEDELGDRAIYAGAVGLGAK
>AP018318.1|BBD58450.1|1493059_1494118_+|N-acetyl-gamma-glutamyl-phosphate-reductase
MGNFRRVPVGIVGASGYGGVQLVRLLMEHPEVELVYLGGESSAGKSFGDLYPHLAHLVNLPIEAVDPEVMAHRCEVVFLSLPNGLACQIAPQLLEKGCKVLDLSADYRFSNLATYTSWYGQERSDRTAAATAVYGLPELYRDRISEAQLVGCPGCYPTASLLALSPLLKQGLIVPETAIIDAKSGTSGGGRQAKVNLLLAEADNSLAAYGVVRHRHTPEIEQICSELAGHEVTVQFTPHLIPMVRGILATVYATLRDPGLARDDLITIYNAFYRNSPWVKVCQSGVYPQTKWACGSNLCFIGVEVDPRTGRVIVMSAIDNLIKGQAGQAIQCMNLMLGWEETLGLPKLGFYP
>AP018318.1|BBD58449.1|1490872_1492639_-|3,4-dihydroxy-2-butanone-4-phosphate-synthase
MPKPTRQSYGNPAESDNSQMSVAPPAGETTDHAAQPTFKFDSIDAALADLKAGRVIVVVDDENRENEGDLICAAQFATPDMINFMAVQARGLICLAMTGARLDELDLPLMVTNITDTNQTAFTVSIDAGPHLGVSTGISADDRARTIQVALNPATTPLDLRRPGHIFPIRAKAGGVLKRAGHTEAAVDLSRLAGLYPAGVICEIQNPDGSMARLPQLIEYAKNYNLKIISIADLISYRLQHDRLVIRESIAELPTQFGHFKIYAYRHTLDNCEHVAIVKGDPATFKDEPVMVRMHSECLTGDALGSLRCDCRMQLQAALNMIESAGQGVVVYLRQEGRGIGLINKLKAYSLQDMGLDTVEANERLGFPADLRDYGMGAQMLMDLGVKNIRLITNNPRKIAGVKGYGLEVVDRVPLLIESNDYNSYYLATKAKKLGHMLLQTYLVTIAIHWQDDPQSVTKRYERLEKLRHFAKTNDLLLQEEARPLAIALFDEPSLTVHLGFDQPKVASCDWYKQTGHPYLQAVFQIIDNLATLPYIQKLEFLISSGCDPLTNLQVQLDRQILSLDTLPSSISDSLEKQKIYSFTKKSE
>AP018318.1|BBD58448.1|1490173_1490530_-|hypothetical-protein
MKAKIIAALTVMAAIVSLESPVRAQSLSAPIVNEESYKITSDSLEGIGTRTAENDFMKFFEGGNINRPSNNTQTNKSPSNGLGFNRSVLLPSTSIFLQPAAQSTDGNNGLEVQLDLGS
>AP018318.1|BBD58447.1|1489328_1489970_-|hypothetical-protein
MGIELRSFVFLDSLQPQHAAYMGTVAQGFLPLPGDTSLWIEISPGIEINKITDVALKAASVRPGVQVVERLYGLLEVHSGSQGETRTAGQAILDLLGVRREECLKPRVVSSQIIRNIDAYQTQLINRTRRGQLLLAGQTLYVLEVEPAAYAALAANEAEKAASINILEVQAVGSFGRLYLGGQEQDILAGARGALTAIENVAGRTNPNSGRQE
>AP018318.1|BBD58457.1|1500113_1501427_+|peptidase-U62-modulator-of-DNA-gyrase
MGSENFSHDTLAEQLLELAIKSGAEAAEVYQSHSLSRPVFFEANRLKQLETSQSEGTTLRLWRNGCPGLTVAYGNVSPQAMVERALALSELNPPETIELVSNSKPDYPDLGKSVPIEVLVNWGKEAIAIIRDTYPDVLCNSDWECDVETTRLVNSQGLDCYYTDTTLSCYMSAEWVRGDDFLSVSDGQTQRNTLDPEKLAYQILQRLVWAKENVAPPNGRIPVLFTSKAADMLWGTAQAALNGKRVLEAASPWGERMNQQVVAPNLTLYQDPEAGPYSCPFDDEGTPTTALVFVKDGILQHFYGDRTTGYQLGVGSTGNGFRPGLGSYPTPGLFNFLIQPGAAPLRDLIRQLDNGLIVDQMLGGSGGISGDFSINIDLGYRVKNGQVIGRVKDTMVAGNVYTALKHVVELGNDADWNGSCYTPSLIVEGLSTTSRNH
>AP018318.1|BBD58458.1|1501436_1502150_+|hypothetical-protein
MTNFVNRPNDAIQLDRVVFLGRTLSEYVKFFDLDLSQWQKAKILDCPAGAAAVVAELHQMAIDAVAGDLLFNLDEPTLRAKGQADLAHVLETLADVTHNYNWDFYQNIAKLTEVRQTALAKFLADYPNGRTTGRYIQTVLPKLPFSDRSFDLVLSAHFLFLYSDCFDYAFHWQTILELYRVCSQEVRIYPLQGKDAQTYPFLKNLINDLNQAEISAEIVNVPWEFIQGSNQMLRLWR
>AP018318.1|BBD58459.1|1502234_1504928_+|putative-chloride-channel-protein
MMSLPVLSQRLRHLWQPRKGLAIAEASIIGLVAALSAVFLKVGSGWLGAWRVHTSHIFPAWIALPVVGLAFGYLAGWLVQRLAPEASGSGIPQVKANLANVPIKLSWRVAAVKLLSAMIVIGSGITLGRQGPTVQVGASLAAGMSRFVPTSPDHRRQMIAAGAGAGLAAAFNAPLAGVIFIVEELLQDLSGITLGTAIIASFIGGVVSRLLGGRSLQLNLQMIHSSSQFSLPELPFFLVLGILAGLLAALFNYGLVFSIKSYQRLHISLPLKVALAGFISGIVVAMLPEYFRNNTGLREYIITSESSASLAAIAFIAQFILTLIAFGSGAPGGLFAPSLILGSCLGHVVGVWESHLLGIGSLPTYALAGMGGFFSAVSKVPITAIVIVFEMTTDFNLVLPLMIVAVVAYLVADKVMPGSLYDRLLQLKGITLNKTASSEAILSNLTAKDVMQKQVETLDADMTLEEAKQAFSSSHHRGFPVVKNNKLVGIVTQSDLTKISNLHLPNNTLLKEMMTSAPITVTPIHNLSNVLYLLDRYQISRLPVVEGRKLIGIITRADIIRAEADHLNCANAISGPQPEPSYVVYQTRSPSIGRGRLLVPVANPETTTTLLQMAAAIARDRHYEIECVQIMLISRHSSPCETPVRTAKSRRLLRQAEVMAKKWRIPLHTQIRVAHDPAHAILETIKERDIDMILMGWKGNTFTPGRIFGNIVDTIIRQATCDVVLVKLGQELKEQGSKKQEENITVSSLLSPLPPTANSSSSQFNRWLVPMAGGPNSKFALKLLPALLTLANDPEIHLTQVFKPSELKPNMQVLDQAIHQLMRHRQLSKSVFVATPVQADSVSEGVINLVKKEGFDVVILGATREGLLQQAIQGNIPEAIASGVESTVILVRGAINT
>AP018318.1|BBD58460.1|1505193_1505736_+|hypothetical-protein
MVNLQERPSAITKITNLQEKLHYELCGMYDAESRFLEAQQMMVQCTTNKQLQSLIETHIRETEQQIRNLEQVFSAMGQQPKRINSDVAAAFVNEGQRCLLLTSDNPSLLDFTLAGALAKVENFEVISYQGLITGAEHIKQKEVVKLLQQNLQQEQQTAQKIEQHIPQLLQEAISTTTSRK
>AP018318.1|BBD58461.1|1505779_1507795_-|serine/threonine-protein-kinase-with-WD-40-repeats
MVCCLNPDCPEPLNSDANQYCQSCNTPLVRLLRGHYRVIKVLSDEGGFGRTYLAEDADKLNEWCVVKQFAPKVQEAGAIKKAIKLFQDEAQRLQHLGEHPQIPALLAYFEQDNYLFLVQQFIDGQNLLEELRQGVTYNETQVIRVLLDLLPVLKFIHDRGVIHRDIKPQNIIRRQSDGKLVLIDFGASKQLTATVQTKLGTTIGSHGYTPIEQMQDGQAFPASDLYSLGVTCFYLLTRNAPSKLWMQQGYGWVKYWRRYLPSTDRGRITIGAKLGKVLDKLLTTDIRQRYQVADQVIQDLKKQSLASPTSTSLLTAAPTLLTVPGTHQRLFALKINDNLQKLLLVNVVIILLGLGGIWYFQSLPKFNTTEVSESAEQPKTFRGHASDVNSVAFAPNGQILASGSDDKTIKLWNLATGTELQTLKGHLKWIWAIAFHPDGKILASSSADKTIKLWNLATTEEIRTLTGHTDGVASVAFSPDGKTLASGSLDKTIKLWNLTTGKLIRTFMGHSQAVATIAFSPDGKTLASGSWDKTIKLWNVATGKQIRTLEGHSDFILSLAFSPDGKTLASGSKDKTLKLWDLATGETIRTLKQHSDKVNSVAYKETANGIILASGSSDNTIKLWNPTTGQEIRTLKRDSGYIYSVAVSADGKAIASGGSAENIIKIWPISQ
>AP018318.1|BBD58462.1|1508135_1509437_+|peptidase-like-protein
MAEKFNQQSPLRMKLNLLVSISSSLAIASHILPISALEIPTLPRQFQLAKTPDERQPEAVQQGIEQIPAAEPPVTPQPNQSIDSPLPPRVPPQETNSTPQPAPENSTPRETNSPQPAPANSTPRETNSPQPAPTRSTPRQATPRETNSPQPAPTRSTPRQTNPTPQPSQTRSTSTTPGRRQTPNTNSGRTRNQKPRGVAAASSGTPAYKKINFVDIAFGILDKKDFQAQGRPYHFYQFEGRENQLIQIRLLGSADQRRSNNLSLRPYMFLLDPNNNVILKRGGGETDRDAFIFARLPVAGTYTIAVTSQNPGDTGRYSLAIRDDRASYILDESGELSQQNLVLKQNGTPYNVTQFQGTKNQLVSIRVDSVNEEFSPYIVLLNSQGQRIAANSDRDGKYSALIDRARLPEDGTYYIVVTSSNPTQRGNYRLTLF
>AP018318.1|BBD58463.1|1510191_1510998_+|putative-ABC-transporter-permease-protein,-ABC-2
MFWQLKASLQRSHVQHYWELLQVLVARNLNVRYRGSFLGVYWSLLNPLLMTGAYTAIFGTTFASYYGNSIFNYVLAVFTGLVVINFFSASTGQALLSVVNNGTLLNKINLPTSVFPVSMVVANIFQFAVGVFPLLALVTLINSKSLVNVFLLLLPLLALVLVCIGISLLVSALFVFFRDLPYFYELVVSLLWLSSPIFYPVVIVPTTVKTFLVLNPLFPVIESIRQISLSGALPEVHLIVHSLLSGIIFLALGITCFRWLRTSFMDLL
>AP018318.1|BBD58464.1|1510998_1511739_+|ABC-transporter-like-protein
MEVIRLNQVSLWRRTQEEFSYDLKKTILSFLEGKYRYPAKKLVLDRIDLVVKSGEKVGIIGANGAGKSTLLKLICGILQPQQGVVRVKGKIAPLIELGAGFDPEISVMANIIFYGVMLGFSRQEMMKKAASILEFAELQDYSLVPVKVLSSGMVARLGFAIATDVQPDILILDEVLSVGDESFKNKCKRRIEKFWAADATVLLVSHDLDFIRQSCEQVIWLDQGKVKLIGDANHVIETYLTTTKNY
>AP018318.1|BBD58465.1|1511813_1513115_+|putative-mannosyltransferase
MNKYPYKIAFFSPDLEQVVHRGIAIYTKMLLKCTDRLGYANYLITGAKCTKTHPLVQQILIEKHLDNPSHHPSVSKLMAYWLKNQLGFSHLVKIERERTTETSDRMTFLHNLKGFLNQKLIYQLVQNVQPRLLKNPYKLNISPNFNIVFSTSPSNIRVPRQTKLVQTLHDIIPITRNDHPDNTFIFYRRVQNMLRHSDLVLSVSETSRRDMLAIFPEYEQKIVTVYEPLADLPLLALKQIDESLVLNKYQIQRQNYLLFISSLEKRKNVFRMTEAYLGVQEKVGLPLIIIGEKDVGNSEIIPLLNSLNCKNKIRYLGYISNVEKFILLRNALAFIFPSLYEGFGLPPLEAMQVGCPVLASQAGSLPEVCADAALYIEDPLSTLSIAQGILKIVKNQALRQELSMKGYIRASEFSFGKYQQRLSEILENLLFRY
>AP018318.1|BBD58466.1|1513199_1514246_+|putative-glycosyl-transferase
MRVVVARTCIPFVFGGAEILAEELINALQTAGHLVDTINIPFTNYSPEKLLDNILACRLLEVSRPGKQDIDRLIALNFPAYLIPHPNKVIWLIHQYRAAYDMWDTPLSHLQQVSNNLQIRAAVYRADQNAFLESRQIYTISRNVSRRLSVFNHLDCEYLYHPPRNADQFYCDIPRDYIFFPSRITQIKRQELIIQALSWTQQPVKVLFAGTADVDDYIKTLEILAEKLQVSDRAIFLGRISESEKIQYYAKSRGVVYPPVDEDYGYVTLEAMLSAKPVITCTDSGEPVEFVHSGETGWVVEPTPQALADAMDKLWVNAHQAAQMGQQAREKYKSLNIDWVTVVQKLLK

Crispr_ID: AP018318_11

• CRISPR_ID: AP018318_11
• CRISPR_location: 2534312-2535233
• CRISPR_type: Orphan
• Repeat_type: I-D,II-B
• Spacer_info: 12 spacers

Consensus repeat of AP018318_11

Consensus_repeat	Method
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CRISPRCasFinder
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CRT
GTTTC----AATCCCTAATAGGGATTAGTTGAAATTGCAAT	PILER-CR

spacers of AP018318_11

>11.1|2534349|35|AP018318|CRISPRCasFinder,CRT
ACTTCTTTATTAACTTAGTTCCACCCCAAGCGCAG
>11.2|2534421|37|AP018318|CRISPRCasFinder,CRT
TTCATACCTGATGCCTTTCCGTTAGGCTATCCGGGCA
>11.3|2534495|41|AP018318|CRISPRCasFinder,CRT
TTTTGTATAAAATGTTATAATGCTTAAATATCGAGATTATT
>11.4|2534573|39|AP018318|CRISPRCasFinder,CRT
TGGCGATCGCGTCTATCGAGCAAGATGAAAATTTAACCC
>11.5|2534649|32|AP018318|CRISPRCasFinder,CRT
TCTCCAAGGAGTAATTAGGGGATTATCTTTAT
>11.6|2534718|40|AP018318|CRISPRCasFinder,CRT
CCCTCGCGCATTCTGTCTGCCACTTCACCAATAAAATCTT
>11.7|2534795|40|AP018318|CRISPRCasFinder,CRT
ACTTCTCCAACTGATGTTAGTGTGTTATCCACTCCTGCTG
>11.8|2534872|34|AP018318|CRISPRCasFinder,CRT
GCAATGGTGGACAGCTAGTGATCAACTAGAAGAG
>11.9|2534943|36|AP018318|CRISPRCasFinder,CRT
AGTCCAAACATCCGTTCAAGCAGCACTCAACGCCGG
>11.10|2535016|36|AP018318|CRISPRCasFinder,CRT
CCTGTACCCAGTCAGTAGACTCATCCTCACTTAAAC
>11.11|2535089|38|AP018318|CRISPRCasFinder,CRT
CCATACACTGTCTATCTTGTAGGTTGGGACATGAGTTT
>11.12|2535164|33|AP018318|CRISPRCasFinder,CRT
TATCTCAGCTACTTAAAGAATCATTTGATTGAG
>11.13|2534351|35|AP018318|PILER-CR
ACTTCTTTATTAACTTAGTTCCACCCCAAGCGCAG
>11.14|2534423|37|AP018318|PILER-CR
TTCATACCTGATGCCTTTCCGTTAGGCTATCCGGGCA
>11.15|2534497|41|AP018318|PILER-CR
TTTTGTATAAAATGTTATAATGCTTAAATATCGAGATTATT
>11.16|2534575|39|AP018318|PILER-CR
TGGCGATCGCGTCTATCGAGCAAGATGAAAATTTAACCC
>11.17|2534651|32|AP018318|PILER-CR
TCTCCAAGGAGTAATTAGGGGATTATCTTTAT
>11.18|2534720|40|AP018318|PILER-CR
CCCTCGCGCATTCTGTCTGCCACTTCACCAATAAAATCTT
>11.19|2534797|40|AP018318|PILER-CR
ACTTCTCCAACTGATGTTAGTGTGTTATCCACTCCTGCTG
>11.20|2534874|34|AP018318|PILER-CR
GCAATGGTGGACAGCTAGTGATCAACTAGAAGAG
>11.21|2534945|36|AP018318|PILER-CR
AGTCCAAACATCCGTTCAAGCAGCACTCAACGCCGG
>11.22|2535018|36|AP018318|PILER-CR
CCTGTACCCAGTCAGTAGACTCATCCTCACTTAAAC
>11.23|2535091|38|AP018318|PILER-CR
CCATACACTGTCTATCTTGTAGGTTGGGACATGAGTTT
>11.24|2535166|33|AP018318|PILER-CR
TATCTCAGCTACTTAAAGAATCATTTGATTGAG

CRISPR arrays and Neighbor proteins around AP018318_11

CRISPR arrays

The CRISPR arrays of AP018318_11

>merge|AP018318|11|2534312-2535233|CRISPRCasFinder,CRT,PILER-CR
TATTGAATCCCTAATAGGGATTAGTTGAAATTGCAATACTTCTTTATTAACTTAGTTCCACCCCAAGCGCAGGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTTCATACCTGATGCCTTTCCGTTAGGCTATCCGGGCAGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTTTTGTATAAAATGTTATAATGCTTAAATATCGAGATTATTGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTGGCGATCGCGTCTATCGAGCAAGATGAAAATTTAACCCGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTCTCCAAGGAGTAATTAGGGGATTATCTTTATGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCCCTCGCGCATTCTGTCTGCCACTTCACCAATAAAATCTTGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATACTTCTCCAACTGATGTTAGTGTGTTATCCACTCCTGCTGGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATGCAATGGTGGACAGCTAGTGATCAACTAGAAGAGGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATAGTCCAAACATCCGTTCAAGCAGCACTCAACGCCGGGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCCTGTACCCAGTCAGTAGACTCATCCTCACTTAAACGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCCATACACTGTCTATCTTGTAGGTTGGGACATGAGTTTGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTATCTCAGCTACTTAAAGAATCATTTGATTGAGGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

>AP018318|11|11|2534312-2535233|CRISPRCasFinder
TATTGAATCCCTAATAGGGATTAGTTGAAATTGCAAT	ACTTCTTTATTAACTTAGTTCCACCCCAAGCGCAG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TTCATACCTGATGCCTTTCCGTTAGGCTATCCGGGCA
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TTTTGTATAAAATGTTATAATGCTTAAATATCGAGATTATT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TGGCGATCGCGTCTATCGAGCAAGATGAAAATTTAACCC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TCTCCAAGGAGTAATTAGGGGATTATCTTTAT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CCCTCGCGCATTCTGTCTGCCACTTCACCAATAAAATCTT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	ACTTCTCCAACTGATGTTAGTGTGTTATCCACTCCTGCTG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	GCAATGGTGGACAGCTAGTGATCAACTAGAAGAG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	AGTCCAAACATCCGTTCAAGCAGCACTCAACGCCGG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CCTGTACCCAGTCAGTAGACTCATCCTCACTTAAAC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CCATACACTGTCTATCTTGTAGGTTGGGACATGAGTTT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TATCTCAGCTACTTAAAGAATCATTTGATTGAG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

>AP018318|11|3|2534312-2535233|CRT
TATTGAATCCCTAATAGGGATTAGTTGAAATTGCAAT	ACTTCTTTATTAACTTAGTTCCACCCCAAGCGCAG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TTCATACCTGATGCCTTTCCGTTAGGCTATCCGGGCA
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TTTTGTATAAAATGTTATAATGCTTAAATATCGAGATTATT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TGGCGATCGCGTCTATCGAGCAAGATGAAAATTTAACCC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TCTCCAAGGAGTAATTAGGGGATTATCTTTAT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CCCTCGCGCATTCTGTCTGCCACTTCACCAATAAAATCTT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	ACTTCTCCAACTGATGTTAGTGTGTTATCCACTCCTGCTG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	GCAATGGTGGACAGCTAGTGATCAACTAGAAGAG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	AGTCCAAACATCCGTTCAAGCAGCACTCAACGCCGG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CCTGTACCCAGTCAGTAGACTCATCCTCACTTAAAC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CCATACACTGTCTATCTTGTAGGTTGGGACATGAGTTT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TATCTCAGCTACTTAAAGAATCATTTGATTGAG
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

>AP018318|11|4|2534314-2535233|PILER-CR
TTGAATCCCTAATAGGGATTAGTTGAAATTGCAATAC	TTCTTTATTAACTTAGTTCCACCCCAAGCGCAGGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTT	CATACCTGATGCCTTTCCGTTAGGCTATCCGGGCAGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTT	TTGTATAAAATGTTATAATGCTTAAATATCGAGATTATTGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTG	GCGATCGCGTCTATCGAGCAAGATGAAAATTTAACCCGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTC	TCCAAGGAGTAATTAGGGGATTATCTTTATGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCC	CTCGCGCATTCTGTCTGCCACTTCACCAATAAAATCTTGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATAC	TTCTCCAACTGATGTTAGTGTGTTATCCACTCCTGCTGGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATGC	AATGGTGGACAGCTAGTGATCAACTAGAAGAGGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATAG	TCCAAACATCCGTTCAAGCAGCACTCAACGCCGGGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCC	TGTACCCAGTCAGTAGACTCATCCTCACTTAAACGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCC	ATACACTGTCTATCTTGTAGGTTGGGACATGAGTTTGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTA	TCTCAGCTACTTAAAGAATCATTTGATTGAGGT
TTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD59369.1|2537049_2537769_+|type-11-methyltransferase	unknown	unknown	gnl|CDD|369777
AP018318.1|BBD59362.1|2528116_2528353_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD59366.1|2531309_2532626_-|ABC-transporter-related-protein	unknown	unknown	gnl|CDD|226359
AP018318.1|BBD59365.1|2529534_2531190_+|hypothetical-protein	unknown	unknown	gnl|CDD|335962
AP018318.1|BBD59367.1|2532811_2534080_+|monooxygenase-FAD-binding-protein	unknown	unknown	gnl|CDD|235729
AP018318.1|BBD59374.1|2541958_2542909_-|cytochrome-C-oxidase-subunit-II,-transmembrane-region	unknown	unknown	gnl|CDD|224537
AP018318.1|BBD59375.1|2542929_2543535_-|hypothetical-protein	unknown	unknown	gnl|CDD|226695
AP018318.1|BBD59368.1|2535481_2536798_-|phospholipid/glycerol-acyltransferase	unknown	unknown	gnl|CDD|214724
AP018318.1|BBD59371.1|2539324_2539564_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD59376.1|2543531_2544026_-|hypothetical-protein	unknown	unknown	gnl|CDD|226695
AP018318.1|BBD59363.1|2528375_2528651_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD59373.1|2540307_2541972_-|cytochrome-c-oxidase-subunit-I	unknown	unknown	gnl|CDD|213748
AP018318.1|BBD59359.1|2525691_2526588_+|UTP-glucose-1-phosphate-uridylyltransferase	unknown	unknown	gnl|CDD|224131
AP018318.1|BBD59377.1|2544598_2545411_+|short-chain-dehydrogenase/reductase-SDR	unknown	unknown	gnl|CDD|187616
AP018318.1|BBD59370.1|2537936_2539304_-|FAD-dependent-pyridine-nucleotide-disulfide-oxidoreductase	unknown	unknown	gnl|CDD|224172
AP018318.1|BBD59360.1|2526749_2526998_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD59361.1|2527165_2527291_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD59372.1|2539611_2540301_-|cytochrome-c-oxidase-subunit-III	unknown	unknown	gnl|CDD|224758
AP018318.1|BBD59364.1|2528711_2529269_-|hypothetical-protein	unknown	unknown	gnl|CDD|99749
AP018318.1|BBD59358.1|2524088_2525216_-|hypothetical-protein	unknown	unknown	gnl|CDD|226749

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD59369.1|2537049_2537769_+|type-11-methyltransferase	gnl|CDD|369777	pfam08241, Methyltransf_11, Methyltransferase domain. Members of this family are SAM dependent methyltransferases.	1.69008e-10
AP018318.1|BBD59376.1|2543531_2544026_-|hypothetical-protein	gnl|CDD|226695	COG4244, COG4244, Predicted membrane protein [Function unknown].	2.40378e-46
AP018318.1|BBD59366.1|2531309_2532626_-|ABC-transporter-related-protein	gnl|CDD|226359	COG3839, MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism].	6.88192e-166
AP018318.1|BBD59367.1|2532811_2534080_+|monooxygenase-FAD-binding-protein	gnl|CDD|235729	PRK06185, PRK06185, FAD-dependent oxidoreductase.	0
AP018318.1|BBD59365.1|2529534_2531190_+|hypothetical-protein	gnl|CDD|335962	pfam04966, OprB, Carbohydrate-selective porin, OprB family.	2.76274e-59
AP018318.1|BBD59374.1|2541958_2542909_-|cytochrome-C-oxidase-subunit-II,-transmembrane-region	gnl|CDD|224537	COG1622, CyoA, Heme/copper-type cytochrome/quinol oxidases, subunit 2 [Energy production and conversion].	2.26245e-52
AP018318.1|BBD59375.1|2542929_2543535_-|hypothetical-protein	gnl|CDD|226695	COG4244, COG4244, Predicted membrane protein [Function unknown].	5.39551e-30
AP018318.1|BBD59368.1|2535481_2536798_-|phospholipid/glycerol-acyltransferase	gnl|CDD|214724	smart00563, PlsC, Phosphate acyltransferases. Function in phospholipid biosynthesis and have either glycerolphosphate, 1-acylglycerolphosphate, or 2-acylglycerolphosphoethanolamine acyltransferase activities. Tafazzin, the product of the gene mutated in patients with Barth syndrome, is a member of this family.	8.94708e-08
AP018318.1|BBD59377.1|2544598_2545411_+|short-chain-dehydrogenase/reductase-SDR	gnl|CDD|187616	cd05358, GlcDH_SDR_c, glucose 1 dehydrogenase (GlcDH), classical (c) SDRs. GlcDH, is a tetrameric member of the SDR family, it catalyzes the NAD(P)-dependent oxidation of beta-D-glucose to D-glucono-delta-lactone. GlcDH has a typical NAD-binding site glycine-rich pattern as well as the canonical active site tetrad (YXXXK motif plus upstream Ser and Asn). SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet), an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Classical SDRs are typically about 250 residues long, while extended SDRS are approximately 350 residues. Sequence identity between different SDR enzymes are typically in the 15-30% range, but the enzymes share the Rossmann fold NAD-binding motif and characteristic NAD-binding and catalytic sequence patterns. These enzymes have a 3-glycine N-terminal NAD(P)(H)-binding pattern (typically, TGxxxGxG in classical SDRs and TGxxGxxG in extended SDRs), while substrate binding is in the C-terminal region. A critical catalytic Tyr residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase (15-PGDH) numbering), is often found in a conserved YXXXK pattern. In addition to the Tyr and Lys, there is often an upstream Ser (Ser-138, 15-PGDH numbering) and/or an Asn (Asn-107, 15-PGDH numbering) or additional Ser, contributing to the active site. Substrates for these enzymes include sugars, steroids, alcohols, and aromatic compounds. The standard reaction mechanism is a proton relay involving the conserved Tyr and Lys, as well as Asn (or Ser). Some SDR family members, including 17 beta-hydroxysteroid dehydrogenase contain an additional helix-turn-helix motif that is not generally found among SDRs.	2.31836e-148
AP018318.1|BBD59373.1|2540307_2541972_-|cytochrome-c-oxidase-subunit-I	gnl|CDD|213748	TIGR02891, Probable_cytochrome_c_oxidase_subunit_1-beta, cytochrome c oxidase, subunit I. This large family represents subunit I's (CtaD, CoxA, CaaA) of cytochrome c oxidases of bacterial origin. Cytochrome c oxidase is the component of the respiratory chain that catalyzes the reduction of oxygen to water. Subunits I-III form the functional core of the enzyme complex. Subunit I is the catalytic subunit of the enzyme. Electrons originating in cytochrome c are transferred via the copper A center of subunit II and heme a of subunit I to the bimetallic center formed by heme a3 and copper B. This cytochrome c oxidase shows proton pump activity across the membrane in addition to the electron transfer. In the bacilli an apparent split (paralogism) has created a sister clade (TIGR02882) encoding subunits (QoxA) of the aa3-type quinone oxidase complex which reacts directly with quinones, bypassing the interaction with soluble cytochrome c. This model attempts to exclude these sequences, placing them between the trusted and noise cutoffs. These families, as well as archaeal and eukaryotic cytochrome c subunit I's are included within the superfamily model, pfam00115. [Energy metabolism, Electron transport].	0
AP018318.1|BBD59359.1|2525691_2526588_+|UTP-glucose-1-phosphate-uridylyltransferase	gnl|CDD|224131	COG1210, GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane].	2.32292e-100
AP018318.1|BBD59370.1|2537936_2539304_-|FAD-dependent-pyridine-nucleotide-disulfide-oxidoreductase	gnl|CDD|224172	COG1252, Ndh, NADH dehydrogenase, FAD-containing subunit [Energy production and conversion].	4.60986e-120
AP018318.1|BBD59372.1|2539611_2540301_-|cytochrome-c-oxidase-subunit-III	gnl|CDD|224758	COG1845, CyoC, Heme/copper-type cytochrome/quinol oxidase, subunit 3 [Energy production and conversion].	2.87602e-54
AP018318.1|BBD59364.1|2528711_2529269_-|hypothetical-protein	gnl|CDD|99749	cd06260, DUF820, Domain of unknown function (DUF820). This family consists of hypothetical proteins that are greatly expanded in cyanobacteria. The proteins are found sporadically in other bacteria. They have been predicted to belong to the PD-(D/E)xK superfamily of nucleases.	1.46745e-25
AP018318.1|BBD59358.1|2524088_2525216_-|hypothetical-protein	gnl|CDD|226749	COG4299, COG4299, Uncharacterized protein conserved in bacteria [Function unknown].	6.68422e-172

Protein sequences

>AP018318.1|BBD59367.1|2532811_2534080_+|monooxygenase-FAD-binding-protein
MTNHLPTNPIPDSSVNPAHEIVDLQTTDCCIVGGGPAGAILALLLARQGISVMLLEAHKDFDRDFRGDTIHPSVMQIMDELGLSDRLLQLPHTKMRQINVKTPEGSFTLADFSHLKTPYPYITMLPQVKFLEFITQEAQKYPHFQLVMGANVQELIEENGTVKGVRYRGGGGWHEVRAMLTVGADGRHSRLRQIGGFESIETSPPMDILWFRLPRHPEDFEGGMGRFAPGHIVAMLDRGDEWQIAYVIPKGGYHKLRAAGLDELKTSVVEVVPELSDRLSSLQDWSQVAFLSVESSRVKRWYRSGLLLIGDAAHIMSPVGGVGINYAIQDAVVSANVLSKPLHNKYLELRDLAKVQRQRELPTRIIQAFQTFIQKRVFAPVLSANRTFQPPSFLRLPFLRDFPARLIALGVFPVHVKYSINS
>AP018318.1|BBD59366.1|2531309_2532626_-|ABC-transporter-related-protein
MAQVILENVYKSFPPRKGESNAAQERADNLNVLRRINLTIADGEFMVLVGPSGCGKSTLLRLIAGLETLTGGNILVGDRLINDLPPKERDIAMVFQNYALYPHMTVYDNIAFGLRRRGRQGAGEQGSQRRAGVPPVEATGVSRGDKMPNWAENLLVGGTKNLPKGLRYISPKEKLIETQVRSVAQLLQIEMLLNRLPKQLSGGQRQRVALGRAIARNPQVFLMDEPLSNLDAKLRAETRAQIVKLQRQLGTTTIYVTHDQTEAMTMGDRIAIMNQGQIQQLASPLELYNRPANRFVAEFIGSPPMNFIPVEFHAPLLISHSLFRFTLPETWGKALQKYDKQTLILGIRPEHLNLSLPATKNLPVKVDLVENLGNDAFLSVRLTEPDSPISSDAPYLQVRVPTDRQLSVGEQLWLSINPEKIHFFDPETDLAIFPTNNS
>AP018318.1|BBD59365.1|2529534_2531190_+|hypothetical-protein
MSHLLWKTLVLSPVCLGVAVLFSAKVVAAEIETESPTPQQQLISQAKTEENQVLEQVNQYSLDGKNQNSLSQVTSVSQFSDVQPTDWAFQALQSLVERYGCIAGYPNGTYRGNRALTRYEFAAGLNACLDRVNELIATATADLVKKEDLATLQRLQEEFSAELATLRGRVDALEARTAELEANQFSTTTKLVGEAVFAVTDSFGDNDTNNTVFQDRVRLDFQTSFTGKDILHTRIAAGNASVLPLANNTYEGTQTFNVFLGGNNSAFIDWLAYYFPVGNSQVYVAATGGIHSDYVPTVNPYFEDFDGGNGALSTFAGESPIYRIGGGAGAALNLAFGGGGTFKPSLTLGYLAAEANSPNSGSGLFAGNYAALAQLNLNVGDRLTLAATYVNGYHGAGSALFDFGSVTTGVVGTRQANRQNLPGVAIDSAYASNSYGFEAAFKPSDKLSISGFVLYSQVTGFGANDDDDIWSYGLGVALPDLGKKGNVLGIFGGAQPYAGSGNNNTPYHIEGFYKYRVSDNISITPGVIWLTNPGQTSDDAIIGTLRTTFVF
>AP018318.1|BBD59364.1|2528711_2529269_-|hypothetical-protein
MTQIKSQLTLKEFLALPQGDITYELVDGEAKPKMAPKRFHSRLTLALTQLLTPWAKNRGEVGVEWAVTLKRRGRDWVPVPDLLYVSYSRLHSDVIEDEACSIPPDLAIEIISPDQTFGEMSAKATDYLEAGVMRVWVVDAKAKTVTVFYPDAHPQTKAGEDSLEDSLFEGLRITPAQIFQQAGIP
>AP018318.1|BBD59363.1|2528375_2528651_+|hypothetical-protein
MMSHWLGIALVAYLIGAVIEGISTASQLSHSLPEITKDMQSQPSESANQLEEKWRVFAAIFSVSVCGACIWPCRLLHRLIKKKVPSENSSD
>AP018318.1|BBD59362.1|2528116_2528353_+|hypothetical-protein
MITTKMMQQLWAVIESTNVSTLLQFDDVALVQLLFQQLNTQQEEDLQADSSLNAYIQSKLPLIRDTAEGRLSFSTENH
>AP018318.1|BBD59361.1|2527165_2527291_-|hypothetical-protein
MSLSLISLVREVKTYFANKLKDEIAQFSATVLWYEGSRCDR
>AP018318.1|BBD59360.1|2526749_2526998_-|hypothetical-protein
MSRDIVKVILWEEKQKDYLKKLYDLQFIPRIGEEIYINKENWKVTRIEHDVEVSEVNIYMELIKKGKQEKSSERSSEKSSHS
>AP018318.1|BBD59359.1|2525691_2526588_+|UTP-glucose-1-phosphate-uridylyltransferase
MPHNKVRKAVIPAAGFGTRLFPATKVVKKELFPIIDRDGRAKPVILAIVEEAMSAGITEIGIVVQPDDIEIFTDLFKNPPQSELLQKLSPENQKYSRYLQDIGDKITILTQEQPEGYGHAVFCAKNWVQDEPFLLMLGDHVYASDTHKSCASQVLDIYAQVHQSVVSLTTMPAAIIHKAGCVTGVWQETNSILQVTQLVEKPTVDYARQNLRVVGIKDDEFLCVFGLYVLTPRIFDCLAEHIEKNLRDRGEFQLTSSLDSLCQAEGMTGYIVQGKCFDTGLPDAYRQTMIDFRNISKE
>AP018318.1|BBD59358.1|2524088_2525216_-|hypothetical-protein
MRLTSLDVFRGITIAGMILVNMAGVADDVYPPLAHADWHGCTPTDLVFPFFLFIVGVSMTFSLSKYTAENKPTAAVYWRIVRRAAILFALGLLLNGFWNKGVWTFDFSSIRIMGVLQRISLTYLLASLAVLNLPRKGQWILAAVLLIGYWLTMMYVTVPEYGAGALTREGNFGAYIDRLIIPQAHLYAGDGFKNMGDPEGLFSTIPAVVSVLAGYFTGQWIRKQPVQTRTSVGLALFGIGCLIIGWAWGWVFPINKKLWTSSYVIFTSGWALLLLAACYELIEVRLIKRWSKPFEIMGLNAIALFVASVLLIKILAKTKIGTGETAPSTYNWIYQNIFASWAGTFNGSLLFALVTVLLWWAVAVLMYRQRWFLKV
>AP018318.1|BBD59368.1|2535481_2536798_-|phospholipid/glycerol-acyltransferase
MMRWFLPFILRFRTRPWLTAGVVKIEAENAEILAELYQKFQAGKIRFLIAFRHPEVEDPLCMLYLLSRLVPKAARQHGIKLQEPIHSHFIYERGMTIWAGNWLGWLFSRVGGVPVRRGRRVDRLAIQTARDLFANGKMPIAVAPEGGTNGHSGIVSPLEPGVAQLGFWCVEDLQKSDRTETVFIVPVAIQYRYVQPPWTKLNWLLSKLEADSGLAIQSISQSAINNSTEIYHQRICLLGEHLITEMEEFYRRFYHQDLPQIPNQTLIPRLHRLLDTSLKVTEQYFNIQAQGNFIDRCRRLEDAGWNYIYREDIADIHKLPPLKRGLADWIAEEADLRMQHMRIVESFVAITETYLQEQPTSERFAETALLMYDMLIRIQDSTLPGRPSLGLRQVQITVGEPISVTERWEKAQNNRHAARQAASTLTQDLQTALENLIS
>AP018318.1|BBD59369.1|2537049_2537769_+|type-11-methyltransferase
MSKQSPSFPFNSNNPHSDKWQERTSQVAYRFNRQYQNQTFELPPEVQSMPIYQEWKAGILAGRAVSPFWEIAQPQKNQHCLDIGCGVSFLIYPWRDWQAFFYGQEISNIARDTLNSRGSQLNSKLFKGVELGGAHHLNYGLDQFDLAIATGFSCYFPLEYWNTVLGEVQRVLKSGGHFVFDILNPEQPLSEDWAVLETYLGAEVFLEPLAEWEKMIKAAGAKVITQQSGELFELYKVRF
>AP018318.1|BBD59370.1|2537936_2539304_-|FAD-dependent-pyridine-nucleotide-disulfide-oxidoreductase
MNSQVYQTVIVGGGFTGLFTALHLAHEHYPRSVILIDKNERFCFKPLLYEYFDGEMDAIQVVPRFSELLKGSGVIFVQDTVQSIDLHQREVKLVSGNSYNYSNLVLALGSVTGYHQVEGANVNAFPFWTQADAIALDKHLRECLQKAVQTENIEQRRKLLTVVVVGGGASGVEMAATLADFLPHWYRALGGNSTEIRVILLNHGEKILDGDINDPLRPIAEKELQKRSVAIEIFKEAEATAVYPNAIEYKSNDEIKTLPTHTTIWTAGTSLNPLIQELAIPQEHRDHHHRPLVTSTMQLLDFPEVFAGGDCAAVQDNSLPPTAQVAYQQGANIAGNLKALALGEDLKPFKVNIRGTLLKLGLNDAAANLFNIFEVTGEPAHLIRQGTYLTLLPTPIHDFKATTEWLDEEVFHHHLDPRDVGKKVVQAVELVGASVIGVLVGRKLLKMLGNEDNKD
>AP018318.1|BBD59371.1|2539324_2539564_-|hypothetical-protein
MKLLAQELPSPRAIQETPVPGAKQDPLIAHGLQKEQYVGIIGLAIALIAAVGFFSRRFEYALIFAIALSAILIAFFLFI
>AP018318.1|BBD59372.1|2539611_2540301_-|cytochrome-c-oxidase-subunit-III
MANNKSYESMNRGVIHVDESPIPLERWRQYLPNWLKRFLPVRGGRAEDHHGKAIFGFTVFLLSESIVFLSFIFTYVGLRLTHSKNWLPPGISGPELSIFVIINTVILLSSSFVIQPAENALKHHQLNKFRWLWLITICMGTYFLISQGIEWKNLDFGLSTGLVGSTFYVLTGFHGLHVLTGVILQITMLVRSFRQGNYEKGHFGVSATTLFWHFVDIIWVFLFSLLYLW
>AP018318.1|BBD59373.1|2540307_2541972_-|cytochrome-c-oxidase-subunit-I
MTTHDSIDTTPQNDPENNWRHYFSFSTDHKVIGVQYMVMTFIFFLIGGLLAMLIRAELITPASNVVDRPLYNGLFTLHGTIMIFLWIIPFNAGISNYLVPLMIGARDMAFPLLNAISFWILPPSGLLLISSFLLPNGTAQSGWWSYPPISLQIPPGQPINGEFIWIVSIVLIGISSIMGAVNFVTTIFWMRAPGMTFFRMPVFVWSVLSAQLLQLVNLPSLTGALILLLFDLNFGTQFFKPLENGDPIIYQHLFWFYSHPAVYIMALPAFGIFAEVLPAFSRNPLFGYRSLAVASLGIAVVSIFVWVHHMFTSATPGWMRMLFMVTSMLVAVPTGVKAFGWTATIWKSKLHLETPMLFAMGGAAMFLLGGVTGVMLAAVPFDIHVHNTYFIVGHFHYIVFNTITMAIFAAIYFWFPKITGRMYAEGWGKVHFWLTFIGANLTFFPMLPLGLQGMVRRISSYDPRYQGWNILASLGGFLLGVSVLPFIANIVGSLLYGQRASNNPWLATGLEWTTTSPPPRDNFEEIPVVKRPPYDYGDPKYSVIEPHDYHQQEN
>AP018318.1|BBD59374.1|2541958_2542909_-|cytochrome-C-oxidase-subunit-II,-transmembrane-region
MSRFLEYFLIASYIAVLLVISHWIGAQAYSWLPVEATAEAQKVDSLFSFLTAIGAFIILGLVGMMVYSVLFFRAPKNDYSEGHPSRGDIKLEVLWTAAPTLLVLWVAWQGFNIYQQLDILGLQQVVHLHTPLEEPASAASISDIPKPADETIEVFVKQWDWSFRYPNNVTSNELHLPVNRRTRLNMHAKDVLHSFYVPEFRLQQYIVPGRDIDLVVTPTRMGEYKLKDALFSGTYFALMDANVHIESLEEYNQWLTTAEQQPLAIKNQAVAEYTQPPKTLLKTGWYTVAPEPPAIAQSAPPKRLTANERKVMNDDT
>AP018318.1|BBD59375.1|2542929_2543535_-|hypothetical-protein
MNSPLIDSLGLRFGANGLPYEVPLHPQLVHLTLGLFIIAIFFDIAGAIFPIERPIFKFLGIPAIRSGLFDVGWYNLLGAAVVTFFTVAFGFFELMLANPPINQKSDWGLNASWTMLLHGLGGVLLLGIIVAMTVWRGLQRYYWLKNASRQVQWFYLLVGISIMGLLYLHGTLGGQLGSEFGVHITAAKLLQEGANPNLLPK
>AP018318.1|BBD59376.1|2543531_2544026_-|hypothetical-protein
MFALNLNSQNLPYPDPVHPIVVHFVIAMVFFSFICDVIGYFTRNTRLFEVGFWNMFVAVIAIFVAIIFGQFEAGLAQIYPAVQPTLNFHTLMGWSLGAIIAIITAWRFVIRDRHPLKLPPAYLGVATFLICLVFLQIYLGSKLFWVYGLHVEPVVEAMKQGVSP
>AP018318.1|BBD59377.1|2544598_2545411_+|short-chain-dehydrogenase/reductase-SDR
MSYSSYLLKGQKALVTGASSGIGEAIARYLASSGAAVAINYHSEAEEAEKIVDDIKANNGEAFAIQADVSQEDQVKAMFQQTLQNFGTIDILVNNAGLQKDSPFVDMTLDHWNQVIGVNLTGQFLCAREAAKEFLRRGVRPQISSAAGKIICISSVHEVIPWAGHVNYAASKGGIHLMMQSIAQELAPHKIRVNSIAPGAIKTPINKSAWDTPQAEAKLLQLIPAKRIGDVEDVAKAAVWLASDDSDYVNGTTLFVDGGMTLYPGFTENG

Crispr_ID: AP018318_13

• CRISPR_ID: AP018318_13
• CRISPR_location: 3214788-3215259
• CRISPR_type: Orphan
• Repeat_type: I-D,II-B
• Spacer_info: 6 spacers

Consensus repeat of AP018318_13

Consensus_repeat	Method
ATTGCAATTTCAACTAATCCCTATTAGGG----------ATTGAAAC	PILER-CR
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	CRISPRCasFinder
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	CRT

spacers of AP018318_13

>13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT
AGCCGTTCCTAATATTTTTATATGAATAATTA
>13.2|3214894|35|AP018318|PILER-CR,CRISPRCasFinder,CRT
GAAAAACATCAGGATATGTCGAATGTACATTGTAT
>13.3|3214966|34|AP018318|PILER-CR,CRISPRCasFinder,CRT
AGCAATTGGAAGGCGATCGCTCCAAGTAGTTATG
>13.4|3215037|41|AP018318|PILER-CR,CRISPRCasFinder,CRT
AATATCTAAAATGAGATTGCGCCCGACGCTGACGACATCGG
>13.5|3215115|36|AP018318|PILER-CR,CRISPRCasFinder,CRT
ACTGAGAGATATTGCTAAACACACCAAGAAAAAATC
>13.6|3215188|35|AP018318|PILER-CR,CRISPRCasFinder,CRT
AGGTTGTTCGGGGTTTTGAGTTTGATTTGCTCCTA

CRISPR arrays and Neighbor proteins around AP018318_13

CRISPR arrays

The CRISPR arrays of AP018318_13

>merge|AP018318|13|3214788-3215259|PILER-CR,CRISPRCasFinder,CRT
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAACAGCCGTTCCTAATATTTTTATATGAATAATTACTTGCAATTTCAACTAATCCCTATTAGGGATTGAAACGAAAAACATCAGGATATGTCGAATGTACATTGTATATTGCAATTTCAACTAATCCCTATTAGGGATTGAAACAGCAATTGGAAGGCGATCGCTCCAAGTAGTTATGATTGCAATTTCAACTAATCCCTATTAGGGATTGAAACAATATCTAAAATGAGATTGCGCCCGACGCTGACGACATCGGATTGCAATTTCAACTAATCCCTATTAGGGATTGAAACACTGAGAGATATTGCTAAACACACCAAGAAAAAATCATTGCAATTTCAACTAATCCCTATTAGGGATTGAAACAGGTTGTTCGGGGTTTTGAGTTTGATTTGCTCCTAATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC

>AP018318|13|5|3214788-3215259|PILER-CR
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGCCGTTCCTAATATTTTTATATGAATAATTA
CTTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	GAAAAACATCAGGATATGTCGAATGTACATTGTAT
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGCAATTGGAAGGCGATCGCTCCAAGTAGTTATG
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AATATCTAAAATGAGATTGCGCCCGACGCTGACGACATCGG
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	ACTGAGAGATATTGCTAAACACACCAAGAAAAAATC
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGGTTGTTCGGGGTTTTGAGTTTGATTTGCTCCTA
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC

>AP018318|13|13|3214788-3215259|CRISPRCasFinder
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGCCGTTCCTAATATTTTTATATGAATAATTA
CTTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	GAAAAACATCAGGATATGTCGAATGTACATTGTAT
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGCAATTGGAAGGCGATCGCTCCAAGTAGTTATG
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AATATCTAAAATGAGATTGCGCCCGACGCTGACGACATCGG
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	ACTGAGAGATATTGCTAAACACACCAAGAAAAAATC
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGGTTGTTCGGGGTTTTGAGTTTGATTTGCTCCTA
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC

>AP018318|13|4|3214788-3215259|CRT
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGCCGTTCCTAATATTTTTATATGAATAATTA
CTTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	GAAAAACATCAGGATATGTCGAATGTACATTGTAT
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGCAATTGGAAGGCGATCGCTCCAAGTAGTTATG
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AATATCTAAAATGAGATTGCGCCCGACGCTGACGACATCGG
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	ACTGAGAGATATTGCTAAACACACCAAGAAAAAATC
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC	AGGTTGTTCGGGGTTTTGAGTTTGATTTGCTCCTA
ATTGCAATTTCAACTAATCCCTATTAGGGATTGAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD59946.1|3211409_3212363_-|hypothetical-protein	unknown	unknown	gnl|CDD|224219
AP018318.1|BBD59957.1|3232118_3234686_+|TPR-repeat-protein	unknown	unknown	gnl|CDD|227328
AP018318.1|BBD59958.1|3234876_3235794_+|hypothetical-protein	unknown	unknown	gnl|CDD|368720
AP018318.1|BBD59944.1|3209769_3210558_+|putative-methyltransferase	unknown	unknown	gnl|CDD|369777
AP018318.1|BBD59954.1|3226605_3229041_+|filamentous-hemagglutinin-like-protein	unknown	unknown	gnl|CDD|368641
AP018318.1|BBD59955.1|3229310_3231683_+|pentapeptide-repeat-protein	unknown	unknown	gnl|CDD|374761
AP018318.1|BBD59947.1|3212888_3213743_+|hypothetical-protein	unknown	unknown	gnl|CDD|234609
AP018318.1|BBD59952.1|3221912_3223712_+|surface-antigen-variable-number	unknown	unknown	gnl|CDD|225387
AP018318.1|BBD59942.1|3207898_3208582_-|glutathione-S-transferase-domain-containing-protein	unknown	unknown	gnl|CDD|223698
AP018318.1|BBD59949.1|3215826_3217608_-|ABC-transporter,-transmembrane-region	unknown	unknown	gnl|CDD|224055
AP018318.1|BBD59950.1|3217821_3219603_-|ABC-transporter-related-protein	unknown	unknown	gnl|CDD|224055
AP018318.1|BBD59940.1|3205684_3206434_+|short-chain-dehydrogenase/reductase-SDR	unknown	unknown	gnl|CDD|187639
AP018318.1|BBD59941.1|3206468_3207689_+|glutathione-S-transferase-like-protein	unknown	unknown	gnl|CDD|223698
AP018318.1|BBD59945.1|3210638_3211328_+|short-chain-dehydrogenase/reductase-SDR	unknown	unknown	gnl|CDD|187631
AP018318.1|BBD59953.1|3224075_3226538_+|filamentous-hemagglutinin-like-protein	unknown	unknown	gnl|CDD|368641
AP018318.1|BBD59948.1|3213763_3214546_+|RDD-domain-containing-protein	unknown	unknown	gnl|CDD|224628
AP018318.1|BBD59943.1|3208877_3209708_+|twin-arginine-translocation-pathway-signal	unknown	unknown	gnl|CDD|223489
AP018318.1|BBD59951.1|3219734_3221009_-|GAF-sensor-signal-transduction-histidine-kinase	unknown	unknown	gnl|CDD|236901
AP018318.1|BBD59956.1|3231790_3232003_+|hypothetical-protein	unknown	unknown	gnl|CDD|225751
AP018318.1|BBD59939.1|3205229_3205325_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD59946.1|3211409_3212363_-|hypothetical-protein	gnl|CDD|224219	COG1300, SpoIIM, Uncharacterized membrane protein [Function unknown].	5.65044e-52
AP018318.1|BBD59957.1|3232118_3234686_+|TPR-repeat-protein	gnl|CDD|227328	COG4995, COG4995, Uncharacterized protein conserved in bacteria [Function unknown].	7.51428e-148
AP018318.1|BBD59944.1|3209769_3210558_+|putative-methyltransferase	gnl|CDD|369777	pfam08241, Methyltransf_11, Methyltransferase domain. Members of this family are SAM dependent methyltransferases.	1.73263e-32
AP018318.1|BBD59950.1|3217821_3219603_-|ABC-transporter-related-protein	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	2.3129e-173
AP018318.1|BBD59954.1|3226605_3229041_+|filamentous-hemagglutinin-like-protein	gnl|CDD|368641	pfam05860, Haemagg_act, haemagglutination activity domain. This domain is suggested to be a carbohydrate- dependent haemagglutination activity site. It is found in a range of haemagglutinins and haemolysins.	3.77683e-25
AP018318.1|BBD59955.1|3229310_3231683_+|pentapeptide-repeat-protein	gnl|CDD|374761	pfam16734, Pilin_GH, Type IV pilin-like G and H, putative. Pilin_GH is a family from Cyanobacteria. All the proteins are putatively annotated as being general secretion pathway proteins G and H, and are likely to be pilins of the type IV secretory pathway.	8.00145e-12
AP018318.1|BBD59947.1|3212888_3213743_+|hypothetical-protein	gnl|CDD|234609	PRK00068, PRK00068, hypothetical protein; Validated.	0.00173806
AP018318.1|BBD59952.1|3221912_3223712_+|surface-antigen-variable-number	gnl|CDD|225387	COG2831, FhaC, Hemolysin activation/secretion protein [Intracellular trafficking and secretion].	1.88001e-135
AP018318.1|BBD59958.1|3234876_3235794_+|hypothetical-protein	gnl|CDD|368720	pfam06051, DUF928, Domain of Unknown Function (DUF928). Family of uncharacterized bacterial protein.	3.98602e-76
AP018318.1|BBD59942.1|3207898_3208582_-|glutathione-S-transferase-domain-containing-protein	gnl|CDD|223698	COG0625, Gst, Glutathione S-transferase [Posttranslational modification, protein turnover, chaperones].	4.06588e-37
AP018318.1|BBD59949.1|3215826_3217608_-|ABC-transporter,-transmembrane-region	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	6.6703e-180
AP018318.1|BBD59940.1|3205684_3206434_+|short-chain-dehydrogenase/reductase-SDR	gnl|CDD|187639	cd08934, CAD_SDR_c, clavulanic acid dehydrogenase (CAD), classical (c) SDR. CAD catalyzes the NADP-dependent reduction of clavulanate-9-aldehyde to clavulanic acid, a beta-lactamase inhibitor. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet), an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Classical SDRs are typically about 250 residues long, while extended SDRs are approximately 350 residues. Sequence identity between different SDR enzymes are typically in the 15-30% range, but the enzymes share the Rossmann fold NAD-binding motif and characteristic NAD-binding and catalytic sequence patterns. These enzymes catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase (15-PGDH) numbering). In addition to the Tyr and Lys, there is often an upstream Ser (Ser-138, 15-PGDH numbering) and/or an Asn (Asn-107, 15-PGDH numbering) contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Extended SDRs have additional elements in the C-terminal region, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif. Some atypical SDRs have lost catalytic activity and/or have an unusual NAD(P)-binding motif and missing or unusual active site residues. Reactions catalyzed within the SDR family include isomerization, decarboxylation, epimerization, C=N bond reduction, dehydratase activity, dehalogenation, Enoyl-CoA reduction, and carbonyl-alcohol oxidoreduction.	1.33707e-115
AP018318.1|BBD59941.1|3206468_3207689_+|glutathione-S-transferase-like-protein	gnl|CDD|223698	COG0625, Gst, Glutathione S-transferase [Posttranslational modification, protein turnover, chaperones].	9.40133e-24
AP018318.1|BBD59945.1|3210638_3211328_+|short-chain-dehydrogenase/reductase-SDR	gnl|CDD|187631	cd05373, SDR_c10, classical (c) SDR, subgroup 10. This subgroup resembles the classical SDRs, but has an incomplete match to the canonical glycine rich NAD-binding motif and lacks the typical active site tetrad (instead of the critical active site Tyr, it has Phe, but contains the nearby Lys). SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet), an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Classical SDRs are typically about 250 residues long, while extended SDRs are approximately 350 residues. Sequence identity between different SDR enzymes are typically in the 15-30% range, but the enzymes share the Rossmann fold NAD-binding motif and characteristic NAD-binding and catalytic sequence patterns. These enzymes catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase (15-PGDH) numbering). In addition to the Tyr and Lys, there is often an upstream Ser (Ser-138, 15-PGDH numbering) and/or an Asn (Asn-107, 15-PGDH numbering) contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Extended SDRs have additional elements in the C-terminal region, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif. Some atypical SDRs have lost catalytic activity and/or have an unusual NAD(P)-binding motif and missing or unusual active site residues. Reactions catalyzed within the SDR family include isomerization, decarboxylation, epimerization, C=N bond reduction, dehydratase activity, dehalogenation, Enoyl-CoA reduction, and carbonyl-alcohol oxidoreduction.	4.78796e-98
AP018318.1|BBD59953.1|3224075_3226538_+|filamentous-hemagglutinin-like-protein	gnl|CDD|368641	pfam05860, Haemagg_act, haemagglutination activity domain. This domain is suggested to be a carbohydrate- dependent haemagglutination activity site. It is found in a range of haemagglutinins and haemolysins.	6.35469e-24
AP018318.1|BBD59948.1|3213763_3214546_+|RDD-domain-containing-protein	gnl|CDD|224628	COG1714, COG1714, Predicted membrane protein/domain [Function unknown].	1.90007e-18
AP018318.1|BBD59951.1|3219734_3221009_-|GAF-sensor-signal-transduction-histidine-kinase	gnl|CDD|236901	PRK11360, PRK11360, two-component system sensor histidine kinase AtoS.	3.01706e-50
AP018318.1|BBD59956.1|3231790_3232003_+|hypothetical-protein	gnl|CDD|225751	COG3210, FhaB, Large exoproteins involved in heme utilization or adhesion [Intracellular trafficking and secretion].	1.20126e-05
AP018318.1|BBD59943.1|3208877_3209708_+|twin-arginine-translocation-pathway-signal	gnl|CDD|223489	COG0412, COG0412, Dienelactone hydrolase and related enzymes [Secondary metabolites biosynthesis, transport, and catabolism].	1.16719e-83

Protein sequences

>AP018318.1|BBD59948.1|3213763_3214546_+|RDD-domain-containing-protein
MQFFNRVKFRTPESVELEFTLAGIGNRAWALLIDYFVLAVILLVCIYTWISISGQLADILQDQDTIGSQVGLWLIAITFLLLFGIYVGYFVFFETIWQGQTPGKRFAKIRVVRDDGRPVGLAQATLRALLRPLDEFLFLGSFLIMFSHREKRLGDWAAGTIVIEAERAIASATFTISEQAKSLYTELLSIADLSQLLPDDFAIIREYLQRRGAMAAKSRVALASKLTQQVAAIINLDQLPEVPPDIFLEAIYLAYQHKEF
>AP018318.1|BBD59947.1|3212888_3213743_+|hypothetical-protein
MSGNLGSPTPIQPLSVGNVVSAGIRLYRSHLKDYFLLALRAYIWLFIPVYGWAKCYALISLISRLAFGELVNQPETISSGERFVNSRKWQFLLMMLLMFLVGIGVVVGMVILFALFGVLSAALVGGVGQQGNPASIVLLIAIALVVGIAAFIGVLWLLTRFYLVDVPLAIEENIDATSTISRSWELTQGYVWRIMFISFVAFLITIPIQIAFQIVSGIVQLVLGSLIGEDLGFFTLVYSVLILALSFAGSAAIVPFWQTVKAVIYYDLRSRREGLGLQLRDHEI
>AP018318.1|BBD59946.1|3211409_3212363_-|hypothetical-protein
MNIQRWIARREPNWQRLDTLLKQVEKKGLKSVRAQEIRELASLYRSVAADLARARTQQIGQTLIQSLQNLTTRGYTHIYQGSRRQEWRAALEFYRWGLPSVVQQTFIYIATATGLFLLGALVAWWYAWQDPTFMSLVVPQHLISQVRDEHKLWMGSIVGVEPLASSSIMINNLSVSFGAVAGGISAGAYTTYLMVFNGLLIGAVGTLVGQNNLAYPFWAFVFPHGALELPAIFFAGGAGLLLARAILFPGKYRRGDALKFYGSQAAQLVFGIVPMLIIAGTIEGFFSPNPNVPNPIKYLVGLGLFIFLVLYCNRKRR
>AP018318.1|BBD59945.1|3210638_3211328_+|short-chain-dehydrogenase/reductase-SDR
MTTTALIVGAGNGLSASLARLFAAEGMSVALAARRIDKLSTLSQEIGAVSFACDASQPNDVNQLFNNVEQKLGAPTVVVYNPSFRVTGKLIDLDPSEVAKSLEITAYGGFLVAQAAAKRMLKLGEGSIFFTGASASVKGYPRSAPFAMGKFALRGLVQSIARELAPQNVHVAHFIIDGGIRSDIRQEATDKPDSLLDPDAIAQTYLNILRQPRSAWTWEIELRPWVETF
>AP018318.1|BBD59944.1|3209769_3210558_+|putative-methyltransferase
MKKSNYYDNIAPIYDQTRWLSELIAEEVADFILQLVCAAPETSFLEPGVGTGLNVIPLVKRGYSVTGIDVSEEMLNQCRQKLNGTPENLRLIQADASQLPFSDNSFDVVLTVHILHTVADWRAFLDEIERVLKPGGFYLNCQWITPPARREFESYFRSILSKYEESKPISQPIHAIDVQEYLHQKGYIANYLVAKEWLVSNTIDDLINFFQSRAYGLCWGLSDDKYHLAINEFKEFCLNHYGSLDKIISSPAKFEIWAYRKV
>AP018318.1|BBD59943.1|3208877_3209708_+|twin-arginine-translocation-pathway-signal
MKEISRRQFITTATLTTGFVLAVQPVFAKVITTDSKGLTAGAVKIPVKDGEIPAYRAVPATGSNFPVVLVIQEIFGVHEHIQDVCRRFAKLGYLAIAPELFVRQGDVSKLSNIDEIRQIVAKVPDAQVLSDLDATVNWAVKSAKGNTKRIGITGFCWGGRITWLYAAHNPQVKAGVAWYGRLVGNASELTPKHPVDIASTLKVPVLGLYGGKDTGIPVDTVEQMRDRLKSSSSKSEIIVYPDAPHAFFADYRPSYREQEAKEGWQKLQAWFKQHGV
>AP018318.1|BBD59942.1|3207898_3208582_-|glutathione-S-transferase-domain-containing-protein
MSNLQLYFAKASTFSQRTRVVLLEKKIDFTPIEIDLQNKPSDFTQVSRYGKVPAIKHGDVEIYESAVINEYLEEVFPEPALLPHDPTTKAIARIWIDYANTRFVPAFNKFLRGKDAQEQEQGRKEFIEALLYIEQEGLGKFSGNGPYWFGEQFSLVDISFYPWFERLPVLEHFRKFTLPAETPRLLQWWNAVESRESVQAVANPVSFYLERFAKVLGEPNGVAVAQK
>AP018318.1|BBD59941.1|3206468_3207689_+|glutathione-S-transferase-like-protein
MTTPTTASTWEQLSEIAQKHTPARRVRRPGQSPSTAPIPSSLHKLPPDTTPPVLLYRDTNSWCPFCERVWFALEEKQIPFETEFIDLSNKPKWYTDLVPTTLVPAAKIEGQLVYESKDILLALEARFPSPSLLPEDPEENAVARQWVEDAETNGFRNLAYKFLRETPTDADELANLQATFEASLDELEQTLGKYPGPYFLSTFSLVDIMYSPHLDRLAANLPVYRGYQIKGNPRFPRINAWFAALNERPAYHRVKSDDTTNNLLLRRRFGIEPTGNALPLNTADSNAIQYRAEAAERLSDNHEVAIADIIKNSGVQALAVDGDITTVKEAVDLHLRLLAEYLIHGDSAPLPGGRTGGKNSIETTISAVGAIALAYVRNRVCAPRDMSAGAATAFRAAVDQVLASLY
>AP018318.1|BBD59940.1|3205684_3206434_+|short-chain-dehydrogenase/reductase-SDR
MTGKLEGKVAIVTGASAGIGEATAIALAAEGAQVVIAARRSDRLDTVAQKITENGGKVLPIVTDVTDEAQVKNLVDKAIAAWGRVDILVNNAGIAVIGEIDGGNTANWRRMIDINVLGVLYATHSVLPILKAQNSGHIVNISSVAGRTARAGIGIYNATKWGVNGFSEALRQEVYQHNIRVTIIEPGLVDTEINDLIDDPIAKERSEERRKTVTPLESEDIAAAIVYAVTQPPRVNVNEILIRPTQQGW
>AP018318.1|BBD59939.1|3205229_3205325_-|hypothetical-protein
MRPALKLPLKIQLLIEKEQTRQDIWDVSNKP
>AP018318.1|BBD59949.1|3215826_3217608_-|ABC-transporter,-transmembrane-region
MRATGPIVASEQLATQQLSTLRRFLQYLRPYRKEIPIALTLVLIGASTQAIGPFLLGWSIDHLIAKGNLPGLLLLLGLLALIYVLGISATRGQIVRVGWIMQRLLAQLRQDIFLKIQSLPLSFFDRSEAGDLMSRLLNDVNTVNQAFGQTVAQMLGNVFSLVGIVIAMLTINLQLGLLSNLVVPLMIFTTSLFSRWARARFRVTRQTIGDLSAKLEEDISSVREAQAFNRVQVNIQEFDILNAANRDANVEAVAITAAFLPSIDFLNTLATAGVLAFGGYLAVTGAATVGVVTSFLLYVQQFFRPIQILSQFYTQAQSAFAGLERIFLLLDEPAKLQDAPDAAEMPAIQGEVRFENVTFGYNPEQLVLKGVNLHASPGQMIALVGSTGSGKTTIINLILRFYDVSGGAVKIDNIDVRSVTQASLRRQIGIVLQDNILFSGTVAENIAFGAPYASQADIESAAQLANVHEFITSLPQGYATQLGERGAPLSQGQRQLISIARAVLINPRILILDEATSSIDTRTETLVQSAIARLLKNRTSFVIAHRLSTVTQADQVLVIQQGQIVEQGTHTELIEQQGVYANLYSLQLGANNS
>AP018318.1|BBD59950.1|3217821_3219603_-|ABC-transporter-related-protein
MVQRPELRQTSSMRSIQRVLESLGNYRWISLGALISVLLLTVANAVTPQLFRWGIDQGIAPRNLQIVLYSAAWMVVAAIARGLFNFGQSYLAEAASQGVAYDLRNKIFSKIQNLSFSYHDQSQTSQLLTRVTSDIELIRTFVGTSLIQVIGGLVTLVAIAVILLVMNWQLALITLSVVPISAWLMAQFIGQNNQLFGQIQQQLGNLNAVLQENLLGIRVVKAFVRESAEKSRYTTLNDGLVTANMQTIRAIRNTFPFIFLLSNLVTLAVFGYGGSQVIGNSFSIGELVAFNSYLVLIFQPILLIGFAAPAIAQAAASATRVFEVVDAAVEIRDRPHAQQFEICGGRITFENVSFRYPGATTEALKNVSFETKPKELIAVLGMTGSGKSTVMNLIPRFYDVTGGAIRIDGRDVRDFTLQSLRSHIGIVFQETTLFSGTIRENIAYAKPKATLEQVIEVAKTAQIHDFIISLPDGYETIVGERGVGLSGGQKQRIAIARTLLTDYSILILDDSTSAVDAKTAAQIQAELDNLMQQKACVTFVVAQRISTVKNADRILLIDKGLLVAQGTHEELMQTSPLYGAILESQIKQTEQIT
>AP018318.1|BBD59951.1|3219734_3221009_-|GAF-sensor-signal-transduction-histidine-kinase
MSKASGKTSLLQKQLWQRERRAIAFLSCLNYRSGELNSYLQSIACGVSELLEVDWSVVTVCQKGFEQVLASSIDMGEGEHVYSLHGLLTGTVIEIGRPLAVEDAVKNPEYGQIPEGYYAYLGIPLRTAEGKVIGTICSFHRQQREFIKEEIQVAEVFAERAATAIDNYYLYQQQCKFNQVLESEVEKRTAELRTAQAKLVEQERLAAIGEFAAMIVHEIRNPLTTMIMGLNYFKKTILNSAAKERLSLALSEATRLENLLSEILLYAKPQVLQLGELDVNEFIQELQQLIREMPEALSHKIEFIPSPHPVKILGDKDKLKQVFINVVRNACEAVASGDVIIWEVKNSSPGQVCINVCNGGEPIPSEILSKLTQPFFSTKSAGTGLGLAITKRIVNAHGGEFSISSDAASGTTVTVQLPVVTVRK
>AP018318.1|BBD59952.1|3221912_3223712_+|surface-antigen-variable-number
MRGYLSVKTELIINYTHRHIQICQPRIIPLKPLTFSFVIAAVLCNYHQAIAQTSNPQTLPSGRIEEISVPSLPSDALPQPSDQEPLLPPVQLPGEATPTEDDSNAKFRVDRIEVVGSTVFKPEDFAPITAPFVGREVTFADLLQVKEAISKFYTDKGYVTTGALISPQTVDAGVIKIQVVEGSLQEIQIVGNRRLNSNYIRDRIRIGAGKPLNVPRLLEKLQQLRLDPRIKNISAELQTGTTPGTNILRVEVQEADTFTATVTLDNGRSPSVGSFRRGIDVQEANLLGLGDTLSVGYTNTDGSNTIAASYTLPVNAYNGALSFSVNQGWNNVIEKPFSVLDIQSNSTAYEFGFRQPLLQKPTQELAVGVSFSRQESQTKIGLDNIGGFPLSPGADDNGKTNISALRFTQEYTQRSSRQVFAARSQFSLGVDWFGANVSNEAPDSRFFSWRGQAQWVQQFAPDTLFLTRGDLQIAADTLVPLEQFGLGGQLSVRGYRQDTLLTDNGILFSSEFRFPIVRANKIQGVLQLAPFIDVGKGWNTKGNNPSSSTLVGAGLGLLWKQGNNFSARLDWGIPLISVDGAKETLQENGLYFSMQYSPF
>AP018318.1|BBD59953.1|3224075_3226538_+|filamentous-hemagglutinin-like-protein
MKLTFVGFYFLGAICISAIYNNCVQAQVIPDNTLNTAVSGSSNYTIINGTRVGNNLFHSFSQFSIPTGDSVLFNNSTTVENIFTRVTGGSVSNIDGTISANGSANLFLLNPAGILFGANAKLNIGGSFVGTSANSIVFADRLKFSATDTTSPALLTMSAPVGLQLGSNPGAITVQGAGHNANFSASSSISGLNLGTRGLQLQSGKTLALVGGNIALNGGLLSAPGGQIELGSVSNANVVLNSTSQGFTLSYPNTASFGNITLTQRALASTRDLSRGNGGSVNIQGKQVSIRDGSLVLVQNRSNQAAGNIVVNATESLDIIGKSPNFASSSSLVNDTVSSAAAGHIIVNTPKLNIDQGGYIINRTFSAASGGKIIINSDAVDVNGFALGDPSPFRAVSQILTASFGKGKGGDISITTQDLSISAGANIAARPYSSGKGGDVNITADTILVTGEGTPKGSYFSLLSAATFGVGDAGNLDIKTRKLSVQAGGRVSASSIILGNAGSLTINASESIDVSGMKPGETPSYIGSAVLPVGAFSKISRANAGNTTINAPLVTVSDGATIFVQNTGSGTAGNLQINANTLTLKNGGNLLASTKAGEGGNINLQLRDLLLMRYGGFVSAEADGSGNGGNISINAPVIVGLENSDIIANAVQGKGGNIIITTQGIIGLQFRDTLTPREDLTNDITASSAFNVNGTVEINNIGVDPNSGLVKLPANVTDPSQQIASGCSANPSSSFVATGRGGIPQNPTQEIRSDRAWSDVRDISAFNKTQQVQAQTPKSPETLVQATSWHRNTQGKIELIAAKSSTNVQPSLSCAAVPKS
>AP018318.1|BBD59954.1|3226605_3229041_+|filamentous-hemagglutinin-like-protein
MKVSFANLGFIGAIFLSMICNSSVQAQVKPDGTLNTIVTGSNSYTITGGTVVDKNLFHSFSQFSIPSNGSVTFSYSGNIQNIFSRVTGNSVSDIDGSINASANLFLLNPAGIIFGKNASLNISGSFVATTANSIKFADGTEFSAVSPQTNTLLTMSVPIGLQMGNYPSPIQVQGTGHSLNSINSFSPLIRNPSSTKLQVQSGKTLALVGGNINLNGATITAETGQIALGSLGGAGLVSLVPTTQGYKLEYEQGQSFADIQLAQKSLLDVSGFNSGAVQLQGKNINFTDGSLIFSKNYGSLPSGDIHLKASEAIAIIGTTPNAKIRSWIRSEALGKGASANISIFTPRLTLQEGSGINTVTFGSANSGDIHIKATDMQVSGFSSLNPTGVTSIATGTYGKGTAGNLLVEGNNLLVSEGASLSSVTFGRGSSGQVIIRNQNTTVMGESPSGLYSNISLTSFATGNTQDLILDTGKLQILNGGAIGSSAFFQGNGGNVQIKAREAIAISGSSSNNNSNINSSAVRLSPQLRQIFSLPDILTANAGNVSINTPKLTLSDSGTVSVTSQGTGNAGNLQITADQIQLKNQALIQAQTESGQGGDINLQVGSLLLMRDRSKITATAGGQGNGGNININAPIIVGLEDSDIIANAVQGKGGNIQIITQGIIGLEYRPQLTPENDITASSQFGVNGTVEVNNVGVDPNSGLVELPANVSDPSQQIASGCANTNGSSFVATGRGGIPQNPTQDIRSDRTWSDIRDISAFHTTKQLPAQTLSSSKILVQATSWRRNAQGKIELIAPQVANVQTSLTCAAQIK
>AP018318.1|BBD59955.1|3229310_3231683_+|pentapeptide-repeat-protein
MKLSLLSLLPSISLICCLTATSHVKANTVNNQQFQQMAGQELAFKKQVLSNLGSVGRVQQAYFLENGVFATQIQQLGLDENFENSIPGYGWQIFTDKKAKKFVITVLAPQQNSSRTYINFVALTTTDTNDKITISTLCESEQNKLVIPKLPTKILKNQGIECPSGFRNLELSENENKISEQLENEKQQRVLVSIINSLQQKYYERNQVFTDDIEKLFGFPLSKVESFSELKLKLLPIKNIQNGIIVIAPFPSQKQKSYIGIVKPNKSSTIQRKSIVCEISEQETIDLENLNNLNNNDLLICPQDSLQISLIPEETTFINQEIENLTKYQAEILEIDQPQKTQVLQIADKLAKEGKYLQSLQKYYLALGVLGITEYDIFAVLSAERGFNPIVDTFFQKINPVLEAAKPSLLEQRQEINSEMYSFFDKFSAVKNSTAQKIQELAALQLGFNVLTMPNQDLKIPDNKNEAFSEVAELLQEQFNDKSPQFNNKLPNNLRSYVNKNKTAITSIRNLLLSEEIPRWGLDYKSIKEGDFNAPSPSYLSIVNLHRLLVIDILDKQQQGKTQEMLKSLEASWRLSTSFQDEPSLIGQLVNIIIRRSQIRVMEKIDNLPVVWQKRLLEKDYTKAMIQALNTEAFFQLQGLDKIIPLDKDTPLSQLYRNWYGVNTYKLNQEFYAEIERKKDNLCSVDLQALEKRYFLANSSVKPSYVNELLKAHHLMLESEMLQKVLQIKAAIHHDKALPNSLSQMSSNVCLGNQWVYKSSSNGKWLIYLNQQPIWQSQIQRSPLTYTGKL
>AP018318.1|BBD59956.1|3231790_3232003_+|hypothetical-protein
MSLIELPANVTDSSQPIASGCSNTKGSSFVATGRGGIPQNLSEDVRSYAIITLESNSRDRTSLHFCKSAM
>AP018318.1|BBD59957.1|3232118_3234686_+|TPR-repeat-protein
MNLQIKKRRWLYISLSLLSLCLAVTITPAQASIQAPTNSPSSLNLNISATESTNWLEQGRQLYHSGNFTEAVNAWQKAVQNYHSQGDRRNEALSLSYLSLAQQELNQWEVAQQSIEQSVKILQTSQPSIDAIIWAQILNTQANLQLRTGKAETALDIWRQAQKYYEQAGDKMGSLGSQINQAQALQSLGFYRRSKQQLEALGQKLAAMPDSEIKVSGLRSLGLALHAIGDRNSQPVLEQSLATAQQIAAKTQLSSILASLGKVASDSQDPEAALNYFEDAETTATNPNEALQARLARFKLLVDYGKLEYAIPLTPQLRQQLSELPPSHSSLGAAINFVATLNRLKNPEQVLPSQDLAQLMANTVQSAQKIQDSSAQSYALYEWAQLYSRQKQWSQAQELAEKSLKIAREIQADDLIAQSAWQVGKLYKQQGNHPQAITAYTEAVKSLKALRGDMAAVNPDVQFSFRESVEPVYRELVSLLLDDQPSQTALTQARELIESLQVAELDNFFREACLDKAQQIDKVDPTATVVYPIILSDRLGVIFSQAGKPLRYYATAKSQAEIDQTLEKFLVALNPVSDSTVREQLSRQIYDWLIRPAEADQAFKDTKTLVFVLDGRLRNIPMAALYDGKQYLIEKYAVALSPGLQLMAARSFQQNHIDAIVGGISESRAGFSALPAVESEVKQIAQKVPSSALLNQQFTSQALADQIKSNKANVVHLATHGQFSSRLEDTFLLTWDGQVNVKELSELLKNRSGNSSKAIELLVLSACDTASGDDRAALGLAGLAVKSGARSTIATLWPVKDKAAQMLMTRFYDQLRQPKITKAEALRQAQINLIRQTDFRDPFFWSAFVLVGNWS
>AP018318.1|BBD59958.1|3234876_3235794_+|hypothetical-protein
MKHRHLTTLSIIALIVSSTCASASAITFTPPVKNSAPKQATGGASRGSIFTPNKSNSAPRQATGGASRGNLFTPKKDNSAPQQASGGASRGNLFTPKKDNSAPQQASGGASRLGTYYLNPSTVAATGPAALIALLPESFYGTTISGHPTILVYLPPSNAEEAVFSLKNETGNTQYQMTIPVAGKAGVIAVKLPADAPALEVGKNYQWFLALKVDGTLSPSTPYVDGWIERIQPTAELATAMQQEDALKRATALGKNGVWYDCVATMAGLHTTQPKNVTVIKQWQELLSSVSLKDIATVTLVASTN

Crispr_ID: AP018318_14

• CRISPR_ID: AP018318_14
• CRISPR_location: 3435556-3435656
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018318_14

Consensus_repeat	Method
TTTCGATCCCCTCTAACCCCCCTTAAAAAG	CRISPRCasFinder

spacers of AP018318_14

>14.1|3435586|41|AP018318|CRISPRCasFinder
CTACGGTGTACACACAAGTCTGATAAAGTTGCCTAGTAGCG

CRISPR arrays and Neighbor proteins around AP018318_14

CRISPR arrays

The CRISPR arrays of AP018318_14

>merge|AP018318|14|3435556-3435656|CRISPRCasFinder
TTTCGATCCCCTCTAACCCCCCTTAAAAAGCTACGGTGTACACACAAGTCTGATAAAGTTGCCTAGTAGCGTTTCGATCCCCCCTAACCCCCCTTAAAAAG

>AP018318|14|14|3435556-3435656|CRISPRCasFinder
TTTCGATCCCCTCTAACCCCCCTTAAAAAG	CTACGGTGTACACACAAGTCTGATAAAGTTGCCTAGTAGCG
TTTCGATCCCCCCTAACCCCCCTTAAAAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD60144.1|3442377_3442671_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60147.1|3445724_3446423_+|NAD-dependent-epimerase/dehydratase	unknown	unknown	gnl|CDD|187554
AP018318.1|BBD60143.1|3441971_3442265_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60138.1|3435821_3436430_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60130.1|3425543_3426191_+|MotA/TolQ/ExbB-proton-channel	unknown	unknown	gnl|CDD|223881
AP018318.1|BBD60140.1|3438721_3440521_+|flavin-reductase-like,-FMN-binding-protein	unknown	unknown	gnl|CDD|223503
AP018318.1|BBD60141.1|3440729_3440963_-|hypothetical-protein	unknown	unknown	gnl|CDD|341269
AP018318.1|BBD60142.1|3441167_3441833_-|hypothetical-protein	unknown	unknown	gnl|CDD|368559
AP018318.1|BBD60132.1|3426869_3428915_+|protein-kinase	unknown	unknown	gnl|CDD|238121
AP018318.1|BBD60129.1|3424531_3424960_-|pyridoxamine-5'-phosphate-oxidase-related-FMN-binding-protein	unknown	unknown	unknown
AP018318.1|BBD60145.1|3442792_3444595_-|WD-repeat-protein	unknown	unknown	gnl|CDD|238121
AP018318.1|BBD60137.1|3434338_3435538_+|argininosuccinate-synthase	unknown	unknown	gnl|CDD|234785
AP018318.1|BBD60133.1|3429317_3429881_-|hypothetical-protein	unknown	unknown	gnl|CDD|99749
AP018318.1|BBD60139.1|3436837_3438556_+|flavin-reductase-like,-FMN-binding-protein	unknown	unknown	gnl|CDD|223503
AP018318.1|BBD60128.1|3422862_3424152_-|peptidoglycan-glycosyltransferase	unknown	unknown	gnl|CDD|379138
AP018318.1|BBD60131.1|3426174_3426579_+|hypothetical-protein	unknown	unknown	gnl|CDD|223917
AP018318.1|BBD60146.1|3445107_3445446_-|hypothetical-protein	unknown	unknown	gnl|CDD|132023
AP018318.1|BBD60134.1|3430193_3430772_+|hypothetical-protein	unknown	unknown	gnl|CDD|368559
AP018318.1|BBD60136.1|3433939_3434161_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60135.1|3430917_3433806_-|NB-ARC-domain-containing-protein	unknown	unknown	gnl|CDD|274350

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD60147.1|3445724_3446423_+|NAD-dependent-epimerase/dehydratase	gnl|CDD|187554	cd05243, SDR_a5, atypical (a) SDRs, subgroup 5. This subgroup contains atypical SDRs, some of which are identified as putative NAD(P)-dependent epimerases, one as a putative NAD-dependent epimerase/dehydratase. Atypical SDRs are distinct from classical SDRs. Members of this subgroup have a glycine-rich NAD(P)-binding motif that is very similar to the extended SDRs, GXXGXXG, and binds NADP. Generally, this subgroup has poor conservation of the active site tetrad; however, individual sequences do contain matches to the YXXXK active site motif, the upstream Ser, and there is a highly conserved Asp in place of the usual active site Asn throughout the subgroup. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Atypical SDRs include biliverdin IX beta reductase (BVR-B,aka flavin reductase), NMRa (a negative transcriptional regulator of various fungi), progesterone 5-beta-reductase like proteins, phenylcoumaran benzylic ether and pinoresinol-lariciresinol reductases, phenylpropene synthases, eugenol synthase, triphenylmethane reductase, isoflavone reductases, and others. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. In addition to the Rossmann fold core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	6.57526e-56
AP018318.1|BBD60130.1|3425543_3426191_+|MotA/TolQ/ExbB-proton-channel	gnl|CDD|223881	COG0811, TolQ, Biopolymer transport proteins [Intracellular trafficking and secretion].	2.38662e-50
AP018318.1|BBD60140.1|3438721_3440521_+|flavin-reductase-like,-FMN-binding-protein	gnl|CDD|223503	COG0426, FpaA, Uncharacterized flavoproteins [Energy production and conversion].	2.04259e-170
AP018318.1|BBD60142.1|3441167_3441833_-|hypothetical-protein	gnl|CDD|368559	pfam05685, Uma2, Putative restriction endonuclease. This family consists of hypothetical proteins that are greatly expanded in cyanobacteria. The proteins are found sporadically in other bacteria. A small number of member proteins also contain pfam02861 domains that are involved in protein interactions. Solutions of several structures for members of this family show that it is likely to be acting as an endonuclease.	2.01754e-18
AP018318.1|BBD60141.1|3440729_3440963_-|hypothetical-protein	gnl|CDD|341269	cd05959, BCL_4HBCL, Benzoate CoA ligase (BCL) and 4-Hydroxybenzoate-Coenzyme A Ligase (4-HBA-CoA ligase). Benzoate CoA ligase and 4-hydroxybenzoate-coenzyme A ligase catalyze the first activating step for benzoate and 4-hydroxybenzoate catabolic pathways, respectively. Although these two enzymes share very high sequence homology, they have their own substrate preference. The reaction proceeds via a two-step process; the first ATP-dependent step forms the substrate-AMP intermediate, while the second step forms the acyl-CoA ester, releasing the AMP. Aromatic compounds represent the second most abundant class of organic carbon compounds after carbohydrates. Some bacteria can use benzoic acid or benzenoid compounds as the sole source of carbon and energy through degradation. Benzoate CoA ligase and 4-hydroxybenzoate-Coenzyme A ligase are key enzymes of this process.	0.00404863
AP018318.1|BBD60132.1|3426869_3428915_+|protein-kinase	gnl|CDD|238121	cd00200, WD40, WD40 domain, found in a number of eukaryotic proteins that cover a wide variety of functions including adaptor/regulatory modules in signal transduction, pre-mRNA processing and cytoskeleton assembly; typically contains a GH dipeptide 11-24 residues from its N-terminus and the WD dipeptide at its C-terminus and is 40 residues long, hence the name WD40; between GH and WD lies a conserved core; serves as a stable propeller-like platform to which proteins can bind either stably or reversibly; forms a propeller-like structure with several blades where each blade is composed of a four-stranded anti-parallel b-sheet; instances with few detectable copies are hypothesized to form larger structures by dimerization; each WD40 sequence repeat forms the first three strands of one blade and the last strand in the next blade; the last C-terminal WD40 repeat completes the blade structure of the first WD40 repeat to create the closed ring propeller-structure; residues on the top and bottom surface of the propeller are proposed to coordinate interactions with other proteins and/or small ligands; 7 copies of the repeat are present in this alignment.	5.91669e-111
AP018318.1|BBD60135.1|3430917_3433806_-|NB-ARC-domain-containing-protein	gnl|CDD|274350	TIGR02917, TPR_domain_protein, putative PEP-CTERM system TPR-repeat lipoprotein. This protein family occurs in strictly within a subset of Gram-negative bacterial species with the proposed PEP-CTERM/exosortase system, analogous to the LPXTG/sortase system common in Gram-positive bacteria. This protein occurs in a species if and only if a transmembrane histidine kinase (TIGR02916) and a DNA-binding response regulator (TIGR02915) also occur. The present of tetratricopeptide repeats (TPR) suggests protein-protein interaction, possibly for the regulation of PEP-CTERM protein expression, since many PEP-CTERM proteins in these genomes are preceded by a proposed DNA binding site for the response regulator.	5.97857e-21
AP018318.1|BBD60137.1|3434338_3435538_+|argininosuccinate-synthase	gnl|CDD|234785	PRK00509, PRK00509, argininosuccinate synthase; Provisional.	0
AP018318.1|BBD60133.1|3429317_3429881_-|hypothetical-protein	gnl|CDD|99749	cd06260, DUF820, Domain of unknown function (DUF820). This family consists of hypothetical proteins that are greatly expanded in cyanobacteria. The proteins are found sporadically in other bacteria. They have been predicted to belong to the PD-(D/E)xK superfamily of nucleases.	1.12445e-31
AP018318.1|BBD60128.1|3422862_3424152_-|peptidoglycan-glycosyltransferase	gnl|CDD|379138	pfam13354, Beta-lactamase2, Beta-lactamase enzyme family. This family is closely related to Beta-lactamase, pfam00144, the serine beta-lactamase-like superfamily, which contains the distantly related pfam00905 and PF00768 D-alanyl-D-alanine carboxypeptidase.	1.59975e-68
AP018318.1|BBD60131.1|3426174_3426579_+|hypothetical-protein	gnl|CDD|223917	COG0848, ExbD, Biopolymer transport protein [Intracellular trafficking and secretion].	2.29819e-34
AP018318.1|BBD60146.1|3445107_3445446_-|hypothetical-protein	gnl|CDD|132023	TIGR02978, Phage_shock_protein_C., phage shock protein C. All members of this protein family are the phage shock protein PspC. These proteins contain a PspC domain, as do other members of the larger family of proteins described by pfam04024. The phage shock regulon is restricted to the Proteobacteria and somewhat sparsely distributed there. It is expressed, under positive control of a sigma-54-dependent transcription factor, PspF, which binds and is modulated by PspA. Stresses that induce the psp regulon include phage secretin overexpression, ethanol, heat shock, and protein export defects. [Cellular processes, Adaptations to atypical conditions].	0.00111184
AP018318.1|BBD60139.1|3436837_3438556_+|flavin-reductase-like,-FMN-binding-protein	gnl|CDD|223503	COG0426, FpaA, Uncharacterized flavoproteins [Energy production and conversion].	7.11281e-176
AP018318.1|BBD60145.1|3442792_3444595_-|WD-repeat-protein	gnl|CDD|238121	cd00200, WD40, WD40 domain, found in a number of eukaryotic proteins that cover a wide variety of functions including adaptor/regulatory modules in signal transduction, pre-mRNA processing and cytoskeleton assembly; typically contains a GH dipeptide 11-24 residues from its N-terminus and the WD dipeptide at its C-terminus and is 40 residues long, hence the name WD40; between GH and WD lies a conserved core; serves as a stable propeller-like platform to which proteins can bind either stably or reversibly; forms a propeller-like structure with several blades where each blade is composed of a four-stranded anti-parallel b-sheet; instances with few detectable copies are hypothesized to form larger structures by dimerization; each WD40 sequence repeat forms the first three strands of one blade and the last strand in the next blade; the last C-terminal WD40 repeat completes the blade structure of the first WD40 repeat to create the closed ring propeller-structure; residues on the top and bottom surface of the propeller are proposed to coordinate interactions with other proteins and/or small ligands; 7 copies of the repeat are present in this alignment.	5.72072e-79
AP018318.1|BBD60134.1|3430193_3430772_+|hypothetical-protein	gnl|CDD|368559	pfam05685, Uma2, Putative restriction endonuclease. This family consists of hypothetical proteins that are greatly expanded in cyanobacteria. The proteins are found sporadically in other bacteria. A small number of member proteins also contain pfam02861 domains that are involved in protein interactions. Solutions of several structures for members of this family show that it is likely to be acting as an endonuclease.	3.47485e-53

Protein sequences

>AP018318.1|BBD60137.1|3434338_3435538_+|argininosuccinate-synthase
MGRAKKVVLAYSGGVDTSVCIPYLKQEWGVEEVITLAADLGQGDELEPIKEKALKSGASESLVIDVKDSFVKDYAFPAIQANALYENRYPLGTALARPLIAKILVEAAEKYGADAIAHGCTGKGNDQVRFDVSCAALNPSLKILAPAREWGMSREETIAYGEKFGIPAPVKKSSPFSIDKNLLGRSIEAGVLEDPAAEPPEEIYQMTKAIADTPHEPEYIEIGFTKGIPTTVNGTAKNPVELIETLNELAGNHGIGRIDMIENRLVGIKSREIYESPAMIVLIQAHRDLESLTLTADVTHYKRGIEDTYTKLVYNGLWYSPLKAALDAFIHQTQERVSGTVRVKLFKGNATIVGRWSDNTLYTPDLATYGAEDQFDHKAAEGFIYVWGLPTRIWAQQDR
>AP018318.1|BBD60136.1|3433939_3434161_+|hypothetical-protein
MNNTSNNTQTSQLIPATSPVIEKPSAWMRDGYSPTEIILAAAILSSLLMGGTATVIMAIVELVKTLVQSQKRK
>AP018318.1|BBD60135.1|3430917_3433806_-|NB-ARC-domain-containing-protein
MQWDEFLRQEAATHELSPEQTAAFLARLKDENSGKGEAKLANEIDISAAAFKKRMTEVYDKFAKSCPELATSKRGKLETLKAYLTAKYSGVSDTQPKKEIHHNIPPAVPWERFVGREAELQQLHEMIQQSQQVAIVAVAGMGGVGKTELATQYAQQNLQKYPGGVCWLSAPGIDMGIQILRFAEAKFKFIAPDDRELVDRVKLCWDRWDAGDVLLVFDDVTDYKTQVKPYLPANSSKFKTLLTTRLGFDRTLPQLSLGVLKPLAAMQLLKSLMGRERLKNEPLVARKICKFLGYLPLALELVGRYLDTMPDLSLQTLLKRLERKRLEHEAMAKANPLMRYEYGVAEAFDLSWEQLDEKAKGFGCVLSLYALADLLFDVARIADDEQQEILETAIADLLKLHLLQRQSQGIYRLHPLIRQYFQMKLDESGKADEVKTVFATQVVEIAKLIPQDLTLDLIQQLTPQIPHLAEVTNHLTALIKDEDLYWAFTGLGWFYQGQGLYKEAEPWLSQCLELIKHRLGAEHPDVATSLNNLAGLYESTGRYSEAEPLHQQALALRQRLFGKEHPHVASSLNNLALLYESTGRYSEAEPLYQQALELCQRLLGKEHPHVASSLNNLAGLYESTGRYSEAEPLYLQALALRQRLLGKEHPDVATSLNNLALLYRATGRYSEAEPLYQQALELFQRLLGKEHPDVATSLNNLALLYESAGRYSEAEPLFLQALELFQRLLGKEHPDVATSLNNLALLYESAGRYSEAEPLFLQALALRQRLLGKEHPDVASSLNNLAGLYESTGRYSEAEPLFLQALALRQRLLGKEHPDVATSLNNLAGLYESAGRYSEAEPLYLQALALRQRLLGKEHPDVATSLNNLALLYRATGRYSEAEPLFLQALELFQRLLGKEHPDVATSLNNLALLYRATGRYSEAEPLYQQALAICERSLGVGHPNTMTVRGNYARFLKEAYR
>AP018318.1|BBD60134.1|3430193_3430772_+|hypothetical-protein
MTAITLNLNSIIQLTREQFYQLCEENPDLKLERNAQGELIIMPPTGGETGKSNSHANGQIWFWNDQNQLGEVFDSSTGFTLPNGADRSPDVSWVAKSRWEALTQEQKEKFIPLCPDFVIEILSPNDSLKKTQNKMQEYMENGCRLGWLINRKNQEVEIYRPGKDVETLKSPQTLSGEDVLPGFVLTMQKIWV
>AP018318.1|BBD60133.1|3429317_3429881_-|hypothetical-protein
MTVQLLRHKFTVQQYHKMFELGILKEDERVELIRGEIIEMSPIGTKHAACVKCLNKLLSSKLRDRVLIAIQDPVELNDNSQPQPDVALLKPRDDFYAAAHPQPQDIFLLIEVADSTIIYDREEKIPLYAEANIIAVWLVDINEQIVEVYQQPTATGYQHIQKFAGGETLSIPGFSDVTITVNEIFGR
>AP018318.1|BBD60132.1|3426869_3428915_+|protein-kinase
MICCLNPDCPNPLNPKGKQSCQTCSTPLVPLLRNRFRVIRVLSDEGGFGRTYLSEDTDKLNELCVIKQLAPKFQGTWSQKKAMELFAEEAKRLQELGEHPQIPTLIAYFEQDNCLYLVQQFINGQNLLKELQQRKVYKANEIQAILLDLLPVLKFIHDRGVIHRDIKPENLIRCRYDGRLSLIDFGSSKQLTEKVKNKNGTSIGSHGYSPLEQIRDGKAYPASDLFSLGATCFHLLTGTSPFQLWMEHGYGWANSWREYLRSPLSPELEGVMTKLLQKDLSQRYQSADEVIKDLIPSLPRALPAAGQSSGKFSVTQPSSKFSFKYAFVKSLVLGAAFILLFGFSDTWYQKYHQIQTSLLSRLKPGNYSPTQGEVVFGQSPNVPVKNISLANTLKGTAKSVVSVAISPDGRTIASSGEGERIIKMWNLTTGKEILTLSGHSQKVNAVAISPNGKTLVSGSDDQTIKAWNLATGKIVYTLTGHTDSIQALTISPNGKILVSGSDDNTLKVWNLGTGKLIRTLKGHKYWVRSVAISPDGRNLASGSFDKTIKLWHLYQNDPARTLTGNPNTITSVAFSPDSTTLASASRDRTIKLWDVASGEVIRTLTGHANTVTCVAFSPDGMTLASASRDRTIKLWNLATGEVLNTLTGHADTVTSVAFSVDGKTIISGSEDNTIKVWRIAQ
>AP018318.1|BBD60131.1|3426174_3426579_+|hypothetical-protein
MRLQDEPDLPPQINIVPMIDVIFAILTFFIMSTLFLTRSEGLPVNLPKAATAKQQQVPAKITVTVDKDGIVSVNRQPSTVEGLAGQLRTLVGDNQEALVIVNADATVTHGKVVAVMDQVRQVQGAKLAIATQKP
>AP018318.1|BBD60130.1|3425543_3426191_+|MotA/TolQ/ExbB-proton-channel
MYQLFVAGGVVMWPLLAFSVVGIALIIERVRFWYRINTRQNRIVREVLNLYRLDNVVGALDKLQKNADLPMTRIFLAALQLEEPTPEEFRLALESEAQAEIPVLKRFQNMFDTIIGLAPLLGLLGTVLGLIASFASLNLGDVGGTKTAGVTAGISEALVSTASGLIVAIFILLFANTFRGLYQRQIAAIQEYGGQLELLYRRRYERGDRTYASTR
>AP018318.1|BBD60129.1|3424531_3424960_-|pyridoxamine-5'-phosphate-oxidase-related-FMN-binding-protein
MRILSPHKVAYLDLTGSGNETSAHLQENGRITFMFCAFTEPARILRLYGQGHVILPSYPDWDSVYSVFPPLPGTRQIIVADIEIVQSSCGFGVPLYEYQGQRQTLVNWAAKKGEQGVREYQQQKNSISIDGLPTPLGQLSDG
>AP018318.1|BBD60128.1|3422862_3424152_-|peptidoglycan-glycosyltransferase
MRLRLFLFSVVSIVLLSSPVRASRLESWSFDTAQNQLNITTVSGVKPRAFLIQNPTRLVIDLPGTQLNTNTVRKNFGSTVREIRVGKVDDNTTRLVVELAPGYTVDPNKLLLQGDSSTHWIVKFPSVERVQNPVDNNVSSSSEEQIPVSVSDVSLFAGVVPLGKEIPQLRSQVQALAARYRSLDAGMFFLDLDTGNYLDLNGEKVFPAASTIKFPILVALFQEVDAGRVKLNETLVMRRDLITGGSGEFQYKRAGSRFSLIETVTKMITISDNTATNMVIDRLGGKAKLNQRFRGWGLQNTVVRNLLGDFKGTNTTSAKDLVRLSALVAKNQLLTDSSRSKVLDIMQRVHNTKLLPAGLGKGAVIAHKTGTLGIVLGDAGIIQMPSGKRYLAGIFVRRPFNDLKARDFINQVSRIVYGYLDQPRVASKP
>AP018318.1|BBD60138.1|3435821_3436430_-|hypothetical-protein
MALLMRESNQAPLHQLTKISGKPFAPLNTEWVSCRVCGAWMQFLGQIDLEATIIKGICDRKQLLLLFMCSNNPGMCDEWDADLGGNAAILVSKTNLTSLEPPCDQEEFLSEEILLTLDECDDSADTYCDILNQFQYQICGKIGGEPLWIQDDETPICSCGARMKFVVQLEPSTAFDFGDSGSGYGFVCSVCQQGAKFLWQCC
>AP018318.1|BBD60139.1|3436837_3438556_+|flavin-reductase-like,-FMN-binding-protein
MVAIAENVQHRLTVQTVEIAPNTTAIRCLDWDRDRFDIEFGLQNGTTYNSYLIRGEQTVLIDTSHQKFRQLYLDTLKSIVNPKTIDYIIVSHTEPDHSGLVEDVLQLAPRATVLASKIALQFLEGLVHDPFSKRIVKSGDRIDIGKGHEIEFVSAPNLHWPDTIFSFDRKTQTIYTCDAFGMHFCDDRTFDEDLEAIEADFRFYYDCLMGPNARSLLNAMKRMGELGKIKIIANGHGPLLYHHLDILTECYQNWSQRQATALTTVGLFYASDYGYSDRLGQAISEGIQKTGVGVEMLDISTAEAQEIQELAGRAAGIIIGMPPSTSVAAQAGISSLISVAKDKQFFGLFECFGGDDEPVDTLRRKFLDSGVKEAFPAIRIKEAPSASTYQLCTEAGTDLGQAVTRERNIKQIKALDVNMEKALGRISNGLYIVTTKKGDVSSAMLASWVSQASLQPLGFTIAVAKDRAIDALMQIGDRFVLNVLEEGNYQELKKQFLKRLHPGADRFAGVKTQTAKNGSPILTDALAYMECEVQSSMECSDHWILYCTVQDGRVSKPDGLTAVRHRKVGNYY
>AP018318.1|BBD60140.1|3438721_3440521_+|flavin-reductase-like,-FMN-binding-protein
MQSSNSFTRFIQSVKARFFPFLSPHHPTPMSNSKPRDVQVFPIATNTRVLRARSQSRLRFEIEYALERGTTSNCYVLEGDKTAIIDPPADTFTTIFLEALQQTIHLKKLDYVILGHFSPNRVGTLKALLEAAPQITFVCSLPGSANLKAAFPDDNLNILVMRGKETLDLGKGHVLKFFPTPNPRWPESLCTYDQQTQILFTDKLFGAHVCGDEVFDDNWEQIKEDQRYYYNCLMAPQAQHVEAALEKISDFQVRMYAVGHGPIVRTSLIELTQAYADWSRSQRDREISVALLYASAYGNTATLARAIALGLTKGGVEVQSINCEFASSEEIQAAVEKSDGFIIGSPTIGGHAPTPIHSALGIVLKVGDNNKVAGVFGSYGWSGEAVEMIEGKLRDAGYRLGFETLKVKFKPDDVTLKFCEELGTDFAQNLKKARKVRVPQQAATPVEQAVGRIVGSVCVITAKQGDVSTGMLGAWVSQATFNPPGLTVAIAKERAIESLMYPGGKFALNILAEGNQQEYMKHFRKNFAPGEDRFAIFGTTPADNGSPVLTDALAYVECSVEQRMECGDHWVVYATVDNGKLIKPDAVTAINHRKTGTHY
>AP018318.1|BBD60141.1|3440729_3440963_-|hypothetical-protein
MSENSTLLQELDTEASEFISGGQRRPRVFYACPRDRYVTNADGYYWFRGRRGCQEVPYDDAPRRVRREVENFRGNFD
>AP018318.1|BBD60142.1|3441167_3441833_-|hypothetical-protein
MVSSLKELIDEPELGHSNDPEERFISSGVSWDSYESLLTKLENNSHYRVNYLDGILEIVSPSIRHEKIKTNLGMLLERFFYSKRIRFVPMGSSTFKNKVRKAGVEPDECYCIGEENKVPDLAIEVVLTSGSVSKLEIYRRLGVAEVWFWERNQFKLYHLRDNSQQEQATVYPDTYGYEPISQSEILPELDISLLEQCLTISDSIQAIDEFEQGLKAADEPK
>AP018318.1|BBD60143.1|3441971_3442265_+|hypothetical-protein
MEFLADIEVEVEFVIQHSRNLRNIVVKHFELPGVSFRVTPDSTIGGCSIEALDIPPRANHPDGKPRYDLLNFRLTTKLDCSNFKSGQKVLVEKLQFY
>AP018318.1|BBD60144.1|3442377_3442671_-|hypothetical-protein
MLEFNIQPQAGGWFTFPENVGYERYQPLDYPSKIIEGRDVCYIEVCGCEISFSYEMHGIHVVFESGIITEEKAFAIVTSISHRLANITGQPTVVYES
>AP018318.1|BBD60145.1|3442792_3444595_-|WD-repeat-protein
MQHCAVGMQMDWISLLKAQQADFLQRVKKPKTYDLSLLDSQVKGCHSEIMAFWGDSLAKIQEFSRHQAEILAKNPPPIPPEYPEPPDRVIPYPKHFQQQAEDYLLREQIVEQVMAERLGKLVKKLPQDTIQNMVLDDEGNLRGESKFTYFLADNPKQSVLVYAADGESFNGIKKDKIRWSVTQDDLLNHQVLIFLCLFYPSNGKLGYEKHAVIAGFLPSYQLEFTETKLSVTPSNLLYAGGLSWYLESLTAKKTTKKDILPTVEEQAIAENIQIVSSDHPQKEIIGDWEFWQTLKGHTKGIHCLDFTSRCHNGNVMPILASGSRGETRLWDLSKGELIDTLSEYPWIASGLVDDVNSISFSPDGHTLVSVGADSTVKIWHVGAPELIDILHKHNGVVRCTAFTPDGRMVATGGDDRKVLFWDLMYRQVAIALSLDDTAAHSLALSPDGKTLVTGSYRKIKVWKTAQLSECKTLQEIEPLHSLTGHSHIVRSLTISADGEWLISGSWDQTIKIWHLETGRLIRTLKGHTDRVYAIALSPDEQIIASGSADKTIKLWHFNTGELLGTFTGHSNIVTALAFTTSGDMLVSASLDKTIKIWQRS
>AP018318.1|BBD60146.1|3445107_3445446_-|hypothetical-protein
MTKKSQDVRVISTTRIWGITVGILAVCIPLSAVTRSGALLPLAAIGGATAGTIAIWRADDKKSKAASLQPQQLKLLEQRIANLETIVSNEEFDLQKKIKQLESSDRNHHSIS
>AP018318.1|BBD60147.1|3445724_3446423_+|NAD-dependent-epimerase/dehydratase
MTSESYIFLAGASRGVGREIANCLTAQQLPVKALLRNESAAAELTATGVEVVIGDALHVNDVEAAMITNEPIHTVISTIGGLPTDKEKPDYLANKNLIDAAIKARVQKFILVTSIGTGNSIGALSPQALAALQSVLVEKDKAEQYLIASGLTYTIIRPGGLKTEPATGNGILTEDTRVVGSIHRADVAQLVCRCLNSDAYGGLRQRSNHKILSAVDKNMLFGQIEFTPFSLD

Crispr_ID: AP018318_17

• CRISPR_ID: AP018318_17
• CRISPR_location: 4391468-4391801
• CRISPR_type: Orphan
• Repeat_type: I-D,II-B
• Spacer_info: 4 spacers

Consensus repeat of AP018318_17

Consensus_repeat	Method
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CRISPRCasFinder
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CRT
GTTTC----AATCCCTAATAGGGATTAGTTGAAATTGCAAT	PILER-CR

spacers of AP018318_17

>17.1|4391505|38|AP018318|CRISPRCasFinder,CRT
CTGTAGAACAACTCGAAAAGCGCGATGTTCAGATTTTC
>17.2|4391580|35|AP018318|CRISPRCasFinder,CRT
TTGACCAGGCAAGCAACCGCGAATTTTAGCAACAC
>17.3|4391652|39|AP018318|CRISPRCasFinder,CRT
GCTACGGAGGGGTGTATTCCGTAAACTCCAGTATCTCGT
>17.4|4391728|37|AP018318|CRISPRCasFinder,CRT
CTCCAGCACCGCGTTGCAGGTTCGCATATACGGACTT
>17.5|4391506|38|AP018318|PILER-CR
CTGTAGAACAACTCGAAAAGCGCGATGTTCAGATTTTC
>17.6|4391581|35|AP018318|PILER-CR
TTGACCAGGCAAGCAACCGCGAATTTTAGCAACAC
>17.7|4391653|39|AP018318|PILER-CR
GCTACGGAGGGGTGTATTCCGTAAACTCCAGTATCTCGT
>17.8|4391729|37|AP018318|PILER-CR
CTCCAGCACCGCGTTGCAGGTTCGCATATACGGACTT

CRISPR arrays and Neighbor proteins around AP018318_17

CRISPR arrays

The CRISPR arrays of AP018318_17

>merge|AP018318|17|4391468-4391801|CRISPRCasFinder,CRT,PILER-CR
ATTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCTGTAGAACAACTCGAAAAGCGCGATGTTCAGATTTTCGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATTTGACCAGGCAAGCAACCGCGAATTTTAGCAACACGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATGCTACGGAGGGGTGTATTCCGTAAACTCCAGTATCTCGTGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATCTCCAGCACCGCGTTGCAGGTTCGCATATACGGACTTGTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

>AP018318|17|17|4391468-4391801|CRISPRCasFinder
ATTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CTGTAGAACAACTCGAAAAGCGCGATGTTCAGATTTTC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TTGACCAGGCAAGCAACCGCGAATTTTAGCAACAC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	GCTACGGAGGGGTGTATTCCGTAAACTCCAGTATCTCGT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CTCCAGCACCGCGTTGCAGGTTCGCATATACGGACTT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

>AP018318|17|5|4391468-4391801|CRT
ATTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CTGTAGAACAACTCGAAAAGCGCGATGTTCAGATTTTC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	TTGACCAGGCAAGCAACCGCGAATTTTAGCAACAC
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	GCTACGGAGGGGTGTATTCCGTAAACTCCAGTATCTCGT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT	CTCCAGCACCGCGTTGCAGGTTCGCATATACGGACTT
GTTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

>AP018318|17|6|4391469-4391801|PILER-CR
TTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATC	TGTAGAACAACTCGAAAAGCGCGATGTTCAGATTTTCG
TTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATT	TGACCAGGCAAGCAACCGCGAATTTTAGCAACACG
TTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATG	CTACGGAGGGGTGTATTCCGTAAACTCCAGTATCTCGTG
TTTCAATCCCTAATAGGGATTAGTTGAAATTGCAATC	TCCAGCACCGCGTTGCAGGTTCGCATATACGGACTTG
TTTCAATCCCTAATAGGGATTAGTTGAAATTGCAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD60909.1|4387779_4388655_-|shikimate-5-dehydrogenase	unknown	unknown	gnl|CDD|234703
AP018318.1|BBD60915.1|4396832_4398422_+|putative-methyltransferase	unknown	unknown	gnl|CDD|223963
AP018318.1|BBD60905.1|4379928_4382463_+|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-and-GAF-sensor(s)	unknown	unknown	gnl|CDD|106506
AP018318.1|BBD60911.1|4390460_4391396_+|hypothetical-protein	unknown	unknown	gnl|CDD|215315
AP018318.1|BBD60908.1|4386111_4387788_+|two-component-hybrid-sensor-and-regulator	unknown	unknown	gnl|CDD|381089
AP018318.1|BBD60914.1|4394549_4396370_+|peptidoglycan-glycosyltransferase	unknown	unknown	gnl|CDD|274573
AP018318.1|BBD60904.1|4378683_4379775_+|threonine-synthase	unknown	unknown	gnl|CDD|236013
AP018318.1|BBD60907.1|4384099_4386109_+|two-component-sensor-histidine-kinase	unknown	unknown	gnl|CDD|106506
AP018318.1|BBD60910.1|4388896_4390324_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60919.1|4401260_4401809_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60917.1|4399409_4400258_+|rhodanese-domain-containing-protein	unknown	unknown	gnl|CDD|225450
AP018318.1|BBD60918.1|4400329_4401013_+|hypothetical-protein	unknown	unknown	gnl|CDD|224931
AP018318.1|BBD60921.1|4403624_4404998_+|protein-of-unknown-function-DUF900,-hydrolase-family-protein	unknown	unknown	unknown
AP018318.1|BBD60912.1|4392093_4392372_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60916.1|4398623_4399307_-|LuxR-family-GAF-modulated-transcriptional-regulator	unknown	unknown	gnl|CDD|197715
AP018318.1|BBD60920.1|4402575_4403430_+|protein-of-unknown-function-DUF900,-hydrolase-family-protein	unknown	unknown	unknown
AP018318.1|BBD60902.1|4375767_4377651_+|S-layer-region-like-protein	unknown	unknown	gnl|CDD|335962
AP018318.1|BBD60903.1|4378068_4378260_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD60906.1|4382654_4384028_+|transposase,-IS4	unknown	unknown	gnl|CDD|376573
AP018318.1|BBD60913.1|4392604_4394224_-|TPR-repeat-protein	unknown	unknown	gnl|CDD|276809

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD60909.1|4387779_4388655_-|shikimate-5-dehydrogenase	gnl|CDD|234703	PRK00258, aroE, shikimate 5-dehydrogenase; Reviewed.	3.32841e-123
AP018318.1|BBD60915.1|4396832_4398422_+|putative-methyltransferase	gnl|CDD|223963	COG1032, COG1032, Fe-S oxidoreductase [Energy production and conversion].	3.76697e-59
AP018318.1|BBD60905.1|4379928_4382463_+|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-and-GAF-sensor(s)	gnl|CDD|106506	PRK13560, PRK13560, hypothetical protein; Provisional.	1.59718e-23
AP018318.1|BBD60911.1|4390460_4391396_+|hypothetical-protein	gnl|CDD|215315	PLN02578, PLN02578, hydrolase.	1.44323e-91
AP018318.1|BBD60908.1|4386111_4387788_+|two-component-hybrid-sensor-and-regulator	gnl|CDD|381089	cd17534, REC_DC-like, phosphoacceptor receiver (REC) domain of modulated diguanylate cyclase and similar domains. This groups includes a modulated diguanylate cyclase containing a PAS sensor domain from Desulfovibrio desulfuricans G20. Members of this group contain N-terminal REC domains and various output domains including the GGDEF, histidine kinase, and helix-turn-helix (HTH) DNA binding domains. Also included in this family is Mycobacterium tuberculosis PdtaR, a transcriptional antiterminator that contains a REC domain and an ANTAR RNA-binding output domain. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	8.67933e-51
AP018318.1|BBD60904.1|4378683_4379775_+|threonine-synthase	gnl|CDD|236013	PRK07409, PRK07409, threonine synthase; Validated.	0
AP018318.1|BBD60907.1|4384099_4386109_+|two-component-sensor-histidine-kinase	gnl|CDD|106506	PRK13560, PRK13560, hypothetical protein; Provisional.	3.96529e-89
AP018318.1|BBD60917.1|4399409_4400258_+|rhodanese-domain-containing-protein	gnl|CDD|225450	COG2897, SseA, Rhodanese-related sulfurtransferase [Inorganic ion transport and metabolism].	7.23324e-72
AP018318.1|BBD60918.1|4400329_4401013_+|hypothetical-protein	gnl|CDD|224931	COG2020, STE14, Putative protein-S-isoprenylcysteine methyltransferase [Posttranslational modification, protein turnover, chaperones].	5.34836e-18
AP018318.1|BBD60914.1|4394549_4396370_+|peptidoglycan-glycosyltransferase	gnl|CDD|274573	TIGR03423, pbp2_mrdA, penicillin-binding protein 2. Members of this protein family are penicillin-binding protein 2 (PBP-2), a protein whose gene (designated pbpA or mrdA) generally is found next to the gene for RodA, a protein required for rod (bacillus) shape in many bacteria. PBP-2 acts as a transpeptidase for cell elongation (hence, rod-shape). [Cell envelope, Biosynthesis and degradation of murein sacculus and peptidoglycan].	0
AP018318.1|BBD60916.1|4398623_4399307_-|LuxR-family-GAF-modulated-transcriptional-regulator	gnl|CDD|197715	smart00421, HTH_LUXR, helix_turn_helix, Lux Regulon. lux regulon (activates the bioluminescence operon.	1.66099e-17
AP018318.1|BBD60902.1|4375767_4377651_+|S-layer-region-like-protein	gnl|CDD|335962	pfam04966, OprB, Carbohydrate-selective porin, OprB family.	9.35515e-36
AP018318.1|BBD60906.1|4382654_4384028_+|transposase,-IS4	gnl|CDD|376573	pfam01609, DDE_Tnp_1, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction. This family contains transposases for IS4, IS421, IS5377, IS427, IS402, IS1355, IS5, which was original isolated in bacteriophage lambda.	5.51934e-10
AP018318.1|BBD60913.1|4392604_4394224_-|TPR-repeat-protein	gnl|CDD|276809	sd00006, TPR, Tetratricopeptide repeat. The Tetratricopeptide repeat (TPR) typically contains 34 amino acids and is found in a variety of organisms including bacteria, cyanobacteria, yeast, fungi, plants, and humans. It is present in a variety of proteins including those involved in chaperone, cell-cycle, transcription, and protein transport complexes. The number of TPR motifs varies among proteins. Those containing 5-6 tandem repeats generate a right-handed helical structure with an amphipathic channel that is thought to accommodate an alpha-helix of a target protein. It has been proposed that TPR proteins preferentially interact with WD-40 repeat proteins, but in many instances several TPR-proteins seem to aggregate to multi-protein complexes.	3.48057e-23

Protein sequences

>AP018318.1|BBD60911.1|4390460_4391396_+|hypothetical-protein
MQVNTAPSTNAVPGQYWQWRGQKVYYVRAGKSQPQRPPLLLVHGFGASTDHWRKNINGLDQDFEVFAIDLLGFGRSAKPKLQYSGDLWRDQLHDFIREVIGRKAVIAGNSLGGYASLCVAAQYPDSVAGVVLLNSAGPFSENQTTSEPEALQSQIQPPKQPSPLQQILGNGVKWVLKQSFSRFLIFQYVRQRWVIRRTLEKVYLDKTAITDQLVEDIYRPAFDTGAFDVFVSVFSSPQGEKVDVLLQRLTCPLLLLWGEADPWMKAKERSQKFQQYYPQLTEYFLNAGHCPHDEIPEQVNQLLRDWVMSIS
>AP018318.1|BBD60910.1|4388896_4390324_+|hypothetical-protein
MIYKTFNRLAVKCSALSFVFLITLLSCVLLNTLVAHGTTSPLDEVQIVSQTVVGKPGFFQVGQSTKGRWWFIAPDGKAFFYKGVTSVNFGYPDAYIPIVTKKYGRNPAKFRQAAFARLRSWNFNALGAWTPAELWDRGMPYTVILDFVKVTPPAGLKLDDWKLNLPDVFDPEWIKAIDAKAKSVITSIHQSKLLVGYFTDNELSWYDLETPDLKEKLNPELLLTDQVKPALLQLCLSLDPKQPAYQAAWKFVLQRHGNNLEQLARDWLLNTKTLKHIKQLTKAEITIISQPYLQDLRLFVQEYASRYFMLTAAAIHRYDRNHLILGCRFGKPPSKEVFSAVKRPWVDVVSANNYRYDMYNRMDIYYQSTHLPVLNTEFSWGHNVFSQHLLAEEAIDDLSPTERMLRNGENSLALALTHPGLVGYTWYRWVDLSSYKPPISHGLVNLQDEPNRLHTDLLTNLNSKAETIAVSSSNN
>AP018318.1|BBD60909.1|4387779_4388655_-|shikimate-5-dehydrogenase
MTKVTGTTKLLGVIGHPVEHSLSPVMHNAALAALGVDYIYLPFPIEPENLQIAIAGFAAIGVTGFSVTIPHKQAIMSLLSDITPVAQAIGAVNTVTRKNQQWVGTNTDIEGFIAPLQTTYQQDWSQKVAVILGNGGAARAVVAGCYQLGFAEIHVVGRNEPKVIEFRDSWGSSPIAEKLQVHTWPTLAKLIPQANLLVNTTPMGMYPQVDDSPLSAAEMIDLPSGAIAYDLIYIPQPTKFLQQAEKQGAIIIDGLEMLVQQGAAALKIWLQQETVPVDVMRQALRQHLGLI
>AP018318.1|BBD60908.1|4386111_4387788_+|two-component-hybrid-sensor-and-regulator
MMNISSDTKKTNTVQVLIVEDEYILALNLQESLESLGYIVVDIADTAATAIAKATALRPTLILMDIRLQGEADGIQAAEKIWHDLQIPIIYVTGHSDQSTVERATLTFPFGYILKPIREQELYVSIQTALNRYEREQFLSTVLRGMGDGVIVVDTQLHVKYLNQVAETLTGWQLQEVQDQILDQVFPIIDEQTRLPVANPIHAALEQETIVYLSDRTLLITKDQKTIPIADSAAPLRDNNGKISGAVIVFRDDTQRRLTQERNLAHERARQLEIQMAEVKRLNQLKEDFLAATSHEMRTPLSNIKMAITMLENILDRRRIVQSGKPPEVNAVARYINILRSECERELNLVDDLLNMRFVDADMYPLELTSIHLQDWLPHITESFEEFAQTQQQILQIDVPPELPNIMTDLAILTRIVSELLTNACRYTPLGKLITVTAQLTTTLNYVNLQDESSDVKIPGVEITVSNFGVEISPQEQSQIFEPFYRISQNQDQDKSSIFDSNYQALQNESALNSSTGLGLALVKKLVEYLQGTIAVTSSQGWTRFTVQLPLTLPESSD
>AP018318.1|BBD60907.1|4384099_4386109_+|two-component-sensor-histidine-kinase
MIGIEGHTLQKRPFGFQEVAEILAQMNQQGFWSQEIEYVTKQGNSFWGNIAAKEIRIADQVMNLVRITDISDRKRTEAALTKSEEQQRLTLEFTHIGIWDWNLQTNEVIWNDKLYHLLGLDPETSTAKYQLWHDAIHPDDVENVEKAVLQALTTHTNFDAEYRVILPNGEILWLLGKGRGIYDTADQPIRMLGVIIDISDRKLAEQALQDKENFLRSIYDGVGQSIFVVDVVDDDFCYVGFNHTHEELTGLRSNELQGKTPEQVLPLDAAVIIRQHYQNCLAAGTTITYNECLPFKGQETWWMTSLTPLRDESSSIYRIVGSSINITEQQRAQQMLELQAVITRNMAEGICLVRANDGIIVYANPKFEKMFSYDTDELNGLHISIINYADDQAKAEEVNQAIRAAVLEHGEASYEVHNVKKNGTPFWCSATTSVFEHPEYGKVFVAVHQDITEQKQAEKKIKASLKEKEVLLKEIHHRVKNNLGIVSSLLQMQCRRTQDPQASEILRDSQNRIASIALVHEKLYRSADLANIDFSQYIPDLTTHLFDSYNITPNCIKLKIQVNGASLDIETAIPCGLIINELVSNALKYAFTNQSTGEILVSLAQQEHDNLILTVRDNGIGLPQDFNSKNTKTLGIILVQGLVKQLRGKIEINSQQGAEFKITFTKSRA
>AP018318.1|BBD60906.1|4382654_4384028_+|transposase,-IS4
MSSSRKTNRDHAKKKQRPMMEDEVIASQLEQLLTPAITSQENYYRQLGLRDRILNLPLMVAAVLTLLWRDVAGATELTRMLAREGFLWCKPLEVSQQAISQRFLTFPAQLFERVFKDLVPKLQDSWQRRSRRKVPQSVQFTKSKFEKIWIVDCSILEALFQKLDSLKDAPPGKLAGKICTVIDLVNFLPVEIWFNENARSADTNFESDILKSADPHTLLLLDRGFYHFNFWLQLIAQKVNFITRLKKGAAIHVEQVFTDSFSLRDRLIRLGSGTKKTPFITLRLVEVRSAKTWHSYLTSVLEPTVLPPYVVADLYRRRWRIEDAFNTVKRLLGLSYLWTGSVNGVQLQIWGTWLFYAVLVDLGDAVADELSLPFDSISLEMIYRGLYHFYVAHQKGKATDPIKYFAAPENQDLGIVKRQRKPNMLLIVAPFPDQQRGTPEFFFQPPSQIPLTTASQP
>AP018318.1|BBD60905.1|4379928_4382463_+|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-and-GAF-sensor(s)
MLGFFKILLTTQQFIPHGHCYLWQSNLLGLHIVSDSLIALAYYSIPLTLLYFVRQRQDVPFNWIFLLFGTFIITCGATHLMEIWTLWHPTYWLSGGIKAIAAVVSLYTAWELIYLMPQVLVLPSPAQLEAANQELKREISERQQIEAALRCSEERWHLAIAGTNEAIWDWNILTNQTFRSERWYEMLGYERYELSSEDDEWSKRIHPDDYAPVIAAQTAYLWQQTPDYNVEYRLRRKDGSYCWFRSRAKAVWDEQGNPVRLVGSLGEITDRKQVELALQEREAMLRRIGDNLPNGAIYKVIREFDGSDRFYYLSAGIEKIMEVSAADALRDASLLYRQFIPEDMPRLEAAVNESMQHLSIFNVQLRICTPSGQIKWCHFRSSPRQLEDGRVAWDGLVVDVTELKRTEEILRKNEALLEESQRVARLGNWEYDLSTGKITWSKGLFELFQRDLNLLAPSYEENLQLYHPEDRQQLDQAVKRAISTGESYKLILRATRSDKEEIYVEGIGYAEFNANQEVVRLYGTAQDISDRKQAELALQASERRFRGIFNNSFQFIGLLNIDGTLLEANQTALNFVGLQPEDVINRPFWETHWWTISPEIQEQLKQAIAWAAQGNFIRYEVDVLGANNQVATIDFSLRPLQDENGQVILLIPEGRDITERQVAMRDRIQAEEKLRRSEAQLTAAQHIAHVGSWEWNLGDEKQIWSAETFRIFGLYPIQPVPTQAELLRMLHPDDRPALQAHFLAAIIDACPINLEYRIIRPDGSIRYLESRAEVAYNTQEKTIKLFGAILDITERKQTELEIIKSRDLREAIFNESADALFLVDPKTLLTTDIRNKLEEKEFCQ
>AP018318.1|BBD60904.1|4378683_4379775_+|threonine-synthase
MTVSLSVAKSHRQPWPGLIEAYREYLPVSDNTPVVTLLEGNTPLIPVPAIAERIGRQVSVFVKYDGLNPTGSFKDRGMTMAISKAKEAGAKAVICASTGNTSAAAAAYAKRGGMNAFVLIPDGYVALGKLAQALLYGAEVLAIKGNFDRALEIVREMAESYPITLVNSVNPYRLEGQKTGAFEVVDALGNAPDWLCIPVGNAGNISAYWMGFCQYHQAGKCDRLPKMMGFQAAGAAPLVNGQPVAHPETIATAIRIGNPASWDKAIAAQTASQGTFQAVTDAEILDAYRLLAASEGIFCEPASAASVAGLLKVKDQVPTGATVVCVLTGNGLKDPDTAIKHSDSKFKQGIPAELKAVATAMGF
>AP018318.1|BBD60903.1|4378068_4378260_-|hypothetical-protein
MSTLSSVSERQSQATLISDLNKSYYQADQQVKLKNLEAEVDSLLQQLQNLKEQKLAAAHPEEE
>AP018318.1|BBD60902.1|4375767_4377651_+|S-layer-region-like-protein
MSSIFRSAVWITPILLIASVVTSKKVLANPVESNINIQAESINLIQSQQTLTAQTEIKPKKNNVLELTLADDNFDTMSQVTSVSQLSDVQPTDWAFQALQSLVERYGCIAGYPNSTYRGSRAMTRYEFAAGLNACLERINELIATSTADAVKKEDLETLQKLQQEFADGLVELRGRIDPLEARTAELEANQFSTTTKLSGDVIVTFGGVYGDEKALTSDAWRTINNTPGGNRAAREATAYRSAGGRDLEDNTILADRVRIILDSSFSGQDRLRVILRANNTLAFNATNQVSGTNMTRLAWDTTLEPDNSIGVAKLFYNFPVGDKLNVTVDAIGGSFFDNFNTVNPLFSAATTGAISRFGRFAPIYRASNSGLAVGRGSGISAIFKLSDAITFSGGYIARNAENPLDGRGLFDGSYGALGQVAFQPNKNLTLAFTYAHSYFSAVDGNGVATGDVNVSGSEGSTFANNPFGTTAIPIATSANHYGIQSSYKLSDKFILSGWVGYTQAIAETNSGRNPVTNTVNRGDKADIWNWAVTLGFPDLGKKGNVGGIIFGQPPKVTSNDYGAQTLTATSARREDSDTSYHLEALYRYQVNSNISITPGLIVLFNPEHNSNNDTIYVGTIRTTFRF
>AP018318.1|BBD60912.1|4392093_4392372_-|hypothetical-protein
MMPQIQKSAQPKLQQYLGNADFHLNTRNQSPEHQLPHREPIKHILIGSTQVVTSTIHHLHIVGYASVGDWSPLLPTANSDEVMSILIRQILM
>AP018318.1|BBD60913.1|4392604_4394224_-|TPR-repeat-protein
MDWITLLRSLQSDFIQRLTSGSLLHCETEAQYSELIIISGQRLKTLRDFCWLMAEKYKRVSPVRDVFISYLKGKLGEEVVKERLADLITEVDYEKRFGGDGKIDFTLTTNPSVGIEVKSRHGSLDKVRWSVSSEEVEKNAVVVCILIQEEVHEAQSEYHLFLAGFLPTRMIKLKTGRIAFGIEQLLYGGGLRCYLEQYQPAINYNLAKSEYHNKPQSFLSTNHSQLFSPKLPVNQPEKSLIYPQEIDYLKLGHNCLVKGEYSDAIAHYSQALKLYPNDAEIYYQRGLSYYQLGDYAEAIADYYQAIKINLNDAKFYIKRGLAHYQLGDYTAAIDDYTQAIRLNPNMAVAYKNRADARSHLGDNQGAIEDYTQALKINPNYAITYKNRGMSRYFLGYQQSFTKAIKMNPHDAIAYKNRGNARADIGDYEGAIDDYTQVIAINPHDAHAYYNRGNARYDLGDNAGAFEDYTQAIKINPNYADAYYNRGNVQSEIGDKQEAIADFQKAVELYRQEGKLDALKDARGRVLDLQIEESLDILNF
>AP018318.1|BBD60914.1|4394549_4396370_+|peptidoglycan-glycosyltransferase
MAILHPSPLGGKKNTRTVGRNFQSGFLILFTLSMLTGIGARLAYLQIVEGETHRQRAESNRIRVIAKQPERGNIFDRNGKLLASTRYPRSVYLWPMAHTKPSWPIVGPRLASILDIPQADIEKKLDEAGAYSSSLIRIARDLNEAQVTAMKEYENELPEVEVHTEAVRYYPHGTALAHVLGYTRELTAEQLKERKQEGYRLGDVIGQMGAEKAYEKLLRGEWGGQQVEVDGAGRPLRVLGEKQAKAGNDLHLTLDLDIQKAAEKALGDRDGAIVAINPKNGAVLALVSHPTFNPNIFSKQKLTQKDWESVQGEDHPLVNRALSAFPPASTFKIVTATAGLESGKFSPSTILQTYGSLNIGGTRFGEWNHAGFGPLGFVGALQWSSDTFFYQIGRGVGGPTLIEWTRKYGFGQKTGFEFAAEETKGLVPDENWKQKAWKIPWTVGDTINMSIGQGALQTTPLQVAIMFAVPANGGYRVQPHLLKDNEEAKSWRETLNIKPTTIKVLRDGLRKVVAEGTGKALNKPTIPAVAGKSGTAEAWKNRVKQNHAWFGAYTPADNPEMVIVAFAEHSGGGGGAIAAPMILQIMEDYYQRKYPGKYQKPEAKQP
>AP018318.1|BBD60915.1|4396832_4398422_+|putative-methyltransferase
MKALLLYPQFPQSFWSYDRFMEIAGLKAVLPPLGIITVAALLPQEWEIRFCDRNVNLETEADWEWCDIVILSAMLVQKPDFHALIQKAVRLGKKVAVGGPYPTSIPQDALNSGAHYLILDEGELTVPQFLAALNQGQEQGIFRSLEKPDVSQSPMPRFDLLKRDAYLMMAIQFSRGCPFNCEFCDIITLYGRKPRTKEPQQTIAELQTLYDLGWRGSLFIVDDNFIGNQRNVKRFLRELIPWMKQHSYPFTFITEASVNLAEDEELLQLMNEAGFYAVFLGIETPDQESLQLTQKLQNTRSPLVQACQKINQAGILIYAGFILGFDGERPGAGEKIQAFVEQTNIPQPMLGILQALPNTALWNRLQKEQRLLESKGIGGTEVGDQNTLMNFIPTRSIDEIAREYVEGLWTLYEPRNYLRRCFQQCLSLGSLAQRKQAMQLSPGKALRLVVQLIWLQGLRQPEIRVQFWQQLWAILVTKPQVLNMYLGLCAAGEHFWEYRVLARQRITQQLGYDPLTASALPKQEPVLVK
>AP018318.1|BBD60916.1|4398623_4399307_-|LuxR-family-GAF-modulated-transcriptional-regulator
MVALIALFRAIAQAKDEQTLRSHISADMSQYFSATRCGLFFFNQTHLIDSNVQKVLQVALSPQYNPVARYLLERHAPVHEALVVEPKTWRLICPRADHWHVMAGPIVSNGQLIGAIGFTREKGMPAFDSHNLTDLSAICLHISTWVTMSKSQHLPLQTARLTPRELEIATLVAQGRSNAEISRELWITENSVKQALKRMFRKLEVSSRTQMLAKLSTVAQSQQLPKR
>AP018318.1|BBD60917.1|4399409_4400258_+|rhodanese-domain-containing-protein
MTTNSDYAYPSVIVDTQWLANHLNDPYVRIIEVDVSPEPYKNAHIPGAVFWNIFTDLLLPNLQINFDAIAFTKLMARSGITNNTTVIAYGSYPGIGGWIFWLLKVFGHDNVRVLNGGYQKWQSENRPLATELSTFPSTDYQPQALNHSLRVLHPEVEAAIHQQEPILLDVRTIQEYNGEWFFNQPPKANERTGHIPSAVHLEHLLTLNEDGTFKSSAELKNLYTSQGITPDKEIFPYCAIGGRSGYIWFVLKYLLGYPNVRNYDGSWNEWSRLVDSSAHGKC
>AP018318.1|BBD60918.1|4400329_4401013_+|hypothetical-protein
MFVFKVLLALFWNLLIFGGLLFIPAGTLFWWRAWIFLGVVSVSVIAVMITVFRENEELWNERLKPFIQEGQPIADKIIISLFVIAFFCLIAIIPLDLFQFHLLSKPGTLISSLGLLLFIVGWWIISLSFKENTFAAPVVKHQTDRQQIVIDTGVYSLVRHPMYAGAILLMIGMPLWLESYTAVLYSILPILLLIVRVQFEEKFLRQELKGYDVYTERVRYKLLPYLW
>AP018318.1|BBD60919.1|4401260_4401809_-|hypothetical-protein
MPTKQRRRGAVLTPKGLHKLQDAKQQAEFNENGNKRFTLDDLSHQTGLDSHTLCKIFSSNTRVDRYSLTRCFQAFQLLLEPDDYEMPTTYLQQRDTGRNKTLERQYEKKPSLKLKLDVNEDRLPMTAPEEIRQRGRQLLEQLSGESLVKAVKLLESVSQESLLPSENKLKNDEGVDQNIQPN
>AP018318.1|BBD60920.1|4402575_4403430_+|protein-of-unknown-function-DUF900,-hydrolase-family-protein
MTDSNSKEPYFCAYTVTSTAKSNVEDDKHNSQEIWEIKCLQRNSEVNIQDIAKKLDNNGKKSELIIAVHGYSQGKEEPFWHKGIFDYFSKNTRTLENDEDKKYVFLGYRWPSEKPLLGNNFVSMPGTILGLLLFLGFFILSFLIILLVSAQKNQSVVPKDSDVYFLWIVVSAYIVVSCFLLSHRHQHNNPCIEWVIDGFLWVLSGGLFFGFLHILHSQYNHSFLLLISIALSIALSILLLVILQYSKALDLLAPTLPVSLCIVIAVEFLSIQPFEPILRLLNLY
>AP018318.1|BBD60921.1|4403624_4404998_+|protein-of-unknown-function-DUF900,-hydrolase-family-protein
MIRQLDRALFLEQYISKLKQLEQENILTEDVFSEMGLTKQDWIAKSHDEKIKLWKEKGTSFIKRNEVEKKQNEIDRALFFKKITSESEQLKQENILTEDVFSEMGLTQQDWIAKSHDEKIKLWKEKGTSFIKRNEVEKKHSNNRVKLSFIGHSMGCFVITNTIRIVSDVFDSNSLYKDPDSNIGTSFNLERLILVAPDIPVETIITGRANFLRASLRRVKEAYIFSNEGDIVLRILSATANYFSFPTNGRIRGSRLGILTVSNDYRDEIIDKKENKRNPDAYGIVNYVNNNVDSPSGYLEIRDSGNKPLKISEVSVKFIQAQVADSFTYFDCTDYKDYLIKDGKKSQETVSVVSKALNKPKLGIWEYFILSIIGLLPVDRIPFLKCRKIDVHGDYFNGEFTQKAIYEIAFLGLKGFVNTIPNQPKTGNTDLLPRFTEMCKEKRIRVVISPQHRALLK

Crispr_ID: AP018318_18

• CRISPR_ID: AP018318_18
• CRISPR_location: 4515175-4515274
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018318_18

Consensus_repeat	Method
CAGTAAATAGATTTAACAAAATTTCAC	CRISPRCasFinder

spacers of AP018318_18

>18.1|4515202|46|AP018318|CRISPRCasFinder
CAGTTAGCATTGGGAAATGCTCTCAAAACAGCACATAACTTTAAAG

CRISPR arrays and Neighbor proteins around AP018318_18

CRISPR arrays

The CRISPR arrays of AP018318_18

>merge|AP018318|18|4515175-4515274|CRISPRCasFinder
CAGTAAATAGATTTAACAAAATTTCACCAGTTAGCATTGGGAAATGCTCTCAAAACAGCACATAACTTTAAAGCAGTAAATAGATTTAACAAAATTTCAC

>AP018318|18|18|4515175-4515274|CRISPRCasFinder
CAGTAAATAGATTTAACAAAATTTCAC	CAGTTAGCATTGGGAAATGCTCTCAAAACAGCACATAACTTTAAAG
CAGTAAATAGATTTAACAAAATTTCAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD61009.1|4516218_4517571_-|putative-Mg2+-transport-protein	unknown	unknown	gnl|CDD|225148
AP018318.1|BBD61006.1|4509808_4510870_-|aspartate-carbamoyltransferase-catalytic-subunit	unknown	unknown	gnl|CDD|234849
AP018318.1|BBD61008.1|4511995_4514371_-|hypothetical-protein	unknown	unknown	gnl|CDD|368963
AP018318.1|BBD61016.1|4524972_4526250_-|sensor-protein	unknown	unknown	gnl|CDD|274368
AP018318.1|BBD61003.1|4504785_4507020_+|two-component-sensor-histidine-kinase	unknown	unknown	gnl|CDD|226702
AP018318.1|BBD61011.1|4518491_4518764_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61017.1|4526269_4526950_-|two-component-response-regulator	unknown	unknown	gnl|CDD|223816
AP018318.1|BBD60999.1|4501364_4501841_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61018.1|4527246_4527573_-|hypothetical-protein	unknown	unknown	gnl|CDD|225876
AP018318.1|BBD61014.1|4523429_4524164_-|amino-acid-permease-associated-region	unknown	unknown	gnl|CDD|273332
AP018318.1|BBD61012.1|4519412_4522673_+|phosphorylase-kinase-alpha-subunit	unknown	unknown	gnl|CDD|366266
AP018318.1|BBD61013.1|4522751_4523387_-|hypothetical-protein	unknown	unknown	gnl|CDD|379312
AP018318.1|BBD61007.1|4511240_4511804_+|hypothetical-protein	unknown	unknown	gnl|CDD|224351
AP018318.1|BBD61004.1|4507037_4507463_+|response-regulator-receiver-protein	unknown	unknown	gnl|CDD|381108
AP018318.1|BBD61010.1|4518135_4518492_-|MazE/toxin-transcriptional-modulator-MazF	unknown	unknown	gnl|CDD|367091
AP018318.1|BBD61000.1|4502058_4503102_+|phospholipid/glycerol-acyltransferase	unknown	unknown	gnl|CDD|153249
AP018318.1|BBD61015.1|4524173_4524785_-|amino-acid-permease-associated-region	unknown	unknown	gnl|CDD|273332
AP018318.1|BBD61005.1|4507468_4509736_+|two-component-hybrid-sensor-and-regulator	unknown	unknown	gnl|CDD|237425
AP018318.1|BBD61002.1|4503894_4504539_+|ATP-phosphoribosyltransferase	unknown	unknown	gnl|CDD|234971
AP018318.1|BBD61001.1|4503119_4503818_-|two-component-transcriptional-regulator	unknown	unknown	gnl|CDD|223816

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD61009.1|4516218_4517571_-|putative-Mg2+-transport-protein	gnl|CDD|225148	COG2239, MgtE, Mg/Co/Ni transporter MgtE (contains CBS domain) [Inorganic ion transport and metabolism].	4.83882e-157
AP018318.1|BBD61006.1|4509808_4510870_-|aspartate-carbamoyltransferase-catalytic-subunit	gnl|CDD|234849	PRK00856, pyrB, aspartate carbamoyltransferase catalytic subunit.	4.9663e-174
AP018318.1|BBD61008.1|4511995_4514371_-|hypothetical-protein	gnl|CDD|368963	pfam06537, DHOR, Di-haem oxidoreductase, putative peroxidase. DHOR is a family of di-haem oxidoredictases. It carries the two characteristic Cys-X-Y-Cys-His haem-binding motifs. The C-terminal high-potential site functions as an electron transfer centre, and the N-terminal low-potential site corresponds to the peroxidatic centre. Its probable function is as a peroxidase.	3.18083e-10
AP018318.1|BBD61016.1|4524972_4526250_-|sensor-protein	gnl|CDD|274368	TIGR02966, Phosphate_regulon_sensor_protein_PhoR, phosphate regulon sensor kinase PhoR. Members of this protein family are the regulatory histidine kinase PhoR associated with the phosphate ABC transporter in most Proteobacteria. Related proteins from Gram-positive organisms are not included in this model. The phoR gene usually is adjacent to the response regulator phoB gene (TIGR02154). [Signal transduction, Two-component systems].	1.20614e-49
AP018318.1|BBD61003.1|4504785_4507020_+|two-component-sensor-histidine-kinase	gnl|CDD|226702	COG4251, COG4251, Bacteriophytochrome (light-regulated signal transduction histidine kinase) [Signal transduction mechanisms].	7.43731e-79
AP018318.1|BBD61017.1|4526269_4526950_-|two-component-response-regulator	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	3.74752e-76
AP018318.1|BBD61007.1|4511240_4511804_+|hypothetical-protein	gnl|CDD|224351	COG1434, COG1434, Uncharacterized conserved protein [Function unknown].	4.3889e-21
AP018318.1|BBD61018.1|4527246_4527573_-|hypothetical-protein	gnl|CDD|225876	COG3339, COG3339, Uncharacterized conserved protein [Function unknown].	4.53981e-20
AP018318.1|BBD61012.1|4519412_4522673_+|phosphorylase-kinase-alpha-subunit	gnl|CDD|366266	pfam00723, Glyco_hydro_15, Glycosyl hydrolases family 15. In higher organisms this family is represented by phosphorylase kinase subunits.	3.97804e-73
AP018318.1|BBD61013.1|4522751_4523387_-|hypothetical-protein	gnl|CDD|379312	pfam13649, Methyltransf_25, Methyltransferase domain. This family appears to be a methyltransferase domain.	4.90094e-14
AP018318.1|BBD61014.1|4523429_4524164_-|amino-acid-permease-associated-region	gnl|CDD|273332	TIGR00911, High-affinity_methionine_permease, L-type amino acid transporter. [Transport and binding proteins, Amino acids, peptides and amines].	4.91655e-27
AP018318.1|BBD61004.1|4507037_4507463_+|response-regulator-receiver-protein	gnl|CDD|381108	cd17557, REC_Rcp-like, phosphoacceptor receiver (REC) domain of cyanobacterial phytochrome response regulator Rcp and similar domains. This family is composed of response regulators (RRs) that are members of phytochrome-associated, light-sensing two-component signal transduction pathways such as Synechocystis sp. Rcp1, Tolypothrix sp. RcpA, and Agrobacterium tumefaciens bacteriophytochrome response regulator AtBRR. They are stand-alone RRs containing only a REC domain with no output/effector domain. The REC domain itself functions as an effector domain. Also included in this family us Methanosaeta harundinacea methanogenesis regulatory protein FilR2, also a stand-alone RR. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	1.13205e-73
AP018318.1|BBD61010.1|4518135_4518492_-|MazE/toxin-transcriptional-modulator-MazF	gnl|CDD|367091	pfam02452, PemK_toxin, PemK-like, MazF-like toxin of type II toxin-antitoxin system. PemK is a growth inhibitor in E. coli known to bind to the promoter region of the Pem operon, auto-regulating synthesis. This family represents the toxin molecule of a typical bacterial toxin-antitoxin system pairing. The family includes a number of different toxins, such as MazF, Kid, PemK, ChpA, ChpB and ChpAK.	5.81597e-26
AP018318.1|BBD61000.1|4502058_4503102_+|phospholipid/glycerol-acyltransferase	gnl|CDD|153249	cd07987, LPLAT_MGAT-like, Lysophospholipid Acyltransferases (LPLATs) of Glycerophospholipid Biosynthesis: MGAT-like. Lysophospholipid acyltransferase (LPLAT) superfamily member: acyltransferases of de novo and remodeling pathways of glycerophospholipid biosynthesis which catalyze the incorporation of an acyl group from either acylCoAs or acyl-acyl carrier proteins (acylACPs) into acceptors such as glycerol 3-phosphate, dihydroxyacetone phosphate or lyso-phosphatidic acid. Included in this suubgroup are such LPLATs as 2-acylglycerol O-acyltransferase (MGAT), and similar proteins.	2.78947e-22
AP018318.1|BBD61015.1|4524173_4524785_-|amino-acid-permease-associated-region	gnl|CDD|273332	TIGR00911, High-affinity_methionine_permease, L-type amino acid transporter. [Transport and binding proteins, Amino acids, peptides and amines].	4.01116e-28
AP018318.1|BBD61005.1|4507468_4509736_+|two-component-hybrid-sensor-and-regulator	gnl|CDD|237425	PRK13557, PRK13557, histidine kinase; Provisional.	1.36815e-82
AP018318.1|BBD61002.1|4503894_4504539_+|ATP-phosphoribosyltransferase	gnl|CDD|234971	PRK01686, hisG, ATP phosphoribosyltransferase catalytic subunit; Reviewed.	1.18025e-114
AP018318.1|BBD61001.1|4503119_4503818_-|two-component-transcriptional-regulator	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	1.30612e-85

Protein sequences

>AP018318.1|BBD61008.1|4511995_4514371_-|hypothetical-protein
MRKQQRFLLLIVGLSLGLSVLIGYINPQKVFGQIALPDEETLFARRRAEVATNFVVEPPTRPLRPVERVRRDTFGDVGITPVNTVAQLDRLVFPSLPNSVKERELEGSEFFTTPNRVENGFGSMAMQTRCAGCHLNNLESVPNEGLLTGTSTVSRANRSTPTNYSFVSGDTQVNGGRAPGRRLDPVNPDGTADLNRRSLATNPELRELDAVNSTGRTAAFTVFGDFNASASPVIFDALNATSPSGQDFGGFLQHVRPPSEELRARFGLDCKPDAIPSVTEDRNLIGFDKATGKSASGFRRAITELAGPPYIGRGLIEAIPNQDIMNVSDPNDIRGDNSSLRTPFFQCTGDCVTGVTNTIPPNVDRSREDALALGLGRFGLRANGTEMMQFIVGGMFGSLSMTNRISPFEQNIANPAIAPYNAGCRNEIPDPELPVSRPFSERNFIRSLAPPEFGRNLLAVLRAKDPSRPLPGNNPAARVQRGAQLFGIDLVAFSNRMIAGKMPRGGDGLDTNAINQSDRMVGCVSCHIPVQRTGQSPAVGDPSLGPDAQALIDALSYRWAPIFSDINIHRGPVIDVERNSPIPRDPFLVSRADVFGQRPSGNNVATFMTYDLMRNFASDSFSNVRGTATGDRFRTPPLMGIGRVGPPFMHDARVFLSILNRDTTPAGTVTTNRDATNEPLVVRNVDEALLAAIELHDLPAPDDSKTSTLPGGGCPVPPGGKVVNKLGYDGSLTSSDKIVVDYGPNPQNVICPPYNSPLSTTNRSEARESIARFRSLSRDDQRAIIAFLREL
>AP018318.1|BBD61007.1|4511240_4511804_+|hypothetical-protein
MKLPIYRLRRKLMWLLVGLILALLLTIPVRLAIAYYQTPQPQAILTLGGGANRQEFTAQFAKFYPGIKIWVSSGLPPREARVIFHAVGITDDRFYLDYRATDTVTNFTTLVEVFQQQRIQHIFLITSKFHLPRAKAIATLVLGSRGIAFTPVSVPSEASELESTDRTLRDIARSLLWIVTGYTGTEL
>AP018318.1|BBD61006.1|4509808_4510870_-|aspartate-carbamoyltransferase-catalytic-subunit
MSTDKPLRVYASLHRNAQFMPTTTWNRHHVISLADFTPAEYNTVLQTAASFQEVLSRRTKKVPTLQGQVVANLFFEPSTRTRSSFELAAKRLSADTLNFAASTSSMTKGETILDTAKTYLAMGTDIMVIRHKEAGVPNAIAQEMDRLGVRVSVLNAGDGQHEHPSQALLDLFTICTLIDRDRPNIEMLAGKKIAIVGDILHSRVARSNIWSLIASGAQVHLAAPPTLLPKLFAEYIYSEKTDTLNGQLFLHWQLEPALQDADFVMTLRLQKERMTAHLLPSLREYHQLFGITRQKLQLCNSNVKVLHPGPVNRGVEISSDLMDDPEFSLIQSQVTSGVAVRMALLYLIGSGKT
>AP018318.1|BBD61005.1|4507468_4509736_+|two-component-hybrid-sensor-and-regulator
MAGELIKVLLVEDNPGDVFLLQELLKEINTVKVELYPVEQLSAALKLLAQDNFDLMLLDLSLPDSQGIDTFVKATSQAKATPIIVLTGLDDETLALRAMQEGAQDYLVKGKVTGDLLVRSMRYAIERQRIEHALRQSEERFRVALKNSPIFVFNQDRELRYTWVYNSISGWTTQDMLGKHDSELLPDEDAQNLTTIKNSVLTTGIGTRAEVALTTPQGVRYYDLTVEPLQNESQDIVGITCASIDISENKQAEAKIREQAALLDITTDAICVRDLENKILFWNKGAENLYGWQASEAWGKNVSELLFDESCPEFEAAWLNVISKGKWQGELTKRTKTGKEVLVASRWSLVRDSHAKPQSILTVDTDITEKQHLEAQLFRAQRMESIGTLASGIAHDLNNILTPILAGAQLLPLKFPDADERTQHLLEILEINAKRGADLVKQVLSFARGVEGHRINLQPRHLIVEVSKILKETIPKSVEVRLDLSPELWIVSGDSTQLHQVLMNLCVNARDAMPDGGTLTITAENLLIDENYARMNLDAKVGPYIVISVCDTGIGIPEEILDRIFEPFFTTKAVGQGTGLGLSTVLGILKSHGGFVSVESQVANGTCFRVYLPAVGEQETFYQEEVTLQVGHGELILIVDDEPSIQEITRTSLETHDYKTLIASDGIEAIAQYAKNADKISVVLMDIMLPSLDGVTAIRTLQKINPKVKVIATSGLMPKDKLAEIMKMGVNKFLSKPYTVNELLLSLQEIISEVG
>AP018318.1|BBD61004.1|4507037_4507463_+|response-regulator-receiver-protein
MPIEVLLVEDNPGDAELTRIALQDSKISINLNIVEDGVEAMAFLRKQDNYAKKPHPDIVLLDLNLPRKDGREVLAEIKSDDNLKRIPVVVLTTSQSEEDILKAYNLAANCYITKPVDFDQFVKIVQSIENFWFAIVKLPPE
>AP018318.1|BBD61003.1|4504785_4507020_+|two-component-sensor-histidine-kinase
MPDESYNHEQARLEALRRYQILDTEPEQAYDNLARLAAFICGSSIALVNFIDEDRQWFKAKLGLDASEMPRNVGLSYLCLERKEVVVVKDTLENQEYAVNPAVTGYPYIRFYAGVPLISPDGQILGTLCAIDPAPRELNQQQVEALLALGRQVISQLELRRNLAERQQTEAFLRESDQRLKLALQAAKLGSWQLNLKTWELSASSQCYLNFGLASETEFTYNTLLECIYPDDRSNMQERVRQAIENHGDYEAEYRCIWPNDNSIHWILARGTVIYDSENQPIRIIGVTLDVTDRKQAEEELKRQNLRSQLFAEITLKIRESLQLEEILQTTVQEVQKLLHADRVLIFQLWPDGSGTVVKEAVLPGWPVVLGKNILDPCVQQDYVEKYRQGRISAIFDIEKADIQDCHREFLQQFGVKANLVVPILIRDGIWGLLIAHQCAHPRHWTNFETQLLLQLANQIGIALSQAQLLEQETRHVQELARSNSELEQFAYVASHDLQEPLRMVTSYLQLLERKYSNQLDATADQFINYAVDGARRMQSLINDLLNYSRVTTRGQPFVQVDCAEILQQAIANLKFAIEDSGAEITYNHLPIITADPIQLTQVLQNLIANAIKFRREIPPQIHIEAVRADEVGEQESRGKYTTQNSITPHGLNAPLPLTALPTQNEWLFSVRDNGIGLEAQYAERIFVIFQRLHGRSKYPGTGIGLAICKKIIERHGGHIWVESEPGQGSNFCFTIPDQAGQQS
>AP018318.1|BBD61002.1|4503894_4504539_+|ATP-phosphoribosyltransferase
MLTVALPKGELLKNSIRLLQSVGLDFSAFLDSGNRQLQILDASGQAKGLLVRAQDVPVYVEYGQAQLGIVGYDVLREKQPQVAHLVDLQFGYCRMSVAVKASSPYKSPLDFSPHCRIASKYVNCAREYFQSLDLPVEIVPLSGSVELGPITGMSEAIVDLVSTGRTLRENGLIELETLYHSTARLIGHPLSYRINTGNLCELSAKLREAALVGV
>AP018318.1|BBD61001.1|4503119_4503818_-|two-component-transcriptional-regulator
MRILLVDDEVELTDPLSRVLTREGYTVDAAYDGTNGSQLATASNYDLLILDWMLPGKTGLEICHELRRQGKNTPVLFLTAKDTLDDRVQGLDAGADDYLVKPFELRELLARVRALLRRSGSQTYETTPGRLVVADLELDCDNQVAYRQGRIIELSQKESQLLQYFMEHTGQLLTHVQIMEHLWQDEEQPSSNVIAALIRLLRRKIEVGKETTLIHTVYGKGYRFGAAFVESM
>AP018318.1|BBD61000.1|4502058_4503102_+|phospholipid/glycerol-acyltransferase
MTVVINQHSDSIIDQPLEISSNKGYQFSWFDWFCLWYPPGWLVLFNRHWQHYHSDPDGWNWWEYILFLLPCGFYLALLMRWLRLGCRSPRKEVGEFNPNYQQAFRQEILAPIVKYYFRGELQQINNLPQTGPMIVAMNHAGMCFPWDFLTLGYLLSETREWVVQPLASVSLFEHPWIIWWLPSQWSQVLGGVRAEIGDFETAIAQGKILLYAPEGIRGPGKGWHKRHQLQKFDISFMQLSDRYHIPILPVLCIGSEFLHPWTINSKKLQRIIKLPFLPISPLMLILLLFPSMGIWAMKTRLQYFIQPLEQQINSGKDRADTYQQAQKFRDKLQTQLNQVLKSINKFF
>AP018318.1|BBD60999.1|4501364_4501841_-|hypothetical-protein
MNKALDETLSLEIAKRIKSKKDKIFDNAYKAALSTEGAIYVQGFLVYSGKPYRPVEHGWIELKDTSGEDSITRIIDPNLPHIRKNNQEIWYFSAQSLTAKQLKAIIEESKEDYPEDDPLPIYGTTPYEYYGDVMLGGKEYLAAYQAAEAKCKELKELN
>AP018318.1|BBD61009.1|4516218_4517571_-|putative-Mg2+-transport-protein
MLIQDIRDSLFDVSDLNQLKCDLNRLQPVDVGEYITQLPEKQRAIAFRLLNKAQAIDVFEYLPTELQEELINSLHNVQVAQIMEAMSPDERAELFDELPAGVVKRLLQQLSPEQRQATATILGYPEGTAGRVMTTEYVRLQEGLTVGEALSKIRRQDEDKETIYYAYVTDNNRKLVRVVSLRQLLFTFPDVYIRDISSDRVIKVKTETPQEEVAQIMKRYDLIAIPVVDREERLVGIITIDDVIDILEEEATEDIQKLAGVSGDEEALSAPLVTMRKRLPWLLAIMALYIGAASAIAPFQSVIAAVPVLAVIMPIFSNTGGTVGIQALTVTIRGLGVGEVTPRDTFKILRKEILAGLGTAVVLALTMMALSMIWAKPQERWVGLIAGTVMATNTMVAVTLGTLLPMGLKRLKLDPALVSGPLVTTMLDTIGFLTFLTLISVALHVFHLPQ
>AP018318.1|BBD61010.1|4518135_4518492_-|MazE/toxin-transcriptional-modulator-MazF
MRRGEVYDARLESNEGSEQGGTRPVIIVSRDAINSSSPVVLAVPCTTYQSGKRVYPTQVLILAPDGGLKRDSIAMADQVRVLSKTRFLRLRGAVSQLVMAHLSQALLIALDLPMPEEE
>AP018318.1|BBD61011.1|4518491_4518764_-|hypothetical-protein
MKAESVRTTLAIPRELLEATDQAVLEGKARSRNDFMVQAIRRELAAQKRAAIDAALAEMTSDNDYQAEVLKLETEFAAAQWEAFLLEESL
>AP018318.1|BBD61012.1|4519412_4522673_+|phosphorylase-kinase-alpha-subunit
MSMKTATELQTRLEHYYQQIKTIILTRQNPITGLLPASTAITAHGDYTDAWVRDNVYSILAVWGLALAYRKVDEDKGRTYELEHSVIKLMRGLLFAMMRQAHKVEQFKHTQSPLDGLHAKYNTATGDIVVGDDEWGHLQLDATSIFILMLAQMTASGLPIIYTIDEVNFVQNLVYYIGRAYRTPDYGIWERGNKINHGSAELNASSVGMAKAALEAINELDLFGVRGSQASVIHVLPDEIARARSTLESLLPRESASKEIDAALLSIISYPAFAVENVDLRDSPKETLRDSPKETLRERTFNDIINKLQGKYGCKRFLRDGHQTVLEDNQRLHYEPWELKQFEHIECEWPLFFTYLLLDGLFRNDQQQVQQYQELLTSLLVERDGYYLLPELYYVPAENIEAEKLAPQSQPRLPNENIPLVWAQSLYFLGQMLSEGLLAVGDIDPLGRHLSIGKTREALVQIALLAEDDDLQAKLAVQGIETQTPKQVEPIQVRKAGELSTIYTQIGRNDKLGLTGRPVRRLRSLTTSRIFRICGETVVFLPSFLDAQQFYLTLDYHFLVDQIRSELAYIQQYWSDLGRPILTLMLTHTMLEIGAEALLELMQELKDGVCNGVRVKLGRLNQLMLTGAIQRIDFLQDAEFYQSAMQDAAPHCYYLAYHPGKSWRLGHTQEFQMECQTNLGFLLSALRASENLYEQIELLQTLTRLQGLEFDTGFAGPHTRVTVASLLDEVYTKAGDLGLWAVVRRAAGLLQMVDIGLSDAVTSILVRGKQIAVGRAYSEASLITVPMPHNEIAEKIKHFCREDIRDRVLTQEILLYLGTLIRSETELFQGLLTLRVGYLILLITSELAQELRATQDEAYEQLMELSPFEIKMRLRQVLTGYTGMSNLLRQQESLHVKQKESDIEWVVLPTIAEEIEVPAGGWRRFRQAGGAINRVPKNFFQQVWLLMKHCKGLVIGDKLERRNRLDSEVMLSEMTAGEKNFALRVEHLLNKIEAPEYRQVNIEALIELGAIASKNPSLQIEEYIVLDVLIGHAVRLAWLDAHPERGDRYDEDKANAWRSFYNTSPQDCATYILKAFRFLTQFVREH
>AP018318.1|BBD61013.1|4522751_4523387_-|hypothetical-protein
MLKKILLSLITGVSVTTLAIAGCTAQQQDSAAEVQPPVLTAQTEAPTTTQPQERPGDVPYVPTPQPVVDAMLQVAKVGKNDILYDLGSGDGRIVVTAAQKYGTRGVGIDINPERIQEANANAQKAGVTDRVQFRQQDLFKTDLSEATVITLYLLPEVNQRLRPQLLKLKPGTRIVSHAFDMGDWKPQQTLQVDGKTIYYWVVPKEVPANLR
>AP018318.1|BBD61014.1|4523429_4524164_-|amino-acid-permease-associated-region
MVFVLLSYGGWNEAAYISAEIQNRQRNIVRSLLWSIGTITVIYLLINLAYLRGLGLANMSNSQAVAADLMRAFLGEPGAWFISLLIAVSTLGALNATLFTGARTNYALGQDFAIFSFMGHWRQRPSTPSYALLLQAAIALALVLLGTFTRKGFETMVDYTAPIFWFFFLLSGISLLVLRNREPQITRPFRVPFYPLTPLLFCAVCGYLLYSSLVYTGVGAGVGVLVVAAGIPLLLWNRYRQGRA
>AP018318.1|BBD61015.1|4524173_4524785_-|amino-acid-permease-associated-region
MSRHEKYKLLEGLATTEAAPKPSLTLSDAVALIVGIVIGAGIFETPALVATQAGSSFAVLLFWFIGGVVSLVGALCYAELATTYPDVGGVYYYLKRAFGREVAFLFAWARMTVIQTGSIALLAFVFGDYASQIWQLGNFSTSIYAAIAIALLTALNIIGLQQGKWTQNLLTAAKVLGLLLVVLIGLTITPNTSTAVESTSTGT
>AP018318.1|BBD61016.1|4524972_4526250_-|sensor-protein
MFNRSRRNLASWFTLSMGSILLIFAGILYYQESIQQLEVIDLILYKKARVITSSVRYKEYQGEKRVFLKNLPVLGNNPPPEDSEIIYARWYDTKGNLKRYFGQVPHKKLNPRFAYQTLKFTNSSDITLPAIWLREITLPVQYQGELIGYLQMAMPMTRVQELLNKFLFLLISTVFIALGITSLTGWFLSGIAMQPIQLSYRQLERFTAHASHELRTPLAAILSNAQVGLLAPMEDSASKHLRLEKVAEVAKSMNTLIGNLLFLARRTGRLTPESLKEVDLRELLQQLLNSSSVKTAAKDLNLKSDLLKTPIMVRLDDELICLAVINLLSNACKYTPAGGVVELRLFRKYNQAIIEVEDNGIGIATTDLPHIFEQFYRVEQHQTNSVNGFGLGLAIAQQIIEAHNGHLSVKSELNKGSVFQIKLPL
>AP018318.1|BBD61017.1|4526269_4526950_-|two-component-response-regulator
MRILLVEDDTAQLEPLQTALSQAGHIVDGLENGAIAQWAITQRDYDLLILDWMLPEISGLDLCRQYRQAGKTAPVLMLTAKDTTGEKVTGLDAGADDYLVKPTDLFELLARVRALGRRSPVWQGEELQLADLKLHISTLIVERGETTVELSTREFQLLEYLMRHPYQVLSRDQIEQALWEWGSEPESNATTALVRRVRQRLQLLDAADWLETIYGMGYRLNPDQKK
>AP018318.1|BBD61018.1|4527246_4527573_-|hypothetical-protein
MKFSIEAVYNWYRNLIRNPKYRWWVILGTLVYFVSPIDLVPDIFPIVGEIDDVLLMTLLVTEVSGLVIEGWKARKGVETTVNTANTVYTSEDAASGAKTVDVDAVSVK

Crispr_ID: AP018318_19

• CRISPR_ID: AP018318_19
• CRISPR_location: 4580504-4580613
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018318_19

Consensus_repeat	Method
CTTATAAAGGGGGGAAACTGAGTAATCTAATTCCCTCC	CRISPRCasFinder

spacers of AP018318_19

>19.1|4580542|34|AP018318|CRISPRCasFinder
GTTGACTTAGCCGCTAGTCACGCTCAATTAGCAA

CRISPR arrays and Neighbor proteins around AP018318_19

CRISPR arrays

The CRISPR arrays of AP018318_19

>merge|AP018318|19|4580504-4580613|CRISPRCasFinder
CTTATAAAGGGGGGAAACTGAGTAATCTAATTCCCTCCGTTGACTTAGCCGCTAGTCACGCTCAATTAGCAACTTATAAAGGGGGGAAACTGAGTAATCTAATTCCCTCC

>AP018318|19|19|4580504-4580613|CRISPRCasFinder
CTTATAAAGGGGGGAAACTGAGTAATCTAATTCCCTCC	GTTGACTTAGCCGCTAGTCACGCTCAATTAGCAA
CTTATAAAGGGGGGAAACTGAGTAATCTAATTCCCTCC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD61055.1|4570307_4571756_+|RND-family-efflux-transporter-MFP-subunit	unknown	unknown	gnl|CDD|273776
AP018318.1|BBD61063.1|4580010_4580391_-|hypothetical-protein	unknown	unknown	gnl|CDD|238509
AP018318.1|BBD61057.1|4575200_4575749_-|hypothetical-protein	unknown	unknown	gnl|CDD|99749
AP018318.1|BBD61070.1|4590742_4591579_+|phycoerythrocyanin-associated-rod-linker-protein-PecC	unknown	unknown	gnl|CDD|366093
AP018318.1|BBD61066.1|4585500_4586601_-|two-component-response-regulator,-heterocyst-pattern-formation-protein-PatA	unknown	unknown	gnl|CDD|381129
AP018318.1|BBD61056.1|4571889_4575060_+|acriflavin-resistance-protein	unknown	unknown	gnl|CDD|223911
AP018318.1|BBD61073.1|4593791_4594313_+|phycocyanin-beta-subunit	unknown	unknown	gnl|CDD|271301
AP018318.1|BBD61067.1|4587804_4588743_+|ribosomal-large-subunit-pseudouridine-synthase-D	unknown	unknown	gnl|CDD|161659
AP018318.1|BBD61058.1|4575850_4577434_-|restriction-modification-system-DNA-specificity-subunit	unknown	unknown	gnl|CDD|341196
AP018318.1|BBD61065.1|4584185_4585481_+|extracellular-solute-binding-protein	unknown	unknown	gnl|CDD|270451
AP018318.1|BBD61072.1|4592602_4593229_+|bilin-biosynthesis-protein-PecF	unknown	unknown	gnl|CDD|224331
AP018318.1|BBD61071.1|4591699_4592473_+|bilin-biosynthesis-protein-PecE	unknown	unknown	gnl|CDD|224331
AP018318.1|BBD61062.1|4578430_4580041_-|N-6-DNA-methylase	unknown	unknown	gnl|CDD|280533
AP018318.1|BBD61061.1|4578148_4578400_-|hypothetical-protein	unknown	unknown	gnl|CDD|378366
AP018318.1|BBD61074.1|4594390_4594882_+|phycocyanin-alpha-subunit	unknown	unknown	gnl|CDD|271303
AP018318.1|BBD61068.1|4589524_4590043_+|phycoerythrocyanin-beta-chain	unknown	unknown	gnl|CDD|271301
AP018318.1|BBD61069.1|4590116_4590605_+|phycobilisome-protein	unknown	unknown	gnl|CDD|271303
AP018318.1|BBD61060.1|4577744_4578152_-|virulence-associated-protein-VapC	unknown	unknown	gnl|CDD|350229
AP018318.1|BBD61059.1|4577559_4577736_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61054.1|4568926_4569802_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD61055.1|4570307_4571756_+|RND-family-efflux-transporter-MFP-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	2.53094e-44
AP018318.1|BBD61063.1|4580010_4580391_-|hypothetical-protein	gnl|CDD|238509	cd01038, Endonuclease_DUF559, Domain of unknown function, appears to be related to a diverse group of endonucleases.	3.10423e-31
AP018318.1|BBD61057.1|4575200_4575749_-|hypothetical-protein	gnl|CDD|99749	cd06260, DUF820, Domain of unknown function (DUF820). This family consists of hypothetical proteins that are greatly expanded in cyanobacteria. The proteins are found sporadically in other bacteria. They have been predicted to belong to the PD-(D/E)xK superfamily of nucleases.	2.39167e-25
AP018318.1|BBD61070.1|4590742_4591579_+|phycoerythrocyanin-associated-rod-linker-protein-PecC	gnl|CDD|366093	pfam00427, PBS_linker_poly, Phycobilisome Linker polypeptide.	3.37178e-64
AP018318.1|BBD61066.1|4585500_4586601_-|two-component-response-regulator,-heterocyst-pattern-formation-protein-PatA	gnl|CDD|381129	cd17602, REC_PatA-like, phosphoacceptor receiver (REC) domain of PatA and similar domains. Nostoc sp. (or Anabaena sp.) PatA is necessary for proper patterning of heterocysts along filaments. PatA contains phosphoacceptor REC domain at its C-terminus and an N-terminal PATAN (PatA N-terminus) domain, which was proposed in a bioinformatics study to mediate protein-protein interactions. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays. Some members of this group may have an inactive REC domain, lacking canonical metal-binding and active site residues.	6.61582e-48
AP018318.1|BBD61056.1|4571889_4575060_+|acriflavin-resistance-protein	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
AP018318.1|BBD61073.1|4593791_4594313_+|phycocyanin-beta-subunit	gnl|CDD|271301	cd14768, PC_PEC_beta, Beta subunits of phycoerythrin and phycoerythrocyanin; phycobilisome rod components. phycobilisomes (PBSs) are the main light-harvesting complex in cyanobacteria and red algae. In general, they consist of a central core and surrounding rods and function to harvest and channel light energy toward the photosynthetic reaction centers within the membrane. They are comprised of phycobiliproteins/chromophorylated proteins (PBPs) maintained together by linker polypeptides. PBPs have different numbers of chromophores, and the basic monomer component (alpha/beta heterodimers) can further oligomerize to ring-shaped trimers (heterohexamers) and hexamers (heterododecamers). Stacked PBP hexamers form both the core and the rods of the PBS; the core is mainly made up by allophycocyanin (APC) while the rods can be composed of the PBPs phycoerythrin (PE), phycocyanin (PC) and phycoerythrocyanin (PEC).	2.86242e-109
AP018318.1|BBD61067.1|4587804_4588743_+|ribosomal-large-subunit-pseudouridine-synthase-D	gnl|CDD|161659	TIGR00005, Ribosomal_large_subunit_pseudouridine_synthase_D, pseudouridine synthase, RluA family. In E. coli, RluD (SfhB) modifies uridine to pseudouridine at 23S RNA U1911, 1915, and 1917, RluC modifies 955, 2504 and 2580, and RluA modifies U746 and tRNA U32. An additional homolog from E. coli outside this family, TruC (SP|Q46918), modifies uracil-65 in transfer RNAs to pseudouridine. [Protein synthesis, tRNA and rRNA base modification].	3.63067e-119
AP018318.1|BBD61058.1|4575850_4577434_-|restriction-modification-system-DNA-specificity-subunit	gnl|CDD|341196	cd17515, RMtype1_S_MjaORF132P_Sau1132ORF3780P-TRD1-CR1_like, Type I restriction-modification system specificity (S) subunit Target Recognition Domain-ConseRved domain (TRD-CR), similar to MjaXIP/S.MjaORF132P TRD1-CR1, S.Sau1132ORF3780P TRD1-CR1, S.Mca353ORF290P TRD1-CR1, and other TRD-CR's. The Staphylococcus aureus subsp. aureus MSHR1132 S subunit (S.Sau1132ORF3780P) recognizes 5'... CAAGNNNNNRTC ... 3', and Moraxella catarrhalis S subunit (S.Mca353ORF290P) recognizes 5'... CAAGNNNNNNTGT ... 3'. The recognition sequence of Methanococcus jannaschii S subunit (MjaXIP/S.MjaORF132P) is undetermined. The restriction-modification (RM) system S subunit consists of two variable target recognition domains (TRD1 and 2) and two conserved regions (CR1 and CR2) which separate the TRDs. The TRDs each bind to different specific sequences in the DNA. For example, S.Sau1132ORF3780P-TRD1 recognizes CAAG/CTTG, and S.Sau1132ORF3780P-TRD2 recognizes GAY/RTC. RM systems protect a bacterial cell against invasion of foreign DNA by endonucleolytic cleavage of DNA that lacks a site specific modification. The host genome is protected from cleavage by methylation of specific nucleotides in the target sites. In type I systems, both restriction and modification activities are present in one enzyme complex composed of one DNA specificity (S) subunit (this family), two modification (M) subunits and two restriction (R) subunits. This model contains both TRD1-CR1 and TRD2-CR2. It may also include TRD-CR-like sequence-recognition domains of various type II restriction enzymes and methyltransferases and type I DNA methyltransferases.	1.93629e-86
AP018318.1|BBD61065.1|4584185_4585481_+|extracellular-solute-binding-protein	gnl|CDD|270451	cd14748, PBP2_UgpB, The periplasmic-binding component of ABC transport system specific for sn-glycerol-3-phosphate; possesses type 2 periplasmic binding fold. This group includes the periplasmic component of an ABC transport system specific for sn-glycerol-3-phosphate (G3P) and closely related proteins from archaea and bacteria. Under phophate starvation conditions, Escherichia coli can utilize G3P as phosphate source when exclusively imported by an ATP-binding cassette (ABC) transporter composed of the periplasmic binding protein, UgpB, the transmembrane subunits, UgpA and UgpE, and a homodimer of the nucleotide binding subunit, UgpC. Members of this group belong to the type 2 periplasmic-binding fold superfamily. PBP2 proteins are comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	4.88312e-93
AP018318.1|BBD61072.1|4592602_4593229_+|bilin-biosynthesis-protein-PecF	gnl|CDD|224331	COG1413, COG1413, FOG: HEAT repeat [Energy production and conversion].	4.75113e-14
AP018318.1|BBD61071.1|4591699_4592473_+|bilin-biosynthesis-protein-PecE	gnl|CDD|224331	COG1413, COG1413, FOG: HEAT repeat [Energy production and conversion].	5.89718e-30
AP018318.1|BBD61062.1|4578430_4580041_-|N-6-DNA-methylase	gnl|CDD|280533	pfam02384, N6_Mtase, N-6 DNA Methylase. Restriction-modification (R-M) systems protect a bacterial cell against invasion of foreign DNA by endonucleolytic cleavage of DNA that lacks a site specific modification. The R-M system is a complex containing three polypeptides: M (this family), S (pfam01420), and R. This family consists of N-6 adenine-specific DNA methylase EC:2.1.1.72 from Type I and Type IC restriction systems. These methylases have the same sequence specificity as their corresponding restriction enzymes.	4.27884e-92
AP018318.1|BBD61061.1|4578148_4578400_-|hypothetical-protein	gnl|CDD|378366	pfam10047, DUF2281, Protein of unknown function (DUF2281). Members of this family of hypothetical bacterial proteins have no known function.	0.000317829
AP018318.1|BBD61074.1|4594390_4594882_+|phycocyanin-alpha-subunit	gnl|CDD|271303	cd14770, PC-PEC_alpha, Alpha subunits of phycoerythrin and phycoerythrocyanin; phycobilisome rod components. phycobilisomes (PBSs) are the main light-harvesting complex in cyanobacteria and red algae. In general, they consist of a central core and surrounding rods and function to harvest and channel light energy toward the photosynthetic reaction centers within the membrane. They are comprised of phycobiliproteins/chromophorylated proteins (PBPs) maintained together by linker polypeptides. PBPs have different numbers of chromophores, and the basic monomer component (alpha/beta heterodimers) can further oligomerize to ring-shaped trimers (heterohexamers) and hexamers (heterododecamers). Stacked PBP hexamers form both the core and the rods of the PBS; the core is mainly made up by allophycocyanin (APC) while the rods can be composed of the PBPs phycoerythrin (PE), phycocyanin (PC) and phycoerythrocyanin (PEC).	9.43747e-102
AP018318.1|BBD61068.1|4589524_4590043_+|phycoerythrocyanin-beta-chain	gnl|CDD|271301	cd14768, PC_PEC_beta, Beta subunits of phycoerythrin and phycoerythrocyanin; phycobilisome rod components. phycobilisomes (PBSs) are the main light-harvesting complex in cyanobacteria and red algae. In general, they consist of a central core and surrounding rods and function to harvest and channel light energy toward the photosynthetic reaction centers within the membrane. They are comprised of phycobiliproteins/chromophorylated proteins (PBPs) maintained together by linker polypeptides. PBPs have different numbers of chromophores, and the basic monomer component (alpha/beta heterodimers) can further oligomerize to ring-shaped trimers (heterohexamers) and hexamers (heterododecamers). Stacked PBP hexamers form both the core and the rods of the PBS; the core is mainly made up by allophycocyanin (APC) while the rods can be composed of the PBPs phycoerythrin (PE), phycocyanin (PC) and phycoerythrocyanin (PEC).	6.84743e-98
AP018318.1|BBD61069.1|4590116_4590605_+|phycobilisome-protein	gnl|CDD|271303	cd14770, PC-PEC_alpha, Alpha subunits of phycoerythrin and phycoerythrocyanin; phycobilisome rod components. phycobilisomes (PBSs) are the main light-harvesting complex in cyanobacteria and red algae. In general, they consist of a central core and surrounding rods and function to harvest and channel light energy toward the photosynthetic reaction centers within the membrane. They are comprised of phycobiliproteins/chromophorylated proteins (PBPs) maintained together by linker polypeptides. PBPs have different numbers of chromophores, and the basic monomer component (alpha/beta heterodimers) can further oligomerize to ring-shaped trimers (heterohexamers) and hexamers (heterododecamers). Stacked PBP hexamers form both the core and the rods of the PBS; the core is mainly made up by allophycocyanin (APC) while the rods can be composed of the PBPs phycoerythrin (PE), phycocyanin (PC) and phycoerythrocyanin (PEC).	1.26531e-99
AP018318.1|BBD61060.1|4577744_4578152_-|virulence-associated-protein-VapC	gnl|CDD|350229	cd09881, PIN_VapC4-5_FitB-like, VapC-like PIN domain of Mycobacterium tuberculosis VapC4 and VapC5, and Neisseria gonorrhoeae FitB and related proteins. This family includes the Virulence associated protein C (VapC)-like PIN (PilT N terminus) domain of Mycobacterium tuberculosis VapC4 and VapC5 ribonuclease toxins of the VapBC toxin/antitoxin (TA) system, and Neisseria gonorrhoeae FitB toxin of the FitAB TA system. This family belongs to the VapC-like family of the PIN domain nuclease superfamily. VapC is the PIN-domain ribonuclease toxin from prokaryotic VapBC toxin-antitoxin (TA) systems. VapB is a transcription factor-like protein antitoxin acting as an inhibitor. Other members of the VapC-like nuclease family include eukaryotic ribonucleases such as Smg6, ribosome assembly factor NOB1, exosome subunit Rrp44 endoribonuclease and rRNA-processing protein Fcf1. The structural properties of the PIN (PilT N terminus) domain indicate its active center, consisting of three highly conserved catalytic residues which coordinate metal ions, in some members, additional metal coordinating residues can be found. Some members of the superfamily lack several of these key catalytic residues. The PIN active site is geometrically similar in the active center of structure-specific 5' nucleases, PIN-domain ribonucleases of eukaryotic rRNA editing proteins, and bacterial toxins of toxin-antitoxin (TA) operons.	1.7494e-55

