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
CP012312	Clostridioides difficile strain DSM 28670 chromosome, complete genome	13 crisprs	cas14j,c2c9_V-U4,WYL,cas3,DEDDh,DinG,csa3,cas14k,cas5,cas7,cas6	12	43	11	1

1. CP012312

CRISPR-Cas detection and classification

Crispr_ID: CP012312_2

• CRISPR_ID: CP012312_2
• CRISPR_location: 591006-591130
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP012312_2

Consensus_repeat	Method
TGATGGTTGATAAGAATAGTAAGAAAAAAATAGATAATTAAAG	CRISPRCasFinder

spacers of CP012312_2

>2.1|591049|39|CP012312|CRISPRCasFinder
AGTTAGAGTGAAAGAGTAATCGTAAAATAAATATATGGA

CRISPR arrays and Neighbor proteins around CP012312_2

CRISPR arrays

The CRISPR arrays of CP012312_2

>merge|CP012312|2|591006-591130|CRISPRCasFinder
TGATGGTTGATAAGAATAGTAAGAAAAAAATAGATAATTAAAGAGTTAGAGTGAAAGAGTAATCGTAAAATAAATATATGGATGATGGTTGATAAGAATAGTAAGAAAAAATAGATAATTAAAGG

>CP012312|2|1|591006-591130|CRISPRCasFinder
TGATGGTTGATAAGAATAGTAAGAAAAAAATAGATAATTAAAG	AGTTAGAGTGAAAGAGTAATCGTAAAATAAATATATGGA
TGATGGTTGATAAGAATAGTAAGAAAAAATAGATAATTAAAGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU74240.1|593984_594701_+|spore-cortex-lytic-protein	unknown	unknown	gnl|CDD|379143
CP012312.1|AXU74233.1|585708_586320_+|lipoprotein	unknown	unknown	unknown
CP012312.1|AXU74235.1|587750_588110_+|penicillin-binding-protein-repressor	unknown	unknown	gnl|CDD|367747
CP012312.1|AXU74237.1|589718_590129_+|hypothetical-protein	unknown	unknown	gnl|CDD|366959
CP012312.1|AXU74244.1|597437_598193_+|endonuclease	unknown	unknown	gnl|CDD|366542
CP012312.1|AXU74243.1|596891_597428_+|singal-peptidase-I	unknown	unknown	gnl|CDD|274044
CP012312.1|AXU74229.1|582153_582957_+|chemotaxis-protein-methyltransferase	unknown	unknown	gnl|CDD|224271
CP012312.1|AXU74238.1|591341_591998_+|membrane-protein	unknown	unknown	unknown
CP012312.1|AXU74241.1|594779_596090_+|methylase	unknown	unknown	gnl|CDD|223222
CP012312.1|AXU74247.1|601724_602288_+|regulatory-protein,-arsr	unknown	unknown	gnl|CDD|378968
CP012312.1|AXU74231.1|583698_584562_+|copper-amine-oxidase-domain-containing-protein	unknown	unknown	gnl|CDD|379356
CP012312.1|AXU74239.1|592468_593740_-|spore-peptidoglycan-hydrolase	unknown	unknown	gnl|CDD|366659
CP012312.1|AXU74234.1|586766_587546_+|membrane-protein	unknown	unknown	gnl|CDD|283754
CP012312.1|AXU74246.1|600697_601627_+|glutaminase	unknown	unknown	gnl|CDD|274797
CP012312.1|AXU74245.1|598266_599934_+|phosphoribulokinase/uridine-kinase	unknown	unknown	gnl|CDD|238986
CP012312.1|AXU74230.1|582996_583593_+|chemotaxis-like-protein-glutamate-methylesterase	unknown	unknown	gnl|CDD|319751
CP012312.1|AXU74236.1|588120_589503_+|penicillin-binding-protein	unknown	unknown	gnl|CDD|320700
CP012312.1|AXU74228.1|581677_582118_+|chemotaxis-protein	unknown	unknown	gnl|CDD|238374
CP012312.1|AXU74242.1|596189_596726_+|signal-peptidase-I	unknown	unknown	gnl|CDD|274044
CP012312.1|AXU74232.1|584628_585618_+|ornithine-cyclodeaminase	unknown	unknown	gnl|CDD|236313

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU74240.1|593984_594701_+|spore-cortex-lytic-protein	gnl|CDD|379143	pfam13367, PrsW-protease, Protease prsW family. This is a family of putative peptidases, possibly belonging to the MEROPS M79 family. PrsW, appears to be a member of a widespread family of membrane proteins that includes at least one previously known protease. PrsW appears to be responsible for Site-1 cleavage of the RsiW anti-sigma factor, the cognate anti-sigma factor, and it senses antimicrobial peptides that damage the cell membrane and other agents that cause cell envelope stress, The three acidic residues, E75, E76 and E95 in Aflv_1074, appear to be crucial since their mutation to alanine renders the protein inactive. Based on predictions of the bioinformatics programme TMHMM it is likely that these residues are located on the extracytoplasmic face of PrsW placing them in a position to act as a sensor for cell envelope stress.	6.62657e-44
CP012312.1|AXU74232.1|584628_585618_+|ornithine-cyclodeaminase	gnl|CDD|236313	PRK08618, PRK08618, ornithine cyclodeaminase family protein.	3.51371e-180
CP012312.1|AXU74235.1|587750_588110_+|penicillin-binding-protein-repressor	gnl|CDD|367747	pfam03965, Penicillinase_R, Penicillinase repressor. The penicillinase repressor negatively regulates expression of the penicillinase gene. The N-terminal region of this protein is involved in operator recognition, while the C-terminal is responsible for dimerization of the protein.	2.78956e-27
CP012312.1|AXU74237.1|589718_590129_+|hypothetical-protein	gnl|CDD|366959	pfam02181, FH2, Formin Homology 2 Domain.	0.00437435
CP012312.1|AXU74244.1|597437_598193_+|endonuclease	gnl|CDD|366542	pfam01261, AP_endonuc_2, Xylose isomerase-like TIM barrel. This TIM alpha/beta barrel structure is found in xylose isomerase and in endonuclease IV (EC:3.1.21.2). This domain is also found in the N termini of bacterial myo-inositol catabolism proteins. These are involved in the myo-inositol catabolism pathway, and is required for growth on myo-inositol in Rhizobium leguminosarum bv. viciae.	1.97925e-11
CP012312.1|AXU74243.1|596891_597428_+|singal-peptidase-I	gnl|CDD|274044	TIGR02227, Inactive_signal_peptidase_IA., signal peptidase I, bacterial type. This model represents signal peptidase I from most bacteria. Eukaryotic sequences are likely organellar. Several bacteria have multiple paralogs, but these represent isozymes of signal peptidase I. Virtually all known bacteria may be presumed to A related model finds a simlar protein in many archaea and a few bacteria, as well as a microsomal (endoplasmic reticulum) protein in eukaryotes. [Protein fate, Protein and peptide secretion and trafficking].	7.44134e-44
CP012312.1|AXU74229.1|582153_582957_+|chemotaxis-protein-methyltransferase	gnl|CDD|224271	COG1352, CheR, Methylase of chemotaxis methyl-accepting proteins [Cell motility and secretion / Signal transduction mechanisms].	1.30894e-87
CP012312.1|AXU74241.1|594779_596090_+|methylase	gnl|CDD|223222	COG0144, Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis].	5.25404e-75
CP012312.1|AXU74247.1|601724_602288_+|regulatory-protein,-arsr	gnl|CDD|378968	pfam12840, HTH_20, Helix-turn-helix domain. This domain represents a DNA-binding Helix-turn-helix domain found in transcriptional regulatory proteins.	8.1445e-11
CP012312.1|AXU74231.1|583698_584562_+|copper-amine-oxidase-domain-containing-protein	gnl|CDD|379356	pfam13739, DUF4163, Domain of unknown function (DUF4163). The structure of this domain is and alpha-beta-two layer sandwich, identified from a Fervidobacterium nodosum Rt17-B1 like protein. The function is not known except that it is found in association with Heat-shock cognate 70kd protein 44kd ATPase, pfam11738.	2.94213e-18
CP012312.1|AXU74239.1|592468_593740_-|spore-peptidoglycan-hydrolase	gnl|CDD|366659	pfam01471, PG_binding_1, Putative peptidoglycan binding domain. This domain is composed of three alpha helices. This domain is found at the N or C-terminus of a variety of enzymes involved in bacterial cell wall degradation. This domain may have a general peptidoglycan binding function. This family is found N-terminal to the catalytic domain of matrixins. The domain is found to bind peptidoglycan experimentally.	1.35942e-11
CP012312.1|AXU74234.1|586766_587546_+|membrane-protein	gnl|CDD|283754	pfam06161, DUF975, Protein of unknown function (DUF975). Family of uncharacterized bacterial proteins.	3.75458e-25
CP012312.1|AXU74246.1|600697_601627_+|glutaminase	gnl|CDD|274797	TIGR03814, Glutaminase_1, glutaminase A. This family describes the enzyme glutaminase, from a larger family that includes serine-dependent beta-lactamases and penicillin-binding proteins. Many bacteria have two isozymes. This model is based on selected known glutaminases and their homologs within prokaryotes, with the exclusion of highly-derived (long branch) and architecturally varied homologs, so as to achieve conservative assignments. A sharp drop in scores occurs below 250, and cutoffs are set accordingly. The enzyme converts glutamine to glutamate, with the release of ammonia. Members tend to be described as glutaminase A (glsA), where B (glsB) is unknown and may not be homologous (as in Rhizobium etli). Some species have two isozymes that may both be designated A (GlsA1 and GlsA2). [Energy metabolism, Amino acids and amines].	8.90258e-178
CP012312.1|AXU74245.1|598266_599934_+|phosphoribulokinase/uridine-kinase	gnl|CDD|238986	cd02028, UMPK_like, Uridine monophosphate kinase_like (UMPK_like) is a family of proteins highly similar to the uridine monophosphate kinase (UMPK, EC 2.7.1.48), also known as uridine kinase or uridine-cytidine kinase (UCK).	1.83276e-65
CP012312.1|AXU74230.1|582996_583593_+|chemotaxis-like-protein-glutamate-methylesterase	gnl|CDD|319751	cd16432, CheB_Rec, Chemotaxis response regulator protein-glutamate methylesterase, CheB, with N-terminal REC domain. This family contains the methylesterase CheB (EC 3.1.1.61; also known as CheB methylesterase, chemotaxis-specific methylesterase, methyl-accepting chemotaxis protein methyl-esterase, or protein methyl-esterase) domain with a REC domain at the N-terminus. CheB is a phosphorylation-activated response regulator involved in reversible modification of bacterial chemotaxis receptors. Signaling output of the chemotaxis receptors is modulated by CheB and methyltransferase CheR by controlling the level of receptor methylation. The N-terminal regulatory (REC) domain blocks the active site of the C-terminal domain until it is phosphorylated. Reversible methylation of transmembrane chemoreceptors plays an important role in ligand-dependent signaling and cellular adaptation in bacterial chemotaxis. Phosphorylated CheB catalyzes deamidation of specific glutamine residues in the cytoplasmic region of the chemoreceptors and demethylation of specific methyl glutamate residues introduced into the chemoreceptors by CheR.	6.66802e-91
CP012312.1|AXU74236.1|588120_589503_+|penicillin-binding-protein	gnl|CDD|320700	cd07341, M56_BlaR1_MecR1_like, Peptidase M56-like including those in BlaR1 and MecR1, integral membrane metallopeptidase. This family contains peptidase M56, which includes zinc metalloprotease domain in MecR1 as well as BlaR1. MecR1 is a transmembrane beta-lactam sensor/signal transducer protein that regulates the expression of an altered penicillin-binding protein PBP2a, which resists inactivation by beta-lactam antibiotics, in methicillin-resistant Staphylococcus aureus (MRSA). BlaR1 regulates the inducible expression of a class A beta-lactamase that hydrolytically destroys certain ?-lactam antibiotics in MRSA. Both, MecR1 and BlaR1, are transmembrane proteins that consist of four transmembrane helices, a cytoplasmic zinc protease domain, and the soluble C-terminal extracellular sensor domain, and are highly similar in sequence and function. The signal for protein expression is transmitted by site-specific proteolytic cleavage of both the transducer, which auto-activates, and the repressor, which is inactivated, unblocking gene transcription. All members contain the zinc metalloprotease motif (HEXXH). Homologs of this peptidase domain are also found in a number of other bacterial genome sequences, most of which are as yet uncharacterized.	3.38729e-43
CP012312.1|AXU74228.1|581677_582118_+|chemotaxis-protein	gnl|CDD|238374	cd00732, CheW, CheW, a small regulator protein, unique to the chemotaxis signalling in prokaryotes and archea. CheW interacts with the histidine kinase CheA, most likely with the related regulatory domain of CheA. CheW is proposed to form signalling arrays together with CheA and the methyl-accepting chemotaxis proteins (MCPs), which are involved in response modulation.	7.00197e-30
CP012312.1|AXU74242.1|596189_596726_+|signal-peptidase-I	gnl|CDD|274044	TIGR02227, Inactive_signal_peptidase_IA., signal peptidase I, bacterial type. This model represents signal peptidase I from most bacteria. Eukaryotic sequences are likely organellar. Several bacteria have multiple paralogs, but these represent isozymes of signal peptidase I. Virtually all known bacteria may be presumed to A related model finds a simlar protein in many archaea and a few bacteria, as well as a microsomal (endoplasmic reticulum) protein in eukaryotes. [Protein fate, Protein and peptide secretion and trafficking].	4.81089e-46

Protein sequences

>CP012312.1|AXU74237.1|589718_590129_+|hypothetical-protein
MKIKKSLISAMMVSAMVLGGTGAVFANGNDSSNIALPKLESLIKSGITDPTELEKYGVEHYTYEEYAKHIQELKDYAKDPNAVKDVSQKDLEETIKKMEQELEKIKTEGLKIMKPITIKNEDGSQISIAYNYAAID
>CP012312.1|AXU74236.1|588120_589503_+|penicillin-binding-protein
MFIKLLEMSFTSGVLLLIVIFIRACLFKKLPKKVFVLLWLIVLFKLLIPVSLNSGFSIYSIIESTFDVELGNTSTENYTLKKASDSAGKNNSDEFEIMSSIENIMMLEMLGILSFIVTIMFSILLCFRYFKIINLFKTSIHIKNHEFIKKWMCKNSRFRRFIVCISEFTRTPLTSGILKPRIILPKQMNYANNQTLDFVLTHEMVHINSFDNLLKLFMLVALVVHWFNPLVWVMFFLLNKDIEFSCDEKVMSILGEEYRADYATTLISLAEENNPFSMTICSGFGKTKIEKRIVNIMKFKKSTYVTFLVSTVLVCGTGLVFATENKEINEVESFGLTKNEQSDKIGFSISSKSTDLYSPKVESDILVSKAKSDGETHFSTAKVSVIEFREHEESSTSKVTNSENSEETYVNKSSNSKDVLYTDSGEVSIERSNYNDNRFVISRKGNLLAVNKEQYRTWIE
>CP012312.1|AXU74235.1|587750_588110_+|penicillin-binding-protein-repressor
MEIKLFDSELKVMEVLWERGESKAGELVKILKEETGWNRNTTYTVIKKLVSKGAIERIEPNFVCKALISKEEVQKQETETLINKMFGGSSEKFLSAFINKENLSNDEITKLKQIVEKLK
>CP012312.1|AXU74234.1|586766_587546_+|membrane-protein
MVSRQELKRVSKAQLSGNWGICAISMAVYIALLVLISIVGLPFEPLTTIVVAVIAFCVSAGFTCMFLKITKDEKVKIGDIFVSGRIYLRSFGFYLFESIIVYIYSFIITIIGAFLSFGVLLTSGAIEYLSSDNVGIGTIISTGITLVLIILVLMLPVYILLLYVSQATFLICEDKDNMGVFKSMGASLDMMKGNVLKLFILNFSFIGWYILSIATLGIGLLWLIPYVGVTNCNFYRQLVKENPDVEDILLDKEKSYTMY
>CP012312.1|AXU74233.1|585708_586320_+|lipoprotein
MKMVKKLILSSIMALVLVLTIGCSNAEEKVKSNFEANLAALEMYKYDEKGISDALTEAEYKQIQTYNSKDKVSMIAQLTPLYGKENAEKIYETIVKLIQGVEKTVTVESSSKDKITLKVVSKALDTSKVMSEANTLVKSYVTDEKNYDKKEKEVQDDMTKMIIDLYNKKPTKEVTTMITYTKKDGKWQPPSNIQKLCEGIYTI
>CP012312.1|AXU74232.1|584628_585618_+|ornithine-cyclodeaminase
MLLLKKDDIEKVFTMRDAIEADKEAFRIYCEGKSVNPLRTNISVPSQDASMLFMPGYVEELGCGGIKIVSVFPKNAQKGKPVIPATVLLLDGETGEVSAVLDGTYVTQIRTGAASGAAIDVLAKKDSKIGALIGLGGQGEPQLEAMIEARNLDEVRVFSRNKESREKFAEEMNLKLSKYNTKIVAVESSDKAIDNADVIVLATPSKQPVLNGNLVKKGALISAVGSYMPDMQELCPNCLTRASKIFFESTDAVLSESGDILIPLKEGKISKDDFSGDLGNVINGTIPGREDDDEIIVFKTVGIGVQDVVTAKRIYDKAKENGIGMDWKW
>CP012312.1|AXU74231.1|583698_584562_+|copper-amine-oxidase-domain-containing-protein
MKFFKVDTKARVLRYVFVLTLTIMAVLAIKHDYKYNNLRKDASINLNSNKEAVTVMSNQSLPKGNTNSKQTLSVSTIGSKTIVKNDEYLESTINMPVITNSNKIVERSTNDKIKNDIFEFYNKSYKEAKQYLKDNPDEKNKFVANVDFELKKNTDSALSIKVRYYTYSGGAHGFYQDIAYNVDMRTGKFLELMDLFKDNTKYTEVIDEEIKRQIAELEKKDEENIGIYNFKGIKENQNFYLQDENLVVYFDLYDITPYAAGIPEFSINKALISSMLKPEYVDLFDLK
>CP012312.1|AXU74230.1|582996_583593_+|chemotaxis-like-protein-glutamate-methylesterase
MERFNNMVIAIGASVGGTEAILEIIKDLPKSTPGIVVVQHMPAIFTYMYAQRLDKQCIMNVREAKNNDRVEQGNVLIAPGGYQMKLCTDKQGYYVTCEKGERISGHCPSVDVLFDSVAEVAGKNSIGIILTGMGYDGANGLLKMKENGSFTIGQDENSCIVYGMPMIAFDRGSVMLQLPLGEISNCLIRHINILKQKD
>CP012312.1|AXU74229.1|582153_582957_+|chemotaxis-protein-methyltransferase
MIKLTDEEFIVLVNHVKKEYGIDLSKKRALIEGRLYNTMIEKKLSSFSQYMNLLFKDKTGNEAINLINRLSTNHTFFMREPQHFEFIQNSILPFWEENNKIRNINIWSAGCSSGEEAYSIAMTLDDYFGYNKELWNIKIIATDISTNSLEKAKRGIYIESNVNNVPELWKKKYFIDNKDGTFKICDKIRKSVIFKPFNLMNDFSYQHFDLIFCRNVMIYFDLKTREELINKFYNATKKDSFLFVGHAEVINRSSTKYKYVKPAIYKR
>CP012312.1|AXU74228.1|581677_582118_+|chemotaxis-protein
MAKDEIIKQVLTFYVNDVIYGIELENVIETIRFQSITYVPCLPTYISGVINLRGRIIPVINMHIKYNLPKADYNERTCIIITKVDEYQVGIIVDKVVDVITIENLNLLETTNSNNTNINKDIKEIAKVEDNSILILDIRKFLINSM
>CP012312.1|AXU74238.1|591341_591998_+|membrane-protein
MKKGDFIWSGVLICIIAVLAIPSSREVFMEATGAHPYIGGFLKFAVLATMGDLLGARILYKDWKIPVGVFYRAIVWGIIGVVTTYGMSIYSSGVGQAQVDGMLPFEGIAFANALFKSATMNILMSPTVFLFHKVMDCFIDKKYEVGKGIKVKLKDVVNIVDWNAYLGFSVLKTIPFFWIPCHTIVFLFPAEYRVIASAFASIALGLILALANKSKVAV
>CP012312.1|AXU74239.1|592468_593740_-|spore-peptidoglycan-hydrolase
MQDGFLTVSIIDATNNRPIQNAVVNIYSMSNGSQSSSTLYQNLRSNESGQVTGLVLPAPDVDYSLQPSDVRPYSQYIVEAIADGYDTVVIEGTQLLATIEARQGVPMSPRTRSKRSFSRQSELIFDIGEHTLYGTYPPKIPESNLKPLPPPTGFVVLDNPVVPEFIVVHDGLPEDSSAPNYWIPFKEYIKNIASSEIYSTWPEQTIYANVIAIISFTLNRVFTEWYRNKGYNFTITSTTAYDHKFINNRNLFEPINVVVDAIFNTFIKRPPTSRQPLLAQYCDGQKSQCPDQMTQWGSKDLGDQGYDYESILRYFYGDEIVFERAPIVSGVPVSFPGTTLQVGSSGQYVRTIQNQLNAISNSYPAVPKVIEDGIYGTDTENAVKIFQGIFGLPQSGVVDFKTWYEISRVYVATTRIASLNPLI
>CP012312.1|AXU74240.1|593984_594701_+|spore-cortex-lytic-protein
MKLDLFLLAIVPILIGMFWIRSKDRYCREPLIHLIKFFLIGAFLSVIIILLENLLMKFNVFEGYSELIYVSFVVAGLVEEGVKALILIPALIKEKHFTEKLDGIIYSVFLALGFATIENMVYIFSESRNLALQVGINRAVISIPAHVMFAITMGYYISKYKFEGNKNKRREYLFMAVLIPILLHGVFDFILMIEYRWAIILLIVYVIILWKINLDKLEKYMNHSKKVFFGNLRKKKKK
>CP012312.1|AXU74241.1|594779_596090_+|methylase
MTELPKKFLEDIEEILKDEYDDFIKSYEESKTTGLRINTLKIDKKRLFDLELFDLNQIPWAEEGFYYDDKIDRPGRNPLHEAGAYYLQEPSAMSVIPKADIKEGEKILDMCAAPGGKSTYILSKLNDTGLLVSNEINASRIKALGENLERFGARNCIITNTDSNSLRKTFNGYFNKVIIDAPCSGQGMFRKDEVAIFDWSYAKVVECQSIQKEIIRDGYKMLKKDGILIYSTCTFSREENEHVINEFISEYPHAELIEMERLWPHKIKGEGHFVAKIKKLEEEECNVKELKIKNLDKEIKDYREFEKKFLKVDFYSNKKNKFYLRGENLYLLPEIYPDTKKLKVLRYGLHLGVLKKNRFEPSHALSHYLKVEDVKNVENFSVQSESILKYLKGDVVNSNDSRGWVLVSVEGIPLGWGKESSGVIKNHYPKGLRKVF
>CP012312.1|AXU74242.1|596189_596726_+|signal-peptidase-I
MGEAVKKEVVEWIKVIVIALVLAFAITRFIVPTIVKGESMYPTLVERDYLIVNRIAYKVGEPKYKDIIVFKTDLTEENGKKKDLVKRVIGVPGDHVKIQDSKVYVNDKLLDETSYIHNNRTDGDIDIVVPEGKLFAMGDNREKSLDSRYDEVGLVDEHTILGKVLVRLYPFSKIGTID
>CP012312.1|AXU74243.1|596891_597428_+|singal-peptidase-I
MNETIKEEIVEWIKIIITALFFAFIITRFIKPTLVNGESMYPTLKSHDYLVANRMTYKLSEPKCGDIMIFKTDLLQENGRKKELVKRVIGVPGDHLKIKDSKVYINGKLLNEVSYIHDNYTEGDIDMVIPKGKVFAMGDNREVSLDSRYKEVGLVDEENIKGKVILRVFPFTDIGIFE
>CP012312.1|AXU74244.1|597437_598193_+|endonuclease
MAVGIASLLFNIEEALNICESIKQITHLEIGIDNISECSELCKYKERISKLGLSIGIHLPMELNTCENIEYIRNSWINFIEKIEFELKGFDIRYFNLHLGYVMTNRVIKNRDKYLGNSVDFLDKLNTNSYLCIENTYSKGGDFSNIGNISYDFEYIFKRIKNSKICFCYDTGHCLIDEDAYVKNLKDKIRLIHLSDNDGINDTHVGIGRGILSEEGIKEVLTLDAEYLVLEINYEDIEDTISKLNNIVGEG
>CP012312.1|AXU74245.1|598266_599934_+|phosphoribulokinase/uridine-kinase
MKKINLKIEGKDKEYSLEENSPGIRLGDIAKEFCDEHKGYITLAVVDNKLKELNCRVKKDCEINFLDTTNEDGERVYFRVMSFIFVMACREIFWDSRVTIEHSLSDGLYCEVHIDRKLKEADVENIKNKMKDIVNNDYVIEKIEVTRNEAISIFENNEMYEKAELLKYKEYDSAKVYKCRNYIDHFYGYMLPSTGYIKSFDIKLYNGGVIILGPSEEDKTLPMKFIPQPKLSSVYYEAEEWSRLMGIDKVVSLNKIIENNEYGDIIRTFEALHEKKLSQIADMIKDGNKRVILIAAPSSSGKTSFAHRLSIHLRVNNLNPISISLDDYFIDRKHTPLDEYGNYDFESIYAIDLEKFNLDLKKLLAGEEIDDIRFNFKEGKREYTGKKIKIDSNQPIILEGIHGLNPILTSSIPDEDKFKIYISALTQINLDDHNRIPTADLRMIRRIVRDYNFRGYSADNTILQWASVRRGEKKNIFPYQEEADAIFNSACVYELAVLKRFAKPLLEEIKEDNPAHIEATRLLKFLQYFVELDDTSDIPGISILREFIGGSKIVD
>CP012312.1|AXU74246.1|600697_601627_+|glutaminase
MNTLDETLLKEIISSNKKYTNYGQVASYIPELKNARRNDLGICIIDSENNLYSAGNCSTKFTIQSISKPIVLAMALMDNDWEDVFSNVGMEPSGDPFNSIMKLEINDTKKPCNPMINAGAIVTTSLINGSCLEEKEERMLSFFRKLAKNDNIGINYDVYKSEKMTGDRNRAMAYLLKSDGFIRGNVEDVLDLYFKQCSIEIDSVDLARIGINLANYGVDIENGEHLMSEMVSRIVKTFMMTCGMYDASGEFAIKVGIPAKSGVGGGIMASVPGRMGIGVYGPALDKKGNSVAGVKVLEELSNKLKLNIF
>CP012312.1|AXU74247.1|601724_602288_+|regulatory-protein,-arsr
MKEVLVLRDLECIKAIAHPRRIDILKAFDKSPLSAKQLSQLLEEPHAKINYHIKMLYKVGILELVEEKIKSGIVEKYYYPSAKNVVIGNRILNFSLDNGEEKEELYISKFENMSEVFYKAAEEDVLENENIVDYHDISLTHDELVELSDTMKSKIDEILNKRQHNVEGSKYDIAMVIVPTLEEECPS

Crispr_ID: CP012312_3

• CRISPR_ID: CP012312_3
• CRISPR_location: 1145996-1146088
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP012312_3

Consensus_repeat	Method
GTTGGCGCTGTGCGTTAGCACTTTAAGCAAC	CRISPRCasFinder

spacers of CP012312_3

>3.1|1146027|31|CP012312|CRISPRCasFinder
AGAATAAACTGAACGCATGTGAAGTTTGTTT

CRISPR arrays and Neighbor proteins around CP012312_3

CRISPR arrays

The CRISPR arrays of CP012312_3

>merge|CP012312|3|1145996-1146088|CRISPRCasFinder
GTTGGCGCTGTGCGTTAGCACTTTAAGCAACAGAATAAACTGAACGCATGTGAAGTTTGTTTGTTGGCGCTGTGCGTTAGCACTTTAAGCAAC

>CP012312|3|2|1145996-1146088|CRISPRCasFinder
GTTGGCGCTGTGCGTTAGCACTTTAAGCAAC	AGAATAAACTGAACGCATGTGAAGTTTGTTT
GTTGGCGCTGTGCGTTAGCACTTTAAGCAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU74744.1|1134904_1135753_+|signaling-protein	unknown	unknown	gnl|CDD|225109
CP012312.1|AXU74741.1|1131775_1132612_+|spermidine/putrescine-ABC-transporter-permease	unknown	unknown	gnl|CDD|224097
CP012312.1|AXU74753.1|1154473_1156387_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74746.1|1137455_1138712_+|glycosyl-transferase	unknown	unknown	gnl|CDD|133045
CP012312.1|AXU74755.1|1158707_1159538_+|PD-(D/E)XK-nuclease-superfamily-protein	unknown	unknown	gnl|CDD|378929
CP012312.1|AXU74749.1|1141991_1143116_+|UDP-N-acetylglucosamine-2-epimerase	unknown	unknown	gnl|CDD|272978
CP012312.1|AXU74760.1|1171722_1172976_+|modulator-of-ions-transport	unknown	unknown	gnl|CDD|224173
CP012312.1|AXU74759.1|1168064_1171592_+|exonuclease-subunit-C	unknown	unknown	gnl|CDD|129705
CP012312.1|AXU74754.1|1156379_1158599_+|helicase	unknown	unknown	gnl|CDD|223288
CP012312.1|AXU74743.1|1133390_1134443_+|spermidine/putrescine-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270308
CP012312.1|AXU74756.1|1159527_1162995_+|ATP-dependent-nuclease-subunit-B	unknown	unknown	gnl|CDD|213736
CP012312.1|AXU74745.1|1135742_1137407_+|cell-wall-anchored-protein	unknown	unknown	gnl|CDD|200549
CP012312.1|AXU74757.1|1162994_1166822_+|ATP-dependent-nuclease-subunit-A	unknown	unknown	gnl|CDD|274299
CP012312.1|AXU74748.1|1140864_1141938_+|TIM-barrel-fold-family-protein	unknown	unknown	gnl|CDD|381626
CP012312.1|AXU74747.1|1138734_1140816_+|cell-wall-anchored-protein	unknown	unknown	gnl|CDD|377001
CP012312.1|AXU74758.1|1166866_1168078_+|nuclease-subunit-D	unknown	unknown	gnl|CDD|273178
CP012312.1|AXU74742.1|1132662_1133391_+|spermidine/putrescine-ABC-transporter-permease	unknown	unknown	gnl|CDD|224098
CP012312.1|AXU74750.1|1143191_1144166_+|mannosyl-glycoprotein-endo-beta-N-acetylglucosamidase	unknown	unknown	gnl|CDD|224619
CP012312.1|AXU74752.1|1152219_1154232_+|N-acetylmuramoyl-L-alanine-amidase	unknown	unknown	gnl|CDD|376559
CP012312.1|AXU74751.1|1149696_1151715_+|N-acetylmuramoyl-L-alanine-amidase	unknown	unknown	gnl|CDD|119407

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU74744.1|1134904_1135753_+|signaling-protein	gnl|CDD|225109	COG2199, COG2199, c-di-GMP synthetase (diguanylate cyclase, GGDEF domain) [Signal transduction mechanisms].	6.52696e-13
CP012312.1|AXU74741.1|1131775_1132612_+|spermidine/putrescine-ABC-transporter-permease	gnl|CDD|224097	COG1176, PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism].	5.93557e-87
CP012312.1|AXU74757.1|1162994_1166822_+|ATP-dependent-nuclease-subunit-A	gnl|CDD|274299	TIGR02785, ATP-dependent_helicase/nuclease_subunit_A, helicase-exonuclease AddAB, AddA subunit, Firmicutes type. AddAB, also called RexAB, substitutes for RecBCD in several bacterial lineages. These DNA recombination proteins act before synapse and are particularly important for DNA repair of double-stranded breaks by homologous recombination. The term AddAB is used broadly, with AddA homologous between the Firmicutes (as modeled here) and the alphaproteobacteria, while the partner AddB proteins show no strong homology across the two groups of species. [DNA metabolism, DNA replication, recombination, and repair].	0
CP012312.1|AXU74746.1|1137455_1138712_+|glycosyl-transferase	gnl|CDD|133045	cd06423, CESA_like, CESA_like is the cellulose synthase superfamily. The cellulose synthase (CESA) superfamily includes a wide variety of glycosyltransferase family 2 enzymes that share the common characteristic of catalyzing the elongation of polysaccharide chains. The members include cellulose synthase catalytic subunit, chitin synthase, glucan biosynthesis protein and other families of CESA-like proteins. Cellulose synthase catalyzes the polymerization reaction of cellulose, an aggregate of unbranched polymers of beta-1,4-linked glucose residues in plants, most algae, some bacteria and fungi, and even some animals. In bacteria, algae and lower eukaryotes, there is a second unrelated type of cellulose synthase (Type II), which produces acylated cellulose, a derivative of cellulose. Chitin synthase catalyzes the incorporation of GlcNAc from substrate UDP-GlcNAc into chitin, which is a linear homopolymer of beta-(1,4)-linked GlcNAc residues and Glucan Biosynthesis protein catalyzes the elongation of beta-1,2 polyglucose chains of Glucan.	1.55217e-61
CP012312.1|AXU74755.1|1158707_1159538_+|PD-(D/E)XK-nuclease-superfamily-protein	gnl|CDD|378929	pfam12705, PDDEXK_1, PD-(D/E)XK nuclease superfamily. Members of this family belong to the PD-(D/E)XK nuclease superfamily.	1.13445e-13
CP012312.1|AXU74749.1|1141991_1143116_+|UDP-N-acetylglucosamine-2-epimerase	gnl|CDD|272978	TIGR00236, UDP-N-acetylglucosamine_2-epimerase, UDP-N-acetylglucosamine 2-epimerase. This cytosolic enzyme converts UDP-N-acetyl-D-glucosamine to UDP-N-acetyl-D-mannosamine. In E. coli, this is the first step in the pathway of enterobacterial common antigen biosynthesis.Members of this orthology group have many gene symbols, often reflecting the overall activity of the pathway and/or operon that includes it. Symbols include epsC (exopolysaccharide C) in Burkholderia solanacerum, cap8P (type 8 capsule P) in Staphylococcus aureus, and nfrC in an older designation based on the effects of deletion on phage N4 adsorption. Epimerase activity was also demonstrated in a bifunctional rat enzyme, for which the N-terminal domain appears to be orthologous. The set of proteins found above the suggested cutoff includes E. coli WecB in one of two deeply branched clusters and the rat UDP-N-acetylglucosamine 2-epimerase domain in the other. [Cell envelope, Biosynthesis and degradation of surface polysaccharides and lipopolysaccharides].	1.83968e-170
CP012312.1|AXU74760.1|1171722_1172976_+|modulator-of-ions-transport	gnl|CDD|224173	COG1253, TlyC, Hemolysins and related proteins containing CBS domains [General function prediction only].	4.11548e-126
CP012312.1|AXU74759.1|1168064_1171592_+|exonuclease-subunit-C	gnl|CDD|129705	TIGR00618, Nuclease_SbcCD_subunit_C, exonuclease SbcC. All proteins in this family for which functions are known are part of an exonuclease complex with sbcD homologs. This complex is involved in the initiation of recombination to regulate the levels of palindromic sequences in DNA. This family is based on the phylogenomic analysis of JA Eisen (1999, Ph.D. Thesis, Stanford University). [DNA metabolism, DNA replication, recombination, and repair].	1.00125e-39
CP012312.1|AXU74754.1|1156379_1158599_+|helicase	gnl|CDD|223288	COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].	3.18176e-58
CP012312.1|AXU74743.1|1133390_1134443_+|spermidine/putrescine-ABC-transporter-substrate-binding-protein	gnl|CDD|270308	cd13590, PBP2_PotD_PotF_like, The periplasmic-binding component of ABC transporters involved in uptake of polyamines; possess the type 2 periplasmic binding fold. This family represents the periplasmic substrate-binding domain that functions as the primary high-affinity receptors of ABC-type polyamine transport systems. Polyamine transport plays an essential role in the regulation of intracellular polyamine levels which are known to be elevated in rapidly proliferating cells and tumors. Natural polyamines are putrescine, spermindine, and spermine. They are polycations that play multiple roles in cell growth, survival and proliferation, and plant stress and disease resistance. They can interact with negatively charged molecules, such as nucleic acids, to modulate their functions. Members of this family belong to the type 2 periplasmic-binding fold superfamily. PBP2 is 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.	2.82332e-143
CP012312.1|AXU74756.1|1159527_1162995_+|ATP-dependent-nuclease-subunit-B	gnl|CDD|213736	TIGR02773, ATP-dependent_helicase/deoxyribonuclease_subunit_B, helicase-exonuclease AddAB, AddB subunit. DNA repair is accomplished by several different systems in prokaryotes. Recombinational repair of double-stranded DNA breaks involves the RecBCD pathway in some lineages, and AddAB (also called RexAB) in other. The AddA protein is conserved between the firmicutes and the alphaproteobacteria, while the partner protein is not. Nevertheless, the partner is designated AddB in both systems. This model describes the AddB protein as found Bacillus subtilis and related species. Although the RexB protein of Streptococcus and Lactococcus is considered to be orthologous, functionally equivalent, and merely named differently, all members of this protein family have a P-loop nucleotide binding motif GxxGxGK[ST] at the N-terminus, unlike RexB proteins, and a CxxCxxxxxC motif at the C-terminus, both of which may be relevant to function. [DNA metabolism, DNA replication, recombination, and repair].	0
CP012312.1|AXU74745.1|1135742_1137407_+|cell-wall-anchored-protein	gnl|CDD|200549	cd10923, CE4_COG5298, Putative NodB-like catalytic domain of uncharacterized proteins found in bacteria. This family corresponds to a group of uncharacterized bacterial proteins with high sequence similarity to the catalytic domain of the six-stranded barrel rhizobial NodB-like proteins, which remove N-linked or O-linked acetyl groups from cell wall polysaccharides and belong to the larger carbohydrate esterase 4 (CE4) superfamily. Some family members contain an additional copper amine oxidase N-terminal domain.	3.0625e-104
CP012312.1|AXU74748.1|1140864_1141938_+|TIM-barrel-fold-family-protein	gnl|CDD|381626	cd19608, GH113_mannanase-like, Glycoside hydrolase family 113 beta-1,4-mannanase and similar proteins. Mannan endo-1,4-beta mannosidase (E.C 3.2.1.78) randomly cleaves (1->4)-beta-D-mannosidic linkages in mannans, galactomannans and glucomannans and is also called beta-1,4-mannanase, endo-1,4-beta-mannanase, endo-beta-1,4-mannase, beta-mannanase B, beta-1, 4-mannan 4-mannanohydrolase, endo-beta-mannanase, beta-D-mannanase, 1,4-beta-D-mannan mannanohydrolase, and 4-beta-D-mannan mannanohydrolase. (1->4)-beta-linked mannans are polysaccharides with a linear polymer backbone of (1->4)-beta-linked mannose units (in plants and fungi) or alternating mannose and glucose/galactose units (glucomannan in plants and fungi, and galactomannan and galactoglucomannan in plants), such as in the hemicellulose fraction of hard- and softwoods. Complete degradation of mannan requires a series of enzymes, including beta-1,4-mannanase. According to the CAZy database beta-1,4-mannanases are grouped into various glycoside hydrolase (GH) families; GH family 113 beta-1,4-mannanases include mostly bacterial and archaeal sequences.	2.74802e-54
CP012312.1|AXU74747.1|1138734_1140816_+|cell-wall-anchored-protein	gnl|CDD|377001	pfam03170, BcsB, Bacterial cellulose synthase subunit. This family includes bacterial proteins involved in cellulose synthesis. Cellulose synthesis has been identified in several bacteria. In Agrobacterium tumefaciens, for instance, cellulose has a pathogenic role: it allows the bacteria to bind tightly to their host plant cells. While several enzymatic steps are involved in cellulose synthesis, potentially the only step unique to this pathway is that catalyzed by cellulose synthase. This enzyme is a multi subunit complex. This family encodes a subunit that is thought to bind the positive effector cyclic di-GMP. This subunit is found in several different bacterial cellulose synthase enzymes. The first recognized sequence for this subunit is BcsB. In the AcsII cellulose synthase, this subunit and the subunit corresponding to BcsA are found in the same protein. Indeed, this alignment only includes the C-terminal half of the AcsAII synthase, which corresponds to BcsB.	1.75949e-57
CP012312.1|AXU74758.1|1166866_1168078_+|nuclease-subunit-D	gnl|CDD|273178	TIGR00619, Nuclease_SbcCD_subunit_D, exonuclease SbcD. All proteins in this family for which functions are known are double-stranded DNA exonuclease (as part of a complex with SbcC homologs). This complex functions in the initiation of recombination and recombinational repair and is particularly important in regulating the stability of DNA sections that can form secondary structures. This family is likely homologous to the MRE11 family. This family is based on the phylogenomic analysis of JA Eisen (1999, Ph.D. Thesis, Stanford University). [DNA metabolism, DNA replication, recombination, and repair].	2.46734e-62
CP012312.1|AXU74742.1|1132662_1133391_+|spermidine/putrescine-ABC-transporter-permease	gnl|CDD|224098	COG1177, PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism].	1.349e-82
CP012312.1|AXU74750.1|1143191_1144166_+|mannosyl-glycoprotein-endo-beta-N-acetylglucosamidase	gnl|CDD|224619	COG1705, FlgJ, Muramidase (flagellum-specific) [Cell motility and secretion / Intracellular trafficking and secretion].	6.97382e-46
CP012312.1|AXU74752.1|1152219_1154232_+|N-acetylmuramoyl-L-alanine-amidase	gnl|CDD|376559	pfam01520, Amidase_3, N-acetylmuramoyl-L-alanine amidase. This enzyme domain cleaves the amide bond between N-acetylmuramoyl and L-amino acids in bacterial cell walls.	3.33711e-60
CP012312.1|AXU74751.1|1149696_1151715_+|N-acetylmuramoyl-L-alanine-amidase	gnl|CDD|119407	cd02696, MurNAc-LAA, N-acetylmuramoyl-L-alanine amidase or MurNAc-LAA (also known as peptidoglycan aminohydrolase, NAMLA amidase, NAMLAA, Amidase 3, and peptidoglycan amidase; EC 3.5.1.28) is an autolysin that hydrolyzes the amide bond between N-acetylmuramoyl and L-amino acids in certain cell wall glycopeptides. These proteins are Zn-dependent peptidases with highly conserved residues involved in cation co-ordination. MurNAc-LAA in this family is one of several peptidoglycan hydrolases (PGHs) found in bacterial and bacteriophage or prophage genomes that are involved in the degradation of the peptidoglycan. In Escherichia coli, there are five MurNAc-LAAs present: AmiA, AmiB, AmiC and AmiD that are periplasmic, and AmpD that is cytoplasmic. Three of these (AmiA, AmiB and AmiC) belong to this family, the other two (AmiD and AmpD) do not. E. coli AmiA, AmiB and AmiC play an important role in cleaving the septum to release daughter cells after cell division. In general, bacterial MurNAc-LAAs are members of the bacterial autolytic system and carry a signal peptide in their N-termini that allows their transport across the cytoplasmic membrane. However, the bacteriophage MurNAc-LAAs are endolysins since these phage-encoded enzymes break down bacterial peptidoglycan at the terminal stage of the phage reproduction cycle. As opposed to autolysins, almost all endolysins have no signal peptides and their translocation through the cytoplasmic membrane is thought to proceed with the help of phage-encoded holin proteins. The amidase catalytic module is fused to another functional module (cell wall binding module or CWBM) either at the N- or C-terminus, which is responsible for high affinity binding of the protein to the cell wall.	1.09476e-59

Protein sequences

>CP012312.1|AXU74750.1|1143191_1144166_+|mannosyl-glycoprotein-endo-beta-N-acetylglucosamidase
MARKLIKNLGKSKSVKRVKLLFKKIFITVFIVASIVAIFNITKYFEELYKVRDLKSTKIEYYMDVADEAGDGKVQLSWKALLAIDMVIHDEDLSNIKKKDTLNIGEKFIVEDKNDKGEKVYKVKKFNKVLSELKFDSSQKSRARKYMKDLEYTYLGNKQLDSSDEKIKFIKQLEDSAIREYIDYGILPSITIGQAILESGWGNSKLTKQSNNLFGIKADKAWKGKSVEISTSEHYNEKIVASFRSYNSLQDSVKDHSLFLINNKRYRKHGLFEEKDYISQAQALENAGYSTAEDKKGNRIYAELLIDVIRSYNLQLIDNKVETK
>CP012312.1|AXU74749.1|1141991_1143116_+|UDP-N-acetylglucosamine-2-epimerase
MNDIKVMTVFGTRPEAIKVAPLIKELEKRENIKSIVCVTAQHREMLDQVIETFNINVDYDLDIMEKGQSLNDITCKILNKLPLILNKENPNIILVHGDTTTTLATSLTAFYNKTLVGHIEAGLRTYDKYSPFPEELNRQLTGIIADMHFAPTNLAKKNLISEGKPNNNIFVTGNTAIDALKMTIKENYNHPIIDEIGNDRMILLTSHRRENLGKPMKNIFRAIKRIVDDFEDVQIVYPIHLNPKIRTIADEIFGKFPEKIHIIEPLDVADFHNFLNKSYMIMTDSGGIQEEAPSLGKPVLVLRDKTERTEGIEAKTLKLVGTNEDRIYNSVSDLLINKDNYVQMSKASNPYGDGNASKYIVDIIIKKFNCKYLN
>CP012312.1|AXU74748.1|1140864_1141938_+|TIM-barrel-fold-family-protein
MNKFKLKRSILISVIILIFIFIIYFVSIELKDMSLVNNQYKGKIKSANLSVDYEINQVMKDIDKLGLNTVNVPIIINVESINSDIMSIDNNSKEKAIKLIKKLNKKGISTILEAYPWIENGKLYETDWNPINKKRFFYTWQNAILNELIIDVANPLDVNVLNIGSNFVHLEGYQQNWGEIIDFVQSKFDGLVTYRTNWWYTKKDDLSSKLFYEQKLNNNFFDKLDFISIAAYFELSNKSVNTVDELISALHSSTVNNRGQNIKQEIYNLYKAHRKPIFFGELGFSNRESASSQPWNHAPSKVVNGEEQARCFEAYKQVFENEDWINGFSVFCVGKIDDEKNFYPSKESIKVIKSWYE
>CP012312.1|AXU74747.1|1138734_1140816_+|cell-wall-anchored-protein
MKKFIISIISLVLFFSNISLIYKVNADETKVKNYKFERDITIDGVIGSNSTFFEVNKNWDIEEVLLHLNFSKSQILNGDVSSLTVLINNVPIKSIKLNAKTNYKNTLEVLVPKDYVIQGYNEIKIKTYKTISDKICQDDSNTGNWMVIHKESYISIRYKQKKMGNSINEYPYPYAEIENNHKLDTTIVVPDNMTRGETTAVFNLASAFGKITKNDDLKLDVKLYSEMKNWSDDNIIYIGKPENTAEEILDILSTKEQTLLSSNCIIKQVDSPYNKNKKMMVVIGSNEDDLIKASNLLIENRLSNQVLSSSVFVNKETNIKINREQKLNLGHLTLKDLGYSDFLLEGAFNQQALFDVKIPTGKVLDDGSKIILNLRYSDNLDFEKSLVTVSINDVIVGSKKLDRSHSNNDKLELKIPKDIDNKNYYQVKLTFNLSIKNSNCVTRESNNPWAYVSNNSYLALSTKENETLSFENYPYPFVRDDEFNDLTVIMPDYSGSQAMTWMFRLGVTLGANINSHNGNINVIRGKEFSDKYKDTNIVVFGVPHNNSVIKMLNNNLNIKFDKNYSDFISNDKISFIDDYGKNISTIQLIKSPYNNQKNIMVISSMNEKNLYLGMDYLLNKSKVNDLKGDTLIIDEYGEVEDLAYNLKSKKEVKDSSWNMSINKTTKVFLMISFITIIVVIILSMLYIKKYKRR
>CP012312.1|AXU74746.1|1137455_1138712_+|glycosyl-transferase
MRDLNVSEYLFVFSLFSIWSLLLINIILAMGGYIFYFKNFDKEIKEIDEYPMISILVPAHNEAKVIGRTVESLLLLNYPKSKMELIVINDNSSDNSKEILENIKDRYNNYNFTIINTDSLTGGKGKSNALNIGYTISKGDFIAVYDADNTPDKNALRYLVQTIVMNDELGAVIGKFRTRNKNKNLLTKFINIETLSFQWMSQAGRWQLFNLCTIPGTNFILRRSIIEEIGGWDSKAIAEDTEISFRIYKLGYKIKLVPQSITWEQEPETVKVWIKQRTRWAKGNIYVLMKYIKNIFKQGRNKIVFDIAYFFSVYFLFLTSVIISDILFALSISKLVEISIPINFFLIWILSYLLFIIEVSISLTIEKGEATIENIFIVAIMYFTYSQLWLFVAIKGMIEYLKDIIFKREVKWYKTERF
>CP012312.1|AXU74745.1|1135742_1137407_+|cell-wall-anchored-protein
MMFKIFNKSLLKLVVVLSIVLTISNFSLSSYASEITSSTDKVLIIYDSKKETAYNRDILNIMRTILGRFSSDIELLKLSNYDGEINKNYYSHIFILGINENSYDNDKNTKNLISSLNSYKGTICWLGYGIENLLEHKKYNLDYVGKTNNIVSVNYRGKSYNLDEHYVFNIVESKDTSNKVIGSINDTLNKYPYIINDKNLFYVSKLDLDGVLFYIFCDSLNDIFNIKTFDKGRIFVRIEDVHAFREPKNLVEIADYLSSKNIPFTIALIPAYVNPKNHKVITLSESPEIVKAIKYMQDKGGTVILHGYTHQYKKEEVSGEGYEFWDGKKDEPLKENMKIFVKDRVLNGLRVCIENGIYPLAFEAPHYAMESEGYKELKKYFSTYMGQHQNNDKKFSTNTYPYIIRDTEEFNIFIPENLGYIDPEDKFTFQNIKENLDKLSIVRGFSGGFFFHSYLNIEYLKNTIEYLEKQNIEFMNLRDFNNWVKVDEIQIKNNGDEIIVNYDKDLDEITKSDTRFKSISNISKILIFIVSISVLIFVIIFIYFKRIDKKKFLK
>CP012312.1|AXU74744.1|1134904_1135753_+|signaling-protein
MNRINKKIDLLILALLVFIFLIVGIVILSIRTENKLNVFIMLAIIFFIIMLTYLSNSVVGLITSSIIIFMYTSYILYNNITHNMDVEFISYMWIIAIPISSIIMGNLNKSINELQNTNKKLSEQYKELVTIDSETGLRNLKIFYNDVNMEISKSIRHNTDFSLMIVKLPYYGNLQTIFGENKTNKIVKYIGSNIIECTRNEDIIYSLQKDMIGILMPNTSLEGSKVVKDRIKKRIKELNLDLNNRGKYVNIDVKIAFLQYKSSFGDSINFKNIVEEELQYDV
>CP012312.1|AXU74743.1|1133390_1134443_+|spermidine/putrescine-ABC-transporter-substrate-binding-protein
MIKFKKVISLIAVGMMTVTLFTGCNKATDSTKVLNVYNVGDYIDESLIDKFEKETGIDVQYSTYDTNEMMYQKVKSGSTHYDLVFPSDYMVEKMKNEGLLEKLDFKNIPNMKYLDKSFLNPVYDKTNEYSVAYMWGTLGILYNKKEVKDPMDSWDILWNPKYKGNIMMFDSVRDTIGITLKKLGYSMNSVNPKEINEAKNLLMKQKDLVLAYVNDEGKDRLLGGEVAMGMLYSGDAVTLMEQNPDLDYAIPKEGTNKWVDAMCVPTTAQNKKEAELFINFLLDPENAKVNAEYIGYSTPNTGALKLLDPEITQNPVAYPSKEVLDKCETFEDIGENIKLYDKAWIELKSK
>CP012312.1|AXU74742.1|1132662_1133391_+|spermidine/putrescine-ABC-transporter-permease
MYAPIFALVLFSFNDSKSMARWNGFTWKWYGQLLQNESIMSALYYTIVIAILASVISTIVGTISAIGIHKMRGKSKKLILNVNYLPILNTEIVTAVALMSLFVFVKMEFGFTTMLLAHIMFCLPYVILSVLPKMKQLPDNIEDAAMDLGATPIYALRKVILPQIKPGIVSGFLIAFTMSIDDFIISFFNAGNGVSNLSIEIYGMARRGIKPEINALSTIMFAVVLGLLLLANKKESIVRGTK
>CP012312.1|AXU74741.1|1131775_1132612_+|spermidine/putrescine-ABC-transporter-permease
MKRKSFLAYPYVVWSAIFVIIPLILVVFFSFTKESGGGYAFTLENYKEVIDPIYMKVFGRSILLAGGATLICLIVGYPVAYIISKARVSRRGSLILLFILPMWMNFLLRTYAWVAILGKNGLLNTFLGWFGIQPLAILYTNFAILLGMVYNFLPFMVLPIYTALSKMDNDLINAAHDLGANNMTVFRKIIFPLSLPGVMSGITMVFMPAVTTFAISRLLGGGKIMLVGDLIEQQFTVVGDWNFGSAISIFMMIVILISMSIMSKFGDESDKEGGGLLF
>CP012312.1|AXU74751.1|1149696_1151715_+|N-acetylmuramoyl-L-alanine-amidase
MRRNTKLLTTGILSMAIVTPTMAFATESNAMENNADLNINLEKKSIVLGSTSKVSVKFKEKPDADSITLKYKCYDMPLDTTLNYNQSTESYEGTINYNQDPEYLNVWELQGITINSKNNPKTLNRQDLENMGLNLKDYNVTQECIIEDITSRKDVNKYLRKTSAPITELTGSDRYETAVKISKEGWKNGSDKVVIINGDVSIDGIISTPLATTYNAPILLVEKNNVPNSVKSELKRLNPKDIIIIGDENAISKTTANQIKSTVNASQTRLNGSNRYETSLLIAKEIDKNHDVEKVYITNANGGEVDALTIAAKAGQDKQPIILTDKDSITDNTYKWLKSEDLQNAYFIGGPQMISTNVINKVNDITKDSVTNNRVYGADRHETNANVIKKFYTDDELEAVLVAKSDVLVDALAAGPLAANLKSPILITPKTYVSAYHKENLEAKSANKVYKIGGGLTSKVMNSIASSLSKHNTTPTEPGNSGGKTVMIDPGHGGSDTGTTGKPLGGIKEKDYTLNTSLATTEYLRSKGFNVIMTRDTDKTLSLGNRTALSNSLRPDLFTSIHYNASDTTGNGVEVFYKLKDKDGGTTKTVATNILNRILEKFNLKNRGAKTRTLSTDPTKDYLYVLRNNDMPAVLVECAFLDNEKDMSLLNTSNKVKEMGTQIGKGIEDSLK
>CP012312.1|AXU74752.1|1152219_1154232_+|N-acetylmuramoyl-L-alanine-amidase
MRRNTKLLTTGILSMAIVAPTMAFATESNAMENNADLNINLEKKSIVLGSKSKVSVKFKEKPDADSITLKYKCYDMPLDTTLNYNQSTGAYEGTINYNQDPEYLNVWELQGITINSKNNPKTLNRQDLEKMGLNLKDYNVTQECIIEDITSRKDVNKYLRKTSSPITELTGSDRYETAVKISKEGWKNGSDKVVIINGDVSIDGIISTPLATTYNAPILLVEKNNVPNSVKSELKRLNPKDIIIIGDENAISKTTANQIKSTVNASQTRLNGSNRYETSLLIAKEIDKNHDVEKVYITNANGGEVDALTIAAKAGQDKQPIILTDKDSITDNTYKWLKSEDLQNAYFIGGPQMISTNVINKVNGITKDSVTNNRVYGADRHETNANVIKKFYTADELEAVLVAKSDVLVDALAAGPLAANLKSPILITPKTYVSAYHKDNLEAKSANKVYKIGGGLTSKVMSSIASSLSKHNTTPTEPGNSGGKTVMIDPGHGGSAPGNSSGGMIEKDYNLNTSLATTEYLRSKGFNVIMTRDTDKTLSLGNRTALSNSLKPDLFTSIHYNGSTNKQGHGVEVFYKLKDKNGGTTKTVATNILNRILEKFKLTNRGIKTRVLPSDSTKDYLYVLRSNDMPAVLVECAFLDNENDMSLINSSAKVKEMGTQIGKGIEDSLK
>CP012312.1|AXU74753.1|1154473_1156387_+|hypothetical-protein
MEYLFEKSSLKEYGNEALDKYRELLDKTGNNSRCILLLVPNNNTKIRYERALRLNYSEELKITTYISFVKKELVKYWPLIIEKCDGISTKAVSPTFISNSLSEYLIVQKVKEKRIQEGYFEDITGTNKSIANSIMTNINKSAFNLIDFDFIGEKIYSSKKNKDSIYRFSYTQMDEIISYYINSLLSNSILDNALSIYLYNQYLLNDDFYLKTLFTEVRYIIVDSLESSSNAEVDFITEALDNTLQSYIYFDYSRDYSVFNNVDIDYINEKIISKIKPKEENIKKKEIGIEDLYLLPANIELNQSSQLYNEMLDLISEKVISLIEEDVSPRDIAIISPINNSILEHQIRDSLIEKNIDVFNTKKDKKAVDYPYGNALVVATCIFYGYLDFIKDDEYLSFLETLLEINRIKAFKIFNETRHLSIDNIDEHSQYRDILQYIEEKKKSDIKIHEFLTQFYIDKMLNLKEGKKNVGLCKKIIVESESFSESLSLLGMKKEKIFIEALKSTINDYYSVVDIEELKSKDKIVITTPYSYISSDIDRSIQIWVDIGSNAWNMKIEKDISNLIVLRKSFEEKKIYTNEMEEYYKKYYLYNTVYNLLLNAKKIYAYKSEYAINGYIQESMLYSILLKISHKGDKNYD
>CP012312.1|AXU74754.1|1156379_1158599_+|helicase
MININYREDQIPIINYDNGTMAVPAVPGAGKTFIITNLVAKLLLEQKHKGGKILVLTYMNSAVNNFKGRIRTILEENKIDDTNSYEVMTIHSLAVKIIKEKPEVVMLSEDFNIADDLQKSIILNECISRFRFEGGERAFRWFLKEQKDERWKEITLEAWERGFFEFAGNAISELKYKGISPDKLEEILSRGHKGMLKIILPIYKLYDRKLKQNGLLDYDDILILAEKTLSLDEGLRKKFQARYKYIFEDECQDSNEIQGNIIKIISSENKNLVRVGDINQSITGTFSSSDPKFFKEFINSADFCYRMDMSNRSSKDILDLANTLVKYVTKEFRQKECRHALEDMQIKTVPNGMGYKENPNPEHYNINVKWYESWKIEIEQTARYVKGIKNKYPDKSIGILVPFNEQVTQVAKELRENNLTFEELGPNSLNKRKIINNIAYIIDFMLHCDDVEKLIVVLNKVFIDTDNEEEIKYFLEELKNYSTEEIIYNFEFSKLDNGLIEFNEESDICLGFKRGIDIIKQILEYPIIRLDLLVLFIGKKLNLEKEDKAVLDYISFYIKYLVSENINMDLEDVYNLLFDVKNKVFNHIIDVVYEINGYEPEPGSITLCNYHKSKGMEWDCVFLLGLVEYNFPDNINQKFQSDKWYLKEKYKNPMAIIKSEVEAILKGSISTDYTHKTKIDSINEKIRLLYVGITRAKEMLVLSGSAYRDESDIGNKRKEQKPCIYLNRLNQHIIEKRSN
>CP012312.1|AXU74755.1|1158707_1159538_+|PD-(D/E)XK-nuclease-superfamily-protein
MNDKLKYFSYSQNSINTYKSCPLKFKYKYIDRINWKNDDVGSREYYETLKTGRDFHLICERYFSNIPLGIYFNEDDKNSKKFLKWMENIKKVVPIEKGKTYLPEYEVRMTLNGDIIQAKYDLVVIGNNNIEIWDWKTESKKIDYKHVENRIQTIVYMFLAKEVIPKVLKMDINVKDINMRYYQPEFDDLPITILYDEEKHEANRNKIQNYISMIKNTNYEEHTYEDNLYNDIEKVYNKEERMCYRNKKHCKYCEFNKLCNGKEIDYSILEAEIYGT
>CP012312.1|AXU74756.1|1159527_1162995_+|ATP-dependent-nuclease-subunit-B
MGLRFVLGRSGSGKSTYILDEIKKEAQKNETTSIILLVPEQYTFEVENRVSKLFLGKEKDKYLRVRVLSFKTLSNIVFSQVGGLTDVNINSSGKAMMVYRAIEDVSEELNVFSKSKSQSGFVSSITDMISEMKQYNISPEMLENISGELDNETLSLKLKDISKIYNSFEGKLHENYVDAQDMLTSLASKIELSSYLDGACVYIDEFTGFTPNQYNVIKSILNKSKSVNISLTVDDINYIGYSKSDMFSRTKFTYSKLIQLCNEEGIKILPQVNLNTGVIKRFEKVKELQHLERFYNAYPYKIYSNQTENIKIKEFNNLYSEVEEIAREIVHLVRDKNVRYRDITIATRDLSRYDFLVHSIFNEYNIPNFIDKKREAKSNPIVILIISALEMKNRRYGYETMFMYLKSGLIGIDNDDINLLENYVLANGIKGKKWFDEKWDYRITQSLSGKESEFELELKEKINEIKNKVLEPIVILQEKLRGKNRVKEICRYIYEFLLDINMPETIESLIVNFKDKGELDVANQYSQVWDIVVDILDQMVELMGDEIISLEKFIKLITLGFDEYELGLVPPSIDQVLVSSVDRMKNPDTKYLYLVGTTDGVFPLITKDSGILSDNDRESLGNKGIEVDIDSKTRSFEEQFLVYKALTSTSKNLTITYPISDHEGKTLRPSIIISRLKKIFPNIENKSYLVEENKSTDEDILKKITVKSPTFNELINVIKNYDSDGYNTEEINSIWLDIYRYYLKDEIYSSITKKVIKGLSYTNQVHKIEEKKIRSLYKSNSLSISRLEKYAECPFAYFIQYGLKARKRKEYSFTPPDLGTFIHNILDRFSKELLQDNLSWRDIDEKYIELKIGIIVDEIILKIPGYILNSSERYKYLAYRLKNMLTTAITIISQQIKQGSFEPIDYEVKFGDNGKYSPIKIVLENGQEVSLIGQIDRVDEFEEGENKYIRIVDYKSGNKSISLTEIYYGLQLQLLVYLDAILESAKDEDININPAAILYCRINNPIAKFNEDKDDEEIQEAILKELRMKGLVVKDSHIVKEMDKSLIDGERKNSLVIPVGLTKDGNVGKSTSAISYEDFKLLRKYVRHAIKDLCEEMLSGEIRIAPYKHKDGTSCDFCDYSAICQFDSTIKDNKYKNLNNKSNEEIIKMMKGDVN
>CP012312.1|AXU74757.1|1162994_1166822_+|ATP-dependent-nuclease-subunit-A
MSSPKWTKEQLEVIESRECNLLVAAAAGSGKTAVLVERIIQMITSRENPIDIDKLLVVTFTNAAASEMRERIGDAIGKALDENPENKHLQNQLVLLNKSSITTIHSFCLDVIKSNFHRVSLDPNFRIGDQTECAILKQEAIEEVFEDLYEERDEGFLNLVESYAERGGDKEVQDIILGIYSFAMASPEPKKWLIDSAERFNIDENFDFSQSIWARAILDTVKIEINGLCLNMERALKEVESIEELEIFAEKLSVEYKKIADISQACNKSWDEAYKKMASMSFENYVKGVKRISKDAPSYIKESKEKAKTIRDKTKKSLESIVSATFNKDNDSIREEIKYLYNIVKPISNVVLRFEEEYSNKKREKGIIDFNDIEHFALNILTDVDEKGNIIPSDIAVGYRNKFYEIFIDEYQDSNLVQEVLLKAVANTETPNRFMVGDVKQSIYRFRQAKPELFLQKYNNYNDKKGSSHRKIMLYKNFRSREEVVDAVNYIFENIMNENIGEIEYTEKERLNLGANFNVDTDEKSIIGGATEIHLIQKDNKLDDDIINDKDDRINNKENEIEEEEKLDNIQLEARMVGNIIKDLMKVNEDGKIQKVYDKGIDGYRPVEFRDIVILLRATSAWAPVFADELMNMDIPTYADVGVGYFDTIEIKTILSLLQIIDNPMQDIPLISVLKSPIFGFTPEDLIDIRVQSKDKIFYEVLKSTAEYDGFTDSQNENESEFIPSEECINKSKDFLIKLKEFKEKSMYMSTDEFIWYLYTRTGYYAYVGALPGGSQRQANLKVLFERAKQFEETSLKGIFNFVNFIEKLKKSSSDMGSAKTLGENANVVRIMSIHKSKGLEFPVVICSAMGKNFNTQDFKKSILYHHNLGYGPQFVDYERRISFPSIAKEALKSKINIENLSEEMRVLYVAFTRAKEKLIITGSTRNIQDSIKRWSNGVESLDTISQYEILKGKNFLDWIMPCVLKHRDLSNLLEEVGLDAVFSVEHNSKWYGKLWNKNDILVEKKSDEEKESIEEILEKIDADSPDSNYYNEIEEKLNYIYPYEFSTRKPATISVTEIKKIQNNYEEELINTIFEQKVILKKPLFIQNEEEREKISGTERGTIVHLVMEVLDLKNVSSVNDIKSQIRGFVSKGIITEKQASIVNPYKIYKFFASNIGKRMLNAEIINREKSIYAQVNMKDIYIYEKLINNDDKKLYDNESVMLRGIVDAYFEEDNQIVLVDYKTDFVNEENINQIIEKYKKQLDLYADIIETLTGKSVKEKCIYLFGVDEAVCY
>CP012312.1|AXU74758.1|1166866_1168078_+|nuclease-subunit-D
MRFIHTSDWHLGKSLEGHSRIEEQAKFCEEFIKIVESNEIDMVIIAGDVYDTSNPPAQAEKLFYQTVSRLANNGQRCVLIISGNHDNPERLSAITPLAHEQGILIYGYPLSATIEAKYKGFEITYATQGCTKLNINGENIVVATLPYPSEKRLNEVFSSEDDSEKQKNYSEKVGDIFRSLEENFRSDTINIAVSHIFVIGGESTESERPIQLGGSFLVERKDLPEKAQYTALGHLHKQQKASERLNAYYSGSPLQYSKDERAYTKGAYIVDIKAGEKPIIEDVYFNNYKPIEVFKCNGVEEALDICEQNQDREIWSYFEINTDEIISQNEIKKMKELLKDIIEIKPIITSCYEQESVDIKEKSMAELFREFYSFSKGVEPKGELMDLFLDIISEEGESADETN
>CP012312.1|AXU74759.1|1168064_1171592_+|exonuclease-subunit-C
MRPIRLELTGLNSYIDKQVIDFEKLIERGLFGIFGTTGSGKSTILDAITIAMYGNISRNTKEYINSVCDKAIISYEFEIGSKNTRRRYIVDRTIARSKTGTKTSNARLIEVLNDNTQNVLADKVVEVNEKVAQVVGLTANDFTRSVVLPQDKFNEFLRLSRADRRDMLERIFNLEKYGRSLGEKVKKRKNLQLQNLKDLKSKLSQYDGITEEVYNNINQELIELKNLEKDKNNALDLAQKSYEESKTVYEEQLKLEKNELRKNELDLKNSEIKEKIALVENDSNAKKVDPYISSVQNLEKKIDEDSFAVSNLEKKLVILNQELEVIKNRYEKINKIKNEEVPKLSEEKIRLQQAIKLEEELVLLDRELKELKESGINLNKTKVELEKVKQVSESRKDAVTKSIKEVEGKIDKVNISAELKQKIFLAYEYEKDYNNVLEEKNQKINKLEEILKEIENINLKVRYIDKDKNDVNRNLENLSLHLDVLLKKCPGKSADLLLKSEYVTELRNKANNTKENEIKKSSIQDELKIILESKFNTEREVNLLNEKLENNRKNRDDLEKELEELKYLNLASELRRELKENMPCPVCGSKHHENHNITKYDENISFVKEKLEKLEKEKISIRNNIEELNAKVSGYLSIEKMKTKELEDVKGKLGGIPSSQLLKKLDEEQRKLVLLKSNIQEWEKEKESTENKVTLAKEEKNKIEKEELKIRESLNNYKKLTRDLNIEIEGLENKCKKLKQEYLGLKTITKVSNLLSKVKEIRENEKELELLSTGHSNLLKNRDSLDIKIRENESKLHEIEIELIKARELYVEKKLSRDNKYKEVINITKGDLAKNLLHNVEENICKILEQEESSKKKLEEQRLEYEKNIAEKHNIDGRLKTAKEQYKDQKSTLNKLLAENKFESIYAVKRALLDTDKVKKLIEEILEHEEEQKLLSFKIKSSKEKLNGRSIKKEYFEQLKDEIYNLKVEIGNISKDIGANQNQLITLKDSLDKINDFNKQLKVVEHNVDLLEELDKCVQGNKFVEYVSTNQLKYIALEASKRLDGITKGRYALEIDSTLNFVMRDNFNGGERRSIDTLSGGETFLTSLSLALALSSQIQLKGSAPLEFFFLDEGFGSLDSELLEIVIESLERLHSNNLSVGIISHVEELKNRVPVKLLVSSSEAGIGSKVKIEYS
>CP012312.1|AXU74760.1|1171722_1172976_+|modulator-of-ions-transport
MLESPNNLIQIIFLIVLLIGSAFFSASETALMSLSKIRIRYMQDEGVKGAKLVSSLIENPNKLLSSILVGNNVVNIAATSISTSLFIGLMGEKGVALATAVMTVLVLIFGEITPKTIAANNSEKVSLLVSKPIKAIIFILRPIVWIFNIITNIIFKLFGITNKGAKSFITEEELKTMVNVSHEEGVLEMEEREIINNVFEFGDMQAKNAMVQRIDMVAIDMEDSYDEIIQVFKTEKLSRMPVYEETIDDIVGILNIKDIIFLSDEEIESFDIKNYMREPFFTYEFKKITQLLEEMKLEKSQMAIVVDEYGGTSGLLTIEDLVEVIVGDIEDEYDEEEDEIQVIKEDEYIVDGSTKIGDVNELIGVNLESEEFDSIGGFIIGHLSRLPEENEVIEVDNIRFCIESIEKNRIKKIRIYT

Crispr_ID: CP012312_4

• CRISPR_ID: CP012312_4
• CRISPR_location: 1342529-1342953
• CRISPR_type: Orphan
• Repeat_type: I-A
• Spacer_info: 6 spacers

Consensus repeat of CP012312_4

Consensus_repeat	Method
GTTTTATATTAACTAAGTGGTATGTAAAG	PILER-CR
GTTTTATATTAACTAAGTGGTATGTAAAG	CRISPRCasFinder
GTTTTATATTAACTAAGTGGTATGTAAAG	CRT

spacers of CP012312_4

>4.1|1342558|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
TACATATACCATATATACCCCCCTGCAACGCTTCATC
>4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
AATGTGATTAAAAAAGGACAAAAGTTGGTGATACCTA
>4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
TTTATATCTTCTTTTGTAACATTTTTTATAGTTATTT
>4.4|1342756|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
GCTTCTCACAAATAGTTTCAACTACTTTTTCATATTT
>4.5|1342822|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
AAAGGAATATATCTCTCTTCTGCTAAAGTAACATTTA
>4.6|1342888|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
GCAATTACAAGACATTGAGCCTTAAAAAAATTGTATT

CRISPR arrays and Neighbor proteins around CP012312_4

CRISPR arrays

The CRISPR arrays of CP012312_4

>merge|CP012312|4|1342529-1342953|PILER-CR,CRISPRCasFinder,CRT
GTTTTATATTAACTAAGTGGTATGTAAAGTACATATACCATATATACCCCCCTGCAACGCTTCATCGTTTTATATTAACTAAGTGGTATGTAAAGAATGTGATTAAAAAAGGACAAAAGTTGGTGATACCTAGTTTTATATTAACTAAGTGGTATGTAAAGTTTATATCTTCTTTTGTAACATTTTTTATAGTTATTTGTTTTATATTAACTAAGTGGTATGTAAAGGCTTCTCACAAATAGTTTCAACTACTTTTTCATATTTGTTTTATATTAACTAAGTGGTATGTAAAGAAAGGAATATATCTCTCTTCTGCTAAAGTAACATTTAGTTTTATATTAACTAAGTGGTATGTAAAGGCAATTACAAGACATTGAGCCTTAAAAAAATTGTATTGTTTTATATTAACTAAGTGGTATGTAAAG

>CP012312|4|1|1342529-1342953|PILER-CR
GTTTTATATTAACTAAGTGGTATGTAAAG	TACATATACCATATATACCCCCCTGCAACGCTTCATC
GTTTTATATTAACTAAGTGGTATGTAAAG	AATGTGATTAAAAAAGGACAAAAGTTGGTGATACCTA
GTTTTATATTAACTAAGTGGTATGTAAAG	TTTATATCTTCTTTTGTAACATTTTTTATAGTTATTT
GTTTTATATTAACTAAGTGGTATGTAAAG	GCTTCTCACAAATAGTTTCAACTACTTTTTCATATTT
GTTTTATATTAACTAAGTGGTATGTAAAG	AAAGGAATATATCTCTCTTCTGCTAAAGTAACATTTA
GTTTTATATTAACTAAGTGGTATGTAAAG	GCAATTACAAGACATTGAGCCTTAAAAAAATTGTATT
GTTTTATATTAACTAAGTGGTATGTAAAG

>CP012312|4|3|1342529-1342953|CRISPRCasFinder
GTTTTATATTAACTAAGTGGTATGTAAAG	TACATATACCATATATACCCCCCTGCAACGCTTCATC
GTTTTATATTAACTAAGTGGTATGTAAAG	AATGTGATTAAAAAAGGACAAAAGTTGGTGATACCTA
GTTTTATATTAACTAAGTGGTATGTAAAG	TTTATATCTTCTTTTGTAACATTTTTTATAGTTATTT
GTTTTATATTAACTAAGTGGTATGTAAAG	GCTTCTCACAAATAGTTTCAACTACTTTTTCATATTT
GTTTTATATTAACTAAGTGGTATGTAAAG	AAAGGAATATATCTCTCTTCTGCTAAAGTAACATTTA
GTTTTATATTAACTAAGTGGTATGTAAAG	GCAATTACAAGACATTGAGCCTTAAAAAAATTGTATT
GTTTTATATTAACTAAGTGGTATGTAAAG

