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
NZ_AP017970	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-2, complete sequence	0 crisprs	NA	0	0	0	0
NZ_AP017968	Fusobacterium varium strain Fv113-g1	13 crisprs	DEDDh,csm6,cas3,WYL,cas13c,DinG,cas4,cas6,cas8b1,cas7b,cas5,cas2,csa3	0	16	7	0
NZ_AP017969	Fusobacterium varium strain Fv113-g1 plasmid pFV113-g1-1, complete sequence	0 crisprs	NA	0	0	0	0

1. NZ_AP017968

CRISPR-Cas detection and classification

Crispr_ID: NZ_AP017968_2

• CRISPR_ID: NZ_AP017968_2
• CRISPR_location: 136770-136867
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP017968_2

Consensus_repeat	Method
AAAATAATATTGTTAATGGAAATAT	CRISPRCasFinder

spacers of NZ_AP017968_2

>2.1|136795|48|NZ_AP017968|CRISPRCasFinder
CAGAATTTGAAACTATTGATATAAATACAGATGTAACTTTTTTTGAAA

CRISPR arrays and Neighbor proteins around NZ_AP017968_2

CRISPR arrays

The CRISPR arrays of NZ_AP017968_2

>merge|NZ_AP017968|2|136770-136867|CRISPRCasFinder
AAAATATTAATTTTTAATGATATATCAGAATTTGAAACTATTGATATAAATACAGATGTAACTTTTTTTGAAAAAACTATTGATGATAGTGGAAAGTT

>NZ_AP017968|2|2|136770-136867|CRISPRCasFinder
AAAATATTAATTTTTAATGATATAT	CAGAATTTGAAACTATTGATATAAATACAGATGTAACTTTTTTTGAAA
AAACTATTGATGATAGTGGAAAGTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096401325.1|129855_130893_-|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|235136
NZ_AP017968.1|WP_096401332.1|139304_140084_+|HAD-family-hydrolase	unknown	unknown	gnl|CDD|369792
NZ_AP017968.1|WP_096401326.1|130931_132398_-|efflux-transporter-outer-membrane-subunit	unknown	unknown	gnl|CDD|273830
NZ_AP017968.1|WP_096401337.1|143594_143867_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|259853
NZ_AP017968.1|WP_096401334.1|140888_141773_-|cation-transporter	unknown	unknown	gnl|CDD|223131
NZ_AP017968.1|WP_096401328.1|133130_134033_+|PHP-domain-containing-protein	unknown	unknown	gnl|CDD|223686
NZ_AP017968.1|WP_096401331.1|138685_138955_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096401320.1|122856_124623_-|sigma-54-interacting-transcriptional-regulator	unknown	unknown	gnl|CDD|226350
NZ_AP017968.1|WP_096401335.1|142640_143027_+|polymer-forming-cytoskeletal-protein	unknown	unknown	gnl|CDD|377376
NZ_AP017968.1|WP_096401333.1|140103_140802_+|methyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|225139
NZ_AP017968.1|WP_096401330.1|138405_138693_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096401322.1|125214_125727_+|flavin-reductase	unknown	unknown	gnl|CDD|224766
NZ_AP017968.1|WP_096401321.1|124638_125106_-|macro-domain-containing-protein	unknown	unknown	gnl|CDD|394880
NZ_AP017968.1|WP_172426465.1|139005_139158_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096401327.1|132745_132928_-|YegP-family-protein	unknown	unknown	gnl|CDD|377831
NZ_AP017968.1|WP_096401324.1|128101_129850_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224054
NZ_AP017968.1|WP_096401336.1|143296_143602_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|365952
NZ_AP017968.1|WP_096401323.1|126951_128079_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|378925
NZ_AP017968.1|WP_172426464.1|125822_126938_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|378925
NZ_AP017968.1|WP_172426466.1|142065_142221_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096401325.1|129855_130893_-|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|235136	PRK03598, PRK03598, putative efflux pump membrane fusion protein; Provisional.	2.36624e-94
NZ_AP017968.1|WP_096401332.1|139304_140084_+|HAD-family-hydrolase	gnl|CDD|369792	pfam08282, Hydrolase_3, haloacid dehalogenase-like hydrolase. This family contains haloacid dehalogenase-like hydrolase enzymes.	2.30214e-60
NZ_AP017968.1|WP_096401326.1|130931_132398_-|efflux-transporter-outer-membrane-subunit	gnl|CDD|273830	TIGR01845, Outer_membrane_protein_OprM, efflux transporter, outer membrane factor (OMF) lipoprotein, NodT family. Members of this model comprise a subfamily of the Outer Membrane Factor (TCDB 1.B.17) porins. OMF proteins operate in conjunction with a primary transporter of the RND, MFS, ABC, or PET systems, and a MFP (membrane fusion protein) to tranport substrates across membranes. The complex thus formed allows transport (export) of various solutes (heavy metal cations; drugs, oligosaccharides, proteins, etc.) across the two envelopes of the Gram-negative bacterial cell envelope in a single energy-coupled step. Current data suggest that the OMF (and not the MFP) is largely responsible for the formation of both the trans-outer membrane and trans-periplasmic channels. The roles played by the MFP have yet to be determined. [Cellular processes, Detoxification, Transport and binding proteins, Porins].	4.23815e-78
NZ_AP017968.1|WP_096401337.1|143594_143867_+|HU-family-DNA-binding-protein	gnl|CDD|259853	cd13831, HU, histone-like DNA-binding protein HU. This subfamily includes HU and HU-like domains. HU is a conserved nucleoid-associated protein (NAP) which binds non-specifically to duplex DNA with a particular preference for targeting nicked and bent DNA. It is highly basic and contributes to chromosomal compaction and maintenance of negative supercoiling, thus often referred to as histone-like protein. HU can induce DNA bends, condense DNA in a fiber and also interact with single stranded DNA. It contains two homologous subunits, alpha and beta, typically forming homodimers (alpha-alpha and beta-beta), except in E. coli and other enterobacteria, which form heterodimers (alpha-beta). In E. coli, HU binds uniformly to the chromosome, with a preference for damaged or distorted DNA structures and can introduce negative supercoils into closed circular DNA in the presence of topoisomerase I. Anabaena HU (AHU) shows preference for A/T-rich region in the center of its DNA binding site.	1.01892e-12
NZ_AP017968.1|WP_096401334.1|140888_141773_-|cation-transporter	gnl|CDD|223131	COG0053, MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism].	1.42827e-89
NZ_AP017968.1|WP_096401328.1|133130_134033_+|PHP-domain-containing-protein	gnl|CDD|223686	COG0613, COG0613, Predicted metal-dependent phosphoesterases (PHP family) [General function prediction only].	4.44396e-32
NZ_AP017968.1|WP_096401331.1|138685_138955_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	1.28101e-13
NZ_AP017968.1|WP_096401320.1|122856_124623_-|sigma-54-interacting-transcriptional-regulator	gnl|CDD|226350	COG3829, RocR, Transcriptional regulator containing PAS, AAA-type ATPase, and DNA-binding domains [Transcription / Signal transduction mechanisms].	3.21918e-144
NZ_AP017968.1|WP_096401335.1|142640_143027_+|polymer-forming-cytoskeletal-protein	gnl|CDD|377376	pfam04519, Bactofilin, Polymer-forming cytoskeletal. This is a family of bactofilins, a functionally diverse class of cytoskeletal, polymer-forming, proteins that is widely conserved among bacteria. In the example species C. crescentus, two bactofilins assemble into a membrane-associated laminar structure that shows cell-cycle-dependent polar localization and acts as a platform for the recruitment of a cell wall biosynthetic enzyme involved in polar morphogenesis. Bactofilins display distinct subcellular distributions and dynamics in different bacterial species, suggesting that they are versatile structural elements that have adopted a range of different cellular functions.	3.28477e-18
NZ_AP017968.1|WP_096401333.1|140103_140802_+|methyltransferase-domain-containing-protein	gnl|CDD|225139	COG2230, Cfa, Cyclopropane fatty acid synthase and related methyltransferases [Cell envelope biogenesis, outer membrane].	5.22534e-26
NZ_AP017968.1|WP_096401330.1|138405_138693_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	3.69746e-08
NZ_AP017968.1|WP_096401322.1|125214_125727_+|flavin-reductase	gnl|CDD|224766	COG1853, COG1853, Conserved protein/domain typically associated with flavoprotein oxygenases, DIM6/NTAB family [General function prediction only].	1.58735e-13
NZ_AP017968.1|WP_096401321.1|124638_125106_-|macro-domain-containing-protein	gnl|CDD|394880	cd03331, Macro_Poa1p-like_SNF2, macrodomain, Poa1p-like family, SNF2 subfamily. Macrodomains are found in a variety of proteins with diverse cellular functions, as a stand-alone domain or in combination with other domains like in histone macroH2A and some PARPs (poly ADP-ribose polymerases). Macrodomains can recognize ADP-ribose (ADPr) in both its free and protein-linked forms, in related ligands, such as O-acyl-ADP-ribose (OAADPr), and even in ligands unrelated to ADPr. Members of this subfamily contain a C-terminal macrodomain that show similarity to the yeast protein Poa1p, reported to be a phosphatase specific for Appr-1"-p, a tRNA splicing metabolite. In addition, they also contain an SNF2 domain, defined by the presence of seven motifs with sequence similarity to DNA helicases. SNF2 proteins have the capacity to use the energy released by their DNA-dependent ATPase activity to stabilize or perturb protein-DNA interactions and play important roles in transcriptional regulation, maintenance of chromosome integrity and DNA repair.	1.89502e-27
NZ_AP017968.1|WP_096401327.1|132745_132928_-|YegP-family-protein	gnl|CDD|377831	pfam07411, DUF1508, Domain of unknown function (DUF1508). This family represents a series of bacterial domains of unknown function of around 50 residues in length. Members of this family are often found as tandem repeats and in some cases represent the whole protein. All member proteins are described as being hypothetical.	2.70663e-14
NZ_AP017968.1|WP_096401324.1|128101_129850_-|ABC-transporter-ATP-binding-protein	gnl|CDD|224054	COG1131, CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms].	4.05466e-85
NZ_AP017968.1|WP_096401323.1|126951_128079_-|ABC-transporter-permease	gnl|CDD|378925	pfam12698, ABC2_membrane_3, ABC-2 family transporter protein. This family is related to the ABC-2 membrane transporter family pfam01061.	9.61189e-31
NZ_AP017968.1|WP_172426464.1|125822_126938_-|ABC-transporter-permease	gnl|CDD|378925	pfam12698, ABC2_membrane_3, ABC-2 family transporter protein. This family is related to the ABC-2 membrane transporter family pfam01061.	3.77823e-30
NZ_AP017968.1|WP_096401336.1|143296_143602_+|HU-family-DNA-binding-protein	gnl|CDD|365952	pfam00216, Bac_DNA_binding, Bacterial DNA-binding protein.	5.32874e-11

Protein sequences

>NZ_AP017968.1|WP_096401328.1|133130_134033_+|PHP-domain-containing-protein
MSKNIDLHMHSLYSDDGEFSPEEIIKIGKREEMEIMALTDHNSVKGVDEMIKYGKEVGIKVISGVEIDCVYKGINLHMLGYGIDYKRKEFLEIEEEIFEKEMAIAKTKIERLKGNTDLIVDEEKIFEIAGGNIITGEIIGEVVLAEKKNRNNSLLEEYFNNGAKSDMPFVHFYWDFFSQGKIAYVPIEFRSMTEIVNLIKESGGLAVLAHPGNNFKNYLEIVEDIIEEGIDGIEVFSTYHSQEQIEYFYNKAEKNNLLMTFGSDFHGKNKPHIRLKGYPVPEKYEGMKEKLVRDFIERLK
>NZ_AP017968.1|WP_096401327.1|132745_132928_-|YegP-family-protein
MYFKILKAKNEQFYFNGYGNNHEIILTSEMYKTKQAAHNTIEVIKSQAEKAEIKDETEKK
>NZ_AP017968.1|WP_096401326.1|130931_132398_-|efflux-transporter-outer-membrane-subunit
MKKLYNKTLYLVSIILLTASCNNSQVTTSEKQAELNQYKWTELSSKYENSYSSNGIQKNISLDVLSNWWGILEDETLTQLINLSLNNNKNLQEVRAKVKEARAALGISQAELLPWLDNNNSWERKKTSDNSPSQSGIASVYKLGIDASWEIDIFGGNQYKVEAAAADLQTQHAQLHSAWVTLTSEVAINYLSLRTLQERLSLAEANLNLQENTVQLLQSKYNTGLIDELALNQAKYTASQTKSTIPTIKISIEETLNNLAVLTGQLPGSLEKTLIEKKELPNINEMIYVGIPAETLRQRPDIQAAEYQLEAQIARTKSAKADLKPKLILFGSIGLESVSSGSLLSGASKGFSIGPQITLPIFHAGAIRKNIEVQSAKEEQYLAAYENTILNAVAEVRNALTAINQETEKNISLKEGMQTASLALEIAQEKYNNGLVDFQNVLDAQRALLSLQDQYATSKGQKISNLVGLFKALGGGWKPLTQEQTNIK
>NZ_AP017968.1|WP_096401325.1|129855_130893_-|efflux-RND-transporter-periplasmic-adaptor-subunit
MNKEKILSNLKNKNIIILLIVIIIVLFTGGWIYKKINKDENIILYGNVDIRQIALAFNANERIDKMYAEEGDVVKKGDLLAALDTKSLNLQIEKNKAEIEAQENVVLRLKNGSRPEEISQKLAQLNAAEAEAKNAKTQLQRIQNAYNKSAGRSISKQEKDDAESRVKITAAQVKEAYEGYQLANIGPREEDIAEAEAQLKTLKAELAIQEYLLSQAQLISPSDAVVRSRLQEPGDMASPQRPTYLLALNEKKWVRAYIQETQLGFVKPGMNAAVSIDSYPNKQINGQVGFISPVAEFTPKTVQTAELRTSLLYEIRIYVNDNKDILRMGMPATVKIDTNSINTKE
>NZ_AP017968.1|WP_096401324.1|128101_129850_-|ABC-transporter-ATP-binding-protein
MNDENIVIAENLYKHFIVKPGKKKIDVLTNINIEIPAGKLTALIGPDGAGKTTFMRLICGLMMPSEGNITVLGINTKENPQEIQNRISYMPQRFGLYEDLSIQENLNLYADLYGVPKEIREDRFDQLLKMTGLEEFTKRQAGKLSGGMKQKLGLACTLVRSPELLLLDEPTVGVDPLSRRELWEILQKLVKEEKLTVLVNTAYMDEAELCHKVIVIHKSSILAMGTPKELSLIGENRCFKIQPPAGIPSRILQTKLLDDKKNIVDAVPEGGEVRFITQSDEAFNNIKEIESNLQIQKVNSTLEDGFMILLHDYEKKYIKAEKTFSIKFPDKFDISKQVDIEVKNLVRKFGDFTAVSNTSFQVYKGEIFGLLGPNGAGKTTTFRMLCGLLPATSGFLSVAGVNLRKSRTYARANIGYVAQKFSLYSTLTVEENLIFFGGVYGLKGEKLENRMEEVKEQFGLTGQETKPSGELPGGFKQRLSMAVALLHEPKILFLDEPTSGIDPLARRTFWRQITALAAEGTTIIITTHFMEEAEYCDRIMIQDQGKMLVIGTPEEVRKNAGENIKTMNDAFIEIVEQNRSKM
>NZ_AP017968.1|WP_096401323.1|126951_128079_-|ABC-transporter-permease
MSKNDFIRRLTAMITKEFRQLIRDNSSILIGIFLPILLIFIIGYGVSLDVKNVPIAVVLEDTSPTTYDVLSFLNGSEYFSPTYVTSMHEAEKMMDERNADAILRIPSDFSESLYRQESSVQLILYGVDSSTSTLVKGYVEGSIKQWETLNKSKFINDSTIGSITIENRMWFNDANSSIWYFIPGLIVLIITIVGVFLTSLVMAREWERGTLESLFISPVRPLEILLSKMVPYFSVAMIGFLFCLIAARFLFEVPIYGSLAIIILCSMLYLLVTLGMGLTISSITKNQFLASQLALLVSFLPAMMLTGFLYDLRSVPAFIRNVGQILPATYYLELLKSLFLAGNNWHLIYKNCLILFFYAIFFISLALKVTKKSLE
>NZ_AP017968.1|WP_172426464.1|125822_126938_-|ABC-transporter-permease
MNNFMTFLLKLKSICKKELLTTLKDPATRTVLFIPVIIQSFLFGYAATYNLDKVPYAYLDNSKSKTSAEFISKLDGTNVFKRVQTLMNANEIAQSIDSDKAMLVIGIDSDFEKKLTKGETASIQVITDGRNTMTAAVASGYVNEIVGEFNSERNGGKQLINVKTRAWYNPNLITRWSFLPGMIATLSLIQTLMLAGLSVAREREQGTFDQLLVTPLSSTEILIGKAVPPMIIGMLQVTFIIVICMFWFKIPMSGSLFTLYFTVFIFMTSCIGIGLSISAVSNNMQQVMVYTFVLIMPMVLLSGLATPIHNMPRILQIATYANPMRFGVEAIRRIYLEGSSLAQIAHNFIPMAIVAAVTLPLAVWLFRNKLT
>NZ_AP017968.1|WP_096401322.1|125214_125727_+|flavin-reductase
MKNFKEIKAEEINENTFEIIGKKWMLITAKKKSGEVNTMTASWGGLGVLWRKNVAFIFIRPQRFTKGFVDEAERFSLTFFDESYRKQLGYLGTVSGKNENKIEKAGLTIEHEKETPIFKEAETVIVCRKLYAQPLEEQFFIDKDSDKECYPDKDYHIMYVGEIEKVLVKE
>NZ_AP017968.1|WP_096401321.1|124638_125106_-|macro-domain-containing-protein
MNKIHYLKGDAVYPQARGNIIITHICNDIGVWGRGFVVALSARWMAPEIEYLIWRKEGNDFSLGNVQFVKVTPTIAVANMIAQHDIISKSGVPPIRYEALEICLEKTAQKAVELDASIHMPRIGCGFAGGSWKVIEDIILKTIISKNIEVYVYDL
>NZ_AP017968.1|WP_096401320.1|122856_124623_-|sigma-54-interacting-transcriptional-regulator
MEISLLDIKEHVKKYASAISSLINVDVGIVDKNMVRVTGTGLYKNIEGVYALGSVYKNSLETGKTNIIENPRQHDLCTECLDKNKCREKLEIATPIYCRDEIVGVIGLVCFNDEQKKKILSDIDSYLNFTKQIAEFIGIKFYEYQENLMQKDRESTLNTIIDNISKGVIISDCNDVIIKINNIASAKLKLKSDVLGKTMKLVSQNDYLMNEEVFNMVIENEEYNVAGKIIPLKSFNKTRSNAFVFEDVKKISRNILEMTSSDNMITLENIYGTSAATQSLKENIQKIANTNSTVLITGESGTGKELVARSLHSHGNRRNKPFVVINCSAIPDTLLESELFGYVKGAFTGASQNGRMGKFELANTGVIFLDEIGDMPLYLQAKILRVIQEKKIERIGSNKSIDLDIKIIAATNIDLEKKIMEQKFRGDLYYRLNVIPIKLLPLRERKEDILPIINSLIDKYNRLSDKYVHSIDEDVKRALINYEWPGNVRELENVMELMINMSGSNGVISSDLLPENILHHCDNISSSIDELLINDKSELEDFEKIEKIYIEKSLKKYGDDTESKKYIADKMNIGLTTLYRKMKKYNIK
>NZ_AP017968.1|WP_096401330.1|138405_138693_+|HU-family-DNA-binding-protein
MTEGEFIRFYKKRNGLKNQKEVKEKIDLFWNTLLKVLDEGEKVTFKNWGTFEEKEVKPRKIMIARINKTGYTKAKKKIRFRAGLQDIVNGAGTDE
>NZ_AP017968.1|WP_096401331.1|138685_138955_+|HU-family-DNA-binding-protein
MNKRELAKVYSEMSKGEISARKALKEIEVFLETMQEALEKSHSLMFRNIGIFEVKERKSRIIANPVTRELMKIYPKKIVKFRVFKSIVK
>NZ_AP017968.1|WP_172426465.1|139005_139158_-|hypothetical-protein
MECNVKCGNTHVAECPCPKDCPNHGKCCDCVMHHKNDIGNLPFCLRPKES
>NZ_AP017968.1|WP_096401332.1|139304_140084_+|HAD-family-hydrolase
MKLIATDLDGTLLTKDKRVSDFNRDILNKKSDEGIELVIASGRDLYSIVDLTGCLNVKYHICFNGAKIYKDRKLIYSKSMNKNTCLDILEKAVEIGLDYSATAEKEVHFTKIDPEYVKEYKTNKELQFFHITDKKPLGREFEKMVFVGDADKFKKLRKYVTEKYGNELNIFISGDSVMDIVNIQCGKGEALRLVAEDIGIDIEQTMVFGDNENDLSMLDIAGCPVIMANAAERLKKSEYKRTVTNDEDGVGVFVENFFR
>NZ_AP017968.1|WP_096401333.1|140103_140802_+|methyltransferase-domain-containing-protein
MNVKYSKKFLMDNMMGPNSFRIVEEITNGIRIETGSRILDLGCGKGLTSIFLAEKYDSSVFAADLWIDPTENYERFKKVDLGEEIIPLRAEAHHLPFAHDFFDVIVTIDSYHYFGNTEEFFEKYILPLLRKNGLFIMAVPGLKEEFEDGKIPEELLPFWQENMNFYTKYWWKELFSKTERIIIEKCESLKCHDEAWKEWLECDNEYAVHDIEMMKAEGGKYFDTIGIIIRKK
>NZ_AP017968.1|WP_096401334.1|140888_141773_-|cation-transporter
MKTLTNEQTAMKVSFVSIVWNIILSVFKLFAGIVAHSGAMISDAVHSASDVLSTFIVIIGVKIANKESDKTHPYGHERMECVAAILLAAILFATGLGIGYKGILIISSNDYSHLTVPGVLALVAAVISIGVKEGMYWYTRAAAKKINSGALMADAWHHRSDALSSVGSFAGILGARLGYPIFDPIASVIICIFILKAAFEIFMDSINKMTDKACDDETIEIIRTLILKQEGVLGIDQIKTRLFGDRIYVDVEIQADGNISLKQAHDIAHYVHDAIENNIPKIKHCMVHVNPVNK
>NZ_AP017968.1|WP_172426466.1|142065_142221_-|hypothetical-protein
MKKELMNKEITNLDILEKLYNHSKSTENNDKLKEMKDELTMLDDYFLRYAK
>NZ_AP017968.1|WP_096401335.1|142640_143027_+|polymer-forming-cytoskeletal-protein
MGLFSKSNKDVEIDFSAKGMTAISKGSTVVGDITNECNLHIDGIITGNIVSNAVVTVGTSGRVKGKIRAYKIIISGICKGELEADIVEILTNSKVVGDIISSKLILEKDSYFEGRNQKKQPSEYIEMK
>NZ_AP017968.1|WP_096401336.1|143296_143602_+|HU-family-DNA-binding-protein
MGEKEFLKLYMKERGLKNLEEAKEKVDTFWKTVKESLEKGEKVKFKDWGNFEMKDVKPRRIIELKTKRDMTIPGSRKIKFSSGKGLIKFINDEIEKGKIDG
>NZ_AP017968.1|WP_096401337.1|143594_143867_+|HU-family-DNA-binding-protein
MDKLQFIKEYKENHEKRITNADAKKDVEAFLNLIENNIVDVGSIKFKGVGTFSLLRRRARVISNPKTRERMTIYPLAIVKFTPTKAKKEK

Crispr_ID: NZ_AP017968_1

• CRISPR_ID: NZ_AP017968_1
• CRISPR_location: 136477-136628
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NZ_AP017968_1

Consensus_repeat	Method
AAAATAATATTGTTAATGGAAATAT	CRISPRCasFinder

spacers of NZ_AP017968_1

>1.1|136502|38|NZ_AP017968|CRISPRCasFinder
AAATATAATGAAAGGGAATAATGAAGTTACGATAAAAG
>1.2|136565|38|NZ_AP017968|CRISPRCasFinder
AAGTCTAGGAACTGAAAGTGATACTTTAATATTAGATA

CRISPR arrays and Neighbor proteins around NZ_AP017968_1

CRISPR arrays

The CRISPR arrays of NZ_AP017968_1

>merge|NZ_AP017968|1|136477-136628|CRISPRCasFinder
AAAATAATATTATTAATGGTAATATAAATATAATGAAAGGGAATAATGAAGTTACGATAAAAGAAAATAATATTGTTAATGGAAATATAAGTCTAGGAACTGAAAGTGATACTTTAATATTAGATAAAAACAATATTGTTAATGGAAATATT

>NZ_AP017968|1|1|136477-136628|CRISPRCasFinder
AAAATAATATTATTAATGGTAATAT	AAATATAATGAAAGGGAATAATGAAGTTACGATAAAAG
AAAATAATATTGTTAATGGAAATAT	AAGTCTAGGAACTGAAAGTGATACTTTAATATTAGATA
AAAACAATATTGTTAATGGAAATATT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096401325.1|129855_130893_-|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|235136
NZ_AP017968.1|WP_096401332.1|139304_140084_+|HAD-family-hydrolase	unknown	unknown	gnl|CDD|369792
NZ_AP017968.1|WP_096401326.1|130931_132398_-|efflux-transporter-outer-membrane-subunit	unknown	unknown	gnl|CDD|273830
NZ_AP017968.1|WP_096401337.1|143594_143867_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|259853
NZ_AP017968.1|WP_096401334.1|140888_141773_-|cation-transporter	unknown	unknown	gnl|CDD|223131
NZ_AP017968.1|WP_096401328.1|133130_134033_+|PHP-domain-containing-protein	unknown	unknown	gnl|CDD|223686
NZ_AP017968.1|WP_096401331.1|138685_138955_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096401320.1|122856_124623_-|sigma-54-interacting-transcriptional-regulator	unknown	unknown	gnl|CDD|226350
NZ_AP017968.1|WP_096401335.1|142640_143027_+|polymer-forming-cytoskeletal-protein	unknown	unknown	gnl|CDD|377376
NZ_AP017968.1|WP_096401333.1|140103_140802_+|methyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|225139
NZ_AP017968.1|WP_096401330.1|138405_138693_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096401322.1|125214_125727_+|flavin-reductase	unknown	unknown	gnl|CDD|224766
NZ_AP017968.1|WP_096401321.1|124638_125106_-|macro-domain-containing-protein	unknown	unknown	gnl|CDD|394880
NZ_AP017968.1|WP_172426465.1|139005_139158_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096401327.1|132745_132928_-|YegP-family-protein	unknown	unknown	gnl|CDD|377831
NZ_AP017968.1|WP_096401324.1|128101_129850_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224054
NZ_AP017968.1|WP_096401336.1|143296_143602_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|365952
NZ_AP017968.1|WP_096401323.1|126951_128079_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|378925
NZ_AP017968.1|WP_172426464.1|125822_126938_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|378925
NZ_AP017968.1|WP_172426466.1|142065_142221_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096401325.1|129855_130893_-|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|235136	PRK03598, PRK03598, putative efflux pump membrane fusion protein; Provisional.	2.36624e-94
NZ_AP017968.1|WP_096401332.1|139304_140084_+|HAD-family-hydrolase	gnl|CDD|369792	pfam08282, Hydrolase_3, haloacid dehalogenase-like hydrolase. This family contains haloacid dehalogenase-like hydrolase enzymes.	2.30214e-60
NZ_AP017968.1|WP_096401326.1|130931_132398_-|efflux-transporter-outer-membrane-subunit	gnl|CDD|273830	TIGR01845, Outer_membrane_protein_OprM, efflux transporter, outer membrane factor (OMF) lipoprotein, NodT family. Members of this model comprise a subfamily of the Outer Membrane Factor (TCDB 1.B.17) porins. OMF proteins operate in conjunction with a primary transporter of the RND, MFS, ABC, or PET systems, and a MFP (membrane fusion protein) to tranport substrates across membranes. The complex thus formed allows transport (export) of various solutes (heavy metal cations; drugs, oligosaccharides, proteins, etc.) across the two envelopes of the Gram-negative bacterial cell envelope in a single energy-coupled step. Current data suggest that the OMF (and not the MFP) is largely responsible for the formation of both the trans-outer membrane and trans-periplasmic channels. The roles played by the MFP have yet to be determined. [Cellular processes, Detoxification, Transport and binding proteins, Porins].	4.23815e-78
NZ_AP017968.1|WP_096401337.1|143594_143867_+|HU-family-DNA-binding-protein	gnl|CDD|259853	cd13831, HU, histone-like DNA-binding protein HU. This subfamily includes HU and HU-like domains. HU is a conserved nucleoid-associated protein (NAP) which binds non-specifically to duplex DNA with a particular preference for targeting nicked and bent DNA. It is highly basic and contributes to chromosomal compaction and maintenance of negative supercoiling, thus often referred to as histone-like protein. HU can induce DNA bends, condense DNA in a fiber and also interact with single stranded DNA. It contains two homologous subunits, alpha and beta, typically forming homodimers (alpha-alpha and beta-beta), except in E. coli and other enterobacteria, which form heterodimers (alpha-beta). In E. coli, HU binds uniformly to the chromosome, with a preference for damaged or distorted DNA structures and can introduce negative supercoils into closed circular DNA in the presence of topoisomerase I. Anabaena HU (AHU) shows preference for A/T-rich region in the center of its DNA binding site.	1.01892e-12
NZ_AP017968.1|WP_096401334.1|140888_141773_-|cation-transporter	gnl|CDD|223131	COG0053, MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism].	1.42827e-89
NZ_AP017968.1|WP_096401328.1|133130_134033_+|PHP-domain-containing-protein	gnl|CDD|223686	COG0613, COG0613, Predicted metal-dependent phosphoesterases (PHP family) [General function prediction only].	4.44396e-32
NZ_AP017968.1|WP_096401331.1|138685_138955_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	1.28101e-13
NZ_AP017968.1|WP_096401320.1|122856_124623_-|sigma-54-interacting-transcriptional-regulator	gnl|CDD|226350	COG3829, RocR, Transcriptional regulator containing PAS, AAA-type ATPase, and DNA-binding domains [Transcription / Signal transduction mechanisms].	3.21918e-144
NZ_AP017968.1|WP_096401335.1|142640_143027_+|polymer-forming-cytoskeletal-protein	gnl|CDD|377376	pfam04519, Bactofilin, Polymer-forming cytoskeletal. This is a family of bactofilins, a functionally diverse class of cytoskeletal, polymer-forming, proteins that is widely conserved among bacteria. In the example species C. crescentus, two bactofilins assemble into a membrane-associated laminar structure that shows cell-cycle-dependent polar localization and acts as a platform for the recruitment of a cell wall biosynthetic enzyme involved in polar morphogenesis. Bactofilins display distinct subcellular distributions and dynamics in different bacterial species, suggesting that they are versatile structural elements that have adopted a range of different cellular functions.	3.28477e-18
NZ_AP017968.1|WP_096401333.1|140103_140802_+|methyltransferase-domain-containing-protein	gnl|CDD|225139	COG2230, Cfa, Cyclopropane fatty acid synthase and related methyltransferases [Cell envelope biogenesis, outer membrane].	5.22534e-26
NZ_AP017968.1|WP_096401330.1|138405_138693_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	3.69746e-08
NZ_AP017968.1|WP_096401322.1|125214_125727_+|flavin-reductase	gnl|CDD|224766	COG1853, COG1853, Conserved protein/domain typically associated with flavoprotein oxygenases, DIM6/NTAB family [General function prediction only].	1.58735e-13
NZ_AP017968.1|WP_096401321.1|124638_125106_-|macro-domain-containing-protein	gnl|CDD|394880	cd03331, Macro_Poa1p-like_SNF2, macrodomain, Poa1p-like family, SNF2 subfamily. Macrodomains are found in a variety of proteins with diverse cellular functions, as a stand-alone domain or in combination with other domains like in histone macroH2A and some PARPs (poly ADP-ribose polymerases). Macrodomains can recognize ADP-ribose (ADPr) in both its free and protein-linked forms, in related ligands, such as O-acyl-ADP-ribose (OAADPr), and even in ligands unrelated to ADPr. Members of this subfamily contain a C-terminal macrodomain that show similarity to the yeast protein Poa1p, reported to be a phosphatase specific for Appr-1"-p, a tRNA splicing metabolite. In addition, they also contain an SNF2 domain, defined by the presence of seven motifs with sequence similarity to DNA helicases. SNF2 proteins have the capacity to use the energy released by their DNA-dependent ATPase activity to stabilize or perturb protein-DNA interactions and play important roles in transcriptional regulation, maintenance of chromosome integrity and DNA repair.	1.89502e-27
NZ_AP017968.1|WP_096401327.1|132745_132928_-|YegP-family-protein	gnl|CDD|377831	pfam07411, DUF1508, Domain of unknown function (DUF1508). This family represents a series of bacterial domains of unknown function of around 50 residues in length. Members of this family are often found as tandem repeats and in some cases represent the whole protein. All member proteins are described as being hypothetical.	2.70663e-14
NZ_AP017968.1|WP_096401324.1|128101_129850_-|ABC-transporter-ATP-binding-protein	gnl|CDD|224054	COG1131, CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms].	4.05466e-85
NZ_AP017968.1|WP_096401323.1|126951_128079_-|ABC-transporter-permease	gnl|CDD|378925	pfam12698, ABC2_membrane_3, ABC-2 family transporter protein. This family is related to the ABC-2 membrane transporter family pfam01061.	9.61189e-31
NZ_AP017968.1|WP_172426464.1|125822_126938_-|ABC-transporter-permease	gnl|CDD|378925	pfam12698, ABC2_membrane_3, ABC-2 family transporter protein. This family is related to the ABC-2 membrane transporter family pfam01061.	3.77823e-30
NZ_AP017968.1|WP_096401336.1|143296_143602_+|HU-family-DNA-binding-protein	gnl|CDD|365952	pfam00216, Bac_DNA_binding, Bacterial DNA-binding protein.	5.32874e-11

Protein sequences

>NZ_AP017968.1|WP_096401328.1|133130_134033_+|PHP-domain-containing-protein
MSKNIDLHMHSLYSDDGEFSPEEIIKIGKREEMEIMALTDHNSVKGVDEMIKYGKEVGIKVISGVEIDCVYKGINLHMLGYGIDYKRKEFLEIEEEIFEKEMAIAKTKIERLKGNTDLIVDEEKIFEIAGGNIITGEIIGEVVLAEKKNRNNSLLEEYFNNGAKSDMPFVHFYWDFFSQGKIAYVPIEFRSMTEIVNLIKESGGLAVLAHPGNNFKNYLEIVEDIIEEGIDGIEVFSTYHSQEQIEYFYNKAEKNNLLMTFGSDFHGKNKPHIRLKGYPVPEKYEGMKEKLVRDFIERLK
>NZ_AP017968.1|WP_096401327.1|132745_132928_-|YegP-family-protein
MYFKILKAKNEQFYFNGYGNNHEIILTSEMYKTKQAAHNTIEVIKSQAEKAEIKDETEKK
>NZ_AP017968.1|WP_096401326.1|130931_132398_-|efflux-transporter-outer-membrane-subunit
MKKLYNKTLYLVSIILLTASCNNSQVTTSEKQAELNQYKWTELSSKYENSYSSNGIQKNISLDVLSNWWGILEDETLTQLINLSLNNNKNLQEVRAKVKEARAALGISQAELLPWLDNNNSWERKKTSDNSPSQSGIASVYKLGIDASWEIDIFGGNQYKVEAAAADLQTQHAQLHSAWVTLTSEVAINYLSLRTLQERLSLAEANLNLQENTVQLLQSKYNTGLIDELALNQAKYTASQTKSTIPTIKISIEETLNNLAVLTGQLPGSLEKTLIEKKELPNINEMIYVGIPAETLRQRPDIQAAEYQLEAQIARTKSAKADLKPKLILFGSIGLESVSSGSLLSGASKGFSIGPQITLPIFHAGAIRKNIEVQSAKEEQYLAAYENTILNAVAEVRNALTAINQETEKNISLKEGMQTASLALEIAQEKYNNGLVDFQNVLDAQRALLSLQDQYATSKGQKISNLVGLFKALGGGWKPLTQEQTNIK
>NZ_AP017968.1|WP_096401325.1|129855_130893_-|efflux-RND-transporter-periplasmic-adaptor-subunit
MNKEKILSNLKNKNIIILLIVIIIVLFTGGWIYKKINKDENIILYGNVDIRQIALAFNANERIDKMYAEEGDVVKKGDLLAALDTKSLNLQIEKNKAEIEAQENVVLRLKNGSRPEEISQKLAQLNAAEAEAKNAKTQLQRIQNAYNKSAGRSISKQEKDDAESRVKITAAQVKEAYEGYQLANIGPREEDIAEAEAQLKTLKAELAIQEYLLSQAQLISPSDAVVRSRLQEPGDMASPQRPTYLLALNEKKWVRAYIQETQLGFVKPGMNAAVSIDSYPNKQINGQVGFISPVAEFTPKTVQTAELRTSLLYEIRIYVNDNKDILRMGMPATVKIDTNSINTKE
>NZ_AP017968.1|WP_096401324.1|128101_129850_-|ABC-transporter-ATP-binding-protein
MNDENIVIAENLYKHFIVKPGKKKIDVLTNINIEIPAGKLTALIGPDGAGKTTFMRLICGLMMPSEGNITVLGINTKENPQEIQNRISYMPQRFGLYEDLSIQENLNLYADLYGVPKEIREDRFDQLLKMTGLEEFTKRQAGKLSGGMKQKLGLACTLVRSPELLLLDEPTVGVDPLSRRELWEILQKLVKEEKLTVLVNTAYMDEAELCHKVIVIHKSSILAMGTPKELSLIGENRCFKIQPPAGIPSRILQTKLLDDKKNIVDAVPEGGEVRFITQSDEAFNNIKEIESNLQIQKVNSTLEDGFMILLHDYEKKYIKAEKTFSIKFPDKFDISKQVDIEVKNLVRKFGDFTAVSNTSFQVYKGEIFGLLGPNGAGKTTTFRMLCGLLPATSGFLSVAGVNLRKSRTYARANIGYVAQKFSLYSTLTVEENLIFFGGVYGLKGEKLENRMEEVKEQFGLTGQETKPSGELPGGFKQRLSMAVALLHEPKILFLDEPTSGIDPLARRTFWRQITALAAEGTTIIITTHFMEEAEYCDRIMIQDQGKMLVIGTPEEVRKNAGENIKTMNDAFIEIVEQNRSKM
>NZ_AP017968.1|WP_096401323.1|126951_128079_-|ABC-transporter-permease
MSKNDFIRRLTAMITKEFRQLIRDNSSILIGIFLPILLIFIIGYGVSLDVKNVPIAVVLEDTSPTTYDVLSFLNGSEYFSPTYVTSMHEAEKMMDERNADAILRIPSDFSESLYRQESSVQLILYGVDSSTSTLVKGYVEGSIKQWETLNKSKFINDSTIGSITIENRMWFNDANSSIWYFIPGLIVLIITIVGVFLTSLVMAREWERGTLESLFISPVRPLEILLSKMVPYFSVAMIGFLFCLIAARFLFEVPIYGSLAIIILCSMLYLLVTLGMGLTISSITKNQFLASQLALLVSFLPAMMLTGFLYDLRSVPAFIRNVGQILPATYYLELLKSLFLAGNNWHLIYKNCLILFFYAIFFISLALKVTKKSLE
>NZ_AP017968.1|WP_172426464.1|125822_126938_-|ABC-transporter-permease
MNNFMTFLLKLKSICKKELLTTLKDPATRTVLFIPVIIQSFLFGYAATYNLDKVPYAYLDNSKSKTSAEFISKLDGTNVFKRVQTLMNANEIAQSIDSDKAMLVIGIDSDFEKKLTKGETASIQVITDGRNTMTAAVASGYVNEIVGEFNSERNGGKQLINVKTRAWYNPNLITRWSFLPGMIATLSLIQTLMLAGLSVAREREQGTFDQLLVTPLSSTEILIGKAVPPMIIGMLQVTFIIVICMFWFKIPMSGSLFTLYFTVFIFMTSCIGIGLSISAVSNNMQQVMVYTFVLIMPMVLLSGLATPIHNMPRILQIATYANPMRFGVEAIRRIYLEGSSLAQIAHNFIPMAIVAAVTLPLAVWLFRNKLT
>NZ_AP017968.1|WP_096401322.1|125214_125727_+|flavin-reductase
MKNFKEIKAEEINENTFEIIGKKWMLITAKKKSGEVNTMTASWGGLGVLWRKNVAFIFIRPQRFTKGFVDEAERFSLTFFDESYRKQLGYLGTVSGKNENKIEKAGLTIEHEKETPIFKEAETVIVCRKLYAQPLEEQFFIDKDSDKECYPDKDYHIMYVGEIEKVLVKE
>NZ_AP017968.1|WP_096401321.1|124638_125106_-|macro-domain-containing-protein
MNKIHYLKGDAVYPQARGNIIITHICNDIGVWGRGFVVALSARWMAPEIEYLIWRKEGNDFSLGNVQFVKVTPTIAVANMIAQHDIISKSGVPPIRYEALEICLEKTAQKAVELDASIHMPRIGCGFAGGSWKVIEDIILKTIISKNIEVYVYDL
>NZ_AP017968.1|WP_096401320.1|122856_124623_-|sigma-54-interacting-transcriptional-regulator
MEISLLDIKEHVKKYASAISSLINVDVGIVDKNMVRVTGTGLYKNIEGVYALGSVYKNSLETGKTNIIENPRQHDLCTECLDKNKCREKLEIATPIYCRDEIVGVIGLVCFNDEQKKKILSDIDSYLNFTKQIAEFIGIKFYEYQENLMQKDRESTLNTIIDNISKGVIISDCNDVIIKINNIASAKLKLKSDVLGKTMKLVSQNDYLMNEEVFNMVIENEEYNVAGKIIPLKSFNKTRSNAFVFEDVKKISRNILEMTSSDNMITLENIYGTSAATQSLKENIQKIANTNSTVLITGESGTGKELVARSLHSHGNRRNKPFVVINCSAIPDTLLESELFGYVKGAFTGASQNGRMGKFELANTGVIFLDEIGDMPLYLQAKILRVIQEKKIERIGSNKSIDLDIKIIAATNIDLEKKIMEQKFRGDLYYRLNVIPIKLLPLRERKEDILPIINSLIDKYNRLSDKYVHSIDEDVKRALINYEWPGNVRELENVMELMINMSGSNGVISSDLLPENILHHCDNISSSIDELLINDKSELEDFEKIEKIYIEKSLKKYGDDTESKKYIADKMNIGLTTLYRKMKKYNIK
>NZ_AP017968.1|WP_096401330.1|138405_138693_+|HU-family-DNA-binding-protein
MTEGEFIRFYKKRNGLKNQKEVKEKIDLFWNTLLKVLDEGEKVTFKNWGTFEEKEVKPRKIMIARINKTGYTKAKKKIRFRAGLQDIVNGAGTDE
>NZ_AP017968.1|WP_096401331.1|138685_138955_+|HU-family-DNA-binding-protein
MNKRELAKVYSEMSKGEISARKALKEIEVFLETMQEALEKSHSLMFRNIGIFEVKERKSRIIANPVTRELMKIYPKKIVKFRVFKSIVK
>NZ_AP017968.1|WP_172426465.1|139005_139158_-|hypothetical-protein
MECNVKCGNTHVAECPCPKDCPNHGKCCDCVMHHKNDIGNLPFCLRPKES
>NZ_AP017968.1|WP_096401332.1|139304_140084_+|HAD-family-hydrolase
MKLIATDLDGTLLTKDKRVSDFNRDILNKKSDEGIELVIASGRDLYSIVDLTGCLNVKYHICFNGAKIYKDRKLIYSKSMNKNTCLDILEKAVEIGLDYSATAEKEVHFTKIDPEYVKEYKTNKELQFFHITDKKPLGREFEKMVFVGDADKFKKLRKYVTEKYGNELNIFISGDSVMDIVNIQCGKGEALRLVAEDIGIDIEQTMVFGDNENDLSMLDIAGCPVIMANAAERLKKSEYKRTVTNDEDGVGVFVENFFR
>NZ_AP017968.1|WP_096401333.1|140103_140802_+|methyltransferase-domain-containing-protein
MNVKYSKKFLMDNMMGPNSFRIVEEITNGIRIETGSRILDLGCGKGLTSIFLAEKYDSSVFAADLWIDPTENYERFKKVDLGEEIIPLRAEAHHLPFAHDFFDVIVTIDSYHYFGNTEEFFEKYILPLLRKNGLFIMAVPGLKEEFEDGKIPEELLPFWQENMNFYTKYWWKELFSKTERIIIEKCESLKCHDEAWKEWLECDNEYAVHDIEMMKAEGGKYFDTIGIIIRKK
>NZ_AP017968.1|WP_096401334.1|140888_141773_-|cation-transporter
MKTLTNEQTAMKVSFVSIVWNIILSVFKLFAGIVAHSGAMISDAVHSASDVLSTFIVIIGVKIANKESDKTHPYGHERMECVAAILLAAILFATGLGIGYKGILIISSNDYSHLTVPGVLALVAAVISIGVKEGMYWYTRAAAKKINSGALMADAWHHRSDALSSVGSFAGILGARLGYPIFDPIASVIICIFILKAAFEIFMDSINKMTDKACDDETIEIIRTLILKQEGVLGIDQIKTRLFGDRIYVDVEIQADGNISLKQAHDIAHYVHDAIENNIPKIKHCMVHVNPVNK
>NZ_AP017968.1|WP_172426466.1|142065_142221_-|hypothetical-protein
MKKELMNKEITNLDILEKLYNHSKSTENNDKLKEMKDELTMLDDYFLRYAK
>NZ_AP017968.1|WP_096401335.1|142640_143027_+|polymer-forming-cytoskeletal-protein
MGLFSKSNKDVEIDFSAKGMTAISKGSTVVGDITNECNLHIDGIITGNIVSNAVVTVGTSGRVKGKIRAYKIIISGICKGELEADIVEILTNSKVVGDIISSKLILEKDSYFEGRNQKKQPSEYIEMK
>NZ_AP017968.1|WP_096401336.1|143296_143602_+|HU-family-DNA-binding-protein
MGEKEFLKLYMKERGLKNLEEAKEKVDTFWKTVKESLEKGEKVKFKDWGNFEMKDVKPRRIIELKTKRDMTIPGSRKIKFSSGKGLIKFINDEIEKGKIDG
>NZ_AP017968.1|WP_096401337.1|143594_143867_+|HU-family-DNA-binding-protein
MDKLQFIKEYKENHEKRITNADAKKDVEAFLNLIENNIVDVGSIKFKGVGTFSLLRRRARVISNPKTRERMTIYPLAIVKFTPTKAKKEK

Crispr_ID: NZ_AP017968_3

• CRISPR_ID: NZ_AP017968_3
• CRISPR_location: 688696-689170
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 4 spacers

Consensus repeat of NZ_AP017968_3

Consensus_repeat	Method
TGGAGCTAGTACAATAGGAGATATAACAAATAGTGGAACTATAAGTGGCAGT	PILER-CR

spacers of NZ_AP017968_3

>3.1|688748|47|NZ_AP017968|PILER-CR
ACTACTGGCAGTGGAAATTATTCAGGAAATGGGATTTATTCTACGAC
>3.2|688847|62|NZ_AP017968|PILER-CR
ACTACTGGCAGTGGAAATTATTCAGGAAATGGGCTTTATTCTACGAATGGAGCTGGTACAAT
>3.3|688961|57|NZ_AP017968|PILER-CR
AGGAAACAGTACTGGCGGAGATAAATCAGGAAATGGAATATATTCTTATTCTGAGGC
>3.4|689070|56|NZ_AP017968|PILER-CR
ACTACTGGTAGTGGATCTAATTCAGGAAATGGAATATTTTCTTATTCTTATTCTAA

CRISPR arrays and Neighbor proteins around NZ_AP017968_3

CRISPR arrays

The CRISPR arrays of NZ_AP017968_3

>merge|NZ_AP017968|3|688696-689170|PILER-CR
TGGAGCTAGTACAATAGGAGATATAACAAATAGTGGAACTATAAGTGGCAGTACTACTGGCAGTGGAAATTATTCAGGAAATGGGATTTATTCTACGACTGAAGCTAGTACAATAGGAGATATAACAAATAGTGGAACTATAAGTGGCAGTACTACTGGCAGTGGAAATTATTCAGGAAATGGGCTTTATTCTACGAATGGAGCTGGTACAATTGGAGCTAGTACAATAGGAGATATAACAAATAGTGGAAGTATAAGAGGAAACAGTACTGGCGGAGATAAATCAGGAAATGGAATATATTCTTATTCTGAGGCTGGAGCTAGTACAATAGGAAATATAACAAATAGTGGAACTATCAATGGTAGTACTACTGGTAGTGGATCTAATTCAGGAAATGGAATATTTTCTTATTCTTATTCTAATGGAGCTAGTACAATAGGGGATATAACAAATAGTGGAATTATAACTGGTAGT

>NZ_AP017968|3|1|688696-689170|PILER-CR
TGGAGCTAGTACAATAGGAGATATAACAAATAGTGGAACTATAAGTGGCAGT	ACTACTGGCAGTGGAAATTATTCAGGAAATGGGATTTATTCTACGAC
TGAAGCTAGTACAATAGGAGATATAACAAATAGTGGAACTATAAGTGGCAGT	ACTACTGGCAGTGGAAATTATTCAGGAAATGGGCTTTATTCTACGAATGGAGCTGGTACAAT
TGGAGCTAGTACAATAGGAGATATAACAAATAGTGGAAGTATAAGAGGAAAC	AGTACTGGCGGAGATAAATCAGGAAATGGAATATATTCTTATTCTGAGGCTGGAGCT
AGTACAATAGGAAATATAACAAATAGTGGAACTATCAATGGTAGTACTACTG	GTAGTGGATCTAATTCAGGAAATGGAATATTTTCTTATTCTTATTCTAATGGAGCT
AGTACAATAGGGGATATAACAAATAGTGGAATTATAACTGGTAGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096401822.1|687558_687804_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096401818.1|681852_682689_+|spore-photoproduct-lyase	unknown	unknown	gnl|CDD|350159
NZ_AP017968.1|WP_096401816.1|680855_681311_+|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
NZ_AP017968.1|WP_096401830.1|698392_699601_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096401831.1|700027_701071_+|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme	unknown	unknown	gnl|CDD|224919
NZ_AP017968.1|WP_096401826.1|694760_695132_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|224647
NZ_AP017968.1|WP_096401827.1|695270_695930_+|flavodoxin-family-protein	unknown	unknown	gnl|CDD|223728
NZ_AP017968.1|WP_096401814.1|678133_678934_+|nitroreductase-family-protein	unknown	unknown	gnl|CDD|380319
NZ_AP017968.1|WP_096401819.1|682654_683665_+|DNA-repair-photolyase	unknown	unknown	gnl|CDD|213890
NZ_AP017968.1|WP_096401820.1|683678_684383_+|SDR-family-NAD(P)-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223377
NZ_AP017968.1|WP_096401829.1|697157_698354_-|amidohydrolase	unknown	unknown	gnl|CDD|349940
NZ_AP017968.1|WP_096401817.1|681307_681802_+|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|366181
NZ_AP017968.1|WP_096401815.1|679166_680624_+|TrkH-family-potassium-uptake-protein	unknown	unknown	gnl|CDD|223246
NZ_AP017968.1|WP_096401821.1|684477_685029_+|reverse-rubrerythrin	unknown	unknown	gnl|CDD|153105
NZ_AP017968.1|WP_096401824.1|693362_693656_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096401547.1|691692_693171_+|IS1182-family-transposase	unknown	unknown	gnl|CDD|226192
NZ_AP017968.1|WP_096401828.1|695979_697158_-|amidohydrolase	unknown	unknown	gnl|CDD|349940
NZ_AP017968.1|WP_096401825.1|693648_693924_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096401813.1|677397_678045_+|GntR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224715
NZ_AP017968.1|WP_096404515.1|694006_694741_+|class-I-SAM-dependent-methyltransferase	unknown	unknown	gnl|CDD|379312

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096401818.1|681852_682689_+|spore-photoproduct-lyase	gnl|CDD|350159	cd09008, MTAN, 5'-methylthioadenosine/S-adenosylhomocysteine nucleosidases. This subfamily includes both bacterial and plant 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidases (MTANs): bacterial MTANs show comparable efficiency in hydrolyzing MTA and SAH, while plant enzymes are highly specific for MTA and are unable to metabolize SAH or show significantly reduced activity towards SAH. MTAN is involved in methionine and S-adenosyl-methionine recycling, polyamine biosynthesis, and bacterial quorum sensing. This subfamily belongs to the nucleoside phosphorylase-I (NP-I) family, whose members accept a range of purine nucleosides as well as the pyrimidine nucleoside uridine. The NP-1 family includes phosphorolytic nucleosidases, such as purine nucleoside phosphorylase (PNPs, EC. 2.4.2.1), uridine phosphorylase (UP, EC 2.4.2.3), and 5'-deoxy-5'-methylthioadenosine phosphorylase (MTAP, EC 2.4.2.28), and hydrolytic nucleosidases, such as AMP nucleosidase (AMN, EC 3.2.2.4), and 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidase (MTAN, EC 3.2.2.16). The NP-I family is distinct from nucleoside phosphorylase-II, which belongs to a different structural family.	3.54632e-11
NZ_AP017968.1|WP_096401828.1|695979_697158_-|amidohydrolase	gnl|CDD|349940	cd08019, M20_Acy1-like, M20 Peptidase aminoacylase 1 subfamily. Peptidase M20 family, uncharacterized subfamily of bacterial proteins predicted as putative amidohydrolases. 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).	1.69437e-179
NZ_AP017968.1|WP_096401816.1|680855_681311_+|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	1.93376e-15
NZ_AP017968.1|WP_096401831.1|700027_701071_+|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme	gnl|CDD|224919	COG2008, GLY1, Threonine aldolase [Amino acid transport and metabolism].	2.24214e-102
NZ_AP017968.1|WP_096401826.1|694760_695132_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|224647	COG1733, COG1733, Predicted transcriptional regulators [Transcription].	1.40556e-31
NZ_AP017968.1|WP_096401827.1|695270_695930_+|flavodoxin-family-protein	gnl|CDD|223728	COG0655, WrbA, Multimeric flavodoxin WrbA [General function prediction only].	6.3775e-35
NZ_AP017968.1|WP_096401824.1|693362_693656_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	5.12118e-10
NZ_AP017968.1|WP_096401819.1|682654_683665_+|DNA-repair-photolyase	gnl|CDD|213890	TIGR04070, photo_TT_lyase, spore photoproduct lyase. DNA damage to bacterial spores from ultraviolet light accumulates in the form of 5-thyminyl-5,6-dihydrothymine, spore photoproduct. The damage is repaired by spore photoproduct lyase, a member of the radical SAM family of enzymes. The score of this model is set to restrict itself to spore-forming members of the Firmicutes, but additional homologs scoring below the trusted cutoff tend to occur in radioresistant organisms (e.g. Kineococcus radiotolerans) and may be functionally equivalent. A related family in the Mycobacterium lineage is described by family TIGR03886, and may or may not be equivalent in function. [DNA metabolism, DNA replication, recombination, and repair, Cellular processes, Sporulation and germination].	4.29579e-17
NZ_AP017968.1|WP_096401820.1|683678_684383_+|SDR-family-NAD(P)-dependent-oxidoreductase	gnl|CDD|223377	COG0300, DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only].	3.04977e-49
NZ_AP017968.1|WP_096401829.1|697157_698354_-|amidohydrolase	gnl|CDD|349940	cd08019, M20_Acy1-like, M20 Peptidase aminoacylase 1 subfamily. Peptidase M20 family, uncharacterized subfamily of bacterial proteins predicted as putative amidohydrolases. 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).	0
NZ_AP017968.1|WP_096401817.1|681307_681802_+|GNAT-family-N-acetyltransferase	gnl|CDD|366181	pfam00583, Acetyltransf_1, Acetyltransferase (GNAT) family. This family contains proteins with N-acetyltransferase functions such as Elp3-related proteins.	1.73514e-10
NZ_AP017968.1|WP_096401815.1|679166_680624_+|TrkH-family-potassium-uptake-protein	gnl|CDD|223246	COG0168, TrkG, Trk-type K+ transport systems, membrane components [Inorganic ion transport and metabolism].	1.13322e-96
NZ_AP017968.1|WP_096401821.1|684477_685029_+|reverse-rubrerythrin	gnl|CDD|153105	cd01046, Rubrerythrin_like, rubrerythrin-like, diiron-binding domain. Rubrerythrin-like domain, similar to rubrerythrin, a nonheme iron binding domain found in many air-sensitive bacteria and archaea, and member of a broad superfamily of ferritin-like diiron-carboxylate proteins. Rubrerythrin is thought to reduce hydrogen peroxide as part of an oxidative stress protection system. The rubrerythrin protein has two domains, a binuclear metal center located within a four-helix bundle of the rubrerythrin domain, and a rubredoxin domain. The Rubrerythrin-like domains in this CD are singular domains (no C-terminus rubredoxin domain) and are phylogenetically distinct from rubrerythrin domains of rubrerythrin-rubredoxin proteins.	5.61198e-52
NZ_AP017968.1|WP_096401547.1|691692_693171_+|IS1182-family-transposase	gnl|CDD|226192	COG3666, COG3666, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	5.58994e-25
NZ_AP017968.1|WP_096401825.1|693648_693924_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	3.94432e-14
NZ_AP017968.1|WP_096401814.1|678133_678934_+|nitroreductase-family-protein	gnl|CDD|380319	cd02143, nitroreductase_FeS-like, nitroreductases with an N-terminal iron-sulfur cluster-binding domain. Members of this family utilize FMN as a cofactor. This family may be involved in the reduction of flavin or nitroaromatic compounds via an obligatory two-electron transfer. Nitroreductase is homodimer. Each subunit contains one FMN molecule.	9.44542e-54
NZ_AP017968.1|WP_096401813.1|677397_678045_+|GntR-family-transcriptional-regulator	gnl|CDD|224715	COG1802, GntR, Transcriptional regulators [Transcription].	3.68636e-53
NZ_AP017968.1|WP_096404515.1|694006_694741_+|class-I-SAM-dependent-methyltransferase	gnl|CDD|379312	pfam13649, Methyltransf_25, Methyltransferase domain. This family appears to be a methyltransferase domain.	2.42545e-25

Protein sequences

>NZ_AP017968.1|WP_096401822.1|687558_687804_+|hypothetical-protein
MKSNTELFFKIITTTGTFLLAYHKYILSLFDKKLDKRDCEKERLYAEKFRIENIKTLTDGIKRIEERITRIEKQLMKQYKN
>NZ_AP017968.1|WP_096401821.1|684477_685029_+|reverse-rubrerythrin
MAKYRCKVCGEIITDESIDKCPVCKAGKDKWEEVVEGTEKVWATEHVIGEGLACGDEEIIMGLRANFEGECTEVGMYLAMSRAADREGYPEIAEAYKRIAFEEAEHAAKFAELLGECVSPSSKENLTKRVEAEYGATSGKFDLAKRAKMLGFDAIHDTVHEMAKDEARHGKAFVGLLNRYFGK
>NZ_AP017968.1|WP_096401820.1|683678_684383_+|SDR-family-NAD(P)-dependent-oxidoreductase
MKSAVVTGATSGIGAAITNRLIDMGYTVYGIGRNFEKIMPNDRLKKIVCDLTKIFDIEKIVKEIKKETEIELLINCAGIGYFGPHEEINVNKIHNMVALNLEAPLVLVQLFLRDLKRSRGTIINISSITAKKSSTYGCAYSATKAGLSHFSKGLFDEVRKSGVKVVAIHPDITNTPFYDHLDFCQGDEENSYITPECVADAVEMVLTQREGTVLTDITLQPQRHLISKKNKKSY
>NZ_AP017968.1|WP_096401819.1|682654_683665_+|DNA-repair-photolyase
MKESEKKLLNSSFSHIYIEKEAFDYPLTKKILEKFPNSNIVELEIYKEIFSKGNQNFIIQKKSPKLILAVKKENYLYEGAKVCESFGNDNFYYTSSIMNCIYDCEYCYLQGVYTSANIVIFVNIEDCFKEIEKILQKKSMYICISYDTDLLALEGITELAEQWYHFVRKNKNLKIELRTKSSNIKVLRNLEPADNFILAWTLSPAEFAVQHENGAASLEQRLKAANEMLEKGWKVRICFDPVIYMKNFEGEYGELIKKTFKELSPDEILDVSIGTFRISKEYLKRMRKYRVTSEVLSYPFFCKDGVYSYYPQHINKMMDFMEKEVKKYVEDKKIFI
>NZ_AP017968.1|WP_096401818.1|681852_682689_+|spore-photoproduct-lyase
MIYIAVALTVEAKPLITYFKLKKDNEIKKYQVFKNEEIILIITGSGMLQGAIAVTYVLGRLDIGEEDIFVNLGICGAVKDTISIGDIILCNKIINNSSKKNFYPDMLFKHKFKEGALETFFHVVDKKMELDKIQGEIVDMEGAGICEAASLFFSQHQINVIKIVSDYLSTLEITPEKVMGLIENNIERTAEWLEERKKFYAGNKEIFTSEEKENIKKIEGNLKLTESMHYEFMELMKYYKIQNKSIENIILKYSDIKIKDKREGKINFERIRKEIIEL
>NZ_AP017968.1|WP_096401817.1|681307_681802_+|GNAT-family-N-acetyltransferase
MIRKAEVKDLDRIMEIIKATIAEMKTYGNTQWDENYPQKNDFIGDVESGSLYVSEENGELYGFICANFVEPDEYKDIRWASDEKCLILHRMSINPKYRNQGTATKLIEFAEKTAKENGVNYIKTDTYSVNKKMNTLLLKLGYIHRGNMNFLGKEKEFYCYDKKI
>NZ_AP017968.1|WP_096401816.1|680855_681311_+|MarR-family-transcriptional-regulator
MKRLNSEILRKIGTLSRAIHSVSDIKYRELFLQKGQFIFLTRICENQGINFRELSRILAVDKSTTTKAVKKLIEAGYLNKEQDEKDKREYKLYPTKKALEVYELIIEEENRNIEICMEGLSKKEREIAENLLEKMSVNAEKDWLKVKGGKE
>NZ_AP017968.1|WP_096401815.1|679166_680624_+|TrkH-family-potassium-uptake-protein
MNNKMIRYVISYILKLEAAFMLAPLTLSFFYQEGFKLNRAYLITIIFLVISSFLLSKKIPENQKIYTQEGMIIVAVSWIALSFFGSLPFVFSGRIPSFVNAFFETVAGFTTTGASIIANIESIEKSLLFWIGFSHFIGGMGILVLALAILPKSSNQSLYIMKAEVPGPSVGKMVAKISYNSKILYVMYICITIIMIILLRAGGMPFFDSIIHAFGTVSTGGANIKNNSIGFYNNAYIDFVLGAGMLLCAVNFNLFYALFLKNYRQVFKNDELRAYLLIIAFSIIIICINIYPFYKNNFNMVRDVFFTVSSIITTTGYSTVDFNAWPVFSKTVLMMLTFIGGCAGSTTGGIKVSRIVIIFKKIVGEIKKIGTPNRVIAVKMDGKKIPDEMFSKISTYLITYIFIFLGIILIISIEFSDFTLAFSVVSATFNNIGTGIGTLGTTFDYSSLSNLSKIILSFSMLLGRLEIFPVLILFSPKIYKIKNKF
>NZ_AP017968.1|WP_096401814.1|678133_678934_+|nitroreductase-family-protein
MVSIDKEKCVGCGACVKDCFPENLFLENGKAEIKGRCMQCGHCIAVCPVDAVSITNYPQEGIEEYNKEDFDISPNKLLNFIKFRRSIRHYKNKPVEKEKLEKIIEAGRYTATGSNMQDVSYIVVQETLEEIKPIVWESLYEFALENINEKGVIGAYAPRWIKMYEDYKKDPEKDMLFFKAPVLLIVTALSPLNGGLASSNIELMANAEKLGVLFTGFIERALKNSEKAKKILGINKKEIISCMLIGYPDIKFKRTVPRKTAEISWK
>NZ_AP017968.1|WP_096401813.1|677397_678045_+|GntR-family-transcriptional-regulator
MKFIKLDDKKTLSEKVYDRLKELIMDGELERGTKITETSIAKMFDVSPTPVREAFRKLASDGLIEVASWKGVIVKGIEQKDLLEIYECREALEGMVGKLAVRNITEEDIKILEKILEKCNEAETPETLIELNTEFHNELLRIAKNERLSKLLNELMVVILYDRDISGRYSVRRKEIVQEHLDILEYLKKRDEKKVSELMEKHIRNGYEFIKNHNK
>NZ_AP017968.1|WP_096401547.1|691692_693171_+|IS1182-family-transposase
MQKPTNNNIFFQLNQPKLFNFLQYEISDNDPVRKLSSILEGLDFSSLMQVFSYKTKVHPIRMFSIIVYAYSRNLTSTRDIEMACHENIKFRFLLQDSKIPDHSTISRFLVKTEDILPDLFEQFVEKIFEMENISTETIYIDGTKIEAYANKYTFVWKKSIEKYRTRLDEKILELISNFNDDFNLQYDNFLEIYSYLSNLNFQIVKGRGKRKSKEQKYLELCAEYLEKYQKYSNHFKNLNGRNSYSKTDIDATFMRMKDDHMRNGQLKPGYNLQIGVISEYISSYEIFSNPSDSKTLIPFLEKISSQNLEIKNIVADAGYESISNYEYLEKMDYTSYIKPIYFEKSKIRKFKNDLNRVENLIYNHSENKLFRKDGLELEFLYSNKNNTVQYFWNPETNKKIKYNARFRILSNKSKENVSSNYGKQLRMNRSIQVEGAFAVLKEDMKLRKLKVRSKKSVLREICLFCIAYNFNRYLSRNINNRLGTTLHSLKVA
>NZ_AP017968.1|WP_096401824.1|693362_693656_+|HU-family-DNA-binding-protein
MTEGEFIRFYKKRNGLKNQQEVKEKIDLFWNTLLKVLNEGEKVTFKNWGTFEEKEVKPRKIMITKINKTGYTKAKKKIRFRAGAGLQDIVNGAGTDE
>NZ_AP017968.1|WP_096401825.1|693648_693924_+|HU-family-DNA-binding-protein
MNKRELAKVYSETSKGEISAREALKEIEVFLETMQEALEKSHSLIFRNIGIFEVKERKVRIIANPVNKEPMKIYPRKTVKFRESKNIFKIV
>NZ_AP017968.1|WP_096404515.1|694006_694741_+|class-I-SAM-dependent-methyltransferase
MKENKYDDEIFFDKYSQMDRSKKGLAGAGEWHELKKMLPDFKGKRILDLGCGFGWHCIYAMEQGAVSAVGIDISSKMLEEAKKKTKFSNVEYIQMPIEDIHFEKNSFDIVISSLAFHYIESFENICRKVNECLVEDGDFVFSVEHPVFTAQGKEDWHYDENGNILHWPVDSYYLEGKRESVFLGEKVVKYHKTLTTYLNTLLKNNFNITGIVEAQPSSEMLESIPEMKDELRRPMMLLVSAKKR
>NZ_AP017968.1|WP_096401826.1|694760_695132_-|helix-turn-helix-transcriptional-regulator
MNKLEYINESEKSYDTIYNNKCPILYALKIIGQKWKLPILWHLSKFEMLHYNELKRCVAGITNTILTKCLRELESDGLVSRFQHRTIPPSVEYRLTERGKSLLPALNELYHWGKEQIELKDRK
>NZ_AP017968.1|WP_096401827.1|695270_695930_+|flavodoxin-family-protein
MKIIAINGSPRKKENTATMCNKFLEGAKSACSDVETEIINLFDLNYKGCISCFGCKRKEGNTYGKCIVKDELQPILEKVSTADGVVFGSPIYFGDITGQLRSFFERLLFPFSTYEEGYKKIAPKKMPTAMIYTMNVTEDLMKKFGYDVRLSNMELIIASIFRKPEIIYAFNTYQFSDYNKYKMEIFSEKVKAEHKRTQFPIDCQNAFDAGKRMVMQVQK
>NZ_AP017968.1|WP_096401828.1|695979_697158_-|amidohydrolase
MLIKELSEKYNDYIIDRRRYYHQYPELTLQEAETTKAIIKDLKEIGIEDIKTFKDFYGCVGILKGGKPGKTVLLRADIDALPVFEKTGLPFASKIEGKMHACGHDNHIAMLLGAAKILFDMKDKINGTVKFLFQPAEELAVGAKAVVEQGIMDDVDACYGIHIWSMVDSPKINMEIGERMASCDNFKITIKGFGSHGSAPHLGHDAIVAASAVIMGLQTIVSRINNPLNAAVITIGVVDAGQRFNIIADKAVLEGTVRTFNKKFRMEIEGLIRQISEDIAAGYRCTSETEYSYLTGAVINEDQHLVDLAQNAVKKLYGEDGLAELEKMTGSEDFSYLMEKAPGVYGFIGARSPKIPGSEKSNHHECFTVDEAALQRGAAVAAQFAFDFLTEK
>NZ_AP017968.1|WP_096401829.1|697157_698354_-|amidohydrolase
MDIKKLAEKYDDYIIEQRRYFHQHPELSFEEKETTQALKNQLEDMGIEVTTFDDYYGLVGIIHGGKKSGKTIMLRADIDALPIEEHADVPFASKNGKMHACGHDCHMAMLLGAVKILNEIKDELDGDVKILFQSAEESCYGAKYYVEKGILDDVDAVFGMHIWGTLDAPYFNLEAGGRMASCDNFKITVKGTSAHGSAPHLGHDAIVAAASMIMNLQTFVSRMNDPLNTLVLSIGTFKGGQRFNIIPNHVEMEGTIRTYSRELRKKMEANIKAIIENVANIFGCEVELEYDAFPNPVINEHKDLNRLAHDAAVKLYGEESLTTMPKLTGSEDFAYFMDKVPGFFGFLGCANEEIGACYSNHNDKFKVDETVLHRGSALYAQFAVDFLAEKSKNEGGNK
>NZ_AP017968.1|WP_096401830.1|698392_699601_-|hypothetical-protein
MVMNSLQAFIVLAIVYYAGEFIGTRTKAWIPSVFVTACLFLFGYWTFFPKNIVDIAGLGAPLGGLLAIMLCITHMGTIISIEQLKSQWKIICVTLAGLFGMVAFCWFICIPLIGRDYVIAGLPSLTGGIVAATMMNQAAAAKGLQVAAVLAIAMYAIQGFVGYPLTAIVLKKEGKILLERYHKGERGVLGNEGVDADTGNMAIKEETKKTLIPPMPEKYSTTAFILLKLMLVSYLSTVISGWTGGKLNAAVITLILGIVFTELGFLDKNSLQKSGSYGFLMYVLMIFVFSGLKDATPEMLLECIGPMFIIIVVGVIGMGILSVLVGKFLKVSWRMALATSLTALYGFPPNYILTEEAAKALAQTPEEKQFLMDNTLPQMIVGGFVTVTITSVIIAGIFVNLI
>NZ_AP017968.1|WP_096401831.1|700027_701071_+|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme
MISFKNDYSEGALPYVMEALLKTNMEQTVGYGEDEYTAQAVEAIKKSIKCEDCYVRLLVGGTQTNLLTIAHSLRPHEAVIAADTGHISVHEGGAIEATGHKVIELKTSGDGKLNVELVRKSVELHEDTHMVQPKMVYISNPTEIGTLYSKQELIDLFEYCKSKDLYLYIDGARLASALASEKNDLKLEDYPKYSDVFYIGGTKCGLLFGEALVIVNKELRKSQFIRITKQKGATLAKGRLLGVQFAELFKGDNYYQVGKHSNEMAMTLKKAFLDKGFELKTDSYTNQQFPIFPVEMIEEIGKKYRYEFWEKVNDKYSAIRFVTSWATKKEHVDEFLKDFEELCKKYK

Crispr_ID: NZ_AP017968_4

• CRISPR_ID: NZ_AP017968_4
• CRISPR_location: 973141-973372
• CRISPR_type: TypeVI-C
• Repeat_type: NA
• Spacer_info: 3 spacers
• Cas_protein_info: cas13c

Consensus repeat of NZ_AP017968_4

Consensus_repeat	Method
GACTAAATCCATGTAAGTGGAATTTAAACTTTTC	PILER-CR
GACTAAATCCATGTAAGTGGAATTTAAAC	CRISPRCasFinder
GACTAAATCCATGTAAGTGGAATTTAAAC	CRT

spacers of NZ_AP017968_4

>4.1|973175|32|NZ_AP017968|PILER-CR
AATCAAGTTCATAATATTGTGAATCATCTTTA
>4.2|973241|31|NZ_AP017968|PILER-CR
TAAGAATTCTTCCATCTGGTTTCTCCAAGAT
>4.3|973306|33|NZ_AP017968|PILER-CR
AGAATTTAATTCTAAATTAGCTCTTTCTAAAGT
>4.4|973170|37|NZ_AP017968|CRISPRCasFinder,CRT
ATTTAAATCAAGTTCATAATATTGTGAATCATCTTTA
>4.5|973236|36|NZ_AP017968|CRISPRCasFinder,CRT
TCTTCTAAGAATTCTTCCATCTGGTTTCTCCAAGAT
>4.6|973301|38|NZ_AP017968|CRISPRCasFinder,CRT
GTTTCAGAATTTAATTCTAAATTAGCTCTTTCTAAAGT

CRISPR arrays and Neighbor proteins around NZ_AP017968_4

CRISPR arrays

The CRISPR arrays of NZ_AP017968_4

>merge|NZ_AP017968|4|973141-973372|PILER-CR,CRISPRCasFinder,CRT
GACTAAATCCATGTAAGTGGAATTTAAACATTTAAATCAAGTTCATAATATTGTGAATCATCTTTAGACTAAATCCATGTAAGTGGAATTTAAACTCTTCTAAGAATTCTTCCATCTGGTTTCTCCAAGATGACTAAATCCATGTAAGTGGAATTTAAACGTTTCAGAATTTAATTCTAAATTAGCTCTTTCTAAAGTGACTAAATCCATGTAAGTGAAATTTAAACTTTTC

>NZ_AP017968|4|2|973141-973372|PILER-CR
GACTAAATCCATGTAAGTGGAATTTAAACATTTA	AATCAAGTTCATAATATTGTGAATCATCTTTA
GACTAAATCCATGTAAGTGGAATTTAAACTCTTC	TAAGAATTCTTCCATCTGGTTTCTCCAAGAT
GACTAAATCCATGTAAGTGGAATTTAAACGTTTC	AGAATTTAATTCTAAATTAGCTCTTTCTAAAGT
GACTAAATCCATGTAAGTGAAATTTAAACTTTTC

>NZ_AP017968|4|3|973141-973367|CRISPRCasFinder
GACTAAATCCATGTAAGTGGAATTTAAAC	ATTTAAATCAAGTTCATAATATTGTGAATCATCTTTA
GACTAAATCCATGTAAGTGGAATTTAAAC	TCTTCTAAGAATTCTTCCATCTGGTTTCTCCAAGAT
GACTAAATCCATGTAAGTGGAATTTAAAC	GTTTCAGAATTTAATTCTAAATTAGCTCTTTCTAAAGT
GACTAAATCCATGTAAGTGAAATTTAAAC

>NZ_AP017968|4|1|973141-973367|CRT
GACTAAATCCATGTAAGTGGAATTTAAAC	ATTTAAATCAAGTTCATAATATTGTGAATCATCTTTA
GACTAAATCCATGTAAGTGGAATTTAAAC	TCTTCTAAGAATTCTTCCATCTGGTTTCTCCAAGAT
GACTAAATCCATGTAAGTGGAATTTAAAC	GTTTCAGAATTTAATTCTAAATTAGCTCTTTCTAAAGT
GACTAAATCCATGTAAGTGAAATTTAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096402051.1|974752_975559_+|ATP-binding-protein	unknown	unknown	gnl|CDD|236153
NZ_AP017968.1|WP_096402048.1|966769_967477_+|GntR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225099
NZ_AP017968.1|WP_096402047.1|965464_966589_+|SIS-domain-containing-protein	unknown	unknown	gnl|CDD|223526
NZ_AP017968.1|WP_096402052.1|975969_976287_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402049.1|967710_968523_+|MerR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|133382
NZ_AP017968.1|WP_096402054.1|976912_980746_+|autotransporter-outer-membrane-beta-barrel-domain-containing-protein	unknown	unknown	gnl|CDD|377133
NZ_AP017968.1|WP_096402043.1|962879_963320_+|hypothetical-protein	unknown	unknown	gnl|CDD|237978
NZ_AP017968.1|WP_096402041.1|960037_960655_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402046.1|964634_965465_+|PTS-system-mannose/fructose/sorbose-family-transporter-subunit-IID	unknown	unknown	gnl|CDD|377079
NZ_AP017968.1|WP_096402045.1|963834_964632_+|PTS-sugar-transporter-subunit-IIC	unknown	unknown	gnl|CDD|377077
NZ_AP017968.1|WP_096402058.1|982622_983327_-|2,3,4,5-tetrahydropyridine-2,6-dicarboxylate-N-acetyltransferase	unknown	unknown	gnl|CDD|132571
NZ_AP017968.1|WP_096402060.1|984027_984915_-|4-hydroxy-tetrahydrodipicolinate-synthase	unknown	unknown	gnl|CDD|235107
NZ_AP017968.1|WP_096402044.1|963328_963814_+|PTS-sugar-transporter-subunit-IIB	unknown	unknown	gnl|CDD|377139
NZ_AP017968.1|WP_096402057.1|981461_982613_-|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme	unknown	unknown	gnl|CDD|236075
NZ_AP017968.1|WP_096402056.1|981053_981326_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096402059.1|983323_984037_-|4-hydroxy-tetrahydrodipicolinate-reductase	unknown	unknown	gnl|CDD|234595
NZ_AP017968.1|WP_096402055.1|980767_981061_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096402053.1|976359_976605_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402050.1|969255_972732_+|hypothetical-protein	cas13c	cas13c_CAS-VI-C	gnl|CDD|223496
NZ_AP017968.1|WP_096402042.1|960679_962389_-|hypothetical-protein	unknown	unknown	unknown

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_AP017968.1|WP_096402050.1|969255_972732_+|hypothetical-protein	cas13c	cas13c_CAS-VI-C	4e-284	940.0	238.3

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096402051.1|974752_975559_+|ATP-binding-protein	gnl|CDD|236153	PRK08116, PRK08116, hypothetical protein; Validated.	5.79204e-53
NZ_AP017968.1|WP_096402048.1|966769_967477_+|GntR-family-transcriptional-regulator	gnl|CDD|225099	COG2188, PhnF, Transcriptional regulators [Transcription].	1.59794e-57
NZ_AP017968.1|WP_096402047.1|965464_966589_+|SIS-domain-containing-protein	gnl|CDD|223526	COG0449, GlmS, Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains [Cell envelope biogenesis, outer membrane].	4.45789e-65
NZ_AP017968.1|WP_096402049.1|967710_968523_+|MerR-family-transcriptional-regulator	gnl|CDD|133382	cd01107, HTH_BmrR, Helix-Turn-Helix DNA binding domain of the BmrR transcription regulator. Helix-turn-helix (HTH) multidrug-efflux transporter transcription regulator, BmrR and YdfL of Bacillus subtilis, and related proteins; N-terminal domain. Bmr is a membrane protein which causes the efflux of a variety of toxic substances and antibiotics. BmrR is comprised of two distinct domains that harbor a regulatory (effector-binding) site and an active (DNA-binding) site. The conserved N-terminal domain contains a winged HTH motif that mediates DNA binding, while the C-terminal domain binds coactivating, toxic compounds. BmrR shares the N-terminal DNA binding domain with other transcription regulators of the MerR superfamily that promote transcription by reconfiguring the spacer between the -35 and -10 promoter elements.	1.54973e-31
NZ_AP017968.1|WP_096402054.1|976912_980746_+|autotransporter-outer-membrane-beta-barrel-domain-containing-protein	gnl|CDD|377133	pfam03797, Autotransporter, Autotransporter beta-domain. Secretion of protein products occurs by a number of different pathways in bacteria. One of these pathways known as the type V pathway was first described for the IgA1 protease. The protein component that mediates secretion through the outer membrane is contained within the secreted protein itself, hence the proteins secreted in this way are called autotransporters. This family corresponds to the presumed integral membrane beta-barrel domain that transports the protein. This domain is found at the C-terminus of the proteins it occurs in. The N-terminus contains the variable passenger domain that is translocated across the membrane. Once the passenger domain is exported it is cleaved auto-catalytically in some proteins, in others a different protease is used and in some cases no cleavage occurs.	8.34772e-17
NZ_AP017968.1|WP_096402043.1|962879_963320_+|hypothetical-protein	gnl|CDD|237978	cd00006, PTS_IIA_man, PTS_IIA, PTS system, mannose/sorbose specific IIA subunit. The bacterial phosphoenolpyruvate: sugar phosphotransferase system (PTS) is a multi-protein system involved in the regulation of a variety of metabolic and transcriptional processes. This family is one of four structurally and functionally distinct group IIA PTS system cytoplasmic enzymes, necessary for the uptake of carbohydrates across the cytoplasmic membrane and their phosphorylation. IIA subunits receive phosphoryl groups from HPr and transfer them to IIB subunits, which in turn phosphorylate the substrate.	1.64732e-21
NZ_AP017968.1|WP_096402056.1|981053_981326_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	1.8677e-16
NZ_AP017968.1|WP_096402046.1|964634_965465_+|PTS-system-mannose/fructose/sorbose-family-transporter-subunit-IID	gnl|CDD|377079	pfam03613, EIID-AGA, PTS system mannose/fructose/sorbose family IID component.	5.12582e-130
NZ_AP017968.1|WP_096402045.1|963834_964632_+|PTS-sugar-transporter-subunit-IIC	gnl|CDD|377077	pfam03609, EII-Sor, PTS system sorbose-specific iic component.	1.55225e-76
NZ_AP017968.1|WP_096402058.1|982622_983327_-|2,3,4,5-tetrahydropyridine-2,6-dicarboxylate-N-acetyltransferase	gnl|CDD|132571	TIGR03532, DapD_Ac, 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase. This enzyme is part of the diaminopimelate pathway of lysine biosynthesis. Alternate name: tetrahydrodipicolinate N-acetyltransferase. Note that IUBMB lists this alternate name as the accepted name. Unfortunately, the related succinyl transferase acting on the same substrate (EC:2.3.1.117, TIGR00695) uses the opposite standard. We have decided to give these two enzymes names which more clearly indicated that they act on the same substrate.	2.16023e-109
NZ_AP017968.1|WP_096402060.1|984027_984915_-|4-hydroxy-tetrahydrodipicolinate-synthase	gnl|CDD|235107	PRK03170, PRK03170, dihydrodipicolinate synthase; Provisional.	9.37597e-144
NZ_AP017968.1|WP_096402044.1|963328_963814_+|PTS-sugar-transporter-subunit-IIB	gnl|CDD|377139	pfam03830, PTSIIB_sorb, PTS system sorbose subfamily IIB component.	1.80101e-57
NZ_AP017968.1|WP_096402057.1|981461_982613_-|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme	gnl|CDD|236075	PRK07683, PRK07683, aminotransferase A; Validated.	2.64397e-114
NZ_AP017968.1|WP_096402059.1|983323_984037_-|4-hydroxy-tetrahydrodipicolinate-reductase	gnl|CDD|234595	PRK00048, PRK00048, dihydrodipicolinate reductase; Provisional.	8.93239e-91
NZ_AP017968.1|WP_096402055.1|980767_981061_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	4.47718e-09
NZ_AP017968.1|WP_096402050.1|969255_972732_+|hypothetical-protein	gnl|CDD|223496	COG0419, SbcC, ATPase involved in DNA repair [DNA replication, recombination, and repair].	0.00146617

Protein sequences

>NZ_AP017968.1|WP_096402050.1|969255_972732_+|hypothetical-protein
MENKNKPNRGSIVRIIISNYDMKGIKELKVRYRKQAQLDTFILQTTLDKSNNSILINDFRVKAREKYRYSFTYDGKEKFSVPSNSIIVTKIDNAAPEKSKEIRKYKITLGIDEKCKTGSMITAAIEDLLEDDRVREGIRNPRRKASKTERKLITESICHNYAQITQCPVEEIDAVKIYKVKRFLSYRSNMLLFFALINDFLCKNLKNEKGEKINEIWEMENKGNNKKIDFDENYNILVAQIKEYFTKEIENYNNRIDNIIDKKELLKYSEEKEESEKNKKLEELNKLESQKLKILTDEEIKADVIKIIKIFSDLRHSLMHYEYKYFENLFENKKNEELAELLNLNLFKNLTLLRQMKIENKTNYLEGDEKFNILGKDVRAKNALGHYDLLVEQKNGFNNFINSFFVQDGTENLEFKKFIDENFIKAQKELEEDIKNCKESVKKLEKKLKENPKKSEDLEKKLEKKQKKLKELKKELEKMKQHYKRLNCAYVWDIHSSTVYKKLYNERKNLIEKYNKQLNGLQDKNAITGINAQLLRIKKEMEEITKSNSLFRLKYKMQIAYAFLEMEYEGNIAKFKNEFDCSKTEKIQEWLEKSEEYLNYCMEKEEDGKNYKFHFKEISEIKDTHNEEWLENTSENNLFKFYILTYLLLPMEFKGDFLGVVKKHYYDIKNVDFTDESEKELSQEQIDKMIGDSFFHKIRLFEKNTKRYEIIKYSILTSDEIKKYFELLELKVPYLEYKGIDEIGIFNKNIILPIFKYYQIIFRLYNDLEIHGLFNVSFDINKILSDLKSYGNENINFREFLYVIKQNNNSSTEEEYQKIWEKLESKYLKEPLLTPEKKEINKKTEKELKKLDGISFLRNKISHLEYEKIIEGVLKTAVNGENKKTSETNADKVFLNEKIKKIINFIKENELDKIELGFNFINDFFMKKEQFMFGQIKQVKEGNSDSITTERKRKEENNKRLKITYGLNYNNLSKIYEFSNTLREIVNSPLFLKDSTLLKKVDLSKVMLKEKPICSLQYENNTKLEDDIKRILLKDSSDIMGIYKAEVVKKLKEKLVLIFKYDEEKKIYVTVYDTSKAVPENISKEILVKRNNSKEEYFFEDNKKKYTTQYYTLEITKENELKVIPAKKLEGKEFKTEKKEENKLMLNNHYCFNVKIIY
>NZ_AP017968.1|WP_096402049.1|967710_968523_+|MerR-family-transcriptional-regulator
MYKIGLFSQITKTTIKALRYYDEVGLLKPSIINKENNYRYYTTEQLYTLHKILCLKQMGFSISEISTILNNDNIKQIINRKKINLEKEIACLVDQLTRLNNFSNENIKGDGFMNYQAAIKNTPECIVYYKKLSIANYNDYFKVIPQIGKEVIEANPDLKCMIPEYCFIQYLDDEYKEQNFSIEYCEAVIKFGKETESIKFKRLPSILVVSTLHKGDYNNLRDAYNYLFSWINKNNYECIDKAREVYIDGIWNKKNKEEWLTELQIPIKKL
>NZ_AP017968.1|WP_096402048.1|966769_967477_+|GntR-family-transcriptional-regulator
MPKESKYKIIENNIIKDIKEQKFKSGDRIPTEVELCEKFNTSRMTVNKAIVSLVSKGYIKRVSGRGSFVTGQIIEKPLKRIPRSFSEDMRSIGLEPGAILLEYRILRASELPQNIFQKLNVQSNEFVHFFSRLRTGNGMNVAISYDYVPCSTLPVIEAARLEGSFFEYVKECGLNLGSTDLVITATLPTSEQREKLKIENEALLKVSHITRLDDGRILEYIDTFYVGSMYAYRAV
>NZ_AP017968.1|WP_096402047.1|965464_966589_+|SIS-domain-containing-protein
MMKKDNLIMFDYICETPIALRKIIENRKEIADEFVKYYKDKEIEQIYVIGSGTSYHAGLAAKVFLEEIFGKKVFCMYPTQFARTEKVFCKKTLVIGMSQGGQSLSTVEGLESAKERELYTAAVSENPTALIFDYANTKTLIEVGNEKCGAKTKGFAGTTLTLMIMIMELLGTQNKLSEKQINEYLQRMEKVIANMDNVIDASVKWFEKIGKEFISAERVIVVGYDNNYADVLEGALKILETIRQGVSGYDIEEFFHGIYNSITDNAHIFYLASKSDYKPRTQKLIEILKEWTPHNYMISSPEGVENYSEKDLICNFTEDALFGQWEYILPLQIVACFGAEQLGIDPSIPKDPNFHKRIGSKKLDGIRDQYTVIK
>NZ_AP017968.1|WP_096402046.1|964634_965465_+|PTS-system-mannose/fructose/sorbose-family-transporter-subunit-IID
MEKIEKNEKRNSVTKSDLTKVFWRSFPLQACFNYERMQNVGFCYSLLPIFKKLYPKKEDMSAALKRHLEFFNTTPQTVTFITGACIALEEQNAKADGNFDMASIAALKAALMGPIAGIGDSFFWGTFRIIAAGIGCSLATHGSILGPILFLLIFNIPHYLARYYGLKIGYKGGIEFIANAQESGMIGILTNCAKVMGLCVVGAMIASMVKFTIPFTISITGATIKVQSIFDQILPSVLPLILTFIIYMLLKKGIKTTHVMFGLIIIGILGTYIGVL
>NZ_AP017968.1|WP_096402045.1|963834_964632_+|PTS-sugar-transporter-subunit-IIC
MLIKALLLGILAGFAIWDGRVFGQHMFDRPIVTGPIVGLILGDVHTGIVMGASLELVMMGIVGIGAATPPDVVAGGILSTAFAIMSGLSMDAAVALSLPIATLAQSVGILDRTINTTFLHWADKAAEEGNPDKVARAMWYGAFLFFFSEFIVVFLGVLLGSGTIASFINALPPFIISGLRVASGMLPALGIAILMQLIFDKANAAYLFVGFILTAVLGVSTVATAIVGAIIAYVIYQTSMNHKKEIDAIMAVMNSNSDDDLGGEL
>NZ_AP017968.1|WP_096402044.1|963328_963814_+|PTS-sugar-transporter-subunit-IIB
MIRLLRVDDRLIHGQVAVSWTSFIGADTLLVANEKATKDKVMQMAFNMAKPPQVLLSIKNIENAIAVINNPKYVDKKIFVVTGSLEDALSICEKCEGVKEICLGGIRKAEGKKMVERQVYLNNEEIEIMKKIKNLGKEVFLQAVPTEKKLSFEDVIKEYTK
>NZ_AP017968.1|WP_096402043.1|962879_963320_+|hypothetical-protein
MKNIVLVTHGSFAEGILTSLKLVYGNTENTASVTITASESIQEILSMIRKRIDEFKNDDPVVIITDIAGGSTTQAALEALSYKDNIYLLTGLSLGLLLEVVLADFTDSKAENIEILNEIIENSRQTINLITDLEENIDSVRDNCEL
>NZ_AP017968.1|WP_096402042.1|960679_962389_-|hypothetical-protein
MESKVKAVTDKMIEIFEFYEKEIREAIEKKETLPEDRFMPGWAKGIHFSWYHHKAQPEYDTKENNEITCFFEFNGIHVSYNRMKEQTDIDLKFLTSEIFKNEIVPTIQKWLQNKVDNEPYGELYNAAFGITMTLSVSRDPLPTDAPHMQGQVWEQTRITAKDEKRLNKRKELIYNFIKNKEYKTTDISEIDNSLVPICSAAVQDFLEEFGRNYLIEFFTALIEQAKKTRFSSTMTDLIYGFANGAAILTQVNESHTPNEEELALACWLSMMMLIHGTDKYERQYGRDYLKKAGELGYKEAKNILKFGTGQIPADIVQYKDKYVTCLGNDIDKIIDLKIKEECEEAYKAMIEFIICLIKAGFPNEYSIKFNSKVKEFLPIPDLKKTKANVFWNNCAKYPALHPLMKEYVNTIMDSYDYYSDADSEEAVPVGGYAVFALGLADISNGDIVQKFMEQNDSEHSISPSWFVGEYIDKFGITSENIPVVIACLINSNNHGYKGSNFDGLNNPDILSKFVEELENSEISSYSIYEIIESIWGGEDELKEAIDEASKVNQEYLQKILTLSEDNEEE
>NZ_AP017968.1|WP_096402041.1|960037_960655_-|hypothetical-protein
MKNVIKYLSLFLVWGIFLGIEIIFAVLFYKEATRFPVELVGPSRKEDAILAVIIITIVVFFACLVWFFVWKAIWKNQDIFESLLTAEEKENLSLNFAVYSLPLLLRENLLIINRGFSLERVNINSVIWIHTHKVIQKYRNSLMIYLYKTDGKKVKILLEYNKISLFETLLRKILSDYPQIKVTKGFFSKEYKKQKEIYKDLTRYN
>NZ_AP017968.1|WP_096402051.1|974752_975559_+|ATP-binding-protein
MVKCQFCGKDYVKNKNKYFKMLPEGIKKNLEYIPACSCLEDSKEREMEELEKKRMQECIKNRLKKCRDISVMDKKFLNSRFENADMSSNHMQLAKKYVESFLKKDKKEGLLFYGGIGTGKTFASACIANYLMERGKTVIVINLGLYFNKLSIEWGEGEKIILEQAEKCDLMIIDDFGAEKGLDKNQTGWRAEKIYNLIDGRYRSEKPLIISTNLNFSENENKCEITEKFSTQGHNRIRDRIIDMCFPVQIAGKSRRGMTQERFSEFIS
>NZ_AP017968.1|WP_096402052.1|975969_976287_+|hypothetical-protein
MAAGENQVILTVVQKEIVKVENAIKREKAILKNIDDITATLEHIAEQVEAGTAFPENSAYESYQEWQTSAEKEVKSYNTSLETIDKYRSLLGAYEFYVKNNTPEA
>NZ_AP017968.1|WP_096402053.1|976359_976605_+|hypothetical-protein
MKSNTELFFKIITTTGTFLLAYHKYILSLFDKKLDKRDCEKERLYAEKFRIENIKTLTDGIKRIEERMTGIEKELMKQYKN
>NZ_AP017968.1|WP_096402054.1|976912_980746_+|autotransporter-outer-membrane-beta-barrel-domain-containing-protein
MIKEMEKALKRYLKGKNRITMGVVVAFLLGSSFAFGDVTVKYEDSTIKILDNSGTITEIGTVTKNSDDEFTWTLPEGANITETVKIDDTVNTNNIKVNIVNSGTISSSGNGNYIGNGISSYSNSDSNTIGDITNSGSIRGNSTGGGKSGNGIFSDSDTLNSIIGNITNSGSISGNSTVEAHSGNGIYSYSDTSNSIIGNIKNNGNINGSTTGSGNKSGNGIYSYSDSASTIGDITNSGSIRGNSTGGDSSGNGIYSYSDSDGSTIGDITNSGSIRGNSTGGDKSGNGIYSYSETGASTIEDITNRGSISGNSTGGNDSGNGIYSYSKPSSTIGNITNSGTISGSTTGNGDKSGNGIFSYSKTGASTIGDIINSGTISGSTTGIGNYSGNGIYSTSSESIIGNIINYGIISGKSTSGSESENGIYSYSFRDDSISKSKIGNITNYGTISGNGRNVYSGNGIYSSSSTNLSSTSSKIGKITNYGIISGSTTGSGNYSGNGVFSSSSSGSSIIESISNTGVIMGSNNGIYIKGDSSSKIDKYSNYGLVIGQTPVKIEGGGTVNTLKEQGMAITLDGSGDITSIASGTGGSTGIYSIVNTQLRDNSGSAVSSGAVDSYDVYTSDQSISDTIINGAGVNSGTVTIEADKNFSLNGGVVNAYKTAVTVKDGASFTGTDVTINGGGLDGNTVVISGSAGANTVNISGNSFINGKVDLGDGDDILFIGNSTQINGDIDGGTGNGDILNFGSAVSRAVGNDNINLFHKISNMENININQKVTAFETSEITGAKDINIGKNGEFVLRIDTSKVDNTSGTDKITGHALYGNIGTISSTGGKLLLALNGVGNESIISFGNTQLDSSLVTGDEGKYQEDITLDTTSLLHSVGKIDLSNNEIKITAKSNLPTKPINPDNITYEKLNKIYHGILSVDKLENFNVDTDEKLSSFMGYLNDIYAGNPYSYSSELSRKSMGMFRDIVTENLFKADTGKWMIYGGLTHIDGGTKDTYYGKGYYTYDIGSSDIDADTKITGAYMLGEYGVSDTLTSGVIIGGNKLKSDLSNGSKVDGSAMYLGAYAKKYIGNLKVTAGLGFQYGDYDADRTAAGREITETRSYSSSYSDLTYDIYLNGRYSHNIRENLFLEPYGTLSYTYVDQDGADEGNKTLAIETDSKSFDYTSAKVGLDLKKVIPHEKGKSTLSVGASYTRLLNGADEEYITGRFKGGSNFDILVAHKNEHSLGLNAKYTLELENGILFDVKGTYSVERDSHNQSGKNKTKGEWIVGTGLGYKF
>NZ_AP017968.1|WP_096402055.1|980767_981061_+|HU-family-DNA-binding-protein
MTEGEFIRFYKKRNGLKNQQEVKEKIDLFWNTLLKVLDKGEKVTFKNWGTFEEKEVKPRKIMITKINKSGYTKSKKKIRFRAGAGLQDIVNGAGTDE
>NZ_AP017968.1|WP_096402056.1|981053_981326_+|HU-family-DNA-binding-protein
MNKRELAKVYSETSKGEISARKALKEIEVFLETMQEALQKSHSLIFRNIGIFEVKERKPRIIANPVTKEPMKIYPKKTVKFRESKNIQDK
>NZ_AP017968.1|WP_096402057.1|981461_982613_-|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme
MEINREVSKLQYSLIRTLNEESRKYSDAIDLTIGEPDIPSPKELITEALKYGAEHQLRYSPTGGGEKIRTLTADYYNRKYGSSYAADNVIINVGASEALSSCLKTILNSGDEVMVPVPFYPGYPPMISLCCAETVFVDITKTGFKITAELLEENYSSKTKALLLSNPCNPTGNVLTLEEMNTIADFIKKRDIFLISDEIYSELSFYNFHSFSSFDRIKDKLIIINGFSKSHSMTGWRIGYTIFPLEYRRYFLNTTLYTLSSPVTLSIAAAETALKKFEDRSELMNIYKERALYMKNSLIKLGFKVVEPKGAFYIFADYSEVSELNSFDFAMDILRKVQVAVVPGISFGTEKYFRISLTADIFKLKEAVERIEKYVKKIIQPIK
>NZ_AP017968.1|WP_096402058.1|982622_983327_-|2,3,4,5-tetrahydropyridine-2,6-dicarboxylate-N-acetyltransferase
MTNLNTAEELIAFIKNSQKRTPVKAYINGDINDIETSAQVFRGKGSYILIGESDEINRVLKKYRDNITDYYIENDRRNSGVPTLDYRNINARIEPGAVIRDKVTIGNNAVIMMGAVINIGAVIGDNTMIDMGAVLGGRATVGKNCHIGAGAVLAGVVEPPSAKPVIVEDGVLVGANAVIIEGVRIGTGAVVGAGAVVLEDVPAGAVVTGNPARIIKNVDEKTLGKTQLVDDLRK
>NZ_AP017968.1|WP_096402059.1|983323_984037_-|4-hydroxy-tetrahydrodipicolinate-reductase
MEIIIHGTGAMGRLIKETAENNENIRITGFTDELATETGDVIIDFSHYSRLNSLLDYSKEKRIPLVIATTGYSNEILKKIKEAAREIPVLLSSNMSLGVSLLNDILERIVPVLYGNYDIEVIEKHHNKKVDSPSGTAKNLIETIKKSCSETMREQYGREGNRKREKNEIGIHSLRGGTIIGEHSVLFCGEDEVIEIKHTAMSKKIFAAGALKAAEFLIGKEAGIYTMKNIFENQEER
>NZ_AP017968.1|WP_096402060.1|984027_984915_-|4-hydroxy-tetrahydrodipicolinate-synthase
MELFTGSGVALITPFDENGEVNYLRLRDILEFHLLNHTDAIIVTGTTGEGSTLTDEEKLSVIKFTVEVINNRIPVIAGTGSNDTRHAAEFSKSAEKAGADGLLVVTPYYNKGNENGIYEHYKTIAEGVKIPVILYNVPSRTGVNLSISLLKKLVQIENITALKEASGNISYVAEAAREVPELDIYSGNDDMIVPVLSLGGKGVISVAANIIPDISHEMVISFLNGEVEKARELQLKYNDLVNALFLETNPVPIKEAMNFLGYKTGNCRLPLGAMEESNRIKLIDILTAHEVARWK

Crispr_ID: NZ_AP017968_5

• CRISPR_ID: NZ_AP017968_5
• CRISPR_location: 1741003-1741253
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NZ_AP017968_5

Consensus_repeat	Method
ACTAGTAGTGGAAATAATTCAGGAAATGGAATATATTCTTATTCT	PILER-CR

spacers of NZ_AP017968_5

>5.1|1741051|60|NZ_AP017968|PILER-CR
GGGAAAGAAGCTAGTACAATAGGAAATATAACAAATAGTGGAACTATCAATGGTAGTACT
>5.2|1741159|60|NZ_AP017968|PILER-CR
TCTAATGGAGCTAGTACAATAGGGGATATAACAAATAGTGGAATTATAACTGGTAGTACT

CRISPR arrays and Neighbor proteins around NZ_AP017968_5

CRISPR arrays

The CRISPR arrays of NZ_AP017968_5

>merge|NZ_AP017968|5|1741003-1741253|PILER-CR
GTGGAAATGAATCAGGAAATGGAATATATTCTTATTCTGGGAAAGAAGCTAGTACAATAGGAAATATAACAAATAGTGGAACTATCAATGGTAGTACTACTGGTAGTGGAGCTAATTCAGGAAATGGAATATATTCTTATTCTTCTTCTAATGGAGCTAGTACAATAGGGGATATAACAAATAGTGGAATTATAACTGGTAGTACTACTAGTAGTGGACATTATTCAGGAAATGGAATTTATTCTTATTCT

>NZ_AP017968|5|3|1741003-1741253|PILER-CR
GTGGAAATGAATCAGGAAATGGAATATATTCTTATTCTGGGAAAGAAG	CTAGTACAATAGGAAATATAACAAATAGTGGAACTATCAATGGTAGTACTACTGGTAGTG
GAGCTAATTCAGGAAATGGAATATATTCTTATTCTTCTTCTAATGGAG	CTAGTACAATAGGGGATATAACAAATAGTGGAATTATAACTGGTAGTACTACTAGTAGTG
GACATTATTCAGGAAATGGAATTTATTCTTATTCT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096402690.1|1744288_1744558_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096402691.1|1744929_1748616_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402697.1|1753227_1763517_+|autotransporter-associated-N-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|380182
NZ_AP017968.1|WP_096404534.1|1749445_1750207_-|4,5-DOPA-dioxygenase-extradiol	unknown	unknown	gnl|CDD|153375
NZ_AP017968.1|WP_096402680.1|1733575_1734985_-|pyruvate-kinase-PykF	unknown	unknown	gnl|CDD|181699
NZ_AP017968.1|WP_096402686.1|1739433_1739613_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402694.1|1750386_1751082_-|MmcQ/YjbR-family-DNA-binding-protein	unknown	unknown	gnl|CDD|225197
NZ_AP017968.1|WP_096402687.1|1739602_1739848_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402696.1|1752629_1753211_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402308.1|1738698_1738938_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|378935
NZ_AP017968.1|WP_096402692.1|1748633_1748921_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|365952
NZ_AP017968.1|WP_096402685.1|1739045_1739363_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402679.1|1732741_1733488_+|MipA/OmpV-family-protein	unknown	unknown	gnl|CDD|226236
NZ_AP017968.1|WP_096402689.1|1744002_1744296_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096402684.1|1737830_1738637_+|ATP-binding-protein	unknown	unknown	gnl|CDD|236153
NZ_AP017968.1|WP_096402695.1|1751459_1751834_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402682.1|1736247_1736607_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402693.1|1748913_1749186_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|259853
NZ_AP017968.1|WP_096402681.1|1735180_1736044_+|5'-methylthioadenosine/S-adenosylhomocysteine-nucleosidase	unknown	unknown	gnl|CDD|350159
NZ_AP017968.1|WP_096402683.1|1736965_1737844_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|379352

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096402690.1|1744288_1744558_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	2.14346e-16
NZ_AP017968.1|WP_096404534.1|1749445_1750207_-|4,5-DOPA-dioxygenase-extradiol	gnl|CDD|153375	cd07363, 45_DOPA_Dioxygenase, The Class III extradiol dioxygenase, 4,5-DOPA Dioxygenase, catalyzes the incorporation of both atoms of molecular oxygen into 4,5-dihydroxy-phenylalanine. This subfamily is composed of plant 4,5-DOPA Dioxygenase, the uncharacterized Escherichia coli protein Jw3007, and similar proteins. 4,5-DOPA Dioxygenase catalyzes the incorporation of both atoms of molecular oxygen into 4,5-dihydroxy-phenylalanine (4,5-DOPA). The reaction results in the opening of the cyclic ring between carbons 4 and 5 and producing an unstable seco-DOPA that rearranges to betalamic acid. 4,5-DOPA Dioxygenase is a key enzyme in the biosynthetic pathway of the plant pigment betalain. Homologs of DODA are present not only in betalain-producing plants but also in bacteria and archaea. This enzyme is a member of the class III extradiol dioxygenase family, a group of enzymes which use a non-heme Fe(II) to cleave aromatic rings between a hydroxylated carbon and an adjacent non-hydroxylated carbon.	5.40476e-114
NZ_AP017968.1|WP_096402680.1|1733575_1734985_-|pyruvate-kinase-PykF	gnl|CDD|181699	PRK09206, PRK09206, pyruvate kinase PykF.	0
NZ_AP017968.1|WP_096402694.1|1750386_1751082_-|MmcQ/YjbR-family-DNA-binding-protein	gnl|CDD|225197	COG2315, MmcQ, Uncharacterized protein conserved in bacteria [Function unknown].	1.05278e-21
NZ_AP017968.1|WP_096402684.1|1737830_1738637_+|ATP-binding-protein	gnl|CDD|236153	PRK08116, PRK08116, hypothetical protein; Validated.	3.1075e-52
NZ_AP017968.1|WP_096402693.1|1748913_1749186_+|HU-family-DNA-binding-protein	gnl|CDD|259853	cd13831, HU, histone-like DNA-binding protein HU. This subfamily includes HU and HU-like domains. HU is a conserved nucleoid-associated protein (NAP) which binds non-specifically to duplex DNA with a particular preference for targeting nicked and bent DNA. It is highly basic and contributes to chromosomal compaction and maintenance of negative supercoiling, thus often referred to as histone-like protein. HU can induce DNA bends, condense DNA in a fiber and also interact with single stranded DNA. It contains two homologous subunits, alpha and beta, typically forming homodimers (alpha-alpha and beta-beta), except in E. coli and other enterobacteria, which form heterodimers (alpha-beta). In E. coli, HU binds uniformly to the chromosome, with a preference for damaged or distorted DNA structures and can introduce negative supercoils into closed circular DNA in the presence of topoisomerase I. Anabaena HU (AHU) shows preference for A/T-rich region in the center of its DNA binding site.	1.3414e-12
NZ_AP017968.1|WP_096402692.1|1748633_1748921_+|HU-family-DNA-binding-protein	gnl|CDD|365952	pfam00216, Bac_DNA_binding, Bacterial DNA-binding protein.	2.14076e-10
NZ_AP017968.1|WP_096402679.1|1732741_1733488_+|MipA/OmpV-family-protein	gnl|CDD|226236	COG3713, OmpV, Outer membrane protein V [Cell envelope biogenesis, outer membrane].	2.73842e-38
NZ_AP017968.1|WP_096402689.1|1744002_1744296_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	1.82552e-09
NZ_AP017968.1|WP_096402308.1|1738698_1738938_+|helix-turn-helix-domain-containing-protein	gnl|CDD|378935	pfam12728, HTH_17, Helix-turn-helix domain. This domain is a DNA-binding helix-turn-helix domain.	1.07626e-05
NZ_AP017968.1|WP_096402697.1|1753227_1763517_+|autotransporter-associated-N-terminal-domain-containing-protein	gnl|CDD|380182	NF033175, fuso_auto_Nterm, autotransporter-associated N-terminal domain-containing protein. This domain typically is found in the genus Fusobacterium, in N-terminal regions of large proteins that are recognized as autotransporter proteins by C-terminal regions matching Pfam model PF03797. In paralogous families of such proteins, the N-terminal and C-terminal regions are fairly well-conserved, but the repetitive central region is poorly conserved in both length and sequence.	2.28558e-38
NZ_AP017968.1|WP_096402681.1|1735180_1736044_+|5'-methylthioadenosine/S-adenosylhomocysteine-nucleosidase	gnl|CDD|350159	cd09008, MTAN, 5'-methylthioadenosine/S-adenosylhomocysteine nucleosidases. This subfamily includes both bacterial and plant 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidases (MTANs): bacterial MTANs show comparable efficiency in hydrolyzing MTA and SAH, while plant enzymes are highly specific for MTA and are unable to metabolize SAH or show significantly reduced activity towards SAH. MTAN is involved in methionine and S-adenosyl-methionine recycling, polyamine biosynthesis, and bacterial quorum sensing. This subfamily belongs to the nucleoside phosphorylase-I (NP-I) family, whose members accept a range of purine nucleosides as well as the pyrimidine nucleoside uridine. The NP-1 family includes phosphorolytic nucleosidases, such as purine nucleoside phosphorylase (PNPs, EC. 2.4.2.1), uridine phosphorylase (UP, EC 2.4.2.3), and 5'-deoxy-5'-methylthioadenosine phosphorylase (MTAP, EC 2.4.2.28), and hydrolytic nucleosidases, such as AMP nucleosidase (AMN, EC 3.2.2.4), and 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidase (MTAN, EC 3.2.2.16). The NP-I family is distinct from nucleoside phosphorylase-II, which belongs to a different structural family.	8.22369e-61
NZ_AP017968.1|WP_096402683.1|1736965_1737844_+|helix-turn-helix-domain-containing-protein	gnl|CDD|379352	pfam13730, HTH_36, Helix-turn-helix domain.	4.22986e-09

Protein sequences

>NZ_AP017968.1|WP_096402687.1|1739602_1739848_+|hypothetical-protein
MKSNTELFFKIMTTTGTFLLAYHKYILSLFDKKLDMRDCEKERLYAEKFRIENIKTLTDGIKRIEERMTRIEKELMKQYKN
>NZ_AP017968.1|WP_096402686.1|1739433_1739613_+|hypothetical-protein
MKIIINFLKYFISKWLGTKAIEKVLIVVLKELVKRTESKIDDRIYEAVFGKLEGEKNEK
>NZ_AP017968.1|WP_096402685.1|1739045_1739363_+|hypothetical-protein
MAAGENQVILTVVQKEIVKVENAIKREKAILKNIDDITATLEHIAEQVEAGTAFPENSAYESYQEWQTSAEKEIKSYNTSLETIDKYRSLLGAYEFYVKNNTPEA
>NZ_AP017968.1|WP_096402308.1|1738698_1738938_+|helix-turn-helix-domain-containing-protein
MDREEYIYRKLEGLSSLNKALSQEMVASLGEWATIEEVAKYLKRHKNTIYDKVDGGDLLYRRIGPSILIYTRSIIFLLE
>NZ_AP017968.1|WP_096402684.1|1737830_1738637_+|ATP-binding-protein
MKKCKYCGKRYKENSIEHIEKLPDFIKEKIKFIPDCSCLEEMFKREMEKLEKERVYECMKNRVKKYKDISVVDNKFLESRFENADMSEKYMILAKRYADNFLVKNKKTGMLLYGDVGTGKTFASACIGNYLMEKGKTVMMINLGLYLNKLSREFGEAEKDILEQIEKCDLVIIDDFGTEKNLDDNSTGWRAEKIYNLIDTRYRSGKPLIISTNLIFNDDEEKCEITEKFSIQGKNRIRDRIIDMCFPVRVTGKSRRGITKDKFLEFMA
>NZ_AP017968.1|WP_096402683.1|1736965_1737844_+|helix-turn-helix-domain-containing-protein
MNLSTEKNEKITDAIKVRGIYREGYGFIAKKIMKDRNLNIISKAIYAYICSYAGKGHNAFPSQKLISIDLGINKGTLVKYIKELKDSGYITVIQHKEKGKFSKNLYTVNILPQVVSPYRAGTDTEAVRHGQRDTNNNNINNNIKINNNSVNNNTHTEEQEEVIEKIEYKKEKIENAPVEIQQIIKKYIDLELPNFDYRPDNYILLGVYRELGAVKLFEALTLMSQSEFVKNNMSINTIFKIENLKKALNGSFKNKVKDIKKEFKKPEYEDFTEELIDEILSAETGGLESEKM
>NZ_AP017968.1|WP_096402682.1|1736247_1736607_+|hypothetical-protein
MEDHIILEFIDYTDDHWKYFIKFEEGEEEYNWHITCKFPNNRKHLIKVDLRDEKNLKKCMEQIFSDNSRYYEIEWLNGVEIVKKLLKKRSRRAITFEELKNEMKILEEIINKHNENEIE
>NZ_AP017968.1|WP_096402681.1|1735180_1736044_+|5'-methylthioadenosine/S-adenosylhomocysteine-nucleosidase
MKNLFKKILLLMVFSASIAYAQVKSVTVPSHSVPKQPIIIQGPMPIEAQNLAARLENVREERTGNYIFYIGTLNDYPVIVAKTSKGMENTAAATAIAIERFKPAAVINQGTSGGHDKSLNVGDIVLGKRTFNAGNFKTLTKNEKEGSNPFEWLPMDVMASEGSAGENTDAEKVRYYEGNPMLLKAANAVKNQYKRGKVVEGTVASANFWNNEIDRINWLHEEFGSSVEEMEAASAALICEAYKVPFLTIRVLSNNKTNGGKYDPSTAKDCQDYVEKVVKEYIKMLEK
>NZ_AP017968.1|WP_096402680.1|1733575_1734985_-|pyruvate-kinase-PykF
MKKTKIICTIGPSSETKETLKELLKSGMNMMRLNFSHGNYEEHKEKIDNFRAAQAETGIRAALMLDIKGPKIRTTKLKDGKNVNIVSGQEFIITTDKSIIGDEKMVAVTYEDIIQDVKIGEKLLIDDGLLQFSIKEIVGNKIICIALNNGELGENKGVNLPKAKVSLPAISEKDRNDLIFGCQQGVDYVAASFIRKADDVKDVRKVLDENNGKNILIISKIETQEGIDNFDEILKVSDGIMVARGDLGVEIPIEDVPIAQKMMIEKCNAAGKVVITATQMLDSMIKNPRPTRAEVNDVANAILDGTDCIMLSGESANGKYPVEAVRVMTRISEKIDPLVSKKNYFAEDMTITTAVTKGTAEISESLDTKVIVVATQSGRAARDMRRYFPKAEIVAITNNEKTANQLLIVRGITPFIDGQPENLDSFFQLAEKVSVDLKLAKKDDIIIANCGESIFKVGTTNSIKLIKIS
>NZ_AP017968.1|WP_096402679.1|1732741_1733488_+|MipA/OmpV-family-protein
MKKVLIGLAAILASTTVFAENRYGVGIGAGVSNNIYKGDKTQAYPIPLFDVDYGNFYLKAATLGYRFYKNDKLSTSIYIDPLAGFPIKGKDMKNGYKNIDDRDFQVMGGIRLDAETGIYGIRTGLNAQFGEHGAEGRASLYKMYFANNKLTIIPGIHFRGFSKHYTDYYFGVTSKEAERSSRDNLKNEYKGGTAYSYGAVITLDYKLTENVSLDSFFGIEKFSSDISDSPIVERDWMYMIGGGIKYFF
>NZ_AP017968.1|WP_096402689.1|1744002_1744296_+|HU-family-DNA-binding-protein
MTEGEFIRFYKKRNGLKNQQEVKEKIDLFWNTLLKVLNEGEKVTFKNWGTFEEKEVKPRKIMIARINKTGYTKAKKKIRFRVGTGLQDIVNGAGTNE
>NZ_AP017968.1|WP_096402690.1|1744288_1744558_+|HU-family-DNA-binding-protein
MNKRELAKVYSEVSKGEISARKALKEIEVFLETMQEALQKSHSLIFINIGIFEVKERKPRVIANPVTKEPMKIYPRKTVKFRVSKKIER
>NZ_AP017968.1|WP_096402691.1|1744929_1748616_+|hypothetical-protein
MVEKILGRAKSSNQKRGINVAIGVVIGCFLIGGIGYSQEEVINKKTVYDEEIKWLWPFEKGSSKKKLEGNTGGEVLPPEPEIIPPKKDEIPWQHDPDGVIEDGLEQDSTDIYTGILKREWNKEKEKWEVVGLQDENKDGIADIYDPDGDFDGDGIKNKDDKNWALNAGKQNDLFISSNGLGYVDSGSIVRVLKENDWNADKIKNYLYSKGQLDLYKNGIKNLEDTDIKTITKLNKYNEKYNKENKIINSNDGTGEFENKLKEIEQNKLDEYNNFTGGTNNLLYNDIATEITGQNIREKDNIQVVNKGKINFTRVNPGQLGAKSNSFKAYNYGEIIGRIDLNGSGEPVSNDSIGQKGMAESNHLYNYGVIDVEIKIEGGYIGSVGQRIDNNMSYSKSVDNEIINYGYIKSINTGGGAAAGQDALATGGLKIELINSGKIYAEVNGAKSGNNGPEIVGQRIHGSNTQSSFLDINADIYNYNDIKLVLKQGDDGINQAHYLYGQKATIALVPPSTETAYLNSQLYNYGNIKIEDLDGKLGETGFLYGQYAETLNQGTDAENKTAQNNVYNYGNIDIISKGTTTSYGQRAAIKYNSINIRENQLYNYGKINISSENKNYGQFLTTWSTKEFFKSDIYNYGIIISEGKGTIGQSIEGYKGTANNYGQIRVKGGTKDTAGIKVIDGAIGFNYGMIEVDNKGIAPENMGTGMWADGKDSEAFNYGSIIVTGLTGTVENGMDTAYMRATNGGKVYNYGWLELKDSLDALTIGEGVSSSTRAGYRSAGDFDLKGEMKIMAETGKGDIYSKENFITAGGNGKEGNISGLENLTSSGVYEIFTTERKGDNGENIVDLVMNKTKNIEDLEKDSNTGRMVKELQLDNAVYGKDSEFARNNKEFSEMISRKVSEGESLENLLGLEYANLNGQIIESGKVLLENQEKVMSTDRTYLSGQFNKENNFDAVVINPQNESKIGIFHLNSDKDLDSQVSGTYRYELESTTLILQNNKNYMIGMNYSKLDYKNRNSDMKKTSVFAGHNYIKSLSDISEYRNYINGTLTFNTMDRNGKRDDFKSYDLNMRNEYVRELDIEGLTYSEFTAGVKTTVFGHEKIKEHGADLTSDRNIEVKKKIGISNEINLGFLMNKSYEIGENKRKNNFGISTYLGYKKELMPINDWRDEFTIGTGNYAKYNKPVKEHDLGVGLGVVSARYEIKDELSGTLSFSADTLGDTMTTFKIEYKF
>NZ_AP017968.1|WP_096402692.1|1748633_1748921_+|HU-family-DNA-binding-protein
MKENDFIKLYRNNRGLKNQKEAKEKIDAFWNTLFKAVETGEKVIFKGWGKFEKKDMKSRKIKIPKKDQLICTQPKSIIKFRAGKVFRKRLVGAYE
>NZ_AP017968.1|WP_096402693.1|1748913_1749186_+|HU-family-DNA-binding-protein
MNKKEFIKLYRSVYGENITVKESLEDIDIFLKTVEQVLKENGKVKFTKRGVFEVIDRKPRNISNPSTREIMTIYPQKTIRFRITKNIAKY
>NZ_AP017968.1|WP_096404534.1|1749445_1750207_-|4,5-DOPA-dioxygenase-extradiol
MPVIFVGHGSPMNAINSSKASVIWKKIGTILEKPKAILVISAHWYVNGTFIQSSNNPTQIYDMYGFPDELYKIKYPVKGNIELTKRILDLLDQDITLNDEWGIDHGTWSVLVHMYPNADIPVVQLSIDKTKSLKEHYALGKKLRQLRDEGILILASGNIVHNLRELNPYTETRKETAEFDNWIKENILNFNINNLINHSQHPYSVFAVPTPDHYIPLIYAVGASNNSDKIDIFNNYYELGSISMTSYLFDPAD
>NZ_AP017968.1|WP_096402694.1|1750386_1751082_-|MmcQ/YjbR-family-DNA-binding-protein
MLYQGKIFNNRKFIIKNLLSYGFIQKEKQYIYSKNLMNDTFNLIINIKETNEIDIKVLDIKLNEEYTPIYIQNISGGFVGKIRKEYETILSDIADKCTAKEIFKSDYAKKIVKYIAEKYKDEPEYLWDKTPNNAVFREKASEKWYAALLEVEKKKVGINEEGTIEIIDLKAAPDKILSIVDNINYLPGYHMNKKHWFTIKLDGSVSLKTIYSLIDDSFNIVKKKGLRTLKK
>NZ_AP017968.1|WP_096402695.1|1751459_1751834_-|hypothetical-protein
MKKFLFISILSFLFLFNFSLSEEIEKEEISQETVSVASALPEEGETKYNMPFSALFEKRGEYYYNKDNVCLSLGGFFTLTLGNTNKSIGNNIHINGKNIDEIAKGTFTITKIKNLYIMTEEYEK
>NZ_AP017968.1|WP_096402696.1|1752629_1753211_+|hypothetical-protein
MKKLLGIFLLLSCLTTALYSQEVSEKEGRKVLEQIRREIQAEEKAKQKAIEDAEKAKEAEEKARIAAEKAEEKKGKKIIEDIRRDMNESLEEKVFRSENTPEGRIAAAGAAFEIGRERMAFLKIEEEEIMKLEEVLGMEADENRVFLSQKFDEVYDKFKTNNNEIELLLLENEKLNEYLSRLDKMEQKVRAGN
>NZ_AP017968.1|WP_096402697.1|1753227_1763517_+|autotransporter-associated-N-terminal-domain-containing-protein
MRKNDIEKSLKRFLKRKVSYSLSLLIAFMITGGISLGAGITAEEIQETKSDLLTRIQTEREEIRRKIEENERLIKEYNSDFVELVRKGDFYSKPLFNSTQIFFTYQYLDNGKMKDRTDKEFAETIDAINKHYGTKSGRSLLRSTGNIGKDKIMAGNGVAVDNTVFREEINLGANIIPIEPDLPVVNPEISINISEPTVNLGVLPGTVSISPITISTITPPTVIPPSAPVGISLTVSTPDAVDKIAVTTPVIVPPATPSDKQITVTAPTAPGGYDPSYISVPEAPSSPVINLPNIPSINFVSMSNGNGAYVEVDAVPGGAGSSARIQNGIISAVSVIDGTFMVKREILTPYGITTAGGSYGSATTTANNSYRYSYSNYKAYAFATVGSIGVGAGSAAGSIVNAGTVGDKYAISYANAYADSASVQRIVAGQALTFNNGKFRVARESDSSSVYLGEFLHMDIHGSIAHTTVRTHLANTVAKIASDGAGATTATAAVLPAWDDVIANYTTNTPRVIAWVNSNDIALEGGNLSLTNMYHHTSGITSGIVINTGKIQIRPYKNAGTIYDGYNSVFVVSSEQQANRAQYVMYNKGEINTSTQNTGVFTVNNGWYRRGGAVTYCNSSDNFVVNKGVIEMTGKHSIGVYGQFLSWNVTGASRGVLQMDFMDGADRKPIQLYGDESIGLYVLPEFNASNITGNFHVDIGGINTGNKSISVTGSDTNGGETITDYWSGNTSTNTVDGSVGILSYRDINLTSHGIVIHDKTTGNIGVAPQKKAAYTWSFTGGGQTSNWNITAANPSLNLGSGYIKINGGTDNIGIFAREGNVTTTGSVDLTDGTGNLAIYAKDYTAGVGKVTTTGNTANTVVLFADNGNINVTDSVKLLGLKLTGATTGNQNNILAAYASNSGTITMNNSGTIGTLSSPDIEVTGMELGDASGQYRGLALMADNGVINGKNNYIKVINGAAGVASINSGNIDITGSTVYVNNGYAVYSDGTGTVDLTNGKLVLDGNSVAFDLDFSLTNPLTLTGSEIHVVSDDVTAVNLKNVSAALSVNSLKSSIIAALGGTINITDDGHDKYKIAAVDGGTLNIDTNIDKADPDPDSKGYFYYKRFLGQRLKLNVTSGVEVNAAIDTSDANSYFKGQVVGLEMNSSSSASGVSDTQINLANNSKVIADRTDNGAGAIGLYMNFGEIKLDAGSKVEVEKGANIVNNQAVGIYAVNGSKVNNAGTIEVGGDQSIGILGMAYREAPIGTVIVKEFGAGLTDQGKVNIINDKNITLNGVGTIGIYAHNNNTSASNNDTVVTNTINGVITVGSSDSSNAAVGIYGKKASISNLGKISVGDGGVAIYATEGSRITDLGILDLGADGVGVMADGTSDITATSVTLTSNNTGTLGKTGIFYKGTLGTESKTIGVTVNASALDKGTAIYIENMNITSSGTLNVGKDGVGIFVKGNSTQTGTNTGTIDLTSGKTGAVGMYTKTANIVNDTAGIIEVRDSSQIGMYAEGINNKAANMGAIKLNVDGSTGIYVKSGAIAELNTGNNIAFAGKSSVGVFAENAAVNFKNNLTFTNNNENKNIYVYGKGAVVGIDAGKIITVNGVAAPITTGNKTVGIYLENAGTASTFTSNTTGQLVVTNEAVGIYSKGNNTLNVNVTADGVKTTGVFIDGASNITGTVTARGTAAAGAVGVYGSGGAVTIGAGGLTLNTDTDKGTGMYLADGAYAAGGKITVNNTAAVDNIGVYYSKGTASGIITNEAEIELAGVKSIGIYAADGINLVNTKNINSTTSNNIASYVGGNSTLTSNGNITMTGTDSIGIYTGKGTGVNAGTINLTGAAGTSSAGMVAKTDAAGDTAAVENKNIITVGNNLGMYIAGAGTSSGKNSGTITATTGTGVYVDGSGNSFNGTGGTITADTVGIYLKNTDANKITAGALNIGSGGVGVFGENAKIDFAVNAAGTGAVGVAAKTNSIISGNVTTGQDSVGVYLLDDTVTFNGANITTGTNNSGTSVGILFDSGITGSYTMSNVSVNAKNGVGIYLGGAGMTLNHNGNITTEGGIGIYVKNGTTLTTGTSTLNISSGGTGVYIEQGTANLGLTGNLTFNFGTGGGIGIFNNGGTLNIGSNITVTGSGSLAATTDGSFNSSGNISVGDGGIGLLGQYSSALITAQNITNSGVITADDGGIGLAAVKTGAGIPGAPVTLNNFNTIIVSGKSLGTSEPSIGIYTDIADVVNTGNINVGTDGIGIYSSYNGVMTSVQNDDMTMTGTDGIGVYIKGVTNGLVSNNINSTGSKNTGVVLEDIGSTAINVGAVALGEASVGVVATGTTTSAITGTISVGNGIASKSAIGIVADNGANVTLASTTTISAGTNGIGVYANGTGTTVTVPNAANITVGSKGVYMYSKDANLNFAGNITANDQIGLVADGGTVTSTGATITVQNGGLGVFVKNAAPVFTGTTINVQAGNSSQYSIGAYYDGVASIGSAPVITQTGSYTIGLVLNNSTGTTTSGISIGSSGSDQVGVMAKGNSNLTIAGNVSVAGDENIGVYGENSIVIVNGDTIVGNSSFCVNKTTSSIGVSINGASYTGNGNLSVGDYSIGVFGKGMAAGSVIKQGTGTETMTVGKDGLGIYGEGTGGTITADMSNITVGTDNAIGVYAKGMNSIVTGNMGIGANTSIGIASEGNGNVTYTGAMTIDDKGTGINDTASVGIYKKDGTGTISTLAGSWSVGKNGYGIYLKQTTGESAAIENNADMNLGMAAVGIFSSGKNTVKNSGNIVVGATNILNGDHADLENHENSIGMYLIGGSTGLNTSSGVITINHDHSVGVYVTGSETSFTNEGTINVDNGGIGILVQDKGTAENKGIINLGNNIAVCQSPTVGMAAYGGAKIINASSGIINVNEGTGMYVNEGAELVNRGIINVLNGIGIEGNGKVTNSGFISVTGTGADRSTSGVGAANVGAIEIDSEGNIKINDKYVSVGGTLSTDGILIIDGAYADVTTGIPLFSASSVSGEVKIMSNFATTGNGITYLIKNFVNTAAGTVTGNKLTAVTSPLFIAKMTSNGDLAIAKRPYADIVIGEQFDALHKGLDNILENSGGNGRDAEILKKLNAYLNDLSGEDFEREASRTLAETRGDIYATIQGRMQDINRAFDNSFYELESSYNLTKDSSKYSVIYTDGNYKDSTLGIDDYDYKVMGLLYMKEKEGTEYGSKYGYTLGFAGSKFDFDDGGSKEDVYSLRVGAHRVKNLSDEHKVSWLSRIELGYNRHIAKRKLELDKTYENKGEYNTYSVAFDNRLTKVIYTDLSRQLDVYADLDLEYGKIDDFKESAGSKGGLEVQIKDNDYFSAQAGAGVKASQRIYAGNDISVKVTADVKYAYEFGDNYDGNKARLKNGGEGYYSLITPEEREGKLSGKVGLTIEKANHMGVTFEVEAADENHKKDSSIKYGVRFNYKF

Crispr_ID: NZ_AP017968_6

• CRISPR_ID: NZ_AP017968_6
• CRISPR_location: 1759899-1760000
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP017968_6

Consensus_repeat	Method
AGGAACAGATGGAATAGGAATATA	CRISPRCasFinder

spacers of NZ_AP017968_6

>6.1|1759923|54|NZ_AP017968|CRISPRCasFinder
CTCTAGCTATAATGGAGTTATGACATCAGTACAAAATGATGATATGACTATGAC

CRISPR arrays and Neighbor proteins around NZ_AP017968_6

CRISPR arrays

The CRISPR arrays of NZ_AP017968_6

>merge|NZ_AP017968|6|1759899-1760000|CRISPRCasFinder
AGGAACAGATGGAATAGGAATATACTCTAGCTATAATGGAGTTATGACATCAGTACAAAATGATGATATGACTATGACAGGAACAGATGGAATAGGAGTATA

>NZ_AP017968|6|4|1759899-1760000|CRISPRCasFinder
AGGAACAGATGGAATAGGAATATA	CTCTAGCTATAATGGAGTTATGACATCAGTACAAAATGATGATATGACTATGAC
AGGAACAGATGGAATAGGAGTATA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096402694.1|1750386_1751082_-|MmcQ/YjbR-family-DNA-binding-protein	unknown	unknown	gnl|CDD|225197
NZ_AP017968.1|WP_096402691.1|1744929_1748616_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404534.1|1749445_1750207_-|4,5-DOPA-dioxygenase-extradiol	unknown	unknown	gnl|CDD|153375
NZ_AP017968.1|WP_096402704.1|1769364_1770030_-|DUF1275-domain-containing-protein	unknown	unknown	gnl|CDD|377734
NZ_AP017968.1|WP_096402698.1|1763585_1763828_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402690.1|1744288_1744558_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096402700.1|1766161_1766695_-|phosphatase-PAP2-family-protein	unknown	unknown	gnl|CDD|239489
NZ_AP017968.1|WP_096402705.1|1770470_1770989_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402696.1|1752629_1753211_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402693.1|1748913_1749186_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|259853
NZ_AP017968.1|WP_096402692.1|1748633_1748921_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|365952
NZ_AP017968.1|WP_096402689.1|1744002_1744296_+|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096402688.1|1740155_1743926_+|autotransporter-domain-containing-protein	unknown	unknown	gnl|CDD|377133
NZ_AP017968.1|WP_096402702.1|1767629_1768223_-|sigma-70-family-RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|181361
NZ_AP017968.1|WP_096402699.1|1764617_1766123_+|hypothetical-protein	unknown	unknown	gnl|CDD|173864
NZ_AP017968.1|WP_096402701.1|1766718_1767207_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402707.1|1772040_1772250_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402695.1|1751459_1751834_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402703.1|1768944_1769304_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402706.1|1771272_1771647_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096402694.1|1750386_1751082_-|MmcQ/YjbR-family-DNA-binding-protein	gnl|CDD|225197	COG2315, MmcQ, Uncharacterized protein conserved in bacteria [Function unknown].	1.05278e-21
NZ_AP017968.1|WP_096402704.1|1769364_1770030_-|DUF1275-domain-containing-protein	gnl|CDD|377734	pfam06912, DUF1275, Protein of unknown function (DUF1275). This family consists of several hypothetical bacterial proteins of around 200 residues in length. The function of this family is unknown although most members have 6 TM regions, and may be putative permeases.	2.31974e-35
NZ_AP017968.1|WP_096402689.1|1744002_1744296_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	1.82552e-09
NZ_AP017968.1|WP_096404534.1|1749445_1750207_-|4,5-DOPA-dioxygenase-extradiol	gnl|CDD|153375	cd07363, 45_DOPA_Dioxygenase, The Class III extradiol dioxygenase, 4,5-DOPA Dioxygenase, catalyzes the incorporation of both atoms of molecular oxygen into 4,5-dihydroxy-phenylalanine. This subfamily is composed of plant 4,5-DOPA Dioxygenase, the uncharacterized Escherichia coli protein Jw3007, and similar proteins. 4,5-DOPA Dioxygenase catalyzes the incorporation of both atoms of molecular oxygen into 4,5-dihydroxy-phenylalanine (4,5-DOPA). The reaction results in the opening of the cyclic ring between carbons 4 and 5 and producing an unstable seco-DOPA that rearranges to betalamic acid. 4,5-DOPA Dioxygenase is a key enzyme in the biosynthetic pathway of the plant pigment betalain. Homologs of DODA are present not only in betalain-producing plants but also in bacteria and archaea. This enzyme is a member of the class III extradiol dioxygenase family, a group of enzymes which use a non-heme Fe(II) to cleave aromatic rings between a hydroxylated carbon and an adjacent non-hydroxylated carbon.	5.40476e-114
NZ_AP017968.1|WP_096402702.1|1767629_1768223_-|sigma-70-family-RNA-polymerase-sigma-factor	gnl|CDD|181361	PRK08295, PRK08295, RNA polymerase sporulation sigma factor SigH.	9.54133e-55
NZ_AP017968.1|WP_096402690.1|1744288_1744558_+|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	2.14346e-16
NZ_AP017968.1|WP_096402700.1|1766161_1766695_-|phosphatase-PAP2-family-protein	gnl|CDD|239489	cd03395, PAP2_like_4, PAP2_like_4 proteins. PAP2 is a super-family of phosphatases and haloperoxidases. This subgroup, which is specific to bacteria, lacks functional characterization and may act as a membrane-associated lipid phosphatase.	2.99664e-25
NZ_AP017968.1|WP_096402688.1|1740155_1743926_+|autotransporter-domain-containing-protein	gnl|CDD|377133	pfam03797, Autotransporter, Autotransporter beta-domain. Secretion of protein products occurs by a number of different pathways in bacteria. One of these pathways known as the type V pathway was first described for the IgA1 protease. The protein component that mediates secretion through the outer membrane is contained within the secreted protein itself, hence the proteins secreted in this way are called autotransporters. This family corresponds to the presumed integral membrane beta-barrel domain that transports the protein. This domain is found at the C-terminus of the proteins it occurs in. The N-terminus contains the variable passenger domain that is translocated across the membrane. Once the passenger domain is exported it is cleaved auto-catalytically in some proteins, in others a different protease is used and in some cases no cleavage occurs.	1.18666e-19
NZ_AP017968.1|WP_096402699.1|1764617_1766123_+|hypothetical-protein	gnl|CDD|173864	cd08499, PBP2_Ylib_like, The substrate-binding component of an uncharacterized ABC-type peptide import system Ylib contains the type 2 periplasmic binding fold. This family represents the periplasmic substrate-binding component of an uncharacterized ATP-binding cassette (ABC)-type peptide transport system YliB. Although the ligand specificity of Ylib protein is not known, it shares significant sequence similarity to the ABC-type dipeptide and oligopeptide binding proteins. Most of other periplasmic binding proteins are comprised of only two globular subdomains corresponding to domains I and III of the dipeptide/oligopeptide binding proteins. The structural topology of these domains is most similar to that of the type 2 periplasmic binding proteins (PBP2), which are responsible for the uptake of a variety of substrates such as phosphate, sulfate, polysaccharides, lysine/arginine/ornithine, and histidine. The PBP2 bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. 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. Besides transport proteins, the PBP2 superfamily includes the ligand-binding domains from ionotropic glutamate receptors, LysR-type transcriptional regulators, and unorthodox sensor proteins involved in signal transduction.	1.54777e-170
NZ_AP017968.1|WP_096402693.1|1748913_1749186_+|HU-family-DNA-binding-protein	gnl|CDD|259853	cd13831, HU, histone-like DNA-binding protein HU. This subfamily includes HU and HU-like domains. HU is a conserved nucleoid-associated protein (NAP) which binds non-specifically to duplex DNA with a particular preference for targeting nicked and bent DNA. It is highly basic and contributes to chromosomal compaction and maintenance of negative supercoiling, thus often referred to as histone-like protein. HU can induce DNA bends, condense DNA in a fiber and also interact with single stranded DNA. It contains two homologous subunits, alpha and beta, typically forming homodimers (alpha-alpha and beta-beta), except in E. coli and other enterobacteria, which form heterodimers (alpha-beta). In E. coli, HU binds uniformly to the chromosome, with a preference for damaged or distorted DNA structures and can introduce negative supercoils into closed circular DNA in the presence of topoisomerase I. Anabaena HU (AHU) shows preference for A/T-rich region in the center of its DNA binding site.	1.3414e-12
NZ_AP017968.1|WP_096402692.1|1748633_1748921_+|HU-family-DNA-binding-protein	gnl|CDD|365952	pfam00216, Bac_DNA_binding, Bacterial DNA-binding protein.	2.14076e-10