Protein sequences

>AP018318.1|BBD61063.1|4580010_4580391_-|hypothetical-protein
MTKLYNKASEKHKRQTLRNNMPLAEKIVWAKLRSQQIESCKFRRQYGIERFVVDFYSSELRLAIEIDGDSHYQAGVPEYDRDRQVFLESKGTRILRFTNQEVYQDIDGVVDKIREVICMLREVTPP
>AP018318.1|BBD61062.1|4578430_4580041_-|N-6-DNA-methylase
MYVEGSYPTLTLPVCIGEGIKLLSFPPWKGGIKGGNLTCINAINLYVMPATSDIVQKLWNLCNVLRDDGVTYLQYVTELTYLLFLKMAQETGAEKQLPEGYRWVDLVSKDGVEQLTFYRSLLLMLGSEDSSQRVQAIFANAQTSLKQPRILNKLVTSIDELDWFSEHRDEFGDLYEGLLQKNADEKKSGAGQYFTPRPLIDCMVALIKPQPGELIQDPAAGTGGFLIAGDRYIRQHHDPFEWTEAQQSFQQHQAFYGMELVQDAHRLLLMNMMLHGIEGAVDLGDTLSPAGQRLAKADVILTNPPFGTKKGGGLPSRDDFTFPTSNKQLAFLQHIYRSLKPGGRAAVVLPDNVLFEDGQGRAIRADLMNKCNLHTILRLPTGIFYAQGVKTNVLFFQRGTTEKGNTKAVWFYDMRTNMPSFGKRYPLTREHFAEFEQCYGDDPNGNSPRVDLGEDGRFRCFTREYIEKRNENLDISWLRDESLQSGDNLPEPEVIAAEIMEKLRIATKEMEALMILLEGEEAAEAVSSSVGMPTLE
>AP018318.1|BBD61061.1|4578148_4578400_-|hypothetical-protein
MSTEQELLTHWRSLPQDKQEEVLDFVEFLHLKSKSKNNSKIQHNTPEGKGWPPGFFEKTYGSCQDDPIVIDYEGDFEEREEIV
>AP018318.1|BBD61060.1|4577744_4578152_-|virulence-associated-protein-VapC
MIYLIDSNVCARYLNGKSPAIREHLRATNIEDIAVCSVVKGELFYGAMKSNNSEITLARQQEFLEMFISLPFDDDAAMIYGIIRARLSVMGTPIGPNDLQIAAIAISNNLILVTHNVREFSRVNGLQIEDWEQES
>AP018318.1|BBD61059.1|4577559_4577736_-|hypothetical-protein
MKLSFDEWEQLYKGRFKELQQKIQVGIEASERGEVLDAKEVFERLREKLQQKRTQAGQ
>AP018318.1|BBD61058.1|4575850_4577434_-|restriction-modification-system-DNA-specificity-subunit
MSEELRELPEGWELTTLGKLGEWSSGGTPSRRNTEYYGGLIPWVKTGDLPDDFIKNIKETITQEGLVNSSAKLFPHGSLVVAMYGATIGKLGILDKPAATNQACAVLISRGITTALIPYLFYYLLSSREDLRMIGQGGAQPNISQAIIKEYSCPLPPLNEQKRIVAKIEELNDRTQKTKESLESIPQLCDRFRQSVLAAAFRGDLTADWREQNPDVEPASVLLERIRRDRRQRWEESELIKMQAKGKLPKDENWKDKYQEPKEIHTSHLPELPNKWSWVRAEEVCDFITKGTTPSSNEMFEQAGDVPFIKVYNLTFDGKLDFSVNPTFIDKVTHDSKLARSKVFPGDVLMNIVGPPLGKVSIVPDNQPEWNINQAIVVYRPIKGIYNRFLCYYLLSSECLFFATSMAKATAGQFNLTLEICRDLPLPIPPILEQEKIVAQIDNLFNAADIINQQVEKIKFKQEKLNQSILAKAFRGELVPQDPDDEPASVLLERIRAERDKLNNSKPKSQRQSKRKTVQGQGTIPGL
>AP018318.1|BBD61057.1|4575200_4575749_-|hypothetical-protein
MTRTLIHWTVEDYHRMIASGLLAGRQVELIDGQVLEMAPELPIHRATYRRGVKYLEQLLGHQAVIFSAAPITLPKYGEPQPDICVAVPPESRYDERHPEPEDIYWLIEVSNSTLAYDLDEKAKLYAKGGIQDYWVLDMVNTQLWVHRNAQNGKYQSVVRVSTGTLTPLVLPSIVVEVARLLG
>AP018318.1|BBD61056.1|4571889_4575060_+|acriflavin-resistance-protein
MSFNISAWSIKKPVPTIVLFLILTVVGWLSFISLGIDTNPNIDVPAVSVTVTQPGAGPAELESQVTKKIEDAVAGLGNIDNMISTVSDGKSATTINFILGTNSDRATNDVRNAIAQIRQNLPQDVNDPIVQRLEFAGGPIIFYAVKSDQRSVEELSNIVDQTISRALLAVKGVAQVKRIGGVDREIRINLDPGRLQSLGITATQVNDQIRALNINLPGGRAEVGGSEQTIRTLGSAASVNLLQTYEILLPSGGSVPLSSLGTVEDKYADVRQTARLDNQPVVAFQVLRSTGSVVVSVEQGVKATVAELQKTLPPDVKVDLIFTRADIIRQSYQSTIDELIQASVLAVIVILIFLRDWRATLITAVALPLSMIPTFAVQQALGYTLNNMTLLALALAVGNLVDDAVVEIENMERHIAMGKSPWEAAFDSSDEVGLAVMASSATIIAVFLPVAFMGGVPGQFFQPFGMTVAVSTIFSTMVARMITPMMGAYLLKEKAHTQPSATHAKHRLSQIFYRQTTNQPTKNQFQPYKSLLQTALRHRLTTIAIAIAFFIASLMLVPLIPKGFVDDSDVGISNVTIEVPPGSTLADVNKVVTQTTDIIKQNPIVEKVLATEEINSATLSIQLKPKEERHISQKQFEEQIRPLFQEIPGARISFQSQGPGDSRKGLSIVLRSENPQALNQAADNLEKQMRNLPGLVEVSSTASLVKPEILVMPNPQRAADLGVTVQAIARTASLATIGDNDANLAKFNLSDRQIPIRVQIDPTARADINTIKNLQIPSQNGSLIPLVAVADIRFGSGPATINRYDRARQVAVEANLQGISLGEAVKAVSQLPAMQNLPPGVVQQPSGSAKIMQEIFGRFGGALALAVMCIYAILVLLYNNFLHPLSIMAALPFCLGGALVALMVAQKPLGIYALIGIVLLLGIVTKNSILLVDYTIINMQEGKKQRQALIEAGVSRLRPIMMTSLATIAGTLPLALGIGAGSEVRQPMGIAIMGGFTTSTLLTLVVVPVIFSYIDNFQTWFLNTLRYGFGKKPPVEEREVRGVRSPNNTSVSEIQN
>AP018318.1|BBD61055.1|4570307_4571756_+|RND-family-efflux-transporter-MFP-subunit
MSDESMPELRREENVADEQQAKQQTRPWLTPMFVGIGLGLAIALGGLGVLTQLPPRQQKAVADKVPPQANPVMTVTVAPVQATRVSRTFNTTGTIAARDLIPVLPQANGLQVKIIPEDIKEGTYVKKGQVLAILDDSMLQAQMSGARAEIESKQADVGSRQASMVSQEATVESYQAIVRQKKADLAQAKAKLEEAQKNYLRYRKLAIAGAISLQELDTRAYTVKTAVEVVRVAEENIRGAQANVLSAQANTGSAEANIYKAKADVRSSVAKAIQLQTQLKQTVVRAPISGIVAEKLARIGDVTGIPPQTQVGTVIGGTQKLFSIIRDGRLELQADVPEIQLPQVEIGAAVQISSDIDSRVQLQGRVREIQPLVNDKRREATVKIDLPLTNLLRPGMFARAAITTNSAIAMVVPQKAVQPQADGSAMIFTLSGDDLVRSQKIEVGEPINSELVEIKNGLQLGDRVIIDGAGYLKDGDRVRVSQ
>AP018318.1|BBD61054.1|4568926_4569802_-|hypothetical-protein
MFNATEILIDAFVKQIREGYSRTYGCLKNDYQDIIAWAGSMALENIANSDALYHNVEHSILVTLVGQEILRGKHIREGGVSSEDWLHFIISLVCHDIGYVKGVCRQDQEASGLYATGKNGRMISLHPGASDASLTPYHVDRAKLFIDERFGGHKLIDGEVIKSNIEWTRFPVPKAEDHQDTVNFAGLVRAADLIGQLSDPRYLKKITSLFYEFEETGMNKVLGYETPADLRKNYAKFYWNGVHPYIKDSLRYLSLTQQGKQVMANLYSNVFVVEHEKSQEEHLYMIEQLHA
>AP018318.1|BBD61065.1|4584185_4585481_+|extracellular-solute-binding-protein
MVKIIHQFLRSIWRVPLLIVILSVSLIFLSSCQAKESQNNQVTHITLWHGINPPVNRDVFQKLVDKFNQTHVDVQVESIYAGQLDQQLPKILTAVVAQVPPDILSFYPQVTGQFVELGAIVPLEDWLDKLSLKSEISPNLLEELTLNGHLWSIPLYTSNIGIFFRPTLFQAAGITNTPKTWQELREVAKRLTVDRNGDNQPEQYGMLLPMGKGEWTVFSWFPFLFSGGGEVIRNGLPNLNNPGAIHALQFWQDLLKDGSAILSPPERGYEEDAFLQGRVAMQITGPWTYITKSKTDYQVFPIPSDVDQATVTGTGNFYLMKTTPEKKKAALQFLEYVLSEEFQTEWAIGTGFLPVNLKTAQSTAYQQYINQRPWMKVFLEQMGVARARPTLAGYNRLSESIGRAIEASLMGESPQAALKKAQERLDLIWGK
>AP018318.1|BBD61066.1|4585500_4586601_-|two-component-response-regulator,-heterocyst-pattern-formation-protein-PatA
MKTLPISRYRFFQKIQPLSLLKKITSKSVTGCLQVFSTSGAWSIYIDEGKLIYACYSEKMFEPLYRNLQRLSEQISTLPCGIDAQLRAIFETGAGSQTIPNPDYLAICWLVNQKYISPTEAALLIEQLALEVLDSFLNLEEGSYEFIPESFLDDMPKFCHLNLRLLVERCQKRGRDGVYQDSSPYTESSSAGVNYQELHSSFLHTKPKAQPKPEPQLPKINRYPSQPANPGHHNYQTNSSPSTEKKIYTIFCIDNSPALLNVIKNSLDEQIFSVLGVTDSLKALMEILRTKPDIILLNVDMPDLDGYELCSLLRKHAYFKNTPIIMVTEKVSLIDRARAKIVRASGYLTKPFTQGDLMKIIFQHIM
>AP018318.1|BBD61067.1|4587804_4588743_+|ribosomal-large-subunit-pseudouridine-synthase-D
MQTEFNLQVSENSERLDRYLAEELPDISRSRIQQFIEQGNVQVNDKVCTSKKLNVKAGDRIILQIPEAQPLELQAEQIPLDILYEDDQLLILNKPAGLVVHPAPGHPDGTLVNALLAHCPNLPGIGGVQRPGIVHRLDKDTTGAIAIVKTDIAYQHLQAQLQAKTARREYLGVVYGAPKTESGKIDFPIGRHPQDRKKMAVVPVEEGGRAAVTHWQVLERLGNYTLIHFQLETGRTHQIRVHSAKIGHPIVGDPVYGSGRSVGVNLPGQALHAWRLKLQHPISEDWIEVTATPPATLTTLLEVLRRRAAISS
>AP018318.1|BBD61068.1|4589524_4590043_+|phycoerythrocyanin-beta-chain
MLDAFSKVVEQADRKGSYLSGDEINALSAMVADSNKRLDIVNRLNGNASSIVANAYRALVAERPQIFNAGGACFHNRNQAACIRDLGFVLRYVTYSVLAGDASVMDDRCLNGLRETYQALGTPGDAVASGIQKMKDAAIAIANDPNGITRGDCNQLIAEVANYFDRAASAVV
>AP018318.1|BBD61069.1|4590116_4590605_+|phycobilisome-protein
MKTPLTEAIAAADLRGSYLSNTEMQAVFGRFNRARAGLEAAKAFTNNGKKWSEAAANHVYQKFPYTTQMSGPQYASTPEGKSKCVRDIDHYLRTISYCCVVGGTGPLDEYVVAGLSELNSALGLSPSWYIAALEFVRDNHGLNGDVAGEANIYLNYAINALS
>AP018318.1|BBD61070.1|4590742_4591579_+|phycoerythrocyanin-associated-rod-linker-protein-PecC
MSASVAERLGIRDEIGIKVELRQNWSEDELQKVFRAAYQQIFGRQGLYASQKFTSAEALLRNGKISVKQFVETLAKSEFYKECFFYQNSQVRFIELNYKHLLGRAPYDQSEIAYHVDLYAGRGYDADIESYIYSSEYDNAFGNSVVPYHRGFQSIPGMKTVGFNRILELYRGCGNSDNAQMGRRNSRLRTKVSLNLANGILPPTSAGTGFVSEAPTLISSAAKGDSRMFVVEAIAGKIGSQAAVRRSRQTYTVPYERLSAIYQEIHKRGGKIVSISQV
>AP018318.1|BBD61071.1|4591699_4592473_+|bilin-biosynthesis-protein-PecE
MTTTNTAEPILSPETAIAALSSDDNQIRYYAAWWLGKHQIQAGCMALCDALFDERYRIPGGGYPLRRQAARALGQLKNPQAVPALVTALECDEDLRFTEAAIAALAAIGDKKAINPLLNLLQSTQEQPYEALIEALATLQVWSAQPQIEAFLKHPSERVQCAAARYMYLLTQQPQYIERIVKNLYHDNMYLRWAAVFDLGAVGHQQAIQAILTAQVPNSLKLLNLKRILETLLESHNYEEKTALLIFQAIDDLLIQL
>AP018318.1|BBD61072.1|4592602_4593229_+|bilin-biosynthesis-protein-PecF
MRFFMNEQLISQINHTGTPETVIAAITAITVSDTPELETINALIAVLSHHHPTVRAVAVEALVKLGNSTVKPLITAYKASCDQGLQAHIIQALAQIASPDALDILAEVLGTTVANHCQGNVRRIAARGLGNIAINSHDVEVIFSVQDKLTWALLTPEDWGLRYAAAVSLQAIPTPEAQAALQNAIAGEADQVVRSRIALALSPLIINS
>AP018318.1|BBD61073.1|4593791_4594313_+|phycocyanin-beta-subunit
MTLDVFTKVTSQADARGEFLSNEQLDALSNVVKEGSKRLDVVNRITSNASAIVTNAARALFEEQPQLIAPGGNAYTNRRMAACLRDMEIILRYVTYAILAGDASVLDDRCLNGLRETYNALGTPGSSVAVGVQKMKDAAVAIANDPNGITKGDCSALISEVASYFDRAAAAVG
>AP018318.1|BBD61074.1|4594390_4594882_+|phycocyanin-alpha-subunit
MVKTPITEAIAAADTQGRFLGNTELQAVNGRYVRAAASLEAARGLTSNAQRLIDGATQAVYQKFPYTTQTPGPNFAADSRGKSKCARDVGHYLRIITYSLVAGGTGPLDEYLIAGLAEINSSFDLSPSWYVEALKHIKANHGLSGQAANEANTYIDYAINALS

Crispr_ID: AP018318_20

• CRISPR_ID: AP018318_20
• CRISPR_location: 4727622-4727803
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of AP018318_20

Consensus_repeat	Method
TTTTGCAGGTTCAAATCCTGTCAGGAGTAC	PILER-CR

spacers of AP018318_20

>20.1|4727652|56|AP018318|PILER-CR
CCATCCCGATATGCCCCTGTGACGGAACGGCATACGTGCTGGAATCAGAGTCCAGA
>20.2|4727738|48|AP018318|PILER-CR
TAAGCTCCCGTGGCGGAACGGAAGACGCACTAGACCGAGGATCTAGTT

CRISPR arrays and Neighbor proteins around AP018318_20

CRISPR arrays

The CRISPR arrays of AP018318_20

>merge|AP018318|20|4727622-4727803|PILER-CR
TTGCAGGTTCAAATCCTGCCATCCCGATATGCCCCTGTGACGGAACGGCATACGTGCTGGAATCAGAGTCCAGATTTTACAGGTTCAAATCCTGTCAGGGGTACTAAGCTCCCGTGGCGGAACGGAAGACGCACTAGACCGAGGATCTAGTTTTTTGCAGGTTCAAATCCTGTCGGGAGTAC

>AP018318|20|7|4727622-4727803|PILER-CR
TTGCAGGTTCAAATCCTGCCATCCCGATAT	GCCCCTGTGACGGAACGGCATACGTGCTGGAATCAGAGTCCAGATTTTACAGGTTC
AAATCCTGTCAGGGGTACTAAGCTCCCGTG	GCGGAACGGAAGACGCACTAGACCGAGGATCTAGTTTTTTGCAGGTTC
AAATCCTGTCGGGAGTAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD61186.1|4724368_4724758_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61195.1|4736827_4737844_-|ribose-phosphate-pyrophosphokinase	unknown	unknown	gnl|CDD|235072
AP018318.1|BBD61197.1|4740563_4741241_+|dethiobiotin-synthase	unknown	unknown	gnl|CDD|234625
AP018318.1|BBD61183.1|4722591_4722759_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61198.1|4741526_4742744_+|amidohydrolase	unknown	unknown	gnl|CDD|349941
AP018318.1|BBD61192.1|4733461_4735252_-|small-GTP-binding-protein-domain-containing-protein	unknown	unknown	gnl|CDD|224138
AP018318.1|BBD61196.1|4738699_4740394_+|serine/threonine-kinase	unknown	unknown	gnl|CDD|270916
AP018318.1|BBD61190.1|4730700_4731288_-|hypothetical-protein	unknown	unknown	gnl|CDD|226983
AP018318.1|BBD61185.1|4723833_4724352_+|HNH-endonuclease	unknown	unknown	gnl|CDD|224321
AP018318.1|BBD61191.1|4731589_4733194_-|hypothetical-protein	unknown	unknown	gnl|CDD|379114
AP018318.1|BBD61182.1|4720310_4722365_-|GAF-sensor-signal-transduction-histidine-kinase	unknown	unknown	gnl|CDD|223715
AP018318.1|BBD61184.1|4723096_4723432_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61194.1|4736150_4736591_+|serine/threonine-protein-kinase	unknown	unknown	gnl|CDD|319862
AP018318.1|BBD61193.1|4735569_4736076_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61189.1|4728960_4729983_-|TPR-repeat-containing-protein	unknown	unknown	gnl|CDD|276809
AP018318.1|BBD61180.1|4717116_4719039_-|sodium/hydrogen-exchanger	unknown	unknown	gnl|CDD|223104
AP018318.1|BBD61188.1|4725870_4726065_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61179.1|4716520_4717150_+|cytochrome-b/b6-domain-containing-protein	unknown	unknown	gnl|CDD|224209
AP018318.1|BBD61181.1|4719714_4720302_-|cyclase/dehydrase	unknown	unknown	gnl|CDD|176875
AP018318.1|BBD61187.1|4724829_4725672_-|polysaccharide-deacetylase	unknown	unknown	gnl|CDD|213022

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD61198.1|4741526_4742744_+|amidohydrolase	gnl|CDD|349941	cd08021, M20_Acy1_YhaA-like, M20 Peptidase aminoacylase 1 subfamily, includes Bacillus subtilis YhaA and Staphylococcus aureus amidohydrolase, SACOL0085. Peptidase M20 family, uncharacterized subfamily of bacterial proteins predicted as putative amidohydrolases or hippurate hydrolases. These are a class of zinc binding homodimeric enzymes involved in hydrolysis of N-acetylated proteins. N-terminal acetylation of proteins is a widespread and highly conserved process that is involved in protection and stability of proteins. Several types of aminoacylases can be distinguished on the basis of substrate specificity. Aminoacylase 1 (ACY1) breaks down cytosolic aliphatic N-acyl-alpha-amino acids (except L-aspartate), especially N-acetyl-methionine and acetyl-glutamate into L-amino acids and an acyl group. However, ACY1 can also catalyze the reverse reaction, the synthesis of acetylated amino acids. ACY1 may also play a role in xenobiotic bioactivation as well as the inter-organ processing of amino acid-conjugated xenobiotic derivatives (S-substituted-N-acetyl-L-cysteine). This family includes Staphylococcus aureus amidohydrolase, SACOL0085, which contains two manganese ions in the active site, and forms a homotetramer with variations in interdomain orientation which possibly plays a role in the regulation of catalytic activity.	0
AP018318.1|BBD61197.1|4740563_4741241_+|dethiobiotin-synthase	gnl|CDD|234625	PRK00090, bioD, ATP-dependent dethiobiotin synthetase BioD.	3.99139e-81
AP018318.1|BBD61192.1|4733461_4735252_-|small-GTP-binding-protein-domain-containing-protein	gnl|CDD|224138	COG1217, TypA, Predicted membrane GTPase involved in stress response [Signal transduction mechanisms].	0
AP018318.1|BBD61196.1|4738699_4740394_+|serine/threonine-kinase	gnl|CDD|270916	cd14014, STKc_PknB_like, Catalytic domain of bacterial Serine/Threonine kinases, PknB and similar proteins. STKs catalyze the transfer of the gamma-phosphoryl group from ATP to serine/threonine residues on protein substrates. This subfamily includes many bacterial eukaryotic-type STKs including Staphylococcus aureus PknB (also called PrkC or Stk1), Bacillus subtilis PrkC, and Mycobacterium tuberculosis Pkn proteins (PknB, PknD, PknE, PknF, PknL, and PknH), among others. S. aureus PknB is the only eukaryotic-type STK present in this species, although many microorganisms encode for several such proteins. It is important for the survival and pathogenesis of S. aureus as it is involved in the regulation of purine and pyrimidine biosynthesis, cell wall metabolism, autolysis, virulence, and antibiotic resistance. M. tuberculosis PknB is essential for growth and it acts on diverse substrates including proteins involved in peptidoglycan synthesis, cell division, transcription, stress responses, and metabolic regulation. B. subtilis PrkC is located at the inner membrane of endospores and functions to trigger spore germination. Bacterial STKs in this subfamily show varied domain architectures. The well-characterized members such as S. aureus and M. tuberculosis PknB, and B. subtilis PrkC, contain an N-terminal cytosolic kinase domain, a transmembrane (TM) segment, and mutliple C-terminal extracellular PASTA domains. The PknB subfamily is part of a larger superfamily that includes the catalytic domains of other protein STKs, protein tyrosine kinases, RIO kinases, aminoglycoside phosphotransferase, choline kinase, and phosphoinositide 3-kinase.	2.4756e-68
AP018318.1|BBD61190.1|4730700_4731288_-|hypothetical-protein	gnl|CDD|226983	COG4636, Uma2, Endonuclease, Uma2 family (restriction endonuclease fold) [General function prediction only].	1.42327e-23
AP018318.1|BBD61185.1|4723833_4724352_+|HNH-endonuclease	gnl|CDD|224321	COG1403, McrA, Restriction endonuclease [Defense mechanisms].	4.50011e-28
AP018318.1|BBD61191.1|4731589_4733194_-|hypothetical-protein	gnl|CDD|379114	pfam13304, AAA_21, AAA domain, putative AbiEii toxin, Type IV TA system. Several members are annotated as being of the abortive phage resistance system, in which case the family would be acting as the toxin for a type IV toxin-antitoxin resistance system.	2.52429e-07
AP018318.1|BBD61182.1|4720310_4722365_-|GAF-sensor-signal-transduction-histidine-kinase	gnl|CDD|223715	COG0642, BaeS, Signal transduction histidine kinase [Signal transduction mechanisms].	1.04033e-36
AP018318.1|BBD61194.1|4736150_4736591_+|serine/threonine-protein-kinase	gnl|CDD|319862	cd16383, GUN4, porphyrin-binding protein domain GUN4. GUN4 is a porphyrin-binding protein involved in chlorophyll biosynthesis regulation and intracellular signaling, found in aerobic photosynthetic organisms. It has been implicated in retrograde signalling between the chloroplast and nucleus. GUN4 can bind protoporphyrin IX (PIX) and magnesium protoporphyrin IX (MgPIX), substrate and product of the Mg-chelatase, as well as heme and cobalt protoporphyrin IX (CoPIX). It may play a role in protecting plants from reactive oxygen species (ROS)-mediated damage.	6.93257e-51
AP018318.1|BBD61195.1|4736827_4737844_-|ribose-phosphate-pyrophosphokinase	gnl|CDD|235072	PRK02812, PRK02812, ribose-phosphate pyrophosphokinase; Provisional.	0
AP018318.1|BBD61189.1|4728960_4729983_-|TPR-repeat-containing-protein	gnl|CDD|276809	sd00006, TPR, Tetratricopeptide repeat. The Tetratricopeptide repeat (TPR) typically contains 34 amino acids and is found in a variety of organisms including bacteria, cyanobacteria, yeast, fungi, plants, and humans. It is present in a variety of proteins including those involved in chaperone, cell-cycle, transcription, and protein transport complexes. The number of TPR motifs varies among proteins. Those containing 5-6 tandem repeats generate a right-handed helical structure with an amphipathic channel that is thought to accommodate an alpha-helix of a target protein. It has been proposed that TPR proteins preferentially interact with WD-40 repeat proteins, but in many instances several TPR-proteins seem to aggregate to multi-protein complexes.	1.52262e-09
AP018318.1|BBD61180.1|4717116_4719039_-|sodium/hydrogen-exchanger	gnl|CDD|223104	COG0025, NhaP, NhaP-type Na+/H+ and K+/H+ antiporters [Inorganic ion transport and metabolism].	2.54804e-76
AP018318.1|BBD61179.1|4716520_4717150_+|cytochrome-b/b6-domain-containing-protein	gnl|CDD|224209	COG1290, QcrB, Cytochrome b subunit of the bc complex [Energy production and conversion].	3.43122e-42
AP018318.1|BBD61181.1|4719714_4720302_-|cyclase/dehydrase	gnl|CDD|176875	cd08866, SRPBCC_11, Ligand-binding SRPBCC domain of an uncharacterized subfamily of proteins. Uncharacterized group of the SRPBCC (START/RHO_alpha_C/PITP/Bet_v1/CoxG/CalC) domain superfamily. SRPBCC domains have a deep hydrophobic ligand-binding pocket and they bind diverse ligands. SRPBCC domains include the steroidogenic acute regulatory protein (StAR)-related lipid transfer (START) domains of mammalian STARD1-STARD15, the C-terminal catalytic domains of the alpha oxygenase subunit of Rieske-type non-heme iron aromatic ring-hydroxylating oxygenases (RHOs_alpha_C), Class I and II phosphatidylinositol transfer proteins (PITPs), Bet v 1 (the major pollen allergen of white birch, Betula verrucosa), CoxG, CalC, and related proteins. Other members of the superfamily include PYR/PYL/RCAR plant proteins, the aromatase/cyclase (ARO/CYC) domains of proteins such as Streptomyces glaucescens tetracenomycin, and the SRPBCC domains of Streptococcus mutans Smu.440 and related proteins.	1.41994e-57
AP018318.1|BBD61187.1|4724829_4725672_-|polysaccharide-deacetylase	gnl|CDD|213022	cd10917, CE4_NodB_like_6s_7s, Catalytic NodB homology domain of rhizobial NodB-like proteins. This family belongs to the large and functionally diverse carbohydrate esterase 4 (CE4) superfamily, whose members show strong sequence similarity with some variability due to their distinct carbohydrate substrates. It includes many rhizobial NodB chitooligosaccharide N-deacetylase (EC 3.5.1.-)-like proteins, mainly from bacteria and eukaryotes, such as chitin deacetylases (EC 3.5.1.41), bacterial peptidoglycan N-acetylglucosamine deacetylases (EC 3.5.1.-), and acetylxylan esterases (EC 3.1.1.72), which catalyze the N- or O-deacetylation of substrates such as acetylated chitin, peptidoglycan, and acetylated xylan. All members of this family contain a catalytic NodB homology domain with the same overall topology and a deformed (beta/alpha)8 barrel fold with 6- or 7 strands. Their catalytic activity is dependent on the presence of a divalent cation, preferably cobalt or zinc, and they employ a conserved His-His-Asp zinc-binding triad closely associated with the conserved catalytic base (aspartic acid) and acid (histidine) to carry out acid/base catalysis. Several family members show diversity both in metal ion specificities and in the residues that coordinate the metal.	1.23069e-73

Protein sequences

>AP018318.1|BBD61188.1|4725870_4726065_+|hypothetical-protein
MFYTQIQNRYWNKRKSPVKKASPTSKQLEVEDIQAKSSKLAQAKTTEYISNTQQVYYLESRLFS
>AP018318.1|BBD61187.1|4724829_4725672_-|polysaccharide-deacetylase
MTDKNLKRHRIFGVVAIAFCVTSCSTSAKLENAHPINKVHAAQVPDQPVTSPIDAKSQPSTNLENLNFEVLTKFQGKTLYKVEPSNQEKVIALTVDDGPWPSSTLQMLDIFKANNVKVTFFWVGSALQANPEIAKQVVAEGHAIGNHTWHHWYKSMDEATAKKEIDRTSDLIYKTTGVKTTLFRPPGGFLNNGLAAYAKRQKYSVVMWSLTSADTDPHAKPQAFVNNVLKGAKPGAIVLMHDGGGDRHRTVEALPQIIAGLKQQGYRFVTIPELLQESPK
>AP018318.1|BBD61186.1|4724368_4724758_+|hypothetical-protein
MLKLTYTERSFCLECIPQSLEEWVTQRVIFAMRVGQNLCVEPSTASFLLPVDLPGVEALKAEVKRDDREVIALCVCDSEYMEVTLRGSWLSNSAEDSVGVFITTMSDRTEFFLQKLWQEAQACTSVMSE
>AP018318.1|BBD61185.1|4723833_4724352_+|HNH-endonuclease
MTSVMQVLEQSVVVFSQNYLPLCRINIKRAIVLLVTNKAEPLDFASEGGWRVHSPSLVIDVPKHIRLKIGSNERTWKVPPVNRREVLRRDHYTCQYCGSSKRLTLDHVIPRSKGGLHTWDNVVIACEKCNSRKGDRTLSETGMRLRKIPKAPIHPAIAFAEQFWINVQANLE
>AP018318.1|BBD61184.1|4723096_4723432_-|hypothetical-protein
MHTITRTPTTDMEVTSIRLERELKDKLKEIAGNQGYQALIRDILWNYVQQKSGEWKPRFSRADIRASIAATAQQEERCVLTGQLIQPQQPMLLGLTRNGDMVPLSVESLAG
>AP018318.1|BBD61183.1|4722591_4722759_-|hypothetical-protein
MYLAQDKYLAINITKFNIFSSINAVKLLRVFILIPEKLRFMYSYRQAILGQSLVV
>AP018318.1|BBD61182.1|4720310_4722365_-|GAF-sensor-signal-transduction-histidine-kinase
MRSLSKSVPGMKKRLSLPPQCPDDLERLQSYPLKLMQHQNEPTLQLVKKINHIIANNSATTLMLQEIARLLGNAFKVDCCCLVTVSASAASTESIVVNWCSDEYLAMPNPSQMFSPEHLLMDSPVVQCAAEPFTIEDISTIQDSLVVGGQHLPLPIRSVLAIPTRFAGQNNGVISLIKFQPYNWSDSEKQLLNFVESSCAIAFSQFAQVNLITSQEEHLQKSEEHQSLIKQLTILSKSNLELNQMLQLAISSTAESLQADRGLLILLKYTDPLFRTQPKKQIPKAKATVVAEWNRNTSSYSATKPDVEPQSFLISECGLCQRVFTDSGKAVIIDDYTDLQDTLTAVSLFTLDILPAVLLVPLENQGKVLGFIVLQQATARSWQASELNLVEMVCAQMSNAIIQSQTLRQVQTLVDERTAKLQSSLELQAKLHEKTRQYVEQLRELNHLKDEFLSNMSDRLRYPLTNMQMSIKNLRLPGIQPERQARYMDILEQECTKEINLINDLLTLQKLESKQERPQFETIDLNTRIQGLAANLNSKLATKTLSINLDLPQDSLKIQTELESFNRILQELLTNACTYSEPETVIHVQAFHQVEQLVDQVIIKVTNTGRGISEEEATYIFDRFRRGKGGRWTPGTGLGLALAKSLVQHLNGAIAVESTSIPDSEQSQVSFTLTLPQFSDESEL
>AP018318.1|BBD61181.1|4719714_4720302_-|cyclase/dehydrase
MTEQNNSTANLDFNTAIDETSLEDNLAVDSANLPPVAVQIEKIAERQRQISAKIHIPHSVERIWQVLTDYEALVDFIPNLAKSRLMEHPHGGIRLEQVGSQRLLNVNFCARVVLDLEEHFPKQITFSMVEGDFKGFSGSWKLEPCSVDGIMGTNLCYTIQVWPKLTMPVTIIERRLSKDLQLNLLAIYQRIAQLA
>AP018318.1|BBD61180.1|4717116_4719039_-|sodium/hydrogen-exchanger
MEASLEITLQMVIAVVAGISAQVIAAYLRVPSIVLLLLLGIILGSDGLGLLHPHLLGTGLEVIVSLATAIILFEGGLNLDLRELGRVSVSLQLLVTLGTLITLLGGSMAAHWLGEFPWNIAFLYASIVVVTGPTVVGPLLKQINVDRQVATLLEGEGVLIDPVGAILAFVVLDTIVNGDADPVNAIVGLLMRLGVGATIGAIGGYLMSWVFKYASLLSFELKNLVVLAILWGLFSLAQTIRSESGVMTTVVAGAVFANSSVPEERLLRSFKGQLTILSVSVLFILLAADLSIASVFALGWGSVLTVLVLMFVVRPINILACTWNSNLNWRQKLFLSWVAPRGIVSASVASLFAILLTQHGINGGDAIKALVFLTIIMTVVCQGLTAGGIAQLLQITSKDATGVVIVGCNSLSLLIARLFQERGESVVMIDTDPESCEKAAEQNIRVIASSALDTGVLEEAGLASMGTFVAMTSNGEVNFVLAQRAAEEFNPPRVLAVFPRDPQASNGGNQKTVNQAFVTELTIKTWNEYLNDGRVKLGTTTLDTVDFDSQQERIQEKIRTGVLLPLLLEREERLQVMPANQDWEIGDRIIYLLHDPRPNLLKRLSGASQSTPLAVEKLPELEEVAVPTLAQLSTSDVSGS
>AP018318.1|BBD61179.1|4716520_4717150_+|cytochrome-b/b6-domain-containing-protein
MQSTQFDRILQRLATVLSVVILTLCLIYTTTGILLSFYYEPTAGGAYNSLKMINTQVPYGWLFYRTHEIAGNGLIAIALVQIVVMFLGRQFSQSWLVAWVSGILLTLSAIGLDWTAMLLDWTQEGYWRFSIELGTIEAIPFIGEQLRNILTGGGAINTLTVEHLYTIHSYIVATATLVLAVVHLLALLWQEQQIYTASNQLPETSLVES
>AP018318.1|BBD61189.1|4728960_4729983_-|TPR-repeat-containing-protein
MTQSFNPVQEWEQRRDQATRYYQQGKLQESLALATKNLELARAISDRAKEGYTLNDLGLAHLGCWQPQRALECFEQALLVAQDISNARAEATALSNLGSTYSRLGKFSQALKYLDQALKIFRRLQDTQGEVSTLNDVALIYTKLGEPKRALLLQHQILSMRRLLGDFSGEGTTLNGLGFAYSILGQHGQALEFLQEALSIQRAVKNFVGEATTMNNIASVYSDLGQPKQALLLYYQVLLSRRALQDRSGEATTLNNIGYTYSILGNNWQAMKFYKQAIAIYQELGDRLGEISSLLNMGNLYASTKRKKKALSCYQNAHELSQQIEYQPLSQKVQQQIDSL
>AP018318.1|BBD61190.1|4730700_4731288_-|hypothetical-protein
MKNVELTPGRIPVPKNTTLEEFLKLPYIEESPAWEYINAEAIQKPMGGGKHSLLQKRLVAVIDGLESNYEAFPELRCTFGNRSVVPDVVVLSKNQLPLDDSGDIISGGIDFAPNWIIEILSPAQSQTKVTGNILHCLRNGSKLGWLIDPSERSILVYQPNCLPDLLAGKDILPVLEDLNLTLSVDEVFAWLQRKI
>AP018318.1|BBD61191.1|4731589_4733194_-|hypothetical-protein
MPSQPRLYLPKSDGTGSKVEIKHNGSVVIVGANGSGKSRLGAWIERNADNDIIVHRISAQRALEIPEYAVIKSLEQSLNDLIWGNEDPKYANNQFKWSHRWGGNPETYLQNDYGKVLSNLFARSAERDRNHTAETRRKQAYIPVLDAPIDVLVKLWKEILPHRNIFLEDGKVSVKDIIYGTQYHGKEMSDGERVALYLMGQCLCAPPGSILVIDEPEIHLHTSIMQSLWNKLEEAQPNCLFVYITHDLNFASTRVSTTSIWVKEFDGTNRWLWEEVPEVDEFPESLLLELLGNRRTIIFVEVEKGGKDHSIYQSIYKNSNIVPRSGCQNIIESVRALRLNSSFHHVKVFGLIDRDYRTDDEIQSLSIDGVFCIDVAEIENILLNEQTLRLIAKNQHLEPEDVVNRATEMARSLLSKEIERQASLRTYRAIENNLRKIDTKSVGLQAIKTSIVNATNALNIDVTYTNNIDLYTRLATSGNLDDILKYYNNKGLVSNVCSIFELGRNGYEKLVLRMLNSVDREHIINGLRQYVPEI
>AP018318.1|BBD61192.1|4733461_4735252_-|small-GTP-binding-protein-domain-containing-protein
MTLPIRNVAIIAHVDHGKTTLVDALLKQSGIFREGEDVPDCVMDSNALERERGITILSKNTAVRYKETLINIVDTPGHADFGGEVERVLGMVDGCLLIVDANEGPMPQTRFVLKKALEKGLRPIVVVNKIDRGQADPHVAVDKVLDLFLELGADEDQCDFTYLFASGMGGYAKESMEAEAVDMQPLFNAILQHVPPPVGDINKPLQLQVTTLDYSEYLGRIVIGRIHNGTIRAGQQAALVTENGSIVKGKITKLMGFEGLKRVEMEEATAGYIVAVAGFADAYIGETITDPTEPQALPLIKVDEPTLQMTFWVNDSPFAGQEGKLVTSRQVRDRLFRELETNVALRVEETDSPDKFLVSGRGELHLGILIETMRREGFEFQVSQPQVIYREINGQPCEPYELLVLDVPADAVGSCIERLGQRKGEMQDMQPGSGDRTQLEFVIPARGLIGFRGEFMRMTRGEGIMNHSFLDYRQLSGDIEARNKGVLISFEEGVSTFYAMKNAEDRGSFFITPGTKVYRGMIVGEHNRPQDLELNVCKTKQLTNHRAAGGDELVQLQAPIDMSLERALEYIGPDELVEVTPQSIRLRKMSKKLAKR
>AP018318.1|BBD61193.1|4735569_4736076_-|hypothetical-protein
MQPSLKHYADYLCMGFQLNLCSHDEIINWADQLIEKSDHPEDWMIDLSTSAYKHPLNIIHLLDFIPGEQDLEISLRLLIAKLGKVYPTLEPENHRFAKAEHSKLLRSLYHLVFDHSCGDELRRVIYQIDMDLDYVEQGYADWSVIQQDYEQLIATSYDYQQWTDGKIQ
>AP018318.1|BBD61194.1|4736150_4736591_+|serine/threonine-protein-kinase
MDKHLVNYNTLEELLALEKWYEADCETTNIQLNIVEREEAESLYFLLSDFPCEDLVILDELWVKYSCGRFGFSVQKHIYQQFKGSKKYTNFCEQVGWRENGHWKYPHELIFSLDAPSGHLPWLTSGFRISKQYAREWCTRIETCGL
>AP018318.1|BBD61195.1|4736827_4737844_-|ribose-phosphate-pyrophosphokinase
MNALRGSAVLSSAAFKVQPAATGLTENHRLRLFSGSANIQLSQEVARYLGMDLGPMIRKRFADGELYVQIQESIRGCDVYLIQPSCQPVNDHLMELLIMIDACRRASARQVTAVIPYYGYARADRKTAGRESITAKLVANLITESGAARVVAMDLHAAQIQGYFDIPFDHVYGSPVILDYLASKQLPDLVVVSPDVGGVARARAFAKKLNDAPLAIIDKRRQAHNVAEVLNVIGDVKGKTAVLVDDMIDTGGTIAEGARLLREEGARQVYACATHAVFSPPAIERLSSGLFEEVIVTNTIPLPEDKRFPQLVVLSVANLLGETIWRIHEDTSVSSMFR
>AP018318.1|BBD61196.1|4738699_4740394_+|serine/threonine-kinase
MQPPITIGTVLQNRYRIIQILGQGGFGRTYLAEDQRRFNELCAIKELIPIAAGVGAWEKAQELFQREATILYQIEHPQVPKFRERFEQDHRLFLVEDYVAGKTYRDLLVEKQSIGQTFSEPDVLQLLRSLLPVLEHIHSRGIIHRDISPENIIFRDSDRLPVLIDFGVVKELATRLQTPETNINVTSVGKLGYSPNEQMQTGRAYPSSDLYALAVTAIVLLTGKEPSELFDETQLTWTWQKFVRVSPQLAQVINRMLHPLPSDRYQSAAEVAQALQLVENPGVAPPPQVSNFQTIAVGRRPDAIPPQPSNRPDPVIPPSRSNSVLDNPLALGAIGSAVVILAGFGSWALVSSIRSQSNTQPETTPPAPQTFPSPVISGGTTFGTPSNTEPTITSKRLRLDASNTATVENSLKAGQIMEYTFFGQAGAKLTTLLEQGTGINLTVLAPNRQVLDSSAQQVGSYTGILPTNGRYTVQLNLAPGVSESDYNLRVALENPLQPSPTATPTPTLTPTLTPTPTLTPTPIPTFPPAFTPTPTFTPIIPGTNDNQSPINSTDQPTPDLQSTP
>AP018318.1|BBD61197.1|4740563_4741241_+|dethiobiotin-synthase
MNTLLITGTDTEAGKTVLTTALAAYWQKYYPQRHWGIMKPIQSGIGDREWYQNLFKLEQSPAEITPLYFQAPLAPPIAAARENRPVDLAVVWKTLCEMRSRYEFLLVESAGGLGSPMTNELTVADIAGEWRLPTVLVVPVRLGGISQAVANVALARQCKVNLIGIVLNCIQPRTDAEITDWTPPEVIQSFTHIPVLGCLQYFDNPADLDKLAQAASNLNLEALNI
>AP018318.1|BBD61198.1|4741526_4742744_+|amidohydrolase
MVSTFPNSYSVDLSRVRLSIRTLQPQLVEWRRRLHQQPELGFQEKLTAEFVSGKLQAWGIEHQTGIAKTGIVATIKGTKCSTEKVLAIRADMDALPIQELNEVPYKSQHDGVMHACGHDGHTAIALGTAYYLQQHREDFAGTVKIIFQPAEEGPGGAKPMIEAGVLQNPDVDAIIGLHLWNNLPLGTVGVRAGALMAAVELFNCTILGKGGHGAIPHQTVDSIVVAAQIVNALQTIVARNVNPIDSAVVTVGALHAGTAHNVIADTANMKGTVRYFNPEFAGFFQQRIEQIIAGICQSHGAKYDLEYWSLYPPVINDARIAELVRSIAEEVVETPVGIVPECQTMGGEDMSFFLQEVPGCYFFLGSANPDKDLAYPHHHPRFDFDETVLPMGVEIFIRCMEKFFS

Crispr_ID: AP018318_21

• CRISPR_ID: AP018318_21
• CRISPR_location: 5026118-5026351
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of AP018318_21

Consensus_repeat	Method
TGAGCTTTGTGAATGAGTCTTTGAGCTTCATTAAT	CRISPRCasFinder
GAATCTTTGAGCTTTGTGAATGAGTCTTTGAGCTTCATTAATGAGTATCTGA	PILER-CR

spacers of AP018318_21

>21.1|5026153|28|AP018318|CRISPRCasFinder
GAGCCTCTGAGCTTCATTAATTAGTATC
>21.2|5026216|28|AP018318|CRISPRCasFinder
TAGTATCTGAGGTTCGTGAATGAGTCTT
>21.3|5026279|28|AP018318|CRISPRCasFinder
GAGTCTTTGATAGTCGCGGGAGAATCTT
>21.4|5026233|11|AP018318|PILER-CR
GGTTCGTGAAT
>21.5|5026296|17|AP018318|PILER-CR
CTTTGATAGTCGCGGGA

CRISPR arrays and Neighbor proteins around AP018318_21

CRISPR arrays

The CRISPR arrays of AP018318_21

>merge|AP018318|21|5026118-5026351|CRISPRCasFinder,PILER-CR
TAATACTTGTGAATGAGTCTTTAATACTCGTGAATGAGCCTCTGAGCTTCATTAATTAGTATCTGAGCTTTGTGAATGAGTCTTTGAGCTTCATTAATTAGTATCTGAGGTTCGTGAATGAGTCTTTGAGCTTTGTGAATGAGCCTTTGAGCTTCATTAATGAGTCTTTGATAGTCGCGGGAGAATCTTTGATACTCGTGAATGAGTCTTTGAGCTTCATTAATGAGTATCTGA

>AP018318|21|20|5026118-5026341|CRISPRCasFinder
TAATACTTGTGAATGAGTCTTTAATACTCGTGAAT	GAGCCTCTGAGCTTCATTAATTAGTATC
TGAGCTTTGTGAATGAGTCTTTGAGCTTCATTAAT	TAGTATCTGAGGTTCGTGAATGAGTCTT
TGAGCTTTGTGAATGAGCCTTTGAGCTTCATTAAT	GAGTCTTTGATAGTCGCGGGAGAATCTT
TGATACTCGTGAATGAGTCTTTGAGCTTCATTAAT

>AP018318|21|8|5026181-5026351|PILER-CR
TGAGCTTTGTGAATGAGTCTTTGAGCTTCATTAATTAGTATCTGAGGTTCGT	GAATGAGTCTT
TGAGCTTTGTGAATGAGCCTTTGAGCTTCATTAATGAGTCTTTGATAGTCGC	GGGAGAATCTTTGATAC
TCGTGAATGAGTCTTTGAGCTTCATTAATGAGTATCTGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD61429.1|5022123_5022606_+|hypothetical-protein	unknown	unknown	gnl|CDD|371464
AP018318.1|BBD61431.1|5024098_5025334_-|cytochrome-P450-like-protein	unknown	unknown	gnl|CDD|225035
AP018318.1|BBD61430.1|5022732_5023986_+|hypothetical-protein	unknown	unknown	gnl|CDD|371451
AP018318.1|BBD61423.1|5016455_5017577_-|serine/threonine-kinase	unknown	unknown	gnl|CDD|270916
AP018318.1|BBD61433.1|5026404_5029035_-|DNA-polymerase-III-alpha-subunit	unknown	unknown	gnl|CDD|181933
AP018318.1|BBD61442.1|5043309_5043822_+|bidirectional-hydrogenase-complex-protein-HoxE	unknown	unknown	gnl|CDD|236053
AP018318.1|BBD61439.1|5036730_5037117_-|response-regulator-receiver-domain-protein	unknown	unknown	gnl|CDD|381104
AP018318.1|BBD61432.1|5025421_5025904_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61438.1|5036266_5036704_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61436.1|5031272_5031659_-|hypothetical-protein	unknown	unknown	gnl|CDD|238509
AP018318.1|BBD61428.1|5021295_5022093_+|hypothetical-protein	unknown	unknown	gnl|CDD|215575
AP018318.1|BBD61427.1|5020591_5020888_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61435.1|5030512_5030968_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61425.1|5018914_5019334_-|chorismate-mutase	unknown	unknown	gnl|CDD|377905
AP018318.1|BBD61424.1|5017682_5018777_+|periplasmic-phosphate-binding-protein-of-phosphate-ABC-transporter	unknown	unknown	gnl|CDD|270371
AP018318.1|BBD61437.1|5031868_5035546_-|hypothetical-protein	unknown	unknown	gnl|CDD|378942
AP018318.1|BBD61440.1|5037449_5042279_-|multi-component-transcriptional-regulator,-winged-helix-family-protein	unknown	unknown	gnl|CDD|223816
AP018318.1|BBD61434.1|5029218_5030508_+|sodium:dicarboxylate-symporter	unknown	unknown	gnl|CDD|224220
AP018318.1|BBD61426.1|5019421_5020243_-|signal-peptide-peptidase-A	unknown	unknown	gnl|CDD|273227
AP018318.1|BBD61441.1|5042723_5043263_+|hypothetical-protein	unknown	unknown	gnl|CDD|366180

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD61429.1|5022123_5022606_+|hypothetical-protein	gnl|CDD|371464	pfam11317, DUF3119, Protein of unknown function (DUF3119). This family of proteins has no known function.	8.15718e-60
AP018318.1|BBD61431.1|5024098_5025334_-|cytochrome-P450-like-protein	gnl|CDD|225035	COG2124, CypX, Cytochrome P450 [Secondary metabolites biosynthesis, transport, and catabolism].	2.27537e-105
AP018318.1|BBD61430.1|5022732_5023986_+|hypothetical-protein	gnl|CDD|371451	pfam11285, DUF3086, Protein of unknown function (DUF3086). This family of proteins with unknown function appears to be restricted to Cyanobacteria.	0
AP018318.1|BBD61423.1|5016455_5017577_-|serine/threonine-kinase	gnl|CDD|270916	cd14014, STKc_PknB_like, Catalytic domain of bacterial Serine/Threonine kinases, PknB and similar proteins. STKs catalyze the transfer of the gamma-phosphoryl group from ATP to serine/threonine residues on protein substrates. This subfamily includes many bacterial eukaryotic-type STKs including Staphylococcus aureus PknB (also called PrkC or Stk1), Bacillus subtilis PrkC, and Mycobacterium tuberculosis Pkn proteins (PknB, PknD, PknE, PknF, PknL, and PknH), among others. S. aureus PknB is the only eukaryotic-type STK present in this species, although many microorganisms encode for several such proteins. It is important for the survival and pathogenesis of S. aureus as it is involved in the regulation of purine and pyrimidine biosynthesis, cell wall metabolism, autolysis, virulence, and antibiotic resistance. M. tuberculosis PknB is essential for growth and it acts on diverse substrates including proteins involved in peptidoglycan synthesis, cell division, transcription, stress responses, and metabolic regulation. B. subtilis PrkC is located at the inner membrane of endospores and functions to trigger spore germination. Bacterial STKs in this subfamily show varied domain architectures. The well-characterized members such as S. aureus and M. tuberculosis PknB, and B. subtilis PrkC, contain an N-terminal cytosolic kinase domain, a transmembrane (TM) segment, and mutliple C-terminal extracellular PASTA domains. The PknB subfamily is part of a larger superfamily that includes the catalytic domains of other protein STKs, protein tyrosine kinases, RIO kinases, aminoglycoside phosphotransferase, choline kinase, and phosphoinositide 3-kinase.	1.25272e-56
AP018318.1|BBD61433.1|5026404_5029035_-|DNA-polymerase-III-alpha-subunit	gnl|CDD|181933	PRK09532, PRK09532, DNA polymerase III subunit alpha; Reviewed.	0
AP018318.1|BBD61442.1|5043309_5043822_+|bidirectional-hydrogenase-complex-protein-HoxE	gnl|CDD|236053	PRK07571, PRK07571, bidirectional hydrogenase complex protein HoxE; Reviewed.	4.8112e-102
AP018318.1|BBD61439.1|5036730_5037117_-|response-regulator-receiver-domain-protein	gnl|CDD|381104	cd17552, REC_RR468-like, phosphoacceptor receiver (REC) domain of Thermotoga maritima response regulator RR468 and similar domains. Thermotoga maritima RR468 (encoded by gene TM0468) is the cognate response regulator (RR) of the class I histidine kinase HK853 (product of gene TM0853). HK853/RR468 comprise a two-component system (TCS) that couples environmental stimuli to adaptive responses. This subfamily also includes Fremyella diplosiphon complementary adaptation response regulator homolog RcaF, a small RR that is involved in four-step phosphorelays of the complementary chromatic adaptation (CCA) system that occurs in many cyanobacteria. Both RR468 and RcaF are stand-alone RRs containing only a REC domain with no output/effector domain. The REC domain itself functions as an effector domain. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	1.48113e-72
AP018318.1|BBD61436.1|5031272_5031659_-|hypothetical-protein	gnl|CDD|238509	cd01038, Endonuclease_DUF559, Domain of unknown function, appears to be related to a diverse group of endonucleases.	3.3127e-47
AP018318.1|BBD61428.1|5021295_5022093_+|hypothetical-protein	gnl|CDD|215575	PLN03100, PLN03100, Permease subunit of ER-derived-lipid transporter; Provisional.	2.66651e-104
AP018318.1|BBD61441.1|5042723_5043263_+|hypothetical-protein	gnl|CDD|366180	pfam00582, Usp, Universal stress protein family. The universal stress protein UspA is a small cytoplasmic bacterial protein whose expression is enhanced when the cell is exposed to stress agents. UspA enhances the rate of cell survival during prolonged exposure to such conditions, and may provide a general "stress endurance" activity. The crystal structure of Haemophilus influenzae UspA reveals an alpha/beta fold similar to that of the Methanococcus jannaschii MJ0577 protein, which binds ATP, though UspA lacks ATP-binding activity.	8.27293e-34
AP018318.1|BBD61425.1|5018914_5019334_-|chorismate-mutase	gnl|CDD|377905	pfam07736, CM_1, Chorismate mutase type I. Chorismate mutase EC:5.4.99.5 catalyzes the conversion of chorismate to prephenate in the pathway of tyrosine and phenylalanine biosynthesis. This enzyme is negatively regulated by tyrosine, tryptophan and phenylalanine.	3.78089e-70
AP018318.1|BBD61424.1|5017682_5018777_+|periplasmic-phosphate-binding-protein-of-phosphate-ABC-transporter	gnl|CDD|270371	cd13653, PBP2_phosphate_like_1, Substrate binding domain of putative ABC-type phosphate transporter, a member of the type 2 periplasmic binding fold superfamily. This subfamily contains uncharacterized phosphate binding domains found in PstS proteins that serve as initial receptors in the ABC transport of phosphate in eubacteria and archaea. After binding the ligand, PstS interacts with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. The PstS proteins belong to the PBP2 superfamily of periplasmic binding proteins that differ in size and ligand specificity, but have similar tertiary structures consisting of two globular subdomains connected by a flexible hinge. They have been shown to bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap.	1.00709e-41
AP018318.1|BBD61437.1|5031868_5035546_-|hypothetical-protein	gnl|CDD|378942	pfam12770, CHAT, CHAT domain. These proteins appear to be related to peptidases in peptidase clan CD that includes the caspases. This domain has been termed the CHAT domain for Caspase HetF Associated with Tprs. This family has been identified as a sister group to the separins.	1.00291e-15
AP018318.1|BBD61440.1|5037449_5042279_-|multi-component-transcriptional-regulator,-winged-helix-family-protein	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	3.97854e-78
AP018318.1|BBD61434.1|5029218_5030508_+|sodium:dicarboxylate-symporter	gnl|CDD|224220	COG1301, GltP, Na+/H+-dicarboxylate symporters [Energy production and conversion].	3.9057e-93
AP018318.1|BBD61426.1|5019421_5020243_-|signal-peptide-peptidase-A	gnl|CDD|273227	TIGR00706, Putative_signal_peptide_peptidase_SppA, signal peptide peptidase SppA, 36K type. The related but duplicated, double-length protein SppA (protease IV) of E. coli was shown experimentally to degrade signal peptides as are released by protein processing and secretion. This protein shows stronger homology to the C-terminal region of SppA than to the N-terminal domain or to the related putative protease SuhB. The member of this family from Bacillus subtilis was shown to have properties consistent with a role in degrading signal peptides after cleavage from precursor proteins, although it was not demonstrated conclusively. [Protein fate, Degradation of proteins, peptides, and glycopeptides].	1.49314e-102

Protein sequences

>AP018318.1|BBD61432.1|5025421_5025904_-|hypothetical-protein
MIHHFSISAENPQHVAQVLAEILQGQPTPHPYSPGGYIVFPFDEYGTEIEVYPLGTEITPGESDEKRAYIENSTASKFTATHAMLSVPASIEQIEQIAQRENWLVQRATFGFDFILLWVESRLLLELLTPEMTAQYIAFTKRENLRKYFVFPDSHDSPKS
>AP018318.1|BBD61431.1|5024098_5025334_-|cytochrome-P450-like-protein
MNTQQVANQQKYDLFAPEALLNPYPLYKRMREEDPVHYSETYGYWILTRYKDVEAALRDERLSSDRTALFINQLGNLDVNLIQNFIDVTSKSLIEKDPPEHTRLRKLANQGFTTRAIESWRSIIQETTDRLLDKVENQGYMDIVSDLSVPLPGLIIAEIFDVPETYRAKLIEWAIDTGTFWGAPGSSNIEEYARKADLADAQFSALIKQLIEERRKQPGTDMISLLTIAYEEQGMNLEELPSQCITILNAAHLTTADLIPNGVNALLRHPDQLQKLLENPALINSAVEEMIRFDTPAPFIFRIAKQNLTIGGKNIPAGGVIALGLGAANYDPEKFDSPEVFNITRSPNEHLGFAPGIHFCLGVVLARMELNICFTTLLKRMPNLSFDPDQQAIPRHTSLVFKGYDSLPVRF
>AP018318.1|BBD61430.1|5022732_5023986_+|hypothetical-protein
MNPESSQTPEPIDEWLEQIQPENPEIENPENSSVESVLEPEASASAVDTETSDVNTELLSLIDEPAAEIPLATDTTALELKTESTSQNNSLYAEAEQRLTQLKQTEAALKAEIATLQVTYNTLQTQLSDTQTAMGRIVQESLGQLEQRKQALQISIEQLERRQERIRNEMRTTFAGASQDLAIRVQGFKDYLTGSLQDLAAAAEQLQLVPEVRERERPSVKEAKPVEPEAITPQFAQQQFQETTKQVRRLIDQYRNKPDYYGPAWQLRRTFEPVHAERVSNWFFGQGGRGALRTMGSRLQNTLIASAIISILHKLYGDRVRTLVLANTPERLGEWRRGLQDCLGIGRPDFGPDRGVVLFEAPDALAQKAERLVKANQLPLIIIDDSEEQISLGILQFPLWLAFAPDPKAMKNYDDDF
>AP018318.1|BBD61429.1|5022123_5022606_+|hypothetical-protein
MNNLAFYQLFAQRKLLTPKIGKMSTHETGFETVTSSFAPNSVATVELKPSYNIPVVLVIAAIPIVIVQPLIGGAIAFFGLFLLFQTVTLRLQFTATDLDIYRGEKLIRRFPYREWQNWRIFWNKFPVLFYFKEINSIHFLPILFDPNTLKACLAERCPRI
>AP018318.1|BBD61428.1|5021295_5022093_+|hypothetical-protein
MSQITSNSSLAAWGQRLLAAIFLGGQVIVHLLRGKIHWRNTLEQMAAVGPDSLFIALLTAIFVGAVFTIQVAREFINFGAGNLVGGVLAVALTRELSPVLTAVILAGRVGSAFAAEIGTMRVTEQIDALLILKTDPIDYLVIPRMIACCLMLPILTLLSLVTGMFGGLLIATHVYGLADTVFLDSARNLLDTWDICSALFKAVCFGLLIAVVGCSWGLTTTGGAKGVGQSTTTAVVTALLLIFISNFFLSWLMFQGAGSAFVQGF
>AP018318.1|BBD61427.1|5020591_5020888_-|hypothetical-protein
MTFLLNFLRSLLVTVVFSFVAPIFLVGGILLLLSVLGYMPGLQTVTETSATGILHFLAIFGSGTPLRGMLIIGLTWSFVGALFDTYAYYRCQILRIDS
>AP018318.1|BBD61426.1|5019421_5020243_-|signal-peptide-peptidase-A
MVWPFRSKFRKQIARIEITGAIASATRKRVLEALKTVEEKKFPALLLRIDSPGGTVGDSQEIYSALKRLREKIKIVASFGNISASGGVYIGMGAEHIMANPGTITGSIGVILRGNNLERLLEKIGVSFKVIKSGPYKDILAFDRELTEPEQHILQELIDTSYQQFVQTVADGRSLAVETVKSFADGRIFTGQQALELGVVDRLGTEEDARRWTAELVGLDPEKTQCFTLEEPKPLLSRILPGSRQVSSRLGAGVDWLEFEMSTSGLPLWLYRP
>AP018318.1|BBD61425.1|5018914_5019334_-|chorismate-mutase
MGVEWQMRAIRGATTVAENTIEAMREAVIELLDELEQRNKIQPQDMISVTFSVTRDLDAIFPAAIARTRSGWDNVPMLDVQQMHVEGSLQRCVRFLIHVYLPVSTPIHHIYLRHASNLRPDWSLPQSLHTSQPAIESKV
>AP018318.1|BBD61424.1|5017682_5018777_+|periplasmic-phosphate-binding-protein-of-phosphate-ABC-transporter
MSNSNRKAVSLSTDAIQMIRGLIIGEVITIVLIGGLWLWLRPRLFVNNRQDSVSSQNSEAVSNLTGSTFAQVNDMPIGAFNYGGSTAWASIRQLVDSQIQNTRPEFQLLYVNPTDSSPGSGAGIRMLLAGKLDFTQSSRPLTDAEQAQAKKQGLTIEQRQVGMDGVAIVVNPELEVPGLTVEQLQKIYLGQITNWKQVGGKDLAIVPLSQSPENADTLLFPNQPADKQNLSSQVEYVYSTTEALRRIKTTPGSVYYASARGVINQCGVKLLPLGVTSEQLVSLYREPVVQSNQCPRQRNQLNTAVIKNGTYPLTAKLFVMIPQNQGQEQQVGEAYAKLLLTEQGQRAIAQAGFVPVNSQEIAAN
>AP018318.1|BBD61423.1|5016455_5017577_-|serine/threonine-kinase
MLIKLLSERYQVVQVLSQGMFCKTYMAEDTHLPNRPTCVVKHFLPSSEVPIPGEIRRRLFNRETQALQKLGDYDLVPHLLTYFEDDQEFYLVQQFIEGHTLSTELQPGYCWSQSKVIQLLQEVLEILHFVHSHGLIHRDVKPSNIMRRIPDNRLVLIDFGAVKPILTQLVKHKKNIVPIEQSTIAIGTPGYMPSEQQRGRPRPNSDIYALGMIAIQALTGVHPTQLPENRKTGEIVWQHLANVNVELAAVINKMVCYHFQDRYKSAQEVLAALLPHINHQDVTLLSTFSSQNILSAYHSNAAFHSAISAPLLEKQTSIPETSIIPKKSPLLVGLVIGVVSGLILMVVSYWSLQIISPEPNTQNLLPTPKGINH
>AP018318.1|BBD61433.1|5026404_5029035_-|DNA-polymerase-III-alpha-subunit
MSFVPLHIHSDYSLLDGASQLPDLIDSAIELGIKAIAVTDHGVMYGAVELLKICRSKNVKPIIGNEMYIINGDIEKQERRPKYHQVVLAKNNQGYKHLVKLTTLSHLKGVQGKGIFSRPCINKELLKQYHEGLIVTSACLGGEIPQAILSNRPDAARKVAQWYKDVFGDDFYLEIQDHGSQEDRIVNVEIIKIARELGIKFVATNDSHFVSCFDVEAHDALLCIQTGKLIVEENRMRYSGTEYLKSADEMRMLFRDHLPDDVIEEAIATTEEVADKVESYQIMGEPRIPNYPIPSGHTADTYVEEVAWNGLLEKLNRKSRAEVEQVYKERLEYELKMLQQMGFSTYFLVVWDYIKFARDNNIPVGPGRGSAAGSLVAYTMGITNIDPVHHGLLFERFLNPERKSMPDIDTDFCIEQRDKVIDYVTQKYGTDRVAQIITFNRLTSKAVLKDVARVLNIPYGESDKMAKLIPVVRGKPTKLKVMISDDTPEPEFKEKYDNDPTVRRWLDMAMRIEGTNKTFGVHAAGVVISADPLDEIVPLQRNNDGSVITQYFMEDLESMGLLKMDFLGLRNLTMIQKTIDLIEKSKGYRVDPYEITSQERKAQKILAKGEHKTLPKDVQKTYELLESGELEGIFQLESSGMKQIVRDLKPSNIEDISSILALYRPGPLDAGLIPKFINRKHGRENIDYESQVLEPILNETYGIMVYQEQIMKIAQDMAGYSLGQADLLRRAMGKKKVSEMQKQQEKFIDGSTKNGVRKQVAEKLFDDMLKFAEYCLSYETKVLTVEYGLIPIGEIVEKEIECNVFSFDSHGHVYTQAIAQWHNRGQQEVFEYGLEDGSVIRATKDHKFMTTDGQMLPIDEIFERELDLLQVKGLPE
>AP018318.1|BBD61434.1|5029218_5030508_+|sodium:dicarboxylate-symporter
MSQTESQNSPDTSSRPWWRRIPLTLQIVIALVLAVILGIALGAGNPSPSNAALINNLAIPAELVLKALRALATPLILVAVLHTFMTATIPGTAGRRLALLLVTNTTVAILIGLLVANVLRPGTWGSLPKPQTTIANANIDPWGLLKDAVPEAVLAPLVSNNVIQLIVVALCFGIVLRGLKSEQIAQNKIGFQPIEDVIGILFEAVIRILNWVIALVPFAVFGIVAKTVAEKGFAPFVSLAAFIVAVLVALILQACYYLTRVKFNSWVNPWKFLAGGSDAFITAFSTSSSTVTMPITWEVLQTKVGLRESSASLGALVGANFNNDGTALYEAMSALYISQVIGQHLNLGQQLVVVLTSIFASVGAAGIPNAGLVTMTLVFTSVRLPTEYIALLVTVDWFLDRCRTAINVMGDMTVSAVLDGKKQRSVDEG
>AP018318.1|BBD61435.1|5030512_5030968_+|hypothetical-protein
MDAQLTSNEINVARELLGNYAPAKHALDILEKHNGNCDTSFDELWVEQNGVLIMPEGKSLWQTTLKVLRQELCGDEGFRGQLKEYTKNPGSTPLLTGLIVSLVGVAAAHGLPLDPAISTVVVLYILKIGLNIFCDYTEPPAGNSGTLPPGN
>AP018318.1|BBD61436.1|5031272_5031659_-|hypothetical-protein
MTNNLNSSDFHLPYNPKLIERAKELRKNMTPAEKKLWYEYLRNFQFRVLRQRPIAHFIVDFYCPTLQVVIEVDGDSHFTDEGQDYDMERTSILEGYGLKIIRFTNTQVLNQFDSVCEQIQGLLPPNSP
>AP018318.1|BBD61437.1|5031868_5035546_-|hypothetical-protein
MPTITIREESPTEGGFNAILSFDGRGDYLVKITDPFTPKVEKQLEWYFEDWLMFPLLDTVKAEAAAASVKTYGEELFKQVFRVDFNAYSQYQRLRGNLSQLQIEIVGKTPEFQALHWEALRDPDLPRPLAVDCVMVRKSNQAAPIYADVQTSPTINLLVVVARPDEEKDVGYRTISRPLLELIENSHLRVNVELLRPGTYQALSQHLAVKGEGFYHVIHLDCHGALMTYEQTQKPSKPGRYLYQGRYGRNDLQKFDGVKAFLAFEGETQGKVDLVEAQELADLLTGKGIPVCILNACQSGKQVKDDNPDEDLRETSLGSRLMTAGMQMVVAMGYSVTVSAAKLMMKQLYRHLFNNQPITEAIRLSRRELFNNKSRKAYIKSIDLEDWLLPVVYCNRTVNFNLRQFTPEEEEKYWETFGSQYRFPLPEYGFVGRDLEILKIEKAVLRQNILLLQGMGGTGKTTLLNYLREWWQRTNFVKNVFYFGYDEKAWTLTQILFEIGKQVYGKFEQAQFQAMSQAAQVQKLVAKLRAESYALILDNLESVTGQQLAIQNTLPETEREQIRDFLERLQGGNTKIILGSRSREEWLQATTFKQNIYELRGLDREARTELAEKILERNVPQNRIAGIRQDGDFQKLMNLLAGYPLAMQVVLANLQKQSPQEILQGLQAGDVDLDTGSGDKTKSILQCVEYSHSNLSPEAQKMLLCLAQFSKFIVITGIPEYIKQLQNFESLKDYPFDKFSDAIQEAINWGLLSPMDEELGLLTIQPVFPYFLKTKLETLDEATRVALREGFKNYYQGLADDYEQLMNSKDSQDKQLGIFLCRLEYENLYNALQICLEKQESISIYFCLYKYFDVITDYQSNLDLAEDIYQFVENYPQAFIQSNNGYEIVIAIDFLANSYLQNKQYKKAKQLYDKQLNILENVKSLDLRSKKLCIASTYHNLGRVAQELREFEQARCNYQQALDIKIEYGERYACAKTYGQLGKLAQELREYEPAKRNYQQALDIFIEYGERYACAKTYHNLGTLAQDLHDYKQARWNYQQALRIFIESGDHYDCASTYHELGRVAQDLGKYEQARCNYQQALDIYIKYSDHYGCAGIYHQSGMIAQELHEYEQARRNYQKALDIYIEYGYRYSCASSYFHLAKLAEELGELESAKTNYLQDLQITAEFNDEHGLGISLGNLTRFYQVTQDESLLAAVYEIFGVSVEELRQGFESGNGDSDPPNPS
>AP018318.1|BBD61438.1|5036266_5036704_+|hypothetical-protein
MALKTRRSAAVEKAQLRLALLKSISENLDLGHGLTIEVYNNLINNTRAILESHNTLVSNLEESRKTLTQMDKALSEMSERMLSGVATIYGRNSIEYSKAGGSNRKRSRQSSSKVTPVVAVLANQPTQAVIENSSTNGNGTNPLLK
>AP018318.1|BBD61439.1|5036730_5037117_-|response-regulator-receiver-domain-protein
MTVKRILVVDNEQYIQEVAKICLETVAGWEVVTAGSGKEGIKQAETYQPDAILLDVMMPEMDGITTFEKLQANATTKKIPVILLTAKVQASDRRRYAQMGIVTAIAKPFNPLELAHEVATALGWKLGS
>AP018318.1|BBD61440.1|5037449_5042279_-|multi-component-transcriptional-regulator,-winged-helix-family-protein
MKILVVEDDELNAYALTAVLTNQNYAVEVASDGETAWDLIQTYNYDLILLDVILPNLDGISLCRQIRSSGGQMPILLLTGRDSSHEKAIGLDAGADDYVVKPFEQEELVARVRALLRRGGTSAQPVLEWGNLRLDPSSCEVRYREYLLSLTPKEYALLELFLRNSRRVFSCGMILEHLWSYEDTPGEEAVRTHIKGLRQRLKAVGAPSDLIETVYGIGYRLKPQEEEKVAAKSSNSQSQNFKPQEEPSSQQQTLQAIAGVWQRFQGRVDEQIKVLEQAVVNPELLNQAQKEAHTLAGSLGTFGFPTGSKLARKIEQLLKSGQELTPEDTAKVQAWVKLLRQEIQTQDDAAGSSSGNSRLPLVLVIDRDHTVGEQLAQTKSDPEFQVSIATNLDSARTLLYREHPSVVLLDPSFSQNQQDSWSFLAELAQRKPPVPVLVFTEQTDLGNRLQLARQGGHTFLQKPMTAEKMAEAIAQLLQQSPPGEAKILAVDDDPQILALLQTLLTPWGLQIISLDDPRHFWETLEAVKPDMLILDVEMPDTNGIELCQVVRNDPNWSELPILFLTVHTDADIVNQVYSVGADDFVSKPIVGPELVTRIVNRLERIKLLRRMVQTQQQPVTDKVTLSSATSAVSVDWRTIFESEPEWVMVVATDGTVLEINPAGVAIIAAKSKAQVIGKSVYALIAPEYHQAFRQLHESVCQGNQGTLQFESITYQGNRRWMEIHAVPLQNKIDGKFVQLAFSRDITHYKQVETEIHRINRTLQTSSSCNQIIVRTQDEQDLLQKTCQIIVEVGGYRLAWVGFAEDDAEKNIRPVAQAGYDNGYLQTLNLTWADTVRGQGPTGTAIRTAKICIIQNIFTDPKYEVWRCQAQERGYAAAIALPLKIEERAFGVLNIYAAEANAFDDDEVQLLKKLAEDLTYGIVALRNQRDRTIAQAALQQSQAALQKANNELELRVAERTAELITVNHQLQSELDERQRIEKELRVSQEKLSRILDIADDAIISIDSSQCITLFNQGAEKIFGYSAQEVMGQKLDILLPRRFTQAHRQHVSDFGQSANLARRMGERRELFGQRKDESEFPAEASISKLNMGEKVYYTVILRDVTERKQIERMKDEFVSVVSHELRTPLTSIHGSLGMLTSGLLKADSDQGKRLLQIATDSTDRLVRLINDILDIERIESGKVKMAREICNLADLIQSAVNVIQPLANKQGITLAISSLSIMLWADPDRIVQTLTNLLSNAIKFSLKGETVWLEIRQQEHDVLLTVKDTGRGIPADKLESIFERFQQVDSSDSRNHDGTGLGLAICKSIVQQHGGRIWAESTVGEGSKFHFTLPIYQAPQTVESAPPTPHYPLPTPYSPLVLICDDDQAISTELQKLLQKGGYRVVAVATGEQAIATASAQQPDVILLDLLMPEMNGWQTMSILKERADTKHIPIVICSVYQSDTNNKPITDFADWVSKPVQESYLLQSLKQVVAKPPKRARILIVEDDNDLAQLLITLFERHDIETCLAQTGREAIHLSQELNPDLLILDLILPESDGFVVVDWLRQHNHLYAMPVVVYSAKDLDESERQRLKLGYTEFLTKGRVTTQEFEQKVMELLQRITHHSVQSDE
>AP018318.1|BBD61441.1|5042723_5043263_+|hypothetical-protein
MLKKILVALDRSEMRQEVFTQALSLAKVMSAELLLLHVLSPEEDGSPYIPMLYNVDYYPGLSGQSLDLYQKQWDSFKDEGVRMLQSFCAQANLADVKAEFSQILGNPGNTICKLATQWNADLIVMGHRGRSGLAEFFLGSVSNYVLHHANYSVYIVHYPRNLTSPEKTVEKTAENASVS
>AP018318.1|BBD61442.1|5043309_5043822_+|bidirectional-hydrogenase-complex-protein-HoxE
MTTASPVVLPHPSGDKRLKMLDATMKRHQYQQDALIEILHKAQELYGYLETDLLLYIARKLKLPPSQVYGVATFYHLFSLAPQGVHSCVVCTGTACYVKGAQAILANVEKITHIQAGETTANGQLSLLTARCLGACGIAPAVVFDGTVLGNQTPESVGDCIQGWLANGTK

Crispr_ID: AP018318_22

• CRISPR_ID: AP018318_22
• CRISPR_location: 5031057-5031154
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018318_22

Consensus_repeat	Method
GACTGCGGTGTATACATTCATTTGATCC	CRISPRCasFinder

spacers of AP018318_22

>22.1|5031085|42|AP018318|CRISPRCasFinder
CCCTAAATCCCCCTTAAAAAGGGGGACTTGAAGAATTTTCTT

CRISPR arrays and Neighbor proteins around AP018318_22

CRISPR arrays

The CRISPR arrays of AP018318_22

>merge|AP018318|22|5031057-5031154|CRISPRCasFinder
GACTGCGGTGTATACATTCATTTGATCCCCCTAAATCCCCCTTAAAAAGGGGGACTTGAAGAATTTTCTTGACTGCGGTGTATACATTCATCTGATCC

>AP018318|22|21|5031057-5031154|CRISPRCasFinder
GACTGCGGTGTATACATTCATTTGATCC	CCCTAAATCCCCCTTAAAAAGGGGGACTTGAAGAATTTTCTT
GACTGCGGTGTATACATTCATCTGATCC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD61435.1|5030512_5030968_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61444.1|5045712_5046429_+|bidirectional-hydrogenase-complex-protein-HoxU	unknown	unknown	gnl|CDD|181037
AP018318.1|BBD61431.1|5024098_5025334_-|cytochrome-P450-like-protein	unknown	unknown	gnl|CDD|225035
AP018318.1|BBD61442.1|5043309_5043822_+|bidirectional-hydrogenase-complex-protein-HoxE	unknown	unknown	gnl|CDD|236053
AP018318.1|BBD61433.1|5026404_5029035_-|DNA-polymerase-III-alpha-subunit	unknown	unknown	gnl|CDD|181933
AP018318.1|BBD61439.1|5036730_5037117_-|response-regulator-receiver-domain-protein	unknown	unknown	gnl|CDD|381104
AP018318.1|BBD61432.1|5025421_5025904_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61429.1|5022123_5022606_+|hypothetical-protein	unknown	unknown	gnl|CDD|371464
AP018318.1|BBD61436.1|5031272_5031659_-|hypothetical-protein	unknown	unknown	gnl|CDD|238509
AP018318.1|BBD61428.1|5021295_5022093_+|hypothetical-protein	unknown	unknown	gnl|CDD|215575
AP018318.1|BBD61427.1|5020591_5020888_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61443.1|5043808_5045404_+|Respiratory-chain-NADH-dehydrogenase-domain,-51-kDa-subunit	unknown	unknown	gnl|CDD|224806
AP018318.1|BBD61445.1|5046447_5046978_+|hypothetical-protein	unknown	unknown	gnl|CDD|371466
AP018318.1|BBD61438.1|5036266_5036704_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61430.1|5022732_5023986_+|hypothetical-protein	unknown	unknown	gnl|CDD|371451
AP018318.1|BBD61441.1|5042723_5043263_+|hypothetical-protein	unknown	unknown	gnl|CDD|366180
AP018318.1|BBD61437.1|5031868_5035546_-|hypothetical-protein	unknown	unknown	gnl|CDD|378942
AP018318.1|BBD61440.1|5037449_5042279_-|multi-component-transcriptional-regulator,-winged-helix-family-protein	unknown	unknown	gnl|CDD|223816
AP018318.1|BBD61434.1|5029218_5030508_+|sodium:dicarboxylate-symporter	unknown	unknown	gnl|CDD|224220
AP018318.1|BBD61426.1|5019421_5020243_-|signal-peptide-peptidase-A	unknown	unknown	gnl|CDD|273227

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD61429.1|5022123_5022606_+|hypothetical-protein	gnl|CDD|371464	pfam11317, DUF3119, Protein of unknown function (DUF3119). This family of proteins has no known function.	8.15718e-60
AP018318.1|BBD61444.1|5045712_5046429_+|bidirectional-hydrogenase-complex-protein-HoxU	gnl|CDD|181037	PRK07569, PRK07569, bidirectional hydrogenase complex protein HoxU; Validated.	6.79941e-167
AP018318.1|BBD61431.1|5024098_5025334_-|cytochrome-P450-like-protein	gnl|CDD|225035	COG2124, CypX, Cytochrome P450 [Secondary metabolites biosynthesis, transport, and catabolism].	2.27537e-105
AP018318.1|BBD61442.1|5043309_5043822_+|bidirectional-hydrogenase-complex-protein-HoxE	gnl|CDD|236053	PRK07571, PRK07571, bidirectional hydrogenase complex protein HoxE; Reviewed.	4.8112e-102
AP018318.1|BBD61433.1|5026404_5029035_-|DNA-polymerase-III-alpha-subunit	gnl|CDD|181933	PRK09532, PRK09532, DNA polymerase III subunit alpha; Reviewed.	0
AP018318.1|BBD61439.1|5036730_5037117_-|response-regulator-receiver-domain-protein	gnl|CDD|381104	cd17552, REC_RR468-like, phosphoacceptor receiver (REC) domain of Thermotoga maritima response regulator RR468 and similar domains. Thermotoga maritima RR468 (encoded by gene TM0468) is the cognate response regulator (RR) of the class I histidine kinase HK853 (product of gene TM0853). HK853/RR468 comprise a two-component system (TCS) that couples environmental stimuli to adaptive responses. This subfamily also includes Fremyella diplosiphon complementary adaptation response regulator homolog RcaF, a small RR that is involved in four-step phosphorelays of the complementary chromatic adaptation (CCA) system that occurs in many cyanobacteria. Both RR468 and RcaF are stand-alone RRs containing only a REC domain with no output/effector domain. The REC domain itself functions as an effector domain. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	1.48113e-72
AP018318.1|BBD61436.1|5031272_5031659_-|hypothetical-protein	gnl|CDD|238509	cd01038, Endonuclease_DUF559, Domain of unknown function, appears to be related to a diverse group of endonucleases.	3.3127e-47
AP018318.1|BBD61428.1|5021295_5022093_+|hypothetical-protein	gnl|CDD|215575	PLN03100, PLN03100, Permease subunit of ER-derived-lipid transporter; Provisional.	2.66651e-104
AP018318.1|BBD61443.1|5043808_5045404_+|Respiratory-chain-NADH-dehydrogenase-domain,-51-kDa-subunit	gnl|CDD|224806	COG1894, NuoF, NADH:ubiquinone oxidoreductase, NADH-binding (51 kD) subunit [Energy production and conversion].	0
AP018318.1|BBD61445.1|5046447_5046978_+|hypothetical-protein	gnl|CDD|371466	pfam11320, DUF3122, Protein of unknown function (DUF3122). This family of proteins with unknown function appear to be restricted to Cyanobacteria.	2.86783e-66
AP018318.1|BBD61430.1|5022732_5023986_+|hypothetical-protein	gnl|CDD|371451	pfam11285, DUF3086, Protein of unknown function (DUF3086). This family of proteins with unknown function appears to be restricted to Cyanobacteria.	0
AP018318.1|BBD61441.1|5042723_5043263_+|hypothetical-protein	gnl|CDD|366180	pfam00582, Usp, Universal stress protein family. The universal stress protein UspA is a small cytoplasmic bacterial protein whose expression is enhanced when the cell is exposed to stress agents. UspA enhances the rate of cell survival during prolonged exposure to such conditions, and may provide a general "stress endurance" activity. The crystal structure of Haemophilus influenzae UspA reveals an alpha/beta fold similar to that of the Methanococcus jannaschii MJ0577 protein, which binds ATP, though UspA lacks ATP-binding activity.	8.27293e-34
AP018318.1|BBD61437.1|5031868_5035546_-|hypothetical-protein	gnl|CDD|378942	pfam12770, CHAT, CHAT domain. These proteins appear to be related to peptidases in peptidase clan CD that includes the caspases. This domain has been termed the CHAT domain for Caspase HetF Associated with Tprs. This family has been identified as a sister group to the separins.	1.00291e-15
AP018318.1|BBD61440.1|5037449_5042279_-|multi-component-transcriptional-regulator,-winged-helix-family-protein	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	3.97854e-78
AP018318.1|BBD61434.1|5029218_5030508_+|sodium:dicarboxylate-symporter	gnl|CDD|224220	COG1301, GltP, Na+/H+-dicarboxylate symporters [Energy production and conversion].	3.9057e-93
AP018318.1|BBD61426.1|5019421_5020243_-|signal-peptide-peptidase-A	gnl|CDD|273227	TIGR00706, Putative_signal_peptide_peptidase_SppA, signal peptide peptidase SppA, 36K type. The related but duplicated, double-length protein SppA (protease IV) of E. coli was shown experimentally to degrade signal peptides as are released by protein processing and secretion. This protein shows stronger homology to the C-terminal region of SppA than to the N-terminal domain or to the related putative protease SuhB. The member of this family from Bacillus subtilis was shown to have properties consistent with a role in degrading signal peptides after cleavage from precursor proteins, although it was not demonstrated conclusively. [Protein fate, Degradation of proteins, peptides, and glycopeptides].	1.49314e-102

Protein sequences

>AP018318.1|BBD61435.1|5030512_5030968_+|hypothetical-protein
MDAQLTSNEINVARELLGNYAPAKHALDILEKHNGNCDTSFDELWVEQNGVLIMPEGKSLWQTTLKVLRQELCGDEGFRGQLKEYTKNPGSTPLLTGLIVSLVGVAAAHGLPLDPAISTVVVLYILKIGLNIFCDYTEPPAGNSGTLPPGN
>AP018318.1|BBD61434.1|5029218_5030508_+|sodium:dicarboxylate-symporter
MSQTESQNSPDTSSRPWWRRIPLTLQIVIALVLAVILGIALGAGNPSPSNAALINNLAIPAELVLKALRALATPLILVAVLHTFMTATIPGTAGRRLALLLVTNTTVAILIGLLVANVLRPGTWGSLPKPQTTIANANIDPWGLLKDAVPEAVLAPLVSNNVIQLIVVALCFGIVLRGLKSEQIAQNKIGFQPIEDVIGILFEAVIRILNWVIALVPFAVFGIVAKTVAEKGFAPFVSLAAFIVAVLVALILQACYYLTRVKFNSWVNPWKFLAGGSDAFITAFSTSSSTVTMPITWEVLQTKVGLRESSASLGALVGANFNNDGTALYEAMSALYISQVIGQHLNLGQQLVVVLTSIFASVGAAGIPNAGLVTMTLVFTSVRLPTEYIALLVTVDWFLDRCRTAINVMGDMTVSAVLDGKKQRSVDEG
>AP018318.1|BBD61433.1|5026404_5029035_-|DNA-polymerase-III-alpha-subunit
MSFVPLHIHSDYSLLDGASQLPDLIDSAIELGIKAIAVTDHGVMYGAVELLKICRSKNVKPIIGNEMYIINGDIEKQERRPKYHQVVLAKNNQGYKHLVKLTTLSHLKGVQGKGIFSRPCINKELLKQYHEGLIVTSACLGGEIPQAILSNRPDAARKVAQWYKDVFGDDFYLEIQDHGSQEDRIVNVEIIKIARELGIKFVATNDSHFVSCFDVEAHDALLCIQTGKLIVEENRMRYSGTEYLKSADEMRMLFRDHLPDDVIEEAIATTEEVADKVESYQIMGEPRIPNYPIPSGHTADTYVEEVAWNGLLEKLNRKSRAEVEQVYKERLEYELKMLQQMGFSTYFLVVWDYIKFARDNNIPVGPGRGSAAGSLVAYTMGITNIDPVHHGLLFERFLNPERKSMPDIDTDFCIEQRDKVIDYVTQKYGTDRVAQIITFNRLTSKAVLKDVARVLNIPYGESDKMAKLIPVVRGKPTKLKVMISDDTPEPEFKEKYDNDPTVRRWLDMAMRIEGTNKTFGVHAAGVVISADPLDEIVPLQRNNDGSVITQYFMEDLESMGLLKMDFLGLRNLTMIQKTIDLIEKSKGYRVDPYEITSQERKAQKILAKGEHKTLPKDVQKTYELLESGELEGIFQLESSGMKQIVRDLKPSNIEDISSILALYRPGPLDAGLIPKFINRKHGRENIDYESQVLEPILNETYGIMVYQEQIMKIAQDMAGYSLGQADLLRRAMGKKKVSEMQKQQEKFIDGSTKNGVRKQVAEKLFDDMLKFAEYCLSYETKVLTVEYGLIPIGEIVEKEIECNVFSFDSHGHVYTQAIAQWHNRGQQEVFEYGLEDGSVIRATKDHKFMTTDGQMLPIDEIFERELDLLQVKGLPE
>AP018318.1|BBD61432.1|5025421_5025904_-|hypothetical-protein
MIHHFSISAENPQHVAQVLAEILQGQPTPHPYSPGGYIVFPFDEYGTEIEVYPLGTEITPGESDEKRAYIENSTASKFTATHAMLSVPASIEQIEQIAQRENWLVQRATFGFDFILLWVESRLLLELLTPEMTAQYIAFTKRENLRKYFVFPDSHDSPKS
>AP018318.1|BBD61431.1|5024098_5025334_-|cytochrome-P450-like-protein
MNTQQVANQQKYDLFAPEALLNPYPLYKRMREEDPVHYSETYGYWILTRYKDVEAALRDERLSSDRTALFINQLGNLDVNLIQNFIDVTSKSLIEKDPPEHTRLRKLANQGFTTRAIESWRSIIQETTDRLLDKVENQGYMDIVSDLSVPLPGLIIAEIFDVPETYRAKLIEWAIDTGTFWGAPGSSNIEEYARKADLADAQFSALIKQLIEERRKQPGTDMISLLTIAYEEQGMNLEELPSQCITILNAAHLTTADLIPNGVNALLRHPDQLQKLLENPALINSAVEEMIRFDTPAPFIFRIAKQNLTIGGKNIPAGGVIALGLGAANYDPEKFDSPEVFNITRSPNEHLGFAPGIHFCLGVVLARMELNICFTTLLKRMPNLSFDPDQQAIPRHTSLVFKGYDSLPVRF
>AP018318.1|BBD61430.1|5022732_5023986_+|hypothetical-protein
MNPESSQTPEPIDEWLEQIQPENPEIENPENSSVESVLEPEASASAVDTETSDVNTELLSLIDEPAAEIPLATDTTALELKTESTSQNNSLYAEAEQRLTQLKQTEAALKAEIATLQVTYNTLQTQLSDTQTAMGRIVQESLGQLEQRKQALQISIEQLERRQERIRNEMRTTFAGASQDLAIRVQGFKDYLTGSLQDLAAAAEQLQLVPEVRERERPSVKEAKPVEPEAITPQFAQQQFQETTKQVRRLIDQYRNKPDYYGPAWQLRRTFEPVHAERVSNWFFGQGGRGALRTMGSRLQNTLIASAIISILHKLYGDRVRTLVLANTPERLGEWRRGLQDCLGIGRPDFGPDRGVVLFEAPDALAQKAERLVKANQLPLIIIDDSEEQISLGILQFPLWLAFAPDPKAMKNYDDDF
>AP018318.1|BBD61429.1|5022123_5022606_+|hypothetical-protein
MNNLAFYQLFAQRKLLTPKIGKMSTHETGFETVTSSFAPNSVATVELKPSYNIPVVLVIAAIPIVIVQPLIGGAIAFFGLFLLFQTVTLRLQFTATDLDIYRGEKLIRRFPYREWQNWRIFWNKFPVLFYFKEINSIHFLPILFDPNTLKACLAERCPRI
>AP018318.1|BBD61428.1|5021295_5022093_+|hypothetical-protein
MSQITSNSSLAAWGQRLLAAIFLGGQVIVHLLRGKIHWRNTLEQMAAVGPDSLFIALLTAIFVGAVFTIQVAREFINFGAGNLVGGVLAVALTRELSPVLTAVILAGRVGSAFAAEIGTMRVTEQIDALLILKTDPIDYLVIPRMIACCLMLPILTLLSLVTGMFGGLLIATHVYGLADTVFLDSARNLLDTWDICSALFKAVCFGLLIAVVGCSWGLTTTGGAKGVGQSTTTAVVTALLLIFISNFFLSWLMFQGAGSAFVQGF
>AP018318.1|BBD61427.1|5020591_5020888_-|hypothetical-protein
MTFLLNFLRSLLVTVVFSFVAPIFLVGGILLLLSVLGYMPGLQTVTETSATGILHFLAIFGSGTPLRGMLIIGLTWSFVGALFDTYAYYRCQILRIDS
>AP018318.1|BBD61426.1|5019421_5020243_-|signal-peptide-peptidase-A
MVWPFRSKFRKQIARIEITGAIASATRKRVLEALKTVEEKKFPALLLRIDSPGGTVGDSQEIYSALKRLREKIKIVASFGNISASGGVYIGMGAEHIMANPGTITGSIGVILRGNNLERLLEKIGVSFKVIKSGPYKDILAFDRELTEPEQHILQELIDTSYQQFVQTVADGRSLAVETVKSFADGRIFTGQQALELGVVDRLGTEEDARRWTAELVGLDPEKTQCFTLEEPKPLLSRILPGSRQVSSRLGAGVDWLEFEMSTSGLPLWLYRP
>AP018318.1|BBD61436.1|5031272_5031659_-|hypothetical-protein
MTNNLNSSDFHLPYNPKLIERAKELRKNMTPAEKKLWYEYLRNFQFRVLRQRPIAHFIVDFYCPTLQVVIEVDGDSHFTDEGQDYDMERTSILEGYGLKIIRFTNTQVLNQFDSVCEQIQGLLPPNSP
>AP018318.1|BBD61437.1|5031868_5035546_-|hypothetical-protein
MPTITIREESPTEGGFNAILSFDGRGDYLVKITDPFTPKVEKQLEWYFEDWLMFPLLDTVKAEAAAASVKTYGEELFKQVFRVDFNAYSQYQRLRGNLSQLQIEIVGKTPEFQALHWEALRDPDLPRPLAVDCVMVRKSNQAAPIYADVQTSPTINLLVVVARPDEEKDVGYRTISRPLLELIENSHLRVNVELLRPGTYQALSQHLAVKGEGFYHVIHLDCHGALMTYEQTQKPSKPGRYLYQGRYGRNDLQKFDGVKAFLAFEGETQGKVDLVEAQELADLLTGKGIPVCILNACQSGKQVKDDNPDEDLRETSLGSRLMTAGMQMVVAMGYSVTVSAAKLMMKQLYRHLFNNQPITEAIRLSRRELFNNKSRKAYIKSIDLEDWLLPVVYCNRTVNFNLRQFTPEEEEKYWETFGSQYRFPLPEYGFVGRDLEILKIEKAVLRQNILLLQGMGGTGKTTLLNYLREWWQRTNFVKNVFYFGYDEKAWTLTQILFEIGKQVYGKFEQAQFQAMSQAAQVQKLVAKLRAESYALILDNLESVTGQQLAIQNTLPETEREQIRDFLERLQGGNTKIILGSRSREEWLQATTFKQNIYELRGLDREARTELAEKILERNVPQNRIAGIRQDGDFQKLMNLLAGYPLAMQVVLANLQKQSPQEILQGLQAGDVDLDTGSGDKTKSILQCVEYSHSNLSPEAQKMLLCLAQFSKFIVITGIPEYIKQLQNFESLKDYPFDKFSDAIQEAINWGLLSPMDEELGLLTIQPVFPYFLKTKLETLDEATRVALREGFKNYYQGLADDYEQLMNSKDSQDKQLGIFLCRLEYENLYNALQICLEKQESISIYFCLYKYFDVITDYQSNLDLAEDIYQFVENYPQAFIQSNNGYEIVIAIDFLANSYLQNKQYKKAKQLYDKQLNILENVKSLDLRSKKLCIASTYHNLGRVAQELREFEQARCNYQQALDIKIEYGERYACAKTYGQLGKLAQELREYEPAKRNYQQALDIFIEYGERYACAKTYHNLGTLAQDLHDYKQARWNYQQALRIFIESGDHYDCASTYHELGRVAQDLGKYEQARCNYQQALDIYIKYSDHYGCAGIYHQSGMIAQELHEYEQARRNYQKALDIYIEYGYRYSCASSYFHLAKLAEELGELESAKTNYLQDLQITAEFNDEHGLGISLGNLTRFYQVTQDESLLAAVYEIFGVSVEELRQGFESGNGDSDPPNPS
>AP018318.1|BBD61438.1|5036266_5036704_+|hypothetical-protein
MALKTRRSAAVEKAQLRLALLKSISENLDLGHGLTIEVYNNLINNTRAILESHNTLVSNLEESRKTLTQMDKALSEMSERMLSGVATIYGRNSIEYSKAGGSNRKRSRQSSSKVTPVVAVLANQPTQAVIENSSTNGNGTNPLLK
>AP018318.1|BBD61439.1|5036730_5037117_-|response-regulator-receiver-domain-protein
MTVKRILVVDNEQYIQEVAKICLETVAGWEVVTAGSGKEGIKQAETYQPDAILLDVMMPEMDGITTFEKLQANATTKKIPVILLTAKVQASDRRRYAQMGIVTAIAKPFNPLELAHEVATALGWKLGS
>AP018318.1|BBD61440.1|5037449_5042279_-|multi-component-transcriptional-regulator,-winged-helix-family-protein
MKILVVEDDELNAYALTAVLTNQNYAVEVASDGETAWDLIQTYNYDLILLDVILPNLDGISLCRQIRSSGGQMPILLLTGRDSSHEKAIGLDAGADDYVVKPFEQEELVARVRALLRRGGTSAQPVLEWGNLRLDPSSCEVRYREYLLSLTPKEYALLELFLRNSRRVFSCGMILEHLWSYEDTPGEEAVRTHIKGLRQRLKAVGAPSDLIETVYGIGYRLKPQEEEKVAAKSSNSQSQNFKPQEEPSSQQQTLQAIAGVWQRFQGRVDEQIKVLEQAVVNPELLNQAQKEAHTLAGSLGTFGFPTGSKLARKIEQLLKSGQELTPEDTAKVQAWVKLLRQEIQTQDDAAGSSSGNSRLPLVLVIDRDHTVGEQLAQTKSDPEFQVSIATNLDSARTLLYREHPSVVLLDPSFSQNQQDSWSFLAELAQRKPPVPVLVFTEQTDLGNRLQLARQGGHTFLQKPMTAEKMAEAIAQLLQQSPPGEAKILAVDDDPQILALLQTLLTPWGLQIISLDDPRHFWETLEAVKPDMLILDVEMPDTNGIELCQVVRNDPNWSELPILFLTVHTDADIVNQVYSVGADDFVSKPIVGPELVTRIVNRLERIKLLRRMVQTQQQPVTDKVTLSSATSAVSVDWRTIFESEPEWVMVVATDGTVLEINPAGVAIIAAKSKAQVIGKSVYALIAPEYHQAFRQLHESVCQGNQGTLQFESITYQGNRRWMEIHAVPLQNKIDGKFVQLAFSRDITHYKQVETEIHRINRTLQTSSSCNQIIVRTQDEQDLLQKTCQIIVEVGGYRLAWVGFAEDDAEKNIRPVAQAGYDNGYLQTLNLTWADTVRGQGPTGTAIRTAKICIIQNIFTDPKYEVWRCQAQERGYAAAIALPLKIEERAFGVLNIYAAEANAFDDDEVQLLKKLAEDLTYGIVALRNQRDRTIAQAALQQSQAALQKANNELELRVAERTAELITVNHQLQSELDERQRIEKELRVSQEKLSRILDIADDAIISIDSSQCITLFNQGAEKIFGYSAQEVMGQKLDILLPRRFTQAHRQHVSDFGQSANLARRMGERRELFGQRKDESEFPAEASISKLNMGEKVYYTVILRDVTERKQIERMKDEFVSVVSHELRTPLTSIHGSLGMLTSGLLKADSDQGKRLLQIATDSTDRLVRLINDILDIERIESGKVKMAREICNLADLIQSAVNVIQPLANKQGITLAISSLSIMLWADPDRIVQTLTNLLSNAIKFSLKGETVWLEIRQQEHDVLLTVKDTGRGIPADKLESIFERFQQVDSSDSRNHDGTGLGLAICKSIVQQHGGRIWAESTVGEGSKFHFTLPIYQAPQTVESAPPTPHYPLPTPYSPLVLICDDDQAISTELQKLLQKGGYRVVAVATGEQAIATASAQQPDVILLDLLMPEMNGWQTMSILKERADTKHIPIVICSVYQSDTNNKPITDFADWVSKPVQESYLLQSLKQVVAKPPKRARILIVEDDNDLAQLLITLFERHDIETCLAQTGREAIHLSQELNPDLLILDLILPESDGFVVVDWLRQHNHLYAMPVVVYSAKDLDESERQRLKLGYTEFLTKGRVTTQEFEQKVMELLQRITHHSVQSDE
>AP018318.1|BBD61441.1|5042723_5043263_+|hypothetical-protein
MLKKILVALDRSEMRQEVFTQALSLAKVMSAELLLLHVLSPEEDGSPYIPMLYNVDYYPGLSGQSLDLYQKQWDSFKDEGVRMLQSFCAQANLADVKAEFSQILGNPGNTICKLATQWNADLIVMGHRGRSGLAEFFLGSVSNYVLHHANYSVYIVHYPRNLTSPEKTVEKTAENASVS
>AP018318.1|BBD61442.1|5043309_5043822_+|bidirectional-hydrogenase-complex-protein-HoxE
MTTASPVVLPHPSGDKRLKMLDATMKRHQYQQDALIEILHKAQELYGYLETDLLLYIARKLKLPPSQVYGVATFYHLFSLAPQGVHSCVVCTGTACYVKGAQAILANVEKITHIQAGETTANGQLSLLTARCLGACGIAPAVVFDGTVLGNQTPESVGDCIQGWLANGTK
>AP018318.1|BBD61443.1|5043808_5045404_+|Respiratory-chain-NADH-dehydrogenase-domain,-51-kDa-subunit
MELNELLEIAKQELSQAKPVQIRCCTAAGCLSGNSQSIKQALDAGIKAEGLEKDVQVSGVGCMRLCCQGPLVQVDTPAGSKLYEKVTTQDAFAIIEALDGGKTSVSAIDLSQPFFSYQKPIVLENSGKIDPEKIQSYIAAEGYQALYHVLREMTSNKVVETVTRSGLRGRGGAGYPTGIKWATVAKAKSDRKFVICNADEGDPGAFMDRSVLESDPHRVLEGMAIAGYAVGASQGYIYVRAEYPIAIHRLQTAIHQAQRLGLLGSQIFDSPFDFKIDIRIGAGAYVCGEETALMASIEGKRGLPHPRPPYPAESGLWGHPTLINNVETFANIAPIIRKGADWFASIGTDKSKGTKVFALAGKIRNTGLIEVPMGTSLRQIVEEMGGGIPDGGTAKAVQTGGPSGGCIPASAFDTPVDYESLTNLGSMMGSGGMIVMDQTTNMVDVARFFMEFCMDESCGKCIPCRVGTVQLHGLLTKLMQGKATSDDLALLEELCDMVKNTSLCGLGQSAPNPVFSTLRYFREEYLELIKD
>AP018318.1|BBD61444.1|5045712_5046429_+|bidirectional-hydrogenase-complex-protein-HoxU
MAVKTLTINNQLISAHEEETVLEAAQAAGIHIPTLCHLEGVGDVGACRLCLVEIAGSNKLQPACVTKINEGMEVYTHNDRLQKYRRTIVEMLFAEGNHICSVCVANGNCELQDLAIEMGMDHVRLEYHFPNRKVDVSHDRFGIDHNRCVLCTRCVRVCDEIEGAHTWDMASRGTNSHVITDLSQPWGTSQTCTSCGKCVNACPTGAIFYQASSVGEMKHDRDKLDFLVTARKKQQWNL
>AP018318.1|BBD61445.1|5046447_5046978_+|hypothetical-protein
MKLRRLRQTFWWLLLGSILTICIFLALENPTSQIAIAAVTRLEAAPGEILYRSQTKLDDQSGHVWQAVLFKQTYPNQEISLNLRLVGFPNSAELIHPQPLKITTADGKVLTAADVFLDEAPAPTIGQYNFKDILSQLPNEPLQLAIPLPKQKFIHISVPQSVVQEWHKVLIAKSLT

Crispr_ID: AP018318_23

• CRISPR_ID: AP018318_23
• CRISPR_location: 5079700-5080678
• CRISPR_type: Orphan
• Repeat_type: I-D,II-B
• Spacer_info: 13 spacers

Consensus repeat of AP018318_23

Consensus_repeat	Method
GTTTAAATTTCACCTAATCCCTATTAGGG----------ATTGAAAC	PILER-CR
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CRISPRCasFinder
NNNNNNNNNNGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CRT

spacers of AP018318_23

>23.1|5079737|34|AP018318|PILER-CR,CRISPRCasFinder,CRT
AAAGATGGTAAATAAATTCTTGGTGTGGTTGCGG
>23.2|5079808|34|AP018318|PILER-CR,CRISPRCasFinder,CRT
CTGGGCAATTCAGGGATGAAACCCAGGCAATGGA
>23.3|5079879|40|AP018318|PILER-CR,CRISPRCasFinder,CRT
GCATTCCTTTGCTGCCACGGAAAAAAATGTTTACTCGCCT
>23.4|5079956|37|AP018318|PILER-CR,CRISPRCasFinder,CRT
GTGGCGATAAACCTTCAGAACGTGCCAATATTTGAAA
>23.5|5080030|36|AP018318|PILER-CR,CRISPRCasFinder,CRT
CCTAATTTTGTAAAATTAAGCAATAAATCTTTTACA
>23.6|5080103|34|AP018318|PILER-CR,CRISPRCasFinder,CRT
GGGTATGAAAGTTACTGGTACTGGCATCCCTACA
>23.7|5080174|35|AP018318|PILER-CR,CRISPRCasFinder,CRT
TAGGAACTTGTAGCACAAGAGTATCAATCAGTTCT
>23.8|5080246|35|AP018318|PILER-CR,CRISPRCasFinder,CRT
TAGAGAGCTATGAACTAAAGCACCTAGAGAATGCT
>23.9|5080318|33|AP018318|PILER-CR,CRISPRCasFinder,CRT
ATGGTGCCAAGCCTCAATTTTTTCAGCGGGTAC
>23.10|5080388|34|AP018318|PILER-CR,CRISPRCasFinder,CRT
TGCAAAAACAAAAAGACTGTACAGATAAAAAATG
>23.11|5080459|37|AP018318|PILER-CR,CRISPRCasFinder,CRT
ATAGATATCCACGTTTGTCTCTAATATTCTTCTTTGG
>23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder
GGATTAGAAATTTTATAAATTTTAGAAATTAAATTT
>23.13|5080606|36|AP018318|PILER-CR,CRISPRCasFinder
ATTATCCGCTGGTTGAACGCACACCGAAGCCACGCA
>23.14|5080533|26|AP018318|CRT
GGATTAGAAATTTTATAAATTTTAGA
>23.15|5080596|46|AP018318|CRT
GGATTGAAACATTATCCGCTGGTTGAACGCACACCGAAGCCACGCA

CRISPR arrays and Neighbor proteins around AP018318_23

CRISPR arrays

The CRISPR arrays of AP018318_23

>merge|AP018318|23|5079700-5080678|PILER-CR,CRISPRCasFinder,CRT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACAAAGATGGTAAATAAATTCTTGGTGTGGTTGCGGGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACCTGGGCAATTCAGGGATGAAACCCAGGCAATGGAGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACGCATTCCTTTGCTGCCACGGAAAAAAATGTTTACTCGCCTGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACGTGGCGATAAACCTTCAGAACGTGCCAATATTTGAAAGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACCCTAATTTTGTAAAATTAAGCAATAAATCTTTTACAGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACGGGTATGAAAGTTACTGGTACTGGCATCCCTACAGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACTAGGAACTTGTAGCACAAGAGTATCAATCAGTTCTGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACTAGAGAGCTATGAACTAAAGCACCTAGAGAATGCTGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACATGGTGCCAAGCCTCAATTTTTTCAGCGGGTACGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACTGCAAAAACAAAAAGACTGTACAGATAAAAAATGGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACATAGATATCCACGTTTGTCTCTAATATTCTTCTTTGGGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACGGATTAGAAATTTTATAAATTTTAGAAATTAAATTTGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAACATTATCCGCTGGTTGAACGCACACCGAAGCCACGCAGTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC

>AP018318|23|9|5079700-5080678|PILER-CR
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	AAAGATGGTAAATAAATTCTTGGTGTGGTTGCGG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CTGGGCAATTCAGGGATGAAACCCAGGCAATGGA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GCATTCCTTTGCTGCCACGGAAAAAAATGTTTACTCGCCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GTGGCGATAAACCTTCAGAACGTGCCAATATTTGAAA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CCTAATTTTGTAAAATTAAGCAATAAATCTTTTACA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GGGTATGAAAGTTACTGGTACTGGCATCCCTACA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TAGGAACTTGTAGCACAAGAGTATCAATCAGTTCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TAGAGAGCTATGAACTAAAGCACCTAGAGAATGCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATGGTGCCAAGCCTCAATTTTTTCAGCGGGTAC
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TGCAAAAACAAAAAGACTGTACAGATAAAAAATG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATAGATATCCACGTTTGTCTCTAATATTCTTCTTTGG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GGATTAGAAATTTTATAAATTTTAGAAATTAAATTT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATTATCCGCTGGTTGAACGCACACCGAAGCCACGCA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC

>AP018318|23|22|5079700-5080678|CRISPRCasFinder
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	AAAGATGGTAAATAAATTCTTGGTGTGGTTGCGG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CTGGGCAATTCAGGGATGAAACCCAGGCAATGGA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GCATTCCTTTGCTGCCACGGAAAAAAATGTTTACTCGCCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GTGGCGATAAACCTTCAGAACGTGCCAATATTTGAAA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CCTAATTTTGTAAAATTAAGCAATAAATCTTTTACA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GGGTATGAAAGTTACTGGTACTGGCATCCCTACA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TAGGAACTTGTAGCACAAGAGTATCAATCAGTTCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TAGAGAGCTATGAACTAAAGCACCTAGAGAATGCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATGGTGCCAAGCCTCAATTTTTTCAGCGGGTAC
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TGCAAAAACAAAAAGACTGTACAGATAAAAAATG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATAGATATCCACGTTTGTCTCTAATATTCTTCTTTGG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GGATTAGAAATTTTATAAATTTTAGAAATTAAATTT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATTATCCGCTGGTTGAACGCACACCGAAGCCACGCA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC

>AP018318|23|6|5079700-5080678|CRT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	AAAGATGGTAAATAAATTCTTGGTGTGGTTGCGG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CTGGGCAATTCAGGGATGAAACCCAGGCAATGGA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GCATTCCTTTGCTGCCACGGAAAAAAATGTTTACTCGCCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GTGGCGATAAACCTTCAGAACGTGCCAATATTTGAAA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	CCTAATTTTGTAAAATTAAGCAATAAATCTTTTACA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GGGTATGAAAGTTACTGGTACTGGCATCCCTACA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TAGGAACTTGTAGCACAAGAGTATCAATCAGTTCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TAGAGAGCTATGAACTAAAGCACCTAGAGAATGCT
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATGGTGCCAAGCCTCAATTTTTTCAGCGGGTAC
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	TGCAAAAACAAAAAGACTGTACAGATAAAAAATG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	ATAGATATCCACGTTTGTCTCTAATATTCTTCTTTGG
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC	GGATTAGAAATTTTATAAATTTTAGA
AATTAAATTTGTTTAAATTTCACCTAATCCCTATTAG	GGATTGAAACATTATCCGCTGGTTGAACGCACACCGAAGCCACGCA
GTTTAAATTTCACCTAATCCCTATTAGGGATTGAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018318.1|BBD61473.1|5075374_5075989_-|TetR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|366102
AP018318.1|BBD61476.1|5081114_5081384_+|hypothetical-protein	unknown	unknown	gnl|CDD|224849
AP018318.1|BBD61466.1|5068386_5068884_+|hypothetical-protein	unknown	unknown	gnl|CDD|200361
AP018318.1|BBD61483.1|5084270_5085449_+|hypothetical-protein	unknown	unknown	gnl|CDD|366736
AP018318.1|BBD61485.1|5087195_5087675_-|bacterioferritin-comigratory-protein	unknown	unknown	gnl|CDD|224146
AP018318.1|BBD61477.1|5082049_5082298_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61475.1|5077912_5079397_+|processing-proteinase	unknown	unknown	gnl|CDD|223685
AP018318.1|BBD61481.1|5083586_5083844_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61474.1|5076216_5077848_+|peptidase-M16-domain-containing-protein	unknown	unknown	gnl|CDD|223685
AP018318.1|BBD61478.1|5082407_5082665_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61480.1|5083144_5083387_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61469.1|5071262_5073692_-|multi-sensor-hybrid-histidine-kinase	unknown	unknown	gnl|CDD|236842
AP018318.1|BBD61484.1|5085860_5086961_+|hypothetical-protein	unknown	unknown	gnl|CDD|375425
AP018318.1|BBD61468.1|5069961_5071251_-|two-component-hybrid-sensor-and-regulator	unknown	unknown	gnl|CDD|381147
AP018318.1|BBD61482.1|5083921_5084203_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61471.1|5074043_5074625_+|hypothetical-protein	unknown	unknown	gnl|CDD|275169
AP018318.1|BBD61479.1|5082774_5083032_+|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61470.1|5073777_5073969_-|hypothetical-protein	unknown	unknown	unknown
AP018318.1|BBD61467.1|5069001_5069889_+|alpha/beta-hydrolase-fold-protein	unknown	unknown	gnl|CDD|223669
AP018318.1|BBD61472.1|5074815_5075358_+|hypothetical-protein	unknown	unknown	gnl|CDD|372972

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018318.1|BBD61473.1|5075374_5075989_-|TetR-family-transcriptional-regulator	gnl|CDD|366102	pfam00440, TetR_N, Bacterial regulatory proteins, tetR family.	2.62769e-17
AP018318.1|BBD61476.1|5081114_5081384_+|hypothetical-protein	gnl|CDD|224849	COG1938, COG1938, Archaeal enzymes of ATP-grasp superfamily [General function prediction only].	0.00232661
AP018318.1|BBD61466.1|5068386_5068884_+|hypothetical-protein	gnl|CDD|200361	TIGR04110, hypothetical_protein_VSWAT3_12502, heme utilization protein HutZ. Members of this family are heme utilization proteins, typically designated HutZ. They are members of the PPOX family (pfam01243) and, except for the lack of an N-terminal extension, are closely related to one form of heme oxidase (1.14.99.3), HugZ (TIGR04109). Members typically are found in a three-gene operon with radical SAM enzyme HutW and a protein of unknown function, HutX.	1.00643e-56
AP018318.1|BBD61483.1|5084270_5085449_+|hypothetical-protein	gnl|CDD|366736	pfam01636, APH, Phosphotransferase enzyme family. This family consists of bacterial antibiotic resistance proteins, which confer resistance to various aminoglycosides they include: aminoglycoside 3'-phosphotransferase or kanamycin kinase / neomycin-kanamycin phosphotransferase and streptomycin 3''-kinase or streptomycin 3''-phosphotransferase. The aminoglycoside phosphotransferases inactivate aminoglycoside antibiotics via phosphorylation. This family also includes homoserine kinase. This family is related to fructosamine kinase pfam03881.	3.56421e-09
AP018318.1|BBD61485.1|5087195_5087675_-|bacterioferritin-comigratory-protein	gnl|CDD|224146	COG1225, Bcp, Peroxiredoxin [Posttranslational modification, protein turnover, chaperones].	6.08074e-83
AP018318.1|BBD61475.1|5077912_5079397_+|processing-proteinase	gnl|CDD|223685	COG0612, PqqL, Predicted Zn-dependent peptidases [General function prediction only].	3.00719e-102
AP018318.1|BBD61474.1|5076216_5077848_+|peptidase-M16-domain-containing-protein	gnl|CDD|223685	COG0612, PqqL, Predicted Zn-dependent peptidases [General function prediction only].	3.28151e-97
AP018318.1|BBD61469.1|5071262_5073692_-|multi-sensor-hybrid-histidine-kinase	gnl|CDD|236842	PRK11091, PRK11091, aerobic respiration control sensor protein ArcB; Provisional.	2.16757e-82
AP018318.1|BBD61484.1|5085860_5086961_+|hypothetical-protein	gnl|CDD|375425	pfam17914, HopA1, HopA1 effector protein family. This family includes the HopA1 effector protein from Pseudomonas syringae. Structurally this protein has an alpha + beta fold. The effector protein HopA1 was shown to affect the EDS1 complex by binding EDS1 directly and activating the immune response signaling pathway.	4.2645e-65
AP018318.1|BBD61468.1|5069961_5071251_-|two-component-hybrid-sensor-and-regulator	gnl|CDD|381147	cd19920, REC_PA4781-like, phosphoacceptor receiver (REC) domain of cyclic di-GMP phosphodiesterase PA4781 and similar domains. Pseudomonas aeruginosa cyclic di-GMP phosphodiesterase PA4781 contains an N-terminal REC domain and a C-terminal catalytic HD-GYP domain, characteristics of RpfG family response regulators. PA4781 is involved in cyclic di-3',5'-GMP (c-di-GMP) hydrolysis/degradation in a two-step reaction via the linear intermediate pGpG to produce GMP. Its unphosphorylated REC domain prevents accessibility of c-di-GMP to the active site. REC domains function as phosphorylation-mediated switches within response regulators, but some also transfer phosphoryl groups in multistep phosphorelays.	8.18583e-57
AP018318.1|BBD61471.1|5074043_5074625_+|hypothetical-protein	gnl|CDD|275169	TIGR04376, conserved_hypothetical_protein, TIGR04376 family protein. Members of this protein family resemble TIGR04375 and, more distantly, to phage shock protein A (PspA). Members are restricted to the Cyanobacteria.	1.41189e-82
AP018318.1|BBD61467.1|5069001_5069889_+|alpha/beta-hydrolase-fold-protein	gnl|CDD|223669	COG0596, MhpC, Predicted hydrolases or acyltransferases (alpha/beta hydrolase superfamily) [General function prediction only].	3.16764e-23
AP018318.1|BBD61472.1|5074815_5075358_+|hypothetical-protein	gnl|CDD|372972	pfam14229, DUF4332, Domain of unknown function (DUF4332). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and archaea. Proteins in this family are typically between 134 and 356 amino acids in length. This domain contains helix-hairpin-helix motifs.	1.46027e-45

Protein sequences

>AP018318.1|BBD61475.1|5077912_5079397_+|processing-proteinase
MKFKISNARRLIYVVMFAFAFLLLTFDFSLAATTAAKHYTELKLPALPAVKLPKYERFVLQNGLVVYLVEDHELPLVSGSALVRTGSRWETGEKVGLAGLTGAVMRTGGTKKHSPDELNEILEQRAASVETSIGEGSGNASFDALSEDTEIVLGLFAEVLREPVFAQDKLDLAKTQAKGGIARRNDDPNGIASREFKKLVYGKASPYARTVEYATLDQIKRDDLVQFYQQYFHPNNMILGIVGDFDSKKMRSLIQAKLGDWQRNPKITQPQLPEVSTATTGGVFFVNQPQLTQSSVLIGHLGGRFDSPDYAPLDVLNGVLNGFGGRLFNEVRSRQGLAYSVYGYWSPRFDYPGMFLAGGQTRSDATVQFVKSLQTEIKRIQAQPVSSKELAFAKESTLNSFVFNFQDPGQTLSRLMRYEYYGYPSDFLFRYQKAVAATTAADVQRVAKQYLKPENLVTLVVGNQTTIKPPLTGLAKQVTPIDVTIPGSPSQTKN
>AP018318.1|BBD61474.1|5076216_5077848_+|peptidase-M16-domain-containing-protein
MNHFRSLRAVFNWSNQRSLKLLRLFITYFAIAILVSGSLPEIALAQTQTAPPPPRTLQPSKTPAKSSIQPYLDRVVKQLTKFQLDNGMKFIVLERHQAPVVSFLTYADVGGVDEPDKKTGVAHFLEHLAFKGTQRIGTTDYKAEKPLLERLEQLDNQIRTAKADGKKAEVARLQAEFKQVEAQAGKLVKQNEMGQIVEQAGGVGLNANTSTEATRYFYSFPSNKLELWMSLESERFLEPVLSREFYKEKDVILEERRLRVENSPIGLMIEKFIDAAYKVHPYRRPVIGYDEDIRNLTPTDVQKFFDTYYAPNNLAIAIVGDVNPNEVKRLAQIYFGRFQAKAKPQSQISVEPKQTETRQVTLELASQPWYLEGYHRPAIKHPDNAVYEIIGRLLSEGRTSRLYKSLVEKQQLALTAQGQSGFPGDKYPNLMLFYALTAPGHTVDELATGLRQEIDNLKTQPVTAVELQRVKTQARADLLRSLDSNTGMAQLLLEYEVKTGDWQNLFKQLDEIAAVTPADIQRVAKAAFTPENRTIGKLLSKQG
>AP018318.1|BBD61473.1|5075374_5075989_-|TetR-family-transcriptional-regulator
MRVFNSPPPSEAQTRTRILQAARRLFASQGFDGTTTRDLAQSAGVAEGTLFRHFPNKKAILVEVATSGWVEILTDLLTELSEMGSYKAVAQVMRRRMWNFQKNADLMRVCFMEVQFHPDLRDRIQIEVINKMTDVAEAFFQTAMDKGIYRQTDAKLVAKVFLGMFAIAGFSNNTLMEPDASPQEMQHMAEGLADIFLNGVLAKE
>AP018318.1|BBD61472.1|5074815_5075358_+|hypothetical-protein
MSAKHTDKSRIRIQSGDWPIEQLPGLSQEEQSQLQTCGIKTTRSLFNQGKTLEARVALASKLQVHLQYVNKWLALADLSRIPTVGTQYCGLLLHAGIGSVAQLAETPSHRLHRQIMRLQVATLQRRDLCPSIELVQQWSQQAKTVLSAESPKFAQRGEPPELCSTQGTRARKFSPHATSR
>AP018318.1|BBD61471.1|5074043_5074625_+|hypothetical-protein
MGLFDDLSRFLENRLEEFLRNNPHLELEALLEQLRQQEEDTLKLIADLQVQEKRSQDDILSTAQEIQRWHIRVQKAKDGGRQDLVAAAQEREAALLREGNQKWGHMQGLKERLTQSQELLRKIQVRRQEVQAKAAQAQTARAQAQAQQQRIETNGWWNAPQSSSSSFDDLEEKFRRWETEDELEAMKRNLGKK
>AP018318.1|BBD61470.1|5073777_5073969_-|hypothetical-protein
MVGLVSSVNSRDELHTLEKMAEGGKENNFLTQYSFFEVQCYKLHIFLKSILPLAIFKVIQIFC
>AP018318.1|BBD61469.1|5071262_5073692_-|multi-sensor-hybrid-histidine-kinase
MKLWRRSEPIPLKCDIKNSYSRNLLLRFVVGSTTIAVSIAAYCTYLAARNLALADLQQSAFQQVQRGVDEIEEWLHVRKVEVQTLANTATVRTLDWSVAEPYLQAEVKRINEFFFFQIVTPDGSFSNTQVGRSTKNIKDRDFFQKAIAGQSNISDPFISRSTGIPLIAIATPIYGNSQVNGSPIGVFHGNVKVDRINKVVNSLRYGNNSYAFALNSQGQAIVHPNAALMSTLEKPAPSLLKIADRNLNAIAQQMVNKQQGIQLLEIDGTKKYVAYIPLQEANWSLALVIPRENIESRLQFLDLIALIVAGLTVTMITVLWRVQAFEQAQLKKSQTAAETANFAKSEFLANMSHELRTPLNGILGCAQILLRSQGLPEKEQYHVNIIEQCGSHLLTLINDILDLSKIEARKLELHPQDVHFPSFLQGIAEIAQIRAEQKGILFVYETVNELPTAVHIDVKRLRQVLLNLLGNAIKFTDEGQVRFKIQAIAQLDSHGQTQKYFIHCSIEDTGIGIAPAELSKIFLPFEQVGEKKRQTEGTGLGLAITRQLVQMMGSDIYVKSQVGEGSTFWFELEMPVASEWVQSAMAASTKQIIGFEDSPRIILMVDDRWENRTVITNLLQPLGFDVVEANNGQEGLAKAIAIKPDLVITDLLMPEMDGFELIRSLRHTPEIQDIKIIVSSASVFEADQNRSLQAGGNDFLSKPVQVDELLNQLEQHLNLTWIYQQSQSERQVTNKLATVNIPSDSWIPLSPEVLGELITLAEKGNFNAILKWADQLEALDPNFANFANQLRQLARQFDEDILISFLNQN
>AP018318.1|BBD61468.1|5069961_5071251_-|two-component-hybrid-sensor-and-regulator
MTATISEQKYVCDRHPQGIILVVDDNPANLQVLSSFLDESNFEVWAVRSGEKALQKLNNDNLPDLILLDVMMPGMDGFETCQHLKKDPRSEDIPVIFMTALSETADKVKGLRLGAVDYITKPFQHEEVLVRIEHHLKLRNLTKSLIDKNTELQKTQTQLIQAEKVATLGQLAAGIAHEVNNPINFIAGNLNFLEQYVQEIIGLIELYQKHISEPPNEIKNALKKSNLSFLLNDISKIIQSMQLGTNRVTEIVSSLNKFSRHSEAGKKIADLHEGIENTLLIIGHRLKANAHRDAIKIIKEYGDLPLVECYPGEINQVFMNLICNAIDAIEESQKNQNFQETSNNPGVIRITTEVRGEKVILKFADNGSGISEAEQTKIFDAFYTTKPIGKGTGLGLSIAYQIVVNNHHGKLYYQSQLGKGLEFIVELPI
>AP018318.1|BBD61467.1|5069001_5069889_+|alpha/beta-hydrolase-fold-protein
MLQFQPPGFGHKVIHTSLGAMVYYTQTSAPWLNADTEDLTPLIFLHNFGGGASAYEWSKVYPAFAAKYRILAPDLIGWGDSAHPVRDYQIKDYLNAIAEFITQTCHQPVTVIASSLTAALTIRLAISQPQLFQSLYLVSPSGFDDFGQGAGRRLPLSVINTPLVDSLIYALGAENELAVRNFLQSFLFANPARVSSEMVAAYLTSAQQPNARFAALAFLRGDLYFDLSLYLQQLTIPTVFFWGEKAQFTSIKLGQRLANLNSDIVEKFYAIADAGVLPHLELPEVIIGLLQQHLN
>AP018318.1|BBD61466.1|5068386_5068884_+|hypothetical-protein
MSQLEQAQAEYASFLQEFQSVIISTVSQDGIPNSSYAPFVIDEGKNIYIYISDLAIHTQNIYANPRLSILFIEDEAKSNNIFARRRLSFDCTATLIERDTDTWNKIVDQLQERFGEMIEVLKSLGDFRIFQLIPISGRFILGFGNAYKISGDNLNQLTHITRDNR
>AP018318.1|BBD61476.1|5081114_5081384_+|hypothetical-protein
MARITISDLYLNNDEQHITELTAWEARTIEAGASTVTIDTSDLLKLQQNINDILQGVSNQLQQQRQQQQQQPNNRYGRRQPYDDYYAYY
>AP018318.1|BBD61477.1|5082049_5082298_+|hypothetical-protein
MANIILSELNAAGSQLFQGSESFLNDLSDVDASASGSGYGGYGYDGFGLNKLIEGFVDVYAIQHVYGIAKSFSHGGYGVSGY
>AP018318.1|BBD61478.1|5082407_5082665_+|hypothetical-protein
MANITLSELNAAGSQFFQDSESFLNDLSDVDAIAAHGADSNSNSYISDFYGFNKLIEGFVDVYAIQHVYGIAKSFSHGGYSNSQY
>AP018318.1|BBD61479.1|5082774_5083032_+|hypothetical-protein
MANITLSELNAAGSQLFQDSESFLNDLSDVDAIAAHGADSNSNSYVSDFYGFNKLIEGFVGVYAIQHIYGIAKSFSHGGYGISAA
>AP018318.1|BBD61480.1|5083144_5083387_+|hypothetical-protein
MANITLSELNAAGSQFFQDSESFLNDLSDVDAIATHGANGNSVSDFYGFNKLIEGFLDVYAIQHIFGIANSFSSKGGYGY
>AP018318.1|BBD61481.1|5083586_5083844_+|hypothetical-protein
MANITLSELNVAGSQLFQDSESFLNDLSDVDLSAAHGGKNANSADYGYGSDSYISVFNKLIEGFVGVYAIQHIFSLAKSFSKSNY
>AP018318.1|BBD61482.1|5083921_5084203_+|hypothetical-protein
MRVSHIFTGNDEMAKIIINDLSSGDLDSYLTEVNELDSLSIYGGESEFQQILNFAYNLLNFVLSAYAIYNIYSIAKSFKITRNKTTRSVFSLF
>AP018318.1|BBD61483.1|5084270_5085449_+|hypothetical-protein
MPFLLSSQNVLEYLLTFGLCTQAEQSLSKIEPKPAKNFNLLVTLPDNRQLLVKQERLNREGNTAGEFFAEWRVHQFLQHFPDINHIRLFCSEAVHFDAENSIIVFNYLNNYRDLADFYMKENVFPSEIAIAVGKTLALIHRATITHPDYVQFFHQAEQTSQPKSPNLTLGLDRITPEIFGMVPSEGLKFFTLYQRYDSLGQAIAELNRSYTRYCLTHHDLKLNNILLSLTWQEALANNSVSDESVIRLIDWERAAWGDPAHDLGMLIASYLQFWLYSMTTSKSMAIEESLRLATTPLEILQPSIAALMSTYLAHFPAILETRPDLLERVVQFCGLALITAIQAGLQHEKTFGNVGICMLQVAKSLLCNPKASIKTIFGVEAVELLPTNLSRN
>AP018318.1|BBD61484.1|5085860_5086961_+|hypothetical-protein
MQMLDSIVTQLSQIPESLQTSLQDIIYNIEIQSAYCIKHPDYKPLELPESAVSRFQQLPAALQKKFLSLQLRGFLYGIYYNNSLKSSLTANTETNNVALNQNLENNTLLGVDVAFYERLHESNRGEGYWNYNWQVVQENLDNTLTVQKDGLTLQIERSRHLLPQNQFPSVGKYVAIKMPKNLVQNGFYMAVANAGTATNRERLVRVYFNLTPEGAGAVMETLTTQLNFLEIPFSFKALYNPSDYERYDSAVFYFDKNDYEVIHPVLERVYAECQFYFQPEIPLFTKFIAPGLAIAEEPNRRFAEQESFGTHRCQIIANGLLNAWEQENDTPANRITAIFEQFSLSQVELQRPYLNANSQDIYMPLF
>AP018318.1|BBD61485.1|5087195_5087675_-|bacterioferritin-comigratory-protein
MSNIPQVGQPAPTFSTPDQNDNLLSLDDFSGQWVVLYFYPKDDTPGCTTEAQDFTALHSEFSQLGAKVLGVSPDSGKSHCKFINKHNLSITLLSDPEHQLADSYGVWQLKKFMGKEYMGIVRSTFLISPDKIIAYAWPNVKAKGHAQAVLTKLSELANN

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	NZ_CP013615	Clostridium perfringens strain JP838 plasmid pJFP838A, complete sequence	199272-199297	3	0.885
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MT773556	Myoviridae sp. isolate BML_4 genomic sequence	186950-186975	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	NZ_CP015356	Bacillus thuringiensis strain MYBT18246 plasmid p101287, complete sequence	24257-24282	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	NC_022882	Bacillus thuringiensis YBT-1518 plasmid pBMB0233, complete sequence	218875-218900	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	NZ_LR214986	Mycoplasma cynos strain NCTC10142 plasmid 13	506412-506437	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MN693176	Marine virus AFVG_25M105, complete genome	11964-11989	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MH622943	Myoviridae sp. isolate ctbc_4, complete genome	16715-16740	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MT446416	UNVERIFIED: Escherichia virus TH47, complete genome	335482-335507	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	JQ660954	Clostridium phage PhiS63, complete genome	26264-26289	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MN693504	Marine virus AFVG_25M410, complete genome	47917-47942	5	0.808
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MN693581	Marine virus AFVG_25M104, complete genome	11953-11978	5	0.808
AP018318_21	21.2|5026216|28|AP018318|CRISPRCasFinder	5026216-5026243	28	NZ_CP010728	Phaeobacter inhibens strain P88 plasmid pP88_c, complete sequence	3401-3428	6	0.786
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	NZ_CP013043	Clostridium perfringens strain JP55 plasmid pJFP55H, complete sequence	49928-49953	6	0.769
AP018318_11	11.12|2535164|33|AP018318|CRISPRCasFinder,CRT	2535164-2535196	33	NZ_CP046295	Acinetobacter lwoffii strain FDAARGOS_552 plasmid unnamed1, complete sequence	88223-88255	7	0.788
AP018318_11	11.24|2535166|33|AP018318|PILER-CR	2535166-2535198	33	NZ_CP046295	Acinetobacter lwoffii strain FDAARGOS_552 plasmid unnamed1, complete sequence	88223-88255	7	0.788
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NZ_CP013276	Bacillus thuringiensis serovar israelensis strain AM65-52 plasmid pAM65-52-1-360K, complete sequence	152244-152275	7	0.781
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NZ_CP039722	Bacillus thuringiensis strain BT-59 plasmid p1, complete sequence	289582-289613	7	0.781
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NZ_CP009349	Bacillus thuringiensis HD1002 plasmid 1, complete sequence	228316-228347	7	0.781
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NZ_CP045023	Bacillus thuringiensis strain JW-1 plasmid p1, complete sequence	152245-152276	7	0.781
AP018318_23	23.14|5080533|26|AP018318|CRT	5080533-5080558	26	MG945635	UNVERIFIED: Microviridae sp. isolate 6482-1602, complete genome	3570-3595	7	0.731
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP021940	Klebsiella pneumoniae strain AR_0145 plasmid tig00000209, complete sequence	29456-29484	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	CP044030	Klebsiella pneumoniae strain RJY9645 plasmid pY9645-105, complete sequence	90127-90155	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP019050	Klebsiella pneumoniae subsp. pneumoniae strain RJA166 plasmid pRJA166c, complete sequence	56970-56998	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP008931	Klebsiella pneumoniae strain PMK1 plasmid pPMK1-B, complete sequence	95959-95987	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP028550	Klebsiella variicola strain WCHKP19 plasmid p2_020019, complete sequence	97636-97664	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_MF133442	Klebsiella pneumoniae strain 11219 plasmid p11219-CTXM, complete sequence	109650-109678	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP026134	Klebsiella pneumoniae strain F5 plasmid pF5_2, complete sequence	64407-64435	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP022128	Klebsiella pneumoniae strain DHQP1605752_NV plasmid p1605752FIB_2, complete sequence	19925-19953	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	CP052220	Klebsiella pneumoniae strain E17KP0053 plasmid pE17KP0053-3, complete sequence	35231-35259	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP040729	Klebsiella pneumoniae strain KpvST147B_SE1_1_NDM plasmid pKpvST147B_5, complete sequence	5277-5305	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	CP052527	Klebsiella pneumoniae strain B16KP0177 plasmid pB16KP0177-3, complete sequence	98749-98777	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP024460	Klebsiella pneumoniae strain QS17-0161 plasmid pMRSN480738_112.7, complete sequence	6750-6778	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP050365	Klebsiella pneumoniae strain 47733 plasmid p47733_IncFIB, complete sequence	48042-48070	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP030268	Klebsiella pneumoniae subsp. pneumoniae strain SC-7 plasmid pSC7-IncFIB-110K, complete sequence	54742-54770	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP026146	Klebsiella pneumoniae strain F132 plasmid pF132_1, complete sequence	74482-74510	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP026150	Klebsiella pneumoniae strain F138 plasmid pF138_1, complete sequence	58370-58398	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP045677	Klebsiella pneumoniae strain WSD411 plasmid pWSD411_4, complete sequence	114219-114247	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP026138	Klebsiella pneumoniae strain F77 plasmid pF77_2, complete sequence	33629-33657	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP026165	Klebsiella pneumoniae strain F81 plasmid pF81_1, complete sequence	18208-18236	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP014756	Klebsiella pneumoniae strain AATZP plasmid pKPN-04f, complete sequence	108801-108829	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP021945	Klebsiella pneumoniae strain AR_0152 plasmid tig00000194, complete sequence	95753-95781	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP028544	Klebsiella pneumoniae subsp. pneumoniae strain SCKP020143 plasmid p2_020143, complete sequence	95262-95290	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP034055	Klebsiella pneumoniae strain KP_NORM_BLD_2015_112126 plasmid unnamed2, complete sequence	98814-98842	8	0.724
AP018318_12	12.1|2917234|29|AP018318|CRISPRCasFinder	2917234-2917262	29	NZ_CP034047	Klebsiella pneumoniae strain KP_NORM_BLD_2014_104014 plasmid unnamed2, complete sequence	98826-98854	8	0.724
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	CP013001	Bacillus thuringiensis strain XL6 plasmid, complete sequence	293050-293081	8	0.75
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	MN694511	Marine virus AFVG_250M1047, complete genome	10468-10499	8	0.75
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NC_013940	Deferribacter desulfuricans SSM1 megaplasmid pDF308, complete sequence	144809-144840	8	0.75
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NZ_CP010578	Bacillus thuringiensis serovar morrisoni strain BGSC 4AA1 plasmid pBMB232, complete sequence	212590-212621	9	0.719
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	NZ_AP017969	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence	33840-33871	9	0.719
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	GU949551	Clostridium phage phiCD6356, complete genome	23161-23192	9	0.719
AP018318_13	13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT	3214825-3214856	32	MN693596	Marine virus AFVG_25M324, complete genome	19119-19150	9	0.719
AP018318_22	22.1|5031085|42|AP018318|CRISPRCasFinder	5031085-5031126	42	CP024913	Cyanobacterium sp. HL-69 plasmid pCHL69-1, complete sequence	36761-36802	9	0.786
AP018318_23	23.10|5080388|34|AP018318|PILER-CR,CRISPRCasFinder,CRT	5080388-5080421	34	KX349902	Bacillus phage Kida, complete genome	57831-57864	9	0.735
AP018318_23	23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder	5080533-5080568	36	NZ_CP020426	Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence	44527-44562	9	0.75
AP018318_23	23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder	5080533-5080568	36	MF547662	Clostridioides phage LIBA6276, complete genome	88523-88558	9	0.75
AP018318_23	23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder	5080533-5080568	36	MF547663	Clostridioides phage LIBA2945, complete genome	87063-87098	9	0.75
AP018318_23	23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder	5080533-5080568	36	CP011970	Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence	77438-77473	9	0.75
AP018318_23	23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder	5080533-5080568	36	MN693152	Marine virus AFVG_25M11, complete genome	33017-33052	9	0.75
AP018318_23	23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder	5080533-5080568	36	LN681537	Clostridium phage phiCD211, complete genome	86300-86335	9	0.75
AP018318_2	2.3|589956|41|AP018318|PILER-CR	589956-589996	41	MK448748	Streptococcus phage Javan389, complete genome	1346-1386	10	0.756
AP018318_11	11.12|2535164|33|AP018318|CRISPRCasFinder,CRT	2535164-2535196	33	NZ_AP017960	Synechococcus sp. NIES-970 plasmid plasmid1 DNA, complete sequence	46922-46954	10	0.697
AP018318_11	11.24|2535166|33|AP018318|PILER-CR	2535166-2535198	33	NZ_AP017960	Synechococcus sp. NIES-970 plasmid plasmid1 DNA, complete sequence	46922-46954	10	0.697
AP018318_13	13.6|3215188|35|AP018318|PILER-CR,CRISPRCasFinder,CRT	3215188-3215222	35	MN693521	Marine virus AFVG_25M508, complete genome	9216-9250	10	0.714
AP018318_22	22.1|5031085|42|AP018318|CRISPRCasFinder	5031085-5031126	42	CP024914	Cyanobacterium sp. HL-69 plasmid pCHL69-2, complete sequence	45882-45923	10	0.762

1. spacer 23.14|5080533|26|AP018318|CRT matches to NZ_CP013615 (Clostridium perfringens strain JP838 plasmid pJFP838A, complete sequence) position: , mismatch: 3, identity: 0.885

ggattagaaattttataaattttaga	CRISPR spacer
ggattataaattttataacttttagc	Protospacer
****** *********** ****** 

2. spacer 23.14|5080533|26|AP018318|CRT matches to MT773556 (Myoviridae sp. isolate BML_4 genomic sequence) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
atacaagaaattttataaattttagt	Protospacer
. *. ******************** 

3. spacer 23.14|5080533|26|AP018318|CRT matches to NZ_CP015356 (Bacillus thuringiensis strain MYBT18246 plasmid p101287, complete sequence) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
atgttagcaattttagaaattttaga	Protospacer
. .**** ******* **********

4. spacer 23.14|5080533|26|AP018318|CRT matches to NC_022882 (Bacillus thuringiensis YBT-1518 plasmid pBMB0233, complete sequence) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
atgttagcaattttagaaattttaga	Protospacer
. .**** ******* **********

5. spacer 23.14|5080533|26|AP018318|CRT matches to NZ_LR214986 (Mycoplasma cynos strain NCTC10142 plasmid 13) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
tgattaggtattttataaattttacc	Protospacer
 ******. ***************  

6. spacer 23.14|5080533|26|AP018318|CRT matches to MN693176 (Marine virus AFVG_25M105, complete genome) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
atttcagaaattttataaatttgaga	Protospacer
.  *.***************** ***

7. spacer 23.14|5080533|26|AP018318|CRT matches to MH622943 (Myoviridae sp. isolate ctbc_4, complete genome) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
tttttagaaattgtatcaattttaga	Protospacer
   ********* *** *********

8. spacer 23.14|5080533|26|AP018318|CRT matches to MT446416 (UNVERIFIED: Escherichia virus TH47, complete genome) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
agattagaaaatgtataaattttatt	Protospacer
.********* * ***********  

9. spacer 23.14|5080533|26|AP018318|CRT matches to JQ660954 (Clostridium phage PhiS63, complete genome) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
tttttagaacttttaaaaattttaga	Protospacer
   ****** ***** **********

10. spacer 23.14|5080533|26|AP018318|CRT matches to MN693504 (Marine virus AFVG_25M410, complete genome) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
tatttagaaattttaaaaatattaga	Protospacer
 . ************ **** *****

11. spacer 23.14|5080533|26|AP018318|CRT matches to MN693581 (Marine virus AFVG_25M104, complete genome) position: , mismatch: 5, identity: 0.808

ggattagaaattttataaattttaga	CRISPR spacer
ctttcagaaattttataaatttgaga	Protospacer
   *.***************** ***

12. spacer 21.2|5026216|28|AP018318|CRISPRCasFinder matches to NZ_CP010728 (Phaeobacter inhibens strain P88 plasmid pP88_c, complete sequence) position: , mismatch: 6, identity: 0.786

tagtatctgaggttcgtgaatgagtctt	CRISPR spacer
tagtatatgaggttcgttaatgaccccc	Protospacer
****** ********** ***** .*..

13. spacer 23.14|5080533|26|AP018318|CRT matches to NZ_CP013043 (Clostridium perfringens strain JP55 plasmid pJFP55H, complete sequence) position: , mismatch: 6, identity: 0.769

ggattagaaattttataaattttaga	CRISPR spacer
ttattagaaattttatacattttgtt	Protospacer
  *************** *****.  

14. spacer 11.12|2535164|33|AP018318|CRISPRCasFinder,CRT matches to NZ_CP046295 (Acinetobacter lwoffii strain FDAARGOS_552 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.788

tatctcagctacttaaagaatcatttgattgag	CRISPR spacer
tatcttagctacttaaagaatgatatcaaagaa	Protospacer
*****.*************** ** * *  **.

15. spacer 11.24|2535166|33|AP018318|PILER-CR matches to NZ_CP046295 (Acinetobacter lwoffii strain FDAARGOS_552 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.788

tatctcagctacttaaagaatcatttgattgag	CRISPR spacer
tatcttagctacttaaagaatgatatcaaagaa	Protospacer
*****.*************** ** * *  **.

16. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP013276 (Bacillus thuringiensis serovar israelensis strain AM65-52 plasmid pAM65-52-1-360K, complete sequence) position: , mismatch: 7, identity: 0.781

agccgt-tcctaatatttttatatgaataatta	CRISPR spacer
-tccgtaccctaatatttttatataaattatat	Protospacer
  **** .****************.*** **  

17. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP039722 (Bacillus thuringiensis strain BT-59 plasmid p1, complete sequence) position: , mismatch: 7, identity: 0.781

agccgt-tcctaatatttttatatgaataatta	CRISPR spacer
-tccgtaccctaatatttttatataaattatat	Protospacer
  **** .****************.*** **  

18. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP009349 (Bacillus thuringiensis HD1002 plasmid 1, complete sequence) position: , mismatch: 7, identity: 0.781

agccgt-tcctaatatttttatatgaataatta	CRISPR spacer
-tccgtaccctaatatttttatataaattatat	Protospacer
  **** .****************.*** **  

19. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP045023 (Bacillus thuringiensis strain JW-1 plasmid p1, complete sequence) position: , mismatch: 7, identity: 0.781

agccgt-tcctaatatttttatatgaataatta	CRISPR spacer
-tccgtaccctaatatttttatataaattatat	Protospacer
  **** .****************.*** **  

20. spacer 23.14|5080533|26|AP018318|CRT matches to MG945635 (UNVERIFIED: Microviridae sp. isolate 6482-1602, complete genome) position: , mismatch: 7, identity: 0.731

ggattagaaattttataaattttaga	CRISPR spacer
ttccgagaaattttataaattttaat	Protospacer
   . *******************. 

21. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP021940 (Klebsiella pneumoniae strain AR_0145 plasmid tig00000209, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

22. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to CP044030 (Klebsiella pneumoniae strain RJY9645 plasmid pY9645-105, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

23. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP019050 (Klebsiella pneumoniae subsp. pneumoniae strain RJA166 plasmid pRJA166c, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

24. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP008931 (Klebsiella pneumoniae strain PMK1 plasmid pPMK1-B, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

25. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP028550 (Klebsiella variicola strain WCHKP19 plasmid p2_020019, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

26. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_MF133442 (Klebsiella pneumoniae strain 11219 plasmid p11219-CTXM, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

27. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP026134 (Klebsiella pneumoniae strain F5 plasmid pF5_2, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

28. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP022128 (Klebsiella pneumoniae strain DHQP1605752_NV plasmid p1605752FIB_2, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

29. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to CP052220 (Klebsiella pneumoniae strain E17KP0053 plasmid pE17KP0053-3, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

30. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP040729 (Klebsiella pneumoniae strain KpvST147B_SE1_1_NDM plasmid pKpvST147B_5, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

31. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to CP052527 (Klebsiella pneumoniae strain B16KP0177 plasmid pB16KP0177-3, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

32. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP024460 (Klebsiella pneumoniae strain QS17-0161 plasmid pMRSN480738_112.7, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

33. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP050365 (Klebsiella pneumoniae strain 47733 plasmid p47733_IncFIB, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

34. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP030268 (Klebsiella pneumoniae subsp. pneumoniae strain SC-7 plasmid pSC7-IncFIB-110K, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

35. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP026146 (Klebsiella pneumoniae strain F132 plasmid pF132_1, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

36. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP026150 (Klebsiella pneumoniae strain F138 plasmid pF138_1, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

37. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP045677 (Klebsiella pneumoniae strain WSD411 plasmid pWSD411_4, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

38. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP026138 (Klebsiella pneumoniae strain F77 plasmid pF77_2, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

39. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP026165 (Klebsiella pneumoniae strain F81 plasmid pF81_1, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

40. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP014756 (Klebsiella pneumoniae strain AATZP plasmid pKPN-04f, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

41. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP021945 (Klebsiella pneumoniae strain AR_0152 plasmid tig00000194, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

42. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP028544 (Klebsiella pneumoniae subsp. pneumoniae strain SCKP020143 plasmid p2_020143, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cgcgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

43. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP034055 (Klebsiella pneumoniae strain KP_NORM_BLD_2015_112126 plasmid unnamed2, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

44. spacer 12.1|2917234|29|AP018318|CRISPRCasFinder matches to NZ_CP034047 (Klebsiella pneumoniae strain KP_NORM_BLD_2014_104014 plasmid unnamed2, complete sequence) position: , mismatch: 8, identity: 0.724

atcgtctaggagctgatctgtctggagca	CRISPR spacer
cacgtctacgagctgctctgtctggtttt	Protospacer
  ****** ****** *********  . 

45. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to CP013001 (Bacillus thuringiensis strain XL6 plasmid, complete sequence) position: , mismatch: 8, identity: 0.75

agccgttcctaatatttttatatgaataatta	CRISPR spacer
aaatagacctaattttttcatatgaataatta	Protospacer
*. ..  ****** ****.*************

46. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to MN694511 (Marine virus AFVG_250M1047, complete genome) position: , mismatch: 8, identity: 0.75

agccgttcctaatatttttatatgaataatta	CRISPR spacer
aatctgcactaatattattagatgaataatta	Protospacer
*..*  . ******** *** ***********

47. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NC_013940 (Deferribacter desulfuricans SSM1 megaplasmid pDF308, complete sequence) position: , mismatch: 8, identity: 0.75

agccgttcctaatatttttatatgaataatta	CRISPR spacer
tcctttttttactatttttatattaataatta	Protospacer
  *. **..** *********** ********

48. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP010578 (Bacillus thuringiensis serovar morrisoni strain BGSC 4AA1 plasmid pBMB232, complete sequence) position: , mismatch: 9, identity: 0.719

agccgttcctaatatttttatatgaataatta	CRISPR spacer
atattaaactaatatttttatatgaattttta	Protospacer
*  .    *******************  ***

49. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to NZ_AP017969 (Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence) position: , mismatch: 9, identity: 0.719

agccgttcctaatatttttatatgaataatta	CRISPR spacer
aacatctcctaatatttttttataaataacct	Protospacer
*.*  .************* ***.*****.. 

50. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to GU949551 (Clostridium phage phiCD6356, complete genome) position: , mismatch: 9, identity: 0.719

agccgttcctaatatttttatatgaataatta	CRISPR spacer
aaattattttaatatttttatataaattatta	Protospacer
*. .  *..**************.*** ****

51. spacer 13.1|3214825|32|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to MN693596 (Marine virus AFVG_25M324, complete genome) position: , mismatch: 9, identity: 0.719

agccgtt-----cctaatatttttatatgaataatta	CRISPR spacer
-----tttttgatctaatttttttatatcaataattg	Protospacer
     **     .***** ********* *******.

52. spacer 22.1|5031085|42|AP018318|CRISPRCasFinder matches to CP024913 (Cyanobacterium sp. HL-69 plasmid pCHL69-1, complete sequence) position: , mismatch: 9, identity: 0.786

ccctaaatcccccttaaaaagggggacttgaagaattttctt	CRISPR spacer
ccctaaatcccccttaataagggggacttgagaataataaat	Protospacer
***************** *************..*   *   *

53. spacer 23.10|5080388|34|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to KX349902 (Bacillus phage Kida, complete genome) position: , mismatch: 9, identity: 0.735

tgcaaaaacaaaaagactgtacagataaaaaatg	CRISPR spacer
agcaaaaacaaaaagactacacagataatcgtat	Protospacer
 *****************..********  .   

54. spacer 23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder matches to NZ_CP020426 (Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence) position: , mismatch: 9, identity: 0.75

ggattagaaattttataaattttagaaattaaattt	CRISPR spacer
gccaaaaacattttataaattttagagatttaatta	Protospacer
*    *.* *****************.*** **** 

55. spacer 23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder matches to MF547662 (Clostridioides phage LIBA6276, complete genome) position: , mismatch: 9, identity: 0.75

ggattagaaattttataaattttagaaattaaattt	CRISPR spacer
gccaaaaacattttataaattttagagatttaatta	Protospacer
*    *.* *****************.*** **** 

56. spacer 23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder matches to MF547663 (Clostridioides phage LIBA2945, complete genome) position: , mismatch: 9, identity: 0.75

ggattagaaattttataaattttagaaattaaattt	CRISPR spacer
gccaaaaacattttataaattttagagatttaatta	Protospacer
*    *.* *****************.*** **** 

57. spacer 23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder matches to CP011970 (Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence) position: , mismatch: 9, identity: 0.75

ggattagaaattttataaattttagaaattaaattt	CRISPR spacer
gccaaaaacattttataaattttagagatttaatta	Protospacer
*    *.* *****************.*** **** 

58. spacer 23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder matches to MN693152 (Marine virus AFVG_25M11, complete genome) position: , mismatch: 9, identity: 0.75

ggattagaaattttataaattttagaaattaaattt	CRISPR spacer
tggataatgattttatagattttagaaattatattg	Protospacer
 *. **. .********.************* *** 

59. spacer 23.12|5080533|36|AP018318|PILER-CR,CRISPRCasFinder matches to LN681537 (Clostridium phage phiCD211, complete genome) position: , mismatch: 9, identity: 0.75

ggattagaaattttataaattttagaaattaaattt	CRISPR spacer
gccaaaaacattttataaattttagagatttaatta	Protospacer
*    *.* *****************.*** **** 

60. spacer 2.3|589956|41|AP018318|PILER-CR matches to MK448748 (Streptococcus phage Javan389, complete genome) position: , mismatch: 10, identity: 0.756

gggtgatttcagcgcaagcaaaactcgcccaagctcaagaa	CRISPR spacer
gtgttggacctacgcaagcacaactcgaccaagctcaagaa	Protospacer
* ** .  .* .******** ****** *************

61. spacer 11.12|2535164|33|AP018318|CRISPRCasFinder,CRT matches to NZ_AP017960 (Synechococcus sp. NIES-970 plasmid plasmid1 DNA, complete sequence) position: , mismatch: 10, identity: 0.697

tatctcagctacttaaagaatcatttgattgag	CRISPR spacer
cgattagtgtacttaaagaatcaattgcttgag	Protospacer
.. .* .  ************** *** *****

62. spacer 11.24|2535166|33|AP018318|PILER-CR matches to NZ_AP017960 (Synechococcus sp. NIES-970 plasmid plasmid1 DNA, complete sequence) position: , mismatch: 10, identity: 0.697

tatctcagctacttaaagaatcatttgattgag	CRISPR spacer
cgattagtgtacttaaagaatcaattgcttgag	Protospacer
.. .* .  ************** *** *****

63. spacer 13.6|3215188|35|AP018318|PILER-CR,CRISPRCasFinder,CRT matches to MN693521 (Marine virus AFVG_25M508, complete genome) position: , mismatch: 10, identity: 0.714

aggttgttcggggttttgagtttgatttgctccta	CRISPR spacer
aggttgttcgcggttctgagtttgatactgaattc	Protospacer
********** ****.********** .    .* 

64. spacer 22.1|5031085|42|AP018318|CRISPRCasFinder matches to CP024914 (Cyanobacterium sp. HL-69 plasmid pCHL69-2, complete sequence) position: , mismatch: 10, identity: 0.762

ccctaaatcccccttaaaaagggggacttgaagaattttctt	CRISPR spacer
ccctaaatctcccttaataagggggacttgagaataataaat	Protospacer
*********.******* *************..*   *   *