>CP012312|4|2|1342529-1342953|CRT
GTTTTATATTAACTAAGTGGTATGTAAAG	TACATATACCATATATACCCCCCTGCAACGCTTCATC
GTTTTATATTAACTAAGTGGTATGTAAAG	AATGTGATTAAAAAAGGACAAAAGTTGGTGATACCTA
GTTTTATATTAACTAAGTGGTATGTAAAG	TTTATATCTTCTTTTGTAACATTTTTTATAGTTATTT
GTTTTATATTAACTAAGTGGTATGTAAAG	GCTTCTCACAAATAGTTTCAACTACTTTTTCATATTT
GTTTTATATTAACTAAGTGGTATGTAAAG	AAAGGAATATATCTCTCTTCTGCTAAAGTAACATTTA
GTTTTATATTAACTAAGTGGTATGTAAAG	GCAATTACAAGACATTGAGCCTTAAAAAAATTGTATT
GTTTTATATTAACTAAGTGGTATGTAAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU74939.1|1350339_1350849_+|teicoplanin-resistance-protein	unknown	unknown	gnl|CDD|377417
CP012312.1|AXU74925.1|1335408_1337073_+|penicillin-binding-protein	unknown	unknown	gnl|CDD|223839
CP012312.1|AXU74932.1|1345133_1345247_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74938.1|1349626_1350016_+|regulatory-protein	unknown	unknown	gnl|CDD|367747
CP012312.1|AXU74922.1|1332177_1333257_+|exported-aminodeoxychorismate-lyase	unknown	unknown	gnl|CDD|376862
CP012312.1|AXU74933.1|1345470_1345665_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74923.1|1333428_1334103_+|O-methyltransferase	unknown	unknown	gnl|CDD|226607
CP012312.1|AXU74929.1|1340130_1341558_+|cell-surface-protein	unknown	unknown	gnl|CDD|380277
CP012312.1|AXU74935.1|1346543_1346888_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74934.1|1346033_1346417_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74936.1|1348293_1348590_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74927.1|1337476_1338994_-|site-specific-recombinase	unknown	unknown	gnl|CDD|238206
CP012312.1|AXU74920.1|1329623_1330436_+|purine-nucleoside-phosphorylase	unknown	unknown	gnl|CDD|350160
CP012312.1|AXU74928.1|1339118_1339940_-|lipoprotein	unknown	unknown	gnl|CDD|276809
CP012312.1|AXU74926.1|1337169_1337454_-|RNA-polymerase-sigma-27/28-subunit-RpsK/SigK	unknown	unknown	gnl|CDD|180266
CP012312.1|AXU74930.1|1343322_1343463_-|hypothetical-protein	unknown	unknown	gnl|CDD|238045
CP012312.1|AXU74921.1|1330639_1331965_+|pyrimidine-nucleoside-phosphorylase	unknown	unknown	gnl|CDD|274244
CP012312.1|AXU74924.1|1334089_1335337_+|protease	unknown	unknown	gnl|CDD|223896
CP012312.1|AXU74937.1|1348915_1349191_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU74931.1|1344565_1344817_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU74925.1|1335408_1337073_+|penicillin-binding-protein	gnl|CDD|223839	COG0768, FtsI, Cell division protein FtsI/penicillin-binding protein 2 [Cell envelope biogenesis, outer membrane].	1.75411e-97
CP012312.1|AXU74938.1|1349626_1350016_+|regulatory-protein	gnl|CDD|367747	pfam03965, Penicillinase_R, Penicillinase repressor. The penicillinase repressor negatively regulates expression of the penicillinase gene. The N-terminal region of this protein is involved in operator recognition, while the C-terminal is responsible for dimerization of the protein.	3.6583e-22
CP012312.1|AXU74922.1|1332177_1333257_+|exported-aminodeoxychorismate-lyase	gnl|CDD|376862	pfam02618, YceG, YceG-like family. This family of proteins is found in bacteria. Proteins in this family are typically between 332 and 389 amino acids in length. This family was previously incorrectly annotated and names as aminodeoxychorismate lyase. The structure of YceG was solved by X-ray crystallography.	2.39739e-117
CP012312.1|AXU74923.1|1333428_1334103_+|O-methyltransferase	gnl|CDD|226607	COG4122, COG4122, Predicted O-methyltransferase [General function prediction only].	4.60198e-60
CP012312.1|AXU74929.1|1340130_1341558_+|cell-surface-protein	gnl|CDD|380277	NF033435, S-layer_Clost, S-layer protein SlpA. In Clostridiodes difficile, the S-layer protein precursor, SlpA, is one member of a large paralogous family of protein that share several cell wall-binding repeats. SlpA is cleaved into a larger and smaller protein. The S-layer protein itself is important to adhesion, and portions of it are highly variable, and then N-terminal and C-terminal are well-conserved.	3.41809e-18
CP012312.1|AXU74927.1|1337476_1338994_-|site-specific-recombinase	gnl|CDD|238206	cd00338, Ser_Recombinase, Serine Recombinase family, catalytic domain; a DNA binding domain may be present either N- or C-terminal to the catalytic domain. These enzymes perform site-specific recombination of DNA molecules by a concerted, four-strand cleavage and rejoining mechanism which involves a transient phosphoserine linkage between DNA and serine recombinase. Serine recombinases demonstrate functional versatility and include resolvases, invertases, integrases, and transposases. Resolvases and invertases (i.e. Tn3, gamma-delta, Tn5044 resolvases, Gin and Hin invertases) in this family contain a C-terminal DNA binding domain and comprise a major phylogenic group. Also included are phage- and bacterial-encoded recombinases such as phiC31 integrase, SpoIVCA excisionase, and Tn4451 TnpX transposase. These integrases and transposases have larger C-terminal domains compared to resolvases/invertases and are referred to as large serine recombinases. Also belonging to this family are proteins with N-terminal DNA binding domains similar to IS607- and IS1535-transposases from Helicobacter and Mycobacterium.	1.62045e-29
CP012312.1|AXU74920.1|1329623_1330436_+|purine-nucleoside-phosphorylase	gnl|CDD|350160	cd09009, PNP-EcPNPII_like, purine nucleoside phosphorylases similar to human PNP and Escherichia coli PNP-II (XapA). Human PNP catalyzes the reversible phosphorolysis of the purine nucleosides and deoxynucleosides inosine, guanosine, deoxyinosine, and deoxyguanosine. Patients with PNP deficiency typically present with severe immunodeficiency, neurological dysfunction, and autoimmunity. Escherichia coli PNPII, product of the xapA/pndA gene, catalyzes the phosphorolysis of xanthosine, inosine and guanosine with equal efficiency and has been referred to as xanthosine phosphorylase and inosine-guanosine phosphorylase. E. coli PNPII is also capable of converting nicotinamide to nicotinamide riboside, and may be involved in the NAD+ salvage pathway. It is one of two purine nucleoside phosphorylases found in E. coli, which also contains PNPI, which displays a different substrate specificity and belongs to a different subgroup of the nucleoside phosphorylase-I (NP-I) family than PNPII. NP-I family 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.	2.30022e-175
CP012312.1|AXU74928.1|1339118_1339940_-|lipoprotein	gnl|CDD|276809	sd00006, TPR, Tetratricopeptide repeat. The Tetratricopeptide repeat (TPR) typically contains 34 amino acids and is found in a variety of organisms including bacteria, cyanobacteria, yeast, fungi, plants, and humans. It is present in a variety of proteins including those involved in chaperone, cell-cycle, transcription, and protein transport complexes. The number of TPR motifs varies among proteins. Those containing 5-6 tandem repeats generate a right-handed helical structure with an amphipathic channel that is thought to accommodate an alpha-helix of a target protein. It has been proposed that TPR proteins preferentially interact with WD-40 repeat proteins, but in many instances several TPR-proteins seem to aggregate to multi-protein complexes.	2.46178e-09
CP012312.1|AXU74926.1|1337169_1337454_-|RNA-polymerase-sigma-27/28-subunit-RpsK/SigK	gnl|CDD|180266	PRK05803, PRK05803, RNA polymerase sporulation sigma factor SigK.	1.70744e-41
CP012312.1|AXU74930.1|1343322_1343463_-|hypothetical-protein	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	3.18128e-05
CP012312.1|AXU74921.1|1330639_1331965_+|pyrimidine-nucleoside-phosphorylase	gnl|CDD|274244	TIGR02644, Thymidine_phosphorylase, pyrimidine-nucleoside phosphorylase. In general, members of this protein family are designated pyrimidine-nucleoside phosphorylase, enzyme family EC 2.4.2.2, as in Bacillus subtilis, and more narrowly as the enzyme family EC 2.4.2.4, thymidine phosphorylase (alternate name: pyrimidine phosphorylase), as in Escherichia coli. The set of proteins encompassed by this model is designated subfamily rather than equivalog for this reason; the protein name from this model should be used when TIGR02643 does not score above trusted cutoff. [Purines, pyrimidines, nucleosides, and nucleotides, Other].	0
CP012312.1|AXU74924.1|1334089_1335337_+|protease	gnl|CDD|223896	COG0826, COG0826, Collagenase and related proteases [Posttranslational modification, protein turnover, chaperones].	4.02732e-145
CP012312.1|AXU74939.1|1350339_1350849_+|teicoplanin-resistance-protein	gnl|CDD|377417	pfam04892, VanZ, VanZ like family. This family contains several examples of the VanZ protein, but also contains examples of phosphotransbutyrylases.	6.94914e-17

Protein sequences

>CP012312.1|AXU74929.1|1340130_1341558_+|cell-surface-protein
MKIKKLLTIGLSLSIFIASCPISANALDKIESIKGADKYETAGIIADKQNYTTAILINADSTMADGLSASGLAGAINAPILLTKKNNIPNATLKRLEKAKKVYIIGGENSIDKYTETVLKGKGIEIKRLQGSDRIKTSYNVAKEINSINKVNKVILTNAFKGEPDAMSAAPVALRDKAAIVLTDGKSVPFNTIGVESYVIGGTSSMNDKIVKDTNSTRLGGTDRYDTNKKIINKFYSGVKEFYIASGTDLVYALVGSTVAKNNAIVLVDNDSNKSVLKSTTKLTAIGNLSDSILQQCLNVTKNIGDSNTGREYTVEDAANAVKKLLGVKKFYYESNYSEDEDLIFLLDKNFDFSGKEYYVFAYIKQGAEGDVRYCVAKNDMSKVYTYDVNGNMKVCNPDDYKNKGSITEEQAKQIALKECAKRHKVSINNLVVDMIDFRDDIYSGNVYAVKINSKNSNGTFGWFFIDIETGKIYN
>CP012312.1|AXU74928.1|1339118_1339940_-|lipoprotein
MIISKKITAILVSFLIMISMVGCAPKESATEVAKKYLDSIEIKDYEVAYNLLSKDSKESVSLEKFEEYQDTLFKLQTLKDYKLGEENKVEKYKYSNKEYTNLVKIKETDTIKYITENKEDTANFDRYFIIEDNEYKLLWHKDFKRALSSNYVKIARSETKKDEDKDYNKAAIDIKKAIEIDDKNPPAYYTQSYIYIELQRYDEALKSIDKSLEYLDKNNEAYKIDASDAYNLRGVIFMSKSEFNKARESYNKALELNPDNEYAKTNLNDIKGL
>CP012312.1|AXU74927.1|1337476_1338994_-|site-specific-recombinase
MSVAIYLRKSRADEDAEKQGEFETLSRHKSTLLKLAKEQNLDVIEIKEELVSGESIIHRPKMLELLKEVEENKYDAVLVMDLDRLGRGDMKDQGIILETFKESKTKIITPRKTYDLTDEFDEEYSEFEAFMARKELKLISRRMQRGRIKSVEEGNFIGTSAPFGYDAVTTGRKERILVPNKDADVVRTIFDLYINEDMGCSKISKYLNNLGIKTATGANWYNSAITNIIKNKVYCGYIQWQKKDYKKSKNPNKMKTVKLRPKDEWIEAKGKHEPLISEITWKKAQNILKKNGHVSYGNQIKNPLAGIVICKNCGRPLVYRPYADHDYIICYHPGCNKSSRFEFIEAAILKSLEDTVKKYQLKASDIDLDKNNKDSNIEFQKRVLKGLETELKELGKQKNKLYDLLERGIYDEDTFIERSNNISSRTEEIKDSIKTVKNRLSTVKKDNSKIIEDIKTVLSLYHDSDSLGKNKLLKSVINKAVYYKSKEQKLDSFELMVHLKLHEDQ
>CP012312.1|AXU74926.1|1337169_1337454_-|RNA-polymerase-sigma-27/28-subunit-RpsK/SigK
MCNEISLLDILGTEANYVLDEVELKVQVGKLYEQLNKILTPREREIVQLRYGLTPYGYKTQREIAQKLDISRSYVSRIEKKALKKLEKELVQES
>CP012312.1|AXU74925.1|1335408_1337073_+|penicillin-binding-protein
MSKKKTPFLKKVGKRSWCIFTIILIIYSALIYRLVDIQVLKGDKYKQSVESQSVEKVELNSGRGIIYDRNNKKLTDTSKSQVLVVEKEKLNNSYKILELIKKATKMNDLDIYKAVQEQLTRPIIQIQTKNIDKSMKKELEKNGIMVEEKTMRYAKDGLLSHTIGYIKEDDKSGQSGIEKSMDSVLRNSNEKYISAFKAGDAGNEKSLNILKGSVKTVDNKDKDRHLKTTIDYNIQKKLEQILNKEENPTAAIISEVSTGEILAMCSRPNFDQNDISKSLKGKNGEFENRVIKATYPPGSVFKMVVLFSALENGVIDENYTYNCTGKTKVGNTNEILRCNKRDGHGFQNLRQAFSNSCNPAFLDIAMKLGKEKILKSAEKLHLFEKVDIGLDEEKIREAPKNISIRNLAIGQENIEFTPLQINQMTQIIANNGTFKPLYLYKSLVDNDMNTIKTYKSSKKEDLISPYVCTQVKEYMKSVSRIGTAKDLKDIEGGCGVKTGTAQSSLNKKAIDHGWITGFYPEERPKYVITVLVEGTQKGNKSATPIFKEICESIK
>CP012312.1|AXU74924.1|1334089_1335337_+|protease
MELNKVELLAPAGDLERLKIAITYGADAVYIGGEIFGMRSAAKNFSKEDMAEGVAFAHERGKKVFVTVNIIPHNEDFLQLEDYLLELEDIGIDAVIIADPGVLSVIKKVIPNMEIHLSTQANTTNYLSANFWYEHGIKRVVVARELSFDEISEIRAKTPLDMDIEAFMHGAMCISYSGRCLISNYMTGRDANKGSCAQSCRWQYHLVEEKRPGEYFPIYEDERGTFFFNSKDLCMIEYIPELIKSGITSLKIEGRMKTAYYVATVVRAYRMAIDEFYRDPENWKFNPMWMEELKKGSHRHFTSGFYLNKPTTEDQNYQSASYVRNYDFIGIVRETEDEDGLIVVEQRNKMCVGDEIEVMGPYKETMFTKIEEMYNEEGEAIESAPHPRQIVKLKLSVKVGKDYMLRKVIEEKVEE
>CP012312.1|AXU74923.1|1333428_1334103_+|O-methyltransferase
MSNIVNDLVEDYIRVTLKEKEGFLKDLEIYAEENSVPIIHKEVSDLLKVLLKVQKPKRILEVGCAIGYSSIFFATIIGKDADIITVERNEKMIEKAKENIKLAGFDNNITILEGDAEEKLSQVQGEFDLIFIDAAKGQYKLFFDLVIDKLKDGGLLVSDNILYKGMVAHDDFVVRRKKTIVKRMRNYLDYICNCDYLSTSLVPIGDGVALSYKERKRGDVDGIK
>CP012312.1|AXU74922.1|1332177_1333257_+|exported-aminodeoxychorismate-lyase
MNFKENRLKIAVLIIVILIILAGIFVFIQIGPYDKNNKKDVIIDVPSGASVGKISDILYENKLIKNELLFKLLVKVSNKAPSIKSGTYLLNQSYSNNDIISLLVSGKIYQDGIKVTIPEGATSKEIIAMLVSKNLGDKATFENLIKKPQEFYDKFPYLKEDGITSLEGFLYPETYYFNSKKQSEEDILSEMLKVFDSKYTDKFKKKQKELNMTLQEVMEMASIIEKEAVLDKDRPIIASVFYNRLKVGMPLQSDATIQYIFEERKKIVTYDDLKIDSPYNSYKNKGLPPTPISNPGIESIEAALYPDKTDYLYFVAKIDGGNNYSTNYQDHLKYVKEYKEARDKQSKDTKATNKENTKR
>CP012312.1|AXU74921.1|1330639_1331965_+|pyrimidine-nucleoside-phosphorylase
MRMYDIIKKKRDNLELSKKEINYFIENYSKGDIPDYQASALLMSIYLNKMNKQETVYLTEAMMNSGDMINLSEIDGIKVDKHSTGGVGDKTTIALIPLVASCGAPVAKMSGRGLGHTGGTIDKLESIPGFSAEMEISKFIDSVNKSKIAVCGQSAKVAIADKKIYALRDVTATVDNISLIASSVMSKKLASGADAIVLDVKTGDGAFMKTLEESFELAKSMVDIGTGMNRDTIGIVTDMDEPLGFAVGNSLEVIEAIETLKGNGPKDLVELCEVLGAYMLVLSKVAHDFEDGVEKIRESIKSGTAIQKLKEFIENQGGNKDVVDDYSLFKKSKYKYPVKSTKSGYISKIKAEDVGVSAMILGAGRETKDDILDLSAGIILEKKVGDYVNEGEVLAYMYYNDEQKLSLAKRRFIDSYSIVDSKIEKNKLIYGIVTKEDIKKF
>CP012312.1|AXU74920.1|1329623_1330436_+|purine-nucleoside-phosphorylase
MFEKIAQSSEFINSKINVKPKIGLILGSGLGDLANDIEDSVTIKYSEIPNFPVSTVAGHAGQLVIGKLEGKEVIAMQGRFHYYEGYSQKEATFPVRVMKELGVEILIVTNAAGGVNKEFKAGDLMLIRDHINFSGSNPLVGKNDDRFGARFPDMSNAYSSKYVDVVKNCAKECNIDVKEGVYMFFSGPNYETPAEVRMAQILGADAVGMSTVPEVIVASHSNIGVIGISCITNMAAGILNQPLSHEEVIETTQKVKSEFMNLVKTTVKNL
>CP012312.1|AXU74930.1|1343322_1343463_-|hypothetical-protein
MDVNQRIKYIRENMSRSQKELFKKTNINISVMNRIESGERAIRDVC
>CP012312.1|AXU74931.1|1344565_1344817_+|hypothetical-protein
MSSYFITRGDVMKILQQFKPYKYDKEKNIEYDEKIIANQNTEVYIVYPRISDEENRRRWEEFNEVAKEVAINIAMKKIETVES
>CP012312.1|AXU74932.1|1345133_1345247_+|hypothetical-protein
MVEVNIKIKGEVSEIINSIRYIFNSFDEELILDIKSE
>CP012312.1|AXU74933.1|1345470_1345665_+|hypothetical-protein
MKRRYKNVLIYINIRTIIHINCKIKFIELCLTFNELKNKLANNEKTTVINEDNKAFSGLVDFSN
>CP012312.1|AXU74934.1|1346033_1346417_-|hypothetical-protein
MRKKFFIGILIVLIISVIAILNIKNDKNVFIGESENWKAKFVTTEGHSKLEIKYKNSKDVVEQKFNYSYQFIDGEDAVVVVKNEILEAGQEKAIKIQRPGLYSNRESSYKLIISWNGNEETINLKKK
>CP012312.1|AXU74935.1|1346543_1346888_+|hypothetical-protein
MNYRLKKSVTTILSLLIMTILLPTNASASKVEDSSMKVMYSEKQVTDMDKLYDMAKNGITDVKSSNEKGIIKNARTGESIYVDSISTTQLLEVKQSKNLTSKIYSKTVFLILIQ
>CP012312.1|AXU74936.1|1348293_1348590_-|hypothetical-protein
MDFGNINLILIGIIVIIGTTIIYLIKPKTAFCSKKYFNKLESIYGNIDKKKTVKLEILYRYVTGLEYIAIGLFTKRLDITNNINNISSYYNSNIILLS
>CP012312.1|AXU74937.1|1348915_1349191_-|hypothetical-protein
MTLLELYYRKAEINKIVWARIGFNLYLSKGVALTLTDAGIGISGLLAGAIPGIGQYLPLIVRVITMYLESNITSGKIFKFKKYVIIKEVLV
>CP012312.1|AXU74938.1|1349626_1350016_+|regulatory-protein
MKINKLPHAELKLMKYIWGVDDVLASRDIIEDMKLKYDWKKSTTLTFLKNLVDKGFLTTDKVDRCTHYTIAIKEKDYLKVETRSFFSFMHNNSFKSFISALHDDEVLDSKSLDKLEEYFKNLKEEDIDD
>CP012312.1|AXU74939.1|1350339_1350849_+|teicoplanin-resistance-protein
MKSRKHNITKGLFIVYIIILTWIILFKLQFDISSLETMNLRSINLVPFAGSLIINNRVDISEIILNVVIFVPFGIYVCMLKEEWSFIKKVIPIFITSLAFETLQYIFALGASDITDLIGNTLGGIIGIAVFMLLSKIFKNNTIKIINVLALIVTIIVVLFLGLVIFANL

Crispr_ID: CP012312_5

• CRISPR_ID: CP012312_5
• CRISPR_location: 1555280-1555637
• CRISPR_type: Orphan
• Repeat_type: I-A
• Spacer_info: 5 spacers

Consensus repeat of CP012312_5

Consensus_repeat	Method
GTTTTATATTAACTAAGTGGTATGTAAAT	CRISPRCasFinder
GTTTTATATTAACTAAGTGGTATGTAAAT	CRT
GTTTTATATTAACTAAGTGGTATGTAAAT	PILER-CR

spacers of CP012312_5

>5.1|1555309|37|CP012312|CRISPRCasFinder,CRT
CTTTGAGATATATTTTATATTTTTAAAGTTTATTTTT
>5.2|1555375|36|CP012312|CRISPRCasFinder,CRT,PILER-CR
CTGCACTATTGTTGTATATTCTTATAAAGTCTGTTC
>5.3|1555440|37|CP012312|CRISPRCasFinder,CRT,PILER-CR
TTGACAAGTATATCTTGACTTCTTAAAAGAGTTTTAA
>5.4|1555506|37|CP012312|CRISPRCasFinder,CRT,PILER-CR
CAAGCAGAAGAAATTGGAATAGCTACAGTTGAATTGT
>5.5|1555572|37|CP012312|CRISPRCasFinder,CRT
AGTATAATGTTGAAAAGTTAGAGAGTACAATCAAGAA

CRISPR arrays and Neighbor proteins around CP012312_5

CRISPR arrays

The CRISPR arrays of CP012312_5

>merge|CP012312|5|1555280-1555637|CRISPRCasFinder,CRT,PILER-CR
GTTTTATATTAACTAAGTGGTATGTAAATCTTTGAGATATATTTTATATTTTTAAAGTTTATTTTTGTTTTATATTAACTAAGTGGTATGTAAATCTGCACTATTGTTGTATATTCTTATAAAGTCTGTTCGTTTTATATTAACTAAGTGGTATGTAAATTTGACAAGTATATCTTGACTTCTTAAAAGAGTTTTAAGTTTTATATTAACTAAGTGGTATGTAAATCAAGCAGAAGAAATTGGAATAGCTACAGTTGAATTGTGTTTTATATTAACTAAGTGGTATGTAAATAGTATAATGTTGAAAAGTTAGAGAGTACAATCAAGAAGTTTTACATTAACTAAAATGTATAGAATA

>CP012312|5|4|1555280-1555637|CRISPRCasFinder
GTTTTATATTAACTAAGTGGTATGTAAAT	CTTTGAGATATATTTTATATTTTTAAAGTTTATTTTT
GTTTTATATTAACTAAGTGGTATGTAAAT	CTGCACTATTGTTGTATATTCTTATAAAGTCTGTTC
GTTTTATATTAACTAAGTGGTATGTAAAT	TTGACAAGTATATCTTGACTTCTTAAAAGAGTTTTAA
GTTTTATATTAACTAAGTGGTATGTAAAT	CAAGCAGAAGAAATTGGAATAGCTACAGTTGAATTGT
GTTTTATATTAACTAAGTGGTATGTAAAT	AGTATAATGTTGAAAAGTTAGAGAGTACAATCAAGAA
GTTTTACATTAACTAAAATGTATAGAATA

>CP012312|5|3|1555280-1555637|CRT
GTTTTATATTAACTAAGTGGTATGTAAAT	CTTTGAGATATATTTTATATTTTTAAAGTTTATTTTT
GTTTTATATTAACTAAGTGGTATGTAAAT	CTGCACTATTGTTGTATATTCTTATAAAGTCTGTTC
GTTTTATATTAACTAAGTGGTATGTAAAT	TTGACAAGTATATCTTGACTTCTTAAAAGAGTTTTAA
GTTTTATATTAACTAAGTGGTATGTAAAT	CAAGCAGAAGAAATTGGAATAGCTACAGTTGAATTGT
GTTTTATATTAACTAAGTGGTATGTAAAT	AGTATAATGTTGAAAAGTTAGAGAGTACAATCAAGAA
GTTTTACATTAACTAAAATGTATAGAATA

>CP012312|5|2|1555346-1555571|PILER-CR
GTTTTATATTAACTAAGTGGTATGTAAAT	CTGCACTATTGTTGTATATTCTTATAAAGTCTGTTC
GTTTTATATTAACTAAGTGGTATGTAAAT	TTGACAAGTATATCTTGACTTCTTAAAAGAGTTTTAA
GTTTTATATTAACTAAGTGGTATGTAAAT	CAAGCAGAAGAAATTGGAATAGCTACAGTTGAATTGT
GTTTTATATTAACTAAGTGGTATGTAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU75125.1|1550940_1551369_+|EamA-like-transporter-family-protein	unknown	unknown	gnl|CDD|377396
CP012312.1|AXU75123.1|1549185_1550121_-|radical-SAM-protein	unknown	unknown	gnl|CDD|224163
CP012312.1|AXU75129.1|1554707_1555064_+|integrase,-catalytic-region	unknown	unknown	gnl|CDD|222853
CP012312.1|AXU75131.1|1557932_1558778_-|signaling-protein	unknown	unknown	gnl|CDD|143635
CP012312.1|AXU75134.1|1562788_1563028_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75135.1|1563214_1563391_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75139.1|1566248_1567073_-|exported-polysaccharide-deacetylase	unknown	unknown	gnl|CDD|200572
CP012312.1|AXU75127.1|1552221_1553577_-|drug/sodium-antiporter	unknown	unknown	gnl|CDD|240548
CP012312.1|AXU75122.1|1547970_1548915_+|membrane-protein	unknown	unknown	gnl|CDD|273359
CP012312.1|AXU75137.1|1565133_1565268_+|hypothetical-protein	unknown	unknown	gnl|CDD|272974
CP012312.1|AXU75136.1|1563882_1564557_-|MgtC/SapB-transporter	unknown	unknown	gnl|CDD|224204
CP012312.1|AXU75132.1|1558808_1561043_-|signaling-protein	unknown	unknown	gnl|CDD|238923
CP012312.1|AXU75124.1|1550240_1550789_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75126.1|1551453_1552104_+|ATP-binding-protein	unknown	unknown	gnl|CDD|238952
CP012312.1|AXU75121.1|1546212_1547655_-|sigma-54-dependent-regulatory-protein	unknown	unknown	gnl|CDD|226350
CP012312.1|AXU75120.1|1545428_1546013_-|hypothetical-protein	unknown	unknown	gnl|CDD|376406
CP012312.1|AXU75133.1|1561826_1562636_+|MerR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|133378
CP012312.1|AXU75128.1|1554117_1554678_-|integrase	unknown	unknown	gnl|CDD|271189
CP012312.1|AXU75130.1|1555962_1557696_-|signaling-protein	unknown	unknown	gnl|CDD|143635
CP012312.1|AXU75138.1|1565367_1566153_+|acetyltransferase	unknown	unknown	gnl|CDD|225928

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU75125.1|1550940_1551369_+|EamA-like-transporter-family-protein	gnl|CDD|377396	pfam04657, DMT_YdcZ, Putative inner membrane exporter, YdcZ. DMT_YdcZ is a family of putative inner membrane exporters from both Gram-positive and Gram-negative bacteria.	3.24928e-17
CP012312.1|AXU75123.1|1549185_1550121_-|radical-SAM-protein	gnl|CDD|224163	COG1242, COG1242, Predicted Fe-S oxidoreductase [General function prediction only].	8.9682e-180
CP012312.1|AXU75129.1|1554707_1555064_+|integrase,-catalytic-region	gnl|CDD|222853	PHA02517, PHA02517, putative transposase OrfB; Reviewed.	3.97237e-20
CP012312.1|AXU75131.1|1557932_1558778_-|signaling-protein	gnl|CDD|143635	cd01949, GGDEF, Diguanylate-cyclase (DGC) or GGDEF domain. Diguanylate-cyclase (DGC) or GGDEF domain: Originally named after a conserved residue pattern, and initially described as a domain of unknown function 1 (DUF1). This domain is widely present in bacteria, linked to a wide range of non-homologous domains in a variety of cell signaling proteins. The domain shows homology to the adenylyl cyclase catalytic domain. This correlates with the functional information available on two GGDEF-containing proteins, namely diguanylate cyclase and phosphodiesterase A of Acetobacter xylinum, both of which regulate the turnover of cyclic diguanosine monophosphate. Together with the EAL domain, GGDEF might be involved in regulating cell surface adhesion in bacteria.	1.17357e-29
CP012312.1|AXU75138.1|1565367_1566153_+|acetyltransferase	gnl|CDD|225928	COG3393, COG3393, Predicted acetyltransferase [General function prediction only].	2.94919e-30
CP012312.1|AXU75139.1|1566248_1567073_-|exported-polysaccharide-deacetylase	gnl|CDD|200572	cd10948, CE4_BsPdaA_like, Catalytic NodB homology domain of Bacillus subtilis polysaccharide deacetylase PdaA, and its bacterial homologs. The Bacillus subtilis genome contains six polysaccharide deacetylase gene homologs: pdaA, pdaB (previously known as ybaN), yheN, yjeA, yxkH and ylxY. This family is represented by Bacillus subtilis pdaA gene encoding polysaccharide deacetylase BsPdaA, which is a member of the carbohydrate esterase 4 (CE4) superfamily. BsPdaA deacetylates peptidoglycan N-acetylmuramic acid (MurNAc) residues to facilitate the formation of muramic delta-lactam, which is required for recognition of germination lytic enzymes. BsPdaA deficiency leads to the absence of muramic delta-lactam residues in the spore cortex. Like other CE4 esterases, BsPdaA consists of a single catalytic NodB homology domain that appears to adopt a deformed (beta/alpha)8 barrel fold with a putative substrate binding groove harboring the majority of the conserved residues. It utilizes a general acid/base catalytic mechanism involving a tetrahedral transition intermediate, where a water molecule functions as the nucleophile tightly associated to the zinc cofactor.	1.74555e-113
CP012312.1|AXU75127.1|1552221_1553577_-|drug/sodium-antiporter	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.	1.1077e-115
CP012312.1|AXU75122.1|1547970_1548915_+|membrane-protein	gnl|CDD|273359	TIGR00950, Uncharacterized_inner_membrane_transporter_YicL, Carboxylate/Amino Acid/Amine Transporter. [Transport and binding proteins, Amino acids, peptides and amines].	9.34015e-27
CP012312.1|AXU75137.1|1565133_1565268_+|hypothetical-protein	gnl|CDD|272974	TIGR00232, Transketolase_2, transketolase, bacterial and yeast. This model is designed to capture orthologs of bacterial transketolases. The group includes two from the yeast Saccharomyces cerevisiae but excludes dihydroxyactetone synthases (formaldehyde transketolases) from various yeasts and the even more distant mammalian transketolases. Among the family of thiamine diphosphate-dependent enzymes that includes transketolases, dihydroxyacetone synthases, pyruvate dehydrogenase E1-beta subunits, and deoxyxylulose-5-phosphate synthases, mammalian and bacterial transketolases seem not to be orthologous. [Energy metabolism, Pentose phosphate pathway].	0.00473136
CP012312.1|AXU75136.1|1563882_1564557_-|MgtC/SapB-transporter	gnl|CDD|224204	COG1285, SapB, Uncharacterized membrane protein [Function unknown].	1.38574e-53
CP012312.1|AXU75132.1|1558808_1561043_-|signaling-protein	gnl|CDD|238923	cd01948, EAL, EAL domain. This domain is found in diverse bacterial signaling proteins. It is called EAL after its conserved residues and is also known as domain of unknown function 2 (DUF2). The EAL domain has been shown to stimulate degradation of a second messenger, cyclic di-GMP, and is a good candidate for a diguanylate phosphodiesterase function. Together with the GGDEF domain, EAL might be involved in regulating cell surface adhesiveness in bacteria.	1.5197e-91
CP012312.1|AXU75126.1|1551453_1552104_+|ATP-binding-protein	gnl|CDD|238952	cd01994, Alpha_ANH_like_IV, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily.Adeninosine nucleotide alpha hydrolases superfamily includes N type ATP PPases and ATP sulphurylases. It forms a apha/beta/apha fold which binds to Adenosine group. This subfamily of proteins is predicted to bind ATP. This domainhas a strongly conserved motif SGGKD at the N terminus.	8.42962e-55
CP012312.1|AXU75121.1|1546212_1547655_-|sigma-54-dependent-regulatory-protein	gnl|CDD|226350	COG3829, RocR, Transcriptional regulator containing PAS, AAA-type ATPase, and DNA-binding domains [Transcription / Signal transduction mechanisms].	7.51681e-137
CP012312.1|AXU75120.1|1545428_1546013_-|hypothetical-protein	gnl|CDD|376406	pfam00882, Zn_dep_PLPC, Zinc dependent phospholipase C.	9.21275e-20
CP012312.1|AXU75133.1|1561826_1562636_+|MerR-family-transcriptional-regulator	gnl|CDD|133378	cd00592, HTH_MerR-like, Helix-Turn-Helix DNA binding domain of MerR-like transcription regulators. Helix-turn-helix (HTH) MerR-like transcription regulator, N-terminal domain. The MerR family transcription regulators have been shown to mediate responses to stress including exposure to heavy metals, drugs, or oxygen radicals in eubacterial and some archaeal species. They regulate transcription of multidrug/metal ion transporter genes and oxidative stress regulons by reconfiguring the spacer between the -35 and -10 promoter elements. A typical MerR regulator is comprised of two distinct domains that harbor the regulatory (effector-binding) site and the active (DNA-binding) site. Their N-terminal domains are homologous and contain a DNA-binding winged HTH motif, while the C-terminal domains are often dissimilar and bind specific coactivator molecules such as metal ions, drugs, and organic substrates.	4.54289e-25
CP012312.1|AXU75128.1|1554117_1554678_-|integrase	gnl|CDD|271189	cd01189, INT_ICEBs1_C_like, C-terminal catalytic domain of integrases from bacterial phages and conjugate transposons. This family of tyrosine based site-specific integrases is has origins in bacterial phages and conjugate transposons. One member is the integrase from Bacillus subtilis conjugative transposon ICEBs1. ICEBs1 can be excised and transfered to various recipients in response to DNA damage or high concentrations of potential mating partners. The family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	1.02476e-21
CP012312.1|AXU75130.1|1555962_1557696_-|signaling-protein	gnl|CDD|143635	cd01949, GGDEF, Diguanylate-cyclase (DGC) or GGDEF domain. Diguanylate-cyclase (DGC) or GGDEF domain: Originally named after a conserved residue pattern, and initially described as a domain of unknown function 1 (DUF1). This domain is widely present in bacteria, linked to a wide range of non-homologous domains in a variety of cell signaling proteins. The domain shows homology to the adenylyl cyclase catalytic domain. This correlates with the functional information available on two GGDEF-containing proteins, namely diguanylate cyclase and phosphodiesterase A of Acetobacter xylinum, both of which regulate the turnover of cyclic diguanosine monophosphate. Together with the EAL domain, GGDEF might be involved in regulating cell surface adhesion in bacteria.	2.47174e-46

Protein sequences

>CP012312.1|AXU75129.1|1554707_1555064_+|integrase,-catalytic-region
MVFETFDKVIELYPNAKPVFHSDRGFQYTSKVFESKLLAQGMIQSMSRAGRCIDNAPMEGIWGILKVEMYYLRKFDTYEQLVKIIENYIYYYNNFRYQKRLNSMSPLEFRKYLSTEIA
>CP012312.1|AXU75128.1|1554117_1554678_-|integrase
MKLIDITPSILQSYINNIYNEHMLNSAKNQVGFIKSVLKESYRLKEISENICDFVTTPIKKNSSTSKFYTKQKAQLLLEKSKNIPIGIPIFLMLTLGLRFGEAVSLIWSDVDLDKKIIHVNQTLVYVDNKIIFKDPKTPKSKRKLFAPDELISLLEEEKLKQNKLKLQAILKNEFDLICLNKRFNP
>CP012312.1|AXU75127.1|1552221_1553577_-|drug/sodium-antiporter
MDTKISINENMSLGKRFFKYLAPSVVAMWVFSLYTMVDGIFVSKGVGELALAAVNISMPFINFIFAVSLLFSTGASTIIAIYLGKKDIKSANEVFSFNLVSIIILSIIILAITFFNLDRLALFLGATESTIGMVKDYLGIIIFFNGFFIVSYSLEVIIKTDGFPILATVGVIISALTNIILDYLFVIEFGWGVKGAGIATGLSQVFSTIFFLIHFLRKNSTLNFSKFRIDLKTLRKIVFIGFPDSTTELSCGIVVLLFNLSLTKYIGENALIYYSVINYINTLVLMTMMGITQGMQPLTSFYYGAGNIDNVKKLLKMGIKATIIASIAVFAICMAFSEPIVSLFIHPEETMLFNEGVRVFKIFSISFLLVGINVIISGFFVSVEKPSISTVISLGRGLVIVVLSLISMILIFGGQGIWMTTIVSEFICLILSLVFLKKNFSTLDSNLNKVA
>CP012312.1|AXU75126.1|1551453_1552104_+|ATP-binding-protein
MADEKFVMSFSGGKDSILALNRMLKKGYKPVALLTTISEEHGKSWTHNLEYNMLKQVSSNIGLPLLVAECGVEGYEESFERALIKAKNMGATICAYGDIDIESHRKWDTDRCEAVGMKVDLPLWQESREDLVYEFIDSGFCSVVTKVNLKHLGEEFLGKKLTRELVEKIKNVGADPCGEHGEYHTFVVDGPIFKKPVEYEVKGTLIKDGYGYLEIK
>CP012312.1|AXU75125.1|1550940_1551369_+|EamA-like-transporter-family-protein
MTKLWAIIFALLAGGSTALEAFINGELGKSTTALVATFISLTVGAIFFLASIIVTGDLKCLVSINGFNYKLLLGGVFGGLIIYFTVKAIPNLGVSNTLILTLVSQVLIGFFIDSVILGQETMHLYKYIGVILLILGTFFIVN
>CP012312.1|AXU75124.1|1550240_1550789_-|hypothetical-protein
MYTNFNIDFNNFNKKENATKFMLMGVLLIILGLLCLTFKTLGIKLISWTFGIALLFFAYLNLKNINELKRYATKEEIKPSINIQWVLIIACILLFVFPQKIQSIFSLFLGFYLIFNQLVALVNSKNNPYSKFTTWNIVKILFGICLILSPLFLSRFIVSIMSFFIILFGLVLFFSGNTARKY
>CP012312.1|AXU75123.1|1549185_1550121_-|radical-SAM-protein
MDKFKYAFDNKRYHTWNYYLRNTFGEKVFKVSINAGFTCPNIDGSLGYGGCTYCSKEGSGDFAGNPKDNLISQFYNIKEMMLKKWPHAKYIGYFQAYTNTYAPLEVLKEKYETILELEDVIGLSISTRPDCLPDDVVEYLSELNKRTNLWVELGLQTIHDSTSKIINRGHDYKTFVEGVEKLKSKNIKVVVHIINGLPGEDYNMMMETAKAVGKMGVDGIKIHLLHVIKDTPMEKMLQNGMLTLMEQDEYINLVCDQLEILPETMIIHRLTGDGKRDELVGPIWSLKKWEILNQIDDTLKARNSYQGCKFV
>CP012312.1|AXU75122.1|1547970_1548915_+|membrane-protein
MGEKSKGYVFIAIAGLLWATLGLFGKFLMGNGLTSEQVAFTRLFFGFIVLGVYSSIRTPQILKISKKGIIYSVIIGIICQAMFNLCYFKAIDIAGVSIAAVLLYTSPLFLAIFSKVCYKENITRSKLFSLILCFIGAIMAVSGGRLDFQGLNAFGLFLGTLSAIAYALMPTISKNALKEFSSSTILVYSFLFGAIFMIPSSRPWEILNYAKDLDVLSCMLMLGIVPAALAYIFYATGISKGVELSVAGVVASVELVGSVIIGCTILGESFSLGKLFGVMLMLISAVVALNLSYDEIRIFYKSNKLKQIEKTESI
>CP012312.1|AXU75121.1|1546212_1547655_-|sigma-54-dependent-regulatory-protein
MNLNLELDLEFYQKILEASHDEICVSDDKGIIIYCNKAFEENYGLKKEDILGKNVSFLEDSGYSTKSPIPIVLKTKTKFSLEQDTQTGKKLIITATPIFDENGNLEFTVENCRDITELNNIKNKLEDTKKQVKKYKSEVETLYRTALRIEDTVIMDGIVMRPIINTVNHVSKTDVSVLLLGESGTGKSSLARYIHHNSNRSNGPFITINCATISPQLLESELFGYTSGAFTGASTKGKVGLVELANGGTLFLDEIGDIPQNLQAKFLQLIQDRTFTPVGSLKNKKVDIRIISATNADLVSKVKEKKFREDLYYRLNVIEIKLPPLRERRDNLVEIIKYYFNRYSSDFNLNKTISKEAMDAIANYGFPGNIRELQNIIQKILLTCTDNHITIDDLPNILTKNIHITNNGNKTHISQINKVIISDSKSTNYKNKNFDTLIKEYEKNIILDAYEKFGSSYKVAKHLEISQSKANRLIRKYTNT
>CP012312.1|AXU75120.1|1545428_1546013_-|hypothetical-protein
MLMNTHFIMAKSILDNIDENKTFFISEKNFIYGNIKPDAFSKYKLKKHYLDESFNMIVSKINYLCSLNIDSLSKYFSVSRLSQELGVICHFLCDFFCVAHSERWEFKHSLNKHVTYERELGAFAKDVDLSKIKCGTINSSFEKFFTKLYSDYKKKTDYMNDLKFSAYTCNSVINYILDSILSNTIKSYHIANCG
>CP012312.1|AXU75130.1|1555962_1557696_-|signaling-protein
MSILLKKAPKLAKHIITSFYINRDIDEVLKYLCENVTWIGPGEQEFLTSFNEIKNYFYAGQDEIPSCDINNDIFETVSEDGNRCMVLGKYTVRTKENAQMILEVNQRCTFEIIEDRGKLLVKHMHISNPYGEMQLDEYFPTKIGTQSYDYLQRLLKEKTEVIEMITNNINGGLKGSNDDSTYSFFYVNEGLPKILGYTYDEFMEMSGGSAVGAVYPPDLPKALEDCERCFAKGPTYSSEYRIRKKDGTLMWVLDSGMKSLNSDGIVKINSIITDITQLKNIESELKLERERYRIALQNITDIMFEYDIENDTLIKYQRVEIDKKIELENFETKNYSKLLEFGKIIHLDDIGKLLEVLHGNLRETIEIRQINSLTKNEWRWIRVQCSVIYDSDHNPIKTIGVLKDITEDKSKLESLINQAQRDPLTQLYNQRVSQNLIQEYLCSSDSKNNDALLVIDIDDFKTVNDTFGHLEGNEVLVAVSKILLHNTHDKDIVARIGGDEFTIFIKSLTKDLIIKITNDILNDASKIKVKDNHKITLSIGIAFTDDSTKLYKDLFSKADKALYLSKADGKNCYSTYE
>CP012312.1|AXU75131.1|1557932_1558778_-|signaling-protein
MFKEIFLRTFPGFLIIRDSNYRIIFINDNLKNLIKSYMQDNPLGMTNIEIAKKLPDNIAKFFTDSHNIQLDWEKNYPYDKISNWILEFKKDTTSYWNVLEYKVDVDEKPYIITMANDITKLYEENKRNLHYSITDPLTGAYNRKYLNDRFDIFIGDYIVLIDLDNFKMINDYEGHNVGDKILCDFVSLLNKELINSTSIIRLGGDEFIVIFSSDVDKNYVYSQLETLREDFLKVFSKYKYLSFSYGVDTVKRNLKLTIVELDKKMYKNKEKNKKKFDKNDY
>CP012312.1|AXU75132.1|1558808_1561043_-|signaling-protein
MQNHNYIKMLNKKVEVLSKELDSRNFKLKTLNEIDFFSKIPNREFMYQYIDDCISKNIHIGIMLLNIDNFKLFNDIYGYLVGENLLITLTQNLLHFIPESKGIVAYLKGEGFLIVLPNVSNKELNNMGATIIESARELKIRLPNEKEIYSNVTFSIGSTIWNGEPNMTTLMLFNQVYSALKKAKSEGKNRYILFNFKDNSFYNKLENDKEFLSEISYVLQTKQIEVFYQPLYNIKNNTIVGCEALARWRHPIKGLLTPDKFIPLFEQFGLITELDLHLFEENCKNIRKWIDKNDVFVPICCNFSRLHFFNPNFPSMLKGITEKYNVSTSNFSIEITENILIENTNTIIQQLTELRSYGFSVSMDDFGSGYSSFGMLQNLPFDIIKIDRIFLSHNLNDFKNTTILYSIINIARALGMLTVCEGVETEQHVEFIKSINCDIAQGYYYAKPMECKEFEKLLSKENNSEKMFIKYSDIGKSLIEKIFDGFFIMQDMKKLRANVTEDIQWFDFYNKTEITSFPKVIEHFEKHIKGKKFSILYKSITPHNTESDSLLISGEAVLSDEAAKHQKYSNFYFSANCIISENKLLLAKLHLDLIKTAGYINEFESYSIPKMTNTHLDESNVLSQFYSMLPVGIIRYDLFGDMIITYMNEEMFDIIGYTKEQFFGEMGGNLRAIVHPDDLDFVYKKSLDMIDTNKIEPFLYRFIKRDGQIVTVMYTQCNLSAIDGRSIAQGMYIDINKIKNLTKI
>CP012312.1|AXU75133.1|1561826_1562636_+|MerR-family-transcriptional-regulator
MKDYYKIGEISKIYGIGRDSLMYYEEIGILRPVRDINGYRMYNISDIWKLNLIKEFRSLNFPMKKIKEYLDDRSIESTKNILNEELDLIDKKIAEFISHKENIIKRLSSIESVIQNTKIDEIEVVYIEKRKALELNADIKRDEDFDFLIQKLQKEYEDRFNILGNNNIGSAFSTEAINKGIFNEFKSVFCFLESNEKVYNIVFDEGYYVTLNYTGSNSNNKMYMEKVFKFIEENNYKIIADPIEIYKIDIHETGIVEEFVTEIQVPITK
>CP012312.1|AXU75134.1|1562788_1563028_+|hypothetical-protein
MKCSNCGSVNIEKGILTTGGIYAETIGLKYVGDGKLDKVINKTFPVQSTIYSDLCLDCGEIVRTYIKDNTDRNWCKDEK
>CP012312.1|AXU75135.1|1563214_1563391_-|hypothetical-protein
MFRDEMDKCTHMLTAYISSLYDYCDFIDTQLDDFILEYGENVVESCLHQVMVLVSKYN
>CP012312.1|AXU75136.1|1563882_1564557_-|MgtC/SapB-transporter
MNHHILIQFEYIARIITAGFCGALIGYERKNRLKEAGIRTHFIVALASALIIIVSKYGFNDIVGTPGIGLDPARVAAQVVSGIGFLGAGLIFIRNQSVSGLTTAAGIWATAGTGLAIGSGLYLVGIVSSIIIVIVQITLHRDRKWMKLPTAEQVSLKISNSTDSIEYIEGKFKKSNIEIINMNIKRLDGDWLEVVIYTKLPKGYKKTNLLKLFSDNPLIETLEI
>CP012312.1|AXU75137.1|1565133_1565268_+|hypothetical-protein
MNISRKAMKIIELAQKIANKRGISVEEAWSEAIIEYKNKYEHIA
>CP012312.1|AXU75138.1|1565367_1566153_+|acetyltransferase
MIVKIDNTLEKEFWQYVSHEESLNLFIIGYVENYGFSSQYQDIWFQVEDGNITSIILKNKSTLIIYSFKNNFDIGEMKNHIKDLDVESISGKKCVIDRLISKYKDFYEKLDNKFCVLKEIKEIDFSNMKEYKIENAQEKDIDEIGKLLNRSDYKVSKNYIEERKEHLKEGNVRAYFIRNDDTMISTVSTGMETSFLAMVVSVSTDKRYRGKGLASYMVYNLSKELLLEGKVPCLFYNNDIAGKIYHNIGYKEVNEWTILFK
>CP012312.1|AXU75139.1|1566248_1567073_-|exported-polysaccharide-deacetylase
MKKDSLKKYIMIGAFALILFGIASINFKSLDKTKTQISSPTLDTHEYDWYFNPREDGKQPSPIKEADFFKKYGAYYVGNPNEKVIYLSFDAGYESGNTPKLLDTLKKHNAKAQFFVVESYIKSNPDLIKRMEKEGHLVCNHSKSHPSMAGITDFEKFKEEITSVEKAYKDVTGKEMPKYFRPPMGKFSEQSLKYTQDLGYKSIFWSFAYVDWYEKKQPTHEFAKNKIYSRTHPGAIVLLHPNSSTNTEILDEVLTHWEKEGYKLKTLDYLNNKK

Crispr_ID: CP012312_6

• CRISPR_ID: CP012312_6
• CRISPR_location: 1663959-1664251
• CRISPR_type: Orphan
• Repeat_type: I-A
• Spacer_info: 4 spacers

Consensus repeat of CP012312_6

Consensus_repeat	Method
GTTTTATATTAACTATATGGAATGTAAAT	PILER-CR
GTTTTATATTAACTATATGGAATGTAAAT	CRISPRCasFinder
GTTTTATATTAACTATATGGAATGTAAAT	CRT

spacers of CP012312_6

>6.1|1663988|36|CP012312|PILER-CR,CRISPRCasFinder,CRT
CATATTATCTTATCATTTTTATTTATTATTAAATAT
>6.2|1664053|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
TATACGCTTTAGTATTTACCTTATTTTTCTGTAGTGC
>6.3|1664119|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
AGCAATTCTGATATTTTTATTCTAATCATTTGAAATC
>6.4|1664185|38|CP012312|CRISPRCasFinder,CRT
CCATCTTTTGTTGCTTTACATAAATTTATATTACTTAT

CRISPR arrays and Neighbor proteins around CP012312_6

CRISPR arrays

The CRISPR arrays of CP012312_6

>merge|CP012312|6|1663959-1664251|PILER-CR,CRISPRCasFinder,CRT
GTTTTATATTAACTATATGGAATGTAAATCATATTATCTTATCATTTTTATTTATTATTAAATATGTTTTATATTAACTATATGGAATGTAAATTATACGCTTTAGTATTTACCTTATTTTTCTGTAGTGCGTTTTATATTAACTATATGGAATATAAATAGCAATTCTGATATTTTTATTCTAATCATTTGAAATCGTTTTATATTAACTATATGGAATGTAAATCCATCTTTTGTTGCTTTACATAAATTTATATTACTTATGTTTTATATTAACTATACAGAATGTAAGT

>CP012312|6|3|1663959-1664184|PILER-CR
GTTTTATATTAACTATATGGAATGTAAAT	CATATTATCTTATCATTTTTATTTATTATTAAATAT
GTTTTATATTAACTATATGGAATGTAAAT	TATACGCTTTAGTATTTACCTTATTTTTCTGTAGTGC
GTTTTATATTAACTATATGGAATATAAAT	AGCAATTCTGATATTTTTATTCTAATCATTTGAAATC
GTTTTATATTAACTATATGGAATGTAAAT

>CP012312|6|5|1663959-1664251|CRISPRCasFinder
GTTTTATATTAACTATATGGAATGTAAAT	CATATTATCTTATCATTTTTATTTATTATTAAATAT
GTTTTATATTAACTATATGGAATGTAAAT	TATACGCTTTAGTATTTACCTTATTTTTCTGTAGTGC
GTTTTATATTAACTATATGGAATATAAAT	AGCAATTCTGATATTTTTATTCTAATCATTTGAAATC
GTTTTATATTAACTATATGGAATGTAAAT	CCATCTTTTGTTGCTTTACATAAATTTATATTACTTAT
GTTTTATATTAACTATACAGAATGTAAGT

>CP012312|6|4|1663959-1664251|CRT
GTTTTATATTAACTATATGGAATGTAAAT	CATATTATCTTATCATTTTTATTTATTATTAAATAT
GTTTTATATTAACTATATGGAATGTAAAT	TATACGCTTTAGTATTTACCTTATTTTTCTGTAGTGC
GTTTTATATTAACTATATGGAATATAAAT	AGCAATTCTGATATTTTTATTCTAATCATTTGAAATC
GTTTTATATTAACTATATGGAATGTAAAT	CCATCTTTTGTTGCTTTACATAAATTTATATTACTTAT
GTTTTATATTAACTATACAGAATGTAAGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU75226.1|1664910_1665729_+|MerR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|133409
CP012312.1|AXU75229.1|1668561_1669002_-|acetyltransferase	unknown	unknown	gnl|CDD|225064
CP012312.1|AXU75215.1|1652474_1653059_+|thioredoxin	unknown	unknown	gnl|CDD|239264
CP012312.1|AXU75217.1|1654115_1654685_+|lipoprotein	unknown	unknown	unknown
CP012312.1|AXU75219.1|1655888_1656803_-|hypothetical-protein	unknown	unknown	gnl|CDD|378573
CP012312.1|AXU75228.1|1668007_1668235_-|ferrous-ion-transport-protein	unknown	unknown	gnl|CDD|377199
CP012312.1|AXU75222.1|1658828_1659656_-|3-methyl-2-oxobutanoate-hydroxymethyltransferase	unknown	unknown	gnl|CDD|234723
CP012312.1|AXU75231.1|1670619_1671828_+|tyrosyl-tRNA-synthetase	unknown	unknown	gnl|CDD|237360
CP012312.1|AXU75220.1|1657368_1657551_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75221.1|1657961_1658810_-|pantoate--beta-alanine-ligase	unknown	unknown	gnl|CDD|234741
CP012312.1|AXU75218.1|1654851_1655499_-|lactate-utilization-protein-B/C	unknown	unknown	gnl|CDD|376839
CP012312.1|AXU75230.1|1669174_1670143_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75233.1|1673185_1674100_+|transporter	unknown	unknown	gnl|CDD|223769
CP012312.1|AXU75223.1|1659630_1660527_-|NADP-oxidoreductase,-coenzyme-F420-dependent	unknown	unknown	gnl|CDD|378484
CP012312.1|AXU75234.1|1674322_1674868_+|ruberythrin	unknown	unknown	gnl|CDD|153105
CP012312.1|AXU75225.1|1664547_1664703_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75224.1|1661206_1663300_+|signaling-protein	unknown	unknown	gnl|CDD|238923
CP012312.1|AXU75232.1|1671888_1672770_-|polysaccharide-deacetylase	unknown	unknown	gnl|CDD|200569
CP012312.1|AXU75216.1|1653211_1654111_+|iron-sulfur-cluster-binding-protein	unknown	unknown	gnl|CDD|274004
CP012312.1|AXU75227.1|1665861_1667982_-|ferrous-ion-transport-protein	unknown	unknown	gnl|CDD|223447

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU75226.1|1664910_1665729_+|MerR-family-transcriptional-regulator	gnl|CDD|133409	cd04782, HTH_BltR, Helix-Turn-Helix DNA binding domain of the BltR transcription regulator. Helix-turn-helix (HTH) multidrug-efflux transporter transcription regulator, BltR (BmrR-like transporter) of Bacillus subtilis, and related proteins; N-terminal domain. Blt, like Bmr, is a membrane protein which causes the efflux of a variety of toxic substances and antibiotics. These regulators are comprised of two distinct domains that harbor the regulatory (effector-binding) site and the active (DNA-binding) site. Their conserved N-terminal domains contain predicted winged HTH motifs that mediate DNA binding, while the C-terminal domains are often unrelated and bind specific coactivator molecules. They share 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.	1.25731e-40
CP012312.1|AXU75229.1|1668561_1669002_-|acetyltransferase	gnl|CDD|225064	COG2153, ElaA, Predicted acyltransferase [General function prediction only].	2.14803e-35
CP012312.1|AXU75215.1|1652474_1653059_+|thioredoxin	gnl|CDD|239264	cd02966, TlpA_like_family, TlpA-like family; composed of TlpA, ResA, DsbE and similar proteins. TlpA, ResA and DsbE are bacterial protein disulfide reductases with important roles in cytochrome maturation. They are membrane-anchored proteins with a soluble TRX domain containing a CXXC motif located in the periplasm. The TRX domains of this family contain an insert, approximately 25 residues in length, which correspond to an extra alpha helix and a beta strand when compared with TRX. TlpA catalyzes an essential reaction in the biogenesis of cytochrome aa3, while ResA and DsbE are essential proteins in cytochrome c maturation. Also included in this family are proteins containing a TlpA-like TRX domain with domain architectures similar to E. coli DipZ protein, and the N-terminal TRX domain of PilB protein from Neisseria which acts as a disulfide reductase that can recylce methionine sulfoxide reductases.	1.05008e-17
CP012312.1|AXU75219.1|1655888_1656803_-|hypothetical-protein	gnl|CDD|378573	pfam11155, DUF2935, Domain of unknown function (DUF2935). This family of proteins with unknown function appears to be restricted to Firmicutes. The structure of this protein has been solved and each domain is composed of four alpha helices. A metal cluster composed of iron and magnesium lies between the two domains.	1.40998e-33
CP012312.1|AXU75228.1|1668007_1668235_-|ferrous-ion-transport-protein	gnl|CDD|377199	pfam04023, FeoA, FeoA domain. This family includes FeoA a small protein, probably involved in Fe2+ transport. This presumed short domain is also found at the C-terminus of a variety of metal dependent transcriptional regulators. This suggests that this domain may be metal-binding. In most cases this is likely to be either iron or manganese.	1.57039e-13
CP012312.1|AXU75222.1|1658828_1659656_-|3-methyl-2-oxobutanoate-hydroxymethyltransferase	gnl|CDD|234723	PRK00311, panB, 3-methyl-2-oxobutanoate hydroxymethyltransferase; Reviewed.	8.6689e-173
CP012312.1|AXU75231.1|1670619_1671828_+|tyrosyl-tRNA-synthetase	gnl|CDD|237360	PRK13354, PRK13354, tyrosyl-tRNA synthetase; Provisional.	0
CP012312.1|AXU75221.1|1657961_1658810_-|pantoate--beta-alanine-ligase	gnl|CDD|234741	PRK00380, panC, pantoate--beta-alanine ligase; Reviewed.	3.85743e-164
CP012312.1|AXU75218.1|1654851_1655499_-|lactate-utilization-protein-B/C	gnl|CDD|376839	pfam02589, LUD_dom, LUD domain. This entry represents a domain found in lactate utilization proteins B (LutB) and C (LutC), as well as several uncharacterized proteins. LutB and LutC are encoded by th conserved LutABC operon in bacteria. They are involved in lactate utilization and is implicated in the oxidative conversion of L-lactate into pyruvate.	4.715e-54
CP012312.1|AXU75223.1|1659630_1660527_-|NADP-oxidoreductase,-coenzyme-F420-dependent	gnl|CDD|378484	pfam10728, DUF2520, Domain of unknown function (DUF2520). This presumed domain is found C-terminal to a Rossmann-like domain suggesting that these proteins are oxidoreductases.	3.44808e-40
CP012312.1|AXU75234.1|1674322_1674868_+|ruberythrin	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.	1.43332e-53
CP012312.1|AXU75233.1|1673185_1674100_+|transporter	gnl|CDD|223769	COG0697, RhaT, Permeases of the drug/metabolite transporter (DMT) superfamily [Carbohydrate transport and metabolism / Amino acid transport and metabolism / General function prediction only].	3.52706e-11
CP012312.1|AXU75224.1|1661206_1663300_+|signaling-protein	gnl|CDD|238923	cd01948, EAL, EAL domain. This domain is found in diverse bacterial signaling proteins. It is called EAL after its conserved residues and is also known as domain of unknown function 2 (DUF2). The EAL domain has been shown to stimulate degradation of a second messenger, cyclic di-GMP, and is a good candidate for a diguanylate phosphodiesterase function. Together with the GGDEF domain, EAL might be involved in regulating cell surface adhesiveness in bacteria.	1.39053e-88
CP012312.1|AXU75232.1|1671888_1672770_-|polysaccharide-deacetylase	gnl|CDD|200569	cd10944, CE4_SmPgdA_like, Catalytic NodB homology domain of Streptococcus mutans polysaccharide deacetylase PgdA, Bacillus subtilis YheN, and similar proteins. This family is represented by a putative polysaccharide deacetylase PgdA from the oral pathogen Streptococcus mutans (SmPgdA) and Bacillus subtilis YheN (BsYheN), which are members of the carbohydrate esterase 4 (CE4) superfamily. SmPgdA is an extracellular metal-dependent polysaccharide deacetylase with a typical CE4 fold, with metal bound to a His-His-Asp triad. It possesses de-N-acetylase activity toward a hexamer of chitooligosaccharide N-acetylglucosamine, but not shorter chitooligosaccharides or a synthetic peptidoglycan tetrasaccharide. SmPgdA plays a role in tuning cell surface properties and in interactions with (salivary) agglutinin, an essential component of the innate immune system, most likely through deacetylation of an as-yet-unidentified polysaccharide. SmPgdA shows significant homology to the catalytic domains of peptidoglycan deacetylases from Streptococcus pneumoniae (SpPgdA) and Listeria monocytogenes (LmPgdA), both of which are involved in the bacterial defense mechanism against human mucosal lysozyme. The Bacillus subtilis genome contains six polysaccharide deacetylase gene homologs: pdaA, pdaB (previously known as ybaN), yheN, yjeA, yxkH and ylxY. The biological function of BsYheN is still unknown. This family also includes many uncharacterized polysaccharide deacetylases mainly found in bacteria.	4.04909e-75
CP012312.1|AXU75216.1|1653211_1654111_+|iron-sulfur-cluster-binding-protein	gnl|CDD|274004	TIGR02163, Ferredoxin-type_protein_NapH_homolog, ferredoxin-type protein, NapH/MauN family. Most members of this family are the NapH protein, found next to NapG,in operons that encode the periplasmic nitrate reductase. Some species with this reductase lack NapC but accomplish electron transfer to NapAB in some other manner, likely to involve NapH, NapG, and/or some other protein. A few members of this protein are designated MauN and are found in methylamine utilization operons in species that appear to lack a periplasmic nitrate reductase.	5.2774e-25
CP012312.1|AXU75227.1|1665861_1667982_-|ferrous-ion-transport-protein	gnl|CDD|223447	COG0370, FeoB, Fe2+ transport system protein B [Inorganic ion transport and metabolism].	7.87532e-151

Protein sequences

>CP012312.1|AXU75224.1|1661206_1663300_+|signaling-protein
MNKRNFEVILNQLQINIYVTNIHTNEIIFMNKKMKEEYNILDPEGKVCWQVLYPEKISTCSFCKVLELLKNDKKGVLIKWYEKCNKLNRVFENYDSLITWQDGTVVHMHQSIDIANSTSLNKPIKINEFHEISNNKEEKGVFNFSRDNFDYNSTLLYDALIRGTDEYIYICNMKTGVFRYSPSQVELFDLPGEIVENPLVYWKKIVHPEDWNRFYKSNTEIGKNQMDYHTVEFRAKNRSGEYIWLRCRGQLMRDEFGEPSIFAGIMTQLGKQNKIDSLTQLLNYHEFMSVFEDKISNPMIEKLCIVLLNIDDFKNVNEMYDRDFGDNIIKTLAQSIQSILPDNAELYKLDGDEMGILVDNVEENEILTLYNQIQNMIIHLQLWRKYGLNITISAGCVIYPKHGDTVKELYKCASYSLQYAKEHGKNRLVFFSQEILKNKMYSLEMMRDLKASINDDFRGFSLRFQPQVDTESHKIIGVEVLLRWTNDKCKAISPLEFIPILEENDMINIVGAWVLRMALRTFRKWIDYYPFFKVSVNVSAVQILEDTFIEDIVKIIDDENFPYQNLVLELTESHTVQNMSILQFKFKALQDLGIYIAMDDFGTGYSSLEVLKFSPIDIVKIDRVFVKDILKSKFDATFIHFIVAICHDVGIKVCLEGVETQEEYDLVKQIKPDYIQGYLFGKPQTATEIFDLLKLDN
>CP012312.1|AXU75223.1|1659630_1660527_-|NADP-oxidoreductase,-coenzyme-F420-dependent
MANYFLSKGYCVSGFYGRNQLSLLESTNLTKTKIYSNLKDIIYENDILFITTSDDSIEIIDKKLSKFNLKHKYICHTSGSLKSSILFCSKKAGALIYSIHPIFAFSNKNTDIKKMKDICFSIEGDNEQDDLVVQNFIDGLGNQFFIRDKDTSSTYHLANVLVSNLVLSLLDIGVSYFIKLGLSEDESLKSISPLVKKNIENILDNGFTKALTGPVSRGDITPIKKHLSVLDKKDEEIYKILSLNLLKIIALGNDNSLKCTKNITIENAIENLISKSEKYKEIYKLLGGKNDEKYHTNF
>CP012312.1|AXU75222.1|1658828_1659656_-|3-methyl-2-oxobutanoate-hydroxymethyltransferase
MKNTIQTFKNAKYEGKKLSMLTAYDYSIAKIMDECDINGILIGDSLGMVIKGEENTLSVTIDEIIYHTKAVKNGVKNALIVSDMPFLSYHVSIEDAVKNAGRLIKEGGAHAVKLEGGSNVIKQIENIVNAQIPVMGHLGLTPQSVNSFGGFKVQGNTSETAKQLIEDAKLIEKAGAFSIVLEGVPAKIAEMVTNSISIPTIGIGAGINCDGQILVYQDMLGMFGDFVPKFVKQYANIGDIMKDSIKNYILEVKTGAFPQEKHSFSINESELEKLY
>CP012312.1|AXU75221.1|1657961_1658810_-|pantoate--beta-alanine-ligase
MLVKEIKLLRNIIKDWRKDGYSIGLVTTMGFLHEGHQSLIKKAVKENDKVVVSVFVNPTQFGPNEDFNSYPRDIDKDFKYCMDSGATVVFNPSPEEMYLKGNCTTINVSGLTDFLCGAKRPVHFGGVCLVVSKFLNIVTPDKAYFGEKDAQQLAVIKRMVKDLNIDTEIIGCPIIRENDGLAKSSRNTYLSEEERKSALILNKSLSLAKEELVKGNLNPENIKELITAKINSEHLAKIDYVEIVDSETLQPVKQIEHSILVAIAVFIGKTRLIDNFTFELNI
>CP012312.1|AXU75220.1|1657368_1657551_-|hypothetical-protein
MFKDKIDECVHIMTAYIASLKEYYSFIETQIGDFIKKYGEDIVELCLHRVMILLCECGLA
>CP012312.1|AXU75219.1|1655888_1656803_-|hypothetical-protein
MIDNQKYVILSLELHLFFSRIMKEHALFLEAGFTNKNYNLAMEADHYKKQFEDLLSYAVSASNGIIRPDILYSEELVTTLTSAAEQKTEEFTGIEINKNITTRELNLQSGVDPQVGQDLVNYVAQLNSDAIRLLDGLINFKERVLDGVLSCTIFTSNYPLLLEHIIHEANLYRSYVVDLENKIDIESKSAKEIELFWDHIMMEHALFMRGLLDPSEGELINTSNDFAIKFNELIEKTNEMTDSNIKNITEETLNETVEFKDFKEAGASGIEQCKIKSIILPLLADHVLREANHYIRILESYKNM
>CP012312.1|AXU75218.1|1654851_1655499_-|lactate-utilization-protein-B/C
MIRQTPLEKRYDKLGPHIVTALKKRYFDAYYCKTRNEALQQILDLIPQNHVVSWGGSETLKEIGVQTAVREKGFKVIDRDLAKTPEERTEIMRQALLCDTFLMSSNAISEDGQLFNIDGNGNRVAAMIFGPKNVIVVAGMNKIVKNIDDAIQRTRTIASPAVVQRFQDVNTPCYISGSCIDCTSPESICAYMVTTRISRPAKKIRVILVGENLGL
>CP012312.1|AXU75217.1|1654115_1654685_+|lipoprotein
MKKFIICIIMFAISVLVLAGCSNDNKIKNEVDSMFNAIKTQDADTVDKYFPKSGLGNLIYEDKEGFKMYSKNMTWEISDIKNNKDKVTVDLKINNTDMVSILKKNPPKLGEMMPNPTMKDIDSANKKEFNITLELVKTGDNYVCKVNQESAMKLLNVITGGGIDYLADYNKDYYKQLDEEQKNYENKNS
>CP012312.1|AXU75216.1|1653211_1654111_+|iron-sulfur-cluster-binding-protein
MKLLSKINNNIRLITQVAFTALTNGYVNGFLEGTIYGGESKKLCVPGLNCYSCPGALGACPIGSLQAVLSSREYKFSFYVVGFLMAFGAFFGRFVCGWLCPFGLVQDLLHKIPFPVKIKKVYGDKYLKYLKYIVLIMFVIILPVAVVNVAGGGNPWFCKWICPSGTLLGGIPLILGNENLRESIGFLFSWKLSILLLILLMSIITYRPFCKYICPLGAIYGFFNPISIYRFKIDKDKCTNCTACQTKCKLDIPIYKDVNSPDCIRCGECIKVCPQNAITTTFSKDKKENNICAKKYRGI
>CP012312.1|AXU75215.1|1652474_1653059_+|thioredoxin
MKKFFMVVLGCVFVLGMISGCSKKESKPVEKNKNNSEWFSNLDTEDVDGNKVTKEIFSNKELTLINVWTTWCGPCVGEMPELEALSKEYESNNSNVAIKGLVVEVDKTDMRTGLSNEEKNLVKDIMKKSDATYQQLTVSEELKKTDFKRVMEFPTTYFVDKKGNFVGEKVVGANSKEDWKKIIDERLKMVKTNE
>CP012312.1|AXU75225.1|1664547_1664703_-|hypothetical-protein
MLVRVKIVIGATIRYLIKHKVNYCNKKSLDKLELKYGNIDREKAVKLEIFY
>CP012312.1|AXU75226.1|1664910_1665729_+|MerR-family-transcriptional-regulator
MEKQYFTTGEFAKLCGISRQTLIFYDKIGIFSPEYKDKNNYRYYSVYQYDTLDILQSLREIGMSLEEIKEYIQNRTPQLCVKMLKEEEKKIREKIKKLRKISSKMQNRISITVEGISKMNSEEIYISKKFEEYLVLSSDLSNMSNSDFMMELIDFTNYCKSKNLYQGYELGVIVSNENIKNGDYLSISSFYLKIDKKIKDKKLYVKPEGMYACIKHIGKYEDSYKSYEKLKKYIYENEYKIIGNSYEESILDFFCESNEDNYMTEISIQVSR
>CP012312.1|AXU75227.1|1665861_1667982_-|ferrous-ion-transport-protein
MGLTHNSTKMSSLKDMFDIDNKEDQFIIALAGNPNTGKSTVFNHLTGLRQHTGNWPGKTVATARGNFKYKNTEYALIDLPGTYSLFALSQEEIVARDFICFGNPDAVIVVCDATCLERNLNLVFQVMELTDKVILCINLIDEARKKGITIDKKLLEDSLGIPVILTAARNGSGMDELLDTLNDVSFDKYKLNNKPVRYNENIEDVVKSIQPELDNIIPGINSRWLGLRLIDGDESIFESMSNYIDKDSIDAINEVKKKIPDNINKQKIRDEFTKINYDYAKKLSDECCSNVAKKSTDREEKVDKILTSKIFGLPIMLLLLGTILWITIEGANYPSTLLSNLLLGFEPSISGILNSINCPSWLNDMLVLGLYRTLAWVISVMLPPMAIFFPLFTLLEDFGYLPRVAFNLDHLFKKACAHGKQCLTMCMGFGCNAAGVIGCRIIDSPRERLIAILTNNFVPCNGRFPTLIAISTIFFSSVITNSFVSSVATALCITLLIILGVIITLLVSYTLSKTLLKGVPSTFTLELPPYRVPQIGRTLYTSIIDRTIFVLGRAVMVAIPAGVITWIFANIYIGDLSILSHVANFLDPLAKLIGLDGFILLAFILGFPANEIVVPILLMAYLATGSMIELDSFSALGQVLREHGWTYLTALNVMLFSLLHWPCATTLLTIKKETGSLKWTALGFLMPTILAFVVCFLTTTVYNLFI
>CP012312.1|AXU75228.1|1668007_1668235_-|ferrous-ion-transport-protein
MKNLNDIQVKKTVKVEDILSSGNLRERMLALGLTRGAVIDVVRKGPKNNLTVYKIRGSKIALRQEESSLILVSDI
>CP012312.1|AXU75229.1|1668561_1669002_-|acetyltransferase
MFKIKHFNDLSLDEFYEIAKSRYEVFACEQKIFSLNDYDDIDKSSYHIFLKENGLICAYARIIPKEYSSYNDVSIGRVLVLSSHRRKGLAKQMMDCAIDFIKVNLHENNITLSAQTYIKNLYLSCGFKEISEVYDEAGIEHIKMRL
>CP012312.1|AXU75230.1|1669174_1670143_+|hypothetical-protein
MNTTKKLTEAALLSSLFIVVTIIAVSTGFGYAIYLDFIVPVFFCIICLKCDLKYTILSGITSLLIISLVLGNLGTAIWASQSVLLGIMCGYLINKPTMVMDDLVYGSVFGVIVMVFIDIYASTLIGYSFMKEFQGYSKWIYFNGYTNFIYYLMIALFPFGMVFCIYLLSLILGNKLHILDSNSLKKFLIFKNFRSLNQFLCCSKKAFYICVSYLAIFEVLKLWNVKVDSVYLKTIFISITYISVYFIIRDSCMSLQNFIIAKFRKLLYARILFLIIILLLFFIFDVTVISLIIINAFLNKKIDIRLSQSNIVNKQINLLIEK
>CP012312.1|AXU75231.1|1670619_1671828_+|tyrosyl-tRNA-synthetase
MKSIDEQMRIIMKGVDDLIDEKELREKLIKSEKEGKPMIVKLGLDPSAPDIHLGHTVVLRKMKQLQDLGHQIVIIIGDFTGKIGDPTGKSKARKALTTEQVLANAKTYEEQIFKVLDKEKTIVRFNSEWLAKLNFEDVIKLAATITVARMLEREDFKKRYEGQMPISVHEFFYPLMQAYDSIALEADIELGGTDQRFNLLMGRSLQREFGMESQIVIMMPLIEGLDGKEKMSKSLGNYIGIDEEAGIMYQKSMEIPDELIIKYYNLVTDVHPDEVNKIESQLKEGSVNPRDIKMNLAREIVTLYHGEESAREAEERFKSVFQKGQIPEDIQTIQVEEDGFDLIEVLVSNEIVKSKSEVRRLASQGGVKVNGEKVEDLSTIVKESELVVQIGKKKFVKIELVK
>CP012312.1|AXU75232.1|1671888_1672770_-|polysaccharide-deacetylase
MVKKRKKKTVTLTILVVIVIGIFSMAWADMSRKKEMKETQERLKAERLEKERIEKEKNEPIIGAKKEAVKEYGYDAKIVWDKLNKYDYSNNGEKIVFLTFDDGPSTTNTPQVLDILKRHGVRGTFFIKGDSLERKGANEILKRTFDEGNAIAHHSYTHDYKKLYPSRSLNLDTFVNELNKTDEAMKKALGKNFSSNVVRCPGGYMSWKNMEPLGNYLKEKNMASIDWNALNADAEGKKKNAQELFEHAKKSSEGKEMVVLLMHDTYGKQETVNALDQIITYFKDNGYQFKILI
>CP012312.1|AXU75233.1|1673185_1674100_+|transporter
MKKYFGEIGLIFIAIIWGSGFVATQFALDGGLTPLQIITLRFFLAAIIMNLLFFKQIRANMSKKLLKAGGILGIFLFLAFTVQTIGLMYTTPSKNAFITAANVVIVPFIGFILYRRKLDKIGIISSLVALIGIGILSLEADFSINFGDFLTLICSFGFAFHIFFTSEFAKDNNPMALTAIQFTVAFLMSVVVQTFAGQLKMEAELSGYMGTMYLAVFSTTIGFLFQTICQKRVDGTRTAIILSTEAVFGTIFSIIILKELITAKLVIGSILIFVAIITAETKLSFLKSKKVKLKDSEESSLESI
>CP012312.1|AXU75234.1|1674322_1674868_+|ruberythrin
MKKFVCTVCGYIHEGDAAPAQCPVCKVGADKFEEMKGEMVWADEHRIGVAQGVDAEIIEGLRANFTGECTEVGMYLAMSRQADREGYPEVAEAYKRIAFEEAEHAAKFAELLGEVVVADTKENLRVRVDAEYGATDGKLKLAKRAKELGLDAIHDTVHEMCKDEARHGKAFLGLLNRHFGK