Protein sequences

>NZ_AP017968.1|WP_096402696.1|1752629_1753211_+|hypothetical-protein
MKKLLGIFLLLSCLTTALYSQEVSEKEGRKVLEQIRREIQAEEKAKQKAIEDAEKAKEAEEKARIAAEKAEEKKGKKIIEDIRRDMNESLEEKVFRSENTPEGRIAAAGAAFEIGRERMAFLKIEEEEIMKLEEVLGMEADENRVFLSQKFDEVYDKFKTNNNEIELLLLENEKLNEYLSRLDKMEQKVRAGN
>NZ_AP017968.1|WP_096402695.1|1751459_1751834_-|hypothetical-protein
MKKFLFISILSFLFLFNFSLSEEIEKEEISQETVSVASALPEEGETKYNMPFSALFEKRGEYYYNKDNVCLSLGGFFTLTLGNTNKSIGNNIHINGKNIDEIAKGTFTITKIKNLYIMTEEYEK
>NZ_AP017968.1|WP_096402694.1|1750386_1751082_-|MmcQ/YjbR-family-DNA-binding-protein
MLYQGKIFNNRKFIIKNLLSYGFIQKEKQYIYSKNLMNDTFNLIINIKETNEIDIKVLDIKLNEEYTPIYIQNISGGFVGKIRKEYETILSDIADKCTAKEIFKSDYAKKIVKYIAEKYKDEPEYLWDKTPNNAVFREKASEKWYAALLEVEKKKVGINEEGTIEIIDLKAAPDKILSIVDNINYLPGYHMNKKHWFTIKLDGSVSLKTIYSLIDDSFNIVKKKGLRTLKK
>NZ_AP017968.1|WP_096404534.1|1749445_1750207_-|4,5-DOPA-dioxygenase-extradiol
MPVIFVGHGSPMNAINSSKASVIWKKIGTILEKPKAILVISAHWYVNGTFIQSSNNPTQIYDMYGFPDELYKIKYPVKGNIELTKRILDLLDQDITLNDEWGIDHGTWSVLVHMYPNADIPVVQLSIDKTKSLKEHYALGKKLRQLRDEGILILASGNIVHNLRELNPYTETRKETAEFDNWIKENILNFNINNLINHSQHPYSVFAVPTPDHYIPLIYAVGASNNSDKIDIFNNYYELGSISMTSYLFDPAD
>NZ_AP017968.1|WP_096402693.1|1748913_1749186_+|HU-family-DNA-binding-protein
MNKKEFIKLYRSVYGENITVKESLEDIDIFLKTVEQVLKENGKVKFTKRGVFEVIDRKPRNISNPSTREIMTIYPQKTIRFRITKNIAKY
>NZ_AP017968.1|WP_096402692.1|1748633_1748921_+|HU-family-DNA-binding-protein
MKENDFIKLYRNNRGLKNQKEAKEKIDAFWNTLFKAVETGEKVIFKGWGKFEKKDMKSRKIKIPKKDQLICTQPKSIIKFRAGKVFRKRLVGAYE
>NZ_AP017968.1|WP_096402691.1|1744929_1748616_+|hypothetical-protein
MVEKILGRAKSSNQKRGINVAIGVVIGCFLIGGIGYSQEEVINKKTVYDEEIKWLWPFEKGSSKKKLEGNTGGEVLPPEPEIIPPKKDEIPWQHDPDGVIEDGLEQDSTDIYTGILKREWNKEKEKWEVVGLQDENKDGIADIYDPDGDFDGDGIKNKDDKNWALNAGKQNDLFISSNGLGYVDSGSIVRVLKENDWNADKIKNYLYSKGQLDLYKNGIKNLEDTDIKTITKLNKYNEKYNKENKIINSNDGTGEFENKLKEIEQNKLDEYNNFTGGTNNLLYNDIATEITGQNIREKDNIQVVNKGKINFTRVNPGQLGAKSNSFKAYNYGEIIGRIDLNGSGEPVSNDSIGQKGMAESNHLYNYGVIDVEIKIEGGYIGSVGQRIDNNMSYSKSVDNEIINYGYIKSINTGGGAAAGQDALATGGLKIELINSGKIYAEVNGAKSGNNGPEIVGQRIHGSNTQSSFLDINADIYNYNDIKLVLKQGDDGINQAHYLYGQKATIALVPPSTETAYLNSQLYNYGNIKIEDLDGKLGETGFLYGQYAETLNQGTDAENKTAQNNVYNYGNIDIISKGTTTSYGQRAAIKYNSINIRENQLYNYGKINISSENKNYGQFLTTWSTKEFFKSDIYNYGIIISEGKGTIGQSIEGYKGTANNYGQIRVKGGTKDTAGIKVIDGAIGFNYGMIEVDNKGIAPENMGTGMWADGKDSEAFNYGSIIVTGLTGTVENGMDTAYMRATNGGKVYNYGWLELKDSLDALTIGEGVSSSTRAGYRSAGDFDLKGEMKIMAETGKGDIYSKENFITAGGNGKEGNISGLENLTSSGVYEIFTTERKGDNGENIVDLVMNKTKNIEDLEKDSNTGRMVKELQLDNAVYGKDSEFARNNKEFSEMISRKVSEGESLENLLGLEYANLNGQIIESGKVLLENQEKVMSTDRTYLSGQFNKENNFDAVVINPQNESKIGIFHLNSDKDLDSQVSGTYRYELESTTLILQNNKNYMIGMNYSKLDYKNRNSDMKKTSVFAGHNYIKSLSDISEYRNYINGTLTFNTMDRNGKRDDFKSYDLNMRNEYVRELDIEGLTYSEFTAGVKTTVFGHEKIKEHGADLTSDRNIEVKKKIGISNEINLGFLMNKSYEIGENKRKNNFGISTYLGYKKELMPINDWRDEFTIGTGNYAKYNKPVKEHDLGVGLGVVSARYEIKDELSGTLSFSADTLGDTMTTFKIEYKF
>NZ_AP017968.1|WP_096402690.1|1744288_1744558_+|HU-family-DNA-binding-protein
MNKRELAKVYSEVSKGEISARKALKEIEVFLETMQEALQKSHSLIFINIGIFEVKERKPRVIANPVTKEPMKIYPRKTVKFRVSKKIER
>NZ_AP017968.1|WP_096402689.1|1744002_1744296_+|HU-family-DNA-binding-protein
MTEGEFIRFYKKRNGLKNQQEVKEKIDLFWNTLLKVLNEGEKVTFKNWGTFEEKEVKPRKIMIARINKTGYTKAKKKIRFRVGTGLQDIVNGAGTNE
>NZ_AP017968.1|WP_096402688.1|1740155_1743926_+|autotransporter-domain-containing-protein
MIKEMEKALKRYLKGKNRITMGVVVAFLLGSSFAFGDVTVKYEDSTIKILDNSGTITEIGTVTKNSDDEFTWTLPEGTNITETVKIDDTVNTNNIKVNIVNSGTISGSSTGGDKSGNGIYSYGASTIGNITNGGTINGSTTGSGTNSGNGIYSDGTSNGTIGNITNSGTISGSTTGSGSHSGNGIYSYSMNGASTSTIGNITNSGSISGSTTGSGSYSGNGIYSSSFSNSKIENITNSGTISGNSTGGNDSGNGIFSYSYSATSSNIIGNITNSGTISGNGTGGNESGNGIYSYSGKEASTIGNITNSGTINGSTTGSGANSGNGIYSYSSSNGASTIGDITNSGIITGSTTSSGHYSGNGIYSYSEPCSTIGNITNSGTISGKNGDGYYSGNGIYSSSSPNNSSDSSSSTIGNIVNSGTISGSSTSSGNIPGSGVESGNGIFSYSSTHAILSESKIGNITNYGTISGNNTGSGTNSGNGIYSFSSNGPAIIESISNYGVIMGSQNGIYIRGDSSSKINGYSNYGLVIGQTPVLVEKNWSGPNTFSVPEGKGMAITLESDGSIKTNGITSGNGDSTGIYSIINTTSQNGGVDAYNEYTNGENILDSIINGAGVSSGTVTINAGNFSLTNGIINAYKTAVTVKDGASFTGTDVTINGGGLDRTTPVISGDSGANTVNISGNSFINGKVDLGDGDDILFIGNSTQINGDIDGGTGNGDILNFGSAVSRAVGNDNINLFHKISNVEEININQKVTAFETSEITGAGNINIGKNGEFVLRIDTSKVDNTSGTDKITGHALYGNIGTISSTGGKLLLALNGVGNESIISFGNTQLDSSLVTGDEGKYQEDITLDTTSLLHSVGKIDLSNNEIKITAKFDLPTKPINPDNITYEKLNKIYHGILSVDKLENFNVDTDEKFSSFIGYLNDIYAGNPYSYSSELSRKSMEMFRDIVTENSFKADTGKWMIYGGLTHIDGGTKDTYYGKGYYTYDIGSSDIDSDTKITGAYMLGEYGVSDDFKAGVAVGGNKLKSDLSNDSKVDGDALYIGGYAKKYLGNLKVTAGAGFQYGDYDADRTAAGREITETRSYSSSYNDLTYDIYLNGRYSYNIGENLFLEPYATLSYTYVDQDGADEGNKTLAIETDSKSFDYTSAKVGLDLKKVIPHEKGKSTLSVGASYTRLLNGADEEHITGRFKGGSDFDILVAHKNEHSLGLNAKYTLELENGILFDVKGSYAVERDSHNNSGKNKTKGEWIVGTGLGYKF
>NZ_AP017968.1|WP_096402698.1|1763585_1763828_+|hypothetical-protein
MIERRKRGRPLGSGVKNYCALGCRFTEKEYLLIQESLKKLKEEYGANNKIILNLFKKYGNSLDEKIIKKNKSHSKSKEDK
>NZ_AP017968.1|WP_096402699.1|1764617_1766123_+|hypothetical-protein
MKKVLWILLPLLLLIGCGKEKTPEAGKPKENKLIYSQSSESVTLHPHEATDVYSRRVISNIFDRLIETNEKLEIVPGLAESWEQVDPLTLKFNLRKGVKFQNGDELTSEDVKYTFENAKKSAKVGTLYAMIDTVETPDKYTAVFKTSTPSGSLMHHLTHITASILNKKYYEATENTNHNPMGTGAYSLAEWKPGDYMTLKRNDDYFRGKPAIEIVEVRAVPEENSRVIAIETGEHHITGDIDSIGRKILAGREDVKIDEISSLGVAYLGINTAKGALQDVRVRKAIAMGVNRDIIIDSVLMGAVEKANSLLGPGVVGYSKDTRPFEYNPEEAKKLLNEAGYETLDLTLVTSNNDLRKQMAEIMQAQLKEIGINIKIEILEWATFLNTTGSGKSDLFMIGWSNSSGDADYGLTPMLHSSMKGNSGNRSFFDNKEFDTLLEEGKVELNPEKRAEIYAKAQDVMNREVPILPIYFMPASAGIRKEVKGFVQSPINNPTFYKLSF
>NZ_AP017968.1|WP_096402700.1|1766161_1766695_-|phosphatase-PAP2-family-protein
MLHLFEPIDIQILFFIQEHYRNSFLDKIMPLITKLGNIGVFWIILACFFILIKKYRKIGIMMFIAIFLCALTGNIILKPLVKRIRPFDLVHFTQLLISAPKDFSFPSGHTMASFASAAVIISQNKKWGIYAFILAFLIGFSRLYLFVHFPSDVIIGAVIGCILGIISVKIYNKFINR
>NZ_AP017968.1|WP_096402701.1|1766718_1767207_-|hypothetical-protein
MEKLLASSNIKPASSIIITFKVSDFLFYEKNAKVLKNYFNIFSSKSINIFSEIIFYYIYLQLKFANKTNKKSKILNIIFKDSDIEFYNKNFNNKLFEYFLKAHLTKMENQLLKFLLLDIDTARIYEETGMDIIFINKRIEGIRRKIEKFIETKNYDLKNCIL
>NZ_AP017968.1|WP_096402702.1|1767629_1768223_-|sigma-70-family-RNA-polymerase-sigma-factor
MINIHTIHAAQEGDEDAIQQIFESFKQLMIFKTKKYFFHGGDREDVMQEAMIGLLKAINAYDESKNASFTTFALLCIKRQIITALKNSNSGKNRILNMAVSTSSDDEDEADLTYDNKSFNFYNPEEIYLSKEKMKYLNKYLKTHLSPMENEIFEYMLAEMTYTEIAEKTGRELKSVDNSIQRIKKKLKNFIEEYEKE
>NZ_AP017968.1|WP_096402703.1|1768944_1769304_+|hypothetical-protein
MKRIVKNNLDQQLINSMVLYHELLKESFKKKERVKSKIIVPEFKYSELLYYTELKNTLECLKHNYKELLKYIKSENYSPLLKVIFLYDYEYCVPAVVNMTLKEFLSSDLYIGKDEIKIK
>NZ_AP017968.1|WP_096402704.1|1769364_1770030_-|DUF1275-domain-containing-protein
MEVKKNKVDESLIFMGLLTFIGGFINAYAFFTRGQAFVSMHTGNMAKIGLSLYQNDFNMLISSIVPISGCLLGAIFAQLLKFTLKEYEIPKLQKALLLTELIILLGVGFISTSFSNNIVNFLLSVITTFQLSNFRKYNGNVHNSTIATGNLRSLGAHIGDVLIKKDVESFKIASKYFILVFSFPVGIFFGGLLSTLCGIYAIWFCCIILLFLASLIKYENK
>NZ_AP017968.1|WP_096402705.1|1770470_1770989_+|hypothetical-protein
MEDRFIIFTGTICSTYLSRMRDYALRDLENETKKGKTNFLKFSKIVEKIYKENKIDYLNFSYGEIKKIVEKNKIIFSLPFSGSGELLKVSPNSIEGLKLPVMRREEEIIFSLKETEFKNEHEIKEELINLLDKINEICSFLKKEIEGYNKELADMLKEKSVELYEKISFRSW
>NZ_AP017968.1|WP_096402706.1|1771272_1771647_-|hypothetical-protein
MSKHKKKELPDIIDSLPRDYNMADWKYEKLVEQIKEFEEILDDDHEIALKLASFGSSVVMSVTDIGYQNPDILYFYGFVEGKEAQLIQHISQLNFLITFVEREDKTKPARRIGFALPTINNDLE
>NZ_AP017968.1|WP_096402707.1|1772040_1772250_-|hypothetical-protein
MPIYIISQNKDNAGNNQIHTIECSFGQRNVYTYSLGWFPNEIEAIEYAKKHGYPCACGCPHCCPETYKK

Crispr_ID: NZ_AP017968_7

• CRISPR_ID: NZ_AP017968_7
• CRISPR_location: 1839000-1839481
• CRISPR_type: TypeI-B
• Repeat_type: NA
• Spacer_info: 7 spacers
• Cas_protein_info: cas4,cas6,cas8b1,cas7b,cas5,cas3,cas2

Consensus repeat of NZ_AP017968_7

Consensus_repeat	Method
ATAGAATATTAACTGAGTAGTTTTTAAAT	CRISPRCasFinder
ATAGAATATTAACTGAGTAGTTTTTAAAT	CRT

spacers of NZ_AP017968_7

>7.1|1839029|36|NZ_AP017968|CRISPRCasFinder,CRT
CCAATTATAGATGAAACTACATATAATTTAGTTCAA
>7.2|1839094|35|NZ_AP017968|CRISPRCasFinder,CRT
GCTTTATTTCCTGTTTTTGCATTTTCAAAGATATC
>7.3|1839158|34|NZ_AP017968|CRISPRCasFinder,CRT
CTATTCCTAGTTTTAACTTGATAATTTTCCTCCT
>7.4|1839221|36|NZ_AP017968|CRISPRCasFinder,CRT
ATTTTCCTCCTTACCAAGTTTCTTTATTGAATTCAT
>7.5|1839286|35|NZ_AP017968|CRISPRCasFinder,CRT
AAGGATTAAACATGCTAGAGAGGTTGTGCCAAATA
>7.6|1839350|38|NZ_AP017968|CRISPRCasFinder,CRT
TTTAGTAGATTCAGCAGAAAATGGGGTTGTGCCAAATA
>7.7|1839417|36|NZ_AP017968|CRISPRCasFinder,CRT
ATATAAATTTGATAAATATTGTGTGGAAGATAGATA

CRISPR arrays and Neighbor proteins around NZ_AP017968_7

CRISPR arrays

The CRISPR arrays of NZ_AP017968_7

>merge|NZ_AP017968|7|1839000-1839481|CRISPRCasFinder,CRT
ATAGAATATTAACTGAGTAGTTTTTAAATCCAATTATAGATGAAACTACATATAATTTAGTTCAAATAGAATATTAACTGAGTAGTTTTTAAATGCTTTATTTCCTGTTTTTGCATTTTCAAAGATATCATAGAATATTAACTGAGTAGTTTTTAAATCTATTCCTAGTTTTAACTTGATAATTTTCCTCCTATAGAATATTAACTGAGTAGTTTTTAAATATTTTCCTCCTTACCAAGTTTCTTTATTGAATTCATATAGAATATTAACTGAGTAGTTTTTAAATAAGGATTAAACATGCTAGAGAGGTTGTGCCAAATAATAGAATATTAACTGAGAATGCAGGGAATTTTAGTAGATTCAGCAGAAAATGGGGTTGTGCCAAATAATAGAATATTAACTGAGTAGTTTTTAAATATATAAATTTGATAAATATTGTGTGGAAGATAGATAATAGAATAATAACTTATTAGTCTTTAAAT

>NZ_AP017968|7|5|1839000-1839481|CRISPRCasFinder
ATAGAATATTAACTGAGTAGTTTTTAAAT	CCAATTATAGATGAAACTACATATAATTTAGTTCAA
ATAGAATATTAACTGAGTAGTTTTTAAAT	GCTTTATTTCCTGTTTTTGCATTTTCAAAGATATC
ATAGAATATTAACTGAGTAGTTTTTAAAT	CTATTCCTAGTTTTAACTTGATAATTTTCCTCCT
ATAGAATATTAACTGAGTAGTTTTTAAAT	ATTTTCCTCCTTACCAAGTTTCTTTATTGAATTCAT
ATAGAATATTAACTGAGTAGTTTTTAAAT	AAGGATTAAACATGCTAGAGAGGTTGTGCCAAATA
ATAGAATATTAACTGAGAATGCAGGGAAT	TTTAGTAGATTCAGCAGAAAATGGGGTTGTGCCAAATA
ATAGAATATTAACTGAGTAGTTTTTAAAT	ATATAAATTTGATAAATATTGTGTGGAAGATAGATA
ATAGAATAATAACTTATTAGTCTTTAAAT

>NZ_AP017968|7|2|1839000-1839481|CRT
ATAGAATATTAACTGAGTAGTTTTTAAAT	CCAATTATAGATGAAACTACATATAATTTAGTTCAA
ATAGAATATTAACTGAGTAGTTTTTAAAT	GCTTTATTTCCTGTTTTTGCATTTTCAAAGATATC
ATAGAATATTAACTGAGTAGTTTTTAAAT	CTATTCCTAGTTTTAACTTGATAATTTTCCTCCT
ATAGAATATTAACTGAGTAGTTTTTAAAT	ATTTTCCTCCTTACCAAGTTTCTTTATTGAATTCAT
ATAGAATATTAACTGAGTAGTTTTTAAAT	AAGGATTAAACATGCTAGAGAGGTTGTGCCAAATA
ATAGAATATTAACTGAGAATGCAGGGAAT	TTTAGTAGATTCAGCAGAAAATGGGGTTGTGCCAAATA
ATAGAATATTAACTGAGTAGTTTTTAAAT	ATATAAATTTGATAAATATTGTGTGGAAGATAGATA
ATAGAATAATAACTTATTAGTCTTTAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096402769.1|1852516_1852954_-|ACT-domain-containing-protein	unknown	unknown	gnl|CDD|179848
NZ_AP017968.1|WP_096402758.1|1837553_1838207_+|epoxyqueuosine-reductase-QueH	unknown	unknown	gnl|CDD|376894
NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	cd09639_cas3_CAS-I	gnl|CDD|350688
NZ_AP017968.1|WP_096402752.1|1829291_1829483_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402767.1|1849380_1850499_-|Mu-transposase-C-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|378147
NZ_AP017968.1|WP_096402753.1|1829637_1832475_+|ATP-dependent-helicase	cas4	cd09637_cas4_CAS-I:CAS-II:CAS-V	gnl|CDD|223288
NZ_AP017968.1|WP_096402754.1|1832477_1833659_+|exonuclease-SbcCD-subunit-D	unknown	unknown	gnl|CDD|223497
NZ_AP017968.1|WP_096402756.1|1836456_1836801_+|ArsC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224311
NZ_AP017968.1|WP_172426502.1|1836883_1837051_+|hypothetical-protein	unknown	unknown	gnl|CDD|270872
NZ_AP017968.1|WP_096402768.1|1850705_1852202_+|PTS-transporter-subunit-EIIC	unknown	unknown	gnl|CDD|273923
NZ_AP017968.1|WP_096402755.1|1833645_1836444_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|235175
NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7	cas7b	pfam05107_cas7b_CAS-I-B:CAS-I-C	gnl|CDD|377458
NZ_AP017968.1|WP_005948307.1|1828400_1829045_-|DUF1275-domain-containing-protein	unknown	unknown	gnl|CDD|377734
NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cls001430_cas5_CAS-I-B	gnl|CDD|131641
NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6	cas6	cd09652_cas6_CAS-I:CAS-III	gnl|CDD|273848
NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NZ_AP017968.1|WP_096402759.1|1838203_1838842_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402757.1|1837043_1837472_+|N-acetyltransferase	unknown	unknown	gnl|CDD|236715
NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein	cas8b1	mkCas0106_cas8b1_CAS-I-B	gnl|CDD|188234

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7	cas7b	pfam05107_cas7b_CAS-I-B:CAS-I-C	1.5e-29	98.0	1.3
NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	cd09639_cas3_CAS-I	4.7e-48	158.7	8.3
NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cls001430_cas5_CAS-I-B	1.8e-52	173.0	4.0
NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6	cas6	cd09652_cas6_CAS-I:CAS-III	1.7e-12	42.9	9.6
NZ_AP017968.1|WP_096402753.1|1829637_1832475_+|ATP-dependent-helicase	cas4	cd09637_cas4_CAS-I:CAS-II:CAS-V	1.4e-15	52.6	4.7
NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	7.3e-44	144.5	16.1
NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	6e-27	88.4	0.2
NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein	cas8b1	mkCas0106_cas8b1_CAS-I-B	1.3e-171	567.1	72.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096402769.1|1852516_1852954_-|ACT-domain-containing-protein	gnl|CDD|179848	PRK04435, PRK04435, ACT domain-containing protein.	2.77446e-58
NZ_AP017968.1|WP_096402758.1|1837553_1838207_+|epoxyqueuosine-reductase-QueH	gnl|CDD|376894	pfam02677, DUF208, Uncharacterized BCR, COG1636.	8.89888e-95
NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|350688	cd17930, DEXHc_cas3, DEXH/Q-box helicase domain of Cas3. CRISPR-associated (Cas) 3 is a nuclease-helicase responsible for degradation of dsDNA. The two enzymatic units of Cas3, a histidine-aspartate (HD) nuclease and a Superfamily 2 (SF2) helicase, may be expressed from separate genes as Cas3' (SF2 helicase) and Cas3'' (HD nuclease) or may be fused as a single HD-SF2 polypeptide. The nucleolytic activity of most Cas3 enzymes is transition metal ion-dependent. Cas3 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.	6.56908e-33
NZ_AP017968.1|WP_096402767.1|1849380_1850499_-|Mu-transposase-C-terminal-domain-containing-protein	gnl|CDD|378147	pfam09299, Mu-transpos_C, Mu transposase, C-terminal. Members of this family are found in various prokaryotic integrases and transposases. They adopt a beta-barrel structure with Greek-key topology.	1.73668e-09
NZ_AP017968.1|WP_096402753.1|1829637_1832475_+|ATP-dependent-helicase	gnl|CDD|223288	COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].	2.55754e-93
NZ_AP017968.1|WP_096402754.1|1832477_1833659_+|exonuclease-SbcCD-subunit-D	gnl|CDD|223497	COG0420, SbcD, DNA repair exonuclease [DNA replication, recombination, and repair].	6.14929e-40
NZ_AP017968.1|WP_096402756.1|1836456_1836801_+|ArsC-family-transcriptional-regulator	gnl|CDD|224311	COG1393, ArsC, Arsenate reductase and related proteins, glutaredoxin family [Inorganic ion transport and metabolism].	1.44353e-20
NZ_AP017968.1|WP_172426502.1|1836883_1837051_+|hypothetical-protein	gnl|CDD|270872	cd13970, ABC1_ADCK3, Activator of bc1 complex (ABC1) kinases, also called aarF domain containing kinase 3. This subfamily is composed of the atypical yeast protein kinase Abc1p, its human homolog ADCK3 (also called CABC1), and similar proteins. Abc1p (also called Coq8p) is required for the biosynthesis of Coenzyme Q (ubiquinone or Q), which is an essential lipid component in respiratory electron and proton transport. It is necessary for the formation of a multi-subunit Q-biosynthetic complex and may also function in the regulation of Q synthesis. Human ADCK3 is able to rescue defects in Q synthesis and the phosphorylation state of Coq proteins in yeast Abc1 (or Coq8) mutants. Mutations in ADCK3 cause progressive cerebellar ataxia and atrophy due to Q10 deficiency. In algae and higher plants, ABC1 kinases have proliferated to more than 15 subfamilies, most of which are located in plastids or mitochondria. Subfamily 13 (ABC1K13) of plant ABC1 kinases belongs in this subfamily with yeast Abc1p and human ADCK3. ABC1 kinases are not related to the ATP-binding cassette (ABC) membrane transporter family.	0.00173059
NZ_AP017968.1|WP_096402768.1|1850705_1852202_+|PTS-transporter-subunit-EIIC	gnl|CDD|273923	TIGR02002, PTS_system_glucose-specific_IIABC_component, PTS system, glucose-specific IIBC component. This model represents the combined B and C domains of the PTS transport system enzyme II specific for glucose transport. Many of the genes in this family also include an A domain as part of the same polypeptide and thus should be given the name "PTS system, glucose-specific IIABC component" while the B. subtilus enzyme also contains an enzyme III domain which appears to act independently of the enzyme II domains. This family is most closely related to the N-acetylglucosamine-specific PTS enzymes (TIGR01998). [Transport and binding proteins, Carbohydrates, organic alcohols, and acids].	0
NZ_AP017968.1|WP_096402755.1|1833645_1836444_+|AAA-family-ATPase	gnl|CDD|235175	PRK03918, PRK03918, DNA double-strand break repair ATPase Rad50.	3.90575e-38
NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7	gnl|CDD|377458	pfam05107, Cas_Cas7, CRISPR-associated protein Cas7. CRISPR-associated protein Cas7 is one of the components of the type I-B cascade-like antiviral defense complex. In Haloferax volcanii, Cas5, Cas6 and Cas7 form a small complex that aids the stability of CRISPR-derived RNA.	6.17399e-46
NZ_AP017968.1|WP_005948307.1|1828400_1829045_-|DUF1275-domain-containing-protein	gnl|CDD|377734	pfam06912, DUF1275, Protein of unknown function (DUF1275). This family consists of several hypothetical bacterial proteins of around 200 residues in length. The function of this family is unknown although most members have 6 TM regions, and may be putative permeases.	2.78922e-17
NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|131641	TIGR02592, hypothetical_protein_CTC_01466, CRISPR-associated protein Cas5, subtype I-B/HMARI. This is a CRISPR-associated protein unique to the hmari subtype of cas genes and CRISPR repeat, which is the only subtype present in Haloarcula marismortui ATCC 43049. The hmari type, though uncommon, is also found in the Aquificae, Thermotogae, Firmicutes, and Dictyoglomi.	8.82675e-49
NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|273848	TIGR01877, CRISPR-associated_endoribonuclease_Cas6_1, CRISPR-associated endoribonuclease Cas6. CRISPR is a term for Clustered, Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins. This broadly distributed, highly divergent Cas family is now characterized as an endoribonuclease that generates guide RNAs for host defense against phage and other invaders. The family contains a C-terminal motif GXGXXXXXGXG, where the each X between two Gly is hydrophobic and the spacer XXXXX contains (usually) one Arg or Lys. The seed alignment for the current version of this model has gappy columns removed. Members of this protein family are found associated with several different CRISPR/cas system subtypes, and consequently we designate this family Cas6.	3.17827e-11
NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.49025e-49
NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	1.69317e-25
NZ_AP017968.1|WP_096402757.1|1837043_1837472_+|N-acetyltransferase	gnl|CDD|236715	PRK10562, PRK10562, putative acetyltransferase; Provisional.	4.95436e-47
NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein	gnl|CDD|188234	TIGR02591, cas_Csh1, CRISPR-associated protein Cas8b/Csh1, subtype I-B/HMARI. This domain is found in the C-terminal 2/3 of a family of CRISPR associated proteins of the Hmari subtype. Except for the two sequences from halophilic archaea this domain contains a pair of CXXC motifs.	9.15762e-09

Protein sequences

>NZ_AP017968.1|WP_096402759.1|1838203_1838842_+|hypothetical-protein
MKNFSEKTVKNISICFLLLFLLLGLNHHYYFALMIIPIMIYFSTWKVVMFEDRIGRFSPIVIGLLLSAFIFYCQYYLQGEVVSTKEVIALKGTISLCIGLWLGNFIAKYIYMRIKFFLNRIGSKGEQKEYKIIKMIIDQKKYFKKPGSKYYINFYYLIADINGEEVKFLIEKDFYDKYLGKKSMNIKIKKGSFGIFYGINLIGLETEENFPS
>NZ_AP017968.1|WP_096402758.1|1837553_1838207_+|epoxyqueuosine-reductase-QueH
MKINYDLVMEKQLKEIEKNKIKPRLLLHSCCAPCSSAILEFLQEYFEITIYFFNPNITFQEEYLKRLEEQKEYHKKRGYQINVIEGRYNPEIDFFQNIKGLENEKEGGRRCHQCYRIRLEETVKKAKEDGYEYFTTVLSISPMKNAQWINEIGEELEKKYEVKFLNGDFKKKSRYLRSIEVSKEYELYRQDYCGCIFSKLEREKIEKEKREKNGGER
>NZ_AP017968.1|WP_096402757.1|1837043_1837472_+|N-acetyltransferase
MIRNLKNEDINTVMELWKNSTMEAQNFIPDSYWLENYDNVKNNYLPNSTTCVYEEGGEIKGFVSLIDEIFIGGLFIEVGSQRKGIGNRMLNFLKERYDKLQLAVYDKNIRAMNFYLKSGFKILNTEIDEKTKEKEHLMEWRR
>NZ_AP017968.1|WP_172426502.1|1836883_1837051_+|hypothetical-protein
MSIGEIEKLEKMIDELKEELHECDYEPERNALLKKYRTLAAQMEELKNLKRKKND
>NZ_AP017968.1|WP_096402756.1|1836456_1836801_+|ArsC-family-transcriptional-regulator
MIIQIFGKKNCNDSKKAERFFKERGVKIQFIDLKEKAPSKGELKSICSKYPLEELIDTDGIEYKKRNLQYMVFNLEETLLENPVLFKSPIGRFKNEITLGYQPEIWKNWTEKLK
>NZ_AP017968.1|WP_096402755.1|1833645_1836444_+|AAA-family-ATPase
MKINRIHLENYRIHDKLDVEFDSGINLLLGENGKGKSSILEAIGYALFDSELRGGNQREAIKYGKKSAKIEIEFTGIDGEDYIVTRKIPGSTSIYKKDNPELQLIGKEDRIRELCGIKGDLKGIYDNVIVAKQNEFISSFKEKDNEREKIFNKVFNTDIYKKIYEGYSREAVNRYEKDIEIEKNSMENIAEIMEDPADIKEKLEFEKGKAKEYNLSLTLLNDEKSKVKEFLNSYNSLNIEIEKLTGEINALSENIRNKNEELIKVSNSIKESEISEKIVKENRDKYEEYQKYSQEINILKVRKKELEKIKEECLLHEKEINLLEKLNSEIDGEIKVFKNKKENNESLLLERKNKLLEIEKEIEDKNVKSVEYKSELNKITPLLVKLEEFEKKLESGENNIKNFEIKLEEKLEEINKEKEKRKYLMSENLESQLSELEEYEKKKKLLEDEILKKDLLLKENEEAFEMLKTSYCPYLKEQCKNLDGKNIDEYFKDKREKYIKEIEDKKNTVKEINHKLINKNEIMEKIIKLDTLSKEINEKEAEFIQEKLKLETGKSKIENEKLKLKNFKLENNIESKEKLSEIRITLKTKIDSLDLLKSEDIKGGLEKEIENLNKNINIELKNIEAKKILIKENIKTLEEKRNFLGENKIFSNELITVNENIDKLEKKTDSLEKSSNLYLENYKKAMEKNQLEKNLENIKLIIENNEIKFKEKSALLELKRRDIESMDLEKFQEKDNKITSDIEEIREKLGAVNSEVETLKKKLEEIKKYENLLKNKRKYLEKLNMKLELTKIFREKIKSMGKEVSKNMLKEIEILATENFRKITGRGEKIIWSNEDKNKYVVFLDGDRGELKFEQLSGGEQVAVAISIRGAMSELFTESKFSIFDEPTNNLDTERRRSLADSIGEILKNLEQSIIVTHDDTFREMAQKVIEL
>NZ_AP017968.1|WP_096402754.1|1832477_1833659_+|exonuclease-SbcCD-subunit-D
MKILHCSDIHLGKKPFGTKEFSQKRYLDFFNAFEQAADRGIEKEIDIFLITGDLFDKKELSPDTLDRCEKVFLKLKNNNIQVLLIEGNHDNISGYDEINSWLGYLERKGYVRRGKYRASNEGYEFEKITIRDVNFYGVGYPGFAVDEVLEKLSEYLNENEKNIVMVHTALGGSEFLPGLVNTDIIKRFKDKVIYMAGGHLHSFISYPKDKPYFFIPGSTEFWNVLNEKNNSKGVIIFDTDTLEYEFSELSPRTRIEKEFTYENDIIGEFEEFSKNLGLTGEELVIVNIKLKDSGYVNVNELEKILESNGALKGYIKLRYPNSIFDRNLGEEGYYSVRDVEREIINYWEEFSDAEKITSYLQKFKEYQEENDREKDFFELFDTMLEEEIGNENK
>NZ_AP017968.1|WP_096402753.1|1829637_1832475_+|ATP-dependent-helicase
MENKEINLNKEQREAVTYTEGPLLVIAGPGSGKTRTLVERVVHMLIEKKISPEKIMVSTFTDRASKELIGRISERIKDYDSKININDIYMGTLHSICLRLIDEYIEYSDFSEGYQVLDELEQHFFIFSKIKEFKEIDGYNEFFKEIPAANNWGKAGKIQKWVNRINEEGRSLDYVKEEQDKKIGFLKEAHELYQKLLIEDNVIDFASIQREIYRILLNNNFVLEEIRKKIQYIMIDEYQDTNSIQEKIIFELGGNRKNICVVGDDDQGIYRFRGASVKNILEFPNKFDENECKIVTLDINYRSHKDIITFCNRWVSLINWKNFRYQKDIQPPADKEFVDNPGVIRIGGSSENQWKENIYKFIKNLKTMGKIEDYSQIAFLFKSVRFSRVKELIDYLEERDIPAYSPRSKNFFYRKEVKLVLGALLVLFPQSKPLVLDDVYIRKTAAYYNDCITALKKYLAKDKELYDWILKNREKNLDLGEEKGENISRIFYSLFAFKTFKELIDLNKNGAKEGREIYNLGILSQIFDKFENLSRIEYITKENIEKVVRYLFVTHIRLLFEKGIDEYENKETLLGAVSFMTIHQAKGLEFPVVIVGSLESEPDNRELTEEDRLEDVITLGNDFEPGDRKNIFDFWRVFYTAFSRAQNLLVLTSIENRAGGKELPSKIFKPVYETIPYWNDENFHFEKLQISKLKESETKEFLSYTGHILIYEDCPLRYRFYKEFEFKPLKTNKTSFGILVHKTIENIHKEVKSDVEKIYSDEELKELVEKNYNMLKKNVRVFLGENIRERAFEQIKRYVDSVKNNWNNIISSEEKEYSVENNYILEGTIDLLRKQGDYIELLDFKTGRFSGYNDSRYTSYERQIEIYSYMLREKYNPENLRAYLYYTGNKEEPMVEIKLEKNKIEQTISNFEDTVKKILNREFNRREFSEEKCRECEFKDYCRGE
>NZ_AP017968.1|WP_096402752.1|1829291_1829483_-|hypothetical-protein
MKEHKYVNFSQEYDVHYIINKYPKKEHEAVKEYLETLKTQKNLTHEDVFNLIEKNLKFKKIAK
>NZ_AP017968.1|WP_005948307.1|1828400_1829045_-|DUF1275-domain-containing-protein
MLCFLGGYINAICIVKYSYTVSHFTGNISKTAINISQGNFSEVFKVFTIIAAFVIGTTISGSLVDGREFNLKRRYGYASITLGSGLLILYSFLYDTLPFFYYLPFMIGVENGLFISYKGVVVRTSHITGSLTDMGVYIGHCIKGKTEDKWKVFFCLFTILSFMAGGFFGIEAFYVFKKEAFLIAAFLYIGVGLTYFSIRQRYQKILGYSDLKLY
>NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6
MKSWVLELKVFLLEDIESHSAIEKIAAFIDSTFDKDEHWKEYHTDKKVKEYCFNSFYPVKVNTKKYNAGEIYTVQIRTISKELKEHFMKYLKDNITKELKGLIIKEREMEYRYIDKLVSVTPTILKTENGYWKKNISLVEYENRLKLNIIKKYNSIFNENLDENVDLFNFIEFKNKVPVKVKYKNINLLGDKLVLGIAKNETAQKLAFLCLSVGLGEMNARGFSYMNPRWV
>NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein
MLRECVEIFTEIYNKKGERFITDSYELEPGDYFIVKSDRSYSHIKIERTKKIEENSNRRIIEDYEYLAERDYLSRLLDMNKPIDGKKQIHSNNYLSFFVKNNVLSEKKKELEESIEKYYEILKNPFLKYDKGEKKRVYTQLEEKLGKPSEEKIQKNYEWIKENLYKIKEEIKDGKEYIKIFFDEDIEEYKKENERYVIPNIYNSVDYNVIINDETYGLPNNNLNLNSKKPYLENKTRKEKYTVPYLLNEEEVFKQKKFFDYIYNMANSGKRNIYISSDKKEIIPLGNRESLSDDFTGYYLRIRKDKSESAIERYDIIPNYKAEIYPEIKILDCLGNGDKGKLEYGSSINKNSELAAVLNNLLFNGKLYGIIFENLKDLKIFDERIKNIANQYKEVFFELVYKGDMKKFADNYKKIFLELIKNSLCKKDYITEAYDMFNLMASIGDSIKNERGMTVNKHQEIKEKFRNIFETGVGEIENDEEYFFALGQLAKFLISRNRITVKTHELVVRVIESRDIEGLKREIYKLFRKYAYDIGFYSTKFNTLYERILGYEAESEEINMDRLLGGYLADSLIYEKSAKEENETNNGAKEINGKENE
>NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7
MKNRIYGVIGIRSMMANWNADFTGFPKTTSSGEVFGSDKALKYPMKKKWENEGEKVLYVKSLKVDSGEGKKGEIAVRPKSLRERYDEIFEANLKEEKDKTNVMKNLFKAIDVKNFGATFAEEKNNISITGAVQIGQGFNKYANTYVEEQQILSPFRDSSKDEKEGEASQSTLGTKIVSNEAHYFYPFVINPQVYRDFVKMGMTEGYTEEDYKKFKDAALTSATFFNSNSKLGCENEFALFIEVKEGYYLPELAQYIKFSKEKDCDVIELGFDELINQFKDNILSVEIYYNTLNVKVKHDIKGAKEYNIFTRKEV
>NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5
MEILKFTLSGRTAFFKIPEVNSYVYFSYGHIHKVSLLGLLGAVMGYGGYNSQEEKEYPEFYEKLKDIKISIMPKNTNGSFSKKIQFFNNSVGYASNEEGGNLIVKEQWLEDVEWDIFIKIEDTDIHKELKERMQNYNFEYTVYLGKNDHLATINNVEILQGENFLEDESEINSLFMKKSIEGFSEEKEFDFLAPEEDEIKYDYKYEEKLPLSLHNISNQYVVESLIFTNKKCILKNKSNFVQINNQIIEFY
>NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3
MFEEELFSIEKYVKDEDKILAHISDRKNSETLLEHSILVVKYNKKIYEDKNLKIVFDKLAEKFFDQNEILKKFWNEMIINVSCMHDIGKLNINFQIDKMKNEIFERVPLCQSKRHSELSARIYVDYFSNKLIKLCSENKLNNDAIFKCFIFIILNSYVISRHHSSTKNLNEDFFCEITTNYERYKELFDEINNYCPNLKLSIKASKKFSQIFEKLKTTGEKWNKYVENKDWDSIDYYIYTKLLYSLLVSSDFYATSEYSSGKSIDNLNLLTNIDEYRSAFNSTEIYKGIKLHQKTGRYFKKDNINCYRSEMFIEAEKNLEMVNKENIVFLEAPTGSGKTVTSVNLALRLLEKNRELNKIFYIFPFNTLVEQTNSSLREIFQNSPLEESISVINSITPIKEVESEEEYKKDNIDYERSLLNRQFIHSPIVLTTHVHFFETLFGIDRESSFALPHLANSVVIMDEIQSYKNKIWKEIIIFLKKYAEILNIKIIIMSATLPNLSFLLDQEAKIPSLITDREKYYSNSIFRERVSLDFSLLEKEYGREELLKKIEKIIFEKHKNQKVVVEFIKKASAFEFYKKLLESDEVCKEDIFLITGDDNKAERKRIIKEAKNKERKSMILVATQVIEAGVDIDMDIGFKNISILDADEQFLGRINRSCKKKKCKAYFFQLDDGRNIYKGDVRIQDRFTLMNEEMREILKNKNFNEYYTIILEALEKFSKDENKEENIDDFRKDKVVQLNFEEIYKRLKLIADDRITKMIFFSRNIDIEGEKIAGNKVWNDFKEILLNNEMGYAERRVKLSKVMEKVDLFSYNIPVEMTYKLSYQSKIGDNILYIEDGEKYFVNGKFDRKKLQSDKDYEIIL
>NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4
MPINGTIINYFIHCKRQCYMHYNRINMEDESELVKMGKAMHEEKKTDEITIENIKVDKIKKDYLIEIKKSDADIEAAKMQVLYYLLKLKEKGIEKKGKIEVIEKNKSLRKSYEIELTAENEAYIKNIIEEIEKLVEQDELPPVEKNNKCKKCAYYSYCCI
>NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2
MKGKNYNYIFLFYDINEKRVNKVFKICKKYLSHHQRSVFRGEITPSNLIKLRLELKDIIDKKEDFISIVKLVSEHYFDEEIIGTPWKDDENIFI
>NZ_AP017968.1|WP_096402767.1|1849380_1850499_-|Mu-transposase-C-terminal-domain-containing-protein
METEKELQLQRFKIIEPFLRKEKKLKEIEEETGISYATLKRWVNAYKKNGILGLDKKQRNDKDSYRAIDEDGVEYIEQICRESKETKISKLYSFCKEKLSNKYNISYPTFYRIVSNLDGFFNKSSNFHMKKIKKENQVYLILEIPLYILVSEEENEHKIVPQLLISIDTATLKPINHALNYNTSSIYTLLSFIRESILKVSYKSGKSVKPQEILVSSENINNKKILKEIYDNTSIKISEYFTENEETKKFISFLEEDIEKFYYQNNKILSYQNLKNFLDSYIYLDNKKYDFSLKYEMIQDIPYVREFDIFLQEASRKINKSSLRFNNFIYTNNFLTSLEGKKVIVKYNPLDTDILYLFFKNQFLGTANIATG
>NZ_AP017968.1|WP_096402768.1|1850705_1852202_+|PTS-transporter-subunit-EIIC
MKIFAEVQKIGKALMTPVAILPAAGLFLAFGNKLQFTLMEQAGQVIFSNLPLLFAIGAAIGLVGGDGVAALSAVVAILIMNTTMGIVSGAAEGIAAGDMSYAMVLGIPTLQTGVFGGLIAGIIAAVCYKKFYKTELPAFLGFFAGKRLVPIVTAVAAFIIGLAMPVIWQPVQVGLAKLSYLANETNTNVSTFIFGVIERSLIPFGLHHIFYAPFWYQFGEYTNAAGQVVNGDQAIWFAMLKDGVVNFSSDTYQGAGKFLTGKFVFMMFGLPAAALAMYQEAKPANKKLVGGILFSAALTSFLTGITEPLEFSFLFVAPILYGIHCIFAGLSFMLMNMLNVRIGMTFSGGLIDYIAFGVLPGTSGFQNNWYLVIVVGLCLSVVYYFGFRFAIRKFNLMTPGREETIAETVSASSGSEVKSDELAVGVLEALGGKDNLVSLDSCITRLRVEVKDTKIVSDQELKKLGASGILKVGTNGVQAIFGSKAQFICNDLKKMTGI
>NZ_AP017968.1|WP_096402769.1|1852516_1852954_-|ACT-domain-containing-protein
MKEKYLIVNKKILPDYFEKVVEARNLLTEGKVKGISDAAKIVGISRSTYYKYKDYVFLPSDNSIGRKALVSMMLEHKKGVLSEVLNYLSFVNGNIITINQNIPINNVASVVISLDISDITIPIEDIIIGIEQINYVSSTKLLSLE

Crispr_ID: NZ_AP017968_8

• CRISPR_ID: NZ_AP017968_8
• CRISPR_location: 1848470-1849342
• CRISPR_type: TypeI-B
• Repeat_type: NA
• Spacer_info: 13 spacers
• Cas_protein_info: cas2,cas4,cas3,cas5,cas7b,cas8b1,cas6

Consensus repeat of NZ_AP017968_8

Consensus_repeat	Method
GTAGAATATCAACTGAGTAGTTTTTAAAT	PILER-CR
GTAGAATATCAACTGAGTAGTTTTTAAAT	CRISPRCasFinder
GTAGAATATCAACTGAGTAGTTTTTAAAT	CRT

spacers of NZ_AP017968_8

>8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
GGAGAAGTAACATATCAGCAAGGTCTTGACAGAAA
>8.2|1848563|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
TGCCTCTAATCTCTAGTAACTGATCTATCTGATCCA
>8.3|1848628|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
GCTGTAGTAAAGTCAGCTAATTCTTTACTTTTTTGG
>8.4|1848693|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
ATAAATCCAGACAGAGCAATTCATGTTAATGAAGTA
>8.5|1848758|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
CTATCAGTAACCTTTTGGTCGAATTGCTGGAATGCG
>8.6|1848823|37|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
TTGTTATCTTAATACTTCCATCTTCATTATAATGTAA
>8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
TAAAGACTTCCCTGTTTTATAGTTCCATCTTCATTC
>8.8|1848954|37|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
ATCTGCTTTAGTGTTCCAGTTGTTACCCTTTTACCAG
>8.9|1849020|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
ATATATATGTTAATTGATAATTTTAAAGATTTTTTT
>8.10|1849085|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
TTCCGCTCCCTTACTAATACCCTTTCCTAAACCAG
>8.11|1849149|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT
TAAATTTAAAGCAGCAGGAATAGATACTGAGGGAGA
>8.12|1849214|33|NZ_AP017968|CRISPRCasFinder,CRT
GCAGATGACTATGTCGATCCTGACGACAGGCAG
>8.13|1849276|38|NZ_AP017968|CRISPRCasFinder,CRT
GAAGATTTTCAATTGTATATGTATAAATAATCATTAAA

CRISPR arrays and Neighbor proteins around NZ_AP017968_8

CRISPR arrays

The CRISPR arrays of NZ_AP017968_8

>merge|NZ_AP017968|8|1848470-1849342|PILER-CR,CRISPRCasFinder,CRT
GTAGAATATCAACTGAGTAGTTTTTAAATGGAGAAGTAACATATCAGCAAGGTCTTGACAGAAAGTAGAATATCAACTGAGTAGTTTTTAAATTGCCTCTAATCTCTAGTAACTGATCTATCTGATCCAGTAGAATATCAACTGAGTAGTTTTTAAATGCTGTAGTAAAGTCAGCTAATTCTTTACTTTTTTGGGTAGAATATCAACTGAGTAGTTTTTAAATATAAATCCAGACAGAGCAATTCATGTTAATGAAGTAGTAGAATATCAACTGAGTAGTTTTTAAATCTATCAGTAACCTTTTGGTCGAATTGCTGGAATGCGGTAGAATATCAACTGAGTAGTTTTTAAATTTGTTATCTTAATACTTCCATCTTCATTATAATGTAAGTAGAATATCAACTGAGTAGTTTTTAAATTAAAGACTTCCCTGTTTTATAGTTCCATCTTCATTCGTAGAATATCAACTGAGTAGTTTTTAAATATCTGCTTTAGTGTTCCAGTTGTTACCCTTTTACCAGGTAGAATATCAACTGAGTAGTTTTTAAATATATATATGTTAATTGATAATTTTAAAGATTTTTTTGTAGAATATCAACTGAGTAGTTTTTAAATTTCCGCTCCCTTACTAATACCCTTTCCTAAACCAGGTAGAATATCAACTGAGTAGTTTTTAAATTAAATTTAAAGCAGCAGGAATAGATACTGAGGGAGAGTAGAATATCAACTGAGTAGTTTTTAAATGCAGATGACTATGTCGATCCTGACGACAGGCAGGTAGAATATCAACTTATTAGTTTTTAAATGAAGATTTTCAATTGTATATGTATAAATAATCATTAAAGTAGAATATCAACTTATTAGTTTTAAATA

>NZ_AP017968|8|4|1848470-1849213|PILER-CR
GTAGAATATCAACTGAGTAGTTTTTAAAT	GGAGAAGTAACATATCAGCAAGGTCTTGACAGAAA
GTAGAATATCAACTGAGTAGTTTTTAAAT	TGCCTCTAATCTCTAGTAACTGATCTATCTGATCCA
GTAGAATATCAACTGAGTAGTTTTTAAAT	GCTGTAGTAAAGTCAGCTAATTCTTTACTTTTTTGG
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATAAATCCAGACAGAGCAATTCATGTTAATGAAGTA
GTAGAATATCAACTGAGTAGTTTTTAAAT	CTATCAGTAACCTTTTGGTCGAATTGCTGGAATGCG
GTAGAATATCAACTGAGTAGTTTTTAAAT	TTGTTATCTTAATACTTCCATCTTCATTATAATGTAA
GTAGAATATCAACTGAGTAGTTTTTAAAT	TAAAGACTTCCCTGTTTTATAGTTCCATCTTCATTC
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATCTGCTTTAGTGTTCCAGTTGTTACCCTTTTACCAG
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATATATATGTTAATTGATAATTTTAAAGATTTTTTT
GTAGAATATCAACTGAGTAGTTTTTAAAT	TTCCGCTCCCTTACTAATACCCTTTCCTAAACCAG
GTAGAATATCAACTGAGTAGTTTTTAAAT	TAAATTTAAAGCAGCAGGAATAGATACTGAGGGAGA
GTAGAATATCAACTGAGTAGTTTTTAAAT

>NZ_AP017968|8|6|1848470-1849342|CRISPRCasFinder
GTAGAATATCAACTGAGTAGTTTTTAAAT	GGAGAAGTAACATATCAGCAAGGTCTTGACAGAAA
GTAGAATATCAACTGAGTAGTTTTTAAAT	TGCCTCTAATCTCTAGTAACTGATCTATCTGATCCA
GTAGAATATCAACTGAGTAGTTTTTAAAT	GCTGTAGTAAAGTCAGCTAATTCTTTACTTTTTTGG
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATAAATCCAGACAGAGCAATTCATGTTAATGAAGTA
GTAGAATATCAACTGAGTAGTTTTTAAAT	CTATCAGTAACCTTTTGGTCGAATTGCTGGAATGCG
GTAGAATATCAACTGAGTAGTTTTTAAAT	TTGTTATCTTAATACTTCCATCTTCATTATAATGTAA
GTAGAATATCAACTGAGTAGTTTTTAAAT	TAAAGACTTCCCTGTTTTATAGTTCCATCTTCATTC
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATCTGCTTTAGTGTTCCAGTTGTTACCCTTTTACCAG
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATATATATGTTAATTGATAATTTTAAAGATTTTTTT
GTAGAATATCAACTGAGTAGTTTTTAAAT	TTCCGCTCCCTTACTAATACCCTTTCCTAAACCAG
GTAGAATATCAACTGAGTAGTTTTTAAAT	TAAATTTAAAGCAGCAGGAATAGATACTGAGGGAGA
GTAGAATATCAACTGAGTAGTTTTTAAAT	GCAGATGACTATGTCGATCCTGACGACAGGCAG
GTAGAATATCAACTTATTAGTTTTTAAAT	GAAGATTTTCAATTGTATATGTATAAATAATCATTAAA
GTAGAATATCAACTTATTAGTTTTAAATA

>NZ_AP017968|8|3|1848470-1849342|CRT
GTAGAATATCAACTGAGTAGTTTTTAAAT	GGAGAAGTAACATATCAGCAAGGTCTTGACAGAAA
GTAGAATATCAACTGAGTAGTTTTTAAAT	TGCCTCTAATCTCTAGTAACTGATCTATCTGATCCA
GTAGAATATCAACTGAGTAGTTTTTAAAT	GCTGTAGTAAAGTCAGCTAATTCTTTACTTTTTTGG
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATAAATCCAGACAGAGCAATTCATGTTAATGAAGTA
GTAGAATATCAACTGAGTAGTTTTTAAAT	CTATCAGTAACCTTTTGGTCGAATTGCTGGAATGCG
GTAGAATATCAACTGAGTAGTTTTTAAAT	TTGTTATCTTAATACTTCCATCTTCATTATAATGTAA
GTAGAATATCAACTGAGTAGTTTTTAAAT	TAAAGACTTCCCTGTTTTATAGTTCCATCTTCATTC
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATCTGCTTTAGTGTTCCAGTTGTTACCCTTTTACCAG
GTAGAATATCAACTGAGTAGTTTTTAAAT	ATATATATGTTAATTGATAATTTTAAAGATTTTTTT
GTAGAATATCAACTGAGTAGTTTTTAAAT	TTCCGCTCCCTTACTAATACCCTTTCCTAAACCAG
GTAGAATATCAACTGAGTAGTTTTTAAAT	TAAATTTAAAGCAGCAGGAATAGATACTGAGGGAGA
GTAGAATATCAACTGAGTAGTTTTTAAAT	GCAGATGACTATGTCGATCCTGACGACAGGCAG
GTAGAATATCAACTTATTAGTTTTTAAAT	GAAGATTTTCAATTGTATATGTATAAATAATCATTAAA
GTAGAATATCAACTTATTAGTTTTAAATA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096402769.1|1852516_1852954_-|ACT-domain-containing-protein	unknown	unknown	gnl|CDD|179848
NZ_AP017968.1|WP_096402758.1|1837553_1838207_+|epoxyqueuosine-reductase-QueH	unknown	unknown	gnl|CDD|376894
NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	cd09639_cas3_CAS-I	gnl|CDD|350688
NZ_AP017968.1|WP_096402775.1|1859182_1860265_+|HDOD-domain-containing-protein	unknown	unknown	gnl|CDD|238866
NZ_AP017968.1|WP_096402767.1|1849380_1850499_-|Mu-transposase-C-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|378147
NZ_AP017968.1|WP_096402771.1|1853835_1855314_-|threonine-synthase	unknown	unknown	gnl|CDD|236418
NZ_AP017968.1|WP_096402773.1|1856619_1857942_+|aspartate-kinase	unknown	unknown	gnl|CDD|236364
NZ_AP017968.1|WP_096402770.1|1852963_1853839_-|homoserine-kinase	unknown	unknown	gnl|CDD|234920
NZ_AP017968.1|WP_096402768.1|1850705_1852202_+|PTS-transporter-subunit-EIIC	unknown	unknown	gnl|CDD|273923
NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7	cas7b	pfam05107_cas7b_CAS-I-B:CAS-I-C	gnl|CDD|377458
NZ_AP017968.1|WP_096402772.1|1855428_1856601_+|homoserine-dehydrogenase	unknown	unknown	gnl|CDD|235783
NZ_AP017968.1|WP_096402776.1|1860320_1863374_-|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cls001430_cas5_CAS-I-B	gnl|CDD|131641
NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6	cas6	cd09652_cas6_CAS-I:CAS-III	gnl|CDD|273848
NZ_AP017968.1|WP_096402774.1|1857954_1858974_+|aspartate-semialdehyde-dehydrogenase	unknown	unknown	gnl|CDD|237845
NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NZ_AP017968.1|WP_096402759.1|1838203_1838842_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096402757.1|1837043_1837472_+|N-acetyltransferase	unknown	unknown	gnl|CDD|236715
NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein	cas8b1	mkCas0106_cas8b1_CAS-I-B	gnl|CDD|188234

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7	cas7b	pfam05107_cas7b_CAS-I-B:CAS-I-C	1.5e-29	98.0	1.3
NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3	cas3	cd09639_cas3_CAS-I	4.7e-48	158.7	8.3
NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5	cas5	cls001430_cas5_CAS-I-B	1.8e-52	173.0	4.0
NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6	cas6	cd09652_cas6_CAS-I:CAS-III	1.7e-12	42.9	9.6
NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	7.3e-44	144.5	16.1
NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	6e-27	88.4	0.2
NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein	cas8b1	mkCas0106_cas8b1_CAS-I-B	1.3e-171	567.1	72.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096402769.1|1852516_1852954_-|ACT-domain-containing-protein	gnl|CDD|179848	PRK04435, PRK04435, ACT domain-containing protein.	2.77446e-58
NZ_AP017968.1|WP_096402758.1|1837553_1838207_+|epoxyqueuosine-reductase-QueH	gnl|CDD|376894	pfam02677, DUF208, Uncharacterized BCR, COG1636.	8.89888e-95
NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|350688	cd17930, DEXHc_cas3, DEXH/Q-box helicase domain of Cas3. CRISPR-associated (Cas) 3 is a nuclease-helicase responsible for degradation of dsDNA. The two enzymatic units of Cas3, a histidine-aspartate (HD) nuclease and a Superfamily 2 (SF2) helicase, may be expressed from separate genes as Cas3' (SF2 helicase) and Cas3'' (HD nuclease) or may be fused as a single HD-SF2 polypeptide. The nucleolytic activity of most Cas3 enzymes is transition metal ion-dependent. Cas3 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.	6.56908e-33
NZ_AP017968.1|WP_096402775.1|1859182_1860265_+|HDOD-domain-containing-protein	gnl|CDD|238866	cd01828, sialate_O-acetylesterase_like2, sialate_O-acetylesterase_like subfamily of the SGNH-hydrolases, a diverse family of lipases and esterases. The tertiary fold of the enzyme is substantially different from that of the alpha/beta hydrolase family and unique among all known hydrolases; its active site closely resembles the Ser-His-Asp(Glu) triad found in other serine hydrolases.	2.14936e-16
NZ_AP017968.1|WP_096402767.1|1849380_1850499_-|Mu-transposase-C-terminal-domain-containing-protein	gnl|CDD|378147	pfam09299, Mu-transpos_C, Mu transposase, C-terminal. Members of this family are found in various prokaryotic integrases and transposases. They adopt a beta-barrel structure with Greek-key topology.	1.73668e-09
NZ_AP017968.1|WP_096402774.1|1857954_1858974_+|aspartate-semialdehyde-dehydrogenase	gnl|CDD|237845	PRK14874, PRK14874, aspartate-semialdehyde dehydrogenase; Provisional.	2.50366e-177
NZ_AP017968.1|WP_096402773.1|1856619_1857942_+|aspartate-kinase	gnl|CDD|236364	PRK09034, PRK09034, aspartate kinase; Reviewed.	0
NZ_AP017968.1|WP_096402770.1|1852963_1853839_-|homoserine-kinase	gnl|CDD|234920	PRK01212, PRK01212, homoserine kinase; Provisional.	5.84336e-114
NZ_AP017968.1|WP_096402757.1|1837043_1837472_+|N-acetyltransferase	gnl|CDD|236715	PRK10562, PRK10562, putative acetyltransferase; Provisional.	4.95436e-47
NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7	gnl|CDD|377458	pfam05107, Cas_Cas7, CRISPR-associated protein Cas7. CRISPR-associated protein Cas7 is one of the components of the type I-B cascade-like antiviral defense complex. In Haloferax volcanii, Cas5, Cas6 and Cas7 form a small complex that aids the stability of CRISPR-derived RNA.	6.17399e-46
NZ_AP017968.1|WP_096402772.1|1855428_1856601_+|homoserine-dehydrogenase	gnl|CDD|235783	PRK06349, PRK06349, homoserine dehydrogenase; Provisional.	1.95466e-122
NZ_AP017968.1|WP_096402776.1|1860320_1863374_-|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|131641	TIGR02592, hypothetical_protein_CTC_01466, CRISPR-associated protein Cas5, subtype I-B/HMARI. This is a CRISPR-associated protein unique to the hmari subtype of cas genes and CRISPR repeat, which is the only subtype present in Haloarcula marismortui ATCC 43049. The hmari type, though uncommon, is also found in the Aquificae, Thermotogae, Firmicutes, and Dictyoglomi.	8.82675e-49
NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|273848	TIGR01877, CRISPR-associated_endoribonuclease_Cas6_1, CRISPR-associated endoribonuclease Cas6. CRISPR is a term for Clustered, Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins. This broadly distributed, highly divergent Cas family is now characterized as an endoribonuclease that generates guide RNAs for host defense against phage and other invaders. The family contains a C-terminal motif GXGXXXXXGXG, where the each X between two Gly is hydrophobic and the spacer XXXXX contains (usually) one Arg or Lys. The seed alignment for the current version of this model has gappy columns removed. Members of this protein family are found associated with several different CRISPR/cas system subtypes, and consequently we designate this family Cas6.	3.17827e-11
NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.49025e-49
NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	1.69317e-25
NZ_AP017968.1|WP_096402771.1|1853835_1855314_-|threonine-synthase	gnl|CDD|236418	PRK09225, PRK09225, threonine synthase; Validated.	0
NZ_AP017968.1|WP_096402768.1|1850705_1852202_+|PTS-transporter-subunit-EIIC	gnl|CDD|273923	TIGR02002, PTS_system_glucose-specific_IIABC_component, PTS system, glucose-specific IIBC component. This model represents the combined B and C domains of the PTS transport system enzyme II specific for glucose transport. Many of the genes in this family also include an A domain as part of the same polypeptide and thus should be given the name "PTS system, glucose-specific IIABC component" while the B. subtilus enzyme also contains an enzyme III domain which appears to act independently of the enzyme II domains. This family is most closely related to the N-acetylglucosamine-specific PTS enzymes (TIGR01998). [Transport and binding proteins, Carbohydrates, organic alcohols, and acids].	0
NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein	gnl|CDD|188234	TIGR02591, cas_Csh1, CRISPR-associated protein Cas8b/Csh1, subtype I-B/HMARI. This domain is found in the C-terminal 2/3 of a family of CRISPR associated proteins of the Hmari subtype. Except for the two sequences from halophilic archaea this domain contains a pair of CXXC motifs.	9.15762e-09

Protein sequences

>NZ_AP017968.1|WP_096402766.1|1848014_1848299_+|CRISPR-associated-endonuclease-Cas2
MKGKNYNYIFLFYDINEKRVNKVFKICKKYLSHHQRSVFRGEITPSNLIKLRLELKDIIDKKEDFISIVKLVSEHYFDEEIIGTPWKDDENIFI
>NZ_AP017968.1|WP_096402765.1|1846520_1847003_+|CRISPR-associated-protein-Cas4
MPINGTIINYFIHCKRQCYMHYNRINMEDESELVKMGKAMHEEKKTDEITIENIKVDKIKKDYLIEIKKSDADIEAAKMQVLYYLLKLKEKGIEKKGKIEVIEKNKSLRKSYEIELTAENEAYIKNIIEEIEKLVEQDELPPVEKNNKCKKCAYYSYCCI
>NZ_AP017968.1|WP_096402764.1|1843921_1846507_+|CRISPR-associated-helicase/endonuclease-Cas3
MFEEELFSIEKYVKDEDKILAHISDRKNSETLLEHSILVVKYNKKIYEDKNLKIVFDKLAEKFFDQNEILKKFWNEMIINVSCMHDIGKLNINFQIDKMKNEIFERVPLCQSKRHSELSARIYVDYFSNKLIKLCSENKLNNDAIFKCFIFIILNSYVISRHHSSTKNLNEDFFCEITTNYERYKELFDEINNYCPNLKLSIKASKKFSQIFEKLKTTGEKWNKYVENKDWDSIDYYIYTKLLYSLLVSSDFYATSEYSSGKSIDNLNLLTNIDEYRSAFNSTEIYKGIKLHQKTGRYFKKDNINCYRSEMFIEAEKNLEMVNKENIVFLEAPTGSGKTVTSVNLALRLLEKNRELNKIFYIFPFNTLVEQTNSSLREIFQNSPLEESISVINSITPIKEVESEEEYKKDNIDYERSLLNRQFIHSPIVLTTHVHFFETLFGIDRESSFALPHLANSVVIMDEIQSYKNKIWKEIIIFLKKYAEILNIKIIIMSATLPNLSFLLDQEAKIPSLITDREKYYSNSIFRERVSLDFSLLEKEYGREELLKKIEKIIFEKHKNQKVVVEFIKKASAFEFYKKLLESDEVCKEDIFLITGDDNKAERKRIIKEAKNKERKSMILVATQVIEAGVDIDMDIGFKNISILDADEQFLGRINRSCKKKKCKAYFFQLDDGRNIYKGDVRIQDRFTLMNEEMREILKNKNFNEYYTIILEALEKFSKDENKEENIDDFRKDKVVQLNFEEIYKRLKLIADDRITKMIFFSRNIDIEGEKIAGNKVWNDFKEILLNNEMGYAERRVKLSKVMEKVDLFSYNIPVEMTYKLSYQSKIGDNILYIEDGEKYFVNGKFDRKKLQSDKDYEIIL
>NZ_AP017968.1|WP_096402763.1|1843158_1843914_+|type-I-B-CRISPR-associated-protein-Cas5
MEILKFTLSGRTAFFKIPEVNSYVYFSYGHIHKVSLLGLLGAVMGYGGYNSQEEKEYPEFYEKLKDIKISIMPKNTNGSFSKKIQFFNNSVGYASNEEGGNLIVKEQWLEDVEWDIFIKIEDTDIHKELKERMQNYNFEYTVYLGKNDHLATINNVEILQGENFLEDESEINSLFMKKSIEGFSEEKEFDFLAPEEDEIKYDYKYEEKLPLSLHNISNQYVVESLIFTNKKCILKNKSNFVQINNQIIEFY
>NZ_AP017968.1|WP_096402762.1|1842211_1843156_+|type-I-CRISPR-associated-protein-Cas7
MKNRIYGVIGIRSMMANWNADFTGFPKTTSSGEVFGSDKALKYPMKKKWENEGEKVLYVKSLKVDSGEGKKGEIAVRPKSLRERYDEIFEANLKEEKDKTNVMKNLFKAIDVKNFGATFAEEKNNISITGAVQIGQGFNKYANTYVEEQQILSPFRDSSKDEKEGEASQSTLGTKIVSNEAHYFYPFVINPQVYRDFVKMGMTEGYTEEDYKKFKDAALTSATFFNSNSKLGCENEFALFIEVKEGYYLPELAQYIKFSKEKDCDVIELGFDELINQFKDNILSVEIYYNTLNVKVKHDIKGAKEYNIFTRKEV
>NZ_AP017968.1|WP_096402761.1|1840415_1842209_+|hypothetical-protein
MLRECVEIFTEIYNKKGERFITDSYELEPGDYFIVKSDRSYSHIKIERTKKIEENSNRRIIEDYEYLAERDYLSRLLDMNKPIDGKKQIHSNNYLSFFVKNNVLSEKKKELEESIEKYYEILKNPFLKYDKGEKKRVYTQLEEKLGKPSEEKIQKNYEWIKENLYKIKEEIKDGKEYIKIFFDEDIEEYKKENERYVIPNIYNSVDYNVIINDETYGLPNNNLNLNSKKPYLENKTRKEKYTVPYLLNEEEVFKQKKFFDYIYNMANSGKRNIYISSDKKEIIPLGNRESLSDDFTGYYLRIRKDKSESAIERYDIIPNYKAEIYPEIKILDCLGNGDKGKLEYGSSINKNSELAAVLNNLLFNGKLYGIIFENLKDLKIFDERIKNIANQYKEVFFELVYKGDMKKFADNYKKIFLELIKNSLCKKDYITEAYDMFNLMASIGDSIKNERGMTVNKHQEIKEKFRNIFETGVGEIENDEEYFFALGQLAKFLISRNRITVKTHELVVRVIESRDIEGLKREIYKLFRKYAYDIGFYSTKFNTLYERILGYEAESEEINMDRLLGGYLADSLIYEKSAKEENETNNGAKEINGKENE
>NZ_AP017968.1|WP_096402760.1|1839701_1840397_+|CRISPR-associated-endoribonuclease-Cas6
MKSWVLELKVFLLEDIESHSAIEKIAAFIDSTFDKDEHWKEYHTDKKVKEYCFNSFYPVKVNTKKYNAGEIYTVQIRTISKELKEHFMKYLKDNITKELKGLIIKEREMEYRYIDKLVSVTPTILKTENGYWKKNISLVEYENRLKLNIIKKYNSIFNENLDENVDLFNFIEFKNKVPVKVKYKNINLLGDKLVLGIAKNETAQKLAFLCLSVGLGEMNARGFSYMNPRWV
>NZ_AP017968.1|WP_096402759.1|1838203_1838842_+|hypothetical-protein
MKNFSEKTVKNISICFLLLFLLLGLNHHYYFALMIIPIMIYFSTWKVVMFEDRIGRFSPIVIGLLLSAFIFYCQYYLQGEVVSTKEVIALKGTISLCIGLWLGNFIAKYIYMRIKFFLNRIGSKGEQKEYKIIKMIIDQKKYFKKPGSKYYINFYYLIADINGEEVKFLIEKDFYDKYLGKKSMNIKIKKGSFGIFYGINLIGLETEENFPS
>NZ_AP017968.1|WP_096402758.1|1837553_1838207_+|epoxyqueuosine-reductase-QueH
MKINYDLVMEKQLKEIEKNKIKPRLLLHSCCAPCSSAILEFLQEYFEITIYFFNPNITFQEEYLKRLEEQKEYHKKRGYQINVIEGRYNPEIDFFQNIKGLENEKEGGRRCHQCYRIRLEETVKKAKEDGYEYFTTVLSISPMKNAQWINEIGEELEKKYEVKFLNGDFKKKSRYLRSIEVSKEYELYRQDYCGCIFSKLEREKIEKEKREKNGGER
>NZ_AP017968.1|WP_096402757.1|1837043_1837472_+|N-acetyltransferase
MIRNLKNEDINTVMELWKNSTMEAQNFIPDSYWLENYDNVKNNYLPNSTTCVYEEGGEIKGFVSLIDEIFIGGLFIEVGSQRKGIGNRMLNFLKERYDKLQLAVYDKNIRAMNFYLKSGFKILNTEIDEKTKEKEHLMEWRR
>NZ_AP017968.1|WP_096402767.1|1849380_1850499_-|Mu-transposase-C-terminal-domain-containing-protein
METEKELQLQRFKIIEPFLRKEKKLKEIEEETGISYATLKRWVNAYKKNGILGLDKKQRNDKDSYRAIDEDGVEYIEQICRESKETKISKLYSFCKEKLSNKYNISYPTFYRIVSNLDGFFNKSSNFHMKKIKKENQVYLILEIPLYILVSEEENEHKIVPQLLISIDTATLKPINHALNYNTSSIYTLLSFIRESILKVSYKSGKSVKPQEILVSSENINNKKILKEIYDNTSIKISEYFTENEETKKFISFLEEDIEKFYYQNNKILSYQNLKNFLDSYIYLDNKKYDFSLKYEMIQDIPYVREFDIFLQEASRKINKSSLRFNNFIYTNNFLTSLEGKKVIVKYNPLDTDILYLFFKNQFLGTANIATG
>NZ_AP017968.1|WP_096402768.1|1850705_1852202_+|PTS-transporter-subunit-EIIC
MKIFAEVQKIGKALMTPVAILPAAGLFLAFGNKLQFTLMEQAGQVIFSNLPLLFAIGAAIGLVGGDGVAALSAVVAILIMNTTMGIVSGAAEGIAAGDMSYAMVLGIPTLQTGVFGGLIAGIIAAVCYKKFYKTELPAFLGFFAGKRLVPIVTAVAAFIIGLAMPVIWQPVQVGLAKLSYLANETNTNVSTFIFGVIERSLIPFGLHHIFYAPFWYQFGEYTNAAGQVVNGDQAIWFAMLKDGVVNFSSDTYQGAGKFLTGKFVFMMFGLPAAALAMYQEAKPANKKLVGGILFSAALTSFLTGITEPLEFSFLFVAPILYGIHCIFAGLSFMLMNMLNVRIGMTFSGGLIDYIAFGVLPGTSGFQNNWYLVIVVGLCLSVVYYFGFRFAIRKFNLMTPGREETIAETVSASSGSEVKSDELAVGVLEALGGKDNLVSLDSCITRLRVEVKDTKIVSDQELKKLGASGILKVGTNGVQAIFGSKAQFICNDLKKMTGI
>NZ_AP017968.1|WP_096402769.1|1852516_1852954_-|ACT-domain-containing-protein
MKEKYLIVNKKILPDYFEKVVEARNLLTEGKVKGISDAAKIVGISRSTYYKYKDYVFLPSDNSIGRKALVSMMLEHKKGVLSEVLNYLSFVNGNIITINQNIPINNVASVVISLDISDITIPIEDIIIGIEQINYVSSTKLLSLE
>NZ_AP017968.1|WP_096402770.1|1852963_1853839_-|homoserine-kinase
MITVKVPATTANIGPGFDTLGLAFKLYSYFTFKRIEYGLRIVGCEEKYQNDSNLVYTSFKKTLEILNYPVTGIEISIKSDIPVSRGLGSSAACIVGGVMGANIIAGNPLSKDEIFKICNDIEGHPDNIAPALFGGLTASLVEDGIPYTVQYNISENLYFCALVPDFRLSTVEARKVLPSEIPYQDAIYNVSRIAVLLKALENGDEILIKKALSDKLHEKYRNVLINEYEEVKEICEKNGNTALFISGSGPTLMNIAKTKDFQWKIEYEIKNLKNSWIIRTLDIDMKGAVVL
>NZ_AP017968.1|WP_096402771.1|1853835_1855314_-|threonine-synthase
MNSKFESTREQNIACSASQAVIKGIASDGGLFVRRDMENLKINISELKGKKYTEIAEIILSKILDDYPEKSIKYCVESAYDKKFSSNDITPLVKVGNDYILELFHGPTSAFKDVALSVLPYLSTEALKLNKIKEKILILTATSGDTGKAALEGFKNIEGIKILVFFPNDGVSKVQEKQMISQDGNNTYVYAINGNFDDAQSEVKKIFTDEEVKKKLKNKNYSLSSANSINIGRLVPQIVYYFYSYMKLAESNEISLGEKVNFTVPTGNFGDILAGYYAELMGLPVNKLICASNENNVLYDFIQTGTYDRNRPFYKTLSPSMDILISSNLERLIYHLSGNDNKYIKSLMDELKSDGKYTVTQEIKSCIDNLFYAGYTNDLQTSETIKNVYNEYNYLLDTHTAVAYNVMKEFKEKDSNHKNIVLATASPYKFSKAVYESLFGENNSDEFKIMELLSEKTGVPIPENLKNLKNKKDIHTSIINKEDMKNCFEVIL
>NZ_AP017968.1|WP_096402772.1|1855428_1856601_+|homoserine-dehydrogenase
MKIGLLGFGTVGSGVYEIVKSSPTCFFNDIEVKKILVKDEKDKIMDIITTDAEEILNDKDIDLVVEVMGGIHPAYEYIIKSLKNKKNVVTANKAVVAAYLKEFTKTAYENGVSFEYEASVCGGIPWIKSLEKAKRIDEISEVYGIFNGTSNFILDNMTKKGYEFQEILKKAQEKGYAESDPSADIDGIDIMRKLLITSSLAFECEIPEKEIDVFGIRNIKKEDIEYFNNIGYTVKLIAKGKKAENRYCAVVEPVLFKNERIEAAVPQNFNIGTICGKTIGELKFYGQGAGKLPTGNAIVQDIIDIMEAKGNLIERKFEKSLIKDSSLIIGKYYVRINDEQFAEDNSDIIEKKLEYSGNIIYITKEIDCSAMKKAAEKYLEKEIFYARFEN
>NZ_AP017968.1|WP_096402773.1|1856619_1857942_+|aspartate-kinase
MIKVAKFGGSSLADAEQFKKVKNIIENDENRRIVVVSAAGKRFKEDNKITDLLYLCYAHIKYSVSYESMFSIIENRYLEIRDELGLKCNLESEFRIIKSRMKKGMNRDYLVSRGEYLAGMLMAEYLGYDFIDAENVIFFDYNGKVDTEKTREAMEKAVERSPKGVIPGFYGTLPNGEIKLFSRGGSDITGAIVSDCIKAAIYENWTDVSGILMADPNVVKDPKRIEIITYSELRELSYMGANVLHTDAVAPVKKANIPINIRNTNAPENPGTIIVDENNELLKNAKNYFITGIAGKKDFSVISIYKDHMSGEVGAIRKALEIFEKYKVSIEHIPTGIDTFSIVAATENIKKYLYEIVADLKRECEPSEVKVIDNISLIATVGRNMADRPGMSGKLFAAIGNSGVNIRMISQGSDEINIIVGVENEDFEKAINVIYNNFVI
>NZ_AP017968.1|WP_096402774.1|1857954_1858974_+|aspartate-semialdehyde-dehydrogenase
MRKYNIGILGATGAVGKEMLKVLEERNFPVENIRLFASSRSAGKKVFFKGKEYEIEEAKKGIYEGIDILLGAVENEQAKEFIPTAIENGAIVIDNSSAYRMADDVPLIVPEVNPEAVEVHKGLIANPNCATIIGLVAVNELNKYSKIERMIVSTYQAVSGAGSGGITELDAEIKAIAEGKDFTMETFPYQIAYNLIPQIGGFDEKGYSSEEMKFQNEGRKILNNPKLKVNCTCIRVPVYRSHSESITIEFKDRIDAEKAREILRKADGVKLVDDPQNKKYPMPLDTSDQDLVYVGRIREDISNDEGKGLTLWCCGDQVRKGAATNAVQIAELLIKKEIK
>NZ_AP017968.1|WP_096402775.1|1859182_1860265_+|HDOD-domain-containing-protein
MALEKIVMLGDSIIDWNYSSKYINYGHAGFKTRDVLWLLEEKPEIKGDIGILLVGVNDILCGFQEEYTLDYYNKTVEILRQRFKKLIILSMLPSDTPRINAKSKMLNTKLKNLYNEYFFDIYNLFLDVRELLADKYTVDGIHLNNDGYDIFNKALTEIAEKVKYEEIGYPDRETAERELEEAGELNPGQWISHSKYTALACEKIAEYCPHMNSEKAYIIGLLHDIGRRVGIVQERHMLEGYKYCMSKGWKEVAQICITHSFMLKDITTSIGKWDMTKEDYEFMKKFITEAVYDDYDKLVQMCDSLALPNGFCFLEKRFVDVAMRYGVNEYTTKRWGAIYDIKKYFEDIIGKPIEDILEIS
>NZ_AP017968.1|WP_096402776.1|1860320_1863374_-|efflux-RND-transporter-permease-subunit
MNIIDYSIKNRTVTLFLTFVIIAGGIFSYVNLGKLEDPEFRVKEAIVVTLYPGADPHQVELQVTDEIESALQQIANVEYIESVSKAGYSEVKIKLNESLKAEVIDQYWDNVRKKINDVQKNLPTGAISSVVLDDYGDVYGMFFAVTSEGYSKEELNRYVNYIKRELHSIPGVSKTAVYGKVDSAVEVVIDREKIDALGINEKLILTSFISQNLPAYSNSIEHGDMKIRVDINEAFNSLEDIENLVIFSKDNLRGGEETVFLKDIAVVKKSFSTPVKSKMRYNMKEAMGLMLSPEVGTNVINTGKAIDKKLDEIKKNLPMGIEIEKVYYQPELVTNAIGQFVNNLVASVVVVVGVLLFTMGMRSGLIIGSGLILSILGTLIYMLAVKMDMQRVSLGSFIIAMGMLVDNAIVVVDGTLTSLEKGENRYEALTKPAKKTAVPLLGATAIAVIAFLPMYLMPTDAGEYISTLFWIMAVSLGLSWILALTQIPVFCDIFLKIDKEKDKNGRKEKFYDLCHKFLEKVLAHKFLSLGIVIGAFLFSMLLFTRLPITFFPDSDKKGFVVNLWLPEGTSLDKTDKVSQIVEKELLKDKDIINVTAAVGSSPSRYYVATIPELQNSSFSQLIISVNKLESVNRIGENIKKFVKENIPDTKIEVRKYVNGIPTKYPVEVRILGPDPYVLRELSKEVMNIMRTVPNAENIQTDWKNKVLTWSPVLSQNIERKNLISPLDVANSLNRATEGMTLGKYKEGTEIMPIVLREKSGGQQLEINNIGQTPVWGLGIKSLPLNRIIEKESLKWEDPEIWRRNRVRAIKVQCDISGGVTAESIRKAVETEVNKLSLPENYKIEWGGEYYEQNKNVAAVFSSLPLQGTIMFSICVLLFATLKDPFIIFAILPLSFIGIAPGLFFTGRSFGFMSIIGAISLSGMMIKNSIVLIDEIKYEINVDKKDPYTAVIDSAVSRIRPVSMASVTTIFGMLPLVFDPLYGDMAITIVFGLTASTMLTLFVVPLLYSLLYKIEKKQ

Crispr_ID: NZ_AP017968_9

• CRISPR_ID: NZ_AP017968_9
• CRISPR_location: 2764201-2764941
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 11 spacers

Consensus repeat of NZ_AP017968_9

Consensus_repeat	Method
ATTTAAAAACTTCTAAGTTACTATTCAAT	CRISPRCasFinder
ATTTAAAAACTTCTAAGTTACTATTCAAT	CRT
ATTGAATAGTAACTTAGAAGTTTTTAAAT	PILER-CR

spacers of NZ_AP017968_9

>9.1|2764230|33|NZ_AP017968|CRISPRCasFinder,CRT
GGGTTATCCTTAGATACTGGTAGCCCTCTTGGA
>9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT
CCATAAAGTACCTCCTAAAATATTTTTACTAGTTTT
>9.3|2764357|37|NZ_AP017968|CRISPRCasFinder,CRT
ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
>9.4|2764423|37|NZ_AP017968|CRISPRCasFinder,CRT
ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
>9.5|2764489|37|NZ_AP017968|CRISPRCasFinder,CRT
ATGGCTGGGTAGTTCTAAAAAATTCTAATGGACTACT
>9.6|2764555|36|NZ_AP017968|CRISPRCasFinder,CRT
GTATCAATAAATAATATCCATAGACTTTATAATGTT
>9.7|2764620|36|NZ_AP017968|CRISPRCasFinder,CRT
TACAGAAATATCAAAATTTTGTAATTTATTTCTTTT
>9.8|2764685|35|NZ_AP017968|CRISPRCasFinder,CRT
ATAACAGAAGTTACAGGAGGGCGTGATGAAGAGGA
>9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT
TAAATATTTTTTTATGTTTTTTGTAAGTAGTTCCT
>9.10|2764813|35|NZ_AP017968|CRISPRCasFinder,CRT
AGAGACTTGTCTACAGAGTGTAAGAGAAGAGCTTA
>9.11|2764877|36|NZ_AP017968|CRISPRCasFinder,CRT
TAGGGTTTAACACTATACCGTTGTTGTATATCTCTT
>9.12|2764294|36|NZ_AP017968|PILER-CR
CCATAAAGTACCTCCTAAAATATTTTTACTAGTTTT
>9.13|2764359|37|NZ_AP017968|PILER-CR
ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
>9.14|2764425|37|NZ_AP017968|PILER-CR
ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
>9.15|2764491|37|NZ_AP017968|PILER-CR
ATGGCTGGGTAGTTCTAAAAAATTCTAATGGACTACT
>9.16|2764557|36|NZ_AP017968|PILER-CR
GTATCAATAAATAATATCCATAGACTTTATAATGTT
>9.17|2764622|36|NZ_AP017968|PILER-CR
TACAGAAATATCAAAATTTTGTAATTTATTTCTTTT
>9.18|2764687|35|NZ_AP017968|PILER-CR
ATAACAGAAGTTACAGGAGGGCGTGATGAAGAGGA
>9.19|2764751|35|NZ_AP017968|PILER-CR
TAAATATTTTTTTATGTTTTTTGTAAGTAGTTCCT
>9.20|2764815|35|NZ_AP017968|PILER-CR
AGAGACTTGTCTACAGAGTGTAAGAGAAGAGCTTA
>9.21|2764879|36|NZ_AP017968|PILER-CR
TAGGGTTTAACACTATACCGTTGTTGTATATCTCTT

CRISPR arrays and Neighbor proteins around NZ_AP017968_9

CRISPR arrays

The CRISPR arrays of NZ_AP017968_9

>merge|NZ_AP017968|9|2764201-2764941|CRISPRCasFinder,CRT,PILER-CR
AATTAAAAACTTTTAAGTTATTATCAAGAGGGTTATCCTTAGATACTGGTAGCCCTCTTGGATATTTAAAACTTCTAAGTTACTATTCAATCCATAAAGTACCTCCTAAAATATTTTTACTAGTTTTATTTAAAAACTTCCAAGTTACTATTCAATATGGAATAGATAATGTACATGTACATTGTATGTTTTGATTTAAAAACTTCTAAGTTACTATTCAATATGGAATAGATAATGTACATGTACATTGTATGTTTTGATTTAAAAACTTCTAAGTTACTATTCAATATGGCTGGGTAGTTCTAAAAAATTCTAATGGACTACTATTTAAAAACTTCTAAGTTACTATTCAATGTATCAATAAATAATATCCATAGACTTTATAATGTTATTTAAAAACTTCTAAGTTACTATTCAATTACAGAAATATCAAAATTTTGTAATTTATTTCTTTTATTTAAAAACTTCTAAGTTACTATTCAATATAACAGAAGTTACAGGAGGGCGTGATGAAGAGGAATTTAAAAACTTCTAAGTTACTATTCAATTAAATATTTTTTTATGTTTTTTGTAAGTAGTTCCTATTTAAAAACTTCTAAGTTACTATTCAATAGAGACTTGTCTACAGAGTGTAAGAGAAGAGCTTAATTTAAAAACTTCTAAGTTACTATTCAATTAGGGTTTAACACTATACCGTTGTTGTATATCTCTTATTTAAAAACTTCTAAGTTACTATTCAAT

>NZ_AP017968|9|7|2764201-2764941|CRISPRCasFinder
AATTAAAAACTTTTAAGTTATTATCAAGA	GGGTTATCCTTAGATACTGGTAGCCCTCTTGGA
TATTTAAAACTTCTAAGTTACTATTCAAT	CCATAAAGTACCTCCTAAAATATTTTTACTAGTTTT
ATTTAAAAACTTCCAAGTTACTATTCAAT	ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
ATTTAAAAACTTCTAAGTTACTATTCAAT	ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
ATTTAAAAACTTCTAAGTTACTATTCAAT	ATGGCTGGGTAGTTCTAAAAAATTCTAATGGACTACT
ATTTAAAAACTTCTAAGTTACTATTCAAT	GTATCAATAAATAATATCCATAGACTTTATAATGTT
ATTTAAAAACTTCTAAGTTACTATTCAAT	TACAGAAATATCAAAATTTTGTAATTTATTTCTTTT
ATTTAAAAACTTCTAAGTTACTATTCAAT	ATAACAGAAGTTACAGGAGGGCGTGATGAAGAGGA
ATTTAAAAACTTCTAAGTTACTATTCAAT	TAAATATTTTTTTATGTTTTTTGTAAGTAGTTCCT
ATTTAAAAACTTCTAAGTTACTATTCAAT	AGAGACTTGTCTACAGAGTGTAAGAGAAGAGCTTA
ATTTAAAAACTTCTAAGTTACTATTCAAT	TAGGGTTTAACACTATACCGTTGTTGTATATCTCTT
ATTTAAAAACTTCTAAGTTACTATTCAAT

>NZ_AP017968|9|4|2764201-2764941|CRT
AATTAAAAACTTTTAAGTTATTATCAAGA	GGGTTATCCTTAGATACTGGTAGCCCTCTTGGA
TATTTAAAACTTCTAAGTTACTATTCAAT	CCATAAAGTACCTCCTAAAATATTTTTACTAGTTTT
ATTTAAAAACTTCCAAGTTACTATTCAAT	ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
ATTTAAAAACTTCTAAGTTACTATTCAAT	ATGGAATAGATAATGTACATGTACATTGTATGTTTTG
ATTTAAAAACTTCTAAGTTACTATTCAAT	ATGGCTGGGTAGTTCTAAAAAATTCTAATGGACTACT
ATTTAAAAACTTCTAAGTTACTATTCAAT	GTATCAATAAATAATATCCATAGACTTTATAATGTT
ATTTAAAAACTTCTAAGTTACTATTCAAT	TACAGAAATATCAAAATTTTGTAATTTATTTCTTTT
ATTTAAAAACTTCTAAGTTACTATTCAAT	ATAACAGAAGTTACAGGAGGGCGTGATGAAGAGGA
ATTTAAAAACTTCTAAGTTACTATTCAAT	TAAATATTTTTTTATGTTTTTTGTAAGTAGTTCCT
ATTTAAAAACTTCTAAGTTACTATTCAAT	AGAGACTTGTCTACAGAGTGTAAGAGAAGAGCTTA
ATTTAAAAACTTCTAAGTTACTATTCAAT	TAGGGTTTAACACTATACCGTTGTTGTATATCTCTT
ATTTAAAAACTTCTAAGTTACTATTCAAT

>NZ_AP017968|9|5|2764265-2764941|PILER-CR
TTTAAAACTTCTAAGTTACTATTCAATCC	ATAAAGTACCTCCTAAAATATTTTTACTAGTTTTAT
TTAAAAACTTCCAAGTTACTATTCAATAT	GGAATAGATAATGTACATGTACATTGTATGTTTTGAT
TTAAAAACTTCTAAGTTACTATTCAATAT	GGAATAGATAATGTACATGTACATTGTATGTTTTGAT
TTAAAAACTTCTAAGTTACTATTCAATAT	GGCTGGGTAGTTCTAAAAAATTCTAATGGACTACTAT
TTAAAAACTTCTAAGTTACTATTCAATGT	ATCAATAAATAATATCCATAGACTTTATAATGTTAT
TTAAAAACTTCTAAGTTACTATTCAATTA	CAGAAATATCAAAATTTTGTAATTTATTTCTTTTAT
TTAAAAACTTCTAAGTTACTATTCAATAT	AACAGAAGTTACAGGAGGGCGTGATGAAGAGGAAT
TTAAAAACTTCTAAGTTACTATTCAATTA	AATATTTTTTTATGTTTTTTGTAAGTAGTTCCTAT
TTAAAAACTTCTAAGTTACTATTCAATAG	AGACTTGTCTACAGAGTGTAAGAGAAGAGCTTAAT
TTAAAAACTTCTAAGTTACTATTCAATTA	GGGTTTAACACTATACCGTTGTTGTATATCTCTTAT
TTAAAAACTTCTAAGTTACTATTCAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096403547.1|2766932_2767190_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096403553.1|2774274_2775381_+|alanine--glyoxylate-aminotransferase-family-protein	unknown	unknown	gnl|CDD|223153
NZ_AP017968.1|WP_147385295.1|2758971_2760798_-|oligoendopeptidase-F	unknown	unknown	gnl|CDD|341071
NZ_AP017968.1|WP_096403536.1|2753651_2755205_+|AbgT-family-transporter	unknown	unknown	gnl|CDD|225525
NZ_AP017968.1|WP_096403550.1|2768839_2769556_+|HAD-family-hydrolase	unknown	unknown	gnl|CDD|319796
NZ_AP017968.1|WP_172426563.1|2765162_2766413_-|uracil-xanthine-permease	unknown	unknown	gnl|CDD|225142
NZ_AP017968.1|WP_096403546.1|2766491_2766869_-|thioesterase-family-protein	unknown	unknown	gnl|CDD|227783
NZ_AP017968.1|WP_096403535.1|2751309_2753058_-|signal-peptide-peptidase-SppA	unknown	unknown	gnl|CDD|273226
NZ_AP017968.1|WP_096403554.1|2775527_2776256_+|GntR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225099
NZ_AP017968.1|WP_096403544.1|2762974_2764174_+|glycine-betaine/L-proline-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|226643
NZ_AP017968.1|WP_096403549.1|2767859_2768684_-|endonuclease/exonuclease/phosphatase-family-protein	unknown	unknown	gnl|CDD|197338
NZ_AP017968.1|WP_096403551.1|2769583_2769922_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096403543.1|2762111_2762975_+|ABC-transporter-permease-subunit	unknown	unknown	gnl|CDD|226644
NZ_AP017968.1|WP_096403542.1|2761136_2762096_+|ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270359
NZ_AP017968.1|WP_096403538.1|2756213_2756579_+|ACT-domain-containing-protein	unknown	unknown	gnl|CDD|226131
NZ_AP017968.1|WP_096403540.1|2757997_2758924_+|multidrug-resistance-efflux-transporter-family-protein	unknown	unknown	gnl|CDD|379245
NZ_AP017968.1|WP_096403548.1|2767211_2767844_-|thiamine-diphosphokinase	unknown	unknown	gnl|CDD|153431
NZ_AP017968.1|WP_096403539.1|2756663_2757977_+|HlyC/CorC-family-transporter	unknown	unknown	gnl|CDD|224173
NZ_AP017968.1|WP_096403552.1|2769978_2774208_+|2-hydroxyacyl-CoA-dehydratase	unknown	unknown	gnl|CDD|224835
NZ_AP017968.1|WP_096403537.1|2755319_2756204_+|DMT-family-transporter	unknown	unknown	gnl|CDD|307170

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096403553.1|2774274_2775381_+|alanine--glyoxylate-aminotransferase-family-protein	gnl|CDD|223153	COG0075, COG0075, Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase [Amino acid transport and metabolism].	3.63032e-127
NZ_AP017968.1|WP_147385295.1|2758971_2760798_-|oligoendopeptidase-F	gnl|CDD|341071	cd09608, M3B_PepF, Peptidase family M3B, oligopeptidase F (PepF). Peptidase family M3B oligopeptidase F (PepF; Pz-peptidase B; EC 3.4.24.-) is mostly bacterial and includes oligoendopeptidase F from Lactococcus lactis. This enzyme hydrolyzes peptides containing between 7 and 17 amino acids with fairly broad specificity. The PepF gene is duplicated in L. lactis on the plasmid that bears it, while a shortened second copy is found in Bacillus subtilis. Most bacterial PepFs are cytoplasmic endopeptidases; however, the Bacillus amyloliquefaciens PepF oligopeptidase is a secreted protein and may facilitate the process of sporulation. Specifically, the yjbG gene encoding the homolog of the PepF1 and PepF2 oligoendopeptidases of Lactococcus lactis has been identified in Bacillus subtilis as an inhibitor of sporulation initiation when over-expressed from a multicopy plasmid. This PepF family includes Streptococcus agalactiae PepB, a group B streptococcal oligopeptidase which has been shown to degrade a variety of bioactive peptides as well as the synthetic collagen-like substrate N-(3-[2-furyl]acryloyl)-Leu-Gly- Pro-Ala in vitro.	0
NZ_AP017968.1|WP_096403536.1|2753651_2755205_+|AbgT-family-transporter	gnl|CDD|225525	COG2978, AbgT, Putative p-aminobenzoyl-glutamate transporter [Coenzyme metabolism].	0
NZ_AP017968.1|WP_096403550.1|2768839_2769556_+|HAD-family-hydrolase	gnl|CDD|319796	cd02612, HAD_PGPPase, phosphatidylglycerol-phosphate phosphatase, similar to Escherichia coli K-12 phosphatidylglycerol-phosphate phosphatase C. This family includes Escherichia coli K-12 phosphatidylglycerol-phosphate phosphatase C, PgpC (previously named yfhB) which catalyzes the dephosphorylation of phosphatidylglycerol-phosphate (PGP) to phosphatidylglycerol (PG). This family belongs to the haloacid dehalogenase-like (HAD) hydrolases, a large superfamily of diverse enzymes that catalyze carbon or phosphoryl group transfer reactions on a range of substrates, using an active site aspartate in nucleophilic catalysis. Members of this superfamily include 2-L-haloalkanoic acid dehalogenase, azetidine hydrolase, phosphonoacetaldehyde hydrolase, phosphoserine phosphatase, phosphomannomutase, P-type ATPases and many others. HAD hydrolases are found in all three kingdoms of life, and most genomes are predicted to contain multiple HAD-like proteins. Members possess a highly conserved alpha/beta core domain, and many also possess a small cap domain, the fold and function of which is variable. HAD hydrolases are sometimes referred to as belonging to the DDDD superfamily of phosphohydrolases.	4.70902e-50
NZ_AP017968.1|WP_172426563.1|2765162_2766413_-|uracil-xanthine-permease	gnl|CDD|225142	COG2233, UraA, Xanthine/uracil permeases [Nucleotide transport and metabolism].	1.47648e-111
NZ_AP017968.1|WP_096403546.1|2766491_2766869_-|thioesterase-family-protein	gnl|CDD|227783	COG5496, COG5496, Predicted thioesterase [General function prediction only].	3.81671e-37
NZ_AP017968.1|WP_096403535.1|2751309_2753058_-|signal-peptide-peptidase-SppA	gnl|CDD|273226	TIGR00705, Protease_4, signal peptide peptidase SppA, 67K type. This model represents the signal peptide peptidase A (SppA, protease IV) as found in E. coli, Treponema pallidum, Mycobacterium leprae, and several other species, in which it has a molecular mass around 67 kDa and a duplication such that the N-terminal half shares extensive homology with the C-terminal half. This enzyme was shown in E. coli to form homotetramers. E. coli SohB, which is most closely homologous to the C-terminal duplication of SppA, is predicted to perform a similar function of small peptide degradation, but in the periplasm. Many prokaryotes have a single SppA/SohB homolog that may perform the function of either or both. [Protein fate, Degradation of proteins, peptides, and glycopeptides].	8.06326e-80
NZ_AP017968.1|WP_096403544.1|2762974_2764174_+|glycine-betaine/L-proline-ABC-transporter-ATP-binding-protein	gnl|CDD|226643	COG4175, ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism].	4.43713e-159
NZ_AP017968.1|WP_096403549.1|2767859_2768684_-|endonuclease/exonuclease/phosphatase-family-protein	gnl|CDD|197338	cd10283, MnuA_DNase1-like, Mycoplasma pulmonis MnuA nuclease-like. This subfamily includes Mycoplasma pulmonis MnuA, a membrane-associated nuclease related to Deoxyribonuclease 1 (DNase1 or DNase I, EC 3.1.21.1). The in vivo role of MnuA is as yet undetermined. This subfamily belongs to the large EEP (exonuclease/endonuclease/phosphatase) superfamily that contains functionally diverse enzymes that share a common catalytic mechanism of cleaving phosphodiester bonds.	3.04671e-49
NZ_AP017968.1|WP_096403554.1|2775527_2776256_+|GntR-family-transcriptional-regulator	gnl|CDD|225099	COG2188, PhnF, Transcriptional regulators [Transcription].	1.14135e-69
NZ_AP017968.1|WP_096403543.1|2762111_2762975_+|ABC-transporter-permease-subunit	gnl|CDD|226644	COG4176, ProW, ABC-type proline/glycine betaine transport system, permease component [Amino acid transport and metabolism].	3.65297e-104
NZ_AP017968.1|WP_096403542.1|2761136_2762096_+|ABC-transporter-substrate-binding-protein	gnl|CDD|270359	cd13641, PBP2_HisX_like, Substrate-binding domain of ABC-type histidine transporter involves in betaine and proline uptake; the type 2 periplasmic-binding protein fold. This subfamily is part of a high affinity multicomponent binding-protein-dependent transport system specific to certain quaternary ammonium compounds for osmoregulation. The periplasmic substrate-binding domain, which is often fused to the permease component of the ATP-binding cassette transporter complex, is involved in uptake of osmoprotectants (also termed compatible solutes) such as glycine betaine, proline betaine, choline, and carnitine. Many microorganisms accumulate these compatible solutes in response to high osmolarity to offset the loss of cell water. This domain belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically 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.	1.49061e-125
NZ_AP017968.1|WP_096403538.1|2756213_2756579_+|ACT-domain-containing-protein	gnl|CDD|226131	COG3603, COG3603, Uncharacterized conserved protein [Function unknown].	8.10928e-34
NZ_AP017968.1|WP_096403540.1|2757997_2758924_+|multidrug-resistance-efflux-transporter-family-protein	gnl|CDD|379245	pfam13536, EmrE, Putative multidrug resistance efflux transporter. This is a membrane protein family whose members are purported to be related to the DMT or Drug/Metabolite Transporter (DMT) Superfamily. Members are all uncharacterized.	7.18551e-121
NZ_AP017968.1|WP_096403548.1|2767211_2767844_-|thiamine-diphosphokinase	gnl|CDD|153431	cd07995, TPK, Thiamine pyrophosphokinase. Thiamine pyrophosphokinase (TPK, EC:2.7.6.2, also spelled thiamin pyrophosphokinase) catalyzes the transfer of a pyrophosphate group from ATP to vitamin B1 (thiamine) to form the coenzyme thiamine pyrophosphate (TPP). TPP is required for central metabolic functions, and thiamine deficiency is associated with potentially fatal human diseases. The structure of thiamine pyrophosphokinase suggests that the enzyme may operate by a mechanism of pyrophosphoryl transfer similar to those described for pyrophosphokinases functioning in nucleotide biosynthesis.	2.17378e-63
NZ_AP017968.1|WP_096403539.1|2756663_2757977_+|HlyC/CorC-family-transporter	gnl|CDD|224173	COG1253, TlyC, Hemolysins and related proteins containing CBS domains [General function prediction only].	5.10299e-126
NZ_AP017968.1|WP_096403552.1|2769978_2774208_+|2-hydroxyacyl-CoA-dehydratase	gnl|CDD|224835	COG1924, COG1924, Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain) [Lipid metabolism].	9.77488e-141
NZ_AP017968.1|WP_096403537.1|2755319_2756204_+|DMT-family-transporter	gnl|CDD|307170	pfam00892, EamA, EamA-like transporter family. This family includes many hypothetical membrane proteins of unknown function. Many of the proteins contain two copies of the aligned region. The family used to be known as DUF6. Members of this family usually carry 5+5 transmembrane domains, and this domain attempts to model five of these.	9.62079e-10

Protein sequences

>NZ_AP017968.1|WP_096403544.1|2762974_2764174_+|glycine-betaine/L-proline-ABC-transporter-ATP-binding-protein
MNKNIENNIDEKHILSVKNLTKLYGLNKNEAVKMLKAGAEKNEVFKKTGVTSAIWDMSFDVKQGEIFVIIGLSGSGKSTVIRCLNRLHNPTSGTILFDGKDIGKFSQKELTDFRRNKISMVFQNFGLMSHRDVISNIEYGLEIKGISKEEREKKAMEVLKMVGLEGLEHTNINSLSGGMKQRVGIARALANDPEILLMDEPFSALDPLVRSDMQFELLSIQKKLKKTIVFITHDINEAFKLGDKVAIMKDSRLIQLDTPENMSANPADDYVRQFIDSADKTKVISVKQIMFNPSCIIRLKEGAGIAIREMKSNRVSSAYVIDNHMKFLGIITIDNALKCRNENGFLSDYIFNEIPTTSSDALINDILPIAVNTKFPIAVIDNGELMGIVSKASILSTLI
>NZ_AP017968.1|WP_096403543.1|2762111_2762975_+|ABC-transporter-permease-subunit
MNWIFNFPFKLNIDVALIDRTVKNFSIQFGGFFNVIKNILNGLIGGILTILNFIPWWVLVLLVFLAGWRLTGKLRNGILYSCMLFFIGVIGLWDLMNDTLSIVLAAVFISLLLGFPIGILISGNERINSFVRPILDTMQTMPVFVYLIPAVLFFGLGKAPAVIATTIYAIVPVIRLTSHGIRQVDKEVVEAARAFGSTKFQTLWKVQIPQALPTIMTGVNQTLMMAMAMVVTCSMIGASGLGMEVLIGVNRIEIGRGLVAGTAVVIVAILMDRITQAWINRSEVKKK
>NZ_AP017968.1|WP_096403542.1|2761136_2762096_+|ABC-transporter-substrate-binding-protein
MKKKIFTFIITGFLTLAFLGCGGNDKKEVRFADAGWDSNKVHNAVAGFIIENAFGYTWSEVPGSTPILHEAIKSGEIDVHMEEWTDNIPSYYPDLKSGLFQELGTNFDDNRQGIYVPKYVIETMAPDLKSVKDLPKYKELFKDSENPEKGRIYGAIPGWEIDNIMYKKYEAYGLDKDFVYFRPGSDAALSAAFTAAYEKKEPIVGYYWEPTWLLGKYDFVLLEDEPYDAEKYFEGKTACPSVKVTIGASNKFKEKAPEIAAFLSKYHTSSKLTSEALAHMQETGDNYNATAKWLLKNNDNLIDQWLDADKAAAVRKALN
>NZ_AP017968.1|WP_147385295.1|2758971_2760798_-|oligoendopeptidase-F
MLKREDIDKKYKWNLEEYYPNWEAWDRELEQTKELMKKVPEYKGKIKYSSEKFTEMIQLEEKIGRTIEKLYIYPYMLKDINSKDETASIKLQEIMAILTEYSVSTSWMTPEILEIPKETMEKWIEKNPILQEHKFSLMEIYRLQGHVLDEGKEKLLSYYGQYMGAPDDIYGELSISDIKWNEVELSDGYKGPVTNGIYSKVLSTNRNQEDRKKAFEALYGSYDANKNTYGAIYRSLLQRDAATSKARNYNSTLDKALEPKNVPTEVFETLLKSAIDNNAPLQRYVKLREKALGLGSYHYYDNSINIVDYNKEFSYDTAKEMVLNSVVPLGKDYSEKMNKALSEGWIDVYETENKRSGAYSIGIYDVHPYMLLNYQSTMDDVFTLAHELGHTMHTILSNENQPYASSNYTIFVAEVASTFNERLMLDYMINNSNDSKEKIALLEQALGNIVGTFYIQTLFANYEYQAHKLVEEGKAVTPDVLSGIMENLFKQYFGETLTMDELQKIVWARIPHFYNSPYYVYQYATSFASSANLYDRITNEKYGIEERGAAASAYLELLKSGGNDHPMNQLKKAGVDLEKEESFHAVAKEFDKLLDQLEKELENLENNK
>NZ_AP017968.1|WP_096403540.1|2757997_2758924_+|multidrug-resistance-efflux-transporter-family-protein
MKKALLFGIGASFFFSFTFVLNRQMNIGGGSWYWSSSLRYIFMLPILFFIVTAKKQLFPVIEDIKKNPAAWFIWSTVGFGFFYAPLSFASVYGASWLVAGTWQLTIIAGALMSPFFYTIVDGKKIRNHIPKKFLFVSLIILIGIFLMLSEEAKKISILDSFLVVIPVLFAAFSYPLGNRKMMELCSSRLNTLQRVFGMTLCSIPFWIIIVILGVVQTGIPSHNQIIQSFIVAVSSGVIATIMFFKATDIVKGDSHKLAVVESTQVGELIFTLLGGVLVFHDTIPTVLGIIGIILVAIGMMINSFIQEK
>NZ_AP017968.1|WP_096403539.1|2756663_2757977_+|HlyC/CorC-family-transporter
MDELPGTTNVVSQLLFLLILTIANAFFAGAEMATVSVNKNKVKMLAEDGNKNALLLQELLKEPTKFLSTIQVAITLSGFLASASAATSFSHPLNVIMTKLGIPYGETIAIVLVTIILSFFTLVFGELVPKRIALQKAEAISLFTVKPVLFISKLTSPFIKLLSFSTNFILQILGMKAENLEENISKEEIKSMVEAGQANGVFNETEKEMINSIFKFDDILASEIMIPRTDVYSIDIDIPINEYLDELLATKHSRIPVYEEDIDNIIGVLYIKDLILEARNKGFENVDIRSILRKPYLVPESKNIDALFKEMQKSKKYIAILIDEYGGFSGIVTMEDLVEEVMGNIDDEYDDNEPKLEKIDNHTYSVDGLYSIDDLIDSLDIDIISKNHNTISGYLIDILGEIPDDTYLDKEIEVNDIIFKIKSIKENRIDKIELILN
>NZ_AP017968.1|WP_096403538.1|2756213_2756579_+|ACT-domain-containing-protein
MNLKILPNNFSICKIKNLNDINYEDEFIFIGKTDEELSLVCSTKYVPQEYIECDNNWKGFRIEGVLDFSLIGILAKISSVLAENGISIFAVSTYNTDYILLKSDKFDKAIEILKNSNYIFK
>NZ_AP017968.1|WP_096403537.1|2755319_2756204_+|DMT-family-transporter
MNYLGELYALITAFGWAFSSIFFEAASKKADSITVNVIRLIMGIIMLGSATFFTRGVFFPTDSTIHNWTFLSISGIIGLFLGDMFLYESYILIGARICMLFMTMTPLIVGLFGFLFLGESLTFTQTLAMFITCSGVLMVVLKPKSENPEDKKLSPKGIAFITIAVILEALGNIFTKIGAKGYDPSSSTQIRMICAMGVFLFYLTFKKKWGKIFFSFTDKKLMGLILLGTITATVGITFLISAFNLINAGVASTFSSISPIIVIPISIIVFKEKVKMREILGAFVSVFGIALFFL
>NZ_AP017968.1|WP_096403536.1|2753651_2755205_+|AbgT-family-transporter
MSQIKQEKKGFFNKFLDFIEVGGNKLPHPVTLFVLFCLTIIIVSGITEKMGVSATYNALNKKTGNFEEITVTVKSLTNAAGIRYIFNSMVKNFTGFAPLGTVLVGIIGIGVCEGSGLMSSTIKKVVMGTPRRAITAIVVFAGVMSNVASDAGYVVLVPLGAVIFLSFGRHPLAGLAAAFAGVSGGFSANLLLGTTDPLLGGITTEAAKLIRPDYFVAATANYYFMFVSTFIITALGTIITEKIVEPRLGPYHGDVDHDMKELTDLERKGLRAAGIVVLAYIAVMLVLTLPANAVLKIDGSLKAWTSSGLIPAMMFFFLLPGLAYGFTAKTLKSDKDVAKLMGKALAGMGGYMALAFTASQFIAYFGYTNLGTILAVKGADTLKSIGFTGLPLILGFVLFTAFINLFMGSASAKWAIMAPVFVPMLMELNYSPEFTQAAYRIGDSSTNIISPLMSYFAMIVAFMQKYDKDSGMGTLISMMLPFSICFLIGWTILLAIWFVFGLPIGPGVFIEFSKMIG
>NZ_AP017968.1|WP_096403535.1|2751309_2753058_-|signal-peptide-peptidase-SppA
MKFLNFLKKFILGTILFVIKEIFSFFIKAFLFLLVIFSIGAFFAKTTLEKDKIIIEKGSYIEVDLSKDYKEKGKNLPEFLRGQDTNFFSMLKTFDYIERDNDIKGVVLKLDNLSLDSAQVEELGKKLDNLKKSKKEVYSYMTMADNKNYSLAIKSNHIFMPPTMSAPVNITGYYGELMYYKLLADKLGIEFNVIHVGDYKAYGENLTKEHISKEYKENIERMYNRKYANFIKNIAAERKVNHDFINEKILNGDLMASEPNQMKKLNLVDEFMYFDQLKQVIGDKKLLSYENYNAFLSKNSLLGINGNKRKDKIAVIYAEGTMFMDSSSGGISGSITPNTLIEEINKALKDNTVKGIVLRINSPGGSALAANIISNKIIEVNEIKPIYVSIGGVGASGGYYIAAVAEKIYADKDSLTGSIGVVSIIPNIKKMLGNISINVDEVKKGEYSDIYSMVKDFNADKRDKLYASNLKVYNEFLDTVSFGRKLNRQHVERIAQGKVWLGEEALELGLVDEIGGLESAVKGLADDLKLVEYDTIEIINAPNYDSILKRYVPAVKMLEEYDSFILDKELYFKPIYYFPYDI
>NZ_AP017968.1|WP_172426563.1|2765162_2766413_-|uracil-xanthine-permease
MEKIGSKTKLLLGAQHVLAMFGATVLVPFLTGLNPSIALIAAGAGTLIFHFCTKRIVPVFLGSSFAFIGALSLVLKEEGIGAVKGGVIAAGFIYLIMAYLVKVFGVEKIKSFFPPVVTGPIIMVIGLRMSPVALNMAGYANGKFEPKSLIIALIVIISMISITIMKKSFFRLVPILISVTLGYIVAMCMGLVSFEPIARANWLGLSTEAAADLFTLPVFSLSAILAIAPIALVVFIEHIGDITTNGAVVGKDFFKDPGIHRTLMGDGVATIVAGLLGGPANTTYGENTGVLAVTKVYDPSILRIAACYAIILGLLGKFGVILQTIPAPVMGGVSIILFGMISAVGARTLVDAGLDFSNSRNLIIASLIFVFGIAVDNIVIWKTVSLSGLALAALAGVVLNKVLPLDREVTINKKID
>NZ_AP017968.1|WP_096403546.1|2766491_2766869_-|thioesterase-family-protein
MLKEGMSLTLEKIVNENETAAKIASGALNVFATPILMAFMENTSFELVQKELPAGETTVGISVNIKHLKANLVGDKIRCVSILEKVDGKKLEFSVKVYHKDTLVGEGKHERFIVNEEKFLNKLKG
>NZ_AP017968.1|WP_096403547.1|2766932_2767190_-|hypothetical-protein
MLKVWIVIGVSLLIIAAYFGVLLASSTKESDDKYVVGVLRTGYKIFEYFNRKKNNLGVYFSYIILWIGYMALNGRKPKLKKDTLK
>NZ_AP017968.1|WP_096403548.1|2767211_2767844_-|thiamine-diphosphokinase
MKIAYVFFNGQLEGSKEFYTKLINEKKGDIYCADGGAIHLETLGILPLEIWGDLDSVTKEIIEKYRNNKVRIKKFSKDKDYTDGELILQHISKLNYDEIIVIGGLGGRIDHLLTNLNLIFKFKNLKFVTEKEKIFSIEKKAELIELKGKTISFVPFSEKVEGLTLEGFKYSLNKYTLHQGDSICMSNIAIEDTCKVTFDTGKLMGIVLSE
>NZ_AP017968.1|WP_096403549.1|2767859_2768684_-|endonuclease/exonuclease/phosphatase-family-protein
MKKIKLIFIYFLLTVVIFAQEGYIASFNTLRLGKSQKDYTLTAQTLEMFDIAGLIEVMDVEGVEKLVNALNKVSGEKWDYHISPYPVGKNSYKEYFAYIWKRDKVEFLKERGFYKDAEEKFARPPYGADFKIGEFDFTFVLVHSVFGKNESARRAETFKMNEVYDYFQNMDSEENDIIIAGDFNLSGFDESFEKLLSHPDKITYALSPVIKTTLGKKNLANSYDNMFLSTIYTKEFTGKSGALDFTQGQYRLMKDKISDHLPIFIVVEISEDDD
>NZ_AP017968.1|WP_096403550.1|2768839_2769556_+|HAD-family-hydrolase
MIAAFFDIDGTIYRNSLLTEHFKKLIKYELLDFREYDTRVKEAFKLWDERVGDYDKYLLGLTQTYVDAIKGLSTKYNDFVADQVVELKGNRVYSYTRSMIKWHKEQGHKVIFISGSPDFLVSRMAKKWNADDFCGSIYHVENGILSGKISPMWDSENKMKSIDMFCKKYGIDLMKSYAYGDTHGDYSMLLSVGHPRAINPSLELLNSIKESDYLKKNTEIIIERKDVIYKVHSNVETL
>NZ_AP017968.1|WP_096403551.1|2769583_2769922_+|hypothetical-protein
MTMRLFYFVISFMFMFFTSNFDIQEKHSAFKDLPQNILLLGKIESTREYSFIKIDKIELADRETLKNPIPAFLEMTEIVTEEPCINTVIYPQKDILTFYTILERYDSRILLI
>NZ_AP017968.1|WP_096403552.1|2769978_2774208_+|2-hydroxyacyl-CoA-dehydratase
MREFHIGMDVGSTTIKIVCLDEKDNIIYSIYQRHLSNVRETTKKMFDDFLEHMKNNFGEDIKYKISITGSSGMGISSWVGIDFVQEVIACIKSIETLIPETDVAIELGGEDAKITFLKNDMDQRMNGSCAGGTGAFIDQIATLLDTDASGLNELAKGFDSIYPIAARCGVFAKTDIQPLINEGVRKENIAVSVFQAVVNQTITGLACGKKITGKVAFLGGPLFFLSELRNRFIDTLKLTPEDVVFPENSQLFVAQGAAFLSKENEAVFSYEELKTKVERLNEKDTSDTSRLQPLFETEDELNEFLKRHEKEKIETRDLNTYEGNAYLGIDAGSTTIKVVLISEEKEILFSHYSHNKGNPLDNIIATLKELYSKMNKNIIIKGSCVTGYGETLIKAALRVDIGIVETMAHYKGSQFFQPDVDFILDIGGQDMKCLKIQDGIITSILLNEACSSGCGSFLETFAHSLGMDILEFSRLGMESKSPADLGTRCTVFMNSKVKQAQKDGVEVADISAGLSYSVVKNTLFKVIKIKNKDELGKNIVVQGGTFLNNSVLRAFELVSERNVIRPNVAGLMGAFGAALIAMEQAGESSSIMTLDELNNFSCTTNLTRCKLCNNHCLLTIHKFKNGENFISGNRCDNPLGKMKKNTAPNMFDYKYNRIFNYTPLEPSKATRGEIGIPRVLNFYDSYPFWFTLLTNLGFRVIISDDSSKKLYEKGIDTISSDSICYPAKLVHGHIVDLIEKGVKRIFYPCVIFEEKEDEKSSNQFNCPIVMSYPEVINNNMDILKEKHIDLILPFFSFESKEVLYKTVFEEFERFGISKSEAKMAVDAAWEEKYNFRKDMRNKALEIIADLEKTGKTGVVLCGRPYHCDKEIHHGIPNIINSFGIAVLTGDAVASLASLDEELRVIDQWTYHSRLYRAAAYVGKSKCLELIELNSFSCGIDAVTTDQVEEILANYGKVHTLLKIDEISNLGAVKIRIRSLLAALDYKKNALRSSIKKKIEYKRAQFTKKMKKEYTILAPQMAPMHFKLLKTAFKAEGYNLEVLDETQEALDCGLQYVNNDACYPSILVIGELIAALKSGKYDLDKTAVMISQTGGSCRATNYLGFLKKAIKDSGFEKIPILSLNASGFEKQEGFSITLPFAHKCLIAVSYGDILMKLLYHVRPYEKIKGSAFELYEKWNEKVKENIYNGKFSQFKNNINAIVNDFSKIEVSDEKKIKVGIVGEILVKFSPFANNNLAEFIEAEGGEVYTSSLMSFVKYCIYSDIFITERFKGKIAAMKLKAALWIIEQYTKVLNNALQKNSRFGHEDSIQDLAQKTSQYISIGNQSGEGWFLMGEMIEFIEKDVPNIVCVQPFGCLPNHITGKGMIKKLRSEYKNVNIAPIDYDPAYSEVNQLNRIKLMLSVARKNLKNS
>NZ_AP017968.1|WP_096403553.1|2774274_2775381_+|alanine--glyoxylate-aminotransferase-family-protein
MYKANYLMMTPGPTMVRENVLKARCSFFGNPDLDPNFFAFYDKLCKKTGKLFGAKKAQTVIMNGEGMLGLDTACASLTEPGDKVLVISNGIFGEGFKGLVETYGGEVTLFETDVKSTLDIDKLRIFLEKNKDFKYATVVHCDTPSGVLNNVEIICKILKSEGIMTVVDSVAAVGGVQLDVDGWGIDIALGGSQKVFSAPSGITIMTVSNDAWEAIENRKTPIASFYCNLSLWKNCVKEQLFPYTMPASDLIAFDVAIDNIYKEGIEKVRERHHTAAEYVRTRLMDIGVELYLKNGYSPTVTAFCLPEGYDCKEVSDYLLHNFEVMIADSYSYLSNKVLRIGHMGENARFYRLDYTLKAIEKTLRILKK
>NZ_AP017968.1|WP_096403554.1|2775527_2776256_+|GntR-family-transcriptional-regulator
MCDFDKNNKMPLYGQLMNFLLSEIECDKFKEHEKLPSERELCERFCVSRDTVRQAIFQLEKMGYIYKKHGKGTFVAPKQLKPDLYKFYDFTEEMKKLGKEALSKVLSFEIVPADKYIAKFLKIKENSNVHRIIRLRLVDSIPLIFEKTYLPMEKFNCFYIDELNNSSLCNILKNRFSIKFSKGEETFYPITPDEEIIRYLNLMKFQPVIKIERITFEDESPIMFTERIVRGDKFKYTVTTLF

Crispr_ID: NZ_AP017968_10

• CRISPR_ID: NZ_AP017968_10
• CRISPR_location: 3513546-3513685
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NZ_AP017968_10

Consensus_repeat	Method
AATATAGAGAATAAAGGATTAAT	CRISPRCasFinder

spacers of NZ_AP017968_10

>10.1|3513569|34|NZ_AP017968|CRISPRCasFinder
ATCAGGAAAATATATAACTATAAATGCCTTAAAC
>10.2|3513626|37|NZ_AP017968|CRISPRCasFinder
TGCTTCAGATAATAATTTGAATATCAGCACTTTAAAT

CRISPR arrays and Neighbor proteins around NZ_AP017968_10

CRISPR arrays

The CRISPR arrays of NZ_AP017968_10

>merge|NZ_AP017968|10|3513546-3513685|CRISPRCasFinder
GAGATAATTAATATAGGTTTAATATCAGGAAAATATATAACTATAAATGCCTTAAACAATATAGAGAATAAAGGATTAATTGCTTCAGATAATAATTTGAATATCAGCACTTTAAATAATGTAGAGAATAAAGGATTAAT

>NZ_AP017968|10|8|3513546-3513685|CRISPRCasFinder
GAGATAATTAATATAGGTTTAAT	ATCAGGAAAATATATAACTATAAATGCCTTAAAC
AATATAGAGAATAAAGGATTAAT	TGCTTCAGATAATAATTTGAATATCAGCACTTTAAAT
AATGTAGAGAATAAAGGATTAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096404163.1|3511590_3511977_+|Rrf2-family-transcriptional-regulator	unknown	unknown	gnl|CDD|366911
NZ_AP017968.1|WP_096404167.1|3528262_3528556_-|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|223847
NZ_AP017968.1|WP_096404172.1|3533424_3534384_+|hypothetical-protein	unknown	unknown	gnl|CDD|369596
NZ_AP017968.1|WP_096404171.1|3532235_3533417_+|EpsG-family-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404161.1|3509890_3511063_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404159.1|3499134_3508512_+|hemagglutinin-repeat-containing-protein	unknown	unknown	gnl|CDD|368641
NZ_AP017968.1|WP_096404155.1|3493714_3494245_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404160.1|3508569_3509901_+|WG-repeat-containing-protein	unknown	unknown	gnl|CDD|379719
NZ_AP017968.1|WP_096404168.1|3529126_3530488_+|sugar-transferase	unknown	unknown	gnl|CDD|274398
NZ_AP017968.1|WP_096404166.1|3527979_3528270_-|HU-family-DNA-binding-protein	unknown	unknown	gnl|CDD|365952
NZ_AP017968.1|WP_172426575.1|3530487_3531234_+|glycosyltransferase-family-2-protein	unknown	unknown	gnl|CDD|366154
NZ_AP017968.1|WP_096404157.1|3494893_3497464_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404170.1|3531248_3532136_+|glycosyltransferase-family-2-protein	unknown	unknown	gnl|CDD|366154
NZ_AP017968.1|WP_096404165.1|3527336_3527912_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404156.1|3494225_3494897_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404173.1|3534396_3535704_+|oligosaccharide-flippase-family-protein	unknown	unknown	gnl|CDD|240533
NZ_AP017968.1|WP_096404162.1|3511077_3511506_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404174.1|3535700_3536330_+|acetyltransferase	unknown	unknown	gnl|CDD|100050
NZ_AP017968.1|WP_096404158.1|3497414_3499121_+|ShlB/FhaC/HecB-family-hemolysin-secretion/activation-protein	unknown	unknown	gnl|CDD|225387
NZ_AP017968.1|WP_096404154.1|3493181_3493712_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096404163.1|3511590_3511977_+|Rrf2-family-transcriptional-regulator	gnl|CDD|366911	pfam02082, Rrf2, Transcriptional regulator. This family is related to pfam001022 and other transcription regulation families (personal obs: Yeats C).	1.54888e-19
NZ_AP017968.1|WP_096404167.1|3528262_3528556_-|HU-family-DNA-binding-protein	gnl|CDD|223847	COG0776, HimA, Bacterial nucleoid DNA-binding protein [DNA replication, recombination, and repair].	0.000631645
NZ_AP017968.1|WP_096404172.1|3533424_3534384_+|hypothetical-protein	gnl|CDD|369596	pfam07922, Glyco_transf_52, Glycosyltransferase family 52. This family features glycosyltransferases belonging to glycosyltransferase family 52, which have alpha-2,3- sialyltransferase (EC:4.2.99.4) and alpha-glucosyltransferase (EC 2.4.1.-) activity. For example, beta-galactoside alpha-2,3- sialyltransferase expressed by Neisseria meningitidis is a member of this family and is involved in a step of lipooligosaccharide biosynthesis requiring sialic acid transfer; these lipooligosaccharides are thought to be important in the process of pathogenesis. This family includes several bacterial lipooligosaccharide sialyltransferases similar to the Haemophilus ducreyi LST protein. Haemophilus ducreyi is the cause of the sexually transmitted disease chancroid and produces a lipooligosaccharide (LOS) containing a terminal sialyl N-acetyllactosamine trisaccharide.	4.26112e-25
NZ_AP017968.1|WP_096404159.1|3499134_3508512_+|hemagglutinin-repeat-containing-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.	2.43774e-22
NZ_AP017968.1|WP_096404170.1|3531248_3532136_+|glycosyltransferase-family-2-protein	gnl|CDD|366154	pfam00535, Glycos_transf_2, Glycosyl transferase family 2. Diverse family, transferring sugar from UDP-glucose, UDP-N-acetyl- galactosamine, GDP-mannose or CDP-abequose, to a range of substrates including cellulose, dolichol phosphate and teichoic acids.	4.07798e-17
NZ_AP017968.1|WP_096404168.1|3529126_3530488_+|sugar-transferase	gnl|CDD|274398	TIGR03025, EPS_sugtrans, exopolysaccharide biosynthesis polyprenyl glycosylphosphotransferase. Members of this family are generally found near other genes involved in the biosynthesis of a variety of exopolysaccharides. These proteins consist of two fused domains, an N-terminal hydrophobic domain of generally low conservation and a highly conserved C-terminal sugar transferase domain (pfam02397). Characterized and partially characterized members of this subfamily include Salmonella WbaP (originally RfbP), E. coli WcaJ, Methylobacillus EpsB, Xanthomonas GumD, Vibrio CpsA, Erwinia AmsG, Group B Streptococcus CpsE (originally CpsD), and Streptococcus suis Cps2E. Each of these is believed to act in transferring the sugar from, for instance, UDP-glucose or UDP-galactose, to a lipid carrier such as undecaprenyl phosphate as the first (priming) step in the synthesis of an oligosaccharide "block". This function is encoded in the C-terminal domain. The liposaccharide is believed to be subsequently transferred through a "flippase" function from the cytoplasmic to the periplasmic face of the inner membrane by the N-terminal domain. Certain closely related transferase enzymes, such as Sinorhizobium ExoY and Lactococcus EpsD, lack the N-terminal domain and are not found by this model.	7.95472e-106
NZ_AP017968.1|WP_096404166.1|3527979_3528270_-|HU-family-DNA-binding-protein	gnl|CDD|365952	pfam00216, Bac_DNA_binding, Bacterial DNA-binding protein.	2.42643e-07
NZ_AP017968.1|WP_096404173.1|3534396_3535704_+|oligosaccharide-flippase-family-protein	gnl|CDD|240533	cd13128, MATE_Wzx_like, Wzx, a subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins. Escherichia coli Wzx and related proteins from other gram-negative bacteria are thought to act as flippases, assisting in the membrane translocation of lipopolysaccharides including those containing O-antigens. Proteins from the MATE family are involved in exporting metabolites across the cell membrane and are often responsible for multidrug resistance (MDR).	2.64987e-37
NZ_AP017968.1|WP_096404160.1|3508569_3509901_+|WG-repeat-containing-protein	gnl|CDD|379719	pfam14903, WG_beta_rep, WG containing repeat. This repeat contains an N-terminal WG repeat motif. The extent of the repeat is poorly defined. This repeat may form a beta solenoid structure (Bateman A pers. obs.).	0.000281426
NZ_AP017968.1|WP_096404174.1|3535700_3536330_+|acetyltransferase	gnl|CDD|100050	cd03360, LbH_AT_putative, Putative Acyltransferase (AT), Left-handed parallel beta-Helix (LbH) domain; This group is composed of mostly uncharacterized proteins containing an N-terminal helical subdomain followed by a LbH domain. The alignment contains 6 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X). Proteins containing hexapeptide repeats are often enzymes showing acyltransferase activity. A few members are identified as NeuD, a sialic acid (Sia) O-acetyltransferase that is required for Sia synthesis and surface polysaccharide sialylation.	1.39619e-58
NZ_AP017968.1|WP_096404158.1|3497414_3499121_+|ShlB/FhaC/HecB-family-hemolysin-secretion/activation-protein	gnl|CDD|225387	COG2831, FhaC, Hemolysin activation/secretion protein [Intracellular trafficking and secretion].	2.56833e-87
NZ_AP017968.1|WP_172426575.1|3530487_3531234_+|glycosyltransferase-family-2-protein	gnl|CDD|366154	pfam00535, Glycos_transf_2, Glycosyl transferase family 2. Diverse family, transferring sugar from UDP-glucose, UDP-N-acetyl- galactosamine, GDP-mannose or CDP-abequose, to a range of substrates including cellulose, dolichol phosphate and teichoic acids.	1.66274e-39

Protein sequences

>NZ_AP017968.1|WP_096404163.1|3511590_3511977_+|Rrf2-family-transcriptional-regulator
MKINKESEYAIRIVKYLSEIPENKLIGSKEISKKEEISINMTTKILRFLVNYGIIESYRGTLGGYRLKRDKVSYYEIIKAIQGELYILNDFKSLEQKENEVKKNLWKIQKICKNKLYSLEIKKNFFDS
>NZ_AP017968.1|WP_096404162.1|3511077_3511506_+|hypothetical-protein
MNIKLRMIGNKMDSSKILFNLEKMQLGTRLLVEKFPITRDIGILTVINSFNELENEFQIVVKDSHGKELGKGEVFRLRIMTREKEAIIIYNINKAYFEKKEDFYTIELLNKGNIIDRFDLSCETNIYNIYNNLDDKGTINLS
>NZ_AP017968.1|WP_096404161.1|3509890_3511063_+|hypothetical-protein
MEIRDYKYILIPNILAKYQCSASGECCKDKWRIDIDEDSYLKTKTNLDNLNEDINTCIEKIDNSYITKFSRGYCKFITEEKLCRIHRDFGWECLSNTCKVYPRNLKLTSRGLEISLVFSCSSAAKLLLSKEKFEIIKIKKEEFFLMKPNNISFLIPENNIKTNISSKYYELENLLINILNSEENLGKKLQYIDITLKTILSTEIKEFDFKKSNKDFLDFKEKDYSSSGVADLVVKTILAKRERSKAVASEYINLLKLIRLTGTLEKDRDILRDESFILNDEDIDMLKKLWPKDYDNILKNYLLCSVFNKDFYYNITYGFMKLVISGALLKFKILLNIKYLKRALSEEELIYTIKSHDNDLVHDGEFFNEFYKKNEIDINEYNKKILTILY
>NZ_AP017968.1|WP_096404160.1|3508569_3509901_+|WG-repeat-containing-protein
MKKVYIVCIIGTLLILFLNYKLEKIIIKKPLDKIVLMVDDAGEVDLGYMVIKKNKKYGIINTSGKYIKDPEYDLIKKISPEIYFLKSNNEKNIYNIKLDKELKIDNFSYIGNELYKISLNDKCGIIDENLNIKVDIINDEIYSNNKNILILNEHEKYLLDKNFNKKILKNYYSNIQLGIGNYLYINSDNKYGIIDFDEIVKISPKYNELVNLNNKNILIGYIGKENYFINLDKNIEKKMEYENYGMESMNRIMVLKNKKIGYINNFGEEVIPPEYNGGFLFKKEKDFIQLKKDNSWYLLNLKTSKAKKIPFEDIGEYADELMVVKKDGKSGYIDKKGKIKIPLIYTIAENFNNGLAIVSTDKGFGVINKKGKRIISLLYDEILIKDSYIYIKKDGKYGLYSKQGKEILPIIYDKLGRVSEDFIFFKNRNETGLIKLNGENNGN
>NZ_AP017968.1|WP_096404159.1|3499134_3508512_+|hemagglutinin-repeat-containing-protein
MNYLKRNEKILKHNLKNKRRITLSLIVAFLITGQIGFIEEKVMARDLRTRNKGANEIKPHASGGPSMTESANGTDVIQITNPNSGGISHNKFIDFSVGAGNGVIFNNNATKEPVVTKIGGIVVHNPNLNKAANAILTEVTGNKSSSINGTIEIAGQRADFILANENGIAVNGGGFINTSGVTLTTGKPTISGSDINLNVQKGNVLIDGMGVGTAGNYFNIVAKTIELKGQVAPFDGQMDADITLIAGQNDVTLKNSNKTVLNKVIGNEKDGTKYGIYANKLGSMYGKNIKLISTTEGLGVRHEGLIRSSGDIEILSNGDITVGGVISEKDIKLKGEGNLTTLNGSYKNSGIEYNYSIFSGDGVELDFKGDITLESFVKSDKTEIKIVAKNLTLKANSTAKILSQKGLSIKVTGTINLETLLMPVMIGRDPSKPPLVVLKDSNGKIIVKDPETGRILNTNEIEWQSTGIFGKQIDIMAGNLINNTVITSTINSRENDINIDVKNQLTNNNLISAAGNLDIKARKITNNQNAVIRGAAVKISAKDIVNKGELRQNTAKLGESVDRAREISIDIQNGTFTNTGIVSGYNVKISGNGFVLNDKNGKIEASTEDYPLGMGSIDIDIRTLENKGIIQSYGEGLQNNITINTETLTNAFGAKIVAKMGTLKITSTVGDLLNSGEFFADKDLVLLATKGNIKNSGLIGGNNITATAEKGLFENYGKVAAVGKLMIHVNNLINAGTPEEITKYLSAFNSFVKENYDNVVKIIAELEKKLESTTESTKIEGLEATLSYYKNLESALTTIKYEIDKVGALGILSGNDIEIKSNDTALNKGIIKSNTNITLKTSNNLTNNGVIEGDGNVTLKATNGDIKNTQRIYAGKSLDISGKSFISTGSDVLLGEYADLMQQYNEKELEEAENKIKELEKKLDSLTDKAEIEKVKADIAKYRTIKTKQSEIKAKIITIAGLGIVEAGNVSIEVTGRIENDGIIITDKDFKAKAEGDIINNGNIAIGGDADISGYRFINKFMTVGENLISKVKNTFESDSLKVQKDIKLEANNIKINKELYSGANADITLSGANSKIEFSKDSTIDIKDNLNIKGGAFVNNGEVVIGKKLSVNSLLDANSIGDKSFKNIGSIDAGSDIDIKSQGVDNKGDILSGGKLTADAGTEIFNTESKLQAKNGASIKSNGFKNTGEAIFGGNLDISAGSGEVENTSLEVKGDTTITTTSSFINTEKLQNTGNLTVNAKSFENIGNVLNSGLNVTVTENIKNTNKIEVDGNINLKGTGTTSNLKNTGEILATGNGNIDIKGDLENTKKIATGKALNIKANEITNKAGGTLQAAEDLDVQIKNGFTNENTGKVLGGNIIIDGSSSTLNKGFVNNGEILSNGKLTVDLGKNQVDITLNDTSKMSSQDTMKLVTGGNIVSETRFQNYGSLDFSAGKNITNKGMMVSNGNISLTTGGTLTNEAGTTIWAAKDLIINAAKNILNKFKAAIESKGNMTLTGESLINEAGTIKAGKNLNINVNKLENKSNVTGSGYVQTGVFESTEKYRFQTFPTNKYEVIKIEFPVFESNLAVTDKATIQSGGNLSIKGKDGNNSNVTNLSGTISAKGNIDIKGDLKNETKNASMTVDEYFSKVKITLGWEERTAGLDLWMGEDTTAEGNLKNLLRMIVRNSAKLNCLKQLANNNIDLKNIMSTAFGPEWMGQNTLDMSRYNGSAKYQYFAANGSASILAGGSFNHSGGRFENIGGESGGNKNIDVNIGDNTVDGTQSNLGVSVSDPNSITEVDGVKQVHEVEIQKGEVTINGVTITASTGGTVTSIAIAGTINPVIFIDIPIGENGIFKPALPRPNGTVPYKYETNLDFIDLSKYYGSNYFFDQAGYDPGKTSTVIGDAYYEKELINTSIREGLGYAGEIGTDQIKLMLDSAVSVKDGLGLELGKPLTPDQINNLEKDIIWYVEMEVEGDIVLVPQVYFSKDTRLKIAGQDQGGGTGSVVKAGGDINIDATDVVNSNGNISGGGNIDIKSESGITNNASGGLDGGISGGGNVNLEAKENIDMIGGSVNSGGDVSVKAEGNINIESTLGYDENGNQVVSNSAGVQGSGDISINAGGDTTIKGGVIESTGEGDIELSGKNVNILDQNLVSSSQETTTSETTTTTTSSSSSTSSGSTVAGNNVTIKGENDVNIKGSDVIANENVSIDAKNDVNIVDGQDYTHQETSSSTSEFVDGLLTVGQSQSETTTSKSKGSTVGGLGGVDIKSGGDTTLKGSDLIAGDNGINIESSGDVNIIDGQDTVTTKSSSNNYNVIGFTSSTEETKSSTSKGSSLTSIGDINIESGGNVKVVGSDLTSLGDTNISAENDVKFEAGKNTYESKKSSVSVGVTSTGAKAGLGGNSAEASWDPHTGGSTEIVDGDPQKVSKNSQNKTSGGKFGKNYMDSLTSVQTTVGVSVNNSSEKSTTWTEGNVTTGGNLNIKSKGTTDIGGADFTTGGDFTIEAKDIETTKYTDVIETESTGVTVGIKGSNTTTSNIADAVNKGMQIADSALDSESGMNEALTGAQVGGTITNMIFGDILANTSSLTGEIGYNSSKTKSEKENTTSIKSGGNVNFKTTDGDINLKGVNVDAEGVNLDSAGNVNITDAKETYTESSKGVNVSGGITVSGGVSALDGGNTQIGAIGNVHYSQTEKNNELSHGSSINAKNVTIKSEKDTNVIGSNVTGDNVNLDVKGNLNVETVKDKINESQVEGWGGGDLSIGASTNTIATGDFGASAGGGEIYKKGDSIDTQAGITAKNNIGVKVGGDANIIGGNLGSETGEGNLDIGGNLNVKDVHSDLEAGGEIIGLNAGTKGGGIQGEVGDIIGQEKTAKGTIGLNPENITVGGDVTINGQEGTKEDINSDMENSLTVDQDVKKAGGTFSGTISKIPNKKKKGSYDVTDNETPDIVIEHPPVFGKVNSGEKVTIENTHEVQYPDFKIPRPDVVITPPLKTDIAVSEDIKKPETGMAQDLPHKGNEVIIPPVKSEIVYSEDVKKPETGTAEVIPPKPKPEIVNGYVKNPETGKWEKLNTDIGAVLTGGAITNKKALDGIKDGIKSLIDPNYKPNSANKENIGVKIPVPDSKQPVTQGNYQKNPETGKWEPKK
>NZ_AP017968.1|WP_096404158.1|3497414_3499121_+|ShlB/FhaC/HecB-family-hemolysin-secretion/activation-protein
MKIKMSWSLILLLTTINGIVYSRQESPIRDPFKDIEMTQRLLELRRQQEYRDEQLKYPLRNEEKKEDKLEFKIEDGQKYLFKNIKVEGSNLYEKEVKKIVDQYVNTEMGKGEIYELLTKLSNIYLNHGYVTTLVTLKSGNINTGELVYEVKEGKLREIKFMNRESSFKDRLKLKLAFPIKKGELLTTQAMDQGLENINIGGYNNVTEVSPTEEYGYSDILIEENYRATGFSMGMDNSGYKDKGRHKLNFSFSQDNVLGINDRLTLNYIERLTKKRDLDKESNYDIGYSIPIGYWKIAYNYNLGDNYNTIISDLGKYKTESKSQKHKLKISRIISRGQYQKTTVHGGIVYRDNYNTMNGLVLDVSTKKYMNTVLGIDHIDKLFGGTIFGMFEYERGVPWFGAEGDPSILRAGDYKVEYDKLNFNLDWMKSFAIKNHGFQYRMGIGGSYSDDRLLSANQFTMGDEFTVRGFKESSVAGNKGIYINNTLSYMGTPDMNKYLSMITPFIGLDGGLSRDKDLENSDKIVGFAIGFKINIKGLYAGLTYGIPLRRAKGMPKEENPIYFNMSYNL
>NZ_AP017968.1|WP_096404157.1|3494893_3497464_+|hypothetical-protein
MKLKFLFFLILIKSLLYSETEIGIYSFNFNKKIKTTGTKIYFLNEDNAYIELQDILKIIGITNNSWINETYIIDLGNIYNQEKSINLERKYIDTNGKKTKYTDEIIEKNEKIYVKLEYLPHLLSIKSLEKDDDKLTISVDTLFRLPIELSNIREYRKEEFKKSEKKNQKKIYTNPKFFEPGNLRLVYDYRKNFQASNYESKSVNTEYLGPLFYGDFETYYGIYPDLENYQTRLTYRNVYNEHALIFGDISVNLPRILSGTVGGIRGISFSKDYKLVGEYDNNSITISGYAPLGKFVELYRDNKLLSYEDVKNGQYKFEQVPLLFLSDSFYVLIYNQDGSVTKEYLNRYYGEKPEKEGEFGFNFHVGESKYDRYDQFIAEVNYGLTQNITLKTGYYDLKYNAFYTRDNPQENQTGKLGLLYVSDYGKAPFNLEINGYRNNQKDTDFTYRYNQVFQNYRLNFEGAEYSSSTEKRLNKKNEFALELSRNKFLRSNINMGLKYYSTKYSYNEEVNEIGVVFRASLRNLVPEYGVYTNVVNGNTYHDFNIRSYYFRNYSIYAGVTHRTIGEFNETRYKLEVISRYNRDNGLRYRAYYEKSDRYGDVFGIAFELDYNSWFSGSANYTKSNGISSIDSGFTLDKVINLSDVNSKVTYVENAAVKGIVYVDNNNDGVYEANVDRLLPRAEVKINGKSSITDENGEYKINDLSSSTIHELKVNTQNPIYKGKVDIYKITPNPASTLNLNIPVYARKIISGMINFENNTLMNKYLKTLYLSVIDMKTNKKLEITIPENDGFFIIDSLIGGKYKLTLESIEIPGKVLLEKEIDLDSEIKELNIELNIGGKDSENKNELVFDIVVNNN
>NZ_AP017968.1|WP_096404156.1|3494225_3494897_+|hypothetical-protein
MLHMEIKKKILLITYFLISCILYAGDQTVNINLNLTYPGASAQEIGENLVIDLGFLKDGSSHTGDRRIEIGTISVTISQRKSQGDPSPCLLENIEFSVVDLDKLKIISERIDTTDTIYIGNPPGIVLSAEVSGVNPSGSITQGNLSYFVDPECLTVPEGEKFQGKALTELRYDFKLFADISNVQHGVRAAKAQDKQGTQLSIRNLIISQIRGTTPESNRRRNR
>NZ_AP017968.1|WP_096404155.1|3493714_3494245_+|hypothetical-protein
MNKKNILIIFILLSLYTYSATSFNFTKQLVVIYKVLEPLSVIVDKPEKMIVKKGTQSFKYSEVASLGPLNIKIEAPYNERDEILDKIYGTATLELQNNGTFELIETTNSDLKIDGQGFFPAEGESSYKMVLSLYNASVSNKYQASTTVDVVFNKNNKEMLMGTYKGVLILDVTYGD
>NZ_AP017968.1|WP_096404154.1|3493181_3493712_+|hypothetical-protein
MKIFKKNMLFFTIILNFLLINSLLIAKVVNGVEVPTATREIEFELEVQDTINVEPVYLDFGNILKNSKDTITANSYFKLAGAYTQDMFLSTSFEGGTIEGFYTKFQVFREGNTSGDLLDVYLYNIDSRILSSGETKIPVVGEIREVSDIALGKYEKTVKMNVIITPVSPILNRRGI
>NZ_AP017968.1|WP_096404165.1|3527336_3527912_-|hypothetical-protein
MNIISLDKQQRYFLDGKFFLVKKGRIMARDILENGKIITNENYLVEGDLIGNFFTLLPKRDLFIPEIEIEIKALEDNTILEEFKFSLEEIFCNVYLEKIVIQLIKKSIFKFFYQLYDTKGYILAILKLYLNNRNFILKKEIHYENFNISKSQFYLIYSKLKKENFITESNDKIFLNSDKINAYLEELGEYN
>NZ_AP017968.1|WP_096404166.1|3527979_3528270_-|HU-family-DNA-binding-protein
MNKRELSKLYKKTYKEMTKNEITEKEALNEINEFLEILEKAILSAEILKFYKKGTFKILSKKSRKISNPVTREIMKIYPKKDISFKLSNNLNFYYD
>NZ_AP017968.1|WP_096404167.1|3528262_3528556_-|HU-family-DNA-binding-protein
MCEKEFLKFYKKEKKLKNIEAAKEKLELFWATLMLALEEDNKVVLKNWGKFEKKEFKPRKVSVPTLKSSFYTEFKTKIKFKTGIRLRQLVDEGDDYE
>NZ_AP017968.1|WP_096404168.1|3529126_3530488_+|sugar-transferase
MKRQIPKILMIALQFIFYLFINKIFKVSDRVMYNTFFIYLALNFTKNMYSFRTILIWEELKKQLLVHIEYLIIMLINDLAFWGKQYALVHLTLGITFTFFNLVVIKLIRCIFKNSLEKRLLIIGVGSIARELGYIIKENPFTMYNLLGYISVNLLDRANQDISIEKEKILGNCNDIEKIIKEKQVSEIIIALPLTYNKQMSKIIDRLDGKVEKIKFIPELNGIYTFNSTIEDYDGIILISSYNRINKKINKLLKRTFDLIVSIIGYIIFIFLYLIYGPKIKKDGGKIFFHHIRIGKDLKPFKMYKFRSMHVDAEKKLDEIFLKDEQLKEKFYQNFKLKNDPRITQIGKFLRKTSLDEFPQFINVIKGEMSFIGPRPVVQKEVDMYYGKENSKKIFMIKPGITGMWQANGRSDIEDYNERIKLDLYYIRNWSLWLDIVITIKTLRNVLIKKGAY
>NZ_AP017968.1|WP_172426575.1|3530487_3531234_+|glycosyltransferase-family-2-protein
MMEPLVSIITPVYNAEEFLEETILSVLNQEYVNWELILIDDCSSDKSNEIIEQYLKKDKRIKYLKNKKNSGPAITRNNGINISKGNYIAFLDSDDLWYKDKLKNQINFMLEKDLKISHGNYYFCNLKGKILKKIRTDIEINYKKLLLGNQFKTMTMVIKREILTQKLFPDIKHEDYAFFLNILNQRNISVRNENYDSLCRIGRKSVSSNKLKSALWTWRIYRQYEKLSLIKSSYYFINYTLKGILKYK
>NZ_AP017968.1|WP_096404170.1|3531248_3532136_+|glycosyltransferase-family-2-protein
MLKSILIITYGREKELYETLRDISLYEKNDLEVLLLDNNEIIYRKEKIIKIFEKSKVKLRYFHDGINYGVAVGRNYIIEKAKGKILITLDDDIEIKGDINIFIQKIENYFINHPDVGCLAFNIINFYSRKQLRHEIPHGNKKLNFNKNLFTYYFIGAGHAIRKKVYEECGKYPDNLGKYGGEERDLSFRILKHNYNILYVSNIMIYHKISQNGRLQKKEEDFYRYRNQLIVLNKYMPRLYCISSNIIWSLFYLIKKNGTLKNILIVLKEIKQIEKNPISLSVINKIKEMKGRIYF
>NZ_AP017968.1|WP_096404171.1|3532235_3533417_+|EpsG-family-protein
MKINKYFLITGFFLFFNNFLCFFSILYDIYKKKWSPIILSMFMGILAYYFIPFINSDLYRYYQLFDNSFQRDIIFRQQKDYFAKTLILFIISNDISRNFLAFFTSIFCYYFFFKSLHKIIQSRKINSRKYYFYFISYFITIPLTCYQGIRFYPAVSLFVFSIILNLTSNKNYYLFFMLLSILIHISMIFPICIFILYTMLKNKMNKKQFKYMLLGAFICGIFINADIIKKIYTSFYNILSFIPMNYIEEYIGGKFGVNSFKNLSIQGIIAHCILQILKTSVLFIYVFFNKNKNIINKYIYLLIFFSLFFIKFRTIYDRFFYWNIYLMLLISIYDERKYEKISFNFLFFYIVLFLYNIFLLIMFIRTQYENIILSYYDISKPSLINIIYGLIFR
>NZ_AP017968.1|WP_096404172.1|3533424_3534384_+|hypothetical-protein
MKIICIVESLYSLLIFLLIKDPDINLKDTFLITSGKEYKFLKNKFNQTIFLKKYQNRYLKIFNKIKYFIYFFILEIIYNLKNKLVYGNDHTTGAFYFLRKYTFIVIEDGLINYNKDIYIKNYCKYRKYILSFPMFGQYKTVKKIYLTGLAPIPEKIKSKVEIINLKELWNKKKINEQKEILNLFGFNPIIIKNIKNRKLILFTQPLSEDNLITEEEKIKLYSKIIANYNKEKLIIKKHPREKTDYKKIFKEIVVLEENFPAEIFFLLNIKFKKAITIFSTAVLNLEKNIEIDFYGTEIHPILYKRFGSQNQILKRNKIL
>NZ_AP017968.1|WP_096404173.1|3534396_3535704_+|oligosaccharide-flippase-family-protein
MTLDKNIIKNIAWMIFDKIFILILEFLVGIKVANFYGSFFYGSYSFAVSISIFSAIFFELINSRIIKKYYNKKNYYLIIFNVTFFKRSVAIFLFIIIFIVGNIIQLERSLYIFLLLLFLDNILATSTVGIENYFEFKLQSKKIVVSNNIVKLVSYTLQYIGMILNYPIIIVPIIRCIGSLVRVFILKNIYKKNYYQGKKGKIIQKLIYNMIKKSFYLWLSFISFIIYTQLDKIMLGVLLGKKQVGIYTLGIQLINVLSTLIIPIQVSLFPKMLELYKKNYNEYLEFYLNCNILITQIYIFLILFSIPIVKIIFPYVFISEYSKAVSIYNILIIAVLMKVNGALQSSHMTLKDITKKSFYKTTVGLLLNGILNYILIKKQGIIGAAIATTITQIFTVFIMDFFIKEYKEQAKIQLKSFNPFYLVNLIKVFKWRYKK
>NZ_AP017968.1|WP_096404174.1|3535700_3536330_+|acetyltransferase
MKKKLILIGAGGFVKSVIDSIDEKKYNIEGFIDNIKSGSHLGYKILANNLEELENSGQYCYFIAIGDNKKRTYWYKKVAKRNLEIINVIDKTAILSENITFGRGIFIGKLAIINSDARIGENVIINTKALVEHGNRIGNNVNISTGTILNGDVKIRDNCFIGSSAVVNGQITIGENSIVGSGTVVINNIDKDVIVAGIPGKVIRRLNNE