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	142152 : 188371	40	Brazilian_cedratvirus(20.0%)	transposase	NA
DBSCAN-SWA_2	1598691 : 1657836	59	Agrobacterium_phage(14.29%)	tRNA,protease,transposase	NA
DBSCAN-SWA_3	2706463 : 2714402	8	Nostoc_phage(83.33%)	tail	NA
DBSCAN-SWA_4	4089945 : 4132335	47	Synechococcus_phage(33.33%)	holin,protease,transposase	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>AP018318|142152:188371|DBSCAN-SWA
TGTGCAATGTCCATACTGTGAGTCTACGGAAATTAGAAAGAATGGAAAACGGAGAGGTAAACAAAATCACATCTGTACTAACTGCGATCGCCAATTTATTGATGTGTACGATCCGCCAAAAGGATACTCAGAGGAACTTAAACAAGAATGTTTAAAAATGTATCTTAATGGGATGGGTTTTCGTGGGATTGAACGTGTTAAAGGTGTACATCATACTACTATAATCTCTTGGGTAAAACAAAGAGGAGAAAAGCTGCCAGACGTACCCCAAGAAGATGCTGTACCAGAAGTTGGAGAACTAGATGAATTAGAGACATTCATAGGTTCAAAAAAAACAAAATCTGGTTGTGGACAGCAGTAAATCACTTTACTCAAGGTATTTTAGCCTGGGTCTTAGGAGACCATAGTGCGGAAACATTCGAGCCATTATGGGAAATTGTGAAACAGTGGGAAAGCTATTTTTATGTGACCGATGGCTGGAAAGTTTACCCCAGTTTTATACCAGATGGAGACCAAATTGTGAGTAAAACATATATGACGCGAGTAGAAAATGAAAATACCCGATTACGTCATTATCTTGCACGCCTTCACAGAAAAACTTTATGCTATTCCAAATCAGAACAAATGCTGAGACACTCAATTAAATTATTACTTCATTATTTGAAGTATCAAATTGTACCTATATAAATTAATTCATCCCTTTATTCAGCAACGCCAAATTTTTTATTTAAAATCTACAAATAAAATAGAGAACACACCAAATTTATATTTGAGAAGTTTATCTCAAATTTGACTTTTTCTCTTTATTTAATATGTCAATTAGGTAAATGACACATTTTTGAGAAAATCTAGCCTTGCTTATTAGCGTAATCAAAGTTATTTGAACTGAGATTAAACTGTTACTTTTGCTTTTTTGTTGCCATATCTACGTTTTAAAGCACCCAATCCTACAGTACCTACACCAAGACCGAGCATAGTAATGGGTTCGGGAACAGGTTGTGGATTGGGGTTATAATCGGCATTGTAAAATGTATCACTTCCCCTATTGGGAAAACTAATAACATGAATAGCTAACTGCAACTTACGATTTATGAGGGCAGCAATCACATTATTATAGTTTGCAGTGAATTGAAATCCCAAAGTTTCTCCACTTTGAACTGCGGCCGCGTTACCTGGAGTTACTCTTCTTCCACCAAAAGTTTCACCATCCCATCCTGGAATATTATTACTTTGTGGTGAATTAGGAAGACTTGTGTTGAAATTGACATTGCCAGTGTTACCCACATTGGGCGTAACATTAGACAAAAGACCACTTATACTGGGATCAACACTGAAAGCAACATCTCTAATAGCAGTACTTTGTGAAGCAGGACTATTGTTGGAAAAACTAAAAAGGACTGTGCTTGCAGTGTTTTGAGTCACATTTAATGAAAAGTTACCTACATAAATGTCATTAACTTGCTCTGCGGCAGTTGCAGGAAAGACATTCTGAAAATTGATAGTAATAGCAGTAGCTGGTCTAGCAGCAGTTGTTACAACTGCTGCGCTTGCTCCTACTAGCAAAGCAGAAAGAACTGAAGTATGCTTCATGAGTTCTAAGAAATCCGAAAAAATAATACATTAGAAATGTACAGTGCGATTTCCCGTAAATCAATAGGTATACTATTTAACTTCATCAAAAATTTATCAAAATAAAATATTTAGTTATTTTAAAATTTAATTGGTTTTCATAAATCACAAACTATTCATTTCCCTCAACACTAGTGCATATTGTGAGGAATCAAGCCGATGCACAGCAAGCACCATAATAACACTAGGATGTTGGTAGCAGTATGTTTAGTTAACTTGCTATTAAAGCAAAATATCTCAGAACATCTGTACAAGAAATATATACGAGGGTGCATTAGCTTGATATATACAATAAGCTATCAATATCAGTATTTTCCAAACACTTTGTTAACTGTTACTAACCACACCCAGTATATTCAACGGTAAAATCTTTAAATAATCTAAAGCTTGCTCTATCACTGAGGCATCTGTTTTACCTACCCTCACTACCATCAAAACCCCATCTGTATAAGGTGAAAGTATACTCACATCAGACAGCCCAAAGAAGTGAGGAGCATCATAGATGACTAGATCATAATCATCATGAAAGTCTGCCATTAACTGCTTCATTTTTTCAGAAGCTAGTAATTTAATTGGATCATCAGGTGCTGGCCCAGCCGTGATCAAAGATAATTGCTCCATAGAAGGTAGTTTATGAATGACTTCACTGACTGGTAAATTTGTGGATAGTAGACTACTTAATCCCCATAAATTCTTTAAATTGGCTAGGTTGTGAACCATCGGTTGGCGAAGGTTGGCATCTACTAGTAGTACTTTTAGTCCCATTGCTGTAGCTGTTTGAGCTAGATAAAAAGCAACGATAGATTTTCCATCACCAGTCATAACCGAACTAACAATTAAAGAACGTACCTGAGAATCAGGTTTAATTTGTTGAATATTTGTGTACAAAAATCTTAAAGCATCTAAAAATTCAGTTGAATAACTGCTATATTCTTGAGCAATGAAAATATTTGTATCTTGACCACTTTCTAATAAAGAATTAAATATTTTAATCGGAGAAAACTTTGATTTAGAAGTACGAGATTGAAGAGCTTTAACTTCATTATCAAAAGGCACATTCCCCAATAAGGGAAAACTTATTTTCTTTTTAAGCTTGATTACACTATGGTAAGAGTTATCTATTTTTTCTAGTAAAATAGCAACTCCAATACCTGCTGCGATACTTATAAAAAAGCCTATAATTAAATTGCGTACCTTACTAGAAGTAGTGACAAGCGATGGCTGAATAGGTGGTTGAATCAACTGCCAACCTAATTCTGTTTGAGATATTTGGATTTGCAAATTTTCGCGGTTTGATAAAAAACGATTCAAACTCTCATTAGCAAACTGTAATTTGCGTTGGATTTCCGTATATCTTCGTGCTAAAATTGGCACTTGCTTTCGTTGCTGTTCTACCCGCGTTTCGAGTTTGGCAATTTCATTGCTTTGTACTTCTAAAGATTGAAGTTGAGTTTTTAACTCTGCTTCTCTTACGCTTAAAAAGCGTTGTCCTTCTTGTTGTAATACTGGTATCAAACTATCTCTTTTTTCTTTCAGAGTTTGCAATCTTGGGTTAGCATCTTGAAAAACTGTGGACTCTGTAGCAATTTGGGAGTTTAATTCTGTTACCTGCTGTAAAAGTTTTTGATATAAAGAAGCAGCATTAAGTATTGTTATTTTTCCATTGTCTGACTGGAGCAGACTTAATTGATTTCGGACTTGCGTTAACTGTAGATTAATATTCTGTCGCGCCTCAGCTAGAGAAATAGCTTGTTTATCCAGCGATTCTCCTTGACTATCTGGATTGTTAAAACTGTATCTTTGACGAAAAATTTGCAGTTCTTGTTGAATTTGATTAACTCTGCTTTGTATCGATGGCAACTGTCTATCAATAAATTGCAGCCCTTGACGCAATTTTGTTTGTCTTCTTTCTTGGCTATATTCTATATAGTCTTTTGAAATTACATCTAATACTGCTTTAACTTGATTTGGGTCTTCTCCTCGATAGCGAACTTCTATAATCTTAGTTTCACCTAACCGATTAATCGTCAACGCTTGTAGTAAAGATGGATAAGTGAGACTAGGATAAGTAACTCGCAGTTTATCGAGAATATTACTCATCAATTCAGGACTTTTGAGAACTAAAATTTGACTGTCGTAATCTAGGGTTGAAGTTTTAGGAGAATTATCTTGAACAATATTTACTGCCTCATTGTCATTATTAATAGGTTCCACTAACATTAAAAAGTTACTTTCATATTCTCTCGGCTGCTTACTTAGCATGACATTCACAACCACAAAAGTCATGACAGCCATAGATACTCCCACTATGACTAGAGATCGCCGTTTTAATACGTTTAGCCAATCCTTTATACTAAAATTTTCTTCTTCTTCTTCATTCCAGTTCAAAGGCATAGCTTGCGGTTGCGGAAATAACGGCTTATATTTGCCATTTTGTTCAGCGTTTAAGCTGGGGTATGATTGATCACTCATTTTATTCACTTACACTTAATTATATTTTAATTTTTTAATAAAATGATGAATATTTCAGTATAAGATTGTTTTCATCTCTATAACGCACATCATTAGATCTGTGTCCATCATTGCTTAACTGATTGAGTAGTCAGTCATTGAATCTTGATAAATCGTTAATCTACTCAATAAAAAAGTACGCTATTATACATTTTATTATACTAGTATTTTCATACTCGATAAAAGCTCACGTAGAGTATCTACACAGATCCTAATTGGTACATCACCTCTGCACTATAAAGATTTAATTATTCTATATGTAGATACATTGAGACTTGAGTCACTCAGAGATTAGCTCAATATTCATTACTCAGATTCCGAGAGATGTTATGTGGACAATACTGAAGGGACAGATTTTACATCAATTACCTCGGCATCATCTGAGTCATGGCAAAGGAAATTAAGTATTAGCACTATTTCAATAATAAATTAGTTCATAGTCGGGATTGAATCGCTGACACTCAACTAGTCAGCACAAGGTTAATTTCACTATCAAGGCAAGGGGTTTAGGCTGCATAATCAACCCCTTACATATCAAAGATTTGCCTGTCACTGAAGCAGAGTTGGTAATTATCTTTAAATTCTGTAATATTTACTCCATATCAAGATAAAGCTTAATACAAATCCAAAAACACCTTTTATGAAGAAACATCTGAAAAATCTTTTAAGAAAATGAACTTTCTATGAAGGATACCAGTTATCTTTAAAACAATGGTATCTTATATTTCGTGATCACACTTACGTAAGCAAAAATATGCAGATTTCAATTAGGAGGGAAATTTATACGTAAGGGAAATCTATAAAAGTATTAAAAATCAATAATTACAACAAAAGTAAAAAAACATGGGAAAGAGAAATCTCAAATTAATTACTGTAAGAATATATGTTTGTTAAACATGGCAATTTACTGATATATAAAGAAAAATAGTGAGTTTCTTATGTATCTTGAAATAGCTAAAAAATTAAGTATTACTTAATTTCAAAAAGCAAAATGTTTGACTGGTGAACAAAATTAATCTTTCATCTAGCCAATATTGACTTTTATTCTTGCTTTTTCATTTTATCTATGTGTTCCCAATATCGAGAAAAAGTATTGAATTTAGAGTTAGTAGCTAGATAACCTAAATAGAAAGATTTAAAGCCTAAAATTGACTAGTAGCATCTGAAAAATCTGCTATAAAGTTGGGGAAAAGAAAGATTAAATTTAATAAAATTCATCGGTCAATCTTAGAGAAGATTTTTTTGTATAGAGTGAATGACTTAGGCTGTTCGGTAGTGTCGTAAATACCATTTTTAAAATACTCTGTAGGACACAGCCGATGAAACTAAATGAATGGATTAACAACAAATTCGTCCCTTCTATTTCTATCCCCATAGAATCTGAAAACGAACCACTTGTAAAAAGCCAGAAATCTATCAAATTGTCTGTAATTACTCAGTTCTTCCCCCCTGATTATGCTGCTACAGGACAGTTGATTGAAGAACTCGTAAAACAGCTAGGGCAGCAAGGTGTAAATGTTGAGGTATTTACAAGCCAACCTGGTTATGCGTTTCAATCTCAGACAGCTCCCGCAGTTGAATGGGTTGAACGGATAAGAATTCAACGCTCACGGACTGCACAACTTTGGTCTGGTAGGATTCGTGGTAAAGCCGTTAATGGTGTTCTATATACTTTACGTGCATTACTGTATCTGTTCAGAGCTTGGCGGCGCAACAACATATTATTAGTAACCACAGCCCCACCATTTTTACCAGTTATTGGATATTTAGCTTATTTATTATTTCGACTACCTTATGTCTGCATACTTTATGACCTATATCCAGATATTGCGATCGCACTGGGAGTAGTTTCTAAAAATAGTTGGATAGTGCGTTTGTGGAATGAAATTAACAAACAAGTTTGGTTAAAATCTCAGGGAATTGTGGTACTTAGCCCCGCAATGAAGCAAAAAATATTAGCACATTGCCCAGAAGTAGCTGATAAAATTGCAGTAATACATAGTTGGGCTAACCCGGAAGCAATTGTGCCAATTCCGAAGAAAGAAAACTGGTTTGCCCACGAATACAATCTAGTTAATAAATTCACTGTACTGTATTCTGGCAATATGGGTCGCTGCCATGATATAGAAACTATGTTGGAGGCTGCAAAACAATTGCAAGATGAACCCATTCAGTTTGTCTGCATTGGTGGTGGTGCTAAACGTGAAGAATTAATCAAAGAGGTAAATCGTTTAGGACTAGAAAATTTTACCTTCCTACCTTATCAAGATAAACAAATACTTCCTTATTCTTTAACAGCCTGTGATTTATCACTAGTGAGTGTGGATTCAATTACAGAGGGTTTAGTTGTACCTAGCAAACTTTACTCAGCTTTAGCAGCAGGTAGACCAATTGCTGTAATTTGCTCCCAGTCCTCGTACCTTAGAGAAATGGTGGCAGAAGCTAACTGTGGAAGTACATTTGAGAATGGAGATAGTCAAGGGTTAGCGCAATTTATCCGTTTCCTCAGCCGTGACCTCCAAGTAGGGGAACGTATGGGCAAAGCAGGTCGTCAGTATTTGCGATCGCACTTCACACCAAAAGTCATATCTCAACAATACTTACGTGTTCTGCAACGGGCAATATCATCTAATGAGGTCATGCCTAAATCTCAACACAATATAAAGTAAGCTGAGTGAGGTTATGAAAGTTTGGTAATTTCCCAATAATTCTCAAATTAATAAAGCCACAAATGTTCAACTACATGATATAAAAATATCATCAGGTAAATACAAAGTTAAAAACTTGATTGAATTAAACTCTAATCAATAACTTAAAGTTATTGATTAGAGTTTAAAAGCTGGTTTCAAAAATTTCCAGCGTTGTGGAATAATTAACCAACAAAAGTAGCAAAAACAAATAGAATTACTAGTGTAATTGAACATTTTGGCTGTATGTTGAGGAGTTGGGCTTTGATGGTCTTCTTTTGATCTCAGTCCCTCCAACGCAACCTTCCTTGCTCATAGTTGTTGTCTATACAGGAGGTGAAATTGCAGAGAAGGTGTGACCGAAATCGGAAACGTTCTAAAAGACGCGGAATTTACTGTCCGATTCATGGTTGTTATCTTGATAGCGTCAGTCAAAAATATCAGATATTTGCTGATAAACCAGGTCAATTACAACAAAGAGGAATGAGTCGGCGGAATGCCTTAATTTTAGTAGCAAATCGAACAGCAGTTCCTCTCGAAGGAGAATGGTTAGAAGCTTTTTGGTGTGAACACTGCCAGCAGACAAGATGGTATCACGTCCGTAAACGTGACGAGCGTGCTTACGAAATTTCATTAGCACCACAAGAACTATGGCAACAAGCAACAGGAGTCATTAGTTCTTACGGAAATCCTTCTGTAAGTGAATTTACGCGCAGAAGTGCCAGAGATATTACTTATCAAACTCTGAGTAGTTTTCAGGTTGTTAATTAACTAAGCTATTAAATTCCTTCATATATTAATCTTCAATCAAAAACTATGAATAATACGAAAATTGTAGCTAAACAAGAGTTGGTGATTGAAGCTGGACGTACCGAGCAGCAGTATTGGAAAGATATCTGGCGTTATAGAGAGTTATTTTATTTTCTGGCTTGGCGTGACATTTTGGTAAGGTATAAACAAACTGCGATCGGTATTGCTTGGGCATTAATTCGTCCATTTCTGACGATGGTAGTGTTTTCAGTCGTGTTTGGAAAGTTAGCACAATTACCTTCTCAGGGTGCGCCTTATCCAATTTTAGTATTCTCAGCTATGTTACCTTGGCAGTTCTTTGCTAATTCTCTTTCCGAGTGCAGTAATAGCTTGATTGGTAATGCCAATTTAATTTCCAAGGTCTATTTTCCTCGTCTAATTGTTCCTACCAGTGCAGTGGTAGTTAGCTTTGTAGACTTCATGGTTTCGGGGATAATTTTACTAGGATTAATGGCTTGGTATAACTTTGTTCCTACTTGGCGAATTGTCACCTTACCAATTTTTATTGCTATTGCCTTTGCTGCTTCAATGGGTGCAGGATTATGGCTGGCTTCTTTAAATGTTAAATATAGAGATTTTCGTTATATTGTCCCATTTATTGTCCAGTTTGGATTATACATATCACCAGTAGGATTTAGTAGTACCATAGTTCCTGAACAATGGCGATTTTTGTACTCTTTAAACCCAATTGTTGGCGTAATTGATGGTTTTCGCTGGGCGATTTTAGGCGGAGAATCAAACTTATATTTACCCGGATTTTTACTCTCTTTGGGATTAGTATTTCTGCTATTAATGAGTGGAATTTGGTACTTCCGCAAAATGGAAAGAACATTTGCAGATGTTATCTAGTTCTAAAGATAACTGCCTGAACTCATCATCTCTCACTTACAATATTTTAGGATAGGTGATTGCACCAATAAATTTTATGATAGATGTACGATCCTCTTTATTAATAAACTAATATATCAACTGATATCTAAAAAGCTTATGTCTGACACTGTAATTAAAGTAGAAAATCTAGGTAAAAAATATATTATTGCTCATCAACAGCAAGAACCATATACTGCACTAAGAGATGTGATAGCGAATGGTGCTAAAGGTTTATTTAAGTCCTGCCGAAACCAAAAATTTAAACCTGCAAATTATCAAGAAGAGTTTTGGGCATTAAAAGATGTCTCCTTTGAAATTAAGCAAGGAGATAAAGTTGGAATAATTGGTCGCAACGGTGCAGGTAAATCTACACTTTTAAAAATTCTTAGTCGTATTACTGAACCAACACAAGGAAACATCAAAATTAAAGGTAGAGTTGCTAGTTTATTGGAGGTAGGTACAGGCTTTCACCCAGAGTTGACTGGGAGAGAAAATATCTACCTCAATGGTGCAATTTTGGGTATGAGTAAGGCAGAAATCAAGCACAAATTTGATGAAATTGTAGCCTTTGCAGAGGTCGAAAAATTTTTAGATACGCCAGTCAAACGATATTCATCAGGAATGTATGTGCGGCTGGCATTTGCGGTAGCAGCGCATTTAGAACCTGAAATTTTAGTAGTAGATGAAGTTTTAGCAGTGGGTGATGCTAAATTTCAGCAGAAATGTCTAGGCAAGATGCAAGAAGTTAGCACTGAAGGACGAACGTTGATATTTGTCAGCCATAACAATAGTGCTATAGCTAATCTTTGTGAGCGTGGTATTTTTTTAGAAAAAGGTAGGATAAAAGCAGATACAAATAGCACTCATGCTCTTAATCTTTATACTAGCGAATTAAACCAATTAAAATTTATTGCTCAAGCTAATACAGAATATCCAAGTATTTGGAAAGTAGAAGTTGATCAAAGTGCTTTAGAAAAAGGTGATCTAAATGTTCTTGTTTATTTTACTTCTCCTTGGCCACTTGATCCACCTTTAGTTGGAATTGTTGTTTACAACATTCATGGCACACCTTTGTTTGGAACAAATACTTGGTTAGATCCAGAATTCCAACCACAAAGCCTATCTTCTGGAATCGCTACTATGATGATTAAAAATCTACCTTTACATTCTGGAAGCTACAAACTTTCTGTTTGGCTCGGAGAAAAAAATCAGAACTATGATTCCAAACAAGATGCAGTAGCATTTGATTTTATATCTCTAAGTTCTCTACCTCAAGGTCTTTCTCCAGATTTTATTGGGCCATTCAATGTGAAGGGTAAATGGAGATTAACACAGTACAAAGAATTTACAAAAACTTTAGAAATTAAACAATAAGCATTATATTAAGAATCATATTTGATTTCTGAGAAAAATCACGAGGTAGATAATACGAAGAAATTTATCTGTGCTAACAGCGAACAATGATAAACCAAGATATACATCTCCATAAAATTAACAGAGGAACTAATTTTACGTCTTTTCGGATATACGGGGTTTTTAAAAAATCAAACATGATTCCTATATATTAATGGTTATTAGCATAAACAATGCGTCAAAGTTACTTGCCCAAAAAATTAGATTGCTTTACTTAAGAGGCTTGGGTATTGAGATTGATTTTTCCTGCTTAATTAGCAGTAATATAGTTATCAATTTAGGTTATTCACAAGGTCATAAGGGAAATATAAAAATTAGTTCAAAGACACAGATAAGTCACGGAGTTACTTTGGATGCTTGGGGAGGATCAATAACTATTGATGAGAATGTATTTATAGGCCCTTATACAGTAATATATGGACATGGTGGGGTCAAAATTGGTAAAGATACATTAATTTCTATGCACTGCCGAATACTATCTTCAAATCATACAATTCCTGATAGAGATACTCGCATTAGATGGAATCCAGATATTCTTTTACCTGTCACTCTTGGAGAAGATGTATGGCTCGGTGCAGGTGTAACTATTTTAGGAGGTGTTACTGTTGGAAATGGTTGTATTGTTGGTGCTGGCGCAGTTGTAACTAAAGATTTACCACCTTACTCAATAGCAGTTGGTGTCCCTGCAAAAGTAGTGAAAACTCGTTTATGAATCCTCTTATTTCAGTTATTATTCCTACTCATAATCCTAATGGTAAGCGGTTAAACAAAACGCTTATTGCTCTAAAAAACCAGGCTCTTTTACAAGAACATTGGGAACTAATAGTCATAGATAATTTAACGCCTGATACCAGTTATATTCCTAGCTTTGATTTCTCTTGGCACAATTGTGCAAAAATTATTAGAGAAGAAAGTTTAGGTTTAACACGAGCAAGAATAGCAGGAATTAATGCCAGTCGGGGTAGTTATTTAGTATTTGTAGATGATGATAACGTCCTTGATGCAAATTATCTAAGTAATGTAATTACGATTTTTCAAAATCACCCAAATTTGGGAGCTATTGGTGGAAAATCCCTTCCAGAGTTTGAAGTTGAACCTGAGAATTGGATAAAAAATTTTTGGGTTTGTTTAGCACTTCGTGACTTAGGTGATGAGGTGCAAATTTACTCTTTTGATCAACTATCTAAGCAAGAAAAACAACACCCATTATTTGCTCCCATTGGAGCAGGAATGGCACTGCAACGCAAAGCAGCACAATTTTACGTTGATAGTATTGCTGAAAATGTCAATCGGCTCTCTTTAGATAGAACAGGTAAGAGTTTACAATCTGGGGGTGATTGCGACATTAACTTAACACTTTTAGAGGCTGGTTGGGCAGTTGGTTACTTTCCTCAACTGCAACTAACTCACCTAATCTCGGCAAATCGTTTAACCAAAGATTATCTTGCTCGTCTGAACCGTGCTTCATCACGTTCCTGGGTTCAAGTTTTAGATGCTCATAACATTCATCCCTGGCAAAAAATACCTAGTTGGAGTGTTATTCCCAGACAGATAAAGGCGTTTTTTAGTTATCAACCTTGGAAAAGTCCTGCTAATTACATCAATTGGCAAGGTGCTTGTGGAATGTTTGAGGGATTAAGCGGACTTACTGATTGATATAAAGAAAATGATAGAATAATTATGAATAGTAAAACCAAGCTGCTATTTTTTATTCAAAAGAAAACTCTTTAAATAAAAACCCACAAACCTGCGCCATCCCTCTATTCACTTATAGAAGAATAACTACAAAAAATCCTGATTTATCAATCTTATCATTTTTTTGGGAAGATAAATTTTCTATTAAATTTGAATCCAGAAATACAGCATACGATAAAGCTAGAAAATACAGAAATTCATTAAACATTCCTCAAACGGAAGTTCTACAGGATAATTTATTGTTAATTGGCAGGAGGTTACGCAGCATTTTATCGAAAAAATATCAAAAGCCCACCGATGATTGGTGGAATGAAATTGTGAAAATCAGCAAACCCTACAGTAATATTCATATTTAGATTATTTACTAGCTATCACAAAGTAAATTAAATACCAAAGTATTAGTAAAAATGTATTACGATTTGTCCATAATTATTCCTGCCTACAATCGTGCTGAAATGCTGAAGTATACTCTTCAGAGTATAAAGAACGCAATTCATAATTTAAATGTAGAAGTAATTATTGTTGATGATGGTTCAAAAAAACCTTTATCAGAGCAATTGCAAGGGTTTTTGAATTTGCCTATTCGCTTTATTCGACAAATAAATCAAGGTTCAATTGTTGCTAGAAATCGAGGACTCAAAGAAGCAGAGGGTAAATATGTTTTATTTCTTGATTCAGATGATTTAGTTCATGCAGATAAACTGACGTTACAAGTCTCTGATTTAGAAGAATCCCAAGCAGATGTTTCTTATACTGACGAGGCAACTGTCAAGCTTAAGGAGGAATACAGTAATTTAGTCTTTCAACCAAAACGTATTCTTCGCCATGTTAATCACTCAGCAGAGTTTTATTTGGCAGTTCAACCAATTCCTAGTAATCCAATATACAGAAGAAGTTACTTGGTGCAATACTTGAGTAATCCATTAGTTCCAGAAAATAGGATATTTGATCCAGTAGGAGATGTCTGGATTTATTATAATTTGGCAGCTTATGATGCCAAAATCACTAAAATTAATGGTCACTATAGTATCGCAGGTGAACATGAACAAGAAAGGTATACTGATCACTGGGAAAATTTGGGAGTAGCATCCCTGGCAGTAATGATGTCATTTATGAAAAACTGCCCTTCTAGTGATTTAACACATGAAGCGCGTAGACTTGTAGGAGAGTGCGCTTTTATTTCTTGGCGAAAATTGCCGAAAAATTTTAATTCAGCATTTGAACATAACATGATGGATATTTGGCAAAAAGCACCGAAAGGAAGTTTGAATCACTTGGGAGGAAGATTTTTTCAAACTCTAGCAAAACTAATTGGGGCGAAAAATGCGGCTTTCGTTCTTCGACATATACAAAGACCTGATTATTCTCAAATACAAACAGTAAGTTTTGAAGACTTAAAAGAAATGGTAGCTATTCTTCATAGCATTTAAATTATTAGCAAATTGAAAGATATGGCGATATCGGATGAAAAATCATAAACACAATATAGTTAGTGATCACCTCCGCCATTATGCCAAGGAATGGAAGCTAGGAGAGATCGCCTATATATTCTACTATGCTCCTAAAGGATTTGTGCAGAAAACAATGCACAAAGGCCCTCTTAATATGGTAATAGACCATTTTTCAAGTATTCAGATGGAACAAGCAGCTTATAGTTTATTACCAATTAGCCCGCAAAACTTACAACAATCACTTGATATCTATTTTTTGACTGGTCGAAAGTTTTGGTATCAGACCTGTTTTTGTGCTTATTCAATGGCACAACATACAAACTTAACTTTGCGACCAATTATTTATGATGATGGCTCTCTAGAAAAGAAGTATCAAGCTCAAATTATTAAAATTTTTCCTAATGCCAAAATTATTCTTAATCCAGAAATTGAAGAATATATAAATCAACACTTACCACAACACAAATTTCCATATCTGAGAGAACGCCGCCTCAATTATCCAAATATGCGGAAGATAACAGATATTCATACTGGTTCTAACGGTTGGAAACTGGTACTTGACTCAGATATGTTATTCTTCCGCACACCTGATTTTCTGTTGAACTGGCTCAAATCTCCTCAGCAACCATGCCATATGGTAGACGTAGAAAATTCTTATGGTTATTCAGATGCTTTAATGGTTTCCTTAGCACAAGCCGAAATTTCTGAAAGGCTAAATGTAGGAATATGTGGTTTAAAAAGTGAGGATATTGATTGGGATAAGCTCGAATATTGGTGTAAAACAATGATTGAGCAGCAAGGTACTCACTATTATCAAGAACAAGCACTTGTCGCTATGCTTATGGCTGGTAAATCCTGTGCAGTTGCGCCAGATGAAAACTACATCGTTATGCCAAGTCGAGAGGAAGTCATTAAGCCTAAAGCAGTGTTACACCACTATGTTGCAGACTCCAAGCCTTGGTATTTTCGTTACGGCTGGAAGCATATTGCTCAGAATTTGTTTTTAGGTCAGACAAACTCTAATATATAAATTTAATGGAGCAAGTTTCATGAGACCTTTGGTTTCTATACTTATACCTTGCTATAATGCTGAACCTTGGTTAGCAGAAACATTGGAATCTGCCTTACAGCAAACTTGGAAAAATATAGAAATAATCTTAGTAGATGATGGCTCAACTGATGGGAGTCTGACAGTAGCCAAGAAATTTGAGCCAAGGGGCGTTAAAGTTATCAGTCAAACTAACCGGGGAGCAAGTGCAGCTAGAAATCGAGCGATTCAAGAGGCGAAAGGAGACTTTATTCAATATCTAGATGCTGATGATTTGTTAGCACCTGACAAGATAGAGCTTCAAATGCAACTTCTAAATTGCGATCGCAATTCTGATTACATTGCATCAGGCGCATGGGCAAGATTTTACAAAACACCATCAGAAGCATTATTTAAGCCTCAACCTCTTTGGGCAGATATGTCACCTGTTGAATGGCTGATTTGCGCTTGGGAAGGCAATTGGATGATGCACCCTGCTGCTTGGTTAATCCCCCGTAAAATCTTTGAAGCAACAGGTTTTTGGAACGAAGGCTTATCCTTAAATGATGATGGAGAATATTTTTGTAGGGCATTATTAGCTAGTAAAGGAGTAAAGTTCTGTGCAGATGCTAAAACTTATTATCGCTCTGGTCTTCAAAATAGTTTAAGTAAAGCTACTTCTAGAGATTCTTGGGCATCGGCTGTTAAAGCATTACTACTATGTTTAAATTATCTACTTACAGTAGAAGATAGTTTTCGTACTCGTCATGCTTGTGCTACACTCTTGCAACGTAACATATATAGTATTTACCCAGACGTTCCAGATTTATTACAAATAATCGAATCTAAAGTAAAAATACTTGGAGGCTCTGACCTGAAACTTGATTCTGGCCCTTTAATAAAACTTATAGAAAATATTTTTGGCTGGAAATTAGCAAGAAGACTTCAGAAGCTTAGACGTATTTATTTGCCGCAGTTGCAAATAAAATAATAAGTATAAACAAAATATTAATTATGAGAATTTTATTAAGTTGTTTACAGTCTCTGCATAAACATCCAATCCCAGCATACAAGTTTTGGGAAGATTATTTTAAAAAAGGAATTGAAGAAGCAGGGCATGAATGGATAGAAGTAAAAGAAGTTGATTGGGCGGAAGGTTTAGTTTATTCAGATACTAAAAGATTACAAGAGTGGCGCGATTTTACATGGGAAACTACTATTAACTATATTAAAAAACAACAAGAAATCGAAGCTATTGATTTATTCTTAAGCTATTTATTTCCTCAACAAATAAACTCTGATGCTATTAAGCATATCCAGTCATTAGGTATACCTTGCGTCAACTTTTTCTGTGACAATGTTAGAGAATTTACACAAATACCTAATGAATTTTACTGCTTTGATTTACATTGGGTTCCAGAATTTAAGGCATTAAAAATGTATCAGAAGGCAAAGCTTAAATATCTTTATGCACCTATGCCTGTTTGGATTCCACATCATCAGAGAAGCTATAAGCATTCAGAAAATTACGGTGTTAGCTTTATTGGTTCTCGTGATGTACAGCGTGAAGCATTACTTGCCCAAGTTTTATCATTTGTTCCTATTGAAATTAGAGGTAGTGGATGGGATAATACCCCCTTTAGTTCATCAATTTCTTCTGTATCTAAGCACCAAAGCTTTTGGCAAACAGGTATTAATCAATGTAAATTTATCTCTCACCAAGGTACTTTAGCCTGGTTAAGAAAATTAAAATCTAAATCAATACCAAGAATTGCTAACGATACCTTCACCAATTTTGTTAAACAGCAACCAAATGCAGATGAATACACAGCAATTATTCAACAAAGCATAATTACTTTAGGTATCAATCGCTATCCTAGTTATCGTTATCCATTTTCTAACCCTGATACTTACTCTCGAATGCGTGATATTGAAGCCCCAATGATGGGAGCTTGTTATTTAACTGAATGGACAGAAGGACTGGAACATCTATACGATTTAGGAGAAGAAATCGAAACTTATCGTAACGTAGACGATCTAGTCGAAAAAATTCAATATTTAATTAAATCTCCCGATGTAAGACAAAAATTAAGATACAAGGGTCAAAGAAGAGTATTATCAGAACACACTGTTTCCCAAAGTATCTCTAAAATATTCCGAGTAATAACGTGAACCAAATTTATACTACCTTTAAAATTGAGTTGAATACTACACTTCAGTCTACATTAATCTGGAAATGAAAACTGATTGATGGCAAAGATACTAATTTTAATTGGTGGACATCTCTGCACAGCTCCTCGCCCTCAAAAAGAAGCAGAAGCCTTAGCAAATGCAGGTTATGATGTCACAGTTCGTGGTTTTTGGTTTGATCCTGAGTTAGTAGAGCGCGATCGCCTAATCATAGCCAACAAAAAATGGCGATTTGCACCTATTATCGACTTTCAACCAAGCCAAAGATTCAACAACTGGGCTGTTCGCCTCCAAGCACGTTTAGTTAAAGAAAAATTTCAACGTTTCGGAATTTTTTCACCCGAATTGCTGGGTTATGGAGCAGAAGCAATGTTAAAAGTTGCTTTAAAAACCCGTGCAGATTTAACGATAGTCCACTCAGAAGCAGGACTTTGGGTAGCAAATAAACTTTTAGATCAAGGCTTTAAAGTAGGTGTAGATTTTGAAGACTGGTTTTCTGAAGACTTATTACCAGAAGCTCGTGTCAGCCGTCCTATTGAGCAGCTAAAAAGTCTAGAAAGTAGGCTAGTAAAAGAATGCACCTATTGCTTGACTACATCCTATGCCTTAGCCGATGCTCTAGCTAAAGCTTACAACGCACCCAAGCCCACAGTTATTTATAACGTTTTTCCCTGGTCTGAGCGATCGCAAATTGACCATCAAAAACGCGATCGCCGGAATCTGAATTTACCCTCTGTTCACTGGTTCTCTCAAACTATTGGACCAGGACGTGGACTAGAAACCCTATTTCAGTCTTTACCTTACATCAACATTCCTTTAGAAATACATTTGCGAGGTAATTATCCTGAAAGTTCCCGCCAATGGTTAGAACCATTAATACCTGAGCAATGGCGAGAGCGTCTATTTATTCACCCTACTGTACCCAACAATGAGTTACTATCACGCATCGCTGAACATGATATTGGTCTAGCTTTGGAGCGCAGTGATATTCCTAGTCGAAATCTTACAGTCACAAATAAATTATTTCAATATCTACAAGCCGGTTTAGCGATTATTGCTACTGATACGGCTGGACAAAGAGAGATTTTATCTCAAAATTCTGCTATTGGTCGATTGATAACCAATAATCCAATAGAACTAGCCCAAGCAATTAATGACTTATTGAAAGATTCTAATACATTAAATACAACTAAATTAGCTTCTTTGGAAATTTTTAAAGAAAAATTTATTTGGGAACAACAGCTTGATAAATTATTGCAATTAATGCTTAAAAATTTGGATAATTAAGGAGTATGCTTAAAGTGATTAAGTATGGAAAAGTATGAATTTGTAGAAAATAAAATTGTGTTTTTTTGAAAAAAATCTACTTAAATCATGAATCATAGATATATTATTGGGAAAACTTTGTCTAATATTGGCAATACGATATTAGCATCTGAGCTTATGCCTTTGACCAGGATAGTACCTCAAGGAATTAGCTATCCATATGATATTAAAAGAATAGCTAAAAATAGGAAAATTAAAACAATATTTGATGTGGGCGCAAACATAGGGCAAACTAGTAGATTCTTAAACTGGCATTTCCCACAAGCCGAGATATTTGCATTTGAACCAATAAATGAAACTTTTAAAACACTACAGAAAAATACTCACTACTTAAATAAAATCCAGTGTTTTCATTCAGCACTTGGCTCTCATGAGAGCGAAAAGTTAATTTACATCAGAGAAGATTCGGAACTCAATACTTTGATTGAGCCTAGTGAATTACCCTCAAACTTTAAAAAAACTGAAACGGTAAAAATTACAACAATCGATACAATTGCTAAGAAACGTCAACTAACTAGTATTGATATTCTAAAGATGGATGTGCAAGGGTATGAATTAGAAGTTATTTATGGTGCTGAATTTTACGTTAAGAATAACTTAATTAATTTCATTTATGCAGAAATAGATTTTGATGAACATAATAAAGAATGCCAAGATTTTGGAGAATTAAACAAATTTTTAGTGAAAAATAATTTTAAGTTTTCTGGCTTTTATGAAGTTTTTAGATGGGGAGAGAACAAAAGATACTTTGGCTTTTGTAATGCTCTTTTTGTTAATTGTAATTTATAGTTTTAAGTTGTGCTGGCTATTATATGACATATTGGAATCCACAATACAAAACCCTAGACCACTGGCGTGGTATTGCTGCTTTATGGGTGATGCTTTTTCACGGTTTTGGAACTACTTTTGATAAATCTCTTCATCCATTAGTGGAAATAATAAAATCCGTTGCGGCTCCTGGTTGGTTAGGAGTGCATATTTTCTTTGTTATTAGCGGCTATTGTATTACAGCCAGCGTCTATAAACTAATTCTTAAGGGTGGTAGTTCATGGGCATTTCTACAAACTAGAATTTTGCGTTTAATGCCAACTTACTGGATAGCATTTTTATTAACTTTAAGTTTAAATATTATATCTTCACCTTTTAATAAAGTGAATTTAGCAGATGCAATTCCTTCTTCATGGGAGATTTGGTTCGGAAATTTGTTTCTCATACAGCCCTATTTGAATGTTCCTTTTTATGTTGTTGTCTACTGGTCATTGGTGGTAGAAATAGGATTTTATTTGATTGTTGCTACTCTTTTAATAATTAGAAACAAGATTAGTCAAAATTTATCTTTGTTCCTGGGATTATTCTTAGCATTTATGGCAATATTTATGCCTCATGACTCAAAGCTAGGTTGGATAAGATATTGGTCTGAATTTGTATGTGGATCTCTAGTATTTACTGCTTTATTTGCGAAGCATAAAAATCATACTTATCATCAAAATCTATCTATAACTTTAATTATGATACTAGGTGCTATAGGCGCTTGGATTCACTTGATTCATGATCAAAATCAACTCTGGTTTAGTAGTATTTTCGCAATAATCATTTATTTGTTATATAGGTTTGATAATATTATCAATTCAATTAACTTGATAAATTGGCTTAAATCTTTTGGTTTAATATCATATTCGCTTTATCTACTTCATGTTCCCTTTCAAGGAAGAGTAGTAAATCTAGGAACAAGATTTATTCCCGTTGACAGCATAATGATACTTGTACTGCAAGTGTTAGGATGGGCTGTGGCAATTACCGTTAGTATTATCTTTTTCAAATTAGTTGAAAAACCTTTAAATAACTGGCGATATCAACAAAGAATAGCTAAATCATAGCCATGAAAATCCTGCTTACAGCCGATCCTGAATTACCAGTACCACCAAAACTATATGGTGGCATTGAACGTATTGTTGATTTACTTGTCGCAGGATTGCAAGCTCGTGGACATACAGTTGGACTGGTTGCTAACGCTGATTCAACATCACCAGCAAATAAGTCTTTTGCTTGGCCAGGGAAGCGATCGCAAAACAAATTAGATGCACTCCAAAATACATTGACTCTATGGTCAGCAGTGCAGCAGTTTCAGCCTGATATTATCCATAGCTTCTCGCGTATCCTGTATTTATTACCCCTGTTATCCTCTGATATCCCCAAGGTGATGTCTTATCAGCGAAATCCCAGCCATCGCACCACTAGCTGGGGTGTCAAACTTGCCAAGGGTTCTCTGACTTTTACAGGTTGTAGTAATTATATTTGTAACATTGGACGAAAGGCTGGGGGTGTTTGGCATACTATCCATAACTGTGTAGAACTAGAAAAATACACTTTTCAACCAAAGGTAGCTCCCGATGCACCCCTAGTATTTCTCAGTCGAGTAGAGCGAATTAAAGGAGCGCATACAGCGATCACTATTGCCAAAAAAACCGGACGCAGCTTAATTATTGCAGGTAATCACGGTACAACCGGAGAAACTGGTAAATACTGGCAAGAAGAAATTGTTCCTCACTTGGGAAAAGATGGGATCGAGTATGTTGGGACTGTAAATGATACTCAAAAAAATGAACTTCTGGGACAGGCTGCTGCCATGATTGTTCCCATAGAATGGGAAGAACCTTTCGGGATTGTTTTTGCTGAAGCTCTTGCTTGTGGTACTCCTGTAATATCTTGTCCCAGAGGAGCATTACCAGAGATTATCAGGCAAAGTATTGATGGTTACTTAATTAACAGTATTGATGAAGCTGTAGTAGCCATTAACAGTTTACCTAAGTTAAATCGACAAGATTGCCGTCAGCGTGTTGAAGAGTTTTTTTCTACTAATTTAATCGTAAGCCAATATGAGCAGATGTATCATAGTTTAGCTACCTCTATTTTCTAACATTAAATCTAGATAAATTAAGATTTTGCAAAATGCTGAAACAAAATATTATTTATATCACCAAATTGCTAAACAGTCTTATGGAGTTTGTTTTTATAGAAAAGAGACTTCCGCAAAGATTAACCGAGAATTATATATTTCAGTATCCTAGTTTTATTAAAAGTTATTTTAACAATAAATATAAGATTCCTAAATATGAAAATATTGCTGTTGTTGATTTAAATAATGTACAAAAAAGATATCTTTTTCAGATTTTATATTTTCTCAGTATGTCACATACACAACTTATTTTTATATGGGATTTTAATATTAAAAATTATATAAAATTAGGTTATGAAGGAAGAAGACTATTATCTATAAAAAATCTAAAAATAGTTAATAAAATACCTGATGATTTAAAAATAACAACACTTGTTACTGAAAATCTTCAACAGCATAATTATTCAGTCAAGCCAGAAAAATTGCGAATTCTTGTGGAACAAGATGTGGCGCAGAAACCTTGCTCAGAGTCATTTTTAATTCCTTATTCAGTTCATCCATCTTTCCTCCAAAACTATCAACAATATACTAATAAATTAAGTGAATTTAGAAGTAATCACAGATTATGGTCTATTTTATTTTCGGGAAACGTTGGGTTTGTAGGTGATAAACACTTAGTGGAAAGATATTATGGAGTTCCTTCGCGTGATAGAAGTGTGGAATTTTTGATAAAACACACAAAACAATTGAATATAAAGGTAATTGATAACATTTGGGAAAGAAAACATTTGACAAAAAAAGCAGAGAAATACAGTAATTATTCTCTGCTTCTTTGCCAGAAAAAAGGATTGCAAGAAAAATGGTTGATAGAGTTGTCAAATGCTAATTTTTTCTTGGCATTACCTGGTGGATATATGTTGATGTGCCACAATGTAATTGAAGCAATGTCAGTAGGTACAATACCTATCATTTCTTATGAAAACTGGTTGTATCCTAATCTAATTCATGGGAAAAACTGTTTAGTGTATAAAACGTTAGACGAAATGTATGACTTAATTGATAAAATAACTCAGATAGATAATGACACTATCAACATCATGAAAAAGAATGTAATAAATTATTATGATGAATATCTTAGTTATTATAAAATAGTAGATTTTATAAAAAACTATAAAGGTGCAAATTTATATTTATATTTCAATAATGAAAATGCTGAAATACTAAAGAATGTTACAAATGAATCAATTTTAAGTTGTGGGGGTGGTCTTCAAAATATTGCAAATAAAAATCTATGAGAATAATTAAAATTGAAAACAGCAATTAAATTGTGATATCTGATGTATCCTACTTTAAAGCGTAAAGTTTTAATTGTTAGCCCCCATTTCCCACCAATTAACGCCCCCGACCATCAACGGGTGCGAATGTCTCTACCCTACATGGAACAATTTGCTTGGGAAGCACACGTTCTGACAGTCCGTCCAGATTGTGTTGAAGGGATTCAAGACCCCATACTATTAAAAACAATTCCCTCTCATATTCCCATTACATACACAGGCGCATTACCTGTTAAACAAACTCGGCGTATTGGTATGAGTAGTTTGGGGCTACGATGTTTACCATATATTTTACAAGCAGGCGATCGCCTACTTCGTCAACAAAAATTTGATTTAATCTACTTTTCCACAACCGTATTTCTCACCATGTGGCTAGGTAGTATATGGTATCAAAGTTTTAAAATACCTTATGTCTTGGACTTTCAAGATCCTTGGCTCAGTGATTACTACAAACAAACAGGAACTCAGCCACCAGGAGGACGCTTTAAGCATGGATTTGCTCAACTCCAAGCAAAATTATTAGAACCAAAGGCTGTAAGTCAAGTTGCTCATGTAATTAGCGTTTCACCAGCATATCCAAAAACCTTACAACAACGCTATCCATATTTAAAACCCGAACAATTTACAGTTCTACCGTTTGGTGCGCCTGAACCTGATTTCTCAGCACTTTCTAGCCTGAATATTCAGCAAACAATCTTTAACCCCAATGACGGTAAACGCCATTGGGTGTATGTAGGACGAGGCGGCTATGATATGGCTTTAGCGGTGCGGTCTTTGTTTTTAGGTATTCAGTCACACCGTCACCAAAACCCAGAAATTTGGCAGTCTGTACAGTTACACTTTGTTGGTACTAGCTATGCTCCTGGTAATTTAGCTGTCAAAACTATAGAGCCAATAGCTCAAGAATTAGGGATTGCAGACTTAGTAACTGAACATCCCCATCGCATTCCTTATTTTGAGGCACTACAAATTCTTGTCGATAGCGATGCTATTGTACTAATTGGCTCTGATGATCCTGATTATACGGCATCTAAACTTTATCCCTGCATTCTAGCCAAAAAACCTATCTTAGCAATTTTCCATCATCAAAGTTCTGTAGTTGATATCTTGCATCGCTGCCAAGCAGGCCAAGCTGTAACCTTTACTTCAAAGCAAGAACCACAAGATTTGTTATCCCAAGTCATTACGCAACTAAATTGGTTACTATCTATTAATAAAGGATTTCAACCAGACACCGATTGGTCAGCCTTTCAACCCTATACTGCTAGAGCAATGACTCACAAACAATGTGCCATTTTTGATAGATGTCTTACCACTGCTGGATAAATTAATCATTATGAACCAATCTATCAATTCAACACCTCAGTCATGGGTATACTTACCTTCTCCACCAAAAAAAGAACAGAAACAATTATTGAGGGTGTTTTGGTTCATATCATTGGGATTGGTTTTCTATGAACTTTTTTTAGTAAAAGATACTCCCTTTGTAAGTAAATTAGGTGCTGTTTTCGTCACCGTTGCAGCTTTGTTACCTAACTATCTTTGGTGTTCAGGTCGTGCTAAGGGAATGCCTGTTTTTCCCTTTTTTGCTCTTACACATATTTGGACTTATGGCTTACCCCTTGTAACTCATCATCCCACTGTTTTAACTTACTCTGTAGAAAATCAATTATTTGCCAGTCTGACTGTAGCTGGATTTCTCATCATTGGAACTTCAGTATGGTTTTCATTTGTCAAATCTACACCGCGAACACTTAAATTTTACCGAACTTTAGGTAATCGCAAGGGCAATAAGTTTTTCTTCTTTATTTTAATAGTTGGTGTTTTTTTTAATGTGTCTTTTTACGGGAATTGGGGTTGGCTATCTCTTATAAACGGCGGTTTATTCACCGCATTTCGTGCTGCCATTTTAGGACTAAATGCACTGGCTACTTTTGTCCTTGCTTATCAGTTAGGTAATAAAGAATTAAACAAACTGCAAAGTATATTGTTTATTTTTTTATTGTCTGCATACATGATAACAAACTCATTAGGCTATTTGCTTGTGGGTGCTTCTAGTTCATTTCTACTTGCAGCGATCGCTTTTACGATTTCCAGCAAAAAAGTTCCTATAATACCGATTATTATAGTCCTAGTATGCGTTTCTTTACTCCACTATGGCAAGGGTGAAATGAGACATAAATACTGGGGTACTACACAGTATTATCTTCAACCCTGGGAATATCCTACTAGATATGCTGAATGGATAGGTTATTCACTAGACTATGTTAATAAGCATAATGATCAGGAGAATTTATCTAATAAAGAAGAAAAATCTTCATTTTTTGAGCGTGCTAGTGTAGTTCAAATGCTACTTTTAGCTCAAAAGAAAAGCCCATATCCTATCCCATATATGTATGGACAGACATATTCAATATTACCAGAGTTAATAGTCCCACGAATATTTAACCCTAATAAGATTAGGTCGCACGAAGGTACAAGTTTGTTAAATATACATTATAAACTTCAAACGCGCGAACAGAGTTTAGCAACTACTATTGGCTGGGGTTTACTAGCAGAATCATACGCGAATTTTGGATTAATGGGTTGTGGCGGATTGGCAATCATACTAGGTGCAGCCTATGGAAAAGCTACTCGTTGGAGTATTAATGCACCAATTCTTTCAGTTCAGTCTTTATTTGCTGTCATGATGATGTCCTTTGCATTTCAATCAGAATATTCTGCTGGAGTATATGTTGCTGCTTTATCTCAATCAAGTACAGTTCTAACTGGCATCGCACTTTTTTTAATGAAGAAACAGCGAGTTCCTAGTTATAGTTTTCAGGGAAGAAGAATGCTTTAAATCATGAATAAAACTAAATTAGCCATTATTACTTCTCATCCAATACAGTATTATGCTCCTTGGTTTCGCTATCTAGCTCATGATGATCATTTACAAATTAAAGTGTTTTATTTGTGGGATTTTGGTGTCACCCAAAAGCTTGATGCCGGATTCCAACAAGTTTTGCAGTGGGATATCCCTTTACTAGATGGATATAAATATGAGTTTGTACCAAACGTTAGTTCTAAACCAGGAGTTAGTCATTTTTGGGGGTTACAAAATCCATCTTTAATCTCACAGGTAAAAGCTTATAATCCTAATGCAGTGTTGTTGATGAATTATAACTATGCCAGCATCTATAACTTTTTATTGCATTGGGACTCCCGTAGAATACCGTTACTATTTCGAGGTGATTCTCATCGCCTACTAAAACCTACTGGAATCAAAGCCTGGGCGCGTCAGCAATTTATTACCCAAATTTATCGGCGTTTTGCTGGTTGTCTGTATGTAGGAAAAGCAAATTATGAATATTTTAAATATCATGGTGTACCCAGTGATCAGCTATTTTTCTCTCCTCATACTGTAGATAATGATCGCTTTTTTTCTCAAGCTGCTCATGCTAAACAGCAAGCAATAACTTGGAAACAGGAATTGGGCATCCCATTAGATCATGCAGTGATTGTATTTGCTGGCAAGTTTGAACCCAAAAAACGTCCTTTAGATTTACTACAAGCTTTTTTAATTGCGAACTTATCTCAAGTTTCCTTACTATTCGTTGGTGGAGGTTCTTTAGAAACAGACTTAAAAGCAACCGCCGCAAAACACGCAAATATCTACTTTGCGCCTTTTCAAAATCAAACTTTGATGCCTCGTACTTATGCAATTGCTGATTTATTCGTGTTACCTAGTTACGGTACTTCAGAAACTTGGGGACTAGCGATTAATGAAGCAATGTGCTTGTCTTGTCCAGTAATTGTCAGCAGTTATGTAGGTTGCGCTCAAGATTTGATTTATCCGCAACGCAATGGGCTTGTGTTTCCAGCTGGTGATGTGTCAGCTTTAGCTGCTAGTCTGCAAGAAGCATTTTCTGATCGTCAGCGTTTGCAACAATGGGGCGAGGAAAGTCAAAAAATTGTTTCTCAGTACAGTTATACTCAGGCAAGTCAGGGTTTAAAACAAGCATTAGACTATGTAATTTCATCTATCACGCCAAGTGAAAGTCAGGTAAAGCTAGTTATTTAAACAAAATAAGGCATTGCATAATAAAGGGATGAATTGAGGACACCTACTGTGCAATGTCCATACTGCGGAGCTACAAAAATTCGTAAGAACGGAAAGCGAAGAGGTAAGCAAAATTACATTTGTGTATCATGCGCTCGCCAATTCATTGATGTCTACAGCCCACTAAAAAGATACTCAGATGAGAAAAAAATAGAATGTTTAAAAGCATACGTTAATGGTGCTGGCTTTAGAGCAATTGAACGTCAGACAGGAGTTCATCATACGACGATAATTAACTGGGTAAAACAAATTGGTGAAAACTTACCAGAGGCACCGCCAACAGATAAAATACCATCCGTTGGGGAATTAGATGAACTGGAAACTTTTGTGCAGTCAAAAAAAACAAAATTTGGATATGGACGGCGTTAGACCACTTTAGTCAAGGAATTTTGGCTTGGGTTGTAGGAGACCATAGCGCAGAAACCTTTAAACCTTTATGGAGTATTGTTAGCTTCTGGGGATGCTATTTTTACGTCACAGATGGATGGCCTGTTTACGCTAGTTTCATTAACCCAGGAGACCATATTATTAGCAAAACATATATGACGAGAGTTGAAGGAGAAAATACACGTTTACGCCATTATCTGGCACGTCTACATCGCAAAACATTATGTTACTCCAAATCTGTAGATATGCTTAAGCTATCCATTAAATTGTTACTACATTACCTTAAGTATAGAGAAATACCTGTATTTAGCTAATTCATCCCGCATTTATGCAACGCCCAAAATAATATAATACCTACACAATTTTCCCAAAAGTGATTAAACAGCCCTCTAGCAAAAGTAAATACCGCTTTCATCTTTGGTTTCCTGCCCTATTCAACTCAACAGGGGGGATTCAGCGTTACTCTTCTTTGTGTTTAACAGCATTTCAAAGTCTTTACCCTGATTGTGTCTACGATATTGTGATTAAACATGATACAGGTGTACCACCAAAATCAGCTAATTTATGTTTTCATACGGCTGGTAATTGGCCTTTAGCCTTACGTACTCCAGCCCTTGCGGCTCAAATGATTGGTCTTGGGCTTCAGCAACGTCCCAAATTGATTTTTTCCACCCATCCCAACTTTAGTGTTACTGCTAACTTGTTGAAAAAGTTAATAGGCATTCCCTACTGGGTTGCAGCACATGGTATTGATGCTTGGGATATCCAAAATCCCCTAGTTAAGAAAGCCCTAGAAAATGCTGACTTGATTTTAGCCGTAAGTAGCTATACGCGCGATCGCCTTTTGCAAGAACAAAAACTACAGCCAGAGAAAGTTGTAGTTCTACCCAATACCTTCAATGCTGATAATTTTCAAATTGCATCTAAGCCGGATCATCTCCTCAAACAATATGGCTTAAATCCTCAGCAACCAGTTATTCTTACTGTTACCCGTCTTTCCCAATCACCACAAAGGTGTAAGGGCTATGACAAAATTTTGCAAGCTTTGCCTCAAATTCATCAAGCTATTCCCGATGTGCATTATGTTTTAGTGGGGGAAGGAAATGACCGCGCCAGAATTGAACAGTTAATAGTCAAACTACAACTCCAAGACTGTGTAACCTTAGCTGGCTATATCCCTGATCAAGAACTGCGGGATTATTATAATCTTTGTGATCTTTTTGCCATGCCCAGTAAGGGTGAAGGCTTTGGCATAGTTCACCTAGAAGCTATGGCCTGTGGTAAACCCACTCTGGGAGGTAATCAGGATGGTGCTGTTGATGCACTTTGCCAGGGAGAATTAGGCGCGCTGGTTGACCCAGATGATATAGAAGCGATCGCTCAAACTATAATTCAAATATTACGTGGGGAATATCCTAACTCCCTTATGTACCAACCAGAAGAATTAAGAAATAGGGTGATTACCAAATTTGGTTTTGACCACTTTCAAGAGAGCATTGGTTATTACTTTGAAAAACAGTTTAAGTAAATAATATTTTATATTCCTCTAATTTATTAGAACAACAAATATTTTATAATTAGTCATAATAGCTGAAAAGCAACAAAAAATTATATGCTGTTGCAGCCTAAAATAGTAGTTAATAAACCTCGAATTTGCCAAGTAGTTGCCAGTATCAACGAGAATGTCGGTGGGCCTGCTTACTCTATCACAAATCTAGCAAAAGCTTTATCTCATAACAATATATATTCACACTTATTCACTCTCGACTATCAATTAAATGGGCGACAGCTTCCTGTTGAAAGTGTAGAATTACATAGTCTAATTGCTAAAAAACTAGCAATATATGTCAGAGGATGGCAACCATCAGCTAGTAATTATCTGACAAAACTAGCATCACAAGAATTAGACCTAATTCATAATCATGGATTATGGATGTTTCCCAATCTTTATGCTCGCAAGGCGGCAGTTCGTAACAAAATACCTCTAGTTATTTCTCCTAGAGGTATGGTAGAATCATGGTCATTAAACAATAGCTGGTATAAAAAATGGCCTGCTTGGTTGTTATACGAGAAGCACAATTTAGATAATGCTACTGCCTTTCATGCAACCTCGGCTGAAGAAGTTCAGTCTATTCGCAACTTAGGATACAAACAACCAGTCGCGCTAATTCCTAACGGTGTTAGCATCCCTACAACTAATGAACAAGCTAATAGACAAGTATTAACCGAAATATTTCCTGAACTAGCTCAAAAAAAATGGTTGCTTTTCCTCTCAAGAATCCATCCAAAGAAAGGCTTGGATAACTTACTATACGTGTGGCAATCTTTAGCTAATTCCTTTCCTGATTGGCATCTAATTATTGCAGGTGCAGACTTAATTGGCTATCAATCAGAGTTACAAATGTTAGTTGAAAGGTTCAACTTGAAGCAACAGGTAACTTTTACTGGTATGCTTTCTGGACAATTGAAATATTCTGCCCTGACTAATGCTGATTTATTTGTATTGCCTACTCACTCAGAAAATTTTGGCATTGCGATCGCAGAATCGTTGGCTTACGGTGTGCCTGTTGTGACAACTAAGGGCGCACCTTGGCAAGAATTAGAAACCCATAGCTGTGGTTGGTGGATAGAAGATAATCAGCAAGCATTAGCGATTACTCTGACTGAGGCAATGAAAATTTCTGCTGCGGAGAGACAGAAAATGGGTGATAGAGGCAGAAATTTAGTACAAACAAGATATTCTTGGAACTCAGTAGCCAAGCAGATGTCTGACTTTTATTACTGGATTCTTGGTGGTGGCGAACCGCCTATTTGTGTTCACCTTTATTAGTTTTAGGGAGACATCAGCATGATTATTACTATTGTTACAGGGCCTTGGTTTCCCCTTCCTGCCATACAAGGAGGAGCGCATCATCGTCTCTGGCAAGGTTTAGCAGAAGAATTTGCTGCCGCAGGCCATGATGTCACTATCTTGTGTCGTTCCTATCCAGGGCAACCTCTAACAGAAACAATCAATGGTGTGCAATACATACGTCGGGGTGGATTTCCCCAAAGTACAAATATCTGGCTTGACCTGTTGAAAGATTTAGTTTATGCTCTTTTGACTTTTCCCACATTACCAAAATCAAACATATTGGTCATCAACGATTTTTGGTTGCCTGTATTTGCTCCTCTACGGTTTGGTGTTGGCAAAATTGTTATTAGTGTTGGACGATTTCCTAAAGGACAATACCGTTTATATGCTTATGCACATCGCTTTATCGTACTATCAAAAGCACTTTATGAAGGTATTGCCAAACAATATCCTGATGCTATTCCTCGCATAAAAATTATTCCTAATCCTGTTGACACACAAATATTTTCTCCACCTACTCTACCAAGACAAGACAGAGGAGAGAAAGTAATATTATATGTGGGTAGAATTCATCCCGAAAAAGGAATTCATTTATTATTAGAGGCGTTTTCAATCTTATCAAAGCAAATATCTCAAGTCAGACTCAGGATTATTGGCCCTATAAAAAGTAGTCAAGGTGGTGGTGGTGAAAAATATTTTGATCAATTGCAACTACAATCAGAATCTCTTAACGTTGAATTTTTAAACCCAATTTTTGATACCAAAAAATTGGCGGATATATATAGAGATGCAGATTTGTTTTGCTATCCTTCATTAGCAGAAAAAGGAGAAGCCTTTCCAATCGCACCTCTTGAAGCAATGGCAACTGGTCTAGTTCCAATAGTATCTAATTTATCTTGTTTTCAAGATTATATTCAGGATGGAGAAACAGGGTATTTCTTTAATCATCGTGGTAACGATGCAGCACAAAATTTAGCAGCAGTGTTTACCCATGTCATTCAAAACCCAGAAAAAATATCTTATATGAGTATGAAAGCTATTCAAAAAGCATGGGAATATAGATATGAGAAAGTAGCTGATTTATATCTTGCTGATTTTAAGCTTTTATTAGAAAAATAATTAAAATAAATTTTACGTAATTGAACCAGATATAAGTCATTATATAAATGCTGACAAAAATTACTCCCCTAATACTTACCTATAATGAAGCTGCCAATATTGATCGCACACTGCAACATCTTGACTGGGCTAAAACAATTATAGTTATTGACAGCTACAGCACAGACGAAACCTTAGAAATATTATCTTGCTATCCACAAGTTAAAGTTTTTCAACGTAAATTTGATACTCATACTCAACAGTGGAACTTTGGATTAGAGCAAGTTGCATCTCAATGGGTGCTTTCTTTAGATGCAGACTACATCGTTACAGATGAACTAATTACTGAAATTGCATCTTTGCCAACAAATGGATTAGTAAATGGCTATGCTGCCAAATTCAAATATTGTATTCTTGGTAAACCCTTAAGAGGTACTATACTTCCTCCGCGCCAAGTTTTATTTCGCCAAGATAAAGCAATTTATATAGATGATGGACACACTCAACTTTTGCAACTAACGGGCCAGTGTGCAATGCTTTCTAACTACATTCACCATGACGATCGCAAATCCTTGACGCGTTGGCTATGGGCGCAGGATCGTTATATGGTGATTGAGAGCAAAAAGCTACTGGAAACGCCTGCTAGTGAACTGAGTTTAGGCGATCGCATCCGCAAACAAAAAGTTCTAGCTCCCTTCATCATCCTCTTGTATTGCCTAATTCTCAAAGGCGGAATCTGGGATGGCTGGCCTGGTTGGTATTATGCTTTTCAACGAATGTTAGCTGAAATATTGTTATCTATTCGTTTAATTGAGTTAGAAAAGTTACACAATAAATCAACTGGAATAGACTAATCTTGCCAGCATCATCCAAGTATTTATCCCTGTTGTGTCACTATCGCGGTAGTATAAGGATGTATAACGCCCAGAACGAAGACACAGAGCATGGTAGAGCCTCGTCCACCCAAAGAAACCGTTAAATTTGTGGATGAATATTGTCTTTGGTATAAAAAGCTGTTTTCAGATGTGAGAAATTTTGAAGCATTTAAGTATCTGCATATAGGATGTATTTCTGAAGTAAAACGTAAAAGCTTGCCAGAAATAGCAAAAATTGTCGGGCTAGATAACTATCAAGGGCTACACCATTTCTTAACTACACCATCTTGGGAAGTAGAACAGTTGAGAGCTTTGCGCTTGTCACTAATTTTAGAAGTATTAAAAGGTAGACCAATCATTTTAATTATTGATGAAACCGGAGATAAAAAGAAAGGTAATAAAACAGATTATGTGAAACGGCAGTATATAGGCAATCTAGGAAAAGTAGAGAATGGAGTTGTGGCAGTCACAGCATACGGGGTCTTCTGCGGAATGACATTCCCATTACTCTTTGAAGTATACAAGCTGCGGGAGAAATTAAAGCCAGGAGATAAATATCTTACCAAGCCTCAAATTGGGGCAATGCTAATCCGAAAGTTACAGTCGATGGGTTTTAAATTCAACTTGGTACTGGTAGATAGTTTATATGGTGAGCAGCGCGTTGGGCGGCTTTGCCGACTTGAAGCGACTGCGAACCCGAAGGGAGAGAGTGGAACGAATTTCATATCAGTGTTAGATGAACTAGACTTAAACTATTTAGTAGCAATTCGCTCAAACCATTCTGTAGACTTGCTTAAGGGTCAGTATACTCAATACTTAAAGTGGCAGAAGTTTAAAAGAGTATTCTCTGATTTAAGCAGTGAGAATCGGTTTACTCGTGAAATAATTCATGGAAAACGTGGAGAGCATAGATATTGGCAAATTACCACAGACACTCTTAACTTACCAGGAAATTCTACCTGGTATGTCATGAGTAAATACCCAGACATTACATCAAGAGAAGTTGGGAATTTCTATGGCTTAAGAACCTGGGTTGAATATGGCTTAAAACAAAGTAAGAATGAGTTAGGTTGGGCAGATTATCGTTTTACTCGCTATGAAGATATTGAACGTTGGTGGGAAATTGTATGTAGTGCCTACCTCATGGTTAGTCTTCATTCAGAATCTCTGCGTCCTTCTCCAGGTGATTCTCAATCAACATTTGCTTCTCACCCTTGGTGGGATAATGGTAAAGGTTGGAAGAATATTTTGAATAATCTCCGTTTAATTGTTCAACCTTTTATTTTATTTAACCTCATATATCCCTGGTTAACAGTTTTTCCTATTCCTCAACTCTATAGTGGTTTTTCTAAACTTCAAGCCATCGTTTATCGGCTCACTTCTCCAATTTTTATCTTCCTAACTCACCCTGAATTCTATTTTTCCTCTGCCTAAAGTGACACAACAGGGTTAGTCCTGTTATGAAATTGTTAGCCTATAGACTCAAAAAAACTTGGATGTCTTTTTTGGCAGGTATGATTCTCGCTTTACTACTTACGATACCGATAAAACTAGCGATCACACATTACCAAACTCCCAAACCCCAAGCTATCTTAACTCTTGGTGGTGGTTCAAACAGAGAAGAATTTACTGCTTTATTTGCCCAATATTATCCAGATATGAAAATTTGGGTTTCTTCGGGTAAACCGCTACACAAAGCTAGGGCAATTTTTCACACCGCAGGTATTGCTGATAGTCGTCTTTATCTTGACTACCGTGCTAAGGATACTGTGACTAACTTTACTACATTAGTTGATGCTTTCCACCAACAGCAGATACAACACCTATTCCTAATTACTTCTGAATTTCATATGCCTAGAGCCAAGGCGATCGCTACTATTATTCTTGGTAGTCGAGGTATTGCCTTTACTCCTATCCCCGTACAATCTCAGCCGACGGAACTAGAATCCGTTCTTCGCATTTTTCGTGATGTTGCTCGCTCTCTACTTTGGATAATTACAGGTTATACAGGTGCATGATTTTAACCTGAGTTTTAGTTTATTTACTCATAGTACATATTTATTTTATAAATACAAAAAAATGAAACTCATAAGTGAGTTTCATCTTTTTGTAACAGATTTTTTCAACTAAGGCTAGATGTATCATATTCTAGCCTTCAAAAGTTCACTTTTTCTGGAACTACGCTGATTTTTTTCTAGCCCAGCGTGTTTCCTTCCAAATCAGAATAAACAAAACTGCGGATATCAAAGCTCCTATATTCCATCTTACAGAGTTTTTCAGTAAATTGAACGTTACAGAAGACTGATTTGTTTCCTTTTGAGTTTTGAGTTGTTGCTTGGTTTGGTTGAGTTGTGAAAGAATTTGATTTTTGACATCTTCTGGGCTTCTACCATTTAATGAACCACCTTGGCGCTTAATTAAATTATCTATGTCTGTGGGTGAAGTTTTATTTAGTTGCTGTTCAACCTGATTAGCTTGAGACAGTCTTTGTTCATAGCCAGTCTTAATTTGCTCAAGGTTAGTGTTATACAAACGTATTGTGTTAACCACACCTAAAGGAATTAGCAGCAAGTATAACAATGCAACTAACAGACTTAAACGAGATAATAACGCCAAAACACCTGATTCCCATCTGGCTCGTTTTGCTAACTTACCAGAAAAGACAAAAAGTAATCCAATTAATGGTATTCCCACTTGGTTTACCAACCTGCCCATCGTTTGAAATTCCCAAGTAGGATTCATAAAGCTTGGTGGCACAAAAATATCAACTAAGTCTAGAAGTGCCAACAACAGCATACCATAGCCAAGAAAACGCCAAAGATTAACTAGTTCTAGGAGAGGTTGTATATTCCCTACCAGTTTACTTAATTTAGTGAATTCTAACTCAACAAATTCACGGATGTCTGTTTCACGGCTAGTAGATTCACTAGTATTAGATTCACGAATGTTTGTTTCAGCCATAATTAAAAGGTAAATGAATTACAAAAGTAAAGTTATTAAAATTCAAAGTTTAGGAAATCGAGGTTGCCACCACTGATACCAAGAAAACCAAGCTTTTTCTAGTGTTTGGTAGGCTTCTTCAGGGGAAGACTTTTCTAAAGGAATTGATAAATATACCCATAAACAGCGTTTATCTAAAAGGGCTTCTTTTCCAAGTAAGATTGGTATTACACGATTCAAACTGATATCTTGAAAAATGCGATTTTCTCTAAACTGCGCGTGAGTGAATGTGCTACCCCCTCGTGGATTAATACAACTACTAAGATAAGCTTTTTGTTTATCTATTCCTAGTCCGTAGTACCCAACTCCTTTTTGTTGACGCATTAAGGTAGAAGATTTTATACCAAGATTGCGTTGAATGTATGCACCAATATCTGCATAATAAAAATTCTGCAAATAACGCATCTCAATATCTAACGATAAATCATTTTTAACGTATCTATAATGTTTTCTAGCTAATAAATCTGGGTTTTGCTGAGTTTCAGGTAAAGATTGTATTGGCATAGCAACACTAGCTTGCCATTGCGCTAAAGGTACTTCTTCAGAAAAGGTAAAGGTATGAGTTTGTTCTTTACTTGGAGGAAAAAAAATTGATTTTCCCGCAACTAATACCCCTACACTGAAGATGAAAGCTAAAAATTGAATGCGGTTTTCTTTCCAAAACATTACTTTGAGTAATTGATAGAATTTTTACTTTCTTTCTCATTTCTACTTAGTAAAAACCAGCAGAAACAACACAAAAATAAACTAGCTACTGTAGAAAATATTAAAGAACCATCTCCAAGATGCCAATATTCAAAAGCCTGATTATCACCTTGTGCTACCAAAATAGCCATTAATGCGACTCTAAATCCATTAATCACAAATCCTAAGCAGGCAGCTACTATAGGTATCATAATTTTTTGCTGCCAACTGAGATTTAACAAATAAATAAATAGTACTGCTAAACTTAATAAATCTATAATTAGATCAATTCCAGAACAGGCAGAATATACTTCTACACTTCCAGTTGGTAGATGTATCATAACGCCTGAACGATTGACCTTAAAACCTGTATACCAAAGAATAACTGTAGAGAATTTAGCTGTAACCAGAGTTAAATCTAACTTATTCATAATCATAAAATTACGTATAGTTAGAAATCCCAATAACCACAATTCTCTTTTATATTGCTTTAATCCTCTATAACCAGAAGCTAACAGGGCAATACCAAAACCAGATAGCAAAGGTGGAAATAAAAATAAAAAACCAATATTAATCTGAAAGAAACTGTAAATAAACACTAATGCTATCAAAAATGTACCTGTAATGCTAGATAACAGGTTGCTTTCCAGGTTCAATTGATTAGCTTTTTCTTTCAGTAACAAATAAACAGTTACTAAGAATAAAATATACACATAAAAATTAGTTGGATGGTCAACCCTGCTGACTAAGTTTAAATTAATAGCTATCAAGGTTCCGACAATTCCAATTAACCATATTTCAACATTCTTTAGTGAGATTGATAACCTGTTTTGCATATTTTTTATTTAATGGGGATTAAATTTTGGGTTTACAAAAAATATTTTTATAAACTTCATCACTACTTTATAAGATTATTCTTTAATTTAAATATTAACAGCATTTAATAACATTTTTACACTATAGCTATATTACTAAATTATCTAACTCTGATAAAAAAATCATGAAATACATTAAGGAATTACTTATCATCCATAGCCTAAAATGAATTCTCACAAATTGAGTTAAGTGTTGATTAAAGGTATATCCTCAATTTCGCAAGATAGGTATGAACTGAATTATGAATTTCAACAGTTGTGTCTATTGAGATTTCACTATTAGAGCAAGCCGGGGAACAAATATTTAAGTATTAAGAGAAACTCTTTAAACTATGTATAAAGAGTTTTCTACAAAAGACGGTGATTTCCATAAAGCCTGATCACCATTTCATAAAAAATACTGATATGTAAATACATTTGCATACAACGCACAACTAATACAACCTTGATGGAGATTTTTCATCAAATCTTCATTTGGTTTTAAGGTAGATGATTACTTATTTTACCGTTAGGTACGTACCACTGCGTTTTCATTTGCTTGATGTGACAAGGGTAACAAGCTCTTTACCTGGACTGTTATGGAAAATTCTTAATCTTTAGGTTTACATTGGATCTTCATAATCTTTATACAGAAACAATAACTTTTAGTTATTGTTTCTTGGTTGGGTAATATGTAATTTTACTGTCATATCTATTGCATTTAAGAATTTATACTTATAAGTATTATATATTACTTATTATTTGCAGGTGCAGGTTTCTGCTTGATTAAATGAGTGCCATTAGCAAAAAATGAAAAGGTCAAATTTTTAATATTGTTTCTCAAAGCCTGAATTTATATGCACTGAAAGTTTGTAGTTTAACAAATAGGAGTAGCTTGAGTGATTTACTGATAACTTGCCAACTTCCTTAATTTTTCCAAAAAATAGTAGTAAATTTTCTTACACAGCTAATTAAATGACTACAGGCTATCATCCAAAAAAATGCTGAGGTTGTTATCTCTATTTGTAATATATTATCTCAGGTGTCGCTCCGTAATAATTCGCGGACGTAGTAGCAGCTAGTTAACTGCAATTCCCTGTTTCCTGTTTTGATTCGGCTTAGAGGACATGACAAAAAATAAAATTAGTAAGTTTTTACTATACGCTGCGATCGCGTTAGTATTCAGCTTATCTGGCATTACTCATGGCAAAATTTCTATTTTTGAACCACTCCAACCTTCAGTAGCTGCAAGTACATCAACTATTCCATCGACCGCAAACGCACCTTGGCCGGTATTTCAGCGAATAGATGCTCTGAGTTTCTCATCCCGCTTTGGTCTAAATACAGTCTGGGGTGGTTATAACGAACGCAGTGAAAATCCGTTTTCTGTTGGATATACTGGACAATCCCAAGAACTGACCAACGCTGCCAATGGCAACTATGCAATATACAACAACCTTGACTTAGGTAGTGGTGTAGAAGCGTTGATGCTACGTGTTTCCTTAGATTCAGGAACAAATAGTGTTGAAGTACGTTTGGACTCACTGAATGGCCCTGTAGTTGGGACTTGCACCATCAATAATACTGGTTTGCAAACCTACCGTACAGTTCCTTGCCCTTTGAATAGCAATCTTGCCAAAAACACACCGAACAATGACACACGCAACCTAGTCATCAAGTTCACAGGCTCTAACAGCAATATGCGCTTTAATTGGTTTGCTTTCTGGGCTAAGGATACTGTGCAGAAAATAGACGATATCCAAAAAATCCAACCAGACCAAGTAAACAAAGGCGCTCCTATTATACCCATTTCTGGCAGACCAGTGCGGACACAAAACCTACTACCAGACAGTTCCGAAACTTTGGCCAGATCATACAGGTTGTGGTCTCCTGCCAAAACTGGGGAATGCCCAAAGTGGATGCACGACACCTATTGGACAAAGGCTGAAGATGGTAAGGTATACCCCACATGGCACCCGCCTGTAGACTTTAACCCAGAAACAAATATGTACTGTACATACGGACATGAGCATGGCGATGACCCACGCAGTTCTGAGGTATTTAATATTGTGGGTATGCCAGCATTTGGATATGTCAGCGAACAGCAAGAAGTTAATAGTCCATCTCACGCTAGGCATGAAGACCACTTTGGACACAAGGTTCTAGTGGCTAATAACTGGTATATGTACAACGCAAAGAACACCAGCTTAAAAACTACTTGTGATGTGACTATAAAACTGCACATGGGAAGCCATTCCCCAGATGCCTTAACAAATACAGCTCATGAAATGTTTGTGGGTGGGAAATGCGATGGAGAGGAGCCTTTTAACTTAAAACATTTTGCCTTGTTTGGTAAAGCTGGGCAATTCAAAGAACCTGAAACCTCTTTGTGTAGTCTGTTTGTTGTTGCTGGTATTTCACCCAACCCTATTGATCAGCCTTTAGACGGTGTACACAGAGCCATTCCCACTAAAGAATGTTTTGTGCGCGGTACACAGAAAGAACAGTTAGCTGGTGTTTTTGACAGAAGTAGGGAGTTTTGGTTAACAGGTTTTGCAGGTGGCAGCTTTTACTTTAATCTTAAAAATCCTTCACGTTTCTTTGATTCTTCTTCCGCTACGAAAATTAGCCGAACGGTGGATACTTGCTACAATTCTAGCCATCCTATGTCTAAGAGCCTATTGTGCCAAGAAGTTCTGGCGGCGGGAAGCAAAGTTACCTGGGATGACCCTCGTTCACCTTTCCGTGGAACAGTTAATTCTAATAGCCATTTTTCAGCACTAGCTTTTGCCGATTCTCCAAACTCTGTAATATACACAGATGCTTATGGAAAAAATGCAAAAACTGCACCAGATTCCTCTCAGGGCATTACTTTTAAGCAAATCGTTCCTGTTAAGGCTTTTCATTATAAGGTAGATGGACACGCAAGCCTCATACCTGTGGGAGACTATTCAGCTTACGGGAAAAATGGGGTAAGAGCGCCTAACTAAAAGCAACTAAATTAAACCGTAATAAAAAATAGCCTATGAATTTGCTCATGGGCTATTTTTTATTAGATATCTCGCAGATAAATTGGAAAATCAGAATATTTTTGATAAGCTATGCTGGTTTTAGCCTAAATACTTCTATATAAACTCTAGATGTAATAAAAAGCCTAAATCCGGTATTCTGAGATGAGCTTTAGGTACTTTATTAGAATGTAAGTAGGTAGGTACGAATAAACCCAACTATGTAACAGAATATAAATTCCTCAAAACCCTTGCGATTGCTTCACTTCGCTTCTCTCCGTTCGCAATGACTTAGTTATAAATTTTCGCGCCCACCTACTTAGATTTTTACGTTAATTTTAGTTAACTGATGATGTAAATATCTTTCACTCGTTGAAACACTGAGAAAGTTTAGTGGTGTTGATAATTAGGAAAACTGAACTCTAGCTACTGCCATAATTTGTTGTTAATCACTAAAATTTATCGCTTTTAATTGCAAAAACAGATTTACTTGTTTGCAAGTAGAGCTGATAAACAATAAGGGAATGCAAGTTAATAATTGGGGTTTGATAATATGAATCTTGCCCAATAGTTACGAATTAAGCTTTGACTAGCTTTTCGTCTTTTTTGGAATACCGCTTTCTGAGATATGCACCAAAGGTTGCACCCAGAGCTATACCACCCATTGTTAGAGGTTCAGGAACAGGCTGGACTTCAACAGCTTTCAGGAAGTAGTCGTCATCTGCACCGGTAACAGAGAAAACATAAGTGGGAGCGAATGGAGAACCACTAATAAGGACTGAGTAGATTCCTTGAGTGATCAGGTTTCCTTGACCAGAGATGTTTCCGCTCTGAGAAAAAGCACTACTAGGTATCGATACTATGTAATCATCTGTGCCATTATTGTCAACAGCAGAGAAGATAGCTCTTAAAAGTTTTACTTGAGGGTTAAAAGTCAATCGAAGTGATTCTCCAATATCTAACCCATCAACTTGATTATTATCATCACCGTTGTCGCCTGATAGTATTCCCAAACCAAGGTTATTACGGACAAGAAATACACTTTCTGAAGTGTTTGCAGTTGCCTCTGCTGTAAATTGAATACCACCCTGTGTACCAGTCAAAGTAGTGGGTCCTGGCGGCTGAAATACTGTTGTTGGCGTACCATTAAAGTTTATAGTAATGGCTGAGGCTTTTCCTGTACTAGCCATTACTGCCACCGTAGAAACAGCAGCTACTGTAGCCACGTTTTTAAGTATATTTAAATTTGCCATTTAGTTTGTTCCTCAGAAGAAAACTAGGTGTTAAGTAAACCAACATTGCTGTGTGGCAAAATTCCCAGATTTATCGCAGATACCAGCTTCTTGTTAGTAAAATTACGTCTTTAATAAAACACACGTACGTAGCCTAGAAAAGTTTAACTTGAAGCAATGTATACAGAATCCACACAAGTAGATTTCAAGTGAGTATGTTAGGTTAACCAAGGGGTTTTATGGAATATCCATACCCACACTTAAGTAATTGAACTTTATCAAGACTCAGTGTTTTTCTAAAACTTAAGATCCCGTAGTTACCATCAAGCTAGTTGATATCTACTCAATAAAGCTGACATAAATACACTTACATACAACACATGGAGAACACAATATTTACCTCATTCACTTCATAAAATCTTCATTTGCTATGGTTGTGTATCTTCGCAATACATTGATAGGACTGCTTCTCGGTGATTCACACAGTTATAAGCACACCACAACTACAAAGGATTGATTTTTCAGTAATTTCAACCACTACCCCTGTTGAGGATAAGACAGTTTCTTGCAAAAGCTTAGTTGAACTTTGTTGCACAGTTACTCTTTATAATCTTTATAATGTGACAAAAGAAAATATATAGTAATTTGATGTCGTATCCTTTACATAGACTAATATATATGTTTTTGTAAAGTTCAGCTAGTTTAGCTGACAGCTTTCCACTACTCTCTTATATAGTTTTGTGATAAATGCTTAGAATTTGTTTTTGATGCAAAAATATATAAAAATATGTCTTCTGAAAAATATTTGTTTTGTAGTAATATCTATTGATTCACTGTAAAACTTATATTTTGAACATTTTCTATAGCTTTATTACTGTATTTTAACTTTCCTAGTTGATTTTTTGACAAGCGAGAACTGAATTTTTCGGACAGTCACTAAAACAAGTTATTATTTATTAGCTTAATATATGCGGTTAGATAATTACACTCTTGGTACTTATACTCCTGGCGCACCTTTATGGAAACAAGTGTTGTGGTATTTCTTGGGTTCTGGGTTAGTGCAGAATCGGTGGTTGACTGCTTCAGGGTTAAAAGTTTGGTTACTTCGCTGTTTTGGAGCGCAGATTGGTGAGAATGTGCGGATTAAACCAGGTGTGCGGGTGAAGTTTCCCTGGCGATTAGTTGTCGGTGATCATGTGTGGATTGGGGAAGATGCTTGGATTGATAATCTAGCAACTGTAACGATTGAAAGTCATGTGTGTATATCTCAAGGCGTGTATCTCTGCACAGGCAACCATGACTGGAGTCATCCTGATTTTAAATTAATTACTGCGCCAATTCACATTCAAGAAGGTAGCTGGATTGCTGCTAAGTCGGTAATTGGCCCTGGAGTAACTGTTGGGAAGGGTGCGGTATTGAGTTTGGGTGGAGTTACAGGACGTTCTTTAGAAGCGATGACAATTTATGCCGGGAATCCGGCCCAACCTATTAAGGAGCGTAAGATTTAATTGTAGTGAAGGGCAATCGCACCAAATTTGCAGAGTATTCCTATCCGCAATTCAAAGTTAAATATTTTTTAGGAATGGTCAGCAGTTTTTATAATTCTGAAGCTGTATCTGGGGCAATAATTTCACCAGTACCTATTTCTAGGATCATGTCTTGATCAGTGATTAATTCACTCAATTCCTTGACTTGTAAATTCATTTCTGTACAAGCTTGACGGAGTTCTTGAGCAAAAGTGTTGAGATCATCACCATAGCCACATTGATAGGCAGCGGTTTCAATTCCTTGCTTGGCGTTTGCTCTGGCACAATCTACTAGTTCTGTGCCATACAATGGTTTTGCAGATGGCATAATTCTGATGTTTATTGATTAGATGTTGATTTTAGATTATCCATGATTAATTAATCGCACATCCCTCTGATGGAATAATCATCACTTGCAGCAATAATTACTATGCAGAAAGAGTGGCTTCAGCTAATAAATTGCAATCAGTATTTTGGTTAAAAGTAAGGATAATCTTTAGGTTGATATTTGTTGTATTTAGCGCCTGTTAGAAAATACTTTGGGAAGAAGTGCATCTTGGCCATAAAATTCTACACGGGGAACTAAACAGAGTGCATCCCCAATTTACTGTTAGCCAAGGAGTTTTGTTGTGGACTTATCCCGTATTCCTGCTCAACCAAAACCGGGTATTCTCAATGTTCTGATTGAAATCCCAGGCGGGAGCAAGAATAAATACGAGTATGACAAAGAACTGGAAGCTTTTGCCCTAGACCGAGTGCTTTATTCTTCGGTAAGATACCCCTACGATTACGGCTTTGTGCCGAATACTTTGGCTGATGATGGCGACCCGCTGGATGGGATGGTGATTATCGATGAGCCAACTTTCCCTGGTTGTATTATTGCTGCGCGACCAATAGGTATGCTGGAGATGATTGATGGTGGCGATCGCGATGAAAAAATTCTTTGTGTACCAGACAAAGACCCACGCTATACCCACGTCAAATCTCTCAATGACGTAGCGCCACACCGCTTAGATGAAATTGCTGAATTTTTCCGCAGTTATAAAAATCTGGAAAAGAAAGTAACAGAAATTCTTGGTTGGCAAGATGTTGGTACAGTTGCAGCCTTAGTTGAGCAGTGCATCAAAGCTGCTAAATAAGCATTGGTGACGTTCCTACACCAACCCCTGGGGTATGGTGTAGGCTTCTCAGGCATTCCGAAAAATGCGTAGAACTTCCTTGGAGGTATCATCAGTAATTGAGTCAACAAATACCATGCTACCTTTACGGCGTTTTATAGTGGGGAACACGTCCAGCCCCACTCTCTTGAGATTAATAGCGGCATTAATATCTCTATCAACCCAGAGCTTTTGTTCATTGTCCCAATACCCGCGAATAGAGCAATCGGTGAAAATCACTTCATCCCGATACGAAAGCAGTTGAGACGTGTAAGCAGGATTCTTCGCCATCGCATAAGCCCCAGCTTTTGCAGCTATGTGTCCCAGGATTTGGAAGAATTGACCGAATGCGGCATCTGCCCAACTCAAATTGAGTCCAGACTTGGCAGATTGACCATTCGGAATGAAAGCACCTGTCTCGTCTTTTTTGGGTGCATTACGTTTTGTCAGACCTTTAAGATTAAGGTCTTCATGGAAGAAAACTTTTTTACCCGTTCTCACCAATTCGTAAGCGGTTTTGTATTGGAAATCCTTACGACATCTCGCAATCTTTTGATGCTGTCTTCCTTCTCGTTTTGCTAATTTACGACGTGCCTTAGATCCGCGCTTACGAGCATTCTTTTTCTGTGAAATCCGAGTCAGTCTGCGCTGGTTTTTTCGCAACACCTTGAGGGATGGAAGTTTTACACCTTCAGAGGTTGCAAGGTAATCATCTTCATGAAGTACTGCATCCACCCCTAGCGAATTATCCCAGGTCGGCAGAATCGAATCGGGTGTTATCGTTGGAATAGTTGGATCTTCTAATCGCAGGTTAACGAACCATCCATCATTTTTCTTGACAAATTGAAGCTGTTTGAGAATTGCGCCATCAGGCAAATGACGATGTGAGCGAATCTTAATCAGCCCAATTTTCGGCACTTTGACATACAAATATTTGCCAGCAATCGAGCAGGAATGTAATTCCAGTCCAGCTCCTTCAATTACGAGTGAACGATAGCGTGAGTGCGACTTAAAGCGAGGTTTACCGCTTCTGTTGCCGTTACTGTCACCTGCGATGAATCGCTCAAAAGCTTTGTCTACTCGCTTACAAACTTCTTGCAGCGTGTTCGCAGGAACCCGTGATAAGTCTAACACCTCGCCTGACCATTCGACAGTTACAGGCTCTTTCTTGAGGTCTGGTAGATACTTCTTCTGGCTGTAATAGTTCGGCTTGTCTCGCAGTTGAGGTAATACTGTTACCAACGGGCAAGCATCAACTCTTGAGCGATTCATCTCCCACCAATCAAACCTATCTCCTAATTGACGGTTGTACCAATATTGGCAAATCCGCAGCCAATGATTTAACTCTAGCTTCTGGTCAGTGGTTGGAATTGCTTTGTACTGGTAGGTGTATTTCATACTATCATTGTATCGCAATCTGCAATACGTTACAATCATGACCAGCAAAGAATCTGTGAACATTCGACTCCCAAAACAAGAGAAGGAAATATTAGACCGATATTGCAAAACAGTTGGCAGATCCCAGACGGATGTGATTCGAGAGTTCATTCGTTCATTGCCTGAGAGATAGTTCGTTTTGTCGTTGCTGCTCTCTCTTGCCTGATTGCATTCGGCATCAGTCAAACAGCACTCCTCAACTCACGCGCATTCCTCTCACACCAAATCAGAGATTATGGTCTGAGGCTCCTGCTGCTCTAGCTGAGTTAGCAGTTAAGAATCAACACTCCTAACTCCTCAACGAAGTGCTAGGTACAAAATTCGTCAACCGCCCCACTCACAAGGGGATGGGGCTTGTAACTAGGAAAAAGAATTTCCTGAAACATACGGGGTATTGACATTAGCTTTCCTCTTACGACACAAGTAAGTGTTTACTGTCCCTCTGTTTATTTCAAGAATTTGAGCCACTTCTCGTTGGCTTATTCCTTCACTAATGAATTTGTCTATTTGAGCCTTGTCATCAACAGTCAATCGTCGTTTATATTTGCGCGTATCAAATCCATCGTCAGTTTGCGCCTGAAAAGGTACGGGAACAACAACTTTGTAAATATCCCATTTAGGGTAAAACTTAATTGAGCCTACAGAACCATTAGCGAATAGAACTTGTGACGGAACCAAATAACAGCTATCGGGTGTTACTACCCAAAGCGCATCAAAATCATTTGCGCTATATTTATGAACCACTGTTCTTGCTATGTTTGACTCATCCTTTTTGTAGCTACCACATACTTGAAGAGATACCCTGAAATAACCATCATCGCTAGTACCTGTTGTATATTTGCTTTGAATCCTTTGAAATGATCCATCCTTTTCACTAACCAAGTCATAATGACCTCTATCTCCAAAAGGCATTAAAACTTGATACCCTTCAGACAGCAAATAGGTAACACACAGGCTAACAGCATAATCGCCAAAAGCCTTGCTCTTTAAGTTAGCACCAATCACAACATTCGCCGTAAGTGATACAGCTATTGTATCAGAATAAATAGCGATCGCGTTAGCTTGCAACTGGTTTTACCGTCGCATTTGGAGTATCGCCTGACCCCTGCTCCTCTGTCCCTTTGGTAGAGGAGAGAATATAGTCATCCCTGACATTCTTAGCAGCATTGAGATCCGCGTGTGTTCGATGTCCACAGTTTTTGCAATGGAATCTGGACTTGTGGCGATTTGTTCGTCGAATGTGCTTACAGATGTTGCACTTCTGAGACGTGTAACGAGGATCTTGGTGAACTACTCGTTTACCCAATGCTTCTGCTTTGTAAGTCAGAAATTGCTCTTGTTGGTAAAAAGCCCAACTACCCAACCATTTATTCATTTTCTTGCCCCGTCGCTGTGTGCGAATACTGGACAAATCCTCTAGTACAAAAACCGCTATTCCTGGTTGGTTGGCTAACTTTTTACTGACACAATGATTCGTATCCCGCATGAACCGCTTCTCACGTCCAGACATCGCTTTTAAACAACGTTTGGTACTACGAGTGCCTTTTTGCTGGAGTTGACGACGATTGTATAAGTAACGTCTTTGTACTTTTCTAATCTTAGAAGAACTGAAGAATTGACCATCACTGGTAACAGCTTGGTGATATAAGCCTCTGTCAATTCCTTGAATTTGTCCTTCTATTTGTTGCGGATCTTCTGTCTCAAAAACCAATCTCACCCAGAATTGCTTGGTGTTTTTGGTATAAGTTACAGTTGCCCCACAAAAATCCCAAGTTTCAAAAATCTCTTGGAAATAATCAGGAATATCAAGAATTAAATTAACTCGCTTACCAATACAGCTAAGAGTTAATTGTTTCCCTCTTAGTGTCATCGTGCGCTTATCGTACCTTAATCCTGATGTTGGTTTTTTCTTGGGAATGCTTTTAAACTTTGTAGCTTTAATTGCCTCAAGTGCGTTATCTCGAACTGTTTGCAACAACGCAGAAGGCACACTTGGATGCTGAACCCTTAACAGGTGATACAGTTCCTTATGTGCCTTGTTTTTGTTATAGCTACTGTTAGCAATAGCCCAGTCAACGTGTGCATTAAATATTTCTGCACACTGGTTCATTAAAGGTAAAAACCTATCCGATGGTAAATCAACTGGGATGCTAACAGTACGTTTCAT

Protein sequences of DBSCAN-SWA_1

>AP018318|142152:188371|155230_156247_+|BBD57362.1|DBSCAN-SWA
MKNHKHNIVSDHLRHYAKEWKLGEIAYIFYYAPKGFVQKTMHKGPLNMVIDHFSSIQMEQAAYSLLPISPQNLQQSLDIYFLTGRKFWYQTCFCAYSMAQHTNLTLRPIIYDDGSLEKKYQAQIIKIFPNAKIILNPEIEEYINQHLPQHKFPYLRERRLNYPNMRKITDIHTGSNGWKLVLDSDMLFFRTPDFLLNWLKSPQQPCHMVDVENSYGYSDALMVSLAQAEISERLNVGICGLKSEDIDWDKLEYWCKTMIEQQGTHYYQEQALVAMLMAGKSCAVAPDENYIVMPSREEVIKPKAVLHHYVADSKPWYFRYGWKHIAQNLFLGQTNSNI
>AP018318|142152:188371|175484_176267_-|BBD57380.1|DBSCAN-SWA
MAETNIRESNTSESTSRETDIREFVELEFTKLSKLVGNIQPLLELVNLWRFLGYGMLLLALLDLVDIFVPPSFMNPTWEFQTMGRLVNQVGIPLIGLLFVFSGKLAKRARWESGVLALLSRLSLLVALLYLLLIPLGVVNTIRLYNTNLEQIKTGYEQRLSQANQVEQQLNKTSPTDIDNLIKRQGGSLNGRSPEDVKNQILSQLNQTKQQLKTQKETNQSSVTFNLLKNSVRWNIGALISAVLFILIWKETRWARKKSA
>AP018318|142152:188371|154173_155196_+|BBD57361.1|DBSCAN-SWA
MYYDLSIIIPAYNRAEMLKYTLQSIKNAIHNLNVEVIIVDDGSKKPLSEQLQGFLNLPIRFIRQINQGSIVARNRGLKEAEGKYVLFLDSDDLVHADKLTLQVSDLEESQADVSYTDEATVKLKEEYSNLVFQPKRILRHVNHSAEFYLAVQPIPSNPIYRRSYLVQYLSNPLVPENRIFDPVGDVWIYYNLAAYDAKITKINGHYSIAGEHEQERYTDHWENLGVASLAVMMSFMKNCPSSDLTHEARRLVGECAFISWRKLPKNFNSAFEHNMMDIWQKAPKGSLNHLGGRFFQTLAKLIGAKNAAFVLRHIQRPDYSQIQTVSFEDLKEMVAILHSI
>AP018318|142152:188371|171327_172452_+|BBD57376.1|DBSCAN-SWA
MIITIVTGPWFPLPAIQGGAHHRLWQGLAEEFAAAGHDVTILCRSYPGQPLTETINGVQYIRRGGFPQSTNIWLDLLKDLVYALLTFPTLPKSNILVINDFWLPVFAPLRFGVGKIVISVGRFPKGQYRLYAYAHRFIVLSKALYEGIAKQYPDAIPRIKIIPNPVDTQIFSPPTLPRQDRGEKVILYVGRIHPEKGIHLLLEAFSILSKQISQVRLRIIGPIKSSQGGGGEKYFDQLQLQSESLNVEFLNPIFDTKKLADIYRDADLFCYPSLAEKGEAFPIAPLEAMATGLVPIVSNLSCFQDYIQDGETGYFFNHRGNDAAQNLAAVFTHVIQNPEKISYMSMKAIQKAWEYRYEKVADLYLADFKLLLEK
>AP018318|142152:188371|147610_148960_+|BBD57355.1|DBSCAN-SWA
MKLNEWINNKFVPSISIPIESENEPLVKSQKSIKLSVITQFFPPDYAATGQLIEELVKQLGQQGVNVEVFTSQPGYAFQSQTAPAVEWVERIRIQRSRTAQLWSGRIRGKAVNGVLYTLRALLYLFRAWRRNNILLVTTAPPFLPVIGYLAYLLFRLPYVCILYDLYPDIAIALGVVSKNSWIVRLWNEINKQVWLKSQGIVVLSPAMKQKILAHCPEVADKIAVIHSWANPEAIVPIPKKENWFAHEYNLVNKFTVLYSGNMGRCHDIETMLEAAKQLQDEPIQFVCIGGGAKREELIKEVNRLGLENFTFLPYQDKQILPYSLTACDLSLVSVDSITEGLVVPSKLYSALAAGRPIAVICSQSSYLREMVAEANCGSTFENGDSQGLAQFIRFLSRDLQVGERMGKAGRQYLRSHFTPKVISQQYLRVLQRAISSNEVMPKSQHNIK
>AP018318|142152:188371|181430_182105_-|BBD57384.1|DBSCAN-SWA
MANLNILKNVATVAAVSTVAVMASTGKASAITINFNGTPTTVFQPPGPTTLTGTQGGIQFTAEATANTSESVFLVRNNLGLGILSGDNGDDNNQVDGLDIGESLRLTFNPQVKLLRAIFSAVDNNGTDDYIVSIPSSAFSQSGNISGQGNLITQGIYSVLISGSPFAPTYVFSVTGADDDYFLKAVEVQPVPEPLTMGGIALGATFGAYLRKRYSKKDEKLVKA
>AP018318|142152:188371|143042_143741_-|BBD57353.1|DBSCAN-SWA
MKHTSVLSALLVGASAAVVTTAARPATAITINFQNVFPATAAEQVNDIYVGNFSLNVTQNTASTVLFSFSNNSPASQSTAIRDVAFSVDPSISGLLSNVTPNVGNTGNVNFNTSLPNSPQSNNIPGWDGETFGGRRVTPGNAAAVQSGETLGFQFTANYNNVIAALINRKLQLAIHVISFPNRGSDTFYNADYNPNPQPVPEPITMLGLGVGTVGLGALKRRYGNKKAKVTV
>AP018318|142152:188371|174766_175324_+|BBD57379.1|DBSCAN-SWA
MKLLAYRLKKTWMSFLAGMILALLLTIPIKLAITHYQTPKPQAILTLGGGSNREEFTALFAQYYPDMKIWVSSGKPLHKARAIFHTAGIADSRLYLDYRAKDTVTNFTTLVDAFHQQQIQHLFLITSEFHMPRAKAIATIILGSRGIAFTPIPVQSQPTELESVLRIFRDVARSLLWIITGYTGA
>AP018318|142152:188371|144107_146252_-|BBD57354.1|DBSCAN-SWA
MSDQSYPSLNAEQNGKYKPLFPQPQAMPLNWNEEEEENFSIKDWLNVLKRRSLVIVGVSMAVMTFVVVNVMLSKQPREYESNFLMLVEPINNDNEAVNIVQDNSPKTSTLDYDSQILVLKSPELMSNILDKLRVTYPSLTYPSLLQALTINRLGETKIIEVRYRGEDPNQVKAVLDVISKDYIEYSQERRQTKLRQGLQFIDRQLPSIQSRVNQIQQELQIFRQRYSFNNPDSQGESLDKQAISLAEARQNINLQLTQVRNQLSLLQSDNGKITILNAASLYQKLLQQVTELNSQIATESTVFQDANPRLQTLKEKRDSLIPVLQQEGQRFLSVREAELKTQLQSLEVQSNEIAKLETRVEQQRKQVPILARRYTEIQRKLQFANESLNRFLSNRENLQIQISQTELGWQLIQPPIQPSLVTTSSKVRNLIIGFFISIAAGIGVAILLEKIDNSYHSVIKLKKKISFPLLGNVPFDNEVKALQSRTSKSKFSPIKIFNSLLESGQDTNIFIAQEYSSYSTEFLDALRFLYTNIQQIKPDSQVRSLIVSSVMTGDGKSIVAFYLAQTATAMGLKVLLVDANLRQPMVHNLANLKNLWGLSSLLSTNLPVSEVIHKLPSMEQLSLITAGPAPDDPIKLLASEKMKQLMADFHDDYDLVIYDAPHFFGLSDVSILSPYTDGVLMVVRVGKTDASVIEQALDYLKILPLNILGVVSNS
>AP018318|142152:188371|158494_159721_+|BBD57365.1|DBSCAN-SWA
MAKILILIGGHLCTAPRPQKEAEALANAGYDVTVRGFWFDPELVERDRLIIANKKWRFAPIIDFQPSQRFNNWAVRLQARLVKEKFQRFGIFSPELLGYGAEAMLKVALKTRADLTIVHSEAGLWVANKLLDQGFKVGVDFEDWFSEDLLPEARVSRPIEQLKSLESRLVKECTYCLTTSYALADALAKAYNAPKPTVIYNVFPWSERSQIDHQKRDRRNLNLPSVHWFSQTIGPGRGLETLFQSLPYINIPLEIHLRGNYPESSRQWLEPLIPEQWRERLFIHPTVPNNELLSRIAEHDIGLALERSDIPSRNLTVTNKLFQYLQAGLAIIATDTAGQREILSQNSAIGRLITNNPIELAQAINDLLKDSNTLNTTKLASLEIFKEKFIWEQQLDKLLQLMLKNLDN
>AP018318|142152:188371|142496_142838_+|BBD57352.1|transposase|DBSCAN-SWA
MWTAVNHFTQGILAWVLGDHSAETFEPLWEIVKQWESYFYVTDGWKVYPSFIPDGDQIVSKTYMTRVENENTRLRHYLARLHRKTLCYSKSEQMLRHSIKLLLHYLKYQIVPI
>AP018318|142152:188371|170091_171309_+|BBD57375.1|DBSCAN-SWA
MLLQPKIVVNKPRICQVVASINENVGGPAYSITNLAKALSHNNIYSHLFTLDYQLNGRQLPVESVELHSLIAKKLAIYVRGWQPSASNYLTKLASQELDLIHNHGLWMFPNLYARKAAVRNKIPLVISPRGMVESWSLNNSWYKKWPAWLLYEKHNLDNATAFHATSAEEVQSIRNLGYKQPVALIPNGVSIPTTNEQANRQVLTEIFPELAQKKWLLFLSRIHPKKGLDNLLYVWQSLANSFPDWHLIIAGADLIGYQSELQMLVERFNLKQQVTFTGMLSGQLKYSALTNADLFVLPTHSENFGIAIAESLAYGVPVVTTKGAPWQELETHSCGWWIEDNQQALAITLTEAMKISAAERQKMGDRGRNLVQTRYSWNSVAKQMSDFYYWILGGGEPPICVHLY
>AP018318|142152:188371|186564_187209_-|BBD57389.1|DBSCAN-SWA
MIGANLKSKAFGDYAVSLCVTYLLSEGYQVLMPFGDRGHYDLVSEKDGSFQRIQSKYTTGTSDDGYFRVSLQVCGSYKKDESNIARTVVHKYSANDFDALWVVTPDSCYLVPSQVLFANGSVGSIKFYPKWDIYKVVVPVPFQAQTDDGFDTRKYKRRLTVDDKAQIDKFISEGISQREVAQILEINRGTVNTYLCRKRKANVNTPYVSGNSFS
>AP018318|142152:188371|166835_168053_+|BBD57372.1|DBSCAN-SWA
MNKTKLAIITSHPIQYYAPWFRYLAHDDHLQIKVFYLWDFGVTQKLDAGFQQVLQWDIPLLDGYKYEFVPNVSSKPGVSHFWGLQNPSLISQVKAYNPNAVLLMNYNYASIYNFLLHWDSRRIPLLFRGDSHRLLKPTGIKAWARQQFITQIYRRFAGCLYVGKANYEYFKYHGVPSDQLFFSPHTVDNDRFFSQAAHAKQQAITWKQELGIPLDHAVIVFAGKFEPKKRPLDLLQAFLIANLSQVSLLFVGGGSLETDLKATAAKHANIYFAPFQNQTLMPRTYAIADLFVLPSYGTSETWGLAINEAMCLSCPVIVSSYVGCAQDLIYPQRNGLVFPAGDVSALAASLQEAFSDRQRLQQWGEESQKIVSQYSYTQASQGLKQALDYVISSITPSESQVKLVI
>AP018318|142152:188371|150775_152032_+|BBD57358.1|DBSCAN-SWA
MSDTVIKVENLGKKYIIAHQQQEPYTALRDVIANGAKGLFKSCRNQKFKPANYQEEFWALKDVSFEIKQGDKVGIIGRNGAGKSTLLKILSRITEPTQGNIKIKGRVASLLEVGTGFHPELTGRENIYLNGAILGMSKAEIKHKFDEIVAFAEVEKFLDTPVKRYSSGMYVRLAFAVAAHLEPEILVVDEVLAVGDAKFQQKCLGKMQEVSTEGRTLIFVSHNNSAIANLCERGIFLEKGRIKADTNSTHALNLYTSELNQLKFIAQANTEYPSIWKVEVDQSALEKGDLNVLVYFTSPWPLDPPLVGIVVYNIHGTPLFGTNTWLDPEFQPQSLSSGIATMMIKNLPLHSGSYKLSVWLGEKNQNYDSKQDAVAFDFISLSSLPQGLSPDFIGPFNVKGKWRLTQYKEFTKTLEIKQ
>AP018318|142152:188371|162709_163951_+|BBD57369.1|DBSCAN-SWA
MLKQNIIYITKLLNSLMEFVFIEKRLPQRLTENYIFQYPSFIKSYFNNKYKIPKYENIAVVDLNNVQKRYLFQILYFLSMSHTQLIFIWDFNIKNYIKLGYEGRRLLSIKNLKIVNKIPDDLKITTLVTENLQQHNYSVKPEKLRILVEQDVAQKPCSESFLIPYSVHPSFLQNYQQYTNKLSEFRSNHRLWSILFSGNVGFVGDKHLVERYYGVPSRDRSVEFLIKHTKQLNIKVIDNIWERKHLTKKAEKYSNYSLLLCQKKGLQEKWLIELSNANFFLALPGGYMLMCHNVIEAMSVGTIPIISYENWLYPNLIHGKNCLVYKTLDEMYDLIDKITQIDNDTINIMKKNVINYYDEYLSYYKIVDFIKNYKGANLYLYFNNENAEILKNVTNESILSCGGGLQNIANKNL
>AP018318|142152:188371|183052_183592_+|BBD57385.1|DBSCAN-SWA
MRLDNYTLGTYTPGAPLWKQVLWYFLGSGLVQNRWLTASGLKVWLLRCFGAQIGENVRIKPGVRVKFPWRLVVGDHVWIGEDAWIDNLATVTIESHVCISQGVYLCTGNHDWSHPDFKLITAPIHIQEGSWIAAKSVIGPGVTVGKGAVLSLGGVTGRSLEAMTIYAGNPAQPIKERKI
>AP018318|142152:188371|184239_184749_+|BBD57387.1|DBSCAN-SWA
MDLSRIPAQPKPGILNVLIEIPGGSKNKYEYDKELEAFALDRVLYSSVRYPYDYGFVPNTLADDGDPLDGMVIIDEPTFPGCIIAARPIGMLEMIDGGDRDEKILCVPDKDPRYTHVKSLNDVAPHRLDEIAEFFRSYKNLEKKVTEILGWQDVGTVAALVEQCIKAAK
>AP018318|142152:188371|184797_186228_-|BBD57388.1|transposase|DBSCAN-SWA
MFTDSLLVMIVTYCRLRYNDSMKYTYQYKAIPTTDQKLELNHWLRICQYWYNRQLGDRFDWWEMNRSRVDACPLVTVLPQLRDKPNYYSQKKYLPDLKKEPVTVEWSGEVLDLSRVPANTLQEVCKRVDKAFERFIAGDSNGNRSGKPRFKSHSRYRSLVIEGAGLELHSCSIAGKYLYVKVPKIGLIKIRSHRHLPDGAILKQLQFVKKNDGWFVNLRLEDPTIPTITPDSILPTWDNSLGVDAVLHEDDYLATSEGVKLPSLKVLRKNQRRLTRISQKKNARKRGSKARRKLAKREGRQHQKIARCRKDFQYKTAYELVRTGKKVFFHEDLNLKGLTKRNAPKKDETGAFIPNGQSAKSGLNLSWADAAFGQFFQILGHIAAKAGAYAMAKNPAYTSQLLSYRDEVIFTDCSIRGYWDNEQKLWVDRDINAAINLKRVGLDVFPTIKRRKGSMVFVDSITDDTSKEVLRIFRNA
>AP018318|142152:188371|176971_177826_-|BBD57382.1|DBSCAN-SWA
MQNRLSISLKNVEIWLIGIVGTLIAINLNLVSRVDHPTNFYVYILFLVTVYLLLKEKANQLNLESNLLSSITGTFLIALVFIYSFFQINIGFLFLFPPLLSGFGIALLASGYRGLKQYKRELWLLGFLTIRNFMIMNKLDLTLVTAKFSTVILWYTGFKVNRSGVMIHLPTGSVEVYSACSGIDLIIDLLSLAVLFIYLLNLSWQQKIMIPIVAACLGFVINGFRVALMAILVAQGDNQAFEYWHLGDGSLIFSTVASLFLCCFCWFLLSRNEKESKNSINYSK
>AP018318|142152:188371|142152_142512_+|BBD57351.1|transposase|DBSCAN-SWA
MQCPYCESTEIRKNGKRRGKQNHICTNCDRQFIDVYDPPKGYSEELKQECLKMYLNGMGFRGIERVKGVHHTTIISWVKQRGEKLPDVPQEDAVPEVGELDELETFIGSKKTKSGCGQQ
>AP018318|142152:188371|172499_173285_+|BBD57377.1|DBSCAN-SWA
MLTKITPLILTYNEAANIDRTLQHLDWAKTIIVIDSYSTDETLEILSCYPQVKVFQRKFDTHTQQWNFGLEQVASQWVLSLDADYIVTDELITEIASLPTNGLVNGYAAKFKYCILGKPLRGTILPPRQVLFRQDKAIYIDDGHTQLLQLTGQCAMLSNYIHHDDRKSLTRWLWAQDRYMVIESKKLLETPASELSLGDRIRKQKVLAPFIILLYCLILKGGIWDGWPGWYYAFQRMLAEILLSIRLIELEKLHNKSTGID
>AP018318|142152:188371|178971_180834_+|BBD57383.1|DBSCAN-SWA
MTKNKISKFLLYAAIALVFSLSGITHGKISIFEPLQPSVAASTSTIPSTANAPWPVFQRIDALSFSSRFGLNTVWGGYNERSENPFSVGYTGQSQELTNAANGNYAIYNNLDLGSGVEALMLRVSLDSGTNSVEVRLDSLNGPVVGTCTINNTGLQTYRTVPCPLNSNLAKNTPNNDTRNLVIKFTGSNSNMRFNWFAFWAKDTVQKIDDIQKIQPDQVNKGAPIIPISGRPVRTQNLLPDSSETLARSYRLWSPAKTGECPKWMHDTYWTKAEDGKVYPTWHPPVDFNPETNMYCTYGHEHGDDPRSSEVFNIVGMPAFGYVSEQQEVNSPSHARHEDHFGHKVLVANNWYMYNAKNTSLKTTCDVTIKLHMGSHSPDALTNTAHEMFVGGKCDGEEPFNLKHFALFGKAGQFKEPETSLCSLFVVAGISPNPIDQPLDGVHRAIPTKECFVRGTQKEQLAGVFDRSREFWLTGFAGGSFYFNLKNPSRFFDSSSATKISRTVDTCYNSSHPMSKSLLCQEVLAAGSKVTWDDPRSPFRGTVNSNSHFSALAFADSPNSVIYTDAYGKNAKTAPDSSQGITFKQIVPVKAFHYKVDGHASLIPVGDYSAYGKNGVRAPN
>AP018318|142152:188371|159808_160549_+|BBD57366.1|DBSCAN-SWA
MNHRYIIGKTLSNIGNTILASELMPLTRIVPQGISYPYDIKRIAKNRKIKTIFDVGANIGQTSRFLNWHFPQAEIFAFEPINETFKTLQKNTHYLNKIQCFHSALGSHESEKLIYIREDSELNTLIEPSELPSNFKKTETVKITTIDTIAKKRQLTSIDILKMDVQGYELEVIYGAEFYVKNNLINFIYAEIDFDEHNKECQDFGELNKFLVKNNFKFSGFYEVFRWGENKRYFGFCNALFVNCNL
>AP018318|142152:188371|183680_183938_-|BBD57386.1|DBSCAN-SWA
MPSAKPLYGTELVDCARANAKQGIETAAYQCGYGDDLNTFAQELRQACTEMNLQVKELSELITDQDMILEIGTGEIIAPDTASEL
>AP018318|142152:188371|176309_176972_-|BBD57381.1|DBSCAN-SWA
MFWKENRIQFLAFIFSVGVLVAGKSIFFPPSKEQTHTFTFSEEVPLAQWQASVAMPIQSLPETQQNPDLLARKHYRYVKNDLSLDIEMRYLQNFYYADIGAYIQRNLGIKSSTLMRQQKGVGYYGLGIDKQKAYLSSCINPRGGSTFTHAQFRENRIFQDISLNRVIPILLGKEALLDKRCLWVYLSIPLEKSSPEEAYQTLEKAWFSWYQWWQPRFPKL
>AP018318|142152:188371|187261_188371_-|BBD57390.1|transposase|DBSCAN-SWA
MKRTVSIPVDLPSDRFLPLMNQCAEIFNAHVDWAIANSSYNKNKAHKELYHLLRVQHPSVPSALLQTVRDNALEAIKATKFKSIPKKKPTSGLRYDKRTMTLRGKQLTLSCIGKRVNLILDIPDYFQEIFETWDFCGATVTYTKNTKQFWVRLVFETEDPQQIEGQIQGIDRGLYHQAVTSDGQFFSSSKIRKVQRRYLYNRRQLQQKGTRSTKRCLKAMSGREKRFMRDTNHCVSKKLANQPGIAVFVLEDLSSIRTQRRGKKMNKWLGSWAFYQQEQFLTYKAEALGKRVVHQDPRYTSQKCNICKHIRRTNRHKSRFHCKNCGHRTHADLNAAKNVRDDYILSSTKGTEEQGSGDTPNATVKPVAS
>AP018318|142152:188371|152225_152783_+|BBD57359.1|DBSCAN-SWA
MVISINNASKLLAQKIRLLYLRGLGIEIDFSCLISSNIVINLGYSQGHKGNIKISSKTQISHGVTLDAWGGSITIDENVFIGPYTVIYGHGGVKIGKDTLISMHCRILSSNHTIPDRDTRIRWNPDILLPVTLGEDVWLGAGVTILGGVTVGNGCIVGAGAVVTKDLPPYSIAVGVPAKVVKTRL
>AP018318|142152:188371|149794_150637_+|BBD57357.1|DBSCAN-SWA
MNNTKIVAKQELVIEAGRTEQQYWKDIWRYRELFYFLAWRDILVRYKQTAIGIAWALIRPFLTMVVFSVVFGKLAQLPSQGAPYPILVFSAMLPWQFFANSLSECSNSLIGNANLISKVYFPRLIVPTSAVVVSFVDFMVSGIILLGLMAWYNFVPTWRIVTLPIFIAIAFAASMGAGLWLASLNVKYRDFRYIVPFIVQFGLYISPVGFSSTIVPEQWRFLYSLNPIVGVIDGFRWAILGGESNLYLPGFLLSLGLVFLLLMSGIWYFRKMERTFADVI
>AP018318|142152:188371|165326_166832_+|BBD57371.1|DBSCAN-SWA
MNQSINSTPQSWVYLPSPPKKEQKQLLRVFWFISLGLVFYELFLVKDTPFVSKLGAVFVTVAALLPNYLWCSGRAKGMPVFPFFALTHIWTYGLPLVTHHPTVLTYSVENQLFASLTVAGFLIIGTSVWFSFVKSTPRTLKFYRTLGNRKGNKFFFFILIVGVFFNVSFYGNWGWLSLINGGLFTAFRAAILGLNALATFVLAYQLGNKELNKLQSILFIFLLSAYMITNSLGYLLVGASSSFLLAAIAFTISSKKVPIIPIIIVLVCVSLLHYGKGEMRHKYWGTTQYYLQPWEYPTRYAEWIGYSLDYVNKHNDQENLSNKEEKSSFFERASVVQMLLLAQKKSPYPIPYMYGQTYSILPELIVPRIFNPNKIRSHEGTSLLNIHYKLQTREQSLATTIGWGLLAESYANFGLMGCGGLAIILGAAYGKATRWSINAPILSVQSLFAVMMMSFAFQSEYSAGVYVAALSQSSTVLTGIALFLMKKQRVPSYSFQGRRML
>AP018318|142152:188371|149320_149749_+|BBD57356.1|DBSCAN-SWA
MQRRCDRNRKRSKRRGIYCPIHGCYLDSVSQKYQIFADKPGQLQQRGMSRRNALILVANRTAVPLEGEWLEAFWCEHCQQTRWYHVRKRDERAYEISLAPQELWQQATGVISSYGNPSVSEFTRRSARDITYQTLSSFQVVN
>AP018318|142152:188371|152779_153727_+|BBD57360.1|DBSCAN-SWA
MNPLISVIIPTHNPNGKRLNKTLIALKNQALLQEHWELIVIDNLTPDTSYIPSFDFSWHNCAKIIREESLGLTRARIAGINASRGSYLVFVDDDNVLDANYLSNVITIFQNHPNLGAIGGKSLPEFEVEPENWIKNFWVCLALRDLGDEVQIYSFDQLSKQEKQHPLFAPIGAGMALQRKAAQFYVDSIAENVNRLSLDRTGKSLQSGGDCDINLTLLEAGWAVGYFPQLQLTHLISANRLTKDYLARLNRASSRSWVQVLDAHNIHPWQKIPSWSVIPRQIKAFFSYQPWKSPANYINWQGACGMFEGLSGLTD
>AP018318|142152:188371|163993_165316_+|BBD57370.1|DBSCAN-SWA
MYPTLKRKVLIVSPHFPPINAPDHQRVRMSLPYMEQFAWEAHVLTVRPDCVEGIQDPILLKTIPSHIPITYTGALPVKQTRRIGMSSLGLRCLPYILQAGDRLLRQQKFDLIYFSTTVFLTMWLGSIWYQSFKIPYVLDFQDPWLSDYYKQTGTQPPGGRFKHGFAQLQAKLLEPKAVSQVAHVISVSPAYPKTLQQRYPYLKPEQFTVLPFGAPEPDFSALSSLNIQQTIFNPNDGKRHWVYVGRGGYDMALAVRSLFLGIQSHRHQNPEIWQSVQLHFVGTSYAPGNLAVKTIEPIAQELGIADLVTEHPHRIPYFEALQILVDSDAIVLIGSDDPDYTASKLYPCILAKKPILAIFHHQSSVVDILHRCQAGQAVTFTSKQEPQDLLSQVITQLNWLLSINKGFQPDTDWSAFQPYTARAMTHKQCAIFDRCLTTAG
>AP018318|142152:188371|157258_158416_+|BBD57364.1|DBSCAN-SWA
MRILLSCLQSLHKHPIPAYKFWEDYFKKGIEEAGHEWIEVKEVDWAEGLVYSDTKRLQEWRDFTWETTINYIKKQQEIEAIDLFLSYLFPQQINSDAIKHIQSLGIPCVNFFCDNVREFTQIPNEFYCFDLHWVPEFKALKMYQKAKLKYLYAPMPVWIPHHQRSYKHSENYGVSFIGSRDVQREALLAQVLSFVPIEIRGSGWDNTPFSSSISSVSKHQSFWQTGINQCKFISHQGTLAWLRKLKSKSIPRIANDTFTNFVKQQPNADEYTAIIQQSIITLGINRYPSYRYPFSNPDTYSRMRDIEAPMMGACYLTEWTEGLEHLYDLGEEIETYRNVDDLVEKIQYLIKSPDVRQKLRYKGQRRVLSEHTVSQSISKIFRVIT
>AP018318|142152:188371|168101_168461_+|BBD57373.1|transposase|DBSCAN-SWA
MQCPYCGATKIRKNGKRRGKQNYICVSCARQFIDVYSPLKRYSDEKKIECLKAYVNGAGFRAIERQTGVHHTTIINWVKQIGENLPEAPPTDKIPSVGELDELETFVQSKKTKFGYGRR
>AP018318|142152:188371|160572_161637_+|BBD57367.1|DBSCAN-SWA
MTYWNPQYKTLDHWRGIAALWVMLFHGFGTTFDKSLHPLVEIIKSVAAPGWLGVHIFFVISGYCITASVYKLILKGGSSWAFLQTRILRLMPTYWIAFLLTLSLNIISSPFNKVNLADAIPSSWEIWFGNLFLIQPYLNVPFYVVVYWSLVVEIGFYLIVATLLIIRNKISQNLSLFLGLFLAFMAIFMPHDSKLGWIRYWSEFVCGSLVFTALFAKHKNHTYHQNLSITLIMILGAIGAWIHLIHDQNQLWFSSIFAIIIYLLYRFDNIINSINLINWLKSFGLISYSLYLLHVPFQGRVVNLGTRFIPVDSIMILVLQVLGWAVAITVSIIFFKLVEKPLNNWRYQQRIAKS
>AP018318|142152:188371|161639_162677_+|BBD57368.1|DBSCAN-SWA
MKILLTADPELPVPPKLYGGIERIVDLLVAGLQARGHTVGLVANADSTSPANKSFAWPGKRSQNKLDALQNTLTLWSAVQQFQPDIIHSFSRILYLLPLLSSDIPKVMSYQRNPSHRTTSWGVKLAKGSLTFTGCSNYICNIGRKAGGVWHTIHNCVELEKYTFQPKVAPDAPLVFLSRVERIKGAHTAITIAKKTGRSLIIAGNHGTTGETGKYWQEEIVPHLGKDGIEYVGTVNDTQKNELLGQAAAMIVPIEWEEPFGIVFAEALACGTPVISCPRGALPEIIRQSIDGYLINSIDEAVVAINSLPKLNRQDCRQRVEEFFSTNLIVSQYEQMYHSLATSIF
>AP018318|142152:188371|168852_170007_+|BBD57374.1|DBSCAN-SWA
MIKQPSSKSKYRFHLWFPALFNSTGGIQRYSSLCLTAFQSLYPDCVYDIVIKHDTGVPPKSANLCFHTAGNWPLALRTPALAAQMIGLGLQQRPKLIFSTHPNFSVTANLLKKLIGIPYWVAAHGIDAWDIQNPLVKKALENADLILAVSSYTRDRLLQEQKLQPEKVVVLPNTFNADNFQIASKPDHLLKQYGLNPQQPVILTVTRLSQSPQRCKGYDKILQALPQIHQAIPDVHYVLVGEGNDRARIEQLIVKLQLQDCVTLAGYIPDQELRDYYNLCDLFAMPSKGEGFGIVHLEAMACGKPTLGGNQDGAVDALCQGELGALVDPDDIEAIAQTIIQILRGEYPNSLMYQPEELRNRVITKFGFDHFQESIGYYFEKQFK
>AP018318|142152:188371|173375_174740_+|BBD57378.1|transposase|DBSCAN-SWA
MVEPRPPKETVKFVDEYCLWYKKLFSDVRNFEAFKYLHIGCISEVKRKSLPEIAKIVGLDNYQGLHHFLTTPSWEVEQLRALRLSLILEVLKGRPIILIIDETGDKKKGNKTDYVKRQYIGNLGKVENGVVAVTAYGVFCGMTFPLLFEVYKLREKLKPGDKYLTKPQIGAMLIRKLQSMGFKFNLVLVDSLYGEQRVGRLCRLEATANPKGESGTNFISVLDELDLNYLVAIRSNHSVDLLKGQYTQYLKWQKFKRVFSDLSSENRFTREIIHGKRGEHRYWQITTDTLNLPGNSTWYVMSKYPDITSREVGNFYGLRTWVEYGLKQSKNELGWADYRFTRYEDIERWWEIVCSAYLMVSLHSESLRPSPGDSQSTFASHPWWDNGKGWKNILNNLRLIVQPFILFNLIYPWLTVFPIPQLYSGFSKLQAIVYRLTSPIFIFLTHPEFYFSSA
>AP018318|142152:188371|156266_157235_+|BBD57363.1|DBSCAN-SWA
MRPLVSILIPCYNAEPWLAETLESALQQTWKNIEIILVDDGSTDGSLTVAKKFEPRGVKVISQTNRGASAARNRAIQEAKGDFIQYLDADDLLAPDKIELQMQLLNCDRNSDYIASGAWARFYKTPSEALFKPQPLWADMSPVEWLICAWEGNWMMHPAAWLIPRKIFEATGFWNEGLSLNDDGEYFCRALLASKGVKFCADAKTYYRSGLQNSLSKATSRDSWASAVKALLLCLNYLLTVEDSFRTRHACATLLQRNIYSIYPDVPDLLQIIESKVKILGGSDLKLDSGPLIKLIENIFGWKLARRLQKLRRIYLPQLQIK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD57351.1|142152_142512_+|transposase	IS1 transposase	NA	NA	NA	NA
BBD57352.1|142496_142838_+|transposase	IS1 transposase	NA	NA	NA	NA
BBD57353.1|143042_143741_-	hypothetical protein	NA	NA	NA	NA
BBD57354.1|144107_146252_-	hypothetical protein	NA	NA	NA	NA
BBD57355.1|147610_148960_+	glycosyltransferase	NA	NA	NA	NA
BBD57356.1|149320_149749_+	hypothetical protein	NA	NA	NA	NA
BBD57357.1|149794_150637_+	ABC-2 type transporter	NA	NA	NA	NA
BBD57358.1|150775_152032_+	ABC transporter-like protein	A0A2R8FG22	Brazilian_cedratvirus	8.8e-12	29.2
BBD57359.1|152225_152783_+	hexapeptide repeat-containing transferase	NA	NA	NA	NA
BBD57360.1|152779_153727_+	family 2 glycosyl transferase	NA	NA	NA	NA
BBD57361.1|154173_155196_+	family 2 glycosyl transferase	NA	NA	NA	NA
BBD57362.1|155230_156247_+	hypothetical protein	NA	NA	NA	NA
BBD57363.1|156266_157235_+	putative glycosyl transferase	A0A1V0SAH6	Catovirus	8.0e-13	41.7
BBD57364.1|157258_158416_+	hypothetical protein	NA	NA	NA	NA
BBD57365.1|158494_159721_+	hypothetical protein	NA	NA	NA	NA
BBD57366.1|159808_160549_+	methyltransferase FkbM	NA	NA	NA	NA
BBD57367.1|160572_161637_+	putative acyltransferase	A0A1R3Y5Q6	Salmonella_virus	1.1e-07	26.3
BBD57368.1|161639_162677_+	putative glycosyl transferase	NA	NA	NA	NA
BBD57369.1|162709_163951_+	hypothetical protein	NA	NA	NA	NA
BBD57370.1|163993_165316_+	hypothetical protein	NA	NA	NA	NA
BBD57371.1|165326_166832_+	hypothetical protein	NA	NA	NA	NA
BBD57372.1|166835_168053_+	group 1 glycosyl transferase	NA	NA	NA	NA
BBD57373.1|168101_168461_+|transposase	IS1 transposase	NA	NA	NA	NA
BBD57374.1|168852_170007_+	glycosyltransferase	NA	NA	NA	NA
BBD57375.1|170091_171309_+	putative glycosyltransferase	NA	NA	NA	NA
BBD57376.1|171327_172452_+	lipopolysaccharide N-acetylglucosaminyltransferase	NA	NA	NA	NA
BBD57377.1|172499_173285_+	glycosyltransferase	NA	NA	NA	NA
BBD57378.1|173375_174740_+|transposase	transposase	NA	NA	NA	NA
BBD57379.1|174766_175324_+	hypothetical protein	NA	NA	NA	NA
BBD57380.1|175484_176267_-	hypothetical protein	NA	NA	NA	NA
BBD57381.1|176309_176972_-	hypothetical protein	NA	NA	NA	NA
BBD57382.1|176971_177826_-	hypothetical protein	NA	NA	NA	NA
BBD57383.1|178971_180834_+	hypothetical protein	NA	NA	NA	NA
BBD57384.1|181430_182105_-	hypothetical protein	NA	NA	NA	NA
BBD57385.1|183052_183592_+	transferase hexapeptide repeat containing protein	NA	NA	NA	NA
BBD57386.1|183680_183938_-	hypothetical protein	NA	NA	NA	NA
BBD57387.1|184239_184749_+	inorganic pyrophosphatase	A0A1B1ISK6	uncultured_Mediterranean_phage	2.5e-26	41.6
BBD57388.1|184797_186228_-|transposase	putative transposase IS605 family protein	NA	NA	NA	NA
BBD57389.1|186564_187209_-	hypothetical protein	NA	NA	NA	NA
BBD57390.1|187261_188371_-|transposase	ISSoc1, transposase	A0A1P8DJA0	Virus_Rctr71	2.5e-26	29.8

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>AP018318|1598691:1657836|DBSCAN-SWA
TGTGCAAGGTTTTCTTAACTTAAACAAACCATTTGACTGGACTTCTCACGACTGTGTAGCGCGGGTACGCAAACTCCTGCGCCTCAAACGGGTAGGACACGCGGGAACTTTAGATCCCGCTGCGACTGGGGTATTACCAATTGCGCTGGGTAAAGCCACAAGATTATTGCAGTATCTCCCCGGAGACAAAGCTTACAAAGCGACTATTCGTTTTGGTGTGCGTACCACAACTGATGATTTGCAAGGTGAAATTATCACTTCACAACCTTGTACTAATTTGAGTTTGGCTGAAATAGAAACTGCACTCACACAATTTGTTGGGAAGATTGAACAAATACCGCCAATTTATAGTGCAATTCAAGTTGAAGGAAAACGTTTGTATGATTTGGCGCGTCAAGGTGAAACTGTCGAAGTTCCAGCACGTACCGTTGAAGTTTTTCAGATAAATATTTTAGATTGGCGAGAAGGAGATTTTCCTGAATTAGATGTAGCGATCGCCTGTGGTAGTGGTACATATATTAGAGCGATCGCTCGTGATTTAGGCGCAGCCTTTAACACTGGCGGAACTCTCGCCGCTTTAACTCGTACCCAAAGCAGTGGTTTTGATTTAACTAATAGTCTCTCTCTAACTGATTTAGAAGCACAGTTGCAAGCTGGGACATTTCAACCAATTCTTCCTGATGTAGCCTTACAACATTTACCCACTGTGACTTTACCTCCAGAATTCACCCGCAAATGGTGTCAAGGGCAGAAAGTGGCGATTAATTCTCATATTTCTGGACTTGTACGCGTATATGAAGATGAAACGCGATTTTTAGGAATTGGACAATCACAAGATGAAATATTAATTCCTCAAATGGTATTTGAACCAATTTCTTAATTTCTCAATTAAGCTTGGTGTTCTAAAATAATCAGCTAGTGTTTCAGTGTATTTCATCTCACGAGACTGGAGAGCAATATGTCAGACAAACATCAAGGGAAAGGAAATTGCTTGTGTGGAGCAGTGAAAATTTTTGTCTCCACAGTGAATAAAAACATTGGCGGATGTCATTGCCAAATATGTAGAAGATGGGGAGGTGGCCCCTTATTGGTAGTAGAGTGCGGAAGTGATGTTTCTTTTGAAGGTCAAGAAAATATCGCGGTATTTGGTTCTTCCCAATGGCTGGAACGTGGCTTTTGCAATCAATGTGGCACTCACCTATTTTGTAGATTGAAAGAAACAAGTGAGTACTTTATCCCTGTTGGCATATTTGAGCAGCCAAAAGATTTTATTTTCGATCATCAAATATTTATTGATGAAAAGCCTGCTTATTATGACTTTACCAATGAAACAAATAATATGACTGGAGAAGAGTTTTTTGCTCAGTTTCGTCCATAACAAATTTCAAAAAGCCTCTTCTATTTTCTGAAAATCTCGTTGCACTTCATTCCACAAAGCTTTGTTATGGGGGTCAGTTTTTAGGGCTTTTTTGAGATAAATTCTGGCTTTGAGGACTTGATTATCATTAATGAGCGCTCGTCCCCAAATTTGATAAGCGATCGCTAACCATTGGCGTACTTCCGCATCTTTGGGTAAACGGTCAGCTAAAGCTTCCGCAAGGGCGATCGCTTGGGGAAATCTTTTGGCTTTTAAAAATCTTTGTAATTGCTCATAAGTCTTCCACTTCAGCCGTTGTTCAATTTCTCCAATATTCGCTGGCGGTGACTGTGGTTTTTCTGTGGTGACTGTAGTTTTGGGTGCAGTTTCTTGACGAGTCGCCTTTGGTTCTTCGCGCCTAGAAACGAATGTTTCAGTGACGACTGTAGTTTTAGGCGTTGCTTTTGGTTCCTCGCGCCTAGGCGTGAACGACTGACTTGACGGCTGTTCGACTGTTTCCTCTGGCGGTACTACCGTTAAGAGCAGCCTATAAGCTTCTGTCAAGGCAATAAACTTATCTTTAGCTTTTTTGTCATCAGGGTTGATATCGGGATGATATTGCTGCGCCAGCCGTCTGTAAGACGTTTTGATTTCGGCAAAAGAGGCTCCCGACCTTAAACCCAATAAACGGTAGCAATCTCCTAGATCCATTTCGAGATATCAGCTATCTAATATACAGCTATCAGCCTTCTGCTTTGAGCATAAGGTTTTAATGATAAACAATAATTTTCTAATTTATAGTTCAAACTAGACAGTTTTGGGAAAGTAAAAAGGTAAAAGTAAAAAAGCAAAAGATTTAAGAACACTTAATTTCTTTTGACTTTTGCCCTTTACCTTTTTACTTTGTTCTAGATTCGCTCTTCAATCACACGGTCAATCAATCCGTATTCTTTAGCTTCTTGGGCGGACATAAAGAAGTCACGATCCATGTCTTTCTCAATCTTGGCCAAGGTTTGACCAGTATTTTGAGCGTAAATGTTATTGAGTTGATGGCGAATCCGCAGAATTTCTCTGGCTTCGATTTCGATGTCGGTGGCTTGTCCACGGGTTCCACCAGAAGGTTGGTGAATCATAATCCGGGAATGGGGTAATGCCAACCGCTTGCCTTTAGTACCAGCAGTTAACAAGAAAGAACCCATTGACGCAGCTAGACCAACGCAAATGGTGACAACATCAGATTTGATGTGTTGCATCGTATCATAAATTGCCAAACCCGATGTGACCATCCCACCCGGAGAATTGATATACAGATAGATATCTTTACCTGGGTCTTCCGAATCCAGATACAGCATCACGGCGATGATTTGGTTAGCAATTTCATCATCAACATCACGCCCCAAGAAAATAATCCGTTCCCGGTAAAGGCGATCGTAGATGCTAATCCAATCTGTATACTGACCTCCGGGCATCCGGTAAGGAACTTTAGGAACGCCTATAGGCATTTTTTTGACTCCGTTTGTGATTTAGTAATTATTTAAAGGAAGAGGAAACAGGAAATTTGATTTTTTCTACCTCCTGCCTCCTGCCTCCTGCCTTCTGCCTTTTTAAAGGACACTAGCGGGCAGTGGTGGATTAGCGAGTTCTTCTTTTTCAAACACCCGGTCAATTAAACCGTATTCCTTAGCTTGGTAGGCATTCATGTAGAAGAGACGATCCATATCTTTGGTGATTTTTTCTCCGGTCTGTCCGGTGGTACGAGTCAAAATTTCCACCAATGATGCCTTGTTTGCCAGAACTTCCTTCGCCCGAATTTGAATATCCGTAGCTTGACCTTGGGCGTAGCTCTTGGGCTGGTGCAAGATAATACTAGCGTTGGGTAAGCTGGCGCGGCAACCTTTGGTACCAGCACTTAGTAGCATTGCTGCCATACCCATTGCCGAACCAATACAAATGGTGTGGATGGGTGGCTTAATGTATTTCATGGTGTCAAAAATGGCGAAGGCTTCAGTTTCAAAGCCAACGGGGTCGCCACTATAACCGGAAGTGCCGGTGGAGTTGATATAGATTTTAATAGGCTTATCGGGATCGTCTGACTGCAAATACAATAGTTGAGCGACGATCAATTCTGTGACAGCAGGTACCAGTGGCATTCCCAGATAGACAATTCGCTCTTTTAAAAGAAGGGAGGGTAAATCTGGCGGCGGTGTCCGGTAGAAGTTATCGCCGTAGTATGGGGCTTGAACAGCCTTGATGGGGGAAATGTCCATAGCAACTGATCGCCTGAAATTATGCCGTTAACTGTAATACATCCTAGCGCGATGCCAGCTAGAGTCAGGTGCGGTTTCCTCGCTAATGGGCGAAATAGCTGGCATCTGCTCAAGCTAGGCTTCTAAGATATTGTGAATATATTAATCTATCTGCGCGGGATCAGTTTTCCGTAGCGCTGCTCTGACGATTTGAAGTTATTTATTAATATGGTGAGAATTCGAGATTCAGGAGTCAGGAGTCACAATAGTGAGAACAGTCAATGCTCAACTGACCAATGATCTGGAATTTTTTCTAAATTCTGTCTTCTGGCTTTTGAGTGCTGGATTCTAACTAAATTATTGTATATATCCTGAATTAGGAATTTTGGGTTATGAAGGTCAATTTGCAGCCTACCCTGAATGATGTGAATGTTGACGCGAATCAAACCAGTAGTCAACGTCAGTTGTCTGTTTCTGTATCTGCGATCGCAGATACTCAAGACCGCAATCTACCGATTAATTTATGTTTAATTCTCGACCATAGCGGTTCGATGAATGGTAGACCGCTAGAAACTGTGAAAAAAGCCGCTAATTTGTTGGTTGACAGACTTAAACCCAGCGATCGCCTGAGTGTGGTAGTCTTCGATCATCGAGCAACTGTCTTGATCCCAAATCAATCTGTAGAAGACCCAGAACAAATCAAAAAGCAAATTAACCGCTTATCTGCTGATGGTGGAACGGCAATTGATGAGGGTTTGCGTTTGGCGATTGAAGAATTAGCCAAGGGTAAAAAAGACAGAATTTCTCAAGCTTTTTTGTTAACTGATGGGGAAAATGAACACGGTGACAATAATCGCTGCTTTAAATTTGCTCAGTTAGCTGCTGGTTATAACCTGACTTTGAATACTTTGGGCTTTGGTGACAATTGGAACCAAGATGTTTTAGAAAGAATTGCTGATGCCGGTTTAGGGACTTTATCTTATATTCAAAAACCCGATCAAGCCATTAATGAGTTTGGGCGTTTATTCAGCCGTCTACAAACTGTCGGCTTGACCAATGCTTATCTGTTATTTTCTTTAATGCCTAATGTTCGATTAGCAGAACTTAAGCCTGTTGCCCAAGTTTACCCAGATACCATTGAACTTCCCCTGCAACAAGAAGCTGATGGACGCTTTGCTATCCGCTTGGGCGATTTAATGAAAGACGTAGAGCGAGTAATTTTAGCTAATATTTATCTGGGACAGTTACCTGAAGGTAAACAAGCGATCGCAAATGTCCAAATTCGCTACGATGACCCTGCTCAAAATCAAACTGGGTTATTTACTACCAATCTCCCCGTGTACGGAAATGTTACCAGGGCTTACCAACCAAATATTAATCCCCAGGTGCAGCAATCTATTTTGGCTTTAGCTAAGTATCGTCAAACCCAACTTGCAGAAGCAAAATTGCAACAAGGCGATCGCGCCGGGGCTGCAACTATGCTGCAAACTGCTGCCAAAACTGCTTTGCAAATGGGAGATACAGGTGCAGCTACAGTATTGCAAACTTCTGCCACCCAATTACAATCGGGAGGAGATTTAAGCGAAAGCGATCGCAAGAAAACTCGCATTGTCTCCAAAACTGTGTTGCAAGATATCCCACCGCAATGAAAGTTCAATTGCTCTATTCGCTCAATGATCGTAACGTTGACATGAATCAAGTTAGCAGTCAACGTCAATTAGCAATTTCGATTTCTGCAATCCCAGATCAGTTTGAGGAGCGTTTACCGCTAAATTTATGCCTAATTTTGGATAAAAGCGGTTCAATGCACGGCAAACCGATGCAAACTGTCATTACAGCAGTAGAGCAATTATTAGATAGATTACAGCCTGGCGATCGCATCTCGATTGTGGCTTTTTCTGGTTCTGCGGAAGTGATTGTACCCAATCAAGTAATTCAAGACCCCAGCACGATTAAATTGCTGTTAAAAAGCAAACTCAGCGCCAGTGGTGGGACAGCCATTGCAGAAGGTTTGCAGTTGGGAATCACAGAACTGATGCAAGGTGCTAAAGGCGCTGTTTCCCAGGCTTTTCTCCTCACCGATGGACATGGTGAAAGCAGTTTGCGACTGTGGAAATGGGAAATCGGTACAGATGACAATAAGCGATGTTTAGAACTGGCGCAAAAGGCAGCTAAAATCAATCTCACCATCAACACTCTGGGATTTGGCAATAACTGGAACCAAGATTTACTTGAAAAAATTGCCGATGCTGGCGGTGGGAATTTGGCTTACATTGAGCATCCCGAACAAGTTGTCGAGCAATTTAGCCGTTTGTTTAGTCGGATTAGATCAATAGGGCTAACAAATGCTTATTTGCAGTTTTCACTTGTACCCCATGTCCGACTTGCAGAACTCAAACCCATCGCCCAAGTTTCTCCAGACACAATTGAGTTACCAGCGCAGCTAGAAACTGATGGCGGCTTTGCTGTGCGTTTAGGCGATTTAATGCAGGATGTAGAACGCGTAGTTTTGGTGAATCTTTATTTAGGGCGATTACCAGAAGCAGAACAAGTAATTGGACAGATGCAAATTCGTTACGATGACCCAGCATTAAACCAAGAAGGCTTAATCTCCCCTAATGTAACGATATTTGCCAACGTCGTCAGAACATATCAACCTGACCTCAATCCCCAGGTACAGCAGTCAATTTTGACATTAGCCAAATATCGCCAAACTCAGTTAGCAGAGATGAAATTACAACAGGGCGATCGCCTTGGTGCTGCAACAATGTTACAAACCGCGGCTAAAACTGCTTTACAAATTGGCGATACAAACGCAGCCAATGTTCTGCAAACATCCGCAACTCGTCTGCAATCTGGTGAACAACTCTCTTCGTCTGAACTTAAAAAGACGCGAATTGTATCCAAGACAACTTTACAAAATTTATGATTTGTGTACAAGCTACCTAATTCTGCCATACATAATTTACTTTTGAAATTTATCTGACATTTTTAAGCTATTTTTAATAATTCTGTTACTAAATGTTGTTATGTTTAGTGACAAGAGGGATAAAAAGCTTAGGAGATAAGCTTTTTAGATTGTTACGTCATATTACCTCAGCAAAGTTTACCTCCTATAAAATAATCTTTGCTCAGAGATTATTTTACAAAAATTTACTCAGAGAATACCTATATTGTATAAAAAGCAAAAATAACCAGTCTTTACTCTTATCTTAACCAGAAAGTTAAATAATAATAAAGAAAGTCTAACAAAGCATATTTATAAGGTATAGGAAAATTCAATGCTAATTAACAAACGTCAACGCTATTTACTAGGACTTGTACTTGCAACTACCTTGAGTGCAAACATCCAATCTGCAAGCGCTCTCAATACAGAGCCAGTAGGTGACTTACAAGGTAGTGCTTTTTTGTACACATCAATAGGCTCTATTTTTACACCTTTAGCACCTACTAAGTTACATCTTTTCAATAGCAACCAATATGAAGCAAATACTCCCTTGATGAGCATAAGTCAAAATACTCATCCAACCGCTGCTTTTCCTAACTATGATGGTGGATTATTCCAGGTAGCAGATTCTATGACCGAAGCAATGGAAGAAGCGATCGTTGGTTTTACTATTAGTAAATATGACAAAAATTCAATGGCTGCTGATAAAGTTTTTGTGAGTAGCCAGCATGAAAGTGCAATGATGGTTGTCAGTATTACATCTCAAGCAAGTACTCCTATATCTGAAGAACACCAACCAAAAAAAATACCACATTCACCAGAGCAAAATCGGCGTTATCAACCTAATTCTCAATATGTCAGACGCGGTACTCTTGTCAGCACTAATTACAACGCTATTAGTATGTTGCGGACGATGGAAGATTTACAGAACATCGCTTACTTAGGGATGAACGAGGTTCATACTGAACCAATATCAGATGCTTTAACCAGAGAACTAAAGCTAACAACTCATATAGCTTTTGTACCAGATGACTCCTGTGTTAACTTGGCAGATGTCAAACTCCCAACAACTTGCCAAAACAAAAATGTAGATAAGATGGTAGTTACTATGCCGATGATTCAGGATAAAACCTGGTCAGCACAGATGAATAAAGACTTTCATTTTTGGCAGAATATGAATGTTTCTAGCGAAGTAGCAAGTAAATAAACTGTTGGAAATATTATTTACAAAGCTGATGAAGTGTGTGAGTGAGACTATGCAAAACATTGCAACTTCAAATCAAACTTAATTTCTGCACAAATAAAACATTTGCTGATAGTTATTTTCTTCTTGGTGGGGTAAAAGGAGAAAGCTATTCAGCTTATTAATCAACTAAAAATTGAAGAATATTGGCAAATTATTGCAGCAGGTAGGTAGAATGCTTTTATGCCGTATTCTGAAGTAATCACAAATAACAATGTAGGCAAAGATTACGTTCAATTATGCGAGATTGAGCAGATATCACCAATAGCCAAGCTAAATAAATTCAGCAAATCAAATTTTTGATGACAGGAAGAAGATAAAACATAAATTTTATCTGGCGGGGTTTTTCTGTCACAAATTATTTAAAATTTCTGAAGAGTATGTTTTAGTGTTACCAATCACTTATTTGATTAATAATGATTGATAACCTACAAACAGCAGTGGCTTGGCATGGCAAACTCAACTTAGTCTACGCCGATCACCTAAATTCCACTCAACTAATTTACAATCATCATCAAGCACCGCTAAAAGTGCAACGACCGTTTTACCCAGAAGGCGAAAAAGTCTGTCATAGCGTTATTTTACATACAGCCGGGGGAGTTGTGGGCGGCGATCGCTTATCATCTCATTTTCACCTCCAACCGAACGCCCAAGCTTTAATTACTACAGCCGCAGCCAGTAAAATATACCGTAGTAATGGCTTGCAAGCTAGACAAACCATCGATATTCAAATTGATGCGGGTGCTTGTTTAGAATTATTACCGCAAGAAACAATTTTATTTAACGGTGCAGATTATCGCCAAGACTTACGAGTAGAATTAGCCACTGGAGCCAGTTTTTTAGGGTGGGAAATTACTCGCTGTGGTCGTAGTGCTAGAGGAGAGAAATTTTTACAAGGAAAATGGCGATCGCATACGGAAATTTGGCAACAAGGTGTTCCATTATGGATAGACCGTCAATTTTTACCGGGTAGCGCAGAAATCTTTCACAGTCCACATGGTTTATTTGGACAACCCATCGTCGGTAGCTTAATTTGGATTAGTCAACCAGTTTCGGCCGAAATTGTCGCCAAAGTCCGTTCTTCCTTCACTCTCCACTCCCTTACTCAGGACTCAGGACTCAGGACTCAGCACTCCATCGGCGTGACACAACTAGAACATGGACTTTTGTGTAGATATCGCGGCGCTTCCACATCAGAAGTGAGAAACTGGTTTACGGCTGTTTGGCAGATATTAAGAACATCTTTTTTGAGTCGTAATATCTGTATACCAAGAGTTTGGCAGATTTAAACGAAGTACAAAGGATGCAAAGATGCAACTTACGCCGCAGGAAAAAGATAAATTATTAATTTTTACTGCTGCTTTATTAGCGGAGAGACGAAAAGAAAGAGGTTTGAAACTAAATTATCCCGAAGCAGTGGCTTACATTTCTGCTGCGATTTTAGAAGGTGCAAGAGATGGACATACTGTTGCAGAATTGATGAGTTACGGCACAACTTTATTAACAAGAGATGAGGTGATGGAAGGTGTACCAGAAATGGTGCATGAAGTTCAAGTAGAAGCAACATTTCCTGATGGTACTAAGTTAGTTACAGTGCATAATCCAATTCGTTAATTTAAATATTATGAAACCAGGGGAAATTATTCCAGCCGCAGGGGAAATAGAATTAAATGTGGGTCGTCCTATTATTAAATTGCTAGTTGCAAATACAGGCGATCGCCCTATTCAAGTTGGTTCCCATTTTCACTTTTATGAAGTTAATAATGCTTTAAATTTTGATAGAGAACAAGCGCGGGGGATGCGTCTAGATATTCCCGCCGGGACAGCAGTTCGCTTTGAACCAGGGGATGAAAAGGAGGTTATATTAATTCCTTTGGTTGGGAGTCGTCAAGTTTATGGGTTTAATGGCAAAATCAACGGGAATCTTTAAACGCAGAGTGGCGCTGAGGTAAACGCAAAGGTGCGCGGAGTTAGAGTTTATTGGCGACGCGTTTGATACCTTCTTTGAGATGGAGGACGTTAAAGTTGAGGAGGAGTCCGAGTTTGCAGTGAGTGAGTTTTAGGTAAGTTAACAGTTGTACTGAGTGAATTGGTTTGATGGCTTCCACAGATTTGATTTCAATAACTACCTTATTTTCTACTATTAAATCTAATCGATAAACACAATCTAATTCCACCTCCTTATACACAAGAGGTAATGGAACTTGTCTACCAACCCTAAATCCCTGCTGCTTCAATTCATAATGCAAACACTCCTCATAAGCAGACTCCAACAACCCAGGCCCCAACGCCGTATGTACCCTCATTCCACACCCAATAATCATCCCACTCAAATCATTCTCATCCATACTCCGCGTTTACCTTAGCGATACTCTGCGTTTAAATTTTAACTTTAAGGAAAGTATAATGTCATACAAAATGTCTCGCCGCGCCTACGCAGAAACCTACGGCCCGACAGTAGGCGATCGCATCCGTCTTGCTGATACAGAATTATTTATCGAAGTAGAACAAGACTTTACTACCTACGGTGATGAAGTGAAATTTGGCGGTGGTAAAGTTATTCGTGATGGGATGGGACAATCCCCCATTTCTAACGCCGATGGTGCAGTCGATTTAGTTATTACTAATGCCTTGATTCTCGATTGGTGGGGAGTAGTTAAAGCAGACATCGGTATTAAAGATGGCAAAATATTTAAAATTGGTAAGGCGGGTAATCCTTATATTCAAGACAACGTAGATATTATTATTGGCCCTGGAACCGAAGCCTTAGCTGGGGAAGGAATGATTCTTACTGCTGGCGGGATTGATAGCCATATTCATTTTATATGTCCCCAACAAATTGAAGTGGCGATCGCCTCTGGAATCACAACCATGATTGGTGGCGGAACTGGGCCAGCTACGGGAACCAACGCCACCACTTGCACCCCCGGCCCTTGGAACATTTACCGGATGTTACAAGCTGCTGATGCTTTTCCTGTCAACTTAGGTTTTCTAGGTAAAGGTAATGCTAGTCAACCCCAAGCACTAGCAGAACAAGTCCAAGCAGGTGCAATGGGTTTAAAACTACATGAAGACTGGGGGACGACACCCGCTGCGATTGATACTTGTTTGAGTGTGGCTGATGAATACGATGTGCAAGTAGCCATCCACACCGATACTCTCAACGAAGCTGGGTTTGTGGAAGATACTATCGCCGCTTTCAAAAACCGCGCTATACACACATACCACACGGAAGGCGCAGGGGGTGGACATGCACCAGATATTATTAAAGTCTGCGGTCAAGCTAATGTTTTACCATCTTCTACCAATCCCACCCGTCCCTACACCCTCAACACCTTAGACGAACATCTTGATATGCTGATGGTATGTCATCACCTCGACCCATCCATTCCCGAAGATGTGGCTTTTGCAGAGTCTCGGATACGTCGAGAAACCATCGCCGCTGAAGATATTTTGCATGACTTAGGCGCGTTTAGTATGATTTCTTCTGACTCCCAAGCAATGGGGAGAGTGGGTGAGGTGATAATTCGCACATGGCAAACAGCCCACAAAATGAAGGTACAACGAGGAAGTCTTGAGGGAGACAGTCAAGCCGACAATTTACGTGCAAAAAGATATGTTGCTAAGTATACTATTAACCCAGCAATTACACATGGTATTGCCGATTTTGTCGGTTCTGTAGAAGCAGGGAAACTTGCAGACTTATGCTTGTGGCGACCTGCGTTTTTTGGTGTCAAACCAGAGATAGTAATTAAAGGTGGGATGATTGCTTGGGCGCAAATGGGTGATGCTAACGCCAGTATTCCCACACCGCAACCAGTACATACACAGCCGATGTTTGGTAGTTTTGCTGGTGCTAGACATGCTACATCCTTAACTTTTGTTTCCCAAGCAGCTTTAGAAAGAGAAATTCCTAGTCAGTTGCAATTACAAAAACCAGCTGTTGCTGTTACCGGAACACGTCAGTTGAGTAAAGGCGACTTGAAGCTAAATGATGCGTTACCGCAAATAGAAGTAGATCCTGAAACTTACGAAGTGAGAGCCGATGGAGAATTGCTAACTTGTGAACCTGCAACAGTTTTACCAATGGCGCAGCGTTATTTTTTATTTTGATTTTAAATGAGAAGAGAGAAAGCGATCGCCTTCTCTCTTCTCATTAATCAATCTCACTAGCTTTTAACTACCTGTCATATCATATTCGTCTAATTACAATATCAGCGTTCACGATGACTATTAAACTAGACGCTATATCACAGAAGTTTTTTCCAATCAAATTTGATACTTTTACTTGGAAGGAGATGCCGAGCCTGGTTTAATGCTGTTGTCAGGTACACCGCTAGAATCTGGTGCGGGAGTTACACTACCAGGAGTTGTGGAATTTGGCGCTGGTGTAATTTGATTTGGAGTTGTGCTACCAGGAGTTGTGGAATCTGGTGCAGGAGTTACACTACCAGGAGTTGTGGAATCTGGCGCAGGAGTTACACTACCAGGAGTTGTGGAATCTGGTGCAGGAGTTACACTACCAGGAGTTGTAGAATCTGGTGCTGGTGTAATTTGATTTGGAGTTGTGCTACCAGGAGTTGTGGAATCTGGTACTGTTGTGCCGCCTGGGGCTGGAGTTGTATTGGTAGGATTGGTGGTATCTGGTGCTGTTGTGGTACCAGGAGTAGTAGGTTCAGCAGGTACTGTGGTACTGTCGGGAGTTGACCCAGGTGTACTTGTGCTGTCTGGGGTTGTTGTACTTCCAGAAGGCTGTGTTTCAGGTACGGTAGTAGTACCAGAGGAAGTTGGAGTGAGTGGTTGACCGTTGGGACAACGGGAATTTAAAGGGAAACGTTCACATAGAATTTTCAACCCTTCTGGTGACAGTTGAATTTCCGTTGTTGAACTAGTGGGGGTGCTACTGGATTGAGCAATTGGGGATTTACTGGATTGAGCAACTGCAACGTTAGCACTCAAAGCCAAAGTCAAAGCTGTACCAATCAACGACAGAGATTTTCCCTTCATTATTAAATTAACCTCAACGGAAACAGAACACTCGCCCCATTAAACCAAACAATTAAATTTAGAAAATCATCCTAAAAGCTGATGTTTATTTATGCTTTGGAATTTAGCTGTAGATGCTAGAGAATATTAGGCTTAATGGTTTACCTCAACCATCTTAGTTGTTATAAATACAAAAATATCCGCGAGTAAATCTAGTCATGAGAAGAAAAATGCCTTATAAAACCAGAGGATGCACAATACAAAACAGAAATTTATCAATGTAATGCAGATAACTCAACCAATTAAATTTAATTGCTGTTTAGATATTGTCTAGAAAATTATTAAAATGTTTTAGGCGACGCGACTCAGACTCAATATTCTACAAACTATTGCCACAATTTCTACCTTTGTTATTTGAGCTACTGAAACATTCTCCACATAATGCTGAAAGTTATATTTTTCCACCCAACCGACACTAGGTCTAATTTTTAACCATTTGCGATCGCTTCAAAATCCGAAAAATTGTACAGTAAGCTTGTATATCACTTCGTTACTACTCAATTTAAGTACAAGCTTATGGTAGAACCTTTAACAGCAGCAGTGATTGTCTCTCTATTTTTCTCGGAAGCAATCAAAGAAAGTGGTCAAGCTTTAGGTAAAGGTGCGGCTGATACATTTGCGAAACTAGTGGACACCATTCGGGAAAAGTTTCAAGCGAATAGCATAGATGGAATATTAACACAAGCACAAAATCAACCAACAGACACAAATAAAACAATTCTTCAAAGTGTCCTGCAAACTCAGATGGATGCAGATGCAGAATTTGCCAATAAATTGAGAGAACTAGTTGAGCAGCTAAAGTCACAAGATGCAACTATCCGTCAAGTAGTTTTGAGTGATATTGAAATAACAGAGGGTTTAACAGTAAAAGATTTGACTCAAACAGTTGCGGGGGATGGTTCTGTTGAGCAAGTAAACGTTAAAGGAGCGAAAGCTGCAAACATTGATGTGAGTAATTTAAACCAAGACGTTAAAAGATAATTCATAATTTGCAATTTATTGCAGTTTGTAGGTTGGGTGGAGCAATAGCGAAACCCAACAAAAGCCTCATAATGTAACGCTATATCCTAATTTAAAATTATGACTAACGAGCCAGACTCTGAAGTTGTACAAGTAAAACTTGAAAATTTACAAGTCGGTGGCAATATTACAATCAAAGATATTACCCAGATTTACCAAACAGTTAATAATTTAGATAATATTCCTAAACCCACTGGATTTCCGCAAAACATTCCTAAAAGTAACACAGATAAATTTGTCGGAAGAGAGGGAAAATTAAAACGTCTCTATCAACAGTTGCAACGTAATGATGAAGTAGTCATTGCATCTGTTGAAGGTATGGGAGGTGTGGGAAAAACTGAATTAGCAATTCAGTATTCGCTGCTGCATTTACAATTACAGAGTTACCCTGGTGGGATTTGTTGGCTACAAGGAAGAACAGAAGATATTGGTTTGCAAATAACACAATTTGCCAGAACAGATTTAGGTTTGCCAATTCCTGATGATTTAGAGTTACCGGAACGAGTGCGTTGGTGTTGGCAACATTGGCGAGAGGGAAATACCCTCATAGTTTTAGATGATGTGACAAATTATGGTGAGATAAAACCCTACCTACCACCTCAACCATCTCAGTTTAAGGTAATTATTACCACACGACTCAAGTTAGATTTAGCTGGTTCTTTATTTCTGGAAGTTTTACAAGAAAGCGATGCGCTGTTATTACTCAATCAATTAATTGGGGAAGATAAAGTAAAGCAAGAATCCGCAAAGGTTCAAGAACTGTGTCAGCGGTTAGGTTATTTGCCCCTAGCATTGCAATTAGTGGGAAGGTATGTAAAAAAACGCAAGATAAATTTAGCGGAGATGTTGCGACGGCTAGAAGAAAAAGGATTAGCTCATCCTTCTTTAGTAGTAGATGAAAATGACCCGACTTGGACACTTGATGTAAAACGAGGAGTAGCCGCAGCTTTTGAATTGAGTTGGTCAGAATTAAGTGAACCTGCTCAAGAGTTAGGTTGTTTACTCAGTTTGTTTGCTTTGGCTCCAATTCCTTGGAATTTGGTGGAAAGTGCGGCAAAAGAGAAAGATGTTGAAGCATTGGAAGATACAAGAGTTGAACTAGAAAATTTGCACTTAATCCAAGGTGAAGATAGTTATCAATTACATCAACTGATTCGAGAGTTTTTTAGAGGTAAGCAGAATAACTTAGCTGTTGCTGATGAGCAAAAATATAATTACTGTGCGTCGATGGTAGAAGTAGCGCAAGCAATTCCTCAAACAACTACTTTGCAAGATATTACTAAATTTACTCCCGTTATTCCCCACCTTGCGGAAGTTGCCACTTTTTACCAGAATTGGTTAAGCGATGAAGATTTAATTGTGCCGTTTCTTGGCTTAGTTCAATTTTATGAAGGTCAAGGAGCTTATGCCCAAGCGTTACCTTGGGGAGAGCAATGTGTATCAGTGGCAAAAGAGCGTTTGGGAGAACAACATCCTGATGTCGCCGGCAGTTACAATAATTTGGCATATCTCTACAAATCCCAAGGCAGGTACAGCGAAGCCGAACCACTGTACCAAAAGGCTTTGCAACTAAAGCAACAACTGCTGGGAGAAGCACATCCATCTGTCGCCACCAGTTACAATAATTTGGCAACACTCTACGATTCTCAAGGCAGGTACAGCGAAGCCGAACCACTTTACCAGAAAGCTTTGCAACTGCGGCAACAACTGCTGGGAGAACAACATCCAGATGTCACCCAAAGTTACAATAATTTGGCATATCTCTACCAATCCCAAGGCAGGTACAGCGAAGCCGAACCACTTTACCAGAAAGCTTTGCAACTGCGGCAACAACTGCTGGGAGAACAACATCCATCTGTCGCCAGTAGTTACAATAATTTGGCTGGACTCTACGATTTTCAAGGCAGGTACAGCGAAGCCGAATCACTTTACCAGAAAGCTTTGCAACTGCGGCAACAACTGCTGGGAGAACAACATCCATCTGTCGCCCAAAGTTACAATAATTTAGCTCTACTCTATGATGCCCAAGGCAGGTACAGCGAAGCCGAACCACTGTTACAGAAGGCTTTGCAACTAAGCAAACAACTGCTGGGAGAACAACATCCTAATGTCGCCCTCGTTTACAATAATTTGGCATATCTCTACCAATCCCAAGGCAGGTACAGCGAAGCCGAGCCACTGCACCAAAAGGCTTTGCAACTGCGGCAACAACTGCTGGGAGAAGCACATCCTGATGTCGCCAGCAGTTACAATAATTTGGCATTACTCTACTATTCCCAAGGCAGGTACAGCGAAGCCGAACCACTGTACCAGAAAGCTTTGCAAATTGCGGAACGCAGTTTAGGGATAAGTCATCCTAACACAATTACTTTTCGTGAAAATCTGGCTATTTGTCAGCAAGAATGGCACAAGTAATGCGTAATTCGTAATTTGTAATTTGTAATTAAATTTGTCATTGCGAGGCAAATGAAATGTAGCGAAGCGATCGCACCATTCCCCTGCATTCCATTCCTGGTGATGCAAGCAAAGCAAGTTTGATTTTTTAAGCGATCGCTCTGCAATTGAATTGCATTGACTGGCGATCATATTGCATTAGTCTGCAATTGAATTGCATTGACTGGCGATCGCATTGCGTTGATTTGCGATCGTATTGCATCGGTCTGCAATGTTATTGCATTGACTTGCAATTGAATTGCATTCAATACGGTTTGATTAACGTTTTAATCTTTGGAAGATCCCCCTAAATCCCCCTTAAAAAGGGGGACTTTGAGAAGTTTTACCCCTTTTTTAAGGGGGTCGCCGCAGGCGGGGGGATCTAAATCTACTATACTGTTAGCTTTTTTGTTGCAATGGGTACATTAAATATATAATTTATTACGTAGGCAACTATGACAAATCCAGATACAACCCGCCGTTTGCGCCCTCAAGTTATTAGTCAAGATGTTGACTCATTACACGGTTTGCAGACTATAGGCACTTACGAAACAAGCCGTGCTGATGCTAAAGTTGCCAACTTACAACAAGCTTATCAAGCTATGTTGACTACACAACAAGTTGAAACCGAGAAATTAACTATGTACCGTGCGGCAGCTGATGCGGCGCGATTGGCAGAATGGGAATTTCACAACGCTGTGATAGCAATGAAAGAAGTTGTGCGCGGACAGTATGGTTCAGATAGTGACCAAGCGCAAGCTGTTGGATTAAAGAAAAAATCAGATCGCAAGCGTCCTGGTCGCAAAAAGTTGGCGGCGTTAACTAATTAAGTTAAAATAATTTTCATAATTTTGTGGGATGACAGTCTTGGGTATTTATAAGGCAGGCTTTTTGTCCTACTTTACAAGAGTCATCCCAGATAAGTCACTAGTTTTATCTACTTTGGCTGATTTACAAATGTGGCTAAAAGCGCAAAGATGCGGAATTGCCCCAACTTCTGCTGTGGCTTATGAGTAAAATGGTGAAAGACCTGTCAGGAAATCGCCATTAGCCGATTCTTCACTGCCAAATAATCGTGATGTAAATAGCCGATGAGTTCCCCCCAACCTCCCCAAAAGCCACAAACTATACTTGGTCAACTGACTCAAGCAGTACATACAATTCAAGCTAGGGTCGATTTTTCCAAGCTGGCGCTCAAGCCCAACGCCAAAGTACCGGAACTTTGGGTACAGGATGCAGGGGCGGATAAGGCGGAGGTCTATCCATTGTTAGGCGATCGCTATATCCTAGGACGCAGTTCTAAATCTTGCGATATAGTCGTTCGCAACCCAGTTGTCAGCCAAATTCATCTGTCTTTGTCGCGGGACTCTACCCAACGCAAACCCATTTTCGTGATTCGAGATGAAAACTCGACCAATGGTATTTATCTGGGGAAACGGCGGTTGCCTTCTTTAGAACTGCGACATGGCGATATTATCACTCTAGGCCCACCAGAACTGGCTGCATCAGTCCGATTACAATATGTTGACCCGCCAGCATGGTATCTTAAAGCTGCAACCTGGGCAGGTTATGGCGTTGGTGGTGCAACTGCGTTGTTAGCATTAGTGATTGGTGTGGAATGGCTGAAGTTTTCTGTTCGACCCTTACCCACAGCAACTCGCGCCCCAGTCATCGTTTACGCTCGTGATGGCTCAACTCCCTTACGTGAACCACGCACCACAGCCCACGTAGACAAGAAACGCTTACAAGATTTTGGCCCTTATTTAGCTAACGCCGTAGTTGCTTCAGAAGATAGTCGTTACTACTGGCACGTTGGTGTAGACCCCTTGGGAATTTTGCGTGCGGTGTTAATTAATAGCCGCAGTGGAGATTTACAGCAAGGAGCCAGTACAGTTACCCAACAAGTCGCCCGCAGTTTGTTCCGCGATTATGTTGGTTCCCAAGACTCTCTCGGCCGCAAATTGCGTGAGGCAATTGTAGCTCTCAAGCTAGAAACGTTTTATAGCAAAGATGACATTTTGCTGACTTATTTAAATCGGGTGTTTTTGGGGGGAGACACTTCTGGTTTTGAAGATGCAGCACAGTTTTATTTTGAAAAGTCAGCGCAAGAACTAACTCTCGCAGAAGCCGCTACATTAGTGGGAATTCTGCCTGCTCCCAATGCTTTTGATTTTTGTGGCGATGGCCCCAATAAACTAGAAGCGGCTGATTATCGCAATCGCGTAATTAAGCGAATGGTGGAAATAGGCAAAATCTCCCAAGAAGATGCAAACCGGGCGAGACGTTCCACAGTTCAAGTCAGCCCCAAAGTTTGCGAACAGCAAGCCAAAACAATAGCACCCTATTTTTATAGTTATGTCTTTCAAGAACTGGAATCAATCTTGGGAGCAGGTGCAGCCAGAGAAGGCAACTACATCATTGAAACTCAGTTAGATCAATCAATTCAATCTCAAGCGGAAGCCTCATTAAAAAATTCTGTGAGTAATGATGGCTCAAACTTTCGTTTTTCCCAAGGAGCGATCGTTACCTTAGACTCCAAAACAGGTAGTATTTTGGCAATGGTCGGCGGTACTGATTATCGCAAAAGCCAATTCAATCGTGCTGTCCAAGCCAAAAGACAACCAGGTTCTACATTTAAAATCTTTGCTTACACAGCAGCCATTCAACAAGGAATATCACCTTACAAAACTTATTCTTGCGCCCCTTTTCCTTGGCAGGGTTTTACTTATAAACCTTGTCGTGCTGGTGCAGATGTCAGCTTAGATATTGCTACAGGTCTGGCTCTTTCCGAAAACCCCATTGCGCTTAGAGTCGCCCGCGAAGTCGGTTTGAATAAAGTTGTAGCAATGGCGCAGAAATTGGGGGTAAAGTCACAGCTTGATCCGGTTCCTGGTTTGGTATTGGGTCAAAGTGTGGTAAATGTTTTAGAAATGACAGGGGCGTTTGGCGCTATTGGCAATCAAGGTGTGTGGAATCCACCTCATGCTATTAGCCGAATTCTAGACAGTGGCGATTGTAAGGATCGTAAAGATTTAAAAAGCTGCCGTGTCATCTATTCTTTTGAGCAAGACCGCGAGGCTAACAAGCGAGTTCTCTCTACAGAGGTAGCCGATGAAATGACTACCTTAATGCGGGGAGTAGTTTCTAGAGGTACTGGTCGTAGTGCAGCTATTGGTTTGGGAGAAGCTGGTAAAACAGGCACAACTGATAAAAACGTAGATTTATGGTTTATTGGCTTTATTCCTAGCCGCAGACTGGTGACAGGTGTCTGGTTAGGCAATGATAATAATTCCCCCACTTCTGGTAGCAGCGCCCAAGCGGCTCAACTGTGGGGGAGATATATGGGTAGAATTGCCAGGTAAATAGGTTGTTATTTGTCCTTTGTCATTGGTCAAAACCCAGAAGATAGAAGATAGAAGATAGAATTTCATACTTCATACTAGCCTGCGGCAAGCCGCTAAAAGCATCTACACACTTCATACTTTTCACTGAGTTCCTCTGCCCTTACAAAATCAAGCATTAAGGCTTTAGTTTGTAATAGTTAAAATTAGCAACATTAAATTATTAAATACTGAAAATCATGAAATTTTGTTTCGGAAAAATGGGGTATACACAAATTATCCTAGACTTTTAAAGTAATGAAATAATCAAAACTATACTTTGAGATTGAGCTTCTAAGCTGATGACAGCAAAACTTTGCTGTTATAAATTTTATGGCGTGTTTTTGGGCTGAAATCAAGCAATATACAGCAGATTGCAAATGAATGAGGTACAAATTTGAGCAACAAAGCTATATAGTAAGAAGCTTTCAAAGCTGTTCCCCGTTCCCTGTTGCCTGTTGCCTGTTCCCTACTGTAGAGATTTAATCAACCAAATTCATAGCATGTAATCAGATTTTTCAAGCGTTAGCTAACTCTAGTACTGAGTGAAATTATTTCACGTTTGCAACGTTAAAAAACATGGGTAAAAGTAAGCGTATAGGCATTCTTACCAGTGGCGGAGATTGCTCTGGTTTGAATGCAGTTATCAGAGCCGTTGTTCATTGTGCTAATGGTAAAGGTTGGGAAGTCTTAGGCATTCGGCAAGCAACTCTAGGATTAATGGCACAGCCGCCACAAGTTACTAAATTAGAAATCGACCAAGTTGATCCGTTATTAACCTCTGGTGGCACAATGTTAGGAACTACTAATAAAGGTGATCCTTTTGCTTTTCCTATGCCTGATGGTAGTTTATGCGATCGCTCATCAGAAATTATTGCAGGCTATCATCAATTAGATTTAGATGCGTTGATTGGCATTGGTGGGGATGGTAGTTTAGCAATTCTGCGTCGCCTTGCACAACAAGGCGGGATTAACTTAGTCGGTATCCCGAAGACTATTGATAATGATATCGGCATTACTGAACACGCCATTGGATTTGATACCGCTGTCAATATTGCTACAGAAGCACTGGATAAATTACATTTCACCGCCGCTTCTCATAGTCGAGTCATGATATTAGAAGTCATGGGTCGTGATGCCGGACACATCGCTTTAGCTGCGGGAATTGCCGGGGGTGCAGATGTGATTTTAATTCCCGAAATCCTCTACAGTATAGATGACATTTGCTACCACATTAAAAACCGTCAAGAGGAAGGCAAAAACTATTGTTTAATTATTGTCTCCGAAGCAGTGCGAACTCAAGAAGGCGAAATTCGCACCTTAACTAATCGTTTGGGTCAATCAAGATATGGCGGAATTGGGGAATATCTAGCCGATCAAATTAGCGATCGCATTGGTGCAGAAACACGAGTCACAGTCTTAGGACACATCCAACGCGGTGGTACAGCTTCACCTCTAGACCGATTAGTCGCCTCTGCTTTTGGCGTAGCCGCCGTCAATCTGATTGAGGAAGGTAAATACGATTACATGGTTGCTTGGCAAAATCGCCAAGTGATCACTGTACCAATAGAAGAAGCGATCGCTCAGTACAAAGCCGTCAACCCAGAAGATGCTTTGGTGAAAACGGCTCGTGGTTTAGGTATTTATTTAGGAGAATAGTACTACCAGTCTACTAGTACAACACGGCGGAAATAAACATACTATTCTAAATGGCGTAAAAGCCCAGAATACAACTCTTTTGACTTTTGACTTTTGACTTTTGACTTCCGCACAGCGGTACTAGTGTCCGATTAATTTATCTCGCAGATGTTTGATGCGATCGCGCAATTTTGCCGCTTCTTCAAATTCTAGTTTTTTGGAGGCATCTTTCATCTGTGCTTCTAGCTTGCCAATCAATCCGGGAATCTCTTCTAAAGGTAATTCGTCTATATGTTCATCTACAACTTTTAAGTCTGTAGCATTTAATCTACGAGATACATCTAAAAATGACAAAATGGCATTACTCGATTTTTTGACAATTGGTTGTGGTGTAATTCCATGTATCCGGTTATATGCAGTTTGAATTCCACGTCTTCTGTCAGTTTCTTCAATGGCTCTAATCATGCTGTTGGTTAAATTATCAGCATATAAAATTGCTTGTCCATGAATGTGACGTGCGGCTCTACCAATAGTTTGAATTAAAGAGCGTTCAGCGCGCAAGAAACCTTCTTTATCAGCATCTAAAATTGCCACTAAAGAAACTTCTGGTAAATCTAAACCTTCCCGCAGCAAGTTTACCCCAACTAACACATCAAAATTGCCATCACGTAAATCTTGAATAATTTCAATCCGTTCAATCGAATTAATTTCTGAATGCAAATACCGCACCCGAACACTGTGGTCTTGCAAATATTCGGTCAAATCTTCCGCCATGCGTTTAGTTAACGTTGTAATCAACGTTCTTTCATGACGGTCAACTCTGTCTTTAATTTCTCCTAGCAAATCATCAATTTGTCCTTCGGTGGGACGCACAGAAATTTCTGGGTCAATTACACCAGTGGGACGGATTACTTGTTCAACTATGTGATTTTCAGAAATTTCTAATTCCCAATCTCCGGGTGTAGCGGAAACAAAAATACATTGGTTGACTTTTTGCCAAAATTCATCTGCTTTTAAAGGACGATTATCGGCGGCGCTGGGAAGACGAAATCCATGTTCAATTAAAACTTTTTTTCGAGCTTGGTCGCCGTTATACATACCCCGAATTTGCGGCACAGTTACATGAGATTCATCAATTACTAATAGCCAATCTTTCGGGAAATAATCAATTAAACATTCTGGTGGTTCGCCTGCTTGTCGGCCTGCAAGGTGACGAGAATAGTTTTCGACACCGTTGCAGTAACCTACTTCCCGCAGCATTTCTAAGTCGTAACGAGTACGCTGATCTATGCGTTGTGCTTCTAATAATTTACCTGCTGTTTCTAATTCTAATTTTTGCTGTTTTAATTCAAAAGCAATATCGTCGCAAGCAACTTCTAATCGTTCTTCTGGGGTGACAAAGTGACGCGCTGGATAAATATTTACAGCATTCAAACTATTAATAATTTCGCCCGTCACAGGGTCAATATAGCGAATCGCATCAATTTCATCACCAAAAAATTCGACCCGAATAATTCTATCTTCGTAGGCGGGGCCAATTTCTAAAACATCACCCCGCACACGAAAACGTCCCCGACCCATTTCTACATCGTTGCGGCTATACTGCACAGATGCTAAATCACGCAAAACTTCCCGTTGATTGACTTCCATACCGATTTTTAAGGGTATGGCTGCTTTTAAGTATTCGGCGGGAATTCCTAAACCGTAAATACAGCTAATAGAAGCAACAACTATGACATCACGGCGTTCAAACAGCGATCGCGTCGCTGAATGACGCAACATATCAATTTCATCATTAATCGCAGCTGTCTTTTCAATATAAGTATCTGTTACCGGAATATACGCTTCTGGTTGATAATAATCGTAGTAGCTGACAAAATACTCGACTGCATTTTGAGGAAAGAACTCACGTAACTCATTACAAAGTTGTGCAGCTAAAGTTTTGTTATGTGCCAAAACTAAAGTTGGTTTGCCAATTTTCTCAATTACTGCTGCTACTGTAAAGGTTTTGCCGGTTCCTGTGGCTCCCAGTAAGGTTTGGTAACGATTACCCGATTGGATACTGGAAACAAGTTGCGCGATCGCTTGTGGTTGATCGCCTGTAGGCGTAAAGGGAGCTTGAAGACAAAATTCTGTCATACAGTTTGCTAGTAATACCCTATCTCATGGTAACGATATCACTCTGTGCCTGCGGAGCTACAGAACCCAAGTGAATAAACAGAAATATTATTTTACAAATATTTATTCTTTCAATTTACTTATGTGTAAGTTTTGAAGATAATTATATCTATGCAAGGTTTTTTAAGGGTAAACTTTGATATATGGAAAAAATTTTATTTTTCCTTAAATATTGTCAAGGTCAATTAAGAACCCAGAGGTATTAGTTTATGAGCATAAGCAGTACTGGCAAAGCAGCTAGTCCTCGTCAAAGACGTGCCAAGCTCAAAGGAGAAACAATGGTGGAAGTTGAAAATAATCAAGGTCAAGCTGTGGACAACGATAACAATACTCAAAATACAGATAAATCTGAAACGCCTGGAACCCTCGCTATTGCTGGAATCAGACCTATCGCCAGCAGTGATTTACAAGTAGCTGAGACAGTCTCAATTGCAGGTCTACGTCCCATATCTGCCAGTAACTTAGAAATAGTAGGGACAATTGATGTGATGGGGATTCGTCCAATTGGTGCTAACCATATCCAAGTTTTTGACAGTATTAACCTTTCTGGTATGCGTCCAATTTCTTCCAGCGCATTGGTAATTTCTAACAGCTATTCTGTAATGGGGAATCGTCCAGTAGCTTCAAATATTATTGACGATTCTGAAATTCTTATGGGTTTTATCGACTAGAATAAAAAAGCATTTTTAATCATCTTATCAACCCGACCTCTTCAAGAGACCGGGTTTTTTAATAATTTTAATCATAGCAAAATATTAATTTATATCAGCATACATTTAACTTAATTTAAAAGTTTATTGTTCATAACCCCAACTTCTTAAAGGAGTCTGGTTCATAATTTATTGTTAGTATCTCTCTTTTTATAGAGACCAATAATATATCCTGTGGTGGAAGGCTAGAGCAAAATATAAAGTTAAGTTGTAAAAGTAATCAACAAGAATTTCAAAGTTTATTCAAAGCTTTGAAGCTTAATTTATATAAGATTAGGAGACTAAGATGAGCTTAGAAGATCGCGCAAAAGCTACTGCTAAAAATATTGAAGGTAAGGCACAAGAAGCCTTGGGTAATGTAACTGGTGATCCAGAAGATAAAACTGAAGGTAAAGCCAAACAAGCTGAAAGCGAAGTACGTCAAGGTATGGAAGATGTCAAAGATTCTGTAAAAAGAAAGCTTGACTAAAATTAATTGTGTTTTGCAATTAACAAAAAGATAGAAACTAAATAATTTTTCAATTTCTCTAACACATCTGAATAATTGAAAATTAGATGTTCAATTTTATCTTTTTGATAAAGCTAGGCTAACAGATAGCACAGAATTGAAATGTAGAGGCGTTAACTATTTATTTCGTCTCTACCTTTCTGCTCTCCTTAGCTAGAGAAATAATTAATTGTGACATTATAAAACATCCTATTCCATTTCCCTAGCTAAGAATTACAAGTAATTTGACATATTGAAAAGGCTTTATTTTGGGAGTGAGATAATGATACTGCTAGAGCAGATTCGGAAAATTGCGATCGCTGGGATTTTAATTGTGGTGTTAACGGTAACTACCGCCTGTGGTGGCTCTACTTTAACTCAAGCTGACCGCACAACAAACCCGCCTGTAATTGGTCGAGATGTAACTTACACCGAACTAGAGAGAGGTAATACTCCAGGGGGTCAAAATTTTGGTAACTGGGTGGTGCAAACATCCAAGGGATTAATTAAAGACGCTTACGTAAGAGATAACAATAAATTAGGTGTTGTAATTTCTCGTGACGTTCGTCCTAATGAAGTCCGGCCTTTAGCAAAGTCTTTAGTTCAAGGGTTTCGGAAAAATTTTCCTAATCAAGATTTAACTGTTTTAGTTTACAGTCCTGATAAAAAGTTAATTTTGACAACTCAATACGATATTCAGACCAATCAAGTGAAGTATAGCTAATTTGACTTTATACCTATAGGCTTTCGCTGCGATTAAAAACTAACAATTCTAGAATTGTGCCTGAATCAGGAGATAGAAAAAATGTCAACTAGTGAAGAATACAGACGGCAAGTAATGCAAGACTTAGCTCAAGGTGATGTGGAATCATTAAATGATCCATCAACTGACGCAGCTACTCAATACGACAATTTTGACGATTTTGCTCAACGGACAACGACAGATCAACGCCGTCAATTATTTGGTCGGTCGGTTAATCCACAGCAGATTCCCTCCAGTCAAATGGAGCCAGAATTACAAAAGGCGATCGCGCAAATCAAACCTAATGAACGAGATGATGTAGCTCGTGCTTTTTTCAAACACCTCAAAGGTAGAGGTTTAGACGATCGCCACTTAGAACAACAGTTAGGTCTGTCCACTCATCACCCCAACCGGATGAGTGCGGATGATGTCAGCAAACTTGCATCTTTTGCTTATCATAATCACCCAGATGTTTTCCGTGAAGTCCTGGCAGAGCAACCAGGTATTATCAAGTTCCTAAGCAACCCTGTCGTTGCTGCAATTGTAGGTATCGCAGCTGCTAAATGGTTAGGTAGCCATAAATAATTTTTCTGGAGAGTCAGACATTCAGGTGGGTAATACCACCTTTTTTTATGGCTAAATAACAATTTAGTTGAAAGAAAATAACTTTTCTATTGGGCAATACAATATCTTTATTTTATAAAATATAAAAAATTGAAACCGTAAAGCTAAAATAAAAAACATTGCAAATTTTTAACATGAATTGATTTTAGCAAAATCAAAAATTAGCCTATTTCTTTTGATATATACCCATTAACTATAATCAAAACTCTCGGCAGAGATATAATAAATTTTCTTTTGCTAAATATATAATTAGAATCTTAAAAATCAGAGATAGTATTACAAGTTATCTCATAAAATATATATAGACCTAGTTTAGGTTTATGCAGGCAATTGTAATGCAAAATACATTCTTTTTAAGATTATTTAAACTCGAATTCTCAGTTTTGAGAATTTTCCTTTAACAATATCCCGCTACGCTATCACAAATATATATAGTAATATTATGTTTGTTAAAACAGAAATAAACAAAACAATAGAAATCAATAATTCTTATTTAAGCCGTGGTGAAGTTCAACAAGAGAAAACACAACCTCAAGGCTTAAACATTCCATCTGCAACTTTATATTTAAGTCCTATTGGTCTTCTTTTTAGTTGGATAATTTTTTTCCTAGTATTACGGAAAATCCAGAGGTTTCTGGATAATAAAATGGTATTTAGTGTCAAGAGATTACATCAAGTTCCTTGTAAAAATTGCCGATTTTATTCTAATAACCATTACCTTAAATGTGCAGTGCAGCCTTCTATTGTACTTACTGATGAAGCTAAAAACTGCTCTGAGTTTTCTGCCAAACAAGATAAGTTATCTGAAAAACAATTTTTTCACAGAAGAGACTAATATAGGTCGGCGTAAATAAACAGACTCTCTGGAATTGTTAAAAGGCTTGTGGTGTCACTATTCTTTCTTTTTCCTTTTGACTCCTTCAGAATGACCCTGCTGCCTCGCTAACGCCACTTGCTTCTCCTAATCGGAGAAGCAATCGGTCTTCTCGGCGTAAGCGCAATTTCTACCAACTTGTACTACTAATTTATCGCAAAGTGCGGTTTTCAGAATCCACTGTACTGATACCATTTCACGAAAAAAATGATACAAATCTATGAGTTTTTCATTCTTTCCCCCTGCCCCCTGCGGTCTATTTGTATCAAACTTAAAGTGAAACGGTATGAGATGATGCGCTTAATACCTGCAAGATAAACTGTATAAGATAATGATCAATAGTCAGTGTTAACCCTTGCACTTACGTTTGTAAGTAAAGTCACAATTAATAGATATTGATTAAGAACAGACAGGAGAAAAGCTACTGCTTTCTGGAAAAATTTTAGAAGTACTGCAAAAGCCAAGAATAGTCAGACAAGCAGCAGAGACGCAAATAAAAGAATTGGCATAAAAAGTTGTGATGGCTAAGTATTGACCCTGATACTATTTAGATGTACCGAACTTTATACTACAGAAGTGATGTTTCTAACTTCATAATTAATCACTTACTCACAATAGAGGTACACTGACTGATATTAATAAAGTCTTCTTGCTAAAGGCAGAGGGAGACAAATTTTAAAGATTTTATTTGGCAACTTGTCTTTTTACTCATAAAATCAAAGACAAGCTAAAGTTCCGTAGAACAGAAGCCTAAGTATGCCCGTCTTGAATCAATCAGGGTTAAAAAGCTATCACGAAAACTCAAATGCTAGAAATGGTAGATCGGATAAATGATATTGCTTGGCAAGCTCACCAGGGTAGCGTTGCAGCAATTATTCAATTATTAAACGAAAAGTTAGCCCAATCTGGTGTCAGAACCAGAGCTATTTTTGCTGATGGAGTCTTACAACTTCTCTGTGAAGCATCGAAAATAGAGCAACTAGAACAATCGACCGTAGTAGAACAAATCCAAAAAATTCTGGAGTCGATCGCACCACGGAATATTCACCGAGTCAATATTAATAGCCGTATTGTTAGGGAAGAACAGTTACTGTGGCTAAAAGAAATTTATAGCGATCGCGAAAATCAATTACTGTGGTCACAAGAAATTACTTTAGCGCAACCACATGTAGTCAAACAGTTACTTCAAGATTTCACTGGTGCGACAACTCAACTAGCACAATCAGCGCGGCTCAAAACTCAATCTTCTCGTACTTCTGTACTCACCAACAGAGACAAGTATCGATATTTACCCAAAACTAGAATCCCAACAGCCTTAAGTTTGGGCTTTCTGTTGTTATTAGGCTGGGTCGTATATGCTCAGTTAGGTGATAAACTCAAAATTTTAGTTCAACTAGAAACATCCAAACCCGTTAGCACAGCTAAAGCCAACGAACGTAAACCAGCAGCACCAGTCAGTATTGCTAAAAATAATCTTGGCGACACTGATGAAGAAAGTGATCCTTTTGGGTCGGCTGTACGAATTGCCAACCAAGCTACCATTAATGGTAAAACTGCTACAACTTCAATTCAATGGTTAGATTTAGCTGCCAAGTGGCAACGAGCATCTGATTTAATGGCAGCAGTACCACAAAATCATACTCGCTATCGAGAAGCTCAGATTCGTACTGAACTATATAGGAAGTATAGCGAAGCTGCTCAAAAAGAAGCTCAGAAAAGCCCCACTTAAGCTAAAATCCTTTGTTAATAACGATAACTCTGATTTTTTATCTCAAAAATGTAACAAATACTACCAAAATATTAGCATTTGATAGACCTAGAACAAATATACCTTTTCATGATTTGACATATTTTTGTAATCAAAATGTCATTTCGATCAGGCAAACTGAATTTATTCAGATAAAACAAGGTGTAAGTGTGACTCGGCGGTCTTTCCGCCTTTTTTTATTTTAGGGCAGTTTTTCGTGCGATCGCATTTTTGCCAACCCATCGAAACATCAGTGACATACTTATCGGCGATAGTACTAAAACCAGAGATACACATCTATCTGCCAAGGCTGGGACTGTTCCCCTAGCCTTTCTTATAAAATAAAGTTTTTTATTTTAAATATTAATCTCAAAAATATCAATCCGTAGGTATTGGCACGATTAGTCATAAATTAACAAAATATTTTTGTATTTCCAAATACAAAACATCCATTAATTATACATTTTCTCTAGCTAAAATGCCTCAGTAATAAAATAAAAAAATCAGTAGTTCATATTAACAAGATGTCATTAAAAAAACTAAAATAAAAACAAGCATAAATTACTAATATCTACTAGTTTTATATTCTGGGAATTTCTTGAAAACTTTACTGATTATTGAAAAAAAATTTGTAATTATTTTCTAGGATGGTAGGAGTATACTATGTGTGTTACTATCAAGCCGAATTCATGAACATATAATTTTTATTTTTTATTCATGATTACCATCGCAGCAGAATCTCAAAACTGGCTGCAAGTAAGCCGTTACATTAATCGCGGAAGTGTTTATTTATTCGCTCCAATGCTTAACTTTAATGTGATGGCTGAAGTTGGAGACACTCCCCCCTGATTAGATGTGAATTTACTTGCTTAAAAATTATTCCTATTAGGCAATATCATTAAAGGCATACAACTACAAAAGCTCACATTTGCCATCATCTATGGCTGATAATTTTATGTGAGTAAGTTGCATTATTAATTATGCAACTAGCTATATTATGCCTTAATAATAGCATTTTCTCTATGTACCAGTAGATCGCTACACTTTTTGGTACAGAAGTTTTTCATGTCATCATCAACCTCAAAAACTACAATCATTAGTAGTCAAAATCATGCTGGTTAATTTAACTTCTCAACCCATTTTCCTAGTTTGTGCTGCTGATAATAACTATGCAATGCCCTTAGCCGTGACAGTTCGTTCAGCCTTAGCAAATCTAAAGAGTAAGCGTAAAATATCACTATTAATTATTGATGGGGGAATTAGTAAATCTAACAAGAAAAAGATTATTAAATCATTCAGCCCAGAACAAATAGATATTTATTGGGTACAGCCAGATAATAAAATTTTTGAAAATTTAGTCTTATCAAGGCATCTCACAATTAGCTGTTATTATCGATTACTGATTACAGAATTTTTACCCCAAGAAGTTAATAAGGCAATTTATCTAGATAGCGATATGGTTGTAACAGGAGATTTAGAAGAATTATGGAATATTGATATTGCAGACAACTATGTACTAGCTGTTCAGGATGACGTGCAACTATATATATCAATGTCTACAGGATTGAGAAATTATCAAGACCACGGATTATCTCCAGATCGTAAATATTTTAATTCTGGGCTGTTAGTTATCAATTTGGAGAAATGGCGAACTGAAAATATCGGATTAAAAGTTATCAGTTATCTCAGAGAGAATATAGAATATGCCCCTGATGATCAAGATGGGTTAAACGCAGTTATGGCTGGAAAATGGGGAGAACTTCATCCAAAATGGAATCAAATGCCTAGAGTCTATAATTATTTATCATCAGAAGATAGCCCCTATCCAGAAGATATATATCAAGAAATGTTGCATAATCCTGGCATCATTCATTTTACCAACGCACCTAAACCTTGGTATTCAGGATTACGCACTCAATGTCAACATCCAAAAAAACATTTATTTTTTCAATATCTTGATATGACATCTTGGAAAGGATGGCGAGATACTTATTGGAGACGATTGGGGAGAAAAATGGGTAAGCTCACCTTACTCAATACCTCAAAATTATAAGTCTAATATTTTACATTATTCTTACTCCTAGGTTGGTCAATATCCACAATACTAAAAATTAGAGTTTGACCTAATTTTTAGTATTGCTCACCTGACTTTCATCACCATCAAACAGAGGAGTGCAAAATTTAATTTATACTTGTTCTGTAGTCACACAAGTAGTTGTATAATTCTGCCACATTTGCTCATAAGCTTTTTCAATTTCACGAGCAAATTGCTTACCATTCCACAAAGGTGAAGTTTTTCTTGATTGTCTCAGCTTCCACGCAATTTGTTGTCGTAAAGCCGCATCTTTGCCTAAACGTATACCCCACTCTACATACTCTTCATCAGTCCAAGCTATACCTTCAGAAATACCAGCATTCATCATCATAGTGTAGCTGTTACGTGCCGCAAATTGCTCACCCACTCGCGTCACCATCGGGATGCACATCCACAGAGTTTCTAAAGTAGTTGTCGCTCCATTGTAAGGATAAGTATCTAAAACTATATCAGCAATATCTAAATTAGCTCGGTGAACACCTTCTGTCGGAGCATCTGGTAAAAATCGTAATCTTGCATAATCTACTTCTTCTTCTGCTGCTATTTGGGCAAAGAATTTTTGAGTTGATTCTTCATCAGCCAAACCTTTAATTAAGAAATAGCTATTTGGAACTTCTTTGATAATTTTTAACTGCAATCTTGTAATATCTGGATGTCTCTTAAATCCCCTTTGACCAGAGAAATAAACAACTGCGTCACCAGGAATATCTAATTCATCTCGACGGACTTTAGGCACATTTACTTCAAAACCATCCACTGCTATATAGGTTTGAGGTAAACGCCAAATTTTTTCCTGATAGTGTTCCTGTGCAGATTCTGAAAGAACGTAGGGATCAGCAATAAAATAATCTATCGATGGACTACCCGAAGCATCCCAGCCTAACCATGTCACCTGAACTGGTGCTGGTTTGAAGGTCATCACTTCACAAGTTATATCCAGTGTGATGCTATCCAAGTCGATTAAAATATCAATTTCATCTTGATAAATTTCTTCTGCTAGTGACCAAACATTATAGGATTTGAATACCTTATCCATTTGGTTAATATACCACTGGTGCAAGATATCAGATACATTATCACTATTAACAAAATAACCATTAATATCAAACTTATCCCGGTCATGATATTGCAATAACCATCGTGCCAACCAGCCTACAGAATGACTTTTGAAACAATGGGAAATATAACCTATTTTTAGTTTTTTCTGAGATATTCTTTGTTTCTTTCTTTCTAAATGTCCTTGAGCATATTTTTCTACTTGTGCTTGGGCATAAATATTATGATTTTCTTGGCATATTTGCAGTATTTTCTTCTGCACCGACCTATTTTTTGCTATATTGTCTTCTATATAAAATGCAAAATAATTAGAATTTAAAAGTATAGATACATCCATTGGTGTCAAATCTTGAGGATTTGCAGCTATGAGTTCTGCTAATAAATCTTGCTGCCTTTGATTGACAGAATAAGACTCTTGCCACTGACCACCAGCACTCATCAAACCCCTTAATATCTGACGGTTTGCAAAAATCTTTTCTGGTAATCTCTCCACCAAAGAATAAAAAGTTTTTGCTGTTTCTATACCTAATTCATAGTCAGCAGAATTTTGATAAAAACTAGCTAAATGACCTAAAACTCCTGGACTATTTTTATCTAGACGTAAATAAATTTCGCATAACTGCACTGCTATTTTTGGTTGCTGACGCGAGTAAGCAATGTCTACAGCAGCGGCTATAAAGATATTCATTAAAGCTTGAGGATTTTCTGTAAAATGTAGCGAACAAGCTTCAAAGAATTCTATGGTAGAAGGATATAGTTGTGTATAGTGTAAAACACTACCTATGGTTTTACCTAGAATTTCTAAATTGATGTCTGTTTTTGTAGTGGCATTAATAATTTCAAATATATTTAGTTCGCTTAATGTTTCCTCTGTATAAGTTTCAAGCTTAATATATAGATGAATTAGATGCAGGAGGTTGTGAATATTATCGGGATCAATTTGCCTAATGTTTTGCCGAATTTTTTCGCAAACATCATATTTTTCTAGCTTCTCTTGACGTTCGGCTTCTGTCTCTAAAATTTCTAATAATTCAGCATTCCAAACATTGACTTGTTCTGCTTCTCCTTCCATCATTGCCATGAACCAAGTCGTTTGTGCTTCTACTTCTTGTTCTTGTAAGAGGAAGATTAATCCTAAATGCCAATAGTTAGATTTAATCTCTGGGTTTGCAGAAATTGCTTGTTCATAGAGGTTAGCTGCTTGAATGTAATTTTCATTCAGAAAGTACTCATTGGCACGCTGATGTAAGCTGGGGGAAGTATTTAGGGCAATCATAAGTCAACAGTTTTGAATCTGAATAGAAGAGACAAGAGATAGGAAATTATGAATTTTTGCACAGATATCTCAAGCAATTAAATATGCCTTATCCAGAAACCTTGTAGAGATTTAGTAATGCTATTTTCTACATTATTTCTGAACATATCTAATGAAAAAATTGCAGAAATTGGGTAATGTGCTAACACACTACCCAACGGAGGAATAACTTTATGTGAAATTGCCTAGTAAGATGACTAGGAAAAATTTTAAGTTTTTTATCTAGCTAAGGAAGCGAAGTTGTTCTGACAGCCGGTAGAGCTTGTAGCCAGGGTGGGAGCCGTTGTCGTAGGGTTGGGTGATTCACAAGCTATTGCGACTGTGAGTGCTTCAGATGTAGCAGCACTACCTAGTGTTGTACCTACTACACCGTAATAAGATTTCAGCGCAGGTTTAACAGGTTGTGCGTTAAATTGGGTAAGAGTACTGGTACCGATAATAACGTAAGAATAGTTATCTGATTGAGTCTTAATACCTACTTGCAACTGAGAAATACTGGTAGCAAAACCTTGGTATTCTAAGTAGTAAGCTTGTTGAGAACGGTTAACTGTACCAATGTAGTTTCTCGCTTCTGACTGTTTGGCTTTGTTAACTTGACCGAGCAAAGAAGGTAGCGCGATCGCTGCCAATACACCAATAATAATTACTACAACTAGCAGTTCAATTAAGGTAAAACCTTCTTCTTGTTTCTTCTTGCGGTTGTTGAGGTACTGTAGATACTTAGCTTGTAATTCTGGCTTGAGCATGGGGTTTCTCCTGAAAGTTCGGGGTACGAACGTTGATTGGTGAGTTCTAGTTGTAACTTACCCACTTGTAATCTCCGATCTATCATCTCTAGTAAAAATCTTTCTTATTCTGGTGGCATCCCCGTTAAATTACGGTCTGGAAGACGGAAGTAGTGATTAGAGGCGTAGATTTTTGATAATCATGCTTGAAAGAGGATAAGGGGACATAGGCAGTGATTACCCGTCTAAAATCCAAAATGGTATGAGGGTTTGATTCCACTCACTTTATTTGCTATGCTATATTAAACGTAGTCGTTATGAGTTCAGTTAAGTTTATGACTAACCCGACTGTAGAAAATGTGGTGATTATCGGTTCTGGGCCAGCAGGATACACCGCTGCCATCTATGCGGGACGAGCTAACCTGAAACCTGTTGTTTTTGAAGGTTTCCAAGCTGGAGGGTTGCCGGGTGGGCAACTGATGACAACGACGGAAGTAGAGAACTTTCCGGGGTTTCCTCAAGGCATTACTGGGCCGGAACTGATGGATCGGATGAAGGCACAGGCAGAGCGTTGGGGGGCTGAGTTATATACTGAGGATGTGATATCTGTTGATTTAAGTCAGCGTCCGTTTACAGTCCGTTCTGAAGAAAGAGAAGTTAAAGCCCACAGTTTAATTATTGCCACTGGAGCCACAGCAAGGCGCTTGGGTTTAGATAGCGAACATTTATTTTGGAGTCGGGGAATTTCTGCTTGTGCGATTTGCGATGGTGCAACACCAATTTTCCACGGCGCAGAGTTGGCGGTAATTGGGGCTGGTGATTCAGCAGCAGAAGAATCTATTTATCTGACTAAATACGGTTCCAAGGTAAATCTGTTGGTGCGGTCTGATAAGATGCGGGCTTCTAAAGCTATGCAAGACCGAGTTTTGAGTAACCCGAAAATCCAGGTGCATTGGAATACAGAAGTTGTGGATGTGTTCGGTAACGGACACATGGATGGGGTGAAAGTTCGCAATAATCAAACTGGTGCAGAAAGCCAAATTCATGCCAAGGGTTTATTTTATGCGATCGGTCACAAGCCTAATACCTCTTTATTTCAGGGACAACTAGATCTAGATGAGGTGGGTTACATCGTCACCAAAGACGGTTCTGTAGAAACTAGTGTAGAAGGCGTTTATGCGGCTGGTGACGTACAAGACCATGAATATCGACAAGCAATTACAGCTGCGGGTACAGGTTGTATGTCCGCATTGTTGGCAGAACGTTGGTTATCTTCTAATGGTTTGATTCAAGAGTTCCATCAAGAGCCAACAATTAATAATGAGTTAGAGCATGAGCCAGTACAGCAAAAAACTGAAGCTGAACAAGAAGCAGGGTTTAATTTAAACGCAACTCGCCATGAAGGTGGTTATGCTTTAAGGAAATTATTCCACGAAAGCGATCGCCTGCTGATTGTCAAATACGTCGCGCCAGGTTGCGGCCCTTGTCATACCCTCAAACCCATACTCAATAAAGTAGTGGATGAATTCGATGGCAAAATTCACTTTGTGGAAATTGACATTGATAAAGACCGGGAGATTGCCGAAAACGCAGGGGTAACAGGTACACCAACAGTGCAATTCTTCAAGGACAAAGAACTGGTGAAGGAAGTCAAAGGCGTGAAGCAAAAGAGCGAGTACCGCCTGTTGATTGAAAGCAATCTTTAAGTTATTTCCATAGAATTCAGGAGTCAGAAGTCAGAATAAATTTCTCCTGAATTCTATATTCTGACTTCTGGATTATTCTATGTACAATGGTCAGCGTATCTTGCTTGATGCAGGCGATCGCACATGACCATCACTAAACGTCAGCTGCCAACATTTTTACGGTTTGCTAAAAGTTCTAACCTTTCCCAGAAGTTAATGATTATTGGGTTAGCCATCACCCTGTTTTTTATCTTTTTGGCATTTTTTGCCCCTGTGTTGCAGGCTTGGGGATGGCTACAAAACCCCAAAGATTTTCTTGCTAACCCCATTCAAGAAGCACCATCAGCTAAACATTGGTTCGGCACTAGCCGTTTGGGTCATGATGTCTTTTCTCGTACCTTGTTTGGCGCACAAGCTGCTTTACAAGTGGTAATTTTAGCTACCGCGCTGAGTATGATTATTGGCGTGCCATTGGGGATGCTGAGTGGCTATCTTGGCGGTAGGTTAGATAAGCTGTTGCTGTTCCTCATGGATAGCATTTACACCTTACCAGGATTATTACTGTCTGTAACCCTGGCGTTTGTTGTAGGCAGAGGTATTTTTAATGCCGCGATCGCAATTAGTATTGCTTACATCCCCCAATATTATCGAGTGGTTCGCAACCATACCGTGAGTGTCAAAACCGAAGTATTTATCGAAGCAGCACAAGCAATGGGCGCTTCTACTTGGATTGTGCTATCTCGCTATTTATTTTTCAACGTCATTCAGAGCGTACCTGTATTATTTACCCTCAACGCCGCCGATGCAATTTTAGTATTAGGCGGTTTAGGCTTTTTGGGTCTGGGGCTGCCAGAAGAAGTGCCAGAATGGGGACATGACCTAAAACAAGCCCTCGAAGCCCTCCCCACAGGTGTTTGGTGGACAACCTTGTTTCCTGGTTTAGCAATGACATTCATGGTGGTAGGGTTATCCCTACTTGGTGAGGGGTTAAATGAATTTGTCAATCCCCGTTTGCGGGGAGAAAATGGGATTCGTAAATAGTCATTTATCAATGGTCAATAGTCAATGGATAAAGTTAATATTCTTGACTATGGACTTTTGACTTTTGACCAAATTAGTAATTTATATAGAGAGATTTGTGTGAAAGATAACCTTTCTTTAATTGCTGCCGCTGCTGGTGGGTTTATGCTATCTATGGCTTTGACTGGTATTCTGCGTGGTACACCAGTCATGGTTTTGCAAGGGCAGTCACAGGCTAATAATTACCCAGTGGTAAATTTACAGGTTGCTTCTGTACGTTCTGATGAAAAAGTTGATTACAACTTAGAAGAACATAAGTAAGCTGTAGCTGTAAGTAATGAATAATATTTCTGACAGTTTAGCGATCGCCATTCTTCATCAACAAGCGGGTCGCTTCTTTGAGGCTGAACAAATATATACCCAAACTCTGCAAGAGCAACCAAATCAGGTTGATGCTTTGTATTTATCGGGTACACTTGCCCATCAGTTAGGTGACACAGAAAAAGCGATCGCTTTTTACCGTCAAACTTTGGTCATTAATCCAGCCTTGGCCTCAGTTCACAGCAATCTTGGTATTGCTTTGAAACAGCAGGGTTTATGGAAAGAGGCAATTCAACATTATCAGGAAGCGATCGCCCTACAGCCTCACTCTGCTCAATTTCATTACAACTTGGGTCTAGTTTTTCAAGAACTAGGTAACTTAGAGTCCGCTAAAGATTCCTATCGCCAAGCGACTATTCTTCAGCCAAATTATCCCTTAGCCTACAATAACTTAGGTCTAGTGCTGCTCCACTTAGGAGAGATAGAAGCAGCCATTACCTGCTATAAAACAGCAATTCAATTACAGCCAGATTTAGCCGAAGCCCACCAGAATTTAGCCGAAGCACTATTATTAAACGGAGATTTTGATCTTGGCTTGGCAGCTTATGAATGGCGCTGGCGAATGTTTACACCTGAACAACTACCCAACTTTGCCACACCGCAGTGGGATGGCGCTCCCTTAGATGGTAAAACTATCTTGCTGTATGCAGAACAAGGGCTAGGTGATACATTTCAGTTTATTCGCTATGCTGACTTAGTGCGCGATCGCGGTGGTCGAGTGATCGTAGCTTGTCTATTTGCTCAAGTGGAATTACTCAAAACTGTTCCTGGTGTAGAAAAAGTTTTGGCGCTGGATGAAGAATTACCAGAGTTCCATACTCAAGCACCCTTGATGAGCTTACCTTATCTTTTGGGGACAACTATCGAAACAATTCCGGCAAAAATACCTTATATATTTGCGTCTAAATCTCATAATTTTCAGTTAGCAGCCTCACCAGAAACTAAACTCAAAGTTGGCATTGTTTGGGCTGGTAATCCTGGAAATCGGAATGACAGTAGACGTACCTCTGGGCTACAGCCATTTTTACCATTGTTCAAAATACCAGCAGTCGAGTTTTATAGCCTTCAGGTGGGTAAAAGTTCTCAAGACTTAGCGCAACTACCTGCTGATATTAAAATTCAGGATTTGAGCAGTTATTTGCATAACTTTAATGATACAGCTGCGGCGATCACTCAATTAGATTTAGTCTTAACAATAGATACTTCAGTTGCCCACTTAGCCGGCGCACTGGGTAAACCAACCTGGGTAGTTTTGCCTTTTATTCCTGACTGGCGATGGTTATTGCACCGAGATGACAGTCCTTGGTATCCGACAATGCGACTGTTTCGCCAAGAATCTGTGGGTGACTGGTCTGGAGTATTTGCCAAGGTAGGGCAGAAAATTATGAAATATGAAGTGTAAAATATAGAGTTTTAGACTTCGTACTTGCCCTGTTTTGGATGTGCAATTGTGGATCAACCAGAAGTAATTGGGATTGATATTGGGGGAACAGCAATTAAGTTGGGGCGGTTTAGCCAAGATGGTACGTGCTTAAAATGTTTAACTGTGGAGACTCCCCAACCAGCTACACCAGAAGCCGTTTTAGCGGTGATAGTAGATGCGATCGCCCAAATTGACCCTGATAATCAAACTATAGCTATTGGTGTAGGTATGCCTGGCCCTGCGGATGCGTCTGGACGTATTGCCAAAATCGCGATCAACTTACCTGGATGGCAAGATGTACCTTTAGCTGAATGGTTAGAAATTAAAACAGGCAAAACCACAGTTATTGCTAACGATGCTAACTGTGCGGGAGTAGGAGAAGCTTGGTTAGGTGCGGGGCGCAACTTGCAAAATTTTATTCTGTTGACCTTGGGAACAGGAGTTGGTGGCGCAATTATCCTGGATGGTAAACTGTTTATCGGACATCAAGGAGCAGCTGGAGAATTAGGTTTAATTAGCTTCAACCCTGAAGGGCCGATGTGTAATAGTGGCAACCAAGGCTCGTTAGAACAATATGCCTCAATTATTGCCATTCGTCGCCGTACGGGAAAAGAACCCGACCAATTAGGTGCTTTAGCCCAAGCTGGAGATGCTGAGGCTTTAGCCTTTTGGCAAGAATATGGTAGAGATTTAGGTATTGGTTTAGTTAGTTTAATTTATGTTTTAACACCACAAGCGATCGTTATTGGTGGCGGGGTTAGTGCTAGTTTTGAATTTTTCTTACCAGCCGCCAAGGTAGAAATTGATCGACGAGTTATGTATACTTCCCGCACAGGGTTACAAATTTTGCCAGCCCAATTGGGCAATTCTGCGGGAATGGTAGGTGCTGCCAAATTAGCATGGCAGAAAATTGCTGCTGAGTAAAAGACCTTGAAGTTGATTAATCACCGACTCAGGAGAAAGATACGCCATACAAGGCTGATTATCTAATAAACACTCTTTATTTTTAAAAGAATTCTCCTGACATAAAGTACATTTAAAATCTGAAATAGTCAGTTTTACGTGTGGTTGCCGAGATGCCCACAACCTAATAGGGCTTGCACCATCACCATCAGCATCATTGCCAAAAACTGCCAATGTTGGACAACCTACAGCAGCAGCAATATGCAGAGGCCCGGAATCTACAGAAATACATACTTTTGTGCGGCGAAAAGCACCTGCTAGTTCAATTAAAGAAGTTTTTCCTCGCAGATCAATAATACTTGTTGTCTCCAACAAATATTCTTCAGTATGACCAGCATTATACAAAGTTTGCTGCTCTTGGGGATGGCTACCAATTAAGCCAATTGTTAATCCTTGAGATTCACACCAGTTGATAACTTGTTGCCAATAATATACAGACCACATTTTTGCCGGACGTGTAGCTGTGACATGAATTAATACATCAGGTACTAAAAAAGGTGGTTCTTGACTGGGTAATTCCAATTTATAAAAATCAGTTTCTATATATGCAACTCGACAGAATATTTCGCTGATATAGTTGCTTTTGAGGATATCTTGATGTCTTTGTAAAAACTCTCGGCTATTCCAATCTTTATCTAGTAATATTTTGTGTATTGGATGATTTTCTACTTTGAGTTTGTCACGGAAATCTAAAGATAAAGCAACTCCCGCGATGTAAGTAGGACGGATAGCACTAATCATGACTAAATTGATTTCACTAAATCCATCACAATTAATTGCTAAATCATAAGTTCCTGCTATTTGTTGACGTTCTCTTACTGCTTGTGATAAAGCATCTAAAAAATCTGGCCGCTGTGTATACAGTGAAAAACGCCAATCAATATAGGGACAATGAATTTCAAAATCTTTGGTAGTTTCACTGCCAAAAAAATCTAGTGTGCAATCAGGATATTTCTCTTTTAGCCCTCTCAATAGCGGTGTAGTAACAACAAAGTTTCCCACTTTAGTAGAAGAAAACACAGCAATGTGAGGTTTAGCGCATAGAGATTGATTTGTGAAAATCTGCATCTCGTGGATACTGGCTCAATTTATACCAAAAACGAAATTTTTCTCCAACACCTTGGCAGTTGTTTGAGAGATTGTCAAGAGCCAGGAAATGCCTTCCTCAAAACGACATATAGCGTTTCTAGTTAGAGTGAGATATATTTCATTATTTAATGCTTGCTTGACATATCAAGTTTTCTTGAAATATTCTTACCAACAAATGAGCTTTTTTAAAAATGTCAGGTGCAAATGTTCTCAGCAAAAGAATCTACTCAGGTTTACCAAAATTGCTGGCGCATTGCTGGCGAGAGGCTTTAGCAGAAGCAATAGGAACCTTTATTTTGGTATTTGCAGGTACTGGTGCAGTGATGGTGAACAGCATCAGTCAAAATGCTTTGACACATCTGGGTATTAGTTGTGTGTTTGGTGCTGTGGTGGCGGCGTTAATTTATGCGTTGGGACATTTAAGCGGCGCACATTTCAACCCAGCGGTGACACTGGCTTTTTGGACGAGTGGTTTTTTACCTAAACGGCGATTGTTGCCTTATATTTTGGCACAATTAGGAGGAGCGATCGCTGCCTCAGTTTTACTAGAGAACTCTTGCATAAATATTTTCTGGTATGATGAAGGGTTATTTTTCTTTACGTTAGAAAAGTAAAAATAGCCACAATTTATAGAGTTTTTAATACTAGCTATTGCTGGGAAATTTTTACTTAAAAAGTTGATATTACAAACTAATTCAGCAATTATCTATTTGCTGAATTAAGAGGATTAATTCTGATTTATTTAAGCTTTTAAATCTAATTCATGATTGTAGATTCCGGCAATCAAATTAGACCTTAAACCAAATCTGCGATGACGATTACGATATTGGTTAGATAAAATATTGAAAATCTTTAGACGACGATTAACGTGTTCGACAACGATTCTTAATCGATTCAGTTCTCGGTTATATTCCTTCTGTTCTTTAGCTAACTTTTTTCCTTTTGGTTTCTTAATCGGTGTTTCACTTAATTTATGAATTTTGGCAATCCCTTGATACCCTTTATCCGCTATTACTTTTAGTAATTCACCGAACCTTACACCACTGGTTTTAAATAGTCGAAAATCATGAATTCTTCACTTACCATGACCTATACAGATGATTTGACTGTTTTTTTGGTGAATAACTAATTGGGTTTTTAAAGTATGTTCTCCGGTTTTACCACTGAAAAATTTCTTTTGACCTCTTTTTGGTCTTTCAATTGGGCTTTCAGTCACATCCATCACAACTAAATCTTCTTGTGATGGCATCTTTAATAGTTCTTTCTTTCCTGGTAGACTAAACTTTCTTGAACTAATTAGAATGTTTTCAATTTTATATACTGTTCGACATACTGCGGATTATGAAAGTCCCCAATCTAATCCAATATGATAATAAGTGCGGTATTCTCTCCAATATTGAATAACCATTAAAATTTGGTCTTCAATAATTAATTTAGGACGACGACCAGATTTCTTTTTCTTTTTTTCATCAGCTTTAACTACATCAACCATAAAATCAAAGGTTTTACGGCTTACTCCAGTCATGCGCTTAAATTTTCTCGCAGTAAGCTGTTTAGCTTTCTCTATTTTCACTGCTCTTCAAATTCTTAATCGAAAATTTCCAAGCCTTTTATCATACCACAAAACACTTTTGCAAGAGTTCTAAGTAATTAGTTTAGGAAAAGTTGGTAATTTAGGTGCAACTTTACCGTTGAATGGGAATTGGTTGCAGTCTTTAGTATTAGAGTTTGTGCTGACTTTTATTTTGATGTTGGTTATTTTCGGTTCAGGATTAGATAGACGCGCACATATTGGTTTTGCAGGGTTAGCAATTGGTTTAACTGTAGGGGTAGAAGCTGCATTTATGGGGCCAATTACTGGTGCAAGTATGAATCCCGCGCGTTCCTTTGCGCCAGCATTTGTCGGCGGAATTTGGCAACATCACTGGGTTTATTGGATAGCACCAATTTTAGGAGCGCAATTAGCAGTGGTAGTTTATCGGCAACTTTCCAATAACTTTCAAGATTGTCAGAAATCCTAATTCTGACTCTCGAATTATGCTGTATGTCTGTTACTCAGGTAAATACTCATCATTGGTTACATCTAGGATTTTGTAGGGACATACACTGGGAAAAGATTCTATTGGTAAACCAGTTTCAGCTTTTGCTTGCTTAATAGCTTGTGCATAACATTCTGCAAAAATGCCGTCAATATAAGATTTAAGACTAGGCGATTCATGTAGCGCTTCATTTACACGTCTACGATGTTCAATGATGCTTGCTTCCCAGCTACCGCTTCTGTGTTCAGGCTGAAATTGCCATTTGAGTAAATGCAGCAAAATCACAATCAGATTACTTTTGAGGCTGCGACGCTCACTCCTTCCCATGTCCGCAATTTCTTCAATGAGATTTTTCCAGTCCACATTTGCATAGTCCTGACTTTGCAATTTTTTTACAGTTGCTTCTATCCATTGCAAGTAGTCGATCTCATATGAGGTTTGAGAATGAACCTTGAGGGAAGACATGGCGTTTTTTGTAGGGGATAGTTAGACTCACATCTTGCATAATTATAGTTTGTACAGGTGCGATCACTGCCTCTAATACCAATTCTCTTGGCAAACTCTAACGCAGGCAAGAGCCTGTTCTGAGGTGTCATAGGCTGTGTGAGTACCACACCTGAAGATATTGCTTATTTTATAATTTAAGTTAATATAAAAATGTAACACTTTTATATTCATATAAAATGATGCCAGTTGTTAGAATACCTGATCCCATTTACAAGCGTCTTCAAGCGATCGCTGTTCCATTTGAAGATACACCTGTTACCGTCATAGAAAAGCTTCTAGATGAATATGAGGCGCGTCAGCAGTTACAGAAAATGCCTCAAGCAGAAGATTGTGAGACTGAAAATGTTATTTCTGTCAATTTAGCAGCAGAAAATTATCATATTCTCAATCCTGATAGTCCTGACCACTTGCACCATACTAGAGTTTTACAGGCTTATTTAAATAACCAGCAAATTAAGAAACCGAACTGGAATAAAATTGTAGATAAAGTACACGAACTCGCTATTCATCAAGGGATGTCTGTAGACGAGTTAATCAAAGTTACCCTTTGCCGTATTGTTCAAGGCGAGAAACACGATTCTGGGTTTCATTATTTGCCCGATGTGAATATTTCAGTACAAGGGGTAGATGCAAACCTAGCATGGCGTAACACGTTCCATCTACTCAAGACTTTGAAAATACCAGTTGAAATATACTTTGAGTGGCGCAATAAAGAAGGGGCTGCATATCCTGGTGAAAAGGGCAAGCTCATTTGGAGTCATCAATAAAAGTTACACTTATAAATAAAAAATTTATGAGTCTGTAACATAAATATAAAAATAATAAGAAAATATGAAAAATGAACCAACTGCTGAAAGACAACCAACAGCAGAACAGCTACAGTCTTTATATAGGGTTTTGTAACAACTCATAAATGTGATGTTTCAGCCAATTCACCTGATGCGTTTGGATGAAAGGTCGCTTAATATATTTATCCTAGCGGGAAAGAATGAACAGATAGAATTTGAAATTTTACCGAATGGTAGAATAGAGCCATAACAAAAACAAACAACTTTGGGCTAGTATAGCTGCTATACCAGCTATACTAGGGGTTGTGGGTAGAATAAGACAATGAAAAGAGCAAACTACGCCGCAATGAGTGATCAAGAGCTAAAACGTTACTTGCTCAACCACAGAGAATATCAGGAAGCGTTTTATGTTTATATGGATAGAAGAAAAGCTCGTCATCGAGACACTGCTATTGAGCTAGATGATCCAGCTTGGGAAGAAAAGATAATAGCTTTGATTCATAAACAATTAGGTTCTAGTTAATGCTTAATCGAGGTGGACAATATGTTGAAAGTCACCTCGATTTACCGTTTACTTAATATTTCCTCTCTTTTGGCTCAAACATATTAATCACCACGGGACGATATTGAATATCAATCCCTGCGGGTGAATAGTAAGCCATTGTATGTCTGAGAAAATTAACATCATCGCGCTGGGGGAAGTCTTCGCGGAAGTGTGCGCCGCGGCTTTCTTGGCGGTTTAAGGCTGATGCTAAAATGGTTTGTCCGACTACCATTAAGCTTCGCAGTTCTAAAGCCTCTACAAGTTCGGTATTCCAACAACTACCTTTGTCGTCTAAGAAAACTTGAGAATATTTTTGCTGGATTTCGGTAATTTTTTCCCAACCTTCACTCATTAATTCTTGCGTGCGAAAAACGCCGCAAAATTCGGTCATGGTATCTTGAAAGGCTTGACGAACTTGGTTAATGCGATACTGTCCTGGCTGTTCTAGTAAGGCTTGAATTTCTTGCTGGGCTTCTTTGATGTAACGTTGCTCATCTATAGTAGGTAATTTACGTTTTTGTACATATTGAGCGATCGCCGCCCCAGTTCGTTTACCATAAACTACACATTCTAATAAAGAATTACTGCCTAAACGATTTGCGCCGTGAACGGAAACACAAGAGGTTTCTCCAGCCGCAAAGAAACCTTCAACGAAACTATTATCGCTACTACGGACTTGACCATCAGTATTCACAGGTATACCACCCATACAATAATGAATTGTCGGGCGGACTGGCATTGGTTGAGTCACAGCATCAACACCGACTAAGCGGTGGGCTTCTTCCCAACAAAAGGGAACGCGACTCATAATTTTTTCTTTACCCAAATGGCGCAAGTCCAGATAGACAAAGGGGCCGCCAGCACTACCATCAAGATTTACACCACGCCCAGCACGAATTTCGTAAGCGATCGCTCTTGAGGTAATATCACGGGGGGCTAATTCCATCCTACTGGGTGCATAAGTCGCCATAAAGCGATCGCCTTCAGAATTAATGAGATACGCCCCTTCTCCCCGGACTGCTTCAGAAATCAGCACCCCCACTGGATACAAACCTGTCGGGTGGAACTGTACAAACTCCATATCTTGTAGGGGTAAACCTGCGATCGCCGTCATCGCCAGACCATCGCCAGTGGAGGCGTAATCATTAGATGTGGTGTTATAAACGCGACCATAACCCCCCGTGGCAAACATAACCGCTTTTGCCCTAACCACCTCAATCTGCCCATCTAATAGGTGATACATCACCACACCCTTCGCCTGACCTTCTTCCAAAACCAGGCGCATTACGTACCACTCTTGATAAATCTGCACACCGTAACGCCGCAAATTATTTACCAATTCGTGGAGAATTGCATGACCAGTTTTATCAGCTGCGTAGCAAGTGCGATTGTGAGAATGTCCACCAAAAGCCCGTTGTGCAATCCGTCCATCAGGTAAACGCGAGAACAAAACACCCAGATGTTCGAGGTCAATTACCACATCTGGCGCTTCTTTGGCAAGAATGGCTACTGCATCTTGGTCTGCTAAGTAGTCAGAGCCTTTAACAGTATCAAAAGCGTGTGCTTCCCAAGAATCTTGAGAATCAACATTTTTTAATGATGCAGCCATCCCACCTTGAGCTGCAACCGAGTGAGAACGGATGGGGTGAGTTTTAGCTACTACAGCAACATTTAAACTAGGGTCAGTACGGGCAATTTCCACAGCCGCACGACATCCTGCTAATCCTCCCCCGACAATAATTACATCATGTTCCAGCATAAACTAGCCCCCGACTGCAAAAAGCTGCTGTTCTATTGTAGAGATGCGATTCACAAAAAAATTCCCCGTCTGCTGACAGGGAAGTTAATTAATGCAAAATTAACCATGATTAAAATCTACTACTCCCTACTATTCAACTAGTAGCTTGGATAGGTTGTTGTTGAGAGACATTACCAGGGATAGGTGCAGTCTTAGTTCCCCGTTCTATAGCAACTAGTTCAATATGATTTAACAATGTAGTTACAAAAGCAAACAGCAAGAAGGGTAGCGATAGCAGAACAATGAGACCTACTGTTGCTAAGGCATATACTGGTCGTTTCGCACCCATCAGTGCCAAAGCTGATGCCAAACTAAGCGTAATTGTAATTAGCCAAACAATAATTTGACCATAAATATCTCCAAAGGTCAGGGTGCAGACAAACCGATAGTTTTTTATATCATTCATGTTCATTACAGTTGCCTCAAGTCTCTCCTATAGGTTCTACGTTAGAGCCATGTTTGACTACAAAACAATTTCTAAATATTTTTGCAATGTTTGTAATATCACTTCACAATTTGATTTTTTTATTACAAATATATTTGATTGAGATAACACCAATTCTTGATGAAGCTGCGCTCAATAAGGCCTAAAGGATCGAGTCTAAAATAGTCAATCATCCCTAGCGTAAATTTTTTTAAGATTTAGACTTTTTGCTTGATTAATCAGGCTTTATAAAGCAAAAAAGTCCTTTAAATTATAAATTTAAAGGACTTCTATAATATGCCAGGAACGAGACTTGAACTCGTGACACGAGGATTTTCAGTCCTCTGCTCTACCAACTGAGCTATCCCGGCGCGGGCTTTGTTTTTGCGCCACGATTTATAAATTTAGCAAACAAAAAAGGATTCTGCAAGGGGTAATCAAAAAAAATAAATTAAGCTGTTTTCCACCCTAGCTTGATCACAACAAACACAGCTATGAATAGCAGAAACTGAACAAGCACAATGCTAGGGCCAGAAGCCAGGTTGAAAATACCTGACACCAGAATGCCGACAATGCTGCTAGTCGAACCGACTATCACAGACATCAACAAAAAATGGCTAAACTGCTGACTCATTAGCTTGGCTGTAGCCGCAGGTATCACTAAAAAGGCGTTAACTAATAAAACTCCCACGGCTTTAATTGCCACAGCAACGGCTAGAGAGAGCAGCACTACAAAGGCATAACGATATAATTCCACGGGAATGCCTTGAACTTTGGCAACATCAGGATTCAGGGTTAGCAAAATTTGCTGGCGCAGAGTCGATAATAAAAATATCGTGCCTCCTATAAGTACCAACAGCGTTAAAGCTAAATCTGTAGCGTCAATAGCGAGAATATCGCCAAAAAGCACAGCCATTAAGTTACCGCGATATCCCTGAATCAAGCTAGAGAGAATTACGCCGATCGCTAATGCACCAGAAAGAACTATACTCAGTACGCTATCGCTGCCTAAATCGGTTTTATCTACGAAGTAAAGAACGATAACGCCAAAAACTAAGGTAAAAGGCAACAGCATCCAAGTAGGATTTAACTGTAGCAACACACCCAAGGCTACTCCAACTAAAGCTGCATGACCAACTGCATGGCTAAAAAATGATAATTGACGTAAAGTCACAAAGCACCCAAGTAAACCTCCAAGTATCCCCATTAACACAGCACCAATCAGCGCTCGTTGCATGAAGGGGAATTGTAGTAAACTCACCAAATCTTGACTACTGGTAATGGCTAATATCATGTCTGAGTAAATTCTGATAATTAATCTAGTAACGCAACAATTATCTGGTGTTCCACTTCGTTACACCCAACTTACTAATTGATTCTGCATTCTGATTTCAGGACGTTTAAACAGGATACAGCATTTACTGATATTCCCAGAGTCTCTATCCCCAGGAGTATGAAACTTTGTTGATTGGTAGATTAGGTGCAAGTGATAGGTTAGGTGACTGTTGAATCATCTAAAATGACAAGTGAGCATCTTAAGCGATCGCCCAAATAAAGTTGCAATCTATCTGCTGTTTTGATCACTATGACTGAGCAACCGAATACTGATTTGCCATCAGCAGATTCTCAATCTACCAATGAACCGTCTGAAGATACAACAACTCAGTCGGCGAATGATGCTTGGCAAAATCGCATTGCAGGTGTCTGGAAAAAAGCCACAACTAGCTTGATGCAGTTTTTACCTGTGGAGCAAGTATCGCAGACTGTGGTTGAATGGTATAGTATCAGCGAAGCTCAAATTGCAGAAATTTTAGAAGCTGTCCGTGCTGAATTGCCAACTACCGAAGCTTTGTTAATTGGTAAGCCCCAAGCTGGCAAAAGTTCGATTGTGCGGGGACTAACTGGAGTTTCCACAGAGATTATTGGCCAAGGATTTCGCCCTCATACGCAGCACACCGAACGCTACGCCTATCCTTCAAATGATTTACCGTTGCTGATTTTTACCGATACGGTAGGACTGGGAGATGTTAACCAAGAAACTCAGGTAATTATTCAAGAGTTGCTTGGTGATTTGCAAAAATCTAGTCGTGGTGCGCGGGTGTTAATTCTCACCGTTAAGATTAATGATTTTGCAACTGATACGTTGCGACAAATCGCCCACAAACTACGTCAGCAATATCCCGATATTCCCTGTTTGCTGGCGGTGACTTGCTTACATGAAGTTTATCCTCCGGATGCAGCAGATCATCCAACTTATCCACCAGAATATGCAGAAGTTCAACGCGCCTTTGCGGAAATTCAACAAGCTTTTAGCGGATTATACGATCGCGCTGTGTTGATTGACTTCACTTTAGAAGAAGATGGTTACAATCCTGTATTTTACGGTTTAGAAGAGTTTCGCGATAATTTAGCAGAATTATTACCAGAAGCCGAAGCCCGTGCAATTAATCAGTTATTAGCCCAGGGAGTGGGTAAACAAATTGGTAATATCTACCGAGATGCGGGACGGCGGTATATGTTGACCTTTTCCGTGATGGCTGCAACCTTGGCTGCTATACCTTTACCCTTTGCAACCATGCCTGTATTAACAGCATTGCAAGTATCGATGGTAGGACTGTTAGGTAAATTATACGGGCAAACTATCACACCATCCCAAGCAGGGGGAATTGTGAGTGCGATCGCCGGCGGATTTTTAGCCCAAGCAGTCGGGAGGGAATTAGTTAAATTTATCCCAGGTTTTGGCAGTGCGATCGCGGCTTCTTGGGCGGCGGCTTATACTTGGTCTTTAGGGGAAGCTGCTTGTGTGTATTTTGGTGATGTGATGGGTGGAAAAAAACCTGATCCGCAAAAAATTCAATCTGTGATGCAAGCAGAGTTTCAAGCGGCGAAAGAACGATTTAAGGGAATTAAACGTTAAGAAACAGCCGACTCCAGCATTTTAATTGTTCCAGCATCGGCATCTATTTCGACATTCAAACCAATGGGTAATGTAAATTTATCTTTGATATGACCAATCATTGAACCATACCAAGCCGGAATTTTTAAGGGAATTATATGGTCACGTAATACTTGAGTTAATTTAAAAGATGGTTCATCGCCAAGGCTACAATCAGTACATCTGCCAAAAATAAAGCCGGAAATTTGATTGAGAATTCCAGCGTTTTTTAGCTGAGTTAACATGCGGTCTATGCGGTAAACATCTTCTCTAACATCTTCCACAAATAAAATGCTTTTGTACCAAGCAGGTAGATAAGGTGAACCCACCATTGCGGCGAGAACTGACAAGTTACCACCTATGAGTTTACCTGTGGCTTTTCCCGATGAAATAGTCTCAAATTGGACATCTTCGGTTTGGAGATTTTGCATTGTTACTGCTTCGCCATCAAATAAGATGCGCTTGGCGTAATTTGTTGTAAAGTCATTCCAGGTAGATGTGGCATTTGCGCCATGAAAAGTAATGACTCGACTACGAGCATAAATCGCTAACACTAAAGCAGTGATATCGCTGAATCCCATAATAATTTTGGGATGAGAGCGAATTTGGGCATAGTTGAGTAATGGTAAAATGCGATTGCAACCCCAACCACCGCGCATAGTCAAAATAGCTGTGACGGAATTATCTGCAAACATCATGTTTACATCCTGTGCGCGGTTAACATCTGTCCCAGCTAAATAACCGTACCTGTCTAAGAGATGGTTTCCTAATTTAATTTTTAAGCCTAATTGGGTGAGCGATCGCTGGGCGTTAGCTAAATCTTCTGCGTCAATGACACCAGCCGGCGAAACTAGTCCTACTGTGTCTCCTGGTTGTAGTCTAGGTGGTTTGAGGATGGTACTTGGCGACAGCTTACCTTGAGCTTGAACTAGAGGTAGCTGCGCTGCTAAGGTTGTCAAACCACAGGTTGTAATAAATGTGCGTCGTTTCAAAATTGGGTTGGGGAGTAGGAAAAAACTTGATTATACTGGGTTCTTCATTTCAGACTTCATTTCCTACTTTTTCTTAACCGCGCAATTGCGCTACCAAGAGATTAGGGTTCCAATAAGCGCGGGTTGTTTGAATTTTTCCGTCTTTGTTAATCTCAAAAATTGTGATTCCCTCAAAGCTGACTGATTTACCTGTCTTACTAACTCCTTCCATTGTCCACTTGACGGCTGCTTCAGTACCAGCTACAAAAATATGTTCAGTTGTCGCGGCTAATTTTGTAAATACAGCTTGCAATTGCCCGATAAACTGGTGATAATCTTCTTGAATTTTGACTGGAGGTTCACCAACCGGATCATGACTCACCGCATCTTCCGCAAAATTCTCTATCCAGCCTTCTGGATTCATTGCAGTAATGTTGGTAAAGTAGGCAGCAATAACTGTTTCAATGGCGGTGCTTGGCATGACTGAGTTTTCTGAATGGAGGAACAACCGGATATAGATTATACAACCTATTATTTGCTGAACTCTAGCGATGGATTAAACAGCAACATTCAGCCAAGTAAATTGCTAAATTAAATAAAGTCTGAAGTCTGAAATGTTAAATTTCATCCTCCTGCCTTATACTACAACTCTGTGATTAGTGGAATATTACAATATCTGCGAACTGCATTAACCCAAAATCAAGATTATCGTGACACCTTGACCAAGATTCACTGGTGGCGAATGGTTGTGGTAACAAGTGTGGGGGTCACAACTTTGGTGTGGGGAATGCGGGAACTGAAATGGTTGCAACCTTGGGAGTTAAAAGCTTATGACCAAATGTTGCGATCGCGTCCTTCAGAATCACCCGATCCTCGGCTTTTACTGGTTAAAATCACAGAAGAGGATTTGGCGCAAGTCAAATGGCCGTTATCTGATGCCATAATCAATCAATTATTAACAAAACTTGAGTCTGATCAACCGCGTGTTATTGGTCTGAATCTCTACCGCCAAAATCAAACCAATCTGGCGGCTGGTATTACTAATAAAAATAACATTATTACTACTTGTTTATTAAGCAGCAAAGATAGATCAGAAATTCCTCCTCCACCGAATTTTCCTGGAGATAATATTAGCTATAACGATTTAATTCCTGATAATCAAGAAGACCAAATTGTGCGCCGGAGTTTGTTATTTGCCGAGCCTAGTAATAATAGTAAATGTGCAACACAATTTTCATTTGCGGCTTTAATTGCCATTAGTTATTTAGAAAAACAAGGGATAAATGTAGATTTTACCGAAAAACACAATTTTCATCTTGGTAAAATTACTTTTTCAACTCTCACACCTAATTCTGGTGGCTATATCGGCTTAGATGCTGCTGGTTATCAAATATTATTAAATTACCGCCATCCTCATCGCCTCACACAAGAAGTCACTCTTTCACAAGTTCTCAACGGTCAAGTTAATCCCAACTGGATTAAAGACAAGTTAGTAATTATTGGCACTACAGCCGCTAGTGTTCATCCTGGCGTGTATACTCCCTACAGTGCTTCTCCAGACCATCCAGCTAGAACATCAACTGTATTTATTCATGCACAAATAGCCAGTCAAATTCTTAGTACCGTTTTGGATGGTAGACCATTGATTTGGTACTGGCCTGATTGGCTGGAAGTAACATGGGTCTTGGCTTGGTCATTACTGGGTAGTCTTTTAGGCTGGCGGCTGCGACATCCTGTTATGCTGCTAGTGGTGGGATGTCTAACCCTAGCTGGTTTAGTGGCAATTTGTGTTGGTTTATTTCTCTTAGCTGGCTGGATACCGCTGATTCCCCCGGCGATCGCATTTTTGTTTAGTAGTGTGGGGATGCTGGTCTATAGTACATACCGCACTCAACAGCAAACAAAGTTAATTATTCAGCAAGTTGAACAACAACAAGAAGCGATCGCTCAATTAAGTATTCTCTTAAAAGAAACTACCGCTGCAACAGAAGCAACAAAAATTCGTGACCAACATATTCACTCTGCGTCAATAATTTATCAACCAGAAAAAAGAACCGGTGATTTACTTTTGGGTGGACGCTACCACATATCAAGAGTTCTGGGGGCTGGGGGATTTGGTCGCACTTATTTAGCACAAGATACTCAGCGTCCTGGTAATCCAACTTGTGTTGTGAAACAATTAATGCCAGCACGTCGAGATACAAAATTTTTAGAAGTAGCCCGCAGATTATTTAATACAGAAGCAGAAATTTTAGAAGCCTTGGGGAAACATCCCCAAATCCCGGCGCTGCTGGCTTATTTTGAAGACCAGCAAGAGTTTTATTTAGTAGAAGAGTATATTCCTGGGCATACTTTACACGAAGAATTAGCACCTGTACACGGTGCAAAAAATGAAACTTTTGTAATTGAGATGCTCAAAAGTGTATTAGAAGTTTTAGCATTTGTCCATGAGCATCGAGTAATTCATCGAGACATTAAACCTCATAATATTATTAGAAGTAATCAAGATAATCGCTTAGTTTTAATTGATTTTGGTGCAGTTAAATTAATGCACCCACCAACTAGCGAACAAACAGAATTAGCCACAGTTGCTATTGGTACACGGGGCTATGCACCACCAGAACAATTTGCCGGACATCCGCGCTTATCTAGTGATATTTATGCTTTGGGGATGATGGGAATTCAAGCAATGACTGGTATCTTACCTCAAGAATTACAACCAGATCCAGAGACAGGCAATGTTATGTGGCAACACACAGTACAAGTAAGTGCAGAACTGGGGATGATTTTAGATAAAATGGTGCGTTATCATTTTAGCGATCGCTATCAATCAGCCGCCGCCGTTCTCCAAGACTTAAATCAGATTAGCGATAAGAAATAAAAGCACACAGATAAACTCTCTATAACTCTCTGCGCCTTTGCATGACGGACACTTTGCTCAAGTCGGGAAACTCGCCCACGCAAGTGTCCTCCTCTGCGTGAGGCAAAAAAATCTTGTTTTGCTACCTTATTTTTGAATTAATATTATTTGGTTATATCTAAATTAAATTCAGTATGAATCTAGAACAAGAAACTAAAATTGCAGGTATCTATGAAGTGTGTATTGGTGTTCCAGACCCAATTTTTGCCATACAATATTGGGAACAATTTGGTTATCGCATTGGACAAGTTGGTCAATTACCTGCGGCGACAGCCCATCAATTATATGGAGTAAATTCTGGATTACGTTCCATTCGCCTATATCATCAAAATGCAGATCATGGGTTAATTCGGTTGATGGTTTGGCAAAATCCCACTAATCAAGGTTTGGGGTTAGCATCAATGAAAACAAAAGGAAATCGTTGGGCGACTACCCTAACTTCTGATATTTTAACTATTTTAAATCATGCCGAAGAAGCCAAAATGGCTGGTTTTACAGTGCGATATAGCATTCCCTATTGGGAAGTTATTTATAACAAAGAACGCAAAAGTCGTCCTTTTATTGACCCAAGCGTAGGGGTGCGAGAAATGTTATTACTGCAACCTTTAGCGCGACAAGTTTTATTTCAAAGATTTGGTTACACAATACCTCATTACGGAAACATTAACGCAGCATCTGTATTGAAAACTAGTCAATTTACTCATATTGGAATTGTCGTTCAAGATGATAGCAAAACTAGCCTGAAGTTTTATGAGGACATTTTAGGTTTGTTGCGAGTGCGAGATGATGTCGAAACTAGCTATGAATCTTCACCCGCAGGACGAGATTTATTTGACCTCCAACCAGGAGAAAAATTTATAGTGACGACTTTTGATGATCCGCGTTCGTCTCAGACTGATATGATGGCGGCGCGGAGTGGCAGACTTTATGTAATTCGCTTCCCGGAGGCGATAAACTTAGAATCGCGGTTTGAAGCCGCACAACCAGGAAGTTTAGGGATGTCGCTGTATACTTATCGGGTGCAGGGAATCGAAGAATATGGCGATCGCATCAAGTCTAGTCAAGTGCTAAACTTTACTAACATTATCGAAAACGAGTTTCGAGAAAAAAGTTTCTCTTTTACCGCACCAGATGGCTATTTCTGGAACCTGGTCGAAACAGGTTTCAACTAGCATAGATCGACCGACGTAAATAAATAGACCACACTCAGTAACCATCTGGAATTACGAAAAGGCTTGTGGTATCACTATTCTTTCTTTTTCCTTTTGACTTTTTACTTTTACCTTGTTGTACTAGCAACTGGTTTTTCAAATATCATCAAATGCTGCTGGGGTAATAAGTTTTTTGTCTCGCGCCAAACTAAACCAACAGCCTGCATTTCTTTCCGTACCTGGTTTTGCGTCATCTTGTGCAGACGTTTAATCATAATTAAGGGATTTTCCCCGCGGTACTCTACCAGTACCACCCTACCCCCCGGTTTTAAGGCTTTGACAATTCCTTGCATCACTTCGTAAGGATATGCAAATTCATGATAAGCATCCACCATTAAAGCCAAATTAACACTTGCATCAGGCAGGTTAGGATTATCAATCGTTGCTAAAATTGGCTTAACATTAGTAATTTTTTTCTCTTGTTTATAAGCTTGAATAATCTCTAACATTTCTGGCTGAATATCTACAGCCAACACCTTTCCTTGAGGTAATAAAGGTGCAATCAAAAAACTCGGCGTTGCATAATAGAGGGATGAATTGAGGTAATCTACTGTGCAATGTCCATACTGTGAGTCTACGGAAATTAGAAAGAATGGAAAACGGAGAGGTAAACAAAATCACATCTGTACTAACTGCGATCGCCAATTTATTGATGTGTACGATCCGCCAAAAGGATACTCAGAGGAACTTAAACAAGAATGTTTAAAAATGTATCTTAATGGGATGGGTTTTCGTGGGATTGAACGTGTTAAAGGTGTACATCATACTACTATAATCTCTTGGGTAAAACAAAGAGGAGAAAAGCTGCCAGACGTACCCCAAGAAGATGCTGTACCAGAAGTTGGAGAACTAGATGAATTAGAGACATTCATAGGTTCAAAAAAAACAAAATCTGGTTGTGGACAGCAGTAAATCACTTTACTCAAGGTATTTTAGCCTGGGTCTTAGGAGACCATAGTGCGGAAACATTCGAGCCATTATGGGAAATTGTGAAACAGTGGGAAAGCTATTTTTATGTGACCGATGGCTGGAAAGTTTACCCCAGTTTTATACCAGATGGAGACCAAATTGTGAGTAAAACATATATGACGCGAGTAGAAAATGAAAATACCCGATTACGTCATTATCTTGCACGCCTTCACAGAAAAACTTTATGCTATTCCAAATCAGAACAAATGCTGAGACACTCAATTAAATTATTACTTCATTATTTGAAGTATCAAATTGTACCTATATAAATTAATTCATCCCTTTATTCAGCAACGCCAAAACTCAAATAACCTGTACCAGCACCAATATCTGCAACTACGTCATTTGGTTTTAAATCTAACGCGCCAACTATCTTGCTTGGCTGTTCTTCTAACTCGCGACTAGGACGTTCCAGCCAGCCTGCGCCTGTGTGTCCCATCACTTGAGCAATTTCTCGCCCCATATAATATTTACCAATACCATCGGGACTATGGTTAACTTTTTGTTCATAAACTGTATTTGAGGAAGTAGTTGTCATTTCTGGTTTATTTGCAGTCAAAAACCAGAAACTCGCAACTATCAGAATAATGCCAATAATTGCTAAAAAACTAAACTTACGAATTTGATTCATCGTTAACTAGTATTTGCTCACTAAAAAAATACTAGTACAGGTCGGCGTAAATAAACAGACCATCTGGAATTGCTAAAAGGCTTGTAGTATTACTATTCTTTCTTTCTTTTTCCTTTTGACTTTTGACTTGTTGTACTAGCGGATTGGAATTGTAATCACAAATTCTGTACCCCTGTCTGGTAGAGAAATACATTGTAATGACCCACGATGTTTTTCTGTAACTATCTGGTAACTAATTGATAAGCCTAGACCGGTTCCTTTACCAATTGGTTTAGTAGTAAAAAACGGATCAAATAAACGACTTTGTACTTTTTGGGGAATTCCTGTCCCATTATCAGCAATATGAATGCAGATATTTTCATTTTCACATTCAGAAGAAATGCGAATTATTGGCTGTTGACAGAGCTTTTTTTCCCAAGCTTCATCTAAAGCATCAATTGCATTTGCCAAGATATTCATAAATACTTGATTTAATTGACCTGCAAAACATTTGATATGCGGCATTTCGCAATACTCTTTAATTACTTGAATTTCTGGGCGATGAGTTTGAGCTTTAAGGCGGTGCTTCAAAATTAACAAAGTACTATCTATGCCGTCATGCACATTAGCAGTTTTAAATTCAGCTTCATCTAAACGCGAGAAAATTCGCAGAGAAAGAACAATTTGATGAATACGTTCAGCACCTACTTTCATGGAAGTCAAGATTTTAGGCAAGTCTTGGATAATATATTCAATCTCAACTTCTTTCATGACATCTTGAATATTAGAATCTGGATTAGGGTAATACTTTTGATAAAGTTGAATTAGTTGCAGTATATCTTTCACATAATTTTCGGCATATTCAACATTACCATAAATAAAAGTTACCGGATTATTAATTTCATGAGCTACACCAGCAACTAACTGTCCTAAAGAAGACATTTTTTCAGTTTGAATCAATTGAGATTGAGTTTGCTTAAGCTCATTTAGAGTATTTTTTAAGTCAAGATTTTTTTGCTCAACTTCTTTAGTCCTTTCTTTGATTTTCTGCTCTAAATTTTGGTTATATGCTTCTAATTTAGCTTTTGCTTGATACTGTTCTGTTAAAAGTTGTTTTACTTGTTGAATTAACTGATTTAAAGAAATAGCTAGAACACCAACTTCATCTTCAGTAGTGACAGGCGCTTGTAAATCAAAATTAGCATCTTTTGTCACTTTTTTGGCAATCTGCGTTACAGCTTGCAAAGGGCGGGTAATTTTGTTGCCAATTAAATATCCTATGAATGTAACAATTGTACCTCCCAATAAAAACAAAAGATATAGCCGTAGCCAAAGTGAAGATTGAGTTTTTTCTAATTGCAATATTGGATAAAGTATAGTTGTAATTAAAGATTGACTTGCTCCTTTAAATACAATACTTTTAGCAAAATATGCTTGTTGTTGAATTGATGTTTTAATGGTGGACGAATTAGGCGAAGGCGGCTGCCATTTTGTTTCTTTAATATCTGATAGCGTTGATGCAATAATTGTGTCTTTTTTTGTTGTAACTATGTCTTTGGAGGAACCAACAGCAATTTGTTTTAAAAATGACTCATCTACTAAATTACCCATAATAATTCCACCTACAATTTTTATAGAAGATTTGATTGGGTGAATTACTACTTGTAAAATTTGTAGACTATCTTCTACATCAATAAAATCAATAAAGCTACCACCGCTCTTAGCAATGTTAGTAATAGATTTATCAAGTAATTTAGATGTAACTAAACTAGATTTTCTTGTATCCAATAAAGTATTGCCATTAGTATTAACTACTTTTATCCAATCTAAATTCAAAGTAGTTCTAATAGGGAGTAAATCTTGTAGAAGTTTTTGTTTATCTTTTTGTTCAATTGCTAAGGTAATTGTCTCACGCCCAGCAATCAAATTTACTTGTGTTTCCAAATCTTCCTGTTCATGTTGAAAATCTTGGTAAACTCTTTCTGCAAAACTTGCGACTTCTTGGCGAATGTTCTGCTCAAGACTATCAGTAAACCAATGTCCAATGATGGATAAACACAATATAAATATGCTCAAAAATATAGCTAGAGATGAAAAAACTATTTTTTGGCTGAGATTAAAGCGTAAGCGAAATTTTCTTCGCATGGCGGTGATGATGAATTTAATTGCTAGGAATAAAGCTTTTATCTTGCAGTAGTTTATGACCTTCAGAGCTAAAGATAAAATCAATAAATTTTTGAGTGGTAGGTGTAGGTGCTTTCTGCCAAATAACTCCTAGATGACGCACCATTTGGTATTTACCATTAGTAAAATTATCTTTGTTTGGCTCAATACCATTTAGTTTAAGGCGATTGACTGGTAATTGATTAATTGCAGAATAAGCTAAAGAAAAAGCACCAATTGAATAGGGAGTGCTTTGTAAAGTATCAATTAGCTCTCCTTCTTTATTTAAAATGACAGCTTTAGTAGTGCTTTTATCTTGACCTAAATAGTATTTTCGCAGTAATTTTTTAGCAGACTCATCTTCTGGTCTATCCAAAACTAGGGTGTGTTTTAAAACTAAAACTATAGCCAAAGAATGATAGAAGCAAGCGTCAACATTGCAAGATAGTTATCAGCTTTCTTCTCATAGCGTGTAGCAATCCGACGAAATTGCTTCAAACGGTTGAAACATCGCTCGACCCGATTTCTTTGGCGATAAATAGATTTATCAAACTTACCGCGTCTGCGTTCGTTCGACCTACGTGGAATGGTTAAGCGAATGCCACGTCGCTGCAAATAGCGACGAATATTACCACTGCTGTAACCTTTATCACCGACTAATCGCTTTGGGCGTAAGCGAGGACGACCAACACCTGGGCGTTTGACCGCGCCTTGTGCCATTAGTTGCTCAAATACCACTGCTTCATGACGTTCACCAACAGTCAGCAAAAATGTAATAGGTTTGCCATTACCATCGCAACGCAGATGAATCTTGGTGCTAAAACCACCTTTAGAACGTCCCAA