Crispr_ID: CP012312_7

• CRISPR_ID: CP012312_7
• CRISPR_location: 1753757-1753987
• CRISPR_type: Orphan
• Repeat_type: I-A:NA
• Spacer_info: 3 spacers

Consensus repeat of CP012312_7

Consensus_repeat	Method
GTTTTAGATTAACTATATGGAATGTAAATTT	PILER-CR
GTTTTAGATTAACTATATGGAATGTAAAT	CRISPRCasFinder
GTTTTAGATTAACTATATGGAATGTAAATTT	CRT

spacers of CP012312_7

>7.1|1753788|37|CP012312|PILER-CR,CRT
TTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAA
>7.2|1753856|34|CP012312|PILER-CR,CRT
ACTAGATGGATTTAAATAAGGTAATCCACCAGTA
>7.3|1753786|39|CP012312|CRISPRCasFinder
TTTTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAA
>7.4|1753854|36|CP012312|CRISPRCasFinder
GTACTAGATGGATTTAAATAAGGTAATCCACCAGTA
>7.5|1753919|38|CP012312|CRISPRCasFinder
TTCAATTTCTTTCACTATTGTAATTTTATTTGTGACAG
>7.6|1753921|36|CP012312|CRT
CAATTTCTTTCACTATTGTAATTTTATTTGTGACAG

CRISPR arrays and Neighbor proteins around CP012312_7

CRISPR arrays

The CRISPR arrays of CP012312_7

>merge|CP012312|7|1753757-1753987|PILER-CR,CRISPRCasFinder,CRT
GTTTTAGATTAACTATATGGAATGTAAATTTTTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAAGTTTTAGATTAACTATATGGAATGTAAATGTACTAGATGGATTTAAATAAGGTAATCCACCAGTAGTTTTAGATTAACTATATGGAATGTAAATTTCAATTTCTTTCACTATTGTAATTTTATTTGTGACAGGTTTTAGATTAACTATATGGACTTAAAATTA

>CP012312|7|4|1753757-1753920|PILER-CR
GTTTTAGATTAACTATATGGAATGTAAATTT	TTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAA
GTTTTAGATTAACTATATGGAATGTAAATGT	ACTAGATGGATTTAAATAAGGTAATCCACCAGTA
GTTTTAGATTAACTATATGGAATGTAAATTT

>CP012312|7|6|1753757-1753986|CRISPRCasFinder
GTTTTAGATTAACTATATGGAATGTAAAT	TTTTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAA
GTTTTAGATTAACTATATGGAATGTAAAT	GTACTAGATGGATTTAAATAAGGTAATCCACCAGTA
GTTTTAGATTAACTATATGGAATGTAAAT	TTCAATTTCTTTCACTATTGTAATTTTATTTGTGACAG
GTTTTAGATTAACTATATGGACTTAAAATT

>CP012312|7|5|1753757-1753987|CRT
GTTTTAGATTAACTATATGGAATGTAAATTT	TTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAA
GTTTTAGATTAACTATATGGAATGTAAATGT	ACTAGATGGATTTAAATAAGGTAATCCACCAGTA
GTTTTAGATTAACTATATGGAATGTAAATTT	CAATTTCTTTCACTATTGTAATTTTATTTGTGACAG
GTTTTAGATTAACTATATGGACTTAAAATTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU75324.1|1756088_1758377_+|phage-tail-tape-measure-protein	unknown	unknown	gnl|CDD|131723
CP012312.1|AXU75321.1|1752078_1752519_+|phage-protein	unknown	unknown	gnl|CDD|378084
CP012312.1|AXU75326.1|1759077_1760970_+|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|366353
CP012312.1|AXU75313.1|1748199_1748433_+|hypothetical-protein	unknown	unknown	gnl|CDD|274765
CP012312.1|AXU75328.1|1761248_1761668_+|phage-protein	unknown	unknown	gnl|CDD|378510
CP012312.1|AXU75317.1|1749602_1750040_+|phage-protein	unknown	unknown	unknown
CP012312.1|AXU75318.1|1750023_1750209_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75316.1|1749184_1749610_+|phage-protein	unknown	unknown	gnl|CDD|377415
CP012312.1|AXU75322.1|1753361_1753466_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75327.1|1760983_1761244_+|phage-protein	unknown	unknown	gnl|CDD|378501
CP012312.1|AXU75329.1|1761668_1762718_+|phage-protein	unknown	unknown	gnl|CDD|377414
CP012312.1|AXU75319.1|1750209_1751520_+|phage-protein	unknown	unknown	gnl|CDD|377435
CP012312.1|AXU75332.1|1764381_1766070_+|Glycine-rich-protein	unknown	unknown	gnl|CDD|372323
CP012312.1|AXU75314.1|1748442_1748844_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75330.1|1762710_1763328_+|phage-protein	unknown	unknown	gnl|CDD|378379
CP012312.1|AXU75315.1|1748837_1749185_+|phage-protein	unknown	unknown	unknown
CP012312.1|AXU75325.1|1758392_1759085_+|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|236880
CP012312.1|AXU75320.1|1751536_1752007_+|phage-protein	unknown	unknown	gnl|CDD|378178
CP012312.1|AXU75323.1|1755136_1756018_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75331.1|1763339_1764365_+|phage-tail-fiber-protein	unknown	unknown	gnl|CDD|372197

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU75326.1|1759077_1760970_+|phage-cell-wall-hydrolase	gnl|CDD|366353	pfam00877, NLPC_P60, NlpC/P60 family. The function of this domain is unknown. It is found in several lipoproteins.	3.91099e-27
CP012312.1|AXU75313.1|1748199_1748433_+|hypothetical-protein	gnl|CDD|274765	TIGR03752, conj_TIGR03752, integrating conjugative element protein, PFL_4705 family. Members of this protein family are found occasionally on plasmids such as the Pseudomonas putida toluene catabolic TOL plasmid pWWO_p085. Usually, however, they are found on the bacterial main chromosome in regions flanked by markers of conjugative transfer and/or transposition. [Mobile and extrachromosomal element functions, Plasmid functions].	0.000252394
CP012312.1|AXU75328.1|1761248_1761668_+|phage-protein	gnl|CDD|378510	pfam10934, DUF2634, Protein of unknown function (DUF2634). Some members in this family of proteins are annotated as phage related, xkdS however currently there is no known function.	2.36165e-36
CP012312.1|AXU75321.1|1752078_1752519_+|phage-protein	gnl|CDD|378084	pfam08890, Phage_TAC_5, Phage XkdN-like tail assembly chaperone protein, TAC. This is a family of phage tail assembly chaperone proteins, TACs, from Gram-positive bacteriophages, in particular PBSX from Firmicutes.	8.20802e-57
CP012312.1|AXU75324.1|1756088_1758377_+|phage-tail-tape-measure-protein	gnl|CDD|131723	TIGR02675, Mu-like_prophage_FluMu_protein_gp42, tape measure domain. Proteins containing this domain are strictly bacterial, including bacteriophage and prophage regions of bacterial genomes. Most members are 800 to 1800 amino acids long, making them among the longest predicted proteins of their respective phage genomes, where they are encoded in tail protein regions. This roughly 80-residue domain described here usually begins between residue 100 and 250. Many members are known or predicted to act as phage tail tape measure proteins, a minor tail component that regulates tail length.	1.28848e-15
CP012312.1|AXU75316.1|1749184_1749610_+|phage-protein	gnl|CDD|377415	pfam04883, HK97-gp10_like, Bacteriophage HK97-gp10, putative tail-component. This family of proteins is found in the caudovirales. It may be a tail component.	2.77468e-17
CP012312.1|AXU75325.1|1758392_1759085_+|phage-cell-wall-hydrolase	gnl|CDD|236880	PRK11198, PRK11198, LysM domain/BON superfamily protein; Provisional.	5.3828e-12
CP012312.1|AXU75329.1|1761668_1762718_+|phage-protein	gnl|CDD|377414	pfam04865, Baseplate_J, Baseplate J-like protein. The P2 bacteriophage J protein lies at the edge of the baseplate. This family also includes a number of bacterial homologs, which are thought to have been horizontally transferred.	8.03834e-50
CP012312.1|AXU75319.1|1750209_1751520_+|phage-protein	gnl|CDD|377435	pfam04984, Phage_sheath_1, Phage tail sheath protein subtilisin-like domain. This entry represents the second domain in a variety of phage tail sheath proteins. According to ECOD this domain has a subtilisin-like structure.	2.32287e-36
CP012312.1|AXU75330.1|1762710_1763328_+|phage-protein	gnl|CDD|378379	pfam10076, DUF2313, Uncharacterized protein conserved in bacteria (DUF2313). Members of this family of proteins comprise various hypothetical and putative bacteriophage tail proteins.	7.49181e-41
CP012312.1|AXU75327.1|1760983_1761244_+|phage-protein	gnl|CDD|378501	pfam10844, DUF2577, Protein of unknown function (DUF2577). This family of proteins has no known function.	3.86244e-20
CP012312.1|AXU75320.1|1751536_1752007_+|phage-protein	gnl|CDD|378178	pfam09393, DUF2001, Phage tail tube protein. This is a family of phage tail tube proteins including protein XkdM from phage-like element PBSX protein whose structure adopts a beta barrel flanked with alpha helical regions.	2.40208e-57
CP012312.1|AXU75332.1|1764381_1766070_+|Glycine-rich-protein	gnl|CDD|372323	pfam12810, Gly_rich, Glycine rich protein. This family of proteins is greatly expanded in Trichomonas vaginalis. The proteins are composed of several glycine rich motifs interspersed through the sequence. Although many proteins have been annotated by similarity in the family these annotations given the biased composition of the sequences these are unlikely to be functionally relevant.	4.98511e-60
CP012312.1|AXU75331.1|1763339_1764365_+|phage-tail-fiber-protein	gnl|CDD|372197	pfam12571, DUF3751, Phage tail-collar fibre protein. This domain family is found in bacteria and viruses, and is approximately 160 amino acids in length. There are two completely conserved residues (K and W) that may be functionally important. The members are annotated as being putative phage tail or tail-collar proteins.	1.60175e-58

Protein sequences

>CP012312.1|AXU75322.1|1753361_1753466_+|hypothetical-protein
MIGFLLSILAGVISAYIYDKIKNHPDANKGDLKK
>CP012312.1|AXU75321.1|1752078_1752519_+|phage-protein
MSNLSAFLSQNAIKVDNVKYVASNRFLDKEGKPVEWELKVLSSEEDEALRRKCTKRVKVIGNNGKHTGQYTSEIDYNSYVAELCVASTVFPDLKDAELQNSYGVMGEAQLLKTMLTAGEYVNYTVKVNEVNGFDTSFEDKVEEAKN
>CP012312.1|AXU75320.1|1751536_1752007_+|phage-protein
MAQTINAKDTVSAKKAECFITIEGKRYNFMQAIDLEAKMEKNKSEVPILGRTTKGNKTTGSTNTGSATFHYNTSIFRELLYRYKETGEDIYFDIQVTNEDPTSAVGRQTVVLKDCNMDSGIITKFDADGEYLDEDMDFTFEDWELVEKFNLLAGME
>CP012312.1|AXU75319.1|1750209_1751520_+|phage-protein
MALGGGTFVTQNKVLPGAYINFISAKRATSSLSDRGIVAMPLELDWGIDEEVFQVTSDDFEKYSVKYFGYDYTHEKLKGLRDLFKNIRLGYFYKLNKGVKASCTIATAKYSGIRGNDLKVTVTTNIDDNAKFDVVTLLDNKKVDTQIAKVITDLQDNDYITWKKDATLEASAGLVFTGGTNGEAVTGAEYQAFLDKIESYSFNALGCLATTTEIKSLFVEFTKRMRDKVGAKFQTVLYKKSDADYEGVVSVENKIKDKDLVESSLIYWATGAIAGCDINKSNTNKKYDGEFDVGVNYTQIQLEEALKSGKFIFHKVGDEVHVLEDINTFVSFTDDKNDDFSSNQSVRVLDQIANDIATLFNEKYLGKVPNDKAGRISFWNDVVKHHKELENIRAIEDFKTDDVSVELGNDKKTVIVSDAVKVINAMSKLYMTVSVN
>CP012312.1|AXU75318.1|1750023_1750209_+|hypothetical-protein
MINLSKTLSKEENYKFTKEQIVNSKRYVNRKDLLNAILKEDELYSFSEVEEIINNFMKGVS
>CP012312.1|AXU75317.1|1749602_1750040_+|phage-protein
MLNNIIDGISIKLDKTFGESYTIYSEDVEQGINEPCFFIVPLNPSKVSYPSGRTLKKNSFDVHYFPKSNDKSFEINEVAEMLLEELEYIEIDGDLVRGTNMNFEIVDNVLHFFVDYNYFTIKSNNTDKMDTVELFGGLKRGDKLE
>CP012312.1|AXU75316.1|1749184_1749610_+|phage-protein
MARWGSVDFREFKRVCKKMEELTKIDLDKFCKDAARELAARLLGKVIRRTPVDTGFLRQGWNGVAYARSLPVYKQGNNYIIEVVNPTEYASYVEYGHRTKDGKGWVKGQHFLTISEMELQSQVDKIIEKKLLILLKGVFDA
>CP012312.1|AXU75315.1|1748837_1749185_+|phage-protein
MVSKTRKAIEMLYRDKCTIVEYQPIKDPVTKRTNNKEVIVLENQPCKLSYKNIVSATEGKLAKLEQTIKLFISPDIEIKAGSKLIINDKEYVRSGESAIYSNHQEIILELFKDKA
>CP012312.1|AXU75314.1|1748442_1748844_+|hypothetical-protein
MENNIIDEIEKRLESFGYILKDGDKWLIGFVREKIENIIKLDCNIKTMPIELKEIEVDMIVGEFLFTKKNMGQLDIESINFEAVEKSISEGDTKVDFAIGSGSQTPEQRFDSLIAYLTTYGKNNILTFRCLRW
>CP012312.1|AXU75313.1|1748199_1748433_+|hypothetical-protein
MAQVRKLNRILTIEECKIDDFLEMGYDLIDETGKAVKYGKSLSVKDLIAENNILRSKVESLEEENKQLKEKNKLTKK
>CP012312.1|AXU75323.1|1755136_1756018_+|hypothetical-protein
MWNKFKTLSKGKKIFFGVLAFILFPITIAAFLGEVSIKLLIGGFKNKKILKIVGGLFAIYFFMVVIIADIKIYSSLFKGELQNAEPVANENNEEHIKKAKTEKTDVIKMSKDEQKISEVINTEPEKIKNIANILKECGIEDFESIKHDDGLDNAHFNGEKGYRIEFGGSKNIILYMNKDNSVYNVRWADNDFYKNNKVVSKVSDYTLTIDEKTELQLQCQNGVSAILKSPSTAKFPNITEWVFYKDKEKIVVQSYVDSQNSLGAILRSDFQITFTSDGKNVKSFIFDGEEMIK
>CP012312.1|AXU75324.1|1756088_1758377_+|phage-tail-tape-measure-protein
MATIQTSIRIFDGMTPAFRHMTTAMNIVLSSFEQLQRTSSNAVDANSIIKAREELARAEAGFDRLEQQIREADGQQRRLNKDINKGASSTDKLVANAKRLVATYIGLRSVGGLINLSDQMTSTNARLNMINDGQQSDGGLNKMIFQSAERARASYLDTAKIVTRVGMNAGKAFSSTKEIVAFAEQLNKKFVIAGATTEETNSALLQLTQGLGSGVLRGEELNAVFESAPNIIQSIADYLDVDIGKIRSMASEGMLTADIVKNSLLAAAEQTNAEFEKMPYTFGQIWTSIKNNVVMIFGVIQKKIEQSMSSRGFRTFIDNFINGLYVLGNVFFNIFNGIISILSSPFFQAFVNTIIVCVSLIAQALGWVITQALNIANVFAQNWSIIAPIIYGVVAAIAIYSLALAGMWAWEKLVAASKFVVMFAQMLLNTQTLAGYKSLVLYALGQWGVNEAMLACPIFWVVAGIIALVVALFVGVAVFNHFANTSISAVGVVAGAISVAASFIGNIFVATGNMLIDIVALIWNTFATFAEFLANVFNDPLGSIIRLFSGMADTVLGILQSIASAIDTIFGSNLASAVSGWSDKLQGWTDEVAGEAKIKVERIDPSSLHYDRFNYTKAWDGGYKFGEKLENKIKDAFDISKIADKAKKDLGLDDLWDKKYGLGDGFGSGGLNSPLNDAAKGAKDTAGNTAKMAKTMDKSQEDLKYLRDIAEQETINRFTGVNIKIDMNNTNNISKDADVDGIVNVLTEKLNDAMVVSAEGIV
>CP012312.1|AXU75325.1|1758392_1759085_+|phage-cell-wall-hydrolase
MAYDFYLDGVQLPIPPPKLEIKITNKNKTVDLINTGEVNILKKEGLSEISFEAEFTHNKLPFYRGTFKDVQFFLSKLELLKTDCKPFQFIVSRELGNKVLFNTNMKVSLEEYNIVEDAENGSDTKVAIKLKQYRDYSTKKLVLAPPKTTETGRPSVKIEPKRVDSINAPNTKTYTVKSGDSLWSICQKQLGNGSLYKKVYELNKSMMDKANKGKNLSKYTIYKGQVLKLG
>CP012312.1|AXU75326.1|1759077_1760970_+|phage-cell-wall-hydrolase
MVDDLVLANDRDVRLVIAHWEDFYEPAVIDGVTWEIERQGAPSKLEFTIVMDDILQFCEGNSVRLYYKGTGVFYGYIFQKKRDKENHIKIVAYDQLRYFKNKDTYVYNNQTASELVKMLAKDFNLKYNVIEDTKYKISRVEENKTLFDMVLTALDDTLREKKEMYVLYDDFGRITLKNVASMKLDTVMNNDVIEDFDYNSSIDSDTYTKIKLVRDNEETSKRDVYIAQDSAHMRSWGILQMFDTVDKNMSEAEIKQKCDILLKLYNKKTKSLSLKNALGDIRVRAGCLVPVFLDLGDIELQNYMLVEKVKHTFENNSHFMDLTLVDGDEFASYSSSSYSSGNTNNKDEKKNGPAQSTTKKNTGKKVPAIFTAYYPGNNAMEGGKTDCNGKPLDVKSRTVAGPMNREGVKKTWYTDDFLKKHPVFEYGDKVKIILPGTAYDNKVYTVKDNGGRIYVETNGTYHIDILLANASECKKFGRKNGYIIIGGDEEQTYQVEGNNQSSTNNNSKEDKLISIAKSKLGCNYVYGAEGPNTFDCSGFTQWCYKQIGIKIPRTASAQSKAGKAVDLKDRSKWKAGDLLCRIGGGSSNHVVMYIGNNQIIHSPQTGDVVKIESVNSYRKGKAYTHVRRFI
>CP012312.1|AXU75327.1|1760983_1761244_+|phage-protein
MSQDLLQIIKKAAMDAVETSNPMRVVFGTIESTSPLKVKIEQKLSIGEFFLIQTDTFKRYTDKKIGDKLVLIRMQGGQQYLILDRM
>CP012312.1|AXU75328.1|1761248_1761668_+|phage-protein
MLPSDNLDYDIEDVSIINFDVRQEPSKTFKLNIEKSKIDGICDDVEALKQTIFLILNTERYQHLIYSWNYGVELNDLIGEPISFVIPELERRIKEALIQDDRVENVDNFEFQNVKGKVHCKFTVYSKYGNIKAEKVVSV
>CP012312.1|AXU75329.1|1761668_1762718_+|phage-protein
MFELMTFENIIKRMLDSVPNTLDKREGSIIYNALAPVAIELTETYIAMDELLDQTFVDTASYYYLEKRCKERGITPLPATNTIAKGVFNIDIPLDSRFNLGEYNYVAIERISEGIYKMKCETAGPIFELGQLIPIEYIDKLETAELTEILINGEDEESEDSLRQRYYDSLNSQSFGGNIQNYKDEVNKIQDVGGVKVYPTWDGGGTVKLVIINSNFKVPSTDLINLVQEEIDPIGHQGQGLGLAPIGHRVTVEGVTSTTINISAEITYKSGYTWENIKTIAEETIDDYLNELNMSWEDEENLIVRISQIETRLLSIDGVLDIANTMINSIASNLNVDKDSIVLRGEVVG
>CP012312.1|AXU75330.1|1762710_1763328_+|phage-protein
MDKEINLINYLPQILQDKEEYIKVFNVENKEIKTLHDKLKDLSNDQFLEDLTPSGVKRWEKIMSITPKSNESLEDRRFRIFSKYISKLPYSERFLRNWLDNIVGEGNYELTINNSTYNIHLESDARNQDWFEEVHSFVSNIKPCNMTLDYTRVLISKDNYMNFGITTLIGQEITIYPWSPPDIETYGEIDVLTGNGVGYQEVTIF
>CP012312.1|AXU75331.1|1763339_1764365_+|phage-tail-fiber-protein
MAIDKSYYTIITDVGKAKIANASVTGNKVGFVKIQLGDGGGSEYTPTESQTALKNVVWEGNIGNTTTDETAPNCIILESLIPSSVGGFMIREIGYLDDENNLIAISKYKECYKPSIEQGAVVDMKVKTVLIVSNVNNIELKIDPTIIFATLKDIQELETKIGTINTKIDTTKTELTSNIETAKTELNTRIDTENEKQNIKIDQLIAGGSNVAYTQRVAIDDWVEDAENGFKATVTHSLLTQRIVVNIIDATTKENVVTNFKIIDDNSIEVRSEVKVELNVYVINGNAETHFINATVDDNRVSEMTTYSSKKIEDRFVNLEEKVNGGLSNIATSVNELITYC
>CP012312.1|AXU75332.1|1764381_1766070_+|Glycine-rich-protein
MQTEWNFGYNGSPQSVILKPGKYKFECWGSSGGINNSSWYTDAKGGYSKGEITLKKQTTLYVYVGESGFASSSTSNNTKSGFNGGGKGYLNQQVMGTYYSMYGGGATDIRLVGGAWDNEQGLLSRIIVAGGGGGSYSPYTGGAGGGLAGGTGYSANDRHRPGGTQYQGGIGRVSTENGSFGKGCSAKDSTGEGGGGGWFGGAGMNGVGAGGGGSGYVLTKDSYKPTGYTPTSEYYFDNVVMESGGNTAGAYGYALITLLQALPFLTVSSYNSTTATFKADHTDPALLTKIEYFIDDVLKETITTDLTLEKTINYTLEDNALHTLKIVVTDSNNATAEKVLSISKNIMPLPENVNLNDISTKLTEVNAGFKTGKTSIINTLALKNIEASLNNTLVELSEKIKTSFDSSDASVQDLMNQLTQSNNTITQLNTKYQYFSGVTTLIGNSICIANFYGKASGMYPGYWIRVGGFKSVPNIFIAECEYIYDGKFYKHLIFASCGVFTKDFTIRLCFSREIDVNTFSVKGDIFNIEEQDVWYNTNLGLNLPAYNTNIPVNFNWCAIKFK

Crispr_ID: CP012312_8

• CRISPR_ID: CP012312_8
• CRISPR_location: 1754588-1755009
• CRISPR_type: Orphan
• Repeat_type: I-A
• Spacer_info: 6 spacers

Consensus repeat of CP012312_8

Consensus_repeat	Method
GTTTTAGATTAACTATATGGAATGTAAAT	PILER-CR
GTTTTAGATTAACTATATGGAATGTAAAT	CRISPRCasFinder
GTTTTAGATTAACTATATGGAATGTAAAT	CRT

spacers of CP012312_8

>8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
CGCTACGATTTGACAGCTAAAAATGTGCTTTTCTTAG
>8.2|1754683|36|CP012312|PILER-CR,CRISPRCasFinder,CRT
CCTCGCTCTATATTGCTCATGTGCTGTGGAGTTATA
>8.3|1754748|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
AGGTTTAAAAACCTCTGTTCTTCCACCATAATACCCA
>8.4|1754814|35|CP012312|PILER-CR,CRISPRCasFinder,CRT
ACGAAAAGGCTCGAGTCCCTTATGGCTGGTGAAAA
>8.5|1754878|37|CP012312|PILER-CR,CRISPRCasFinder,CRT
GCATTATTGTAATAATGAACTTTAGCGTAAGGCTGTA
>8.6|1754944|37|CP012312|CRISPRCasFinder,CRT
GTGTGTATAACCATATCCACTTTTAAAACATTCTCTG

CRISPR arrays and Neighbor proteins around CP012312_8

CRISPR arrays

The CRISPR arrays of CP012312_8

>merge|CP012312|8|1754588-1755009|PILER-CR,CRISPRCasFinder,CRT
GTTTTAGATTAACTATATGGAATGTAAATCGCTACGATTTGACAGCTAAAAATGTGCTTTTCTTAGGTTTTAGATTAACTATATGGAATGTAAATCCTCGCTCTATATTGCTCATGTGCTGTGGAGTTATAGTTTTAGATTAACTATATGGAATGTAAATAGGTTTAAAAACCTCTGTTCTTCCACCATAATACCCAGTTTTAGATTAACTATATGGAATGTAAATACGAAAAGGCTCGAGTCCCTTATGGCTGGTGAAAAGTTTTAGATTAACTATATAGAATGTAAATGCATTATTGTAATAATGAACTTTAGCGTAAGGCTGTAGTTTTAGATTAACTATATGGAATGTAAATGTGTGTATAACCATATCCACTTTTAAAACATTCTCTGGTTTTAGATTAACTATGTGGATTCAAAAT

>CP012312|8|5|1754588-1754943|PILER-CR
GTTTTAGATTAACTATATGGAATGTAAAT	CGCTACGATTTGACAGCTAAAAATGTGCTTTTCTTAG
GTTTTAGATTAACTATATGGAATGTAAAT	CCTCGCTCTATATTGCTCATGTGCTGTGGAGTTATA
GTTTTAGATTAACTATATGGAATGTAAAT	AGGTTTAAAAACCTCTGTTCTTCCACCATAATACCCA
GTTTTAGATTAACTATATGGAATGTAAAT	ACGAAAAGGCTCGAGTCCCTTATGGCTGGTGAAAA
GTTTTAGATTAACTATATAGAATGTAAAT	GCATTATTGTAATAATGAACTTTAGCGTAAGGCTGTA
GTTTTAGATTAACTATATGGAATGTAAAT

>CP012312|8|7|1754588-1755009|CRISPRCasFinder
GTTTTAGATTAACTATATGGAATGTAAAT	CGCTACGATTTGACAGCTAAAAATGTGCTTTTCTTAG
GTTTTAGATTAACTATATGGAATGTAAAT	CCTCGCTCTATATTGCTCATGTGCTGTGGAGTTATA
GTTTTAGATTAACTATATGGAATGTAAAT	AGGTTTAAAAACCTCTGTTCTTCCACCATAATACCCA
GTTTTAGATTAACTATATGGAATGTAAAT	ACGAAAAGGCTCGAGTCCCTTATGGCTGGTGAAAA
GTTTTAGATTAACTATATAGAATGTAAAT	GCATTATTGTAATAATGAACTTTAGCGTAAGGCTGTA
GTTTTAGATTAACTATATGGAATGTAAAT	GTGTGTATAACCATATCCACTTTTAAAACATTCTCTG
GTTTTAGATTAACTATGTGGATTCAAAAT

>CP012312|8|6|1754588-1755009|CRT
GTTTTAGATTAACTATATGGAATGTAAAT	CGCTACGATTTGACAGCTAAAAATGTGCTTTTCTTAG
GTTTTAGATTAACTATATGGAATGTAAAT	CCTCGCTCTATATTGCTCATGTGCTGTGGAGTTATA
GTTTTAGATTAACTATATGGAATGTAAAT	AGGTTTAAAAACCTCTGTTCTTCCACCATAATACCCA
GTTTTAGATTAACTATATGGAATGTAAAT	ACGAAAAGGCTCGAGTCCCTTATGGCTGGTGAAAA
GTTTTAGATTAACTATATAGAATGTAAAT	GCATTATTGTAATAATGAACTTTAGCGTAAGGCTGTA
GTTTTAGATTAACTATATGGAATGTAAAT	GTGTGTATAACCATATCCACTTTTAAAACATTCTCTG
GTTTTAGATTAACTATGTGGATTCAAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU75324.1|1756088_1758377_+|phage-tail-tape-measure-protein	unknown	unknown	gnl|CDD|131723
CP012312.1|AXU75321.1|1752078_1752519_+|phage-protein	unknown	unknown	gnl|CDD|378084
CP012312.1|AXU75326.1|1759077_1760970_+|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|366353
CP012312.1|AXU75313.1|1748199_1748433_+|hypothetical-protein	unknown	unknown	gnl|CDD|274765
CP012312.1|AXU75328.1|1761248_1761668_+|phage-protein	unknown	unknown	gnl|CDD|378510
CP012312.1|AXU75317.1|1749602_1750040_+|phage-protein	unknown	unknown	unknown
CP012312.1|AXU75318.1|1750023_1750209_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75316.1|1749184_1749610_+|phage-protein	unknown	unknown	gnl|CDD|377415
CP012312.1|AXU75322.1|1753361_1753466_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75327.1|1760983_1761244_+|phage-protein	unknown	unknown	gnl|CDD|378501
CP012312.1|AXU75329.1|1761668_1762718_+|phage-protein	unknown	unknown	gnl|CDD|377414
CP012312.1|AXU75319.1|1750209_1751520_+|phage-protein	unknown	unknown	gnl|CDD|377435
CP012312.1|AXU75332.1|1764381_1766070_+|Glycine-rich-protein	unknown	unknown	gnl|CDD|372323
CP012312.1|AXU75314.1|1748442_1748844_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75330.1|1762710_1763328_+|phage-protein	unknown	unknown	gnl|CDD|378379
CP012312.1|AXU75315.1|1748837_1749185_+|phage-protein	unknown	unknown	unknown
CP012312.1|AXU75325.1|1758392_1759085_+|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|236880
CP012312.1|AXU75320.1|1751536_1752007_+|phage-protein	unknown	unknown	gnl|CDD|378178
CP012312.1|AXU75323.1|1755136_1756018_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75331.1|1763339_1764365_+|phage-tail-fiber-protein	unknown	unknown	gnl|CDD|372197

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU75326.1|1759077_1760970_+|phage-cell-wall-hydrolase	gnl|CDD|366353	pfam00877, NLPC_P60, NlpC/P60 family. The function of this domain is unknown. It is found in several lipoproteins.	3.91099e-27
CP012312.1|AXU75313.1|1748199_1748433_+|hypothetical-protein	gnl|CDD|274765	TIGR03752, conj_TIGR03752, integrating conjugative element protein, PFL_4705 family. Members of this protein family are found occasionally on plasmids such as the Pseudomonas putida toluene catabolic TOL plasmid pWWO_p085. Usually, however, they are found on the bacterial main chromosome in regions flanked by markers of conjugative transfer and/or transposition. [Mobile and extrachromosomal element functions, Plasmid functions].	0.000252394
CP012312.1|AXU75328.1|1761248_1761668_+|phage-protein	gnl|CDD|378510	pfam10934, DUF2634, Protein of unknown function (DUF2634). Some members in this family of proteins are annotated as phage related, xkdS however currently there is no known function.	2.36165e-36
CP012312.1|AXU75321.1|1752078_1752519_+|phage-protein	gnl|CDD|378084	pfam08890, Phage_TAC_5, Phage XkdN-like tail assembly chaperone protein, TAC. This is a family of phage tail assembly chaperone proteins, TACs, from Gram-positive bacteriophages, in particular PBSX from Firmicutes.	8.20802e-57
CP012312.1|AXU75324.1|1756088_1758377_+|phage-tail-tape-measure-protein	gnl|CDD|131723	TIGR02675, Mu-like_prophage_FluMu_protein_gp42, tape measure domain. Proteins containing this domain are strictly bacterial, including bacteriophage and prophage regions of bacterial genomes. Most members are 800 to 1800 amino acids long, making them among the longest predicted proteins of their respective phage genomes, where they are encoded in tail protein regions. This roughly 80-residue domain described here usually begins between residue 100 and 250. Many members are known or predicted to act as phage tail tape measure proteins, a minor tail component that regulates tail length.	1.28848e-15
CP012312.1|AXU75316.1|1749184_1749610_+|phage-protein	gnl|CDD|377415	pfam04883, HK97-gp10_like, Bacteriophage HK97-gp10, putative tail-component. This family of proteins is found in the caudovirales. It may be a tail component.	2.77468e-17
CP012312.1|AXU75325.1|1758392_1759085_+|phage-cell-wall-hydrolase	gnl|CDD|236880	PRK11198, PRK11198, LysM domain/BON superfamily protein; Provisional.	5.3828e-12
CP012312.1|AXU75329.1|1761668_1762718_+|phage-protein	gnl|CDD|377414	pfam04865, Baseplate_J, Baseplate J-like protein. The P2 bacteriophage J protein lies at the edge of the baseplate. This family also includes a number of bacterial homologs, which are thought to have been horizontally transferred.	8.03834e-50
CP012312.1|AXU75319.1|1750209_1751520_+|phage-protein	gnl|CDD|377435	pfam04984, Phage_sheath_1, Phage tail sheath protein subtilisin-like domain. This entry represents the second domain in a variety of phage tail sheath proteins. According to ECOD this domain has a subtilisin-like structure.	2.32287e-36
CP012312.1|AXU75330.1|1762710_1763328_+|phage-protein	gnl|CDD|378379	pfam10076, DUF2313, Uncharacterized protein conserved in bacteria (DUF2313). Members of this family of proteins comprise various hypothetical and putative bacteriophage tail proteins.	7.49181e-41
CP012312.1|AXU75327.1|1760983_1761244_+|phage-protein	gnl|CDD|378501	pfam10844, DUF2577, Protein of unknown function (DUF2577). This family of proteins has no known function.	3.86244e-20
CP012312.1|AXU75320.1|1751536_1752007_+|phage-protein	gnl|CDD|378178	pfam09393, DUF2001, Phage tail tube protein. This is a family of phage tail tube proteins including protein XkdM from phage-like element PBSX protein whose structure adopts a beta barrel flanked with alpha helical regions.	2.40208e-57
CP012312.1|AXU75332.1|1764381_1766070_+|Glycine-rich-protein	gnl|CDD|372323	pfam12810, Gly_rich, Glycine rich protein. This family of proteins is greatly expanded in Trichomonas vaginalis. The proteins are composed of several glycine rich motifs interspersed through the sequence. Although many proteins have been annotated by similarity in the family these annotations given the biased composition of the sequences these are unlikely to be functionally relevant.	4.98511e-60
CP012312.1|AXU75331.1|1763339_1764365_+|phage-tail-fiber-protein	gnl|CDD|372197	pfam12571, DUF3751, Phage tail-collar fibre protein. This domain family is found in bacteria and viruses, and is approximately 160 amino acids in length. There are two completely conserved residues (K and W) that may be functionally important. The members are annotated as being putative phage tail or tail-collar proteins.	1.60175e-58

Protein sequences

>CP012312.1|AXU75322.1|1753361_1753466_+|hypothetical-protein
MIGFLLSILAGVISAYIYDKIKNHPDANKGDLKK
>CP012312.1|AXU75321.1|1752078_1752519_+|phage-protein
MSNLSAFLSQNAIKVDNVKYVASNRFLDKEGKPVEWELKVLSSEEDEALRRKCTKRVKVIGNNGKHTGQYTSEIDYNSYVAELCVASTVFPDLKDAELQNSYGVMGEAQLLKTMLTAGEYVNYTVKVNEVNGFDTSFEDKVEEAKN
>CP012312.1|AXU75320.1|1751536_1752007_+|phage-protein
MAQTINAKDTVSAKKAECFITIEGKRYNFMQAIDLEAKMEKNKSEVPILGRTTKGNKTTGSTNTGSATFHYNTSIFRELLYRYKETGEDIYFDIQVTNEDPTSAVGRQTVVLKDCNMDSGIITKFDADGEYLDEDMDFTFEDWELVEKFNLLAGME
>CP012312.1|AXU75319.1|1750209_1751520_+|phage-protein
MALGGGTFVTQNKVLPGAYINFISAKRATSSLSDRGIVAMPLELDWGIDEEVFQVTSDDFEKYSVKYFGYDYTHEKLKGLRDLFKNIRLGYFYKLNKGVKASCTIATAKYSGIRGNDLKVTVTTNIDDNAKFDVVTLLDNKKVDTQIAKVITDLQDNDYITWKKDATLEASAGLVFTGGTNGEAVTGAEYQAFLDKIESYSFNALGCLATTTEIKSLFVEFTKRMRDKVGAKFQTVLYKKSDADYEGVVSVENKIKDKDLVESSLIYWATGAIAGCDINKSNTNKKYDGEFDVGVNYTQIQLEEALKSGKFIFHKVGDEVHVLEDINTFVSFTDDKNDDFSSNQSVRVLDQIANDIATLFNEKYLGKVPNDKAGRISFWNDVVKHHKELENIRAIEDFKTDDVSVELGNDKKTVIVSDAVKVINAMSKLYMTVSVN
>CP012312.1|AXU75318.1|1750023_1750209_+|hypothetical-protein
MINLSKTLSKEENYKFTKEQIVNSKRYVNRKDLLNAILKEDELYSFSEVEEIINNFMKGVS
>CP012312.1|AXU75317.1|1749602_1750040_+|phage-protein
MLNNIIDGISIKLDKTFGESYTIYSEDVEQGINEPCFFIVPLNPSKVSYPSGRTLKKNSFDVHYFPKSNDKSFEINEVAEMLLEELEYIEIDGDLVRGTNMNFEIVDNVLHFFVDYNYFTIKSNNTDKMDTVELFGGLKRGDKLE
>CP012312.1|AXU75316.1|1749184_1749610_+|phage-protein
MARWGSVDFREFKRVCKKMEELTKIDLDKFCKDAARELAARLLGKVIRRTPVDTGFLRQGWNGVAYARSLPVYKQGNNYIIEVVNPTEYASYVEYGHRTKDGKGWVKGQHFLTISEMELQSQVDKIIEKKLLILLKGVFDA
>CP012312.1|AXU75315.1|1748837_1749185_+|phage-protein
MVSKTRKAIEMLYRDKCTIVEYQPIKDPVTKRTNNKEVIVLENQPCKLSYKNIVSATEGKLAKLEQTIKLFISPDIEIKAGSKLIINDKEYVRSGESAIYSNHQEIILELFKDKA
>CP012312.1|AXU75314.1|1748442_1748844_+|hypothetical-protein
MENNIIDEIEKRLESFGYILKDGDKWLIGFVREKIENIIKLDCNIKTMPIELKEIEVDMIVGEFLFTKKNMGQLDIESINFEAVEKSISEGDTKVDFAIGSGSQTPEQRFDSLIAYLTTYGKNNILTFRCLRW
>CP012312.1|AXU75313.1|1748199_1748433_+|hypothetical-protein
MAQVRKLNRILTIEECKIDDFLEMGYDLIDETGKAVKYGKSLSVKDLIAENNILRSKVESLEEENKQLKEKNKLTKK
>CP012312.1|AXU75323.1|1755136_1756018_+|hypothetical-protein
MWNKFKTLSKGKKIFFGVLAFILFPITIAAFLGEVSIKLLIGGFKNKKILKIVGGLFAIYFFMVVIIADIKIYSSLFKGELQNAEPVANENNEEHIKKAKTEKTDVIKMSKDEQKISEVINTEPEKIKNIANILKECGIEDFESIKHDDGLDNAHFNGEKGYRIEFGGSKNIILYMNKDNSVYNVRWADNDFYKNNKVVSKVSDYTLTIDEKTELQLQCQNGVSAILKSPSTAKFPNITEWVFYKDKEKIVVQSYVDSQNSLGAILRSDFQITFTSDGKNVKSFIFDGEEMIK
>CP012312.1|AXU75324.1|1756088_1758377_+|phage-tail-tape-measure-protein
MATIQTSIRIFDGMTPAFRHMTTAMNIVLSSFEQLQRTSSNAVDANSIIKAREELARAEAGFDRLEQQIREADGQQRRLNKDINKGASSTDKLVANAKRLVATYIGLRSVGGLINLSDQMTSTNARLNMINDGQQSDGGLNKMIFQSAERARASYLDTAKIVTRVGMNAGKAFSSTKEIVAFAEQLNKKFVIAGATTEETNSALLQLTQGLGSGVLRGEELNAVFESAPNIIQSIADYLDVDIGKIRSMASEGMLTADIVKNSLLAAAEQTNAEFEKMPYTFGQIWTSIKNNVVMIFGVIQKKIEQSMSSRGFRTFIDNFINGLYVLGNVFFNIFNGIISILSSPFFQAFVNTIIVCVSLIAQALGWVITQALNIANVFAQNWSIIAPIIYGVVAAIAIYSLALAGMWAWEKLVAASKFVVMFAQMLLNTQTLAGYKSLVLYALGQWGVNEAMLACPIFWVVAGIIALVVALFVGVAVFNHFANTSISAVGVVAGAISVAASFIGNIFVATGNMLIDIVALIWNTFATFAEFLANVFNDPLGSIIRLFSGMADTVLGILQSIASAIDTIFGSNLASAVSGWSDKLQGWTDEVAGEAKIKVERIDPSSLHYDRFNYTKAWDGGYKFGEKLENKIKDAFDISKIADKAKKDLGLDDLWDKKYGLGDGFGSGGLNSPLNDAAKGAKDTAGNTAKMAKTMDKSQEDLKYLRDIAEQETINRFTGVNIKIDMNNTNNISKDADVDGIVNVLTEKLNDAMVVSAEGIV
>CP012312.1|AXU75325.1|1758392_1759085_+|phage-cell-wall-hydrolase
MAYDFYLDGVQLPIPPPKLEIKITNKNKTVDLINTGEVNILKKEGLSEISFEAEFTHNKLPFYRGTFKDVQFFLSKLELLKTDCKPFQFIVSRELGNKVLFNTNMKVSLEEYNIVEDAENGSDTKVAIKLKQYRDYSTKKLVLAPPKTTETGRPSVKIEPKRVDSINAPNTKTYTVKSGDSLWSICQKQLGNGSLYKKVYELNKSMMDKANKGKNLSKYTIYKGQVLKLG
>CP012312.1|AXU75326.1|1759077_1760970_+|phage-cell-wall-hydrolase
MVDDLVLANDRDVRLVIAHWEDFYEPAVIDGVTWEIERQGAPSKLEFTIVMDDILQFCEGNSVRLYYKGTGVFYGYIFQKKRDKENHIKIVAYDQLRYFKNKDTYVYNNQTASELVKMLAKDFNLKYNVIEDTKYKISRVEENKTLFDMVLTALDDTLREKKEMYVLYDDFGRITLKNVASMKLDTVMNNDVIEDFDYNSSIDSDTYTKIKLVRDNEETSKRDVYIAQDSAHMRSWGILQMFDTVDKNMSEAEIKQKCDILLKLYNKKTKSLSLKNALGDIRVRAGCLVPVFLDLGDIELQNYMLVEKVKHTFENNSHFMDLTLVDGDEFASYSSSSYSSGNTNNKDEKKNGPAQSTTKKNTGKKVPAIFTAYYPGNNAMEGGKTDCNGKPLDVKSRTVAGPMNREGVKKTWYTDDFLKKHPVFEYGDKVKIILPGTAYDNKVYTVKDNGGRIYVETNGTYHIDILLANASECKKFGRKNGYIIIGGDEEQTYQVEGNNQSSTNNNSKEDKLISIAKSKLGCNYVYGAEGPNTFDCSGFTQWCYKQIGIKIPRTASAQSKAGKAVDLKDRSKWKAGDLLCRIGGGSSNHVVMYIGNNQIIHSPQTGDVVKIESVNSYRKGKAYTHVRRFI
>CP012312.1|AXU75327.1|1760983_1761244_+|phage-protein
MSQDLLQIIKKAAMDAVETSNPMRVVFGTIESTSPLKVKIEQKLSIGEFFLIQTDTFKRYTDKKIGDKLVLIRMQGGQQYLILDRM
>CP012312.1|AXU75328.1|1761248_1761668_+|phage-protein
MLPSDNLDYDIEDVSIINFDVRQEPSKTFKLNIEKSKIDGICDDVEALKQTIFLILNTERYQHLIYSWNYGVELNDLIGEPISFVIPELERRIKEALIQDDRVENVDNFEFQNVKGKVHCKFTVYSKYGNIKAEKVVSV
>CP012312.1|AXU75329.1|1761668_1762718_+|phage-protein
MFELMTFENIIKRMLDSVPNTLDKREGSIIYNALAPVAIELTETYIAMDELLDQTFVDTASYYYLEKRCKERGITPLPATNTIAKGVFNIDIPLDSRFNLGEYNYVAIERISEGIYKMKCETAGPIFELGQLIPIEYIDKLETAELTEILINGEDEESEDSLRQRYYDSLNSQSFGGNIQNYKDEVNKIQDVGGVKVYPTWDGGGTVKLVIINSNFKVPSTDLINLVQEEIDPIGHQGQGLGLAPIGHRVTVEGVTSTTINISAEITYKSGYTWENIKTIAEETIDDYLNELNMSWEDEENLIVRISQIETRLLSIDGVLDIANTMINSIASNLNVDKDSIVLRGEVVG
>CP012312.1|AXU75330.1|1762710_1763328_+|phage-protein
MDKEINLINYLPQILQDKEEYIKVFNVENKEIKTLHDKLKDLSNDQFLEDLTPSGVKRWEKIMSITPKSNESLEDRRFRIFSKYISKLPYSERFLRNWLDNIVGEGNYELTINNSTYNIHLESDARNQDWFEEVHSFVSNIKPCNMTLDYTRVLISKDNYMNFGITTLIGQEITIYPWSPPDIETYGEIDVLTGNGVGYQEVTIF
>CP012312.1|AXU75331.1|1763339_1764365_+|phage-tail-fiber-protein
MAIDKSYYTIITDVGKAKIANASVTGNKVGFVKIQLGDGGGSEYTPTESQTALKNVVWEGNIGNTTTDETAPNCIILESLIPSSVGGFMIREIGYLDDENNLIAISKYKECYKPSIEQGAVVDMKVKTVLIVSNVNNIELKIDPTIIFATLKDIQELETKIGTINTKIDTTKTELTSNIETAKTELNTRIDTENEKQNIKIDQLIAGGSNVAYTQRVAIDDWVEDAENGFKATVTHSLLTQRIVVNIIDATTKENVVTNFKIIDDNSIEVRSEVKVELNVYVINGNAETHFINATVDDNRVSEMTTYSSKKIEDRFVNLEEKVNGGLSNIATSVNELITYC
>CP012312.1|AXU75332.1|1764381_1766070_+|Glycine-rich-protein
MQTEWNFGYNGSPQSVILKPGKYKFECWGSSGGINNSSWYTDAKGGYSKGEITLKKQTTLYVYVGESGFASSSTSNNTKSGFNGGGKGYLNQQVMGTYYSMYGGGATDIRLVGGAWDNEQGLLSRIIVAGGGGGSYSPYTGGAGGGLAGGTGYSANDRHRPGGTQYQGGIGRVSTENGSFGKGCSAKDSTGEGGGGGWFGGAGMNGVGAGGGGSGYVLTKDSYKPTGYTPTSEYYFDNVVMESGGNTAGAYGYALITLLQALPFLTVSSYNSTTATFKADHTDPALLTKIEYFIDDVLKETITTDLTLEKTINYTLEDNALHTLKIVVTDSNNATAEKVLSISKNIMPLPENVNLNDISTKLTEVNAGFKTGKTSIINTLALKNIEASLNNTLVELSEKIKTSFDSSDASVQDLMNQLTQSNNTITQLNTKYQYFSGVTTLIGNSICIANFYGKASGMYPGYWIRVGGFKSVPNIFIAECEYIYDGKFYKHLIFASCGVFTKDFTIRLCFSREIDVNTFSVKGDIFNIEEQDVWYNTNLGLNLPAYNTNIPVNFNWCAIKFK

Crispr_ID: CP012312_9

• CRISPR_ID: CP012312_9
• CRISPR_location: 1887293-1887586
• CRISPR_type: Orphan
• Repeat_type: I-A
• Spacer_info: 4 spacers

Consensus repeat of CP012312_9

Consensus_repeat	Method
GTTTTATATTAACTATGTGGTATGTAAATTTT	PILER-CR
GTTTTATATTAACTATGTGGTATGTAAAT	CRISPRCasFinder
GTTTTATATTAACTATGTGGTATGTAAATTT	CRT

spacers of CP012312_9

>9.1|1887325|35|CP012312|PILER-CR
AAAAAATATAGTATAGCTTTTATTAGCTTATCAAA
>9.2|1887392|35|CP012312|PILER-CR
CAACATTGATTTGGCATCCTTATTAACTGGTGCTA
>9.3|1887459|33|CP012312|PILER-CR
CAACAGTGGTGGTGGTCGAGGAGTAGAAGTTCT
>9.4|1887322|35|CP012312|CRISPRCasFinder
AAAAAATATAGTATAGCTTTTATTAGCTTATCAAA
>9.5|1887386|38|CP012312|CRISPRCasFinder
TTTCAACATTGATTTGGCATCCTTATTAACTGGTGCTA
>9.6|1887453|36|CP012312|CRISPRCasFinder
TTTCAACAGTGGTGGTGGTCGAGGAGTAGAAGTTCT
>9.7|1887518|38|CP012312|CRISPRCasFinder
TTTATAACCTTTAATTACACCTCCCATATCACCACCAC
>9.8|1887324|33|CP012312|CRT
AAAATATAGTATAGCTTTTATTAGCTTATCAAA
>9.9|1887388|36|CP012312|CRT
TCAACATTGATTTGGCATCCTTATTAACTGGTGCTA
>9.10|1887455|34|CP012312|CRT
TCAACAGTGGTGGTGGTCGAGGAGTAGAAGTTCT
>9.11|1887520|36|CP012312|CRT
TATAACCTTTAATTACACCTCCCATATCACCACCAC

CRISPR arrays and Neighbor proteins around CP012312_9

CRISPR arrays

The CRISPR arrays of CP012312_9

>merge|CP012312|9|1887293-1887586|PILER-CR,CRISPRCasFinder,CRT
GTTTTATATTAACTATGTGGTATGTAAATAAAAAATATAGTATAGCTTTTATTAGCTTATCAAAGTTTTATATTAACTATGTGGTATGTAAATTTTCAACATTGATTTGGCATCCTTATTAACTGGTGCTAGTTTTATATTAACTATGTGGTATGTAAATTTTCAACAGTGGTGGTGGTCGAGGAGTAGAAGTTCTGTTTTATATTAACTATGTGGTATGTAAATTTTATAACCTTTAATTACACCTCCCATATCACCACCACGTTTTATATTAACTACATGGTATGTAAATTT

>CP012312|9|6|1887293-1887520|PILER-CR
GTTTTATATTAACTATGTGGTATGTAAATAAA	AAATATAGTATAGCTTTTATTAGCTTATCAAAGTT
TTATATTAACTATGTGGTATGTAAATTTTCAA	CATTGATTTGGCATCCTTATTAACTGGTGCTAGTT
TTATATTAACTATGTGGTATGTAAATTTTCAA	CAGTGGTGGTGGTCGAGGAGTAGAAGTTCTGTT
TTATATTAACTATGTGGTATGTAAATTTT

>CP012312|9|8|1887293-1887584|CRISPRCasFinder
GTTTTATATTAACTATGTGGTATGTAAAT	AAAAAATATAGTATAGCTTTTATTAGCTTATCAAA
GTTTTATATTAACTATGTGGTATGTAAAT	TTTCAACATTGATTTGGCATCCTTATTAACTGGTGCTA
GTTTTATATTAACTATGTGGTATGTAAAT	TTTCAACAGTGGTGGTGGTCGAGGAGTAGAAGTTCT
GTTTTATATTAACTATGTGGTATGTAAAT	TTTATAACCTTTAATTACACCTCCCATATCACCACCAC
GTTTTATATTAACTACATGGTATGTAAAT

>CP012312|9|7|1887293-1887586|CRT
GTTTTATATTAACTATGTGGTATGTAAATAA	AAAATATAGTATAGCTTTTATTAGCTTATCAAA
GTTTTATATTAACTATGTGGTATGTAAATTT	TCAACATTGATTTGGCATCCTTATTAACTGGTGCTA
GTTTTATATTAACTATGTGGTATGTAAATTT	TCAACAGTGGTGGTGGTCGAGGAGTAGAAGTTCT
GTTTTATATTAACTATGTGGTATGTAAATTT	TATAACCTTTAATTACACCTCCCATATCACCACCAC
GTTTTATATTAACTACATGGTATGTAAATTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU75437.1|1876067_1876583_+|CF-9-family-membrane-protein	unknown	unknown	gnl|CDD|379370
CP012312.1|AXU75451.1|1896444_1897332_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213231
CP012312.1|AXU75441.1|1884169_1884487_-|hypothetical-protein	unknown	unknown	gnl|CDD|377724
CP012312.1|AXU75435.1|1872343_1873330_-|lipoate-protein-ligase	unknown	unknown	gnl|CDD|161920
CP012312.1|AXU75439.1|1879846_1881304_+|glycine-dehydrogenase-subunit-2	unknown	unknown	gnl|CDD|235292
CP012312.1|AXU75448.1|1892978_1893563_+|sugar-O-acetyltransferase	unknown	unknown	gnl|CDD|100047
CP012312.1|AXU75433.1|1870534_1871134_-|tellurium-resistance-protein	unknown	unknown	gnl|CDD|226595
CP012312.1|AXU75445.1|1888816_1889368_-|transcriptional-regulator	unknown	unknown	gnl|CDD|380339
CP012312.1|AXU75452.1|1897337_1898111_+|ABC-transporter-permease	unknown	unknown	unknown
CP012312.1|AXU75434.1|1871236_1872034_-|lipoprotein	unknown	unknown	gnl|CDD|224381
CP012312.1|AXU75447.1|1890813_1892658_+|glycerophosphoryl-diester-phosphodiesterase	unknown	unknown	gnl|CDD|176521
CP012312.1|AXU75440.1|1881726_1884084_+|cation-transporting-ATPase	unknown	unknown	gnl|CDD|319795
CP012312.1|AXU75442.1|1885376_1886648_-|guanine-deaminase	unknown	unknown	gnl|CDD|238628
CP012312.1|AXU75446.1|1889558_1890521_+|cysteine-synthase-A	unknown	unknown	gnl|CDD|107204
CP012312.1|AXU75449.1|1894664_1894841_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75443.1|1887990_1888278_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU75436.1|1873812_1875543_+|Na+/H+-antiporter	unknown	unknown	gnl|CDD|224671
CP012312.1|AXU75438.1|1877372_1879847_+|bifunctional-glycine-dehydrogenase/aminomethyl-transferase-protein	unknown	unknown	gnl|CDD|234769
CP012312.1|AXU75450.1|1895408_1896431_+|ABC-type-transport-system-involved-in-multi-copper-enzyme-maturation,-permease-component	unknown	unknown	unknown
CP012312.1|AXU75444.1|1888302_1888401_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU75437.1|1876067_1876583_+|CF-9-family-membrane-protein	gnl|CDD|379370	pfam13787, HXXEE, Protein of unknown function with HXXEE motif. This domain contains an HXXEE motif, another conserved histidine and a YXPG motif. Its function is unknown.	1.48924e-21
CP012312.1|AXU75441.1|1884169_1884487_-|hypothetical-protein	gnl|CDD|377724	pfam06865, DUF1255, Protein of unknown function (DUF1255). This family consists of several conserved hypothetical bacterial proteins of around 95 residues in length. The function of this family is unknown.	2.92347e-53
CP012312.1|AXU75435.1|1872343_1873330_-|lipoate-protein-ligase	gnl|CDD|161920	TIGR00545, Probable_lipoate-protein_ligase_A, lipoyltransferase and lipoate-protein ligase. One member of this group of proteins is bovine lipoyltransferase, which transfers the lipoyl group from lipoyl-AMP to the specific Lys of lipoate-dependent enzymes. However, it does not first activate lipoic acid with ATP to create lipoyl-AMP and pyrophosphate. Another member of this group, lipoate-protein ligase A from E. coli, catalyzes both the activation and the transfer of lipoate. Homology between the two is full-length, except for the bovine mitochondrial targeting signal, but is strongest toward the N-terminus. [Protein fate, Protein modification and repair].	2.11012e-94
CP012312.1|AXU75439.1|1879846_1881304_+|glycine-dehydrogenase-subunit-2	gnl|CDD|235292	PRK04366, PRK04366, aminomethyl-transferring glycine dehydrogenase subunit GcvPB.	0
CP012312.1|AXU75448.1|1892978_1893563_+|sugar-O-acetyltransferase	gnl|CDD|100047	cd03357, LbH_MAT_GAT, Maltose O-acetyltransferase (MAT) and Galactoside O-acetyltransferase (GAT): MAT and GAT catalyze the CoA-dependent acetylation of the 6-hydroxyl group of their respective sugar substrates. MAT acetylates maltose and glucose exclusively at the C6 position of the nonreducing end glucosyl moiety. GAT specifically acetylates galactopyranosides. Furthermore, MAT shows higher affinity toward artificial substrates containing an alkyl or hydrophobic chain as well as a glucosyl unit. Active MAT and GAT are homotrimers, with each subunit consisting of an N-terminal alpha-helical region and a C-terminal left-handed parallel alpha-helix (LbH) subdomain with 6 turns, each containing three imperfect tandem repeats of a hexapeptide repeat motif (X-[STAV]-X-[LIV]-[GAED]-X).	8.21183e-95
CP012312.1|AXU75433.1|1870534_1871134_-|tellurium-resistance-protein	gnl|CDD|226595	COG4110, COG4110, Uncharacterized protein involved in stress response [General function prediction only].	2.42153e-79
CP012312.1|AXU75445.1|1888816_1889368_-|transcriptional-regulator	gnl|CDD|380339	cd02209, cupin_XRE_C, XRE (Xenobiotic Response Element) family transcriptional regulators, C-terminal cupin domain. This family contains transcriptional regulators containing an N-terminal XRE (Xenobiotic Response Element) family helix-turn-helix (HTH) DNA-binding domain and a C-terminal cupin domain. Included in this family is Escherichia coli transcription factor SutR (YdcN) that plays a regulatory role in sulfur utilization; it regulates a set of genes involved in the generation of sulfate and its reduction, the synthesis of cysteine, the synthesis of enzymes containing Fe-S as cofactors, and the modification of tRNA with use of sulfur-containing substrates. This family belongs to the cupin superfamily with a conserved "jelly roll-like" beta-barrel fold capable of homodimerization.	1.67456e-17
CP012312.1|AXU75434.1|1871236_1872034_-|lipoprotein	gnl|CDD|224381	COG1464, NlpA, ABC-type metal ion transport system, periplasmic component/surface antigen [Inorganic ion transport and metabolism].	3.07907e-94
CP012312.1|AXU75440.1|1881726_1884084_+|cation-transporting-ATPase	gnl|CDD|319795	cd02609, P-type_ATPase, uncharacterized subfamily of P-type ATPase transporter, similar to uncharacterized Streptococcus pneumoniae exported protein 7, Exp7. This subfamily contains P-type ATPase transporters of unknown function, similar to Streptococcus pneumoniae Exp7. The P-type ATPases, are a large family of integral membrane transporters that are of critical importance in all kingdoms of life. They generate and maintain (electro-) chemical gradients across cellular membranes, by translocating cations, heavy metals and lipids. They are distinguished from other main classes of transport ATPases (F- , V- , and ABC- type) by the formation of a phosphorylated (P-) intermediate state in the catalytic cycle. A general characteristic of P-type ATPases is a bundle of transmembrane helices which make up the transport path, and three domains on the cytoplasmic side of the membrane. Members include pumps that transport various light metal ions, such as H(+), Na(+), K(+), Ca(2+), and Mg(2+), pumps that transport indispensable trace elements, such as Zn(2+) and Cu(2+), pumps that remove toxic heavy metal ions, such as Cd(2+), and pumps such as aminophospholipid translocases which transport phosphatidylserine and phosphatidylethanolamine.	0
CP012312.1|AXU75442.1|1885376_1886648_-|guanine-deaminase	gnl|CDD|238628	cd01303, GDEase, Guanine deaminase (GDEase). Guanine deaminase is an aminohydrolase responsible for the conversion of guanine to xanthine and ammonia, the first step to utilize guanine as a nitrogen source. This reaction also removes the guanine base from the pool and therefore can play a role in the regulation of cellular GTP and the guanylate nucleotide pool.	1.85214e-169
CP012312.1|AXU75446.1|1889558_1890521_+|cysteine-synthase-A	gnl|CDD|107204	cd01561, CBS_like, CBS_like: This subgroup includes Cystathionine beta-synthase (CBS) and Cysteine synthase. CBS is a unique heme-containing enzyme that catalyzes a pyridoxal 5'-phosphate (PLP)-dependent condensation of serine and homocysteine to give cystathionine. Deficiency of CBS leads to homocystinuria, an inherited disease of sulfur metabolism characterized by increased levels of the toxic metabolite homocysteine. Cysteine synthase on the other hand catalyzes the last step of cysteine biosynthesis. This subgroup also includes an O-Phosphoserine sulfhydrylase found in hyperthermophilic archaea which produces L-cysteine from sulfide and the more thermostable O-phospho-L-serine.	3.00924e-108
CP012312.1|AXU75447.1|1890813_1892658_+|glycerophosphoryl-diester-phosphodiesterase	gnl|CDD|176521	cd08579, GDPD_memb_like, Glycerophosphodiester phosphodiesterase domain of uncharacterized bacterial glycerophosphodiester phosphodiesterases. This subfamily corresponds to the glycerophosphodiester phosphodiesterase domain (GDPD) present in uncharacterized bacterial glycerophosphodiester phosphodiesterases. In addition to a C-terminal GDPD domain, most members in this family have an N-terminus that functions as a membrane anchor.	6.12527e-93
CP012312.1|AXU75436.1|1873812_1875543_+|Na+/H+-antiporter	gnl|CDD|224671	COG1757, NhaC, Na+/H+ antiporter [Energy production and conversion].	1.76726e-58
CP012312.1|AXU75438.1|1877372_1879847_+|bifunctional-glycine-dehydrogenase/aminomethyl-transferase-protein	gnl|CDD|234769	PRK00451, PRK00451, aminomethyl-transferring glycine dehydrogenase subunit GcvPA.	0
CP012312.1|AXU75451.1|1896444_1897332_+|ABC-transporter-ATP-binding-protein	gnl|CDD|213231	cd03264, ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component. The biological function of this family is not well characterized, but display ABC domains similar to members of ABCA subfamily. ABC transporters are a large family of proteins involved in the transport of a wide variety of different compounds, like sugars, ions, peptides, and more complex organic molecules. The nucleotide binding domain shows the highest similarity between all members of the family. ABC transporters are a subset of nucleotide hydrolases that contain a signature motif, Q-loop, and H-loop/switch region, in addition to, the Walker A motif/P-loop and Walker B motif commonly found in a number of ATP- and GTP-binding and hydrolyzing proteins.	1.66751e-105

Protein sequences

>CP012312.1|AXU75442.1|1885376_1886648_-|guanine-deaminase
MLKVLKGNIIFTKTSETFTVFENSYIILEKGKVKGIFKEIPKEYKNLKVVDYTDKLIIPGMNDLHAHASQFKNLGMAMDKELLPWLETYTFPEESNYKDIEYATKMYKKFVKELWKSGTTRIAVFATVHKEASMKLMDIFKEVGLGAYVGKVNMNMNCPDTLLENTQNSIADTEEIINKYSDTDSIVKPIITPRFIPSCTSELLKGLGDLCLKYNIPIQSHLSENYDEIEWVRSLEPESKFYGDAYNRYNLFGQTPTLMAHCVHCSQDEIDLMRENNVMAVHCPASNFNVGSGAMPIRKLIDNNIRLALGSDISGGHTLSIFKAMVSAIQLSKLYWVNSGKKYNFLSLSEAFYIATKSGGSFFGKVGSFEEGYDFDALIIDDSNLNHDNYSILERLERFIYVGDDRNIIHRYVSGKLIEEPNI
>CP012312.1|AXU75441.1|1884169_1884487_-|hypothetical-protein
MSEFKNVTAVKKANVYFDGKVSSRVIILPNGERKTLGLMLPGEYTFSTREEEIMEMLAGSMDVKLPGSNEFVTYKEGQKFNVPSDSSFDLKVNEVVDYCCSYIAD
>CP012312.1|AXU75440.1|1881726_1884084_+|cation-transporting-ATPase
MDKVNLERYSCDINVGLNKNQLQSRIDDNLINAFENGKTKTYKQIFKDNIFTLFNLINIVLVCLLVSVGSFKNTLFIFIAVINTIIGVIQEIRAKRLLDNLSVIVSNKVSVIREKEKKEIDVQELVLDDIMILKTGNQICADSKVLNGKLEVNESLVTGESDIIIKNKGDFLYSGSFVVSGEAFVRVENIGKDNYANKITNDAKISKKHNSQLRNSLNAILKIVGIIIIPLGIILFAKQHFGNGDSIATSVVGTVAAVNGMIPEGLTLLTSIALAVGTIKLASHKTLVQELYCVETLARVDTLCFDKTGTITEGKMQVDDIVMLEEVDINEIMGNICNSLKDDNATLNAIRDKYNVLDTYKAKNLIPFSSERKYSGVTFENKGTYLLGAFEFIFKEKNKKLRIEVERYSKKGNRVIVLAHSDSYMEDNNIPEDIKPLAFILILDKIRDEAKETLEFFYNEGVDIKIISGDNPITVSEVARKAGLKTASNFIDATTLKNDSDIYEAVDKYSVFGRVSPQQKKQMILALKKQNHTVAMTGDGVNDVLALKEADCSIAMASGSDVTKNVSNLVLLDSNFASMPKVVMEGRKVINNIQRASSLFLVKTIFSFFLSLLTLFFFSRQYPFVPIQLSLIGAVTVGIPSFFLALEANKSRISGNFLLNILKNALPGALCVTVNVIIVYNIVEYLGYSSSVFSTMCAILTGVCGLLILRQQCLPFNKERLFLIVSMTIAFVIGILFLGGLFSFVALSRELILITMALAILMPIMIKVMLFVLDEILETIVPDLN
>CP012312.1|AXU75439.1|1879846_1881304_+|glycine-dehydrogenase-subunit-2
MKEYNSLLIDISKKGRKAYSLPKLDIDDIKIEDMIDQDMARQSELNLPEVGELELVRHYTLLSNKNFGVDTGFYPLGSCTMKYNPKINEDMAALPNFTRMHPYQSSDTAQGSLSLMYDLSRRLAEITGMDEVTLQPSAGSHGEFTGLMIIKAYHENRGDHKRTKVIIPDSAHGTNPASAAMANFDVIQIASDKNGAVDINALKEVLNDEVAALMLTNPSTLGLFEKNIKEIATLVHEAGGLLYYDGANMNAIMGITRPGDMGFDVVHLNLHKTFSTPHGGGGPGAGPVGVKKELVPFLPIPIIERKEDKYVLNYDREKSIGKIKNFYGNFGVLVRAYTYILTMGRDGLKEASEMAVLNANYIKESIKDDYILPIDTLCKHEFVLGGLPRGEANIKTIDIAKRLLDYGYHPPTMYFPLIINEALMIEPTESESIETLDSFIEAMKSVAKEAKEEPELLKTAPHNTLVKRVDDARAVKKPILTWSQR
>CP012312.1|AXU75438.1|1877372_1879847_+|bifunctional-glycine-dehydrogenase/aminomethyl-transferase-protein
MNELKRVSLYNIHKELGAKLVEFAGWEMPLEYEGINKEHEMVRKSAGIFDVSHMGEVQIKGVESEKFIQNLVTNDISTLNINDIIYTPMCYENGGVVDDLLIYKFGEEEYLLVINAGNIDKDVAWIIKQSEGYNVDIKNISSEVSQLAIQGPKAEEILQKITDIDLNSIKFYKSIPSTKVCGCPCLVSRTGYTGEDGFEIYCKNKYVEIIWNEVLKVGGEDICPAGLGCRDTLRFEAALPLYGHEINEHISPIEGGLSIFVKTNKESFIGKSILSKEKESGAKRKLVGFEMQGKGMPRNGYDIRIGDKIVGFVTTGCASPTTGKILGMGIIDSEYAKVGNEIGIAIRKKVVPAVIVKKPFYKKQYKKDNIILNKENKFSYIPATSEDKSKMLKVVGLNSVDELFSDIPEEVKLKRDLNLEIGKSELEVSKIVKRLSEENLSLEDLTCFLGAGAYDHYIPSIIKHITSRSEFYTAYTPYQAEISQGTLQVVFEFQSMIAEITGMEIANASMYDGATAAIEACIMAINQTRKSKIVVSKTTHPETLSVLRTYLQYKDCEIVEIDFCNEYGTTDIEKLKASVDKDTACVLIQTPNFFGIIEEMEEIEKITHENKAMLIMSVDPISLGVLKTPGEIGADIVVGEAQSLGNPLNFGGPYVGFLASKSKYTRKMPGRIVGQSLDVEGKIAYVLTLQTREQHVRREKATSNICSNQALNALVASIYMATMGKEGFKEVGMQSMKKAHYTYNKLVQTGKYKPIFKGKFFKEFAVQGNLNIETINDKLLEENILGGYNLEYNYPELKNSTLLCVTEKRSKEEIDKLVEIMEGL
>CP012312.1|AXU75437.1|1876067_1876583_+|CF-9-family-membrane-protein
MEKYIWLFPLLFIFHDMEEIIGFGIWLKKNKSMLDKKYPFISKIYENYSTEGMAFAVFEEFILCIIFCILIVITDNQYVYLLWLGSFIAYTLHLVIHIGQSIIIRKYIPSLITSIICLPISIWCISKSIYIVDCEMSTTILYSIIGIIIVALNLKFAQSLIGKFTKWMSNI
>CP012312.1|AXU75436.1|1873812_1875543_+|Na+/H+-antiporter
MRNKKINIIFLTTIMFIMSTVMVFAEEDIDTIALANAEKFGILTLIPPLVAIILAFITKNVIISLLIGILSGSFIIKASGINVFATFIQAFLDLVDRALVSLADPWNAGIILQVLAIGGVINLVAKMGGAKAIAEALAKRAKSAKGTQLITWFLGLLVFFDDYANSLIVGPMMRPVADKMKISREKLAFIIDATAAPVAGLAIISTWIGLEVGLIHDAFESISIDVDAFGIFLNTIPFRFYNILILAFIVISALLLKEFGPMRKAEIKSRSRKISIDLDEGVEELDDLAPKNGVKLSVWNAIIPIGTLIIVALASFYYSGYTSIMGGDDKALIQLFTNSPYSFEAIKEAFSASDASRALFQSALVASLVAIIMAVVKKIFTISEAIDVWIDGMKSLVITGVILILAWSLSSVIKELGTAKFLIHLLSGSLPPFLLPSLIFGLGAIISFATGTAYGTMGILMPLAIPLAYSLNPDMSYVIVSTSAVLTGAIFGDHCSPISDTTILSSMGAGCNHIDHVNTQMPYAIFTAVITIVFGYIPAGLGLPIYIVLPVAIAAIFMGIQIIGKRVDEAEIELVE
>CP012312.1|AXU75435.1|1872343_1873330_-|lipoate-protein-ligase
MLLIYNEKTNPYFNLAMEEYLLKNFDEDLFILWRNEPSIIVGKNQNTLSEINLEYIKEYSIPVVRRQSGGGAVFHDLGNINFTFIACNNNNFSDFRRFTQPIIDLLKTLDVNAEFSGRNDLLIDGKKFSGNAQYNYKNKVMHHGTLLFSSEINDLSKALKVKPIKFEGKGIKSVKSRVTNISEHLHSKMNILEFKDAIMDYLSKTNTDNTNYCLSEHDIKQIEKLTKSKYETWDWNFGNSPKYTLSNELKYSGGNVEFNLNVDKGIITSIKFFGDFFGKCDVAFVENKLIGIKHEENALRNTLDSIEINDYFLGADTDILVSGILGVK
>CP012312.1|AXU75434.1|1871236_1872034_-|lipoprotein
MKFKKLLCLLLCLVLTLAVVGCSKAKDDKKIVVGATLVPGGELLEELKPLIKEKGYTLEVKNFDDYILPNEALNNGEIDANLFQHEPYLKEAVKAKGYKIMAGKKLYVCPAILYSYKIKSVDEFKKGDTIAISNNPSSCSKNLRYLESIGLLTLPKGDGLVSPKDIIENPKGIQFKELDIAQIPSSLPDVTAAFIDTTYAVPAGLDAKKNGIYTAPINDEYANLLAFRTEDKDSEKIKVLQDVLTSDKARSLIEEKYKGIVIPTF
>CP012312.1|AXU75433.1|1870534_1871134_-|tellurium-resistance-protein
MAIELKKGQKINLTKKENSDLGEILVNLNWNQKVQKKGFFGSLRSSNIDLDLGCLFEMKNGVKGAVQALGNAFGSLDNPPFAQLDGDDRTGSNTQGENLRINGNKIKDIKRILIYAFIYEGVANWSEADGIVTIKQKQDSDLVVKLDEHKNGYNMCSIALIENVNDETFSVEKVVKYFKGHREMDTEFHWGLKWVAGRK
>CP012312.1|AXU75443.1|1887990_1888278_+|hypothetical-protein
MKKILYALYSFIVIIANFRLKEKNYNFILLAIFFILLLIQNGVLKTGYQNRATFYQDNYFNGEDKSDKIKFMTIKIFIFLSLPLCFNILFNYLTS
>CP012312.1|AXU75444.1|1888302_1888401_+|hypothetical-protein
MIKVSLCVIYIKYKVHIVIKQKFHINEEKNIK
>CP012312.1|AXU75445.1|1888816_1889368_-|transcriptional-regulator
MSINTIIAKNLNRLRNERNLSLGQLAELSGVSKVMLSQIEKGDSNPTVNTIWKIASGLNVPYTAILEQPQNETFIVSKTDIDVQVSENKDYRLYCYYPNTPTRNFELFQMELEEGHSYTSVGHSEKSQEYIMIIEGQLKLEVNDSIYQLRENDSICFSAESMHTYHNQGEKTLKAVIINYYPV
>CP012312.1|AXU75446.1|1889558_1890521_+|cysteine-synthase-A
MRVLNNVTEAIGNTHMLHLSKIADEFGVQGNIYAKMEYLNPGFSKKDRVALQMITEAENAGLLVPGQAVVELTSGNTGTGLAIACACKGYKFIACMSKGNSMERARMMKALGAEVVLVDQMPNSVHGQVSGEDLALVEIEAQKIAKERNAFRADQFNLEACNHAHEKYTAEEMWEQLDGNIDVFVDFLGSGSTFAGCSKTLKKHNSSIKCYVVEPETAAIYSGKEITDQGHKIQGGGYSMDLPLVDKKLIDGYIQVTDEEATDVARKLAKLEGVFAGFSSGANVCAAIKLLKSSEKGKNIVLTLNDSGLKYLSTDLYEEL
>CP012312.1|AXU75447.1|1890813_1892658_+|glycerophosphoryl-diester-phosphodiesterase
MQKRNLRNFIFTGKNILSKLVFIIKYNFSTLILFELFHKGLALFFIWPSIRYIFDILIKSLHIVYLNMDNFIKVLTNPISIVLIILSVIILAFYAFFELTSVIICFNKSIKYEKIGLFELFKISFKKSIKLLYPKNILLFIFVILIIPLVNTVLISGFIGKIQIPDYILDYIKSDIVLNIIYMIFLLIIYILVIRWIFSIHEITLNTENFKRARKESVNLIKGKIIRTIIYSLILSLVIAIIGYVIYHSGVIFIGIWTKYYTDMEFLKNIFINRCIAFEEYFRLILSIFIFILDIGFISATYYQYKGVSISKNNIKKEKKSISKIVFNLVLILLISYIESVAFSSHVNGMFNTSFSFYTTAIAHRAGAEMAPENTLAAIEEASHAKADYAEIDVQETKDGELIVLHDSNFKRTTGVDKNVWDVNYNEVKTYDAGSFYYYGKGYYDEKFVGEKIATLKEMIKYSKGKVKLLIEIKLNGHEKGDVVKKVVQLIKENNFENQCIVASMDKTILQKVKKLDENLLTCYFMAIAYGDFSKLNYVDIYGIESTFVNKTVVEKIHKMNKKIFVWTVNSDSLIEKMLDLNVDSIITDNPYLIESAIYWKKNGFISQVSDYLF
>CP012312.1|AXU75448.1|1892978_1893563_+|sugar-O-acetyltransferase
MTEREKMLAGELYDCGDIELLTQWHRAKDLVRDYNQTDSSDLEKKEKILNELLGGKGKNLWITAPYYVDYGNNIYFGNNCEVNMNCTFLDDNKIIIGDNVLIAPNVQIYTAFHPTNAGDRFGNAKEDGSFEFCKTQTAPVTIGDNVWIGGGAIIMPGVTIGDNVVIGAGSIVTKDIPSNMIAYGNPCRIIRENK
>CP012312.1|AXU75449.1|1894664_1894841_-|hypothetical-protein
MFIGEIDKCTHILTAYISSSYDYCNFLDTQLDDFISEYGETVVETCLHQVLLLVSRYN
>CP012312.1|AXU75450.1|1895408_1896431_+|ABC-type-transport-system-involved-in-multi-copper-enzyme-maturation,-permease-component
MVNWEIKKLAKSKSMFISLGILVLILIISIFITPVLETESYYIDKEKGRIEDTRSGIDIGNEKFQNKINVLKQFSNQTDTDKFSKKIELMSKKKLDNLSVNEYKDISFWKVFNYRVTNSLINVGMLIIISIIISNIYVDEVVTSVKDIILSSKEKKKALKSKIFVALLVPLVIYSVYLMGIFIITCMQQGVPVNGDLESFRVVDNVVALKTNLSITKYVILNIGIELLMFEGWAMIAVFGSFISKSSISSISFFIFIISITKIMSVIHILPKKLLSVISNVNYYDLIFGFNKIIGNYLGDIMIFKVNIDIVNIAIGLLMAILIGAISLCFLVIKSDYISR
>CP012312.1|AXU75451.1|1896444_1897332_+|ABC-transporter-ATP-binding-protein
MNKLEIEKLSKIYGKKVANDKITVTLENGVYGLLGPNGAGKSTLMKQITTLIKPDEGQILYNGEDIFKMDDDYRNILGYLPQEFGVYKNFTAKEFLQYIGALKGLRGKHLNIKIGELLDLVGLYDVRNKSIGKFSGGMKRRVGIAQVLLNDPKIIVLDEPTAGLDPQERARFRNLIAKMSRDKIIILSTHIISDIESVAKETIMIKDGKLLMKGTHKDILSHMENKVYNVQVKNECEVDDIQSKYKVVSIQSDIDSIVLRIVSEDIPCGANIQPVQAKFEDVYMFYFDLDDAREV
>CP012312.1|AXU75452.1|1897337_1898111_+|ABC-transporter-permease
MMYLVKAEMIKILKSKSVWIIWLFLLFFGFLLIRKFDVLDTYADIFYKIEGSIPLIGLIMFIITSGNYIKEYDSNMTGLINTTKKGKKSVVLSKLLANGLTVSIINISFILLLGIRGFSFFDFKNLNEPIHNLWYFGNSNLNLTVIQMYIIVILTTIFASFIFAQIGLTLSSIFKSAVIPFILGGLIIAIPYFSVGFIPDKAIKFMSLTPNWIMMSQQIVRYNVPSILIVFSIVISIILMIVLTKITYENFTSSKRF