Crispr_ID: NZ_AP017968_11

• CRISPR_ID: NZ_AP017968_11
• CRISPR_location: 3681938-3682018
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP017968_11

Consensus_repeat	Method
TTTACTATAATAGTTCCATTATT	CRISPRCasFinder

spacers of NZ_AP017968_11

>11.1|3681961|34|NZ_AP017968|CRISPRCasFinder
AGAAAGAGTTCCTCCAATTGAAGTATAGTTTCCA

CRISPR arrays and Neighbor proteins around NZ_AP017968_11

CRISPR arrays

The CRISPR arrays of NZ_AP017968_11

>merge|NZ_AP017968|11|3681938-3682018|CRISPRCasFinder
TCTACTATTATATTTCCAGCAGTAGAAAGAGTTCCTCCAATTGAAGTATAGTTTCCATTAATTTTAATAGTTCCATCTGGT

>NZ_AP017968|11|9|3681938-3682018|CRISPRCasFinder
TCTACTATTATATTTCCAGCAGT	AGAAAGAGTTCCTCCAATTGAAGTATAGTTTCCA
TTAATTTTAATAGTTCCATCTGGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase	unknown	unknown	gnl|CDD|237976
NZ_AP017968.1|WP_096404296.1|3680223_3680493_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase	unknown	unknown	gnl|CDD|225814
NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU	unknown	unknown	gnl|CDD|132460
NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin	unknown	unknown	gnl|CDD|370466
NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|225818
NZ_AP017968.1|WP_096404289.1|3676059_3676947_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase	unknown	unknown	gnl|CDD|223372
NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein	unknown	unknown	gnl|CDD|259798
NZ_AP017968.1|WP_096404298.1|3690730_3691312_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|319255
NZ_AP017968.1|WP_096404293.1|3679261_3679444_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter	unknown	unknown	gnl|CDD|240548
NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein	unknown	unknown	gnl|CDD|226478
NZ_AP017968.1|WP_096404292.1|3678574_3679210_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase	unknown	unknown	gnl|CDD|224600
NZ_AP017968.1|WP_096404295.1|3679838_3680270_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A	unknown	unknown	gnl|CDD|224877
NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase	unknown	unknown	gnl|CDD|224168
NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase	unknown	unknown	gnl|CDD|350167

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase	gnl|CDD|237976	cd00002, YbaK_deacylase, This CD includes cysteinyl-tRNA(Pro) deacylases from Haemophilus influenzae and Escherichia coli and other related bacterial proteins. These trans-acting, single-domain proteins are homologs of ProX and also the cis-acting prolyl-tRNA synthetase (ProRS) inserted (INS) editing domain. The bacterial amino acid trans-editing enzyme YbaK is a deacylase that hydrolyzes cysteinyl-tRNA(Pro)'s mischarged by prolyl-tRNA synthetase. YbaK also hydrolyzes glycyl-tRNA's, alanyl-tRNA's, seryl-tRNA's, and prolyl-tRNA's. YbaK is homologous to the INS domain of prolyl-tRNA synthetase (ProRS) as well as the trans-editing enzyme ProX of Aeropyrum pernix which hydrolyzes alanyl-tRNA's and glycyl-tRNA's.	3.84433e-70
NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase	gnl|CDD|225814	COG3275, LytS, Putative regulator of cell autolysis [Signal transduction mechanisms].	1.56456e-176
NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin	gnl|CDD|370466	pfam09403, FadA, Adhesion protein FadA. FadA (Fusobacterium adhesin A) is an adhesin which forms two alpha helices.	2.24736e-10
NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase	gnl|CDD|223372	COG0295, Cdd, Cytidine deaminase [Nucleotide transport and metabolism].	2.09724e-49
NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein	gnl|CDD|259798	cd03399, SPFH_flotillin, Flotillin or reggie family; SPFH (stomatin, prohibitin, flotillin, and HflK/C) superfamily. The flotillin (reggie) like proteins are lipid raft-associated. Individual proteins of this SPFH family may cluster to form membrane microdomains which may in turn recruit multiprotein complexes. In addition, microdomains formed from flotillin proteins may be dynamic units with their own regulatory functions. Flotillins have been implicated in signal transduction, vesicle trafficking, cytoskeleton rearrangement and interact with a variety of proteins. They may play a role in the progression of prion disease, in the pathogenesis of neurodegenerative diseases such as Parkinson's and Alzheimer's disease and in cancer invasion, and metastasis.	8.05647e-39
NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor	gnl|CDD|225818	COG3279, LytT, Response regulator of the LytR/AlgR family [Transcription / Signal transduction mechanisms].	1.08826e-61
NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein	gnl|CDD|319255	cd16397, IbrB_like, immunoglobulin-binding regulator IbrB activates eib genes. IbrB (along with IbrA) activates immunoglobulin-binding eib genes in Escherichia coli. IbrB is related to the ParB N-terminal domain family, which includes DNA-binding proteins involved in chromosomal/plasmid segregation and transcriptional regulation, consistent with a possible mechanism for IbrB in DNA binding-related regulation of eib expression. The ParB like family is a diverse domain superfamily with structural and sequence similarity to ParB of bacterial chromosomes/plasmid parABS partitioning system and Sulfiredoxin (Srx), which is a reactivator of oxidatively inactivated 2-cys peroxiredoxins. Other families includes proteins related to StrR, a putative regulator in the biosynthetic gene cluster and a family containing a Pyrococcus furiosus nuclease and putative transcriptional regulators SbnI (Staphylococcus aureus siderophore biosynthetic gene cluster ) and EdeB (Brevibacillus brevis antimicrobial peptide edeine biosynthetic cluster). Nuclease activity has also been reported in arabidopsis Srx.	6.14862e-46
NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter	gnl|CDD|240548	cd13143, MATE_MepA_like, Subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins similar to Streptococcus aureus MepA. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. This subfamily includes Streptococcus aureus MepA and Vibrio vulnificus VmrA and functions most likely as a multidrug efflux pump.	5.88763e-123
NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein	gnl|CDD|226478	COG3969, COG3969, Predicted phosphoadenosine phosphosulfate sulfotransferase [General function prediction only].	1.07149e-57
NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU	gnl|CDD|132460	TIGR03419, NifU_clost, FeS cluster assembly scaffold protein NifU, Clostridium type. NifU and NifS form a pair of iron-sulfur (FeS) cluster biosynthesis proteins much simpler than the ISC and SUF systems. Members of this protein family are a distinct group of NifU-like proteins, found always to a NifS-like protein and restricted to species that lack a SUF system. Typically, NIF systems service a smaller number of FeS-containing proteins than do ISC or SUF. Members of this particular branch typically are found, almost half the time, near the mnmA gene, involved in the carboxymethylaminomethyl modification of U34 in some tRNAs (see GenProp0704). While other NifU proteins are associated with nitrogen fixation, this family is not. [Biosynthesis of cofactors, prosthetic groups, and carriers, Other].	1.64419e-74
NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase	gnl|CDD|224600	COG1686, DacC, D-alanyl-D-alanine carboxypeptidase [Cell envelope biogenesis, outer membrane].	8.80642e-76
NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A	gnl|CDD|224877	COG1966, CstA, Carbon starvation protein, predicted membrane protein [Signal transduction mechanisms].	2.68375e-127
NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase	gnl|CDD|224168	COG1247, COG1247, Sortase and related acyltransferases [Cell envelope biogenesis, outer membrane].	6.0957e-42
NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase	gnl|CDD|350167	cd17767, UP_EcUdp-like, uridine phosphorylases similar to Escherichia coli Udp and related phosphorylases. Uridine phosphorylase (UP) is specific for pyrimidines, and is involved in pyrimidine salvage and in the maintenance of uridine homeostasis. In addition to E. coli Udp, this subfamily includes Shewanella oneidensis MR-1 UP and Plasmodium falciparum purine nucleoside phosphorylase (PfPNP). PfPNP is an outlier in terms of genetic distance from the other families of PNPs. PfPNP is catalytically active for inosine and guanosine, and in addition, has a weak UP activity. This subfamily belongs to the nucleoside phosphorylase-I (NP-I) family, whose members accept a range of purine nucleosides as well as the pyrimidine nucleoside uridine. The NP-1 family includes phosphorolytic nucleosidases, such as purine nucleoside phosphorylase (PNPs, EC. 2.4.2.1), uridine phosphorylase (UP, EC 2.4.2.3), and 5'-deoxy-5'-methylthioadenosine phosphorylase (MTAP, EC 2.4.2.28), and hydrolytic nucleosidases, such as AMP nucleosidase (AMN, EC 3.2.2.4), and 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidase (MTAN, EC 3.2.2.16). The NP-I family is distinct from nucleoside phosphorylase-II, which belongs to a different structural family.	2.10479e-134

Protein sequences

>NZ_AP017968.1|WP_096404296.1|3680223_3680493_-|hypothetical-protein
MVERKKRGRPLGSGVKNYCALGCRFTEKEYLLIQESLKKLKEEYGSNNKIILNLFKKYGNNVEKKKRNTILEEDNDKTNKKGIGSFRRE
>NZ_AP017968.1|WP_096404295.1|3679838_3680270_-|hypothetical-protein
MIKLTKKELEALGENKDAVAQLLVRKAILAEMENREYTEEEKKYLEEMKLNIEIEFYLNSIAQKTVQVYDYELLEVYKNNTELLKDKNTVEVYPQLQQALFNQKLGEEKVKVINGLVEKYKINDILKEYIKVEEPEIKEEESK
>NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin
MKKILIGCILAVSAVSYSATDVMSTLEQLELNLQQLEAEERAMYNQRKAEAEEAERTLEAQRKMYAEISEKEKRILSVKDNKFYKGQYQELAKKYGEAKKELESDMKKQEEIISIFEAIK
>NZ_AP017968.1|WP_096404293.1|3679261_3679444_-|hypothetical-protein
MKKDEKEAEKTYRLFGCRFIEEDFKYINKKLKKLKKKQDISNSVILLELFKIYNRENKNK
>NZ_AP017968.1|WP_096404292.1|3678574_3679210_+|hypothetical-protein
MIEKWEYGGSYINYPLKPAVPYAIDKNIIMVHDLTDELPDFMKKADVLFIDPPWNLRNLNTFYMKARLMPKVQSYEEFYEILFKRIGEIKANLCFLEIGKEYLADFIKEMKKLYKHVTFYNSTYYNNSKNLCYIVQGSEKRLNLKLDGMDEEKIIEFICKNLQYECIGDMCMGRGLVGFNSYLNNKNFVGIELNHKRLSVLLENISKTKYI
>NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein
MKYIKTKKGNIALPVMNPIIVPIYKVEPNKYNPNKVAINNMDLLERSILDNGFCFAVVTIYDKSRDKYIIVDGFHRYEIFKKHFKAKEIPIIVLDHNIEKRMAATVQFNRARGVHQVELMGELVRELYEKGLEDEMIAQSLGMEEEEVFRLKQITGIAEIFKNKSYSKSWEMVEVNDD
>NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein
MYSNKNVLEVSKERISFLFDNFQNICVSISGGKDSTVLAHLTLKEAVKRNRKVGLFFLDEEVVYSSTVKQIKYLMNLFPENTINYWLQIEFNLTNATSIVEGQLKCWEKNKSYLWMRPKEKNSIQNKPWDIETETIRDKNKGFGFYDVIENFQRLKKDTIFLVGLRATESPNRWGAVVKNPVDINGSFVYWGTKLKYGNFSFYPIYDWNFHDVWKYIYDEKLKYSKIYDYQYKKGTGLREIRVSSLIHEKSFKALVDLPEFEPKTYDKLLKRIAGISIGNLYGKDSKMLRCTKLPKNYDSWIEYRDFLLETYPNENKKWIFQKRFQKHLENEYVARQQCKQLILNDYENNLPVDNRKDPRLEKLKKWRTIL
>NZ_AP017968.1|WP_096404289.1|3676059_3676947_+|hypothetical-protein
MIRIGLNKKQKEQEIINYLNSNCIEKIYCFFFKKFHINYDIGSANIEYIEYSDIEKYKYFYRLLEEINENSLIIIDECMRTSNRNKLIYNCAHHYLNQTSHKIIFEYFPIIENYDDFMILLNFENKGKYKGKGFDSNYLKNEDIKMIKRTIPIKINTIRTTRFMRERYEREKNLLFKLLGNQDPDTLPRNLHLLTGDFKKEYIKEKISVARNNRFRLKNVVSYNNINLISEEPEVLVVDFHYRRLNFNDFLKTMKNIKEFEFLSTSLPVDKFYIKSYIEWKDKCETIYDKADVFQ
>NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase
MKYAEEGVQYHIGIKKGDVGKYVILPGDPKRCEKIAKYFEDAKLIADNREYITYTGYLDGIKVSVTSTGIGGPSAAIALEELVKSGADTFLRVGTCGGMQTEIMGGDIVIATGAIRMEGTSREYAPIEFPAVANIEIVNAFIQAAKDLGEKYHTGIVQCKDSFYGQHEPETKPVSYELMNKWEAWIRLGCKASEMESAALFVAGDYLKVRVGSAFLVVANQEREKAGLENPVVHDTDAAIRLAVEAIRNLIKTDVPY
>NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase
MEKYRDILDRAFMAVDNAYAPYSNYYVGACVKTKDGRYFIGANVENASYGLTNCAERNAIFQAYSQGCRKEDIEAIAIVSRGKTLATPCGACRQVLVELLNRNTPIVLSNSLKEMVTNIEELLPMSFTSDDL
>NZ_AP017968.1|WP_096404298.1|3690730_3691312_-|hypothetical-protein
MKKILGMFLLLSCLTTTLYSQEVSEKEGRKVLEQIRREIQAEEKAKQKAIEDAEKAKEAEEKARIAAEKAEEKKGKKIIEDIRRDMNESLEEKVFRSENTPEGRIAAAGSAFEIGRERMAFLKMEEEEIMKLEEVLGMETDENRVFLSQKFDEVYDKFKTNNNEIELLLLENEKLNEYLSRLDRMEQKVRAGN
>NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A
MFSFIISIIALIAGYIIYGKIVERIFGIEASRVTPAKKLNDGVDYVEMGWKKAFLIQFLNIAGTGPIFGAVAGAMWGPAAFLWIVFGCIFAGAVHDFLIGMMSLRKDGASVAELVGENLGNGARKLMVVFSIILLVLVGVVFITSPAAILNDLTGINKMLLIGIIIIYYLAATVLPIDKIIGRIYPIFGIALLVMAVGIGVGIVIQGYNIPEISLHNFHPAKQSIFPYLFITIACGAISGFHATQSPMMARCLENESEGRKVFYGAMISEGVVALVWAAAAMSFFGGTPGLGEALGHGGAAVVVNRISNTVLGKVGGALALLGVVACPITSGDTAFRSARLTIADAIGYKQGPVANRFIVAIPLFIVGISLCFIDFNILWRYFSWSNQTLATIALWAAAKYLNNHGKNYYIALIPAMFMTVVVTDYIVIAPEGFVRFFQGTPVATIEMIGLVCGLVLSAVCTLGFLKSLKKEKIAEAQA
>NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase
MLKLTSHLLNNLGYIIAIAFFFTKFKSAKNIFTRKKYSQKDILLLSAFFSGLAIIGTYTGVDYRGAIVNVRNIGVVVGGILAGPEVGIMVGLIAGIHRLFVDASSITTIPCAIATMSGGFITAHLYKKTNEKNCYLYGFLGGFIVENLSMILILVLGSDFELAKDIVSKIYFPMILANAVGVSIVILIIQDIISEKEIIAGKQAKLALEIANKTLPYFRKGESMNEICKIILNSLEAKAVVITNDKYIIASYAESDEFKIDHTDIRSEVTKQVLKTGKVLVLGEENGIKDFHCISGKIKSCIISPLFQGEKIVSGTLKIYFDKAENVTARNQYLAEGLSLLISTQLEISTVENFKAMARDAELKALQTQINPHFLFNALHTTAFFVRMDPAKAKEVIIDLSTYLRYNLENASKVVSLDMEFTQVKAYVNIEKARFGDKISVEYDVEDGLENIKIPSLTIQPLVENSIKHGLLKQRGGGHVHITAKKKDKGCIVTIEDDGVGIDPKIIEELDERMEKSIGLKNVHNRIKLMYGKGLVIECLKKGTKISFYIE
>NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor
MLKCVIIEDEFPAREELKFFIEKYEGIELEKEFDSPLDALKYLQANKTDIVFLDINMPELDGMSLGKILSKLNENLKIVFITAYKEYAAEAFEIKAFDYLLKPYSEKRINEVLSNLTKEKEIDHIKDINKINKVTVTSDEKMYVISIDDIYYIEAGEKESMIYTKDNSYSSKIKISKWEEILPKNKFYRTHRSYMVNLDKITEVEPWFNGTYVLKIQDLKFKIPVSRNNIKEFKEILVIK
>NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein
MFLGVGLTLVIFLVVILIGGAVLIYRKCPNDVILVKYGLGGNKIITSNGTFILPIVQGCKKLNLKPMNIDIDLREDSNVVSNDKIRVVVEADATFAISSSPEERVIASHRLLSFNDSEICALAKEILTGQTRTIISEMEFEDLLQDRVLLMTKVSENAEKELSKLGLDLINYNIKMIKDMDGITEMLGKKASALATSDAQIAVAEQQRKSDVGVAEANAQRDIAVTEQDKVRQIQVSKTKAVITEETIKAELIQTNATQNKLAEEKRMESESQKAQNLYRIETEKSINLKELDKEKEIKLQEENLKQEIADKSKETVKKQAEVALETQRAKEIVETKVYNEKLEIEKITELKLKKLEADNQLEIAKIKADAILIEARAEADKLKALAEADAIKVALPIEKKAEAEKKLLEVYGQSGIMGLKLIEILPELARAQADAVANIDINSLNIISGDGGSGDGNSGAGNQIAGIVTDITRAIPAFKMANDIAKSINMPELSITGDTKTEK
>NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter
MGQNDLFIKMTETKISKLIPKLAIPTIISMLVTSVYNMADTFFVSQIGTSASAAVGINFSVMAMIQAIGFTLGMGSGNYISRSLGRQDREGAHEAAATAFFTALILGAFLAVLGLLFLDKFVRMLGATETIVPYAKDYAKYILIATPYMCCSFVLNNIIRSQGNAFYSMIGIGTGGILNMILDPIFIFTLNLGISGAALATIISQFISFSILMYMCNKNKEHVTIKLSSFKFRLTMYKEIFRAGFPTLSRQGLASMAAVALNVCASPFGDAAIAAMSIVSRIMMFVNSSLIGFGQGFQPVCGFNYGAKRYDRVLEAYHFCLKVAVILLTVLGTVCFIFAPDILALFRKTDIEVIEIGALALRFQCMTLPIQACIIMANMLTQSIGYGFMATLVAMGRQGIFLIPVLFIFPKIGGIRGLQLCQPFADVCTFILGTVIALKVVKDLRCRMLKQEEQI
>NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase
MEYFIREMEDKDWEDVLKIYKQGIESGISTFRKDLPDKKSWENSHLKACRFILCDNNGSVVGWAALSPISSRIDYCGVTEVSIYIDKAHQGKKLGEFLLNKIKEESEKNGIWTLQSSIFEINEASLKLHRKCGFREVGYREKIARDKNNIWQNTVLMEYRSKKIY
>NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase
MKKTNAMRELDKNKIKYEYVEYEVDENDLSAISVSIKTGQDITKIFKTLILLNEKREMLVACIPGSDNIDLKKLAKLSGDKKVEMLEMKELFNMTGYIRGGCSPVGIKKKHKAFIHQSATTKDTIFVSGGMRGIQIIISPKDLIKYLNMTVGDIIV
>NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase
MKKIVNVLLLTIILASSTVFAKEAENEVAVKEEKPSYKAILLGDEKGKIYYSENIDEKYPLASLTKMMTLMVTFDQLEKGSIRMKDKIKISKKSAQIGGSRIPMKEGDVFTLEDLIKATAIYSANNAAYAIAEHIGKGDVDKFVKMMNKKSTDLGLEKELEFYTPAGLPSDMTKKGMDAGTTRGIYKLSLEAAKYSKYMEIASIKETTIHDGKLKIKNRNLLLGEEGIYGIKTGHHSKVGYNISVLSDKEGMQIFTVVVGGPTYKKRDESVLNQMEEFYEHYQFRKLTDENISIAKVPVFSGEKEYADLYPDKNFTDILNKDSDIKISIKRNKGAIAPVEAGKVLGEYKVVIDGNIVESGNLVTKEEVKLSISLKNIF
>NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU
MQYTEKVMEHFMNPHNVGVIENPSGYGKVGNPSCGDIMEIFIKVEDNIITDVKFRTFGCASAIASSSVSTELIMGKTVNEALALTNKKVVEALGGLPPVKMHCSVLAEEAIKLAIEDYLSKKDKKEEK

Crispr_ID: NZ_AP017968_13

• CRISPR_ID: NZ_AP017968_13
• CRISPR_location: 3682373-3682470
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP017968_13

Consensus_repeat	Method
TTTACTATAATAGTTCCATTATT	CRISPRCasFinder

spacers of NZ_AP017968_13

>13.1|3682396|52|NZ_AP017968|CRISPRCasFinder
TGTGAAGTTTGTCCCTGTTCCACTTGCATAAACTCCTACTGAATGATCATAG

CRISPR arrays and Neighbor proteins around NZ_AP017968_13

CRISPR arrays

The CRISPR arrays of NZ_AP017968_13

>merge|NZ_AP017968|13|3682373-3682470|CRISPRCasFinder
TCTATATTCATAGTTCCAGTATTTGTGAAGTTTGTCCCTGTTCCACTTGCATAAACTCCTACTGAATGATCATAGTTTACTGTGATAGTTCCAGAACT

>NZ_AP017968|13|11|3682373-3682470|CRISPRCasFinder
TCTATATTCATAGTTCCAGTATT	TGTGAAGTTTGTCCCTGTTCCACTTGCATAAACTCCTACTGAATGATCATAG
TTTACTGTGATAGTTCCAGAACT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase	unknown	unknown	gnl|CDD|237976
NZ_AP017968.1|WP_096404296.1|3680223_3680493_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase	unknown	unknown	gnl|CDD|225814
NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU	unknown	unknown	gnl|CDD|132460
NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin	unknown	unknown	gnl|CDD|370466
NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|225818
NZ_AP017968.1|WP_096404289.1|3676059_3676947_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase	unknown	unknown	gnl|CDD|223372
NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein	unknown	unknown	gnl|CDD|259798
NZ_AP017968.1|WP_096404298.1|3690730_3691312_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|319255
NZ_AP017968.1|WP_096404293.1|3679261_3679444_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter	unknown	unknown	gnl|CDD|240548
NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein	unknown	unknown	gnl|CDD|226478
NZ_AP017968.1|WP_096404292.1|3678574_3679210_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase	unknown	unknown	gnl|CDD|224600
NZ_AP017968.1|WP_096404295.1|3679838_3680270_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A	unknown	unknown	gnl|CDD|224877
NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase	unknown	unknown	gnl|CDD|224168
NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase	unknown	unknown	gnl|CDD|350167

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase	gnl|CDD|237976	cd00002, YbaK_deacylase, This CD includes cysteinyl-tRNA(Pro) deacylases from Haemophilus influenzae and Escherichia coli and other related bacterial proteins. These trans-acting, single-domain proteins are homologs of ProX and also the cis-acting prolyl-tRNA synthetase (ProRS) inserted (INS) editing domain. The bacterial amino acid trans-editing enzyme YbaK is a deacylase that hydrolyzes cysteinyl-tRNA(Pro)'s mischarged by prolyl-tRNA synthetase. YbaK also hydrolyzes glycyl-tRNA's, alanyl-tRNA's, seryl-tRNA's, and prolyl-tRNA's. YbaK is homologous to the INS domain of prolyl-tRNA synthetase (ProRS) as well as the trans-editing enzyme ProX of Aeropyrum pernix which hydrolyzes alanyl-tRNA's and glycyl-tRNA's.	3.84433e-70
NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase	gnl|CDD|225814	COG3275, LytS, Putative regulator of cell autolysis [Signal transduction mechanisms].	1.56456e-176
NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin	gnl|CDD|370466	pfam09403, FadA, Adhesion protein FadA. FadA (Fusobacterium adhesin A) is an adhesin which forms two alpha helices.	2.24736e-10
NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase	gnl|CDD|223372	COG0295, Cdd, Cytidine deaminase [Nucleotide transport and metabolism].	2.09724e-49
NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein	gnl|CDD|259798	cd03399, SPFH_flotillin, Flotillin or reggie family; SPFH (stomatin, prohibitin, flotillin, and HflK/C) superfamily. The flotillin (reggie) like proteins are lipid raft-associated. Individual proteins of this SPFH family may cluster to form membrane microdomains which may in turn recruit multiprotein complexes. In addition, microdomains formed from flotillin proteins may be dynamic units with their own regulatory functions. Flotillins have been implicated in signal transduction, vesicle trafficking, cytoskeleton rearrangement and interact with a variety of proteins. They may play a role in the progression of prion disease, in the pathogenesis of neurodegenerative diseases such as Parkinson's and Alzheimer's disease and in cancer invasion, and metastasis.	8.05647e-39
NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor	gnl|CDD|225818	COG3279, LytT, Response regulator of the LytR/AlgR family [Transcription / Signal transduction mechanisms].	1.08826e-61
NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein	gnl|CDD|319255	cd16397, IbrB_like, immunoglobulin-binding regulator IbrB activates eib genes. IbrB (along with IbrA) activates immunoglobulin-binding eib genes in Escherichia coli. IbrB is related to the ParB N-terminal domain family, which includes DNA-binding proteins involved in chromosomal/plasmid segregation and transcriptional regulation, consistent with a possible mechanism for IbrB in DNA binding-related regulation of eib expression. The ParB like family is a diverse domain superfamily with structural and sequence similarity to ParB of bacterial chromosomes/plasmid parABS partitioning system and Sulfiredoxin (Srx), which is a reactivator of oxidatively inactivated 2-cys peroxiredoxins. Other families includes proteins related to StrR, a putative regulator in the biosynthetic gene cluster and a family containing a Pyrococcus furiosus nuclease and putative transcriptional regulators SbnI (Staphylococcus aureus siderophore biosynthetic gene cluster ) and EdeB (Brevibacillus brevis antimicrobial peptide edeine biosynthetic cluster). Nuclease activity has also been reported in arabidopsis Srx.	6.14862e-46
NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter	gnl|CDD|240548	cd13143, MATE_MepA_like, Subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins similar to Streptococcus aureus MepA. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. This subfamily includes Streptococcus aureus MepA and Vibrio vulnificus VmrA and functions most likely as a multidrug efflux pump.	5.88763e-123
NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein	gnl|CDD|226478	COG3969, COG3969, Predicted phosphoadenosine phosphosulfate sulfotransferase [General function prediction only].	1.07149e-57
NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU	gnl|CDD|132460	TIGR03419, NifU_clost, FeS cluster assembly scaffold protein NifU, Clostridium type. NifU and NifS form a pair of iron-sulfur (FeS) cluster biosynthesis proteins much simpler than the ISC and SUF systems. Members of this protein family are a distinct group of NifU-like proteins, found always to a NifS-like protein and restricted to species that lack a SUF system. Typically, NIF systems service a smaller number of FeS-containing proteins than do ISC or SUF. Members of this particular branch typically are found, almost half the time, near the mnmA gene, involved in the carboxymethylaminomethyl modification of U34 in some tRNAs (see GenProp0704). While other NifU proteins are associated with nitrogen fixation, this family is not. [Biosynthesis of cofactors, prosthetic groups, and carriers, Other].	1.64419e-74
NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase	gnl|CDD|224600	COG1686, DacC, D-alanyl-D-alanine carboxypeptidase [Cell envelope biogenesis, outer membrane].	8.80642e-76
NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A	gnl|CDD|224877	COG1966, CstA, Carbon starvation protein, predicted membrane protein [Signal transduction mechanisms].	2.68375e-127
NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase	gnl|CDD|224168	COG1247, COG1247, Sortase and related acyltransferases [Cell envelope biogenesis, outer membrane].	6.0957e-42
NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase	gnl|CDD|350167	cd17767, UP_EcUdp-like, uridine phosphorylases similar to Escherichia coli Udp and related phosphorylases. Uridine phosphorylase (UP) is specific for pyrimidines, and is involved in pyrimidine salvage and in the maintenance of uridine homeostasis. In addition to E. coli Udp, this subfamily includes Shewanella oneidensis MR-1 UP and Plasmodium falciparum purine nucleoside phosphorylase (PfPNP). PfPNP is an outlier in terms of genetic distance from the other families of PNPs. PfPNP is catalytically active for inosine and guanosine, and in addition, has a weak UP activity. This subfamily belongs to the nucleoside phosphorylase-I (NP-I) family, whose members accept a range of purine nucleosides as well as the pyrimidine nucleoside uridine. The NP-1 family includes phosphorolytic nucleosidases, such as purine nucleoside phosphorylase (PNPs, EC. 2.4.2.1), uridine phosphorylase (UP, EC 2.4.2.3), and 5'-deoxy-5'-methylthioadenosine phosphorylase (MTAP, EC 2.4.2.28), and hydrolytic nucleosidases, such as AMP nucleosidase (AMN, EC 3.2.2.4), and 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidase (MTAN, EC 3.2.2.16). The NP-I family is distinct from nucleoside phosphorylase-II, which belongs to a different structural family.	2.10479e-134

Protein sequences

>NZ_AP017968.1|WP_096404296.1|3680223_3680493_-|hypothetical-protein
MVERKKRGRPLGSGVKNYCALGCRFTEKEYLLIQESLKKLKEEYGSNNKIILNLFKKYGNNVEKKKRNTILEEDNDKTNKKGIGSFRRE
>NZ_AP017968.1|WP_096404295.1|3679838_3680270_-|hypothetical-protein
MIKLTKKELEALGENKDAVAQLLVRKAILAEMENREYTEEEKKYLEEMKLNIEIEFYLNSIAQKTVQVYDYELLEVYKNNTELLKDKNTVEVYPQLQQALFNQKLGEEKVKVINGLVEKYKINDILKEYIKVEEPEIKEEESK
>NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin
MKKILIGCILAVSAVSYSATDVMSTLEQLELNLQQLEAEERAMYNQRKAEAEEAERTLEAQRKMYAEISEKEKRILSVKDNKFYKGQYQELAKKYGEAKKELESDMKKQEEIISIFEAIK
>NZ_AP017968.1|WP_096404293.1|3679261_3679444_-|hypothetical-protein
MKKDEKEAEKTYRLFGCRFIEEDFKYINKKLKKLKKKQDISNSVILLELFKIYNRENKNK
>NZ_AP017968.1|WP_096404292.1|3678574_3679210_+|hypothetical-protein
MIEKWEYGGSYINYPLKPAVPYAIDKNIIMVHDLTDELPDFMKKADVLFIDPPWNLRNLNTFYMKARLMPKVQSYEEFYEILFKRIGEIKANLCFLEIGKEYLADFIKEMKKLYKHVTFYNSTYYNNSKNLCYIVQGSEKRLNLKLDGMDEEKIIEFICKNLQYECIGDMCMGRGLVGFNSYLNNKNFVGIELNHKRLSVLLENISKTKYI
>NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein
MKYIKTKKGNIALPVMNPIIVPIYKVEPNKYNPNKVAINNMDLLERSILDNGFCFAVVTIYDKSRDKYIIVDGFHRYEIFKKHFKAKEIPIIVLDHNIEKRMAATVQFNRARGVHQVELMGELVRELYEKGLEDEMIAQSLGMEEEEVFRLKQITGIAEIFKNKSYSKSWEMVEVNDD
>NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein
MYSNKNVLEVSKERISFLFDNFQNICVSISGGKDSTVLAHLTLKEAVKRNRKVGLFFLDEEVVYSSTVKQIKYLMNLFPENTINYWLQIEFNLTNATSIVEGQLKCWEKNKSYLWMRPKEKNSIQNKPWDIETETIRDKNKGFGFYDVIENFQRLKKDTIFLVGLRATESPNRWGAVVKNPVDINGSFVYWGTKLKYGNFSFYPIYDWNFHDVWKYIYDEKLKYSKIYDYQYKKGTGLREIRVSSLIHEKSFKALVDLPEFEPKTYDKLLKRIAGISIGNLYGKDSKMLRCTKLPKNYDSWIEYRDFLLETYPNENKKWIFQKRFQKHLENEYVARQQCKQLILNDYENNLPVDNRKDPRLEKLKKWRTIL
>NZ_AP017968.1|WP_096404289.1|3676059_3676947_+|hypothetical-protein
MIRIGLNKKQKEQEIINYLNSNCIEKIYCFFFKKFHINYDIGSANIEYIEYSDIEKYKYFYRLLEEINENSLIIIDECMRTSNRNKLIYNCAHHYLNQTSHKIIFEYFPIIENYDDFMILLNFENKGKYKGKGFDSNYLKNEDIKMIKRTIPIKINTIRTTRFMRERYEREKNLLFKLLGNQDPDTLPRNLHLLTGDFKKEYIKEKISVARNNRFRLKNVVSYNNINLISEEPEVLVVDFHYRRLNFNDFLKTMKNIKEFEFLSTSLPVDKFYIKSYIEWKDKCETIYDKADVFQ
>NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase
MKYAEEGVQYHIGIKKGDVGKYVILPGDPKRCEKIAKYFEDAKLIADNREYITYTGYLDGIKVSVTSTGIGGPSAAIALEELVKSGADTFLRVGTCGGMQTEIMGGDIVIATGAIRMEGTSREYAPIEFPAVANIEIVNAFIQAAKDLGEKYHTGIVQCKDSFYGQHEPETKPVSYELMNKWEAWIRLGCKASEMESAALFVAGDYLKVRVGSAFLVVANQEREKAGLENPVVHDTDAAIRLAVEAIRNLIKTDVPY
>NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase
MEKYRDILDRAFMAVDNAYAPYSNYYVGACVKTKDGRYFIGANVENASYGLTNCAERNAIFQAYSQGCRKEDIEAIAIVSRGKTLATPCGACRQVLVELLNRNTPIVLSNSLKEMVTNIEELLPMSFTSDDL
>NZ_AP017968.1|WP_096404298.1|3690730_3691312_-|hypothetical-protein
MKKILGMFLLLSCLTTTLYSQEVSEKEGRKVLEQIRREIQAEEKAKQKAIEDAEKAKEAEEKARIAAEKAEEKKGKKIIEDIRRDMNESLEEKVFRSENTPEGRIAAAGSAFEIGRERMAFLKMEEEEIMKLEEVLGMETDENRVFLSQKFDEVYDKFKTNNNEIELLLLENEKLNEYLSRLDRMEQKVRAGN
>NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A
MFSFIISIIALIAGYIIYGKIVERIFGIEASRVTPAKKLNDGVDYVEMGWKKAFLIQFLNIAGTGPIFGAVAGAMWGPAAFLWIVFGCIFAGAVHDFLIGMMSLRKDGASVAELVGENLGNGARKLMVVFSIILLVLVGVVFITSPAAILNDLTGINKMLLIGIIIIYYLAATVLPIDKIIGRIYPIFGIALLVMAVGIGVGIVIQGYNIPEISLHNFHPAKQSIFPYLFITIACGAISGFHATQSPMMARCLENESEGRKVFYGAMISEGVVALVWAAAAMSFFGGTPGLGEALGHGGAAVVVNRISNTVLGKVGGALALLGVVACPITSGDTAFRSARLTIADAIGYKQGPVANRFIVAIPLFIVGISLCFIDFNILWRYFSWSNQTLATIALWAAAKYLNNHGKNYYIALIPAMFMTVVVTDYIVIAPEGFVRFFQGTPVATIEMIGLVCGLVLSAVCTLGFLKSLKKEKIAEAQA
>NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase
MLKLTSHLLNNLGYIIAIAFFFTKFKSAKNIFTRKKYSQKDILLLSAFFSGLAIIGTYTGVDYRGAIVNVRNIGVVVGGILAGPEVGIMVGLIAGIHRLFVDASSITTIPCAIATMSGGFITAHLYKKTNEKNCYLYGFLGGFIVENLSMILILVLGSDFELAKDIVSKIYFPMILANAVGVSIVILIIQDIISEKEIIAGKQAKLALEIANKTLPYFRKGESMNEICKIILNSLEAKAVVITNDKYIIASYAESDEFKIDHTDIRSEVTKQVLKTGKVLVLGEENGIKDFHCISGKIKSCIISPLFQGEKIVSGTLKIYFDKAENVTARNQYLAEGLSLLISTQLEISTVENFKAMARDAELKALQTQINPHFLFNALHTTAFFVRMDPAKAKEVIIDLSTYLRYNLENASKVVSLDMEFTQVKAYVNIEKARFGDKISVEYDVEDGLENIKIPSLTIQPLVENSIKHGLLKQRGGGHVHITAKKKDKGCIVTIEDDGVGIDPKIIEELDERMEKSIGLKNVHNRIKLMYGKGLVIECLKKGTKISFYIE
>NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor
MLKCVIIEDEFPAREELKFFIEKYEGIELEKEFDSPLDALKYLQANKTDIVFLDINMPELDGMSLGKILSKLNENLKIVFITAYKEYAAEAFEIKAFDYLLKPYSEKRINEVLSNLTKEKEIDHIKDINKINKVTVTSDEKMYVISIDDIYYIEAGEKESMIYTKDNSYSSKIKISKWEEILPKNKFYRTHRSYMVNLDKITEVEPWFNGTYVLKIQDLKFKIPVSRNNIKEFKEILVIK
>NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein
MFLGVGLTLVIFLVVILIGGAVLIYRKCPNDVILVKYGLGGNKIITSNGTFILPIVQGCKKLNLKPMNIDIDLREDSNVVSNDKIRVVVEADATFAISSSPEERVIASHRLLSFNDSEICALAKEILTGQTRTIISEMEFEDLLQDRVLLMTKVSENAEKELSKLGLDLINYNIKMIKDMDGITEMLGKKASALATSDAQIAVAEQQRKSDVGVAEANAQRDIAVTEQDKVRQIQVSKTKAVITEETIKAELIQTNATQNKLAEEKRMESESQKAQNLYRIETEKSINLKELDKEKEIKLQEENLKQEIADKSKETVKKQAEVALETQRAKEIVETKVYNEKLEIEKITELKLKKLEADNQLEIAKIKADAILIEARAEADKLKALAEADAIKVALPIEKKAEAEKKLLEVYGQSGIMGLKLIEILPELARAQADAVANIDINSLNIISGDGGSGDGNSGAGNQIAGIVTDITRAIPAFKMANDIAKSINMPELSITGDTKTEK
>NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter
MGQNDLFIKMTETKISKLIPKLAIPTIISMLVTSVYNMADTFFVSQIGTSASAAVGINFSVMAMIQAIGFTLGMGSGNYISRSLGRQDREGAHEAAATAFFTALILGAFLAVLGLLFLDKFVRMLGATETIVPYAKDYAKYILIATPYMCCSFVLNNIIRSQGNAFYSMIGIGTGGILNMILDPIFIFTLNLGISGAALATIISQFISFSILMYMCNKNKEHVTIKLSSFKFRLTMYKEIFRAGFPTLSRQGLASMAAVALNVCASPFGDAAIAAMSIVSRIMMFVNSSLIGFGQGFQPVCGFNYGAKRYDRVLEAYHFCLKVAVILLTVLGTVCFIFAPDILALFRKTDIEVIEIGALALRFQCMTLPIQACIIMANMLTQSIGYGFMATLVAMGRQGIFLIPVLFIFPKIGGIRGLQLCQPFADVCTFILGTVIALKVVKDLRCRMLKQEEQI
>NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase
MEYFIREMEDKDWEDVLKIYKQGIESGISTFRKDLPDKKSWENSHLKACRFILCDNNGSVVGWAALSPISSRIDYCGVTEVSIYIDKAHQGKKLGEFLLNKIKEESEKNGIWTLQSSIFEINEASLKLHRKCGFREVGYREKIARDKNNIWQNTVLMEYRSKKIY
>NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase
MKKTNAMRELDKNKIKYEYVEYEVDENDLSAISVSIKTGQDITKIFKTLILLNEKREMLVACIPGSDNIDLKKLAKLSGDKKVEMLEMKELFNMTGYIRGGCSPVGIKKKHKAFIHQSATTKDTIFVSGGMRGIQIIISPKDLIKYLNMTVGDIIV
>NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase
MKKIVNVLLLTIILASSTVFAKEAENEVAVKEEKPSYKAILLGDEKGKIYYSENIDEKYPLASLTKMMTLMVTFDQLEKGSIRMKDKIKISKKSAQIGGSRIPMKEGDVFTLEDLIKATAIYSANNAAYAIAEHIGKGDVDKFVKMMNKKSTDLGLEKELEFYTPAGLPSDMTKKGMDAGTTRGIYKLSLEAAKYSKYMEIASIKETTIHDGKLKIKNRNLLLGEEGIYGIKTGHHSKVGYNISVLSDKEGMQIFTVVVGGPTYKKRDESVLNQMEEFYEHYQFRKLTDENISIAKVPVFSGEKEYADLYPDKNFTDILNKDSDIKISIKRNKGAIAPVEAGKVLGEYKVVIDGNIVESGNLVTKEEVKLSISLKNIF
>NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU
MQYTEKVMEHFMNPHNVGVIENPSGYGKVGNPSCGDIMEIFIKVEDNIITDVKFRTFGCASAIASSSVSTELIMGKTVNEALALTNKKVVEALGGLPPVKMHCSVLAEEAIKLAIEDYLSKKDKKEEK

Crispr_ID: NZ_AP017968_12

• CRISPR_ID: NZ_AP017968_12
• CRISPR_location: 3682082-3682231
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NZ_AP017968_12

Consensus_repeat	Method
TTTACTATAATAGTTCCATTATT	CRISPRCasFinder

spacers of NZ_AP017968_12

>12.1|3682105|37|NZ_AP017968|CRISPRCasFinder
TACTGTACTTCCAATTCCTTCTATTCCTATTCCATTG
>12.2|3682165|43|NZ_AP017968|CRISPRCasFinder
TTCAAATGTTGCTCCAGTTACTACGAGCATTCCTACTCCTTGA

CRISPR arrays and Neighbor proteins around NZ_AP017968_12

CRISPR arrays

The CRISPR arrays of NZ_AP017968_12

>merge|NZ_AP017968|12|3682082-3682231|CRISPRCasFinder
TTTACTATTATGTGTCCAGCATTTACTGTACTTCCAATTCCTTCTATTCCTATTCCATTGTTTACTATAATAGTTCCATTATTTTCAAATGTTGCTCCAGTTACTACGAGCATTCCTACTCCTTGATTTACTGTAATAGTTCCATTATTA

>NZ_AP017968|12|10|3682082-3682231|CRISPRCasFinder
TTTACTATTATGTGTCCAGCATT	TACTGTACTTCCAATTCCTTCTATTCCTATTCCATTG
TTTACTATAATAGTTCCATTATT	TTCAAATGTTGCTCCAGTTACTACGAGCATTCCTACTCCTTGA
TTTACTGTAATAGTTCCATTATTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase	unknown	unknown	gnl|CDD|237976
NZ_AP017968.1|WP_096404296.1|3680223_3680493_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase	unknown	unknown	gnl|CDD|225814
NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU	unknown	unknown	gnl|CDD|132460
NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin	unknown	unknown	gnl|CDD|370466
NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|225818
NZ_AP017968.1|WP_096404289.1|3676059_3676947_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase	unknown	unknown	gnl|CDD|223372
NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein	unknown	unknown	gnl|CDD|259798
NZ_AP017968.1|WP_096404298.1|3690730_3691312_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|319255
NZ_AP017968.1|WP_096404293.1|3679261_3679444_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter	unknown	unknown	gnl|CDD|240548
NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein	unknown	unknown	gnl|CDD|226478
NZ_AP017968.1|WP_096404292.1|3678574_3679210_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase	unknown	unknown	gnl|CDD|224600
NZ_AP017968.1|WP_096404295.1|3679838_3680270_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A	unknown	unknown	gnl|CDD|224877
NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase	unknown	unknown	gnl|CDD|224168
NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase	unknown	unknown	gnl|CDD|350167

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase	gnl|CDD|237976	cd00002, YbaK_deacylase, This CD includes cysteinyl-tRNA(Pro) deacylases from Haemophilus influenzae and Escherichia coli and other related bacterial proteins. These trans-acting, single-domain proteins are homologs of ProX and also the cis-acting prolyl-tRNA synthetase (ProRS) inserted (INS) editing domain. The bacterial amino acid trans-editing enzyme YbaK is a deacylase that hydrolyzes cysteinyl-tRNA(Pro)'s mischarged by prolyl-tRNA synthetase. YbaK also hydrolyzes glycyl-tRNA's, alanyl-tRNA's, seryl-tRNA's, and prolyl-tRNA's. YbaK is homologous to the INS domain of prolyl-tRNA synthetase (ProRS) as well as the trans-editing enzyme ProX of Aeropyrum pernix which hydrolyzes alanyl-tRNA's and glycyl-tRNA's.	3.84433e-70
NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase	gnl|CDD|225814	COG3275, LytS, Putative regulator of cell autolysis [Signal transduction mechanisms].	1.56456e-176
NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin	gnl|CDD|370466	pfam09403, FadA, Adhesion protein FadA. FadA (Fusobacterium adhesin A) is an adhesin which forms two alpha helices.	2.24736e-10
NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase	gnl|CDD|223372	COG0295, Cdd, Cytidine deaminase [Nucleotide transport and metabolism].	2.09724e-49
NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein	gnl|CDD|259798	cd03399, SPFH_flotillin, Flotillin or reggie family; SPFH (stomatin, prohibitin, flotillin, and HflK/C) superfamily. The flotillin (reggie) like proteins are lipid raft-associated. Individual proteins of this SPFH family may cluster to form membrane microdomains which may in turn recruit multiprotein complexes. In addition, microdomains formed from flotillin proteins may be dynamic units with their own regulatory functions. Flotillins have been implicated in signal transduction, vesicle trafficking, cytoskeleton rearrangement and interact with a variety of proteins. They may play a role in the progression of prion disease, in the pathogenesis of neurodegenerative diseases such as Parkinson's and Alzheimer's disease and in cancer invasion, and metastasis.	8.05647e-39
NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor	gnl|CDD|225818	COG3279, LytT, Response regulator of the LytR/AlgR family [Transcription / Signal transduction mechanisms].	1.08826e-61
NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein	gnl|CDD|319255	cd16397, IbrB_like, immunoglobulin-binding regulator IbrB activates eib genes. IbrB (along with IbrA) activates immunoglobulin-binding eib genes in Escherichia coli. IbrB is related to the ParB N-terminal domain family, which includes DNA-binding proteins involved in chromosomal/plasmid segregation and transcriptional regulation, consistent with a possible mechanism for IbrB in DNA binding-related regulation of eib expression. The ParB like family is a diverse domain superfamily with structural and sequence similarity to ParB of bacterial chromosomes/plasmid parABS partitioning system and Sulfiredoxin (Srx), which is a reactivator of oxidatively inactivated 2-cys peroxiredoxins. Other families includes proteins related to StrR, a putative regulator in the biosynthetic gene cluster and a family containing a Pyrococcus furiosus nuclease and putative transcriptional regulators SbnI (Staphylococcus aureus siderophore biosynthetic gene cluster ) and EdeB (Brevibacillus brevis antimicrobial peptide edeine biosynthetic cluster). Nuclease activity has also been reported in arabidopsis Srx.	6.14862e-46
NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter	gnl|CDD|240548	cd13143, MATE_MepA_like, Subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins similar to Streptococcus aureus MepA. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. This subfamily includes Streptococcus aureus MepA and Vibrio vulnificus VmrA and functions most likely as a multidrug efflux pump.	5.88763e-123
NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein	gnl|CDD|226478	COG3969, COG3969, Predicted phosphoadenosine phosphosulfate sulfotransferase [General function prediction only].	1.07149e-57
NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU	gnl|CDD|132460	TIGR03419, NifU_clost, FeS cluster assembly scaffold protein NifU, Clostridium type. NifU and NifS form a pair of iron-sulfur (FeS) cluster biosynthesis proteins much simpler than the ISC and SUF systems. Members of this protein family are a distinct group of NifU-like proteins, found always to a NifS-like protein and restricted to species that lack a SUF system. Typically, NIF systems service a smaller number of FeS-containing proteins than do ISC or SUF. Members of this particular branch typically are found, almost half the time, near the mnmA gene, involved in the carboxymethylaminomethyl modification of U34 in some tRNAs (see GenProp0704). While other NifU proteins are associated with nitrogen fixation, this family is not. [Biosynthesis of cofactors, prosthetic groups, and carriers, Other].	1.64419e-74
NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase	gnl|CDD|224600	COG1686, DacC, D-alanyl-D-alanine carboxypeptidase [Cell envelope biogenesis, outer membrane].	8.80642e-76
NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A	gnl|CDD|224877	COG1966, CstA, Carbon starvation protein, predicted membrane protein [Signal transduction mechanisms].	2.68375e-127
NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase	gnl|CDD|224168	COG1247, COG1247, Sortase and related acyltransferases [Cell envelope biogenesis, outer membrane].	6.0957e-42
NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase	gnl|CDD|350167	cd17767, UP_EcUdp-like, uridine phosphorylases similar to Escherichia coli Udp and related phosphorylases. Uridine phosphorylase (UP) is specific for pyrimidines, and is involved in pyrimidine salvage and in the maintenance of uridine homeostasis. In addition to E. coli Udp, this subfamily includes Shewanella oneidensis MR-1 UP and Plasmodium falciparum purine nucleoside phosphorylase (PfPNP). PfPNP is an outlier in terms of genetic distance from the other families of PNPs. PfPNP is catalytically active for inosine and guanosine, and in addition, has a weak UP activity. This subfamily belongs to the nucleoside phosphorylase-I (NP-I) family, whose members accept a range of purine nucleosides as well as the pyrimidine nucleoside uridine. The NP-1 family includes phosphorolytic nucleosidases, such as purine nucleoside phosphorylase (PNPs, EC. 2.4.2.1), uridine phosphorylase (UP, EC 2.4.2.3), and 5'-deoxy-5'-methylthioadenosine phosphorylase (MTAP, EC 2.4.2.28), and hydrolytic nucleosidases, such as AMP nucleosidase (AMN, EC 3.2.2.4), and 5'-methylthioadenosine/S-adenosylhomocysteine (MTA/SAH) nucleosidase (MTAN, EC 3.2.2.16). The NP-I family is distinct from nucleoside phosphorylase-II, which belongs to a different structural family.	2.10479e-134

Protein sequences

>NZ_AP017968.1|WP_096404296.1|3680223_3680493_-|hypothetical-protein
MVERKKRGRPLGSGVKNYCALGCRFTEKEYLLIQESLKKLKEEYGSNNKIILNLFKKYGNNVEKKKRNTILEEDNDKTNKKGIGSFRRE
>NZ_AP017968.1|WP_096404295.1|3679838_3680270_-|hypothetical-protein
MIKLTKKELEALGENKDAVAQLLVRKAILAEMENREYTEEEKKYLEEMKLNIEIEFYLNSIAQKTVQVYDYELLEVYKNNTELLKDKNTVEVYPQLQQALFNQKLGEEKVKVINGLVEKYKINDILKEYIKVEEPEIKEEESK
>NZ_AP017968.1|WP_096404294.1|3679455_3679818_-|adhesin
MKKILIGCILAVSAVSYSATDVMSTLEQLELNLQQLEAEERAMYNQRKAEAEEAERTLEAQRKMYAEISEKEKRILSVKDNKFYKGQYQELAKKYGEAKKELESDMKKQEEIISIFEAIK
>NZ_AP017968.1|WP_096404293.1|3679261_3679444_-|hypothetical-protein
MKKDEKEAEKTYRLFGCRFIEEDFKYINKKLKKLKKKQDISNSVILLELFKIYNRENKNK
>NZ_AP017968.1|WP_096404292.1|3678574_3679210_+|hypothetical-protein
MIEKWEYGGSYINYPLKPAVPYAIDKNIIMVHDLTDELPDFMKKADVLFIDPPWNLRNLNTFYMKARLMPKVQSYEEFYEILFKRIGEIKANLCFLEIGKEYLADFIKEMKKLYKHVTFYNSTYYNNSKNLCYIVQGSEKRLNLKLDGMDEEKIIEFICKNLQYECIGDMCMGRGLVGFNSYLNNKNFVGIELNHKRLSVLLENISKTKYI
>NZ_AP017968.1|WP_096404291.1|3678045_3678582_+|ParB-N-terminal-domain-containing-protein
MKYIKTKKGNIALPVMNPIIVPIYKVEPNKYNPNKVAINNMDLLERSILDNGFCFAVVTIYDKSRDKYIIVDGFHRYEIFKKHFKAKEIPIIVLDHNIEKRMAATVQFNRARGVHQVELMGELVRELYEKGLEDEMIAQSLGMEEEEVFRLKQITGIAEIFKNKSYSKSWEMVEVNDD
>NZ_AP017968.1|WP_096404290.1|3676933_3678049_+|phosphoadenosine-phosphosulfate-reductase-family-protein
MYSNKNVLEVSKERISFLFDNFQNICVSISGGKDSTVLAHLTLKEAVKRNRKVGLFFLDEEVVYSSTVKQIKYLMNLFPENTINYWLQIEFNLTNATSIVEGQLKCWEKNKSYLWMRPKEKNSIQNKPWDIETETIRDKNKGFGFYDVIENFQRLKKDTIFLVGLRATESPNRWGAVVKNPVDINGSFVYWGTKLKYGNFSFYPIYDWNFHDVWKYIYDEKLKYSKIYDYQYKKGTGLREIRVSSLIHEKSFKALVDLPEFEPKTYDKLLKRIAGISIGNLYGKDSKMLRCTKLPKNYDSWIEYRDFLLETYPNENKKWIFQKRFQKHLENEYVARQQCKQLILNDYENNLPVDNRKDPRLEKLKKWRTIL
>NZ_AP017968.1|WP_096404289.1|3676059_3676947_+|hypothetical-protein
MIRIGLNKKQKEQEIINYLNSNCIEKIYCFFFKKFHINYDIGSANIEYIEYSDIEKYKYFYRLLEEINENSLIIIDECMRTSNRNKLIYNCAHHYLNQTSHKIIFEYFPIIENYDDFMILLNFENKGKYKGKGFDSNYLKNEDIKMIKRTIPIKINTIRTTRFMRERYEREKNLLFKLLGNQDPDTLPRNLHLLTGDFKKEYIKEKISVARNNRFRLKNVVSYNNINLISEEPEVLVVDFHYRRLNFNDFLKTMKNIKEFEFLSTSLPVDKFYIKSYIEWKDKCETIYDKADVFQ
>NZ_AP017968.1|WP_096404288.1|3674703_3675477_-|uridine-phosphorylase
MKYAEEGVQYHIGIKKGDVGKYVILPGDPKRCEKIAKYFEDAKLIADNREYITYTGYLDGIKVSVTSTGIGGPSAAIALEELVKSGADTFLRVGTCGGMQTEIMGGDIVIATGAIRMEGTSREYAPIEFPAVANIEIVNAFIQAAKDLGEKYHTGIVQCKDSFYGQHEPETKPVSYELMNKWEAWIRLGCKASEMESAALFVAGDYLKVRVGSAFLVVANQEREKAGLENPVVHDTDAAIRLAVEAIRNLIKTDVPY
>NZ_AP017968.1|WP_096404287.1|3674293_3674692_-|cytidine-deaminase
MEKYRDILDRAFMAVDNAYAPYSNYYVGACVKTKDGRYFIGANVENASYGLTNCAERNAIFQAYSQGCRKEDIEAIAIVSRGKTLATPCGACRQVLVELLNRNTPIVLSNSLKEMVTNIEELLPMSFTSDDL
>NZ_AP017968.1|WP_096404298.1|3690730_3691312_-|hypothetical-protein
MKKILGMFLLLSCLTTTLYSQEVSEKEGRKVLEQIRREIQAEEKAKQKAIEDAEKAKEAEEKARIAAEKAEEKKGKKIIEDIRRDMNESLEEKVFRSENTPEGRIAAAGSAFEIGRERMAFLKMEEEEIMKLEEVLGMETDENRVFLSQKFDEVYDKFKTNNNEIELLLLENEKLNEYLSRLDRMEQKVRAGN
>NZ_AP017968.1|WP_096404299.1|3691893_3693333_-|carbon-starvation-protein-A
MFSFIISIIALIAGYIIYGKIVERIFGIEASRVTPAKKLNDGVDYVEMGWKKAFLIQFLNIAGTGPIFGAVAGAMWGPAAFLWIVFGCIFAGAVHDFLIGMMSLRKDGASVAELVGENLGNGARKLMVVFSIILLVLVGVVFITSPAAILNDLTGINKMLLIGIIIIYYLAATVLPIDKIIGRIYPIFGIALLVMAVGIGVGIVIQGYNIPEISLHNFHPAKQSIFPYLFITIACGAISGFHATQSPMMARCLENESEGRKVFYGAMISEGVVALVWAAAAMSFFGGTPGLGEALGHGGAAVVVNRISNTVLGKVGGALALLGVVACPITSGDTAFRSARLTIADAIGYKQGPVANRFIVAIPLFIVGISLCFIDFNILWRYFSWSNQTLATIALWAAAKYLNNHGKNYYIALIPAMFMTVVVTDYIVIAPEGFVRFFQGTPVATIEMIGLVCGLVLSAVCTLGFLKSLKKEKIAEAQA
>NZ_AP017968.1|WP_096404300.1|3693540_3695196_+|sensor-histidine-kinase
MLKLTSHLLNNLGYIIAIAFFFTKFKSAKNIFTRKKYSQKDILLLSAFFSGLAIIGTYTGVDYRGAIVNVRNIGVVVGGILAGPEVGIMVGLIAGIHRLFVDASSITTIPCAIATMSGGFITAHLYKKTNEKNCYLYGFLGGFIVENLSMILILVLGSDFELAKDIVSKIYFPMILANAVGVSIVILIIQDIISEKEIIAGKQAKLALEIANKTLPYFRKGESMNEICKIILNSLEAKAVVITNDKYIIASYAESDEFKIDHTDIRSEVTKQVLKTGKVLVLGEENGIKDFHCISGKIKSCIISPLFQGEKIVSGTLKIYFDKAENVTARNQYLAEGLSLLISTQLEISTVENFKAMARDAELKALQTQINPHFLFNALHTTAFFVRMDPAKAKEVIIDLSTYLRYNLENASKVVSLDMEFTQVKAYVNIEKARFGDKISVEYDVEDGLENIKIPSLTIQPLVENSIKHGLLKQRGGGHVHITAKKKDKGCIVTIEDDGVGIDPKIIEELDERMEKSIGLKNVHNRIKLMYGKGLVIECLKKGTKISFYIE
>NZ_AP017968.1|WP_096404301.1|3695205_3695928_+|response-regulator-transcription-factor
MLKCVIIEDEFPAREELKFFIEKYEGIELEKEFDSPLDALKYLQANKTDIVFLDINMPELDGMSLGKILSKLNENLKIVFITAYKEYAAEAFEIKAFDYLLKPYSEKRINEVLSNLTKEKEIDHIKDINKINKVTVTSDEKMYVISIDDIYYIEAGEKESMIYTKDNSYSSKIKISKWEEILPKNKFYRTHRSYMVNLDKITEVEPWFNGTYVLKIQDLKFKIPVSRNNIKEFKEILVIK
>NZ_AP017968.1|WP_096404302.1|3695989_3697504_-|flotillin-family-protein
MFLGVGLTLVIFLVVILIGGAVLIYRKCPNDVILVKYGLGGNKIITSNGTFILPIVQGCKKLNLKPMNIDIDLREDSNVVSNDKIRVVVEADATFAISSSPEERVIASHRLLSFNDSEICALAKEILTGQTRTIISEMEFEDLLQDRVLLMTKVSENAEKELSKLGLDLINYNIKMIKDMDGITEMLGKKASALATSDAQIAVAEQQRKSDVGVAEANAQRDIAVTEQDKVRQIQVSKTKAVITEETIKAELIQTNATQNKLAEEKRMESESQKAQNLYRIETEKSINLKELDKEKEIKLQEENLKQEIADKSKETVKKQAEVALETQRAKEIVETKVYNEKLEIEKITELKLKKLEADNQLEIAKIKADAILIEARAEADKLKALAEADAIKVALPIEKKAEAEKKLLEVYGQSGIMGLKLIEILPELARAQADAVANIDINSLNIISGDGGSGDGNSGAGNQIAGIVTDITRAIPAFKMANDIAKSINMPELSITGDTKTEK
>NZ_AP017968.1|WP_096404303.1|3698076_3699444_-|MATE-family-efflux-transporter
MGQNDLFIKMTETKISKLIPKLAIPTIISMLVTSVYNMADTFFVSQIGTSASAAVGINFSVMAMIQAIGFTLGMGSGNYISRSLGRQDREGAHEAAATAFFTALILGAFLAVLGLLFLDKFVRMLGATETIVPYAKDYAKYILIATPYMCCSFVLNNIIRSQGNAFYSMIGIGTGGILNMILDPIFIFTLNLGISGAALATIISQFISFSILMYMCNKNKEHVTIKLSSFKFRLTMYKEIFRAGFPTLSRQGLASMAAVALNVCASPFGDAAIAAMSIVSRIMMFVNSSLIGFGQGFQPVCGFNYGAKRYDRVLEAYHFCLKVAVILLTVLGTVCFIFAPDILALFRKTDIEVIEIGALALRFQCMTLPIQACIIMANMLTQSIGYGFMATLVAMGRQGIFLIPVLFIFPKIGGIRGLQLCQPFADVCTFILGTVIALKVVKDLRCRMLKQEEQI
>NZ_AP017968.1|WP_096404304.1|3699501_3699999_-|N-acetyltransferase
MEYFIREMEDKDWEDVLKIYKQGIESGISTFRKDLPDKKSWENSHLKACRFILCDNNGSVVGWAALSPISSRIDYCGVTEVSIYIDKAHQGKKLGEFLLNKIKEESEKNGIWTLQSSIFEINEASLKLHRKCGFREVGYREKIARDKNNIWQNTVLMEYRSKKIY
>NZ_AP017968.1|WP_096404305.1|3700053_3700524_-|Cys-tRNA(Pro)-deacylase
MKKTNAMRELDKNKIKYEYVEYEVDENDLSAISVSIKTGQDITKIFKTLILLNEKREMLVACIPGSDNIDLKKLAKLSGDKKVEMLEMKELFNMTGYIRGGCSPVGIKKKHKAFIHQSATTKDTIFVSGGMRGIQIIISPKDLIKYLNMTVGDIIV
>NZ_AP017968.1|WP_096404306.1|3705911_3707048_-|D-alanyl-D-alanine-carboxypeptidase
MKKIVNVLLLTIILASSTVFAKEAENEVAVKEEKPSYKAILLGDEKGKIYYSENIDEKYPLASLTKMMTLMVTFDQLEKGSIRMKDKIKISKKSAQIGGSRIPMKEGDVFTLEDLIKATAIYSANNAAYAIAEHIGKGDVDKFVKMMNKKSTDLGLEKELEFYTPAGLPSDMTKKGMDAGTTRGIYKLSLEAAKYSKYMEIASIKETTIHDGKLKIKNRNLLLGEEGIYGIKTGHHSKVGYNISVLSDKEGMQIFTVVVGGPTYKKRDESVLNQMEEFYEHYQFRKLTDENISIAKVPVFSGEKEYADLYPDKNFTDILNKDSDIKISIKRNKGAIAPVEAGKVLGEYKVVIDGNIVESGNLVTKEEVKLSISLKNIF
>NZ_AP017968.1|WP_147385290.1|3707144_3707531_-|Fe-S-cluster-assembly-scaffold-protein-NifU
MQYTEKVMEHFMNPHNVGVIENPSGYGKVGNPSCGDIMEIFIKVEDNIITDVKFRTFGCASAIASSSVSTELIMGKTVNEALALTNKKVVEALGGLPPVKMHCSVLAEEAIKLAIEDYLSKKDKKEEK

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NZ_AP017968_4	4.1|973175|32|NZ_AP017968|PILER-CR	973175-973206	32	NC_022111	Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence	558849-558880	6	0.812
NZ_AP017968_4	4.3|973306|33|NZ_AP017968|PILER-CR	973306-973338	33	NZ_CP015798	Borrelia mayonii strain MN14-1539 plasmid cp32-1, complete sequence	28770-28802	7	0.788
NZ_AP017968_8	8.6|1848823|37|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848823-1848859	37	MT774399	CrAssphage cr109_1, complete genome	69616-69652	7	0.811
NZ_AP017968_4	4.3|973306|33|NZ_AP017968|PILER-CR	973306-973338	33	MN693448	Marine virus AFVG_25M325, complete genome	6707-6739	8	0.758
NZ_AP017968_4	4.3|973306|33|NZ_AP017968|PILER-CR	973306-973338	33	NC_015906	Borreliella bissettii DN127 plasmid cp32-quad, complete sequence	64579-64611	8	0.758
NZ_AP017968_4	4.3|973306|33|NZ_AP017968|PILER-CR	973306-973338	33	NC_015908	Borreliella bissettii DN127 plasmid cp32-3, complete sequence	28884-28916	8	0.758
NZ_AP017968_4	4.3|973306|33|NZ_AP017968|PILER-CR	973306-973338	33	NZ_CP015802	Borrelia mayonii strain MN14-1539 plasmid cp32-6, complete sequence	15354-15386	8	0.758
NZ_AP017968_8	8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848499-1848533	35	MN379642	Chicken microvirus mg7_16, complete genome	1183-1217	8	0.771
NZ_AP017968_8	8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848499-1848533	35	MG945583	UNVERIFIED: Microviridae sp. isolate 3973-1602, complete genome	2927-2961	8	0.771
NZ_AP017968_8	8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848889-1848924	36	NC_007581	Clostridium phage c-st, complete genome	169085-169120	8	0.778
NZ_AP017968_8	8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848889-1848924	36	ACSJ01000017	Clostridium phage D-1873 CLG.Contig173, whole genome shotgun sequence	39556-39591	8	0.778
NZ_AP017968_8	8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848889-1848924	36	AP008983	Clostridium phage c-st genomic DNA, complete genome	169085-169120	8	0.778
NZ_AP017968_9	9.5|2764489|37|NZ_AP017968|CRISPRCasFinder,CRT	2764489-2764525	37	NZ_CP053689	Arthrobacter citreus strain NEB 577 plasmid unnamed1, complete sequence	146409-146445	8	0.784
NZ_AP017968_9	9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT	2764749-2764783	35	MK562505	Shigella phage Silverhawkium, complete genome	78180-78214	8	0.771
NZ_AP017968_9	9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT	2764749-2764783	35	MK562504	Enterobacteria phage CHB7, complete genome	77956-77990	8	0.771
NZ_AP017968_9	9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT	2764749-2764783	35	NC_014633	Ilyobacter polytropus DSM 2926 plasmid pILYOP01, complete sequence	401359-401393	8	0.771
NZ_AP017968_9	9.15|2764491|37|NZ_AP017968|PILER-CR	2764491-2764527	37	NZ_CP053689	Arthrobacter citreus strain NEB 577 plasmid unnamed1, complete sequence	146409-146445	8	0.784
NZ_AP017968_9	9.19|2764751|35|NZ_AP017968|PILER-CR	2764751-2764785	35	MK562505	Shigella phage Silverhawkium, complete genome	78180-78214	8	0.771
NZ_AP017968_9	9.19|2764751|35|NZ_AP017968|PILER-CR	2764751-2764785	35	MK562504	Enterobacteria phage CHB7, complete genome	77956-77990	8	0.771
NZ_AP017968_9	9.19|2764751|35|NZ_AP017968|PILER-CR	2764751-2764785	35	NC_014633	Ilyobacter polytropus DSM 2926 plasmid pILYOP01, complete sequence	401359-401393	8	0.771
NZ_AP017968_4	4.2|973241|31|NZ_AP017968|PILER-CR	973241-973271	31	MK493321	Cyanophage S-RIM4 isolate RW_11_0999, complete genome	97533-97563	9	0.71
NZ_AP017968_8	8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1848499-1848533	35	NZ_CP042965	Bartonella krasnovii strain OE 1-1 plasmid pOE11-1, complete sequence	23646-23680	9	0.743
NZ_AP017968_8	8.9|1849020|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT	1849020-1849055	36	LR214964	Mycoplasma fermentans strain NCTC10117 genome assembly, plasmid: 10	25899-25934	9	0.75
NZ_AP017968_9	9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT	2764292-2764327	36	NZ_KT897280	Clostridium botulinum strain FI1111E1 plasmid pFI1111E1, complete sequence	63170-63205	9	0.75
NZ_AP017968_9	9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT	2764292-2764327	36	NZ_KT897278	Clostridium botulinum strain FWSKR40E1 plasmid pFWSKR40E1, complete sequence	63170-63205	9	0.75
NZ_AP017968_9	9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT	2764292-2764327	36	NZ_KT897279	Clostridium botulinum strain SWKR38E2 plasmid pSWKR38E2, complete sequence	63170-63205	9	0.75
NZ_AP017968_9	9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT	2764749-2764783	35	NZ_CP038863	Campylobacter jejuni strain SCJK2 plasmid unnamed1, complete sequence	62501-62535	9	0.743
NZ_AP017968_9	9.12|2764294|36|NZ_AP017968|PILER-CR	2764294-2764329	36	NZ_KT897280	Clostridium botulinum strain FI1111E1 plasmid pFI1111E1, complete sequence	63170-63205	9	0.75
NZ_AP017968_9	9.12|2764294|36|NZ_AP017968|PILER-CR	2764294-2764329	36	NZ_KT897278	Clostridium botulinum strain FWSKR40E1 plasmid pFWSKR40E1, complete sequence	63170-63205	9	0.75
NZ_AP017968_9	9.12|2764294|36|NZ_AP017968|PILER-CR	2764294-2764329	36	NZ_KT897279	Clostridium botulinum strain SWKR38E2 plasmid pSWKR38E2, complete sequence	63170-63205	9	0.75
NZ_AP017968_9	9.19|2764751|35|NZ_AP017968|PILER-CR	2764751-2764785	35	NZ_CP038863	Campylobacter jejuni strain SCJK2 plasmid unnamed1, complete sequence	62501-62535	9	0.743
NZ_AP017968_10	10.1|3513569|34|NZ_AP017968|CRISPRCasFinder	3513569-3513602	34	NC_042112	Campylobacter phage CP81, complete genome	25977-26010	9	0.735
NZ_AP017968_10	10.1|3513569|34|NZ_AP017968|CRISPRCasFinder	3513569-3513602	34	NC_015464	Campylobacter phage NCTC12673, complete genome	13724-13757	9	0.735
NZ_AP017968_10	10.1|3513569|34|NZ_AP017968|CRISPRCasFinder	3513569-3513602	34	KF148616	Campylobacter phage CP8, complete genome	102910-102943	9	0.735
NZ_AP017968_10	10.1|3513569|34|NZ_AP017968|CRISPRCasFinder	3513569-3513602	34	NC_016562	Campylobacter phage CPX, complete genome	102674-102707	9	0.735
NZ_AP017968_10	10.1|3513569|34|NZ_AP017968|CRISPRCasFinder	3513569-3513602	34	KX236333	Campylobacter phage PC14, complete genome	48720-48753	9	0.735
NZ_AP017968_4	4.4|973170|37|NZ_AP017968|CRISPRCasFinder,CRT	973170-973206	37	NC_022111	Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence	558849-558885	11	0.703
NZ_AP017968_4	4.6|973301|38|NZ_AP017968|CRISPRCasFinder,CRT	973301-973338	38	MN693448	Marine virus AFVG_25M325, complete genome	6702-6739	12	0.684

1. spacer 4.1|973175|32|NZ_AP017968|PILER-CR matches to NC_022111 (Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence) position: , mismatch: 6, identity: 0.812

aatcaagttcataatattgtgaatcatcttta	CRISPR spacer
gatcaggttcataatatagtgaatcatagtga	Protospacer
.****.*********** *********  * *

2. spacer 4.3|973306|33|NZ_AP017968|PILER-CR matches to NZ_CP015798 (Borrelia mayonii strain MN14-1539 plasmid cp32-1, complete sequence) position: , mismatch: 7, identity: 0.788

agaatttaattctaaattagctctttctaaagt	CRISPR spacer
aaatcctaattctaaattagccctctctaaagc	Protospacer
*.* ..***************.**.*******.

3. spacer 8.6|1848823|37|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to MT774399 (CrAssphage cr109_1, complete genome) position: , mismatch: 7, identity: 0.811

--ttgttatcttaatacttccatcttcattataatgtaa	CRISPR spacer
aatcattg--ttgatacttccatcttcattataatgtat	Protospacer
  *..**.  **.************************* 

4. spacer 4.3|973306|33|NZ_AP017968|PILER-CR matches to MN693448 (Marine virus AFVG_25M325, complete genome) position: , mismatch: 8, identity: 0.758

agaatttaattctaaattagctctttctaaagt	CRISPR spacer
tctatctaattctaaattagctctatctaactc	Protospacer
   **.****************** *****  .

5. spacer 4.3|973306|33|NZ_AP017968|PILER-CR matches to NC_015906 (Borreliella bissettii DN127 plasmid cp32-quad, complete sequence) position: , mismatch: 8, identity: 0.758

agaatttaattctaaattagctctttctaaagt	CRISPR spacer
aaaccctaattctaaattagcacgttctaaatc	Protospacer
*.* ..*************** * ******* .

6. spacer 4.3|973306|33|NZ_AP017968|PILER-CR matches to NC_015908 (Borreliella bissettii DN127 plasmid cp32-3, complete sequence) position: , mismatch: 8, identity: 0.758

agaatttaattctaaattagctctttctaaagt	CRISPR spacer
aaaccctaattctaaattagcacgttctaaatc	Protospacer
*.* ..*************** * ******* .

7. spacer 4.3|973306|33|NZ_AP017968|PILER-CR matches to NZ_CP015802 (Borrelia mayonii strain MN14-1539 plasmid cp32-6, complete sequence) position: , mismatch: 8, identity: 0.758

agaatttaattctaaattagctctttctaaagt	CRISPR spacer
aaatcctaattctaaattagccctctctaaatc	Protospacer
*.* ..***************.**.****** .

8. spacer 8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to MN379642 (Chicken microvirus mg7_16, complete genome) position: , mismatch: 8, identity: 0.771

ggagaagtaacatatcagcaaggtcttgacagaaa	CRISPR spacer
gctgatttgacgtatcagcaaggtcttaacagaat	Protospacer
*  **  *.**.***************.****** 

9. spacer 8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to MG945583 (UNVERIFIED: Microviridae sp. isolate 3973-1602, complete genome) position: , mismatch: 8, identity: 0.771

ggagaagtaacatatcagcaaggtcttgacagaaa	CRISPR spacer
gcagatttaacatatcagcaaggtcttaatcgtat	Protospacer
* ***  ********************.*. * * 

10. spacer 8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to NC_007581 (Clostridium phage c-st, complete genome) position: , mismatch: 8, identity: 0.778

taaagacttccctgttttatagttccatcttcattc	CRISPR spacer
tctctatttccctttttaatagttccatcttcatta	Protospacer
*    *.****** *** ***************** 

11. spacer 8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to ACSJ01000017 (Clostridium phage D-1873 CLG.Contig173, whole genome shotgun sequence) position: , mismatch: 8, identity: 0.778

taaagacttccctgttttatagttccatcttcattc	CRISPR spacer
tctctatttccctttttaatagttccatcttcatta	Protospacer
*    *.****** *** ***************** 

12. spacer 8.7|1848889|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to AP008983 (Clostridium phage c-st genomic DNA, complete genome) position: , mismatch: 8, identity: 0.778

taaagacttccctgttttatagttccatcttcattc	CRISPR spacer
tctctatttccctttttaatagttccatcttcatta	Protospacer
*    *.****** *** ***************** 

13. spacer 9.5|2764489|37|NZ_AP017968|CRISPRCasFinder,CRT matches to NZ_CP053689 (Arthrobacter citreus strain NEB 577 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.784

---atggctgggtagttctaaaaaattctaatggactact	CRISPR spacer
cgcatg---cgttagttcaaaaaaattctaaaggactagt	Protospacer
   ***    * ****** ************ ****** *

14. spacer 9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT matches to MK562505 (Shigella phage Silverhawkium, complete genome) position: , mismatch: 8, identity: 0.771

taaatatttttttatgttttttgtaagtagttcct	CRISPR spacer
aagataatttttaatgttttttgtaagtcattgat	Protospacer
 *.*** ***** *************** .**  *

15. spacer 9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT matches to MK562504 (Enterobacteria phage CHB7, complete genome) position: , mismatch: 8, identity: 0.771

taaatatttttttatgttttttgtaagtagttcct	CRISPR spacer
aagataatttttaatgttttttgtaagtcattgat	Protospacer
 *.*** ***** *************** .**  *

16. spacer 9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT matches to NC_014633 (Ilyobacter polytropus DSM 2926 plasmid pILYOP01, complete sequence) position: , mismatch: 8, identity: 0.771

taaatatttttttatgttttttgtaagtagttcct--	CRISPR spacer
aaaatatttttttatattttttctaacc--ttccagg	Protospacer
 **************.****** *** .  ****   

17. spacer 9.15|2764491|37|NZ_AP017968|PILER-CR matches to NZ_CP053689 (Arthrobacter citreus strain NEB 577 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.784

---atggctgggtagttctaaaaaattctaatggactact	CRISPR spacer
cgcatg---cgttagttcaaaaaaattctaaaggactagt	Protospacer
   ***    * ****** ************ ****** *

18. spacer 9.19|2764751|35|NZ_AP017968|PILER-CR matches to MK562505 (Shigella phage Silverhawkium, complete genome) position: , mismatch: 8, identity: 0.771

taaatatttttttatgttttttgtaagtagttcct	CRISPR spacer
aagataatttttaatgttttttgtaagtcattgat	Protospacer
 *.*** ***** *************** .**  *

19. spacer 9.19|2764751|35|NZ_AP017968|PILER-CR matches to MK562504 (Enterobacteria phage CHB7, complete genome) position: , mismatch: 8, identity: 0.771

taaatatttttttatgttttttgtaagtagttcct	CRISPR spacer
aagataatttttaatgttttttgtaagtcattgat	Protospacer
 *.*** ***** *************** .**  *

20. spacer 9.19|2764751|35|NZ_AP017968|PILER-CR matches to NC_014633 (Ilyobacter polytropus DSM 2926 plasmid pILYOP01, complete sequence) position: , mismatch: 8, identity: 0.771

taaatatttttttatgttttttgtaagtagttcct--	CRISPR spacer
aaaatatttttttatattttttctaacc--ttccagg	Protospacer
 **************.****** *** .  ****   

21. spacer 4.2|973241|31|NZ_AP017968|PILER-CR matches to MK493321 (Cyanophage S-RIM4 isolate RW_11_0999, complete genome) position: , mismatch: 9, identity: 0.71

taagaattcttccatctggtttctccaagat	CRISPR spacer
gaagaattctagcatctggtttcttctcatc	Protospacer
 *********  ************.*  . .

22. spacer 8.1|1848499|35|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP042965 (Bartonella krasnovii strain OE 1-1 plasmid pOE11-1, complete sequence) position: , mismatch: 9, identity: 0.743

ggagaagtaacatatcagcaaggtcttgacagaaa	CRISPR spacer
aaagaggtaacatatcagcaaggttttgagtatta	Protospacer
..***.******************.****  .  *

23. spacer 8.9|1849020|36|NZ_AP017968|PILER-CR,CRISPRCasFinder,CRT matches to LR214964 (Mycoplasma fermentans strain NCTC10117 genome assembly, plasmid: 10) position: , mismatch: 9, identity: 0.75

atatatatgttaattgataattttaaagattttttt	CRISPR spacer
tttcaaaaattaattgatgattttaaaaatttttta	Protospacer
 * .* * .*********.********.******* 

24. spacer 9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT matches to NZ_KT897280 (Clostridium botulinum strain FI1111E1 plasmid pFI1111E1, complete sequence) position: , mismatch: 9, identity: 0.75

ccataaagtacctcctaaaatatttttactagtttt	CRISPR spacer
agataaagtacctcataaaatctttttacaaacatc	Protospacer
  ************ ****** ******* *.. *.

25. spacer 9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT matches to NZ_KT897278 (Clostridium botulinum strain FWSKR40E1 plasmid pFWSKR40E1, complete sequence) position: , mismatch: 9, identity: 0.75

ccataaagtacctcctaaaatatttttactagtttt	CRISPR spacer
agataaagtacctcataaaatctttttacaaacatc	Protospacer
  ************ ****** ******* *.. *.

26. spacer 9.2|2764292|36|NZ_AP017968|CRISPRCasFinder,CRT matches to NZ_KT897279 (Clostridium botulinum strain SWKR38E2 plasmid pSWKR38E2, complete sequence) position: , mismatch: 9, identity: 0.75

ccataaagtacctcctaaaatatttttactagtttt	CRISPR spacer
agataaagtacctcataaaatctttttacaaacatc	Protospacer
  ************ ****** ******* *.. *.

27. spacer 9.9|2764749|35|NZ_AP017968|CRISPRCasFinder,CRT matches to NZ_CP038863 (Campylobacter jejuni strain SCJK2 plasmid unnamed1, complete sequence) position: , mismatch: 9, identity: 0.743

taaatatttttttatgttttttgtaagtagttcct	CRISPR spacer
caaatattttattattttttttgtaaaaaatagca	Protospacer
.********* **** **********. *.*  * 

28. spacer 9.12|2764294|36|NZ_AP017968|PILER-CR matches to NZ_KT897280 (Clostridium botulinum strain FI1111E1 plasmid pFI1111E1, complete sequence) position: , mismatch: 9, identity: 0.75

ccataaagtacctcctaaaatatttttactagtttt	CRISPR spacer
agataaagtacctcataaaatctttttacaaacatc	Protospacer
  ************ ****** ******* *.. *.

29. spacer 9.12|2764294|36|NZ_AP017968|PILER-CR matches to NZ_KT897278 (Clostridium botulinum strain FWSKR40E1 plasmid pFWSKR40E1, complete sequence) position: , mismatch: 9, identity: 0.75

ccataaagtacctcctaaaatatttttactagtttt	CRISPR spacer
agataaagtacctcataaaatctttttacaaacatc	Protospacer
  ************ ****** ******* *.. *.

30. spacer 9.12|2764294|36|NZ_AP017968|PILER-CR matches to NZ_KT897279 (Clostridium botulinum strain SWKR38E2 plasmid pSWKR38E2, complete sequence) position: , mismatch: 9, identity: 0.75

ccataaagtacctcctaaaatatttttactagtttt	CRISPR spacer
agataaagtacctcataaaatctttttacaaacatc	Protospacer
  ************ ****** ******* *.. *.

31. spacer 9.19|2764751|35|NZ_AP017968|PILER-CR matches to NZ_CP038863 (Campylobacter jejuni strain SCJK2 plasmid unnamed1, complete sequence) position: , mismatch: 9, identity: 0.743

taaatatttttttatgttttttgtaagtagttcct	CRISPR spacer
caaatattttattattttttttgtaaaaaatagca	Protospacer
.********* **** **********. *.*  * 

32. spacer 10.1|3513569|34|NZ_AP017968|CRISPRCasFinder matches to NC_042112 (Campylobacter phage CP81, complete genome) position: , mismatch: 9, identity: 0.735

atcaggaaaatatataactataaatgccttaaac	CRISPR spacer
gttaataaaagatataactataaatggcttatca	Protospacer
.*.*. **** *************** ****   

33. spacer 10.1|3513569|34|NZ_AP017968|CRISPRCasFinder matches to NC_015464 (Campylobacter phage NCTC12673, complete genome) position: , mismatch: 9, identity: 0.735

atcaggaaaatatataactataaatgccttaaac	CRISPR spacer
gttaataaaagatataactataaatggcttatca	Protospacer
.*.*. **** *************** ****   

34. spacer 10.1|3513569|34|NZ_AP017968|CRISPRCasFinder matches to KF148616 (Campylobacter phage CP8, complete genome) position: , mismatch: 9, identity: 0.735

atcaggaaaatatataactataaatgccttaaac	CRISPR spacer
gttaataaaagatataactataaatggcttatca	Protospacer
.*.*. **** *************** ****   

35. spacer 10.1|3513569|34|NZ_AP017968|CRISPRCasFinder matches to NC_016562 (Campylobacter phage CPX, complete genome) position: , mismatch: 9, identity: 0.735

atcaggaaaatatataactataaatgccttaaac	CRISPR spacer
gttaataaaagatataactataaatggcttatca	Protospacer
.*.*. **** *************** ****   

36. spacer 10.1|3513569|34|NZ_AP017968|CRISPRCasFinder matches to KX236333 (Campylobacter phage PC14, complete genome) position: , mismatch: 9, identity: 0.735

atcaggaaaatatataactataaatgccttaaac	CRISPR spacer
gttaataaaagatataactataaatggcttatca	Protospacer
.*.*. **** *************** ****   

37. spacer 4.4|973170|37|NZ_AP017968|CRISPRCasFinder,CRT matches to NC_022111 (Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence) position: , mismatch: 11, identity: 0.703

atttaaatcaagttcataatattgtgaatcatcttta	CRISPR spacer
tgcctgatcaggttcataatatagtgaatcatagtga	Protospacer
  .. .****.*********** *********  * *

38. spacer 4.6|973301|38|NZ_AP017968|CRISPRCasFinder,CRT matches to MN693448 (Marine virus AFVG_25M325, complete genome) position: , mismatch: 12, identity: 0.684

gtttcagaatttaattctaaattagctctttctaaagt	CRISPR spacer
ctcattctatctaattctaaattagctctatctaactc	Protospacer
 *. .   **.****************** *****  .

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1082276 : 1089386	9	Synechococcus_phage(57.14%)	NA	NA
DBSCAN-SWA_2	1483053 : 1527293	60	Clostridium_phage(26.67%)	terminase,portal,integrase,tail	attL 1489645:1489662|attR 1506652:1506669
DBSCAN-SWA_3	1898812 : 1948883	50	Clostridium_phage(25.0%)	protease,bacteriocin,integrase,transposase	attL 1906897:1906914|attR 1937363:1937380
DBSCAN-SWA_4	1998300 : 2004062	6	Prochlorococcus_phage(50.0%)	NA	NA
DBSCAN-SWA_5	2552174 : 2637351	98	Clostridium_phage(45.16%)	integrase,plate,transposase,holin,terminase,tail,tRNA,portal,capsid	attL 2597295:2597352|attR 2637524:2637581
DBSCAN-SWA_6	3188639 : 3254450	54	Staphylococcus_prophage(23.08%)	tRNA,integrase,transposase	attL 3215402:3215424|attR 3245614:3245636
DBSCAN-SWA_7	3383084 : 3390864	8	Staphylococcus_phage(57.14%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_AP017968|1082276:1089386|DBSCAN-SWA
AATGATAATACGATCTAAAGCACCTTTAAGACTTGGGTTAGCTGGAGGAGGGACTGATGTATCACCATATTGTGATGAATATGGCGGAGTTGTACTTAATGTGACAGTAGATATGTATGCCTATTGTACTATTGAGCCTACTGCTGATAATAGGATAATTTTTAATTCAACTGATAGACATGAAATATTTGAAGGAGAGAGTAAGGATTATTTAGAAATAGATAATAATCTTTTGCTTCATAAAGGAGTCTACAATAAAATCGTTAAAAGGTACAATGATGGGAAACCATTATCTTTTAAAATGACAACTTATTCAGATGCTCCAGCAGGTTCAGGATTAGGTTCTTCTTCAACAATGGTAGTAGCTATAATAAAAGCATATATGGAATGGTTAAATTTACCATTAGGTGAATATGATATAGCTAATTTGGCATATGAGATAGAAAGAATAGATTTGAATTTAAGTGGAGGAAAGCAAGATCAATTTTCTGCTACATTTGGTGGATTTAACTTTATGGAGTTTTATTCAGAAAATAGAGTGATAGTAAATCCATTAAGGTTAAAAAAATGGATAAAAAATGAAATAGAAAGTTCACTTATTTTATATTATACAGGAACTTCAAGAGAATCTTCAAAAATAATTGATGAGCAAATCAAAAATGTAAAAGAAAAGTCTGAAAAAAGTTTAGAAGGAATGCATGAATTAAAAGAATCAGCTATTGAAATGAAAAATGCAATTCTAAGAGGAGATTTTAAAAAGTTTGCCAAGTGTCTAAAAGAGGGATGGATATCTAAAAAGAAAATGTCAAATGCAATTTCTAATGAGTTTATAAATGAAACTTATGATTTTATAATGAATAATGGAGGAAAAGCAGCTAAAGTATCAGGCGCTGGTGGCGGAGGTTTTATGATGATACTTTGTGACCCAAAAGAAAGATATAGCCTTATAGAAAAATTAAGAAAAAAAGAAGGGAAAGTTATGTTAGCACAATTTTCAGAAAAAGGAGCACAGGCTTGGACTTTATATGAATAAGAGGTGTATAAAATTGAAAAAATCTACAAATTTATTAATAGAAAATTTAATTATAAGATTTCCTAAATTAACTAATTGTAAGCAAGAAATAGAAAATTCAATATTAGAAATAGTAAATTGTTATAAAAATAAAGGGAAATTGCTAATTTGTGGCAATGGTGGAAGTGCTTCAGATTCTTTACATATAGTAGGAGAACTCATGAAAAGCTTTATTCTTCCAAGAAAATTAGAAAATAAATATATAGATAAAATTAAAAATACATTTCCACAAGAAGCAGAATATTTTATAAATAACTTACAGAGCTCATTACCTGCAATAGCTTTGGTAAGTGAAATTTCATTGATAACAGCTTACAGTAATGATAATAATTCTGAACTTGTTTTTGCTCAACAGGTATTAGGATATGGGAATGAAGGAGATATATTAATAGCTATAAGTACATCAGGAAATTCAAAAAATGTTATTTATGCTTCGCAAATATCTAAAATTAAAGGGATGAAAGTAATTTCGTTGACAGGAAAGTTTGGTGGAAAATTAAAAAATATATCAGATATAAATATAAATGTTGAAGAAAAAGAAACATATATTATTCAAGAATATCATTTACCAATTTACCATACTCTATGTTTAGGAGTAGAAAAAGAAATGTTTGGGGAGGAATAAAATTGGAAGCAATAGTACTAGCTGGAGGTTTTGGAACAAGATTAAAAGAAGTGGTATCAGATGTTCCTAAACCAATGGCTCCAGTAAATGGAAAACCTTTCTTAGAATATTTATTAAAAGATTTAAGTAAAAAAGGAATAAAGCATGCTATTTTAGCTGTTGGTTATAAAAAAGAAATAATAAAAGAATATTTTAAAAATAGATATGAAAATATTGAAATAACATATTCAGAAGAATTAACTCCTCTAGGAACAGGAGGAGCTATAAAAAAAGCTTTAAAGTTAGCTAAAGAAGAAGATGTTTTTATAGTTAATGGAGATACTTTCTTTGATATTGATTTAAAAGGAATGAAAGAATTTTACACTGAAAAAAAAAGCACCTTAACAGTTGCAGTAAAAGAAATGGAAAATTTTGATAGATATGGTTCTTTAGTAATAAAAGAAAATAGAATAATAGAATTTGAAGAAAAAAAGAAAAAAGATAGCGGAAAAATAAATGGAGGGATATATTTAATAAAAAAAGATTTATTGGATAGAATAGAGAAAGAAAATTTTTCATTTGAAAAAGAAATATTAGAAGCTAAAAAAGTAGAAAAGTATTCGTATGAAAGTAAGGGATACTTTATAGATATAGGAATACCTGAAGATTACTATTTATTTAAAGAAAAGAAATAAGAATAAAAAATAATATATGTATATGTAAAACACACTATCAAAAAATTTAAAAAGATACTTATTGAAAGGACAAGATAAAGTGCAAAAGATTATAGAAAGAGTTTTTATTTTTTTTGTTTTTTTTATAGTATATCTTCCAATGAGTGAGATAAGAAATATTTCATTTCATCAAATAATTTTATGGATTTTTATATTTTATTTTTACGTAAGAAATAAAACTAAAATAAAAAAAAAAGAATTTTTAATTTTTATATTTATAATCTTAGAAGCTATTTTAATATTTTTTTATTATGACTATAAATATGTTAATTTTTTAAATGATAATATTCCAGATATTTGGTTTGAAATGGGAAGTTGGGGAAGGTTTAGCTATTTTAAAGGTCAGTATGAATCAATTGCCCAATTAGTACATATTTTAGAAAATTTTTTAATTTATTTTATATTTGAATTTAAGGTAAGTGTTACAGAAGAACAATTGAAAAAAGTAGTGCTATTAAATTTTATTTTTCAATTTATTGTCATATTATATCAAAAGTTTATATTAAATACATTTTGGCAATCAGGGACATTAGGTCATTCCCAAGCAATTGGAACCTTTTGTGTAATGATTTTGATTTTATTTGGATTTTCAAATAAAAAAAACAAAATAATTTCAATACTATCTATAATTCTTGTTTTTATATCTAAAAAAAATAGTAGCATAGCTGTAATGATATTTATAATGATATTTTATAAATATAGCTTATTAGCATTATATCTAAGTGCTTTAGGAAATATAGTTTTGACAATTTTATTTTCTTGGATAGAGAAATTGAAAATAATATTTTTTTCTTTGATAAAATTTTTATTTAGTGAAGAAAGTTTATATACTTTAAAAATGAGATACATTATATGGGAAAATATATTTCTTTTAGTAATAAAAAAGAATTTTTTATTAGGCACAAATGGTATTATAGTATCATTTCCAGAGAATGTAATATGGTATTTTTTACAACCTTATGGAATAGTTGGAATAATTATTATTTTATATTTCTTTTTTTATAAATGTAAAGATAAAGCTCAAAAACATAATTTATTATTAAGTGCTTTTTTTCTTCAAGGAATAAGTTATTATGGTTTTTTAGTTCCACCTATGTCATATATGTTTTTTGCATTATTAGGATTATATTCAAAAGAAAAAATAGAAAATAAAAAGGAGAAAATTAAATGAAAGTTTCAGTAATTATTCCAAATTATCATAGATAGCACATTTTAAAAGAAATAATACCTACCTATTTTCAGGCTGAGGTAAAAGAAGTAATAGAAAAGTTAATGAAAGAATTTTTAAAATTGAAATATTATAAATTGAAAAAAATTCAAAACAAACAATGGCTAAAAATATAGGAATAGGAATGACTAATAAAGAAAATGAATATATTTATTTTTAAAATGATGATTTATATTGAAAGAAAATTCTATAAAGTATTTAATAAAAATATGATGCAGATTTAGTTAGAGTCAAAGCTTTATATTTATAAAATCAAAAAGAATTACAAAATTTAACTATAGAAAATTTAAATTTATTAAATTAATTTATAAAAAATTAGAATATGAAAATATTATATAAATATTATTTAAAAGATTGATAAACAAGGAGGGAAAAACTATGGAAATAGTAGCTCATAGAGGTTGTTGGTATTCAGAGGAAGAAAAAAATACAAAAGAAGCTTTAATAAGAGCATTTGAAAAAAGATTTGGAATTGAAACTGATATCAGAGATAGAAATGGACAATTGGTGATAAGTCATAATATTTCAAATACTTCTTCTATATTATTAGAAGAAATTCTTCAAAAATATAAAGAAATAAATTCAAATGTAGTTTTAGAATTAAATATAAAAGCAGATGGAATACAAGAAATGCTACAAGAAATAATGCATAAATATGAAATAAATAATTATTTTGTTTTTGATATGTCTATTCCAGAAATGGTAATAAGTAAAGCCATAGGAATTAATTTTTTCACAAGAAATAGTGACATTGAAGAACAATGCATTTTATATGAAGATGCAGAAGGAGTGTGGTTAGATAGTTTTTATATAGAAAATTGGTTAACTCCAGAAATTATACAAAATCATTTGAATAAGGGGAAAAAAATTAGTATTATATCTCCTGAAATACATGGTTTTAGTAATTTTTCTGTTTGGGAAATGTTAAAAAAGTATAAGTTTCATAAAAATAATAGAGTATATCTTTGTACAGATTTACCAATAAAAGCAAAGGAGTATTTTGAAAATGATTAAAGCAATATTATTTGATATGGATGGAGTTTTGATTGATGCAAAAGATTGGCATTATGAAGCTTTAAATAAAGCTTTAGGATTATTTGGTTTAGAAATTAGTAGATATGACCATTTGCACACTTTTGATGGAATACCAACGAAAGTAAAATTAAAAATGTTAGGAGAACAATATTATTTGCCAGAGGAGCTTCATCCATTTATAAATCAAATTAAACAAAAATACACTCAAGAATTAATAGAATTAAAATGTAAACCAATGTTTCATCATGAGTATGCTTTATCAAAGCTAAAACAACAAGGATATAAAATAGCAGTTTGTTCCAATTCTATAAAAGCAACAATTGAAATGATGATGAAAAAGGCAGAATTAATAGAATATATTGATTTAATTATAAGTAATGAAGATGTAAAAAAAGCTAAACCAGATCCTGAAATGTATAATATGGCAATAAAAAAATTTGCTTTAAATCCAATTGAATGTTTAGTAGTGGAAGACAATCCAAATGGAATAGCAGCAGCGAAAGCAAGTGGAGCTTTTGTATTACCTGTGGGAACTGTGTATGATGTTAATTATGCAAATATAATGAAAGCAATAAAAAGGAGTGAAGAAAGATAATTATGGTTAATATTTTAATCCCCTCTTTGGGAAATTCATTATTTTTTAAAGATAGTTATTTTCCAAAACCAGTAATAGAAATTTTAGGAAAAACAATGTTAGAAAAAGTAATTGAAAATTATAAAGAAATACAAGAAAAACATTATATTTTTATTTTTGATGAAAAAAATTGCAATGAATTCCATTTAGATGATTCTGTTAAAAATTTAATTCAGTCAGAAATAGATATATTAATTTTAAAAAATATTACTAAAGGAGCATTATGTAGTTGTTTAATGGCAATAGAGAAAATAAATAATGATACTCCATTGATCATTGCTAATTGTGATCAAGTAATAGATATTGATTATAAAGAAGTTATTAATAAATTTAAAAGAGAGAATATAGAAGTAGGAATGATAACTTTTGATAGCATTCATCCTCGTTGGAGTTATATAAGGATTGAAGAAAATCAAGTAATAGAAGCAGCAGAAAAAAGACCTTTAAGTAAACATGCAATAGCTGGTTTTTATTATTATGAAAAAGGAAGTATTTTTGTAGAAACTGCAAAGAAATCAATATTGAAAAATGAGAAATATAATGAAAACTTCTATATTTCTTCAACTATAAATCAAGCTATTTTATTAAGAAAAAAAGTTGGATATTATTCTATTCTAAGAGAAAAATATCACTCTTTCTATTCGCCAGAGAAAATTAAAGAATATGAAAAATGTATTAAGATAATAGATTGAGAAATTTACTATAAACAAATATTATATGGAGAAATGTATGAAAATAAATAGATTAGAAAATATGACTAGGGGATGGTTTATTGGAAATTTTGAACCAACTGTATTTAAAACAACTAATTGTGAAGTAGCTATAAAAAAATATAAAAATGGAAGTTATGAAGAAGAACATTTTCATAAAGTGGCAACTGAAATAACTGTTATTACAAAAGGAAAAGTAAAAATGTTTGGAGAAATTTTTAATGAAGGAACAATTATAGAAGTAGAACCTGGAGATATAACAGATTTTATGGCTATAGAAGATGCAGAAACTGTGGTAATTAAAATACCTGGAATAAATAATGATAAATATTTAGTAAAAGAATAAAGGAGAAAGGAAAATTATGTTAAATATAGTAATCCCTATGGCAGGAAGGGGAAATCGTTTTATACAAGCTGGATATGTAAACCCTAAGCCTCTAATAGATATATATGGTCATTTTATGATAGAGTATGTTATTAAAAATCTTAAACCAAATTGTGAACATAGATTTATTTATATTTGTCAAAAAGAACATGCAGAAAAATTTAATTTAAAAACAATATTAAAAAAAATATCTTCTAATTGTGAAATTGTAACAGTGGATTATATTACAGAAGGAGCTGCATGTACTGTGCTTTTAGCTCAAAAATATATAGATAATGAAAATCCTTTAATGATAGCTAATAGTGATCAGTTTGTAAATATAAATATAAATGATTATTTAGAAGCTCAAAAAGATTTGGATGGATTAATTATGACAATGCCAGCTAATCATCCTAAATGGAGTTATATTAAATATAATAAAGAAAAATATGTAAGTCTTGTAAGAGAAAAAGAAGTTATTTCTAATGAGGCAACAGTTGGAATATATAATTATAAACATGGGTCAGATTTTGTAAAATATGCATATAAAATGATAGAGAAAAATATAAGGGTAAATAATGAGTTTTATGTAGCGCCTGTTTATAATGAAATGATTGAAAATAGGAAAAAAATAGGATTTTATAATATTGGAGATAATATGTATGGAATAGGAGTGCCAGAAGATTTAGAAAAATTTATGGACTTGGATCTATGTAAAAAATTTTTTTAA

Protein sequences of DBSCAN-SWA_1

>NZ_AP017968|1082276:1089386|1085121_1085856_+|WP_147385273.1|DBSCAN-SWA
MKKVVLLNFIFQFIVILYQKFILNTFWQSGTLGHSQAIGTFCVMILILFGFSNKKNKIISILSIILVFISKKNSSIAVMIFIMIFYKYSLLALYLSALGNIVLTILFSWIEKLKIIFFSLIKFLFSEESLYTLKMRYIIWENIFLLVIKKNFLLGTNGIIVSFPENVIWYFLQPYGIVGIIIILYFFFYKCKDKAQKHNLLLSAFFLQGISYYGFLVPPMSYMFFALLGLYSKEKIENKKEKIK
>NZ_AP017968|1082276:1089386|1082276_1083308_+|WP_096402137.1|DBSCAN-SWA
MIIRSKAPLRLGLAGGGTDVSPYCDEYGGVVLNVTVDMYAYCTIEPTADNRIIFNSTDRHEIFEGESKDYLEIDNNLLLHKGVYNKIVKRYNDGKPLSFKMTTYSDAPAGSGLGSSSTMVVAIIKAYMEWLNLPLGEYDIANLAYEIERIDLNLSGGKQDQFSATFGGFNFMEFYSENRVIVNPLRLKKWIKNEIESSLILYYTGTSRESSKIIDEQIKNVKEKSEKSLEGMHELKESAIEMKNAILRGDFKKFAKCLKEGWISKKKMSNAISNEFINETYDFIMNNGGKAAKVSGAGGGGFMMILCDPKERYSLIEKLRKKEGKVMLAQFSEKGAQAWTLYE
>NZ_AP017968|1082276:1089386|1083300_1083972_+|WP_096402138.1|DBSCAN-SWA
MNKRCIKLKKSTNLLIENLIIRFPKLTNCKQEIENSILEIVNCYKNKGKLLICGNGGSASDSLHIVGELMKSFILPRKLENKYIDKIKNTFPQEAEYFINNLQSSLPAIALVSEISLITAYSNDNNSELVFAQQVLGYGNEGDILIAISTSGNSKNVIYASQISKIKGMKVISLTGKFGGKLKNISDININVEEKETYIIQEYHLPIYHTLCLGVEKEMFGEE
>NZ_AP017968|1082276:1089386|1088654_1089386_+|WP_096402145.1|DBSCAN-SWA
MLNIVIPMAGRGNRFIQAGYVNPKPLIDIYGHFMIEYVIKNLKPNCEHRFIYICQKEHAEKFNLKTILKKISSNCEIVTVDYITEGAACTVLLAQKYIDNENPLMIANSDQFVNININDYLEAQKDLDGLIMTMPANHPKWSYIKYNKEKYVSLVREKEVISNEATVGIYNYKHGSDFVKYAYKMIEKNIRVNNEFYVAPVYNEMIENRKKIGFYNIGDNMYGIGVPEDLEKFMDLDLCKKFF
>NZ_AP017968|1082276:1089386|1083974_1084646_+|WP_096402139.1|DBSCAN-SWA
MEAIVLAGGFGTRLKEVVSDVPKPMAPVNGKPFLEYLLKDLSKKGIKHAILAVGYKKEIIKEYFKNRYENIEITYSEELTPLGTGGAIKKALKLAKEEDVFIVNGDTFFDIDLKGMKEFYTEKKSTLTVAVKEMENFDRYGSLVIKENRIIEFEEKKKKDSGKINGGIYLIKKDLLDRIEKENFSFEKEILEAKKVEKYSYESKGYFIDIGIPEDYYLFKEKK
>NZ_AP017968|1082276:1089386|1087545_1088274_+|WP_096402143.1|DBSCAN-SWA
MVNILIPSLGNSLFFKDSYFPKPVIEILGKTMLEKVIENYKEIQEKHYIFIFDEKNCNEFHLDDSVKNLIQSEIDILILKNITKGALCSCLMAIEKINNDTPLIIANCDQVIDIDYKEVINKFKRENIEVGMITFDSIHPRWSYIRIEENQVIEAAEKRPLSKHAIAGFYYYEKGSIFVETAKKSILKNEKYNENFYISSTINQAILLRKKVGYYSILREKYHSFYSPEKIKEYEKCIKIID
>NZ_AP017968|1082276:1089386|1086919_1087543_+|WP_096402142.1|DBSCAN-SWA
MIKAILFDMDGVLIDAKDWHYEALNKALGLFGLEISRYDHLHTFDGIPTKVKLKMLGEQYYLPEELHPFINQIKQKYTQELIELKCKPMFHHEYALSKLKQQGYKIAVCSNSIKATIEMMMKKAELIEYIDLIISNEDVKKAKPDPEMYNMAIKKFALNPIECLVVEDNPNGIAAAKASGAFVLPVGTVYDVNYANIMKAIKRSEER
>NZ_AP017968|1082276:1089386|1086291_1086927_+|WP_096402141.1|DBSCAN-SWA
MEIVAHRGCWYSEEEKNTKEALIRAFEKRFGIETDIRDRNGQLVISHNISNTSSILLEEILQKYKEINSNVVLELNIKADGIQEMLQEIMHKYEINNYFVFDMSIPEMVISKAIGINFFTRNSDIEEQCILYEDAEGVWLDSFYIENWLTPEIIQNHLNKGKKISIISPEIHGFSNFSVWEMLKKYKFHKNNRVYLCTDLPIKAKEYFEND
>NZ_AP017968|1082276:1089386|1088311_1088638_+|WP_096402144.1|DBSCAN-SWA
MKINRLENMTRGWFIGNFEPTVFKTTNCEVAIKKYKNGSYEEEHFHKVATEITVITKGKVKMFGEIFNEGTIIEVEPGDITDFMAIEDAETVVIKIPGINNDKYLVKE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_096402137.1|1082276_1083308_+	dehydrogenase	A0A222YW25	Synechococcus_phage	3.2e-68	43.5
WP_096402138.1|1083300_1083972_+	SIS domain-containing protein	A0A067XQR2	Caulobacter_phage	2.8e-12	28.2
WP_096402139.1|1083974_1084646_+	NTP transferase domain-containing protein	NA	NA	NA	NA
WP_147385273.1|1085121_1085856_+	hypothetical protein	NA	NA	NA	NA
WP_096402141.1|1086291_1086927_+	hypothetical protein	A0A2H4UUJ1	Bodo_saltans_virus	3.1e-13	33.7
WP_096402142.1|1086919_1087543_+	HAD family phosphatase	M1I080	Acanthocystis_turfacea_Chlorella_virus	1.0e-37	46.5
WP_096402143.1|1087545_1088274_+	hypothetical protein	A0A1D8KNV9	Synechococcus_phage	6.2e-34	36.1
WP_096402144.1|1088311_1088638_+	hypothetical protein	A0A222YXE6	Synechococcus_phage	2.1e-13	34.3
WP_096402145.1|1088654_1089386_+	glycosyl transferase family 2	A0A1D8KNV9	Synechococcus_phage	1.3e-63	51.9