Protein sequences of DBSCAN-SWA_2

>AP018318|1598691:1657836|1641165_1641618_-|BBD58586.1|DBSCAN-SWA
MSSLKVHSQTSYEIDYLQWIEATVKKLQSQDYANVDWKNLIEEIADMGRSERRSLKSNLIVILLHLLKWQFQPEHRSGSWEASIIEHRRRVNEALHESPSLKSYIDGIFAECYAQAIKQAKAETGLPIESFPSVCPYKILDVTNDEYLPE
>AP018318|1598691:1657836|1628473_1629415_+|BBD58573.1|DBSCAN-SWA
MLVNLTSQPIFLVCAADNNYAMPLAVTVRSALANLKSKRKISLLIIDGGISKSNKKKIIKSFSPEQIDIYWVQPDNKIFENLVLSRHLTISCYYRLLITEFLPQEVNKAIYLDSDMVVTGDLEELWNIDIADNYVLAVQDDVQLYISMSTGLRNYQDHGLSPDRKYFNSGLLVINLEKWRTENIGLKVISYLRENIEYAPDDQDGLNAVMAGKWGELHPKWNQMPRVYNYLSSEDSPYPEDIYQEMLHNPGIIHFTNAPKPWYSGLRTQCQHPKKHLFFQYLDMTSWKGWRDTYWRRLGRKMGKLTLLNTSKL
>AP018318|1598691:1657836|1625183_1625576_+|BBD58570.1|DBSCAN-SWA
MFVKTEINKTIEINNSYLSRGEVQQEKTQPQGLNIPSATLYLSPIGLLFSWIIFFLVLRKIQRFLDNKMVFSVKRLHQVPCKNCRFYSNNHYLKCAVQPSIVLTDEAKNCSEFSAKQDKLSEKQFFHRRD
>AP018318|1598691:1657836|1603938_1605222_+|BBD58551.1|DBSCAN-SWA
MKVQLLYSLNDRNVDMNQVSSQRQLAISISAIPDQFEERLPLNLCLILDKSGSMHGKPMQTVITAVEQLLDRLQPGDRISIVAFSGSAEVIVPNQVIQDPSTIKLLLKSKLSASGGTAIAEGLQLGITELMQGAKGAVSQAFLLTDGHGESSLRLWKWEIGTDDNKRCLELAQKAAKINLTINTLGFGNNWNQDLLEKIADAGGGNLAYIEHPEQVVEQFSRLFSRIRSIGLTNAYLQFSLVPHVRLAELKPIAQVSPDTIELPAQLETDGGFAVRLGDLMQDVERVVLVNLYLGRLPEAEQVIGQMQIRYDDPALNQEGLISPNVTIFANVVRTYQPDLNPQVQQSILTLAKYRQTQLAEMKLQQGDRLGAATMLQTAAKTALQIGDTNAANVLQTSATRLQSGEQLSSSELKKTRIVSKTTLQNL
>AP018318|1598691:1657836|1643023_1644751_-|BBD58589.1|DBSCAN-SWA
MLEHDVIIVGGGLAGCRAAVEIARTDPSLNVAVVAKTHPIRSHSVAAQGGMAASLKNVDSQDSWEAHAFDTVKGSDYLADQDAVAILAKEAPDVVIDLEHLGVLFSRLPDGRIAQRAFGGHSHNRTCYAADKTGHAILHELVNNLRRYGVQIYQEWYVMRLVLEEGQAKGVVMYHLLDGQIEVVRAKAVMFATGGYGRVYNTTSNDYASTGDGLAMTAIAGLPLQDMEFVQFHPTGLYPVGVLISEAVRGEGAYLINSEGDRFMATYAPSRMELAPRDITSRAIAYEIRAGRGVNLDGSAGGPFVYLDLRHLGKEKIMSRVPFCWEEAHRLVGVDAVTQPMPVRPTIHYCMGGIPVNTDGQVRSSDNSFVEGFFAAGETSCVSVHGANRLGSNSLLECVVYGKRTGAAIAQYVQKRKLPTIDEQRYIKEAQQEIQALLEQPGQYRINQVRQAFQDTMTEFCGVFRTQELMSEGWEKITEIQQKYSQVFLDDKGSCWNTELVEALELRSLMVVGQTILASALNRQESRGAHFREDFPQRDDVNFLRHTMAYYSPAGIDIQYRPVVINMFEPKERKY
>AP018318|1598691:1657836|1615840_1615999_+|BBD58562.1|DBSCAN-SWA
MTVLGIYKAGFLSYFTRVIPDKSLVLSTLADLQMWLKAQRCGIAPTSAVAYE
>AP018318|1598691:1657836|1623658_1624099_+|BBD58568.1|DBSCAN-SWA
MILLEQIRKIAIAGILIVVLTVTTACGGSTLTQADRTTNPPVIGRDVTYTELERGNTPGGQNFGNWVVQTSKGLIKDAYVRDNNKLGVVISRDVRPNEVRPLAKSLVQGFRKNFPNQDLTVLVYSPDKKLILTTQYDIQTNQVKYS
>AP018318|1598691:1657836|1598691_1599570_+|BBD58545.1|tRNA|DBSCAN-SWA
MQGFLNLNKPFDWTSHDCVARVRKLLRLKRVGHAGTLDPAATGVLPIALGKATRLLQYLPGDKAYKATIRFGVRTTTDDLQGEIITSQPCTNLSLAEIETALTQFVGKIEQIPPIYSAIQVEGKRLYDLARQGETVEVPARTVEVFQINILDWREGDFPELDVAIACGSGTYIRAIARDLGAAFNTGGTLAALTRTQSSGFDLTNSLSLTDLEAQLQAGTFQPILPDVALQHLPTVTLPPEFTRKWCQGQKVAINSHISGLVRVYEDETRFLGIGQSQDEILIPQMVFEPIS
>AP018318|1598691:1657836|1649214_1649601_-|BBD58594.1|DBSCAN-SWA
MPSTAIETVIAAYFTNITAMNPEGWIENFAEDAVSHDPVGEPPVKIQEDYHQFIGQLQAVFTKLAATTEHIFVAGTEAAVKWTMEGVSKTGKSVSFEGITIFEINKDGKIQTTRAYWNPNLLVAQLRG
>AP018318|1598691:1657836|1654503_1654851_-|BBD58600.1|DBSCAN-SWA
MNQIRKFSFLAIIGIILIVASFWFLTANKPEMTTTSSNTVYEQKVNHSPDGIGKYYMGREIAQVMGHTGAGWLERPSRELEEQPSKIVGALDLKPNDVVADIGAGTGYLSFGVAE
>AP018318|1598691:1657836|1608107_1608413_+|BBD58555.1|DBSCAN-SWA
MKPGEIIPAAGEIELNVGRPIIKLLVANTGDRPIQVGSHFHFYEVNNALNFDREQARGMRLDIPAGTAVRFEPGDEKEVILIPLVGSRQVYGFNGKINGNL
>AP018318|1598691:1657836|1640862_1641135_+|BBD58585.1|DBSCAN-SWA
MLVIFGSGLDRRAHIGFAGLAIGLTVGVEAAFMGPITGASMNPARSFAPAFVGGIWQHHWVYWIAPILGAQLAVVVYRQLSNNFQDCQKS
>AP018318|1598691:1657836|1616073_1618344_+|BBD58563.1|DBSCAN-SWA
MSSPQPPQKPQTILGQLTQAVHTIQARVDFSKLALKPNAKVPELWVQDAGADKAEVYPLLGDRYILGRSSKSCDIVVRNPVVSQIHLSLSRDSTQRKPIFVIRDENSTNGIYLGKRRLPSLELRHGDIITLGPPELAASVRLQYVDPPAWYLKAATWAGYGVGGATALLALVIGVEWLKFSVRPLPTATRAPVIVYARDGSTPLREPRTTAHVDKKRLQDFGPYLANAVVASEDSRYYWHVGVDPLGILRAVLINSRSGDLQQGASTVTQQVARSLFRDYVGSQDSLGRKLREAIVALKLETFYSKDDILLTYLNRVFLGGDTSGFEDAAQFYFEKSAQELTLAEAATLVGILPAPNAFDFCGDGPNKLEAADYRNRVIKRMVEIGKISQEDANRARRSTVQVSPKVCEQQAKTIAPYFYSYVFQELESILGAGAAREGNYIIETQLDQSIQSQAEASLKNSVSNDGSNFRFSQGAIVTLDSKTGSILAMVGGTDYRKSQFNRAVQAKRQPGSTFKIFAYTAAIQQGISPYKTYSCAPFPWQGFTYKPCRAGADVSLDIATGLALSENPIALRVAREVGLNKVVAMAQKLGVKSQLDPVPGLVLGQSVVNVLEMTGAFGAIGNQGVWNPPHAISRILDSGDCKDRKDLKSCRVIYSFEQDREANKRVLSTEVADEMTTLMRGVVSRGTGRSAAIGLGEAGKTGTTDKNVDLWFIGFIPSRRLVTGVWLGNDNNSPTSGSSAQAAQLWGRYMGRIAR
>AP018318|1598691:1657836|1653319_1653757_-|BBD58597.1|DBSCAN-SWA
MIAPLLPQGKVLAVDIQPEMLEIIQAYKQEKKITNVKPILATIDNPNLPDASVNLALMVDAYHEFAYPYEVMQGIVKALKPGGRVVLVEYRGENPLIMIKRLHKMTQNQVRKEMQAVGLVWRETKNLLPQQHLMIFEKPVASTTR
>AP018318|1598691:1657836|1612609_1614964_+|BBD58560.1|DBSCAN-SWA
MTNEPDSEVVQVKLENLQVGGNITIKDITQIYQTVNNLDNIPKPTGFPQNIPKSNTDKFVGREGKLKRLYQQLQRNDEVVIASVEGMGGVGKTELAIQYSLLHLQLQSYPGGICWLQGRTEDIGLQITQFARTDLGLPIPDDLELPERVRWCWQHWREGNTLIVLDDVTNYGEIKPYLPPQPSQFKVIITTRLKLDLAGSLFLEVLQESDALLLLNQLIGEDKVKQESAKVQELCQRLGYLPLALQLVGRYVKKRKINLAEMLRRLEEKGLAHPSLVVDENDPTWTLDVKRGVAAAFELSWSELSEPAQELGCLLSLFALAPIPWNLVESAAKEKDVEALEDTRVELENLHLIQGEDSYQLHQLIREFFRGKQNNLAVADEQKYNYCASMVEVAQAIPQTTTLQDITKFTPVIPHLAEVATFYQNWLSDEDLIVPFLGLVQFYEGQGAYAQALPWGEQCVSVAKERLGEQHPDVAGSYNNLAYLYKSQGRYSEAEPLYQKALQLKQQLLGEAHPSVATSYNNLATLYDSQGRYSEAEPLYQKALQLRQQLLGEQHPDVTQSYNNLAYLYQSQGRYSEAEPLYQKALQLRQQLLGEQHPSVASSYNNLAGLYDFQGRYSEAESLYQKALQLRQQLLGEQHPSVAQSYNNLALLYDAQGRYSEAEPLLQKALQLSKQLLGEQHPNVALVYNNLAYLYQSQGRYSEAEPLHQKALQLRQQLLGEAHPDVASSYNNLALLYYSQGRYSEAEPLYQKALQIAERSLGISHPNTITFRENLAICQQEWHK
>AP018318|1598691:1657836|1646799_1648131_+|BBD58592.1|DBSCAN-SWA
MTEQPNTDLPSADSQSTNEPSEDTTTQSANDAWQNRIAGVWKKATTSLMQFLPVEQVSQTVVEWYSISEAQIAEILEAVRAELPTTEALLIGKPQAGKSSIVRGLTGVSTEIIGQGFRPHTQHTERYAYPSNDLPLLIFTDTVGLGDVNQETQVIIQELLGDLQKSSRGARVLILTVKINDFATDTLRQIAHKLRQQYPDIPCLLAVTCLHEVYPPDAADHPTYPPEYAEVQRAFAEIQQAFSGLYDRAVLIDFTLEEDGYNPVFYGLEEFRDNLAELLPEAEARAINQLLAQGVGKQIGNIYRDAGRRYMLTFSVMAATLAAIPLPFATMPVLTALQVSMVGLLGKLYGQTITPSQAGGIVSAIAGGFLAQAVGRELVKFIPGFGSAIAASWAAAYTWSLGEAACVYFGDVMGGKKPDPQKIQSVMQAEFQAAKERFKGIKR
>AP018318|1598691:1657836|1632870_1634259_+|BBD58576.1|DBSCAN-SWA
MSSVKFMTNPTVENVVIIGSGPAGYTAAIYAGRANLKPVVFEGFQAGGLPGGQLMTTTEVENFPGFPQGITGPELMDRMKAQAERWGAELYTEDVISVDLSQRPFTVRSEEREVKAHSLIIATGATARRLGLDSEHLFWSRGISACAICDGATPIFHGAELAVIGAGDSAAEESIYLTKYGSKVNLLVRSDKMRASKAMQDRVLSNPKIQVHWNTEVVDVFGNGHMDGVKVRNNQTGAESQIHAKGLFYAIGHKPNTSLFQGQLDLDEVGYIVTKDGSVETSVEGVYAAGDVQDHEYRQAITAAGTGCMSALLAERWLSSNGLIQEFHQEPTINNELEHEPVQQKTEAEQEAGFNLNATRHEGGYALRKLFHESDRLLIVKYVAPGCGPCHTLKPILNKVVDEFDGKIHFVEIDIDKDREIAENAGVTGTPTVQFFKDKELVKEVKGVKQKSEYRLLIESNL
>AP018318|1598691:1657836|1618941_1620021_+|BBD58564.1|DBSCAN-SWA
MGKSKRIGILTSGGDCSGLNAVIRAVVHCANGKGWEVLGIRQATLGLMAQPPQVTKLEIDQVDPLLTSGGTMLGTTNKGDPFAFPMPDGSLCDRSSEIIAGYHQLDLDALIGIGGDGSLAILRRLAQQGGINLVGIPKTIDNDIGITEHAIGFDTAVNIATEALDKLHFTAASHSRVMILEVMGRDAGHIALAAGIAGGADVILIPEILYSIDDICYHIKNRQEEGKNYCLIIVSEAVRTQEGEIRTLTNRLGQSRYGGIGEYLADQISDRIGAETRVTVLGHIQRGGTASPLDRLVASAFGVAAVNLIEEGKYDYMVAWQNRQVITVPIEEAIAQYKAVNPEDALVKTARGLGIYLGE
>AP018318|1598691:1657836|1605574_1606447_+|BBD58552.1|DBSCAN-SWA
MLINKRQRYLLGLVLATTLSANIQSASALNTEPVGDLQGSAFLYTSIGSIFTPLAPTKLHLFNSNQYEANTPLMSISQNTHPTAAFPNYDGGLFQVADSMTEAMEEAIVGFTISKYDKNSMAADKVFVSSQHESAMMVVSITSQASTPISEEHQPKKIPHSPEQNRRYQPNSQYVRRGTLVSTNYNAISMLRTMEDLQNIAYLGMNEVHTEPISDALTRELKLTTHIAFVPDDSCVNLADVKLPTTCQNKNVDKMVVTMPMIQDKTWSAQMNKDFHFWQNMNVSSEVASK
>AP018318|1598691:1657836|1601651_1602314_-|BBD58549.1|protease|DBSCAN-SWA
MDISPIKAVQAPYYGDNFYRTPPPDLPSLLLKERIVYLGMPLVPAVTELIVAQLLYLQSDDPDKPIKIYINSTGTSGYSGDPVGFETEAFAIFDTMKYIKPPIHTICIGSAMGMAAMLLSAGTKGCRASLPNASIILHQPKSYAQGQATDIQIRAKEVLANKASLVEILTRTTGQTGEKITKDMDRLFYMNAYQAKEYGLIDRVFEKEELANPPLPASVL
>AP018318|1598691:1657836|1645665_1646508_-|BBD58591.1|DBSCAN-SWA
MILAITSSQDLVSLLQFPFMQRALIGAVLMGILGGLLGCFVTLRQLSFFSHAVGHAALVGVALGVLLQLNPTWMLLPFTLVFGVIVLYFVDKTDLGSDSVLSIVLSGALAIGVILSSLIQGYRGNLMAVLFGDILAIDATDLALTLLVLIGGTIFLLSTLRQQILLTLNPDVAKVQGIPVELYRYAFVVLLSLAVAVAIKAVGVLLVNAFLVIPAATAKLMSQQFSHFLLMSVIVGSTSSIVGILVSGIFNLASGPSIVLVQFLLFIAVFVVIKLGWKTA
>AP018318|1598691:1657836|1635595_1637041_+|BBD58579.1|DBSCAN-SWA
MNNISDSLAIAILHQQAGRFFEAEQIYTQTLQEQPNQVDALYLSGTLAHQLGDTEKAIAFYRQTLVINPALASVHSNLGIALKQQGLWKEAIQHYQEAIALQPHSAQFHYNLGLVFQELGNLESAKDSYRQATILQPNYPLAYNNLGLVLLHLGEIEAAITCYKTAIQLQPDLAEAHQNLAEALLLNGDFDLGLAAYEWRWRMFTPEQLPNFATPQWDGAPLDGKTILLYAEQGLGDTFQFIRYADLVRDRGGRVIVACLFAQVELLKTVPGVEKVLALDEELPEFHTQAPLMSLPYLLGTTIETIPAKIPYIFASKSHNFQLAASPETKLKVGIVWAGNPGNRNDSRRTSGLQPFLPLFKIPAVEFYSLQVGKSSQDLAQLPADIKIQDLSSYLHNFNDTAAAITQLDLVLTIDTSVAHLAGALGKPTWVVLPFIPDWRWLLHRDDSPWYPTMRLFRQESVGDWSGVFAKVGQKIMKYEV
>AP018318|1598691:1657836|1628079_1628211_+|BBD58572.1|DBSCAN-SWA
MITIAAESQNWLQVSRYINRGSVYLFAPMLNFNVMAEVGDTPP
>AP018318|1598691:1657836|1641836_1642427_+|BBD58587.1|DBSCAN-SWA
MMPVVRIPDPIYKRLQAIAVPFEDTPVTVIEKLLDEYEARQQLQKMPQAEDCETENVISVNLAAENYHILNPDSPDHLHHTRVLQAYLNNQQIKKPNWNKIVDKVHELAIHQGMSVDELIKVTLCRIVQGEKHDSGFHYLPDVNISVQGVDANLAWRNTFHLLKTLKIPVEIYFEWRNKEGAAYPGEKGKLIWSHQ
>AP018318|1598691:1657836|1623174_1623357_+|BBD58567.1|DBSCAN-SWA
MSLEDRAKATAKNIEGKAQEALGNVTGDPEDKTEGKAKQAESEVRQGMEDVKDSVKRKLD
>AP018318|1598691:1657836|1626420_1627344_+|BBD58571.1|DBSCAN-SWA
MLEMVDRINDIAWQAHQGSVAAIIQLLNEKLAQSGVRTRAIFADGVLQLLCEASKIEQLEQSTVVEQIQKILESIAPRNIHRVNINSRIVREEQLLWLKEIYSDRENQLLWSQEITLAQPHVVKQLLQDFTGATTQLAQSARLKTQSSRTSVLTNRDKYRYLPKTRIPTALSLGFLLLLGWVVYAQLGDKLKILVQLETSKPVSTAKANERKPAAPVSIAKNNLGDTDEESDPFGSAVRIANQATINGKTATTSIQWLDLAAKWQRASDLMAAVPQNHTRYREAQIRTELYRKYSEAAQKEAQKSPT
>AP018318|1598691:1657836|1644884_1645202_-|BBD58590.1|DBSCAN-SWA
MNMNDIKNYRFVCTLTFGDIYGQIIVWLITITLSLASALALMGAKRPVYALATVGLIVLLSLPFLLFAFVTTLLNHIELVAIERGTKTAPIPGNVSQQQPIQATS
>AP018318|1598691:1657836|1607794_1608097_+|BBD58554.1|DBSCAN-SWA
MQLTPQEKDKLLIFTAALLAERRKERGLKLNYPEAVAYISAAILEGARDGHTVAELMSYGTTLLTRDEVMEGVPEMVHEVQVEATFPDGTKLVTVHNPIR
>AP018318|1598691:1657836|1637089_1637986_+|BBD58580.1|DBSCAN-SWA
MDQPEVIGIDIGGTAIKLGRFSQDGTCLKCLTVETPQPATPEAVLAVIVDAIAQIDPDNQTIAIGVGMPGPADASGRIAKIAINLPGWQDVPLAEWLEIKTGKTTVIANDANCAGVGEAWLGAGRNLQNFILLTLGTGVGGAIILDGKLFIGHQGAAGELGLISFNPEGPMCNSGNQGSLEQYASIIAIRRRTGKEPDQLGALAQAGDAEALAFWQEYGRDLGIGLVSLIYVLTPQAIVIGGGVSASFEFFLPAAKVEIDRRVMYTSRTGLQILPAQLGNSAGMVGAAKLAWQKIAAE
>AP018318|1598691:1657836|1656991_1657405_-|BBD58602.1|DBSCAN-SWA
MAIVLVLKHTLVLDRPEDESAKKLLRKYYLGQDKSTTKAVILNKEGELIDTLQSTPYSIGAFSLAYSAINQLPVNRLKLNGIEPNKDNFTNGKYQMVRHLGVIWQKAPTPTTQKFIDFIFSSEGHKLLQDKSFIPSN
>AP018318|1598691:1657836|1620141_1622139_-|BBD58565.1|DBSCAN-SWA
MTEFCLQAPFTPTGDQPQAIAQLVSSIQSGNRYQTLLGATGTGKTFTVAAVIEKIGKPTLVLAHNKTLAAQLCNELREFFPQNAVEYFVSYYDYYQPEAYIPVTDTYIEKTAAINDEIDMLRHSATRSLFERRDVIVVASISCIYGLGIPAEYLKAAIPLKIGMEVNQREVLRDLASVQYSRNDVEMGRGRFRVRGDVLEIGPAYEDRIIRVEFFGDEIDAIRYIDPVTGEIINSLNAVNIYPARHFVTPEERLEVACDDIAFELKQQKLELETAGKLLEAQRIDQRTRYDLEMLREVGYCNGVENYSRHLAGRQAGEPPECLIDYFPKDWLLVIDESHVTVPQIRGMYNGDQARKKVLIEHGFRLPSAADNRPLKADEFWQKVNQCIFVSATPGDWELEISENHIVEQVIRPTGVIDPEISVRPTEGQIDDLLGEIKDRVDRHERTLITTLTKRMAEDLTEYLQDHSVRVRYLHSEINSIERIEIIQDLRDGNFDVLVGVNLLREGLDLPEVSLVAILDADKEGFLRAERSLIQTIGRAARHIHGQAILYADNLTNSMIRAIEETDRRRGIQTAYNRIHGITPQPIVKKSSNAILSFLDVSRRLNATDLKVVDEHIDELPLEEIPGLIGKLEAQMKDASKKLEFEEAAKLRDRIKHLRDKLIGH
>AP018318|1598691:1657836|1639305_1639728_+|BBD58582.1|DBSCAN-SWA
MSGANVLSKRIYSGLPKLLAHCWREALAEAIGTFILVFAGTGAVMVNSISQNALTHLGISCVFGAVVAALIYALGHLSGAHFNPAVTLAFWTSGFLPKRRLLPYILAQLGGAIAASVLLENSCINIFWYDEGLFFFTLEK
>AP018318|1598691:1657836|1632046_1632574_-|BBD58575.1|DBSCAN-SWA
MLKPELQAKYLQYLNNRKKKQEEGFTLIELLVVVIIIGVLAAIALPSLLGQVNKAKQSEARNYIGTVNRSQQAYYLEYQGFATSISQLQVGIKTQSDNYSYVIIGTSTLTQFNAQPVKPALKSYYGVVGTTLGSAATSEALTVAIACESPNPTTTAPTLATSSTGCQNNFASLAR
>AP018318|1598691:1657836|1637956_1639093_-|BBD58581.1|DBSCAN-SWA
MQIFTNQSLCAKPHIAVFSSTKVGNFVVTTPLLRGLKEKYPDCTLDFFGSETTKDFEIHCPYIDWRFSLYTQRPDFLDALSQAVRERQQIAGTYDLAINCDGFSEINLVMISAIRPTYIAGVALSLDFRDKLKVENHPIHKILLDKDWNSREFLQRHQDILKSNYISEIFCRVAYIETDFYKLELPSQEPPFLVPDVLIHVTATRPAKMWSVYYWQQVINWCESQGLTIGLIGSHPQEQQTLYNAGHTEEYLLETTSIIDLRGKTSLIELAGAFRRTKVCISVDSGPLHIAAAVGCPTLAVFGNDADGDGASPIRLWASRQPHVKLTISDFKCTLCQENSFKNKECLLDNQPCMAYLSPESVINQLQGLLLSSNFLPC
>AP018318|1598691:1657836|1610767_1611490_-|BBD58558.1|DBSCAN-SWA
MKGKSLSLIGTALTLALSANVAVAQSSKSPIAQSSSTPTSSTTEIQLSPEGLKILCERFPLNSRCPNGQPLTPTSSGTTTVPETQPSGSTTTPDSTSTPGSTPDSTTVPAEPTTPGTTTAPDTTNPTNTTPAPGGTTVPDSTTPGSTTPNQITPAPDSTTPGSVTPAPDSTTPGSVTPAPDSTTPGSVTPAPDSTTPGSTTPNQITPAPNSTTPGSVTPAPDSSGVPDNSIKPGSASPSK
>AP018318|1598691:1657836|1652174_1653212_+|BBD58596.1|DBSCAN-SWA
MNLEQETKIAGIYEVCIGVPDPIFAIQYWEQFGYRIGQVGQLPAATAHQLYGVNSGLRSIRLYHQNADHGLIRLMVWQNPTNQGLGLASMKTKGNRWATTLTSDILTILNHAEEAKMAGFTVRYSIPYWEVIYNKERKSRPFIDPSVGVREMLLLQPLARQVLFQRFGYTIPHYGNINAASVLKTSQFTHIGIVVQDDSKTSLKFYEDILGLLRVRDDVETSYESSPAGRDLFDLQPGEKFIVTTFDDPRSSQTDMMAARSGRLYVIRFPEAINLESRFEAAQPGSLGMSLYTYRVQGIEEYGDRIKSSQVLNFTNIIENEFREKSFSFTAPDGYFWNLVETGFN
>AP018318|1598691:1657836|1608889_1610596_+|BBD58557.1|DBSCAN-SWA
MSYKMSRRAYAETYGPTVGDRIRLADTELFIEVEQDFTTYGDEVKFGGGKVIRDGMGQSPISNADGAVDLVITNALILDWWGVVKADIGIKDGKIFKIGKAGNPYIQDNVDIIIGPGTEALAGEGMILTAGGIDSHIHFICPQQIEVAIASGITTMIGGGTGPATGTNATTCTPGPWNIYRMLQAADAFPVNLGFLGKGNASQPQALAEQVQAGAMGLKLHEDWGTTPAAIDTCLSVADEYDVQVAIHTDTLNEAGFVEDTIAAFKNRAIHTYHTEGAGGGHAPDIIKVCGQANVLPSSTNPTRPYTLNTLDEHLDMLMVCHHLDPSIPEDVAFAESRIRRETIAAEDILHDLGAFSMISSDSQAMGRVGEVIIRTWQTAHKMKVQRGSLEGDSQADNLRAKRYVAKYTINPAITHGIADFVGSVEAGKLADLCLWRPAFFGVKPEIVIKGGMIAWAQMGDANASIPTPQPVHTQPMFGSFAGARHATSLTFVSQAALEREIPSQLQLQKPAVAVTGTRQLSKGDLKLNDALPQIEVDPETYEVRADGELLTCEPATVLPMAQRYFLF
>AP018318|1598691:1657836|1608453_1608831_-|BBD58556.1|DBSCAN-SWA
MDENDLSGMIIGCGMRVHTALGPGLLESAYEECLHYELKQQGFRVGRQVPLPLVYKEVELDCVYRLDLIVENKVVIEIKSVEAIKPIHSVQLLTYLKLTHCKLGLLLNFNVLHLKEGIKRVANKL
>AP018318|1598691:1657836|1600955_1601549_-|BBD58548.1|protease|DBSCAN-SWA
MPIGVPKVPYRMPGGQYTDWISIYDRLYRERIIFLGRDVDDEIANQIIAVMLYLDSEDPGKDIYLYINSPGGMVTSGLAIYDTMQHIKSDVVTICVGLAASMGSFLLTAGTKGKRLALPHSRIMIHQPSGGTRGQATDIEIEAREILRIRHQLNNIYAQNTGQTLAKIEKDMDRDFFMSAQEAKEYGLIDRVIEERI
>AP018318|1598691:1657836|1606899_1607772_+|BBD58553.1|DBSCAN-SWA
MIDNLQTAVAWHGKLNLVYADHLNSTQLIYNHHQAPLKVQRPFYPEGEKVCHSVILHTAGGVVGGDRLSSHFHLQPNAQALITTAAASKIYRSNGLQARQTIDIQIDAGACLELLPQETILFNGADYRQDLRVELATGASFLGWEITRCGRSARGEKFLQGKWRSHTEIWQQGVPLWIDRQFLPGSAEIFHSPHGLFGQPIVGSLIWISQPVSAEIVAKVRSSFTLHSLTQDSGLRTQHSIGVTQLEHGLLCRYRGASTSEVRNWFTAVWQILRTSFLSRNICIPRVWQI
>AP018318|1598691:1657836|1624180_1624702_+|BBD58569.1|DBSCAN-SWA
MSTSEEYRRQVMQDLAQGDVESLNDPSTDAATQYDNFDDFAQRTTTDQRRQLFGRSVNPQQIPSSQMEPELQKAIAQIKPNERDDVARAFFKHLKGRGLDDRHLEQQLGLSTHHPNRMSADDVSKLASFAYHNHPDVFREVLAEQPGIIKFLSNPVVAAIVGIAAAKWLGSHK
>AP018318|1598691:1657836|1634382_1635279_+|BBD58577.1|DBSCAN-SWA
MTITKRQLPTFLRFAKSSNLSQKLMIIGLAITLFFIFLAFFAPVLQAWGWLQNPKDFLANPIQEAPSAKHWFGTSRLGHDVFSRTLFGAQAALQVVILATALSMIIGVPLGMLSGYLGGRLDKLLLFLMDSIYTLPGLLLSVTLAFVVGRGIFNAAIAISIAYIPQYYRVVRNHTVSVKTEVFIEAAQAMGASTWIVLSRYLFFNVIQSVPVLFTLNAADAILVLGGLGFLGLGLPEEVPEWGHDLKQALEALPTGVWWTTLFPGLAMTFMVVGLSLLGEGLNEFVNPRLRGENGIRK
>AP018318|1598691:1657836|1642794_1642971_+|BBD58588.1|DBSCAN-SWA
MSDQELKRYLLNHREYQEAFYVYMDRRKARHRDTAIELDDPAWEEKIIALIHKQLGSS
>AP018318|1598691:1657836|1649772_1652001_+|BBD58595.1|DBSCAN-SWA
MISGILQYLRTALTQNQDYRDTLTKIHWWRMVVVTSVGVTTLVWGMRELKWLQPWELKAYDQMLRSRPSESPDPRLLLVKITEEDLAQVKWPLSDAIINQLLTKLESDQPRVIGLNLYRQNQTNLAAGITNKNNIITTCLLSSKDRSEIPPPPNFPGDNISYNDLIPDNQEDQIVRRSLLFAEPSNNSKCATQFSFAALIAISYLEKQGINVDFTEKHNFHLGKITFSTLTPNSGGYIGLDAAGYQILLNYRHPHRLTQEVTLSQVLNGQVNPNWIKDKLVIIGTTAASVHPGVYTPYSASPDHPARTSTVFIHAQIASQILSTVLDGRPLIWYWPDWLEVTWVLAWSLLGSLLGWRLRHPVMLLVVGCLTLAGLVAICVGLFLLAGWIPLIPPAIAFLFSSVGMLVYSTYRTQQQTKLIIQQVEQQQEAIAQLSILLKETTAATEATKIRDQHIHSASIIYQPEKRTGDLLLGGRYHISRVLGAGGFGRTYLAQDTQRPGNPTCVVKQLMPARRDTKFLEVARRLFNTEAEILEALGKHPQIPALLAYFEDQQEFYLVEEYIPGHTLHEELAPVHGAKNETFVIEMLKSVLEVLAFVHEHRVIHRDIKPHNIIRSNQDNRLVLIDFGAVKLMHPPTSEQTELATVAIGTRGYAPPEQFAGHPRLSSDIYALGMMGIQAMTGILPQELQPDPETGNVMWQHTVQVSAELGMILDKMVRYHFSDRYQSAAAVLQDLNQISDKK
>AP018318|1598691:1657836|1654986_1656975_-|BBD58601.1|DBSCAN-SWA
MRRKFRLRFNLSQKIVFSSLAIFLSIFILCLSIIGHWFTDSLEQNIRQEVASFAERVYQDFQHEQEDLETQVNLIAGRETITLAIEQKDKQKLLQDLLPIRTTLNLDWIKVVNTNGNTLLDTRKSSLVTSKLLDKSITNIAKSGGSFIDFIDVEDSLQILQVVIHPIKSSIKIVGGIIMGNLVDESFLKQIAVGSSKDIVTTKKDTIIASTLSDIKETKWQPPSPNSSTIKTSIQQQAYFAKSIVFKGASQSLITTILYPILQLEKTQSSLWLRLYLLFLLGGTIVTFIGYLIGNKITRPLQAVTQIAKKVTKDANFDLQAPVTTEDEVGVLAISLNQLIQQVKQLLTEQYQAKAKLEAYNQNLEQKIKERTKEVEQKNLDLKNTLNELKQTQSQLIQTEKMSSLGQLVAGVAHEINNPVTFIYGNVEYAENYVKDILQLIQLYQKYYPNPDSNIQDVMKEVEIEYIIQDLPKILTSMKVGAERIHQIVLSLRIFSRLDEAEFKTANVHDGIDSTLLILKHRLKAQTHRPEIQVIKEYCEMPHIKCFAGQLNQVFMNILANAIDALDEAWEKKLCQQPIIRISSECENENICIHIADNGTGIPQKVQSRLFDPFFTTKPIGKGTGLGLSISYQIVTEKHRGSLQCISLPDRGTEFVITIPIR
>AP018318|1598691:1657836|1635303_1635579_+|BBD58578.1|DBSCAN-SWA
MDKVNILDYGLLTFDQISNLYREICVKDNLSLIAAAAGGFMLSMALTGILRGTPVMVLQGQSQANNYPVVNLQVASVRSDEKVDYNLEEHK
>AP018318|1598691:1657836|1599648_1600068_+|BBD58546.1|DBSCAN-SWA
MSDKHQGKGNCLCGAVKIFVSTVNKNIGGCHCQICRRWGGGPLLVVECGSDVSFEGQENIAVFGSSQWLERGFCNQCGTHLFCRLKETSEYFIPVGIFEQPKDFIFDHQIFIDEKPAYYDFTNETNNMTGEEFFAQFRP
>AP018318|1598691:1657836|1602685_1603942_+|BBD58550.1|DBSCAN-SWA
MKVNLQPTLNDVNVDANQTSSQRQLSVSVSAIADTQDRNLPINLCLILDHSGSMNGRPLETVKKAANLLVDRLKPSDRLSVVVFDHRATVLIPNQSVEDPEQIKKQINRLSADGGTAIDEGLRLAIEELAKGKKDRISQAFLLTDGENEHGDNNRCFKFAQLAAGYNLTLNTLGFGDNWNQDVLERIADAGLGTLSYIQKPDQAINEFGRLFSRLQTVGLTNAYLLFSLMPNVRLAELKPVAQVYPDTIELPLQQEADGRFAIRLGDLMKDVERVILANIYLGQLPEGKQAIANVQIRYDDPAQNQTGLFTTNLPVYGNVTRAYQPNINPQVQQSILALAKYRQTQLAEAKLQQGDRAGAATMLQTAAKTALQMGDTGAATVLQTSATQLQSGGDLSESDRKKTRIVSKTVLQDIPPQ
>AP018318|1598691:1657836|1648127_1649141_-|BBD58593.1|DBSCAN-SWA
MKRRTFITTCGLTTLAAQLPLVQAQGKLSPSTILKPPRLQPGDTVGLVSPAGVIDAEDLANAQRSLTQLGLKIKLGNHLLDRYGYLAGTDVNRAQDVNMMFADNSVTAILTMRGGWGCNRILPLLNYAQIRSHPKIIMGFSDITALVLAIYARSRVITFHGANATSTWNDFTTNYAKRILFDGEAVTMQNLQTEDVQFETISSGKATGKLIGGNLSVLAAMVGSPYLPAWYKSILFVEDVREDVYRIDRMLTQLKNAGILNQISGFIFGRCTDCSLGDEPSFKLTQVLRDHIIPLKIPAWYGSMIGHIKDKFTLPIGLNVEIDADAGTIKMLESAVS
>AP018318|1598691:1657836|1640189_1640363_-|BBD58583.1|transposase|DBSCAN-SWA
MPSQEDLVVMDVTESPIERPKRGQKKFFSGKTGEHTLKTQLVIHQKNSQIICIGHGK
>AP018318|1598691:1657836|1600074_1600758_-|BBD58547.1|DBSCAN-SWA
MDLGDCYRLLGLRSGASFAEIKTSYRRLAQQYHPDINPDDKKAKDKFIALTEAYRLLLTVVPPEETVEQPSSQSFTPRREEPKATPKTTVVTETFVSRREEPKATRQETAPKTTVTTEKPQSPPANIGEIEQRLKWKTYEQLQRFLKAKRFPQAIALAEALADRLPKDAEVRQWLAIAYQIWGRALINDNQVLKARIYLKKALKTDPHNKALWNEVQRDFQKIEEAF
>AP018318|1598691:1657836|1653803_1654163_+|BBD58598.1|transposase|DBSCAN-SWA
MQCPYCESTEIRKNGKRRGKQNHICTNCDRQFIDVYDPPKGYSEELKQECLKMYLNGMGFRGIERVKGVHHTTIISWVKQRGEKLPDVPQEDAVPEVGELDELETFIGSKKTKSGCGQQ
>AP018318|1598691:1657836|1612045_1612510_+|BBD58559.1|DBSCAN-SWA
MVEPLTAAVIVSLFFSEAIKESGQALGKGAADTFAKLVDTIREKFQANSIDGILTQAQNQPTDTNKTILQSVLQTQMDADAEFANKLRELVEQLKSQDATIRQVVLSDIEITEGLTVKDLTQTVAGDGSVEQVNVKGAKAANIDVSNLNQDVKR
>AP018318|1598691:1657836|1657395_1657836_-|BBD58603.1|transposase|DBSCAN-SWA
MGRSKGGFSTKIHLRCDGNGKPITFLLTVGERHEAVVFEQLMAQGAVKRPGVGRPRLRPKRLVGDKGYSSGNIRRYLQRRGIRLTIPRRSNERRRGKFDKSIYRQRNRVERCFNRLKQFRRIATRYEKKADNYLAMLTLASIILWL
>AP018318|1598691:1657836|1629548_1631789_-|BBD58574.1|DBSCAN-SWA
MIALNTSPSLHQRANEYFLNENYIQAANLYEQAISANPEIKSNYWHLGLIFLLQEQEVEAQTTWFMAMMEGEAEQVNVWNAELLEILETEAERQEKLEKYDVCEKIRQNIRQIDPDNIHNLLHLIHLYIKLETYTEETLSELNIFEIINATTKTDINLEILGKTIGSVLHYTQLYPSTIEFFEACSLHFTENPQALMNIFIAAAVDIAYSRQQPKIAVQLCEIYLRLDKNSPGVLGHLASFYQNSADYELGIETAKTFYSLVERLPEKIFANRQILRGLMSAGGQWQESYSVNQRQQDLLAELIAANPQDLTPMDVSILLNSNYFAFYIEDNIAKNRSVQKKILQICQENHNIYAQAQVEKYAQGHLERKKQRISQKKLKIGYISHCFKSHSVGWLARWLLQYHDRDKFDINGYFVNSDNVSDILHQWYINQMDKVFKSYNVWSLAEEIYQDEIDILIDLDSITLDITCEVMTFKPAPVQVTWLGWDASGSPSIDYFIADPYVLSESAQEHYQEKIWRLPQTYIAVDGFEVNVPKVRRDELDIPGDAVVYFSGQRGFKRHPDITRLQLKIIKEVPNSYFLIKGLADEESTQKFFAQIAAEEEVDYARLRFLPDAPTEGVHRANLDIADIVLDTYPYNGATTTLETLWMCIPMVTRVGEQFAARNSYTMMMNAGISEGIAWTDEEYVEWGIRLGKDAALRQQIAWKLRQSRKTSPLWNGKQFAREIEKAYEQMWQNYTTTCVTTEQV
>AP018318|1598691:1657836|1640453_1640687_-|BBD58584.1|DBSCAN-SWA
MKIEKAKQLTARKFKRMTGVSRKTFDFMVDVVKADEKKKKKSGRRPKLIIEDQILMVIQYWREYRTYYHIGLDWGLS
>AP018318|1598691:1657836|1622387_1622849_+|BBD58566.1|DBSCAN-SWA
MSISSTGKAASPRQRRAKLKGETMVEVENNQGQAVDNDNNTQNTDKSETPGTLAIAGIRPIASSDLQVAETVSIAGLRPISASNLEIVGTIDVMGIRPIGANHIQVFDSINLSGMRPISSSALVISNSYSVMGNRPVASNIIDDSEILMGFID
>AP018318|1598691:1657836|1615437_1615812_+|BBD58561.1|DBSCAN-SWA
MTNPDTTRRLRPQVISQDVDSLHGLQTIGTYETSRADAKVANLQQAYQAMLTTQQVETEKLTMYRAAADAARLAEWEFHNAVIAMKEVVRGQYGSDSDQAQAVGLKKKSDRKRPGRKKLAALTN
>AP018318|1598691:1657836|1654147_1654489_+|BBD58599.1|transposase|DBSCAN-SWA
MWTAVNHFTQGILAWVLGDHSAETFEPLWEIVKQWESYFYVTDGWKVYPSFIPDGDQIVSKTYMTRVENENTRLRHYLARLHRKTLCYSKSEQMLRHSIKLLLHYLKYQIVPI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD58545.1|1598691_1599570_+|tRNA	tRNA pseudouridine synthase B	NA	NA	NA	NA
BBD58546.1|1599648_1600068_+	glutathione-dependent formaldehyde-activating GFA	NA	NA	NA	NA
BBD58547.1|1600074_1600758_-	heat shock protein DnaJ domain-containing protein	NA	NA	NA	NA
BBD58548.1|1600955_1601549_-|protease	ATP-dependent Clp protease proteolytic subunit	A0A223W000	Agrobacterium_phage	4.4e-46	53.4
BBD58549.1|1601651_1602314_-|protease	ATP-dependent Clp protease-like protein	G3M9Z8	Bacillus_virus	1.1e-21	37.2
BBD58550.1|1602685_1603942_+	von Willebrand factor type A	NA	NA	NA	NA
BBD58551.1|1603938_1605222_+	von Willebrand factor type A	NA	NA	NA	NA
BBD58552.1|1605574_1606447_+	YVTN beta-propeller repeat-containing protein	NA	NA	NA	NA
BBD58553.1|1606899_1607772_+	urease accessory protein D	NA	NA	NA	NA
BBD58554.1|1607794_1608097_+	urease, gamma subunit UreA	NA	NA	NA	NA
BBD58555.1|1608107_1608413_+	urease, beta subunit UreB	NA	NA	NA	NA
BBD58556.1|1608453_1608831_-	hypothetical protein	NA	NA	NA	NA
BBD58557.1|1608889_1610596_+	urease alpha subunit	NA	NA	NA	NA
BBD58558.1|1610767_1611490_-	hypothetical protein	NA	NA	NA	NA
BBD58559.1|1612045_1612510_+	Fis family transcriptional regulator	NA	NA	NA	NA
BBD58560.1|1612609_1614964_+	NB-ARC domain-containing protein	NA	NA	NA	NA
BBD58561.1|1615437_1615812_+	hypothetical protein	NA	NA	NA	NA
BBD58562.1|1615840_1615999_+	hypothetical protein	NA	NA	NA	NA
BBD58563.1|1616073_1618344_+	FHA modulated glycosyl transferase/transpeptidase	NA	NA	NA	NA
BBD58564.1|1618941_1620021_+	6-phosphofructokinase	H8ZJH0	Ostreococcus_tauri_virus	6.0e-09	28.0
BBD58565.1|1620141_1622139_-	excinuclease ABC subunit B	NA	NA	NA	NA
BBD58566.1|1622387_1622849_+	hypothetical protein	NA	NA	NA	NA
BBD58567.1|1623174_1623357_+	hypothetical protein	NA	NA	NA	NA
BBD58568.1|1623658_1624099_+	hypothetical protein	NA	NA	NA	NA
BBD58569.1|1624180_1624702_+	hypothetical protein	NA	NA	NA	NA
BBD58570.1|1625183_1625576_+	hypothetical protein	NA	NA	NA	NA
BBD58571.1|1626420_1627344_+	hypothetical protein	NA	NA	NA	NA
BBD58572.1|1628079_1628211_+	hypothetical protein	NA	NA	NA	NA
BBD58573.1|1628473_1629415_+	glycosyl transferase family 8	A0A2P0VP84	Tetraselmis_virus	4.0e-09	23.3
BBD58574.1|1629548_1631789_-	TPR repeat protein	NA	NA	NA	NA
BBD58575.1|1632046_1632574_-	general secretion pathway protein H	NA	NA	NA	NA
BBD58576.1|1632870_1634259_+	thioredoxin reductase	A0A2I2L5E1	Orpheovirus	1.9e-76	49.8
BBD58577.1|1634382_1635279_+	binding-protein-dependent transport systems inner membrane component	NA	NA	NA	NA
BBD58578.1|1635303_1635579_+	hypothetical protein	NA	NA	NA	NA
BBD58579.1|1635595_1637041_+	TPR repeat-containing protein	D6PFH9	uncultured_phage	7.3e-10	22.3
BBD58580.1|1637089_1637986_+	ROK family protein	NA	NA	NA	NA
BBD58581.1|1637956_1639093_-	heptosyltransferase family protein	NA	NA	NA	NA
BBD58582.1|1639305_1639728_+	putative channel protein	NA	NA	NA	NA
BBD58583.1|1640189_1640363_-|transposase	transposase	NA	NA	NA	NA
BBD58584.1|1640453_1640687_-	hypothetical protein	NA	NA	NA	NA
BBD58585.1|1640862_1641135_+	putative channel protein	NA	NA	NA	NA
BBD58586.1|1641165_1641618_-	hypothetical protein	NA	NA	NA	NA
BBD58587.1|1641836_1642427_+	hypothetical protein	NA	NA	NA	NA
BBD58588.1|1642794_1642971_+	hypothetical protein	NA	NA	NA	NA
BBD58589.1|1643023_1644751_-	succinate dehydrogenase flavoprotein	NA	NA	NA	NA
BBD58590.1|1644884_1645202_-	hypothetical protein	NA	NA	NA	NA
BBD58591.1|1645665_1646508_-	ABC-3 protein	NA	NA	NA	NA
BBD58592.1|1646799_1648131_+	hypothetical protein	NA	NA	NA	NA
BBD58593.1|1648127_1649141_-	peptidase U61 LD-carboxypeptidase A	NA	NA	NA	NA
BBD58594.1|1649214_1649601_-	steroid delta-5-3-ketosteroid isomerase	NA	NA	NA	NA
BBD58595.1|1649772_1652001_+	serine/threonine protein kinase with Chase2 sensor	V5NXA4	Chelonid_alphaherpesvirus	1.4e-07	26.9
BBD58596.1|1652174_1653212_+	hypothetical protein	NA	NA	NA	NA
BBD58597.1|1653319_1653757_-	type 11 methyltransferase	NA	NA	NA	NA
BBD58598.1|1653803_1654163_+|transposase	IS1 transposase	NA	NA	NA	NA
BBD58599.1|1654147_1654489_+|transposase	IS1 transposase	NA	NA	NA	NA
BBD58600.1|1654503_1654851_-	hypothetical protein	NA	NA	NA	NA
BBD58601.1|1654986_1656975_-	periplasmic sensor signal transduction histidine kinase	NA	NA	NA	NA
BBD58602.1|1656991_1657405_-	phosphate ABC transporter periplasmic phosphate-binding protein	NA	NA	NA	NA
BBD58603.1|1657395_1657836_-|transposase	ISSoc13, transposase orfB	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>AP018318|2706463:2714402|DBSCAN-SWA
TATGACTAGTCCCAATTTATTAGCCCCATACCTAAAGATTACGTTAGGGGCGATCGGTAACTTGGCTGCTGAAACCTTTACTATTGGTGATGGTAAGCTAGTCTCTGCATCCATCCAGCTTGGTGAGGGTACATTACAAAGCAATTGCAGCTTCGCTGTGCGTGACCACAGTAGAACCTTACTAGATAAGTTTCTTGCTTATATTGAATCTATTGATGGGTTAAGCGAACTCAATGATCCTACGCCAATAGCAAGTGACCTTACACAGACAGTTAATACAAACCCTGAGAGTCACGTTGGCAGTCCCGAACTAGAATCGCAACCTGGTCAGGTGATTTATGATAATGTGCAAGCCAGCACCTATGGTTACGGAGAATCAACCCAAGGCGGGCAAATAGGGGCTTATGGCGACCGCATACAGTGGAGTGGGTTGTTTGCCGCTATGGCTGACACCAGGTACAAGTACGCATCAATGCGCGTCACCAACCTCACCAACAATAAGTCTATCGTGGTAAAGATTGTTGACCGTGGCCCGTTTGCCGTAGTTAATGGCAGGGCAGCAAGACCGCTTAGGGAACACCCTACACGCAAGATAGACCTTGTGCCTGGGGCATGGAGTGCCTTAACTAATGGCGCATCTCCCGGCATTGTTAATGTAAAGATTGAGTGGTTACAGCCCGGTACAGCCGCGCCTAGTACCCTGCCAGCAACACAACAGCAGAAAGACGCAGCTATATCCACAGAACAGCAAAAGGAAAAAGCCACCAGCCCCCAGACTGTTACTTCCACTGTTTCTGCCACCACTTCCCCTCAAAAAATAGCAAGCAACCCCGCCATTACCCTAGTTGGCTCTCAGATAACCATAGAAGCAGGGTACAACGGTGAATCAATCGCCGCGTGGTCATTTATTCATACAGGTTTAAGATATTCACTGTTTGATCCAGACTTACTTGAGTTTAGCGGGCAAGCAGCTACCTGGGTGATGACACAGCGCCTAAAGAACACTGTATACCAAAAACTTACCCTCAAGAAGCTTGCTACGAAGATTACAGCATCCTACGGCATGTCTTTAGAGATGTCTGAGGATGGCCCATACTATGAATACTTCCCGCAGCGCGGACAGAATGACTATGAGTTCCTGCTGGCGGAGGCGCGGCGCATTGGTTATCGTGTCTACACCAAAGGACGCAAGTTAATCATTGAGCCTAGAAGCAAGATATCAACACCAGATATTTTTGTGCTTGAGTATGGCGTGAATATGGGTTTAAGCTTTGAAATTACCCATGAGGCACAGTCTGATACCAAAGGTGGCGCCCGCAACTCAGACCCCGGCAACAGGACATCCACAGGTGTTGTTAAGTTTGAAATCGACCCTGATACAGGTAAGGTAAATCAAACCAAGAAAGAGTCTAGTGACGGTCTAGGGGCTGACACAACAGCCATTATCTCCGGCAATACACTGCCGACCCCTAAGCCACGCACAAATGGCACTACATCCAATGTAGACAGTGAGCGCAAAGAGAATGAGAAGCGCATTAAAGGCATAAAAGCAACTGCCAGCTTCCCTACAACCCCAGAGGCATTGCTAATTACACCCGATACCCCATTGCAAACTAAGAACGTCTCAGTTACTGCCGATCGCTACTGGGTGGTTGACTCAGTGGAACTTACATATAAGGAAGGCGGATTCACCACTAACCTGAATCTCTATTCACCTCTACGTAACAAGTATCCCAGTGGGGATATAAACACACCCTCTACCACAGCGCCACCAGCCCAGACACCCGCAGTACCGTTTGATGCCAATGCACCTAAGTTTATTAGACCCACTACCGGGCCAATAACTTCACTACACCGCACCGAGAACCCTAAACGTCCCAACCACAGAGGAATTGATTATGGGGTGTCAGTTGGAACATCTGTAGTAGCAGCAGCTAGTGGTACTGTATCGAATGTTGTTACGGGCTGTAGGGTGGGTGATACTGCCTGTGGAGGTGGTTACGGTAACGTTGTATATGTTGATCATGGGGGCGGCTGGCAAACGCGGTACGCCCACCTAAGTTCTGTCTCGGTTAGTAACGGGCAATCAGTGAAGCAGGGGCAGGTAGTAGGGTTATCCGGCAACTCAGGACACTCAACAGGGCCACACCTCCACATGGAGATACGCAAGGACGGACAGGATTTAAACCCCAGAAAGTACATTCCAAACTAATGAACGCAATATTTGAGATATTAGCTAGAAGTGAGCGTGCCTCCCAGCTTGCCCTCGACCAGCAAGGACGCTCCCCCTACCCGACGCTCGGCATAGTTACGCAGAATCAAGACCCAGACAACAGGCGTAGGATTAAGGTTGCCTTACCCCACAACCCACAGGTGCAGTCAGACTGGATACGCCGCCTTACACCATTCCCGCAGTTTGACCCTCCCCTGCCTCAGATTGGACAGACAGTATTAGTCTTCTACGCAGACGGGCTAGAAACGAACGGATACTACCTGCAACTGGTTAATGACACTAACCCTGTACTAGACAAGGAAAGTGCCTTAAATGATCACCACACGGCTCTTCCTGGACATAGGAAGGTAGAAGTAGCAGGAGATGACATAACGGCTGTTGAGGGTGATTCTACCCTGGTGGCTGAGAATGTCTCAATAGCTGCTGGTACTGACTTTAACTTAGATGCAGACCGAGACATATTGATGGAGGGGCAGAGGGACTTAAAACTTCTAGCTGCACGCTACCTGAGAATACAAGTCTCACCCACCAACTATATCGAACTGAGTTTTGACGGCACAAATCGTGTCGGCGGTGCTTGGACGATTAACTTGTCTGGGTCGTCTATAAACTTCATAAATGCTGGGAGCAGCGCCATAACCATAAATGGTAAAGCTGTTGCGGTTGTTGGGGCAAATGTCAGCGGTGGTTCAACTGTTGTGACCAGTGGATATTAAGAACAATTTATATAGGAAAAAAATATGAACTCTGAAGACTTGGGCAAAGAACTTTACTGCATTCACGCCAGCCTGCGCTCCGGCTGTGCCAAAGAGGTGCATGAAGATGCCTGGCAATACCTTAATCCCTATGAGCAGCAGTTGTGGATCAACACTGCCAAAGAGATGAAAAACCTCCTGACTCCTGCAAAGAGCAAGAAGGCAGCCCCCGCTACTGAGGATTAAAAGCCCCAGCCCCGCTTGTTTATTTCCCACCTTTATAGGTACTCATATGAAAGGAATTACCTTTCCGCTTGCGGTTGACCCCGCACGCAAGACCCTGGTAACTGCTTCAGATGCAGAACTATACCGGGGTCACATATTGTCATGGTTATTAACCCAGCCCTACGAACGGGTAATGCGTCCCGATTATGGCTTAAAAGATTATTTATTCACTGCTATTCCCGATTTAGATGTAATTACCTCAGAGATGCAGCTTGGCTTAACCGAGTATATTCCTGAGTGCCAATTCACGCTGCAAGGCACAATCAACGACCTAGGTGAGACTGTAATCACTGTCTTTTGGAGTTACCTGGGTGAAGACCAAACGACACTTAATGTAACGCTCTAATATGACTGATATATCAACAACTCTAAACTCGATCATCTTAGACGATCGTGATGAGGAAACCATCGTCCAACAAGCCCAGTTGCGTGTATTTAACGCCTCTAGTGGGCAGTTAGATGATTTTACAGAGAATAGCCCGGTCGCGGCGTTAATCCAGGGTCAAGCTTTTGCAGCCAGCGAACTACTATATAAGGTTAACAAGTTACCGATCGCTGTAATTATAGATTTTCTAAAAGTAATTGGTGTAGAGCGTAGGCTCGGCACTAAAGCTACTACCACTCTTACATTCACCCTTACAGCACCACTAAGCAACACCTTTATAATTCCAGAAGGTTTTGAAGTTATTGACGTTAGTGGCAACTTATCATTCCTGACTAATACTGCATTAAGCATCCCTCCTGGCTTAGTCTCTGGTAGTGTAACGGCAACCGCAGAGGCAAACGGTGCAGCATATAATCTTGCAGCCTATACCTTAACTGGTATTCCCAATCCGCTGACCTTTCTCGCCTCAGTTACCAATATTGATGGCAGCAACGGGGGCAGCGATGCTGAGACAGATGAAGAGGTAATTAGCAGAGGCATCACTGAACTGCGTGTGCGCTCACCTATCAGTGCAGCAGATTTTGAATTTATTGCTGAGCGGGAGCTAGGGTTTGGGTCACGTTGCATTGCCATTGGGTTGCTTGGTGCTAATAGATTTACGAGACAATTGGGTGCAGTGCATTTGTTTTTGTTAAATGCCGATGGTACGCCCGCTAACTCAGCACAATTAATCAAGGTGCAGGAGGCATTTGCAAGTCGAGTGTCGCTAGGTAGTTCGCTGTATGTAAGTCCCATTGAATTGCTAAATATCTCAGGAGATTTGGTTGCGCGGTTGGCACCTGGACGCGAGCCAGAAGAAACAGCAGATGAGCTATGGGAAGCTTTCAATACTTACCTTGACCCTACGCAGTACCCAGTTGGTCAAGACATCATATTAAATGAAGTTGAGTATGCCTTGCGCGCTACAGGGGCAATCAAGGACATTCAAACGTTAAACCTCAATGGGCAACCCCTAAACATTCCATTACCTAATCAATACACCCTACCAACTGCCTTCTCATTAAATATGAGTCTGGTTAATGAGGAAGGAATTATTTATGAGGTACTGCGCGGTGCAGGGGAGCCAGAGTAATGCACACCAAAGAAGCCTGGGCAAGCGGGCGACCAATATTTAGCCGTTTGCCTGATGTCTACCAAGACAATCCTGTAACTGATTGGCTAACAATATATTTTGATGAGTTACTGGTAGGCACAAAACAAACTGTTGATGACCTATCGAACCAATTCAATCCCTTAACCTGCGAAACGCGGTGGCTAGACTACATTGCGCCTTTATTTGGATTCTCTGGTGCTTATTGGGATAGAGGATGGGCTGAAGCAAGCAAGCGGGCTTTACTCTCCGGGGCATACACCACAATCTGGAAGAATCGAGGTACGCGTGCATCCCTTAGCTACGTCCTTACGTCACTAAACATTGAACATAGCATTTGGGAAGGGTCTACATTCATCCTAGGCACCAGCCAATTAAGCATAGGTACATTAGGCTCCGGCGCTTGGAAGTACAAAATCCTATTACCCCGCCGCTATTCGTTCGGTGGGTATGAATTTAAGCTTACCCAGAAGATTGATAGGCTTTTTGGCAATCTTTGGTGTGAAAGCGAAGTAATTTACTACGATCAACTAGACAACTCATGACAACCTTAACAGGTACATTTGAAAACGGTAGCGTAGCAGTGCCTGGCAAACTTGTGCTGACTTTAGCTAATGGCACAGTTAAAGATACCGCACCTAAGAAAATTTTCCTGCCGAAACCTATTGAAATTCTCTGTCCTTCTGGGGCTATTCCTGGCTCCACAAACATTGAAGAGACAGAGACAAAGAATACTAGTTATTACCTAGAATATTTCCCAAGAATTAGCACCTCACCAGATGTATTCAGCGACGAGCAGTTAAGTCCATTCCCTTTCTACACAGTCATTCCAAACCTAGCATCTGTTGATATTGCCGATCTAGTACCTACCGGGTATGTGAGTGATGTACTCTCTACTGGTGCAGTACGGATTGCGCGAGTAATAGCAAGTGACCCAGCACTGGCAGCAAGTATTGGGGGCATTACACCGAAAGGAGCCTACAATATCTCCACTAGTTACAAGCGTGGCGATGTAGTTTCTTATCTTAATAGATTCTTCCTTGCATCTGAGGTAGTACCATTCTCCGGTATTGTACCCACGAATACTGCATACTGGATGGAAATACCCGTAGCGCCAACTGGTAGTATCGCCTTGGGCGACTCTACTGTATATGGTGCATCGTGGAATAATTCTGGCTTGGCGCCAACCCAGGATGCAGTCTACGACATTCTGCAATCAGTACAGGGCACCATCACCCTCAAGGCAAATACCACAGATGCAGTGCTGGCTGGTAACCCTACTACCCCAACGCAAGCTACATCCGACAACAGCACGAGAATTGCATCCACTGCTTATGTTAAAAGTAACCTAAGTTCCTACGCCCCTATAGCATCCCCAGCACTTACAGGCACTCCCACAGCACCTACACCAACAGCAGGAAATAACACTACACAGATATCTACAACGGCTTTTATACAGAGTGCCTTAAGCTCATATGCACCCCTTTCTAGTCCCACATTCACTGGAGATCCTAAAGCACCTACACCTGTATGGGGCGATAGCGATACCTCAATATCCACTACAGCATTCGTAAGGAATTACTTTACTCCTGTTGCACAAGTTGAAAAAACCACCAGCCAAAATACAGGAAATAATAATTTCTCTACTGTAGATGGTGGATCAGTCATAACGTTCAATTCAACCATTATTGACACAGATTCTACTATTTCTGGGAATAGTATTATTCTCCCTTCGGGTAGGGGTGGGTTTTACGGAATATTCATGAACCTAACTATTGGTACTACTTCAAGTGCCTCAGCCACACACAAGCACGCGTGTTACTTGAGAATTAATAGATCTGGGGTTGATAGCTTTATTCAAGTATTTGTAAACATAGTAACCGCTGCCACAGGTGTAACTGAAACTTTTTCTCCTACATTATTCAGAAATTTATTAGCTGGCGATACCTTAACCTTGCTGAGCAATTCAGGTACGTCTGCTAGTTTCTCTGCCCATACTGTGGGCTCTGGCTCTTCATTCTCAATTATTAGGCTTTATTAGAAACATTTATGACCCGCCCAATATATCAAAACGGCGATGTACTTACCGCCGAAGCTGTTAATGCTATCGGGTACCCAATCCCAGATGGACAGGACTTCATCGGGCGAGGGCCAAAGGTAGTAGATAGTTTCCTAGATGACTCCCCAGACCAAATAAAGGGTAGATTTTACAACTTCTACGACAGATTAAAAGTCAGTCACCAATCGGGACTGACTTTTGCTTATTTAAGTGGATTGGTACTGCTTTCTAGTGGTTCTATAGTTACAATTTCAGCCAGCACTATTAATGTTCCTAACAACGCTACCAGCTATATATATGTAAGTAGCGCGGGGGCAGTAGCTACTGCACCATCATTACCTAATGAGTCATTTCCGCTGGCACTAGTAACTACAGCAAGCGGTACACTAAGTGGCGCAGTAGCTGACCTGCGAGACAAGCTCGTAGACAGAGTACAACCATCCACTGTACCTTCCTCAATCCAAACAGGTATGGGCATGGAATGGTGGGGTTCTACCTTACCTTCAGGCGGTTGGTTATGGCAAGACGGCACTGAATATGACATTGCAACCTATCCAGCACTAGATGCTGTCTTGGGTGCAGCATTCCGCACTACTGCTGGTAAGTTTCGAGTGCCGGACAGACGAGGGCGTGTTGGAGTTGGTGCTGGTACTGGCACAGGTTTGACCGCACGGACGGTTGGACAATTAATTGGTGCTGAGAACCATCAGCTAAACGTAACTGAGATGCCTGTGCATGGGCATAGCACAACCGAATCTCCTCACACCCACGGCACTAGCCAGACTCCACATACCCACACATTTATAGAAGCAGCACACACTCACCCGTTGCTGGTTTGGGATGGTACAGATGGTAATGCCTCTGGTGGATTTGCAGATGAGCGTGTAGATAGCTTTATTAGCAATGCAGCTATAGCAGGGGAAGTGGCGGCTACAAGAAGTTACCGCGCAAATAATGGTGCTGGTGTGCCAATCATACAGAATATAAGCACTGGATCGAGCATTGCCCAAGGTAATGCCAATATTTCCCTGAGTGCTACATCTACTGGAATCACTGTTAATAGCCAAGGCGGGGGCGCGGCACACAACAATATGCAGCCAAGCGTTGTTTGCAATTACATAATCAAAATCTAA

Protein sequences of DBSCAN-SWA_3

>AP018318|2706463:2714402|2708673_2709411_+|BBD59508.1|DBSCAN-SWA
MNAIFEILARSERASQLALDQQGRSPYPTLGIVTQNQDPDNRRRIKVALPHNPQVQSDWIRRLTPFPQFDPPLPQIGQTVLVFYADGLETNGYYLQLVNDTNPVLDKESALNDHHTALPGHRKVEVAGDDITAVEGDSTLVAENVSIAAGTDFNLDADRDILMEGQRDLKLLAARYLRIQVSPTNYIELSFDGTNRVGGAWTINLSGSSINFINAGSSAITINGKAVAVVGANVSGGSTVVTSGY
>AP018318|2706463:2714402|2711751_2713251_+|BBD59513.1|DBSCAN-SWA
MTTLTGTFENGSVAVPGKLVLTLANGTVKDTAPKKIFLPKPIEILCPSGAIPGSTNIEETETKNTSYYLEYFPRISTSPDVFSDEQLSPFPFYTVIPNLASVDIADLVPTGYVSDVLSTGAVRIARVIASDPALAASIGGITPKGAYNISTSYKRGDVVSYLNRFFLASEVVPFSGIVPTNTAYWMEIPVAPTGSIALGDSTVYGASWNNSGLAPTQDAVYDILQSVQGTITLKANTTDAVLAGNPTTPTQATSDNSTRIASTAYVKSNLSSYAPIASPALTGTPTAPTPTAGNNTTQISTTAFIQSALSSYAPLSSPTFTGDPKAPTPVWGDSDTSISTTAFVRNYFTPVAQVEKTTSQNTGNNNFSTVDGGSVITFNSTIIDTDSTISGNSIILPSGRGGFYGIFMNLTIGTTSSASATHKHACYLRINRSGVDSFIQVFVNIVTAATGVTETFSPTLFRNLLAGDTLTLLSNSGTSASFSAHTVGSGSSFSIIRLY
>AP018318|2706463:2714402|2711191_2711755_+|BBD59512.1|DBSCAN-SWA
MHTKEAWASGRPIFSRLPDVYQDNPVTDWLTIYFDELLVGTKQTVDDLSNQFNPLTCETRWLDYIAPLFGFSGAYWDRGWAEASKRALLSGAYTTIWKNRGTRASLSYVLTSLNIEHSIWEGSTFILGTSQLSIGTLGSGAWKYKILLPRRYSFGGYEFKLTQKIDRLFGNLWCESEVIYYDQLDNS
>AP018318|2706463:2714402|2709682_2710021_+|BBD59510.1|DBSCAN-SWA
MKGITFPLAVDPARKTLVTASDAELYRGHILSWLLTQPYERVMRPDYGLKDYLFTAIPDLDVITSEMQLGLTEYIPECQFTLQGTINDLGETVITVFWSYLGEDQTTLNVTL
>AP018318|2706463:2714402|2709435_2709636_+|BBD59509.1|DBSCAN-SWA
MNSEDLGKELYCIHASLRSGCAKEVHEDAWQYLNPYEQQLWINTAKEMKNLLTPAKSKKAAPATED
>AP018318|2706463:2714402|2710022_2711192_+|BBD59511.1|DBSCAN-SWA
MTDISTTLNSIILDDRDEETIVQQAQLRVFNASSGQLDDFTENSPVAALIQGQAFAASELLYKVNKLPIAVIIDFLKVIGVERRLGTKATTTLTFTLTAPLSNTFIIPEGFEVIDVSGNLSFLTNTALSIPPGLVSGSVTATAEANGAAYNLAAYTLTGIPNPLTFLASVTNIDGSNGGSDAETDEEVISRGITELRVRSPISAADFEFIAERELGFGSRCIAIGLLGANRFTRQLGAVHLFLLNADGTPANSAQLIKVQEAFASRVSLGSSLYVSPIELLNISGDLVARLAPGREPEETADELWEAFNTYLDPTQYPVGQDIILNEVEYALRATGAIKDIQTLNLNGQPLNIPLPNQYTLPTAFSLNMSLVNEEGIIYEVLRGAGEPE
>AP018318|2706463:2714402|2713259_2714402_+|BBD59514.1|tail|DBSCAN-SWA
MTRPIYQNGDVLTAEAVNAIGYPIPDGQDFIGRGPKVVDSFLDDSPDQIKGRFYNFYDRLKVSHQSGLTFAYLSGLVLLSSGSIVTISASTINVPNNATSYIYVSSAGAVATAPSLPNESFPLALVTTASGTLSGAVADLRDKLVDRVQPSTVPSSIQTGMGMEWWGSTLPSGGWLWQDGTEYDIATYPALDAVLGAAFRTTAGKFRVPDRRGRVGVGAGTGTGLTARTVGQLIGAENHQLNVTEMPVHGHSTTESPHTHGTSQTPHTHTFIEAAHTHPLLVWDGTDGNASGGFADERVDSFISNAAIAGEVAATRSYRANNGAGVPIIQNISTGSSIAQGNANISLSATSTGITVNSQGGGAAHNNMQPSVVCNYIIKI
>AP018318|2706463:2714402|2706463_2708674_+|BBD59507.1|DBSCAN-SWA
MTSPNLLAPYLKITLGAIGNLAAETFTIGDGKLVSASIQLGEGTLQSNCSFAVRDHSRTLLDKFLAYIESIDGLSELNDPTPIASDLTQTVNTNPESHVGSPELESQPGQVIYDNVQASTYGYGESTQGGQIGAYGDRIQWSGLFAAMADTRYKYASMRVTNLTNNKSIVVKIVDRGPFAVVNGRAARPLREHPTRKIDLVPGAWSALTNGASPGIVNVKIEWLQPGTAAPSTLPATQQQKDAAISTEQQKEKATSPQTVTSTVSATTSPQKIASNPAITLVGSQITIEAGYNGESIAAWSFIHTGLRYSLFDPDLLEFSGQAATWVMTQRLKNTVYQKLTLKKLATKITASYGMSLEMSEDGPYYEYFPQRGQNDYEFLLAEARRIGYRVYTKGRKLIIEPRSKISTPDIFVLEYGVNMGLSFEITHEAQSDTKGGARNSDPGNRTSTGVVKFEIDPDTGKVNQTKKESSDGLGADTTAIISGNTLPTPKPRTNGTTSNVDSERKENEKRIKGIKATASFPTTPEALLITPDTPLQTKNVSVTADRYWVVDSVELTYKEGGFTTNLNLYSPLRNKYPSGDINTPSTTAPPAQTPAVPFDANAPKFIRPTTGPITSLHRTENPKRPNHRGIDYGVSVGTSVVAAASGTVSNVVTGCRVGDTACGGGYGNVVYVDHGGGWQTRYAHLSSVSVSNGQSVKQGQVVGLSGNSGHSTGPHLHMEIRKDGQDLNPRKYIPN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD59507.1|2706463_2708674_+	putative D-alanyl-D-alanine carboxypeptidase	A0A0K2CNY2	Brevibacillus_phage	3.5e-19	45.3
BBD59508.1|2708673_2709411_+	hypothetical protein	A0A191SAN7	Nostoc_phage	1.7e-18	40.0
BBD59509.1|2709435_2709636_+	hypothetical protein	NA	NA	NA	NA
BBD59510.1|2709682_2710021_+	hypothetical protein	NA	NA	NA	NA
BBD59511.1|2710022_2711192_+	hypothetical protein	A0A191SAP2	Nostoc_phage	9.6e-61	38.2
BBD59512.1|2711191_2711755_+	hypothetical protein	A0A191SAQ2	Nostoc_phage	9.0e-41	45.7
BBD59513.1|2711751_2713251_+	hypothetical protein	A0A191SAP8	Nostoc_phage	5.0e-30	37.1
BBD59514.1|2713259_2714402_+|tail	phage tail collar domain-conataing protein	A0A191SAX8	Nostoc_phage	4.4e-26	34.4

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>AP018318|4089945:4132335|DBSCAN-SWA
TATGCTAACTATTATTGGATGCGGCAATCTTAATCGCTGCGATGATGCTGTGGGTGTAATTATTGCCCAACGGTTACAACAATATCTAGCCCAAAATCCTCACCCCAATGTGCGTGTTTATGACTGTGGAACCGCAGGTATGGAGGTAATGTTTCAAGCTAGAGGTAGTAAGAAATTAGTAATTATTGATGCTAGTTCAACTAATTCAGAACCGGGTGCAATATTTAAGGTTCCGGGCAAAGAATTGGAAGCTTTGCCGGAACCCAGTTATAACTTGCATGATTTTCGTTGGGATAATGCACTAGCCGCCGGACGGAAAATATTTCAGGATGAGTTTCCTAAAGATGTGACTGTGTATTTAATTGAGGCGGCAAATCTTGGTTTTGGACTGGAGTTAAGTCCTGTTGTTAAACATTCTGCTGACCTGGTTTTTGAGAAGGTAGTTGCAATTATCAGACAGAATAATTTGTCATAATTACAGAATCTTTTATCCAGCCATGTCACGATAAACAGCGATTTCATCTACCCGCATTTCAAAAGGTATACCTTGGCTTTCGGGAGGACAAACGCGGATTTTGGCGCTGCTAACAATTGACTGGAGCAATGTCCCCATTGGTACGATTTGCTGTAATATTCGCCAGTTGGTAACTTGGTCGGTACATTCAATTACTAATGTCATTGCGCTGGCATCAGTTGTCACATACCAACGACAATGAGAAAGAAGATTTTGAATTGTGCGATCGCACGCTTCGTAAAAGTATTTACTAATAGAATGCTCTAGTTGTTGCCGTAAAATGATATCTGCCGATGTTGGCTGCATTGGGTGGAAATCTGAATCATCATTGAAACAATACATACACCTAACCATCTCTACTTACAAAACTACTTAAATGCCAATAGCCATTGCGTAGAGGATATCCTTTGTTGTTTCTAAGAAACTCTGGGTTTCATCATCATAAAAAGCGCCAATTCCGCTACATTGTATCCCCAAGTAGTTACTACTCAGGTAAACTCTGTGTCCTAAAAACCCTGCCAGCTGCATAGCGGTTTGATAATTTGTATAGTCGGACACAAAAAATAAAGTTACTGCACAATCACGAGCTATATCTTGATTAATGCACAAATAACCAGTATGTTCGCTAAAATCACCACTCTTAATCAGATGATTATCTTGATATAACCCAGGGGATATCCCCTCGACTCGATGCACGACTGAATAAACTTTTATTGCTTCGCAACTTTCTGTGGGAATCGGTTGCTTTAGTTGTTGCAATATCTTGAAATAATCTTCTTGAGAAATCAACTGTTTCCGGAAACGTCTATTTGAACGTCTATGCCAAACAGTTTGATAAAATTTGTCCTTGTCAAACTCAAACTTTGGATGTTCTAGCTGTTGTTTAGAACTCTTTTGTAAGGCAGTTATTTGATAGCCATATTCAACGAATTGATTAGCTTCAAAATAATCTGTGCCACAAACAAAAGGAACTTTTAGCCTTAAGCGCCTGACATTCTTTTCTTCTACTTCCCCACATACAACACAAGCTGTGACAAACTCTTTATTCTCAAAACCTAAATCTGTATTGAGAGCTAACTTATCAAAATCGAAAATTAGCTGGATGTCTTTGTCATGGAGATAAGCTGATGCGGCAATTGTACCTAAATGGTGTCCGCTATCTAAAAAGCAATACCTCAGACTTCTGTTTTTATATTTCCAACTAGACCTATAATAAACGCAACTAATTAAAAAAATGACTCCCTTGATACATTTACTCTGTATAATATAACTTTCTAAGCCATCATCTATTAATTCATAGATGAGTGTTAGACAATTATTCTCAACTTCTAGATGGTATATGCCATCAACTATTTCAAGCATTCCACGAATTTGTACATAAATCTCTGTAGGATATAGACCACCAGCGGAAGGATTTACACGTAGTTTGAAAGCTACATCTTTATAAGCTTTCTCTAGGGTAATTGCACCTGTTAAGTAAATTAAAGAATGAATCGGATGATTGATATTTAATTGCACCCGACGATAAAATTTTGGATATTGTTTAAAAGCAGATGGTTGAGTTGTAGAGTCTACATAATTGGGATCAAGCTGCACTGATAGGTAAGAATGTTTAGTTGCTTGATGATAGTTTTTGCTAGATAAATCATTTTCCAGCATCTTTCAACATCCTTAAAACTTCGACCGTACTGGCAAAATCTATAGCTTTATAATCGTCTAAATTTTTTAAATTCAAATTAGGGAGATGTGGTAAAAGTAACTTGACCACTTCTGCTTTACCTGATGATGCTGCATACATTAAAGCTGTTGCACCATTATCGTTTTGGTTATCGATATTAATTTTCACTTCTAGCAGCAAATTAATTAATTCATAATGATTGCCAAAGCAAGCAAACCATAAAGCATTATTACCATCATGATTTCTATAATTAATATCCGCACCTGCACGAATCAATTCTTGCACCACTGAATAATTACCTATCCTGGTGGCTTTCATCAAAGCTGTATCACCATTTTCACGCCTCTGATTTAATTCTTCAGGGTTGTAGTTGTTAGCTATCAACCATTCACAAGTTGTTTTACTCAAACCTTGCTTACTTTCTTGCTTCATAAATCGCCTCAAGTTAGATTCAATTTTGCAGCAGTGACTTTATTACATTAAAGTCAAGTGGGCAATGCTGAAAGTTCGTTTCATACCTTATGTTGAAGTTGTGAACATTACTATTTCTACCGTTATTGAAAATGGTGCGAAATATTAGCCTCATATTTTGTGCGATCGCTAATCGCATAGGATATGAAAGAAACACTTTTTCTTCCCTTACACCCCTATATTCCCAATAAAAGGTAATGGTGGACAACGCCCACCATTCACAAAAAACTCTTTAGAAATGCTATCTAGTAAGTTGTATAAACTCCTCTCAATTCACACTTAGACAGCATTGATTGTCTGATTAGAATGTTCACTAATTGGCATATATTTAGGTTCTTCAGAGAATAGTTCTCTAGAAGATTTATCTTGTTTGGGTGCGCCGTAAAAACCTGCTTCAGCTTCTAGTTCATCAACGAAATCCCAAGCTTCGATTGTGCGTTTAGAGTCTGGGCCGTAGTTCGCAGAAATTGCCCGTGCATTAGAGACAGCTTTATATATCTCTTTTTGCAAGAATAGTAATTTGGGTTTCTCTACAAAATCACCCTTAGTAATAATATCGCTGATAGAAATTATCCCAAGTAATTCGCCTCGGATGACAGGCGCACTCCGCATACCTGTATTAGCCAATAACCTTGCCACATATTCTATATCAAGGTCAGGATCTACAGTTACACAAGGTTTACTCATTATTTCGTAAACATAAACTCTTTGAGGATCTTTTCCATAAGCAACCACTTTGCCTGCAATATCACTCTCAGTCACAATGCCATAAGCATCACCACTATGACGAGGTTCGACAATTAATTCTTGGAGTTGTTTGAGCCTTAATAATTTCACTGCTGCTGCTACAGTAGCGGAGCCGCGAATGGTAGCTACATCTTGAATCATGATTTGTTTGGCTCGCATAATTCCTGCTCCTTATTTATTGCAAGTAAGGGAATTTTTTCTAAACTGCTGTACTTTTCCCAAACAGTATTTGCTTAGTTTAAGCATGATGAAAATTAGACACAGGTTTTACGCAGTATTAGTCCTAAATTCTACTTGGTAGAATTATGTATTTTAGGTATAAGATTTACAGATTTTCCCTATATATTGCTGAAGCGATCGCATCGTTTTGCCTAATTTTCAGTTGTACCAGGATTCAGGTAGAAATATCTTAGATAACCCTGTAATCACTTGCTACTGGCGTTTAGGTTCACTAGCAACAATTTAGCTTACTTATATATTATCACTCTGATAAGTTTGTTTTATAAATAAGTGTGTATTCTCCTATAGATATTGGTTAAATAACACAAAAAATTGTCAAATTGCATTAAAAAATACATTTGTTTTTTAAAGGTTATGTTTTCAACTTAGGCTGGCTTTAAAACCTAGGTCTCTATGTAAATTTGTTTAGTTTGTAGGCAAAACTTATCTTTTGAAATTTGTTTTTATAGACATGATTGATGTATAAAACTTGCTAACAATTAATCATCCATTGGGTATGAATTTTGCTATGTCTGCCAAGCAAATATATCCCCCCAATGGAGTATTTTTATTAGCAATCACTTACCCAAGTAATTTTGTATAAATTATATCTGCTAAATTTATAAAGAAATTCTAAAAAACACCTCTTTTATTCCAAATAGTTGGTATTGTTTCAAACAAGCATCATCCAAAAGGAAAATAAAACATGAAAATTAGCGCTCGTAATGCAATAAAAACTACTGTTAAGAAAGTTGTAACTGGTTCAGTTAATACCGAAGTCACTTTAGAACTAGCACCTGGAGTAGAACTAGTCTCTATAATCACCAAATCCTCAGCCGATAGATTAGGCTTGGCTGAAGGTAAACAAGCTTATGCTGTTATTAAAGCATCAGATGTTATTGTTGCTATTGATTAATCAATAACTGATTTGTGAGATGTATAAACAAGATACCCGACTTCTTTAATAAGTTGGGTATCAATAATATTGAGCATATAATTAACTTTCAACAATCCGAACATAAATAATCCGAGCAATTTTTTGATTAATACTGATAGTTTGGTTATTAACTTTGACTAACAATGAAGGAAATTGCTGTTCTATTGTAATAGAAGTACCGATTTTTATGCCTATTGAAATAATTTTATCTAGTATTTTTGTATTCTCAGTTTGATAAAAAGCTACTATACCTTGTTCACCTGGTTTAAGCAATTCTAAGGAGCAGCCAATTATGGAAAAAGGAGTAAACATTATAAATGTAAAGTATAAAACATGAAGTATGAAAGATAAGGAGTATTTTCCTGACCTTTCATACTTTTATTGATTGCTATGAATAGCAACTAAACTACTAATTAAACGAGGTAAGGTTCTTGGTGTGTTTTGATTGTGCAGTTAGAGCGAGGATAGGTAACGCACAATAGAGCAAATCCTTTGGACATTTGCTCATCATCCAAGAAGATTTGATCAGATTGATCAACTTCACCTTCAGTAACTTTGCCTACACAGCTAGAGCAAGAACCTGAATGGCAAGAAAAAGGTAACTCAATACCATTTTCTTCTGCTCCGTCTAAAATTGTAGTTTCTTCGTCAATTTCAATTGTGGTGTCGAGGTCTTCTTTTTTGTTGATTAATCTTACTTGATAGGTAGCCATTTTTCCGATTCTCCTCAATTTTACGGTTCGGTTAATTCTCGAAGTGTGTCAGTCTCCTCTTCGAGAAAGCATGAATAGGAAGACACTGCATTTGATGAGTGATTGCGAGTGTCTCTGACATTTGGCGTGGAGTACGTTTACGGAAAGCCTTTATGGTTTGACTTGACACTAAAAGATTCTTCTTTTAGCTGCAAGGAACACCAGTAGGCGTACAGTCTCCTGCTTGGAAAGATTTGCCACAACCGCAGGTACTAGTTGCATTGGGGTTGGTAAATTTGAAACCGCTTTCTACCATCCCTTCGACAAAATCGATCACGATTCCTTCTAACAAGGGCGCACTTTTGGCATCCACATAAACCAGCACACTACCTTGCTGAATTACCAAATCATCTGGTTGGGGTTGGCTAGTGACATCCATGCCATATTCATAGCCATTGCAACCACCACCTTTGACAGAGATGCGGATACCTTTAGTTGCACTATTCTCATCGGAACCGGAACCTCGCAGGAAAGCCCGCAAACGAAATTCTGCTTTTTCTGTTAAAGTAACAGTCATTCAATCTCCTGATCTGTAGCGATTGATTGTTCTAATCTAGAATTTGAGTTTTTTGTCATAATTGTCCTTTGTCATTAGTCATTAGTTATTTGTAAATACAAAGGACAAAGGACGAATGACCAAGGACAAAATACTTATTAAGTTGTAAAATTACTGGTGGTTTCCATTGATGGAGATTGCGAGTATCTCCAAGGCGCATTATTACCGCATACATGACAAGAGCGATCGCGGTATGAACGACGCTTGGCAAATTCCATCCGGTTTAAGTCTATTGTCAGCAATTGCGACAATAAAGGCTGACTAAACCCAGTAATCAGCTTGATTGCTTCCAATGCTGTTAAACAAGCCAATGTCCCAGAAACAGCACCTAGCACCGAGAAACCACGCCGATCCCAATCAGGCTTTTCGGGAAACAGACAAGATAAACAAGGCGTGACACCGGGAATAATCGTTGTCAGGTAAGCCTCCATCCCGTCCATCGCAGCTTCTACCATTGGTTTGCGCCAGCGCACACAAGCCGCATTCAACAAATCGCGTTCTGTAAAATTGTGGGCGCAGTCTAACGCCATATCTGCGGATTGTACTAAAGAATCCACATTCTCTGCGGTAATGTAATCATGAACCGCCTCGATTTCGATATCAGGATTGATAGCTTGCAAAGTTTCTTTAGCCTTAAATACTCTTGGCTTACCTACCCAATCATCCGTCATCAGAATCTGACGATTCATATCATCAAGGCGCAAATCGCCACCCCGGACTAGAATTAGCTTGCCAACGCCTGCTACTGCTAAATAAAGCGCGGCTGTACCGCCTAATCCCCCCACACCTGTCACCAATACTGTCGCTGACTTCAGGCGCTTCTGAGCCGCTTCGCCAAAATTAGGCAGCATCATTTGGCGACTATAACGTTCTAACTCGGTAGGAGTTAGGTTAACCACTATTTACCTCCTAATCAGAAGAGAGTTCTGTCAGCGTAATTACATTTTTTGGCTTGTCTTTAAAGACTTTGAACACCTTTTGTTCTTGTGGTGTTGATTCGAGAAATACTTGATATGCTTTTTGCAAAGCCAAGCAATATTGATTAAGCTTTTCTTCTGCACTTAAAGCAGCAGAATTATCATCAATCTCTTGGATATATTGGGAGAATTTTTTCAATATATGGAGACGATTTATATTGACAATTTTTTGGTCATAATCTAGCTCAAAGAATTGAAAATATTCTTCGGCATCACTTATTTTTTTGAATTCATCAATAGTTTTACTCATTTAGCCTCCAATTCTGTTAGCTGCTGCTTTAACTCATCAAGTTGACGATATATTTCATAAGTTGCCGCCGCAACATCCATAAGTGTTTTGTAATCGGTTGGTAGACCTTCTGCTAAATCGTGCAGATCCATTTTCATTTGACCTGCTTTACTGTTGAGGCGTTTAATTTGAGTTTTCAATTCCTCGATTGTCATTGGTTATTTGTCCTTTGTCATTTGTCATTTGTAAATAAACGTGACTTTGATAAACCTCTCCCCAACCCCTCTCCGACGCGGAGAGGGGCAAAAATATTCTGTGTTTTTAACAAAAAATTCAGAGTTTCAAAGCCTCTCTCCCTTTGGGGGAGAGGTTTGGAGAGGGGTTAAAATAACGAACAACTAATGACTAATGACGCAAAGTTATAGCTTGCCTACTTCTGGGAAGCGATTAACTAAATCCAATCCTTTTTGGACAAAAGTTTCACCTTCTTCTGCTAACTTTTCTAGAGATTCAAAACCGAAGCGATGAGCATCTCTTAAGGTTTTGACTGTTAGCAAAAGCCGTCCAGAAAAAACTAATGCCCAGCCGAAGCCTTCATGGTTGATGTTAACTACAACCTGAGATATCAGATTTGTCTCTTGTTCGATTCTGGCAGCAATAGCTCGGAAAAATACTAAAATCCGGGCTTGCGTTGCGGCATCAACTTCACCTTCAATAGGAATTTCGCGTTTCTTTTTTTTGGGAACGACGAAAGCTTTGAGGATTAATTCATCTGACCAATTACGGTAAAATCCGTAACTATCTTGACCCCGAATTTGTAGGACTAAAGCCTTAATGAAGGGAGAGTTTAAGGCTGCAATACTGGTGGTTCCGTTAACAGAATTATCTGCGGTCATACAGTTGCTTCGTTCTCAATATCATCTGTAAAGGTTTTGGTTTTTGGCTGGAGAGCTTTCCGCAACCAAGGTGGAGGATTACCTTTGAGAGTTTGGACTAATTTAGTGAGTAACTCTTCAATTTTTTCTTCTTCGGTGCGGGCTTTAACTGGGGTAACACCCTTTTTTATTAACTTGGCAGCAGCAGTCCCGCCAATTGCTGTTACATAAACAATTGCACAGTCAACCAGTGCGTCAAGTTTGGGTGTGATTTTATCTTCGTTACCATCTTCTTTTAACTCACCCTCAAAGTTGAGAGTTTGTAAAAATTGATATCCTTCTGCATCGATTTCGTAGACATCAATTTCTCTCGCCCAGCCAAAGTGAGCATTGACATGAATGTGGTCACTGGTTGTAAAGGCAATTTTCATTTTATTTTCCTACTTTAACGAACCACAAAGGGCGCAAAGAGCGCAAAGTTAAACATCACCAAAAAAGTGTTTTACTCTCTCTTCTTCAGCTTCTAAAAAGAGGTTGCCGATGCCAAACAAAAGCTCCATCGTGCCGCGATAGCCAACTTTTGTAAACAGACCATTACCTAAACGGTCGTAAATGGGTAAGCCTAAACGATAAAGAGGAATAGACAAACGTTTGGCGATCGCTCCCACGTTAGAATTACCAATCAATAGGTCAGAACCTACTGCTAGTTCTTCAAAGTCTTCTAAATCACCGATAGTAACACTCTTGATGGGGAGCTTTTCGAGTAAAGGCGATCGCGTTGTGGTCACAGCAGCATGAATTTGTGTTCCCATCGATTGCAAGAAGCGCACTGTACCCCACAACAAATCAGGCTCTAGAGCTAAAGATACTCGTTTTGCACCAAAATAAAAGTGCGTATCAAGCATTGCATCTTGCAATTGCCGACGTTGCCGACGGTATTTTTCGGGTACTGGATTGCTGCTCAAAATCGATAATGCTTGCAAAAACTCATCTACGGCTTCCAAGCCAGTTAGTTCACCAAACACTTCGTAGGGAATGTTAAACCGTTCATCCAATATTTTGGCAGCACCCCGCATACTTTCACCCAAAGCGATGGTGAAAGCAGAACAACCTACTTGTCGTAGTTGTTTCACACTAGTACCGCTACCTGTCACCGGGGTATAGTTATCTTCTAAGTGACCATCTAAAGAAGCACCGAGGTCAGGTACGAAGATAGGTTCTAATCCAAAAGCGGTAACAATCTCTTTGATTTCTTGCAAATCGCCTGGAGTAAAGGCTGAACCAGCCAAAATCGTGACTTGTTCGCTTCTAATTCCGCCTGCTTGGGGAATTTCCTTAACGATGCTTTCCACAGCAGTAGCAAAACCATCTTGTAATGCACCTTTAAAATCTGGTGTTGGTGCAAAGATAACTGGGATGTGGTCTAATTCACGATGGCGATCGCGGATATCCTTCAAGAAGCGTTCAATATCATCGCCTCTGGTTTCTGTCAACCCAGTGGTACACAAACCGATAATTTCTGGCTTCGCCTTCTCAACCAACGTGAGAAGAGCCTGTTCCACATTCTCTTCGCCACCCAAAATCGTAGTTACTTCAGTCATGGCTGTAGTGGCTAGGGGAATAGCTTCCCGAAAATGCCGTACAAGCACAACTTTGGCAAAGGCGGTACACCCTTGAGAACCGTGGAATAGAGGTATCATTCCCTTTAATCCCAAAAAGGCGAGGGATGCACCTAAAGCTTGGCTTTGTTTGAGGGGATTAACTGCAACTGATTTTTCGGGGACAGTAACGATCGCCATCTAAAATACCTCTTCTATTGACGCAGAGAACATCTCATCTGCTGACATAAAATTATTTAAAGTCCCGGCTTCTTCATCCCAAGGCGCAGGCTTCCGAATTTGATCCCAAATGGGGCTGTAGAGGGCTTCGTATAACTCTCGTGCCATCTCTAACATTCCCACATACCCAGCATACGGATGATGGCGTTCTTGGTTGATGTCGAGGAAAGGAATCCGCGCTTTCAGGGCTGTGTATTGGTTCCGACCACCCGCAATCAACATATCAGCGTTTGTATCTTTGACCAATCGCAACAACTCCTGAGCATTGCCTTTTTCTAGCATCATCCCTTCTGTACCGAGCAAGCGTTTGATTTTCGCCTTATCTTCCTCCGTACTCTTGCGGGTGCTAGTAGCCACAACTTCTATCCCCAAATCCTTAGCGGCGGAGATAATAGACCAACTCTTCACACCGCCAGTATACAGAACCACACGCTTACCCTTGAGTCGGGCGCGATAAGGAGCTAAAGCGATATCCAAAGCGGCTGTTTCTTCTGCAATCAGCTTTTCCGTGCGCTCTTGCAAATCGCGTGAAGCGGAGCTATCCCGAAGGGACTCGCCCAACTTAGCAGCCACATTCCGCAAACAACGATTTATATCATCAATCCCATAAAAAGACTCTTCAATGTAGGGAATCCCATATTGCTCCTCCATCTTTCTCGCCATATTGAGCAAAGCCCGCGAACAAATCATCACGTTCAACTTGGCACGGTGAGCGTAACGAATTTCTTCATAACGAGCATCACCCGTGATTTTGGATAGTACGCGGATGCCTAATTTTTCAAATAAAGGCAGGACTCCCCACATTTCCCCGGCGATATTGTATTCGCCGATCAAGTTTATATCATAGGGGGTTGTGAACTCCGGTTCTGCTGTCCCGACAACATAATCTAATAAAGCTTCACCGCCAAAACGGTTCCCCAAATTCTTACTACCAATAAATCCCGGCGCAATCACCGGGACAACAGGAGTCCCGATTTTTTCAGCCGCCGCCTTGCAAACAGCATTGATATCATCGCCAATCAAAGCCGTCACACAAGTAGCATAAACAAATACAGCCGTGGGATTATAACGCTGATGAATTTCTAAAATTGCCTTGTAGAGCTTCTTTTCACCACCGAAAATCACATCATTTTCAGTCATGTCGGTAGTGAAACCCATCTTGTAAAGCTGAGGCCCAGAAGATAGACTACCACGACTACCCCAAGAATTACCAGCACAGGCGATCGGGCCATGAACCAAATGCGCCGCATCAGTAATTGGAACCAGAGCAATCATCGCCCCATCAAAAGCACAACCACCTTGAGCCGCCCCAGGTTGCGCTTGTTGTGTACAAGACTTATTCTTCTTCTCGCCCTTCTTCTGCTGATTATGTTCGCATCCCGACTCATTCAGCAGTTCATTAACCTTCTTTTGCGTATTCATCTCTCTTCCTCTGTGTTCTCCGCGCGGCAGTTGCTTCAAGTCGGCAGAGCCGCCCAACGCACTGCCTTGCCTCTGTGGTTCGATAAAAATCAGTCTTCTTTGATTAGGACTGAACTAAAAAAGGATGTCTGAAAAATCTTGATCCCCCCTAGCCCCCCTTCAAAAGGGGGGAAAATATCTCAAAGTCCCCCTTTTTAAGGGGGATTTAGGGGGATCTATAAATCTTAAAAAGCTTTCAGACATCCTCTTAATTCCTTCGTGTCCTTAGCGTCCTTTGCGGTTCGTTAATTCTTATTTGAGAAAAAACAGTTAACAATAATCACTAATCAATTCACTAGACCTCTTTGCGCCTTTGCGCGAGACAAAAAAATATTTATGCTAGAAGTCTACCGATTACTGTTAACTGTTACAAAAACTTCCTGCAAAAATCTTTTCCATACCCGACACACAATTCCCCATGTGCATCAGTAATTCATTTCTATAACATCGACTTTTACAAGAAACTTAAAAGTATCGTTCACTACGAAGGATAAAAAATTTTTACCTGATTTTGGGGTGAGACATTTATATAACTACACAAATATATTTTTAGAAATAGCCCCAAACCCCTATTATCAGGTGAGATTTAATCAGTAATGAGTAATCTTGATCTGCTAATTATTAGCAAATGTACCTTGTCACATCCTCACCACATTCATCAGCGAGGTAAGACAAAGCCCGAAAACGCAAACCAACAAACTCATCATAGAGAGGATTCAGCTTACATAAAGGTGGAATATGGAAACTCCGACCAAATAAACTAATATTTCGCTCAAAAGGACAACAGCAAGGAATTACCTGGCATATTAGATGAGCGAAGCGATTATTTTTAACTTGAATTCCGTCCACCAAACGACGTAAGGGATTAAGTACAGGAGACTTTTTATAGTTAGGTGGATGGTAATTAACGTGAGAGTGAGTGTGATTGATGCTGTCCATAATAGAGATGCTGAATCAAGAGATAGGTAGGTTGAAAGTTGAGTATCTTTTATAGGAATTGGGGATGGGGAATTAAATATTCCCTAGTCCCCAGTTCCTAATCTTTAGCTGTTTTTAACAAACAAGCTTGTAGCAATTTCTAGCGAATCAAGTCGAAGGAGATATCGGTCTTACCAGTGATGTTGGTGTTACGATCCATTTCATCCAACAGAGTGTTAACAACCCAGTTGAGGATATTTAGACCACCTTGGTAGCCGAGGGTAGCATAGCGGTGTAAGTGGTGGCGATCGAACAGAGGATAACCAATCCGCACCATTGGGATTTTGGTATCGCGCCACAGGTACTTACCGTAGGAGTTACCGATGAAGAAGTCTACAGGCTCGGTGAACAACAAAGAGCGTAAGTGCCACAAGTCTTTTTGAATCCAAACGGTAGCTTCTTTACCGAAGGGGCTAGCAGCGAGAATAGCTTCCATTTCTTTCTTGAAAGTTTCGTCGCCGTTGTTGCAGAGGATGTGTACAGGCTCTGCACCCATTTCTAACAAGAAGCTGGTGATGGAGATGATCAAATCAGGATCGCCGTAGATAGCGAACTTCTTACCATGAATCCAAGCGTAGGAGTCAGTGATAGCATCAACTAAACGACCGCGATCAATTTCCAACTCTTCAGGAATCGCTTTACCAGTCAATTCAGCGATCGCAGTCAAGAATTCGTCAGTACCTTTAACACCAAAAGGACGTAGAACTTTTGTTTCTTGCTTCCATTGAGTAGAGATATACTCACGGGTTTTGGGTGTGGTATAAGCTTGGAGAGCTACTGTTGCCTTAGCGTTGATAGAATCAGCAGCATCTTCCAGCTTTGTACCACCTGGGTACATATCAAATTCACCAGTATTGGGTGAATCAAAGTAGTCGCTGCTGTCAGACAGAATGGTGTAGTCAACACCCATTGCATTCAACATCCGCTTAACTTCGCGGTTGTTACCAACATATGTATCAAAACCAGGGATGATGTTGATTTTGCCGTTGCTGGTAGCTGTCTTTTTGCCTTCTGTCAGGTTCAACAGAATTCCCTTCATCATGTTGTCGTAACCAGTGATGTGGGAACCAACGAAGCTGGGGGTGTGAGCGAAAGGTACTGGGAAGTCTTGAGGAATAGAACCAGCATTCTTAGAGTTGGTGATGAACGCACCCAAGTCATCACCGATAACTTCAGCCATACAGGTGGTGCAAACAGCAATCATCTTAGGCTTGTACAGTTGGTATGAAACTTGCATACCTTCAATCATGTTGTTCAAGCCACCGAATACTGCTGCGTCTTCTGTCATGGAAGAAGAAACTGCGGAGCAAGGCTCTTTATAGTGACGGCTGAGGTGTGTACGGAAGTAAGCCACACAACCTTGAGAACCTTGAACGAAGGGAAGAGTACCTTCAAAACCTAAAGCAGCAAACATTGCGCCTACAGGTTGACAACCTTTAGCAGGGTTAATGGTTAAAGCTTCACGAGCGAAGTTCTTTTCCCGGTAATCCCAAGATTTTGTCCATTCAGAAACTCTTTCAACTTCTTCAGGAGGATGTGCACCTTCAAAGTTCTTTCTCTTGTTTTCAAATAGCTCGGTGTATTCTGGCTGTTTGAATAGATCAACGTGGTCTACAATTCTGTCAGGATTCTGTGGCATTTGTCTGTCTCTCTACGCTTGCTGGTTGGTGTAGTAATTAAAGTGTTGGGAGAGCCTGGGGGGTTCCGCTCCTTCCCTGGGGAGTCACGAGTGATGAATCATGAATAATGAATAAAAGTCTTCATCCAGCATTCAGCATTCACCATTCTTCCCTCGGTTCCTGGGGCTAAAAACCCCAGGCTATCCGTTTGATTCTTGGGGGGATGAATTAAGCAGCAGCCTTAGCTTTAGTAGCAGCTTTCTTCCAAGGTGCGCCAATCAAGCTCCAAGTTGGGCTGTTGAGTGCTAAATCCATATCACGAGCGAAGATAGCGAATCCGTCATAACCGTGATAAGGGCCGGAGTAATCCCAAGAGTGCATTTGACGGAAGGGAAGACCCATCTTTTGGAAGGCGTACTTCTCTTTAATACCGGAAGCGATTAGATCAGGCTTCTTAGCTTTAACGAATTCCTCGAATTCGTAAGCGGTAACGTCATCGTAAATGATGGTGGCGTTATCGATATAGTGGGTGGTACGTTTGTAGTCGTCGTTGTGAGCGAATTCGTAGCCTGTACCGACAACCTTGATACCCAAATCTTCAAAGGCGGGAACAACGTGACGAGGACGTAGACCACCTACGTACAACATAACGGTGTTACCTTCCAAGCGAGGACGATACTTTTCAAGTACCGCATTCATCACTGGTGTGTACTTAGCGATGACTTTCTCAGCGTTTTCTTGAATCTTAGAGTCAAATTTAGCGGCGATTTCGCGTAAAGATGCAGCAATCTTGGTGGGGCCGAAGAAGTTGAATTCCATCCAAGGCATACCGTATTGTTCTTCCAAACTACGGCAGATGTAGTTCATAGAACGGTAGCAGTGGATCAGAACTAACTTAGCAGCAGGGCCTTGAATCAACTCGTTCAGTGTACCGTCACCAGACCACTGAGCTACAACACGTAAGCCCATTTCTTCTAATAACATCCGGCTGGCCCAAGCATCACCACCGATGTTGTAGTCACCGATTAATGCTACGTCGTAGGGGCTTGGCTCGAAGTCGATTGTGTTGTTTTTCTTAGCCTTGTCAAATTCAGGGAAAATCCAGTCACGGATAGCATCGTTAGCAATGTGGTGTCCTAAAGACTGAGATACACCACGGAAACCTTCGCAACGTAGGGGTACAACTGGTTTACCATATTGCTTAGAAGCTTTTTTAGCTACAGCTTCGATGTCATCCCCAATTAGACCGATGGGACATTCAGATTGAATGGAAACACCACGGTTTAGAGGGAAGAGAATTTCTAGTTCGTCGATGATTTTGGTGAGTTTTTTGTCACCACCGAATACGATGTCGCGTTCTTGGAAGTCGGAGGTGAAGTGCATGGTACCAAAGGAGTTGATACCTGTAATACCTACATAGTAGTTACGACGACCAGACCAAGACCAATAACCGCAACCTACTGGGCCGTGGCTGATGTGGATCATGTCCTTAATAGGGCCCCAAACCACACCTTTAGAACCTGCATAAGCACAACCACGAGCGGTCATTACACCAGGAATAGATTTGATGTTAGACTTAACGCCGCAATCGGACTTGCTTTCTTCGTGGACGTTGAGGTGTTTTTCGCGTTTTTTGCGAGCTTTTTCGGGGTAAGCTTGCAGAACTTCTTTAATAAGTTCCTTATTTTCATCTACAAGATTTTGGTTTTCTGGAGGTGTCATAGTCTGCCTCGGTTACTGTTAAGGATGGGGAAATTTAGGGAAAAAAGGGAGAGGAGAAGGATGAAGGTTGAAGGCTAAAGGATCAAAGCTGAAGGTTAAAAGATGAAATATTTGAGATTTCAGACTTTACACTTCATACTTCACACTTCATACTTCATACTTTCCTTGTCTCCCAATTAGGGAATTACCTACTTGGTAGCTTCTGCGGGCTTACCAATGATTTCTGCGTGCTTGGAATCATCATCGAGGATACCGTATTCAATCAACAGTGCTTCTAATTCATCCATTTCTATGGGTGTAGGAATGGTGAGCTTGTCGTTGTTGATGATTTTCTTAGCTAATTCACGGTATTCATTACCTTGGTTGCTGTCAGGTGCGTACTCGTTAACTGTCATCCGGCGCAACTCAGCGTGTTGAACGATGTTGTCACGAGGTACGAAGTGAATCATTTGGGTGTTCAACCGTTTTGCCAAGGTTTCGATGAGTTCGTGTTCCCGGTCTGTCTTACGGCTGTTACAAATCAAACCACCCAAGCGTACACCACCGGAGTGAGCGTATTTCAAAATACCACGAGCGATGTTGTTTGCAGCGTACATCGCCATCATTTCACCAGAGGTAACGATGTAGATTTCTTGTGCTTTACCTTCACGGATAGGCATAGCGAAACCACCGCACACAACGTCACCTAATACGTCGTAGGAAACGAAGTCTAGGTCTTGGTAAGCACCGTTTTCTTCTAAGAAGTTGATGGCGGTGATGATACCACGACCAGCGCAACCTACACCGGGTTCTGGGCCACCAGATTCTACACACTTAACGCCACGAAAACCCGTGAGCATTACTTCTTCTAGTTCTAGGTCTTCGACTGCACCGCGTTCAGCAGCTAAGTGTAATACGGTGGTTTGTGCTTTGGCGTGGAGCATCAAACGGGTGGAGTCTGCTTTAGGGTCGCAACCTACGATCATGATGCGTTGACCCATTTCTGCCATAGCTGCCAGGGTGTTTTGGGAGGTGGTAGATTTACCAATACCGCCTTTACCATAGAAAGCTATCTGTCTAATTTTTTCGTCAGTCATGGTTCTCTTTTCCTACAATTGGTTGGTTTAGTGGGTATGAGCCTTTGTTTGAGAATCTCACGCCTGTTGAGCTATGGCTGTGAGGGGTTTGTAGAACGGTCGTTTAGGCACACGCCGGGGGCGATCGCTCTACAGCAAAATCAGTGGGTGTTGGTGTCATAATGATTCGGGGTTAAAATTTTTTTTAGTCTTTGTCATTTGTGTTTTATACAAATGACAAAGGAATTACACACTTTACAAATACGCCATAATCTGGAGAAACTGGGAACGCTAGGTAAGACTTGACTTAGCTATTAGTCAACAATCAATGCGTCAGTCTCATTACTTGTTCAAAATAGCTCCCTTCAAGCTGGAAACGCGATCTAATGCCGCCTTGGTATCTTCTGCTGATGCTCCACCTACAGCCATAGCCTCAGTTAGGTGCTTGGCGATCGCATCAAAGTGTGGTTCCTGTAGACTCATACCTGTGTGGGTTTTGTCCATTGGGCGACCAGTGTATTGCTTTGGCCCTTCAAAAATTAGAGAGAAGAAAGCAACTTGATGCGCCCGTTGTTTCGCCATATCTGTGTTAGCGAAAAATGGTTTGAGGGTGTTGTCTGCCAAGATGCGTTTGTGTAAGTCATCAACTATTTTCTCAATAGTTGGTTGGCCGCCAAGTTTGTCATACAATGTTGCACTCATATCCTTTTCCTTTGAAGCGTGTTGGATATTGAAATTGCAGGTAGGCGTTAAATACTTTTGCCTATGTACTGTTAGCTGTTTATTGTCAGTAGGAATAAAACATTGATGAGAAAACAATCGTATCGGTCAAATCCTACTTTCTGTTCTTGGCTGTTGCACATTAGGGTGTATTTGTGTTGTGGGTAAAACTTAGAGCTATGGCTCAACTGCTTGTACTACTATGTCTTTACTGATGCGATCGCGCAGTCTCGATTCAATCGCTATCTTTAAGGTGGCAGTGCTGCTGGGACAAGAATCACAAGCACCTTTGAGGATGACTTTAACTGTATTTCCTTCTATGTCGTACAGTTCTACATCTCCACCGTCAGCAATGAGGACGGGTCTTACTTCTTCGTCGAGAACTTTTTGAATTAAGGCAATCTTTTGGACGTTGGTCAGTGGTCTTGTGGCTGTGGCTATTTGACCAGAATTGAGAATTTCTGTAGTTTTTATGCCGTTATTTGCGTTTTTACTGGTTGTGGCAACTTCCTGCTCTACATCTTTAATAATATCATCAATTTTTGTTAAACAGGAACCGCATCCGCCACCAGCTTTGACATAATTTGTTACCTGCTCCGCAGTAGTAAGGTTATTTTCTTTCACTACGCGGCGAATTTTTGTATCAGTAATACCAAAGCAGGAGCAAATTAAAACGCCTTCGTCATCATCGTCATGGGCAGCCAGTGGAATGCCACGATAGTTATAGATTGCGGCTTCTAGGGCTTCTTGACCCATAACTGAGCAGTGCATTTTGGCTTCGGGTAAACCGCCGAGGTAATTGGCAATATCTTTGTTAGATACCTTCAGAGCTTCATCTAAAGTCAAACCCTTAACCATTTCGGTCAATGCACTAGAAGAAGCGATCGCACTGGTACAGCCAAAGGTTTGAAAGCGTGCATCGAGAATCTTATCAGATTCCACTTCTACTTTCAGGTGGAGTCTCAGAGCATCTCCGCAAGAAATGCTTCCGACTTCTCCCGTTGCAACCTTAACTCCAGATTCGCCCGTTTCTTCAATCGTTCCCTGATTCTTGGGATCGTAAAACAGTTCTAATACTTTATCTGTGTAGTCCCACATATTAAATTCCGAGTGCTGAGTGGAGAGAGGTGACAGGTGAGCCACTGCGGTGGACGGGTTTCCCGGCATAAAGCAAGTGGCGTTAGCGAAGCGGTAGCGACGCAGGAGCGTCACCCGAAGGGTGATAGGTGACAGGTGACAGGCTATAGAAACTATCTGTAACCTGTTCCCTGTAACCTGTAACCTATTTATCGATGTGCCAGTGTTTGTTCTTGGGATTGCAACCAACCTGCGTCGTCGTTTTTGAATGGCGACAGAGCGCGCAGACGTTCTACAATTTCGGGCATAACTTCAATGACGCGATCAATTTCAGCGTCGGTGGTGTAGCGACAAAGACTGAAGCGAATGGAACCATGTAAGGTGGTGTATGGTAAACCCATTGCCCGGAGAACGTGGGATGGTTCGAGTGAACCGGAGGTGCAAGCGGAACCAGATGAGGCACAGATACCGTATTTATTTAACAAAAGCAGGATTGCTTCACCTTCAATATATTTAAAACCGATGTTGGTGGTGTTGGGCAATCTATTTTTGGGATCGCCGTTAACTTCACAATCAGGGATTTTTGCGAGGAGAGTTTGTTCCAGGCGATCGCGCAACTTTCTTTCTCTGGTGGTTGCTTCTTCTAAATGCAGCAATTCTAATTCGGCTGCTTTCCCTAAACCAACGATACCAGGAACATTCTCTGTACCCGCGCGGCGACCGCGTTCTTGATGTCCACCTATCAACAGGGGACGGAATCTCACGCCCCGGCGCACATACAACGCGCCAATACCTTTGGGTGCGTGAATTTTATGACCAGACATAGTTAACATATCTATTGTGCTGGTCTTCATGTTCAGGGGAATCTTACCCACTGCTTGCACTGCATCTACGTGGAACAGTGCGCCACGTTCTTTGACGCGTAATCCAATCTGCTCAATCGGGAAAATCGTACCTGTCTCGTTGTTAGCATACATGATGCTTACCAAGGCAGTGTTCCCAGTCAGTGAGGCTTCTAGCTCATCTAGATCCAACTGCCCCTGACTATTTACCGAAAGATAAGTAACACTGTAACCTTGGGTTTCTAGTTGTTTGCAGACATTCAGTACCGCCGGATGTTCTACTTGGGTAGTGATGATGTGGCGTTTTTCTGGCTGGGCTAACAAAGCGGCGCGAATGGCTGCGTTATCTCCCTCGGTTCCACAACTAGTAAAAACAATTTCTGATTCATCTGCACCTAAGAGGGCGGCTAGTTGTTCCCTGGCTGTTTTCACTGCTTTAGCCAGTTGCCCGCCAAAGGTGTGCATACTTGAGGGGTTGGCGTAATATTCGGTTAAGTAGGGCATCATTGCCTCTAAAACCTGTGGGTCTACCTTAGTAGTCGCATTATTATCTAGATAAATGACGCTCATTCTTATACCCCTAATATTTCACCCTGATGCTTTTCCATTTGTTCAGAGAACTTCTTTGACTAGAAGTATTTGCTATCTAATATAATTGAAAGTCGTATCTATACGTTGTTATGGAAAGTTGGGGTTATGCCAGAGTCAGTGGTGAAGAACAGCAAACAGATAAAGGTGCGTTGCGTAAACAAATAGAACGCTTGCGTGGTGCAGGATGTTCCAAAGTATATTGGGATATTCAGTCACGGACAACGGAAGTCAGGGAAGGTCTGCAACAATTAATTAATGATTTGAAGACATCGCCCAAGGGTAAAGTTAAATCTCTGCAATTTACCCGAATTGACCGGATTGGTTCATCATCGCGGTTGTTTTATTCATTGTTGGAGGTGTTGCGTTCTAAGGGAATTAAACTGATAGCCTTAGACCAAGGAGTAGACCCTGACAGCCTTGGCGGAGAATTAACCATAGATATGTTGTTGGCGGCTGCCAAATTTGAGGTACGAATGGTGACAGAGAGATTAAAAAGTGAACGTCGTCATCGGGTGAACCAAGGCAAAAGTCACCGAGTTGCCCCATTAGGATATAGTATAAACAAAGATAAATATATCTGCGATCGCTCTCCATGCGTTTGCTTATTGGAAGGACGCAAAGAATTAACTGTATCTGATGTGGCAAAGTATATTTTCAATACTTTTTTTGAGTGTGGTTCAGTGGCGGCGACTGTGCGGAAGTTGCACGCAGATTTCGGTATAGAAACAAAAGCTTTTGATTTGCACAAGCCAGAAACATCTTCACGCATTGTTGGTGATGATGACTTAGATAAAATTGTATTTACACCACATAAAACGAACCATCCCTTGCGTTATCCCTGGTCTGGGTTAAGATGGTCGATCGCAGGTTTAAAAGCATTATTAGTAAACCCTGTTTACGCTGGTGGTTTGCCTTATGATACTTACGTTAAGTCAAAGGGAAAACGCAAAAACTTTGACGAGTGGAAGGTCAAATGGGGAACTCATGATGATGAGGCAATCATCACCTACAAAGAACACGAACAAGTAAAACAGATTATCAGAGAAAATCGCAATAACCGATGGGCTTCTGGAGAAGATAACGAAGTAAACCCATTTTCTAATTTAATTAAGTGCGCTCATTGCGGTGGTTCGATGACGCGCCATGCAAAACGGGTAAATAAGAATGGGGAAGCTATCTATTATTTTCAGTGCCGTCTGTATAAAGCTGGTAACTGTAGCAATAAAAATATGATTTCATCCAAAATATTAGATATCCAAGTAGTGGATTTTTTAGCTAAAGAAGCCGAAAGGTTAGCGAACTTGGTTGATACAGATGAGCAAGTTCCTGTAGAGGAACCCCCAGAAGTAAAAACGCTGCGTGCATCTTTGAATACATTGGAAACCTTACCACCAAGTTCAGCAATTGAACAAATCAAAAATGACCTCAAAGAACAAATTGCGATCGCGCTTGGAACAACACATAATGTAGCCAAAGAATCCCTAATTGCTAAGGAACGAATTATACAGGCTTTTTCTAATAAAAGTTATTGGTTAGGATTGCAAGCTCAAGATAAACGATTAATACTCAATGGCTGTGTAAAAAAAATATTTGTAGATGGCCACTTCATTACAGCCATTGAGTATCGTTATTAAGCAGTTTTGTGTTTGGACTTTGTTTTTTGTTCTGGAGTGGCCGAGGTAGATTGTAGCTCGGCTTTACTTACAAGATTGCGATCGCAAATTTCGGTGTAGTAACAGGTCAAACACATCTAAGTATAGTATATAAATACTAAACAAGTGATAATCGTGCGTGATATGTGTGTAAGCAATTAAACTTTGAGGCTAAAATGTTTCATAAATTTTCACTTAAATAAAATTAGCTGACAATAAAATTTGATAAAGGTTTACATCCTTTTCAACTAAGCAGGCATGACCGCTATGAGGTAGAGTTATTATTTGAGAGTTAAGAAAAATATAACCCAAACGGTGTACCTCAGCTTCTGAAAGTAAAAGTCGGTCATTTTTACCAGCAATGAGTAAAACAGGTTGAGTAATTTGAGATAATTTTTTTTCGTCAATATCAAATTTTTTCATCAAATCTAGTCGTTGACTAGCAGTTTGTTTTGGTGCAGAAGTTGTTGATTTTAACAGAGCTTGTTTAGCCGTAGGTGAAATTCGATTTAAATTAGCTAGAAAAGGCAAAGATATAAATGAAGAAATTTTATAAAATAAATTAGGTGTGTAAGGAAATAACAGAGAGCCTAAAGTTAACCAAGATACTCGATGAAATGAAGAAGCAGAGTTAATTAAAATAATTTTTGTAAACAGTTGAGGAAATTTTTCTAACACTTTGAGTGCTAAACAACAGCCGAATGATTCACCACACAGATAAACAGGCGATATCTCACGACAGGCCACTTCGTGTCTACGCAGTAATTTTTCAAGTTCTATCTCAACTAAATTTACTAATTCTTTTGTCATTTCATCCCAACTTGTTAAATCATCAGGGGGAATAACAAAACAACGTACATTAAAAGCAGCTTCTAAACCTGCTGTTTGAATATACATGAGTTCTTTTCCTGTCTCATCCATTCCTGGTAAAAATACAAAAATTGGATAACTAGAGTTAGATGGTTGAGTAGTTAAAAAATAAGGATGACTGCGTATTTTATCTGGCATAATTAACTATTATCGATAATAATGTTATACGTCTTATAAGCTCTTAAAAATAATAGCTATCTAACCTGCTACTAGTCCCAATAATTACGCACAAATATTGTCTGTAGAGGCTGAATGTAGGGGTGAAATTGTATATAGTGTAAAGGTTTTGGATAAAGACAGAATTGCATCGATAGGATCAATGAGAATACTTTCTCCTTCTAAAAGAGTTGATATTTTGTTCTCTATACTAATTTGTTTAAGTAAAATAGTACTTTGCAAAGATTCTTCCATAAGAAAACTTCAGTCGTGCTGTATAACCCTCCTTAATCAAAAGCAAAAACTATCAGCAAGTCGGTTAACTTGCTGATATAAAGTTTTCAGGCTTTGCTGAATTGGGGGATGAATTCATTAATGCAGGTACAGTTTGATACTTCAAATAGTGAAGTAATAATTTAATTGAGTACCTCAGCATTTTTTCTGATTTAGAATAACATAAAGTTTTTCGGTGAAGTCGTGCAAGATAATGTCGTAATCGGGTATTCTCATTTTCAACTCTTGTCATGTATGTTTTGCTAATAATTTGATCTTCATTGGGAATAAAAATAGGGTAAACTTTCCAGCCATCTGTTACATAAAAATAGCTTTCCCATTGTTTTACTGTTTCCCACAATGGCTCAAATGCTTTAGCACTACGATCTCCTAAAACCCAGGCTAAAATTCCTTGGGTAAAGTGATTTACTGCCGTCCATAGCCAAATTTTGTTTTTTTTGAACCTATAAATGTTTCCAACTCATCTAATTCTCCAACTTCTGGAATCGCCTCTTCCTTCGGTACATCTGGGAGCTTTTCTCCTAATTGTTTAACCTAATAAATTATCGTCGTATGATGTACACCTTTCACCCGTTCTATTCCACGAAAACCCATACCATTCAGGTACATTTTTAAGCATTCATGTTTCAGTTCCTCTGAGTATCCTTTGGGCGGATCATACACGTCGATAAATTGGCGATCGCACTTTGTACAAATGTGATTTTGTTTACCTCGGCGTTTGCCATTCTTTCTAATTTTCGTAGACCCACAGTATGGACATTGCACAGTATACGACCTCAATTCATCCCTCTATTATGCAACGCCAGTTTTCAGTTTATAAGTCTGTATTGCCAAAGACTCTAGACGTTAGCTAATGCTGCTCCTGGCACTAATTCTACTTTCACCCAACCTGGTTGCCTTTGGTCAAATGCCTTATACGCATCAATAACGGACATTAGCGGTTCGACTTGGGTTAAAACTTTTGTCGGGTCTACTGTGCCATTACGAACTAAATCTACTAACGTTGGAATATATTTGCGGTGATTACAATTTCCCATATTGATAGTCAAATTCTTATTCATCGCCATACCGATGGGAAAGAAATTGTGGCTTGGGGGATATACTCCAATAATCGAGAGTGTACCAGCTTTAGCTAATGCCTGAACTGCCCACTCTAAAACTTGAGAAGGCGCATTCCCTGGATGCCAATTGCCATTTTGTGGATTGGTTTGCGGAGCAATTTGCTGTAACTGCTGTTGAAATTGTTGTGCTTCTTGTCGTGCTTTTTCTGCGGCTGGGCCACTATCAGGAGCATTAGCATCTACACCAACAGCATCAATGACTCGGTCTACGCCAACTCCTCCAGTGAGTTCACGAATCACCTCGATTGGATCTTCGGCATTGTAATCGATGACTTCTGCACCCAAATCACGCGCCATCTCTAAGCGTGATGGGATTGTATCTACTGCAATAATGCGTCCTGCACCAAACAGTCTGGCACTAACAATGGCAAACTGACCAACCGGGCCACAACCAAAAATGGCAACTGTATCTCCTGGTGTGATCTCTGCAATATCGGCTCCAAAGTATGCTGTAGGAAAGATGTCAGACAGCAAAATTGCTTGGTCGTCTGTGACTTCTTTTGGTAGCTTAACTAACCCTGCATTGGCATAAGGAATTCGCGCATATTCTGCTTGCAAGCCATCGAAGGGGCCTGCTGCTTCTGGGCCTCCGAAAAAGGCTGTCCCAGCGTTGTGTCCGTGGGGATTGGCGTTATCACATTGAGCATGGTATCCGCTCCGACAATAAGAACAGTAACCACAGGCAATTGTTGAGGGAATAACGACGCGATCGCCTACCTTAAAATTCCGTACATTAGAACCAATCTCTTCAATAATTCCAACACCTTCATGCCCTAGAATTGTGCCGGGTTTCATGCCTGTGAATGTTCCCCGAATCATGTGTAAATCTGTGCCGCAAATAGCACTAGAAGTCAGTTTAATAATGGCATCAGTGGGGTCTTTAATTTTCGGTTCTGGTACGTTATCTAGTCTAATGTCTCCAATTCCGTGAAAAACTACTGCTTTCATGGTGAATGCTCCTAACTTATAAAGTTTGCTTCTTAAAAAAACTAAAAAATCTAGTAACTGTGATGTTGAGTTACTACAAAATAAAACTGAATATTTAATAAAGTTAGAAACATCTTATCCAAATTAAAATTTTTGATGGATAAATTAGAAAAGTATTGAGTTGATTTTGAGCTAGATGACATACGCACTTAGAAACTATAGTATCGATATCACCATAGTTTCTTATCGTCCTCTAGAAGGATATAAGTTATAAAACACACGGATAGTTATCTCAATTAAACTTTTGTGTAAGAGGATTCACTAAAGCTTTATTGGTGACTATCACTACTTTCTCTAATTGTCTTCTCAAACACAACCTATTAAATGAAATTTATCTAATTTAACTCTATCTTTAGTATTGTTTTATTTAAAATGTAATATGTACATCACAATTATATATGTGAATAACAAAATTAATTGAAATCACTTTTGTTATCTCAATGCCCCAATAGTTTTATGTTTTTATAAAAGCTAATTTTAAATTAGGAAGACTACAACATTTATGTTATATAAATAAAAAATAGAACAAGTTAATTTTAAATAATATTTTTCCTCAAACCTCCACTTCAAAAAATTTGTTTTCTTACTACGGTGGAGAATTAGTAGGCTTTGTTGCATGAAAGGAAAAAAGGACACTCCAATCCGAATTCAGGATAGGAATTAGCCTTCGACTTTATAAGAGTCAGGCTTACCTAACTGGATCATGCGATTCAGGGCAGCACATTGTAAAAATAACTCGACAGCTTGATTGTCAAAAAAGCGTCGTCTTAACTTGCCACCAAAGATGATCTTGAGCCGAAATATAGCAGTCTCAGACAAAGAGCGGCGATGATACCTGCTTTCAAGTTTCCATTGCTTGCGTCCAACTTGATGTATTCGACGCAGATTCTCATCCCTAGGATACGGCGGTGCTTGAGTGTTTGAGGGAAGTTGAATTTTGGCGTTACTGCGTGGTGGAATTATCGCCCTCGCCCCATGTTGTGAAATGGTGTCATAACAACCTTTTGTGTCATAGCCACCATCACCGGATACTTGCTCTATCGGTTGATCAATCTGCTCCAATATGTCAGGCAGTACCTCGCAATCAGCCATATCATTAGTCGTCACCACTGCACCCAGGATTTCGCCACTGCCCTCATCAACTCCTAAATGCAACTTCCGCCACGTCCGTCTTTTACCTACTCCATGTGTGCGGACTTTCCATTCACCTTCACCGTACACTTTCACACCAGTTGAATCCACTACTACATGGACAGCCTCATCTTTTGGCACTACAGGTAGTTTCACCAACAACTTGCTTAAACGACGAGATAGCGTTGAATGGTCTGGTACTTCTAGCTCAATTCCCATGAGCGTGAACAGCGATTCTAAAAACCCCTCTGCTTGTCGCCCTGGTAAATGAAACACCGATTGAATTGTTCCCATAGTGGCGATCGCCACGTCACTATAATAATTCGATGCTCCTTTTTTCCCAGTTTTCTGCTGGTTGCGCCACTGCTCTATTATCTCTTCGTTTACCCAGAAAGTTATACTGCCTCGAAGCTTTAATGCTGCATCGTAAGCGTTCCAATTCTTAACTTTGTACTGAGCTTTCGTCTTCATCGTTGGACTAGGCAGTGAGAGAACATAGGCGATAAATAAAATTTACCATTTTGCCTATTCACGCAACAACGCCGAATTAGTATATAAATACGGTGTGTACAGCAAGCCTCCTGCATAAATAAAGGCAGAAGGCAGAAGAAATGAAATATTAGTAGGACTATTCCATATTTGGTTTCTCGTCAAATTGCACCATCATCAAAACAGCTGGCGCATCACCTACTGTTCCAGATAGGTGGCCTTTATGGCCTTGTGCGTCTTCTTTTGTTTCCTGGTCTCCTCCAAAGGAAATTTCACCAGCCCCCATCTCTACTCGTTGACCATCCATAGTCTCGACAAACCAGCGTCCTGACAGCGGAACAATCCACTGCGGCTTCGGATTTTCATGCCATTTTCCTACCCATCCTACTGGTAAAACAGTATACGTAATTGTAGCTCCATACTGTTTTAATTTAGACATCCATTGAGGAGCCGTATCTGGTGCTATACCTTTTTGAGTAAAGTCCTCAATTTTATGACGGGACTGGTGGCTTACACCATCATTATCAGTCCAGACATGCCAGTATTCAAGTGTTGGTTTTTGCGATTGATTATTCTGCATAGAAATTGTTCTCCGTAGTTGGTAGTACTAATGTTTTAGCGCCAGCGTTCTCAACTTTTTAACGTGCACCTTCTAGTCCATCTCGGCTACGTGCGACTAATGCTATGTGCGCCCCTCGCTTAGCAAATGCTCGGACTGTGATTTTTCCTATCCCGGCAGAGGCTCCGGTAATCTACAAAAGATGGAACAAGCAAGGGCAACAGAAGTGTAAGAACATGATGATGAAGCTGCATCTAAACCACAGGTGATCGCGATCGACTTTGGTGACGCATCCGGTAGTAGCCGACTCATCTCCCCTTTGGAAACCACTGCTTGCACAATACCTGATAGGGTAAAACCCAGAATCAGCGCCCAAATAATCTCCCAAAACATAGAGAATGTCATGCTGAGTGCGTGAAGAATTCCATTAATTGGCTCGGTAAAAGGGTTAATAGCCTGCATTTTGATTTCTATCTTTAGTTGTAACTTTTTCTAGCAATTAATTCTCAATTCGTAGCCGAAACTTCTAATTCACCGTCTTGATGAGTAATTTCCCAGTGAGTTTGTTCTCCTTCGCGCCAAAAACGCAATGACACTTTTGCATCTCCCACACTCAAATTTGTCAGTTTCAAGTCTGGCAGGCACTCTGGGAGGCTTGGTTGTACTTTTAACTTTCGTTGTGGTGCATCAGCGTCGAGTCCTAAAATGCTGCGAATGAGTAAGAAAATGGAACCAGCTGCCCAAGCTTGGGGTATATTCGCATCTGGATAGGGAACTGGAAAGTTATCGTCTCGGCGTTCAATTCCGCCAAATAATTCGGGCATTCGTCCAGCTTGAAAATAACTAGCAGCAGCAAAAATCCCCTCAGCAATTTGATTGGCTTCTTTGTCGTAGCCATATCGTTTCAACCCAGATGCAATAATAGAGTTATCGTGCGGCCAAACACTTCCTCTTTGATAACTAATGGGGTTATATCCTTGATTTTGCGATGAAAGAGTCCGTATACCCCAACCACACCACATATCTGGTTGGAAAAGTCGCTCTGCAACTTTTTTCGCCCTTTCTTGCGGTACAATCCCAGACCAGAGCAATTGTCCGGGATTTGAGGCGATCGACTTAATTTGTTGCTTGTTGTTATCTAAGCCAAGACAGTAAAAGCCTTCATCTTCCATCCAAAAGCGATCGTTAAAACGTTGATATAGTTCTTCTGCTTTTTGACGTAACTTGTTCGCTTGTGCTTGTTCTCCCCAGACCTCATAAATGAAAGCAGCCTTGAGCCAAGCATCGTAGACATAACCTTGTACCTCGCACAAAGCAATCGGTGGCTCTACTAATTTGCCATTGGGATAAACCATTGATTCACCCGAATCTTTCCAGCCTTGATTGCGTAATCCATGACTAGAACGAGTCATATACTCAACAAACCCATCATTATCAAAATCGCCGTACTTATCAATCCACTTTAGGGCTTTTTCTAGAGGCGATCGACATTCATTCAACATGACTAGATCGGCGTTCCAGCTATAAGTTTCAGCTAGGGTAATAATCCAGAGAATAGTAGTATCTACCGTGCCGTAATAGGGATTGTAGGGTAGTTGATTGAGTTTAGTTAATTCGTCACGCCGCAATTCATGTAGCATTTTACCGGGTTGAGCATCGTGCCAGTCATCCGATTCGGTGGCTTGTAACTGAGCTAACCGAATAAGCGTACCACGGGCAAATTCGTGGTAGACTGCCATTGTTTGTAAGCTAGTAATTACAGAGTCACGCCCAAAAACAGCCATAAACCAAGGAATACCAGCAGCAGGCATCCAAAACTGATGCCCATTGTCTTCTACCTGAATTCGTAAAGCTCCCATATCAACGAGCGCCTGCTGATAAAATCCTTGAATTTCAGCATTAGAAGACTGCAACTTTGTCGCGTTACTCAGAAATTCATCGCTGACTTTTCCGGCTTCTGTATTATGAGATGTATTACAGGTTTGTTGGGGTTGAAGGACATCTCCATTGGCTAAGGCTGTAAAATTAATACAGGTGTGCCATGTTTTGCTAGGAAGAATCACCACATTAAACATTAAACGACCATTGGCGTAGTTCGCTTCTGAAGTAGAACAAACTGGCTCAGTCACGATGCCTCGAACAAAAGAACGACTACGATACTGAGTAGTGAGTACACCGTCTTTCCATACTGTTTCAGTATTACCCCGCATGACGATGTTCTTGGCTTTCACTTCAAAAATATCGGCAAAGTCAGAACGAATCGCCAACATCAATTGAAACTCAACAGCTTCTGAGTGGTAGTTGGTGATATCGATATCTTCGTGCATTCCTCCTACAATGTCGCGTCGAATGGTTACGAGCAAACTACCAGAAGCTAAGTTGCCGTTAACAGTGGGGATTTGCGGATTAGTAAATTGATAAAGAGCAGTGTGATGATTGATGTTACTAGCGGCTAGAAGTACCTGACTTTTCACGGGATGTGGAAAAGGAGAAGTGGTTCGCGGAGAATTTACGCGAACTAACTTTTATGGTTGGCGATATTTAGAAGTTTCTTCGATTAAATCTTTCAGCCCAAGGTTGAGGGACTCAATTGATCGATCTAAAGCTTGAATTTTGGCACGGCGGGTAATTTGTTCAAGAGCATCTATGTAAGCTTGACTACCAGATTTACCTAAATGCTGATATCGAGACAATTTACCATCAGTCTTTGTAGGAAAAATTGGTGAAGATGCCTGTAGTTTGTAATACCAATAATTATCAGTCCGCCCCTTAGCTTGGTAACGAACAATCCAACAGGAAGCGGGAGCGACCTTACCCGAAGCGAGTATTGAATGAATTTCTTGCTCAAGACGTTGTTTGGTTTTGGCTACTGCGTCTATACGTTTGGCTAAATCATCTTGAATTGAAGATTTTGGCGACAGGGGCATATAACACACTCCGATTTGGTTCGCGTATAATATCCGCGAATTATTTTCTGATGGAATCAGGCAGGTGTTTAGCTTTTGGAACGCATTATTTAAGATTTTGGTGTAGTAGCCAACCTTGGCACAAGGTTTCTAACTCTAACCAACCTCTCCATAAAACTTGTATACCGATGGCACTGTTTTTCCGATGTTCTAGGTATCCTCCCAGGCGGGCGATAGCGCGGATTGCCCAGTCAACAGTAAATTCGATATCTTTTTTCAGTTTAGGTGGGCTACTAGCTATCAATACATCCATTTGTTCTTTTGTTAACACCACACTAGCGTCAAGATGCGGACAGTTACGGTACAAATATGTCATTCGTAATAACTGCGCGGCAATCACAGTTAAAAATCCCAACATTGTTGACATACTTTCACCAGCTAATCGATAGCTTTCAGCTTGGCAACCAGATTTTAGAATCTTATGATACTCTTCAACCCGCCAACGGTACGTATACCAACGGAGAATTTGAGTTGCTGATTGCTCCGAATCAACTAGCTCAGTAGTTAGTAGCATCCACTCTACTGGTTCACCATTTTCTGGACAATTAATTTCTCTGGCATAGACTGCATAAACATGAAAACTGCCTTGATTTTTTAGCCGTGCGGGAGGACTAATTGATACTGGACAATATCTAACTTCTAAGGTGGCAGTTCTGGCATGACGTTTTTTGGTTTCGACTAGTTCAACGTCTTTAACAAACTGGACGGGAGTGGAATTTACGTATGACCATAGATGACCATTTTCGCCTTCTAAACAACGGTTGTGTGCCGCCCTGACTACTACACCTGCATTTTTAGTTTGACTGATTTGAGCGAATACTTCTGCAATATCGCCTTCTCTATCAAAAACATGAATTATCTTCGATGATAATCCCCCTACTGGAATTTCTAACTCAGAAAATTGTTTTTCTATCTTTGAGAAAGCTTCAACCCATCGATAAGATTCTTTTTCTTTAAATTCTTTATTTCTCTTAGCTTTTCGCTCTTTTTTTAGACGATCTTCTTTAAGTTCTTGAGTTTCATTACTCGGTTGTGGTGCTTTATGCTCTCTATGCCACAGCTTCTCCCACAATAGCCCTAAAGGTTGTCCAAAATCAGGCTCTAAAGCTAAACAACTGTGTAGAATTAATCCATTTCCGCCATTACCTATTGGGCCGTATTCTTCTCTTTTATCTAATATTTTTTTGTAATCTAAAAAAGTTGTATCTCCTACAGCTAACACTACAGGAGTGCCGTTTATTTCTTGGGCTGTTTGTTTAAAATAAGGTTGAGTCAACTTTTCAAAACTGGTTTTTGGATTCGAGAAAAATTCGTAACCACGCTTGAGGTCACTGGCAGTTTTAAATATTTTTGATAAAGGCTGACCATATTTTACCGATAAAAGTTCACCTATTGATGCTGCTCGTTGAGTTAAACGTTTGTCTCCAAAGTTACACTCCCCATACAGGTTCTTTTCTAATATTTTCATTTGCGCTCATTTACACACCTACCACGACAATATCTAAAATCACAAGTTAATTCTCTAGCATTGGTTCGCGTAAGTCTTACGCGAACCACCTTCCCTTTTCCACATCCCGTGAAAAGTCAGCTAGAAGTACAAGTCGGTAGCGATTGAGAGAAATTTCGTAGTAAGAAATCAGGCGTGTGTCACGCACAAAAAAACCTTGCGCTTGATTATCGTCGATGTAACCATCACTAGCAGTTACCAGAAATGAGGAACCATCATTAATTGTGATTACACCAGGGTTGACAGTGACTTGTGTGGGCATAGGGCAAACAATAAGTGTGGGAGGATGGGGAAGATAGGGGGGGAGGAGAGAAGTATGGGAATTGTGGTTCGTTTCTTCCTACACTCCCCCATCTCCTCTGCTTCCTTGTCCGTTTTATAGAATTCAATATTGAATAACAGAGTTAAAATATTGAGTAGATTTCCTACTTAAAGTATTGCTAGACCAGTAACAAAAATTACAAAATTACGTATTTAATTTATTGATAGGTATTGCTTTAATTCTGGCATTAATTTATAAGTTTGCAATGGCGATCGCCTCCAGCTAGTGGAGGAATCAACAGTTATTTCCAAAGACAGAGAAGAAGTTCACTGAATTTTTATAATTGTATGAAATCTTTAAAACATCAAGTTAGCAGTACTTGTTTTATAAGCAAATGGAACATTGATTACATGAAAAGAAAATTGTTAAAGATATTGGGTGGTGACTATAAACAGGATGAGGTAATAGAGAGTTAATTTCAATACTATTGAAGAAAACATTAATTACAAGTACAGAGGCGATTGAATATGTCTAGTCAAACCAATGTACAGATACAAAGAATTCGAGCCATTGGCTTAACAGTAAACGATGCCCATCACTCTTTGGGTTTTTATACACAGGCTCTTGGTTTTGAATTCGTTAACGATATTACTTTTGAGAATAAGAATTACAGTGAACTGGAAGGTGTACCTGGAGCAAAAACTCGCATTGTCACCTTGCAGCTAGGTGATGAACTTATGGAGTTAATGGAATATATCAACATTCACTCTCAACCTATCCCTATTGATTCTCAAAGTAATGATATCTGGTTTCAACATTTAGCAATTGTGGTGAGTGATATGGATCGGGCTTATGCTCATTTATCTTCATTTCCCATTCAACCTATATCTCCCGCACCACAAACAATACCATCTGATAATGAAGCGTCTGGTGGTGTCCGTGCTTTCAAATTTAAAGACCCTGATGGACACGATTTAGAGTTAATTTGGTTTCCACCTGATAAGGGACAAGATAAATGGCATCAGAACACGAATCGCTTATTTTTGGGAATCGATCATAGTGCGATCGCAATTTCCAACACCGAACAAAGTCTACACTTTTACCGCGACCTCTTTGGAATGCAAGTTGATAGTCGCGGTCTCAACTGGCGTGCTACTCAAGCTCGTATGGATAATTTACCAGGAGCCGAAGTCAAAATTACAGCACTACGCCCAGTTCAAGGCGGTGAAGGAATTGAACTGCTAGACTATCTTGTACCTGGCAAAGGTCGTCCTATGCCAAGTGACTGGAAAAGTTGTGATATTGGGACGGTGCAAATTCAGCTAATAGTAAATAATCTTGAGCAGCTAGTAGATAAACTTCGGCAGAATAGGGTTGAGTTTATATCACCAAGCATTGTAAAATTTAGCAATCACTTATTTCCTTACCAGCAAGCTTGTCTAGTTAAAGACCCTGACGGACACACAATATTACTGATAGAGAATTGATGGTATCTGACTTAGCTTTTTGTTCCTGTTAATGCCATTGCCATGATTTTAACTGGTTTCAATATCTTCAAATAAGTTTATTTTAATATATATAAGTAATTGTCAAAAATGGCAAATTTTAGGGATAAAGACAATGAGCCCTCTTGGTTAACTAGTGGCGCACCTTTGGCAGTAATTCTGGCAGCGGGACTCTACATCTTATATCAACTTTTACCAGTATTAGAACTAATAGCTATTGCAGCATTAATTGCTTTAGTTTTACGAACCCTATTACGCTTTTTACAGAAGCTGGTTAAATCACAGGATGTTGCTGTTCTGTTATTAATTGGATTGATAATTGGCTTTGGTGTATTGCTGACTACTGTAGTCATCCCTAATGTTACATTTCAGGTTCAAAATCTACTAACTACACTGCCAGCTTATCTCAATACATTGACAGGAGATGTTGAGCAATTGCGTCGCAGATTTACCTTTATTCCTGACATCTCCCTATCACTAATACAATTGCGGAACTTTATCAATCAATTACTAAGCGGAGTACCAATTTTTTTGGGTCAAGCCTTCAACTTTACTCTGGAATTGGTAGCTACACTAATTTTAGCTCTGTATATGGCTTACGACCCCAAATCTTTAGTAAATGGTATTTTACGGTTAATTCCTCGCCGACATCACCAAAGGTTTACACGAGTCCTCAAGGCTTGCCAAGTCAGACTCCGTGGTTGGATTTTTGGCACAGGAATTGCCATGATATTCCTCGGCGTAGGAGCCGCCTTAGGATTGTGGATTTTGGGAATTCCGTCAGCATTTGCCTTTGGCATTATTGCAGGCTTATTCGAGATTATTCCTTATTTTGGTTCCATTGTTGGTACTTTTTTACCAGCCTTAGTAGCATTAAGCATTTCACCGATAAAGTTAGTATTTGTTCTCATACTATTTTTAGTTATGAATCAGATAGATGCTCATATTGTTCAACCTTTAGTGATGGGGCAGCAAGTTAATATACATCCTGTGATGGTAATTGTGACGTTTCTCGCTATGGGTAAGCTATTTGGACTTATTGGTGTATTGCTTGCAGTTCCAGCTGCCGCTGTCATTGTGACACTCATCGATGAGTTTGCGCTTAAGGAATCTGAACCGGAAGTACCTCCGGTATAAGTCAAAATTAAACTTTATCTTTGATTTATCGTCCAAAAATCGCCGCATCTATTGAATAAGCACCAGGGCCTAAAACTGCGATCGCAATCAGCATGACGCAGTACATAAATGCTTTTTCCCAACTTGGCGGCTCACCTTTTCCTAAAGGGCCTTTATACTGATCTTCGGGAATTAAATAAGGATCTGTAGCTACAAAAGGCTTACCTTGAATCAGATGTAACAATGTCGCAAACAACATCGAAGCCAGAATCGGCAAAGTTGCTAAAAGTGTGAGAAATCCCAGAATCAGGAAAAGCCCACCACCCAACATCGTCCATGCAGATATAAAGCAAAGAAATACGGGTGTACTGATAGACTCAGCCCATCGGCGAAGATGCAGTACTTTGGGGTAGCCGTGAATCAAAAACAAACCGCCAACGCTTACTCTCAGCAATAAAAGTGCTAATCCTAAGATTCCCCCAGGATAAGCATGAGCAACAGAACTCAAAAGATACGGGCCGAAAAATGGATAATTAACTAATCCAAAAGTAACTACTTTCGGTAGTATCCATACAGCAATCGCTACACCTAGCATGAATTGATAAATCATAACTGCACACCACGGGTTTTCAGGTCGATAGCGTATAAAGATTTGCCTGCTGTGATAAATAAGCGATCGCGTTCCTTACCGCCAAAAGTTAGATTCGCACATACTTCCGGTACGAGAATTTTCCCTAAGCGAGTTCCATCGGCAGCGTATACCTGTACGCTATCTTCTGAACTGATAAAAACGTTGCCATATTCATCAACCCGAAATCCATCAGGTTGTCCTGGCTCAATGACTGCAAACACCCGCCCATTTTTCGCCCATCGGCCATCTACTACATCATAGACGCGAATATGATGCGGCCCGTCAGGAATATTAAATGCAGCTGTATCTGAAACATACAGTAAACTTTCATCAGGACTAAACGCCAGCCCGTTAGGACGCACCATATCTGCCACTACAGGATAAATCTCACCTGTTGCTGGGTCGAAGCGATACACGTAACTTCCGGGTTGTTCTTGTTCGCCACCATACCCTTGATTTGGCTCGGTGATTCCATAAGGCGGATCGGTAAACCAAATTGTGCCGTCGCTTTTGACAACCAAATCATTGGGACTGTTGAGGCGTTTACCTTGGTAGCGATCGACTAAAACCTTCCATTCACCATTGTGTTCTTGTCGGATGATGGCACGCAGACCAGAAGAACACGCAACTATACGACCTTCCAAGTCTCGGTAATTACCACTCTGGTAATCAGATGGGGCGCGGAGAACGCTGATGTTCTCAGTCGGACTCCACCGCAGCAGACGATTACCATGAGCATCGCTCCATACAACACTATCGTTTTCATGGATATAAACAGGGCCTTCGCTGTGAACTGCACCGTTAGCCAGCTTTTGCACTGAAGCTTCTGAAGATACAATAACACGCAGGCGATCGTCATAAATTTCAATGTCTTCAGCCATATAAATCTCCTGTTATCTAACTTGGTGGCTGGCAATAAATAGCAGGTTCAAGTAATTATTTTTTTAAAAAATTATAATTTATCTAAATTTAATTATTATTTTATTGATTTCTCATTTCTTCAAACCATAGATATAGATTAGATTTTTATTTTAAAATTATACCGATTTAAAAAAAATAATGCAGCAAATACTTCATTTGTAGAGACGCGATTTATCGCGTCTTATGCAATTATTAATATAATAATTGGTGTGATAAATTATTTTATTTTTTATATTTACATTCATTAGTTGCGTTCGTCGTATCGATAAAAAATGAAATTAAAATGAAAATTTTCCCTCTCTTCAGATAGAAACAAAGGCTAACCCATTAGGTCGAAGTAATATTGTAATTAAAGTTTTACCCTAAGTAGAGGAATCTATCTTTAGAGCTAGATAGCATTTCAAAAACTTAAAAACTAGCTCAAACTATTACCAAATTACTTTGCAAAAAGAGTCAGAGTGAGATTTTTTCACTCATAATAACTATGAAATTATGACGAACATTAGAGAACATTACGACATAATTATCATCGGTACAGGAGCAGGTGGTGGGACACTAGCTCACCGCCTTGCACCCACAGGCAAGAAGATTTTAGTTTTAGAAAGAGGCGACTTTTTGCCGAGAGAGAAAGCGAATTGGAATCCACAAGAAGTTTATCAAAAACATCGCTATCACACTGATGAAGAATGGTATGACAAAGAAGGCAAAGCCTTTAAACCCCAAACAGGTTATTGGGTCGGCGGCAATACTAAACTTTACGGTGCAGCCTTAGTGCGATTGCGGGAGCGAGATTTTGAAAAGGTAATTCATAAAGACGGGATTTCTCCAGAATGGCCTTTGAAATATCAAGATTTTGAGCCGTACTACACCCAGGCAGAAAAGTTGTATGATGTGCATGGTCAGGCAGGAGAAGACCCCACCGAACCGCCTCGTAATGAAGCATATCCTTATCCGCCAGTGAGCCATGAGCCGGATATGCAGGCTCTTGTTGATGGTATCCGCGAACTGGGATATTATCCATTTCACCTACCACTAGCATTAAAGCTCAATGAAAGCGATCGCACCAAGAGTCCCTGCATTCGCTGCGATACCTTTGACGGATATCCTTGCCTAGTTCACGCAAAAGCTGATGCTGATGTCAACGCCATTCGTCCTACGCGCGAAAAGTACGCTAATTTCACCCTCAAAACTCATGCCAAAGTCTTGCGGCTGCATACTAACGAGTCTGGACGAGAGGTAACGAAGGTAGAAACTGAAATTGCTGGAGAAAAGCATTGGTTTACAGGCGATATTGTGGTGGTTGCCTGTGGTTCTGTCAACTCAGCGGCTTTACTATTACGCTCTGCTAACGATAAACATCCTAATGGATTGGCAAACAGTTCCGACCAAGTAGGGCGGAATTTCATGAGACAGTCGGAAACCGCGATCGTTTCCATACATTTAGACGTAAATCACGCCAACTTTCAAAAAACCATCGCCGTCAACGATTTTTATTGGGGAGAACCTGATTTTCCTTATCCGATGGGTATGGTGCAGAATACGGGCAATGTTCTAGCCGATATGATTCCCGCAGAAGCACCGCCATTAATGGCTCCATTTGTGAAACTGATTCCTCATTATGAGCGACATTTGTTAGCCGAAAGGTCAGTAGGTTGGTGGTTGCAAACAGAAGATTTACCAGACCCGAATAATCGGATTCGCGTAGTAGGTGACAAGATTCACGTTGACTATACACCTAATAATATTGAAGCAAGCGATCACTTAATCCACCGTTGGACATCTGTACTTAAATCAATTCCGCGTTCTGCTAAACACGTCCTACCATTTAGCATTTATCCCCGCACTCACATACCAGAGCAAGCAGTAGCCCATCAATGCGGTAGTTGTCGATTTGGCACAGATCCCAAAACCTCAGTCCTCGATCTCAATTGCCGTACCCATGATGTAGATAATCTTTATGTTGTAGATAGTAGTTTCTTTCCTTCAAATTCTGGTGTTAACCCGACATTAACGATTATGGCTAATGCCTTACGCGTAGGCGATCGCATCGCTGAACAATTGAAGTAAAAGCATCAGATAAAACTTTTACAACTTAATTTTGAGTATAGAAAAATTATGAATGATAAACAGACTAATTTAGAAACACAAAATCAAACCGCCTCTGAAACATCCTCTAATACTCATCCTGTTGCAACAGGATTGGGAGCAGCAGGAGGCGGGATTGCTGGAGCAGCACTAGGTCGCTCAATTGGTGGTAAGGTAGGTGCTGCGATTGGTAGCGTTGCAGGAGCAATTACTGGAGGAGTTGTAGGCAATAAGTTAGCAGAGTACGCCGGAGAATTTGTTGAGGAACTTCAGCCAAGTATTAGCTTAGGATTAGGAGCTGATCACAAACCAATTGAATTACCTCGTCATTACAATTGGGAAGAATTACAAGCACTATCAAAGCCCCAAACTGGAGAAATTCAACAGCTATGATTTATGGTTCATTGATTCGTCTGATGAGCAAGCGAATGGTATCTTAATATTTTGTTGACGAATTAGCTATAAGGCTGATAACTGTAGTACTAAAAATATGATTTCATCAAGAATATTAGATATCCAAGTCATAGATTTATTAGCACAAGAAGTTGAATGTTTAGGGAGCTTGGTTGACACAGATGAGCCAGGGTAAACTCATCTAATTCGGTATAATTTAAGCTTGAAAAATTAATTAAGATAAGAGTAAACAAAGATGTAAAAAACGCACTTGACTCAAGAGCAAGATCAATGAGATGACTTCAATGCTGTTGTGGAAAATTGCAGGAGTCAAGTTGATGTCACAAGGCTTTGAAAGTAAATCGGCTGATGCACTTCAAAATTCGCGTGGTCAGCGAAAGTCCAAAGAAATAGCAGACATCGGCAGTATTCAACAAAGTCTAGTGGAGCATTTTGGGGATATCAAAGATCCGAGAGTAGAGAGAACCAAAAAACATCAACTCCAAGACATCTTAGTAATTGCAGTTCTGGCAATCATTGCCGGAGCGCAAGGGTGGGAAGACATCGAAAATTATGGCATCAGCAAGCAACAATGGTTAGAAGAGTTTTTGGCGTTACCAAACGGTATTCCATCGGATGACACCTTTCGACGGGTATTTGAATTCATCGACCCAGAAGCATTAAATCGATGTTTTCTGCAATGGGTGGAAACCCTGGTGGGTTCGATGGGAGGAGAGATTATCCCCATAGATGGAAAGACAATTAGGGGTTCCTATGACCGCAATCAGGGTCAATCAGCACTTCACGTCATTAGTGCCTGGGCAAGTGAACAACGTTTGGTATTGGCACAAGTGAAAGTCGAAGATAAATCCAATGAAATTACGGCGATTCCGGCATTATTGGAATTACTAGATATCACAGGCGCTATCATTACTATTGATGCAATGGGGACACAAACCGAAATTGCCAAACAGATTGTTGCTAAGAAAGCTGATTATGTCCTAGCACTCAAAGCTAATCATCCCACTCTCCACTCTCAAGTCCAACAATGGTTTGAAACACACAAAGCCAACAATTTCCGAGGCGTTGATGTTAGTTATGACAAACGGATTGAGAAAGCTCATCATCGTCGGGAAATTCGTGAAGTTTGGAGTGTACCCGTAAGTGCGATTGGTCAGCTTTATCAACCCAAGGTTTGGGCAGGGTTGCAAAGCCTAGTAATGGTTGTGCGCGTCCGTCATCTTTGGAACCAGACTACTCGTGAAGTTCAGTTTTATCTGACTTCTTTACACAGCGATGCTCAATTCATTGGTCGAGCTATCCGCAAACACTGGGGCATTGAAAACGAGGCTCACTGGACTCTCGACTGTACTTTTTCCGAAGATGCTTGTCGTATTCGTTCTTTTCACAGTCCCGAGAATTTTGCTCTTTTAAGACGCTTTGCTCTCAATGCCCTTAACTGCGAAAAAACCTACAAACGTAGTCTTCGTCAAAAAATGAAACGCACCGCTATGGATAACAATTATATGATTCGGGTGCTCAGTTGTTGTTTCATTGACAATACATTAGGTTCTTCTAATTGCTTGTGTCAAGCCTAATTGAGACGCTCTTACCCTGACAGATGAGCCAGTTCTGGTAGAAAAATCTCCAGAAGTAAAAAGATTGCTTGCATCGCTGAATACATTGGAAAAATTACCACCAAATTCAACAATCGAACAAATACAAAATGACCTCAAAGAACAAATTGCGATCGCGCTTGGAACACAAAATAATGCAGCTAAAGAATCACTAATTGCTAAGGAACGAATTATACAAGTTTTTTCTAATAAAAGTTACTGGCAAGGGTTGAAAGGTCAAGATAAACGATTATAGCTGTAGCCAAATTAGTTAGGACGCGGCTTGTTTGAGAACAGTTTCCATTGCATCACGTAAATTATCAGATTGAGGTAACAGCTAATACCAATTCACGAAAAAAATGATAAAGATAGTAAAGGAAGAAATATGAGCAGAAGTTCATGGCAGGAGTCAGCAAAGTAAAAATAAAAGAGTCAGCCGAGGAATTACATAAGCTGTTGAGAAAACAGAAAACAGCATTACTCATATCTTGCACCAAACGTAGATCCCCGTAAAAAACTAATAATCAGTCCAAAACTATAACAACAGTCAAATCAAAATGGATAAGTATATCCAGTTATAAATAAAACTGTTTTACCGTAATATTACATAACTAGCAGATTACTACGTCGGCGGTTATTTTTTCACCCAAAACATGGAGATGTTTGCATTTGAATCTCAAAACATGAGAGAAAAGGCGTGAAATGTCGAAATGTTATAACGCACTCGTCAATGCTTGCCCACGCCCAAGAACTAGTTTACAGCCTCAAAGAATTGATGCCGACGCAGTACCAAAAAGATAACCTAGAAGCGATGCTGGGGTTATTTTTAGAGGCACAAGGACATCCATTGCCCGAACACAGTCAAACAAAATCCCCAAGTGCAATCAGCCGATTTTTAAATATCAATCCTTGGTCAACTAGGGAGATGATTCGTATTATTCGCTCCGCCTCATTACAAACAGTTCTCAATGTATTAGCATCATCTGGTAAAGGAAGAAAACCATTTTTACAAGTAATAATTGACCTCACAACTTTGGAGAAACGAGGCAAATTTAAAGAGTTTGGTGATTTAATCAGAGTCTACAATGGTAAACGTGGTTTGCATTTGGTCGTAGTTTATTTAGTAATTGGAAAATGCCGTATTCCTTGGAATTTTCGGGTTTGGAGAGGTAAGGGAACGCCTTCCCCAGCCCAGCTTGGATTGAAACTTGTTAAACGTTTACCAAAACTCTTAACCCAACGCTTTGAAACTATTATTTTAGCTGATACAGCCTTTGGCAGTATAGAATTTCTTGAGGGTGTACGTCGTCTGAAATATCATGCTATTACTGGTGTAGCTATTAGCCGCAAGTTAGCTGATGGGAGACTTTTAAGACATTTACATAAAACTTGGGCAACAGGTTTATCTATTTGGTTTAAAGTTTCCTGTTACTGTTTCTTGGTATTACTTGAAACGTGATAACGGCAAACTAGAAAAACGTTTTGTTTTGTCTACTCGTCCAATTAAAGCTTCTACTCTTAAGTGGTGGGGGAAGCGTCGATGGCAGATTGAGGGATGGTTCAAAACTGCAAAGCATCGTTTTGGCTTACATCGCTTTGGGCAAGGAACTCTTCTTGGAATGTATCGCTGGCTGATTCTTTCTCTGACTGCCTTCCTGATTGCTCACTGGACTCATCTCTATATTCAACCTGGATCACCACCTGACTGGGGACAAGCTGCACAAACTGCTCTCGAATCTATTTTCCCACATATAGTTGTGTATCTTCTTTTACTTGACATTGAACGCCTTGCTCATCTTGCACTTAGTTGTGGTTTTGACATTCAGATTTCCAGGTGCAAGAAGTGAGATTAGGTAAAGAACGGATTCAAGCTTTGTATTTACTGAAGATAGGGCAGGTAAAGACAATACAAGATTTGGCGGTGGTGTTGGGAAGAGGGAGTGCGACAGTACAAAGGTGGTTAAAGGCTTATGCAGAGTCGGGAATCACCAGTCTGGTATCAAGAAAAAAGGGTTCAGGGCGGCCACCAATCATTAACACGGAGGTAAAAGAGGAACTTTTAAAAGAACTGGATGACCCGCAGGGATTTAAAAGTTATGAAGAAATCCGAACATGGTTAAAAGCGGTAGAGGGTATAGAAGCTTTATACAAGGTAGTACATGACACGGTGCGTTATCGAATGAAAGCGAAGCTAAAAGTGCCGCGAGCAGTAGGGATAAAACACAACCCCCAAGCAGAATCAGAGTTTAAAAAAAACTCCCCCAATACTTAG