Crispr_ID: CP012312_10

• CRISPR_ID: CP012312_10
• CRISPR_location: 2579514-2580142
• CRISPR_type: Orphan
• Repeat_type: I-A
• Spacer_info: 9 spacers

Consensus repeat of CP012312_10

Consensus_repeat	Method
ATTTACATTCCATATAGTTAATCTAAAAC	CRISPRCasFinder
ATTTACATTCCANATAGTTAATCTAAAAC	CRT
GTTTTAGATTAACTATATGGAATGTAAAT	PILER-CR

spacers of CP012312_10

>10.1|2579543|37|CP012312|CRISPRCasFinder,CRT
CTAATCCGTTTTGTTTTATAGCCTCCATACAAATCTC
>10.2|2579609|37|CP012312|CRISPRCasFinder,CRT
CATTTACAAGCCCTTCCTCTACTCTATAATAAAATCT
>10.3|2579675|38|CP012312|CRISPRCasFinder,CRT,PILER-CR
TTTTGATATTCTAAAGAAGTGACAATGATGTGACACAA
>10.4|2579742|39|CP012312|CRISPRCasFinder,CRT,PILER-CR
TGGTACTACTCCAGAAGAATTTGACAGTCAATATGGTAG
>10.5|2579810|38|CP012312|CRISPRCasFinder,CRT,PILER-CR
GCATTTAGTAAATTCCAACCTTGATAGGCTCCATAGAT
>10.6|2579877|38|CP012312|CRISPRCasFinder,CRT,PILER-CR
AATTTAAGCGATAAAATTCAAGAAATAACAGAATTTTG
>10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR
TAGGAATAAGATTGAGATTTAATTTTTATTATTCAAA
>10.8|2580010|38|CP012312|CRISPRCasFinder,CRT,PILER-CR
GTGAATTTAAATGGAGATACATATTTATTAAAAGAAAA
>10.9|2580077|37|CP012312|CRISPRCasFinder,CRT
ACTTTGCCTTTTCATCTATTCCAGCACCATTTAGAAA

CRISPR arrays and Neighbor proteins around CP012312_10

CRISPR arrays

The CRISPR arrays of CP012312_10

>merge|CP012312|10|2579514-2580142|CRISPRCasFinder,CRT,PILER-CR
AATTTTTCTCCACATAGTTAATATAAAACCTAATCCGTTTTGTTTTATAGCCTCCATACAAATCTCATTTACATACCACATAGTTAATCTAAAACCATTTACAAGCCCTTCCTCTACTCTATAATAAAATCTATTTACATTCCACTTAGTTAATCTAAAACTTTTGATATTCTAAAGAAGTGACAATGATGTGACACAAATTTACATTCCATATAGTTAATCTAAAACTGGTACTACTCCAGAAGAATTTGACAGTCAATATGGTAGATTTACATTCCATATAGTTAATCTAAAACGCATTTAGTAAATTCCAACCTTGATAGGCTCCATAGATATTTACATTCCATATAGTTAATCTAAAACAATTTAAGCGATAAAATTCAAGAAATAACAGAATTTTGATTTACATTCCATATAGTTAATCTAAAACTAGGAATAAGATTGAGATTTAATTTTTATTATTCAAAATTTACATTCCATATAGTTAATCTAAAACGTGAATTTAAATGGAGATACATATTTATTAAAAGAAAAATTTACATTCCATATAGTTAATCTAAAACACTTTGCCTTTTCATCTATTCCAGCACCATTTAGAAAATTTACATACCACATAGTTAATATAACTC

>CP012312|10|9|2579514-2580142|CRISPRCasFinder
AATTTTTCTCCACATAGTTAATATAAAAC	CTAATCCGTTTTGTTTTATAGCCTCCATACAAATCTC
ATTTACATACCACATAGTTAATCTAAAAC	CATTTACAAGCCCTTCCTCTACTCTATAATAAAATCT
ATTTACATTCCACTTAGTTAATCTAAAAC	TTTTGATATTCTAAAGAAGTGACAATGATGTGACACAA
ATTTACATTCCATATAGTTAATCTAAAAC	TGGTACTACTCCAGAAGAATTTGACAGTCAATATGGTAG
ATTTACATTCCATATAGTTAATCTAAAAC	GCATTTAGTAAATTCCAACCTTGATAGGCTCCATAGAT
ATTTACATTCCATATAGTTAATCTAAAAC	AATTTAAGCGATAAAATTCAAGAAATAACAGAATTTTG
ATTTACATTCCATATAGTTAATCTAAAAC	TAGGAATAAGATTGAGATTTAATTTTTATTATTCAAA
ATTTACATTCCATATAGTTAATCTAAAAC	GTGAATTTAAATGGAGATACATATTTATTAAAAGAAAA
ATTTACATTCCATATAGTTAATCTAAAAC	ACTTTGCCTTTTCATCTATTCCAGCACCATTTAGAAA
ATTTACATACCACATAGTTAATATAACTC

>CP012312|10|8|2579514-2580142|CRT
AATTTTTCTCCACATAGTTAATATAAAAC	CTAATCCGTTTTGTTTTATAGCCTCCATACAAATCTC
ATTTACATACCACATAGTTAATCTAAAAC	CATTTACAAGCCCTTCCTCTACTCTATAATAAAATCT
ATTTACATTCCACTTAGTTAATCTAAAAC	TTTTGATATTCTAAAGAAGTGACAATGATGTGACACAA
ATTTACATTCCATATAGTTAATCTAAAAC	TGGTACTACTCCAGAAGAATTTGACAGTCAATATGGTAG
ATTTACATTCCATATAGTTAATCTAAAAC	GCATTTAGTAAATTCCAACCTTGATAGGCTCCATAGAT
ATTTACATTCCATATAGTTAATCTAAAAC	AATTTAAGCGATAAAATTCAAGAAATAACAGAATTTTG
ATTTACATTCCATATAGTTAATCTAAAAC	TAGGAATAAGATTGAGATTTAATTTTTATTATTCAAA
ATTTACATTCCATATAGTTAATCTAAAAC	GTGAATTTAAATGGAGATACATATTTATTAAAAGAAAA
ATTTACATTCCATATAGTTAATCTAAAAC	ACTTTGCCTTTTCATCTATTCCAGCACCATTTAGAAA
ATTTACATACCACATAGTTAATATAACTC

>CP012312|10|7|2579646-2580076|PILER-CR
ATTTACATTCCACTTAGTTAATCTAAAAC	TTTTGATATTCTAAAGAAGTGACAATGATGTGACACAA
ATTTACATTCCATATAGTTAATCTAAAAC	TGGTACTACTCCAGAAGAATTTGACAGTCAATATGGTAG
ATTTACATTCCATATAGTTAATCTAAAAC	GCATTTAGTAAATTCCAACCTTGATAGGCTCCATAGAT
ATTTACATTCCATATAGTTAATCTAAAAC	AATTTAAGCGATAAAATTCAAGAAATAACAGAATTTTG
ATTTACATTCCATATAGTTAATCTAAAAC	TAGGAATAAGATTGAGATTTAATTTTTATTATTCAAA
ATTTACATTCCATATAGTTAATCTAAAAC	GTGAATTTAAATGGAGATACATATTTATTAAAAGAAAA
ATTTACATTCCATATAGTTAATCTAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU76090.1|2585833_2586310_-|phage-protein	unknown	unknown	gnl|CDD|378178
CP012312.1|AXU76083.1|2581431_2581635_+|DNA-binding-protein	unknown	unknown	gnl|CDD|379188
CP012312.1|AXU76075.1|2574004_2574706_-|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|236880
CP012312.1|AXU76072.1|2571346_2571766_-|phage-protein	unknown	unknown	gnl|CDD|378510
CP012312.1|AXU76081.1|2580217_2580376_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76084.1|2582751_2582913_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76079.1|2578174_2578993_-|prophage-antirepressor-related-protein	unknown	unknown	gnl|CDD|214989
CP012312.1|AXU76085.1|2582972_2583839_-|prophage-antirepressor-related-protein	unknown	unknown	gnl|CDD|214989
CP012312.1|AXU76082.1|2580408_2581188_-|prophage-antirepressor-related-protein	unknown	unknown	gnl|CDD|378443
CP012312.1|AXU76088.1|2585078_2585519_-|phage-protein	unknown	unknown	gnl|CDD|378084
CP012312.1|AXU76074.1|2572044_2574012_-|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|366353
CP012312.1|AXU76078.1|2578025_2578175_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76071.1|2570296_2571346_-|phage-protein	unknown	unknown	gnl|CDD|377414
CP012312.1|AXU76077.1|2577125_2577896_-|hypothetical-protein	unknown	unknown	gnl|CDD|378276
CP012312.1|AXU76080.1|2579113_2579356_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76086.1|2583960_2584194_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76076.1|2574717_2577069_-|phage-tail-tape-measure-protein	unknown	unknown	gnl|CDD|131723
CP012312.1|AXU76089.1|2585523_2585781_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76073.1|2571770_2572031_-|phage-protein	unknown	unknown	gnl|CDD|378501
CP012312.1|AXU76087.1|2584597_2584756_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU76090.1|2585833_2586310_-|phage-protein	gnl|CDD|378178	pfam09393, DUF2001, Phage tail tube protein. This is a family of phage tail tube proteins including protein XkdM from phage-like element PBSX protein whose structure adopts a beta barrel flanked with alpha helical regions.	1.19215e-53
CP012312.1|AXU76083.1|2581431_2581635_+|DNA-binding-protein	gnl|CDD|379188	pfam13443, HTH_26, Cro/C1-type HTH DNA-binding domain. This is a helix-turn-helix domain that probably binds to DNA.	5.67261e-11
CP012312.1|AXU76075.1|2574004_2574706_-|phage-cell-wall-hydrolase	gnl|CDD|236880	PRK11198, PRK11198, LysM domain/BON superfamily protein; Provisional.	1.81825e-12
CP012312.1|AXU76072.1|2571346_2571766_-|phage-protein	gnl|CDD|378510	pfam10934, DUF2634, Protein of unknown function (DUF2634). Some members in this family of proteins are annotated as phage related, xkdS however currently there is no known function.	1.21951e-36
CP012312.1|AXU76079.1|2578174_2578993_-|prophage-antirepressor-related-protein	gnl|CDD|214989	smart01040, Bro-N, BRO family, N-terminal domain. This family includes the N-terminus of baculovirus BRO and ALI motif proteins. The function of BRO proteins is unknown. It has been suggested that BRO-A and BRO-C are DNA binding proteins that influence host DNA replication and/or transcription. This Pfam domain does not include the characteristic invariant alanine, leucine, isoleucine motif of the ALI proteins.	1.14722e-19
CP012312.1|AXU76085.1|2582972_2583839_-|prophage-antirepressor-related-protein	gnl|CDD|214989	smart01040, Bro-N, BRO family, N-terminal domain. This family includes the N-terminus of baculovirus BRO and ALI motif proteins. The function of BRO proteins is unknown. It has been suggested that BRO-A and BRO-C are DNA binding proteins that influence host DNA replication and/or transcription. This Pfam domain does not include the characteristic invariant alanine, leucine, isoleucine motif of the ALI proteins.	2.54963e-10
CP012312.1|AXU76082.1|2580408_2581188_-|prophage-antirepressor-related-protein	gnl|CDD|378443	pfam10543, ORF6N, ORF6N domain. This domain was identified by Iyer and colleagues.	1.6836e-13
CP012312.1|AXU76088.1|2585078_2585519_-|phage-protein	gnl|CDD|378084	pfam08890, Phage_TAC_5, Phage XkdN-like tail assembly chaperone protein, TAC. This is a family of phage tail assembly chaperone proteins, TACs, from Gram-positive bacteriophages, in particular PBSX from Firmicutes.	8.645e-52
CP012312.1|AXU76074.1|2572044_2574012_-|phage-cell-wall-hydrolase	gnl|CDD|366353	pfam00877, NLPC_P60, NlpC/P60 family. The function of this domain is unknown. It is found in several lipoproteins.	9.57739e-33
CP012312.1|AXU76071.1|2570296_2571346_-|phage-protein	gnl|CDD|377414	pfam04865, Baseplate_J, Baseplate J-like protein. The P2 bacteriophage J protein lies at the edge of the baseplate. This family also includes a number of bacterial homologs, which are thought to have been horizontally transferred.	7.43013e-50
CP012312.1|AXU76077.1|2577125_2577896_-|hypothetical-protein	gnl|CDD|378276	pfam09851, SHOCT, Short C-terminal domain.	1.11101e-05
CP012312.1|AXU76076.1|2574717_2577069_-|phage-tail-tape-measure-protein	gnl|CDD|131723	TIGR02675, Mu-like_prophage_FluMu_protein_gp42, tape measure domain. Proteins containing this domain are strictly bacterial, including bacteriophage and prophage regions of bacterial genomes. Most members are 800 to 1800 amino acids long, making them among the longest predicted proteins of their respective phage genomes, where they are encoded in tail protein regions. This roughly 80-residue domain described here usually begins between residue 100 and 250. Many members are known or predicted to act as phage tail tape measure proteins, a minor tail component that regulates tail length.	5.4037e-19
CP012312.1|AXU76073.1|2571770_2572031_-|phage-protein	gnl|CDD|378501	pfam10844, DUF2577, Protein of unknown function (DUF2577). This family of proteins has no known function.	6.31686e-18

Protein sequences

>CP012312.1|AXU76080.1|2579113_2579356_-|hypothetical-protein
MTVTRYNVIINVTSYRKEVNKIATKSRAEYMKNRRKDKRGFSVLLDKEKLDKFDEVLEEKNLTKKEWLEEKIDEELEQKE
>CP012312.1|AXU76079.1|2578174_2578993_-|prophage-antirepressor-related-protein
MKNELMMFEGKEIEVFEFEGQILFNPKHVAECLDISDVNSSIRKFNDNQVVKLTNSKMHNMQFRKLHNTGENFLTESGVYKLIFKSKKEEAERFQDWISDEVLPQIRQTGAYITNNADPDKLREKASEIESLDTVNKTIEILTPFLDNAGIDEKAKLLTAKTIYKKAGIELPLEIEEKEHFFDTVQIATKLNIYSKTNNPAFMAVCEIIKKLDIKEEEKLIVLANKKGWNGTTTKYSQSVIDKISKWIEENKRPTKIQGEKKNFYIVYKEAM
>CP012312.1|AXU76078.1|2578025_2578175_-|hypothetical-protein
MRDNLLNNPCSEEKEYLISCLKTLRKKDEHDFYVFKQIVDIYCKQAKYK
>CP012312.1|AXU76077.1|2577125_2577896_-|hypothetical-protein
MGLFGSKDNCCICGEKGKQKIADGWLCKECFKKYAVATFTPGNTLYRGLPTKLEVEKAIESKDDKEKELKNFNPTKKILKFMEFDDNNKKFIVLNGFNREKVNLSVYNYSDVIEYELLENGETVTKGGIGRALAGGALFGGVGAVVGGVTAKRTTKAFIDSLKIKITLNNLSNPNVYVNLIQLRTKSNSSIYKMAYSSAQEILSVLAIIVKDNEAVNIQNNSNDAIQQVKGLKELLDLGAITEEEFNTKKKELLNL
>CP012312.1|AXU76076.1|2574717_2577069_-|phage-tail-tape-measure-protein
MATIQTSIKIFDGMTPAFRNMTTSINTTINSLDRLQQRLHNPINAGSIQASQQSLNNIESILTRIEQKIKGNTNEQENFNNKIRQGSEAGSLLVSKLKSLAGIYIGIKGIESITKAADTIASTKARLNLMNDGLQTTDQLNKMIYLSAQSARASYADTAAQVAKLGILAGDAFGSSAEVVKFTELMNKAFVIGGTSASEASAAMYQLTQAMGAGKLQGDEFRSIMENAPLLAAKIADAMGKTKDQLKELSSSGAITADVIRNALFKASDEIEKKFASMPISFSQALTMMKNDAYMIFGQTLGKISGALQSVRFSEIVVSMRNVMIAISSNIYDTLNIIKNILNSDFFSDFVSNVTLGVVLIIQGLGGITNAALSVVNVFAQNWNIIEPIVYGVAAAIGIYTIAAIALAVANKVASLSAAWFNFQMTQTVIMHELATGATWMQVAAQYGLNAALYACPLTWIVLGFIAVIAVVFVAVAAVNKFAGTSLTALGVIVGAVFAAVAFIQNIMIWLFNRCVDVNEGITNGWNQCVFLMKQAIAKGVIFIIEKMASLNDSVNNAGNALGKAFVTGANIAIRGVNKLIDLLNKIPGINIGKVGEATFTPVKADNSYIKQQINSLNRWVGDAPEKIKLERMQYKDIGAEFQKGNALGTKWQNAISNKLKDTFDINKMLEDAKDKLGLKDLWDKDNPLNNLGGFGGDLGKNVKDTAGNTAKMAKTMDKSQEDLKYLRDIAEQETINRFTGVNIKIDMNNTNNISRDTDLDGIVNVLTEKLNDAMVVSAEGIV
>CP012312.1|AXU76075.1|2574004_2574706_-|phage-cell-wall-hydrolase
MAYDFYLDGVQLPITPGKLEIKTTNKNKTVDLINDGEVNILKTPGLSEFSFEAEFTHNKLPYYRGAFKDVQFFLSKLELLKTDCKPFQFIVSRQLGNKVLFNTNRKVSLEEYNIVEDAENGSDFKVAIKLKQYRDYSTKKLVLATPEKTNYGRTPPPVMKPKEFRPDSVNSPNAKTYTVKAGDSLWAICQKQLGNGSLYKKVYELNKTMMDKANKGKKVPKYTIYKGQVLKLG
>CP012312.1|AXU76074.1|2572044_2574012_-|phage-cell-wall-hydrolase
MDDELVLANDRDVRLVIAHWEDFYEPVVLDGITWEIERRGTPSKLEFTIVMDDILQFCEGNSVRLYYKGIGIFYGYIFQKKRDKENHIKIVAYDQLRYFKNKDTYVFKNYTASEIIKMLADDFKLKCKFIEDTKYKISRIEENKTLFDMILTALDDTLREKKEMYILYDDFGRLVLKNVASMKLDVVMDNDVIEDFDYNSSIDSDTYTQVKLLKEDENTGQRISTTVKDSIHIRSWGVLQLFDTVDSNMTKAEMDKKAEMLLKLYNKKTKSLSLKNVLGDIRVRAGCLVPVFLDLGDIDLQNYMLVEKVKHTFENNSHFMDLTLVDGDEFASYSSSSYSSGNTNNKDEKKNGPAQSTTSKEDNDMINKLNKVFKNKLSNTGSIFVKYSNAYKVNAALMAAISIHETGNGSSSLCKNKNNFFGMKGMSFGSVDEGIKRGISNLSRNYIHMGRKTLESIRDKYAPLYDSPLNKHWVPGVNKFYKQITGNAYSSNSAGTGVRSNEEAEKNLKDITYQVQNSNNANTSTNNNSKVNKVIQEAKNQLGKPYDWGGNGPKSFDCSGLMVWAFKRGAGINLPRVSADQSNDSRGKLLCNINDVKAGDLVFFKNEQGKVHHVGLYIGNDQYIHAPQTGDVVKISSLSGRQKKKHDFARARRFF
>CP012312.1|AXU76073.1|2571770_2572031_-|phage-protein
MSQELLQIIKKAAMDAVETSNPIQIAFGTIESVNPLVVKIEQKASFEESFLIQTDTFKKYTDKKIGDKLVLIRMQGGQQYLILDRM
>CP012312.1|AXU76072.1|2571346_2571766_-|phage-protein
MLPSDNLDYDIEDVSIINFDVRQEPSKTFKLNIEKNRVDGICDDVEALKQTIFLILNTERYEHLIYSRNYGVELNDLIGEPISYVIPELERRITEALIQDDRVENVDNFEFQNVKGKVHCKFTVYSKYGNIKAEKVVSV
>CP012312.1|AXU76071.1|2570296_2571346_-|phage-protein
MFELMTFENIIKRMLDSVPDTFDKREGSIIYNALAPVAVELTETYIAMDELLDQTFVDTASYYYLEKRCKERGITPLPATNTIAKGVFNIDIPIDSRFNLGEYNYVAIERISEKTYKMKCETTGPVFELGQLIPIEYVDKLETAELTEILINGEDEESEDSLRQRYYDSLNSQSFGGNMQNYKDEVNKIQDVGGVKVYPVWDGGGTVKLVIINSNFKVPSDDLVNLVQEEIDPIQNQGEGLGLAPIGHRVTVEGVTSTTINISAEITYKSGYTWENIKTIAEEAINDYLNELNMSWEDEENLIVRISQIETRLLSIDGVLDITNTMINEVKSNLTIDSNSIVVRGEVVG
>CP012312.1|AXU76081.1|2580217_2580376_-|hypothetical-protein
MYENLLDSIDIEKRKEEFRIKLLKIRETDIDIYNKIESIVYKLSEKKLEKNN
>CP012312.1|AXU76082.1|2580408_2581188_-|prophage-antirepressor-related-protein
MNNLVLINNQELQVKEFNNQRVVTFKEIDQVHERTEGTAKRNFSENRKHFIENEDFFFVKASDFEKYGNRTLEIPNRGLTLITETGYLMLVKSFTDDLAWKVQRQLVNSYFRVKEEIKTLEAVNESIKLITPIFEDLKIDKSMQFLVAKTFFKKAGVDIPLEIEEKEHFYDTKQIARKLGLYTMSNKPAFMAVKQIIRKLDIKEDEMKTVLETNGSWTGTVTKYSNKVTEKVKEWLKENNNPISIKGDKKNYYILYKNN
>CP012312.1|AXU76083.1|2581431_2581635_+|DNA-binding-protein
MYFNIDKLLDSRGKTRYWLAKEVGIAYPNMMKLANNETSSIKLDLFEKLCLVLECTPNELVTLSSKE
>CP012312.1|AXU76084.1|2582751_2582913_-|hypothetical-protein
MEILNITLSPKEIEIYLMWTKLEEIKAFDVELYNKIADTINELYEKQQGRENN
>CP012312.1|AXU76085.1|2582972_2583839_-|prophage-antirepressor-related-protein
MKNLIVKEFNGSQIYTFMWKEKSCWIANQIVGLFDYADVSKTIQDCIKAEDFEIEQEYDVLKGNEFNDFVTTLNVVANNIISNKARSITIFYEDGLYGFLQYTDKPIGVQFRKWLRREVLPSIRQTGAYITNNANPEKLREKASEIEKLQLAYNSTSMLKELLDGAGFDNKSKLLTAKTLYKKAGIDLPIEIDEEEHYFDTKQIASKLKIYSKSNKPAQLAVCEIIKKIDLEENEVKGVWETNGSWTGTVNKYTKSVIDKIRNWIEENNRPTKIQGEKKNFHIVYKIE
>CP012312.1|AXU76086.1|2583960_2584194_-|hypothetical-protein
MADINYNNKCQPIIMQEVITITKNKVGRPKTETAMNKRITVRLDSKHEEILETYTKKYGITKNEAVRKGIEKLEEKE
>CP012312.1|AXU76087.1|2584597_2584756_-|hypothetical-protein
MDNFLQGVLASLVASLIVYLTSKLFKKVKSHSNTTKSDFDFKLTIKFKRNKH
>CP012312.1|AXU76088.1|2585078_2585519_-|phage-protein
MGDLNAFLSQNAIKVENRKYVASERFVGEDGRPVEWELKAIDSDRDRQLRKDSTIRVPVLNKKGKATGQYTSETDFNTYTLKLCVETIVFPDLHDAELQNSYGVMGAEELLTTMLTPGEYTDLSSEVGEVNGFDRTFEDKVEEAKN
>CP012312.1|AXU76089.1|2585523_2585781_-|hypothetical-protein
MVKIKDKYEMKDSISFSYNEKIPLEERVSEVYKKAGKFLIDISDKLALDTIEGSSLAPIEIKIKLDEDNLITIEKQTKYLVMEVE
>CP012312.1|AXU76090.1|2585833_2586310_-|phage-protein
MSKNITMNVRDAISGSKAECFVTIKGKRYNFMQAINLEAKMEKNKSEMPILGSITKGNKSTGSKFSGSATFYYNTSIFRELLYEYKETGEDIYFDMQITNEDPTSSVGRQTIILEDCNLDSGIIAKFDADGEYLDEDVDFTFENWKIVEKFNIANGME

Crispr_ID: CP012312_11

• CRISPR_ID: CP012312_11
• CRISPR_location: 2581680-2582508
• CRISPR_type: Orphan
• Repeat_type: I-A:NA
• Spacer_info: 12 spacers

Consensus repeat of CP012312_11

Consensus_repeat	Method
ATTTACATTCCATATAGTTAATCTAAAAC	CRISPRCasFinder
TTTACATNCCANATAGTTAATNTAAAAC	CRT
GTTTTATATTAACTATGTGGTATGTAAA	PILER-CR

spacers of CP012312_11

>11.1|2581709|37|CP012312|CRISPRCasFinder
CAATTTCATGTGTGGATAGTTGCCATATCTCCCACCC
>11.2|2581775|37|CP012312|CRISPRCasFinder
CAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACT
>11.3|2581841|36|CP012312|CRISPRCasFinder
AATAATTGGTGATGGTACAGGATATACAAATGCAAC
>11.4|2581906|37|CP012312|CRISPRCasFinder
ATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTT
>11.5|2581972|38|CP012312|CRISPRCasFinder
TTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGAT
>11.6|2582039|36|CP012312|CRISPRCasFinder
ACGACCGTTAAATCTGCAAATTTCTTCACCACTTGT
>11.7|2582104|35|CP012312|CRISPRCasFinder
TTTGATAGAGATACCCATTCTCTTAATGTTGCTGT
>11.8|2582168|49|CP012312|CRISPRCasFinder
CACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATT
>11.9|2582246|36|CP012312|CRISPRCasFinder
TTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAAC
>11.10|2582311|36|CP012312|CRISPRCasFinder
ATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGT
>11.11|2582376|38|CP012312|CRISPRCasFinder
CAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAAT
>11.12|2582443|37|CP012312|CRISPRCasFinder
GATATTCACACTATGCATATCTAAAATTCAAATATTT
>11.13|2581709|38|CP012312|CRT
CAATTTCATGTGTGGATAGTTGCCATATCTCCCACCCA
>11.14|2581775|38|CP012312|CRT,PILER-CR
CAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACTA
>11.15|2581841|37|CP012312|CRT,PILER-CR
AATAATTGGTGATGGTACAGGATATACAAATGCAACA
>11.16|2581906|38|CP012312|CRT,PILER-CR
ATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTTA
>11.17|2581972|39|CP012312|CRT,PILER-CR
TTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGATA
>11.18|2582039|37|CP012312|CRT,PILER-CR
ACGACCGTTAAATCTGCAAATTTCTTCACCACTTGTC
>11.19|2582104|36|CP012312|CRT,PILER-CR
TTTGATAGAGATACCCATTCTCTTAATGTTGCTGTC
>11.20|2582168|50|CP012312|CRT,PILER-CR
CACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATTC
>11.21|2582246|37|CP012312|CRT,PILER-CR
TTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAACC
>11.22|2582311|37|CP012312|CRT,PILER-CR
ATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGTC
>11.23|2582376|39|CP012312|CRT,PILER-CR
CAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAATC
>11.24|2582443|38|CP012312|CRT,PILER-CR
GATATTCACACTATGCATATCTAAAATTCAAATATTTC

CRISPR arrays and Neighbor proteins around CP012312_11

CRISPR arrays

The CRISPR arrays of CP012312_11

>merge|CP012312|11|2581680-2582508|CRISPRCasFinder,CRT,PILER-CR
AGTTTTTCTCCACATAGTTAATCTAAAACCAATTTCATGTGTGGATAGTTGCCATATCTCCCACCCATTTACATTCCATATAGTTAATCTAAAACCAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACTATTTACATTCCATATAGTTAATCTAAAACAATAATTGGTGATGGTACAGGATATACAAATGCAACATTTACATTCCATATAGTTAATCTAAAACATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTTATTTACATTCCATATAGTTAATCTAAAACTTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGATATTTACATTCCACATAGTTAATATAAAACACGACCGTTAAATCTGCAAATTTCTTCACCACTTGTCTTTACATACCACATAGTTAATATAAAACTTTGATAGAGATACCCATTCTCTTAATGTTGCTGTCTTTACATACCACATAGTTAATATAAAACCACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATTCTTTACATACCACATAGTTAATATAAAACTTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAACCTTTACATACCACATAGTTAATATAAAACATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGTCTTTACATACCACATAGTTACTATAAAACCAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAATCTTTACATACCACATAGTTAATATAAAACGATATTCACACTATGCATATCTAAAATTCAAATATTTCTTTACATACCACATAGTTAATATAAAAC

>CP012312|11|10|2581680-2582508|CRISPRCasFinder
AGTTTTTCTCCACATAGTTAATCTAAAAC	CAATTTCATGTGTGGATAGTTGCCATATCTCCCACCC
ATTTACATTCCATATAGTTAATCTAAAAC	CAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACT
ATTTACATTCCATATAGTTAATCTAAAAC	AATAATTGGTGATGGTACAGGATATACAAATGCAAC
ATTTACATTCCATATAGTTAATCTAAAAC	ATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTT
ATTTACATTCCATATAGTTAATCTAAAAC	TTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGAT
ATTTACATTCCACATAGTTAATATAAAAC	ACGACCGTTAAATCTGCAAATTTCTTCACCACTTGT
CTTTACATACCACATAGTTAATATAAAAC	TTTGATAGAGATACCCATTCTCTTAATGTTGCTGT
CTTTACATACCACATAGTTAATATAAAAC	CACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATT
CTTTACATACCACATAGTTAATATAAAAC	TTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAAC
CTTTACATACCACATAGTTAATATAAAAC	ATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGT
CTTTACATACCACATAGTTACTATAAAAC	CAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAAT
CTTTACATACCACATAGTTAATATAAAAC	GATATTCACACTATGCATATCTAAAATTCAAATATTT
CTTTACATACCACATAGTTAATATAAAAC

>CP012312|11|9|2581681-2582508|CRT
GTTTTTCTCCACATAGTTAATCTAAAAC	CAATTTCATGTGTGGATAGTTGCCATATCTCCCACCCA
TTTACATTCCATATAGTTAATCTAAAAC	CAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACTA
TTTACATTCCATATAGTTAATCTAAAAC	AATAATTGGTGATGGTACAGGATATACAAATGCAACA
TTTACATTCCATATAGTTAATCTAAAAC	ATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTTA
TTTACATTCCATATAGTTAATCTAAAAC	TTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGATA
TTTACATTCCACATAGTTAATATAAAAC	ACGACCGTTAAATCTGCAAATTTCTTCACCACTTGTC
TTTACATACCACATAGTTAATATAAAAC	TTTGATAGAGATACCCATTCTCTTAATGTTGCTGTC
TTTACATACCACATAGTTAATATAAAAC	CACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATTC
TTTACATACCACATAGTTAATATAAAAC	TTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAACC
TTTACATACCACATAGTTAATATAAAAC	ATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGTC
TTTACATACCACATAGTTACTATAAAAC	CAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAATC
TTTACATACCACATAGTTAATATAAAAC	GATATTCACACTATGCATATCTAAAATTCAAATATTTC
TTTACATACCACATAGTTAATATAAAAC

>CP012312|11|8|2581747-2582508|PILER-CR
TTTACATTCCATATAGTTAATCTAAAAC	CAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACTA
TTTACATTCCATATAGTTAATCTAAAAC	AATAATTGGTGATGGTACAGGATATACAAATGCAACA
TTTACATTCCATATAGTTAATCTAAAAC	ATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTTA
TTTACATTCCATATAGTTAATCTAAAAC	TTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGATA
TTTACATTCCACATAGTTAATATAAAAC	ACGACCGTTAAATCTGCAAATTTCTTCACCACTTGTC
TTTACATACCACATAGTTAATATAAAAC	TTTGATAGAGATACCCATTCTCTTAATGTTGCTGTC
TTTACATACCACATAGTTAATATAAAAC	CACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATTC
TTTACATACCACATAGTTAATATAAAAC	TTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAACC
TTTACATACCACATAGTTAATATAAAAC	ATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGTC
TTTACATACCACATAGTTACTATAAAAC	CAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAATC
TTTACATACCACATAGTTAATATAAAAC	GATATTCACACTATGCATATCTAAAATTCAAATATTTC
TTTACATACCACATAGTTAATATAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU76093.1|2587809_2588247_-|phage-protein	unknown	unknown	unknown
CP012312.1|AXU76090.1|2585833_2586310_-|phage-protein	unknown	unknown	gnl|CDD|378178
CP012312.1|AXU76083.1|2581431_2581635_+|DNA-binding-protein	unknown	unknown	gnl|CDD|379188
CP012312.1|AXU76075.1|2574004_2574706_-|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|236880
CP012312.1|AXU76085.1|2582972_2583839_-|prophage-antirepressor-related-protein	unknown	unknown	gnl|CDD|214989
CP012312.1|AXU76081.1|2580217_2580376_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76082.1|2580408_2581188_-|prophage-antirepressor-related-protein	unknown	unknown	gnl|CDD|378443
CP012312.1|AXU76079.1|2578174_2578993_-|prophage-antirepressor-related-protein	unknown	unknown	gnl|CDD|214989
CP012312.1|AXU76084.1|2582751_2582913_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76088.1|2585078_2585519_-|phage-protein	unknown	unknown	gnl|CDD|378084
CP012312.1|AXU76074.1|2572044_2574012_-|phage-cell-wall-hydrolase	unknown	unknown	gnl|CDD|366353
CP012312.1|AXU76078.1|2578025_2578175_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76077.1|2577125_2577896_-|hypothetical-protein	unknown	unknown	gnl|CDD|378276
CP012312.1|AXU76091.1|2586329_2587640_-|phage-protein	unknown	unknown	gnl|CDD|377435
CP012312.1|AXU76086.1|2583960_2584194_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76076.1|2574717_2577069_-|phage-tail-tape-measure-protein	unknown	unknown	gnl|CDD|131723
CP012312.1|AXU76092.1|2587640_2587826_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76089.1|2585523_2585781_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76080.1|2579113_2579356_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76087.1|2584597_2584756_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU76090.1|2585833_2586310_-|phage-protein	gnl|CDD|378178	pfam09393, DUF2001, Phage tail tube protein. This is a family of phage tail tube proteins including protein XkdM from phage-like element PBSX protein whose structure adopts a beta barrel flanked with alpha helical regions.	1.19215e-53
CP012312.1|AXU76083.1|2581431_2581635_+|DNA-binding-protein	gnl|CDD|379188	pfam13443, HTH_26, Cro/C1-type HTH DNA-binding domain. This is a helix-turn-helix domain that probably binds to DNA.	5.67261e-11
CP012312.1|AXU76077.1|2577125_2577896_-|hypothetical-protein	gnl|CDD|378276	pfam09851, SHOCT, Short C-terminal domain.	1.11101e-05
CP012312.1|AXU76075.1|2574004_2574706_-|phage-cell-wall-hydrolase	gnl|CDD|236880	PRK11198, PRK11198, LysM domain/BON superfamily protein; Provisional.	1.81825e-12
CP012312.1|AXU76091.1|2586329_2587640_-|phage-protein	gnl|CDD|377435	pfam04984, Phage_sheath_1, Phage tail sheath protein subtilisin-like domain. This entry represents the second domain in a variety of phage tail sheath proteins. According to ECOD this domain has a subtilisin-like structure.	1.2617e-36
CP012312.1|AXU76085.1|2582972_2583839_-|prophage-antirepressor-related-protein	gnl|CDD|214989	smart01040, Bro-N, BRO family, N-terminal domain. This family includes the N-terminus of baculovirus BRO and ALI motif proteins. The function of BRO proteins is unknown. It has been suggested that BRO-A and BRO-C are DNA binding proteins that influence host DNA replication and/or transcription. This Pfam domain does not include the characteristic invariant alanine, leucine, isoleucine motif of the ALI proteins.	2.54963e-10
CP012312.1|AXU76079.1|2578174_2578993_-|prophage-antirepressor-related-protein	gnl|CDD|214989	smart01040, Bro-N, BRO family, N-terminal domain. This family includes the N-terminus of baculovirus BRO and ALI motif proteins. The function of BRO proteins is unknown. It has been suggested that BRO-A and BRO-C are DNA binding proteins that influence host DNA replication and/or transcription. This Pfam domain does not include the characteristic invariant alanine, leucine, isoleucine motif of the ALI proteins.	1.14722e-19
CP012312.1|AXU76082.1|2580408_2581188_-|prophage-antirepressor-related-protein	gnl|CDD|378443	pfam10543, ORF6N, ORF6N domain. This domain was identified by Iyer and colleagues.	1.6836e-13
CP012312.1|AXU76076.1|2574717_2577069_-|phage-tail-tape-measure-protein	gnl|CDD|131723	TIGR02675, Mu-like_prophage_FluMu_protein_gp42, tape measure domain. Proteins containing this domain are strictly bacterial, including bacteriophage and prophage regions of bacterial genomes. Most members are 800 to 1800 amino acids long, making them among the longest predicted proteins of their respective phage genomes, where they are encoded in tail protein regions. This roughly 80-residue domain described here usually begins between residue 100 and 250. Many members are known or predicted to act as phage tail tape measure proteins, a minor tail component that regulates tail length.	5.4037e-19
CP012312.1|AXU76088.1|2585078_2585519_-|phage-protein	gnl|CDD|378084	pfam08890, Phage_TAC_5, Phage XkdN-like tail assembly chaperone protein, TAC. This is a family of phage tail assembly chaperone proteins, TACs, from Gram-positive bacteriophages, in particular PBSX from Firmicutes.	8.645e-52
CP012312.1|AXU76074.1|2572044_2574012_-|phage-cell-wall-hydrolase	gnl|CDD|366353	pfam00877, NLPC_P60, NlpC/P60 family. The function of this domain is unknown. It is found in several lipoproteins.	9.57739e-33

Protein sequences

>CP012312.1|AXU76083.1|2581431_2581635_+|DNA-binding-protein
MYFNIDKLLDSRGKTRYWLAKEVGIAYPNMMKLANNETSSIKLDLFEKLCLVLECTPNELVTLSSKE
>CP012312.1|AXU76082.1|2580408_2581188_-|prophage-antirepressor-related-protein
MNNLVLINNQELQVKEFNNQRVVTFKEIDQVHERTEGTAKRNFSENRKHFIENEDFFFVKASDFEKYGNRTLEIPNRGLTLITETGYLMLVKSFTDDLAWKVQRQLVNSYFRVKEEIKTLEAVNESIKLITPIFEDLKIDKSMQFLVAKTFFKKAGVDIPLEIEEKEHFYDTKQIARKLGLYTMSNKPAFMAVKQIIRKLDIKEDEMKTVLETNGSWTGTVTKYSNKVTEKVKEWLKENNNPISIKGDKKNYYILYKNN
>CP012312.1|AXU76081.1|2580217_2580376_-|hypothetical-protein
MYENLLDSIDIEKRKEEFRIKLLKIRETDIDIYNKIESIVYKLSEKKLEKNN
>CP012312.1|AXU76080.1|2579113_2579356_-|hypothetical-protein
MTVTRYNVIINVTSYRKEVNKIATKSRAEYMKNRRKDKRGFSVLLDKEKLDKFDEVLEEKNLTKKEWLEEKIDEELEQKE
>CP012312.1|AXU76079.1|2578174_2578993_-|prophage-antirepressor-related-protein
MKNELMMFEGKEIEVFEFEGQILFNPKHVAECLDISDVNSSIRKFNDNQVVKLTNSKMHNMQFRKLHNTGENFLTESGVYKLIFKSKKEEAERFQDWISDEVLPQIRQTGAYITNNADPDKLREKASEIESLDTVNKTIEILTPFLDNAGIDEKAKLLTAKTIYKKAGIELPLEIEEKEHFFDTVQIATKLNIYSKTNNPAFMAVCEIIKKLDIKEEEKLIVLANKKGWNGTTTKYSQSVIDKISKWIEENKRPTKIQGEKKNFYIVYKEAM
>CP012312.1|AXU76078.1|2578025_2578175_-|hypothetical-protein
MRDNLLNNPCSEEKEYLISCLKTLRKKDEHDFYVFKQIVDIYCKQAKYK
>CP012312.1|AXU76077.1|2577125_2577896_-|hypothetical-protein
MGLFGSKDNCCICGEKGKQKIADGWLCKECFKKYAVATFTPGNTLYRGLPTKLEVEKAIESKDDKEKELKNFNPTKKILKFMEFDDNNKKFIVLNGFNREKVNLSVYNYSDVIEYELLENGETVTKGGIGRALAGGALFGGVGAVVGGVTAKRTTKAFIDSLKIKITLNNLSNPNVYVNLIQLRTKSNSSIYKMAYSSAQEILSVLAIIVKDNEAVNIQNNSNDAIQQVKGLKELLDLGAITEEEFNTKKKELLNL
>CP012312.1|AXU76076.1|2574717_2577069_-|phage-tail-tape-measure-protein
MATIQTSIKIFDGMTPAFRNMTTSINTTINSLDRLQQRLHNPINAGSIQASQQSLNNIESILTRIEQKIKGNTNEQENFNNKIRQGSEAGSLLVSKLKSLAGIYIGIKGIESITKAADTIASTKARLNLMNDGLQTTDQLNKMIYLSAQSARASYADTAAQVAKLGILAGDAFGSSAEVVKFTELMNKAFVIGGTSASEASAAMYQLTQAMGAGKLQGDEFRSIMENAPLLAAKIADAMGKTKDQLKELSSSGAITADVIRNALFKASDEIEKKFASMPISFSQALTMMKNDAYMIFGQTLGKISGALQSVRFSEIVVSMRNVMIAISSNIYDTLNIIKNILNSDFFSDFVSNVTLGVVLIIQGLGGITNAALSVVNVFAQNWNIIEPIVYGVAAAIGIYTIAAIALAVANKVASLSAAWFNFQMTQTVIMHELATGATWMQVAAQYGLNAALYACPLTWIVLGFIAVIAVVFVAVAAVNKFAGTSLTALGVIVGAVFAAVAFIQNIMIWLFNRCVDVNEGITNGWNQCVFLMKQAIAKGVIFIIEKMASLNDSVNNAGNALGKAFVTGANIAIRGVNKLIDLLNKIPGINIGKVGEATFTPVKADNSYIKQQINSLNRWVGDAPEKIKLERMQYKDIGAEFQKGNALGTKWQNAISNKLKDTFDINKMLEDAKDKLGLKDLWDKDNPLNNLGGFGGDLGKNVKDTAGNTAKMAKTMDKSQEDLKYLRDIAEQETINRFTGVNIKIDMNNTNNISRDTDLDGIVNVLTEKLNDAMVVSAEGIV
>CP012312.1|AXU76075.1|2574004_2574706_-|phage-cell-wall-hydrolase
MAYDFYLDGVQLPITPGKLEIKTTNKNKTVDLINDGEVNILKTPGLSEFSFEAEFTHNKLPYYRGAFKDVQFFLSKLELLKTDCKPFQFIVSRQLGNKVLFNTNRKVSLEEYNIVEDAENGSDFKVAIKLKQYRDYSTKKLVLATPEKTNYGRTPPPVMKPKEFRPDSVNSPNAKTYTVKAGDSLWAICQKQLGNGSLYKKVYELNKTMMDKANKGKKVPKYTIYKGQVLKLG
>CP012312.1|AXU76074.1|2572044_2574012_-|phage-cell-wall-hydrolase
MDDELVLANDRDVRLVIAHWEDFYEPVVLDGITWEIERRGTPSKLEFTIVMDDILQFCEGNSVRLYYKGIGIFYGYIFQKKRDKENHIKIVAYDQLRYFKNKDTYVFKNYTASEIIKMLADDFKLKCKFIEDTKYKISRIEENKTLFDMILTALDDTLREKKEMYILYDDFGRLVLKNVASMKLDVVMDNDVIEDFDYNSSIDSDTYTQVKLLKEDENTGQRISTTVKDSIHIRSWGVLQLFDTVDSNMTKAEMDKKAEMLLKLYNKKTKSLSLKNVLGDIRVRAGCLVPVFLDLGDIDLQNYMLVEKVKHTFENNSHFMDLTLVDGDEFASYSSSSYSSGNTNNKDEKKNGPAQSTTSKEDNDMINKLNKVFKNKLSNTGSIFVKYSNAYKVNAALMAAISIHETGNGSSSLCKNKNNFFGMKGMSFGSVDEGIKRGISNLSRNYIHMGRKTLESIRDKYAPLYDSPLNKHWVPGVNKFYKQITGNAYSSNSAGTGVRSNEEAEKNLKDITYQVQNSNNANTSTNNNSKVNKVIQEAKNQLGKPYDWGGNGPKSFDCSGLMVWAFKRGAGINLPRVSADQSNDSRGKLLCNINDVKAGDLVFFKNEQGKVHHVGLYIGNDQYIHAPQTGDVVKISSLSGRQKKKHDFARARRFF
>CP012312.1|AXU76084.1|2582751_2582913_-|hypothetical-protein
MEILNITLSPKEIEIYLMWTKLEEIKAFDVELYNKIADTINELYEKQQGRENN
>CP012312.1|AXU76085.1|2582972_2583839_-|prophage-antirepressor-related-protein
MKNLIVKEFNGSQIYTFMWKEKSCWIANQIVGLFDYADVSKTIQDCIKAEDFEIEQEYDVLKGNEFNDFVTTLNVVANNIISNKARSITIFYEDGLYGFLQYTDKPIGVQFRKWLRREVLPSIRQTGAYITNNANPEKLREKASEIEKLQLAYNSTSMLKELLDGAGFDNKSKLLTAKTLYKKAGIDLPIEIDEEEHYFDTKQIASKLKIYSKSNKPAQLAVCEIIKKIDLEENEVKGVWETNGSWTGTVNKYTKSVIDKIRNWIEENNRPTKIQGEKKNFHIVYKIE
>CP012312.1|AXU76086.1|2583960_2584194_-|hypothetical-protein
MADINYNNKCQPIIMQEVITITKNKVGRPKTETAMNKRITVRLDSKHEEILETYTKKYGITKNEAVRKGIEKLEEKE
>CP012312.1|AXU76087.1|2584597_2584756_-|hypothetical-protein
MDNFLQGVLASLVASLIVYLTSKLFKKVKSHSNTTKSDFDFKLTIKFKRNKH
>CP012312.1|AXU76088.1|2585078_2585519_-|phage-protein
MGDLNAFLSQNAIKVENRKYVASERFVGEDGRPVEWELKAIDSDRDRQLRKDSTIRVPVLNKKGKATGQYTSETDFNTYTLKLCVETIVFPDLHDAELQNSYGVMGAEELLTTMLTPGEYTDLSSEVGEVNGFDRTFEDKVEEAKN
>CP012312.1|AXU76089.1|2585523_2585781_-|hypothetical-protein
MVKIKDKYEMKDSISFSYNEKIPLEERVSEVYKKAGKFLIDISDKLALDTIEGSSLAPIEIKIKLDEDNLITIEKQTKYLVMEVE
>CP012312.1|AXU76090.1|2585833_2586310_-|phage-protein
MSKNITMNVRDAISGSKAECFVTIKGKRYNFMQAINLEAKMEKNKSEMPILGSITKGNKSTGSKFSGSATFYYNTSIFRELLYEYKETGEDIYFDMQITNEDPTSSVGRQTIILEDCNLDSGIIAKFDADGEYLDEDVDFTFENWKIVEKFNIANGME
>CP012312.1|AXU76091.1|2586329_2587640_-|phage-protein
MALGGGTFVTQNKVLPGAYINFISAKRATSSLSDRGIVAIPLELDWGIDEEVFKVTSDDFEKYSVKYFGYDYTHEKLKGLRDLFKNIRLGYFYKLNKGVKASCSIATAKYSGTRGNDLKVIVTTNIDDNTKFDVVTLLDNKKVDIQAAKVITDLQDNDYITWKKDATLEASAGLVFTGGTNGEAVTGAEYQAFLDKIESYSFNALGCLATTTEIKSLFVEFTKRMRDKVGAKFQTVLYKKSDADYEGVVSVENKIKDTGLLESSLIYWATGAIAGCDINKSNTNKRYDGEFDVDVNYTQIQLEEALKTGKFIFHKVGDEVHVLEDINTFVSFTDEKNDDFSSNQSIRVLDQIANDIATLFNEKYLGEVPNDKSGRISFWNDVVKHHEQLQNMRAIEDFKADDVSVEPGSDKKTVVVSDAVKVISAMSKLYMTVSVS
>CP012312.1|AXU76092.1|2587640_2587826_-|hypothetical-protein
MINLSKTLSKEENYKFTKEQIVNSKRYVNRKDLLNAILKEDELYSFSEVEDMINNFMKGVS
>CP012312.1|AXU76093.1|2587809_2588247_-|phage-protein
MLNNIIDGISVKLDKSFGESYTIYSEDVEQGINEPCFFIVPLNPSKVSYPSGRTLKKNSFDVHYFPKSNDKSFEINEVAEMLLEELEYIEIDGDLVRGTNMNFEIVDNVLHFFVDYNYFTIKSNNTDKMDTVELFGGLKRGDKLE

Crispr_ID: CP012312_12

• CRISPR_ID: CP012312_12
• CRISPR_location: 2779285-2779442
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 2 spacers
• Cas_protein_info: cas3,cas5,cas7,cas6

Consensus repeat of CP012312_12

Consensus_repeat	Method
AGGTTTAAGATTAACTAAGTGG-------ATTTCA	PILER-CR

spacers of CP012312_12

>12.1|2779313|38|CP012312|PILER-CR
AATAATAAAACTTCTATTATATCTACTATATCAATATT
>12.2|2779379|38|CP012312|PILER-CR
ACAAAATCTCCAACTTATAATTATTTTCGCGATGTACC

CRISPR arrays and Neighbor proteins around CP012312_12

CRISPR arrays

The CRISPR arrays of CP012312_12

>merge|CP012312|12|2779285-2779442|PILER-CR
AAATCCGATTAGTTAATTTTAAACCTAATAATAAAACTTCTATTATATCTACTATATCAATATTTGAAATCCACTTAGTTAATCTTAAACATACAAAATCTCCAACTTATAATTATTTTCGCGATGTACCTGAAACCCACTTAGTTAATCTTAAACCT

>CP012312|12|9|2779285-2779442|PILER-CR
AAATCCGATTAGTTAATTTTAAACCTAA	TAATAAAACTTCTATTATATCTACTATATCAATATTTG
AAATCCACTTAGTTAATCTTAAACATAC	AAAATCTCCAACTTATAATTATTTTCGCGATGTACCTG
AAACCCACTTAGTTAATCTTAAACCT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU76296.1|2775725_2776076_-|histidine-triad-nucleotide-binding-protein	unknown	unknown	gnl|CDD|238607
CP012312.1|AXU76290.1|2771740_2773084_-|stage-IV-sporulation-protein	unknown	unknown	gnl|CDD|377731
CP012312.1|AXU76302.1|2782831_2783851_-|CRISPR-associated-autoregulator,-Cst2-family	cas7	cd09687_cas7_CAS-I-B	gnl|CDD|187818
CP012312.1|AXU76295.1|2775383_2775563_-|30S-ribosomal-protein-S21	unknown	unknown	gnl|CDD|234707
CP012312.1|AXU76307.1|2787956_2788724_+|sugar-diacid-utilization-regulator	unknown	unknown	gnl|CDD|225306
CP012312.1|AXU76294.1|2774910_2775354_-|tRNA-binding-protein	unknown	unknown	gnl|CDD|370480
CP012312.1|AXU76309.1|2790320_2791256_-|glucokinase	unknown	unknown	gnl|CDD|224851
CP012312.1|AXU76297.1|2776118_2777417_-|radical-SAM-superfamily-protein	unknown	unknown	gnl|CDD|223694
CP012312.1|AXU76303.1|2783869_2785345_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76304.1|2785349_2786087_-|CRISPR-associated-Cas-family-protein	cas6	pfam01881_cas6_CAS-I:CAS-III	gnl|CDD|273848
CP012312.1|AXU76300.1|2779583_2781992_-|ATP-dependent-helicase	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
CP012312.1|AXU76299.1|2778195_2779143_-|50S-ribosomal-protein-L11-methyltransferase	unknown	unknown	gnl|CDD|283886
CP012312.1|AXU76308.1|2788911_2790285_-|transporter	unknown	unknown	gnl|CDD|129794
CP012312.1|AXU76306.1|2786817_2787927_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|236947
CP012312.1|AXU76305.1|2786187_2786364_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76293.1|2774302_2774800_-|sensory-protein	unknown	unknown	gnl|CDD|320706
CP012312.1|AXU76301.1|2782018_2782816_-|CRISPR-associated-protein,-Cas5t-family	cas5	cd09658_cas5_CAS-I-B	gnl|CDD|187789
CP012312.1|AXU76292.1|2773547_2774111_-|sigma-54-modulation-protein	unknown	unknown	gnl|CDD|238308
CP012312.1|AXU76298.1|2777418_2778177_-|16S-ribosomal-RNA-methyltransferase-RsmE	unknown	unknown	gnl|CDD|236959
CP012312.1|AXU76291.1|2773096_2773333_-|sporulation-protein-YqfC	unknown	unknown	gnl|CDD|377934

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP012312.1|AXU76301.1|2782018_2782816_-|CRISPR-associated-protein,-Cas5t-family	cas5	cd09658_cas5_CAS-I-B	9e-18	59.6	6.9
CP012312.1|AXU76300.1|2779583_2781992_-|ATP-dependent-helicase	cas3	COG1203_cas3_CAS-I	2.2e-56	186.2	14.0
CP012312.1|AXU76302.1|2782831_2783851_-|CRISPR-associated-autoregulator,-Cst2-family	cas7	cd09687_cas7_CAS-I-B	2.5e-24	80.7	0.6
CP012312.1|AXU76304.1|2785349_2786087_-|CRISPR-associated-Cas-family-protein	cas6	pfam01881_cas6_CAS-I:CAS-III	1.8e-25	84.8	7.7

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU76296.1|2775725_2776076_-|histidine-triad-nucleotide-binding-protein	gnl|CDD|238607	cd01276, PKCI_related, Protein Kinase C Interacting protein related (PKCI): PKCI and related proteins belong to the ubiquitous HIT family of hydrolases that act on alpha-phosphates of ribonucleotides. The members of this subgroup have a conserved HxHxHxx motif (x is a hydrophobic residue) that is a signature for this family. No enzymatic activity has been reported however, for PKCI and its related members.	1.77543e-54
CP012312.1|AXU76290.1|2771740_2773084_-|stage-IV-sporulation-protein	gnl|CDD|377731	pfam06898, YqfD, Putative stage IV sporulation protein YqfD. This family consists of several putative bacterial stage IV sporulation (SpoIV) proteins. YqfD of Bacillus subtilis is known to be essential for efficient sporulation although its exact function is unknown.	2.41878e-105
CP012312.1|AXU76302.1|2782831_2783851_-|CRISPR-associated-autoregulator,-Cst2-family	gnl|CDD|187818	cd09687, Cas7_I-C, CRISPR/Cas system-associated RAMP superfamily protein Cas7. 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; Cas7 is a RAMP superfamily protein; Subunit of the Cascade complex; also known as Cst2/DevR family.	1.4963e-19
CP012312.1|AXU76295.1|2775383_2775563_-|30S-ribosomal-protein-S21	gnl|CDD|234707	PRK00270, rpsU, 30S ribosomal protein S21; Reviewed.	1.30053e-12
CP012312.1|AXU76307.1|2787956_2788724_+|sugar-diacid-utilization-regulator	gnl|CDD|225306	COG2508, COG2508, Regulator of polyketide synthase expression [Signal transduction mechanisms / Secondary metabolites biosynthesis, transport, and catabolism].	1.41891e-15
CP012312.1|AXU76294.1|2774910_2775354_-|tRNA-binding-protein	gnl|CDD|370480	pfam09424, YqeY, Yqey-like protein. The function of this domain found in the YqeY protein is uncertain.	3.14843e-57
CP012312.1|AXU76297.1|2776118_2777417_-|radical-SAM-superfamily-protein	gnl|CDD|223694	COG0621, MiaB, 2-methylthioadenine synthetase [Translation, ribosomal structure and biogenesis].	6.08201e-179
CP012312.1|AXU76304.1|2785349_2786087_-|CRISPR-associated-Cas-family-protein	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.	2.27337e-15
CP012312.1|AXU76300.1|2779583_2781992_-|ATP-dependent-helicase	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	5.05335e-43
CP012312.1|AXU76299.1|2778195_2779143_-|50S-ribosomal-protein-L11-methyltransferase	gnl|CDD|283886	pfam06325, PrmA, Ribosomal protein L11 methyltransferase (PrmA). This family consists of several Ribosomal protein L11 methyltransferase (EC:2.1.1.-) sequences.	3.99681e-110
CP012312.1|AXU76308.1|2788911_2790285_-|transporter	gnl|CDD|129794	TIGR00711, Uncharacterized_MFS-type_transporter_YhcA, drug resistance transporter, EmrB/QacA subfamily. This subfamily of drug efflux proteins, a part of the major faciliator family, is predicted to have 14 potential membrane-spanning regions. Members with known activities include EmrB (multiple drug resistance efflux pump) in E. coli, FarB (antibacterial fatty acid resistance) in Neisseria gonorrhoeae, TcmA (tetracenomycin C resistance) in Streptomyces glaucescens, etc. In most cases, the efflux pump is described as having a second component encoded in the same operon, such as EmrA of E. coli. [Cellular processes, Toxin production and resistance, Transport and binding proteins, Other].	8.15638e-34
CP012312.1|AXU76306.1|2786817_2787927_+|ABC-transporter-ATP-binding-protein	gnl|CDD|236947	PRK11650, ugpC, sn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC.	0
CP012312.1|AXU76309.1|2790320_2791256_-|glucokinase	gnl|CDD|224851	COG1940, NagC, Transcriptional regulator/sugar kinase [Transcription / Carbohydrate transport and metabolism].	2.61583e-66
CP012312.1|AXU76293.1|2774302_2774800_-|sensory-protein	gnl|CDD|320706	cd15904, TSPO_MBR, Translocator protein (TSPO)/peripheral-type benzodiazepine receptor (MBR) family. This family contains tryptophan-rich translocator protein (TSPO), an integral membrane protein that is highly conserved from bacteria to mammals. In eukaryotes, it is mainly found in the outer mitochondrial membranes of steroid-synthesizing cells of the nervous system where it transports cholesterol into mitochondria. It is known to be highly expressed in metastatic cancer, steriodogenic tissues, as well as inflammatory and neurological diseases such as Alzheimer's and Parkinson's. TSPO is also known as the peripheral benzodiazepine receptor (MBR) and its ligands include benzodiazepine drugs, implicated in regulating apoptosis. In human, a single polymorphism A147T is associated with psychiatric disorders; the mutation causes structural changes in a region implicated in cholesterol binding. TSPO is homologous to bacterial tryptophan-rich sensory proteins, and their tryptophan residues are believed to be functionally important. In bacteria, TSPO acts as a negative regulator of expression of specific photosynthesis genes in response to oxygen/light; it catalyzes a photooxidative degradation of Proto porphyrine (PpIX). R. sphaeroides TSPO (RsTSPO) is involved in porphyrin transport, similar to human, while Arabidopsis translocator protein (AtTSPO) is regulated at multiple levels in response to salt stress and perturbations in tetrapyrrole metabolism.	1.41313e-43
CP012312.1|AXU76301.1|2782018_2782816_-|CRISPR-associated-protein,-Cas5t-family	gnl|CDD|187789	cd09658, Cas5_I-B, CRISPR/Cas system-associated RAMP superfamily protein Cas5. 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; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex.	1.31406e-09
CP012312.1|AXU76292.1|2773547_2774111_-|sigma-54-modulation-protein	gnl|CDD|238308	cd00552, RaiA, RaiA ("ribosome-associated inhibitor A", also known as Protein Y (PY), YfiA, and SpotY, is a stress-response protein that binds the ribosomal subunit interface and arrests translation by interfering with aminoacyl-tRNA binding to the ribosomal A site. RaiA is also thought to counteract miscoding at the A site thus reducing translation errors. The RaiA fold structurally resembles the double-stranded RNA-binding domain (dsRBD).	1.43831e-27
CP012312.1|AXU76298.1|2777418_2778177_-|16S-ribosomal-RNA-methyltransferase-RsmE	gnl|CDD|236959	PRK11713, PRK11713, 16S ribosomal RNA methyltransferase RsmE; Provisional.	7.40285e-85
CP012312.1|AXU76291.1|2773096_2773333_-|sporulation-protein-YqfC	gnl|CDD|377934	pfam07873, YabP, YabP family. This family of proteins is involved in spore coat assembly during the process of sporulation.	1.14572e-12