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_AP017968|1483053:1527293|DBSCAN-SWA
TATGAAGAAATGTGAATTTTGTGGAAAAGAATATATAAAAAATCAAATAAATTTATTGCCTAAATCAATAAGAGCAAATCTAGAATTCATACCAAATTGTAGTTGTCGAATTGAACAAGATATGAAAATTCAAAATGAGAAGTGGGAAGAAGATTTAATAAAATCTCGCTTAAAAAAGTATTCTAATGCATCAATTATAAAAGAAAATATTAGTAACTTTAGATTTGAAAATACAAATATCAACATGGATAAAACTGATATACATGATAGACACTTAAGAATTGGTTTAAAATTTGTAACTGAATTTTTAAAAAATAAAAATATGAAAGGAGGAATATATTTTTATGGTTCCGTTGGAACAGGAAAAACTTATACAACAGCATGCATAGCAAATAAATTAATTGAAAATTCTTATACAGTTTTAATTTTAAATTTAGGATTATATTTTTTAAAATTAAGAAGTGAATGGGCAGAGGGAGAACTAGAAACTTTAAAATTAGTAGAGAAATGTGATCTTTTGATAATAGATGATTTAGGAACTGAAAAAGTTAGTGAGTTTGTATTAGAAAAAACATTTAATTTAATTGATAGAAGATGTGTAGCAAAAAAGCCCATGATAATTTCTTCAAATTTATCTCTTGATGAAGTAGCAAAAACATATAATGATAGAATTGCAGATAGAATAAAAGAAATATGTGTTCAAGTTAATGTTGAAGGAAAAAGTAAAAGAAAGCCGATTCAAGATTGGCTTATAGCATAAATGATAGCTCTAGATACTGCAAAATTTTTTCAAAATAAATTGTTTTCAACAATTTAATTCTCAAAAATTTAAGAAAAAAAGCTCAACTGTTAATCATAAAAATTTATAATAAAATTATTTTATGTTGCCATTTTTTTCTTAAAAGCAGTATCTAGCAAGCTACTCAAATTTGCCGTACAAATTTAAAGCTTGTTAGGGGATTCCCCTAATACCCCTTTTATAATTTTTATATTTTTATTGAAAAATTATAAAAATAAAAAGATAAGGAGATGATACATATGGAGAAAAAAATTACTGTTCGATTAAAAGAAACAGATAGACTTAAATTAAGAGTTCAAGCTGAAGAATTAAACATAAGTCAATCTGAAATGATTCGAGAATTAATAAGAAAAAATTTTTGTGAAGATATAAAAGAGCATAATATATTGATTAATGATTTGAGAATTTTATTAAGAGGATTAACTAATAATATAAATCAAATTGCAAAAAAGGTTAATAGTAAAGTATTAATTAATGAAATAGAAGAGGCTAAAAAAATTCATGACGAGGTATATAAAATATGTCAATTATTAAAGTTGTAAAGAAAAGTGGAAAAACATTTGCTTCTTTAAAAAAAGTTTTATCATATGTTGGGAAAAAAGCCTCTGAAACATTTGGATTAAATTGTAATAATAATTTTAAAAATGTGGCTAAAGAGTTTATAGAAACAAAAAAATTTTTTAATAAAGAGGAGGGGAGGCAATATAGACATTATATCCAAAGTTTTAAGCCAGGAGAAATTACTAAAGAAAAAATTATGGAACTATCAATCAAATGGACAGAAAAAGTTTTTCCTGGACATGAAGTTTTTATTGCGGTTCATAATGATAAAGAGCATTTACATACTCACTTCATAGTAAATTCAGTTAATTTTGAAACAGGGAAAAAGCTTCACGAAAATAGAAATAATTTGGATATGAAAAAGAAAATAAATGATGAAATATGTTTAGAATATGGAATTAATAACAAACAAGAGTTAAAAAAAGAAGGCGAAATAATAACATATGATAAAAATAAATATCAAATAATAAAGAAAGGAGCTGATATTACAAGATTAGCAGAATCACTTTTAAATGTTATTCAAGTTGCAACTTCTAAAAAAGATTTTTCAAATAAAATGAAAAACTATGGGTATGAAGTTGAATGGAATGAAAACAAAACTCATATTGTATTCAGTGCAGATCCAAGTATTTTAAAAGGAAAGAAAAACAAATTTAGACTAGCTAATTTACAGAAAATATTTAATATTAGTGATTTTTCAAAAGAAAGATTACTAGAGATATTTGAAGAAAACTCTAGACAAAGTGAATTAAAAAAACTAGATGAAATTGCTAAAAACATGATGTTTGATGAAGTGTATAAAAGAGAAAAAGAAATAAAAACTTTAAATTCTATCTCAAAACCAAAGATCACTTCAAAAAAATCATGGAGAAATAAAAATACATCTTCAGAAATAGATTTTAAATAGTAAATAGGAGGAATCAAAATGAACTTAAAAAATTTAAATAAAAATAGTACTATAAATACTATAGAAAAAAAAAGAAAACAGCATTGCAAAATCAGTTGCTAAATGGGAATATGAAAATAAAGAAAAAATAAAGGATAATAAAGATTCAAATTCAGTTGAAATTTCTAAAGAGGTAATCAAAAGTCTTGATATAACACGACAAAATATTGAAACTAAAACTCTAATAGATGAACTTAAAAAATCTACCTTATCAGTGATTGATTCTATGAATAAATTTTCAAGTTCAATCCCTATAATGTTAGAGCAATTAAATACTATAACAGAACACCTAGAATTTGAAGAGTTTTTAAATAAATTAAAAATAATAGAGGATTGTTCAGTTTATATTTTACATTATAAAGACAGTTTAGAGATAGAATTAAAAAAAATCATAGATAACTCGAACAATGCTCTTAAAACCTTAGAAGTAAAAACAAATAATCATATTAATAATATTTGTGAAAAAGGATTTGAAAGAATTAAAAATAAAGAAGAAAAATATTTAGAATTTAGCAAAGTTGTCATATTAACTCTTTTTACGTTTCTTATGGTATTATTATTTTTATTTTCAAAATATCACTCTAAGCTATCTAATATGGAAAAAACCATAGAAAAAAATAATCAAGAGATTTCTTTATTACACAATATTTTACTAGAAAATAAAAAATATTGGCTAGACAAAGATAATTACAATATTTATATTAAAAGTAAAGAAAAAAAATCTAATAATAAGTAAAAATAATATAAAAACAGAGTATATTTCAAAAATACACTCTGTTTTTTATTTTCATTATTAAGACGACCTCGTAAAATCGTTTTTAAAAGGGTTTATTTATGATTATTATTATAAACTATCACTTTGAAATAAAAACTTATTAAAAGTCATTTTATAGCTTCATACTTATTTTAATTATATAATATTTCAAAATTTACTTTTCCTAATTATCTAACTAATTCACTATAGAGTTTCATTAAATATGATACACATTCTTCTTCATTTCCAAATTCCCATTTTTTACCATAAGCTTCCCATACAGCTTTATCATTTTCTTGATGAGCTTTTCTCAAATCTATTGGCATAAAAGTATCATCATATAAATCTGCATAGCTATCATTAGGATATTTTTCTCTTATATCTAAAATATTTTGTCCTGCCTTTTCTAATTTTTCTTTCATTTTATTATCTAGTTCAGGAAATGGAAAATTATTATAAACAACTGATACAGAATATCGGTAATCACTTTTCATTCTTCCTGCAATAGCTCTTACCCATGCCATATGAACAGAAGAAGTTAGTATAGAAAACTCTAACTGCCCTGCATCAGATAGTAATATAACTTGATTTAGAGCTATTGTAGTTTTATCTATAAAACCAATAGGAATATATTTTCTTTTCTCACTACTTACTCTAGGAATTATCAAAGCTTTCTCTGGATTTCTTCTATCTTCAAAAAGAGTTGGGGTATCAGCTAATTTAATTGTTGCTTTTCTATCACTATTCAATCTAAATTCTCTTACTTTTTTTACCCTTTCAGATACTAAAGGCATTTTTCTTAATTCTGATATAGAAACGTCTACAAGCCATAAAACATATCTTGGCTTTTTACTTATAAAGTTATCTCCTCCAACTAGTTTTTTTATATATTTTAGAGCTTGTGGTTCTTTTAACTTAAATTCTTCATATTCTTCAGGTTCAACCTTTAAAAAATTCCCATCTATCGGAACATTTCCATCTTCCATTTTTAATAAATTTTGAATGTGATTGGTACGTCTCTCTATAAATACATCTTCTGAATTTATTAAATATCCATTAATATTTTTTGCTTCGATAACTTCTCCATTCGCCAAATATATTTTTTTACTTTCTATACTATTTTTTTTATTAGAAAAACCTATAACAACACAATGAACAGCAGCTTTTTCTTTAGCTTCATTATCCCATTTAAATGTTCTATATCCAAAATCTATTTTACACTCATTTTTATCAAGAATAAGTTTCCACAAAATTCCGACTTGTTCTCCCTGAGTTATTGAATTAGTTGATACAAAAGCTATTTTTATATTAACATTATTTTTAGCCATAAAACTTGCTTTATAAAACCAGGCAGTTATATAATCTAAAGTTCCTATTTTCATTTTTTTAGGGAAAGTTGTTTTTAAATCATCTTTTTGTTCAGGAGACATAAATTTTTTTCCTATAAATGGTGGATTTCCCAAGATATAATCTACATTTTCCCATTCAACTCTTAAAGCATTTCCGTTTATTATATTGGCATTTTCTTTTATCGGAAAATCTATTATATTTTGTCCGAAAAAATTGCTTACTTGTCTATCCATTAGGTGTTTCATTAAAAGTAAAGAAATTTTAGCTATTTCACAAGCAAAAGTTTCATATTCTATTCCATAAAACTGGTCTATATGTACCTTTGAACTTATATCAAATAAAGAAAGTTGAGATGTAGATTTTAAAAACTTTAAAATCTCAAATTCTAGTTCTCTTATTTTTTGATAAGTTAAAATTAAGAAATTTCCACTTCCACAAGCAGGATCGAGAAATTTTAGGTTAGAAATCTTTTGATGGAATTCCTCTAATTCTTTACGAGTTGACTTTGCTTTCTCAAATTCTTTATAAAGTTCATCAAGAAATAAAGGTTTTATAACTTTCATTATATTTTCTTCAGACGTATAATGAGCACCTAATTCTCTTCTCTTTTTTTGATCCATTACTCCTTGAAACATAGCTCCAAATATCGCAGGACTAATTCTACTCCAGTCAAATTCGCAACATTCTATTAATAACTCTCTCATTTTTTTATCGAATATAGCTGGTGGTAATTGCTCTGTAAACAAATTTCCATTAATGTATCTGAATCTATTTAATTCTGTTGATAAGTTTTTCATTCTTTTTTCTACTGGAGTGTCAAGAATATTGAATAACATCATAATTCTCATTGCTAAATCACTACCATCTTCTGCAGATGTTCTTACATAATCCTCAAAACTATCTTTCTCAAAAATACCTGTATCATCAGCAAAAAGACAAAATAAAATTCTAACTAAATATACCTCTAAAGAATGTTCCTCATATCCATATTCTTTTAAAAGATCATGAAGTTTTGCCATTTTATATGAAGCTGTTGTATTTAATTCTATTTCGTTTTTTTCTTCAAATTTTTCTTGATATCCTGCCACAATTCCAAAAATTCGGATATGATTTTTTAACTGACTAACTTTAAATGATTTATATTTTATGTCTTTTTTAAGATTATAAACTTCTATTTTATCAAAATCACTAACCATTACTAGTTCAGGCTTTTCTTCTGGCTTTAAAGCATGAACATAATCCATAGCTTGACTATATGCTTTTGCAAGTGATTTCCCTTTAGATTTCATCTCTATTAAAATTTTTGCAGGTATAAAATAATCAATATATCCAATACTTCCATCATTTAAAATTATTTTATACTCATGTAATCCATCTCTAAAATCTACCCCAAAAACATTCATTAAATCTTTTTCAAATGTTTGAGCATCTTGTCTTTCATCTCCATTATTTTTTCTCCAAGTATTTTGAAAAGCAATCGCTCTAGTTTCTATTTCTGACCAAGTTAACATCAAATCACCCTATTTTTAAATAATCGTTTGTTTTTATTAAATCACAATCTTTCAATGATAAATTTTACCTAATTAAAATATTACAGTAATTAATCAACAAATGCTGTAACTGCAGCTTTTCTAACAAATTTTGCTAATTTATATTCTCTTTTACTTCCATTTAATTCATTTCCATTTTCATCTTTTAATAATTCTTTAATTTCTTCATCTCCATAAACTCCTATATATCTTTTAAGAAATTCCTTCCCCTTTTCATTTAATTTTAGTCCTTTTTTTTCAAATAATTCATCCACTGTTTCATCTGTATATTGAATCTGATATCTGCCTGATTCATTCCAATCTTGTCTTTTCATATATTCTTTCATATGTTGATCTATCTTATAATTTTTCTTCTCTTGTTTTTTCCATTTTTTAAATTCAATAAGATCTTTATAACTTATGCTTAAATAATTTACATAATTTTCTAGTTCTTTAATACCCTTTTTAGAAATCTCCGACAAATCTATTATTTGTCTCCTTTTTCCTTTCCATATAATTAACATATTTTTTTCTTCTAATAATTCTTTAGGAGCCGGATAGACTACCTCAATGTTATCTGCTTCATCTATAAAACCAACCATTTTATATAATATTTTATAATCAATCTCTAGAGTATTTGCTATATCTTTCAATAAAAAAGGATTTATTTTTTGAATTTTACCGTTTTCTAAATTAGAAATAACAGAGCTAGTTATCCCAACTATATCTGCTAGTTCATTAACGCCATATTTTTTAGAACATTTGTTAGTTCTCAAATCTTTTATATATTCTCCTAATTTTTCTCTTCTTTCTTTAGGAATAATGTATTTGCTATTGTTAGAATCACTCATAATAAATCCTCCCTACTTATTTTTATTTAAAAATACATCTTAAATAAAATATAACATAAAAAACAATTTTTTACTATAAAAAATAATATTTGACACATTGGAAAAAAGATGATAGTATTCTCTTATAAGATAAAGTTAGTATGCTTATACTTATTTTTAATTGAAAATAAATATATAAGGAGGTTTGTATATGGCAAATAATATTCAATTTTTAACTGCAAAAGATGTCAGTGAAATACTAAGTATTTCAAAAAGTTCAGCATATAGGATTATTAAACAACTTAATATTGAATTAAAAAAACAAAATAAAATAATAATTTCTGGTAAAATAAGCAGACGTTATTTCGAAGAAAAAATGTATTTATAGGAGGAAATATGGCTATTTCAAAAGATAAAAAAACTGGTAAATATTATACATCTTTTTATTATACTGACCATGATGGAACAAGAAAAAGAAAGAAAAAGGAAGGATTTATAAGAAAAAAAGATGCCGAAGAATATACAAAAAATTTTTTAGAAAAAAAGAAAACCAATAATATAATGAGTTTTTGTAATTTATTAGAATTATATTTAGAAGATGCCCGTGCAAATGTGAGGTATTCAACATTAAAAAATAAGGAATATATTATAACAACTCATATACTTCCTTTTTTTAAAAATTATAACATCTATGAAATTGATCCATTAGCAATTAGAAATTGGCAAAATAGTTTAAAAATCAAAAAATATAGCGATACTTATTTAAGAACTATTAATAACCAACTTAATGCTATTTTAAATTATGGGGAACGTTTTTATAAACTAAATGATAATCCTATAAAAAAAGTTAGTAAAATGGGAAAAAAACATGCTAATACTATGAATTTTTGGACTTTAGAAGAATTTGAGCTTTTTGAAAGTTTTATAAAGGATGACTATACTTTATACACTATAACAAATTTACTATTTTATACTGGTATTAGAAAAGGAGAATTATTAGCTTTAACAGGCGAAAATATAGATTTTGACAAAAAATAAATGTATATAACTCATTCATACCAAAGAATTGATAAAAAAGATATAATAACCTTACCTAAAACAGAAAAAAGTAAAAGAACTATAACTCTTCCAGACTTTTTATGTAATATTCTCAAAGAATATATAAGTAGGCTCTATGATTATAAACCAAATTTAAGGCTATTTTATCTCGATAAATATACTTTATTTAGAAAAATAAATACAATTATCAATGAACATAATTTAAAAAAAATAAGAATTCATGATTTTAGACACTCACACGTTGCTTTATTAATTTCAATGAATTTAAATATTCTCGAAATAGCAGAACGTTTAGGACATGATAACCCACAAACTACATTAAGAACATATGGACATCTATATCCAGATAAACAACATGAAATAGCAAGGCTTTTAAATGAAAAAAAGAAATGAAATGGTACAATTATGGTACGTGAAAATAAAAAGAAGGTGTGAAAGCCCTCTTATTTTGAAGGTTTCACACCATTTTAAAACTTATTCCCATTCGACAAATTAAACTTTTATACTGTGTTTATTGCCTTTTTTTATTTGTTTTTTGATTATGAAATTTTACTTTTTATATCATTTTTTACCGTTTTTTTCTTCTTTTGTTGCCAAAATGTTGCCATGACTTTTATTAAGAACTCTTAGTAACTTGGAGCTTGCTTCTTCATATAAATGAGTATAAGTATTTAAAGTAGTTTCTATTTTTTCATGTCCTAATCTTTGAGAGATTGTTAAAGGATCAATTCCAGATTGAAAAAGAAAACTAGCATGTGAGTGCCTAAGGTCATGAACTCTTATTCTTTTTATTTCAGCTTTTTTAGAATATGTCTTTATATCGTGTTCAAATATATACTTTGTATGATTAAATAATCTAGTTTCTGGAGTAGCATTATATAATTTGCTTATGTACTCTTTTATTATTATAGCTAAATTATCAGTAATGTCAATTTTTCTTTTACTTTTTGGTGTTTTAGGCTCTGTTATAACATCTTTACCATTTATTCTCTGGTAAGATTTATTAATATTTATTTTTTTATTTTCAAAATCTATGTCTTTGATTGAAAGTGCTAGTAGTTCTCCTATTCTTAAACCACACCAAAATAAAATATTGAAACCTGTATATTGTACTGGTTTATGTTTCAGTTCATAAATAAATTTGTTAAATTCTTCAACTGTCCATATTTTCATTTCATCAGCATGCTTTTTTCCGATACTACCAGCTTTATGACAAGGATTTTCTTTCATACTATGATATTTAACTGCATAGTTGAATATTGCAACAAGTTGATTATTAATTGATTTTATGTAAGTTTGTGAATAACTTTCTCCTGTCTTATTTTTATATTCCAATAAACCATTTTGCCATTTTCTAATAGTAACAGGGGTTATTTTATCTAAAGTTAATTTTTGGAAAAAAGGAAGTATTTTTACTTCAATTATATGCTTTTTACTTAATATTGTATTTTCTTTTAACCTGCTTCTCATATCTTCTATGTATAGTTCATAAAGGCTTTGAAATGTCATAGTATTATTAAAAGAACTTTTGGCCAAAAACTCTCTTTCATATTCCAGAGCTTCTCTTCTAGTTTTAAATCCTCTTTTTTGCCCTTGTTTTACATTTCCTTGATAATCTTTATAACGAAAAAGGCACCTCCAAGTGCCTCTTTCTTCTTTATACACTGACATTGTTTCCTCCTTCTATACCTAATCTTTTAAGAAGATAACTTTTATTTATTCTTCCTCTCATAGTGATATATCCTTTTTCTTCTAGTTCATTGTTTAGTTCTCTCATTATTTTATAAGCTTTTCCAGTTTTAACTTTACATAATTGTGCTACTTCTTCAACAGTAATTATTTCATTCATATTCTTTACCTCCCTACTTCAAATATTTCTCTTTTCTTTTTTCAATTTTTGCTCTCCACCTAATTATATCTTCAATTACTATAGTTCCTTCTTCTATATAGATGGGATAAAAGAGAAATACCTGCTTGTACATTGTCTAAAGCTTCATCACATAGTTTTTTTCTTTGTTCTATAATTAATTTAATTTCTTGATTAGAGGATAAAAGATATTTTTTTACCACTTCTTCAAGCTCGTTATTTTCTTCTTTTGTTTTTTCATAATGTTTTTCAAGTGAAACTGGTATTTTTCCAAAGTCAAAGGTAAATATCTGTAATAAAGCATTTTCTAGTATTTTTCTATCATTTTTCATTTTCAACCTCTAATTCTTTCATTATCTTTTTAAAAGCATTTTTATTGTATTCATAACAGGTTCCTTTTAATGCGCATTTAATATGTTCTTTTCTGATTTTATAATTTTCTTTAGCTTTCATTAATTGTCGTTCTCTGCATTTTTTCCAACATTCCATATATAAGTATACATATTTTTCACGTTGCATTCTGATTAGAGTTCTTCCAAGAGAATGTTTTTTAATTTTTTCACCACTGGAAAGTTTATATAGTGTTTTTGTTGTTTGAATTACTTCCACAATTTCAATTTTATATCTGCTAAAATCAAATCTTATTATTTTCATTTTTAAAGCTCCTTTTTATTTTTCTTTTCATCCATTCCCAAAAGCTTAATCTAATTCCTGAATAATTATTATAGATATTTCCATATTTTTTTATTTTCATATTCTACCCCTAAATTTCCCTTATTTTGATATCTTTAAATTTAATTTTAGTATTTTTTAAGTGCTTATAAAGAATGGCCCTTATAGTATCAGTATCGGTTTTATTACCAAAAGTTTTAGAAACATTATTTAAAATATTGTCTAATGTTGTTTTTTCTTTTTCTTTAGTTAGGAAAAAAGGATTATTATTTTTATCTAAAAGAGTTACATTGTATTCTTTATTACTTAATCTTAAAATAGGCATTGTATTCTCCTTTTCTAAATTAATTATTATTTTTCCCATTTTTAATAAAATTGGGAAAGATTAAATAAAGATTCTTTACTATTTATTTTTCTTAGTTCATCAGCTTTGTTCTTAAAATTTCTATAAAATTCTGTTTTGGAAATACTAAGTTTTTTTATTAGTGTATTATTGTCAATTCTCCAATCAATCCGACATAGCCTTTCCAGTTCAGCCATTTTCTTTATTCTTTTTCTGCTAGATTTTTTGTAGGTTATTCCTGTCTTTCTTTGTTTCATATATAGCCTCTCTAAAAAGTCCATAATATCTATTTTTACCATTTGCATTCAAGCCATCCAGAATTTCTCTTGCTTCCTCTATATTTTTTACAGTTCCAATTATTTCTTTATCTGCAAATCTTTTTATTTCAAGTTTAAATATCATGTTATTCTCCTAGTTTATTTTTTATATTTTTGTAGACAAGTAGGGAAATATTCACATTTTTGGCATTTTTCACTATTGGTATCAAATTTATGGTTATTATCTTTAGTATAAATTTCACTAACAATAATATTTTCAGCTTGGAATGTACTTTCTGCTACTCTTTCTCCAGTTAAAAAACTAAATAGATCAGCAGTCAAAATTTGACCGATTTTTTCAGCATTAGTTGGTAAAACTTTAAAATTAACTTCAGTTGCTAATTCTATTCCTTTATCAGTTAGTTCAAATTCGAATGTTGCTTTAAATTTTTTATTCTCCATATTTTTATTCTCCTTTTGTTATAAGTTTAAATTTTATTTTTCTTTCTGGTTTGTAATACTTTTTTATTCCCTCTAAGATTTTGTTTATTACCTCTTTGTTTTTAGCACTAACAATTGTTTCTGTTCCTTTTAAGATAGAGTGCATATTATCTCTCCAACATCTTTATTAAGATTTTTGTAAGTTCCCTAGTAGCTCTTATATCTGCTAATGCATCATGAGCATTCTCCAGTTTTATATCAAAATGATTACACCATGTTATCAGCTTATTATTTTCTAATATAGGTAATCTATCAACAAATTGTAGGGCCTGTATCACTGCTAGAGTGTCAAACATCAATTTGAAGTTAATCCAACTTCCTAGATATTTATTACCAAGTCTTACATAGAACTCATAAAGTTTTTGGAAGTCAAATTTTATATTTTGACCCACAAGGATAAATTTGTCATTTCTATCAAATCTATCACAGTATTTTTCAAATATGCTTTCGATTTCCTCAAATGCTTTTTTAGGCTCTTGATAGCTATTTATAATATCCAATGTCATTCCTGTTACTTCTAAAGCTTTTTCGCTTATATCAGCGTTTTTATGTGGTTTACATCTAATATTAAATTCTTTTTTTACTTCTCCATCAATTTCTATAATTCCTGCGAACTGGATTACTGCCGAATTGGCAGTAGTTCCAGTTGTTTCTGTGTCTAAATATAGTATTTTCATTATTTTAATTCTCCTTTTCCAGTATTTTGTTTATTTTCTTCTTGTTTTTTAGTTTCTTCTGCTTTAATTTCTGGTTTTTCTTCCTTATTTTCTTTATTTTCTTTTAAATCTTTTAATTCTTTATAAACCTTTTTACATTTTGTTAAAGAAATTTTTGGTAATGCTTTTATATTTTCTCTTTCCATTATATTTATAAGTTCCTCATTCATTTCGAGAGCAGATATAGCTTTTAAAGCTTCCTCTTTTCTCTCAATAATATTTTGACAAATTTTTTTAATATTAGTTATTATGTCACTGGCTTGAGTTGTTGTTAATTCAGACATAGATTTAATATTGTAATCTTTAAATATGCTACATTCTAAATCAGTTTTGACAATATTCATTTCATTGGCAACAGAGAAAATTTTACTTAGTTGATTTTGAGTAGCCAGTTTAGGTTCCTCTTTTTTTCCATTTCCATTTTGTTTTCTAGGATTGTTTAAAGGCTCGTTTTCTATACTATCTACAATATCACTTTCAGCGATTTCATAGGCTCCCATATACATGTATCTTCTCATATATGTATAAGTTGCCCCTAGCTCTTGTATTGGATTCATTCTCGCACCTTTTCTAACCATTATGCATTCAGCACTTTTAGTTTTAAAGGTTACCGAGCTGCCATCTTCAACATCTATTATTTCTAAAACTGCGGTTTCATTGTCATTTGTTAGGTTAAATAAAGAAACAAGCCCTATTTCAAAATTCACTTTGTTTATAGCTGGCATAAAGTCTGCTAATTCAAAGTATCTGTAATTGTCATAAGTATTTGTTCCCGTCATTACAAGATTAGTTTCTTGTACTTTCATTCTGGCCATTGCCAGTTTTTTCCAAACTCCTTTAATCTCTCCCATTTCCAATTCCTCCTATTATGTATATAATTTTTTTAGCTCTATATGCATTTTTTTTAACAATTCTTTTTCTCTTGTATAATCTCTCAAGCAGTAATCATAATCATTTTCTAGTTTTTCTTCTTCTGTTACTTGCTTGTATTTATTTTTTAACCATTTATAACTATCTTTAGCTATTAAAGATACTATTTTCCTTTTAATTCCTTCAGGAAGAGTGGAATTTCTGACTTCTCCATTTCCCACATCCACACTTCCTGTTTTTCCAGAGTTATATTTTATTAGAATAGAAATTATATTTGTTGTGTAGTTTGCAGCAGATATATTTACTATTTCCATACATCAAACCTCTTATTCTTCCCATTTTAATTGTCTTTCTACTTCTCTAAAAAATTCACCACAAAAAAGATCTTCTTCCTCGCTTGTGTCTATTTTTAAATCTTCTTCTTCTGGTGGCTGATAATAATTTCCAACTTCTCTCATTGTGCATCACTTCCAATGTGTAATTTATTTGTATCTTTAAGCAAAGATATATTTTTAGGAACATATGGTTTTTTCTTCATTTTAGGTGGCAGAGTACTTTTTAAAACTGTTTCCACATCTGCATGTTTTAATTTTCTAGTAGTTTTAGTTTTATCTACCACAAGGCTAATTCTATTTTTTTCTTTATCAAACTGGATGTCGTTTATAAAGGCCGAGTGTTTCTCTTGTCTTTTTGTTATGTATAAGTTATCGACATCTAAGTCTCCATATTGTTCCTGCAACTCTGTTAAAAGAGCTATAAAGTCAGAAGTTTTTCTTATTATCTTCTTTTTTATTGCCATTTTTTACCTCCCTGCTATCCATAAAACAAATATATATATCATGGCCCATGCTAGACCTAAAAAAACAAATCCTTCCATTATATCAAGCCTGCCTTTCTTGCAGAGTTAGGCTCAATATTCAACAGTTTTCCTACTCTCTGAAAAGCCTCATTTAAAGATTTTGCTGTTATTGTTCTTAATACTCCGTTTTTATCTTTAAATATGCATACACACATTCCATTTATAAATTTAATTTTCATATTTCACCCCTTGAAATTTTATATTTTTTTATGCTATACTTATTAAGTAGGAAGCGTTCACATCTTCCTTAGATGTAATATGTATTAAATAGACTTTTTTTCAGGCATTAACTCTCGTAAGAGAGTTTTTGCTTTTTTAACTTTTTATGTTATAATATGCTTGAAAATCCCTTAGGGGTATTTCAATAAGTTATAGAGCTGCCCTCACAAGAGGGCTTTTGTTTTATTGACTTTTTGTATATTTATGCTATAATATATTTGAAAGTCCCTTAAGGGCACTTGAGTTGATATAAAAAATGCTATGATATAGGCACTCTCTTGCAGGGTGCTTATTTCATGCTTACAAGTTATTAGCATTTCTTGTAAGCAGTAGATATATCAACTCAAGGAGGTACTATTATGTACATTTATGTCAACACGCTTTCTATTAATGGAGGGATTGCAATTGCTTTCTTCATTTTAGTTTGGTGGTGGTATAAAAACAGATAGTAACCTCAGCCCTTCGGGGCTTTTTTTAGTCCTCCCAAACTGCTATTTCTTCTAAATTTTTACTGAGTTCTCCACATTCTGAACAAACAAAATGGTCAACGGCATAGTCTAAGCTATAATCATCTAATATACTTATAGAACCATCTTTATCAGGATATCCCCAACCATTATCAATAGTTCCAGAAACATCACCAGTTATTTTGCTACCACACTTCTTACATATCTGCATATTTTCCTCCTCTTTTTAATTTCTTAATAATTTTGCAATAACGCAATAAATATTTTAAAAAAATAATAGTTTTAGAGGTGATTTATCTCTTAGAATTTTATTTTATAATTTATTATAACATTTAAAATGCAATAACGCAATAGTTTTTTTTGTGTTTTCGCAAATTTTGAAATATAATTATGTATAATAATGAGGAGGAGTACTATGAATGAAAAAAATAAAGAAATTGGGAATTTATTGAAAACTAAGCGAAAAGAATTGGGGTATAGTTTAGAAGATATTCAATTGATTTTAAAAAAAGATTTTAATATAGAACTAGATAGTAGTAATATTTCAAGATATGAAAATGGAACTGTAAAAAATATGAATGCTGCATATTTAAGAGCATTATGTAAAGCTAATAATATAAATTATGTTTCCGTTTTTAAAGAGTTAGGGTATATAGATCCAGATGACAAAAGAATTGATGGGCTTGATAAAAAAGGAATGACACAATATGAAAAAGCTATGAATGAAGCAGTTATGTTTTTCAATGATGAAAGGATAGAAGAAGAAGATAAACAAAAATTAATGTTGGCATTAAATGAAATATTTTTCAGAAGTAAAGAAATAAATAAAGAAAAATATAAAAAAAAGAATAAAGAAGATTTGAAATCAAAAAATTAGCATGTGAGGCCTATGAAAAATATAAAAAAGAGGGTAAAAAATTTAATAAAAAAATATGGAACGAGCAATCCATATAAATTATGTAAATATTTGAATATAGAAATTTTTTATATGGATTTAGGAAATGTGAAAGGGATTTACAAAAAAACTTTAACAAATAAATTTATAATAATAAATGAGAATTTAACCAAATTTTCTCAAACGATTGTTTTAGTTCATGAATTAGGACATGCAATTTTACATGATTCACGAGAAATGCAAGCATTAAAAGATTATGATTTATTCCCCAAATATACAACTAAAATAGAGATTGAGGCTAATATATTTACTTCTGAGCTTATGTATGATGAGAATATAGAAGATTATGAATATGATTTAGATATAGATATAAAAATTTTAGAGCAATTAAGAGAACTAAGAAATTTATAGAGACTCAATTTACTGGAATATATAAGAAAGATTATGAAGGGGATGAAATAACCAGAGAAACAGTTGAAAAAGACGGGAGTGTAAAAATTACAGTTTTTTTATACTGTAATGAAGATGGGCTATAAATCGTTTTTTATGATAAAAGAACAGCTATATTATATTGATTTTCTCCTGTAAGTGTGTTAGAATTCACACAACGGTTCTAAAGATTCTAGGAGGGAAAATGAATAAGGAAAAATTAGAAAAAATAAAAAATATTTTAAAAACATACAGAAATACAAAAAAATATTCCAATGAAGAAATGGCAAAATATTTTGGAGTTAAAAGAAGTACAATGGTAGGTTATATTCAAAAAAATAGAGATATTTCAAAAGTATTTTTAAATAAATTTATCAAAGAAGAAGATGTTAGTAATGAAGATAAGAAAACGATTCTTAATTACTTGGGAATTCAAGCTGATAAGAATAAATTTAGCGATAATGTTGAGATTAAATTAAATGAAATCTTATCTTTATTATATAAAAAAGAACTTTCAAAAGAGGATGATGTTACAAAAAAATGGGAAGTAACTATTGATTTAAGAGAAAAAAGAAAAGAATTGGAAGAATTAGAAAGAAAAATAAAACTAAAGCGATTTGAATATGAAAAACTGGAAAGAACTTCTGGGGCAAGAAGTAAAATAACTTGGGCATGTATAGATATCCAAAAATTCAACAGCGAAAAAATAACAGAAATAATAAATATTTTAGGAATAATAGATGTAGAAAGCAGAAAAAAGGCATATCCAGCTTTAAAACAGCTCCATATTCATCTGGAGTCTTTTTCTGAAAACATAAAAAAAGTTATAAAAGAATTAGAAATAATTTCTATAAAATAAAAAATGGAGGTTAATATATGGACATTTACAGCAAATACAATATAAGTATACCCAAAAGAAAGATAACTGAATTAGATGTTGATGACCAAATAAAAGTATTGACATTTAGAACAGGTAAAATAGTTCCTAGGGTTCTTAAAGATTTGGATGAATATTTGAAAAAATTTGGAGGAAGAAAAGTTTCCTTGTTATACAAAGGGAAAAAAGATAAAAGGGAAAATTATAAAATGAGAGAATATGTTTCTGAGTATGGTGAATATTTTGATGAAATAGAAGGGAACATAATAGAAGTTTTAGAAGATATTTTAGAACAAATTATTGATGACATGAATAAATATGACAAAAATTTAGATAGAAAGAACGATTTTTTTGATACCTTGGATAGTTTTATAGGAGGAAAATTTATATTTATAATTGGGATAATATCTTTAGGAGAGTTTTTAATAAAGAAGTATGGTTATATAAAAAATGGAAGATATTTGGGGGAAGTTTTAAAAGCTAAGGCTGACTTAAAAAATAAAATAACTGATGTTTTCAAAAAGATGAATCAAGGATATTATACAAAAGAGGAGGCTAACGAACTTTTCAAAGAAATGATAGAGAAAAAGGTGTATGAACAAACAAAGATAGATGCTGAATTATACGAAGAAATTAAAATTGAAGATGATTTGAGCAGGATATGTGAAGACGATAGCATTGATATGCTTATTTTTGATATGGTAGACAAAGTAAGATTGAAAGCTACAAAACAAGAAAGATTCCCAGAAATGAAAGTGATTAAATAAAAATAGAGTCTTATCAAACTCAAAAATAATCCTTTACAAAATTTCACACTTTAACTGGTGTGATTTTTTTTATAAAAAAGAGATTTACTTTTTTAGTAAATCTCTTATTTCAAATATTTTTTCAATTCTTGATAAAAGTTCTCTCTTGTACCAGCAAGGATAAAAATTATAACTTCACCATCTTCTATTTTCAGTGTATAGGCGAGTTCATAGTTGGTTTTATTATAATATATATCATAACTGTATATACCAGCTAAATCTCCACTTTTTAGACTTCCCACTGTATAATCTGAAACAATTAAATCAATAGCCATTTTATACCTTTCTTTTAACTGTTTATCTTTTATCTTTTTAAAATATTTTACTATTGCAGGAGAATATTTTATATCCACTAAAAATCATCTCCAAAAATATCTTTAGTAGTCACAGTATTTGTTTCAGCTTCTTTTATTATCTCTTTTAAAGCTGGTTTTATTTTAGCAGTTCTTAGTCTGAATTCTTTTAATAGTTCTTCTCCCTCATATCCTTCCATTATCAAATCTTCGAGCAATAAATCAGAAAAATTGAAGTTATCTTCCCTTAAAGGCGTGATAATCAAAGAGTTTCCATCAGTTCTGATTTTTGCTTCCTTTCCAAAACCTAAGAATTCCATCAGTTTATTTGGAATAGTTATTTGATTTTTAGATGAAATAGATATAGTCTTATTCATTTCTAAAATGTTAGTTGACATTTTAAAACCTCCTTTTATTTTTACTTCTTGGTTTCTTGGTTATATTATACATTAATTTTTAGTTTATGTCAAAAATAGTTAAATTTTTTATGTAAAAATATTGCGTTATTGCAAATAAAGTGCTATCATAAATTAAAGGAGGTAATTCTATGGTTAAAATAAAAATAAATTCATATAGCGATTTAAAAGCTATTGCAGCTTTAAAAGGAATAAAATTACAAACGGAATTGCCTGAAATGCTAGGTTATAAAAGCAGGTGGGGTTTAAAATTAGCAATGGAAAATCCTGTTAAAAAGAAAATTATTATAGAAAAGGCAAAAAAAATTTTATAAAGATAATTTTTTTGGCTTTTTCTTTGCAAAAACGCAATAAAACAAAAAATTGAAAATTATTAAAACTGTATACAAAAAGGGAGAAAGGAGGTGAGAGAGTGGAAAATTATGAAGAACAAATGGAGAAACCATCAAAAGAAAAATTGAGGATTGCAGAAGAAAGTTTAGAAATTGCCAAACAATATAGGAAAAGTGTTCATATAAGCTTAGCAATTTCAAGTTTCTCGCTAGTTTTTGCAATTACTGTTTTAATATATAAGTTATTTTTTGAATAAGGCAATTATGGCCACAAGTAAAGAAAAAAGGAGAGAAATGATATCTAAAAGCCATATTTATAATCATGATGAAACTGCAAAGTTTATTGAGATACCTGAACATTTAGGGCTACTAACAGTAGATAGAAGTAGAAAAACTGGAAGGGTGCTTATAGATGATGAAATGGTAGAGATAATTAAAATACTATGGAATAAATATAGAATAGGAACTGTAGGATGTTGTAAAGGCTATAAGGAAAATAAGACATTGAAAGATAATATAGCATGGATACAAATTGGTTCTAAGTGGAGTGAGAGAGAATATCCTAAATGGATGATAGAGGTTTTAATAAGAGAAACTATGAAAGCTGTAGACAAAGAAGCTAAATTTCCTATATTGCTATATGATCCTAGATGTGTGCCTTGTTACACTCCAAAAGGATACTTAACAGAAAAGCATTATGAGGAATTAGTAAGATCAGGATATGAAATTGATATTCCGATAGAAGTTATTAAATTTTAAAAGGGAGATATAATCTCCCCTTACTTGAAGTGTTACTTTGTGTGAGATTGGTTACAACAATAATAGCAACCATCAGCATTTGAATATCCGTTTCTCTTAGCATAACTTATTGCAGTTGAAGGATAATCGAAGTCTCCTAAATAAACTATATTAGGATATTTAGTAGGATTAGCATAATCGCAAGATGATTTATGCACTTCATGAGTTTCTTTATTAATATAGAATATAGACATGAATACACACCTCCTTTCTTTTATAAATTGTAGTAGCAAACATATTATAACTTTTCGGAGAAATAAAATCAAGTTAAACATAGAAATAGTGGTTATTTTGACTAAGTAAAGGTATTTATAATATGAGATTAATAATTAGATAGAATAAATAAAAAAAGCCCGAGTGGGCTTAACTAAGTGATTTTCAGAAATGTCCGTCTCTGAAAAATGAGTAAAAACTAATGAACATCGAGGGAACGAAGTTCAATCTTATTTTATCAAAATATACAAAATATGTCAACAATATACTTGAAATATATTTTTTATTTGGAAATTACTGAATATAGGCAATTATCTAATTATTTTTTCATATCTAAAACAAATAATTTTTTTATATGAAATAAACATTTGAATTTTAGGTAAGTCAAAAAATATTCCCTTGTCTGCTAATGTAAAATATTTTTCATTAGGCTTTAGTACTAAATTGATATTACAGTAAGGTTCATGAGAATTTTTTAAGAAGAAATTGTAGCTAACTTCAATGTTAAAACCATCTTTTAATTTTTTTTCAAAAGTTTTTTTCATAAAATGCTCCTTAGTATAAATAAATTTTATGATTAAATAACAAAATTTGTAATTATTAATAATATTATAACATAAAAAAATGATTTTTATTTTATATCTGTTCATCATAACAAAGCCGATAGATCTTAGTTATGGTGGACAGATACAAAGTAAAAATAGAGAGGATCTATCGGCAGTGGTCCTCTTCTGAAAGGAGGAATAATGAGGGATTTAAGAGAAAAGGATTGGTTTTGGTTGGACAATGCTCTAATAGACAGAACTGATTTGAATTTATATGAAAAAATGCTGTATGCTTGTTTAGCAAGGCATACAGGAAAAAAAGAATATGCTTATCCAGCATTAGAAACTTTAGCCAGAGAACTAGGGATAAAGGATACTAGAACAATAGTAAAATATACAAAATCTTTAGCTGATAAAGGTTTAGTTGTAATAGAAAAATTAAAAGGTAAATCTAATAGATATTATTTAAAAAATGTAGAAAAAGTACCTACACTGGATGTACCTAGTAATAAAGAAGTAGATACATCAGAAGTACCTACATTTGATGTACCTACTACATCAGATGCATCTACACTACCTACATCCCATGTACCTAGTGGTACCTACATGGGATGTATCTCGAAGAAAACTAATATTAAGAATACTAATAAAGAAACTACTACTAAGTTAGATAATATAAATAAGATAGACCCTAGTAGTAGTTCTTTAGAAATTTTAGAAAAAGATAAAATAAAGCAAATAAAATCTGCTTTACAAATGCACGGAATAAGTGTAGGCACTTGTAAAAATATAATGGAGCTTGTTTATTCTGGAGATATAAACTTAGAAAGAATTAAGGCAGTATTAACCATGGCTCCCTTAAAAAAATGGAAAGAAGGAGCTATATACCAAGCTTTAAAAGAAAATTGGAGTGTAGAAATAAAGTCCTATAATATTGAAAAGCCAAAAACTATTTTAGAAGAAAAAGCAAGAAAAGTCATAAATCAGACCTTAGAAGCTAAGGAAAAAAGAGATAGAACTGTTGAAAAGTTGAAGCAAATATTCGAAACTTTACCAGAACATAAAAAGAAATATTTGGAAGAAAAAGCTGAAAGAATGGCAAAAGAAAAATATCCAGATAACATTTACAAAATAATGGCAAGGACAGAAAGTATATACAAAGTCATTAAAGAATATTTGGAAGAAAAAGAGGTGGAAGATGATTAAATTATTTAAATATTTGTATTTAATGCCATGTGTTTTTTTATGGATATATATCCTTGCTTATCCACTAATTAAGAAAATTTTTAAACTTAATCTTAAAAGCGAATATGCAAGAAAAGAGTATTTTAAAATGCTTATTACAAGTATAACGCCATTTATAAATATATTAGCACTATATTTAGCAATTGAGGAAGATATAGAAGCATTTAAGGAGAGGAGTAAAAAATGATGGAACAAAAAACATTAATGCCACAAGAGAGAAAAAGAAAGTTTTATAGTGAAACAGATTTTTTAAGAGTAGAAGTGAGAAAATTAGCGGCAGAATTAAAAATTGAAATAAAAAATAGTGGAAGATTAACAAAAGCAGAATGCAGGGAAATATTGGAGAAGCTCAATAGAACTAAATTCAATAGAGAAAAAGGGCTTTTAAGAAAATTATTTTCATATTTTTATTAATCAATAAACTGGATATAATGCATAAAATATAAAGGAGGAAATAAAATGGCAAAGAAAAGAGACAAATTTTATGGCGAGGTAGATTTTTTAAGACATCAGTTAAGAGAATTAGCAGCGGAAACAGGAACAGTGATAAAAGATACAAATTTCATGAAAAAAGAAGAATGTAAAGGAAAAATTAAAGAACTTTACAAAAGAGAATTAAAAAAAGAAATAGATCAAGAAACAAAAGAAACTATTGAAAAACTTAAAAAAGAACTAGCAGATAGAAATAATCAGATTACAACATTACAAAAAGAGAAAGTAGAGTTGGAAAATGCAAAGAATGACTATCTAAAAGAAATAATTGCTAAAACAGAATTGATTAAAACTCATGAAAAAGAAATAAAAGGTCTGCAAGAAATAAATCATGCAAATGATAAAACAATAAAGAATAATATAGAAAAATTAGAGGCAAATGAAAAGGAACTGCAAGAAAAAAAAAGAGAAATAGCAGAACTTCAATCAGAAATAAAGGCAGTGGAATTATCTTTGAAAAAACTTGAAGAAATAAATAAAAATAAAACTGAAATAATAGAAAGCATTAAAAAAGAATTGGAGCAATTAAAAAATAGAAAATGGTATCATTATCTTTTTAATTTCTTTAAAATATAGGTTTTTAGGACATTCATTTTTTAATGAGTGTCTTATAAAACTTATAAAAAGGAGAAGTGATTAAATGGGATTAGAAACACAAATTCAAACAGCAATTATATATTTGTTGTCATTTTATGAAAATCAAGGGAAATTATTTTTTAATAGAATGAATAATATACCTACTCCGATAAAAGATAGAGTAACAGGGAAAACAGTTGGGTATAGAAAATTATCTACAGGAGCAAAAAAGGGAATTCCTGATATATGGGTAATAAAAGATGGTAAAACAATAGGGTTAGAAGTAAAAGCACCTAAGGGAACACAGCAAAAGGAACAAAAGGATATTGAGGAAAGATTTAAAAGAAATGGGGCTGAATATTATATAGTAAAATCAGTAGAGGATGTTAAAAAAGTATTGAATTTGAAGTAAGTATAGAGGTGAAAATATGACAAACGAGGATAAATTAGATATATTAGTTGAGAAAATAAAAAAAAGAGAAATAGAAAAAGGCTTTGTTAAGATAAAAATAAATAGAAATGGAGAGGTAGGAAATATAACAATAGAAAAAGATTTTGAAGGAATGTGAGAATATTGAAAAATGAAAAAAGTTATAATATAATAAAATCATATTAATAATGTTTTGGAGGATGACTTTATGAAAAAATTTTTATGCCTTTTATTTATTTTATTTAGTGGGAATATATTTGCATGGGAAGTTAAAGAAATTGTAGATGAATTTAGAGAACCTACTGGCAAGATTAGAATACTCCAATTTGATAATAAAAAAACTTCTTACTTATTCGTAGAAAAAGATAAAGAGGATTTAATTATGGGGTTTATAACGGGATATATTGGTGGAAAGGGAGAAAATGGGACATCTAATATAAAAATTAAAATTGATAATAACGCTCCTGTTTCAAGTATAGGAAAAGTGTCAAAACAAGGAAATAGAGTAGTAGATTTTTTGACTCCAAAGCTTTTAGAGCAAATGAAAAAAGGAAGGGTAATGAAAGTGGTTATAGAAAAATATAATGATGACACTATATTTCTAATATTTGAACTAAATGGTTTTTCAGAAGCATTGGAAAAATTATATAACTAAAATAAATCCTTTTTTAAACTAGAAGAGAATGGAAGATTAATAGTTGCAGAAGAAGATTAAATATAGTAGAATATAAAAAAATAAATAATAACCAGTTTGGCGACCGTAATGGGTGGATTGGATTAATTACAGATGAAAGTCTGTAGTTTTTCTAGTCCACCTTTTTTTACTTGACTGATAAAAATAAAAAGAGCCTTTGTAGGCTCAAAAACTGTATCAAAACATCATTTCTGGGGAAAGATGTAATTAATTATAACATAAATAAGTAAAAAAACATAGAGAAATATAATAAAGAGGTGGTGATGTGGCAAGGATAAGAGACCCAGCAAGAGATAAAGCTAAAGAGCTATATCTAAATAATAAAGATATTACAAATAGAGAGATAGCAAATATCTTAAAAATAGATGAAAAGAAGGTAGCAACTTGGAAATATAGAGATAAATGGGAATGTAATACAGAAGAAAAAAAGAATGTAGTACAACAAAATAAAAAGTGTAGTACTACAAAACCAAAAGAAGAAAAAAAAGCTTTAATTTCTAGCGAAGATAAAGACTATGAATGGGTAGATGAAGAGGACGGATTGACTGATAAACAGAGACTTTTCTGTCATTATTATATGCAATCTTTGAACGCTTTTCAAGCAGCTATAAAGGCAGAATATAGTCCAAGCTATGCAAGAGTTGATGTATATCGTCTCCTAGAAAATCCTAGCATAAAAAAATATTTAGAGAAATTAAAAGAGCAGCAAAGACAAAAATTTCTAATTTCACAAGAAAGAATATTAAATAGACATATTCAGGTGGCTTTGAGCGATATAAATGAGTATTTCAATGAAGATGGTAGCCCTAAACCTATAACTCATACAGATGGAACTTTAATCAAAAAAATGAAGATAGTAGAGAATGATAAGGGGAAAAGTGTAGAAATAGAATTAATAGAAAAATGTAAATCTTTAGATTTTCTTACACGATATTTAGGATTAGAAAGTGAAGATAAAGACAATAAAATCGTTACTTTTATTAATGAGGTGAGAAAAAAGAATGGATTGTAAAGGCTATATAGAAGAGAGGAAGAGACTCTGGAATAAAACAAATGACATAGAAGTGGACCAAGAATGGAGAAAAGCTTCTTGGTATGAACTTATAGATAACAAAGAAACCTTTAAAGAGTTATTAGAAAATCCATGGTATTTAATGGAAATGCACTTTTGTGTTATAGATAAAGAGTTCAATGAGGTTCCTTTTTTTCTTAATGAAGTGCAAAATGACTTCTTAAACAATATTTTATTACCATTAGTATACAAACAAAATAAAAAAGAGATAGAGCAAATAAAAATTAAGATTCTAAAAGGTAGACAACAAGGATTTACAACCTTGATAACTGCTTTTCAAGAGTGCCTAATGCTTACGCAAGAAGGATTTAGGGGCTTTACTATGGCACATGATAATGATGCAACCAATTCTATATTTTCTGACATAGCAAAAGGATTCTTTGATGGACTAATAGATGAAATAAAAGAAAAACCAAAGCGTTCTAATGCAAGAGAACTCATATTTGCAGGAAATAACAGTGCATGGAGAGTAGCAACAGCAGGGAGTAAAGGAGCAGGAAGAGGAAAGAAATTAAAAATGCTTCATAACTCTGAAAAGGCATTCTGGAAAGACATGAGAAAAAATGCTGCTGCAATATCCCAAGCATTGACTAAATACTCTATTGAAATTGATGAGACCACAGCCAATGGCTACAATGAATTCAAAGATGATTGGGATTCTATCAAAGAGGGGAAAAGTAAATGGATAGGAGTTTTCTATGAATGGTATAGAACATTTGAATATAGGAAGTCTTTCAAGGGTGTTGAGTATACAGAAGAAGAGTTCAAAGCAGCAATAGAAAAAGAAGAGAGATTCAAGGGAGTAGACACAAAATTTATGAAACTTCTAAAATCCCTCATGAATGAAACTAAGTTAGATATAAAACAAATACATTGGTATTTTGATAAACGCCTTGAATTAAAAGAAGATGTATATCAAGAATATCCTTGTACAGATGAAATGGCGTTTTTACATTCTGGAAGGCCTTATTTTGATATAGAGCTATTAGATATTCTTATTAATCAAAATAAAAATATTGAGTTTATAAGCAAGTATAATGGTGAAATAGAAATTTTTGAAGAGCCACAAAAGAATGTAGAGTATATAATTGGCTCTGACGTAGCTGAGGGTTTAGAACTTGGGGATAGCTCCACATTCTTCATACTAAGGGCTGATACAATGACAGAGGTTGCAAATGGAGAATATAAAGTAAAGCCTGATGAACATGGGTTGTTGTTGGAGCACTGGGGCAAAAAATACAACAATGCTTTTATAGGAGTAGAAAGAAACAATCATGGACATTCCACATTAAATACTTTAATTAATACTTGCAAATATCCATATATCTATATAGAGAAAACGCTAGATAAAAGATATAACAAAGAAACAGAGAAGCCGGGATGGAGTACAAATCCTACATCAAAGTACATTATGCTTGATGATTTAGATACAGCTATAAGGAATGAAGAGATAACTATAAAATCAGTTAGGACTTTAAAGCAGATGCGGGAAATTCAAAAAGAAGATGGAAAAGTCAACACAAATGGGAAGGATAGAGTAATAGCAGTAGCTATAGCTTACCAAATGCACAAATTAAAACCTAAAGCCCCTATTGTAATGAAAAAGCCAAAAGGATTCTAGGAGGTGATAAAAATTTTAATTCATGAAGAAATTATGAAAAATATAGATGAATATATTTTGCAACATCAAGAAAAGATAAAAAATGTGGCTAAATACAGAAAGTTCTTTAAAAATCAAGTTGGAAAGCATTATAAAAAAAGAATTATAAAAAATTTGAGACTAAAAGATGAAGTAGCAAGATGGCTGAATCCTGATGGAACAATAACAATAGGAGGAGTAATAACTGATGAGATAACAATAGATGACATCATAGTGGAAAGCACTTTGCCAAAGGCAGCAGTAAATACTTTAAAAACATATAGTGTGGGAGAAGCTCCATATATTGATATTGATGTTACAAATACAAAAAAAGACTGGAAAAAAGATTTTGAAATAAGAGAAAACATTCGTGGAAAGACTAAACAGCTTGTGGAAGAAGCACTTGTTACTGGAAACGCCTTTGTTAAAGTGGAAAAGGGAGATAATAACAAAGCAGAAGTAATAGTTTTACCAGTGGAGAATGTAATAATCATTCCAGATCCTAATAATATATCAAAAGTAGCAGGCTACATATATTTTTGTGAATTGGAAAAAGAAACATCTGATGGCAAAAATACAAAATATAAATATATAGAAATTTATCAATTAGATGGTAAAGTTTTTGTTTATAACGGAATAGATGATAAAGAGCCTACAGAAGTTGACCCAACAACTAACGAAATAAATCTGCACCATGTGAGTGGAATTGAAAGGGAAGGTTTGTATGGGAAATCTATTTTTGAAGGGTTAGAAACAACTTTTTTGGAAATTGTAATAAGGCTTACATCCAATAGCTATTTATTTAATAAGATAAATAATCCTAATATGGTGGGCTCTGGTGGGATGGCAGCATTAAATAGAGAAACAGGAGAAAAAGAGGTGAAAAGTGGGACATATACTGATTTTGAAATGCCAGAACAAGCAAATTCAGTACGATATGTGGAGCCTCCAACTTCTCATGTTACGGCTATTTATGAACACTTAAAAATCAATATGCAGAATGCTTACTCTCAATTAGGAGTTAATGAAATAGCATTAGGGCTAAGTAGAGAAGGAAATACAGCAAGTGGAGAAGCTTTTAAAAAGGCTATAACCTCAACATTAAATAAATGCAGAGATATTACAACTAATCTCTATGCTCCTTTATATAACATATATAAACAAGCTTATTTAATAGAGGAAAAAGCAACTTTAAGCCTTGATATTATTTTTAAAGATGGAATTAGCCTTTCAGAAAAAGAAGAATTAGAAAATGAAGCTATACAAGTTACAAATAAATTATTGTCTAGAAAATCTATTCTTCTCAAAAGAGGCTTTACAGAAAAAGAAGCAGAAAAAGAACTGGAAAGAATAATGGAAGAGGAAGAAAAGCTTTTTGGTACAATTAGTGAAACTTTAGAAGAAAAGGACCTAGACTAATATGGCTAAAAAGAATGAAAGAAACCATTTAATAAAACTGTATGAGGAAGCATTAAAAAACCTTATATATAAATTTGAAAAACTTTTAAAAGAAGGGAGAAAAGTTGATTATGAAACTTATCTGTTAAAAGAATTAAAAAAATCTTTTGAGGAAATTAAGGAACAGAAAAAAATCATACAAATGACTTTGAATGATGAATATTTGAATAGAAAAATAGCTGAAATAGAAAAAGCTATAAGAATTGCAAATGTAGATATGAAATACAACTATAAACAGTTTACCAAGATAGATACTGAAAATATTATAGAATTGTATGGAGTTTTTAATGAAAGGACTAATAGGGCAGCAAAGGGAATAGGTAAACAGATACAAAAGTTCTTTACAGAAGAGCAGCAAAAGGCAACAAGTGAATTAAATAGTTTTGTTAGAGATGAACTTGTTTCAAGGGAGCTGGGAAAAAGTAAAAAAGAAGCAATAGCAAGTTTGACTGAAAAACTAAGAGATAATTTATATTTTATTTTGAGAACAGATACAGGAAAGCTATTGAAAATGTCTTTACCAGCTTATGCAAAAATGAACTTGAATACAATGTTTCAACAAGCCAAAAACGCAGCAACAATACAAGCAGTTAAGGAAACAAAAAGTAATCTTGTAAGATTTTCTCGGCATTACTGGACTTGTGAAACATGTGCCAAGTATGCAGAAGGGCGGATTTATAGCTTAGATAGAAGAATAAAAAAATATCCATATTTATATGATATTCCGGGCTTTAATATGGGCTATAAAAGTATCCATCCTAACTGTAAACATCTTTTATCTGGTTATTATGAAGAAGGCCATAATCAAAAAGAGATAGAAGAGAATAAAAAGCTATCAAATAATCAATCAGACACTAGAAGTTCAGAAATGATTAAAAAATATGAAATGAAACAAGAAATAAACAGACTTGAAAGAGTTAAAAACAGTATAAATGCCAAGCTACAGACTTTACGGGGTGTAAATCTCACGGAGGAAGAAAGAGGCATGATATCTGTTTTAAATAGAAGAAAAAAAGAGATAATAAAAAAAATCAATTCTTTGAGAGATAATTTTAGGGGATTGTAGGAGGAAAAAATGACAATACAAGAAATACTAGCATTAATAGGACAAAACAAAGATAATCCAGAGCTTATAACAGGCCTTGTAGCATTAAATTTAGTAGCAACTAAAGAGACAATAAAGGAGGTAGAAGCAAAATATACAGATGATGGGGTAATGGAATATTTATCAAAAACACAATCTTTATCAGATAAGATTTTCAATGAGAATGTCAAAAAGTTTTTATCAAAAAAATTAGGAAAAGACATAAAAGAGATTAAAGATGAAGATCTGGGACTAGAACTTATTCCAAAATCTAGTTTAACAGAACAAACAGGAAAATATCAAGGAAAGATTAAAGAATATGAAATATCAAAAGCTTTAGGAGATAAAGCAGACCTTTTGAAACCACACCTAGACATGAATAAAATCACAATAGGTGATGATTTTACTGTAAAAGGGGTAGATGAACAAGTAACAGCTTTGAAAACAAAATTCCCTATGCTCTTTGAAGTTAAGGAAGATAAAAAAGAAGATAAGCCGGGAGGAACAGGACAAAAAGGTGGAGGAATATTGACACTACAAGAACAGTTAAAGGCAGCAGAAAAGAAGGCTTTAGAAACAGGAAGTGCAAAAGATAGAGCAGCATATCAAGATTTAAAAATGAAGATAGAAAATGGAGGAGATGAATAATGAAAACAATGAGATCATTAAGAAAAAAATACAAATTTATGGGAATACAAGTATTTGCAGGTGGAGGAACTACTAATCAAATAAATACACCAAATCAACTAATTTCAGCAGATATTTCAGATGAATTAAATTTGATAAATGCCAGTGTTTCCCCAATAGTATCACATATTTTGAGAGGTGGAAGAAAAACACCAACAACATCAACAACAATAGAATGGATAGATTCTTATATTAGAAAAACAGATACTGTATTAAGTGCAAACATAGGAGATAGTGATACTACTTTGACTGTGGCACATGAAGAAGTTCTAGTAAAAGATTCTTTACTGGCAATAGAAGAAGAAGTTGTATATGTAACAGCAGTTTCAGGAGCTACTGCAACAGTAACAAGAGGATATGGATCAACAACAAAAGTAGCACATAATAAAGGAGTAGAAATCAAAAATATGGGAATCTTTATGGAAGAAGGGGGAGAACTTAAACCTTCAACTGTAAAATTACCAGTAAACATAGAAAATAAGACTGGGATTATATATGAACAGTTTGAAGTGACAGAATCGGCAAAACATACATATATTCAAGGACAAAACGGGCTTTCAGCATATCAAATGGAAAGTATGAAAAAGAAAGAAGAACTATTGAGCATAATTGAAAATAAAATATTAAATTCTGTTAAGTTTGTATCAGGAATGTCAAGAAATAATGATGGGGTAAAAGCATTAATCAGACAACATGGAATAGTAGTTGATGCAGAAGGAGCAGAGCTTACAAAAGCATTTATTGATAAGGTTGTAAAACAAATTATAGATGCAGGTGGAGGTAATGACCTTGCAGCAGGAAAATATTTTATTGTAGCAGCATATGACCAAGTTAATAGAATAGATAATTTTAACAAGGATACTATAAGAACATCACAAGATGAGAAAGTAACAGGAACGAAAATCACTCAAATTGTTACTACTGGAGGAACTTTAAATGTTTTCCATGCAAATTCTTTAAATAGGGATGAAGCTTTGATAATGAACTTAGAAGAATTAGAAATGAAAGAGTTATATCCTCTTAAAGAAGAGATAGGAGCAAAAACAAAGTTAGCAGATAATTATTTTATCCATGGAGAATTTTCTGTAAAACTAGGAAAATGCCCTTGTCAAATGTGGGTTAAAAATTTAAAGGCATAATTTTTGGAGGTACTGAATGAGTAATGTTTTAGAAGAATTGAAAGAGAAAAGCAAAGAAGAGACAAAAGAGGAAGTTATAGAAGAAAAGAGAGAAGGTTTTATATTCAAATCTAAAGTTCCTAATTTGTATCTTTATGTTATGGATATAAGATTTAGAAAAGGGGAATATGTGACAACAGATGAAAAAGAAGCAAAAGCTTTAAGGAAGATAGCAGGAATAGAAGAGGTTAAAAAATGATACTAGTAAAAGGAATAAATTCTTATATTACAGTAGAGGAAGCAGAGGAATTATTGAAGCTTGAAAAACCAGAAGAGGCAGAAAAGTTTAGAAACCTTGATACTAAAGTTAAGGAATATAACTTAATAAAGGCAACTTCTAAAATAGAAAGCCTAAATATTCCAAGAGAAGAGAGGGAAGAAGGATTAATATTCCCTCTTCCTTATCAAAAAGGAGTAATTCCACTTGAAGTAAAGCTTTGTTGTATATTAGAGGCCTTGTATATGGCAACAAATCAAATAACAATAGAATTAGAAAAATTCAAGTCTGGAATAATTGCACAAAGCGAGAAAACAGCTTCTGTGACATTTGATATAAGTATGATAAATAAATACAAAGAGATTCCTTTTGTAAATCTTGAAGCTTATAAACTTATTGAAAACTATGTGAGTAAATCATATAGAATAAGATAATTCCCATTTTTAATAAAAATGGGAAAGGAGGCAATCTAAATGAGTTTAAGAAGAATGTTAGGTTATAACATTGATAAAATAACAGTTTGGGAAGAAATAGAGGGCTTAAAAGATGAAGATGGAATACCAACAAAGATATGGAAAAAGAATATATTTAATGGAAGGTGGGAAAATTCTATAAAAATTATAAGAAATATGGCAGGTGACAGTATATCTTCTACAGCAAATGTAATAATTCCTATTCTTCTTGATGTAAAGAAAAATATTCTTATAGAAAATGGAGAAAGCAAGGAAGAAAAACCAAGCATAGAGGCAAGAAAAATAATGACTATGGAAGAAATAACAAGGATAGGTAAACCATCATTGGAGTGGATTTATTATGTCTAATATAAAAAGTAAAATAGATGCAGCAGTAGCAAGAGGTTTGAATAAATTTGGAGAACATTTAAAGAGTGAAATTTTAGATATCACTCCACTAGATACAGGAGAACTGAGAAGAAGTATATATGTAAAAAAAGCTACTGAAGGAAATCTAGCTGTAGAAATTGGAAGTAGTGGAGCAATAGCCTCTTACAATGTTTATGTACATGAAATCCCATTCACAAATTATACAACAGCAGGAACAGGCTATAAGTTCATAGAAAGACCTTTTGAAAAAGAAAAACATAAAATAAAAGACTTTATCAAAGCAGAGGTTAGAAAATGAAAATAAGAGAAATAGTAAGGGCAATAAATAGTTTAGAATTAGGAATAACAGCTATATACGGATATTCTGATACTAAAGAAAATGGCATATACGTAATAGATACTTTGGTAAAAGATATTACAAAGCACAATAAAGAAGAAAGGATTCAAATTCTTATTTGTATGACAAAAGTTGAAAATTCTTATTTGAAAATAAGAGAACTAGCCGAAAAAATCAAAAAGAAGCTAGATGAAATGGGGTGTTATGGTATTTCAATGCATTATGTAGGGGAATATCAGAATAAACACAATTATTCTATTAATTTAAGTATAGGAGGAATATAAAATGGTAAACATAAAAGAAGTAGTTCATAACAGTAAGGAAAGATTTTTAGAAGTACAGCCTAATGGGGCAGGACTTTATATTGGAATGCAGGCATATAAAGCCATAAAAGATGAAAGTGAGTATACTGATTCAATGAAAGTAATAATTCCTAAGATGGAATTATTGGAAGGAAGTATATCTGGGACAACTTTTACAATTACAACAGGAACAGCAGAAGTAATATCAGCTCCTAAAAATATTGTAGTAGCTCTGTTTGATAAATCTGAGTTAGACACATTAGCGACTGCTGAAAATTTTAGAGGAATGGCAAATCCTAATTTAGTTGAAATTGTAAAAGTAACTGCTACAACAGCAAGTACAATAACATTAGCAAATGAGCCAAGAAATACATCATTTACAAGTGCAATTTTACTAGAAAATGATGGATATATTGATGTAGCACAGATAACAGACTTTACATCAACAGAGCAGCAAGCAGAAATAAATACTAATAATAAGCATTCAAATGGGTATGAAAGTGCAATAGGGGGGCTTAAAACTTCCAGTATAGATGGAATACAAGGGTATTATCACCCAGATTTTCCATCAGTAGCAACTTTGAACTTTGCCTTTGATGGAGAATATACTGTAAAGGCTAGACATGGAGCTTTAAAACAGAAAAATACTCCGTATATAGAGGGAGTGTATAAAGTAACAGAATTTACACATTCAGGAACTCTTGATGGAGGAAGTGCTTTAAGTTATACAGCAAGTTTAAAGCTTCAATCAGGAATGATAGAAAAGAAAGTTTTTACAAAATAAGAGCAAAGGGGAGTAATCCCCTTTATCCTTATTCCTTTAAATGAGAATAATTTTTGATTTAAGAGAATAAGAGGAGGAAATATGAAATTAAAAATAAATGAAATAGAATATAAATTAAAACTAAATTTAAGAGCAAGGATGAAGCTTATAAAATATTATCCAGATGAAACGGGAATGTTTGAAAAAGCAATTCAGGGAGATATAGAGGCAATAACAAGAATAATATATTCTTCTTTACAAGAATATAGTTTTTCTTATGAGGACTTTTTAAAGAGTTATCCAGATATAAAAGAGAGCTATGAGGCATTATATAAAATGCTTCAGAAATTAATAGATGAGGCAGGAAACCCATTTGAGCTGTCTAGTAATAGAAATACTCATGAAGAAAAAAGAGAGCCTGTTAAAACAGATTTTAGAGAATTAATAATAACTTTAATGAGTAAAGGTTATAAACAGGAAGAAGTTCTGGATATGACTTATTGGGATATCAATCTAGTATTTGAGGCAGATTATAAAAAGCTTGAAAGAGAAGTTTTTCATACAAACGCTTTAATAAATACAATGGCTGGCATAATGGGAAGTAAGGAAACAATAGATATTCTAGGAAGAAAAAAGAAAGAAGAATATAGAGATTATTCTATGTTTGATAAAGTAAGTGAATTGCTAAACAAAAAGAAATAAATAAAAAAGGAACATTGGAAAATAAATATATCTGAGGTTGCTAATCTTTTTTTTATAAGGTATACTAAAAAGAAAAAGGTGATTAGATGAAGAAAATATTATTATTGTTTATCATTATTTCAAGCTTTGCTTTTGGAGAATGGAAAACCTATGAAATAGGAGAGTTTAGAACTATTGAATTTGAAGAAAATTTCAGAATAACTTATTATAAAAATGAAATTATAGGATCAAGTATCGTTGTTGAAGATAAAAAAGAATTTGAAAGAATATCACATACTTTTAATGAAGATTATGGGCCAGCGAATAATTTACCTTTTATTGCAAATGTATATGTTGAATTTAAAATAGATGATAATGAAGAACTGCTATTTAAGACTTATCCAAAAGGAAAGTATGATAATAGGTTAATAAACTTAGATTTATATTATAAAAAGAATATGAAGCTGGAAGAAACAGAGAAAATTCAACTTTTAATAGAACAAATGAAAAAAGGGAAAACATTAAAAATAATTATCCATAAAGGAAAAAATAAAATAGAAAAAAAATATGAATTGGAAGTAGTGAATAATAAAAATATGAAAGTTAATTCAACCTATAATGATATTAAAAAGGAAAAACTAGAAAAAGATATCAAAAGATTAGAAGAAGAAGAAATCGTTTTAGGTAGAAAAAACAAGGGTTTTGGAGTACAAGAAATAGTAACAATTAAGGAATTAGAAGCTAATCCTAGTGGGAATGAAATGCAAAAACTTAAAGATAAAGGCCTTCAATGTGTTGGCTTAACACAAAGTAAAATAATGGAATTAAGTAAGATGAGAAATCAACTTAAAAAAATGGAAGAATTATAGGAAAAATTAAAAAGGCATAAAATTACCTCAGATAATATTGATCTGGGGTTTTTTATTTACAAAAAATAAGGAGTTGAAAAATGCAGGAAGATATAAAAATTATAGTAACAGCAGATACTGCACAAGCAGAAAAACAAATAGATAAGATGGATGGCAAAGAAGTTGAAGTAAAGGCAAAGCTTAAAGTACCTAAAAATCATTTGCAAGAAGTAAAAAATGAAGTAGATCTTTTAGGAAAAAAAGTTGCTGATATAAAAATGAATAAAAAAGCCTTTTCTCCAGAAGATATTAAAATTTTAAAGGCAGAAATAGAAGCAGCAGCTCTAAAAGCAAAGGCCATTTATTTTGGAGAGGGTAGCAGAAGTGCCAAAGAAATGGTAGATAGATTAAAAGAGATGCATAAGGCTTTAGCAGAAGGAAAGAAACAGGTAAAAGAAACAAATCAAATTTTTGGAAGTATGGATGTAATGATTGGAAGCCTAAAAGCTAAAATTATTGCAAGTATAGTAAATACACTTAAACAAGGAGTAGCAGAAGGAGCAAAACTTACAGGGCAGTTAGAATATGCAACAGAAAAAACCAGAACTATTTCAACAGCAAACAGAGGGATAATAAACAGTGAAGTAGATAGAATAGGAAAAAAGTTTGGCACTGATTATAGGGAAGTATCAGAAGGGCTTTATCAGGTAGTAAGTGCAATAGGAGACGTTCATAAAAAGTATGCTTTATTGGAAACATCAAATAAGCTAGCAATAACAGGATTTTCATCTGTAAATGAATCTGTAGATGGACTGACAACTGTTTTAAATGCTTATAATTTAGAAATAGAAGAAGCAGACAGAATAGCAAATATATTTGTAAGAACGCAGAAAGTAGGAAAACTTACAGTACAGGAATTTCAGCAGCAATTATATAGAACTGTTCCAGTAGCAAAGGAATTAGGAATAAGTGTGGATGAAATAGGGGCATCTATTGCATTACTTACAGCAAAAGGAAGCAAGGCCGAAGTAGCACAAACACAGATGGCAAGCTTTATGTATGAGCTGTTAGATACTGCAAGTGATGTAAACAAGCTTTTTACTAGATTAGCAGGGCAAAGCATAGATACATATATGAAAAATGGAGGAAATCTTGAAGGAATTTTAAGGACCTTAAAAGAATACTCTAATCAATCTGGCTTTAAAGTAGAAAGCTTATTTGGAAGAAAAGAGGCCAAAAGTTATTGGTTAAGTATAGGAAATGACATAAAAGGATATTTAGAAAAGTTAAATGCAATAAATGATCCTTTTAATGAATTAGAAAGAAATGTAGATAATCTAATGGCTACAATGGAGAAAAGAATAGAAAGAGGAGCTAGATATTGGGATGACTTCAAAATGGCTATTGGAGCAGGAGCACTTGAAATAGTGGCTTCTATTGGAGATATAGCAACAGGCCATGATAAAGAAACAGTGGCCAGAAAAAAAGCAAATATAGAAATGGAAAATAATATAAAAATATTGGAAGAACTTGGAAGAAAAAGTGATAAAACAAAAGAAGAACAAGAAAAACTGAATGAAGCTTTAAAAGTATTAGAAGTATTAGCCCCAGAGATAGCAGAAGCTTATAAAAGATGGACTAAAGAAGGTGGAAACTATGCAGAAGTACTTTCTTTGATAAAACAAAGACAAACAGAGGTTAATAATTCATTTAAGGAAATAAGCTATAAAGAAGCTAAAAAAGAAAAAGAAGATTTAGAAAAACAAATAAAGAGATTGGAAAATGAAGAAATAGTTTTAGGTAGAAAAAATAAAGGATTTGGAGTAATTGAAGCAGTGACTGTAAAAGAACTAGAAAAAAATCCTGATGGGCTTGAAATGAAAAAACTCCAAGAAAAAGGCTTTGAATATGCATCAGAGGCACAAAGTAAACTGATATTATTAAAAAAATTAAAAGAACAACAAAAAGAGGCGGAAAAAACATTAGCAGAAAAAGAAAAAGAGATAGTAAATTTTGGAAAGAGTGGAGAAGGTAAGAAAACTCCAGAAGAAAATAAAATAAAAAAAGAGACAGCAAAGTTATTAGAAAGCAATAAAAAAATATATGAAGAAAACTTAAAAAAATTATCAGAAAATGATAGTAAATCTCGTGAAATGTTGAATAAGGCATACCTTAATAATGAGGAAAGAATAAAAAAACAAGGCCAAATAAAAGAATATGAGCAAGAAAGAATAGAACTTGAAATTAGTCTTGGTAACGGAGATACAAACAAAGAAGAAATAGAAAATAAAATCAAAGAAATTGATTTGAAAATAGATGAATTAAGAAAAAATATAAATATTGGAGAGTTTAAAACTAAACAACAAATTGAGAATGATACTTCAAGAGAACTTATAAAGGCACAAAAAAGGTATTCTGAAAAGTTAAATAAATTATCTAATACAGATTTTGTAGGAAAAGAAAGGCTAGATAATTTATATAAAAATGAAACTGAAAAGATAAAAAAACAAGGAGAATTAGAGAAATACAGATTAGAAAAAAGTGATTTGGAAAAGAGCATAGCTAATGAAATGGATATTGGGAAAATAACAGAAGCTAAAAGTGAAATAGATAAAATTTCTTTGAAAATACAAGACCTTGAAGGAGAAATCGGAATAGCTGATGCAGAAAATAGAATAGATAATGCTAAAAAATCAGAAGATGAAAGAAAAAAAGCAGAAGAAAAAGCGAAAAAAGAGATAGAAAAAAAGAATAAATCAGAACAACTTAAAATTGATACTGAATATAATAAAAAAATGCTTGAAGCAACTGAAAAATATAATAAAAATATGGCAGCTCTTAAAGAAAAAGGAACTAAAGAAGAAATAGAAGCAGTAAAGAAGGCTTATGAAAAGGCTAAAAGAGATATAGAGACAGAAAAGAAGATAAAAACTTTAGAAAATAAAAAAGAAAATACTTTTTATTCTACTGACACAGAAAAAAAGGTAAATGCTGAAGCTATAACATCTGAAATAGCTTTAACAATGGCAAATGCAGAAAAAGAAGAAGCGGACCAAGAGGCAAAGGAAGCACAAGAAAAAAATACCAAAGCTCTTGAAAATATGAGTAATAATTTGAAAAATTTAGCTAATATGTTTCAAGTTATTGGAGATAATACAAGCAGTCAATCATTGAAAAATATTTCTAATATAGCAAATATAGGAAGCACTATTTTTGATACTTTAAAGGGAACGGAACAAGGAGCCAACCTTTTAACAAAAGTTTTTGGAAGTGGAGCAATTCCGGGCTTTAAGGATTTTAGTATGGGAGCAGGTATAGGTAGTGCTATTTCTGGAGCCTTAGGAGGCGGAGCGGAGGGAAATATTGGAAGTATGATAGGAAGTGGAATAGGAACAGCAGTAGGCGGACCAGTAGGAAGCATAGTGGGTGGAGCTATTGGAAGCGTTGGAGGTAGCCTGTTTGGAAGAAAGAGCAAAAAGAAGAAAAAGAGAGAAGAGAAAAGGAGAAAAGAAGCACAGGAAAGATTAAAAAAAGGACTTATATCAGGCCAATACAAATGGGCTGATGTGGTAGAGGCATATAATGAAGATTTAGCTAGATTAGGTGCAGGGAGCTATATTAATTTATATGATAGAGTACAGGCAAATACTAATTATGACACTAACCTTTCTACTTTAGAAGCTGCTAAAGTGGGACATGATGGTGTAAGTATGACTACTCTAAAACAATTAATGCCACAATATAGTGAACAACAAATAATAGACTGGTTTAAATCAATAACAGGTGGAGCAGTTTTAAATGGAGATACACTAAGCACAGGAGAGGGAAAATATGGTGCAATAGATATAACAGCTCTTGCACAGCAAGTAACAAATGTAAATAGAGAAGTTGAAAAATCTTTAAAAGAGACTATAAAAGGAATTATAGATTTTTCAGCAGACAGTTTGGCACAGGTTGTTAAAAATGGATTCTTTGATGGATTAGATGACCTTGGAAATAATCTTGAAAAAATGTTGGCCAACAGTTTAAAAAATGCCTTTATCAATACAGAGATATCAAAAGCTTTATTCAATGGAATGTCTGACAAGGTATCTGAAATAGTAAAGGATATGTTTAGAAAGGATGCTAATCTTGGTATTCAACTTGAAACAGGAAATTTAGAAAATTTAACACTTACACAATATATAGAGCTTATTAAAAAATATATGGAAGCTTCAAATGAGAAATTAGAAGATCTATTCAAGGAATTAGGAATGAATTTGGATAACTTAACAAATAGTGTGGATAGCTTAAATAAGAATATGAGTAAGAATACAGTTCAAGGAATGGCAACAAATTTATGGAAGTATAATGCAGGCCAAAAAGTAACAACAGAATTTAATGGAACTTTTGAGATTCCAATAATGCTTGATGGACAAGTATTGGACAAGAGAATTATCAAAGTAACAAGTGATAGTATGAGAAAGGCAAGGAGGAATAAATTTTAATGAGAACTGAAATTATACAGGCAGACAACAGCGACCATACAATAACAATAATAAAAGAAAATGAAAATATAACAATAAAATTTGACTTTAATCTCAGTCCTTCCCTTGCTCCAAGATTTACCCTTCCTTTATGGGCTATGGGAAGAGAAGAGGAATATGAATTTCAGGGCGGTTTTGAATTAAAACCAGATGATACAGGAACAAGAGATGTAGTATATAATCTTTTAGCAAGAATAAGAGGATATAGAGAACTTATATTTGTTTGTAAAACAGCAGATAAATATAAAGGACAATTTGAATATATTTCACAGGCTTTAAAAGACACTGGAATAATTATGAATGGAATAAGACTGAATTGTATAGCAAATATAGGAAATACAAACTTTGTCACTATGATGGATGCAGTAAGAAACCATCAAGGAGATTTAATTGTTTCAACTACTTTTGATACTAAAAGAAAAAGAACTTTTAATTTAACAACTGTTCCTTTGACAGATATTGAATATAGATTATATCCAGATGTTTATTGTAATACAATAGAAGAATTTGAAAAAGTTCTCTATAAAGATATAGGAGGATATAAAACACTCACAGTAAGAGGAAGAGACTATGTGGTTATTCTAAAAGATGAAGTAAGCGAAAGTTCTCAAGTAGCAGTGATTGATGGAAAAGTAAGAGATTGCAAAGTGTATTCTTTCAGTTTAGAGGAGGTATAAGGTGAGAAGATTTTTACTTAAATATGAACTCTTGAATAATGAAGGACTATGGCAAGAATTTACAGAGCAGGTAGTAGGAACTACAACTATAAACCTTGGAAATATTGCAGAGGTAGGAAGTGAAGATTTTGGAATAGACAGTTTAAAAAAATTTGCTAATCTTACTATTCATAATGCTAAAAATAAAAAACTTACAACAGGGCCTATTTTATCAACTAATCAATTTCAGCTAGGTAGGAGGGTAAGAATAAAAGTAAGAACAGCAAAATCTACAAATCATTACAATTTAAGTCAAACTGGAGAAGATAAAGCTTATATTCTTTTAAAAAATATAAAAAGAGTGGAAGAAATAGAACTTACAAGCATATATGATGGAGTAACTGCCCTTACTCCATCAGAAGCAAATTTGAATATAGAGAATACCTCACAAATGGCAAGTGGATTATATGTGTATTTTAATAGAGTAGTAAAGCCATATGAAAAAGTAGGTTTTTTAGTAATCACAACAGCAAGTGACTTGGATGCAGACAGAGTAGAATTTGAAGGAACAGGGGCAAGAGAATATTTTATACCAAATGTTGATCCAGATGTTGTAGAGCTTTTAGGATATTATAAATACTCGTATTTACCATGGGCTATTGGATATTTTTCAAGAAATTATTTTTCCGATACTTATGGGGTAGAATATTTATATTTTGCTAAAGAGGATGATCCAGAAAATTTTCCATATTATATAGAAAGCGTTACTAGGGAAAATGGCGGAATAAGAATTAGATTAAATACAGAATTTCCAGTAAATCAAAGAATGGTAGTAGGGTTATTCTTTAATGCTGCTGAAGACATAATCATATTTGATGGAAAAATAAAAAGATATGAAGGGATAGGATATCATAATGTATCACTTGAATGTCAAGACTTCTCATATGATCTTGATGTTATGGCAATAAATAAGACATATTCTAAAGGGATTACATTTGAAGCAACAATAGAACAGATACTTAAAGATAATAACAGAGCAGATATAGAATTTCTATATGACCCTACTAATACAGCTACGCTTACAGAAGATTATATAGTTGAAGATGTAACTATATGGGATTCTATACAGAAATTAGCTTTAACAAAAGGTTGGAGCCTGTATTTTAGATATGACAGAACTAAAAATAAACAAGTATTAATATTTGAAGATACTATATCAGCAAGTTATATAACCTATCAACTTCTAAAAGGTGAAGTAATTGGAGAGTTTACCTATACGGGAGACTTAACAAGAGTTAGAAATATTGTAACAGTAATATATAAAGATCATAATGATGGTAACAAAGTAAAAACAATAGAAATAAAAGATGATGATTCAATACTTAGATATAGAGAAAATAGATTGACTTTGGGCCTTGATGTAACTGAAAAGGTTATAACTACAAATGATATGGCCATGAGAATGGCTACTCAAGCTTTAAAAGATTTAAAAGACCCAGTAGTCAATTATACAATAGAAACCACTTTAATGCCTAAATTAAAGCTTAATGACGAATTGTGGTATATTCATGAGAATTTAACAGAAAGGCCTTTATTTTTAAGAGCTTATTCTATTGAACATGCAATTTCTGTAGATGATGCAGGCGAATTACAATGCACTACCACAATAACAGGTGGAGGAAAAATTCAATATAAACTTAATGAGTGGCTATATAATGATAGCAAAGTCCAAGAAGATAAAGAAATAATAATAGTTTAAGGAGGAAAAATGGCACTTGATAAGAGCAGATTAGATGAAATAGCAACAGTGATAGCATTGATGTATGACCCAGAGGTTTACTCAAAATTAAGAACAGAAATAAATAAACCTATGGCAGATGTACCAGCAGGGCATGCTTTAAATATTAACTGGGATAATATAGTGAATTCTTATAAGATAATAAAAGATTTTTTAAAAGAGACTCTATATAAAGAGGATATGTCAATGGAGAATGTAGGAAATAAGGTTGTACAGAGGGGAGCAAGTGGAGGTATTAAAGTAGGAGATATCTATACAACAACTACTTTCAATAGTGGTGCTATTCCTACAAATTGTGGTATAGCTTATAAGGATTCTGACGGAATGATTAAGTATACTAATAATTTTGCAGAATTTAGAAAATTAACAAATACAATATCAAGAGATGAAATGAATGTTGTTGAAAAAGTAGATACTAATGGAAGTTTTCAAATGAGAGGCGGAACAAGAACAATAACTTTAAATGAAAAAGCTAAAAAATATAGAGTATTAATGATAAAAGCTGGAGGCTCTACAATGGATATTCATTTTATGCTTTTATTAGCAAATCAAACAATAAAAGCCAGAGACCATGACAGAAATGGTGGAGGAGAAATTCACATAACATGGGATGGGGGTACAAATGTAAGAGTAACACATCTTACACATAGAGACGGATTAACAGGACAAGTAGATGGAGTTTGGGGGGTGTTATAATGAAAAAAGGGAATATAGCTTTAGAAATAAATGCAGGAGTAATAGAAGGGCCAAGGGGCCTTTCTATAAAAGAAATAAGATATAAAGAAACTCTGACAAATGGGAATAATATATATCAGGTAATTTTAGAAAATAATGTGGTAATTGGAGAAATAGAATGTAAAAAAGGGGATAAAGGAGATAAAGGGGAAAAGGGAGATACAGGAAAAGGAATTTTAGCAGTAGTAAAAACGCAAAAAATAGGACTTATGAATTACTTTGAAATTCAATATACAGATGGTAGCACTTGGGAGTTTGCCATAGAGGATGGAGAAAGTGCATATGATTTAGCAGTAAAAAAAGGTTTTGAAGGAACAGAAGAAGAATGGCTGTTATCTCTTATAGGACCAAGAGGAAAATCGTTGGAATTTCACTGGAATGGTACTCAACTTGGGATAAGAGTAGAGGGAGAAACTACCTATACTTATACAGAATTAAAAGGAGAAAAGGGAGATAAAGGAGATACAGGAAAGGCCTTTTATATAGCAAAGACATATTCTAGTGTAGGGGAAATGCAGGCAGATTTTAATAATAATACTGTTAAAACTGGGGAATATGTAATTATTTCCAGTACAGATGGAGATAATGGAAAAATATTTGAGAAGAAAGAGAGCAACTTTGAATTTATAGTTCAAATGGGAAGTTCTGGAGGTGAAAGCAAATATTTATTTGTAGATGAAAAAAATAATAAAATTGCTATATCTAATATGGATAAATCAAAGTTTGAGGCTTTAGGAAGAGCAGAAAATATTATAGGAATAAATGCAGGAGGAGGAACAGGAGGGTATAATGCTGTATTAGGATCTGAAATCTTAAAAAGAAATGTAACAGGAAGAGGGAATGTAGGAATAGGATATGGAGTAATGCAGGAAAATACTGAAGGTTCTTACAATGTGGGAATAGGGTATGGAGTATTAAACGGGAGTATAGCAAGCTCATATAATATAGGAATTGGAATGTATGCAGGCAATAGTATTATATCAGGAAGATATAATATAGCAATTGGATATAGAGCTTTGTGTAAAAATACAGGACAAGGAAATTACGGAAGTATAGCAATAGGGAAAAGTGCCTTAGATGAGAATACAACAGGATACCAGAATGTTGCTATAGGTGAGAGTGCTTTAGAATATAATAAAACAGGAACAAGCAATGTAGCTATTGGAACAAATGCCTTACGCTATGGGGATTATGGAAACACAATTGGAATTGGCTACGATGTAGCAGTAACAGGAAATAGTCAAGCTCAAATTGGAAATTCCAGTGTAACTGTTTATTGTTATGGGGCAGTGCAAAACAGATCTGACCAAAGGGATAAGACAGATATACAAGATACAAAATTAGGGTTAGATTTTATATTAAAGTTAAGGCCACGTGAATTCAGATGGGATTATAGAGAAGACTATATCAATCAAAAAGCAAAAGAGAAAGAACTTGGAGATATTGAAAATCTTAAAATAACTGAAAAAGAAAAGAAAAAAAAGAGAGATGAAATATTAAAAAAATATTCTTTGGAAAATGTAGTAAAAGATGGCAAACAAAAAGGATGGAGGCTCCATCAAGGTTTTATAGCACAGGAAGTATTCCAAGTTATGAGAGAACTTGGGGTAGATTTTGGAGGATACCAAGATCATTCTATTAATGGAGGAAGAGATGTATTAAGTTTGGGATATGAAGAATTTATATCTGTAATAGTAAAGGGAATACAAGAGCAACAAAAACAGATAGAAGAATTAAAAAGTAAAATAGAAAAATTGGAGGGAAAAATAAATGTATAA

Protein sequences of DBSCAN-SWA_2

>NZ_AP017968|1483053:1527293|1499180_1499834_+|WP_005948090.1|DBSCAN-SWA
MNKEKLEKIKNILKTYRNTKKYSNEEMAKYFGVKRSTMVGYIQKNRDISKVFLNKFIKEEDVSNEDKKTILNYLGIQADKNKFSDNVEIKLNEILSLLYKKELSKEDDVTKKWEVTIDLREKRKELEELERKIKLKRFEYEKLERTSGARSKITWACIDIQKFNSEKITEIINILGIIDVESRKKAYPALKQLHIHLESFSENIKKVIKELEIISIK
>NZ_AP017968|1483053:1527293|1484090_1484393_+|WP_172426490.1|DBSCAN-SWA
MEKKITVRLKETDRLKLRVQAEELNISQSEMIRELIRKNFCEDIKEHNILINDLRILLRGLTNNINQIAKKVNSKVLINEIEEAKKIHDEVYKICQLLKL
>NZ_AP017968|1483053:1527293|1494485_1494626_-|WP_172426491.1|DBSCAN-SWA
MHSILKGTETIVSAKNKEVINKILEGIKKYYKPERKIKFKLITKGE
>NZ_AP017968|1483053:1527293|1501010_1501349_-|WP_005948093.1|DBSCAN-SWA
MSTNILEMNKTISISSKNQITIPNKLMEFLGFGKEAKIRTDGNSLIITPLREDNFNFSDLLLEDLIMEGYEGEELLKEFRLRTAKIKPALKEIIKEAETNTVTTKDIFGDDF
>NZ_AP017968|1483053:1527293|1485584_1486094_+|WP_096402444.1|DBSCAN-SWA
MNKFSSSIPIMLEQLNTITEHLEFEEFLNKLKIIEDCSVYILHYKDSLEIELKKIIDNSNNALKTLEVKTNNHINNICEKGFERIKNKEEKYLEFSKVVILTLFTFLMVLLFLFSKYHSKLSNMEKTIEKNNQEISLLHNILLENKKYWLDKDNYNIYIKSKEKKSNNK
>NZ_AP017968|1483053:1527293|1498066_1498528_+|WP_005948088.1|DBSCAN-SWA
MNEKNKEIGNLLKTKRKELGYSLEDIQLILKKDFNIELDSSNISRYENGTVKNMNAAYLRALCKANNINYVSVFKELGYIDPDDKRIDGLDKKGMTQYEKAMNEAVMFFNDERIEEEDKQKLMLALNEIFFRSKEINKEKYKKKNKEDLKSKN
>NZ_AP017968|1483053:1527293|1497658_1497862_-|WP_096402462.1|DBSCAN-SWA
MQICKKCGSKITGDVSGTIDNGWGYPDKDGSISILDDYSLDYAVDHFVCSECGELSKNLEEIAVWED
>NZ_AP017968|1483053:1527293|1501779_1501956_+|WP_172426493.1|DBSCAN-SWA
MENYEEQMEKPSKEKLRIAEESLEIAKQYRKSVHISLAISSFSLVFAITVLIYKLFFE
>NZ_AP017968|1483053:1527293|1515491_1516292_+|WP_096402482.1|DBSCAN-SWA
MVNIKEVVHNSKERFLEVQPNGAGLYIGMQAYKAIKDESEYTDSMKVIIPKMELLEGSISGTTFTITTGTAEVISAPKNIVVALFDKSELDTLATAENFRGMANPNLVEIVKVTATTASTITLANEPRNTSFTSAILLENDGYIDVAQITDFTSTEQQAEINTNNKHSNGYESAIGGLKTSSIDGIQGYYHPDFPSVATLNFAFDGEYTVKARHGALKQKNTPYIEGVYKVTEFTHSGTLDGGSALSYTASLKLQSGMIEKKVFTK
>NZ_AP017968|1483053:1527293|1514500_1514848_+|WP_096402479.1|DBSCAN-SWA
MSLRRMLGYNIDKITVWEEIEGLKDEDGIPTKIWKKNIFNGRWENSIKIIRNMAGDSISSTANVIIPILLDVKKNILIENGESKEEKPSIEARKIMTMEEITRIGKPSLEWIYYV
>NZ_AP017968|1483053:1527293|1492800_1493079_-|WP_096402452.1|DBSCAN-SWA
MKNDRKILENALLQIFTFDFGKIPVSLEKHYEKTKEENNELEEVVKKYLLSSNQEIKLIIEQRKKLCDEALDNVQAGISLLSHLYRRRNYSN
>NZ_AP017968|1483053:1527293|1512631_1513771_+|WP_096404529.1|DBSCAN-SWA
MGIQVFAGGGTTNQINTPNQLISADISDELNLINASVSPIVSHILRGGRKTPTTSTTIEWIDSYIRKTDTVLSANIGDSDTTLTVAHEEVLVKDSLLAIEEEVVYVTAVSGATATVTRGYGSTTKVAHNKGVEIKNMGIFMEEGGELKPSTVKLPVNIENKTGIIYEQFEVTESAKHTYIQGQNGLSAYQMESMKKKEELLSIIENKILNSVKFVSGMSRNNDGVKALIRQHGIVVDAEGAELTKAFIDKVVKQIIDAGGGNDLAAGKYFIVAAYDQVNRIDNFNKDTIRTSQDEKVTGTKITQIVTTGGTLNVFHANSLNRDEALIMNLEELEMKELYPLKEEIGAKTKLADNYFIHGEFSVKLGKCPCQMWVKNLKA
>NZ_AP017968|1483053:1527293|1496560_1496905_-|WP_096402461.1|DBSCAN-SWA
MAIKKKIIRKTSDFIALLTELQEQYGDLDVDNLYITKRQEKHSAFINDIQFDKEKNRISLVVDKTKTTRKLKHADVETVLKSTLPPKMKKKPYVPKNISLLKDTNKLHIGSDAQ
>NZ_AP017968|1483053:1527293|1515163_1515490_+|WP_096402481.1|DBSCAN-SWA
MKIREIVRAINSLELGITAIYGYSDTKENGIYVIDTLVKDITKHNKEERIQILICMTKVENSYLKIRELAEKIKKKLDEMGCYGISMHYVGEYQNKHNYSINLSIGGI
>NZ_AP017968|1483053:1527293|1506206_1506653_+|WP_096402471.1|DBSCAN-SWA
MKKFLCLLFILFSGNIFAWEVKEIVDEFREPTGKIRILQFDNKKTSYLFVEKDKEDLIMGFITGYIGGKGENGTSNIKIKIDNNAPVSSIGKVSKQGNRVVDFLTPKLLEQMKKGRVMKVVIEKYNDDTIFLIFELNGFSEALEKLYN
>NZ_AP017968|1483053:1527293|1510823_1511927_+|WP_096402475.1|DBSCAN-SWA
MAKKNERNHLIKLYEEALKNLIYKFEKLLKEGRKVDYETYLLKELKKSFEEIKEQKKIIQMTLNDEYLNRKIAEIEKAIRIANVDMKYNYKQFTKIDTENIIELYGVFNERTNRAAKGIGKQIQKFFTEEQQKATSELNSFVRDELVSRELGKSKKEAIASLTEKLRDNLYFILRTDTGKLLKMSLPAYAKMNLNTMFQQAKNAATIQAVKETKSNLVRFSRHYWTCETCAKYAEGRIYSLDRRIKKYPYLYDIPGFNMGYKSIHPNCKHLLSGYYEEGHNQKEIEENKKLSNNQSDTRSSEMIKKYEMKQEINRLERVKNSINAKLQTLRGVNLTEEERGMISVLNRRKKEIIKKINSLRDNFRGL
>NZ_AP017968|1483053:1527293|1514005_1514461_+|WP_096402478.1|DBSCAN-SWA
MILVKGINSYITVEEAEELLKLEKPEEAEKFRNLDTKVKEYNLIKATSKIESLNIPREEREEGLIFPLPYQKGVIPLEVKLCCILEALYMATNQITIELEKFKSGIIAQSEKTASVTFDISMINKYKEIPFVNLEAYKLIENYVSKSYRIR
>NZ_AP017968|1483053:1527293|1498540_1498957_+|WP_005948089.1|DBSCAN-SWA
MKNIKKRVKNLIKKYGTSNPYKLCKYLNIEIFYMDLGNVKGIYKKTLTNKFIIINENLTKFSQTIVLVHELGHAILHDSREMQALKDYDLFPKYTTKIEIEANIFTSELMYDENIEDYEYDLDIDIKILEQLRELRNL
>NZ_AP017968|1483053:1527293|1503456_1504461_+|WP_096402466.1|DBSCAN-SWA
MRDLREKDWFWLDNALIDRTDLNLYEKMLYACLARHTGKKEYAYPALETLARELGIKDTRTIVKYTKSLADKGLVVIEKLKGKSNRYYLKNVEKVPTLDVPSNKEVDTSEVPTFDVPTTSDASTLPTSHVPSGTYMGCISKKTNIKNTNKETTTKLDNINKIDPSSSSLEILEKDKIKQIKSALQMHGISVGTCKNIMELVYSGDINLERIKAVLTMAPLKKWKEGAIYQALKENWSVEIKSYNIEKPKTILEEKARKVINQTLEAKEKRDRTVEKLKQIFETLPEHKKKYLEEKAERMAKEKYPDNIYKIMARTESIYKVIKEYLEEKEVEDD
>NZ_AP017968|1483053:1527293|1500723_1501011_-|WP_005948092.1|DBSCAN-SWA
MDIKYSPAIVKYFKKIKDKQLKERYKMAIDLIVSDYTVGSLKSGDLAGIYSYDIYYNKTNYELAYTLKIEDGEVIIFILAGTRENFYQELKKYLK
>NZ_AP017968|1483053:1527293|1495196_1496087_-|WP_096402459.1|DBSCAN-SWA
MGEIKGVWKKLAMARMKVQETNLVMTGTNTYDNYRYFELADFMPAINKVNFEIGLVSLFNLTNDNETAVLEIIDVEDGSSVTFKTKSAECIMVRKGARMNPIQELGATYTYMRRYMYMGAYEIAESDIVDSIENEPLNNPRKQNGNGKKEEPKLATQNQLSKIFSVANEMNIVKTDLECSIFKDYNIKSMSELTTTQASDIITNIKKICQNIIERKEEALKAISALEMNEELINIMERENIKALPKISLTKCKKVYKELKDLKENKENKEEKPEIKAEETKKQEENKQNTGKGELK
>NZ_AP017968|1483053:1527293|1504453_1504687_+|WP_096402467.1|DBSCAN-SWA
MIKLFKYLYLMPCVFLWIYILAYPLIKKIFKLNLKSEYARKEYFKMLITSITPFINILALYLAIEEDIEAFKERSKK
>NZ_AP017968|1483053:1527293|1490859_1491273_+|WP_096402449.1|integrase|DBSCAN-SWA
MYITHSYQRIDKKDIITLPKTEKSKRTITLPDFLCNILKEYISRLYDYKPNLRLFYLDKYTLFRKINTIINEHNLKKIRIHDFRHSHVALLISMNLNILEIAERLGHDNPQTTLRTYGHLYPDKQHEIARLLNEKKK
>NZ_AP017968|1483053:1527293|1490032_1490209_+|WP_096402447.1|DBSCAN-SWA
MANNIQFLTAKDVSEILSISKSSAYRIIKQLNIELKKQNKIIISGKISRRYFEEKMYL
>NZ_AP017968|1483053:1527293|1496982_1497144_-|WP_172426492.1|DBSCAN-SWA
MKIKFINGMCVCIFKDKNGVLRTITAKSLNEAFQRVGKLLNIEPNSARKAGLI
>NZ_AP017968|1483053:1527293|1506957_1507704_+|WP_096402472.1|terminase|DBSCAN-SWA
MARIRDPARDKAKELYLNNKDITNREIANILKIDEKKVATWKYRDKWECNTEEKKNVVQQNKKCSTTKPKEEKKALISSEDKDYEWVDEEDGLTDKQRLFCHYYMQSLNAFQAAIKAEYSPSYARVDVYRLLENPSIKKYLEKLKEQQRQKFLISQERILNRHIQVALSDINEYFNEDGSPKPITHTDGTLIKKMKIVENDKGKSVEIELIEKCKSLDFLTRYLGLESEDKDNKIVTFINEVRKKNGL
>NZ_AP017968|1483053:1527293|1499851_1500619_+|WP_005948091.1|DBSCAN-SWA
MDIYSKYNISIPKRKITELDVDDQIKVLTFRTGKIVPRVLKDLDEYLKKFGGRKVSLLYKGKKDKRENYKMREYVSEYGEYFDEIEGNIIEVLEDILEQIIDDMNKYDKNLDRKNDFFDTLDSFIGGKFIFIIGIISLGEFLIKKYGYIKNGRYLGEVLKAKADLKNKITDVFKKMNQGYYTKEEANELFKEMIEKKVYEQTKIDAELYEEIKIEDDLSRICEDDSIDMLIFDMVDKVRLKATKQERFPEMKVIK
>NZ_AP017968|1483053:1527293|1502490_1502691_-|WP_096402464.1|DBSCAN-SWA
MSIFYINKETHEVHKSSCDYANPTKYPNIVYLGDFDYPSTAISYAKRNGYSNADGCYYCCNQSHTK
>NZ_AP017968|1483053:1527293|1513787_1514009_+|WP_096402477.1|DBSCAN-SWA
MSNVLEELKEKSKEETKEEVIEEKREGFIFKSKVPNLYLYVMDIRFRKGEYVTTDEKEAKALRKIAGIEEVKK
>NZ_AP017968|1483053:1527293|1501963_1502458_+|WP_147385278.1|DBSCAN-SWA
MATSKEKRREMISKSHIYNHDETAKFIEIPEHLGLLTVDRSRKTGRVLIDDEMVEIIKILWNKYRIGTVGCCKGYKENKTLKDNIAWIQIGSKWSEREYPKWMIEVLIRETMKAVDKEAKFPILLYDPRCVPCYTPKGYLTEKHYEELVRSGYEIDIPIEVIKF
>NZ_AP017968|1483053:1527293|1493978_1494164_-|WP_096402456.1|DBSCAN-SWA
MIFKLEIKRFADKEIIGTVKNIEEAREILDGLNANGKNRYYGLFREAIYETKKDRNNLQKI
>NZ_AP017968|1483053:1527293|1489062_1489842_-|WP_096402446.1|DBSCAN-SWA
MSDSNNSKYIIPKERREKLGEYIKDLRTNKCSKKYGVNELADIVGITSSVISNLENGKIQKINPFLLKDIANTLEIDYKILYKMVGFIDEADNIEVVYPAPKELLEEKNMLIIWKGKRRQIIDLSEISKKGIKELENYVNYLSISYKDLIEFKKWKKQEKKNYKIDQHMKEYMKRQDWNESGRYQIQYTDETVDELFEKKGLKLNEKGKEFLKRYIGVYGDEEIKELLKDENGNELNGSKREYKLAKFVRKAAVTAFVD
>NZ_AP017968|1483053:1527293|1493785_1494019_-|WP_096402455.1|DBSCAN-SWA
MKQRKTGITYKKSSRKRIKKMAELERLCRIDWRIDNNTLIKKLSISKTEFYRNFKNKADELRKINSKESLFNLSQFY
>NZ_AP017968|1483053:1527293|1494178_1494481_-|WP_096402457.1|DBSCAN-SWA
MENKKFKATFEFELTDKGIELATEVNFKVLPTNAEKIGQILTADLFSFLTGERVAESTFQAENIIVSEIYTKDNNHKFDTNSEKCQKCEYFPTCLQKYKK
>NZ_AP017968|1483053:1527293|1514840_1515167_+|WP_096402480.1|DBSCAN-SWA
MSNIKSKIDAAVARGLNKFGEHLKSEILDITPLDTGELRRSIYVKKATEGNLAVEIGSSGAIASYNVYVHEIPFTNYTTAGTGYKFIERPFEKEKHKIKDFIKAEVRK
>NZ_AP017968|1483053:1527293|1504683_1504914_+|WP_096402468.1|DBSCAN-SWA
MMEQKTLMPQERKRKFYSETDFLRVEVRKLAAELKIEIKNSGRLTKAECREILEKLNRTKFNREKGLLRKLFSYFY
>NZ_AP017968|1483053:1527293|1484371_1485319_+|WP_096402443.1|DBSCAN-SWA
MSIIKVVKKSGKTFASLKKVLSYVGKKASETFGLNCNNNFKNVAKEFIETKKFFNKEEGRQYRHYIQSFKPGEITKEKIMELSIKWTEKVFPGHEVFIAVHNDKEHLHTHFIVNSVNFETGKKLHENRNNLDMKKKINDEICLEYGINNKQELKKEGEIITYDKNKYQIIKKGADITRLAESLLNVIQVATSKKDFSNKMKNYGYEVEWNENKTHIVFSADPSILKGKKNKFRLANLQKIFNISDFSKERLLEIFEENSRQSELKKLDEIAKNMMFDEVYKREKEIKTLNSISKPKITSKKSWRNKNTSSEIDFK
>NZ_AP017968|1483053:1527293|1503021_1503255_-|WP_096402465.1|DBSCAN-SWA
MKKTFEKKLKDGFNIEVSYNFFLKNSHEPYCNINLVLKPNEKYFTLADKGIFFDLPKIQMFISYKKIICFRYEKIIR
>NZ_AP017968|1483053:1527293|1492537_1492729_-|WP_096402451.1|DBSCAN-SWA
MNEIITVEEVAQLCKVKTGKAYKIMRELNNELEEKGYITMRGRINKSYLLKRLGIEGGNNVSV
>NZ_AP017968|1483053:1527293|1494627_1495197_-|WP_096402458.1|DBSCAN-SWA
MKILYLDTETTGTTANSAVIQFAGIIEIDGEVKKEFNIRCKPHKNADISEKALEVTGMTLDIINSYQEPKKAFEEIESIFEKYCDRFDRNDKFILVGQNIKFDFQKLYEFYVRLGNKYLGSWINFKLMFDTLAVIQALQFVDRLPILENNKLITWCNHFDIKLENAHDALADIRATRELTKILIKMLER
>NZ_AP017968|1483053:1527293|1504959_1505568_+|WP_096402469.1|DBSCAN-SWA
MAKKRDKFYGEVDFLRHQLRELAAETGTVIKDTNFMKKEECKGKIKELYKRELKKEIDQETKETIEKLKKELADRNNQITTLQKEKVELENAKNDYLKEIIAKTELIKTHEKEIKGLQEINHANDKTIKNNIEKLEANEKELQEKKREIAELQSEIKAVELSLKKLEEINKNKTEIIESIKKELEQLKNRKWYHYLFNFFKI
>NZ_AP017968|1483053:1527293|1509388_1510822_+|WP_147385279.1|portal|DBSCAN-SWA
MIKILIHEEIMKNIDEYILQHQEKIKNVAKYRKFFKNQVGKHYKKRIIKNLRLKDEVARWLNPDGTITIGGVITDEITIDDIIVESTLPKAAVNTLKTYSVGEAPYIDIDVTNTKKDWKKDFEIRENIRGKTKQLVEEALVTGNAFVKVEKGDNNKAEVIVLPVENVIIIPDPNNISKVAGYIYFCELEKETSDGKNTKYKYIEIYQLDGKVFVYNGIDDKEPTEVDPTTNEINLHHVSGIEREGLYGKSIFEGLETTFLEIVIRLTSNSYLFNKINNPNMVGSGGMAALNRETGEKEVKSGTYTDFEMPEQANSVRYVEPPTSHVTAIYEHLKINMQNAYSQLGVNEIALGLSREGNTASGEAFKKAITSTLNKCRDITTNLYAPLYNIYKQAYLIEEKATLSLDIIFKDGISLSEKEELENEAIQVTNKLLSRKSILLKRGFTEKEAEKELERIMEEEEKLFGTISETLEEKDLD
>NZ_AP017968|1483053:1527293|1491441_1492551_-|WP_096402450.1|integrase|DBSCAN-SWA
MSVYKEERGTWRCLFRYKDYQGNVKQGQKRGFKTRREALEYEREFLAKSSFNNTMTFQSLYELYIEDMRSRLKENTILSKKHIIEVKILPFFQKLTLDKITPVTIRKWQNGLLEYKNKTGESYSQTYIKSINNQLVAIFNYAVKYHSMKENPCHKAGSIGKKHADEMKIWTVEEFNKFIYELKHKPVQYTGFNILFWCGLRIGELLALSIKDIDFENKKININKSYQRINGKDVITEPKTPKSKRKIDITDNLAIIIKEYISKLYNATPETRLFNHTKYIFEHDIKTYSKKAEIKRIRVHDLRHSHASFLFQSGIDPLTISQRLGHEKIETTLNTYTHLYEEASSKLLRVLNKSHGNILATKEEKNGKK
>NZ_AP017968|1483053:1527293|1517059_1517821_+|WP_096402484.1|DBSCAN-SWA
MKKILLLFIIISSFAFGEWKTYEIGEFRTIEFEENFRITYYKNEIIGSSIVVEDKKEFERISHTFNEDYGPANNLPFIANVYVEFKIDDNEELLFKTYPKGKYDNRLINLDLYYKKNMKLEETEKIQLLIEQMKKGKTLKIIIHKGKNKIEKKYELEVVNNKNMKVNSTYNDIKKEKLEKDIKRLEEEEIVLGRKNKGFGVQEIVTIKELEANPSGNEMQKLKDKGLQCVGLTQSKIMELSKMRNQLKKMEEL
>NZ_AP017968|1483053:1527293|1517901_1522287_+|WP_096402485.1|tail|DBSCAN-SWA
MQEDIKIIVTADTAQAEKQIDKMDGKEVEVKAKLKVPKNHLQEVKNEVDLLGKKVADIKMNKKAFSPEDIKILKAEIEAAALKAKAIYFGEGSRSAKEMVDRLKEMHKALAEGKKQVKETNQIFGSMDVMIGSLKAKIIASIVNTLKQGVAEGAKLTGQLEYATEKTRTISTANRGIINSEVDRIGKKFGTDYREVSEGLYQVVSAIGDVHKKYALLETSNKLAITGFSSVNESVDGLTTVLNAYNLEIEEADRIANIFVRTQKVGKLTVQEFQQQLYRTVPVAKELGISVDEIGASIALLTAKGSKAEVAQTQMASFMYELLDTASDVNKLFTRLAGQSIDTYMKNGGNLEGILRTLKEYSNQSGFKVESLFGRKEAKSYWLSIGNDIKGYLEKLNAINDPFNELERNVDNLMATMEKRIERGARYWDDFKMAIGAGALEIVASIGDIATGHDKETVARKKANIEMENNIKILEELGRKSDKTKEEQEKLNEALKVLEVLAPEIAEAYKRWTKEGGNYAEVLSLIKQRQTEVNNSFKEISYKEAKKEKEDLEKQIKRLENEEIVLGRKNKGFGVIEAVTVKELEKNPDGLEMKKLQEKGFEYASEAQSKLILLKKLKEQQKEAEKTLAEKEKEIVNFGKSGEGKKTPEENKIKKETAKLLESNKKIYEENLKKLSENDSKSREMLNKAYLNNEERIKKQGQIKEYEQERIELEISLGNGDTNKEEIENKIKEIDLKIDELRKNINIGEFKTKQQIENDTSRELIKAQKRYSEKLNKLSNTDFVGKERLDNLYKNETEKIKKQGELEKYRLEKSDLEKSIANEMDIGKITEAKSEIDKISLKIQDLEGEIGIADAENRIDNAKKSEDERKKAEEKAKKEIEKKNKSEQLKIDTEYNKKMLEATEKYNKNMAALKEKGTKEEIEAVKKAYEKAKRDIETEKKIKTLENKKENTFYSTDTEKKVNAEAITSEIALTMANAEKEEADQEAKEAQEKNTKALENMSNNLKNLANMFQVIGDNTSSQSLKNISNIANIGSTIFDTLKGTEQGANLLTKVFGSGAIPGFKDFSMGAGIGSAISGALGGGAEGNIGSMIGSGIGTAVGGPVGSIVGGAIGSVGGSLFGRKSKKKKKREEKRRKEAQERLKKGLISGQYKWADVVEAYNEDLARLGAGSYINLYDRVQANTNYDTNLSTLEAAKVGHDGVSMTTLKQLMPQYSEQQIIDWFKSITGGAVLNGDTLSTGEGKYGAIDITALAQQVTNVNREVEKSLKETIKGIIDFSADSLAQVVKNGFFDGLDDLGNNLEKMLANSLKNAFINTEISKALFNGMSDKVSEIVKDMFRKDANLGIQLETGNLENLTLTQYIELIKKYMEASNEKLEDLFKELGMNLDNLTNSVDSLNKNMSKNTVQGMATNLWKYNAGQKVTTEFNGTFEIPIMLDGQVLDKRIIKVTSDSMRKARRNKF
>NZ_AP017968|1483053:1527293|1501498_1501681_+|WP_005948094.1|DBSCAN-SWA
MVKIKINSYSDLKAIAALKGIKLQTELPEMLGYKSRWGLKLAMENPVKKKIIIEKAKKIL
>NZ_AP017968|1483053:1527293|1483053_1483812_+|WP_172426489.1|DBSCAN-SWA
MKKCEFCGKEYIKNQINLLPKSIRANLEFIPNCSCRIEQDMKIQNEKWEEDLIKSRLKKYSNASIIKENISNFRFENTNINMDKTDIHDRHLRIGLKFVTEFLKNKNMKGGIYFYGSVGTGKTYTTACIANKLIENSYTVLILNLGLYFLKLRSEWAEGELETLKLVEKCDLLIIDDLGTEKVSEFVLEKTFNLIDRRCVAKKPMIISSNLSLDEVAKTYNDRIADRIKEICVQVNVEGKSKRKPIQDWLIA
>NZ_AP017968|1483053:1527293|1523004_1524741_+|WP_096402487.1|DBSCAN-SWA
MRRFLLKYELLNNEGLWQEFTEQVVGTTTINLGNIAEVGSEDFGIDSLKKFANLTIHNAKNKKLTTGPILSTNQFQLGRRVRIKVRTAKSTNHYNLSQTGEDKAYILLKNIKRVEEIELTSIYDGVTALTPSEANLNIENTSQMASGLYVYFNRVVKPYEKVGFLVITTASDLDADRVEFEGTGAREYFIPNVDPDVVELLGYYKYSYLPWAIGYFSRNYFSDTYGVEYLYFAKEDDPENFPYYIESVTRENGGIRIRLNTEFPVNQRMVVGLFFNAAEDIIIFDGKIKRYEGIGYHNVSLECQDFSYDLDVMAINKTYSKGITFEATIEQILKDNNRADIEFLYDPTNTATLTEDYIVEDVTIWDSIQKLALTKGWSLYFRYDRTKNKQVLIFEDTISASYITYQLLKGEVIGEFTYTGDLTRVRNIVTVIYKDHNDGNKVKTIEIKDDDSILRYRENRLTLGLDVTEKVITTNDMAMRMATQALKDLKDPVVNYTIETTLMPKLKLNDELWYIHENLTERPLFLRAYSIEHAISVDDAGELQCTTTITGGGKIQYKLNEWLYNDSKVQEDKEIIIV
>NZ_AP017968|1483053:1527293|1496102_1496420_-|WP_096402460.1|DBSCAN-SWA
MEIVNISAANYTTNIISILIKYNSGKTGSVDVGNGEVRNSTLPEGIKRKIVSLIAKDSYKWLKNKYKQVTEEEKLENDYDYCLRDYTREKELLKKMHIELKKLYT
>NZ_AP017968|1483053:1527293|1493068_1493401_-|WP_096402453.1|DBSCAN-SWA
MKIIRFDFSRYKIEIVEVIQTTKTLYKLSSGEKIKKHSLGRTLIRMQREKYVYLYMECWKKCRERQLMKAKENYKIRKEHIKCALKGTCYEYNKNAFKKIMKELEVENEK
>NZ_AP017968|1483053:1527293|1505996_1506137_+|WP_172426494.1|DBSCAN-SWA
MTNEDKLDILVEKIKKREIEKGFVKIKINRNGEVGNITIEKDFEGM
>NZ_AP017968|1483053:1527293|1511936_1512593_+|WP_096402476.1|DBSCAN-SWA
MTIQEILALIGQNKDNPELITGLVALNLVATKETIKEVEAKYTDDGVMEYLSKTQSLSDKIFNENVKKFLSKKLGKDIKEIKDEDLGLELIPKSSLTEQTGKYQGKIKEYEISKALGDKADLLKPHLDMNKITIGDDFTVKGVDEQVTALKTKFPMLFEVKEDKKEDKPGGTGQKGGGILTLQEQLKAAEKKALETGSAKDRAAYQDLKMKIENGGDE
>NZ_AP017968|1483053:1527293|1525475_1527293_+|WP_096402488.1|tail|DBSCAN-SWA
MKKGNIALEINAGVIEGPRGLSIKEIRYKETLTNGNNIYQVILENNVVIGEIECKKGDKGDKGEKGDTGKGILAVVKTQKIGLMNYFEIQYTDGSTWEFAIEDGESAYDLAVKKGFEGTEEEWLLSLIGPRGKSLEFHWNGTQLGIRVEGETTYTYTELKGEKGDKGDTGKAFYIAKTYSSVGEMQADFNNNTVKTGEYVIISSTDGDNGKIFEKKESNFEFIVQMGSSGGESKYLFVDEKNNKIAISNMDKSKFEALGRAENIIGINAGGGTGGYNAVLGSEILKRNVTGRGNVGIGYGVMQENTEGSYNVGIGYGVLNGSIASSYNIGIGMYAGNSIISGRYNIAIGYRALCKNTGQGNYGSIAIGKSALDENTTGYQNVAIGESALEYNKTGTSNVAIGTNALRYGDYGNTIGIGYDVAVTGNSQAQIGNSSVTVYCYGAVQNRSDQRDKTDIQDTKLGLDFILKLRPREFRWDYREDYINQKAKEKELGDIENLKITEKEKKKKRDEILKKYSLENVVKDGKQKGWRLHQGFIAQEVFQVMRELGVDFGGYQDHSINGGRDVLSLGYEEFISVIVKGIQEQQKQIEELKSKIEKLEGKINV
>NZ_AP017968|1483053:1527293|1493510_1493744_-|WP_096402454.1|DBSCAN-SWA
MPILRLSNKEYNVTLLDKNNNPFFLTKEKEKTTLDNILNNVSKTFGNKTDTDTIRAILYKHLKNTKIKFKDIKIREI
>NZ_AP017968|1483053:1527293|1507693_1509385_+|WP_096402473.1|DBSCAN-SWA
MDCKGYIEERKRLWNKTNDIEVDQEWRKASWYELIDNKETFKELLENPWYLMEMHFCVIDKEFNEVPFFLNEVQNDFLNNILLPLVYKQNKKEIEQIKIKILKGRQQGFTTLITAFQECLMLTQEGFRGFTMAHDNDATNSIFSDIAKGFFDGLIDEIKEKPKRSNARELIFAGNNSAWRVATAGSKGAGRGKKLKMLHNSEKAFWKDMRKNAAAISQALTKYSIEIDETTANGYNEFKDDWDSIKEGKSKWIGVFYEWYRTFEYRKSFKGVEYTEEEFKAAIEKEERFKGVDTKFMKLLKSLMNETKLDIKQIHWYFDKRLELKEDVYQEYPCTDEMAFLHSGRPYFDIELLDILINQNKNIEFISKYNGEIEIFEEPQKNVEYIIGSDVAEGLELGDSSTFFILRADTMTEVANGEYKVKPDEHGLLLEHWGKKYNNAFIGVERNNHGHSTLNTLINTCKYPYIYIEKTLDKRYNKETEKPGWSTNPTSKYIMLDDLDTAIRNEEITIKSVRTLKQMREIQKEDGKVNTNGKDRVIAVAIAYQMHKLKPKAPIVMKKPKGF
>NZ_AP017968|1483053:1527293|1505632_1505980_+|WP_096402470.1|DBSCAN-SWA
MGLETQIQTAIIYLLSFYENQGKLFFNRMNNIPTPIKDRVTGKTVGYRKLSTGAKKGIPDIWVIKDGKTIGLEVKAPKGTQQKEQKDIEERFKRNGAEYYIVKSVEDVKKVLNLK
>NZ_AP017968|1483053:1527293|1522286_1523003_+|WP_096402486.1|DBSCAN-SWA
MRTEIIQADNSDHTITIIKENENITIKFDFNLSPSLAPRFTLPLWAMGREEEYEFQGGFELKPDDTGTRDVVYNLLARIRGYRELIFVCKTADKYKGQFEYISQALKDTGIIMNGIRLNCIANIGNTNFVTMMDAVRNHQGDLIVSTTFDTKRKRTFNLTTVPLTDIEYRLYPDVYCNTIEEFEKVLYKDIGGYKTLTVRGRDYVVILKDEVSESSQVAVIDGKVRDCKVYSFSLEEV
>NZ_AP017968|1483053:1527293|1490217_1490859_+|WP_096402448.1|DBSCAN-SWA
MAISKDKKTGKYYTSFYYTDHDGTRKRKKKEGFIRKKDAEEYTKNFLEKKKTNNIMSFCNLLELYLEDARANVRYSTLKNKEYIITTHILPFFKNYNIYEIDPLAIRNWQNSLKIKKYSDTYLRTINNQLNAILNYGERFYKLNDNPIKKVSKMGKKHANTMNFWTLEEFELFESFIKDDYTLYTITNLLFYTGIRKGELLALTGENIDFDKK
>NZ_AP017968|1483053:1527293|1486300_1488973_-|WP_096402445.1|DBSCAN-SWA
MLTWSEIETRAIAFQNTWRKNNGDERQDAQTFEKDLMNVFGVDFRDGLHEYKIILNDGSIGYIDYFIPAKILIEMKSKGKSLAKAYSQAMDYVHALKPEEKPELVMVSDFDKIEVYNLKKDIKYKSFKVSQLKNHIRIFGIVAGYQEKFEEKNEIELNTTASYKMAKLHDLLKEYGYEEHSLEVYLVRILFCLFADDTGIFEKDSFEDYVRTSAEDGSDLAMRIMMLFNILDTPVEKRMKNLSTELNRFRYINGNLFTEQLPPAIFDKKMRELLIECCEFDWSRISPAIFGAMFQGVMDQKKRRELGAHYTSEENIMKVIKPLFLDELYKEFEKAKSTRKELEEFHQKISNLKFLDPACGSGNFLILTYQKIRELEFEILKFLKSTSQLSLFDISSKVHIDQFYGIEYETFACEIAKISLLLMKHLMDRQVSNFFGQNIIDFPIKENANIINGNALRVEWENVDYILGNPPFIGKKFMSPEQKDDLKTTFPKKMKIGTLDYITAWFYKASFMAKNNVNIKIAFVSTNSITQGEQVGILWKLILDKNECKIDFGYRTFKWDNEAKEKAAVHCVVIGFSNKKNSIESKKIYLANGEVIEAKNINGYLINSEDVFIERRTNHIQNLLKMEDGNVPIDGNFLKVEPEEYEEFKLKEPQALKYIKKLVGGDNFISKKPRYVLWLVDVSISELRKMPLVSERVKKVREFRLNSDRKATIKLADTPTLFEDRRNPEKALIIPRVSSEKRKYIPIGFIDKTTIALNQVILLSDAGQLEFSILTSSVHMAWVRAIAGRMKSDYRYSVSVVYNNFPFPELDNKMKEKLEKAGQNILDIREKYPNDSYADLYDDTFMPIDLRKAHQENDKAVWEAYGKKWEFGNEEECVSYLMKLYSELVR
>NZ_AP017968|1483053:1527293|1516373_1516973_+|WP_096402483.1|DBSCAN-SWA
MKLKINEIEYKLKLNLRARMKLIKYYPDETGMFEKAIQGDIEAITRIIYSSLQEYSFSYEDFLKSYPDIKESYEALYKMLQKLIDEAGNPFELSSNRNTHEEKREPVKTDFRELIITLMSKGYKQEEVLDMTYWDINLVFEADYKKLEREVFHTNALINTMAGIMGSKETIDILGRKKKEEYRDYSMFDKVSELLNKKK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_172426489.1|1483053_1483812_+	ATP-binding protein	H7BV58	unidentified_phage	3.9e-23	40.5
WP_172426490.1|1484090_1484393_+	plasmid mobilization relaxosome protein MobC	NA	NA	NA	NA
WP_096402443.1|1484371_1485319_+	relaxase/mobilization nuclease domain-containing protein	A0A1B0RXG0	Streptococcus_phage	3.8e-07	55.6
WP_096402444.1|1485584_1486094_+	hypothetical protein	NA	NA	NA	NA
WP_096402445.1|1486300_1488973_-	class I SAM-dependent DNA methyltransferase	Q6NE04	Leptospira_phage	1.5e-194	41.8
WP_096402446.1|1489062_1489842_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
1489645:1489662	attL	NA	NA	NA	NA
WP_096402447.1|1490032_1490209_+	transcriptional regulator	NA	NA	NA	NA
WP_096402448.1|1490217_1490859_+	Arm DNA-binding domain-containing protein	A0A0S2MV79	Bacillus_phage	1.6e-49	50.2
WP_096402449.1|1490859_1491273_+|integrase	site-specific integrase	A0A0A8WF08	Clostridium_phage	2.4e-30	48.9
WP_096402450.1|1491441_1492551_-|integrase	site-specific integrase	Q8SBN2	Clostridium_phage	3.8e-99	50.6
WP_096402451.1|1492537_1492729_-	transcriptional regulator	NA	NA	NA	NA
WP_096402452.1|1492800_1493079_-	hypothetical protein	NA	NA	NA	NA
WP_096402453.1|1493068_1493401_-	hypothetical protein	NA	NA	NA	NA
WP_096402454.1|1493510_1493744_-	hypothetical protein	NA	NA	NA	NA
WP_096402455.1|1493785_1494019_-	hypothetical protein	NA	NA	NA	NA
WP_096402456.1|1493978_1494164_-	hypothetical protein	NA	NA	NA	NA
WP_096402457.1|1494178_1494481_-	hypothetical protein	NA	NA	NA	NA
WP_172426491.1|1494485_1494626_-	hypothetical protein	NA	NA	NA	NA
WP_096402458.1|1494627_1495197_-	3'-5' exonuclease	A0A088C4F9	Flavobacterium_sp._phage	3.6e-05	30.7
WP_096402459.1|1495196_1496087_-	ERF family protein	A0A0A7RVW0	Clostridium_phage	2.0e-18	33.3
WP_096402460.1|1496102_1496420_-	hypothetical protein	NA	NA	NA	NA
WP_096402461.1|1496560_1496905_-	hypothetical protein	NA	NA	NA	NA
WP_172426492.1|1496982_1497144_-	hypothetical protein	NA	NA	NA	NA
WP_096402462.1|1497658_1497862_-	hypothetical protein	NA	NA	NA	NA
WP_005948088.1|1498066_1498528_+	transcriptional regulator	A0A0E3U270	Fusobacterium_phage	6.1e-11	40.4
WP_005948089.1|1498540_1498957_+	ImmA/IrrE family metallo-endopeptidase	NA	NA	NA	NA
WP_005948090.1|1499180_1499834_+	hypothetical protein	NA	NA	NA	NA
WP_005948091.1|1499851_1500619_+	hypothetical protein	NA	NA	NA	NA
WP_005948092.1|1500723_1501011_-	type II toxin-antitoxin system RelE/ParE family toxin	NA	NA	NA	NA
WP_005948093.1|1501010_1501349_-	hypothetical protein	NA	NA	NA	NA
WP_005948094.1|1501498_1501681_+	hypothetical protein	NA	NA	NA	NA
WP_172426493.1|1501779_1501956_+	hypothetical protein	NA	NA	NA	NA
WP_147385278.1|1501963_1502458_+	hypothetical protein	NA	NA	NA	NA
WP_096402464.1|1502490_1502691_-	hypothetical protein	NA	NA	NA	NA
WP_096402465.1|1503021_1503255_-	hypothetical protein	NA	NA	NA	NA
WP_096402466.1|1503456_1504461_+	helix-turn-helix domain-containing protein	A0A1V0E018	Clostridioides_phage	3.9e-10	27.5
WP_096402467.1|1504453_1504687_+	hypothetical protein	NA	NA	NA	NA
WP_096402468.1|1504683_1504914_+	hypothetical protein	NA	NA	NA	NA
WP_096402469.1|1504959_1505568_+	hypothetical protein	NA	NA	NA	NA
WP_096402470.1|1505632_1505980_+	VRR-NUC domain-containing protein	NA	NA	NA	NA
WP_172426494.1|1505996_1506137_+	hypothetical protein	NA	NA	NA	NA
WP_096402471.1|1506206_1506653_+	invasion associated locus B family protein	NA	NA	NA	NA
WP_096402472.1|1506957_1507704_+|terminase	terminase small subunit	A0A0S2MVB6	Bacillus_phage	1.3e-15	27.4
1506652:1506669	attR	NA	NA	NA	NA
WP_096402473.1|1507693_1509385_+	hypothetical protein	A0A2L1IV76	Escherichia_phage	1.1e-30	27.2
WP_147385279.1|1509388_1510822_+|portal	phage portal protein	NA	NA	NA	NA
WP_096402475.1|1510823_1511927_+	hypothetical protein	NA	NA	NA	NA
WP_096402476.1|1511936_1512593_+	hypothetical protein	A0A0E3U265	Fusobacterium_phage	1.1e-10	30.7
WP_096404529.1|1512631_1513771_+	DUF5309 family protein	NA	NA	NA	NA
WP_096402477.1|1513787_1514009_+	hypothetical protein	NA	NA	NA	NA
WP_096402478.1|1514005_1514461_+	hypothetical protein	NA	NA	NA	NA
WP_096402479.1|1514500_1514848_+	hypothetical protein	NA	NA	NA	NA
WP_096402480.1|1514840_1515167_+	HK97 gp10 family phage protein	NA	NA	NA	NA
WP_096402481.1|1515163_1515490_+	hypothetical protein	NA	NA	NA	NA
WP_096402482.1|1515491_1516292_+	hypothetical protein	NA	NA	NA	NA
WP_096402483.1|1516373_1516973_+	hypothetical protein	NA	NA	NA	NA
WP_096402484.1|1517059_1517821_+	hypothetical protein	NA	NA	NA	NA
WP_096402485.1|1517901_1522287_+|tail	phage tail tape measure protein	A0A0A7RVT5	Clostridium_phage	6.0e-23	26.1
WP_096402486.1|1522286_1523003_+	hypothetical protein	NA	NA	NA	NA
WP_096402487.1|1523004_1524741_+	hypothetical protein	NA	NA	NA	NA
WP_096402488.1|1525475_1527293_+|tail	tail fiber domain-containing protein	U5PSK6	Bacillus_phage	2.5e-39	52.0