Protein sequences of DBSCAN-SWA_4

>AP018318|4089945:4132335|4095916_4096717_-|BBD60682.1|DBSCAN-SWA
MVNLTPTELERYSRQMMLPNFGEAAQKRLKSATVLVTGVGGLGGTAALYLAVAGVGKLILVRGGDLRLDDMNRQILMTDDWVGKPRVFKAKETLQAINPDIEIEAVHDYITAENVDSLVQSADMALDCAHNFTERDLLNAACVRWRKPMVEAAMDGMEAYLTTIIPGVTPCLSCLFPEKPDWDRRGFSVLGAVSGTLACLTALEAIKLITGFSQPLLSQLLTIDLNRMEFAKRRSYRDRSCHVCGNNAPWRYSQSPSMETTSNFTT
>AP018318|4089945:4132335|4120073_4121495_-|BBD60706.1|DBSCAN-SWA
MKILEKNLYGECNFGDKRLTQRAASIGELLSVKYGQPLSKIFKTASDLKRGYEFFSNPKTSFEKLTQPYFKQTAQEINGTPVVLAVGDTTFLDYKKILDKREEYGPIGNGGNGLILHSCLALEPDFGQPLGLLWEKLWHREHKAPQPSNETQELKEDRLKKERKAKRNKEFKEKESYRWVEAFSKIEKQFSELEIPVGGLSSKIIHVFDREGDIAEVFAQISQTKNAGVVVRAAHNRCLEGENGHLWSYVNSTPVQFVKDVELVETKKRHARTATLEVRYCPVSISPPARLKNQGSFHVYAVYAREINCPENGEPVEWMLLTTELVDSEQSATQILRWYTYRWRVEEYHKILKSGCQAESYRLAGESMSTMLGFLTVIAAQLLRMTYLYRNCPHLDASVVLTKEQMDVLIASSPPKLKKDIEFTVDWAIRAIARLGGYLEHRKNSAIGIQVLWRGWLELETLCQGWLLHQNLK
>AP018318|4089945:4132335|4104023_4105517_-|BBD60691.1|DBSCAN-SWA
MTPPENQNLVDENKELIKEVLQAYPEKARKKREKHLNVHEESKSDCGVKSNIKSIPGVMTARGCAYAGSKGVVWGPIKDMIHISHGPVGCGYWSWSGRRNYYVGITGINSFGTMHFTSDFQERDIVFGGDKKLTKIIDELEILFPLNRGVSIQSECPIGLIGDDIEAVAKKASKQYGKPVVPLRCEGFRGVSQSLGHHIANDAIRDWIFPEFDKAKKNNTIDFEPSPYDVALIGDYNIGGDAWASRMLLEEMGLRVVAQWSGDGTLNELIQGPAAKLVLIHCYRSMNYICRSLEEQYGMPWMEFNFFGPTKIAASLREIAAKFDSKIQENAEKVIAKYTPVMNAVLEKYRPRLEGNTVMLYVGGLRPRHVVPAFEDLGIKVVGTGYEFAHNDDYKRTTHYIDNATIIYDDVTAYEFEEFVKAKKPDLIASGIKEKYAFQKMGLPFRQMHSWDYSGPYHGYDGFAIFARDMDLALNSPTWSLIGAPWKKAATKAKAAA
>AP018318|4089945:4132335|4102276_4103815_-|BBD60690.1|DBSCAN-SWA
MPQNPDRIVDHVDLFKQPEYTELFENKRKNFEGAHPPEEVERVSEWTKSWDYREKNFAREALTINPAKGCQPVGAMFAALGFEGTLPFVQGSQGCVAYFRTHLSRHYKEPCSAVSSSMTEDAAVFGGLNNMIEGMQVSYQLYKPKMIAVCTTCMAEVIGDDLGAFITNSKNAGSIPQDFPVPFAHTPSFVGSHITGYDNMMKGILLNLTEGKKTATSNGKINIIPGFDTYVGNNREVKRMLNAMGVDYTILSDSSDYFDSPNTGEFDMYPGGTKLEDAADSINAKATVALQAYTTPKTREYISTQWKQETKVLRPFGVKGTDEFLTAIAELTGKAIPEELEIDRGRLVDAITDSYAWIHGKKFAIYGDPDLIISITSFLLEMGAEPVHILCNNGDETFKKEMEAILAASPFGKEATVWIQKDLWHLRSLLFTEPVDFFIGNSYGKYLWRDTKIPMVRIGYPLFDRHHLHRYATLGYQGGLNILNWVVNTLLDEMDRNTNITGKTDISFDLIR
>AP018318|4089945:4132335|4128785_4130045_+|BBD60715.1|transposase|DBSCAN-SWA
MSQGFESKSADALQNSRGQRKSKEIADIGSIQQSLVEHFGDIKDPRVERTKKHQLQDILVIAVLAIIAGAQGWEDIENYGISKQQWLEEFLALPNGIPSDDTFRRVFEFIDPEALNRCFLQWVETLVGSMGGEIIPIDGKTIRGSYDRNQGQSALHVISAWASEQRLVLAQVKVEDKSNEITAIPALLELLDITGAIITIDAMGTQTEIAKQIVAKKADYVLALKANHPTLHSQVQQWFETHKANNFRGVDVSYDKRIEKAHHRREIREVWSVPVSAIGQLYQPKVWAGLQSLVMVVRVRHLWNQTTREVQFYLTSLHSDAQFIGRAIRKHWGIENEAHWTLDCTFSEDACRIRSFHSPENFALLRRFALNALNCEKTYKRSLRQKMKRTAMDNNYMIRVLSCCFIDNTLGSSNCLCQA
>AP018318|4089945:4132335|4131906_4132335_+|BBD60718.1|transposase|DBSCAN-SWA
MRLGKERIQALYLLKIGQVKTIQDLAVVLGRGSATVQRWLKAYAESGITSLVSRKKGSGRPPIINTEVKEELLKELDDPQGFKSYEEIRTWLKAVEGIEALYKVVHDTVRYRMKAKLKVPRAVGIKHNPQAESEFKKNSPNT
>AP018318|4089945:4132335|4121571_4121796_-|BBD60707.1|DBSCAN-SWA
MPTQVTVNPGVITINDGSSFLVTASDGYIDDNQAQGFFVRDTRLISYYEISLNRYRLVLLADFSRDVEKGRWFA
>AP018318|4089945:4132335|4128084_4128447_+|BBD60713.1|DBSCAN-SWA
MNDKQTNLETQNQTASETSSNTHPVATGLGAAGGGIAGAALGRSIGGKVGAAIGSVAGAITGGVVGNKLAEYAGEFVEELQPSISLGLGADHKPIELPRHYNWEELQALSKPQTGEIQQL
>AP018318|4089945:4132335|4113613_4114843_-|BBD60700.1|DBSCAN-SWA
MKAVVFHGIGDIRLDNVPEPKIKDPTDAIIKLTSSAICGTDLHMIRGTFTGMKPGTILGHEGVGIIEEIGSNVRNFKVGDRVVIPSTIACGYCSYCRSGYHAQCDNANPHGHNAGTAFFGGPEAAGPFDGLQAEYARIPYANAGLVKLPKEVTDDQAILLSDIFPTAYFGADIAEITPGDTVAIFGCGPVGQFAIVSARLFGAGRIIAVDTIPSRLEMARDLGAEVIDYNAEDPIEVIRELTGGVGVDRVIDAVGVDANAPDSGPAAEKARQEAQQFQQQLQQIAPQTNPQNGNWHPGNAPSQVLEWAVQALAKAGTLSIIGVYPPSHNFFPIGMAMNKNLTINMGNCNHRKYIPTLVDLVRNGTVDPTKVLTQVEPLMSVIDAYKAFDQRQPGWVKVELVPGAALANV
>AP018318|4089945:4132335|4106914_4107274_-|BBD60693.1|DBSCAN-SWA
MSATLYDKLGGQPTIEKIVDDLHKRILADNTLKPFFANTDMAKQRAHQVAFFSLIFEGPKQYTGRPMDKTHTGMSLQEPHFDAIAKHLTEAMAVGGASAEDTKAALDRVSSLKGAILNK
>AP018318|4089945:4132335|4090431_4090764_-|BBD60673.1|DBSCAN-SWA
MQPTSADIILRQQLEHSISKYFYEACDRTIQNLLSHCRWYVTTDASAMTLVIECTDQVTNWRILQQIVPMGTLLQSIVSSAKIRVCPPESQGIPFEMRVDEIAVYRDMAG
>AP018318|4089945:4132335|4094570_4094822_-|BBD60679.1|DBSCAN-SWA
MFTPFSIIGCSLELLKPGEQGIVAFYQTENTKILDKIISIGIKIGTSITIEQQFPSLLVKVNNQTISINQKIARIIYVRIVES
>AP018318|4089945:4132335|4117229_4117523_-|BBD60703.1|DBSCAN-SWA
MQAINPFTEPINGILHALSMTFSMFWEIIWALILGFTLSGIVQAVVSKGEMSRLLPDASPKSIAITCGLDAASSSCSYTSVALACSIFCRLPEPLPG
>AP018318|4089945:4132335|4094923_4095223_-|BBD60680.1|DBSCAN-SWA
MATYQVRLINKKEDLDTTIEIDEETTILDGAEENGIELPFSCHSGSCSSCVGKVTEGEVDQSDQIFLDDEQMSKGFALLCVTYPRSNCTIKTHQEPYLV
>AP018318|4089945:4132335|4115542_4116484_-|BBD60701.1|transposase|DBSCAN-SWA
MKTKAQYKVKNWNAYDAALKLRGSITFWVNEEIIEQWRNQQKTGKKGASNYYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLLVKLPVVPKDEAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDEGSGEILGAVVTTNDMADCEVLPDILEQIDQPIEQVSGDGGYDTKGCYDTISQHGARAIIPPRSNAKIQLPSNTQAPPYPRDENLRRIHQVGRKQWKLESRYHRRSLSETAIFRLKIIFGGKLRRRFFDNQAVELFLQCAALNRMIQLGKPDSYKVEG
>AP018318|4089945:4132335|4094485_4094593_-|BBD60678.1|DBSCAN-SWA
MFGLLKVNYMLNIIDTQLIKEVGYLVYTSHKSVID
>AP018318|4089945:4132335|4095407_4095779_-|BBD60681.1|DBSCAN-SWA
MTVTLTEKAEFRLRAFLRGSGSDENSATKGIRISVKGGGCNGYEYGMDVTSQPQPDDLVIQQGSVLVYVDAKSAPLLEGIVIDFVEGMVESGFKFTNPNATSTCGCGKSFQAGDCTPTGVPCS
>AP018318|4089945:4132335|4119586_4119988_-|BBD60705.1|DBSCAN-SWA
MPLSPKSSIQDDLAKRIDAVAKTKQRLEQEIHSILASGKVAPASCWIVRYQAKGRTDNYWYYKLQASSPIFPTKTDGKLSRYQHLGKSGSQAYIDALEQITRRAKIQALDRSIESLNLGLKDLIEETSKYRQP
>AP018318|4089945:4132335|4096727_4097045_-|BBD60683.1|DBSCAN-SWA
MSKTIDEFKKISDAEEYFQFFELDYDQKIVNINRLHILKKFSQYIQEIDDNSAALSAEEKLNQYCLALQKAYQVFLESTPQEQKVFKVFKDKPKNVITLTELSSD
>AP018318|4089945:4132335|4126461_4128036_+|BBD60712.1|holin|DBSCAN-SWA
MTNIREHYDIIIIGTGAGGGTLAHRLAPTGKKILVLERGDFLPREKANWNPQEVYQKHRYHTDEEWYDKEGKAFKPQTGYWVGGNTKLYGAALVRLRERDFEKVIHKDGISPEWPLKYQDFEPYYTQAEKLYDVHGQAGEDPTEPPRNEAYPYPPVSHEPDMQALVDGIRELGYYPFHLPLALKLNESDRTKSPCIRCDTFDGYPCLVHAKADADVNAIRPTREKYANFTLKTHAKVLRLHTNESGREVTKVETEIAGEKHWFTGDIVVVACGSVNSAALLLRSANDKHPNGLANSSDQVGRNFMRQSETAIVSIHLDVNHANFQKTIAVNDFYWGEPDFPYPMGMVQNTGNVLADMIPAEAPPLMAPFVKLIPHYERHLLAERSVGWWLQTEDLPDPNNRIRVVGDKIHVDYTPNNIEASDHLIHRWTSVLKSIPRSAKHVLPFSIYPRTHIPEQAVAHQCGSCRFGTDPKTSVLDLNCRTHDVDNLYVVDSSFFPSNSGVNPTLTIMANALRVGDRIAEQLK
>AP018318|4089945:4132335|4124463_4125027_-|BBD60710.1|DBSCAN-SWA
MIYQFMLGVAIAVWILPKVVTFGLVNYPFFGPYLLSSVAHAYPGGILGLALLLLRVSVGGLFLIHGYPKVLHLRRWAESISTPVFLCFISAWTMLGGGLFLILGFLTLLATLPILASMLFATLLHLIQGKPFVATDPYLIPEDQYKGPLGKGEPPSWEKAFMYCVMLIAIAVLGPGAYSIDAAIFGR
>AP018318|4089945:4132335|4089945_4090419_+|BBD60672.1|protease|DBSCAN-SWA
MLTIIGCGNLNRCDDAVGVIIAQRLQQYLAQNPHPNVRVYDCGTAGMEVMFQARGSKKLVIIDASSTNSEPGAIFKVPGKELEALPEPSYNLHDFRWDNALAAGRKIFQDEFPKDVTVYLIEAANLGFGLELSPVVKHSADLVFEKVVAIIRQNNLS
>AP018318|4089945:4132335|4113308_4113539_-|BBD60699.1|transposase|DBSCAN-SWA
MQCPYCGSTKIRKNGKRRGKQNHICTKCDRQFIDVYDPPKGYSEELKHECLKMYLNGMGFRGIERVKGVHHTTIIY
>AP018318|4089945:4132335|4107469_4108390_-|BBD60694.1|DBSCAN-SWA
MWDYTDKVLELFYDPKNQGTIEETGESGVKVATGEVGSISCGDALRLHLKVEVESDKILDARFQTFGCTSAIASSSALTEMVKGLTLDEALKVSNKDIANYLGGLPEAKMHCSVMGQEALEAAIYNYRGIPLAAHDDDDEGVLICSCFGITDTKIRRVVKENNLTTAEQVTNYVKAGGGCGSCLTKIDDIIKDVEQEVATTSKNANNGIKTTEILNSGQIATATRPLTNVQKIALIQKVLDEEVRPVLIADGGDVELYDIEGNTVKVILKGACDSCPSSTATLKIAIESRLRDRISKDIVVQAVEP
>AP018318|4089945:4132335|4105705_4106593_-|BBD60692.1|DBSCAN-SWA
MTDEKIRQIAFYGKGGIGKSTTSQNTLAAMAEMGQRIMIVGCDPKADSTRLMLHAKAQTTVLHLAAERGAVEDLELEEVMLTGFRGVKCVESGGPEPGVGCAGRGIITAINFLEENGAYQDLDFVSYDVLGDVVCGGFAMPIREGKAQEIYIVTSGEMMAMYAANNIARGILKYAHSGGVRLGGLICNSRKTDREHELIETLAKRLNTQMIHFVPRDNIVQHAELRRMTVNEYAPDSNQGNEYRELAKKIINNDKLTIPTPIEMDELEALLIEYGILDDDSKHAEIIGKPAEATK
>AP018318|4089945:4132335|4116641_4117082_-|BBD60702.1|DBSCAN-SWA
MQNNQSQKPTLEYWHVWTDNDGVSHQSRHKIEDFTQKGIAPDTAPQWMSKLKQYGATITYTVLPVGWVGKWHENPKPQWIVPLSGRWFVETMDGQRVEMGAGEISFGGDQETKEDAQGHKGHLSGTVGDAPAVLMMVQFDEKPNME
>AP018318|4089945:4132335|4097443_4097920_-|BBD60685.1|DBSCAN-SWA
MTADNSVNGTTSIAALNSPFIKALVLQIRGQDSYGFYRNWSDELILKAFVVPKKKKREIPIEGEVDAATQARILVFFRAIAARIEQETNLISQVVVNINHEGFGWALVFSGRLLLTVKTLRDAHRFGFESLEKLAEEGETFVQKGLDLVNRFPEVGKL
>AP018318|4089945:4132335|4101819_4102137_-|BBD60689.1|DBSCAN-SWA
MDSINHTHSHVNYHPPNYKKSPVLNPLRRLVDGIQVKNNRFAHLICQVIPCCCPFERNISLFGRSFHIPPLCKLNPLYDEFVGLRFRALSYLADECGEDVTRYIC
>AP018318|4089945:4132335|4098378_4099698_-|BBD60687.1|DBSCAN-SWA
MAIVTVPEKSVAVNPLKQSQALGASLAFLGLKGMIPLFHGSQGCTAFAKVVLVRHFREAIPLATTAMTEVTTILGGEENVEQALLTLVEKAKPEIIGLCTTGLTETRGDDIERFLKDIRDRHRELDHIPVIFAPTPDFKGALQDGFATAVESIVKEIPQAGGIRSEQVTILAGSAFTPGDLQEIKEIVTAFGLEPIFVPDLGASLDGHLEDNYTPVTGSGTSVKQLRQVGCSAFTIALGESMRGAAKILDERFNIPYEVFGELTGLEAVDEFLQALSILSSNPVPEKYRRQRRQLQDAMLDTHFYFGAKRVSLALEPDLLWGTVRFLQSMGTQIHAAVTTTRSPLLEKLPIKSVTIGDLEDFEELAVGSDLLIGNSNVGAIAKRLSIPLYRLGLPIYDRLGNGLFTKVGYRGTMELLFGIGNLFLEAEEERVKHFFGDV
>AP018318|4089945:4132335|4125023_4125929_-|BBD60711.1|DBSCAN-SWA
MAEDIEIYDDRLRVIVSSEASVQKLANGAVHSEGPVYIHENDSVVWSDAHGNRLLRWSPTENISVLRAPSDYQSGNYRDLEGRIVACSSGLRAIIRQEHNGEWKVLVDRYQGKRLNSPNDLVVKSDGTIWFTDPPYGITEPNQGYGGEQEQPGSYVYRFDPATGEIYPVVADMVRPNGLAFSPDESLLYVSDTAAFNIPDGPHHIRVYDVVDGRWAKNGRVFAVIEPGQPDGFRVDEYGNVFISSEDSVQVYAADGTRLGKILVPEVCANLTFGGKERDRLFITAGKSLYAIDLKTRGVQL
>AP018318|4089945:4132335|4128544_4128643_+|BBD60714.1|DBSCAN-SWA
MISSRILDIQVIDLLAQEVECLGSLVDTDEPG
>AP018318|4089945:4132335|4099698_4101159_-|BBD60688.1|DBSCAN-SWA
MNTQKKVNELLNESGCEHNQQKKGEKKNKSCTQQAQPGAAQGGCAFDGAMIALVPITDAAHLVHGPIACAGNSWGSRGSLSSGPQLYKMGFTTDMTENDVIFGGEKKLYKAILEIHQRYNPTAVFVYATCVTALIGDDINAVCKAAAEKIGTPVVPVIAPGFIGSKNLGNRFGGEALLDYVVGTAEPEFTTPYDINLIGEYNIAGEMWGVLPLFEKLGIRVLSKITGDARYEEIRYAHRAKLNVMICSRALLNMARKMEEQYGIPYIEESFYGIDDINRCLRNVAAKLGESLRDSSASRDLQERTEKLIAEETAALDIALAPYRARLKGKRVVLYTGGVKSWSIISAAKDLGIEVVATSTRKSTEEDKAKIKRLLGTEGMMLEKGNAQELLRLVKDTNADMLIAGGRNQYTALKARIPFLDINQERHHPYAGYVGMLEMARELYEALYSPIWDQIRKPAPWDEEAGTLNNFMSADEMFSASIEEVF
>AP018318|4089945:4132335|4090830_4092117_-|BBD60674.1|DBSCAN-SWA
MLENDLSSKNYHQATKHSYLSVQLDPNYVDSTTQPSAFKQYPKFYRRVQLNINHPIHSLIYLTGAITLEKAYKDVAFKLRVNPSAGGLYPTEIYVQIRGMLEIVDGIYHLEVENNCLTLIYELIDDGLESYIIQSKCIKGVIFLISCVYYRSSWKYKNRSLRYCFLDSGHHLGTIAASAYLHDKDIQLIFDFDKLALNTDLGFENKEFVTACVVCGEVEEKNVRRLRLKVPFVCGTDYFEANQFVEYGYQITALQKSSKQQLEHPKFEFDKDKFYQTVWHRRSNRRFRKQLISQEDYFKILQQLKQPIPTESCEAIKVYSVVHRVEGISPGLYQDNHLIKSGDFSEHTGYLCINQDIARDCAVTLFFVSDYTNYQTAMQLAGFLGHRVYLSSNYLGIQCSGIGAFYDDETQSFLETTKDILYAMAIGI
>AP018318|4089945:4132335|4092886_4093513_-|BBD60676.1|DBSCAN-SWA
MRAKQIMIQDVATIRGSATVAAAVKLLRLKQLQELIVEPRHSGDAYGIVTESDIAGKVVAYGKDPQRVYVYEIMSKPCVTVDPDLDIEYVARLLANTGMRSAPVIRGELLGIISISDIITKGDFVEKPKLLFLQKEIYKAVSNARAISANYGPDSKRTIEAWDFVDELEAEAGFYGAPKQDKSSRELFSEEPKYMPISEHSNQTINAV
>AP018318|4089945:4132335|4122323_4123283_+|BBD60708.1|DBSCAN-SWA
MSSQTNVQIQRIRAIGLTVNDAHHSLGFYTQALGFEFVNDITFENKNYSELEGVPGAKTRIVTLQLGDELMELMEYINIHSQPIPIDSQSNDIWFQHLAIVVSDMDRAYAHLSSFPIQPISPAPQTIPSDNEASGGVRAFKFKDPDGHDLELIWFPPDKGQDKWHQNTNRLFLGIDHSAIAISNTEQSLHFYRDLFGMQVDSRGLNWRATQARMDNLPGAEVKITALRPVQGGEGIELLDYLVPGKGRPMPSDWKSCDIGTVQIQLIVNNLEQLVDKLRQNRVEFISPSIVKFSNHLFPYQQACLVKDPDGHTILLIEN
>AP018318|4089945:4132335|4117567_4119535_-|BBD60704.1|DBSCAN-SWA
MKSQVLLAASNINHHTALYQFTNPQIPTVNGNLASGSLLVTIRRDIVGGMHEDIDITNYHSEAVEFQLMLAIRSDFADIFEVKAKNIVMRGNTETVWKDGVLTTQYRSRSFVRGIVTEPVCSTSEANYANGRLMFNVVILPSKTWHTCINFTALANGDVLQPQQTCNTSHNTEAGKVSDEFLSNATKLQSSNAEIQGFYQQALVDMGALRIQVEDNGHQFWMPAAGIPWFMAVFGRDSVITSLQTMAVYHEFARGTLIRLAQLQATESDDWHDAQPGKMLHELRRDELTKLNQLPYNPYYGTVDTTILWIITLAETYSWNADLVMLNECRSPLEKALKWIDKYGDFDNDGFVEYMTRSSHGLRNQGWKDSGESMVYPNGKLVEPPIALCEVQGYVYDAWLKAAFIYEVWGEQAQANKLRQKAEELYQRFNDRFWMEDEGFYCLGLDNNKQQIKSIASNPGQLLWSGIVPQERAKKVAERLFQPDMWCGWGIRTLSSQNQGYNPISYQRGSVWPHDNSIIASGLKRYGYDKEANQIAEGIFAAASYFQAGRMPELFGGIERRDDNFPVPYPDANIPQAWAAGSIFLLIRSILGLDADAPQRKLKVQPSLPECLPDLKLTNLSVGDAKVSLRFWREGEQTHWEITHQDGELEVSATN
>AP018318|4089945:4132335|4108578_4109781_-|BBD60695.1|DBSCAN-SWA
MSVIYLDNNATTKVDPQVLEAMMPYLTEYYANPSSMHTFGGQLAKAVKTAREQLAALLGADESEIVFTSCGTEGDNAAIRAALLAQPEKRHIITTQVEHPAVLNVCKQLETQGYSVTYLSVNSQGQLDLDELEASLTGNTALVSIMYANNETGTIFPIEQIGLRVKERGALFHVDAVQAVGKIPLNMKTSTIDMLTMSGHKIHAPKGIGALYVRRGVRFRPLLIGGHQERGRRAGTENVPGIVGLGKAAELELLHLEEATTRERKLRDRLEQTLLAKIPDCEVNGDPKNRLPNTTNIGFKYIEGEAILLLLNKYGICASSGSACTSGSLEPSHVLRAMGLPYTTLHGSIRFSLCRYTTDAEIDRVIEVMPEIVERLRALSPFKNDDAGWLQSQEQTLAHR
>AP018318|4089945:4132335|4130793_4131522_+|BBD60716.1|DBSCAN-SWA
MLAHAQELVYSLKELMPTQYQKDNLEAMLGLFLEAQGHPLPEHSQTKSPSAISRFLNINPWSTREMIRIIRSASLQTVLNVLASSGKGRKPFLQVIIDLTTLEKRGKFKEFGDLIRVYNGKRGLHLVVVYLVIGKCRIPWNFRVWRGKGTPSPAQLGLKLVKRLPKLLTQRFETIILADTAFGSIEFLEGVRRLKYHAITGVAISRKLADGRLLRHLHKTWATGLSIWFKVSCYCFLVLLET
>AP018318|4089945:4132335|4131511_4131910_+|BBD60717.1|DBSCAN-SWA
MKRDNGKLEKRFVLSTRPIKASTLKWWGKRRWQIEGWFKTAKHRFGLHRFGQGTLLGMYRWLILSLTAFLIAHWTHLYIQPGSPPDWGQAAQTALESIFPHIVVYLLLLDIERLAHLALSCGFDIQISRCKK
>AP018318|4089945:4132335|4109891_4111436_+|BBD60696.1|DBSCAN-SWA
MESWGYARVSGEEQQTDKGALRKQIERLRGAGCSKVYWDIQSRTTEVREGLQQLINDLKTSPKGKVKSLQFTRIDRIGSSSRLFYSLLEVLRSKGIKLIALDQGVDPDSLGGELTIDMLLAAAKFEVRMVTERLKSERRHRVNQGKSHRVAPLGYSINKDKYICDRSPCVCLLEGRKELTVSDVAKYIFNTFFECGSVAATVRKLHADFGIETKAFDLHKPETSSRIVGDDDLDKIVFTPHKTNHPLRYPWSGLRWSIAGLKALLVNPVYAGGLPYDTYVKSKGKRKNFDEWKVKWGTHDDEAIITYKEHEQVKQIIRENRNNRWASGEDNEVNPFSNLIKCAHCGGSMTRHAKRVNKNGEAIYYFQCRLYKAGNCSNKNMISSKILDIQVVDFLAKEAERLANLVDTDEQVPVEEPPEVKTLRASLNTLETLPPSSAIEQIKNDLKEQIAIALGTTHNVAKESLIAKERIIQAFSNKSYWLGLQAQDKRLILNGCVKKIFVDGHFITAIEYRY
>AP018318|4089945:4132335|4097041_4097239_-|BBD60684.1|DBSCAN-SWA
MTIEELKTQIKRLNSKAGQMKMDLHDLAEGLPTDYKTLMDVAAATYEIYRQLDELKQQLTELEAK
>AP018318|4089945:4132335|4097916_4098330_-|BBD60686.1|DBSCAN-SWA
MKIAFTTSDHIHVNAHFGWAREIDVYEIDAEGYQFLQTLNFEGELKEDGNEDKITPKLDALVDCAIVYVTAIGGTAAAKLIKKGVTPVKARTEEEKIEELLTKLVQTLKGNPPPWLRKALQPKTKTFTDDIENEATV
>AP018318|4089945:4132335|4123391_4124438_+|BBD60709.1|DBSCAN-SWA
MANFRDKDNEPSWLTSGAPLAVILAAGLYILYQLLPVLELIAIAALIALVLRTLLRFLQKLVKSQDVAVLLLIGLIIGFGVLLTTVVIPNVTFQVQNLLTTLPAYLNTLTGDVEQLRRRFTFIPDISLSLIQLRNFINQLLSGVPIFLGQAFNFTLELVATLILALYMAYDPKSLVNGILRLIPRRHHQRFTRVLKACQVRLRGWIFGTGIAMIFLGVGAALGLWILGIPSAFAFGIIAGLFEIIPYFGSIVGTFLPALVALSISPIKLVFVLILFLVMNQIDAHIVQPLVMGQQVNIHPVMVIVTFLAMGKLFGLIGVLLAVPAAAVIVTLIDEFALKESEPEVPPV
>AP018318|4089945:4132335|4094279_4094489_+|BBD60677.1|DBSCAN-SWA
MKISARNAIKTTVKKVVTGSVNTEVTLELAPGVELVSIITKSSADRLGLAEGKQAYAVIKASDVIVAID
>AP018318|4089945:4132335|4111649_4112462_-|BBD60697.1|DBSCAN-SWA
MPDKIRSHPYFLTTQPSNSSYPIFVFLPGMDETGKELMYIQTAGLEAAFNVRCFVIPPDDLTSWDEMTKELVNLVEIELEKLLRRHEVACREISPVYLCGESFGCCLALKVLEKFPQLFTKIILINSASSFHRVSWLTLGSLLFPYTPNLFYKISSFISLPFLANLNRISPTAKQALLKSTTSAPKQTASQRLDLMKKFDIDEKKLSQITQPVLLIAGKNDRLLLSEAEVHRLGYIFLNSQIITLPHSGHACLVEKDVNLYQILLSANFI
>AP018318|4089945:4132335|4112546_4112735_-|BBD60698.1|DBSCAN-SWA
MEESLQSTILLKQISIENKISTLLEGESILIDPIDAILSLSKTFTLYTISPLHSASTDNICA
>AP018318|4089945:4132335|4092103_4092568_-|BBD60675.1|DBSCAN-SWA
MKQESKQGLSKTTCEWLIANNYNPEELNQRRENGDTALMKATRIGNYSVVQELIRAGADINYRNHDGNNALWFACFGNHYELINLLLEVKINIDNQNDNGATALMYAASSGKAEVVKLLLPHLPNLNLKNLDDYKAIDFASTVEVLRMLKDAGK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD60672.1|4089945_4090419_+|protease	hydrogenase maturation protease	NA	NA	NA	NA
BBD60673.1|4090431_4090764_-	hypothetical protein	NA	NA	NA	NA
BBD60674.1|4090830_4092117_-	hypothetical protein	NA	NA	NA	NA
BBD60675.1|4092103_4092568_-	hypothetical protein	NA	NA	NA	NA
BBD60676.1|4092886_4093513_-	hypothetical protein	NA	NA	NA	NA
BBD60677.1|4094279_4094489_+	molybdopterin binding protein	NA	NA	NA	NA
BBD60678.1|4094485_4094593_-	hypothetical protein	NA	NA	NA	NA
BBD60679.1|4094570_4094822_-	FeoA family protein	NA	NA	NA	NA
BBD60680.1|4094923_4095223_-	2Fe-2S ferredoxin	A0A222YX16	Synechococcus_phage	5.9e-23	54.7
BBD60681.1|4095407_4095779_-	HesB/YadR/YfhF-family protein	A0A218MM00	uncultured_virus	3.5e-09	32.1
BBD60682.1|4095916_4096717_-	HesA protein	NA	NA	NA	NA
BBD60683.1|4096727_4097045_-	nitrogen fixation protein NifW	NA	NA	NA	NA
BBD60684.1|4097041_4097239_-	hypothetical protein	NA	NA	NA	NA
BBD60685.1|4097443_4097920_-	hypothetical protein	NA	NA	NA	NA
BBD60686.1|4097916_4098330_-	nitrogen fixation protein NifX	NA	NA	NA	NA
BBD60687.1|4098378_4099698_-	nitrogenase molybdenum-iron protein NifN	NA	NA	NA	NA
BBD60688.1|4099698_4101159_-	nitrogenase MoFe cofactor biosynthesis protein NifE	NA	NA	NA	NA
BBD60689.1|4101819_4102137_-	Mo-dependent nitrogenase-like protein	NA	NA	NA	NA
BBD60690.1|4102276_4103815_-	nitrogenase molybdenum-iron protein beta chain	NA	NA	NA	NA
BBD60691.1|4104023_4105517_-	nitrogenase molybdenum-iron protein alpha chain	NA	NA	NA	NA
BBD60692.1|4105705_4106593_-	nitrogenase reductase	NA	NA	NA	NA
BBD60693.1|4106914_4107274_-	globin GlbN	NA	NA	NA	NA
BBD60694.1|4107469_4108390_-	nitrogen fixation protein NifU	A0A2H4N7M4	Lake_Baikal_phage	5.6e-24	48.0
BBD60695.1|4108578_4109781_-	nitrogenase cofactor synthesis protein NifS	H7BUW1	unidentified_phage	2.3e-41	42.5
BBD60696.1|4109891_4111436_+	fdxN element site-specific recombinase XisF	NA	NA	NA	NA
BBD60697.1|4111649_4112462_-	hypothetical protein	NA	NA	NA	NA
BBD60698.1|4112546_4112735_-	hypothetical protein	NA	NA	NA	NA
BBD60699.1|4113308_4113539_-|transposase	IS1 transposase	NA	NA	NA	NA
BBD60700.1|4113613_4114843_-	alcohol dehydrogenase	E3SJ82	Synechococcus_phage	9.6e-11	28.2
BBD60701.1|4115542_4116484_-|transposase	transposase	A0A1V0E8E1	Vibrio_phage	2.0e-64	42.2
BBD60702.1|4116641_4117082_-	hypothetical protein	NA	NA	NA	NA
BBD60703.1|4117229_4117523_-	hypothetical protein	NA	NA	NA	NA
BBD60704.1|4117567_4119535_-	amylo-alpha-1,6-glucosidase	NA	NA	NA	NA
BBD60705.1|4119586_4119988_-	hypothetical protein	NA	NA	NA	NA
BBD60706.1|4120073_4121495_-	hypothetical protein	NA	NA	NA	NA
BBD60707.1|4121571_4121796_-	amylo-alpha-1,6-glucosidase	NA	NA	NA	NA
BBD60708.1|4122323_4123283_+	glyoxalase/bleomycin resistance protein/dioxygenase	NA	NA	NA	NA
BBD60709.1|4123391_4124438_+	hypothetical protein	NA	NA	NA	NA
BBD60710.1|4124463_4125027_-	DoxX family protein	NA	NA	NA	NA
BBD60711.1|4125023_4125929_-	SMP-30/gluconolaconase/LRE domain-containing protein	NA	NA	NA	NA
BBD60712.1|4126461_4128036_+|holin	glucose-methanol-choline oxidoreductase	NA	NA	NA	NA
BBD60713.1|4128084_4128447_+	hypothetical protein	NA	NA	NA	NA
BBD60714.1|4128544_4128643_+	fdxN element site-specific recombinase XisF	NA	NA	NA	NA
BBD60715.1|4128785_4130045_+|transposase	transposase	NA	NA	NA	NA
BBD60716.1|4130793_4131522_+	hypothetical protein	NA	NA	NA	NA
BBD60717.1|4131511_4131910_+	hypothetical protein	NA	NA	NA	NA
BBD60718.1|4131906_4132335_+|transposase	putative transposase	NA	NA	NA	NA

4. AP018319

CRISPR-Cas detection and classification

Crispr_ID: AP018319_1

• CRISPR_ID: AP018319_1
• CRISPR_location: 62251-62573
• CRISPR_type: Unclear
• Repeat_type: I-D,II-B
• Spacer_info: 4 spacers
• Cas_protein_info: cas1

Consensus repeat of AP018319_1

Consensus_repeat	Method
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	CRISPRCasFinder
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	CRT
GTTTC----AATCCCTGATAGGGATTAAGAGAAATTGCAAT	PILER-CR

spacers of AP018319_1

>1.1|62288|34|AP018319|CRISPRCasFinder,CRT
CAAAAGGCGATCAGCCTAAATTTGGGAATTCATC
>1.2|62359|33|AP018319|CRISPRCasFinder,CRT,PILER-CR
CTAGCACTAGCACGGCAACCAAAAATAGTTAAT
>1.3|62429|36|AP018319|CRISPRCasFinder,CRT,PILER-CR
TTAAAAGATACGATTTGGGTAAATGTGGGACATTTG
>1.4|62502|35|AP018319|CRISPRCasFinder,CRT,PILER-CR
GTTGGCGGCTGTGCCTTGATTGGGAATCAAAAATT

CRISPR arrays and Neighbor proteins around AP018319_1

CRISPR arrays

The CRISPR arrays of AP018319_1

>merge|AP018319|1|62251-62573|CRISPRCasFinder,CRT,PILER-CR
TAATAGTCACCTGATAGGGATTAAGAGAAATTGCAATCAAAAGGCGATCAGCCTAAATTTGGGAATTCATCGTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAATCTAGCACTAGCACGGCAACCAAAAATAGTTAATGTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAATTTAAAAGATACGATTTGGGTAAATGTGGGACATTTGGTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAATGTTGGCGGCTGTGCCTTGATTGGGAATCAAAAATTGTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT

>AP018319|1|1|62251-62573|CRISPRCasFinder
TAATAGTCACCTGATAGGGATTAAGAGAAATTGCAAT	CAAAAGGCGATCAGCCTAAATTTGGGAATTCATC
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	CTAGCACTAGCACGGCAACCAAAAATAGTTAAT
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	TTAAAAGATACGATTTGGGTAAATGTGGGACATTTG
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	GTTGGCGGCTGTGCCTTGATTGGGAATCAAAAATT
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT

>AP018319|1|1|62251-62573|CRT
TAATAGTCACCTGATAGGGATTAAGAGAAATTGCAAT	CAAAAGGCGATCAGCCTAAATTTGGGAATTCATC
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	CTAGCACTAGCACGGCAACCAAAAATAGTTAAT
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	TTAAAAGATACGATTTGGGTAAATGTGGGACATTTG
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	GTTGGCGGCTGTGCCTTGATTGGGAATCAAAAATT
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT

>AP018319|1|1|62322-62573|PILER-CR
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	CTAGCACTAGCACGGCAACCAAAAATAGTTAAT
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	TTAAAAGATACGATTTGGGTAAATGTGGGACATTTG
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT	GTTGGCGGCTGTGCCTTGATTGGGAATCAAAAATT
GTTTCAATCCCTGATAGGGATTAAGAGAAATTGCAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018319.1|BBD62747.1|56852_57413_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62755.1|64058_64304_+|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62746.1|56347_56746_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62751.1|59884_60325_+|putative-glycosyl-transferase,-family-28	unknown	unknown	gnl|CDD|340817
AP018319.1|BBD62752.1|60480_61149_+|glycosyl-transferase-family-28	unknown	unknown	gnl|CDD|340817
AP018319.1|BBD62761.1|72286_72790_-|cyclase/dehydrase	unknown	unknown	gnl|CDD|227924
AP018319.1|BBD62756.1|64580_67712_-|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-and-GAF-sensor(s)	unknown	unknown	gnl|CDD|236645
AP018319.1|BBD62750.1|58661_58982_-|transposase	unknown	unknown	unknown
AP018319.1|BBD62753.1|61175_62225_+|CRISPR-associated-Cas1-family-protein	cas1	cd09634_cas1_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|376633
AP018319.1|BBD62757.1|68240_69080_-|aldo/keto-reductase	unknown	unknown	gnl|CDD|381364
AP018319.1|BBD62749.1|58281_58635_-|transposase	unknown	unknown	gnl|CDD|371130
AP018319.1|BBD62763.1|74236_74755_-|hypothetical-protein	unknown	unknown	gnl|CDD|119346
AP018319.1|BBD62745.1|55753_56191_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62758.1|69110_69674_-|intracellular-protease,-PfpI-family-protein	unknown	unknown	gnl|CDD|153228
AP018319.1|BBD62760.1|71031_72201_-|alcohol-dehydrogenase-GroES-domain-protein	unknown	unknown	gnl|CDD|176243
AP018319.1|BBD62762.1|73891_74188_-|C-5-cytosine-specific-DNA-methylase	unknown	unknown	unknown
AP018319.1|BBD62759.1|69728_70907_-|alcohol-dehydrogenase	unknown	unknown	gnl|CDD|176243
AP018319.1|BBD62754.1|63023_63752_+|two-component-transcriptional-regulator,-winged-helix-family-protein	unknown	unknown	gnl|CDD|214376
AP018319.1|BBD62748.1|57488_58235_-|transposase	unknown	unknown	unknown
AP018319.1|BBD62744.1|55058_55649_-|restriction-endonuclease	unknown	unknown	gnl|CDD|377369

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
AP018319.1|BBD62753.1|61175_62225_+|CRISPR-associated-Cas1-family-protein	cas1	cd09634_cas1_CAS-I:CAS-II:CAS-III:CAS-V	1.9e-48	159.9	0.3

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018319.1|BBD62752.1|60480_61149_+|glycosyl-transferase-family-28	gnl|CDD|340817	cd03784, GT1_Gtf-like, UDP-glycosyltransferases and similar proteins. This family includes the Gtfs, a group of homologous glycosyltransferases involved in the final stages of the biosynthesis of antibiotics vancomycin and related chloroeremomycin. Gtfs transfer sugar moieties from an activated NDP-sugar donor to the oxidatively cross-linked heptapeptide core of vancomycin group antibiotics. The core structure is important for the bioactivity of the antibiotics.	1.14873e-41
AP018319.1|BBD62763.1|74236_74755_-|hypothetical-protein	gnl|CDD|119346	cd06554, ASCH_ASC-1_like, ASC-1 homology domain, ASC-1-like subfamily. The ASCH domain, a small beta-barrel domain found in all three kingdoms of life, resembles the RNA-binding PUA domain and may also interact with RNA. ASCH has been proposed to function as an RNA-binding domain during coactivation, RNA-processing and the regulation of prokaryotic translation. The domain has been named after the ASC-1 protein, the activating signal cointegrator 1 or thyroid hormone receptor interactor protein 4 (TRIP4). ASC-1 is conserved in many eukaryotes and has been suggested to participate in a protein complex that interacts with RNA. It has been shown that ASC-1 mediates the interaction between various transciption factors and the basal transcriptional machinery.	6.31632e-29
AP018319.1|BBD62751.1|59884_60325_+|putative-glycosyl-transferase,-family-28	gnl|CDD|340817	cd03784, GT1_Gtf-like, UDP-glycosyltransferases and similar proteins. This family includes the Gtfs, a group of homologous glycosyltransferases involved in the final stages of the biosynthesis of antibiotics vancomycin and related chloroeremomycin. Gtfs transfer sugar moieties from an activated NDP-sugar donor to the oxidatively cross-linked heptapeptide core of vancomycin group antibiotics. The core structure is important for the bioactivity of the antibiotics.	2.90726e-15
AP018319.1|BBD62749.1|58281_58635_-|transposase	gnl|CDD|371130	pfam10551, MULE, MULE transposase domain. This domain was identified by Babu and colleagues.	2.06615e-05
AP018319.1|BBD62761.1|72286_72790_-|cyclase/dehydrase	gnl|CDD|227924	COG5637, COG5637, Predicted integral membrane protein [Function unknown].	1.02122e-64
AP018319.1|BBD62756.1|64580_67712_-|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-and-GAF-sensor(s)	gnl|CDD|236645	PRK10060, PRK10060, cyclic di-GMP phosphodiesterase.	1.90584e-120
AP018319.1|BBD62759.1|69728_70907_-|alcohol-dehydrogenase	gnl|CDD|176243	cd08283, FDH_like_1, Glutathione-dependent formaldehyde dehydrogenase related proteins, child 1. Members identified as glutathione-dependent formaldehyde dehydrogenase(FDH), a member of the zinc-dependent/medium chain alcohol dehydrogenase family. FDH converts formaldehyde and NAD(P) to formate and NAD(P)H. The initial step in this process the spontaneous formation of a S-(hydroxymethyl)glutathione adduct from formaldehyde and glutathione, followed by FDH-mediated oxidation (and detoxification) of the adduct to S-formylglutathione. MDH family uses NAD(H) as a cofactor in the interconversion of alcohols and aldehydes, or ketones. Like many zinc-dependent alcohol dehydrogenases (ADH) of the medium chain alcohol dehydrogenase/reductase family (MDR), these FDHs form dimers, with 4 zinc ions per dimer. The medium chain alcohol dehydrogenase family (MDR) has a NAD(P)(H)-binding domain in a Rossmann fold of a beta-alpha form. The N-terminal region typically has an all-beta catalytic domain. These proteins typically form dimers (typically higher plants, mammals) or tetramers (yeast, bacteria), and have 2 tightly bound zinc atoms per subunit.	0
AP018319.1|BBD62753.1|61175_62225_+|CRISPR-associated-Cas1-family-protein	gnl|CDD|376633	pfam01867, Cas_Cas1, CRISPR associated protein Cas1. Clustered regularly interspaced short palindromic repeats (CRISPRs) are a family of DNA direct repeats found in many prokaryotic genomes. This family of proteins corresponds to Cas1, a CRISPR-associated protein. Cas1 may be involved in linking DNA segments to CRISPR.	1.12378e-31
AP018319.1|BBD62757.1|68240_69080_-|aldo/keto-reductase	gnl|CDD|381364	cd19138, AKR_YeaE, Escherichia coli YeaE and similar proteins. Escherichia coli YeaE is the prototype of this family. It acts as an aldo-keto reductase (AKR) that catalyzes the reversible reduction of ketones to the respective alcohols using NAD(P)H as a hydride donor.	1.66374e-135
AP018319.1|BBD62744.1|55058_55649_-|restriction-endonuclease	gnl|CDD|377369	pfam04471, Mrr_cat, Restriction endonuclease. Prokaryotic family found in type II restriction enzymes containing the hallmark (D/E)-(D/E)XK active site. Presence of catalytic residues implicates this region in the enzymatic cleavage of DNA.	4.83734e-26
AP018319.1|BBD62758.1|69110_69674_-|intracellular-protease,-PfpI-family-protein	gnl|CDD|153228	cd03134, GATase1_PfpI_like, A type 1 glutamine amidotransferase (GATase1)-like domain found in PfpI from Pyrococcus furiosus. A type 1 glutamine amidotransferase (GATase1)-like domain found in PfpI from Pyrococcus furiosus. This group includes proteins similar to PfpI from P. furiosus. and PH1704 from Pyrococcus horikoshii. These enzymes are ATP-independent intracellular proteases and may hydrolyze small peptides to provide a nutritional source. Only Cys of the catalytic triad typical of GATase1 domains is conserved in this group. This Cys residue is found in the sharp turn between a beta strand and an alpha helix termed the nucleophile elbow. For PH1704, it is believed that this Cys together with a different His in one monomer and Glu (from an adjacent monomer) forms a different catalytic triad from the typical GATase1domain. PfpI is homooligomeric. Protease activity is only found for oligomeric forms of PH1704.	2.21481e-88
AP018319.1|BBD62760.1|71031_72201_-|alcohol-dehydrogenase-GroES-domain-protein	gnl|CDD|176243	cd08283, FDH_like_1, Glutathione-dependent formaldehyde dehydrogenase related proteins, child 1. Members identified as glutathione-dependent formaldehyde dehydrogenase(FDH), a member of the zinc-dependent/medium chain alcohol dehydrogenase family. FDH converts formaldehyde and NAD(P) to formate and NAD(P)H. The initial step in this process the spontaneous formation of a S-(hydroxymethyl)glutathione adduct from formaldehyde and glutathione, followed by FDH-mediated oxidation (and detoxification) of the adduct to S-formylglutathione. MDH family uses NAD(H) as a cofactor in the interconversion of alcohols and aldehydes, or ketones. Like many zinc-dependent alcohol dehydrogenases (ADH) of the medium chain alcohol dehydrogenase/reductase family (MDR), these FDHs form dimers, with 4 zinc ions per dimer. The medium chain alcohol dehydrogenase family (MDR) has a NAD(P)(H)-binding domain in a Rossmann fold of a beta-alpha form. The N-terminal region typically has an all-beta catalytic domain. These proteins typically form dimers (typically higher plants, mammals) or tetramers (yeast, bacteria), and have 2 tightly bound zinc atoms per subunit.	0
AP018319.1|BBD62754.1|63023_63752_+|two-component-transcriptional-regulator,-winged-helix-family-protein	gnl|CDD|214376	CHL00148, orf27, Ycf27; Reviewed.	5.54847e-147

Protein sequences

>AP018319.1|BBD62753.1|61175_62225_+|CRISPR-associated-Cas1-family-protein
MEEKLEYRSGMNIPKPTQKFTIERSLVTLYLRAGTRIELSTDPNYLYIQQPENNSCAALKKIRAIMTVEPIAIEPQALSKIINYQIPIVIFSQTGSFMGKIAGASSIEEKIDLAQANMSQEMKLKIMRPSVWGNLRRCRRYLMRSRGESNSAVDIACEQMEQVINRVYQQESIAALLETFQQGQQLYYSVFGHLLKHEWGLKCHEPNSVVSRMLDFSYRLLEESVKIAVENTGLNPTIGFWHTNRHQQQALIADLANEFKLYSELVVIRVLNKQVIVREDFDGHGDKSGLPLSVVHALQYSYMQKMNEQFTYPGTKIKCSYEELLYLQAKQIAMLLCGTINEYYSPDLR
>AP018319.1|BBD62752.1|60480_61149_+|glycosyl-transferase-family-28
MLYGFSSHVIPKPRDWPAWAYVTGFWFIDCADEYEDQAPDELWDFLGFKQAPLCFGFGSMTMPNPEYLTYYIVEALKKTHQGGIILSGWGNVGRIVNPKDVLRVFVIKDVPHDWLLPQVKAMVHHGGAGTTAAVLKAGIPSIVVPFIADQPVWGEMLMRLGVSPKPIPYKEVSEKTLAAAIEAVLGDEGMQSKAQELGEKIRGEDGVANAVEAFHRHLGLMG
>AP018319.1|BBD62751.1|59884_60325_+|putative-glycosyl-transferase,-family-28
MQPYCALAIGLKRAGHEVTVAANENFESFVRQFDLEFAPIAGNSQELLQSKKGMRLIAGEKVPMVSDKLLLQQMHSAMSATSRLRVYAACQGTEVIIYTPLTNWGYHIAEKLGVPCFMASVVPLTPTGTFPFLRFSQIANNPLSKR
>AP018319.1|BBD62750.1|58661_58982_-|transposase
MWNEYNNPRHIRTLNGVVELQLKIRRCQNKSCLRYKKAYRPEQEGSLALPQNEFGLDVIAYIGALRYQEHRSVTQIHAHLELKGICISQRTVTHLIDRYDEKILYG
>AP018319.1|BBD62749.1|58281_58635_-|transposase
MANQGRVILAIDGMQPEIGHEVLWVIRDCLSGEILLAKTLLSSRNEDLVALLLEVTNTLDVPIDGVVSDGQQSIRKAVGLALPRIAHGLCHYHYLKEAIKPIYEADRHAKKELKKKS
>AP018319.1|BBD62748.1|57488_58235_-|transposase
MVTIIEDYCSAVRSSITNDGHPPLEASGLKLQENLTLIEQSLERMEKKSALPPPLVNLKLLLAKGLFATASLFLPVRVAYKWVDKASNILNNKIGLDAAGVKQSYQQLLTEMSQQKHKAGTLNTAIDNFIKTTHSYWSGLFHCYEIEDFPRTNNDLEHAFGMLRHHQRRCTGRKVAPSSLVIRGSVKLACALATKLHSFTASDLAQVDIVTWLELRSQLQKHHKARIEQFRFRRDPKGYLANLESRLL
>AP018319.1|BBD62747.1|56852_57413_-|hypothetical-protein
MNWVVEQFVERTSVGLLKNDKRLPKALVEASKGNLNALRSLSRKSGEEIESDLKLFNSVLAIVRDDYCRALIRWIRNIAAFNEVVICGGTSEFVRPELTEHFQKEGIPISWNGGVDIPKPLDTLGLGDRVADVWTAHITYIKELDNHFGYKRTQPLVPDNYQHPGVRNRQQETDLWNGKQNSFLTI
>AP018319.1|BBD62746.1|56347_56746_-|hypothetical-protein
MPTDIEQQTQKLLQFAQEQNFDERYLGYFGDVWQEAGVKDLSKATTQDAEKALQVLANSAASGEFVKAWLSVAVRQGVPSNVLEYILESDIDGDGRTLAQEIFVDGTDPLEQDSPAPQQAINVRSQGIELEL
>AP018319.1|BBD62745.1|55753_56191_-|hypothetical-protein
MQIIDITEYLPNKFEENMQQPLTTLNGSSKHTQISQPQLLNSDLTPIQYQQKLEALLFQKAERGEDLEPCINALNYFVSQNKQLDLINKVYTDAKKELSVFSSVQRVAITVFAILGMIGVFNWAFTQARQNQTAKPPSIHQKIQP
>AP018319.1|BBD62744.1|55058_55649_-|restriction-endonuclease
MELIVSFIIVVVILLTIWVLSPTKKFKQRQKRKKSPKRQTKHQRNINHANAVLQWLRSKHPKPELPTVIATLRKISPYVFEELLLICCQKQGWRIERNFKYSGDDGLDGRVWISGRLYLIQAKRYADYINSQHIQQFQQVIDREGASGGFFIHTGKTGDKSKQMISDCPQITLISGQKLVDFVLGKPVEITSTSFI
>AP018319.1|BBD62754.1|63023_63752_+|two-component-transcriptional-regulator,-winged-helix-family-protein
MDTRKEKILVVDDEASIRRILETRLSMIGYDVVTAGDGEEALVVFRSSSPDLIVLDVMMPKLDGYGVCQEIRNQSDVPIIMLTALTDVADRITGLELGADDYIAKPFSPKELESRIRCVLRRRASKTNAAGVTSSGIMYVGNIKIDTNKRQVYKDDERVRLTGVEYSLLELLVIHSGQPLSRGEILQRVWGYTSEQHVDTRVVDVHISRLRGKLEDDPENPELILTARGSGYLFQKITEPGH
>AP018319.1|BBD62755.1|64058_64304_+|hypothetical-protein
MISNPQPYQQNTHPHPNKQCLRSPGDERMGFLIHLHTLEIWELHGFFPVINGLGLLGLLVTGIYMSSLFRKRRTAANSIDV
>AP018319.1|BBD62756.1|64580_67712_-|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-and-GAF-sensor(s)
MPACNIVYRNQRKFYKKNNNLTSSNKKYISKLQERKRELLSELEVCKDSLLNWQSLLGSLAELSPFPIIIICLETNEILFDNQSFSLCFDLVFDKRISEIKSDIFVNPDLWNWLISQLKTHNVIKNQVVELKKSNGDIFAAQISAKTVNYEGKLAGLFLFMEQSPQINTVLTNAVQHPLQTANISTQIESLDSHIKNISNHTSITTLHKNTLEEADYQQLKTRLHLLERTLSASSNGIILTDAQKPNNPIIYVNPAFEVITGYCAAEVIGRNCCFLQGKQRNQTGVDELRNAIAQQRECHVVLQNYRKDGSLFWNELHIAPVFDTDGSLTHFLGVQTDITERIEIAQTLHKQQQQYRRIVETATEGIWVLNCDNQTTFVNKQMAAMLGYSIEQMLGKSLFCFMDSEGIEIANAYLVRRHQGIHERHDFKFRCHDGSELWTIISCAPLFDDQGNYVGALGMVTDITARKKAEAALQESKQRLDGILHSLEDVVWSISAATFETLYLNSAVEKIYGCCADDFFTNSNLWFEMIHPDDQARVGEAVPPLFETGSQEIEYRIIRPDGQVRWLFNRSHLIYDTNGQAVRIEGIATDITERKLMEEKLIRLAFYDVLTGLPNRALFMDKLQQTIARGGSQSNDLFAVLFLDLDRFKVVNDSLGHLVGDQLLMALAERLQSCLQPQDTLARWGGDEFTILLPQIESIEDATVVAENIHQALKSPFKLSGYEVFSSASIGIALGTDGCTQAAHLLRDADSALYRAKADGKARHTVFQTTMYTQALALLHLETDLRWAIERQQLQILYQPIVCVSTGKITGFEALVRWQHPVQGLIPPSKFIPLAEETGLIIPIGEWILRQSCYQLRQWQLKFPELTPLSISVNLSSKQFIQPDLVQQIAQILQEISLLPNSLKLEITESAIMDNPEKAATILGQLKAFGIQLCIDDFGTGYSSLAYLHQFPIDVLKVDRSFINRIDIGDGQLAIVRAIITLAKNLSMSVVAEGVESLNQLAQLRLLQCEQAQGYLFSQPLNSQDIDLLLTSQPCFCAKMFD
>AP018319.1|BBD62757.1|68240_69080_-|aldo/keto-reductase
MEQHRFGSTQREVAAIGQGTWYIDNGDRASAIAALRQGLDLGMTHIDTAEMYGRAEEVVAEAIAGRRDRVFLVSKVLPGNASRRGTIIACEKSLARLHTDRLDCYLLHWRGQHPLEETIAAFEQLQHEGKILCWGVSNFDVPDLETVQNIAGEGSLVCNQVLYHLRQRAIEHAVIPWCEKHGVAVVAYSPFGHGDFPSSRTTAGRVLQEIAAAHNATPRQVALRFLVRHSSLFAIPKASNPEHAAENAGAGELNLTQTELDRIDAAFPTGSRPRVLPML
>AP018319.1|BBD62758.1|69110_69674_-|intracellular-protease,-PfpI-family-protein
MTEELTNKKVAILVTDGFEQVEMTQPKLALESAGAQTHIISPKSDRVQGWNYYDKGDFFPVDVPLDQVNPADYDALLLPGGVANPDQLRTQAKVIEFIKSFFDTDKPVAVICHGPWTLIDADVVRARRLTSWPSLKTDLQNAGAQWVDQEVVVDSNLVSSRKPDDIPAFNREMIELFSHAGQVRQMV
>AP018319.1|BBD62759.1|69728_70907_-|alcohol-dehydrogenase
MKALCWHGANDVRVDTVPDPKIINPRDAIVKITSTAICGSDLHLYDGYIPTMEKGDILGHEFMGEVVELGSAVKNVKIGDRVVVPFTISCGSCFFCQKDLWSLCDNSNPNAWIPEKLMGYSPSGLFGYSHMMGGYAGGQAEYARVPFADVGLFKIPDGLTDEQVLFLTDIFPTGYMAAENCDIQPGDTVAIWGCGPVGQFAIRSAYMLGAERVIAIDRVPERLQMAKDGKAEVLNYEEVDVGEALKEMTGGRGPDACMDAVGMEAHGTGPDAFYDQVKQAVRMETDRPTALRQVIVACRKGGTVSIPGVYGGFVDKIPMGAAMNKALTFKTGQTHVHRYLRPLLERVQNGDIDPSFVITHRLPLEQAPHGYEIFKHKKDNCIKIVLKPGQAA
>AP018319.1|BBD62760.1|71031_72201_-|alcohol-dehydrogenase-GroES-domain-protein
MKAACWHGANDVRVETVPDPKILNPRDAILKVTSTTICGSDLHLYDGYIPTMQPGDILGHEFMGEVVEIGSEVKQLQKGDRVAVSSMVGCGSCFFCQRDLWSLCDNSNPNAWMQEKVFGFGTSGIYGYSHLFGGYAGGDAEYVRVPFADHGALKLPQDIPDEKLLPITDAFPTGYMGADLCNIQPGDIVAVWGCGPVGQFAMVSAYLLGAERVIGIDRFPYRLQLAKDFAKAETINYEEVDAGEALKEMTGGRGPDACIDACGMEAHGIGLEGFYDEAKQAVRLETDRPHVLRQMILACRKGGTLSVMGVYAGFVDKMPMGAFMNKALTLKTGQMHGQKYMPRLLSHVIEGEVDPSAVFSHRLSLEDAPRGFKLFKHKQDNCVKVLLKP
>AP018319.1|BBD62761.1|72286_72790_-|cyclase/dehydrase
MSQPIKVEKTVTINKPAEELYRFWHNFGNLPRFMKHLKDVKVHDNQRESSGHATRTHWTTSGVLGVNVEWDADIIEDRENELIAWASVEGADVDNSGSVRFQPAPANRGTEVKVVTKYNPPGGAIGATIAKLFGEEPEQQIGDDLRRFKMMMEAGEIATTEGQPRGK
>AP018319.1|BBD62762.1|73891_74188_-|C-5-cytosine-specific-DNA-methylase
MSVATPEKSSEKGLKSSDIESVGYLYPYLETKKLQDGSTALYPRVIGERDPNNASHWRWAFNWKEKIKGVWKGRSIGSIPCGAVTIIREMQKGGVYQR
>AP018319.1|BBD62763.1|74236_74755_-|hypothetical-protein
MSIEIIKAISLHQPWASLIPMGLKKHETRSWSTSYRGPLLICAAKKTSIGQKLTHNYLLDQYQQIPLETDNYVGWDDLPFGYAVALVDLYAVALVDLTACIKMTDAFIKQQSQVELETGDWREGRFAWRLDNIRRIVQPIPIIGKQGLFNVEVDFYEHQLEAISGAMPKLQS

Crispr_ID: AP018319_3

• CRISPR_ID: AP018319_3
• CRISPR_location: 210450-210573
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018319_3

Consensus_repeat	Method
CTGGGTTTTTATCGTGTATAACCGGGTTTTTATCGGGT	CRISPRCasFinder

spacers of AP018319_3

>3.1|210488|48|AP018319|CRISPRCasFinder
ATAACCGGGTTTTTATCGGGTAAAAAATTGCATAACAGTAAAAAAGTG

CRISPR arrays and Neighbor proteins around AP018319_3

CRISPR arrays

The CRISPR arrays of AP018319_3

>merge|AP018319|3|210450-210573|CRISPRCasFinder
TTGGGTTTTTATCGGGTACAACTGGGTTTTTATCGTGTATAACCGGGTTTTTATCGGGTAAAAAATTGCATAACAGTAAAAAAGTGCTGGGTTTTTATCGTGTATAACCGGGTTTTTATCGGGT

>AP018319|3|3|210450-210573|CRISPRCasFinder
TTGGGTTTTTATCGGGTACAACTGGGTTTTTATCGTGT	ATAACCGGGTTTTTATCGGGTAAAAAATTGCATAACAGTAAAAAAGTG
CTGGGTTTTTATCGTGTATAACCGGGTTTTTATCGGGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018319.1|BBD62869.1|204798_205431_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62886.1|220748_222170_+|hypothetical-protein	unknown	unknown	gnl|CDD|280446
AP018319.1|BBD62876.1|209945_210401_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62874.1|208438_208708_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62881.1|215310_215544_+|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62875.1|208704_209940_-|hypothetical-protein	unknown	unknown	gnl|CDD|212669
AP018319.1|BBD62885.1|219533_220640_-|hypothetical-protein	unknown	unknown	gnl|CDD|226036
AP018319.1|BBD62878.1|212795_213701_+|hypothetical-protein	unknown	unknown	gnl|CDD|349771
AP018319.1|BBD62882.1|215540_216356_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62871.1|206343_206874_-|hypothetical-protein	unknown	unknown	gnl|CDD|376876
AP018319.1|BBD62884.1|218969_219404_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62870.1|205466_206156_-|two-component-response-regulator	unknown	unknown	gnl|CDD|225107
AP018319.1|BBD62877.1|210774_212583_+|hypothetical-protein	unknown	unknown	gnl|CDD|366451
AP018319.1|BBD62872.1|206876_207446_-|ATPase-central-domain-containing-protein	unknown	unknown	gnl|CDD|223540
AP018319.1|BBD62873.1|207488_208430_-|transposase	unknown	unknown	gnl|CDD|290455
AP018319.1|BBD62880.1|214684_215296_+|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62868.1|204259_204802_+|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62867.1|199014_204213_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD62879.1|213675_214425_+|hypothetical-protein	unknown	unknown	gnl|CDD|224260
AP018319.1|BBD62883.1|216388_218914_-|hypothetical-protein	unknown	unknown	gnl|CDD|372412

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018319.1|BBD62870.1|205466_206156_-|two-component-response-regulator	gnl|CDD|225107	COG2197, CitB, Response regulator containing a CheY-like receiver domain and an HTH DNA-binding domain [Signal transduction mechanisms / Transcription].	1.59277e-55
AP018319.1|BBD62877.1|210774_212583_+|hypothetical-protein	gnl|CDD|366451	pfam01076, Mob_Pre, Plasmid recombination enzyme. With some plasmids, recombination can occur in a site specific manner that is independent of RecA. In such cases, the recombination event requires another protein called Pre. Pre is a plasmid recombination enzyme. This protein is also known as Mob (conjugative mobilisation).	8.37337e-34
AP018319.1|BBD62872.1|206876_207446_-|ATPase-central-domain-containing-protein	gnl|CDD|223540	COG0464, SpoVK, ATPases of the AAA+ class [Posttranslational modification, protein turnover, chaperones].	5.55758e-28
AP018319.1|BBD62873.1|207488_208430_-|transposase	gnl|CDD|290455	pfam13737, DDE_Tnp_1_5, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis.	8.39552e-47
AP018319.1|BBD62883.1|216388_218914_-|hypothetical-protein	gnl|CDD|372412	pfam12965, DUF3854, Domain of unknown function (DUF3854). A family of uncharacterized proteins found by clustering human gut metagenomic sequences. This domain is likely to be related to the Toprim domain.	4.67128e-53
AP018319.1|BBD62875.1|208704_209940_-|hypothetical-protein	gnl|CDD|212669	cd10227, ParM_like, Plasmid segregation protein ParM and similar proteins. ParM is a plasmid-encoded bacterial homolog of actin, which polymerizes into filaments similar to F-actin, and plays a vital role in plasmid segregation. ParM filaments segregate plasmids paired at midcell into the individual daughter cells. This subfamily also contains Thermoplasma acidophilum Ta0583, an active ATPase at physiological temperatures, which has a propensity to form filaments.	4.85553e-24
AP018319.1|BBD62886.1|220748_222170_+|hypothetical-protein	gnl|CDD|280446	pfam02281, Dimer_Tnp_Tn5, Transposase Tn5 dimerization domain. Transposons are mobile DNA sequences capable of replication and insertion into the chromosome. Typically transposons code for the transposase enzyme, which catalyzes insertion, found between terminal inverted repeats. Tn5 has a unique method of self- regulation in which a truncated version of the transposase enzyme acts as an inhibitor. The catalytic domain of the Tn5 transposon is found in pfam01609. This domain mediates dimerization in the known structure.	1.89582e-07
AP018319.1|BBD62878.1|212795_213701_+|hypothetical-protein	gnl|CDD|349771	cd05386, TraL, transfer origin protein TraL. The transfer origin protein TraL is member of the SIMIBI superfamily which contains a ATP-binding domain. Proteins in this superfamily use the energy from hydrolysis of NTP to transfer electron or ion. The specific function of TraL protein is unknown.	1.42284e-06
AP018319.1|BBD62879.1|213675_214425_+|hypothetical-protein	gnl|CDD|224260	COG1341, COG1341, Predicted GTPase or GTP-binding protein [General function prediction only].	0.00833188
AP018319.1|BBD62885.1|219533_220640_-|hypothetical-protein	gnl|CDD|226036	COG3505, VirD4, Type IV secretory pathway, VirD4 components [Intracellular trafficking and secretion].	6.29898e-103
AP018319.1|BBD62871.1|206343_206874_-|hypothetical-protein	gnl|CDD|376876	pfam02643, DUF192, Uncharacterized ACR, COG1430. Two structures have been solved for members of this large (>500 members) family of bacterial proteins present mostly in environmental bacteria and metagenomes (distant homologs are also present in several Plasmodium species). TOPSAN analysis for Structure 3pjy shows that there is much similarity with the other solved structure, Structure 3m7a, solved for UniProt:Q2GA55 (Saro_0823), a homolog of Thermotoga maritima TM1668, UniProt:Q9X1Z6., The homolog in Caulobacter crescentus (CC1388), UniProt:Q9A8G6, is associated with CspD, a cold shock protein (CC1387), UniProt:Q9A8G7. However, the genomic context of UniProt:Q2GA55 is most conserved with a putative xylose isomerase, suggesting a possible role in extracellular sugar processing. Saro_0821, UniProt:Q2GA57, is annotated as an AMP-dependent synthetase and ligase. Structure 3m7a structure corresponds to the C-terminal (27-165) fragment of the YP_496102 (Saro_0823) protein and it is structurally unique, as the best hits from Dali have a Z-score of 3.8 (1nt0, 2j1t, 3kq4) and it is thus a likely candidate for a new fold. Interestingly, many of the top Dali hits are involved in sugar metabolism. There are no obvious active site-like cavities on the protein surface of 3m7a (http://www.topsan.org/Proteins/JCSG/).	6.02208e-29

Protein sequences

>AP018319.1|BBD62876.1|209945_210401_-|hypothetical-protein
MTQQQKKEIELPKIRKVPTSWDGKVIDYLLKHRSGKAATDLAIEAITSYWLVEALKGKVSEDEFQEACRAAAENLTKKLISIQQMTGINNSTSIPSLGLSVAPATQPINSQAPQQQVLQQQEEEDDEDEWNMNLQLTEEMIEVNQALAGID
>AP018319.1|BBD62875.1|208704_209940_-|hypothetical-protein
MVKKDNSDIVKLVLTCDLGASLIKVLAQIYPDATPQVITMSPEVADVEKESVVGLDVDPLTSDAAWVGIGSEYYALGSLAKNKFAGTSAIRDLKYQYAVPKLAGLLWLVCHHLALKETEVFIHLLLPSGEYKDGNNLGKQLSAVLKGGIATPTGRLKLKVRNFMVSLEGCGVLASRRRTLGEAYSKRTIGMLMLGYRNASFIVVKGKNQIKAESTDLGMNWLVERFVEHASVGLCKDDLHIPSALVKANLGNFEALRSLSRKTKSADIESDLALFQKSLTLVRREYCRALLRWIRNIASVDEVLLCGGTGEFVRPELTQFFEEESIPIVWNGGVDIPAALDTHKLGNRLADVWALHISHINMLDMNFQYDRQQPLVPQAAKPVNTVQRCHPDRWKNFLPMLVDSPSSSLPS
>AP018319.1|BBD62874.1|208438_208708_-|hypothetical-protein
MNNTEKLAQFANQQHFDDRAGKIFQAVCQDAGINNLPQTSVKQGNCLIEVLKHNEATPEFVKNLLSYSRRCCVNRQNGKFTYSRCFRAA
>AP018319.1|BBD62873.1|207488_208430_-|transposase
MKTKAQYKVKNWNAYDAALKQRGSITFWVNEEIIEQWRNQQKTGKKGASNHYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLSVELPVIPKDKAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDCESGEILGAVVTTNDMADCEVLPDILEQIEQPIEQVSGDGGYDTKGCYDTISQHGAKAIIPPRSNAKIQQHTNNETHFHPRDENLRRVNQVGRKQWKQESGYHRRSLSETAIFRLKTIFGGKLRRRFFNNQAVELFLQCAALNRMIQLGKPDSYKVDN
>AP018319.1|BBD62872.1|206876_207446_-|ATPase-central-domain-containing-protein
MQQSLGRRLAGMLLTWMQERTSNVLIIASANNLELLPPELTRCGRFDDIFKVDLPNNGERHEIFKIHLARFDERFRNGGDAYSEEQWRRLLKETYRCVGAEIGAIVEKAAASTFCLMFGGDKNTHQHSSLPRLEITVASLLEARQNINPLAIREADKVERMRNRASLQGLPASPIDDSVYSHGNINIFS
>AP018319.1|BBD62871.1|206343_206874_-|hypothetical-protein
MLFLISKKLDYAAINGLRILGSIAGISVIIGTLTLSFLASRPQHLPIKYKLTRNNHTFYLESANSPTEIEKGLKYRSHLEGDRGMLFNLGKPYKDAAFWMYRVNFPLDIIFIYQGIVTRIVHNAIPCRKQPCPLYTAPIATHILELPSGKAKLTNIKIRDKLTFYKQQESGYGDKI
>AP018319.1|BBD62870.1|205466_206156_-|two-component-response-regulator
MMRVLIIDDYPILRLGIKTALESANIEVQEADSGEQGLQLLRGTHPDLVILKIDLPDVSGIDLITEINQEFPDVKIVVLSQHSDEGLLKMAFNAGANSYLLSDTEPEILLYAIKMSYQGQCWIDPRLSRSILDIKEEDNSLRKGKKFGESLTQIEMKVLKLMAFGFSNEQIADNLHVSSGSIRGYTNSLNLKLGAQNRAHAVFRAICLGYINYKSLFTEIPGGENLEAI
>AP018319.1|BBD62869.1|204798_205431_-|hypothetical-protein
MQSSNLARKSLILSLALAVASCQSTVGSGSNEQNNSIPVADNFNQKVKAIAQKYPPLYRVSWNVCGVQKRVSIGKTVKNHCVDTQSSRAMLFWGATGAYKLIPTHQYVGGVQSHLFIESKGCFGLDEPSDTAQYYKARTFLVGQIEEKDKFKPTAQVKLTQLSNKEKEDAIADLITNPAETFSPVVTPDDCQSEQKWTSVYAPAIPGNYN
>AP018319.1|BBD62868.1|204259_204802_+|hypothetical-protein
MARINMSRTKRWFNMHKKEFNPDGTMRDDVRQQKISEGRNPAAVDDYARRLKAEFDEWKHLDETQPEEWIEYTAYDFFTPTEKQQFNPDGSLRAEYVESELINGTSPGWLEEMERRKKIDIDNYNRVSEREAAIGINFGQQEMNRLRASSQTYVQRRQQMEVDLRNNEEPSSLPFDIDTP
>AP018319.1|BBD62867.1|199014_204213_-|hypothetical-protein
MTLEFKHFDTRLNTWIHVDGDSNNFESILTEKLENTLLEFYFSDQEFSFGHLDDYSSPEDLRNHPNGHTLLLSSKTRLLYGSPECLEVIDKLCPDRKDRGAYGSIFLGSCKNSINETLNILVVNDDSEQAKAGENGGIIKREDALKLVGDCYGQISTQLYNKLTKRKEQQDKSYRVIQHRFGWREGDGEDSKYRFGKGTLRPNNLSNVEYLDSNSKPKIDLILPLSSFKGTDKDRPGGAIKPQIQPGLYRQKIWLGEKSQSERGKTAISQLLASFPQGIKDFAEELEAQAQKLAESQSDPRKVAQLYCQKYEQRKAFTEEQKSSLKAEISEQVVDGLLAKQLELLTLNHAEEQFETSDDLDEKSEKDDLLMYKLIKADLIGGHNQLLETEKVRKELSKFVQGEWRDISLGRTLTFDRGMIIPSKDLKNGEICVPWLDDGEKVLNFRSPFLNSNGLCVSTNKIIDDCLASDGTRLEGIIVVNDEDIKRIKARLEQDETAPVETETQRQGRDFDGDCIGVALASKYPNFTAEAEYRILPANAYLPTIKEKKQSFYIDGKQPPFEEIANHMSDSISVGVINNQVTALEALESEIEILKLYGTPEQKSEYVDKVSHHYQKLLEAENYEHPKPIREEYKPYIQEFVALSQNPNRTSEVISQAMDKNRLMYRRMIEEACYQNQIAVDLFKSSKKPAMGLIKENNRYLYRQVDYIKDKKSPTAYLNLGIKTEGYSPVELLINQTNKYFQESKLESRPIVQFHDLFNGVEFTPQQRFAAIAAKYEFDRLHNAAVAMERRRDSERGPSAIIQTQQGSKLEITNLTYYDHPLIWKAQTINLKLEVDKRSSKLLTLAQINNELKDDGQPQYRKLGTVSPQSVEEYNLKPGTKANNASLVEIKPQLSRGQTKLMFQQTYQFAQAYRENIPEQERLSAAAAVWSVGAARQDELEDRQSQNKDPIYKKNPNFVFAAFGEEIISRLDQMQFTHLRVGTLSNEANSFKGKTWNQEEKYPIEIRASHHPPGHDRHALRLVFVQDTDGQYKEFAPLEPRTGQLPIGTKALANVLPGETYTASATISLTGTEPVEFTIREIKKFAHAPKTFHGESVTLEIGKVPVPTGVVKLKLDGKTLGELDADSIKQLQAVNYIKDGNPLNLKLTTISDKYNAFVIASSPNGNLIKIDKTNSYDHQGQKFNDTEYRRLTLDVPQSQIRDAVFLNGEPLGVLHFKKDKEALKQLGVFNFGRLTPVPATLQSNISTTMMVKIDPNTIEYPETWVKENFAFSQQITSEGQHREIERTAAILYQIKERPTILFATTEDKELGIIRMAVDNHKVDVVTKWLTDKNIAIAQQPPEDVPLETKKGLAVFNLVNSSIPEPVFEAMINKFGEVIESSEQYQEKLRSLPDRPKHLKPPQPVVSIVESPKVLRGANTVVSPVSPQNSQSTLHTSIKELVVISGKPIPMNFPLMLRGEPNPLPVDTCIDAMRGYGRVHTTRAYEPYRQYGFKEGDIALATGSGKQVAFRVGKQYQISQQMIADPQYQQQWAQMEKHSAKALPELFTGKPQVWGLNMEPLGNYVNGQIVPFEQQQNKAVPSQESQTITIDHLRSWYATANNLGKSEDYKQRIVQIANEFKVTGQLSPQAREAMEKDTVNRIAQIAHKIVSALGQCEEDGTTRVQGKIYDVSFHPEQRSWAIARSKGDVILRVQAGRVQINKLTPEFVQQFESANSKVDEVLETKKQVAGLQR
>AP018319.1|BBD62877.1|210774_212583_+|hypothetical-protein
MVALAILRVEKLKSFGNIGGSEKHTARLQDTPNADPTKQNIRLIGATDQRSLEEVVKELIKSKTNYQPRKDAVLCSEIFLSASPEYFRPDDPSMAGTWDNQKMEDFTNASQQWLLEKYGNKCVRAELHLDESTPHIHAYIVPLNEKTKRLSYKEMFGGSVAQGRLKMSQLQDSYAVALAPLGIQRGVKGSKAQHIQVQEYYQAVNSQPLSLELERFAPLPRETAHELLERIKNDRRIQQLDHQLADRRRIIQLEKRASLSSIASEKLRQDLETRLVQLEQENLEWRQKADLMRDLPLTDVAWALGLNSFDGRWKGYGHIISIDGSKFYDFSPQQLHGGGGAIDLVMHVNNCNFTRAIAWLSESFGKTGVQKAAIAHSLNLTNEIIHSQPCPKFQRPVEDKTHWSEVAQYLTTKRGIPPNLIQALYERGLVYADAHQNAVFVMRNFNDQTNGAFLRGTKGENNTFKGYHKGTKRSDSWFYFHLGGQAQTQVERAVLCKSPIEALSFATLELKAYKGVPQQRTMYLAVDNPKSLPVDFLQTVPVVEMAFDNDAWGHETALTIQKLLKDATTLRTKVKDKDWNEQLVEKLYVQQQKLSSRQDMEI
>AP018319.1|BBD62878.1|212795_213701_+|hypothetical-protein
MGKRRMTDNTNNPTPTKSRRLVIVTGDKGGVGKSTFSRAMIQTYLDNNQNFAAFDADMSNPQIKRFYEEECTVMPLDIFRRGEADISLLDELKNLIDPPEKDTIKSPNKNVSESSNPDLTNSPDKDAQPVAFVSKSLFLLELPPQSIQFFRSFEEEMGFFKMVGKKLDMRVTMATVINRTKDSVNQFIHLRDFCGDKVDYVVVKNLFFGEKDRFERYDNYPLVKELQNLNKSIPEIYMPDLIAHAYDYLDENNLSFSKGIEQSQKLSVQGRVEKWMENFKKSIEPAKHLLGLADVNLQSES
>AP018319.1|BBD62879.1|213675_214425_+|hypothetical-protein
MSTYSPNPKRLIMTVGDSRVGKSTVMRLLIDLFCSLGYRLRAYDHDNRKRLEPYKCLVGVESVNFNEGTDWVIEELRNGYDVLAVDMPGQHIESICNYIDKVNLFKILSKVDWRLTFVQPISHRLDCVEYLSQLMAFAGNQADYVIVKNQHFDLMFKLYQTSSYPKLKDVGGCDIALSGLNKYSYEAIESIGLPYSQVRNNIKIFSVYRAYTYRWLNSFYQSIQSNSLASEYLGLLQIRQQQESGHDDF
>AP018319.1|BBD62880.1|214684_215296_+|hypothetical-protein
MTISKYTEAEIDRIRELSEEIGFDPNDPMFQIMSILGNFEEMMIQFPTQMEALMEAGALMMDKKLTDATKAAQVMQHSIITDAVQTSLKEELPKLKPTISLPIEAPKIGKIKLGIWSIGGILGGMIAVGAILGSLTTWNVISNYVGVSNTNVTPNDLKLLGWAKSSEGRQARQLFVDNQADLEFCQKNNRLLGRCVVKIRKSN
>AP018319.1|BBD62881.1|215310_215544_+|hypothetical-protein
MHGDKTMLDKAENFLEFGIFICLIIIAIASLETDFWESAFYILLAAIISPFTKINKPLKRLLLVSGFLWGVRVGYFN
>AP018319.1|BBD62882.1|215540_216356_-|hypothetical-protein
MSAKQSSTLEKIRAINPGDISDNMMIARLSRVLNQFPTQQKDLSIDSHQETDPNRQDKARQELGQMLSKGDTEEYKQQLKAQYIQKYITSFGLEQPQLQKSQANQKLTTQLQQFREIQKAALSATEKSNNFSRKPIALTNALQEQTQYQDQNKKSFIRAVLDKIITKGKSLGNQISAFENQGYRALLSFDDTKQILSIDRKQLQPDQSNPAFKAEKLGASDFQILQDNLTEQETQNIVADNQQLQQQPPQVQVPQKQIQPKRDFNKGPELD
>AP018319.1|BBD62883.1|216388_218914_-|hypothetical-protein
MFDERSVNLTSDYILFTRQDLQQTRQIWKKAVVPLIEAAMERLQYEWDKQAKIEIGYNTFVLKQDESGAYVWSEIDPLTDTGWNEEADLEAEESVPSSRVQAEQTPTLVTPQKEESATGAAPQAEQASSSSTPQVQTIHQESETIPVPPPEHIDPEHWHEIVVNSAVKPEIAARNFKSLHHDSVEGVNQAWEYLMYSKSLERRNDGRLKNIKTYSHIEQGGWWCNAGVDPRSFPALKSGEVPPQKLWGCLKPNHKREKPEQKNDSQSYFKFWQDDKQPSSRPLEKNKPKEFIKYEHPPKTPLSIFLLDVPDDIANLIYQKAGVTPSECDRRSGFWYCVWKHDVPIIVTEGAKKAASLLSQGHAAIGLPGINAGYRTKDEQSNPIPVQLREEFAMFATPGRDIKLCFDHDPKPKTIVNVHKALLKTGLLLQRAGANVSVITLPGPDKGVDDFIVNNGSEKLQDLVSKAQLLEEWYKNNPPLDLRFLIKLKNGQILNLYEKQLDGTVTSNPANLKEEEIAQAIPQTPAEAKQQGGRGAREQGGNEGTFSPAQAHPCPSASSFSSAPQSPSEVHQPVTGASQYWANQQKVPNYALTIPRKLLIEKENKDIALIAKKLLDNYAVELDDSSTVYRSEAFSVRKFRDTYSIHRADDEQNSYFSNPLMQFEIDKKGKAVITKKPEKMLMVERQEFLKVNDKFKTVEKLPSFYEDAITLKTQLDSLAPLGTQAVIKRLEITQVSQLLSYSLKTAQSQHLQIGNYRIKSQINQSTGELFVKLFKRENDGLEREAVKINSTTNEALIMNIGQQDIENLKLIAKRVQLEYSPSQARPKFCQNHKCKDSEVEL
>AP018319.1|BBD62884.1|218969_219404_-|hypothetical-protein
MIIIESALTDFLLINKLDRKQQRLMANLVNVGEATPYIVNTFNKRSKLRPRLKKFGIYVKLIFKDIQNVSQEENYQQLLDKYLKDIGWNDLQYIAFITYSSDYAQIEIILNRVISETKIIDLKCLKASRRQYKMLHRAYTQMCK
>AP018319.1|BBD62885.1|219533_220640_-|hypothetical-protein
MKSQSEDGFFGPSGDQLTQAILMLTKEFGEYADIMTAAAILSSEQMINRLMGASLNPWIRIAFGQLFSSAASEKTVAGITATASLMFTRFMAKNTLGCFVGKTTLPLEIKRKQMIIFGLDRERRDAVAPLMTSILHMTIARNIASKRVDSGPLIVALDELPSIYLPDLYRWLNESRSEGFCGILGWQNMGQLEKNYGKEVAKTILGACSTKFVFNPGENESAQLFSSFLGDEEIKYKHSSRSTGGGKPSTTTSEQEKTKKLFESAQFLKLPAGKCVFINPAYANKEEGSVPLLKTIKIGAYADNIEQYNQQKWQKLVKNMALHSTQKYPTQQDLDIRIKEVDRRLPIPQEPVEAGVEALPVDGMRSML
>AP018319.1|BBD62886.1|220748_222170_+|hypothetical-protein
MKILEKNLYGECNFGDKRLTQRAASIGELLSVKYGQPLSKIFKTASDLKRGYEFFSNPKTSFEKLTQPYFKQTAQEINGTPVVLAVGDTTFLDYKKILDKREEYGPIGNGGNGLILHSCLALEPDFGQPLGLLWEKLWHREHKAPQPSNETQELKEDRLKKERKAKRNKEFKEKESYRWVEAFSKIEKQFSELEIPVGGLSSKIIHVFDREGDIAEVFAQISQTKNAGVVVRAAHNRCLEGENGHLWSYVNSTPVQFVKDVELVETKKRHARTATLEVRYCPVSISPPARLKNQGSFHVYAVYAREINCPENGEPVEWMLLTTELVDSEQSATQILRWYTYRWRVEEYHKILKSGCQAESYRLAGESMSTMLGFLTVIAAQLLRMTYLYRNCPHLDASVVLTKEQMDVLIASSPPKLKKDIEFTVDWAIRAIARLGGYLEHRKNSAIGIQVLWRGWLELETLCQGWLLHQNLK

Crispr_ID: AP018319_4

• CRISPR_ID: AP018319_4
• CRISPR_location: 481847-481931
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018319_4

Consensus_repeat	Method
TTTAGGGGTTATATGACCCCCATTT	CRISPRCasFinder

spacers of AP018319_4

>4.1|481872|35|AP018319|CRISPRCasFinder
AGCACCCATTTAGCCCCTATCAGGCAATTTTAATT

CRISPR arrays and Neighbor proteins around AP018319_4

CRISPR arrays

The CRISPR arrays of AP018319_4

>merge|AP018319|4|481847-481931|CRISPRCasFinder
TTTAGGGGTTATATGACCCCCATTTAGCACCCATTTAGCCCCTATCAGGCAATTTTAATTTTTAGGGGTTATATGACCCCCATTT

>AP018319|4|4|481847-481931|CRISPRCasFinder
TTTAGGGGTTATATGACCCCCATTT	AGCACCCATTTAGCCCCTATCAGGCAATTTTAATT
TTTAGGGGTTATATGACCCCCATTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018319.1|BBD63153.1|473774_474059_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD63154.1|474085_476332_-|helicase-RecD/TraA	unknown	unknown	gnl|CDD|273632
AP018319.1|BBD63162.1|482240_482756_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD63152.1|473350_473602_+|hypothetical-protein	unknown	unknown	gnl|CDD|238329
AP018319.1|BBD63158.1|478494_478884_-|hypothetical-protein	unknown	unknown	gnl|CDD|212669
AP018319.1|BBD63160.1|480499_480901_+|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD63156.1|477894_478122_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD63157.1|478168_478474_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD63161.1|480881_481538_-|hypothetical-protein	unknown	unknown	gnl|CDD|212669
AP018319.1|BBD63159.1|478992_480414_+|hypothetical-protein	unknown	unknown	gnl|CDD|280446
AP018319.1|BBD63155.1|476588_477833_-|hypothetical-protein	unknown	unknown	unknown
AP018319.1|BBD63163.1|482867_484679_+|hypothetical-protein	unknown	unknown	gnl|CDD|227708

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018319.1|BBD63154.1|474085_476332_-|helicase-RecD/TraA	gnl|CDD|273632	TIGR01448, recD_rel, helicase, putative, RecD/TraA family. This model describes a family similar to RecD, the exodeoxyribonuclease V alpha chain of TIGR01447. Members of this family, however, are not found in a context of RecB and RecC and are longer by about 200 amino acids at the amino end. Chlamydia muridarum has both a member of this family and a RecD. [Unknown function, Enzymes of unknown specificity].	0
AP018319.1|BBD63161.1|480881_481538_-|hypothetical-protein	gnl|CDD|212669	cd10227, ParM_like, Plasmid segregation protein ParM and similar proteins. ParM is a plasmid-encoded bacterial homolog of actin, which polymerizes into filaments similar to F-actin, and plays a vital role in plasmid segregation. ParM filaments segregate plasmids paired at midcell into the individual daughter cells. This subfamily also contains Thermoplasma acidophilum Ta0583, an active ATPase at physiological temperatures, which has a propensity to form filaments.	3.23375e-21
AP018319.1|BBD63159.1|478992_480414_+|hypothetical-protein	gnl|CDD|280446	pfam02281, Dimer_Tnp_Tn5, Transposase Tn5 dimerization domain. Transposons are mobile DNA sequences capable of replication and insertion into the chromosome. Typically transposons code for the transposase enzyme, which catalyzes insertion, found between terminal inverted repeats. Tn5 has a unique method of self- regulation in which a truncated version of the transposase enzyme acts as an inhibitor. The catalytic domain of the Tn5 transposon is found in pfam01609. This domain mediates dimerization in the known structure.	1.89582e-07
AP018319.1|BBD63152.1|473350_473602_+|hypothetical-protein	gnl|CDD|238329	cd00586, 4HBT, 4-hydroxybenzoyl-CoA thioesterase (4HBT). Catalyzes the final step in the 4-chlorobenzoate degradation pathway in which 4-chlorobenzoate is converted to 4-hydroxybenzoate in certain soil-dwelling bacteria. 4HBT forms a homotetramer with four active sites. There is no evidence to suggest that 4HBT is related to the type I thioesterases functioning in primary or secondary metabolic pathways. Each subunit of the 4HBT tetramer adopts a so-called hot-dog fold similar to those of beta-hydroxydecanoyl-ACP dehydratase, (R)-specific enoyl-CoA hydratase, and type II, thioesterase (TEII).	4.78247e-18
AP018319.1|BBD63163.1|482867_484679_+|hypothetical-protein	gnl|CDD|227708	COG5421, COG5421, Transposase [DNA replication, recombination, and repair].	2.63876e-34
AP018319.1|BBD63158.1|478494_478884_-|hypothetical-protein	gnl|CDD|212669	cd10227, ParM_like, Plasmid segregation protein ParM and similar proteins. ParM is a plasmid-encoded bacterial homolog of actin, which polymerizes into filaments similar to F-actin, and plays a vital role in plasmid segregation. ParM filaments segregate plasmids paired at midcell into the individual daughter cells. This subfamily also contains Thermoplasma acidophilum Ta0583, an active ATPase at physiological temperatures, which has a propensity to form filaments.	7.20196e-10

Protein sequences

>AP018319.1|BBD63161.1|480881_481538_-|hypothetical-protein
MTNIHALQKIFPAGFDNGYGSLKLLVDGFEVVRVPSYISTADMEDVPGRVEFDGTAYTVGESAFRAGDHFERNTDSNDNKVKNALRTLLGALAHLPHRKAWHLKLVVSLHDVALAKDLTQVLNGEYHAVLAGKPSEVKVEVLKVVPEGMGALFGQALPKKLTVLDFGNGTTLYSRYTQGKREVHTPYPVGVADFSRDVEKEKWFAENLRELTFMVGDI
>AP018319.1|BBD63160.1|480499_480901_+|hypothetical-protein
MPLSPKSSIQDDLAKRIDAVAKTKQRLEQEIHSILASGKVAPASCWIVRYQAKGRTDNYWYYKLQASSPIFPTKTDGKLSRYQHLGKSGSQAYIDALEQITRRAKIQALDRSIESLNLGLKDLIEETSKYRQP
>AP018319.1|BBD63159.1|478992_480414_+|hypothetical-protein
MKILEKNLYGECNFGDKRLTQRAASIGELLSVKYGQPLSKIFKTASDLKRGYEFFSNPKTSFEKLTQPYFKQTAQEINGTPVVLAVGDTTFLDYKKILDKREEYGPIGNGGNGLILHSCLALEPDFGQPLGLLWEKLWHREHKAPQPSNETQELKEDRLKKERKAKRNKEFKEKESYRWVEAFSKIEKQFSELEIPVGGLSSKIIHVFDREGDIAEVFAQISQTKNAGVVVRAAHNRCLEGENGHLWSYVNSTPVQFVKDVELVETKKRHARTATLEVRYCPVSISPPARLKNQGSFHVYAVYAREINCPENGEPVEWMLLTTELVDSEQSATQILRWYTYRWRVEEYHKILKSGCQAESYRLAGESMSTMLGFLTVIAAQLLRMTYLYRNCPHLDASVVLTKEQMDVLIASSPPKLKKDIEFTVDWAIRAIARLGGYLEHRKNSAIGIQVLWRGWLELETLCQGWLLHQNLK
>AP018319.1|BBD63158.1|478494_478884_-|hypothetical-protein
MKSQVGVEVLIDEIAQKMKHLNGGKLGDPSKVRFCLENGHTRYSRDIDIKDVYMACFKDWYEKYLKKVVGMALDAKHQGDEIWAIGGGCLLPGFKKLLEKNGFKVLDNPVEANAAGLLEMAKAIVNKNS
>AP018319.1|BBD63157.1|478168_478474_-|hypothetical-protein
MVNNQDDVLDKVRIRNSYRQRILAEAKQLDKSYVETIHFIIDCYFAFKKGVLTIQQPIAYTSDFNGIELNSGASQQSVSNLSTGTEQEDSGNETRVLTLRA
>AP018319.1|BBD63156.1|477894_478122_-|hypothetical-protein
MQEFKSPSSRLARLFHKGRDNWKQRALEKQKKLRALEIKVRDLSASRDYWKNRAKIAEEKLQKANIETVQEKKRD
>AP018319.1|BBD63155.1|476588_477833_-|hypothetical-protein
MQQVIECGNSYRGVEKTFDLYKELFTQETPSFSSIRKWLGRIGFFELTRKKEIRDDWIFIVDLTVELGTEKGLVILGVSQQKLEEEILPLRRGLQHQDVQILALEIMHSTRGELIQEKLTEVSLKCGCPRQIIADHGSDIQKGIKLYQQNHPDVIYTYDVTHAMALLLKHELHRSDKYQSFIQQCSQCRKQLQQTELSFLSPPSQRSQCRYFNLEKLVNWALYLLNSPLDILRDLVPNTEPDILYSKLKEKFTWLAAYQDSLINWKQMVQITRFVETQIKLCGLNQETFSIIQQHLTTLVNYSEEFAQKILSYLTQELSFIQPGQTLLATTDVLESLFGKYKQFSSRSPFKQIGQMFLSICLSTMNLTTTLVKEALETVRFLDVEDWAAQVFGQSMLSKRRILFSVSTGDTEIA
>AP018319.1|BBD63154.1|474085_476332_-|helicase-RecD/TraA
MSTPSTSIEQVNATPHYETITGVVERLTFHSEESGYTVARLTRPRSSDLTTIVGSFANIQPGQTLQLTGFWREHPQYGPQFQVTNYKETKPATLTGIEKYLGSGLIKGVGPVTAKRIVAHYGLETLDIIENQIDRLIEVQGIAKKRIKLIKNAWETQKAIKEVMVFLQTHGVSTTYAVKIYKQYQDNAISTVTSNPYQLATDIYGIGFLTADKIARNLGVPTDSEFRYCAGIIHALSEAAEDGHCYLPQPELIEKVTKLLTTDDHQPTELAIADIIKDMGAREELIREYVRDSYGEKLLLCYKPSFFHTEQNLAQLISRKLRHPVTQDMPRVRAWLERFMESRNIQLSPQQQQAVEKAAYSPIMVLTGGPGVGKTFTTHTIVSLWKAMGKTIALAAPTGRAAQRLSEMTGLEAKTIHRLLEFDPKTMGFKRDNENPLSCDAVIADEASMLDLFLAHSLVKAVAQGKQLLLVGDIDQLPSVGPGKVLADLITSLQVPVVKLTQVFRQAQQSAIVTAAHQINQGDYPSLEPISDNPVSDCLWHGGGHQPEHGVQAICELISEFIPRLGFNPATDVQVLSPMSRGLVGTRNLNMVLQGLINPPSPEKTEIVRSGMTLRVGDRVIQQMNDYDREVFNGDLGTILNIDTEEQEVTVDYSGRPVVYDYADLNEITLAFAVSIHKSQGSEYPVVIMPLYMSHFMMLSRNLFYTGLTRARKLAIVVGSKKAISLAVRTTDDQQRYTRLWQRLLQPI
>AP018319.1|BBD63153.1|473774_474059_-|hypothetical-protein
MTHKYESFTEFEFRLDEMIQNQKLKPEYKTLLLEISELGEKAYANGLIFGLGWSVDDNNVVLDEYEIMNRGGNILYLTISETREYIQNLIEDLG
>AP018319.1|BBD63152.1|473350_473602_+|hypothetical-protein
MSFELVSLKLQVRPNDLDSLGHVNNATVLEYLETGRWDWLKHHNINIKQKIVPVVARIEVNYRKEIILEDVIVNTKLDQSNQS
>AP018319.1|BBD63162.1|482240_482756_-|hypothetical-protein
MPKLTCLTAPLIVLTALTLTSCSTTSVEQYEATAHTSYTWQVKYGNNLTNAPQPRIESFATASVLNRNGLKPAGAVIGPDAQGLWWTTLPPRPSIDEVEQRKKPQEEAGKPELQKTVKYQITYGVGEAQKTLPTNYDVYRQVVKAYPSRIPLELTFGLNDDSVEKAEPVGK
>AP018319.1|BBD63163.1|482867_484679_+|hypothetical-protein
MANEPIITNERVDDIPVLLTQMQKMGIGKLIDKHFPTHGNWQGESLGNVAVVWLTHILSQADHRLNHVQGWASKRLETLKTLMGDSLQELDLTDDRLEAVLRYLNCDDSWSFFESELGSNLLCVYDLKPERVRLDSTTASSHCGVNPEGLFQWGHSKDHRPDLAQVKIMLSTLDPLGMPIATEILSGEKADDPLYIPAIERVRSTIKQSGLLYIGDCKMASIGTRTHIVSGGDFYLCPLNAKQSPREKLIEYLQPVWDIKQELTIINYDYADGKNRDIAEGFELKILQKLEIDEQRQFAQQGEPPELCSTRGTRARKFSPHATGSEISWEERQLVVRSFAIAQTEENYLRERIQKTSDALEQLKIPRRGKKKLTSPDEWESSVAAILKRYRTTGLFKIDIQSQRVQKVKRRYLERQPQIVEEVSFHLNFRIDEDALRQQVKLLGWRVYVTNKPESQLTLKQAVRAYRDEYLTERGFARLKSFPLSLTPIYLQREDHVTGLIRLLSIGLRVLTLLEFQVRRHLEKDQEKLAGLYVGNPGRETARPTAEILLAAFKEITLLLIEVKNEVYAHLTALSPLQQRILVLLGFPTTIYTQLGGQSFTPE

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
AP018319_1	1.1|62288|34|AP018319|CRISPRCasFinder,CRT	62288-62321	34	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	62288-62321	0	1.0
AP018319_1	1.2|62359|33|AP018319|CRISPRCasFinder,CRT,PILER-CR	62359-62391	33	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	62359-62391	0	1.0
AP018319_1	1.3|62429|36|AP018319|CRISPRCasFinder,CRT,PILER-CR	62429-62464	36	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	62429-62464	0	1.0
AP018319_1	1.4|62502|35|AP018319|CRISPRCasFinder,CRT,PILER-CR	62502-62536	35	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	62502-62536	0	1.0
AP018319_2	2.1|196377|49|AP018319|CRISPRCasFinder	196377-196425	49	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	196377-196425	0	1.0
AP018319_3	3.1|210488|48|AP018319|CRISPRCasFinder	210488-210535	48	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	210488-210535	0	1.0
AP018319_4	4.1|481872|35|AP018319|CRISPRCasFinder	481872-481906	35	AP018319	Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome	481872-481906	0	1.0

1. spacer 1.1|62288|34|AP018319|CRISPRCasFinder,CRT matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

caaaaggcgatcagcctaaatttgggaattcatc	CRISPR spacer
caaaaggcgatcagcctaaatttgggaattcatc	Protospacer
**********************************

2. spacer 1.2|62359|33|AP018319|CRISPRCasFinder,CRT,PILER-CR matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ctagcactagcacggcaaccaaaaatagttaat	CRISPR spacer
ctagcactagcacggcaaccaaaaatagttaat	Protospacer
*********************************

3. spacer 1.3|62429|36|AP018319|CRISPRCasFinder,CRT,PILER-CR matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ttaaaagatacgatttgggtaaatgtgggacatttg	CRISPR spacer
ttaaaagatacgatttgggtaaatgtgggacatttg	Protospacer
************************************

4. spacer 1.4|62502|35|AP018319|CRISPRCasFinder,CRT,PILER-CR matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

gttggcggctgtgccttgattgggaatcaaaaatt	CRISPR spacer
gttggcggctgtgccttgattgggaatcaaaaatt	Protospacer
***********************************

5. spacer 2.1|196377|49|AP018319|CRISPRCasFinder matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

caacatcagggctaatatcttctttgacctgcggctgtggttgtttact	CRISPR spacer
caacatcagggctaatatcttctttgacctgcggctgtggttgtttact	Protospacer
*************************************************

6. spacer 3.1|210488|48|AP018319|CRISPRCasFinder matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ataaccgggtttttatcgggtaaaaaattgcataacagtaaaaaagtg	CRISPR spacer
ataaccgggtttttatcgggtaaaaaattgcataacagtaaaaaagtg	Protospacer
************************************************

7. spacer 4.1|481872|35|AP018319|CRISPRCasFinder matches to AP018319 (Nostoc sp. HK-01 plasmid plasmid1 DNA, complete genome) position: , mismatch: 0, identity: 1.0

agcacccatttagcccctatcaggcaattttaatt	CRISPR spacer
agcacccatttagcccctatcaggcaattttaatt	Protospacer
***********************************

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	18673 : 58982	39	Wolbachia_phage(33.33%)	transposase,holin	NA
DBSCAN-SWA_2	184581 : 303913	105	Vibrio_phage(16.67%)	transposase,integrase	attL 241176:241193|attR 304255:304271
DBSCAN-SWA_3	319267 : 364285	56	Bacteriophage(23.08%)	transposase	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>AP018319|18673:58982|DBSCAN-SWA
AATGGCTGATATTCATTACGATGTTATCATCATTGGTACTGGTGCTGGTGGTGGCACTTTGGCATACAAATTAGCAGCAAGTGGTAAGAAGATTTTAATCCTAGAACGCGGTCAATTTCTAGATAAGAATAAACGCAATTGGGATTCCAAAGAGGTAATGCGAAAAGAAATTTATCGCAACGCTGAAACCTGGTACGATAAAAACCATCAACCTATAAATCCCAACGCCCATTATTATGTTGGTGGTAATACTAAATTTTATGGTGGTGCGCTGTTTAGATTCCGTGAGCAAGACTTTGAAAAAGTAATTCATCAAGATGGTATTTCGCCTGAATGGCCATTAAAATATCAAGATTTCTCTCCCTATTATGACCAAGCAGAGAAACTCTACGAAGTACACGGTAAACGCAGTTTAGATCCAACTGAACCACCCACAAATACAGAATACCCTTTTTCCGCCATTAGTCACGAACCTTATATTCAAGCAATTTCTGATGCTTTAAAAGATAAAAACTTACATCCTTTTTATCTACCACTAGCCATTAAACTTAATGAAGTCAATCGTCATTTAAGTGCTTGTATTCGTTGCGATACTTGTGACGGTTTTCCCTGTTTACTTAATGCCAAAGCTGATGCTGATGTTAATTGTGTTCGTCCAGCCATAACCTCTAACAATGTCACATTATTAACCAATGCAAAAGTTATGAGATTACACACAAATTCTTCTGGTCGAGAAGTGACAAAAGTAGAAGTAGAAATTGCGGGAAAACAGCACTTTTTTGCTAGTAATATAGTAGTTGTTGCCTGTGGTGCAATTAACTCAGCCGCATTGTTACTGAAATCTGCTAATGACCAACACCCCAACGGATTAGCTAATAGCTCTCATTTGGTGGGACGCAATTATATGGCACATAAATTTGCAGTGGTCATGACATTAAGTAGCGAGTTAAATCTTACGAATTTTACAAAAACATTAGCAGTTACAGACTTTTATTGGGGAGAATCAGATTTTGCCTATCCGATGGGTAGTGTACAAATTTTAGGTAATATCAACAAAGATAAAATTGCTGCCTACGGGCCGCCAATGATGCCTAATATTGTTGCTCAAACTATTTCTAATCATTCGGTAGCTTGGTTATTAATGACTGAAGATTTACCAGCTATTTATAATCGAGTGCGGGTTGATGGTAAAAAAATATTCCTCGAATATACCAATAATAATGAGTTAGCATTTAACCGCTTAATTAACCGTTGGACTCAGGTTTTAAAGTCGATTGCATCAAACAAAAAGAATAAACAATTTTCCCTAAATATTCCGCAAAAGATGACTGTGAAAGAAGTTGGACATCAGTGTGGAACTTGTCGATTTGGGGAAAATCCAAAAACTTCCGTTTTGGACATTAATTGCCGCACCCATGATGTTGATAATCTTTATGTTGTTGATGGTAGCTTTTTCCCTTCCAGTGCAGCGTTAAATCCATCATTAACAATTATTGCCAATGCTTTAAGAGTGGGTGAACATTTGTTAGAGCGAATAAAGTGAACTTTTATAAAACGGTAGAACTTGGCTCATTTAAGACAGTGGTTGAGCGATCTCTCTTAGTTTTGATAAGATGATTTTGACTAGGCAACGCCTTGTAAAATTTGTTCAGCAGTCAAATTGAGTTCGCTGAAAGTTTGTGAAATAATGCGCTGACTACCTCGCAATTGCTGAATTTGATATTCCTCTTCAACTCAAGAGTAAACTGAGATGGTAGCTTGTTTGGGATTGCTGCCAAAATGTGGGGTTACGATGTCCGCAATCGCCTCGTTGCGGATGTTTTTTATGATGAAAGCACAGAATTTATTAAGTTCACCAATGGCAAAGAAATAACGGTAAATGCTGCGTGGCGTTGGGAGTGGGAACGATTGATGAAATATGCCACTAATCAATAATGTGACCCTTCCCAATCATTTACCAGGAATTTTTTGCCTTTAACCGCGTCAATAACGTTGAGTTTCAGTAATAATCTGGGTTCAAGCAAGGGCTTGTGAACAGTAAGCTAATTCTTTGATGAACTGTTGCTTCCATGCTTCTATCTCCTCTATTTTTGGCTGACCATGAGAAACTACAGCAACCTGATAGCGACGCATGACTTCCACAGGTGACTTTCCGCCAGCCAAACTCCAAAGTGCCAATTGTATGTGCTTTGGCGGTGAGTACAAAATGCCTAATTCACTTAACATTGACCTAAAGTTACTATCTTCTTGCGGTGAGGGTTGATGCTTTAGCCTGACTCTAATTACCCAGCCGTCAATAGTATTAATCACCGTAACGTAACTAACTTTAAGTTGAGGTCTACCATGTAGGTATTCCATCAACTCACATCTTGCACCTGATAAAAAAAGACAGTATTAACCGAAGAGGAGAAAATAAAAATTACATCCAAATCTGAATGAGCAAATCAAAGTACTGAGATAATAAATCACAGATAAAATACATAAATTGACTGCTAACATACACAAAACAAGCAGTAATTAAATCTGCACACAGAGTATTTAAATTTATCAGTAAAAATGCGAAAAAGGGCGTATTAAACAACATAAACAGCAAGAACTATGCAAACAATTCTTGCCCACGCCCACTCTTTAATGTACACTATCCTAGCTTTGATGCCCAGTCACTATCAACGAGATAGTTTAGAAGCAATGCTGGGATTATTTCTCGAAGCAGAAGGAAAACCTTTACCACATTACAGTAAAACTAAATCAGAAAGTGCTTTAAGCCGATTTTTGAACCATTATAATTGGTCTACTCGTAAGATAATTAGTCATTTACGAGCTTTCGTGATTGAACTAATTTTGAAGCAATGCACACTAGGACGCAAACCATTCTTACAAGTAATTATAGATATAACTACGTTAGAAAAAACGGGTAAATTTAAGGCTTTTAATCACTTAATTACTTTTTTCAATCATAAACGTGGCTTGCATCTAGTCGTCTTATATTTAGTTGTTGGACAGTGGCGTATTCCTTGGAATTTTCGAGTCTGGAGAGGCAAAGGCACAACCACTCCGGCTCAATTAGCTTTAAAAATGGTACGTCGCTTACCAAAAAAACTTACTCTTACTTTTCAGGTAAAAATTCTGGCTGATACTGCCTTTGGTACAGTTGAATTTATTCATGGTATTCGTCAACTTAAATACCACGCTATTCTCGGAATTGGTTGTAATCGTAAATTGGTTGATGGTCGTTCCGTCAAGCATTTGTACCATCGCGGACAGCAAGTTAGACTAGTTGGTTTAGATGTAACTGTTTCTGTTTCTTGGTATTATTTTAAAACTGATAAAGGTGTATTTTTGAAGAGATATGTTATTTCTACAACACCACTCAAGGCTTGCACCATCAATTGGTGGGGTAAACGAAGATGGCAAATAGAAGGATGGTTTAAAACTGCTAAACATCGCTTCGGTTTAGACAAATTCGGACAATGTACTCTCTTGGGCATTTATCGTTGGTTAATCTTATCTTTGACTGCCTTTTTATTAGCACATTGGACTTATTTAGCTCGATATTATCCTCATACTCTCGATTGGGGTCAAGCTGCTTTTCTTGCTCTTTCCACTTTCTTCCCTGTTTTATTATTGTCTCTATTATTACTTGATATTGAACGCCTTCGACCTCTAGCATTTAGTCACGGAATTGACATTACTATTTCCAGGTGCAAGATGTGAGATCAACTGTAGTATCAAGCTGGCATTCTCCAGATAGTAAAGATATTCCATCTTCTAAGAGTGAATTGGGCTGAGTTTAGTTTGAAGATACAGAAACAATTTGAGGAACTTGTGAGCAATACAAAGATTAGTTTTTTGGCACAAGTGTAAGCGCGTTGATTCGCACGGGTGTTTTTCCTCGCCCACTCGAAGGGAGCTTTTACCATTTAGCCTGTGCGGATTCCGGTTTCCGTCCCTCCTTGCAAGCAGCCACTTTCCACAGCTTCCGGTGACTTAATTCCTTTCCAAGTTCGCAGTGCTTCTTTCAAATAAGCGATGTCTGCGATAAAGGCTTTTACAATCCTCTGGATACAGGAGAGACAGTTGAGTTTGCTTATAAACATGGGTGCAGCGTCATCCAGCTAGAGGGAATTCCTGAACATTTAACTCCTGTACTTAAGAAAAAATAACGCCCAAGTTAACAAATTAAAAGACATTTATAATACAAACAATAATGAGATTCAGATAAGCTTATGCCTGAATCAGAAAAATCCAAAAAAATCTCTAATTATGACTTACACAACGCTCAGTTTGGTGGTGGGTTTATCAATGCTGAGAATGTAAATGCGAAGAGAATTGGCGGGGACATCTGGAATATTTTCTTTGGACAGCAGACAACACCAATAGGTAATCCGTCTCGACCAAAGAATGAGCGCATATTACTCGCCGCAGTTAAGGAAGAAGTGACCGCGCGGTTAAGGCAATCTCTACACAATGCCGTGCTGATTAATTTGGGTAAAGAGTCGCAACCGCAACAGGTAAACCGTCCTTGGGATGCTCAAATAAAAATTGGTTTAAAACCGCCTGAATCGCTTCCAGAGACGACAACAATTTTGGAAGTTTTTGATTCCCAAGAAATTGCAGGTAAACTGTTAATTTTAGGTGCGCCAGGGTCAGGTAAGACAACCACACAATTAGAACTGGCTCAAGCTTTAGTCAGCCGTGCAGAAGTAGAACCTGAATACCCTATTCCAGTTTTATTCAACTTGTTCTCTTGGAAAGATGACCGCCAATCTATAACTGATTGGTTAGTGGCTGAACTTAAATCTAAATATGGTGTTTCAACTAAACTAGGTAAAAAGTTGGTAATCAATCACCAATTGCTACCCATATTAGATGGTTTAGATGAACTGGAGCCACAGCACCAAGAACTTTGTGTTCATGCAATTAATCAGTTTTTTTCAAATGAGAATAAACCGCGTTATCTAGTTGTTTGTAGTCGGAGTGAAGAATATGGTAAATACTCTATTAAATTGCAGCTAAACGGGGCTATCTACTTGCAGCCTTTTACAAATAATCAGATTTATGATTATCTAAGTGATATTAACTGTTTAGAACTTTGGTCAACTATCAGTAACAATTTAGACTTACTAGAGTTAGTTAAAATTCCCTTACTACTGGTCATGACTGTGCTAGTCTCTCCAGAGATATCTGTTGAAGAATGGCAGGTTTTGACTTCAAGAGAAGACCGGATTCAGTATTTGTTAGATGCCTATTTAGGGCAGATGTTGACACAAGATGTTAATAGTAGGGCATATCTGAAGACCAAACCTCCTAATGCTAAAACAACCCGAATGTACCTTATGTGGTTGGCAGGGCAAATGCAAAGGCAAGCTAAATCAGAGTTTTTAATTGAAGAAATGCAGCCTAGTTGGTTAATTAGGAGAACTCAAAAAATCAGTTACTCTCTAATTTTGGGGTTGATTTTTGGATTGATAGTTGGGCTGATAGTTGGGCTAAAGATGGATCTGATAATAGGGCTGATGTTTGGCACAATTTATGGAATTTTATGTACGTTTAACAAAAACCTAAACAAAATATCAGTAATTGAAAAAATTAGTTTATTGAAAATAAACAAACAAACTCTCACTGCTGTGCTGATTTGTACACTGATTGCTGTGCTGATTACTAGACAACTTTATGGGCTGATTTTTGGGCTGATTTTTGGAACATCTGACATAGCTATAGAAAATCAAAAAATTACTAATCAAGGTATTTGGAAATCTGCATTCATTGCTATTTTTTCGGGGCTGATTTTTGGGCTACTTGAAGGGGTGATGGCTGGGCTGGTTCATGGATTGACTGCTGGACTGCTTAGTGGGCTAATTTGTGGAGGTGTAACCTGTATTCAACACTTCACCCTACGCCTCATCCTCTATCGCAACGGTTACATCCCCTGGAACTACGCCCGTTTCCTCGACTACTGCACCGAGCGATTATTCCTCCAGCGTGTTGGCGGCCGCTATCGTTTCATTCACAAACTGCTGCAAGACCACTTTGTACAGATGGAGTTTAGGCGGGATTAAGAAAGAATTTGGATTTGTTGACCTAAAAAACAAGAATGATATTATTTACAGTAAGCGTGCTTAAGCCTGCCCAAACAAACCCATGCCGGACTCGGAAGGCTCAAATAAAGTCACCAATAATGACTTGCCTAATTCTCAGTTTGGTGGCGGGTTGATTAATGCTGAGTCTGTGAAGGCAGAAAGGATAGGCGGCGATATCTACAATATTTATCTTGGGCATCCACCAGTAGCAAGCAATCCAACTCCGTCACTGAACCAACAGCAGCGATCCCTCTTGAGCTACAATCCGATGATAGAGTCAGGATATTTTGACCGGAGCATCAAATATGATGTCAACAGAATTATTGAATACGCTCCAAGGACTCAGCCGCGCTGAAAAACTTTATGTAGTCCAAGTTTTGATTTCAGAACTAGCCCAACAAGAAGCTGACTTAATTAAATCAGATCAATCTTATCCTGTTTGGTCTCCTCATGATGCTTTTGAAGCGGCCAACACAATGCTAGTAGTTCACCAACCCAACATTGCCGTGTAGACCTAGCTCTTGTGCAGGGGAGGGGGCAGGGAGCAAGGGGGAGAATCTTTCCCCTCCGCTCCCTGCTCCCTGCCCCGAAGCCTGCCACCACGCAAAGTTTGTGTGGCGTACTACTAGAAGTTATACAAGCAACACAAACGTAATTCGTAATACTCCCTCCGGTAAGAAGCAAGCTACGTAATTACCATTTCGTTAACGTTTTAGAGATTAACAATGGATAGCTGATTTCTGCCGACCTGCCTATGCTAAAATTGCCATTCCAGAGGGAGGCAAATCAAGCCGGACACTTGCGCGACCATCTTCATGATGTTGTACAGTGACAGTTTGGTCATGTGGTGGATGACGTAAATCTTTATCTTTCCAATTGCTTTTGTATAGAAAAGTCATAGTTGAGTTAGTGGGATGCAAATGTGCATCAACTGTTACCTCTGCACCTCGTTCTTCTAAGGCATGGGTATTCAGTGCCATAAGAACTTCTGTATCAAATAAAACTTGCGACCAAGCAACTAACTCACCTTGGGGAGGAATTGAGAAGGGGTAGTTGCAAAAAGATGTTTTGCGTAGGTAGTGATGTCCTCGACGCAATGCTTTACCAATTTTATCTCGACCATTGCGTATACGAGCGATCGCAGCAATCCGCAGATAGGTAGGATGGTCAATATCAAAAAAATGACAGCCTGCTGTTTGAAATGCACCAAAATCACTGCCAAACATGGCTTCTTTGATGTATCTATCTTCAGCAACTCGTCCATTTTCTATACTGTAGTCATGCTCACCTTCATTGCCATCAAAAGCCTGTTCCGTTCCATAATATATGCAAGGAATTCCCGGTGTAGTTAATTGCACGCCGACAACGTGGGCTACTTGTTCGTAGAGATGAGGTACATTACGGTAAGCCGCAAAACGCTGCTTCCAGTTATGAGATGATATATCGTAGTTATCTAAAACAGAGACATGATATTGTCCAAGTTGGCGGTATTGTCCAGCAAAATGATTTTCGTCATACTCACCAAAAAATTCGTTTGGGTTTACTAACCCTTTGACTACTGCGGTTAACTGCTTAGGTATATTTGCGTCATCGACTACGGCGTTGAGGTTACGACCAAAAATGTCAACGTAGGCATCTGCTATGCCGCCACGAGTTATGTTTCCAATGATGAGAAAATTATCTTTGCCTATAGATTGGGCGTATTCATGAATTGCGGTAGAAAATATATGCGAATCTTGTAGAGAAATGTGTTTATCTACATCAACGCGAAAGCCATCGCAATCAGAAAGAGCTATCCAATATTGATATACTTTTATGAGATCTGCGAGCGCCTGAATATGGTGATTGTAAATTACGTCTAGGATGACATAGATATTGCGATCATGAGCCGTATCAATTAAATCTCTTAAATCCCGACGATTACCAAAGCTGGGGTCAATATTTAAAAGATTTTGACTACTATAATCATAAACTGGCCCAATCCACAGTGCTGTTACTCCCAATCGCTGCAAATATTCTAACTTACTCCTAATACCCCTAAGAGTACCACCCGCAGACTTCCTGCCTGCTGCCATCCAGGTAGCTTTATCCTTAACTTTATACCTTAAGGGATTAGTACGGTCAAAAAATTCCCTTTCATTTTCATGAGCATCACTAAATCTATCAGGTAATAGATAATACAAAAACTGGTCTCGCCAACTTACAGGACTTAGCTGCACCCTTCCTCTTGGTTTCAAGTCTATTTGGGAGACTTGTTGAGGTATCAATTCTTCAACTTTAGCCATGAGGACTTACGCGTTGAGATAAAGATTAGAAAATGCCCTTTTAATGATCAGTAAACTATTTCCAGTTTTCATGAACCCGTAGAGGGATTTAATAAGTTAATAATTTATGTTTAATAACCTATGTTTCAGCTATTATGTTTGTGAATGATTGATTTGTTTGAGTAACCAAAATGCACAGCCAATTCCGATAAATAGAGCAGTATTCATCAAAATACTAGCTTGAACCACAAAGATATCGAGTGGCTCAATAAGCTGACGAGATTGATAAATAGTCATTCCGGGAGAGAGAGTTATTACTTTGACTAAAAGTGCCCCAACAACTACTTGCGTTGCAATTAAAGTTAGTAACACCCCGACAAAATGAATAGTAATTCCAATGTGTAAATCTCGAACTACTTCCTTGCGGCTAGGATAGATACCTGGTTCGGATACTTGTAAACGTTGTGCAATACGAGTGTAGTGAAAAGTCCAGTAAACGCCCAAACCTAATGCACTTATTCCACCAAAAGTAGAAAGCAGCCCTAACCCAGATTTGAGATTAATATTGAAATTAGGGTCAGCAATCGCAAACAATAGAATTAAAATACTAACAGCAGCTAAAACTAACTGTAACCAAAAACAAAGCCAGCTTACTTTCTTAAAAACACCAACAATCTTTTGTCTAGCTCTTAATCCAGAATGAATGTCATTTCTATCAATCATTTTATTATGTGTTTATAAAATATTAGGATATTTTTTATTTTTCTAATTTTTTTAGTATCTAACATTCATCATACTGATGCTTACATAATTTCATCTATCTTATGACAGAATCACAGATAGAAATTGCAAAAAGTAAAGTACCGACTTCATAAAAAAGTCGGTACTTTGATGATTTATAAATGATTTAAGATTACTATCACCCTTATACAGAAATAGGCTTTTATGAGTTTGCTATCTTTTCAGTTAGCCACGTATACTAATCGTTTAATTCAGTAGCAGCAACTACATACAGAAACCTGAAAAATTTGAATTTGAGGATTTACTTGCCTAGCATATTACTATCAACCTAACTCGCAATTTGCAGGTAGCATAGTCGATGCCAATACTGTCGAAGCACAGCAAATTGGTGGTAACATTCAAAACAATAACACTAAAGACTTCTCAAGCTAACCCATGCCAGAATTGCAAGAACCGCAGCAAGGCAATAACAACGTCACCTTACGCCTTCTTCTCTACCGCAACGGTTACATCCCCTGGAACTAAGCCCGTTTTCTCAACTACTGCACCGAGCGTATGTTACTCGGTGCGTGTCGGCGGTCGCTACCCAACACACCCAAACGCAGACTTACTCGAAATTTCAGGCTACACATTGGTTTACTGGTATAGTGTCTGTCCTAAAATCTACCGTGTCTACAAGGGCGAATCAACGCTTGGGTTAGTTTTTTAACACACCACGCATTGGACAACCGAAGTAGATGAAAACCAGTACACCAAACCCTTGAATGCAGTAGTGGCACTTGATGATTTTCTTTTGGCTGCAAGTATGGCTGATGAAAAGAACATCGCCGCGTAATTAAGGCTTTCAATTCCAGCAAATAACTGTTCATTGATTAGAAAAATGGAACATACCGTATTACTTAAAGCTTTTCTTAGCGCCATTCACATATAATCTAATGTCATAAGTTTTTATCTTCATTTTCATTAACTAAGTGTACTGCCTCCCAAAGTGGCAAAAAGAGCTATACGGTTCAGGCTTAAATAGAATTTTTTAAGTATTTTTTGATGTTCAGATAATAAAGAAATACTGAGTGTTGCTGAATCTGACTTTTCCCGTTAAGTCTCTTTTGCAAGCTGCCAACCTTCACAAAGGTCGTGTAATTTTAACCTAGTGTGGTAAAACTTACTAGAGAAGACGACTCTCTAAATTAGCCAAGTAACCCTTGGGGTCTCTGCGAAATCGAAATTGTTCAATTCTTGCTTTGTGGTGTTTTTGCAATTGAGAGCGTAATTCAAGCCAAGTAACAATATCAACTTGTGCTAAATCAGATGCGGTAAAAGAATGAAGTTTAGTAGCGAGCGCACAGGCAAGTTTGACAGAGCCACGAATAACGAGGGATGAGGGTGCAACTTTACGACCAGTACAACGACGTTGATGATGACGTAGCATACCAAAAGCGTGTTCTAAGTCATTATTAGTTCTGGGAAAATCTTCAATTTCATAACAATGAAAAAGTCCAGACCAGTAGCTGTGGGTAGTTTTTATGAAGTTATCGATTGCAGTGTTCAGGGTACCAGCTTTGTGCTTTTGTTGGGACATTTCTGTCAACAGTTGCTGATAACTTTGTTTGACCCCAGCAGCATCAAGACCTATTTTATTGTTGAGAATATTACTAGCTTTATCAACCCACTTATATGCAACCCTAACAGGTAAAAATAAAGATGCAGTAGCAAATAATCCCTTAGCTAGAAGGAGTTTTAGGTTAACTAAAGGTGGTGGTAAAGCACTTTTTTTTTCCATCCGTTCTAAGCTTTGTTCTATCAAAGTCAAATTTTCTTGTAACTTTAATCCAGATGCCTCTAACGGTGGATGACCATCATTGGTTATAGAACTACGGACTGCCGAGCAATAATCTTCAATAATAGTTACCAAATCCTTATCTTCATTGGTAACGCTACGTTCAATTTCTCGTAATCCTCTAACTTTTTTTTTTCAATTCCTTTTTTGCATGTCTATCCGCCTCATATATGGGTTTAATTGCTTCTTTCAGATAATGGTAATGACATAAACCATGAGCAATTCTAGGTAATGCTAACCCAACAGCTTTGCGAATTGATTGTTGTCCATCACTAACAACTCCATCAATTGGTACATCCAAAGTATTAGTTACTTCTAATAATAACGCCACTAAATCTTCATTTCTTGATGATAATAAGGTTTTAGCTAGTAAGATTTCTCCAGATAAGCAATCTCGAATTACCCATAATACCTCATGTCCAATTTCTGGCTGCATCCCATCAATGGCTAATATTACCCGTCCTTGATTAGCCATTATGGCTTTTAACCTTTTATGGTCTTTTAGCCATAAAGAATTTTCTCGTCATATCTGTCAATTAGGTGCGTGACCGTTCGTTGACTTATACATATACCCTTTAATTCAAGGTGAGCGTGTATTTGGGTAACACTCCTATGTTCCTGGTAGCGTAATGCTCCTATATAAGCAATCACATCCAACCCAAATTCGTTCTGTGGTAGAGCTAAGGAACCTTCTTGCTCTGGTCGATATGCTTTTTTATACCGCAGACATGACTTATTTTGACATCGCCGAATTTTTAGCTGTAGTTCTACTACCCCATTTAGCGTTCTTATATGTCGAGGATTATTGTATTCATTCCACATTGCTTGACCGCACGAAGGGCATTTTTTTTGAACACAATCGAGTACTTCAAACGATGTTGCTTCTGGTTTTAAACTTTTTCTTACCAAGTTTTTGCACCATTATTTCGTTACAAGCTCAAGATTACAGGATTTCTGCTCCTCTCTAGTAAGTTTTGCCACACTAGATTTTAACCAACCTCGCCACAGCACCTGAATACCAATGGGTGTTTTACTTCGATGTTCTAAGTAGCCGCCAAGACGGGCAATGACTTCAACAGCCCAGCTAACTGTTAATACTTTGGGAAGTTTGGGGGACTTAGCTTTTAAAATCTTAAGTTCAAGGGGGTTAAGAATCTCAATGGCAGGAGAGTCAGGTTGAGTGCGGTGTAGATAAGTTAGTTGCAACAGTTCTACCGCAATCACGCTCAAGAAACCAATGAGAACTTTCATCCCATCAGCAGCAAGTCTGTATTTTTCTACCTGACATCCAGACTTGAAAATTTTATGGTATTCTTCCACACGCCAACGATACGTATACCAACGTAAAATTGTAGAAGCCATCTGAATATCTGCAATAACTTCTGTTGTTAACAACATCCATTCCACAGGTGTTTCGCTTTCGGGACAATCAATTTCTGTGGCATAAACAGCATACACAGATAGCGGGTTACGGTTATCAAAACGATAAGGAGTACGTAGATTGACCGGACAAAATCGTATAGCTAGTTTGGTTTGACGAGCAGTACGCTGGCTCGTGGATGGTAATTCAATTTTCTGTTCAAAACTAATAGGTTGAGCTTCTAACTTCGACCACAGACGTTCGCTTTCGGAATCTAAACTACGGTTATGAGCCGCACGAACTATGATTCCAGTGTGTTGGAGTTGGCGAAGTTGATCAAAAACTTCTGTAATATCACCTTCGCGGTCGAAAACATGAATCACTTGTGTGTGCTGGCTTACAAGCTTTTCTACAGTGGTTAGAGCTTCTACCCACTTATAAGATTCTTTCTGTTCAAAAGGGCGGTTTCGGGCTTCTTTACGTGCTGCTGCTTGCCTTTTTTTCTTCTGTGTCGGTGTTTCATCTTTCGGTGGCTTGTGTTTCGGCTCACGATTCCAAAGTTTTTGCCATAACAGACCTATGGATTGACCTTTCTGAGGCTCTATCGCTAAGGCACTGTGTAATATTAAACCATTACCCCCTTTACCAATTGGGCCGTAACCTTCTTTTTTCACCTCAATACTGCCATAATCTAGAAAAGTTGTGTCTCCAACACACAGCACTATGTCGCGTTCTGCAACATTTTCTGCCGTCATCTGACAGTGCGGCTCAATCACGCTGGAAAATTGCACTTTTGGGTTGGCAAAAACTCATAGGCTCTCTTGAGTACCGTTCCATTGCTGAAGATTTCTGACAGTGCTTTCCCAAATCCAAGGCTTAGAGCATACCCAATTGACATTGCGCGCTCATTCAATCGGCGATCTCCCAGAGATATGGTTGCAAAATTCTTCTCCCACCAGTCCAGCATTGCTTGTTACCTTTAGTACCCGATGACAATTAATTTACCGTATATGCTGTGCTGTTCTTCAAGCCCTTTACCAGCAAGCCTTTCAAGACTTAACGGGAAAAGTCAGGTCCTGTATAACTGCCAGCATATTTTCCAGAAGGAATGTTTGCTTTTACTATGTCTCCAGTAGTGAACCCCATAAAGAATTTAGCTTTCGGAGCATGAGCTTTTGGAAACCCATACTTATCAGTGCGGCATCTTTGACGAGCGCCATGCCCTTTAGCTTTGATAATCAACGGTTTCACCCCATTCAAAAGTAACCTTGAGGGTGTTGATACACCGACACAAGCCGCATCCGTCCAGTGGTGTTTTGCAATTCCTCTAGTTTGGCGATTAAACTTTGTTCTACCACCAGAGCCTAATTCCACAGGCAGTCCAGTTAATTGAAGTCTGCGATACAATTCCCATCGTGTTGTATTAACTGCTGTCGCATCTTTGAGAGGTGCTTTGGCTTGAGCTAAAATACGCTTGAGTAATTCTGGTTTTTTGGCAAGAAACTGCTTAACTGGCTGATTACTTTTAGCTTGGTTGCAGTCGTGACAAGCAATGGTCAAATTACTCACGTGATCGCTGCCACCTTTGGACTTGGGATGAATATGCTCAACCTCAAACGGCACATTCTCTACACCACAGTAGACGCATTTTCTACCCCACTTTTGGAGTAAGTATTCGCGCACTTCAAAGCCAAATAATTCGCCCTGTTGATATTCGACACCTTTGATTTCAGGATTTTGGAGTTGTTGCAAATCAAACCATACTAACTCTTGAGAGATGTCCGTAATTGGGCATAGTTTCATGAGTCGCCGCATCCAAGTTTCAATGTTAGCGATACGACTTTCAAGTGATGGTGGTAGCCATCCTGCCCTGCGTCGCCTGTTGAGAAACCGGGGTTTACGGTAACGAGTTTTACGTGAGCGTCGCCCTCGGCGTAATGCTCTACGTGTAAGAAGAGCATTTTTGACTTGTTGCCCTCTGTGGTGTATTTCAAATGCGCCTACAACCCGTCCAGTACATTCTTGAACTATAGCCACTCCTGTTACTCTGCTACCAGGGTCAATTTTTAGGCGATGGGGATGAGTTGTGGAGTTTTCCTCTACTCTATCCTGCATCATAATAGTAAACGGGTAGCGTCGGTAAACTTTAGCTCTCCCTTTTTTGAGTAATTCTCTTGCCCGTGCTGGATGGCAGGGATTGAGTGGTTGTAAATTTTGGTCTAGTACGAAAACTCGCATTACTTTGAACTCTCAACAAATGTTGGTAAGGTTTGCCTCGACAAAGTTATTTGAACTTGTTGGGTACAACGCACTTCCTTAACTCATTACAGATGTTTAACGTTGTACGAAAGGACTACAAGCTGGCACGTATTTGTAGGTTTCATGATTCAAATAACGTAGGTTTTAAGAACCTTAGTCTGGTCAAGTTAGAGCTTTTTACAAGCTCCCGTCATACCTTTTGGGTTGACGGTGAGTTCTTGACTCGATTTGTTCATAAGCTTGGGGAAAGAAAAACAGCATGAAGTCTTGAAATACAGTTGTAGTATCTGCTTCCAAGGCGAATCATATTCCGTCTGCGGATTTTCATTTGTCAATTCTTTAAGACAATCGGCTCAAATCATATTATCTATGGGTATCAAGATGGAAAATATTTTGAAGAATGTTATGAAGCTCAAGAAGCATATCAAGAAGCTATTGAACATCTAGAATCGATGGGAATCTGCTCTAAAACATCACAGGATGTCAACAGTATTTTGCAGGACATAACTAGCGAAATAGTTTAAATGCTATATCAGTACTGGCAGAGGTAGGTGATTATGATTTTGGGATAATCATGTCGCTTTATCTTTCTAAAATAAACATTCCTGTACAAAAAATGAATTACTCAACCGCGATTCAAACGCTCAAAAATTCAGATCCAATCTTGGCAAATTTAATAGACATAGTGGGAGATTACAAACTACATCAAACGCAACAAACGGGAGATTTACTGTTTTCGCTGTCACGGGCAATTCTTTATCAACAATTATCTACTAAAGCTGCTGCTGTTATCCATAATAGATTTTTGCAGCTTTATTCTGAAAACTTGCCAACAGCTTTAGATATCCTCAATACACCAGACGATGTTTTAAGAGGTGCTGGTATTTCACGTCCTAAAGTTTTATATCTGAAAGATTTAGCTGAGAAGGTTTTGGATGGATTGCCTAGCTTGGAAGAATTGCAAACAATGGATGATGAGAAGATTATTGAAATTCTAACCCCAATTAAAGGCATCGGACTTTGGACAGTTCAAATGTTATTGATGTTTCGTCTACATCGATTGGATATTTTACCTGTAGATGATTTAGGTATTCGTGCTGCCATTTGCAGGCTGTATGGTTTAGCAGAACTACCTAAGAAAAAAACTGTCCAAGAAATAGGACAAATGTGGAAACCTTACCGTACTATTGCTTGTTGGTATCTGTGGCGAAGTTTAGAACTAAAAGATAACTAAGCACAACCATCATCTATAGGACTCATATTTGATTTCTGAAAAACCAAATTTGCTAGAAGCTTGCTATACAGAGCTTTGTTTCTCAGTATACGTAGCAAAATTCAAGTACGATTCCTATATCGTTTTAAAGATTTACTCGCTCAACATTTCTGCCCAATCTAAAATTAAACTTTAGAGGTTAAAGATTATGAGGTTTTATTCGCAAGTTATTTTCCCGCGTCTTCTCGACTGGAGTTTGTCAGATCCAGTCTTAGCTAAATATCGTCAAGAATTACTAGCTGATGTAACAGGAGAAGTTCTGGAAATTGGGTTTGGAACTGGGTTAAATTTGCTGTACTATCCTTCTAGAATTCGCAAAATCACTACAGTTGATGTAAATCCTGGAATGAATGCTTTAGCAAACAAGCGGATCAGTAACTCTGACATCACAGTTGAGCAACTCCTGCTCTCAAGTGAAAATTTACCGATGGCAGATAATACATTTGATAGCGTGATCAGTACTTGGACTTTATGCAGTATTGCAAATGTGCAACAAGCAATTCAAGAAATTTATCGGGTACTAAAACCGGGTGGTAGATTCTTTTTCTTGGAACATGGGTTAAGTGAAAAGCCTAATGTACAAGTATGGCAGCATCGGCTCACACCCTTTCAGAAAGTCATAGCTGATGGATGTCACCTAAATCGAGATATTCAAAAATTAGTAGAACAGTATTTTGACCGTGTAGAGCTACATCAATTCACACCTGATAATTTGCCAGATTTGGTGGCTCATCTCTATCAAGGAGTTGCAACTAAATAATGCCTGCAATGTTTATCAGGAGGTACAATTTCCACCAAGATATACGAGCATATTGCCGAAAGTAACAACTATTCCATAAATAAACTCCAAGCAAAGTCACAAATATTTTGTTAATAATACTACTTCATTTCTTGTATTTAGATTTACTGCTGGCATAAGGCTAAAAGTTACTATCTTACTTAATGAATATGCTGTTTCTTCGCTTGTTTGTAGCTGGAAAAAAATCTTGTGAATTTGTTGGTTGTTGGCTTTGATTACGTCGAATTTTCTCAAATAAAGCAGGTGGAGTTGCTTGACGAAATGCTCCACAGTAGTGCATAGACATGACTGCTTTAAATGCCCAGTGGTTTGCTGGTAAATCACTAAAAGGATTAGGTAAAGTTTCTGCTTGGTTGTTAATACAAGCATTTTGAACTTGAGTTAATTTCTGTGATTCATCATTAATTTGCTCTTGAGCTTTTACGGGAGCCAGTATCCCAAAGGTAGTTAATGCTAAAATTGCTGACAAAATTTTATAATTCATAAGTCCTAAAAAATGCTTACCTTTCTGTATTTTAGCTTCTGAAAAATGAATTTTGATGTGAAATGAGCGAGCGCATTTCTAACTAACCTCCTAAACTAAATATCGGTAGAATGTGTAAACCAGCACGTCCAACAAAAACTGTAGCAATTAACGAAAAATGTTCAGTCTGCGCGATTACCAACAAGATTTAGTTTCCAAAACTTTTGCGGCTTGGAATGGTGGAATTAGAAAGGTACTACTGCAACTAAGCACGGGTGGTGGCAAGACAATTATCTTTGCCGCCGTAGCATCTAAGATGACTGCTCAAAGTGAAGGTGTCTTGGTAGTTGCTCATAGAGAAGAGTTAATTCTCCAGGCGGCCGAGAAACTAGCGGCGGTGACAAAATTACAACCAGGAATTATTAAAGCTGGATACAAGCCGAATGATTCATTAATTCAAGTAGCTAGTATTCAAACTCTTTCACGACGAGAAACCTACCCGAAGGCGCAGCTTGTCATCATTGATGAAGCTCATCATTCTAGTGCTAACAGTTACCGCAAATTATTAGATGCTTACCCAGAAGCACTGATTTTAGGGTTAACTGCCACACCCAGACGTGAAGACGGCTATGGATTGCGAGATGTTTTTGACCACCTGATCAGCTCGATTTCTACTAAGGAATTAATTGCTTTAGGCCACTTAACAGATTACAAATTAATTGCTGGCTTTAAATATTCTCGACACAAAGTTCCGCTAAAACGCGACTTTACGCGTAAAGAATTAGAGGAAGTTGCTTCTGACTACAAGCCATCTGAGGTATTGAAGCAGTGGCAGAATTTTTCCGCCCATCAAAAGACAGTAATTTTTGCCGTCAACGTCAAGCACTCTCAAGATATTACACAAGCTTTCTGCGCCAATGGAATCACTTGTGAGCATCTTGATGGCGAAACGAGTAACATTGAACGTAAAGAAATTTTAGATAGATTTCGTAGCGGTCAAACACAGGTTATCAGTAATTGTGCAATTTTAACTGAGGGATTTGATTGTCCTGATTCCAGTGCCGCCGTCATTGCTCGACCGACTAGCAGTGTTACTCTCTGGCTGCAAATGATTGGCCGAGTCTTGCGTCCTGCACCGGGTAAAGAATATGCAACTATCTTAGACATGACTGATAACTGGTATCGGCTAGGTCGTCCATGTGACAACCGAAAATGGAGTCTTGATCCAGTATCCTGTGACCCTGATACCCAAGGAGCAAGATGTTGTCCTCACTGCCATCATGTCTTTAAACCAATGCCTGCCTTGATTCGGACAAAAGAATACTTTAATTGTCAAAAAGCCGAATTTGTCATCCAGTATGAAGCAGATTGCCCCAATTGCAGTAAATCTTTTAAATGGGTCTTAGAAGAATCCTCGGTTACAGGAAATGATGGTGAAGTGGTAATTGTTGCTGACTCTGATATTGAGTTTAAAGAAGTTCCACCCGAAGTGCGTCCATCTTTATTAACCTCAGTTATTGAGGCTAAAAAGCGTAAGTTTAGAAATCAGGAAAGGAAACTAATTTTTTATAGTGCGACAATTAGAAGCTGGTTTTTAAATTGCCCTGAAGTCAATTTAACCGAACTAATTTATGCTACTGAATTACTTGATTGCCCACCACAAACATTTGAATCTAGCATAGAATCTTTAGTTTATAAAATTCGCAATACTCAAGAATGGACAGATGTAACCCAAATCATGTCTAATCGTCCTGATAACGTAAAAAAAGTTATTTGGAGTAAATTATCTCATGAGGAGAAAGACAGATTTAAAATAATGAAAGTCAATTATGAAAAGGAAATGAATGAAATTCAGGAATGGTTGACAGAAGAAAACTTAGTATTAGTAGCAGAGTATTTATCAGCTTGCCAAGACGTTGAGATGATTTCTTCTTTATGCCAAATCTATAAAAAACCAGTTATTCAAGCAGCCATTGACCGGATATCCGACGATAAACGTTACCAAATTAATCAATGGATTACACAGTTATACAAAGTCAGCTAGAGAAGCGTTTAGCTTCAATGAAAGTTTTATAGTAATAAGCATTTCTTAAATGAGCATCCAACTAAACCAAAATTATTAATAAAACATCTGCACAAGTTTAATCAAATCACTTTTTGCAGGTTCACCATTGTTTAACCAAGTTATCAAGTTATCAGGATATAACCAAAAATTCTCAACAAAATCATTTTTATTATAATCAGGATTATTATCCAATTTAATTTCATAAACTTTCATAAAAGCAGATACTTGATGCTGATGTGGTCTTAAATATCCTAATAATCTAAAGTCAACATTTTTTAGCTCTAAATTCAATTCTTCTTTCAGTTCACGTTGCAGGGCATCTTCATAACTTTCTCCGCTTTCAACATGACCTCCCATACTCACATCAAGGCAAAGAGGAAAAATTATTTTTTTAGCTGAACGACGAGGTATCCACAATTTACCTAATGAATTAATCACAAAAGTATTAACTACTCTAAAGCAACATAATCCTTGACTATATATTTGGGAGCGTTTCTTTTGCCCAATAACCTGATCTTCTTCATTTACGATGTCGAGTATTTCATCCCATTGGTCACAAGTTAAGGTTGTGAGGCAGTTGTCAAGGGGATTTGAGAAGGTGGCTGAAAGAAAAATTCAGGTGTGCCTCGTTGTTGATCAGGGAAAGGAGCAACGATGAGCAACATGTTTGGTTTTCGTTGTCGTTTAACAATGCCTAAATCTTGATTTTCTGGTGCAGCAAAGTATTTGATAGGGTCAGTTGCCTTACCTTTTTGATGAGCAACATAAAAATGATAAAGACCGCGATAAATCATCTCTAGAGAAATGGAGTCAAAAGGTAGAGAAAGTTCGTCGGCGACAGCATCACCTAAATCAACTAACACAGCATAAAATAACCAAGTACCCCAAATCTGCAATTGAACACCATTAACAGAACCAGTCCATAAATAACTTAAACCTAAGAGCCGCTTTACAGTATTAAAAGCATCTTCAATTCTCCATCTTCGACGGTACAAATCAGCCACAACGTATGGTGGTAAAACTGTAGGTTCAAGCACACTTGTTAAATAAGAATGCCAGGTCTTAGCTGAACGAACTTCGACCAGACGTAAAGTAATAAACGGAGTTTTCTTAGTGCCAGAGCCAAGACGTATCAGACGGTCACGTAAAGAAAAGCTATCTGTAAATACCTGCTCGACATGAATTGCTGCTCCCTTTTTTAACCGAGTAATAAAATTCACTTTTTGTGCAATTAGTTGTAGCCAGAAGTTAAAATGATAAAATCCTCTATCTAATAAAAGTAAGGTATGGGGATCTGCTGACTTTAAAATATCTGATTCAAAATTTGTATCTGCACTTCTGGCATTCTCATTAAACCAAATTTCTACAGGTAAAAAATTGACTAAATCTATAACTGTACAAATTTTTCCAGCTAATTTACCAGGCGGAGCATCTTTTAAACTGTCAAGCTTCTGAAATAAAGCTTCCAAAATTGAACAATCTACTATCCAAATTTTTTCAAATTTTGACTTAGTGAATTGAACACTTTGGGGGACTTTTCGCCTACTTCTTCTTTGCCAAGAATCTTGTAATTTTGGGACTAAATCTTTAAAAACTCTTTCAAATAATTGCGCTGGGAATGTCAGAAATCTCTGCGATATTGCTTGTTGGCTCACCTCAAGAGGTTTACACCACAGAAACCCTTCTCGTGCTAACATTCTGGTTAATTCTGTGGCTCCCGCCACGTCTCGCCACAGTAGAGTTAGCACTGCCGCTACCATTAATGGTAAGTTGAGAATCCTGTCTCTTAATCCCAGTTGACGGTAGTAATTTTCTTGTGAAGTGATTGCTGGTGTAAGTAACTGCTCAAGTTGAGAAGCAATTACTTCGTCTTCCATCATTGGGCGTTGCTTCTTTTTAGCATGATCTCGATTGGTTTTACGACTGCTACTCATGGTTTTTTACAATCGCTCAATTACTTGTATTAATTGAGTTTGCCATGATTTTGAACAGAGCAAATCATTCTCTCAGACCCGTATGATAATGATAATCAAAAACAGGAGTAGTGGAGAGGGCGAGGGAAGCTCGCCCTCTCCACCTTCATTACAATTATCATTCTTATGCACCTATATTTATTCTCAAAGACTTATTGACAAAATTCTTTCTCTTCTAACTTGTTCCGAATGATTTCATCCTGATGTATCATAAACAGAAAATTAATTACTTTACTTTTAATAGTATATGCTGAGTAAAAAAGGTTATATCTTACATCTTTTTATTAAACCAGAACATAAGTTAATAATGAAAGAAGTTAAGGAATTCAGCTTAATAAAAGGTCATGGTATTGAAGGGGACATTAATGCTAACCCAATTAGTCCCAGGCAAGTATTAGTTGTGAGATACGAAGATATTTCCGAATTGGGAATTCCACCTGGAGAACTACGAGAGAATATTGTCATAGCCGGAATACAACCTGTAAACTTTACTCCAGGTTCTCTCATAAGTTTTGATAATGGGGCTGCTATTCGTTTAACTTTTCATTGTGAACCATGCAAACAGATAGCACATTTGGTTGATTCTTTAAAAATTCTTCAGGCTAAAAGAGGCATTTTAGGTGTAGTTATCAATTCGGGTAAAATTTGTATCAGAGATAACCTTCAAATTGAAATTGATAAATTTCCAGCATTATCTGAAAATCCCTATGAGCGATTTCTCGATTTTATCCTCAAAGTACCAGCAGGTAAAGTAGTCACTTACCAACAAATAATTCAAGGTATTGGAGTAGATAACAGCTACCTTAGAGCTATTCCTATTTATCTGAAAAAAACCTCTGCCGATGATTATCCAATTCACCGCATTTTAGACTCTAAAGGCTATTTGATAAAGTATGTTGATAACCAGTTACATAAATTAGAATCAGAAGGAATAAAGATTTTAAGTAATTCCAATTTATCCAACAGTAAAAATGGCTTTTTTGTAGATTATCTCAAATACTTATAAATTAATTTTTAGTAATAATCTATGATACATCTATCAAAATCTATATTAATAATTATAATTAATTTATTCAAAAACTGCTGCTCTTTCAAAAATAAACCACTCATGATAAAGGATTGCTAGGAAAAAGTCTTCTCCTTTAACGCGATCGCACACTGCCATAAATCCTGAAAAGAACGGATCATCTTCATAGGTCTTATCGGATAGGAACAGTGTTACAGAATTTTGGTCTTCACTCCAAATACAACGCAATATAGTGATGCTATGGTGATGTGATTTATCTACAGGTAATAATACAAAACATCCTTCTACTTCAATAAACTCTGGCTCAGAATATCTGAAAACCGATTCCCAATCTTCCGGGCCTTCGTGTTTTTCTATAATTCTGTCCCACCTAACGCCGCTTATTTTTTCTATAGTCTCGGCTGATAAATCCGTAATTTTCATTTTTTGACTACACTAAACAATGGCTAATAATTACTGAATAGTTGTTCGTCTTACAATTTATTTTAATACTATATTGCTGAAATTTTAATTAATGCTAGTAGACTTTCATGTATCATCATTTAGGTATCTTAATACTTTTATCTTCCTTTTAGCGGAAAAAATTATAAGACTTCTATGCCTCGACGAACTGCTAAATCTTCATCCCCTTCTAAGGTTGCAACCGGACTGGCTCTGTCTGAATTACATCTACGTTTGGAATATTTAGAAAAACAACACCAATCTATTCTCAAGCAGATTAAGAGAAAGCGGACTGAACTACATAACTTTGTCGAAAGAGCGCGTTCTTTAGCCACAGAGGTAGTGCATCAAACTACTAATAGCTTCCAAAAAATGGCCGAACTCGACCAAGAAATTCATGATTTGTTTGAAACTATCTTTACTACTCGAAAGTTTGGTAAACAAACTCTTAAGAAGATACAAGCAGTTTATCATCAACTACAGTTTGCCGGAGTCATCAGTGTAAAACCCGACAGAAGCCAATTTCAAGCAGAGCCAAACGAAGAGTTTACCCATCTGGAAGAAGATTTCTCTACTCAATCTACCGAAAATTCTCATCAAAATCAACAGTGGCAAGCACAAGAAACTACCTCATTTGGGGCAGGGACTAGAACCGAAACACAGCAAAAAATTCGCTCCACATTTTTGCGGTTAGCGGAAATCTTTCACCCGGACAAGGCACAAGATAGCGAAACACAGAAATATCATACCCAAATTATGCAGGAGATAAATATTGCCTACCAAGAAGGAGATTTAGCAAGACTGTTAGAAATTGAATCTCGTCAGCAAGTTGGGGAAACGATTAACCCTAATAGTGAAGATGATTTATCTCGAAAATGTCGCCATCTAGAACAGCAAAATCAAATTCTCCAAGCTCAATATGAAAACTTGAAACGAGAACTACGTTTAGCCAAAAATACACCAGAAGGAGCAATGGTTTCTAGCTCTCGCAAAACAGCCAAGCAGGGCATTGATGCTGTAGCCGGGATGGTCGAAGCAATTGAATCTCAAATTCAAGCTGTTTCTCAAATCCGGGATTTTGTCAAAGATTTTCAACAGCAGAAACTAACTATTCAAGAATTTCTCTCTGGCCCAGTTTCTCTGTATTCTTCTGAAGAAGAATTACTCCAAGATATTTTGGAACAGATGTTATCACAATTGGTTTGAAAATAAGAGCCTGATTAAGAATCCCTTGTATAACCCTGTTGTGTCACTTTAGGCAGAGGAAAAATAGAATTCAGGGTGAGTTAGGAAGATAAAAATTGGAGAAGTAAGCCTATAAACGATGGCTTGAAGCTGAGAAAAACCCTCATACAGTTGAGGAATAGAAAAAACTGTTAACCAGGGATATATGAGATTAAATAAAACGAAAGGTTGAATAATTAAACGCAGATTGTTGAGAATATTCTTCCAACCTTTACCATGATCCCACCAGGGGTGAGAAGCGAATGCTGATTGAGGAGATGGAGGAGAAGGACGCAGAGATTCTGAATGAAGACTAACCATAAGGTAGGCACTACAGACAATTTCCCACCAGCGTTCAATATCTTCATAGCGAGTAAAACGATAATCAGCCCAACCTAATTCATTCTTACTTTGTTTTAAACCATATTCTACCCATGTTCTTAACCCATAAAAATTCCCAACCTCTCTAGGTGTGATGTCGGGATATTTGCTCATCACATACCAGGTAGAGTTTCCGGGTAATGCTTCAGTATCTGTGGTAATTTGCCAATATCTATGTTCGCCACGTTTGCCGTGAATTATTTCTCTAATAAATCGATTTTCACTACTTAAGTCAGAGAATACTCTTTTAAATTTCTGCCACTTTAAATATTGAGTATACTGACCTTTAAGCAAGTCTACAGAATGGTTTGAGCGTATTGCTACTAAATAATTTAAATCTAGTTCATCTAATACAGATACAAAATTTGTGCCGCTTTCGCCATATAAGCTATCAGCCAGTACCAAGTTGAATTTAAAACCCATCGACTGTAACTTTCGTATTAGCATTGCCCCGATTTGAGGCTTGGTCAGATATTTATCTCCTGGCTTTAATTTCTCCCGTGGTTTGTACACTTCAAACAGTAGTGGGAATGTCATTCCACAAAATACACCATAGGCTGTAACTGCCACAACTCCGTTCTCTACTTTCCCCAAATTACCTATGTACTGACGTTTCACATAATCTGTGGTCGTACCTTTCTTTTTATCTCCGGTTTCATCAATAATTAAAATGATTGGTCTACCTTTGAGTATTTGTAGAATTAGCTCTAATCTTAAAGCTCTTAACTGTTCTACTTCCCAATATGGGGTAGTTAAGAAATGGTGTAGCCCTTGATAGTTCTCTAATCCAACAATTTTTGCTATTTCTGGTAGACTCTTTCGTTTTATATCAGAAATACATCCTATATGCAGATACTTAAACGCTTCAAAATTTCTGACATCTGAAAACAGCTTTTTATACCAAAGACAATATTCATCCACAAATTTAACAGTTTGTTTAGGTGGACGAGGCTCTACCATGCTCTGTGTCTTCGTTCTAGGCTTTTTACATTCTTATACTACCGCGATAGTGACACAACAGGGTTAATTTGGCTCTGTTCTGTTAATTGCGTTCTGGCAACCGCAAATCGCCAATTGCGATCTTCGTAGCGGTAGCTCGCTCTCTCGCTACCGCCGCGAATTGCCACTAGTCCGGTAGTAATTTAGCATCCCAAATATACAGTCCTTTTTCCTCTGGTACTCTAGAAAATCTGCCTGAGCGATAACCCCGTGACAATTCATTGAGTACAGCAGGTTTAACTTGTTTGACTTGTTCTGGGGAGAGTTCCCCATACAGTCGGTAAATTACTTCACCTGAATCAAACACTTTTCTTGGATTTTTTTGCAGTAATGAAGTAATTGCATCTATCAAAAATTGCCCTTCATACTTCCCTTTCATGGATATGACATTAGCTTTCGCTTGGGGAGATGGTTTTCTGGCTTGAGTTTGGTTAGGCTTGGAGGCAACATCAGGGCTAGTATCTTCTTTAACTTGCGGCTGTGGTTGTTTACTTTTCGTTTGGCTAGGCTTGGAAGAACTTTCTTTACGCTTAGAGTTAAGCAATTTCAAATCTATTGTGTAGTACCCTGGTTTCCCTGGAACCAGTGTCCATTTCTTGCTTTCTCTGCCTTGAGTCAGTGTTGATTGAACTCTACCTTTGACTACCTTCCAAGCTTTCGGTTCTAATTCCCCATACAGCGATCGCACTACAAAATCTATATGACATACACTGCCTTTATGCTGCTGTAACACCTTTTCTACCGCTTCTATACGTCTTAGAGAGCGATATTCATCCAGCATTGGAATCTCTTGCCCATAGAATGATTGGTTTGACGTAGTGCTGTTTTCTTCTTGCTTGGTAGACTCAGCGACTGGAGGTTCCTCTTCTTGGGGTAATGGCTCAGTCGTACCGGGTTGGGCTGATTCACTTTCTGCTTCTAAAGTATCGTCAGTGTCGTCTTTGATGTCGCTTTCTTGAACAGCATTATCTTCTTCTGTTGTAGCGGTTGGTTCTTCAGTATTGGTAGACTCCAGAGCTTGAGAACTATCAAAGCTATCATTTGAGAATATATTTTCTTCAGCAGTAACTATTGGCTGAGTTTCTTCTAATTGCGAGTTGATATCTTCTTGATTCTCGCTAGGAAATGCCTCGGCTTTTATGTTGGTTACTGGTGATAATTCATGATCCTGAGTTTCTGATAATTCTGCTGCTGTTTTCAAAACATCAACGCTATTATCATTGCTGCTTTCTTGAGTGGATACAGGAAATATTTCTTCTGCTACTTCGAGAGAAAAGCCATTGCTATCCACCTCTACAGTTACAGGCCAGTTCGACAACAATGCTTCTACATGACTTAAGTTGTCTAATGCTTCTCGATATAATTTTCCGTACTTTTCTACCAGTGGCGCGTAATAGTTTCTTATGGATAATAGTGTCGAGAGAAATTTTTCTGGGGGCGGCTGTATCTGCATCTAAGTATCTATCGAATTTCAATCAGAGTTTTAACGTTATCACAAGTGTGTTTGTTGCAAGTATGCTATTGATGCAAACTTCGTTTCTAAGCTTGTCCTTTGTGCAACTTAATTACATCTGAACTACTTCATGCACAACTAACTTGTGATAGTTCTTTACTGTTCTAGCTTATCTTTTTTGCGCTCGCTCTATCTACTCTTGCTTCTCGCTGTCTTTACCACTGGTGTCTGTCGGTTGCTTCACGCCCGATTATCGATTGGCGTAAGCGGCTGTTTGTGCCAACGGGAGATCGGGCTGCGGCTGTGCTGGCTGCGGTGATTGAGATTTTGGGATGATGACAAGAAAGCGATGTGGTTTTTACGTTACTTTATCTTTCTATAATAAACATTCCTGTACAAAAAATGGATTACTCAACCGCGATTCAAACGCTCAAAAATTCAGATCCAATCTTGGCCAATTTAATAGACATAGTGGGAGATTACAAACTACACCAAGCCCAACAAACTGGAGATTTACTGTTTTCGCTATCACGAGCAATTCTTTATCAACAATTATCCACTAAAGCTGCTGCTGCCATCCATAGTAGATTTTTGCAGCTTTATTCTGAAAACGTCCCAACAGCTTTAGATATCCTCAATACCCCAGATGAGGTTTTAAGAGGTGCTGGGATTTCACGTCCTAAAGTTTTATATCTAAAAGATTTGGCTCAGAAAGTTGTGGATGGATTGCCTAGCTTGGAAGAATTGCAAACAATGGATGATGAGAAGATTATTGAGATTTTAACCCTCATCAAAGGTATTGGACTTTGGACGGTTCAAATGTTATTGATGTTTCGTCTACATCGATTGGATGTTTTACCTGTAGATGACTTAGGTATTCGTGCTGCCATTCGCAGGCTGTATGCTTTAGCAGAACTACCCAAGAAAAAAACTGTCCAAGAAATAGGACAGATGTGGAAACCTTACCGTACTATTGCTTGTTGGTATCTCTGGCGAAGTTTAGAAATAAAAGATAACTAAGCGCAACAATAATTTAGCATTTCCAAAATTTATGAATAGCATAATTCATTAGTTAATGAGGTTGCTTAAACTTAATTTCCAGCTACTACAATTGAATGGATACAAACATATCAGTGGCATCTGGAAATATTTTGAATGGTTTTATTCGCCAATCGGCACAATCAATACTATTAATTACTGAATGCAAAACTTCAATGTCTAAAACTGTGGAGTGTCCAACACCTTTTGGATTTGAATAATTCAAAGATTCAGCTTCAATCTCAGAAATTATATTAAATACAACTGGCTTCTTAGCGCACTTGACCATTTTATTGACAAAATATTCAAAAAATAAGTTGTATTCTCTTACTCTGGTTACTAAAACTCCTAAAGCTATGACAATATCGAATTGTTTTTCTGGAAAAAATGAAGCCTGAACGAAATTATACTTTTGAAATTTCCTTCTAGGGTATTTCTCTTTAGCTGCTGATATAAACGCAGGCACAATATCAATACCTAAGTAATCTAATTTATGGGAATACGGCAAATTTAACATTAAATAATCAAGTAATTCGCCTTTACCACAACCTATATCTAATAGTGAATAATTTGGCTCTATTACTACATCTGACAAAAGGTTAGCAAAAACACTAAAGTCTCTTGTTTCTGCTCTTTCGTTCAGGCTTTTAGCTGATAATATCCCCTCTTTAAGTATTAGCTCATTATAATGCTCACTTATTTTCTGCCCATCTTCTAACCAGATATCTATGAGTGACTGAGATAATTCTTCCATTTTATGATAATTACTCAAATTGATTACACAACAAATTTCTGATTCCACTTTGTAAGCATTAAAATCCCAAAAGAATATGTCAAGGAGTTGCTAATTAAATCAAAAACTCAAAAGAAATTGGGGATGCGTAAGCGCTGCATCTATCTTGGCAGCTGTGATTGGATATTTTGTACAAGCATTTCTATAGTTGAAGTGAGCGCTTGTAATAATTGGGAGTCTTTTATTTCACCTAAACCATTGATTTTTTTTGTCACAAACCCAACAGTCAACTCTCCTCCTTCAACCATGTTTGCGGCTAATGCAGTCAATGTTAAGCGTAATGAAGCATGAGCTTGAGAACCTCCTAAATCTGAAGGTGATGCGCTAATTGTCACCACAGGTTTACCCACTAATTCACCTGACGAAACAATCCAGTCTAAAGCGTTTTTTAGTACTCCGGGCATTCCATAAGCATATTCAGGTGTGCAGATAATTACTCCGTCAGATGTCCCAAGCTGTTGACGTAAGTTTGTTACCGATATTGGTGGAATTTCGTTGTCAAGTTCCGGGTTAAAGTGGGGTAGGTCTGCCAGCCCTTCGTAAATGGTGAAGTTAACATTTAAAGGAGCCAACCCCGCTGCTGCACGTAACAGTGAAGTATTTACAGAACTAGATCTTAAACTTCCCGAAATCGCTAAGATTTTCATCGCACAAGTTTCCGCTACTTTGCGTTATTTTCCTACACATTTTGTCTTCTGTTTCATCTATTTTCAGTTAAACCTCATCGTCAATCTTTATCTGAACGACGTGTCCGTTGAATGCTTCACGGTCACGGACATAGAGCAGGAGTCAGGATTGCGTTCTGCCTTTTTTAGTTAAAGATTCCTGAGAATATATTTTTCCCAAATTGATATGGTGAACTAAAAGTAGTTTGTTAAACAAACGTTTTTTGTGCTAACGTTTGTTTAAGCAAGCGTTTTTGGTTCTATGAAGAGACGAATATCCTCCAAGCAATCTGCTGAAGTACCAAAGCGGGAAAGCCCATCAGTTAATTCGCATACTTTTAGTGATCACGATTTAGACTGGGAGCCTTTGCCAGAATGTCTAAGTCACTGGACAGGCTTTGTACTTCACTGGGTGACTGAACTTGGCGCACAGTTTTATACCCGTGCTATGACTCCCTTAAATCTGCGCCCGCTCCAGGTTGGTATCCTCCAATTACTGGCTGCTGAAGGTGCAATGGTTCAAGCACGATTAGGTGACAAACTTCGTGTTGATAAAGCTAGTATGGTTACTTTGCTCAATGACCTAGAACAGCAGGGCTTAATTGAACGACGACCTCATCCGAGCGATCGCCGAGCCTACGAAGTTTATCTTTTAGAGGCTGGCAAACAACGACTCCAACAAGCAGAATCTGCTTCAATTGATGCAGCAAAACAATTCTTCGCTGCTTTAACACTAGAAGAACAACAGACTCTGAATAGACTGCTAAAGCGTGTTGCGACCAGCAACGTTTCATGGAAATCAACCACAGCCAAAGATGTTGACGAATAACGCAAGTTTGTTTTGGGGTTATATGAACATGATTCCAGCAGACAGTAGATGTTCTTGACTGATGAGGCTTGGTAAGTATTTCTATTACCTCAGAAGCCATTAATTGATTTGCATTCATCAGTAATATAGGAAATACAAACATCATGAGCATAGAAATTATTGTTTTCGTGATTGCAGCTTCTGCAACATTTTTCAACAATGCTCTGCATTGGTACACACAGGTCACTACTTATCCACTCTTTGCTTGGGTTGGACAAACAGAGTTTGTATCCTTTCACAAAGAATATGAACGCAGGCTCCCGTTTAGTATCTACATACCTTATGTGTTGCTGATGCTAAGTACACTGCTACTGGCATTTGTACATCCAGTAGAAGTTAAGCTTGGCTGGGTACTTATGTTGCTTGTGCTGAACGCATCAATTATGATCACCAGCCTCACGTTTGCTGTTCCAATTCATAATCGACTCCAGCGCCAAGGGTATTCTGATAAAGCCTGCATCCGCAAACTGATTCAATATAACAGTCTTAGACTTATTGCCTCATCAACTAGCAGTATTATTATGCTGTATTTGCTGATAGGTTTGTTGTTAAATCGGACAGCTACTTAAAATTAGTCGCTTTATTTTTTTACTAACAAATTATCTTTGTAGTCCTGCTACCTGTTTTTTAGTTTCTAAAACCTCATCAACTTTGCTATTAGCACTCTCAAACTGCTGCACAATTTCCGGTGTCAATTTGTTAATCTGCACTCTCCCAGCTTGCACACGCAGAATTACATCACCCTTTGAGTGCGCGATCGCCCAAGAACGTTGCTCAGGGTGAAAGCTGACATCGTAAATCTTACCCTGGACACGGGTCGTACCATCTTCTTCACACTGACCCAAAGCTGACACGATTTTGTGAGCGATTTGGGCGATTCGGTTAACTGTATCTTTCTCCATTGCTTCTCTTGCTTGGGGCGATAATTGCCCAGTAACCTTAAACTCATTGGCGATTTGGACAATGCGTTGTTTGTAATCTTCTGATTTTCCCAGGTTGTTAGCAGTGGCGTACCATGAGCGCAAGTGGTCGATGGTTATAGTTTGAGATTCTTGGCTGGGGACGGCTTTGTTTTGCTGCTCCTCAAACGGTACTATCTGACCGTTCACATAATCGCCCAGGGGTTCCATGTTAAGTCCCCACACTTGGGGCTTGCCCGTGAACAGTTCTGGCAAAGCTTTAGCTGAGTGCTTTTCCATTTGCACCCACTGCTGCTGATACTGGGTGTCGGCAATCATCTGCTGCGTGATTTGATACTGTTTGCCAACTCGGAAAGCGACTTGCTTCCCGCCGCCAGAAGCTAGAGCAATGTCTCCTTCTTTAAACCCATATTGCTTATACGGTTCATACGCCCTGGTGGTGTGAACTCTGCCATGCCCCCGCATCGCATCAATGCAAGTATTCACTGGGAGGGGATTGGCTTCCCCGTGCAGCATGAGGGGGAAATTCATGGGTATGGGCTTGCCGGATATAACTACTGGTTCATTTATACTAGTATGTAGCGTAGACTGTGGATTTTGGGATGATATTACTGTATTAGCTCCTAAGAGAACCTTTGGAGATTCAATTATAGTGACAACTGGCTGTGGCGGTTTGAGATGCTTTGGTCTATCTGGCAGCGATCGCAATTTCTTCTCGTATTCAGTCTGGGAATCAATCACTTCTCCAAATTTCTTGGCCATCGCCTCAAAAACTGGTTCAGGGATGGACGAATTCGCTAGGTTGAACACCGCTAGTCCCTTCTTGGTTTCTAGTGGCACATCTTCCTTTGGTAATTGGGCAATCGCTATGTTCTTTTCGTTCAACCACTTGGTCACAGTCTCAACTTTATGATTGTCCACAGCCATCTTTGTGATGCCAAGTTCTTTATCTTCTGGCGTTGCAAAAAGAATAGTTGGGCGTTCTTTGATTTGGTACAAAATTGCCGCAGTTTTTTCGATTGCTCTGTGTTGTTCTTCCGACGTTATCTGTTGACCAAACACATGATTTTCCTTAACCCAAACCTCTGGGTATTCAATGGTATCCGGGTCAACCTTGACTACCATTGTGGTGTTGAAGTTACTCTGAAGCGTCACATTAATTGGAGTCAGTTTCCCAAATTGTAGCGCCCCCAAATTTTTGATTGCTTCTTTATCCTTATTAAAAAACAAAACTCCCAAAGGTTCCCCATTTAAAAACACGGCATCTCTTACTTGAGATTGGGGTACTTCTAGGGTAAGTTTTCTGTATTCTTTATCTGCGAATTTTTGACCTTCATAATCGTAAGAATTAGTTTTATCAATCTTTATAAAATTCCCATTTGGTGACTCAGCTATCACAAAAGCATTGTGTTTTTCGGATATGGTCGTAAGCTTGAGATTAAGAGATTTCCCGTCAGCAAGATAGTTTACTGCCTGAAGTTGTTTGATAGAGTCGGCATCCAACTCTCCAAGAGTTTTACCATCTAATTTGATTTTTACTACTCCTGTGGGAACTGGTACTTTACCAATTTCCAATGTTACGGATTCACCATTCCATGTCTTGTCAGCGTAAGAAAACTTTTTGATTTCTCTGATGGTAAACTCTACTGCTTCTTTTCCTGGCACAACAACAGTGGCATTAGCAGTCGATGTTTCCCCAGGTAGAATTTTAGCTAGAGCTTTTGTCCCAATTGGTAAATGTGCCGTCCTCGGTTCCAATGCAGCGAATTCCCTATATTCGCCATCACCATCGGCAACGAACACTAATCTCGAAGCATGGCGCTCGTGTTCCGGTGGGTGGTCACTAGCTCGGATTTCCACATTGTACTTCTCGTCGGGGTTCCATTCTTTACCCTTGAAGTTGTTAGCCTCATTACTCAGCGTCCCTACTCGCAAATCAGTAAATTGCATCTGCTCCAACCGGGAGACAATTTCATCAGGGAATGCCGCGAACACAAAGTTGGGAGTCTTTTTCTGGATTTGACTTTTATCAGACTGCTTATCTTCCAACTCATCCTGCCGAGCAGCCCCCACATTCCACGCTGCCGCCGCAGCCGACAATCGCTCCGACTCTGGTATGCTTTCTCGGTATGCTTCAGCAAATTTGTACGCCTGAGAAAACATTAACCTAGTCTGTCCTTTGGTCAGTTCGGGACGGAATTCAACCAGCTTGGCGTTGTTGGTTGTCATTCCAGGTTTGAGGTTATTTTCCTCAACTGACTGTGAGCTAACGTTTCCCAATCTACGGAATTTGGGCTGGCCGTTATCGTCAAGCTCGTTGTCAATTTGGGCTAGTGCTAGTAATTTGTTACTTCGTTTATCTGTCTCCAGTTTTAAGTTAATGGACTGCGCCTTCCAAATGCCAGGATGCTTGTAGCGCAGGAGGTTCGTCATCTCTAGCTTTGTACCCTGTTGGGTTTCGATGATGGCGCTTGGCCCTCGCTCAGTTTCCCGCCGCCGTTCCATCCCTACTGCGGCGTTGTAGAGTTTATCGAACTCATATTTGGCGGCGATCGCGCTAAATCTCTGCTGGGGTGTAAATTCTACTCCTTGAAATAGGTTACTGAATTGGACTATAGGGCGGGATTCTAACTTTGATTCTTGGAAGTATTTGTTGGTTTGATTAATTAATAATTCTACTGGAGAGTAACCCTCTGTTTTTATCCCAGAATTTAAATAAGCTGTTGGTGATTTTTTGTCTTTAATATAGTTAACTTGGCGATATAAATAGCGATTATTTTCTTTAATCAAGCCCATTTCAGGTTTTCTGGAGCTTTTGAATAAATCCACCGCAATTTGGTTGTGATAACACGCCTCCTCAATCATTTTACGATACAATTGGCGATTAGTATTCATCGCTTGCTCAATGATTTCAGGCGTTCTATTTGGGTTTTGAGCGAGTGTTACAAACTCTTGTATATTAGGTTTATATTCTTCCCTAATTTGTTTCGGATTATTTTGATAATTTTCTGATTCTAATAATTTTTCATAATGTTCTAGCACTCGGTCTAAGTACGCTGATTTTTGCTCAGAAGTTCCGTAAGTTTTAAGGATTTCGATTTCAGACTCTAAAGATAAAAGTGAGGTCACTTGATTATTAATAATGCCCACACTGATGCCATCGCTCATGTGTATGGCTATCTGCTCAAATGGTGGTTGCTCTGAGTTAATATAGAATGATTGTTTCTTTTCTTTAACAGTAGGAGCGTAAGCATTTTCTCTCTGATTTCTGTACTCCGCTTCTGCTGTAAGATTGGGGTATTTCCTAGCAAGTGCCACACCAATGCAGTCGCCGTCAAAATCTCGTCCCTGGCGTTCTGATTCGGTTTCTAATGGCGCTATTTCGTCGGGCTGAAGTCTCGCTTTGATGCGTTTTAAATCTTCATCGTTGACGATGATAATTCCTTTTAACGGTTCACCATCTGGCCCTAATCGGTCATCGACAAGCTTGTTAGTTGAAACACACAACCCGTTAGAGTTTAGGAATGGTGAACGGAAATTAAGAATTTTTTCCCCTTCATCCAACCAAGGCACACAGATTTCTCCGTTCTTCAATTCCTTGGATGGGATAATCATAGCTCTATCAAAAGTCAGTGTCCGCCCCTGTGCGATATCTCTCCATTCCCCCTGAACGAATTTTGTAAGTTCTTTTCTGACTTTCTCTGTTTCTAAAATTTGGTTATGTCCACTCACCAAATCAGCTTTGATGAGCTTGTACATTAATAAATCATCTTTCTGTGACCCTTCATCCAAATCATCACTTGCTTCAAATTGTTCTTCAGCTTCATTCCAAGTAAGAAGCTCTAATTGTTTAAAAAGTGAACCATCAGCAACTTGTTCAGTAATTTGTTGTTCTAGTGAAGCCTTTTGTCCTTCCGTGAAAGCCTTACGCTTCTCGTATTTTTCACAGAAAAGTTGTGCTACCTTCCTGGGGTCACTTTGGTTTTCTGCCAGCTTTTGAGCCTGTGCCTCTAGTTCCTCAGCGAAGTCTTTTATGCCTTGGGGGAATGATGCTAACAATTGAGATATCGCTGTCTTCCCACGCTCTGATTGAGACTTTTCGCCTAGCCAAATTTTTTGCCTGTATAGTCCTGGTTGAATTTGGGGTTTAATAGCTCCGCCTGGGCGATCCTTATCTGTACCTTTGAAGCTGGAGAGGGGGAGAATTAAATCGATTTTGGGTGTATTGTTTGGATCTGCATACCTAATATCGTCCAAATTGTAAGGACGTAGAGTGCCTTTTCCAAACCTATACTTGGTGTCCTCTCCATCTCCCTCTCTCCAACCAAAGCGATGCTGAATAACGCGATAACTTTTGTCTTTTTGTTCTTCTCTTTTAGTTAGCTTATCGTATAATTGGGTTGAAATTTGTCCATAACAGTCTCCTACTAAATTAAAGGCATCTTCTTTTCTAATTATTCCTCCATTTTCTCCAGCCTTAGTCGGATCTGAGTCATCATTTACTACTAGAATGTTTAGGGTTTCGTTAATAGAGTTTTTGCAGGAACCTAGAAAAATAGAACCATAAGCACCCCGGTCTTTTCTATCAGGGCATAACTTGTCGATTACTTCTAGACATTCTGGCGAACCATATAGCAATCTAGTCTTAGAAGATAATAACAAAATCTGCCCATTTGGATGATTTTTAAAATCTTCTGGGCTACTATACTCATCTAGATGTCCAAAAGAAAATTCCTTGCCAGGAAAGTAAAATTCTAGTAGAGTATTATCCAACTTTTCAGTTAAAATTGATTTAGGATTTTTGCTATCTCCATCAACATGAATCCAATTATTTAGTCTAGTGTCAAAATGTTTAAATTCTAGAGTCATAACTCTTCAAATATTAAATATTTATCAATTTTGTGAGGTTTCAATTATGTCCACCATAAATATGTCTAGAACCAAAAGATGGTTCAATATGCACAAAAAAGAATTTGATAGCAACGGAAACTTAAAGCATGAAGCTAGGGAGCAGATGTTCTCTGAAGGCTATAGTAATGAAGCAATTGATGATTACGCTCGTCGGCTAAAAATTAAATACGATAAGTTAAAACATTTGGATGAAACCGAACCAGAAGAATGGATAGAATACACCGCCTACGACTTCTTCACGCCCACAGAGAAAGAACAATTTAACCCAGACGGTACTCTCAGAGCCGAGTATATTCAATCTGCTTTAAAGCAGGGAATTAGTGAGGGATGGCTGGCAGAAATGGAACGGCGGCAGCAAATTGAAGTTGAAAATTTTAACAGAATGTCAGCATCCCACGCCGAACAAGGAATTAACTATGGTGCTTGGCTGATGGGAAGTCTCAAACCTGCCAACGGCACATACAAACAACGCCTAGAACAAATGCAGACAGATTTAAGAAACAACGAGGAACCAAGCAGCCTGCCTTTTGATTTAGACACACTACCGTTCATCTAAATAAACGAGGTTGATGTTATTTCAACTGGCTTACCTAAAACAAAATCAACCAACTTCTGACCGCTAATCAAAGTTATCTGGGGACAATCACTAATCATTTGTTTAGACTTGTCCCCAGTTTTTCCTGTGTGAATGAAGAATCCCCCACTAGCGCCTTCACGATCAATAACTTGTTGGAACTGTTGTATGTGCTGCGAATTAATATAATCCGCATACCGTTTGGCTTGAATCAGGTACAATCTGCCTGAAATCCACACACGACCATCCAAACCATCGTCGCCACTGTATTTGAAATTACGCTCAATTCGCCAGCCCTGTTTTTGGCAGCAAATTAATAACAACTCCTCAAAAACATAGGGACTAATTTTACGCAGTGTCGCAATTACAGTGGGCAATTCAGGTTTAGGGTGTTTGCTGCGGAGCCATTGCAGAACTGCGTTGGCGTGGTTGATGTTGCGTTGATGCTTTGTTTGGCGCTTGGGTGATTTTTTCCTTTTTTGTCGTTGTTTAAACTTCTTGGTTGGACTTAATACCCAAATTGTTAAAAGTATTACAACAACAATGATGAAGGAAACAATTAGCTCCACTTATTTGCCTTCAATTTAGTATTAATTATGGTAATTGAGTAGGGCGATCGCCATCTTTTGAGTGTGAGGGGAAGAGGGGATGCTCTACACCCCCGACATCACATTTATGGCTGAATTTTCTGATGAATTGATGGGGGTTTTGCAGTTTGATTCTGCCGAGCCTGAGTAAAAGCCCAATTGAAAACGCCAATCATGCCGAGAATAGCAAAAACAGTTATAGCTACTCTCTGAACAGAGCTAAATACTGACAATTCTTTTTTGGCATCAGTGTAAACTTTGTTGATCAAATCAAGTTGTTTGTTCTGACTGACAAAGTAATTTAAGGCATTAATACAGGGTTCTAAGTCTTCGCCTCGTTCCGCTTTTTGAAAAAGTAAAGCCTCTAATTTCTGCTGATACTGAATTGGTGTTAAATCAGAATTTAACAACTGTGGTTGAGATATTTGTGTATGCTTGCTGGAGCCATTCAGTGTTGTCAATGGTTGCTGCATATTTTCCTCAAATTTGTTTGGTAAATATTCAGTAATATCAATAATTTGCATTAAAGAATTGATATTACTAGAGTGGTGTTATGAAAAGTGAAAGAGGAATATCTTGAGTTATCCAAACAGAGTGTATCTGCTGAGTTCTGCTAAAACAATCTACAGGAGTACAAAAAAATTCGTACTTATTTCTGTAGATTTTTTTGCAATTTCATGCTAAAGCTCTAGTTCGATGCCTTGACTTCGGACATTAATTGCTTGCTGTGGCGCAGGGGAATCTTGTTCTAAGGGATCTGTGCCATCAACAAAAATTTCCTGCGCCAACGTCCGTCCGTCGCCATCAATATCACTTTCAAGAATGTATTCCAACACATTGGACGGAACACCCTGGCGAACTGCAACAGACAACCATGCCTTTACAAATTCTCCACTAGCCGCACTGTTGGCTAGAACTTGTAGAGCTTTTTCGGCATCCTGAGTAGTTGCTTTCGAGAGGTCTTTTACGCCAGCCTCTTGCCAAACATCACCAAAATAACCTAGATAACGCTCATCAAAGTTCTGTTCTTGTGCGAATTGTAATAACTTTTGGGTTTGCTGTTCGATGTCTGTTGGCATAAATTTAGTGCATCAGCAATGTTTATTGAGATTTTGGTGGAAAAAATTTATGCGATCGCTTCTACCAAAAACCGAAATCTTTTAATTGCGAATTAAAGGGTTGGGATTATATGGTCAAAAAGCTATTCTGCTTGCCATTCCAAAGGTCTGTTTCTTGCTGTCGATTTCGGACACCTGGATGTTGATAGTTATCTGGAACCAATGGTTGAGTGCGTTTGTAACCAAAATGATTGTCCAGTTCTTTAATATAGGTAATATGTGCAGTCCAAACATCGGCCACTCTGTCCCCTAAACCCAGAGTATCAAGTGGTTTGGGAATATCAACACCTCCATTCCAAGAAATCGGTATACCTTCTTTTTGGAAATGTTCTGTTAATTCAGGGCGTACAAACTCAGATGTACCCCCGCAAATAACAACTTCATTAAATGCAGCTATATTTCTAATCCAACGAATTAAAGCGCGACAGTAATCATCGCGCACAATTGCGAGAACTGAATTAAATAACTTTAAATCAGATTCAATTTCTTCACCACTTTTGCGCGACAAAGAACGAAGCGCATTCAAATTGCCTTTGCTGGCTTCTACTAAGGCTTTAGGTAATCGCTTGTCATTTTTTAATAATCCAACAGAAGTTCGCTCAACAAATTGTTCTACCACCCAATTCATACCTAAATCTGTAGATTCTGAAGCACCTGGATTCCCCTTTTTGAACAAAAGAAAAGACTAGTGTGGTAAAACTTACTAGAGAAGACGACTCTCTAAATTAGCCAAGTAACCCTTGGGGTCTCTGCGAAATCGAAATTGTTCAATTCTTGCTTTGTGGTGTTTTTGCAATTGAGAGCGTAATTCAAGCCAAGTAACAATATCAACTTGTGCTAAATCAGATGCGGTAAAAGAATGAAGTTTAGTAGCGAGCGCACAGGCAAGTTTGACAGAGCCACGAATAACGAGGGATGAGGGTGCAACTTTACGACCAGTACAACGACGTTGATGATGACGTAGCATACCAAAAGCGTGTTCTAAGTCATTATTAGTTCTGGGAAAATCTTCAATTTCATAACAATGAAAAAGTCCAGACCAGTAGCTGTGGGTAGTTTTTATGAAGTTATCGATTGCAGTGTTCAGGGTACCAGCTTTGTGCTTTTGTTGGGACATTTCTGTCAACAGTTGCTGATAACTTTGTTTGACCCCAGCAGCATCAAGACCTATTTTATTGTTGAGAATATTACTAGCTTTATCAACCCACTTATATGCAACCCTAACAGGTAAAAATAAAGATGCAGTAGCAAATAATCCCTTAGCTAGAAGGAGTTTTAGGTTAACTAAAGGTGGTGGTAAAGCACTTTTTTTTTCCATCCGTTCTAAGCTTTGTTCTATCAAAGTCAAATTTTCTTGTAACTTTAATCCAGATGCCTCTAACGGTGGATGACCATCATTGGTTATAGAACTACGGACTGCCGAGCAATAATCTTCAATAATAGTTACCAAATCCTTATCTTCATTGGTAACGCTACGTTCAATTTCTCGTAATCCTCTAACTTTTTTTTTTCAATTCCTTTTTTGCATGTCTATCCGCCTCATATATGGGTTTAATTGCTTCTTTCAGATAATGGTAATGACATAAACCATGAGCAATTCTAGGTAATGCTAACCCAACAGCTTTGCGAATTGATTGTTGTCCATCACTAACAACTCCATCAATTGGTACATCCAAAGTATTAGTTACTTCTAATAATAACGCCACTAAATCTTCATTTCTTGATGATAATAAGGTTTTAGCTAGTAAGATTTCTCCAGATAAGCAATCTCGAATTACCCATAATACCTCATGTCCAATTTCTGGCTGCATCCCATCAATGGCTAATATTACCCGTCCTTGATTAGCCATTATGGCTTTTAACCTTTTATGGTCTTTTAGCCATAAAGAATTTTCTCGTCATATCTGTCAATTAGGTGCGTGACCGTTCGTTGACTTATACATATACCCTTTAATTCAAGGTGAGCGTGTATTTGGGTAACACTCCTATGTTCCTGGTAGCGTAATGCTCCTATATAAGCAATCACATCCAACCCAAATTCGTTCTGTGGTAGAGCTAAGGAACCTTCTTGCTCTGGTCGATATGCTTTTTTATACCGCAGACATGACTTATTTTGACATCGCCGAATTTTTAGCTGTAGTTCTACTACCCCATTTAGCGTTCTTATATGTCGAGGATTATTGTATTCATTCCACAT