Protein sequences

>CP012312.1|AXU76299.1|2778195_2779143_-|50S-ribosomal-protein-L11-methyltransferase
MNNWIEVTIKTTTEAVEPITNILYEQGAGGAVIEDPKDFLFQKKNELDWDYVEEEVFKKNEEDDVLIKTYVSEEKNVMEFVEIIKQKVLGLKDFGIDIGEGSVSLDQVNEADWANAWKAYYKPTKVGQRVVVKPTWEDYAIQEGDLIIELDPGMAFGTGTHETTSMCIRELEKYVNKDSKVFDIGCGSGILAIAAAKLGAKEVVAVDLDEVAVKVAKENVLENKVEKSVSVMHGNLTDVIKDKADVIVANIIADIIKILAKDVQNFMKEDAMFISSGIILDKVEEVKESLIENGFEIVEVQKLGEWSAIVSKLKK
>CP012312.1|AXU76298.1|2777418_2778177_-|16S-ribosomal-RNA-methyltransferase-RsmE
MDRFFVEKNNINLQDKTCTIEGEDVKHISKVLRCKLGEKLEICDKNNNEYICEIMNIDKSIVNLEILEKVDINRESELKVRLYQGLPKAPKMEMILQKLTEVGVEEIILVQTKRSVVKVDDKKEDKKFERWERIIYEAAKQSKRGKIPKLRGVLSFKEALEDMKKNNVNICPYENERTVSIKHALKKCDSNIDSVGIFIGPEGGFSEEEIEQIQKNNCNVVSLGPRILRTETASVVASTIALYELSDLGGEK
>CP012312.1|AXU76297.1|2776118_2777417_-|radical-SAM-superfamily-protein
MKKVAFYTLGCKVNQYETEAMLELFEKDGYEQVNSEEYADVYVINTCTVTHMSDRKSRQYIRRVKKKNPDAIIAVVGCYSQVSPEEILDIEEVNLVMGTNDRRKIVEEIKKINSSKKVSTVDDIMKVKAFEEIEISQTNGKTRAFMKIQDGCDRFCTYCIIPYARGRVRSRDIDSIVDEVKKLANNGYKEVVLTGIHVASYGKDLKDRDIKLLDVIKQINQIEKIERIRLSSVEPILFTDEFVNEVLKMDKVCPHYHLSLQSGCDETLKRMNRRYTTLEYKTIVDRLRSKMPDVAITTDVIVGFPGETNEEFKKTYEFLREIELSQMHIFKYSPRKGTPAATMENQVDPQMKHFRSEQLLNLSKVNFNKFATKFIGRELDVLFEQNIEGNKYEGLTSNYIRVVVESDKNIQGQILKVKINDVKDEYVEGILL
>CP012312.1|AXU76296.1|2775725_2776076_-|histidine-triad-nucleotide-binding-protein
MDCIFCKIANGEIPSTKVYEDDRVLAFNDLNPVAPYHILVVPKKHYDSLIDIPDKEMDIVSHIHVVINKIAKEKGFDQTGFRVINNCGSDGGQEVKHLHYHILAGKKLPNYEAGQN
>CP012312.1|AXU76295.1|2775383_2775563_-|30S-ribosomal-protein-S21
MSEVRVRENETLDSALRRFKRQCAMSGIMSEVRKREHYDKPSVKRKKKAEAARRKNAKK
>CP012312.1|AXU76294.1|2774910_2775354_-|tRNA-binding-protein
MSLKQKLQEDLKSSMKNKDTVRKSVVTLIRASIKQYEVDNRVELDEDGIIDVIAKQLKQRRDALVEFEKAGREDLIKETEGEIEVLKEYLPQQLSEEELEEIVKSTISEVGATSMKDMGKIMSVIQPKVKGRADGKLINKLVKQNLQ
>CP012312.1|AXU76293.1|2774302_2774800_-|sensory-protein
MIISVKEIRNFLINIFIPLIIGYLSSILTMIISGTDISTYYLQLTKPSFAPPAFIFPIVWTILYILMGISSYLILRKGYNLPKVRDAIFYYGLQLVLNFIWSILFFGFGLRFTALIDIIIMILVSIIMISKFSKIDKRSGYINLIYLMWLVYAGFLNYFIWFINK
>CP012312.1|AXU76292.1|2773547_2774111_-|sigma-54-modulation-protein
MQIIVSGRQMKLTDGIKGYVDGKLSRLEKYLDPESEVKVTVSAKKDRQKVEVTIIPINGQIIRAEDVEDDLYAAIDIVCDKLSRQVVKYKTKVKDKVQNNKSIRFENLDFIDNSSEFDDYDYDDEEDENIVIERRKKFNVKPMSSEEAILQMELVGHNFYMFRNQDNFEINIVYKRKAGGYGLIEQD
>CP012312.1|AXU76291.1|2773096_2773333_-|sporulation-protein-YqfC
MLEISTDLQVNQPVITVTSNTFISIENYLSILEYEVDLIRIKTKVKTIKISGDKLSLKYITDSEIGIKGIIYNVEYVD
>CP012312.1|AXU76290.1|2771740_2773084_-|stage-IV-sporulation-protein
MISFIRGYYVIVVEGVGLEQFLNHLIRNGISVYNVTRIKNTKMEFHIDRQDIKEFKNVYRGSKFDIKVKQKTGVPFIIKRVYKHKGMWICALVSLFLLMSTSQFVTDVYIQSPEGIKKEALRNELYKVGVRPGVYKKSIDRKEVRDHMMSKFNDVAYLSINVKGTNIFVTVTKKAESLKSTDQSNYCNVIALKNGIIEKVIPRSGKSVIKSGDIVQKGDVLLNGANTKSIPEVWASTFYESTKKASYVDTVNKKTGEKKNIYTLSFYDKEFTMRKNIKYKDYVVENKEKKLSIGNYTFPIKIKTSTFYETKKVEVKKNKEELKKELSEKALKELEYIIPASARIIDVKHNFKVNKNMLEYLITVQTSENIAKIYPLSKSEAERFIKEESKPDEGEEEVPSNPEKRPLNDIRNEFDEDNKDNKDQNNSDENNSNQNSNNSQNNNSNNN
>CP012312.1|AXU76300.1|2779583_2781992_-|ATP-dependent-helicase
MENIMQKEILAKSYNLRTNQQEQTLVEHIKDLFEVLESILELNLYSDKDVEILKICCVLHDLGKINSIMQQKMEINNKISYSCSEEERKKLESDKKSLKKIARHNIFSGAFLKDILEKMNLSEEDKLYIYKSIMLHHGNYEDYMRLSTSKVQEEIYEYIEKGILEKKEFNLKDIESYINDILNVDFKFGEDVLDYDYIDKLSESIFIDSDYNNGQIDDSVLNYRKFKYILYKGMLNLIDHSASSRQKGIKFYNNFTDEEIDNMILSEIYKSQGNLEKNNIKFNTIQKRLRELSGRNVLTVAFTGSGKTAADYRKTFKRKFFLVPNKISAESFYRKNIFQNKNDLDTRNSNDYIGLLHGDINLYSENEDNGEHDFVLTLRDIDLSVNFCKPCVIATVDQLLLSMFKFPGYEKIFAAVKNASITVDEVHLLEPKMFLILIYFMQFACKYLDVDFHLMTATLPKSYKEQMINKGIIFQEESNENVTDKGEIVFIESNKEEEICEGKDVKVSFIKEKEIKSIVEDALENKQKILIIKNTIDSVNRTYEFLKENLSDKYGGVDIDVLHSRFKFKDKKEKYSKILNGEGDIWISTQSVEISLDLDFNIIISDLATMDSLIQRMGRCNRNNKYEYGNFYILPSEDKIYDNKLKSTTKNILKDILKTNSIFTMGIRKTILDDYYDNSVVKKYFEENFISCDKEIKNIYGINKEIFDGLDLIFNFEPYKNIVDSKKEAAKIFRNVDVSYKIILEEDFYKEDRELQQDSIQVSGFIFNRLYYYGLISKVEGYMVLKSSSKFEYNSTVGLILK
>CP012312.1|AXU76301.1|2782018_2782816_-|CRISPR-associated-protein,-Cas5t-family
MKVLQCKLKQPTAHYRDPKVFQNEYISTLNLPSKTTIMGMITYLCDRRLKSDIDIGIIGTHHHRELEFSRGENIDFWNEYIKMGKGKDKEKFLLKGNYYDYYKEHKAQNSILNYEVLKEVELTIFISCKDDEELEFIRKKLESPCKYANLGRKEDFVIPSEKGCFVKEVELKEVIPMNTRDAIKENIKLKNTYVRVDLRDKENVETIINQGVLIALPHKYKDLEANRDDRVYEFCHYIYVDNDGIYPKNIKVNVCIDTKEVFTWL
>CP012312.1|AXU76302.1|2782831_2783851_-|CRISPR-associated-autoregulator,-Cst2-family
MNEKRVKGVTLTILTESPVPLSYDQGYGNYTPIKKEQYREKIHAKTSIATITYDLRRMLHQEYGWNLSNIIFGKKGNIYPSIKKNVGCVDENGLETDVFGYLIPLKDKGSISKASPLRIIPFRSLNPYIGSTQLITNRGFLSSEFGRKYYDEKEENEVPRDENFPTSQALAIEETLSDYYVYTITLELDRIGVVEVEVEDGKLLLPEERKFMSKELREKAVKDILDAITVFTRNIKHSSVLLKPLAVMGGAFDKVVPFFWNDVDYNADSGEINLEGVIETIESYSLKESNTILAINDRLKISNKKELNKFNLSKYPVKEIKNLADRLEIGEDNMWYLKE
>CP012312.1|AXU76303.1|2783869_2785345_-|hypothetical-protein
MREIKAKFYRSGDIVRDIGIVYFYELLMDLKNELEKNGYKLKFTCELNRNYLSLESAENIDPKYISDYILENQLFKVFKNGKKEALEKIFNNIDNLTYVNFIEELDKSSATAKQKEDIKKDFKNRRFPYVRNSGKYGLNTSLENMETNVKRIVDTVIKSNIEIDEIDKLNLKQYEEKDSVCNVCNINKTTKLDIDLRERKDSKYNFLFRGAEKSGFKRSGQVESNICFECEFFNLMCLLYINLKRPMVFAYTNDLRELAFLNHKIMLKRKMYSDKSFYKKLLHEKISSIRLYRFDIDTNKGIILKFDSIIEYKELLKKIELIDIIDNYNFSREPGNTKNLGKKMIDNGNLSNLKELLLDNISFLKPSNGTSREMDFVSSSYNIGLYIKLCWIVDGGEEYKMKNYMESNLIYSRVGKDLFNKMTDESRRKNFSMKVIQLLKSNDRTQLFQTIMHVLVSNGILIGDGFVEGLMQSSELELNTNVGLFIQEIMK
>CP012312.1|AXU76304.1|2785349_2786087_-|CRISPR-associated-Cas-family-protein
MSRISIFMESCNGKFPNENSMLSVSFIKNILNAENKYFAKNIFNYGEERKNNKQIKDINTAIYIPNLIRSKNELLVDGDIIFNISFYNYSMFSKLYNGILKVKELEYKGYRFKIKNIKIHKEHEIKENGVIFKTMSPIIVKNKEGKYLDVEDSNYIECLNYIANLTLESIRGSGLRKPLEFIPLNFKKRVLKEKIRGFKEREFYYINAYAGTFFLKGDMEDLNALYKMGIGYRRTENAGMVDILK
>CP012312.1|AXU76305.1|2786187_2786364_-|hypothetical-protein
MNLNRIKEIIKKGLKKFMKVVVNLFCNKLFHRMLYVISISVVVKITMDINLYISILKY
>CP012312.1|AXU76306.1|2786817_2787927_+|ABC-transporter-ATP-binding-protein
MSEVILKNISKLYSNGFNAVKNINIDIKDKEFIVLVGPSGCGKSTTLRMIAGLEEISEGELYIGDKLVNDIEPKDRDIAMVFQNYALYPHLSVYENMAFALKLRKLPKDEIDKKVKEAAKILDLLPLLNKKPKTLSGGQRQRVALGRAIVRNPKVFLMDEPLSNLDAKLRTAMRTEITKLHQQLGTTFIYVTHDQVEAMTMADRIVVMKDGVVQQIATPQDVYDYPANIFVAGFIGAPQMNFIDVILIEENDKIYAQNEHIKLKLNKEKHYDLIKDNYINNEVVIGIRPEDIHVEDTFIKSNPDTCFKSRIEIKELMGAETYAHLKLGENTITIRFDSKNRINVGDDLTLSVDNSRVHIFDKETTLAIR
>CP012312.1|AXU76307.1|2787956_2788724_+|sugar-diacid-utilization-regulator
MEELKDFLERQLNKKINIYPYENQKLDASSHLVTFNNSIYVIDFLDKNNLDNLKGNFYLIYQSHIEFEYLKNIFYNLFEDINIIQHNGFFIVNSKYNLDINVTTQNIIETETYQSTYIFYLGELDSKADFDFRLQLCSDLLPHIIKDNAENKFLNLFDLIRYKTLDLINEDNILNKLIDFNKIKSIDEELLYTGLKFINNDLNISKTSTSMFLHRNTLVYRLEKINEILGFDLKNFENAMIFYLSVKSYFLYKKI
>CP012312.1|AXU76308.1|2788911_2790285_-|transporter
MGKTNARRTLFLIAIGSGTMLNPLNSSMISLALHSIQNDFHISFTTVSWIVSAFYLASAIAQPVSGKIGDLIGRKVLFLSGLMLVILSASIVPLVQSFFILIFIRVIQAIGTSTLYPSGVALIQNNIKERQSSALAVLTIFASTTAGLGPTLGGLLLDLGGWHAIFLVNIPVVLVSICLGYFLFPKEVKEKKSIKETLKNVLSRLDIIGILLFSIAMIFILLFLLSMKESFNLEQLVFGIILMYLFIWHELRTKLPFIDIKLFVSNPKLSKVYLQFIILNFFNYILFFGLPSYFQDALHYSAKSTGLFMLFMSGIGIFISPLTGRWIDKSGTRFPLVTSSIFMFISAVLLSVVFIHIPVIGKGIILSLAGISYGVGNVALQSSMFEESPRDSIGTASGLFQTSRYLGSILATVLLGMVFEVNITSEQFQILGYVMVVLGTISFLLNFILKKELRKVE
>CP012312.1|AXU76309.1|2790320_2791256_-|glucokinase
MYYIGVDIGGTGIQAGVVDNYGKIIFRSECKTVIEKGFEGILNDIKIMIYKLLEDNKLTMSDIKSIGFGVPGFINKEGLVTCVNLKWNKKAFNKELKRRFPDVEIHGENDATVAALGEAKFGSMKGANVGVLYTLGTGVGGGIVINQKVFSGAHGLGSEIGHQIIGENYFNCNCGNNGCVETFCSATAIIKYSQKLIEEGEKSRILDLAEGNLENVNAKMVFDAYRENDLVAIKVINRFKEYLAKTFANTINSLDPEIISIGGGISKSSDIILDGIEDLVRKFVLYKTEDIATITCATLGSDAGIIGAAFL

Crispr_ID: CP012312_13

• CRISPR_ID: CP012312_13
• CRISPR_location: 2867718-2868007
• CRISPR_type: Orphan
• Repeat_type: I-A:NA
• Spacer_info: 4 spacers

Consensus repeat of CP012312_13

Consensus_repeat	Method
ANTCCATATAGTNTAATATAAAAC	CRT
GTTTTATATTAACTATATGGAATGTAAATTCTT	PILER-CR
ATTTACATTCCATATAGTTAATATAAAAC	CRISPRCasFinder

spacers of CP012312_13

>13.1|2867741|45|CP012312|CRT
AGCACCTACCACAAAAGTAAGTGTTTTTCAGTATTTTTAATTTTA
>13.2|2867809|43|CP012312|CRT
CTTAAAGCTACATAATAAAAAATTAAGAAAAAGAAAAATTTAC
>13.3|2867875|43|CP012312|CRT
ATTTATTGTCAGTACCTGCACTTGACGACACATAAGTATTTAC
>13.4|2867941|44|CP012312|CRT
GCGGAAGGAGAACTTAATTTTTATTTTGCTAAAGAAGAATTTAC
>13.5|2867812|33|CP012312|PILER-CR
CTTAAAGCTACATAATAAAAAATTAAGAAAAAG
>13.6|2867878|33|CP012312|PILER-CR
ATTTATTGTCAGTACCTGCACTTGACGACACAT
>13.7|2867944|34|CP012312|PILER-CR
GCGGAAGGAGAACTTAATTTTTATTTTGCTAAAG
>13.8|2867809|37|CP012312|CRISPRCasFinder
CTTAAAGCTACATAATAAAAAATTAAGAAAAAGAAAA
>13.9|2867875|37|CP012312|CRISPRCasFinder
ATTTATTGTCAGTACCTGCACTTGACGACACATAAGT
>13.10|2867941|38|CP012312|CRISPRCasFinder
GCGGAAGGAGAACTTAATTTTTATTTTGCTAAAGAAGA

CRISPR arrays and Neighbor proteins around CP012312_13

CRISPR arrays

The CRISPR arrays of CP012312_13

>merge|CP012312|13|2867718-2868007|CRT,PILER-CR,CRISPRCasFinder
GTACACAGGTTTGAATATAAAAAAGCACCTACCACAAAAGTAAGTGTTTTTCAGTATTTTTAATTTTAAGTCCATATAGTTAATATAAAACCTTAAAGCTACATAATAAAAAATTAAGAAAAAGAAAAATTTACATTCCATATAGTTAATATAAAACATTTATTGTCAGTACCTGCACTTGACGACACATAAGTATTTACATTCCATATAGTTAATATAAAACGCGGAAGGAGAACTTAATTTTTATTTTGCTAAAGAAGAATTTACATTCCATATAGTTAATATAAAAC

>CP012312|13|10|2867718-2868007|CRT
GTACACAGGTTTGAATATAAAAA	AGCACCTACCACAAAAGTAAGTGTTTTTCAGTATTTTTAATTTTA
AGTCCATATAGTTAATATAAAAC	CTTAAAGCTACATAATAAAAAATTAAGAAAAAGAAAAATTTAC
ATTCCATATAGTTAATATAAAAC	ATTTATTGTCAGTACCTGCACTTGACGACACATAAGTATTTAC
ATTCCATATAGTTAATATAAAAC	GCGGAAGGAGAACTTAATTTTTATTTTGCTAAAGAAGAATTTAC
ATTCCATATAGTTAATATAAAAC

>CP012312|13|10|2867779-2868007|PILER-CR
AATTTTAAGTCCATATAGTTAATATAAAACCTT	AAAGCTACATAATAAAAAATTAAGAAAAAGAAA
AATTTACATTCCATATAGTTAATATAAAACATT	TATTGTCAGTACCTGCACTTGACGACACATAAG
TATTTACATTCCATATAGTTAATATAAAACGCG	GAAGGAGAACTTAATTTTTATTTTGCTAAAGAAG
AATTTACATTCCATATAGTTAATATAAAAC

>CP012312|13|11|2867780-2868007|CRISPRCasFinder
ATTTTAAGTCCATATAGTTAATATAAAAC	CTTAAAGCTACATAATAAAAAATTAAGAAAAAGAAAA
ATTTACATTCCATATAGTTAATATAAAAC	ATTTATTGTCAGTACCTGCACTTGACGACACATAAGT
ATTTACATTCCATATAGTTAATATAAAAC	GCGGAAGGAGAACTTAATTTTTATTTTGCTAAAGAAGA
ATTTACATTCCATATAGTTAATATAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU76377.1|2870577_2871000_+|integrase	unknown	unknown	gnl|CDD|379665
CP012312.1|AXU76378.1|2871270_2871960_-|vanZF-protein	unknown	unknown	gnl|CDD|377417
CP012312.1|AXU76369.1|2863573_2863774_+|cold-shock-protein	unknown	unknown	gnl|CDD|224197
CP012312.1|AXU76366.1|2861229_2862225_+|L-asparaginase	unknown	unknown	gnl|CDD|199208
CP012312.1|AXU76380.1|2875615_2875966_-|iojap-family-protein	unknown	unknown	gnl|CDD|376779
CP012312.1|AXU76379.1|2872841_2875262_-|leucyl-tRNA-synthetase	unknown	unknown	gnl|CDD|234743
CP012312.1|AXU76370.1|2864219_2865542_+|two-component-sensor-histidine-kinase	unknown	unknown	gnl|CDD|340412
CP012312.1|AXU76374.1|2867160_2867421_-|holin	unknown	unknown	gnl|CDD|379763
CP012312.1|AXU76375.1|2868292_2868451_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76381.1|2876082_2876655_-|metal-dependent-phosphohydrolase	unknown	unknown	gnl|CDD|224627
CP012312.1|AXU76367.1|2862408_2862792_-|regulatory-protein	unknown	unknown	gnl|CDD|367747
CP012312.1|AXU76371.1|2865584_2866166_+|accessory-gene-regulator-protein	unknown	unknown	gnl|CDD|377395
CP012312.1|AXU76384.1|2878411_2880415_+|glycogen-branching-protein	unknown	unknown	gnl|CDD|215246
CP012312.1|AXU76382.1|2876655_2877345_-|nicotinate-nucleotide-adenylyltransferase	unknown	unknown	gnl|CDD|234611
CP012312.1|AXU76383.1|2877620_2878259_+|recombination-regulator-RecX	unknown	unknown	gnl|CDD|234646
CP012312.1|AXU76368.1|2863171_2863348_+|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU76376.1|2868808_2870179_-|cell-surface-protein	unknown	unknown	gnl|CDD|380277
CP012312.1|AXU76373.1|2866366_2867164_-|phage-related-cell-wall-hydrolase	unknown	unknown	gnl|CDD|119407
CP012312.1|AXU76372.1|2866183_2866345_+|autoinducer-prepeptide	unknown	unknown	gnl|CDD|275064
CP012312.1|AXU76365.1|2859480_2861109_+|aspartate-aminotransferase	unknown	unknown	gnl|CDD|163513

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU76377.1|2870577_2871000_+|integrase	gnl|CDD|379665	pfam14659, Phage_int_SAM_3, Phage integrase, N-terminal SAM-like domain. This domain is found in a variety of phage integrase proteins.	3.221e-08
CP012312.1|AXU76378.1|2871270_2871960_-|vanZF-protein	gnl|CDD|377417	pfam04892, VanZ, VanZ like family. This family contains several examples of the VanZ protein, but also contains examples of phosphotransbutyrylases.	3.90092e-18
CP012312.1|AXU76371.1|2865584_2866166_+|accessory-gene-regulator-protein	gnl|CDD|377395	pfam04647, AgrB, Accessory gene regulator B. The arg locus consists of two transcripts: RNAII and RNAIII. RNAII encodes four genes (agrA, B, C, and D) whose gene products assemble a quorum sensing system. AgrB and AgrD are essential for the production of the autoinducing peptide which functions as a signal for quorum sensing. AgrB is a transmembrane protein.	1.2276e-18
CP012312.1|AXU76366.1|2861229_2862225_+|L-asparaginase	gnl|CDD|199208	cd08964, L-asparaginase_II, Type II (periplasmic) bacterial L-asparaginase. Asparaginases (amidohydrolases, E.C. 3.5.1.1) are enzymes that catalyze the hydrolysis of asparagine to aspartic acid and ammonia. In bacteria, there are two classes of amidohydrolases. This model represents type II L-asparaginases, which tend to be highly specific for asparagine and localized to the periplasm. They are potent antileukemic agents and have been used in the treatment of acute lymphoblastic leukemia (ALL), but not without severe side effects. Tumor cells appear to have a heightened dependence on exogenous L-aspartate, and depleting their surroundings of L-aspartate may starve cancerous ALL cells. Type II L-asparaginase acts as a tetramer, which is actually a dimer of two tightly bound dimers. A conserved threonine residue is thought to supply the nucleophile hydroxy-group that attacks the amide bond. Many bacterial L-asparaginases have both L-asparagine and L-glutamine hydrolysis activities, to a different degree, and some of them are annotated as asparaginase/glutaminase.	8.27962e-141
CP012312.1|AXU76380.1|2875615_2875966_-|iojap-family-protein	gnl|CDD|376779	pfam02410, RsfS, Ribosomal silencing factor during starvation. This family is expressed by almost all bacterial and eukaryotic genomes but not by archaea. Its function is to down-regulate protein synthesis under conditions of nutrient shortage, and it does this by binding to protein L14 of the large ribosomal subunit, thus acting as a ribosomal silencing factor (RsfS) by blocking the joining of the ribosomal subunits. This family is structurally homologous to nucleotidyltransferases.	7.43119e-49
CP012312.1|AXU76379.1|2872841_2875262_-|leucyl-tRNA-synthetase	gnl|CDD|234743	PRK00390, leuS, leucyl-tRNA synthetase; Validated.	0
CP012312.1|AXU76370.1|2864219_2865542_+|two-component-sensor-histidine-kinase	gnl|CDD|340412	cd16935, HATPase_AgrC-ComD-like, Histidine kinase-like ATPase domain of two-component sensor histidine kinases similar to Staphylococcus aureus AgrC and Streptococcus pneumoniae ComD which are involved in quorum sensing. This family includes the histidine kinase-like ATPase (HATPase) domains of various two-component sensor histidine kinase (HKs) including Staphylococcus aureus AgrC which is an HK of the accessory gene regulator (agr) quorum sensing two-component regulatory system (TCS) AgrC-AgrA. The agr system plays a part in the transition from persistent to virulent phenotype. This family also includes Streptococcus pneumoniae ComD HK of the ComD-ComE TCS, involved in quorum sensing and genetic competence.	2.46738e-33
CP012312.1|AXU76374.1|2867160_2867421_-|holin	gnl|CDD|379763	pfam16079, Phage_holin_5_2, Phage holin family Hol44, in holin superfamily V. Phage_holin_V_2 is a family of small hydrophobic proteins with three transmembrane domains of the Hol44 family. These proteins are produced by double-stranded DNA bacteriophages that use an endolysin-holin strategy to achieve lysis of their hosts. The endolysins are peptidoglycan-degrading enzymes that are usually accumulated in the cytosol until access to the cell wall substrate is provided by the holin membrane lesion. Full activity of the endolysin Lys44 from oenophage fOg44 requires sudden ion-nonspecific dissipation of the proton motive force, undertaken by the fOg44 holin during phage-infection.	5.01487e-15
CP012312.1|AXU76369.1|2863573_2863774_+|cold-shock-protein	gnl|CDD|224197	COG1278, CspC, Cold shock proteins [Transcription].	1.41551e-31
CP012312.1|AXU76381.1|2876082_2876655_-|metal-dependent-phosphohydrolase	gnl|CDD|224627	COG1713, COG1713, Predicted HD superfamily hydrolase involved in NAD metabolism [Coenzyme metabolism].	4.17724e-52
CP012312.1|AXU76367.1|2862408_2862792_-|regulatory-protein	gnl|CDD|367747	pfam03965, Penicillinase_R, Penicillinase repressor. The penicillinase repressor negatively regulates expression of the penicillinase gene. The N-terminal region of this protein is involved in operator recognition, while the C-terminal is responsible for dimerization of the protein.	3.36102e-18
CP012312.1|AXU76384.1|2878411_2880415_+|glycogen-branching-protein	gnl|CDD|215246	PLN02447, PLN02447, 1,4-alpha-glucan-branching enzyme.	0
CP012312.1|AXU76382.1|2876655_2877345_-|nicotinate-nucleotide-adenylyltransferase	gnl|CDD|234611	PRK00071, nadD, nicotinate-nucleotide adenylyltransferase.	9.36329e-79
CP012312.1|AXU76383.1|2877620_2878259_+|recombination-regulator-RecX	gnl|CDD|234646	PRK00117, recX, recombination regulator RecX; Reviewed.	5.42744e-47
CP012312.1|AXU76376.1|2868808_2870179_-|cell-surface-protein	gnl|CDD|380277	NF033435, S-layer_Clost, S-layer protein SlpA. In Clostridiodes difficile, the S-layer protein precursor, SlpA, is one member of a large paralogous family of protein that share several cell wall-binding repeats. SlpA is cleaved into a larger and smaller protein. The S-layer protein itself is important to adhesion, and portions of it are highly variable, and then N-terminal and C-terminal are well-conserved.	2.22784e-18
CP012312.1|AXU76373.1|2866366_2867164_-|phage-related-cell-wall-hydrolase	gnl|CDD|119407	cd02696, MurNAc-LAA, N-acetylmuramoyl-L-alanine amidase or MurNAc-LAA (also known as peptidoglycan aminohydrolase, NAMLA amidase, NAMLAA, Amidase 3, and peptidoglycan amidase; EC 3.5.1.28) is an autolysin that hydrolyzes the amide bond between N-acetylmuramoyl and L-amino acids in certain cell wall glycopeptides. These proteins are Zn-dependent peptidases with highly conserved residues involved in cation co-ordination. MurNAc-LAA in this family is one of several peptidoglycan hydrolases (PGHs) found in bacterial and bacteriophage or prophage genomes that are involved in the degradation of the peptidoglycan. In Escherichia coli, there are five MurNAc-LAAs present: AmiA, AmiB, AmiC and AmiD that are periplasmic, and AmpD that is cytoplasmic. Three of these (AmiA, AmiB and AmiC) belong to this family, the other two (AmiD and AmpD) do not. E. coli AmiA, AmiB and AmiC play an important role in cleaving the septum to release daughter cells after cell division. In general, bacterial MurNAc-LAAs are members of the bacterial autolytic system and carry a signal peptide in their N-termini that allows their transport across the cytoplasmic membrane. However, the bacteriophage MurNAc-LAAs are endolysins since these phage-encoded enzymes break down bacterial peptidoglycan at the terminal stage of the phage reproduction cycle. As opposed to autolysins, almost all endolysins have no signal peptides and their translocation through the cytoplasmic membrane is thought to proceed with the help of phage-encoded holin proteins. The amidase catalytic module is fused to another functional module (cell wall binding module or CWBM) either at the N- or C-terminus, which is responsible for high affinity binding of the protein to the cell wall.	7.07575e-32
CP012312.1|AXU76372.1|2866183_2866345_+|autoinducer-prepeptide	gnl|CDD|275064	TIGR04223, quorum_AgrD, cyclic lactone autoinducer peptide. Members of this family of short peptides are precursors to thiolactone (unless Cys is replaced by Ser) cyclic autoinducer peptides, used in quorum-sensing systems in Gram-positive bacteria. The best characterized is the AgrD precursor, processed by the AgrB protein. Nearby proteins regularly encountered include a histidine kinase and a response regulator. This model is related to pfam05931 but is newer and currently broader in scope.	2.77025e-09
CP012312.1|AXU76365.1|2859480_2861109_+|aspartate-aminotransferase	gnl|CDD|163513	TIGR03801, For_A_Pyridoxal-5-_Phosphate, aspartate 4-decarboxylase. This enzyme, aspartate 4-decarboxylase (EC 4.1.1.12), removes the side-chain carboxylate from L-aspartate, converting it to L-alanine plus carbon dioxide. It is a PLP-dependent enzyme, homologous to aspartate aminotransferase (EC 2.6.1.1). [Energy metabolism, Amino acids and amines].	0

Protein sequences

>CP012312.1|AXU76374.1|2867160_2867421_-|holin
MDNLISFIPEQLLLLVVALNVLGFGFKKYKQLDNKYISVILLALGIVFSIWMLGFNPSSILQGILCWGVAIGANQVYKQLKDGEKQ
>CP012312.1|AXU76373.1|2866366_2867164_-|phage-related-cell-wall-hydrolase
MKIAIVPGHTLSGKGTGATGYIDEGKENRILTDLIVKWLKQGGATVYTGKVDKSNNYLAEQCQIANKQNVDLAVQIHFNANKTTLNPMGTETICKTNNGKVYAERVNKKLSTIFKNRGAKSDVRGLYWLSHTKAPAILIEVCFVDSKADTDYYIRHKDIVAKLIAEGILNKKIDNDGVKLMYKHAIVYDGEVDKIPATVVGWGYNDGKILICDIKDYIPGQTENLYVVGGGACEKIGSMAKENYTLIKGNGRFDTLYKALDFIDR
>CP012312.1|AXU76372.1|2866183_2866345_+|autoinducer-prepeptide
MKKILYNFMKACGVLAMFVAFLSANTTSLWHVYQPKTPEKLKNSKNHQKEGNN
>CP012312.1|AXU76371.1|2865584_2866166_+|accessory-gene-regulator-protein
MIKSCADKIAFLFVLNQVIEKDDLEICSYGLEILLSSIINTLSSLMIGLILGRLIYSIVFLISFCIIRQFSGGYHANSNKNCILIFNSIFFISMVLGTILNNSNPIPLFLVILSSFNFLIIFIFAPVCHTNNPLNETKYKKNKLLSRTISITLFLIILLGCKYLSFYNYVVYTFLALLWINLLLIIQIIINKK
>CP012312.1|AXU76370.1|2864219_2865542_+|two-component-sensor-histidine-kinase
MLDMFITIVSSIIEIWACKKVFDYTSKVKTSLINLYFLISTFIIISTFYTNVGADNRILICIFVMFVFYKSNYDVNIYKCLIVLFSYWAILVCINALSMIVIVSINNLSSMNILLNDNFYRYETIVLGNVVLIVLLCIYKFISNDLQVTKKEIYMCIPIVANMISFFIFYKYILKLLDISSATRLDILIMVLLLTFSNIVLISSLVKILKSNKKYIELTKLQEKINAENKYYSNIKKYYIKTKELNHDMKNHLICIKEMNKKNIDTSNYINNIEKKLDEYSAVFDTGNITLNIILLEKKELCIEKGIDFTININFSDCNFIKEEDTCSIFANALDNAIEACEKIKDDDKKIKLQGMVLNKFFVIKITNTKSNDILLKNNAFLTTKEDKEFHGLGIKSIKNSLEKYDGAISINFSENLFCLNMMIPIRKSQEDSNIAYENS
>CP012312.1|AXU76369.1|2863573_2863774_+|cold-shock-protein
MNNGIVKWFNNEKGFGFISMEGRDDVFAHFSAIQTSGFKSLEEGQQVSFDIVKGARGPQAENITIL
>CP012312.1|AXU76368.1|2863171_2863348_+|hypothetical-protein
MFGNKMDKCTHVLTAYISSSYDYCNFLDTQLDDFILEYGENIVESCLHQVMVLISKYN
>CP012312.1|AXU76367.1|2862408_2862792_-|regulatory-protein
MLNKKLPDIELKIMKYIWSTGYKTVISKDVADEIEKTYGWKHTTTITLLVRLTKKDFLISQRIGKHVHYRVLIKEREYLKIEGKRIFGGLHNNPLSELILKLHNEEEITEEKIIEIGSWIKSWKDED
>CP012312.1|AXU76366.1|2861229_2862225_+|L-asparaginase
MSIKKKVAIVFTGGTISMTVDDKVGAAIPTLSGEQILSMVTNIDKVADVEVFNFDEIPGPHITPYRMMELKNYVNDLLARKDITGVVITHGTDSLEETAYFLDLTIDNIKPVIVTGAMRSSSELGYDGSSNLSASVCTAVSKDAMGKGVLVVLNNEVLLASEATKTNTLSLNTFKSLTSGPLGIIDCNELVLTRDIVNRTIIDTDKVESKVALFKAYVGENADFIRFAVDSGYKGIVIEAMGRGNIPPQMLSGVEYAREKGLPVVIVSRCHSGRVFDSYGYFGSGRDLKNLGCIFGGDLPGQKARIKLILALGKTDNLDEIKDFFEKGIYC
>CP012312.1|AXU76365.1|2859480_2861109_+|aspartate-aminotransferase
MKNHTYKEIKNIYGKISPFEFKDKLIDIAKYTAKENNRELLDAGRGNPNWTCSTAREAFFTFGHFAITETRSNWDLGHLAGMPQKKGIKERFFKFINENIDMPGAYLARDIINFGINELGFDGDEFVHELADGIIGDNYPLPDRMLPHMEKIVHDYLVQEMKYDISGKYGDVEIFAVEGATAAMCYIFDSLMANELLKKGDTIALMTPIFTPYLEIPNLPRYDFKVVNINANEVDEKGAHTWQYTKKELEKLRDKSIKALFVVNPNNPASIAMDETSCNNLIDVIENYNKDLMIISDDVYGTFVEDFSSLMSKLPYNTVGVYSYSKYFGVTGWRLGTFALHKKNVFDKKINDLTGELKKSVDKRYSDMSLNPSSLSFMERVVADSRLVALNHTAGLSTPQQVQMAFFSAFALIDKVDAYKKLNMSICHRRQKLLFEALELPINENKNNAAYYTQFDIEEWAKLNYGEDLFKFISKNASPVDVLYKLANDYSVVLLSGNGFYGPEWSIRISLANLYDEAYTKIGKAIREILNGYIVEWQKIKK
>CP012312.1|AXU76375.1|2868292_2868451_-|hypothetical-protein
MDNFLQGILASLSASLIVYVASKLFRKRKKPLKAATKSGWEFDLKIRFHKTK
>CP012312.1|AXU76376.1|2868808_2870179_-|cell-surface-protein
MKLKKVLSLGLVSMFVAGFPISANALDKIDKIQGADKYETAGIIADKQSYTTAILINADSTMADGLSASGLAGATNAPILLTKKNNIPNATLKRVEKAKKVYIIGGESSIDKATETFLKDKGIETRRLQGNDRIKTSYNVAKEINSINKVNKVILTNAFKGEPDAMSAAPVAVRDKAAIVLTDGKSVPFNTTGIESYAIGGTSSMSDSLVNDTNSTRLGGVDRYDTNKKIVNKFYNGAKEFYIASGTDLVYALVGSPMAKNNPIVLVDIGSNKDILKNAAKVTGIGNLSDKIMLECENTINNISLPSSNKNIICGLKIDFDSNHIIWQDKGSYLECYDDNLEYYTEKYKDPTVPINIENTSTQNLDVTKLKVYGEANSTLYMGQYAKIKMDFNSFGVLKPGEKCTIYLDIISLDPSRSMTLTFSYVGDKENYKYEQGLASRILFYNPDGEDFFEYK
>CP012312.1|AXU76377.1|2870577_2871000_+|integrase
MTFVERCYKYIDMNKNNWSPYTVTNTKSWVKNYIEPFFKNLKLTEVNPSSVQAFVNYNFNNSTFTSAKVRYSFLSSVISEVYRLREIQENSCDFIKLPSKEKYSTNEIYNREEVLLLIEKLLGNNIEIPILLMLLLGLRM
>CP012312.1|AXU76378.1|2871270_2871960_-|vanZF-protein
METVSNNQSGVEIQLSLFEAIKDLLLINPIFLLGIILIGISLIVIFKKDSDIPKVKTSILSLAMYYYLCLTLSHIVGIPTFSEYIRLSQLGETFFNPNISFIPFSDGFSLSFILNILLFVPLGFLCPLISKTFERLRNTFLIGFGLSLFIETIQLFTLHRATDINDLITNVIGTIIGYFCFKLIAKLRIVKLHSDDDSMEQDYTVCIPIAIIIVALILGFFCKIVKRFS
>CP012312.1|AXU76379.1|2872841_2875262_-|leucyl-tRNA-synthetase
MSVYNFKEVESKWQKIWKDNNQYKMDTAQTEKPNYYTLEMFPYPSGKIHMGHVRNYSIGDVVARFKKMEGYNVLHPMGWDSFGLPAENAAIKHGIHPHKWTMENIEEMKEQLNLLGISYDWDKEVATSTPEYYRFTQEIFLKFLEHGLAYKKKSYVNWCPSCETVLANEQVVQGACERCKATVLKKDLEQWYFKTTEFAEELLNDLDTLDGWPEKVKTMQKNWIGKSTGADLVFDIDGTDKSMTVFTTRPDTTYGVTYMVLAPEHELVKELVAGTEYEADVEAFVKKMHTMTEIERTAADVEKEGMFIGRYVINPLNGKKVPLWIANYVLVEYGTGAIMAVPAHDERDRDFAEKYNLDIIDVITEDNKMINSEEFNGLDASEGFEGIIDKLEKEGRGKRTINYRLRDWLVSRQRYWGCPIPVVYCDECGIVPVKKEDLPVLLPTDVEFTGKGESPLTTSKQFMSTTCPHCGKPARREVDTMDTFVDSSWYFLRYVDSNNENEPFSKELVNRWHPVDQYIGGVEHAIMHLLYARWFVKAFKSMGMVDFNEPFKNLLTQGMVLMDGSKMSKSKGNTVSPMDIIDEYGADTARLFVLFAAPPERDLDWSEQGVDGCFRFLNRVYRLVDELADVVKKDVEFGELNSQDKDMRYTIHSTLKKVTADLSEKFGFNTAISALMELINDMYKYKELDNINEAVIKEGVQTIVTIIAPFAPHLGEELWTMIGKEGSVFDIDWPKYDEKALVKDEIEVVVQVNGKVRGKLTVNSNISKDEMEKVALEDEKIKGLVEGKTIVKVVAVPKKLVNVVVK
>CP012312.1|AXU76380.1|2875615_2875966_-|iojap-family-protein
MTVEQMTKIAYDAIEDKLGQDTVIINIGKVSSLCDYFIITTASSQRQVKAIADNVEDELAKLGLEPRGKEGQGTQTWVLLDYGDIMVHVFNEENRGFYNLEKLWKDAPYIDIDTLA
>CP012312.1|AXU76381.1|2876082_2876655_-|metal-dependent-phosphohydrolase
MNLENINQRLNQMLPVGRLSHSKNVAKCAEKLCEIYGCDKEKAYLAGMIHDCAKYLSDKEIEDYVNKYEIYLDPIEDGNRSLSHSVIGAYICEYEFEVEDEDIINAIKYHTTGREDMSLLEKIIYIADLIEEGRKFPVVDTLRELAYGGKLDEALLTSFNNTLMFVINKKEEIHPRTVMARNYLIKEKLL
>CP012312.1|AXU76382.1|2876655_2877345_-|nicotinate-nucleotide-adenylyltransferase
MRSENLVKMAELKNTEKLEKFNRHKGKIKIGILGGTFDPIHYAHLATAEFIRDKYDIDKIIFIPSGNPPHKLCITTDKYDRYNMTLLATESNEDFLVSKVEIERKKRTYTIDTLKYLKKKYKNADIYFITGADAICSVEEWKDVKKNFELATFIAATRPGISLLRSQETIEKLTKKYNADIITVYVPSLDISSTYIREQLNEGKSIRYLVPENVENYLYENKLYQYGDD
>CP012312.1|AXU76383.1|2877620_2878259_+|recombination-regulator-RecX
MGIITKIEQQKRNDDRVNIYVDDKFFIAIFKELVYTFNLKKGNEINEEELKPILDDEMYIKAKNKALNILSHADQSEKKLKEKLSSEFDENIVERVIDFLKSYNLVNDSVLAQKIVNTNVNLNKCGKNRIKQNLYNKGINRSTIDEAVSELDKDTEFENAMYLAKKRYERVKKEDKKKIYQKISQHLSYKGFDYDIIKRVLNKLLNFDEYDI
>CP012312.1|AXU76384.1|2878411_2880415_+|glycogen-branching-protein
MKSQKRFKILDIDVYLQPFESDIKKRMKHYEDMKSKTLKNYKDFSSFANAHLYYGFHQTNDGWFYREWAPNADSLSLIGDFNNWNRKSHLLRKIGSGNWEIFIPGQNSLPHKSEVKVQVTANGKTFDRIPLYIKRVIQKDFGGFNGQIWQPKTPFIWTDNDFDLKNITSPLIYECHIGMSTESESIGTYNEFTEKILSKIKKAGYNTIQLMAIMEHPYYASFGYQVSNFYAISSRFGTPEDLKNLINTAHSMGIAVLLDLVHSHAVKNTLEGINEFDGSEHQFFHSGSKGNHPAWGTKLFNYGKPEVIHFLLSNIKFWLNEYHFDGFRFDGVTSMLYRNHGLGVSFDSYEKYFSMNTDIEAITYLQFANELIKEINPNSISIAEDMSGMPGMCIPIKDGGIGFDYRLAMGVPDFWIKTISNLSDEDWDLGKMWYELTTRRPGEKNIGYCESHDQALVGDKTIIFWLADKEMYWNMEINSNNHVINRAISLIKLIKLITFSLAGEGYLNFMGNEFGHPEWIDFPREGNNWSYKYARRQWSLSEDNNLKYKQLLNFDKSMLELTKYSDIFIQNSHELIHMDNDKKILVYSKGKYLFIFNFHPNLIQSVDISKFQNTNYKTILNTDMVEFGGNTKKENLRDYDVYFSSTPPSSKMPIASRTAIVLLNNGV

Crispr_ID: CP012312_19

• CRISPR_ID: CP012312_19
• CRISPR_location: 3722266-3722469
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP012312_19

Consensus_repeat	Method
TCATCATATAAACCTATTAAATATTATCTTATTTATTGGTATATGGAAT	CRISPRCasFinder

spacers of CP012312_19

>19.1|3722315|106|CP012312|CRISPRCasFinder
CATATTGTTTATTATTTCATAGTCCTTTCATCATATAAACCTATTAAATATTATCTTATTTATTGGTATATGGAATTATTTTGTTTATTATTTTATAGTCTTTTCA

CRISPR arrays and Neighbor proteins around CP012312_19

CRISPR arrays

The CRISPR arrays of CP012312_19

>merge|CP012312|19|3722266-3722469|CRISPRCasFinder
AATATAATCATTTCTCTTAAAGATTATCTTATTTATTACTATATGGAATCATATTGTTTATTATTTCATAGTCCTTTCATCATATAAACCTATTAAATATTATCTTATTTATTGGTATATGGAATTATTTTGTTTATTATTTTATAGTCTTTTCATCATCATATAAACCTATTAAATATTATCTTATTTATTGGTATATGGAAT

>CP012312|19|17|3722266-3722469|CRISPRCasFinder
AATATAATCATTTCTCTTAAAGATTATCTTATTTATTACTATATGGAAT	CATATTGTTTATTATTTCATAGTCCTTTCATCATATAAACCTATTAAATATTATCTTATTTATTGGTATATGGAATTATTTTGTTTATTATTTTATAGTCTTTTCA
TCATCATATAAACCTATTAAATATTATCTTATTTATTGGTATATGGAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP012312.1|AXU77065.1|3725297_3726605_-|serine-dehydratase-subunit-alpha	unknown	unknown	gnl|CDD|226206
CP012312.1|AXU77068.1|3729003_3729573_-|Methyltransferase-domain-protein	unknown	unknown	gnl|CDD|225136
CP012312.1|AXU77070.1|3731059_3731941_-|Sulfite-exporter-TauE/SafE	unknown	unknown	gnl|CDD|376667
CP012312.1|AXU77054.1|3711597_3712716_-|amidohydrolase	unknown	unknown	gnl|CDD|349920
CP012312.1|AXU77072.1|3733087_3733561_-|PrdE-protein	unknown	unknown	gnl|CDD|275273
CP012312.1|AXU77056.1|3714437_3715319_+|dihydrodipicolinate-synthase	unknown	unknown	gnl|CDD|235107
CP012312.1|AXU77061.1|3719967_3720957_-|somatin-like-protein	unknown	unknown	gnl|CDD|259800
CP012312.1|AXU77069.1|3729756_3730392_-|single-stranded-DNA-binding-protein	unknown	unknown	gnl|CDD|235616
CP012312.1|AXU77071.1|3732060_3733068_-|proline-racemase	unknown	unknown	gnl|CDD|184427
CP012312.1|AXU77067.1|3728788_3728926_-|hypothetical-protein	unknown	unknown	unknown
CP012312.1|AXU77059.1|3717820_3718570_+|dihydrodipicolinate-reductase	unknown	unknown	gnl|CDD|234595
CP012312.1|AXU77055.1|3712921_3714115_-|L-serine-dehydratase	unknown	unknown	gnl|CDD|273233
CP012312.1|AXU77064.1|3724430_3724970_-|hypoxanthine-phosphoribosyltransferase	unknown	unknown	gnl|CDD|223707
CP012312.1|AXU77060.1|3718788_3719505_+|2,3,4,5-tetrahydropyridine-2,6-dicarboxylate-N-succinyltransferase	unknown	unknown	gnl|CDD|132571
CP012312.1|AXU77058.1|3716866_3717754_+|dihydrodipicolinate-synthase	unknown	unknown	gnl|CDD|235107
CP012312.1|AXU77057.1|3715748_3716750_+|aspartate-semialdehyde-dehydrogenase	unknown	unknown	gnl|CDD|237845
CP012312.1|AXU77062.1|3721396_3722152_+|dihydrodipicolinate-reductase	unknown	unknown	gnl|CDD|234595
CP012312.1|AXU77063.1|3722584_3724252_-|exosporium-glycoprotein	unknown	unknown	gnl|CDD|237537
CP012312.1|AXU77053.1|3711221_3711467_-|small-acid-soluble-spore-protein	unknown	unknown	gnl|CDD|365990
CP012312.1|AXU77066.1|3727016_3728783_-|sigma-54-interacting-protein	unknown	unknown	gnl|CDD|226350

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP012312.1|AXU77065.1|3725297_3726605_-|serine-dehydratase-subunit-alpha	gnl|CDD|226206	COG3681, COG3681, L-cysteine desulfidase [Amino acid transport and metabolism].	2.76872e-106
CP012312.1|AXU77068.1|3729003_3729573_-|Methyltransferase-domain-protein	gnl|CDD|225136	COG2226, UbiE, Methylase involved in ubiquinone/menaquinone biosynthesis [Coenzyme metabolism].	4.46184e-05
CP012312.1|AXU77054.1|3711597_3712716_-|amidohydrolase	gnl|CDD|349920	cd05670, M20_Acy1_YkuR-like, M20 Peptidase aminoacyclase-1 YkuR-like proteins, including YkuR and Ama/HipO/HyuC proteins. Peptidase M20 family, aminoacyclase-1 YkuR-like subfamily including YkuR and Ama/HipO/HyuC proteins, most of which have not been well characterized to date. N-terminal acetylation of proteins is a widespread and highly conserved process that is involved in the protection and stability of proteins. Several types of aminoacylases can be distinguished on the basis of substrate specificity; substrates include indoleacetic acid (IAA) N-conjugates of amino acids, N-acetyl-L-amino acids and aminobenzoylglutamate. 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 in the inter-organ processing of amino acid-conjugated xenobiotic derivatives (S-substituted-N-acetyl-L-cysteine). ACY1 appears to physically interact with Sphingosine kinase type 1 (SphK1) and may influence its physiological functions; SphK1 and its product sphingosine-1-phosphate have been shown to promote cell growth and inhibit apoptosis of tumor cells. Strong expression of the human gene and its mouse ortholog Acy1 in brain, liver, and kidney suggest a role of the enzyme in amino acid metabolism of these organs.	0
CP012312.1|AXU77072.1|3733087_3733561_-|PrdE-protein	gnl|CDD|275273	TIGR04480, D-proline_reductase_PrdA_proprotein, D-proline reductase (dithiol), PrdA proprotein. Members of this family are the PrdA proprotein. The polypeptide undergoes an autocatalytic cleavage that creates two subunits, one with a Cys-derived pyruvoyl motiety critical for activity. The D-proline reductase complex also contains a subunit derived from the prdB gene. The complex acts on D-proline, which may be supplied from L-proline by an active proline racemase encoded nearby.	4.1943e-33
CP012312.1|AXU77056.1|3714437_3715319_+|dihydrodipicolinate-synthase	gnl|CDD|235107	PRK03170, PRK03170, dihydrodipicolinate synthase; Provisional.	3.58233e-154
CP012312.1|AXU77061.1|3719967_3720957_-|somatin-like-protein	gnl|CDD|259800	cd03402, SPFH_like_u2, Uncharacterized family; SPFH (stomatin, prohibitin, flotillin, and HflK/C) superfamily. This model summarizes an uncharacterized family of proteins similar to stomatin, prohibitin, flotillin, HflK/C (SPFH) and podocin. The conserved domain common to the SPFH superfamily has also been referred to as the Band 7 domain. Many superfamily members are associated with lipid rafts. Individual proteins of the SPFH superfamily may cluster to form membrane microdomains which may in turn recruit multiprotein complexes. Microdomains formed from flotillin proteins may in addition be dynamic units with their own regulatory functions. Flotillins have been implicated in signal transduction, vesicle trafficking, cytoskeleton rearrangement and are known to interact with a variety of proteins. Stomatin interacts with and regulates members of the degenerin/epithelia Na+ channel family in mechanosensory cells of Caenorhabditis elegans and vertebrate neurons and participates in trafficking of Glut1 glucose transporters. Prohibitin may act as a chaperone for the stabilization of mitochondrial proteins. Prokaryotic HflK/C plays a role in the decision between lysogenic and lytic cycle growth during lambda phage infection. Flotillins have been implicated 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. Mutations in the podocin gene give rise to autosomal recessive steroid resistant nephritic syndrome.	5.30589e-128
CP012312.1|AXU77069.1|3729756_3730392_-|single-stranded-DNA-binding-protein	gnl|CDD|235616	PRK05813, PRK05813, single-stranded DNA-binding protein; Provisional.	1.92637e-126
CP012312.1|AXU77071.1|3732060_3733068_-|proline-racemase	gnl|CDD|184427	PRK13969, PRK13969, proline racemase; Provisional.	0
CP012312.1|AXU77070.1|3731059_3731941_-|Sulfite-exporter-TauE/SafE	gnl|CDD|376667	pfam01925, TauE, Sulfite exporter TauE/SafE. This is a family of integral membrane proteins where the alignment appears to contain two duplicated modules of three transmembrane helices. The proteins are involved in the transport of anions across the cytoplasmic membrane during taurine metabolism as an exporter of sulfoacetate. This family used to be known as DUF81.	4.23857e-08
CP012312.1|AXU77059.1|3717820_3718570_+|dihydrodipicolinate-reductase	gnl|CDD|234595	PRK00048, PRK00048, dihydrodipicolinate reductase; Provisional.	1.84163e-105
CP012312.1|AXU77055.1|3712921_3714115_-|L-serine-dehydratase	gnl|CDD|273233	TIGR00720, hypothetical_protein_NEICINOT_00681, L-serine dehydratase, iron-sulfur-dependent, single chain form. This enzyme is also called serine deaminase and L-serine dehydratase 1. L-serine ammonia-lyase converts serine into pyruvate in the gluconeogenesis pathway from serine. This enzyme is comprised of a single chain in Escherichia coli, Mycobacterium tuberculosis, and several other species, but has separate alpha and beta chains in Bacillus subtilis and related species. The beta and alpha chains are homologous to the N-terminal and C-terminal regions, respectively, but are rather deeply branched in a UPGMA tree. This enzyme requires iron and dithiothreitol for activation in vitro, and is a predicted 4Fe-4S protein. Escherichia coli Pseudomonas aeruginosa have two copies of this protein. [Energy metabolism, Amino acids and amines, Energy metabolism, Glycolysis/gluconeogenesis].	6.67523e-139
CP012312.1|AXU77064.1|3724430_3724970_-|hypoxanthine-phosphoribosyltransferase	gnl|CDD|223707	COG0634, Hpt, Hypoxanthine-guanine phosphoribosyltransferase [Nucleotide transport and metabolism].	1.66629e-76
CP012312.1|AXU77060.1|3718788_3719505_+|2,3,4,5-tetrahydropyridine-2,6-dicarboxylate-N-succinyltransferase	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.	2.92516e-110
CP012312.1|AXU77058.1|3716866_3717754_+|dihydrodipicolinate-synthase	gnl|CDD|235107	PRK03170, PRK03170, dihydrodipicolinate synthase; Provisional.	6.4792e-159
CP012312.1|AXU77057.1|3715748_3716750_+|aspartate-semialdehyde-dehydrogenase	gnl|CDD|237845	PRK14874, PRK14874, aspartate-semialdehyde dehydrogenase; Provisional.	0
CP012312.1|AXU77062.1|3721396_3722152_+|dihydrodipicolinate-reductase	gnl|CDD|234595	PRK00048, PRK00048, dihydrodipicolinate reductase; Provisional.	5.14787e-105
CP012312.1|AXU77063.1|3722584_3724252_-|exosporium-glycoprotein	gnl|CDD|237537	PRK13875, PRK13875, conjugal transfer protein TrbL; Provisional.	3.53306e-06
CP012312.1|AXU77053.1|3711221_3711467_-|small-acid-soluble-spore-protein	gnl|CDD|365990	pfam00269, SASP, Small, acid-soluble spore proteins, alpha/beta type.	7.47735e-06
CP012312.1|AXU77066.1|3727016_3728783_-|sigma-54-interacting-protein	gnl|CDD|226350	COG3829, RocR, Transcriptional regulator containing PAS, AAA-type ATPase, and DNA-binding domains [Transcription / Signal transduction mechanisms].	1.63484e-152

Protein sequences

>CP012312.1|AXU77062.1|3721396_3722152_+|dihydrodipicolinate-reductase
MLKVIISGYNGTMGRVLAECVKKDNELELVCGVARSADEKGHHSDTKLYKTMTDVTEKADVIIDFSHHETLEPILSYALKNNTPVVLATTGYDENDLHKIEEASKNIPILLSSNTSLGVNILIKLVKDASKMLEGFDIEIIEKHHNRKEDAPSGTATMIANAIKEVLPESENTHGRYGRDCKRKPNEIGIHSIRGGNIISDHDVIFAGDNEVLTLNHHSQSDEVFANGSIIAAKFLIGKQSGLYKMSDILG
>CP012312.1|AXU77061.1|3719967_3720957_-|somatin-like-protein
MLKEEKTYQEKEAKVFNGVAALIMIVLFLVVSIGIMVFGIVKLDSGFTGIGSLMLILGLIFIVVDFILFFGLKMINPKEAIVLVLFGNYYGTIKKEGYYWVNPFCSAINPAASRINVSKSSSEEKVDISTNSRGKKVSLKTMTLNNEKQKVNDLLGNPIIIGVVVIWKVIDATKAVFNVDNYNTFLSIQCDSTIRNVSRLYPYDVSEDGDEKSLRGSSQEIADRLKDELQSRVDIAGIEVSEVRITHLSYAPEIAAAMLQRQQAEAIIAARKKIVEGAVSMVEMALTNLSENNVVTLDEERKAAMVSNLLVVLCGNKDAQPVVNSSSIY
>CP012312.1|AXU77060.1|3718788_3719505_+|2,3,4,5-tetrahydropyridine-2,6-dicarboxylate-N-succinyltransferase
MVNLNDAYEIARYIKEVKKKTPVKVYVNTNSLHFQSTDKFKVFGSNGSYIFVGDYEDIMEVLDKHGNDITDTHVEYDRRNSAIPLKNTLSEHARIEPGAIIRDMVTIEKNAVVMMGAVINIGAVIGEGSMVDMNAVIGARGTLGKNVHLGAGAVVAGVLEPPSATPVIVEDDVLIGANAVILEGVRIGKGAVVAAGAVVTTDVEAGAVVAGSPAKVIKMKDEKTADKTKLMEDLRNLD
>CP012312.1|AXU77059.1|3717820_3718570_+|dihydrodipicolinate-reductase
MLKVIATGYDGKMGKILADTIREDNELELVCVAARGLDSYEGDLKIYEDMSTIVEEADVVIDFSHHSNLDNILSYVLKTKTPLVIATTGYNDDEMNKIREAAKVIPVFQSYNMSLGVNVLVKLVKDAAKLLEGFDIEIIEKHHNRKVDAPSGTAVMIANAIKEVLPNVENNYGRYGRSAKRQPNEVGIHAIRGGNIVGEHDALFAGDNEVLTISHQAQSRGIFASGSIAAAKYLVKQKPGFYNMDSMLG
>CP012312.1|AXU77058.1|3716866_3717754_+|dihydrodipicolinate-synthase
MIFKGSAVALVTPFTKDNKVDFDKLGELVEYQIANGTDAIVSCGTTGEANTMTDEEQLATIKYVVEKVNKRVPVIAGSGSNDTMHSVNLSQEAEKLGVDALLIITPYYNKANKAGLKRHFETIANSVKLPIILYNVPGRTCVNISPSLIVELAKIDNIVAVKEASGDLGQVAEIASLVPDDFAIYSGNDDTILPLLSLGGQGVISVLANVCPQETHDLVAKFFEGDIEGSRKLQLGMDALIAALFIEVNPIPVKTAMNLLGFNVGDLRLPLAEMDPANLEVLKKELVNFGLKVNA
>CP012312.1|AXU77057.1|3715748_3716750_+|aspartate-semialdehyde-dehydrogenase
MKKVNVAIVGATGMVGRTFLKVLEERNFPIENLFLFSSSKSAGSKVMFCGKEYIVEELKETSFTDRGIQIALFSAGGSISEKYAPIAASNGILVVDNSSQWRMNPDVPLVVPEVNPEAIKNHKGIIANPNCSTIQAMVPLKALDDKYKIKRIVYSTYQAVSGSGVKGVEDLEKGMNGNPTGFYPHQISYNCLPHIDSFTENGYTKEEMKMVNETMKILDNYDLKITATTVRVPVKNGHSESINVEFNNPFELDDLVKTLEEAPGVVVVDNPAKNEYPTAVEFDDRDEVFVGRIRRDFSVDNGVNLWVVADNIRKGAATNAIQIAEMALSYDLV
>CP012312.1|AXU77056.1|3714437_3715319_+|dihydrodipicolinate-synthase
MLFKGSAVALVTPFTEDNNVNFEKLGELIEYHIENGTDALVVCGTTGEATTMSESEIFAVIKYTVEKVNKRIPVIAGTGSNNTMLSVHMSQEAEKLGVDGLLIITPYYNKTNEKGLKLHFETIANSVKLPIILYNVPGRTKVNIKPSVVAELAKIDNIVAVKEASGDLAQVAEIAKLVPKDFAIYSGNDDTILPLLSLGGSGVISVLANICPKETHDLVTKFFEGDIEGSKKLQLDMDALIAALFIEVNPVPVKTAMNILGFNVGDLRLPLAEMEETNLNVLKQELTNSGFKF
>CP012312.1|AXU77055.1|3712921_3714115_-|L-serine-dehydratase
MDTLKELFKIGSGPSSSHTMGPQRAAERFKNENPDAESFRAILYGSLAATGKGHLTDYIIEKTIAPKKVEIVWEEDIIKDFHPNGMKFEALDKDKNVTAEWTVYSVGGGTIAEEGQRNSKSNSIYHLDTMDEIVKWCKENNKTLVDFVLECEPKDIKDYIKTIKDAMRKSIDDGLSTDEIIPGKLLLKRRASTFYNAYKKDKSFSTLVYAYALAASEQNASGNIIVTAPTCGSAGVIPGIFFAMQDFYNYDDEKIIEALLVAGIIGNIIKTNASISGAEVGCQGEVGAACSMAAAAVAYLKGGTIDHIEYAAEIALEHHLGMTCDPVYGYVQIPCIERNAMAAQRAYDAANYALLTDGSHSVSLDQVVETMKETGIDMMDKYKETAKGGLAKHFFSC
>CP012312.1|AXU77054.1|3711597_3712716_-|amidohydrolase
MREASYLQEQLYKHRKSLNPIAEIGRKEYKTSKYIRDYLDKLGIEYEVYLETGIVGVIEGKRPKKDIAFRADIDGLHSEEGVKHLCGHDGHATILLGLIEYLNDNKEDLNDNIVFIFQPAEEGPGGAKALIDEGVLRKYNIDEIYGLHIYPELPEGYVGTREGYFMAQIGDIDIEIVSKSGHGAMPQNGIDGIVIASNFVSSLQTIVSRNISPIDNAVLTIGRIEGGARRNIIAENIKMEGTMRCFNPEVYEKMKLRVRELARGFELAYNCKVNINIIDDYIAVKNDKDLYQEFVEAIGSDTVVELEPLMISEDFSYYQKEVPGLFFMLGSRNEEKGFVNGLHNINFNFDEKICVNALNVYSKLLKYKEAID
>CP012312.1|AXU77053.1|3711221_3711467_-|small-acid-soluble-spore-protein
MKEKIQREKKITNGKNTKILTNDDIMKYEIASELGLMDKVGERGWAGLTAKEAGRIGGMLTSRKKRLKKIVEEQNKKDESI
>CP012312.1|AXU77063.1|3722584_3724252_-|exosporium-glycoprotein
MSDISGPSLYQDIGPTGPTGPTGPTGPRGATGATGANGITGPTGNTGATGANGITGPTGNMGATGANGTTGSTGPTGNTGATGANGITGPTGATGATGANGITGPTGNKGATGANGITGSTGPTGNTGATGANGITGPTGNTGATGATGATGLTGATGATGANGITGPTGNTGATGANGVTGATGPIGNTGATGSTGSIGATGANGVTGATGPIGATGPTGADGEVGPTGAVGATGPDGAIGPTGNTGATGATGANGLVGPTGATGATGANGLVGPTGPTGATGPDGAIGPTGAVGATGPTGADGAVGPTGATGATGANGATGPTGAVGATGANGAAGPIGPTGPTGANGVAGATGATGATGANGATGPTGAVGATGANGVAGAIGPTGATGANGATGATGATGATGANGATGPTGATGATGVLAANNAQFTVSSSSLGNNTLLTFNSSFINGTNITFPTSSTINLAVGGIYNVSFGIRAILSLAGFMSITTNFNGVAQNNFIAKAVNTLTSSDVSVSLSFLVDARAAAVTLSFTFGSGTTGTSPAGYVSVYRIQ
>CP012312.1|AXU77064.1|3724430_3724970_-|hypoxanthine-phosphoribosyltransferase
MDIETKKWEVLYSEEKIKDKLRELGAIIEKDYKDKNLMVVSLLKGSFIFCADLVRNINLPLRVNFMTTSSYGNNEESTGKVKVVSDVTTDIAGYDVLVVDDITDSALTMDFVLKHLKAKNPASLKCCVLLDKPSRRKVDLVPDYCGFEIEDKFVVGYGFDFGDYYRNVPYIFNVTDEDR
>CP012312.1|AXU77065.1|3725297_3726605_-|serine-dehydratase-subunit-alpha
MRDIRKELVEMLKAEVKPAVGCTEPVALALACAKAKELLGEEIVENRMLVSPSIYKNGMCVGIPGTERLGLKIAAALGIVGGHSENGLSVLETLTKEEVKIAEDYMDNTPLSITPADTREKVFIEVVLKGKNHIAKVRIRTKHDNFTFLEKDGEVLLDNEPKVSASNDVAEKAESLMDTVTIQELIKNVEEIDFKDIEFLLDGVKMNEEMAEYGLKQKTGIGVGYGIKKSIEEGLLGNDVINYAMMLTAGASDARMAGVKMPVMSSNGSGNHGLTAILPIVAYNKKFPQSDERLAKALAISHLVTGYIKNYTGRLSAVCGCGVAASTGATAGISWLMNGTENQIEGAIENMIADLSGMICDGAKAGCALKLSSAASAAIQSAIIAKQDCFVPPLNGIVGSSVEQSIQNLGRVSDKGMSITDEIILNVMNDMNKVD
>CP012312.1|AXU77066.1|3727016_3728783_-|sigma-54-interacting-protein
MIGLEYIKSDIQNIAEAIVSVLNIDVTIVNKELFRIAGTGVYIDKIGEKVDKYTAFKKSLTEQITILIDDPKSSDICRECYKSGACVEFAEVCCPIICDGDSHGVIGLIAFTKEQAQIIENNKSGLINFLGKMADLISNKLKAQIKTYELELEKKKLETLLNNMDKAVVSIDVDGKIDKYNSKFKELFNIKDSITGKNIFVELDFIKKPSINNFKKDKSCSFFYKRYGYDSKGIYNINKIVLKNELKGYVIDFIDKRDAIKNYNKMNKDYRIKLENIIGESVAIRNSKKEALIASKSTSTVLITGESGTGKELFARAIHNHSNRVDNPFIAVNCAAIPDNLLESELFGYEEGAFTGAKKGGKLGMFEVAHKGSIFLDEIGDMSLHLQSKLLRVLQEKELNKIGSKSNVSIDVRIIAATNKDLEKMVQNGTFREDLYYRLNVIPIKLPSLRERKEDIPLIIKHMVKEYSKKLDKNVIDIDSRVVDAMMEYKWPGNIRELQNIIEYSVNMSSSSIITMNVIPQKIKNTSVEELEVKSDRIIPLDELEKIEIIKALNKYKDYKKDKELTAKALGISRATLYRKIEKYNIIS
>CP012312.1|AXU77067.1|3728788_3728926_-|hypothetical-protein
MEINYELIIIVMLFVILMSIQFTLNKIYLILKEIRQILMLKKNKE
>CP012312.1|AXU77068.1|3729003_3729573_-|Methyltransferase-domain-protein
MKSILCQINKQPVKAKYTSDELECFLDTIEYNVGDKILLVGHIGNLGKRLRGLGTSVTILENSNYEDVCYSLVYNENCNVVKGKLEFLPFDDNQFNKIIIVDQFNVITDCEKASSEIQRVLKGNGEVILEDLNLKNLKVKLNYLKHKFCGSVAKIHYPHEVFNIFSRLNFDGMIKESNKLKYIYVGKRR
>CP012312.1|AXU77069.1|3729756_3730392_-|single-stranded-DNA-binding-protein
MIAVKDENNVVNLRGELDNKLEFSHEIFGEKFYNMKIKINRLSDSFDILPMTVSERLLQDIDLDKQNLVNVVGQLRSYNKTLNNKNRLVLTVFVREIKSIDEENKDPNSIFLDGYVCKEPVYRKTPLGREITDLLVAINRPYNKSDYIPSIVWGRNAKFAKNLKVGDRIQLWGRVQSREYEKKIDENNVVKKMAYEVSISKIKKLDENNNE
>CP012312.1|AXU77070.1|3731059_3731941_-|Sulfite-exporter-TauE/SafE
MVAILKALYVVFAAIFAVVFGKDVAKANKEGKLEEQSTPKVAVTGFITDFFDTLGIGSFAPTIAMSKALKLNIPDKKMPGTLNVAHTIPVVTEAFIFTSIIPVDGVTLVSMVVAAAVGSYIGAGIIAKMDERKIQLVMGVTLALTAILMLLGHPWINVLPGGGNELGLTGAKLVIGVIGNFILGALMTAGIGLYAPGMAMVYFLGMSAKVAFPIVMGSCALLMPVASMKFIKEDAYTKKASVIIAICGLIGVFVAAYIVKTLPMDILKALVIVVIAYTSATMIMAANKNKKTA
>CP012312.1|AXU77071.1|3732060_3733068_-|proline-racemase
MKFSRSIQAIDSHTAGEATRIVVGGIPNIKGNSMPEKKEYLEENLDYLRTAIMLEPRGHNDMFGSVMTQPCCPDADFGIIFMDGGGYLNMCGHGTIGAMTAAIETGVVPAVEPVTHVVMEAPAGIIRGDVTVVDGKAKEVSFLNVPAFLYKEGVEVDLPGVGTVKFDISFGGSFFAIIHASQLGLKIEPQNAGKLTELAMKLRDIINEKIEIQHPTLAHIKTVDLVEIYDEPTHPEATYKNVVIFGQGQVDRSPCGTGTSAKLATLHAKGELKVGEKFVYESILGTLFKGEIVEETKVADFNAVVPKITGSAYITGFNHFVIDEEDPLKHGFILK
>CP012312.1|AXU77072.1|3733087_3733561_-|PrdE-protein
MGISTSMKNTSLHIFRDPLLDLIDNDSDIDLLGVVVVGTSEHNEWKTFLATRLGRWIESLRPDGVIITLDMAGNQHIDFTNAIAEFVKSDIPTVGLTIMGVDGLVITNPYLDKATIIDYKKTTGYIETEVVGDNHMDEVDVKKALAFLKLKMRKDAK

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
CP012312_1	1.17|411358|19|CP012312|CRT	411358-411376	19	CP012312.1	410449-410467	0	1.0
CP012312_1	1.21|411556|28|CP012312|CRT	411556-411583	28	CP012312.1	410449-410476	0	1.0
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	CP012312.1	12391-12421	0	1.0
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	CP012312.1	32077-32107	0	1.0
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	CP012312.1	3111546-3111576	0	1.0
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	CP012312.1	3901640-3901670	0	1.0
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	CP012312.1	4042202-4042232	0	1.0
CP012312_1	1.2|410593|28|CP012312|CRT	410593-410620	28	CP012312.1	410449-410476	1	0.964
CP012312_1	1.4|410701|19|CP012312|CRT	410701-410719	19	CP012312.1	410503-410521	1	0.947
CP012312_1	1.5|410746|28|CP012312|CRT	410746-410773	28	CP012312.1	410449-410476	1	0.964
CP012312_1	1.7|410854|19|CP012312|CRT	410854-410872	19	CP012312.1	410503-410521	1	0.947
CP012312_1	1.12|411106|19|CP012312|CRT	411106-411124	19	CP012312.1	410503-410521	1	0.947
CP012312_1	1.14|411205|19|CP012312|CRT	411205-411223	19	CP012312.1	410503-410521	1	0.947
CP012312_1	1.17|411358|19|CP012312|CRT	411358-411376	19	CP012312.1	410386-410404	1	0.947
CP012312_13	13.1|2867741|45|CP012312|CRT	2867741-2867785	45	CP012312.1	1753980-1754024	1	0.978
CP012312_1	1.4|410701|19|CP012312|CRT	410701-410719	19	CP012312.1	2298811-2298829	2	0.895
CP012312_1	1.7|410854|19|CP012312|CRT	410854-410872	19	CP012312.1	2298811-2298829	2	0.895
CP012312_1	1.12|411106|19|CP012312|CRT	411106-411124	19	CP012312.1	2298811-2298829	2	0.895
CP012312_1	1.14|411205|19|CP012312|CRT	411205-411223	19	CP012312.1	2298811-2298829	2	0.895
CP012312_1	1.18|411403|19|CP012312|CRT	411403-411421	19	CP012312.1	410503-410521	2	0.895
CP012312_1	1.22|411610|19|CP012312|CRT	411610-411628	19	CP012312.1	410503-410521	2	0.895

1. spacer 1.17|411358|19|CP012312|CRT matches to position: 410449-410467, mismatch: 0, identity: 1.0

cgacaggaagtataggacc	CRISPR spacer
cgacaggaagtataggacc	Protospacer
*******************

2. spacer 1.21|411556|28|CP012312|CRT matches to position: 410449-410476, mismatch: 0, identity: 1.0

cgacaggaagtataggaccaacgggagt	CRISPR spacer
cgacaggaagtataggaccaacgggagt	Protospacer
****************************

3. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to position: 12391-12421, mismatch: 0, identity: 1.0

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
agaataaactgaacgcatgtgaagtttgttt	Protospacer
*******************************

4. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to position: 32077-32107, mismatch: 0, identity: 1.0

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
agaataaactgaacgcatgtgaagtttgttt	Protospacer
*******************************

5. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to position: 3111546-3111576, mismatch: 0, identity: 1.0

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
agaataaactgaacgcatgtgaagtttgttt	Protospacer
*******************************

6. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to position: 3901640-3901670, mismatch: 0, identity: 1.0

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
agaataaactgaacgcatgtgaagtttgttt	Protospacer
*******************************

7. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to position: 4042202-4042232, mismatch: 0, identity: 1.0

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
agaataaactgaacgcatgtgaagtttgttt	Protospacer
*******************************

8. spacer 1.2|410593|28|CP012312|CRT matches to position: 410449-410476, mismatch: 1, identity: 0.964

cgacaggaagtatagggccaacgggagt	CRISPR spacer
cgacaggaagtataggaccaacgggagt	Protospacer
****************.***********

9. spacer 1.4|410701|19|CP012312|CRT matches to position: 410503-410521, mismatch: 1, identity: 0.947

taacaggagaaatagggcc	CRISPR spacer
taacaggagaaataggccc	Protospacer
**************** **

10. spacer 1.5|410746|28|CP012312|CRT matches to position: 410449-410476, mismatch: 1, identity: 0.964

cgacaggaagtatagggccaacgggagt	CRISPR spacer
cgacaggaagtataggaccaacgggagt	Protospacer
****************.***********

11. spacer 1.7|410854|19|CP012312|CRT matches to position: 410503-410521, mismatch: 1, identity: 0.947

taacaggagaaatagggcc	CRISPR spacer
taacaggagaaataggccc	Protospacer
**************** **

12. spacer 1.12|411106|19|CP012312|CRT matches to position: 410503-410521, mismatch: 1, identity: 0.947

taacaggagaaatagggcc	CRISPR spacer
taacaggagaaataggccc	Protospacer
**************** **

13. spacer 1.14|411205|19|CP012312|CRT matches to position: 410503-410521, mismatch: 1, identity: 0.947

taacaggagaaatagggcc	CRISPR spacer
taacaggagaaataggccc	Protospacer
**************** **

14. spacer 1.17|411358|19|CP012312|CRT matches to position: 410386-410404, mismatch: 1, identity: 0.947

cgacaggaagtataggacc	CRISPR spacer
cgacaggaagtacaggacc	Protospacer
************.******

15. spacer 13.1|2867741|45|CP012312|CRT matches to position: 1753980-1754024, mismatch: 1, identity: 0.978

agcacctaccacaaaagtaagtgtttttcagtatttttaatttta	CRISPR spacer
agcacctaccataaaagtaagtgtttttcagtatttttaatttta	Protospacer
***********.*********************************

16. spacer 1.4|410701|19|CP012312|CRT matches to position: 2298811-2298829, mismatch: 2, identity: 0.895

taacaggagaaatagggcc	CRISPR spacer
tatcaggagaaatagagcc	Protospacer
** ************.***

17. spacer 1.7|410854|19|CP012312|CRT matches to position: 2298811-2298829, mismatch: 2, identity: 0.895

taacaggagaaatagggcc	CRISPR spacer
tatcaggagaaatagagcc	Protospacer
** ************.***

18. spacer 1.12|411106|19|CP012312|CRT matches to position: 2298811-2298829, mismatch: 2, identity: 0.895

taacaggagaaatagggcc	CRISPR spacer
tatcaggagaaatagagcc	Protospacer
** ************.***

19. spacer 1.14|411205|19|CP012312|CRT matches to position: 2298811-2298829, mismatch: 2, identity: 0.895

taacaggagaaatagggcc	CRISPR spacer
tatcaggagaaatagagcc	Protospacer
** ************.***

20. spacer 1.18|411403|19|CP012312|CRT matches to position: 410503-410521, mismatch: 2, identity: 0.895

taacgggagaaatagggcc	CRISPR spacer
taacaggagaaataggccc	Protospacer
****.*********** **

21. spacer 1.22|411610|19|CP012312|CRT matches to position: 410503-410521, mismatch: 2, identity: 0.895

taacgggagaaatagggcc	CRISPR spacer
taacaggagaaataggccc	Protospacer
****.*********** **