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_AP017968|1898812:1948883|DBSCAN-SWA
TTTAGCGATATTCTTTCCAGCAAATGGAGCCTGTATGTATATTAAAATATGATATTTTTTTAACTTTCATTCTGGTATTACATTTAAAACAATAAAAAGGATTTACTCCAAAAGTTTTCCATATTTCAAGTTGATAAAAAGTAAAATTGGAATATTTAGAGACATATTTTCTCATGAATTTCATGATGTTTTTAAGTTCTGATTTAATATTTCTAGAATAGATTCCAAAGCGCCTAATCATTTTGAAATGTTTAGGGGGAATGTGAATAATTAATTTGGAAAGAAATGTTTCCGCATCTAAAGTAAGTTCAATTCTTTGTTTATCATCAGTAAGACTTTCATAATAGAAAGTAACCTTATTATCATAGAAATCAATAATTTTATATTCTGCGATAGGAGCTCTTGATAGATATCTGCCAATATATTTAATTGCATGAATATTATTATTTAAATCATTTTTTGCAACATTGAAAAAGAATCTTGTATTTTTGCGATAAAGGTAGTTAGCAGCAGCATAAGCTTTAGCTTTAATTTCAGGCTTGTCATAATTTCCAGATTTAACAATATCAATAACCATTTTTTTCCATTGTCCAGCAATGGAATTGACATGAAAATATTTTTTTTCAAGAAATTGGTAGTTTTTATTGAATCCACCTAAAGTAACAATAGCATGAATATGAGGATTCCATTTAAGATCGCGTCCAAAGGTATGAATAACAGTAATCAATCCATAATGAATGATATCTGAGTTAGTAAAGTATTTAGAGGAATATTTTGAAATTTTATGAATTCTTTGATTTTTTGCTTTAATGTTATGAAATTGATATTTAAAAACATCATTAACAGCATAAGCAAGCTTAGTTAAAAGGTCTCTATCATAGAAGAAAAACATTCTAAGTTCTTCAGGAATAGTAAAAAGGACACTTCTATGTTTAACATCAATAAGAGAAGTGGAAGTTTTTTCAGTTCAAACAGCAGAATAACGTTTACCGCAGGAAGGACAAAATCTAGATTTACAAGTAACTTTAATTTTATGCGCCTCATGACAATTAGGGCATTGAAGAGAGAGAAAAGATTTATCAATAGAACAAGCTAAGAATTTTTGAATAGTCTGTTTAACATCCTCAAAATGTTCATTTTTAAAATATTTCTTGATTTTACCTAAAAGATTTGTTATATTGATTTTAGAGATAATATGTTTGATTTGCATGAATGTCTCCTTTGTATAATTAGGGTGGTAACTATATTATACAAAAAAGAGAGCTGAGTAAAACATTTTTTTAAATGTTACTCAGCTTTTTTTATTTTTTTAAAGGAATTCTCTCCAGACTGTTGAATAATAATATATAAGAGTTTATTGGTAATGTAATATAAATTGGAGGTAAGAATTATGGTAGAAGCTATGAAAGCAATGCAGGAGAGCATGAAAACATTAAGCAACAACACAAAAGACATAACAAGAGCAATTGAAAGTCTTAGAGAAGAATTGGATGCAGTGGATGTATACAATCAAAGAGCAGAACTTGCTACTGATGAAGAGTTAAGAAAACTTATGATACACAATAGAAATGAGGAAATAGAACATGCTGCTATGATAATTGAGTGGTTAAGAAGAACTATTCCTGAGTTTGATCATGAATTAAAAGATTATCTATTTACAGAAGGATCATTAGAAGATATTGAAGCTCAAGCAACTTCTGGAGATGGGGCACAATCATCTTCTTCATTAAAAATAGGAAACTTAAAATAATCAGGAGGTAATATATATGGACTTTTTAAAAAGAGAATTAGCACCTATAACAGCTAACGGGTGGAAAGAAATAGAAGAAAGAGCAACTGCAGTATTGTCAAAAGAATTATCAGCTAGAAAATTTGTAAGAGTGACAGGGCCATTAGGAAGAGAAGTAACATCTATAACTACTGGAAGAATGGATGTAAAAACTAAAGATGATATTAAATATGGAGTATATAAAGTACAGCCACTTACTGAATCTAGAATATGCTTCCCTTTAAGCAGATGGGAATTAGATAATATTGAAAGAGGAGCAAAGGACGTAGACTATAGTTCTTTAGATGAAGGAGTAAGAAAAGCAGCAAGATTTGAAGAAGAAGCGATATTCAAAGGATTAGAAGAAGGTCAGATAGAAGGAATATACAAATCGAGCAGTTATGATACTTTGGATTTTGGAAAAACTGCTGATGAAACTTTAAAAGCTATCTTTGAAGGAATTCTAAAATTAGATGCAGCTTTTGCTAAAAAACCTTATGTATTAGTAGTAAGCAACGAAAAATGGTACTACTTGAATACAATAGTAAAAGAATATTCATTACCTGAAAAATTAGAAAAAATATTAGGACAAAAAATAATAGTAAGTAAATCGATAGATGGAGCTATACTTCTTCCATTCGATGATGAAAATATCGAATTAATAATTGGTGAAGATTATGCATTAGGATATCAAAATCACAATGAAAGTGTTGTAGAATTATTTATAACTGAAAGTTTTACATTCAGAGTTTTAGACCCAGCATTAATTGTATTATTCAAATAATAGATTAGAGCCAGAATAGAAATATTCTGGTTCTTTTATTTTTTGAATTAAGATGTTATAATTAATTAACCAAAGTAAGACAGGAGGAATTATGTCAAAAGCTTATAAAGTTTATCAAATTGATTCTTTTTCAGATAAAAAATTTTTAGGTAATCCTGCAGGGGTAATCTACAATGCTGATGGGCTGAATGAAAAAGATATGCAAAAAATAGCCAGAGAATTAAATAATTCTGAAACGGCTTTTATTTTTTCATCTAATTCAAAAGATTATGATGTACATGTAAGATTTTTTACTCCTTTAAAAGAAGTTCCTATTTGTGGACATGCAACTATTGCAGCTCATTATGTGATTGCTTTAGAAAATAACTTTAAAGAAAAAACTTGTATCAGACAGAAAACTGGAGCAGGAATACTCCCTGTCGATATAGAGCCAACAGAGAACAGTTACAATATAATTATGACACAGGGAAAAGTAGAATTTGGAGAGATTATAGAAAAGAAAAATTTAGGGAGGTTAGTTTCTGCTTTAGGAATAGATAACAATGACTTAATAACAGAAGCTCCTGTGCAAATAGTTTCTACAGGTCATTCAAAAGTAATGATAGGAATAAAAGATTATAAGCAGCTTCATAATTTAAAACCTAACATGAAAGAACTCAATGAGTTGAGCAACATTATAAATTGTAATGGATATTTTGTTTTTACTTTTGATAGTGATGAAAAAGAGATTCTTTTAAAAGGAAGAATGTTTGCACCAGCTATTGGTATAGAGGAAGATCCAGTGACAGGAAATGCAAATGGTCCAGTAGGTGCATATATAGTTAAGTATAAACTAGCTGAATTTGAAGATAATAATTTTAAGTTTAGTGCTAAACAAGGAATATCTATTGGCAGAGAAGGAAAAATAAATGTGAATGTCAATATAGAAAATGAAGAACCAGTTCAAGTTCAGGTATCTGGAACTGCAACTATTGTTTTCAAAACTGAAATAGAATTATAAAACATTTCAGATTGTTACAAATTTTTCAAGTTAAAAATCACTACTAATATTATGAAAATAAAAATTTGAATTTCAATTAAAATTTTAAGTTAGAATAATTATTTAAAATAAACCTATAATTTTTATTAAGAAAAGTAAGAGAATAATTGTTATTTTTAAAAAAATATTTCAAATAATTATTTGAAAAAAGCAAATAAGAAGAAAAAAAATTATTACTCCATAAATAAAACTATAGAACTTTTTATAAAAATATAATTCGTGAAAAAAATAAAAAAAGAGATATCCTTTAAAAAAAATTCCTTACTAATTAGCTAAGAAATTTTTGATATCTCTTTTTATTATAAAAAAATCAATAAATTATTTAAAATAATTTTTAATTTATATACAACAATAATTAAACCGCATATAATGTTAATTATATGCTGAAAAATTATTCAAATAATTTTTATTTGGATAATAATAAATTATTTTTAAATTAATTTATTGAAACAAGATAATTTTTTATAAATTATGTATAAATACTAAGCTTATATGATAGTTTAGCTTAAAAGTGAAATTATTCAAGAAATTATTTGGCAATAAATAATTTTCAGTGAAAATTCATATTTTTTTCTTAATTATAATTATGAGACTATTTTTTTTCGTCTATATCGTCTAAAGAGGAAAATACAGGAAGTTTTTCTAAAACTCTTTTTTCTAAAATTGATTTAGCATTTATATACACTTCTGTTACTCTTGTATCAGCATGACCAAGAAAATCTCTTATTTCTAAAATATCAGCACCATTAATAGAAAGTTCTGTAGCAACAGCATGACGCACATTATGTGGACTGATATCCTTACCTATTAGCTTCCCCATATTTTGCACAAGATCATAAAGAGCTCTGTAAGAAAGCTGAGTATTTTTTTCCACTGAGCTGCTGAAAACATACTGTTCCTCTATCTTAACATCATCTATATTATACAGAGATTGAAGATAACCTTTATATTCCTTCAGCTTTTGAATAAGGATGTTATGAACAGACTTATACTGCTCACGACCACTTTTAGTTTCTTCCAATTTTATATAGTAGTTTCCTTCCCTTTCTAAAATATGCTTGAATTTAAGATTGATCAATTCTTGGCTTCTCATTCCAGTATAAAATAATGTATATAAAATATTTACATTTCTATAATCTTTTTCTCCATTTATTTGATATTGTCCTATAATTTTTTTTATATCCTCGAATGATAATTTAAGAACATTATCTATATTTCTTGCCACTTTAAAAAGTTTTATATATTTAAATGGATTATCATAACCATTTTTTTCCATTTCTTTATACAGAGATTTTAAAGAGGATATTATTTTATTTATAGATGTCTTTTTTAATTTTCTCTCTTCTACAAGATAGCTAATATAATCCTCTACATCCTGTTTTTCTATATCTTTCATCAGTTCAATTAATTCCTCTGCTCTTATTCCCTCTTCTCCTTCATATACAAAGTTAAGAAAATCTTTGAGGTAGAACATATAATCTTTAAGGGTTTTTTGAGAACGATATATTTCAAATATACTCTTACGTTCCTCTTTGTTCCTTTTTTTTCTCCTACTGACTGCTACTCCTGTTTCATCTCTTTTTATTATATCCATTTTTACCTCTTTTAAAAAGTCCTATTAAATAAATTAAGAAAATTATATAATATCTTCTGCATTTATTTCTTTTACTGCTCCAAGTTCTAGGGTATCTAAATTTAATTTTCCAAATGATATTCTCTTTAAAAATATCACTTTATTTCCAACTGCTTCCAGCATTTTCTTTACTTGATGAAATTTTCCCTCTTTTATAGTTAGATGTATTTTGTTTAAATCTATCTTTAATGCCTTTGCTGGCATTGTAATATAACCACCTATATCTACTCCATTTCTTAGTTTTATTAAATCTTCTTCTGAAATATTTTTTTCAAGTTCAGCATAATAAGTTTTTTCTACATGATTTTTGGGAGACAGCAGTTTATGGTTTAATGCTCCATCATTTGTCAGCAGCAAAAGTCCTTCTGTATCTTTATCCAATCTTCCTACAGGAACTAAATCTTTCTTTATTACCCAATCAGGCAGCAGCTCCATAACTGTCTGTTCTCTACTATCTTCCACAGCTGTTATATATCCTGCTTTTTTATTTAATATATAATATCTGAATTTTTTATATTCAAGTTTTCTTTCCTGATAAAAAACTTCATCAGAATTCTCTTTTATATTCATTTGTGGATTATTGGCAATTATTCCATTTACAGCTATTTCTCCTGTACTAAGGATTTCTTTGACTTCTCTTCTGCTTCCCAGTCCACATTCTGTTAAAAATTTATCTAATCTCATTGTTCCTCCAATTAAATATTCTTAGTTAAATACTAACATATTATTTGACAAGTTTCAAATTTCCTTTTAAAATCTTCCTATAAATGTTATAATTTATGCAAGATTATTTTGAAAAGATAGGAGATTCAAAAACAATGATAAATTTTGCTAAAATTGATGAAATGATTGAAATTATAGAAAATAATCAAATTCCAGATGGCATGACATTTAATGAGTATGTCTGTGAATTTTATAATGAAGTAAAAACTATTCCTTTATCTAAATATCTTAGAACTAAAGATAAAGTTAAAAGACTTCCTAAGATAATGAACAGTAAAAAAGCTGGTGAAGTTATTCTGGCTAGTGAAAAAGATGAAGAGATTAAAACTTTTTTGAAAAGAAAAGGATACAAGGAAATTCCTCAGCTTGATTATAAGTCTATTATGCTGTTAAGAAAAACTGATTTATTATCCAATTGGAAAAAAGTATTGCTTTTCTTTGAAGGAGAAGGAACAGTTGAAGAAATAAACAGCTCTACAAGACCTATTCTCTTGCCACAGGAAGTTGAAAAACTGGAAAGTTATATAAAAGAAGAACTTAATATTAATGAACAAGAGCTTAACTGGCTGTTGAGTAAATTTGAAAAAATGCAGAAAAATAAGATGATTTTAAAATCATTACAGAAATTATCAAGATAAAAAAAGAGGATAACTCATAAATAGAAATATAATTTTAGTAATATAGTAATCTCTAAAATTAAGTCTCTATTTGAGTTTTATCCTCTTTTAACTTTTGTAATAATCTTTTTTTCTGTCAATACTGCTTTTTAAATTATAGCAGTCATTTATATGTCCTATCTGATGTCTAGTTCCAGGCATAAGTATTATTCCTGCAGCATTCTTTTTTCCCCAGAAATCTAAGAGCCATATTGAATCAGGATGATCAGTGACTCCACCTTCATTTAATATCTTTTCTATACCCTTGCTTTCTGCTTTTCTTTTCATATCTTCAAATTTGAGTTTTGAAAATATTGATTGAGTTTGAATACCCACAGCCTTTCTATATTCTTTTAATGCTTCTATATTTATACTTTTGCTTAAGTCCATTATTTCATCATCAGTCATTGCATTTCCAGTATCATTAACAGATACATTCATTTTTTTCTGCCATTCCTTATTATAAATTTGTTCAGAATTGTTTACAAGAATATTAACAGTTAAATCTTCTATTCTTGTGATATGCCAGATATTCCAAGCTATTGTTACATCTTTAGCAGTTGGCATAATTGAAAAATCTTTTGTATCAAGAATTTTCCATAATTGATCCATTAGAGTATTGTCGCTATCAGAAAAATGAAGATTTCTGTGCATAGATAAGTAAAGATCTTTTGCTTTATCAAAAGTTTCTTTTTTTCCTATTAACTCTTTTAATTCTTTTTGCTGTATATTCCATTCTGATGCTATACTCATAAATTTCTCCTTTTGTACTTATAGTATTTTTGTGTCTGGTAGCTCATTTCTTAATGTTTCAAATTGCTTTTTATTATAGAACCTTAGAAGCATATCAAGATATTTTAATTTTTTTAATAAAAAAATTGATGTAATATCATAATTTTTTCCTTTAAGTATTTCTACTTCATATCTCTTACCTTCCATTTATATTCATACTATATTTATACCTTATTTTTCCTCTAACTACAAGTTTATATATTATAAAGAGGGAAACTTTTTATTTCCCTCTAAAGATTTTTTATTTATATTGAAATTATCAAAGTTGATATTTTATAGTAATTATATAAAAACCTTTAAAATATCATTTAGCTATTCTTAAAAAACAATAGAATAGAACACTCAATAATATTATATTAAAAAAGTATTTTTTCTATATTACTTTCTATTCTGCTATTGTATTCTCTTATGTAATAAGAATTTATTTCATAGAATCTAATTGTTTTTTTGAATCACAAAATACTTGCCATGTTTGAATTTGATTTTCACTGACTATAACTTTCCAACAAGCAGGGAATTCCCAGTATTTCTCTTTATTTCCTAAATATGAAGCACTAGCTTTTCCTATAATAACAGAAAATTTATCATTTTCAATATAATCATAAATTTCAATAAAATAGTCAGGAAACCAATCAAAATATTCTTGCCAACCTGTTTTCATCTGCTCCTTATTTTCTTTATTTCCATAGGTATCAATAAAATAAAAATCTTCTGACATCATGTCAACAATAAGTGACAAATCTTGATTATTGATTACTTTAACAAATTTCATTACAATATCTTGCTTCATATGATATCTCTCAACAATTTAAAATTTGTTAAAATGAAGTTTAGCCATATCAACATCAGCATCTGTATAAGCTGGTTTTTCTTCATCTGGATATCCTAAAGCTATCATATTATGTACTTTTAATTCTGATGGAGCTCCAAGTATTTTTCTTATATTTTCATCTGTTGGATTTCCTTCAGTATCTACTTTTTCTTTAGTTTGTATCCAGCATGATCCAAGTCCAAGTTCATGTGCTTTTAATTGAATTATTGTACTGGCAATAGCACAGTCATCATCCCAAGTAGGATTTTCATGTCCAAATATAACTATCATAAGAGGTGCTTCAGCAGCAAATCCAGCTCCACTTTCTTTTGATACAGATAGTTTTTTTATTATCTCTTTATCATCTATTACAACATATTCATATGGCCTTCTATTTCTTCCGCTTGGAGATACTAAAGCAGTTTTCATAAGTTCCATAACCACTTCTTTCTCTACTTTTTTTTCTTTAAATTTTCTTATTGTTCTTCTGCTTAAAAAATCCATATATATTCCTCCTTAAAATTTATTTTATAAGACTATATAAAAGGTTTATTTCCTCTTTCCAGATAGAACTATCTATAGTTTCTAATATAATGGGAATATTATCAAATCTTTCATCATTCATAAATCTTTCGAAAAATTCCATTCCCAGTATACCTTTTCCAATGCTGTCATGCCTATCTTTTCTACTTCCTGTATCAAATTTAGAATCATTCAGATGAACTCCTTTAAGATATTTAAATCCAACATATTTTTCAAATTCATCCATAGTTTTTTTATAGCCAATTTCATCTTTTAATTCATATCCTGCTGTAATTGTATGGCAGGTATCAATACATGCACCTATTCTTTCTTTACTTTTTACTTTTTCAATAATTTTTCCTAAATGCTCAAATTTATATCCCATATTAGAACCTTGTCCAGATGTATTCTCTAATACTATAACTATATTTTCTGTAGCTTCAATAGCTTTATTTATACAATCTGCTATATTATTGATACATTCATCTTCAGATATTTCATTTAAATGACTTCCTGGATGAGTATTCAGGTATTTTAGTCCTAACTGGTCACATCTTTTTATTTCTTCAATAAAAGCATTGAGTGATTTTTCTCTTTTTTCTTCATCTTTTGTACCTAAGTTTATGAGGTAGCTGTCATGTGGAAGAATATATTCGCTAGTATAGCCGTTTTCCTTTAAAGCTTTTTTAAATTTTTCTATATCTTCATCAGTTAATGGTTTAGCTTCCCATCTTCTCTGATTTTTAACAAACATTCCAAAAGCTCTGGCTCCAATTTCTTTTGCATTTTTAGGAGCATTAAATGGACCTCCAACTGTACTGACATGAGCACCAATAAACTTTCTTTTTATTTTTTCTTCTCTTGTTATTTCCATATCATTCCTTTCTATATGAATCTTTTCCATATATATTATACTATTTTATGCATTAAAATAAAAGAGATGATTAATATTATAATAAATTTTAAAAATAAAGTGATAAATAAAAAGAAATCTATTTTTATTGCGAATACTTATATTGTAAGAAAAACATTTAATAACAGGAGGAAATTATATGAAAATGAAAAAATTAAACTATATTATTGCAGGTTCTCTTTTATCAGCTTTAGCACTTGCTGGATGTGGAAATGACAAGCCTAATCAGGAAGTGCAAAAACTTATGGCAGAAACTCAAAAAGATTTTGCAGTTTTTCAAGAAAGTATTGTTAAAGATTCTACTATGACTGAAGCTCAAGCAGAAGATAAAATTCAAAAATTATTAGCTGAAATTCAAACTAAAGAAGAAGCTGTGAAAAAAGAAATAGCTGGTATAAAAAATAAAGCTGAACAGGAAAAATTAACTCAAGAAATGGAAAAAACTTTTAGTACAATGAAAGAAAATCTTATATCACTTGAAAAGAAAATAAAAACTCCTACTCCTAATCCATATGAAGAACAAGTAGAAGTACAAGAAATAGAAACTGTAGAAGGAACTAATGATGGACAGGCACAAGCTAACTAATTATTAGTGAAAAAATACAATTTTAATATGATGATTTGTAATTTAAAATATCTTTATTTCTATTGATTATAATTTATACTGATGAGTTCAAATAAATTTAAAATATAAAAAGCTCTCAATATTGAGAGCTTTTTATATGGTATTTATTAAATAAGAAACAATTTCTTTATCTTTTCCTGTAAGCATAACAAGGATTCCACCATTTTTATTTGAATCTTTAATTACTAATGGATTTCCAGCTTTTCCTTCTTCAAGGTAATGAAAGAATTTAATTTTTTCAATTATCAATTCTTCCATATTAGATATATTATTTATTTTATAATCTCTTTTTAAATCATTTAATTCTTTTTCAAAATTTTCTAATGTAAATTCAAAGTTACTCTCTGTATGATTTTTAACTTTTGTTATTTTTACAACCATGGCACATCACCTATTCTGAAATTTTTTATATTTTATACTAGTATCAAACAGTAAAGTTTACTAATTTCCCAAATATATAAATGTTAACAGTATGATACCATTTTTTTTCACTTTTGTAAATAATATCAAAATATTTGATTACATTTTTTCTGAAAATTTATAGAGAAAAATCTTACTTTAAAGAATATTATTTATGTTTTAAAAAAACAAAAATATTTTTCGACTATTTTTCAAATAATATTTTATCAGAACATAGTAATTCAAATAAAGATAAAGAAATTGAATTAAGTTATTGACTTAATATTATAATTAGTGTAAAAATATAGGTAGAAGTATCCAACTATTCAAAAGGAGAAAAGATGGAAATAATTTATCAAAAAAGAGAAAAACTCAGAAATGAAAACAGAACTTTTAAATTTTTGGTAGAGGTAAGAGAGTTCAGCAAATTGGAGATATCTCAATATTTGAATATCAGTATTCCAACAGTTACAAAAATATTAGAGAGATTTTTGACAAACAAACTTATATATGAAACAGGGACTAATAACGGTAAACTTGGAAGAAAAGCAGTGAAATACCAATTTAATCCTAATGCTTATTTTTCTATTGGGATTAAAGTAGAAATGAATCATATATCTATGGTTTTAATAAACCTTGATGGTAAAATATTGAAACAAACTGTTGTTAAAGAAGAATTCATTAACAGTGAAAATTTCGTTTTTCTGGTTATAAATGAATTGAAAAAGTTTTTGTGGGAATTTGATAAAAAAGAATTTATAAAAGGAATAGGGATAGTTCTTCCAGGGATAGTAGATCCTGAAAATAACATGATAAAATTAGGTGGCAATTTTACACTTTTAAATCAAGATATGAAAGAAATAGAAGAAGAATTTGATCTTCCAATATTTCTGGAAAATGAGGCAAATGCTGGAGCTATAGGAGAATACATAGTTAACCACTCTGAACTTCAAACTAAAAAAAATATTCTTTTTGTATCAATAGATACTGGTATAGGTTCTGGAATTATAGTAGAAGATCAGTTATATAGAGGAAAAGGAAATAAATCTGGTGAAATAGGACATATTCCAATAATACCAAATGGAAATAAATGTGTTTGTGGCAGTGAAGGATGTTTTGAACAATATTGCTCTAATTTAGCTTTAATGAAAGAATTCGAAAAAGAGTTCCAATGTGAAATAAAAGATTATGAAGATATTTTTCAAGAGAAATTCTTAGGAAATGAAAGAGGTAAGAAAATAATAGAAAGATATACATGGATTCTGGCCTTAGGAATAAAAACTGCTTTAATGATGTTAAATTCTGATAAAATAATTATTGGAGGAAAAATTTCTGACCATAAAGAGCATTTTGAGCCTTTGCTTAAAGAGATAATTTTTTCAAATAATATTTTCAGTAATGATACTAATATACTTGAATTCTCATCTCTTTCTGACAATGCTAATTTATTGGGAGCAGCATTTATTCCATTAGGGGAATTCTATAAAACTTATAATGAAGATATGTAGAAATATTTTGTAATATTATTAAATATAATAAATTTTAATTAGAGGTGATTGGGTGTTAAATAATGAGAGTGTATTCTTCCTATAATTAGGAAGGATTAAGATCCCTTTCTATTATAGGTTTTGATAAAAATTTGCAATCAAAAATATATTTAGTTGGAGGGTAATGTTGAAATTAGAAATAAGATTAGAAGAAAAAAGTGATTACAGAAAAGTTGAGGAAATGATTAGAGAAGCCTTCTGGAATTTGTACGTTCCAGGAGCTAGTGAACATTTTATACCTTACTATTTAAGAAATTCCAAAATAACCATTCCTGAACTTAATTTTGTGGCAGTTAAAGATGGAGAAATAGTTGGGCAGATTTTTTATACAAGAGCTGAAGTAAGAAATAAAAATGGAAATAGTCATAAGATTTTAAATTTTGGACCTCTGTGTGTTAGTCCTAAGTACCGTAATCTCGGAATAGGAAAAGCTTTAATAGAGCACAGCAAAAAAATTGCTGCTGAAATGGGATATAAAGGAATAGCTATATATGGATATCCTTCCTATTATACTAAAATTGGATTTCAAAGTGCTGCTAAATTTGGAATAGCAAGAGCTGATGGTGTTTTTGTTAAAGCACTTTTAGCTATGGAATGTTATCCTGGTTCTCTTAAAGGAATTTCTGGAAATCTCCATGAATTTTTAAGTGATATTCCATTTGGAGGAGATGAATTTTTAGAGTATGAATCAACATTTCCGCTAAAAGAAAAAAAATATGAACCATCACAAGATATATTTGCAGAAATGGCAAATAAACTGGAAGATCCAGAAAATATAAAAATTTAAATAGTTTAAAAATAATTATATCAAAAGGGCAGTTAAAAACTGCCCTTTTGATATATAAGATTAAAAATTATGTATAAATCCTAAAACTATCATGTCATAATAATAGTTTTTATTTATATATCCCTGATATTTTACATTGACTAGAAAATCTGGGTCAATATAATACCCCATACCTATACTAATCATTCCAGTATCTCTTGATACTTCTAATGCCTTTATTTTCCCGGAATCTGTAATAAATCTTTTTCTATCTGCAAATTCATAAGACCATTCTGCATTTCCTGTAAATAGAAACTTATCTCCCATTTCTTTAGAATACATAACCCCAGCATTTCCACTTCCTATTCTTTCATTGGAAGTAGATATTCCATCATGACCTTTGGTAGTATATTGATTCCATCCAAGCCCTAAATAAGGATAAAGCAGTGACTTTTCTCCAAGTTCAAAAAAGTAGCCTCCCTCTGCTCCCAGAGAATAATTTTTAGTTCTGTAAACTATATTAGAAATATTTTTGCTTCTTAAGATATTTCTACTTTCATCATATCCAGCTCTTCCAATGAAAAGCCAGTTATCTTTATTATAAGCAATATAAGTATTTAATCCATAAGTTCTTATTTTCTGGTCACTATCAAGAGAATCATCAAATTCCGCTCTTGACTTTATATATCCAAAACTCATTCCAGTCATTAAATCAGGATTTGACAAGAATGTACTGTTAGTAGCCATTAAAAAACCTTTAATTTTTGCATCATAATCAGTATTATAATCATCTTTATCATAATTAGATTTAATTTTTCCTATACCTTCAATGTATTGAGAGCTTCCACTATAACCTCTTCTGTTCATTTTTTTGAACATTACACTTTCTCTGAACTGGCTGCTCCCTCTATCAGTTATTATTTTTCCATTTATTTCCGAAAGATTGGTTTGAAGATCATGAGTTCCTCCAAATAAGCCAGCAGAAACAGCTGCAAATACCAAAGGCAGTATTTTTTTAATTTTCATTCAATTCCTCCAGACTATCTTCTTCTTTTACCAAATATTCTTAAAAGATATAGGAATAAATTTATAAAGTCAAGATAAAGATTAAGAGCACCAATTATTCCAAGTTTATTCATAACTTCTTCATCGCCATTTGCCATTTGGAAAGCTATTTTTTTAATTCTATTTACATCATATGCAATAAGAGCCGAAAAAATAACTATTCCTAAGACAGTTCCAAGCCAGTAAAGTATCGGAGCTTTAAGGAAGAAATTAATCAATGACATTATGATTATACTTATAAGCCCAGTCATTAAATATTTACCATAGCTGCTGAGGTCTTCTTTAGTAGTATATCCATAAGCAGCAATAACTATAAACATTACCAAAGCTACCCCTAAAGTATAAAATATACTTACAGGATGGAATACAAATCCTAAACTACTGAAAAGAACTCCATTCATTAATGAATAAAGAAAGAACATCATTCTTGCAGTTCCAGAAGACATTTTATTGATTCCTAAACTCAATCCAAATACAAGAGCTATTTCTGCAAACATTATTATTTTAAAATAAGGCATTATAGAATACAGCAGTCTTGCATTAAAACCAAATAGGTATATTGGAACTATTGTTGTAATAAGTACTCCAACTACCATGTTTAAAAAAACTTTTCTAAGAAATCTATTAGTTGTTTCCACATTGACATAGACCCCTTGTTCGTTACGCATCTCATTTAAATCATATTCATTCATTATTGTGTTACCTCCTGATTTATATTTAAAATTTTAAAAAGCTCTTTTTAAAATCTCAAGTACATCAGCTTTATGAAGCTTTTTCATTGTTCCAAGAGGTCCAAAAGCAACAGCTGCATCAGCCATTTTTTCAAGATTTTCTTCTTTTATTCCTACCTCTTTTAAAGTACTTGGGATATTTAGAGATTTAAAAAATTCTCTAGTCTTATTTATTGCTTCTTTTGCAATAGCCATAGGGTCATCTCCTGAAATGTCCCACACATATTTTCCATATTCTTCAAATCTATGAACATTTTCATCTGACAATACATATTCCATCCATACAGGAGTAAGAATAGCAAGTCCAACACCATGAGTTATATCATGATAAGCACTCAGTTCATGTTCCATTCCATGAGTAGCCCAGTCTGTTGATATTTTACCATAAGTTAAGAGTCCGTTCAAGGCTAAAGAACTTCCCCACATAAGATTTGCTCTGGCTTCATAATTTTCAGGCTCATTATATGCAATAGGCCCAAAATGTATTACAGTTTTTAAAAGTCCTTCCATCAAACGATTTTGTAAAAAACCATCATGGTCAGGTGAAAAGTACTGTTCAAATATATGACTCATTATATCAGCTGTTCCTGCAGCTGTCTGATATTTATTTACACTATAAGTGTATATTGGATCAAGTATAGAAAATACAGGTCTGAGAAGGTCACTTCCTATTGCTAATTTTCTATTTTCATTCATATTTGAAATTACACTGTTTCCATTCATTTCACTTCCAGTAGCTGCCAATGTAAGTACAGAAGCAACTGGAAGTGCTGAAGTTAACTGCTTCATTTTATTTTTAACATAAAGGTCTTCCCATACATCACCATTGTATCTGCTTTGTGCTGCTATTGCTTTTGCACAATCTATTGTACTTCCCCCACCAATAGCCAATACAAGTTCTATTCCTTCTCTTTTACATATTTCAGCTCCATAATATACACACTCGATTCTAGGATTAGGATCTACATTTGGCAGCTCAAAAATAGTGATTTCTTCTCTTTTTAATACTTCTATAACTTTATCATAAAGTCCGTTTTTCTTTATACTTCCTTTACCATAAACCAAAAGCACTTTACTTCCAATTTTTTTTACTTCATTTCCAAGTTCATCTACTTTTCCAGTACCAAAAAGTATTTTTGTACTTACATTATAATTAAAATTTTTCATAGTATTTTCCTCCTTTGAAATTAAATAATAATTTTGCTGAAACTAAGATCTACAATCTTTAAGCCATCCACTGCTGCACTGACTATCCCGCCTGCATATCCAGCTCCTTCCCCTACAGGATACAATCCATTTATATTGATAGATTGTCCTTTTATGTCTCTTGTTATTTTAACAGGAGCAGAGGTTCTAGTTTCAGGAGCTATTAGATTTACATTTCTGGATATAAAATAATTGTTTTTCCCCCACTGTTGAAAGGCAGCTTTCATATTATCATTTATAAATTTAGGAAATAGATTATTTAAATCATACGAATTCATTTTCATTTCATAACTGCTCTCTATAGCATCAGAAGTTGCTTTGCTATCCATAAAATCTATAACATTCTGACAAGCAGCACCATAATTATTTGCTATTTTATAAGTTTTTCTTTCTAAATTTTCCTGAAACTTCATACCAGAAAAAATTTCATCTCCAAATTCATTTTCTTTTATCCCAACTACAATAGCAGAATTTGAAAATTTTCCATCTCTTTTAGAATAGCTCATTCCATTTACTAAAGTTTTTCCTGCTTCTGATGCAGCATTAACTATAACCCCTCCAGGACACATGCAAAATGAAAATACTCCTCTGTCCTCTTTTTTATTGTTATATGTAACACTATATGTAGCTGCACCTAATAAAGGATGGTCAGCATATTTTCCATACTGCATTTTATCTATGTCTCTTCTTAAATGCTCTATTCTTACTCCTACTGCAAAAGGTTTGTTTTCTAAATGAACTCCTTTTTTATGAAGCATTCTATAAGTATCCCTTGATGAATGTCCTATTGCTAATATTACAGAATCTATGCTGATAATCTCTTTCATCCCATCTTTATTTAAAATTTCAATTCCTGTAATAGAATCATTTTTTATAAGAAGATTTTCCATTTTAGTGTTAAAGTAAAATTTTCCACCCATACTCTTTATTTTTTCTCGAATATTTTTTACTACAATTTTTAATATATCAGTTCCAATATGCGGTTTGTAATCCCACAGTATTTCTTTCTGAGCTCCACAATCAACAAGCTCTTTAAATACTTTATCTATATATTCACTCTTTATTCTTGTATTAAGTTTTCCATCAGAATATGTCCCAGCTCCTCCTTCACCAAATTGTATATTTGATTCTGAGTTAAGAATAGAATCTGATATAAACCTATTGTTAGTTATATCCCTTTTATCTACCTCTTCTCCTCTTTCAAAAACAAGAGGAATATACCCATATTCAGCAAGTCTCAGTGCAGAAAATAACCCTGCTGGCCCAGCTCCTATTACAGCAACTTCTTTGTTTTTAAATAAAGGCTCTCTTACTGTTTTTTCCCTTTCTTTTACTGGAAGAACATTAGATAATGAAGATATATCTATTTCTTTTTTTAATAAAACCTCTATATTATAAATAAATTTTATGTCATTTTTTTGACGACTATCAATGGATCTTTTGTTCCATCTTAATATTTCTATATTGTCTTTTTTTATTCCTCTTTTTTCAAGTTCTTTTAATATTTCTTTATCTTGATTTTTATCCAATGAAATTATTATATTGTTAATATTTATTCTCATTTTCCACCTCTAAATAAATTATACCATATATAATAATCAAATAACAATAAAAAAGCCTGTGAAATTCTACACAGGCTGGCTTTTTTATTTTATTTTGTCAGCTAGAGTTTTTCCAACTTTAAACTTAACTGCTTTTTTAGCTTCTATTCTCATTTTTTTATTAGTTTGAGGATTTCTAACTTCTCTGGCAGCTCTTTCTTTTACTTCCCATTTCCCCCATCCTACAAAAGTGATGTCATCTCCTTTTACAAGAGTATCTTCAACAGAAGCTAAAAATAAATTTACTGCTCTTTCAGCTTCTTTTTTAGTAAATCCACCATTTTTAGCATATAGTTCTACAAATTCTTTTTTAGTCATAATATTCCTCCTTAGGTTTTATTCATGTGCCATTCTTAAAATTACAATTCTTGCTTACTATATATATAACCTTTATTTTCTATTTTGTAAATAGAAAGTTTTAAAAATTCTATATTTTAAAAGATTACTTTGAATCCTTCAGAGGCAGCATTCACATCATGATCAGTTATACCTAGATATTTTTGTGTGACCGATACAGAAGAATGGTTAAGCAACCGCCTCACTAACTCTATGTTAAATTTATTATTTGTATATTGGATATGTGCATAGGTTTTTCTAAAACTGTGTGTAGAAAGTCCTTCAATTGAGGCACAGATTGAAATTTTTTTTAGTATTTTCTGTACCCATCTTACTGAGATATCGAAAATATTATCATTTCTGCTGAGAAAACGCTTTCTGCAATAGGCTTCAACTATTTTTACAACTTCATAATTAATTTTTCTATTTTGTATCTTTCCCGTTTTCTGCTCCTTTATTGATAATCTTCCATCAACAAAATCACTTACTTTTAAGCTAAGTACATCTCCTATCCTAAGTCCTGTATTTAATTGAATGAGACAAATTAAATGTATTTGTGGATTAGCCCTTACCCTTATTCCGTTCTTCCTTACTCCACTCTTTATAAATAAAAAAACTGTTTCTAATTCATCAAATTTTAAGACTCTGGTTTTCATTTTTATTTTCATCTCCTAAGATTGTAATATATGTGTAGTATAGACATATATAAAATATACCACATTTTTCGGAGCAGAGAAATATTTTTATTTTTAGTATAGCATTATTGGTGTTATTGTTATAGAATATATACATAATTTATTTTGGGAGGTTTTTAGAATGATTATAATAAAAAATGGTACTTTACTTGATGTTGAAAAATCTAAAAGTGAAAAAATGGATATTTCAATAGAAAATGGTAAAATTACTGCGATTAAAAAAAGTATTAAACCTAAGAAAGATGATGAAATTATTGATGCTACAGATAAAATAATAGCTCCTGGTTTTATTGATGCTCACTGTCATTTAGGACTTATGGGAGATAGTGTTGGATTTGAAAATGATGATGTAAATGAAAAATCTGATCCAATAACTCCTCAATTAAGAGCAATAGATGCTATTGACCCTATGGATAGAGTATTTACTGAAGCATATCAGGGAGGAATCACTTCAGTAGCTACTGGACCTGGAAGTGCCAATGTAATTGGAGGACAGTTTGCTGCTATAAAAACTTTTGGAAAAAGAATAGATAAAATGATAATAAAAGCTCCTATTGCTATGAAATGTGCTTTTGGTGAAAATCCAAAGAGATTCTATGGTACAAAAGGAAAAATGCCTACTACAAGAATGGGTACTGCCAGCATGCTTAGAGAAACACTTCAAAAAGCAAAAGAATATATGCTGAAATCTGAAGCAGCTGGAGATGATATTGCTAAAAAACCTCAATATGATGCAAGATTAGAGGCATTAATTCCTGTTTTGAAAAAAGAAATTCCTTTAAAGGCTCATGCACATAAAGCAAATGATATATTTACAGCAATAAGAATAGCAAAAGAATTTGATGTAAAAATGACTTTAGATCATTCAACTGATGCAAGATGTATAGTCGATGAATTAGCTGAAGAAAAATATCCTATGATAGTTGGACCTAGCTTAGGACATAGAACAAAAGTTGAACTTATAAATAAATCTTTTAAAACAGCAGGCATTCTTAACAAAGCTGGAATAAAAATATCTATAACAACTGACAGTCCTGTTATTCCTCTTCACCATCTTCCAATCTGTGCTGCTCTTGCAGTAAAAGATGGACTTGATAAATGGGAAGCTCTTAAAGCTATTTCAATAAACCCTGCTGAAATATTAGGGCTGGAAGACAGAATAGGATCTATTAAAGTTGGAAAAGATGCAGATATAGTTATCTGGTCAACTGATCCTCTTCAAATAGATGCAAAAGTTGAATGTACTATAATAAATGGAAAAGTAGTTTTTAATGGTGAGGAGGAAGAATAGTGAAAGAACTTCTTAAAAAATTCAGAAGAGAACTTCACCAGATACCTGAAGTTGCTTTTGAAGAATACAAAACAGCTGAATACATAAGAGAGAAGCTTAAACAATATGAAATACCTTATGAAGAAATCACTAATGAGCATTATACTACAGGAACTATGGTATATTTTAAAGGAGAAGAAGGGTGTATTGCTTTTAGAAGCGACATAGATGCTCTTCCCATAAAAGAGGATACTGGATGTGATTTTGCTTCTACAAATGGACGTGCACATGGATGTGGTCATGATGGACATGCTGCTGCTCTGCTTACATTTGCAGTTTGGTTAAAAAAACAACAAGATAAAGGAGTAAAATTTAAAAAATCAATTGTTCTAATATTTCAGCCTGGAGAAGAGGGAAAGGGAGGTGCAAGATATCTTTCTGTCCATGAAAAATTCCTGAATAAAAATATAGAAGCTATATTTGGAATGCATTTATTTCCATTGCTTCCAGAAGGAACAGTATCTACAAAGATTGGTCCTCTTATGGCACAGACTATAAATCTTGATATAGATATTTATGGTAAGGGCGGACATGGAGCTGAACCTCAAAACTGTATTGATACTATTCTTATAACTTCTAAACTTATAGAAGCATATCAAAGTGTTGTATCAAGAAACATAACTCCTATTGAGCCTATGGTTCTTACTATTGGTTCTATTCATGGTGGAAGTGCAAGAAATATAATTCCAGAAAAAGTTTCTCTTCTTGGAACTATAAGAATATTTTCTAAATCAATGATGGGATTTATTAAAGAAAGACTGGAAAATATCAATAAGGGATTTGAGCTCTCTTATGGGGTCAAAATAGATTTTAATTTTACTCCAGTATATTCTCCTCTTATCAATGATGAAAAACTTTATCATGTATTTAGGGAAGCTGTAAAGGATAGTAATTTTGTTGAAGCTAAACCTGAAATGATAGCTGAAGATTTTTCATTCTATCTGAATAAAGTTCCTGGATTATTTTTTTTCCTGGGAGTAAGAAATGAAGAAAAAGGATATATCTATCCACTTCATAATCCTAAATTTAACTTTGATGAAGAGGCACTGTTAAAAGGTGTTGAAACTTTCCAAAATATAGCTTATGCTATGAAGGCATTATAATAAAAAATAATTCAATATAATTTTAGAATTTTTTTACTAAAAAGATTTAGTTTTAATTTGAATTCTAAAATATAAAAAATATTATTTATCAGTAATTACAGCAGTTAAAATTTCTTAACTGCTTAATTACTTTTAAATTTCTAAAATCTATTCTTGCTTTGTTCCATTCTTTTTATAAAATGACTTTCAATATCATTAAGTAGTGGTATTCCCAGTTTATTATTTTCTTTTAAGTATAGATATGTTTCTCTTAATCCCTCTTCTAGTGAATACTTATTCCTAAATCCTGTTTTCTCTATTTTAGATATATCTCCTATTAAGTTTTTATTTCTAAATGGAAACCAATCCCTTGCTTTTAAGTTTTCTTTTTTTAAATCTATATTACATATTAATGGCTGTTTATTCAATATAATGCTGCATATTTTAATATATTCTTTAACAGTAATGCTTTTGTTACCTGAAATATTAAATATCTCATCAAAAAAATGCGAATTATTCAAAGAAAAATTTACTGCTTCACAAAGATCATTTATATAACCAAATTGAATCATCTCTTCACCTTTATTCGGAATGAAAATAGGCATATTATTTTCAAGTCTTGCAAATATATAACTTTCTCTGTCTAAATTATTTTCAGGCCCATAAATATAAAATGGTCTGAATATTGTATAGTTAAATTTTAATTTTTTTGAATTTTCAATAGTTATTTTTTCACATAAATATTTATCTTCAGCATACTTACCCCATATTTCATTTGCACCAATGCTGTCAATTTCCTTTACAGGAAAATTCTGCATTTCATTATAAATAGAAGCACTGCTTATTAAAATGTACTGAGCATATCTTCCAGACATTGTCTTTTGGATAAGAGATACCTGTTCTGCACTATATGCCGATACATCAATTATATACTCCACTCTTATATTTTTTAAACACTTTGTTAATTCTTTCTCCATATTTCTATCACATTTTAAAAACTCTGCTTTTTCAGGATTAGGTCTGTTTCCTCTATTGAGAACATATACTTTGTATCCTTTATTCAACATAAATTCACATAATTTTTTTCCTGCAAATTGATTGCCGCCCATTAATAGAATACTTTTCATATTTTCTCCTTTTAAAATTAATTAATATATTTCAATGATAATTTATATGGTGATAAATTACAAATTTTTTTATGCACATATTTTTATCAGTTTCTATGTTTATATTTTTCATTTTTTAAAGTGCATACCATATAAAAATCTATTTTCCACATAAAATCACAATTCAGTATATTTTTTATAAAATTAAAAATTCCATATTTTATTCTTATTTAGATAATTATCTGTAAAAGAGGAACAACTTTTCATATAAAAATATTTTAATTCTCTGAATTTTTTAGCTTCCAGAAAGCTCTATACGAACATTATCAATTATTTTATTGTTATCTATTAATTTCTTTTTGTTATTGATATAATCTAGCTATCAAAAACAAGGGGGAGTTAAATATGAAAAAAGTTTTTATTGGTATTCTTCTTTTACTATCTTGTCTTACTGCTTATGGAAAAGACAAAGTGGAAGAAATTATGAAAAAAGGAGTTATAAGAATCGGAACTACTGGGGATTATAAACCATTTACTTATCTTAATGGAGATAAATATGAGGGATATGATATTGAGGTGGCAAAACTTATAGCAAAGGAATTAGGGGTAAAAGTAGAATTTGTACCCACAACTTGGAAAACTCTTATATCAGACCTAAATGAAGATAAATATGATATAGCTATGGGTGGAATAACAAGAACTGTTAAAAGACAGGTAGAAGCTCAAATGAGTAATCCTTATCTGGTATTTGGTAAATGCTACCTAGTAAGAAAAGGAGAAAAAGGAAAATATAATTCTATTGAAGCAGTTAATAAACCAAGTGTCAAAGTTGGAGTAAATATTGGGGGAACTAATGAAATTTTTGCTGATGAGCATCTTTCTAAAGCTACAATAATTCGTTATAAGAATAACTTAGATGTCCCAGTTGCTGTAGAAAAAGGAGAAGTTGATATTATGGTAACTGAAAATCCTGAAGCTATAACTTATGAAAAAATTAACCCTGAATTAGAAGGAGCATTAACTGAATCTACTCTGACTAAAAGCCAAATGGGATATATGGTTCATAAAGATCAGCAGCACCTTTTAAATACAATAAATTTTATTTTAATAGAATTAGAAGTGAGAGGAACTATTTCTGAACTTAAAAATCAATATTTAAAATAGCCTTTTCAAGAGAGAACTTGAATATATAAGTTCTCTTTTTTTATTCTTTTTATAAATATTTTGTGCATTAAATTTAACTCTTTAATTCTAAAGATAAACATATTTCTTTAAATATATTGAAATAATATGATATAATAAACAAAAGAATGTCTATAGAAGAGGAGAGTGCTGAATATGTTGAAAAGACTTCTTATTATAGCATTATTGATATCTCAAACAGCTTGTGGGAAAGTAGCTAGTTGGTATGGCAGAGGATTTGAAGGGAGAAATACTGCAAGTGGTTATCTATTTGATTCCAGGCAGTATACTTGTGCATCTAATACACATGATTTTGGAACTGTTTTAAAGGTGACTAATAAAGAAAATAATAAATCAGTTGTAGTAGTGGTAACTGATAGAGGGTCTTTCAAGAAGAAATATGGTCGTGACATTGATTTGAGTCATGCTGCTTTTACAAAAATAGCCAATCCTAATGCTGGGCTTATTAAAGTAAAAATAAAAGTTTTAAATGAAAAAAATACCTTCAAATATAAACATGGAAATCCTGTTTTTAATGCCAGAGAATACAATAAATATGTGAAAAAATAAGAGAAAAGCCAGAAGAAAGTACACTTGATTTTTATCTTACTTAGATAAGATATCAGGGTACAAATACTTCTGGTTTTTAATATACTAAGAAATTATAAAATTCAAAGAAATATATAAAAAAATAGAAAGCAGAATATTTAATTTGAATAATGAAAAGTGTATTTTTTATTGAAAAATTTTATTGGACTTTAACTAAATATCTAGCTTGTATTCGACAGATACTGTCACTCTGTTCTCATCATCCTTCCTACTGCTTGCACTGCTGCTCCCCTCACTGACCTGATACATTAAATCAAGAGTAAGTCCATTATTATACTCTATTCCTCCACCCATTCCATAATAAGATCCATTTTGTGAATTGACACTGTCATTTATAGATTTATATCTTGAATTGCTGCTTTGAAAACTTCTTCCTCCTATATTGTTTACAGCATATCCTAAATTAAGTTTTAAATAAGGCCGCCACTCATTTACTTGAGGTAATTTATATCTTCCAGTAACATATAATGGAATAGAATCCATATCTACTTCCTCAGATGCTTCTTTTACATAGAATTTTCCACTTTGTTCCTGATCAAATATGCTGTCCCTCTCTTTTTTTAGACTATACCTGTCCTGATAAGCCATTCCCACTCCCAGTTCAACATCAGATATAAGTTTATCACTTCTTAATTCTTTAGCTACTTCATGTCCTACATGTATGACTTCTGTCTTATCTTCAAAGTCATGTTCTTTTAACTTTTCATTAAGAGTATCAATAAATTCATAATATTTCTTCACTACATTACTTCCAGATTGTCCTGCTTCTAAGTTGGTATATTCTTCTAAATCTCTTTTAATTAAAAGGCTTTCTCCTACTTGGGCCATATCTACTGTTACTTCTGGATCTGGAGATTCTTCAGCATTTTTTATTATTTCTTTTAATTTATCCTCAGTTAATTTTTCACTTACTGTTAAAAGTTTTTCCTCATTTTTTTGAAGAACTTTTTTTTCAATATTTTCTTCTCTATATTCCTCAGCATTTTCTTTTACAGCTGTTTTTTTTTCTTCCATCATTTCATTTTTTTTTATATCTTCATTTGTTTCAATATCAGTTTCAGCTTTTCTTTGTTTCACAACAGGAGTTTTTTCTTCAAGCATAGGCACTTCTTTTAATCCGCTGGCTACAGCAGATAATGAAAAAAATAATATGAATAATATATTTTTCATAAAGTACCACCTCTTTATCACTTTTAATATTATATTATAATTTTAACAGGTATAGAGATTTTTTTCAAAGATTTTTTCCCACACCTATATTTTTTTGAAACTATTTGCCTTTAAACTATTCTATTTTTCTTAGAAATATATTATAATTAATATTGAATTTAATAAATATTTGAGGAGAGATAAATGAGTATCAATAATATTATTATCTATTTAATGATATTTTTTATGTTAGTTGGTGCTGTTGACAGACTATTAGGGAACAGATTTGGTTATGGAAAAAAATTTGAAGAGGGAATAATGGCTATTGGGACACTCTCATTAGCTATGCTGGGAATAATATCCCTTTCTCCATTGATTGCTTCTGCTTTAAAACCTATTATTACACCACTGTATAAATTGATAGGTGCCGACCCTGCAATGTTTGCTGGAACTATTTTGGCTAATGACATGGGTGGTTATTCACTGAGTATAGAACTTGCTTTATCTAAGGAAGCTGGACTTTTTGGCGGATTATTTCTGGCTGCAACTATGGGAGCTACTCTTTCTTTTACTATTCCTGTGGCTATGGGGATAATAAATAAAGATGATGAAAAATATCTGTCTAAAGGTATTATGGCTGGAATTTCCACTATACCCTTGGGATGTTTTTTTGGAGGATTGATAGCAGGTTTCAGCATTAAAATGCTTATACTTAACCTAATACCTACTATTATTTTTACTTTTCTTATTTGTACAGCTCTTCTTAAATATCCTAAAGCTGTATCAAAATCATTTTCTCTTTTTTCTAAAGTGATGTTTATAGCTATAACAATAGGACTGGCATTACAAATAGTAGAAACACTTACTGGAAAAATATTGGTTCAGGGAATGATTCCTGCTCTTGAAGCGGTTAAGATAATATGTAAAATAGGAATGACTCTAGCAGGTGCTTTTCCAATGGTATATTTTATAACAAAGGTCTTTAGAACTCCATTAGTCAGATTAGGAAAATTATTTGGAATAAATGAAAATTCTACTGCTGGAATTATTGCCTGTCTTGCCCATAATATTCCTATGTATAATATACTGAAAGATATGGATGAAAGAGGAAAAATGTTAAATATTGCTTTCTCTGTCAGTGGAGCTTTTGTTCTAGGAAGCCATCTTGGATTTACTGCTGGAGTAGATACTGCTCTTGTGTTTCCTGTAATAGCTGCTAAGCTAATTGGAGGAATCTCAGCTATGTTTGTAGCAAATTTTATTTATAATAAGGAATTTAAAAATTCTAAGAAATTAAATTAATTAAAAAGCCAGTCTTTATTTGAGAGAAACTCAAACTTGTGACTGGCTTTTTTAATTGGTTTTAAAGCTTTTTCATTTTTTTCTCTAATCTTTCTATTATTACATTATATCTTTGTGAAGGCATATATTCATTGTGACTTAATTTTTTATATTGGTTCATGGCTTCCTTATATTTATTTTTAGCTATTTCTTTATTATTCTTATCTCTTATGAGCCTGTCACCATCTAATTCGCTTTGTACCCCTCTTAAAAGAATCCCATTCATATTTATTTTTCCTTTAATCATTTCAGTCATTTTAGAATCTTTTGATTTTTTTAAAGCTGAAGTATAAAGTTCATATGATTTATAATATCTGAATTGATTAAACATTCTATTTCCCTCTTTTAAAAGTGACTCAGCTGTTGCTGCTTTTGCAGGAATTTTTTTTGGTACAGGAGATTTTTCTGCCTCTATCTTTTCAATTATTTCATCATAAATAGGTTTTTGAGTATTCTCCAAAAAGATTGGAGCTATTCTTTCATATATCTCCATTGCCTCTTTTTTCATTTGCTGTCTTTTTTTATTTGTAGTTGCTTTTTGAAGATACAAGTTGTCAGCTTTTAATTTTTCTTCATATGCAGAATTTAAAATTTCAGCAGTAGCTAACTTGTATTTTGTTTCATCTTTTAAACTGTTGTCCTCTCTTAAATTTGAAGCAAGTATATTAGCAGTTTTTAATTCATCTACAGCCTTTTGAAATTCTTGATTTTTTAGCATTATATCTGCTGTATTGGCACTTTGAGCTGTTTTTTCAGAAATATTGGCTTGGTTTAAAAAATATTCTAAATCTTTTATTCTTTGCTCATATTTGTTCCCTCTATATTTACTCAACTCCATATATTTCTCAATACCAGCTTGATATTCTTTTGAAGCAGCCCTATATTTTCTTTCTACCATTAATATATCACCAGATTTTTCTTTTTCTACAGCATAGCTATACATTTTTTCCAGTTTCTGATATTGGAAAAGCTTCTTTCCACCAAATAGGATTAGCAACAAAATTACTGCAATTATTCCAAGCTTATATGTTTTTCTTCCTGTTGAATTAAAGTATTTCCTTAATTTAACTAATCCACTTTCTGGTTCTGGGAGAAGAAGAGCAGGCCTACTTATAAATATACCACATAATGTATGATTAGATAAATTCATATAACAGTTTTTATTCATAATTTTTACAAGATTTCCTATCCATTGACCTGCTCTTTGAGATTTTGCAGTTTCTCTTTCAATATCATCTTCATCAAGATTTTCCCATGCTCCCTGAGTCAGAAGAAGTATCTTGTCATTTGGAAGAAGTGTCATTGTTTTAGAAACATTTACAGCTATATTTTTATCAATCCCAAACTTATGTGTAAATATATTTCTATCTTTTCTAAATCTTATTTCATCATAAAGTATTTTTTCAGCTTCATACATAAGAAAAGCCAATGTACTGTCTTTGCTCTTTTTTATTATATAATTATCTCTAAGCATCATAAATCTTGCATTTCCGACATTTGCAAATGTTACTTTTGAATAATCTGTAACTGCCATTGCAATTGAACAGCTGCTGTATTCTTCTGTCATATCGCTATTGCTTATCTGCATCTCTCTATATCTTCTATGTACATGAAGCAGCATTCTTTCTATTTTTTTTCTGTCTATAGTAGGATTTTCTATAAAAGTTTCTATAAGCATTTCTCCAATAAAAGGTGCTATCTTATGTTCAAAGACACCTCCATTATTTCCATCTACTATTATCCAACACCCATATTCCTCTAATTCAATATATGTAAGATAATCATTATTTATACTTTTATCTCCTCTGTCAGAAAGAAAAGATGTTACAAATATGCTCTGATACTTTCTTCCTGAAAGATTCAGCTGCATAGCCTTTTTTTCATTTTCTTCTTTTATCTTTTCCCTATTCATGTAATAACCTCATTCTTTATTTTTTATTATATAAAATCTATTATCCCTTTAAATATTGAAAATTGATTCAAACCCATAGCAAGTTTTTTATCAATTACAGGTTTTTCTTGTGTTTCTTCTTCACTATCAACGTCAACTTCATAATCTTTTATTGCAGCTATTCCATCTAATATAAAATATTGTTTAATCAAGTTTTCTTCACTATATTTTTTTAAAATTTTTTCTAATATTTTTTTTTCTACTATATTTTCTGATATTTTTTCTTCAATTACTTCATCAATCGGAGAAAAAGCTATAAAATATGCAGGTTTATTAAATATATCAAATCGTATCATTATCTTTTTCTATCTCCTCTATTTGATAATTACATCTGTAAGTTAATAGATTTTTTATTTCAATATTTATTGTTTTTTCCATTTTTTTTAATAAATCATTTTCATCAAACACATACATTCCACTACCATTTAAATCAAAACTTCCAATTTTTTGATTCTCTGAAATATATGACAAAACTTTTTTTATATATTCTTGCCTGTTAAATTTAGAGCTTTCTTTTATTAAAAATTTTATTTGTTTTTCTTCTTTAGAGCTATCATCATATATTTCATATTGAACTGGAATATTATCTAAGGGGAATAAATTATAGAGAGATTTTTCTAGTCTCAAAGGACTTGACTTTTTTATTTCTTGATTATATATTCCTAAAAATATATATGGAATTACATTAAATCTCTTTAGCATTTCTTCTAATTTGAATTTATTATTAATGATTCTGCTCAATTCAAATATGAAGTCTTTTAAGCTTTCTTTTTTCAAGTAAAAAAAAGTATTTTTTCTTAAATCATCCCATTTTTTAATTATTTCATTGGAATTTCTAACTTTTGTAATCTGCCATGTTTCATCAAGTTCATAGCTTACTTCTTTAAAAATTTTATTTGTTTTTTCTAAAATTTTTTCTAATTCTCCATCTTTTTCTATTAAATCTGTTAAAATAAAAAAATTCACTTTATCTTTCATAAATTCAAATGAAATATTTATTTTATTTACTCTTATTTCATTGTTTATCCTTTCCTCTATAATTACTCTATATTTTTTTAAGACATTTTCATTTTTAAAATGTAAATTCACAATTCTCTCCTTTTATTTTTTTACATTATAAGCTCCTGTAGTCACATTATATGACTGGGAATTTATATTTATTGCCTTATCAACACGTTCGTTAAGCATTCCATATTCATTTTTTTTAGAATTTTTTACACTTTCAGAATAAGTCTCTCCTACTTCTACTTCACAAATATCAGTTAAAATTGTAATCTTATTTTGATTCTCAATACTTATGTTATTTTTTGAATATACTTTTATATCATTCTTACATTCAATAATTTTATTTTTAAATACTTCTCTTGATAATTCAGCACTTTCTATATAATAATTCTCTCTATTTACTTTAAATTCAAAAGAATTTATTTCACTTCCAGGTTCTTTTTTTGTCGTATAGTTTCTTACATATGGATTGGTAAATCTTATACTTCCTATATTATTAATTGCCCATGTTACATAACCTTCAAACTCTTCTGTTGTTGGAAAAGTTACAGCTACAATATCTCCGTGTTCTGGTGTGCAAAAGTATCCTGTATTACTTTGAGAATAAGGAGTAGCATATGGAAAGGAAAATCTTTCTTCATTTTTATCTAATAAAATCCAATCATTTATACTTTTAACTATTCTTTTATTTTGAATTTTATTCTTAGACGTTTTTTCTATTCCTTCAGAAAAATCTACATTAATTATAGCTATAGCATTTTTATCTTTGCTCTCAGGCAAATATATAACTTTTCCCTCAATTGTGGAACCTCTTATATTTTCATTAGGAATATATTCATAAATATACTCTTCTTGCCTTAAAAAATATTCTCCTATAAACTTATCATCTTTGAGTATTAATTTACCTCTTGTTATATATCCTATATTTTTATTTTCTTCGCAAAGAATATCTCCTAAGCTATAGAAATCTACTGAGGTAGCTTCATAAAAAATATTATTTTCTTTATCTATTCCCTTTCCTAGATTTCCATTTTTTTTATTCCATTCTTTTTTTATATCAATATTTTTTGAAAAACCTAAAGTAATTCCTCCATTTTCACTATTAAATACTCCCATACCTAAATGAGACATTATTCTTAATAAAAATTCCCAATCGGTTTCAAAATATTGAATTATTATTCCATTTCTTATTTTAGAAAAAAGATTTCTATTTAAATTTACTTCTTCTTTTTCTTCATCACTATTATTTATTCCTACTATATTTATAATATTAGGATATTTATTTAAGATACTTTTAATAATATCTATGTACCTTATATTTGAATTTTGATATACTCTATAATATTTTTCTCTGTCCATTATTTCACTTTTTGATAAAGCTCTTAATTTAATATTTATATCCCCAGAGCTTTCTTCAAATAATGATATATTTTGAATTATTCCTGAAAAATATATTCTTTCTTTTAAAGATAAAGCCAATAAAGTATCATTATTAAGCTTATTTATTAAAGTTTCTTTAGAATAAATAATCCATTCATTTTTAAATTCATTTTTTACTTTAATTTTTGTTATAATTTCAGTATGTTTATTTTCATTAAAATTAATTTCTAAATTATCTATGTTGTATCCTTCTGAACTAATCTCATTATTGTTTAGTATTAATTTTAAATCTGCTATTGAATAATTACTGTCAGTTTTCATATTTTCTCCTTTATTTTGTCATTAAATCTTCCCATTCTGAATTTTTTACAAATATAGTTCCACTTTTTACACATTTTATTGTACTTTTATTTGTTAACAATCTTTCTCCTGCAATTTTATTTGTTTCACTTGTATTTGACCATTCTCCTACTATCATGCATTCACATTTTCCACTTTTAGTTTTTGTACATTTTGCAAATGGTGTTATATTAGTTCCTACAATCTTATCTGAGGAAGTTCCTATTGTTTTTCCTTTTCCCTTTACCCAACCATTTTTTGTAGCTTTAAATATTGTTGTAGAATCTCCGCTCATAGTACATGCTAATTTATTTCCTGTTGTCATAATAATTTTATCTGCTGCTAAGTCCTCTAACCCTTTTCCTTCTTTTGGGACTTTTACATTCAAAGTTAAAATTCCCCTTCGTATTCTGTCAAATGGTAAATTATTTTTTCCTTTTGCTTTATATTTACTGTCATAATTATACAAATATTCTATTGCTTTTTGGTTATACTCTTCTCCTAATAAATGTCCTATCTTTATGATTTTTTCTGTTTCTATCTCTCCATTTTTAATAATATAAAATTTATTTAAAATATCAGGATTATCTTCTAATTTTTCTACTATTAAATTATGCAAAAGATAAAATCCCCTTGCCCCATTATCTTCCATAATTTCTAGTGTTGTTTCTTTATCCAATATGTAGCTTAAAAAATCTGCATTAATATATTTTTTTTCTTTTCCAGACTGCAAAGAAAAAGAATGTCCATTTATCATTTTTTCATAATAACTTTTCTCATCAGTTTCTTTCAAAGTATCATCATAAGCATCTTTTTTAGGTATTATATCTCTTGAATTTACATAATCTTCCATGTAACTTCTAAAAAAACTTCCTATATAATTATCATTAACAGCATTACATTTAACAATATATTTTTTTCCATTATCTGTATTTTCATATAAAATATTTCCACTTTTAGAATCTATTAATGGGAAAAAAATAAATTCATTATTTTCTAATATTGTATAAAATTTTTCATTCTCATATTTTTTTCTTTCTTCTTCACCTTCAATATCTTTTAATAAATGTATTTTAATTCCAGCTGCATTATAAGCTCTATATAAATTATTATTATTTTTTTTATAGGTTTTCTGCATTTCTATATGTTCAAATAAATACCAACTTAGTATATCGCTAGTCATTGGAACTTTTTTGGTAATATTATGAGTAACTTCAACTTTTTTCCACTTTCTTGTAGTTTCATAACCTGATAATACTAATTCTTGTTTATAGACTTCTGCACGAAAATGCCCTTCTTTTTCTAATGAATATTCTCCATCTTTTTCTATTATTTTAAAAGAATAAGATTCTTTTAAATCATATTTCATTCCTATTTCTAATTCTTTATTAAAGAATCTTTTAAATAAGTTTGCATTATATTGATCCTTAGTTGTTTTTTCAGGAGTTTTTATAGTTCGGAATATTTTATTTTTAATATCTGACTCGTTTTTTACTATATATACAGTTTCATCTTCTATACTATTTTCCAAACTTAATTCTGACATTAAAGTGATATAATCTATTTTCTTTATTTTAATTTTTATTGGATTTGTTTCTGGCAAAATCTCTTTTAGAGTCTTTTCATTAAATCTTAATCTTGAGTAATTTAAATTAATCTCTATTTTTTCTTGCAAGATCTCAGCAGCATTTTCAACTATATCTGGAGATCTAATTTCTTCTTTTAAATATTTACAAGAATTTTTTATATAATTACATTGTTCCCTTTGCTCACAGCTAAACAAACCAATTTTACACATTTTAAGGTATAGTTTATCTATTTTTTCTTTGTTAATCATATTTTCAATTATTGATATTGAAGCAGTTAGAGCAGAAAAAGCAGCTACAGTTAATATTGAGCTTCCTCCTGTAAAAACCCATGATAAGATAAATGGAATTATGTTATCCTTAAAAAAGCTTTTACAAAAATCACTGATATCTTTTTCAAATGTTACATATTTCTTTTTAAAAATATGTCCTATGTCAAAAACATTAAATGCAAGTAATTCTGGTTCTATTGCCAAACTTCTTGTTTTAAAAACTCTTGTAGAATGGTTATATCTTAATCTAAACATTCCTGCTAACTCAGCTCCTATATTAAATCCTGTTACAATTACTTCATAATCTCTTAATTTTGTATTTGTTAAATATATTTTTTCAAGTATATATTTTTCTATGATATTCATAAATATAAGATCTGAGTGATAATCTCCAGTTATTAATCTTTTTGAAATTTTTGAATTAAAATCAGAATTTTTAAAACATATAACTATTGCTTTTTTATTGTCATTTTTTAATATTGTTACACCAAATTCAAAATCATCGAATTTAAGTTCTTGTTTAAATTGGCAATTTATTAATTCTTTTTGAGTATTTTCCAATTTATTTATTAAATCTTCCAATTTCTTTTTTTCTTCTATATTATTTATTTTATGTTTATAATTTTCTTTTATTTCTTTTAGGGATAAATCTAATATATAAAATGTTACCACTGCCCTTTCATTAAATAGTGTGATAATATTTTCTTTAGTTACAGCATTTTCTAATAACTCATTCATTCTTCCAGATACAGCTTTTTTTACTATTTTTACTATTTCACCTGCAGCAGCATCTACATCATCAATTGATGATTTTATATAATCTTTCACTAAATTTATAATTATTGTTTTTTCATTTTTTTTTATATATTTTCCATTTTTTAGAGTACCTTTAACAGAATTAACAAGAGAATCAGATATTTGAAATTTTAAAAAACTTTGTCCAATTATTCTAGTACTTCCTTCTAATATTTCTTTATTATTTTTATCCATTGCTTTTAATAATTGCTTAATTTTTTCTTCTTTTGCTTTTGAAGATTTCATTTTTAATTCATTTTGCAATATTGTTTTATATTCTTTTCTCAATAAAACCATTTTCTTTTTAACATCTTCCGTTGCAGAATTTTTTAATCCTTTTATTATCTCATCATAATGTTTAGAAAGTTTTTCTGCTATTTTACTGCTTTGATTTACTCCATTTCGAGCTAGGCTTTGTTCACAATTTTTTATTCCCTTCACTGCTTCACTTATTTGACTTTTCTTTAAAGCTGTATTCCCCTGTAGAGCAAGTGGGAGAAAAATAGAAATCCAATATAATGCAGTTAATCCTATTTCTATTCTCTCATTTATCAAATGCATTCTTTCATATACTTCTCTAGGCTGATATGAAACTTTTAAATTATAAATATTTTCTAGCTCGTTTGTTATGAATTCTTCTTCCTCTTCTTCTGTAATTTCTAATTTTTTATTATTTATATCAAATTTTTCTACTTTATATTTTTCTATTCCATCTTCATTAATTTTACCTAATTCATATCTTTCATAATAGCCATCCTGATCTATAAATTCCGTAACTGCTTTTCTTTCTAATTTTATTTTTGCTTCAATTTCAAATATAAAATCAGAAAAGTCAGTAGATATCTTATAGCCATCTCCACCATACAACAGCTCCCATTCTTCTAAAAATTTTCCTTCATCATTTCCTAATCTATACTTTTCATAATACTCATATATTATTCCTGATTTGTATTTTAATTCATCAATACTGTTGTATACTGTTGAATATGGTTTATTTTCATCTTCTCTTTTTCTCATAAATACTCTTGGAAGTGCTTTACTTCCATCTGAGTTTTCTATATTTTTTCCCAACTCATCCAATTTTATACTTTCTATTTCTTTTTCTAAGAGTGAATAAATTGTATGATTTGACAGAATTTCTTTTATATATTCTCCCTCATTATTAGGATTAGGAACAATTCTGAATTCTTTTACTGTATCTGCAAATTCCATCTTTAAATTACTAAGATTACATATTGCTAATAATTCTCTATCAGTTATTTCCATGAACTACCTCCTACCAAGTTTCCCAATCAAACTTTATATTATTTATAGTGTCATATTCCTTTTCTTCTCTATTATCTAACTTTTGTGCTTTTATATATTTGGGAGAATATACTTTAACATAGAGTAATCCTCCAAAAAATCGATTGCGATACTCTGCTTTATTTATTGAATTTATTTTATTTAAAATTTCTTTTTTACTCATATCAGCAAATTCTTTATCTCCTGCTTTCATCATTTCTCTTTTTTTCTTTCTTCTATCATTTTCTGATAAATTTTTAGGAAAATTCTCTAACAACTTTTTAGGATTAGAAATAAGTGCCCTTTCATCTACAATCAAGATATCCAAATCCACATATTCAAAAGTTCCACTCTCTTTCATAAACTGAATAAATTCGTAAATCTGTTTCCTATACCATTCCCTGTCTTCATCATTTTCTACTCTTCCAAATATGTAGATTCCTCCCTTTATAATTAAGGCTGTTCTTTCTTCATCACTTACTTTAACTATATTTTCAAAGCTGTAGTCCTCTAATATTCTATTAAACCATATATCATATACTTGTAATACATTATTCCCAAATAATTCTTCCAGTTTCTTTCCATAAAATTCTTCTGCTGATTCATTTACTTTTACTATTCCATAAGTATCTCCTGCTTTTCCTAATTTTTCTCCAAATATTCCTTTTTCTATATTTACTGTTCCTGATTCTCTATAGTATTTATCTCTTTCTTTTGGTGTTCCTACATATTTACTTGGATATATTTCTGCCTGATACCATATATCATCATCTCCATCTGACCTTCTTCCTATATATCCTATTTCAAATTCTTCTCCATATCTTTCTATCAAATGTTTTGATAAGGCTTCCTTTGCTTCTTGTGATGTTACTTCCTTACCACATGATATGAATGACAATGCTATTAACAAAACAATTAATATTCTAAATAGTTTCTTCATCTTTCCTCCCTTTTAAACCTTAACTTTATAGAAAACTTTTTCATAGCTTTCTATCAAAAAGTTTCCCATAATATTAAAATTGTTGCTATTTTTTTAATTTTTAAAATTTAAATAAATTGTATGATTTGACAGAACTTTTTGTGTGTTTTGATCTCTCTCTTTTACTACATCAGCGAATTTCATTCGCAAATTTGATAAATTACAAATTGCCAGCAATTCTTTATCTGTTATCTCCATAAGTTATCTCCTTTAATAATTTTCTGTTCTAAATTTTACATCTTCAATTTTATTATATTTTAATTTTTCTCTATGATCCAATTTCTGTGATTCTATATATTTTTCAGAATATATGTGTGAATATAAAAGACTGTTATAAAAACTCCAACTGTATACTCCACCATCACTATTAAAAGCAATTGTTCTATTTATTCCCTCTAATTTTATTTTTATTTTTTCTGAGGATAATTTTTCAGTAATTTGGTTCATTAACTCTTTTTTCTTTTTTCTAAAATCTATATCTGAAAGTAATTCTCTATTCATTGACAGTTCTTGTTTTAATTTATTATTATTTTCAAATTGTTTTGTAAGTACTCTATCATCTACAATAATAATTCCCAAACTCACATATTCAAAAGTTTCTGTTTCTTTCATAAACTGAATAAATTCGTAAATTTGTTTCCTATACCATTCCCTATCTTCATCATTTTCTACTCTTCCAAATATGTAGATTCCTCCTTTTATTGTTAATCTTACCCCTTCTTCTTTCCATACCTTTATTATTTTTTCAAAGCTATAGTCCTCTAATATTCTATTAAATCTTATATCATATACTTGTAATACATTATCCCCAAATAATTCTTTCAGCTTCTTTCCATAAAATTCTTCTGCTGATTCATTTATTTTTACTTTTCCATAAGTATCCCCTACAAATCCTACTCTATCTCCTAGTATTCCTTTTTCTATATTTACTGTTCCTCTTCTATGATAATATTTATCTCTTTCTTTTGATGTTCCCACATATTTACTTGGATATATTTCTGCTTCATACCACACTTCTTTTCCATCTGATCTTTTTCCCATATATCCTATTTCAAATTCTTCTCCATATCTTTCTACCAAATGTTTTGATAAGGCTTCCTTTGCTTCATATGTTGTTGCTTTCTGTCCACATGATACAAATAATAATATTAGTACCAGTAAAAAATATTTTATCTTTTTTTTCATAGCTACATCGCCCTAATAAGAATAAAAACAATTCCTGCAATAATAAGGATGTATCCTCTATTTGCTCCTTTTATAGAACAGACTTCTGGCTGTTCCTTATTATATTCTATCTCTATTTCTTCTCCTATTTTATCCTCAGAATTTAATAATCCTCCTTCTATTGTTTTAGCCTCTACTATTTCTCCATCACATTCAAATTTCACTATATAATATCTATTAAACTTTGTTAATCCAACAATAGTTCCTTTATATGTTTCTGCTTCTATTTTTGATTTTTTCATCATCAGCCATACACCTACTGCTATCAATGCAAGTCCTGCTCCCATTTACATCTCCTCCTAAATTTAAAATACTGCTATTTCTCCTATTTTCATAGTTATTTCTACACCTATAACTCCAAAATGATATTCCCAGAATAAGTCCAACTCCAAACCTATTGGTAAAAATATTTCTTTAAGAAACTCAACTTTTTTTATATTTTCTTCTGTTTTTATATAATTTAAATAAATTACAAGATTGGTATCTGAAGAAAGATTGTCATATATTATAGAATCTTTAAATATTTTCTTTATAGATTTTTTAAAAGCTTCTATCATGTTAAGATGACAATACATATCATAAAGAATATCTACAACTATATGTTTTTCGTATTCTTTAAATAATTTAAAAAGATTTGTACTCTCCTTTCCAAAGCATCCCTTTTCTATGTCTTTACGTATTTCTTTTACTATGATATCTTTTTTATTTTGCCCTAGATATAAGTCCATTTCTCCTAATAGGTGAAATAATATATTCACTAATGATTTTTTTAACTCTATTTCCATTTCTTCAAAATCAGGATATGTTATTATCTGAAAAATTTCATTAAATCTTATAAAAGGATTTATTTCAACTTTCACATCACTAGTTTCTATTTCATTCTGAATATTATTTATATTAGTCATATTTACTTCTATATATGGTGAAATTACCTCAGATATTTCAAAGTTTATATTTTCATTATTTTTTTCAATAAAGCTTGTTAAAGGATACCATAAAAAATTATATTGATTCTCCATTATACCAATACTCCTTTACAATCATATTCAGGAAAAGACAACTGTAACTCAGAGATTATAAAATCAAGAATCTCTTTAATATAGAAATCTTTCTTTATAATCTTAAAATAGAAATACATATTTGAATTTTTCCCTTTTAACTTAAATTCATCTATTACAAATGGATTAGAATCGTTTGTAGGTATGTATCTTTTTTCTTCATTTGTTATCTCTACTCTTACCAGCTCCATTCTTTTAGTAATATCATCAAAACTATTTACAATTCTCTTTATCTCCCCTAAGTTTCTTAATCTTATATCATTTTCCATTTTTATTTTATTGATAAAAGAAGGATTTATTCTATTAGAAAACACAGGAAAGTTCAGTTTCTTTTCATATACTTTTTCATCCACTTCAGCAATTTTTATAAACTCCCATTTCATTTCTCTATTTTCATCTGTTATTATCCTAAACCCATTCAATATTCTTTGTATATAATAGATATAGATATCTTTATCAGGACATAAATATACATTATTGTTATTATTAAAAAATAATGTATGTTCATAATGTATTCTATCTTTAGTTGGATTTATTTCTCCATTCCCAAGCATATTTATTCGAATAATATTCCATAGTATGAGATAATCTTCCACCCAGTTTTTCTCAAAGCCTTTTTTATCAATAACTATATTTAAGACTTCATCTGTCTTTTTTAATTCTTCCAATAGTTCTTCTTGGAATTCAATTATTACCACTTTAAAAGCTTTATATAAATATGGAGTGTTTAAAGTTCTCCATTTTAAACCATTTAACCCAAATACATCATATATTTCTTTTATTTTTTTATCATAGCTCTCATCTTTCTCCAATTTGAAAGTAAAAGAGTAAGTTATCCCATTCAGCTTTCCAATACCATCAAAAGTTAAATTAGAAATTGTTTCAATATTTTCTCTATCTATATCTAATACTATTTTTTTATAAACTTTATCTTCACTATTTAAAATTTCTACCAATGGTCTTTCTATTACATCTGAAAGTATAATAGGTGAAAAATTTTCTTCATATAGATAAAAATCATTTTTTGGAACTATCATATTTATAATACTTATATTATTTTCTTGAGATATAGCTGAATCTAATATTTTGCTTTCAAAATCTTCTATCCTTTTTTCTAGATCATTAACCAAAAATTCAAAAGTCTTTAAAGAAGTTTTTCTGAAAAGCATTCTGTCATCTTCAATCAAATTTTTAAGTTCATTCTCTATAATCTTTTTTATATGTTTCATCTTTCCACCTCTATTTTGTTCTCGTTTTCAAAATTATAAAAATTTTCTATAACTAATTAAAAAACTTTTATAATCTTAAAAGTTTGCTGCATAGAATTTCTTTCTTCTATGCAGCTTTCTTTTATTTTTTTAGACATGAACTTAATATTTTTAAATACTCTTCATACTGTCTATCTGCAAATTCTTTCTGCCCTTCTGGTATAAAATTTGTTATCAATATTGTATATTCATCTTTTGATATTAGATTTGACATTGTTATAATATCAAACAATTTCTCATCTTTAAAATATGTATTTTGATATTCTTTTGAAGATACTCCAAAATATTTTTCTGATTTTTTATCTTCCCCTATATATTTAAAGCCCTGCATATCTTTGCCAAATCTTAAATTGTAATCTCTTCTTTTTTCTATTACTCTTTTATTGAAGTTATCATTGCTTTCTATTATTATTTGTCTTCTTAAGCCAGCTTTCTTTTCATCTAAAACTATCATTACATATGAAGGCATTCCATTTTTCTTTTTACTATATTCAAATTCTACAAATTTATGAGTATTATCAAATTCTCTTTTTAATTTTTTCACATCAAATATTTGATCTATTTCTTTTGGTTTTTTAAAAACTTTTTTTGGTCTTTCTTTTACTTTCATTGATGGGTCTATTGCTTCTTTTACCAATTCTAATGTTTCTATATAATCTTCTTCAACTCCAGTATAAACTATTGCAAATTTAATTTTTTCAAAGAAAAAATTTTCTTTCTTTCTAATTCCAATTTCTGTATATTTTGTATATTCCTTTGAAGCACTTCCTAGATATTCTACACTCAAAAGTCCATTTCCATTAAATGTATAGTCATCTTCTAAAGCTGACTTATGAAATCTTCTTTCAGCTGTTTCTGGATTATCTCCTTTTTTGTAATTTGAAATATCTATTGTTACATCTCTTTCCCTATTTATAAACCTCATATAGTGATTTTCTTTCTTTTCTTCATCTACAAACTCCCATTCAGAAAATACTTTTTTTATTCTTTCTGCATTGAATATATAGTTGTTTTCAAATGAATATGCTGCTATTTGGAATGTTAAAAATAGAATTACAGCTATTATTTTTTTCATAAATACTCCTTTTTAATTGTCTTTTTTCAAATCTCCACCAAAAATTTTATTAAATGTATCTTTCACCCCATTAGTCACCTTATCTCCAAAGTTTTCTTTTTTTATTGTCATTGTTACATCATTTATTCCTCTATTATATTTTTCTTTTAAAGTAAAAGTATATGTTCCCTCTCCTCTTTCTATATCAAAATTTTCACTGTAGCTGTCAATATACATACTTGGAATTTCATATATAAGGCTCTGAACTTCTGAAAGTACTATTTCAACTTTTACATCTTTATAGTCTTTAAATTCTTCTTCAACTCCATTATAATCTGGTGGATTCATATTATCTGATTTTTTATATGTAAGAGCCCATTCTTTTAATTTATTGCAGTTTTCTGCACTTTTTCCTAAATCTAATTTTTTCCAGTTTTGTGCATCTTTTTTGATTGCACTCATCATTTCCAGCCCTTGAAAGACATCTTTAAACTTCCATTTAGCTTTCAAACCATCTTCATAACTTTTGTACTCTGAAGTACTTGAAGGAATTATTCCAGTTACATTCCCTGTATTACTGAATATTCCTAATAAAGTCATTTCATCAGCTGCTGGTATTATTCTTCCCTTAACTGTAATAGCAAATCCCATTTCTTCTTTTACTAATGTCATTGGAGTAGCATAACCTCCACTTTGAGCAAATTCTTTCCCTATGTTGACTATTGAATTATCAAAACCATTATTTTTTGGATCTTTTCCAATTTTTATACTATTAAGCTGAATACTTATTATTTCTTTTTCTGATAACTCTATTAAATCTCCTGCATCTATTACAGTTTCAATTTTTCCATCTTCACCTTGAAAATTATGTTTACCTGTAATCTTTTCTCCTATCTTTATTGAAGCTCTCATAAAATCTCCTCCCTTATATTAATGTCTTCCATCAAAGAAACTTATAGTAGTTATATCCTCCTCAAATGAAAAATATTTTCTTTTTCCTATATATGTTTGATTATTCTCCCTTTTCACTCCTGTTACATAAAATCCCCAGAAATTGGCATCTGTATAGGCAAAAAATTTAGTTTCCCCATTCAGTATGCTGTCAAGTTCTTCCTGTCCAAAGTGTCCATTGAGCATTTCCAGCACTTCTAATTCATCTATTTCTTTATAATCTTCTGGCTTATTTATATATGTAAAATATTTCTTTATTTCCTGTTCTTTATTTTTCAGATGTAAAGGTAAAATTTCAGTAGAAGATATTTTCTTTATATATCCAGAACTTGATCCTGCCTGCTCCCCTGTTCTCAGTATTTCTATCTCTTCTCCTGTATACTTTCTTCCATGAAGTGAATATGGTACTATTGGAATATCATTCTTTACAGATACTTTTATATTTCCTATTTTACTTGAATTCAAATACCTGATTGCTCCATCCAGACAGCTTATCTTCAGCTGCTGTTCATCTTCTTCCATATTTCTTCTGAAGTCTATCATTTTACCTGGAACAAATTCTTTTAATATGTCATTAAAAAGATTTACTTTGCAAGTCTGTCCACTTAATTTTATCAGTGAATAGTCGAAAATTATTCCGGTTTCATAATATGATGTCAGAAATCTTCTGAATATTTCATATATATCTCCTTTTATCAATTTCACTATCTCACTTTTATTTATTATTATGTTAGGAAATACAGTTATATTCCTAATGTACCCTCCATCATATACATTTAGATTCCAGCTTGGAAGATATGTTGAAGCTAAGTCACTGTTTTCATATCTCACACTGTCAAATTTGGTTCTTATTATTGTACTTCTCTTAAAAAGCTCCCTTTTCAAAAGTTCTGCTATTTCCCACATAAAGAAAAAATTATTTTTTACCTTTGAATATACATCACTTGCTTTATTTTCAAATTCACCAAATTTTGTGGGTATAATCTTTTCAGCTTTTTCATATTCCTCTTCTAATATTTCATATATTTTTTTAACTCCCTTTTCATCTACATCTCTATATATGAGCTCACTAATATTAGGAATAAGGTCATTTATACCTACAGTATCTTTTTTATTTGTATAATATTGGGAAAGTAATATTTTAAGATACTGCATTATTCTGTAAGTAATATTATTTCCCCCAAAGCTTTCCTCACTATTTTCAAAGGTAGTTTTTATATCAATATCATAATTTATTTCTTCAGAGTTTATTTTAAATACACATGAGGCAAGATCAGTAGTTCCACCACCACAATCTATTATGAGAGCTTTATATTCCTCATTGTCCTCAAATTTTCCTTTTCCTATTATTCTTTCAATTGAGTTATAGAGAACTGCAACCCCTTCATCTAAAGCATTTTCTTCTATAATCTTGTAGTCAGGAAGAATTTCTTTAAACATATTTAGAAATTCACTCTTTAATTTTACTGGTGTAGTTATATGTATATTTCTAAATCTGCATTTAAAAAGAGATTCAGCTCTATCAACAATATAATCTATATATGCCTTAATGATTTTCTTTCTCTCTATATATCTGATATCCCCATTTTCATCAACTATTCTCTCTTTTTCATCTATAGACTTTACCCAGTTTTTTATTCCATAAAATACGCTTCCTTTTAAATTATAGTTGCTGTTTTTTAGTTTTTCCTCTACTTCATATCCAAAAGCATATTTTATATTCTCCTCATCAAAACAATTTTTTACATATACCACTGTTGGTATAACATTTGCATACTCTTCCTCATTTTTAGGAAATTTCACATAATTTATTTTGTCTAAGAACATATGCCCACTGAGTATTTTATGCTGAGGCAGATTTTTTATGTAGTATTTATCCAAATACACTCCAGCTGTTGTATTAGCAGTTCCAAAATCTATACATAAAGGAGTATCTGTAATTTCCAAATCTAAAAAATGGAAACTATCCAGGGGAATTTGATAGTAGTTTAAAGACATAGGCATACTACCCTCATTTTTTTCTTTGTAATAAGCATTAAATAAAAATTTCTCATCACTTCTGTTGAAAAAAATCAAAGAGTAGTTTTGATTCTTTAAGTTTTCTAATCTTAATAGTTTTTCATCACTTTTTATAAAGAAAGAGTTTCTCTCACTCTTATTTCTTGAAAGCTGAAAAATTCCGCACAGGTAACTGTTTCCATTCATCAAAAAAATATTATTGTCTGAAATATGTTCTGGAATAGTGATTTTATAGTCATCTTCATCACTCAAAGGCATACCTTTGTATATTACTACTTTATGAGGTATTTTAATATTATTTGAATCATTGAGCTTGAATCCCAACCTTGTATCAAAAAGCTCCTGAAGTCTTTCTATTCCATTTTCTTTATATGAATCTATTCCATATACTTTCTCTCTGCTTCTATACTTCAATATTATATTTATAAGTTCACTTCTATTTAGATTTTCTCTGAAACCTTCTATAAGTTTTTCATCTACACATATTTTATGCAGATCATAATATGTCTTTCTTTTTAATTCATCATAGATATAGTACTGTTTCATCATTCTCTCCTGATTGTTTTGATAGCACTTATTAGCTCATATGTGCTTTTAAATCTCTTTTCTTTTTTATCAGCCAGTCCGATTTTAAATATCTCGTTGTTTTCTATATGATTATGGTAATTCTGATTACTTAAAAGCCAGTAATATACTGCAGTAATACTGTAAATATCATCCTGAACAGCTCTTTTTGACCCTTGAATAAATATCTCAGGTGATGAAAATCCCTTGCTCCCTTGAATATATATACTTTCTTCTCCTCTGAAAGATACTGCTCCAAAATCAATGAGGTATATTTTTTCTCCATCATATATTATATTTCCAGGTTTTATATCACAATGTACGACCCCAAGTTTATGAAGCTTTCCTGCTGTCTCACATATACTGCATATTATTTTTTCTATTTCCTCTGCAGAAATTCTTTTGCTTTTAACATATGTCTGCAGATTTCTTCCATTGATATAAGACAAGTGGAGATAATTTTCTCCACTGTCTATATATTTAGGTATTTCCTCTATATTCAGAAGATTCAAAACCTGTTTTTCTAATTGAAACTGTTCTTTTATTTTCTGATATTTATCCTGAAAAGATAAATATTCAGGATTTATTAATTTTAATATACTTTTCTCTCCACTCTCATTGGTTATTAAATAAGTAATAAATTGCTCCCCATTTCTTAGAAGAATGGAATCCAGTTGCTTTCTTTCCAAGCTGCCTTCTCCTTTTTCGTAACTTCTTCCATAAGTTTGTCATAATTTTCTTTTTCAAAATATTTATTACCTTCAAGTTTTTTATACTTTTCTATGGCTTCTTTATAGATTTTTCTAGATTCTTTATACTTTTTATTGCTGAAAAGTGTATCTCCTGTAGTTTCCAGTTTTTTAGTTTCAAGCATATTCTTCATAGTATCTATTTTTCCTTTTAAGTATTCCTGCTGTACAGCATTATTTGTATCAGCTGCTATTCCATAGGCTTCTTGATATTTCTCATATGCTAATTGATATTTTTCATTTTTGAAGAAAAGATCTGCTTCTGTCTGCATAGCATCAGCCATCTTCTGATTATCTTTCAGCTGAACTGAGATATCCTGCGATTTCTTGATTATAGATAAGGCTCTTTCATACTCCCCACTGTCTGCATAAGCTTTTGCTTCATTCAAATATGCCCTGCTTTCTTGAACTAAAGTTTTTCTAAGTTCATCTAATCTCAATATTTTCTCAGTAACCTCCATTCTTCTTGCTTCATCTCTTAGTTCTCCATATATTCCCTTAGCCATTTCCAGATATACTATAGCTCCATTTATATCTCTTGTTTCCATTTCATAAGCTCTTTTTTCATACATAAGTGCTGTATCATATTTTCTGTTTCTTACTTTTGCCAGACGTTCTGCTTTTTCTGTTACCTCTGCCAGAAGGTCTATTTTATTGTATTTTAAAAATATTATTTTAGCTTCAAGATAATTTCTTATAGCTCCTTCTACATCATTATCCTGTACCATTATATCTGCTTCTGTCTTCATGTCATACGCTACAGCAAGAGCTTTGCTTGCCATTACAGACTCATCTAATTTTTTTGATATTTCATCTATTTTATTATATTTCAAATCTTTTAGCTGAGGTATTTTAGCTTTTCCCTCTTTATATTTTTCCTCTGCCTCTAAAAAATTATTATTATTATATAATTTATCTCCTTCATTCAAATCTTCGAGTATACCCTGCAGGAATCCTATCTGCTCTATTTTTTTATCTACAAGAAGTATCTGTTTTCCAAGATTTATATTAGTTATTTTAGGAGAAAAGATAGTCCTATAAACAATATTTGCTTCTTTTGGACTTATTTCAAGAGCATTATATTCATTTTTACTCAATTCAAAAGAATTTAATGCTTTTTCAAAATCTCCTTCAGCTACTGCTTTTAAACCTTCCTCCTCATAAGTATATGCCTTCTCATATGTTATATCCCTTGTTCTTTTCAAACTGTATCCTCTATATAACAGGAATCCTATAATAAAAATAATAAATAAAATCACAAGATATTTTACATAGTTAAATTTAATTTTTTTCTTTCCAGATGGCGAAACTTCATTAATAAATATTCCAGCCAGTGTGTAGTTAGGGACATTACTGCTGCTGTTTTCCTTGATTCTATCTTCTAAAGACCCTATCCATTTTCCTACACTGTCGGTTTTTGAAAGTTCAACCTCTATTTCAGATTCATCCAGATTTTCCCATGCCCCATGTGACATAAGGAGTATTCTGTCACCATCATATAATTGAATTTTTTTTGATATTTCAGGGCTGATTCCATCTGCTTCACCCATATTTTGTGTAAGTTTATTTCTCTGACTGTGAAATCTTATTTCTTTATAGTCCAATTGATTAGCCTCATAAACCAAATGCGCTATTGAATCATCCCTTGTTTTTTCCCTCACAATATCATCTCTGATAAGATACAATCTCGCATTTCCTACTGCTCCATATATCATAGAGGTATAATCTGTAAGAAATATAACTATTGAGGCACTCATTGCTCTTTTCTCTCTGCTTCTTTCTCTTATTTCCTCCAATTTTCTATGAGCTTTTAAAATAAGTTTTTTTAAATATCTTCTTGAAAACTTAGGTTTTTCTAGGAATTGAGCTATTATGCTTTCAGAAACTATCTTTGCTGCCTCTTCTCCCCCTCTTTCCTCATCAAATCCATCTGCCACTATCCAGCATCCAAAATCATTTAGTTCAGAATATGCAAAATAATCACAGTTTACTGTCTGCTTCCCTATTCTGGAAACAAAAGAGGTTATAAATTTACTCTCTGCCTTTCTTCCACTAATTGCAATTTCAGGGCTTTTTTCTTCAGCATCATTTGACTTTCCTGTTGGAACAAGAGATTTAGCTCTATTTATATTGGTTTTTACCCTTTTTGCATCTCTTAAAATATTATTCATATTTTTCCCCTACTCTTTATCTATTTTCCAATCAAATTCTTCTCCACATAATGCGACGAATACAAATTTTGAAGTCCCCATTTCAATTACATCAAATGAAGAAAGCTTCATTGGAGCATATACTGCCTCCCCTTGTACATAAACAATTCCATTTCCATCTCCAGGAGTTATTACAAATTCTCTATTTTTAGGATTATAAGCTATGATTGCATGATTTTTTCTTGAGATATTGTTATCTCCCTCCAAACAGATATCCATTTCAGGGGCTCTTCCTATGAAGTTCTTTTCTGATTTAAGTTTAAAATCTTTTCCTTTTTCATATCCGTTGAAACATACCAGCCACCCTACAACTGGGTCTACAGCTAATTCATTTGCCCAGTATGCAACAGTTTTATCATCTTCAACATCTACCTGATCCATAGGTATTTCTTCTCTTACAGCTATATCTTCAAGTCTGTCAGTATTATTACAATATGGACACTCCTTATATCTAGCTGCATTATATACATGTCCGTTTTCACATCTTTCTAATTTCATCATAATTTCTTTCCTCCGATTTTTTATTTTCATTAATATTTACTTTACAAGCAGAGCCACTGTTGATATATATATGATATCTCCACTCTGTACTTTTACTGGTGCATTCCCTATTTTTATTTTTCTGTTATCTGCATATCTTTGTATTCCTGTACCATTTAATGAACCTAAATCTTCCACAAACCATCCAGTATCGCTTTTATTTAATATTGCATGTCTTTTACTTATCAATGAAGAGTATGCAGTATCTCCAAGATTGATGTCGACTCTCATTCTTGCACTTTTTCCAATTATTAAAGAATTTGCTTTTCCTATTGGCCATGTTTTAATATCATATCCTTCTTCATTTTTAAGTATGACATGGGTTATATTATTCCTTGACTGTTCTCTCTTATCCTCTATGCTTTTTACAATTCTTGAGTCTCTCACAAACTGAGATTTTTCATACATAATCAAATCTCTTTTCAATTTCCAGCTGTAGTAAAAAAGATCAGCTATAACAAATCCCATTATCATCATTGAAATTATTATTAATATCTCCTTAGAAAAATGAAAATAATAAACTAATCCAAATGAAGCTATAAGAACTATTCCCCAGAAAATATAATTTACTTTTCTTTCTTTTATCTCACTTTTCCGCATTTCTTTCTTTTGATATTTTTTAATTTCCCTTTTCAATCTCCAATTCTTTAAAAATCTCATTTTTTCTTCCTCCTATTAAATGAAAAAAAAGATTCAAACATATTATTTGTCTGTTCTTTCATTTTACTATCCCCTTTTTCTGTTGATTTTTTCTCTGGATCGAAAAATTTTCCAAACATACTATTCATTCCTTCTTTGGTAAATTTTTCATAGATATCTCCATATCCCTCCTGCTCCCTTTTTGATCTAGTTTTCTTATTTTTTCCATATCCATTTTTTGATTCTGCTATTTTGTCATATTCATTCCTTTTTTCATCATCACTAAGAATAGTATAAGCATCATTTATTTCTCTAAATCTTTTTTCAGCTTCTGTCTTTTCTTTTTCAGATGCATTTACCATTCTATCTGGATGATACTTTTTAGCTAGTTCTCTATATTTCTTTTTTATTTCATCTTTTCCAGAATTAGCATTTACTCCAAGTATCTCATACAAACTTTTCATTTCATCACTCCACCATCATCAGATTTTTCTTTTTAATATTATTATTCTTTATGAATCTACTGTTTTTCATATTATTATATATTTCTCTAAGATACTCATATATTTTTTGATTATCTGCTTGAGAACACTCTTCTCTTATTTTTCTCTTTATATATGAATTAAGCAGATCTCTGGATACGGAATCATTCAATACCATACTGCAGAAAACTTCATCTAGACTTTCCATTTCTTTTTCATCAAATACTCTTTCAGCATACATTTTTAAAAGTTTTTTGGAAAAAGAACTTCCTGAAGATGTACTTGCAGGTTTGTATATTTCATTTACAATGTTATATTCTTTATCTATTCCTGTAAAAATTGAAGGATTTCTTATTTCGGCTCCTTCTCTCCTTTTGATTCTCACTAATTCCATTTCATTATTCTGGCATTTGTAATTACTCATAAATTGTATTTTCATAGAATATTTTTCATATTTTCCTTTCTCCACCTCTGCTGGAGGAAGAAATTTTATTTTTAATATGTAATCTCCATCTTCTACAGGTATTTCTATTTTTAATTTTTCTTTTATCTTATAATAAAAATTATTATATTTAATAACTCCTGGTGTAATATATAAAATTTCATTTTCTGTATAAGTTTCAATACCACAAATAACCCCATCAGAATATTTATCATAGGATAAAGAATAATATTCATATGGAGTTTCTCTCATGTTGTCTAAAACTTCTTTATCAAGTATATTCCCTCGTCTGAATATAGGAATTTTATTTTCTATTGCTACCAAAATTCTTCCCCCTTGATTTTATGTTCTCTTTATTCTTCCAACTAACTTATTAATTGAAAGAATAAAGAGTTGGAGAAAAATAATTTTCCTCCAACTGCAGTATGGCTGATATTATTCTTCAGCTGCGTAACCACCTTCGATAGTTACAGTTTCTATTTTTTCTTTCTTTTGTTTGAAGATAGCTTTAAATTCCCCTACTCCGCCTTTATCATTATAATCTTCTGTGTAATCAAGAATAAAAGCATTAGGCAGGTCTATCTTTCTAACTACTACGCTTCCAGAAATAACTTCCAATGTAAGTTCTCTGTAAGCATCTGAGCTTTCAGCAGGTATCAATGACCATTTAGCCATTTTTTTAGTGTCATCTGCCTCTTCCCCATTTACAGGAGTTATTATTTTCCCGTTTACTTCTAATATAACTCCTAAATCACTGGCCCTTGCATTTGAATCATCTGGAGTATCAGAAATGTATTTAACAGTAGTAATATTATCCATTCCTAAAGTAATCTCCTCATTTTTCCCTTTGATTTTAAGATTGAATCCCAT

Protein sequences of DBSCAN-SWA_3

>NZ_AP017968|1898812:1948883|1940347_1942933_-|WP_096402851.1|DBSCAN-SWA
MKQYYIYDELKRKTYYDLHKICVDEKLIEGFRENLNRSELINIILKYRSREKVYGIDSYKENGIERLQELFDTRLGFKLNDSNNIKIPHKVVIYKGMPLSDEDDYKITIPEHISDNNIFLMNGNSYLCGIFQLSRNKSERNSFFIKSDEKLLRLENLKNQNYSLIFFNRSDEKFLFNAYYKEKNEGSMPMSLNYYQIPLDSFHFLDLEITDTPLCIDFGTANTTAGVYLDKYYIKNLPQHKILSGHMFLDKINYVKFPKNEEEYANVIPTVVYVKNCFDEENIKYAFGYEVEEKLKNSNYNLKGSVFYGIKNWVKSIDEKERIVDENGDIRYIERKKIIKAYIDYIVDRAESLFKCRFRNIHITTPVKLKSEFLNMFKEILPDYKIIEENALDEGVAVLYNSIERIIGKGKFEDNEEYKALIIDCGGGTTDLASCVFKINSEEINYDIDIKTTFENSEESFGGNNITYRIMQYLKILLSQYYTNKKDTVGINDLIPNISELIYRDVDEKGVKKIYEILEEEYEKAEKIIPTKFGEFENKASDVYSKVKNNFFFMWEIAELLKRELFKRSTIIRTKFDSVRYENSDLASTYLPSWNLNVYDGGYIRNITVFPNIIINKSEIVKLIKGDIYEIFRRFLTSYYETGIIFDYSLIKLSGQTCKVNLFNDILKEFVPGKMIDFRRNMEEDEQQLKISCLDGAIRYLNSSKIGNIKVSVKNDIPIVPYSLHGRKYTGEEIEILRTGEQAGSSSGYIKKISSTEILPLHLKNKEQEIKKYFTYINKPEDYKEIDELEVLEMLNGHFGQEELDSILNGETKFFAYTDANFWGFYVTGVKRENNQTYIGKRKYFSFEEDITTISFFDGRH
>NZ_AP017968|1898812:1948883|1908591_1909038_+|WP_096402823.1|DBSCAN-SWA
MKMKKLNYIIAGSLLSALALAGCGNDKPNQEVQKLMAETQKDFAVFQESIVKDSTMTEAQAEDKIQKLLAEIQTKEEAVKKEIAGIKNKAEQEKLTQEMEKTFSTMKENLISLEKKIKTPTPNPYEEQVEVQEIETVEGTNDGQAQAN
>NZ_AP017968|1898812:1948883|1933826_1934774_-|WP_096402844.1|DBSCAN-SWA
MKKLFRILIVLLIALSFISCGKEVTSQEAKEALSKHLIERYGEEFEIGYIGRRSDGDDDIWYQAEIYPSKYVGTPKERDKYYRESGTVNIEKGIFGEKLGKAGDTYGIVKVNESAEEFYGKKLEELFGNNVLQVYDIWFNRILEDYSFENIVKVSDEERTALIIKGGIYIFGRVENDEDREWYRKQIYEFIQFMKESGTFEYVDLDILIVDERALISNPKKLLENFPKNLSENDRRKKKREMMKAGDKEFADMSKKEILNKINSINKAEYRNRFFGGLLYVKVYSPKYIKAQKLDNREEKEYDTINNIKFDWETW
>NZ_AP017968|1898812:1948883|1927455_1928262_-|WP_096402841.1|DBSCAN-SWA
MNLHFKNENVLKKYRVIIEERINNEIRVNKINISFEFMKDKVNFFILTDLIEKDGELEKILEKTNKIFKEVSYELDETWQITKVRNSNEIIKKWDDLRKNTFFYLKKESLKDFIFELSRIINNKFKLEEMLKRFNVIPYIFLGIYNQEIKKSSPLRLEKSLYNLFPLDNIPVQYEIYDDSSKEEKQIKFLIKESSKFNRQEYIKKVLSYISENQKIGSFDLNGSGMYVFDENDLLKKMEKTINIEIKNLLTYRCNYQIEEIEKDNDTI
>NZ_AP017968|1898812:1948883|1913579_1914752_-|WP_096402829.1|DBSCAN-SWA
MKNFNYNVSTKILFGTGKVDELGNEVKKIGSKVLLVYGKGSIKKNGLYDKVIEVLKREEITIFELPNVDPNPRIECVYYGAEICKREGIELVLAIGGGSTIDCAKAIAAQSRYNGDVWEDLYVKNKMKQLTSALPVASVLTLAATGSEMNGNSVISNMNENRKLAIGSDLLRPVFSILDPIYTYSVNKYQTAAGTADIMSHIFEQYFSPDHDGFLQNRLMEGLLKTVIHFGPIAYNEPENYEARANLMWGSSLALNGLLTYGKISTDWATHGMEHELSAYHDITHGVGLAILTPVWMEYVLSDENVHRFEEYGKYVWDISGDDPMAIAKEAINKTREFFKSLNIPSTLKEVGIKEENLEKMADAAVAFGPLGTMKKLHKADVLEILKRAF
>NZ_AP017968|1898812:1948883|1911870_1912815_-|WP_096402827.1|DBSCAN-SWA
MKIKKILPLVFAAVSAGLFGGTHDLQTNLSEINGKIITDRGSSQFRESVMFKKMNRRGYSGSSQYIEGIGKIKSNYDKDDYNTDYDAKIKGFLMATNSTFLSNPDLMTGMSFGYIKSRAEFDDSLDSDQKIRTYGLNTYIAYNKDNWLFIGRAGYDESRNILRSKNISNIVYRTKNYSLGAEGGYFFELGEKSLLYPYLGLGWNQYTTKGHDGISTSNERIGSGNAGVMYSKEMGDKFLFTGNAEWSYEFADRKRFITDSGKIKALEVSRDTGMISIGMGYYIDPDFLVNVKYQGYINKNYYYDMIVLGFIHNF
>NZ_AP017968|1898812:1948883|1935023_1935998_-|WP_096402845.1|DBSCAN-SWA
MKKKIKYFLLVLILLFVSCGQKATTYEAKEALSKHLVERYGEEFEIGYMGKRSDGKEVWYEAEIYPSKYVGTSKERDKYYHRRGTVNIEKGILGDRVGFVGDTYGKVKINESAEEFYGKKLKELFGDNVLQVYDIRFNRILEDYSFEKIIKVWKEEGVRLTIKGGIYIFGRVENDEDREWYRKQIYEFIQFMKETETFEYVSLGIIIVDDRVLTKQFENNNKLKQELSMNRELLSDIDFRKKKKELMNQITEKLSSEKIKIKLEGINRTIAFNSDGGVYSWSFYNSLLYSHIYSEKYIESQKLDHREKLKYNKIEDVKFRTENY
>NZ_AP017968|1898812:1948883|1925244_1927134_-|WP_096402839.1|DBSCAN-SWA
MNREKIKEENEKKAMQLNLSGRKYQSIFVTSFLSDRGDKSINNDYLTYIELEEYGCWIIVDGNNGGVFEHKIAPFIGEMLIETFIENPTIDRKKIERMLLHVHRRYREMQISNSDMTEEYSSCSIAMAVTDYSKVTFANVGNARFMMLRDNYIIKKSKDSTLAFLMYEAEKILYDEIRFRKDRNIFTHKFGIDKNIAVNVSKTMTLLPNDKILLLTQGAWENLDEDDIERETAKSQRAGQWIGNLVKIMNKNCYMNLSNHTLCGIFISRPALLLPEPESGLVKLRKYFNSTGRKTYKLGIIAVILLLILFGGKKLFQYQKLEKMYSYAVEKEKSGDILMVERKYRAASKEYQAGIEKYMELSKYRGNKYEQRIKDLEYFLNQANISEKTAQSANTADIMLKNQEFQKAVDELKTANILASNLREDNSLKDETKYKLATAEILNSAYEEKLKADNLYLQKATTNKKRQQMKKEAMEIYERIAPIFLENTQKPIYDEIIEKIEAEKSPVPKKIPAKAATAESLLKEGNRMFNQFRYYKSYELYTSALKKSKDSKMTEMIKGKINMNGILLRGVQSELDGDRLIRDKNNKEIAKNKYKEAMNQYKKLSHNEYMPSQRYNVIIERLEKKMKKL
>NZ_AP017968|1898812:1948883|1936342_1937056_-|WP_096402847.1|DBSCAN-SWA
MENQYNFLWYPLTSFIEKNNENINFEISEVISPYIEVNMTNINNIQNEIETSDVKVEINPFIRFNEIFQIITYPDFEEMEIELKKSLVNILFHLLGEMDLYLGQNKKDIIVKEIRKDIEKGCFGKESTNLFKLFKEYEKHIVVDILYDMYCHLNMIEAFKKSIKKIFKDSIIYDNLSSDTNLVIYLNYIKTEENIKKVEFLKEIFLPIGLELDLFWEYHFGVIGVEITMKIGEIAVF
>NZ_AP017968|1898812:1948883|1907540_1908413_-|WP_096402822.1|DBSCAN-SWA
MEITREEKIKRKFIGAHVSTVGGPFNAPKNAKEIGARAFGMFVKNQRRWEAKPLTDEDIEKFKKALKENGYTSEYILPHDSYLINLGTKDEEKREKSLNAFIEEIKRCDQLGLKYLNTHPGSHLNEISEDECINNIADCINKAIEATENIVIVLENTSGQGSNMGYKFEHLGKIIEKVKSKERIGACIDTCHTITAGYELKDEIGYKKTMDEFEKYVGFKYLKGVHLNDSKFDTGSRKDRHDSIGKGILGMEFFERFMNDERFDNIPIILETIDSSIWKEEINLLYSLIK
>NZ_AP017968|1898812:1948883|1916437_1916710_-|WP_008696957.1|DBSCAN-SWA
MTKKEFVELYAKNGGFTKKEAERAVNLFLASVEDTLVKGDDITFVGWGKWEVKERAAREVRNPQTNKKMRIEAKKAVKFKVGKTLADKIK
>NZ_AP017968|1898812:1948883|1928274_1929879_-|WP_096402842.1|DBSCAN-SWA
MKTDSNYSIADLKLILNNNEISSEGYNIDNLEINFNENKHTEIITKIKVKNEFKNEWIIYSKETLINKLNNDTLLALSLKERIYFSGIIQNISLFEESSGDINIKLRALSKSEIMDREKYYRVYQNSNIRYIDIIKSILNKYPNIINIVGINNSDEEKEEVNLNRNLFSKIRNGIIIQYFETDWEFLLRIMSHLGMGVFNSENGGITLGFSKNIDIKKEWNKKNGNLGKGIDKENNIFYEATSVDFYSLGDILCEENKNIGYITRGKLILKDDKFIGEYFLRQEEYIYEYIPNENIRGSTIEGKVIYLPESKDKNAIAIINVDFSEGIEKTSKNKIQNKRIVKSINDWILLDKNEERFSFPYATPYSQSNTGYFCTPEHGDIVAVTFPTTEEFEGYVTWAINNIGSIRFTNPYVRNYTTKKEPGSEINSFEFKVNRENYYIESAELSREVFKNKIIECKNDIKVYSKNNISIENQNKITILTDICEVEVGETYSESVKNSKKNEYGMLNERVDKAININSQSYNVTTGAYNVKK
>NZ_AP017968|1898812:1948883|1927160_1927472_-|WP_096402840.1|DBSCAN-SWA
MMIRFDIFNKPAYFIAFSPIDEVIEEKISENIVEKKILEKILKKYSEENLIKQYFILDGIAAIKDYEVDVDSEEETQEKPVIDKKLAMGLNQFSIFKGIIDFI
>NZ_AP017968|1898812:1948883|1909817_1910984_+|WP_096402825.1|DBSCAN-SWA
MEIIYQKREKLRNENRTFKFLVEVREFSKLEISQYLNISIPTVTKILERFLTNKLIYETGTNNGKLGRKAVKYQFNPNAYFSIGIKVEMNHISMVLINLDGKILKQTVVKEEFINSENFVFLVINELKKFLWEFDKKEFIKGIGIVLPGIVDPENNMIKLGGNFTLLNQDMKEIEEEFDLPIFLENEANAGAIGEYIVNHSELQTKKNILFVSIDTGIGSGIIVEDQLYRGKGNKSGEIGHIPIIPNGNKCVCGSEGCFEQYCSNLALMKEFEKEFQCEIKDYEDIFQEKFLGNERGKKIIERYTWILALGIKTALMMLNSDKIIIGGKISDHKEHFEPLLKEIIFSNNIFSNDTNILEFSSLSDNANLLGAAFIPLGEFYKTYNEDM
>NZ_AP017968|1898812:1948883|1905483_1906167_-|WP_096402819.1|DBSCAN-SWA
MSIASEWNIQQKELKELIGKKETFDKAKDLYLSMHRNLHFSDSDNTLMDQLWKILDTKDFSIMPTAKDVTIAWNIWHITRIEDLTVNILVNNSEQIYNKEWQKKMNVSVNDTGNAMTDDEIMDLSKSINIEALKEYRKAVGIQTQSIFSKLKFEDMKRKAESKGIEKILNEGGVTDHPDSIWLLDFWGKKNAAGIILMPGTRHQIGHINDCYNLKSSIDRKKDYYKS
>NZ_AP017968|1898812:1948883|1900577_1901363_+|WP_096402814.1|bacteriocin|DBSCAN-SWA
MDFLKRELAPITANGWKEIEERATAVLSKELSARKFVRVTGPLGREVTSITTGRMDVKTKDDIKYGVYKVQPLTESRICFPLSRWELDNIERGAKDVDYSSLDEGVRKAARFEEEAIFKGLEEGQIEGIYKSSSYDTLDFGKTADETLKAIFEGILKLDAAFAKKPYVLVVSNEKWYYLNTIVKEYSLPEKLEKILGQKIIVSKSIDGAILLPFDDENIELIIGEDYALGYQNHNESVVELFITESFTFRVLDPALIVLFK
>NZ_AP017968|1898812:1948883|1937859_1937964_+|WP_147385293.1|DBSCAN-SWA
MIYFFYFFIIALIFLQFESKRVSYPIQLSNTIKS
>NZ_AP017968|1898812:1948883|1912829_1913546_-|WP_096402828.1|DBSCAN-SWA
MNEYDLNEMRNEQGVYVNVETTNRFLRKVFLNMVVGVLITTIVPIYLFGFNARLLYSIMPYFKIIMFAEIALVFGLSLGINKMSSGTARMMFFLYSLMNGVLFSSLGFVFHPVSIFYTLGVALVMFIVIAAYGYTTKEDLSSYGKYLMTGLISIIIMSLINFFLKAPILYWLGTVLGIVIFSALIAYDVNRIKKIAFQMANGDEEVMNKLGIIGALNLYLDFINLFLYLLRIFGKRRR
>NZ_AP017968|1898812:1948883|1911150_1911810_+|WP_096402826.1|DBSCAN-SWA
MKLEIRLEEKSDYRKVEEMIREAFWNLYVPGASEHFIPYYLRNSKITIPELNFVAVKDGEIVGQIFYTRAEVRNKNGNSHKILNFGPLCVSPKYRNLGIGKALIEHSKKIAAEMGYKGIAIYGYPSYYTKIGFQSAAKFGIARADGVFVKALLAMECYPGSLKGISGNLHEFLSDIPFGGDEFLEYESTFPLKEKKYEPSQDIFAEMANKLEDPENIKI
>NZ_AP017968|1898812:1948883|1904853_1905396_+|WP_096402818.1|DBSCAN-SWA
MINFAKIDEMIEIIENNQIPDGMTFNEYVCEFYNEVKTIPLSKYLRTKDKVKRLPKIMNSKKAGEVILASEKDEEIKTFLKRKGYKEIPQLDYKSIMLLRKTDLLSNWKKVLLFFEGEGTVEEINSSTRPILLPQEVEKLESYIKEELNINEQELNWLLSKFEKMQKNKMILKSLQKLSR
>NZ_AP017968|1898812:1948883|1942932_1943640_-|WP_096402852.1|DBSCAN-SWA
MERKQLDSILLRNGEQFITYLITNESGEKSILKLINPEYLSFQDKYQKIKEQFQLEKQVLNLLNIEEIPKYIDSGENYLHLSYINGRNLQTYVKSKRISAEEIEKIICSICETAGKLHKLGVVHCDIKPGNIIYDGEKIYLIDFGAVSFRGEESIYIQGSKGFSSPEIFIQGSKRAVQDDIYSITAVYYWLLSNQNYHNHIENNEIFKIGLADKKEKRFKSTYELISAIKTIRRE
>NZ_AP017968|1898812:1948883|1945880_1946411_-|WP_005948420.1|DBSCAN-SWA
MMKLERCENGHVYNAARYKECPYCNNTDRLEDIAVREEIPMDQVDVEDDKTVAYWANELAVDPVVGWLVCFNGYEKGKDFKLKSEKNFIGRAPEMDICLEGDNNISRKNHAIIAYNPKNREFVITPGDGNGIVYVQGEAVYAPMKLSSFDVIEMGTSKFVFVALCGEEFDWKIDKE
>NZ_AP017968|1898812:1948883|1934867_1935011_-|WP_172426504.1|DBSCAN-SWA
MEITDKELLAICNLSNLRMKFADVVKERDQNTQKVLSNHTIYLNFKN
>NZ_AP017968|1898812:1948883|1947557_1948337_-|WP_096402856.1|DBSCAN-SWA
MVAIENKIPIFRRGNILDKEVLDNMRETPYEYYSLSYDKYSDGVICGIETYTENEILYITPGVIKYNNFYYKIKEKLKIEIPVEDGDYILKIKFLPPAEVEKGKYEKYSMKIQFMSNYKCQNNEMELVRIKRREGAEIRNPSIFTGIDKEYNIVNEIYKPASTSSGSSFSKKLLKMYAERVFDEKEMESLDEVFCSMVLNDSVSRDLLNSYIKRKIREECSQADNQKIYEYLREIYNNMKNSRFIKNNNIKKKNLMMVE
>NZ_AP017968|1898812:1948883|1901454_1902363_+|WP_096402815.1|DBSCAN-SWA
MSKAYKVYQIDSFSDKKFLGNPAGVIYNADGLNEKDMQKIARELNNSETAFIFSSNSKDYDVHVRFFTPLKEVPICGHATIAAHYVIALENNFKEKTCIRQKTGAGILPVDIEPTENSYNIIMTQGKVEFGEIIEKKNLGRLVSALGIDNNDLITEAPVQIVSTGHSKVMIGIKDYKQLHNLKPNMKELNELSNIINCNGYFVFTFDSDEKEILLKGRMFAPAIGIEEDPVTGNANGPVGAYIVKYKLAEFEDNNFKFSAKQGISIGREGKINVNVNIENEEPVQVQVSGTATIVFKTEIEL
>NZ_AP017968|1898812:1948883|1922885_1923902_-|WP_096402837.1|DBSCAN-SWA
MKNILFILFFSLSAVASGLKEVPMLEEKTPVVKQRKAETDIETNEDIKKNEMMEEKKTAVKENAEEYREENIEKKVLQKNEEKLLTVSEKLTEDKLKEIIKNAEESPDPEVTVDMAQVGESLLIKRDLEEYTNLEAGQSGSNVVKKYYEFIDTLNEKLKEHDFEDKTEVIHVGHEVAKELRSDKLISDVELGVGMAYQDRYSLKKERDSIFDQEQSGKFYVKEASEEVDMDSIPLYVTGRYKLPQVNEWRPYLKLNLGYAVNNIGGRSFQSSNSRYKSINDSVNSQNGSYYGMGGGIEYNNGLTLDLMYQVSEGSSSASSRKDDENRVTVSVEYKLDI
>NZ_AP017968|1898812:1948883|1924085_1925183_+|WP_096402838.1|DBSCAN-SWA
MSINNIIIYLMIFFMLVGAVDRLLGNRFGYGKKFEEGIMAIGTLSLAMLGIISLSPLIASALKPIITPLYKLIGADPAMFAGTILANDMGGYSLSIELALSKEAGLFGGLFLAATMGATLSFTIPVAMGIINKDDEKYLSKGIMAGISTIPLGCFFGGLIAGFSIKMLILNLIPTIIFTFLICTALLKYPKAVSKSFSLFSKVMFIAITIGLALQIVETLTGKILVQGMIPALEAVKIICKIGMTLAGAFPMVYFITKVFRTPLVRLGKLFGINENSTAGIIACLAHNIPMYNILKDMDERGKMLNIAFSVSGAFVLGSHLGFTAGVDTALVFPVIAAKLIGGISAMFVANFIYNKEFKNSKKLN
>NZ_AP017968|1898812:1948883|1929889_1933816_-|WP_096402843.1|DBSCAN-SWA
MEITDRELLAICNLSNLKMEFADTVKEFRIVPNPNNEGEYIKEILSNHTIYSLLEKEIESIKLDELGKNIENSDGSKALPRVFMRKREDENKPYSTVYNSIDELKYKSGIIYEYYEKYRLGNDEGKFLEEWELLYGGDGYKISTDFSDFIFEIEAKIKLERKAVTEFIDQDGYYERYELGKINEDGIEKYKVEKFDINNKKLEITEEEEEEFITNELENIYNLKVSYQPREVYERMHLINERIEIGLTALYWISIFLPLALQGNTALKKSQISEAVKGIKNCEQSLARNGVNQSSKIAEKLSKHYDEIIKGLKNSATEDVKKKMVLLRKEYKTILQNELKMKSSKAKEEKIKQLLKAMDKNNKEILEGSTRIIGQSFLKFQISDSLVNSVKGTLKNGKYIKKNEKTIIINLVKDYIKSSIDDVDAAAGEIVKIVKKAVSGRMNELLENAVTKENIITLFNERAVVTFYILDLSLKEIKENYKHKINNIEEKKKLEDLINKLENTQKELINCQFKQELKFDDFEFGVTILKNDNKKAIVICFKNSDFNSKISKRLITGDYHSDLIFMNIIEKYILEKIYLTNTKLRDYEVIVTGFNIGAELAGMFRLRYNHSTRVFKTRSLAIEPELLAFNVFDIGHIFKKKYVTFEKDISDFCKSFFKDNIIPFILSWVFTGGSSILTVAAFSALTASISIIENMINKEKIDKLYLKMCKIGLFSCEQREQCNYIKNSCKYLKEEIRSPDIVENAAEILQEKIEINLNYSRLRFNEKTLKEILPETNPIKIKIKKIDYITLMSELSLENSIEDETVYIVKNESDIKNKIFRTIKTPEKTTKDQYNANLFKRFFNKELEIGMKYDLKESYSFKIIEKDGEYSLEKEGHFRAEVYKQELVLSGYETTRKWKKVEVTHNITKKVPMTSDILSWYLFEHIEMQKTYKKNNNNLYRAYNAAGIKIHLLKDIEGEEERKKYENEKFYTILENNEFIFFPLIDSKSGNILYENTDNGKKYIVKCNAVNDNYIGSFFRSYMEDYVNSRDIIPKKDAYDDTLKETDEKSYYEKMINGHSFSLQSGKEKKYINADFLSYILDKETTLEIMEDNGARGFYLLHNLIVEKLEDNPDILNKFYIIKNGEIETEKIIKIGHLLGEEYNQKAIEYLYNYDSKYKAKGKNNLPFDRIRRGILTLNVKVPKEGKGLEDLAADKIIMTTGNKLACTMSGDSTTIFKATKNGWVKGKGKTIGTSSDKIVGTNITPFAKCTKTKSGKCECMIVGEWSNTSETNKIAGERLLTNKSTIKCVKSGTIFVKNSEWEDLMTK
>NZ_AP017968|1898812:1948883|1922279_1922693_+|WP_096402836.1|DBSCAN-SWA
MLKRLLIIALLISQTACGKVASWYGRGFEGRNTASGYLFDSRQYTCASNTHDFGTVLKVTNKENNKSVVVVVTDRGSFKKKYGRDIDLSHAAFTKIANPNAGLIKVKIKVLNEKNTFKYKHGNPVFNAREYNKYVKK
>NZ_AP017968|1898812:1948883|1917544_1918714_+|WP_096402832.1|DBSCAN-SWA
MIIIKNGTLLDVEKSKSEKMDISIENGKITAIKKSIKPKKDDEIIDATDKIIAPGFIDAHCHLGLMGDSVGFENDDVNEKSDPITPQLRAIDAIDPMDRVFTEAYQGGITSVATGPGSANVIGGQFAAIKTFGKRIDKMIIKAPIAMKCAFGENPKRFYGTKGKMPTTRMGTASMLRETLQKAKEYMLKSEAAGDDIAKKPQYDARLEALIPVLKKEIPLKAHAHKANDIFTAIRIAKEFDVKMTLDHSTDARCIVDELAEEKYPMIVGPSLGHRTKVELINKSFKTAGILNKAGIKISITTDSPVIPLHHLPICAALAVKDGLDKWEALKAISINPAEILGLEDRIGSIKVGKDADIVIWSTDPLQIDAKVECTIINGKVVFNGEEEE
>NZ_AP017968|1898812:1948883|1900201_1900561_+|WP_096402813.1|DBSCAN-SWA
MVEAMKAMQESMKTLSNNTKDITRAIESLREELDAVDVYNQRAELATDEELRKLMIHNRNEEIEHAAMIIEWLRRTIPEFDHELKDYLFTEGSLEDIEAQATSGDGAQSSSSLKIGNLK
>NZ_AP017968|1898812:1948883|1918713_1919856_+|WP_096402833.1|DBSCAN-SWA
MKELLKKFRRELHQIPEVAFEEYKTAEYIREKLKQYEIPYEEITNEHYTTGTMVYFKGEEGCIAFRSDIDALPIKEDTGCDFASTNGRAHGCGHDGHAAALLTFAVWLKKQQDKGVKFKKSIVLIFQPGEEGKGGARYLSVHEKFLNKNIEAIFGMHLFPLLPEGTVSTKIGPLMAQTINLDIDIYGKGGHGAEPQNCIDTILITSKLIEAYQSVVSRNITPIEPMVLTIGSIHGGSARNIIPEKVSLLGTIRIFSKSMMGFIKERLENINKGFELSYGVKIDFNFTPVYSPLINDEKLYHVFREAVKDSNFVEAKPEMIAEDFSFYLNKVPGLFFFLGVRNEEKGYIYPLHNPKFNFDEEALLKGVETFQNIAYAMKAL
>NZ_AP017968|1898812:1948883|1939450_1940329_-|WP_096402850.1|DBSCAN-SWA
MRASIKIGEKITGKHNFQGEDGKIETVIDAGDLIELSEKEIISIQLNSIKIGKDPKNNGFDNSIVNIGKEFAQSGGYATPMTLVKEEMGFAITVKGRIIPAADEMTLLGIFSNTGNVTGIIPSSTSEYKSYEDGLKAKWKFKDVFQGLEMMSAIKKDAQNWKKLDLGKSAENCNKLKEWALTYKKSDNMNPPDYNGVEEEFKDYKDVKVEIVLSEVQSLIYEIPSMYIDSYSENFDIERGEGTYTFTLKEKYNRGINDVTMTIKKENFGDKVTNGVKDTFNKIFGGDLKKDN
>NZ_AP017968|1898812:1948883|1936000_1936324_-|WP_096402846.1|DBSCAN-SWA
MGAGLALIAVGVWLMMKKSKIEAETYKGTIVGLTKFNRYYIVKFECDGEIVEAKTIEGGLLNSEDKIGEEIEIEYNKEQPEVCSIKGANRGYILIIAGIVFILIRAM
>NZ_AP017968|1898812:1948883|1946447_1947110_-|WP_096402854.1|DBSCAN-SWA
MRFLKNWRLKREIKKYQKKEMRKSEIKERKVNYIFWGIVLIASFGLVYYFHFSKEILIIISMMIMGFVIADLFYYSWKLKRDLIMYEKSQFVRDSRIVKSIEDKREQSRNNITHVILKNEEGYDIKTWPIGKANSLIIGKSARMRVDINLGDTAYSSLISKRHAILNKSDTGWFVEDLGSLNGTGIQRYADNRKIKIGNAPVKVQSGDIIYISTVALLVK
>NZ_AP017968|1898812:1948883|1921346_1922105_+|WP_096402835.1|DBSCAN-SWA
MKKVFIGILLLLSCLTAYGKDKVEEIMKKGVIRIGTTGDYKPFTYLNGDKYEGYDIEVAKLIAKELGVKVEFVPTTWKTLISDLNEDKYDIAMGGITRTVKRQVEAQMSNPYLVFGKCYLVRKGEKGKYNSIEAVNKPSVKVGVNIGGTNEIFADEHLSKATIIRYKNNLDVPVAVEKGEVDIMVTENPEAITYEKINPELEGALTESTLTKSQMGYMVHKDQQHLLNTINFILIELEVRGTISELKNQYLK
>NZ_AP017968|1898812:1948883|1907014_1907521_-|WP_096402821.1|DBSCAN-SWA
MDFLSRRTIRKFKEKKVEKEVVMELMKTALVSPSGRNRRPYEYVVIDDKEIIKKLSVSKESGAGFAAEAPLMIVIFGHENPTWDDDCAIASTIIQLKAHELGLGSCWIQTKEKVDTEGNPTDENIRKILGAPSELKVHNMIALGYPDEEKPAYTDADVDMAKLHFNKF
>NZ_AP017968|1898812:1948883|1914772_1916353_-|WP_096402830.1|DBSCAN-SWA
MRININNIIISLDKNQDKEILKELEKRGIKKDNIEILRWNKRSIDSRQKNDIKFIYNIEVLLKKEIDISSLSNVLPVKEREKTVREPLFKNKEVAVIGAGPAGLFSALRLAEYGYIPLVFERGEEVDKRDITNNRFISDSILNSESNIQFGEGGAGTYSDGKLNTRIKSEYIDKVFKELVDCGAQKEILWDYKPHIGTDILKIVVKNIREKIKSMGGKFYFNTKMENLLIKNDSITGIEILNKDGMKEIISIDSVILAIGHSSRDTYRMLHKKGVHLENKPFAVGVRIEHLRRDIDKMQYGKYADHPLLGAATYSVTYNNKKEDRGVFSFCMCPGGVIVNAASEAGKTLVNGMSYSKRDGKFSNSAIVVGIKENEFGDEIFSGMKFQENLERKTYKIANNYGAACQNVIDFMDSKATSDAIESSYEMKMNSYDLNNLFPKFINDNMKAAFQQWGKNNYFISRNVNLIAPETRTSAPVKITRDIKGQSININGLYPVGEGAGYAGGIVSAAVDGLKIVDLSFSKIII
>NZ_AP017968|1898812:1948883|1904038_1904719_-|WP_096402817.1|DBSCAN-SWA
MRLDKFLTECGLGSRREVKEILSTGEIAVNGIIANNPQMNIKENSDEVFYQERKLEYKKFRYYILNKKAGYITAVEDSREQTVMELLPDWVIKKDLVPVGRLDKDTEGLLLLTNDGALNHKLLSPKNHVEKTYYAELEKNISEEDLIKLRNGVDIGGYITMPAKALKIDLNKIHLTIKEGKFHQVKKMLEAVGNKVIFLKRISFGKLNLDTLELGAVKEINAEDII
>NZ_AP017968|1898812:1948883|1898812_1899703_-|WP_172426503.1|transposase|DBSCAN-SWA
MFFFYDRDLLTKLAYAVNDVFKYQFHNIKAKNQRIHKISKYSSKYFTNSDIIHYGLITVIHTFGRDLKWNPHIHAIVTLGGFNKNYQFLEKKYFHVNSIAGQWKKMVIDIVKSGNYDKPEIKAKAYAAANYLYRKNTRFFFNVAKNDLNNNIHAIKYIGRYLSRAPIAEYKIIDFYDNKVTFYYESLTDDKQRIELTLDAETFLSKLIIHIPPKHFKMIRRFGIYSRNIKSELKNIMKFMRKYVSKYSNFTFYQLEIWKTFGVNPFYCFKCNTRMKVKKISYFNIHTGSICWKEYR
>NZ_AP017968|1898812:1948883|1906627_1906996_-|WP_096402820.1|DBSCAN-SWA
MKQDIVMKFVKVINNQDLSLIVDMMSEDFYFIDTYGNKENKEQMKTGWQEYFDWFPDYFIEIYDYIENDKFSVIIGKASASYLGNKEKYWEFPACWKVIVSENQIQTWQVFCDSKKQLDSMK
>NZ_AP017968|1898812:1948883|1916826_1917384_-|WP_096402831.1|integrase|DBSCAN-SWA
MKTRVLKFDELETVFLFIKSGVRKNGIRVRANPQIHLICLIQLNTGLRIGDVLSLKVSDFVDGRLSIKEQKTGKIQNRKINYEVVKIVEAYCRKRFLSRNDNIFDISVRWVQKILKKISICASIEGLSTHSFRKTYAHIQYTNNKFNIELVRRLLNHSSVSVTQKYLGITDHDVNAASEGFKVIF
>NZ_AP017968|1898812:1948883|1943606_1945871_-|WP_096402853.1|DBSCAN-SWA
MNNILRDAKRVKTNINRAKSLVPTGKSNDAEEKSPEIAISGRKAESKFITSFVSRIGKQTVNCDYFAYSELNDFGCWIVADGFDEERGGEEAAKIVSESIIAQFLEKPKFSRRYLKKLILKAHRKLEEIRERSREKRAMSASIVIFLTDYTSMIYGAVGNARLYLIRDDIVREKTRDDSIAHLVYEANQLDYKEIRFHSQRNKLTQNMGEADGISPEISKKIQLYDGDRILLMSHGAWENLDESEIEVELSKTDSVGKWIGSLEDRIKENSSSNVPNYTLAGIFINEVSPSGKKKIKFNYVKYLVILFIIFIIGFLLYRGYSLKRTRDITYEKAYTYEEEGLKAVAEGDFEKALNSFELSKNEYNALEISPKEANIVYRTIFSPKITNINLGKQILLVDKKIEQIGFLQGILEDLNEGDKLYNNNNFLEAEEKYKEGKAKIPQLKDLKYNKIDEISKKLDESVMASKALAVAYDMKTEADIMVQDNDVEGAIRNYLEAKIIFLKYNKIDLLAEVTEKAERLAKVRNRKYDTALMYEKRAYEMETRDINGAIVYLEMAKGIYGELRDEARRMEVTEKILRLDELRKTLVQESRAYLNEAKAYADSGEYERALSIIKKSQDISVQLKDNQKMADAMQTEADLFFKNEKYQLAYEKYQEAYGIAADTNNAVQQEYLKGKIDTMKNMLETKKLETTGDTLFSNKKYKESRKIYKEAIEKYKKLEGNKYFEKENYDKLMEEVTKKEKAAWKESNWIPFF
>NZ_AP017968|1898812:1948883|1919996_1920962_-|WP_096402834.1|DBSCAN-SWA
MKSILLMGGNQFAGKKLCEFMLNKGYKVYVLNRGNRPNPEKAEFLKCDRNMEKELTKCLKNIRVEYIIDVSAYSAEQVSLIQKTMSGRYAQYILISSASIYNEMQNFPVKEIDSIGANEIWGKYAEDKYLCEKITIENSKKLKFNYTIFRPFYIYGPENNLDRESYIFARLENNMPIFIPNKGEEMIQFGYINDLCEAVNFSLNNSHFFDEIFNISGNKSITVKEYIKICSIILNKQPLICNIDLKKENLKARDWFPFRNKNLIGDISKIEKTGFRNKYSLEEGLRETYLYLKENNKLGIPLLNDIESHFIKRMEQSKNRF
>NZ_AP017968|1898812:1948883|1938445_1939438_-|WP_096402849.1|DBSCAN-SWA
MKKIIAVILFLTFQIAAYSFENNYIFNAERIKKVFSEWEFVDEEKKENHYMRFINRERDVTIDISNYKKGDNPETAERRFHKSALEDDYTFNGNGLLSVEYLGSASKEYTKYTEIGIRKKENFFFEKIKFAIVYTGVEEDYIETLELVKEAIDPSMKVKERPKKVFKKPKEIDQIFDVKKLKREFDNTHKFVEFEYSKKKNGMPSYVMIVLDEKKAGLRRQIIIESNDNFNKRVIEKRRDYNLRFGKDMQGFKYIGEDKKSEKYFGVSSKEYQNTYFKDEKLFDIITMSNLISKDEYTILITNFIPEGQKEFADRQYEEYLKILSSCLKK
>NZ_AP017968|1898812:1948883|1909170_1909458_-|WP_096402824.1|DBSCAN-SWA
MVVKITKVKNHTESNFEFTLENFEKELNDLKRDYKINNISNMEELIIEKIKFFHYLEEGKAGNPLVIKDSNKNGGILVMLTGKDKEIVSYLINTI
>NZ_AP017968|1898812:1948883|1947106_1947553_-|WP_096402855.1|DBSCAN-SWA
MKSLYEILGVNANSGKDEIKKKYRELAKKYHPDRMVNASEKEKTEAEKRFREINDAYTILSDDEKRNEYDKIAESKNGYGKNKKTRSKREQEGYGDIYEKFTKEGMNSMFGKFFDPEKKSTEKGDSKMKEQTNNMFESFFSFNRRKKK
>NZ_AP017968|1898812:1948883|1899778_1900021_-|WP_096401622.1|transposase|DBSCAN-SWA
MQIKHIISKINITNLLGKIKKYFKNEHFEDVKQTIQKFLACSIDKSFLSLQCPNCHEAHKIKVTCKSRFCPSCGKRYSAV
>NZ_AP017968|1898812:1948883|1902994_1903996_-|WP_096402816.1|integrase|DBSCAN-SWA
MDIIKRDETGVAVSRRKKRNKEERKSIFEIYRSQKTLKDYMFYLKDFLNFVYEGEEGIRAEELIELMKDIEKQDVEDYISYLVEERKLKKTSINKIISSLKSLYKEMEKNGYDNPFKYIKLFKVARNIDNVLKLSFEDIKKIIGQYQINGEKDYRNVNILYTLFYTGMRSQELINLKFKHILEREGNYYIKLEETKSGREQYKSVHNILIQKLKEYKGYLQSLYNIDDVKIEEQYVFSSSVEKNTQLSYRALYDLVQNMGKLIGKDISPHNVRHAVATELSINGADILEIRDFLGHADTRVTEVYINAKSILEKRVLEKLPVFSSLDDIDEKK
>NZ_AP017968|1898812:1948883|1948448_1948883_-|WP_096402857.1|protease|DBSCAN-SWA
MGFNLKIKGKNEEITLGMDNITTVKYISDTPDDSNARASDLGVILEVNGKIITPVNGEEADDTKKMAKWSLIPAESSDAYRELTLEVISGSVVVRKIDLPNAFILDYTEDYNDKGGVGEFKAIFKQKKEKIETVTIEGGYAAEE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_172426503.1|1898812_1899703_-|transposase	transposase	NA	NA	NA	NA
WP_096401622.1|1899778_1900021_-|transposase	transposase zinc-binding domain-containing protein	NA	NA	NA	NA
WP_096402813.1|1900201_1900561_+	hypothetical protein	NA	NA	NA	NA
WP_096402814.1|1900577_1901363_+|bacteriocin	bacteriocin family protein	NA	NA	NA	NA
WP_096402815.1|1901454_1902363_+	PhzF family isomerase	NA	NA	NA	NA
WP_096402816.1|1902994_1903996_-|integrase	tyrosine-type recombinase/integrase	A0A0A8WIE1	Clostridium_phage	7.5e-06	26.3
WP_096402817.1|1904038_1904719_-	rRNA pseudouridine synthase	NA	NA	NA	NA
WP_096402818.1|1904853_1905396_+	hypothetical protein	NA	NA	NA	NA
WP_096402819.1|1905483_1906167_-	hypothetical protein	NA	NA	NA	NA
WP_096402820.1|1906627_1906996_-	nuclear transport factor 2 family protein	NA	NA	NA	NA
1906897:1906914	attL	NA	NA	NA	NA
WP_096402821.1|1907014_1907521_-	nitroreductase family protein	A0A1V0E011	Clostridioides_phage	2.5e-18	34.1
WP_096402822.1|1907540_1908413_-	deoxyribonuclease IV	A0A1V0SHV6	Klosneuvirus	1.6e-28	31.2
WP_096402823.1|1908591_1909038_+	hypothetical protein	NA	NA	NA	NA
WP_096402824.1|1909170_1909458_-	hypothetical protein	NA	NA	NA	NA
WP_096402825.1|1909817_1910984_+	ROK family protein	NA	NA	NA	NA
WP_096402826.1|1911150_1911810_+	N-acetyltransferase	NA	NA	NA	NA
WP_096402827.1|1911870_1912815_-	autotransporter outer membrane beta-barrel domain-containing protein	NA	NA	NA	NA
WP_096402828.1|1912829_1913546_-	Bax inhibitor-1/YccA family protein	NA	NA	NA	NA
WP_096402829.1|1913579_1914752_-	iron-containing alcohol dehydrogenase	NA	NA	NA	NA
WP_096402830.1|1914772_1916353_-	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_008696957.1|1916437_1916710_-	HU family DNA-binding protein	A0A1P8CWT5	Bacillus_phage	1.6e-11	45.6
WP_096402831.1|1916826_1917384_-|integrase	tyrosine-type recombinase/integrase	E2ELN7	Clostridium_phage	2.2e-15	32.7
WP_096402832.1|1917544_1918714_+	amidohydrolase	NA	NA	NA	NA
WP_096402833.1|1918713_1919856_+	amidohydrolase	NA	NA	NA	NA
WP_096402834.1|1919996_1920962_-	NAD-dependent epimerase/dehydratase family protein	NA	NA	NA	NA
WP_096402835.1|1921346_1922105_+	transporter substrate-binding domain-containing protein	NA	NA	NA	NA
WP_096402836.1|1922279_1922693_+	septal ring lytic transglycosylase RlpA family protein	A0A0R6PCU3	Moraxella_phage	3.2e-19	50.0
WP_096402837.1|1922885_1923902_-	outer membrane beta-barrel protein	NA	NA	NA	NA
WP_096402838.1|1924085_1925183_+	ethanolamine utilization protein EutH	NA	NA	NA	NA
WP_096402839.1|1925244_1927134_-	hypothetical protein	NA	NA	NA	NA
WP_096402840.1|1927160_1927472_-	hypothetical protein	NA	NA	NA	NA
WP_096402841.1|1927455_1928262_-	hypothetical protein	NA	NA	NA	NA
WP_096402842.1|1928274_1929879_-	hypothetical protein	NA	NA	NA	NA
WP_096402843.1|1929889_1933816_-	DUF4280 domain-containing protein	NA	NA	NA	NA
WP_096402844.1|1933826_1934774_-	hypothetical protein	NA	NA	NA	NA
WP_172426504.1|1934867_1935011_-	hypothetical protein	NA	NA	NA	NA
WP_096402845.1|1935023_1935998_-	hypothetical protein	NA	NA	NA	NA
WP_096402846.1|1936000_1936324_-	hypothetical protein	NA	NA	NA	NA
WP_096402847.1|1936342_1937056_-	hypothetical protein	NA	NA	NA	NA
WP_147385293.1|1937859_1937964_+	hypothetical protein	NA	NA	NA	NA
1937363:1937380	attR	NA	NA	NA	NA
WP_096402849.1|1938445_1939438_-	hypothetical protein	NA	NA	NA	NA
WP_096402850.1|1939450_1940329_-	hypothetical protein	NA	NA	NA	NA
WP_096402851.1|1940347_1942933_-	hypothetical protein	NA	NA	NA	NA
WP_096402852.1|1942932_1943640_-	protein kinase	A0A146JFZ0	Tokyovirus	7.9e-10	38.5
WP_096402853.1|1943606_1945871_-	hypothetical protein	NA	NA	NA	NA
WP_005948420.1|1945880_1946411_-	FHA domain-containing protein	NA	NA	NA	NA
WP_096402854.1|1946447_1947110_-	FHA domain-containing protein	NA	NA	NA	NA
WP_096402855.1|1947106_1947553_-	DnaJ domain-containing protein	E3T4P7	Cafeteria_roenbergensis_virus	4.5e-11	52.9
WP_096402856.1|1947557_1948337_-	hypothetical protein	NA	NA	NA	NA
WP_096402857.1|1948448_1948883_-|protease	membrane-associated protease 1	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_AP017968|1998300:2004062|DBSCAN-SWA
ATTAGTGTTTGAAGTGTCTCATCCCAGTGAATACCATTGAAATTCCATGCTCATTACATGCATCAATAGATTCCTGATCTCTCATAGAACCACCTGGCTGAATGATAGCTCTTATTCCAGCTTTTGCACATTCATCAACAACATCTCTGAATGGAAAGAAAGCATCAGAAGCAAGAATAGCTCCTTCTATTTTATCTCCTGCTCTTTCTATTGCCTGTCTAGTTGGCCATATTCTGTTAGTTTCACCATTTCCAATTCCTACTGCCATCATATCTTTTACTACAACAATAGCATTTGACTTTACATGTTTTACCACTTTCATTCCAAAGATAAGGTTTTCCATTTCTTCAGCAGTTGGAGCTTTCTCAGTAACTGCTTCATAATCAGTAGTAAAGCTTAAATCTTCATCTTGAATAAGAAGTCCTCCATCTACTTTTACCATATTGATTTTATCCTGTGGTGTATGTTTGCATTTTATAACTCTAAGATTTTTCTTAGTTTTAAGTACTTCTAAAGCTTCATCAGTAAATGATGGTGCTATTACAATCTCTAAGAATATTTTTATCATTTCCCTAGCTGTATCTGCATCTACTTCTTTATTTAAAGCTACTATTCCACCAAAAATAGACACAGGATCACATTCATAAGCTTTTACATAAGCTTCATGAACATCTTTGCCAATAGCTGCTCCACAAGGAGTAGAGTGTTTCAAGCCACAGCATGCAGGCTCTATAAATTCACATACAGTTCTCCAAGCTACATCCATATCTCTTAGATTGTTAAATGAAAGTTCCTTCCCATTTAACTGTTCAAAGTCTTTCATAGCTCCTGTATCAGTAGTAGATACATAATATGCAGCCTTCTGATGTGGATTTTCTCCATATCTAAGATCCATTAATTTTTCATATGAAGCATTTAGATATTTAGGTATCTCATCTCCCAATAAGAATTGAGATATAGCCGCATCATAAGCTGATGTTAGATTAAATACTTTTCCAGCCAGTCTTTTTTTAGTTTCAAATGTAACCTCTCCAGTTTCCATTTCTTTCATTACTGTTTCATAATCAGCAGTGTCACTTATAACTACTACATCTTTAAATGATTTAGCAGCAGATCTCAGCATAGTAGGCCCACCAATATCTATAAATTCTACTTTTTCTTCAAAAGTAAGGTCTTCATTTACTTTCTTAAAGAAAGGATAAAGATTTACAACCACCATATCAATAGTAGATATTCCTCTTTCTTTAATAGTCGCCATATGTTCAGCATTATCTCTTATTGCAAGTATTCCCCCATGAATAACTGGATGAAGAGTTTTCACTCTTCCATCAAGCATTTCAGGAGCTCCAGTAACTTCAGCAACCTCTATTACAGGCACTCCATTTTCTTTTAAATGTTTATATGTTCCACCTGTTGAAATTATTTCTACTCCATGTTTAACTAAAAAGTTAGCAAATTCTAATATACCATTCTTATCAAAAACTGATATTAATGCTCTTTTCATCAACTTTTTCTCCTTTTTATCTCTCTGATATTATTTTAGAAATAGATTTTGGTAAAAGTTTGTGTTCTTCTACTAATATTCTTTTTTGAAGAATTTCAGCAGTATCCCCTTGCATTACAGGAACTTTTACTTGAAAGATTATCTCTCCGCTGTCCACTCCATTATCTACATAGTGAACTGTACACCCGCTTTCTTTTTCTCCTGCTGCAAGGACTGCTTCATGTACTTTTATTCCATACATTCCAGGTCCTCCAAATTTAGGAAGAAGTGATGGATGAATATTGATTATCTTCCCTTTCCATTTTTCCACAAATTCTTCATCAATTATAGATAAAAATCCTGCAAGAACTATAAGATCTACTTCTTTTTCAGAAACGACTCTGTCTATCTCCCTGCACAATTCTTTTTTAAAAACTTTTCTGTCAAGAACACAGCTTACTATCCCTTGTTCAGCTGCTCTCTCCACTCCATAACATTCTCTGTCTCCAATGACACAGGCTATTTCACAGGCCAGCTCTCTACTCTTCGACTTCTCTATTATAGATTGAAGATTGCTTCCTCCTCCTGATACTAATACTGCTATCTTAAACATAGACCTTTCTCTCCCTTTTGAACATATCCTATCTCAAAAGCTTCCTCTCCATGTTTTGCCAATTCTTCTATTACACCATTTTTATCTTTAGAATCTACTACCAAAACAAATCCTACACCCATATTGAATGTACCATACATTTCACTTTCAGGTATTTCTCCCTCTTTTTGAATATATTTGAATATATCAAGAACTCTTAATTTATCTTTGAAAACTACTGGCTGGTGTCCTTCACTTATAGTTCTAGGAAGATTTTCAGGAAGACCTCCTCCAGTTATGTGAGCCATTCCTTTTACATTATATTTTTCTAACACAGCTAATACAGGTTTAACATATATTTTTGTAGGTGTTAAAAGAGTTTCACTGATAGGCTTTCCATTAAAATCTTTAGTATAATCAGTTATTACTTTTCTTACTAATGAGAATCCATTGCTGTGTACTCCAGAAGAAGGTATAGCTATAAGGATATCTCCCTCAGAAGTAGTACTTCCATTTATTATTTTAGACTTTTCTACTGCCCCTACACAAAAACCAGCAATATCATAATCTCCCACTTTATAAAATCCTGGCATTTCAGCAGTTTCTCCACCAATAAGTGCTGCTCCTGCCTGATAACATCCCTCTGCTACTCCTGAAACAAGTTCAGCTGCTATTTCAGCATCTAGTTTTCCACAAGCTAGATAATCCAAGAAGAATATAGGTTTTGCTCCATGACAGAGTACATCATTTACACACATAGCCACAGCATCTATTCCTACTGTATCATATTTTTTCGATGTCAATGCTACTTCAAGTTTTGTTCCTACTCCATCAGTTCCAGAAACTAATACAGGATTTTCATATTTTCCCAATTCATACATAGCTCCAAAACTTCCAAGTCCATTAAGTACACTGCTGTTTTGAGTTTTAGCTACTGCTTTTTTCATAAGTTCCACTGCCTTGTAACCTTCTTCTTTATCTACTCCAGCTTCTTTATAAGAAATTGCCATTTTTTCCTCCCAAATAATTTTTTACTCTTCTGTTGGTGTACACATAGGATATTCCCCACTGAAACATCCCACACAATAATCTTTACAATTTAATGATTTTATCATATTATCCATTGATAAGTAATCCAATGTATCTGCATTTATCTCTTTTCTTATCTCATCAACTGTCATCCTAGCAGCTATAAGTTCTTCTCTGTGTGCAGTATCTATTCCATAGAAACAAGAATATTTAACTGCTGGAGAAGCTGATCTGAAGTGAACTTCCTTAGCTCCTGCTCTTCTTATTAAGTCAATAAGTATTTTACTTGTTGTTCCTCTTACTAGAGAGTCATCAATGATTACTACTCTTTTTCCTTCAAGCTGTACTCTTAAAGGATTAAGTTTTACCATTACAGCCTGTTCTCTTAAAGCTTGAGTTGGTTTGATAAATGTTCTTCCAATATATTTATTTTTGATAAGCCCCATAGCATATGGTATTCCACTTTCTTCAGCATATCCAATAGCTGCTGGTATTCCCGAATCTGGTACTCCAATAACAATATCAGCTTCAATTTTCATCTGTTTAGCCAGAAGTCTTCCAGCTTTTACTCTTGCTTCATATACATTTATTCCATCTATAATACTATCAGGCCTTGCAAAGTAAATATGCTCAAATGAACAAGGTGCTACTTTATTATTTTCAGCATATCTGATTGATTTAACTCCTGTTTCATCTATGATTACCATTTCTCCAGCTTCTACATCTCTTATCAGATGCCCCCCTATAGAATCTATAGCACATGATTCAGAAGCAAGGAAATAATCTCCCTCATCATTCATTCCAAGACATAGAGGCCTGATTCCATATGGATCTCTTACTCCTATAAGTTTGTTGTCTGCTAATATTACCAAAGCATAAGCTCCTTTTATAGCTCCAACTGTACTTCTGATAGCTTCTTCAAACCCGTTCATAGCTTTTCTGGCTACCATTTTTATTATTACTTCTGAGTCAGTAGTAGATGTAAAAGTAGCTCCTCCATCTTCTAATAATTCTCTGATTACTTTAGTATTTGTCAAATTTCCATTATGAGCAACTGCTATTTGTCCAAGTTTAAATCTGCTTTCCAAAGGCTGTGCATTTTCTATTTTGCTTTCACCAGTAGTTGAATATCTTACATGCCCTATGGCTGCATTTCCTTTTAAATTATTTAGAGTTTCCTGTGTAAATACATCAGCTGTAAGTCCCATACCTTTATATGTTATTAATTCTCCATTATTCGAAACAGTTATTCCTGCACTTTCCTGTCCTCTGTGTTGAAGAGCATATAGGGCATAGTAAGTTAATTGTGAAACTTCTTTTTGAGTTTTGCTGTATACTCCGAAAACTCCACATTCCTCTTCCATTTTGTCCTTTGCTAACATCATTTCTGTGCAGTTCATTATTCAGCCCCCAATCTTTTTAAGACTTCTATATATGCTTCTTCTATTCCGCCTAAATCTCTTCTAAATCTGTCTTTATCTAATTTCATACCAGTTTCTTTATCCCATAATCTGCAAGTATCTGGAGTGATTTCATCTGCAAGAAGGATTTCTCCTTTATTATTTTTACCAAACTCTATTTTGAAGTCAACTAAAGTAATTCCTATTTTATCAAAAGCATTTTTCAACAGGTCATTGATTTGCCCAGTTATTCTATAGATCTCAGCTAGCTCTTCATAAGTAGCAAGTCCTAGTGCAACTGCATGGTGATCATTTATTAATGGATCTCCATAAGCATCATTTTTATAGCAAATTTCAAATATAGTATTTACAGGTTTAGTTCCCTCTTCTACCCCTACTCTTTTAGCCATTGATCCAGCTATAACATTTCTCACTATTACTTCTAAAGGAAATATTTTTACTTTTTGACAAAGTTGATCTCTATCATTAAGTACTTCTACCAAATGAGTTTTTATCCCATTTTTTTCAAGCATTTCAAACAGCATTGCAGTTATTTTATTATTCATTATCCCTTTGTTTTCTATAGTTCCCTTTTTAGCTCCATTTCCTGCTGTTGCATCATCTTTGTAATGAATAATAACTAAATTTTCATCATCAGTTGAGTATACTTGTTTAGCTTTTCCTTCATAAATAAATTCTTTTTTTTGTGCAGACATTTCTTTTTTTCCTCCTAGAAATAATTAATGTATTAAAATTAAAAAATTCTTGATTAAGTTATTTTATAGCTCTACCCCAGTTTCATTATCAGCTATAAATTTTGCTTTCATATCTTTTCTGAATTTTACAAGTTTCTCTTTTAATTCAGGACATTTTAAAGAAAACATTTGTACTGCAAGCATTCCAGCATTATATGAGTTATTAACTCCAACTGTTGCTACTGGAATAGATTTAGGCATCTGTACTATTGAAAGAAGTGCATCCATTCCATTAAAAGCTGCTTCAATAGGTACTCCTATTACAGGAAGCACAGTTTTAGATGCTATAACCCCAGGAAGATGGGCAGCCAACCCAGCTCCTGCTATTATTACTTCATATCCATCTTTTTCTAGTTTTTCCAATGTTTCTTCTAATTTTTCTGGTACTCTGTGAGCAGAAAGAACATGAGCAGAATATTCAATTCCAAACTCTTTTAAGCAGTTAGCTGCTCCCTTCATTTTATCTGTATCTGATTTACTACCAAATATTATGGCAACTTTCAT

Protein sequences of DBSCAN-SWA_4

>NZ_AP017968|1998300:2004062|2000382_2001384_-|WP_096402904.1|DBSCAN-SWA
MAISYKEAGVDKEEGYKAVELMKKAVAKTQNSSVLNGLGSFGAMYELGKYENPVLVSGTDGVGTKLEVALTSKKYDTVGIDAVAMCVNDVLCHGAKPIFFLDYLACGKLDAEIAAELVSGVAEGCYQAGAALIGGETAEMPGFYKVGDYDIAGFCVGAVEKSKIINGSTTSEGDILIAIPSSGVHSNGFSLVRKVITDYTKDFNGKPISETLLTPTKIYVKPVLAVLEKYNVKGMAHITGGGLPENLPRTISEGHQPVVFKDKLRVLDIFKYIQKEGEIPESEMYGTFNMGVGFVLVVDSKDKNGVIEELAKHGEEAFEIGYVQKGEKGLCLR
>NZ_AP017968|1998300:2004062|1999819_2000395_-|WP_096402903.1|DBSCAN-SWA
MFKIAVLVSGGGSNLQSIIEKSKSRELACEIACVIGDRECYGVERAAEQGIVSCVLDRKVFKKELCREIDRVVSEKEVDLIVLAGFLSIIDEEFVEKWKGKIINIHPSLLPKFGGPGMYGIKVHEAVLAAGEKESGCTVHYVDNGVDSGEIIFQVKVPVMQGDTAEILQKRILVEEHKLLPKSISKIISER
>NZ_AP017968|1998300:2004062|2002802_2003519_-|WP_096402906.1|DBSCAN-SWA
MSAQKKEFIYEGKAKQVYSTDDENLVIIHYKDDATAGNGAKKGTIENKGIMNNKITAMLFEMLEKNGIKTHLVEVLNDRDQLCQKVKIFPLEVIVRNVIAGSMAKRVGVEEGTKPVNTIFEICYKNDAYGDPLINDHHAVALGLATYEELAEIYRITGQINDLLKNAFDKIGITLVDFKIEFGKNNKGEILLADEITPDTCRLWDKETGMKLDKDRFRRDLGGIEEAYIEVLKRLGAE
>NZ_AP017968|1998300:2004062|2003582_2004062_-|WP_096402907.1|DBSCAN-SWA
MKVAIIFGSKSDTDKMKGAANCLKEFGIEYSAHVLSAHRVPEKLEETLEKLEKDGYEVIIAGAGLAAHLPGVIASKTVLPVIGVPIEAAFNGMDALLSIVQMPKSIPVATVGVNNSYNAGMLAVQMFSLKCPELKEKLVKFRKDMKAKFIADNETGVEL
>NZ_AP017968|1998300:2004062|1998300_1999806_-|WP_172426505.1|DBSCAN-SWA
MMKRALISVFDKNGILEFANFLVKHGVEIISTGGTYKHLKENGVPVIEVAEVTGAPEMLDGRVKTLHPVIHGGILAIRDNAEHMATIKERGISTIDMVVVNLYPFFKKVNEDLTFEEKVEFIDIGGPTMLRSAAKSFKDVVVISDTADYETVMKEMETGEVTFETKKRLAGKVFNLTSAYDAAISQFLLGDEIPKYLNASYEKLMDLRYGENPHQKAAYYVSTTDTGAMKDFEQLNGKELSFNNLRDMDVAWRTVCEFIEPACCGLKHSTPCGAAIGKDVHEAYVKAYECDPVSIFGGIVALNKEVDADTAREMIKIFLEIVIAPSFTDEALEVLKTKKNLRVIKCKHTPQDKINMVKVDGGLLIQDEDLSFTTDYEAVTEKAPTAEEMENLIFGMKVVKHVKSNAIVVVKDMMAVGIGNGETNRIWPTRQAIERAGDKIEGAILASDAFFPFRDVVDECAKAGIRAIIQPGGSMRDQESIDACNEHGISMVFTGMRHFKH
>NZ_AP017968|1998300:2004062|2001405_2002803_-|WP_096402905.1|DBSCAN-SWA
MNCTEMMLAKDKMEEECGVFGVYSKTQKEVSQLTYYALYALQHRGQESAGITVSNNGELITYKGMGLTADVFTQETLNNLKGNAAIGHVRYSTTGESKIENAQPLESRFKLGQIAVAHNGNLTNTKVIRELLEDGGATFTSTTDSEVIIKMVARKAMNGFEEAIRSTVGAIKGAYALVILADNKLIGVRDPYGIRPLCLGMNDEGDYFLASESCAIDSIGGHLIRDVEAGEMVIIDETGVKSIRYAENNKVAPCSFEHIYFARPDSIIDGINVYEARVKAGRLLAKQMKIEADIVIGVPDSGIPAAIGYAEESGIPYAMGLIKNKYIGRTFIKPTQALREQAVMVKLNPLRVQLEGKRVVIIDDSLVRGTTSKILIDLIRRAGAKEVHFRSASPAVKYSCFYGIDTAHREELIAARMTVDEIRKEINADTLDYLSMDNMIKSLNCKDYCVGCFSGEYPMCTPTEE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_172426505.1|1998300_1999806_-	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	Q58MG4	Prochlorococcus_phage	6.1e-68	47.7
WP_096402903.1|1999819_2000395_-	phosphoribosylglycinamide formyltransferase	E3SNR5	Prochlorococcus_phage	5.6e-22	38.6
WP_096402904.1|2000382_2001384_-	phosphoribosylformylglycinamidine cyclo-ligase	A0A1D7SQF5	Cyanophage	7.2e-65	45.5
WP_096402905.1|2001405_2002803_-	amidophosphoribosyltransferase	A0A1B1ISH6	uncultured_Mediterranean_phage	8.8e-61	35.5
WP_096402906.1|2002802_2003519_-	phosphoribosylaminoimidazolesuccinocarboxamide synthase	E3SPA9	Prochlorococcus_phage	8.0e-42	44.1
WP_096402907.1|2003582_2004062_-	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	6.3e-27	46.7