Protein sequences of DBSCAN-SWA_1

>AP018319|18673:58982|47243_47789_-|BBD62739.1|DBSCAN-SWA
MKILAISGSLRSSSVNTSLLRAAAGLAPLNVNFTIYEGLADLPHFNPELDNEIPPISVTNLRQQLGTSDGVIICTPEYAYGMPGVLKNALDWIVSSGELVGKPVVTISASPSDLGGSQAHASLRLTLTALAANMVEGGELTVGFVTKKINGLGEIKDSQLLQALTSTIEMLVQNIQSQLPR
>AP018319|18673:58982|54510_55062_+|BBD62743.1|DBSCAN-SWA
MSTINMSRTKRWFNMHKKEFDSNGNLKHEAREQMFSEGYSNEAIDDYARRLKIKYDKLKHLDETEPEEWIEYTAYDFFTPTEKEQFNPDGTLRAEYIQSALKQGISEGWLAEMERRQQIEVENFNRMSASHAEQGINYGAWLMGSLKPANGTYKQRLEQMQTDLRNNEEPSSLPFDLDTLPFI
>AP018319|18673:58982|30095_30416_-|BBD62723.1|transposase|DBSCAN-SWA
MWNEYNNPRHIRTLNGVVELQLKIRRCQNKSCLRYKKAYRPEQEGSLALPQNEFGLDVIAYIGALRYQEHRSVTQIHAHLELKGICISQRTVTHLIDRYDEKILYG
>AP018319|18673:58982|35926_37792_+|BBD62729.1|DBSCAN-SWA
MFSLRDYQQDLVSKTFAAWNGGIRKVLLQLSTGGGKTIIFAAVASKMTAQSEGVLVVAHREELILQAAEKLAAVTKLQPGIIKAGYKPNDSLIQVASIQTLSRRETYPKAQLVIIDEAHHSSANSYRKLLDAYPEALILGLTATPRREDGYGLRDVFDHLISSISTKELIALGHLTDYKLIAGFKYSRHKVPLKRDFTRKELEEVASDYKPSEVLKQWQNFSAHQKTVIFAVNVKHSQDITQAFCANGITCEHLDGETSNIERKEILDRFRSGQTQVISNCAILTEGFDCPDSSAAVIARPTSSVTLWLQMIGRVLRPAPGKEYATILDMTDNWYRLGRPCDNRKWSLDPVSCDPDTQGARCCPHCHHVFKPMPALIRTKEYFNCQKAEFVIQYEADCPNCSKSFKWVLEESSVTGNDGEVVIVADSDIEFKEVPPEVRPSLLTSVIEAKKRKFRNQERKLIFYSATIRSWFLNCPEVNLTELIYATELLDCPPQTFESSIESLVYKIRNTQEWTDVTQIMSNRPDNVKKVIWSKLSHEEKDRFKIMKVNYEKEMNEIQEWLTEENLVLVAEYLSACQDVEMISSLCQIYKKPVIQAAIDRISDDKRYQINQWITQLYKVS
>AP018319|18673:58982|35421_35769_-|BBD62728.1|DBSCAN-SWA
MNYKILSAILALTTFGILAPVKAQEQINDESQKLTQVQNACINNQAETLPNPFSDLPANHWAFKAVMSMHYCGAFRQATPPALFEKIRRNQSQQPTNSQDFFPATNKRRNSIFIK
>AP018319|18673:58982|20688_21030_-|BBD62714.1|DBSCAN-SWA
MEYLHGRPQLKVSYVTVINTIDGWVIRVRLKHQPSPQEDSNFRSMLSELGILYSPPKHIQLALWSLAGGKSPVEVMRRYQVAVVSHGQPKIEEIEAWKQQFIKELAYCSQALA
>AP018319|18673:58982|45713_46331_+|BBD62737.1|DBSCAN-SWA
MDYSTAIQTLKNSDPILANLIDIVGDYKLHQAQQTGDLLFSLSRAILYQQLSTKAAAAIHSRFLQLYSENVPTALDILNTPDEVLRGAGISRPKVLYLKDLAQKVVDGLPSLEELQTMDDEKIIEILTLIKGIGLWTVQMLLMFRLHRLDVLPVDDLGIRAAIRRLYALAELPKKKTVQEIGQMWKPYRTIACWYLWRSLEIKDN
>AP018319|18673:58982|37867_38251_-|BBD62730.1|DBSCAN-SWA
MINSLGKLWIPRRSAKKIIFPLCLDVSMGGHVESGESYEDALQRELKEELNLELKNVDFRLLGYLRPHQHQVSAFMKVYEIKLDNNPDYNKNDFVENFWLYPDNLITWLNNGEPAKSDLIKLVQMFY
>AP018319|18673:58982|58281_58635_-|BBD62749.1|transposase|DBSCAN-SWA
MANQGRVILAIDGMQPEIGHEVLWVIRDCLSGEILLAKTLLSSRNEDLVALLLEVTNTLDVPIDGVVSDGQQSIRKAVGLALPRIAHGLCHYHYLKEAIKPIYEADRHAKKELKKKS
>AP018319|18673:58982|27169_27739_-|BBD62720.1|DBSCAN-SWA
MIDRNDIHSGLRARQKIVGVFKKVSWLCFWLQLVLAAVSILILLFAIADPNFNINLKSGLGLLSTFGGISALGLGVYWTFHYTRIAQRLQVSEPGIYPSRKEVVRDLHIGITIHFVGVLLTLIATQVVVGALLVKVITLSPGMTIYQSRQLIEPLDIFVVQASILMNTALFIGIGCAFWLLKQINHSQT
>AP018319|18673:58982|29715_30069_-|BBD62722.1|transposase|DBSCAN-SWA
MANQGRVILAIDGMQPEIGHEVLWVIRDCLSGEILLAKTLLSSRNEDLVALLLEVTNTLDVPIDGVVSDGQQSIRKAVGLALPRIAHGLCHYHYLKEAIKPIYEADRHAKKELKKKS
>AP018319|18673:58982|48779_49244_+|BBD62741.1|DBSCAN-SWA
MSIEIIVFVIAASATFFNNALHWYTQVTTYPLFAWVGQTEFVSFHKEYERRLPFSIYIPYVLLMLSTLLLAFVHPVEVKLGWVLMLLVLNASIMITSLTFAVPIHNRLQRQGYSDKACIRKLIQYNSLRLIASSTSSIIMLYLLIGLLLNRTAT
>AP018319|18673:58982|33829_34447_+|BBD62726.1|DBSCAN-SWA
MNYSTAIQTLKNSDPILANLIDIVGDYKLHQTQQTGDLLFSLSRAILYQQLSTKAAAVIHNRFLQLYSENLPTALDILNTPDDVLRGAGISRPKVLYLKDLAEKVLDGLPSLEELQTMDDEKIIEILTPIKGIGLWTVQMLLMFRLHRLDILPVDDLGIRAAICRLYGLAELPKKKTVQEIGQMWKPYRTIACWYLWRSLELKDN
>AP018319|18673:58982|18673_20215_+|BBD62712.1|holin|DBSCAN-SWA
MADIHYDVIIIGTGAGGGTLAYKLAASGKKILILERGQFLDKNKRNWDSKEVMRKEIYRNAETWYDKNHQPINPNAHYYVGGNTKFYGGALFRFREQDFEKVIHQDGISPEWPLKYQDFSPYYDQAEKLYEVHGKRSLDPTEPPTNTEYPFSAISHEPYIQAISDALKDKNLHPFYLPLAIKLNEVNRHLSACIRCDTCDGFPCLLNAKADADVNCVRPAITSNNVTLLTNAKVMRLHTNSSGREVTKVEVEIAGKQHFFASNIVVVACGAINSAALLLKSANDQHPNGLANSSHLVGRNYMAHKFAVVMTLSSELNLTNFTKTLAVTDFYWGESDFAYPMGSVQILGNINKDKIAAYGPPMMPNIVAQTISNHSVAWLLMTEDLPAIYNRVRVDGKKIFLEYTNNNELAFNRLINRWTQVLKSIASNKKNKQFSLNIPQKMTVKEVGHQCGTCRFGENPKTSVLDINCRTHDVDNLYVVDGSFFPSSAALNPSLTIIANALRVGEHLLERIK
>AP018319|18673:58982|55753_56191_-|BBD62745.1|DBSCAN-SWA
MQIIDITEYLPNKFEENMQQPLTTLNGSSKHTQISQPQLLNSDLTPIQYQQKLEALLFQKAERGEDLEPCINALNYFVSQNKQLDLINKVYTDAKKELSVFSSVQRVAITVFAILGMIGVFNWAFTQARQNQTAKPPSIHQKIQP
>AP018319|18673:58982|34634_35246_+|BBD62727.1|DBSCAN-SWA
MRFYSQVIFPRLLDWSLSDPVLAKYRQELLADVTGEVLEIGFGTGLNLLYYPSRIRKITTVDVNPGMNALANKRISNSDITVEQLLLSSENLPMADNTFDSVISTWTLCSIANVQQAIQEIYRVLKPGGRFFFLEHGLSEKPNVQVWQHRLTPFQKVIADGCHLNRDIQKLVEQYFDRVELHQFTPDNLPDLVAHLYQGVATK
>AP018319|18673:58982|24813_25107_+|BBD62717.1|DBSCAN-SWA
MPDSEGSNKVTNNDLPNSQFGGGLINAESVKAERIGGDIYNIYLGHPPVASNPTPSLNQQQRSLLSYNPMIESGYFDRSIKYDVNRIIEYAPRTQPR
>AP018319|18673:58982|56852_57413_-|BBD62747.1|DBSCAN-SWA
MNWVVEQFVERTSVGLLKNDKRLPKALVEASKGNLNALRSLSRKSGEEIESDLKLFNSVLAIVRDDYCRALIRWIRNIAAFNEVVICGGTSEFVRPELTEHFQKEGIPISWNGGVDIPKPLDTLGLGDRVADVWTAHITYIKELDNHFGYKRTQPLVPDNYQHPGVRNRQQETDLWNGKQNSFLTI
>AP018319|18673:58982|49274_54464_-|BBD62742.1|DBSCAN-SWA
MTLEFKHFDTRLNNWIHVDGDSKNPKSILTEKLDNTLLEFYFPGKEFSFGHLDEYSSPEDFKNHPNGQILLLSSKTRLLYGSPECLEVIDKLCPDRKDRGAYGSIFLGSCKNSINETLNILVVNDDSDPTKAGENGGIIRKEDAFNLVGDCYGQISTQLYDKLTKREEQKDKSYRVIQHRFGWREGDGEDTKYRFGKGTLRPYNLDDIRYADPNNTPKIDLILPLSSFKGTDKDRPGGAIKPQIQPGLYRQKIWLGEKSQSERGKTAISQLLASFPQGIKDFAEELEAQAQKLAENQSDPRKVAQLFCEKYEKRKAFTEGQKASLEQQITEQVADGSLFKQLELLTWNEAEEQFEASDDLDEGSQKDDLLMYKLIKADLVSGHNQILETEKVRKELTKFVQGEWRDIAQGRTLTFDRAMIIPSKELKNGEICVPWLDEGEKILNFRSPFLNSNGLCVSTNKLVDDRLGPDGEPLKGIIIVNDEDLKRIKARLQPDEIAPLETESERQGRDFDGDCIGVALARKYPNLTAEAEYRNQRENAYAPTVKEKKQSFYINSEQPPFEQIAIHMSDGISVGIINNQVTSLLSLESEIEILKTYGTSEQKSAYLDRVLEHYEKLLESENYQNNPKQIREEYKPNIQEFVTLAQNPNRTPEIIEQAMNTNRQLYRKMIEEACYHNQIAVDLFKSSRKPEMGLIKENNRYLYRQVNYIKDKKSPTAYLNSGIKTEGYSPVELLINQTNKYFQESKLESRPIVQFSNLFQGVEFTPQQRFSAIAAKYEFDKLYNAAVGMERRRETERGPSAIIETQQGTKLEMTNLLRYKHPGIWKAQSINLKLETDKRSNKLLALAQIDNELDDNGQPKFRRLGNVSSQSVEENNLKPGMTTNNAKLVEFRPELTKGQTRLMFSQAYKFAEAYRESIPESERLSAAAAAWNVGAARQDELEDKQSDKSQIQKKTPNFVFAAFPDEIVSRLEQMQFTDLRVGTLSNEANNFKGKEWNPDEKYNVEIRASDHPPEHERHASRLVFVADGDGEYREFAALEPRTAHLPIGTKALAKILPGETSTANATVVVPGKEAVEFTIREIKKFSYADKTWNGESVTLEIGKVPVPTGVVKIKLDGKTLGELDADSIKQLQAVNYLADGKSLNLKLTTISEKHNAFVIAESPNGNFIKIDKTNSYDYEGQKFADKEYRKLTLEVPQSQVRDAVFLNGEPLGVLFFNKDKEAIKNLGALQFGKLTPINVTLQSNFNTTMVVKVDPDTIEYPEVWVKENHVFGQQITSEEQHRAIEKTAAILYQIKERPTILFATPEDKELGITKMAVDNHKVETVTKWLNEKNIAIAQLPKEDVPLETKKGLAVFNLANSSIPEPVFEAMAKKFGEVIDSQTEYEKKLRSLPDRPKHLKPPQPVVTIIESPKVLLGANTVISSQNPQSTLHTSINEPVVISGKPIPMNFPLMLHGEANPLPVNTCIDAMRGHGRVHTTRAYEPYKQYGFKEGDIALASGGGKQVAFRVGKQYQITQQMIADTQYQQQWVQMEKHSAKALPELFTGKPQVWGLNMEPLGDYVNGQIVPFEEQQNKAVPSQESQTITIDHLRSWYATANNLGKSEDYKQRIVQIANEFKVTGQLSPQAREAMEKDTVNRIAQIAHKIVSALGQCEEDGTTRVQGKIYDVSFHPEQRSWAIAHSKGDVILRVQAGRVQINKLTPEIVQQFESANSKVDEVLETKKQVAGLQR
>AP018319|18673:58982|46416_47103_-|BBD62738.1|DBSCAN-SWA
MEELSQSLIDIWLEDGQKISEHYNELILKEGILSAKSLNERAETRDFSVFANLLSDVVIEPNYSLLDIGCGKGELLDYLMLNLPYSHKLDYLGIDIVPAFISAAKEKYPRRKFQKYNFVQASFFPEKQFDIVIALGVLVTRVREYNLFFEYFVNKMVKCAKKPVVFNIISEIEAESLNYSNPKGVGHSTVLDIEVLHSVINSIDCADWRIKPFKIFPDATDMFVSIQL
>AP018319|18673:58982|28922_29669_-|BBD62721.1|transposase|DBSCAN-SWA
MVTIIEDYCSAVRSSITNDGHPPLEASGLKLQENLTLIEQSLERMEKKSALPPPLVNLKLLLAKGLFATASLFLPVRVAYKWVDKASNILNNKIGLDAAGVKQSYQQLLTEMSQQKHKAGTLNTAIDNFIKTTHSYWSGLFHCYEIEDFPRTNNDLEHAFGMLRHHQRRCTGRKVAPSSLVIRGSVKLACALATKLHSFTASDLAQVDIVTWLELRSQLQKHHKARIEQFRFRRDPKGYLANLESRLL
>AP018319|18673:58982|32010_33192_-|BBD62725.1|DBSCAN-SWA
MRVFVLDQNLQPLNPCHPARARELLKKGRAKVYRRYPFTIMMQDRVEENSTTHPHRLKIDPGSRVTGVAIVQECTGRVVGAFEIHHRGQQVKNALLTRRALRRGRRSRKTRYRKPRFLNRRRRAGWLPPSLESRIANIETWMRRLMKLCPITDISQELVWFDLQQLQNPEIKGVEYQQGELFGFEVREYLLQKWGRKCVYCGVENVPFEVEHIHPKSKGGSDHVSNLTIACHDCNQAKSNQPVKQFLAKKPELLKRILAQAKAPLKDATAVNTTRWELYRRLQLTGLPVELGSGGRTKFNRQTRGIAKHHWTDAACVGVSTPSRLLLNGVKPLIIKAKGHGARQRCRTDKYGFPKAHAPKAKFFMGFTTGDIVKANIPSGKYAGSYTGPDFSR
>AP018319|18673:58982|48069_48636_+|BBD62740.1|DBSCAN-SWA
MKRRISSKQSAEVPKRESPSVNSHTFSDHDLDWEPLPECLSHWTGFVLHWVTELGAQFYTRAMTPLNLRPLQVGILQLLAAEGAMVQARLGDKLRVDKASMVTLLNDLEQQGLIERRPHPSDRRAYEVYLLEAGKQRLQQAESASIDAAKQFFAALTLEEQQTLNRLLKRVATSNVSWKSTTAKDVDE
>AP018319|18673:58982|40855_41236_-|BBD62733.1|DBSCAN-SWA
MKITDLSAETIEKISGVRWDRIIEKHEGPEDWESVFRYSEPEFIEVEGCFVLLPVDKSHHHSITILRCIWSEDQNSVTLFLSDKTYEDDPFFSGFMAVCDRVKGEDFFLAILYHEWFIFERAAVFE
>AP018319|18673:58982|22898_24731_+|BBD62716.1|DBSCAN-SWA
MPESEKSKKISNYDLHNAQFGGGFINAENVNAKRIGGDIWNIFFGQQTTPIGNPSRPKNERILLAAVKEEVTARLRQSLHNAVLINLGKESQPQQVNRPWDAQIKIGLKPPESLPETTTILEVFDSQEIAGKLLILGAPGSGKTTTQLELAQALVSRAEVEPEYPIPVLFNLFSWKDDRQSITDWLVAELKSKYGVSTKLGKKLVINHQLLPILDGLDELEPQHQELCVHAINQFFSNENKPRYLVVCSRSEEYGKYSIKLQLNGAIYLQPFTNNQIYDYLSDINCLELWSTISNNLDLLELVKIPLLLVMTVLVSPEISVEEWQVLTSREDRIQYLLDAYLGQMLTQDVNSRAYLKTKPPNAKTTRMYLMWLAGQMQRQAKSEFLIEEMQPSWLIRRTQKISYSLILGLIFGLIVGLIVGLKMDLIIGLMFGTIYGILCTFNKNLNKISVIEKISLLKINKQTLTAVLICTLIAVLITRQLYGLIFGLIFGTSDIAIENQKITNQGIWKSAFIAIFSGLIFGLLEGVMAGLVHGLTAGLLSGLICGGVTCIQHFTLRLILYRNGYIPWNYARFLDYCTERLFLQRVGGRYRFIHKLLQDHFVQMEFRRD
>AP018319|18673:58982|56347_56746_-|BBD62746.1|DBSCAN-SWA
MPTDIEQQTQKLLQFAQEQNFDERYLGYFGDVWQEAGVKDLSKATTQDAEKALQVLANSAASGEFVKAWLSVAVRQGVPSNVLEYILESDIDGDGRTLAQEIFVDGTDPLEQDSPAPQQAINVRSQGIELEL
>AP018319|18673:58982|58661_58982_-|BBD62750.1|transposase|DBSCAN-SWA
MWNEYNNPRHIRTLNGVVELQLKIRRCQNKSCLRYKKAYRPEQEGSLALPQNEFGLDVIAYIGALRYQEHRSVTQIHAHLELKGICISQRTVTHLIDRYDEKILYG
>AP018319|18673:58982|21270_22386_+|BBD62715.1|DBSCAN-SWA
MQTILAHAHSLMYTILALMPSHYQRDSLEAMLGLFLEAEGKPLPHYSKTKSESALSRFLNHYNWSTRKIISHLRAFVIELILKQCTLGRKPFLQVIIDITTLEKTGKFKAFNHLITFFNHKRGLHLVVLYLVVGQWRIPWNFRVWRGKGTTTPAQLALKMVRRLPKKLTLTFQVKILADTAFGTVEFIHGIRQLKYHAILGIGCNRKLVDGRSVKHLYHRGQQVRLVGLDVTVSVSWYYFKTDKGVFLKRYVISTTPLKACTINWWGKRRWQIEGWFKTAKHRFGLDKFGQCTLLGIYRWLILSLTAFLLAHWTYLARYYPHTLDWGQAAFLALSTFFPVLLLSLLLLDIERLRPLAFSHGIDITISRCKM
>AP018319|18673:58982|57488_58235_-|BBD62748.1|transposase|DBSCAN-SWA
MVTIIEDYCSAVRSSITNDGHPPLEASGLKLQENLTLIEQSLERMEKKSALPPPLVNLKLLLAKGLFATASLFLPVRVAYKWVDKASNILNNKIGLDAAGVKQSYQQLLTEMSQQKHKAGTLNTAIDNFIKTTHSYWSGLFHCYEIEDFPRTNNDLEHAFGMLRHHQRRCTGRKVAPSSLVIRGSVKLACALATKLHSFTASDLAQVDIVTWLELRSQLQKHHKARIEQFRFRRDPKGYLANLESRLL
>AP018319|18673:58982|25057_25264_+|BBD62718.1|DBSCAN-SWA
MMSTELLNTLQGLSRAEKLYVVQVLISELAQQEADLIKSDQSYPVWSPHDAFEAANTMLVVHQPNIAV
>AP018319|18673:58982|42508_43819_-|BBD62735.1|transposase|DBSCAN-SWA
MVEPRPPKQTVKFVDEYCLWYKKLFSDVRNFEAFKYLHIGCISDIKRKSLPEIAKIVGLENYQGLHHFLTTPYWEVEQLRALRLELILQILKGRPIILIIDETGDKKKGTTTDYVKRQYIGNLGKVENGVVAVTAYGVFCGMTFPLLFEVYKPREKLKPGDKYLTKPQIGAMLIRKLQSMGFKFNLVLADSLYGESGTNFVSVLDELDLNYLVAIRSNHSVDLLKGQYTQYLKWQKFKRVFSDLSSENRFIREIIHGKRGEHRYWQITTDTEALPGNSTWYVMSKYPDITPREVGNFYGLRTWVEYGLKQSKNELGWADYRFTRYEDIERWWEIVCSAYLMVSLHSESLRPSPPSPQSAFASHPWWDHGKGWKNILNNLRLIIQPFVLFNLIYPWLTVFSIPQLYEGFSQLQAIVYRLTSPIFIFLTHPEFYFSSA
>AP018319|18673:58982|40033_40792_+|BBD62732.1|DBSCAN-SWA
MLSKKGYILHLFIKPEHKLIMKEVKEFSLIKGHGIEGDINANPISPRQVLVVRYEDISELGIPPGELRENIVIAGIQPVNFTPGSLISFDNGAAIRLTFHCEPCKQIAHLVDSLKILQAKRGILGVVINSGKICIRDNLQIEIDKFPALSENPYERFLDFILKVPAGKVVTYQQIIQGIGVDNSYLRAIPIYLKKTSADDYPIHRILDSKGYLIKYVDNQLHKLESEGIKILSNSNLSNSKNGFFVDYLKYL
>AP018319|18673:58982|38373_39747_-|BBD62731.1|transposase|DBSCAN-SWA
MSSSRKTNRDHAKKKQRPMMEDEVIASQLEQLLTPAITSQENYYRQLGLRDRILNLPLMVAAVLTLLWRDVAGATELTRMLAREGFLWCKPLEVSQQAISQRFLTFPAQLFERVFKDLVPKLQDSWQRRSRRKVPQSVQFTKSKFEKIWIVDCSILEALFQKLDSLKDAPPGKLAGKICTVIDLVNFLPVEIWFNENARSADTNFESDILKSADPHTLLLLDRGFYHFNFWLQLIAQKVNFITRLKKGAAIHVEQVFTDSFSLRDRLIRLGSGTKKTPFITLRLVEVRSAKTWHSYLTSVLEPTVLPPYVVADLYRRRWRIEDAFNTVKRLLGLSYLWTGSVNGVQLQIWGTWLFYAVLVDLGDAVADELSLPFDSISLEMIYRGLYHFYVAHQKGKATDPIKYFAAPENQDLGIVKRQRKPNMLLIVAPFPDQQRGTPEFFFQPPSQIPLTTASQP
>AP018319|18673:58982|55058_55649_-|BBD62744.1|DBSCAN-SWA
MELIVSFIIVVVILLTIWVLSPTKKFKQRQKRKKSPKRQTKHQRNINHANAVLQWLRSKHPKPELPTVIATLRKISPYVFEELLLICCQKQGWRIERNFKYSGDDGLDGRVWISGRLYLIQAKRYADYINSQHIQQFQQVIDREGASGGFFIHTGKTGDKSKQMISDCPQITLISGQKLVDFVLGKPVEITSTSFI
>AP018319|18673:58982|20430_20607_+|BBD62713.1|DBSCAN-SWA
MFGIAAKMWGYDVRNRLVADVFYDESTEFIKFTNGKEITVNAAWRWEWERLMKYATNQ
>AP018319|18673:58982|30515_31709_-|BBD62724.1|transposase|DBSCAN-SWA
MTAENVAERDIVLCVGDTTFLDYGSIEVKKEGYGPIGKGGNGLILHSALAIEPQKGQSIGLLWQKLWNREPKHKPPKDETPTQKKKRQAAARKEARNRPFEQKESYKWVEALTTVEKLVSQHTQVIHVFDREGDITEVFDQLRQLQHTGIIVRAAHNRSLDSESERLWSKLEAQPISFEQKIELPSTSQRTARQTKLAIRFCPVNLRTPYRFDNRNPLSVYAVYATEIDCPESETPVEWMLLTTEVIADIQMASTILRWYTYRWRVEEYHKIFKSGCQVEKYRLAADGMKVLIGFLSVIAVELLQLTYLHRTQPDSPAIEILNPLELKILKAKSPKLPKVLTVSWAVEVIARLGGYLEHRSKTPIGIQVLWRGWLKSSVAKLTREEQKSCNLELVTK
>AP018319|18673:58982|25504_27037_-|BBD62719.1|DBSCAN-SWA
MAKVEELIPQQVSQIDLKPRGRVQLSPVSWRDQFLYYLLPDRFSDAHENEREFFDRTNPLRYKVKDKATWMAAGRKSAGGTLRGIRSKLEYLQRLGVTALWIGPVYDYSSQNLLNIDPSFGNRRDLRDLIDTAHDRNIYVILDVIYNHHIQALADLIKVYQYWIALSDCDGFRVDVDKHISLQDSHIFSTAIHEYAQSIGKDNFLIIGNITRGGIADAYVDIFGRNLNAVVDDANIPKQLTAVVKGLVNPNEFFGEYDENHFAGQYRQLGQYHVSVLDNYDISSHNWKQRFAAYRNVPHLYEQVAHVVGVQLTTPGIPCIYYGTEQAFDGNEGEHDYSIENGRVAEDRYIKEAMFGSDFGAFQTAGCHFFDIDHPTYLRIAAIARIRNGRDKIGKALRRGHHYLRKTSFCNYPFSIPPQGELVAWSQVLFDTEVLMALNTHALEERGAEVTVDAHLHPTNSTMTFLYKSNWKDKDLRHPPHDQTVTVQHHEDGRASVRLDLPPSGMAILA
>AP018319|18673:58982|43985_45311_-|BBD62736.1|DBSCAN-SWA
MQIQPPPEKFLSTLLSIRNYYAPLVEKYGKLYREALDNLSHVEALLSNWPVTVEVDSNGFSLEVAEEIFPVSTQESSNDNSVDVLKTAAELSETQDHELSPVTNIKAEAFPSENQEDINSQLEETQPIVTAEENIFSNDSFDSSQALESTNTEEPTATTEEDNAVQESDIKDDTDDTLEAESESAQPGTTEPLPQEEEPPVAESTKQEENSTTSNQSFYGQEIPMLDEYRSLRRIEAVEKVLQQHKGSVCHIDFVVRSLYGELEPKAWKVVKGRVQSTLTQGRESKKWTLVPGKPGYYTIDLKLLNSKRKESSSKPSQTKSKQPQPQVKEDTSPDVASKPNQTQARKPSPQAKANVISMKGKYEGQFLIDAITSLLQKNPRKVFDSGEVIYRLYGELSPEQVKQVKPAVLNELSRGYRSGRFSRVPEEKGLYIWDAKLLPD
>AP018319|18673:58982|41410_42460_+|BBD62734.1|DBSCAN-SWA
MPRRTAKSSSPSKVATGLALSELHLRLEYLEKQHQSILKQIKRKRTELHNFVERARSLATEVVHQTTNSFQKMAELDQEIHDLFETIFTTRKFGKQTLKKIQAVYHQLQFAGVISVKPDRSQFQAEPNEEFTHLEEDFSTQSTENSHQNQQWQAQETTSFGAGTRTETQQKIRSTFLRLAEIFHPDKAQDSETQKYHTQIMQEINIAYQEGDLARLLEIESRQQVGETINPNSEDDLSRKCRHLEQQNQILQAQYENLKRELRLAKNTPEGAMVSSSRKTAKQGIDAVAGMVEAIESQIQAVSQIRDFVKDFQQQKLTIQEFLSGPVSLYSSEEELLQDILEQMLSQLV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD62712.1|18673_20215_+|holin	glucose-methanol-choline oxidoreductase	NA	NA	NA	NA
BBD62713.1|20430_20607_+	hypothetical protein	NA	NA	NA	NA
BBD62714.1|20688_21030_-	hypothetical protein	NA	NA	NA	NA
BBD62715.1|21270_22386_+	hypothetical protein	NA	NA	NA	NA
BBD62716.1|22898_24731_+	hypothetical protein	NA	NA	NA	NA
BBD62717.1|24813_25107_+	hypothetical protein	NA	NA	NA	NA
BBD62718.1|25057_25264_+	hypothetical protein	NA	NA	NA	NA
BBD62719.1|25504_27037_-	alpha amylase catalytic region	NA	NA	NA	NA
BBD62720.1|27169_27739_-	hypothetical protein	NA	NA	NA	NA
BBD62721.1|28922_29669_-|transposase	transposase	NA	NA	NA	NA
BBD62722.1|29715_30069_-|transposase	transposase	NA	NA	NA	NA
BBD62723.1|30095_30416_-|transposase	transposase	NA	NA	NA	NA
BBD62724.1|30515_31709_-|transposase	putative transposase	Q9JMP3	Wolbachia_phage	7.3e-40	30.9
BBD62725.1|32010_33192_-	HNH endonuclease	Q331Y3	Clostridium_botulinum_C_phage	1.3e-33	34.0
BBD62726.1|33829_34447_+	DNA-3-methyladenine glycosylase II	NA	NA	NA	NA
BBD62727.1|34634_35246_+	putative methyltransferase	NA	NA	NA	NA
BBD62728.1|35421_35769_-	hypothetical protein	NA	NA	NA	NA
BBD62729.1|35926_37792_+	type III restriction enzyme res subunit	A0A1B1IW48	uncultured_Mediterranean_phage	9.6e-63	35.8
BBD62730.1|37867_38251_-	NUDIX hydrolase	NA	NA	NA	NA
BBD62731.1|38373_39747_-|transposase	transposase, IS4	NA	NA	NA	NA
BBD62732.1|40033_40792_+	hypothetical protein	NA	NA	NA	NA
BBD62733.1|40855_41236_-	hypothetical protein	NA	NA	NA	NA
BBD62734.1|41410_42460_+	heat shock protein DnaJ domain-containing protein	NA	NA	NA	NA
BBD62735.1|42508_43819_-|transposase	transposase	NA	NA	NA	NA
BBD62736.1|43985_45311_-	hypothetical protein	NA	NA	NA	NA
BBD62737.1|45713_46331_+	base excision DNA repair protein, HhH-GPD family	NA	NA	NA	NA
BBD62738.1|46416_47103_-	membrane-associated protein	NA	NA	NA	NA
BBD62739.1|47243_47789_-	NADPH-dependent FMN reductase	NA	NA	NA	NA
BBD62740.1|48069_48636_+	transcriptional regulatory protein MarR family	NA	NA	NA	NA
BBD62741.1|48779_49244_+	hypothetical protein	NA	NA	NA	NA
BBD62742.1|49274_54464_-	hypothetical protein	NA	NA	NA	NA
BBD62743.1|54510_55062_+	hypothetical protein	NA	NA	NA	NA
BBD62744.1|55058_55649_-	restriction endonuclease	NA	NA	NA	NA
BBD62745.1|55753_56191_-	hypothetical protein	NA	NA	NA	NA
BBD62746.1|56347_56746_-	hypothetical protein	NA	NA	NA	NA
BBD62747.1|56852_57413_-	hypothetical protein	NA	NA	NA	NA
BBD62748.1|57488_58235_-|transposase	transposase	NA	NA	NA	NA
BBD62749.1|58281_58635_-|transposase	transposase	NA	NA	NA	NA
BBD62750.1|58661_58982_-|transposase	transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>AP018319|184581:303913|DBSCAN-SWA
GTTAGTTGTCTACTTTGTAACTGTCTGGCTTGCCCAACTGGATCATGCGGTTAAGGGCGGCACACTGTAGAAATAGCTCGACAGCTTGATTGTTAAAAAAGCGTCGTCGTAACTTACCACCAAAAATGGTTTTGAGTCGAAATATAGCTGTCTCGGATAATGAACGGCGATGATATCCACTCTCTTGTTTCCATTGCTTGCGCCCAACTTGATTCACTCGTCGCAGATTTTCATCTCTGGGATGGAAGTGTGTTTCATTGTTGGTGTGTTGTTGGATTTTGGCGTTGCTACGCGGTGGAATTATGGCTTTGGCCCCGTGTTGTGAAATGGTGTCGTAACAACCTTTTGTATCATAGCCACCATCACCAGATACTTGTTCTATCGGTTGCTCAATCTGCTCCAATATGTCAGGCAGTACCTCGCAATCAGCCATATCATTAGTAGTCACCACCGCACCCAGAATTTCGCCGCTTTCACAGTCAACGCCTAGATGCAACTTCCGCCACGTCCGTCGTTTTCCTACTCCATGTGTGCGGACTTTCCACTCACCTTCACCATAGACTTTTACACCAGTTGAATCCACTACCACATGAACAGCTTTGTCTTTTGGGATAACTGGTAGTTCCACAGACAACTTGCTCAAACGACGAGACAGCGTGGAATGGTCTGGTACTTCTAGCTCAATTCCCATGAGCGTGAACAGCGATTCTAAAAACCCCTCTGCTTGTCGCCCTGGTAAATGAAACACCGATTGGATTGTTCCCATAGTGGCGATTGCCACATCACTGTAATGATTCGATGCCCCCTTTTTCCCGGTTTTTTGCTGATTGCGCCACTGCTCGATGATTTCTTCGTTCACCCAAAAAGTTATACTGCCTCGTTGCTTGAGGGCAGCATCATAAGCGTTCCAATTCTTAACTTTGTACTGGGCTTTCGTCTTCATATGCAGGGTTAGGCGGCTCGAAAACATCGGCTATAAGTAAATTTACCATTTTGCCTATTCACGCAACAACGCCGTTATAGAGGAGTCGAGAAGACCTTTGATTTGTACAAAGAATTGTTTACACAGGAGACTCCCAGCTTTAGTAGTATTAGGAAATGGTTAGGGAGAATTGGTTTTTTTGAACTAACCAGAAAGAAAGAAATAAGAGATGACTGGATTTTTATTGTTGATTTAACTGTAGAATTAGGAACTGAAAAAGGACTGGTAATTTTAGGAGTTTCACAACAAAAGCTAGAAGAAAAAATCTTGCCGCTAAGAAGAGGATTACAGCATCAGGATGTTCAAATTCTGGCATTAGAAATTATGCATTCAACCAGAGGTGAACTCATCCAAGAGAAATTGACGGAAGTTAGCCTCAAATGTGGTTGTCCTCGACAAATAATTGCTGACCACGGAAGTGATATTCAAAAAGGAATTAAACTATATCAACAAAATCATCCTGATGTAATTTATACCTATGATGTAACTCATGCAATGGCTTTATTACTCAAGCATGAATTACATAGGTCGGATAAATACCAGTCTTTTATACAGCAATGTAGTCAATGTCGAAAACAACTGCAACAAACTGAACTATCTTTCTTATCTCCGCCCTCTCAACGCTCACAATGCCGTTACTTTAACTTAGAAAAACTCGTAAATTGGGCTTTATATCTGCTAAATTCACCATTAGATATTTTAAGAGATTTAGTACCAAATACAGAACCAGATATTTTATATAGTAAATTGAAAGAGAAATTTACATGGTTGGCTGCTTACCAAGACTCACTAATAAATTGGAAGCAAATGGTTCAAATAACACGCTTTGTAGAAACTCAAATTAAATTGTGTGGGCTAAATCAAGAAACTTTCAGCATAATACAACAACACTTAACAACGCTTGTGAATTATTCAGAAGAGTTTGCACAAAAAATTCTGAGCTATTTAACACAGGAACTTTCTTTTATTCAACCAGGACAAACATTATTAGCTACAACGGATGTCTTGGAATCGCTATTTGGAAAATACAAGCAATTTTCTTCTCGTTCTCCTTTTAAACAAATAGGTCAAATGTTTTTGAGTATTTGTTTATCAACTATGAATTTAACAACTACTCTTGTGAAAGAAGCATTAGAAACAGTCCGTTTTTTAGATGTTGAAGACTGGGCGGCTCAAGTTTTTGGTCAATCCATGCTCTCGAAAAGAAGAATTTTGTTTTCTGTCTCAACTGGCGACACAGAAATTGCATGATAAATTTTGAGGGTTTCTCCAACAAAATCAACACCCTAGTTGTGGTCATGTTCTAAAAGAGTTGGATTTATCTATGAGACAATGGCGTTGCCCATCTTGCAAACAAATAAATGGAAGAGATGAAAACGCCAGTCGTAATATTTGTGCAGTCGGGGCATCGACTGTTGGGTTAGGTGATGTCAGTCGGGTGATACCTGCTATCGCTGTTTGAGCCTAGAATCTCCTCCCTTCAAGGGTGGGGAGGATGTCAACTGAGTGTGATTACAATTGGTGAAATCGCTAAAGGCATTAGCAAGCTTCCCGCATCAAAGCGCAAAGAATCTCTCGTCATTTGGCTAAATGAAACTTTACCTAATCGCTTTGAACACAGAATTTTAAGTATAGATGTCTCAACAATGATGTTATGGGGTAACTTAGTCGGACAACTAGAACTTTCGGGGCGACCTCTACCCGTTATGGATTCTTTAATTGCTGCCATAGCCTTGCAACATTCTCTAACATTACTCACTCGTAACGAAAATGATTTTGCCGGAACAGGGGTTGTCATCTTTAATCCTTGGTCTGTCTGACCCAGATTTCTCATAAGTTATCAAGCATAATTCTTAGTTTTGCTACAGCAGAAAGTAGTTTCCCTAATCAATCTAGCTTTTTGACCAAATTTTAGATTTTGAATCTTCAATTCCATTATCCAAAATTTAAACCGTACTATTGCTTGTTGGTATCTGTGGCGAAGTTTAGAAATAAAAGATAACTAAGCTCAACAATAATCTAGCATTTCAAAGATTTACTCGCTCAACATTTCTGCTCAATCTAAAATTAAATTTTAGAGGTTAAAGAATTATGAGGTTTTATTCGCAAGTTATTTTCCCGCGTCTTCTCGACTGGAGTTTGTCAGATCCAGTCTTAGCTAAATATCGTCAAGAATTACTAGCTAATGTAACAGGAGAAGTTCTAGAAATTGGGTTTGGGACTGGGTTAAATTTGCTTTATTATCCTTCTGGAATTCGCAAAATCACTACAGTTGATGTGAATCCTGGAATGAATGCTTTAGCAAACAAGCGGATCAGTAACTCTGACATCACAGTTGAGCAACTCCTGCTATAAAGTGAAAATTTACCGATGGCAGATAATACATTTGATAGCGTGGTCAGCACTTGGACTTTATGCAGTATTGCAAATGTGCAACAAGCAATTAAAGAAGTTTATCGGGTACTAAAACCGGGCGGTAGATTCTTTTTTTTGGAACATGGGTTGAGCGATCAGCCTAATGTACAGGTATGGCAGCATCGCCTAACTCCAATTCAGAAAGCTATAGCTGATGGATGTCACCTAAATCGAGATATTCAAAAATTAGTAGAACAGTATTTTGACCGTGTAGAGCTTCATCAGTTCACACCAGAGAATTTTCCAGATTTGGTGGCTCATCTCTATCAAGGAGTTGCAACTAAATAATGCCTGCAATGTTTATAAGGAGTTACAATTTCCACCAGAATATACGAGCATATTTCTGAGTATCACGAACAAAATACTCTAAGCTAAAAACTGATGGGCAAGCAAAAAGTCTTGCTAGTAATAGCATTGCACTAAAATAATGAAACAGATGCAAACCATGTAAGCTTTGTTGCATCTTACGTTTTTTAATTGCGAGCTTCGCAGCAGTAGCGTCCGCCGCGAATTCGGATGAATCGGTGTTCTAGCCGATTGTATAATCAATAAAAGCACCCAAGTTTCTCTAGTGAGAAATGAGTGCTAATAAAAATACTACACAAGGATTATTTATCTGCCTTGATAGACCGAAGTACTATGACAGTAACAACTATTCCGTAAATAAACTGCAAGCAAAGTCACAAATGTTTTGTTAATAATGCTACTTCATCTCTTGCATTTGGATTTACTGCTGGGAACAGGACAAAAGTTACTGTCTTACTAAACCAATATGCGTGAATGCAATACGGTTCAGTTGAACTTAATCCATATTTCAATCATTGATTAGGCTGTTTCCAAGGCGTGCGGAGCAATTGCCAAGAAGGATTATTGAGAGCCATATCTAAATCGCGGGCAAAAATAGCAAAACCGTCATAGCTATGGTATGGCCCGGAGTAATCCCAAGAATGCATTTGACGAAAAGGTAAACCCATTTTTTGGAAGACGTATTTCTCTTTAACGCCAGAAGCTACTAAGTCAGGCTGGAGTGCTTTAATTAATTTCTCGAACTCATAAGCAGTTACATCATCATAAATAATAGTGGCGTTTTCAATATAATCAGTAGTACGTTTGTAATCTTCTTGATGAGCAAACTCATAGCCGGTTGCTAGAAGTTTCATACCTAAATCTTGGAATGCAGGAATCATGTGACGAGGGCGCAGACCCCCAACCATTAGGACTACAGTTTTGTTTTCTAAACGAGGTCGGTATTTAGCAATCACTGCATTCATTGTCGATTGATACTTAGCTATTACCTTGTGAGCATTGTCTTGAATTTTCGAGTCAAATTGGGCAGCAATCTGTTCTAAGGATTTAGCAATTTCGGTAGGGCCAAAAAAATTGAATTCTAACCAGGGAATCCCATAAGCTTTTTCCATGTGACGAGTAATGTAATTCATGGAGCGGTAACAATGAATTAAATTCAGCTTCACTTGAGGCGTGAGCATCATTTCATTGATAGTGCCATCACCTGACCATTGTGAAACTACACGCAAACCAATTTCTTCCAGTAGGATACGGCTAGACCAAGTATCACCACCAATGTTATAGTCACCGATGATTGCAACATCATAAGGCCCTGGTTCATAATCAATAAGTTTTCCTTGTTTTTTTAAACCTTCAGCGTGGGGAAATAAGTAGTCACGAACAGTATCATTGGCAATGTGATGACCGAGAGATTGAGAAACACCGCGAAAGCCTTCACAACGTACAGGAATTATCGGCTTGTTAATTTCTTTACTAGACTTCTTGGCTACAGCTTCAATGTCATCTCCAATCAAACCAATTGGGCATTCTGATTGAACGCTAATGCCTCGGTTAAGCGGAAAAAGTTCTTCAATTTCTTGAAAGATTTTCGCCAGCTTTTTATCCCCGCCAAAGATGATATCTCGTTCTTGAAAGTCAGAGGTAAAGTCCATACTTGCAAAAGAATCAACTCCAGTTGTACCTTTGTAATAGTTACGACGACCACCCCAAGACCAGTAACCACAACCTACAGGCCCGTGACTAATATGAACCATATCTTTAATTGGCCCCCAGACTACACCTTTAGCACCAGCATAGGAGCAACCACGAGCCGTCATAGTTCCCGGAACAGATTTGATGTTGGGAGCAACGCGATTTTCTGAACTCTGACAAAAACAAGTGACAATGCTCCATCCTAAAGCCAGGCGATCGCTAAAACATAAATTTAAATAAAAGGTATAAAATGTTCAGGCACTGCGAGGATTAAGGAAAGAGCTAAAAATAGAATTACAAAAATTGTCCCACCTGCCAGCTATCCATTGACATCGCAGATGTAACATAATCTCTGCATTATCTGGAAGCCAAAATTTGCTGTTCCCTTTCATGCGTAAGTTAACAGCTTGACGAATTAAACTTTCAACTGCACCGCTACCAAGGGGTAGCTGATTGAGGGCGACAAGCGTGATAATTTAATAGTCGCCTGCGATAAGCTTTGAGAATGTAATTACGCTCTCGCACCAAAATTTTACAACGCTCACCAGTTGCTGTTGAAATAAATTCATCCATATTTCTCATTAAATTGAGAGCTTGACCTTTCTTTAAAGTTTTTCGAGCTTTTTTAAACCAAGATTGACGCTCATCATCACAAGAAAAAGCTGCATCAGCAAAGTCTTGTAAATGAGAAGCAGCGTGATAAAAATCTAATAACTTATAAGTAGCAGTTGGGCATTTTACTTTCTGTAATAAAGGCGGAATATGTTTCCAAATCCACTCAGCCCCATCAGCAACAAATAAAACCTGTTTAGCTTGGCTTATACCCAAATTGACTAGATACATTTCTAGAATTCTGAGAAATTCTTCATAACCTAAATATGTGCCATCATTGGTAATGGGTAGAGATGATGCCCTAATTTTTTTACCATGCTCATCCACTGTATAAATAGTTAATAATTTTGGTTCAACCCATTCTCCAGTAAAGCCTAGGCGATTAGTCTTGAGCTTCCGTCTACCTTTTTTATTAATCCGAATTCTTGTTCTCCCGCCATCTACAGTAATGACAACGCGCTGGTCTTTGAGAACATCACTTGTAGGTAAATTACCTATCTCTAAACTTTTTAATTTAGACTGACGTAAGTTTATCCCAATTTTACCAAAATAGTATGTGAGACGTTCTATTCGTTTCAAGCTAATTTTTACTCCCCAATCTGTTAAGATTGTGCGTGCAGCTTCAAACGAACCAGCGATTGCTCCATATTTTGTAATTGTTGCCCAAACATGGGGTGTTAGTCCTTCTTCTATTCCTAACCATTTTAGAAATGGGCAGAATCCTAACTTTAAATATTTACCTTTTTGATGTGATTGTTTTTTATCTTCAACCATATATGGTAATGAAAGAGTTATTTTAACATGACCAACTGTTAATATTTGCCTAGTATAATTACCATGTTTTCTAATCTTTTGATTTGATAAACTTTTGATTTGACTGCTTGCTATATCTAGAGCCTCTTGAGATTGAGATAGTTTGTTTAATAAAACCGCTATACATTCTCCTGCCAAAGTTAATGCCGTATTTCTAATTTCTTCTTCTAATGCTTTAAAAGTCTGAGCCGTCCATTCACTCAGATTTTTAATTTCTAAAAGTTTCGTAACTTTTTCTTTAAAGTCTGACAATGATTTGCTTAAATCTAAGCTTGAATAGATTTTTTCGTTCATGAAGTGTAGGCATTCCCTGTTTTGATATTCAACATCAAAACTATTACTCAAAGGGCATCCTACACTTTTTTATCCCCATCACAGAACTAAACAACCATAAAAATAGATTTATCTCAGTATTACTAAGATATTTAGCTATCTAACTAGTATCAATTTGACTAATTTACTGAACTTTCAGTTTAGCGATCGCCTGGCTTTAGGATGGAGCATTGTCACTTATTTTTGTCAGAGTTCAGAAAATCGCGTTGCTCCCTTTGATGTTTGACTTAACACCACAATCTGATTTTTCTTGTTTGTAGACGTTAATTTGTTGCTCTCGCTTTTGACGGGATTTATCTGGATAAACTGTGAGAATCTCTTCAATTAGTTGTTCTCTTTGTTGTGCAATATCAGTTTGTTGTTCAGTGATATAGTTAGGCACTTTTTTACCTCCAAAGGATTTCGTTAGTAATTAGGGGGATGCTTAATGAATCCCACCAGTTATCACGATGAAACTCCACTTAAATCAAGTTCAAGTGTTGTGCTTACTTTATAAACCTAGCTTTGAGGTAATAGCTGATAATCGCTACTAAGCTAAAATTACCTTTAGATAACTAGGAAAACATCCAGTTTTCAGAGCCGGGGCAGATCTATATTTATCTAGCAAGAGTGTTAAAATAATGGTCTTTTTTGAAATAATGACATCTAGCTAACAAACCGTCGATTATTTTGACCATTGAAGCAATAAAATAAAACTCTCATCAGCTAATAGATATTTCTATTTAGCTTTATTAAGGAGAGGAGGACTTCGCTAATGCTGGGAAGTGAAACTTGATTTTTACAAGTCATCACTCAACTTTTTATAGATATTGAGCTAAAATTCTCTGAGTTCAAATCAAGCCAAATCAATAATGACAAACCATAGCAAAATTTTTGCTTTGTCAACTAAATGAAGAGGTATTTAAGCGCAAAATTATCAGTTTAGACAGTATCAAACAGGATAACACAGAAGACTTTTTAAATTTAAAGACATCCTTAAGATTGATGCCTACCTTGACTTTATCAGGTATACCCAATTCTTGGCAAGCTTAAGGAAAAAATCAAAATTGGGGAGAGCCAAAATATTGATTTTTCAAGGTTGCTGTTGGCTTTGAAGATTTGGAAGCTTTATACTCATGGGAGTTAGAACATTTGCAGCAACTCTTCATTATGCTCACAGTCTCAGTTGCAACCGTTACAGATATTCCCGCACTGATCCCGCTCCTCAATTCCTTATTTTCTCAAGAAGCCGAGTTCCAGCCAGATGTAAATAAACAAACTGTCGGTTTGCACTCAATTGTGACACAGCCTCATGTAGGAGCTATTTTAGTTGCCAAAGACACAGATAAACTTATAGGTATGGTAAACATCCTCTTTACCATTAGCACAGCACAAGGAGGATTAGTTGCCATTTTAGAAGATATGGTAGTAGACCCTAATTATCGAGGTGCTGGCATTGGCTCAAAACTTATTACTGAAGTCATCAAGTTTTGTCAAAGTAAAAATATATCTCGAATTACACTCTTGACAGACGCTGACAATTATTCAGCAATTAGTTTCTATGAAAAGCATGGGTTTGCTAAATCACCGATGATTCCTCTAAGATGCTTCATCTAAATGGCTTTACATGACTGTGCCGCAAGTACATCTGCCTGAATAAGAAATGAAAATAACCAACGAACAAACTGCTAAGGCACTTGCCAGGAATAAAATCGCCCACCGTCGCCTTCGCCCCTGAAGGGCGAAGGCACAAATGCTAGTAGTTTAACTACCAGATCTTTTATACGGTGGGCGATTTTATTTTTTGGTTCTCCCTAAACGAAATCCAGAAATAGCAACAAGATGAATAGAAAATCTCGAAAACCACTGATTGGCATTACAACTTACGGTCGGCTTGCCGCAATCCCATTTTCTGTACCTAGCGAATACATCGATGCCGTCCGTACAGCAGGTGGTGTTCCCATCTTGTTACCTCCAGGAGAAACTGAGCCTGATGTACTTCTCGATTCAATAGATGGGTTAATGCTTTCAGGTGGTGGAGATATTGACCCGGTTTGCTACAACGGTTTTGTTCATCCTACTATTTACTCTGTTGATGCTGAACGTGATGCTTTTGAGTTGCAGCTTGCCAAGTTTGCCCTTGAGAGTCATTTACCAATATTAGGTATTTGTCGGGGTTTACAAATTCTGGCCGTCACTACTGGTGGTACTTTAATTCCTCACATTCCCGATGTCTACGGTACATCTGCATTACATCGTCTAGAGCCGGAACCTGGACGACGATTACCTACAGAACATTTTGTCAAAATAGATGTAGAAAGCCGTTTAGCTCAATGTCTACAAGATTCTTACCTATCTGTAATTTCTTGGCATCATCAAGCAATCGCTCAAGTACCATCTGTTTGGCGGATTGTTGGTCATGCTCCAGACGATGGCGTAATCGAAGCTGTGGAGCATGAACATCATCCTTGGGCAGTTGGCGTACAATGGCATCCTGAGCTTTCCATTAACGATCCTAGCCATCACAAAATTTTTAAAGCTTTTGTTCAGGCTGCACAGACTCAATAAAACTAACTGACAAATTAAGGTATTCTAACCATTATTTTCATTTACGCTATTTCTGAAAAATTATTAATAATTCTTTATTCAAAAACTGATGTTCTTTCAATAATGAACCATTCATGATAGAGAATTGCCAAGAAAAACTTTTCACCTTTAACGCGATCGCACACTGCCATAAATCCCGAAAAAAATGGATCGTCTTCATAGGTAGTATCAGATAGAAACAGCGTTACAGAATTTTGGTCTTTACTCCAAATGCAACGCAATATAGTGATATTCGGGTGATGTGATTTATCTACAGGTAATAATACTGAACATCCTTCTACTTCAATAAACTCTGGCTCAGAATATCTGAAAACCGATTCCCAATCTTCTGGGCCTTCGTGTTTTTCAATAATTCTATCCCACCTAACTGACTTAATTTTTTCTATAGTCTGGGCTGATAAATCTGCAATCTTCATTTTTTACTATCCTAAATAGTTTTTAACGATTTCTCAATATTCATCTTCTTCAATTTTCTTGTAATACTAGATTGCTCAAATTTTAATTAATATTAATAGGTATTCATGTATCATCATTTAGGTATCTCAATACTTTTATCTGAAAAAATTATAAAACTTCTATGCCTCGACGAACTGCTACATCTTCATCCCCTTCTACGGTTGCAACCGGACTGGCTCTGTCTGAATTACATCTGCGCTTGGAATATTTAGAGAAACAACACCAATCAATTCTCAAGCAGATTAAGAGAAAGCGGACTGAACTAAATAACTTTGTCGAAAAGGCGCGTTCTTTAGCCACAGAGGTAGTACATCAAACAACTTCGAGCTTCCAAAAAATGGCTCAACTCGACCAAGAAATTCACGCTTTGTTTGAAACTATCTTTACTACTAGAAAATTTGGTAAACAAACTCTTAAGAAGATACAAGCAGTTTATCGTCAACTACAGTTTGCTGGGATTATTAGTATAAAACACGACACAAGCCAATCAGGGGCAGAGTCAAACGAAGAGTTCTCACATACGGAAGAAGATTTCTCTACTCAATCAGCCCAAGATACCTATCAACATCAACAGTGGCAAGCACAAGAAACTACCTCATTTGGGGCTGGGGCTAGAACCGAAACACAGCAAAAAATTCGCTCCACATTTTTGCGGTTGGCTGAAATCTTTCACCCTGATAAGGCACCTGATAGCGAAACACAGAAATATCATACCGAAATCATGCAGGAAATTAATAAAGCTTACCAAGAAGGGGATTTAGCCAGACTGCTAGAGATTGAATCATGTCAACAAGTTGGAGAAGTTGTTGATCTCAATAATGAAGATGATTTAACTCGCAAATGTCGCCATTTAGAACAGCAAAATCAAATTCTCCAAGCTCAATATGAAAACTTGAAACAGGAACTACGTTTAGCCAAAAATACACCAGAAGGAGAAATGGTTTCTAGCTCTCGCAAAGCTGCAAAGCAAGGCATTGATGCTGTAGCCGGGATGGTCGAAGCAATCGAATCTCAAATTCAGGCTGTTTCTCAAATTCGGAATTTTGTCAAAGATTTTCAACAGCAGAAACTGACTATCCAAGAATTTCTTGCTGGGCCAGTTTCTCTGTATCCTTCTGAAGAAGAATTACTCCAAGATATTCTTGAACAGATGTTATCAGAATTAACTCGATAACAACTTGTTGATTAACAACCCTTGTACAAGTTGCGCTCTTGCAACTGCGCTCTTGCAATTGCGATCTTCGCAGCGTTAGCGAGTTCGCGAGCGTCCGCCGCAAATTGTTGTTAGTCCGGAAGTAATTTAGCATCCCAAATGTACAGTCCTTTTTCCTCTGGCACTCTAGAGAATCTGCCTGAGCGATAACCCCGTGACAGTTCATTTAGTACCCCTGGTCTAACCTTCTGTAATTGCTCAGGCGAAAGTTCTCCATACAGTTGATTGACAACTTCAGCTATATCAAAAACTCTTCTCGGATTTTGTTCCAATAATAAACTAATCGCATCAATCAAAAACTTTCCTTTAAACTCTCCTTTCATGGGTATGAGATTCGCTTTCGCATGAGGGTTAGGTTTTTGAGGTTTAGTTTGGCTAGGCTTGGAAGCAACATCAGGGCTAATATCTTCTTTGACCTGCGGCTGTGGTTGTTTACTTTTTGTTTGGCTAGGCTTGGAAGAACTTTCTTTGCGCTTAGAATTGAGCAATTTCAAATCTATGGTGTAGTACCCTGGTTTGCCCGGAACCAGTGACCACTTACCGCTTCGTTTTCCGTGAGTCAGTGTTGATTGAACTCTGTCTTTAACTACCTTCCAAACATCTGGTTCTAACTCGCCATACAGCGATCGCACTACAAAATCTATATGACATACACTACCTTTATGCTGCTGCAACAACTGTTCAATCGCTTCTATACGTCTTAGAGAGCGATATTCATCCAGCATTGGGATATCTTGCCCATAGAATGATTGGTTTGACGTAGTGCTGGTTTCTTCTTGCTTGGTAGACTCAGCGACTGGGGGTTCATCTTCTTGGGGTAATGGCTCATTCGTAACCAGTTGGGCTAATTCACTTGCTACTGTTAGAGCGTCGTTACTGTCGTCTTTGGTGTCGCTTTCTTGAACAGCATTATCTTCTTCTGTTGTAGCGGTTGGTTCTTCAGTATTAGTAGACTCATCACTTTGAGTTTCAGTTTGAGAACTATCAAAGCTATCATCTGAGAATACATTCTCTTCAGCAGTAACTATTGCCTGAGTTTCTTCTAATTGCGAGTTGATATCTTCTTGATTCTCAGCAGGAAATGCCTCTGCTTTTATGGTATCTAGTGGTGATAATTCATTATCCTGAGTTTGTGATAATTCTGCTGCCGTTCTCAAGACATCAACGCTATTACCATTGCTGCTTTCTTGAGTGGGTACGGTAAATATTTCTTCTGCTACTTCTTTAGAAAAGCCATTGTTATTCACCTCTACGGTCACAGGCCAGTTAGATAATAATGCTTCTACATGAGTTAGGTTCGCTAAAGCTTCTCTATACAATTTTCCGTACTCTTCTACTAGTGGAGCGTAATAGTTTCTTATTTCTAACAATGTCAAGAGAAATTTTTCTGGGGGCGGCTGTATCTGCATTTAGGTATCTATCGAGTTTCAATTAGAGTATTGCTTTCACAAATTTGATTGATGCGAACTTCATTTCTAGGCTTGTTCCTTGTGCAACTTTATTACATCTGGACTAATTCATGCACAACTAACCCGTGATAGTTCTTCTCTTTTCTAGCTTATCTTTTTTGGGATCGCTCTATCTACCTTTCCCTCTTGCTGTCTTTACAACTGGTGTCCTCTGATTGCTTCACCGAGATCTATCGATTGGCGTAAGCGGCTGTTTGTGCCAACGGGAGAGGTCTGCGACGGGGTACACCTACGCGCTGCCGAAGCGCAGAGGGAAAAAATGCTTTCAACAACCACGAAGTAACAGGTGAACTAAAAGTAGTTTGTTAACCAAACGTTTTTTGTGCTAACGTTTAGTTAACAAACGTTTTTGGTTCTATGAAGAGACGAATATCCTCCAAGCAATCTGCTGAAGTACCAAAGCGGGAAAGCCCATCAGTTAATTCGCATACTTTTAGTGAACACGATTTAGACTGGGAGCCTTTGCCAGAATGTCTAAGTCACTGGACAGGCTTTGTACTTCACTGGGTGACTGAACTTGGCGCACAGTTTTATGCCCGTGCTATGACTCCCTTAAATCTGCGCCCGCTTCAGGTTGGTATCCTCCAATTACTGGCTGCTGAAGGTGCAATGGTTCAAGCACGATTAGGTGACAAACTTCGTGTTGATAAAGCTAGTATGGTTACCTTGCTCAATGACCTAGAACAGCAGGGCTTAATTGAACGACGACCTCATCCAAGCGATCGCCGAGCCTATGAAGTTCATCTTTTAGAATCTGGCAAACAACGACTCCAACAAGCAGAATATGCATCAATTGAAGCAGCAAAACAATTCTTCGCTGCTTTAACACTAGAAGAACAACAGACTCTGAATAGACTGCTAAAGCGTGTTGCGACCAGCAACGTTTCATGGAAGTCACCGACATTCAAAGATGTTGACGAATAACGCAAGTTTGTTTTGGGGTTATATGAACATGATTCCAGCAGACAGCAGATGTTCTTGACTGATGAGGCTTGGTAAGTATTTCTATTACCTCAGAAGCCATTAATTGATTTGCATTCATCAGTAATATAGGAAATACAAACATCATGACTATAGAAATTATTGTTTTCGTGATTGCAGCTTCTGCAACATTTTTCAACAATGCTCTGCATTGGTATACACTCTACTTATCCACTCTTTGCTTGGGTTGGACAAACAGAGTTTGTATCGTTTCACAAAGAATACGAACGCAGGCTCCCTTTTAGTATCTACATACCTTACATATTGCTGATGCTAAGTACACTGCTACTGGCATTTGTACATCCAGTAGAAGTTAAGCTTGGCTGGGTACTTATGTTGCTTGTGCTGAACGCATCAATTATGATCACCAGCCTCACGTTTGCTGTTCCAATTCATAATCGACTCCAGCGCCAAGGGTATTCTGATAAAGCCTGCATCCGCAAACTGATTCAATATAACAGTCTTAGACTTATTGCCTCATCAACTAGCAGTATTATTATGCTGTATTTGCTGATAGGTTTGTTGTTAAATCGGACAGCTACTTAAAATTAGTAGCTTTATTTTTTTACTAACAAATTATCTTTGTAGTCCTGCTACCTGTTTTTTAGTTTCTAAAACCTCATCAACTTTGCTATTAGCACTCTCAAACTGCTGCACAAATTCCGGTGTCAATTTGTTAATCTGCACTCTCCCAGCTTGCACACGCAGAATTACATCACCCTTTGAGCGCGCGATCGCCCAAGAACGTTGCTCAGGGTGAAAGCTGACATCGTAAATCTTACCCTGGACACGGGTCGTACCATCTTCTTCACACTGACCCAAAGCTGACACGATTTTGTGAGCGATTTGGGCGATTCGGTTAACTGTATCTTTCTCCATTGCTTCTCTTGCTTGGGGCGATAATTGCCCAGTAACCTTAAACTCATTGGCGATTTGGACAATGCGTTGTTTGTAATCTTCTGATTTTCCCAGGTTGTTAGCAGTGGCGTACCATGAGCGCAGGTGGTCGATGGTTATAGTTTGAGATTCTTGGCTGGGGACGGCTTTGTTTTGCTGCTGCTCAAACGGTACTATCTGACCGTTCACATAATTGCCCAGGGGTTCCATGTTAAGTCCCCACACTTGGGGCTTGCCCGTGAACAGTTCTGGCAGAGCTTTAGCTGAGTGCTTTTCCATTTGCGCCCACTGCTGCTGATACTGGGGGTCTGCAATCATCTGCTGTGAAATTTGATATTGCTTGCCAACTCGGAAAGCGACTTGCTTGCCGGAGCCAGTGGCTAGAGCAATATCACCCTCTTTGAAACCATATTGTCTATATGGCTCATACGCTCTGGTAGTATGAACTCTGCCATACCCCCGCATCGCATCAATGCAGGTGTCCACGGGTAAAGGGTTGGGTTCCCCGCGCAGCATGAGGGGGAAATTCATCGGAATTGGCTTGCCCGATATTACCACTAGTTCTTTTATACTAGTATGTAACGTAGACTGTGAATTTTGAGGTGATACTGGTGATACCACTGTATTCGCTCCTCTTAGAACCTTTGGAGATTCAACTATACTAACGACTGGCTGTGGCGGTTTGAGATGCTTTGGACGGTCAGGCAGCGATCGCAATTTCTCTTGATACTGTTCGGAGGATTCAATAACTTCTCCAAATTTATTAATCATCGCCTCAAAAACAGGTTCAGGAATGGACGAGTTTACCAAATTAAATACAGCCAGTCCTTTCTTAGTTTCCAGTGGCACATCTTCTGGTGGCTGTTGGGCAATCGCTATGTTTTTGTCAGTGAGCCACTTGGTAACAACGTCAACCTTGTGATTGTCCACTGCCATCCTTATGATGCCAAGTTCTTTATCTTCTGTTGTTGCAAAAAGAATAGTTGGACGTTCTTTAATTTGGTACAAAATCGCCGCAGTTCTTTCGATTTCTCTGTGTTGTCCTTCCGAAGTTATCTGCTGACTAAATGCAAAGTTTTCTTTCACCCAAGTTTCGGGATATTCAATGGTATTCGGGTCAATCTTCACCATCATTGTTGTTGAGATATTACTTTGCAATGTGGCTGGTACTGGAGTTAGCCTTCCAAAATTGAAAACTCCTAATTGTTTGAGTGCTTCTTTATCTTTTTTGAAATGTAGCACCCCTAGCGGTTCCCCATTCAAAAACACTGCATCCCTTATTTGAGATTGGGGGACATCTAAGGTAAGTCTTCTATATTCAGTGTCATTAAATTTTTGACCTTGATGATCATAAGAATTAGTTTTATCAATCTTTATTAAATTACCATTGGGCGAAGAGGCAATCACAAAAGCATTATACTTGTCTGATATGGTCGTCAGTTTTAGGTTAAGCGGATTGCCATCTTTAATGTAATTTACTGCCTGGAGTTGCTTAATCGAATCAGCATCTAATTCCCCCAGAGTTTTACCATCCAATTTGAGTTTGACTACCCCTGTGGGTACTGGTACTTTACCAATTTCTAAGGTCACAGATTCACCATGAAATGTCTTAGGAGCGTGGGCGAATTTCTTGATTTCTCTGATCGTAAACTCCACTGGTTCTGTCCCTGTCAGAGAAATTGTGGCAGAGGCTGTGTAAGTTTCCCCTGGTAACACATTAGCAAGAGCCTTTGTACCAATTGGTAATTGTCCCGTTCTCGGTTCTAGCGGCGCAAATTCTTTGTACTGCCCGTCAGTATCTTGCACAAACACTAATCTTAAAGCATGACGATCATGCCCAGGCGGGTGGTGCGATGCCCTAATTTCAATTGGGTATTTCTCTTCTTGATTCCACGTTTTACCCTTGAAGCTGTTCGCCTCATTACTCAGCGTCCCAACTCGTAAATGGGTAAATTGCATCTGATCTAGCCGGGAGATAATTTCTTCACCAAACGCCGCAAACACAAAGTTGGGATTTTTTTTGTAAATAGGGTCTTTATTTTGAGACTGTCTATCTTCTAATTCATCCTGCCTCGCCGCCCCAACACTCCACACCGCCGCCGCCGCCGACAATCTCTCCTGCTCTGGGATGTTTTCTCGGTATGCTTGGGCGAATTGGTACGTTTGCTGGAACATTAGTTTCGTCTGCCCTCGGCTGAGTTGGGGTTTAATTTCAACCAATGAAGCGTTGTTGGCCTTTGTACCTGGCTTGAGGTTGTATTCTTCAACCGACTGAGGGCTAACTGTACCTAACTTACGGTATTGGGGTTGTCCATCATCCTTTAATTCATTATTTATTTGGGCGAGTGTTAGTAGTTTTGAGGAACGCTTGTCCACTTCTAATTTCAAATTAATAGTTTGAGCTTTCCAGATGAGGGGATGATCGTAATAAGTTAAGTTCGTAATCTCCAGTTTTGACCCCTGCTGCGTTTGAATAATTGCACTGGGGCCACGCTCACTGTCCCTCCGTCGCTCCATTGCTACGGCAGCGTTATGGAGTCGGTCAAATTCATACTTGGCAGCGATCGCCGCAAATCTCTGCTGTGGGGTAAACTCAACACCGTTAAATAAATCGTGAAACTGGACAATGGGACGGGATTCAAGTTTTGATTCTTGGAAGTATTTATTTGTTTGGTTAATTAATAATTCTACTGGCGAGTAACCCTCAGTTTTTATCCCTAAGTTTAAATAAGCTGTCGGGGATTTTTTATCTTTAATATAGTCAACTTGGCGATATAAATAACGATTATTTTCTTTGATTAAGCCCATTGCTGGCTTTTTAGAACTTTTAAATAAATCTACAGCTATCTGGTTTTGGTAACAAGCCTCTTCAATCATTCTCCTGTACATCAAGCGATTCTTATCCATTGCTTGGGAAATAACTTCAGAGGTTCTATTAGGATTTTGAGACAGAGCTACAAACTCTTGTATGTATGGTTTATATTCTTCCCTGATTGGCTTGGGGTGTTCGTAATTCTCAGCTTCTAATAATTTTTGATAATGATGTGATACTTTATCTACATATTCGCTTTTCTGCTCAGGTGTTCCATAAAGTTTGAGAATTTCGATTTCCGATTCTAATGCCTCTAATGCGGTCACTTGATTATTGATCACGCCCACGCTGATACTATCGCTCATGTGGTTAGCTATTTCTTCAAATGGTGGTTGCTTTCCATCTATATAAAATGATTGTTTCTTTTCCTTGATAGTAGGAAGATAAGCATTGGCTGGCAGAATCCTATACTCAGCTTCGGCTGTGAAGTTGGGATATTTACTTGCTAGTGCTACACCAATACAGTCACCATCAAAATCGCGTCCTTGGCGTTGGGTTTCGGTTTCTACAGGTGCTGTTTCATCCTGTTCAAGTCTTGCTTTTATACGTTTGATGTCTTCATCGTTGACAACAATAATTCCTTCTAAACGTGTACCGTCTGAGGCTAAACAATCATCAATAATTTTATTGGTCGATACGCACAGACCATTAGAGTTAAGAAACGGAGAGCGGAAGTTTAAAACTTTCTCTCCATCATCCAACCAAGGCACACAGATTTCTCCATTCTTCAAGTCCTTGGATGGAATGATCATCCCTCTATCAAAAGTTAGCGTCCGCCCCAGTGAAATATCCCGCCACTCACCTTGGACAAATTTACTAAGTTCTTTCCTAACTTTCTCCGTTTCTAAAAGCTGATTATGCCCTCCAATTAAGTCAGCCTTAATCAGCTTATACATTAATAAATCATCTTTTTCTGATTTCTCATCTAAGTCATCACTTGTTTCAAATTGTTCTTCAGCGTGATTAAGAGTGAGTAATTCTAATTGTTTCGCAAGTAAACCATCAACAACTTGTTCGGAAATCTCTGCTTTTAAAGATGATTTCTGTTCTTCAGTAAAAGCTTTGCGCTGTTCATACTTTTGACAATAAAGTTGTGCAACTTTTCTAGGGTCACTTTGGGATTCGGCTAATTTTTGGGCTTGGGCTTCTAGTTCCTCCGCAAAGTCTTTAATGCCTTGGGGAAATGATGCTAATAGTTGTGAAATTGCTGTTTTACCTCGTTCTGACTGTGATTTCTCGCCTAACCAAATTTTTTGTCTGTATAGTCCTGGCTGGATCTGCGGCTTAATGGCTCCACCTGGGCGGTCTTTGTCTGTGCCTTTGAAGCTGGAGAGGGGGAGAATTAAATCTATTTTAGGTTTACTATTTGAATCTAAATATTCTACATTACTTAAATTATTTGGGCGTAATGTCCCTTTACCAAACCTGTATTTACTATCTTCTCCATCTCCTTCTCTCCAACCAAAGCGATGCTGAATTACACGATAACTTTTGTCTTGCTGTTCTTTCCTTTTAGTTAATTTGTTATATAGTTGGGTTGAAATTTGCCCATAACAGTCGCCTACTAACTTAAGGGCATCTTCCCTTTTAATTATTCCTCCATTTTCACCCGCTTTAGCTTGTTCTGAATCATCATTAACCACTAGAATGTTTAGGGTTTCGTTAATAGAATTTTTGCAAGAACCTAAAAATATTGAACCGTAAGCCCCCCTGTCTTTTCTATCAGGACATAACTTATCGATTACTTCTAGACATTCTGGCGAACCATATAGCAATCTAGTCTTAGAAGATAATAAAAGAGTATGCCCATTTGGATGATTTCTTAAATCTTCTGGGCTACTATAATCATCCAGATGTCCAAAAGAAAATTCCTGGTCAGAAAAGTAAAATTCTAATAAAGTATTCTCTAGCTTTTCAGTTAAAATTGATTCAAAATTATTGCTATCTCCGTCAACATGAATCCAAGTATTCAACCTAGTGTCAAAATGTTTAAATTCTAGAGTCATAGCTCTTCAAATATTAAAACTTTATCAATTTTGTGAGGTGTTAATTATGGCGAGAATAAATATGTCCAGAACCAAGCGATGGTTCAATATGCACAAAAAAGAATTTAATCCTGATGGAACAATGAGGGATGATGTAAGGCAGCAAAAAATTTCTGAAGGGAGAAATCCGGCGGCAGTTGATGACTATGCTCGTAGATTGAAGGCAGAATTTGATGAATGGAAACACCTGGACGAAACACAACCAGAAGAATGGATAGAGTATACTGCATACGATTTCTTTACACCCACCGAGAAGCAACAGTTCAACCCTGATGGTTCTCTTAGAGCCGAATACGTTGAATCTGAGCTTATAAACGGGACTAGTCCGGGGTGGCTAGAAGAAATGGAAAGGCGCAAGAAGATTGATATTGATAACTATAATCGGGTATCAGAGCGAGAAGCAGCAATAGGCATAAATTTTGGTCAGCAAGAAATGAATAGACTCCGTGCTTCCAGCCAAACATACGTACAACGCCGCCAACAGATGGAAGTAGACTTGAGAAACAACGAAGAACCAAGCAGCCTACCTTTCGACATCGACACACCTTAGTTGTAATTGCCAGGAATGGCAGGTGCGTAAACCGAAGTCCATTTTTGTTCAGACTGGCAATCATCGGGAGTGACGACAGGAGAAAATGTCTCTGCCGGATTGGTGATCAGATCAGCAATGGCATCTTCCTTTTCTTTATTAGACAACTGGGTGAGTTTTACTTGTGCTGTTGGCTTAAACTTATCTTTTTCCTCAATTTGTCCAACCAGAAATGTTCTGGCTTTGTAATATTGAGCAGTATCACTTGGTTCATCTAATCCAAAACACCCCTTTGATTCAATAAACAGATGAGATTGAACCCCACCAACATACTGGTGTGTAGGGATTAACTTATATGCGCCAGTCGCTCCCCAAAACAACATCGCTCGGCTTGATTGAGTATCAACACAGTGATTCTTAACAGTCTTGCCAATACTTACTCTTTTCTGGACACCGCAGACATTCCATGATACTCGGTACAATGGAGGGTATTTTTGAGCGATCGCTTTAACTTTTTGATTAAAATTATCTGCCACAGGTATAGAGTTATTTTGCTCATTTGAGCCAGATCCAACGGTTGATTGACAGGAAGCAACCGCTAAAGCCAAGCTCAGAATCAGACTCTTACGAGCAAGATTACTAGATTGCATTGTCTTTCTAAAGTAGAAATTGTGGAACAAATCGACTAAATAGCTTCTAGATTTTCGCCCCCAGGAATCTCAGTAAACAGAGATTTATAGTTTATGTACCCCAGACAAATAGCACGAAAAACTGCATGAGCGCGATTTTGCGCTCCCAGCTTGAGGTTGAGTGAATTTGTATATCCTCGGATTGAACCAGAGGAAACGTGCAAATTGTCAGCTATTTGCTCATTTGAAAATCCAAAAGCCATCAGTTTAAGAACTTTCATCTCTATTTGAGTTAAAGATTCCCCAAACTTTTTTCCTTTCCTTAAAGAGTTGTCCTCCTCTTTGATATCTAAGATAGAGCGAGACAGCCTCGGATCTATCCAGCACTGCCCTTGATAAGACATTTTGATCGCATATAGCAAAATTTCTGGCTCTGTATCACTCAACAGGTAGGAATTAGCACCAGCATTAAAAGCCATCTTGAGTAATCCTTCATCTGAGTGCTGGCTTAAAACGACTATTTTGACATCAGGGAACTCTTGATTAATTTCAGTTATCAAGTCAATGCCACTGACATCAGGTAAGTCTATTTTGAGAATTACAAGATCGGGATGAGTGCCTCTAAGGAGTTGTAAGCCTTGTTCCCCTGAATCCGCTTCCTGCACTTCTATATTTGCGCTCTCTAGAGCTGTCTTTATTCCCAGGCGTAAAATTGGGTAGTCATCGATTATCAGTACACGCATCATAATTTTTATGCCTTCAAAAAGCAGGAATGCGGAAACAATTTGTAAGGATTCAGAATCCAGAATTCAAAATTAATATTTAGGAATCAAGACATACAAGAAAATAAAATTTCTATTTCAGAGAACCTTACAAATTGTCTACTAATTCTGGATTCTGGGTACTGACTCCTGAATTTTCACAACAATCTTGCTAAATTTTATCACCATAACCTGATTCTTGCTGCTTATAAAAAGTTAATTTATCCCGGATTTTAATATTAGTTAACTTAGCCTTTCCTGAAGGTAGTTCAAGTATATGAGTAGCAATTGGAGCAGTATATAAAGGACAAGGTTGTTTTCGGCAGGGAATAGCATTATGTACGATTCTTGTCACTATTCCTTGGTAAATAAATATTATATCGAGGGGAAAATTTACCCTATACATCCAAAACGCCGCATCTTTATAAGGCTTTCCCAAATTAAACAACATTCCGCGATCACCCTCTAAATGAGAGCGATATTTCAATCCTTTTTCTATTTCAGTTGGCGAATTAGCCGATTCTAAATAAAAGGTGTGATTATTGCGAGTCAGTTTGTATTTAATTGGCAAATGCTGTGGGCGAGAAGCTAAAAAACTCAGAGTTAAAGTCCCAATTATTACAGATATACCCGCAATAGAACCTAGTATCCTTAAACCATTGATGGCAGCATAATCTAGTTTTTTTGAGATGAGGAACAACATAACTAACTAAAAATATTAATATTGCCGTGACTGTAAACAGAATCATCAATTGGGCTTGCTGGTAGCCCCTGTAAAGAAGCTCTGTTTCGCATCCTCTCAACTTTGTCCGCCTCTCTAATTGCCAACGGATTAATGTTTTGTCTGGCCTCTAATAAGGATGCGACAGTAATTTCTAATCGTGGGAGTGAAGAATGTTGATGAGTGTTCTTATCTCCCCCAAACATCAGACAGAAAGTTGAAGCTGCGGCTTTTTCAACAATAGCTCCGATTTCTGCGCCGACACAACGATAGGTTTCTTTTAAGAGTCTGCGCCATTGTTCTTCACTATAAGCATCCCCACCATTACGAAAACGCTCATCAAATCTTGCCAAGTGGATTTTGAATATTTCGTGTCTTTCGCCGTTATTAGGTAAATCTACTTTAAATATGTCATCAAAACGTCCACATCGCGTTAATTCTGGCGGCAGTAGTTCTAAATTGTTAGCCGAGGCAATAATTAAGACATTACTCGTTCGCTCTTGCATCCATGTCAATAGCATTCCTGCCAACCTTCTGCCTAGGCTTTGTTGCATGAAAGAAAAAAAAGACACACCAATCTGGTACTAGAACAGAAGTTAGTTGTCTACTTTGTAACTGTCTGGCTTGCCCAACTGGATCATGCGGTTAAGGGCGGCACACTGTAGAAATAGCTCGACAGCTTGATTGTTAAAAAAGCGTCGTCGTAACTTACCACCAAAAATGGTTTTGAGTCGAAATATAGCTGTCTCGGATAATGAACGGCGATGATATCCACTCTCTTGTTTCCATTGCTTGCGCCCAACTTGATTCACTCGTCGCAGATTTTCATCTCTGGGATGGAAGTGTGTTTCATTGTTGGTGTGTTGTTGGATTTTGGCGTTGCTACGCGGTGGAATTATGGCTTTGGCCCCGTGTTGTGAAATGGTGTCGTAACAACCTTTTGTATCATAGCCACCATCACCAGATACTTGTTCTATCGGTTGCTCAATCTGCTCCAATATGTCAGGCAGTACCTCGCAATCAGCCATATCATTAGTAGTCACCACCGCACCCAGAATTTCGCCGCTTTCACAGTCAACGCCTAGATGCAACTTCCGCCACGTCCGTCGTTTTCCTACTCCATGTGTGCGGACTTTCCACTCACCTTCACCATAGACTTTTACACCAGTTGAATCCACTACCACATGAACAGCTTTGTCTTTTGGGATAACTGGTAGTTCCACAGACAACTTGCTCAAACGACGAGACAGCGTGGAATGGTCTGGTACTTCTAGCTCAATTCCCATGAGCGTGAACAGCGATTCTAAAAACCCCTCTGCTTGTCGCCCTGGTAAATGAAACACCGATTGGATTGTTCCCATAGTGGCGATTGCCACATCACTGTAATGATTCGATGCCCCCTTTTTCCCGGTTTTTTGCTGATTGCGCCACTGCTCGATGATTTCTTCGTTCACCCAAAAAGTTATACTGCCTCGTTGCTTGAGGGCAGCATCATAAGCGTTCCAATTCTTAACTTTGTACTGGGCTTTCGTCTTCATATGCAGGGTTAGGCGGCTCGAAAACATCGGCTATAAGTAAATTTACCATTTTGCCTATTCACGCAACAACGCCGAGAATAGCTCAAGAGATTTTTCACAAACTCTGGTGTGGCCTCATTATGTTTGAGTACTTCTATTAAGCAATTGCCTTGTTTCACGCTTGTTTGTGGAAGATTATTAATTCCAGCATCTTGGCAGACCGCTTGAAAAATCTTTCCTGCGCGATCATCAAAGTGCTGTTGATTGGCGAATTGTGCCAGTTTTTCGGTGTTATTCATGAGGGTAACGATGAGGAAGGAGAATCAACAAGCATCGGTAAAAAGTTTTTCCAGCGATCTGGGTGACAACGTTGAACTGTGTTAACTGGTTTAGCTGCTTGGGGGACTAAAGGCTGTTGTCGGTCATACTGGAAATTCATATCCAACATATTGATGTGAGAGATATGTAAAGCCCAGACATCAGCTAACCTATTACCTAATTTATGAGTATCCAGAGCCGCAGGTATATCGACTCCACCATTCCAAACAATAGGTATTGATTCTTCTTCAAAAAATTGGGTCAATTCAGGGCGCACAAATTCTCCTGTCCCACCACACAGAAGAACTTCATCTACAGATGCAATATTTCTTATCCATCTAAGTAATGCGCGGCAATACTCCCGACGTACAAGAGTTAAGGATTTCTGAAATAAAGCTAAGTCAGACTCTATATCAGCCGATTTAGTTTTGCGTGATAGTGAACGCAATGCTTCAAAATTACCTAGATTTGCTTTTACTAGAGCTGATGGTATATGCAAATCATCCTTACATAGCCCCACAGATGCGTGTTCTACAAATCTTTCTACCAACCAATTCATTCCTAAATCTGTGGACTCAGCTTTAATTTGATTTTTGCCCTTAACTACAATAAAGCTGGCATTGCGATAACCCAACATCAGCATTCCAATAGTTCGTTTAGAGTAAGCTTCTCCCAAAGTACGCCGACGACTAGCTAAAACACCACATCCTTCTAACGACACCATGAAATTACGCACTTTTAGCTTTAATCTACCTGTCGGTGTAGCAATTCCTCCTTTCAAGACGGCGGATAGTTGTTTGCCTAGATTATTACCGTCTTTGTATTCGCCAGAGGGCAATAACAAATGTATAAAAACTTCAGTCTCTTTTAATGCCAGATGATGACAAACCAACCAAAGTAAACCTGCTAACTTCGGTACAGCATACTGATATTTCAAATCTCGAATTGCTGATGTCCCGGCAAATTTATTTTTAGCCAAACTGCCTAAAGCATAGTATTCAGAGCCTATACCTACCCATGCTGCATCGCTAGTTAATGGGTCAACATCTAACCCAACAACAGATTCCTTCTCTACATCTGCCACTTCTGGAGACATAGTAATTACCTGTGGCGTAGCATCTGGATAAATTTGAGCCAATACTTTAATCAAACTCGCTCCTAAATCACAAGTCAAAACGAGCTTAACTATATCCGAGTTATCTTTCTTAACCATTTAATTTAATCAATCCCTGCAAGTGCCTGATTAACTTCTATCATTTCTTCTGTCAACTGAAGGTTCATGTTCCATTCATCTTCGTCATCTTCTTCCTCCTGTTGTTGAAGAACCTGTTGTTGAGGAGCCTGTGAATTTATTGGTTGAGTTGCTGGCGCAACTGATAGCCCTAACGAAGGGATTGATGTACTGTTATTTATTCCAGTCATTTGTTGAATTGAAATTAATTTTTTTGTCAGATTTTCAGCAGCAGCACGGCAAGCTTCTTGGAATTCATCTTCGCTAACTTTGCCCTTCAAAGCCTCGACTAGCCAATAAGAAGTAATTGCTTCTATAGCTAGATCAGTAGCAGCTTTACCAGAACGATGCTTCAATAAATAATCAATTACTTTGCCGTCCCAAGAAGTAGGAACTTTGCGAATCTTAGGTAATTCTATTTCTTTTTTTTGCTGTTGTGTCATAACATTTGATTTCAGTATTTCTAGACTCAATTTATACAAAAACTACAATTGGGTTTTTATCGGGTACAACTGGGTTTTTATCGTGTATAACCGGGTTTTTATCGGGTAAAAAATTGCATAACAGTAAAAAAGTGCTGGGTTTTTATCGTGTATAACCGGGTTTTTATCGGGTGTATTCGGGTTTTTATCGGGCGGATTTTTCGATAAAAAATTGGGTTTTCGGGTAGTTTAGGATGAAGGTGTACTCACTTTACTTTCGCGCCCCTTCGGGGTGGCTTCGCCATTCCTCGCTACGCTCGGAACGCAAAAGTAGTTCGCCCTGCCGGGAGCGTGGAAGTTTTTCAAAGACACTCGTTGCAGCGAGAATAAATCAATGGTAGCGTTAGCAATACTACGAGTTGAAAAATTAAAATCATTCGGAAATATTGGGGGAAGTGAAAAACATACTGCCCGACTTCAGGATACTCCCAATGCAGATCCAACAAAACAAAATATCCGACTGATTGGAGCAACAGATCAGAGATCGCTCGAAGAAGTAGTGAAAGAACTGATAAAATCAAAAACAAACTACCAGCCCAGAAAAGACGCAGTGCTGTGCAGTGAAATATTTTTGAGTGCAAGTCCAGAATACTTTCGACCCGATGACCCATCAATGGCGGGTACTTGGGACAATCAGAAAATGGAGGATTTTACGAATGCTTCCCAACAATGGCTGTTAGAAAAATATGGAAATAAGTGTGTCAGAGCCGAATTACACTTAGATGAATCGACCCCACACATTCATGCCTATATCGTGCCACTCAACGAAAAAACCAAACGACTTAGTTATAAAGAAATGTTTGGCGGTTCTGTGGCACAGGGACGACTGAAAATGTCACAACTTCAAGATAGTTATGCGGTTGCACTGGCTCCTTTAGGTATCCAACGGGGTGTTAAAGGCTCAAAAGCTCAACATATCCAGGTTCAAGAATATTATCAAGCGGTCAACTCTCAACCCCTGAGTTTGGAGTTAGAACGATTTGCACCTTTACCAAGAGAAACAGCCCATGAGTTGCTTGAACGTATTAAAAATGACCGACGCATCCAACAATTAGATCACCAATTAGCTGACCGCCGACGAATTATTCAGTTGGAGAAACGGGCTTCTTTATCATCAATAGCCTCAGAGAAACTGCGACAGGATTTAGAAACACGCTTAGTTCAACTAGAACAAGAGAACTTAGAATGGCGACAAAAAGCTGATTTAATGCGCGACTTACCTTTAACTGATGTAGCTTGGGCGTTAGGGTTAAATTCTTTTGATGGGCGATGGAAGGGCTATGGACACATCATTAGTATTGATGGGTCAAAGTTTTACGATTTTTCACCTCAACAGCTTCATGGTGGTGGCGGTGCGATTGATTTAGTCATGCACGTTAATAATTGCAATTTCACAAGGGCGATCGCGTGGTTATCTGAATCATTTGGTAAAACCGGAGTCCAAAAAGCAGCGATCGCGCACTCACTCAATCTGACAAATGAGATTATTCACTCCCAACCTTGCCCTAAATTCCAGCGACCAGTTGAGGATAAAACTCACTGGTCAGAAGTTGCTCAATATTTAACGACTAAACGAGGTATCCCACCAAATTTGATACAAGCTCTTTATGAACGAGGCTTAGTTTATGCTGATGCTCATCAAAATGCTGTATTTGTCATGCGAAATTTCAATGACCAAACTAATGGTGCGTTTTTGAGAGGGACGAAGGGGGAGAATAACACTTTCAAGGGCTACCACAAAGGTACAAAGCGGAGTGATAGCTGGTTTTACTTTCACTTAGGAGGACAAGCTCAAACTCAGGTAGAAAGAGCAGTATTGTGTAAATCTCCAATTGAGGCATTATCATTCGCCACGCTGGAATTGAAAGCCTATAAAGGAGTACCACAACAAAGAACAATGTATTTAGCCGTAGATAATCCCAAAAGTCTCCCAGTAGATTTTTTGCAAACAGTCCCGGTGGTAGAAATGGCATTTGATAATGATGCTTGGGGTCATGAAACTGCCCTGACCATTCAGAAACTGTTGAAAGATGCAACTACACTTAGAACTAAAGTCAAAGATAAAGATTGGAATGAACAACTTGTAGAAAAACTTTACGTTCAACAACAAAAACTTTCGTCACGGCAGGATATGGAAATCTAAATTAGCTGGTAAGTATTCAGGAGCCAGAATTCAAGAGTCAGGAGTGTTTAAAAATCAGGAGAAATATTTGAAAATCAATTTCTTAATTTTATAGATACTTATTTCTTCTGACTTCTGACTCCTGGGTACAGAATTCTTACATTAGCTGTTTTTTATCATGACTGAGATTAAATAAATTAGATAGAATACTTTCATCAATAGGTTGCCATCAGATGGGCAAAAGAAGAATGACAGACAACACCAATAATCCAACCCCTACTAAAAGCCGTAGATTAGTAATTGTGACTGGAGATAAGGGCGGTGTAGGAAAGTCTACCTTTTCTAGGGCTATGATCCAAACTTACCTCGACAACAATCAAAACTTCGCCGCGTTTGATGCTGATATGTCCAACCCACAAATCAAACGATTCTACGAAGAGGAATGTACTGTTATGCCCTTAGATATTTTTAGAAGAGGAGAAGCTGATATTTCTCTATTGGATGAACTCAAAAACTTAATTGACCCACCAGAAAAGGACACAATTAAGTCCCCCAACAAAAATGTAAGTGAATCATCAAATCCAGACCTAACTAACTCACCTGACAAAGATGCACAACCTGTTGCTTTTGTTAGTAAGTCTTTATTTTTACTAGAATTGCCACCCCAGTCAATTCAGTTTTTTCGCTCCTTTGAAGAAGAAATGGGCTTCTTTAAAATGGTAGGTAAGAAGTTGGATATGAGAGTCACAATGGCTACTGTAATTAATCGCACAAAGGACTCGGTTAACCAATTTATTCATTTGCGCGATTTTTGTGGAGATAAGGTCGATTACGTTGTCGTCAAGAATTTATTTTTTGGAGAAAAAGATAGATTTGAAAGGTATGACAATTATCCATTAGTTAAGGAACTCCAAAACCTTAATAAATCAATTCCAGAAATTTATATGCCAGATTTGATTGCCCACGCTTATGATTATCTGGATGAAAATAACTTATCTTTTTCTAAGGGTATAGAACAGAGCCAGAAACTGTCTGTTCAAGGTCGAGTTGAGAAATGGATGGAGAATTTTAAAAAATCTATTGAGCCAGCTAAACACTTACTAGGACTAGCTGATGTCAACTTACAGTCCGAATCCTAAACGCCTGATTATGACTGTGGGCGATTCTCGTGTGGGTAAGTCTACAGTCATGCGCTTGCTGATTGACTTATTTTGCTCTCTGGGATACCGATTGAGAGCTTACGATCACGACAACCGTAAAAGGCTCGAACCATATAAATGTCTCGTTGGGGTTGAAAGCGTCAATTTTAATGAAGGTACTGATTGGGTCATTGAAGAACTCCGCAATGGCTATGATGTTCTAGCCGTTGATATGCCAGGACAACACATCGAAAGTATTTGCAACTACATCGACAAAGTAAACTTGTTTAAAATCTTGAGCAAGGTTGACTGGCGGCTGACTTTTGTACAACCCATTTCACACCGATTAGATTGTGTTGAATATTTATCCCAACTTATGGCTTTTGCTGGAAATCAGGCAGATTATGTAATCGTCAAAAACCAACACTTTGATCTCATGTTCAAACTTTATCAAACTTCAAGCTATCCCAAGCTTAAAGATGTAGGTGGATGTGATATTGCTTTGTCCGGCTTGAACAAGTACAGCTATGAGGCTATCGAAAGCATTGGCTTACCTTACTCACAAGTCAGGAATAACATCAAAATTTTTTCGGTTTACAGAGCATACACTTACAGGTGGCTGAACAGTTTTTATCAATCCATTCAGTCCAATTCTTTAGCCTCCGAATACTTGGGGCTGCTACAGATACGCCAACAGCAGGAGTCTGGGCATGACGATTTTTGAATTCAAAATTCAAAATTCACGTAGGAAGAATAAGAATTTTTTTGAATTTAAAAATCTTGGGTACAAGCTCCCACCATAATCTTCCCTACGAGACAGTGCGCGAACGATTTGGTGAGCATTGCTGTGGACGGGTTTCTCGGCATAAAGCAACTGCTTTCCCCGTAGGATGGTCAACAGTCTTAGTGGTGAGTCCAAGCTCCCACTAATGGTTTTTAATTTTGAATTAATAATTTTAAATTTTGAATTGGAGTGAAGCGACTTGACGATTTCTAAATACACCGAAGCCGAAATTGACCGAATTCGAGAACTTTCTGAAGAAATCGGGTTTGACCCCAACGATCCGATGTTTCAAATTATGAGCATCCTGGGGAATTTTGAGGAGATGATGATTCAATTTCCCACCCAGATGGAAGCACTTATGGAAGCTGGGGCTTTAATGATGGACAAAAAGCTCACTGATGCTACCAAAGCTGCACAGGTGATGCAACACTCTATTATTACTGATGCTGTACAAACCAGCCTCAAAGAAGAACTCCCGAAACTCAAGCCGACGATTTCTCTGCCTATAGAAGCACCAAAAATTGGCAAAATCAAGCTGGGAATTTGGTCAATTGGTGGCATTCTTGGCGGCATGATTGCTGTTGGCGCAATACTTGGTTCTCTCACTACTTGGAATGTCATATCTAACTATGTCGGCGTAAGCAATACTAACGTTACGCCTAATGACCTCAAGCTTCTAGGATGGGCTAAATCCTCCGAGGGTAGACAAGCCCGACAACTGTTTGTTGATAATCAAGCTGATCTTGAATTCTGTCAGAAAAATAATCGATTATTGGGTCGTTGCGTGGTTAAAATCAGAAAATCAAACTAGCTAGGTATCAGAAAATGCACGGCGACAAAACTATGCTAGATAAAGCCGAAAATTTTCTCGAATTCGGCATCTTTATCTGCTTAATTATCATAGCGATCGCCTCATTGGAAACTGATTTTTGGGAGTCCGCATTCTACATCCTGTTAGCTGCAATTATTTCCCCGTTTACAAAAATCAATAAACCCCTCAAACGTTTATTGCTGGTTTCTGGTTTTTTATGGGGTGTGCGGGTGGGATATTTTAATTAGTCAAGCTCTGGCCCTTTATTAAAATCCCGTTTCGGCTGAATTTGCTTTTGTGGTACTTGTACTTGCGGCGGTTGTTGTTGTAGCTGCTGATTATCAGCCACTATATTTTGAGTCTCTTGCTCTGTTAGATTGTCTTGTAAAATCTGAAAGTCACTCGCTCCCAATTTTTCGGCTTTAAAAGCTGGATTAGATTGATCTGGTTGTAGTTGCTTACGGTCTATGCTGAGAATTTGTTTAGTATCATCAAAGGAAAGTAAAGCTCTATAACCTTGATTTTCAAATGCACTAATTTGATTACCCAGGCTTTTACCCTTAGTAATTATTTTATCTAAAACTGCTCTAATAAAGGACTTCTTATTTTGGTCTTGATATTGTGTCTGCTCCTGAAGAGCATTTGTTAATGCAATTGGCTTTCTAGAAAAATTATTACTTTTTTCAGTAGCAGACAACGCCGCCTTTTGAATTTCTCTGAATTGTTGAAGTTGAGTAGTTAATTTCTGGTTTGCTTGGGATTTTTGTAATTGCGGTTGTTCTAACCCAAATGAAGTTATATACTTCTGAATATATTGTGCTTTTAACTGTTGTTTATATTCTTCAGTATCCCCCTTAGATAACATTTGTCCTAATTCTTGTCGCGCTTTATCTTGACGATTAGGGTCTGTTTCTTGATGAGAATCTATTGATAAATCTTTTTGTTGAGTAGGGAATTGATTAAGTACGCGAGACAATCTCGCTATCATCATATTATCTGAGATATCACCTGGATTTATTGCTCTAATTTTCTCCAATGTTGAAGATTGTTTGGCTGACATAACTTTTATCTGTATGGCATCAATGATATTAATTATAGTTCGACTTCACTATCTTTACACTTATGATTTTGACAAAATTTAGGTCTAGCTTGTGATGGAGAATATTCTAGCTGTACTCTTTTAGCTATTAATTTGAGATTTTCTATATCCTGCTGTCCAATATTCATTATCAGGGCTTCGTTTGTTGTTGAGTTAATTTTTACTGCTTCTCTCTCTAACCCATCATTTTCTCTTTTAAAGAGCTTAACAAATAATTCTCCGGTAGATTGATTAATTTGGGATTTAATTCGGTAATTTCCTATTTGTAAATGTTGAGATTGGGCAGTTTTTAATGAATAACTTAACAATTGAGACACTTGGGTTATTTCTAGCCTCTTAATCACTGCTTGAGTGCCTAGTGGGGCTAAAGAATCTAGTTGAGTTTTTAGCGTTATCGCATCTTCATAAAATGATGGTAACTTTTCTACTGTTTTGAATTTATCATTCACCTTGAGAAATTCCTGACGCTCTACCATCAGCATTTTTTCCGGTTTTTTGGTAATTACTGCTTTTCCTTTTTTATCAATCTCAAACTGCATCAATGGATTTGAGAAATAGCTATTTTGCTCATCATCAGCGCGGTGAATGCTATAAGTATCACGAAATTTTCTCACACTAAAAGCTTCACTCCTGTAAACCGTGCTGCTATCATCTAATTCCACTGCGTAATTATCTAAAAGTTTCTTAGCTATTAAAGCAATATCTTTATTTTCTTTTTCTATTAATAATTTTCTGGGAATTGTTAGCGCATAATTTGGTACTTTCTGCTGGTTAGCCCAGTATTGAGAAGCACCAGTTACAGGCTGATGAACTTCGCTAGGGGACTGGGGGGCTGAAGAGAAGGAAGAGGCAGAGGGACAGGGGTGCGCTTGTGCAGGGGAGAAAGTACCTTCATTTCCCCCCTGCTCTCTTGCTCCCCTTCCCCCCTGCTGTTTTGCTTCGGCAGGAGTTTGAGGAATAGCTTGTGCGATTTCTTCTTCTTTTAAGTTAGCTGGATTTGATGTCACAGTTCCATCTAACTGCTTTTCATACAGATTCAAAATTTGTCCATTTTTCAGTTTGATTAAGAATCTCAAATCAAGCGGCGGATTATTTTTATACCATTCTTCTAACAGTTGAGCTTTCGAGACTAAATCTTGAAGCTTTTCACTGCCATTATTCACAATAAAATCATCTACACCTTTATCCGGCCCTGGTAAAGTAATCACGCTCACATTAGCCCCGGCTCGTTGCAATAATAACCCGGTTTTTAATAAAGCTTTATGAACATTGACAATGGTTTTTGGCTTCGGATCGTGGTCAAAGCATAATTTGATGTCTCTACCAGGAGTGGCAAACATTGCAAATTCTTCACGTAACTGTACTGGAATTGGATTTGATTGCTCATCTTTCGTCCGATAGCCAGCATTTATCCCTGGTAATCCTATCGCTGCATGACCCTGTGACAATAAACTTGCTGCTTTTTTGGCTCCCTCTGTCACAATAATCGGTACATCATGTTTCCATACACAGTACCAAAATCCACTCCGGCGATCGCACTCGCTTGGTGTCACACCTGCCTTTTGATAAATTAGATTAGCAATATCATCTGGCACATCCAGCAAAAAAATACTTAATGGTGTTTTTGGTGGATGCTCGTATTTAATAAATTCCTTTGGTTTATTCTTTTCGAGAGGACGGCTGGACGGCTGTTTATCATCTTGCCAGAACTTAAAATAACTTTGAGAGTCATTCTTTTGCTCAGGTTTTTCTCTCTTGTGGTTGGGTTTCAAGCAACCCCAAAGCTTTTGAGGTGGCACTTCTCCTGACTTGAGCGCGGGGAATGAGCGTGGATCTACCCCTGCATTACACCACCAGCCGCCTTGCTCAATATGAGAATATGTCTTTATATTCTTCAACCGCCCATCGTTCCGTCGCTCAAGACTTTTGCTATACATCAAATATTCCCAAGCTTGGTTCACCCCTTCAACCGAATCGTGATGCAAGCTTTTGAAATTACGAGCAGCAATCTCCGGCTTAACCGCACTATTGACTACTATTTCATGCCAGTGTTCAGGATCTATATGTTCTGGGGGAGGAACGGGAATTGTTTCACTCTCCTGGTGGATTGTCTGCACTTGGGGAGTCGAGCTTGAGGAAGCTTGTTCTGCCTGGGGTGCTGCTCCGGTAGCTGATTCTTCTTTCTGAGGCGTGACAAGAGTGGGCGTTTGTTCTGCTTGCACCCTTGATGAAGGGACTGATTCTTCTGCTTCTAAATCAGCCTCCTCATTCCATCCGGTGTCAGTCAATGGGTCAATTTCTGACCACACATACGCTCCTGACTCATCCTGCTTTAGTACAAATGTATTATAACCGATCTCAATTTTCGCTTGCTTGTCCCACTCGTATTGCAGCCGCTCCATTGCTGCTTCTATCAATGGCACAACTGCTTTTTTCCATATTTGACGAGTTTGTTGTAAATCCTGCCTTGTGAACAAGATGTAATCACTTGTTAAATTAACACTCCGTTCATCAAACATAGGAATTGTTTAAATATTAATCGTAAACATTCAGCACATAGGAAAAGACGTTTACCTACTTACACATCTGTGTGTAGGCTCTGTGCAGCATTTTATATTGCCTTCTACTTGCTTTTAAGCACTTTAAGTCTATAATTTTTGTCTCAGATATTACCCGATTTAAAATAATTTCTATTTGTGCATAATCTGAACTATAAGTAATAAAGGCTATATATTGCAAATCATTCCAACCTATATCTTTCAGATATTTATCTAGCAATTGCTGATAATTTTCTTCTTGAGATACATTTTGGATATCTTTAAATATTAGTTTGACATATATCCCAAACTTCTTGAGCCTTGGTCTGAGTTTAGACCGCTTATTAAACGTATTAACAATGTACGGGGTTGCTTCTCCAACATTTACTAAATTTGCCATTAATCTTTGCTGCTTTCTATCCAATTTATTAATAAGAAGAAAATCTGTAAGAGCAGATTCTATAATTATCACTTCCACCCTCAACCAACTCACTAAAGTTATGTAATATACAGTGAATTTTTGAATTCAAAATTCAAAATTAATAAAAAAATTTAAGTTATTAATTCCGCCTTCCGACCTCCGACCTCCGACCTCCGACCTCTAAAGCATTGATCTCATCCCATCAACGGGTAATGCTTCTACTCCTGCTTCTACTGGTTCTTGGGGAATAGGCAAGCGGCGATCTACTTCTTTTATTCTGATATCTAAGTCTTGCTGTGTTGGATATTTTTGAGTGCTATGCAGTGCCATATTCTTTACTAATTTTTGCCACTTTTGTTGATTGTATTGTTCAATATTGTCCGCATAAGCACCAATTTTTATCGTTTTTAACAACGGCACTGAACCTTCTTCTTTGTTGGCATACGCCGGATTAATAAATACACATTTACCAGCAGGTAACTTCAAAAATTGCGCTGATTCAAATAATTTTTTAGTTTTTTCTTGTTCACTAGTTGTTGTACTCGGTTTACCACCTCCTGTTGACCTACTAGAGTGCTTGTACTTAATTTCTTCATCTCCCAAGAAGCTGGAGAATAATTGTGCTGATTCATTTTCACCAGGATTAAACACAAACTTAGTGCTACAAGCCCCCAGGATAGTTTTCGCTACTTCTTTGCCGTAGTTCTTTTCTAACTGCCCCATGTTCTGCCAGCCCAGGATGCCACAGAATCCTTCACTTCGTGACTCGTTGAGCCATCTATATAAATCCGGCAAATAAATCGACGGTAATTCATCTAGTGCAACGATTAATGGCCCAGAATCCACTCGTTTAGAAGCAATATTCCGCGCTATTGTCATGTGCAGGATGCTCGTCATCAAAGGCGCAACTGCATCTCGACGTTCACGGTCTAGCCCAAAGATAATCATCTGCTTTCGCTTGATTTCTAGTGGCAGGGTAGTTTTACCGACAAAACACCCCAGTGTGTTTTTCGCCATGAATCGAGTAAACATTAGGCTGGCGGTCGCTGTAATCCCGGCCACCGTCTTTTCAGAAGCCGCAGAACTGAACAGTTGACCGAACGCTATCCTAATCCAGGGATTTAGTGATGCCCCCATCAGTCGGTTAATCATTTGTTCGCTAGAAAGAATGGCAGCAGCAGTCATTATGTCTGCATATTCCCCAAACTCTTTAGTCAGCATCAATATCGCTTGGGTTAGTTGATCCCCTGAAGGGCCAAAGAATCCATCTTCACTCTGACTTTTCACGGGATGTGGAAAAGGGAAGGTGGTTCGCGTAAGACTTACGCGAACCAATGCTAGAGAATTAACTTGTGATTTTAGATATTGTCGTGGTAGGTGTGTAAATGAGCGCAAATGAAAATATTAGAAAAGAACCTGTATGGGGAGTGTAACTTTGGAGACAAACGTTTAACTCAACGAGCAGCATCAATAGGTGAACTTTTATCGGTAAAATATGGTCAGCCTTTATCAAAAATATTTAAAACTGCCAGTGACCTCAAGCGTGGTTACGAATTTTTCTCGAATCCAAAAACCAGTTTTGAAAAGTTGACTCAACCTTATTTTAAACAAACAGCCCAAGAAATAAACGGCACTCCTGTAGTGTTAGCTGTAGGAGATACAACTTTTTTAGATTACAAAAAAATATTAGATAAAAGAGAAGAATACGGCCCAATAGGTAATGGCGGAAATGGATTAATTCTACACAGTTGTTTAGCTTTAGAGCCTGATTTTGGACAACCTTTAGGGCTATTGTGGGAGAAGCTGTGGCATAGAGAGCATAAAGCACCACAACCGAGTAATGAAACTCAAGAACTTAAAGAAGATCGTCTAAAAAAAGAGCGAAAAGCTAAGAGAAATAAAGAATTTAAAGAAAAAGAATCTTATCGATGGGTTGAAGCTTTCTCAAAGATAGAAAAACAATTTTCTGAGTTAGAAATTCCAGTAGGGGGATTATCATCGAAGATAATTCATGTTTTTGATAGAGAAGGCGATATTGCAGAAGTATTCGCTCAAATCAGTCAAACTAAAAATGCAGGTGTAGTAGTCAGGGCGGCACACAACCGTTGTTTAGAAGGCGAAAATGGTCATCTATGGTCATACGTAAATTCCACTCCCGTCCAGTTTGTTAAAGACGTTGAACTAGTCGAAACCAAAAAACGTCATGCCAGAACTGCCACCTTAGAAGTTAGATATTGTCCAGTATCAATTAGTCCTCCCGCACGGCTAAAAAATCAAGGCAGTTTTCATGTTTATGCAGTCTATGCCAGAGAAATTAATTGTCCAGAAAATGGTGAACCAGTAGAGTGGATGCTACTAACTACTGAGCTAGTTGATTCGGAGCAATCAGCAACTCAAATTCTCCGTTGGTATACGTACCGTTGGCGGGTTGAAGAGTATCATAAGATTCTAAAATCTGGTTGCCAAGCTGAAAGCTATCGATTAGCTGGTGAAAGTATGTCAACAATGTTGGGATTTTTAACTGTGATTGCCGCGCAGTTATTACGAATGACATATTTGTACCGTAACTGTCCGCATCTTGACGCTAGTGTGGTGTTAACAAAAGAACAAATGGATGTATTGATAGCTAGTAGCCCACCTAAACTGAAAAAAGATATCGAATTTACTGTTGACTGGGCAATCCGCGCTATCGCCCGCCTGGGAGGATACCTAGAACATCGGAAAAACAGTGCCATCGGTATACAAGTTTTATGGAGAGGTTGGTTAGAGTTAGAAACCTTGTGCCAAGGTTGGCTACTACACCAAAATCTTAAATAATGCGTTCCAAAAGCTAAACACCTGCCTGATTCCATCAGAAAATAATTCGCGGATATTATACGCGAACCAAATCGGAGTGTGTTATATGCCCCTGTCGCCAAAATCTTCAATTCAAGATGATTTAGCCAAACGTATAGACGCAGTAGCCAAAACCAAACAACGTCTTGAGCAAGAAATTCATTCAATACTCGCTTCGGGTAAGGTCGCTCCCGCTTCCTGTTGGATTGTTCGTTACCAAGCTAAGGGGCGGACTGATAATTATTGGTATTACAAACTACAGGCATCTTCACCAATTTTTCCTACAAAGACTGATGGTAAATTGTCTCGATATCAGCATTTAGGTAAATCTGGTAGTCAAGCTTACATAGATGCTCTTGAACAAATTACCCGCCGTGCCAAAATTCAAGCTTTAGATCGATCAATTGAGTCCCTCAACCTTGGGCTGAAAGATTTAATCGAAGAAACTTCTAAATATCGCCAACCATAAAAGTTAGTTCGCGTAAATTCTCCGCGAACCACTTCTCCTTTTCCACATCCCGTGAAAAGTCAGATCTTCACTGGCGTTAGTTAATATTCGGAAATTCTTGTTAATTACTGTCGCTAATTGCCTTGCTGTTTCCGCATCAGACGAATCTCTTAAAAAGTCCAGCGGGTTGCATACTTCTGATTCTGGAAACCCTGGTGCGAATATGTGTACATCATATCCCTTTAATCGGGCATACGCCGCAATTTTAGCTTGTGATGGGTATTTGAAGTCATACAAGACAATCCCAAATCCTTGGTCAATTGCTGAATATATCATCGGGTTGACCGCACTATAAGTCTTCCCGCTTCCCGGTGCGCCGATCGCTGCCGTTCCCCTTTGTGCATCTGGTATGTATAAAGGAATTACATTACTTTGCCGTGGGGTTTTTAAATCTTTGAATCGATGCTGCCCAATGTACAGTGCTGCACTATCACATTTGGGATTGGCTATCTGCTGAAGTGCTTTTTTCTTTGCTGTAACAGTTTCCTTGTTTCCTCCCCAATAAGAGGTGGCTATTTTCTTTTTCTTAGATCCATCTCCTAACACCACTTTCATTACAAAATAAACCCCTAATGCCCCTAATAGTGCTAATCCATTAGGTGTGAGAAAGTGATGTGTATACTTGCCAACATCATGGTTGGGGTTTTGTAATTGCTCAACACGAAATGGTTGATTATCATTAATCAACTGTGTTTGAGTATTATTTCTCATTCTATTTATGGTATTGGAAATTTTTGGTTGTTTTGTTGAGCTATAACTTCAAAGCAATTTCTTAGTCAGGGAGTGTTGCGGGTTTACCAAAAATAATTGGGTCTTTTTCTCGATACTCGATGAAAGGCACTGGCCCAATAAAATATGGCGAACAGGTGCGACCAATGAAGGGGATAGTTTTGCAGATTCTAAAAAACATCGCCGTTTGCATCGAGCCTGTTGATTCATCAATCTCCCAAATCACTTGTTTAAAAGCCGAACCAAAAGGATTGCGCCCTGTTGGTTCTTTACCCCCATTGAGAGCTTTGAGTATGCCAAATCCGCCTCTCACCTTCTGAACTTTGCCGGAAATCCACTGCACTCCTGTTGTTCTCCCGATACCTGCCATCTCTGCATGAGCGCAATTATCCTGAAGACATGGTACGTTAAACCCTTGTTGATAACTCCCGGAGATCGAGCGAATGCGGTTCGCTTCAATATCTCTTAGTACAAGGTCAACCTTACCCACAAACGATAAGTCAACATTTAATAAACCCGGAAAATTATCCCAAGTTAAATCTGTTAGCCCAGGTACGCCATCAATAAAACTTTCTTGCCAATTACCGAACCCGCCAAATCTCGCCCGCTCTAGTCCAGGTATATCTGTAATTTTGTAATTTTTTAAATTAATCCCCTGACCTAATCTTGCTCGTTGTAATCTGGGAATCTGAGCTAAATTACCAATTCTTCTGTTAGAGGCAAAAATCCCTTGTCGCTTGAGAAAATCGTCAAGCGGTTTCACATCTTTAACTGATTTATTGGCGAGTCCTGGCACTGCCCTCGATAAACTTGGTAATGTTTGCCAATTCATCAGTTGAAAATCTGACAATCTCAAATTATTTAATCTCAAATTTTGAGCGCGAGAGATTTTTCCTAAATCTAGTGTTTCTAAATTTAACTCTGTATCTTCAAAATCCCCAAGTTTTAAAAACTCTGCAATACTTTGTCCTGATTTCCACTCTCTAGTTTCGGTTCTACCATTAGCTCGATAGGTAATTTTTCCATCTTCTCTTATTACCATATCGCTAAACTTTAAACGTGACCATTCAGGGATAAAGCCTCTCTCTGACTCAACAAAGGGTACTTGCGCTGAAGCTGGAGGTAAAATATATCCAATTGCTTGATTGAGAACTCCGTACTTCCAAAAGCTATGGATGAATAAGAAAAAAATCAACCCAAAAAATATTAAACACCTGATTTTGGCATCATAATTTCTCTGAAGATATTTTTTATCAACTAAAACTCGCTGAGAATGAATGTTATTATTAGCTTCTAATCCCGGATTTTTGTCTGATTCAGGTATGGGCTTTGAAGGCTTTATCATGCTCAACATGAAATAAATTAATATTTGATTTGAGATTTTAACTGATGTCTCTTGTTGCTGATTCATAGGTTTTGAAATTTATTGACATTGAAGTGATTATCAAAACTTTGTCAACCTTGGCTTGGTGTCTGAGCGATTCTGGATTCTGGCATTCTCTCCCAGTAGGGTTAATTTATTGACTAATTCCATTGAAACAACAGCTTTATCAGCAGCAGCATTCAGGTCATCACCTTGTTGTAAATAGGTAATTAATTTTTGCAGTCGTTGATGTAATTCATCATCAGGATTCAGCCATTTATTCCTAATAGCTATAGCCAGACCATTCCTTAAGCTATTAACTGTTTTAATCGTGGTGACTAATGGTTGCAATTGCGGGCTTGGTGTTTTCTTCTGTTCAATAGCAACATCATTACTAATCACTACTTGGCTGTATTTGGGAGTGCCGTTAGCAGTTGCCAAACGAAAACTGTAAGCCTTGCGCTCACCCGTTGATGATTGTGTTACCACCGTTAACAAAGTTGTTGATGCTTGCGGTAAACCAGGAATGTTGACTTTTTTAATCCGCCGCAGATGAATTAGTCCCGCACCTGGATTTTGGCAATTTTGGTTGATCCCTTCTAAACAACCATCTGTATCAACCAAGATTTGTGACGGGTCATCTAACCAGACTCGTTGTATCCTTTCCCCTACTTCATAAAATGAGATGGCGACACCATGACCATTCCAAACATTGATCGTTTGGAGTACGGCCGTTTCACCCGACGCTTGAGATTGCCTAATGCTCCGAACTACTGGTGCGGCAAGTGTCATTACTGGCAATAGGCAAACAACCGCACTCATACAGCCAACAATCATCTTTTTCATGGCAATTCCAGGCTACGGTTAACGATAAAAGTAACTTTCGTTCCTTGTGGGATGTGCCAAACATTCGGTCGCGCCAGTATTTCTTGAGAGGAGCGTGAAGCGCGATCGCTTATAATATTTCCCACAGAGCCAAATGCTCCTTCTAAAAATGCACCACCGAGATTACGCCGATTGTTTTGTGTTACCGCACTGCTAAAGCTGCCAATAGTAGAATTGTTGATTGTACTTTGAGAATCCGGTTGATTGATAATTTCTCCTACTTTCGCCAATCCCCCAACTAATCCCACCGTTATGTCGTAAGACGCGATCGCACCACCTTTGTCATGAAATTTCTTTGCAATTAAGGGTTTTCCCTTTTCTCCCTGTACAGAAATTGCACCAGCAGTTAGAGGATATTCCGTATTGTCTTTGATGATGCTGCGAACATTGGCAGTTACATAGTTACCGCCATCAACTCCTACCAATTCCACTGCAAGTAATGTACCCTTTGGAATGGCTACTTCACCATAATTGTCACGCAAGTCTTGGGTTAACTTGGCAACAAAACGCCTACCATCTTCGGTTTGTTGCTGGTTGTTTTTGGTATCAGTTTGTTGTTGGACTAGTGGTGTAACTAGGATACCAGTGGCGAATTCACCCACTGTTAGGTAACGAGTTTTGCGTTCCGTAAGAATTTGGCTTTCTTGCGGTAGATAGTTATTTGCTATAAGTTTTTTGTCAGCTTTAGATTCCACTTGCCACCGGGGGCGGATTTTTTCAATCCTATTAGATGTGCTTTCTTCGGCGGCGGATGGATATTCATTATTAATATCTGTTGGTTCGGCTTGCTGTTGATTTGTTTGTACCAATGATGTCGATACTTCTGCTGGATCTAGCAAGGTCGATTCACTAACCGAACTATCAGCATAAGCTATCAATCCGTATGAACCAATAGAACGTAGTCGGTTAAATTCCGCAGTTGGGTCTATAGTTTTTTGTACTCTTGTAACACCGGGATTACTGACACTCGGCAGCGCAAAACTACGTCTTGGGGCTATTTGGGTACGAGTTACTGGTTGATTCGTCCGAGGTGATGAATACGTCAGGGGTGGTGTTGGAGTTGAAGACACTTGCACCGCCGCCGATTGTACCTTAACAGGTTTTGCTGTAGCCGGTTCTTGCTGGGTTTTAGCTGTCGATTTTTCTTTCTGTTGTTTGATTTTATCTAACTCTTCTTGTTGTTTTGACAGCGCCAACTGTGCATAAACGTCGCCATCTTTATTTTCAGCAGATGGCGTTAATTGTGCTGATTTATCTTGAGTCTTTGTCTCTGGTTTATTAACGCTCGAATGCCCATTGATGATGTTGTTAAACATCAAATAGAAAATCAAAAATCCTATTCCCAATGGCACACCGATTATCCCTATCCTTGACCAAGGAGATGTTACTACCGTGTGTTGGGTTAATAATTCTTCATCTTCTATCTCGGCTTTTTGATTACTACTTATTTCTGATGGTTCATCGTCCAGCTTTAATATTTCATCTACTGTTAATGGGTTTTCACTCATTATCTTTTCCCTAAATCTAAATCTACAATTTGTGTAATCTCTAGTCCACTGGAGCGAATTGCATAGATTTTCTTTGCTAATTCTGAAATATCTTCTGGTGGCTTTTGCGGTGTTGTAACTGCTTCTAGCGTTACTGTTTTGTTAAACGCTATTGCATCTCCGGCATTATCTAATTTTTTAAACGTCACTAAAGTTGATTGAAAATCTACTTCCCACTTCCCTTCTTTTATTTTTCTTGGAGAAGATATATAGTTGGGAATAATTGCCACCCTAAGATTCCCACTAAACACTTCAGAGGGAATCATTTGCGCTAATCTCCGCACAAATGCTGCGCGAAATCCTTGCTTTTCTGATAATGCAAATGCCGCTTCATAAGCTCTATTTGTTACTTTTAATGTTGATTGGTTTTCTAATCCCTTAACTTCTACTCCAGGGTCTGCTTCTACTATTAGTTTCCCTTGAGCATTGTTTTTCTGGATTAATCCGTCCCAGTTAAACATCCCTACAAATGTATCTGACACAAATCTTTTGATAGTTTCATTAGAGCGATAGGCTGGTTCTACTGCTGTTGCTGTTATTGTTTCTCCATTCGATAACTGCACTAGGGATGGTACTTCCTGCTTTGCTAGTCTCCTAATCGCTCCATAGTTAAGAAACTGTACCATCAGCGATATACAAGCGACACTACAACCCACTACCGCCATTATTGCTATTCTTGTCGGCACGGCAGGGCCACTACTCAAGAACGAATTTATTTCGGGCTTATAAGCTTGAGATTCTAATTTCGGTTTACCAATTCTCAACATATTTCTCCCCCTGCTCCCCTACTCCCCTGCTCCCCTGCTTCCCCTACTTCCCCTGCTTCCCCTGCTCCTATCTTGGACGAATCAACTTCGTTATCCCGCCAGCACCGCCTGTGACTACTGTTACCGCAATATCCTTGGCTACATTTCTGGCCTCATCTGCGGCTTTATTAATTTGCATTAGCAACGATAGCCCACCTCCTGCCGCTATCCCTGTGGCCAGTGCTGGTGCAAATATTCCGATTGTTAATAAGAAAAATAGCGGTTGATCTGAACGCGAATTAGCTATTAACTCCCCTGCAAAACCCGCAATGATATTAAAGCTCAATTTTGCCATTCCGACTGAGAAATATCCCACCAGCCACGCCAGTATTGCTTTGGAACCGTATGGTAATAAACTTCCTCCCACAGCCAGCGGCCCAAGATACGCCGTCAACAGCATTGTTAACTCTATCCCCCACTGATATGCGCCGGAAAGTCCTACCAGAATATTCGTTACGTTATCCGCTATTAAAGAACCAACAAACGCACTGAAAGGTGATAGTAATACCTGTACCGGGTTTGCTCCAGATTGTATTGCCTGTTGTGGTGCTGATAAAACTCTATTAATTCGATCTACTAAGTATGCAAATGGGCCTCTAGCTCTAAAGTAGTTGGGGTAGTCATTACCCCTGTTGTGTCACTATCGCGGTAGTATAAGAATGTAAAAAGCCTAGAACGAAGACACAGAGCATGGTAGAGCCTCGTCCACCTAAACAAACTGTTAAATTTGTGGATGAATATTGTCTTTGGTATAAAAAGCTGTTTTCAGATGTCAGAAATTTTGAAGCGTTTAAGTATCTGCATATAGGATGTATTTCTGATATAAAACGAAAGAGTCTACCAGAAATAGCAAAAATTGTTGGATTAGAGAACTATCAAGGGCTACACCATTTCTTAACTACCCCATATTGGGAAGTAGAACAGTTAAGAGCTTTAAGATTAGAGCTAATTCTACAAATACTCAAAGGTAGACCAATCATTTTAATTATTGATGAAACCGGAGATAAAAAGAAAGGTACGACCACAGATTATGTGAAACGTCAGTACATAGGTAATTTGGGGAAAGTAGAGAACGGAGTTGTGGCAGTTACAGCCTATGGTGTATTTTGTGGAATGACATTCCCACTACTGTTTGAAGTGTACAAACCACGGGAGAAATTAAAGCCAGGAGATAAATATCTGACCAAGCCTCAAATCGGGGCAATGCTAATACGAAAGTTACAGTCGATGGGTTTTAAATTCAACTTGGTACTGGCTGATAGCTTATATGGCGAAAGCGGCACAAATTTTGTATCTGTATTAGATGAACTAGATTTAAATTATTTAGTAGCAATACGCTCAAACCATTCTGTAGACTTGCTTAAAGGTCAGTATACTCAATATTTAAAGTGGCAGAAATTTAAAAGAGTATTCTCTGACTTAAGTAGTGAAAATCGATTTATTAGAGAAATAATTCACGGCAAACGTGGCGAACATAGATATTGGCAAATTACCACAGATACTGAAGCATTACCCGGAAACTCTACCTGGTATGTGATGAGCAAATATCCCGACATCACACCTAGAGAGGTTGGGAATTTTTATGGGTTAAGAACATGGGTAGAATATGGTTTAAAACAAAGTAAGAATGAATTAGGTTGGGCTGATTATCGTTTTACTCGCTATGAAGATATTGAACGCTGGTGGGAAATTGTCTGTAGTGCCTACCTTATGGTTAGTCTTCATTCAGAATCTCTGCGTCCTTCTCCTCCATCTCCTCAATCAGCATTCGCTTCTCACCCCTGGTGGGATCATGGTAAAGGTTGGAAGAATATTCTCAACAATCTGCGTTTAATTATTCAACCTTTCGTTTTATTTAATCTCATATATCCCTGGTTAACAGTTTTTTCTATTCCTCAACTGTATGAGGGTTTTTCTCAGCTTCAAGCCATCGTTTATAGGCTTACTTCTCCAATTTTTATCTTCCTAACTCACCCTGAATTCTATTTTTCCTCTGCCTAAAGTGACACAACAGGGTTACTCAGCCTTTGTTTGGCCTGTTGTAGACAATCAAGTGCTTCTTGCGGATTCGTCAGTGAGCGACAAGCCTCAATTTCTCTGCCAATTGCTGCCCTAACTGCTGCTACTCCCAACGCTCTGGAATATGCTTCTCTTAAATCAACACCCACCGCTGTCCTTTCTAGTACATAGCCATTGACATTATTGATGTAATCTTTAATTGCAACTGTAGTTCTTCCTAACAGTTGCCCGTTGTTATACAACAGTGCCGATATCAGCAATGGCCATATAAATGATTGGAATGCTCTTTGTTCTTCGTTATTAATTACCTGCTTTGTCCATTCCAAGATATAAAATCCCAAGGTGGCTATCGCAAATAATGTCCCGACTTTACAAAGAGAACCATATAGTTCTCCGCCTAGCACTTCTGTCCATAATTCATTAAAGCCTATAGATATCGATTGCGATATTTGGGCGGCTCTGCTTGGTATATTCTCATTAGAAATTACACCATTCGGTATTTGTGCTATGAAATTATTCATCATTTCTTGCCGGATCTAATAAAGACATCAACACTAATTCTTGAGTTAAGGATGCTTGCCCTGTTAGTCTCAACTCGTCTTTTGTCGCTGAAGATGCCAGATTTTCTGCTACCTGCGTCAACATCAAGTTTGATTGAGCAGTATCAAGGCGCGCCACCAATGAATCAGCATGAAAGCGGGATATTGCACTCACCATTTGTGCATTTTGCGCTGCTATCACTTTCAAAATATTTTGTGACGCATCTAATCCTTGTGCTTGCTCGGCTAAATCCTTAACTTCCTGCGATATTTGAATTGTTGCGAGTATTTTTTCGGTGGTATTTTGTTGTCCTTGGTTTCCTAATGTCGAAGATACTGACGCACGAGCTAAATCTCTTTCCAATAATTGGGCTAATGACTTTGTTTCTGGTATTCCTCTGCTATTCTTTAATCTTCTTATTAAATCTTGTGTACTTTTCTCCGGGTCTGGTGTTCCCATTTCTCCTTTTGATGATTCAATGGCATCAAGAGCATCTTCTGCCAGATTCGCCCATGTTTTTCTTATTTTCTCTTGAGCTTTTTCTTCTACAGTGCTGTACTCTTGTCGCATATCCTCTAATACTGAACCCAAGAAATCTTTAATTGACACCAATCCAAAACTTGGATTAGCATTCAACACTAAGGGGATCGTAATTGTGACTGATATCAGTAGTTTTTGGGGTTTATTTTTCATGATTATGATGCCTTTACTAGCTTGACTTTAACTAACAACTGTTGCGCTTCGGCTGATAATTCTTCTCCTCTTATCATCCGAATATAATCCTCACTAAACTTATATAACCCTAGTAAAAGATTGCTATTATATTTATTCAAAAATACCTCTCTCAATTCTTGTTCGGCTGGATTATTAGCCACTGCTGCCAATAAACAGTACGCTGGATAATAACGGCAGAATGTTAACTTGCCATTGTCATCTAATAACCACGATGAATAAATCAGCGATTTCTTTGGATAAAATGCTTCTGTACTGTTTTTACTAATAATCGAATAGGGATATTTAAATCTTTCTACAAATGGATCTATTGCTGATGATTGTATCCGCCCCACTAACCTCGTTGTAATATTTGCAAATATTTTCGCTGCTGCTTTACTTTGGTATATACTTTCCGGCTCTTGCGCTGATAGAATTACACGTATCCCAGCTTTTGCTCCGTTAGCACACAGTCTTCCAATTAAATCAGCGATCGCGTCAAATTGAAACAGAATCGGTGCTTCATCTAGGAAGAAAATACTCGCTTTTGATGACAGGGCGCGACGCAGGGCTGCTGCATACGCACTCAACGCTAGAATTGCTGCATCTGCATCGCTTGATAAATTCCTCAATGCAAATACTAGTAACCTTGCATCCGCCCTAAAGCTGGACGGCGACGAGATTGATTGCCCTACCTTTGACGATAGCCAATACTTTAATCTCACCTGTATATGTCCTAATGCTTGCGTTACTTCTGTGCTACTTGTAGATAGTGAATCTAGATTTATGTATCCTGGCGAGCAATATTGGCAGAAGTCTTTTAATGTTGGTGTATCAAGCCATTGTACTGTTCCTATCCCTGCCCTCAATGCTGCTTGATATCGTAGTTTTATTTCTTCATCATTAAAAAATGTTTGTAGTGCCAACGATAACAACGATTCGATGATTGACACCATTGAAAAACTTACTCCTATTGAGTTCGTCCCTATAATCATCGTCATCAACACTGATTTCAAAAATTCTTTGAAATCTGACATTCGCTCTTTGATGATTTCTTCATCCATTGAGCGTAAGTCTGGTAACTCAAACAAGTTGTTATATTCTTTAGCTATGTCAAAGTATGCCCCATCTGCGCCTAATAGTTTGGTGTAATCTGTAAACGTCGATGTCCCATCTGGTTTTGGGTAATCTAAGGCTATTACTGGTATATCTTGCGCGATCGCCGGGGTTAATATTCCTGCCACTAGCACTGATTTTCCAGAGCGCGTTGTCCCGAACACCGCTAAATTCTTATGGTTTTGGTACAAGTCTAGATGTACTGGTGTTCCTCCTTCTGCCGCTATTAGCTCAAATCCTGTTTTATCCCCTGTGGCTGTGCGGATTAGCGGTGTTAGCCCTGCTGCCTCCGATGTGAAATACATTAACCTTCTATTAAATGGTTTGGTTAATAACGCTTCCCACACTATCGGTGTACATTGCAACCATACCTTCCACGCATACTCTGTTTCTCTGTCTGCCACTGCTGGTCGCAGAAAGCAACTTGCTAAATATCTGCAATCCTCATCTAGTTGTGGCAGATTTTTTCGGTGTACTAAGAACACTACTGCTGTATGTAATACCGCACTTCCTTTGTATAACGTTCTTTGCGCTTCTACCGATTCTTCTATGTTTAATCCTGCCTTCACATCTATACTGCCTGAATCTGTTGACATCGCCGTTGATGTGATTGACTGCTTTGTTAATCGCTGTAAATTTGTCTTTGTTATTGTCTCGTTTGCTTTACTAATTTGGCAAATTATCTCTGTATCTGCTATCTTCTCACGAGACATTACTTCCCATAGGTATCTCAGTTGTGAATATTCATCCACCCATCCCCCAGGCTTTTGACTAAAATTTAATGCTCCTACATATTTATCCTGGATTCTTACCCACTTCTTATCAAATACTGGTACTGATTTCTCATTCTCTAGTAAATGGTGTTTTATATGAAAATCGCTTGTTTGATTTTCACTTAATTCATTCGATGTTAGTTTCAATGGATTGGGTACAGGTGTTGGCAGAGAATTATTAAATATTTCCCATACTGTCCCCCAGATTTCTTCACTGCTCAACGGCGTTACTGACAATCCCATTTTATTTGAGATTATTTGCTCCCAACTTTGAAATCCATCTATAAATGAATTCCTTAATATGTTTTCAATCCGATTTTTATTTAACGAATGAATCTCTCCTGTAAATGAGTACCAAATTTTTTGCAGCTTCTTGAGTCCTATCTCCGCAAAGTCTTGTAACTTCTCATCTTCTTCTACTGTATATGTACACCATAGTCTCAGAAACTTATTCTTCCTTACTCCCGACTGGGTAAGCTTTCTTACACGCATTCTTTCTGAACGCAACAGTAATTTTATTGGTTCTAGGGAGCATTGTTTTTCTATTGAAGATATTTCCCTTTGTCTTGTTTCATCTGATGTGAATGAGCCAAAATGTATTGTCAGTCTTTCTCCTGATGGTATTTCTTTTAATCCCCCTTCTATTCCTTCAAATATTGGCACTATTTGTTCTGCTGCTAAGTTTGGGTGGATTCCCCAGCAATCAAAGGCGAATTTGATTTGGATATTTCCTTTTTTTTGAATTATTAAGGCTCCTATTCCTTTTCTCCCTCCTACCTCCATTTCGCATATCCCTGCTAGGTTTACCACATCTTCAAATGGGGTCAAAGTTAATGTTTTCTTCCCTAAATTCTCGGCTTGTTTAATCATTCTTTTATTGGAAATAATTTTTAACTTGAATTAAATTTTAAATTTATCAAATTGTTGAATTTATCTTTTAATTTTCTTTTCTCTCTTAACTTTAGTTTGATTATTTCTTTGCTTGGTTTGAGCCGAATCTGTAATTAAGGAGATGAATTGCATATATCCTCTACTGATGCGTGGTGTACCTACAAATTTTCCTAAAAAACTTTTATTGCTCGATACAAACCACCATGTTGCACATCCCCATAATGATGCAAACAGCGTTGCTAACCACCCCCAATTCAACATATAGTAAAATCCAAATATGCACAAAGTTGTTATTACTAACCACGGAAATATTTGCTCTGCTGGTAACGGCCCTATTTTTGGTTGCGTTCCTAAGCTTTGATTCACTACACGGAATTTTTTTTCTGGCTGCATCTTCTTTTCCGATTCACGGCGTACGCTATGAGCGTCGCTAACGCAATTTGTAGTTAATTGGCTTGCTCTTAGCAAGCCAATTATTCATTCGCAGTTAGTAATTGCTACTAACTGTTTGCTTGTTTTTAGGTAATTAATGTTGTTAAAAAGTCGGCTCCAAACACCCCAACCAGAATAATCAATGGCGTTCTGGCAGCACTGGCCCAGTCTTCATCTCTTCTGACTGCTTGAATTACGTTGACCACTGACACCGCTATATACAACAAAAACAAAATCCGCAAAATATTGAAAATGCCTACCACCGTTGCCCCAGTATCCGGGTTGAGCGCTCCTCCGAAACCAGTGTTAGTAATCCAGTCTTGCGCTTGTTGAAAAAACTGTGCATTAGCTGGGGCTGCTGCAAAGTCCAGCATGAACACTACTGACAATAACGCAAATAGTATGCCGTAAATATTTATCCTATATTTGCGCCCTTTCTTCTCCCATTTGCGAAATAATTCATTTATTTGCTTTTGGAATATTACTGCCATTGATGCTGATAATATTAGCCCTCCCAGCATCACCCCATGCAAGCTCATCTCTGATATCATCAATACACCATCCAGCCACATTAATCCTATCGTGAATCTTTGCCCTGCTTTATTCTTGGGCTTAATCTCTGCTACTGGCTGATATTCTGACTGCTCTTTTTCTCTATCTAGATAGTATGTTTGCATACCCTCTCTCGAATCATGAGACACTATTCCCCTAGTATTCATTCCCCGCGAGCTATTTTCAACTGACAACCCGCTAAACTTTCTCTGCATATTTGCAGTCTCATTCCTACTTTTTGTTAGGTTTGATGAGTGACTTTTTGTTATGAATAAGGCATGGAGGAATGTTACTCAGGAATAGTATGACATTCCATCTATATATATGATTCACCAAGAGCGATTACTTTCTTAATACGCTTCGGTTAACAAAATTATCTGTTGAGGTGAGCAGGGGCAGAGGAAAGTACAGAGGGAGAAAAAACCATTAAACAGTAATTTTTCTCCCTCTGCTTCAAGAGCTTATCCGAACCGTATTCATTACTCTCCAACGCTCACTCCTTCCCTAACCCAGCATTAATCATCTTTGCTAAAGATTCAGCATCAAATCTGGTGAGTGCTTCCGCCAACTGCTGAAAATAACGGTATTGCTCATCGGCAAAATCCCCTGGCTCAAGCTCCAACAGTTCGCAAAACTTTACATAATCTACTGTCCAGTTGTACTCCTCAATTGCTTTCGCAAATCTTTCGGCAAGCTGTAGCGATTCAAAAGTGGGGCTTGTGGGTTTGCCGTTGTGTTCGTAGGCGCTGGCTTGTTCTGTCATCGGACAATAATAGTATATTTGTATTATTAATTTTACCTCTATCTCTCTGGTTCTTTTTAGATCGCCTGCAACAACCTCTGCCACAATCTGGTGTAACGCTGCTGGTCATTAGTAGTTCGCACAGCAAGCGATATCGCTTTCTTCGACCCAATCACTATCGCCAACTTCCTAGCACGAGTCAGCCCTGTATAAAATAAGTTACGTGACAGCATCACATAATGTTGCATATACAATGGCAGTATCACTACGGGATATTCTGAACCTTGCGACTTATGGATTGAGGTGGCAAATGCCAGGGTAATCTCGTTCAAGTCTGCATAATCATAGACTACGGGGCGACCATTGTAATCAACTGTAACTTCCTGCTCCTCAGTATCAATGCCAGAGATAGTTCCTAAATCCCCGTTAAATACTTCGCGGTCATAGTCGTTGGTTTGTTGAATTACGCGATCGCCTACACGCAAAGTCATCCCTCCTCTGGCGATCTCCACTTTGTCTGATGCAGGCGGATTAATCAGCCCCTGCAACACCATATTTAGATTACGAGTTCCTACTAATCCCCGCGACATAGGGCATAGCACTTGCACATCAAATGCCGGATTGAAACCCAGTCTGGGAATAAACTCAGTAATTAGCTCACAAATTGCTTGTACTCCGTGTTCTGCTTCATGTCCCCCACCGTGCCACAAGCAATCTGATGCTGGATTATCTGAGATTGGTTCCAAATTTGGATAATCACCCTGGTTGATTTGGTGTGCTGCGGTAACGATTGCACTCTGCTGGGCTTGGCGAAATACCAGCGTTAGCTTGATCACTGGTACTCTCAATGAAGTTATTAGATCAGCTAAAACTTTCCCAGGGCCAACTGATGGCAACTGGTCGATATCTCCTACTAATAATAATTGCGCTCCTCTTGCAACGGCTTTAAACAATGAGTGTGCCAAAAATAGATCCAGCATACTTGCTTCATCTGCAATCATGGCGTTGTATGGCAAGGGGTTTTCATTGTCCCGCTTAAAACCCATTGTTTTTGGGTCGAATTCTAGCAAGCGGTGTATGGTCTTGGCTTCTAACCCCGTCATCTCGGATAATCGCTGTGCTGCTCTGCCTGTTGGCGCTGCCAGCGCAATAGTTTTTCCCATCGCCTTCCAGAGATTGACTATGGTATGGGTGGTGAAGGTCTTGCCCACTCCAGGGCCACCAGTCAAAACCATGATTGGAGAATATGCCGCCATCTCCACTGCTTGCTGTTGTTGTGGCGATAGCTGGATTTGCCGACTTACCATAAAACGTTCTAACCATGCACGTACACGCGGCATATCTTGTACTATCGGCTGGTTTAACCGTTTAGATATCATCTGTGCCAAGTTCGTCTCTGTATGGAAGAATGTTGGCTTGTAGCACAGCATTAACTTTTCTCCATAACTATCTCGAATGCTTTCCCTGATCAACTCCTCTCTTAAGGTCATCTCCTTAATAAGAAGAGCGATCGCTTCGGGGAGTGGCTGATGCTCATCAGTCGCTAACAATTTTGTGACTTTCTCGATTAGTTCTGGCTGCGGTAGGTAACAATGTCCGTCTTCAGCTGCTTCAGTGAGTGCGTGGATGATGCCTGCACAATATCTAAATTCTGAGTCTGTTGGTACACCCAAGTTCCGCGCAATCTTGTCCGCAGTTAGAAACCCAATCCCGTAGATGTCCGTTGCTAGTTGATACGGGTTCGTGGTAACTGTGGCGATCGCTTTGTCCTGGTACTGTTTGTAAATCTTGACTGCATAGGTGGTTGATACCCCATGAGTTTGCAAAAACACCATCACTTCCTTGATCGCTTTCTGCGTTGACCAGGCGTTCTTGATTAGCTTGACACGCTTTTTGGCGATGCCTTGTACTTCAATGAGTCTGTCAATCTGGTTTTCGATAATCTCTAAGGTTTCCAACCCGAAGTGGGCAACGATGCGTTTGGCTGTGACTGGCCCCACTCCTTTAATCAGTCCACTGCCCAAGTATTTCTCGATTCCTGTAAGCGTTGCTGGCTTGGTTTCTTTGTAGTTGACGACATTGAACTGTGGCCCGTACTGCGGATGTTCTTTCCAGTAACCCGTCAGTTGTAGTGTTTGTCCTGGCTGGATGTTGGCGAAACTACCAACAATTGTTGTTAGGTCTGTATTACGGGAGCGGGTTAAACGCGCTACTGTATAACCTGATTCCTCTGAGTGAAAAGTCAGGCGTTCTACTACCCCTGTGATGGTTTCGTGGTGTGGGGTGGCGTTTGCTTGTGCTTGAGTAGTATTTAGGGGCGTGGACATTGGTGCTTTAAAATGCCGCACACTATTATAGACCTAGTAGTCAGTTTATTCTAGTACATCAATACTATGTTTGGCTTACCAAAACTGGATTACGCCAGCCTTGTTACTCATGCTAATTCTGGTGTTGGTTAAAAACGATGTGTCTGCCATTAGCTACCATTATTGGACAGTTCTGGTCAATTTGCTTTAGTGCATCAAGTTTTCATTAGCACTTCCCATTACCCAAACGTTTTTATTTTCATAAAAATCTCCACGTTGCTCTAATCTAAAACCACCCAGCAATAATCCCAACCATACCTCTACCATCGGCATTTTCAATTGCTGTTGTAGTAAGGTCAGCGTTATTTCATTTTTAGTCTGTTCCAGATACACCGAGATCGCACCAGTCCATTTTTGTACATCTTCATCTCCCGCCAGCCGATGAACATCCTCTACTGTCTGGATTTCTAGCATTGTCAAGACATTTTGTTTCTCCACAGGTGCGGCTATTGAATCATCCTTGCTGACCGGATAAGAAAACTGGTGTGGCCCATGCGGTCTAAACGTCTGCGGTGGCGGTTCTTCTATTAGGTCATCTAAATCCAGTTGCATCGTTGTTCTTACCAACCCCGCAAAGATGTCAGTACTGATAACTGGCCCCTCAGTATCGTTCTGAGCCTTTACATCTTCTAGCAATAACCCAGCACGAGATAGGAGAATATCTGCTATTTGATAAAATGCTGCGGCTGCGGTTGATAACTGCGCTTCGGTTGATAAATTTTCCAGTTGAGTGTCTAAGCACTCCCACACTGGCGCTAGTGACGAGGTTGGTGGCGCGGCAGATATCTCTTCTAAAATTTCCCAAATAGTTAACTGACGATACGTTGTCATCTCTATGGTTCAGGGTGCATGGGGCAAGGTCTTACTGGACAATGAGAGGGGCTAATCTCAAACATATCCTTATATTGATGCAGCGAAATACCATATTGTTTGGCAAATGCTTGCAACACTTGGTCTGTATAAGCTCGGATTTTACCCGCTGTCAATCCAAAGCAATGAATTGGCTCTAGCCGACAAACGGGTTGTTGCCCTAGCCATAGTTCTGCACTCAAAGCGTGTAAGGGTTTATCTCCTGGTTCTTTATATAGATAAAGCACTGCATAATGTGTTGCTGGTGGCTCGACCGTAATTTTATCTATTTGTCCTTTTTTCTCATCACTGCGATGGCGATAAAACGAGCGGCGATTATGGCACACTTTTGGATTCCAGCATTTATCTCCCTCCGGGCCGTGCAGCACCTTCGCTTTCGATGTTGGCATTTTTGCACACAGTTGGCACTTGGGATCTAGTGGCTTTGGCATACTCTACTCCACCTCTGGCTCCTCGCCTATTGCCCGATAATACGCCGAGATCGCCGCTTCTTGTTCCGAGCGAAGTGTGTACCGTCGAAATGCCTTCTCACTTTGATGTCCTGTCAGTTTCCTTGCATGACCTGGATCTACGCCTAACAGTAATAAGTCCGTAGCGTAAGTATGCCTAAACGAATGCGGGTGTAGTTCTTCAATGCCTGCCAGTTCACCTATTCTCTCCACCGCAAAGTAAATGCCGTGATAACTTAAGCGTTCTCCTTTGAATGAGGCATGATGCGAAATCATCAACGGGGTGAGGCTGTTTAATTCTTCTCCCTGCTCACTACGCGATCGCAAATACTCAGTTAATACTTCTCGACTTTCTTTCTTCAGTGGCACTAAGCGGGGTTCATTCGTTTTTGTATCTGGCAAAAACAACAGCTTGCCATCAAAAGAACCGACATTTAATTCGACAATTTCCCCCGCCCTCAACCCATGACAGAGTATGTGTACCAGTGCTGTATCTCTCGGCTTCGTTTCTCCTAACAACTCCAATGCCGCCCACACTTTCTCCATCTGTTCAGGGGTTAAGCTTTGGGCTGGTGGTAACGGAATTTTTTCCAGTTTTATTCCCAATGTCGGATTCGTAGCAATTATCTCTGGGTATGTGTAACACATCCATTTAAAAAAACTTTTCAGCGCAGAAATCCCTGCATTGATGCTACTTTTTGAAAGCTGTTTACCTGTATCAGTCTGTACTTCGTCGCGGAGATATTCCTTATATAATGCCAAGTGACGTGGGCGTAGCTCATTGTAGTGCAGTTGCGTCCATCCCAAAAATCTCTTCAGTTCCCGTTCGTACAGCTTCCGGCTATTTACCGACAGATTGTTGCTCCGTAAAAATTCTAATACCTTTACATGGCGAATATCTGTTGTTGGCCGCGCTCTCTCTGGGCGCTGCAATGCTTGTAATTTTTCAGCGTCCAGAGGAATTAGTTTTATTGGTGGTAGATTGTTTAGTTCTGGGTTATTCATCATTGTTTCATCAAGTTTGAGGTCGGAGGTCGGGGGTCGGAAGTAATTATTTATATGTTTATTCTCTATTTGGAGTTAAATTATTAATTCTCGCTTGCTGCCTCCATTCTCCTGCCGTTCGATTTGCTGCTATTTAACCTCTGTTTAATTGTGCGAGTAGAAGCGACGAGTATCTTCACTATTTCATCAGCTTCTTGAAGTAACGGATAAAATTTAGATTTCTCTACAACTTCAGACTCAATCAAAATTTCTAGCCAGTACTCAGTTTCTCGTGCTTCTTTTAAAGCAATTTCCATCTTGTGCAAAAAATCTTTATCAGACTGAGCCGACCGCGACTCTCGTACATTTGCACCAATACTCGTTCCAGAACGTAACAGTTGCTTTGATAATGTGCGGCATATCCCTGGCTTTTCATCCAAAAAGCTGCAAGCTTTAATAATTCGGATGGCAAACACCTTACTTTTACCAACAATTCCCACATTTTTATCCATACTTGCACCTATTCCACATTCTTACTTCCGACCTCCGACCTCCGACCTCCGACCTCAAACCATCATACCTGATCCCGTTCGCAACACAAAATAAGTATCCCTTATCTTATCTACGATATTATCTACGATTAAAATTTACTTATAAATACTCTTCAATTATTTTGTATTGTGACTTACACCATAAATTGTCCGTAACGGACAGCTTATGGTTAAAAATCATCCAAAGTTTGATTCTTAGGCGGCAGAAACTGAGACGGTTCGTTAGCAACTAGATCCTCGACATCATCAAACCACATACACTGCCATGTCAGTTTGTCTCTGCGATGAGAAGAAACATCTCCCATTAACAGATACTGCCATGAATTTTCTGAGTTTTCTGTCACTACCTGTTCATCAAGGTTTTGGTTGATTCCAAAATCACCTAACCAGAGATGACAGCTTGAGCAATATCCTGGGCGAGAACACCTAGTCAACGTTGGAAATTGCTGATTACAGTGAAGACAATGCTCAATCAGAGTTTGATGTTCGTGATGGGGGCAAAATTTGATTGTGTTGACTAACCATAGCAGTGGGTTGTAGATTATTCGATTCTGGGTACGCCAACTGCCATAACACAATGGACACCAAGCTTGATACAAGCGCAGAAAACTAGACTCAAAGGTCAAACTTGCCCATTTTAGGGGTGACAAATTAGTCAAATCTTGGCGTAAAGTTAATTCCTCAAGAACCTGAATTAAAGTTGTAGCAAAAATACCTTTGATTTCATTTGCAGCTGCTAAGGAATAATGAATTCCAAAAAAATTATTAATAATGTCTGTGGGGCTTGTCTGAGACATTCTTCGCTCCATTAAGGGGAGAATCTTAGACAAAATTAACTGTTCTGTAGTAGTAGAATGATATTCAGCAAGACGAGCTACATACCCGCTCAAGCTTTCCACGTAGATTGTACCAATGCCAATAGGTTCCAAAGGGAACAATCGGCTACGCTGTGGCATGACTGGTTTTTCTAAATTCCACAACCCGTCATTAGTATAAGAATTAACTAACATCTAGATTAATCCCTACAGTATCTCTTTTAGCTTGACGCTTTCCAACACGACCCCTTTTCACAGGTGGCTGGCTTAAATCTTCAGGTGCTAAAGTTTCCATTTGGGTTCGGCTTTGAGTTCCTACCTCGTCCTGCCATCGCTGTTCTCCAGCTTTTGCCTCTTGTTGAATTTGTTCACGTCGTGCTTTCGAGTATTCGTTATGTTGAATATGCTGCCAACTCAAGGACATAGCATTTTCTGCCAGCGCAGTTCTTAAAGCTCTTGTTAACCAAGTTTTGAGGATACTAATACAACCCAACGAATAATCTAAAAGATATTCGTACTTTTCTACCAGAGGTGGTTCTTCAATTAATGGTAAGTGTGTTTGGAATGTTTGAAGTATCCGAATAAATTCCGTTACATCTTCTTTACTATCTGAACAATAGCGAGGCAGATGAATATCGTCACTGCGTCGGCTGACTTGACCACTAAGGTGGCAACAGTTCAGTAAATCATAAGTACCAAATAAAATATGTACAGTACCAGTAACATTGGCGATAGATTTTATCCAGTTCATCTGATGTAGCATTTGCTTCCCACCAGCCAACATCAGTAGATGTTGAGCTTCGTCTACCATTAGTGCTGTCAGTTGATGATGCCGCATCGTTTGTTCTAAAGCACGACGTACAATATCAGAACTTTTGGAAGCGAAGTATGTATTGGAACCAATTGCATGATTTTGGAAATTAACGTTACTGTTCTTAGTGCTTAAAGTTACTGAAAGATTATCCAGAGATTCTAAAACCCTTAAGTAATAATCTTTATAATTAAACTTTCCACCTTCTGCTGGAATTGCTTCTATTCCTGCGACTGGAATTTGACAGGTATTATGGCTCATGGATATTAATGCCTCTTCCAATAACAGCTTTTCGGCCCGCAACCTTAAAGTTGTTTTGCCCACACCAGCCGGCCCAACAACAAATAGAACACAAATATCTGTTGGTTGTTGAAGATTCATTAATAAAGCATCTAAAGCTTGCCTTAAACGTAAATGCCCAACTGTAATGCTATGAAAATAGTTCAGTCGCTCTCTTGAGGATTTTGTTAGGAGTTCTTGTGGAAATGGACGTTGAAAATTCATTACCACAGCTCCTGTTGAGAGTAAGGTTGGATTTGCCTGGGATTGATTTCTTGAGCCTCTAATTTATTTGGCGGGGTTAGTTCTTCTGTAATATTGTTTTTAATACTGGCTAAATCTTCTTTAATAATCGATTGTGCTTGTTTCACTCTTTCAGAAGCTACAATTTGACGTACCCCAGTTGCTGCCAAATCTCGCAGTCTTTGTAGTTGTAAAATCTCTTGAGCTTCGGCTGATTCTAAATACTGTGCAAGTTCATTAGCTCTAATTGTTATTCTCTGGTTATACTGCTTTTTCTGCTGACGTATTTCGATACTAGCAAGCCGAATTTCTCGTTCAGTACGTCCTTGTAATGATGAATAATGTTGTGAAATACAACGCACCCAAGCATTTTTCACATAGGCATAAGCCGTACCTACATCCCAAGGATCATATCTAATAGGTACTTGGGTTCCTTCAATTTCAGGATGGATAAAACAATCATCTATTGACCAGTAGTAAATGTGGTTAATTTTTACCCCAAGCTTTGGTATAACTTTGGCAGTTCCTTTTGAAGTTGAGGGCAATGTAAAAATTTGGAAATTTTCATCATTAACAATTCTTTGACTAAAGCGCATTCCACTTTGAGTTAGACCATTTTCAAACACAACACATGGTGCTTGTCCGAGTGCAGGATGTTCTCTTTGGTCATAAATTACATACACATATTCACAAAAATATTCATATATTTCTGGCAACGTCCATACAGCTTGCGTCTTTGGATTATTCGTCTTATTTACTAAGCGAATTTGTTTTGTAATTTGGGTATTCCCTTTCAGGTTATAGAAAAATTCAGTATGACTAGTGCCAAAAAAACGCTCAATTATTGAACCAAATCTAGGACTAGCCACAGGGCGTTGTTTTTTTATACAACCAAATGCTGCTAACAGAGTTTCAAAGTAAATACTGCCAAATTCTATACCATTATCTACTACCAAAGTTTCTGGGAACCGTCCTAATCTCTGCACACAAATTCGTAGCACCATCATGCAGGAGCGATAGGACGGCGGGTCAAATGTTAAATAGATAGCTAAAATACGTCGTGAGAAAGCATCAATCAAAACGGTTGCCCAAGGTCTACCCAAACAACATCCTGTCCTTTGGCAAACTAACTCAATATCTAACTCGGTATGGTCAATGTGGCAAATTTCAAATGGACGGCTTCCGTGGCAAGGTGTCGAGAACTTTAATTCATGATAAAACGAGCTTTTCTGATAAGCTGCCCGCGAACCTTGCCTTTTACGGGTTTGTCTATGATCTGCTCTACTGTTGATGCGCTTGTAAAACGTAGTCCGACTGGGGCAAGGGTCTGTTTTTCCCGCTTTTTCCCATTCTCTTGTCAGAATACCGTAAGTTGTCAGTTTATTTCTCTGCTTGAAATTTTCGTAATGCTGCTCAATAATTTTATCGATGAACTCCCATGTTTGAGGTGAAAATCGCTCAATGCGATTTCCTTTGTCTTTACGATTTGGCAGCAAACCAACGTAACCCCAGCCTAAAGTTTCCTCTGCGGCATAATATTTGGCTTTCCATCTGCGAATTGTGCGCTCAGATACAGGACTATTTATTGGCATTATTGGCGGATCTCTATGCAGATATGGCTCAATAATTTTGGAGCGGTAGTTCGCCACGGCTAAGTCTTCTGGACTGGCACATTTTAACTGTTCCCAAATTTCGACTGATTTTATTCCTTGAGCTTCAATGCCAGTAATTTCTTTTTGTGCAATTAGTGTTTCAAACTCTGTATGGCTTAACCCAACTAGATGATTTTCACCTTGTAAGACAATTTTTTTCTCTCCAATCTGAATTACAGATAAACTTTTTCCATCCCAGAACACGGTTGCACCAACTGCTACATCAATTTGTTGCCCGCAAGCAACTCTAGCAGCCGCCTTTTTAGACATAATTAAGTTATGTGCTTCTGCTACCTGCTGGTTACTAAACAGATGAACTTTTTCTGGTTCACTCAACGCTAAGGCTTCTAAGTCTACATATAACTGCTTTGTTGCAATCAAGACATAAATATCATCTACCCAACTCGTACTTGTTGATAAAAGTAATTGTTTCAGGGTCATCCCCGGATTAGCTGTAACAGACTCAATAATTCTTGTCTTTGCCTCTGGATTAACTATATTCTCAGGGTTCAAGTAAGCCCTGAGAAACTGATGGTTGCTGTAAGCAATCCAGTTTATTTCCTGATCTGTACGAAGGTGATAGTAAAGCCCCAATGATTGAACTTTAGTTTCTGCCGGTGGAGCCTGCCACTTACCATTTTCGTTTTGTTGATACCTTGTGGGTTGTTTCTGAGCCAGTGTCACAAGACGTTCGTTAGTTTTCCATTCTTCAAACCCTGCACACTTATGCCGAATTACCAAGAAATCAGGAGTATGGCTTGTCACCACCCTACGTCCGCTTTTCGATTCAAATGATAGGCTTAAACGAACTGGCTGGTCATAATACTCCAGAACATCTTCGTCGTTTTCATACTCTACAATCGCTGGCAGCTCTACTTTATGGGACTCAAACTGAATCGTTTTTCCCATTTTCTGGCTTGGATAGCTACCACAAACATTTTTCGCCCCGCCACCTACTTTCCTTACAGGCTCCGAACAACGGATTTGTTGCACAAACTCTTTTGTCGTCTGTGCTAAACCGAGCCGATGACACCATTGTTCAAATTCTTGGTCACTGAGCATACAAAAATCCGTAATTTTCGGACTGTTTATGCTTGAATAATTAACTTTCGGTCACTTTATCATTACAAAACACTAGTTTCACTGTCCGGCTACTAAACGTAATAATCTGCTTTTTAACTTCTACTGCGGACAACTTATGGTTTTAATAACGGACAGCTTATGGTGTAAGTCACAAGTTTTATGTCGGTTTGCAGACTAAATGAAATTCGTGCGGACTAAGTGAAATTTGTGCGGACTAAATGAAATTTTGTTGCAGACTAAGTGAAATGCGTTTCATATCACATAATCTTTAAAAATACCCGACTTCAAGCCGCTCAAGTCCGGGAAGAGCAGGTTCAGCTTGGCTAACCCAGCTAGAAAAATAACTAACTCCAACAGCAAGAAAAACATTGGTCTGTTTTCCAGCCTGAAAATGCAGACAGGTATATGGTATGAGTCCCTAATTGAGAGGGATTATATGTACCTGCTGGAAACCGACCCAGATGTGCTGTCGTACCACAGCCAGCCATTGAGTATCTTTTACAGGTTTAATCACCGTCAACGACGCTATACTCCTGACTTTTTGGTTGAAGGCAGGCATAAAAAGTTACTTGTCGAGGTCAAACCAGCAAGCAAAGTAAATTCTGATAAAAATCTCAGTTTATTCCGAGCGTTCGCGCCCATCTGTCAAGAGAAAGGTTGGGAATTTGTTGTAGTTACGGATGCAATGATTCGAGTTCAGCCACAGTTAAATAATCTCAAACTTCTTTATAAATATGCTGGTGAACCGTTAAGCATCAATAATACCCTAGACTGCTATCAGTATTTTCAAAGGCAGGTTTCAACATCGATAAAAACTGCTCTTTTAGATTTAGCTCCTAAGCAAATTAGTATAAATATTTTGTTGAAATTAATTTTTCTAGGATTCCTGAAAACTGACTTAAGGCAACCTATTAGTTCAAATAGCCCAATCTATATAAATCAAAAGGCACTTTCTCTACTGGAGTTTTCTATATGAGTAGGGTAAAACTATTTCAAGGGTTACACTTTTGGTTGAAAGGTCGAGAGTATACTATCAAACAAAGATTAACCGATGGTAGCTTTCAAATTTGTGATGTCGTAACAGAGAATGTATCCTGCATATCCCAAACTGATTTAATTCAGTTATTTTTCAAGGATGAATTAAAATTTGAAAATCTTCAAGCTACTACAAAAGCAAATAAAAAAGATTATTGTGGCGCAGATTTTACACAAATCCCTTTAGATTTAAAGCAGGAAGCCCTAAGAAGAGAACAATATACACTTGCTGTGTTAGAGAAAAATGATAGCAGGCGCACCAAAGAATTCCTCTGCCCAATCATAGAAGAAACATCTCAAAAAATTAATGATTCTCATCCGCCAAGTTACATTACACTTTATCGTTGGCTAAAAGGTTACGAGTATTCAGGAAAAGACATTCGCTCACTAGTACCAAATTATAGAGGTCGTGGAGATTATCGACCAAAGTTACAAGCTGAAGTCAATGAAATAGTAGAAAAAGCCGTTAAAAAAATTTATCTAACTCCATTTAGAGCCAGCGTAGATGCCGTTTATGATGAAGTGGTCGCTAGCCTTGAACAAGAAAACAAATTTCGAGAAGAAATTGGATTAGAAAAATTAAAAATTCCGCATCGGACAACCATCTATCGCTCTATTTCTAAACTAGAACCCTATGAAAAAACCAAGGCTAGATATGGTTCTAAAAATGTATACTGCAAGCCAAGAATCTATGCGAGTAACTCGTCCTTTAGAAAGAGTAGAGATTGACCATACAAAACTACCATTTTTTGTAGTGGATGATGAAACTCGATTACCAATAGGAACTCCTGCATTAACTTCTGCTATCGATAAATATTCAGGTGTAGTTGTTGGTTATTATCTAAGTTTTGAACCTTTTAGTTCATTGAGTGTGATGCAGTGTTTGCTCAATGCCATTCGCCCTAAAGATTATGTTAAACGTAAATTTCCTCAAGTAGAGCATCACTGGACTAGCTATGGATTAATGGAAACACTGGTAGTCGATAATGGTAAGGAATTTTATAGCGAACACTTTAAGGATGCTTGTAGCCAGCTTCAAATTCATATTCAATATACCCCACCTAAAATGCCTTGGTATAAGGCAGGGGTTGAAAGATTTTTTGGGATGTTAAATACCAAAATATTGGTAGGTCAACCTGGATACTTCCTTTTAGAGTTTACGCAGCAATATGATTATGATCCTAAAAAAAATGCTGTGGTTTCATTTGATGCCTTACAAGAAATGATTCATATATTTATCATTGATATTCATAATCAAGATGCTCATCCAGAATTTAAATGTCCCCGTTCTGAGGTTTGGGAAAAAGCATTATTAGAATATCCACCTGCATTACCACCTTCACATAAGGAATTAAGGGTTTTGCTAGGACGGATTGAGAAACGAGTTATTTCTATAAAAGGCATAGAGTTTGAGGGACTTTATTACAATAGTCCTGAACTTGTCCAGTTACGTGCTGATTTGGAAAAATCAGATAAAAAAAGCAGTTCGAGTAAGCGATTCACAGCGAAAGCGACCATTAAAGTTGACCCTCTCGATTTATCGAGTATCTATGTTTTTGACCCAACTTGTGACAATTTTATAGCCATACCTGCTGTATCTTATGCTTATACTCAAGGACTGTCTCTATGGCAACACAAAGTGATAAAGAATTTGGCAGCAATTGAGTACAAAAAAGTAGATATTGTTGCCCTTGCTTTAGCTAAAAAGAAAATTCAAGAAATAGTAGAACGAGAATGGCTATTAACTAAAAAAGGTAAAACTCGTTCGGCAATGGCTAGGTGGAAAGGTATAGGAAGAGAAGGATTTAACAGGGATCAACCGGAAAATACTATAACAGAAACAACATTAAATACTAATATTAATCACCTGACAGAGGAGGAATCTAATAATAGTCCAATGGCAGGCATATCCGACATTGGTAGCGCTTTTAATTTATCTGAATCCTCACAGATTAATGAGAAAGATACTGATAATTCATCCTCTCAAGTTGAGCCAAATCAAGATTTATATCTAAATTCTACTGACAGTAACCTAAAAATTCAAAAAAAGCGAAAACATACCCGAAAGCAACAATCTTTATCTCAAGTTGAGCAAACAGTTTCTATTAATGAAAAAACGGTGGATGAGTGGAAGCCAGATTTATCTGGATGGGATATTAGTATAGGTTTACCAAATCCGGAGATATAAATCTATGTTAGATAGAAAGCATTTGCTAAAAATGACATTGTCAGAGCGATTGTATCTTGCTAATAACATATATGTTATCTATCCTCGCATCAAAGAAATTTTATCAGCTATTGATTATTGCCATCATTTTTCTAACTTAAAAGATGAGCCAGATTGTTTATTTTTGCAAGGAGAAACTGGAACTGGTAAAACTACTATTTTTAGAAGTTACCTTCAAGAGTCTCCCAGATATGAAACAGCTACTGGTACAGTTGTTCCGATATTGTCTGTTACCATTCCTTCCCCGGCGACAGTCAAAAGTGTTGTAACTAAGCTTCTTTGGGAATTAGGAGACCCTGCTTATGATAAGGGTACAGTAGGAAGTCAGACTATTAGGCTAATAGGATTGATGAAAGATTGTGGTGTAGAACTTATTTTTTTAGATGAATTTCAACATTTTATTGACCGAGATTCAGCTAAGGTACTAAAAACTGTCTCTGACTGGTTAAAAAATTTAATTTTAGATGCTAAAGTTCCGATAATTTTAATTGGTTTACCAGAAAGTAATGCTGTTTTTAAGTTTAACTCTCAGTTAAGTCGTAGGTTTACTAATAGATATACTCTCAGCCCTTTTGAATGGAAAGCTGATTCTGGCAAAGAATTTCGGACTTTTATACATGCAGTGGAATCACAACTTCCCTTGAGTGATGAATCTTGTTTAGCTAGTGAAGAAATGTCCCTGCGTTTTTACTACGCATCTGATGGTGTTGTTGCTTATGTGATGAAACTAATTCGTTATGGGACTTATTTAGCACTTCGTCAAGGGTTAGAGAAACTTGATTTAAATGTTTTAGCTACTGCATTTGACAAGTATGTAAAAGCAGATAAGCTGCACAAGTATAACCCTTTTCTTACTGATGAATATCTCCTATATGAAAAGGAAGTTTATTCCTTACAAGAATTTTCAACTTTAGAAGCTACTAATCGGAGAATTAAACCAAAAACTCGCTCAACAAAGGCATCTGACATTTTACATAAATAGGAGAAGGAGGGAGTCAGCTTGTACAGTGATAATAAACTTTTACGCCGCCCTTATCCTTACACTGATGAAAGTTTAGTTGGGTATATTGCCCGACTCGCTGATAGTAATTACTACTCTTCTCCCGATTATATTTTAAGAGTTTCTGCATTAACAAAAACAGAAAGGCATGCCAACATCTTTTATCCTCAATTTGATAGCTTATGTTTGCTAAGTCATATTACTGGAGTCTCAGAAAAAACTCTTTGGTCGATGGCATTTAGTTCTGTGACTCTTGGCAAGGCTAAATTTTTCTATGCAACTCTTGTTCAAGCATTTGGAGAGAATATTCCAGTTAGGTTTATTCGCAAACAAGGCCCAAGATTATGCCCTGTTTGTTTACAGTTATCGCCTTATTATCGTCAAATTTGGCATCTGCATAGTGTTACAGGATGTCCTTTCCATAAATGTTTTCTAATTGAAAAATGTCCTAATTGTCATCAGCCTATTCAGTTTTTTAGAGCTAACTTACTCAAATGTAAGTGTGGATTCGATTTACGTAATTCTTCTATAACTACTATCAGTGCTGAACAGTTTGCTTTGTCATACCAAATTTCTCTGCTCTGTCAAGTCCCTGATATAGATTCAGTTAATTATAGTAATGAAATTCAATATTTAGAAAATTTAGAAGCGTCGAACCGAGATAAATTATCTGGTTATAATTATGATTTATTTGAAGGTTTAATAGCTAAAGATACGATAATTAGTGATTACGTATTTTTCCCTTTGTTGGAACTGCATACATTACTTGCTTGGAGCTTAACTCAAAATGACGCAAATCAAGATGTTATGTAATTGAGAAAATTTCATTTAGTCTGCGAATTTAGGGGGAAAATTTCACTAAGTCTGCAAAAAAATTTCATTTAGTCTGCAACAAAAATTGCTCAAACCCTTATTCTTGCGTTGAAAAAATTTCACTTAGTCTGCAAACCCACATTTATACTTTTATTTCAATAATTAGAATAGAAGCGATCGTCATACTCTGGCACTTAAGTACCTCAAACCCTTGTTCTTGCGTTGTAAAAATTTTCTGCTTATCTGCAAACCCACATTTGGATGAGTTGTTCCCCCTACACAGGGCAGGGCTGTTTCATTCTAGGAAGAAAAATGGTTGAATCGGAGAGTCAGAGCAATGTTGAACAGTAGTAATGAAAGTCAGCTTAATAACGCAACTGAAGCTCGTCAGAGATTTCCGTACAAAGCAAGGACAAAGACACCCATTATGGCTGGTACTGGTGTTGGTAATCATGGGAACAATGAGTGGTTGTGTAGGATACAGAGGTTTAGGAGATTTTGTCAAACGCCATCAACAATCATTAATCGAAATACTAGAGATACCAAAACAGAGAGTGCCATCGTACTCGACAATTCGCCGTGTGATGATGCGTGTAAATTTTGCGGAATTGACACAGATATTTAATAAATGGGCAAGTCAGTACGTAGAATTAAGCTCCTTAGAATGGTTAGCAACTGACGGTAACGACTTGAAGCGACTGCCGTTGAAAGATGTTGTTTTTGATGAAGACTCGGCCCAAATGGTTGATGGCTATGCTGCTGCTAATTTCTCGATTATTCGTAGTTTTGTGATTAACCTCTTACGTAATCATGGTTTTGACTCCCTCTACCTTGGCGATTTTTGCCATCTTATTTCCAGATATTTCGCAAAAAGTGGCAATTTTAGATGTTGCCCAGCAAGTGATGTTGGTGCAAATATTGCCGGTGAGTCTCGGTCTTGTCATCAACAAGTTCGCTCCTACATTTGCTCAAAAAATAGCCCAACCCTTAACTTTGATGGCTGATAGTCTGTTTTTAGGGCTGGTTATTTTGGCGTGCATCCTCGGACTACCATTGTTGTACAAGCTTTGGGTATTACCACTCGGAGCGATCGCAATTATGGTGATTGCCTCTCTAGGAATTGGGCAGAATTTTCTTACCTTTAGTCCACCTCAAATCAGATCTACTCAAATCAAAAACCTGGACTGTACCTGCTTGTTTGGCTGTAGATTACTTATCAAAATATAACTGTGCGGAATATAATTTTCTAGAAGATTTAGATCCGCAATGTCTACCAACTCTTTTACTTCATTGGTTTTGACGAGTACGCCACCTTTGACCCAACACCCGGCAATTATTTATCTCTCGACACTAAGTCCGGGATCGAAACCGACAATGAAGCACTCACTCAACCTGATTGCTCAATTGGTCACAGATCATCAAGCTGACCATCTGACTTTGAATTGGTCAGGATTGCGCTACAAACACACCCTAGCTCTTCGCACCGCACTCATCCAAAAGTACGAGCCAGCAACCGTTAACCGGATACTATGCGCCTTAAGGGGCGTTTTGAAACAAGCTCTACACTCCGGGCTGATTAACCCGATTGATTATGCCCGTGCTGTTGACATCCAGAGTGTCAAAGTGTCAAAAGAATTAAGCGGACGGGTGCTTAGTCAAGATGAGCTTGATGCTTTGATGCAGACTTGTTTTAGCGATCTCACCCCAGCAGGTTTTAGAGATGCTGCACTTATAGCTTTCCTTCGCGGTGCTGGTCTGCGACGGAGTGAAGTGGTTTGTCTGGAGCTAAAAGATTTGGCACATCCTGGAGAAATCAAAATCCACTCCAGTCACACACGAGTTGACCGGATTGTTTATTTATCTAAGAGCGCGATCGCTATCGTTAATGATTGGATTGAAATCCGAACTCGCACACCAGGCCCCCTGCTATGTCAAGTCAATAAGTCTGGACGTGTAGTTCACAAACGGCTTACGCCCCAGGCAGTGTTATTTATTTTACACAAGCGGGGTGAACAAGCTGGTATCAAACCATTCTCGCCTCACGATCTGCGGCATACGTTCATTTGGGATTTGTTAAATGCTGGTGTAGATGTTGTAACTGTACAGAGTTTAGCTGGACTTTCTAACCCTGCTCTGACTGCACGCTATAACCTTCACACAGAGGATCGCTCTTGTCCCCCTAGACTGGGATAATGAGAAAACAACGGGGGTGGTAATTAAAGAGGCAAGTTGAAGATTGATAGGCACGGCAGAGCCAAGATACTCTCGCCAGAAGAAATTCAACTTCTGTTCTCGCAGGGGGTAGACTCACTACGAGACAAAGCGTTATTTGCCGTGATGCTTTACACCGCTTGTCGAGCTTCGGAAGCAGTGACATTACTCAAGCGCGATGTATATGACTCCAAAGGAAAAGTCAGGAATAAAATCACTTTTCGCAAAGGGAATACAAAAAATAAACTGGCTACCCGCGCCATACCTGTAATTCAAGAATTGCGAATCAGGCTACAAGCATATCAACCGCGAGATGATTCACTGTGGCTATTTCCGGGAAATCCAGACCACTCCAGGGCGGGTAGCCACCTGCACCGAGATTCGGCACTGTGGATAGTGCGAGTAGCTTGCCAACGAACAGAGATTGAGGGCGTAAGTTCACACAGCTTTCGTCGCACGGCGCTCACAACCATGAGTAATGCCGGAATTCCCTTAAGAGTAATTCAGGAAATTTCTGGACATCGCACCTTGGATGAGCTTTACAAGTATTTGGAGGTAAAAGAAGAACAAGTATTAGGAGCGGTATCATCGTTATCACTGCTTGCCCCGGTTGAAGAAAACGACTTCGAGAAACCTACGAAAGTCGAAGTGGTCAAAAACACAGTCCAGAAAAGACCTTAACCTCATTTTATTCAAAAAATAAATTTGCAAGGAAAAACAGTACAGTCAACGTAATATTGCTGAGAAAAAAAGTAATAATTTGTAATAGTGAGCCGTCAGCTTTGATAATACTTCACCCCTCCACAGGCAGCACATCCTCAGAGAGCCAGTCATAAAACTGTGGAAATGCAAGAGCTAGAGCCTGCAATTCTTCTTGTGCGAGCGTATCCAGCTTCAGAACCACCTCCCACCGCCAATCAGTGGCCCATCGCTTAAGAATGCCTTTGATAGCCTCGGCTCCTTTGGTAATACCAGAGCGAAGCATTTCTACACAGTGAAGTAATGTAATTCTGTTATTTGGATCTGGGTGTGGCTCCGTAGTATCCGCCCCCTCAACTAAGGGATTTCCTATACCATTTATGGGGGGGGTGGATACGGGAGAAGAAACAGGTTCAACTCCTTGCGAGGAATGTGTTTGAGCGTAATCAGTTCGTTGCTGTTGACGATGAGCGATAACTTGTAATGCAAAATCTAATTCCGACTTAGAAAGCGAAAATAGTTTAACCTGCATTCCGCGTGGCCCAGATTTGCGAAAATCTAAACTTAATCCCAACTGCGCGACTAAAGTGGCCAGCAACCAAATCGGTTGACAATCAGGCGGGACAGTAAACCCCAAAATTGCTTTAATGTGAGCAGCGCATTCTTTAGCTCTGTGGGTCATAAGTAATAGTTGTTCGTCCGTGGCAGTAATTTCTTCTCCTGTGACTAATCGTTTGAGAATGTCATATAGTCCTAAGTTGAAACGCGCTAACCACTTGGCAGAGTAATTCCCCCAGTCTGTGCAGAAAGGTAATTTATTTCGCTCTTGCAAGTCTTTGGCACTGACAAATTCTGGGGGTGCGGGGTATTGTTGGTTAGTCCGAGAATCAACAATTGTCTCTTGAGATGGAGATAAGATGGCCTCTAAAGATGCGATCGCACCTATTAACCGACCGCCGTTATCTTTCTCGACGAGAGATTCGGTGACTTCCACACCGTAAGCATCGTGAATGCGAAACTTCTCACATTCAAAAAATTCGTCAGGCGAAAGGTAATCTTTACTTTGCCGTGCGCGGTACTCACTTCTTGAGATGGTATTGGCTTTGGCGACAGACTGATGATGAGCAGCATCTAGAGCATCAGCCGCATATTTTAAGGATTCCCAAGCTGCGACATCAATATGATCCCCGACTGGTACAATCTGATTACCCATCTGGGTTAATAAGTCGCGTAGATCAGCCCGAAGATTGTTAATTGATTGATGACGAGAAGCTTGAATTTGGCAGTAAGCGTCTAATGCCCAATCTTTCTCAGCCCCGCGCTTGCCTGTTTCGCGGTCAATTTTAATTAAGAACGCAGTAATTTCGTTGGTTTGGAGTAAGCGTTCCTTGATTTTGGTAGGGTTAATTTCTTTATACCCAAAAGGTGGTTTGGGAGCAACCCAAACGTGAATTGGCACTTTCGGACGATAACGCCACAGCTGTTGAGCGCATTCAGTTGCAGTTTGGGAAACGGCATGGAAGACACCGAATACTAAATCAAAATGATATTGGGAGATGTCAACACCAGTACCTAAACTGGGACTTGTCAACAGCACATCTAAATTCTTGACAGCGTTGGTAATATCTTTAATGAAAGCCACATTCTCATCACTGCCGGAATTATCAGAGTGTACAGACCAAATTCTGAGAGTAGGGTGTGGGGTGTGGGGTGTAGGGTGTAGTGTTCTTGGTGTCGAGTGTGGAGTATAGGGTGTAGTAGTAGAATCTTCCCTACCCCCGACACCCTGCCCCCGACACCCTGCTTCACTCAATGGTATTGGGTCAGACTCTAAAATCTGTACACTCAAGGATTTTTCTAGTTTTTTGATGAATCGTTTAGAATCTGAAACCACCATGACTTTTTGACCCATCATGATTGCCGCCGAGATTTGAGCTACCAAAGCCGAAGAATCTTGACCTTCATACCAATAGATAGTGCGCTCGCTGTTTTGCCAAGTGTTTTCGATAATATATGGTTGTTCGTCCTCTGGTCGCATTGATAAGAAAAATTCGATGGTCACATCATCTAAGTGTGCGTCGGCAATCACGACTAGAGGGGCATTGTAGACAATATATTGTAGTGTTTCCAGGATTAGGGCGCGATGTTCCTTGCACGTATTACTGTGCAGTAGGTGTGTCAGGTATTGGCAAGCCTCATCAATGAATATGCAACCATATTGTAATGCCTGGGTATTAAGCTTATGTAGGCTGTCGATAGTGATGCTGAGTGCAGTTGCTTGCGCCAGTTCTGTATACCCAAGCTCAGAATACATTAAAGTTTCTAGGCGAACACCCAAGTTTTTCAGCAGATTTACTCGATGCCCATTATTGAGGAACTTCTGGTCTGGGTTAGCTTTACGCCAGTAACGCATCAACTCGGTCTTGCCAGTCCCCATGCCGCTTTTGAGTCCCACCAGTCCGGTTTTTGGCAACCGGACACTATACGCCAATCCCTGAGCTTCCTTATGTGGTTGGGGTGGAATCTTTAAGAGAGAATCCATGTTAGGAGAATTTAATAACTGGGTCTGTTTTGTACAGGTTTGAGATTGGGGAAACAGTTCTAATACTAGCTGTTGAAAATTTAAAGGCGGATTTTCTTGTATTGAAATATCTAATGTTGGTTGAGTAGTTGCGTTGGTTTTTGGGGTAAGATTTTTCGTCTTCGGTTCTGGCTCGGCAGGTACTACCAGTGCTTGAGTAAGATACTGAACATGAACAACCTGATTGGGCTTATATTTTCTTAGCCCTTGATGCTTAACTATGTACGAACGTTGATAATCCTTCAATGAGTGAGCATCATCAATAATTGCCGTCAACAGTGCGTTGGCGTAATTACCTCGCTCAACCACAAAATCATCAACGCCTTTCTCCGGCCCTGGCAGTAATGCCACTTCACAAGCACAACCTACAGATTCAATAGTTTTACCAGTTCTGACAGTTGCTTGATACACCGACCAACGAGTTTTTAGCTTGGTTTCGTAGTCAAACAGAATAATAAATTTGCGCCCCGGTTGCGCCAGTGGTAGCAAATCGGGATGCAGCCTTTCATCAAAATCCTTTTTGCCCACTCGTCCATTCCAAATCCCCGGCAGTGCGATCGCCACAAACCCCAGACTTAGTAAACAGGCCGCCTTCTTCTCACCTTCGCACAGAATAATCGGGATTTCTGGATGAGTAATTACCCATTCCCAAAAACGGAGCAAGTTGAGCCTATCTTGTAAGCGTCGGGTCAGGGGGGAATCATAGCGTTTAATGTTGTACCGTCGTGCCACTAAATTCCAAATGCAGTTGGCAACATCAAAATAAGTAACACGGTTTGGGACTTTTGGTGGTGACTCGTACTTAACAGGCTTACCCTTTTCTAAATCTATTCGAGGGTGAGTCGGCTTGAGTCGGCCCCACTCCATTGGTTGCCAGTTGTTGTAGGGGTCGAGTGACCCCATCCACATTCCCCCTGCCATTAAATGCACATAAGCTTTCAAAAAACCATCTGTGACTCGACCTGCATTTTTTCGGGGTATGGCTGGAGATATAAACAAATAATCGTATATCGTTTCTCCCTCGATGTGCCTGAAATTCCGGGCAATTATCTCAGGATGAATGGCACTACCAACAGCCAATTCATGATACTCGGCTGCTGTCAAATTATTGGGGTATTCAGAAAATGTATTATCTGAAATTTCAGATAACACTTGCGCTCCAATCCCCGATTTTTGTGGGTATTGGTCATTTAACACAGTATATTCCTCTGATAGCTATGGTTTTCAGCTTCAGAGAGAGGTTTTCACACTGCCTTATAAAAATTTACATATTTTAAATATAAATTTTTCGCCAAAATGCCAAAAAAGGGCCAACAGAAACTAGCTCTACTTCCCTTTCGTCGCTATAATAGGCAAAGTAAAGCAGCGTGGGATCTTCATTGACAAGTCAGTGGAAAAGTCGGCAAACTTTAAGCGCCACTATCTTCGTCAGACCTAGATGAACCCCGCTCTGGAATTATTGAATTGTCTAGTTTCCGGGCAAAGCACTACTCCTTAGTAGATTTTGCCCTTTAAATCGTTTGTATCGTTTTTACCTCCTTTGATGACCAGCTTGATCTTACAGAACTTTGGCTATTTTCGCATCTAGCAAGATTTTGATTGTTGAGTTGTGTTACCTCCAGTTTGAGTAATTTTTGTTCAATGTGCCTTGTTGGTTGAGGGCTTTTTTCAAACCGTCCCAAGAAAGGTAGCCAGTTACCTGCCACCCAACCCCCGTACCCCACTTCTGCACGAAGTCTATTGGAATTCTTCATACCTCAACTCCTTGATGCGAAAACTCTTTAGCTGTTAAGGAAACAGAATTATTAATTGCTACTTGTTCGCTCTCCCATCTTCTCCAGCACTTTTGGTTGTTAAAGCTGTATTGCTTTTGTTGAGTAAACAGGATGTGAGTACTAAATATCTCAAAAGTTTCTAAGACTGTGCCAAAGACATAATCTTGTACTGGAGAAATCAACAGTAATACTTCAGCATGGGGATCTAAATCCTGTAAGGTACTCACCAGTTGATTGTGTTTAACTAAAATTTGCCTGTAATCATTTGTATTATCTGCGATGAGCGCAACTGCTTTATCTGATATGTGCGTATTGAAAAAACAATGCCAAAACCAGCTGACTCTGGGCAATACTATACCTCTTGCTAAGACGCGTTGAAACCGTCTTTCAACAAAAGAACTAATTAGTAATTCTTTCCACTGCTTAGATGCAGAACAATTAGGGGTGTAGTCGTGCAGTGCAGTTACCACACCTGACAACTTCACTCTGATCCCCTCTTGTGCTGGGTGATCGTTGTTTTTCATGATTTTCCTCTAATTACTTGGTTTACAAGCTCCAGAGGGGGTTTCCACATTGCTACACTTTTGTACTATGAAATTCTTAATTTTATTTATAAAAATAAAAACTATTGAGAATGATGAATTCCGATAGCCAAAAGTTGCCACTCAAAATTTACATTCCGCGTGACAAGTTCTATAATAAAGAAGCAGCGTGGATTACACTCTTTGACAAGTTTAGTGGAATCGAGTCGCCAAACTAGAATAGCCACTAATTTTGTTTGTTAGAGATCAACTCCCGCTCTGAGCTAATATGAACTTTAAGCTAGAACGAAGCGCTACTCCTTAGTGGCGCTTTTGTTCTTTAGGTTTTTGTAGTTTTGTCTATTTATCTCCATCTATCTCTCCTATTAGTCTTACAGAAGTTTGCTCACCTGGACTGTAACAATACTTTGATTCTTTATTATTGAGTCCTCCACAGTAGCGGGTTTTGCTGAGTATTCAGGATTCATGCTCTTCTATAAACATCTGCTCAGGTGATTGAGCAGGTTTTTCTCAACAGCAAAACCTTATATATAGAGCATTTTCTAAATCTTTATTATTTGATGCCTCCTTTACTAAAGTTCTTAATATTCCATTTTGGATTTAAGTTAGCCTGCGATCGCATATATATCTACTTAAGGTAGTTGCTTGCTGGCAGACTTAGCCGAGATTTTAGCTTCCATGCCTTAGATGCACCATGAAGAAGCATTTAAGGATATGAAATGGCTGTTAATTAGATGTATAGTTTAAATCATACAGCTTCTAAATGTTCTTGGAAAGTTGCTTTTTTCTAAAAAAATATAGAGAATATAGATATTGTTACGAACTTACTTAAAAAAGCTAAGTATAAAAGTAAAAAATAATACTCTTAAAAATCTCTATTTCTTGCTACAAAAGCTGAATAATGCCTATATTTTCAGTAGATTGCTGAAAATTCAATATAAAATTTCGACTACTGATGTAATTTTTATATCTAGTAACTAAATAAAATTTATATTTAAAATTCTACAAAACAGAAAGCCTTTTAGTACTTTAGTTAGATATAAGTTAATTTTATATAGATAAAGTAGATGTGAACAACTTGAATTGAGTGATCGTAAGTTCAGCAGATGTTAATCCGATGGTAAAGGTAAGAGCATGAATCTAATAGAAATTTCCGACTTAGAAAGTATATTAGATATGTTAGAAGAGAAAGTGCTTCAACATAGTCAAAGACCCTTATCGGAAGCAGAAAGAATTGTAATCAGGGGAGCTTGGAATGGAAAAGATTATAAGGAAATGGCAAGCGAGTCTGGGTACAATACATTCTATTTGCAGCAAAAAGTAGCTCCTCCACTATGGATTATGCTATCTGAAATTATTGGTGGTGAAGTAAAAGTAAGGAAACTATCTTTAAAAAATAATTTAATTAGTTTTATAAACAAAGACAATATATCTACGCTGGAAAACCCTAATTTAGAAAATGATCCGCTCTTTGAGCAAACAAAGTTTTATGGGGCATTACCCAAACGTAAGTGTTTTTATGGGAGAGAAAAAGAAATCCAATATGTAAGTAAGCGAGTTAAATCTTCTAAAGAACAATGTGTAGCTCTTGTTGGAGTTGGAGGTATTGGAAAAAGCCTTTTAGCTGCAAAATTGATAGAAGAATTAGTTTCTAAACACTCAAAATATTATAACTTAGTTATTTGGAAGAAAGTTAAGTGCAATTTATCAGTTAATGATTTAGTTAGCGAGCTAATAAGTATTTTTGATGTTGATTCTACTAAAAAATCCTTTCGTTTTAAAACTTCTGATTTATTGATTAGATTGAAATCGCACCCATGCTTAATAATATTAGATGGATTAGAAGCGCTAGTACAGGCAAATGATTTTAAACAAAAAATAGAGTACGGTAATTTTCTAACACAACTTACAGAAGAAGAACATCAAAGCTGCATAATTTTGACGAGTCAGCTACCTATAGAAGAAATCATATATACAGATACAACCCTTCTTTATACAAATTTACAAATAAAAGGTTTAGAAGAAAATGCAGCATTGCAGATTTTTCATGAAAAGAAGATTTATGGTGAAGAATGTAAAAAACTAATTAAAACTTATCGAGGAAACCCATCCGAACTAGAGTCAGTTGTAGAGCGAATTAATCGATATTTTGGTGGAAATATACAAAAGTTTTTTGACTATAAAACAACTTTTATAGGACAACAACTGCAAGCAATGCTAAATCAGCAGTTCAGGCAATCTGGACTTTTAAGCGATCTTCAAAGGCAAATAATGATTTATCTGGCAGACGAAGTATCAGATGAGTTTAAATTAATTCCATTTTCAAAAATTGTTGAAAATCTAAGAAAGAGAATGACTTCAGATTTATCAATTTCTGAGTTAATAACGGCTATGGAAGTTTTAGAACAACGTTCTTTAATTGAAAGTACTAAAAAAATAGGCAAAGATGAAGTTCAATATGGTTTAGAACCTGTTGTCAGGAAGTATATTCTAGTTGATCCATTTGGTTTTGTTCATAATAAAAATTATACAGAGGATACAGAACATATACTTAATGAATGTGCTTGATGAACTTTATTCTCATTAGATAAGGTTCAAATTATTAATTTAAAACGGGAGTAAATATTTTCTGTGGTTTACTGCATAAATCCTCTTTGTACAAAACGCCACAACCCCGATGAGGCAGAAAACTGTTTAACCTGTGAAACTCCCTTGCTAATAAATAATCGGATTCGGCTTCTACGTCCGTTGCGTTCACTAGAGAAAGACGTAGATAGCAATACAGAGGTGTTTGAGGTAGAAGATATTGCTCCGGTATGGGGAGAAAAACCGCGCATCAGGGTGATGAAAATCTTAAAGTGGAGCGAACCGAAACGTATTGAACTGATGCGGCGGGAAGTACAAGTGCTAACAAATTTAGCCCATCCAGGTATTCCCAGAGCAGATGTGAGCGACTATTTCACTTATACATTACCCACGCTAGGCATAAAAATGTATTGCTTGGTAATGGAGAAAATGGAAGGTGAGAATCTAGAGCAGTGGGTAGAAACCTATGGGAAAATCTCTCAGAATACAGCACTAGATTGGATGCTCCAAGTGCTAGAAATGGTTGAACATTTACACCGCAGAGGCTATTTTCACAGGGACATAAAACCAACAAACATAATTCATCAACCAGACGGTAGGTTAGCTCTAGTAGATTATGGTGCTGTAAGAGCGATTACACAAACATATTTAGTCAAAGTAGCAGCAAGTGGAGAAGATGCTATCACAGGTGGAGGTAGTGGATACGAAGTAACAGCAATTGGTTCAATAGGGTATTCAGCACCAGAACAAATCAATGGTCAATCACTACCGCAGTCAGATTTTTATGCCATAGGGAGAACATTTGTATATTTATTAACAGGAATTCCGATATTAGATTTACCAACAGATTCAATCACAGGAAGACTGAAATGGAGGCATAAAGCAACTCATGTAAATAAGCCTGTTGCCGATTTTATTGATGAATTGATTAATCCCTTCCCTGGACTCAGACCACAAACAACGGAGTTAATCAGACAGAGGATACAAAAACTTCCTTGGGATAGCAGGGTTCATGAAATTTTAAAATCAAGACTATTTAAGATTAGTCAATATACTTTAATTGCACTGGCGGTTATCGGAGGCGGGTTTTTATCTAGACCTATAATAGCTGGGTACTTTATCTCGCAAGGAGAAAAACTAGAAACAAGCAATGCAACACAGCCAGCTACTAAAAATTTCGATATAGCCAGAAAGATTTATCCTGCTAAAAATTTATCAATAGCTCGGTTTTATTTTGAGAAAGGGTCTCGAAACTTAAATAATCCTCAGTTAGCCAAAAAATACTATGAATTAGCAGTTAAATATAATGATAAAGATGCTTCAGCTTATAATAATTTAGCAGCAATGTGTCAGTTATTAAGTGATGTAAGCTGTGTAAAGAGTAGCTACGAGAAACAGTTTGCTATAGAGCCTAATGGTTGGGAAGGGCATTATGGATTAGGCAACTTTTATGAAAGCCAAGGCAAGAATGATTTAGCCGAAAAGGAATATCAAATAGCTATCCAAAAAAGTGAACAAGCAATACCTGCTATTGCTGCCTTAGCTAGATTGAAAAATAAAAATAAAGATTATAATACAGCAGCTACTTTAGCTACACAAGGATTACAAAAAACCCAAAATCAAGAATTGCTTGCATCATTTTATAAAGATTTGGGATGGTCAAGCTGGCAGCAAAATTATTTAAACCAAGCTCAACAATATTTAGAAAAAGCTACTTCTCTAGATCCGCAGAGAACAGATGCATACTGCTTACTATCTCAAGTAGAAACAGCCTTAAAAAAAACAGATGATGCCAGAACTTCATTAGAAGTGTGTATGCTAGGTAAGTCAAGCCTACCGGAAGTTTTTATGTGGAGACAACAATTCTTAGACCGCATACTAAAAAATGAATAAATAGCCAACTTACTTCTGACGATAGACAGAAAGTATATAGCTGTTCATGAGATAATAACCCCAAAGAAGCCAGCTATTATCTGTATAGAGAAACGTGAAAAAAGTAACACAGCTTTTAGGTTCACTCTGCTTGAGTTCCCTATTGATAAATGATGGGGTGATGTTGGCCAATTCACCAATAGTAAGAATTAAAAGAAGTCAGATTCAATGTGAGCCAATAGGCAGAATAATTGAAAAAGGAAATAAGCACTTAAAAGCTAAAGGTTTAATGTGCGAAGGGGACAAGTTAGAACTGGCACCAAGAGTTCAAGTAAAATTTTTATGTTTTAGTTCAGGGGATATCATCTGGTTATCCAATGGTGCGATTGGGGCAAACAAGTGTCCTGTAGTCAATGTTTCTGAACATACTTGTAATCCTAGTAATGTGAAAGTGTGCTTACTGCGAAAAGGTGGCGGATTAGGAGAAGACCCTGAACCGACAATTATTTATCCCTACACAAGTTCACTGATAAAAACCAGACCAGATATTGCTTGGCTTCCTGTGAGGGGGGCTACATCTTATAAAGTGAAGGTAGATGGATATAAATTCGGGTGGGAAAGAATTGTTAACCAAACGCATTTAACTTACCCAGAAAAAGAAAAAGAATTATCCCTCAATGGAGCTTTTAGAATCACTGTCATTGCTTATAGAGCAGATGCCCCCCCGATATCAGATACGTTTGCCGTTAGCTTATATCCCCAATCAGAAATTCAAAAAGTTTTCGCCACCATAGAACAAATCAAAGCTTTAGGTCTACCAGAAGATGAAGCAGCTTTGGATATTGATGCTGTGTATACTTCTAGAGGCTTTTTAGAAGAGAGCATCGGATTATTGAGCCAAGTTGCAACCAGCAAAACTACCAATCCCACAGTTTATCGAGTATTAGGCGATCGCTATTTTGAGGCAGGATTAGTAGGTCAAGCCAACGCGCAATATATGAGGGCATATGAATTAGCCAAGAACAGTAACAATACTGTGGAACTCACCCTAACCCAAGCGGGACGGGAAGCAGTTGAATTTTATAATGGGCTGCCCACTAAAATAAATGGGGCCCAATAATAAGGGTGGCTATATTTGGGATTGGATTTTAAACTCAGTTGTGCCTGTCTGAGTGCTTCAGCTTTAGTCAGACCATTGTTTAATCCAAGATAAAATTTTTGCATCAATAACACTGTAGATTTTGCTTCTACTAACCACAAACTGGCAAGTGTACTACGCGCACCAGCTTGTACAGCAACGCCAGCGATCCCCAAGGCTGACCTTCTGTTGCCTTTTGCGGTTTGACAGGCACTCAAAACTAATAACTCAATCGTCCCAGGACTGATTTGCGCTTTATTCCTGAGTAAACTATCAAACTCGACAATGTTAATTTGCCGATCATAAGCGAGAAATCCTGTGCGTTGAATATCAGAACTGAATTGCCCATGCGTACTAATATGAACAATAGGAAAATTCGTTTTACTAATTTTTTGTTTAAAATTTTTACTGGTGAATTCTTCATTTAATAAAACTAGAGAAGAGTGGGTTAGTTTTTTGACATCTTCTACTTCTTCTTTGATTTGTGGTAATACAGATGCACCCTGTGGAGCTAGAGTGTCGTTAAGGCTAGGACTGGGGATATACAAACCTGCAATTAGAGCTTGCAACTGCTGTTTTAATAAAGCTTTAGGCATGGGAATTTTTGAACCCAAAGTCCCAGTAAAACTATGATTAGCTAACCAATAATCTTGTCCATTATGCAACAAGTGCATAGGTAGACTTTGAAAGGATTTATCTAAAACAAAAGCTAATGTACCAGTATTAGGTAGATGAGATTCTAAAGGTGCAATTAATTGTTGATAGATTACTTGAGAATGAAATTTTATCAGACGCTCTTTAGTAAGAATGAGTTTTGGATCTTGCAATAATTCTAATAGTGCATTAATATGATTTATTACTTTTGAGGTATCTACAGAATGATGATAAGATGGTTTGCCGGGAGATTTAACAATTACTAGTATCGTATCTGTTAAATCAATAATATGAATAATGGCAGCAGCCACATTTGAGTTTTGAATTTTATTCAAAGCGACGAGATCGAGCTTACCACACTTCAGATAATCTTCTAATTCTGCTGTTTGAATTTGTTCGTGAATTTGAGTTATTAAATCATAGTCTGGTGCTGCACTCTTGGCTATTAATGCCATATAATTCCGATAAATAGGGTCTACCTTTTCATAAAAGAAAAATTGTGAATCAGAATTACTTGATAAAAGATTAGCCCTAATGTTTGTAATAGAATTAACAGCCGCACCATAAGCTTGACGTGCAGCTTCAATATTCCCTTGCTTTTGATATAACTTACCTAACTTTTCTTGTAAGGAGTATGTAATATCTTCTGCACGGACTGATTGAGCTAAGGTTAAAGCTGTGTCAAAATATTTGAAAGATTTTTCAGGCTCTAGATCACCTAATATTTCTAAACTTTTAGCTTCTAGCTTAGTGCTATTAATGCTGTTAGCCATTTGCCAAGCATCTTGAGCATAGCTAATAGCTTGTAGGTGCGTTTGTTGGTTTGGTAGCTTACTTAAGCTATTAGCAAGCTTTAATAAGGCTTGAATTGACTGCTCAGTGGGCAAACTCTCAAAATCTGAATTTTTTTGGGATATTTCGCTGATTAATGGTTCAATCTGTTGACTAATTTTTGTTTGAACATCTTGGAAACGAGGTTGGCTTTGCAACCATTCTTGAAAGTCTATCAATAAGAGTAAACAATTTAATTGTGCTTGAAATTTTATATTTATTGGTGTATTTGAGTTATTAATTAGGGCTTGATAGTTTAAGAGTGCTGACTGTGCTTTTTGTGGAATAAAATTAACAATTGTATCTTGTATGAGTGGCTCATCTATCCATTGGTACTTCTGTTTTATTCGTTTATAGATATCTTTCTGTGTATTCCCTAATGACAAGACAACATTATTAGCTTCCTCTGGGGATATATTAGTTGAGATTAATATCTGTTCTAAAATCGCTTCAGATTCGCTTAATTTATAATTCAAACGCAGTACCTCTCCTAAGCTTTGTAATGCCACAAAATTAGCTTGTGTTAAAGGAATTTGTTGAATTACTTTTTTTAATTTTTCTATTTCTATGCTAGGTGTAGGCAATATTGATGTCTCACAAAGTAACTCATTTAGCTTTAATGCCCCTGTCAGTTTTTTACAAGCTTGGAAATGTAACCCTAATTGTTGGAGAGCATAGTTTTGGTAAACTAAACTTTCTGTAATTCCCTCTTGATTGTTTAATTGACGATAAAGCTTTGTTGCTTCTTGCCATGTTTTTAGTGCCTCTGCTGGTTGATCTCGGTTCAACTGCGTTCTACCAGTTTTGAGTAGCAGTTGGGCTTGTTCCTGTTTTGACTCATTCTTAGCAATTCCAGCTAACAAAACTAGAGGTGAATTCCAAACTATGGCAAAAGTCAGAAAGCCTATGAATAAATATTTGAGCCAACTTTTCCTATTCATTGCTGTTGCTTGCTTCTATCGATGGAAACAGTTGTGATACTGGCGTTATAGAAGAACATGAATTAGCATTTAATAGGCTATCAGGAGTTATTTGATTAGGATTTGTTGCTACCAAAGTAACTTGTCCTTTGGAATCAAACACCCAACCCTTAGCCGGGGCAATCTGCGTAGTCTCTTCAATCGTTGAAACCTGCTTTTTAGCTAGAGATTCATTTTCTTCTACTGCAACCGAAGTATTTTCTAGAAAAACCCGATTATACAATGGGTTGTCAGTTTCATCTGGCAGGCTTTCTCTACCTCTATCCACAAATTTACCTGCCACTGCACCAGCCTTTCCTGGGCAAACTGATGCTATTTCTGGGGTTGGCGTGGGCAATTGCGCTTGAACTTTAGCAAGTTCGGATTGATTTCGAGAGGTATTTGTTTCAACAGTACCGTTAATACCTTGTTGCGAGGTGGCGGTGATTACACTATCGGATGAAAAGAAGAATCCTTTTGTGTTGATATTAATATTTCCGCCTCTGCCTTGAAAAGCATTTGCTGTGATTCGGCTGTTGTTGTTACCAGCGATGACTTCAGCGTTGATTATGATGTTGCCACCGTTGCCGAAAGTGCCTTGTTGACCAGCAGTGGCAGAGATGTTGCCATTGTTTAGTTGAACGATCTTTGACTCAATGCCGATATTTCCACCTTCTGCGATCGCGGTGGTTGCGGTGATTCCTCCGCCATTGGAGATGGCGATTTTATTTGCAGTTATATTGATGTTTCCTGCATTACCAGAGCCATCGTTGCGGACAGTTATTAGAGCATTGCCTGTAACATTTAAAAGAGGCGTATTAATGGTAATGTCTCCTGAGTTTCCTGAAGGAACGGGAGGAAGCCTAAATAATTCTCGCAGAATTTGAGATTCGATATTAGCTGATGAAATTATTAAGGATGGATTTAAAGAATCAGATGTCGCATCTATGCTTATAGACTTGGAAGCATTTATAGTAATACGTCCACTGTCGCCGCTTGCAAAAGCAGAAGAGTCAATCCTACCCCCATTCTGAACTAGCAAGCTTGATGTATTGATAGTTAAATTGCCAGCATTACCAGTGTTAAAAGCTGTAGCAGATAAAACACTTGGCTGAAAAGTATCTGGTGCATAGCCTTTTATTATTACGTCATTTGCATTGATTATTACATCTCCTCCTTTACCAGAGCCTAATGTCGAGGCTCCTATTGCACCACCATCTGTAGCAATCAGCTTTTGTGTTGACACCAAAATGTTGCCAGAGTCTCCCGAACCAAATGTTCCGGCACTAATAAGGCTAAAAAGAGCAGAATTACGAGGTGAAACTCCGATTAAATTCACAGAATCAGAAGCCTTGATAATTACATTGCCACTATTTGCAGGGCTAAATGTTAAAGAATTGATCTGCCCTCCATGCCTAAGAATTAACCTTCGAGTTGATATAACTGTGTCTCCAGCTTTACCGCGCCCTAAAGTCTCATTTCGTAAGCTTCCAGCAATCCTAGCGATTGGATCAGTACCACTTATATCTAAGGATTCGGAAGCATTTATATTGATTATTCCTCCCGTCGTTCCTCCTTGATTTTGAATTAAGATTACTGAGCCATCTGTAAGTGTAATATTTCGTCCTTGTACATAGATTGAGCCACTGTTAATGCCGCTGGTATCAACTAGAGAGCGTTTTGACAGTTGAATGTCCTGAAAAGAATTTGTGTTGTAAGAAAAATTCCAGCCAGAGGATGTTTGTATTAAGTTAACCAAACTGTCATTTCCTACGCTACCTAGCTCAATCCTTCCGCCTTCGGCTATTATCTTACCGCCATTTAATATTATGTTTCCTCCAACTAATGCTATTGTCCTTGTTGGCTGGACTTGTAAACCGGTTGATGTACTTCGTTCTAATACTGGGGAAAATCGTGAACCACTTAAATTGTGTCCTGCTCCTTCGATACGGATCGCTTCAGGGTTACTTCCAAATTGCAATCCGATAGGTGAGCTTACGGTCAGTATTGGTGTCACTTGGGGTTTATTAGCTGTGAACTCGAAGCCATCTGCAAACTTGATACTGTTTGCAGTACTACCAATAAATGAGCCACCAATATTTAGCTGGGCATTTTGTCCAAAAATAACTCCGTTAGGATTGATTAAAAATATATTTGCTGTACCGTTAGCACGAATCAGACCATCAATATTAGAAACAGAATTACCAGTGACTCGACTTATAATATTTTGAACATCTAGCGGATTGTTAAAATAAGCTTGACTCCTATTAGAGACAGAAAAATCTTTAAAGCTATGAAACAAATTTTCTCCTAACTTTGTTCCATTCTCTATAAATATAGTATTATTGTTTATTTTTATACTTGTGTTATTTGGTAATGTGCTGTCTGGAATAATTTGAGAATAACAAGTTAGGTCATTTAATATAAAACAACCTAAAGTGATAATTACTTTTAAAAAAAATAAATTGTATCTAATATAAAGCATAATTTACAAGAACCTAATTTTTTTACAAGCTAGAGTTATGTAATAGGCTTTTAAATGTTTATTGTGTAAAACTAATTAATTTTTTTATAAGATAGCCTTTGTTTTTTCTTGTATATTTCATAAATATTACAGAAGCATTAAAAAACTTGTTGCGGAAGTGAGATAAACGAAACTTAGATTTAAGAGGGCATGGCAATTCTTCAAAACTAACGGGTGTAAAACCGGATTCTATATAAAATTCTATTAATTCTTGTTTGACACATTTTAAATAGAGCGGTTGGATTGCTTCATTAACTAAATTTTCAACTAAAAAACTTCCTAAACCTTGATTTCTAAAATTTGGAGATACGTATAAGCTACCTAGTTCTTGTACAAGGTAATAATTCCGTAGTTGTCCAAATGCTATCAAACGTCCATGATATTCAATTACTAAAAATTGCTGCCACCTCATTTGTGTAAGGTCGAGTCTAGCTTTGAAAATCAAAAATATAATCAAACCAATATCACAAGATTTGGCTTTTCTAAGAACATACTGGTTTTGGAAAGATAAATTAATCTTTGCCATTGATTACAAAAAATAAATTAGCAAAAAACAATTGGAGCAAAATAAACATAATAATATAACTTACTTGTAGATAATTGAGAAACTGACAATATACATAATATAGAGATAAATGAAAACTTAAAAAAAATATCAGACAATTTTTAACTATTTTAAGTATATTCTCAAATAGGGCAAACTTTGACAATAGAAAATCTTGATTTTAATACTAAAGTTAAGTTTAATAATTTTTTACTTTCAAAAATTTTAATTAAACCAATTAATCAATCTATCTTTGGATAGTAAAATCTAGTGTATACCTAATTAAAACTCTGCCAAAAGTAAGATATTTTTTATTTAAAAGCTATAGGGAAAAACTTTATCTTACCAGCAGGTTATGTCAGGCACTCTTTCAGCAAAAGTGTAAATAGAGATGGCATAAATTCTGGGGGCTATATGACGTGAAAAGCCATCTGCCCGATAGACCAAAGCATCTGAAGCCACCACAGCCACAATTGACAGTAGCAGTACCCCAAATACCACAATCGCAGCCACAGCCGCAAACCAGTACAACTGAATTAAAAGCAGTACCCAGTCAAGCAATCACAATAGAAGACTTAGGCGCATGGTGGCAGACAGTTAATCATTTAGGCAAGCCCGAACCATATAAACAGAGAATCGCTGAAATTGCGTCCCAGTTCAAGGCAGGCGGTCAGTTGTCTCCCAAAGCCCTGGCGGCAATGGAACAAGATACACTCACTCGAATCTCCCAGGTTTCCCAGAAGTTGGCATCAAATATAGGTCAGCTTGGAAATGATGGTACTGTCCGTGTTACTGGTAAAATTTACGATTTGGCTCTGAATTTTGAGTCCAAAAATTTGGCGATCGCGCACAAAAACGGCGAACAATTTCTAGTTGTCAAATCTGGTCAAGTGCAGGTTAACAAATTAACTCCAGAAGTATTGCGGGATTTTGAAGTTGCCAATAGTAAGCTTGATGAGATTTTGGCGAAGGATAGGATGCAGGGGATTCAGAGGTAAAATAGCGTAGCGCAATCCTTTCTTAGTTGAGCGTAATGGCTAAGTATAATTGTGTACAACTGTAAATATAGGTTTGTCTTCTTTCATAAATCTCTATAATAGTTCGCTAACGCTGAAATCTAAGCAAAATCATGGAAACAGCAAGTTTTTAGCAAAGGTTTTTGATTCTGCTTAAGTTTAAATACTATGTTGCTTAAACATAACAAAAGTTTTATGTTTAAGTATAATTACAGGATATTTTGTATTAAAACGGATGTATATTATATTATAAAGCGATATTAACCGCTAATATGTAAATCATAAACATAATACATATTATTTAAGTGGTTTATTAATTTATGAAAGTAATAGCTCCTTTGCAGACACAAATTAGATTTAACAAGACTAATCTCTATTTTATTAATGATTTTAACCAGTTAATTCCTCTGCCAAGCTGGGCAATTTTTTTTATTAATTTAGGGGACTGGGTTGCACAAGCCGAAATAAAAAAAAATCGATTAGTTGTAGGTCTTGCTATTCCTACTAGGAATTATGCCGCCGCTTTAGCAGCATTAGGTGTTGTGAAAGCGAGAGTTATTATTCCCACTGAACGGATTGATAGCAATAGATATTTTGAACAACTGTGTAAGTTACCAAAAGGTACACCAGTTGTTTTTTATGATTGCAATAGGAGATATAAGGGTATCTATCAAGGTATAGATGAAACTTATGGTGAAAGGCGACTGCGAATCCAAAGAGAAAACAAAAGTAGTGGGGGTCTAACTAATCTGGTATCTGTTAGGCAATCCCATAATGTAGCAATTGCACAGAAGCCAAATATTAGTCTTCCTAAAAAGCAATCTGGCAGACCTCTTATTACTCATCATGAATTTATTGATGATGTAATTGGTAAACATAATACGAGTGAATTTATAACAAAAACTAGGTTAGATTGTGCATTGATTGGACGTATTAACACTCTTAAGTATGAAATATTAGAAATACCACTTACGAGTTTTTCATCATCTAAATCAAAAACAGGGTCTTTACAAAATATTTTACGAGTACGTAATTTTTTATCAGAAGGTCAAGCCTATAGGTCGGAAATATTACCATCACAGGTTAGTGAGCCTCCACAAACAACAGGTGGATTAGTACCTCATGTAACCATATTTGATGGCGCAACTGGCTTTATTAAATGGCGTGATGACTGGCGCAATTCCCATTGGATAATTTTACTTGAACGTACAGAAACCCATTTTCAAGAAGCAGTAGATATTATCAACAATGACTATATAAATCGTCAAAATTGTGAAGAAATACCGAATATTATTCCTGCTCTTTCTGGAGTGGAAATGGTCGTTTATCAGGAACTTTGTCAATGACTTATATTTCGTTATCAACAGTAGATGAAATTGGCTTTGTTGCATGAAAGGAAAAAAGGACACTCCAATCCGAATTCAGGATAGGAATTAGCCTTCGACTTTATAAGAGTCAGGCTTACCTAACTGGATCATGCGATTCAGGGCAGCACATTGTAAAAATAACTCGACAGCTTGATTGTCAAAAAAGCGTCGTCTTAACTTGCCACCAAAGATGATCTTGAGCCGAAATATAGCAGTCTCAGACAAAGAGCGGCGATGATACCTGCTTTCAAGTTTCCATTGCTTGCGTCCAACTTGATGTATTCGACGCAGATTCTCATCCCTAGGATACGGCGGTGCTTGAGTGTTTGAGGGAAGTTGAATTTTGGCGTTACTGCGTGGTGGAATTATCGCCCTCGCCCCATGTTGTGAAATGGTGTCATAACAACCTTTTGTGTCATAGCCACCATCACCGGATACTTGCTCTATCGGTTGATCAATCTGCTCCAATATGTCAGGCAGTACCTCGCAATCAGCCATATCATTAGTCGTCACCACTGCACCCAGGATTTCGCCACTGCCCTCATCAACTCCTAAATGCAACTTCCGCCACGTCCGTCTTTTACCTACTCCATGTGTGCGGACTTTCCATTCACCTTCACCGTACACTTTCACACCAGTTGAATCCACTACTACATGGACAGCCTCATCTTTTGGCACTACAGGTAGTTTCACCAACAACTTGCTTAAACGACGAGATAGCGTTGAATGGTCTGGTACTTCTAGCTCAATTCCCATGAGCGTGAACAGCGATTCTAAAAACCCCTCTGCTTGTCGCCCTGGTAAATGAAACACCGATTGAATTGTTCCCATAGTGGCGATCGCCACGTCACTATAATAATTCGATGCTCCTTTTTTCCCAGTTTTCTGCTGGTTGCGCCACTGCTCTATTATCTCTTCGTTTACCCAGAAAGTTATACTGCCTCGAAGCTTTAATGCTGCATCGTAAGCGTTCCAATTCTTAACTTTGTACTGAGCTTTCGTCTTCATCGTTGGACTAGGCAGTGAGAGAACATAGGCGATAAATAAAATTTACCATTTTGCCTATTCACGCAACAACGCCGATGAAATTTACTCATGTAGCAGTGATGCCAAAATCTACCAAAATTGCTTAGAGCATCATAATTTTCGGATTTTTTGCCTGTCCTTGAAAAAATTTGAACAGTCACTCGGCGAAAATGCAGAGGAAGATTACTGGAAAATTTTTTTGCGTCCTTTGAGACAGTATAGATTTAAATTGTGTGCAGCACCGCTGCCATTTAACCATCCCATAGCTTCTCAGCCAGACACTATTAAATTTTTAGAAAAGCAATTGAAAAATTGCAAATTTATCTATCCAGATTTGGCTTCAGCAGCAAATGAAATATTCAATCTTCTAGTTGATTTGTCAAAATCTGATGATAATCCACTGCTAGATTTTATAGAAAAAAATTACCCAAATAACTCTTTAATTATCGAAGAATCATATTTAATTACCGCATTAGAAAATGTATTATCTGCAAGTCATAAACTCAACAAAAATTTGATATTAACACCATCTCAGTTACGTACAAATAGTTGTCATAAAGGATTAGTTGTTATAGGTGCAACACGCTGGTTTCCTGATTACATTTTTACTGCGCCACGAACCTATGAAATAGACATAGTTAAGTATAGTTGGATAAAAGATAAATGGCAGCCTAAGCCAGTATTTATAGCTTCTCCAGATAATGTAATACAATCAAATATTGTCTATTTGCCGATTCGTAACACAGAAGGGATAAATACAAAAATTACCGATATCGTTCAAGAAGATTATCTTCATCCAGAAGAAATTCTTCTTCCTAGCATAAACTGGAAACAGGTTGCTAAAAAATTCTCTACTTTTTCGTCATCCATTGACAAAGAAGAAAGTATTGAAGCACGTTTGTTTTTATTAGAAGGAGATATAGCTGTTTTCTTGGATACTAAGACTAAAGCACTTGTAATTGATTTAATGGAGGATGGTGAATCACAGGTAAAAAAAGAACTTGTTACTGATATTGAAACAGGGATGTTTATTATTCTCCGCACGAACGGAGGTGGTGATTATATTATTCCATTAGCCAATTATATCTTAGGCGGAAAAGCTCAAGCTTTTAGAGAATTACAACAATTGTGGAAAACTCGTCTCAAGAACAAAGTCAGTTCAAGTAGTTTACAAAATGTTAGCTGGAGACTACTAAACTTAGGTTCTAAACTTGCTAAACATGAACAAAATATTCGTACTTGGATGTCTAGCAGAAACATCAAACCCAAGAATGAGAAAGATTTTAACGCTATATTAACTTTTGTTGGTTTGGCAGATAGATTAGAAGAGTTTCATGAAGCCACAGACGAAATTTACCGCGCTCACTATCAAGCTGGTAAACATATTCGTCAATTACTTCTGCACAAAGTTCGTACCTCTAACTTACAAAAGCTAGAGCAAATAGGCAAAATGGATTTTGAACTATCCGAAGCAGATGGGGGTAGCATGACTGCATTTCGGGTAGTGGATATTCATAGAGAAGTAATTATGCTTCCTTCTTCAAGAATTGCATATCCTTTTCAACTAGATGGTGAGTTTTCCAATGACTAAACATATAGAAAATAGAGATGAAATTATCCAAGCACTTCGAGAAGAGCTTGTAGGGCCTTCACCACAAGGAAAACCAAGAAACTGTTCTGGGGAAATTACTTTCAATTCTGAGAAAGAAGGTTTTTATGATCCTTGGCGACAAGATAACGGCGAAGAAATTCTACAAAGAGATCCACCCAGAATAAGATATGGTGTTGGAGTCCTTTATCCATTAAATACAAAATTAGAAAATGAAGACTTAGCATCAACGCATTTACATAAAAATCTGACTCAAGATAATCTGCAAGAAGATATAGAGATTATTACAGATGAGGTTAAGGAAAGTCTTGATAAAGTTAAAGAACAAATATCTGAAATCTCTGAAGATAATGCAGATGATTTTGATTTATCAACAGCTAACGCATCTAAACCCAGTAGCATAGGAATAAGCTTTTTAGCAGAGTTTCCAGAAGAATCAGTTTTAGTAATTAAAATTTCTAATTGCGGTCGTTATTTTCAGAAGAAAGTGAAAGTTGGTGTATATGAAAGAACTTGGTGGTTGCGTAGTCCTGTGAATTTTACAACAGAGTTTGCCTCCGAGGATATCTGTTATACAAAAGAGAGGAAGCTGGTTAAAACTTCAGAAATAGATGGACTAAAACTGAATATTGAGGTGTTTTCTAGACCAGATCCAAAAAATAGAAAAGGCCTACGTTTATTAACTGTTTGCCTAATTAATCGGACAGATGGATCTGGAGATGAAAGTTGTTTATTTCAGGTAGGTTTTACAGTAACCATTGTTTCCGAAAAGGGTGAGGGGCATATATTACCTTATCCTAAACCAGACTTTTACCATGATATTGAAGAACGCTCCCTATCGCTACTTTACCGTAAAATGGAAACCTACGCGGTAGGGCATGGTTGTGCAGCTGATTGGGATAAAGAATCTATTGCTGATAGAGTTAAAGCTGTAACAGCAGAATGTCTTCCTGCTTTTGAAACCCCAAGTATTACTCCTGATATTGATATAGAAGTACCGATGGCTCCTTTGGCGGGGTTAGTAAAAGATGATAATGGTTTAGCATCTCTGTCAGAAGTTGTGAGCCGTTATAAACAGTGGATTAACCAGAAAGAATCTGAAATTTTATTTCTTAATGCAGAATATCAAGATGCTGCTAACAGGCATATAGAAGAATGTACAAGAGCTGCTGAAAGGATGAGGAATGGGCTGGATTACTTACAAAATAATGCCCAAGCTACAAGAGCATTTCAACTGACTAATTATGCTATATTACTACAACAAATTTATAGCCGCGATTTTCGTCAGGCTAAATACGATTCTACAGTAAAAAGATATATTTTCGATCCAAACTATCAAATCCCTAATCTTATACCAACTAATAATAATCGTGGCAAATGGCGGGCTTTTCAAATAGCATTTTTACTGATGTCTATACAGTCAATATCTGAGGGGGAAATTCCTGAACGTAGCACTGTTGAATTAATTTGGTTTCCTACTGGGGGCGGTAAAACTGAGGCATATTTGGGTTTATCAGCTTTTTCTTTATTTATGCGCCGCCTCAAAAATCCAGCTGATGTAGGCGTTAATGTCTTAATGCGATATACCCTAAGATTGTTAACTGCACAACAGTTCCAGCGAGCTTCTGCGCTGATTTGCTCGATGGAATATCTACGCCGCCAAAATGAGACAGAACTGGGGAAAGAACCATTTTCTATTGGTATTTGGGTAGGTGGCGACACTACCCCAAATAACCGAACAGATGCAATATCTAAGTTAAACAAACTCCAAAGTGATCCATCGGCTGAAAATCCTTTCATTATAAGCCAATGTCCTTGGTGTAATGCCCAGATGGGACGTTATCCAGGAAAACTGGCGCGGGGTATGCCAAAAGGCTCGAATATTCTCGGTTATCAGCAAAGCCGTGGAACTGTCGTTTTCAAATGTTCTGATAATGCTTGTGAATTCCATACTGGATTGCCAATTTATGTGATTGACGAGGATATTTATGAAAAACGACCTTCTTTAATTATTGGTACGGTGGATAAATTTGCTGGACTGGCTTGGAATTACGCACAAAAAGCACGAATCTTATTTGGAATTGGTGCAGATGGGGAGAGAGAAAATTCACCCCCAGGTTTAATAATTCAAGATGAATTACATTTGATTTCTGGCCCTCTTGGTTCAGTTGTCGGATTGTATGAAACTGTAATAGAAGAACTTTGTACTGACAGACGTAACGGACAAGAAATTAAACCAAAAATTGTCTGTTCTACAGCGACTATACGCCGCTATACTGACCAAATAAAAGCACTTTATGGACGTGAAGATGTCGTATTATTTCCACCACCAGGGATTGCTGCTGACGATTCTTTTTTCTCTCGTTATGCTCGTAATGCAGATAAAACATTGCAACGAGGTAGAGTTTATATAGGTGTCCACGCACCTGTTTTAAAGTCTTTACAAACTATCCAAATGCGTACTTTTGCTGCTATTTTGCAAGCACCTATTTTTCTGACTTCAGAGGAAAAAGATCCGTGGTGGACTTTTCTAGTGTTTTTTAACAGCATTAGGGAGTTAGGGACAACTTTATCACTGTTACAGTCAGATATTCCTGCCTACTTAAAAGTAATTAAAAATAGATTAGGGTTAAAGTGGGAAAATATACGCCACTTGTGTCAGATTTTAGAACTTACTGGACGAATACGCAGTGATAAGGTTCCTGAATCTATTAGTAAACTAGAAGTTAGATGCGGTAATACCAATAATCAACAACCTATTGATGTATGTTTAGCTTCTAATATTATCGAAGTAGGAGTTGATATCGACAGGCTATCTTTGATGGCTGTAGTTGCTCAACCCAAGACAACTTCTCAATATATCCAAGTAACTGGTCGTGTTGGTCGTCGGTGGTGGGAACGTCCAGGGTTAGTAGTTACTATATATAGTCCCACAAGACCAAGAGATAGATCCCATTTTGAAAAGTTTCGCAGTTATCACCAGCAGCTTTATGCTCAAGTTGAACCAACTAGCATTACTCCATTTTCTCCACCAGTTTTAGATAGAGCGTTACACGCTATTATGGCAATTTATGTGAGGCAAACTGGTGATCAACAAACAGTTCAAAACCCTGAACCTTACCCAGACAGTCTGATAGAACAGCTACGAGAAATTTTGATTCCTCGCATTCAATTAATTGACGAAGCTGAGATAGAAAATTTTGAAAAAGTATTTGACAAACGCGCTTCTCAATGGCGGCGTTGGCAACGGACGAATTGGGAGAGAAAGGGCAGAGATGCTACTGATATACCTCTATTGAGAGCAGCAGGGGATTATGCCAGTCGAGAATGGCAACGTTTGTCTTGGGCTACACCAATGTCAATGAGAAATGTAGATGCAGAATGTCAAGCAGAAATTACTAATCTTTACTTAAACGAAGGAGCAGAAGAAGATGCCTAAAGGCCCAATAAGACGCGCTCAATTGATTGTTCCTTTTGGGGTAGGTGCAATGCTAGTGGTAAGAGATGGTACATCTTTAATCACGGCTGGACTTGATCACTGGTACAAGCGTGAAGATGGTAGTGAAGCTGAGGATAAATCGGAATTTAGAGTAGATGAATGGCGTTTAACCCAGTCTCTGGGAGTGGATTATTTTCGCTTACCCCCAGAGTTTAGAAAACCCAACAAAGGTGATGGAGTGCTTAATGCTTATTTAACTCTCCCATTTTTACGTTTTCCCCAATGGCATTTTTGTTCTGCCTGCGATCTCCTGCAAAAGTTTCCTCTGACTGCGCGTGGAAAGGTTAAATGCTCGGAATGCGAAAGCAAGAAAAAAACTAAATACATGGCACAGGTTCCAATTATTGCTATGTGCGATCGCGGCCATATCCAAGATTTTCCCTGGAAAGAATGGGTACATCACTCAGTTAAACCGACTTGCAATAAAGCACTGCGTCTAGTGGGAACTGGAAGTGCAACTCTTGCTGGTTTGAGTGTCCGGTGTGAGTGTGGTGCCAAACGTTCTCTTGGAGGGATTACAGAAGTTGATGGTGATAAAACAAGACTTAGTAAAAGCTTGGGCGATTCCGAGTTCCTCTGCCAAGGTAAACTTCCTTGGCTTGGTAAAGAAGATGGTGAACCCTGCTCTCGCCAACTAAGAGGTGCGCTACGAAGTGCAACCAACGTTTATTATGCACAAACACGCAGTGCAATTTATCTGCAAAGGGGTAATGGTGGAGAACTGATTTCTCTTTTGGAGCAACCACCGCTTTCCAAACTTATTGAGCGGTTGTTGAGATTGGGTGATGATATCACACCTGAAGTGCTACGAGAGGATCGTCCTCAACTGCTACAAGATTTTTCTAATGAAGATATAAAAATTGCTTTAGAAACTATTTTATCAGCAAAAATTGACGATATTAATGATGACATTGAAGGGGACGACCCAGAAACAAGATTTCGTCGCCAAGAATTTAATGTTTTGAGAACTGAGCGTCGTGAAGATAATCTCAAAATACGGACGATAAAACTAAGTAATTATCAACCCGATATAGCAAATTATTTTTCTAAAATTATGTTGGTTGATAAGCTGAAAGAAACCAGAGTTTTAACGGGATTTACCCGCATATTACCGGAAACGGATCAACCTTTACAAGAATTACAATCTCTTTTATGGCGTAAGCCACCGCAAAAAGATTCTTGGCTACCCGCTTACGTTGTTTATGGTGAAGGCATATTTATTGAATTTAACGAAACCTGCCTCTGTCAGTGGTTACAGAAATACGGCAATGAAATTTACTCCAGAATACAGCCCCTAGTAGACCGTTATCAAAAAATACAGGAGCAAAGGCATTTACGTAAACGCTCTATCACACCGCGATTCATCTTATTACACACATTTGCTCACTTGTTGATGAATAGGTTGACTTTTGAGTGTGGTTACAGTTCAGCAGCACTGAGAGAAAGGCTCTATGTCTCAGATAACCCTGATGCGCCAATGGCAGGAGTGCTGATTTACACTGCTGCTGGTGATTCCGAAGGCACAATGGGGGGACTTGTCAGAATGGGTAAACCTGGTAATTTTGAGCCGGTAGTGCGCTCTTTATTGGAGGCTGCTAGTTGGTGTTCTGCTGATCCTGTGTGTATGGAAGTTGGTGAAAGCGGAGGACAAGGGCCAGATTCATCTAACTTGGCAGCTTGCCACAGCTGCGCTTTAGTTCCTGAAACAGCTTGTGAAGAGTTCAATCGTTTTTTGGATCGAGGTGTGGTTGTTGGTGATATTAAGAATCGAAACATCGGATTTTTAACCCGGACTCCTTAAACTGATTTTTATCTCTTTTTTACTTGCTTATTTCAAAACTTTAGGCAAATCCAACATTCTCACCCCCACCGGAAACCGCCGCATCATCTCGGCCAACGCATCACCCAAGGCGCGTATACATAGTTTCCCCCGACATCGCAATCACAATTCGCTGCTTCCTAGCCCACTCAAACCAAACGCTTACAGTAGACTTAGCCTGCTGTACCTGTGGTTTCCTTCTCTCCTTGCAAGCCGCAACAAAAACAGCCTCCGGCGACTTGATGCCTTTCCAAGTCCGTATCGCCTCCTTCAAATAAGCGATGTCTTCGACAAGCCGCTATGCGTCTACGCACCCGGCACATTTTCCCAATACCGCTTGACCGTGCGCTGAATCTCTGCATTGAGCCGAAACTGCGGAGTGCAAGGTATTTCTTTTAACTTATGTTTTATGATTTTTAGGTAGTTCAGAACGTTTGAGTAAAGACGGTATTATCATAATTGTTTTTAAATGTCGTGTTTCAAACTAATTTGTAAGTAACCATCGTCATCTCCAATATTAAATTCATCAAGTTTCATTCCTAACCGTTCAACAGCTAGGTCAAATGCTTTCTTATTTGATGAATTAATACAAATCGATTTAGTCTTCCCTCTTACCATAATTTCTATATTTTTCGCTAAATTATCAGCTTTTGTATTAAGCTTTTTTATCCTCTCTTCTTCGCTTACTTGAACACTATGCGAGGAAGCAAGCGGTTTTAATTCTATCTTAGAATTATTTTGAACAGTTTCAGACTTATATATAAATGTATTAATACAACTGCCACAGATAAAATCTCCATCATCATAAATACCATCGGATAAATCAAAGGCTATTCCACAGTATTCACAGGTTGGCATAAATTTTAATTTTTAACTTATTTCGTGTTTAAATTGTAGCTCAGGTTATTATGTAATACATTGCCATAATAATATTACAGTAATTTTACGGTCGTCTAAAATCAAAAGCATTTACTAAAAAACGTATTTTCTCTGAAGTCTTATTCAAGATAATTAAAAGATGATTTTACTTAAGACCATTGGCGTGTATGGTTTTATATTTAATCAGGTAAGATACAATGGGATCTACTACACAAGAATATAAACTTAAGTTTATTACTACTGAACCAATTCACTTTCCTGGACAAAAAGCTGAACAAAAAGTTTGGGATACTGTTCGTTCTGCGTTTTATAACCGTGACAACTGTTTATGCTTTTGGACGTACCCTATATTCATTAAAGATAAACAATTATGCTATGAACCGGATATATTAATTGTTGACCAAGAATTTGGTGTAATTGTTATAGAAGTTAAAAATATTTTTATAAACCAAATTACATATATAAAAGGTTATGACTGGTTTACTGAAAAATTTTATAAGTCACCTATCAATGCTTATAGCCAAGCTAAAAATCAACTTCAACAATTAATTAATTATTGTAATCAACGCTCATTACTCAAACATAAAGTAAGGGCAAAAGCTTTAGTCGCTTTACCTTCAATTACTGAAAAGCAATGGATAGAAAGAGGATTTCATGAGCAAATGTCTTGTCCTCCTATTCTTTTTCAAGAACATTTAGCTAAAACTGATTTAGTCGAAATAATTATACAAAACGCAGGTCAAGTCCAAGGAGGAAAATTTTTAAAAGACGAAGAGTGGAATTTGCTACAAAAAATTGTTTGTAGTCCGATACCTCCTATTAAGCCAGATAAAAAAATAAGACCTAAACCAATAGCTCCACATGGTCAGGTAATTGAACAATTACAACAATGGGTAAGTTCCACAGATATTGAGCAAATTCATATCGGAATGTCAATTCCTCCTGGCCCTCAACGTATTCGAGGTATTGCTGGCTCTGGTAAAACTGTTTTGCTATGTCAAAAAGCAGCTTGGATGCACTGGTATCATCCAGATTGGGATATCGCTTTGGTGTTTTTTACTCGTAGCCTTTATGACCAAGCTGTTAGCCTAGTAAATCAATGGCTGAAGTTTTTTTCTAATGGTGAAGTTGAATACGAACCTGATAAATCAAGACTAAAAATACTACACGCTTGGGGAGAAGATAATCAACCAGGCTTATACTCGACTATTTGTGATCTACAAAATATCAATCTCATCCACAATCAACCTGTAATAGGTAGCCCCACCGAAAAATTAGCATATTTGTGCAAAAGAGTTTTGGCTGAATATGAAATCAAGCCAATATTTGATGCTATTTTAATTGATGAGGGACAGGATCTAGCATTAGATGAACAACAATTAAAGTTTGAAGATAAGCAATCAATTTACTGGCTGTCATGGCAAGCTCTTAGACCTGTTGCAGCTGATACTCCAGATGTTAAACGTTTAATTTGGGCATACGATGAAGCACAGAGTCTTGATGCTTTAAGTGTTCCAACCTCTAAAGAAATACTAGGCACAGAATTAAGTCAAATACTAGGAGGGAATGGAGGAGCTTGGTATGAAGGCGGTATCAGAAAAGCCTATGCTATGCGCCATTGCTACCGCACACCTGGGAATATTTTGACGGCTGCTCATGCAATTGGCATGGGATGGTTACGTCCAGAAGGAATGCTCACAGGAATTACCAATAAGAAAGATTGGGAACATATAGGCTATGAAGTTGAGGGCGACTTTCGGAAAATAGGTGAACAAATTACTATCAGCAGACCTCTAAAACATTCTCCAAACCCAGTACATTATTTTTGGAAAGGAGATTTATTAAAGTTTAATATTTATAATTCTTGCGAAGATGAACTTGAGGCACTCAGTCAAAAAATTCGTCAAAATATTAATGATGATGGATTGAAACCTAGCCGTGATATTTTAGTAATTGCGTTAGGTACTGAAGAAGAAAGCATTAATTTACAAAAACGAGCAGCACGTACTTTACAAAAGCATGGGATTAACTTTTATATCCCTAGTGCGCTTGATATCAATCAGTTTCCAGAAGAATTAAGTTCTCAAGACAAGCGACCAAATCAGTTTTGGAAAGAAGAAGCCGTTACAGTATCGCGTATTTATCGGGCTAAGGGAAATGAAGCTTATATGGTTTACCTGATAGGTTTTAACAATATTGCTAAAAATGAAAGCAGTGTCAGCCTTCGTAACCAGTTATTTGTTGCACTTACTCGCTCTAAAGCTTGGGTAAACTTGAGTGGAGTAGGCGAATACACGATGTGCGAAGAAGTAAGGCAAGTAATTAAAAACGGTAGTAGTTTCAGCTTCACTTATAAAAAACCACTTGCACGAATTATAGGCGAAGAAATATTGACATAGTAATCCCTACCCCTCCCATCTCACCAACAGCCCATCTGCTGCGACCAAACCCCAATGCTGACACTTCGCCACTAATTTCTTAATCACAATCCGCAAAGCAGGGTCATCCGCCCAGCATTCCATCAAAAAATCATCCCCTGGATTTTCGCGCCATTGTTCAGCCATCTTGAGCTTTTCCATTCTCCAAGGCCGCACCCTCGATCTCTCAACAACAGCCTCATACGACCATTTTTCGGGATCGGAGTCAGCCGTTACAGCACAAACACCTTCATGATGGGCTTTTGGTTCCTGTGCTGGCAAATTCGACATAGCAGGGGCGGCGGAAAATGTGTCTTCATGACTAATTTCCGGCTCATCACTCAATTCCTGGTTCTTTTCCACCAACGTTCGCGTAGCGTCTCGAAGAGAAGCAGACAGGCTTGGTTGAGCTTGGTTTTGGGACTGACTGAGATTTTCAGGATTTGAATCGGCAGGGGCGGCGGAAACCTTGTCTTCATGATGGGTTCCTGGTTCATCACCCAAATTTTGGTTCTTCACCACCAACGAAGCAGACTGGCTCGGCACAGCTTCTACAAGCGTCAGCGTCGTGCAGTCCGTTACCGCAGGTAATTCTTCTTTCTTTTCTTCCACGCCCTCAAAGGTCTGAGGTGACGCATCCCCCAAGGATGCGATCGCCGTCTCATCAACACGCAAGTTTTCATTTTGCGTGGAAGAAACACACCTCACAAACTCTTCAGTAGAGTTTGTGAGGTGTTCCTGAATAGTTCGTGAGGGTTTGTAGAACCCTTGCTCTGATTGAGTTTTGTCTGAGATAGACGCTTTATTTAAACAACGCATTTCTTCAGAGCCAGCATTTACCTCTGCATTCTTAGCATTTGATTCTTGTTTTGTAGAATTTGGTTCCTCAGCGTTGGCTTTCTCCCAGAACTCTTTCATACGACTGCCATGCAAATTCCGCACCATCCAGCCAACTGTCTCGCGTCCGTCCTGTATCGACTTGTCCGGCTTAAAAATGAATAGCCCACTTTTAGAGAGAATTTTCTTTGCACAGATAAAACTGCTGTAGCCCAAAGCTGTAGACAAGGGCATCCACCGGGAACCATACGGGTCTGATGTCCAACATTCCTGCCACAGTTGATTAACTGACGGTTTTTGCTGTGAAGCCCAAAGCATATCTTCAATAGGGATGATTACGTGAAGTCGCTTGTATTGAGATTGTGGTTTCTCCTTAGTAGGCTTTTTGGTGGGTTTTGTAATGGTTGCTGTCATTTTACAATCTCCTAAGTATTGGCGCACGATAATCTCACCCAACGCTCACGCTGGGTTTTGAGCATTCGGAAAAGCTGGTCTAAAAAATTACAATGTACGGGTTACAAAAGCCGCAACTCATCTTTGAAATAGCGGTCAGTCTTCTTGGGCTTGTCTTTCCAATGCTGCCAAGCTACCCAAACCTCATCCCCCATGTCTTCAATAACTTCACCTTTGGCCGCATACAACGCAAAATAAGGATCAGCATGGGCAACAATAGAACCAAGCTCAATAATCAATTCGCAATTAGAAGAGTTGGAGTTAGCAGGGGTTTCGTCAGGAACAAATGGTTCCGTAATCTTGGAGGATTCAGCTATCTCAAGGGCAGCGATTAACTCCGTTTCTTCTGTGGTTAATTCCGCCCAGTAGTCAGCTTTGATAACCTCGTACTCTGTAGCCACTTCTAAATAGTCCCACCAACTACACCCAGGCTTGGACAGCACCGCCCGAATGTCACTAACAGCCTGTGGAAGTAGCTGCAATTGCTCTGCCCGATATGTGATCGCCTGTGGTGTTGGTTCACTGCCCAGAATTAACGCCGCAGCTTGCAGTGCTTGGATATTATTCATAGCAGAGGCTAAATTCCCCAAAGCAATGCCCATCAGTCGCAAGCACTCTTGGGCGTTCTCCTTGGGTGGTTCAATAGCCAGTGATCGCAGATCAATAGTCTTGTCTAACGCTTGCTTAACTTGTTTGTTGAGAGCCTTAGTTGCCTGTTTGGTGAGAGTATTGACTCGTTCTTGAGCCGGACGTTCTTGTACAGCGTGTTCCAATTCCTGAATACGTTTTTGTAGTCGTTGGTTCTCAAGCTCTAGCTGCCTTAGTCCTTCCAACTCGTACAACCGTTGTTGCAACTGGATGTTCTCTTGCTTCTGTTGCTGAAACAGGTTTTGTAACCCGGTCAGTTGTTCTTGAACTTGCTGCTGGGCTTGGGCTGTAGCTTCTGAGAGCAAGCCAATTCTCAAGTCCTGCTCTAACCGTTCCAGTTCTTGCTGGTGCTGCTGCTTCAGTTGAGCGATCGCTTCGGCGTATTCTTTAGGGTAAGTTCGCTCGGTGGTACATGGCTCGATTGCCTCATTACTCAAAGGAGACAAATCAGCATTGTTAATCAGTTCCTTGCCGTCTGCGAAAGTGACAATCTGCTGCCAGTTGTTCGGTGCATCTGCCTCTATGGTTCCTTCCTCAGCATAACGGGGATGTGCTGGTGAGGTAACTTTTACTGTGTTAGTTTTAGGAACCACTGGTTCCTGAGTTTGTTGAAATATTGGTTCTTCAGTTTTAGGAACCAATGGTTCCTGAGTTTTTTGGCGCGGAGGCCGAGGAACCACTTTGTTTGCAGCTGCGGTAAAGTCTGATTCACTGGGGGTAGGGTTTTCTTGCAGTGCGATCGCAACGGCTTGTTTCAGTTTCTCTGGTTCCTTGACCAAACGCACTAACGAACGGGCTTGACGCTCATTTTTGATGTGTTCGCCTAACTCATCGGCTGTGTCTTTAACTTTTTTGGCTCCCAGCAGTTGATTGATGCGTCGGTATCCACCCCAAGCGGATAATTCAGCTTGGCAGTATTCCTCAAAAGATTTGTATCCGGCTTCACGATACAGTTGTTGTTCCCTCATCTGGAGAATTTCATCAACTGCTTGCCACTCGAAGCGGTCAATAGCAGTGAAGGTTTCTTTGATGCTGGTGTTGAGAATTTTATAGCTGGGTGCTGATGTTGTTTCACGGTCTAGTGTCAGCATAATTATTGCCCACTATTGGTAAATGCACGAAAACAGTTGGGGTCGCAATTTGCCAAAGTGAGCATCTAGCCTGATTTTAGACCATGCCAAAATTGTGTCAGCATAATAATTAGCTCACTTTTTTGAATAGATTGAGCGAAGCGATCGCAGTGCTTTCCGGCGGGCGATCGCTTTCAATTTGAGCGGATACTTTTAGTATCCACTGCTGTTAATATAGCACTGAGAGTATCTAAATGGGGCAAAAAATTATGCTGATTTTGGCATCAGCCGCACCGTATGTTAGTTGGGGAGAAGGAAGAGCAAAGCTATTGAAAGCTTTACTCAAAGCAAAATTTGGTACAGAGATTTCTTCGTATCAAGTCCACAAAATTTTAGTAGATGCCGAGTTAGAAGGAATATCTATTGCTTATACTAAAAAGCTTCTAGGCGATAGTGGTAAAAATAATATTGCTCAAACAGTAGCTTTAGAAAAAGTAATAAAGATGTGTAAAGTATTAGAAATACCAGTAGATGAGTTAGTACCTTTATTTGAAATAGAAGCACCAACGAATTTTATAGATCCGCTTGACTTAGATACTAGTAGTAGCTAAAATAGAAGTACAAAAACAAAGACGACCGCCTGCCTGAGAAACATTGCGATCGCCTTTTACCCTTTGATAAGGACTTCTATTATGCCTTACACAATATATAGACAGCAAGCAGTAGATGAGCAAACCCTAGCTCAAACAGAACTCAATCAGTACATTGCTGACCAAGCCCAGACAATCGCACCAGAAGAATTTACCAGCATTGAAATCGACCTCTACCATCATGAGATTTACGCCAACGGTCAGTTAATCGCCCAAATCACTTATGACCATAGCGATTTTGTCACTCAGCCCTGGTTGGTAATAGTCAACGACAAAGAAGAATTTCGTGCTGATGCTTGGGGTAGGTGTTACCGCTACATCTGCACACATCACAAAGATGGTTCATTACCAGTTCAGGAAGAAGAAACCCTAGCCGCTACAACTGGGAATGAAATCTTGGTGCAGATTGCTCAAGCTTGTGAGAACTTTAGCTTAGAACTGCTGGATGATGGAATCTACAGAGGCGACGAGAAATTAGGCGAAGTTGGAGAAACCAAAGGTACTTGGTGGTTCACAAGCACCTCTAACGCTCGTCAACAGAAAATCATTTGTGAATCTGCATCAGACGCAGTGTGGTGGTTATCCAGAGAAGACTTGGCAGAGTGTACGGCGCTTGACGAATATTTGCAATATCGGCCGCTTGAGCAATTGCCTTGTGTGGAGTTGAAAGAATTGCTCGATAGTGAGCTGGTTGTAGCGATGTAGTAGACTTGTCCGAAATATTAACTTAGGAAAAGAAAAATGGTAAAACATGAAATTGAGCGTCTACCATTTTTCAATATTAGTTATGGTTTTTGATTATATCGAGAAATATCCACATAGAACAAAACAAATTTTAGGGATTAGTTACGAGCAACTAAAATCATTATTAAATTGCGCCATAAAAAGCCATCAGGAAAGGAAAACCAAATTCCAAAGCCAAAAAATAAGAATTAATTCGGCTGGTGGTGGTCGTAGAGAAAAGTTATCGACCGAAGAACAAGTATGTTTATGCCTATTTTATCTCAGACAGATGCCAACATTTCAAGTATTAGGAATGTTATTTGGGGTATCGAAGACAGAAGCCAACGATACTTTTCATTATTGGATATCAATACTGCGAGATGTTTTACCAGCTAGTTTATTAGAACAAGTCTCAAATAATGAGAGCGATTTACAATTTGTGCAAGAAGCATTAACGAATTTTAGGCTATTAGTGGATAGTCTAGAACAGCCAATATATAGGGACTCTGACCAAAAAGAACAACAAAAATATTTTTCTGGTAAGAAGAGACAACATACATTAAAAAGTCTAATGATTGGGATGCCAGAAGGTAAGGATATTGTGGAAGTGGAAGTGGGCGTTCCTGGGCCAACAGCAGATATAAAATTGTTTCGCCAATCTCAAAATAAATTTGATGAATCTCAACCTTTTTCAGGGGATAAAGGTTTTCAAGGAGGCGAAAACATCACTACTCCTCATAAAAAGAAACCAAAACGAGAATTAACTCAACAGCAAAAAGATGAAAATAAGGCTTTGTCTAGCAATCGAATATTCATCGAGCATTTGATTAGATTACTTAAAATATTTCGGATTGTTTCACAAAGATTCCGCTTAAAACTCGATACTTATGAGCAAATTATTTTAACAGTATGTGGGTTAGTTAGATTGAGAATAGGTAGCTTAGTTCTTCCAGGTTAGCTAGTAGTAATAATCATAAATCTTTATAAATTAGGAGTTGATTTTTATGCCTCTAAACTATCACTAACTATCTCAAAACCTTATAACTGCGTTTTTACGCAAATATCAAAGTTTTGCTTCAAAGCTTTGAACAGTATGGCTTTGGTGTTTTCGGACAAGTCTAGTTCAGGGAATGGGGCAAGGTGCAGACAAGAGAAAATTTCTCCTCTGCACCTCATTCACCCTGCACATCTACCATTTACTACCCCTGTTCTGTCACTCTGAGAAAAGAAAAATTTGAGGCAAATTTTCAACTTTATATATAACAAGTGTTTGAGCATTTATTTTCTAATAGAATGTCCCAAATCAAGCTTTTTTGGTCAAAGCCTTATGCTGTAAGCCTCCTAGATTATTCTCTGACAAAAGTGACAAATGAGGGCTACTTACACCAATGACTGATTCGCTTCAAATATAACCCCTGGCATTGGACAGACATTAGTATTTTTGTCCTAATTTTTGACAAATCTTTTCATTCATAGATAAAACAATGCAACAAACACTCTCAATTCCCCAAGATTGGCAATACCCTCGATTTAGCTTCGGTGGACGCACACAACTCGGTGTGATTATAGGTATGAAATACTACGCCGAAGATACATATTTAGGTAATGAATATGGCGTAGGCTGGCATTACATTATGTTGGCAGACAAGAATGGTGAAGATGAAGAACATCGCACGGAAGAACATATCAAACTGCTTTCAGCACAAGAATTAAAAACAATGTTAGAGGCAGAAATTCAGAATTACCAGCGTCAAATTCAATCACTAAAACATCAATTAGAGTCTATTCCTGCAATTGTTGTAACAGCTAACTCTACTGACGAAAAACATATCCAACAGCCCCAGGAAGCGTGTTATCCATTTCTGCACGATTTAGTTAATGGTGCAAAATTCCTTATTAGAGAAATTGCAAATCATCCTGAATATTTAACACTTGAGTATCAGCCTGATTTAACTGTTGGTGATGCTGAGACTGCACTTTCTTATCTGGAATTGGAACTTGAATCGAGTCCAAGTCTCTATACACAGTAAAAAACGTTAATTCAAAACTAACAAGCTCAATAAATTGCGAATTCCGAATTGCGAATTGGTTGAGTCGCTATACCAAAAAGCTTGCTTGACTGAGAATTTGGAGATTGAGTCATGAGCATCAAATGGACAGAACCAGAATTAGCAACTCTTTATGAAATGGCAGAAACACACACAGTAAAACAAATTGCTTTTCGCCTCAAAAGACGAGGTTTTCATCGTACAGAATTAGCCATCGCTAATAAACTTAATGCTTTGGGTTACTCTATACGCCCCACTTTGGATAACTATAGCTGTCGTGAAATTGCTAAAAACCTTTCTCTAGATACTGGCACGATTATTTATTGGATAAAGCAGGGCTGGTTGAAAGCGAAAAAACGCTCTGCTAGTTGTTACCAAGTAAAAAGCCGTGATTTAAAACAGTTTTTCAATCACCCTCCAAAGTCTATGAGAAAACGGATTGCAGCTCCATAACCGCCTATCTCTCCGTGAAGGATGGAAAGCACGTATGGAGCCTGTGGAATCAACTAAATAAGTTAATTCGGAAATCTGGCATTAAGCGTCATGACTTTTATGCCATCTCTAACTGGGAGTCTTTGGTCAAGCAAAGGTCGGAGTAATCTGACAGGAGCAAGCCTCGGTGTTAAAGACGATTTCTAAAGAAGATAAATCGCTAACTTCCTTCTACATAGATTTGAGCATTATTGCCCATATATGCGTAGATTCTTACAAGCGATAGACGTAGCAATAATGACATCCAGCATTACAGCGATCTGTAACTTCCACAGAGGCAGCAAACTTAGTTCTAGTTTGCAGAAGTAAATGTGAAGCAACGGTAGAAGTAGCAGTGAGAATAGCACTGAATCTTTCAAATCTTTCAGATAAAGTATATGCTGGTTTATAGGGAGAGAAGTAATTGTTCATATTTAAAATTGAGATTTACAATTAGCTGTTATTTAATATCTAACGTCAGACATTAGATGTTTTTTAATAAATTGAATCAGAAGGTAGATTCATAAATATTTTATACAGACTTTAACATATTTTTAGATAATATCAACCTTGAGAGATTTAATATTAAATCATATTAATTTGTTTATGTGTCTATTTTTAAATGAGTAAATAGTCAATACATCTGGAGATAGAAAAGAATCTTAATTTATCTATCTTTAGACGCTTGCCAATAAAAGGTAAGACTGCATTTAAAAGTAATTACTATTACCAGTCAAAAATACTAAATTTTGAGAATTATTTAAATGCTAAAAAATAAATTTACTAGAAGTGTGAATTAGCTAATCACTACACTTTCAAATAAAGCCAAAATCTACAACCTAAGATCCTGATTTTAAAGCTGAACTTAAGCATTTTATGTATCAAGCAGAAATGATGATGTTATAAAAACATTAATAATCGAAATTGCTTACGTCCTAACACCATCAAACTTCACATGATATCTCACAGTAATACACATAAATATTAAAAGTATATGACTATACCTTTGAAAAAAAATAAATCCCGTGAGTATTACTAGGTAAGAATTTACTACAAATTTTTTCAACTCTAGTAGAACCTAAAACAAATCAGTAGCCTACTTTAGCTGACTACTGATACGCATAGATGATATATGCGTTAATTATTGCAACTATCTATAGATAGATTATCAATCGCAGAAGCGATCTACCCGCAAATCCCGCCAGACATCAGAAACCTGCCAGCCAGAGTTACCCACAGACTGAACCGGAGGATTATCGAGTAATGGGATATAGCTAGGTTGAGCTTCTGGGGCAACAGTTATAGGTTGCTCGATTACAGGTGGTGAAGGAGGAACTGGATCAGCAGCTTGAAGAAGTTGGTCTTCGGCTAACTCGATTTCCCGCATTTGTCTAAGGGTAAGCTTGTCAGATTTTTTGATGATTTTCATAAGAGTTAAAAAATGTAAAAAGTAGTGGCGAAAAAGAGCGGAGTTACCCAGAGATACAGCTTTTGAAGCAGCCCCAGAAAGAACGTAAAAGCTAGTGTGAAAAATCAGGACTAAAATCACACAGAATAAATAGGATACAACAGATTAAGGGCAAATACGAGTGGTCTGCCCAGCCCTAATTGGTGTTCTATGCCCAGATATTCAGGAATTGTAGAAATGTAATGAGTGTTGGAAATTTAAATTGAACACATTGTCACAAGCAGCAGAAATGCAAAGATAGAAGAAGCGTTGAAAAACCCCAACCTTAGCTAAGGACTGGGGCTGGAATAATTAAGACTATTCTCATGATGACACAAAGAAATATTTATCTCAGCCATATCAGCCTGGAGGTAGGGTAATGAACAACCCATCTTCTAGACGGATGAAATCTACTCACTCGGATTCTAAACAGACAAAGCCAACAACAAAGCAGCCCAAGCAGGAACAAGCAGAAGTAATTACTGTTGAAGTGGCGGCGGTAGAAGTTCCAGAGTTGACCCAGGAGGAACAGCGCGATCGCCATCGGTTAGAGGAGAAAGTAGAAACAGCGTTTTATGCGGCAGGGAAAGCACTGATGGAGTTGCGAGATCGCCGTCTTTATCGTTCAACGCACAAAACATTTGAGGAGTATTGCCGCGATCGCTTTGGTTATAGCCGTGATGCTGCTTATTTGAAGATGACAGCTACAACAGTGTATGAGAATCTTCAAAAACATTTGCCGACCATTGGTCGGCAAATACCTCTGCCGACAAGTGAAAGACAGGTGCGTTCATTAGCGAAAGCCGAGCTAGAACCATCCCAACAAGCGTATGTTTGGGAGCAAGCAGTAGAAGAAGCGGGAAATAAAATCCCCTCTGGTCGCATAGTCCAAAGTGTTGTAGATAAAATTCGAGAACGCACAAAAATCCCGAATCCCTACCGCGAAGGCGAAATCTGCATTCTCATCCCGAAAGATAACCCAGATTTACGAGGTAAGGGCGGATGCTGGGGTGTAATAATTAATGTTGGCGATTACAGTTGTACTGTCCAAACTTGGGACGGGGAATACACAGTCAAAATTGAACATCTAAAATCGTTAGAACTGCTAGATGATGACTGTAAATCAATGCAGCAGTTATGTATGCGATTGCGGCGATTGCATCAGGTGGCAGACCATGATCCGTCAGTAGATTGGCTATTGCAGGGGTTGGGGAAACAGGCGAAGCCGTATTTGTCAGGATTACAGGCGAGGCTGTTGGGGACGGTGGAACGGGAGTATGGGCTTGATGGGAAGAAGAAGTGATTGTAAAGAATAAGTTGCTGTAGTCAAGCGATCGCTCCAGTCAAAATCCAAAAATTTCTTGACGCATCAATAAACCTTTAGAGGTGAGAATCCAACAATTGTTGTCAGGTAAATATTCAGCTATGTCTAAGCTCTGAAATTTGTTAAGTATGCCAAGCACGTAGTCGTTAATTTCAGGATCATCTAAGTAATTTTCAAAGTGAGCGTCACGAAGAATTTGTTGAAGATTGGCTGGAAGAGAGCAAAAAACATCAGCCTCAGTAGTGTTAACTGTAAAGGGCTGACCGTTAACATCATGAACAGTTTCTACTAAATCAAATGGAAGATTCATGGTTGATTAAAAAATCAGTAGCCAAGATGATGACTATACTATTATCCTCACCAGGGAGATAAGTAAACTCCCGCTACAAAAAACTCAGAGTAGGGAAAATAATTATGGGCAAGCGGATCTTAATAACGGGCGTAAGTAAAGGTTTAGGCTACGCGATGAGCGAGGATTTTATTGCACAGGGTCATACAGTGATTGGTTGCGCTCGTTCGGCGGCAGCGATTGAAAAAATGAAAGATAGCTTTGGTGCGCCGAATGACTTTGCAACTGTAGATGTAGCAAATGAAGAACAATTGACATACTCCCCAGCCTAGAGGTGTGGGGATTCTAGGCTCAAACAGCAATTGCAGTTTCAAACCGACTTACATCACCTAACCCAACAGTCGATGCCCCGACTGCACAAATTACCTGAGATGCGTTTTCATCCCTGCCGTTTAATGACTGACAGGAAGGACAGCACCACTCTCTAGTAGACAAATCAAGACTTTCTAAAACATGGCCGCAGCAAGAACAAGTCTTAGTGCTGGGATACCATTGGTCGATGAAAACAACCCTCTTTTTCTTCTTTTTGGCAACCCATTCTAGTATTTGTAGAAACTCTCCAAACGCCAAATCAGAGATTTTTCTCCCCCAAAGACGCTGCATTCCTTTGAGGTTTAGTGTTTCAAAACATAACACATCAAATTTATCAGTCAAATGATGTGTCAACTTCCAAAACCAATCAAGCCGACGATGAGAAACATCTTCGTATCGACGTACTAAATTCTTTCTAGCTCGTTCACGATTAGATGAGCCTTTCAACTTTTTGGAATGCTGTCTGCTGTATATTTTGATGGCGTTGAGTGACTGCTTGAAAAATTGGGGTGATTCAATTTTAGTACCGTCTGAACAAGTGAGGAATATTTTCAATCCAAAATCAAAGCCAGCGATTTTACCCGTCTTAACTTCAACTTCTAGTTTGTTCCCCTCATCAACTACCACAACCATAAACAACTCACCCAACGGTGTGCGTTTAATGGTTAGGGTTTTGACTGTTCCCTCAATCTCTCTAGACTTCCAAAGAGGAACCTCAAACCCATGTTTTTGGTAAAAAATTGGGCAACAGAGATACTGGCTAAATATGAGCCACCAGATATATTGATTAATAACGCCGCCATCGTTAACCCACCAGCACCTTTGTGGGAGATACCATCCGAGGAATTTTCACAGTTAATAGATATCAATATTAAAGGGGTAGTGAATGTAATTCGCCATTTCGTGCCAGCAATGCTAGAAAAGCAACAAGGTATCATTGTCAACTTTAGTTCTGGTTGGGGACGTTCGACTTCACCAGAAGTAGCACCATACTGTGCATCTAAGTGGGCAATAGAGGGGTTAACGCGGTCTTTAGCACAAGAATTACCTGTGGGGATGGCAGCTATTCCATTGAATCCAGGGATTATTCATACAGATATGTTGAGTATTTGCTTTGGAGAATCAGCAGCTTCTTATACCTGTGCATCTAAGTGGGCTTTAAAAGCAGTTCCGTTTATTCTGAAATTGAAACCCAAGGATAACGGTACTCCCCTAACGGTTCCCGGATGACAACGATTGTTTTAGCAAGAGCAAGAGCAAGAGCCAAAATATAGTGCTAATGTACTATAATGAGGCAGAATTGAGGGATATAAATCTCAATCACGTATTTATTTGAAGAAGACCGCAAGTATAAATGTGTGATGTCTCAACAACTAAAACGATGCGGAAAATTATCCATGTGGATATGGATGCGTTTTACGCATCAGTTGAGCAACGGGATAATCCGCAATACCGAAGCAAACCATTAGTAGTTGGTGGCAGTCCAAGTCAAAGGGGAGTGGTCGCAGCCTCCAGCTATGAGGCCAGGAAATTCGGCATCCACTCAGCTATGCCATCAATAACAGCCATAAATAAATGCCCTGAGCTAATATTCGTGCGACCGAGATTTGATGTCTACCGAGAAGTATCGGCTAAAATCCACGAAATATTCAGACGCTACACCGATTGTGTCGAAGGGGTAGCCTTGGATGAAGCGTATTTAGATGTGACAGAGAATAAGCAAAATATTCCCTACGCTTACACCATTGCCAGACACATCAAAGCTGCAATCATGGAAGAAACCCTTCTAACAGCAACAGCCGGGGTGTCGATTAATAAGTTCCTGGCAAAGATGGCATCAGGACAGAACAAGCCCAACGGATTAACGGTGATTTTACCGGAGGATGCAATCGCTTTTGTGGAAGGGTTAGCAATTAAGAAATTTCATGGCATAGGGGAAGTCACAGCAGCCAAGATGCACTCTCTGGGTATACATACAGGCGCAGATTTGAAGAGGCGATCGCTTGCCGAGTTAACAAAACATTTTGGGAAGGTAGGACATCATTACTACAAGATAGCCAGGGCAGAAGATGACCGAATAGTTGAGCCGAACAGAGTCCGCAAGTCTGTTGGTGCGGAAACATCATTTGCGGTTAATCTGAGCGATCGCCTGCAAATGTTATATGAACTCGAACAAATTGCTCAAATTGTACAACAACGGCTAGAACAAAACACCACAAGAGGACGGACGTTAACGTTAAAAATCAAATTCTCTAATTATCAACAAATCACTCGCAGTAAGGCTTTAGCTAATTACACGCGTGATTTAGAAACTATCATTGCCATAGCGACAGAACTGTTTGAGGCGGTTGAGCTAGAAAACCGTAGTATCAGATTGTTAGGAATTGCATTGTCTAATCTAGAAAACGCAAAACAAAAACAGGTAATACAACTGCCACTGTTTGAATACGTAATGAATGAGTTGTAACCAATCTAATTAGTAGAGTAGAAAAACTCCCCTTCCTTTGGTACAAATGTATTGTAAGGGAAAAAGTAGAAATATGCACCTTCTTTGGTTCCGTCGAGATTTGCGGCTAACAGATAACGAGATAGTGACGTTGGCAACTGCTGATGGTGCAGCAGTTTTACCATTGTTTATCATTGATCCTTGGTTTTATACCTGGGCTGATGTGGGAAAAAGTAGAGTCAGGTTTTTGTTTGAATCACTAGAAAACTTAGACAGAAACTTGAGAAAATTAGGAAGTAAATTATACTTATTTGAAGGCAATTCTAGAGAAATATTGCAAGAGTTGACTAAACAGTTAATCAACTGTGGGTATAACCCAAAGCTTTGGTTTAATCGAGATGTGCAAGTAGAGTATGGAATTAGTCGAGACAAAAGTGTAATCGATTTCTACAAAGAATTAAAACTTGATTACTATGTTGGATTAAACAACTTTCTACAGTTGTACGAAAAGCGCGATGAGTGGTTTGAGCAATATTACAATTACCAAAGACAACCCCAACACCAAATACCGTCTGTTATCAATACACCTTCATTAAACGTTCAATTACCGCAGTTAACTTTTGAAGAGCTTAAACAGAAATATCATCATTTTTGGGCAGTAGAGAAAGTTTACTTTTTAGGGGGAGAAACACAAGCAATCTCAACATTAGACTCATTCTTGAAGAGTAGATATCAAGGATACCACTGGAAGCTGTCACGTCCAATGTTGTCACAAATGGGTGCAACATCACATTTATCCCCCCATCTAACTTTTGGAACTATTTCGGTTCGCGGTGTCTATCAAAAAACGAAACTCAAAGCCTCCGAACTAAAACATCAGCCCAAAGCAGAGTTTTCATTAAAAACATTCCGTGACCGTTTGCGCTGGCATGATAGTTTTACTCAAAGACTATATTTTCATCCGGAGATTGCTTACAAGAATCGCTACAAAGAATTTGATAATTTATACACTCCAGAACCGTTGTCACCAGAAAAGCAGGAACTATTTGAGGCATGGCAACAGGGTCGGACAGGTTTTCCTCTGATTGATGCAAGTATGCGACAACTTAAAGCAATGGGATGGATGAACTTCCGCATGAGAGCGATGTGCGCCACATTCTTGACAATTAACTGTGGGATTTCATGGCATCACGGGGCTAAACATTATATGAACTATTTAGTAGATGGTGATTTAGCAATAGATAATTGGCAGTGGCAAATGCAATCTGGCGTAACTAATCCATTGAGCGACACTTTTAGAATATATAACCCCAACAAAAATATTTCCCAGAAAGACCCAGATGGAAGTTTTATTTATTACTGGATACCGGAACTCCAAGGGTACAGCTTACAAGACATTCTGACTGAAAAATATATTAGTAACAGTTCTTATCCAGAAGCAGTTTTAGATTGGTCAAAAACACGTAAAGTGAATGGAAAAATAGTTTCTGATTTACGTAAACACTCCAAAGCGCGACTAATCAGCCAGGGTGGAGATGAATATGAAAGTGCTGTGGTTGCCAAAGAAACGGTAGATAAATACTGGCAGCATAAAAATCAAGAATATCAGGAATATCAACAAAGGCTTACCCAAGCAGAATAAAGCGATGGTTACGCCGCCAACCTCTAGCAGCGATCGCCCACACCCACACCCACCCGCAATCCGATAAAATTCATCAGTAGAACAGAAGTTGCCAGTAGGGGAAGCAATTGAGCCAGAGTCCACCCAGCCGAAAACTGAAGATTACGATCCTGACATTGTATATCAGGGACAGCAGCCAAAAAGTCCTTTATATCAACTCCACAAGAGCAAAGCTGCCCTGGTAAAAGTCCAGAACAGCTATGGCATTGTTAATGCTAAACTAGCTCGGATTTTTAATTGTGAACAATCCGAATACAACAGCTAGGAAATTAATTTAAGCAGGAATAATTTGAGCAGTCAGCGAACGTTTATCAAGTGATTGAACTTTACCTACTTCGCTTAAGGCAGTGGCTATCCGTTCTAACAATTCACCAGCTTGTTCACGATATTGATTTTCTCGACCACGTAAGCGAATAGCAAATTTAACCGAATCGCCTTTACTTAACCACTTAACAGCTTGCTCAATACGTAAGTTATAATCAGCAGCACCAATATTAGGACGTAGGCGAACTTCTTTCACGGTTGGTCTAGCACTTTGTCCCTGACGTTTTTTCTTTTGATACTGAAGCTTACCATAGTTGAGAATCTTGGCGATTGGAGCGTCTTGTCCTTCAGAAACTACAACTAAATCAAGCTCTAAGCTTTCGGCTAATTCTAAAGCTTCGTTAGTATTTATTAAACCACGATTGTTATTTTCGTGATCAATCAAGAAAACTTGGGGTGACTTGATTTGTGAGTTAATTAGTTGCTTTTGGATGGCGATGAGGCTTTCCTCCTGATTTTGCAATACTTACTAAATTCAATTGACACTCCCCGGCGTGAACGCACGGGGTTCTTGGATCTAAGACATAACTTGCTCATACAGGCTTTCACCAACAAGAGTAGAGGTTGCATCTCCCCAAGCGTTGCTTGCGTCTAGCGCAAAGGTTCCGGTATGCCCTACCGTACCCAATCCTCGACTAAGGATGATCCTGGCTGCGTTTTCATCCCTATCCATCGAACAACCACATTTACAAACGTGTGTCCTAGTGGATAGTGTTTTCTTCACAATTTCACCACAGTTAGAGCATTCTTGGCTTGTGTATTGCGGATTAACCGCAACCGTGACACGTTTAAATACTTTACCAAAATACTCAACCCAGACACGAAACTGATACCAAGATGCGTCATTAATAGACTTAGCTAAACAATGATTTTTCACCATATTTTTAATCCTCAAATCTTCGTAGGCTATCAAGTCGTTGGACTGAACTACGCACCGTGCTAATTTCACCGCATGGTCTTTACGTTGCCTACTTATTTTGAGGTGGCGATTACCTAAAAGCTGCCTAGCTTTACCCCGATTTTTTGAGCCTTTTACCTTTCTAGAAACACGGCGTTGTGAACGTTTGAGAACTTTCTCGCCTTTACGCAAAAATTTAGGGTTCTCAACTACCAACCCGTTAGAATCGGTGTAGTACTCTTTTAATCCAACATCTAAGCCCACTGTTTTACCAGTTGCTTCTATGTTTTCAGAACGGTTTGCATCAACACAAAATTGAACATATACACCATCTGCACGTTTTACCAATCTCACCCGTTTGATTTGGTTGGGTTGGTAGAAATGCAAATCACGAGTCCCTTTGAGTTTTAGACGACCAATACCTTTTTTGTCAGTAAAGGTTATGGATTTGCGATTATCTGCAAGCTTCCATCCGGTAGATTTGTACTCAACCGAGCGACAATCTTTCTGGAATTGGGGAAAACCTTTCTTGCCAGAGATGCCCTTTTTACAGTTTTCATAAAACCTGGAGATCGATGACCACGCCCGTTCAGCACTAGCTTGACGAGCCATTGAATTGAGTTCATTTGCGAAGGGGAAATTAGCCGCAAGTACAGCGCAATATTTCTGCAAGTCATTTTTACTCGTGCCTTGAACATCCATCCATAGCCGAATACAGCTATTGCGGATGAATTTGGCGGTACGAATTGCATCATCTATTGCCGCTAATTGCGTTGATTTCCCATAAGCTTTGAATTCAAAAACTAGCATCGCTTCACCTCCTCTCTTATACTACAATGCTCGGTATAAGATTAATTAGAATACAATAAAAGTCGCCCTAGAAGTGCGAGGCTTTAGACCCAGTTTTTCGGTAACATTTTGCTCAACAAATGCTCTTGTGAATATATCGTAACTTAATCCTTGTCTAAGCCGATTCGTAAAACCCGTCAACTCAGATTCGGTGATGAGTTAACAAAAGTTTAAATAAGATATGTAGGAGCAAAAACCTGAATAGTCGCTGACTCGAATATCATAATTTCCTAGCTGTACACATCATTGAACAAAGTGGAAAGCCATAAAGAAAAAATCTTGGTGGTAGATGACGAAGCAAGCATTCGCCGGATTTTGGAAACGCGACTGTCCATGATTGGTTACGATGTGGTCACGGCTGGGGATGGCGTTGAGGCATTAGAACTGTTTGGTTCTGGCTCCTGCGACTTAATTGTTCTGGATGTGATGATGCCGAGAATGGATGGTTATTGTGTGTGCCAGGAAATCCGCAACCAATCAGATGTGCCAATTATTATGCTCACAGCCTTGGCAGATGTAGCAGACCGAATCACTGGCTTGGAATTAGGTGCAGATGATTACATCGCTAAACCATTTTCCCCGAAAGAATTAGAGTCGAGAATCCGTTGTATATTGAGGCGAAGGGTCAGTAAAACAAGCGCGAATGGAGTTCCTAGTTCAGGAATCATGTATGTTAGTAATATCAAAATTGATACCAACAAACGACAAGTTTACAAAGATGATGAACGGATTCGGTTAACTGGCGTAGAGTACAGCCTGTTAGAGTTGCTGGTGATTAACTCAGGGCAACCGATATCTCGTAGAGAAATGCTACAGCAAGTCTGGGGGTATACTTCAGAACAGCACGTAGATACTCGTGTTATAGATGTGCATATCTCACGACTAAGGGGAAAGCTAGAAGATGACCCGGAAAATCCAGAGTTAATTTCGACAGCCAGAGGTTCGGGCTATCTATTTCAAAGAATTATTGAACCAGAGCATTGTTGATAAAAAGGGCAATTTTGTACACCTACCCCGCCGTACTGTTGGCGATCGCCTCAAGACCGAATGTAAGTCAACTGTAATTGCCTGTAGAACAACGTTAGCGATACGTTGGCGTTCATGAGAGCCGCGTCATTCCAGTAGTACAATCAACCGCGATCAAGTAGGGTGATGGCTGCGCCAACGCCAAGGGCGAACGCGCTTATTGTTAGTTTTGACCCGGCGCAAGTGTAAACAAATAGGTGTGGGTTGAAGGTGTCCCAATTGTCAAAACCAATGATGTAAAAGAGTTATAGACATTGTGGAGCAAATCGTCTAAAAAATTAGATTCTGCACAGTAATATTTTGATAAGTAATCCATAGCCATATAAACGAAACGCTTACTCTCACCCCAATAAGCAATGCTTGAGAAGTTCGGGTGATGAACGCAAGTAGTAGCTGTTAGGTAAACATATAATTTTTTGTGTTGGATTCAAGTACTCAAGGACTAAACTAATCGATAGATAACTGCGCCTGTAGATTCGTGGTTGCAAACTTCCATCAATCCATCAGTGCAAAGACTTTCCAGCAGAGCGCGAACTTCTGGTGCAGGCTTGCCAGTTTCAATAACGGCATCCACAACAGAAATGCTACCGCCTTTATTTTGAGCCAATTTCAAAACTGTGACCATATCATTTTGTGGATTCGGGTTAAGTTGGGGGACGGTTGGTTGTGGTTGTAGTGTTGCAGCATCGTGGATAGTTATTTGTCCGGGAAAGGGGCTACCAACTTGTCCACCAAGATTAACAACTACGGTCTGAGTATTGCTTTGAGTCTGATTACCACCACGCAATGCGATGTATTTCAAGTTTTTTTCATCTACCATTGCCGGGATGAGTGCCAAATCTATTAGCTGTCCGAACCCAAACAGACCCCAAGTAAATAACCAAATTATTCCCGACAGTGGTTTACCAGAATAAAACCGATGTATGCCTGCGAAGCCAATTAACCAAAATAGCCACAGTAAGTATGCTGTTCCTTTAGAGGTCATGTTAAAACTGTCTTGAGAATAGCCCTGCAAACTAGTTATAGCAAAGCTATTAATATTTCTGGATAAAGAAAAAATCTTGGTAACAAAAAACCATTTAATACGTACAGCTTTCAAGTTAAGTAATATAACGCCCACAAAATAGATTTCGTGCTACATTCCGTAAAAGCGCATACTTTGTAAAAAATTCCACAGCAATTCAGTAGCAAGACTTTTGTAGGGATGAGGTAGTGGTGAAAATCAAGCTCATTTGGCAATTGCACGCTTATTTTGATTTTTGTAACACTTTAACATTCTGTAGAACAGTAACAGTTGTTGCTAATAAAACTAGTAGCCGACGATAGTATTTTTAGATTATCTTTGATAACCCCTGAACGGCTTGGCTAAATCTAAAACTAAAGAATTAGATTTAAACCTTGGAGAAAAACTTGAGAGTGGTTACAACAAGAAATGACGAATTTGAATAAGTTTCAAAAACTAATAGAGATTGCAAATGAACACGGAATCAATTGCCATAGCGCACCAGAACAATGCTTGGTGGCCACCTTACCAGGAGAGGATGATTTCTTATTAGCTTTTAGCTGGTCAGGTGCAGTAGAGGGAGAGCAACTAGAGCATGAACTAATAGCAATTAGTGTACAAGATATTACTAAAGAAGTAACGGTTGCAGCTTGGCAGATTCCGGCTTATTTATTTAGCAATGTGTTAAGACAGGCACAGATGTTTGTAACTGCCCATAAAGATTTTCTGCGGGAGCAAAATAATGCATAGATAAAAACTATACATGGCATTTGTGATGCTTACTGTGATGGCGATGATGTATATATCTTGAGATAGATACAATGTCATGTTAAAAACCTTACGGTTGTAAAGAAATGTAAAGGTATAAATGAAAAATATGGCAGACATTGTTGATACTGCTGTGAGTGCAGGCTCTTTTAACACTTTAGTAGCTGCGGTCGAAGCTGCTGGTTTAGTGGATACTCTTAAAGGAGAGGGGCCATTTACGGTTTTTGCGCCGACGGATGAAGCATTTGCAAAGCTTCCAGAAGGAACAGTAGAGTCATTGCTCAATGATATTCCAAAGCTCAAGAAAATCCTGACTTATCATGTAGTTTCAGGTAAAGTGCTGGCAGCCGATGTCGTGAAGCTGAAATCAGCTACTACTGTTGAAGGTTCTGACGTAAAAATTGATGCGTCAAATGGTGTCAAAATTAATGATGCCACAGTTGCAACACCAGATGTAGCTGCTGATAACGGAGTTATTCATGTCATTGATACAGTGTTAATTCCTGCATAAGTAAAACTCGATAGCTAATTTATGGTTGCCGGGCAGTGATTAATTTTGGTTACTGTCCGGCAACTGTTTGGATGTATTTTAAATCTTTCTACACCAGTCCCAACGGGGCTTGGTTATACCGTGCAGTTAGCGCAGGGTTTGAAAGTCCAGCTAAACTCTGTACAGTTGAGATAGCAACACCAGCATTTAACAAATCCCAAATGAATGTCCGCCGCAGATCATAAGGCGAGAATGGTTTTATACCAGCTTGTTCACCCCGCTCGTGTAAAATGAATAACACTGCCTGGGGCGTGAGCCGTTGGTGAACTACAAGTCCAGACTTGTTAACTTGTCATAGTAACGGGCCATCTCTGGGAGTTCTGATTTCAATCCAATCATTAATTATAGCGATCGCACTCTCAGATAAATAAACAGTCCGGTCAACTCTGGCCTCTTGGGATGGGATATTGATTTGTCCATGATGAAAATTTGTAAGAGCCAACTTCATCAACTCAGCCCGTCGCAGTCCTGCACCTCGAAGGAGAGCGATAGGCTGCTTAAATCTCAC