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
CP012312_4	4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342624-1342660	37	NC_011398	Clostridium phage phiCD27, complete genome	18184-18220	0	1.0
CP012312_6	6.2|1664053|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1664053-1664089	37	JX145341	Clostridium phage phiMMP02, complete genome	46137-46173	0	1.0
CP012312_6	6.2|1664053|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1664053-1664089	37	KX228400	Clostridium phage CDKM15, complete genome	48381-48417	0	1.0
CP012312_7	7.1|1753788|37|CP012312|PILER-CR,CRT	1753788-1753824	37	CP011970	Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence	119948-119984	0	1.0
CP012312_7	7.1|1753788|37|CP012312|PILER-CR,CRT	1753788-1753824	37	LN681537	Clostridium phage phiCD211, complete genome	128810-128846	0	1.0
CP012312_7	7.1|1753788|37|CP012312|PILER-CR,CRT	1753788-1753824	37	NZ_CP020426	Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence	2016-2052	0	1.0
CP012312_7	7.3|1753786|39|CP012312|CRISPRCasFinder	1753786-1753824	39	NZ_CP020426	Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence	2016-2054	0	1.0
CP012312_7	7.3|1753786|39|CP012312|CRISPRCasFinder	1753786-1753824	39	CP011970	Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence	119946-119984	0	1.0
CP012312_7	7.3|1753786|39|CP012312|CRISPRCasFinder	1753786-1753824	39	LN681537	Clostridium phage phiCD211, complete genome	128808-128846	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	MK473382	Clostridium phage JD032, complete genome	11811-11847	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	LN881738	Escherichia phage slur17, complete genome	33006-33042	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	NC_048665	Clostridium phage phiCDHM14, complete genome	22618-22654	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	KU057941	Clostridium phage CDSH1, complete genome	29014-29050	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	NC_028905	Clostridium phage phiCD111, complete genome	28788-28824	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	NC_028838	Clostridium phage phiCD506, complete genome	22439-22475	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	HG796225	Clostridium phage phiCDHM13 complete genome	22118-22154	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	NC_028958	Clostridium phage phiCD146, complete genome	28072-28108	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	LN681538	Clostridium phage phiCD481-1, complete genome	21858-21894	0	1.0
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	HG798901	Clostridium phage phiCDHM11 complete genome	22118-22154	0	1.0
CP012312_9	9.1|1887325|35|CP012312|PILER-CR	1887325-1887359	35	AY855346	Clostridium difficile bacteriophage phi CD119, complete genome	3699-3733	0	1.0
CP012312_9	9.1|1887325|35|CP012312|PILER-CR	1887325-1887359	35	NC_007917	Clostridium phage phi CD119, complete genome	3699-3733	0	1.0
CP012312_9	9.1|1887325|35|CP012312|PILER-CR	1887325-1887359	35	NC_028996	Clostridium phage phiCDHM19, complete genome	3946-3980	0	1.0
CP012312_9	9.4|1887322|35|CP012312|CRISPRCasFinder	1887322-1887356	35	AY855346	Clostridium difficile bacteriophage phi CD119, complete genome	3699-3733	0	1.0
CP012312_9	9.4|1887322|35|CP012312|CRISPRCasFinder	1887322-1887356	35	NC_007917	Clostridium phage phi CD119, complete genome	3699-3733	0	1.0
CP012312_9	9.4|1887322|35|CP012312|CRISPRCasFinder	1887322-1887356	35	NC_028996	Clostridium phage phiCDHM19, complete genome	3946-3980	0	1.0
CP012312_9	9.8|1887324|33|CP012312|CRT	1887324-1887356	33	AY855346	Clostridium difficile bacteriophage phi CD119, complete genome	3699-3731	0	1.0
CP012312_9	9.8|1887324|33|CP012312|CRT	1887324-1887356	33	NC_007917	Clostridium phage phi CD119, complete genome	3699-3731	0	1.0
CP012312_9	9.8|1887324|33|CP012312|CRT	1887324-1887356	33	NC_028996	Clostridium phage phiCDHM19, complete genome	3946-3978	0	1.0
CP012312_10	10.6|2579877|38|CP012312|CRISPRCasFinder,CRT,PILER-CR	2579877-2579914	38	GU949551	Clostridium phage phiCD6356, complete genome	15170-15207	0	1.0
CP012312_10	10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR	2579944-2579980	37	KU057941	Clostridium phage CDSH1, complete genome	26867-26903	0	1.0
CP012312_10	10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR	2579944-2579980	37	NC_028905	Clostridium phage phiCD111, complete genome	26641-26677	0	1.0
CP012312_10	10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR	2579944-2579980	37	HM568888	Clostridium phage phiCD38-2, complete genome	26363-26399	0	1.0
CP012312_10	10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR	2579944-2579980	37	NC_028958	Clostridium phage phiCD146, complete genome	25925-25961	0	1.0
CP012312_10	10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR	2579944-2579980	37	LN881738	Escherichia phage slur17, complete genome	35153-35189	0	1.0
CP012312_11	11.5|2581972|38|CP012312|CRISPRCasFinder	2581972-2582009	38	LN881738	Escherichia phage slur17, complete genome	18636-18673	0	1.0
CP012312_11	11.5|2581972|38|CP012312|CRISPRCasFinder	2581972-2582009	38	KU057941	Clostridium phage CDSH1, complete genome	1764-1801	0	1.0
CP012312_11	11.5|2581972|38|CP012312|CRISPRCasFinder	2581972-2582009	38	NC_028905	Clostridium phage phiCD111, complete genome	1792-1829	0	1.0
CP012312_11	11.5|2581972|38|CP012312|CRISPRCasFinder	2581972-2582009	38	NC_028958	Clostridium phage phiCD146, complete genome	1797-1834	0	1.0
CP012312_11	11.17|2581972|39|CP012312|CRT,PILER-CR	2581972-2582010	39	LN881738	Escherichia phage slur17, complete genome	18635-18673	0	1.0
CP012312_11	11.17|2581972|39|CP012312|CRT,PILER-CR	2581972-2582010	39	KU057941	Clostridium phage CDSH1, complete genome	1764-1802	0	1.0
CP012312_11	11.17|2581972|39|CP012312|CRT,PILER-CR	2581972-2582010	39	NC_028905	Clostridium phage phiCD111, complete genome	1792-1830	0	1.0
CP012312_11	11.17|2581972|39|CP012312|CRT,PILER-CR	2581972-2582010	39	NC_028958	Clostridium phage phiCD146, complete genome	1797-1835	0	1.0
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	NZ_CP033215	Clostridioides difficile strain 12038 plasmid unnamed1, complete sequence	3094-3124	1	0.968
CP012312_4	4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342624-1342660	37	NC_048642	Clostridium phage CDKM9, complete genome	18101-18137	1	0.973
CP012312_7	7.5|1753919|38|CP012312|CRISPRCasFinder	1753919-1753956	38	NZ_CP029155	Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence	20580-20617	1	0.974
CP012312_7	7.6|1753921|36|CP012312|CRT	1753921-1753956	36	NZ_CP029155	Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence	20582-20617	1	0.972
CP012312_9	9.3|1887459|33|CP012312|PILER-CR	1887459-1887491	33	NZ_CP029155	Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence	97865-97897	1	0.97
CP012312_9	9.3|1887459|33|CP012312|PILER-CR	1887459-1887491	33	MF547662	Clostridioides phage LIBA6276, complete genome	51718-51750	1	0.97
CP012312_9	9.3|1887459|33|CP012312|PILER-CR	1887459-1887491	33	MF547663	Clostridioides phage LIBA2945, complete genome	51568-51600	1	0.97
CP012312_9	9.3|1887459|33|CP012312|PILER-CR	1887459-1887491	33	CP011970	Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence	45658-45690	1	0.97
CP012312_9	9.3|1887459|33|CP012312|PILER-CR	1887459-1887491	33	LN681537	Clostridium phage phiCD211, complete genome	54520-54552	1	0.97
CP012312_9	9.3|1887459|33|CP012312|PILER-CR	1887459-1887491	33	NZ_CP020426	Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence	76310-76342	1	0.97
CP012312_9	9.6|1887453|36|CP012312|CRISPRCasFinder	1887453-1887488	36	NZ_CP020426	Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence	76310-76345	1	0.972
CP012312_9	9.6|1887453|36|CP012312|CRISPRCasFinder	1887453-1887488	36	NZ_CP029155	Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence	97862-97897	1	0.972
CP012312_9	9.6|1887453|36|CP012312|CRISPRCasFinder	1887453-1887488	36	MF547662	Clostridioides phage LIBA6276, complete genome	51715-51750	1	0.972
CP012312_9	9.6|1887453|36|CP012312|CRISPRCasFinder	1887453-1887488	36	MF547663	Clostridioides phage LIBA2945, complete genome	51565-51600	1	0.972
CP012312_9	9.6|1887453|36|CP012312|CRISPRCasFinder	1887453-1887488	36	CP011970	Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence	45655-45690	1	0.972
CP012312_9	9.6|1887453|36|CP012312|CRISPRCasFinder	1887453-1887488	36	LN681537	Clostridium phage phiCD211, complete genome	54517-54552	1	0.972
CP012312_9	9.10|1887455|34|CP012312|CRT	1887455-1887488	34	NZ_CP020426	Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence	76310-76343	1	0.971
CP012312_9	9.10|1887455|34|CP012312|CRT	1887455-1887488	34	NZ_CP029155	Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence	97864-97897	1	0.971
CP012312_9	9.10|1887455|34|CP012312|CRT	1887455-1887488	34	MF547662	Clostridioides phage LIBA6276, complete genome	51717-51750	1	0.971
CP012312_9	9.10|1887455|34|CP012312|CRT	1887455-1887488	34	MF547663	Clostridioides phage LIBA2945, complete genome	51567-51600	1	0.971
CP012312_9	9.10|1887455|34|CP012312|CRT	1887455-1887488	34	CP011970	Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence	45657-45690	1	0.971
CP012312_9	9.10|1887455|34|CP012312|CRT	1887455-1887488	34	LN681537	Clostridium phage phiCD211, complete genome	54519-54552	1	0.971
CP012312_9	9.11|1887520|36|CP012312|CRT	1887520-1887555	36	NZ_MF547664	Clostridioides difficile strain LIBA-6289 plasmid LIBA6289, complete sequence	26432-26467	1	0.972
CP012312_11	11.2|2581775|37|CP012312|CRISPRCasFinder	2581775-2581811	37	JX145341	Clostridium phage phiMMP02, complete genome	12856-12892	1	0.973
CP012312_20	20.7|3723431|21|CP012312|CRT	3723431-3723451	21	MN480762	Streptococcus salivarius strain NU10 plasmid pSsal-NU10, complete sequence	176923-176943	1	0.952
CP012312_20	20.8|3723476|21|CP012312|CRT	3723476-3723496	21	MN480762	Streptococcus salivarius strain NU10 plasmid pSsal-NU10, complete sequence	176923-176943	1	0.952
CP012312_4	4.5|1342822|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342822-1342858	37	NZ_MG973074	Clostridioides difficile strain HSJD-312 plasmid pHSJD-312, complete sequence	90018-90054	2	0.946
CP012312_6	6.3|1664119|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1664119-1664155	37	NZ_MG973074	Clostridioides difficile strain HSJD-312 plasmid pHSJD-312, complete sequence	102058-102094	2	0.946
CP012312_8	8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754617-1754653	37	HM568888	Clostridium phage phiCD38-2, complete genome	28510-28546	2	0.946
CP012312_9	9.7|1887518|38|CP012312|CRISPRCasFinder	1887518-1887555	38	NZ_MF547664	Clostridioides difficile strain LIBA-6289 plasmid LIBA6289, complete sequence	26432-26469	2	0.947
CP012312_11	11.5|2581972|38|CP012312|CRISPRCasFinder	2581972-2582009	38	HM568888	Clostridium phage phiCD38-2, complete genome	1792-1829	2	0.947
CP012312_11	11.14|2581775|38|CP012312|CRT,PILER-CR	2581775-2581812	38	JX145341	Clostridium phage phiMMP02, complete genome	12856-12893	2	0.947
CP012312_11	11.17|2581972|39|CP012312|CRT,PILER-CR	2581972-2582010	39	HM568888	Clostridium phage phiCD38-2, complete genome	1792-1830	2	0.949
CP012312_4	4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342624-1342660	37	JX145341	Clostridium phage phiMMP02, complete genome	18069-18105	3	0.919
CP012312_6	6.4|1664185|38|CP012312|CRISPRCasFinder,CRT	1664185-1664222	38	NZ_MG973074	Clostridioides difficile strain HSJD-312 plasmid pHSJD-312, complete sequence	94861-94898	3	0.921
CP012312_8	8.4|1754814|35|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754814-1754848	35	HM568888	Clostridium phage phiCD38-2, complete genome	2985-3019	3	0.914
CP012312_8	8.4|1754814|35|CP012312|PILER-CR,CRISPRCasFinder,CRT	1754814-1754848	35	NC_028958	Clostridium phage phiCD146, complete genome	2990-3024	3	0.914
CP012312_8	8.6|1754944|37|CP012312|CRISPRCasFinder,CRT	1754944-1754980	37	AY855346	Clostridium difficile bacteriophage phi CD119, complete genome	17334-17370	3	0.919
CP012312_8	8.6|1754944|37|CP012312|CRISPRCasFinder,CRT	1754944-1754980	37	NC_007917	Clostridium phage phi CD119, complete genome	17334-17370	3	0.919
CP012312_8	8.6|1754944|37|CP012312|CRISPRCasFinder,CRT	1754944-1754980	37	NC_028996	Clostridium phage phiCDHM19, complete genome	17588-17624	3	0.919
CP012312_11	11.3|2581841|36|CP012312|CRISPRCasFinder	2581841-2581876	36	JX145342	Clostridium phage phiMMP04, complete genome	12213-12248	3	0.917
CP012312_11	11.15|2581841|37|CP012312|CRT,PILER-CR	2581841-2581877	37	JX145342	Clostridium phage phiMMP04, complete genome	12213-12249	3	0.919
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	50018-50045	4	0.857
CP012312_1	1.20|411502|28|CP012312|CRT	411502-411529	28	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	50018-50045	4	0.857
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	49874-49901	5	0.821
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	49982-50009	5	0.821
CP012312_1	1.20|411502|28|CP012312|CRT	411502-411529	28	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	49874-49901	5	0.821
CP012312_1	1.20|411502|28|CP012312|CRT	411502-411529	28	NZ_CP020744	Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence	49982-50009	5	0.821
CP012312_1	1.20|411502|28|CP012312|CRT	411502-411529	28	NZ_CP009336	Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence	68880-68907	5	0.821
CP012312_1	1.20|411502|28|CP012312|CRT	411502-411529	28	NZ_CP009336	Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence	68943-68970	5	0.821
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	NC_001446	Bacillus thuringiensis sv israelensis HI4 plasmid pTX14-3, complete sequence	3138-3165	6	0.786
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	NC_018511	Bacillus thuringiensis HD-789 plasmid pBTHD789-5, complete sequence	1470-1497	6	0.786
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	NZ_CP009345	Bacillus thuringiensis HD1002 plasmid 6, complete sequence	2575-2602	6	0.786
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NC_007103	Bacillus cereus E33L plasmid pE33L466, complete sequence	140-169	6	0.8
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NC_007103	Bacillus cereus E33L plasmid pE33L466, complete sequence	239-268	6	0.8
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NZ_CP009967	Bacillus cereus E33L plasmid pBCO_1, complete sequence	321878-321907	6	0.8
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	MG209611	Aphanizomenon phage vB_AphaS-CL131, complete genome	32379-32408	6	0.8
CP012312_1	1.16|411304|28|CP012312|CRT	411304-411331	28	MN693383	Marine virus AFVG_25M295, complete genome	19348-19375	7	0.75
CP012312_1	1.20|411502|28|CP012312|CRT	411502-411529	28	MN855771	Siphoviridae sp. isolate 189, complete genome	12056-12083	7	0.75
CP012312_3	3.1|1146027|31|CP012312|CRISPRCasFinder	1146027-1146057	31	MT533174	Escherichia phage CJ20, complete genome	109957-109987	7	0.774
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MN864145	Escherichia phage F2, complete genome	152748-152784	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MN850579	Escherichia phage mogra, complete genome	94627-94663	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KT184309	Enterobacteria phage ATK47, complete genome	93161-93197	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MT446423	UNVERIFIED: Escherichia virus TH58, complete genome	31816-31852	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	LR027391	Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar009P5 genome assembly, chromosome: 1	110331-110367	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK047718	Escherichia phage p000y, complete genome	11929-11965	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KT184310	Enterobacteria phage ATK48, complete genome	21665-21701	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK639187	Shigella phage SSE1, complete genome	32250-32286	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	NC_018855	Enterobacteria phage HX01, complete genome	25444-25480	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	NC_041990	Escherichia phage ST0, complete genome	150283-150319	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KR422352	Escherichia phage APCEc01, complete genome	104637-104673	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MT446390	UNVERIFIED: Escherichia virus TH12, complete genome	90627-90663	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MN850622	Escherichia phage mobillu, complete genome	47509-47545	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KX130865	Shigella phage SHSML-52-1, complete genome	124332-124368	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MN850590	Escherichia phage moha, complete genome	30213-30249	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	NC_041863	Escherichia coli O157 typing phage 3, complete genome	70728-70764	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	NC_024124	Escherichia phage vB_EcoM_JS09, complete genome	90019-90055	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK047717	Escherichia phage p000v, complete genome	69614-69650	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK373778	Escherichia phage vB_EcoM_WFbE185, complete genome	80644-80680	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	LR027383	Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar007P3 genome assembly, chromosome: 1	36559-36595	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KU255730	Escherichia phage phiE142, complete genome	94292-94328	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KM407600	Shigella phage Shf125875, complete genome	80619-80655	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	LR027386	Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar008P4 genome assembly, chromosome: 1	19340-19376	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK962754	Shigella phage JK36, complete genome	81686-81722	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	LR027390	Escherichia virus vB_Eco_mar005P1 genome assembly, chromosome: 1	13673-13709	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	LR027387	Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar006P2 genome assembly, chromosome: 1	114568-114604	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KP869111	Escherichia coli O157 typing phage 13, partial genome	70877-70913	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK373775	Escherichia phage vB_EcoM_WFK, complete genome	75460-75496	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK373784	Escherichia phage vB_EcoM_MM02, complete genome	81502-81538	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	NC_024794	Escherichia phage vB_EcoM_PhAPEC2, complete genome	80150-80186	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK962757	Shigella phage JK45, complete genome	81766-81802	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MN850651	Escherichia phage moskry, complete genome	90240-90276	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KP869104	Escherichia coli O157 typing phage 6, complete genome	89797-89833	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK962756	Shigella phage JK42, complete genome	81245-81281	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK524178	Escherichia phage PHB12, complete genome	140724-140760	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MG589383	Shigella phage phi25-307, complete genome	60430-60466	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK327933	Escherichia phage vB_EcoM_G2285, complete genome	78934-78970	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MH243438	Escherichia phage vB_EcoM_NBG1, complete genome	80595-80631	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MT782071	Escherichia phage JN02, complete genome	81149-81185	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK327943	Escherichia phage vB_EcoM_G53, complete genome	79526-79562	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK373782	Escherichia phage vB_EcoM_KAW3E185, complete genome	79548-79584	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK373774	Escherichia phage vB_EcoM_WFL6982, complete genome	75460-75496	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	MK327934	Escherichia phage vB_EcoM_G2469, complete genome	81122-81158	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	KM389388	UNVERIFIED: Escherichia phage CEV1 clone contig00003 genomic sequence	17910-17946	7	0.811
CP012312_4	4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT	1342690-1342726	37	NC_041920	UNVERIFIED: Escherichia phage HP3, complete genome	90159-90195	7	0.811
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP012644	Rufibacter tibetensis strain 1351 plasmid 1, complete sequence	96388-96420	7	0.788
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_LN865144	Acinetobacter baumannii isolate CIP70.10 plasmid II, complete sequence	1917-1949	7	0.788
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NC_007103	Bacillus cereus E33L plasmid pE33L466, complete sequence	410-439	7	0.767
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NZ_CP009967	Bacillus cereus E33L plasmid pBCO_1, complete sequence	321734-321763	7	0.767
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NZ_CP009336	Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence	72613-72642	7	0.767
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP053952	Bacillus cereus strain FDAARGOS_798 plasmid unnamed1, complete sequence	222393-222429	8	0.784
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP011154	Bacillus cereus strain CMCC P0011 plasmid pRML05, complete sequence	263394-263430	8	0.784
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP053949	Bacillus cereus strain FDAARGOS_799 plasmid unnamed1, complete sequence	352543-352579	8	0.784
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP011152	Bacillus cereus strain CMCC P0021 plasmid pRML04, complete sequence	283485-283521	8	0.784
CP012312_7	7.5|1753919|38|CP012312|CRISPRCasFinder	1753919-1753956	38	MK301608	Vibrio virus vB_VspP_SBP1, complete genome	3843-3880	8	0.789
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP039703	Clostridium butyricum strain 29-1 plasmid p-butyl_plas_29-1, complete sequence	44029-44061	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP039706	Clostridium butyricum strain 4-1 plasmid p-butyl_plas_4-1, complete sequence	648549-648581	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	CP019152	Acinetobacter lwoffii strain ZS207 plasmid pZS-2, complete sequence	10016-10048	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP033246	Clostridium butyricum strain CFSA3987 plasmid pCFSA3987, complete sequence	411934-411966	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP033248	Clostridium butyricum strain CFSA3989 plasmid pCFSA3989, complete sequence	411973-412005	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP039148	Acinetobacter sp. 10FS3-1 plasmid p10FS3-1-5, complete sequence	1887-1919	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP039151	Acinetobacter sp. 10FS3-1 plasmid p10FS3-1-8, complete sequence	3186-3218	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP013238	Clostridium butyricum strain CDC_51208 plasmid pNPD4_2, complete sequence	165259-165291	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_AP019717	Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence	686877-686909	8	0.758
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	MN693362	Marine virus AFVG_25M506, complete genome	32057-32089	8	0.758
CP012312_13	13.8|2867809|37|CP012312|CRISPRCasFinder	2867809-2867845	37	NZ_CP014325	Borrelia anserina Es isolate UTHSCSA plasmid lpA89, complete sequence	55630-55666	8	0.784
CP012312_20	20.2|3723107|30|CP012312|CRT	3723107-3723136	30	NZ_CP009336	Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence	73553-73582	8	0.733
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP033246	Clostridium butyricum strain CFSA3987 plasmid pCFSA3987, complete sequence	408939-408975	9	0.757
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP033248	Clostridium butyricum strain CFSA3989 plasmid pCFSA3989, complete sequence	408978-409014	9	0.757
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_AP019717	Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence	683882-683918	9	0.757
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP039703	Clostridium butyricum strain 29-1 plasmid p-butyl_plas_29-1, complete sequence	47020-47056	9	0.757
CP012312_5	5.1|1555309|37|CP012312|CRISPRCasFinder,CRT	1555309-1555345	37	NZ_CP013238	Clostridium butyricum strain CDC_51208 plasmid pNPD4_2, complete sequence	168249-168285	9	0.757
CP012312_11	11.7|2582104|35|CP012312|CRISPRCasFinder	2582104-2582138	35	MT135176	Aeromonas phage vB_AsoM_yong, complete genome	36887-36921	9	0.743
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	MN694223	Marine virus AFVG_250M234, complete genome	12542-12574	9	0.727
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP019926	Borreliella burgdorferi strain PAbe plasmid p_lp56, complete sequence	37031-37063	9	0.727
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NC_000956	Borreliella burgdorferi B31 plasmid lp56, complete sequence	37031-37063	9	0.727
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP019855	Borreliella burgdorferi plasmid lp56, complete sequence	37031-37063	9	0.727
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NZ_CP019766	Borreliella burgdorferi strain B31_NRZ isolate B31 plasmid p_lp56, complete sequence	37011-37043	9	0.727
CP012312_13	13.5|2867812|33|CP012312|PILER-CR	2867812-2867844	33	NC_020383	Bacillus thuringiensis serovar thuringiensis str. IS5056 plasmid pIS56-85, complete sequence	42211-42243	9	0.727
CP012312_13	13.8|2867809|37|CP012312|CRISPRCasFinder	2867809-2867845	37	NZ_CP037437	Lactobacillus plantarum strain EM plasmid pEM8, complete sequence	21201-21237	9	0.757
CP012312_18	18.1|3259469|31|CP012312|CRISPRCasFinder	3259469-3259499	31	LR606148	Rhizobium sp. Q54 genome assembly, plasmid: 5	444883-444913	9	0.71
CP012312_6	6.1|1663988|36|CP012312|PILER-CR,CRISPRCasFinder,CRT	1663988-1664023	36	NZ_CP009620	Vibrio coralliilyticus strain RE98 plasmid p319, complete sequence	32919-32954	10	0.722
CP012312_10	10.9|2580077|37|CP012312|CRISPRCasFinder,CRT	2580077-2580113	37	KU686211	Synechococcus phage S-WAM2 isolate 0810PA29, complete genome	86047-86083	11	0.703
CP012312_20	20.3|3723161|48|CP012312|CRT	3723161-3723208	48	NZ_CP009336	Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence	90205-90252	15	0.688

1. spacer 4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_011398 (Clostridium phage phiCD27, complete genome) position: , mismatch: 0, identity: 1.0

aatgtgattaaaaaaggacaaaagttggtgataccta	CRISPR spacer
aatgtgattaaaaaaggacaaaagttggtgataccta	Protospacer
*************************************

2. spacer 6.2|1664053|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to JX145341 (Clostridium phage phiMMP02, complete genome) position: , mismatch: 0, identity: 1.0

tatacgctttagtatttaccttatttttctgtagtgc	CRISPR spacer
tatacgctttagtatttaccttatttttctgtagtgc	Protospacer
*************************************

3. spacer 6.2|1664053|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KX228400 (Clostridium phage CDKM15, complete genome) position: , mismatch: 0, identity: 1.0

tatacgctttagtatttaccttatttttctgtagtgc	CRISPR spacer
tatacgctttagtatttaccttatttttctgtagtgc	Protospacer
*************************************

4. spacer 7.1|1753788|37|CP012312|PILER-CR,CRT matches to CP011970 (Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence) position: , mismatch: 0, identity: 1.0

ttctaggtcttcaattctaaaatcaatacgactaaaa	CRISPR spacer
ttctaggtcttcaattctaaaatcaatacgactaaaa	Protospacer
*************************************

5. spacer 7.1|1753788|37|CP012312|PILER-CR,CRT matches to LN681537 (Clostridium phage phiCD211, complete genome) position: , mismatch: 0, identity: 1.0

ttctaggtcttcaattctaaaatcaatacgactaaaa	CRISPR spacer
ttctaggtcttcaattctaaaatcaatacgactaaaa	Protospacer
*************************************

6. spacer 7.1|1753788|37|CP012312|PILER-CR,CRT matches to NZ_CP020426 (Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence) position: , mismatch: 0, identity: 1.0

ttctaggtcttcaattctaaaatcaatacgactaaaa	CRISPR spacer
ttctaggtcttcaattctaaaatcaatacgactaaaa	Protospacer
*************************************

7. spacer 7.3|1753786|39|CP012312|CRISPRCasFinder matches to NZ_CP020426 (Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence) position: , mismatch: 0, identity: 1.0

ttttctaggtcttcaattctaaaatcaatacgactaaaa	CRISPR spacer
ttttctaggtcttcaattctaaaatcaatacgactaaaa	Protospacer
***************************************

8. spacer 7.3|1753786|39|CP012312|CRISPRCasFinder matches to CP011970 (Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence) position: , mismatch: 0, identity: 1.0

ttttctaggtcttcaattctaaaatcaatacgactaaaa	CRISPR spacer
ttttctaggtcttcaattctaaaatcaatacgactaaaa	Protospacer
***************************************

9. spacer 7.3|1753786|39|CP012312|CRISPRCasFinder matches to LN681537 (Clostridium phage phiCD211, complete genome) position: , mismatch: 0, identity: 1.0

ttttctaggtcttcaattctaaaatcaatacgactaaaa	CRISPR spacer
ttttctaggtcttcaattctaaaatcaatacgactaaaa	Protospacer
***************************************

10. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK473382 (Clostridium phage JD032, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

11. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LN881738 (Escherichia phage slur17, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

12. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_048665 (Clostridium phage phiCDHM14, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

13. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KU057941 (Clostridium phage CDSH1, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

14. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_028905 (Clostridium phage phiCD111, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

15. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_028838 (Clostridium phage phiCD506, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

16. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to HG796225 (Clostridium phage phiCDHM13 complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

17. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_028958 (Clostridium phage phiCD146, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

18. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LN681538 (Clostridium phage phiCD481-1, complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

19. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to HG798901 (Clostridium phage phiCDHM11 complete genome) position: , mismatch: 0, identity: 1.0

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtgcttttcttag	Protospacer
*************************************

20. spacer 9.1|1887325|35|CP012312|PILER-CR matches to AY855346 (Clostridium difficile bacteriophage phi CD119, complete genome) position: , mismatch: 0, identity: 1.0

aaaaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaaaatatagtatagcttttattagcttatcaaa	Protospacer
***********************************

21. spacer 9.1|1887325|35|CP012312|PILER-CR matches to NC_007917 (Clostridium phage phi CD119, complete genome) position: , mismatch: 0, identity: 1.0

aaaaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaaaatatagtatagcttttattagcttatcaaa	Protospacer
***********************************

22. spacer 9.1|1887325|35|CP012312|PILER-CR matches to NC_028996 (Clostridium phage phiCDHM19, complete genome) position: , mismatch: 0, identity: 1.0

aaaaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaaaatatagtatagcttttattagcttatcaaa	Protospacer
***********************************

23. spacer 9.4|1887322|35|CP012312|CRISPRCasFinder matches to AY855346 (Clostridium difficile bacteriophage phi CD119, complete genome) position: , mismatch: 0, identity: 1.0

aaaaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaaaatatagtatagcttttattagcttatcaaa	Protospacer
***********************************

24. spacer 9.4|1887322|35|CP012312|CRISPRCasFinder matches to NC_007917 (Clostridium phage phi CD119, complete genome) position: , mismatch: 0, identity: 1.0

aaaaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaaaatatagtatagcttttattagcttatcaaa	Protospacer
***********************************

25. spacer 9.4|1887322|35|CP012312|CRISPRCasFinder matches to NC_028996 (Clostridium phage phiCDHM19, complete genome) position: , mismatch: 0, identity: 1.0

aaaaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaaaatatagtatagcttttattagcttatcaaa	Protospacer
***********************************

26. spacer 9.8|1887324|33|CP012312|CRT matches to AY855346 (Clostridium difficile bacteriophage phi CD119, complete genome) position: , mismatch: 0, identity: 1.0

aaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaatatagtatagcttttattagcttatcaaa	Protospacer
*********************************

27. spacer 9.8|1887324|33|CP012312|CRT matches to NC_007917 (Clostridium phage phi CD119, complete genome) position: , mismatch: 0, identity: 1.0

aaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaatatagtatagcttttattagcttatcaaa	Protospacer
*********************************

28. spacer 9.8|1887324|33|CP012312|CRT matches to NC_028996 (Clostridium phage phiCDHM19, complete genome) position: , mismatch: 0, identity: 1.0

aaaatatagtatagcttttattagcttatcaaa	CRISPR spacer
aaaatatagtatagcttttattagcttatcaaa	Protospacer
*********************************

29. spacer 10.6|2579877|38|CP012312|CRISPRCasFinder,CRT,PILER-CR matches to GU949551 (Clostridium phage phiCD6356, complete genome) position: , mismatch: 0, identity: 1.0

aatttaagcgataaaattcaagaaataacagaattttg	CRISPR spacer
aatttaagcgataaaattcaagaaataacagaattttg	Protospacer
**************************************

30. spacer 10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR matches to KU057941 (Clostridium phage CDSH1, complete genome) position: , mismatch: 0, identity: 1.0

taggaataagattgagatttaatttttattattcaaa	CRISPR spacer
taggaataagattgagatttaatttttattattcaaa	Protospacer
*************************************

31. spacer 10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR matches to NC_028905 (Clostridium phage phiCD111, complete genome) position: , mismatch: 0, identity: 1.0

taggaataagattgagatttaatttttattattcaaa	CRISPR spacer
taggaataagattgagatttaatttttattattcaaa	Protospacer
*************************************

32. spacer 10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR matches to HM568888 (Clostridium phage phiCD38-2, complete genome) position: , mismatch: 0, identity: 1.0

taggaataagattgagatttaatttttattattcaaa	CRISPR spacer
taggaataagattgagatttaatttttattattcaaa	Protospacer
*************************************

33. spacer 10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR matches to NC_028958 (Clostridium phage phiCD146, complete genome) position: , mismatch: 0, identity: 1.0

taggaataagattgagatttaatttttattattcaaa	CRISPR spacer
taggaataagattgagatttaatttttattattcaaa	Protospacer
*************************************

34. spacer 10.7|2579944|37|CP012312|CRISPRCasFinder,CRT,PILER-CR matches to LN881738 (Escherichia phage slur17, complete genome) position: , mismatch: 0, identity: 1.0

taggaataagattgagatttaatttttattattcaaa	CRISPR spacer
taggaataagattgagatttaatttttattattcaaa	Protospacer
*************************************

35. spacer 11.5|2581972|38|CP012312|CRISPRCasFinder matches to LN881738 (Escherichia phage slur17, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgat	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgat	Protospacer
**************************************

36. spacer 11.5|2581972|38|CP012312|CRISPRCasFinder matches to KU057941 (Clostridium phage CDSH1, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgat	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgat	Protospacer
**************************************

37. spacer 11.5|2581972|38|CP012312|CRISPRCasFinder matches to NC_028905 (Clostridium phage phiCD111, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgat	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgat	Protospacer
**************************************

38. spacer 11.5|2581972|38|CP012312|CRISPRCasFinder matches to NC_028958 (Clostridium phage phiCD146, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgat	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgat	Protospacer
**************************************

39. spacer 11.17|2581972|39|CP012312|CRT,PILER-CR matches to LN881738 (Escherichia phage slur17, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgata	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgata	Protospacer
***************************************

40. spacer 11.17|2581972|39|CP012312|CRT,PILER-CR matches to KU057941 (Clostridium phage CDSH1, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgata	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgata	Protospacer
***************************************

41. spacer 11.17|2581972|39|CP012312|CRT,PILER-CR matches to NC_028905 (Clostridium phage phiCD111, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgata	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgata	Protospacer
***************************************

42. spacer 11.17|2581972|39|CP012312|CRT,PILER-CR matches to NC_028958 (Clostridium phage phiCD146, complete genome) position: , mismatch: 0, identity: 1.0

ttagtgttagaaatgctttgaagagtgctattaacgata	CRISPR spacer
ttagtgttagaaatgctttgaagagtgctattaacgata	Protospacer
***************************************

43. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to NZ_CP033215 (Clostridioides difficile strain 12038 plasmid unnamed1, complete sequence) position: , mismatch: 1, identity: 0.968

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
agaataaactgaacacatgtgaagtttgttt	Protospacer
**************.****************

44. spacer 4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_048642 (Clostridium phage CDKM9, complete genome) position: , mismatch: 1, identity: 0.973

aatgtgattaaaaaaggacaaaagttggtgataccta	CRISPR spacer
aatgtgattaaaaaaggacaaaagttggtgatacctt	Protospacer
************************************ 

45. spacer 7.5|1753919|38|CP012312|CRISPRCasFinder matches to NZ_CP029155 (Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence) position: , mismatch: 1, identity: 0.974

ttcaatttctttcactattgtaattttatttgtgacag	CRISPR spacer
tttaatttctttcactattgtaattttatttgtgacag	Protospacer
**.***********************************

46. spacer 7.6|1753921|36|CP012312|CRT matches to NZ_CP029155 (Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence) position: , mismatch: 1, identity: 0.972

caatttctttcactattgtaattttatttgtgacag	CRISPR spacer
taatttctttcactattgtaattttatttgtgacag	Protospacer
.***********************************

47. spacer 9.3|1887459|33|CP012312|PILER-CR matches to NZ_CP029155 (Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence) position: , mismatch: 1, identity: 0.97

caacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
caacagtggtggtggtcgaggagtagaagtttt	Protospacer
*******************************.*

48. spacer 9.3|1887459|33|CP012312|PILER-CR matches to MF547662 (Clostridioides phage LIBA6276, complete genome) position: , mismatch: 1, identity: 0.97

caacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
caacagtggtggtggtcgaggagtagaagtttt	Protospacer
*******************************.*

49. spacer 9.3|1887459|33|CP012312|PILER-CR matches to MF547663 (Clostridioides phage LIBA2945, complete genome) position: , mismatch: 1, identity: 0.97

caacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
caacagtggtggtggtcgaggagtagaagtttt	Protospacer
*******************************.*

50. spacer 9.3|1887459|33|CP012312|PILER-CR matches to CP011970 (Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence) position: , mismatch: 1, identity: 0.97

caacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
caacagtggtggtggtcgaggagtagaagtttt	Protospacer
*******************************.*

51. spacer 9.3|1887459|33|CP012312|PILER-CR matches to LN681537 (Clostridium phage phiCD211, complete genome) position: , mismatch: 1, identity: 0.97

caacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
caacagtggtggtggtcgaggagtagaagtttt	Protospacer
*******************************.*

52. spacer 9.3|1887459|33|CP012312|PILER-CR matches to NZ_CP020426 (Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence) position: , mismatch: 1, identity: 0.97

caacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
caacagtggtggtggtcgaggagtagaagtttt	Protospacer
*******************************.*

53. spacer 9.6|1887453|36|CP012312|CRISPRCasFinder matches to NZ_CP020426 (Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence) position: , mismatch: 1, identity: 0.972

tttcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tttcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
**********************************.*

54. spacer 9.6|1887453|36|CP012312|CRISPRCasFinder matches to NZ_CP029155 (Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence) position: , mismatch: 1, identity: 0.972

tttcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tttcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
**********************************.*

55. spacer 9.6|1887453|36|CP012312|CRISPRCasFinder matches to MF547662 (Clostridioides phage LIBA6276, complete genome) position: , mismatch: 1, identity: 0.972

tttcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tttcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
**********************************.*

56. spacer 9.6|1887453|36|CP012312|CRISPRCasFinder matches to MF547663 (Clostridioides phage LIBA2945, complete genome) position: , mismatch: 1, identity: 0.972

tttcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tttcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
**********************************.*

57. spacer 9.6|1887453|36|CP012312|CRISPRCasFinder matches to CP011970 (Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence) position: , mismatch: 1, identity: 0.972

tttcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tttcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
**********************************.*

58. spacer 9.6|1887453|36|CP012312|CRISPRCasFinder matches to LN681537 (Clostridium phage phiCD211, complete genome) position: , mismatch: 1, identity: 0.972

tttcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tttcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
**********************************.*

59. spacer 9.10|1887455|34|CP012312|CRT matches to NZ_CP020426 (Clostridioides difficile strain FDAARGOS_267 plasmid unnamed2, complete sequence) position: , mismatch: 1, identity: 0.971

tcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
********************************.*

60. spacer 9.10|1887455|34|CP012312|CRT matches to NZ_CP029155 (Clostridioides difficile strain CD161 plasmid unnamed1, complete sequence) position: , mismatch: 1, identity: 0.971

tcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
********************************.*

61. spacer 9.10|1887455|34|CP012312|CRT matches to MF547662 (Clostridioides phage LIBA6276, complete genome) position: , mismatch: 1, identity: 0.971

tcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
********************************.*

62. spacer 9.10|1887455|34|CP012312|CRT matches to MF547663 (Clostridioides phage LIBA2945, complete genome) position: , mismatch: 1, identity: 0.971

tcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
********************************.*

63. spacer 9.10|1887455|34|CP012312|CRT matches to CP011970 (Peptoclostridium phage phiCDIF1296T strain DSM 1296, complete sequence) position: , mismatch: 1, identity: 0.971

tcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
********************************.*

64. spacer 9.10|1887455|34|CP012312|CRT matches to LN681537 (Clostridium phage phiCD211, complete genome) position: , mismatch: 1, identity: 0.971

tcaacagtggtggtggtcgaggagtagaagttct	CRISPR spacer
tcaacagtggtggtggtcgaggagtagaagtttt	Protospacer
********************************.*

65. spacer 9.11|1887520|36|CP012312|CRT matches to NZ_MF547664 (Clostridioides difficile strain LIBA-6289 plasmid LIBA6289, complete sequence) position: , mismatch: 1, identity: 0.972

tataacctttaattacacctcccatatcaccaccac	CRISPR spacer
tgtaacctttaattacacctcccatatcaccaccac	Protospacer
*.**********************************

66. spacer 11.2|2581775|37|CP012312|CRISPRCasFinder matches to JX145341 (Clostridium phage phiMMP02, complete genome) position: , mismatch: 1, identity: 0.973

cagcagttaagattagagatgaagctagttcaacact	CRISPR spacer
cagcagttaagattagagatgaagctagttcagcact	Protospacer
********************************.****

67. spacer 20.7|3723431|21|CP012312|CRT matches to MN480762 (Streptococcus salivarius strain NU10 plasmid pSsal-NU10, complete sequence) position: , mismatch: 1, identity: 0.952

taccaaaccatttgctcccgt	CRISPR spacer
taccaaaccagttgctcccgt	Protospacer
********** **********

68. spacer 20.8|3723476|21|CP012312|CRT matches to MN480762 (Streptococcus salivarius strain NU10 plasmid pSsal-NU10, complete sequence) position: , mismatch: 1, identity: 0.952

taccaaaccatttgctcccgt	CRISPR spacer
taccaaaccagttgctcccgt	Protospacer
********** **********

69. spacer 4.5|1342822|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NZ_MG973074 (Clostridioides difficile strain HSJD-312 plasmid pHSJD-312, complete sequence) position: , mismatch: 2, identity: 0.946

aaaggaatatatctctcttctgctaaagtaacattta	CRISPR spacer
aaaggaatatatctttcttctgctaaagtaatattta	Protospacer
**************.****************.*****

70. spacer 6.3|1664119|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NZ_MG973074 (Clostridioides difficile strain HSJD-312 plasmid pHSJD-312, complete sequence) position: , mismatch: 2, identity: 0.946

agcaattctgatatttttattctaatcatttgaaatc	CRISPR spacer
agcaattctgatatttttattctgatcatttaaaatc	Protospacer
***********************.*******.*****

71. spacer 8.1|1754617|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to HM568888 (Clostridium phage phiCD38-2, complete genome) position: , mismatch: 2, identity: 0.946

cgctacgatttgacagctaaaaatgtgcttttcttag	CRISPR spacer
cgctacgatttgacagctaaaaatgtacttttcttgg	Protospacer
**************************.********.*

72. spacer 9.7|1887518|38|CP012312|CRISPRCasFinder matches to NZ_MF547664 (Clostridioides difficile strain LIBA-6289 plasmid LIBA6289, complete sequence) position: , mismatch: 2, identity: 0.947

tttataacctttaattacacctcccatatcaccaccac	CRISPR spacer
cttgtaacctttaattacacctcccatatcaccaccac	Protospacer
.**.**********************************

73. spacer 11.5|2581972|38|CP012312|CRISPRCasFinder matches to HM568888 (Clostridium phage phiCD38-2, complete genome) position: , mismatch: 2, identity: 0.947

ttagtgttagaaatgctttgaagagtgctattaacgat	CRISPR spacer
ttagtgttagaaatgctttgaagaacgctattaacgat	Protospacer
************************..************

74. spacer 11.14|2581775|38|CP012312|CRT,PILER-CR matches to JX145341 (Clostridium phage phiMMP02, complete genome) position: , mismatch: 2, identity: 0.947

cagcagttaagattagagatgaagctagttcaacacta	CRISPR spacer
cagcagttaagattagagatgaagctagttcagcactt	Protospacer
********************************.**** 

75. spacer 11.17|2581972|39|CP012312|CRT,PILER-CR matches to HM568888 (Clostridium phage phiCD38-2, complete genome) position: , mismatch: 2, identity: 0.949

ttagtgttagaaatgctttgaagagtgctattaacgata	CRISPR spacer
ttagtgttagaaatgctttgaagaacgctattaacgata	Protospacer
************************..*************

76. spacer 4.2|1342624|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to JX145341 (Clostridium phage phiMMP02, complete genome) position: , mismatch: 3, identity: 0.919

aatgtgattaaaaaaggacaaaagttggtgataccta	CRISPR spacer
aatataattaaaaaaggacaaaagttggtgatacctt	Protospacer
***.*.****************************** 

77. spacer 6.4|1664185|38|CP012312|CRISPRCasFinder,CRT matches to NZ_MG973074 (Clostridioides difficile strain HSJD-312 plasmid pHSJD-312, complete sequence) position: , mismatch: 3, identity: 0.921

ccatcttttgttgctttacataaatttatattacttat	CRISPR spacer
ccatcttttgttgctttgcatagatttatattacttac	Protospacer
*****************.****.**************.

78. spacer 8.4|1754814|35|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to HM568888 (Clostridium phage phiCD38-2, complete genome) position: , mismatch: 3, identity: 0.914

acgaaaaggctcgagtcccttatggctggtgaaaa	CRISPR spacer
gcgaaaaggcttgaatcccttatggctggtgaaaa	Protospacer
.**********.**.********************

79. spacer 8.4|1754814|35|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_028958 (Clostridium phage phiCD146, complete genome) position: , mismatch: 3, identity: 0.914

acgaaaaggctcgagtcccttatggctggtgaaaa	CRISPR spacer
gcgaaaaggctcgaatcccttatggttggtgaaaa	Protospacer
.*************.**********.*********

80. spacer 8.6|1754944|37|CP012312|CRISPRCasFinder,CRT matches to AY855346 (Clostridium difficile bacteriophage phi CD119, complete genome) position: , mismatch: 3, identity: 0.919

gtgtgtataaccatatccacttttaaaacattctctg	CRISPR spacer
gtgtgcataaccatatccacttttaaaacactctctt	Protospacer
*****.************************.***** 

81. spacer 8.6|1754944|37|CP012312|CRISPRCasFinder,CRT matches to NC_007917 (Clostridium phage phi CD119, complete genome) position: , mismatch: 3, identity: 0.919

gtgtgtataaccatatccacttttaaaacattctctg	CRISPR spacer
gtgtgcataaccatatccacttttaaaacactctctt	Protospacer
*****.************************.***** 

82. spacer 8.6|1754944|37|CP012312|CRISPRCasFinder,CRT matches to NC_028996 (Clostridium phage phiCDHM19, complete genome) position: , mismatch: 3, identity: 0.919

gtgtgtataaccatatccacttttaaaacattctctg	CRISPR spacer
gtgtgcataaccatatccacttttaaaacactctctt	Protospacer
*****.************************.***** 

83. spacer 11.3|2581841|36|CP012312|CRISPRCasFinder matches to JX145342 (Clostridium phage phiMMP04, complete genome) position: , mismatch: 3, identity: 0.917

aataattggtgatggtacaggatatacaaatgcaac	CRISPR spacer
aataattggagatggtacaggatatacaaatgcgat	Protospacer
********* ***********************.*.

84. spacer 11.15|2581841|37|CP012312|CRT,PILER-CR matches to JX145342 (Clostridium phage phiMMP04, complete genome) position: , mismatch: 3, identity: 0.919

aataattggtgatggtacaggatatacaaatgcaaca	CRISPR spacer
aataattggagatggtacaggatatacaaatgcgata	Protospacer
********* ***********************.*.*

85. spacer 1.16|411304|28|CP012312|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

taacaggagaaataggaccaacgggggt	CRISPR spacer
tgacaggagaaataggtccaacgggagc	Protospacer
*.************** ********.*.

86. spacer 1.20|411502|28|CP012312|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

taacaggagaaatagggccaacgggggt	CRISPR spacer
tgacaggagaaataggtccaacgggagc	Protospacer
*.************** ********.*.

87. spacer 1.16|411304|28|CP012312|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.821

taacaggagaaataggaccaacgggggt	CRISPR spacer
cgacaggagaaataggtccaacgggagc	Protospacer
..************** ********.*.

88. spacer 1.16|411304|28|CP012312|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.821

taacaggagaaataggaccaacgggggt	CRISPR spacer
cgacaggagaaataggtccaacgggagc	Protospacer
..************** ********.*.

89. spacer 1.20|411502|28|CP012312|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.821

taacaggagaaatagggccaacgggggt	CRISPR spacer
cgacaggagaaataggtccaacgggagc	Protospacer
..************** ********.*.

90. spacer 1.20|411502|28|CP012312|CRT matches to NZ_CP020744 (Bacillus mycoides strain Gnyt1 plasmid unnamed1, complete sequence) position: , mismatch: 5, identity: 0.821

taacaggagaaatagggccaacgggggt	CRISPR spacer
cgacaggagaaataggtccaacgggagc	Protospacer
..************** ********.*.

91. spacer 1.20|411502|28|CP012312|CRT matches to NZ_CP009336 (Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence) position: , mismatch: 5, identity: 0.821

taacaggagaaatagggccaacgggggt	CRISPR spacer
caacaggagcaacagggccaacggggcc	Protospacer
.******** **.************* .

92. spacer 1.20|411502|28|CP012312|CRT matches to NZ_CP009336 (Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence) position: , mismatch: 5, identity: 0.821

taacaggagaaatagggccaacgggggt	CRISPR spacer
caacaggagcaacagggccaacggggcc	Protospacer
.******** **.************* .

93. spacer 1.16|411304|28|CP012312|CRT matches to NC_001446 (Bacillus thuringiensis sv israelensis HI4 plasmid pTX14-3, complete sequence) position: , mismatch: 6, identity: 0.786

taacaggagaaataggaccaacgggggt	CRISPR spacer
aaccaggagtaacaggaccaacggggcc	Protospacer
 * ****** **.************* .

94. spacer 1.16|411304|28|CP012312|CRT matches to NC_018511 (Bacillus thuringiensis HD-789 plasmid pBTHD789-5, complete sequence) position: , mismatch: 6, identity: 0.786

taacaggagaaataggaccaacgggggt	CRISPR spacer
aaccaggagtaacaggaccaacggggcc	Protospacer
 * ****** **.************* .

95. spacer 1.16|411304|28|CP012312|CRT matches to NZ_CP009345 (Bacillus thuringiensis HD1002 plasmid 6, complete sequence) position: , mismatch: 6, identity: 0.786

taacaggagaaataggaccaacgggggt	CRISPR spacer
aaccaggagtaacaggaccaacggggcc	Protospacer
 * ****** **.************* .

96. spacer 20.2|3723107|30|CP012312|CRT matches to NC_007103 (Bacillus cereus E33L plasmid pE33L466, complete sequence) position: , mismatch: 6, identity: 0.8

tgctactccatttgctcccgttgctcctac	CRISPR spacer
cgttactcctgttgctcccgttgctcctgt	Protospacer
.*.******  *****************..

97. spacer 20.2|3723107|30|CP012312|CRT matches to NC_007103 (Bacillus cereus E33L plasmid pE33L466, complete sequence) position: , mismatch: 6, identity: 0.8

tgctactccatttgctcccgttgctcctac	CRISPR spacer
cgttactcctgttgctcccgttgctcctgt	Protospacer
.*.******  *****************..

98. spacer 20.2|3723107|30|CP012312|CRT matches to NZ_CP009967 (Bacillus cereus E33L plasmid pBCO_1, complete sequence) position: , mismatch: 6, identity: 0.8

tgctactccatttgctcccgttgctcctac	CRISPR spacer
cgttactcctgttgctcccgttgctcctgt	Protospacer
.*.******  *****************..

99. spacer 20.2|3723107|30|CP012312|CRT matches to MG209611 (Aphanizomenon phage vB_AphaS-CL131, complete genome) position: , mismatch: 6, identity: 0.8

tgctactccatttgctcccgttgctcctac	CRISPR spacer
cgttgctcccgttgctcccgttgctcctat	Protospacer
.*.*.****  ******************.

100. spacer 1.16|411304|28|CP012312|CRT matches to MN693383 (Marine virus AFVG_25M295, complete genome) position: , mismatch: 7, identity: 0.75

taacaggagaaataggaccaacgggggt	CRISPR spacer
ctacaggacaaataggaccaacaggtcc	Protospacer
. ****** *************.**  .

101. spacer 1.20|411502|28|CP012312|CRT matches to MN855771 (Siphoviridae sp. isolate 189, complete genome) position: , mismatch: 7, identity: 0.75

taacaggagaaatagggccaacgggggt	CRISPR spacer
atacaggagaagtggggccaacgggcta	Protospacer
  *********.*.***********   

102. spacer 3.1|1146027|31|CP012312|CRISPRCasFinder matches to MT533174 (Escherichia phage CJ20, complete genome) position: , mismatch: 7, identity: 0.774

agaataaactgaacgcatgtgaagtttgttt	CRISPR spacer
caattaacccgaacgcatgtgaagtttatat	Protospacer
 .* *** *.*****************.* *

103. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MN864145 (Escherichia phage F2, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

104. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MN850579 (Escherichia phage mogra, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

105. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KT184309 (Enterobacteria phage ATK47, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

106. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MT446423 (UNVERIFIED: Escherichia virus TH58, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

107. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LR027391 (Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar009P5 genome assembly, chromosome: 1) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

108. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK047718 (Escherichia phage p000y, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

109. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KT184310 (Enterobacteria phage ATK48, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

110. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK639187 (Shigella phage SSE1, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

111. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_018855 (Enterobacteria phage HX01, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

112. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_041990 (Escherichia phage ST0, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

113. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KR422352 (Escherichia phage APCEc01, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

114. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MT446390 (UNVERIFIED: Escherichia virus TH12, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

115. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MN850622 (Escherichia phage mobillu, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

116. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KX130865 (Shigella phage SHSML-52-1, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

117. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MN850590 (Escherichia phage moha, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

118. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_041863 (Escherichia coli O157 typing phage 3, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

119. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_024124 (Escherichia phage vB_EcoM_JS09, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

120. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK047717 (Escherichia phage p000v, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

121. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK373778 (Escherichia phage vB_EcoM_WFbE185, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

122. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LR027383 (Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar007P3 genome assembly, chromosome: 1) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

123. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KU255730 (Escherichia phage phiE142, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

124. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KM407600 (Shigella phage Shf125875, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

125. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LR027386 (Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar008P4 genome assembly, chromosome: 1) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

126. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK962754 (Shigella phage JK36, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

127. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LR027390 (Escherichia virus vB_Eco_mar005P1 genome assembly, chromosome: 1) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

128. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to LR027387 (Escherichia virus vB_Eco_mar005P1 strain vB_Eco_mar006P2 genome assembly, chromosome: 1) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

129. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KP869111 (Escherichia coli O157 typing phage 13, partial genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

130. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK373775 (Escherichia phage vB_EcoM_WFK, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

131. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK373784 (Escherichia phage vB_EcoM_MM02, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

132. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_024794 (Escherichia phage vB_EcoM_PhAPEC2, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

133. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK962757 (Shigella phage JK45, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

134. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MN850651 (Escherichia phage moskry, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

135. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KP869104 (Escherichia coli O157 typing phage 6, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

136. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK962756 (Shigella phage JK42, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

137. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK524178 (Escherichia phage PHB12, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

138. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MG589383 (Shigella phage phi25-307, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

139. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK327933 (Escherichia phage vB_EcoM_G2285, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

140. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MH243438 (Escherichia phage vB_EcoM_NBG1, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

141. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MT782071 (Escherichia phage JN02, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

142. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK327943 (Escherichia phage vB_EcoM_G53, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

143. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK373782 (Escherichia phage vB_EcoM_KAW3E185, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

144. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK373774 (Escherichia phage vB_EcoM_WFL6982, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

145. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to MK327934 (Escherichia phage vB_EcoM_G2469, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

146. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to KM389388 (UNVERIFIED: Escherichia phage CEV1 clone contig00003 genomic sequence) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

147. spacer 4.3|1342690|37|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NC_041920 (UNVERIFIED: Escherichia phage HP3, complete genome) position: , mismatch: 7, identity: 0.811

tttatatcttcttttgtaacattttttatagttattt-----	CRISPR spacer
tttatatcttcttttgcaacaatttttat-----tttacgaa	Protospacer
****************.**** *******     ***     

148. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP012644 (Rufibacter tibetensis strain 1351 plasmid 1, complete sequence) position: , mismatch: 7, identity: 0.788

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
ctactaacaacataataaaaaattaagttaaag	Protospacer
**   *.* ******************  ****

149. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_LN865144 (Acinetobacter baumannii isolate CIP70.10 plasmid II, complete sequence) position: , mismatch: 7, identity: 0.788

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
cttaaatctaaataataaaaaatttgtaaacaa	Protospacer
****** *** ************* . *** *.

150. spacer 20.2|3723107|30|CP012312|CRT matches to NC_007103 (Bacillus cereus E33L plasmid pE33L466, complete sequence) position: , mismatch: 7, identity: 0.767

tgctactccatttgctcccgttgctcctac	CRISPR spacer
cgtcactcctgttgctcccgttgctcctgt	Protospacer
.*..*****  *****************..

151. spacer 20.2|3723107|30|CP012312|CRT matches to NZ_CP009967 (Bacillus cereus E33L plasmid pBCO_1, complete sequence) position: , mismatch: 7, identity: 0.767

tgctactccatttgctcccgttgctcctac	CRISPR spacer
cgtcactcctgttgctcccgttgctcctgt	Protospacer
.*..*****  *****************..

152. spacer 20.2|3723107|30|CP012312|CRT matches to NZ_CP009336 (Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence) position: , mismatch: 7, identity: 0.767

tgctactccatttgctcccgttgctcctac	CRISPR spacer
aattgctccgattgctcccgttgctcctgc	Protospacer
 ..*.****. *****************.*

153. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP053952 (Bacillus cereus strain FDAARGOS_798 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.784

ctttgaga----tatattttatatttttaaagtttattttt	CRISPR spacer
----gggattgttatattgtatatttttaaagtttttttat	Protospacer
    *.**    ****** **************** *** *

154. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP011154 (Bacillus cereus strain CMCC P0011 plasmid pRML05, complete sequence) position: , mismatch: 8, identity: 0.784

ctttgaga----tatattttatatttttaaagtttattttt	CRISPR spacer
----gggattgttatattgtatatttttaaagtttttttat	Protospacer
    *.**    ****** **************** *** *

155. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP053949 (Bacillus cereus strain FDAARGOS_799 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.784

ctttgaga----tatattttatatttttaaagtttattttt	CRISPR spacer
----gggattgttatattgtatatttttaaagtttttttat	Protospacer
    *.**    ****** **************** *** *

156. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP011152 (Bacillus cereus strain CMCC P0021 plasmid pRML04, complete sequence) position: , mismatch: 8, identity: 0.784

ctttgaga----tatattttatatttttaaagtttattttt	CRISPR spacer
----gggattgttatattgtatatttttaaagtttttttat	Protospacer
    *.**    ****** **************** *** *

157. spacer 7.5|1753919|38|CP012312|CRISPRCasFinder matches to MK301608 (Vibrio virus vB_VspP_SBP1, complete genome) position: , mismatch: 8, identity: 0.789

ttcaatttctttcactattgtaattttatttgtgacag	CRISPR spacer
ttcaatttctttcgctattggaattttgattttcaaat	Protospacer
*************.****** ******. ** * * * 

158. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP039703 (Clostridium butyricum strain 29-1 plasmid p-butyl_plas_29-1, complete sequence) position: , mismatch: 8, identity: 0.758

----cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
gtgggtcaa----acataataaaagataaagaaaaag	Protospacer
     *.**    ***********.** *********

159. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP039706 (Clostridium butyricum strain 4-1 plasmid p-butyl_plas_4-1, complete sequence) position: , mismatch: 8, identity: 0.758

----cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
gtgggtcaa----acataataaaagataaagaaaaag	Protospacer
     *.**    ***********.** *********

160. spacer 13.5|2867812|33|CP012312|PILER-CR matches to CP019152 (Acinetobacter lwoffii strain ZS207 plasmid pZS-2, complete sequence) position: , mismatch: 8, identity: 0.758

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
cttaaatctaaataataaaaaatttgtaaatgc	Protospacer
****** *** ************* . *** . 

161. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP033246 (Clostridium butyricum strain CFSA3987 plasmid pCFSA3987, complete sequence) position: , mismatch: 8, identity: 0.758

----cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
gtgggtcaa----acataataaaagataaagaaaaag	Protospacer
     *.**    ***********.** *********

162. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP033248 (Clostridium butyricum strain CFSA3989 plasmid pCFSA3989, complete sequence) position: , mismatch: 8, identity: 0.758

----cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
gtgggtcaa----acataataaaagataaagaaaaag	Protospacer
     *.**    ***********.** *********

163. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP039148 (Acinetobacter sp. 10FS3-1 plasmid p10FS3-1-5, complete sequence) position: , mismatch: 8, identity: 0.758

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
cttaaatctaaataataaaaaatttgtaaatgc	Protospacer
****** *** ************* . *** . 

164. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP039151 (Acinetobacter sp. 10FS3-1 plasmid p10FS3-1-8, complete sequence) position: , mismatch: 8, identity: 0.758

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
cttaaatctaaataataaaaaatttgtaaatgc	Protospacer
****** *** ************* . *** . 

165. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP013238 (Clostridium butyricum strain CDC_51208 plasmid pNPD4_2, complete sequence) position: , mismatch: 8, identity: 0.758

----cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
gtgggtcaa----acataataaaagataaagaaaaag	Protospacer
     *.**    ***********.** *********

166. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_AP019717 (Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence) position: , mismatch: 8, identity: 0.758

----cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
gtgggtcaa----acataataaaagataaagaaaaag	Protospacer
     *.**    ***********.** *********

167. spacer 13.5|2867812|33|CP012312|PILER-CR matches to MN693362 (Marine virus AFVG_25M506, complete genome) position: , mismatch: 8, identity: 0.758

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
atgtaataaacataatcaaaaattatgaaaaag	Protospacer
 *  **   ******* ******** *******

168. spacer 13.8|2867809|37|CP012312|CRISPRCasFinder matches to NZ_CP014325 (Borrelia anserina Es isolate UTHSCSA plasmid lpA89, complete sequence) position: , mismatch: 8, identity: 0.784

cttaaagctac---ataataaaaaattaagaaaaagaaaa	CRISPR spacer
---aaacttatgagataataaaaacttaacaaaaagaaaa	Protospacer
   *** .**.   ********** **** **********

169. spacer 20.2|3723107|30|CP012312|CRT matches to NZ_CP009336 (Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence) position: , mismatch: 8, identity: 0.733

tgctactccatttgctcccgttgctcctac	CRISPR spacer
ggtcgctcccgttgctcccgttgctccttt	Protospacer
 *...****  ***************** .

170. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP033246 (Clostridium butyricum strain CFSA3987 plasmid pCFSA3987, complete sequence) position: , mismatch: 9, identity: 0.757

ctttgagatatattttatatttttaaagtttattttt	CRISPR spacer
ttttataatatactttatatttttaaattttatataa	Protospacer
.***. .*****.************** ***** *  

171. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP033248 (Clostridium butyricum strain CFSA3989 plasmid pCFSA3989, complete sequence) position: , mismatch: 9, identity: 0.757

ctttgagatatattttatatttttaaagtttattttt	CRISPR spacer
ttttataatatactttatatttttaaattttatataa	Protospacer
.***. .*****.************** ***** *  

172. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_AP019717 (Clostridium butyricum strain NBRC 13949 plasmid pCBU1, complete sequence) position: , mismatch: 9, identity: 0.757

ctttgagatatattttatatttttaaagtttattttt	CRISPR spacer
ttttataatatactttatatttttaaattttatataa	Protospacer
.***. .*****.************** ***** *  

173. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP039703 (Clostridium butyricum strain 29-1 plasmid p-butyl_plas_29-1, complete sequence) position: , mismatch: 9, identity: 0.757

ctttgagatatattttatatttttaaagtttattttt	CRISPR spacer
ttttataatatactttatatttttaaattttatataa	Protospacer
.***. .*****.************** ***** *  

174. spacer 5.1|1555309|37|CP012312|CRISPRCasFinder,CRT matches to NZ_CP013238 (Clostridium butyricum strain CDC_51208 plasmid pNPD4_2, complete sequence) position: , mismatch: 9, identity: 0.757

ctttgagatatattttatatttttaaagtttattttt	CRISPR spacer
ttttataatatactttatatttttaaattttatataa	Protospacer
.***. .*****.************** ***** *  

175. spacer 11.7|2582104|35|CP012312|CRISPRCasFinder matches to MT135176 (Aeromonas phage vB_AsoM_yong, complete genome) position: , mismatch: 9, identity: 0.743

tttgatagagatacccattctcttaatgttgctgt-	CRISPR spacer
ttagatagagatacccattcgctt-atacctttata	Protospacer
** ***************** *** **... .*.* 

176. spacer 13.5|2867812|33|CP012312|PILER-CR matches to MN694223 (Marine virus AFVG_250M234, complete genome) position: , mismatch: 9, identity: 0.727

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
caagttcctacaaaataaaaaattaaaaaaaat	Protospacer
*  .   ***** *************.***** 

177. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP019926 (Borreliella burgdorferi strain PAbe plasmid p_lp56, complete sequence) position: , mismatch: 9, identity: 0.727

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
tgtcactgtatataataaaaaattaataaaaaa	Protospacer
. * *   **.*************** *****.

178. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NC_000956 (Borreliella burgdorferi B31 plasmid lp56, complete sequence) position: , mismatch: 9, identity: 0.727

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
tgtcactgtatataataaaaaattaataaaaaa	Protospacer
. * *   **.*************** *****.

179. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP019855 (Borreliella burgdorferi plasmid lp56, complete sequence) position: , mismatch: 9, identity: 0.727

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
tgtcactgtatataataaaaaattaataaaaaa	Protospacer
. * *   **.*************** *****.

180. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NZ_CP019766 (Borreliella burgdorferi strain B31_NRZ isolate B31 plasmid p_lp56, complete sequence) position: , mismatch: 9, identity: 0.727

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
tgtcactgtatataataaaaaattaataaaaaa	Protospacer
. * *   **.*************** *****.

181. spacer 13.5|2867812|33|CP012312|PILER-CR matches to NC_020383 (Bacillus thuringiensis serovar thuringiensis str. IS5056 plasmid pIS56-85, complete sequence) position: , mismatch: 9, identity: 0.727

cttaaagctacataataaaaaattaagaaaaag	CRISPR spacer
ttttttagtacataataaaaaaataaaaaaaac	Protospacer
.**   . ************** ***.***** 

182. spacer 13.8|2867809|37|CP012312|CRISPRCasFinder matches to NZ_CP037437 (Lactobacillus plantarum strain EM plasmid pEM8, complete sequence) position: , mismatch: 9, identity: 0.757

cttaaagct------acataataaaaaattaagaaaaagaaaa	CRISPR spacer
------gcttgttagatataataaaaaatcaataaaaagaaaa	Protospacer
      ***      *.************.** **********

183. spacer 18.1|3259469|31|CP012312|CRISPRCasFinder matches to LR606148 (Rhizobium sp. Q54 genome assembly, plasmid: 5) position: , mismatch: 9, identity: 0.71

cactatctctggtattggcggatttatcata	CRISPR spacer
cgagcaacttggtattggcggatttatgata	Protospacer
*.     ..****************** ***

184. spacer 6.1|1663988|36|CP012312|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP009620 (Vibrio coralliilyticus strain RE98 plasmid p319, complete sequence) position: , mismatch: 10, identity: 0.722

catattatcttatcatttttatttattattaaatat	CRISPR spacer
tgtttgttcatatcatttttattcattattaaaaca	Protospacer
..* *  ** *************.*********   

185. spacer 10.9|2580077|37|CP012312|CRISPRCasFinder,CRT matches to KU686211 (Synechococcus phage S-WAM2 isolate 0810PA29, complete genome) position: , mismatch: 11, identity: 0.703

actttgccttttcatctattccagcaccatttagaaa	CRISPR spacer
taatttccttttcatctgttccagcaccagaacggac	Protospacer
   ** ***********.***********    *.* 

186. spacer 20.3|3723161|48|CP012312|CRT matches to NZ_CP009336 (Bacillus thuringiensis strain HD1011 plasmid 1, complete sequence) position: , mismatch: 15, identity: 0.688

atttgcccctgttgctcctgttgctcctgtagctcctgctactccatt---------	CRISPR spacer
---------tgttgctcctgttgctcctgttgctcctgttgctcctccagcaggtcc	Protospacer
         ********************* *******.*.**** ..         