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_AP017968|2552174:2637351|DBSCAN-SWA
ACTACTTTTTAATAACATCTATTCCCCCCATATATGGAACTAAAGCTTTTGGAATAAGGAATGACCCATCTTCTTGCTGATAATTTTCCATAATAGCTACAAAAGTTCTTCCGACTGCAAGTCCTGATCCATTTAATGTATGACAAAATTCACTTTTTGAACTTCCATTAGGTCTGTATTTAAGTCCCATTCTTCTAGCTTGGAAATCTATACAGTTAGAACAAGAAGAAATTTCTCTGTATTTATTTTGAGATGGAAGCCATACTTCTAAATCATAAGTTTTAGCTGCTGAAAATCCTAAATCTCCAGTACATAATTGAATAACTCTGTATGGAAGTTCAAGTCTTTGAAGAACTTCTTCAGCATTAACCACCATTTTTTCTAATTCATCATAAGAAGATTCCTGTGTTGCTATTTTTACCATTTCCACTTTATTAAATTGATGTACTCTGATTATTCCTTTAACATCTTTACCATATGACCCTGCTTCTCTTCTAAAACATGGAGAATAAGCTGTATAATATTTAGGCAGTTCTTTTTCATCCAATATTTCTTTTCTGTGAATATTAGTCATTGTAATTTCTGAAGTTGAAATAAGAAACATATCATCAGTAGTTCTATACATATCATCTTCAAATTTAGGAAGCTGTCCAGTTCCTTCGCATATTTCTCTTTTTACTAAAAATGGAGTTATATGTTCAGTATAACCATGTTCTGTAGTATGCATATCAAGCATAAAGTTAATAAGAGCTCTTTCAATTCTAGCTCCCATTCCTCTATATAGTACAAATCTTGATCCTCCCAATTTTGATCCTCTTTCAAAGTCAAGTATTCCAAGATTTTCTCCTATTTCCCAGTGAGATTTTGGTTCAAATGTAAATTCTTTAGGAGTTCCCCATCTTCTTACTTCAACATTTGACTCTTCATCTTTTCCTATCGGAGTACCTTCCTGATACATATTAGGAATTACCATTTGAAAATAAGTAAGTTTTTCATCAACTTCTGCTAACTTTGTATCAAGTTCTTTTATCTGAGCAGAAACTTTTCCCATCTCTTCTATTATTTGAGAAGCATCCTGTTTTTCTTTCTTTAATCTTGCAATCTCAGCAGATTCAGTATTTCTTTTTTGTTTTAAAAGTTCTACTTCACCTAATATTGCCCTTCTTTCTTCATCTAGTCTGTCAAATTCTGTAAGATCAATATTGCTGTTTCTGTTAGCAAGCATTTCCTTTACAAGTTCTCTGTTTTCACGAATAAATTTTAATTCTAACATATTTGTCCCCTCTCTAAATTATTTATTATTTTAAGAATTTATTTTATATCCACATCTTTTAATTTTCACATTTTGCTGCTCAATACCTACAAGTTCAAGATAGGAGTTAGGTGAAGTATTTATTATTTCCATAATAATCTTGTTATTATCTCTTTTAAAAGATTTTATCCTCACTTTAAGATCTCTTGTTACAGTTTTTCCTTTTTTTTCTTTTACTTCTATTATTTCATCTCTGTTCAAAAGTTCTTCTAACTTTGAAATATCTTCTTCGCTGCCTTCAATCTCATATATCATTACAGTATATTCCTCCATTATGGAGGACTTTCTAGGCACTTCCTCAACTTTATTTACTCTGAATCCCATAACATTACTGCTGTTAAGTCTTTCAAATACCTCTTCATTTGACATTGGGGATTCCAATTCAAAATCCATCAATTCGTCATATGCTTCTGTTCCCAAGGACACAGGACTTCCAAAAGACATTTTTGGTCTTGGATGAAACCCTTGACTGTATTTTACAGGAATCTGAGATTTTTTTAAAAGTCTGTCAAAAAATCTGAGCAAGTCTAGATGAGAAATGAATTTCATTTCTCCAAACTTATCAAAATACACTCTTTTTTTCATTTTTACCTCTGATAATATTTATTTTGTATTCTGTCATTTTACCACTTTATTCCAGATAGTTCAAACATGTTTTTTGTTTATTGTTATTTTTCTTCCAATTTTTTTTCTATAGCTCTTACTCTCTTTAATAATTCAGGGAGTTTTTTCCAAGAAACTCTCACTTTTAGATCTTCTTTGTGATCCATTAAAGGATATCCTGAAAGCATTTGATTATCTGCTACATTTCCAGTTACACCCGATTTAGCAGCTATAACTACATTGTTTCCTATTTTTAAATGTCCAGCTACTCCTACCTGTCCTGCAAGAGTAGTATTATCTCCCACTTCAACACTTCCAGCTATCCCTACTTGAGATATAAGAAGGCAATTTTCTCCAATTATATCATTATGAGCTATTTGTACTAGATTATCTATTTTAGTAAATTTTTTAATTACTGTATTTCCTATAGTTCCTCTATCTATTGTGGTATTAGCCCCTATTTCTACTTCATCTTCCAATACTACATGCCCTATCTGCTCTATCTTAGTGTTATTTCCAGCAATTTTTATAAATCCAAATCCATCTGACCCTATTACTGCTCCTGGCTGAATCACACATTTTTTTCCAATAACACAAAATTCTCTAATAGTTGCATTGGAATAAATAACTGTTTCCTCTCCTATTGTTACTCCTTCTCCTATTGTTACATTAGGATGAATAACTACATTATCTCCTATTACAGTATCATGCCCTATGTAAACATTTGGTGCTAGTCTGACATTATTTCCTATTTTGCTGGAATCTTCTATCATTTTTTCAAAAGGTCTAGTTTCCCTCTTAAAAAAATTCAAAAGTTTTGGCATAAGCGTTCTTGGATTTTCTTTAACTTTCAAATATGTTTTTCCAATATTTTCTGGTAAAGGAATATCTGGTACTATTATTACTTTTGCTCTAGTTTCATGCAGCTTTTTTAAAAATTTTTCATCTGATGCAAATGTCAGACTGTCCTCTTGTGCTTGAAAAAAGGGAGCAAGCCCAGAAATATTTTCCAGACTTAAATCTCCCTTTACTTCACAACCAAGGAGGGCAATCAAATCAACTAACTTGTAGTTCATGTTACCTCCTTAAAATATTTCTATTTTTTGTTTTTTTCCATAGTGCTTATTACTTTATCAGTTATATTTTCTCCACCAAATTTTACTGCTCCAGCTTCAAATACATAATCATATTTTCCAGCTTTAGCCACTTCTGAAATTGCATTATTCATTGTAGTTTCAATAGCTTGGAATCTTGTAAATTCCTCTTTGCTCAATTTAGTTTGAGAATCTTGTATAAATTTTTGAAAAGCTTTTACTTGTCCTTCAAAAGCTGTTTTTTCTTTATCAGTAACCTTTGCTCCTTTTGCTTGAAGTTCAAGTTGTGCTTTCTGAAGCGCTACTTCTTTTTGTTTGATTTCATTTTCAAGTCTAGTTTTCTCTTTATTTAAATTTTCTTGAACTGTTTTAGTTTGGGAAAATTTAGCAAAAGCCTCTTGTGAGTTAACATACCCAACTTTCATAGCAAATGCTGATACTGACAGCATTAATGCCATTGCTGGTATTAATATTTTTTTCATGTGTGATACCTCCGTTACTTTATATTATGTTAAAATGATTGTCCCATATTGAAATAGAACTCCATTCCACTATCCATTTTATCTCCTACTGGCCATCCAAAGTCAAATCTTAATGGACCAATAGGTGTATTAAGTCTTAATCCTACTCCTGCTGTTGTTGCTACTTTATCTGGGAAGTCTGCATCTTGATTATATTCCAAGTCTCTTCCATTTTGTTTCCATGCTCTACCTGCATCAAAGAATACAACAAGTCCAAGAAGTTCATTGATTTGAGTTCTGTTTTCAACAGTACCAACAAGTTTTTGAGTACCTTTAAAGAATCCACCATCATATCCTCTAAGTGTACTTCCTCCACCTACCCAGAATCTTTGAGCTTCTTTAGTAGAATCAGTCATGATTCCTCCAACAACTTTATAAGCAAATGTATTATTCTTAAAGAATCCTCTATGATATTTTCTAAGTTCTAATGTAATGTTTCCAAAAACATCTCCATCATAACCACCAGCATATCCACCTTCTAATTGAAGTTTAGCATATTCTCCTGCTGTTGGGTTCCAGAAATGGTTTCTTGTATCATAAGTTAAAGATGGGAATAAACTCCAGATAAAATAATCATCATCCATACCTTTAACTACATCTCCATTATACCAGATATATTCTCCTGCTGCATTTTTACTGAATTTACTTTTTTGAGCTTTTTCTTCTACATATTCAAATTTAGTTCCAAGACTCAATCTTACATTTTTAGTAAGTCCTTTACCTATGTTGAATTTAGCTCCAATAGTATCTATTTCATGGAATAACTTACTATCATCATCTTCATAGCTATTTTTGTATAAGCTCCATCCCCATGAAATTCTATCTGTATCTTTAATCCAAGGATCATAGAAATTAATTGAGAAACTTGTATAATCTTCATCTGATTTTTCAAATGTAAATCCAAGTTCTTGTCCTTTACCTTTCCAGTTAGTATCTTTTATTGAGATAGTTCCTAATAATCCTATTTCAGAACCATAAGATATTGCTCCTTGAAGTATAGCAGTTCTTTCTTCATCAAGAAGAAGCACTATAGTTTTTCCATCTGGATCTCCAGGAATATCTCTAGATTCATATTTAACATTTTTAAAATGTCCTAATCTCATTAGATTTTTTACAGTTTCATCATATTTATTTGAATTAAATATTTCATCTTTAGAAAATTCAAGTTCTCTTTCTATTACATATGTTTTAGTTTTTAAAACATCATCTGTAGGTTTTCTTCTGGCACCTTTTTGTTTTGTTACCATTTTTTTGAACTGTATATCTCTTATTGTTCCTTCACTTAAATAAATTTCAAGCTCCAGATTTCCATTGATTCCTATATCTGTAACATCAGTAAGTGTATAACCATCATCCTGATATTTTTTTAAAATTCTATCTCTGTCTTCTCTGATAGTATTAATATTAAATATTTTACCAGGTTCAGTTTGTATAACTTTCATAAGATCTTCTGTTGTATAAACAGTATTTCCTATGATATTTACACCATTAAGAATAGGGTTTTCCATAACTTCATATATTACTTTTACCCCTTTTCCACTTTTAACAGCGTCAGGAATAACATCTCTGAAGTATCCGCTTTCAATTAGATTTTTATGTCCTTCTATAACTTTATTTTTAGAAAAATAACTTCCAACTTTTACTGGAACTTTATCCATAAGCTCTTTAGTGCTTACATAATGGTTTCCAATAAATTCAATTGAATTTACTAGTAAAGAAGTATCAACTTTTCCTCTTTCTGATAAAGGGATAATCCCTTTTTTCTCAAGCATAGATTTTGCATCTCTGTTTTCTGTTATATCAACAGTCAGCTTTATTCCACCATCATAAACTGTTGGCTGAATAGAAACATCATTTACATATTCTAACCCTTTGATGCTTTTGTAATCTTCAATCATATTATCTGTTACAAACTTCTCTCCCTCTTTTGATCTCATGTTCTCCAAAATGATTTCAAAAGGAATCTCTCTATTGTTTATAACCTCCACTTTTTTAATGCTGTAATTAGATTCAGCACCAAAACTGAAAAGTCCCAATAGAAAAACCATTAGTACTATTAATTGTTTTCTCATCCTTACCTCCGTTTTTTATTGCTTTCTGAAGATATCTAATAGAGTATCATATTTTTTCTCAAATTTGAAGTCAATATGATAATTTATAGAATTTTTTGAATTTTCGTCGGCCTTAGTTTTAGCCTTTCTAGGAAGCTTTCCTGCTCCTATTCCAATAGATTGTCCAGGTTTAAATCTGTATTCTACTGAAAAGTCATATTCCTCAAATGCTCCACTGTTTCTCTCATTATTATTTTCCGCGTTATCATCCCCCAATAAGGTACCTCTTGCTACCCAGTATAATTTATCTTTGTAAATATTATCTTCTGCTTCTATAACAGCACCTAAACGCAGTCTGTTATCCTCTGCATTTGGATTCTGATTTTCACTTGTTAAAATATTTGACTTTATTCTAAATTTTGATATATTCAAAGTATTTTTTATAAGATTTGAAACTGGTCTGAATATTGTTTGTGATAATTGACTTCCTATTACAGTTTTAAACAATGTTGCTGAGGCACTGTCAGAAAATTCTTCATCTCCTATCAATAAAGATGACAAATTACCACTGGCACTTCCATTTTTAGATGTTATTGTAAATCTAAGGGCATCCAGTTCTCCATTTATGCTCATTCCTAATTCATCATTCTGTACTTTTACTCTAGAATCTATAACTAAAGTTGGATTTACATTAGGAAAATAATCTTTTCTGTCATTAAATATTACAAGTGCTTTATCTAATTCAAATGTATTTCCATTTATTGCTAATGAACCATTTTTTATCTCTGCATCTCCCAAGAAAACAAATTTTCCATTTTTACCTGAAAGTCTTCCTCCTCCTACAACAATTCCTTCTACATCACCAACAAATATATTGACATCCTGTATATCAAGTTTGATTCCTTTATCTATTTTCAGAGTTACATCTAATTCTAATGATTTTTCAAAAATAGTGTTAATCTGAAAATCTTTTCCAAGATCTTCACTTTTATTTACTATTGATGATGATGATTTAAATAAAAAGTTCTTGATTATTTGAAATAATGATTTTGAGTTACTTGGAATATTTTCAACTTCTCCATCTATGATATTAATATTTCCTGCTAATTTATTATTTTTCATATTAAATTTTGTATCAAACATAACTCTAAAGTAATTACTGTATTTATAGTTCACTCCTTTAGTGTCAAGTGATATATCATAGTCTAAATCTTCCATATAATAAGGATTTTCAGCTATATCTGTTATACTTGGCAATTCCAGATATCCTTTTAAAGTAGTATCCCCATCATTCAATTTTCCTTGGAAATTTTCTATGTAAAGACGTTTTTTATCAAGTTTGATTGTACTATTAAAGTTATCCATATTAATAAAAAATTCTTTAGATTTCATCCCAAAATTCATCAAATTGAAATACCCACTGTTTCCATCATCTTTCAAATCTAAATTGAAGGCTGCAATTCCTTCTATATTAGTTATACCATATTTTTCTAAAAAAATGTTTAAAAAATCTAAATTTATTTTGGAAGAGTTTACTAAAAAGTTGTATTTTTTATTTTCTAATGTTATATCTCCTTTAGAATAAAAGGAGTTATCAAGGTACTTAAACGAAAATTCATCCAAGAATACTTTATCAAGATTTCCATTTATTTTTATTAAAAAATTTTTAAAATTTATTTCTTTCATTGAAATAAGATTACTATTTATTTTTAAATCATATTTCAAGTCTTCCACTTTTCCAGAAAGTTTTCCATTAAAAATAAGATTTCCATTTACAATTTCTTCTTTTGTATACTCTTTTAATGTATCCAGTTTAACCACTTGATTGTCTATGCCAGCACTTATTTCTTTTGTCTGCAAATTATAGCCTGCTGTCAATTGAAGAATATCTTTCATATCCCCATTCGAAAGAACTATTTTATTTAATTCAATAGTTCCATCAGGAATATTATCAGTTTTATATCTTCCCTCTACATATACATTTGGAAGTTTTGTTCCTCTCATGTATATCTTATCTATTGTAGAATTTAATCTGGCGTTTATTTTTTTATCTTCACCATCTACTTTCAAAGTTCCAATTACTCTATATTTTAAATTTGTATCTAAATAATATTCAGATGGATCATCCTCTATTATGTTTAAAATGGCATTATATTTTTTATTTTTCAAATTATATTTTCCATTAAAAATATTGCTGTTAAGATAAATTTTATTTGCCTTTATAAGTGATTTATAATAATTTATTTCTCCATGAACAAGGATATCTTTTTTTTCATCTCCAATATCCAGTTTTATGTCATTTATTTTTACATCTATTTTGGGATCATTTATCTTTCCATTTATTTTCCCTTTTACATCATTAATATAGAATTTAGGATATTCTATATTAAATTTTTCAAAGTCTAAATCTTTTACAGAAAAATTGATATTTGAAGCTAAATTTTTCAGGTTTATATTTCCGTTTATATCTACTATCCCATTTCTAAAATCTCTTATTTCAAATTTATCATCCTTTATTCTCATTGCAAAAATAAATCCATTAAGGTCATAATCATTATATCTTACTTGGCCTATGCTGCCTTTAAAGTCTCCAAAGATTTTTTCATCTTTTTTAAATTCAAACTTCCCAGCAATATCTTTAATTTCAGCTAGATATTTAAAAGTCAGAGATTTAACATCTACTGAAGCATTTATGCTTCCATTTTCTCCTGATATATGCCCATTAAGAGAAGCATTTAAAAGGGCATCTTCATTCAAAACATTTCTCTCTACATTTAATTCTTCAGCATCAAATTTTAAATCATAAGACATTTTACTTATATCAGTTTCTCCAGTAAGATTAAAAGTTATTTTATCCTCATTTTTATCATGAGCAGTAAGACTATCTATCATTATTTTGTTATTTTCTGCTATAAAATCAAGAGCAAATCTAAGATTATACAGATTAAAATCTATTACTCCACTTCCTCTTTCAAGATTTTTATTTTTTAAATCATAATCAAGTGAAAATTTCCCTGCTCTGTAAAGATTTATTTTTTCTATATTTGAATAATATCTTCCTCTTAATTTAATAATATTTGACAGAAAATTAAAATTAAAATTTTTATTTTTTGTTTCAAAATTAAATACTCCATCAATATTTGGTATATAATTGTTTATTGAATCATTTCCACTTATATCAAATGTTAAAGCACCTTCATCTTCAAAGTAATCAAGTGATAATACTATTTTCTTTTTAAAAAGTTCTTCTTTTCTTTCTTTGTTCCAGAATGAAAAATCTGTATTTAAATCCTTTATATGTATCCCTTTACTATCATAAACAAATTTTCCATTAGTATTTCTAAGTTCTAAATTATTTAAAATAAAATCCTTACTTAAAAAATCTATTGTAACTTTAAACTCTCTTTCTGGATTAAGATTAAGATTAAATTTCACATCATTTACAATCAAATTCTCTAAAGGCAGATTAAGATCTTTTACTAGAGAATATTTTTGTATTTGAGGATATGTTACATTTTTAGCAGCAAAATCTATATTCAACTCATCATCAGCATACACTAAAAGAAATTTTTCTTTTGTATCAAACACTTCATAATCAGCTTTTACTATTACAGTTTTACCTTGAAAATCCACTGTTCCTTCAGATACTTTTACATCAGTATCCAATTCTTTATATCTTACTGTAACATCTTTAAAATCTGCATTTCCAAATAAACCTTTAGGTGAAATTGAAAGATCCAGATTTAATACTCCACCTTTGTATGATACCTCATCTCCATCATAAGCATATTGAAGTAATTCTGTTTTTACAGCTATGTCTTCAAGTTTTATATTTATATCATACGGCTCTTTACCTGTATTTAAAGCAAAAGTATATAACTGTTCTTCATTTTTGCCTTTAAATATCAGATTAATTCCTTTTTCTTTACTGAAAGTGAGAAATCCATTTGTTCCATAAGCAGTTTCCTGTATAGGATTCGTATATGAAAGATCTGTATAATTAGTTGTAGCATTTATAGCAGTTATTCTATCTATAGGCACACCTATTCCTGGTTTATATTCTTTTTCTTCTGCTTCTGTATCATTCTTTCCTTCTTTGCTTTCTCCAGTAAATGCTGCAACTATATTTATATCTCCATTTTTTTCTCGTGTTATGTTAGCTATTCCATCATATATTATTATCTCTTCTATTCTTAATTTTTTTAGTGATTCTTTTGAGTATAATAATTCAACTTTTGGAGCATCTATAATTGTCTTTTTATTATTTATTAATTTGAGATCTTTTATTTCTATTAGTCCATACCTTTTAAACTCTATTGAACTACTAGAAATTTTAGGTCCTAATGCTATTTGGAGTATTATTTCAACTGTTTTTGACAGATGATATCTCACCGACCAATATCCTCCTGCCAAAATTAAAAAGAGGGAAAGTCCAGTTATGATTTTTTTCTTATTATTATTGTAAAATTCTTTCATTTCCTCCTCCTGTATTTTATAGAGGTCTCTTTAATGGTATTCCTGCTCTTCTTGGATATTTTTTATCATTAGAGGCAGTTTTTTCTATTTTTATAACCACTCTTGAATCTTTAGAAAAAGGCAGCTGTAAATTATATATTTCAATTATTTTGCTTTTAAGTGTATTTAAAGCATTTTCAGCTTCAGTCTCTTCTCCAGTTCCTTCCATTTTTTGTGACAAAAACTCACCATTTATCTTTAGAAAAGGGATTATATATTCAAGAATAGTTCCAAGTTTTGACACTCCTCTGCATAATCCTAGATCATATGTTTCTCTATTTTCATCATTTATATAATCTTCTGCTCTGGAAGTTACTACATTGACATTATTCAGTTCAAGCTCTTCTTTTACTAATTCAAGAAATTTAGTCTTCTTTCCAATAGAATCCATTAATGTAAATTCTATATCTGGATTAAATATTGCCAGTACCATCCCAGGGAATCCTGCTCCTGTTCCAATATCTATAGCTTTTTTAAATTCTTTTTTTATAAGATTTTGAAGTAAAAGAGAATCTAAAAAATGTTTTTCAACTATACTCTTCTCATCTCTCAAAGCTGTAAGATTAGTATGCGAATTATATTCTATTAACAGTTCTAAATATTTTATAAGATTATCTACTTTTTTATCTGTATATTCAATATTTAATTTTTTTATTCCCTCTAATAGGAATTCTCTCATGATTAGTTACCTCTCGCTTTTAAATATATTAACAATACTTGAATATCTGCTGGTGAAACTCCTGATATTCTTGAAGCCTGGCCTATATTATATGGTCTTACAGCTTTAAGCTTATCTTTTGCCTCTTTAGGTATGTTTTCTAAAGAATCATAATCTAAATCTTCAGGAAGTTTTTTATTTTCCAAACTTTTATGCTTTTCTATCATTTTCATTGATCTTTCTATATATCCAGAATACTTTACTTGTACTTCTACCTGATATTCAGTATCCTTGGAATAATCTCCAAGCTCTAAATCAGAAAGTTCAGCTATATATTTTATATCAGAGTATTTTACATCTGGTCTTCTTAAAAGTTCAAAATATGTTGTTCCATCTTTTAGTTCAGCCTCTCCACATCTTCTTAAGACTTCATTTACTCTTGGATTGCTAGGACCTACATAATTTTCTTTCAGTTTTGCCTTTATTATTTCTACATCCTTGCCTTTTTGCACCACTCTCAAGTATTCTTCTTCTGGTAAAAGTCCAATTTCATATCCAATTTTTGACAGTCTTAAATCTGCATTATCTTCTCTCAGAGCCAATCTGTATTCACTTCTTGCTGTAAACATTCTATATGGCTCATTAGTTCCTTTTGATACCAAATCATCTACAAGTGTACCCATATATGAATCTGCCCTATCAAGTATTACAGGCTCTTTTCTCTGTAATTTTCTTACAGCATTTATTCCAGCTAAAAGTCCTTGTGCACCAGCTTCTTCATAACCAGAAGTTCCATTTATCTGCCCTGCCAAAAATAGATTTTCTACAGTTTTGCTTTCAAGCGTGTATTTTATTTCTTGGGGTGGAACATAATCATATTCTATAGCATATGCATATCTCATAATATGAGCATTTTCAAGTCCAGATATATTTTTCACCATTCCATCCTGCACATCTGTTGGAAGTGAAGATGAAAGTCCTCCTAAATATATTTCTGTAGTTTCATAACCTTCTCTTTCAAGAAAAAGATGATGTTGATTTTTATCTCCGTATCTAAAAACTTTATCTTCAATAGACGGGCAGTATCTTGGTCCAGTTCCATGTATAGTTCCATTAAATAACGGAGATCTTTCTCTATTATTTTTTATTATTTCATGTACAATTTCATTTGTATGGGCAATATAACATGATATCTGCTTTCTTCCTTTTAATTCTTCATCAGGTGTTCTTGTAGAAAACTTTAAGATATCTTCAGTTTCACCAGGTTGTTCTTCAATTTTTGAAAAATCTACTGTTCTTGCATCTATTCTTGATGGTGTTCCAGTTTTAAATCTAGCCAGCTTCAGTCCTGCTTTTTCTAATGATATTGGTAAATCATCTGAAGAAAGTTCTCCCATTCTCCCTCCACTGAAATGTTTATCTCCAATGTGAATAAGTCCTCTCAAAAAAGTTCCAGTGGCTATTATTACAAACTTTGCTCTATATTCTACTCCTTCTCTGGTTTTTATTCCAATAACTTTTCCATTTTCAACTATAATCTCTGTTACCATTCCCTGAATAGCGCTTAAATTATCACAATTCTCAATAGTTTTTTTCATTTCTTTACTGTATCTTACTTTATCTGCCTGAGCTCTTAAAGACCTCACAGCAGGTCCTTTTTTAGTATTAAGTATTCTTATCTGTATATATGTTTTATCAATATTTCTTCCCATCTCTCCACCTAGAGCATCTATTTCTCTAATAAGATGAGATTTTGCTGGTCCTCCAAGAGAAGGATTACATGACATCACTCCTATATTATCTAAAGTTATAGTAAAAATAGCTGTTTGAGCTCCCATTCGGGCAGCAGCTAAAGCAGCTTCACATCCTGCATGTCCTGCACCTACCACAATGACATCAAAATTTTGCATTTGTTCCTCCTACAATATATAAATTAAATTATTTTAAGTTTTCTAAATAATCAGCAGTTTTATTATCTGTTATGACTAATAAAACATCTCCCTTTTCTATTAGAGTATCTGCTGAAAGATTTGGTTTAAATGATTGATCTTCTTTTTTTATTCCAACTACGTTTACATTATATTTTTTTCTGATATCTAATTCTACCATAGTTTTCCCCCAGAAAACAGATGGAGCTTTTACTTCCAACAATAAAAATTCAGAAGAAAATCTTAAATGTTCTATCATATTAGGTTCCATAGCCAATTGTGCTACTCTTCTTCCCATATATTCTTCTGGATAAATAACTTTTGTTGCTCCTATTTTAGCCAAAACTTTTCCATGACTTTTACTCACAGCTTTAGCTATTATCTTTTCTATTCCAAGTTCTTTTAAATTAAGAGTTATCATTATACTTGGCTCAATATCACCAGTACATACAAAAGCTATATCATAGTTGCTTACACCTAATTCTTTTAAACTTTTAACATCAGTTGCATCCATTACAACAGCATTATCTACAATATTGCTGTTTATAGCTTCCTGTACAAGTTCCTCATCTATATCTAAAGCAAGAACTTCTTCATTAGATTCATATAAAGTTTGTGCTACACTTGTCCCAAATCTTCCAAGTCCTATAACTAAATACTGTTTCATTATTTCCTCCATTTATTTAATTATTAATTATCCAACTAAAATATTTTCTTTTGGATATTTAGATAAAGCTTTTTTCTTTGTTTCTCCAATAGCTAAAGCAAATGTCATTGGACCTAATCTTCCTACAAACATGGTAAATATTAAAAGAAGTTTAGAAAATGTTGTAAGATCTGGAGTTATTCCCAGAGTCAATCCTACCGTTCCAAAAGCTGATATAACTTCAAATACTATCTCTTCAGGACTAAAGCTTTCTGCTATAAGCATAAGCATTATCACAGCACTTACATATGTTAGTGCAAGAACCAATATTGCCAGCGCTCTATTCATTATTTCCCAATCAAGTCTTCTATTAAATATTTCCACATTTTCTTTCTTTTTTACTATTCCTATAACATAAAATAATATCACTCCAAAAGTTGTTGTTTTTATTCCTCCTCCTGTTGATCCCGGTGAAGCTCCTATAAACATTAAAATACAACACATAAAAATAGTTGAATTTCTAAGTTCTCCTAATGGAATTGTATTAAAACCTGCTGTTCTTAATGTAACACTCTGAAAATATGAAGCCAGTATTTTCTGAATAAAATTTAAATCCCCTAAAGTTGCTGGATTTGAATATTCTAATATAAAGAATAAAATCATACCTCCAAAAGTCAAAATTACAGATATTATAATAGCAACTTTTGATGTTAGATTAAATCTATCTATTCCTCTTCTTATGACCATAATAACAGAAGTAATTACAGCAAATCCTATTCCTCCAAGAGTTATTAAATACCCTATAGTTAGATTTATAATCGGATTAGCTTTATATGCTTCCAAATTATTGGAAAAAAGAGCAAATCCAGCATTACAAAATGCTGAAATTGAATGAAATATTCCATAAAATACGGCTTTATTTATCGGCATTTCTTTAGCAAATTCCCATGTAAGAATAATTGCCCCAATGCTTTCTATAACAAAAACTGTAAGAAGAAGTTTCTTTATAAAACTTGAAATTTCTCCACTACTGTCTGCATTTCTTTCTTCTTTTAAAAGTTCTCTCTCATAAAATGTCATTCTCTTTCCCATTGCCAGAAATAGAATTGATGAGAATGTCATTACTCCCAATCCACCTAGCTGAATAAAAAATATTATTACCAGATCCCCTGCTGGACTGAATACTTTACTTACATCTACTACTGTTAATCCTGTTACACATACTGCTGATACAATTGTAAATAAAGAAGATAAAAAATTCAATTTTTCTCCCTCTCGAAGTGAAAAAGGCATCATTAAAATAAATGTTCCTAATAGTATTGCAAATAAAAATCCTAATATCAGTTTTCTTGAAGGTGACAATTTTTTAAAATAATCTATATCCATAACCATGCCTCACAATTTCATTCTATATTTATTTACATAAATTTTTTCCCATATCTTATTAATTATACATTATTTTATCCCCCCTTTCAATCTTAAAAAAAACTACTTTATAAAATTATATAAAATTAAAAGAACCTGTATCTAATTATAAATTAGACTCAGGTTCTAAATTTCTTTTTTATTTTTCTTCAAAATTTATTTTTACTAAATTTTCAGCTATTTTTACAATAAGATCTCTTGCTTTTTCCATTGATTGAATACATACATACTCATATTTTCCATGAAAATTGTGTCCACCTGTAAAAAGATTTGGACATGGAAGTCCTTTATAAGAAAGTCTTGCTCCATCTGTTCCACCTCTTATTGGTTTAATGCAAGGTTTAATATTAAGTTCTTCCATAGATTTATGAGCAAGATCTATTACATACATTACAGGCTCTATTTTTTCTTTCATATTATAATAACTGTCTTTTACCTCTATTTCTATTTCTGCATCTTTATACTTTTTAGCTAAATATTGTACAGCATCTTTTATAAGAATTTTTTTCTCATTGAATTTTTTCATTGAATGATCTCTAATTATATAATTCATTGAAGTGTCTTCCACAGTACCTTTCATATCATTTAACAGAAAGAATCCTTCATAGTTCTCAGTATACTCTGGTCTTTGCTCTACTGGAAGCATAGAATTTAGTTCCATTCCTATAAGAATTGAATTTATCATACTATTTTTTGCTGTTCCTGGATGAATATCTCTTCCTTTTATTTTAATTACAGCTGAAGCTGCATTAAAATTTTCATATTCTAATTCTCCTATCTCTCCGCCATCTACTGTATAAGCAAATTTACAATCAAATTTCTTTACATCAAAAAGATTAGCACCTCTTCCAATTTCCTCATCTGGTGTAAATCCTATTTTTATCTTTCCATGCTTAATTTCAGGATGGTCTTTCAAATATTTTACAGCTTCAATTATTTCAACTATTCCAGCTTTATCATCTGCTCCTAACAGAGTTTTTCCATCTGTAACTATAAGATCCTGTCCTATATAATTTTTTAAATGTTCAAAATCTTTTGGAGAAAGAATTATTTCTAATTCTTTATTTAAAATAATATCTTCCCCATTATAATTTTCTATAATTCTTGGATTAACTCCTCTTCCATTGTAAGTAGGTGCTGTATCCATATGCGCTATAAATCCAATAGTTGGAATATCTAAGTCACAATTTGCTGGAAGTGCAGCCATTATATATCCATTTTCATCTAATGATATTTCTTCAAGCCCCAATTCTTTCAAATCTTCAATTATTACTTTTGCTAAATTCCATTGTATATCACTACTTGGACATGCTTTGTTTGAAGGATCTGAATCTGTATCAATTTTTACATACTTTAGAAATCTTTCAACTAAATTATTCATCAATAACAACTCCTTATATAATTTTAGTATCTATATTTTAGTACTTTTTTCAAATTATTTCAATCTCTATTTCTTTTTATTTTTCACCAGCCAGTATTAATTCTTCCTCTCTGGCTATTTGCAGTTGTTTTAATTGTTTCATTTCCCTTTTTATCAGAATAAATGTTAATACAGTTGCAATAAAGTCCGCTGTTGGAGCAGCAAACCATATTCCAGCTAATCCAAACATTCTAGACATTATTATTATACAAGGAATTAAAACTATTATCTGTCTTGAAAGGCTTATAAAAAGACTCAATTTAGGTTTTCCTACTGCCTGGAAATACACAGAGGATATTATTTGAAATCCTATTATAGGAAACATCATTGTATTTATTCTTAGTCCATGAGAGGCTATATCCAATAAAGCTTTTTCTCTTGTAAATATGAATATAAAATATTTTGATAAAAACTGAATAGTCAAGAAATCTACTATACATATTATAGAAGCTCCAAGTATAGCTTTACGAAGTGCTTCTCTTACTCTCGAATAAAGTTTCGCTCCATAATTATACCCCAATATTGGCTGAACTCCTTGATTGATTCCAAATATAGGCATAGCAAGAAATATTGTTATTGCCTGAATAATTGCCATTGCACCAATTGAATTATCTCCTCCATATACTTTTAATGTACTGTTGAAAGTATAATTTACCAAACTTGACCCCATTTGCAATGCAAATGGTGATGATCCTAAAGCCATTATATTCTTAATTTTTTCCCATTGTAGTTTCATATTCTTTAAATATAATTTAAGTCCACTAAAACTTGATTTAAAATAAAATATAGTCCATGCTGCTGAAATATATTGTGAAATAATTGTAGCCCAAGCTGCACCTGACACTCCCATATCCATTCCAAATATAAAAATAGGGTCAAGTACTATGTTTATTATGGCTCCTATCAGCAAAGTAACCATTGACATTTTAGGGTTTCCATCTGATCTGATAGCTGCATTTGCTACATATCCAACTATTGTTGCTGGAAATCCATATGCTACTATCCACAAGTATTCTCTTGCATATCTGCTTGTATTTTCACTTCCTCCTAATACTGCAACTAATTTATCCATATACAACAATACAAATACTGCTATTATTAGTGAAATAATTATTCCATATCCTATTCCATTTCCCAAATATTTTTCAGCTTCATCTTTTTGTTTTCTTCCAAGGCTTAAAGATATATTTGTTGCTCCTCCAAGTCCTATTAATACAGCAAAAGCAAACACAAAGATTGTAACTGGAAAAGTAAGTCCTACTCCAGCTATTGCAAAGTGTCCTACATCTTTTATATTTCCAATATATATTCTGTCAACTATACTGTACAAAGCATTTACAAGCATTCCAATTATAGCTGGAAGTGAAAATTGTACTAAAAGCTTTGTTATTTTTTCCGTTCCCATAAATTGATGTTTATTTTTCATTTGTTCCTCCTAAAAACTTTCCTGTTACATTTTAAATTCTACCATTTTTCTAAAAGCTTTGACATTATTCTCTTTAAAGTATCTATTTCATCTTTTTCAAGTATTTGCTCTACTTTTTTATGAAAGATTTGTGACACATCAAAAATAACTCCTATTACTTCTTCTGCTTTTTCTCCTAATTCTAAATACATTATTCTTCTGTCTTCAGAACAAACGCTTTTTCTTACATATCCCTTTTTTTCTAATTTATTTACAAGGATAGTTACCGTTGATTTATCTTTTGATATTTTCTCTGTTATTTCTTTCATAGAAAGAATTTTAAAAACATATAATACTATAATTATCCTTATATGAGAATATCCCAAATCTGTTATTCCCTTTTTTCTTAGTTCTTCATCCATAAAAATTCTGCTTCTATGATGGGCTCTAGACAGATAGCTATACAATGAATTTCCAAAAGCTTCATTTTTCATATTTCATCACCTATCCTTTAATCTAACATGAAATTAGTTTTATGTCAAACTATTATTTACATCTATATTTTGTAATATTTCTGTATAAGACAAATGTAAGTAATATTTTTAACATAGTTTTGCAGAAATAGATATTTCTATAATTACTATAAAGTTTATTAGTACAGGTAAAAAAAATAATCCACAATATAAAACAAAAAATATTTTAAAAAAACCTGAGAATTATTTTATCAGCAATCATTTTTAAATTAATAAATCCATGATATAATAATAAAAATATGCAGATAAGTATTTAGAATAACTATAATATTATATTTTTTATAGATGTTAGCCAAAATTAAAATTTTTCATTTATTAGAAATTTACCATAATATTTATTCTAGGACTAACTACCTCTTTATAAAGAACTTAATATATCTACTAAAAGAATAAGGAGTGATTTTATTGAAAAAATTTTTTTTATCTATTTTATTATTGTTAATTTTAACAGCTTGTGGACAAAAAGAAATATACAAAACAAAAGATGATATTTCAAGAGTTGAAAATGAAATATCTTACTCCATTAATTACAATGAATTTTATAATTACCTGAATGAAGCTTACCCTAAAATAAAATTTGAAAAACAGGACCCTAGAATTACTAAAAGTGGTAAGTATGTTGGAGTTATTACTTGGAAAAATTTTAAAATAGAATGTAACTTTAAAGAAAAAAATAGCGAACTAACGTCTATTTACCTATCATCACCAAAAGGAAAGATAAAACATTCAAAAACAGTGGCTTTAGTTAGGAATGTAGAATTTAATCAACAGGATATAAGAGATTTAAAAAAATATTCATTAGTGATTAATAATATTTTAAACTCAAGCAATACACAAAAAAAAATGCAAGAATTTTTAGATGAAAAATTAAAAAAGAATATAGAAAGAGGAAAAATACAAATAGGAGAATCTAAAGTTACTTTGAGGCTTAGTGGTCCTGTTTTACTTGTTGTATTTGAACCAAATATTATAAAATAATATTTCAATAAAAGTGTAAGTCTGATGAATAATAAGTTATAATATTGAAATTACAGTATCTACAATTTCAATTTCTATAGGCAAAGAGATATCTAATATGAATTAAAAATTTATAACTATTAATAAAATATCTGAATTCTTTTAAGTGAAAATATGATATAATCCACTGTATACAATAACTTAATTTTTAAAGAGGTAATTTTAATGAAAATAGCTATTATTGGAGCTCCTGACTCTGTTGAAAAAATATACAGTATACTTTCTTCTGAATATAAAGAAGTAAGTTTTTTTAAATATCCAAAAGAAAAAATTGAAGAAATGATTCCCCTTATTCAAAAATTAGAAAATGATGTAGATGGAATATATCTTACGGGAATTGGAATTTATTCATCTCTTAATCTTAAAACTGATCTTTCTAACAAAGCTATTGTTTATACTAAAAGAGGTGAAATGGGAATAATCAAAGCTTTTTTATTGCTCCAAAAAGATTATGAATCCATAGATAATTTAAAAATAGGTATAGATCTTATTGAAGAAAAAATGCTAAAAGATGTCTTTGAAGAATATGAAATTCAAATAAAAAATTACTATCTTCAAAAATATGAATATTCTAAAACTGAAGAGGAGTATCTTAAAAATTATCTTGAAAAATTAAAAACAAAAGAAATAGATTGTGTTATTACAGCTTTTGGATATATTTATTATTATTTAAAAAGACTTAATATTCCAGTTTATAGACTACAAGCAACTAACACCGAAATAAAATTAGAATTTAAAAAACTTGAACTAATGGCAAAAATAAAAGAACTTGAAAAAACAGGTATTGGGGTTCAAATAATTAAGCTTATTAAAAAAAATATTTCAGAACTTACTCAAAAGACTTTACAAAATAAAAATAGCTTTGAAACTCAACTATTAGAATATGCTAAAGAAATTCAAGGAAATATACAATTTCTTGGAAATGAGGAATATTATATCTTAGCTAATAAAGGTCTTTTATTAGATGAAGAAACTTTAAAAATAATTACTACTCTTATTAAAAATACTACTAAAAAAGATTTTTATGCAGGAATTGGAATTGGTGAAGGACAGACTATTTTGCAAGCTGAAGCTAATGGAAGAAAAGCCTTAAAAATAAGCCTTTCAAAAAATAAAAATGAAATATACTTTTATGATGGAAAAAATGTTTCTGGACCTCTGTTGACAGAAAATATGCTTCAATACAGTGATTCTGTCAACAAAGATATTTTTGAACTTTCAAAAAAAATAGGTATTAGCTCTACTTATTTGGAAAAATTAAAATCTATTATAAAAAAATATGGTAAAAATACTTTTTCCAGTAAAGAACTTGCTGGAATATTTGAAATTAGTGAAAGAAGTGTCAACCGTTTGTTAAAAAAAATCATTGAAAATGGCTATGGAGAAGAGGCTGAATTTGAAAATACTCCTGGTGCTGGTAGACCTCGGAGAAAAATAAAATTTAATTTTTAAAAGTATAAATTTGAAAGTAATTGTTCTTAATAAAAACAATTACTTTTTTTATTGAAAAAAATACATTGACAAATATTAAAAAAAATTGTATAAACTATTTAACTAAAAAATTAAAGACATATTAAAGACAAGTCTTTAATATCTAAGGGAGGATTTTATGACACAAGGAAATGTTAAAAGCACCAAAATGACAACTTTTATTAAAACTGTAGAAAGAGTTGGAAATAAATTACCTGACCCATTTATTTTATTTGGAATATTTGCTGTTTTCACTTTAATTATATCTCTTGTCTTATCAAAAATTGGAGTAGAAGCCTCTTTTATGGAAAAAGGTGCAAAAACTCTTACCATAGTAAAAATTGAAAATTTGCTCACTTTTAATAAGTTAAGGCAAGTTGTTTCTGATTTTCCTACTACTTATGTAAATTTTCCATCTTTGAAACTTGTTCTTATTATGATGATGGCTATTGGAGTAGTTGAAGAAACAGGATTTTTTGACTCTGTCATGAGGAAATATTTATTAAAAGCTCCTAAAAGTGTAGTAACAGCTGTATTTATTTTTGCATGTGTTAATGCTAATGTTATGTCAGATGCTGGAGTTATTCTTACACTTACACTAGGAGGAGTTGTTTTTGCCTCAATAGGCAGAAGCCCTATCCTTGGAATAATGCTTGGATATGCAGCTTGTAATGGTGGATATTGTGCTAGTCTTTTAGTAGCTGGAGCAGATGCACTTGTAGCTGGCATCACTGAACAAGTAGCTGTAGATGCTGGTTTTCATTTAGATATCAATCCTTTATGTAACTATTATTTCATGGCTGCTGCTACAGTAGTTCTTACAGTGGTTCTTACAATATTTACTGAAAAGTTCATAATGAAACTTTTTCCAGAAGAAGAAACTGCTGATGATTCTATGTTAAAAAAATATGAACTTACTGATTTAGAAAATAGAGGTTTAAAATTTGGAATGTATGGTTTCATTTCTTTTGTAGTTATTATGCTTGCTTTAACTCTTCCATCAGAAGCTTTCTTTAGAAACGCTGCTGGAGGATTCTTACCTAAATCACCATTACTTTCATCTATTGTTGTTATCTTATTTTTCTTATTTCTTTTCATAGGAGTTAGCTATGGAGTGGGAATCAAAAAAATAACTAGTGGAAAAGATGTTTCTAGGCTTCTTCAAGCTGGTGCAAAAAAATCTGCTCCATTGATGGTTACTTTTCTTACTTGTGCTCTATTTATGGACCTATTAAATAAAAGTAACATTCTGAGAATAATAGCTATAAAAATGGCTGAACTTATAAAAGCTGCAAATGTAGGTCCTTTATTTCTTCTTGTTTTGGTAATTATCCTTACTGCTATGATGAATCCATTTATGACTTCTGCATCTACAAAATGGATATTGTTAGCCCCAATGGTAGTTCCTGTATTTGGAATGATTGGAGTTAACCCTGCTTATGCACAGCTTGCTTATAGAATTGGAGATTCAGCAACTAACATAATCTCACCTTTGCATCCAGCAATAACTGTTATCATTGGTCTTATGGCTCAATATAATTCTGAAAAAGAAAAGAAAACAGGAAGAAAAATAGAAGAAGCTGGTTTTGGAACTATATTCTCCTTAACTCTTCCTTATTCTATAGTTATTCTTGTAACTCTTACTGTTCTTATGGTTATTTGGTATGTTTTAAGATTACCTATTGGTTTAGGTGTTTCTACATTTATATAATTACTTACTAAAAAATTTAAAATACTATATAATTAAAAAGGAGATAAAATGGAAAATTCAAATCACATGATTTATGCTAACCATCCTTTACTTTGGTTAATCTGCTCAATTGGAATTATCATAGTTTTAATCCAATCTGCCCTAATTATTAAAAAGTCTATTCAAGCTGGAAAAGACATGGGAATTCCTAAGGAAAGAATGAATAGAGGAATAAAAACAGCTGCAATTGCAAGTATTGGCCCTGCTCTTGGTGTTGTTGGAAGTCTTTTAGCCCTTCTTGTCACAATGGGATCTCCTGTTTCAGCTCTTAGACTTAGCGTTATTGGAGGTTCTAATTTTGAAGCTATGGCTGCTAATTTTGGTGCTCAAGCAATGGGATCAGAACTCTCTACTCATATGACACCTCTTGTATTCACAAATGCTCTTTGGGCAATGGCATTAGGGTCTATGGGATGGATTATATTTGTTTTTCTTTTTGCACATAAGATGGATAGAGTAAATGGACTTCTTACTAGTGGAAGAAAAGCTCTTCTTCCTGCTGTAGGTCTTGGAGCTATGCTTGGTTCTTTTGCTTATTTCAACATAGGAAATTATCTAAAAGTTACTACAAATCCAAATATTACTTTATCTGCTGTATCTGGGCTTATTATAATGATTATTTGTTTAAAAGCAGGAGAAAAATTTAATTGGCTAAAAGAATGGGCTTTAACTATTGCAATGTTTGGTGGAGCTATAATAGCTACAATAGCATTTTAAAACTATAAGTAACTAGGAGGAAATTTAAGTGAGTATTTATGATAACTATATTGAAAGTATAACAAAAATTGGTAGATCAACAATGGTTTTAGGTTTAGTAGCAACTTTACTTCCACCTTTAGTAATGACATTTTATTTTGGTTTTAATCCTGGAATTGCAGCTATAATGGCTGGGGCCATTTCTCAAATGTCTGTTTCTGGTGCTTTTTATTTCAGTGAACCAATCAGCTACTATCCTATAGTTGGTAGAGCTGGACTTTATATGGGATTTTTATCAGGAAATCTTGTCAATATGAGAATCCCTGCTGCAATAGCTTCACAAGAAGCTGCTGAATATGAATCAGGTACTGAAGAAGGAGCTATTATGGGAACTATTGGTATTGGAGTTTCTATTTGGATAGGAATAGTATTTTTACTTCTTTCTGTTCTTGCTGGACAAACTCTTTTATCAAAATTACCCGTTTCTTTCATGACTATGCTTAGTCTAATCATTCCAGCATTATTTGGAGGAGTTTTTGCACAATTTGCTATAAAATCTCCAAAAACTGCAATATTTGCTCTAATAGTATCTTTTATCATGACAAAATTAGTAGCTCTTATTCCAGGAAATCCATCATTTATAGTAACATTGGTATCTGTTTTCTCAACAATAACTTTTGCTAAAAAACTAATGGATAAAGAACTTTCTAAAAAATCTGTAAAATAAGGAGAATAAAATGAATAAAGAAAGAATGATAGAAAATTTCTTAGAAATGATAAAAATACACTCTCCTTCTAATGATGAAGGAGTATATGCTGAATACTTAATAAAACTTTTAAAAGAACTTGGTGGAGAAATCTATTTAGACAATGGATATAAAAATTATAGAGGAAATGCTCCTGTTATTTTTGCAAAATTTCAAGGAAACTTACCTGAAAAAGGAGTAACTTTAGCTGCTCATATGGATGTAATAGAACCATCCTCAAATGTAAAACCTATAATAGAAAATAATATAATAAAAACTGATGGTACTACTACTTTAGGTGGAGATGACAAAGCGGGAATAGCTAGCATTATTGAAGTTTTAAGAACTATCAAAGAAAATAAATTAAATCATAGAGATATTTTTGTATTGTTAACTCCTTGTGAAGAAGCTGGTATGCTTGGTGCTAAAAATATTGATTGGTCCTCTGTCCCTGCCCCTATGAAACCAGCTACAAATATGCTTGTTATAGATAATGCTGGTAAGGCTGGACTCATTGCTCATACTGCCCCTAGTAAATATGGAATCACTTTTACATTTACTGGAAAAAAAGCTCATGCTGGAATAGAACCTGAAAAAGGAATTAATGCTGTATGTATGGCTGCTCATGCTATATCTAATATGAAAATAGGGCGTATTGATGAATTTACTACTTCTAATATAGGAAGTATCAAATCTAATTTTCCAACTAATGTAGTTTCTGATTACTGCATATTTACTGCTGAATTAAGAGGTCATTCTGAAGAAAAGATTATTGAAATGTTAAATAATTACGAAGAAGCATGTAAAAATGCCTCTATCTTATTTGGTGGAAAGTATACTATGGAAAAAAGTCATGATTATCCAGCTCTCAAACCAAAAGATGATTTGAAATTTGCTAAAGAATTTGCTAAAATTTATGAAGATATTGGCGTTCACTCAGAACTAAAAATAATTGGTGGTGGGTCTGACAGCAATATTCTAGCAAAAGAAGGTTTCAATTCTATAATCATTGGTGTTGGAATGTATGATGTTCATACTGTTAATGAATATCTTGTTACTGATGATTTATTTAAAACTACAGAGGCTATTTTGAAGTATATCACAAAATAAAGCCTCAGAGGAGAAGAGGGTCATTATGAATAAAAATGAATTAAAGAAAAGAGTTCTTGCAGCTATCGAAGAAAACAAAGAAACAATAATAGCTGCAGGAAGAAAAATATATTCAAATCCTGAATTTGGATATAAAGAATTTGAAACAACAAAAACTGTAAGTGATTTTTTCAAAAATGAACTTGGATTGGAAGTTGAAGAAAAAATAGCCTATACAGGATGCAGAGCTAGAATAAATGAAGATAAATCTGGACCTAAAATAGCTATTCTTGGGGAGCTTGATGGAATATCTTGTTCTGAACATCCAGATGCCAACAGTATTGGAGCTTCTCACACTTGTGGACACAATGTTCAAATTGCTGGTATGCTTGGAGCCGCAGTAGGCCTTATCAAATCAGGAGTTTTTAAAGAACTTGATGGTAAGATAGATTTCATTGCAACTCCTGCTGAAGAATTTATTGAACTTGCTTACAGAAGTAAGCTTAAAGCTGAAGGACACATTAAATATTTTGGTGGAAAACAAGAACTTATCAGAAAAGGTACATTTGATGATGTAGATATGAGTATAATGTTTCATGTACTTGATACTGGAGATAAAAAGGTGCTTGTAGGACCTGAAAGTAATGGATTTATAGGAAAAGAAATTAAATTTATTGGAAAAGAATCTCATGCTGGTTCTGCTCCTTATGAAGGTATAAATGCTTTAAATGCAGCTATGCTTGCTATCAATAATGTAAATGCCCAAAGGGAAACTTTTAAAGAAGCTGACAGAGTAAGATTTCATCCAATCATTACAAAAGGTGGAGATATTGTTAATGTTGTTCCTGCTGATGTAAGAATGGAATCATATGTAAGAGCCAGAACTATTGACAGTATGATTGATGCTAACAAAAAGGTAAACAGAGCTCTTATTGCTGGAGCTATGGCTGTTGGAGCTGAAATTGAAATAACTGAGCTTCCTGGATATCTTCCTATTTTAAAACATAATGATATGGAAAAAGTTTTAAGAGATAATCTTCATTTCATAGGTCTTACAGATGAAGATATTATAGATGGTGGAGATTTTACTGGATCATTTGATTTTGGTGATGTATCTCATATTATTCCTACACTTCATCCAATGTTTGGTGGTGTAAAAGGAGCCCTTCACACTAGAGGATATTCTATCGTTGATGAAGAATATGCTTATCTTGCTCCAGCTAAATCTATGGCTCTTACAGTAGTAGATTTGCTGTTTGATGGAGCTGAAACAGGAAAAGAAATTCTTAAAAATTTCAAACCTGTTATGACAAAAGAAGAATATCTTGCTTTCATGGAATCTAATGATAAAACTATAAAAGCATAATTTTTAAATAATAAAAATGAGGATAATCATAATAAATTATGATCTACCCTCATTTTTTATTTTTCCATATTTCTGCACATTTCAATAAAAGACATTGCTGAAGAGCTTAAATATTTATTTTTGTGATAAATAATATTAAATTTTCTCACAAACTTAATATTATTTATTTTTACTCTGGAAACTATTTTCTTTTCAAGTTCTTCTTTTACCAGATAATACGGTAATACTGCTATTCCTATATTCTGTTGTACAGCAATTACTAGAGCTCTTGTACTAATGCTTTCCCATAATGGTTCTATAGTTATTCCTCTTGAAAAGAGTATACTGTCAAATAATTCCCTTGTTCCACTTCCCCTTTCTCTCAAAAGAAAATTCTGATTTTTTATTTCTTCCAGAGAAACAGTTTCTTTTTGTGCTAAAGGATTGTCAGGACTACATATTATTACAAGTTTATCATCTAAAATAGGGTTGCTTATAATATTTTCGGAGTGTATTATTCCATCAATTATAGCAAGATCTAGTTCATTTGTCAGAAGTTTATTTTCTATTACTTTTGAATTTTCTATGTACACATTTATTTTTACACCTGGATATATTTCAGCAAATTTTTCAACATATTTTGGCATAAAATAAGTTCCTGTAGCAATAGTAGCTCCTATCTTCAAATTATTAAATGAGTCATGACATTTTAATTCTTTTTCCATTTCATCAAAAAGAGAAGTTATATGAGAAGCATAACTTAAAAATTTTTTTCCGGGTTCTGTTATATAAAGCCTTTTAGATATCCTGTCAAAAAGTTTTATTCCATAATATTCTTCCAGTTCTTTTATAGCTAAACTTGCAGCTGGCTGTGCTATAAAGAGTTCCTTTGCTGCCATAGTTACATTATTATATTTACATACTGCTAAAAAAATTCTAATATGTCTTAATGTCATAATAAACACTCCTTCTATCATATAAAAAAAATTATATACTTTATAATATTATATTATTTTTTTTATAATTAAACAAGTTATATAATAAGTATATAAAATAAATAAAGTATTACGAAAATGGAGGTAAATTATGGAAAACTTAACTTTACAGAAAAAAAACTACTGGAAGCTTTTTACAACCATGCTTTACCTTAGTGCATTTACATTTGGGGGAGGATTTGTCATTGTTTCTCTTATGAGAAAAAAATTTGTAAAAGAATATCACTGGATAGAAGAAAAGGAAATATTGAATCTCATAGCTATTGCTCAATCATCTCCTGGTTCTTTATCTATTAATATATCTATCTTGGTTGGTTACAAACTGGCAGGTATTCCAGGTGCATTGATTTCTATAACAGCTACAGCACTTCCACCACTTATTACATTATCAATAGTTTCATTTTTTTATATATCTTTTAAAGATAATGTTACTGTAAATGCTCTAATGAAAGGCATGCAGGCTGCCATTGCAGCAATTATTTTTGATGTCACATTTTCTTTAGCTAAAGATGTGGTAAAAAGAAAAGAGTTAATCTTTAGTTTAATGACAGTGGCAGTATTTATTGCAGTATATTTCTTTGAAATTAACATTATATTTATAGTTTTAGTATGTGGATTTATTGGTGCAATTTCCAGCAGTTATAAATTCAAAACTCAAAATCTTTAAAAAGAGGTGACATTTATGATATATTTAAATTTATTCATAAGTTTTTTCAAAATAGGACTGTTTAGTATAGGAGGAGGATATGCAGCAATGCCTCTTATCAAATCTCAAGTTGTTGACCTTCATCAATGGCTGACACTAAAGGAATTTACAGACATTATAACTATTGCTGAAATGACTCCAGGTTCTGTATCATTAAATTGTGCTACATTTGTTGGGATACAAATAGCTGGAATAAAAGGGGCTCTAGTTGCTACTCTTGGATGTATTACTCCTTCTTTCATTGTAGTAATGATTTTTACATTTCTTTATTTTAAATATGGAGATCTTAAAATTATCAAAGGTATTTTAAGAGGATTACGTCCTGCAGTTGTTGGGCTTATTGCTTCTGCTGGAACTACAATAGCACTTATCGCCTTCTTTGGAGATAAAATAAATATTCAGGAAGAACACATTAATTACATATCAGTAATAATTTTTCTTTGTGCTGTTATAGCTCTCAGAAAATTTAAAATAAATCCTATCTGCGTAATGCTTGTATCTGGAATTTTTGGAATAGGTGTGTATGAATTTTTAGTATAAAGAAAATGCTGAAAGCTATAACTTTCAGCATTTTTTCATAAATTCAAACCAATTTTTATACTCTTCTTTATGTATACTGTCCTTTAAAAAAACAAAATTAAATTCTCTTTCTGCATGAAAATTTTTCAATTTTATAACTGAAACTTCTCCATTTTTAATTTCTTTTTCAACTGCTATCTTATATATAAAAGTTATTCCTGTATTATTTTTTATCATTTCTTTTATTACTTTTATATTTTCTATTTCATATTTTTTTGTAAAATCATTAATTGAAAGATTATTATCATATAGTATTTTTTCAAAAATATCTCTGCTTCCTGAACCTTTTTCTCTTACTATTATTCTTTCCTCTAAAATTTCCTCAAATGTAAATTCTCCTTGAGAAAATCTATTTTTATCAGAACATACTGCAACAAATTCCTCTTTTGAAAAAAGAAATGAATCATATTTCGTTTTTTCAAAAAATCCTTCTACTAAAAGAAAATCTATATCTCCATTTTCTAATTTTTCAAGTAATAATTTAGTATCTTTTACTGAGATAGAAACATTTATTTCAGGATAATCAGAAGAAAGTTTTTTTAACACTTTAGGAATTACATACTCACCTATTGTAAGGGTTGCTCCAAAATTTAAAGCATGTTTGTTTGATGAAAGGTTTAATATCTTTTCTCTCATTTTTTCAGAATCAGAATTCATTGCTACTAAATAACGATATAATATTTTTCCATATTCTGTTAAAGACAAAGTTCTTCCTGAATATAGAAAAAGTTTATTTTTATAAAATTCTTCCAAGAATTTTATATGCTGAGTCACAGCAGGCTGTGTCATATGAAGATTCTCAGCAGTCTTGGTATAACTTAATGTCTTACATAATTCCAGAAATGTATAAATCCTAAAGTCAAGCATTATATCCCTCCTATAAAAAAATGATTCAAAAGTTAAAAATTCAACATCCCCACTTTTGAATCATTCTTATTAGTAATTAATTAAAATCCTCTTATTAAAATTGTGAGTATTGCTGCTATCACAAATAAAACTACAATTCCTCCAATAGTAGAAAGAAGACTTAAACCTATTTTTGTTCCTAAAGGCTTATCTGTAAGAAATGTATTTCTTACAAAATAAATATTAGCTACAGCAAATACTGCTCCTAAAACTCCTCCTCTTATCAAAAATAAAAATGAAGGTATTATAAAAAAATAAGCTATTTTGGAATAATTTTCCATTATTTTTACTTTTTCATTTTTATCAATAACTATCATTGGCGAATTAAAAAAATTATCTGATATCTTAACTTCTCTTTCTACACCCTGATCATCTATCAATCTTGTTTTTCCCCATTTTAATTTGACAGGATTCCCGTTATACTTAAGAATACTTTTTAAACCAGATATTTCCCAAACTATTTTATTTTCTGTAAAACTTGGATGCTCCACTTTAAATTCCATATTCATTCCCCCATTTTAGATATTTTATGTAAAATTTAATTAACTGCATGTACCTAATTTATATAAACTTTCTTTCATAATATGGACTTTCTTTTCTGGAAGAAGTATTGTTATTCTGTCTCCTGCTTCTATCCTAGTATTTCCTTTGGGAATTATTTCATGTTCATTTCGTATAATTGCCACTACCAGAACATCTTCAGCCCAGTTTACTTCACATATTCTCTTTCCATCCAATTCAGATTCCCCAGTTACTGGAACAGTTATTATAGTTTTTTTACTAGGTTCCAATTTTTCACTTGGAACATCTTTTGCCATTCTCTCATAAAGAATTTCATAAATTGGTTCCAATCCTAATAAATCTGTTATATAATATGCTACCACAGAAACTGTTACAAGTGCAAGTAAATGGTCAAAATTTCCTGTCATTTCTAAAATAAGGACTGCTCCAGTTATAGGAGCTCTTACTACTGCCACAAAATATCCTGCCATTCCCAATACCATATAATGTGGTATAAATTCTGGTCCCACTCCTAATATGTTAACCAGCACTATTCCATATATTTTTCCTAATATAGCTCCTAATACCAGCATTGGGAGAAATATTCCTCCTGCAAAACCTGTTGCATAAGATAATGCAGTAAATAACAATTTCACAATAAATATAATAACAAGTAATTGTATAGTTCTGTTTCCTCCTGCCATTTCTTCAACTAATTCATGCCCTCCACCTGTTACTTCTGGCAAAATAAAACATAAAATAAATGAAGTTGTCATAACAAAAGAAACTTTTGCCCATCTTGGTAATTTAGCACCTTTATAGATATCTTGAACTTTTATTAAAGTCATTGTAAATATTTTTCCAAAAAATGCTATAACTATACCAAAACAAACAAATAATCCAAATTGAAAATAAGGATTTATTTCCTTAGGATAATTCACAGTTAAGTTAAAAGCAGTCTGCATTCCAAACATTCTTCTTCCAACAAAATCAGATGCAATACTAGCCAAAAAAGTACATATCAATAATTTTGAAGATATAAATTTATGCAGCTCCTCTAAGCTAAACATAACTCCAGCCAAAGGTGCTCCAAAAGCTCCTGCTAATCCAGCACTTGCTCCACTTGTTACAAGATATTTTTTTTCAACAGAATCTCTTTTAAAAATTTTAGTGGCTCCATATCCAATGTAAGATCCTAATTGTACAGAAGGTCCTTCCCTTCCTAATGAAAGTCCGCATCCAATTCCAAATAATCCTCCAATAAATTTTGCAACTAACTCTTGAAACCATTTTACATAGTCAAGCTGTCTTAAAATTATTCCTTTTACTTGTGGTATTCCACTCCCAGATGTTTTGGGATACTTTTTTGCAATTAGATCTACTAATAATCCAATAGCAATAAATCCTGCCCATACCATTGCTAAAAAAATTGGACTTTCCATATCCCTATGACTGAAAATGCTTTCTCTAATGTGATTGGCATAGCCTAATCCCCATCTGTAAATAGAAACAATAAAACCTGTCAATGCTCCTACTCCTAAACAAAGCATATAAAGTTTTCCGCTTCCTTTTTGCAGTAATTTTAAATTATCTTCTGCAGTTTTTTCAGAATTCATAATGAAATCCTCCATAATATATTGATTTTCCTTTTTATTCTATCCTTTTTTCTAATATAATACAATAATTTTTTAAAAAATTTTATGAAAAAATAAAAAAACCAATCCAAGTAAGAAATCTTTATTAAAATCTCCTTTTTGGATTAGTTTTTTATTTTATAATTACTTATTTACAGTCTATTTTTTAGTACCCTTTTATCAACTCAGGATTGATAGTTTTAAATGTTCCTGTAAAGAATCTTAATACTTTTGGCTCATAATCCCATTTTAATCCACTTATATCTTTTCTTCTGTTATACAGGTCTATCACTGCATCTGCTACGAAATCCAAATGTGCATATGTGTATACTCTTCTTGGTATTGTCAATCTGATTGTTTCTAACTTCGGATGATGATCTTTTCCTGTTACTACATCTCTTCCTGCTGATATGATTCCTCTTTCCATTGTTCTTACTCCTGATGTTTCATACAATGCTGCTGCTAGTGATTGCGCTGGGAATTCATCCTGTGTTAAATGATCCAAAAATGCTCTTGCGTCTACGAATATCGCATGTCCTCCAAATGGTTTTACCATTGGCACTCCTGCTGCTTCTAATTTCTCTCCAAGATATCTGATTTGATTTACTCTATAGCTGATATACTCATATTGAACTGATTCTGTTATACCTATTGCCATAGCTTCCATATCTCTTCCTGCAAGTCCTCCATATGACGGCATTCCTTCAAATTGAACTACCATTCCTGTTGCTCTTACATACAGATCATGATCATTCATACATAGGAATCCTCCAATATTAGTTATACAGTCTTTTTTACCAGACATTGTACATCCATCTCCATATGAAAACATTTCATGAACTATTTCTTTTATAGTTTTATCTTGATATCCTTCTTCTCTTTCTTTAATAAAGTAAGCATTTTCAACACATCTTGTTGCATCAAACATAACCATTATTCCATTTTTATGTGCTAACTCAGATACAGCTCTAATATTTCCCATTGATACTGGCTGTCCTCCAGCTAGATTAACTGTTACTGCAAGGCAGATATATGGTATTTTATCTGCTCCAACTTCATCTATTAGTGCTTGAAATTTTTTTAAATCTATATTTCCTTTAAATGGAAGCTCAGCTGTTGGATCATGCGCTTCATCTATGATAACATCTCTAAAAGTTGCTCCATTTCTCTCTTGATGGAATCTAGTAGTTGTGAAATACATATTTCCTGGTACATAATCTCCTGGCTTTATTGTAAGAGATGAAAGAATATTTTCTGCTCCTCTGCCTTGATGTGTAGGAACTAAGTATTTAAATCCAAAATATTCTCTTACTACTTCCTGTAAGTGATAAAAGTTTCTGCTTCCAGCATATGCTTCATCTCCCAACATAAGTCCAGCCCATTGTCTGTCACTCATTGCGTTAGTTCCTGAATCTGTTAAAAGGTCAATATAACAATCCTCTGATTTTAATAAGAAAGTATTATATCCAGCCTCTTTTATTGCAATTTTTCTAGCTTCCTTATCCAAAGTTCCCATATGTTCTACCATTTTGATTTTAAAAGGCTCCGGCATAAATTTTCTTTTTTCCATAATATTTTCCTCCTCATTTAATGTAAGTTATTTTGCTCTATAAAATCTAATTTCAAACTGTTTCCTCAATAATTTTTGGTTTCTTTACTTCTTTATTCATATAATTAAGTTCATAATCCTTTAATGAAGCCAATACTTGTCCTGATAATGGTATTATAGCCATCATATTAAATACTGTCATCAGTCCTACTCCTAAATCTCCCAATTCCCATACGAATGTGTATTGTGCAAGTCCTCCTGCAAAAAGCATTCCCAGAGCAAATATTTTGTATAGGTTCTGTGATTTCCAATTATCTCCAAAGACATAAGCTACATTTCCTCTCGCATAAAACATTATTCCAAGGAAAGTACTGAAACTGAATAAGAACAATATTACTGCTATAAATATTACTCCTGCTTGTCCTATATGATGATTCATTGCTGCCTGTAGAAGATCCATTCCCATTAATCCTTTTGTTACACTTTCAGGTGCAAGAAGCATTATGAAAGCTGAACAACTGCATATCATCAATGTATCTATAAATACTCCTAAAGCTTGTATTAGACCTTGTTTAACTGGGTGAGTAACATCTGCCGCCGCTGCTGCACATGGCGCTGATCCTGATCCAGCCTCATTAGAAAACAATCCTCTTTTTACTCCCTGCATTAATATAGCACCAAAGCCACCAGCTACTGCCTGTCTAAATCCAAAAGCCTGTACAAATATATTTTCAAACATTTGAGGTATAAGTCCTATATTTTTTATAATTATAAACAGTGTTACTGAAAAATATAGAATTGCCATTGCTGGAACTATCTTATTAAGAACATCCACTATTCCTGCATTTTTAAACAACACTATTCCTGATATAACCACTAAAGCTATTGTTGTATATAGTGGTGGAAAATTGAAAGCATTTGCAAAAGACTGTGTTACTGAGTTAGCAATAACCTGACTTATTCCTGCCCAGCAAAGCAGTCCAGAAAGAGCAAACAGTACACCTAGAAGTTTAAATTTAGTTCCTCTGGTATAATATTTTTTTCCATCAATAGATACATACTTTGAAGTTCCTTTAATATCATTAACATATTCATCCTCTTCTTTTACCCAAGTTATTATTCTCATTCTATCCATAAAATATGCAGGTCCACCTCTAAAACCTCCATATAGTGGATCTTTTTCTTTATATATCTGAGCCAGTGTTGATTCTATAAATGCGCTTGAAGCTCCTATCAGTGCTGCCAGCCACATCCAGAATATTGCTCCAGGTCCTCCAAAAGAGATAGCAGCTACCACTCCTGCCAGATTCCCCATTCCTACTCTTGAAGCTGTAGCAATAAACAAAGCCTGTAATCCAGATATTGAATCTTTATTATCAGAACTTTTAGGTTCTAATACACACTTTATCATTTCTGGAAATAATCTAAATGGAAGAAACCTAGTTCTTACTGTAAAGTATATTCCCACTGGTATAAGTATCACTACCAGAAGACTAAGTTCAACTATTGTTTCTCCAACATTTACAGTTATAAGTTTACCCCATAACAATCCATTTAATGAAAGTACCATATTCTTAAACGAGCCAATTAAACTTTCAAACATTAATGCACCTCCTGAATCATATATTTATATTTTTTCCTTAAAAAAAAAATTAAATTTATTTCTATATATCAAAAGTCATCATAATTTAAGTTTATATATTGTTCTCCTTATTAAAATCTCTTTCTTGATATAAGTTTAGTACATTTATAAAACTTAATCAACCAAAGTAAAACAAAACTGTTATATTACAATTCGTTTATATAATTATTTTCTCTGTTTCTAAAAATTCAGCTTTTTTATCAACATACTCTAACAAATAATATGTGTTTTTACTTTTTTATATTTTTTCATTTTAGTTCTTTAATTCTATTTTTTTATTTTTTATTAATTTCAAAAAATTAAAAAAGAGAACGAACTATAGATAGAAATTTATTCTAACTTTTAGTCATTCTCTTTAAAAATTCATATAAAATTATCCTAAATTTTTCTTAATCCAATCTTTCCCCTCTACCATTCTCGTTACAAGCATAGCTGCTACTGTATCTCCAGTTGCATTTATCATTGTAGCTGGCGGGTCAACAAGATATCCAATTGTTGCAATGATAGGAAAGGCCTCTGGTGGGAATCCATACATAGTTACTATAAGCATCTCCCCAATAAGTCCTCCGCCTGGAACTCCTGACATTACTACTCCACCTACAATTGAAAGAAGAATGGCACTTATATAAGTCCCTGCTCCTGCAAAAGGAACTCCAAATATACCAAATAAAAATGAAATTTTCAATATAGAACTAAATACTGTTCCATCCATATGTGCAGTTGCTCCTATTGGAAGTACTATTTCTCTAATATCTTTAGGAACTCCAATTTTTCCTGCTGCTTCTAAGTTTACTGGTAGAGTAGCGATACTACTTTGAGTAGCCAAAGAAGTTATGGCTGGTGAAAGAAGATGTTTTAATGATTTTACCCCTTCTTTTCCACCTGCTATATATCCATATACTGGAAACATAAAGATAAAATATGCAAAACATAATGGATAATAAATTATCATGGCTCTTGTATATGAACCTATTAGTTCTTTTCCATATTCACCTACAAGTGCTGCAAAATAAGCTCCTAAACCTATTGGAGCATAATACATTAACAAATTTATCATTTTTAAAAATACTTCTGCCAATGCATCCAATCCATCAGCAATTTTTCTTCCCTTTTCTCCAACCATATTTACGCATAATCCAAATACTATTGAGAAAAGAATTAGAGGAAGCATATTTTTTCTTGAAATAAGTTCAGGAAAATCTGTAACAGTTATTGCTTTTACTATCTGATCACCAGTTTGAAAAGGTTTTAATGCTTCTGCTGCTGGAATATTAAGATTTACTCCCTGAGCTGGTGGAAAAATATTCACTATAATTAATATTATTATAGCAGCTACGAATCCTGTTGAAACAAACACAAGTATCAAGTTCTTAAGAATACTTTTTAATCTAGACATATCATTCATACTTGAAATTGAACTACTTATTGTTACCATTACCAAAGGTACAACTATTGTAAACATTCCATTAATAAATAAATCCCCAAAAGGTTTAAATATCTTTGCCTTTTCTCCCATTACAGTTCCAATGATACTTCCTAAAATTATCGCTCCTATTAAAAGAATAGAAAAACGATAGGCTTCCCATACACTTTTTTTCTTGTTCAATTCTGCCATTTTAACACCTCACTGTTTTTATTTATAATTTAAATTTTCCTGTTTAGGGAATAATCCAAAAAATCCACTTACTAGATATTTTTATAAATTACCTTTTTTGATTTTATTATGGAACCATATTATTTATTTGGTTATATCTAAACTAATGTTATTCTTTTACTTTAGAAATTCTCCATGACATATAGTTTCTGCTTTTCCAGACATAGTTATCTCATAATCTTCCCCTATTTCTATGAAAAGTTCTCCACCTTCAGCCAAAAGTTTTATTTTCTTTTCTTTTATTTTGCCTAATTTATGTGCTAGAGCTGCTGTTGCACAACATCCTGTTCCACACCCAAGTGTTCTTCCAGCTCCTCTTTCCCATGTTTTTATCATTATAGTATCATCTGTCATTATTTTAGCAAAATTTACATTTGTCTTTTCAGGAAAGATATCATTTTTTTCCATAAGACTTCCTATTTCATTCACATCATATTCATCAAAATTTTCTACAAAAATAGTTGTATGTGGAACCCCCATAAGTACACTTGAGAAAATTACTTTTTTCTCTTTTATAAATATTTCTTCTTCCAGAATATTTTCTTTTTTTATAGTACAGGGAACTGCTCTTCCTCTGAAATCAATTTTCTCCATATCAACCTTAAGATATTCTATATCCCCCGAGATACCTATGTCAAGTTTTATATGCTTTATTCCTGCGTCTGTCTCTACTGAAAACTCATCTTTTGTTACAATTTTACTGTCATACACAAATTTTGCAAAACATCTTATTCCATTCCCACACATCTCTCCTCTTGAGCCATCAGAATTATAATAACTCATTTTTATATCTGCGTTTGAACTTCTTTCACAAAACATAAGTCCATCTGCTCCTATTCCAAAATGTCTATCACAAACTTTTTTTGCTGTTTCATTCCAATTTGAAGACTTTTCTATCATTCCATTCATAAGAATAAAATCATTCCCTGCTGCCTGCATTTTTGAAAATTTCATTTTCTCCTCCTTTCTATTTTTTTAATTTTGAAAATATAAAAATTGGTAATATTATTTATGAAATATATTTTGTTATTTTCTAAAAGCTGCTTCATTTTCATATTACCAATTTATAATTATTTATTTCTTATTAAAAGCTGAGTATATATTCAATATCTGCATTTCTACCCCAATCATAAGTGCATCTTCATCTATATCAAATAATCCATTATGTGCAGGAGCATCTATGCCTTTTTCTTTATTTTTTACACCTAAAGTAAAAAATGCTCCTGGAGTTTTTTCAATAAAGTATGCAAAATCTTCTACTCCCATATTTGCAGTTTTTTTCTCAAAAATATTACTTTCTCCCAAGAGTTCTATGGCATTTTCTCTTACTATATCCACTTCTTTATCATGATTTATAAGAGCAGTATACCCTTCTTCTCTTATAAATTCTCCACTTCCTCCAAAAGCTTTAGGAACATTTGTTACTATTTCTTTTATTTTTTCTAACATAGTCTTTCTTACTTCTGGATTCAGTGTCCTTAAAGTTCCTACCAACTGAACTTTATCTGCTATTATATTTCCTTGAGTTCCTCCATGAATTGTTCCAATAGTAATAACTCCGCTTTCTCTAGCATCTATATTTCTGCTTACTATAGACTGTAATGCCACCATTACATGAGATGCAGCAAGAATTGCATCTACTCCATCACTTGGATATGCTCCATGACAAGATTTCCCATATATATTTATTTTTAAAGTATCAGATGAAGCATTCATTGCTCCATATTTTATTCCAATATGTCCTGTTGGCAGATATTCATCTACATGTAAACCAAATACACAATTAATATTTTCAAGAGCCCCCTCCTGTATCATAGGTTTAGCTCCTCCAACTGTTTCTTCAGCTGGTTGAAATAAAAATCTTATATTGCAAGGAGGGATTATTCCATTATCTGAAAAATATTTAGCTACTCCCAAAGCAATAGTTGTATGTGCATCATGTCCACAGGCATGGCATTTTCCCTCATTAATTGAAGCATAAGAAACATTCTTTTTATCCACTATAGGCAAAGCATCTATATCAGCTCTCAGTGCTATTGTATAATTTCTATCTTCTCCTATTATTTCTGCAATTATACCTGTTTTAAATACTTTATCTTTATATGGTATTTTCATTTCTTTTAAATATTCACTTATTTTCTCCATTGTTCTGTATTCTTCTTGCCCTAACTCTGGGTGTTTATGAAAATCCCTTCTGACATTTATAAGCCAGTTTTTTTCTTTTTCAATTTCCTTTTTTAGTGTATCAATATTCATTTTTCCTCCAAATTTCGAGAAATTCTTTATTCCTTAATGATTTTATCAATTTATTTAATTTTGTTCTATCAATCAAAATAAATAAATTTTTGTTCATATTTTTATATTTTAATTCTTTATTTTAATAAAATATTTTTGTAAACAGTTCATATTTTTAGAATATTCTATAGTTTAAAAAAAATAAAATTTTACTAAAGATCTATTAATACATCATTTCTAACAAGGTCTTCAAAACTTTCTTTTTTTATTGATAAAGCACTTTTTCTATCCTTAACAAATACTACTGCTGGTCTTGGAGCTTTATTGTAGTTATTAGACATTGAATAACCATAAGCTCCTGTTGTTGCTACCAATATTAAATCACCTGTTTCAGCATTTGCCAGTTTTCCATTTTTAATTATCAAATCCCCAGATTCACAACATTTTCCTGCTATTGTTACTACATCTTCTGCTGCTTCATTTGCTTTATTTGCTACTATGGCCTCATACTCAGCTTGATATAAAGCTGGTCTTATATTATCAGTCATTCCTCCATCTATAAATATATATTTCACTCCACCATAAGTAGTTTTCGTTCCTCCAACTGTATACAAAGTACTTCCTGCATTTGCTACGATACTTCTTCCAGGTTCAATAGAAACTTTTTCTAATTTCATTTTTTCAGCTTCCAAACTTCTTTCTAAATGTTCTATCATAGATTTCATAAATTGTTCTACATCTATTGCAGTATCTTTTTCTGTATAATATACTCCAAACCCACCACCAAGGTTTATTTCTGGAATATATATTCCTAAAGCTTCTGATATTTTTTTAGTTTCTTTTACCATTGACTCTATTCCTTCATGAAAAGCTTTAGTATCAAATATTTGAGAACCTATATGACAATGAAAACCTAAAAATTCCATATTTTCATCTTTAACTATTTTTTCTATTATTTCTGTTATCCTGTCATCAAATATTGATTCTCCAAATTTTGATGAATGTTTAGAAGTTTTTATATATTCATGTGTATGTGCATCTATTCCTATATTTATTCTCATCATAACTTTAACTTTTTTATTTTTTTCTTTACATATTTTTGATAATCTTCCGATTTCCTCTTCATTATCAATAACAATACTTCCTATTTCATAATCAAGACACATTTTCAATTCTTCATCAGTTTTATTATTTCCATGCATATGAACTTTTTTCATAGGAAGCCCACTTGTTTTTATAGTATATAATTCTCCCCCAGATACAGCATCTATATCTATATCATATTTTTCAACTAATTGACATATAGCTTTTGATAAAAATGCTTTTGATGCATATACAATAGATGTACCAAATTTACTGCTTTTAAAATTATTTTTATATTTAATTATATTCTCTTCTATAAGGGCTTGATCCATTATATATAGAGGTGTACCATATTTCTCTGCTAATTCAGTAACTTTTATTCCCCCTATTTCCAGTATTCCGTTTTCTATTTTCATAGTACCAAATAATTTCATTATTTTCCTCCTAATTTAGTTTTTCTAAGTTGTACTGTATTAATAACCTAATAAAGTTTTTTCTTTTTTGAAAAGTATATCTGACATATTGTAGAACCTAAAAGTATTCCTACTGCTATAGCTCCAGCTACTATAAATGTCTGTATTCCTTTTTGGACTGTCATCTGCATATCATTTTTTATGAGTCCATACATAGTGTAATAAACACCACTACCTGGAACTAGTGGGATAAACCCTCCAATAAGAAATGTTATTGCGGGAGATTTTAATTTTCTAGCCATTATTTCTGAATATATTGTCATTGATAAAGAAGCTGCCAGGAATGCTATTGCTTCTGATAAATTTACTTTTAATGATATCAAGTAAAAAAACCATCCTATTCCTCCACTTATTCCAGCATAGAACAGCTTTTTTTTATTTAATCCAAAAAGTATTCCAAATCCCAGAGTTGCTGCTATTGCTGCAGCTATTTGAACAATCATTCTTCCCTCCATAAATCAAAGAAAAATAGAAAGTATCATTCCTGATCCTGAAGCTAACGCTATCCCTGTAGTTACAGCTTCTACCCCTCTTGATATTCCTGAAACAAAATCTCCAGCTATAATATCTCTTATTGAATTAGTAAAAGATATACCTGGAACAAGAAGCATCAAAGCAGAGATTATAGAAATAGATATATCCTCTATAAAATTAAATTTGAAAAATGTCAATGAAATTATAGCTGCTGTTACTCCACCAATAAAATTAACAAAAAAATTATTTAACTTCAAATCCTTTATAAGCTCATCTGTACATGCAAGGATGAAGGTAGAGATAAGAGCTACAATACTGTCTCTTATCCCTCCTTTAAAAAGTATAGCAAATGCACTTCCAACTAATACATTTCCTAGTATTTTTTTTCTAAAACTCATTTTATTTTCAGCTTCTATTTCCATTATTTTTTCTTTAACTTCTGATATCTTATATTCATCAAGATTTCGGGCTATATGATTCAATCTGTCTACCTTGTCTAAATTCAAGGTTCTTAAATCTATCCTATCTACTTTTGAATATCTTTTTCCATCAAAAGAGTCTATTGAAGTAATTATAGTATTTAAAGTAGCAAAACTATTTGCTTTTATTCCATAGTGCTCACATGTTCTTCTTATAGTTTCTTCTGTTCTATAAGTTTCACCACCATTTTGCAGTATTAATCTCCCCATATAACATGCTACAAAAAGGACACTATTTTCTTCTATCTTTTCTTTTGAAATACTATTTTTATTATTCATAGATTATCTTACAACCTTTTCTAATATTTTTATTTCTTTTACTGATGTATTTATTTTTACTTTTGCTCCTAAAGGAAGAGTTATCATAGGTTCGCTATGCCCAGATTCAAAATCATAAACTACAGGTATTTTTAAGTTTGAAAGGTAGTCTTTAAACACTTCCATCAAAGACATATCATTTTCAGAATCTGCTGGACAATTTCTAAAATCTCCAAGTATGATTCCATTAATTTTTTCAAAGACTTTGAATTTTTTTAATTGATTCAGCATTCTGTCTATTTTATATGTTTTTTCTCCTATTTCCTCTAAGAAAAGTATTTTTCCAGTATAATCAACATCATAGTCTGTTCCAAGACTTGCTATCAAAGTAGCTAGATTTCCACCTATTATTTCTCCTTCTCCTATTCCTTCACAAAGCACTCCTAATTCTTTTGAGAAATTTTTTAATACCAATTCATCATTCTCATTCATAAGTACTTCTTCAAAACTTTTATAAGTATCTTCATTATATTCACCAGAAAAATTACTTACAGCCATAGGTCCATGAAATGTTATAAGTCCTGTTTTTTGGAAAATTGCCATATGCAGAGTTGTTATGTCACTGTATCCTATAAAAATTTTAGGATTTTTTTTGATGATGGAATAATCTACCATTTCTATTAGTCTATTGCATCCATATCCACCCCTCATACAAATTATTCCATCTATATTGGGATCAGCAAAAAAATCATTTATATCTTTTACTCTTATTTCTTCTGGACCAGCATATGAATACCATCTGCTTTTAGTACTTTCTCCAAGAATAACTTTAAATCCCATTTTTTCAAGATTATTTTTTGCACTTTCTACTTTATCAATAGAAGTAAAGCTTGCTGGTGCAATAATACCCAAGGTATCACCTTTTTTAAGTTTATTTCCTAACACACTACCACCTCAAAATTTTTATCTAAACATTATATTACAAATCCATACTGCTGTTAGCAGTCCTGCTAAATCTGCTAAAAGTCCTGCTGCTACTGCATGTCTTGTCTTTCTTATACTTACTGCTCCAAAATACACTGCCAGTACATAGAATGTTGTTTCTGTTGATCCCATCATTGTTGAAGCTATTCTTCCTATTAATGAATCTGGTCCATATGTCAGCATAAGGTCATTCATTATTCCTGTTGCTCCTCCTCCTGACAATGGTCTCATTATTGCCATTGGCAATACTTCTCCCGGCATTCCTATCATTGAAAATATTGGATCCAATACTTTCATCATTATATCTATACATCCTGAGCTTCTGAATATTCCTATTGCTACCAGCATTGCCACTAGAAATGGTATTATTCTTATTGCTGTTGTAAATCCTTCCTTTGCTCCCTCACAAAATACTTCATATACTCTTACCTTCTTTACAAAGAACGCATATCCTACTATTATAAATATTATCATTGGTATTGCATAAAGCGATATTTGATTCATTATCATTACAAACATTTTCTATTCCTCCCTCATCTGTTTTATTTCTTAAATTTCTTCTCTTTTAAATGATGGTAACTTTTGCAGAATTTTACAAGCTATTATTCCAACAGTTGTCGAAACTATTGTCGCAACTATTGTTGGAGCTATAACCTCTGCTGCATTTGCTGAACCTGCTGCTGTTCTGTATGCTATTACACTTGAAGATATAAGAGTTACAGATGAAGTATTTATTGCTAAAAACATTACCATTGCATTTGATGCCTCATCCTTATTTGTATTCAGTTCCTGTAATTCCTGCATAGCTTTTATTCCAAGAGGTGTCGCTGCATTTCCAAGTCCAAAAAAGTTTGCTGCCATATTGGCAACCATACTTCCCATTGCTGGATGATCTGCTGGCACTTCTGGAAATAATCTTATCATAAGAGGCTTCATTGCTTTTCCCATAGCCTTTACCAATCCTGCCTCTTCAGCTATCTTCATAAGTCCAAGCCACAATGCCATTACCCCTACCAGTCCTATTGATATCTCCACTGCTGTTCCTGCTGAAGATATTGCTGAGTCTGTCACTGCCTGAATCTTTCCAGTAAATATAGATACTACCACTCCAATAATTATCATTCCACACCAAATTGCATTAATCATAATCTTTCCTTCCTCCTATTTTAAAATATTTTTGTATTTTCAATAAAATATTTTATACTTCTTTATATACTCCACATTAAAATAAAAAACAAATATCTGTTTTCTATATCTCCAATATCATTCTTATATATCTTCTAAAAAAAATTTACACTATATATATATACAAGATACTATTATTTATGTGAAAAATCTATATAAACAAAATAAAATATATTTATTTATATAATTTATGATTTCTTTCTTAAAATAAAAAAATCACAGTTTAATGCTAAACTGTGATAAATACAATCATAAAAATGATATTATTTATAAATAATATCATTTGAATTCTCTTTCCCACAGATAGCACTCCATTGATAATCAATGACAGTAATGTAGATTTTATCTACCTTACCAACAAAAGAAAGTGGCTAACTCTTCTTTCATTTCGGCAAAATTCCCTTTCTAACTATTTTAAAACGCCTGCCAGACTAGTATAGTTATACTTTTGTTTTCTGCTCCTCTATCTAAATCAATATTATAGGATTGAGTATACTCTATCATATAAACTTTGTACAATATATTTTATATATATAAAACAAAAAAAAATAAAAATAGAGTAATATATTAATCTCTATTACTCTATCTCTAAATAAAAATTTATAATTTTTATCAATATAGTGAAAACATATTTGTTATTTCCTCTTTTTCAAAAAGTTGCTCTGCCACATCCTTAAAAACTTCTTTATCTCCATTGATATAAAATTCTATTCTCCCTTTTTTATATCCTTCTCTCAATAAATCTTCCTGTCCTAATACTCTAAATAATTCTATGGCACTCTCAACTGAAGAATCTACTATTTTTTTACTGAAAAATTTTCTTATATCACTAAGAATAAAAGGGTAATGTGTTCCTCCTAAAATTAAAGTATCTGCTGTACTTGGTATTTGACATAGATAGCCTTCCAATATTTCCATTCTATCAGGATAATTTTCCCATCCTTTTTCCAACATTGTGCATAAAGCTTTACATGAAATTTGATATACAGTTATATCAGAATCTATTTTTTTTATACTTTCTTCATACACATTAGACTTTATAGTAAAAGCTGAACCCATAACTGCTATTTTCTTTTGTTTGCTTTCTAGTATAGCTGACTTTACTCCTCCTTCTATCATTCCAATTATTGGAATATTATATTGAGATTTAAGAAAATCCAAAGAGGCAGCTGAAAAAATACTGCAGCCAATAACCACAGCCTTACAGTTATTTCTAATAAGAAAGTCCATTATTTTTGCACTTAAATTTTGTATATCTTCTTTACTTTTTTCACTATATGGATTATTTTTCCAATCACCATAATAAATTATATTTTCTCTTGGAAGTAACTCTCTTATTTTTTTTAAAATAGTTAACCCACCTATTCCAGAATCAAAAATTCCTATAGACGACTCTTTATTCATAATTTATGCACCTCTTTCCCAAAACACTATATTAAATTATACCTTTTTATTTATTTTATGACAACTATAAATTTATTTTTTATTTGTTTTTCAAAATATTTGTTGACAGAATAATTATATATGTTATAATAATATTGTCATAGGACATTTCCTTAAATTACATTTTAATTTCTACGAACAAAAGCTCTCACTCTCAAGGGAGCTTTTGTTGTATGTTTGAGAAGATTGATAAAAAAAGTGTGTATCACGGGTGTATCACCCAAATACTTATTATTTAAAGTTATCTTTTTTACAATACCAATAAATTGGTATTTTTATAAAAACAAATAAAATACTTTTGAAAATAAAATTATTTTGGTAGGCTAAGTAATAATACTAAAAAAAATACCAGAAAGAAATTAATCTTCCTGGCTCTTAATTTAAAAATTAAAGCTTTTTAGAGTTTCTCTTATTTCTGATTTTTTAAGACGTAAAAGAATAATTTTTTCTCCAAAACTATTAGATACCTTAACTCCGCCATTAACCAATTCTCCTACTGTAATTTTGTCAAAGCCTTCTGCATCAATTACATCTTTTATAAACATTTTTAATTCTCCATTTGATCCACATACTCCATCTAATGGCATAATTCATTACCTCCTAAAATCTTATTTTTTTACCTCTAGAAATAACTCGTCATAACACCAAATTTAAAACATACTGTAAGGCGAAAAGCAAAATGATAAAAATATAAAAGCAATCTGATAAATGAATGTAATTGCAATTTGATAAAAATAAAAAAGTCTCCACAATATTTTTATAGAGATATTTATACTAAGTAGTGATACTTAAAAATAAAAAAACTTATGCTTTTAATAAATTTTTATTTATTTCTCAACTATCTTTATTTATATTTTTATTTGTATATCTATATTTTCTTTTGAGCTAACTATATGTAATGTATTACCAGTATATAATTTATCATCAGATGAAATTCTTTCAAGTTTAAACTTTAGTTCTTTATCTTTTAGAGAAAGTCTCCTTTCTTTGGAAAGATTATTTATTAAAATTTCATCAAATTTTTTTTCTATATCTTCAAATATCATTAAAACTCTATCATGTTCTTTAATATCTTCAATTCTACATCCAGATGTTGTTATAGCTTTTCCTGGAGGTAAATAAGTTTCTTCTCCTATCTTAATTGGGACATTTATATTACTTCTTCGTAAAGTTTCAATATCAATTTCTGTTCTTCCATCAGCTTCTGAAGCTCCAAAAAACTTAAACTTTTCAGTAATTTCTTTCCAATTATTATGAATAATATGAAACCATTTATCCCTAACCCACTCTCCATGTGGATAAACTCCCAATACATAAGCAATATCTTCATAAAAAAACACATACAATAAATCTCCTGTACGCTTAATATACTGTTTTTTTAAGTCAAATTCTGCTCCTAAATGAAAATGATAAATATTAAATAAATTAAGCATTTGATCATATTTATCTGCAATAATTGCTTCTCGACTTAAAAAGTTTCTCATATCCTTTCCTTCTAAAAGAAAATTTTTTATATTCTCTATTTGTTCTTTATATTTATAAAAAGTAAATATTTGAGGAGAATTATATACTTTGACTACTTTATTATTTAATTTTATTAATTTTCTATTTACATTTATATATTGTAAAATAATATTCTTTTTTTTATCAAATATTACATTCATTTCCTTCATTCTATTAATTAATATTTCTTCAAAATCACTTTTTAAATTCAAAATTACTTTCATATTTTCCCCCTTAATATTATCTATACTTAATTTTTATATTTGTTTAACTTTTAATAATATTATCTTTATATTATAGCATTTTTTGTTAAAATAGTTTATTATATAATCAATTATATAAAACTTAATGGGGTGATATTTTTGTTAAAAATTGTAAAAAATTACTGGAAAACAATTATTTTTATTTTGGTTTTTCCTTTTATTTTAGATTGGGTTTTAAGATTTATTTGGTGGATTCCTATTCCAATAAATGAAAGTGCTTCACTTAGTGAATGGCTTGGATTCTTAGGAGCTTATTTTGGAGTTATTGGAGCCATAGGAGGTATTTGGTGGCAGTTAGATAAAGAGAAAAGAGAAAAAGAAAAAGAAATTTTTGAATCTCAAAAAGGAGCTTTAATAAAATTTTTACATTTAACTCAAAATACTGCAGAAAGATATTATGATTATTCTAACACTTTTATTATTCTCTTAAAAAATAATAGTGATTTTGAATATATTTCACATAAAATTTTTGAATATAACAAAGTTTTATATGAAAATCTTTTATTTGAAGTTCCACCTAAATTTCAAACAATAATTTTAAAAACAATGAATAAATTTAATGATTTTTACCTTAAAGATTATTTAAAAAAATCTAAAGTTAGTGATGACGAAATATTAGATTTTCTTGATGAAGAAAAAAAAATCTACGAATTAATTAAAAATGAATTGAAAGATTTGATTTTAGAATTGTCAAAAATGTCTGATGAAAGAATTTTTAATGAAGCTAAAACTAAATTAGATCTTCTTGTTAACAGAATAGAAGAAATAGAAGGAGAATAAAAAGTCTCCTTTGCTTTATATTAGTTTTATTGATATAAATATTTTCTATCCTCTAATACATAAAAAAAAGCCTTTCTGTTATGAAAGGCCTTTTTTATAGTTATAAATATCTTGGGGAAAGATTTTATATGCAAGTATAATATCATATAAGTTTCTTTTTGTGAATACAAAAAATATTTCCATTAACAATATTAACTTTAAACTTTAAAAATTAATTTTTGTTCTTATTTTTTATCTCTTGCTTATCCTTACATTGTTCTAATGCTACCTTTAATTTTTCTGGTATAGGTATTCCTAGTATAGCTGCATTTTCTAAAATAGATAAAAATTCTGTTGCTACATAAAACATCAATACAAGTGTTCTTATTCCTACTCCTTGAAGAATTATATCCATTTGAGTGGCTGCAACTATTATTCCTAATATAACAACTTTCTTACTCAATCCTTTATATGCTCTCCTAGAATTAACATTCTTCTCTTTATAACCTTTTAATACCCCAGTTATATAATCTAATACCATCATTATCAGTAAGGCTTTAATTAAAATATCAAAGCCTCCTATTAAATAAAGGACTACACTCAACCACCCGGTCCAAATTAAAGCTAAATATCCTTTTGTAATACCTATCATTGTTCCACTCTCCCTATTGTGTCATCATATATGTTAGTATTCTGTCTGTTATATTGTAAATCCAATCCCCTACTTGAATTCTTGGAAAAATCACATTTACTACAATTAGTAGTATAAATACATAGAGAATATTCACAAGTGCTTCCTTAAAAACATCTATTTTCAAAGCTTCTATTTCTTGCTTCTTTTCTCCAGATTTAGTAATTTTCTTTAATAATTCAAACCCTTTTGTTATTAATCCTATTACTGGTAGTGCCATCTTTATCCTCCCTTATTTGCTTACAAAATACATATTTCTTTCCTGATCCTTATTTAATTTAAAGCCTATATGCACAAAGTTTTGTTTAGGGTAATAAATTAACTGATCAAACTGCAATACTCCTTTTGCTTGTGCTTCTATAAGCTTATTATATATATCTTTACTACTCATTCTAGTACTGTAAACATCTACTGCCAATCCAAACCTGTGTGCAGAAGTTTTACTTCCTTTTACTGCTATATTGAGTTCTTTGCATCTAAACCAACTTAAAACTATAAGAGGTATTCCTAAATATTCTCTTACTATATCCATTCTTGAAGCTGTATATAATATATTATCCTTTTCATCTTGATTAGGAATATTCTTTATTTTTAATCTTTCCCCTGTTGCTGATACTGTTGTTTCTTTTTCATCAAAATATTTTGATACTTTCATTTTCTCCTCCTTAAAAAATTACTTATTTACACTAATAATTTTAGCTATAAACCCTTTATCTTCTCTGCTAGACTATTTATATCCGCTTCTAATAAAGTCATTCTTTCACTTAGCATTAAAATTTCTTCTTCCGAAGAAAACCCACTCTCTTCTAAGTCTTTTTTATCATCTTTTAACTTTTTATATTCTAGTATTTTATTTTTTCTTTCTTCTATTAATTCCTCTCTTGTAGCTCCCTCTTCCCAAATATGCATTTCTTTATTCCAAATTTTTTTTATAAAATTCTCTGAAGCTTCTACAACTATTATCTCTCCTGTTTCTACATATTCTCCATCTTGGAGTAATTCCAATTTATTATCCAATAAAATAAGTTCTTCCCTAGTTTTTTCTCTAATATTTTCACTTATAGTGTCTATAATAGGATTGTTATATTTTTCTAAAGAAGCATACATTGTAGTTTCCCAATTTGGAAAGAATTTATTGGGATTCTTTTTAAATTCTTCATATTCTGTTATAAAAGGCTGCCCTATTAATTCTAAATTTTTATTATAAATATAGATTATTTTTTCCATTTTCTTTTCTCCTTTTGTAATTTTATTTTTAATTTTTTCTATTTTTTAATATGTATAAATTATTCAATTTACACAATTTTCTATAACTTCTTAAAAATGAAATGTCTTGATTTTATTGAGTTTATGAAGTTTTAAAAAAATTTAGCTCTTAACTTTTGGATCAACTACAGCTTTATTTTAAAACTTATAAATCCTTATTATTTCGGAACTTTCGAAATATAATAAACTTAAATTTTTGATGAAATTGAATAATTTCACTAATTTCTTGACTTAGATTAAGCCTTTTTCTCTACGAATTTATAATATTTTATTCCTGTTTTCTGTTCCAGCTTTTGTTTTTATGTAGTGTTATGTTGTTGTCTTTGTAAAAGAGGTAATTACAGAATTTACCTAAAATATCTACAAGATCTTATGGAGATTATACAAGTTCTTTTAATGGATTCATAAAAGAACTTGGAATATTTACTTATCAATCTATCCCTAATCTTCCTTTAGGAAAACACGAAGTAAAATATACTGCTCCTATTGGATTTATTATTTTGTGTGCATGGGTAAACTGGAAAGACAATATAAAAGTAAACAGTTATATAGGACTTGATTATGAAAGGGATGATACCTCTATAACAGTAGCTTACCATGCTGAAAATGGTTCTATGAGTTATTCAGTCACTTTATTATGTGCAAAAATATAGCTATAAAATTTTTAGTTTTTAGCTACATAAATGATTTGCCCTGTATACAATGCAGGTCTAGATATGTCCGACACAAACCATCTAAAACCTTCAGCATCCATATATATTTCTCCTGTTGCTTGACTTGGATCATTTCCACAAACAGCTCCACATCCTGCAACTCGAGGAACACACCAATCTGGAAACCCAGATATTACTCCTTGTGCAGCACTTGGAGTATGAGAACTAATAGAAAGAATACAGATTTTTCCAATTCTTTCTATTTCAATAACCATATTATAATAATTAAAAATTTGTCTATTATAATAGAATAAATTCTGTAATTTCAGCAATAAATCGTTATTGGAAATTCCTTCATAATAACTACTGTCTGCGTAATTTAATGTATTTTCTCTAAAACATTTAAAAAATGATTTATTTTGTGTATCATAGTAGACAGTATTTAGTTTTTTTGTATTGCTGTTATTTAACTCACCACCATATTCTAAACCAAGTGTACGAGCCAGTTGAATTCCTTCAAGTATTTCCTTTTCCTTAGTTCCAAATTTTGCATTTAAAGTTTCTTCATCTATCCATAAATCTTTTCCTGTATAATTTACTGTTGTTACTGGTGTATTTGAAACCTCAATATTTAAAATATTTTTATATTTCATTGGTTTAGTGCTGTCATGTACTGGGGTTCCATTATCTTTTCCTATATACCAGTAAAGTACTGGGGTTCCATTATCATTTACAAATATTGCTATTTCTGTAAGATAAAATCCAGTAGTTAGACTTTCATTACTGACTTGTACAGTCATTTTCAAAGTTCTTTCTGCTTGTTGTATATCTGTTATCTCTACTTCCATTTTCTCTGATATTATATCTGTAAGATCTGCCGGATTCATTCCTGATGGAACTATCCCATCCCCTACTTTTGCTTTTAAAAATTCTATGGGTAGATTATTTGCCTGCCTTGCAGCTAAATATGCTGCTCCTGCATTTGTTAAACCATTATACGCCATCTGTTATCACCTCTTCTATTATTTGTATTTCTAAGTTTCTCATATAATATTCATTCTTCCACTCAACATCTTCTCCATCAGGATAATACTCTTCTTCCAATATTTGTGTTTCTAAATTTCCCAAGTAATATGTTCCAATATCTTCCTTTCTGTTGATTATATTTAATATTAAATTAGCAGGTATCACTTCTCTTAAATATGTAAATAAAGCATATTCAAAATCCGTAAATTCCTCTTCCTTTACTAACTCTATATCAAGTCCATAAATTAAGTTATATAAAATTGGAGTTGCTATAGTATTACTATTACTGAAATAATTCTCTAAAAATTCCAGTAACCATTCCCAAGTATAAGGTAGTGATGAGTTCCATTTAGTAAATACAGCTGCTTGTCTTGAGGCTAGACTTGCATTACTAGGTGGATATATCTTCATCATCTTTTCAAATATAGCTATTCCTGTTTCATCTGTAAGAAATATAAAATTATTTCTAAATGCTTGTTTTAACCTTAGACATTCATCTTGGATTATTGGATTTTCACAATCTGTTATAGTTTTTATTTCCTTGTACTCATGCATAAAAACAGGGAGATACTTAATTAAGTTGACTGTTTTTGCTTTATCCAGTAACATAACTACCATCTCCCCATACAGGAATTTTATTTGCTGTTATTTCAAGATTTTTTTCAAAACCATTTATTTTAGTATTTTTAACATCTATTATTCCAGGATTAACTGCAAGAATTCTTGTTTCAATTTGAGATATTCTTACTATAAGTTTTTCAGATAGTGCCCAAGATTTTCTAAGTTCCAGTAAGTATTCTTTCAATGTTTCATCTATAGCATCTTTTACATTACTTAAATCTATACCTTGCAGTGTAAGTACTGTTGCTATATAGATTGTTTCCCTTTCAGCACTATCTACTGTTACAATATGTCCTATTGGTGCTACTCCTTTTCCTGATGCATCTTGTGTAGGATCTATTATTTCCTGAACTGTACTAATCAAAGTTGATGTTGCATCATTATACTCACTATCCAAAATAGTCAACTTTACTGTTCCTCCTCCAGCCCATACAGGAGTTACTTTTACAGCTCCTACTCCTGATATAGATAAAGTTTTCTCCTCATAATCCTTTATATTTCCTCCATATGCCTGAGTATCAAAAGAATTTAGATATCTTTGTCTTAATACTTCTGTATCTTCTTCATCTTCTCCAGGTATTAAAGTTTCGGTTAATTGTGCATAAGTTAATCCCTGTAAATAATCTATTGGTATTAATTGACCAAAATTAGAATTGGGAGCTATTCCAGTACTTTCACATCTTAACTGATATTCATAATATTTAGTATCTGTATTCATGCCTATGTAAGCTAGAACCTCATAATTGTATATATCTAAACTAAATCTATTACCAATAGGTACTTGAATATTAAATTTCCCTTTATATACTCCTGCACTTGCTGCTTTAGGAGTTATCCCTCTTTCTCTACACCTTTCAATTAGGTATGTTCTACTTGCTGTACTTCCAAATGTTTCTTTGTAATAAGCTTCAAGTTCCTGATACATCATAGCTGATTCTAAAGCATTAGGAGCCATACTATCCCAAACAACAGAGCCTTCTCTTTTATCTACATCAGAAGGTACATTTTTAAGTTTCTCATTCATTAAATATTCAAAAGTTTTAGTTTCAAACACTGCTTAATCTCACCTCCCTTGATAAGTCCATTTCTCCATAAATTGTATCTGCTTTAAATTTAACAAATATCGTTTCAAACTCAGGGTTTTCAAACTCAAAATCATAAACCTCAGTTATTCTCTCATCTTGAAGTAATGCTTCTCTTATTCTTCTTTCTAATTCTACACAACAGTAAGGAATAGGCTTACCAAATAAATCTTTTAACTCAATTCCATAGTTCCAACTATAAATAAGATATTGATATCTTTCAGTCAATAGAATCTTGTATATGGCCTGTTCCATAGCTTTTCTTTCATCAGTATAACCTTTTATCCTTAAATCCCTTTTATTGTCTTCTATATCCATCTTATAAGTTTTAGTAGGACTTTCTACAATGCTATATTCATCAGATGTAAAACTGTCTCTTACCGGTATCATATCCATTCCCCCTCCACTATTGGATCATAAACTCTATCTAAAACTATATATCTTTGTCCTCCATTTTCTCTTAATAATAATACCTTTTCTCCTTTTTTAAGTGCTAGATGCATTATTATCTTTTTTCTTCCTCTATACTCATGTTCATGATCAATAGGAATTGTTGCCATTCCTACACCTGGATGTGCGTGATTAGTATCCCATTCTTTATAAATACTATCTGTACTATGCTGTACAGTAATATCTACTTCATAATCTTTTACAAGATGAGTTAGTATAAGATCTCCATCCTCTTCCTTATGTGTTATCTTGTCATCCACTCTGATATGTATAGGATTTATCTGTATAACTGTTCCCGTTTGAACCGCTACTGGTTTGTCGTTTTCAATTACATCTTTTGCTATCTGTTTAAATAGTCTTATCATATCACTATACATTTAAAACACCTCCTATTAAATCAAGTGTCATTAAATGCTCTTGATATTTGAATGTGTGTGTAACCCTATTGATAATCATTTTGTTATTAATATCAATATCTCCAGTATCTAATTTTACAAATAAGCTAAACCCAGCTCTGCACCTTACATCTCCCAAAACATTCTTTATTGATAATATTCTTGTCTTTTTATTGTATAGTTCTAAAAGTGCATCAGCCATAACTTTTGGATTTTCCTTTTTTCCACATTGTTCCACATGCTGAAGTATTCCCCACTCATTCTGATTTTTTGTCGATTTAGTTTCATACAATTCCCTTGTTCCTGCTTTCTCATTTTCCCTATACACTACTATCCTGTTATATGTTCTTTTATCTATACTTGATGTATAAGAAAAATTTTCACTGTTATTCTCATCTATTAAAAGCTCTATATACAGGCTTTCAATATCTTTAAGCATAATTTTCCCAAAGTTATCATATAAAACATATAGCTTTTTAGTGTTCTGTAAAGTTATAGATAGAGCAGTATTTATTATATCTAATAGTGTTTTATTTACTTCTTTTCTAATTGGAATTACATGCACTGTATTATCAAGCTCTCCTAATTGTAATCTGTAATCATCTGCCAGCATTTTTACCACTTCATCAGCTCTTTTATTTTTATACTCATGTATTCCCTTATTTTTTAAATACCTTAATTGATCATATGCTGTGATCTTTATTATATCGGTCTTATCCCTTTGGATAGTAAATATAAAACCTAAAAAAACAGGAGTTCCATCATAGTGAAACTCCACTTTATCCCCCTCTACTGGAAAAATATCTCCTTCATTTAAAATAGAAAATTCTAATTTTCCAGCAGTTCCGTATCTTTCTGTTGTCCAGGTAATACCTTCAAGTACTTTAGGTATAAAAGTGCTTCCAGTAGCACCTGGTGTATCTTGTTTAACTATATATACTTTTATATCTGCATTATTCAAGTCTTATCACCTGTCCTGCTACAATATCTATAAGATTTGGAAGCTTATTTAATTCTAAAAGATTTTGAGCTTTGCTTCCATCTCCCAGCTGTTTTTTTGCTATTGTAAATAAAGTATCTCCTGAATTTACAGTATAAGTTTTTGGAAGTATTTTGGCACTCTCTCTAACTTTTGTTAATAAATACTGTGTTTTATTTTCTACCTTCCCTACTATAGACATAAGAATATTTGATTTATCCTTATATTCTTTTAATTTTATAGATATTCCTATATCCTCTCCATATTTATCCGCATTATCTATGAGATTATAATCTTCCACTGATACTTTTATATTAGTATTATAGATTCCTGATATACTCTTCAAGTTTCTAAGTATAATAAATTGAACAGGCTTTTTAGTAGCTTTCATAGCTGCTAAAGCTTCTGTATAATGTTGTATAGGAAGAACTCCACCAAGATATTTAGAGAAGGAATATTTTTGATGAGGTATCAATACTTCAAAACTTATCTCTTGAAGTCCTCTAGATTTTAAAAGATTTATTTCCCCCTCATTGATTAATGTTAAGGTTTTATTTTGATTATTAGCCTTAATATTTACACCCTCAGGAGCAACAGGAAATAATAAACTTCCTAAATAAAAAATATACATATTTATACCCCCTCAGCCACTGTTGATGCTGCTTCTGCCAATCCATTATAAAACTTACTTACTACACCATCCACATCCATTTCACTGTTTATATTATTATTGAATGTGTTATTGTTATTTATAGAAGCTGTTGTGTATCTATTAATAACCTCTTGTTCTGCAACATCTCTAAGATATTTCAATTCTTCTTTTGTCAGGTCCAAAGTACTGTTAGTTTTCCCTGTATTTCCTGCAATAGTTTTTAATAGGTCATTTGTCACTCCTAAATTTAAACTTCCCTTTATGTTATTAGCTATCTCTACTGTTTTGTCATGTGCATTTTTAAATGCTTCTTTTGGATCTGAAAGTTGAAAATATTCAGGATTCATTCTTGGAATTTTTATTTTATTTTCTTTTACATTTTCATTCCTCCAAGTATTTAATTTATCTTGAAAATCATTCAATCCTGATGAAAGGTTAGTTCCTAAAACTTTATCAATTACTCCTGATACTGTTGTTAATATTTTTATTATATTTTCTCCTAAATCTAAAAACAAATTCTTCACTGCAGTTACTGGATCATTAAATAGATTAGCTAAAAACTCTGCAAATGTTGCAAAATTGTTGTATATAATTGAAATCGTAAACATTATATTATTGGCAAAAACTTTAAGTAAATTAAATGTTGAAGTTACAAAATAGGCTATAGCTCCTGCTATAACACCAAAAGTTGATAAACTCATTCCCTTGGTTTTATTAAGCCATTCTACAAGTTTATATATCGCATATACAACTCCCATAATTGCTAATGCTATCCAAACAACAGGGCATGCTAGAAAGGCTGCTGATAATCCTTTTACCCCAATTGTTAGAGCTGCTGTACTTCCTGTCATTATTCCTGTTGCCAATGTTGCCAAGGCTACTGCCCCATTATAGAGTACATACACAGCTGTTAATCCCAAGGTAGCTGCTGCATTTGCACCCTTTGCAATAGTATCTTTAATCGTTGCAGCAGTAGAAGCTATTACAGCCCATTTTAATTGTACAAACCCTATTGTTGCTATTGTTAATATTGGAACTATATAACTACTGTATTTTCTAATCCAGTTTACCATCCCAGCCACAGCTGATATCAGCCCTCCTATTGCTAAAATACTAATATTTATTCCCAGTGATATAGTATTAACAAAATTTTTAAAAGATTCACTATTAAACATCTTTGACAGCTTTTCTGATACTGGTTCAAAGTTTTTTATAAAAGTATTTTTAATAGAGGTTCCTATCTGCCCTAAAGTTTTAGGCATACTTTCAAATTTTTTGTTAATGTCATCTGCTGCTCCAAACATTGCTGCTTTTACTACACCTGCTGTAAGTTTTCCCTGATCTGCCATTTCCTTAATCTGAGCTTTAGTTTTTCCTAAATGTTTGGCCAGATAATCAATCATAGTTGGCATCCCCTGCTGTACTGATCTAAATTCTTGTCCTCTTAAAACTCCCATAGACATAGCTTGCTGTAATTGAAGCATAGCTCCTTCTTTGGCTGCCCCTTCAGTTCCTGCTATAGTAAATTGTTTATTTGCCAATTCCATAAAACTTATTACTTCCTTGCTGCTTCCAAAGGTATCTTTTGCTGTTATTCCCATTGTTGCTGCTGCATTGGCAGTAGCAAAATAATCTGCCCTGGATCTTTGAGCTGATTCAAAAAGAGCTCTTTTGATATCTTCTGGATCCTCATTTGCTTTTGCCATTATATTTACTCTGGCATTCATTGTCGTTATCTCATCTGATAATCCTAAAAGTTTCTTCCCAAAGGTAATTCCTCCTAATGTTAAAGCTAATCTTTTTGCTTTTGCTATAAGTCCTTCCAATGGACCTCCACCTTCACGAAACCTATTATTGAGCCTGCCAGCTTCATCTCCATTTTCTCTTATTTGATTTTCCAGTTCCTGCTGCCATCTTAATAAATCAGCAGAGGTTTGATTAAGTAAATTTTGAGATGCTTGGAGAGATGAGGTATCAATATTTATATTTGCATTATTTACTGCTCTAAGTGTAGATATAACATTATTCACTGAATTTACTATGTTCATAAGTGGTTGTGTCATACCATTCATAAGATTAATACTTGCATTTATTTGCGCCATCCTATCTCCTCCTTATCTCTTTTTTCTGTTTCTTTTTGATTTCTTTTCTTCTTTTTTCTCTTGTTCTACTTTCTCCAGTATACATGCATCTACAAATGCCCTTTCATTTTCTGGAAGACTTAAATATACACTTGGCAGCATTTTTAATTTATGAAGGCAATAGTAGGCAAGATTTGCCTCGCTATCACCTTCCTTTATTAGTTTTTTGCCTGTTTAACCTTTTCTTGGTATGTTTCAGTAAAACCATTTACTTCTTGAACTTTCATTAAAAGTCTCTGATATTCTCCAGCTGTGAACATCACTTCTAAAAGATCTACTTCATTTTTTACCTCATAACTATCTTGAAGTTCCGCATTTCTCAAATCTGGTTCAGATATACATGTAGTCATCAGTAAGGCCATGTATTTATTAGTATCAAAATCTATTGCCCCACTTTTTAAATCTTTAATTTGAGATTGAGCTCTTAACTGAGCATCCAATTTCCCTGATATTGCTCTTATTTTAAATTTAGCTGGTTTTCCCTCTTCATCTAAAAATCTATCTGATGGAGCATATTCTACCACTCCTATTGTTTTTGCATTTCCTTTTAAAAATGTTGTTAAACTCATATTTCTCTCCTCCTATGCTATAAATCCATCTAATGGTTTAAATGTTTCTTGTATTTCAAAATCTTCAAATGTAAAATCGAAGTCCTCATCCAAATAATCTGCATCTGCATCAAATTTGGCTAATATTCCTCCATCTAAATTACAATCCTTAAATATTACTGTCTGTCTTCCTACTGCTGATGTAGGATCCTCATTTGTTACCATGATAGTGAAATAAGTATCTATCCCATCATTTTTATACTTTTCTAAAAGTTCTCTCATTACAGATTGATTGAAATGACATGTCATTGATCCTGTTCCAGTCCATCCATTTGCCTTGTTTCCTTTTCCAGGTCTTCCAAGTATAGGAACTTCTGTTTTATTTTTTTCAAAAGTTGCTTCAAAAGTTATTGCCTGCATAAAATTATATCTATTTCCATCTATTGTAATATAACATTCTGCTTCTGAACCACTTATAGCATCTTTTCCATGCATCGTTACTCTTCTCATTTACTTTCTACCTCCCTTTATACAACAACTACTGCCATATATAATTTTTCCATTACTCCCACAGGTTTTATTCTGTCATTTACTAAAACTGATACCTTGTCAGCTCCTTCTAAGACTGTAACCTCTTTAGGATTAAAATCTTCTATGGCTTCTATTTTCTCAAGCTCTTGATGATGAGCTGTTATATCTGTCCATAAAGCAACTCTTCCTGGATTATTATTTCTAGTCTTACCAAGATGTCTTTTATTAAACAAACTTGCTACATCCATTGCTACTTGATCCAATATTCTTATAACTTGATTTCTGTAAAAGTCTTCATTTTTATAAATACTCCAATTAACAAAACTGTTAATATCAGATAGAACTGCTATAGCATTATCAACTTGATGAAACATGAAGTGTCCTGCTTTCATTCCTTGTTCTAATTGTGTTTGAGTGTAATCTGTTTTTATTTTAAATGAACCATCATAATTTTTATTAGTTAATGACTCATTTATTGCACATCCTGCATTTGCCCCCACTAACCAATAAACTATTGAGGCTTCATTCTCTCCAGTGTCAGTACATGCATTAACTACATTGATTACTCCCTCGTAGTCAGCTTCATAATCATACAACACACACTGATACTTAACTCCTACTTCATCTCTCATTCTTTTAGTATGCTCTGCATACAACTGTTTAGTTACTTTATCTGTAACAGCTGCTCCTATAGAGTTAAATCTATATTTTTCAGATTTTTCTAAGAAAGTTTGATGGGAAAGTCCTGTAGAATCTGTTCCATTTGTTCCACCTGTTAACGGTATTCCTGCTGTAACTTCTAAAGTTGCTTCTTTCTTCCAAACAACATAATCATTATCTTTTAGTTCTGCTGTTGCAGCTACAGTTTGTGTATCAACTAAAGAAATTCCAATATATGTAGATACATCAAATTTATCTTCTTCATCCACACTATCGGCAATTATAACTTTTATATCATTTCCTCTTACTCCTGCATATTTAGCTGTAGCAAAAGTATTTGAAGCTTTTACTCCTCCTGATCCATTTAATCTAAAACAGTATACTGTTTTAGCATTTTGAAATATATCTCTGAGTGCCTTCATTTTGTCATGTGTGTATTCATAACCAAAATACTTCATACTATTTGTTTGAAAATCTGAGTTTTCAACAGTGAATATTTCATTCTCAATTCCCCAATCCAAATTAAATCCCATACACGCATATCCTCTATCAGCAATATTTACATAAGCTGCCGCTGCACTTACAAAGTTAATATAGGTACCTGGAAGTACCTTGTTTTGAGTTAACCATGTTCCTCCTCCAAATGCCATTTATTTCACCCCTTTTTTTAAATAGTCATCTATTATTTTTTCTACTTCTTTAAATGAATATTTCTTCTCATCTTCAAGCAGCACTTTTAATAGAATTTTTTTACTTTTATATTTCTCACTATTCACTAAAGAATTCTTAGTAAATTTTTTCTCTTCTACAATAGTTTCTTTTATTTCTTTTGCCACTATATTTCCTCCTTACCCTTTTGTTTGATAATTCCCATTTAAAATTTCCATAAATGCTTCTTCTGGTATTTCCAAATAAGCAAAGAAATTGTAATCAACAAATAAATTCAATACCCCATCAATTATTCTATAACTTCTGCTTGTCCCTCTAAGTTTATTTGTTTCCTCTTCTCCAATTTGCTCTATAAATTCTAAAACTCTCATCATTCTTTCAGCTATAAAATACATATCTTCATTTGATATTTTATCTTCTTCAGGAAAATACTGGACTACAAAGGATTGATTGAATTTATATCTTCTATTTAAAAATTGTTTTTCTGCTGCATTTATTCCTTGTATAAAAAAACAAGGCTCTTTAAAACCTTGTGGTATTTGCTCCATATATATTTGATATGTATCTTTAAACTCATCTGATAAAGCTTTTCCTATACCTGCTATAATTCCATTTATCATCTAAACCGCTCCCTAAACAATTCTGTCAGCTTTTTTTCTATAATTACATTTAGATTCTCTGATAGCTCTTTTTCTGAGATAGTAAGCATAAAGTGCCCTTGTACCCAACCTTTGTGATTTCTTGTTCTATGTCCAAACTCCACATAAGATGCATATTCTACTGAATTAAATATTTCCACTGAATAAGTTTCACCAGACTTAATAACAGGTCCTATATCCCATCCTCTTCTCAAAGTACCACCAGTTTTACCTGATGTACTCTGCATAACTGTTTTTGTTCTTCCTGTATCAATTCTTCTCTTCTTGGGCTTTCCATTCCTTGTTGTTTCGCCTTGAATTACTTCATATCTATAAATCTTTTTAGTGACTGGTATTTGTTTTCCATATATCCCAACAGGAGTTCTTTTAATTACTTTTCTCAGTAATCTTGCTGCTATCTCATTTGCAAGCTCCACTATAACCCATCTTGTTTCTTCTGCCAATTTTTCTAATTGCTTTGAAAAGTTTTCAAGTTCTTTAAAATTGATTTTAACTGCATTACCCATTATGCATATTCCTTTACTAGAGTTAAAATTATCTCTTGATGAGTACTATATATAGCTGGAGTTCCACTATTTTTATATTCTGTAGTCCTTCCATTTCTAGTTATAACTATTTTAGAACCTTCTTTGATAAGCAGTTCTGGAGCTATGAATAGCTTTATCTCCTGAGAGATCTTATTATTACTCTCAGTTTGATTAGTAGGGGATATAGTTTTAAATGATATCCTGCATTGTTGATTCTTAACTACTAAATTATCAGCTGTAGGCTTTGTAATTCCTGTTTTAGAGTCTTTCCTTAATCCACTCTCATAAATATTACATGTATCATCATAAAGCCTTTCTATTGACTTTCTGCAAGCTGCTATATACTTTTCTTTTCTTGTCATCTTGACATCCTCCTAAACCTTATTAATTCTCTGTCTCTTCCAATCATTAAAAAGTTTATTACAGCATTTAGTCTTTGTTCATCACTGCTTGCTGTTCCTTCTCCTAGATTTACACTTGTATCTCCTAATTTTACTTGATTAACTAGAAGTAATAAGTCATAATCTTCTGGTAGCTCTCCAGTAGTTTTCTTGAGGTTTATGTATTCTCCTGCTGCTTTATCCACCCATATTTCAAAAATAGGAGTAGGGAATGTATCAGCAGTATAATCCTGATTGGTTATATTATTTATGCTATTGAGAGATTTATTTATGAGGTATTCTAATATGCTTTCATCTTCTGTTGATACTGTTATTTTAAACATTTTGAGCCTTAGTTTTACTGCTTCATCTATTCCCATGATTTCCTCCTACTTAATTATTTGACAAATATCAAAACCCCATCTACATAAGCTGAACATTCATTTAGATTAAATAAAACTTGATAGTGAACTCCATCATATAGCTTAGTTTTTAAATTTATTCTTGTGTCTGGTTCTTCTACTCCGATTTTTTGCATTCCATCAGGCATATTTTTGTACTTTTCTACCTCTTTTGATGTTTTGAAGTTCTCACATTCAAAATAATGAACCTCTTCTGTTCTGTGATTAAAAATTTGTAATTTCATTTTCCTTACCTCCTATTTTTCTTCTTTACCCTTTTGGTACTCTAAAATTTTTTCTATTTTCTCATTTTTGTTTTTGCAATTAGAAATATCTACTCCCTCTCTTGCTGCTAACTCATCTATATCAGGAGCACTCATTCCTTCTAAAGCTTTTTTAGTGTACATTTCTTTTTCTGTTGCTGTTTCCTCTGCTGTTACTTCTTCTTTCGCCTCTTCATCAATTACTGCTTTTTCTGCCACTTTCTCATTATTTACTACAGTATATCCGTGGTCTTCAAACCATTTTATCAATCTTATATCTTCTGTTTCTCCTACTCCATTACAAAAAGATACACTGGCAGAAACTCCAGTGTATTCTTTGTTAGGACATATTATTTTAGCCATAATTTTCCTCCTACTATTGAACTTTGATTTTTCTTAATACTCCTGCTGCCTTTGTTGTTTTTAATACAACTGCAGCTAGTGCTTCTACTTCTCCAGTTTTTACTGCTCCAGCAGTATTATAATCAGGCAACCATGTTTTGATGAATTGTCCTGGAGTAGTTACTGCATGAAATCCATCTAATCCAAATCTTATAGCATACAAAGATGTTTCCCCTGTAGATGTATTAGTTTTAACTACTGGATCATTAGTTCCTGCTTTCGCTCCTAAATCCACTAAAGGAATAGCATTGTATGATTCCACTTGCTGACCAAAATCATTTTTTGTTACTTGATACATTCCCGCTCTTCTTGCACATGCTCTTATCTTAGCAATAAGCTTTGTATTTCCCCCAATCATTGATGGAGTTCCATCTAATCCCATAAGAAATTCATCCAATACATCCAAAAATTCTTTCCAGTTAGTATCTACTGCTGCTGATGTAGATAAATCTATTGGAGCTGTTGGAACAACTTCTGTTGATGAACCTGTAAGAGCTTTATCAAGTCCGTCAAATGCTTTGTTATCTACTGCACTATCACCATTGATTACATTTTCATTAAATAGTGCTGATGCAGCTTTAATCTTTTGCTGCATTTGCAGTGTTACTTCACTTATAATTCCTCCCATATCAGCTATTACTCTATCTATTTGGAATGCTCCTCCAAATATTTTTATATCAGCTGTATGTCTTTCTTTTTCCACTTCTTGAGCTGTATACTCTGTGTTTACTTCTCTAAAAGTTGCTGTTGGTTGTGTTTTTAATCTTGTGTATGCGTATGTAAGAGTTGCTCCTCCTCCAGTTGGTGATACACAATCATCCCACGGAATGTTAGCCATTATGAAGTTGCTTTTTGCAAATTCATCTATTACTCCCATTTGTAATGCATCTTGTACATTTAATTTTGCTTGTGCTAATGTTACTGCCATTTATATCTCCTCCTTAATTTTTATTAAATACTCCAGCTAAAGCTGTTGCTACTGCATCTCCTAAACTTGCAGGAGATGTTACTGTTTCTCCTGGTGGTGTTACTCCAGGTACAAATCCTTTAGGAACTGTTTTTTCTTTTGTTTGAGTTTCCTCAAATAAATATGCATCTGTTTTTTTAATAGTTTCTAACTGCTCTGTAAGTCCTTCTAATGTTCCATCATCTTTTAGTTTGATTTTTTCACTATCTAATAAAGCTTTTATTGCCTTATTATTTTTAACCTTTGCTCCAGCTAAAGCTAAATCAAGTGCATTATTTTTCTTTAAATTAGACAACTCTGTTTTATACGTTTCTTCTTTTGTTTTATTCTCATTTTGCAAAGTTTCTATTTGCTTTTTCAGTGTTTCTACATCTCCAGTTGATTTTTTTAAATCTTCCAATTGTTTGTCTCTTTCTGCTACTGATGTTTCTAATTGTTTTACTTTGGTGTCAACTTCATCAAATTTTGTTTTCTCCACATAGCCTTCTAGCTCCTTCTTAGATTCTCCAGCAATTTTAATTGCTAATTCTTCAGTAACTCCTAAAGCTTTTAATTGTTCTTTAGTCATTTATTTTTCCTCCTTATTTGCTTTTATAAAAATAAGAGCAAGGTATGCCATATGCATGTTGTCCATACCCAGCTCCTAGTATTGAATACTCAAGCTCTTTGATTCTTCCATGGTGTATCACTTCTGCTGTTCATTTTTTACTTTTGCCATTTCTTTTTCTAATCTTTCCTACAAAATATCCTGCTACACCCCCTATTACAATTCCTACAAACACAAATCCTGCTACTGTAAATCCTGATGTCATCATTTTAATCACTCTCCTATTTTTATAATTTTATACATTTATTTTCCCATTTCTTGTAGGCATCCAAATACATTTCATTTTTGTCACCATTGAATGTAACTTCATAATACATTCCATCACTGACAATAGTACTCAATAGAGCTTTATTGTTTTGCAAAGTCTTACAGCTCCAAACAACAAATACATCATTCTCTGAAAGTTCAAATTTATCAGTCTTTTCAGAGTTTGCATTAAAATAATTTACTATTTCCTTTTTACATAATGTTAAAAATTCTTTTGAATCCATTTTTTATTCCTCCTTAAATTCTTAAATTTTCGTATTAAAAAAGCACCTAGATTTCTCTAAGTGCTCGGCTCCCCACATCTACAATTCAAGTGCACTTGAATTATCATCAATGTTTCGGGCAGTATATAACTTAAAACCTTTACATAAGGACATACCTTGTTCATCTAAGAACTGTAAAGGTGTTGACGTTTTCCATCAATAATCTATTATATCTTCAAATTCTCCTTCTTTTATTTCTTGCTTTTTAGTACCTTTATATATTTCTAAATACTTTCTTAACATTTCTTTTTCTTCTTCTGTAGCTCCATCTTTTAACCTCACTTCTCCATTTTCATCAAATTCAACTTTATCTCTTAATTCAAAAGGATAAGGTAACATTAAAGATGACATCAAAGATGGTATCATTATTTCATCAACTCCTTCATATATTTTTTTAATTCTTCTTTTACAAGATTAGGAATTTCTCTAGATTCATCACACCCAACACATTCTGCTAGTACTTCTTTAAAACTTTTAGCTGCATACCCTGATACTAATATTTCAACATTTTTGTTATTTAACTTTATGCCTTTTTCTTTAAAAATCTTAGTCACTATTTCTTTTGCTACAGTTCCATCGCCACAAGATTTCCACATATCCATCAGTCCTGGAGTTGACGCAGATAAATTTTTTAAATCTAATCCATATTTTTTCACATTTATCGCATACTCTATCATATGTCCCAATTCATGTTTAATTATTCCTCCAGCTCCATTTTTAGGAGTCCATTTATTTTCTTTCACTGCTCTATTTATCATTTCCATAATACCTTTTTTATTATTCATTTGTTCTAGATTTATATTTAAAGATCTTATGATTTTCCCATTCTCATCTACTTTCATAACTGCCCATGCTGTTGCATCTGCTTCAGAAGAAATGTTAAAATGATTAATAAAACCTTTTAATATTGGGTACTCTTCATATGATTCTTTTAATGTCTCATGAACTTCCCTTAAAACATCTAATTCTACCCCATCTGTAGCTACTTTAGTAAAACCAAAATCTTCTTTCATTCTCTTTATAAAATCATCTTTTGTTTTTATTTCTATTATATCATTTTCTTCATTGTCTTTCACATATTTTTCTTTCCAGTCTTTATATTTCATATTCTCTGGAACTTTATATGTTTTCCCATCTGTTCCCCTAGCTATTCTTTCTGCATCAAAATTTTCAGGAAACCATGGAGCCGTAGTAGTTCTACACCAAACATGAAAAGGTGGAGCTGTTATTCCTACTTGATAATCTTTCATATCAAATACTTTTCCATCCATTTCCTGGCATATTTCAGATGTTTTACTATCTAAAGTTGCCACTATTTCATATTTACTCAAGTTTAATGCCTTAAATGACTTTTCTCTGGCCTGTGAAGAGTATGCAGCTGATTCTGTCATTACCAGTCTAGCTGCTACACTCTTTTTTATATTAAATTCTTTAGTGATAGAAGATATAAGCTTGTCTGGAGCTTCCCCTCTAATAAAGTTTTGAGTAAGTCCTGTGTGTAAAGTATTAATCAATTTTGTCTTATCTTCCCAAATTCTTTCTGAAAAGTTCTTGCCATCTGTTGCCCAAGGTTTATGAATAATAGCATTAACTTTATTTGTATCAAGTCTATTTAGTGACCATCCTACCCCATTTCCTTTCTGTATCTCGTAAGCTGTGTGGTAATATGTTTCTCCATAGGTTCTTACAAGATAATTCTGCATTTCCTTGTCTCTTACTCCATAGATTCCCTCAACTTCATTCTGTATTTGAATTTTTAGAGCTTCTAATCTGGAGATATGAACCCTTGCTGATGCATTCTCAAGTTCTTTCATCCAAATGGGAGAAATAGCATTAGTTTCTCCAGCTTTTATGTACTCTTTTACACCCCACTTAAATTCTGCAAGTTCTTTAGCTGATAGCATTCTTTTAGCTTCTAATAGACTAACATTGTTGTTCTTTGCTATTCTCATATACCAATCATTTATATCTCTTTCTATGTTTCTAAGTGCTATATCATATTGCTGTTCTATTCTTCTTGCATATGCTCTGGCATCCTTATTTATTCTTTCTTCTTCCTCTAAAAACCTTTCTTGCCAATAACTACTCTTCTTTGACATCTGGATCACCTGGTCCATTGCCAAAAGCTTCAGGATATTGATTTATTTTTTCTTCTTTCTCCTTTTTCATCCTTTCAAGTTCTGCTTTTGGTTCTGCTACAAACGGATGCATTGATACAAGTGTTTCTTCAGATATAATTCCTACTGATTTTGCTATATTATCTATTGTCTGTCCTTCATTTACAAGAACATCTCTATCAAATATAACTTCTAAAGTAGGATCCTTATCTTTTCTCAAATGAACATTTACAAACCATAGCAACTGTTCAAAAGAAGCTTGAAATTCTGTCTCCATATTATTTGCATCTAAATCTATATCTGCATACATGGATTGTATGTTCATCTGATTAGGATTATTTGACATTCTGTCATCCTTAGCGTCAAATCCTCTCCCATTTTCTATAATAGCTTTTTTAAGCATTTCTAATATTGTTTTATAGTTTTCTGAGTTTACCTCAACTTGAAGTGTTTTAACATCTCCTGATATTCCTTCTACTGCATTAACTTTAATAATCCCATCTTGTAAATCCCTTCTGAAATCTGCTGGATCTTCTCCACCAAAATTTACTAAAACAAATATTGTATTTCTTATATCCTCTGTAACATTGTCTTGAAAATTAGATACTATTGTATTAATAGCATCCTGTAAACTTTTTACCCTCGCTATAAGAGGTATTTCCTGTTGATTATATCTGAATGGTATAAAAGGGATTTTGGCCCAGTTAAAAGGTTTTTCCTCTTCTCCTTCTGTAAAAATTACATAAGGGATGTTCTCACATTCCAATGAGCACACCCCTCTTTTTCTAACATATCTATCTATTCCATTCTTTTTATACACTTCCACTTTCTCGATGGTTTCATAAGTTCCAAGTATAGCCTCTTTATATACTCTTATTACCATTTCCAATTCTTCTTTATCCTTATCTTTATAAATTGGTAATATTTCAAAAGGTTCAAACTGTCTCAATTTAAAATTACCTTCATTGTCATAGTATGGATGTAACCATCCTACGCCATTATTTAAGGCATTCTCAGTTAAATATTTGAATTTTCTATGAAAATTTTTATCAAATATTTTTTGTAATTCTTCTGCGTATTTCTCATCTTTGCTTTTAAAAGAAATAGGTTTTCCTACTAAGTAATTAACTTTCTGATCCACAAGCTTACTATACTGATTATCAACTATTTTATGATTTACCAAAGCAAAATTTTCAACTAAGTCTCCTTTTTCATTTCTAACCAGCCTTTTTTTATTGAGAATATCCTGCTTCCCTCTGTAGTAGTCTTCTCCTGTAATCATCATCTTCCTAGACTTTGACATTTCCCAGTTCTGAATTAATTTTTCTACATAACTTCTCTCCACCTTCTTTTCCACCTTCTCTTTACTTTTAGAAAATAATTTCTTTATCCACTCAAACATATTTCACCTTCTTTGTTTTTACCACCCAAATCTTTTTACATTATTATTTTTCTCAGCTACCCCTGTCAGTACATCTGGTCCATCATCATATTTATTTTTTCCTTCTTTTTGGTAAGTTAATATTGCTTTTGCAAATTCTGGCCATCTATCTACCCAATTCTTTGGAAAATATATGTGATCCATTACCCAAGTACTATTTGAAAGTATTCTAGCTTGCTTATTCTTTGACTGATGAAACCAGTTTATCTTAGTTTTATTACTTCTATACTTTTCTCTTAAAATCCTTTCTACTGACCTTGCAAAGCCTCTACCTCCATTGTTACTCTCTATATCTGCCTCATTAACTCCATAATCATATAGGCTATTAGCCAATAAAGGTTCTGTTACTTCCATAGGTTCTTTAGTATAAATGACATCTAGTATATATGCTTCTTTCTCATATACTCCATAGTTAATTGAGCATAGATAATCTGATCCTGTGTCTGCTGTATCTGTATAATTTTTAATAGTTGTAAATAGCAGATTCCCATTTGTATCTTTTGGTAGAGTTTCATAGGTTTTTATACTGCTGTATAATCTACCTTTTAAGTCAATAGGCTCTTGCTGATAGTTAGCACTTGCTATCTCTGGCCCCATGGCTCTAATTATACTTTTGTATGCTTTATAATTTAATACTTCATCACATAACATAGTTCCATCATCCTGTAGAGCCTTTTTCGTTATATGTTTTACTTTTTTTCCTTCTTCTTTGTAATATTCCAATGCTCTTCCTGCAAGATCTCCACTCGACCACCTTGTCATAATGATTATCTGCTTTCTTTTTCCTTCCAGTCTTGATAGCATTGTCTTTGTAAACCAATCCCAATGACTGCTAAGCTTATTCTCATTGTAAGCCTCTTCAGCATTTTTAATAAGGTCATCTATTATCAACAAAGAACACCCAAATCCTGTAGCTGTACCAGTCGGAGAGGTAGCAAGATAGTTATTTCTTCCATTTTCCAAACTCCAAAGATTCATAGCTCCATCACCACGTTTTATTCTTACATTTGGAAATATGTCAGAAAATACAATTTTATCTTCATCTGCTTTTATTTCCTGAATATCACCTCTTACATCTTTTGAAAATTCAGTTGAAAGAGTTTCATTATATGAACCTGCTATAATCTTTTCTGTCTGGTCTTTTCCTAATATCCATTCAACAAATAATCCAGCTGTTCTTGACTTCCCATGTCTAGGCGGAAGATTAATAATAAGTACTTCATCATCTCCCTCATAGAACTCCTGCATACTATTACACAAATCTACCAAGTATTTTCTATCTGGTTTATAGAAGTCTGGAGCTTTTAAATGGCAATAAAAAAAGAACTCACGCCTTGCAAGTTCTAGTTTAGCTTGTTTTATCACATCTTCTCTATTTATCTTCATCTTTTATCATCTTCTTTAGTTCTTCTGTACTAAGTCCAGCAAAAGGATTATTCCCTTTTATTTCTCCACTATGCTCTACTGATGTTTTATCTCTCCATACTCCTGGTTTTCTATTTTTCAGCCAAAATATTTGTGCTGTAGTATCTGGTGCGATTAAAACTTCTTCTTCTACCATAACTATTTCTTCAAATTCTTTTAACTTTTTTCCAGTATCTGAGTATATAACTTGCTTTAATTTAACAGGTTTTAATAACTTCTCTTTTCCTCCTAAAGCTTTTTGTAATAGTGCATTTTCAACTTCAGTATCAACTACTTCTTTTCCTCTTTTTAAGGTAGCCGAAAAGGACGGATATTTATTTTTATACTCTTTTAAAGTTGTATATCCTATTCCTAAATTCCTTGCTATCTGCTCATCAGTGAGCCCATCTCTAGCCCAACTTTCAACAAGTATTAATTTATCTTTTACATGTGTTTCCCATTTTGACTTTGCCATGAACTCACCTACACCTATTTTTAAAAATTGCTACTTTTTTGAAAATAGCAATAAAAAAGAGAATCAAATTAATGACTCTCTATTCTACTATTTTCATATTTTCTATTCTTTTTTTTATTAATTCTGAAACCTCTTCTTTTAAATCTGTCATGCGAGAAATTTTTTGATTACATTTTTCTTCATTGAAATTCCCTGTCTTTTTGTATTCCTCATACTCATCTTTAATTTCTTGCCCTTCTAAGAATATTTCTTTACATATTGAATAAATTTTTTTTGAATAAAATGGATAATATTTTTGGAATGTATCAGAAAATTTGTTGCCATCATTAATATATTTATCAAAATAAAATTTATTATTCTTTTTTCTAAAATAAATCATCCCTCTTGTAGAAAGTAATACTTCCATTAGACTTCCAAACAAATTTGTATAAATTTCAAATTCTAAATCATACTGAAGTTTTGTCACTAAAATATGTCCTGATAATTTTGCTTTATGTGTTTCTAATTTTTTATCAAGTTCATTTTTATAAGTTTCTATTTTTTTATCTATTTTTTCTTGATAATCTTTTGAAAAAGTATTATTCATTACCCAAACAAATACTGTTGTTAAAATTGGTGCCAAAACTCTACTAGTCTCTATTGAAAAATTTAATATAGAAAACATTAAAGTCCCTATATACACTGTTACCGTTATAATCTGTTTTATCCAAAATTCCAACATTATCCTCTCCTCAATATAATTTTTCTTATATTATATCAAAGAAAAATCTACTAAACAAATACTTTTAAATATAAAAAGGCCAAAGGATTTTCTCCCTTGACCCAATCTATATTTTATATAATATCACACATTGATACTCTCATTCAATGTCATTTTAAAATTTTCTAATATTTTTCCGTGAATTCTATAAGTTTGACTTAGTGAATATCCGATTTTATCCGCTATATTCTCCCATTTTAGATTTAAAATATATCTACTTTCCATTAAAATTTTCTCATCTATATTCTCTATTTTTTCTAATTCTGATAATAGTTTTTGCTGGAAGTCATTAAGTTTGTATAATTTATTTTTTATTTTATTTTCCAGTTCTATTACTTTGTTCATCCTGTTGACTATACCACTATCATCTTTGACAGGTCCGCCTTGTACCTTTTCAGAATTCTGTAAGGCTTGAAGTCCATCAAGATTACTTTTAAGTTCTTCCAGTATTTTTTTATCATGTTCTATTTCTCTCTTTAACTTAAATCCTTGTCTAAGATATTCCTTTTTTGTCATTATTATTTCACCTCTTTAAATACCTTTTTATCTCCAATTACAACTCTGTCATATTCATCTTTGGACACTTCAAATTTTTTCTCTTTTGTTACAACATAAGAAACTTTTAAAATATATTTTTCTGGTATGTATTCTGTCGTAGGAATCATGTGATGTATTTTCCCAATCCACATTGAACGTATATATGTTTTTGTTGTCTTTGGTACATATTCTTTTTTAATTATAACTCCTGTTCTTTCTACATATTCAGGCTCTGAACAAGCTACAAAGGCTAAAATTAGAAATATTATTAAACATATTTTTCTCATTATTTCACCCCTCTTGCCAAACGTTCCACAGTTATTTTAAATTTTGATTTATATTGTGGTAAATCTATTACATAAGGTTTTTTAAAACTATCTGTTTTAGATGTATCGTTTAAATATAACAACATGACATTCTCAAACATTTCTTTAGGTATATCATCAGCTCTTTCACTTACTGTTCCATCTTTATTTATCTTCCCATAAAAAACATCTCCACTCAACATTCTTATAGCTAAAGTCTTTTCATTTTTCATTTTTTCACCTCAATTAAATCAGAGTTTTCATATATATTACCTAAAATTACCATTCTTTCTGTATCAAAAACTCCATTTTGTATTATAGGTAATAATCTATCAAATGTATCACTCAAGAAGAAAAATCCAACTGTTTCTGCTTCATACCTTTTTTTATCTATACCAATTATTTTTTTCTTAAACTTTCCATATTTGCAAAGAAGTTTTCTTTTCCAACCAGTATTTTCTATTTCTATTTCCAAGATATCTCCTTCATAAATCTCTTTTCCATTTTTATCTTTCAATCCTGTGTACTGTCCAATTGATTTTTTATCTACTGTATGTGATACAATGTCTCTTTCCATCCACCAATCAGAAAAGCCATCATAAATAATTAAATATTCTGTATTTTCTTTATACCATTCTTCCATTTCTCTTTCTGAACTAAACATACAAGGGGTAGTAAGTAACCTTTTTACATAATATCCAAATACCCATATTTTTAATTCTTTATCATATCCCCTAAATTTTATTTCTCTCATTTAATTCTCCTTTATATAATTTTTATTTTAGTAAATAGATCTTTTCAGTGAACTTCTTTTAAATATTCCTCAAAAGTTTTAAACTTATTAAAGAAATGCTTTCTATTAACCCAGCGAGCTAACTTGTTATATATATTTCCTTTTTCTAGTTTTACATTTTTACAATTATAATCTTTATAGCGCATAACATATGGTGTATAACCTGCATCCCTAAGTTTATATATTCTTTCTAAATCCTGATCTAAAGTAGTATTAAAATTAACTAATACATATACTCCAAGCTGTCTATTTTGAAAATTAAAATATTTTCTAAATTCTTTTAATTTTTTATAAGTTTCCATTTCATAATTATCCCAAGCAAAATGAAGCATTTTTAATTTGATCTTATTAAGATATTCAGCTTTTTCTCTGGTCATTAATCTTATGTCAAGCCCTTGGGAAAACTCAATGTAAGCTTTACTGTCTATCAGCTGTTGAAAAAGATTTTTCCAATCCTTGCAAGCTAGAATATTTGGATCAAGAAGAATTATTTCTTTTTGATTTTTCCAGAACTCTGATAAATCAGCTACTTTTTTACTAATTCTTCCTTGCTGCTGAGAAACATTACAAAATTCACAGGCTCGGGGACAACCTCTAGTTAAAAATCCATAAGCTTTATTTTTAGCAAACGAATATAAAGAATAATCAGGATAAGTGTGTTCTATTTCATTAGGTAGCTTATTATCTGGTCCATATGCAATACCACCTCTTATAATTTTTTTAGCCTTTATTGGATATACATATTCTAAACTCCAAGAAAAAACTTTACTAATATAAACAATATCGTATTCTCCACCAAACAATGATTGATACCATTCAACCCTATCTCCTTTATTTTTATGGTAAGCAGATATTTTCATAAGAGCTAAATTTGGAAATTTTTTACTTTGATCCAAATCAATCAACCCTATTTTCATTTATTTTCCTCCTAAACAAACCTTCAACATCATATATGCATCTGCACTATCATCACTGTCAGCTTCAACTCCTGTATATTCAAAAAACTTTTTCATCATAAATTCTTTTTGATCCTGTCTGTGAACAGGCACTCCTTCAATTCTATGCTTCCAAAGTACAGCAGGAACAAGGAGTAAATCTAAATTTAATTTTTTAATATGATATGTCAGCATACCTCTAACCTCACTCAACTTAGTTAAAACATCAGAATTCAATCCCAGATATACATCCTCAAGAATCACAACATCAATCATTCCTTTCTCCAGTATTTCCACTAGCTGCTTAACTATTTCCAATCCTCTTTCTCTAAAATCATTATGATCTGATTTTATAGTTTTCCATCTGACTATAGTTCCATTTTTACTATATGCTATTCCAGTTGATGTGGTAGAGAGGTCTATTGATAATACATTTTTATATCTCAAATTATTAGGTATCACACATGTATTTTTAGCTTTATTCACTAATCTAGTTCTTTCTTTCAACTGTAATTCTGTTTTCAGCCTTTTTAGTTTTTTTCTCTCAATCAAATCAAAGCAAGTATTATTTCTTATTTGATTAAGAGTTGCCATTTGAAGATTCCCAGTTCCAATAAATTGAATATCAAAACAGTAATTAAGTTTTTCTTTAAACAAATATTTTAATACCTTATACTTTTCTCCAATTTTATTAACAAATTCCTGTCCTACATATTCCTCTGGATTAATTTTTTTGCCCATTCTCCACCTCCATTCTCTTTAAATTTCTATACATCTGCCTAAATTGCTCTTGTATTTCAAAATTCATTCTATCAAAATACCATCTATTTAATTTCACATAAGCTGCCAAATCTTTAGAATTCATAATTGATAATCCAGTATAATAAAATTCTATAAAAGAAGCTCCTCTATCTAATTTTAGATTTTCCATAGCCACCTCTTATTTAATTATTGTAGTCACTTTGTAGTCAAATTATTAAAAAATACTATTTCTTATAAATCCTTATATTATAAGGCTTTAAATATTTTATGTAGTCAAGTGTAGTCATTTTGTAGTCATTTACATATTCGTTACAAAAATAGGATTAAAGATATTTTTAACTATATTTTTTAACTTTGTAGTCAAAAAAATATTTTATCTCTTAGTGAAATTTTTTTTTGGAATATATTTTTATTTTTTATACTCAAATATTTTTTTATATGCATATACAACTTTTTTTTGACTACTTGACTACATTAATTTAAAAATAAGTTTTTAAGTTTATTTTAACAATTATAATTTGACTACATTTATGACTACATATTTTAAAAAAATATCTATATTTCTAATTTTTAATTCAAAAAAAGTGTCTACAAAATATTGACTACTTAAATTTATAAATTAAAAATATCATTTTTTAATAATTCATCTGCTTTTATTGGAATAGTATCATTTGTAAAATCATCCTTAGGAAATCTTATATTTACCCTTGTATTAATAATAAGTTTATTTTCTATTAACTGTTTTTTCAAAGTTCGCATATCTAACAATTCTAAGGTACTGTTAGTTCTAAAATGTTCTTCAGTTATAGCTTTATATAAGATATTAAATCTTACATAATGCCTATTTTCTCTTATCTGATAAAAAGTTTTAGTTTCTTTCCCTGATTCTGCAACTAATTCCAGCAATTCTAAGAAATTACTTACTACATCATATTCATGTGAAAGCTTTTGATTTAAAAATTTTATAAATTCCACTGATACTTTCTCATCTATCTTTATAACTTCGTTCAAAGCTTTAAAACCTACAAGAATACATTTTCCATTATATAGCTGTCTCTCATCTTTAACTTCATGTAAGAATTCTTTTATTTTAGACAATGAAATATCTAAAATTCCTGTATTTATCCTTTTTTGAAGTGCTGTCTTTCCTAATTTTTCTAAAAGCCTTGTATTCTTTAACTTAAAAAATATCTCATCACTACTCTTATTATCTTTGGTCAAGTCTGTACTTATCATTCTATTTTTTATAGATACATCGCTTAGCTCTGTCTCTCCTGAAATAATCAAAGGGGTACACAGTTTAAACTCTGTTAACTTCGCTGTTAAATTTCCTTGATTCAAAGTCTTGTTATCGTAGACAGCTCTGATAGTAGAATAAAGCTCAATAGCTTTTTCTTTTAAATCTTTTCCAGTAATCTTAACTTCATCTATTACCCAAGGAGTTATATTAGAGCAACTTGATAAACTCCTTATTTGATGATTAGTTAAGGTAGTAAAACTCTTTATATTTTCCTTATTTCCAAAGAGCAGCCTTGATATAAATTCCACATATTCTGTTTTTCCAATACTTGTAGTTCCTGATACTTCTAAAATAGGATAACTTTCATGTATATGAAATCTTCCCAAAGCCCAACATATACCTAATAAGCTTTGATTTGGATCACTTCTCAGATAAATAAGATTCTTATTCAGCCACTCTTTTTCTTTAGCTGTTAATGGTTCAATTTCATCTAATTTCTGTATCTTTAAATCTTCCTTGCTACATATTACCTTAGAACTTTCATCATAATATATTCCATCTATAATTCCATAATGTGGTATCTCAAGTAAAAACTGCTCTCCATTTTCTTCAATTATCCAGCTCCAAAATTTAGGAATTGATTGTGTACTCCCTAAGTAATAACCCAAATGTTCAAGGATGCCAATCTTAGTTAATAACTCTGTTTTCTTTGCTTTAAATTCTCTTTCTCTTCCTGTACTGGTAACTATTCCTACTATATAATTATCTGAATATCCTGTTATTTTTACTGTAAAATCTGTTATCTTTACATAGTTATCTTTCTGCCATGTATAATATCCATCTGCTTCTTGATAAAAAGGAGTAAACCCAACCCCTACTCTATCTGCTGCTTGAATAACCTTAATTATTCCATCTGTTCCTTCAGCCATGAGAATTTCATTAAAATCTTTATATTTTCCCATTTCAACTGTATAGAGCTTACTTTTTATAGAACTTAGTTTATCTATAATCTGATTTTTACATTCTATTCCAGGAGAATCATTATCAACTGCTAAAATAATCTTTGAAAAGCTTTCTATCCATTTCTTTTGATTATCTATGCACTTTAAATTTTTACAGCCAAATGGAATAGAAACCACATTATCATATCCAGCTTCAACAGCACTTAAAAGGTCTATTTCTCCTTCAACTATAATAAGATAACTTTTATTTTCTACATTCTGCCAATTAACAAAATAATCAGAACTGCTTCCTGTTTCACAGCTTAATTTTTTGTCTATGGTCCTGTATTTTATAGCTACAACCTTTTCTCCATCAGTTATTGGAATCATCATTGTATTATTTTTCCCAAGCCTGCAAAATCTATTTAAACCTTTCTCAGATATATTTCTTCCTTTTAGATAAGAGAGCCAATCACCACCTAAGTGATGATCAGCTCTTTTCTTAAATAATTCACTAAAATCTATATCTTTTTTTCTTGGTTTCTTTTCTTTTATCTCTGGCAGCTTAAACTCAAAGTCATCAAGATCTTTTATGTTTCCACCTTTTCCAGTAGTATGACAGATATAATTTCCAGTCTTGATATTTACAGAAAAGCAAGGATTTTCTTTTTTCTCTTTATTACAAATTGGACAAAAATCAAACCTTAATTCATCTCCATATTGTTTATAACTATAGTTTTTCATTGTCCACCTTCCTTACTTTAAAATGGAAATTCTTCCTCATCATCTTCTGTTATAATATTTTTATCTGTTTCATATGGTAAAGGGTACCCCTTCTTTCCTTGTTTAGGTTCTTCTTTTTCATAAATTTCTTTAAAATTTTTAACTGTTACAGCCTCAGTTTTATTTATTATTTCATCTGTTGTTTTCCCAGTTCCTATATCATAAAAATCTTTTATGCTTATATTGTAATTATCTTCTTTTTTTTCTACTTCTAACATCATTCCTACTTTTTTACCATGTAATTCTGGTAGGAAAGTTCTATCAACTTCATTTCCATTAAATAGCTTTACTTTTTTAGTTTCTTCTTTTAATTTATCTAATTTTAATTTTGCTAAATATATTAATCTTTCTATGTTCCTTTCAACAGAATCATTAGGTTCTCCGTTACCTTTTAAATACCATAAACTAACTCTTCCATATAACTCATCATTTGAAAAACTTAATGTAATTCCTTTAGCACTTGATTTTGTTGAGTCTGATAAATATGCCTCATTTATTTCTAGTTCATAAGCTCCACTTGCTGTTATTTTCTTTTTAAATCCTGTTTTTTTAGTTAAATTCTCTGGGTTACTTTTCCATAATGCCATTTATATCCTCTCCTTTTAATTAAAATATTCTTTTATAGCCTTATTTATTAAAGTTAAATCATTTTCTATCTCATCTGTTTCAAACATTTCCATTGGTGTTTTAGCTGGATCTATTCCATTTACTGTGAACTTATAGTCTGCTTCACTTCCAAGCGCCAGTACTACCATTGAAAATAATCCCTCTACTACTACTTTTTCATCTAAAAATCTTCCTATTGTTTTCATGGACAACTTTCCATCAGCATCCTTTTGAGTATGTGCTATTACATAAACTATAAGATCTTTTCTCATTTTATCTATCTTTTCAAAAATATCTATTATCCCAAAAGCTAGTGTTTCAAATTTTTGGAATCCTACTTCTTTTGCTTTTTCTTTATAACCAAAAGTCAGCAGATAGTTAAAGTCATCTATGATTAAAGTTTTTACCTTTGAGTTTTTCTCTATTCTATCCAGCATTGATAAAACACTATTTATTTTTTGAGTAGTAAATATATTTTTATTCTCAGAATTATATAGTGTTTCTGATTTCTTGAAAGGCAGCTGTTTTTCAACTGCCTTTATAATAAAAGTTTCATCAGGATTTAAATTTCTTATTGATGTAGATTTTCCTGTTCCACTGCTTCCAAGTATTAATACCTTTTGTGCCATCTCATCACTTCCTTATTAGTTTGGCAATTCTAAATATAAGCTCCTTTGTTGCTTTTATATCTTCCAAACTGTCATGGGCTTTAAATTCAATTCCAAAATGCTTACACCAAGTTTCGAGTTTATTATTTTCTAGTTCTGGAAGCACTTCACACAGCTGAAGCATTCCTATACATGGTAATGGATCAAGTACACTGGAACTTATATAAGAAAATAAAAAATTATCTCCATTTCTCTTGAAAAAACTTTGCAACATATCAACATCAAACCTTACATTATAGCCTGCTATTATGAATTTATCTGTTTTATCATACTTGTCTATATATCTATCCAATATCTTTTTAAAGTTTGTATAGACTTCTTTCTCAGGTCTGTATTTCTCAGTTTCCAGTTCTTTTTCTGTTCTTCCTTGTACTTCTAATGCTTTTGCATTAACTTCACTCTCAGCAAAAGGCTTAATAAAAAAGTTGAATTCCTCAACATCTTTTTTATCTATCCTTACTATCCCAGAAAGTTGAATGAGTGCTGACTCTTTAGGATTTACTCCTCCAGTTTCTGTATCTATAAATAATATTTTCACTTATTCCTCCTATTTAACTTGTAAAGACATATTTTGTATTAGTGATGCTCCTGGTACTTCTTGCCCTTCCTTGATTGCTTTTTTTATATCTGTTTTTGATATTTTTATATCTTGAACTATAGTTGTAAATTCTGCTGGAATAAGTTTTTCATCTTCTATTGATACTGATTCTGATTTTCTTAATGATAATACTCCATTAGTAGTTTCAATTTTAGGTATTCCTAGTTTCTGCATGCACATTTTGATGTATTTTTTAAAGTTTTCCTGTTTACTTACAGCTGCTTTTTTTAAAGATTGTAATTTTTTTATTTCCTGATCTACATTATCTATAAAATAATCTCTGTCCTTACAATATTTAACTAGGCTTGTAGCTTTATTTTGAAGTAACATTTCAATATCTGCTTGCAACACTTCTAATGTAGCTGCATCTCTTATCTCTCCTGTTTCTTCATCTATTGCTTCTTCCCATAAATCTTCTAAAGCCTGCATTTCTGCTGTTATTCCATATAAACTTAATTTTTCCATTTTTATTCCTCCCCACTATCAAAAAATATTTTATCAAAGCATTCTCCACAAATACCGCTTATAAATAGTTCTCTATCTCCAGAAGACAGGTCTGATAAAATCTGCTGTATACATAACTTTCCATCATATAGTTTATTTATCTGTTCTACTGTTAAAAAAGAAATCAAAACTCCTATCACAACACTGACAAATCTTAGTAATCTTTACTTTTTCCATTTACTCCTCCATCACTATCCATATATGTATCATCACTGGTATTAATGGAATAAGTATTTCTCCCCCAAAAGCTAGATAACCTCTCCACTCATACGCTGTCTTTATTCCAACTAATGTTGCTACACTCCCTAACACATATAACATTTTTATATTTCTTTTCATAAATTTTTTAATTGTCATCATAGCCTCCTTATGCTATAATTCAAGTAATGTGATTTTTTATACTATACGTTTGCACTTGTTGAACTGGCGGGTTCTTCAGGTGCTTTTTCTTTTTCATACTCATATCCAAGATAATCATATAATTTAGCCCGGGAAATGTGATAGCTCCACTGATTTCCCATCTTTACCGCATATCCAAATGGTGCCACTCCTTGTATTAAAGATCTTCTTACTTTTTCCAATCCTTGCCCTAAAATTTTTGCAGCCTCTTCCACTGATACTGATTTTGAATTAGCCATAATTTACCCTCCTATGCTATATTTTGTCTTGGTACTTTTTTCTCCAATAATAATTTCTGTAGTGATTCTCTTTCTTTTAATTGAGTTCCTAGCTCTTTCATTCTTTTCAGACTTGCTTGATTTTTTTCTCTTATCTTTTTCGCCCTTTTCTTTGCTTCACTCTTGCCTCTGCCCATGGTTACCTCCTTATTTAACAAATTTTTGTATCTCAGAAACTATATTTCCAATATATTCCCAAAAAACTTTTGGATCAGATTCTTCATATAAAACTTTTACAACATAGCCCCAAGATTCCCCTGGATTACAACATCTGTCTTGAAGTTTCATTTCTGATACTTTAAAAATCAAATATGTAATCAAACCTAACCTACTTGACATTTTTTCACTCAGTGATTTTTCCTTACCTTCTGAAATAATTTCTTCAATGTCATCTTCAAAAACTAAGTCATCAACACCATCAAGTTTATAATAAATGTTATTTTTTGTTTTTATTACTTCTTCAACAGTTCTAAGTAGTGGAATACCCTCACATTCATCATAATCAGCTTGTACATTATAAATAACTCTATCTCCTGCTTTAATCATTTCCTCCTCCTTTCTAAAGTTTTTCTAGTAACATTGTTATTCTTTTACCTAATATGATGCCTTTTGATTTTCTCTTAAATATTCAAACATTTTTTTCTTTTAATGTCATCTTAGTTCTCCTTTTATGCTATAATAAAAATAAAACTCTATGAGGTGATTGCACATGATTAATAAAAAAATTAAATTAAATAATTTTGTCCCCGAATTAGAATATGAAGTTGAAAATTGTTGTCCACATTGTGGTATTTATAATGACCCTATTAAGATTAATGATTTACAAAATTTTTCCACTAAAGATGGATTAAAAGTATTTGTCATACTCTTTAAAACATCTTGTTGTCAAAAGGTTTTCTCATCATTTTACATATATGATCAACTCGCTTTTAGAACTAAGCACATTTTCACTTATCCCAGTGTAAAACCCCATGTTTTTGATAAAGGTTTACAAGAAGTGTCGCCAAACTTTATAAAAATTTTCAATCAGTCTAAAGCAGCAGAAGATCTTGGGAATTTTGAACTTGCTTGCATTGGATATAGAACTTCTATAGAATTTCTTTTAAAAGATTTCTTAATTAGAGTCAGAAAAGAAGATGAAAACAAAATATCTAAGATGAAACTATATGATGTTATATCTCTTTTTGAAGAAAAAGAAATTTCTATATCAGCTGATGTAGTTCGTGCTTTTGGAAATGATAAAACTCATTATATTGCTAAATATGACTTTGAAATATCACAAGTAAAAACTTATTTAAAATTTTTAATAGATGCAATTGTTAAAGAGATTTATCTTGCAAATCCGCCGATAAAAGGTCGTTAACTTTTAGTTCAAGGAATATTTTATTTTTAGCCAATTCATCTATAAGTGATTTGGCTTTTTTTAATGCTTCATTCAGTTCGTTTAATTTTTCAATAGTATCATGTAAGGAATGGGTATCTATTTTTAAAGTTACCCCTTTTAATTCTTTTTCCATCTTAATTCACCTCACTTTATTTCCAACACTCACTTGAGTTTACTCAAGCGATTAAATAAAAAAATATAAGTTTACTTCACTTAATGGGATATCTAAAATCTTTTTTATTTGATTTACTTCATCAATTGTTAGATACTCTCCAGTCTCATTATTCAACTTCTTATTTAAAGTAGAAGGATGAATTTTCATTAAATTGGCCATTTTTTCTTGAGTTAAATTTTTTTCTTTTAATCTTCCTTTTAATTTTAAAATATTTATCATAAAAAACCTCCTTTCTTTTCTTGATTATCCTCAAGTTAATTTGATATTATCACATTAATAAAAAGCTGTCAATCACTTTTTTGAGTATTCTCAATTTATTTTTGTTTTTTTTAGAAAAACTCTTGATTTTAATCAAGAAAAAAGTTATACTTATATTGAAAATATAAATTAATCAAGAAAGGGTATTTATGGAAATTAATGAAATTATAAAAAAAAGAAGAAAAGAATTAGGATTAACTTTAAAACAAGTTGCAGAACAATTAGGAGTTTCTGAAAGCTTAATATCAAGATATGAATCAAAAGATGTTAAAAATATGGGTATTGATAAAATAACTCCATTAGCTAAAGTTTTAAAGTGTACTCCTGCTTACTTAATGGGATGGGAAAATCAAACTCAGAAAGAAATGGGAGATGATATTGTAGAAAAATATAAATTAACTCCTGAAGAACTTACTGAATTTGAAAAAGTAATGTCAATCAACAGTGCCTTAATGTTCAATGGAAAAGAGATTCCAGAAGAAAATAGAATAGAACTGGAACAAACTTTAAAAAAAATCTTTATCAGATCGCTATTGATTAAACGTTCAAAAGAGAGTGATGAGAATGGTAAGAAAAATTCTTAAAGTAATTGATCAACTAAAAAATGAATATGAAACAGCAAATCCTTTTATAATATGCCAATATCTAGGTATTCATGTTACATATTCCAATATGGCAATAAAAGGAATGTATATTAACAGTTTTGGGGTAAAAAATATTATATTAAATAGCAATTTAACTGGTTTCTCAAAAATTTTTACCCTTGCTCATGAACTATGGCATGCCATTGAAGATAATGGAGAAGAAGTAAATTTTTTCAAAGATTATACTTTCAATAACACAGATATATATGAAATAAGGGCAAATACTTTTGCTGCTTATTTACTCTTAGAGGATGAAAAAGATTACTTTGATATAGATAATATTGAAGATTTAGATGAAGACATAAAAAAAGAATTGGAAAGATTTATTCAAAGAACTTTAGATAGAAATAGGATCATTTTTTAAAGTGATTAAAGTAATTCTAAAAAGATTTACTATAAAAAAATAAACTAGAGGAGGAAAGAAATATGAAAAAGAAAATCTTAACTGGAATTATAGCAATAATTATTGCTATAGGAACATCAAGTACAATGTTTGGAGAGGATGCAACCCCTGCTGAATATGTGGCTGCTTTAGGAAAAGCAACTCTGTACGCAAACCAAATGCATATGTCTAAAAAAGCTCTTCATGATCAATTGATTTCTGAGTTTGGGGAGCAATTTACGGAAGAAGCTGCGGATTATGCAGTTGAGAAGGTAAAAGCTAATTGGAAAGAAAACGCTTTAAATAAAGCTAAAATGTATCAATCACAAATGAATATGTCAAGAAAAGCTATTTATGATCAACTAATATCTGAATATGGAGAAAATTTTACAAAAGAAGAAGCAGATTATGCCCTAGAGCATTTACCTAAATAGAAAGATTGAGAAATGAAATTTGATCTTAAAAATAAAATAAAAGGAGAAATTAAAATATGAAAAAAATTTTTAAACTACTTTTAGTTATTACTTTAACCTTTACCTTAGTTGCATGCGGGACTTCTGAAGCTCAAAAATCTCTTGAGAATACTTTAAAAAATGTTCAAACTGGAAAAGTTTTAGATCCATCTGATAAAGATTCAGCAACTGTAGCAGCTATTTTTAAAAAAATGACTTATAAAGTAAAAAAAGTAACTGAAAATGGAAATACTGCTGATATAGAAGTCAATATAAAAGCTGTTGATTTGAGCCTATACATGAAAGAATATATGGCTGCAATGATACCTCTCGCTTTTGCTGGAGCAACTGAGAAAGAAATAGAAGAAAATGCAACTAAATTTTTTACAGAATTAGGAAACCGTAGTGACTTAAAATATATAGAAACTGATGTTATAGTTAGAATGGAAAAAGAAGACGGTAAGTGGAATCTAATCAATAATGATGATGTTATGGATGCTATTACTGGAAATCTTTCAAGTATATTTGAATAAATAATAAAAAACAGCCCTTGCTGGCAACAAGGACTGTTGAATATATGCATAACTAAAGTCATGCAATACACGTATAGATAAATGTATTATATCACGACTTTGGTTATTTTGCTATACTCAAAAATAACAGAAAGGAGTGATTTTTTATGAAAAGAGCTAATGGAACTGGTAGTGTATTTAAAATGAATGATAAAAAAAGAAGAAAGCCTTGGAGAACTAGAATTACACTTTGGAAAAATGGGGAACGGATATATGCCAGTCTTGGAAATTACGAAACAAAAAAAGAAGCAGTGGAAGCATTGGCAAAGTATCAAACTAACCCAAGAGATCTTTCATTGGATAAACTTACTTTCAAAGATGTGTATAACAAATGGGTTCTGTATGAATTTCCTTTACTCAGTGAAAATAGGCAAAGTGTCTATCAAAGAATCTTTGCTAAATGCTCTTCTTTAGAGAATATAAAATTTAGGGATCTTCGTCATACAGATTTTTCTAATATTCTTGATACAAATACGCATTCTGTAGGAATTGAAGTTAAAAATTTATTCAGTAAAGTTTCTAAATTTGCTATGAAAAATGATTTGATTGAGAAAGACTATAGTCAATTCTTAGAGTATAGAAAAAAACATGAAGTAAAAGTTGAAAGAAATATTTTTACTAGAAATGAAATTGATGTTCTCTGGGATAATGTATATAAATATTCTGAAATAGATACAACCCTTGTAATGATATATACTGGTATGCGTATAGGTGAAATTATAGGATTAAAAAAAGATAACATAGATTTAGAAGAAAGATCTATTTCTGGCGCTGGTATAAAAACTGAAGCTGGTAAAAAGAGAGTAATTCCAATTCATCCAAAAATATTCCCTTTGATAATTAATAGATTTAAAATGACTTCTTCTGATAAAATTTTTGAATTTAAAGGTAATAATTATGGTTCTAAACATCAATATTATACTAGAGCCTTAGATGCGTTTTTAAAAGAACTTAAGTTGCCTCCTCATAATGCACATGATTGCAGACATACATTCGCTACATTGTTAAATAATACTGATGCGAATGGAACAGCAATCAAAAACTTAATGGGACATAATCATTTTGACTTCACTGAATTTAAATACACTCACAAAAGTTTGGAAGAATTGAGAAAGGCTATTGAAAAAATAAACTAA