Protein sequences of DBSCAN-SWA_2

>AP018319|184581:303913|235879_238150_-|BBD62901.1|DBSCAN-SWA
MRHFKAPMSTPLNTTQAQANATPHHETITGVVERLTFHSEESGYTVARLTRSRNTDLTTIVGSFANIQPGQTLQLTGYWKEHPQYGPQFNVVNYKETKPATLTGIEKYLGSGLIKGVGPVTAKRIVAHFGLETLEIIENQIDRLIEVQGIAKKRVKLIKNAWSTQKAIKEVMVFLQTHGVSTTYAVKIYKQYQDKAIATVTTNPYQLATDIYGIGFLTADKIARNLGVPTDSEFRYCAGIIHALTEAAEDGHCYLPQPELIEKVTKLLATDEHQPLPEAIALLIKEMTLREELIRESIRDSYGEKLMLCYKPTFFHTETNLAQMISKRLNQPIVQDMPRVRAWLERFMVSRQIQLSPQQQQAVEMAAYSPIMVLTGGPGVGKTFTTHTIVNLWKAMGKTIALAAPTGRAAQRLSEMTGLEAKTIHRLLEFDPKTMGFKRDNENPLPYNAMIADEASMLDLFLAHSLFKAVARGAQLLLVGDIDQLPSVGPGKVLADLITSLRVPVIKLTLVFRQAQQSAIVTAAHQINQGDYPNLEPISDNPASDCLWHGGGHEAEHGVQAICELITEFIPRLGFNPAFDVQVLCPMSRGLVGTRNLNMVLQGLINPPASDKVEIARGGMTLRVGDRVIQQTNDYDREVFNGDLGTISGIDTEEQEVTVDYNGRPVVYDYADLNEITLAFATSIHKSQGSEYPVVILPLYMQHYVMLSRNLFYTGLTRARKLAIVIGSKKAISLAVRTTNDQQRYTRLWQRLLQAI
>AP018319|184581:303913|240575_240983_-|BBD62905.1|DBSCAN-SWA
MDKNVGIVGKSKVFAIRIIKACSFLDEKPGICRTLSKQLLRSGTSIGANVRESRSAQSDKDFLHKMEIALKEARETEYWLEILIESEVVEKSKFYPLLQEADEIVKILVASTRTIKQRLNSSKSNGRRMEAASEN
>AP018319|184581:303913|257982_258225_-|BBD62918.1|DBSCAN-SWA
MKNSNRLRAEVGYGGWVAGNWLPFLGRFEKSPQPTRHIEQKLLKLEVTQLNNQNLARCENSQSSVRSSWSSKEVKTIQTI
>AP018319|184581:303913|302516_302837_+|BBD62954.1|DBSCAN-SWA
MTNLNKFQKLIEIANEHGINCHSAPEQCLVATLPGEDDFLLAFSWSGAVEGEQLEHELIAISVQDITKEVTVAAWQIPAYLFSNVLRQAQMFVTAHKDFLREQNNA
>AP018319|184581:303913|191926_192115_-|BBD62859.1|DBSCAN-SWA
MPNYITEQQTDIAQQREQLIEEILTVYPDKSRQKREQQINVYKQEKSDCGVKSNIKGSNAIF
>AP018319|184581:303913|187653_187917_+|BBD62855.1|DBSCAN-SWA
MRFYSQVIFPRLLDWSLSDPVLAKYRQELLANVTGEVLEIGFGTGLNLLYYPSGIRKITTVDVNPGMNALANKRISNSDITVEQLLL
>AP018319|184581:303913|298261_298774_-|BBD62950.1|DBSCAN-SWA
MQNQEESLIAIQKQLINSQIKSPQVFLIDHENNNRGLINTNEALELAESLELDLVVVSEGQDAPIAKILNYGKLQYQKKKRQGQSARPTVKEVRLRPNIGAADYNLRIEQAVKWLSKGDSVKFAIRLRGRENQYREQAGELLERIATALSEVGKVQSLDKRSLTAQIIPA
>AP018319|184581:303913|239001_239469_-|BBD62903.1|DBSCAN-SWA
MPKPLDPKCQLCAKMPTSKAKVLHGPEGDKCWNPKVCHNRRSFYRHRSDEKKGQIDKITVEPPATHYAVLYLYKEPGDKPLHALSAELWLGQQPVCRLEPIHCFGLTAGKIRAYTDQVLQAFAKQYGISLHQYKDMFEISPSHCPVRPCPMHPEP
>AP018319|184581:303913|303697_303913_-|BBD62956.1|integrase|DBSCAN-SWA
MRFKQPIALLRGAGLRRAELMKLALTNFHHGQINIPSQEARVDRTVYLSESAIAIINDWIEIRTPRDGPLL
>AP018319|184581:303913|242021_243152_-|BBD62907.1|DBSCAN-SWA
MNFQRPFPQELLTKSSRERLNYFHSITVGHLRLRQALDALLMNLQQPTDICVLFVVGPAGVGKTTLRLRAEKLLLEEALISMSHNTCQIPVAGIEAIPAEGGKFNYKDYYLRVLESLDNLSVTLSTKNSNVNFQNHAIGSNTYFASKSSDIVRRALEQTMRHHQLTALMVDEAQHLLMLAGGKQMLHQMNWIKSIANVTGTVHILFGTYDLLNCCHLSGQVSRRSDDIHLPRYCSDSKEDVTEFIRILQTFQTHLPLIEEPPLVEKYEYLLDYSLGCISILKTWLTRALRTALAENAMSLSWQHIQHNEYSKARREQIQQEAKAGEQRWQDEVGTQSRTQMETLAPEDLSQPPVKRGRVGKRQAKRDTVGINLDVS
>AP018319|184581:303913|284880_286557_-|BBD62935.1|DBSCAN-SWA
MLTLDRETTSAPSYKILNTSIKETFTAIDRFEWQAVDEILQMREQQLYREAGYKSFEEYCQAELSAWGGYRRINQLLGAKKVKDTADELGEHIKNERQARSLVRLVKEPEKLKQAVAIALQENPTPSESDFTAAANKVVPRPPRQKTQEPLVPKTEEPIFQQTQEPVVPKTNTVKVTSPAHPRYAEEGTIEADAPNNWQQIVTFADGKELINNADLSPLSNEAIEPCTTERTYPKEYAEAIAQLKQQHQQELERLEQDLRIGLLSEATAQAQQQVQEQLTGLQNLFQQQKQENIQLQQRLYELEGLRQLELENQRLQKRIQELEHAVQERPAQERVNTLTKQATKALNKQVKQALDKTIDLRSLAIEPPKENAQECLRLMGIALGNLASAMNNIQALQAAALILGSEPTPQAITYRAEQLQLLPQAVSDIRAVLSKPGCSWWDYLEVATEYEVIKADYWAELTTEETELIAALEIAESSKITEPFVPDETPANSNSSNCELIIELGSIVAHADPYFALYAAKGEVIEDMGDEVWVAWQHWKDKPKKTDRYFKDELRLL
>AP018319|184581:303913|252246_253173_+|BBD62915.1|integrase|DBSCAN-SWA
MSTNSFTSLVLTSTPPLTQHPAIIYLSTLSPGSKPTMKHSLNLIAQLVTDHQADHLTLNWSGLRYKHTLALRTALIQKYEPATVNRILCALRGVLKQALHSGLINPIDYARAVDIQSVKVSKELSGRVLSQDELDALMQTCFSDLTPAGFRDAALIAFLRGAGLRRSEVVCLELKDLAHPGEIKIHSSHTRVDRIVYLSKSAIAIVNDWIEIRTRTPGPLLCQVNKSGRVVHKRLTPQAVLFILHKRGEQAGIKPFSPHDLRHTFIWDLLNAGVDVVTVQSLAGLSNPALTARYNLHTEDRSCPPRLG
>AP018319|184581:303913|259922_261356_+|BBD62920.1|DBSCAN-SWA
MNLIEISDLESILDMLEEKVLQHSQRPLSEAERIVIRGAWNGKDYKEMASESGYNTFYLQQKVAPPLWIMLSEIIGGEVKVRKLSLKNNLISFINKDNISTLENPNLENDPLFEQTKFYGALPKRKCFYGREKEIQYVSKRVKSSKEQCVALVGVGGIGKSLLAAKLIEELVSKHSKYYNLVIWKKVKCNLSVNDLVSELISIFDVDSTKKSFRFKTSDLLIRLKSHPCLIILDGLEALVQANDFKQKIEYGNFLTQLTEEEHQSCIILTSQLPIEEIIYTDTTLLYTNLQIKGLEENAALQIFHEKKIYGEECKKLIKTYRGNPSELESVVERINRYFGGNIQKFFDYKTTFIGQQLQAMLNQQFRQSGLLSDLQRQIMIYLADEVSDEFKLIPFSKIVENLRKRMTSDLSISELITAMEVLEQRSLIESTKKIGKDEVQYGLEPVVRKYILVDPFGFVHNKNYTEDTEHILNECA
>AP018319|184581:303913|213675_214425_+|BBD62879.1|DBSCAN-SWA
MSTYSPNPKRLIMTVGDSRVGKSTVMRLLIDLFCSLGYRLRAYDHDNRKRLEPYKCLVGVESVNFNEGTDWVIEELRNGYDVLAVDMPGQHIESICNYIDKVNLFKILSKVDWRLTFVQPISHRLDCVEYLSQLMAFAGNQADYVIVKNQHFDLMFKLYQTSSYPKLKDVGGCDIALSGLNKYSYEAIESIGLPYSQVRNNIKIFSVYRAYTYRWLNSFYQSIQSNSLASEYLGLLQIRQQQESGHDDF
>AP018319|184581:303913|241192_242032_-|BBD62906.1|DBSCAN-SWA
MLVNSYTNDGLWNLEKPVMPQRSRLFPLEPIGIGTIYVESLSGYVARLAEYHSTTTEQLILSKILPLMERRMSQTSPTDIINNFFGIHYSLAAANEIKGIFATTLIQVLEELTLRQDLTNLSPLKWASLTFESSFLRLYQAWCPLCYGSWRTQNRIIYNPLLWLVNTIKFCPHHEHQTLIEHCLHCNQQFPTLTRCSRPGYCSSCHLWLGDFGINQNLDEQVVTENSENSWQYLLMGDVSSHRRDKLTWQCMWFDDVEDLVANEPSQFLPPKNQTLDDF
>AP018319|184581:303913|185625_186813_+|BBD62853.1|DBSCAN-SWA
MYKELFTQETPSFSSIRKWLGRIGFFELTRKKEIRDDWIFIVDLTVELGTEKGLVILGVSQQKLEEKILPLRRGLQHQDVQILALEIMHSTRGELIQEKLTEVSLKCGCPRQIIADHGSDIQKGIKLYQQNHPDVIYTYDVTHAMALLLKHELHRSDKYQSFIQQCSQCRKQLQQTELSFLSPPSQRSQCRYFNLEKLVNWALYLLNSPLDILRDLVPNTEPDILYSKLKEKFTWLAAYQDSLINWKQMVQITRFVETQIKLCGLNQETFSIIQQHLTTLVNYSEEFAQKILSYLTQELSFIQPGQTLLATTDVLESLFGKYKQFSSRSPFKQIGQMFLSICLSTMNLTTTLVKEALETVRFLDVEDWAAQVFGQSMLSKRRILFSVSTGDTEIA
>AP018319|184581:303913|208438_208708_-|BBD62874.1|DBSCAN-SWA
MNNTEKLAQFANQQHFDDRAGKIFQAVCQDAGINNLPQTSVKQGNCLIEVLKHNEATPEFVKNLLSYSRRCCVNRQNGKFTYSRCFRAA
>AP018319|184581:303913|300313_301045_+|BBD62952.1|DBSCAN-SWA
MESHKEKILVVDDEASIRRILETRLSMIGYDVVTAGDGVEALELFGSGSCDLIVLDVMMPRMDGYCVCQEIRNQSDVPIIMLTALADVADRITGLELGADDYIAKPFSPKELESRIRCILRRRVSKTSANGVPSSGIMYVSNIKIDTNKRQVYKDDERIRLTGVEYSLLELLVINSGQPISRREMLQQVWGYTSEQHVDTRVIDVHISRLRGKLEDDPENPELISTARGSGYLFQRIIEPEHC
>AP018319|184581:303913|184581_185523_-|BBD62852.1|transposase|DBSCAN-SWA
MKTKAQYKVKNWNAYDAALKQRGSITFWVNEEIIEQWRNQQKTGKKGASNHYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLSVELPVIPKDKAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDCESGEILGAVVTTNDMADCEVLPDILEQIEQPIEQVSGDGGYDTKGCYDTISQHGAKAIIPPRSNAKIQQHTNNETHFHPRDENLRRVNQVGRKQWKQESGYHRRSLSETAIFRLKTIFGGKLRRRFFNNQAVELFLQCAALNRMIQLGKPDSYKVDN
>AP018319|184581:303913|209945_210401_-|BBD62876.1|DBSCAN-SWA
MTQQQKKEIELPKIRKVPTSWDGKVIDYLLKHRSGKAATDLAIEAITSYWLVEALKGKVSEDEFQEACRAAAENLTKKLISIQQMTGINNSTSIPSLGLSVAPATQPINSQAPQQQVLQQQEEEDDEDEWNMNLQLTEEMIEVNQALAGID
>AP018319|184581:303913|205466_206156_-|BBD62870.1|DBSCAN-SWA
MMRVLIIDDYPILRLGIKTALESANIEVQEADSGEQGLQLLRGTHPDLVILKIDLPDVSGIDLITEINQEFPDVKIVVLSQHSDEGLLKMAFNAGANSYLLSDTEPEILLYAIKMSYQGQCWIDPRLSRSILDIKEEDNSLRKGKKFGESLTQIEMKVLKLMAFGFSNEQIADNLHVSSGSIRGYTNSLNLKLGAQNRAHAVFRAICLGYINYKSLFTEIPGGENLEAI
>AP018319|184581:303913|187932_188265_+|BBD62856.1|DBSCAN-SWA
MADNTFDSVVSTWTLCSIANVQQAIKEVYRVLKPGGRFFFLEHGLSDQPNVQVWQHRLTPIQKAIADGCHLNRDIQKLVEQYFDRVELHQFTPENFPDLVAHLYQGVATK
>AP018319|184581:303913|292254_293178_+|BBD62943.1|DBSCAN-SWA
MNNPSSRRMKSTHSDSKQTKPTTKQPKQEQAEVITVEVAAVEVPELTQEEQRDRHRLEEKVETAFYAAGKALMELRDRRLYRSTHKTFEEYCRDRFGYSRDAAYLKMTATTVYENLQKHLPTIGRQIPLPTSERQVRSLAKAELEPSQQAYVWEQAVEEAGNKIPSGRIVQSVVDKIRERTKIPNPYREGEICILIPKDNPDLRGKGGCWGVIINVGDYSCTVQTWDGEYTVKIEHLKSLELLDDDCKSMQQLCMRLRRLHQVADHDPSVDWLLQGLGKQAKPYLSGLQARLLGTVEREYGLDGKKK
>AP018319|184581:303913|266802_269313_-|BBD62924.1|DBSCAN-SWA
MLYIRYNLFFLKVIITLGCFILNDLTCYSQIIPDSTLPNNTSIKINNNTIFIENGTKLGENLFHSFKDFSVSNRSQAYFNNPLDVQNIISRVTGNSVSNIDGLIRANGTANIFLINPNGVIFGQNAQLNIGGSFIGSTANSIKFADGFEFTANKPQVTPILTVSSPIGLQFGSNPEAIRIEGAGHNLSGSRFSPVLERSTSTGLQVQPTRTIALVGGNIILNGGKIIAEGGRIELGSVGNDSLVNLIQTSSGWNFSYNTNSFQDIQLSKRSLVDTSGINSGSIYVQGRNITLTDGSVILIQNQGGTTGGIININASESLDISGTDPIARIAGSLRNETLGRGKAGDTVISTRRLILRHGGQINSLTFSPANSGNVIIKASDSVNLIGVSPRNSALFSLISAGTFGSGDSGNILVSTQKLIATDGGAIGASTLGSGKGGDVIINANDVIIKGYAPDTFQPSVLSATAFNTGNAGNLTINTSSLLVQNGGRIDSSAFASGDSGRITINASKSISIDATSDSLNPSLIISSANIESQILRELFRLPPVPSGNSGDITINTPLLNVTGNALITVRNDGSGNAGNINITANKIAISNGGGITATTAIAEGGNIGIESKIVQLNNGNISATAGQQGTFGNGGNIIINAEVIAGNNNSRITANAFQGRGGNININTKGFFFSSDSVITATSQQGINGTVETNTSRNQSELAKVQAQLPTPTPEIASVCPGKAGAVAGKFVDRGRESLPDETDNPLYNRVFLENTSVAVEENESLAKKQVSTIEETTQIAPAKGWVFDSKGQVTLVATNPNQITPDSLLNANSCSSITPVSQLFPSIEASNSNE
>AP018319|184581:303913|228054_228426_-|BBD62893.1|DBSCAN-SWA
MLLTAYLGPLAVGGSLLPYGSKAILAWLVGYFSVGMAKLSFNIIAGFAGELIANSRSDQPLFFLLTIGIFAPALATGIAAGGGLSLLMQINKAADEARNVAKDIAVTVVTGGAGGITKLIRPR
>AP018319|184581:303913|289393_289939_+|BBD62939.1|DBSCAN-SWA
MQQTLSIPQDWQYPRFSFGGRTQLGVIIGMKYYAEDTYLGNEYGVGWHYIMLADKNGEDEEHRTEEHIKLLSAQELKTMLEAEIQNYQRQIQSLKHQLESIPAIVVTANSTDEKHIQQPQEACYPFLHDLVNGAKFLIREIANHPEYLTLEYQPDLTVGDAETALSYLELELESSPSLYTQ
>AP018319|184581:303913|225630_227181_-|BBD62891.1|DBSCAN-SWA
MSENPLTVDEILKLDDEPSEISSNQKAEIEDEELLTQHTVVTSPWSRIGIIGVPLGIGFLIFYLMFNNIINGHSSVNKPETKTQDKSAQLTPSAENKDGDVYAQLALSKQQEELDKIKQQKEKSTAKTQQEPATAKPVKVQSAAVQVSSTPTPPLTYSSPRTNQPVTRTQIAPRRSFALPSVSNPGVTRVQKTIDPTAEFNRLRSIGSYGLIAYADSSVSESTLLDPAEVSTSLVQTNQQQAEPTDINNEYPSAAEESTSNRIEKIRPRWQVESKADKKLIANNYLPQESQILTERKTRYLTVGEFATGILVTPLVQQQTDTKNNQQQTEDGRRFVAKLTQDLRDNYGEVAIPKGTLLAVELVGVDGGNYVTANVRSIIKDNTEYPLTAGAISVQGEKGKPLIAKKFHDKGGAIASYDITVGLVGGLAKVGEIINQPDSQSTINNSTIGSFSSAVTQNNRRNLGGAFLEGAFGSVGNIISDRASRSSQEILARPNVWHIPQGTKVTFIVNRSLELP
>AP018319|184581:303913|258221_258770_-|BBD62919.1|DBSCAN-SWA
MKNNDHPAQEGIRVKLSGVVTALHDYTPNCSASKQWKELLISSFVERRFQRVLARGIVLPRVSWFWHCFFNTHISDKAVALIADNTNDYRQILVKHNQLVSTLQDLDPHAEVLLLISPVQDYVFGTVLETFEIFSTHILFTQQKQYSFNNQKCWRRWESEQVAINNSVSLTAKEFSHQGVEV
>AP018319|184581:303913|243151_245884_-|BBD62908.1|integrase|DBSCAN-SWA
MLSDQEFEQWCHRLGLAQTTKEFVQQIRCSEPVRKVGGGAKNVCGSYPSQKMGKTIQFESHKVELPAIVEYENDEDVLEYYDQPVRLSLSFESKSGRRVVTSHTPDFLVIRHKCAGFEEWKTNERLVTLAQKQPTRYQQNENGKWQAPPAETKVQSLGLYYHLRTDQEINWIAYSNHQFLRAYLNPENIVNPEAKTRIIESVTANPGMTLKQLLLSTSTSWVDDIYVLIATKQLYVDLEALALSEPEKVHLFSNQQVAEAHNLIMSKKAAARVACGQQIDVAVGATVFWDGKSLSVIQIGEKKIVLQGENHLVGLSHTEFETLIAQKEITGIEAQGIKSVEIWEQLKCASPEDLAVANYRSKIIEPYLHRDPPIMPINSPVSERTIRRWKAKYYAAEETLGWGYVGLLPNRKDKGNRIERFSPQTWEFIDKIIEQHYENFKQRNKLTTYGILTREWEKAGKTDPCPSRTTFYKRINSRADHRQTRKRQGSRAAYQKSSFYHELKFSTPCHGSRPFEICHIDHTELDIELVCQRTGCCLGRPWATVLIDAFSRRILAIYLTFDPPSYRSCMMVLRICVQRLGRFPETLVVDNGIEFGSIYFETLLAAFGCIKKQRPVASPRFGSIIERFFGTSHTEFFYNLKGNTQITKQIRLVNKTNNPKTQAVWTLPEIYEYFCEYVYVIYDQREHPALGQAPCVVFENGLTQSGMRFSQRIVNDENFQIFTLPSTSKGTAKVIPKLGVKINHIYYWSIDDCFIHPEIEGTQVPIRYDPWDVGTAYAYVKNAWVRCISQHYSSLQGRTEREIRLASIEIRQQKKQYNQRITIRANELAQYLESAEAQEILQLQRLRDLAATGVRQIVASERVKQAQSIIKEDLASIKNNITEELTPPNKLEAQEINPRQIQPYSQQELW
>AP018319|184581:303913|198579_198984_+|BBD62866.1|DBSCAN-SWA
MLCIGIHSTYPLFAWVGQTEFVSFHKEYERRLPFSIYIPYILLMLSTLLLAFVHPVEVKLGWVLMLLVLNASIMITSLTFAVPIHNRLQRQGYSDKACIRKLIQYNSLRLIASSTSSIIMLYLLIGLLLNRTAT
>AP018319|184581:303913|228716_230027_+|BBD62894.1|transposase|DBSCAN-SWA
MVEPRPPKQTVKFVDEYCLWYKKLFSDVRNFEAFKYLHIGCISDIKRKSLPEIAKIVGLENYQGLHHFLTTPYWEVEQLRALRLELILQILKGRPIILIIDETGDKKKGTTTDYVKRQYIGNLGKVENGVVAVTAYGVFCGMTFPLLFEVYKPREKLKPGDKYLTKPQIGAMLIRKLQSMGFKFNLVLADSLYGESGTNFVSVLDELDLNYLVAIRSNHSVDLLKGQYTQYLKWQKFKRVFSDLSSENRFIREIIHGKRGEHRYWQITTDTEALPGNSTWYVMSKYPDITPREVGNFYGLRTWVEYGLKQSKNELGWADYRFTRYEDIERWWEIVCSAYLMVSLHSESLRPSPPSPQSAFASHPWWDHGKGWKNILNNLRLIIQPFVLFNLIYPWLTVFSIPQLYEGFSQLQAIVYRLTSPIFIFLTHPEFYFSSA
>AP018319|184581:303913|220748_222170_+|BBD62886.1|DBSCAN-SWA
MKILEKNLYGECNFGDKRLTQRAASIGELLSVKYGQPLSKIFKTASDLKRGYEFFSNPKTSFEKLTQPYFKQTAQEINGTPVVLAVGDTTFLDYKKILDKREEYGPIGNGGNGLILHSCLALEPDFGQPLGLLWEKLWHREHKAPQPSNETQELKEDRLKKERKAKRNKEFKEKESYRWVEAFSKIEKQFSELEIPVGGLSSKIIHVFDREGDIAEVFAQISQTKNAGVVVRAAHNRCLEGENGHLWSYVNSTPVQFVKDVELVETKKRHARTATLEVRYCPVSISPPARLKNQGSFHVYAVYAREINCPENGEPVEWMLLTTELVDSEQSATQILRWYTYRWRVEEYHKILKSGCQAESYRLAGESMSTMLGFLTVIAAQLLRMTYLYRNCPHLDASVVLTKEQMDVLIASSPPKLKKDIEFTVDWAIRAIARLGGYLEHRKNSAIGIQVLWRGWLELETLCQGWLLHQNLK
>AP018319|184581:303913|278345_280214_+|BBD62931.1|DBSCAN-SWA
MPKGPIRRAQLIVPFGVGAMLVVRDGTSLITAGLDHWYKREDGSEAEDKSEFRVDEWRLTQSLGVDYFRLPPEFRKPNKGDGVLNAYLTLPFLRFPQWHFCSACDLLQKFPLTARGKVKCSECESKKKTKYMAQVPIIAMCDRGHIQDFPWKEWVHHSVKPTCNKALRLVGTGSATLAGLSVRCECGAKRSLGGITEVDGDKTRLSKSLGDSEFLCQGKLPWLGKEDGEPCSRQLRGALRSATNVYYAQTRSAIYLQRGNGGELISLLEQPPLSKLIERLLRLGDDITPEVLREDRPQLLQDFSNEDIKIALETILSAKIDDINDDIEGDDPETRFRRQEFNVLRTERREDNLKIRTIKLSNYQPDIANYFSKIMLVDKLKETRVLTGFTRILPETDQPLQELQSLLWRKPPQKDSWLPAYVVYGEGIFIEFNETCLCQWLQKYGNEIYSRIQPLVDRYQKIQEQRHLRKRSITPRFILLHTFAHLLMNRLTFECGYSSAALRERLYVSDNPDAPMAGVLIYTAAGDSEGTMGGLVRMGKPGNFEPVVRSLLEAASWCSADPVCMEVGESGGQGPDSSNLAACHSCALVPETACEEFNRFLDRGVVVGDIKNRNIGFLTRTP
>AP018319|184581:303913|280697_281090_-|BBD62932.1|DBSCAN-SWA
MPTCEYCGIAFDLSDGIYDDGDFICGSCINTFIYKSETVQNNSKIELKPLASSHSVQVSEEERIKKLNTKADNLAKNIEIMVRGKTKSICINSSNKKAFDLAVERLGMKLDEFNIGDDDGYLQISLKHDI
>AP018319|184581:303913|227180_227987_-|BBD62892.1|DBSCAN-SWA
MLRIGKPKLESQAYKPEINSFLSSGPAVPTRIAIMAVVGCSVACISLMVQFLNYGAIRRLAKQEVPSLVQLSNGETITATAVEPAYRSNETIKRFVSDTFVGMFNWDGLIQKNNAQGKLIVEADPGVEVKGLENQSTLKVTNRAYEAAFALSEKQGFRAAFVRRLAQMIPSEVFSGNLRVAIIPNYISSPRKIKEGKWEVDFQSTLVTFKKLDNAGDAIAFNKTVTLEAVTTPQKPPEDISELAKKIYAIRSSGLEITQIVDLDLGKR
>AP018319|184581:303913|293839_294493_-|BBD62946.1|transposase|DBSCAN-SWA
MVVVVDEGNKLEVEVKTGKIAGFDFGLKIFLTCSDGTKIESPQFFKQSLNAIKIYSRQHSKKLKGSSNRERARKNLVRRYEDVSHRRLDWFWKLTHHLTDKFDVLCFETLNLKGMQRLWGRKISDLAFGEFLQILEWVAKKKKKRVVFIDQWYPSTKTCSCCGHVLESLDLSTREWCCPSCQSLNGRDENASQVICAVGASTVGLGDVSRFETAIAV
>AP018319|184581:303913|246877_247669_+|BBD62910.1|DBSCAN-SWA
MSRVKLFQGLHFWLKGREYTIKQRLTDGSFQICDVVTENVSCISQTDLIQLFFKDELKFENLQATTKANKKDYCGADFTQIPLDLKQEALRREQYTLAVLEKNDSRRTKEFLCPIIEETSQKINDSHPPSYITLYRWLKGYEYSGKDIRSLVPNYRGRGDYRPKLQAEVNEIVEKAVKKIYLTPFRASVDAVYDEVVASLEQENKFREEIGLEKLKIPHRTTIYRSISKLEPYEKTKARYGSKNVYCKPRIYASNSSFRKSRD
>AP018319|184581:303913|199014_204213_-|BBD62867.1|DBSCAN-SWA
MTLEFKHFDTRLNTWIHVDGDSNNFESILTEKLENTLLEFYFSDQEFSFGHLDDYSSPEDLRNHPNGHTLLLSSKTRLLYGSPECLEVIDKLCPDRKDRGAYGSIFLGSCKNSINETLNILVVNDDSEQAKAGENGGIIKREDALKLVGDCYGQISTQLYNKLTKRKEQQDKSYRVIQHRFGWREGDGEDSKYRFGKGTLRPNNLSNVEYLDSNSKPKIDLILPLSSFKGTDKDRPGGAIKPQIQPGLYRQKIWLGEKSQSERGKTAISQLLASFPQGIKDFAEELEAQAQKLAESQSDPRKVAQLYCQKYEQRKAFTEEQKSSLKAEISEQVVDGLLAKQLELLTLNHAEEQFETSDDLDEKSEKDDLLMYKLIKADLIGGHNQLLETEKVRKELSKFVQGEWRDISLGRTLTFDRGMIIPSKDLKNGEICVPWLDDGEKVLNFRSPFLNSNGLCVSTNKIIDDCLASDGTRLEGIIVVNDEDIKRIKARLEQDETAPVETETQRQGRDFDGDCIGVALASKYPNFTAEAEYRILPANAYLPTIKEKKQSFYIDGKQPPFEEIANHMSDSISVGVINNQVTALEALESEIEILKLYGTPEQKSEYVDKVSHHYQKLLEAENYEHPKPIREEYKPYIQEFVALSQNPNRTSEVISQAMDKNRLMYRRMIEEACYQNQIAVDLFKSSKKPAMGLIKENNRYLYRQVDYIKDKKSPTAYLNLGIKTEGYSPVELLINQTNKYFQESKLESRPIVQFHDLFNGVEFTPQQRFAAIAAKYEFDRLHNAAVAMERRRDSERGPSAIIQTQQGSKLEITNLTYYDHPLIWKAQTINLKLEVDKRSSKLLTLAQINNELKDDGQPQYRKLGTVSPQSVEEYNLKPGTKANNASLVEIKPQLSRGQTKLMFQQTYQFAQAYRENIPEQERLSAAAAVWSVGAARQDELEDRQSQNKDPIYKKNPNFVFAAFGEEIISRLDQMQFTHLRVGTLSNEANSFKGKTWNQEEKYPIEIRASHHPPGHDRHALRLVFVQDTDGQYKEFAPLEPRTGQLPIGTKALANVLPGETYTASATISLTGTEPVEFTIREIKKFAHAPKTFHGESVTLEIGKVPVPTGVVKLKLDGKTLGELDADSIKQLQAVNYIKDGNPLNLKLTTISDKYNAFVIASSPNGNLIKIDKTNSYDHQGQKFNDTEYRRLTLDVPQSQIRDAVFLNGEPLGVLHFKKDKEALKQLGVFNFGRLTPVPATLQSNISTTMMVKIDPNTIEYPETWVKENFAFSQQITSEGQHREIERTAAILYQIKERPTILFATTEDKELGIIRMAVDNHKVDVVTKWLTDKNIAIAQQPPEDVPLETKKGLAVFNLVNSSIPEPVFEAMINKFGEVIESSEQYQEKLRSLPDRPKHLKPPQPVVSIVESPKVLRGANTVVSPVSPQNSQSTLHTSIKELVVISGKPIPMNFPLMLRGEPNPLPVDTCIDAMRGYGRVHTTRAYEPYRQYGFKEGDIALATGSGKQVAFRVGKQYQISQQMIADPQYQQQWAQMEKHSAKALPELFTGKPQVWGLNMEPLGNYVNGQIVPFEQQQNKAVPSQESQTITIDHLRSWYATANNLGKSEDYKQRIVQIANEFKVTGQLSPQAREAMEKDTVNRIAQIAHKIVSALGQCEEDGTTRVQGKIYDVSFHPEQRSWAIARSKGDVILRVQAGRVQINKLTPEFVQQFESANSKVDEVLETKKQVAGLQR
>AP018319|184581:303913|222660_223407_-|BBD62888.1|DBSCAN-SWA
MRNNTQTQLINDNQPFRVEQLQNPNHDVGKYTHHFLTPNGLALLGALGVYFVMKVVLGDGSKKKKIATSYWGGNKETVTAKKKALQQIANPKCDSAALYIGQHRFKDLKTPRQSNVIPLYIPDAQRGTAAIGAPGSGKTYSAVNPMIYSAIDQGFGIVLYDFKYPSQAKIAAYARLKGYDVHIFAPGFPESEVCNPLDFLRDSSDAETARQLATVINKNFRILTNASEDLTFHGMWKRRSGSRRIYAN
>AP018319|184581:303913|249132_250149_+|BBD62912.1|DBSCAN-SWA
MLDRKHLLKMTLSERLYLANNIYVIYPRIKEILSAIDYCHHFSNLKDEPDCLFLQGETGTGKTTIFRSYLQESPRYETATGTVVPILSVTIPSPATVKSVVTKLLWELGDPAYDKGTVGSQTIRLIGLMKDCGVELIFLDEFQHFIDRDSAKVLKTVSDWLKNLILDAKVPIILIGLPESNAVFKFNSQLSRRFTNRYTLSPFEWKADSGKEFRTFIHAVESQLPLSDESCLASEEMSLRFYYASDGVVAYVMKLIRYGTYLALRQGLEKLDLNVLATAFDKYVKADKLHKYNPFLTDEYLLYEKEVYSLQEFSTLEATNRRIKPKTRSTKASDILHK
>AP018319|184581:303913|283516_284779_-|BBD62934.1|DBSCAN-SWA
MTATITKPTKKPTKEKPQSQYKRLHVIIPIEDMLWASQQKPSVNQLWQECWTSDPYGSRWMPLSTALGYSSFICAKKILSKSGLFIFKPDKSIQDGRETVGWMVRNLHGSRMKEFWEKANAEEPNSTKQESNAKNAEVNAGSEEMRCLNKASISDKTQSEQGFYKPSRTIQEHLTNSTEEFVRCVSSTQNENLRVDETAIASLGDASPQTFEGVEEKKEELPAVTDCTTLTLVEAVPSQSASLVVKNQNLGDEPGTHHEDKVSAAPADSNPENLSQSQNQAQPSLSASLRDATRTLVEKNQELSDEPEISHEDTFSAAPAMSNLPAQEPKAHHEGVCAVTADSDPEKWSYEAVVERSRVRPWRMEKLKMAEQWRENPGDDFLMECWADDPALRIVIKKLVAKCQHWGLVAADGLLVRWEG
>AP018319|184581:303913|290662_290860_-|BBD62941.1|DBSCAN-SWA
MNNYFSPYKPAYTLSERFERFSAILTATSTVASHLLLQTRTKFAASVEVTDRCNAGCHYCYVYRL
>AP018319|184581:303913|187070_187382_+|BBD62854.1|DBSCAN-SWA
MITIGEIAKGISKLPASKRKESLVIWLNETLPNRFEHRILSIDVSTMMLWGNLVGQLELSGRPLPVMDSLIAAIALQHSLTLLTRNENDFAGTGVVIFNPWSV
>AP018319|184581:303913|273444_274896_+|BBD62929.1|DBSCAN-SWA
MKKFEQSLGENAEEDYWKIFLRPLRQYRFKLCAAPLPFNHPIASQPDTIKFLEKQLKNCKFIYPDLASAANEIFNLLVDLSKSDDNPLLDFIEKNYPNNSLIIEESYLITALENVLSASHKLNKNLILTPSQLRTNSCHKGLVVIGATRWFPDYIFTAPRTYEIDIVKYSWIKDKWQPKPVFIASPDNVIQSNIVYLPIRNTEGINTKITDIVQEDYLHPEEILLPSINWKQVAKKFSTFSSSIDKEESIEARLFLLEGDIAVFLDTKTKALVIDLMEDGESQVKKELVTDIETGMFIILRTNGGGDYIIPLANYILGGKAQAFRELQQLWKTRLKNKVSSSSLQNVSWRLLNLGSKLAKHEQNIRTWMSSRNIKPKNEKDFNAILTFVGLADRLEEFHEATDEIYRAHYQAGKHIRQLLLHKVRTSNLQKLEQIGKMDFELSEADGGSMTAFRVVDIHREVIMLPSSRIAYPFQLDGEFSND
>AP018319|184581:303913|235553_235823_-|BBD62900.1|DBSCAN-SWA
MTEQASAYEHNGKPTSPTFESLQLAERFAKAIEEYNWTVDYVKFCELLELEPGDFADEQYRYFQQLAEALTRFDAESLAKMINAGLGKE
>AP018319|184581:303913|250167_250980_+|BBD62913.1|DBSCAN-SWA
MYSDNKLLRRPYPYTDESLVGYIARLADSNYYSSPDYILRVSALTKTERHANIFYPQFDSLCLLSHITGVSEKTLWSMAFSSVTLGKAKFFYATLVQAFGENIPVRFIRKQGPRLCPVCLQLSPYYRQIWHLHSVTGCPFHKCFLIEKCPNCHQPIQFFRANLLKCKCGFDLRNSSITTISAEQFALSYQISLLCQVPDIDSVNYSNEIQYLENLEASNRDKLSGYNYDLFEGLIAKDTIISDYVFFPLLELHTLLAWSLTQNDANQDVM
>AP018319|184581:303913|287973_288867_+|BBD62938.1|DBSCAN-SWA
MVFDYIEKYPHRTKQILGISYEQLKSLLNCAIKSHQERKTKFQSQKIRINSAGGGRREKLSTEEQVCLCLFYLRQMPTFQVLGMLFGVSKTEANDTFHYWISILRDVLPASLLEQVSNNESDLQFVQEALTNFRLLVDSLEQPIYRDSDQKEQQKYFSGKKRQHTLKSLMIGMPEGKDIVEVEVGVPGPTADIKLFRQSQNKFDESQPFSGDKGFQGGENITTPHKKKPKRELTQQQKDENKALSSNRIFIEHLIRLLKIFRIVSQRFRLKLDTYEQIILTVCGLVRLRIGSLVLPG
>AP018319|184581:303913|215310_215544_+|BBD62881.1|DBSCAN-SWA
MHGDKTMLDKAENFLEFGIFICLIIIAIASLETDFWESAFYILLAAIISPFTKINKPLKRLLLVSGFLWGVRVGYFN
>AP018319|184581:303913|194354_194735_-|BBD62862.1|DBSCAN-SWA
MKIADLSAQTIEKIKSVRWDRIIEKHEGPEDWESVFRYSEPEFIEVEGCSVLLPVDKSHHPNITILRCIWSKDQNSVTLFLSDTTYEDDPFFSGFMAVCDRVKGEKFFLAILYHEWFIIERTSVFE
>AP018319|184581:303913|264326_266810_-|BBD62923.1|DBSCAN-SWA
MNRKSWLKYLFIGFLTFAIVWNSPLVLLAGIAKNESKQEQAQLLLKTGRTQLNRDQPAEALKTWQEATKLYRQLNNQEGITESLVYQNYALQQLGLHFQACKKLTGALKLNELLCETSILPTPSIEIEKLKKVIQQIPLTQANFVALQSLGEVLRLNYKLSESEAILEQILISTNISPEEANNVVLSLGNTQKDIYKRIKQKYQWIDEPLIQDTIVNFIPQKAQSALLNYQALINNSNTPINIKFQAQLNCLLLLIDFQEWLQSQPRFQDVQTKISQQIEPLISEISQKNSDFESLPTEQSIQALLKLANSLSKLPNQQTHLQAISYAQDAWQMANSINSTKLEAKSLEILGDLEPEKSFKYFDTALTLAQSVRAEDITYSLQEKLGKLYQKQGNIEAARQAYGAAVNSITNIRANLLSSNSDSQFFFYEKVDPIYRNYMALIAKSAAPDYDLITQIHEQIQTAELEDYLKCGKLDLVALNKIQNSNVAAAIIHIIDLTDTILVIVKSPGKPSYHHSVDTSKVINHINALLELLQDPKLILTKERLIKFHSQVIYQQLIAPLESHLPNTGTLAFVLDKSFQSLPMHLLHNGQDYWLANHSFTGTLGSKIPMPKALLKQQLQALIAGLYIPSPSLNDTLAPQGASVLPQIKEEVEDVKKLTHSSLVLLNEEFTSKNFKQKISKTNFPIVHISTHGQFSSDIQRTGFLAYDRQINIVEFDSLLRNKAQISPGTIELLVLSACQTAKGNRRSALGIAGVAVQAGARSTLASLWLVEAKSTVLLMQKFYLGLNNGLTKAEALRQAQLSLKSNPKYSHPYYWAPFILVGSPL
>AP018319|184581:303913|302955_303366_+|BBD62955.1|DBSCAN-SWA
MKNMADIVDTAVSAGSFNTLVAAVEAAGLVDTLKGEGPFTVFAPTDEAFAKLPEGTVESLLNDIPKLKKILTYHVVSGKVLAADVVKLKSATTVEGSDVKIDASNGVKINDATVATPDVAADNGVIHVIDTVLIPA
>AP018319|184581:303913|238315_238999_-|BBD62902.1|DBSCAN-SWA
MTTYRQLTIWEILEEISAAPPTSSLAPVWECLDTQLENLSTEAQLSTAAAAFYQIADILLSRAGLLLEDVKAQNDTEGPVISTDIFAGLVRTTMQLDLDDLIEEPPPQTFRPHGPHQFSYPVSKDDSIAAPVEKQNVLTMLEIQTVEDVHRLAGDEDVQKWTGAISVYLEQTKNEITLTLLQQQLKMPMVEVWLGLLLGGFRLEQRGDFYENKNVWVMGSANENLMH
>AP018319|184581:303913|190410_191745_-|BBD62858.1|DBSCAN-SWA
MSNSFDVEYQNRECLHFMNEKIYSSLDLSKSLSDFKEKVTKLLEIKNLSEWTAQTFKALEEEIRNTALTLAGECIAVLLNKLSQSQEALDIASSQIKSLSNQKIRKHGNYTRQILTVGHVKITLSLPYMVEDKKQSHQKGKYLKLGFCPFLKWLGIEEGLTPHVWATITKYGAIAGSFEAARTILTDWGVKISLKRIERLTYYFGKIGINLRQSKLKSLEIGNLPTSDVLKDQRVVITVDGGRTRIRINKKGRRKLKTNRLGFTGEWVEPKLLTIYTVDEHGKKIRASSLPITNDGTYLGYEEFLRILEMYLVNLGISQAKQVLFVADGAEWIWKHIPPLLQKVKCPTATYKLLDFYHAASHLQDFADAAFSCDDERQSWFKKARKTLKKGQALNLMRNMDEFISTATGERCKILVRERNYILKAYRRRLLNYHACRPQSATPW
>AP018319|184581:303913|239472_240495_-|BBD62904.1|integrase|DBSCAN-SWA
MMNNPELNNLPPIKLIPLDAEKLQALQRPERARPTTDIRHVKVLEFLRSNNLSVNSRKLYERELKRFLGWTQLHYNELRPRHLALYKEYLRDEVQTDTGKQLSKSSINAGISALKSFFKWMCYTYPEIIATNPTLGIKLEKIPLPPAQSLTPEQMEKVWAALELLGETKPRDTALVHILCHGLRAGEIVELNVGSFDGKLLFLPDTKTNEPRLVPLKKESREVLTEYLRSRSEQGEELNSLTPLMISHHASFKGERLSYHGIYFAVERIGELAGIEELHPHSFRHTYATDLLLLGVDPGHARKLTGHQSEKAFRRYTLRSEQEAAISAYYRAIGEEPEVE
>AP018319|184581:303913|291596_291815_-|BBD62942.1|DBSCAN-SWA
MREIELAEDQLLQAADPVPPSPPVIEQPITVAPEAQPSYIPLLDNPPVQSVGNSGWQVSDVWRDLRVDRFCD
>AP018319|184581:303913|293613_293820_+|BBD62945.1|DBSCAN-SWA
MGKRILITGVSKGLGYAMSEDFIAQGHTVIGCARSAAAIEKMKDSFGAPNDFATVDVANEEQLTYSPA
>AP018319|184581:303913|223468_224836_-|BBD62889.1|DBSCAN-SWA
MNQQQETSVKISNQILIYFMLSMIKPSKPIPESDKNPGLEANNNIHSQRVLVDKKYLQRNYDAKIRCLIFFGLIFFLFIHSFWKYGVLNQAIGYILPPASAQVPFVESERGFIPEWSRLKFSDMVIREDGKITYRANGRTETREWKSGQSIAEFLKLGDFEDTELNLETLDLGKISRAQNLRLNNLRLSDFQLMNWQTLPSLSRAVPGLANKSVKDVKPLDDFLKRQGIFASNRRIGNLAQIPRLQRARLGQGINLKNYKITDIPGLERARFGGFGNWQESFIDGVPGLTDLTWDNFPGLLNVDLSFVGKVDLVLRDIEANRIRSISGSYQQGFNVPCLQDNCAHAEMAGIGRTTGVQWISGKVQKVRGGFGILKALNGGKEPTGRNPFGSAFKQVIWEIDESTGSMQTAMFFRICKTIPFIGRTCSPYFIGPVPFIEYREKDPIIFGKPATLPD
>AP018319|184581:303913|295214_296327_+|BBD62948.1|DBSCAN-SWA
MCDVSTTKTMRKIIHVDMDAFYASVEQRDNPQYRSKPLVVGGSPSQRGVVAASSYEARKFGIHSAMPSITAINKCPELIFVRPRFDVYREVSAKIHEIFRRYTDCVEGVALDEAYLDVTENKQNIPYAYTIARHIKAAIMEETLLTATAGVSINKFLAKMASGQNKPNGLTVILPEDAIAFVEGLAIKKFHGIGEVTAAKMHSLGIHTGADLKRRSLAELTKHFGKVGHHYYKIARAEDDRIVEPNRVRKSVGAETSFAVNLSDRLQMLYELEQIAQIVQQRLEQNTTRGRTLTLKIKFSNYQQITRSKALANYTRDLETIIAIATELFEAVELENRSIRLLGIALSNLENAKQKQVIQLPLFEYVMNEL
>AP018319|184581:303913|204259_204802_+|BBD62868.1|DBSCAN-SWA
MARINMSRTKRWFNMHKKEFNPDGTMRDDVRQQKISEGRNPAAVDDYARRLKAEFDEWKHLDETQPEEWIEYTAYDFFTPTEKQQFNPDGSLRAEYVESELINGTSPGWLEEMERRKKIDIDNYNRVSEREAAIGINFGQQEMNRLRASSQTYVQRRQQMEVDLRNNEEPSSLPFDIDTP
>AP018319|184581:303913|218969_219404_-|BBD62884.1|DBSCAN-SWA
MIIIESALTDFLLINKLDRKQQRLMANLVNVGEATPYIVNTFNKRSKLRPRLKKFGIYVKLIFKDIQNVSQEENYQQLLDKYLKDIGWNDLQYIAFITYSSDYAQIEIILNRVISETKIIDLKCLKASRRQYKMLHRAYTQMCK
>AP018319|184581:303913|261419_263267_+|BBD62921.1|DBSCAN-SWA
MVYCINPLCTKRHNPDEAENCLTCETPLLINNRIRLLRPLRSLEKDVDSNTEVFEVEDIAPVWGEKPRIRVMKILKWSEPKRIELMRREVQVLTNLAHPGIPRADVSDYFTYTLPTLGIKMYCLVMEKMEGENLEQWVETYGKISQNTALDWMLQVLEMVEHLHRRGYFHRDIKPTNIIHQPDGRLALVDYGAVRAITQTYLVKVAASGEDAITGGGSGYEVTAIGSIGYSAPEQINGQSLPQSDFYAIGRTFVYLLTGIPILDLPTDSITGRLKWRHKATHVNKPVADFIDELINPFPGLRPQTTELIRQRIQKLPWDSRVHEILKSRLFKISQYTLIALAVIGGGFLSRPIIAGYFISQGEKLETSNATQPATKNFDIARKIYPAKNLSIARFYFEKGSRNLNNPQLAKKYYELAVKYNDKDASAYNNLAAMCQLLSDVSCVKSSYEKQFAIEPNGWEGHYGLGNFYESQGKNDLAEKEYQIAIQKSEQAIPAIAALARLKNKNKDYNTAATLATQGLQKTQNQELLASFYKDLGWSSWQQNYLNQAQQYLEKATSLDPQRTDAYCLLSQVETALKKTDDARTSLEVCMLGKSSLPEVFMWRQQFLDRILKNE
>AP018319|184581:303913|294583_295090_+|BBD62947.1|DBSCAN-SWA
MFLVKNWATEILAKYEPPDILINNAAIVNPPAPLWEIPSEEFSQLIDINIKGVVNVIRHFVPAMLEKQQGIIVNFSSGWGRSTSPEVAPYCASKWAIEGLTRSLAQELPVGMAAIPLNPGIIHTDMLSICFGESAASYTCASKWALKAVPFILKLKPKDNGTPLTVPG
>AP018319|184581:303913|270315_270894_+|BBD62926.1|DBSCAN-SWA
MKSHLPDRPKHLKPPQPQLTVAVPQIPQSQPQPQTSTTELKAVPSQAITIEDLGAWWQTVNHLGKPEPYKQRIAEIASQFKAGGQLSPKALAAMEQDTLTRISQVSQKLASNIGQLGNDGTVRVTGKIYDLALNFESKNLAIAHKNGEQFLVVKSGQVQVNKLTPEVLRDFEVANSKLDEILAKDRMQGIQR
>AP018319|184581:303913|271232_272258_+|BBD62927.1|DBSCAN-SWA
MKVIAPLQTQIRFNKTNLYFINDFNQLIPLPSWAIFFINLGDWVAQAEIKKNRLVVGLAIPTRNYAAALAALGVVKARVIIPTERIDSNRYFEQLCKLPKGTPVVFYDCNRRYKGIYQGIDETYGERRLRIQRENKSSGGLTNLVSVRQSHNVAIAQKPNISLPKKQSGRPLITHHEFIDDVIGKHNTSEFITKTRLDCALIGRINTLKYEILEIPLTSFSSSKSKTGSLQNILRVRNFLSEGQAYRSEILPSQVSEPPQTTGGLVPHVTIFDGATGFIKWRDDWRNSHWIILLERTETHFQEAVDIINNDYINRQNCEEIPNIIPALSGVEMVVYQELCQ
>AP018319|184581:303913|251333_251984_+|BBD62914.1|transposase|DBSCAN-SWA
MKVSLITQLKLVRDFRTKQGQRHPLWLVLVLVIMGTMSGCVGYRGLGDFVKRHQQSLIEILEIPKQRVPSYSTIRRVMMRVNFAELTQIFNKWASQYVELSSLEWLATDGNDLKRLPLKDVVFDEDSAQMVDGYAAANFSIIRSFVINLLRNHGFDSLYLGDFCHLISRYFAKSGNFRCCPASDVGANIAGESRSCHQQVRSYICSKNSPTLNFDG
>AP018319|184581:303913|263427_264366_+|BBD62922.1|DBSCAN-SWA
MLANSPIVRIKRSQIQCEPIGRIIEKGNKHLKAKGLMCEGDKLELAPRVQVKFLCFSSGDIIWLSNGAIGANKCPVVNVSEHTCNPSNVKVCLLRKGGGLGEDPEPTIIYPYTSSLIKTRPDIAWLPVRGATSYKVKVDGYKFGWERIVNQTHLTYPEKEKELSLNGAFRITVIAYRADAPPISDTFAVSLYPQSEIQKVFATIEQIKALGLPEDEAALDIDAVYTSRGFLEESIGLLSQVATSKTTNPTVYRVLGDRYFEAGLVGQANAQYMRAYELAKNSNNTVELTLTQAGREAVEFYNGLPTKINGAQ
>AP018319|184581:303913|290050_290410_+|BBD62940.1|DBSCAN-SWA
MSIKWTEPELATLYEMAETHTVKQIAFRLKRRGFHRTELAIANKLNALGYSIRPTLDNYSCREIAKNLSLDTGTIIYWIKQGWLKAKKRSASCYQVKSRDLKQFFNHPPKSMRKRIAAP
>AP018319|184581:303913|230558_231278_-|BBD62896.1|DBSCAN-SWA
MKNKPQKLLISVTITIPLVLNANPSFGLVSIKDFLGSVLEDMRQEYSTVEEKAQEKIRKTWANLAEDALDAIESSKGEMGTPDPEKSTQDLIRRLKNSRGIPETKSLAQLLERDLARASVSSTLGNQGQQNTTEKILATIQISQEVKDLAEQAQGLDASQNILKVIAAQNAQMVSAISRFHADSLVARLDTAQSNLMLTQVAENLASSATKDELRLTGQASLTQELVLMSLLDPARNDE
>AP018319|184581:303913|194896_195949_+|BBD62863.1|DBSCAN-SWA
MPRRTATSSSPSTVATGLALSELHLRLEYLEKQHQSILKQIKRKRTELNNFVEKARSLATEVVHQTTSSFQKMAQLDQEIHALFETIFTTRKFGKQTLKKIQAVYRQLQFAGIISIKHDTSQSGAESNEEFSHTEEDFSTQSAQDTYQHQQWQAQETTSFGAGARTETQQKIRSTFLRLAEIFHPDKAPDSETQKYHTEIMQEINKAYQEGDLARLLEIESCQQVGEVVDLNNEDDLTRKCRHLEQQNQILQAQYENLKQELRLAKNTPEGEMVSSSRKAAKQGIDAVAGMVEAIESQIQAVSQIRNFVKDFQQQKLTIQEFLAGPVSLYPSEEELLQDILEQMLSELTR
>AP018319|184581:303913|197814_198381_+|BBD62865.1|DBSCAN-SWA
MKRRISSKQSAEVPKRESPSVNSHTFSEHDLDWEPLPECLSHWTGFVLHWVTELGAQFYARAMTPLNLRPLQVGILQLLAAEGAMVQARLGDKLRVDKASMVTLLNDLEQQGLIERRPHPSDRRAYEVHLLESGKQRLQQAEYASIEAAKQFFAALTLEEQQTLNRLLKRVATSNVSWKSPTFKDVDE
>AP018319|184581:303913|253984_257668_-|BBD62917.1|DBSCAN-SWA
MLNDQYPQKSGIGAQVLSEISDNTFSEYPNNLTAAEYHELAVGSAIHPEIIARNFRHIEGETIYDYLFISPAIPRKNAGRVTDGFLKAYVHLMAGGMWMGSLDPYNNWQPMEWGRLKPTHPRIDLEKGKPVKYESPPKVPNRVTYFDVANCIWNLVARRYNIKRYDSPLTRRLQDRLNLLRFWEWVITHPEIPIILCEGEKKAACLLSLGFVAIALPGIWNGRVGKKDFDERLHPDLLPLAQPGRKFIILFDYETKLKTRWSVYQATVRTGKTIESVGCACEVALLPGPEKGVDDFVVERGNYANALLTAIIDDAHSLKDYQRSYIVKHQGLRKYKPNQVVHVQYLTQALVVPAEPEPKTKNLTPKTNATTQPTLDISIQENPPLNFQQLVLELFPQSQTCTKQTQLLNSPNMDSLLKIPPQPHKEAQGLAYSVRLPKTGLVGLKSGMGTGKTELMRYWRKANPDQKFLNNGHRVNLLKNLGVRLETLMYSELGYTELAQATALSITIDSLHKLNTQALQYGCIFIDEACQYLTHLLHSNTCKEHRALILETLQYIVYNAPLVVIADAHLDDVTIEFFLSMRPEDEQPYIIENTWQNSERTIYWYEGQDSSALVAQISAAIMMGQKVMVVSDSKRFIKKLEKSLSVQILESDPIPLSEAGCRGQGVGGREDSTTTPYTPHSTPRTLHPTPHTPHPTLRIWSVHSDNSGSDENVAFIKDITNAVKNLDVLLTSPSLGTGVDISQYHFDLVFGVFHAVSQTATECAQQLWRYRPKVPIHVWVAPKPPFGYKEINPTKIKERLLQTNEITAFLIKIDRETGKRGAEKDWALDAYCQIQASRHQSINNLRADLRDLLTQMGNQIVPVGDHIDVAAWESLKYAADALDAAHHQSVAKANTISRSEYRARQSKDYLSPDEFFECEKFRIHDAYGVEVTESLVEKDNGGRLIGAIASLEAILSPSQETIVDSRTNQQYPAPPEFVSAKDLQERNKLPFCTDWGNYSAKWLARFNLGLYDILKRLVTGEEITATDEQLLLMTHRAKECAAHIKAILGFTVPPDCQPIWLLATLVAQLGLSLDFRKSGPRGMQVKLFSLSKSELDFALQVIAHRQQQRTDYAQTHSSQGVEPVSSPVSTPPINGIGNPLVEGADTTEPHPDPNNRITLLHCVEMLRSGITKGAEAIKGILKRWATDWRWEVVLKLDTLAQEELQALALAFPQFYDWLSEDVLPVEG
>AP018319|184581:303913|231280_234055_-|BBD62897.1|DBSCAN-SWA
MIKQAENLGKKTLTLTPFEDVVNLAGICEMEVGGRKGIGALIIQKKGNIQIKFAFDCWGIHPNLAAEQIVPIFEGIEGGLKEIPSGERLTIHFGSFTSDETRQREISSIEKQCSLEPIKLLLRSERMRVRKLTQSGVRKNKFLRLWCTYTVEEDEKLQDFAEIGLKKLQKIWYSFTGEIHSLNKNRIENILRNSFIDGFQSWEQIISNKMGLSVTPLSSEEIWGTVWEIFNNSLPTPVPNPLKLTSNELSENQTSDFHIKHHLLENEKSVPVFDKKWVRIQDKYVGALNFSQKPGGWVDEYSQLRYLWEVMSREKIADTEIICQISKANETITKTNLQRLTKQSITSTAMSTDSGSIDVKAGLNIEESVEAQRTLYKGSAVLHTAVVFLVHRKNLPQLDEDCRYLASCFLRPAVADRETEYAWKVWLQCTPIVWEALLTKPFNRRLMYFTSEAAGLTPLIRTATGDKTGFELIAAEGGTPVHLDLYQNHKNLAVFGTTRSGKSVLVAGILTPAIAQDIPVIALDYPKPDGTSTFTDYTKLLGADGAYFDIAKEYNNLFELPDLRSMDEEIIKERMSDFKEFLKSVLMTMIIGTNSIGVSFSMVSIIESLLSLALQTFFNDEEIKLRYQAALRAGIGTVQWLDTPTLKDFCQYCSPGYINLDSLSTSSTEVTQALGHIQVRLKYWLSSKVGQSISSPSSFRADARLLVFALRNLSSDADAAILALSAYAAALRRALSSKASIFFLDEAPILFQFDAIADLIGRLCANGAKAGIRVILSAQEPESIYQSKAAAKIFANITTRLVGRIQSSAIDPFVERFKYPYSIISKNSTEAFYPKKSLIYSSWLLDDNGKLTFCRYYPAYCLLAAVANNPAEQELREVFLNKYNSNLLLGLYKFSEDYIRMIRGEELSAEAQQLLVKVKLVKAS
>AP018319|184581:303913|286790_287147_+|BBD62936.1|DBSCAN-SWA
MGQKIMLILASAAPYVSWGEGRAKLLKALLKAKFGTEISSYQVHKILVDAELEGISIAYTKKLLGDSGKNNIAQTVALEKVIKMCKVLEIPVDELVPLFEIEAPTNFIDPLDLDTSSS
>AP018319|184581:303913|224869_225634_-|BBD62890.1|DBSCAN-SWA
MKKMIVGCMSAVVCLLPVMTLAAPVVRSIRQSQASGETAVLQTINVWNGHGVAISFYEVGERIQRVWLDDPSQILVDTDGCLEGINQNCQNPGAGLIHLRRIKKVNIPGLPQASTTLLTVVTQSSTGERKAYSFRLATANGTPKYSQVVISNDVAIEQKKTPSPQLQPLVTTIKTVNSLRNGLAIAIRNKWLNPDDELHQRLQKLITYLQQGDDLNAAADKAVVSMELVNKLTLLGENARIQNRSDTKPRLTKF
>AP018319|184581:303913|246341_246881_+|BBD62909.1|DBSCAN-SWA
MYLLETDPDVLSYHSQPLSIFYRFNHRQRRYTPDFLVEGRHKKLLVEVKPASKVNSDKNLSLFRAFAPICQEKGWEFVVVTDAMIRVQPQLNNLKLLYKYAGEPLSINNTLDCYQYFQRQVSTSIKTALLDLAPKQISINILLKLIFLGFLKTDLRQPISSNSPIYINQKALSLLEFSI
>AP018319|184581:303913|204798_205431_-|BBD62869.1|DBSCAN-SWA
MQSSNLARKSLILSLALAVASCQSTVGSGSNEQNNSIPVADNFNQKVKAIAQKYPPLYRVSWNVCGVQKRVSIGKTVKNHCVDTQSSRAMLFWGATGAYKLIPTHQYVGGVQSHLFIESKGCFGLDEPSDTAQYYKARTFLVGQIEEKDKFKPTAQVKLTQLSNKEKEDAIADLITNPAETFSPVVTPDDCQSEQKWTSVYAPAIPGNYN
>AP018319|184581:303913|253317_253872_+|BBD62916.1|integrase|DBSCAN-SWA
MLYTACRASEAVTLLKRDVYDSKGKVRNKITFRKGNTKNKLATRAIPVIQELRIRLQAYQPRDDSLWLFPGNPDHSRAGSHLHRDSALWIVRVACQRTEIEGVSSHSFRRTALTTMSNAGIPLRVIQEISGHRTLDELYKYLEVKEEQVLGAVSSLSLLAPVEENDFEKPTKVEVVKNTVQKRP
>AP018319|184581:303913|215540_216356_-|BBD62882.1|DBSCAN-SWA
MSAKQSSTLEKIRAINPGDISDNMMIARLSRVLNQFPTQQKDLSIDSHQETDPNRQDKARQELGQMLSKGDTEEYKQQLKAQYIQKYITSFGLEQPQLQKSQANQKLTTQLQQFREIQKAALSATEKSNNFSRKPIALTNALQEQTQYQDQNKKSFIRAVLDKIITKGKSLGNQISAFENQGYRALLSFDDTKQILSIDRKQLQPDQSNPAFKAEKLGASDFQILQDNLTEQETQNIVADNQQLQQQPPQVQVPQKQIQPKRDFNKGPELD
>AP018319|184581:303913|281308_283510_+|BBD62933.1|DBSCAN-SWA
MGSTTQEYKLKFITTEPIHFPGQKAEQKVWDTVRSAFYNRDNCLCFWTYPIFIKDKQLCYEPDILIVDQEFGVIVIEVKNIFINQITYIKGYDWFTEKFYKSPINAYSQAKNQLQQLINYCNQRSLLKHKVRAKALVALPSITEKQWIERGFHEQMSCPPILFQEHLAKTDLVEIIIQNAGQVQGGKFLKDEEWNLLQKIVCSPIPPIKPDKKIRPKPIAPHGQVIEQLQQWVSSTDIEQIHIGMSIPPGPQRIRGIAGSGKTVLLCQKAAWMHWYHPDWDIALVFFTRSLYDQAVSLVNQWLKFFSNGEVEYEPDKSRLKILHAWGEDNQPGLYSTICDLQNINLIHNQPVIGSPTEKLAYLCKRVLAEYEIKPIFDAILIDEGQDLALDEQQLKFEDKQSIYWLSWQALRPVAADTPDVKRLIWAYDEAQSLDALSVPTSKEILGTELSQILGGNGGAWYEGGIRKAYAMRHCYRTPGNILTAAHAIGMGWLRPEGMLTGITNKKDWEHIGYEVEGDFRKIGEQITISRPLKHSPNPVHYFWKGDLLKFNIYNSCEDELEALSQKIRQNINDDGLKPSRDILVIALGTEEESINLQKRAARTLQKHGINFYIPSALDINQFPEELSSQDKRPNQFWKEEAVTVSRIYRAKGNEAYMVYLIGFNNIAKNESSVSLRNQLFVALTRSKAWVNLSGVGEYTMCEEVRQVIKNGSSFSFTYKKPLARIIGEEILT
>AP018319|184581:303913|208704_209940_-|BBD62875.1|DBSCAN-SWA
MVKKDNSDIVKLVLTCDLGASLIKVLAQIYPDATPQVITMSPEVADVEKESVVGLDVDPLTSDAAWVGIGSEYYALGSLAKNKFAGTSAIRDLKYQYAVPKLAGLLWLVCHHLALKETEVFIHLLLPSGEYKDGNNLGKQLSAVLKGGIATPTGRLKLKVRNFMVSLEGCGVLASRRRTLGEAYSKRTIGMLMLGYRNASFIVVKGKNQIKAESTDLGMNWLVERFVEHASVGLCKDDLHIPSALVKANLGNFEALRSLSRKTKSADIESDLALFQKSLTLVRREYCRALLRWIRNIASVDEVLLCGGTGEFVRPELTQFFEEESIPIVWNGGVDIPAALDTHKLGNRLADVWALHISHINMLDMNFQYDRQQPLVPQAAKPVNTVQRCHPDRWKNFLPMLVDSPSSSLPS
>AP018319|184581:303913|234594_235275_-|BBD62899.1|DBSCAN-SWA
MQRKFSGLSVENSSRGMNTRGIVSHDSREGMQTYYLDREKEQSEYQPVAEIKPKNKAGQRFTIGLMWLDGVLMISEMSLHGVMLGGLILSASMAVIFQKQINELFRKWEKKGRKYRINIYGILFALLSVVFMLDFAAAPANAQFFQQAQDWITNTGFGGALNPDTGATVVGIFNILRILFLLYIAVSVVNVIQAVRRDEDWASAARTPLIILVGVFGADFLTTLIT
>AP018319|184581:303913|210774_212583_+|BBD62877.1|DBSCAN-SWA
MVALAILRVEKLKSFGNIGGSEKHTARLQDTPNADPTKQNIRLIGATDQRSLEEVVKELIKSKTNYQPRKDAVLCSEIFLSASPEYFRPDDPSMAGTWDNQKMEDFTNASQQWLLEKYGNKCVRAELHLDESTPHIHAYIVPLNEKTKRLSYKEMFGGSVAQGRLKMSQLQDSYAVALAPLGIQRGVKGSKAQHIQVQEYYQAVNSQPLSLELERFAPLPRETAHELLERIKNDRRIQQLDHQLADRRRIIQLEKRASLSSIASEKLRQDLETRLVQLEQENLEWRQKADLMRDLPLTDVAWALGLNSFDGRWKGYGHIISIDGSKFYDFSPQQLHGGGGAIDLVMHVNNCNFTRAIAWLSESFGKTGVQKAAIAHSLNLTNEIIHSQPCPKFQRPVEDKTHWSEVAQYLTTKRGIPPNLIQALYERGLVYADAHQNAVFVMRNFNDQTNGAFLRGTKGENNTFKGYHKGTKRSDSWFYFHLGGQAQTQVERAVLCKSPIEALSFATLELKAYKGVPQQRTMYLAVDNPKSLPVDFLQTVPVVEMAFDNDAWGHETALTIQKLLKDATTLRTKVKDKDWNEQLVEKLYVQQQKLSSRQDMEI
>AP018319|184581:303913|293218_293509_-|BBD62944.1|DBSCAN-SWA
MNLPFDLVETVHDVNGQPFTVNTTEADVFCSLPANLQQILRDAHFENYLDDPEINDYVLGILNKFQSLDIAEYLPDNNCWILTSKGLLMRQEIFGF
>AP018319|184581:303913|193554_194280_+|BBD62861.1|DBSCAN-SWA
MNRKSRKPLIGITTYGRLAAIPFSVPSEYIDAVRTAGGVPILLPPGETEPDVLLDSIDGLMLSGGGDIDPVCYNGFVHPTIYSVDAERDAFELQLAKFALESHLPILGICRGLQILAVTTGGTLIPHIPDVYGTSALHRLEPEPGRRLPTEHFVKIDVESRLAQCLQDSYLSVISWHHQAIAQVPSVWRIVGHAPDDGVIEAVEHEHHPWAVGVQWHPELSINDPSHHKIFKAFVQAAQTQ
>AP018319|184581:303913|206343_206874_-|BBD62871.1|DBSCAN-SWA
MLFLISKKLDYAAINGLRILGSIAGISVIIGTLTLSFLASRPQHLPIKYKLTRNNHTFYLESANSPTEIEKGLKYRSHLEGDRGMLFNLGKPYKDAAFWMYRVNFPLDIIFIYQGIVTRIVHNAIPCRKQPCPLYTAPIATHILELPSGKAKLTNIKIRDKLTFYKQQESGYGDKI
>AP018319|184581:303913|192864_193329_+|BBD62860.1|DBSCAN-SWA
MQQLFIMLTVSVATVTDIPALIPLLNSLFSQEAEFQPDVNKQTVGLHSIVTQPHVGAILVAKDTDKLIGMVNILFTISTAQGGLVAILEDMVVDPNYRGAGIGSKLITEVIKFCQSKNISRITLLTDADNYSAISFYEKHGFAKSPMIPLRCFI
>AP018319|184581:303913|230023_230569_-|BBD62895.1|DBSCAN-SWA
MMNNFIAQIPNGVISNENIPSRAAQISQSISIGFNELWTEVLGGELYGSLCKVGTLFAIATLGFYILEWTKQVINNEEQRAFQSFIWPLLISALLYNNGQLLGRTTVAIKDYINNVNGYVLERTAVGVDLREAYSRALGVAAVRAAIGREIEACRSLTNPQEALDCLQQAKQRLSNPVVSL
>AP018319|184581:303913|219533_220640_-|BBD62885.1|DBSCAN-SWA
MKSQSEDGFFGPSGDQLTQAILMLTKEFGEYADIMTAAAILSSEQMINRLMGASLNPWIRIAFGQLFSSAASEKTVAGITATASLMFTRFMAKNTLGCFVGKTTLPLEIKRKQMIIFGLDRERRDAVAPLMTSILHMTIARNIASKRVDSGPLIVALDELPSIYLPDLYRWLNESRSEGFCGILGWQNMGQLEKNYGKEVAKTILGACSTKFVFNPGENESAQLFSSFLGDEEIKYKHSSRSTGGGKPSTTTSEQEKTKKLFESAQFLKLPAGKCVFINPAYANKEEGSVPLLKTIKIGAYADNIEQYNQQKWQKLVKNMALHSTQKYPTQQDLDIRIKEVDRRLPIPQEPVEAGVEALPVDGMRSML
>AP018319|184581:303913|214684_215296_+|BBD62880.1|DBSCAN-SWA
MTISKYTEAEIDRIRELSEEIGFDPNDPMFQIMSILGNFEEMMIQFPTQMEALMEAGALMMDKKLTDATKAAQVMQHSIITDAVQTSLKEELPKLKPTISLPIEAPKIGKIKLGIWSIGGILGGMIAVGAILGSLTTWNVISNYVGVSNTNVTPNDLKLLGWAKSSEGRQARQLFVDNQADLEFCQKNNRLLGRCVVKIRKSN
>AP018319|184581:303913|196059_197397_-|BBD62864.1|DBSCAN-SWA
MQIQPPPEKFLLTLLEIRNYYAPLVEEYGKLYREALANLTHVEALLSNWPVTVEVNNNGFSKEVAEEIFTVPTQESSNGNSVDVLRTAAELSQTQDNELSPLDTIKAEAFPAENQEDINSQLEETQAIVTAEENVFSDDSFDSSQTETQSDESTNTEEPTATTEEDNAVQESDTKDDSNDALTVASELAQLVTNEPLPQEDEPPVAESTKQEETSTTSNQSFYGQDIPMLDEYRSLRRIEAIEQLLQQHKGSVCHIDFVVRSLYGELEPDVWKVVKDRVQSTLTHGKRSGKWSLVPGKPGYYTIDLKLLNSKRKESSSKPSQTKSKQPQPQVKEDISPDVASKPSQTKPQKPNPHAKANLIPMKGEFKGKFLIDAISLLLEQNPRRVFDIAEVVNQLYGELSPEQLQKVRPGVLNELSRGYRSGRFSRVPEEKGLYIWDAKLLPD
>AP018319|184581:303913|272345_273287_-|BBD62928.1|transposase|DBSCAN-SWA
MKTKAQYKVKNWNAYDAALKLRGSITFWVNEEIIEQWRNQQKTGKKGASNYYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLLVKLPVVPKDEAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDEGSGEILGAVVTTNDMADCEVLPDILEQIDQPIEQVSGDGGYDTKGCYDTISQHGARAIIPPRSNAKIQLPSNTQAPPYPRDENLRRIHQVGRKQWKLESRYHRRSLSETAIFRLKIIFGGKLRRRFFDNQAVELFLQCAALNRMIQLGKPDSYKVEG
>AP018319|184581:303913|247607_249128_+|BBD62911.1|transposase|DBSCAN-SWA
MYTASQESMRVTRPLERVEIDHTKLPFFVVDDETRLPIGTPALTSAIDKYSGVVVGYYLSFEPFSSLSVMQCLLNAIRPKDYVKRKFPQVEHHWTSYGLMETLVVDNGKEFYSEHFKDACSQLQIHIQYTPPKMPWYKAGVERFFGMLNTKILVGQPGYFLLEFTQQYDYDPKKNAVVSFDALQEMIHIFIIDIHNQDAHPEFKCPRSEVWEKALLEYPPALPPSHKELRVLLGRIEKRVISIKGIEFEGLYYNSPELVQLRADLEKSDKKSSSSKRFTAKATIKVDPLDLSSIYVFDPTCDNFIAIPAVSYAYTQGLSLWQHKVIKNLAAIEYKKVDIVALALAKKKIQEIVEREWLLTKKGKTRSAMARWKGIGREGFNRDQPENTITETTLNTNINHLTEEESNNSPMAGISDIGSAFNLSESSQINEKDTDNSSSQVEPNQDLYLNSTDSNLKIQKKRKHTRKQQSLSQVEQTVSINEKTVDEWKPDLSGWDISIGLPNPEI
>AP018319|184581:303913|216388_218914_-|BBD62883.1|DBSCAN-SWA
MFDERSVNLTSDYILFTRQDLQQTRQIWKKAVVPLIEAAMERLQYEWDKQAKIEIGYNTFVLKQDESGAYVWSEIDPLTDTGWNEEADLEAEESVPSSRVQAEQTPTLVTPQKEESATGAAPQAEQASSSSTPQVQTIHQESETIPVPPPEHIDPEHWHEIVVNSAVKPEIAARNFKSLHHDSVEGVNQAWEYLMYSKSLERRNDGRLKNIKTYSHIEQGGWWCNAGVDPRSFPALKSGEVPPQKLWGCLKPNHKREKPEQKNDSQSYFKFWQDDKQPSSRPLEKNKPKEFIKYEHPPKTPLSIFLLDVPDDIANLIYQKAGVTPSECDRRSGFWYCVWKHDVPIIVTEGAKKAASLLSQGHAAIGLPGINAGYRTKDEQSNPIPVQLREEFAMFATPGRDIKLCFDHDPKPKTIVNVHKALLKTGLLLQRAGANVSVITLPGPDKGVDDFIVNNGSEKLQDLVSKAQLLEEWYKNNPPLDLRFLIKLKNGQILNLYEKQLDGTVTSNPANLKEEEIAQAIPQTPAEAKQQGGRGAREQGGNEGTFSPAQAHPCPSASSFSSAPQSPSEVHQPVTGASQYWANQQKVPNYALTIPRKLLIEKENKDIALIAKKLLDNYAVELDDSSTVYRSEAFSVRKFRDTYSIHRADDEQNSYFSNPLMQFEIDKKGKAVITKKPEKMLMVERQEFLKVNDKFKTVEKLPSFYEDAITLKTQLDSLAPLGTQAVIKRLEITQVSQLLSYSLKTAQSQHLQIGNYRIKSQINQSTGELFVKLFKRENDGLEREAVKINSTTNEALIMNIGQQDIENLKLIAKRVQLEYSPSQARPKFCQNHKCKDSEVEL
>AP018319|184581:303913|274888_278353_+|BBD62930.1|DBSCAN-SWA
MTKHIENRDEIIQALREELVGPSPQGKPRNCSGEITFNSEKEGFYDPWRQDNGEEILQRDPPRIRYGVGVLYPLNTKLENEDLASTHLHKNLTQDNLQEDIEIITDEVKESLDKVKEQISEISEDNADDFDLSTANASKPSSIGISFLAEFPEESVLVIKISNCGRYFQKKVKVGVYERTWWLRSPVNFTTEFASEDICYTKERKLVKTSEIDGLKLNIEVFSRPDPKNRKGLRLLTVCLINRTDGSGDESCLFQVGFTVTIVSEKGEGHILPYPKPDFYHDIEERSLSLLYRKMETYAVGHGCAADWDKESIADRVKAVTAECLPAFETPSITPDIDIEVPMAPLAGLVKDDNGLASLSEVVSRYKQWINQKESEILFLNAEYQDAANRHIEECTRAAERMRNGLDYLQNNAQATRAFQLTNYAILLQQIYSRDFRQAKYDSTVKRYIFDPNYQIPNLIPTNNNRGKWRAFQIAFLLMSIQSISEGEIPERSTVELIWFPTGGGKTEAYLGLSAFSLFMRRLKNPADVGVNVLMRYTLRLLTAQQFQRASALICSMEYLRRQNETELGKEPFSIGIWVGGDTTPNNRTDAISKLNKLQSDPSAENPFIISQCPWCNAQMGRYPGKLARGMPKGSNILGYQQSRGTVVFKCSDNACEFHTGLPIYVIDEDIYEKRPSLIIGTVDKFAGLAWNYAQKARILFGIGADGERENSPPGLIIQDELHLISGPLGSVVGLYETVIEELCTDRRNGQEIKPKIVCSTATIRRYTDQIKALYGREDVVLFPPPGIAADDSFFSRYARNADKTLQRGRVYIGVHAPVLKSLQTIQMRTFAAILQAPIFLTSEEKDPWWTFLVFFNSIRELGTTLSLLQSDIPAYLKVIKNRLGLKWENIRHLCQILELTGRIRSDKVPESISKLEVRCGNTNNQQPIDVCLASNIIEVGVDIDRLSLMAVVAQPKTTSQYIQVTGRVGRRWWERPGLVVTIYSPTRPRDRSHFEKFRSYHQQLYAQVEPTSITPFSPPVLDRALHAIMAIYVRQTGDQQTVQNPEPYPDSLIEQLREILIPRIQLIDEAEIENFEKVFDKRASQWRRWQRTNWERKGRDATDIPLLRAAGDYASREWQRLSWATPMSMRNVDAECQAEITNLYLNEGAEEDA
>AP018319|184581:303913|207488_208430_-|BBD62873.1|transposase|DBSCAN-SWA
MKTKAQYKVKNWNAYDAALKQRGSITFWVNEEIIEQWRNQQKTGKKGASNHYSDVAIATMGTIQSVFHLPGRQAEGFLESLFTLMGIELEVPDHSTLSRRLSKLSVELPVIPKDKAVHVVVDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDCESGEILGAVVTTNDMADCEVLPDILEQIEQPIEQVSGDGGYDTKGCYDTISQHGAKAIIPPRSNAKIQQHTNNETHFHPRDENLRRVNQVGRKQWKQESGYHRRSLSETAIFRLKTIFGGKLRRRFFNNQAVELFLQCAALNRMIQLGKPDSYKVDN
>AP018319|184581:303913|212795_213701_+|BBD62878.1|DBSCAN-SWA
MGKRRMTDNTNNPTPTKSRRLVIVTGDKGGVGKSTFSRAMIQTYLDNNQNFAAFDADMSNPQIKRFYEEECTVMPLDIFRRGEADISLLDELKNLIDPPEKDTIKSPNKNVSESSNPDLTNSPDKDAQPVAFVSKSLFLLELPPQSIQFFRSFEEEMGFFKMVGKKLDMRVTMATVINRTKDSVNQFIHLRDFCGDKVDYVVVKNLFFGEKDRFERYDNYPLVKELQNLNKSIPEIYMPDLIAHAYDYLDENNLSFSKGIEQSQKLSVQGRVEKWMENFKKSIEPAKHLLGLADVNLQSES
>AP018319|184581:303913|188795_190100_-|BBD62857.1|DBSCAN-SWA
MTARGCSYAGAKGVVWGPIKDMVHISHGPVGCGYWSWGGRRNYYKGTTGVDSFASMDFTSDFQERDIIFGGDKKLAKIFQEIEELFPLNRGISVQSECPIGLIGDDIEAVAKKSSKEINKPIIPVRCEGFRGVSQSLGHHIANDTVRDYLFPHAEGLKKQGKLIDYEPGPYDVAIIGDYNIGGDTWSSRILLEEIGLRVVSQWSGDGTINEMMLTPQVKLNLIHCYRSMNYITRHMEKAYGIPWLEFNFFGPTEIAKSLEQIAAQFDSKIQDNAHKVIAKYQSTMNAVIAKYRPRLENKTVVLMVGGLRPRHMIPAFQDLGMKLLATGYEFAHQEDYKRTTDYIENATIIYDDVTAYEFEKLIKALQPDLVASGVKEKYVFQKMGLPFRQMHSWDYSGPYHSYDGFAIFARDLDMALNNPSWQLLRTPWKQPNQ
>AP018319|184581:303913|206876_207446_-|BBD62872.1|DBSCAN-SWA
MQQSLGRRLAGMLLTWMQERTSNVLIIASANNLELLPPELTRCGRFDDIFKVDLPNNGERHEIFKIHLARFDERFRNGGDAYSEEQWRRLLKETYRCVGAEIGAIVEKAAASTFCLMFGGDKNTHQHSSLPRLEITVASLLEARQNINPLAIREADKVERMRNRASLQGLPASPIDDSVYSHGNINIFS
>AP018319|184581:303913|296400_297948_+|BBD62949.1|DBSCAN-SWA
MHLLWFRRDLRLTDNEIVTLATADGAAVLPLFIIDPWFYTWADVGKSRVRFLFESLENLDRNLRKLGSKLYLFEGNSREILQELTKQLINCGYNPKLWFNRDVQVEYGISRDKSVIDFYKELKLDYYVGLNNFLQLYEKRDEWFEQYYNYQRQPQHQIPSVINTPSLNVQLPQLTFEELKQKYHHFWAVEKVYFLGGETQAISTLDSFLKSRYQGYHWKLSRPMLSQMGATSHLSPHLTFGTISVRGVYQKTKLKASELKHQPKAEFSLKTFRDRLRWHDSFTQRLYFHPEIAYKNRYKEFDNLYTPEPLSPEKQELFEAWQQGRTGFPLIDASMRQLKAMGWMNFRMRAMCATFLTINCGISWHHGAKHYMNYLVDGDLAIDNWQWQMQSGVTNPLSDTFRIYNPNKNISQKDPDGSFIYYWIPELQGYSLQDILTEKYISNSSYPEAVLDWSKTRKVNGKIVSDLRKHSKARLISQGGDEYESAVVAKETVDKYWQHKNQEYQEYQQRLTQAE
>AP018319|184581:303913|222255_222657_+|BBD62887.1|DBSCAN-SWA
MPLSPKSSIQDDLAKRIDAVAKTKQRLEQEIHSILASGKVAPASCWIVRYQAKGRTDNYWYYKLQASSPIFPTKTDGKLSRYQHLGKSGSQAYIDALEQITRRAKIQALDRSIESLNLGLKDLIEETSKYRQP
>AP018319|184581:303913|269371_269878_-|BBD62925.1|DBSCAN-SWA
MAKINLSFQNQYVLRKAKSCDIGLIIFLIFKARLDLTQMRWQQFLVIEYHGRLIAFGQLRNYYLVQELGSLYVSPNFRNQGLGSFLVENLVNEAIQPLYLKCVKQELIEFYIESGFTPVSFEELPCPLKSKFRLSHFRNKFFNASVIFMKYTRKNKGYLIKKLISFTQ
>AP018319|184581:303913|301526_302204_-|BBD62953.1|DBSCAN-SWA
MGVILLNLKAVRIKWFFVTKIFSLSRNINSFAITSLQGYSQDSFNMTSKGTAYLLWLFWLIGFAGIHRFYSGKPLSGIIWLFTWGLFGFGQLIDLALIPAMVDEKNLKYIALRGGNQTQSNTQTVVVNLGGQVGSPFPGQITIHDAATLQPQPTVPQLNPNPQNDMVTVLKLAQNKGGSISVVDAVIETGKPAPEVRALLESLCTDGLMEVCNHESTGAVIYRLV
>AP018319|184581:303913|298828_300019_-|BBD62951.1|transposase|DBSCAN-SWA
MLVFEFKAYGKSTQLAAIDDAIRTAKFIRNSCIRLWMDVQGTSKNDLQKYCAVLAANFPFANELNSMARQASAERAWSSISRFYENCKKGISGKKGFPQFQKDCRSVEYKSTGWKLADNRKSITFTDKKGIGRLKLKGTRDLHFYQPNQIKRVRLVKRADGVYVQFCVDANRSENIEATGKTVGLDVGLKEYYTDSNGLVVENPKFLRKGEKVLKRSQRRVSRKVKGSKNRGKARQLLGNRHLKISRQRKDHAVKLARCVVQSNDLIAYEDLRIKNMVKNHCLAKSINDASWYQFRVWVEYFGKVFKRVTVAVNPQYTSQECSNCGEIVKKTLSTRTHVCKCGCSMDRDENAARIILSRGLGTVGHTGTFALDASNAWGDATSTLVGESLYEQVMS
>AP018319|184581:303913|287228_287891_+|BBD62937.1|DBSCAN-SWA
MPYTIYRQQAVDEQTLAQTELNQYIADQAQTIAPEEFTSIEIDLYHHEIYANGQLIAQITYDHSDFVTQPWLVIVNDKEEFRADAWGRCYRYICTHHKDGSLPVQEEETLAATTGNEILVQIAQACENFSLELLDDGIYRGDEKLGEVGETKGTWWFTSTSNARQQKIICESASDAVWWLSREDLAECTALDEYLQYRPLEQLPCVELKELLDSELVVAM
>AP018319|184581:303913|234115_234469_-|BBD62898.1|DBSCAN-SWA
MQPEKKFRVVNQSLGTQPKIGPLPAEQIFPWLVITTLCIFGFYYMLNWGWLATLFASLWGCATWWFVSSNKSFLGKFVGTPRISRGYMQFISLITDSAQTKQRNNQTKVKREKKIKR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD62852.1|184581_185523_-|transposase	transposase	A0A1V0E8E1	Vibrio_phage	1.7e-68	43.3
BBD62853.1|185625_186813_+	hypothetical protein	NA	NA	NA	NA
BBD62854.1|187070_187382_+	plasmid stability protein StbB homolog	NA	NA	NA	NA
BBD62855.1|187653_187917_+	putative methyltransferase	NA	NA	NA	NA
BBD62856.1|187932_188265_+	putative methyltransferase	NA	NA	NA	NA
BBD62857.1|188795_190100_-	nitrogenase molybdenum-iron protein subunit alpha	NA	NA	NA	NA
BBD62858.1|190410_191745_-	hypothetical protein	NA	NA	NA	NA
BBD62859.1|191926_192115_-	nitrogenase molybdenum-iron protein subunit alpha	NA	NA	NA	NA
BBD62860.1|192864_193329_+	acetyltransferase, GNAT family protein	K7YH93	Megavirus	2.7e-06	36.4
BBD62861.1|193554_194280_+	peptidase C26	NA	NA	NA	NA
BBD62862.1|194354_194735_-	hypothetical protein	NA	NA	NA	NA
BBD62863.1|194896_195949_+	heat shock protein DnaJ domain-containing protein	NA	NA	NA	NA
BBD62864.1|196059_197397_-	hypothetical protein	NA	NA	NA	NA
BBD62865.1|197814_198381_+	transcriptional regulatory protein MarR family	NA	NA	NA	NA
BBD62866.1|198579_198984_+	hypothetical protein	NA	NA	NA	NA
BBD62867.1|199014_204213_-	hypothetical protein	NA	NA	NA	NA
BBD62868.1|204259_204802_+	hypothetical protein	NA	NA	NA	NA
BBD62869.1|204798_205431_-	hypothetical protein	NA	NA	NA	NA
BBD62870.1|205466_206156_-	two-component response regulator	NA	NA	NA	NA
BBD62871.1|206343_206874_-	hypothetical protein	A0A218MMM0	uncultured_virus	3.9e-09	39.3
BBD62872.1|206876_207446_-	ATPase central domain-containing protein	U5XGM6	Phormidium_phage	4.3e-14	42.2
BBD62873.1|207488_208430_-|transposase	transposase	A0A1V0E8E1	Vibrio_phage	1.7e-68	43.3
BBD62874.1|208438_208708_-	hypothetical protein	NA	NA	NA	NA
BBD62875.1|208704_209940_-	hypothetical protein	NA	NA	NA	NA
BBD62876.1|209945_210401_-	hypothetical protein	NA	NA	NA	NA
BBD62877.1|210774_212583_+	hypothetical protein	M1NXP9	Cellulophaga_phage	3.0e-13	25.5
BBD62878.1|212795_213701_+	hypothetical protein	NA	NA	NA	NA
BBD62879.1|213675_214425_+	hypothetical protein	NA	NA	NA	NA
BBD62880.1|214684_215296_+	hypothetical protein	NA	NA	NA	NA
BBD62881.1|215310_215544_+	hypothetical protein	NA	NA	NA	NA
BBD62882.1|215540_216356_-	hypothetical protein	NA	NA	NA	NA
BBD62883.1|216388_218914_-	hypothetical protein	NA	NA	NA	NA
BBD62884.1|218969_219404_-	hypothetical protein	NA	NA	NA	NA
BBD62885.1|219533_220640_-	hypothetical protein	NA	NA	NA	NA
BBD62886.1|220748_222170_+	hypothetical protein	Q9JMP3	Wolbachia_phage	7.1e-42	26.6
BBD62887.1|222255_222657_+	hypothetical protein	NA	NA	NA	NA
BBD62888.1|222660_223407_-	transfer complex protein TrsK-like protein	NA	NA	NA	NA
BBD62889.1|223468_224836_-	hypothetical protein	NA	NA	NA	NA
BBD62890.1|224869_225634_-	hypothetical protein	NA	NA	NA	NA
BBD62891.1|225630_227181_-	hypothetical protein	NA	NA	NA	NA
BBD62892.1|227180_227987_-	hypothetical protein	NA	NA	NA	NA
BBD62893.1|228054_228426_-	hypothetical protein	NA	NA	NA	NA
BBD62894.1|228716_230027_+|transposase	transposase	NA	NA	NA	NA
BBD62895.1|230023_230569_-	hypothetical protein	NA	NA	NA	NA
BBD62896.1|230558_231278_-	hypothetical protein	NA	NA	NA	NA
BBD62897.1|231280_234055_-	hypothetical protein	NA	NA	NA	NA
BBD62898.1|234115_234469_-	hypothetical protein	NA	NA	NA	NA
BBD62899.1|234594_235275_-	hypothetical protein	NA	NA	NA	NA
BBD62900.1|235553_235823_-	hypothetical protein	NA	NA	NA	NA
BBD62901.1|235879_238150_-	helicase RecD/TraA	A0A218KCE8	Bacillus_phage	6.2e-56	28.5
BBD62902.1|238315_238999_-	hypothetical protein	NA	NA	NA	NA
BBD62903.1|239001_239469_-	hypothetical protein	NA	NA	NA	NA
BBD62904.1|239472_240495_-|integrase	phage integrase family protein	A0A1B1P7C7	Bacillus_phage	2.1e-11	27.1
BBD62905.1|240575_240983_-	hypothetical protein	NA	NA	NA	NA
241176:241193	attL	NA	NA	NA	NA
BBD62906.1|241192_242032_-	hypothetical protein	NA	NA	NA	NA
241176:241193	attL	NA	NA	NA	NA
BBD62907.1|242021_243152_-	ATP-binding protein	NA	NA	NA	NA
BBD62908.1|243151_245884_-|integrase	integrase catalytic subunit	NA	NA	NA	NA
BBD62909.1|246341_246881_+	hypothetical protein	NA	NA	NA	NA
246031:246048	attR	NA	NA	NA	NA
BBD62910.1|246877_247669_+	hypothetical protein	NA	NA	NA	NA
246031:246048	attR	NA	NA	NA	NA
BBD62911.1|247607_249128_+|transposase	transposase-like Mu	NA	NA	NA	NA
BBD62912.1|249132_250149_+	hypothetical protein	NA	NA	NA	NA
BBD62913.1|250167_250980_+	hypothetical protein	NA	NA	NA	NA
BBD62914.1|251333_251984_+|transposase	putative transposase	NA	NA	NA	NA
BBD62915.1|252246_253173_+|integrase	phage integrase	A0A1P8DJ76	Virus_Rctr85	1.5e-40	37.3
BBD62916.1|253317_253872_+|integrase	phage integrase family protein	NA	NA	NA	NA
BBD62917.1|253984_257668_-	hypothetical protein	A0A2H4PRJ9	Proteus_phage	8.3e-10	24.1
BBD62918.1|257982_258225_-	hypothetical protein	NA	NA	NA	NA
BBD62919.1|258221_258770_-	hypothetical protein	NA	NA	NA	NA
BBD62920.1|259922_261356_+	hypothetical protein	NA	NA	NA	NA
BBD62921.1|261419_263267_+	TPR repeat-containing serine/threonine protein kinase	B5LWE2	Feldmannia_species_virus	2.3e-08	22.4
BBD62922.1|263427_264366_+	hypothetical protein	NA	NA	NA	NA
BBD62923.1|264326_266810_-	tetratricopeptide domain-containing protein	NA	NA	NA	NA
BBD62924.1|266802_269313_-	filamentous hemagglutinin-like protein	NA	NA	NA	NA
BBD62925.1|269371_269878_-	GCN5-related N-acetyltransferase	NA	NA	NA	NA
BBD62926.1|270315_270894_+	hypothetical protein	NA	NA	NA	NA
BBD62927.1|271232_272258_+	hypothetical protein	NA	NA	NA	NA
BBD62928.1|272345_273287_-|transposase	transposase	A0A1V0E8E1	Vibrio_phage	2.0e-64	42.2
BBD62929.1|273444_274896_+	hypothetical protein	NA	NA	NA	NA
BBD62930.1|274888_278353_+	helicase domain protein	NA	NA	NA	NA
BBD62931.1|278345_280214_+	hypothetical protein	NA	NA	NA	NA
BBD62932.1|280697_281090_-	hypothetical protein	NA	NA	NA	NA
BBD62933.1|281308_283510_+	pentapeptide repeat protein	NA	NA	NA	NA
BBD62934.1|283516_284779_-	hypothetical protein	NA	NA	NA	NA
BBD62935.1|284880_286557_-	hypothetical protein	NA	NA	NA	NA
BBD62936.1|286790_287147_+	hypothetical protein	NA	NA	NA	NA
BBD62937.1|287228_287891_+	hypothetical protein	NA	NA	NA	NA
BBD62938.1|287973_288867_+	hypothetical protein	NA	NA	NA	NA
BBD62939.1|289393_289939_+	hypothetical protein	NA	NA	NA	NA
BBD62940.1|290050_290410_+	hypothetical protein	NA	NA	NA	NA
BBD62941.1|290662_290860_-	hypothetical protein	NA	NA	NA	NA
BBD62942.1|291596_291815_-	hypothetical protein	NA	NA	NA	NA
BBD62943.1|292254_293178_+	hypothetical protein	NA	NA	NA	NA
BBD62944.1|293218_293509_-	hypothetical protein	NA	NA	NA	NA
BBD62945.1|293613_293820_+	short-chain dehydrogenase/reductase SDR	NA	NA	NA	NA
BBD62946.1|293839_294493_-|transposase	IS891/IS1136/IS1341 transposase	A0A1S5RHE6	Helicobacter_phage	1.4e-37	44.4
BBD62947.1|294583_295090_+	short-chain dehydrogenase/reductase SDR	NA	NA	NA	NA
BBD62948.1|295214_296327_+	DinB protein	NA	NA	NA	NA
BBD62949.1|296400_297948_+	DNA photolyase, FAD-binding protein	K7Y8W8	Megavirus	3.2e-40	27.7
BBD62950.1|298261_298774_-	translation initiation factor 3	NA	NA	NA	NA
BBD62951.1|298828_300019_-|transposase	transposase, IS605 OrfB family protein	A0A1L2BWN4	Bacteriophage	5.8e-130	60.2
BBD62952.1|300313_301045_+	two component transcriptional regulator, winged helix family protein	W8CYM9	Bacillus_phage	7.9e-37	36.3
BBD62953.1|301526_302204_-	TM2 domain containing protein	A0A240F358	Aeromonas_phage	3.1e-11	54.7
BBD62954.1|302516_302837_+	hypothetical protein	NA	NA	NA	NA
BBD62955.1|302955_303366_+	beta-Ig-H3/fasciclin	NA	NA	NA	NA
BBD62956.1|303697_303913_-|integrase	integrase family protein	NA	NA	NA	NA
304255:304271	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>AP018319|319267:364285|DBSCAN-SWA
TATGGCCAGAAAATGTGGACTGACGTTAGGGAAGTATGCACCGCTTCACAAAGGACATCAATTTGTGATCGAGACTGCCTTAGCAGAAATGGATGAAGTGCTAGTAATGATTTATGATTGCCCAGAGGTAACAGCAGTTCCCTTAACAGTTCGGGCTAAATGGTTGCAAACACTGTATCCTCAAATTGAGGTGATTGAAGCATGGGATGGGCCAACAGAAATTGGTGATACCTTTGAAATTCAGAAAAAGCACGAAGAATATATACTGAAAAAATTAGAATCAAAAAAGGTTACGCACTTTTACTGTAGTGAATTTTATGGCGAACACGTCAGCATTGCATTAGGAGCCGTTAATCGTTTAATAGACAAAGAACGCCAAACTTTCGCCGTTTCTGGAACCAAAGTTAGACAAAAACCTTATGCTTTTAAAGATTATGTACATCCTGATGTTTACCGCGATTTAATTACTAATATAGTATTTCTCGGTGCGCCCTCAACTGGAAAAACAACTATTGCATCCCAATTAGCAAAAGAGTATAAAACTGTATGGATGCCAGAATATGGACGGGAATACTGGGAACAAAATCAAATCAGTAGAAGGCTATTGCTGTCGCAACTTGTAGAAATTGCCCAAGGACATTTAGAACGGGAAGAAAATTTGTTGTTACAAGCCAACCAATACTTATTTACAGATACGAATGCCTTAACAACTTATCAATTTTCCTTGTACTATCATAAAACTGTTCTTCCAGATTTAGTAGAACTAGCACATCAAGCTGTATTTCGCTATGATTTAGTTTTTCTTTGTGATGCAGACATCCCTTATGATCATACATGGGATCGCTCTGGAGAAACAAATCGTCTTATATTCCAAAAACAGATTAAGAGCGATCTAATTCTTAGAAAAATTCCATTTTTTATTCTAAGTGGCGATTTAAATACACGCATTAATTTTGTTAAAAATATATTGAATCGATACCAAAAGTATCATAACTTATTAGATTTTTTTCTTGAGAATTAACATAATATGTTTGAGTTTTGGAGTGTGAACAGTATTGCTTTCAACATCTTGGGTTATCCCATGAGTTATGTTGAATTTTTAGGAACAATTTTTTACTTATGGTCAGTATGGCTAATTTCTCAAAGAAACATACTAACTTGGGCTGTAGGGATTATTAGCGTATTAATGTACATGGTGCTTTTCTACCAAATCCGTTTGTATTCAGATATGATAGAGCAGATTTATTATTTGGCAGTGAGTGTTTATGGCTGGTGGCGATGGAGTACGCCCAAGCTAGATGGTGGAGAAGTTTTAAATGTTCGATATAGCCCAAAATGTAAAATTATTGTTGCAGCTTCAATAACAATAGTTCTAACTTTTGTGATGGGAGCATTGATGAGTCAGATTCATACAATCTTACCTGCAATATTCCCAGAGAAAGCTTCTTTTCCTTACTTAGATGCACTCACAACAATTATGAGCTTTACTGCCATGTGGCTAATGACCCACAAGCGAATTGAAAGTTGGTATTACTGGATTATAGTTGATGTGATTGGCATTTGGTTATATTACGTTAAAGAAGTAAGATTTATTGCTTTACTTTATGTAATTTTATTGTTTATGGCAATTAATGGCTTAATATCTTGGCTCAGTGCTGTTAAGTTACGCCATAGTTAAAGCTAAAACGCCAGTGCTTGCGAATTGCTCCCTTAACAGACTTAATTTCTTAGACTTGACACATATCACAGGTGGATAAGTAAACAAAAGTTACCCTTGATACAGCATAAGAATCAAATTTACACAGATGAACAAAGCCAGTATTCTCGGGCTTTGTTGCATGAAAGGAAAAAAGGACAGACCAATCCGAAGTCAGGATAGGAATTAGCCTTCGATTTTATAGGAGTCGGGCTTACCTAACTGGATCATGCGATTTAGCGCCGCACATTGTAAAAATAACTCGACAGCTTGATGATCAAAAAAGCGTCGTCTTAACTTACCTCCAAAAATAGTTTTAAGTCGAAATATTGCTGTTTCGGATAATGAACGTCGATGATATCCACTCTCTTGTTTCCATTTTTTACGCCCGACTTGATTCACCCTTCGCAGATTTTCATCTCTAGGGTGCGACGGGGAATGAGGATATGGTTGTTGCATTTTGGCGTTGCTACGCGGTGGAATTATCGCTCTTGCCCCCCTTTGTGAAATGGTGTCGTAACAACCTTTTGTGTCATAGCCACCATCACCAGATACTTGCTCTATGGGCGGCTCTATCTGTTCCAATATGTCAGTTAAGGCTTCACAATCAGCGACATCATTAGTAGTTACAACCGCACCTAAAATTTCACCACTTTCTTCATCAACGCCTAAATGCAACTTACGCCATGTCCGCCTTTTACCAACCCCATGTGTACGGACTTTCCATTCGCCTTCACCATAGACTTTTACTCCAGTTGAATCCACTACAACATGAACAGCTTTGTCATGTAGGGATTACTGGCAGTTCCACAGATAGCTTGCTTAAACGACGAGATAGCGTGGAGTGGTCTGGTACTTCTAGCTCAATTCCCATGAGCGTGAACAGCGATTCTAAAAAACCCTCTGTTTGTCGCCCTGGTAAATGAAACACCGATTGAATTGTTCCCATCGTGGCGATTGCCACATCACTGTAATAATTCGATGCTCCCTTTTTCCCAGTTTTTTGCTGATTGCGCCACTGCTCGATGATCTCTTCGTTCACCCAGAAAGTTATACTGCCTCGTTGTTTTAGTGCTGCATCATAAGCATTCCAATTCTTAACTTTGTACTGGGCTTTCGTCTTCATCGTTGGGCTAGGTGGCGAGCGAACATCAGCGATAAGTATAATTTACCATTTTGCCTATTCACGCAACAACGCCGTATTCTCGCAGCATCCCTACTGTTGCTCTCTGGAGTGCCAACTGTAGCGCAAACGAGTCTCCCCAAGATGACAGTGGTTAGCGTGGGTGATGGCGACACGCTGCGAGTACGCAATCAACAAGGGCAAACTATTACTGTTCGGCTCGGCTGTGTCGATGCACCTGAACTCAAACAAAACCCTTGGGGAGAGCAATCTAAATCTCGTCTCCGGCAACTACTGCCAGTAGGTAAATCTGTACAAGTTCGGTCAATTGAACGCGATCGCTACAAAAGACTTGTGGCTGAGATTTTCGTGAATAACCGTTCTGTTAACCTGACAATGGTGCAAGAAGGACAAGCTGTAGTTTATCGGCAGTATCTCAAAGGATGCAACAGTACCAAAGGGCAATTTCTTCAGGCTGAGTCGAGTGCTAAAAGTAAAAAGCGGGGATTTTGGAATCAATCGCAGCTGGTGATGCCTTGGGATTTTAGAAGAGGTCAAAAGCCAACTCAAGCAACAAATATGCGATCGCAAACACAACAGTGCGATCAATCCTACCCAGATATTTGCATTCCGCCCAATTCGCCTGATTTGAATTGCCCTGATATTCCCTACCGCAGATTTAAAGTGGTTCCGCCAGATCCGCACGGGTTTGATAGAGATGGGGATGGTGTGGATTGCGAAAGGTAGAGGTATGATTGTCAAATGAGACTAATTAAAAAACTTTTAGTATTCTGTTTTCTCGGATTTGGGATTCCATTTTCTATTTTGATTTTCCTAGAAATGATGAATCCTAAAGCTGTGCCTAAAGACAAAGAAGGTGCTGTAGCTGCTTTAATTATTTTCACTATTCCGTCAACAATCATTGGGGGCTGGTTGAGTTGGTCTTTAGTACAGCAGAACCGCCAGGAACAAGCATTATTAGTGGCATCAAAACAACAGCGTCTTCAGTCAGTTTTCTTAGGATTAATTGAGCAAAATGCTGGCAGAATCACAGTATTGGAATTAGCGAAGAATGCTGATATATCAACCCAGTTTGCTAAACAATATTTAGATGAGAAAGCTTTGGAACTCAGTGCTGATTTTGAAGTTAGTGAGAATGGAAATATTTCATATCGATTTCCCTTATAAGATTGTTACAATTGCAGTAGTAATATTTCCAGTTTGCTTGACTAATAGCAACCTTATTTAAACGGCTGTCCCCACAAATCCCAATTTTCTTTATTGAAAATAGTTTGTTCTACTGGCTGTAATCCCAAACTTTCAAACTGTTTGAGTTCTAATTCTGATAACGGCCAAGGAGGCCCAGAGGTTGTGCTTCTTTCTCCCGAACACGGGTAATTAACAAAAGTGTGCCGCTAGGAGCCACAAGAGCAGCACCCGAAGAAATAGCGCCAGAACGTACATTTACTGGCAAAGCTTGAATGTTACGGCACTTAAACACAAAGTTAAAACCAGAATGCCATTGTTCTGGAAGTGCAAACAAGTCTGCAACTACATAGTTGACCCAAGAATCAGGAAATCGTTGCTGACACGACTGCGATCGCAGTCGGAGAAAATCGTTTATTGTAAAACGGGGCTTAGTCATCTCCATCCATTAAGCGACAACGATTTTGGGTCTTGCAAGCTTGCCCTGAAGAACGCTCCCGTATAATAGTTGCTAAATCTGGTCGTCGGGTGAGGAAAAGTCGCCAATCAGCCCAAATCCCATATAGGAAGTCGGCAATAGCACCGATAACTGGTAAGGAAGTTGCAGCATAGACCCAACCCATCCCCAGAATTTCGTAAATGCGACGGAAAACCTCAACATTTTTAACTAGCGTTCCGTCTGGTAACACAGCATGAATACGCCCCATTGCAGTTTCATAGTCAATACTGCCATGCGCTTGGGGATTGTAGTCATCAGCTGCAATATCTACAAACGCCACCAGCCCTCGACCCGCGTCCCGGTTCTTCAAAAAGTTAACCTCGCGCAGACATAAGGGACATTGACCGTCATACAGCAGTTTGATTTTCCATGAGGGCAGAGTGGATAAAGGCTGGTCTAGAGAGTTGTCACAAGGGTAGGATGAAATTTGTGGTGAGGACATTTCAGGATCTTAACTTAAGTTTATTTCCTTACATCAAGCGTAACGCCTCTGAAATTATAAGTAATCCCTAATGTGAATTAAAAACGTCTTTTATCGTGTTTTGATTCGTGCAAATACTCAAATATAATCAAGTTAAATACTTATCAAAGGTGCTACTAAATTCCTCATAGGTTTTGACACCGACGATTGTTTGCGCCAATTTGCCTTGCTTAAAGAACATGACAGCAGGAATGCTACGAATAGCAAATCGTTTAGCAACAGGTTGGTTGGCATCCAGGTCTAGTTTAAAGACTTTAACGCGATCGCTGTATTCTGCTGCCAGTTTATCTATCAAGGGGGCAATCAGTTTGCATGGGCCACACCAAGTAGCTGTACAATCTACGACAAGTAACGGCTCGGTTTCAAGCAGGGTATCTAATTCGGTTTCATCTTGAATATAAATGGCAGTCATAAATTTTCGTGCAAAAGAGCATTATCCCATAGCCGCGTTGCCTACTCTGCAATTCAATATTGATCATGAGTGAGGCTGATCAAATTTGATAATGATCAGCACTTGCTAAAGCTCACCGCTAATCAATCTTGTCGAATAGTTTCTGTATCTGCCTGCGGCAACCCGAAACGGGAATGCAACAGCAGTCAGTGTTTCTGAAATAGTTACGTTCAAACAAGTCTTAATACAATTAAGCTAGAAATTGCAAATCCCTCAAAGCACATACACTTTAAAGGAATTTGGTATTAGATTTTGTGAGTGCTAGATTAAATGCTTGCTTCCTTAACTGCTTGCTTTAACTCTTCAAAGGTAATACTACCGTCTTGATCTGAATCATAATGTGCTATTAATTCTTGGGGGCTAGGGCGTGTTTTAAAACTCGGTAAAATGGTTGAGAATACTAAAAATTAACGAAGTTAACATTTATCTATGATCCTTCCACCGCAAAGTCGGGGCGACTTGACAGAGCGACAATGGAAGCTCCTGATGCCGCTGCTTCCCGCTCAAAAACCAAAAACAGGCCGTCCGAGCAAAGACCACCGCACAATGATTAACGGTATGTTGTGGATTTTACGAACCGGAGCGCCGTGGCGCGACCTCCCAGAACGTTATGGAGAGTGGGAGACAGTCGCAGGTAGATTTTACCGTTGGCGTAGAAGTGGCATCTGGCAAAAGATTCTACAGTCCTTGCAACAACAAGCTGATGCTTCGGGGCAACTGGATTGGGAAGTACATTATGTAGATGGTAGCGTTATCCGTGCCCACCAACATTCGGCCGGAGCAAAAAGGGGGAGCTAGACCCCGAAAGTGAGTTATCTGTAATTGAACAGGTACAACAAAGAGAGGCTTTGGGACGTTCTAAAGGTGGTTTTAGCACCAAGATTCATCTGCGTTGCGATGGTAATGGCAAACCTATTACATTTTTGCTGACTGTTGGTGAACGTCATGAAGCAGTGGTATTTGAGCAACTAATGGCACAAGGCGCGGTCAAACGCCCAGGTGTTGGTCGTCCTCGCTTACGCCCAAAGCGATTAGTCGGTGATAAAGGTTACAGCAGTGGTAATATTCGTCGCTATTTGCAGCGACGTGGCATTCGCTTAACCATTCCACGTAGGTCGAACGAACGCAGACGCGGTAAGTTTGATAAATCTATTTATCGCCAAAGAAATCGGGTCGAGCGATGTTTCAACCGTTTGAAGCAATTTCGTCGGATTGCTACACGCTATGAGAAGAAAGCTGATAACTATCTTGCAATGTTGACGCTTGCTTCTATCATTCTTTGGCTATAGTTTTAGTTTTAAAACACACCCTAGTTGTATTTGTTTGTGATGAGATGACTGCACTTAAGCCAGGACTTAAAAAAAGCTCATTCAGGGAGATTTTGCCGTCTTGAGCTCCATCTAAGGTATTAAAAAGAGAGCGAAGTTCTTGCTCGGTTGTCATAAGTTTTTATCTGAATTAATCTTTTACTTTAATCTTTCAAAAATAAACAAACTTATATCAAAAGGCTGAGAAAGTGGTATTGCTGGGGCTTAGATTAGTGGAACGGGATGAATAATGTCTTCTCTGTGCAATTAGCTATAGTATTGTGTTGCGCTATTGCCTGTACCTCTTCAATCCATCCATTCCACCCAATCGGGAGCCGCCACCACCAACTGCCCAAACATCACAGGCTGCACTTCCTCAAACTCAAGCATCACGTATCAACGCTCATCACTTGTGAAGATGGAAAGGAATTCTTTGGCTGCATCCACTCCAGTTCCACCCATTCAATTACCAAAAAAGCACAATATTTAATGGTTTCTTAGGTATTTTGTCAGTGATTCATCTAAAGTTCTTGACGTGTTGGACGAATGATCATTTCATTCACATCAACATCATCGGGCTGTTCAATGGCGTAGGCGATCGCACGGGCAATAGCATCTGCATCAATGGTGATCGCATAAAATTCATTCATTCTTGCTGCTGTATCTTGATCGCTAATGGTGGTGGTCAACTCAGTGGCAACTGCGCCTGGGGAGATATTAGTTGAACGAATTTCACCATTTGATTCTAGTCTTAGCCCTTCAGAGATCGCTCTCACTGCATATATCGTACGTGTTTACATCTCTCTTCAATTTTGGAGCGATTCTCTTCAATTCTGGATCGAGATTATTAGCCTGTTTTAGGGAATTAAATCCTTTGTTGATTTCACCGAAATTGATGTAAAATAAAGCAATATTTTCGAGTGTTTCAGCTTGTTTGAGAACATTACCTTTTTCTTTCCAGTAATCCAAAGCTTTGTTGTAATACTCTAGTGCGTTCTTTTTTTCGCCTAATTTGTCACTGTAAATCTGTCCAACCGTGGTGTAAATGATAGATGGGAAGTCAATATTTTTAGGAAACAGTCGTGGAATTTGCAGACGGATATCAATTGCCTTTTGATATTCTCCCATTTGGTCGTAAATCAAGCTAAGTGAAGTAGTGGCTGCACCCTCACATTCCTTATCCCCTAAAGCTTGACAAATAGGTAGGGCTTTCTGAGCATATTCCAAAGCTTTGGGATATTCACCGCGAAGCCAATATAACTTAGCAATTTCATCGAGAGTTAGAGCTTCTTTTTTGCGGTCTTTTGCTAAACGCCAATATTTTAGGGCTGCTTCAAATTTAGGAATGACTTGGGTTAAGTAGGGTGCTTTCTGTTTAGCTAATTGATAGGCTTCTGCTTCTGCTTTTTCAGCCGCAGCACGGTTGTTGTCTGGCGTGTTGGTTTGAGTTCTCTGTTGTGTGGGCGTGGGTGGGGTTAAGGATGTCACTTTGGGATAGGCGCTGGTTGTTTGTGAACACAAAAATAAGCACAGCAACAGGATTAATCTTAAAGAACGTGGTTGGAACATTTGCAAATTACAAATTACGAATTACCGGGACTTAAACAAAAATCAAGCCTAAATGAAGCCTAAACTAGCTTGATAAGCAGCAAACACGTCACGATTTAAATTCAACCAATCAATAAATAGGAAAGAGATAGGGTCAATTTTTAACTGTAGTCTTGAAGAAAATGGCTGTGGTTGCACTTGATTTGGTGCAAAAACTGGGAGATGACGATATGTTGGCTCAGACTGACTTTTTTGTGGTTGAGTATCTAAATTCTTTGCCTGAACAATATCTTGACTTGGTGAATCTTCCACTTTAAAGGGTCGCGGTGTAAACTTATTGGTTGTAGAGGAATCAGATGCAAATTTATTAGATGGCCTATTTTGCTTGAAGTACATAAAAATATGTTAGCAAAATCTTACATATAGAGAATAAAGCAAAAAACCATTTGATTAATACTAGATGAAAGTCTGTTGCATTTTCAATAAAAGTATGTGTATTGGGCTAATTTCAAATCTTCCCGCAGTATGATCACTTAAAATGGTTTTTTGCTATTTCAAAATGGGATTATTCTCTAGTTAGTCGCCACTTGCAGCAGGTTGAGGAATTTTCTGAGCGATCGCGTTTGGCACTGATTATTAAGCAAAGAGCAACGTTGAAAGAATTTCAGCAAATGCTGCGATTCTTGTAAGAAACTAAAAGACAGATTTTGTAATGGCTAAAATCTGGAAATCTGCTCAAAAATAGTGATGCTTAATATAAACTGAGATGCCATTTAAATTTTATGCAGTTAATAAATCGCTTTCGGACATTGATTGCTGTTACTGGGCTAGTTACATTATTGGGGTGTTCACCAGCGATCATTCAATCACTTTCAGCACAAAAGCCTCCACAGCCGACAACCACAACACCAGCCCAACCGAGAACCAGCCCACATTTACTGTTGGGAAATCCCAGTGGAGCAGTCAACAGTACTGCCAACCCAGACAACTATTTAATCATTAGACCACAATACGCTTTATCGTATAACAGAGATAAAGGAATACCAAATTGGGCAGCTTGGCAGCTAAACAAGAATTGGTTAGGAAATTTAGCTCGTCCAGGATTTACACCTGATACTACATTGCCGAATGGCTGGTATCGAGTCACGCCAAATGACTACAGTGGCAGTGGTTTTGACCGAGGTCACATGGTTCCTGCCGCCGACAGAAACAAGACACAACAAAATAGTCAGGCAGTATTTTTAATGACCAACATCATTCCTCAAGCCCCAGACAACAACCAAGGGCCTTGGGAACGACTAGAAAGCTACAGCCGAGATTTAGCAAAACAGGGTAAAGAACTTTACATATATGCGGGTAGTAGCGGGACTGGAGGGATTGGTAAAAATGGAGAAAAAGCTACCATTGCTAATGGTAGGGTGACTGTTCCGGCCAGAACTTGGAAAATAATTGTTGTCTTGGATAAACCAGGGTTGGGTTTGAATGGAGTGAACAGAAATACTCGTGTGATTGCCGTAGATATGCCCAACAAGCAGGGAATTAAAAATGATAAATGGATTAAATATAGAACTTCTGTGAAGAAACTAGAAGAAATTACAGGCTATAATTTTCTAAGGAATGTACCAATAGAAATTCAGGAAGTTATCGAAGCTAAAGTTGATAATGTCAGCATTAATTAACTCAAACTCAACTACTTAATTCTAAGTTTCGATAAGTTTAGTAGAAAGTCCAGCTAAATCACCTGTGGGAGTTTCGCCGAGGATGTAAGCATCAATCTCGATGTGTCCGACGCGATACACCTGCGGGTTTTTTAAGGTCGATTTGATAGTTTGTACAAGGTTTTGGAATTTAGTAACTGTAGCCTTTTCTTGCTCACTGTGCCAGTCTTGGGGAGTAGTAGCAACAGTAAAAAAATCATCAACCGATAGCATTTCTACAGGTGTATCCTGTGGATGCTCACTCTGTTGTACAACTTTTTCGGGCGTTATGGGTGCAGCATCTTTCCAAAGAAAAGTTTCAAATGGGTAATCAGACTCACTCATCATGAGTAAGCTATCAGATGCCTTGCGAAGCTGCTCTAGGATTTGTGAAGTAGTTTCAGTTTGGCTCATAGAACCACATCATAGAGCAATTTCATCATCAACTGTATCACCCTAAAAGCTGAATCTGTAATCCTAATTCTTATGTTCGTGATTAGAATAAAATTTACCTTTGTGAGAGAAAAGAAACAACCATGTCTGCAACAGTAAGCAATAAAATACTGCCATATCATGTCTTTGATGGTGGCATCTCTGTGTGCAAAGAAAGCCATGATCAAGAAGGAGACTGGTATCCACCGATTGTGCTGCCCTATTTTTGGAGAGATAACGCACTCTGGGTCAGCCGTTCTCTACCAGAATTGGGTTATGAAAAAGCAATTCCAATTGATGCGAATAAGAGATTTCCGAAGCATACCGACTTTTTCATAGTTGTAGGAGTGCTATTGTGTGGTTATGCTCAGGTAGACGGTTATATGCCTGTATTTCTCAAAGAACTTCAAGGGGATGAGGCAATACTTAGGTAATTATGAGATAACTAATTTTTGAATGTAGCAAAGACTCAGTATTAAATTAGCCCGGATATGACTTCAATCACCAGAACAATTACGATTAACGTGCAGACTGACGAGAATAATCAGTATATTTGTCAGTTATCGTCCCCTGTTGAGTCAAGTGCCAATGAAATTCGCTGCGGTGGACAAAGCGAATTTCATGCCATAGCTATGGCATTGGAGCAGTTAGCCAGCCAATATCGCCAGATTGCCGAGGAACGTCAAAATACCGATTGGGAAGCAGTAGAGTATTCGGCTGCTGGGGAGCCAATTCAAAAACGTTACCATGTAATTCTGCATTATGAACGCATTAGAAAAGCCGAATCAAAATTTGACGCGTTGCAAGACACACTGCTAGGAAATACAGTGGTTGAGAATGCCAAAGTTAACTTGATAGAAATTGATGACGATCTGCCACTTTAGCCAGTAGCTTGAGCGTCTTAATTATTGTTCAGTTAGTTTGTTTAGCCGTTTTGACTGCGTTAGCAATTTTTTCAACTAGTAATTTCACAAAATTGGTTGCGCTATGTACTACAAAATAATGCAACTCGAAAATAACTTTTCTCAGAAGCCAGGGATTTATGAGCAAAAATAGAAATACTGGATATATTCTTGTATGTGTGGGAGCTATTGGTATATTTAGCTTAATTTTAGGGAGCATATTCGGGATACAGACTCTACTTTTCTTATGTTCGTGGAGTACAAATCAAGGTAATTGCTTCCTGCCAATAGCGATATTATTATTTATTACTTGTGCCTTGTTTGTGATATTCATAATGATATTAAAACATGGGCTAAAAAAGCTGAAATCTAGAAATGTTTCTCCTGACCAAGATACCTAAAATTTCAGATTTTTCTCAATATATCGATACTCGGATGGCGATCAACCGCTTTGTTTGTATTCAACAGATGCTCTGGTTTGGAGCCTCAGAAAACGAGGAAAACCTTTCTTGCCTGGAACTATCTAGCAGATGAATACGGTGAAGATGTGACTAAGTATTGTTAAATACAGTTTAAGCGATGAATTTAGTATTTAGTTAAAAACTATCTGCATCGTTAGGAAATTAAAAAATTATCAGTTGAAAAATCAATTGCGGTTTGAGCCACAACCTAAACAACGCATACAAACAGAAAAAGCCGCTAGAAGTGAGACAATTTCAATCAGTAATTGAAGTGATAAGGGAGCGAGAGTCAACCCCCAAATTAGAGAAATTGTCCCGCTAAACATTGCCGTAATGCGATTAATTTCATCTTGAGTTTTCCAAGCTAAGAAAAAAATTCCAAAACCTATTAATAATAAAAGCAAACTACTCATAAATTTATTGCCAGTTGATGAACTGCTAGTGCATTAGGGGGATAAATACTAGCCAAGGCAATCATACAGCAGTAATTGCATAGCAAATAATAGTGATCGCTCACTCGGCAAATGTTTGTATTTTACTGCCTGTCCCAGCAGAACGAATTTTTACTAAAAGATGCGAGTGCAGATCAATTTACTTAAACGGTTGCCCCTATAGTTCCCAGTTCTCCTTATTGAAGGGCGATCGCCACTTTAGAATCAACTTCAACTCCAACTGTTGCCGTGCGCGTCGCTCAACCGGAGTATCCCACCAAAACGCTGCATTCACGGCTGTCTGCAACCCATACCGAGAATGCAAATCCTGGTAACTGGCGATGTAGTCTTTGCAATCATGAATCCCCTTCCACCGCTTGTTACTGCGGCAAGTTTCCCCAACATAAAGCACTAACCCAACTGCTGAATCCAAAATAAAATACAGACAAGCATCGCCAAAGCCATCAGCAGGTTTTCTGTAGAAAGACATCGGTACAAGCTGTAGTGTCAGTGGATCAATTGCATCGAGATCGCAGTGATTGGGAGAGAGGTCGAATAAGCTTGTTTGCTGTGGCGGCTGGTTTTGTCTCACCTGCTGCTGATGAGTGAGTATGCGAGATTTCCACCCTGCCAAGGCCTCTGCATTCATCACCAATTGATTTGCTCTCTTGGAAGGAGTAGACTTTATATCTGAGAATAGGTTGAGTTGTTGGTTTTCCAAGCACATTGACTGAATCTGACGAAAGCTATCATAAAACATTCCGCCTGAAAAACCACATATTTTAAATCTGACCAAGGAAATCTCGTTTACCAAGTTCTACGCCACAGTGCCTGAGAATGTCATAGGCAGTTGTGGCATGAAAATAAAGGTTTGGTAAAACAAAGTATAGGAGAAACTGAATTCCTTGAAAGGACAAGGTGTTATCACGTATTGGTAAGGTAATTGTTCTTTCTTCTGAACCATCAATTTGTTCAGGTTTAAATGTGTTGAGATGTGAAATAGTTTTTTGAATGCGTTCAATCAGTTGTGCAAAGGTTGTTTCATTATCCTCAAACTGGGGTGCTTCTGTGCCTGCCAGCCGTGCTGCACCTCTATTTACAATGTCACAGGCGATTTGTACTTGCCGAGATAAGGGAAACATATCTGGGTACAAACGACTATTGAGCAATACAGAAGGCTCTATCTTTCTAGTTTCTGCATAGGTAGCACCTTTTTCCAGAATGGCTATGAGATTATTGAGTACATGAAGAGAAACAGGGATTGAAGCTTGGTACATTGAAATAGTCATAGATATTGCTCCATAAACAGTTAAATACTTTTGATAAGTCTAAGTTTAGATGAATTTAAGAATTTACTCTAGTAAAATTCTTAAATTTAAACTAAAATTAAGCTCTGATTAATGTTAGTTTTTGAAAAAGTGATTCTTTGTTAATAGGTTGCTATAGGCTAATAGTAAAGTTATAGATGTTTTAGGTTAAATGAATAAGTTTTTAATTCTCAAATCTTTATTATTACTTTCTCAAATAGCAAGTCCTGAGCCAAACAATAGGTTAGTTTGAATAGAAATGCCGCGGGATAGTCCGCAATGTTTGTACTGGGTCTTTCTTTGGGTATAGGTTTTTGTTGCAAGGTATTGCAAATATTAAAGATTATCACCTTAGCCAAACCTGAAGAAAGTTTATGATACTAGATCTTCCGCCTGAAACTCAAGAAAGTATCCACAAAAGTACAGGTCGGATTATTTTTCTGAGCATTGTGTTGATTATTCTGGGCATCATTGCCATACTCATGCCTGTGGTAGCAACGATTCTCTCTGTCTCTGCCTTTGGTTGGTTCTTTCTGTTTGCAGGGATTGTGCGGATTATTAAATCGTTTCAATCTAAGCCTATTCGTGGATTTTGGCTCAGTCTTTCACTAGGAATTCTCTACATCATTGCAGGGATAATTCTCCTGAGTAATGTCTTAGCTGGTGCGGTTACTCTAACACTAGTGTTAGCTACGATTTTTATTGCCGAAGGTATTTTTGAAATAATTGCCTGTTTTAAAGCCAGAACTGGGGGTAATTTGTCATGGTTAGTATTAATGGATGGGATAATTACTCTGATCCTGGGAATTTTTATTTGGTACAGTTGGCCTAATAATTCGCTTTGGATAATCGGATTGTACGTTGGTATTAGTTTTATCTTTAGTGGTGCATCACTGTTGTTGATTGCTACTGATACTCGTAAGACCGTGACCTGAAACAGAAAAATATACCAAATTCAAATTATATTTACAGTAAGTATTCAGGAGTTAGAATTCAGGAGTCAGGAGTGTTTAAAAATCATGAGAAAAATTTGAGAAATCAATTTATTAATTTTAGAGATACTTATTCATTCTGGGTACTGAATTCTTACTATTTGCAGAGAAGATCACAGGTTGTAAATTTGATTCAAAAGAATAATACTTTAATTCAAATTCCTGTGTAATATCTGCCTAGTTTGTAATGGTGCTATTTGATTATGCTTCACTGTACTAATTGTTATACCTAAAGCTGAAAGTGCAACTACTGTAATTGCTGTTAGCCATCTCACCTGTTGATGTAAATACACTATCTCTTTTCTCAGACTATCTGCCTCTACTGGAGAATATGATTTTCCTTGTGGAAGTTCAACAACTACATTTTTAGGTTTAGCTGTTGGCGTGACAAAAGCTACTTGAGTTTGTAACCAATTGGCAATTAAATGAGGACTTTTTTTCCTAAACCAACGCCAAGCATAAACTCTAAATACAGGCTTAGACATTCGAGCAATTAACTTCATTGTTTTATTTAAGAAACGAGGACGAAACTTTTGATCAATGAAATTAGCTGCCCCAACATCATAAAGACAATCTAGCACAAGTTTAACAGTTGCTTCCTCGCTATCAATTAAGTTTTGTAGCAACAAACGAACATCTTGCATTCGCTCGGCTGTCAAATGCTTGTGCGCCAACTTTTCGGGTGATTCTACTGATTGTCTAAGAGATCGTTGTGTAACTAGTGTCATTTTTAGAGAATAGCAATCACATCCTTTTCATAGCAGTATCTTGAGAAAGAGATACAAAAGTGCTTTTAGAGAGATACTGAGTCACTCTCAAGTAATAGATAGATTCTGTGCTATGGCAGAAGACTTTTATGTTTTTATTTAATAAATTAATTAATGATTTCAAACAAGCTGTTAATCAAAGATATTTTTTAAATTAATAGGTAGCAAATTAGTATGCCTTCAGAGTCATCACCTAACGAAATGACACAAACAAATAAAACAATAGATATAGATGGTCAACGTCCAGTTGACCCTAGTAATATTGAAATTAAGGAAACGATTGATGTAGATGGACAGAGGCCAATTGTAAAAGCTGAAAATTATGCTGATAAAACAATAGATATAAATGGTCAACGCCCAATTGGTAAGAGCAATCTCCAAGAGCATGAGATGCTACCCGTAGACGGACAACGACCAATTGATCCTAATGATTTAGAGGTGGAAAAAATTCTTGAGATAGACGGTCAACGTCCAATTACTAAGAATAGCTTTCAAATTCAAGACACGATAGAAATAGATGGGAGTCGTCCAATTTCAGATCATAATGTTGAAAGACAAATGCCAACAGATTATATCGACTAAAATCACGGTAAGAATACATCCATCAGAATAGTTAAAGAATCAGAAAAATATTTGAGAATGAAGAAGAATTAAATTTCTAGCGCAGATTAAATCTGTTACCTATTCTGAATTCTGACTCACCTCGACTCCACTGGGCAACTACCTGGGTACTGAATTCTTACAAATCACGAGCTTTTTTGACATATCTTTAATGGTGGCATTGTTTGCTGTAGTGCTTGAGCTTGCCTAACTTGTTCCTAATAAGTATTTTTCGATAGTCCAACTCTTGCCAAAATTAATAAAAAATTTGATTAAACTTTGCAGCTAATAAATGGTTAAGACTTTGAAAGTAATTATGAAACAGCGTGTAGTTTAATCAGTCGATTCAAACATCAAGCTGAAGGCATTTTCCGACAATGACTCTCAACCGTATTTTGTGGAATTCCCTGATAGCACCGACAGTAATAACTATTGCTATTTCCGGTTGTACTCAAAAGACTCCTAATACTCAGGATTTAATTGCTCAGTCTTCAAAAAATACTCAGTTATTCCGTACTTTCACAACGCAGTCTGATTCAGGTTATTCGGTGGCTTATTCTCCAGAAATATCTGGGGTAAACAACCCTAATGGAGTAATTCTTGCGAGCGAGTGCTGGTGCAAAAAGTATCACTAATGGTAAAGAAATTAGCACTTTTACAGCACACAAACAACAAGTTTGGTCGGTTGCTTTCAATCCTGACGGTAAAACACTTGCGAGTGCTGGGCAGGATGGTATTATTAAAATTTGGCGTGTATCTTTACAATAAATCTACGGGCGAAACTTAATCATTTTCACAACCAACACCAATCCGCCAAATTAAGCGCAACAGGGCAAATAGCGCCCGAACGGATTTGAAGATTGGGGAAAGTTTCAAATTCTATTTATTGTAAAGGTTTCGATGCTTGCTTGGCGTATTCTTCTATCAAAGAAGCATAATCTTCATAAGTAGGTAGAGTCTCAAAGCTATGAAACGCAGAAGTTATGGCCCATGTTAGCTTTTCTCTTGTCCAAGTTTCGATGAACGGCTTGAACCATGACACATCATCCAGCATCGTCACTCGCAGATTAACGAACTCATCCATTCCTTCCGGCCGAGTAAACATCCAACTCATGCAGTGTGGGCAGAAGTAGTGGCGAGTCGTGCCATGTAAGCCGCCAATAGTTGGTTGACCCTTCAGTACTGAAAAGCCAATGCTTGGGATCGCAACGCTCAAAGAAAAAGCACTGGCGCTCATTCGCTGGCAACCTGTACAGTGGCAAGCCATTGTCAGCAGAGGTGGGGCATTCACCTGAAGCCGTATCTGTCCGCAACGGCATCCACCTTCCCAAGGTAAATTCCAGTTGTTCATGACGTGCTACTCCGTTGTTTCTTTAGCTATAGCTTTAAAACACGCCCTAGCGCAACAGGCACTGCAACCGACACGGTAATTGTATTCAGTCTCTAACAAAAACTTGAAATGCCTGGGAAGAGGTGTTCAAAAGCACAAACCTTAAAGATAACTAAAAAATTGGTGTTGCTAGATACACCTGATATAGATGATGATACCATGCTGAAGGAGCAATAGAAGCCGCAGTCTTTCTTCAACAGAGCAGCTAAATTTCTTTGCCCTAATTTAGAGCGATTGTCCAAGGTTTTTTAGCTCATGGACAACCATCAGGAGAAATCCGAATGAACTACGACATCAAAGACAAAACCATTTTGGTGACGGGCGCAAATCGCGGCATCGGCAAGGCGATAGTTGAGTCGTTTATTGAACACGGAGCCAGCAAAGTCTATGCGGCTGTTCGCCAACTCAATAGTGTCTCCTCATTGGTTGAACAATACGGTGAGAGGGTAGTACCAATTCAGCTTGATTTAGGTGATCCCCAATCTATTTTTGCGGCGGCTCAAACTGCCCCAGATGTGCAAATAGTGATCAATAATGCAGGAGTCTTTCAAGCTGGAACTCCCTTAGCTGAAAATGCGATCGCATCTCTTGAATTTCAGATGAACATCAATGTGTATGGATTGATCTACATGGCGCAGGCGTTTGCCCCAGTACTCAAAGCCAATGGAGGAGGTGTCTTTGCCCAAATCAATTCTGTTGCTTCGCTCAAGGGTTTCCCCGACTCTGCTACTTACTGTGCCTCAAAAGCTGCGGCCTATTCAATCACTCAGGCATTACGAGAACTGTTGAGTGAACAGGACACGCTTGTGCTAAGTGTTCACCCTGGCCCGATTGCCACGGATATGAGTGATGCAGCAGGAATGGGTGAGGTTGCACAGCCACCTGCACTTGTGGCAGATGGAATAATAGAAGCTCTTAAAACTGGGGATTTTCACGTCTTTCCTGACTCAGTGGCTAAACAAATGGGCGATGCTTATAAAAGCTTTGCAGAAAATGTCGTCGAGGTATCATCAAATTAACTACATTGCCTGCCGGATAATACTCTAGACAAGAGTATCTCAGTCTTAAACAGCGACCCAAGGAGTGCGGTAATTTTTGAGCTTCTACTTTGTCCAGTGCCGAAAATACTAAATAAACAAGGATTTTAGTTTGACAAACGTATCATTCAATTTTCATTATTTGTTATGTTTATGAGCGTTTTAACATTCCAATAAACGCACAAGTTACTGCATCAACCCGTAGCGATCACCCCAAACCCAAAACTACGCCATCCACTCCCCCCATCGGGCGCATCTGTAATCAATAGGAAAACTTTATGTCCTGCCAACATCTCAATGAATTGACTTTGGAAAACTTGATTCACAAAGCTAACTATCCTGTATTTCAATGTCAGGAGTGTATTTTACTTAATGATCGCTGGGTACATCTGCGTATTTGCCAGACCTGCGGCAAGATGTTGTGCTGCGACTCTTCCAAAAATCAACACGCTCGTCGTCATTATGAAAATAGTGGACATCCGGTTATTAGTTCAGCCGAACTTGGAGAAGAATGGCTGTGGTGTTTCGTGGATGAGCAACAGAAGAATTATTGATCAGTCCTACCGTAAGCAGACAGGTCAAAACTCCACAACTCACACCATACATTCCACCTCATCGAGAGCCTCAGCCACCAACTGCCCAAATATTTGCGGTTGTGCCTCCTCAAACGCCACAAAATCAATTCGTAAGTCGCAGTTCGCAATTGAGGGTTGATTTGCCAATTCATCCCTTAACCACTTCTTAACAATCTTGTTCCGCTCATCATCAGCGTCAAGTTCTACCTTTAAGCAAAAATTAAATCTTTCTTAGGGGAGATATTAATGTTGGCATTGGATACTCAGTGATGCTTATAACGCGAATGTGATTCATTTCACCGTATTCTGGCTGCGTAGTTTTTTACTTATAAGCCTGAAGTCGAACCCTGCGTTACTTAATTTTCCATGTATCCAATCTTCAGGAGCATCTACTCTATGGAAGTGCTGCGGCTAGGCATACCATTTGTTAGACAGTTTTTGCTGACAATTTTATTAACCTCTATCTTCATTTTTTGCAGTCCATTACAAAAAGCCTGGGCTTACAATCCACCTGTTGGATTCAATGGCAGTACTACTGTGGCTGATATTAGCCAGCCAAGAGGTCACGGCACAATGGGACTAAAAGCAATAGATGTTTTACGTGGCGATGGATTTAGTACAATAGCTAACTTTTTTAACGCCTATCGCCAGGAAATTCTCAATGGCGAATTGCAACCTGATACCTTTGGCACACCCTTTGCTGTTTCTGTACCAGGAATATACACAACTCCGCCATTACCTGGTAGTAGCTTTAGCCATTTCTATAATCCAGCTACAGGGAAAGGTCTGGTACTAGATTTTGGTAAGTACAATTTCGCTGTGGATGCCGCTCAGTTTGTTTCTCTGGGTTCTTGGGAATTATATACTCTGACGGGGCCACAACCAGGTTCAAATGATATGGCTGACTGGTCTTATGCTCAAGCAGTAGATGAAATGCGAAAAGGAAATACGGCTAAAGCTGTAACGGGAGCAACGCGATTTTCTGAACTCTGACAAAAATAAGTGACAATGCTCCATCCTAAAGCCAGGCGATCGCTAAACTGAAAGTTCAGTAAATTAGTCAAATTGATACTAGTTAGATAGCTAAATATCTTAGTAATACTGAGATAAATCTATTTTTATGGTTGTTTAGTTCTGTGATGGGGATAAAAAAGTGTAGGATGCCCTTTGAGTAATAGTTTTGATGTTGAATATCAAAACAGGGAATGCCTACACTTCATGAACGAAAAAATCTATTCAAGCTTAGATTTAAGCAAATCATTGTCAGACTTTAAAGAAAAAGTTACGAAACTTTTAGAAATTAAAAATCTGAGTGAATGGACGGCTCAGACTTTTAAAGCATTAGAAGAAGAAATTAGAAATACGGCATTAACTTTGGCAGGAGAATGTATAGCGGTTTTATTAAACAAACTATCTCAATCTCAAGAGGCTCTAGATATAGCAAGCAGTCAAATCAAAAGTTTATCAAATCAAAAGATTAGAAAACATGGTAATTATACTAGGCAAATATTAACAGTTGGTCATGTTAAAATAACTCTTTCATTACCATATATGGTTGAAGATAAAAAACAATCACATCAAAAAGGTAAATATTTAAAGTTAGGATTCTGCCCATTTCTAAAATGGTTAGGAATAGAAGAAGGACTAACACCCCATGTTTGGGCAACAATTACAAAATATGGAGCAATCGCTGGTTCGTTTGAAGCTGCACGCACAATCTTAACAGATTGGGGAGTAAAAATTAGCTTGAAACGAATAGAACGTCTCACATACTATTTTGGTAAAATTGGGATAAACTTACGTCAGTCTAAATTAAAAAGTTTAGAGATAGGTAATTTACCTACAAGTGATGTTCTCAAAGACCAGCGCGTTGTCATTACTGTAGATGGCGGGAGAACAAGAATTCGGATTAATAAAAAAGGTAGACGGAAGCTCAAGACTAATCGCCTAGGCTTTACTGGAGAATGGGTTGAACCAAAATTATTAACTATTTATACAGTGGATGAGCATGGTAAAAAAATTAGGGCATCATCTCTACCCATTACCAATGATGGCACATATTTAGGTTATGAAGAATTTCTCAGAATTCTAGAAATGTATCTAGTCAATTTGGGTATAAGCCAAGCTAAACAGGTTTTATTTGTTGCTGATGGGGCTGAGTGGATTTGGAAACATATTCCGCCTTTATTACAGAAAGTAAAATGCCCAACTGCTACTTATAAGTTATTAGATTTTTATCACGCTGCTTCTCATTTACAAGACTTTGCTGATGCAGCTTTTTCTTGTGATGATGAGCGTCAATCTTGGTTTAAAAAAGCTCGAAAAACTTTAAAGAAAGGTCAAGCTCTCAATTTAATGAGAAATATGGATGAATTTATTTCAACAGCAACTGGTGAGCGTTGTAAAATTTTGGTGCGAGAGCGTAATTACATTCTCAAAGCTTATCGCAGGCGACTATTAAATTATCACGCTTGTCGCCCTCAATCAGCTACCCCTTGGTAGCGGTGCAGTTGAAAGTTTAATTCGTCAAGCTGTTAACTTACGCATGAAAGGGAACAGCAAATTTTGGCTTCCAGATAATGCAGAGATTATGTTACATCTGCGATGTCAATGGATAGCTGGCAGGTGGGACAATTTTTGTAATTCTATTTTTAGCTCTTTCCTTAATCCTCGCAGTGCCTGAACATTTTATACCTTTTATTTAAATTTATGTTTTAGCGATCGCCTGGCTTTAGGATGGAGCATTGTCACTTGTTTTTGTCAGAGTTCAGAAAATCGCGTTGCTCCCAGCTGTAACCTGGATGGGTTGGGTGTTGCATTATGTTCAAGATGTAACTGTTCCTCAACACGCCACAGACGAAGGAGCGCAGAAACCAGGTTCCATGCACACTGAATATGAAGATGCTGTTGATACTTATCTCAACAGTTTGCCTCATGCAACTCAAGGTGGAATTTATCGCAATGATTGGCGACCTGGGCAGTATATTGAAGAAGCAGCCCGACTTTCTACACCCCTTTTATCCCTAGCTAAAAACTCAACAACCTTTTATATTTCTGCTCAACAAATGGTGCCATTAGCAGAACAGTTAGGAGCAGGTTTGTTAAAGCGATTTTATGATCTGTGGCAGAGTGAAAATTTTAGTGTAGTCATTTTAACGATTGAGCGGGTGAAGGCGATCAACACAAGTTGGGTTTGGTATTACGTAGATTATCCAGATCAGGCGGACTTCTATCCGAACATTACGATTGGTAATAGCACACTTGGCAGTAAAGCTTATGGTGGGTCTTCCATTGATGGAGGAGATGACGTGTATCCTAACAAATTACTGCCGTTTAGTTGGGTGTTTCCCAAGTGGATCAATAATCGGATCGCAACTGTTCCATTCGATATCAAAATCTATGATGAAGATGGTGTGACTCAGGATGACTATGTGGATATTTCACCTAGCTCGTCTCGCCGCAATTTACTAATTAACTATAATGCTAACGGTCAGATTACAGGAGATGTTTCTGTATCTGGTACAGGAACTAAAACCAGCTTTAATGTCACAGGCGACAATACAAACACACGGGCGCAGGTGTGGATGAATCTGCAACGCTTTCCTTCTCTGTGAATTTTGACTTGGTTACAGTAGGTAAGACTTATGAATTTTGCAAATTTTCGCTCCTTAAGCAATGGACTGTTTGTGTCTTTATGGCGGTCTCAAATTCGAGAGTACACCTTTTTAATACTGATAGTTGCAGGTTTTATTCTGGCGTTGGCAGGTTTTTTACTCCAGCCGGAACCCGTCAGTCGTCACTTGGTAGGTGATGGCATTTTTGGGCGGATGATGAGCCGGATGTATGACTTAGTGAAAGATACTCTGTACGCCGATCATCACATTAATTTCAAACACTGAAAATATTGATTCATGAGGGTTCAAGGAAAAGCTCTGAACCCGCATAATTATTCGCAATCAGCATCACATAGACAAATATAAAATACCTATCCTTGAGAGATGCTCCCTGCCCTCTTTGGTAAGGTTGTAAAATATCTAAACAGTCGTGAATCATTGTCAGTCCAACCACAGCACCCAATCGGGAGCCACCGCCGCCAACTGCCCAAACATCGCAGGCTCCGATCAAATTTGTAAAAGTTGTTTCTTTACAGGCTCTTACCCCTTGGCCCCAACCGCCCCACCTACAACAACCGCAAATCAATTGCCCGTTGACACTCCCCGGCGTGAACGCACGGGGATTCTTGGATCTAAGACATAACTTGCTCATACAGGCTTTCACCAACAAGAGTAGAGGTTGCATCTCCCCGAGCGTTGCTTGCGTCTAGCGCAAAGGTTCCGGTATGCCCTACCGTACCCAATCCTCGACTAAGGATGATCCTGGCTGCGTTTTCATCCCTATCCATCGAACAACCACATTTACAAACGTGTGTCCTAGTGGATAGTGTTTTCTTCACAATTTCACCACAGTTAGAGCATTCTTGGCTTGTGTATTGCGGATTAACCGCAACCGTGACACGTTTAAATACTTTACCAAAATACTCAACCCAGACACGAAACTGATACCAAGATGCGTCATTAATAGACTTAGCTAAACAATGATTTTTCACCATATTTTTAATCCTCAAATCTTCGTAGGCTATCAAGTCGTTGGACTGAACTACGCACCGTGCTAATTTCACCGCATGGTCTTTACGTTGCCTACTTATTTTGAGGTGGCGATTACCTAAAAGCTGCCTAGCTTTACCCCGATTTTTTGAGCCTTTTACCTTTCTAGAAACACGGCGTTGTGAACGTTTGAGAACTTTCTCGCCTTTACGCAAAAATTTAGGGTTCTCAACTACCAACCCGTTAGAATCGGTGTAGTACTCTTTTAATCCAACATCTAAGCCCACTGTTTTACCAGTTGCTTCTATGTTTTCAGAACGGTTTGCATCAACACAAAATTGAACATATACACCATCTGCACGTTTTACCAATCTCACCCGTTTGATTTGGTTGGGTTGGTAGAAATGCAAATCACGAGTCCCTTTGAGTTTTAGACGACCAATACCTTTTTTGTCAGTAAAGGTTATGGATTTGCGATTATCTGCAAGCTTCCATCCGGTAGATTTGTACTCAACCGAGCGACAATCTTTCTGGAATTGGGGAAAACCTTTCTTGCCAGAGATGCCCTTTTTACAGTTTTCATAAAACCTGGAGATCGATGACCACGCCCGTTCAGCACTAGCTTGACGAGCCATTGAATTGAGTTCATTTGCGAAGGGGAAATTAGCCGCAAGTACAGCGCAATATTTCTGCAAGTCATTTTTACTCGTGCCTTGAACATCCATCCATAGCCGAATACAGCTATTGCGGATGAATTTGGCGGTACGAATTGCATCATCTATTGCCGCTAATTGCGTTGATTTCCCATAAGCTTTGAATTCAAAAACTAGCATCGCTTCACCTCCTCTCTTATACTACAATGCTCGGTATAAGATTAATTGGAATACAATAAAAGTCGCCCTAGAAGTGCGAGGCTTTAGACCCAGTTTTTCGGTAACTTTTGAGTGATCGCTAAAAATAATTATCAATTGTACTATTCATCTAAGTATACGACCCGACTGATGAATTGGAATTTCTATGACAAACTCAGTTCCTTGTCCTAGTGCAGAATGACAGTACAGCTTGCCCTTGTGATTGCCCACTACAATTTGATAACTAATGGATAAGCCTAAACCTGTCCCTTTCCCGACTGGTTTAGTAGTAAAGAAAGGGTCAAATAACTTCGCTTTTACTGTTTCATCCATCCCTGAGCCGTTATCACTAATGTGAATTGAGATAGTTTTGTCTGCCAAGACTTGCGTAACAATACAAATTGCAGGATTGGTTTTTTGTTGTAATTTGTTATGAGTAGAAGGTTGTTGGTTGAAAGTTAACTCTTCTAAAGCATCGAGCGCATTTGATAAAAGATTCATGAACACCTGATTCAGTTGACCAGGGTAACACTCAACCAAGGGTAAGTGACCGTAATCTTTAATTACTTCAATTTTGTCAGAGCCTGTTTGTGCCTTGAGACGTTTTTGCAAGATCAGCAATGTACTTTCAATACCCTCATGCACATTTACTGCTTTAAACTCAGCTTCATCCAGACGGGAGAAGTTGCGTAAAGATTGCACAATTCCCTGAATGCGTTCTGTTCCTATTTTCATCGAACTGAGCAGTTTGGGAAAGTCTTGTTTAACAAATTCTAGGTCAATGGCTTGCTCTGCTGTCTGGATCGTTTCTGTAGAATGAGGATATTGTTGTTGGTAAAGGTCGATTAATTGTAAAAGATCCTGAGTGTAATTGTTAACATGAGTTAGATTGCCGTGAATAAAGCAAACTGGATTGTTAATTTCGTGAGCAACACCTGCAACCAGACTGCCTAAAGCAGACATTTTCTCACTTTGAATGATTTGTAGTTGAGCTTGCTGTAAGTCTTGGATGGCTTTCTCCAAATCTTGGGCTTGCTGCCGCAGTTGTGCTTCTGATTCCAGTAATGCGGCTTGGGCTTGCTTTCGCTGGGCTACTTCTTGTTCAAGTTGCTGGTAAGCCTCTACTCGTGTAGCCGCCTGTTGAATTGTCTGGGCAAGAAATAGGATTTCGTTATTTGGCAATCCACTGGGCATCACATAATGGTCAATGCTGTGACTATCGGTAACGGCTTTATTCAAACGTTGGAGTGGATGTAAGACAAATCGCTGAATCATTCCTGTCATCAGCACTAGAATGGCTGACATCCCAATGATTAAGATAATGGTAGAGGTAGAGAGAGTTTGCCAAGCTTGATATTGTAGTTCTTGGACATCAAGAATAGCGATCACTAATCCGCGTCGGTTTGCCTGACCAAACAGTGTGCTGCTAAAGGGCAAAATTTCAACTAATGCTGGCTTACCGTCTATTGAGATTCTAAAACTTCCTTGCAAGCCTGTTTGGGAAGACTGTTTGAGGACATAAGCCAGTCCTGGGTAAATTGAAGCATAAGGTGGGTTTTCTAGTTCTGCCCCACTTCTGGCTAGGGTTTGTCCATTTGGACTGACAATCGCAACTTCTATAACCGTTGGTAATGTGGCATAGTTTTGTACCACTCGCTGGATAATGCTCGTATTTCCCAGTTCGATTAATCCTTCTGTGGAAAACCCAACTCCTTGGGTAATTGATTGGCCACGTTGTTCTAGTTCCTGCTCCAGTTTTGATTGAATCAAAAAGTAGTTTAATCCCAATGTAGTTAAGCCAACTGTTGCTAAAGAAATCCCGAAACCCATCAGTAGTTGCTGGGATAAGTGATTTTGAGATGGCTGCCTCATAACTTCCATCCTGCTATAGCTTCATTGATAAGTGCGGTATTAATGTTTACATCTTGCCGAATCACTCGACCATGACGTGGATCTGCTTGCAGCAGTTGTACAATTTCTCCCTTTGCCGAATTGAGACGACCGTCTGCGGCAAACATCCGTCGGTTTAAAATAATATCCCCTTTTTTTAACCCAGCATAATCACTGGCAAAAGACTCACCACGCTGTCCTAGTTTTTCTCCTACAGTGTTAAACACTTTTGTCGGCTGCGTTTCAACGGCGTGCATCACATCAAACCATGCTAGTATAAATTGCTGAAGTTGGGCTTGTTTCGTTTTGACTGTACTTTCACTGGACATCAAGATATCAATTACCAGACTGTCGACTTGCTTTGTAGTGTGAACCACATTCCCCTTGATACTTTTGGCAGTTTCTCCTAGCATTGGTTCCCACAGCACAGCAGCATCAATCTCACTTGTTCTAATTTTCTCGGCTGCTACTTCATTGGATAAATCTCGAATCTGAACTTCAGAGGGCTTGATTTGATGAGCTTTCAATGCTTCCAGCAAAATTAAATGGTTGACAGTTCCTAGCTTTGCGCCGACTTTTTTCCCACGCAAGTCTTCGACGGATTTAATTTCTGGACGGGTAACAATTCCGTCTGCGCCCGCAGAGATATTAGTTGTCATTAATACTACAGGCTGATCATTACCCGGATCAACTTGCATCACATCCCAGAAAGACACAAATGCCGCATCTAATCTACCTTTAAGTACGGCACGACTGGAATCTTGTTGGTTATCAAATCGTACTAACTCAACTTCTAGCCCTCGCTGTTTGAAAATTCCAGAGGGTTGAGCATAGCGTACAATATCAAACCCTGCCCAGCTTGTAATTCCCACCCGAAGCGGTTTGAGGGATTGGTTTTGTCCAAGACTACAGCCACTGTTCACAAAGGTAAGACAAACAGTGATTATAAACAAACACAACAAGGTAGGCTTCTTGATATCTAACCTTAATTTTTGCTGCCACCAGATACCCAATTTGCTAATAATCTGAGCAACTTTCATGACCTACAAATCCTAAACTGGGAACACTATACTTAAAAGCAATAATTCCCATAAATTGAGTAGGCATAACGTTTCCATTCACACTTGTTAGCTACAACCTAGCCGATTTATAAAACTCAAGTCTTAAGACATGAGTAAAATATCTGGAAAACAATCAAATTTAACCAAAATTTTACTCAATTTTTCTTCTAATGTACATAAGCGATTGCTAAGATGATTTTCGCTTAATTTTGTCGTTCCTTGTCATTTAAACAACTGGAGCAACAAAAATGGGCTGGCTGATTAATTATCTGAAAAAGTTATTCAAAAATGAAACGTAAAACAGAATCTTCTTGGACGATAGCAAACCTTTTTTTTGCTTGCGGCATCAGTGTATTGAGTGCGAAATTAGTAACAGCCGCTGTGACATACAATGTGTGGCCTAACAACACAACTGTAGTCACTGCGGATGGCTCCAACCAGTTTGGTGGTAATCTCAGTGGTTTATTCTACGAGCCAACCACGGGAACACAACAAGCGGTATTGTGGGGAGTGCAAAATTCACCATCAAAACTCTATAACTTGGTTTGGAACGGTAGTAACTTTATCAAAAATACTGCTAATGGTTGGAGTTCGGGAAAAACGTTACGTTATCCCAATGGGACTGGTGCGCCGGATGCGGAAGGAGTGACCAAAGCCGAGCTTTCTTCAACGACTATCTATGTTTCGACTGAGCGAGATGGCAGTGGCTCAAACCGTTTCAGCGTACTGAGTTATGACATTAGCAGTAGTGCCACCACTCTCAATGCTACGAGGGAATGGAACTTAACTTCTAATTTGCCAACGGTTAAATCCACTAACCTCGGCTTGGAAGCGATCGCTTGGGTGCCAGATAGTTATTTACAGGCTAATGGATTCATTGATGAAAGTACCAATCAGCCCTATAATCCAGCCAATTATCCGCTACATGGTACAGGATTATTCTTCGTGGGACTGGAAGCAAATGGACAAATTTACGCCTACGCACTTAATTCTGATTCTACATACAGACGTATTGCTACGATCGCAAGTGGTAATGCACAGATAATGGATTTATCTTTCGACCGTGATAATCAGACTTTATGGGCATATTGCGACAACAATTGCAATAACCGTTCAACTTTATTGTCCATCGATACTACAGTTGGTTCGCCAACGAAAGGCAAATTCATCATTAACAAAGGTTACGAACGTCCAAGTTCAATGCCTAACATCAATAATGAAGGCATTGCTATTGCGCCAAATTCTGAATGTACCAACAATTTAAAACAATTCTTCTGGGCAGATGATTCTGAAACTAATGGTCATGCGCTTCGTCGAGGCACAATTCCTTGTGGACGATTGTTTTAACTAGAACGAACGCAGATATATAAGCTCCCAAGTTTTCGCCTAATTGGGAGCTTATCTGCTTAAAGATTTCTAATGTGAACTAAGCTAGATAGAACACATTTGCTCACAAAATAGTTAATGTCTGAGGCCCACCAAGAGTAGAAAGACCTTGATTGAAGCAAGCTGTGAGATTTGTTCCTAAGAGGGTTATGGTTCTCTGTACTGTTCTTCCTTTAAACAAACCGTCAGTAACAGTTCCGGTAGAGGTCAGGAGCAGTTGACCATTAATTAGATTCAGAGAAGTAAAAGTGTAGCTTACTTGGCTAGACTGTCCAGTATTCCAATTATATGTAATTGGATAGGCTGGAAAACTCTGGATATTGTTACAAGAGGTCGCAAACGTCACTGTAAAGTTGTAAGTTCCAGAGATAATTGGTTGCGCCCCGATACATTGTCCGACAGAGCCTTGTATGGAGACTGTAGTATTTTGTGTTTGAGTGGTAAGTGGGGGATTGTAGCTGGCTGTTTCTGAACCTACTGAACAAATTACAGGTAGAAGTTGAGCTTGGGCAATTGATTTAGTTGCCATGAAATCCACACCTATGGTTGCGGTCGCAACAGCACAACTGAGGGCTAATGCTCGACGACGAAAATTAAAGTTCATGAAACTAACCTGGACTAAAATTAAAAACAGTAAAGTAGCTGTAAAAAATATTAATTAGTACTTTAATTAACATTTTTTACAGCATAAATACTGAGGAATTTAAGTAAAATATTACAAACTAGCAAAAGATACAAGGACAGTTAAGACAGTTAAGAGAATCAAGAAAAAAATTTAAGAAATTGATTTATCTTTTGCTCAGTCCACAGTCAAATCTGCGTGATCACCTTAAACTCCTGCATCCGTTCATCCCAAAAACGCAAAAGCACCCCATGTGTAAGCAACTGCAACAGATTCAGAGCTTAAATATCACTCTCCAACCGGAAACCTTTGCATCATCTCCCGCAACTCAACAGCCTCCCCATCCGGCGTATAAACCACGTTACCCGACATCGCCAGCACGATCCTCTGCCGCCTCGCCCACTCAAACCAAGCACTAACATCTGCGGTAACGGTATTCTTGCCCTTAGCCCCACTCTTGCAGGAGTTTATAAACAAGCCAGTGGGATTATCACACCAGCCTTCTGCGATGTCTACGACAAGCCGCAAAGCGTCTACGCATCCTTCACTCTAGCAATCGCCCCGGCTACATTATCCCAATGCTTCTTGATCACCCCCAAGCACGGCTGAGGATTGATCCGCAACCGCCTCAACTCGTTACAAACCTCCGCAATTTCCTGTTTAGGCACATTAAAATCAGCTTTAGCACCCGCCTCGGAAAGCTCCTCCTCATGATGGTCTTCCTCGTTAGTTGAGTAGTCCAGTTCTGGTTCATCAACGAAGTGAGAAATCTGGGGTTGCTCTGGCTCTGGGGTAATGCAGATATGCCACCTGAATTTTCTAATCAAACTGGGCATCTTAAGAATAGTTGTAATGCCCATGACTATGAAAATCTTGAATTTCCTAAAACCAAAACCAGCTCAACCGACGATTGAAAGCTATGGGCAAACGGGAAGTGGGCTAGAGCTTGTTCAGATTCAGCCGATTATGGAATGGCTATTCGCCAGCTTGCTGAATGCTAGATATTATGGCAAGTCGCATATCATTTGGTACAACAGCAATCAACTAGAGCCGAGTTTAGAGCAGATGTTGAAAAAAGCAATGCGCCGGGGTGAGCCAGTTTTTCTTTGTCGCTGTGGTTCTAGGGTATCGCCATTACCTGAAGTATACTATTGGCGGATGATGGGCGAATATCCTTCAATGCGAATGTATCAACTCGAAGTTAGATCTGACCAGTAATTAGCTGGCTTGGGTGAGGTGTAGAGTCAGGATATCTATAAATCTTAAGATTTTATTAAGTAACTACCTAGAAAAAATGGGTAGTTTCCTGACTATCTTTAACTAATCGATTCAAGGATAATTAATTGTATAGAAAACCGCTGGCAAAGATTTTATAGCTGGCATTTAACAAACCGCATACAAAACTAAGCCCTGAATTTTTATCAGGGCTTTTTAAATATAATCAATCTGGTATATTCCAGTTTGTAAATAGTTGAATAGCAAGTATTAAATTAATATTAAGTAGAACCTCTGTCTAGTATGAAATTAAGTTTTCTATATAAAACCTTAACATTAGTTAGCCTTTGCTTACCTATAGCCTTGAGTATGATTGCTAACTATCGGGTGATAGCAAATACGTCTAATACTCCTACAAATACAGAACAACTAAAGCGACTAAAATTAACTTTATCAGGACATACTGCACCTGTGCGTGCATTGAATCTTTCTTCCAATGGTCAAGTTTTTGCTAGTGGTAGTGATGATAAAACAATCAAACTGTGGAATCCAGCTACAGGCGCGTTAATTCGCACTTTAACTGGACATAAGGAGCGCATTAAATCAATATTGATTACTCCAGATAATCAAACTCTGATTAGTACAAGTTTCGATAACACTATCAGATTTTGGAATATACAAACAGGCTCAGAAGTTCGCATAATTGGTGAAAAAACAGGTGTGAGCGCAATGTTGTTAACCCCTGATGGACAAACTTTAATTAGTGGTAGTGGCGATGGGACTATTAAATTTAGAAATCTCAAAACTCGAAAAATAGATCGGATATTGAAAGTAGAAACAACAGTACTTGCCATTAATCGTGATGGTAAAACCCTCTACAGTGGAGGTGAAAATGGTGGTAAAATTCGAGTTTGGAATTTAGTAACAGGTAAACAACAAAACAGTTTTACTCCACCATTACCGAGAAAAGAAGACCTCATTAGTGGTTCGGAACGAGCATCAGCCCCAATTACACTTGCTGTTAGTAATGATGGGAAAATGCTTCTGAGTGGTGGTTACGACGATAGTTTTCAATCAGGTGGAGTCAGAACTACAGATGGTAAAAGTTTTAAAGCTTGGGAGTTGACTACAGGAAAGCTAGTTCATAACTTGTCGTTGGGTACGAGTATTGATGCGTTAATTATCAGTCCCGATAACAAAACATTTGTTACTGGCGGGTTAGGTAGAGAAATTGTAGTGCGCGACATCAAAACAGCGAAATCAGTTATGGAACTGACTGGACACGCAGGTGGAATTTATGGGCTGGCGATAAGTAGTGATGGCAAGACTTTATATAGCGGTAGTGGTGATAAATCTATTAAAGTTTGGCAGATAAAACCTTAGTTGAGTGAACAGGCTTGATCCACATCACAGATGCAGAAGTAAACACAAGTTATCCTTGATACGCAAAAATCAATGTTTACTTAGATGAACCAAGCCAGTATTCTCGCAGCATCCCTACTGCTACTTTCTGGAATGCCAACCGTAGCGCAAACGAGTCTCCCCAAGATGACAGTGGTTAGCGTGGGTGATGGTGATACTTTGAGAGTACACAATCAACAAGGGCAACCAGTGACCATCCGCTTGGCTTGCGTTGATGCACCCGAACTCAAACAGAACCCTTGGGGACAGCAGTCTAAAGCTCGCCTCCAGCAATTACTGCCAGTAGGTAAATCTGTGCAAGTTCGATCAATTGAGCGCGATCACTACAAAAGACTTGTGGCTGAGATTTTCGTGAATAACCGTTCGGTAAACCTAACAATGGTGCAAGAAGGACAGGCTGTAGTTTATCGGCAGTATCTCCAGGGGTGCAACAGTACCAAAAACCAGTTTCTGCAAGCTGAGGCTGATGCCAAAGGTAAAAGATTGGGATTTTGGAATCAATCACAGCCGACTATGCCTTGGGATTTCCGGCGAGGTCAAAAGCCAACTCAAGCAACAAATACGCGATCGCCGCAGGTGCAACAATGCGATCAGTCGTACCCAGATATTTGCATTCCGCCCAATTCGGCTGATTTGAATTGTCCTGATATTCCCTACCGCAGATTTAAAGTGCTTCCACCAGATCCGCACGGGTTTGATAGAGATGGGGATGGTGTGGGTTGTGAACGGTGATTATGAGGACTGGCCTGTTAAAATTTTGATAGTAATTCCGTCAAGGGAAATAACAATCGAGGTAGAGGTAATAGTAACAACCCTTTAATAGCTTAAAAGCATTAAAGTCAACTAGAAATTCTCAATGTTATATTAAGGCGTAATTTTGGATATAGCGGCAACGCTAGTTCTGAGTAATGATACTCATGCTCAAGCTTGGGTATCAAACGATTTACAGGTAGCTTTATGGCAGTTATTGACCAGTCATTGTTCATACTGAAGTTGTTTGCTGTGCTAGGTTGTGGACTGATGGCAGGAGTTTTCTTTGCTTTCTCAACCTTCGTCATGAAAGCTTTGGAGAGAATAGAGCCAGCACAAGGAATTAAATCTATGCAGTCGATCAATATTACAGTGATTAATCCATTGTTTATGGGTGTGTTTTTAGGAACAGGTGCAGTTTGTGTTTTTATTTTGGTTTGTTTATTTTTGGGATGGTATAGGCTTAATTGGCTCTATTTGCTAGTTGGTAGCTTACTCTATCTGGTAGGTACATTAGGTGTAACAATTGTCTTTAATGTTCCGCTCAATGAAGCACTAGCAGTGGTGAAGCCAGATAGTACTGATGGAATCCAGTTATGGTCTAGTTACTTAAGAGATTGGACGTTTTGGAATCACATTCGAGCCGCCGCCGCACTTTCCGCATCAGCATTGTTTACACTGGCTCTTCACTAGCCAGTAGTACAATTTTGAATTAATTTGCTTGAGTTGTTTTTTAAATTAGCAAGCCTTACTTAAACGGTTGTCCCCACAAATCCCAATTCTCCTTATTGAAAGACGATCGCCATTTCAGTATCAGCTTCAACTCCAACTGTTGCCGTGCGCGACGCTCAACTGGAGCATCCCACCAAAACGCTGCGTTTACTGCTGTCTGCAATCCATGCCGAGAATGCAAATCCTGGTAACTGGCGATGTAATCTTTGCAAGCATGAATCCCTTTCCACCTCTTGTCACTGCGGCAAGTTTCCCCAACATACAGCACTAGCCCGACTGCCGAATCCAAAATAAAATACAAACAAGCCTCACCGGGGCTATCAGCAGGTTTCCGGTAGAATGACATTGGTACAAGCTGTAGCGTTAGTGGGTCAATTGCATCGGGATCGCAGTGGTTGGGGGTAAGGTCGAATAAGCTTGTTTGCTGTGGCGGTTGCAATTGCCTAACCTGTTGTTGATGAGTGAGTATCCGGGATTTCCATTTCAGCAGGGCATCTGCACTCATCACTAGTTGATTTGTTCTGGGTGCTGAGGTGGGTTTTACGTCTGGGAATAGGTTCAGCTGATTCGGTTCCAAGGAAATACAAAATGTGTGACCGACTAATTGATTATCGCCCTTAACTAAAACTAAGCCAATCATGACTTTTGATATTCAATTCGCACTTGCTTAACATCAAATTGTTCAGACTCTTGGTAAACAATCTTTTCTACTTGCCGTAATCCGAGACTTTCAAACTGTTTTAATTCTGAGTCTGATAACGGCCAAGGTGGGCCACTTGGTTGTGCTTCTGTATCTCGAATACGAGAAACCAACAAAAGTATACCGCCGGGAGCTACAAGAGCAGCAACCGAAGAAATAGTACCAGAACGCACATTTAATGGCAGAGCCTGAATGTTACGGCACTCAAACACAAAGTCAAAAGCAAGATGCCATTGTTGTGGAAGTGCAAACAAATCTGCCACTACATAGTTAACCGAAGAATCAGGGAATCGTTGCTGGCACCAAGTGATCGCAGTTGGAGAAATATCAAAAGCCGTGACCTCAAAACCTAGTTTTGCTAAAGCTTCAGCATCATCTCCCAAACCACAACCGATGATTAATGCTTTTTGTCCCAGAGCGAACGGTTGATGATGAGCCAACCATTCTTGCAGATAAGGGTGGGGAGCTAACTTAGCCCAAGGAATCTGCGTTAAGTCACCTTGAGCTTGGGCATACAAAACTTCAAACCATGCAGATGGCTGTTCTTTTTGTAGTGCTTCCGTAGCCAACTGTTGAACACGGATCTGTAAATTTTGAGGTTGTTGCTCAAACATAAAATTGCTCTTAGTCTTGCCAGCCCAGTCAGTTAAGGTTAGGTAGTTCGTCTTTTGTGATTGCGTTTTAACTTAGTGTGGTAAAACTTACTAGAGTAAAAATTCAAACAAGCGTAAATCCGTTGTTGTTAAAAATTTTGGTTTACTTATTTACGCCTGTTTCAATCATTACAAACCTACTCTACTTTATTTTGCCGTTCTAGGTTTTAACTGCCAAGCAGCATAACCAGCAGTCATAAGCATAGTGACGTACTCCACACACTCACCCTGAAAGGGGAGTGTGGGCTTCTCAGGCACTCCGTTGAAGCGGGCGGGCAAGGCCTGACAGAATGCGTAGAACTTCCTTCGAGGTATCCTCAGTAATAGAATCATCTATTACGATTCCACCCTTACGGCGTTTTATGGTGGGGAACACGTCCAGCCCCACCCGCTTTAATTTGATAGCAGCATTGATGTCTCTATCCACCCTCAGCAATTCTGTTTCATCCCAATACTCACGAATGCTGGTATCAGTGAAAATCACTTCATCCCGATACGAGAGCAATTGAGACGTATAAGCAGGATTCTTTGCAATTACTATAGCTCCAGCTTTTCCAGCTATGTGACCTAGCAATTGAAAGAATTGACCAAACGCAGCATCCGCCCAAGACAGGTTTAATCCAGACTTTGCCCTTTGCCCGTTGGGGAGATAAGCACCCGTCTGGTCTTGTTTGGGTGCATTACGTTTTGTCAGACCTTTAAGATTAAGGTCTTCATGGAAGAAAACTTTTTTACCCGTTCTCACCAATTCGTAAGCGGTTTTGTATTGGAAATCCTTACGACATCTCGCAATCTTTTGATGCTGTCTTCCTTCTCGTTTTGCTAATTTACGACGTGCCTTAGATCCGCGCTTACGAGCATTCTTTTTCTGTGAAATCCGAGTCAGTCTGCGCTGGTTTTTTCGCAACACCTTGAGGGATGGAAGTTTTACACCTTCAGAGGTTGCAAGGTAATCATCTTCATGAAGTACTGCATCCACCCCTAGCGAATTATCCCAGGTCGGCAGAATCGAATCGGGTGTTATCGTTGGAATAGTTGGATCTTCTAATCGCAGGTTAACGAACCATCCATCATTTTTCTTGACAAATTGAAGCTGTTTGAGAATTGCGCCATCAGGCAAATGACGATGTGAGCGAATCTTAATCAGCCCAATTTTCGGTACTTTGACATACAAATATTTGCCAGCAATCGAGCAGGAATGTAATTCCAGTCCAGCTCCTTCAATTACGAGTGAACGATAGCGTGAGTGCGACTTAAAGCGAGGTTTACCGCTTCTGTTGCCGTTACTGTCACCTGCGATGAATCGCTCAAAAGCTTTGTCTACTCGCTTACAAACTTCTTGCAGCGTGTTCGCAGGAACCCGTGATAAGTCTAACACCTCGCCTGACCATTCGACAGTTACAGGCTCTTTCTTGAGGTCTGGTAGATACTTCTTCTGGCTGTAATAGTTCGGCTTGTCTCGCAGTTGAGGTAATACTGTTACCAACGGGCAAGCATCAACTCTTGAGCGATTCATCTCCCACCAATCAAACCTATCTCCTAATTGACGGTTGTACCAATATTGGCAAATCCGCAGCCAATGATTTAACTCTAGCTTCTGGTCAGTGGTTGGAATTGCTTTGTACTGGTAGGTGTATTTCATACTATCATTGTATCGCAATCTGCAATACGTTACAATCATGACCAGCAAAGAATCTGTGAACATTCGACTCCCAAAACAAGAGAAGGAAATATTAGACCGATATTGCAAAACAGTTGGCAGATCCCAGACGGATGTGATTCGAGAGTTCATTCGTTCATTGCCTGAGAGATAGTTCGTTTTGTCGTTGCTGCTCTCGCTTGCCTTATTGCATTCGGCATCACTCAAACAGCACTCCTCAACTCACGCGCATTCCTCTCACACCAAATCAGAGATTATGGTGTGAGGCTCCTGCTGCTCTAGCTAAATGTGAAAGTTGGTTCTGGAACAGGCATTTAATGATTTTGTTAGCGAGATTGTTAGATGTAATGTTCTTAGCTCATTTAACAGAAATTCGCCAACTGTTGTCCTTTTGGTTTATTGATACTGAGTTTCCAGGTTGAATAACCGCTCAAAGTCGAGAGCGCTGTTTTCCATACACTAGCACTGGCACCCGTTTGTAAGCAGGCGTACCGCAGCGCGTTTCTGTTCTAGCTTTAAAAATGACATTCACTTCGGGATAAAACATCAACGCTGCACCTTCGCGTACAGCACCGTAAATCACTTCCACGTTCTCTAGTTTGTCGGCATCGCCCTGTACTGTGACGAGATCATGTTGGGCTAACCCAATCTTTTCTGCATCCAAGCGATTCATCAAAATGCAGTGGCGATGGGGCATTCCTCGGTACTGATCATCAATTTTGTAAACCACTGTGTTGTGTTGGGAATAACTGCGTCCAGTCATTAATGCCAGCACAAGACTATTCGCGCTTTCATCAATGTCAAAGTCTTGAGGTTGAGGTAGAGCCAGATTCGGCAGTGGCGTAGTCAACATTTTTGCCTTACCTGACGGCGTTTTGAAATGGGGTTCGGTGACGATGCGCCCAGAGATGGTGAACTCTTCGTTGGTGTCATCAATCGTCGCAATTTTTTCATAGCCAGGAATAGTTCTAGCTATCAGTTGCCGCACGTAGCGAGTATCTTGCAGTTTGCGCCATTCGACGGGATAATTACCCAGCAAGCGATGGGCCAGTTCAGTTAAAAACTCGACTTCAGAAATTAAATCTGCATTTTTCAGGTGAGTTTTGCCTTGATCATTGAGGCGCACAAAGTTGTTACCCGATTCAACGGTGGTTTTGTGGGGGTTTTCAAATCGGTTGAGGACGGGAATGATGATTGTATTCGTTTTCGCCAAGCCGTTAAAGTGCCCAATGTTGGGTTTAGTAGCGAGATAGATGATAGTATCGATGTTACCCAATGCCCGTTTTGCCTGTGCTGAGTCAGGATTAGCACCATAGAGATTGCCACCTACACAGATGAGACTATCCACTTTGCCCGCTTGGGCTGCTTCAATCAGGTCACGAGTGTGATAACCTTTGGGTAAATTTAGCGATCGCCCCAACAACTGCTCTAACGCCTGCTTAATCTCTTCTTTGAGCTTGACTGTGACACCCATTGAGCCAAAGCCCTGGACGTTGGAATGTCCCCGCACCGGCATGACTCCGGCTCCCATTCTGGCAATCTGTCCGCTAATTAACGCTGTATTGGCGATGCTGTAGACATTATCGACACCATTTGTCTGTTGGGTAATTCCCATTGCCCAACCAAAAACCACACCTTTTGATGTGCCAATGATGGTTGCTGCTGTGACAATTTCTGCTTTGGATACGCCGCAGGTAGTAGTAATAGTTTCCCAACAAAGCGATCGCGCCTGTTCTAAGACCGCTTCCCACCCTTGGGTATGGGCTTGCAAAAAGTCGTACTGCACAAACCCCTGTTCAATTAACGCTTTCTGAATGCCCACAAACAGCGCCACATCACTACCTGGAATCGGCTGAAGATATAATGAAGCAATGTCAGAACCAGGAATCAGAGATTTAACGGGGAATGCCGGAGAGCCAAATTTCACCAATCCAATTTCCATCACGGGATTGATTACAATCACTTTGCCACCCCGCTCTCGCAGTTTGATCAACTCATTCATCAAACGTGGATGGTTGTAAGCGGAATTTGCCCCTGCTAACACTACACAATCTGCCTGCTTCAAGCTTTCCAGGCTAACGATTGAGGTGTTTGTACCAAACATCTCTTTGAGTGCGGTTGTGGAAGGAGCATGGCACAAGTCTGAACAATCTGCTAAATTATTGGAACCCAAGGTTCGCAGCAGTAGTTGTAGTAAAAATGCCGCTTCGTTGGAGCCGCGCCCAGAACTGTAGGATGCAACTCGCTCTGCTGGTTTCTGAAATGCAGCCGTGGCGATCGCATAAATTTCATCCCAAGAAATGCGCTCATAGTGGTCACTACCTGCCCGTCGAATCACTGGAAAGCTCAGTCTTCCCAATAGATCCGCTTCCATAGAAGATAGCTGTTGTAGGTCAGCAATCTTGTGCGAATCAAAGAAGTGGACTGGAACTGGAGGTTGAATTTCGGCTGAAATTGCTTCTACACTTTTCATGCAGCGTTGTAATTTCTCACCTGCTTCATTGGTGAATCCACCTTTTTGTCCACCAGTCCCCCAGGAGCATGACAGGCAAGCACTCTTGTGAAACAGGGTCTTCCAAAGATGTGGCCCTTCTGGTGACAGCGTGTGCTTTGCCCAATACTCAATTACAGGCAACCCACCACCAATTTCTGGGGTGTTTTCATTGGTTTCGTGGAAAGGCGGTTGGGGCTGGGGGTTGGTATCCATCTGGTTGCAGCGAAAAATCGGTTCCTTTTGTGCAACTTATCGCAATTTACTGAACACGAGAATTCCTCATTAGGTAGATTTTCGGTTTCTCTACGTGATTTTTTACCGTTTGCATGGCACTAACACTAACGCTTGGGCAACCAAGATTGCCGCTAAAAACACTAATTTATTCACTGCGGACTTATCGACAAGTTGTAAATTTTGAGGTTGCTGTTCAAGCATAAAACCGATGCTGTAGTGCGATCGCCTTAAACTCCTATATCCGTTGATCAGACCCCCGCAGTTTTTCCCCAGGTATGACCCCCTCTTTTTTATGCCTCAGATGGATTGATACACTTGAGGCGATCGCAACCCAAATGTTGAGTCATCATTGCAGATAATTGCTGGGATGCTTGACTATCAAGGTGCAATTCTCGCTTGATTTGCTCATAAGTTTCACCCTGGGCGATGCGGGTTGCCATTTGCTGAAACTGTACCCAGGTTAAATCACTGTTAACAAATGCTCTGGCAAGGGTAATGACAAGTTCTTCATAATCATTATCTTCCAGTTTAGTCATCATGCGATGTTCGATGTGTAGCGAATCATCAAAGCAGTAATACCAAGATTTTGGTTGGTGCTTGAGGAGCATTTTAAACAATTCGCGCTGTTGAGTGCGGTTAACAGCGCGATCACTTTCACTACAAACCATTAAGATAGGTGCAGCAACTTTTTTTTGAGCCTGTTCTAAAATCTCCTGTGCTAATTCTAGAAATATTCTTAATGCAGGAATCAGAAAACCTTTATAGCCAAAATTACCTGGTGCATCCTTGTTGAACCATTCAAAGTAAATTGGCAAAATCTTAATCAGCTGATCAAATAATGAATTACTGCTGCCTAAAAAAGGTGTGAACAATAAAGCCCGTTCAATTACCTGGGGGTGTTCTAAAGCCAACCAAGCTGCTAAAGTTCCACCCGTTGATAAACCACCAACTACAACTTGTTCACCTAATGTTTGAGCAATCTGCAACCACTCTAAAACAAATTGTTGATAAGTCTGAATGTCGGTTGGTAGTGGCGGCGGAGTTTGGCTATTCCAATCACCTGCAAGGCCATGACCGGGTTGTAGCGGAACTAAAACGTTATATCCTTTGTTGAAGAAAGCTTTGCCAATTGGCTCAAATTGATAGGGTGCTGCGGTGAAGCCATGCAAGAAAAGACACACTTTTGACGTGGAGTTCGGATGCACCAAGAATCTTGAACGACAAGCCTCGTTCTTCAGCCCAAGTCTAGACTCTAATTGATGAACTTGTTCTAGAAATTCAGCAGTCTTTTGAATACTCACTGTCATTGAGTTACTTGTCTTACTTCTGTATGGATGAGTCTATCGTCTCAAATTGTTCAGTCTGCCGAATCTAGCAGATGATATATGGCACGAGGCAGATTAATTTTAGATTTTGGATGATTAATTTGGCGAATTTCGCAACCGAAAGCGTACTGGCATTTTATCTGATGGATAAATTAACAAGTTGTAATTGTTGTGTATTTACCCATTTACTCCATTCCCCACCCGGAAACTGCCGCATCATCGAGAGCAACTCAACAGCCTCCCCATCCAGCGTATATACGACTCCACCAGACATCGCCAGCACAATCTGCTGCCGCAGCGCCCGCCCACTTAAACCATGCACTTGACACCAGTTGTTACAGTGTTCTTGCTTTTGTCCCAATTAACGCACAGATGATTGCCAATACCTCATTTTCTATCTGTTACATAAGTAAACAAGCAACAAATTTGACTTGTCACCACAAAAAATCCTGATAATTTACACAAGAGATTTATCAGATAAATAACAAAACCGCCAATGATTTCAAAACTCTTTTCTCTTTGTATAAAGAATCCCAAAGCATGAATAGACAAAACTTTTGGATAAGCTAAGGTAAAGATAAAATAGTATAAGCCACAATTCAAACCTCCAACTGATGGGCGTAATTATAAGTAATTGACAAGGGTAGCTATGACCAAAGAATACATGGATTCTCTAGAGTCAGTTGTTGACCAATTAACATTGGCAGCCGTTTTAGAAATGTTAGAACGAATTTGTCATAAAAAAGCCGAAAATTTGCGAACTCACTGGCAAGATGAAAATTCTGCCAAGCTTTGGGACAAAGCGGCCAAACAGATAGAACAGATAAATATTGATGTTTAAGGGAGCAATCAAATTCTGTAACGGATGTTCATCCAATCGATTTAAGGCTGGGAGGCATCCCTAATAATCATGTGTATGATATTCATAATTGGATGGTGTACCGATTCTGGCAAAGCACTTGCTCCTTGATAAATGCCTAGTCCAACAAACCAAAGTTTCACCCCATCCATTCCACCCAATCGGGAGCCGCCGCCACCAATTGTCCAAACATCGTAGGCTGCGCCTCCTCAAAAGCCACCATCACGCCCCAACGCTCATCACTGCTGAGGGTAGAGAGAAACTCGTTAACCGCATCCACACCAGACTCTAGCCGTTCCATAAACCCAGCAGCGTAAGATCTAACCTGCTGCCACCAAGAACCACAACAATTCGCAATTTCCAATTCGCAATTCGCAGTTATTTCTTCTTGATTAAAGTTGGAAGCCTGAATATTGATGCTACAGGTTTTATTTTTTTCATCAATAAATTTAGGGGCTTGTATTTCTGAATTTTCATAATTGCGAATTGCGAATTGCGAACTGCGAATTGTTCGGTTTTCCTGTCCCTCCATATCCTCAATAATAGGGAGTGATGTTGTGTCAGTGATTGGTGTTTTTAAATCTATATTACTAGTGACTGACACCAACTCCCGATTTAACCACTGCTTGAAAATCACATTCCGCCCATCGTCAGCAGGAACAAACTTATAAACACACTCCCGCTTCCCCTTTGGCCCTAACCTTCCCACATACGATAACCGCAAATCAATCTTGTCCAGCAATTTCTGTGCGATCGCCACAGGTGTCAGCTTCTCAGAAATAGTCACATTTAGGTAATTCTTGATCAAGTACCGATGCTGTAGTGTGATCGCCTTAAACTCCTGCATTCTCTCATCAGAACCCCGCAACTGTTCTCCTGGCTTAAGCATCTGCAACAAATTGAGCTTTTCCAACAACAGCACCGACGACAACATCTGTCCCTTGTTAAAGTCCGGCTTCCAGATAGCATTCTCCCCAGCCTCAGCCTGTGCCTTAGCTCTTTTGCTGTCCCGGCTGGCTAAAAACTGTCGCCCCACGGTCAGATAATAATGCAGCCGCAGTTGAGGATACCAGCCGTCATCATCTTTTTCGACTAATTCGGGTGTCACTTCAACTTCATAACGCCGGGACAACTCACCCTTACGTTGCTGATACCGTTCTTCTTCAGTCTTCACCCGCTTCTCCTGCAATTTCTTTAGTTCGGCATCAGACACATCATCAGAATCAGAAACCCCTTGGCATTGACCAGAGTACAATTCTTTCGATGCGGCTTTTACCTCCTTAACAACCTCCTTGGTTTCGTCGGGGTCAAAATCATCCGCGTCAATAATCGTATAGCCATCAGCCGCCAAACCCTTCAGCACAAATTCCTGATAGCGGCGCATCTCGACGTTGATCACAGCACCCCGCTTACCCCAAGTCTGCAAAGATTCGGGTTGAAAGTTCTGGTCAATGAACGAGTAATCATCGTTATCAGCCGCAGACAACAGAGCGATATTGGCTTGTGTCGCAACATCCTGACTCCGCAACAATCCACCCATAGAAGTTGAACCATTGCCCACAGTCCCCATCCCGTATTGGCTAACCCAGATGTGACGGTCAACAGTTTCGCGCAATCGGGCTAACATCTGCCGTACAGAATCAACAGGCTGAACTCCCTGGAATATCCCCCAGACTGAACTAAAATGACCTTTAATATCGATGGAGACACCAGTTTCTAGGCTAGGTGAGGCGATGACTAAATCGTACTGTGTGAGAATTTCGTTGAGATGAGCAATACACTCAAAGGCTGGGTGTTTTGGATCTAAAACCGAATGGCTATCAATTCTCAAAATCCGTAGATGAGGAAATTTCTGTTTAAATCGTTGTTCAAGGGCTTGGGTTCCCCATTTAGATTTCGCTTTTTGAGCAGAACAACATAATAAATGATGTCCGCCAGCAGCGATCGCCTTATCTAAAGCTGCAATCAAATTCTTGGGGTTGCTGCCAGAGTAGTTGTAGCACTTGCCAGATACAGGCTGATAATTATTTACGATCACGAACGGATTAACCCGATATTCTCCAGCTAGAGAAAGAATGTACTTGATATCGGTATCTGAGGTATCAGCAGAAGAAAGATAGATTTTACCGTGTTCGCGGCCCAAGACATTTATGCTTTGAACCATAATATGAGAAAAATTTTGATCCATAAATTAGAAAAAAGTTGACGAAATTTCAGGCTTTTGAGCCAATCACGAAATTAAACTTTGCATTCATACATGAGAGAGAGTTGAAATTCTGAAGCATAATTTAAGAATGAGTTGAAAAAACACAATTGGACAAAACTTGTACAAAAAATCCCTGACAAAATTGGTCTAACTTAAACTTTCAATTCAAAATATGGTTCAAATACCCATGTTATGGTTCAAAAGTTTTGTTTTAGTAGATATCTGAGTAAAAATCAAATATTTCATTGAACAAGCGATCACTCTGTTGTTGGGCGATCGCTAACCTCAAATCGTAGCTGAATAATAATGATAATCAAGTCGAAGTATTGATACAAACGACCCTCTTAGCAGGTTTTTATCCCCTACACGATAATCATTATTAGTAAAAAAACTTGAATATTAAAAGTGAACTATAAACTGGATACTCATTTCTGAAGCATATCATGGGTTAAAATCTCATTTTTTGTTTCAAATCACAACATTCTGCACCAGTTGCTTGAAATTTCGCAGTATCGCTACCCGCCGCTTGGCCACATCAGTAGTAGAGTGGAGCAGATGCCAGAAAACTTGGTCGCATTCATCGTTTGGTATTGATGCCATCTACTTACCAATGCCATCAAACTTAAAATGGGAGGACATTAAAGAACTCAGAATATTGCCCAGAAATAGATGTTTTTATGCTGAGTTTGTTTATCCGGTTGAAGATATCAAATCTCAATTAAACGCAAGTAATGTACTAGGGATTGATCATGGAATCAATAATTGGTTAACTTGCGTTAGCAATATTGGCACAAGCTTTATTATTGATGGAAAGCACCTCAAGTCTCTTAATCAATGGTATAACAAGCGAGTATCCAGACTCAAAAAGAACAAAGAGCAAGGTTTCTGGTCTAAACCACTAGCTGCAATCACAGAAAAGCGTAATCGCCAGATGAAAGATGCCGTTAATAAAGCAGCAAGAATGGTCATTAACCACTGTCTGTTAAATAACATTGGTTGAATTGCTTTTGGATGGAACCAAAGACAAAAAGACAGTGCAAACATGGGGCGAAAAGCTAATCAGAAATTTGTCCAAATCCCCACAGCCAAACTTAAAGAACGTATCTCTCAACTTTGTCAACAATATGGAATTGATTTTGTAGAAACTGAAGAAGCAAATACTTCTGCTGCATCGTTTGTAGATGGTGACAGTTTCCCAAAACATGGCGAAAAACCCTCATGGTGGAAGTCATCAGGTAAGCGAGTAAAACGCGGTTTATTTCGTACTGCAAGCAATTGGTATACAAATGCGGATGCCAATGGAGCAGCAAATATAATTTCCAAAGTAGCGGCAACATTGGGGATTAACCTCAGTGGAGTCAGTAGAGGCGCATTGACTACGCCATTAAGGGTCTATTTGTGGACTCTTAAGAATCCCCCGACTTTTTGTTTAAATGAGCGTAGCGAAACTTAA

Protein sequences of DBSCAN-SWA_3

>AP018319|319267:364285|329810_330140_+|BBD62993.1|DBSCAN-SWA
MSATVSNKILPYHVFDGGISVCKESHDQEGDWYPPIVLPYFWRDNALWVSRSLPELGYEKAIPIDANKRFPKHTDFFIVVGVLLCGYAQVDGYMPVFLKELQGDEAILR
>AP018319|319267:364285|339335_340670_+|BBD63006.1|DBSCAN-SWA
MSNSFDVEYQNRECLHFMNEKIYSSLDLSKSLSDFKEKVTKLLEIKNLSEWTAQTFKALEEEIRNTALTLAGECIAVLLNKLSQSQEALDIASSQIKSLSNQKIRKHGNYTRQILTVGHVKITLSLPYMVEDKKQSHQKGKYLKLGFCPFLKWLGIEEGLTPHVWATITKYGAIAGSFEAARTILTDWGVKISLKRIERLTYYFGKIGINLRQSKLKSLEIGNLPTSDVLKDQRVVITVDGGRTRIRINKKGRRKLKTNRLGFTGEWVEPKLLTIYTVDEHGKKIRASSLPITNDGTYLGYEEFLRILEMYLVNLGISQAKQVLFVADGAEWIWKHIPPLLQKVKCPTATYKLLDFYHAASHLQDFADAAFSCDDERQSWFKKARKTLKKGQALNLMRNMDEFISTATGERCKILVRERNYILKAYRRRLLNYHACRPQSATPW
>AP018319|319267:364285|331678_332260_-|BBD62996.1|DBSCAN-SWA
MFYDSFRQIQSMCLENQQLNLFSDIKSTPSKRANQLVMNAEALAGWKSRILTHQQQVRQNQPPQQTSLFDLSPNHCDLDAIDPLTLQLVPMSFYRKPADGFGDACLYFILDSAVGLVLYVGETCRSNKRWKGIHDCKDYIASYQDLHSRYGLQTAVNAAFWWDTPVERRARQQLELKLILKWRSPFNKENWEL
>AP018319|319267:364285|320293_320944_+|BBD62977.1|DBSCAN-SWA
MFEFWSVNSIAFNILGYPMSYVEFLGTIFYLWSVWLISQRNILTWAVGIISVLMYMVLFYQIRLYSDMIEQIYYLAVSVYGWWRWSTPKLDGGEVLNVRYSPKCKIIVAASITIVLTFVMGALMSQIHTILPAIFPEKASFPYLDALTTIMSFTAMWLMTHKRIESWYYWIIVDVIGIWLYYVKEVRFIALLYVILLFMAINGLISWLSAVKLRHS
>AP018319|319267:364285|348024_348564_-|BBD63015.1|DBSCAN-SWA
MNFNFRRRALALSCAVATATIGVDFMATKSIAQAQLLPVICSVGSETASYNPPLTTQTQNTTVSIQGSVGQCIGAQPIISGTYNFTVTFATSCNNIQSFPAYPITYNWNTGQSSQVSYTFTSLNLINGQLLLTSTGTVTDGLFKGRTVQRTITLLGTNLTACFNQGLSTLGGPQTLTIL
>AP018319|319267:364285|349446_349800_+|BBD63017.1|DBSCAN-SWA
MKILNFLKPKPAQPTIESYGQTGSGLELVQIQPIMEWLFASLLNARYYGKSHIIWYNSNQLEPSLEQMLKKAMRRGEPVFLCRCGSRVSPLPEVYYWRMMGEYPSMRMYQLEVRSDQ
>AP018319|319267:364285|324359_324683_-|BBD62984.1|DBSCAN-SWA
MTAIYIQDETELDTLLETEPLLVVDCTATWCGPCKLIAPLIDKLAAEYSDRVKVFKLDLDANQPVAKRFAIRSIPAVMFFKQGKLAQTIVGVKTYEEFSSTFDKYLT
>AP018319|319267:364285|360765_362814_-|BBD63029.1|DBSCAN-SWA
MDQNFSHIMVQSINVLGREHGKIYLSSADTSDTDIKYILSLAGEYRVNPFVIVNNYQPVSGKCYNYSGSNPKNLIAALDKAIAAGGHHLLCCSAQKAKSKWGTQALEQRFKQKFPHLRILRIDSHSVLDPKHPAFECIAHLNEILTQYDLVIASPSLETGVSIDIKGHFSSVWGIFQGVQPVDSVRQMLARLRETVDRHIWVSQYGMGTVGNGSTSMGGLLRSQDVATQANIALLSAADNDDYSFIDQNFQPESLQTWGKRGAVINVEMRRYQEFVLKGLAADGYTIIDADDFDPDETKEVVKEVKAASKELYSGQCQGVSDSDDVSDAELKKLQEKRVKTEEERYQQRKGELSRRYEVEVTPELVEKDDDGWYPQLRLHYYLTVGRQFLASRDSKRAKAQAEAGENAIWKPDFNKGQMLSSVLLLEKLNLLQMLKPGEQLRGSDERMQEFKAITLQHRYLIKNYLNVTISEKLTPVAIAQKLLDKIDLRLSYVGRLGPKGKRECVYKFVPADDGRNVIFKQWLNRELVSVTSNIDLKTPITDTTSLPIIEDMEGQENRTIRSSQFAIRNYENSEIQAPKFIDEKNKTCSINIQASNFNQEEITANCELEIANCCGSWWQQVRSYAAGFMERLESGVDAVNEFLSTLSSDERWGVMVAFEEAQPTMFGQLVAAAPDWVEWMG
>AP018319|319267:364285|328359_329256_+|BBD62991.1|DBSCAN-SWA
MQLINRFRTLIAVTGLVTLLGCSPAIIQSLSAQKPPQPTTTTPAQPRTSPHLLLGNPSGAVNSTANPDNYLIIRPQYALSYNRDKGIPNWAAWQLNKNWLGNLARPGFTPDTTLPNGWYRVTPNDYSGSGFDRGHMVPAADRNKTQQNSQAVFLMTNIIPQAPDNNQGPWERLESYSRDLAKQGKELYIYAGSSGTGGIGKNGEKATIANGRVTVPARTWKIIVVLDKPGLGLNGVNRNTRVIAVDMPNKQGIKNDKWIKYRTSVKKLEEITGYNFLRNVPIEIQEVIEAKVDNVSIN
>AP018319|319267:364285|336837_337575_+|BBD63003.1|DBSCAN-SWA
MNYDIKDKTILVTGANRGIGKAIVESFIEHGASKVYAAVRQLNSVSSLVEQYGERVVPIQLDLGDPQSIFAAAQTAPDVQIVINNAGVFQAGTPLAENAIASLEFQMNINVYGLIYMAQAFAPVLKANGGGVFAQINSVASLKGFPDSATYCASKAAAYSITQALRELLSEQDTLVLSVHPGPIATDMSDAAGMGEVAQPPALVADGIIEALKTGDFHVFPDSVAKQMGDAYKSFAENVVEVSSN
>AP018319|319267:364285|333181_333742_+|BBD62998.1|DBSCAN-SWA
MILDLPPETQESIHKSTGRIIFLSIVLIILGIIAILMPVVATILSVSAFGWFFLFAGIVRIIKSFQSKPIRGFWLSLSLGILYIIAGIILLSNVLAGAVTLTLVLATIFIAEGIFEIIACFKARTGGNLSWLVLMDGIITLILGIFIWYSWPNNSLWIIGLYVGISFIFSGASLLLIATDTRKTVT
>AP018319|319267:364285|340912_341782_+|BBD63007.1|DBSCAN-SWA
MSLVFVRVQKIALLPAVTWMGWVLHYVQDVTVPQHATDEGAQKPGSMHTEYEDAVDTYLNSLPHATQGGIYRNDWRPGQYIEEAARLSTPLLSLAKNSTTFYISAQQMVPLAEQLGAGLLKRFYDLWQSENFSVVILTIERVKAINTSWVWYYVDYPDQADFYPNITIGNSTLGSKAYGGSSIDGGDDVYPNKLLPFSWVFPKWINNRIATVPFDIKIYDEDGVTQDDYVDISPSSSRRNLLINYNANGQITGDVSVSGTGTKTSFNVTGDNTNTRAQVWMNLQRFPSL
>AP018319|319267:364285|325151_325520_+|BBD62985.1|transposase|DBSCAN-SWA
MILPPQSRGDLTERQWKLLMPLLPAQKPKTGRPSKDHRTMINGMLWILRTGAPWRDLPERYGEWETVAGRFYRWRRSGIWQKILQSLQQQADASGQLDWEVHYVDGSVIRAHQHSAGAKRGS
>AP018319|319267:364285|321746_322088_-|BBD62979.1|DBSCAN-SWA
MKTKAQYKVKNWNAYDAALKQRGSITFWVNEEIIEQWRNQQKTGKKGASNYYSDVAIATMGTIQSVFHLPGRQTEGFLESLFTLMGIELEVPDHSTLSRRLSKLSVELPVIPT
>AP018319|319267:364285|343749_345495_-|BBD63011.1|DBSCAN-SWA
MRQPSQNHLSQQLLMGFGISLATVGLTTLGLNYFLIQSKLEQELEQRGQSITQGVGFSTEGLIELGNTSIIQRVVQNYATLPTVIEVAIVSPNGQTLARSGAELENPPYASIYPGLAYVLKQSSQTGLQGSFRISIDGKPALVEILPFSSTLFGQANRRGLVIAILDVQELQYQAWQTLSTSTIILIIGMSAILVLMTGMIQRFVLHPLQRLNKAVTDSHSIDHYVMPSGLPNNEILFLAQTIQQAATRVEAYQQLEQEVAQRKQAQAALLESEAQLRQQAQDLEKAIQDLQQAQLQIIQSEKMSALGSLVAGVAHEINNPVCFIHGNLTHVNNYTQDLLQLIDLYQQQYPHSTETIQTAEQAIDLEFVKQDFPKLLSSMKIGTERIQGIVQSLRNFSRLDEAEFKAVNVHEGIESTLLILQKRLKAQTGSDKIEVIKDYGHLPLVECYPGQLNQVFMNLLSNALDALEELTFNQQPSTHNKLQQKTNPAICIVTQVLADKTISIHISDNGSGMDETVKAKLFDPFFTTKPVGKGTGLGLSISYQIVVGNHKGKLYCHSALGQGTEFVIEIPIHQSGRILR
>AP018319|319267:364285|326788_327598_-|BBD62989.1|DBSCAN-SWA
MFQPRSLRLILLLCLFLCSQTTSAYPKVTSLTPPTPTQQRTQTNTPDNNRAAAEKAEAEAYQLAKQKAPYLTQVIPKFEAALKYWRLAKDRKKEALTLDEIAKLYWLRGEYPKALEYAQKALPICQALGDKECEGAATTSLSLIYDQMGEYQKAIDIRLQIPRLFPKNIDFPSIIYTTVGQIYSDKLGEKKNALEYYNKALDYWKEKGNVLKQAETLENIALFYINFGEINKGFNSLKQANNLDPELKRIAPKLKRDVNTYDICSESDL
>AP018319|319267:364285|363442_363832_+|BBD63030.1|transposase|DBSCAN-SWA
MPSNLKWEDIKELRILPRNRCFYAEFVYPVEDIKSQLNASNVLGIDHGINNWLTCVSNIGTSFIIDGKHLKSLNQWYNKRVSRLKKNKEQGFWSKPLAAITEKRNRQMKDAVNKAARMVINHCLLNNIG
>AP018319|319267:364285|326550_326805_-|BBD62988.1|DBSCAN-SWA
MRAISEGLRLESNGEIRSTNISPGAVATELTTTISDQDTAARMNEFYAITIDADAIARAIAYAIEQPDDVDVNEMIIRPTRQEL
>AP018319|319267:364285|323421_323730_-|BBD62982.1|DBSCAN-SWA
MTKPRFTINDFLRLRSQSCQQRFPDSWVNYVVADLFALPEQWHSGFNFVFKCRNIQALPVNVRSGAISSGAALVAPSGTLLLITRVREKEAQPLGLLGRYQN
>AP018319|319267:364285|337871_338147_+|BBD63004.1|DBSCAN-SWA
MSCQHLNELTLENLIHKANYPVFQCQECILLNDRWVHLRICQTCGKMLCCDSSKNQHARRHYENSGHPVISSAELGEEWLWCFVDEQQKNY
>AP018319|319267:364285|350100_351180_+|BBD63018.1|DBSCAN-SWA
MKLSFLYKTLTLVSLCLPIALSMIANYRVIANTSNTPTNTEQLKRLKLTLSGHTAPVRALNLSSNGQVFASGSDDKTIKLWNPATGALIRTLTGHKERIKSILITPDNQTLISTSFDNTIRFWNIQTGSEVRIIGEKTGVSAMLLTPDGQTLISGSGDGTIKFRNLKTRKIDRILKVETTVLAINRDGKTLYSGGENGGKIRVWNLVTGKQQNSFTPPLPRKEDLISGSERASAPITLAVSNDGKMLLSGGYDDSFQSGGVRTTDGKSFKAWELTTGKLVHNLSLGTSIDALIISPDNKTFVTGGLGREIVVRDIKTAKSVMELTGHAGGIYGLAISSDGKTLYSGSGDKSIKVWQIKP
>AP018319|319267:364285|331254_331482_-|BBD62995.1|DBSCAN-SWA
MSSLLLLLIGFGIFFLAWKTQDEINRITAMFSGTISLIWGLTLAPLSLQLLIEIVSLLAAFSVCMRCLGCGSNRN
>AP018319|319267:364285|322847_323273_+|BBD62981.1|DBSCAN-SWA
MRLIKKLLVFCFLGFGIPFSILIFLEMMNPKAVPKDKEGAVAALIIFTIPSTIIGGWLSWSLVQQNRQEQALLVASKQQRLQSVFLGLIEQNAGRITVLELAKNADISTQFAKQYLDEKALELSADFEVSENGNISYRFPL
>AP018319|319267:364285|335543_335801_+|BBD63001.1|DBSCAN-SWA
MTLNRILWNSLIAPTVITIAISGCTQKTPNTQDLIAQSSKNTQLFRTFTTQSDSGYSVAYSPEISGVNNPNGVILASECWCKKYH
>AP018319|319267:364285|360416_360608_+|BBD63028.1|DBSCAN-SWA
MTKEYMDSLESVVDQLTLAAVLEMLERICHKKAENLRTHWQDENSAKLWDKAAKQIEQINIDV
>AP018319|319267:364285|363874_364285_+|BBD63031.1|transposase|DBSCAN-SWA
MGRKANQKFVQIPTAKLKERISQLCQQYGIDFVETEEANTSAASFVDGDSFPKHGEKPSWWKSSGKRVKRGLFRTASNWYTNADANGAANIISKVAATLGINLSGVSRGALTTPLRVYLWTLKNPPTFCLNERSET
>AP018319|319267:364285|323722_324232_-|BBD62983.1|DBSCAN-SWA
MSSPQISSYPCDNSLDQPLSTLPSWKIKLLYDGQCPLCLREVNFLKNRDAGRGLVAFVDIAADDYNPQAHGSIDYETAMGRIHAVLPDGTLVKNVEVFRRIYEILGMGWVYAATSLPVIGAIADFLYGIWADWRLFLTRRPDLATIIRERSSGQACKTQNRCRLMDGDD
>AP018319|319267:364285|354304_355759_-|BBD63023.1|transposase|DBSCAN-SWA
MFTDSLLVMIVTYCRLRYNDSMKYTYQYKAIPTTDQKLELNHWLRICQYWYNRQLGDRFDWWEMNRSRVDACPLVTVLPQLRDKPNYYSQKKYLPDLKKEPVTVEWSGEVLDLSRVPANTLQEVCKRVDKAFERFIAGDSNGNRSGKPRFKSHSRYRSLVIEGAGLELHSCSIAGKYLYVKVPKIGLIKIRSHRHLPDGAILKQLQFVKKNDGWFVNLRLEDPTIPTITPDSILPTWDNSLGVDAVLHEDDYLATSEGVKLPSLKVLRKNQRRLTRISQKKNARKRGSKARRKLAKREGRQHQKIARCRKDFQYKTAYELVRTGKKVFFHEDLNLKGLTKRNAPKQDQTGAYLPNGQRAKSGLNLSWADAAFGQFFQLLGHIAGKAGAIVIAKNPAYTSQLLSYRDEVIFTDTSIREYWDETELLRVDRDINAAIKLKRVGLDVFPTIKRRKGGIVIDDSITEDTSKEVLRILSGLARPLQRSA
>AP018319|319267:364285|342077_342467_-|BBD63009.1|DBSCAN-SWA
MQPLLLLVKACMSKLCLRSKNPRAFTPGSVNGQLICGCCRWGGWGQGVRACKETTFTNLIGACDVWAVGGGGSRLGAVVGLTMIHDCLDILQPYQRGQGASLKDRYFIFVYVMLIANNYAGSELFLEPS
>AP018319|319267:364285|345491_346553_-|BBD63012.1|DBSCAN-SWA
MKVAQIISKLGIWWQQKLRLDIKKPTLLCLFIITVCLTFVNSGCSLGQNQSLKPLRVGITSWAGFDIVRYAQPSGIFKQRGLEVELVRFDNQQDSSRAVLKGRLDAAFVSFWDVMQVDPGNDQPVVLMTTNISAGADGIVTRPEIKSVEDLRGKKVGAKLGTVNHLILLEALKAHQIKPSEVQIRDLSNEVAAEKIRTSEIDAAVLWEPMLGETAKSIKGNVVHTTKQVDSLVIDILMSSESTVKTKQAQLQQFILAWFDVMHAVETQPTKVFNTVGEKLGQRGESFASDYAGLKKGDIILNRRMFAADGRLNSAKGEIVQLLQADPRHGRVIRQDVNINTALINEAIAGWKL
>AP018319|319267:364285|358732_359749_-|BBD63027.1|DBSCAN-SWA
MTVSIQKTAEFLEQVHQLESRLGLKNEACRSRFLVHPNSTSKVCLFLHGFTAAPYQFEPIGKAFFNKGYNVLVPLQPGHGLAGDWNSQTPPPLPTDIQTYQQFVLEWLQIAQTLGEQVVVGGLSTGGTLAAWLALEHPQVIERALLFTPFLGSSNSLFDQLIKILPIYFEWFNKDAPGNFGYKGFLIPALRIFLELAQEILEQAQKKVAAPILMVCSESDRAVNRTQQRELFKMLLKHQPKSWYYCFDDSLHIEHRMMTKLEDNDYEELVITLARAFVNSDLTWVQFQQMATRIAQGETYEQIKRELHLDSQASQQLSAMMTQHLGCDRLKCINPSEA
>AP018319|319267:364285|351264_351951_+|BBD63019.1|DBSCAN-SWA
MNQASILAASLLLLSGMPTVAQTSLPKMTVVSVGDGDTLRVHNQQGQPVTIRLACVDAPELKQNPWGQQSKARLQQLLPVGKSVQVRSIERDHYKRLVAEIFVNNRSVNLTMVQEGQAVVYRQYLQGCNSTKNQFLQAEADAKGKRLGFWNQSQPTMPWDFRRGQKPTQATNTRSPQVQQCDQSYPDICIPPNSADLNCPDIPYRRFKVLPPDPHGFDRDGDGVGCER
>AP018319|319267:364285|332282_332789_-|BBD62997.1|DBSCAN-SWA
MTISMYQASIPVSLHVLNNLIAILEKGATYAETRKIEPSVLLNSRLYPDMFPLSRQVQIACDIVNRGAARLAGTEAPQFEDNETTFAQLIERIQKTISHLNTFKPEQIDGSEERTITLPIRDNTLSFQGIQFLLYFVLPNLYFHATTAYDILRHCGVELGKRDFLGQI
>AP018319|319267:364285|319267_320287_+|BBD62976.1|DBSCAN-SWA
MARKCGLTLGKYAPLHKGHQFVIETALAEMDEVLVMIYDCPEVTAVPLTVRAKWLQTLYPQIEVIEAWDGPTEIGDTFEIQKKHEEYILKKLESKKVTHFYCSEFYGEHVSIALGAVNRLIDKERQTFAVSGTKVRQKPYAFKDYVHPDVYRDLITNIVFLGAPSTGKTTIASQLAKEYKTVWMPEYGREYWEQNQISRRLLLSQLVEIAQGHLEREENLLLQANQYLFTDTNALTTYQFSLYYHKTVLPDLVELAHQAVFRYDLVFLCDADIPYDHTWDRSGETNRLIFQKQIKSDLILRKIPFFILSGDLNTRINFVKNILNRYQKYHNLLDFFLEN
>AP018319|319267:364285|342414_343605_-|BBD63010.1|transposase|DBSCAN-SWA
MLVFEFKAYGKSTQLAAIDDAIRTAKFIRNSCIRLWMDVQGTSKNDLQKYCAVLAANFPFANELNSMARQASAERAWSSISRFYENCKKGISGKKGFPQFQKDCRSVEYKSTGWKLADNRKSITFTDKKGIGRLKLKGTRDLHFYQPNQIKRVRLVKRADGVYVQFCVDANRSENIEATGKTVGLDVGLKEYYTDSNGLVVENPKFLRKGEKVLKRSQRRVSRKVKGSKNRGKARQLLGNRHLKISRQRKDHAVKLARCVVQSNDLIAYEDLRIKNMVKNHCLAKSINDASWYQFRVWVEYFGKVFKRVTVAVNPQYTSQECSNCGEIVKKTLSTRTHVCKCGCSMDRDENAARIILSRGLGTVGHTGTFALDASNARGDATSTLVGESLYEQVMS
>AP018319|319267:364285|356144_358421_-|BBD63025.1|DBSCAN-SWA
MDTNPQPQPPFHETNENTPEIGGGLPVIEYWAKHTLSPEGPHLWKTLFHKSACLSCSWGTGGQKGGFTNEAGEKLQRCMKSVEAISAEIQPPVPVHFFDSHKIADLQQLSSMEADLLGRLSFPVIRRAGSDHYERISWDEIYAIATAAFQKPAERVASYSSGRGSNEAAFLLQLLLRTLGSNNLADCSDLCHAPSTTALKEMFGTNTSIVSLESLKQADCVVLAGANSAYNHPRLMNELIKLRERGGKVIVINPVMEIGLVKFGSPAFPVKSLIPGSDIASLYLQPIPGSDVALFVGIQKALIEQGFVQYDFLQAHTQGWEAVLEQARSLCWETITTTCGVSKAEIVTAATIIGTSKGVVFGWAMGITQQTNGVDNVYSIANTALISGQIARMGAGVMPVRGHSNVQGFGSMGVTVKLKEEIKQALEQLLGRSLNLPKGYHTRDLIEAAQAGKVDSLICVGGNLYGANPDSAQAKRALGNIDTIIYLATKPNIGHFNGLAKTNTIIIPVLNRFENPHKTTVESGNNFVRLNDQGKTHLKNADLISEVEFLTELAHRLLGNYPVEWRKLQDTRYVRQLIARTIPGYEKIATIDDTNEEFTISGRIVTEPHFKTPSGKAKMLTTPLPNLALPQPQDFDIDESANSLVLALMTGRSYSQHNTVVYKIDDQYRGMPHRHCILMNRLDAEKIGLAQHDLVTVQGDADKLENVEVIYGAVREGAALMFYPEVNVIFKARTETRCGTPAYKRVPVLVYGKQRSRL
>AP018319|319267:364285|346530_346620_-|BBD63013.1|DBSCAN-SWA
MPTQFMGIIAFKYSVPSLGFVGHESCSDY
>AP018319|319267:364285|346862_347921_+|BBD63014.1|DBSCAN-SWA
MKRKTESSWTIANLFFACGISVLSAKLVTAAVTYNVWPNNTTVVTADGSNQFGGNLSGLFYEPTTGTQQAVLWGVQNSPSKLYNLVWNGSNFIKNTANGWSSGKTLRYPNGTGAPDAEGVTKAELSSTTIYVSTERDGSGSNRFSVLSYDISSSATTLNATREWNLTSNLPTVKSTNLGLEAIAWVPDSYLQANGFIDESTNQPYNPANYPLHGTGLFFVGLEANGQIYAYALNSDSTYRRIATIASGNAQIMDLSFDRDNQTLWAYCDNNCNNRSTLLSIDTTVGSPTKGKFIINKGYERPSSMPNINNEGIAIAPNSECTNNLKQFFWADDSETNGHALRRGTIPCGRLF
>AP018319|319267:364285|325994_326165_-|BBD62987.1|DBSCAN-SWA
MTTEQELRSLFNTLDGAQDGKISLNELFLSPGLSAVISSQTNTTRVCFKTKTIAKE
>AP018319|319267:364285|333948_334527_-|BBD62999.1|DBSCAN-SWA
MTLVTQRSLRQSVESPEKLAHKHLTAERMQDVRLLLQNLIDSEEATVKLVLDCLYDVGAANFIDQKFRPRFLNKTMKLIARMSKPVFRVYAWRWFRKKSPHLIANWLQTQVAFVTPTAKPKNVVVELPQGKSYSPVEADSLRKEIVYLHQQVRWLTAITVVALSALGITISTVKHNQIAPLQTRQILHRNLN
>AP018319|319267:364285|352176_352662_+|BBD63020.1|DBSCAN-SWA
MAVIDQSLFILKLFAVLGCGLMAGVFFAFSTFVMKALERIEPAQGIKSMQSINITVINPLFMGVFLGTGAVCVFILVCLFLGWYRLNWLYLLVGSLLYLVGTLGVTIVFNVPLNEALAVVKPDSTDGIQLWSSYLRDWTFWNHIRAAAALSASALFTLALH
>AP018319|319267:364285|334740_335148_+|BBD63000.1|DBSCAN-SWA
MPSESSPNEMTQTNKTIDIDGQRPVDPSNIEIKETIDVDGQRPIVKAENYADKTIDINGQRPIGKSNLQEHEMLPVDGQRPIDPNDLEVEKILEIDGQRPITKNSFQIQDTIEIDGSRPISDHNVERQMPTDYID
>AP018319|319267:364285|341812_342067_+|BBD63008.1|DBSCAN-SWA
MNFANFRSLSNGLFVSLWRSQIREYTFLILIVAGFILALAGFLLQPEPVSRHLVGDGIFGRMMSRMYDLVKDTLYADHHINFKH
>AP018319|319267:364285|327646_327973_-|BBD62990.1|transposase|DBSCAN-SWA
MYFKQNRPSNKFASDSSTTNKFTPRPFKVEDSPSQDIVQAKNLDTQPQKSQSEPTYRHLPVFAPNQVQPQPFSSRLQLKIDPISFLFIDWLNLNRDVFAAYQASLGFI
>AP018319|319267:364285|352717_353341_-|BBD63021.1|DBSCAN-SWA
MIGLVLVKGDNQLVGHTFCISLEPNQLNLFPDVKPTSAPRTNQLVMSADALLKWKSRILTHQQQVRQLQPPQQTSLFDLTPNHCDPDAIDPLTLQLVPMSFYRKPADSPGEACLYFILDSAVGLVLYVGETCRSDKRWKGIHACKDYIASYQDLHSRHGLQTAVNAAFWWDAPVERRARQQLELKLILKWRSSFNKENWDLWGQPFK
>AP018319|319267:364285|353337_354015_-|BBD63022.1|DBSCAN-SWA
MFEQQPQNLQIRVQQLATEALQKEQPSAWFEVLYAQAQGDLTQIPWAKLAPHPYLQEWLAHHQPFALGQKALIIGCGLGDDAEALAKLGFEVTAFDISPTAITWCQQRFPDSSVNYVVADLFALPQQWHLAFDFVFECRNIQALPLNVRSGTISSVAALVAPGGILLLVSRIRDTEAQPSGPPWPLSDSELKQFESLGLRQVEKIVYQESEQFDVKQVRIEYQKS
>AP018319|319267:364285|338564_339161_+|BBD63005.1|DBSCAN-SWA
MEVLRLGIPFVRQFLLTILLTSIFIFCSPLQKAWAYNPPVGFNGSTTVADISQPRGHGTMGLKAIDVLRGDGFSTIANFFNAYRQEILNGELQPDTFGTPFAVSVPGIYTTPPLPGSSFSHFYNPATGKGLVLDFGKYNFAVDAAQFVSLGSWELYTLTGPQPGSNDMADWSYAQAVDEMRKGNTAKAVTGATRFSEL
>AP018319|319267:364285|321148_321727_-|BBD62978.1|transposase|DBSCAN-SWA
MDSTGVKVYGEGEWKVRTHGVGKRRTWRKLHLGVDEESGEILGAVVTTNDVADCEALTDILEQIEPPIEQVSGDGGYDTKGCYDTISQRGARAIIPPRSNAKMQQPYPHSPSHPRDENLRRVNQVGRKKWKQESGYHRRSLSETAIFRLKTIFGGKLRRRFFDHQAVELFLQCAALNRMIQLGKPDSYKIEG
>AP018319|319267:364285|325570_326011_+|BBD62986.1|transposase|DBSCAN-SWA
MGRSKGGFSTKIHLRCDGNGKPITFLLTVGERHEAVVFEQLMAQGAVKRPGVGRPRLRPKRLVGDKGYSSGNIRRYLQRRGIRLTIPRRSNERRRGKFDKSIYRQRNRVERCFNRLKQFRRIATRYEKKADNYLAMLTLASIILWL
>AP018319|319267:364285|349115_349442_-|BBD63016.1|DBSCAN-SWA
MGITTILKMPSLIRKFRWHICITPEPEQPQISHFVDEPELDYSTNEEDHHEEELSEAGAKADFNVPKQEIAEVCNELRRLRINPQPCLGVIKKHWDNVAGAIARVKDA
>AP018319|319267:364285|358523_358643_-|BBD63026.1|DBSCAN-SWA
MLEQQPQNLQLVDKSAVNKLVFLAAILVAQALVLVPCKR
>AP018319|319267:364285|336049_336517_-|BBD63002.1|DBSCAN-SWA
MNNWNLPWEGGCRCGQIRLQVNAPPLLTMACHCTGCQRMSASAFSLSVAIPSIGFSVLKGQPTIGGLHGTTRHYFCPHCMSWMFTRPEGMDEFVNLRVTMLDDVSWFKPFIETWTREKLTWAITSAFHSFETLPTYEDYASLIEEYAKQASKPLQ
>AP018319|319267:364285|322229_322832_+|BBD62980.1|DBSCAN-SWA
MTVVSVGDGDTLRVRNQQGQTITVRLGCVDAPELKQNPWGEQSKSRLRQLLPVGKSVQVRSIERDRYKRLVAEIFVNNRSVNLTMVQEGQAVVYRQYLKGCNSTKGQFLQAESSAKSKKRGFWNQSQLVMPWDFRRGQKPTQATNMRSQTQQCDQSYPDICIPPNSPDLNCPDIPYRRFKVVPPDPHGFDRDGDGVDCER
>AP018319|319267:364285|356031_356136_+|BBD63024.1|DBSCAN-SWA
MILLARLLDVMFLAHLTEIRQLLSFWFIDTEFPG
>AP018319|319267:364285|330197_330590_+|BBD62994.1|DBSCAN-SWA
MTSITRTITINVQTDENNQYICQLSSPVESSANEIRCGGQSEFHAIAMALEQLASQYRQIAEERQNTDWEAVEYSAAGEPIQKRYHVILHYERIRKAESKFDALQDTLLGNTVVENAKVNLIEIDDDLPL
>AP018319|319267:364285|329277_329688_-|BBD62992.1|DBSCAN-SWA
MSQTETTSQILEQLRKASDSLLMMSESDYPFETFLWKDAAPITPEKVVQQSEHPQDTPVEMLSVDDFFTVATTPQDWHSEQEKATVTKFQNLVQTIKSTLKNPQVYRVGHIEIDAYILGETPTGDLAGLSTKLIET

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
BBD62976.1|319267_320287_+	ATPase/kinase involved in NAD metabolism	A0A0C5K935	Enterococcus_phage	9.7e-17	25.7
BBD62977.1|320293_320944_+	nicotinamide mononucleotide transporter PnuC	NA	NA	NA	NA
BBD62978.1|321148_321727_-|transposase	transposase	A0A1V0E8E1	Vibrio_phage	2.7e-40	45.3
BBD62979.1|321746_322088_-	hypothetical protein	Q9MCT5	Escherichia_phage	2.2e-18	41.7
BBD62980.1|322229_322832_+	SNase-like nuclease	A0A0R6PHV6	Moraxella_phage	6.7e-18	37.4
BBD62981.1|322847_323273_+	hypothetical protein	NA	NA	NA	NA
BBD62982.1|323421_323730_-	hypothetical protein	NA	NA	NA	NA
BBD62983.1|323722_324232_-	hypothetical protein	NA	NA	NA	NA
BBD62984.1|324359_324683_-	thioredoxin	A0A2I2L415	Orpheovirus	2.5e-11	34.6
BBD62985.1|325151_325520_+|transposase	transposase and inactivated derivatives-like protein	A0A0N9SHJ4	Paenibacillus_phage	1.3e-24	48.3
BBD62986.1|325570_326011_+|transposase	ISSoc13, transposase orfB	NA	NA	NA	NA
BBD62987.1|325994_326165_-	putative signal transduction protein containing EFhand domain	NA	NA	NA	NA
BBD62988.1|326550_326805_-	oxidoreductase, short chain dehydrogenase/reductase family protein	NA	NA	NA	NA
BBD62989.1|326788_327598_-	TPR repeat-containing protein	NA	NA	NA	NA
BBD62990.1|327646_327973_-|transposase	transposase	NA	NA	NA	NA
BBD62991.1|328359_329256_+	sugar-non-specific nuclease NucA homolog	A0A1V0SA52	Catovirus	6.1e-07	34.3
BBD62992.1|329277_329688_-	nuclease inhibitor homolog	NA	NA	NA	NA
BBD62993.1|329810_330140_+	hypothetical protein	NA	NA	NA	NA
BBD62994.1|330197_330590_+	hypothetical protein	NA	NA	NA	NA
BBD62995.1|331254_331482_-	hypothetical protein	NA	NA	NA	NA
BBD62996.1|331678_332260_-	hypothetical protein	NA	NA	NA	NA
BBD62997.1|332282_332789_-	hypothetical protein	NA	NA	NA	NA
BBD62998.1|333181_333742_+	hypothetical protein	NA	NA	NA	NA
BBD62999.1|333948_334527_-	hypothetical protein	NA	NA	NA	NA
BBD63000.1|334740_335148_+	hypothetical protein	NA	NA	NA	NA
BBD63001.1|335543_335801_+	WD-repeat protein	NA	NA	NA	NA
BBD63002.1|336049_336517_-	putative glutathione-dependent formaldehyde activating enzyme	NA	NA	NA	NA
BBD63003.1|336837_337575_+	short-chain dehydrogenase/reductase SDR	NA	NA	NA	NA
BBD63004.1|337871_338147_+	hypothetical protein	NA	NA	NA	NA
BBD63005.1|338564_339161_+	hypothetical protein	NA	NA	NA	NA
BBD63006.1|339335_340670_+	hypothetical protein	NA	NA	NA	NA
BBD63007.1|340912_341782_+	hypothetical protein	NA	NA	NA	NA
BBD63008.1|341812_342067_+	hypothetical protein	NA	NA	NA	NA
BBD63009.1|342077_342467_-	hypothetical protein	NA	NA	NA	NA
BBD63010.1|342414_343605_-|transposase	transposase, IS605 OrfB family protein	A0A1L2BWN4	Bacteriophage	2.6e-130	60.2
BBD63011.1|343749_345495_-	integral membrane sensor signal transduction histidine kinase	W8CYF6	Bacillus_phage	5.9e-06	24.2
BBD63012.1|345491_346553_-	hypothetical protein	NA	NA	NA	NA
BBD63013.1|346530_346620_-	hypothetical protein	NA	NA	NA	NA
BBD63014.1|346862_347921_+	putative signal peptide protein	NA	NA	NA	NA
BBD63015.1|348024_348564_-	hypothetical protein	NA	NA	NA	NA
BBD63016.1|349115_349442_-	hypothetical protein	NA	NA	NA	NA
BBD63017.1|349446_349800_+	hypothetical protein	NA	NA	NA	NA
BBD63018.1|350100_351180_+	WD repeat protein	NA	NA	NA	NA
BBD63019.1|351264_351951_+	SNase-like nuclease	A0A0R6PHV6	Moraxella_phage	3.2e-16	36.5
BBD63020.1|352176_352662_+	hypothetical protein	NA	NA	NA	NA
BBD63021.1|352717_353341_-	hypothetical protein	NA	NA	NA	NA
BBD63022.1|353337_354015_-	hypothetical protein	NA	NA	NA	NA
BBD63023.1|354304_355759_-|transposase	putative transposase IS605 family protein	A0A1B0VCD8	Salmonella_phage	2.4e-16	24.0
BBD63024.1|356031_356136_+	hypothetical protein	NA	NA	NA	NA
BBD63025.1|356144_358421_-	molybdopterin-dependent oxidoreductase alpha subunit	NA	NA	NA	NA
BBD63026.1|358523_358643_-	hypothetical protein	NA	NA	NA	NA
BBD63027.1|358732_359749_-	phospholipase/carboxylesterase	NA	NA	NA	NA
BBD63028.1|360416_360608_+	hypothetical protein	NA	NA	NA	NA
BBD63029.1|360765_362814_-	hypothetical protein	NA	NA	NA	NA
BBD63030.1|363442_363832_+|transposase	transposase	A0A1L2BWW3	Bacteriophage	2.1e-44	65.9
BBD63031.1|363874_364285_+|transposase	transposase	A0A1L2BWW3	Bacteriophage	1.2e-37	66.4

5. AP018325

CRISPR-Cas detection and classification

Crispr_ID: AP018325_1

• CRISPR_ID: AP018325_1
• CRISPR_location: 17805-17908
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of AP018325_1

Consensus_repeat	Method
AGGCACATTAAAACTACTGCTAATCCAATGTACAGGCAA	CRISPRCasFinder

spacers of AP018325_1

>1.1|17844|26|AP018325|CRISPRCasFinder
GGTGTCAGTAATGTGTTTCACATGGG

CRISPR arrays and Neighbor proteins around AP018325_1

CRISPR arrays

The CRISPR arrays of AP018325_1

>merge|AP018325|1|17805-17908|CRISPRCasFinder
AGGCACATTAAAACTACTGCTAATCCAATGTACAGGCAAGGTGTCAGTAATGTGTTTCACATGGGAGGCACATTAAAACTACTGCTAATCAATGTACAGGCAAT

>AP018325|1|1|17805-17908|CRISPRCasFinder
AGGCACATTAAAACTACTGCTAATCCAATGTACAGGCAA	GGTGTCAGTAATGTGTTTCACATGGG
AGGCACATTAAAACTACTGCTAATCAATGTACAGGCAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
AP018325.1|BBD63644.1|11643_11946_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63642.1|10351_10888_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63658.1|27065_27467_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63649.1|14138_14333_+|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63641.1|9602_10355_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63652.1|19198_20812_+|diguanylate-cyclase-with-PAS/PAC-sensor	unknown	unknown	gnl|CDD|379902
AP018325.1|BBD63659.1|27552_28974_-|hypothetical-protein	unknown	unknown	gnl|CDD|280446
AP018325.1|BBD63650.1|14933_17585_+|hypothetical-protein	unknown	unknown	gnl|CDD|225913
AP018325.1|BBD63655.1|23610_25368_-|plasmid-recombination-enzyme	unknown	unknown	gnl|CDD|366451
AP018325.1|BBD63647.1|12514_12772_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63648.1|12776_13892_-|hypothetical-protein	unknown	unknown	gnl|CDD|212669
AP018325.1|BBD63654.1|21814_23596_+|two-component-sensor-histidine-kinase	unknown	unknown	gnl|CDD|226654
AP018325.1|BBD63656.1|25709_26222_+|mobilization-protein-MobC	unknown	unknown	unknown
AP018325.1|BBD63653.1|21063_21576_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63645.1|12045_12243_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63657.1|26497_27085_+|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63651.1|18203_18761_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63643.1|10913_11630_-|hypothetical-protein	unknown	unknown	unknown
AP018325.1|BBD63646.1|12251_12518_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
AP018325.1|BBD63648.1|12776_13892_-|hypothetical-protein	gnl|CDD|212669	cd10227, ParM_like, Plasmid segregation protein ParM and similar proteins. ParM is a plasmid-encoded bacterial homolog of actin, which polymerizes into filaments similar to F-actin, and plays a vital role in plasmid segregation. ParM filaments segregate plasmids paired at midcell into the individual daughter cells. This subfamily also contains Thermoplasma acidophilum Ta0583, an active ATPase at physiological temperatures, which has a propensity to form filaments.	1.40462e-21
AP018325.1|BBD63654.1|21814_23596_+|two-component-sensor-histidine-kinase	gnl|CDD|226654	COG4191, COG4191, Signal transduction histidine kinase regulating C4-dicarboxylate transport system [Signal transduction mechanisms].	4.03165e-50
AP018325.1|BBD63652.1|19198_20812_+|diguanylate-cyclase-with-PAS/PAC-sensor	gnl|CDD|379902	pfam16927, HisKA_7TM, N-terminal 7TM region of histidine kinase. HisKA_7TM is an N-terminal region consisting of seven transmembrane domains found in Archaea and some bacteria. It is always found associated with histidine kinase.	5.50755e-65
AP018325.1|BBD63659.1|27552_28974_-|hypothetical-protein	gnl|CDD|280446	pfam02281, Dimer_Tnp_Tn5, Transposase Tn5 dimerization domain. Transposons are mobile DNA sequences capable of replication and insertion into the chromosome. Typically transposons code for the transposase enzyme, which catalyzes insertion, found between terminal inverted repeats. Tn5 has a unique method of self- regulation in which a truncated version of the transposase enzyme acts as an inhibitor. The catalytic domain of the Tn5 transposon is found in pfam01609. This domain mediates dimerization in the known structure.	1.89582e-07
AP018325.1|BBD63650.1|14933_17585_+|hypothetical-protein	gnl|CDD|225913	COG3378, COG3378, Phage associated DNA primase [General function prediction only].	1.12011e-42
AP018325.1|BBD63655.1|23610_25368_-|plasmid-recombination-enzyme	gnl|CDD|366451	pfam01076, Mob_Pre, Plasmid recombination enzyme. With some plasmids, recombination can occur in a site specific manner that is independent of RecA. In such cases, the recombination event requires another protein called Pre. Pre is a plasmid recombination enzyme. This protein is also known as Mob (conjugative mobilisation).	6.86828e-35

Protein sequences

>AP018325.1|BBD63650.1|14933_17585_+|hypothetical-protein
MATNSTLQPIELTGQYEIASRPTTDKPTEVTKTNPCPHCGKPDWCYSIGELTVCNRDAEPASGWERTAKSDRNGKPYYALATRKKSPRKKGKQEYVYTDTAGNPLIKVVVIRPGKTRDKDVFQEYWNGTRWVKAKDFPPELKRSHQQQVTIYRYAEVQDAIAAGKSIYMVEGEGVADSLWSRDIAATTNIGGAGKYRSYGDYKAALEGANLVLCPDRDEPGLKHMEDINRDFPDAKWLYAPPSKFYWTHLPKNGGLDIKDWIEDGATPDDIRGAIQDKQIAKLENLIQPSNQPSAKKWTQSSLAEEVAETYREKLAWHVGNKCWYWYEREKVGMWSEVPDETVGRLVTTEAKARIGATFKHDFVAGTIKFLKYHLAVEKWVEQQGLIPLMDGVLNPKTMQLLPHASGYRFLWQLPYKWSDRIIGCQKVTDWLSETMMADAILVQLLRAYLKAIVTGRADLHRFLECIGPGGSGKSTFQWLATALVGIDNTAVTTLKQLEANRFETASLYGKRLVLITDSERYGGDVSNLKAITGEDIIRNERKGIQQTKGFKFPGMVMIAANEAIQSNDYTSGLKRRRLTVPFLNQIPPHLRRNLESEFEPYLPGVLQWVLEMPDDEMVKLVVDTANSVSSLASFSGEFLLDTNPLADWLDNCAVYDPKAKTYVGTLDKPAEHYLYASYCRWMSGTGSKAVSLRRFSECLIDVCRNQLGLSDIAKGRDNQGAYITGIDLRHYGNQHLPRFVTGKAAMSDESVMNSDGLSDGSVTGETLASDGSDGSDGLFTSEKTQKTTSSCENRNIPSNEAQPGTVPITSVNPSPPTVSTVTPSVTVTDKELIEPSLMALEVGDKAVYQGVEGEIVGTIGINYFIDLGSSTIMVTPDDLQRL
>AP018325.1|BBD63649.1|14138_14333_+|hypothetical-protein
MEEKKKPGRPSTNKDDSVFVRARVPREVHKAFKLACTEDDLVMEDVIRDLINEWLTKRDKKKSV
>AP018325.1|BBD63648.1|12776_13892_-|hypothetical-protein
MTTTYTNATNWLVQADQLANSGLTALIAGKDPGAGYGKAIYGDFSVTMPSAYSFVRNRNIRHHETISKDGAWVHYVEGKRLDLKDTQFFWGSAAIAQSDHTLLHEDKAKKAELALESILADLAVLNIPDGMKLEISLSNHNPERWGEEIKRRVKGVHTFQHQHPVNREIVTKTVSIVVTGIYPEGYGSIAHCLFGESTLALDPSEIAIALDIGSSTWLITVFNGNGAVIDRHLIEGGAGELHSMIAEALDKRNDPISLISKDVKHSPSLVNRGILEGTFTYGGNHLTGKKFEKEYAQCLDEWWSNRIEKFANFVTSSNYLDRAKYLVAWGGGVSLPVVDQNLADLGFVVLENPQFINAFGLKLLTEISTGV
>AP018325.1|BBD63647.1|12514_12772_-|hypothetical-protein
MSDIKSYESRRITISYLAVYELCQMFNIPHDAPTQALSAAVEKLIFSGGIGVQTSPKTQMPNTTPIQPNKAGLATMASQFKGVAS
>AP018325.1|BBD63646.1|12251_12518_-|hypothetical-protein
MSNLSRVYDSTLLTNSKVYQIDRTLYQYLYKTGTIQHPKYHFRPLAGQRKKADLLLNHKALTTRCYEFSGMSTSASVISQESLQLSIF
>AP018325.1|BBD63645.1|12045_12243_-|hypothetical-protein
MNTQPLPELIAQAQQLVTQIRQHPQYQRLHFDCDVTLGDVSQFFNTLQWSATASTVDVSREGFFQ
>AP018325.1|BBD63644.1|11643_11946_-|hypothetical-protein
MTKPIGYYCALTPGDGSYLDWLQDTYGSCLEGINRIEKLHFLKAITDNLITSEIATQGQYLLSESAQTIQKLQDDLYQYTPIGDHLGLAEALINQLKYQR
>AP018325.1|BBD63643.1|10913_11630_-|hypothetical-protein
MDFAIRNPVMGHASHIDEKAQTWGGFNADILSYLSDINKLEQFADYANNAQELSDRLEPFLDNAKVVFEAMEKLTKGQVTWTELRKQYGSHVATAIAKIRKLNSEFDSEMSRVDAQDRADLLRIDQKRKHALAEVAAQLHHDLQAELWRHENKISSIENRQTVQAQRQAITTGLREKRQQLLARARYGTRALEPNSSPQDVIPFQAQNSAPTSSVSATGTVRGWGAMLGNLWQKLGDR
>AP018325.1|BBD63642.1|10351_10888_-|hypothetical-protein
MLERKRNEDPPSVSPFLYEGLTQTPQKQQPSQPQPLPENNRARTLRRAGNACEIVAGGCLNSAVIFTFHLLQVHPVGMFLAVGTAHLYFTATATGEGFNNFVTNLMTGCSASLALLCALSEPISEWNEARTSTSTVKTSIESIYQPKTAGESSWFHGAGVAIFIAILMIFLFGGGKNK
>AP018325.1|BBD63641.1|9602_10355_-|hypothetical-protein
MNYLSEKHQQLEQSQQSGLMKWFGQLSMDRKAVAIGLSLTVGLTSAAMAWLGTTSDRIYFCIKTPKKAFVCNDLNNRPFRMTPYYWSQWQLDGMPPQVVRDPARGINGLVRASNPNKPIFATAAFLGFALAGWMLRHCQDEERQRAVFVDIAQKRDAARAEMAARSELLDSYRDVAIKEVELQADLDLIANDRTVDIQKAEIYAHTEIEVTQIEASDAIFEAQTAGMSEEQKAEYIKHLRDTKTPYLQGS
>AP018325.1|BBD63651.1|18203_18761_-|hypothetical-protein
MEEADSKSVQVTVYLPKDVHEQLKSWMEKNYQRSVSSAVSLIVEHFLQKDGRPLGDIDLGPRVAALEQENLPPRLALIEQQMQQLRSALIAAGAISLASGVEEHLAENTSIEGGKFLYSVKEAREGLSKTEIMRRLDLTPTTLKRLTETERTTEEKYLAKVTGWQLGSGERPKFFPPPSNAQGQD
>AP018325.1|BBD63652.1|19198_20812_+|diguanylate-cyclase-with-PAS/PAC-sensor
MLLQYNLYFVILSVTAIISATVAFAAWQRQSICSASKAFIAMMLAIAGYATVAAMEAAAIMLPDKIFWSKLEYVGSGSVITFFLIFVMHFTNKNRWLTARKIALLWVIPIFNVVLVATNERHGLVWSGFVPDPNGTNYVIYQHNLGFFWVMGCVYVYTLTGVVMLVKKVLLPSVLYRWQSSMALAGAVLPLLGATLYMFSLTPAGLNLTPMSFMLTGLFHFVSLFRFRMFDLVPIARETLLERMSDGLMVLDAKNRIIDLNPAAKRLIGVQKQHIGQPVAQVLTSWPEIVRLYHPHENAKTEILINSETLIYIELLITPLHNQRKQLTGRLLVLRDITQRYQAESQLRQVNQRLQKQVQEIETLQAQLREQAIRDALTGLFNRRYFDEIFPKQLVQATQDSVSVALIMMDIDYFKSINDTFGHQAGDLVLQAFAQMLHDYVDSQEIVCRYGGEEFVIALPGVELEKAFERAEQIRLAIQATRRKFAGKEIYTTVSGGVGVFPDHGKTRDELLQAVDMALYAAKLDGRNCIKCVSSNE
>AP018325.1|BBD63653.1|21063_21576_-|hypothetical-protein
MINFKHFILGTSLVLLPLLSNLSAFAQNQSQKIELKVYSQNEQKQSCPEKVIVTEQTRPYQEGSFTTDGSVNLSAYASNISILTSNQFSVTWVGKLKPRYAKCLASAGMAKVDGEDYSGNLNYLRMHFVKGKVYFILDMAGGFDPNDYPLVVVNKSLKNGNPTWSWGGSD
>AP018325.1|BBD63654.1|21814_23596_+|two-component-sensor-histidine-kinase
MRKIRLGVGQRISLGYAIALGIAVSGTVAGFRIGHTYHQLADEREAFIRDEVELLHRLQTGILQARTHQQQLIPLMENRKEYQHEYAHLLHHKREIEHFSRELKTFIAKESNFLGEVHSREIPKFLQTYNNVPSLYFQELDRRMQQIQSLNLALPKDIEQAQKILLEFTNSQLALKYDGISDDLVSIIEDCYKEANKAEELSEESSSIAQKFVIGSILLSVTISIFLAILTSRAIAHPIQTLTSVARRSTQESNFELQVPIERDDEIGILAQSFNQLIASVKQLLHQEQVTNEQLEQKVEQRTEELKEKNLHLQNVLEELQRTQLQIVQSEKMSALGQMVAGVAHEINNPVNFIHGNLTHVQEYTQNLLDFVQLYQQYCPEAIPEILDEAEAIDLEFMQQDLPKMLDSMKVGTNRIRQIVLSLRNFSRTDEAEFKTVDIHEGIDSTLLILQHRLKQQAERSAISVIKDYGNLPWVECYPGQLNQVLMNILANAIDALEESKIPNPQINIRTDKIDSNWVQIAIADNGPGIPEAIQKQIFHPFFTTKAVGKGTGIGMSISYEIVTQKHGGRLECLSTPGKGAEFMIQIPIIQNR
>AP018325.1|BBD63655.1|23610_25368_-|plasmid-recombination-enzyme
MAYGICRIQKLKAGSLGGSGRHTNRERYTPNADPTKQHIRIIGEPDSINTPNLETIVREKIGNQTIRKNAVMAVEFLLTASPEYFRPDDPGRAGYYHQQRLEDFQKKACEWLINSYGDRIVRAELHLDESTPHIHAYMVPLDEKGKLNCRALLGGSRHRLSELQDSFAQAVAPLGLERGIKGSLAKHTRIQQYYSAINKAPDINLDSETMKQQVADRQRALKKSAVMEKTASHLAQENQQLQLQLSIALAEAKKQKQEAVNWQKKYQDLANTVRDFPLAEVAYQLGLEPDPKDKHKWHNTEHIINITGSKFYDWKALKGGGGSIDLVMHVNQYDFKQAVTWLNDRLGEGAMLEATRYYAKEVVLTQPVPLFTPPVVDAEKWQQVRNYLRTERQLPSSLVDALHEQGLIYADNKQNAVFLRRSLDGQTITGASLRGTAGTNNNFKGLARGSKRSDGWFYFLRGGQSSDPVQRAVLVESAIDAMSIAVLERTDSRQTVYLSTDGAGHIPVDFLRALPAKSVIVAYDHDAAGLELAQKVMSVLPNSVCKVPNAKDWNEELKNYLNFEQQQQQRRQQQPRKQQHRGFSL
>AP018325.1|BBD63656.1|25709_26222_+|mobilization-protein-MobC
MVRTKPGQKIPIEKLQTTLSELDKLEEKNKDELSLRESVYFLREKLQAALKKGYSYQDLAEILEKQEISISAATLKQYLTEIEKEKSLKKRGNKSGKGKASASETGTVTESSAAQTTDGLTEESPQTEPEKEQSSVESTPPSGKSASRSKRQTQKPDKSNADIASEFNQY
>AP018325.1|BBD63657.1|26497_27085_+|hypothetical-protein
MKTLNSKTLEVLDMCLAGESPEVKAKVYQIIQVSELDPSDPMFLVLALTGQMRVLLETAPSELAELMNEYKSQTESSIESIQQAISELSSTQERQARVIRGNLESVSSGFAEGIKEVGMATVSAISEANKETLSQATAAAREAAQLREEIALLRQGVRQERETWTNQIPDFSRDVEKEKWFAENLRELTFMVGDI
>AP018325.1|BBD63658.1|27065_27467_-|hypothetical-protein
MPLSPKSSIQDDLAKRIDAVAKTKQRLEQEIHSILASGKVAPASCWIVRYQAKGRTDNYWYYKLQASSPIFPTKTDGKLSRYQHLGKSGSQAYIDALEQITRRAKIQALDRSIESLNLGLKDLIEETSKYRQP
>AP018325.1|BBD63659.1|27552_28974_-|hypothetical-protein
MKILEKNLYGECNFGDKRLTQRAASIGELLSVKYGQPLSKIFKTASDLKRGYEFFSNPKTSFEKLTQPYFKQTAQEINGTPVVLAVGDTTFLDYKKILDKREEYGPIGNGGNGLILHSCLALEPDFGQPLGLLWEKLWHREHKAPQPSNETQELKEDRLKKERKAKRNKEFKEKESYRWVEAFSKIEKQFSELEIPVGGLSSKIIHVFDREGDIAEVFAQISQTKNAGVVVRAAHNRCLEGENGHLWSYVNSTPVQFVKDVELVETKKRHARTATLEVRYCPVSISPPARLKNQGSFHVYAVYAREINCPENGEPVEWMLLTTELVDSEQSATQILRWYTYRWRVEEYHKILKSGCQAESYRLAGESMSTMLGFLTVIAAQLLRMTYLYRNCPHLDASVVLTKEQMDVLIASSPPKLKKDIEFTVDWAIRAIARLGGYLEHRKNSAIGIQVLWRGWLELETLCQGWLLHQNLK

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
AP018325_1	1.1|17844|26|AP018325|CRISPRCasFinder	17844-17869	26	AP018325	Nostoc sp. HK-01 plasmid plasmid7 DNA, complete genome	17844-17869	0	1.0
AP018325_1	1.1|17844|26|AP018325|CRISPRCasFinder	17844-17869	26	AP018325	Nostoc sp. HK-01 plasmid plasmid7 DNA, complete genome	17779-17804	2	0.923

1. spacer 1.1|17844|26|AP018325|CRISPRCasFinder matches to AP018325 (Nostoc sp. HK-01 plasmid plasmid7 DNA, complete genome) position: , mismatch: 0, identity: 1.0

ggtgtcagtaatgtgtttcacatggg	CRISPR spacer
ggtgtcagtaatgtgtttcacatggg	Protospacer
**************************

2. spacer 1.1|17844|26|AP018325|CRISPRCasFinder matches to AP018325 (Nostoc sp. HK-01 plasmid plasmid7 DNA, complete genome) position: , mismatch: 2, identity: 0.923

ggtgtcagtaatgtgtttcacatggg	CRISPR spacer
ggtgtcagtaatgtgtttcaaatgga	Protospacer
******************** ****.