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	276755 : 292936	14	Synechococcus_phage(23.08%)	NA	NA
DBSCAN-SWA_2	618303 : 661836	33	Streptococcus_phage(22.22%)	coat,tRNA,transposase	NA
DBSCAN-SWA_3	1012859 : 1072183	92	Clostridium_phage(76.32%)	holin,integrase,portal,terminase,plate,tail	attL 1017495:1017517|attR 1072369:1072391
DBSCAN-SWA_4	1480119 : 1504493	29	Clostridium_phage(54.55%)	tail	NA
DBSCAN-SWA_5	1584892 : 1594621	11	Pandoravirus(37.5%)	NA	NA
DBSCAN-SWA_6	1719877 : 1774328	73	Clostridium_phage(85.94%)	capsid,portal,head,terminase,tail	NA
DBSCAN-SWA_7	2127443 : 2134687	8	Clostridium_phage(50.0%)	transposase	NA
DBSCAN-SWA_8	2557466 : 2621244	98	Clostridium_phage(82.05%)	capsid,portal,terminase,tail	NA
DBSCAN-SWA_9	2862408 : 2875262	13	Clostridium_phage(60.0%)	tRNA,holin,integrase	attL 2863033:2863049|attR 2877282:2877298
DBSCAN-SWA_10	3173594 : 3182547	8	Catovirus(50.0%)	NA	NA
DBSCAN-SWA_11	3791459 : 3845099	52	Agrobacterium_phage(22.22%)	protease	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP012312|276755:292936|DBSCAN-SWA
ATTATCTATTTTTATATACATTTCTATGTATTTTATTTTTATCAAATCGGTCTATAAATTCATTTTTTTCTTCACTATATCCAATAGATATAAGTGCATAAGGAACTAATTTTACTGGTAAGTCTAAAGTTTGTCTAACTTTATTTACTACTTTATTTTTAGGAAATACTCCTGCCCAACAAGCAGCTAGACCTTGATTAGTAACTTCTAATAATAAATTTTGTGTGCAAGCACCTAAATCTTGTATCCACTTACCAGGTTTTAAGAATTTATCTCTATTTCCAAGCACTACTATACATAATGGTGCAAACTCTACATGCTTTGCTCTATGCTGTGACTTTGAGAGCTCTTTCAGTAGTTCCTTATCATCTACTATAATAAATTCCCAAGGCTGAGCGTTTTTTGATGAAGGTGCTTGCATAGCTGACTTTAGTATTTCAGTTATTTTCTCTTCTTCTATATTTTTATCTTTATATGTTCTTATTGAACGTCTATTTTTTATAACTTCTAACATACAGATTCTCCTTTAAATAAAATTATTTCTATTTATATAATATCATTACTTTAAATTTTAGCTATTACTTATATAAAGAATAAACTTTGTATTGGTTTTATCTAAGTAAAGCTAACATTCAGAACTAAAAAACAAGATTATAAATCCAAGGTATTAATTAAAAAAGAAGTAATAAAAAATAATATACAAGATTTTAAAAAGGGTATTGAGCTTAAAATTTAATTAGAAAATCAATTTTGAGATAGCCTGTTTTTTATTTTAACAAAAAAACATAAATAAAGTTCGATACGTAGCGAATGAAAAAAATACAAGAAATATTTTTTTTAAAAAATTTCAAAAAAGAGTTGATAATATATGTATATTAATATAAAATTTAAGGTGTATAATTCGTATAATAATACGGATGATTTAGAGTGTAAAATAACTTATAAACGGAGAGGGGAAGTCTAATGAAAGTAGCAGTAGTTATGGGTTCAAAATCAGATTATCCAAAATTAGAAGAAGGGATAAAACTGCTTGAAAAATATGGAATAGAAGTTGTAGCAAGAGCATTATCAGCTCATAGAACACCAGAACAACTTTCAATATTCCTAAAAGAAATAGAAGATGATACTGATGTAATAATAGCAGCAGCAGGAAAAGCAGCACACTTACCAGGTGTAATAGCTTCACAAACATTAATTCCTGTAATAGGATTACCTATTAAATCATCAACTATGGATGGACTAGACTCACTTTTATCAATAGTTCAAATGCCAAAAGGAATCCCAGTTGCAACAGTTACAATAGACTTAGGTTTAAACGCAGCTTTATTGGCATTACAAATAATGACTTTAAAATACCCAAAATTAAAAGAGGATTTGAAATCATATAGAGAAGAGATGGCACAAAAGGTGTTAGAAGACGACAAGAATTTAAGGGGGTAGCAGAAATGTTATTATATGAAGGAAAAGCAAAACAAGTATATTCTACAGATAATGAAAATGAATATGTTGTTTATTATAAAGATGATGCAACAGCATTTAATGGAGAAAAAAAAGCAGAAATATCTTCAAAAGGTATACTAAATAATAAGATATCAACAATAATCTTTGAAATGTTAAAAGAAAATAATATAAATACTCACTTTATAAAAAGTTTATCAGATAGAGAAATGTTAGTTAAAAAAGTAGAGATTTTACCATTAGAAGTAATAGTAAGAAATATTGCTGCTGGTTCTATCTGTAAAAGAGTTGGTCTTGAAGAAGGTGTAGTTTTTGATGAGCCAATTTTTGAAATAAGCTACAAAAATGATGCTTATGGTGACCCAATGCTAAATGATGATTATGCAGTGGCAATGAAGTTAGCAACTAGAGAAGAATTAAAATTCTTAAGAGAAGAAACTTTAAAAATAAACGAATTACTAAAAGCATTTTTCTTAAAATTAAACCTAAAGTTAGTTGACTTTAAAATAGAATTTGGTAAGGATTCTGAAGGAAATATAATACTGGCAGATGAAGTATCACCAGACACTTGTAGACTTTGGGATGTAAATACAAATGAAAAGTTAGATAAGGACAGATTTAGAAAAGACCTTGGAGACCTTGTAGAAGGTTATACGGAAGTACTTTCAAGAATGAATAATAAATAGGAGGCAAATGTATGTGTGGAGTTTTAGGGATTTACTCTAATAAAGATGTAACTAAAGAACTATATTATTCTTTATATTCTATGCAACACAGGGGGCAAGAAAGCTGTGGTTTAGCTCTTTTAGATGATGGAGAAATTAAGTACAAAAAAGATATGGGATTAGTTGGAGATGTTTTTAAGGAAAATGAATTATCTAAGTTAAAAGGAAATATAGGGATTGGACATGTTAGATATTCAACAGCTGGAGGAAGTCATGTTTCTAACTGTCAACCTTTAGTTGGAAGTTGTAGAAAAAGACAATTAGCCATAGCTCATAATGGAAATCTAGTTAATGCAAATTATTTAAAAGATATGCTAGAAGAAGATGGATATATGTTCCAAACTAATTCAGATACAGAAGTGATTTTATATATACTTGCGAGATATTACAAAGGGGATATAGTAGAAAGTTTAAAAGTGACAATGGATTATATAAAAGGTGCATATGCTCTTGTAATAATGAGTCAAGAAGAATTGGTTGCAGTTAGAGACCCACATGGATTCAGACCTCTTGTACTTGGTAAAAAGGGTGATGAATATATATTTGCATCAGAAAATTGTGCAATAGATATACTTGGCGGAGAAGTTATAAGAGATGTAGAGCCAGGAGAGATAATAGTAGTTAAAGATGGAGAACTAAAATCATATTTTTATTCAGAAAATTATAAACCAGTTAAGAAAAGTTGTATATTTGAACACATATACTTTGCAAGAAATGATGCAACTATAGACAATGTAAATGCATATGAATTTAGAATTAAATGTGGTGAGAGATTAGCTCAGAATGAAACTGTAAAGGCAGATATGGTAGTTCCAGTTCCAGATTCAGGTTGGCCAGGAGCTATTGGTTATGCAAATGCTAGTGGATTAAAAATAAGTGAAGGCTTAGTTAAAAATAGATATGTAGGAAGAACATTTATAAAACCTACACAAGAAGAAAGAGAAATAGCAGTAAAAATAAAATTAAATCCTCTTTCAACAATAATAAAAGGAAAGTCTATAATTTTAGTAGACGATTCAATTGTAAGAGGAACTACATCTAAACAATTAGTAAAATCTTTAAGAGAAGCAGGAGCAAAAGAAATTCATCTTAGAATAACTTCTCCTCCAGTAGCTTACTCTTGTTACTATGGAATAGATACTCCAAATCGCTCTAAATTAATTGCATCAAGTAACAACGTAGAAGAAATGAGAGAATATATTGGATGTGATAGTTTAAAATTCCTAGATATAGAAGGAATGTTAGATGCAACAGAACATAAGTCTACTTTCTGTAAAGCTTGTTTTGATGGAGAATACCCAGTTAAGAAAATTGATAAGGAGGAACTACTTTCATGTTAACATATAAAGAATCAGGTGTAGATATAGATGAAGGAAATAGAGCAGTAGACCTTATAAAAGGTAAAATAAAAGGAACTTATGATGGAAATGTAGTTGGAGATTTAGGTAACTTCAGTGGATTATACAGTTTAAAAGATTTTGTAGGTATGAAAGAACCAGTTTTGCTTGCATCTACAGATGGTGTTGGGACTAAGTTAAAAATAGCTCAGATGATGGACAAGCATGATACTGTTGGAATAGATTTAGTTGCAATGTGTGTGAATGATTTAATTTGTCAAGGAGCAAAACCATTATTCTTCCTTGACTATATAGCTCTTGGGAAATTAGTTCCTGAGCATATCGAAAAAATAGTTGGTGGAATTGCAGATGGTTGTAAAATGTCTGGTTGTGCACTAATTGGTGGAGAAACTGCTGAAATGCCTGGAATGTACGGAGAAGATGACTATGATTTAGCAGGATTTTCTGTAGGAATAGCAGACAAAGAAAAGATTGTTTCTGGAAACAACGTTAAATCAGGAGATGTATTGGTTGGTATATCTTCAAGTGGAGTACACAGCAATGGATTTTCTTTTATAAGAAAGATATTTTTAGAAACTTACAATTATAAAATGGAACAATATGTTGAAGAACTAGGAATGACAGTTGGAGAAGCACTTTTAACACCAACTAAAATATATGTTAAATTAGCTTTAGATGTATTAGCTAAACATGACATAAAAGCTATAGCTCACATAACTGGTGGAGGGCTTATAGAAAATATAACAAGAGTTATACCTAAAGGGTTAGGACTAGATATCAATAAAAAATCTTGGGAGAAGCCTCCTATATTTAAAATGATAGAAGGTTTTAATGCTGTTGATGAGAGAGAACTTCATAAGAGTTTTAACATGGGTATTGGGCTAGTTTTAATAGTAGATAAAGAAAATGCTGATGATGTTGTAAACTTTATAAATAATAGAGAAAATGACAATGCTGCTTATGTAGATAAAAAATATAGTGAATTATTAGAAGATAAAGCGTATATAATTGGTGAAGTAGTAGATAGTCATGAAGGTGTAGAATTATGCTAAATATAGGAGTTTTAATATCTGGTGGAGGAACAAATTTACAAGCAGTTATAGATGGGACTGAGTCTGGAGAAATAAAAGGTCAGGTTAAAGTAGTTATCTCAAGTAAGCAAGGTGCTTATGGGCTAGAGAGAGCTAAAAATCATAACATAAAAGCAATTTGTGAAACTGATGAAGACAAGATAATAGAAATTCTTAAGGGAAATAAAATAGATTTAGTAGTTTTGGCTGGTTATTTAAAAATAATCAGCCCAAAGCTGGTTAATGAGTTTAGAAACAAAATGATAAACATACATCCATCATTAATTCCTTCATTTTGTGGAGCTGGATTCTATGGAGAAAAAGTTCATCAAGGTGTTATAGATTACGGAGCTAAAGTAACTGGTGCTACAGTTCATTTTGTTGATGAAGGTGCTGATACTGGGCCAATCATAATGCAAGATGTAGTTAAGGTAAATCAAGATGATGATGCAAAGACACTTGCAAAAAGAGTGTTAGAAGTTGAACATAGGATTTTAAAAGAAAGTATAAGTCTTTTTTGTGAAAATAAATTAAAACTTCAAGGTAGGAGAGTGTTTATAAATGAGTAAGAGAGCTTTAATAAGTGTAACTGACAAGACTGGTGTAGTGGAATTTGCTAAAGAGTTAAATAAGTTAGATTATGAAATTATATCTACAGGAAATACATTTAAAACATTAAAAGAAAATGGTGTTAATGTAATGCAAGTTGAAGATGTTACAAATTTTCCAGAAATATTAGATGGAAGAGTAAAAACATTAAATCCATATATACATGGTGGTATACTTTATAAAAGAGATAAAGAATCTCATGTAGAAACTGTAAATGAGCATAAAATACATTCAATAGATTTAGTAGCTGTAAATCTATATGATTTTGAAGGAACTTTAAAAGCTGGAAAAAGTCATGATGAAATAATTGAAAATATAGATATTGGTGGACCATCTATGATACGTTCTGCTGCCAAAAACTATAAAGATGTAATAGTAGTAGTAGATATAAAAGATTATGATTCTATAATAGAAAAATTAAAAACAGATACAATGACATTAGAAGACAGAAAAAAATTATCATATAAAGCTTTCTCAACTACAGGAAGATATGATGCGTTAATATCTAGTTATTTTGCTGGAGAAGTTGGAGATACGTATCCTGACATATTAAATTTAACTTTCCAAAAAGAACAAACTTTAAGATATGGAGAAAATCCACATCAAAATGGTTTCTTATATTCACAGTCAAATGCAAAAAATCCAATCTTAAACTATGAGCAATTAGGCGGTAAAGAACTTTCTTTTAACAACTTAAATGATTTACATGGATGTTTAGAAGTAATGAGAGAATTTAAAGATAGTGAAGAAGTAGTTTCAGTAGCTATAAAACATGCTAATTCATGTGGGGTAGGTCTAGGAAAAGATGCTTTTGAAGCATATACAAAATGTTATGAAGCAGATAAGGTTTCAATATTTGGAGGAATAGTAGGAATAACTTCTACTATAGATAAAGCTACAGCAGAGAAATTAAATGAAATATTCTTAGAAATAGTAGTAGCATATGATTTTGAACCAGAAGCTTTAGAGATACTTAAACAAAAGAAAAATCTAAGAATATTAAAATTAGCTAAAATAGAAAATAGTTTACAACCATATGAAATGAAATATTTAGATGGAAAATTATTGATACAAGATAGAAATAACATATTAGCAGAAAAAAGTGAAAATGTAACAAAGGCAAAACCAACAGATGCACAACTTAAGGACATGGAATTTGGTATGAGAGTAGTAAAAAATATGAAATCAAATGCAATTGCAATAGTAAAAAATGGACAAACTCTAGCTTTAGGTTGTGGACAAACATCAAGAATTTGGGCATTAAAAAATGCTCTTGAAAATAACAAAGATAAAGATTTTACAGGAGCTGTTTTAGCGTCAGATGCATTTTTCCCATTTGATGATTGTGTAACATTAGCTCATGAATATGGAATATCAGCAGTAGTTCAACCAGGTGGCTCTATAAAAGATAAAGATTCAATAGAAGCTTGTGACAAGTATGATATGGTTATGGTATTTACAGGAATAAGACACTTCAAACACTAAGGAGGATATTATGAAGATATTGGTTGTAGGCGGTGGCGGAAGAGAGCATGCTATATGCTGGAAACTAAGCAAAGAAAAAAATGTAGAAAAAATTTATTGTGCACCAGGGAATGCAGGAATTGCAAATGTAGCAGAATGTGTAAATATAGGTGATACTAATATAGAAGAACTTTTAAAATTTGCCAAAGAAAATGAAATAGGTCTGACAATAGTAGGACCAGAAGTACCACTAGTTATGGGAATAGTAGATGAGTTTGAAAAAGAAGGATTAAGAGTATTTGGACCTAATAAAAAATGTGCTCAACTTGAAGGAAGTAAAGCTTTTTCAAAAGAATTTATGATAAAACATAACATACCTACTGCAAAATATAAAGAATATACAAACTTAGAAGAAGCTATATCAGAAATAGATAGTTTTGGATATCCAGTAGTAATAAAAGCGGACGGATTAGCTGCTGGAAAAGGTGTTGTAATACCTGAAAATAGAGAAGATGCTATAGCAACTTTAAAAGAAATGATGTCAGATAAGAAGTTTGGAGCTGCTGGAGATAAAATAGTAATTGAAGAGTTTTTAAAAGGAATAGAAACTTCAATTCTAGCATTTGTAGATAATGATACAATAGTTCCTATGGCAAGTGCAAAAGACCATAAGAAAGTAAACAACTATGAACAAGGTCCAAACACTGGGGGAATGGGAACTTTTTCACCTAGTGAAATATATACAGAAGAATTAGCAAATAAAGTAAAAGAGACAGTATTAGAAAAAACTTTAGAAGGCTTCAAAAAAGATGGACTTAATTTTAAAGGTATTTTATTTGTTGGTCTTATGATAACTGAAGATGGAGAAAAAGTACTTGAATATAATGTAAGATTTGGAGACCCTGAGACACAATCTGTTTTATTTAGATTAGAAACAGATTTACATGAGATAATGGAAGCTATACTAGATAATAAGTTAAAAGATATAGAAATAAATTATAGTGATGAAGAAGCTGTATGTGTTATGCTCACATCAGGAGGGTATCCAGACAGTTATGAAAAAGGGAAAATTATAACTGGTCTTGAAAACTTGGATGATGATATAGTAGTATTCCATAGTGGCACTAAAATGCTTGATGGTAATTTAGTTACCAATGGAGGAAGAGTAATTGGTATAACTGCAAAGTCAGTTACAGTTAAGGATGCAGCAGAAAAAGTTTATGAAAACATAAAGAAGATAAACTTTGAAGGAATGCACTATAGAACAGACATAGGAAGATAATTTTTCTAAAATGGAGGATAATGTATGTTGAATACTGAAAATAAAGACTCAATGGTTAGAAGAGTATTAGTTGAAAAAAGAGAAGGTTTTGACCTTGAGGCTAAAGCTTTAAAAAAAGACTTGGTGGAAAGTTTACACATAGATAATATAGAAAATTTAAGAATATTAAATAGATATGATGTAGAAGGAATATCAGAAGAAGTTTATGAAAATGCAGCAAAGACAATATTCTCTGAACCAAATTTAGATGTAGTATATTATGAAGAAATACCAAAATTAAATGATGAAAGAGTATTTGCAATAGAATTTCTTCCTGGTCAATACGACCAAAGAGGTGATTGGGCAGCTCAATGTGTACAAATTGTAAATCAAGGGATAAGACCTGCTATTAATACAGCAAAAGTTTATATATTATCAGGCAAAATAACTGATGAAGAGTTTTCTAAAATAAAAGATTACTGTATAAATCCAGTAGATAGTAGAGAAGCATCTTTAGAAAAACCAGAAACATTAAAAATGGAAACTGAAATACCAACAACAGTTGAAGTATTAGATGGATTTATAGATTTAGATGAAGATGGACTAAGAACATTTGTAAGTGAAAAAGGATTAGCAATGACTTTAGGAGACTTGCAACACGTTCAAAAATACTTTAAAGATACAGAAAAGAGAAATCCAACTATAACAGAAATAAAAGTATTAGATACTTATTGGTCTGATCATTGTAGACATACTACTTTTATGACTGAAATAGAAAATGTAAAGATAGAAGATGGTAAGTTTAATGATATAGTAAAAGAAGCGTATCAAATGTATCTTAACTCAAGAGACAATGTATATGTGAACAGACATAAAGATATATGTTTAATGGATATAGCTACTGTTGCAGTAAAAGAGTTAAAGAAAAATGGAAAATTAAATGATTTAGATGAAAGTGAAGAAATAAATGCATGTAGTATAAATGTAGATGTTGAAGTTGATGGTAAGATGGAAAAATATCTAGTAATGTTTAAAAATGAAACTCACAACCATCCAACTGAAATAGAACCATTTGGTGGAGCAGCTACTTGTTTAGGTGGAGCTATAAGAGACCCATTATCAGGAAGAAGTTATGTTTATCAAGCAATGCGTGTTACAGGAAGTGCTGACCCAAGAACGACTTTAGAAGATACTTTATCTGGAAAACTTATGCAAAGAAAAATAACTACAGAAGCTGCTCATGGATATAGTTCATATGGTAACCAAATAGGTCTTACAACTGGACAAGTTGCAGAAGTATATGATGAAAACTTTGTTGCAAAGAGAATGGAAATAGGTGCAGTTATAGCAGCAGCACCAAAAGAGAATGTAGTAAGAGAAAGACCTGAAGCAGGAGATGTAATAGTTCTTCTTGGAGGAAAAACAGGAAGAGATGGATGTGGAGGAGCAACTGGTTCATCTAAAGAACATAGTGAAGAGTCAATCTTAACTTGTAGTGCAGAAGTTCAAAAAGGAGATGCTCCTAACGAAAGAAAAATACAAAGATTCTTTAGAAATAAAGAAGTTGCTCAAATGATAAAAAGATGTAATGATTTTGGAGCAGGTGGAGTTTGTGTTGCTATAGGAGAGATTGCTGATAGCTTAGATATAAACTTAGACTTAGTGCCTAAAAAATATGATGGACTTGATGGAACTGAGCTTGCAATTTCAGAGTCACAAGAACGTATGGCAGTAGCTATAAAAAAAGAAAATAAAGATAAATTTATACAATTAGCAGTAGAAGAAAACTTAGAAGCTACACATGTAGCTACAGTAACAGATACAGGATATTTAAGAATGTTCTGGAATGGAAAAGCAATTGTAGATATAAATAGAGAGTTCTTAGATACAAACGGAGTAAAACAAACTACTGATGTCCATGTTACTAAAGTAGATGAAGAAAATACATTTTTTAGTTCTAATGAAATAGTAAAAGATGTTAAGTGTGCAAGTATGAAAGACAAGTTTACAAAAGTATTATCTGACCTTAATGTTTGTTCTCAAAAAGGATTAGTAGAGATGTTTGATAATACAATTGGTGGTAATACAGTACTTATGCCATTTGGAGGAAAGTATCAAGCGACTCCAACACAAGGTATGATTGCTAAGATACCAGTACTTGGAGGAGAAACTAATACTTCTACAATAATGACTTATGGATACAATCCAAAGGTAGGAAAATGGAGTCCATTCCATGGTGCTTTGTATGCAGTAGTAGAATCTGTGTGTAAATTGGTTGCTATTGGAGGAAATTATAGTACAACAAGACTTACATTCCAAGAGTATTTTGAAAAACTTGGCAATAATCCAGAAAAATGGGGTAAACCATTCTCAGCACTTTTAGGAGCATTTTATGCACAAAGTAAATTTGAGATACCTGCTATAGGTGGAAAAGACAGTATGTCTGGTACATTTAAAGATATTGAAGTTCCACCAACATTAGTTTCATTTGCTGTTGATACAGTAGATGCGAAGAAAGTAGTATCTCCAGAATTTAAAAAAGCAGACTCAAAAGTAGTAATGTTATGTGTAAACAAGGCAGAAAATGATGTTGTAGATTTTGAGGAATTAAAGAAAAACTTAGACAAAGTAAGAGAACTTATACATGGAAATAAAGTTTTATCAACATATGCATTAGGATTTGCAGGTGTAGGTGAAGCAATAAGTAAAATGGCTTTTGGTAATAAAATAGGATTTAAGTTTAGTGAAGAAGCTGAAAAAGCATTTACAGATGATAAATTATTTGAGGCTAGTTATGGAAATATAGTACTTGAATTAGCAAATGATGATTTAAGTATATTAGATGGATATAATTACATAGTGCTTGGAAGTACAGCTAAAGAAGCTAATATATTCATTAAGGGTGAAGAACTTTCATTAGATGAATTATATAAAGCCCATTGTAGTACTTTAGAGCCTATATTCCCAACTAAAGCAGAAGAAGTAAAATCAAAGATAGAGACTATAAGTTATATATCACAAGGAGAAGCTAAAAAATCATCATTAAGTATAGCTACACCAAGAGTATTTATACCAGCATTCCCTGGAACAAACTGTGAATATGACTCTGCAAGAGCATTTGAAAGAGCAGGAGCTAATGCAAACATAAAAGTATTCAAGAATTTAACTTATAAAGACATAGAAGATTCTATAGATACAATAGTAAACGAAATAAAATCTTCTCAAATAATAATGTTACCAGGAGGATTTAGTGCTGGTGATGAGCCAGATGGTTCTGGTAAGTTTATAGCTACTGTATTTAGAAATCCTAGAGTACAAGAAGCTATAAATGAGTTTTTAACTCAAAAAGATGGACTAATGTTAGGTATCTGTAATGGATTCCAAGTATTGATTAAATTAGGATTAGTTCCATATGGAGAAATAAGAGTTCCAAGTGAAAATGCTCCAACACTTACTTACAATAATATAGGTCGCCATCAAGCTAAGATTGCTAGAACTAGAATTTCATCTAATAAATCTCCTTGGCTGGCTCAAACTAATGTTGGCGATATTCATAATATAGCAATTTCTCATGGAGAAGGTAAGTTTGTTGCTAGTGAAGAGGTTATGAGAGAGCTGATTGCTAATGGACAAGTAGCAACTCAGTATGTTGATTTTAATAATGAAGCTACTTATGATATTGAATTTAATCCAAATGGTTCATTCTATGCTGTTGAAGGTATAACTAGTGCTGATGGTAGAGTGTTTGGTAAAATGGGACATTCTGAAAGAATTGGTGAGGAAGTATATAAGAATATCATAGGGGAAAAAGACCAGAAGATATTTGAATCTGGAGTTAAGTATTTTAGATAAGGTTATGATTATTAGTTGGTAGTTACAACATATATTTTCGATAGTTAGATTTAGAAAGATGTAATATTATGATTATAATCATAATATTACATCCTTTTTTATTTATATAAAAATAATATTCTACTCAAGTCAAAATATAAGCTATGTTATAATTAATTATTATGTGAAATTGAATATTTACTGGAGGGCAAACATAATTAATGAAAATATTAATAACAGGGTGTAATGGTCAATTAGGAAAAGAATTGGTCAACCAATTAAAATCAATCAATCAAAGTATGAACCAACCAAAATATACTATACTAGCTACAACGAGAGATGATTTGGATATATCCAATCAAACTAATGTAGATAATTTTATATTTCATAATAAGCCTAATGTGGTTATAAATTGTGCAGCATATACAAAGGTTGATGCATGTGAAGATAATATAGAAGTTGCATATAAAATAAATTCACTAGGAGTAAGAAATCTAGTAATAGCATCTGAAAAAGTTAATGCTAAATTTGTTCATATATCAACTGACTATGTATTTAATGGTTTTTCTAAATATCCATATAGAGAAGATAATAAAACTGAACCAAATTCTGTGTATGGAAAAAGTAAACTTATGGGAGAAAAATTTGTAGAACAATTCTCACATAAGTACTTTATATTGAGAACAGCATGGCTATATGGTGATGGTAATAATTTTGTAAAAACTATGATAAAACTTTCTTTAGAAAATAAAGAAGTTAATGTGGTTAATGACCAGTTTGGAAGTCCAACAAGTACAGTAGATTTAGCAAAAGTTATAATAAGAATCATGGAAACAGAGAATTATGGAGTTTATCATGCTACATGTGAAGGTCAATGTAGTTGGTATGATTTTGCTAAAAAGATATTTGAATTAAAAAAGATAAATATAAAGGTAAATCCAATTAAAAGTAACGATTTTAAAAGTAATGTTCAAAGACCCCAATACTCTGTGCTAGATAATTTTATGTTGAAATTAATAGGATTAAATTCGTTTAGAGCATGGGAAGAGTCTATTGAAGAATATATAAAAACATATGACATAGATAGAAAATAAATATACTGATTGTATAAAATAAAATAAGATGTTGTATAAAATATAAATATTTCTTTTCTTTATCCGATAATCATAATATGACAAAAACAATTTTAAGGATGGAATAAATATGAAAGGAATTATTTTAGCAGGAGGGTCTGGAACCAGACTATATCCTATAACAAAATGTATATCAAAACAAACACTTCCAATATATGATAAACCAATGATATATTACCCTATGTCAGTTCTTATGTTGGCAGGGATACAAGATATACTAATAATATCTACACCAAGAGATATAACCGCATTTGAGGAACTATTTGAAGATGGAAGTTCATTGGGTCTTAAAATAACATACGCAATTCAGGAAAAACCAAATGGGATTGCAGAAGCATTTATAATAGGAGAAAAATTTATAGAAAGTGATAGTGTAGCACTTGTATTAGGTGATAATATATTTTATGGGTATGGATTTAGTGAGAGATTAGAAAAGGCAGTTGAAAGAAGTGGAGCAACTATATTTGGTTATCATGTTAGTAATCCAAATGCGTTTGGAGTTGTAGAATTTGATAAAGAGTTTAATGTATTATCAATAGAAGAAAAACCTAATATTCCAAAATCTAATTATGCTATACCAGGATTATATTTTTATGATAATGATGTTGTAGAGATAGCAAAGCTTGTTAAGCCATCAGATAGAGGGGAACTAGAAATAACTTCAATAAATAATGAATATTTAAAAAGAGGAAAACTAAAGGTAGAACTTCTAGGAAGAGGAATGGCATGGCTTGATACTGGTACACATAAAGGCTTATTGGATGCTTCTAATTATGTTGAAGTGGTTCAAACAAGACAAGGATTGTATATAGCATGTTTAGAAGAGATTGCATACACAAAAGGATATATAAGTAAAGAACAATTAATAAAATTAGCCAAACCACTGATAAAAACTGAGTATGGTCAATATCTGCTAAAATTGGCTAGTGAAGATATGTAATTATGGTAAATAAAATTTATTATAAATTTTATTAAGGGAGTTTGTTATAATGGGAAAATTTAATTTTATAAATACGAAAATAGATGGGTTATACATAATCGAACCAAATGTATTTTGTGATGAAAGAGGATATTTTATGGAAAGCTACAATAAGAAAGACTTTAAAGAGCATGGTCTTGATATGTGCTTTGTTCAAGATAATGAGTCTAGTTCGAGAAAAGGTGTTCTAAGAGGAATGCATTTTCAAACTAAATATCCTCAAGGAAAATTAGTCAAAGTTACAGAGGGAGAAGTTTTCGATGTTGCAGTTGACTTAAGAAAAGATTCACAAACATTTGGAAAATGGGAAGGAGTAACACTGTCTGATAAAAATAAAAAGCAATTTTATATTCCAGAAGGATTTGCACATGGTTTTTTAGTTTTATCAGAAAAAGCAGTATTTAGTTATAAGTGTACAAATTATTATCATCCAGAATTTGAAAGTGGTTTTATGTGGAATGATAAGCAAATATCGATTGAATGGCCTTTAGAAGGGATTGAAGAAATATTATTGTCAGCAAAGGACAAAAAACAGAAAAGTTTTAAAGATATTTGTATAGAGAGTTAATAAAAATTTATTAGGAGGAACATTTAGGAGAAAATATGAAAAAAATACTTATAACTGGAGGAGCAGGATTTATTGGGAGTAATTTTGTACACTATATGCTCAATAAGTATGTAGATTATTTTATTGTTAATTTAGACTTGTTGACTTATGCTGGTAATTTGGAAACATTAAGAGAAATACAAGACAATCCAAACTATAGGTTTGTTAAAGGTGATATTTCAGATCGAGAGCAGGTGTATAAGTTATTTGAAGAAGAAAAGTTTGACTTAGTTGTTAACTTTGCTGCTGAATCTCATGTAGATAGGTCAGTTGAAAATCCTGAGTTATTTATACAAACAAATATTATAGGAACACAGGTACTTTTAGATGCATGTAGAAAATACGGGATAAAAAGATATCATCAGATTTCTACAGATGAAGTCTATGGTGATTTACCAATTGATAGAAAGGATTTATTCTTTACAGAAAAATCGACTATCAATCCAAGTTCTCCTTATTCAGCATCTAAAACAGCCGCAGATTTATTGGTGAACTCTTATTATAGGACATATGGATTACCAACAACTATATCTAGATGTTCAAATAATTATGGGCCATATCACTTTCCTGAAAAATTGATACCACTTATGATTTTAAATGCTTTAGAAGACAAACAATTGCCAGTGTATGGAAGTGGAAAAAACATAAGAGATTGGTTGCATGTATATGATCATTGTACTGCTATAGATTTAATAATACATAAGGGTAATTTTGGTGAGATTTATAATATAGGTGGTCATAACGAAAGAAGCAATGTAGAAGTGGTAAAAACTATATTAAATCTTTTAGGTAAATCTGAGGATTTAATATCTTATGTAAATGATAGACCTGGTCATGATTTAAGATATGCTATTGATGCATCTAAGATAGAGCATGAGTTAGGATGGAAAGCGAAATATGATTTTGATTTAGGTATAAAAGAAACGGTTAGATGGTATATAGAAAATGAATCTTGGTGGAAAGCTGTTTTATCAGTTTAATTTTGAAGTTTATAAAATTTAGAAGGGGGAGTTTTATATTGAACGAGATAAGTTCACTAATCAATATATTGGCACTGACTCAGTTATCTGGCAGTAACACTACAAACCAGTGTAACTGTACATATAATAATTCATCTGGATTTGATATGATTATGATGACCTTGTTAAAAGCATTATCACAAAATAATCAACAAACTTTTAATAGCTACGATTTATCAACTAATTCTGAAAATTTATTTAATGAGCTTGATAATGTAGTAAATAATACAGCTAGTAGGTATATAGATGTTGATACAAAAGATAAAAATGTAAAATCAAGAATTGAAAATGCTGTAGAGCAAGCATCAAAAAAATATAATGTAGATGAAAATCTTATAAAAGCAATAATTAAAGTTGAATCAGATTTTAATCCAAATACTGTATCTTCTGCTGGAGCCAAAGGTCTTATGCAACTTATGCCAGAAAATTGTAAAGACTTGGGAGTAGCAGACCCTTTTAATATAGAGCAAAACATAGATGCCGGAACTAGACATATTAAGGAATATATAGATATGTTTGGAGGTAGTATAGAAATGGGATTGATGGCATATAATGGTGGTCCTGGTAGAATGAGAAGTAGAGGAGTAGAATCAATTTCTGACTTGTATAAAATGCCAAAAGAGACACAAAATTATATTCCTAAGGTCATGAAATATTATAGAGGGTAG

Protein sequences of DBSCAN-SWA_1

>CP012312|276755:292936|281340_281934_+|AXU73968.1|DBSCAN-SWA
MLNIGVLISGGGTNLQAVIDGTESGEIKGQVKVVISSKQGAYGLERAKNHNIKAICETDEDKIIEILKGNKIDLVVLAGYLKIISPKLVNEFRNKMINIHPSLIPSFCGAGFYGEKVHQGVIDYGAKVTGATVHFVDEGADTGPIIMQDVVKVNQDDDAKTLAKRVLEVEHRILKESISLFCENKLKLQGRRVFINE
>CP012312|276755:292936|278199_278898_+|AXU73965.1|DBSCAN-SWA
MLLYEGKAKQVYSTDNENEYVVYYKDDATAFNGEKKAEISSKGILNNKISTIIFEMLKENNINTHFIKSLSDREMLVKKVEILPLEVIVRNIAAGSICKRVGLEEGVVFDEPIFEISYKNDAYGDPMLNDDYAVAMKLATREELKFLREETLKINELLKAFFLKLNLKLVDFKIEFGKDSEGNIILADEVSPDTCRLWDVNTNEKLDKDRFRKDLGDLVEGYTEVLSRMNNK
>CP012312|276755:292936|280270_281347_+|AXU73967.1|DBSCAN-SWA
MLTYKESGVDIDEGNRAVDLIKGKIKGTYDGNVVGDLGNFSGLYSLKDFVGMKEPVLLASTDGVGTKLKIAQMMDKHDTVGIDLVAMCVNDLICQGAKPLFFLDYIALGKLVPEHIEKIVGGIADGCKMSGCALIGGETAEMPGMYGEDDYDLAGFSVGIADKEKIVSGNNVKSGDVLVGISSSGVHSNGFSFIRKIFLETYNYKMEQYVEELGMTVGEALLTPTKIYVKLALDVLAKHDIKAIAHITGGGLIENITRVIPKGLGLDINKKSWEKPPIFKMIEGFNAVDERELHKSFNMGIGLVLIVDKENADDVVNFINNRENDNAAYVDKKYSELLEDKAYIIGEVVDSHEGVELC
>CP012312|276755:292936|290652_291210_+|AXU73974.1|DBSCAN-SWA
MGKFNFINTKIDGLYIIEPNVFCDERGYFMESYNKKDFKEHGLDMCFVQDNESSSRKGVLRGMHFQTKYPQGKLVKVTEGEVFDVAVDLRKDSQTFGKWEGVTLSDKNKKQFYIPEGFAHGFLVLSEKAVFSYKCTNYYHPEFESGFMWNDKQISIEWPLEGIEEILLSAKDKKQKSFKDICIES
>CP012312|276755:292936|277717_278194_+|AXU73964.1|DBSCAN-SWA
MKVAVVMGSKSDYPKLEEGIKLLEKYGIEVVARALSAHRTPEQLSIFLKEIEDDTDVIIAAAGKAAHLPGVIASQTLIPVIGLPIKSSTMDGLDSLLSIVQMPKGIPVATVTIDLGLNAALLALQIMTLKYPKLKEDLKSYREEMAQKVLEDDKNLRG
>CP012312|276755:292936|291245_292229_+|AXU73975.1|DBSCAN-SWA
MKKILITGGAGFIGSNFVHYMLNKYVDYFIVNLDLLTYAGNLETLREIQDNPNYRFVKGDISDREQVYKLFEEEKFDLVVNFAAESHVDRSVENPELFIQTNIIGTQVLLDACRKYGIKRYHQISTDEVYGDLPIDRKDLFFTEKSTINPSSPYSASKTAADLLVNSYYRTYGLPTTISRCSNNYGPYHFPEKLIPLMILNALEDKQLPVYGSGKNIRDWLHVYDHCTAIDLIIHKGNFGEIYNIGGHNERSNVEVVKTILNLLGKSEDLISYVNDRPGHDLRYAIDASKIEHELGWKAKYDFDLGIKETVRWYIENESWWKAVLSV
>CP012312|276755:292936|281926_283459_+|AXU73969.1|DBSCAN-SWA
MSKRALISVTDKTGVVEFAKELNKLDYEIISTGNTFKTLKENGVNVMQVEDVTNFPEILDGRVKTLNPYIHGGILYKRDKESHVETVNEHKIHSIDLVAVNLYDFEGTLKAGKSHDEIIENIDIGGPSMIRSAAKNYKDVIVVVDIKDYDSIIEKLKTDTMTLEDRKKLSYKAFSTTGRYDALISSYFAGEVGDTYPDILNLTFQKEQTLRYGENPHQNGFLYSQSNAKNPILNYEQLGGKELSFNNLNDLHGCLEVMREFKDSEEVVSVAIKHANSCGVGLGKDAFEAYTKCYEADKVSIFGGIVGITSTIDKATAEKLNEIFLEIVVAYDFEPEALEILKQKKNLRILKLAKIENSLQPYEMKYLDGKLLIQDRNNILAEKSENVTKAKPTDAQLKDMEFGMRVVKNMKSNAIAIVKNGQTLALGCGQTSRIWALKNALENNKDKDFTGAVLASDAFFPFDDCVTLAHEYGISAVVQPGGSIKDKDSIEACDKYDMVMVFTGIRHFKH
>CP012312|276755:292936|276755_277268_-|AXU73963.1|DBSCAN-SWA
MLEVIKNRRSIRTYKDKNIEEEKITEILKSAMQAPSSKNAQPWEFIIVDDKELLKELSKSQHRAKHVEFAPLCIVVLGNRDKFLKPGKWIQDLGACTQNLLLEVTNQGLAACWAGVFPKNKVVNKVRQTLDLPVKLVPYALISIGYSEEKNEFIDRFDKNKIHRNVYKNR
>CP012312|276755:292936|288751_289624_+|AXU73972.1|DBSCAN-SWA
MKILITGCNGQLGKELVNQLKSINQSMNQPKYTILATTRDDLDISNQTNVDNFIFHNKPNVVINCAAYTKVDACEDNIEVAYKINSLGVRNLVIASEKVNAKFVHISTDYVFNGFSKYPYREDNKTEPNSVYGKSKLMGEKFVEQFSHKYFILRTAWLYGDGNNFVKTMIKLSLENKEVNVVNDQFGSPTSTVDLAKVIIRIMETENYGVYHATCEGQCSWYDFAKKIFELKKINIKVNPIKSNDFKSNVQRPQYSVLDNFMLKLIGLNSFRAWEESIEEYIKTYDIDRK
>CP012312|276755:292936|289733_290603_+|AXU73973.1|DBSCAN-SWA
MKGIILAGGSGTRLYPITKCISKQTLPIYDKPMIYYPMSVLMLAGIQDILIISTPRDITAFEELFEDGSSLGLKITYAIQEKPNGIAEAFIIGEKFIESDSVALVLGDNIFYGYGFSERLEKAVERSGATIFGYHVSNPNAFGVVEFDKEFNVLSIEEKPNIPKSNYAIPGLYFYDNDVVEIAKLVKPSDRGELEITSINNEYLKRGKLKVELLGRGMAWLDTGTHKGLLDASNYVEVVQTRQGLYIACLEEIAYTKGYISKEQLIKLAKPLIKTEYGQYLLKLASEDM
>CP012312|276755:292936|283469_284720_+|AXU73970.1|DBSCAN-SWA
MKILVVGGGGREHAICWKLSKEKNVEKIYCAPGNAGIANVAECVNIGDTNIEELLKFAKENEIGLTIVGPEVPLVMGIVDEFEKEGLRVFGPNKKCAQLEGSKAFSKEFMIKHNIPTAKYKEYTNLEEAISEIDSFGYPVVIKADGLAAGKGVVIPENREDAIATLKEMMSDKKFGAAGDKIVIEEFLKGIETSILAFVDNDTIVPMASAKDHKKVNNYEQGPNTGGMGTFSPSEIYTEELANKVKETVLEKTLEGFKKDGLNFKGILFVGLMITEDGEKVLEYNVRFGDPETQSVLFRLETDLHEIMEAILDNKLKDIEINYSDEEAVCVMLTSGGYPDSYEKGKIITGLENLDDDIVVFHSGTKMLDGNLVTNGGRVIGITAKSVTVKDAAEKVYENIKKINFEGMHYRTDIGR
>CP012312|276755:292936|292267_292936_+|AXU73976.1|DBSCAN-SWA
MNEISSLINILALTQLSGSNTTNQCNCTYNNSSGFDMIMMTLLKALSQNNQQTFNSYDLSTNSENLFNELDNVVNNTASRYIDVDTKDKNVKSRIENAVEQASKKYNVDENLIKAIIKVESDFNPNTVSSAGAKGLMQLMPENCKDLGVADPFNIEQNIDAGTRHIKEYIDMFGGSIEMGLMAYNGGPGRMRSRGVESISDLYKMPKETQNYIPKVMKYYRG
>CP012312|276755:292936|284744_288551_+|AXU73971.1|DBSCAN-SWA
MLNTENKDSMVRRVLVEKREGFDLEAKALKKDLVESLHIDNIENLRILNRYDVEGISEEVYENAAKTIFSEPNLDVVYYEEIPKLNDERVFAIEFLPGQYDQRGDWAAQCVQIVNQGIRPAINTAKVYILSGKITDEEFSKIKDYCINPVDSREASLEKPETLKMETEIPTTVEVLDGFIDLDEDGLRTFVSEKGLAMTLGDLQHVQKYFKDTEKRNPTITEIKVLDTYWSDHCRHTTFMTEIENVKIEDGKFNDIVKEAYQMYLNSRDNVYVNRHKDICLMDIATVAVKELKKNGKLNDLDESEEINACSINVDVEVDGKMEKYLVMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRSYVYQAMRVTGSADPRTTLEDTLSGKLMQRKITTEAAHGYSSYGNQIGLTTGQVAEVYDENFVAKRMEIGAVIAAAPKENVVRERPEAGDVIVLLGGKTGRDGCGGATGSSKEHSEESILTCSAEVQKGDAPNERKIQRFFRNKEVAQMIKRCNDFGAGGVCVAIGEIADSLDINLDLVPKKYDGLDGTELAISESQERMAVAIKKENKDKFIQLAVEENLEATHVATVTDTGYLRMFWNGKAIVDINREFLDTNGVKQTTDVHVTKVDEENTFFSSNEIVKDVKCASMKDKFTKVLSDLNVCSQKGLVEMFDNTIGGNTVLMPFGGKYQATPTQGMIAKIPVLGGETNTSTIMTYGYNPKVGKWSPFHGALYAVVESVCKLVAIGGNYSTTRLTFQEYFEKLGNNPEKWGKPFSALLGAFYAQSKFEIPAIGGKDSMSGTFKDIEVPPTLVSFAVDTVDAKKVVSPEFKKADSKVVMLCVNKAENDVVDFEELKKNLDKVRELIHGNKVLSTYALGFAGVGEAISKMAFGNKIGFKFSEEAEKAFTDDKLFEASYGNIVLELANDDLSILDGYNYIVLGSTAKEANIFIKGEELSLDELYKAHCSTLEPIFPTKAEEVKSKIETISYISQGEAKKSSLSIATPRVFIPAFPGTNCEYDSARAFERAGANANIKVFKNLTYKDIEDSIDTIVNEIKSSQIIMLPGGFSAGDEPDGSGKFIATVFRNPRVQEAINEFLTQKDGLMLGICNGFQVLIKLGLVPYGEIRVPSENAPTLTYNNIGRHQAKIARTRISSNKSPWLAQTNVGDIHNIAISHGEGKFVASEEVMRELIANGQVATQYVDFNNEATYDIEFNPNGSFYAVEGITSADGRVFGKMGHSERIGEEVYKNIIGEKDQKIFESGVKYFR
>CP012312|276755:292936|278909_280277_+|AXU73966.1|DBSCAN-SWA
MCGVLGIYSNKDVTKELYYSLYSMQHRGQESCGLALLDDGEIKYKKDMGLVGDVFKENELSKLKGNIGIGHVRYSTAGGSHVSNCQPLVGSCRKRQLAIAHNGNLVNANYLKDMLEEDGYMFQTNSDTEVILYILARYYKGDIVESLKVTMDYIKGAYALVIMSQEELVAVRDPHGFRPLVLGKKGDEYIFASENCAIDILGGEVIRDVEPGEIIVVKDGELKSYFYSENYKPVKKSCIFEHIYFARNDATIDNVNAYEFRIKCGERLAQNETVKADMVVPVPDSGWPGAIGYANASGLKISEGLVKNRYVGRTFIKPTQEEREIAVKIKLNPLSTIIKGKSIILVDDSIVRGTTSKQLVKSLREAGAKEIHLRITSPPVAYSCYYGIDTPNRSKLIASSNNVEEMREYIGCDSLKFLDIEGMLDATEHKSTFCKACFDGEYPVKKIDKEELLSC

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU73963.1|276755_277268_-	nitroreductase	A0A1V0E011	Clostridioides_phage	7.8e-84	87.6
AXU73964.1|277717_278194_+	phosphoribosylaminoimidazole carboxylase catalytic subunit	A0A2P0VNU7	Tetraselmis_virus	6.9e-26	45.8
AXU73965.1|278199_278898_+	phosphoribosylaminoimidazole-succinocarboxamide synthase	A0A0E3F9V5	Synechococcus_phage	1.5e-45	43.9
AXU73966.1|278909_280277_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	2.6e-49	31.0
AXU73967.1|280270_281347_+	phosphoribosylformylglycinamidine cyclo-ligase	R9TMC7	Synechococcus_phage	1.7e-64	42.2
AXU73968.1|281340_281934_+	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	5.6e-25	40.4
AXU73969.1|281926_283459_+	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	E3SNU8	Prochlorococcus_phage	2.3e-38	49.7
AXU73970.1|283469_284720_+	phosphoribosylamine--glycine ligase	NA	NA	NA	NA
AXU73971.1|284744_288551_+	formylglycinamidine ribonucleotide synthetase	A6N228	Microbacterium_phage	1.2e-30	24.4
AXU73972.1|288751_289624_+	dtdp-4-dehydrorhamnose reductase	A0A291LA50	Escherichia_phage	2.9e-38	38.1
AXU73973.1|289733_290603_+	glucose-1-phosphate thymidylyltransferase	I7I009	Enterobacteria_phage	1.2e-97	62.2
AXU73974.1|290652_291210_+	dtdp-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	7.5e-48	53.4
AXU73975.1|291245_292229_+	dtdp-glucose 4,6-dehydratase	I7HTA3	Enterobacteria_phage	5.9e-80	46.1
AXU73976.1|292267_292936_+	transglycosylase	A0A0H3V0Q1	Geobacillus_virus	1.7e-22	45.0