Protein sequences of DBSCAN-SWA_5

>NZ_AP017968|2552174:2637351|2626943_2629256_-|WP_096403437.1|DBSCAN-SWA
MKNYSYKQYGDELRFDFCPICNKEKKENPCFSVNIKTGNYICHTTGKGGNIKDLDDFEFKLPEIKEKKPRKKDIDFSELFKKRADHHLGGDWLSYLKGRNISEKGLNRFCRLGKNNTMMIPITDGEKVVAIKYRTIDKKLSCETGSSSDYFVNWQNVENKSYLIIVEGEIDLLSAVEAGYDNVVSIPFGCKNLKCIDNQKKWIESFSKIILAVDNDSPGIECKNQIIDKLSSIKSKLYTVEMGKYKDFNEILMAEGTDGIIKVIQAADRVGVGFTPFYQEADGYYTWQKDNYVKITDFTVKITGYSDNYIVGIVTSTGREREFKAKKTELLTKIGILEHLGYYLGSTQSIPKFWSWIIEENGEQFLLEIPHYGIIDGIYYDESSKVICSKEDLKIQKLDEIEPLTAKEKEWLNKNLIYLRSDPNQSLLGICWALGRFHIHESYPILEVSGTTSIGKTEYVEFISRLLFGNKENIKSFTTLTNHQIRSLSSCSNITPWVIDEVKITGKDLKEKAIELYSTIRAVYDNKTLNQGNLTAKLTEFKLCTPLIISGETELSDVSIKNRMISTDLTKDNKSSDEIFFKLKNTRLLEKLGKTALQKRINTGILDISLSKIKEFLHEVKDERQLYNGKCILVGFKALNEVIKIDEKVSVEFIKFLNQKLSHEYDVVSNFLELLELVAESGKETKTFYQIRENRHYVRFNILYKAITEEHFRTNSTLELLDMRTLKKQLIENKLIINTRVNIRFPKDDFTNDTIPIKADELLKNDIFNL
>NZ_AP017968|2552174:2637351|2577098_2578418_+|WP_096403383.1|DBSCAN-SWA
MNKNELKKRVLAAIEENKETIIAAGRKIYSNPEFGYKEFETTKTVSDFFKNELGLEVEEKIAYTGCRARINEDKSGPKIAILGELDGISCSEHPDANSIGASHTCGHNVQIAGMLGAAVGLIKSGVFKELDGKIDFIATPAEEFIELAYRSKLKAEGHIKYFGGKQELIRKGTFDDVDMSIMFHVLDTGDKKVLVGPESNGFIGKEIKFIGKESHAGSAPYEGINALNAAMLAINNVNAQRETFKEADRVRFHPIITKGGDIVNVVPADVRMESYVRARTIDSMIDANKKVNRALIAGAMAVGAEIEITELPGYLPILKHNDMEKVLRDNLHFIGLTDEDIIDGGDFTGSFDFGDVSHIIPTLHPMFGGVKGALHTRGYSIVDEEYAYLAPAKSMALTVVDLLFDGAETGKEILKNFKPVMTKEEYLAFMESNDKTIKA
>NZ_AP017968|2552174:2637351|2620339_2621746_-|WP_172426525.1|terminase|DBSCAN-SWA
MKINREDVIKQAKLELARREFFFYCHLKAPDFYKPDRKYLVDLCNSMQEFYEGDDEVLIINLPPRHGKSRTAGLFVEWILGKDQTEKIIAGSYNETLSTEFSKDVRGDIQEIKADEDKIVFSDIFPNVRIKRGDGAMNLWSLENGRNNYLATSPTGTATGFGCSLLIIDDLIKNAEEAYNENKLSSHWDWFTKTMLSRLEGKRKQIIIMTRWSSGDLAGRALEYYKEEGKKVKHITKKALQDDGTMLCDEVLNYKAYKSIIRAMGPEIASANYQQEPIDLKGRLYSSIKTYETLPKDTNGNLLFTTIKNYTDTADTGSDYLCSINYGVYEKEAYILDVIYTKEPMEVTEPLLANSLYDYGVNEADIESNNGGRGFARSVERILREKYRSNKTKINWFHQSKNKQARILSNSTWVMDHIYFPKNWVDRWPEFAKAILTYQKEGKNKYDDGPDVLTGVAEKNNNVKRFGW
>NZ_AP017968|2552174:2637351|2562950_2564837_-|WP_096403372.1|tRNA|DBSCAN-SWA
MQNFDVIVVGAGHAGCEAALAAARMGAQTAIFTITLDNIGVMSCNPSLGGPAKSHLIREIDALGGEMGRNIDKTYIQIRILNTKKGPAVRSLRAQADKVRYSKEMKKTIENCDNLSAIQGMVTEIIVENGKVIGIKTREGVEYRAKFVIIATGTFLRGLIHIGDKHFSGGRMGELSSDDLPISLEKAGLKLARFKTGTPSRIDARTVDFSKIEEQPGETEDILKFSTRTPDEELKGRKQISCYIAHTNEIVHEIIKNNRERSPLFNGTIHGTGPRYCPSIEDKVFRYGDKNQHHLFLEREGYETTEIYLGGLSSSLPTDVQDGMVKNISGLENAHIMRYAYAIEYDYVPPQEIKYTLESKTVENLFLAGQINGTSGYEEAGAQGLLAGINAVRKLQRKEPVILDRADSYMGTLVDDLVSKGTNEPYRMFTARSEYRLALREDNADLRLSKIGYEIGLLPEEEYLRVVQKGKDVEIIKAKLKENYVGPSNPRVNEVLRRCGEAELKDGTTYFELLRRPDVKYSDIKYIAELSDLELGDYSKDTEYQVEVQVKYSGYIERSMKMIEKHKSLENKKLPEDLDYDSLENIPKEAKDKLKAVRPYNIGQASRISGVSPADIQVLLIYLKARGN
>NZ_AP017968|2552174:2637351|2631116_2631632_-|WP_096403441.1|DBSCAN-SWA
MEKLSLYGITAEMQALEDLWEEAIDEETGEIRDAATLEVLQADIEMLLQNKATSLVKYCKDRDYFIDNVDQEIKKLQSLKKAAVSKQENFKKYIKMCMQKLGIPKIETTNGVLSLRKSESVSIEDEKLIPAEFTTIVQDIKISKTDIKKAIKEGQEVPGASLIQNMSLQVK
>NZ_AP017968|2552174:2637351|2607498_2609619_-|WP_096403414.1|DBSCAN-SWA
MAQINASINLMNGMTQPLMNIVNSVNNVISTLRAVNNANINIDTSSLQASQNLLNQTSADLLRWQQELENQIRENGDEAGRLNNRFREGGGPLEGLIAKAKRLALTLGGITFGKKLLGLSDEITTMNARVNIMAKANEDPEDIKRALFESAQRSRADYFATANAAATMGITAKDTFGSSKEVISFMELANKQFTIAGTEGAAKEGAMLQLQQAMSMGVLRGQEFRSVQQGMPTMIDYLAKHLGKTKAQIKEMADQGKLTAGVVKAAMFGAADDINKKFESMPKTLGQIGTSIKNTFIKNFEPVSEKLSKMFNSESFKNFVNTISLGINISILAIGGLISAVAGMVNWIRKYSSYIVPILTIATIGFVQLKWAVIASTAATIKDTIAKGANAAATLGLTAVYVLYNGAVALATLATGIMTGSTAALTIGVKGLSAAFLACPVVWIALAIMGVVYAIYKLVEWLNKTKGMSLSTFGVIAGAIAYFVTSTFNLLKVFANNIMFTISIIYNNFATFAEFLANLFNDPVTAVKNLFLDLGENIIKILTTVSGVIDKVLGTNLSSGLNDFQDKLNTWRNENVKENKIKIPRMNPEYFQLSDPKEAFKNAHDKTVEIANNIKGSLNLGVTNDLLKTIAGNTGKTNSTLDLTKEELKYLRDVAEQEVINRYTTASINNNNTFNNNINSEMDVDGVVSKFYNGLAEAASTVAEGV
>NZ_AP017968|2552174:2637351|2580074_2580638_+|WP_096403386.1|DBSCAN-SWA
MIYLNLFISFFKIGLFSIGGGYAAMPLIKSQVVDLHQWLTLKEFTDIITIAEMTPGSVSLNCATFVGIQIAGIKGALVATLGCITPSFIVVMIFTFLYFKYGDLKIIKGILRGLRPAVVGLIASAGTTIALIAFFGDKINIQEEHINYISVIIFLCAVIALRKFKINPICVMLVSGIFGIGVYEFLV
>NZ_AP017968|2552174:2637351|2610239_2610716_-|WP_005948950.1|tail|DBSCAN-SWA
MRRVTMHGKDAISGSEAECYITIDGNRYNFMQAITFEATFEKNKTEVPILGRPGKGNKANGWTGTGSMTCHFNQSVMRELLEKYKNDGIDTYFTIMVTNEDPTSAVGRQTVIFKDCNLDGGILAKFDADADYLDEDFDFTFEDFEIQETFKPLDGFIA
>NZ_AP017968|2552174:2637351|2634314_2634749_+|WP_096403448.1|DBSCAN-SWA
MEINEIIKKRRKELGLTLKQVAEQLGVSESLISRYESKDVKNMGIDKITPLAKVLKCTPAYLMGWENQTQKEMGDDIVEKYKLTPEELTEFEKVMSINSALMFNGKEIPEENRIELEQTLKKIFIRSLLIKRSKESDENGKKNS
>NZ_AP017968|2552174:2637351|2632320_2632485_-|WP_172426527.1|DBSCAN-SWA
MGRGKSEAKKRAKKIREKNQASLKRMKELGTQLKERESLQKLLLEKKVPRQNIA
>NZ_AP017968|2552174:2637351|2596346_2597138_-|WP_096403400.1|DBSCAN-SWA
MNKESSIGIFDSGIGGLTILKKIRELLPRENIIYYGDWKNNPYSEKSKEDIQNLSAKIMDFLIRNNCKAVVIGCSIFSAASLDFLKSQYNIPIIGMIEGGVKSAILESKQKKIAVMGSAFTIKSNVYEESIKKIDSDITVYQISCKALCTMLEKGWENYPDRMEILEGYLCQIPSTADTLILGGTHYPFILSDIRKFFSKKIVDSSVESAIELFRVLGQEDLLREGYKKGRIEFYINGDKEVFKDVAEQLFEKEEITNMFSLY
>NZ_AP017968|2552174:2637351|2624070_2624595_-|WP_096403433.1|DBSCAN-SWA
MREIKFRGYDKELKIWVFGYYVKRLLTTPCMFSSEREMEEWYKENTEYLIIYDGFSDWWMERDIVSHTVDKKSIGQYTGLKDKNGKEIYEGDILEIEIENTGWKRKLLCKYGKFKKKIIGIDKKRYEAETVGFFFLSDTFDRLLPIIQNGVFDTERMVILGNIYENSDLIEVKK
>NZ_AP017968|2552174:2637351|2624639_2625551_-|WP_096403434.1|DBSCAN-SWA
MKIGLIDLDQSKKFPNLALMKISAYHKNKGDRVEWYQSLFGGEYDIVYISKVFSWSLEYVYPIKAKKIIRGGIAYGPDNKLPNEIEHTYPDYSLYSFAKNKAYGFLTRGCPRACEFCNVSQQQGRISKKVADLSEFWKNQKEIILLDPNILACKDWKNLFQQLIDSKAYIEFSQGLDIRLMTREKAEYLNKIKLKMLHFAWDNYEMETYKKLKEFRKYFNFQNRQLGVYVLVNFNTTLDQDLERIYKLRDAGYTPYVMRYKDYNCKNVKLEKGNIYNKLARWVNRKHFFNKFKTFEEYLKEVH
>NZ_AP017968|2552174:2637351|2582125_2583700_-|WP_096403389.1|DBSCAN-SWA
MNSEKTAEDNLKLLQKGSGKLYMLCLGVGALTGFIVSIYRWGLGYANHIRESIFSHRDMESPIFLAMVWAGFIAIGLLVDLIAKKYPKTSGSGIPQVKGIILRQLDYVKWFQELVAKFIGGLFGIGCGLSLGREGPSVQLGSYIGYGATKIFKRDSVEKKYLVTSGASAGLAGAFGAPLAGVMFSLEELHKFISSKLLICTFLASIASDFVGRRMFGMQTAFNLTVNYPKEINPYFQFGLFVCFGIVIAFFGKIFTMTLIKVQDIYKGAKLPRWAKVSFVMTTSFILCFILPEVTGGGHELVEEMAGGNRTIQLLVIIFIVKLLFTALSYATGFAGGIFLPMLVLGAILGKIYGIVLVNILGVGPEFIPHYMVLGMAGYFVAVVRAPITGAVLILEMTGNFDHLLALVTVSVVAYYITDLLGLEPIYEILYERMAKDVPSEKLEPSKKTIITVPVTGESELDGKRICEVNWAEDVLVVAIIRNEHEIIPKGNTRIEAGDRITILLPEKKVHIMKESLYKLGTCS
>NZ_AP017968|2552174:2637351|2603933_2605013_-|WP_096403410.1|plate|DBSCAN-SWA
MFETKTFEYLMNEKLKNVPSDVDKREGSVVWDSMAPNALESAMMYQELEAYYKETFGSTASRTYLIERCRERGITPKAASAGVYKGKFNIQVPIGNRFSLDIYNYEVLAYIGMNTDTKYYEYQLRCESTGIAPNSNFGQLIPIDYLQGLTYAQLTETLIPGEDEEDTEVLRQRYLNSFDTQAYGGNIKDYEEKTLSISGVGAVKVTPVWAGGGTVKLTILDSEYNDATSTLISTVQEIIDPTQDASGKGVAPIGHIVTVDSAERETIYIATVLTLQGIDLSNVKDAIDETLKEYLLELRKSWALSEKLIVRISQIETRILAVNPGIIDVKNTKINGFEKNLEITANKIPVWGDGSYVTG
>NZ_AP017968|2552174:2637351|2555184_2555664_-|WP_070577418.1|DBSCAN-SWA
MKKILIPAMALMLSVSAFAMKVGYVNSQEAFAKFSQTKTVQENLNKEKTRLENEIKQKEVALQKAQLELQAKGAKVTDKEKTAFEGQVKAFQKFIQDSQTKLSKEEFTRFQAIETTMNNAISEVAKAGKYDYVFEAGAVKFGGENITDKVISTMEKNKK
>NZ_AP017968|2552174:2637351|2635681_2636176_+|WP_096403451.1|DBSCAN-SWA
MKKIFKLLLVITLTFTLVACGTSEAQKSLENTLKNVQTGKVLDPSDKDSATVAAIFKKMTYKVKKVTENGNTADIEVNIKAVDLSLYMKEYMAAMIPLAFAGATEKEIEENATKFFTELGNRSDLKYIETDVIVRMEKEDGKWNLINNDDVMDAITGNLSSIFE
>NZ_AP017968|2552174:2637351|2581624_2582086_-|WP_096403388.1|DBSCAN-SWA
MEFKVEHPSFTENKIVWEISGLKSILKYNGNPVKLKWGKTRLIDDQGVEREVKISDNFFNSPMIVIDKNEKVKIMENYSKIAYFFIIPSFLFLIRGGVLGAVFAVANIYFVRNTFLTDKPLGTKIGLSLLSTIGGIVVLFVIAAILTILIRGF
>NZ_AP017968|2552174:2637351|2631634_2631799_-|WP_172426526.1|DBSCAN-SWA
MISFLTVEQINKLYDGKLCIQQILSDLSSGDRELFISGICGECFDKIFFDSGEE
>NZ_AP017968|2552174:2637351|2622318_2622960_-|WP_096403429.1|DBSCAN-SWA
MLEFWIKQIITVTVYIGTLMFSILNFSIETSRVLAPILTTVFVWVMNNTFSKDYQEKIDKKIETYKNELDKKLETHKAKLSGHILVTKLQYDLEFEIYTNLFGSLMEVLLSTRGMIYFRKKNNKFYFDKYINDGNKFSDTFQKYYPFYSKKIYSICKEIFLEGQEIKDEYEEYKKTGNFNEEKCNQKISRMTDLKEEVSELIKKRIENMKIVE
>NZ_AP017968|2552174:2637351|2610733_2612047_-|WP_096403416.1|tail|DBSCAN-SWA
MAFGGGTWLTQNKVLPGTYINFVSAAAAYVNIADRGYACMGFNLDWGIENEIFTVENSDFQTNSMKYFGYEYTHDKMKALRDIFQNAKTVYCFRLNGSGGVKASNTFATAKYAGVRGNDIKVIIADSVDEEDKFDVSTYIGISLVDTQTVAATAELKDNDYVVWKKEATLEVTAGIPLTGGTNGTDSTGLSHQTFLEKSEKYRFNSIGAAVTDKVTKQLYAEHTKRMRDEVGVKYQCVLYDYEADYEGVINVVNACTDTGENEASIVYWLVGANAGCAINESLTNKNYDGSFKIKTDYTQTQLEQGMKAGHFMFHQVDNAIAVLSDINSFVNWSIYKNEDFYRNQVIRILDQVAMDVASLFNKRHLGKTRNNNPGRVALWTDITAHHQELEKIEAIEDFNPKEVTVLEGADKVSVLVNDRIKPVGVMEKLYMAVVVV
>NZ_AP017968|2552174:2637351|2615639_2616233_-|WP_096403424.1|DBSCAN-SWA
MTKEQLKALGVTEELAIKIAGESKKELEGYVEKTKFDEVDTKVKQLETSVAERDKQLEDLKKSTGDVETLKKQIETLQNENKTKEETYKTELSNLKKNNALDLALAGAKVKNNKAIKALLDSEKIKLKDDGTLEGLTEQLETIKKTDAYLFEETQTKEKTVPKGFVPGVTPPGETVTSPASLGDAVATALAGVFNKN
>NZ_AP017968|2552174:2637351|2609816_2610227_-|WP_096403415.1|portal|DBSCAN-SWA
MSLTTFLKGNAKTIGVVEYAPSDRFLDEEGKPAKFKIRAISGKLDAQLRAQSQIKDLKSGAIDFDTNKYMALLMTTCISEPDLRNAELQDSYEVKNEVDLLEVMFTAGEYQRLLMKVQEVNGFTETYQEKVKQAKN
>NZ_AP017968|2552174:2637351|2600367_2600613_-|WP_096403405.1|DBSCAN-SWA
MALPVIGLITKGFELLKKITKSGEKKQEIEALKIDVFKEALVNILYVFILLIVVNVIFPRIQVGDWIYNITDRILTYMMTQ
>NZ_AP017968|2552174:2637351|2562246_2562948_-|WP_096403371.1|DBSCAN-SWA
MREFLLEGIKKLNIEYTDKKVDNLIKYLELLIEYNSHTNLTALRDEKSIVEKHFLDSLLLQNLIKKEFKKAIDIGTGAGFPGMVLAIFNPDIEFTLMDSIGKKTKFLELVKEELELNNVNVVTSRAEDYINDENRETYDLGLCRGVSKLGTILEYIIPFLKINGEFLSQKMEGTGEETEAENALNTLKSKIIEIYNLQLPFSKDSRVVIKIEKTASNDKKYPRRAGIPLKRPL
>NZ_AP017968|2552174:2637351|2578474_2579353_-|WP_096403384.1|DBSCAN-SWA
MTLRHIRIFLAVCKYNNVTMAAKELFIAQPAASLAIKELEEYYGIKLFDRISKRLYITEPGKKFLSYASHITSLFDEMEKELKCHDSFNNLKIGATIATGTYFMPKYVEKFAEIYPGVKINVYIENSKVIENKLLTNELDLAIIDGIIHSENIISNPILDDKLVIICSPDNPLAQKETVSLEEIKNQNFLLRERGSGTRELFDSILFSRGITIEPLWESISTRALVIAVQQNIGIAVLPYYLVKEELEKKIVSRVKINNIKFVRKFNIIYHKNKYLSSSAMSFIEMCRNMEK
>NZ_AP017968|2552174:2637351|2602159_2602312_+|WP_172426523.1|DBSCAN-SWA
MCAWVNWKDNIKVNSYIGLDYERDDTSITVAYHAENGSMSYSVTLLCAKI
>NZ_AP017968|2552174:2637351|2603305_2603947_-|WP_172426524.1|DBSCAN-SWA
MLLDKAKTVNLIKYLPVFMHEYKEIKTITDCENPIIQDECLRLKQAFRNNFIFLTDETGIAIFEKMMKIYPPSNASLASRQAAVFTKWNSSLPYTWEWLLEFLENYFSNSNTIATPILYNLIYGLDIELVKEEEFTDFEYALFTYLREVIPANLILNIINRKEDIGTYYLGNLETQILEEEYYPDGEDVEWKNEYYMRNLEIQIIEEVITDGV
>NZ_AP017968|2552174:2637351|2595098_2595695_-|WP_096403260.1|DBSCAN-SWA
MINAIWCGMIIIGVVVSIFTGKIQAVTDSAISSAGTAVEISIGLVGVMALWLGLMKIAEEAGLVKAMGKAMKPLMIRLFPEVPADHPAMGSMVANMAANFFGLGNAATPLGIKAMQELQELNTNKDEASNAMVMFLAINTSSVTLISSSVIAYRTAAGSANAAEVIAPTIVATIVSTTVGIIACKILQKLPSFKREEI
>NZ_AP017968|2552174:2637351|2588680_2589517_-|WP_096403393.1|DBSCAN-SWA
MKFSKMQAAGNDFILMNGMIEKSSNWNETAKKVCDRHFGIGADGLMFCERSSNADIKMSYYNSDGSRGEMCGNGIRCFAKFVYDSKIVTKDEFSVETDAGIKHIKLDIGISGDIEYLKVDMEKIDFRGRAVPCTIKKENILEEEIFIKEKKVIFSSVLMGVPHTTIFVENFDEYDVNEIGSLMEKNDIFPEKTNVNFAKIMTDDTIMIKTWERGAGRTLGCGTGCCATAALAHKLGKIKEKKIKLLAEGGELFIEIGEDYEITMSGKAETICHGEFLK
>NZ_AP017968|2552174:2637351|2580662_2581544_-|WP_096403387.1|DBSCAN-SWA
MLDFRIYTFLELCKTLSYTKTAENLHMTQPAVTQHIKFLEEFYKNKLFLYSGRTLSLTEYGKILYRYLVAMNSDSEKMREKILNLSSNKHALNFGATLTIGEYVIPKVLKKLSSDYPEINVSISVKDTKLLLEKLENGDIDFLLVEGFFEKTKYDSFLFSKEEFVAVCSDKNRFSQGEFTFEEILEERIIVREKGSGSRDIFEKILYDNNLSINDFTKKYEIENIKVIKEMIKNNTGITFIYKIAVEKEIKNGEVSVIKLKNFHAEREFNFVFLKDSIHKEEYKNWFEFMKKC
>NZ_AP017968|2552174:2637351|2591010_2592315_-|WP_096403395.1|DBSCAN-SWA
MKLFGTMKIENGILEIGGIKVTELAEKYGTPLYIMDQALIEENIIKYKNNFKSSKFGTSIVYASKAFLSKAICQLVEKYDIDIDAVSGGELYTIKTSGLPMKKVHMHGNNKTDEELKMCLDYEIGSIVIDNEEEIGRLSKICKEKNKKVKVMMRINIGIDAHTHEYIKTSKHSSKFGESIFDDRITEIIEKIVKDENMEFLGFHCHIGSQIFDTKAFHEGIESMVKETKKISEALGIYIPEINLGGGFGVYYTEKDTAIDVEQFMKSMIEHLERSLEAEKMKLEKVSIEPGRSIVANAGSTLYTVGGTKTTYGGVKYIFIDGGMTDNIRPALYQAEYEAIVANKANEAAEDVVTIAGKCCESGDLIIKNGKLANAETGDLILVATTGAYGYSMSNNYNKAPRPAVVFVKDRKSALSIKKESFEDLVRNDVLIDL
>NZ_AP017968|2552174:2637351|2614290_2614659_-|WP_096403422.1|DBSCAN-SWA
MAKIICPNKEYTGVSASVSFCNGVGETEDIRLIKWFEDHGYTVVNNEKVAEKAVIDEEAKEEVTAEETATEKEMYTKKALEGMSAPDIDELAAREGVDISNCKNKNEKIEKILEYQKGKEEK
>NZ_AP017968|2552174:2637351|2587282_2588524_-|WP_096403392.1|DBSCAN-SWA
MAELNKKKSVWEAYRFSILLIGAIILGSIIGTVMGEKAKIFKPFGDLFINGMFTIVVPLVMVTISSSISSMNDMSRLKSILKNLILVFVSTGFVAAIIILIIVNIFPPAQGVNLNIPAAEALKPFQTGDQIVKAITVTDFPELISRKNMLPLILFSIVFGLCVNMVGEKGRKIADGLDALAEVFLKMINLLMYYAPIGLGAYFAALVGEYGKELIGSYTRAMIIYYPLCFAYFIFMFPVYGYIAGGKEGVKSLKHLLSPAITSLATQSSIATLPVNLEAAGKIGVPKDIREIVLPIGATAHMDGTVFSSILKISFLFGIFGVPFAGAGTYISAILLSIVGGVVMSGVPGGGLIGEMLIVTMYGFPPEAFPIIATIGYLVDPPATMINATGDTVAAMLVTRMVEGKDWIKKNLG
>NZ_AP017968|2552174:2637351|2605860_2606847_-|WP_096403412.1|DBSCAN-SWA
MNNADIKVYIVKQDTPGATGSTFIPKVLEGITWTTERYGTAGKLEFSILNEGDIFPVEGDKVEFHYDGTPVFLGFIFTIQRDKTDIIKITAYDQLRYLKNKGIHEYKNKRADEVVKMLADDYRLQLGELDNTVHVIPIRKEVNKTLLDIINTALSITLQNTKKLYVLYDNFGKIMLKDIESLYIELLIDENNSENFSYTSSIDKRTYNRIVVYRENEKAGTRELYETKSTKNQNEWGILQHVEQCGKKENPKVMADALLELYNKKTRILSIKNVLGDVRCRAGFSLFVKLDTGDIDINNKMIINRVTHTFKYQEHLMTLDLIGGVLNV
>NZ_AP017968|2552174:2637351|2633667_2633865_-|WP_096403446.1|DBSCAN-SWA
MEKELKGVTLKIDTHSLHDTIEKLNELNEALKKAKSLIDELAKNKIFLELKVNDLLSADLQDKSL
>NZ_AP017968|2552174:2637351|2635235_2635625_+|WP_096403450.1|DBSCAN-SWA
MKKKILTGIIAIIIAIGTSSTMFGEDATPAEYVAALGKATLYANQMHMSKKALHDQLISEFGEQFTEEAADYAVEKVKANWKENALNKAKMYQSQMNMSRKAIYDQLISEYGENFTKEEADYALEHLPK
>NZ_AP017968|2552174:2637351|2626293_2626500_-|WP_096403436.1|DBSCAN-SWA
MENLKLDRGASFIEFYYTGLSIMNSKDLAAYVKLNRWYFDRMNFEIQEQFRQMYRNLKRMEVENGQKN
>NZ_AP017968|2552174:2637351|2625551_2626310_-|WP_096403435.1|DBSCAN-SWA
MGKKINPEEYVGQEFVNKIGEKYKVLKYLFKEKLNYCFDIQFIGTGNLQMATLNQIRNNTCFDLIERKKLKRLKTELQLKERTRLVNKAKNTCVIPNNLRYKNVLSIDLSTTSTGIAYSKNGTIVRWKTIKSDHNDFRERGLEIVKQLVEILEKGMIDVVILEDVYLGLNSDVLTKLSEVRGMLTYHIKKLNLDLLLVPAVLWKHRIEGVPVHRQDQKEFMMKKFFEYTGVEADSDDSADAYMMLKVCLGGK
>NZ_AP017968|2552174:2637351|2572910_2574482_+|WP_096403379.1|DBSCAN-SWA
MTQGNVKSTKMTTFIKTVERVGNKLPDPFILFGIFAVFTLIISLVLSKIGVEASFMEKGAKTLTIVKIENLLTFNKLRQVVSDFPTTYVNFPSLKLVLIMMMAIGVVEETGFFDSVMRKYLLKAPKSVVTAVFIFACVNANVMSDAGVILTLTLGGVVFASIGRSPILGIMLGYAACNGGYCASLLVAGADALVAGITEQVAVDAGFHLDINPLCNYYFMAAATVVLTVVLTIFTEKFIMKLFPEEETADDSMLKKYELTDLENRGLKFGMYGFISFVVIMLALTLPSEAFFRNAAGGFLPKSPLLSSIVVILFFLFLFIGVSYGVGIKKITSGKDVSRLLQAGAKKSAPLMVTFLTCALFMDLLNKSNILRIIAIKMAELIKAANVGPLFLLVLVIILTAMMNPFMTSASTKWILLAPMVVPVFGMIGVNPAYAQLAYRIGDSATNIISPLHPAITVIIGLMAQYNSEKEKKTGRKIEEAGFGTIFSLTLPYSIVILVTLTVLMVIWYVLRLPIGLGVSTFI
>NZ_AP017968|2552174:2637351|2592362_2592797_-|WP_096403396.1|DBSCAN-SWA
MIVQIAAAIAATLGFGILFGLNKKKLFYAGISGGIGWFFYLISLKVNLSEAIAFLAASLSMTIYSEIMARKLKSPAITFLIGGFIPLVPGSGVYYTMYGLIKNDMQMTVQKGIQTFIVAGAIAVGILLGSTICQIYFSKKKKLY
>NZ_AP017968|2552174:2637351|2632495_2632894_-|WP_096403444.1|DBSCAN-SWA
MIKAGDRVIYNVQADYDECEGIPLLRTVEEVIKTKNNIYYKLDGVDDLVFEDDIEEIISEGKEKSLSEKMSSRLGLITYLIFKVSEMKLQDRCCNPGESWGYVVKVLYEESDPKVFWEYIGNIVSEIQKFVK
>NZ_AP017968|2552174:2637351|2623517_2623823_-|WP_096403431.1|DBSCAN-SWA
MRKICLIIFLILAFVACSEPEYVERTGVIIKKEYVPKTTKTYIRSMWIGKIHHMIPTTEYIPEKYILKVSYVVTKEKKFEVSKDEYDRVVIGDKKVFKEVK
>NZ_AP017968|2552174:2637351|2599042_2599723_+|WP_096403403.1|DBSCAN-SWA
MLKIVKNYWKTIIFILVFPFILDWVLRFIWWIPIPINESASLSEWLGFLGAYFGVIGAIGGIWWQLDKEKREKEKEIFESQKGALIKFLHLTQNTAERYYDYSNTFIILLKNNSDFEYISHKIFEYNKVLYENLLFEVPPKFQTIILKTMNKFNDFYLKDYLKKSKVSDDEILDFLDEEKKIYELIKNELKDLILELSKMSDERIFNEAKTKLDLLVNRIEEIEGE
>NZ_AP017968|2552174:2637351|2633057_2633711_+|WP_096403445.1|DBSCAN-SWA
MINKKIKLNNFVPELEYEVENCCPHCGIYNDPIKINDLQNFSTKDGLKVFVILFKTSCCQKVFSSFYIYDQLAFRTKHIFTYPSVKPHVFDKGLQEVSPNFIKIFNQSKAAEDLGNFELACIGYRTSIEFLLKDFLIRVRKEDENKISKMKLYDVISLFEEKEISISADVVRAFGNDKTHYIAKYDFEISQVKTYLKFLIDAIVKEIYLANPPIKGR
>NZ_AP017968|2552174:2637351|2570689_2571262_+|WP_096403377.1|DBSCAN-SWA
MKKFFLSILLLLILTACGQKEIYKTKDDISRVENEISYSINYNEFYNYLNEAYPKIKFEKQDPRITKSGKYVGVITWKNFKIECNFKEKNSELTSIYLSSPKGKIKHSKTVALVRNVEFNQQDIRDLKKYSLVINNILNSSNTQKKMQEFLDEKLKKNIERGKIQIGESKVTLRLSGPVLLVVFEPNIIK
>NZ_AP017968|2552174:2637351|2552174_2553446_-|WP_096403366.1|tRNA|DBSCAN-SWA
MLELKFIRENRELVKEMLANRNSNIDLTEFDRLDEERRAILGEVELLKQKRNTESAEIARLKKEKQDASQIIEEMGKVSAQIKELDTKLAEVDEKLTYFQMVIPNMYQEGTPIGKDEESNVEVRRWGTPKEFTFEPKSHWEIGENLGILDFERGSKLGGSRFVLYRGMGARIERALINFMLDMHTTEHGYTEHITPFLVKREICEGTGQLPKFEDDMYRTTDDMFLISTSEITMTNIHRKEILDEKELPKYYTAYSPCFRREAGSYGKDVKGIIRVHQFNKVEMVKIATQESSYDELEKMVVNAEEVLQRLELPYRVIQLCTGDLGFSAAKTYDLEVWLPSQNKYREISSCSNCIDFQARRMGLKYRPNGSSKSEFCHTLNGSGLAVGRTFVAIMENYQQEDGSFLIPKALVPYMGGIDVIKK
>NZ_AP017968|2552174:2637351|2592812_2593586_-|WP_096403397.1|DBSCAN-SWA
MNNKNSISKEKIEENSVLFVACYMGRLILQNGGETYRTEETIRRTCEHYGIKANSFATLNTIITSIDSFDGKRYSKVDRIDLRTLNLDKVDRLNHIARNLDEYKISEVKEKIMEIEAENKMSFRKKILGNVLVGSAFAILFKGGIRDSIVALISTFILACTDELIKDLKLNNFFVNFIGGVTAAIISLTFFKFNFIEDISISIISALMLLVPGISFTNSIRDIIAGDFVSGISRGVEAVTTGIALASGSGMILSIFL
>NZ_AP017968|2552174:2637351|2629897_2630530_-|WP_096403439.1|DBSCAN-SWA
MAQKVLILGSSGTGKSTSIRNLNPDETFIIKAVEKQLPFKKSETLYNSENKNIFTTQKINSVLSMLDRIEKNSKVKTLIIDDFNYLLTFGYKEKAKEVGFQKFETLAFGIIDIFEKIDKMRKDLIVYVIAHTQKDADGKLSMKTIGRFLDEKVVVEGLFSMVVLALGSEADYKFTVNGIDPAKTPMEMFETDEIENDLTLINKAIKEYFN
>NZ_AP017968|2552174:2637351|2600625_2601048_-|WP_096403406.1|DBSCAN-SWA
MKVSKYFDEKETTVSATGERLKIKNIPNQDEKDNILYTASRMDIVREYLGIPLIVLSWFRCKELNIAVKGSKTSAHRFGLAVDVYSTRMSSKDIYNKLIEAQAKGVLQFDQLIYYPKQNFVHIGFKLNKDQERNMYFVSK
>NZ_AP017968|2552174:2637351|2618884_2620321_-|WP_096403427.1|portal|DBSCAN-SWA
MFEWIKKLFSKSKEKVEKKVERSYVEKLIQNWEMSKSRKMMITGEDYYRGKQDILNKKRLVRNEKGDLVENFALVNHKIVDNQYSKLVDQKVNYLVGKPISFKSKDEKYAEELQKIFDKNFHRKFKYLTENALNNGVGWLHPYYDNEGNFKLRQFEPFEILPIYKDKDKEELEMVIRVYKEAILGTYETIEKVEVYKKNGIDRYVRKRGVCSLECENIPYVIFTEGEEEKPFNWAKIPFIPFRYNQQEIPLIARVKSLQDAINTIVSNFQDNVTEDIRNTIFVLVNFGGEDPADFRRDLQDGIIKVNAVEGISGDVKTLQVEVNSENYKTILEMLKKAIIENGRGFDAKDDRMSNNPNQMNIQSMYADIDLDANNMETEFQASFEQLLWFVNVHLRKDKDPTLEVIFDRDVLVNEGQTIDNIAKSVGIISEETLVSMHPFVAEPKAELERMKKEKEEKINQYPEAFGNGPGDPDVKEE
>NZ_AP017968|2552174:2637351|2636322_2637351_+|WP_096403452.1|integrase|DBSCAN-SWA
MKRANGTGSVFKMNDKKRRKPWRTRITLWKNGERIYASLGNYETKKEAVEALAKYQTNPRDLSLDKLTFKDVYNKWVLYEFPLLSENRQSVYQRIFAKCSSLENIKFRDLRHTDFSNILDTNTHSVGIEVKNLFSKVSKFAMKNDLIEKDYSQFLEYRKKHEVKVERNIFTRNEIDVLWDNVYKYSEIDTTLVMIYTGMRIGEIIGLKKDNIDLEERSISGAGIKTEAGKKRVIPIHPKIFPLIINRFKMTSSDKIFEFKGNNYGSKHQYYTRALDAFLKELKLPPHNAHDCRHTFATLLNNTDANGTAIKNLMGHNHFDFTEFKYTHKSLEELRKAIEKIN
>NZ_AP017968|2552174:2637351|2557790_2562230_-|WP_096403370.1|DBSCAN-SWA
MKEFYNNNKKKIITGLSLFLILAGGYWSVRYHLSKTVEIILQIALGPKISSSSIEFKRYGLIEIKDLKLINNKKTIIDAPKVELLYSKESLKKLRIEEIIIYDGIANITREKNGDINIVAAFTGESKEGKNDTEAEEKEYKPGIGVPIDRITAINATTNYTDLSYTNPIQETAYGTNGFLTFSKEKGINLIFKGKNEEQLYTFALNTGKEPYDINIKLEDIAVKTELLQYAYDGDEVSYKGGVLNLDLSISPKGLFGNADFKDVTVRYKELDTDVKVSEGTVDFQGKTVIVKADYEVFDTKEKFLLVYADDELNIDFAAKNVTYPQIQKYSLVKDLNLPLENLIVNDVKFNLNLNPEREFKVTIDFLSKDFILNNLELRNTNGKFVYDSKGIHIKDLNTDFSFWNKERKEELFKKKIVLSLDYFEDEGALTFDISGNDSINNYIPNIDGVFNFETKNKNFNFNFLSNIIKLRGRYYSNIEKINLYRAGKFSLDYDLKNKNLERGSGVIDFNLYNLRFALDFIAENNKIMIDSLTAHDKNEDKITFNLTGETDISKMSYDLKFDAEELNVERNVLNEDALLNASLNGHISGENGSINASVDVKSLTFKYLAEIKDIAGKFEFKKDEKIFGDFKGSIGQVRYNDYDLNGFIFAMRIKDDKFEIRDFRNGIVDINGNINLKNLASNINFSVKDLDFEKFNIEYPKFYINDVKGKINGKINDPKIDVKINDIKLDIGDEKKDILVHGEINYYKSLIKANKIYLNSNIFNGKYNLKNKKYNAILNIIEDDPSEYYLDTNLKYRVIGTLKVDGEDKKINARLNSTIDKIYMRGTKLPNVYVEGRYKTDNIPDGTIELNKIVLSNGDMKDILQLTAGYNLQTKEISAGIDNQVVKLDTLKEYTKEEIVNGNLIFNGKLSGKVEDLKYDLKINSNLISMKEINFKNFLIKINGNLDKVFLDEFSFKYLDNSFYSKGDITLENKKYNFLVNSSKINLDFLNIFLEKYGITNIEGIAAFNLDLKDDGNSGYFNLMNFGMKSKEFFINMDNFNSTIKLDKKRLYIENFQGKLNDGDTTLKGYLELPSITDIAENPYYMEDLDYDISLDTKGVNYKYSNYFRVMFDTKFNMKNNKLAGNINIIDGEVENIPSNSKSLFQIIKNFLFKSSSSIVNKSEDLGKDFQINTIFEKSLELDVTLKIDKGIKLDIQDVNIFVGDVEGIVVGGGRLSGKNGKFVFLGDAEIKNGSLAINGNTFELDKALVIFNDRKDYFPNVNPTLVIDSRVKVQNDELGMSINGELDALRFTITSKNGSASGNLSSLLIGDEEFSDSASATLFKTVIGSQLSQTIFRPVSNLIKNTLNISKFRIKSNILTSENQNPNAEDNRLRLGAVIEAEDNIYKDKLYWVARGTLLGDDNAENNNERNSGAFEEYDFSVEYRFKPGQSIGIGAGKLPRKAKTKADENSKNSINYHIDFKFEKKYDTLLDIFRKQ
>NZ_AP017968|2552174:2637351|2593589_2594510_-|WP_096403398.1|DBSCAN-SWA
MLGNKLKKGDTLGIIAPASFTSIDKVESAKNNLEKMGFKVILGESTKSRWYSYAGPEEIRVKDINDFFADPNIDGIICMRGGYGCNRLIEMVDYSIIKKNPKIFIGYSDITTLHMAIFQKTGLITFHGPMAVSNFSGEYNEDTYKSFEEVLMNENDELVLKNFSKELGVLCEGIGEGEIIGGNLATLIASLGTDYDVDYTGKILFLEEIGEKTYKIDRMLNQLKKFKVFEKINGIILGDFRNCPADSENDMSLMEVFKDYLSNLKIPVVYDFESGHSEPMITLPLGAKVKINTSVKEIKILEKVVR
>NZ_AP017968|2552174:2637351|2579483_2580059_+|WP_096403385.1|DBSCAN-SWA
MENLTLQKKNYWKLFTTMLYLSAFTFGGGFVIVSLMRKKFVKEYHWIEEKEILNLIAIAQSSPGSLSINISILVGYKLAGIPGALISITATALPPLITLSIVSFFYISFKDNVTVNALMKGMQAAIAAIIFDVTFSLAKDVVKRKELIFSLMTVAVFIAVYFFEINIIFIVLVCGFIGAISSSYKFKTQNL
>NZ_AP017968|2552174:2637351|2553476_2554070_-|WP_096403367.1|DBSCAN-SWA
MKKRVYFDKFGEMKFISHLDLLRFFDRLLKKSQIPVKYSQGFHPRPKMSFGSPVSLGTEAYDELMDFELESPMSNEEVFERLNSSNVMGFRVNKVEEVPRKSSIMEEYTVMIYEIEGSEEDISKLEELLNRDEIIEVKEKKGKTVTRDLKVRIKSFKRDNNKIIMEIINTSPNSYLELVGIEQQNVKIKRCGYKINS
>NZ_AP017968|2552174:2637351|2621732_2622239_-|WP_096403428.1|transposase|DBSCAN-SWA
MAKSKWETHVKDKLILVESWARDGLTDEQIARNLGIGYTTLKEYKNKYPSFSATLKRGKEVVDTEVENALLQKALGGKEKLLKPVKLKQVIYSDTGKKLKEFEEIVMVEEEVLIAPDTTAQIFWLKNRKPGVWRDKTSVEHSGEIKGNNPFAGLSTEELKKMIKDEDK
>NZ_AP017968|2552174:2637351|2614029_2614278_-|WP_096403421.1|DBSCAN-SWA
MKLQIFNHRTEEVHYFECENFKTSKEVEKYKNMPDGMQKIGVEEPDTRINLKTKLYDGVHYQVLFNLNECSAYVDGVLIFVK
>NZ_AP017968|2552174:2637351|2585340_2586870_-|WP_096403391.1|DBSCAN-SWA
MFESLIGSFKNMVLSLNGLLWGKLITVNVGETIVELSLLVVILIPVGIYFTVRTRFLPFRLFPEMIKCVLEPKSSDNKDSISGLQALFIATASRVGMGNLAGVVAAISFGGPGAIFWMWLAALIGASSAFIESTLAQIYKEKDPLYGGFRGGPAYFMDRMRIITWVKEEDEYVNDIKGTSKYVSIDGKKYYTRGTKFKLLGVLFALSGLLCWAGISQVIANSVTQSFANAFNFPPLYTTIALVVISGIVLFKNAGIVDVLNKIVPAMAILYFSVTLFIIIKNIGLIPQMFENIFVQAFGFRQAVAGGFGAILMQGVKRGLFSNEAGSGSAPCAAAAADVTHPVKQGLIQALGVFIDTLMICSCSAFIMLLAPESVTKGLMGMDLLQAAMNHHIGQAGVIFIAVILFLFSFSTFLGIMFYARGNVAYVFGDNWKSQNLYKIFALGMLFAGGLAQYTFVWELGDLGVGLMTVFNMMAIIPLSGQVLASLKDYELNYMNKEVKKPKIIEETV
>NZ_AP017968|2552174:2637351|2632072_2632309_-|WP_096403443.1|DBSCAN-SWA
MANSKSVSVEEAAKILGQGLEKVRRSLIQGVAPFGYAVKMGNQWSYHISRAKLYDYLGYEYEKEKAPEEPASSTSANV
>NZ_AP017968|2552174:2637351|2571466_2572753_+|WP_096403378.1|DBSCAN-SWA
MKIAIIGAPDSVEKIYSILSSEYKEVSFFKYPKEKIEEMIPLIQKLENDVDGIYLTGIGIYSSLNLKTDLSNKAIVYTKRGEMGIIKAFLLLQKDYESIDNLKIGIDLIEEKMLKDVFEEYEIQIKNYYLQKYEYSKTEEEYLKNYLEKLKTKEIDCVITAFGYIYYYLKRLNIPVYRLQATNTEIKLEFKKLELMAKIKELEKTGIGVQIIKLIKKNISELTQKTLQNKNSFETQLLEYAKEIQGNIQFLGNEEYYILANKGLLLDEETLKIITTLIKNTTKKDFYAGIGIGEGQTILQAEANGRKALKISLSKNKNEIYFYDGKNVSGPLLTENMLQYSDSVNKDIFELSKKIGISSTYLEKLKSIIKKYGKNTFSSKELAGIFEISERSVNRLLKKIIENGYGEEAEFENTPGAGRPRRKIKFNF
>NZ_AP017968|2552174:2637351|2567065_2568307_-|WP_096403374.1|DBSCAN-SWA
MNNLVERFLKYVKIDTDSDPSNKACPSSDIQWNLAKVIIEDLKELGLEEISLDENGYIMAALPANCDLDIPTIGFIAHMDTAPTYNGRGVNPRIIENYNGEDIILNKELEIILSPKDFEHLKNYIGQDLIVTDGKTLLGADDKAGIVEIIEAVKYLKDHPEIKHGKIKIGFTPDEEIGRGANLFDVKKFDCKFAYTVDGGEIGELEYENFNAASAVIKIKGRDIHPGTAKNSMINSILIGMELNSMLPVEQRPEYTENYEGFFLLNDMKGTVEDTSMNYIIRDHSMKKFNEKKILIKDAVQYLAKKYKDAEIEIEVKDSYYNMKEKIEPVMYVIDLAHKSMEELNIKPCIKPIRGGTDGARLSYKGLPCPNLFTGGHNFHGKYEYVCIQSMEKARDLIVKIAENLVKINFEEK
>NZ_AP017968|2552174:2637351|2602323_2603316_-|WP_096403408.1|tail|DBSCAN-SWA
MAYNGLTNAGAAYLAARQANNLPIEFLKAKVGDGIVPSGMNPADLTDIISEKMEVEITDIQQAERTLKMTVQVSNESLTTGFYLTEIAIFVNDNGTPVLYWYIGKDNGTPVHDSTKPMKYKNILNIEVSNTPVTTVNYTGKDLWIDEETLNAKFGTKEKEILEGIQLARTLGLEYGGELNNSNTKKLNTVYYDTQNKSFFKCFRENTLNYADSSYYEGISNNDLLLKLQNLFYYNRQIFNYYNMVIEIERIGKICILSISSHTPSAAQGVISGFPDWCVPRVAGCGAVCGNDPSQATGEIYMDAEGFRWFVSDISRPALYTGQIIYVAKN
>NZ_AP017968|2552174:2637351|2629273_2629882_-|WP_096403438.1|DBSCAN-SWA
MALWKSNPENLTKKTGFKKKITASGAYELEINEAYLSDSTKSSAKGITLSFSNDELYGRVSLWYLKGNGEPNDSVERNIERLIYLAKLKLDKLKEETKKVKLFNGNEVDRTFLPELHGKKVGMMLEVEKKEDNYNISIKDFYDIGTGKTTDEIINKTEAVTVKNFKEIYEKEEPKQGKKGYPLPYETDKNIITEDDEEEFPF
>NZ_AP017968|2552174:2637351|2569810_2570245_-|WP_096403376.1|DBSCAN-SWA
MKNEAFGNSLYSYLSRAHHRSRIFMDEELRKKGITDLGYSHIRIIIVLYVFKILSMKEITEKISKDKSTVTILVNKLEKKGYVRKSVCSEDRRIMYLELGEKAEEVIGVIFDVSQIFHKKVEQILEKDEIDTLKRIMSKLLEKW
>NZ_AP017968|2552174:2637351|2617167_2618901_-|WP_096403426.1|capsid|DBSCAN-SWA
MSKKSSYWQERFLEEEERINKDARAYARRIEQQYDIALRNIERDINDWYMRIAKNNNVSLLEAKRMLSAKELAEFKWGVKEYIKAGETNAISPIWMKELENASARVHISRLEALKIQIQNEVEGIYGVRDKEMQNYLVRTYGETYYHTAYEIQKGNGVGWSLNRLDTNKVNAIIHKPWATDGKNFSERIWEDKTKLINTLHTGLTQNFIRGEAPDKLISSITKEFNIKKSVAARLVMTESAAYSSQAREKSFKALNLSKYEIVATLDSKTSEICQEMDGKVFDMKDYQVGITAPPFHVWCRTTTAPWFPENFDAERIARGTDGKTYKVPENMKYKDWKEKYVKDNEENDIIEIKTKDDFIKRMKEDFGFTKVATDGVELDVLREVHETLKESYEEYPILKGFINHFNISSEADATAWAVMKVDENGKIIRSLNINLEQMNNKKGIMEMINRAVKENKWTPKNGAGGIIKHELGHMIEYAINVKKYGLDLKNLSASTPGLMDMWKSCGDGTVAKEIVTKIFKEKGIKLNNKNVEILVSGYAAKSFKEVLAECVGCDESREIPNLVKEELKKYMKELMK
>NZ_AP017968|2552174:2637351|2598025_2598904_-|WP_096403402.1|DBSCAN-SWA
MKVILNLKSDFEEILINRMKEMNVIFDKKKNIILQYINVNRKLIKLNNKVVKVYNSPQIFTFYKYKEQIENIKNFLLEGKDMRNFLSREAIIADKYDQMLNLFNIYHFHLGAEFDLKKQYIKRTGDLLYVFFYEDIAYVLGVYPHGEWVRDKWFHIIHNNWKEITEKFKFFGASEADGRTEIDIETLRRSNINVPIKIGEETYLPPGKAITTSGCRIEDIKEHDRVLMIFEDIEKKFDEILINNLSKERRLSLKDKELKFKLERISSDDKLYTGNTLHIVSSKENIDIQIKI
>NZ_AP017968|2552174:2637351|2613610_2614012_-|WP_096403420.1|DBSCAN-SWA
MGIDEAVKLRLKMFKITVSTEDESILEYLINKSLNSINNITNQDYTADTFPTPIFEIWVDKAAGEYINLKKTTGELPEDYDLLLLVNQVKLGDTSVNLGEGTASSDEQRLNAVINFLMIGRDRELIRFRRMSR
>NZ_AP017968|2552174:2637351|2583884_2585288_-|WP_096403390.1|DBSCAN-SWA
MEKRKFMPEPFKIKMVEHMGTLDKEARKIAIKEAGYNTFLLKSEDCYIDLLTDSGTNAMSDRQWAGLMLGDEAYAGSRNFYHLQEVVREYFGFKYLVPTHQGRGAENILSSLTIKPGDYVPGNMYFTTTRFHQERNGATFRDVIIDEAHDPTAELPFKGNIDLKKFQALIDEVGADKIPYICLAVTVNLAGGQPVSMGNIRAVSELAHKNGIMVMFDATRCVENAYFIKEREEGYQDKTIKEIVHEMFSYGDGCTMSGKKDCITNIGGFLCMNDHDLYVRATGMVVQFEGMPSYGGLAGRDMEAMAIGITESVQYEYISYRVNQIRYLGEKLEAAGVPMVKPFGGHAIFVDARAFLDHLTQDEFPAQSLAAALYETSGVRTMERGIISAGRDVVTGKDHHPKLETIRLTIPRRVYTYAHLDFVADAVIDLYNRRKDISGLKWDYEPKVLRFFTGTFKTINPELIKGY
>NZ_AP017968|2552174:2637351|2606839_2607496_-|WP_096403413.1|DBSCAN-SWA
MYIFYLGSLLFPVAPEGVNIKANNQNKTLTLINEGEINLLKSRGLQEISFEVLIPHQKYSFSKYLGGVLPIQHYTEALAAMKATKKPVQFIILRNLKSISGIYNTNIKVSVEDYNLIDNADKYGEDIGISIKLKEYKDKSNILMSIVGKVENKTQYLLTKVRESAKILPKTYTVNSGDTLFTIAKKQLGDGSKAQNLLELNKLPNLIDIVAGQVIRLE
>NZ_AP017968|2552174:2637351|2616958_2617168_-|WP_070578039.1|DBSCAN-SWA
MIPSLMSSLMLPYPFELRDKVEFDENGEVRLKDGATEEEKEMLRKYLEIYKGTKKQEIKEGEFEDIIDY
>NZ_AP017968|2552174:2637351|2631848_2632028_-|WP_096403442.1|DBSCAN-SWA
MTIKKFMKRNIKMLYVLGSVATLVGIKTAYEWRGYLAFGGEILIPLIPVMIHIWIVMEE
>NZ_AP017968|2552174:2637351|2597557_2597764_-|WP_096403401.1|DBSCAN-SWA
MPLDGVCGSNGELKMFIKDVIDAEGFDKITVGELVNGGVKVSNSFGEKIILLRLKKSEIRETLKSFNF
>NZ_AP017968|2552174:2637351|2634729_2635173_+|WP_172426528.1|DBSCAN-SWA
MVRKILKVIDQLKNEYETANPFIICQYLGIHVTYSNMAIKGMYINSFGVKNIILNSNLTGFSKIFTLAHELWHAIEDNGEEVNFFKDYTFNNTDIYEIRANTFAAYLLLEDEKDYFDIDNIEDLDEDIKKELERFIQRTLDRNRIIF
>NZ_AP017968|2552174:2637351|2616499_2616763_-|WP_096403425.1|DBSCAN-SWA
MDSKEFLTLCKKEIVNYFNANSEKTDKFELSENDVFVVWSCKTLQNNKALLSTIVSDGMYYEVTFNGDKNEMYLDAYKKWENKCIKL
>NZ_AP017968|2552174:2637351|2555693_2557775_-|WP_096403369.1|DBSCAN-SWA
MRKQLIVLMVFLLGLFSFGAESNYSIKKVEVINNREIPFEIILENMRSKEGEKFVTDNMIEDYKSIKGLEYVNDVSIQPTVYDGGIKLTVDITENRDAKSMLEKKGIIPLSERGKVDTSLLVNSIEFIGNHYVSTKELMDKVPVKVGSYFSKNKVIEGHKNLIESGYFRDVIPDAVKSGKGVKVIYEVMENPILNGVNIIGNTVYTTEDLMKVIQTEPGKIFNINTIREDRDRILKKYQDDGYTLTDVTDIGINGNLELEIYLSEGTIRDIQFKKMVTKQKGARRKPTDDVLKTKTYVIERELEFSKDEIFNSNKYDETVKNLMRLGHFKNVKYESRDIPGDPDGKTIVLLLDEERTAILQGAISYGSEIGLLGTISIKDTNWKGKGQELGFTFEKSDEDYTSFSINFYDPWIKDTDRISWGWSLYKNSYEDDDSKLFHEIDTIGAKFNIGKGLTKNVRLSLGTKFEYVEEKAQKSKFSKNAAGEYIWYNGDVVKGMDDDYFIWSLFPSLTYDTRNHFWNPTAGEYAKLQLEGGYAGGYDGDVFGNITLELRKYHRGFFKNNTFAYKVVGGIMTDSTKEAQRFWVGGGSTLRGYDGGFFKGTQKLVGTVENRTQINELLGLVVFFDAGRAWKQNGRDLEYNQDADFPDKVATTAGVGLRLNTPIGPLRFDFGWPVGDKMDSGMEFYFNMGQSF
>NZ_AP017968|2552174:2637351|2613230_2613614_-|WP_096403419.1|DBSCAN-SWA
MTRKEKYIAACRKSIERLYDDTCNIYESGLRKDSKTGITKPTADNLVVKNQQCRISFKTISPTNQTESNNKISQEIKLFIAPELLIKEGSKIVITRNGRTTEYKNSGTPAIYSTHQEIILTLVKEYA
>NZ_AP017968|2552174:2637351|2574530_2575238_+|WP_096403380.1|DBSCAN-SWA
MENSNHMIYANHPLLWLICSIGIIIVLIQSALIIKKSIQAGKDMGIPKERMNRGIKTAAIASIGPALGVVGSLLALLVTMGSPVSALRLSVIGGSNFEAMAANFGAQAMGSELSTHMTPLVFTNALWAMALGSMGWIIFVFLFAHKMDRVNGLLTSGRKALLPAVGLGAMLGSFAYFNIGNYLKVTTNPNITLSAVSGLIIMIICLKAGEKFNWLKEWALTIAMFGGAIIATIAF
>NZ_AP017968|2552174:2637351|2623822_2624074_-|WP_096403432.1|DBSCAN-SWA
MKNEKTLAIRMLSGDVFYGKINKDGTVSERADDIPKEMFENVMLLYLNDTSKTDSFKKPYVIDLPQYKSKFKITVERLARGVK
>NZ_AP017968|2552174:2637351|2623083_2623515_-|WP_096403430.1|DBSCAN-SWA
MTKKEYLRQGFKLKREIEHDKKILEELKSNLDGLQALQNSEKVQGGPVKDDSGIVNRMNKVIELENKIKNKLYKLNDFQQKLLSELEKIENIDEKILMESRYILNLKWENIADKIGYSLSQTYRIHGKILENFKMTLNESINV
>NZ_AP017968|2552174:2637351|2589637_2590819_-|WP_096403394.1|DBSCAN-SWA
MNIDTLKKEIEKEKNWLINVRRDFHKHPELGQEEYRTMEKISEYLKEMKIPYKDKVFKTGIIAEIIGEDRNYTIALRADIDALPIVDKKNVSYASINEGKCHACGHDAHTTIALGVAKYFSDNGIIPPCNIRFLFQPAEETVGGAKPMIQEGALENINCVFGLHVDEYLPTGHIGIKYGAMNASSDTLKINIYGKSCHGAYPSDGVDAILAASHVMVALQSIVSRNIDARESGVITIGTIHGGTQGNIIADKVQLVGTLRTLNPEVRKTMLEKIKEIVTNVPKAFGGSGEFIREEGYTALINHDKEVDIVRENAIELLGESNIFEKKTANMGVEDFAYFIEKTPGAFFTLGVKNKEKGIDAPAHNGLFDIDEDALMIGVEMQILNIYSAFNKK
>NZ_AP017968|2552174:2637351|2612047_2612233_-|WP_070578067.1|DBSCAN-SWA
MAKEIKETIVEEKKFTKNSLVNSEKYKSKKILLKVLLEDEKKYSFKEVEKIIDDYLKKGVK
>NZ_AP017968|2552174:2637351|2554153_2555164_-|WP_096403368.1|DBSCAN-SWA
MNYKLVDLIALLGCEVKGDLSLENISGLAPFFQAQEDSLTFASDEKFLKKLHETRAKVIIVPDIPLPENIGKTYLKVKENPRTLMPKLLNFFKRETRPFEKMIEDSSKIGNNVRLAPNVYIGHDTVIGDNVVIHPNVTIGEGVTIGEETVIYSNATIREFCVIGKKCVIQPGAVIGSDGFGFIKIAGNNTKIEQIGHVVLEDEVEIGANTTIDRGTIGNTVIKKFTKIDNLVQIAHNDIIGENCLLISQVGIAGSVEVGDNTTLAGQVGVAGHLKIGNNVVIAAKSGVTGNVADNQMLSGYPLMDHKEDLKVRVSWKKLPELLKRVRAIEKKLEEK
>NZ_AP017968|2552174:2637351|2568383_2569772_-|WP_096403375.1|DBSCAN-SWA
MKNKHQFMGTEKITKLLVQFSLPAIIGMLVNALYSIVDRIYIGNIKDVGHFAIAGVGLTFPVTIFVFAFAVLIGLGGATNISLSLGRKQKDEAEKYLGNGIGYGIIISLIIAVFVLLYMDKLVAVLGGSENTSRYAREYLWIVAYGFPATIVGYVANAAIRSDGNPKMSMVTLLIGAIINIVLDPIFIFGMDMGVSGAAWATIISQYISAAWTIFYFKSSFSGLKLYLKNMKLQWEKIKNIMALGSSPFALQMGSSLVNYTFNSTLKVYGGDNSIGAMAIIQAITIFLAMPIFGINQGVQPILGYNYGAKLYSRVREALRKAILGASIICIVDFLTIQFLSKYFIFIFTREKALLDIASHGLRINTMMFPIIGFQIISSVYFQAVGKPKLSLFISLSRQIIVLIPCIIIMSRMFGLAGIWFAAPTADFIATVLTFILIKREMKQLKQLQIAREEELILAGEK
>NZ_AP017968|2552174:2637351|2575954_2577073_+|WP_096403382.1|DBSCAN-SWA
MNKERMIENFLEMIKIHSPSNDEGVYAEYLIKLLKELGGEIYLDNGYKNYRGNAPVIFAKFQGNLPEKGVTLAAHMDVIEPSSNVKPIIENNIIKTDGTTTLGGDDKAGIASIIEVLRTIKENKLNHRDIFVLLTPCEEAGMLGAKNIDWSSVPAPMKPATNMLVIDNAGKAGLIAHTAPSKYGITFTFTGKKAHAGIEPEKGINAVCMAAHAISNMKIGRIDEFTTSNIGSIKSNFPTNVVSDYCIFTAELRGHSEEKIIEMLNNYEEACKNASILFGGKYTMEKSHDYPALKPKDDLKFAKEFAKIYEDIGVHSELKIIGGGSDSNILAKEGFNSIIIGVGMYDVHTVNEYLVTDDLFKTTEAILKYITK
>NZ_AP017968|2552174:2637351|2633916_2634126_-|WP_096403447.1|DBSCAN-SWA
MINILKLKGRLKEKNLTQEKMANLMKIHPSTLNKKLNNETGEYLTIDEVNQIKKILDIPLSEVNLYFFI
>NZ_AP017968|2552174:2637351|2612245_2612686_-|WP_096403417.1|DBSCAN-SWA
MINGIIAGIGKALSDEFKDTYQIYMEQIPQGFKEPCFFIQGINAAEKQFLNRRYKFNQSFVVQYFPEEDKISNEDMYFIAERMMRVLEFIEQIGEEETNKLRGTSRSYRIIDGVLNLFVDYNFFAYLEIPEEAFMEILNGNYQTKG
>NZ_AP017968|2552174:2637351|2630534_2631107_-|WP_096403440.1|DBSCAN-SWA
MKILFIDTETGGVNPKESALIQLSGIVRIDKKDVEEFNFFIKPFAESEVNAKALEVQGRTEKELETEKYRPEKEVYTNFKKILDRYIDKYDKTDKFIIAGYNVRFDVDMLQSFFKRNGDNFLFSYISSSVLDPLPCIGMLQLCEVLPELENNKLETWCKHFGIEFKAHDSLEDIKATKELIFRIAKLIRK
>NZ_AP017968|2552174:2637351|2599934_2600354_-|WP_096403404.1|holin|DBSCAN-SWA
MIGITKGYLALIWTGWLSVVLYLIGGFDILIKALLIMMVLDYITGVLKGYKEKNVNSRRAYKGLSKKVVILGIIVAATQMDIILQGVGIRTLVLMFYVATEFLSILENAAILGIPIPEKLKVALEQCKDKQEIKNKNKN
>NZ_AP017968|2552174:2637351|2612682_2613231_-|WP_096403418.1|DBSCAN-SWA
MGNAVKINFKELENFSKQLEKLAEETRWVIVELANEIAARLLRKVIKRTPVGIYGKQIPVTKKIYRYEVIQGETTRNGKPKKRRIDTGRTKTVMQSTSGKTGGTLRRGWDIGPVIKSGETYSVEIFNSVEYASYVEFGHRTRNHKGWVQGHFMLTISEKELSENLNVIIEKKLTELFRERFR
>NZ_AP017968|2552174:2637351|2565549_2566887_-|WP_096403373.1|DBSCAN-SWA
MDIDYFKKLSPSRKLILGFLFAILLGTFILMMPFSLREGEKLNFLSSLFTIVSAVCVTGLTVVDVSKVFSPAGDLVIIFFIQLGGLGVMTFSSILFLAMGKRMTFYERELLKEERNADSSGEISSFIKKLLLTVFVIESIGAIILTWEFAKEMPINKAVFYGIFHSISAFCNAGFALFSNNLEAYKANPIINLTIGYLITLGGIGFAVITSVIMVIRRGIDRFNLTSKVAIIISVILTFGGMILFFILEYSNPATLGDLNFIQKILASYFQSVTLRTAGFNTIPLGELRNSTIFMCCILMFIGASPGSTGGGIKTTTFGVILFYVIGIVKKKENVEIFNRRLDWEIMNRALAILVLALTYVSAVIMLMLIAESFSPEEIVFEVISAFGTVGLTLGITPDLTTFSKLLLIFTMFVGRLGPMTFALAIGETKKKALSKYPKENILVG
>NZ_AP017968|2552174:2637351|2575266_2575944_+|WP_096403381.1|DBSCAN-SWA
MSIYDNYIESITKIGRSTMVLGLVATLLPPLVMTFYFGFNPGIAAIMAGAISQMSVSGAFYFSEPISYYPIVGRAGLYMGFLSGNLVNMRIPAAIASQEAAEYESGTEEGAIMGTIGIGVSIWIGIVFLLLSVLAGQTLLSKLPVSFMTMLSLIIPALFGGVFAQFAIKSPKTAIFALIVSFIMTKLVALIPGNPSFIVTLVSVFSTITFAKKLMDKELSKKSVK
>NZ_AP017968|2552174:2637351|2614672_2615626_-|WP_096403423.1|capsid|DBSCAN-SWA
MAVTLAQAKLNVQDALQMGVIDEFAKSNFIMANIPWDDCVSPTGGGATLTYAYTRLKTQPTATFREVNTEYTAQEVEKERHTADIKIFGGAFQIDRVIADMGGIISEVTLQMQQKIKAASALFNENVINGDSAVDNKAFDGLDKALTGSSTEVVPTAPIDLSTSAAVDTNWKEFLDVLDEFLMGLDGTPSMIGGNTKLIAKIRACARRAGMYQVTKNDFGQQVESYNAIPLVDLGAKAGTNDPVVKTNTSTGETSLYAIRFGLDGFHAVTTPGQFIKTWLPDYNTAGAVKTGEVEALAAVVLKTTKAAGVLRKIKVQ
>NZ_AP017968|2552174:2637351|2564865_2565522_-|WP_005951240.1|DBSCAN-SWA
MKQYLVIGLGRFGTSVAQTLYESNEEVLALDIDEELVQEAINSNIVDNAVVMDATDVKSLKELGVSNYDIAFVCTGDIEPSIMITLNLKELGIEKIIAKAVSKSHGKVLAKIGATKVIYPEEYMGRRVAQLAMEPNMIEHLRFSSEFLLLEVKAPSVFWGKTMVELDIRKKYNVNVVGIKKEDQSFKPNLSADTLIEKGDVLLVITDNKTADYLENLK
>NZ_AP017968|2552174:2637351|2605427_2605868_-|WP_096403411.1|DBSCAN-SWA
MYSDMIRLFKQIAKDVIENDKPVAVQTGTVIQINPIHIRVDDKITHKEEDGDLILTHLVKDYEVDITVQHSTDSIYKEWDTNHAHPGVGMATIPIDHEHEYRGRKKIIMHLALKKGEKVLLLRENGGQRYIVLDRVYDPIVEGEWI
>NZ_AP017968|2552174:2637351|2605005_2605431_-|WP_096404546.1|DBSCAN-SWA
MIPVRDSFTSDEYSIVESPTKTYKMDIEDNKRDLRIKGYTDERKAMEQAIYKILLTERYQYLIYSWNYGIELKDLFGKPIPYCCVELERRIREALLQDERITEVYDFEFENPEFETIFVKFKADTIYGEMDLSREVRLSSV
>NZ_AP017968|2552174:2637351|2601092_2601620_-|WP_096403407.1|DBSCAN-SWA
MEKIIYIYNKNLELIGQPFITEYEEFKKNPNKFFPNWETTMYASLEKYNNPIIDTISENIREKTREELILLDNKLELLQDGEYVETGEIIVVEASENFIKKIWNKEMHIWEEGATREELIEERKNKILEYKKLKDDKKDLEESGFSSEEEILMLSERMTLLEADINSLAEKIKGL
>NZ_AP017968|2552174:2637351|2594528_2595068_-|WP_096403399.1|DBSCAN-SWA
MFVMIMNQISLYAIPMIIFIIVGYAFFVKKVRVYEVFCEGAKEGFTTAIRIIPFLVAMLVAIGIFRSSGCIDIMMKVLDPIFSMIGMPGEVLPMAIMRPLSGGGATGIMNDLMLTYGPDSLIGRIASTMMGSTETTFYVLAVYFGAVSIRKTRHAVAAGLLADLAGLLTAVWICNIMFR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_096403366.1|2552174_2553446_-|tRNA	serine--tRNA ligase	A0A1B1IVT2	uncultured_Mediterranean_phage	1.6e-93	53.4
WP_096403367.1|2553476_2554070_-	DUF2344 domain-containing protein	NA	NA	NA	NA
WP_096403368.1|2554153_2555164_-	UDP-3-O-(3-hydroxymyristoyl)glucosamine N-acyltransferase	NA	NA	NA	NA
WP_070577418.1|2555184_2555664_-	OmpH family outer membrane protein	NA	NA	NA	NA
WP_096403369.1|2555693_2557775_-	outer membrane protein assembly factor	NA	NA	NA	NA
WP_096403370.1|2557790_2562230_-	hypothetical protein	NA	NA	NA	NA
WP_096403371.1|2562246_2562948_-	16S rRNA (guanine(527)-N(7))-methyltransferase RsmG	NA	NA	NA	NA
WP_096403372.1|2562950_2564837_-|tRNA	tRNA uridine-5-carboxymethylaminomethyl(34) synthesis enzyme MnmG	NA	NA	NA	NA
WP_005951240.1|2564865_2565522_-	TrkA family potassium uptake protein	NA	NA	NA	NA
WP_096403373.1|2565549_2566887_-	potassium transporter KtrB	NA	NA	NA	NA
WP_096403374.1|2567065_2568307_-	peptidase T	NA	NA	NA	NA
WP_096403375.1|2568383_2569772_-	MATE family efflux transporter	NA	NA	NA	NA
WP_096403376.1|2569810_2570245_-	MarR family transcriptional regulator	NA	NA	NA	NA
WP_096403377.1|2570689_2571262_+	hypothetical protein	NA	NA	NA	NA
WP_096403378.1|2571466_2572753_+	hypothetical protein	NA	NA	NA	NA
WP_096403379.1|2572910_2574482_+	AbgT family transporter	NA	NA	NA	NA
WP_096403380.1|2574530_2575238_+	DUF5058 family protein	NA	NA	NA	NA
WP_096403381.1|2575266_2575944_+	hypothetical protein	NA	NA	NA	NA
WP_096403382.1|2575954_2577073_+	M20/M25/M40 family metallo-hydrolase	NA	NA	NA	NA
WP_096403383.1|2577098_2578418_+	amidohydrolase	NA	NA	NA	NA
WP_096403384.1|2578474_2579353_-	LysR family transcriptional regulator	NA	NA	NA	NA
WP_096403385.1|2579483_2580059_+	chromate transporter	NA	NA	NA	NA
WP_096403386.1|2580074_2580638_+	chromate transporter	NA	NA	NA	NA
WP_096403387.1|2580662_2581544_-	LysR family transcriptional regulator	NA	NA	NA	NA
WP_096403388.1|2581624_2582086_-	hypothetical protein	NA	NA	NA	NA
WP_096403389.1|2582125_2583700_-	ClC family H(+)/Cl(-) exchange transporter	NA	NA	NA	NA
WP_096403390.1|2583884_2585288_-	tyrosine phenol-lyase	NA	NA	NA	NA
WP_096403391.1|2585340_2586870_-	alanine:cation symporter family protein	NA	NA	NA	NA
WP_096403392.1|2587282_2588524_-	dicarboxylate/amino acid:cation symporter	NA	NA	NA	NA
WP_096403393.1|2588680_2589517_-	diaminopimelate epimerase	NA	NA	NA	NA
WP_096403394.1|2589637_2590819_-	amidohydrolase	NA	NA	NA	NA
WP_096403395.1|2591010_2592315_-	diaminopimelate decarboxylase	NA	NA	NA	NA
WP_096403396.1|2592362_2592797_-	threonine/serine exporter family protein	NA	NA	NA	NA
WP_096403397.1|2592812_2593586_-	threonine/serine exporter family protein	NA	NA	NA	NA
WP_096403398.1|2593589_2594510_-	LD-carboxypeptidase	NA	NA	NA	NA
WP_096403399.1|2594528_2595068_-	spore maturation protein	NA	NA	NA	NA
WP_096403260.1|2595098_2595695_-	nucleoside recognition protein	NA	NA	NA	NA
WP_096403400.1|2596346_2597138_-	glutamate racemase	NA	NA	NA	NA
2597295:2597352	attL	NA	NA	NA	NA
WP_096403401.1|2597557_2597764_-	hypothetical protein	NA	NA	NA	NA
WP_096403402.1|2598025_2598904_-	hypothetical protein	NA	NA	NA	NA
WP_096403403.1|2599042_2599723_+	hypothetical protein	NA	NA	NA	NA
WP_096403404.1|2599934_2600354_-|holin	phage holin family protein	A0A0E3Y658	Fusobacterium_phage	5.0e-28	56.3
WP_096403405.1|2600367_2600613_-	hypothetical protein	NA	NA	NA	NA
WP_096403406.1|2600625_2601048_-	hypothetical protein	NA	NA	NA	NA
WP_096403407.1|2601092_2601620_-	hypothetical protein	NA	NA	NA	NA
WP_172426523.1|2602159_2602312_+	hypothetical protein	NA	NA	NA	NA
WP_096403408.1|2602323_2603316_-|tail	phage tail protein	NA	NA	NA	NA
WP_172426524.1|2603305_2603947_-	DUF2313 domain-containing protein	NA	NA	NA	NA
WP_096403410.1|2603933_2605013_-|plate	baseplate J/gp47 family protein	X5JAB8	Clostridium_phage	1.6e-78	46.1
WP_096404546.1|2605005_2605431_-	DUF2634 domain-containing protein	A0A0A8WFW6	Clostridium_phage	1.5e-24	49.2
WP_096403411.1|2605427_2605868_-	DUF2577 domain-containing protein	S5MC71	Brevibacillus_phage	7.9e-08	32.6
WP_096403412.1|2605860_2606847_-	hydrolase	H7BVH4	unidentified_phage	8.9e-76	49.8
WP_096403413.1|2606839_2607496_-	LysM peptidoglycan-binding domain-containing protein	A0A0A8WFE5	Clostridium_phage	4.0e-32	40.7
WP_096403414.1|2607498_2609619_-	tape measure protein	X5JAB7	Clostridium_phage	4.7e-66	30.2
WP_096403415.1|2609816_2610227_-|portal	phage portal protein	Q708L8	Streptococcus_phage	1.3e-09	35.2
WP_005948950.1|2610239_2610716_-|tail	phage tail tube protein	A0A0A8WJ62	Clostridium_phage	2.1e-43	56.5
WP_096403416.1|2610733_2612047_-|tail	phage tail sheath subtilisin-like domain-containing protein	X5JAJ1	Clostridium_phage	2.9e-130	52.2
WP_070578067.1|2612047_2612233_-	hypothetical protein	NA	NA	NA	NA
WP_096403417.1|2612245_2612686_-	hypothetical protein	S5MUN8	Brevibacillus_phage	6.0e-16	39.7
WP_096403418.1|2612682_2613231_-	HK97 gp10 family phage protein	A0A0A7RTT0	Clostridium_phage	2.0e-24	37.4
WP_096403419.1|2613230_2613614_-	hypothetical protein	A0A0A7RTV0	Clostridium_phage	4.4e-15	39.5
WP_096403420.1|2613610_2614012_-	hypothetical protein	NA	NA	NA	NA
WP_096403421.1|2614029_2614278_-	hypothetical protein	NA	NA	NA	NA
WP_096403422.1|2614290_2614659_-	hypothetical protein	NA	NA	NA	NA
WP_096403423.1|2614672_2615626_-|capsid	phage capsid protein	A0A1J0MCK3	Streptomyces_phage	4.4e-80	52.1
WP_096403424.1|2615639_2616233_-	phage scaffolding protein	A8ASJ5	Listeria_phage	3.3e-09	48.8
WP_096403425.1|2616499_2616763_-	hypothetical protein	A0A0S2MYE7	Enterococcus_phage	3.1e-28	65.5
WP_070578039.1|2616958_2617168_-	hypothetical protein	NA	NA	NA	NA
WP_096403426.1|2617167_2618901_-|capsid	minor capsid protein	X5JAI9	Clostridium_phage	1.7e-109	57.5
WP_096403427.1|2618884_2620321_-|portal	phage portal protein	A0A0A7S074	Clostridium_phage	1.2e-81	38.4
WP_172426525.1|2620339_2621746_-|terminase	phage terminase large subunit	A0A090EUA8	Clostridium_phage	4.4e-193	72.1
WP_096403428.1|2621732_2622239_-|transposase	transposase	A0A0A7RTX1	Clostridium_phage	6.0e-52	63.1
WP_096403429.1|2622318_2622960_-	hypothetical protein	NA	NA	NA	NA
WP_096403430.1|2623083_2623515_-	DUF1492 domain-containing protein	NA	NA	NA	NA
WP_096403431.1|2623517_2623823_-	hypothetical protein	NA	NA	NA	NA
WP_096403432.1|2623822_2624074_-	hypothetical protein	NA	NA	NA	NA
WP_096403433.1|2624070_2624595_-	hypothetical protein	A8ASP1	Listeria_phage	2.6e-10	29.6
WP_096403434.1|2624639_2625551_-	hypothetical protein	A0A0A7S0B8	Clostridium_phage	5.0e-97	59.8
WP_096403435.1|2625551_2626310_-	crossover junction endodeoxyribonuclease RuvC	NA	NA	NA	NA
WP_096403436.1|2626293_2626500_-	hypothetical protein	NA	NA	NA	NA
WP_096403437.1|2626943_2629256_-	toprim domain-containing protein	A0A1B1IP14	uncultured_Mediterranean_phage	6.8e-18	27.1
WP_096403438.1|2629273_2629882_-	hypothetical protein	NA	NA	NA	NA
WP_096403439.1|2629897_2630530_-	AAA family ATPase	A0A2I7R7K9	Vibrio_phage	1.2e-38	39.6
WP_096403440.1|2630534_2631107_-	3'-5' exonuclease	NA	NA	NA	NA
WP_096403441.1|2631116_2631632_-	siphovirus Gp157 family protein	A0A0E3U2R8	Fusobacterium_phage	1.8e-19	35.7
WP_172426526.1|2631634_2631799_-	hypothetical protein	NA	NA	NA	NA
WP_096403442.1|2631848_2632028_-	hypothetical protein	NA	NA	NA	NA
WP_096403443.1|2632072_2632309_-	hypothetical protein	NA	NA	NA	NA
WP_172426527.1|2632320_2632485_-	hypothetical protein	NA	NA	NA	NA
WP_096403444.1|2632495_2632894_-	hypothetical protein	NA	NA	NA	NA
WP_096403445.1|2633057_2633711_+	DUF4145 domain-containing protein	A0A1L2JZ52	Aeribacillus_phage	2.1e-12	26.8
WP_096403446.1|2633667_2633865_-	hypothetical protein	NA	NA	NA	NA
WP_096403447.1|2633916_2634126_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_096403448.1|2634314_2634749_+	helix-turn-helix transcriptional regulator	A0A0A7RTU8	Clostridium_phage	2.8e-13	35.2
WP_172426528.1|2634729_2635173_+	ImmA/IrrE family metallo-endopeptidase	NA	NA	NA	NA
WP_096403450.1|2635235_2635625_+	Ltp family lipoprotein	Q6SEA6	Lactobacillus_prophage	5.1e-11	61.1
WP_096403451.1|2635681_2636176_+	DUF5105 domain-containing protein	A0A0E3Y687	Fusobacterium_phage	9.7e-31	43.4
WP_096403452.1|2636322_2637351_+|integrase	tyrosine-type recombinase/integrase	A0A0E3Y5J2	Fusobacterium_phage	1.4e-47	36.3
2637524:2637581	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NZ_AP017968|3188639:3254450|DBSCAN-SWA
ATTATCTTTCTTCTATCTGGTTAAGATCAGCCATTTTTATAAATAAATCAGCTAGAAATTTAAGTTGAGAAAGTCTGTTATTCTTAACATCTTCATCTTTATCCATTACCATTACTTCATCGAAATATCTGTTAATAATATCTTTGCCTGAAACTATAGCCTGAAGATATCTATTATAGTCTTTATTATTCAAAGCATCTATTACTTTTGAATTTAATTCCAATGAGAAATTATATAGTTCAGTTTCTACTGGTTCTTTAAATAAATCTTGATTTATAATACCTTTTTCATGATCTTTGGAAATATTTCCCACTCTTTTCAATACTGGAAGAAGTATTTCAAAGGCTTCTTCTTTAGCAAAAGATTCTAAAGTTTTTATTTTTTCTAAAGCTTCTACAGCATTGTCACTATCAGTGTTAAGAACAGCTGTAACTATATCTTTACTGTATTTCATTTCAGTAAATATATTCGTTTCTCTTTGCTTAAAAAACTCTAATACTTCTGTAAGTACAGTCTCTCTATCTCTTTTTAATACTCCACATCCTTGAAGTGCATCTAAAGCTTTTTCAATTAAAGCTTTTAAAGAAATATCCAATCTTGAATTAAGTATTACATTTACAATTCCAAGAGCTGCTCTTCTCAAAGCAAATGGATCTTTTGATCCGCTTGGAATAACTCCTACACCAAAGCACCCTACCAATGTATCTATTCTATCAGATATTCCAGCTACTATCCCTTCTAATTCTGTAGGAAGATTATCTCCTTGGAATCTTGGATAATAATGTTCTTTTATACCAAGAGAAACTTTTTCTCCCTCTCCAGATTTTAGTGCATAGTCTGCTCCCATAAATCCTTGAAGTTTAGTAAATTCCTTTTCTCCTATCATATTAGAAACGAGGTCAGCTTTAGCCAGTAATACAGTTCTTAATATACTGTCTTTTCTGTCATTATACCCAAGAGTATCTATTAAATATTTAGCTATTTCAGTTGCTCTTTCTATTTTAGAATAGATAGTTCCTAGATCTTTTTGGAATACTACTGTTTTTAATTTTTCTATATTATCAGCAAGAGGTGATTTTAAATCTTCCTGATAGAAGAATCTAGCATCAGCAAGTCTTGCAGATAATACTTTTTCATTTCCTTTTCTTACTTGTTCAGAAGTTTCTACACCATTTCTAACAACTACAAATTTAGGTAGAAGTTTTCCATTTGAATCAAGTATAGGGAAATATCTTTGATGTACTTCCATTGATATTATAAGTACTTCCTGTGGTACTTCCAAGAAATCTGAGTTGAAGCTTCCAACTATAGGACATGGATATTCTATAAGATTAGTTACCTCATCTAAAAGCTCATCTTCTACAAGTACTTGTTCTCCTGAATTTGTACAATTTTCATTAATAAGTTTTTTAATAAGAGTCTTTCTTTCTTCAATATCTATTATTACATTATTTTCTCTTATTTTTTCAAAATATTCATCTATGGTATTTACTTCAAACTCTTTCCCAAAGAATCTATGTCCTTTAGATTTATTTCCACTTTCCATTCCTTCAATTTCAAATTTTACCACTTCATTATCACAAAGTGCTAAGAACCATTGTACAGGTCTTGCAAATCTTAATTTTTTATCTGACCAAGTCATAGATTTTTGGAAGTTTAATTCTAATACAAGACTTTTTAATATTTCAGGAAGAAGCTCTTTAGTTTCTTTTCCTTTCATAAATTTTCTTGCAGCTATATATTCACCTTTTGGAGTGCTTACTATTTCAAGATCTTCTGCTTCTATTCCTTGTGATTTAGCAAATCCAAGTCCTGCTCTAGATATCTCTCCATTACTTCCATAAGCTACATTTTTAGCTGGTCCCATATTCAATATATTAAGATCTTCCTGCTGTTCTCCTAACTCACATACATCCAAAACCAATCTTCTTGGAGTCCCATAAGTTTTTATATCCTTAAAACTAATTCTTCCATCTTTAAGTTTTGCTTCTAAATTATTTTTTAAATCTTTCAATGCCTGATTTAGAAATCTTGCAGGCAGTTCTTCCATTCCAATTTCAAATAGTAATCTCAATGTTCTTCCTCCTCTTCCATTTCAATCCACTCTAATAAAATAATTTTTCAAAATCAACTATTTTTTTAAAAGAGGGTAACCTAGATCCTTTCTGTTTTGTACATAAACTTCAGCACATCTTCTTGCTAAATTTCTAACTCTTAAGATATAAGCCATTCTTTCAGTTGTAGATATAGCTCCTCTTGAATCTAAAACGTTAAATGTATGAGAGCATTTCAATACATAGTCATAAGCTGGCAGAACTAATCCTGCATCTAAAATTTTAGCTGCTTCTTTCTCATATTCATCAAACCATTTGAAATGACTTTCTAAGTCTGCTAATTCAAATGAATATTTTGAGTTTTCATATTCAAACTGAAATCTCATATCTCCATATTTTACACCAGGAGCCCATTCTAAATCATATACATTTTCTTTATTTTGAATATAAAGAGCAAGTCTTTCTAATCCATAAGTTATCTCAACAGGAATAGGATCTAATTCCAGTCCTCCTACCTGTTGAAAGTATGTAAATTGAGTAACTTCCATACCATCTAACCATACTTCCCAACCAAGTCCCCAAGCACCCAAAGTTGGAGATTCCCAGTCATCTTCAACAAAACGAATATCATGTTTTTCAGGGTCAATTCCCAATACTTTTAAACTTTCAAGATAAAGTTCCTGAATGTTTAATGGAGATGGTTTCATAATAACCTGAAATTGATGATGTTGATAAACCCTGTTAGGGTTTTCTCCATATCTTCCGTCTTTTGGTCTTCTTGATGGCTCTACATAAGCAACATTCCATGGTTCAGGTCCTAAAGACATTAAGAATGTGTTAGGGTTAAATGTTCCTGCACCTTTTTCGATGTCATAAGGATTCCCCAATACGCATCCTTTAGAACTCCAGTATTTTTGAAGAGCAAAAATTATCTCTTGAAATGTCATTTTTAATCCTCCTCTATTTTTTCTTCTTTTTTTCTGCAAAAAAGTAATCTAGAAGTATCAATACAACTCCTATATTTATCCATACATCAGCTAGATTGAAAACAAAAGACCAGATACCTCTAAAGTCTATCATATCAATGACAAATCCTCTCCATATTCTGTCTATCATGTTTCCTATTGCTCCAGCTAAAACAAAAGTAAATCCTAATTTTTCTAATAAGGGCATTTTATTTCTGCCCTTATACAAATAATATGCAATAGCTACAATTGCTATAACTGTAGCTATGCTTATTACATCAAGCTTCCCTTGAAACATCCCAAAGGCTATTCCTCTATTTTTTACATATGTAAAATGGAAAAAATCAGTCAGTACACCGATAGTATCTCCCTCAAAAAAGTTTTTATCAACGATGTATTTAGATATTTGGTCTAATAGAACCAGTATAAAGACTAAAATTATATAGATCATATTATCTCCTAGCTATTCTTTAATACACTTGCACATCTTGGACAAAGAGTTGGGTGTTCAGGGTCTTTTCCAAGTTCAGTAGAATATTTCCAGCATCTTTCACATTTCTCACCATCAGCATGAAGCACTTTGATATAAAGATCTTGAGTCTCTTCTCCCTTTACAAAAGTATCATCTGCATTTTCTGCAATCTCTACTTCTGAAACAATAAGGGCAAGTTCGAGTTTCTCTCTATTTTCAACTAAGAATTTTTGTATTTCTGTATCTGTTGAATGAAGTATTACTTTAGCATCAAGTGAGTTTCCAATTATTCTATTTTCTCCCTGTCTTGCTTTTTCAAGTATTTTATTAGCTTCTTTTCTTACTTTAATTATTTCTACCCATTTATTTTCTATATCTGGATTTAAATATTGATCATTTTCTTTATACCAGTCAGTCAGCAGAACTGATTCACTATCTCTCAATACTTCTGGCAGAGTTTCCCATATTTCTTCTGAAGTAAATGAAAGTATAGGAGTTATCATCTTAGTAAGAGTAACTAAAATTTCTGTCATAACAGTTTGAGCTGCTCTTCTTTCTATTGAATTAGTTCCCTCAGTATATAATCTATCTTTTATTATATCAAGATAAAATGCAGACATATCTATTCCAGCAAAATAATGAATATCTTGGAAAAGATTGTAGAATTCATATCTATCATAATTTTCTGTCACTTTTCTTTTCAGTATTTCTAATTTATTTAATGCCCATTTATCTATTTCCATCAATTGTTCATATGGAACTTTATCAGTATTAGGATCAAAATCATTACTATTTCCTAATATATATCTTGCTGTGTTTCTTACTCTTCTATATGCTTCTGCCATTTGTTTTAAAATATTATCTGATATTTTAACATCTTCTCTATAATCTACAGAAGCACACCACAATCTAAGGATATCTGCTCCATATAATTTTATTACATCAGATGGAACTACTGTATTTCCAACTGATTTAGACATTTTCTTACCTTCTCCATCATTTACAAATCCGTGAGTCAGTATCTTTTTGAATGGAGCATCATGTGTAGAACCTATAGAAGTCAGAAGTGATGTCTGAAACCAACCTCTATGCTGGTCCGATCCTTCCAAATACATATCAGCTGGTCTATGCAAAAGATCTCCTCTCGTTTCAAGCACTGCTCTATGAGATACCCCTGAATCAAACCAAACATCCATGATATTTGTTTCTTTTCTAAGTTCTAATCCTTTAAGTTCATATTTTTCCATCAGCTCATCGCCAATAAGTTCTTCAGCTGAATATTTAAGCCATGCTGCTGTTCCTTCTTTTTTGACTATTTCAACTACTCTTGCAAGTATTTCTTTATTGAATATCTCTTTTCCATTCGCTTCATTAAAGAATACTGGGATTGGCACTCCCCATACTCTTTGTCTTGATATACACCAGTCAGGTCTTGTTTCAAGCATAGATCCAATTCTATTTCTTCCCCATGCTGGTATAAATTCTACATTATCCAAAGCTTTTAAAGCTCTTTCTCTTATATCTGAACCTTCAACATTTACAAACCATTGTTCAGTAGCTCTGAATATAACAGGAGTTTTTGATCTCCAATCATGTGGATAAGAGTGTTCTATCATTTTTAGCTTCATCAAATGCCCTGATTTTTCTAAATAAGCACATATCGCCTTATTAGCTTGTGCATAAAATAATCCTGCAAATTCTCCTGCTTCTTCTGTTAGTACTCCTTTATTATTAATTGGAGAAATAACTGGAAGTCCATATCTAATTCCTACTACATAGTCATCTTGTCCATGTCCAGGAGCTGTATGTACGCATCCTGTACCTGCATCAGCAGTTACATGAGTACCTAATATAACCATTCCTGTTCTGTCGAGAAATGGATGTTGATATGTAGTTCTTTCTAAATCCTTACCTTGAAATTCTTTTATTAATTCAAACTGCTCAAGATCCATTTCAGTAAATGCTTTTTCTGCAAGATCTTTTCCTAATATCAGATTTCCTTTTTCAGTTTTATATACACCATACTCAAAATCTGGATTTAAACTTATAGCAACATTTGCAGGTAAAGTCCAAGGAGTAGTTGTCCATATTACTACCCATGCTTCTTCAGTAAGTTCTAATCTTTCTAAAAGATCAGTGTTAGCTTTCATTCTTACATATATTGAAGGTGATGATACATTTTTATATTCTATTTCTGCTTCTGCTAAAGCTGTTTCTGTAACTGGCGACCAATATATAGGTTTTAACCCTTTGAAAATATATCCATTTTCATAAAGCTCTCCAAATACTTCTAACTGTTTACCTTCATATTCAGGTTTCAAAGTAAGATATGGATTTTCCCAATCTCCTAATATTCCTAATCTTACAAATCCTTCTTTTTGGATTTCTACCCATTTTTTAGCATATTCAGCACACAATTTTCTGATTTCTACTGCTGACATTTCCTTAGCTTTTGAACCTAATTTTTCAGTAACTTTTAATTCTATAGGAAGCCCATGTGTATCCCAACCAGGCACATATGGTACTTTATATCCTCTTAATCTTTTATATTTTAAGATTATATCTTTAAGAATTTTATTCAAAGCATGCCCTATATGAATTTCACCATTTGCATATGGTGGTCCATCATGCAGAATGAAAGTCTGAGTACCTTTCTTCAAGCCCTTTGAATAAATATCCTTTTCCTGCCACATTTTTATAAATTTGGGTTCCTTATTCGGAAGATTGGCTTTCATCTGAAAACTCGTCTTCGGAAGGTTCAATGTAGCACCATAATCTTTTTCGCTCATTGTTAAATCTCCTCCTTATATACATTTAAAGTTATTTTTACATCTGTTCCTTCATCCACTTTAGATGAGAATTTAATTACTCCATGATGATCTTTTATAATTCTATGCACTATTGCAAGTCCTAATCCAGGAGTATTTTCATTAAAACTTATAAATGGGTCAAATATATTAGAAAGCTGTTCTTCAGTCATACCAATTCCATTATCTATTATATTTATCCTTATTTTATCTATATTCTTATCTTTTGTTACTAATAAATTAATTTTTTTACTGCTTATATTTTTATTCATAACTGCTTGTTTAGCATTTTTTATTAATTCGTGAAATACTTTTTCTAGTTGTTTTTTATCTCCCATTATTTTTCCATTATAATTAATAAACATAGAAAGTGTTATATTATTAGCTTCTAAATCAGGCTGCATTTTTTCTATAACATCATATAAGAATTTTTCAAATTCTATTATCTCCATTTTGTTTTCATAACTTTTAGAATACTCTTTTAATATAGCATTTTCATGTTTTATTTTAATCACTTCTTCTCTAATAGAATTTATTCCATTTCTAAGACAACTATTATTATAGTCGCATTCTGCCATTCTTTCAACAATAGAAATTACTTTTTTCAAAGAATCTTCTCTTCTGCCAAAAAATCTATCTGCAAGTTTTCCAATAGTAGCAGTTCTTTCATAGTCTATTTTTTCTTCTTCCAGCATTTTATTTCCAATTCTTATAGAAGTATTTATACATAATAATGTCATAAGTTCAGCTTCTTCTTGAGAAATTATATTATTTTTTCCAAAATAATCTACAAGTATACATCCATAATTTCTGGAATCTGTATATACAGGAAATATCAAAAAATTATTAATTCCCAGACTTTTAAAAAGATCATTTCCAAGATTATATCTATACCCTTTATCATTATAATAGATAATCCTCTTTTCCTTTAATGCTTTTCCTAAAAGATTATCATCTTTAAAAGGAACTTTGATAAGTGCAACTAATTTAGTAAGAGTGCTTATTTGGAATTCAAATCCATCACTTTCTTCCTTTTGAGTTTTCATCATATCATTTTTTACTACACTGTTTACATGAGAACATTCTCCTACAAGAGTATCTATTTCCCTACTGTATCTAAAATACATTGCCCTGCTGTATCCTAATCCCATTTCTGAAGTAAATGCTGATTGTAGACTTCTTACAGTTAAAGTTATATCATCTTCTATTTGTAATCCCATAAGAATTTTTTCAATAGCATCAATTCTGTTAAGATTTTCCTGCAGTTTTATATTTTTTTCTTTCATTATTTCTTCATTATTTCTAATACTTTCAGCCATTTGCTCAAAAGACTTTGAAAGTGTCCTTATTTCTTCTACATCTTCATTTTTAAGTGTAAAATCATAGTTACCCTTACTTATTCCCTCAGCAGCATCTATAAGTTTACTCAGAGGAGATAAAAGTTCATAAAATATACGTGCACATATAGTTGTACTTGTTACTATAAGCCCTACTACTATCAAAAGTATTGAAAATGAAACCTTAACTTTTGTCCTAAGTATACTATCTCCAGAAAGTGCTATTCCAATGTTTCCTATATATTGCTTATTATAATTATGAATATTATACATTGAAAGATAATAAGCCTTATTATTCACTGTTTTTTTGCCATAAAAATAGTCATATTCCCAATTTAACTTCTTTTTAAAAAATCTTTCACCTTTTTTTAATTCCATATCCCCTAATTGATATGTATTATCAACTACTAAGAATATCTTATCTTCTTCAGTTAGACCTACAAAATTTCTTAATTCATTTAAAACATTATCATTTATTGGCATAGTCATTACAATAAATTTTTTTTTGCTGTTATTTCCTTCAGAAGTATAAGGTAAAAGTATTCTTGCATATATATCCTTACCTACTTTTGAAAAATAATAATTACTCATCTCACTTTCACTTCTTGAAAGATTTCTTTCAAGAATATGTCTGCTTCTTTCATCTATTCTGAAATAATCTTTTCCATTTCCTGATTCTCCTAGTGTACTTCCATCAGCAGAAACTATTGTAATTAAACTTTCTGAATACATTTTAAGATTTTTTTTAGTGAGTTGATTTCTTATGAGTTTTGCTACAGTATTATAAGTAATTGTATTATTTAAATTTTTTCCTGCAAGAACATTTATATTTCTAGATACTTGAAAAAGATCATCTTTTGCATTTATAATAGCAGCATTATAACCTCTGCTCAAAAGAATTATTTTATCTCTTCCAGAATCTATTACTTTATTTTCAAGACTTTCAAAAGAAATAAAAATTAGAAAAAGAGCAATAGTAACAGAAGTTATCATTATTGCTATATCATTATAAAATATTATTTTAATAAGAAGAGAATTCTTTTTTATTCTCATCAATTAAATCTCCTTTTTAGTTAACGCCACTCTTTCTCTTTCTTTATCCACATCTTTAATCCTAACTTTTATAATTTGTCCTACTGAAAGAACTTTGCTTGGATCATCTATGAATTTATTAGATATTTCAGAAATATGAAGTAAAGCATCATTTTTTAGTCCAATATCCACAAAAGCCCCAAATTTAACAACATTTCTCACGGTTCCTTCTATTTCCATTCCTACTTGTAAATTTTCTATTTTAAGTATATCTGATTTCAATAAAGGTTTTTCAAAGCTATCTCTAGGATCTCTCCTGTCTCTGATAAGCGATTGGTATATATCCTTTACAGTTTCTACTCCATATTCCTTTTCTTTAGCAAATGAAGTATAGTCAAAAGATTTCAATTTTTCTCTTGCCCCATTTAAATCTTCTCTGTAGTTTTCCAATGTAAATCCTACTTTTTCCAATATTTCTTTTGCTATATGATAAGATTCTGGGTGAATTATTGTATTATCAAGAACATTTTCTCCATCGGGTATCACAAGGAATCCTGCCATTTGTTCGTAAGCTTTTGCTCCTACTCCTTTTACTTTAAGAAGCTGTTTTCTGTTTTCAAAATTTCCATTTTCTTTTCTGTAATCAACAATATTTTTAGCTATATTCTTTTTTATTCCTGATATATGAGATAATAATGCCCAAGAAGCTGTATTAAGATTAGCTCCTACATTATTTACTACATAAGTTATTACAGAATCAAGAGATTCATCAAGACGCCCTTGATTAACATCATGTTGATACATTCCTACTCCTATTGATTTAGGATCTATTTTTACAAGTTCAGCAAGAGGATCCTGCACCCTTCTTCCAATAGAAATAGCCCCTCTTACAGTTACATCTAAATCTGGAAATTCTTCTGCTGCTATTTTAGAAGCAGAATATATTGAGGCTCCAGCTTCGTTTGCTATAAGATATTTTACAGAAAGATGGTTTTTCTTTATTACATTTGCAACAAAGCTTTCTGTTTCTCTTGAAGCAGTTCCATTTCCTATAACAATTATATCTATTTCATATTTTTTTGCATAATCTACTATTCTTTTTTCAGCCTCAGCGAGCTGTTTTGGAGAATGCATTTCTTCAACAAGAAAAAACACATCTTTTTCTCTATAAAATCCATTTTTATCTATAATTGCTACTTTACATCCTGTTCTGTATCCTGGATCAAGTGCTAATATATTTTTTTCTTTTAAAGGTGCCTGCATTAAAAGATTTTTAAGATTTTCTTTAAATACAGCTATTGCTTCAAGTTCAGCCTTATCAGTAAGAATATTCCTTACTTCTCTCTCTATTGAAGGAAGAATAAGTCTGTCTAAAGAATCTCCTATTATTTTGAGATAAGTTTCTTTTAGATTCTTGTTAAGAAAATCCTTGAGTATTAAATTTTCTACTCTGTTTCTACTCATTTCATCAAGAGTTACAGAAACTGATAAAATATCTTCTTTTTCTCCTCTATTTACTGCAAGTATTCTATGTGGAGGTATTTTAGAAACAGGTTCTTTATATTCATAATAATCTCCATATACTTTTTTGACATCTAGCTCTTTGGCCTTTTTAGTTTCCTTTGTAACTAAAATTCCAGATTTAAGCATTATTTCTCTAATTTTCTCTCTATATACAGGAGTTTCAGATATATTTTGAGCAATTATAAGCATGGCACCTTCCACAGCTTCTTCCACAGTAGGAACTTCTTCTGTTATGAATTCGCCAGCTTTTTCTATTACTTTTTCCATTGATGAAAGTTTCATCATTTCATCAGCAAGAGGCTCCAATCCTCTTTCTTTAGCCACATCAGCTTTAGTTTTTCTTTTTTTTCTATATGGAAAATATATGTCTTCCACTTCTTGAAGCTTTTCAGCTGCTTCAATATTTTTTTGTATTTCTTCAGTTAGTTTTCCTTGTTCTTCAATTAATCTTATTACTTCTTCTTTTCTTTTTTCCAAATTTCTTAGATAAGTTACAGTTTCAAGTATTTTCCCTATTTCTATCTCATCCAGATTTTCAGTCACTTCTTTTCTATATCTTGAAATGAAGGGTACTGTTGCTCCTTCATCTAAAAGCTGCATTGTATTAGTAACTTGAGATATTTTTAGTCCTAAGTTTTTGGCTACTACATTATATATTTTTTCCATATTTCCCCTTCTTAAAATTATTATAAATTTTCACACGAATTTCTCTATATTATACCAAATCTTTTAATTATTGTCTAATTAAAGATTAGAAAAAGAGGCTCTACACCTTGGTATAAAGCCTCCCTTTATAATATTTTTAGACTATTTTCTTTTAGTTTCTTCGAATTTTGCCCATACTCCTGCCTTAACTAAAATTGATTTTACAGTTCTAGTAGGTTGAGCTCCATTGCTTAGGAATTTAATAATTTCTTCTTCTTTTAGTACTACTCTAGAATCTTCTAATGGGAAATAGTTACCTAAATAAGCAATAGCTTGCCCATCTCTTTTTGATAAAGCTTCCATAGCTACGATTCTATAAGAAGGTCTTTTTTTGTCTCCTAATCTTGTAAGTCTTAATTTTAACATTGTTTCACATCTCCTTTTATTTCTTTGAATTTTATTTATTTCTTAAAAAGGGAATCTTCCTCCCTTTCCACCTTTCATTCCTGGAAATTGCGGCATTTTTCCACCACTGAACATCTTCATCATACTCTTCATTTGTTCAAATTGTTTCAGCAATCTGTTGATATCAGCAACTTCTGTTCCGCTTCCTAGAGCTATTCTTCTTTTTCTATTGGCCTTAAGTATATCAGGTTTCTTTCTCTCTTCTTTAGTCATAGATTGAATTATAGCTTCTACTTTTTTCATTTCTTTTTCAGCAGGTGCTATATCTCCAATTTGTCCCATTCCTGGTATCATTTTTAAAATACTTCCAAGAGAACCCAATTTTTTTATATTCTGAAGCTGTTTCAAAAAATCATTTAAATCAAATTTTTGCGTCCTTATTTTCTCTTCCAGCGACTTTGCATCATCTTCATCTATAGCACTTTGTGCTTTTTCTACCAGCGATACTACATCTCCCATTCCTAGGATCCTTGATACAAGTCTCTCTGGATGGAAAAGCTCTATATCATCTATTCTCTCTCCAACCCCTACAAACTTAATTGGTTTACCCACAACAGATTTAATTGAAAGAGCTGCTCCCCCTCTTGTATCTCCATCTAATTTTGTAAGTACTATTCCATCTATACTAAGCACATTGTTAAAAGATTCTGCTAGATTTACAGCATCCTGTCCAATCATAGCATCTACTACCAACAAAATTTCTTGAGGTCTTACAGCTTTTTTAATGTTTCTAAGTTCATCCATAAGTTTTTCATCTATGTGAAGTCTTCCAGCTGTATCTATTATCATATATGTTGAATTTAACTCTTTTGCTTTAGCCAGTCCATGTTCACAAATAGCCACTGCGTCTTTATTATCTTCCTCTGCATATACAGGAACATCTATTTGTTCTCCTAATACTTGAAGTTGCTTTATAGCTGCTGGTCTATATACATCAGCCCCTACCATTAAAACAGATTCTCCCTGTTTTTTTAGATAATTAGCTAATTTTGCAGCAAAAGTAGTTTTTCCTGCTCCTTGCAATCCAGAAAGCATCAGTACAGTAGGATTTCTTACTCCCTTAGTAAGTCTTGAATTCGTTCCTCCAAGAAGCTCAACAAGTTCATCATTAACAACTTTTATAAACTGCTGACCTGGATTTATACCTTTCAATACATCTGTTCCTATAGATTTTTCAAGTATTTTATTCGTAAAATCCTTTACTACTTTGTAATTGACATCAGCTTCCAGCAATGACATTCTTACTTCTTTTAAAGCTTCTTTTATATTACTTTCACTTAGTTTTCCATGACCTCTTACTTTTTTAAAAATTTCCTGAAATCTAGAACCTAAATTATCTAACATATTCACCTCTACCTAAAATAGCTTTTCAATTATATTGTTTAAATTTTCTATTTTAAAATCTTTTTTTAGTTCCAAAAGTTCTTGATAAACTTGTTTCTCTCTTTCATGAAAACCTAGTTTTTCTTCATAATCTTTTAATAATTTAATTCCTCTTTTGATATTATCATAAACAGCTTGTCTACTCACATCATTATTTTTAGCAATCTCTGATAGTGAAAGATCATCTTCAAAATGATTTATAAGATATTCTCTCTGTTTATCACTAAGAAGATTTTTATAATAATCTAAAAGAGTTGAAACCTCTAAAAACTCATCTAACTCCATCATATCACCAATGTATTATATAAAATTTTATAATTTATGTCAAGTGTTTTTTCTTTACATTATTATTTTTTATGAGTTATATAAAAAGGGAGGTTTCTGCTCTCCCTTTCTATTCAAATTAAATTTTAAATTTCTCTGATATGAATATTTTGTGATCTATCTGGTCCAACTGATACAACACTTATTGGACACCCTAAAAATTCTTCCATTCTTTTAATGTACTTCTTACAATTTTCTGGAAGTTCATCATAATTTTTCATTTGAGTGATATCTTCTTTCCACCCTGGCAACTCTTCATATACAGGTATTGCTCTGCTCAAAATTTCTGTTGATGCTGGAACAGATGTATATCTCTTCCCATCTATATCATATGCTACACATATTTTTACAGTATCAAGTCCACTAAGAACATCTATTTTAGTAATAACTATATCTGTAAGTCCATTGATATCTACTGCATATTTCCCTACTACAAGATCCAGCCATCCACATCTCCTAGGTCTTCCAGTAGTTGCCCCATATTCAAATCCAGTTTTTCTTAATTGTTCTCCAAGCTCATCTGTGAGTTCTGTTACAAATGGTCCTTCTCCTACTCTTGTTGTGTATGCCTTCATTACTCCTATACCCTTAGTTATTTTTCTAGGAGATACTCCTGCACCTGTAGTCACTCCTCCAGTTGTGGGTGATGATGATGTAACATATGGATATGTTCCATAATTAATATCAAGCATCATGGCCTGTGCTCCTTCAAAAAGAACTAATTTATCCTCATCTAAAGCTTTATTTATTTCAGGAATAGAATCTATTATTCTATGTTTAAGTCTATCTGCATATCCTTTATATTCTTCAAAAATAGTATCAAATGATAAAGGTTCAGCTCCATATATTTTAGTAAATATTAAATTTTTAGCATCAAGACCTCTTTTTAATTTATCAGCAAAAATATTCATATCTAAAAGATCAATTGCTCTTATTCCTACTCTATTAATTTTATCTGCATAACAAGGCCCAATTCCTCTTTTAGTAGTTCCTATTTTATGTTCACCACTATTTTCCTCACACAATTCATCCATTCTTACATGATAAGGCATTATTATATGAGCTCTGTCACTAATAAACAAATGATCTATCTTTGCTCCTTTTACTTCAAGAGTATCTAATTCTTTCAATAAAACTTTAGGATCAATAACAACACCTGGTCCTATTATACACTTTCCATTTCCATGAAGCATTCCAGATGGTAACAAGTGTAATACAAATTTTTCTCCATTTACCACTACTGTATGTCCTGCATTATTTCCACCTTGAAATCTAACTACATAATCAGCCTTGTTTGCTAAAACATCTATTATTTTTCCTTTTCCTTCATCTCCCCATTGGGTACCAACTACTACATATCCTGCCATATAGACCTCCTATTACGATTATTTTATTTTTTCTATCTCAATATAATTGATATTTTTATTATGTTTACATAAAAACAGCTGTTCAAATTCAGTTTTAATATTATCTGCTGCTTTTTCACTTTTATGAAGATCTGATGTATTATATATTATTTTATATCCTTCTATTGAATTTACAAGGTCAATAACATCTTGATAGTATTTGTCATGGTCAGTCTTAAAGAAAAATTTCCCATTTTTTTTCAATATTACATCAAGTATTTTAAAAAAACTTTCCTGTACAACTCTATTTTTTTCATTTTCTTCCCAAGGATCAGGAAAATTTACATATACTCCTTCTATTTCATTTTCATCAACAAAGGAAAGTATCTCTTCTCCTCTTCTTCTTAAAAACAAAACATTTTTGGAATTATCTCTTTTTACTTTTGTTGCAGAAAGTACTAATCTCTTAAATCTAAGTTCAAGTCCTATATGATTTCTCTTAGGATATCTTATTGCCATACCTTGAGCAAAATTTCCGCTTCCAGAACCTATTTCAAGATAGACAGGATTGTCATTTTTAAAAAACTCCTTCCATCTCCCCTTATATGAATCCATAATTTTTTTGTCAAAAATAATATACTCTGGATAGTCAAGAAGTTTTAATATATATGGATTGTAATTTTTTCTTGGATTTTTAAAAAAATGCTTCCATAACTCATCTTTTACGCTATCGTTTGCCATTAATCCTCCATTTTTAAAAGTTTATCTATTCTCACTAAAATTTTTTCAGCTGTTTTATTATTTTCTTCAAAAAATATTTCTATATTTTTCTTATATATATCACTATTTTTTTCTATTTTATTCACAGCTTCTAAAAATTCATCTGCATCCTCTACTTTATATCCTATATTTTTTTTCAAAATCTCTTTAGAAATATCTTTTACATTTTGTAGATATGGTCCAAATATTGGTGTTTTTCCATAAAAAAGTGGTTCTAAAAGACTATGTCCCCCTATATCTACAAGAGTTCCTCCTACAAATGCTATGTCAGCAATTGAGTATAATTTTCTTAATATGCCAATTTTATCCACAAGTATTATATCAGTTTTTTCAAAATTGTCACTATCTATTTTACTGTATTTTTTATATGTCATGCCTTCTTTTTTTATTAAAACTTCTATTTCAGGTACTCTCTCAATATGTCTCGGCACTAATATAAGTAATGTATTTGTAAGTTTCTTGAAAACTTTAAAAATAATTTCATATTCTCCAGTTCTTGTACTTCCAGCAGTAAATATTTTTCTTTCATATACACCTAAAGATTTTTTTAAATCATCTTTAGTTTTCTCATCAAATCTTTCAAGCTCTATATCAAACTTTAAGTTTCCAAGAATTTCTACCCTACTCTTATCTGCTCCTATTTTGACTATTTTTTCACTATCAAGCTTTGACTGCATATAAAATCCATCTACATCTTTAAAAAGATTTTTAAGATAAAAATTCAATTTTTTATATCTTACATAGCTTCTGTCTGATATTCTTCCATTAACTATTATTACTTTTCCTTTTTTGTGAGATTCATGTATAAGATTAGGCCATATCTCTGTTTCAATAAGAATAAGAATTTTCATCTCTATTTTTTCCAATATACTTCTTATAATTTTTCTATTATCTAAAGGAAAATACAAAATATCTACCCTACTATTATCTTTATATTTATCTTTTGCTGTTCTCATCCCAGTATCTGTCATTACTGTAAGAAGTACTCTTTCTTTTCTTTCAGAAAGTATTTTTTTTACCAGTGCCTCTGAAAGATTTACTTCTCCTACTGAAGAACAGTGTACCCAGATATATTCTTCTTTTTTCAATATATCCAAATTTTGATTTATTCTCTTATAGAAAAATTCTTTTTTTTCTTTATTTAAAAGCATATACATATATATAAATGGTGTAATAAATATTCTCAGAATGTCATATAACATTTAATTTACCTTCCTGTCTATACATTTAGATATAGCTTGAACCACTTCTTCTATCGTCATTTTGCTGCTATCTATCTCCACCGCATCATCTGCTTTCATAAGAGGACTCTCTTTTCTTGTAGAATCTATATGATCTCTCTCCTTTATAGAAGTTATTACAGATTCAAAATCAGCTTCTATTCCTTTTTCTTTGTATTCATTAAATCTTCTTCTAGCTCTTTCTTCTGGTGAAGCAACTAAAAATATTTTAACTTGAGCATTTGGAAAAACCACTGTTCCTATATCTCTTCCATCTAAAATAGTTTTTTTGCCTTTGCTTATTTCTCTTTGCAATTCTACGAGTTTTACCCTGACAGCTTTTATTGCTGCCACTGGAGAAACTATTCCACTTACTTCAGGTGTTCTTATTTCTTCTGATACATCTTCTCCATTAAGAAAAAACTTATTTTCTACAATATCCAGTTTTGTATTTTCCAGCATTGCTTCCACACTTTTTTCATTTTCAAGATTTATATTATTTCTTAAAGCATATAAAGCAATCATCCTATACATTGCCCCTGTATCTAAATATGTAAGTCCATATTTAGCTGCAACTATTTTAGCTATTGTACTTTTTCCGCTTCCTGCTGGTCCATCTACTGTTACTATGAATTCTTCCATTTTTCCCCCTGATTATTAATTAGCTTTTATAAGCATTGCTCTCCATTCTTTATCAGCTTTTATCTCTATTATCTCAAAACCTAATGCTTCGATTTCTTTTTTCAATATTTCGCATTTATCTTCAATGATACCAGAGAAAATTATTAAACCATCTTTTTTTACTACTTTTGATATATCATTAAGTAAAATTAAAAGTACATCAGTAAGTATATTAGCAACTACTACATCAAACTTTTTATCTTCAACTACAGATATAAGATCTCCTTTAAATACTTTAGCTTTATTTTCATCGATTTTATTAAGTTCGAGATTTTCTTTTGCTGACTCTACAGCTAATTCATCTATATCTGTTCCATATATTTCAGAAGCTCCAAGTCTATCAGCAGCTATCATAAGTATCCCTGATCCTGTTCCTACATCTATTACACTGTCTCCTTCTTTAATATTCTCTTCCATTAATTTAAGACATAAAGATGTTGTAGGATGTGAACCTGTTCCAAAAGCTCTTCCTGGATCAAGTTCTATTATTAATTCATTATCATCTGCTTTATACTCTCTCCAAGTAGGTTTTACTACGAATTTTTCGCTTACTTTTTCAGGGAAAAGATATTTTTTCCAGCTATTTTGATAATCTTCTTCATCATATTCATAAAAATCAACAGTATATATTATATCATCTCTTTCTGAAAATTGCTCTTGAAATCTTTCTAATATAGTATTTTTTCTTTTTTCAGAATATGGATTTAATGGAAAATAAGCTGATATAGCATGATCCACCATTAAAAAATCTTTTTCATTTTTATAAAAATCCAATGGGTTTTTATGAGAAAGAGGTTCCTCTATCTTTAAACCTGTAACTCCAAAACCATAAAATATATCTGATATTTCTTTTGTGGCTTTTTCTATATCATCACTTTCATAAATTACTTTTATTTCTACTACTTTCATTCTCATCTCCATTAACTAAAACTTATTTCAGTAAGTGATTTATTTATTCTCTCTATACTTTTACATTCTCCAGTTTCCATATCTATTTCCACTTCTATCCCATTCAGCCTTTCATTTCCTTCAGCTATCTCAAATCTTTGAGGCAGTGCATTCAAAAACTTTGGAAGAATAGATTCAACAGACATCCCTATTACTCCATTATCTGAGCCAGTCATACCAACATCAGTAATATATCCTGTTCCTTCTGGCAATATTTTATTATCTGCTGTCTGAATATGAGTATGTGTTCCATATATTACTGAAACATATCCATCTACATGCCACCCCATAGCTATTTTTTCCGATGTAGCTTCAGCATGAAAATCTATTATAATTATTTTTGTTTCTTTTTTTATCTCTTCTATTAACTCTTTTGCCTTTTTAAATGGACAATCAATAGGCGGCATAAAAACTCTTCCTTGAAGAGAAATTATTCCAATTTTATTTCCATTTCTATCCTTAACTATAGTATGTCCTATCCCTGGTACTCCATCTGGATAATTTGCTGGTCTTAATACCTTATCTGTCTTATCCAAATAATCATAAAATTCTTTTTTATCCCAAATATGGTTACCTCCAGTTATAACATCACATCCCCAGCTAAATAACTGATCTGCTAGTTTTCCTGTTATTCCAAATCCTGCTGCTGAATTTTCTCCATTCACTATAACAAGATCATAATTCTTTCTCTTCCTTTCTAAATACACTCTAAGCGTTTCTCTTCCAGGATTTCCTACTATATCTCCAACTATTAAAATTTTCATCTTCTTCCTTCTTTCTATATCGTTTTATCCAACACAAATTATATCATTTTTTCTTCAATTTTAAAACCCCACTAAAATATATGTTCAATATTTTAGTGGGGTGATTATTTTCTATTATATTTTTTTCTTATTTAGCGTATTCTACTGCTCTAGTTTCTCTAACAATAGTAACTTTTATCTGTCCAGGATACTGCATTGTTTCCTCTATTTTCTTAGCTACATCTCTAGACATCTTAGTTGCTGCATCATCACTTATAGAATCTGGATTGATTATTATTCTAATCTCTCTTCCAGCTTGTATAGCATAAGATGATTCAACTCCATTAAATGAATTTGCTATTTCCTCAAGACTTTCCAGTCTCTTCAGATAAGCAGTAAGAGTTTCTCTTCTTGCACCTGGTCTTGATGCTGATATAGCATCTGCTGCCTGTACAAGTATAGCTTCCACAGTTTCAAATTCAACTTCATTGTGATGAGCCATAACAGCATTTATTACATCTGATTTTTCTCCAAATTTTCTTAAAAATTCTCCACCAATAATAGCATGAGAAGCTTCTATATCATTTTCAAGAACTTTTCCTACATCATGTAAAAGTCCTGCTCTTTTTGCTAACTCTGTATCTGCACCTATCTCAGCAGCTAAATTAGCTGATAATTTTGCTACTTCTATTGAGTGAGTAAGTACATTTTGCCCATAACTTGTTCTAAATTTTAATCTTCCTAAAGTTCTTATTACTTCAGGATGCATTGCTGGTATTCCTAATTCAATTAATGCTTCTTCTCCAGCATCTACTATTTCTTTTTCTATTTCTTTTTTAGCTTTATTTACTACTTCTTCAATTTTACCTGGATGAATTCTTCCATCAGTAATAAGTTTTTCAATAGCTATCCTTGCTATTTCTCTTTTTACTCCATCAAAACTAGAAAGCACAACTGCCTCTGGAGTGTCATCTATTATAATATCTACACCTGTTAATGCTTCAATAGCTCTTATGTTTCTTCCTTCTCTTCCAATTATTCTTCCTTTCATTTCATCATTAGGAAGATTTACAACTGAAACAGTTGCATCTACTACATAATCAGCTGATGCTTTACCTATAGAAGTTGAAAGTATTCTTCTAGATATTCTATCCTTTTCATCTTCAAGTTTGCTTTCAAATTCTTTAATAGCTACAGCAGTTTCATGTGTAAGATCATCTCTCAATTTTGCTATAAGAATATCTCTTGCTTCAACTTTCGAAAGTCCAGATATTCTCTCAAGCTCATTTTCCTGCTGTAATCTTATTTTATCTATTTCTTCTCTTTTTAATTCAAGTTCTTCAGTAGTTCTTTCAAGTTCTTGGCTTTTCACTTCTAATTTTTCTATTTTATTATCCAAAGTTTCTTCTTTTTTAGTAAGTCTTGCTTCCTTTTGAAGAAGTTCATTTTTAGAATTTTTAATTTCTCTTTCAGCTTCTTCTTTTAATTGGTATACATGTTCTTTAGCCTTAAGTTCTATTTCTTTTCCTTTTGCTAATGCTTCTTTTTCAGCTAATTCTATTATTTCTTTAGCTTTTATTTTCGATTTTGTAACTTCATCCTCTAAATCATTTAACTCATTTATTTTTTTATCTATAACAGACTTTTTATACATCAGTGAAATGATAATACTAAGTCCGATTATCGCTAAGCCTATACTTATTCCTATATTCATAATTTATCCTTTCTCCATTTTTTTATTTTATTTAAAGCTTTCCACTGCCTCATCTTCTGTTTCATATATTTCAAATATTTCATCTAATCCTATCATTTCGAATATAGTTTTAATATTTTCATTTAATTTTATAAGTTTTATATCTCCACCTATTTCTTTTACCACTCTTAATTTTCCTCTTAGGATTCCCATAGCTAAACTGTTTATATGAACTAATTCTTCAAAATCAATTATAAATTTTATTGTGTCCATTTCAACAAGTTTTGTTATTCTTTCTTTTAATTTTGGAGCTACTAAAGCATCTAATTCCCCAACTACTTTTATAACTTTTATATCCCCAACATTTTTTTCGATTATATCAAAATTCTCTACCATTTTTTATACAGCCTCCTTAATTCTCTTTTCTATCTTAAAAAGTGTTCCATTTAATTTTTTTTCAATTTTAAAATTATCAGCTATGGCTCTTGCTATATATAATCCCATTCCGCCTTCTTCTTTACTTAATTTTTCCTCATCAAAACCTATTCCATTATCTTCTACTATCAATTGTATTATATCATTTGACTTTTGTATTTCTAGAATAATGTCTCCTGGTTTATACTTATATCCATGTTCTACCACATTTGTTGAAAGTTCATCTACAACAGACAACAGTTGAAATATATCTTTCTCATTTATATGCTGAACTTCTAAATAAGTTTTTACCAAAGCTCTAATAAGAGATAAATTCTCTAAAGAAGATGGGATTGACATCCTAATGATATTTTTCACTCTCCTATCACCTTCTCTCTTTAAATTCTGTTATTTTCCATTCCCCTTTTTCTAATAAAAATTTTACATCAAAGTATATAGTTCTATCTTCAAAATTAAATGCAGTTATGTTACTGGCATTTTTTTTATGAAATTTTGGCTTAGTAACAAATATATTCATTTGAGAAAAATCTATTTTTTCTATTTCATTCCCTAAAAAAACATTTTTTAAAGAAAAATTAAGTGTTTTTTGTAAACTCTTTGTATCACCACTCTGCAAATCTATCTTCAATTTCTCTATCAATGTTTCTAGAGCAATTTTATCTTTTTCTCTTTCAGCTAATAATTTTTGATATTTAATAATCAGTAAATTTTCACCTTGTGTCATTTTGTTCTCATTAAGTTGTTTTTTAAGATTTTCTAAATCCCAATTCTCGTATAAATATACATATTGTTTTTCATACTCATTTTCAACTCTTTTATTTATTAAATTAGAACATCCTGTCAAAAAAAAGACTGAAATTATCCAAATAAAAATCTTCCTCATAATTATATACACCTAATCCTTATTACTATTAATAATACCATATCACTATGTTTTTATCAAGAATTTAATTACACTTGATTGCAGTTAATCATAACTTTAATTCAGATGTTATTTTATCTATTATTCTTTCTTCACCCATTTTATCTAGATCATACCATATATATGAAGGGTCATTTTTAAACCATGTAAACTGTCTTTTTGCATATCTTCTTGAATCTCTTTTTATATTTTCAATGGCTTCTTCAAAAGTACAATTATTATTAAAATAATCTATCAGTTGTGTATAACCTATAATATTTATTTTTTTTAAATTTTCACCATATTTTTCATATAATTCTTTTACTTCTTTTACAAGACCTTTTTCTATCATTATTTCTACTCTTAGATTTATTCTTTCATAAAGAATATCTCTATCTCTTTCCAAAGCTACTTTTAAAAAGCTGTAATTATTTCCTTTAATATTTTTTTTAGAAAGGACTGAAAATTTTTCTCCTGTCAATTTAAAAACTTCAAGAGCTCGTTCCACTCTCCTTCTATTATTTTTATGTATATCCAATGCAGCCTCTGGATCTATAGCTTTAAGTTCATTGTATAGTTCATCTGTATCTTTTTTCATAAGTTCTTCACGAAGTAGTGAATCAGCTGTTGGCAAAGAAGATAATCCCTCTGTTATGGAACTTATGTATAATCCTGTTCCTCCTGTTATAATAATATTTTTTTTCTCTTTTTCCTTTTCTTTTAAAATATTATCTACATTCTTTTGATAATCTCCTACATTATACTTTTTTATAGGTTCTACCACATCGAGCATATGATGTTTTACTCCCTGCATTTCTTCTATATTAATTTTAGCTGTTCCTATATTCATTCCTTTATATATCTGGGCTGAATCTGCTGAAATTATATCTGCCCCAATTAATTTTGCCAACTTAATAGATAAATCTGTTTTCCCTACTCCAGTAGGACCTGCTATAACTAATCCTTTTAGCATCTATTTTCCTTTCTAAATCACAAAAAAGCTGAACAATGTAAATTCAGCTTTCATGTTTTTTATATACTTATTACTCTACATATTCAAACTCTACATCTGCTATTCTTACATTGTCTCCATCTTGAATTCCAGCTTCTTTCATAGCCTCTTCCAATCCAAGTGATCTCATCATATGAAGGAAATTAATGATAGATTCTTCTTCCATAGTAATAACATATTTAGCAAGAACTTCATCTAATATTCTTCCCTCTATTACATATGTTCCCTCTTCATCTTGAGTTATTACAAAATCCTCCATATCCCCTTTTATTTCTCTTAATACTTCATTTACATTTACTTCATCCTCAAGTGGTTCTCTCTCTATTTCTTGAAGCATTGAATAACTTCTATAGAGCACTTCTTTGATTCCTTCATTTAGTATAACAGAAACTGGGAAAACTTCATGTCCCTGTGCTTCCACATGAGTTTTAAATTTTTCATATTTTTCCATATCCCATAATAAATCCATTTTATTAGCAAGCACTATCTGTTTTTTAGTTGAAAGTTTTTCGCTAAATTTCTTTAATTCTTCATTTATTTTTTCATAATCTTCAATAGCATCTCTTCCTTCTATTTCAGCAACATCTACAAGATGATATATCATTTTACATCTTTCTATATGTCTAAGAAATTTATCTCCAAGTCCTACACCTTCATGGGCTCCTTCTATAAGTCCAGGTATATCAGCTATTACAAATGATTTTCCTTCTTCAAGTCTTACTACTCCAAGTTTTGGTTCAAGAGTAGTAAAGTGATAACTTCCAACTTTAGAATTAGCAGCTGATACTTTATTAATGAAACTTGATTTTCCTACTGATGGATATCCTACAAGAGCTACATCTGCTAATAATTTCAATTCAAGTTTTACTTTTATTTCTGCTCCTTCTCTACCTTTTCCTGCTATCCTTGGAGTTTTTCTTGTAGAAGATTTAAAGTGAACATTTCCTGCCCCCCCTCTTCCACCTTTTAAAAGTATTCTAGGTTCTCCTTCTGTATTCATATCTAAAAGAAGTTTTCCTGTTTCTATATCTCTTACCTGAGTTCCAACTGGCACTTTTATAACAAGATCTGCTCCAGTTTTTCCATACATTTGTTTTTTTTGTCCATTCTCTCCATTTTCAGCTTTAAATACCTTTTTAAATTTAAAATCTATCAGAGTATTTATGTTAGGATCTGCAATAAATATTACATTTCCTCCATTTCCTCCATCTCCTCCATCTGGTCCACCGAACTGGATATACTTCTCTCTTCTGAAAGCTGCTGATCCATCTCCTCCATTACCGGCTTTGACCGTTACTATTACTTCATCTATAAACATCTTATTTTCACTCCCGATTATATATCAAATTTACTATCAATATATTTTACCTTAATTTATACATTTTTGCAAGTTTTCTTCATGATGTTTAAACACAGATAAAATATTTTTTTATTGCTTTTTTTCGGAATTTATTGTATATAATATCTATATGTTATCTATTATTTTAACTTTTTCTTGGGAGGAATATATTAATGATGAAAAAATCTATTGTAATTCTTGCAGGAGTTTTGTTGATTCAACAAATATCTCTTTCTAAAGTTATTAACAAAGATATAACTTTTACTGAAAAAACTTATGGAGTATGTTCTACTGAAATGACTGTTTCTGTTAAAGATGGTAAAATTGAATCATTTTTTGCTGTAAAAGGATGTCCTGGAAACCTTGCTGCAATTGGGAAACTGCTGCCTGGTATGGAAGTAACTAAAGTAATTGAACTTTTAGATGATAATTATTGCTCTGGAGCTCCTTTAGCAGGATATACTTCATGCATGGATAACTTAGTTGAAATGCTAAAACAACATGTTACTGGAGAAGGAGAGGGCCCTTTAATTGAAGTCAGAAAAGCTCAAAAAGCAGCTGCTAATAAAGTAGCTTTTGCTGGTCATGTTTGTTCTGGTTGTGGTCTTTGTCAAGCTTCTTTATCTTAAAAATTACTTAAATTTATAGGAGGAACAAAATGAAAAAATTACTTATTTCTGCTTTAATAGTTGTATCTTCAGTTGCTGTTTTTGCAGCATCAGAAGGAATAGGATTTGGATATAAAGATGAAATTAAAGTTTCTGTGGAAAAAGATGGAGATAAAATTGTTGCCATCAAAGTTTTAGAAATGAAAGACACTAAAAGAATAGCTGAACCAGCTATTGAAAAACTAACTTCTGAAATTATAGCTAAACAATCTGTTGAAGTTGATGATGTAGCAGGTGCTACTTATACTTCTCAAGGATTCAAAGAAGCTGTAGCAGATGCTTTAAAAAAATAATAATCTTTAAAAAAAGGGGCTGTTGCAAATTTAAAACAGCCCAATTATCAAAAAAGCTGACTTGAAGTTTTCTTCCTGTCAGCTTTTTCTTTTTAAATAAAAAAAGGTATAAAATACTAAAAATTTTTTCAAATTTCTAATATAATATACCTATGCAAAAACCAACTAATAATAACATTTTTTTTCAATTAAATCAACCTAAACTTTTTAACTTTTTACAATATGAAATTTCTGATAATGATCCTGTAAGAAAACTTAGCTCAATATTGGAGGGATTAGATTTTAGTAGTTTAATGCAAGTATTTTCTTACAAAACAAAGGTACATCCTATCAGAATGTTTTCTATCATTGTTTATGCCTATTCGCGCAATTTAACTTCTACTAGAGATATAGAAATGGCTTGCCATGAAAATATTAAATTCAGGTTTCTTTTACAAGATTCTAAAATTCCTGATCACTCTACTATTTCTAGATTCTTAGTAAAAACTGAAGATATTCTTCCAGATCTATTTGAACAATTCGTTGAAAAAATTTTTGAAATGGAAAATATTTCCACTGAAACAATATATATTGATGGCACTAAAATTGAAGCATATGCTAATAAATATACATTTGTTTGGAAAAAATCTATTGAGAAATATAGAACTAGATTAGATGAAAAAATTCTTGAATTAATTTCAAATTTTAATGATGATTTCAACTTACAATATGACAACTTCCTTGAAATATATTCATATCTTTCTAATTTGAATTTTCAAATAGTCAAAGGTAGAGGAAAGAGAAAATCTAAAGAGCAAAAGTATTTAGAATTATGCGCAGAATACTTAGAAAAGTATCAAAAATATTCTAATCATTTTAAAAATCTTAATGGTAGAAATAGCTATTCAAAAACTGATATAGATGCTACTTTTATGAGAATGAAAGATGACCATATGAGAAATGGTCAATTAAAACCTGGATATAATCTGCAAATAGGAGTGATTAGTGAATATATTTCTTCATATGAAATTTTTTCTAACCCTTCTGATTCTAAAACTTTGATTCCATTTTTAGAGAAAATTTCATCTCAAAATTTAAAAATTAAAAATATTGTAGCTGATGCAGGATATGAAAGTATTTCAAATTATGAATATTTGGAAAAAATGGACTATACTTCATATATAAAACCAATATATTTTGAAAAATCTAAAATCAGAAAGTTTAAAAATGATTTAAACAGAGTAGAAAATTTAATATATAATCATTCTGAAAATAAGCTATTTAGAAAAGATGGATTAGAATTAGAATTTCTATACTCTAACAAAAATAATACAGTTCAATATTTTTGGAATCCTGAAACTAACAAAAAAATTAAGTACAATGCGAGATTTAGAATTTTATCAAATAAATCAAAAGAGAATGTATCAAGCAATTATGGAAAACAATTAAGAATGAACAGAAGTATTCAAGTAGAAGGTGCTTTTGCAGTTTTGAAAGAAGATATGAAATTGCGAAAATTAAAAGTTCGAAGTAAAAAAAGTGTTTTAAGAGAAATATGTTTGTTTTGTATCGCTTACAACTTCAACAGATATCTAAGCAGAAATATAAATAATCGCTTAGGAACAACACTTCACTCATTAAAAGTAGCTTAGATAAATAAAAAATCATCTACTTCTTTTTTTGATACTTAAAAATAAATATAAAAATATAAATTAGCAGAAATCTATTTTATAGATTTCTATTTTTTTATGAAAAATAAGAGAGGCTGCACAAATTAGTTTATCAATCACTAATTTGCAACAGCCCCTTTTTTATTATTTTACCACCAATTTTTTCTTTTAAAAAACAAAATCATTCCTATAACAACCATAAACATTAGTATCAAAATAAAATAATATCCATATTCCCAAGATAATTCAGGCATATATTGAAAATTCATCCCATAAACTCCAGCTAAAAAACTCAAAGGAATAAAAATAGTAGATATAGTTGTCAATACTCTCATTATTTCATTCATATTGTTTCCAATAGATGAATGACAAAGTTGGATTAAATCATTACTTCTATTATACATTATTTCTATACTTTCGTAGATAATAGTTCCATGATCATGAAGATCTTTCAAGTATATACTCATGCTCTCATCAAAATAATCAACATTTGAAATTTTTGTTAAAATTTCTTTAATAGGCATAACATTCCTTTTAAATTTCGAAATTTCTTTTTTTAAGCTCATAATATCTTCAATGATTTTTTGTGATGGATTCTTAATTATTTCATCTTCTAAAATTTCCATTTTTTCTTCAAAATCCTCTAAAATTAAAAAATAATTATCCACAATAATATCAAAAAGGGCATAAGCCAGATAGTTTTCTTCTTTCTTTCTTATTCTTCCTATTCCTTTTTCTATTCTTTCTTGTAAGTTTTCAAAAATATTTCCAGATTTTTCTTGAAAAGTTATTAGATAGTTTTCTCCTAAAAGAAAAGAAATTTGTTCATATTCAATTTTATTAGTTTTTTTATTTAAATATATCATCTTCAAAAAAAGAGCTATGTACTTATCTCTTTCTTCAAATTTTGGACGTTGATTTATATTTAGAATATCTTCTAATATTAAATTGTCTATTTCATAAAAAATTCCTATTTCTTTTATTAATTCAACATTATGTACTCCTTCAATATTTATCCAATTTACAGAATCTTTTTCATTAAAAGAAGATAATTTAACAAGGGAATTCTCAGTTACTTTTTTTACAGTTCTGTCATTATATGAATAAAAAGTAATTTTAATTCTCTCATCTTTTAATTCTCCTGTATATATAAGAGTTCCTGGTGCTAATCCAACTTTTTTATTTTTCATATAACTCCCCCTTAAAATATTTTATTTTAATTTTACTTTTTATTCCTCCTTATTCCTTTTAATTTATTAACATTTATTATTTAAATTCAATAAATTGTCCTATTTTAATGAAAAATCAATTGAAAAAACTGCAAATAATGAATATATCTGCAGTTTAAAAATAAAGTTTACTTTTTATATCTCTCTGAATATATTATAGTTAACTACAGCAAATGGAGAGAGTTCATAAATATTATCAGAAAACTCTGATACTTTTATTTCATAATTTTGTTCATCTAAGGTCACTTTTTTTACTTCATTGACAAGAGTCTTAAATAAAAAACTGCTTTTAAATATAGCACCAAAAAGAATTATTTTTTCAGGATTAATTACTGAAATTATTCCATCTACAGCATGAGCAGTAAGATAAATAGCTTCATTCATTATATTCAAAGTAAGTAAATCTTTTTCTTTTACAGCTTTTATTATATCCTCAATATTCAATGTTCCTTTTTCATTAAGGATATTCTTAAGACTACTGTAATTATTTAACTTTATTTGAGATATTATTTTTTTAATAACAGCTACATTTGATACCTCAGTCTCAAGACACCCTCTTTTTCCACAAGAACATTTTTCTGAACTATTTCTTTTTACAACCATATGTCCTAATTCTCCTGACATGGATCCATATCCTTGATATAGTGAGTCATTAAGAAATATACTTCCTCCAACTCCATCCCCTATATTTAATACAACAAAATTATGTTTATCCTTACATGAGCCAAATATTTTTTCTGTAAGAGCCATTCCTCTAACGTCATTCTCGATAAAAACTCTTTTGTTAAATTTTTCCTCCAATACTTCTTTAAGTTTTATATTTTTCCAGTTATAATGTGGAGAAAAAATAGATACTCCTGCTTCACTATCAACCATCCCATTCATTATAACAGATATTATTGTTATTTCTTTATTTCTGCTCAATTCTCTTTTTATAATGGCTTCAACTGTTTTAAGTATATTATTTTCCTTTTTTAATAATCTTTTCTTTAATGAATATTTTATAGTTTTTAATACTTTTCCATTTATATCTCCAAGAGTTACTTGAATAAATCTTGGTGCTAGTGATATTCCCAAAATTAACCCTATATTTTCCTCATTTATTCTTAAAATAAGAGGTTTTCTCCCTCCAGTAGAAATTCCTTCACTATACTCTTTTATAATTCCTCTTTTTAAAAATCCATTCACTATCTTTCCAATTCCTGCTGGGGTAATATCTAATTCTTTAGCTAATTCTACTCTTGAAATTCCATCACTATTTTTTATAAATTCCAAAGTTTTTATCTTTGCGGTTGCTGTTTTCATATTTTCCCCCTTTCTTCTGTATATTTTTATTATACAATATTTTTTCTAAAAATCCAAAATCTTATTTTACTAAGTTTATAAAGTTGATATGTTTTTTCATAATTTTTATTGTTAAAAGTAATTTATACTATATACTTATATTAAGATAGACTAGATTTTTAGAAAAGAATTTGCGGAGGTTGAATATAATTATGATAAAAGGATTAGTACAAGATTTTAAAACTCTATTTAATTATTCAGGAGCTGTTGAAGTATTCTTTTCTCCTGGAAGAGTAAATCTTATAGGAGAACATACTGATTATAATGGCGGATTTGTATTTCCTTGTGCCTTAGATTTTGGCACTTATGCTATTGTAAAAAGAAGAGAAGATAAAATTTTTAGAATGTATTCTAAAAATTTTGAAAGATTAGGAATAAAAGAGTTTTCATTAGATAAGCTTACAAATACTCCATCAGATAACTGGGCCAATTATCCTAAAGGAGTAATAAAAACTTTTATAGATGCAGGATATAAAATAGACAAAGGATTTGATATCTTGTTCTTTGGAAATATCCCAAATGGTGCTGGACTTTCTTCTTCAGCTTCAATTGAACTCCTTACATCAGTTATTTTAAAAGAAATTTTTAACCTTAGCATAGATATGATAGAAATGGTAAAACTTTCTCAAAAATCTGAAAATGAATTTATAGGAGTAAATTGTGGAATAATGGATCAGTTTGCTATTGGAATGGGTAAAAAAGATAATGCTATTCTTTTAGACTGCAACACTCTTGAATATCACTATGCTCCTGTAGAATTAAATGGTGCATCAATAGTTATAGCTAATACAAATAAGAAAAGGGGTCTTGCTGATTCTAAATATAATGAAAGAAGAAATTCTTGTGAAGCAGCTGTTAAAGTTTTAAATGAAAATGGGATTAATATAAGAAATCTTGGAGAACTTTCAGTAGAAAAATTCAATAAAGCAAAACATTTCATAACTGACGAAGAACAACTAAAAAGAGCAACTCATGCTGTAACTGAAAATGAAAGAACTAAAATAGCTGTTGAAAAATTGAACTCTGGAGATGTTGAAGCTTTTGGAAAACTTATGGATCAATCTCATATTTCTTTGAGAGATGACTATGAGGTAACAGGATTTGAACTTGATTCTCTAGTAGAAGCCGCATGGGAAGCAAAAGGTGTAATAGGTTCTCGTATGACTGGTGCTGGTTTTGGAGGTTGTACCGTAAGTATTGTAAAAGATGAATTTATTGATGAATTTATAAAATCTGTTGGAGAAAAATATAAAATTAAAACTGGATTAACTGCTGATTTCTATGTGGCTAAAATTGGTGATGGAAGTAGAAAGTTAGGTGATTTTTAATGAATATATTTGAAGAGGTAAAATTGCTATTAGCTTATGGATTAAAAAACGACCTTATAGGAAAATATGATGAAATTATATCCAGAAATGAAATTATGTTTCTTTTAAAACTTAAAGACTGGGAAGATGTGGATATCTCTTCTAAAACTATACCTCAATATCCAAATGAAATACTGGAAAATATATGTAACTGGGCTGTTGAAAAAGGTATAATTGAAGATAGTATTGTTGTAAAAGATCTTTTTGATACAGAAATAATGGGGAAAATAACTCCATCTGCTACTCATGTAATAGATAAATTTATAAAAATATCAAGTCTTGGAGGAATAGAAAAGGCTACTGATAATTACTATGAATTTGCTCAAAAGACTAACTATATAAGAACAGACAGAATAGCAAAAAATATGCATTGGTATTCAAATACAGAATATGGCGATATGGAAATAACTGTAAATCTTTCTAAACCTGAAAAGGATCCAAGAGATATAGCTAAGGAAAGACTTCTTCCTCCATCATCTTATCCAAAATGTCTTTTATGTTATGAAAATGTTGGATATGCTGGAAGATTAAATCACCCAGCCAGACAAAATCACAGAGTTCTCCCATTTTTCTTAGAAGGAGAACAATGGTTTCTTCAATATTCTCCATATGTTTATTATAATGAACATGCCATTATTTTTTCTGGTGAACACAAACCTATGAAAATAAACAAAGATGCTTTTAATAGAATAACAGCTTTTGTTGAACAGGTTCCTCATTATTTTGTAGGATCAAATGCTGACCTCCCTATTGTTGGAGGATCAATTTTAAGCCATGACCATTATCAAGGAGGCCACCATGAATTTCCAATGGCAAAATCTCCTATAGAAAAAACTGTAATTTTTAAAGGATTTGAAGATGTTGAAGCTGGTATAGTCAAATGGCCTATGTCAGTTATAAGAATAAAAAGTCCTGATAGAAAAAAACTGGTAGAGCTTGCAGTAAAAATACTTGATAGCTGGAGAAGATATAGTGATGAATCTCTAGGAATATACGCATTCTCTGAAGATACGCCTCATAATACTGTTACTCCTATTGGAAGAAGGAGAGAAAAAGATTTTGAGCTTGACCTTGTTCTTAGAAATAATAGAACAAGTGAAGAACATCCTTTAGGAATATTTCATCCACATGAAGATGTACATAATATAAAAAAGGAAAATATAGGGCTTATTGAAGTTATGGGACTTGCTGTACTTCCAGGAAGACTAAAAGAAGAACTTGAAATACTTGGAAAACATCTTACAGAAGCTGATTTTGAAACTAAAATTAAAAATGACCCTAAAGTTGAGAAGCATTTAAACTGGGCTGTTAATATTAAGAAAAAATATTTTGAAATAACTTCTAAAAATGTAGAAAGTATCTTAAAAGATGAAGTAGGAATGACTTTTTCCAAAGTTCTTGAAGATGCTGGGGTATACAAAAGAAACCCAGAGGGAGAAAAAGGCTTATTAAGATTTGTTCAATATATTAACATGAATTAGGTTAATATTTTTAAAAATATGATGTATAATATAGAAAAATATTTTCTAAGGAGGATAAAATGGCAATTTTAGTTTGTGGTGGAGCTGGGTATATTGGAAGTCATGTTACTAGAGCTCTTATTGACAATGGAGAAGAGGTAATTGTGCTTGATAATCTTCAAACTGGTCATGTTGATGCAGTTCATGAAAAAGCAAAACTTGTCCTAGGTGATTTAAGAGATAATGAATTTATGGAAAGAGTATTTAAAGATAATAAGATAGATGGTGTAATTGATTTTGCTGCCTTTTCTTTAGTAGGTGAAAGTGTAGAAGAGCCTTTAAAATATTTTGAAAATAATTTTTATGGAACTTTGTGTTTACTAAAAGCTATGAAAAAATATAATGTTAATAAAATAGTTTTTTCATCAACAGCAGCTACATATGGAGAACCTGAAAATATACCAATTCTTGAAAGTGATAAAACTTTCCCTACCAATCCATATGGAGAAAGCAAACTTGCAGTTGAAAAAATGCTTAAATGGTGTGATAAAGCCTATGGAATAAAATATACAGCTTTAAGATATTTTAATGTTGCTGGTGCCCACTCTACAGGTGAAATAGGAGAAGACCATAGTCCCGAAAGCCATCTTATCCCTATTATACTTCAAGTAGCTCTTGGAAAAAGAGAACATATTGGAATATATGGAGATGATTATCCTACTGCTGATGGTACTTGTATTAGAGATTATATTCATGTAATGGATCTCGCTGATGCACATATTCTTGCTCTAAAAAGATTAAACAATGGTGGTGAAAGTGAAATATTCAATTTAGGAAATGGAGAAGGATTCTCTGTTAAAGAAGTCATTGAAGTCGCTAGAAAAGTAACTAAGCATCCTATTCCTGCAATAGTTTCTCCTAGGAGAGCTGGAGATCCTGCTAAACTTGTAGCAAGTTCTGAAAAAGCTATGAAAGAATTAAAATGGAGTCCTAAATATAATACACTTGAAAAAATAATTGATACAGCTTGGATATGGCATAAAAGTCATCCAGATGGATACAATGATTAATTTCTAATAAGAAAGGCTGAGCTTAATATAAGTTCAGCTTTTCCTTTTTTACTATTGTAATAAAAAAGGACTAAGTTTCCTTAGTCCTAGTCATTTTTAAAAATTATCTAGTTTTTATGTTAGAAGCTTGAGGTCCTTTTTGACCTTGAGTTACTTCATATACAACTTCTTCGTTTTCTTCTAAAGTTTTAAATCCATCTTTTTGAATTTGAGAATAATGTGCAAAAACTTCTTTCCCATCTTCACCTGTAATAAATCCAAAACCTTTGTCTTGATTAAACCATTTAACTGTACCTTTCATTTGTTACCTCCAAAAATTTTTTTAATGATAAAAATCTATCATTTTGCAATAATCTTAAATGTAAGATTATCTAGTAAAATTTAATACTTATAAAGGATAATTTCAAAGAAAAAATTCAGTTAAATATTAAAACATTATTTTCAAAACATATAAATCTCTCAATCACTATACAATTATTATACATCATTTTTTAATTTTTGTACACAATTATTTTTATTTTATTATTTTATTACACTTTTTTTTACTTCAAATCCCCATTGTATAATGTTTCATGATTCTAAATTTTTTTTATAAACTTTATTTTTCAATTCTTAATTTTCATTTTTTCTTAAATAATTCTCATAGCTTTTAATTGGAAAACGTTTTTGCCTGTGCTATAATGTAAATACTTTATATTTATGGAGGAAGCAAAATGAAGAAATTTTTACTGCTTATTTTTTCAATAATATTATTGAGCAGCTGTTATAAAAAGGAAAGAGAAGTAGATATCTCTAAAAAACAGGAAAGAAATGGAATAGTTTATATAATTAACGAAAGTAAGCCTTATTCTGGGAAGATTTTGAGAAAATATGACAATGGACAAATACTTCTTTTAATGAGTTATAAAAATGGTAAACTTGATGGAAAATATGTACATTTCTATAGAAATGGTCAAATATATATAGATAGTGAATATAAAGATGGTAAACTTAATGGTTTGTATAAAAAATATCACTATAATGGACAGATTCTTGTAGAAGCCACTTATATTGCTGGAGAACCTAATGGAATTTATTTAGAATATTCAAAAGAAGGTGAAAAAACCAAAGAAATAAAATATGATAAAGGAACTATTTTAGAAATTATACAAGAATAACCTTAATTTTTAAAAATTTTCTTATCACTTTATCTTTATACTAATATATTGTGTACACTATTTTATATTTTTTATACTATATGGATAATAACAACAATTTTAGAACTATCAGGAGTCAAATACTCCTGATTTTTTGATTTAAATTGACAAGAAAGTCTTATAAGGATATAATTTTCAACAACTCTATGAGTATTTATAATATTTATATAGAGTTATACTGTTATAAGATAAAGGGGGAAAATTTTATGTCTGCTAAAAGTGTAAAAAGATATTCATATATCTTTCTTGCATTAATTTTAATTTTATTTGTAAAACATCTTCCACTTCCTGTTGGAATGAAACCATTAGGAATGAATGTAATTGGTATATTTTTAGGCAGTCTGCTATTATGGCTTACTGTTGCTATTGATTGGCCCAGTTTATTGTGTATAACTGCAATAGGGTTGATTCCTGAGATTGGGTTTAAAAATGTTTTTTTAAGCTCTTTTGGAAATGATACTTTTGCTTTTTTAATGTGTACCTTTCTTTGTACTCATGTTTTAGCAGAAACTCCATTTTTAAAAAGATGTGCTGTTTCTTTTATAACAAGTCCTATAGCTAAAAAAGGTCCTTGGTTATTTGTTATATCTTTTATTTCAGCCATCATATTTATAGGATGTTTTGTATCTCCATCTGTATTATTTGTTGTCTTTCTTCCTATATTAGAAAAAATCAATGAAATACTAGGAATAAAAAAGGGAGATAAAATAGGAAAAATGCTGATGATCAGCCTTGCTTTTTGTGTATCTGTTGCTGCTGGAATGACTCCTATAGCTCATGTATTTAGTATTATGGCTATGGGATTTTATACAACTGCTACTGGACTTACTATCGGATATGCTGAATATATGGCTTTTGCTGTTCCAGTAGGTATTATTTGTACAATATTTTTAATTCTTATATTCAGATTTATACTTAATCCAGATATGACAAAAATAAAAAATATAGATGTATCTGCCTTAAAGAATGAAATAAAACCTATGGAGAAAAAAGAAAAAGTTATCCTTAGTATATTTTGTATAATAGTTGCCTTATGGGTACTTCCCAGTATCTTAAAACCTTATTTTCCAATAATATGCAAAAAAATTTCAGCTATGGGAACTGCTATGCCTCCAATGCTTGGAGTTATCTGTTATTCCATAATATCTTTTAATGAAAAACCTGTATTAAACTTTGCTGAAGGAATGAGAAAAGGAGTTCAATGGTCAAGTATTATAATGGCTGCTGGAACCCTTGCTTTAGGCAGTGCTATGACAAATCAGCATGTAGGTCTAGCTAAATATCTTGTTGAAACTCTAAATCCTATTTTAAAAGAGGTAAGTCCTATGCTTCTTGTGTTTATATTCACACTTTGGGCTTGTATTCAAACAAATTTCTCATCTAATATGGTTACTGTTACAGTTGTTACCACTGTAGCTATTCCCTTAGTACAGGCTACTAATGGTGCAGTATCAGCTCCTGCAATAGTTTCTATTATTGGAATGATGTCAGCCTTTGCTTTTGCCACTCCTCCAGCCATGCCGCATATAGCAATAGCTATTGGGTCAGAATGGGTAGAATCTTCTGATATGTTTAAATATGGATTTATTTTTATGTTTATTGCTGTTATTGTTACTATCTTTATAGGTTATCCAATAGCTTCAATAATCATGTAAAAAAGGATGATACTAAGTTAGAATTAACTTTAGTATCATCCTTTTTTATTTAATTATCTTAATTGATATTACCTCTTTATTTTTTGAAAATTCAGATGTAAGATCTAAAATACTGTACTGCCTAGGAATAACAAGAGTATACAATATTCTATTCTCATTAGGATTTTTTTTCATACTTCTTACTCTTATACTAAATTCCTTAAATATCTCATTCGTGTTGGAATAATACATACCATTATTAATTTCTGAATCATATTCTATTTCTATTTTTGAAATTGTTCTGTCATCAATAAATCTTCTTTCTACTTTTTTTAATGTTATAAGAACTAAAAGAACTGCTAGTCCTGAAAGAAAGGACATAGTATAAAATCCCCATCCTACTCCAAGACCTATACATCCTGTTACCCATATAGAGGCTGCTGTTGTTAACCCTCCAATAGTACCTTTATCTCTCATTATAGTTCCTGCACCTAAAAATCCTATTCCGCTGACTACTTGAGCCCCTATTCTTCCTAAGTCAGTTTTTATAACTTGTGCTACATTTCCATTTTCCATAGCAAATCTAACTATATTTATTCTTAAATGATCTTGTACCATAGAAACTACTGCTGCCCCTAGACATACAAGAATATGGGTTCTAAATCCAGCAGGTCTGTTATTATGACCTCTCTCATACCCTATCATCCCACCAATAATTATAGCCATTCCTATTCTTAAAACTATTTCGTACACACTAAGGTTCATAGTGAAATTATCCATGAAGTATCCCTCCTTTTCTATGATTAAATTATTTTATTTGTGAATCTATTTTTAAAACATTAAACTACATATTTTTACATAATAAAACATTTTTCTATAAAAATCAATATATAAATATTTCATTATAATTACCCCTGCTAAAAAAATAGAGAAAGATCATATTTATTATATTTTTGATCCTTCTCTATTATGCTAATTTTCAACTTTTTTATTTTTAAACAAATATGTTTATTAGAAGTGAAGTGAGTAAAAGCATAAAAGCTCCACCTATTCTTGATGAAATTTGAGAAAAAGGCATAAGTTCCACTCTATGGGCTGCCGACATTACTGCCACATCTCCTGTCCCTCCCATATTTGCCATACATAAGCCAGCTGTTATAGACCCTTCCACTACATAAAACCCTATTAAATGACCAACAACAGCTGTTCCTATAATAGCTCCTATCACAGTTGCTGCAACCAATAGAAGGTATATAGGACTGAAAGCCTCTATTACTTCTTTTAAACTTGTATAAGCTACTCCTATTCCAACTAAAAGAGCTGATGTAAAATTTTTCATTATAAAATTAAACCATTTAGCACAGCATTCTTCATAATACTCATTTACTAAACCTAATATTTTAGCAATTGCCACTGATATTATCATTAAAGCATACGCATGAATAGGTATAAATTTACTTAAAGTATTTCCAAAAATAAAAAATGAGGTTGCTATGAGAAGTCCCATTCCAAGTTCTTCATATTGAAGCGGAGTGTGCTTTCTTTCCTCAGTCATTTCTGCATCTTGAGCTTTTAAAAGTTTTCCATTTCCTGTAAGATTTGGAAATTTCTTTCCCAGTTTATCTAATAATCCAGCTGATACTATTGCTAAAGCATTTCCTAATGCTACTGCTGGAACCATAACTGCTAATAATTCTGTTGGCTGTTTATTAAGAGCCTGTCCAAAAATTTGTGATAATGGAACTGCTCCAGCTCCCATTCCTCCCCCCATTATAGGAATAGCAATATAGAATACTGCATTAACAAAACCATATCCAGAAATATATCCTATTATTCCAGTAAGAACTATTGATACTACTACTCCACCAATAATAACAGGAAGATATCCCATCGCTGCTTTTATTAAAAGTTTTCTATTCATTCCCATAATACTTCCTACTATTAATGCTGCTATATAAAAGTCCAAGAAACTTTGTGTTGTCATAAAGTCTTTAATTATTTTGGTTTCATTATTTGGTATAATATTATAATAGACCAGTGCTGCTGAAGCAAATATTATAACTATTGGCCCTCCCCCAAGGTAATCTTTTACTATTGGAGTTTTATTCCCAATATAGTCTAAAATAGCTCCAATTACTATCATAACAGGAAAAGCTCCAAGCATTCCTTTTGGAAGCTTTCCTAATGATATTGCTGCCATAAGTACGATGACAATAGGAATAAAATATTTCATTTCCAAACCTGCAAGCTTAAACTTTTCTTTCATAAAAATCCCTCCCAGTATTAAAGTTTTTATAAATTTAAGTTAACTTTATACTATTCTTTTTATGTCTAAAAGTCAACTATTTGAAATATTTTATTTTATAATAATTATTATTTTATAATTATATATACTCTTGGTTGTCTTAAAAGTTTTTTATAAAAATAAAAAACTTCCTCATTAATTAAATAGATTTAATTTTCTATCTACTTAATTTTTAGAGGAAGTATCTATTTTTTAATTAAAATTTAACTTTAGGTACTTCTTTTGCTCCTTCATCTGCCTTGAATAGAGGTTCTTCTACAAATTTAAATATTCCTGCAAAAATACTTCCAGGTATCATTTTTATACTTTGATTATATGAAGTAACTGTATCATTATAAAATTGGCGAGCATATCCAATCTTATCTTCTATATCTTTTAACTGCTTTTGTAAATCCATAAAATTTGTATTTGCTTTAAGATCAGGATAGCTCTCTGAAACCATCATTAATTTGCTTAAAATTCCACTTAATTCTCCATTTGCCTTCATTTTTTCATCTATTGTAGAAGCAGTAGTATAACGAGTTCTGGCCGAAATTACAGCATCTAGTGTTTCTTTTTCATGTGTAGCATATCCTTTCACAGTTTCCACTAAATTAGGTATTAAATCTATTCTTTTTTGAAGCTGAACATCTATTTGACTCCAAGAGTTTTTAACTCTTTCATGAAGCTTAACAAATTTATTTTGATAAGAAACAGTCAAAAGAATTAATAAAACAATAACAACTATAAGAATTATCATATTTTTACTCCTTTAATATTTTTATTTTATAAAACTTATTTAGAAGGCTCCGCCTCCACCACGGCCTCCGCCTCCACCTGAAGATCCCCTGCTAAATCCACCTCCACTACCACTTGAAGATGATCTTGTAGATTTTGCAACTTCGCTCATAGAACGAGATGCTGCTTTTACTGTTGAACTTTCCATAGTCCTAAAGGCTCTAGTATAAAGATATGTATTCATAAGAGTCATTCTATTTCTTCCAACTCTTAAATTAACATCCTCTTCTCCTCTTAATGCAGCTATTTTCTTATATCCTGCAGCTACTTTTTCAGCTACTCCCAACGCTATTGCATATACAAAATAATGTTCCCATAAATGTATTGATGCTAATTTAGCCTCTTCTAAATTACTGTAGTCAACAAGAAATTTTTTAAAAGCTTTCCATCTGGAATACGCCTCTTCTTTTTCCTTACTTGGTCTGCTTATTACTGAAGCAAATATTATTAGTGGCATTCCTAAGAAGTTAAACAACATAAATTTAGGATCTTGGAATATAACTATGAGTACCATTCCTCCAATAAATAAAAGTATTCCTGTTATAACCCCAAGAGCTACAGCCAATTTATTTCTTTTGTCCTGCTTTAATCCCTTAGAAAGCATATCAGTATACACAAAGGTTTTCCATTTCTCAAAATTAGCATTAAATTTTTTAGCATTTGTAAGATTTTTACTAACATATTTTTCTACATCTTCCAATACTACTTTTTCTCCATCTCCAAGTTCATTTATATACCATTTTAAAACTAATTTTTCATAATCTTTTAGCTCTGAAGTTCCTTCTCTTATTTTTTTCAATATAGTTTTTTTAACACTTTTTCCCTTTGAATTAACTTCATTTATTTCTTCCATTTCTAAATAATCTTTTCTTACCAAGTCCATTACAGTGGCAAAAAGATGTGTTGGAGCTGGATACATTTTTCTTGATACTAATGTTCCTGCTACAGCTGGAGTATAATCATCTGGAAGCTCTCTGAAATATTTTCCATAAGGATTAGTTACTTTATATTTTTTACCATTTTTCAAGTAAATAAATATCACTAAAAACAGCCACCAAGCCACTCCTCCATAGAAAACACCTCTATTTAAAATCATTCCTCTTACTGCTCTATCTCTTTCTCTGTTTGACTCTTCAGCTAAGTTTTTTTCCATAGCCATTATACTTTCATAACCTTTTGCTTTTTTTATATAGCTTGGATTTATTTTGCTGACTATCTCTTTTGGAAAAAGTATATTTGTTTCAACAAATTCTCCTGGTCTATAATTTTTCAATGTAAAAAGTATTTCTTTCCCATTTAATATCTCTATATTTCCTGTAAGTGGTCCATGTCCAAAAGCATGTATTTTATCCTTATCTACCTCTTTAGGAAGTATCACTTTTACAGAAACGTCTTTTATACTGTTCTCCCAGCCTCTTCCTACCATTTTTCTGTTAAATTGAGCTATATCCTCATATACTGTTACACCTCTTGGCAAAACATATCTGAATCCAAAATATCTTTTTTCATTTCTCATAGGAGAATAAAGTTTTATCTTGTAAAGATCATCACTTGTTGATACAGTATACATTCCTGAAGCAGTTCCTCTGCTATTTACTGCTGAAACAAATTCTCCATTTTTTTCATAGAAAACCTCTAATGACTGTAATTTTCCATATCCTTTAGCATCAATATTATATAATACTCCATTTATTTCACTGGCATTATACAGAGCTATCTCTTCAATAATCACTGACCCATCTTCCTGTATTTTAGCTGTTATATCCAGACTGTCTATTTTATATGATGGTGCTGAAAATATAACCGAAAAAATTGTGAAAAATACAGCTATAATCAAATAAATGTTCCTTAGTCTTTTCAAATGTTTCCCCTCCTGTTGTTTAGTCGAGATCATATATTTTTGAATATTTTTCTTTTAAATATTCTATATAGTATTTTGGTTCAAGCTCTTCTCCAGTTATCTTTTGAATAAGTTCAGCTGTTTCTCTTAGTTTTCCATAAATATGTATTCTATCTCTCAGCCATCCTTTTATCCTGTCTAGTTTACCATTTTCAAGAAGAGAACTTACATCCATATCTTTTTTCATAGTATTATATAATTGAGCAGCATATACATTTCCCAGTGCATAAGATGGAAAATATCCAATAAGCCCGCATGCCCAATGCACATCCTGCAGTACTCCCTCTCTATCTGTTTCTGGTACTACTCCTAGATACTCTTTCATCTTTTCATTCCACACTTCTGGAAGATTATCTATCTCTATCTCTCCATTAATTATTCCTTTTTCTATTTCATATCTAATCATTATATGAAGTGAATATGTAAGCTCATCTGCCTCTGTTCTTATAAAAGAAGGTTCTACTCTGTTTATCTCCCTGTATAGCTCATCTATTTTTATTTCTTTAAGAAGTGGAAATATATCTATGTTTTTATTATATATCCCCTTCCAGAAACTCATGCTTCTTCCTATCATATTTTCATAAAACCTTGACTGAGACTCATGAAGTCCCATAGAACCACCAGTAGCTAAAGTAGTTCCTTGTAAATCATCTCCCACCTGTTGTTCATATATTCCATGCCCTGTTTCATGAATAGTGCTGAATATTGAAGAAAAAGGCATATCATCTATATATTTAGTAGTAAGCCTTACATCATTCTTATCCAGATTCAGTGTGAAAGGATGTTCACTTTCAGCTGTTACCCCTCTGTCAAAATCAAACCCCAAATATTCACTTAAAAATCTATTGAATTTTTTCTGTTCATTAATATTTACTTTTCTGTTTAAACTTGATATTTTACTATTTTTATTTTTTTCCATTATCTTTTTTAGAAGTGGAACTATCTCTGCTCTTAGTGCAGTAAAAAATTCATCTAATTTTTCTGTAGTCATTCCCTTTTCATATTCACCCAAAATTATATCATACACTTTTTTATCTTTTTTTCCTTGATACTCTGCAAACTTTATGTTAAATTCAAATATTTTTTTCAAATTTTCTTTAAACATATTAAAATCATTTTTAGCCTTTGCCTCTTCCCACACACCTTGAGTTTTAGCAGTCAGTTCTGAATACTCTTGATATTCATGAGGAGGTATTTTACTTATTTTCTCTATCTCTTCAGCCATATCATCTATTTCTTTTCTTTGAATATCATCTAATTCCTTCTCATTTGCTTTTAAAAATTTCACAAGATTTAAAAATTCTTCTGAGGTAACTATATCATAGCTTTTCATACTTAGATATCCTACCATCTCAGAAAGAAGTTCCTTTCCTTTTCTTGGAGTAATTGTTTCTAAATCCCATTGCAATATTCCCAATGATGAATCTATCAGTTTCTTTTCTTTAATTAATTCTCTAAATCTTTTTATTTCTTTTTTCATACTATTTAGTCCTCTCTCTTATTTTCTAATCTAAAATTCTTTGGATTCTGTGGATTTTTATCTTTCCATAATCCTAATTTCTGTTCCTGAGCATTTTTAAATGCTTTTCTATACTCTTTTTCCCTTTTAGCATGATATTCATAAAACCAAGCATTTCCTGTTTTCAGCATTTCTAAATTTATATCTTTATTTTTATAAAATACCTTTCCTACTTTTCTTCCATATTTGTCTTCATTTATCACTTTTACATCAATATTTTTATTTAATATTCTTTTTTCTAAATAACTTTTAGAATCTTCTCCATAACTTTGTTTTAGTTCAGGAGCATCTATTCCATACATTCTTACTTTTATTCTCTGGCTTCCAGATTGAAGTAAAAGGGTATCTCCATCAGACACTCTTATTACTTTTCCACTAATAGCTACAGCCATTATACTCAAAGAAAATATGAATATTGAAAATAATATTTTTCTCATATGTATCCCTCTTTTCTATAATTATAAAATCACTTTGAATATATTATACTTTATTTTAAATTATTTTAATAGCAAGTATAAAGTATTCTTCCCTGTCTTTTATTATATTGAGATTCATTTATATCTATAATGCATTATTATTATTGCTAATATTACCAACATCATAACAGCTATTTTTATTCTGAACATAATTTTCTTTCTATATACTTTTTCTATATGTATTTTTTTAATCATCTAACTTCCCCCTATGTCATAACCCTTTACTTGAATAATCCCTTAAAAAAGCCCCAAAACAAGCTCCCTGAAAAAAACAAAGTTATTCCAGAAAATAATAATGCAACTATACCTTGAAGAATTTTTCCTGTTTTTAAAAGTGTTACTGTCATAAATAATATATAACTTCCCATTAAGAATATCATTCCAAACATTAACACAAAAATAAAAATTATTACTTTCCCTGATTTTTTTTCAGTTTCTTCTTTTTTCTTTCTTTCAATTATCTCTTCTTCTGTTTCCACATACGGAATAGATTTTTTCAAAGAATAAATTAAAGATTCTATGTGATTTCTCCATACTTCTGTCATTCCATCCTTTTTCCATTGAATACAAAACTCTCTTTCTCTCTCTTCTATTTTTCTTTCATTATAAATGTCATTAAGAACCTGCAAAAGAAATTCTTTACTTTCCTTATCTATAATAATTTCTTCAACATCATCCATATTATATATCCAATTTGGAAACTTGCCATATTCTTGATACTCTGTAAAAAGTTCTGCCAGCATAACAGCAAAAGGATCAAAATAATCCATATGTTGAGATTCCTCTATTAGAAATCCAATTTCTTTGCTCATTTCTAAAAGTTCTTTCATTTTTAATTTTTGATTTTTTGAAGCTGTCATTATAATACATTCTCTAAATTGGTCTCCAGCCTCTGTTTCTACTGGATGTTTTTCTAATTCTATCATATTTCTCCTTTTTACATCATTTTACTCATCTTTTATAATTTTATCATATTAAGATATATTATTCTACCAACCAAGAGTTGCTTTTACTGCAAATATCATTATTTCTTTATGCTATATTTATTGCTCCTAAACACCTATTTATGTACTAATTTCTCTATACAATAAAAAAAGCTGAGTAACATTTAAAAAAAATGTTTTACTCAGCTCTCTTTTTTGTATAATATAGTTACCACCCTAATTATGCAAAGGAGACATTCATGCAAATCAAACATATTATCTCTAAAATCAATATAACAAATCTTTTAGGTAAAATCAAGAAATATTTTAAAAATGAGCATTTTGAGGATGTTAAACAGACTATTCAAAAATTCTTAGCCTGTTCTATTGATAAATCTTTTCTCTCTCTTCAATGCCCTAATTGTCATGAGGCGCATAAAATTAAAGTTACTTGTAAATCTAGATTTTGTCCTTCCTGCGGTAAACGTTATTCTGCTGTTTGAACTGAAAAAACTTCCACTTCTCTTATTGATGTTAAACATAGAAGTGTCCTTTTTACTATTCCTGAAGAACTTAGAATGTTTTTCTTCTATGATAGAGACCTTTTAACTAAGCTTGCTTATGCTGTTAATGATGTTTTTAAATATCAATTTCATAACATTAAAGCAAAAAATCAAAGAATTCATAAAATTTCAAAATATTCCTCTAAATACTTTACTAACTCAGATATCATTCATTATGGATTGATTACTGTTATTCATACCTTTGGACGCGATCTTAAATGGAATCCTCATATTCATGCTATTGTTACTTTAGGTGGATTCAATAAAAACTACCAATTTCTTGAAAAAAAATATTTTCATGTCAATTCCATTGCTGGACAATGGAAAAAAATGGTTATTGATATTGTTAAATCTGGAAATTATGACAAGCCTGAAATTAAAGCTAAAGCTTATGCTGCTGCTAACTACCTTTATCGCAAAAATACAAGATTCTTTTTCAATGTTGCAAAAAATGATTTAAATAATAATATTTATGCAATTAAATATATTGGCAGATACCTGTCAAGAGCTCCTATCGCAGAATATAAAATTATTGATTTCTATGATAATAAGGTTACTTTCTATTATGAAAGTCTTGCTGATGATAAACAAAGAATTGAGCTTACTTTAGATGCAGAAACATTTCTTTCTAAATTAATTATTCACATTCCCCCTAAACATTTCAAAATGATTAGGCGCTTTGGAATCTATTCTAGAAATATTAAATCAGAACTTAAAAATATCATGAAATTCATGAGAAAATATGTCTCTAAATATTCCAATTCTACTTTTTATCAACTTGAAATATGGAAAGCTTTTGGAGTAAATCCTTTTTATTGTTTTAAATGTAATGCCAGAATGAAAGTTAAAAAAATATCATATTTTAATATACATACAGGCTCCATTTGCTGGAAAGAATATCGCTAAACAGCTGATTAACAATCAGCTTTTTTGTGCTGTCAATTTTAATCTTATTCGATTAATATATCTAATATGAATACAAAATAATTAACATTTTTTATTTTTTTAACAAATTTATCAAATTATAATTTCCTAAGAAATAAAAATTATTTTTGTATTTTCTCCGTAATATGAATACGGTACATTTAATAAAGTATGAAAAAATTGTTGAGAAACATTATAAATTTTATTTTCTGTTGGTTTAGTTCCTTGAGGAGTTGTTCCAGGAAATGCTTCAGCATCATAATCCGTTACTCCTACACTATAATTTCCTGAATTTCCACTTATGATGTATTCTCCAGATTTTAAACTTATTTGAGATATTACTCCATTATTTCCATTCCACCAAAAGTATTGTACACTTGGATTTGCTCCACTTCCTGCTATTGATGGGGATGAAACATTTATTGGAACTATTACTGGCAGCGAAGGTGCTGTTGGAAGAATTATCATTGTTGGTTCATATCCTTCAGGTGCTGTTGGGGCACTTACTGTTATATTTTTTTCTGCTGGTGTTGCTGGTGTTGTTACTGTTGGGGCACTCACTGAGATTTTACCAACTGCTGATGGTGTTGACACATTTACACTCAAACTTCCTGGTGCTGTTGGTGGTGTTATTGATGGTGCTGTTACTGTTGATATTGATGGCACTACAGGACTTACTGTTCCTGGCAATGCACCAAGATTCACCACTGGTGCTGATACATTTACTGATACATTTGGATTGATCGTTGGTAATACTGGTTCAACAGGTTTTATATTGGCTCCCACTTCTATTGTCTCTCTAAAGACTTCATTATCAACTACCACTCCATTTCCAGCCATCACTTTATCTTTTCCTATATTTCCTGTAGCTTTCAGTAAACTGCTGCCGTTTGATGTTCCATAATATTTATTAACTGCATCAATAGTTTTTGCAAATTCCTTGTCTGTTACATCTTTCATCTTTCCATTATCTAAATACTGATAACTGAAAAAAACTTGTGTACTTGGCATCAAGGGCTTAGAGTAAAAATCTCCCTTTCTTACAAGTTCTACAAAGTCCGAATTATATTCTTTTATTAATCTTTCATTTTCTGCTATTTTTCTTTTTATTTCTTCGCGCTCTGTCTGAATTCTAGTTAAAAGCTCATTTTTAGTTTCCTGTATCTCTTCTGCTGTTATTCCTGCACCTAAAGATATCCCGCCTGTTATCATAAAAGCTATTAAAAGCGATAAAGAATAACTTACCTTTCTCTTTAAAAATCTTTTTAGAGATTTTTCAATATCATTTTTTTTCATATATCTTCTCCCCTTAGTTTCCTACTTTTACCTTCTGTTCCATTCTATCTAGTCTACTCAAGTATTCTTTAAGTTTTTCATTTTCAAGCAAAAGAAGTTCTACTTCATTATTATTTGAGTTAAACTTATCATTTACTTCATCAAATTTCTGACTTAAAAATGCTCTGTTTTCATCTGGCTCTATTCCTAAAACCTCTTCTAGCTTCATAATTTCCTCTTCTTCTGCCTTTAAAAATACCATTCTTTCCTTTCCTATTTTAAAAGCTTCTCCTGCTGCTGCCATTCTTGCTTCTGGATTGTTTTCACTTCTGAATACTTTTTCCTCAAGAGATTCATTCATATTTCTTCTAATGTCTTCAATTATTTTCTTTCCTTTTTTCTCCTCTGCTTTTTCAGCAGCTATTCTGGCTTTTTCCTCTGCTGCTTTGATTTTTTCTGCTTCTTTAGCAGCTCTTTCCTTTTCTTTTTCTTCCATACGAATTTCTTTTCTTATTTCCTCAAGAACTTTCATTCCCTCTTTTTCACTTATTTCCTGTGAATAAAGAACTGTTCCTAAGTTAGCTAAAAGAAAAACACCTATAATTGCTTTCTTCATAAATCCTCCCTTTTATTAATATTGAAAATATATAAACCTTACTTTATGTTTTAAGGTATTTTTAATTTAAAATCTTTATTTCGCTCACATAATGATTATGTTTATTTATTTTTGCCATTAAATACCCTTTTTCCTCATCTATAAATATTTTTTCTACTTTCCCTTCATATATTTCTCCATTTGTACAAACTTTTAAACTTTTTTTATTTTTTTCAAAAGAGTTTATGCATATAATTTTTTCCCAAAATAAAATAGATTCTCTAACAAATGGTTGAAGAACAGCATATTCAGAAAAAATTTTTCTGATTTTTTCTGAATCATTTTTTCCATCTATTTTTTTGCTCAATTCTTCATAGTAAATTTTATTTGTCTTATTTAAGTTAAATTGAAGATATTCATTTTTATTAAATTGAATATCACAATAACAATTTAAATTTTCTCTTGAGAATTTCAACAAAATTTCATTACAAAGTTTTTCTTTTGTTATGTCAAAATGTTTTTGATCTTCCTTTAAAGTCTTTAATACGAACTCAGGAACTGCAACTTTAATTTTTTCTTTCAAAATTTTCCTCCCAGATCATAAATTAAAACTTATATTCAGAATAAAACTTTTTAAGTTTTAATAGTATTATTATACTTTATTTTATCTTTTTTAATAATACAGGTAAATTCTAATTTTTAAGTTCTATTTTATGGATATTTTTTTTATATTTTTATCTGTAAAAAATAGCTTGATATAAATTATTATTAATAATTTTAAAGAATATTATCAAAAAAAATTATATTATTTTTTAGAATAAATTTCATAAAATTAGTTCTTGATTTTTCAAATGCTACATATTATATCAACATATAAAAAAACGATAATTTCCTATAATTCTACAAAATTTTATCAATATAAATAGTATATTTTTATATTTCTTTTTATATATCTAATAAAATCCAATAAATATTATCATAATTAGAACACTTTTATAACATAATAAATTTATATTTATTCTTTATTTTTCAAGTAATAAAATAGTATCGACTGCGTTCAATATTTTTTTCTTCAAAAATATATAAATAAATTTTATTTTTTTATATAATTTCAATTTTCACTAAAATTAATCTAGTCCAATATATATGATAAAAATAAACTTGAATTTTTAATTTGAATATAGTAATATTTAACTTAAGTTGTTTTATATTAAAAAAAAATATCCATGGAATTTTTAAAAATTTTCTTTAAATATTTAAGTAACTTTTCCAAAAGCTTTTGAAAGACTTTGACATAGAATACTGAATTTACTAAGGAGAGTTAAAATGGATAAAAGAGGGCAAGAAGTTAGATACATAAATTCTGATGATTTAGTACAAATAAGAAACTATTTTAAAAATAATAAAAAAGTAGTAATACTTTCTTTAATAAATATAGGAGTAAATGTTGGATTGAGAATTTCTGATCTTTCCAAATTAAAGTTTGAAAATATAAACCCTGATTATACAATAAAATTAAGAGAGAAGAAAACAAAAAAAATACGAAAAATAAAATTTAATTTAGTCTGCCAAAAAGCAATTAGAGATTTAAAGGAATATTATGAAGGATTAGGTTATTCCTCAGAAAAAGGATTTTTATTTAAATCCTTAAATAGAAAATATGTAAAAGAATTATATGATAAACCTCTTTCTAATGTTGGCATTTCTAAATACCTAAACAAAGCAAAAAAAGATTTAAATATCAGTTATCCCATTGGAACTCATTCTCTAAGAAAGACTTGGGGACATAGGGTTTATAAAGGTACTCTTGATATAGCAGTAGTGATGTCTATTCTCAATCATTCTTCAGCAGAGCAAACATTAAAATATATTGGAATAGATGAAGACCGAACAAATGAAATTTATGAAAATTTTAAAATTTAATATAGAACAGATATTAAATTAAAATTTTACAAAAATTATTTCAAGGCACACTTTTAATGATTAAGTATTATTAAAAGTGTGTCTTTTTTTAATAATAAAAAAATGATATAATAAATATATTATTTTATACATTTTAATTATGAAAAATACTTTATAAATATATCAAGGAGGAAATTATGAGAATAAGTATTGTAATACTTGGAATTATTTTTATGCTGATTTCTACATTTTCTTATGCCTGTACAGGAGTAACTATAAAAACTAATACTGATAAAATGATTCAAGCCAGAACAATAGAGTATGGAGAGGGAGATTTAAATAGTGAGATTGTCATATCACCTAAAGAAAAAGAGTTTCAATCTTTAACTCCTGATGGAAAAATGAATGGGCACAAATGGAAAGCAAAATATGGTTTTGTTGGAATTGCCATTATCTCAGATTTATTTATAGGAGAAGGTATTAATGAAGCTGGACTCAATGCAGGACTTTTTTATTTTCCACATTATGGAAGCCTTACAAAATACAATGAAAAAATTTCAAAAGAATCTGTAACAGATATGCAGCTAGTGACTTGGATACTTTCTAATTTTTCAACTGTTGATGAAGTAAAAGAAGGACTAAAAAAAATTAAGGTGGTAAATATAGGAAATGATAAAAATGGTCTTCCTTTACCTACAGCACACTGGAGAATTGCAGATGCTTCTGGAAAAAATATAGTTCTTGAAATAATTAATAATGGAGAGGTTAAGATATATGATAACGAAATAGGAGTTTTAACAAATTCCCCTGATTATGAGTGGCATTTAAAAAATTTAAATAATTATATTAATCTTTATTCAGGAAATGCAAAAGATTATACTATGAACAATCACAAAATATTTTCATTTGGAGCTGGAACTGGAGCTTTAGGCCTGCCAGGAGACATAACACCTCCTTCAAGATTCATCAGAGCTTTTTATTATTTAAATACAATGAAACCTGCAAATACTTCCTTAGAAGGAATACAAGAGGCTTTCCATATTCTAAATAATTTTGATATCCCTATTGGAGCTGAATATCCTTTGGAGCACAAAGAAAACATACCTGATAATCTCTTAAGTGCAACTCAATGGACATCAGTATGTAATATAAATGATAAAGAATTTTATTATAAAACTATGCACAATAGCCAAATAAGAAAAATAGATTTAAAAAAAATAGATTTTTCAAAGACAAAATATCAGATACTTCCTTTAGATAAAAGCTTTGAAGAAAGTATTTCAGAAATAGATATAAAATAATTTTTAAATAAAAAATATTTTAATTTATATAAAAAAAGCTGAGTAACATTTAAAAAAATGTTTTACTCAGCTCTCTTTTTTGTATAATATAGTTACCACCCTAATTATACAAAGGAGACATTCATGCAAATCAAACATATTATCTCTAAAATCAATATAACAAATCTTTTAGGTAAAATCAAGAAATATTTTAAAAATGAACATTTTGAGGATGTTAAACAGACTATTCAAAAATTCTTAGCTTGTTCTATTGATAAATCTTTTCTCTCTCTTCAATGCCCTAATTGTCATGAGGCGCATAAAATTAAAGTTACTTGTAAATCTAGATTTTGTCCTTCCTGCGGTAAACGTTATTCTGCTGTTTGAACTGAAAAAACTTCCACTTCTCTTATTGATGTTAAACATAGAAGTGTCCTTTTTACTATTCCTGAAGAACTTAGAATGTTTTTCTTCTATGATAGAGACCTTTTAACTAAGCTTGCTTATGCTGTTAATGATGTTTTTAAATATCAATTTCATAACATTAAAGCAAAAAATCAAAGAATTCATAAAATTTCAAAATATTCCTCTAAATACTTTACTAACTCAGATATCATTCATTATGGATTGATTACTGTTATTCATACCTTTGGACGCGATCTTAAATGGAATCCTCATATTCATGCTATTGTTACTTTAGGTGGATTCAATAAAAACTACCAATTTCTTGAAAAAAAATATTTTCATGTCAATTCCATTGCTGGACAATGGAAAAAAATGGTTATTGATATTGTTAAATCTGGAAATTATGACAAGCCTGAAATTAAAGCTAAAGCTTATGCTGCTGCTAACTACCTTTATCGCAAAAATACAAGATTCTTTTTCAATGTTGCAAAAAATGATTTAAATAATAATATTCATGCAATTAAATATATTGGCAGATATCTATCAAGAGCTCCTATCGCAGAATATAAAATTATTGATTTCTATGATAATAAGGTTACTTTCTATTATGAAAGTCTTGCTGATGATAAACAAAGAATTGAACTTACTTTAGATGCGGAAACATTTCTTTCCAAATTAATTATTCACATTCCCCCTAAACATTTCAAAATGATTAGGCGCTTTGGAATCTATTCTAGAAATATTAAATCAGAACTTAAAAACATCATGAAATTCATGAGAAAATATGTCTCTAAATATTCCAATTTTACTTTTTATCAACTTGAAATATGGAAAACTTTTGGAGTAAATCCTTTTTATTGTTTTAAATGTAATACCAGAATGAAAGTTAAAAAAATATCATATTTTAATATACATACAGGCTCCATTTGCTGGAAAGAATATCGCTAAAAAGCTGATTAACAATCAGCTTTTTTGTGCTGTCAATTTTAATCTTATTCAATTAATATATCTAATATGAATACAAAATAATTAACATTTTTTATTTTTTTAACAAATTTATCAAATTATAATTTCCTAAGAAATAAAAAAAACCGTAAATATATTTCTATATTTACAGTTTATAATTATTATAGTATTTACAAAATCATATTTGTTAAATGAATAACACCATCTGGCCCTAATGGTAAATTTAACATATACCACACTATCAGTAATATAGTCCATAAAATCATAAATAAAATTGTATATGGAAGCATCATAGATATAAGTGTTCCTATTCCAAGTTTATCATTATATCTTTGTCCAAAGGCTATTACTGTTGCAAAGTTTGACATCAAAGGAGTAATAATATTAGTTGTAGAATCCCCTATTCTGTATACCACTTGTGTAAATTCTGGAGCAAACCCTATTCCCATAAACATAGGTACAAATATTGGAGCCATAATAGTCCATTTTGCTGAAGCTGATCCCATAAATAAATTCATGAATGCAGATAAAAGAATAAATGCAATTACTAAAGGGAGTCCTGTAAACCCTGTTTCTTTTAAAAAATCTGCTCCATTAACTGCAAGTATAGTCCCCAAATTAGAGTATTTAAAATATGCAATAAACTGACTGGCAAAAAATACAATACTGATATATCCAGACATTGAAGCCATTGAATTTTTCATACCTTTAATAATATCTTTATCACTTTTTATTTTTTTAGAAAATATTCCATAAAAAATTCCTGGTATCATGAATCCTAAACTAATTATTGCTACCATACTATCCATTAACGGTGAATGATCTGTTAAAGAATGATTTACTGGGTTTCTTAAAATTCCGTTTTCTGGAACAGTTAGACATCCTATGAATATGAGAAAGACTAACAATGATAACCCTGCTGCCCTCAATCCTCTTTGCTCTATTGAAGTTATTTCAATAATTTCTACTTTCTGATCTCCCTCATATTTCCCCAATCTTGGTTCTACTATTTTTTCTGTTATTACAGTTCCTACTATTGTAATTAAAATACATGATACTGCCATAAAATAGTAGTTAGCTGTTGGAAATACAGTATAATTAGGATCTAGTAACCTTGCAGCTTCTGTACTTATTCCTCCTAGTAATGGGTCAAGTGTTCCAATCAACAGATTTGCTGAAAATCCACCAGATACTCCTGCAAACCCTGCTGCCAATCCTGCTAATGGATGGCGACCAAAACTCAAAAATATCAATGCACCTAATGGTACAAGTACAACATATCCTGCATCTGCAGCTATATTTGACATTACCCCTGCAAAAACTATTACTGCAGTTATTATTGATTTAGGAGCACTTAATACAAGTTTCCTTAATAATACTGTCAATAACCCTGTTTCTTCCGCCACTCCTACTCCAAACATGGCTACCAAAACCATTCCCAATGGTGTAAACCCTGTAAAATTTTTCACGATAGATTTGAACATCCATCTTATTCCATCTGGTGTCAGCAAACTAACAACTTTAACAGTTTTATCTACCAATTGATGATCTTTATTTATTGCTTTAAAAGTTACTTCAACCCCACCTAAAAATGCAAAATGTGAAATTATAACTACCATTACTGCAAAAATAAAAAATATCGTTGCAGGATGAGGCAGTTTATTTCCAACCCTTTCTACTCTGTCTAAAAATTTATTGAATAACCCTTTACTTTTTCCTTCCATATATTATCCTCCCAATATGTTTCAATCTAATTTTTCTATTATTTTTATTATTAAATCTATTCTTTCCTCAATAGAATCTAACTCTAAATATTCATCTATACTATGTTGACCTCCACCAACAGGTCCTAATCCATCTATGGTAGGACTTCCAACACTTGATGTGATATTTCCATCTGAACCTCCACCACTTGAAATCCCTTTTATTCTGATTCCTAATTCTTCCCCAGCTTCTTTTATTATCTCAAATAATCTTTTACTTTCCTCAGTAAAAACCATTGGACCCTTATTCAACCCACCTGTAATATCTGCTTTTATTTCCTTTTTTTCAGCATGTTCTTTTAAATTCTCTATTTTTTTTGTTACTTCTTCAGCACCTTCACTTTTTTTCACTCTAAACTCTATTTCAAGATACGCTTTTTCTGGTACTACATTTTTTACTGTTCCTCCACTTGCTACTCCACAATTTATAGTAGTACCTTTTTTAAAATCAGTAATCTTATCCAATTCATTTATCCAGTATGCCATCTCACTTACAGCACTTCTTCCTTTTTCAGGTGCACTTCCTGCATGTGAAGCTTTTCCTGTAAACTCTATATTGTATCCCCCTGAACCTTTTCTTTCTATTACCAATGAGCCATCAGGTCTTGCATGTTCCATTACTAGAGTGTACTTACTTTTTTTTGCTGTTCTTTCTATTAATTCTCCATAATGTTTTGAACCAATCTCTTCTTCACTATTCAATAAAATACAAAACTTTTTTGGATTTTTTTTACTAGTTAATTCTTTTACAACATAGTATAATGACAGCAATGGCCCTTTCATATCTATTACTCCTGGACCAAATACTTTATTTCCTTCCCTTTTAAAAGGTCTTTCTTTTATTGTTCCTTTTGGAAAAACGGTATCCATATGTCCTAAAAAAAGTACATCATAATTTTCTTCATTTGTATTTGTTATTTTTAAACATGGACCTACCTCAAAATATTTTTGAATTTTTTCTGTATTTAAATGTAATTTTTCATATTTATTATAAAAATACTCTACAACTTCAGCAACACCTTCTATATTTTTACTATCACTTTCTATATTTACTATTTTTTCAAGTTCAGTAATATATTCCTCCACATTAAAATTTTTCACCATATTCCTCCTATCTGGATATTTTATTTTTTCAATGAAACTATGCAAGATAGCAGAGAAAATACTGCTGATCTTAAATTATCAGTTTTCCATTTTTAATATTACTGCTCCATTTATTTGTTAGTTTTTACCCCAATATTTACTTCTGCTATTATTTTACTTGCTTTAACTTCTAATTTTTTTATAACTTTTTTTCTAAAAAATTTATATATTCTATAGAATGTATTATATTTAAAATTTACTATTTTTTCTTCTAAAAGTCAATACCTTTTTATTTACTTCTTTTTTTCTAGAATATTTAATCCCTATATTTTAATTATAAATTATAAAACAAATCCTTTAAAATATACCCTTATTGATAATTTTTTAATTTAAAAAAATTTATAATAATAAATTTCTGTTACCTTATATAATTTTATTTTCTAAATATGATTAAATTGCTATTCTATGATAATATTAATTTCAAATTCTCTAAACTCATTTATTTTTATTAAAAATTTAAACTGGAAATTAAATATAAAATTATTTTTTCTATTTATGCTTTATTAAATAAAATATTCTTCTTAATATTTCCTTCTTTTAATTTTAAAACTCCAATATAAAAGGGGCTGTTGCAAATTTAAAACAGCCCAATTATCAAAAAAGCTGACTTGAAGTTTTCTTCTTGTCAGCTTTTTCTTTTTAAATAAAAAAAGGTATAAAATACTAAAAATTTTTTCAAATTTCTAATATAATATACCTATGCAAAAACCAACTAATAATAACATTTTTTTTCAATTAAATCAACCTAAACTTTTTAACTTTTTACAATATGAAATTTCTGATAATGATCCTGTAAGAAAACTTAGCTCAATATTGGAGGGATTAGATTTTAGTAGTTTAATGCAAGTATTTTCTTACAAAACAAAGGTACATCCTATCAGAATGTTTTCTATCATTGTTTATGCCTATTCGCGCAATTTAACTTCTACTAGAGATATAGAAATGGCTTGCCATGAAAATATTAAATTTAGGTTTCTTTTACAAGATTCTAAAATTCCTGATCACTCTACTATTTCTAGATTCTTAGTAAAAACTGAAGATATTCTTCCAGATCTATTTGAACAATTCGTTGAAAAAATTTTTGAAATGGAAAATATTTCCACTGAAACAATATATATTGATGGCACTAAAATTGAAGCATATGCTAATAAATATTCATTTGTTTGGAAAAAATCTATTGAGAAATACAGAGATAGATTAGATGAAAAAATTCTTGAACTAATTTCAAATTTTAATGATGATTTCAACTTACAATATGACAACTTCCTTGAAATATATTCATATCTTTCTAATTTGAATTTTCAAATAGTCAAAGGTAGAGGAAAGAGAAAATCTAAAGAGCAAAAGTATTTAGAATTATGCGCAGAATACTTAGAAAAGTATCAAAAATATTCTAATCATTTTAAAAATCTTAATGGTAGAAATAGCTATTCAAAAACTGATATAGATGCTACTTTTATGAGAATGAAAGATGACCATATGAGAAATGGTCAATTAAAACCTGGATATAATCTACAAATAGGAGTGATTAGTGAATATATTTCTTCATATGAAATTTTTTCTAACCCTTCTGATTCTAAAACTTTGATTCCATTTTTAGAGAAAATTTCATCTCAAAATTTAGAAATTAAAAATATTGTAGCTGATGCAGGATATGAAAGTATTTCAAATTATGAATATTTGGAAAAAATGGACTATACTTCATACATAAAACCAATATATTTTGAAAAATCTAAAATCAGAAAGTTTAAAAATGATTTAAACAGAGTAGAAAATTTAATATATAATCATTCTGAAAATAAGCTATTTAGAAAAGATGGATTAGAATTAGAATTTCTATACTCTAACAAAAATAATACAGTTCAATATTTTTGGAATCCTGAAACTAACAAAAAAATTAAGTACAATGCGAGATTTAGAATTTTATCAAATAAATCAAAAGAGAATGTATCAAGCAATTATGGAAAACAATTAAGAATGAACAGAAGTATTCAAGTAGAAGGTGCTTTTGCAGTTTTGAAAGAAGATATGAAATTGCGAAAATTAAAAGTTCGAAGTAAAAAAAGTGTTTTAAGAGAAATATGTTTGTTTTGTATCGCTTACAACTTCAACAGATATCTAAGCAGAAATATAAATAATCGCTTAGGAACAACACTTCACTCATTAAAAGTAGCTTAGATAAATAAAAAATCATCTACTTCTTTTTTTGATACTTAAAAATAAATATAAAAATATAAATTAGCAGAAATCTATAAAATAGATTTCTATTTTTTTATAAAAAATAAGAGAAGCTGCACAAATTAGTTTATCAATCACTAATTTGCAACAGCCCCTTAAAAAATTTAAATACTTATAAAATTAATTTTCTAATATTAATTATTTACTATTTTTGCTAAAACTCCATTTATAAACTCAGATGTCTTTTCATCTCCATATATCTTAGCAAGTTCTACTGCTTCATTTATGACTATTTCATATGGAGTATCTTCACACAAGATTTCATATACAGAAATTTTTAAAAGAGACTTTTCTACATTTCCAATTCTTTCAAAGCTCCATCCTGTTATTTTTTCTTCTATTATTTTTAAAATCTTGTCATTATTTTCAGCTATTCCATTCATATATTTTTTTATAAAAGCTATTTCATTTTCATTTTTAAGAATATCATCTCTTTTTAAATAGCTTTCTAATATATCATTAGTATTTTCTTCTTTTATTTCTCCTTCAAATACTAATTTAAATAACTCTTCCCTTGCTAATCTTCTACTCATTAACTTTCCTTTCTAATCTTCTTTTATTTTCTCTAATATAAATTTTTTAATTCTTTTTATAAATGTTATATCTCCAGCCTTATAACCTACAATACTTAAAACTACTATAAAAACTGTTTTAGGCAGACCATATTCTACAAGAAGAACTCCTAAAACAAATCCTATAAAGCATCCTAAATATTTTCTCCAGTTATTTACAAGGGATACCATCACTTTTTCAAGCATCTCAGCTAACATATATGATCACCTCTATTCTTCTGAAGTATTTGAAGATTTTATTGATAACTTAGAAATCTGTACTTCAACAGTATCAACATCTAATCCCATTTTATCAGATAATCTGTTCTTTATTCCATCTTGAATAGAAGCAGTCTTCTCTGCAATATTTCCATCTGTAAGCATATCAAGTTTTATTTTTACAAAGAATTTTTTTCCTTTTTTTCCTGTAAAAACTTTTATTCCTTCTACATCTTTATCTCTAGAAAGCATTTCTTTTACAAAATTAGTAACAGAAGCTGCTGATATAGTAACTTTTCCATTTTCTGTTTTTATTTCATAATCACCTGTTTTTTCAAACATAGAGAAAAATTTTAAAATACACAATAAAAAATATGCCACACATATGATAACTATCGCAACATTAGTTTTTGTTGAATCTAATGGATTAAATTTTACAATAAAATCCGGCATTACAATACATACTATTCCAGTAATTGATAGTATAAATATTCCTACCCATCCTAGAAAAAATAGAAATTTATTAGTCATAATAATACCACCTTTAATAAAAGTTTAGAGGCGCTTTGAGACGCCTCTTTATATTATAATCCTTCTTCTGTCTCTTCCTCTTCTTCAGAAGCTTCCTCTGTTCTGATTTTTACATCTTGAACATATACATTTACTTCAACAACTTTTAGTCCACTCAATTCAGATACTGCTTTCAATACAGATTTTTGAACTTCATGAGCTACTTCTGAAATTGGATATCCAAATTCTACGATTACAAATACTTCAATGCTGCACTCTTTTTCTCCGACTTCTACTTTAACTCCATTAGTTGGTCTTTTCTTTCCTAGCATTTTGCTAACTTCATCTACTACTCCACCAGCAAGTTTATAAATACCTTCTACATCCCCTGCGGCTTTCGCAGCTATTGTTTTCACTACATCATCAGCTATTCTTATATTTCCTAATTCATTCATTGAAAACACCTCCATGTATTATGTAACACTATTATATCTAATTTTGTTGAAAAAAACTACATTTAATTATTTTTTTTAGAAAAATTTTCTTCTATAAAGTTAGTTGAAGTCTTTCCTTCAAGATATAATTCATTATTAAAAACTTCTAAGTGAAATGGAATAGTAGTATCTATTCCTTCAATAATATATTCACTTAATGCTCTCTTCATTTTTGCAATAGCTTCTTCTCTGTTTATTCCAAAAGCTATCAATTTTCCTATCATTGAGTCATAATAAGGACTTATTTCATATCCTTGATATGAATGGGAATCCACCCTTATCCCATTTCCTCCTGGAACAATATATTTTGTAAGTACGCCTGGTGATGGCAGAAAATCATTTTCAGGGTCTTCTGCATTAATTCTACATTCAATAGCATGTCCGTATAGAATAACATCATCTTGTGCTATATTTAATTTTTCTCCTGCTGCCACTTTTATTTGAAGTTTTATGATATCAACACCTGTTACCATTTCAGTTACAGTATGCTCTACCTGTACTCTTGTATTCATTTCCATAAAAAAGAAATCATTATTTTTATCCACAAGAAACTCTAAAGTTCCTGCTGAGTCATAATTTATTGCTTTAGCAAGAGTTACAGCTGCTTCACCCATGGCTTTTCTGATATTGTAAGGTAATGAAAATGATGGAGCTTCTTCTATAAGCTTTTGATGTCTTCTCTGAATAGAGCAATCTCTCTCTCCTAAATAAATAACATTTCCATGTTGATCTCCCATTATCTGAATTTCTATATGCCTAGGATCTTCCACAAATTTTTCTATATATACATCTGGATTTCCAAATGCTGACTCTGCCTCATTTTGAGCTGCTACTATATTTGCAGCTAATTCTTCATCATTTCTGGCAATTCTCATACCTTTTCCTCCACCACCAGCAGTGGCTTTGATCATTACAGGATATGATATTCTCTCATTTACTTCTTTTTTAGCTTCTGCAATACTTTTAATTATTCCAGTTCCATTAGTTACTGGAACTCCATTTTCTATGGCAGTTGCTCTAGCAGTTGCCTTATCTCCCATTTTTATTATACATTCAGGTCTAGGTCCAATAAACGCTATATTATGCATTTCACAAATCTTTCCAAATCTTGCATTTTCAGAAAGAAACCCATAACCTGGATGGATAGCATCTGCACCTGTAATCTCTGCTGCTGCTATTATATTAGGTATCTTCAGATATGACTCTGAACTTGAGATTCCTCCTATACATACAGCCTCATCTGCAAGAGTTACATGAAGACTTTCTTTATCAGCCTCTGAATATACAGCAACTGTTTTTATTCCTAGTTCCTTTGCTGCTCTTATGATTCTGACTGCTATCTCTCCTCTATTAGCGATAAGTATTTTTTTAAACATATTTTCTTTCCTCCTGGTAATCCAAATCATTTCAGATTATTAAATTTTGATCTTTAATAGTGGTCTTCCATAATCTACTGGATTACCATTTTCGATATATATTTCCTCTATAGTTCCAGAATAACTAGAAGTAATAGTAGTATTTACTCCAACTGTTGAAATATATCCAATTTCCTGTCCAGCTTTTATTTTCTGCCCCACTTCTATTACAGGCTCTCCATTCTTTTTCATATAAAAATATCTTCCTATATGATCAGACAGCACCTCTTTAAAATTTACTGCTTCTTTATTTTCTATAACTTTAGTTTCTTTTACTATTTCTTTTTTTACTGCTGCAGTAAGGGGTCCTTTAATTGTAACCTTAAAATTAGAATCCTCATATGATATCTCTGTAAGTTTCTGCTCATGCAGAACTTTCATTAATTCTTCAACTGCCTTTATATCTCCCCTCATAAAAACCTCCTTATTTTTTTATATTCTACCACTACAAGACTTTTATTTCAACAAAAATTACATATGTTATTTTATAGTAAGCTTATCAATTCCGATCAAATCTATGATTTCATCTATAAACATTCTTGATGGAGCTATCTTATATTTAGTTGCTCTTATCTCTTTAACTGTTTTTGTTTTTATTGCAAAATTTAGCTTAGTATCTCCAGGATAAGAAAGAATTATTTTTTTCAATCTGCTGAATTTATCTTTATCTTCTTCTTTTAAAAGTATATAAGCAGTAAATTTCCTATCTCTCACTATATCATCTAAAAATTTTATATTTTTTACAATTAGTTTTTTAGTTTCTGCTCCTTTGAAATAATCTGCCTGTACAGTTCCTTCAATATACACAATTTTTCCTTCCATAAATATATGGGCATTTTCTATATAATCTCTAGGAAAAATCACACAATTTATTTTATCGAAATAATCCTCTAATTCAAATAAACACATAATTTGTCCAGTTTTTTTTGTAACTATTTTTTTTATCTCTCTAAGTATACCACATGTTCTGAAAATCTGCACACTTTTTTCCTCTTTTAGTTCTGCTATCTTAGAAAGTCTGTATACTTCTATCAGTCTTCTATAATTATCCAATGGATGTGCACTGAAATAAAATCCAAGATATTCTTTTTCTCTTGCTAAAAGTTCTTCTAAGGAATATTCTGGTACTTGTGGAAGAGTAAAAACGCCAAGAGAAGATTTAGCTTCTCCAAAAAGATTCATTTGTTGTATCTCATCTTCTTTTATTTTCCTTGTTGCATAGTCTAATATTTTATCTACTGACTCAAATTTCTGTCTTCTATTTCCTGGAAGACCATCTAATGCTCCAGCCAGTATGAGAGACTCCAAGGCTTTTTTATTTAAACCATGCTTTCTTGTACGAACTACAAAATCCTCAAAATTTTTATATTCTCCATTTTCATTATATTCTTCCAGTATTTTTCCTGATACTCCCTCTCCCACATTTTTTATAGCTGCAAGAGAAAAAATTATTCCTTCTTTATCTACTATGAACTTTGGACTTGCTCTATTTATATCTGGTAAATGTAACTTCATATTATGTGCTTTTGCATCTTCCATATAAAAAGCTATGTCTTCCACATGACTCATTTCAGAAGTCATAAGAGAAGCATAGTAATGTTTCATATAATAAGCTTTAAAGTATGCTGTCCAATAAGCTATAAGAGCATATGCTGCTGAATGAGACTTATTAAATCCATATCCAGCAAACTTATCTATCAACTCAAACATCTCTATTGCTTTTTCTTTTGTATAACCATTTGCTATTGATCTTTCTACAAATTTTTCCCTGTTTTCCTCCATAATCTGGATATTTTTTTTCCCCATAGCTCTTCTTAACAAATCTGCTTCTCCGAGAGAATAATTTGCCATTATATTAGCTATTTTCATTACCTGCTCTTGGTAAAGTATTACTCCATAAGTTTCTTTTAATGTGGCTTCAAGAGATGAATGAGGATATTTTATCTCTGATATCCCATTTTTTCCATTTATAAAATCATCTACCATACCTGAACCTAAAGGTCCTGGTCTATATAAAGCCAAAAGAGCTATTATATCTTCAAATCTATCTGGTTTTAACTTCAGCAATATTTTTCTTATTCCTTGAGATTCTAACTGAAAAACTCCAGAAGTATCTCCCCTGGAAAGCATTTCATATACTTTTTTAGAATTAAGAGGTACATCTGATAATGTTATATCTTCTCCTAAGTCTTCTTTTATATAATCTATTGTTCTCTGTAAATTAGTCAGATTTCTAAGTCCAAGAAAATCCATCTTCAGTAATCCTAGATCTTCTAATTCCTTCATCTGATACTGTGTAGACACAACTTTATTTTTGTTATCACTATACAATGGAACTGTATCTGTCAAAGGATCTTTTGTAATAACTATTCCAGCAGCATGAACAGAAGCATGTCTTACTTTATTTTCCAATCTTGCAGATATATCTATTACTTTTTGTATCTCAGTATCATTGAGATACATATTTTTAAATTCTTCTACATTATTAAGAGTCTGTTGGATAGTTGCATTAAATGGAACTAACTTGGCAACACTGTCTATCTTAGAAAGTGGTATATCCATAACTCTTCCTACATCTCTTATTGCTGCTCTTGCTTTCATTGTTCCAAAAGTTATAATTTGAGCTACTTTATCTTCCCCATATTTTCTAATAACATATTCTATTAGTTCTTGTCTTCTTTCTTGACAAATATCTATATCTATATCTGGCATAGATATTCTTTCAGGATTTAAAAATCTTTCAAAGATAAGATTGTAATTCAATGGATCAAGTTCTGTTATTCCAAGAGCATATGCTACAAGACTTCCAGCAGCTGATCCCCTTCCAGGTCCTATTGGAATCCTGTTCCTTTTTGCATAATCTATAAAATCCCATACTACTACAAAATATGCAGCATATCCCATTTTTTCTATAACTGAAAGTTCATATTCTACTCTTTCTAAAACTGATATTGTCAAACCATGAGGGTATCTTTTAGAAAGACCAAAATATACAAGTTTTTTCAAAAATTCCTCTATTGTTTTTACACAAGATGGTATTTCATAATTTGGAAACTTAAACTTTCCAAACTCTATATCTACATTACATCTTTCAGCTATTTCAACAGTATTATTTACTGCTTCCAGATATCTTGCTCCTAGTCCATCTATTATCTGCTCCCTGCTTTTAAGAAAAAGTTCATCTGTTTCTATCCTCATTCTTTTTTCATCAGACACTTTTGCCCCTGTTTGAACACATATAAGAATATCTTGAAGAGTATGTTCTCCTTCATTTACATAGTGAGTATCATTTGTTGCTATCATTTTCAAATGATGTTTTTGAGCTAAATCATAAAGTTTTTCGTTAAGGGCTGTTTGACCTTTTACTCCATTTGCCTGCACTTCTATATAGAAATTATCTTTACCAAAAATATCTATATACTCATTTACTGTTTCATCCACTTTTTCTTCACTCTCATTATCCAGAATTCGTCGTGGAATTTCTCCCTGCATACATGCTGAAAGAGCTATTATTCCTTCATTATGAGTCTTTAAAAATTCTTTATCAATTCTTGGTTTATAATAGAATCCCTTTATATAACTTTCAGAACTTATTTTAAGAAGATTTTGATATCCTTTATTGTTTTCAGCAAGAAGTACCAGATGAAATATTCTTCCCTCTTTCTCAAGCATTGAAAATTCAGATACATATGCTTCCAATCCAATTACTGGTTTTATTCCTTTTTTTATTGCCTTCTTATAAAATTCCAGTACCCCAAAAAGATTTCCATGATCTGTTATAGCAATTGCCTGCATTCCAAGTGCTTTCACTCTATCTAAATAATCATCTATTTTTCCTACTCCATCAAGGAGGCTGTACTCAGTATGAAGATGAAGATGAACAAAGTTTTTTATCATAAAAATATCTCCTCCTTTTTTAGAGTTTATTTTTCCTCAATGATATATTATACCATAAATTTTATTAATTTTTGTTAAATTCTATCTAAAACTATATTTTATCATTAAAATGAAACTAAAGAGGGGCTGTTGCAAATTAGTGATTGATAAACTAATTTGTGCAGCCTCTCTTATTTTACATAAAAAAATAGAAATCTATTTTATAGATTTCTGCTAATTTATATTTTTATATTTATTTTTAAGTATCAAAAAAAGAAGTAGATGATTTTTTATTTATCTAAGCTACTTTTAATGAGTGAAGTGTTGTTCCTAAGCGATTATTTATATTTCTGCTTAGATATCTGTTGAAGTTGTAAGCGATACAAAACAAACATATTTCTCTTAAAACACTTTTTTTACTTCGAACTTTTAATTTTCGCAATTTCATATCTTCTTTCAAAACTGCAAAAGCACCTTCTACTTGAATACTTCTGTTCATTCTTAATTGTTTTCCATAATTGCTTGATACATTCTCTTTTGATTTATTTGATAAAATTCTAAATCTCGCATTGTACTTAATTTTTTTGTTAGTTTCAGGATTCCAAAAATATTGAACTGTATTATTTTTGTTAGAGTATAGAAATTCTAATTCTAATCCATCTTTTCTAAATAGCTTATTTTCAGAATTATTATATATTAAATTTTCTACTCTGTTTAAATCATTTTTAAACTTTCTGATTTTAGATTTTTCAAAATATATTGGTTTTATGTATGAAGTATAGTCCATTTTTTCCAAATATTCATAATTTGAAATACTTTCATATCCTGCATCAGCTACAATATTTTTAATTTCTAAATTTTGAGATGAAATTTTCTCTAAAAATGGAATCAAAGTTTTAGAATCAGAAGGGTTAGAAAAAATTTCATATGAAGAAATATATTCACTAATCACTCCTATTTGTAGATTATATCCAGGTTTTAATTGACCATTTCTCATATGGTCATCTTTCATTCTCATAAAAGTAGCATCTATATCAGTTTTTGAATAGCTATTTCTACCATTAAGATTTTTAAAATGATTAGAATATTTTTGATACTTTTCTAAGTATTCTGCGCATAATTCTAAATACTTTTGCTCTTTAGATTTTCTCTTTCCTCTACCTTTGACTATTTGAAAATTCAAATTAGAAAGATATGAATATATTTCAAGGAAGTTGTCATATTGTAAGTTGAAATCATCATTAAAATTTGAAATTAATTCAAGAATTTTTTCATCTAATCTAGTTCTATATTTCTCAATAGATTTTTTCCAAACAAATGTATATTTATTAGCATATGCTTCAATTTTAGTGCCATCAATATATATTGTTTCAGTGGAAATATTTTCCATTTCAAAAATTTTTTCAACGAATTGTTCAAATAGATCTGGAAGAATATCTTCAGTTTTTACTAAGAATCTAGAAATAGTAGAGTGATCAGGAATTTTAGAATCTTGTAAAAGAAACCTAAATTTAATATTTTCATGGCAAGCCATTTCTATATCTCTAGTAGAAGTTAAATTGCGCGAATAGGCATAAACAATGATAGAAAACATTCTGATAGGATGTACCTTTGTTTTGTAAGAAAATACTTGCATTAAACTACTAAAATCTAATCCCTCCAATATTGAGCTAAGTTTTCTTACAGGATCATTATCAGAAATTTCATATTGTAAAAAGTTAAAAAGTTTAGGTTGATTTAATTGAAAAAAAATGTTATTATTAATTGGTTTTTGCAT

Protein sequences of DBSCAN-SWA_6

>NZ_AP017968|3188639:3254450|3231852_3232557_-|WP_096403922.1|DBSCAN-SWA
MIELEKHPVETEAGDQFRECIIMTASKNQKLKMKELLEMSKEIGFLIEESQHMDYFDPFAVMLAELFTEYQEYGKFPNWIYNMDDVEEIIIDKESKEFLLQVLNDIYNERKIEEREREFCIQWKKDGMTEVWRNHIESLIYSLKKSIPYVETEEEIIERKKKEETEKKSGKVIIFIFVLMFGMIFLMGSYILFMTVTLLKTGKILQGIVALLFSGITLFFSGSLFWGFFKGLFK
>NZ_AP017968|3188639:3254450|3239237_3239480_+|WP_096401622.1|transposase|DBSCAN-SWA
MQIKHIISKINITNLLGKIKKYFKNEHFEDVKQTIQKFLACSIDKSFLSLQCPNCHEAHKIKVTCKSRFCPSCGKRYSAV
>NZ_AP017968|3188639:3254450|3213402_3213705_+|WP_096403907.1|DBSCAN-SWA
MKKLLISALIVVSSVAVFAASEGIGFGYKDEIKVSVEKDGDKIVAIKVLEMKDTKRIAEPAIEKLTSEIIAKQSVEVDDVAGATYTSQGFKEAVADALKK
>NZ_AP017968|3188639:3254450|3224720_3225434_-|WP_096403916.1|DBSCAN-SWA
MDNFTMNLSVYEIVLRIGMAIIIGGMIGYERGHNNRPAGFRTHILVCLGAAVVSMVQDHLRINIVRFAMENGNVAQVIKTDLGRIGAQVVSGIGFLGAGTIMRDKGTIGGLTTAASIWVTGCIGLGVGWGFYTMSFLSGLAVLLVLITLKKVERRFIDDRTISKIEIEYDSEINNGMYYSNTNEIFKEFSIRVRSMKKNPNENRILYTLVIPRQYSILDLTSEFSKNKEVISIKIIK
>NZ_AP017968|3188639:3254450|3248797_3249211_-|WP_096403931.1|DBSCAN-SWA
MRGDIKAVEELMKVLHEQKLTEISYEDSNFKVTIKGPLTAAVKKEIVKETKVIENKEAVNFKEVLSDHIGRYFYMKKNGEPVIEVGQKIKAGQEIGYISTVGVNTTITSSYSGTIEEIYIENGNPVDYGRPLLKIKI
>NZ_AP017968|3188639:3254450|3244069_3245548_+|WP_096402927.1|transposase|DBSCAN-SWA
MQKPTNNNIFFQLNQPKLFNFLQYEISDNDPVRKLSSILEGLDFSSLMQVFSYKTKVHPIRMFSIIVYAYSRNLTSTRDIEMACHENIKFRFLLQDSKIPDHSTISRFLVKTEDILPDLFEQFVEKIFEMENISTETIYIDGTKIEAYANKYSFVWKKSIEKYRDRLDEKILELISNFNDDFNLQYDNFLEIYSYLSNLNFQIVKGRGKRKSKEQKYLELCAEYLEKYQKYSNHFKNLNGRNSYSKTDIDATFMRMKDDHMRNGQLKPGYNLQIGVISEYISSYEIFSNPSDSKTLIPFLEKISSQNLEIKNIVADAGYESISNYEYLEKMDYTSYIKPIYFEKSKIRKFKNDLNRVENLIYNHSENKLFRKDGLELEFLYSNKNNTVQYFWNPETNKKIKYNARFRILSNKSKENVSSNYGKQLRMNRSIQVEGAFAVLKEDMKLRKLKVRSKKSVLREICLFCIAYNFNRYLSRNINNRLGTTLHSLKVA
>NZ_AP017968|3188639:3254450|3246390_3246909_-|WP_096403928.1|DBSCAN-SWA
MTNKFLFFLGWVGIFILSITGIVCIVMPDFIVKFNPLDSTKTNVAIVIICVAYFLLCILKFFSMFEKTGDYEIKTENGKVTISAASVTNFVKEMLSRDKDVEGIKVFTGKKGKKFFVKIKLDMLTDGNIAEKTASIQDGIKNRLSDKMGLDVDTVEVQISKLSIKSSNTSEE
>NZ_AP017968|3188639:3254450|3246962_3247343_-|WP_096403929.1|DBSCAN-SWA
MNELGNIRIADDVVKTIAAKAAGDVEGIYKLAGGVVDEVSKMLGKKRPTNGVKVEVGEKECSIEVFVIVEFGYPISEVAHEVQKSVLKAVSELSGLKVVEVNVYVQDVKIRTEEASEEEEETEEGL
>NZ_AP017968|3188639:3254450|3199636_3199900_-|WP_096403893.1|DBSCAN-SWA
MLKLRLTRLGDKKRPSYRIVAMEALSKRDGQAIAYLGNYFPLEDSRVVLKEEEIIKFLSNGAQPTRTVKSILVKAGVWAKFEETKRK
>NZ_AP017968|3188639:3254450|3191652_3192108_-|WP_005979414.1|DBSCAN-SWA
MIYIILVFILVLLDQISKYIVDKNFFEGDTIGVLTDFFHFTYVKNRGIAFGMFQGKLDVISIATVIAIVAIAYYLYKGRNKMPLLEKLGFTFVLAGAIGNMIDRIWRGFVIDMIDFRGIWSFVFNLADVWINIGVVLILLDYFFAEKKKKK
>NZ_AP017968|3188639:3254450|3197329_3199495_-|WP_096403892.1|DBSCAN-SWA
MEKIYNVVAKNLGLKISQVTNTMQLLDEGATVPFISRYRKEVTENLDEIEIGKILETVTYLRNLEKRKEEVIRLIEEQGKLTEEIQKNIEAAEKLQEVEDIYFPYRKKRKTKADVAKERGLEPLADEMMKLSSMEKVIEKAGEFITEEVPTVEEAVEGAMLIIAQNISETPVYREKIREIMLKSGILVTKETKKAKELDVKKVYGDYYEYKEPVSKIPPHRILAVNRGEKEDILSVSVTLDEMSRNRVENLILKDFLNKNLKETYLKIIGDSLDRLILPSIEREVRNILTDKAELEAIAVFKENLKNLLMQAPLKEKNILALDPGYRTGCKVAIIDKNGFYREKDVFFLVEEMHSPKQLAEAEKRIVDYAKKYEIDIIVIGNGTASRETESFVANVIKKNHLSVKYLIANEAGASIYSASKIAAEEFPDLDVTVRGAISIGRRVQDPLAELVKIDPKSIGVGMYQHDVNQGRLDESLDSVITYVVNNVGANLNTASWALLSHISGIKKNIAKNIVDYRKENGNFENRKQLLKVKGVGAKAYEQMAGFLVIPDGENVLDNTIIHPESYHIAKEILEKVGFTLENYREDLNGAREKLKSFDYTSFAKEKEYGVETVKDIYQSLIRDRRDPRDSFEKPLLKSDILKIENLQVGMEIEGTVRNVVKFGAFVDIGLKNDALLHISEISNKFIDDPSKVLSVGQIIKVRIKDVDKERERVALTKKEI
>NZ_AP017968|3188639:3254450|3216718_3217888_-|WP_096403909.1|DBSCAN-SWA
MKTATAKIKTLEFIKNSDGISRVELAKELDITPAGIGKIVNGFLKRGIIKEYSEGISTGGRKPLILRINEENIGLILGISLAPRFIQVTLGDINGKVLKTIKYSLKKRLLKKENNILKTVEAIIKRELSRNKEITIISVIMNGMVDSEAGVSIFSPHYNWKNIKLKEVLEEKFNKRVFIENDVRGMALTEKIFGSCKDKHNFVVLNIGDGVGGSIFLNDSLYQGYGSMSGELGHMVVKRNSSEKCSCGKRGCLETEVSNVAVIKKIISQIKLNNYSSLKNILNEKGTLNIEDIIKAVKEKDLLTLNIMNEAIYLTAHAVDGIISVINPEKIILFGAIFKSSFLFKTLVNEVKKVTLDEQNYEIKVSEFSDNIYELSPFAVVNYNIFREI
>NZ_AP017968|3188639:3254450|3227737_3229597_-|WP_096403919.1|DBSCAN-SWA
MKRLRNIYLIIAVFFTIFSVIFSAPSYKIDSLDITAKIQEDGSVIIEEIALYNASEINGVLYNIDAKGYGKLQSLEVFYEKNGEFVSAVNSRGTASGMYTVSTSDDLYKIKLYSPMRNEKRYFGFRYVLPRGVTVYEDIAQFNRKMVGRGWENSIKDVSVKVILPKEVDKDKIHAFGHGPLTGNIEILNGKEILFTLKNYRPGEFVETNILFPKEIVSKINPSYIKKAKGYESIMAMEKNLAEESNRERDRAVRGMILNRGVFYGGVAWWLFLVIFIYLKNGKKYKVTNPYGKYFRELPDDYTPAVAGTLVSRKMYPAPTHLFATVMDLVRKDYLEMEEINEVNSKGKSVKKTILKKIREGTSELKDYEKLVLKWYINELGDGEKVVLEDVEKYVSKNLTNAKKFNANFEKWKTFVYTDMLSKGLKQDKRNKLAVALGVITGILLFIGGMVLIVIFQDPKFMLFNFLGMPLIIFASVISRPSKEKEEAYSRWKAFKKFLVDYSNLEEAKLASIHLWEHYFVYAIALGVAEKVAAGYKKIAALRGEEDVNLRVGRNRMTLMNTYLYTRAFRTMESSTVKAASRSMSEVAKSTRSSSSGSGGGFSRGSSGGGGGRGGGGAF
>NZ_AP017968|3188639:3254450|3209856_3210375_-|WP_096403904.1|DBSCAN-SWA
MRKIFIWIISVFFLTGCSNLINKRVENEYEKQYVYLYENWDLENLKKQLNENKMTQGENLLIIKYQKLLAEREKDKIALETLIEKLKIDLQSGDTKSLQKTLNFSLKNVFLGNEIEKIDFSQMNIFVTKPKFHKKNASNITAFNFEDRTIYFDVKFLLEKGEWKITEFKERR
>NZ_AP017968|3188639:3254450|3212920_3213373_+|WP_096404554.1|DBSCAN-SWA
MKKSIVILAGVLLIQQISLSKVINKDITFTEKTYGVCSTEMTVSVKDGKIESFFAVKGCPGNLAAIGKLLPGMEVTKVIELLDDNYCSGAPLAGYTSCMDNLVEMLKQHVTGEGEGPLIEVRKAQKAAANKVAFAGHVCSGCGLCQASLS
>NZ_AP017968|3188639:3254450|3201732_3203013_-|WP_096403896.1|DBSCAN-SWA
MAGYVVVGTQWGDEGKGKIIDVLANKADYVVRFQGGNNAGHTVVVNGEKFVLHLLPSGMLHGNGKCIIGPGVVIDPKVLLKELDTLEVKGAKIDHLFISDRAHIIMPYHVRMDELCEENSGEHKIGTTKRGIGPCYADKINRVGIRAIDLLDMNIFADKLKRGLDAKNLIFTKIYGAEPLSFDTIFEEYKGYADRLKHRIIDSIPEINKALDEDKLVLFEGAQAMMLDINYGTYPYVTSSSPTTGGVTTGAGVSPRKITKGIGVMKAYTTRVGEGPFVTELTDELGEQLRKTGFEYGATTGRPRRCGWLDLVVGKYAVDINGLTDIVITKIDVLSGLDTVKICVAYDIDGKRYTSVPASTEILSRAIPVYEELPGWKEDITQMKNYDELPENCKKYIKRMEEFLGCPISVVSVGPDRSQNIHIREI
>NZ_AP017968|3188639:3254450|3223226_3224675_+|WP_096403915.1|DBSCAN-SWA
MSAKSVKRYSYIFLALILILFVKHLPLPVGMKPLGMNVIGIFLGSLLLWLTVAIDWPSLLCITAIGLIPEIGFKNVFLSSFGNDTFAFLMCTFLCTHVLAETPFLKRCAVSFITSPIAKKGPWLFVISFISAIIFIGCFVSPSVLFVVFLPILEKINEILGIKKGDKIGKMLMISLAFCVSVAAGMTPIAHVFSIMAMGFYTTATGLTIGYAEYMAFAVPVGIICTIFLILIFRFILNPDMTKIKNIDVSALKNEIKPMEKKEKVILSIFCIIVALWVLPSILKPYFPIICKKISAMGTAMPPMLGVICYSIISFNEKPVLNFAEGMRKGVQWSSIIMAAGTLALGSAMTNQHVGLAKYLVETLNPILKEVSPMLLVFIFTLWACIQTNFSSNMVTVTVVTTVAIPLVQATNGAVSAPAIVSIIGMMSAFAFATPPAMPHIAIAIGSEWVESSDMFKYGFIFMFIAVIVTIFIGYPIASIIM
>NZ_AP017968|3188639:3254450|3207512_3209078_-|WP_096403902.1|DBSCAN-SWA
MNIGISIGLAIIGLSIIISLMYKKSVIDKKINELNDLEDEVTKSKIKAKEIIELAEKEALAKGKEIELKAKEHVYQLKEEAEREIKNSKNELLQKEARLTKKEETLDNKIEKLEVKSQELERTTEELELKREEIDKIRLQQENELERISGLSKVEARDILIAKLRDDLTHETAVAIKEFESKLEDEKDRISRRILSTSIGKASADYVVDATVSVVNLPNDEMKGRIIGREGRNIRAIEALTGVDIIIDDTPEAVVLSSFDGVKREIARIAIEKLITDGRIHPGKIEEVVNKAKKEIEKEIVDAGEEALIELGIPAMHPEVIRTLGRLKFRTSYGQNVLTHSIEVAKLSANLAAEIGADTELAKRAGLLHDVGKVLENDIEASHAIIGGEFLRKFGEKSDVINAVMAHHNEVEFETVEAILVQAADAISASRPGARRETLTAYLKRLESLEEIANSFNGVESSYAIQAGREIRIIINPDSISDDAATKMSRDVAKKIEETMQYPGQIKVTIVRETRAVEYAK
>NZ_AP017968|3188639:3254450|3201295_3201607_-|WP_172426536.1|DBSCAN-SWA
MELDEFLEVSTLLDYYKNLLSDKQREYLINHFEDDLSLSEIAKNNDVSRQAVYDNIKRGIKLLKDYEEKLGFHEREKQVYQELLELKKDFKIENLNNIIEKLF
>NZ_AP017968|3188639:3254450|3237237_3237834_+|WP_096403860.1|integrase|DBSCAN-SWA
MDKRGQEVRYINSDDLVQIRNYFKNNKKVVILSLINIGVNVGLRISDLSKLKFENINPDYTIKLREKKTKKIRKIKFNLVCQKAIRDLKEYYEGLGYSSEKGFLFKSLNRKYVKELYDKPLSNVGISKYLNKAKKDLNISYPIGTHSLRKTWGHRVYKGTLDIAVVMSILNHSSAEQTLKYIGIDEDRTNEIYENFKI
>NZ_AP017968|3188639:3254450|3246153_3246378_-|WP_096403927.1|DBSCAN-SWA
MLAEMLEKVMVSLVNNWRKYLGCFIGFVLGVLLVEYGLPKTVFIVVLSIVGYKAGDITFIKRIKKFILEKIKED
>NZ_AP017968|3188639:3254450|3205649_3206582_-|WP_096403900.1|DBSCAN-SWA
MKVVEIKVIYESDDIEKATKEISDIFYGFGVTGLKIEEPLSHKNPLDFYKNEKDFLMVDHAISAYFPLNPYSEKRKNTILERFQEQFSERDDIIYTVDFYEYDEEDYQNSWKKYLFPEKVSEKFVVKPTWREYKADDNELIIELDPGRAFGTGSHPTTSLCLKLMEENIKEGDSVIDVGTGSGILMIAADRLGASEIYGTDIDELAVESAKENLELNKIDENKAKVFKGDLISVVEDKKFDVVVANILTDVLLILLNDISKVVKKDGLIIFSGIIEDKCEILKKEIEALGFEIIEIKADKEWRAMLIKAN
>NZ_AP017968|3188639:3254450|3188639_3190712_-|WP_096403889.1|tRNA|DBSCAN-SWA
MRLLFEIGMEELPARFLNQALKDLKNNLEAKLKDGRISFKDIKTYGTPRRLVLDVCELGEQQEDLNILNMGPAKNVAYGSNGEISRAGLGFAKSQGIEAEDLEIVSTPKGEYIAARKFMKGKETKELLPEILKSLVLELNFQKSMTWSDKKLRFARPVQWFLALCDNEVVKFEIEGMESGNKSKGHRFFGKEFEVNTIDEYFEKIRENNVIIDIEERKTLIKKLINENCTNSGEQVLVEDELLDEVTNLIEYPCPIVGSFNSDFLEVPQEVLIISMEVHQRYFPILDSNGKLLPKFVVVRNGVETSEQVRKGNEKVLSARLADARFFYQEDLKSPLADNIEKLKTVVFQKDLGTIYSKIERATEIAKYLIDTLGYNDRKDSILRTVLLAKADLVSNMIGEKEFTKLQGFMGADYALKSGEGEKVSLGIKEHYYPRFQGDNLPTELEGIVAGISDRIDTLVGCFGVGVIPSGSKDPFALRRAALGIVNVILNSRLDISLKALIEKALDALQGCGVLKRDRETVLTEVLEFFKQRETNIFTEMKYSKDIVTAVLNTDSDNAVEALEKIKTLESFAKEEAFEILLPVLKRVGNISKDHEKGIINQDLFKEPVETELYNFSLELNSKVIDALNNKDYNRYLQAIVSGKDIINRYFDEVMVMDKDEDVKNNRLSQLKFLADLFIKMADLNQIEER
>NZ_AP017968|3188639:3254450|3231121_3231592_-|WP_096403921.1|DBSCAN-SWA
MRKILFSIFIFSLSIMAVAISGKVIRVSDGDTLLLQSGSQRIKVRMYGIDAPELKQSYGEDSKSYLEKRILNKNIDVKVINEDKYGRKVGKVFYKNKDINLEMLKTGNAWFYEYHAKREKEYRKAFKNAQEQKLGLWKDKNPQNPKNFRLENKRED
>NZ_AP017968|3188639:3254450|3245742_3246141_-|WP_096403926.1|DBSCAN-SWA
MSRRLAREELFKLVFEGEIKEENTNDILESYLKRDDILKNENEIAFIKKYMNGIAENNDKILKIIEEKITGWSFERIGNVEKSLLKISVYEILCEDTPYEIVINEAVELAKIYGDEKTSEFINGVLAKIVNN
>NZ_AP017968|3188639:3254450|3229616_3231116_-|WP_096403920.1|DBSCAN-SWA
MKKEIKRFRELIKEKKLIDSSLGILQWDLETITPRKGKELLSEMVGYLSMKSYDIVTSEEFLNLVKFLKANEKELDDIQRKEIDDMAEEIEKISKIPPHEYQEYSELTAKTQGVWEEAKAKNDFNMFKENLKKIFEFNIKFAEYQGKKDKKVYDIILGEYEKGMTTEKLDEFFTALRAEIVPLLKKIMEKNKNSKISSLNRKVNINEQKKFNRFLSEYLGFDFDRGVTAESEHPFTLNLDKNDVRLTTKYIDDMPFSSIFSTIHETGHGIYEQQVGDDLQGTTLATGGSMGLHESQSRFYENMIGRSMSFWKGIYNKNIDIFPLLKEIKIDELYREINRVEPSFIRTEADELTYSLHIMIRYEIEKGIINGEIEIDNLPEVWNEKMKEYLGVVPETDREGVLQDVHWACGLIGYFPSYALGNVYAAQLYNTMKKDMDVSSLLENGKLDRIKGWLRDRIHIYGKLRETAELIQKITGEELEPKYYIEYLKEKYSKIYDLD
>NZ_AP017968|3188639:3254450|3227155_3227698_-|WP_096403918.1|DBSCAN-SWA
MIILIVVIVLLILLTVSYQNKFVKLHERVKNSWSQIDVQLQKRIDLIPNLVETVKGYATHEKETLDAVISARTRYTTASTIDEKMKANGELSGILSKLMMVSESYPDLKANTNFMDLQKQLKDIEDKIGYARQFYNDTVTSYNQSIKMIPGSIFAGIFKFVEEPLFKADEGAKEVPKVKF
>NZ_AP017968|3188639:3254450|3220834_3221824_+|WP_096403912.1|DBSCAN-SWA
MAILVCGGAGYIGSHVTRALIDNGEEVIVLDNLQTGHVDAVHEKAKLVLGDLRDNEFMERVFKDNKIDGVIDFAAFSLVGESVEEPLKYFENNFYGTLCLLKAMKKYNVNKIVFSSTAATYGEPENIPILESDKTFPTNPYGESKLAVEKMLKWCDKAYGIKYTALRYFNVAGAHSTGEIGEDHSPESHLIPIILQVALGKREHIGIYGDDYPTADGTCIRDYIHVMDLADAHILALKRLNNGGESEIFNLGNGEGFSVKEVIEVARKVTKHPIPAIVSPRRAGDPAKLVASSEKAMKELKWSPKYNTLEKIIDTAWIWHKSHPDGYND
>NZ_AP017968|3188639:3254450|3190769_3191639_-|WP_005949433.1|tRNA|DBSCAN-SWA
MTFQEIIFALQKYWSSKGCVLGNPYDIEKGAGTFNPNTFLMSLGPEPWNVAYVEPSRRPKDGRYGENPNRVYQHHQFQVIMKPSPLNIQELYLESLKVLGIDPEKHDIRFVEDDWESPTLGAWGLGWEVWLDGMEVTQFTYFQQVGGLELDPIPVEITYGLERLALYIQNKENVYDLEWAPGVKYGDMRFQFEYENSKYSFELADLESHFKWFDEYEKEAAKILDAGLVLPAYDYVLKCSHTFNVLDSRGAISTTERMAYILRVRNLARRCAEVYVQNRKDLGYPLLKK
>NZ_AP017968|3188639:3254450|3204974_3205634_-|WP_096403899.1|DBSCAN-SWA
MEEFIVTVDGPAGSGKSTIAKIVAAKYGLTYLDTGAMYRMIALYALRNNINLENEKSVEAMLENTKLDIVENKFFLNGEDVSEEIRTPEVSGIVSPVAAIKAVRVKLVELQREISKGKKTILDGRDIGTVVFPNAQVKIFLVASPEERARRRFNEYKEKGIEADFESVITSIKERDHIDSTRKESPLMKADDAVEIDSSKMTIEEVVQAISKCIDRKVN
>NZ_AP017968|3188639:3254450|3209456_3209849_-|WP_005979387.1|DBSCAN-SWA
MKNIIRMSIPSSLENLSLIRALVKTYLEVQHINEKDIFQLLSVVDELSTNVVEHGYKYKPGDIILEIQKSNDIIQLIVEDNGIGFDEEKLSKEEGGMGLYIARAIADNFKIEKKLNGTLFKIEKRIKEAV
>NZ_AP017968|3188639:3254450|3218079_3219255_+|WP_096403910.1|DBSCAN-SWA
MIKGLVQDFKTLFNYSGAVEVFFSPGRVNLIGEHTDYNGGFVFPCALDFGTYAIVKRREDKIFRMYSKNFERLGIKEFSLDKLTNTPSDNWANYPKGVIKTFIDAGYKIDKGFDILFFGNIPNGAGLSSSASIELLTSVILKEIFNLSIDMIEMVKLSQKSENEFIGVNCGIMDQFAIGMGKKDNAILLDCNTLEYHYAPVELNGASIVIANTNKKRGLADSKYNERRNSCEAAVKVLNENGINIRNLGELSVEKFNKAKHFITDEEQLKRATHAVTENERTKIAVEKLNSGDVEAFGKLMDQSHISLRDDYEVTGFELDSLVEAAWEAKGVIGSRMTGAGFGGCTVSIVKDEFIDEFIKSVGEKYKIKTGLTADFYVAKIGDGSRKLGDF
>NZ_AP017968|3188639:3254450|3211436_3212723_-|WP_096403906.1|DBSCAN-SWA
MFIDEVIVTVKAGNGGDGSAAFRREKYIQFGGPDGGDGGNGGNVIFIADPNINTLIDFKFKKVFKAENGENGQKKQMYGKTGADLVIKVPVGTQVRDIETGKLLLDMNTEGEPRILLKGGRGGAGNVHFKSSTRKTPRIAGKGREGAEIKVKLELKLLADVALVGYPSVGKSSFINKVSAANSKVGSYHFTTLEPKLGVVRLEEGKSFVIADIPGLIEGAHEGVGLGDKFLRHIERCKMIYHLVDVAEIEGRDAIEDYEKINEELKKFSEKLSTKKQIVLANKMDLLWDMEKYEKFKTHVEAQGHEVFPVSVILNEGIKEVLYRSYSMLQEIEREPLEDEVNVNEVLREIKGDMEDFVITQDEEGTYVIEGRILDEVLAKYVITMEEESIINFLHMMRSLGLEEAMKEAGIQDGDNVRIADVEFEYVE
>NZ_AP017968|3188639:3254450|3235350_3235932_-|WP_096403858.1|DBSCAN-SWA
MKKAIIGVFLLANLGTVLYSQEISEKEGMKVLEEIRKEIRMEEKEKERAAKEAEKIKAAEEKARIAAEKAEEKKGKKIIEDIRRNMNESLEEKVFRSENNPEARMAAAGEAFKIGKERMVFLKAEEEEIMKLEEVLGIEPDENRAFLSQKFDEVNDKFNSNNNEVELLLLENEKLKEYLSRLDRMEQKVKVGN
>NZ_AP017968|3188639:3254450|3252971_3254450_-|WP_096403933.1|transposase|DBSCAN-SWA
MQKPINNNIFFQLNQPKLFNFLQYEISDNDPVRKLSSILEGLDFSSLMQVFSYKTKVHPIRMFSIIVYAYSRNLTSTRDIEMACHENIKFRFLLQDSKIPDHSTISRFLVKTEDILPDLFEQFVEKIFEMENISTETIYIDGTKIEAYANKYTFVWKKSIEKYRTRLDEKILELISNFNDDFNLQYDNFLEIYSYLSNLNFQIVKGRGKRKSKEQKYLELCAEYLEKYQKYSNHFKNLNGRNSYSKTDIDATFMRMKDDHMRNGQLKPGYNLQIGVISEYISSYEIFSNPSDSKTLIPFLEKISSQNLEIKNIVADAGYESISNYEYLEKMDYTSYIKPIYFEKSKIRKFKNDLNRVENLIYNNSENKLFRKDGLELEFLYSNKNNTVQYFWNPETNKKIKYNARFRILSNKSKENVSSNYGKQLRMNRSIQVEGAFAVLKEDMKLRKLKVRSKKSVLREICLFCIAYNFNRYLSRNINNRLGTTLHSLKVA
>NZ_AP017968|3188639:3254450|3247405_3248758_-|WP_096403930.1|DBSCAN-SWA
MFKKILIANRGEIAVRIIRAAKELGIKTVAVYSEADKESLHVTLADEAVCIGGISSSESYLKIPNIIAAAEITGADAIHPGYGFLSENARFGKICEMHNIAFIGPRPECIIKMGDKATARATAIENGVPVTNGTGIIKSIAEAKKEVNERISYPVMIKATAGGGGKGMRIARNDEELAANIVAAQNEAESAFGNPDVYIEKFVEDPRHIEIQIMGDQHGNVIYLGERDCSIQRRHQKLIEEAPSFSLPYNIRKAMGEAAVTLAKAINYDSAGTLEFLVDKNNDFFFMEMNTRVQVEHTVTEMVTGVDIIKLQIKVAAGEKLNIAQDDVILYGHAIECRINAEDPENDFLPSPGVLTKYIVPGGNGIRVDSHSYQGYEISPYYDSMIGKLIAFGINREEAIAKMKRALSEYIIEGIDTTIPFHLEVFNNELYLEGKTSTNFIEENFSKKNN
>NZ_AP017968|3188639:3254450|3213857_3215336_+|WP_096401309.1|transposase|DBSCAN-SWA
MQKPTNNNIFFQLNQPKLFNFLQYEISDNDPVRKLSSILEGLDFSSLMQVFSYKTKVHPIRMFSIIVYAYSRNLTSTRDIEMACHENIKFRFLLQDSKIPDHSTISRFLVKTEDILPDLFEQFVEKIFEMENISTETIYIDGTKIEAYANKYTFVWKKSIEKYRTRLDEKILELISNFNDDFNLQYDNFLEIYSYLSNLNFQIVKGRGKRKSKEQKYLELCAEYLEKYQKYSNHFKNLNGRNSYSKTDIDATFMRMKDDHMRNGQLKPGYNLQIGVISEYISSYEIFSNPSDSKTLIPFLEKISSQNLKIKNIVADAGYESISNYEYLEKMDYTSYIKPIYFEKSKIRKFKNDLNRVENLIYNHSENKLFRKDGLELEFLYSNKNNTVQYFWNPETNKKIKYNARFRILSNKSKENVSSNYGKQLRMNRSIQVEGAFAVLKEDMKLRKLKVRSKKSVLREICLFCIAYNFNRYLSRNINNRLGTTLHSLKVA
>NZ_AP017968|3188639:3254450|3240634_3242188_-|WP_096403924.1|DBSCAN-SWA
MEGKSKGLFNKFLDRVERVGNKLPHPATIFFIFAVMVVIISHFAFLGGVEVTFKAINKDHQLVDKTVKVVSLLTPDGIRWMFKSIVKNFTGFTPLGMVLVAMFGVGVAEETGLLTVLLRKLVLSAPKSIITAVIVFAGVMSNIAADAGYVVLVPLGALIFLSFGRHPLAGLAAGFAGVSGGFSANLLIGTLDPLLGGISTEAARLLDPNYTVFPTANYYFMAVSCILITIVGTVITEKIVEPRLGKYEGDQKVEIIEITSIEQRGLRAAGLSLLVFLIFIGCLTVPENGILRNPVNHSLTDHSPLMDSMVAIISLGFMIPGIFYGIFSKKIKSDKDIIKGMKNSMASMSGYISIVFFASQFIAYFKYSNLGTILAVNGADFLKETGFTGLPLVIAFILLSAFMNLFMGSASAKWTIMAPIFVPMFMGIGFAPEFTQVVYRIGDSTTNIITPLMSNFATVIAFGQRYNDKLGIGTLISMMLPYTILFMILWTILLIVWYMLNLPLGPDGVIHLTNMIL
>NZ_AP017968|3188639:3254450|3238010_3239114_+|WP_096403861.1|DBSCAN-SWA
MRISIVILGIIFMLISTFSYACTGVTIKTNTDKMIQARTIEYGEGDLNSEIVISPKEKEFQSLTPDGKMNGHKWKAKYGFVGIAIISDLFIGEGINEAGLNAGLFYFPHYGSLTKYNEKISKESVTDMQLVTWILSNFSTVDEVKEGLKKIKVVNIGNDKNGLPLPTAHWRIADASGKNIVLEIINNGEVKIYDNEIGVLTNSPDYEWHLKNLNNYINLYSGNAKDYTMNNHKIFSFGAGTGALGLPGDITPPSRFIRAFYYLNTMKPANTSLEGIQEAFHILNNFDIPIGAEYPLEHKENIPDNLLSATQWTSVCNINDKEFYYKTMHNSQIRKIDLKKIDFSKTKYQILPLDKSFEESISEIDIK
>NZ_AP017968|3188639:3254450|3194920_3197326_-|WP_096403891.1|DBSCAN-SWA
MRIKKNSLLIKIIFYNDIAIMITSVTIALFLIFISFESLENKVIDSGRDKIILLSRGYNAAIINAKDDLFQVSRNINVLAGKNLNNTITYNTVAKLIRNQLTKKNLKMYSESLITIVSADGSTLGESGNGKDYFRIDERSRHILERNLSRSESEMSNYYFSKVGKDIYARILLPYTSEGNNSKKKFIVMTMPINDNVLNELRNFVGLTEEDKIFLVVDNTYQLGDMELKKGERFFKKKLNWEYDYFYGKKTVNNKAYYLSMYNIHNYNKQYIGNIGIALSGDSILRTKVKVSFSILLIVVGLIVTSTTICARIFYELLSPLSKLIDAAEGISKGNYDFTLKNEDVEEIRTLSKSFEQMAESIRNNEEIMKEKNIKLQENLNRIDAIEKILMGLQIEDDITLTVRSLQSAFTSEMGLGYSRAMYFRYSREIDTLVGECSHVNSVVKNDMMKTQKEESDGFEFQISTLTKLVALIKVPFKDDNLLGKALKEKRIIYYNDKGYRYNLGNDLFKSLGINNFLIFPVYTDSRNYGCILVDYFGKNNIISQEEAELMTLLCINTSIRIGNKMLEEEKIDYERTATIGKLADRFFGRREDSLKKVISIVERMAECDYNNSCLRNGINSIREEVIKIKHENAILKEYSKSYENKMEIIEFEKFLYDVIEKMQPDLEANNITLSMFINYNGKIMGDKKQLEKVFHELIKNAKQAVMNKNISSKKINLLVTKDKNIDKIRINIIDNGIGMTEEQLSNIFDPFISFNENTPGLGLAIVHRIIKDHHGVIKFSSKVDEGTDVKITLNVYKEEI
>NZ_AP017968|3188639:3254450|3222537_3222981_+|WP_096403914.1|DBSCAN-SWA
MKKFLLLIFSIILLSSCYKKEREVDISKKQERNGIVYIINESKPYSGKILRKYDNGQILLLMSYKNGKLDGKYVHFYRNGQIYIDSEYKDGKLNGLYKKYHYNGQILVEATYIAGEPNGIYLEYSKEGEKTKEIKYDKGTILEIIQE
>NZ_AP017968|3188639:3254450|3209105_3209453_-|WP_096403903.1|DBSCAN-SWA
MVENFDIIEKNVGDIKVIKVVGELDALVAPKLKERITKLVEMDTIKFIIDFEELVHINSLAMGILRGKLRVVKEIGGDIKLIKLNENIKTIFEMIGLDEIFEIYETEDEAVESFK
>NZ_AP017968|3188639:3254450|3199942_3201283_-|WP_096403894.1|DBSCAN-SWA
MLDNLGSRFQEIFKKVRGHGKLSESNIKEALKEVRMSLLEADVNYKVVKDFTNKILEKSIGTDVLKGINPGQQFIKVVNDELVELLGGTNSRLTKGVRNPTVLMLSGLQGAGKTTFAAKLANYLKKQGESVLMVGADVYRPAAIKQLQVLGEQIDVPVYAEEDNKDAVAICEHGLAKAKELNSTYMIIDTAGRLHIDEKLMDELRNIKKAVRPQEILLVVDAMIGQDAVNLAESFNNVLSIDGIVLTKLDGDTRGGAALSIKSVVGKPIKFVGVGERIDDIELFHPERLVSRILGMGDVVSLVEKAQSAIDEDDAKSLEEKIRTQKFDLNDFLKQLQNIKKLGSLGSILKMIPGMGQIGDIAPAEKEMKKVEAIIQSMTKEERKKPDILKANRKRRIALGSGTEVADINRLLKQFEQMKSMMKMFSGGKMPQFPGMKGGKGGRFPF
>NZ_AP017968|3188639:3254450|3235993_3236494_-|WP_096403859.1|DBSCAN-SWA
MKEKIKVAVPEFVLKTLKEDQKHFDITKEKLCNEILLKFSRENLNCYCDIQFNKNEYLQFNLNKTNKIYYEELSKKIDGKNDSEKIRKIFSEYAVLQPFVRESILFWEKIICINSFEKNKKSLKVCTNGEIYEGKVEKIFIDEEKGYLMAKINKHNHYVSEIKILN
>NZ_AP017968|3188639:3254450|3249277_3252694_-|WP_096403932.1|DBSCAN-SWA
MIKNFVHLHLHTEYSLLDGVGKIDDYLDRVKALGMQAIAITDHGNLFGVLEFYKKAIKKGIKPVIGLEAYVSEFSMLEKEGRIFHLVLLAENNKGYQNLLKISSESYIKGFYYKPRIDKEFLKTHNEGIIALSACMQGEIPRRILDNESEEKVDETVNEYIDIFGKDNFYIEVQANGVKGQTALNEKLYDLAQKHHLKMIATNDTHYVNEGEHTLQDILICVQTGAKVSDEKRMRIETDELFLKSREQIIDGLGARYLEAVNNTVEIAERCNVDIEFGKFKFPNYEIPSCVKTIEEFLKKLVYFGLSKRYPHGLTISVLERVEYELSVIEKMGYAAYFVVVWDFIDYAKRNRIPIGPGRGSAAGSLVAYALGITELDPLNYNLIFERFLNPERISMPDIDIDICQERRQELIEYVIRKYGEDKVAQIITFGTMKARAAIRDVGRVMDIPLSKIDSVAKLVPFNATIQQTLNNVEEFKNMYLNDTEIQKVIDISARLENKVRHASVHAAGIVITKDPLTDTVPLYSDNKNKVVSTQYQMKELEDLGLLKMDFLGLRNLTNLQRTIDYIKEDLGEDITLSDVPLNSKKVYEMLSRGDTSGVFQLESQGIRKILLKLKPDRFEDIIALLALYRPGPLGSGMVDDFINGKNGISEIKYPHSSLEATLKETYGVILYQEQVMKIANIMANYSLGEADLLRRAMGKKNIQIMEENREKFVERSIANGYTKEKAIEMFELIDKFAGYGFNKSHSAAYALIAYWTAYFKAYYMKHYYASLMTSEMSHVEDIAFYMEDAKAHNMKLHLPDINRASPKFIVDKEGIIFSLAAIKNVGEGVSGKILEEYNENGEYKNFEDFVVRTRKHGLNKKALESLILAGALDGLPGNRRQKFESVDKILDYATRKIKEDEIQQMNLFGEAKSSLGVFTLPQVPEYSLEELLAREKEYLGFYFSAHPLDNYRRLIEVYRLSKIAELKEEKSVQIFRTCGILREIKKIVTKKTGQIMCLFELEDYFDKINCVIFPRDYIENAHIFMEGKIVYIEGTVQADYFKGAETKKLIVKNIKFLDDIVRDRKFTAYILLKEEDKDKFSRLKKIILSYPGDTKLNFAIKTKTVKEIRATKYKIAPSRMFIDEIIDLIGIDKLTIK
>NZ_AP017968|3188639:3254450|3225648_3226920_-|WP_096403917.1|DBSCAN-SWA
MKEKFKLAGLEMKYFIPIVIVLMAAISLGKLPKGMLGAFPVMIVIGAILDYIGNKTPIVKDYLGGGPIVIIFASAALVYYNIIPNNETKIIKDFMTTQSFLDFYIAALIVGSIMGMNRKLLIKAAMGYLPVIIGGVVVSIVLTGIIGYISGYGFVNAVFYIAIPIMGGGMGAGAVPLSQIFGQALNKQPTELLAVMVPAVALGNALAIVSAGLLDKLGKKFPNLTGNGKLLKAQDAEMTEERKHTPLQYEELGMGLLIATSFFIFGNTLSKFIPIHAYALMIISVAIAKILGLVNEYYEECCAKWFNFIMKNFTSALLVGIGVAYTSLKEVIEAFSPIYLLLVAATVIGAIIGTAVVGHLIGFYVVEGSITAGLCMANMGGTGDVAVMSAAHRVELMPFSQISSRIGGAFMLLLTSLLINIFV
>NZ_AP017968|3188639:3254450|3239555_3240446_+|WP_172426475.1|transposase|DBSCAN-SWA
MFFFYDRDLLTKLAYAVNDVFKYQFHNIKAKNQRIHKISKYSSKYFTNSDIIHYGLITVIHTFGRDLKWNPHIHAIVTLGGFNKNYQFLEKKYFHVNSIAGQWKKMVIDIVKSGNYDKPEIKAKAYAAANYLYRKNTRFFFNVAKNDLNNNIHAIKYIGRYLSRAPIAEYKIIDFYDNKVTFYYESLADDKQRIELTLDAETFLSKLIIHIPPKHFKMIRRFGIYSRNIKSELKNIMKFMRKYVSKYSNFTFYQLEIWKTFGVNPFYCFKCNTRMKVKKISYFNIHTGSICWKEYR
>NZ_AP017968|3188639:3254450|3215503_3216544_-|WP_096403908.1|DBSCAN-SWA
MKNKKVGLAPGTLIYTGELKDERIKITFYSYNDRTVKKVTENSLVKLSSFNEKDSVNWINIEGVHNVELIKEIGIFYEIDNLILEDILNINQRPKFEERDKYIALFLKMIYLNKKTNKIEYEQISFLLGENYLITFQEKSGNIFENLQERIEKGIGRIRKKEENYLAYALFDIIVDNYFLILEDFEEKMEILEDEIIKNPSQKIIEDIMSLKKEISKFKRNVMPIKEILTKISNVDYFDESMSIYLKDLHDHGTIIYESIEIMYNRSNDLIQLCHSSIGNNMNEIMRVLTTISTIFIPLSFLAGVYGMNFQYMPELSWEYGYYFILILMFMVVIGMILFFKRKNWW
>NZ_AP017968|3188639:3254450|3206593_3207385_-|WP_096403901.1|DBSCAN-SWA
MKILIVGDIVGNPGRETLRVYLERKRKNYDLVIVNGENSAAGFGITGKLADQLFSWGCDVITGGNHIWDKKEFYDYLDKTDKVLRPANYPDGVPGIGHTIVKDRNGNKIGIISLQGRVFMPPIDCPFKKAKELIEEIKKETKIIIIDFHAEATSEKIAMGWHVDGYVSVIYGTHTHIQTADNKILPEGTGYITDVGMTGSDNGVIGMSVESILPKFLNALPQRFEIAEGNERLNGIEVEIDMETGECKSIERINKSLTEISFS
>NZ_AP017968|3188639:3254450|3242209_3243328_-|WP_172426537.1|DBSCAN-SWA
MKNFNVEEYITELEKIVNIESDSKNIEGVAEVVEYFYNKYEKLHLNTEKIQKYFEVGPCLKITNTNEENYDVLFLGHMDTVFPKGTIKERPFKREGNKVFGPGVIDMKGPLLSLYYVVKELTSKKNPKKFCILLNSEEEIGSKHYGELIERTAKKSKYTLVMEHARPDGSLVIERKGSGGYNIEFTGKASHAGSAPEKGRSAVSEMAYWINELDKITDFKKGTTINCGVASGGTVKNVVPEKAYLEIEFRVKKSEGAEEVTKKIENLKEHAEKKEIKADITGGLNKGPMVFTEESKRLFEIIKEAGEELGIRIKGISSGGGSDGNITSSVGSPTIDGLGPVGGGQHSIDEYLELDSIEERIDLIIKIIEKLD
>NZ_AP017968|3188639:3254450|3210463_3211366_-|WP_096403905.1|tRNA|DBSCAN-SWA
MLKGLVIAGPTGVGKTDLSIKLAKLIGADIISADSAQIYKGMNIGTAKINIEEMQGVKHHMLDVVEPIKKYNVGDYQKNVDNILKEKEKEKKNIIITGGTGLYISSITEGLSSLPTADSLLREELMKKDTDELYNELKAIDPEAALDIHKNNRRRVERALEVFKLTGEKFSVLSKKNIKGNNYSFLKVALERDRDILYERINLRVEIMIEKGLVKEVKELYEKYGENLKKINIIGYTQLIDYFNNNCTFEEAIENIKRDSRRYAKRQFTWFKNDPSYIWYDLDKMGEERIIDKITSELKL
>NZ_AP017968|3188639:3254450|3219254_3220775_+|WP_096403911.1|DBSCAN-SWA
MNIFEEVKLLLAYGLKNDLIGKYDEIISRNEIMFLLKLKDWEDVDISSKTIPQYPNEILENICNWAVEKGIIEDSIVVKDLFDTEIMGKITPSATHVIDKFIKISSLGGIEKATDNYYEFAQKTNYIRTDRIAKNMHWYSNTEYGDMEITVNLSKPEKDPRDIAKERLLPPSSYPKCLLCYENVGYAGRLNHPARQNHRVLPFFLEGEQWFLQYSPYVYYNEHAIIFSGEHKPMKINKDAFNRITAFVEQVPHYFVGSNADLPIVGGSILSHDHYQGGHHEFPMAKSPIEKTVIFKGFEDVEAGIVKWPMSVIRIKSPDRKKLVELAVKILDSWRRYSDESLGIYAFSEDTPHNTVTPIGRRREKDFELDLVLRNNRTSEEHPLGIFHPHEDVHNIKKENIGLIEVMGLAVLPGRLKEELEILGKHLTEADFETKIKNDPKVEKHLNWAVNIKKKYFEITSKNVESILKDEVGMTFSKVLEDAGVYKRNPEGEKGLLRFVQYINMN
>NZ_AP017968|3188639:3254450|3192116_3194918_-|WP_096403890.1|tRNA|DBSCAN-SWA
MSEKDYGATLNLPKTSFQMKANLPNKEPKFIKMWQEKDIYSKGLKKGTQTFILHDGPPYANGEIHIGHALNKILKDIILKYKRLRGYKVPYVPGWDTHGLPIELKVTEKLGSKAKEMSAVEIRKLCAEYAKKWVEIQKEGFVRLGILGDWENPYLTLKPEYEGKQLEVFGELYENGYIFKGLKPIYWSPVTETALAEAEIEYKNVSSPSIYVRMKANTDLLERLELTEEAWVVIWTTTPWTLPANVAISLNPDFEYGVYKTEKGNLILGKDLAEKAFTEMDLEQFELIKEFQGKDLERTTYQHPFLDRTGMVILGTHVTADAGTGCVHTAPGHGQDDYVVGIRYGLPVISPINNKGVLTEEAGEFAGLFYAQANKAICAYLEKSGHLMKLKMIEHSYPHDWRSKTPVIFRATEQWFVNVEGSDIRERALKALDNVEFIPAWGRNRIGSMLETRPDWCISRQRVWGVPIPVFFNEANGKEIFNKEILARVVEIVKKEGTAAWLKYSAEELIGDELMEKYELKGLELRKETNIMDVWFDSGVSHRAVLETRGDLLHRPADMYLEGSDQHRGWFQTSLLTSIGSTHDAPFKKILTHGFVNDGEGKKMSKSVGNTVVPSDVIKLYGADILRLWCASVDYREDVKISDNILKQMAEAYRRVRNTARYILGNSNDFDPNTDKVPYEQLMEIDKWALNKLEILKRKVTENYDRYEFYNLFQDIHYFAGIDMSAFYLDIIKDRLYTEGTNSIERRAAQTVMTEILVTLTKMITPILSFTSEEIWETLPEVLRDSESVLLTDWYKENDQYLNPDIENKWVEIIKVRKEANKILEKARQGENRIIGNSLDAKVILHSTDTEIQKFLVENREKLELALIVSEVEIAENADDTFVKGEETQDLYIKVLHADGEKCERCWKYSTELGKDPEHPTLCPRCASVLKNS
>NZ_AP017968|3188639:3254450|3221927_3222125_-|WP_096403913.1|DBSCAN-SWA
MKGTVKWFNQDKGFGFITGEDGKEVFAHYSQIQKDGFKTLEENEEVVYEVTQGQKGPQASNIKTR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_096403889.1|3188639_3190712_-|tRNA	glycine--tRNA ligase subunit beta	NA	NA	NA	NA
WP_005949433.1|3190769_3191639_-|tRNA	glycine--tRNA ligase subunit alpha	NA	NA	NA	NA
WP_005979414.1|3191652_3192108_-	signal peptidase II	NA	NA	NA	NA
WP_096403890.1|3192116_3194918_-|tRNA	isoleucine--tRNA ligase	K7YVP8	Megavirus	4.6e-85	27.5
WP_096403891.1|3194920_3197326_-	sensor histidine kinase	NA	NA	NA	NA
WP_096403892.1|3197329_3199495_-	RNA-binding transcriptional accessory protein	NA	NA	NA	NA
WP_096403893.1|3199636_3199900_-	30S ribosomal protein S16	NA	NA	NA	NA
WP_096403894.1|3199942_3201283_-	signal recognition particle protein	NA	NA	NA	NA
WP_172426536.1|3201295_3201607_-	hypothetical protein	NA	NA	NA	NA
WP_096403896.1|3201732_3203013_-	adenylosuccinate synthase	L7Y4J5	Megavirus	4.1e-73	35.7
WP_096403899.1|3204974_3205634_-	(d)CMP kinase	NA	NA	NA	NA
WP_096403900.1|3205649_3206582_-	50S ribosomal protein L11 methyltransferase	NA	NA	NA	NA
WP_096403901.1|3206593_3207385_-	TIGR00282 family metallophosphoesterase	NA	NA	NA	NA
WP_096403902.1|3207512_3209078_-	ribonuclease Y	NA	NA	NA	NA
WP_096403903.1|3209105_3209453_-	STAS domain-containing protein	NA	NA	NA	NA
WP_005979387.1|3209456_3209849_-	ATP-binding protein	NA	NA	NA	NA
WP_096403904.1|3209856_3210375_-	hypothetical protein	NA	NA	NA	NA
WP_096403905.1|3210463_3211366_-|tRNA	tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA	NA	NA	NA	NA
WP_096403906.1|3211436_3212723_-	GTPase ObgE	NA	NA	NA	NA
WP_096404554.1|3212920_3213373_+	TSCPD domain-containing protein	NA	NA	NA	NA
WP_096403907.1|3213402_3213705_+	FMN-binding protein	NA	NA	NA	NA
WP_096401309.1|3213857_3215336_+|transposase	IS1182 family transposase	Q9MBP7	Staphylococcus_prophage	1.0e-46	31.3
3215402:3215424	attL	NA	NA	NA	NA
WP_096403908.1|3215503_3216544_-	magnesium/cobalt transporter CorA	NA	NA	NA	NA
WP_096403909.1|3216718_3217888_-	ROK family transcriptional regulator	NA	NA	NA	NA
WP_096403910.1|3218079_3219255_+	galactokinase	NA	NA	NA	NA
WP_096403911.1|3219254_3220775_+	UDP-glucose--hexose-1-phosphate uridylyltransferase	NA	NA	NA	NA
WP_096403912.1|3220834_3221824_+	UDP-glucose 4-epimerase GalE	A0A2K9L1R4	Tupanvirus	2.1e-56	38.7
WP_096403913.1|3221927_3222125_-	cold-shock protein	A0A1X9IGI9	Lactococcus_phage	1.1e-17	66.7
WP_096403914.1|3222537_3222981_+	hypothetical protein	NA	NA	NA	NA
WP_096403915.1|3223226_3224675_+	anion permease	NA	NA	NA	NA
WP_096403916.1|3224720_3225434_-	MgtC/SapB family protein	G3MA03	Bacillus_virus	1.1e-19	39.6
WP_096403917.1|3225648_3226920_-	2-hydroxycarboxylate transporter family protein	NA	NA	NA	NA
WP_096403918.1|3227155_3227698_-	LemA family protein	A0A1X9IGG1	Lactococcus_phage	1.1e-14	36.7
WP_096403919.1|3227737_3229597_-	DUF2207 domain-containing protein	NA	NA	NA	NA
WP_096403920.1|3229616_3231116_-	carboxypeptidase M32	NA	NA	NA	NA
WP_096403921.1|3231121_3231592_-	thermonuclease family protein	F2Y1F1	Organic_Lake_phycodnavirus	7.1e-07	34.3
WP_096403922.1|3231852_3232557_-	hypothetical protein	NA	NA	NA	NA
WP_096403858.1|3235350_3235932_-	hypothetical protein	NA	NA	NA	NA
WP_096403859.1|3235993_3236494_-	hypothetical protein	NA	NA	NA	NA
WP_096403860.1|3237237_3237834_+|integrase	tyrosine-type recombinase/integrase	H7BV07	unidentified_phage	1.5e-14	31.0
WP_096403861.1|3238010_3239114_+	choloylglycine hydrolase family protein	A0A1J0F9I3	Only_Syngen_Nebraska_virus	2.3e-32	30.0
WP_096401622.1|3239237_3239480_+|transposase	transposase zinc-binding domain-containing protein	NA	NA	NA	NA
WP_172426475.1|3239555_3240446_+|transposase	transposase	NA	NA	NA	NA
WP_096403924.1|3240634_3242188_-	AbgT family transporter	NA	NA	NA	NA
WP_172426537.1|3242209_3243328_-	M20 family metallopeptidase	NA	NA	NA	NA
WP_096402927.1|3244069_3245548_+|transposase	IS1182 family transposase	Q9MBP7	Staphylococcus_prophage	5.8e-47	31.3
WP_096403926.1|3245742_3246141_-	transcription antitermination factor NusB	NA	NA	NA	NA
3245614:3245636	attR	NA	NA	NA	NA
WP_096403927.1|3246153_3246378_-	DUF2273 domain-containing protein	NA	NA	NA	NA
WP_096403928.1|3246390_3246909_-	alkaline shock response membrane anchor protein AmaP	NA	NA	NA	NA
WP_096403929.1|3246962_3247343_-	Asp23/Gls24 family envelope stress response protein	NA	NA	NA	NA
WP_096403930.1|3247405_3248758_-	acetyl-CoA carboxylase biotin carboxylase subunit	NA	NA	NA	NA
WP_096403931.1|3248797_3249211_-	hypothetical protein	NA	NA	NA	NA
WP_096403932.1|3249277_3252694_-	DNA polymerase III subunit alpha	A0A291AVG1	Streptomyces_phage	5.6e-202	36.1
WP_096403933.1|3252971_3254450_-|transposase	IS1182 family transposase	Q9MBP7	Staphylococcus_prophage	1.7e-46	31.3

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>NZ_AP017968|3383084:3390864|DBSCAN-SWA
TTTATTCTAATATTTTAGTAAGAAAACTTTTCCTATGTATTTCCAATACTCCATGTTCTTTTATTGCTTCTCTATGCTGTTTGGTTCCGTATCCTTTATGTTTTTCAAAACCATAAAGAGGATATTTCACAGCTTCTTCTCTCATCATTCTATCTCTTGTTACTTTTGCTATTATTGAAGCTGCTGCAATAGAAAGACTTTTTGCATCTCCTTTAATTATAGGTTCCTGCTTTCCTTTATATTCTCTTATTTTAAAGTTTCCATCTACTAATACAAGATATTCTCCCTTACACTCTTTTTTTAAGTTTTCCAAAGCCCTTCTCATTGCTAAAAATGTAGCATTAAGTATGTTTATTTCATCTATTTCCTTAGTATCAGCTATTCCAACACCTACATAGAAATGCTCCTTTATAACATCAAAAAGTTTTTCTCTTTTCTTTTCTGATATCTGCTTTGAATCATTTATTTCATCTAAATCTTTATCATAGTTCTTCAATTTTACAGCAGCAGCTACTACAGCTCCGGCTAAAGGTCCTCTTCCTGCTTCATCCACTCCTATTATTTCTTCACCTATATTAATATCAAATTCATGAAGAGATACAGTTTCTTTTTTCTCATTTAAAATATCTTGCTTTTTTTTGCTTTTTAGAACTTTTTTTTCCTCAACTGAAAAAAGTCCCAATTGACTTTCTGCCTTTTCTTCATTTTTTTTATTTTTCACAATCAATCCTTCTTTAAAATTTTATTTTATTTACATCTACTCCTGCAAATTTTGCTGCTTTTTTAAAGTCTTCTGGAATTTCTGCTGTAATTATCATCTCTTTTTCGGTTACAGGATGATTAAATTTTAACCTATAGGCATGGAGCATCTGTCTCATTGCTCCTTCACTGCTGCTCCCATATACAGTATCTCCTAATATTGGATGATTTAGATATTTCATATGAACTCTTATCTGATGTGTCCTTCCTGTTTCTATTCTCACCTTTACAAGAGAAAAATTTTTCCCTTCATCTAAAATTTCATAATTAGAAACAGCATATTTTCCATTAGTTTCTACTACTGCCATTTTTTTTCTATCTTTTATATCTCGTCCTATAAGAGTTTCTATTCTCCCATATTTATTCTTAAATATTCCCTTTGCTATACATACATATACTTTTTCTAAATTTTTTTCTTTAAACATATCTGAGAGAGTTGAATGGGCTTCATCATTCTTAGCTACTACTATAACACCACTTGTATCTTTATCCAGTCTGTGAACAATTCCTGGTCTTATTACTCCATTTATAGTAGAAAGATCCTTTATATGATATAATAAGGCATTTACAAGAGTACCATTATAATTACCATGGGCTGGATGTACTACCATATTAGGAGCTTTATTTATAATAACTATATCTTTATCTTCATATATTATATTAAGTGGAATATTTTCTGGTATCACATCAAGAATTTCATCTTCTGGAATATTTACTACTATTGTTTCTGTTCCTTTAAGTTTGTTCCCACTTTTAGTAACTTTTTTCCCAGTTATTTCCACATATCCATTATCAATTATTTTTTGAATGTATGATCTTGTTGCGTCGTCTATTACTTCATTCAAAAAACTATCTATTCTTTTTCCCTTATCATTTTCATTAGCAGATACAGTTATTGTTTCTTTAATATTTTCCATAATTTCTCCACATTTTTTATTTTTTTTTAATTATAGCATTTATTAGAAAAAAAAGAAATGAGTCCATTATTAAAATAATGAACTCATTCCCCAAAATACTTATTTTTTTTAATATTAGATGTGAAGTATATGACCCATCTTTTCTTTTTTAGTTTTCATATATCTTTCATTTGATGGATTAAAACCTGTTTCAATAGCTTCTCTCCCTGTTACTTTTATTCCATATTCTTCAAGTCCTTTTATTTTTTCAGGATTATTTGTCATAATTCTTACTGACTTTATTCCAAGTGCTTTTATCATTTGAGCTGCTATAGAATAATCTCTCATATCTGGATCAAATCCAAGTTTTACATTTGCTTCTACAGTATCTGCCCCATTATCCTGAAGAGTATAAGCTCTAAGTTTATTAAGAAGTCCAATTCCTCTTCCTTCCTGTCTTAAATAAAGAACTGCTCCCTCTCCCTCTTCATCTACTCTCTTCATAGCTCTTTTTAATTGAGAACCACAGTCACATCTTAATGATCCTAAAATATCTCCAGTGAAACATTCTGAATGGATTCTTATAAGAACATCTTCTTTTCCTTCTAAATCTCCTTTTATAAGGGCAATATGCTCTTTGTCATCAAGTTTATTATCAAAACCAACAATTTCAAATTCTCCCTGAGCAGTTGGCATTTTTGCTTTTACAGATATTTCCATAAGTTTTTCATTTTTTCTTCTGTATTTTTGAAGATCTTCTATTGATATCATTTTAAGATTAAATTTTTTGGCAAATTCTTGAAGATCATCCATTCTTGCCATCATTCCATCTTCTTTCATTATTTCACAACATAGTCCTACTGGTTTAAGCCCTGCAAGTATCATAAGATCAACTGTTGCCTCTGTATGTCCATTTCTTACAAGAACTCCCCCTTCTTTTGCTCTAAGAGGGAACATATGCCCTGGTCTTCTAAAATCTTTTGGTTTTGCACCTTCTTCTACTACTTTCATAGCTGTAATTCCACGCTCATATGCTGAAATTCCAGTTGTTGTATCCACATGATCAATAGACACTGTAAAAGCTGTACAATGATTATCAGTATTATCACTACACATTTGAGGTAGATCTAATTTTTCTATATATTCTTGTGACATAGGCATACAGATAAGTCCTCTTGCATGGGCAGCCATAAGATTTACATTTTCTAATGTTGCAAACTCTGCTGCACAGATTATATCTCCTTCATTTTCACGATTTTCATCATCTACTACAATTATTGATTTTCCAGCTCTTAAATCTTCCAGAGCGTCTTCTATTCTATCTAACATTATTAATTCACTCTCCTTTAAAATCCATTTTCCAAAAGAAACTCTCTTGTAAGTATTCCTTCTTTTTTATCTTCACCAGAAAAATTAAGCAGTCTTTCTACATATTTTCCTATGAGATCAGTTTCTATATTTATATGATCTCCTATATTTTTACTTCCTAATGTTATCATTTCCTGAGTATGGGGTATAAGAGATACACTTAAACTATTGTCTGTCATTCTCATAACTGTCAAACTTGCTCCATCTAAAGTTATTCTTCCTTTTTCCACTACATATTTCATATATTGTCTGTCTATCTCTATCTCGTATATCTTAGCTATTCCTTCAGAAGTTATTGAAACAATAGTTCCTTCACAGTCCACATCTCCCGTTACAAGATGTCCTCCAAGAGGAGTTGCCAATGTGATAGATTTTTCAAGATTTACCTTATCTCCTGCTTTAAGTCTTTTTAGATTAGTTCTTTTTACTGTTTCATACATGCAGTCAGCAGTGAAATAGTTCTCCCCTATCTCAACAGCAGTAAGACAAGTTCCATTTGTTGCTATACTATCTCCAATCTTACTTTTATCTAATACTTTTTTACATTTTATTTTTATCTTAAGGGATTTCTCACCATTTTCAATAGCAAGGACTTCTCCCATTTCTTCTACAAGTCCTGTAAAAATAGAACTCACTCTCCTCTCTATCTGTAAAATTCCATCGATACATTATTCCCATAATTATTTATTTTAACATTTTCCAGCTGAAATCCATCAGAAATATTTTCACAATTAAATCCCTTTATAAAAGGCATTGCCTCCCCATCTCCCAATATTTTTGGAGCAATAAATATCTCTCCGCCATCTATAGCATTTTCAGCAAAAGCTCTTGATATAAGGAAGCTTCCTCCTTCTAAAAGAACTCCATCTATTCCTATTTCTCCAACTTTTTTCAATATATCACATATTTTAAAATCTGTTCCCTCTAAAAAAATCACATTTATATTTCTATTTTTTAAAAAAGAGATTTTTTCTTTTTCTACATTATCATATGAAGTAACCAGAATACTTTTTCCATCTTCAAAATTTACAAATTTTGAATCTATAGGAATATCTAAAAATGGATCTATCACTATTCTATATGGATTTCTTCCATTTTTTATTCTAGCTGTAAGACTTGGGTCATCTGCAAGAACTGTATTTATTCCTACCATTATTCCCATATATTTATTTCTCAGTTTTTGTACTTTTTCTCTTGCAAGTTCATTAGTTATCCATTTTGAATTACCTGTTCTGCTCGCTATCTTCCCATCTAATGTTATTCCACATTTCAAAAAAAGATATGGTGTCTTTGTTGATATATATTTCATAAAAACTCTGTTGAGTTTTAAAGCTTCTTTTTCCATGATGCCAGTGATTACTTCAATACCAGCATCTGTCATCATTTTTATACCTCTTCCAGATACTAGTGGATTAGGGTCTAAAGATGCGATAACGCATCTTTTTATCCCCATATCTATTATCTTTTTGGCACATGGAGGAGTTTTTCCATAATGAGAACATGGTTCTAAAGTAACATAGATAGTTGCTCCTTCTGCTTTTTCTCCAGCTTCTTCCAGAGCGAAAACTTCAGCATGAGGTCCACCATATTTTTTATGATATCCTTCACCTACAATTTTTCCATCTTTTACTACTACTGCTCCTACCATAGGATTGGGCTTTACTTTCCCTTCCCCCAGAGCAGCAAGTTCCAATGCTTTCTCCATGTACTTTTTATCCATGATTACATCCCCTTTAGTAAGTTTACCATTTCAATAGCTGTAACTCCTGCATCAAATCCTTTATTTCCTGCTTTTGTTCCAGCTCTTTGGATAGCTTCTTCTATACTATTTGTAGTAAGTACACCAAATATTACTGGTATATCACTTTGAAGACTTACAGTAGCTACTCCTTTAGAAACTTCTGCACAAACGTAATCAAAATGCGGTGTTGATCCTTTAATTACTGCTCCTAGAGTGATTACAGCATCATATCTCCCTGATTCTGCCATTTTCTTTGCTGCTAAAGGAATTTCAAATGCTCCAGGTACCCAAGCTAATTCAATATCATCTTTTGCAACTTCATGTCTAACTAGTGCATCTTCTGCTCCACCTATTAATTTAGATGTGATGAACTCATTAAATCTTGCTGCTACTATTCCAATTCTTAACCCTCTACCTGCATAATTTCCTTCTAATACTTTCATTTTTCCTCCTTGTGATTCAGGACAAATAAAAAAACCCAGATAAACTCCGGGCTATAAAAGCATAAAAAAGACAATCAAAAAAGATTTCTTTTCTCTTCTTCCATCCAGACTATACTGTCGGTTTTGGAATTACACCAAATCAAGACCAAAGGTCTTCGCGGACTTTTACCGCCGGTCGGGAATTACAAAATGCTCACCCTGCCCTGAAGATAATTTTTATTTAATTTCTCTACATAAATAGTATAAAGCTGCTTTCTATTTTTGTCAACTATATATTTTTCTCTATTTTTAAAATTTACTCTTAAATTCTATTGAAATTTTTTATTTATAGTGTATGATATGTATTGTTCATATAAATTTTATCAATATTTGGAAGGGGAAAAAAATGAAACAGAATTTAAATCTAGAGTCAGGAAAGATATCAAAACTTTTTTTTAGTTTTGCTGTTCCTTCAACTATCAGTATGATAGTAACATCTCTTTACACCATTGCAGATGGTGTCTTTATTACAAGAGGAGTAGGAAGCGATGGAATTGCTGCTGTAAACATTGGATATCCCATCATTAATTTTACTGTTGCTCTTAGTTTAATGTTTGGAATAGGAGGAGCCACTCTTATTGCATTCAAAAAAGATGATATTAAATATCAAAATAAATGTTTCTCCCATATAATCCTTCTCAATATTTTTGTATATATAATAGTAGCAAGTATGATATTTTTATTTACCAAGCCTTTAATGATGGCTATGGGAGCAAATGAAAAACTGTTACCAATGATAAAAGGATATATGTATCCATGTACAGTATCTACTTTTTTTCTTATGATATCCATGTCATTAAATGCAGTAGTAAGAAATGATAATGCTCCTAGAAGAGCAATGGTTTCTACTCTTTTAGGAGCTGGATTGAATATCATATTAGATTACTTATTCATCTTTAAATTTAATTTAGGAATAGAGGGTGGTGCTTATGCTACAGCCATCAGTCAAATAATATCTGCTGTATATTTATGCAGACATTTTATTGGCTCTACCTTTAAGCTTGATCTTTCTTTAAAAAAAATAGATTTCTTTCTTTTAAAGAAACTTTTATCTATTGGATTTCCTTCATTTGTACTGGAATTTGCAGTAGCTGTTATTACAGTTCTTCTTAATATCGCATTTATGAATGCTGTCGGAGTTTTTGGAGCTTCTGCCTATGGAATAATATCTTATAGTTTTATGTTTTTCAGAATGCTTTTCACTGGACTTTCACAAGGAATTCAGCCAATAGTAAGTTTTAATTATGGTAGAAAAAATTTAGATAGAGTTAAAAAAATGCTTATTTTTGCTCATAAAGTAACTTTTGGAACTTCCATAGTCTCTCTTATAATAATATTTTTCCTTGCTACCCCAGTAGTAAGAATCTTTACTCATGATGCACCACTTGTCGTGGAATCAGCTAAAGGATTTATTCTTTATTCCATAGCTCTTTCATTTTTGGGATTTAATTTTGTAAATATTGCTTATCTTCAGGCAGTTGACAGACCCATGGTTTCTAATGTAATATGTATGTCTAGAAGTTTTCTTTTTGTATTTATAGGACTGATTTTCCTTCCAAAGTTAATAGGAGTAAATGGTATCTGGCTTGCCTTGCCTTTTGCAGATTTCATAACAGCTATACTCACTATTCCCTTTATGAAGAAAATTACTGTCAATTATGTAAAAGCTTCTGTCTAAAAACAACTAACAAGGAGAAATAAATGAAAAAATTAATATTACTGATATTTTTTACTTTAACTATTTCAATTTTTGCATTAGAAGATATAAAATTTTCAGGTAACGAAGTTAAACAAGGTGGATTTTTTTATGTTGAATATCCTATTAATAAAAACTATGAAATAATTTTTAAAAACTCTTTGACAAAAGTAAAAAGTTTTGAAGAAAATAATAAAAAAATTGCTCTTATCCCTGTACATTATTCAACTCCTGTAGGAGTATACACTGTAAAAATAATTGAAGAAAATAATGAGGTTTTTTCTAAAACTGTAAAAATTCTTGATGGGAATTTTAAAAAAAGTTATATAACAGTTTCAAAGACTATGTCAGAAAAGCGTTCTGATAAAAATATGAAAACAATGACTAATTTTGTAGCTGAAGCAAAAAAAAATCCTGTTAAAACAAAACTATGGAACAGTAATTTTATCCTTCCTGTAAAAAGCAAAATCAGCAGTCCTTTTGGAGCAATGCGATTTGTTAATGATAAGGTAGTTGGATATCATTCTGGTATTGATTTCCCAGTTCCTGTAGGAACTACTTTAAAAGCTGCCAACTCTGGAAAAATAGTTCTTGCTAGAGAACTTACTACTACTGGAAATACTATTGTTATTGATCATGGAATGAATGTATTTTCAAGTTATGCTCATATGAGTGTTTTAAATGTAAAAGAAGGAGATACAATAAAAAAAGGTGATATTATTGGAAAAAGTGGAAATACAGGTTTTACTACTGGTCCTCATCTTCATTTTACAATCAGTATTGGAACTACTTTTGTAAATCCACATATTTTCCTTGATTCTCCTATACTAGAAAACTAA

Protein sequences of DBSCAN-SWA_7

>NZ_AP017968|3383084:3390864|3387828_3388290_-|WP_096404053.1|DBSCAN-SWA
MKVLEGNYAGRGLRIGIVAARFNEFITSKLIGGAEDALVRHEVAKDDIELAWVPGAFEIPLAAKKMAESGRYDAVITLGAVIKGSTPHFDYVCAEVSKGVATVSLQSDIPVIFGVLTTNSIEEAIQRAGTKAGNKGFDAGVTAIEMVNLLKGM
>NZ_AP017968|3383084:3390864|3390030_3390864_+|WP_096404056.1|DBSCAN-SWA
MKKLILLIFFTLTISIFALEDIKFSGNEVKQGGFFYVEYPINKNYEIIFKNSLTKVKSFEENNKKIALIPVHYSTPVGVYTVKIIEENNEVFSKTVKILDGNFKKSYITVSKTMSEKRSDKNMKTMTNFVAEAKKNPVKTKLWNSNFILPVKSKISSPFGAMRFVNDKVVGYHSGIDFPVPVGTTLKAANSGKIVLARELTTTGNTIVIDHGMNVFSSYAHMSVLNVKEGDTIKKGDIIGKSGNTGFTTGPHLHFTISIGTTFVNPHIFLDSPILEN
>NZ_AP017968|3383084:3390864|3386749_3387811_-|WP_096404557.1|DBSCAN-SWA
MEKALELAALGEGKVKPNPMVGAVVVKDGKIVGEGYHKKYGGPHAEVFALEEAGEKAEGATIYVTLEPCSHYGKTPPCAKKIIDMGIKRCVIASLDPNPLVSGRGIKMMTDAGIEVITGIMEKEALKLNRVFMKYISTKTPYLFLKCGITLDGKIASRTGNSKWITNELAREKVQKLRNKYMGIMVGINTVLADDPSLTARIKNGRNPYRIVIDPFLDIPIDSKFVNFEDGKSILVTSYDNVEKEKISFLKNRNINVIFLEGTDFKICDILKKVGEIGIDGVLLEGGSFLISRAFAENAIDGGEIFIAPKILGDGEAMPFIKGFNCENISDGFQLENVKINNYGNNVSMEFYR
>NZ_AP017968|3383084:3390864|3388675_3390007_+|WP_096404055.1|DBSCAN-SWA
MKQNLNLESGKISKLFFSFAVPSTISMIVTSLYTIADGVFITRGVGSDGIAAVNIGYPIINFTVALSLMFGIGGATLIAFKKDDIKYQNKCFSHIILLNIFVYIIVASMIFLFTKPLMMAMGANEKLLPMIKGYMYPCTVSTFFLMISMSLNAVVRNDNAPRRAMVSTLLGAGLNIILDYLFIFKFNLGIEGGAYATAISQIISAVYLCRHFIGSTFKLDLSLKKIDFFLLKKLLSIGFPSFVLEFAVAVITVLLNIAFMNAVGVFGASAYGIISYSFMFFRMLFTGLSQGIQPIVSFNYGRKNLDRVKKMLIFAHKVTFGTSIVSLIIIFFLATPVVRIFTHDAPLVVESAKGFILYSIALSFLGFNFVNIAYLQAVDRPMVSNVICMSRSFLFVFIGLIFLPKLIGVNGIWLALPFADFITAILTIPFMKKITVNYVKASV
>NZ_AP017968|3383084:3390864|3384873_3386067_-|WP_096404050.1|DBSCAN-SWA
MLDRIEDALEDLRAGKSIIVVDDENRENEGDIICAAEFATLENVNLMAAHARGLICMPMSQEYIEKLDLPQMCSDNTDNHCTAFTVSIDHVDTTTGISAYERGITAMKVVEEGAKPKDFRRPGHMFPLRAKEGGVLVRNGHTEATVDLMILAGLKPVGLCCEIMKEDGMMARMDDLQEFAKKFNLKMISIEDLQKYRRKNEKLMEISVKAKMPTAQGEFEIVGFDNKLDDKEHIALIKGDLEGKEDVLIRIHSECFTGDILGSLRCDCGSQLKRAMKRVDEEGEGAVLYLRQEGRGIGLLNKLRAYTLQDNGADTVEANVKLGFDPDMRDYSIAAQMIKALGIKSVRIMTNNPEKIKGLEEYGIKVTGREAIETGFNPSNERYMKTKKEKMGHILHI
>NZ_AP017968|3383084:3390864|3383084_3383804_-|WP_096404048.1|DBSCAN-SWA
MKNKKNEEKAESQLGLFSVEEKKVLKSKKKQDILNEKKETVSLHEFDINIGEEIIGVDEAGRGPLAGAVVAAAVKLKNYDKDLDEINDSKQISEKKREKLFDVIKEHFYVGVGIADTKEIDEINILNATFLAMRRALENLKKECKGEYLVLVDGNFKIREYKGKQEPIIKGDAKSLSIAAASIIAKVTRDRMMREEAVKYPLYGFEKHKGYGTKQHREAIKEHGVLEIHRKSFLTKILE
>NZ_AP017968|3383084:3390864|3386084_3386732_-|WP_172426574.1|DBSCAN-SWA
MFTGLVEEMGEVLAIENGEKSLKIKIKCKKVLDKSKIGDSIATNGTCLTAVEIGENYFTADCMYETVKRTNLKRLKAGDKVNLEKSITLATPLGGHLVTGDVDCEGTIVSITSEGIAKIYEIEIDRQYMKYVVEKGRITLDGASLTVMRMTDNSLSVSLIPHTQEMITLGSKNIGDHINIETDLIGKYVERLLNFSGEDKKEGILTREFLLENGF
>NZ_AP017968|3383084:3390864|3383817_3384759_-|WP_096404049.1|DBSCAN-SWA
MENIKETITVSANENDKGKRIDSFLNEVIDDATRSYIQKIIDNGYVEITGKKVTKSGNKLKGTETIVVNIPEDEILDVIPENIPLNIIYEDKDIVIINKAPNMVVHPAHGNYNGTLVNALLYHIKDLSTINGVIRPGIVHRLDKDTSGVIVVAKNDEAHSTLSDMFKEKNLEKVYVCIAKGIFKNKYGRIETLIGRDIKDRKKMAVVETNGKYAVSNYEILDEGKNFSLVKVRIETGRTHQIRVHMKYLNHPILGDTVYGSSSEGAMRQMLHAYRLKFNHPVTEKEMIITAEIPEDFKKAAKFAGVDVNKIKF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_096404048.1|3383084_3383804_-	ribonuclease HII	E3T5H8	Cafeteria_roenbergensis_virus	9.5e-27	42.6
WP_096404049.1|3383817_3384759_-	RluA family pseudouridine synthase	A0A2H4UV25	Bodo_saltans_virus	1.1e-11	29.4
WP_096404050.1|3384873_3386067_-	bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II	A0A2H4PQS2	Staphylococcus_phage	2.4e-115	53.9
WP_172426574.1|3386084_3386732_-	riboflavin synthase	A0A2H4PQS5	Staphylococcus_phage	1.8e-32	39.7
WP_096404557.1|3386749_3387811_-	bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD	A0A2H4PQS8	Staphylococcus_phage	1.4e-50	35.2
WP_096404053.1|3387828_3388290_-	6,7-dimethyl-8-ribityllumazine synthase	A0A2H4PQS3	Staphylococcus_phage	1.9e-41	55.0
WP_096404055.1|3388675_3390007_+	MATE family efflux transporter	NA	NA	NA	NA
WP_096404056.1|3390030_3390864_+	peptidoglycan DD-metalloendopeptidase family protein	I2E8W3	Clostridium_phage	6.5e-19	50.0