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>CP012312|618303:661836|DBSCAN-SWA
AATGATTAAAGTTGCTTTAAAAGATGGCTCAATAAAAGAATTTGAAAATGCTATTTCTGTTATGGATGTAGCTAAATCCATTAGTGAAGGATTAGCTAGAAATGTGGTAGCAGCGTCTGTGAACGGAGAGGTTGTAGGTCTGGACCACATTATAGATACTGACTGTGACTTGAATTTATTTAAGTTTGAAGATAAAGAAGGTAAGGAAGTTTTTAGACATACATCAGCACATATATTAGCTCAAGCTATAAAAAGACTTTACCCAGAAGCAAAACTTGCTATAGGACCAAGTATAGAAAATGGATTCTACTATGATATAGATTTAGACCATAGATTAGTTCCAGAGGACCTAGAGAAAATAGAAGCTGAAATGAAAAAAATAGCTAAAGAAGATTTAAAAATAGAAAGATTTGAACTTCCTAGAAATGAAGCTTTAGAGCTTATGAAAGAACAAGGAGAAGACTATAAGGTAGAACTTATATCTGATTTACCTGAAAGTGAAATAATATCTTTCTACAAGCAAGGTGATTTTACTGATTTATGTAGAGGACCACATTTACCATCTACTAAAAAGGTAAAAGCTGTTAAATTACAAAGTGTAGCAGGTGCATATTGGCGTGGTGACGAAAATAATAAGATGCTTCAAAGAATATATGGAACTTCTTTTGAGAAAAACAAAGACTTAGAAGAGTACTTACATTTACTAGAAGAAGCTAAAAAGAGAGACCACAGAAAATTAGGTAAAGAATTAGGATTATTTATGATACCTGAAGAAGGTCCAGGATTCCCTATGTTTTTACCAAAAGGTATGGAACTTAAAAATGAATTATTAAAATTCTGGAGAGAAATACACAGAAAAGCTGGATATATTGAGATAGAATCTCCAATCATATTAAATAGAAAATTATGGGAGACTTCAGGACACTGGTATCATTACAAAGAAAATATGTATACAGTTAAAATAGATGATGAGGATTATGCTATAAAACCTATGAACTGTCCTGGTGGATTAATTTACTATAACTCTCAACTACATTCATATAGAGATTTCCCAATGAGGGTTGCAGAGCTTGGTAGAGTTCATAGACATGAGTTATCTGGTGCATTACAAGGATTAATGAGAGTTAGAGCATTTACTCAAGACGATTCACATATATTCATGTTACCAGAGCAAATTAAGGACGAAATAAAAGGAGTAGCTAACTTAATAGATGGTATCTACAAAACTTTTGGATTTGAATATAATTTAGAATTATCTACAAGACCAGAGAACTCTATGGGAAGCGACGAAGAGTGGGAAGCAGCAGAAAATGGATTAAGAGAAGCTTTAGAAGAGTTAGGTCTACCATATACTATTAATGAGGGTGATGGAGCATTCTATGGTCCTAAGATAGACTTCCATCTAAAAGATTGTTTAGGAAGAACTTGGCAATGTGGTACTATCCAATTAGATATGCAACTTCCAAGACAATTTGATAATACTTATATTGGTCAAGATGGTGAAAAGCATAGACCAGTTATGATTCATAGAGTTGCTTTTGGTAGTATAGAAAGATTTATAGGTATATTAATAGAGCATTATGCTGGTAAATTCCCAGTTTGGTTATCTCCAACTCAAGTTAAGATACTTCCTATATCTGATAAATTTATGGATTATGCAAATGAAGTTAAGAAAGAGTTATTTGATAAGGGTATAAGAGTTGAATTAGATGATAGAGCTGAAAAAATTGGATTTAAGATAAGAGAAGCTCAGCTTGAAAAAGTGCCATACATGTTAATAGTAGGTGAAAAAGAAGTAGCTGATAATAATGTTTCTGTTAGATCAAGAGATAAAGGTGAAATAGGTAGTATTAAATTAGATGAATTTATAGCTAGTATTTCAAAAGAAATTGAATCAAGAGAAAGTATTATTCAAGACTAATATACAATATATTAGTAGCTAAGATATTGTTATATAAGATAAGTTTAATCAATATGTTGATATGTTGATGCATAGTGATTAAATTTATGAAAAGATGAGTATAATTAGAGGTACATTAATCATATTTTTATGATTAATGTACCTCTAGTTTTTTGTATGGTAGATTTATTAATAAATATATCATAGAAGTGTTTTGAACATGGAAATATTTATGTGCATTCTTTAAATAAAAGTTTATTTTTTGAGTGATAATTAAGTACTTGTTGGTAAGGCATGGCTGTAAAAATCATAACTTTATTTTCATATTTGTTCCATTTTCATAAAAATTATTATCCCTTTAAGAAAATTTCTTAATCCCCTTGAAATATTTCCTTTTTAGTCTAAAGTTAAATTTCTTTCTTCAAAATGAATATTTAAATGAACTAAAATTTAAGTACATTTTCTAATCTTAATGAGTCTATTTTTCATAGATAATTGCCCTATAATAGAAGGAGCCATGTTGGGGCTATGTGGTAACAATAACGGCATTGCCAGTGATTAATTAATGTTTTGTAAATATTAATTAATGTCTTGTGTTATTTTTGGACTTACCCCCTATACATAGATTAATTTATTTAACTTTAGATATAGAGAGAATGTCAAATACATACACAGACGTTAGAGTTTAAGAAATTGTTTATGGAGCAAGAACTTTTAAAAGAGGTAGTAACTTAGCTTAATTTCAAGAAATGATAAATACAAAAGAGTAAAAAGAGAGGTGTTGAAATGATAGAAAAAGTAGAAGAAAAATCTAAGATTATTAAAACATCAAAAGAATATAAGCGAACTATAGTTGAAGAAAAAGATAAAGAATGGACCAAAAAATTAAATGACATACTTAGTAGAAGTAGTTTTTCTAATGATGAATTAGATAAAATCAAGGAGTTAATTCCAAAAGAGATTTTGACTTGTGAAAATGTTGGAGAAGTTGTGACTGAAGATGGATATGCTAAGCCCGAGTATGATGAGGTATTTAAATCATTGTTCACTTTAAATAATGAATATGATTTACTTGTAAATTTTATAAATGATATTCTAAAAGATGCTCCATATGCTAACAGGAATATCAAACCGTTCACTCAAATAAAGAGAATAATTAGAGTTGAAACTGACCCAACAATTAATTACATTGGAGAGAAAAGACCTAGACTCGATATTTTGGCTGAAGATGAAGAAAATAATCATATAAATATTGAGATGCAAAGAGCTTTTGAGAACGATTATTTGGAAAGAGCTGAATATTATCTTAGTCGTGTACATGGTAGAAAGTTAGAAGAAGGTAAAGAGTATAAAGAAATTGGAAAAACTATTGGAATACATATACTAAATCATGTAAAATATAATCACATAGAAGATTATGTAAATTGCCTGAGATTAACAATGGACGGGCATCCAGATATTTATTCTAGTAAAACTGCATTATATTTTATAGAGCTTCCAAAAATTCATAAATCTGACTATATAGTAAATAGAATTATGCTATGGGGAAAACTTATTAGTAATCCTTCTAGCTTAGATGTAAGAGTTATAGCTAAGAATGATTCTATTATTAAAAAAGCACTTGATAGATTAAAAGAATTAGGTAGCAATGAAGAATATTTATTAAATCTGAAAAGAGGTGCTTATATCATGAATAAAAGTAGAAATTTTAAAGAAGAGATTGAAAGAGAAACGGAAACAAGAGTTGCAAGAGAGACAGCAATTAGAGTTGCAAAAGAAAAAGATTATAAAATAATTATAATGTTGAAAAAAAACGGTTTTAAATTAGATGATATATTAAATAAATTTAATGATTTTGACTTAAGTGAAGATGAGATAAAAGAAGTCTATGAAAATAATTGATGTGTAAATAAAAAGTGAACTTATATAAGTTTGCTGAATCTGAGTCTGGAAATATTTATGTGTATTTTTTAAATGAATGAAAATTTATTTTAAAGACCATAATTTAGAGGTACAGTTAATTATATTTTTATGATACTGTACTTCTAGTTTTTTCTATTATAGATTTATTATTTATTAATAAATCTACAATAGAAGTGTTTTTGTTGTAAGAATCATTTTATCTAATGATTGTTTTTTATAATAGTTAAATTTCCATTTGTAGTGCTTAAATATAAATCTGTAATACCATTTTTATAAGTGTATAAATCACTATGGCGATTCAACTCAAAGTCACTGTCCAAAACACCAGAAACTTTATCAAAATTTAAAGTGAAACCTGGATTATCAGGAATAGACAAATCGACATTGGCAGAAGTAGTTTCACAGTACAGAGAAGACAACATTTTGCTAGAAGTGATTTTTATATTACTGCTAGTTGACTCAGCTTTAATATCAGAAAAAACTCCAGATAAGTTCATTTTTCCAGAAACTGAACTACAAGTAAGATTTTTATTGTATATATCTTTTAAATTTATATTACCATTAGTTGTTTCTAAGTTTAAAACATCAATTTTCCCAGAAAGCTGTATTTCACCAGATGTTGATTTAAGAGTAGCATTTTTACTATTTAGTTTTGCTATATCAATGTGACCACTAGTTGTGTCTAAATTTATTTTATTAATATTACCAGAGAGACCTATTGCACCTGAAACTGTGTTAGCTTCAACTGTATTACTTCTTATGTAAGTGCTATATATATCTGCTGAAGTAGTATATAAGGTTATTTTATCATAAAGCTTATTGGGCAAATATAGTTCAAGTATTGTTGGTTTTGGAAGATTAATTCCAATGAAGAATTTTTTAGCTGAATTATCATATATAGAAAGAGAATCTCCATCAACCATTATTTTTGCTAGTTTTTTCTTTGAGAAATTACTAGGGATTTTTTGAATTAATTTGATTTTATTAGAATCACTTCTCTTAACTATAACTTCACCTGAAATCCAATCAACATTAATGTCATTTATTTTATCTGAAAAACTTTCATTTTTAGCCACTATATAGTTATCATAATTGTATTTAGGATTAAGAATATTAAAAGGGAAATTAAAAGAATGTGAAATTATAGTTCCTATAAGGAGTGAGACAAATACAATAGAAAGTGATATTGCCACGATACTCCAGGTGAAAATCTTTGCCTTTATAAGCTTTTTATTCATATTTATCATCCTCCTTGTAGCCTTTTAGTTGTATAATTCCTTTGAAAATGTTGATACCAGCGGCACCTATTATAAATAGTATCCACGAAAAGAACCAAATATTAAATAGTATGCTTGTGATTAGATATATAGCAACTATTATAATCCAATATGCATTTATAAATGATTTATAAACTGGATTTATATGATTATAATTTTCCTCAAAATCCTCAAATTTTTTGAATTTATTTGATAAATTGTCATTGTATAGAGCATAGTTTGTCCTTGTCATTTGATTATAGACTAATAAACCTACTCCAAGTGCTATTAATATGAGCATTAAAAGAATAGCTATAGTTGGTTCTATGCTAAAACTTACAACGGAGACTACAAATAGAAAAGGACTTATTATAAAAAGAGCAACTGCTATTGATGCTCTTAAGGCTCTTTTCTTTTTTTCTTCAATTAATTCAGAAGGTAGAGAATATGGTTCCTTAACACTTTCAATTAACTCAGATAAATCACCAATTCCTGAGATTACTGAGTTATATGCTTCTTGTTCTGTTTTACCATCTTGTATTTGGTCGTTATACTTTTCTTTTAGATTTTCAAATAATTCATCTTTAAGTTCTTTGACTTTTTTTGTCTCATTAACTCCTGTAAAGCTATTATCAATATAAGTACGTATTTTGTCTAACATATTTTCACCTCCTAAATTAATATATCTATCAATGCTTTTGTATTATTCCATTCTTCACGGCTTTTTATATATTTCTCTTTACCTATGCTTGTTATTGAATAATACTTTCTTCTAGCTCCAGTAACTTCATCGCCCCAATAAGAGGTTATTGCACCAGATTGTTCAAGCCTACGAAATGCTGTATACAAAGTAGCTTCTTTCAACTCATACAATCCTTTAGTCTTTTCAAGTATAGATTTATTAATCTCATAACCATAACTGTCTTTTTCAAGTAAATGTTTTAAGATAATTGTTTCTGTATGACCTCTTATCATGTCAGATGCGATTGTCATGAACATCACCTCCGATTAAATATATAATACTTTGATATACTTCGCCTGTCAAGGTATATCATGAGAAAAGACATTTTATTGTAATATTTATAAGATTTTATATAGAAATAATGTAAAAACTTTATAAATAATATATTTTATAACTAGTTATAGATAAATTTATATAGTTATTATTAAAAAAAGCAATAAAAAGTTTAATTCAATTTAGCAAATTTAGTGATATAATTAAAAAAGAAAAGAAATATGGACTTATTTGGAATAATTTTGACAATCTATTTACTACACGTGTAGAGTCGTATATAATTAAATTATACATAAAATATAAAAAAATAATTTAGTAATACGTTAGGAGAAAGTATTATGATAAAGTCAAGCTTATTTTGGAATATTTTCATTGCGATATCCTTTATGATAGAATGGTTTCTTTGTAAGAAAATGCTAGATTATACAAGTGAGAAAAGGATTTCTAACAAAAAAATAAACTTTTGTATGGTAGGTATTATTGTTTTTGCTGACATAATATATTTTTTTGATGTACCTCCAAATATAAGAGTAATTATATCTATAATAATTACTATTGCATTTTATAAAATCTCATATGATGTGAGGTTTATAAAGTCTGTATTAATATCCTTAATTTATTGGATGTTACTAATCGCCACAGATGCTTTGAGTATATCTTTAACAGTTTGGCTTAATTCTATAAATGACATGAGTAGTATAGGGACGGGAGATATATACAGAATTGAGTCTATAATATTGGGAAAGATACTTTTGATTGTGTCTTTGTTTTTATATAGAGCCTTAAAGATAAAACTTAATATAGAAATAAATAAAAGGACATTATTTTATATAGTTATTCCTATAGTCGCTAATATAGCATCTTTTTTTGTCATTTTTGAATACATATTTAATCCAGGGTCTGGTAGCTTAATACATAATTTCCAATTCGTTATGATTTCTGTTGTATTACTTGTATCAAGTATAACTTTAGTTTTAATTGCTAAGAAATTACAGCAATATAATACTTTAGTTGTAGAAAACAATATGATTAAAAATACTTTGAAGTATGAAAATGAGTATTATGAAGATATAGAAAAGAAATATTTAAAAACTAGATTACTAAGTCATGATATGAAAAATCATATATTGTGTATAAATGCTATGATTAAGAAAGGTATTGATGTTACTTCTTATTTAAATAATTTACAGGTAGAAATTCAGAGTAATGACTTGTTATTTAATACTGGTAATTTTATATTAGATGCTATATTGAGTGAAAAGAAAGAAGTTTGTGATAAGAATGATATAGAACTAAAAATAGGAATAAATTTTAGTTGTTGTGAAGCTGTTGAATTAGTAGATATATGTCATATATTTTCAAATATTTTAGACAATGCAATTGAGGCATGTAATAAAATTGATAGTGGAAATAGAGTTATTTGTGTTAAAGGTGATGTTATTCAAAATTTTTATCTAATAAGAGTTGAAAATACTAAGATTAATAAGATTATTACTAAAAATGGAGATATTTTGACAGATAAAAAAGGTTCTCTTCATGGACTTGGAATAAAAAGTGTAAAAAACTCTGTAAATAAGTATGGTGGTAATGTTGTAATTGAATATGATGATAAAAAATTTGTAGTTAAAATTGCTATTCCACTTAGAAATGTGAAGAAAGCAGTTAATCATGTGATTTAATGTATATAAATTTGATGTGTAGAAATTTAATATATAAGAATTAATGTATAAGAATTTAATATGTATAAATGTGATGCATAGAAATTTAATATATAAGAATTTAATATGCATAAATGTGATGTATAGAAATTTAATATATAAGAATTTAATATGTATAAATGTGATGTATAGAAATTTAATATATAGGAATTAATGTATAAATGTGATGCATAAAAGTTTAATATATAAGAATTAATGTATAAGAATTTAATATGTATAAATGTGATACATAGAAGTTTAATATATAAGAATTTAATATATATAAATATGGTGCATAGAAGTTTAATATATAGAAGTTTAATATAAAAATTTGGTGTATAAGAATTTAATATATGTATTTATTTTAATATATATAAATTGAAGATATATAATTAAATCATATAATGACATTTGTACATTAGAATTGTTTATTGAGTATTAGAAACTTTTAAGGTTAGAAAGTTTATGACTATTATATATTATATTATCTATAGTATTTATTATAGATTATATAGTGTGTTTAAAACATTAAACTTTTTATTCTACAAAATATAAAAAGAAGTTGCATCAAAAAAAGAAATGCTCTTTAAAGATGTAACTTCTATGGTATATGTATGAGGAAGCTATATTGCCATCTCTGGAATCAAGCTTCTCATAGCTTCTATAGTTGTTTGGATAAGCTTATCAAGTTCCCATCCAAGCATTTCTGCACCACTTCTTATAACGTCTCGAGAACAGCCAGCAGCAAATGATTTATCTTTAAATTTCTTCTTAACAGATTTTAATTCTAAATCAGAAACGCTCTTTGAAGGACGCATTATTGCAGCTGCACCAATTAAACCAGTAAGTTCATCCACAGCAAATAATACTTTCTCCATAAATTGTTCTGGTTTAACATCTGAACCAGTTAATCCATATCCATGACTTATTGTAGAATCGATTATTGATTTATCTAAATCAAGCTCTGTCATTAATTCTCTTTGTTTAACACAATGTTCATCAGGATACATTTCAAAATCTAAATCATGTAAAAGTCCAACTATTTCCCAAAATTCTACTCTTTCAGGGTCGTACTCCTTTGCATAGTATCTCATAACTCCAGATACAATTTGAGCATGTCTTATATGAAATTCTTCCTTATTGTATTTTCTTAATATTTCCCATGCTTGTTCTAAAGTTGGCATGTAACTCATTTTTATCACTCCTCTAGCTGAATATTTTGAATTTTTATAAAGTTTATTTTCCATTGATTATATCAATCAATTTCCAAAACGTCAACATACTGATACACAATTTTGCATTTAAATTCAGAAATCAGTGAAAATTAAATCTTTATGTCCAAATTCTTTGCATCTAAAGCTTTTCGTTCCTTAATGTTATCTTTGATACAAATGCTATAAGCAGTGTAATAAATCCAACTCCTAGTATAATGATGTATACTCTATCTGATAATAAATCAAAAAGTTTACCATACATAACCTGACCAAGGGGCATTGCAATTGATGTTCCTGCAAAAATAATTGACATTACCTTTCCTAAGAGTTCGTTTGGAGTTTTTAATTGTGTGATTGTTATAACATATATTGAGGCAAGAGTAGTTGTAAAAAATATTAGCATAGAGGATACAATAAAGATTAAAAACGGAATTGGAAATCCTGTATTTAATATAAATGGGTATACTGAAAATGCCATTGGTATAAACACAAGTGCACATATGATAAAGGGGATATGTAAATTAGTGACTTTTAGATATTTTGAGAAAATACCAATACTCACAGCAGCTACTAGTGAACTAAAAGAAATTGCTCCTTCTGCTAGACCATATAAGAAGTTATTAGCTCCCATAGTTATTTTTACTATATAGGGTATACCTACAATTAACATAGAAGTTAAAAATAAGTTTATTGCTATAGCTAAAAAAAGTATCTTTAATATAAACCTATTTTCTTTACATATATGAACAATACCATCTTTTATGTCAGTAAATATAGTTTTTATAATGTTGCTACTTTGCTCTTGCTTAACAAAAGGAATCTGTATAAATATCTCCATAATTGCAGATAGAAAGAAACTTATACAACTGATAACTACAATTGCATTAATCCCAACTATACCATACAAAACACCTCCCAATACAGGTCCTGCGATATTTGTAAGGGATGCAACTCCTGCTACAATACCATTTGCATTCATTAAATGTTCACTATCGACTAACATGGGTGTACTTGACTGAACTGTTGGTTGGTACATTGTGCTTATAACTGATAATATGGTCATAATAATTCCTACAAGTAATATTGAGCCACTATTATTAAATAAAAAGATTACTAAGACTAACACTGTAATACTACTTGAAAAATCAAAAATAACCATTAAGTTTCTTCTATTGAATATATCAGCAATAGCTCCACCAATAGGGGAGAATATTATAATTGGGATTGAAGATACTGCTAGTATAGTAGCAAATATTTCTGCTTTGCCAGTTATATCAAGTATGTATAAAGACAAAGCAAATTTAAGTATTGATGCACCAAATAATGATATTATTTGACCTAATACCATCAAGTTAAAATTTTTATTAAAAGTCTTCAAGGATTTTACCATATATACACCTACCTATCTAAGATTATTAAAACATTTACAATAATTGTTGTAATAGCAATTACTATAAGGATTTTTTTAATTTTAATACCTAATATTATTAGAAATATAGAAACTATTGTAGACAACATAGAGTAAAGCGACATGATATAACTACTAGGGTCTACAAGTTTTGTGTGATATTCAGTTTATCATTTATTCTGTAAACTATATCTTTTATTTTTATATTAATTCACTCATATTAACCTTCCTTAGATATAGAGGAATATTTATGAAAATTGTTTTAAATTGTTATTCAAGTATGTGCTCTACAAGATTATCCACCATAAAATCAAATACTTCAATATGGTTATATTCAATATCAATAGACTTGATAGTAGAGCAACACAAATACCAAAGGCTTTTTCTTTTTCTATCTTCAACTTGAGATTGTATTTCTCAATTAAGTCGTAAAAACTTTGTATATTATTGTATTCAAGTTTTGAAAACATATCTTGAGGTAGTTTATTTATTAGGCTGATGTAATCATGATTATTTGGTAAATATAAAAATGGATTTTTATCATATAATCGATATAACATTTTTAAAGATTTTGCAAAGCCTTCTTTTGGAGGCATATTACTTAAAATTTCATCTACTGATGATATAAGTTTGTTTTGGATTTCATTTAGTACTTCAAAAAATAACTTTTCTTTTGAATCAAAAAATGTATAGAAAGAACCTTTTGCGATTCCTGATTTTGAACAAAGTTCATCAATATTAGTTTTTTTGTATCCATATTTAGACCAGTTGATTTCACATTCTGAAATTAGTCTTTTTCTTATATTATCTTTTTCTATTTCTGTAAAGCTTTTAGCCATATTTATCAATCCTCTCTGTCTATATGTATTATCTATGACTTAAAATATTTTTTAAGTCATATATATAATATTGTTTATTTATAAATTTGTCAAGCGATTTATATTATGAGACTTGTATTAAAATTTGATTTGAATAAGTTTCAAGCGAGTATGTTATTAAAATAGAAAAATGTAGAAAAAACGTTAACTCTAAAAATTTTTTCTAGGTAAACGTTTATAAGAAAAAGAAATGTTTACATAACGAATAAATGGCTATAATTTAAATACACAAAGTTATATCAGAGAGAGGAATAAAAATATGTTTAATGAACTTAGAACAAAAGAAAATGTATATAAAAATTTAATAAATGGAAAATGGGTAGAATCTAATTCAAGAAAACCAATAGAAATTTACTCACCAATAGATAATTCTCTTGTTGGGAAAGTACAATCTATGACAAAACATGAAGTAGATGAGGCTATAAAAAATACAAAAGAGAGTATAAAAGTATGGGCTGATATGCCTGTATATAAGAGAGCCAATATATTTCATAAGGCTGCTGATTTATTGTTAGAAAATATAGATGAAATAGCTAATATACTGGTACTTGAAATAGCCAAAGACATAAAATCTGCAAGGGCAGAAGTTGAGAGAACAGCAGATTTTTTAAGATACACAGCTGATGTAGGAAAAAATATGGAAGGTGAAGCTATTAGTGGAGATAATTTCCCTGGTGGAACAAGAAATAAGATGTCTTATGTTTCAAGAGTGCCATTAGGTACTGTTTTAGCTATATCTCCTTTTAATTATCCTGTAAATTTATCAATGTCAAAGATTGCTCCAGCACTTATTGGCGGAAATGCAGTCGTATTAAAACCTGCTACACAAGGGGCTATTAGCGCACTTCATGTGGTAGAAATTATGAGAAAAGCTGGTATACCAGATGGAGTACTTAATACTATTACAGGTAGGGGTAGTGAGATAGGGGATTATGTTGTAACGCATAAAGGAATTAATTTTATTAACTTTACTGGTAGTACTGAAGTTGGTCAGCATATATCTAAAATATCTGGAATGGTGCCATTATTATTGGAACTTGGTGGAAAAGATGCGGCTATAGTATTAGAAGATGCAGACTTAGATTTTGCAGCTAAGAATATAGTATCTGGAGCGTATTCATATTCAGGACAAAGATGTACGGCAGTAAAGAGAATTTTAGTACAAGAGAGTGTAGCGGATAAATTAGTCGGAAAAATAAAGCCATTGGTAGAGAAGTTGACAATTGGAAATCCAATGGATGAAGTAGTTATCACTCCTCTTATAGATAATAAAGCAACTGATTTTGTTCAAGGGTTAGTTGATGATGCATTACATAAAGGAGCAAAGTTAATAACAGGCAATGTTAGAAAAAATAATTTATTCTATCCAACATTGTTAGATAATGTAAATGTTGATATGAAAATTGCTTGGGAAGAACCATTTGGTCCAGTACTTCCAATTATAAGAGTTAAAGATATAAATCAAGCAATTGAAATTGCTAACCAATCAGAGTATGGGCTTCAATCATCAGTATTTACAAGTGATATTGATAGGGCATTTTATATAGCTGATAAACTTGAAGTTGGTACTGTTCAAATAAATAATAAGACTGAAAGAGGTCCAGACCACTTCCCATTTTTAGGTGTAAAGGCATCTGGTATGGGAACTCAAGGTGTTAAGTATTCAATTGAGGCTATGACTAGACCTAAGGCAGTAGTGGTAAATGTTAGAGAGTTGTAATAAATAGAGATAAAGAATAATAGAAATAAAAAATAAAGGAGTTGTCTTAAATTTGATTTTTGTAATTGAATTTTAAGTTCAACTCCTTTTTGAATTTTTATATGCTATTTCTTAGTAATTATTTTTTAATAAATATCTTAAACTTTGAGATTGATGAGATTTGAACATGATAAATATCTTAAATTTATAGTCTTGTTTTCTAATGATGAAGCCTATTTCTACTTAAATAGAGCAATTTCTAAAATGAACATTTTTATCTCGAGTACCATATACAATGAAAAAAATTAACCTTGACAAGTGACCGATGGTCGCTGTATGATAAATAAAAAAGAAGCGACTAGTGGTCGCTAAAAGGAGGTATCGCCCTATGCCAAAAGGAATTGTGCTTACACCCGAACAACAAGCAGAACGCCGAGAAAAAATAGTTGCTGTTGCTTTGAGTCTCATGGCTGAAAATGGATTCCAAAAAACATCAATGAGAGAAATTGCAGTTTTAGCCAACATGGGAAAGTCAAGTCTATACGATTTTTTCAAAACGAAAGACGAGATTGTTGTATATGCAGTTGAGAAAGAAATAGAAAAAACTATCCAACAAGTTCATAGGATTATTGATGGTGAACCTTCGCCACAACAGTGCCTTAGAAAAATCATGCTTAATCATCTTAGATTTCCAGAGCAGTATAGAACTGTACTGATGTGGTTAAATACAGAATCTGATTATTTAGAAGAAGAGTATCGAAAGAGACTTAAAGATGCTCGTTATGCATATCAAGATATTATAAAATCGGTAATTGATAATGGTGTTACCACAGGTATCTTTCGCAAAACGGATACCGCTCTTGTGACACGTCTGTTAATTAACTCCATGTTATCAATCAGCTACACGTCCCGACCATCAGATAGTTCGGAAAAAATGTTGGATGAAACAATGAATATATTTCTGCACGGAATTATGAATGATGGAGGTGAATGATTATGATTTATTATGTCTTACCACTAGAACATAAGCAAGCAACCATTGAAATTGTTGGCGGAAAAGGGATGTCTTTATCAAAACTATTGACAGCAGGCATCTCTGTGCCAGACGGTTTTCATGTTACGACTGCTTCATACCAGATTTTTGTTGAGACGAACCATATTCAGTCTCGAATTAATAAACTACTAGATGGTATTGATTCCAATAATACCAGCCAACTTGAAGATATATCTAAGAAAATAGGGGTGCTTTTCCATAATGGAGAAATGCCACAGGAAGTGTCGGACGCAATTAAAACAGCTTATGCTGGATTAGGGAACATATCGGTAGCTGTCCGTTCATCTGCGACTGCTGAAGATTTACCTGACGCTTCTTTTGCAGGTCAGCAGGAAACGTATCTTAACATACAAGGTGAGGATGAAGTCATTGACGCTGTAAAGAGATGCTGGGCTTCCTTATGGACAGCTCGTGCTATTGCTTATCGTGTGAAGAATAATATAAAGCACGAGATTGTCGCACTTGCTGTTGTAGTACAAAAGCTTGCATTTTCCGATTCATCTGGTATTATGTTTACGTTAAACCCAATCAATGGTAGACGTAGCGAAATGATTATTAACGCTGCATGGGGGCTTGGTGAAGCGGTGGTTTCTAGCTTAGTTACACCCGATACAATCGTAGTGGATAAGGACTCCGAACGAATTATATCGTATGAAGTGGCAAATAAAGAGATTATGACGGTTCGTACTTCAGAAGGAACAGAAGAAACCATGGTTCCTGAAAGGTTGAGAAAAAAATATGCTCTTACTCGTAATCAGGTAATGCAACTGATACAGCTTGGAAAGAAAATTGAGAAGTATTATCAAATGCCTATGGATGTAGAGTGGGCACTGGAAAAAGATAAATTGTACATTGTTCAGGCTCGTCCAATTACTGTTCTGCCACCGGAATGGGTATTGCCAGAACAGGATGTTGTATACACAAAGGGAAGTTTGGCAGAACACTTACCAAATCCTGTTACACCTTTGTTCGCCACGCTTGGTCTTGAAATCGTAAACCGTGCATCGGAGCTTTTATGGATAGATATGTTTGGTAAAAGTGCGAAAAAACTACTGCCAAAAAACGGGGCATACACGGTTATTAATGGATATGTTTATCTTTCTGCTAAATCAAAGCCACTTTTGATTGCTATCAAATCCCTTTCCCCACGCTCTTTACGTAGGACACTTATGAACAGCGTTGCACGCTGGGAAACGGCACGAAAAGGATATGAGGATGCTATTAAACAATGGGAAGAAAAGCCCCTGCATACGATGAACGCCCATCAAATTATGGAGGGTATTCAGACAATATTTTATGCCGCATGTATTTATTTCACAAGGATTCAGCTTACGTTGCCTGCTGCTTCTATCAGTGAAACATTATTTACAAAATTATTTCAAGGAGCAGTTCGCCGTGCTGGTATAACGGATACTTCCGTTTTCCTGCTTGGGTTTGATACAATTGCTCTGCAATCGGAAAAGGAGTTGTGGGGTATTTCAGAATGGGTAAAGCAAAATAACAGCATCAACCTTTATCTGCAAAACAGTTCTGCAATAAAGATAGCAGAAGATTTCATGTCTTCAGTTGTGCCTGTTGGAGTTTCACAGGAAGTATGGATAGAATGGAAAAATCGAATCAATAAGTACTTTAAAGAGTTTGGTCGTACCGCTTATGAATTTGATTTTGCGTATTCCACACCACAGGAGACACTTACACCAACTTTTGAATCCGTAAAAACATTTGTGGAAGGAAAAGGGGAAAGTCCTTTTTTACGCCAGACCACGTTTGAAAAGCGTAGAAAACATGCAGAAGAAGAGATTTTACAACACATAGGTGGATTGCGTAAAAAACTATTTTTTAAGTTGCTCCATTGGGCGCAGGAAACCTCTCCTATGCGCGAAAATGCTATTTATTTGATGGGAATGGGACATCCTCTGATTCGCTGTATGTTTCAGGAAATCTCAGAACGATTCATACAAGGAGGAGCTATTTCACATTTAGATGATATTTATTGGCTCACAAAATCGGAATTGGAGGCACTTATAGAGCAGTTGGATAAAAATAGATCTCTATCTGATATGAACGGGTTAATACCTGTTCGAAAAGCTGAACTTAAAAAATATATGGGTTATGTGTCACCATCCAAGTTGCCAGAGAAAAACAAAAAAACTATATCACAAGCACTACAGAAGCAGAAAGATGGGAAAATTGTGTTGACGGGCATTGGTACCAGTACTGGTGTTGTGACGGCTCCAGCTTGTGTACTGAATAGTCCAGCAGATTTTGAAAGCTTTCAACCTGGAAGTGTTTTGGTTGCAGTTACCACAACTCCAGCATGGACACCATTATTTTCATCTGCAAGTGCGATTGTAACGGACATTGGTGGTCCTCTTAGCCATTCAAGCATTGTCGCACGTGAATATGGCATCCCAGCCGTTATGGCTACACACATTGCCACACGAACTATTAAGAGCGGACAAATGATAACGGTGGACGGGTTGGCAGGTACGGTGACGTTTGATGAATAAAAAGGCTATTTTAGCTTTGAAGCTTTCAACCTTTGTGATTGCGTTAGCGGAAGTAGTAATACTTAAAGTTTTGAGATTTAATCATACTACTAATACCCACCAAACAGCGGTAAGAAAAACCATAGCTTGGTGGGGATTTTCTTATGCAAAAAAATGAGAATGTATCAAAATAAAAATTTGATTAGAAAAAATCAATTTTGAGACAATTCCTTTATTTGTTGACACAATAATATCACTTATAATAAGCAATTTTATATTGTTAATTGGAGGAGTTTTGAAACATAAGTTTTTCAAAATCTTTTATTGGTAAAGGTCTAGAGAATACGTATCCTTGTAACATGTCACAGTTTATTTCTTGCAAGAAATCTTTTTGAAAACTGGTCTCTATTCCCTCAGCTACAGTGGTCATTTTTAACTTTTTAGCCAGTTCGATTATAGATACAATTATATCTCTTTCACGTTGAGAATCTAAATGTTCTGATTGAAAAAATGCTCTATCTAATTTTAATGTATCTACATAAATATCCTTAAGCATATTGATTGAAGAATAGCCACTTCCAAAATCATCAATAGAGCATTTAAAGCCATTTTTATGAATTTCATTTATTATTTCACTAAATACTTTGACATCTTCAAATACAATTGTTTCTGTAATTTCAATTTCTATAAGGTGAGAAGGAATACCATATTTTTTAGCTATTTTATCATATGTCTTGATGAAATTATTGGATGAAAAATGATAACGAGACATATTTACTGAAATATTTATAGGATTTAATCCATCATCAATCCATTTTTTTAAAGTCTTGCAAACTTCCTCAAAAACATATAAATCCAACTGTATAATAAATCCATTTTTCTCAAACAATGGAATAAATTCGTTTGGAGGAATTATTCCTTCAACAGGATGAATCCATCTTACTAAAGCTTCTGCACCACATATGGTTTGGGTAGATAACTCCAACTTGGGTTGCAAATAAACTTGAAATTCTCTTTTTTCAAGTGCTTCATACATTCTATTTTCTATGCTTTGTTCTAGAATAAGTTTTTCCTTATCTTTTTTACTATAGAAATTACAAATACATAAACCGTGATTTTCTACGTTTTTAATTGATTTAGAAGCTACATTTGCACTATCTTGGATATTTGTTATATCTAAAGAAGTATCATAAATTACATATGCACCAGCAGTAAAATAAAGTATATATTTATAATCTGCGTTATCGTTGAATCTATTAATATGTGTAACCATTGAGTTCAGTCTAGAAGTTATATCTTCTGGTTTATCTTTTAAAAGAAGAATGAATTTATCAGCAAAGATTCTGGTCACCAATTCACTCTCATGTAAGTGTTTACTTATACAGTTGTAGATATATTTTAAAAGATTATCTCCAGCTATATTTCCTGCTAAATCATTTATTAGTTTAAATTTTTTCATATTCAGCCATATTAGAGTGTATGTACCCGATGGTGATTTACTAATAATTTCTTTTGCTATTATGTTAAACTTTGTACGATTTATACCACCAGTAACTGAGTCAATAAAAGCTAATTTCTTTAATTCTTTATTGTTTTTTTCAATAATCTCATTTTGTTTTACTAATTTCGTGACATCTGAATATATTAAAAGGTATATAGGCTTATTATCTTCCCAATCTATACATTCAGCTACAACTTGCATATGAACAATATCCCCATTGATATTTTGTGGAGAAACAGAAAAACAAACGTATTTCCCAGCTTTAAAATCACTTTGATATTTGTACACAGCACTAAGATAACTTTCTAAATTTATATCATCTAATAGAAAATTTACATTATCTTTGAACATGTCAAAGTATTTTTTATTAGCATCAAGAAGTTGGAATCCAAAGTCAGTAACCTTAAACTTGGCAATGAGACCTGGAAAATTGTTGTAAGTTACAGTTTGTTCTATTTTAATCATCATTTGTTCTGTAATATCAATCATAACAGAGTATGAAATAGGATATCCATTAACGACTTCTCCTGTTAAAAATCCAAATAACTTTATCCATAATTTTTTTCCATTACGGTGTTTCATACGACAGACATAGTCATATTTTTTTGCTCCGGTGGAGAATGTCTTTTCTACATACTCTACAAGTTCATTCCAATCCTCTGGATTATCCTTGTAAAAGAGGTCGCATTGATTGTGAAATAGAGTTTCGTATTCTTCTTTTGTATAGCCGAACATTTCATAATAACGGTCATTAGCCCAAACAACAGTAAAGTGTTCATCTAATAGGTGTTTACTAACACTTACATCCAGTGCATTCATTAATAAACTGTATTCAATATTTGCAAAATCTATATATTTTGACATTCTTAGTACTCCCTTATAACATATATTTTGTAGAATATCTGAACTAGCTAGTTTAAAGTAGATTTATTTTTAAGCTTATTTTCATACATCAAAGAATCTGCCTCTGCTATTAAAGTCTCAATATCGGATATTCCATCCCACTCAACTAATCCATAGCTTATGGAAAGAGCATAAGGATACTCGTCGGTATTACTTAATTTTGATAATTCATAATTTATATCAATCATTATTTTTTCTGCTTCTATACAACTTGTATTCTGTAAAAGGAATAAAAATTCATCTCCACCATATCTAAACAGTAAGGAATTTTCTACATTTATAAGTTTTTTTATTATTTGTGCAGTAGTGGATATGTATTTATCACCAAATTGGTGTCCAAATTTATCATTTACAGGTTTTAAGCTGTTTAAATCAGTAAAACATAAGGTAAATTTGTAGTGATTTGATGTCCACTCTGATAGTTTTTGATTTACAAAAGGTCTATTGTAGAAGCCTGTCAGTAAATCTGTATATACAATATCATTCAATTTATTAATTTCATATTCTGTCTTTATACTTTCTACATATTCTATTTGATTTTTAATATCATAACCTTTTATTTGAGTAATTCTAAAGCTATATCTTTCTGCAATATAGTTACCTACCAAAACTATTATGGCAGACTTGATTCCATATAATTTTAAAATCAATACATTTCCAACAGTATAGTATATTGACAAACTCAAACATAGATACAAGTACATTCCAAACATAAGACTCAATAAAAAAATTAAGTTTTTTTTGTCCTCTAAAACTGCCTCAAAGTTAATCTTATTATTTTTATGATTTTTATAACTGAAATATAATCCTGTAACTATAAAACTAAGCAATATAGAAAATACTCTGTAAATATTTGTAATAGAATTACTATCAAATAAATATGCTGGCATATTTAACACTATTGACATTAAAGACCTAAAAAATATATTTATTGCTAAACCAATGATGGAGCAGTTTAACGAATAGAAAAGGTTTTTTATTGTGGAAAGTTTGTAAGTTACTTTAATTTGCATAAATAAAATTAACATAAAAATTGTCCAATTTACAACTAGATGTAACCTTAAATAAGTACAAATAATAAAAATTAAATAATTAAAAAGAGAGTATACAATGTATACTTTGTATTTATTTTTAGAGTTATTAATCATTATGTCTAGATATTTAAAAAAATTATAATGATAGAGATAATAAGATAAAAAACATAGTAAGATTACAAGTAAGCTCATGTAAATATTCATTTTAGTTATTGTTCCTTTTATGGTTATTTTGTTTATTAGTGTACATTCTAATATCAGCAATATTAATAATTTCTTCTACAGTCATTTTGCTTTCGCTAGGAACTTCCACAATACCATAGCTAAAAGATATCTTATTATCCATAATTTTACTTATTTTCTCTATAAATTCTTTTGTAGTGTTTTCATTAGATTTAGGCATAATAACTATAAACTCATCTCCTCCTATTCTAGCAAATATGTCATCTATTCCTAAGTTTTCAATAACTATACTTGAGAAGTTAATAATATAGTTATCCCCAGATAAATGTCCATATGTATCATTTATCGTCTTTAATTTATCCAAATCGATATATATCAATGAAAATAATAAACTATTATCAATGTAATGCTGTATTTTTTCAAAAGCAAATTTTCGATTATATGCTGATGTTAAATCATCAATGTTAGCTTTTTTCTTTAATAAATTGACTTTTAGTAATTGTTCTTGCTTTATCATTTTTAGTCTATTATGTTCTTTTTCTAAATAAATATTTTTTTCAATGGAATATATATGATTGATGAATATAATTAGTTGTAAGATTAATAATATGTTACTTCCCAATATAAAGTAGGAAGTTAGAGAACTTGGTGGAGCAAATGTAATTTGTATACTATCAAATAATATATATCCTAAAGTGAACCAGATAAACTTCAAAAATAGACTGAACTCTATTTGATTTTGAGTTATTATATAAATATGTTCTTTTATTTTATCCATATAGTACCATAAGATAAAATCTAAAATAGAAGCTACTAAAATACTAATTAACTTATAGGACATATTTACAGATACTATATCTGGACTTGTATTTTTAACAAGTGACATTGTACTTACAGTAATAAGGTGTAAAATACAAAAACTTATTACTGCTATATTGGAAATAAAATGGTTGTTAGTAGAACTTTTTCTGCTTAAGAGCAATTTATGATTTAGTATGTAAAACAATATATAATATAGTGGTAATGGTAATTTTGTGAATATTATTATCAAGAAGGTTAATGGTTTTATTAAAAAAAAATATTTGTAATGCTTATGTATAGTTATATTTTTGTCTCCAAAAGATGCTATTTTGCATATGTAAATGTTACATAGTTCGATTATTAATATAGTAGTTATGATTAAAAATATATGGTATTTCATAGTACATCCTCTTTTAAAGTGAAATTGTATTTACTTAAAATAGATTAGATTTTATATATTCTATTTTACAGTTTTTATTTAGGTACATGCAAAGAGCTTATTATGGATACCTTCTTTTTTATTGCATGTGTCTGTGTTAGATAAAATTTAAAAAGTATTCTATCTTACATATATAGTATGTATAATAACTATGTGTCCAAGTATAGTAATTACATATAGCAAGTATAATAGTTATGCGTATTAAATATAGTAATTACATATAGCAAGTATCATATAATTTATTATGTAAAACAAGTATAGCTATTCTATTAACGAATATACATAATATCAAAAACATATATATGTTTTGCTGGAATTTTGAAGTACTTAAAATTATTCCAATTAATATACTACAATGGTATGTTAATTTTCTGTAATATAGCTAAAATATGCTATTTTACTGCATTACAGTATTATAAAACTTAGACCATATATATAAATGGTTTATATTAATTATAGATTATGAGGAAAAAATAAGCAACTATTTTGCCCTATTAAATAAAAGTAAATAGACCTTACAAAAAACAATAAATCTAATTTATCGAAGAGGAAAAATATGAAGAGAAAACCACAATATTTAATTATTTTTGAGCATATAATTCAACAAATTTATACTGGTAAAATTACTATTGGAGATAGGCTTGATTCTATAAAAAGCATGTCAGAAGAATATATGGTATCAAAAAATACTATAAAAACTGTAATAAAAATGCTCTCAGAAAAGGGATTTATAGAGACAAAAGTTGGTTCTAGACCAGTTTTAATCCAGAGTACGAGTAAACAATCAATAGAATCTGACTTATTATATGAGAAGATTTTACAAATATCAGAAATATATAAGATTTTTAGTTTAATATTTCCTTCTATTGCTATGTACAATGTTAAGAGATTTACATCTAAAGACTTTGAAGAATTAAATGAGATTATCGATTGTATGGAAAAAAATAGTTCTAATTATTTAATCTTTAGAGAGCAGAGGCTAAAATATATAAATAAACTAATAAGTAAAACGAATAATTTCCTGATTTATCATTTTTGTGAGATTATTCAGCATGATATGATTATTTCACAGTTGGCCTATAGTTTCGATAACTTGGATAATTGTTGTATAGACTTTTTTCGTAATAAATACATAGAGCAGATAAGAAAAACTTACTTATATGGATTGGATGGAAATTTAATTGAATTAAAAAAACTATTAACATATATCTATAAAGCTTGTAGAGAATCCATACTTAAAATGGTAGAAAATCGTGCTCCACAAAGTAGAGATACAAGTAGTTTTAATTCTGTAACATTGGAAAAATGTTATTTATATGACTTAATTGTTTCAGATGTAATTTGTCAAATTTTTGAAGGAAATATTAAAATAGGAGATTGTCTACCATCAATTACTTCGATAATTAATAGATATAATGTATCTCTTCCAACAGTTAGAAGTGCCTATAATGAGTTAAATGAATTGGGAATTGCTAAAACAATTAATGGCAAGGGAACTTATATAACACTTTTTTCTGAATATGATGATGATTATATAAATACAGAAGAAGGAGCTAAAAGGTTGCGTTTGCTTTTGGATGCTATGGAGTTTGTTACAATTACTCTTGAGGATGTAGTATTTTTACTAGGAAATAAAATGGATTTGATAGCTGTAGATAAAATAGAAACTCATTTAAGGTATTTACAAAATAATTGTAAAGAGTGTAAGGTTTATCCAGATTTTGTTTTACTTTGTAAGATAGTAGATTATACAAAAATTTATATATTACAGGAAACATTTTTGCATTTAAAACAATATATGATATTTGGAATCTATTTAGAGAGATTTTTTCATGAAGAATATAATGAAATTTTGAAAACACGTTTTGATGTATGTTTTGAGATACTTAGGTATTTAAAAAAAGGAGATGTTGAGAGTTTTGCAGAATCTTTTTCCAATATTTTTAAGGAGTCTTTACAATATTTGAAAAAGGTTATATCTTCATTAAATCGCTGATATGAGATTAAAATTAGGTATATTGTAAAAAATGGTAAATGTTCTGTGGAGAAAAAATCCTTTTTTTAATTGAAAAAGCCCATAAAGTAAGCATTTCTGCTGTGTGCAATACAATCCTGTAAAGGGCGAAATGGTGTTGTCATGTAGTCTAAGTGAACAAGCAAGGTTACAAACAGTAACATGAAGTTATGAAATTAAATAAGCTGTTTGACATTTTTACGTGCTCATATTAGAATTAAAAAACTAAGTTATGTATTTTTTCTACTTAAGTGAAGAAGGCATAGACCAATCAAAAATATGGAGGATTATAAAATGGGAAAAGATAGATTTGAAAAAGTATATTCACAAGGAAAAATAAATGTAATGGAGATTTGGGTGGATAAAGAAACAGGTGTGAATTATGTATTTCACTATTATGGCAATGCAGCCGGATTTACGCCTTTACTTGACCGAGAAGGAAAACCTGTTATTTCTCCAATTGTAAGTAAATAACGTTTAAATATAGAAAAATGTAATAGATTTTTGGTTTGTAGGGCTGTTTTAACTTTCTTTATTGATTCCTTTATTGGTATAATGCATACTTCCTATTTAACCATTCTTAATAGTAGCAAGTAATGTTTCGTGTTATATACTAAGCGATTTTATTGATTTTTGTCATCATAAAAATTGTAAAATTTGCTTGTAATGGCTACCCCAATTCACAAATAAGGAATATACCTGTGGTCTTTTAAGCCAAGATTCGTAAAGTTTGTCCTGTTTCTTGTGGTTTCAAGGAGAGGGTATACCACCTTATGATACTTGAAATGGTTATTCATTCAGTAAAAAATAATAATAAAGTTTCTATGCGATTTTAAATAAAACAAGTTAAGTAATGGATATTTTCTAAGTATAATAATTGAAAATATCCATTATTGTATTTAGAATATATTCAAAACAAGATGTGTTTCATATTGTAGAATAATCTTATTATATGTAAAGTTAAGTTATTTTATAGGTATTTTTATCCAGTTATGCATTTTCATTGACCAGTTACACAGGAAATATTGAATATTGAGAAAATTGGTACTACTATATATATAAATAAAAATATATATAAAAGGAGGTTTTTATATGAGTCTTTTTGTTGGTGGATGGTCAAAATTTAGGGTTATCGAAGAAGAAGATTTAAAAGTATTTAATGAAGCTGTAGGAATGTTAAAAGGGGTTGATTATGAACCACTTATTGTTGCTACTCAAGTTGTAGCAGGAACAAATTTTAAATTTATTTGCAATGCTACTTCAGTTACAAATCCTCCACAGAATTATTTAGCAGAGATAATTGTTTTTAAACCTCTTCCTTGTGATGGACATAATGCAACAATTACAAGTATTAATATAATCAAGTAATATTAATAGGAGGTGGAAGATGAGACTAAATGTAACTAAACAAAATACTATAGAAGTTGAGAATAGTAGAAAAGAAGATGTTTATTTTGTAATAGTTGATAATGTTTTTTTTGAACGTCAAGGTGATGTATTTAATAGTATCACGAATAATAATTTAAATAATTATGATGTAAAAATATTACCAACTGATAATGTTTTTTTAGAATTAAAAATAACATCTACTAAAGATTTAGAACCTGTTTTTATTGTAGTTGAAGATAGACAATACAATCATGGTAGTATAATGTTTAAGCCAGTATTGGTATAAAATTTAAGCAAATAAAAGTGAACTATTCAAGTAGGTATAGGTGAAATATTTAAACTAAAGGAAACCTATTAAACCAGTATAGTTGAACTTATTTAAGCAAATAAAGATAACCTATTTAAACCAGTATAGTTGAATTATTTAAGCAAATAAAAATAAAATACAAGCTGGTATAGGTGTAAAACTTAAGCAGTAGTATAGGAATGTTTAAATTAATGGTACAAATATAATTAAAAGTATATATGTAATAACCATAGGAAAATAATGGACATATAATATAAAAAACAACTGTATTACATAAAATACAATAAAATAAGTGCATTAAATAAAATAACTGTGTTGGTAAAAATTATATTCTGCAACACAGTTATTTTAATAAACAAAGAAAAATAATTATTTAGTGAAAATGCAAATTTATTAAAAATAAAAAATAAATTTAAATATAGTCTAAAAATTTTACAATCTACTTAAGGGATTAAACTTTATTTAAATAAAATATATAATCAAGGGGGAAAATAAATGCCAGAAAATAACAATCAACTTTTAGAAGAAATAACACTCTTATTAAATAAAGGAAAAGCAGCAATAAATAAGGCTGAAAATCAAAATTTAATTCTAATTCTTGGTGGGACAGGATGTGGCAAAAGTACTGCAATTAACTATCTTGCAGGATGTGTAATGAGGGAAGTAGAAGATGAAGATACTGGTATATCATATATTGAGTGCTTAGACCCTGTGGCAGAGATTGGTTCAGGAGCTGTTTCTCAAACTTTATATCCAAACATTGTAAATATGAGAAAACCAATAGAAGGAATGGATGCAAAATTATGTGATACTGCAGGTTTTAGCGACAATAGGGGAGTAGCCCATGATATTAGTGCAGCAGTTTCATTAGGTAAAGTATTTAAAAATTCTGCATCTATATGTGCAGTAATTGTATTGATACCAGAAGCAGATATATTAGATTCTAGACTTACAAAAGTACTAGACCTGTTCCAACAGTTAAATATGTGTCTTCATAAAGAAAATTTTAAAGACAGTATAACTTTTTTCATTTCAAAAAGTTTCTTGGGGAGAACAGAAAAACAAATATATAATGTTATAAAAAGAAAATATGAACAATTATGCGAAAATTTAGATAGTAATATAGAGGAAAAAGCTTGGTTATTTGAAGAATTACTAAAAGATAATGGAAAAAATATTCATCTTTGTAAGCCACTTGCATCAGATGAGAGGGAAGGTTTATTAAAGCAAGTACTAGAATTAGATGAAGTTAAAGATAAGACATCAGCATTCCAGTATCCAATTAGTGCAGATGCAAGATTAGTTTTGGAGACGTTGATAAAAGAAATTCAAAACAATATCGTATCTAGCTTAGAAGATTATGTTAAGGTGTATACAGAAGATTTTATCAGTATTATTGGAAGTATAACAATGATTCAAGAAATAGCAAAATATGATGAGGTTGTAAAAGTATTTAAAAACTGGTTGGAAAGTACAACAAGTCTTACTATAGACAGATTTATCAACGTATTAGCCAAACAAAGTGGCTTATTCTTACAAGATAGTTGCATGAAATTACAAAATAAGATAAAAGGAAACTTAGATATAATTGATGCTTTAAGTAAATATACAGAACATGGAACTGGGGAAATTTTATTACCTTCTGTACATATGGAATTTATTATAGAAAAGGCAAGTAAGAAGATAATGGAACAAAACTTCATTATAATAAGAAAGAATTTAGAAAAAGTTTTAGTTTCTTATGAAGTGCAAAAACAGGTATTTACATTACCAAATAGAGAAAAATTAATGGAAGTTGCAAATAAAAAGGATTATGTATATAGTGTAAGTGATTTTAATTCAATTTTGACAAATGTTACAGTTACACAAAATGAAGAGTTAGAAGACAGTATAACAAGATTAAGTGTATATGGAGAAGAAGGTAATGAGATAATTAGAGAATTTATTGGTAAATACATTTTAAATCCATTTATAGTAAAAACAATTAATATTAATGATAAGAAAGGTATTGAAATAAGAGCGTTAATTCCAAACTTAGTAATTAGTAGTGTATTGGAATATCTCAAAAATAGAAAAGTAGATGACAATGTTTCTACATTTATGTTCTTTGCTAAAGATACTATTTATATGGATGATAACCTTGGAATGGACTTTGCATCAGAGAAAAATATTATTCTTGCTTGTAACAATCTTGATGTAGGTAGTAATGTAAAAATTAATGTAAGTGGAAAGAGCGGAGAACTTGTAGATAGTTCTATGTATGGTAAAAATGGTGAAGATGGTAGAGATTCAGGTAATATTTACTTATATATTAAAGAAGAAATTAGAAATTATCGTTTAACACTGATTGCAAATGGAGGAAATGGTTCTAAAGGAATAGATGGGAAAAATGGTGAAACAGGAGCTTCTGGAAGGAATGGAGCTGATGCAGGGTATACAAGTTATTTCCACGGACAGATGTTTAAAGGGTATTTTGCAAAAGGTACAAGTGGCAAAAAAGGTGGAGCTGGTGGAGCTGGTGGAAATGCTGGAAGAGGTGGAAATGCTGGTAAGAAAGGTAATATTTACTTCATTTCAGATTCAGAGGAACAAAAAAATAGAATAATTAATCATTGTGATATAACAGTGAAAGATGGAGAAGCAGGTCCAAATGGTAGACCAGGTTTAGGTAGATATGGAGGAAGTGGTGGTTATCACGGATATAATACACTTTCATTTTCTCCAAGTGGTATAGATAAGACTGTGTACTATACAGGATATTTTACAAGTTGGGATTATAAGTTAGATGGTATAACTAAATATCATATAGAATTTAGTGGCGGAAGTTGGAATAGAGGTAAAACAGGACCAGCAAGAGAATACGCTGAATATGGAGATAAAGGAGACGACGGAGGATTTAATGCTCCAAACACTAAATTATCAACAGCTGTTTCAAAGGTAGAAGAGAATATTATTAAAGAAAAATATCAAGGATATTGTTCTGAAATATAGAAAGGGATGGATGTATGGCAAATAAACTTTATAGTGAAATCATAAACCTTTTGGAAGAAGGAAGAGACGAGTTTAGAAAATATGACTTAAAAGAAAAATCAATTTTATTATTCTTAGGTGCTTCAGGCGTTGGAAAGAGTACTTGTATCAATTATTTAAAAGGCTGTGTAATGGAAGAAAAAACGGATGAAGAGACTGGACAAATATATATAACTGCAAAAGATTCAGCTGTTGAAATTGGAAATGGTGTATATTCTAAGACTTTGTGCCCAGAAGTTGTAGATATTGCAAATAGAGATTTTTCATTATGTGATTGCCCAGGTTTTTTTGATAACCGTGGAGCAGAGTATATGATTGCTGGTGCTATGCTTGTAAGGGAAACTATTTCTACATCTTCAAAGGTGAAAGGGATGGTAGTTATTTTAGACTATCAATCCCTACTGGACTCTAGACATACATTATTAATAGAAATAGGCAAAAATTTGAAAGATATGCTTGGTGATTATGCAAAGTATAAAGAAAATTTCTTCTTTCTTATCAATAAAATACCTAAAGCACTAATCGGTAATGTAACAGAAGAAAAAATAAGAAATATATTGAAAAAAGCAAAAGAAGACCTAGATAGTCAAGAGAAAGATTACGACGGTTATAAGGAATTAGTGTACTTATTAAATGTAGCATTATCAGATGGTGTATCTATTAAATTATGTAATCCACTAGATAAACAACCAGAAAAGTTGTTGGATGAAATGAAAAATCTCCCTGAAACTTTTGAAAAGACAGATATGGGATTGATGCTTACTGCTTCTTGTAAAATAGAAATACAAAAAGCCGTTGATGTAACCTATAAACACCTAGAAAAACTTTTAGTTCCTTATATAGAAAGTGTCAAAAAAGGTATGGAAGATTCTATTTCCATTCTATCTTCTATAAATAGTCTAAAGGATAAAAAGATTCAATTAGACAAGATGTATACAGATTTATGTAGTAGAACTAATAATATGAAAGAGCTTATGGAGTTTGTACAAGAACTTTCATATGGTGATGGCGTACAGAAAGTGAATATATTAGAAGAAACACGTCTTCTTTTAGAGTTAAATAGTTATTGTAGTGAGACTCATATTGTTGGTTTAAGTGAGTTGTTAAAATCATTGCTAAAAAACACTTTAGAAGATACATTAAAAGATATCAAATATTGGATAGCAGAAGAAGAAGAATATAGGGAAGAAGAAGCCAAAAAGCTTGAAGATGCGGAATATAGGATAGAGAAGATTCAAAGTTGTACATATATAAAATCATATGAGAAAGAAAATGTACTTTCTATATATATTCCTATACCTAAAGTGAATTTATCGGATTTGACTAAAATAATTTCTGGTTATCAACTTGATACTATATCATATATATATATGTATGGAGATTGTGAGCTAAAAATAGATTGTAATATGGAAAAAGAAGTTTTCTCAGGTAAAAATATTGTACTACTTACAAAAAAAGTATTTATACCAGAAGGCACTTATTCAATCAATGTATCTGGTAAGGATGCAGAGCAATTGGTTGGAGAAAATACTATTTATAATGGATTGGATGGAAGAGATGGTAATAATGCAGGAACTTCAGGTGATATTTTATTATCTTTTAAGGAGATAGAAAAAAGAGGAGAACTCAAACTTTATGCAGACGGCGGACAAGGTGGAAATGGAGAAGATGGAAAAATAGGAGCTACAGGATTAACTGGAGAAATGGGGGCAAATGCTAAAAGGGATTCTAAAAGAGAGTCGAAAGCATTTGTTGAAAATTATGAATCAATCTTTTTTATGATAAAAGCAGAAAAAGGAAAACAAGGTGGAACTGGAGGTACAGGAGGTAATGGTGGAAATGCAGGTATTGGGAGCAAATCTGGGCAGATTTATCTCATTGGAAAAGCGATTGTATTAAAAAGAAATATAAGCAAAAAAGATGGAAGTCATGGTATGGCAGGAAAAGGAGGTTCTGGAGGAAAAGGAGGCTCTGGAGGTCTTGGCGGAATTAGAGGTATATTTGAAGTAACAAAAACTTTTGATAAATATAATATAAACTACTATTTTTTTGATAGATGCATATTAGACGGAGGTAAAGAAGTACCAGATGATGGAGAGAAATTAAAAGCCCTTTATGAAAAACATAAGGACTGGACAATTAGCAAACGTGAAGAGTCAGGTTCAGATGGTGAAGATGGAAAAGAAGGCCGTTTTGGAGATGCACTAAAAGAAAGAGAACTGTTAAAACAAGAATATTCTTTATCAATGGATACATTCTTCTATGAGTTCCTTGAGAGATTTGGCTTTTCTGGAAGTAAGGGGTATAGAAACCTTAGAGTATTGTGTGCAGTAGGAATTTTAGAAGCTGATATTTTAGAACTTTCACATATATATGAAATTTTTCATGCAGTTGAGAAAGTAGAGATGCAGTTAAATAGAGAAATACTTCAGAAGTATTCTGGTTTTGATAAGAAAAATAAAGCAGTCATTTCTTTGGATGATATGAATATAAAGAAAGAATTTTATAAAGAGGCAAAGGAAATTTATGAATACCTTATAAATAAATTGATGCAGTCTGATAGAATAGAATCTTTTATAGGAGAAAAACAGAATTTTAGCGAATGGAGTATGATTTTATTTGCACTTGAACAAAAGGTAGCCTTTTATGTTCAGATGATAGAAGAAAATGAAATTGGAGGAAATCGTGTTACAGATATTCGTAGTTTGACAGAGTATTTAGATAAGATTTTAATAGAACTGGAACAAGGAAAGAAGGATGAGTTAAAAGAAGGATATTTCAATACATATAAAGAAAGTATCCTAACTCAAATCAAATATGGGAATCAACAAATTGAAGTTTTAAAAAAAGAACTTGAGAATAAAATGCTTTCTGTTAATGCAAAAATGAATCTGTTGATTCAAGAGATTATAAAGATAAAAGAAAATGAAAAAGAGGACATAAAGAAGCTAAAAGAAAAGCAGAAAAAACTTAAGAAACAAATGAAAAAACAATTAATTCTTTCAGGAATACAAAGTGCATTGGGCTTACTAACAGCATTTAGTGGTGTTGGACAAGCTTGTCTAGGAGCATTTGATAGTGCAAAATCTTTGCAGGAAAATCTTTTTGCTAAAGAAGAAGAATGCAAGTGGACTAACACTATGTGTGATTTTTCAGATTTTAAGTTAAATTTTGATGGTATAGACTTTGTAGTTAAAAAACAGTTAAAAGAAGATAGAAAGGAAGCTTTAGGTAAAATGACTTATAACTTGGCAGGGATTGATGGAGTAACAGAAGTTAAATTTGACCAAATTAAAGCTATCATGGTTAAGTCTATAGATGATTATGACTACCCAAACAAAGCTAATGATATTCAAATAGCAAAAGATGGTTTAAATGAAGGGAAGTATGAGGAAATTTACTCAAAAATCCAGAAAAAAGAAATAGGTATACTAGAAGCTAATTATAATAATAAACAACAAAAGGATAAGTTGGATGCACTAATAAAGAGTAAAGAGGCTATTGAAAGACAACAAAAAATATCTACTATTAAAAATGCATTAAGTATTGGTAGTTCTGCTTGTTTTCTTGTTAATACAGCAATTAGTGGTGTTAATAATTGTCTTAATGTAAAGTCTAGTTTTGAAAGCAAAATAGAGGTAGTTAAAGAGGCAATTAAAGATAAAGAAAATAATATTAAGAAGTTAGATGAATTAAATACTCAAATGGCAGAGTTTAAAGATAAGACTTTTAAAGAATCTATTATACCATTTGTAGAAAAATTTGATGATACAGTTAAAAACCAAGATATTTTTGAAAATGAGATAAGTAAATTAAAGATGAAGGAAGTTTTAACTGAATTAAGTACAAAGTTTGCAAGTTTAAAAATGGAAAATTCAGAGGACATTTCTATAATCTTCAAAAAAGTACAGGATATGATGGAAACTCAGATTATCATTACTGATAAGATTGATAAGAAAAAAGATAACCTTGCAATTGGAGAATTAATTTATCAAATATCAGATAGTGGTAATCAAATTAATGAATATGAAAAAAAACTTATTCACCAAATCGAATTAAATCAAGTTAGATATTTGTGTCAGGTTGAGGCAGCAGCTTTTCAACTATGGACGTTTCCATTTGGAAGCAATATAGTAAATATCTTAAATAGATGCCATGTAGGTATCACAGAAGATGAAAATGAGGTTGTAAATCAAGCCAAGGAACAGAATAGACAGATTAAAGAGTTTCTTGACCAAGATGTTTACCAATGGCAAAAAACGGATAACCATATTTTGAAGGTAGCATTAACAGGTAGTTTAGATGGGAAATCACGTGTGGGATTTGAAAATACATATTCTCTATATGATTGTAATGAAGAAGAAGTGAAAAAGCTTTTGACGGGAGATGAAATTAGTTTTGAAGTTCCATTAAATCAAAACTTTGATGCCATAAAATATGTAACCATGTATGCAAATATACCGAACCTTAGACGAAATATTTTAGAGGATAGTTTAAAAGTAAAGGTGCATATTCATTTATATGATAGTGGATACTTTTCTCTATATGATGATAAAAAAGATGTCTATTATCAATATGTATTTCCACAAAACTATATAGATATTACACATGGTCTTGATGTTAAATACAATGATTCAGATTCAATAAACTCAATATGGTCTTCAGTAGAAGATAAAGGAATTGAAAAGTTCAAAAATGCAGGATTAAACTCTGGTAGAAGTCCATATTCTATGGCTAAGATTTCTTTGAAGGCACATTTTAATAAGAAGCTTTCTTATGATTCACTTACAAATGAGCAGAAGAAGAAACTAGAATCATACTTTGATAAACCTAGTAAGTATGCATGGAGTGATAGTATAGATATATTGAAGAGTCTAGGGTATATTGATTTGAAGGGAATTTTGTCAAAGAGTTGGTATGAAATCAAGAAAGATATAGATAGTGATGGGGAGATTATGAAGCATTTTTCTATATTACAAGTTGATTTATTGGAAAGAATTATTTATGAGCAGACTAGTATACTAAAGGAAAATATACCTAATTTGACAATTGAATTGGTAGGCTGTGGTATTTATGTAGAGTCTGAATTTAATTATCTAAAGCAAAATGATTTAAAATGCTATGAAGAGAGATTGGTTGAAAATATAATTAATATATAAGTTTTAAAGAAATTTACAAAAGGGGATGTTTCAAAATGAAAATTTGAATCATCTCCTTTTTTGTAAAAAATAGAAATAAGTTAAGTTTAAAATTTGTAAAGCATGTTTTATAATTTTGATTAGAAAAAAGCTACTTTTAAGACAGTTTCTTTTTAAAAGATGAATTATAAATTTTTTATATACATATGTTTTATATAATAGGGATTAATGATAGTTATAAGTATTGGTGTTTTCCAATAAATTTGTCATACTGTTTAAACTTATTCCGACAGTAGATGCGTTGTGTAAAAAGGCAGATGTACTTGGTCTAACAAATCCACCTACACCAAGTAAAATCAGACCTAAATTAAAGCCGATAATAAACTTAGAACTTAAATCAATTCTCTTCATAAGATTATTACTAATCTGCTTTAAAACAATTAAATTATTCAAATTATCTGCTGATATGGTAATATCTGAAATCTCCCTTGCTATTTCAGCACCTTCACTCATTGCAATTCCAACATCTGATTCTGAAATAGCAGGAGAATCATTGATTCCATCACCAATCATAATTACTTTGCGACCTTTTAGTTTTTCACTTTTAACAAAATTGGCTTTGTCTTCTGGTAAGACTTCTGAATAATATTCATCAACACCAACTTTACTTGCTATAGATTTAGCTGTTTTTTCGCTATCTCCAGTCATCATCACAATCTTTTTTATTCCATATTCTCTTAAATTTGAAATTACATATTTTGCTTCTTTTCGTAAAGGGTCATTTATGCAAATAACTGCTGATAATTTACCCGATATTGCCATAAATAGGTGCGAATACTCATCTGATAGATTGTTGTACTTATCCTCCTCACCGTCTGGGATAGTACACTTCTCATCTTCAAATACAAAATGTTTGCTACCTATTACAACCTTTTTATCATCAACCTTTGTTGAAATACCATGAGCAATAATATATTCTACCTCTGTATGCATTTCTTTGTGACTAAGCCCTTGTTTTTCAGCTTCATAAACTACTGCATTTGCTATGGAGTGTGGGAAGTGTTCTTCTAAGCAAGCTGCAAGTCTTAACATATCCTCCTTATTATAATTTTGAAATGTAATTATATCTGAAACAGTTGGTTGAGCTTTTGTTAATGTGCCTGTCTTCTGAACCTCCCATGACTAAAGTCACAGGGTTCCTGCTTCATAGAATTTTGCATACTAAAATATGTCTTACTAATTCTCCACAGGCTATCCCCATAGTTCCTACGGTTCTTACATAAGTTATTTATTTTGAATTGTTATTAGTCTTAATCCTTCTTTTAGTATATTCATACCTGCATTTATATCTCTATCGTGAGTTTCATTACAACTAGGACAAATCCATTCTCTTATATTTAAGTCCTTAACTTCCTCGTTTTTATACCCACATTTATTGCATATTTGTGAACTTGCAAAGAATTTACCTACATTTACAATTTGTCTACCATACCAATTAGCCTTGTATTCTAATTGACGAACAAATTCTGACCATGACACATCTGAAATTAAGCGAGATAGTTTACGATTTCTAATCATATTCTTTACTTGTAAATCTTCTATGCAAATAATATCATTCTCTTTTATTAATTTAGTAGATAGTTTTTGTAGAAAATCATTTCTTTGATTAGCTATATGTTCTTGAAGTCTTGCAACTTTTAATCTTGCTTTATTTCTATTTAAACTACCGATTGTTTTTCTCAATAATTCTCTTTGTAATTTAGCAAGTTTGTTTAATGACTTCTTAAGATACTTAGGATTTTCTATAAATTCTCCACAACTTGAGATACAAAATTCTTTAATTCCTAAATCTAAACCTATCTGATTATTAGTATTTTCAAATGCTTCAATATCTACATTAGTACAGCATAATGATACATAATATCTACCACTTGGTTCTTTAGATATAGTAGCATTAAGTATTCTCCCTTTAGGTACTTGTTTATCACTTATCTTAACCATACCAAGTTTAGGTAGTTTTATATGTTGACCACAATACATAATGTTTCCATTTGTAAAGTTAGTTTTATATGAAAATCTATTAGTTTTCTTTGATTTAAATTTAGGAAATCCTGCCTTTTTTTTAAAGAATTTTCATATGCATTATCTAAATCTTTTAAGGCGTTTTGTAGTGAAAATTTGTCAGGTTCCTTAAGCCAATTTAATTCTTTTTTTAAATTGGTCAAATCAGAACTACACTGTTTATAAGTAAAGGTTTCTTTATCGTTTTTATAAACATCTATTCTTTTAGCAAGATATTTATTATATACAAATCTACAACATCCAAAAGTTTTTTTAATTAGCTCTTGTTGTTTTTTATTTGGATACATTCTAAACTTATAAGCTTTTTCCACTACTATCACCTCACTTTACTTGTTTTTTCTGATTATTTCTATATTTGACATACTATATGCATATCCTCTACCATGAGTAACTTCTACTTTTCATCACCTATCATAAGATTAAAATATTCAATTACTTAAAACAAGTATTTTGAAGGTTTTTTATATTTATTTTTAAATAACATATATAAGAACCGTAAGTCTTAACTTTTATCAGTTTTGAGGTTGTCGTTCACATAAGTTCGCTACTACCTATGCAGTTCTCTTATGAACTTCTTACACTTTCATGTAAGCACAGACTATATCTTATCCTTCGGCATTATCCGCTAAGGTCTACCCACTTCCACTACCAATAGCTTGTAGTGTACTTCCCTCAAGAGGAATAGTCGTTGAAGTTTCTCCTATTCGGAGCTTACCTGCTGATTGCCCATTTTAAAGTACTTAGGATTTAACCTTATACCATCTAACCAATTTTTTCTACTTTCGTAACTTTCACACTTAGGTTTATTTCATCCTTATGTTTTAGTTTGGTTAGCTTTAGGGGTTTTTAGCAATTCAAGTAGTATTGGATAGGTGTTATCCTATCTCTACATATAAGTTTCCCTATATGCTGACTAATTTAGCTACTAACTTATGACTAAAGTCACAAGTATGCGTAGCTATTTTTTAATCAAATACAATAGTATCTGCACATGCAACACCTTCAAGGAATTTTCCACCTTTTACAGTAATGTTGTGATTGTTACATTCTCTCATGGCTGATAGTACTGAAATAGGGATAGAGAGTTTTAATGAACAAGAGAAATCTACCATTAATATAGAGAGTGATTTTATAGGGTTTCTAGTAATTGCATATGTTAATATACTTACTAAAAAGCTGTATGGAACTAATGTATCTGCTAGATGTTCAAATTTACTCTCTACAGAAGATTTTAGTTTTTCAGATTCCTCAATCATAGTTACTATTTTCTGGAATCTAGTAGTACCAGCTTTTTCCTTTACACACATAACAATATTGCCTTGCTCTATTACAGTTCCAGCATATATGTAAGAGCTTTCTTTTTTGTTAACTGCAAGGGATTCGCCTGTAAGTGATGCCTGATTGACCATTGCTTCTCCTGATACTATAACTCCATCCAATGGAATCATATTTCCCATAGTTATACTGACTAAATCTCCTTCCTTTATCTCTGAAATTGGAATTAGTATTTCAGTGTCACCTTTTCTTAACCATACTTTTTCAATGTTTAGTGACATACTTTGAGCCAAGTCGTTTATAGATTTTTTTCTAGTCCATTCTTCTAATAATTCACCGATACCAAGAAGAAACATAACTGAACCAGCAGTATTGATATCTTTTCTAAAAATAGAAATACCTATAGCAGTGGCATCTAAAACAGAAATTTCTATTTTTTTATTTAGTAGGGAAGAGAGACCTTTTTTAAAATATTTTATAGAATGAAGTCCAATTAAAAAAAATCTCAAGGACTTTGGGAAAAATATTTTGGATATACTTTTGACTAGCAGTTTATTTACTAATTTGTCTCTATAATAATTGTTTAATTCCCTACTGGTATGTTCAGGAACTAGATTTTCTATTTTGCTATTGTTAAAACTGAATTTAGTGATTTCTCTTATTATGTATTCTCTTTCACCAGTGTAATAAATGACTGCATCACCAGTTCTATCGTAAACTTTTGCTTTGGTAATACCATTTATAGAAGTTAAATAATATAAGAGAGTATCGGACTGCTTGTTGTTTAATTTGCCAAGTTGTAAGTCAAAGCGTATACGACCTCTTATTTCGTGTTTTATATAAAAATTCAATTTACTTCCTCCTGATATTATTAATCATAATAATCATTAAATTTATTCTGTTGTACAAGTACTATTTTTTTCTTCAATTACGTTATCTTTGATTTCTTCACATTTAATGCTATTAGAATTAGTATCTTCTGCAGTTTTTATAGTTTCAGTTTTAATAACTTCTTGTTCGTATTTAGAAGTATCTTGTACAACGTTTACCTTAGATGTAGATAAGTCTTCTTGTTCGTTGATTTCTTTTGCTTCAGCTAAAATATCTTCTACATTTTCTTGAATTTTTGTAGTTGTTTCAAGAACAGAATCTTTAACTTTCAATGCTCCTGCTGTTGCACGAGTGCAAGTTTTTTTAACACAGTCACTTGAAAGTATCTTAACACCTACAGTACCAAAAAGTACTCCTCCTAAGAATATCCCTGTTTTTTTCATTTTTAAAATATTCATTTTACATTATCCTTTCATTTAGTTAGATTTTGTTTGTACTTATGTATAAGGTAACAAATGCTAAAAATAGAGTATGTTTTACAAAATTAGTTTAGAGAGTTTAGTAATTTTATTTGATTTATATTAGTAAATTTATACGAGTTTTACATGTGTAGTTTATGTAGTTGAAATAATTCTTATCTAGTTTATATATGTAATTTATATATGTAATTTATATATGTAGCTTATATAGTTGAGGTAATACTTTATATAGCTTATAGAGTTCATATAAATTTATAACCGAATACTACACAGTTTATATATAACATATTGTTCGAGCTTATAGAGTTCATATAAATTTACAACTTATATAAATTTTTTGTACTTTGTATTTTAGAGAGTTTTTGATATTTAGTCCAAAAATTTTAAAATACAGTAAAAATAATAATTGTTATTAATAGATTTGTAAAATCATATGACATTTATTACCATTTATGCAATTAAGTATAGCATGTGCGAATGGTATTTTCAACAGAAAATGATAATTTATATCAATTAATTTACTTGATTTGTAATAGAGCATCAAAAAGTATACTTATTTATATATGGGAATGAAAGGCAAAGTTTTAGTTTTTTCAATTAAAGTGCGTTAGATATATTATTATAAATGGACATTACTAATAATGATTAGGAGGGAGTGTTTATGATGTATAAATGAATAACAATATAGTTTATGATTGTAAATATTATGTAAATATAAAAGTTACTTAAATAGTTTTGGAAAATTGATATTATTGTGTCTGGGAGATTATATTTGCTTCAAAAAGAGGAAGTTATGACAAGAAATGTGTTGTTTGACATTTATACAAGCAGATATTAGAATAAAATAAAGTTAATTTATATTTCTTTGTTTTAAGCTAAGAAGGCGAGCTAGGCAATTTAAAATATATGGAATGGAGAAAAACTATGAATAAAAACAACAATTTAGTTATTATATGTATGTTTATAGGCATGATACTTGGAATGTCTATAGGTTGTGCTATAGGTATTTCTAAAGGAAATGTAGGTATTACAATGTGTTATGGTCTAGTTTTTGGAATGATAATTGGCATATGTATAGGGACTGTTATCAAAAATTCTAATAAAAAAGAATAAATGAATTTTGATTTACTAGGATGTCTAATTATGATTTATTTGTGATAAAACTTTTTAATTATCTGTAAAAAATCGAATAAGACATACTAAATAAGATACTAATAGCTATTTTTTATATTATTTTTTTAATATGGAAAAAATGGAATTTATATACACTATATTTAAATCACAAAAATAAAAGTTAATTTTGTTTAGGTGGAGATTTTTTTGCTCTTATATATTGAATAATGTCAAGTAAGTCTGCATCTTCTAAAATACGATACTTAATCCAACCTCCATTATTGCCACAAGGATAACGAGTAACCCAGAGTTTTTTAGCTTTTGGAGTCAAAGCTACCAATGTTTTTTCTACTGCTGGAACTTGCTTGTCACCTATCTGAATCAGAACAGTAAATGCACCTTTTTCAAAAAAAGCATAAAATAAATGAAAAGATTTATGGCTATATTTGTAACCCCAACCATAATTATTTCCAAAAGGAAATCGAAGTTCTCTTGATAAATTATATTGAGTTTCCAAGTAAGCTTCCAACTTACACAATCGTGCATATCCATCTTTACCTATATATTCTATTATTTGAGACAAGCAGGGTTTATTGCTTTTATCAAGCATACGTTCATACATTAGAATTTACCTCCGTTTTTACTTTTAATTATAGTAAAGTAATTATGACAACAGTATGTCAAGTTTTTATATATTATTCAAGTTTTTATGTATTATTATACTAATATGTAAAAGTATAAAGTAATTAGTTTTAGTTAATAGAAAAATATGATATTTATATATATTGGAAAAAAATGTAAAATAATGATAAAATATAGTTTATAATACAAAAGTATAATTACATTATAATTATATGTATTTAGTTGGATTTGTGTATTTAAATAATGTATAATTTATGCTGATTACTGCTAAAAAAGCATAATAATATTGTATTGTAAGGTTTTATAAACTTCTAATTGAAAGGGGATAATTCAAATGGATAAGAGATATTTAGAATCCGATGTATTTGAAGCTTTTCAAGAAAGACTTTCTTATCTTTTTAATGAATTTGATTATATCTATGTATCTTTTAGTGGAGGAAAAGATAGTGGCTTACTGCTAAATTTAGTTTTGGATTATAAGAGAAAGAATAATATAAGTTCCAAAATAGGAGTATTTCATCAAGATTTTGAGGCTCAATATAGTTTGACTACTGAATATGTTGAAAAAGTATTTGAAGAGAACATTGAAGATATTGAACCATACTGGGTGTGTTTACCAATGGCTACAAGAACTGCTGTAGGAAGTTATGAAATGTATTGGTATCCATGGGATGATGAGAAAGAAGAATTATGGGTAAGAGAAATGCCAGTCAAAGAATACATAATAAATCAAAAAAATAATCCTTTTACTTATTATAAATATAAAATGAGACAGGAAAGTTTGGCAAAACAATTTGGTAGATGGATTAGAGATATACATGAAGGTGCAAAAGTTGTTTGCTTATTAGGAACACGAGCATCAGAATCTCTACAACGTTATTGTTCTATTGTGAATAAACAGCATGGATATAAAGGAAAGTGCTGGATAACTAAGGAATTTAAAAATGTTTGGACGGCATCTCCTATATATGATTGGGAAATAGAAGATATATGGCTAGCCCACTATAAATTTGATTATGACTATAATAAAATTTATGACTTATTCTATAAAGCTGGAGTAGCTCCAAGAAAAATGAGAGTAGCATCACCTTTTAATGATTCAGCAAAAGAGAGTTTAAATTTATACAGAATATTGGACCCAGATGTATGGGTGAAATTGGTTGCTAGAGTACAAGGAGTTAATTTTACTTCTATTTATGGAAAAACAAAGGCTATGGGATATCGTAGTGTTAAATTGCCCTATGGACACACATGGAAAAGTTTTACATATTTTTTGCTTGATACCTTACCTGAAAATATAAGGAATAGCTATATTAAAAAATTTTCAACATCTATTGAGTTTTGGCAGAATACAGGTGGTGGTTTGTCAGAAATAGTTATACGTGAATTGTTGCGAAAAGGTTATAAAATAGAATTAAATGGAGTTTCAAATCATACAAAAGATAAAAAGAGTAGAGTCATATTTTTGGATGATATACCTGATGATACAGATGATATTAAATTTACCAAAGATATACCAAGTTGGAAAAGAATGTGTTATTGTATTTTAAAAAATGACCATATGTGTAGATTTATGGGATTTGGTCCTACAAAAGAACAGAGAATTAGAACGGAATATATTAAGAAGAAATATGAAAAAATTCATTAGATAGGAGTTAAGATGCTATGGAATATAAAAGTCCTGTATATGGAATCATCGCAGTGCCAATCGAAAAGATAGAATCTAACGACTATAATCCAAATGCAGTAGCCCCACCAGAAATGCAGTTGTTGTATAAAAGCATAAAAGAAGATGGGTATACAATGCCAATTGTCTGTTATTATAATGAGGAAAAGGATAAGTATATTATTGTAGATGGTTTTCATCGATATAGAGTAATGCTTGAAAATGAGGATATATATGATAGAGAAAATGGACTTCTTCCTGTTTCAGTAATTGATAAATCTCTTGATGAAAGAATGGCAAGTACTATTCGACACAATCGTGCAAGAGGTTCTCATAATGTGGATTTAATGAGTAAAATTATAACTGAACTTTGTGAAATTGGAAAATCTGATGAATGGATATCAAAGCACCTGGGTATGGAAGTTGATGAAATTCTTAGATTGAAGCAAATAACTGGATTAGCTTATTTATTTAAAGATAAAGAGTTTGGTAATGCATGGATTCCTTTTGGCTCTGATATAGAAGAAGAAATTTAAAGAGATTTATTAAAAGAAAAATATATATTAAAAAATAAAATTTAAAATATATATTAAAAAATAGAGAGTTTTAATATTATATATAAGCACAGAAAAAAGAGTAGGAAAAATATCCTATTCTTTTTTTATTTTTATAATTATACTCTTAGAATAAATAAAATTATATAAATGAATGTATTTTAATATAGATTTATTTATAAAAAAATAGTATTAAATTGTATATTTATATCGTTTTTAATAAAAAATAATCACATTTTATTTAAAAATGAATAATATATAGTAAATAGTAATTAAGATATAAAAAATTGTATAAACTCTATATTACTTATTTAAAATAGATATTTATGAAAGATTAATTAGGAAAATTTTTAGAGGTAAAATAAGAACAAAAAAAGATACTTATTTAATTATTCAATCTTATTAAAGACCTATTAAAACTACCGATTATAATATAGAACCAGTATACAATTTTTAAAAATAATGCTATTTTAAAATTCTAAAAATTAAGGAGGATAATTAATGGGATATTTAAAAGAGGATAAACAAGACTATTGTTGTGAATTTGCCAGACCATACATCAATCGTCAAATTTATGATGACACATACAATCCAAAAACAGCATTAAAAAGAGGTACTTTATTTCCAGAATTAGATTTAATAGAGTCAAATAACTATAATGATTGGCTATATGCAAATCCTAAAAATAGAGTTAGAGCTAAAAAAGGGGGTAACATGTACTAATGTCATTAAATAGAAGAGAACTTTTAGAGAGAATTTCAGAATATCAATTTGCCTGTATAGAATTAAATTTATATTTAGATAACAATCCAAGGGATAAGAAAGCTCTTGATTCATACAACAGATACTGCGATAAATTTACACAAGCTGTGTGTGATTATGAATCTAGATATGGAGCATTAACTAATTTTGGATATGAATCAAGTGAATATCCTTGGTCATGGATATCTGAACCTTGGCCATGGGACAAATCATTTTATAAATAAAATTATTAAGCTTTAAAATTAGATTTATTATTAAATATATATTAAGGAGGAGTAAGATAATATGTGGATTTATCAAAAAACACTGGAACATCCAGTTAACATAAGACAAGCAGACCCTAGAATGGCAAAATATATCATGACTCAGTTGGGAGGACCTAATGGTGAGTTAGCAGCTGCAACTAGATATCTTCAACAAAGATATACTATGCCAACTGGAAAATCTCGCGCACTTTTAACTGATATAGGTACAGAGGAAATGGCTCATGTTGAGATAATTTCTTCAGTGTTATATCAATTAATAGGCAGTTGTACTCCAGAAGAGCTTAAGGCTGCTGGTCTTGGTAGTAATTATGCTAATTTTGGACATGGTCTTCAGCCAGTAGATTCTAATGGAGTAAACTTTACTACAAGTTATATTAATGTCTTTGGCGATTCGGTAACTGATTTACATGAGGATATGGCTGCTGAACAAAAAGCATTGGCTACTTACTATCAATTAATAAATTTAACTGATGACCCTGATTTAAAAGATATATTGAGATTTTTGGGTGAAAGGGAAGTAGTTCACTATCAAAGATTTGGTGAAGCACTAATGGATGTTTATGAGTTTACAGAGTGCAAGCATCAGTTTTAA

Protein sequences of DBSCAN-SWA_2

>CP012312|618303:661836|640252_641692_+|AXU74276.1|DBSCAN-SWA
MKRKPQYLIIFEHIIQQIYTGKITIGDRLDSIKSMSEEYMVSKNTIKTVIKMLSEKGFIETKVGSRPVLIQSTSKQSIESDLLYEKILQISEIYKIFSLIFPSIAMYNVKRFTSKDFEELNEIIDCMEKNSSNYLIFREQRLKYINKLISKTNNFLIYHFCEIIQHDMIISQLAYSFDNLDNCCIDFFRNKYIEQIRKTYLYGLDGNLIELKKLLTYIYKACRESILKMVENRAPQSRDTSSFNSVTLEKCYLYDLIVSDVICQIFEGNIKIGDCLPSITSIINRYNVSLPTVRSAYNELNELGIAKTINGKGTYITLFSEYDDDYINTEEGAKRLRLLLDAMEFVTITLEDVVFLLGNKMDLIAVDKIETHLRYLQNNCKECKVYPDFVLLCKIVDYTKIYILQETFLHLKQYMIFGIYLERFFHEEYNEILKTRFDVCFEILRYLKKGDVESFAESFSNIFKESLQYLKKVISSLNR
>CP012312|618303:661836|657165_657354_+|AXU74287.1|DBSCAN-SWA
MNKNNNLVIICMFIGMILGMSIGCAIGISKGNVGITMCYGLVFGMIIGICIGTVIKNSNKKE
>CP012312|618303:661836|623355_624042_-|AXU74264.1|DBSCAN-SWA
MLDKIRTYIDNSFTGVNETKKVKELKDELFENLKEKYNDQIQDGKTEQEAYNSVISGIGDLSELIESVKEPYSLPSELIEEKKKRALRASIAVALFIISPFLFVVSVVSFSIEPTIAILLMLILIALGVGLLVYNQMTRTNYALYNDNLSNKFKKFEDFEENYNHINPVYKSFINAYWIIIVAIYLITSILFNIWFFSWILFIIGAAGINIFKGIIQLKGYKEDDKYE
>CP012312|618303:661836|642802_643078_+|AXU74278.1|DBSCAN-SWA
MSLFVGGWSKFRVIEEEDLKVFNEAVGMLKGVDYEPLIVATQVVAGTNFKFICNATSVTNPPQNYLAEIIVFKPLPCDGHNATITSINIIK
>CP012312|618303:661836|659661_660198_+|AXU74290.1|DBSCAN-SWA
MEYKSPVYGIIAVPIEKIESNDYNPNAVAPPEMQLLYKSIKEDGYTMPIVCYYNEEKDKYIIVDGFHRYRVMLENEDIYDRENGLLPVSVIDKSLDERMASTIRHNRARGSHNVDLMSKIITELCEIGKSDEWISKHLGMEVDEILRLKQITGLAYLFKDKEFGNAWIPFGSDIEEEI
>CP012312|618303:661836|624734_626075_+|AXU74266.1|DBSCAN-SWA
MIKSSLFWNIFIAISFMIEWFLCKKMLDYTSEKRISNKKINFCMVGIIVFADIIYFFDVPPNIRVIISIIITIAFYKISYDVRFIKSVLISLIYWMLLIATDALSISLTVWLNSINDMSSIGTGDIYRIESIILGKILLIVSLFLYRALKIKLNIEINKRTLFYIVIPIVANIASFFVIFEYIFNPGSGSLIHNFQFVMISVVLLVSSITLVLIAKKLQQYNTLVVENNMIKNTLKYENEYYEDIEKKYLKTRLLSHDMKNHILCINAMIKKGIDVTSYLNNLQVEIQSNDLLFNTGNFILDAILSEKKEVCDKNDIELKIGINFSCCEAVELVDICHIFSNILDNAIEACNKIDSGNRVICVKGDVIQNFYLIRVENTKINKIITKNGDILTDKKGSLHGLGIKSVKNSVNKYGGNVVIEYDDKKFVVKIAIPLRNVKKAVNHVI
>CP012312|618303:661836|652858_653614_-|AXU74283.1|transposase|DBSCAN-SWA
MYCGQHIKLPKLGMVKISDKQVPKGRILNATISKEPSGRYYVSLCCTNVDIEAFENTNNQIGLDLGIKEFCISSCGEFIENPKYLKKSLNKLAKLQRELLRKTIGSLNRNKARLKVARLQEHIANQRNDFLQKLSTKLIKENDIICIEDLQVKNMIRNRKLSRLISDVSWSEFVRQLEYKANWYGRQIVNVGKFFASSQICNKCGYKNEEVKDLNIREWICPSCNETHDRDINAGMNILKEGLRLITIQNK
>CP012312|618303:661836|658330_659644_+|AXU74289.1|DBSCAN-SWA
MDKRYLESDVFEAFQERLSYLFNEFDYIYVSFSGGKDSGLLLNLVLDYKRKNNISSKIGVFHQDFEAQYSLTTEYVEKVFEENIEDIEPYWVCLPMATRTAVGSYEMYWYPWDDEKEELWVREMPVKEYIINQKNNPFTYYKYKMRQESLAKQFGRWIRDIHEGAKVVCLLGTRASESLQRYCSIVNKQHGYKGKCWITKEFKNVWTASPIYDWEIEDIWLAHYKFDYDYNKIYDLFYKAGVAPRKMRVASPFNDSAKESLNLYRILDPDVWVKLVARVQGVNFTSIYGKTKAMGYRSVKLPYGHTWKSFTYFLLDTLPENIRNSYIKKFSTSIEFWQNTGGGLSEIVIRELLRKGYKIELNGVSNHTKDKKSRVIFLDDIPDDTDDIKFTKDIPSWKRMCYCILKNDHMCRFMGFGPTKEQRIRTEYIKKKYEKIH
>CP012312|618303:661836|655824_656220_-|AXU74286.1|DBSCAN-SWA
MNILKMKKTGIFLGGVLFGTVGVKILSSDCVKKTCTRATAGALKVKDSVLETTTKIQENVEDILAEAKEINEQEDLSTSKVNVVQDTSKYEQEVIKTETIKTAEDTNSNSIKCEEIKDNVIEEKNSTCTTE
>CP012312|618303:661836|660938_661202_+|AXU74292.1|coat|DBSCAN-SWA
MSLNRRELLERISEYQFACIELNLYLDNNPRDKKALDSYNRYCDKFTQAVCDYESRYGALTNFGYESSEYPWSWISEPWPWDKSFYK
>CP012312|618303:661836|635115_637200_-|AXU74273.1|DBSCAN-SWA
MSKYIDFANIEYSLLMNALDVSVSKHLLDEHFTVVWANDRYYEMFGYTKEEYETLFHNQCDLFYKDNPEDWNELVEYVEKTFSTGAKKYDYVCRMKHRNGKKLWIKLFGFLTGEVVNGYPISYSVMIDITEQMMIKIEQTVTYNNFPGLIAKFKVTDFGFQLLDANKKYFDMFKDNVNFLLDDINLESYLSAVYKYQSDFKAGKYVCFSVSPQNINGDIVHMQVVAECIDWEDNKPIYLLIYSDVTKLVKQNEIIEKNNKELKKLAFIDSVTGGINRTKFNIIAKEIISKSPSGTYTLIWLNMKKFKLINDLAGNIAGDNLLKYIYNCISKHLHESELVTRIFADKFILLLKDKPEDITSRLNSMVTHINRFNDNADYKYILYFTAGAYVIYDTSLDITNIQDSANVASKSIKNVENHGLCICNFYSKKDKEKLILEQSIENRMYEALEKREFQVYLQPKLELSTQTICGAEALVRWIHPVEGIIPPNEFIPLFEKNGFIIQLDLYVFEEVCKTLKKWIDDGLNPINISVNMSRYHFSSNNFIKTYDKIAKKYGIPSHLIEIEITETIVFEDVKVFSEIINEIHKNGFKCSIDDFGSGYSSINMLKDIYVDTLKLDRAFFQSEHLDSQRERDIIVSIIELAKKLKMTTVAEGIETSFQKDFLQEINCDMLQGYVFSRPLPIKDFEKLMFQNSSN
>CP012312|618303:661836|624053_624374_-|AXU74265.1|DBSCAN-SWA
MTIASDMIRGHTETIILKHLLEKDSYGYEINKSILEKTKGLYELKEATLYTAFRRLEQSGAITSYWGDEVTGARRKYYSITSIGKEKYIKSREEWNNTKALIDILI
>CP012312|618303:661836|657535_657976_-|AXU74288.1|DBSCAN-SWA
MYERMLDKSNKPCLSQIIEYIGKDGYARLCKLEAYLETQYNLSRELRFPFGNNYGWGYKYSHKSFHLFYAFFEKGAFTVLIQIGDKQVPAVEKTLVALTPKAKKLWVTRYPCGNNGGWIKYRILEDADLLDIIQYIRAKKSPPKQN
>CP012312|618303:661836|626716_627286_-|AXU74267.1|DBSCAN-SWA
MSYMPTLEQAWEILRKYNKEEFHIRHAQIVSGVMRYYAKEYDPERVEFWEIVGLLHDLDFEMYPDEHCVKQRELMTELDLDKSIIDSTISHGYGLTGSDVKPEQFMEKVLFAVDELTGLIGAAAIMRPSKSVSDLELKSVKKKFKDKSFAAGCSRDVIRSGAEMLGWELDKLIQTTIEAMRSLIPEMAI
>CP012312|618303:661836|638478_639657_-|AXU74275.1|DBSCAN-SWA
MKYHIFLIITTILIIELCNIYICKIASFGDKNITIHKHYKYFFLIKPLTFLIIIFTKLPLPLYYILFYILNHKLLLSRKSSTNNHFISNIAVISFCILHLITVSTMSLVKNTSPDIVSVNMSYKLISILVASILDFILWYYMDKIKEHIYIITQNQIEFSLFLKFIWFTLGYILFDSIQITFAPPSSLTSYFILGSNILLILQLIIFINHIYSIEKNIYLEKEHNRLKMIKQEQLLKVNLLKKKANIDDLTSAYNRKFAFEKIQHYIDNSLLFSLIYIDLDKLKTINDTYGHLSGDNYIINFSSIVIENLGIDDIFARIGGDEFIVIMPKSNENTTKEFIEKISKIMDNKISFSYGIVEVPSESKMTVEEIINIADIRMYTNKQNNHKRNNN
>CP012312|618303:661836|629852_631313_+|AXU74270.1|DBSCAN-SWA
MFNELRTKENVYKNLINGKWVESNSRKPIEIYSPIDNSLVGKVQSMTKHEVDEAIKNTKESIKVWADMPVYKRANIFHKAADLLLENIDEIANILVLEIAKDIKSARAEVERTADFLRYTADVGKNMEGEAISGDNFPGGTRNKMSYVSRVPLGTVLAISPFNYPVNLSMSKIAPALIGGNAVVLKPATQGAISALHVVEIMRKAGIPDGVLNTITGRGSEIGDYVVTHKGINFINFTGSTEVGQHISKISGMVPLLLELGGKDAAIVLEDADLDFAAKNIVSGAYSYSGQRCTAVKRILVQESVADKLVGKIKPLVEKLTIGNPMDEVVITPLIDNKATDFVQGLVDDALHKGAKLITGNVRKNNLFYPTLLDNVNVDMKIAWEEPFGPVLPIIRVKDINQAIEIANQSEYGLQSSVFTSDIDRAFYIADKLEVGTVQINNKTERGPDHFPFLGVKASGMGTQGVKYSIEAMTRPKAVVVNVREL
>CP012312|618303:661836|646411_651595_+|AXU74281.1|DBSCAN-SWA
MANKLYSEIINLLEEGRDEFRKYDLKEKSILLFLGASGVGKSTCINYLKGCVMEEKTDEETGQIYITAKDSAVEIGNGVYSKTLCPEVVDIANRDFSLCDCPGFFDNRGAEYMIAGAMLVRETISTSSKVKGMVVILDYQSLLDSRHTLLIEIGKNLKDMLGDYAKYKENFFFLINKIPKALIGNVTEEKIRNILKKAKEDLDSQEKDYDGYKELVYLLNVALSDGVSIKLCNPLDKQPEKLLDEMKNLPETFEKTDMGLMLTASCKIEIQKAVDVTYKHLEKLLVPYIESVKKGMEDSISILSSINSLKDKKIQLDKMYTDLCSRTNNMKELMEFVQELSYGDGVQKVNILEETRLLLELNSYCSETHIVGLSELLKSLLKNTLEDTLKDIKYWIAEEEEYREEEAKKLEDAEYRIEKIQSCTYIKSYEKENVLSIYIPIPKVNLSDLTKIISGYQLDTISYIYMYGDCELKIDCNMEKEVFSGKNIVLLTKKVFIPEGTYSINVSGKDAEQLVGENTIYNGLDGRDGNNAGTSGDILLSFKEIEKRGELKLYADGGQGGNGEDGKIGATGLTGEMGANAKRDSKRESKAFVENYESIFFMIKAEKGKQGGTGGTGGNGGNAGIGSKSGQIYLIGKAIVLKRNISKKDGSHGMAGKGGSGGKGGSGGLGGIRGIFEVTKTFDKYNINYYFFDRCILDGGKEVPDDGEKLKALYEKHKDWTISKREESGSDGEDGKEGRFGDALKERELLKQEYSLSMDTFFYEFLERFGFSGSKGYRNLRVLCAVGILEADILELSHIYEIFHAVEKVEMQLNREILQKYSGFDKKNKAVISLDDMNIKKEFYKEAKEIYEYLINKLMQSDRIESFIGEKQNFSEWSMILFALEQKVAFYVQMIEENEIGGNRVTDIRSLTEYLDKILIELEQGKKDELKEGYFNTYKESILTQIKYGNQQIEVLKKELENKMLSVNAKMNLLIQEIIKIKENEKEDIKKLKEKQKKLKKQMKKQLILSGIQSALGLLTAFSGVGQACLGAFDSAKSLQENLFAKEEECKWTNTMCDFSDFKLNFDGIDFVVKKQLKEDRKEALGKMTYNLAGIDGVTEVKFDQIKAIMVKSIDDYDYPNKANDIQIAKDGLNEGKYEEIYSKIQKKEIGILEANYNNKQQKDKLDALIKSKEAIERQQKISTIKNALSIGSSACFLVNTAISGVNNCLNVKSSFESKIEVVKEAIKDKENNIKKLDELNTQMAEFKDKTFKESIIPFVEKFDDTVKNQDIFENEISKLKMKEVLTELSTKFASLKMENSEDISIIFKKVQDMMETQIIITDKIDKKKDNLAIGELIYQISDSGNQINEYEKKLIHQIELNQVRYLCQVEAAAFQLWTFPFGSNIVNILNRCHVGITEDENEVVNQAKEQNRQIKEFLDQDVYQWQKTDNHILKVALTGSLDGKSRVGFENTYSLYDCNEEEVKKLLTGDEISFEVPLNQNFDAIKYVTMYANIPNLRRNILEDSLKVKVHIHLYDSGYFSLYDDKKDVYYQYVFPQNYIDITHGLDVKYNDSDSINSIWSSVEDKGIEKFKNAGLNSGRSPYSMAKISLKAHFNKKLSYDSLTNEQKKKLESYFDKPSKYAWSDSIDILKSLGYIDLKGILSKSWYEIKKDIDSDGEIMKHFSILQVDLLERIIYEQTSILKENIPNLTIELVGCGIYVESEFNYLKQNDLKCYEERLVENIINI
>CP012312|618303:661836|660717_660939_+|AXU74291.1|coat|DBSCAN-SWA
MGYLKEDKQDYCCEFARPYINRQIYDDTYNPKTALKRGTLFPELDLIESNNYNDWLYANPKNRVRAKKGGNMY
>CP012312|618303:661836|643097_643385_+|AXU74279.1|DBSCAN-SWA
MRLNVTKQNTIEVENSRKEDVYFVIVDNVFFERQGDVFNSITNNNLNNYDVKILPTDNVFLELKITSTKDLEPVFIVVEDRQYNHGSIMFKPVLV
>CP012312|618303:661836|661263_661836_+|AXU74293.1|coat|DBSCAN-SWA
MWIYQKTLEHPVNIRQADPRMAKYIMTQLGGPNGELAAATRYLQQRYTMPTGKSRALLTDIGTEEMAHVEIISSVLYQLIGSCTPEELKAAGLGSNYANFGHGLQPVDSNGVNFTTSYINVFGDSVTDLHEDMAAEQKALATYYQLINLTDDPDLKDILRFLGEREVVHYQRFGEALMDVYEFTECKHQF
>CP012312|618303:661836|631680_632286_+|AXU74271.1|DBSCAN-SWA
MPKGIVLTPEQQAERREKIVAVALSLMAENGFQKTSMREIAVLANMGKSSLYDFFKTKDEIVVYAVEKEIEKTIQQVHRIIDGEPSPQQCLRKIMLNHLRFPEQYRTVLMWLNTESDYLEEEYRKRLKDARYAYQDIIKSVIDNGVTTGIFRKTDTALVTRLLINSMLSISYTSRPSDSSEKMLDETMNIFLHGIMNDGGE
>CP012312|618303:661836|618303_620223_+|AXU74261.1|tRNA|DBSCAN-SWA
MIKVALKDGSIKEFENAISVMDVAKSISEGLARNVVAASVNGEVVGLDHIIDTDCDLNLFKFEDKEGKEVFRHTSAHILAQAIKRLYPEAKLAIGPSIENGFYYDIDLDHRLVPEDLEKIEAEMKKIAKEDLKIERFELPRNEALELMKEQGEDYKVELISDLPESEIISFYKQGDFTDLCRGPHLPSTKKVKAVKLQSVAGAYWRGDENNKMLQRIYGTSFEKNKDLEEYLHLLEEAKKRDHRKLGKELGLFMIPEEGPGFPMFLPKGMELKNELLKFWREIHRKAGYIEIESPIILNRKLWETSGHWYHYKENMYTVKIDDEDYAIKPMNCPGGLIYYNSQLHSYRDFPMRVAELGRVHRHELSGALQGLMRVRAFTQDDSHIFMLPEQIKDEIKGVANLIDGIYKTFGFEYNLELSTRPENSMGSDEEWEAAENGLREALEELGLPYTINEGDGAFYGPKIDFHLKDCLGRTWQCGTIQLDMQLPRQFDNTYIGQDGEKHRPVMIHRVAFGSIERFIGILIEHYAGKFPVWLSPTQVKILPISDKFMDYANEVKKELFDKGIRVELDDRAEKIGFKIREAQLEKVPYMLIVGEKEVADNNVSVRSRDKGEIGSIKLDEFIASISKEIESRESIIQD
>CP012312|618303:661836|643901_646397_+|AXU74280.1|DBSCAN-SWA
MPENNNQLLEEITLLLNKGKAAINKAENQNLILILGGTGCGKSTAINYLAGCVMREVEDEDTGISYIECLDPVAEIGSGAVSQTLYPNIVNMRKPIEGMDAKLCDTAGFSDNRGVAHDISAAVSLGKVFKNSASICAVIVLIPEADILDSRLTKVLDLFQQLNMCLHKENFKDSITFFISKSFLGRTEKQIYNVIKRKYEQLCENLDSNIEEKAWLFEELLKDNGKNIHLCKPLASDEREGLLKQVLELDEVKDKTSAFQYPISADARLVLETLIKEIQNNIVSSLEDYVKVYTEDFISIIGSITMIQEIAKYDEVVKVFKNWLESTTSLTIDRFINVLAKQSGLFLQDSCMKLQNKIKGNLDIIDALSKYTEHGTGEILLPSVHMEFIIEKASKKIMEQNFIIIRKNLEKVLVSYEVQKQVFTLPNREKLMEVANKKDYVYSVSDFNSILTNVTVTQNEELEDSITRLSVYGEEGNEIIREFIGKYILNPFIVKTININDKKGIEIRALIPNLVISSVLEYLKNRKVDDNVSTFMFFAKDTIYMDDNLGMDFASEKNIILACNNLDVGSNVKINVSGKSGELVDSSMYGKNGEDGRDSGNIYLYIKEEIRNYRLTLIANGGNGSKGIDGKNGETGASGRNGADAGYTSYFHGQMFKGYFAKGTSGKKGGAGGAGGNAGRGGNAGKKGNIYFISDSEEQKNRIINHCDITVKDGEAGPNGRPGLGRYGGSGGYHGYNTLSFSPSGIDKTVYYTGYFTSWDYKLDGITKYHIEFSGGSWNRGKTGPAREYAEYGDKGDDGGFNAPNTKLSTAVSKVEENIIKEKYQGYCSEI
>CP012312|618303:661836|627446_628697_-|AXU74268.1|DBSCAN-SWA
MVKSLKTFNKNFNLMVLGQIISLFGASILKFALSLYILDITGKAEIFATILAVSSIPIIIFSPIGGAIADIFNRRNLMVIFDFSSSITVLVLVIFLFNNSGSILLVGIIMTILSVISTMYQPTVQSSTPMLVDSEHLMNANGIVAGVASLTNIAGPVLGGVLYGIVGINAIVVISCISFFLSAIMEIFIQIPFVKQEQSSNIIKTIFTDIKDGIVHICKENRFILKILFLAIAINLFLTSMLIVGIPYIVKITMGANNFLYGLAEGAISFSSLVAAVSIGIFSKYLKVTNLHIPFIICALVFIPMAFSVYPFILNTGFPIPFLIFIVSSMLIFFTTTLASIYVITITQLKTPNELLGKVMSIIFAGTSIAMPLGQVMYGKLFDLLSDRVYIIILGVGFITLLIAFVSKITLRNEKL
>CP012312|618303:661836|651799_652666_-|AXU74282.1|DBSCAN-SWA
MLRLAACLEEHFPHSIANAVVYEAEKQGLSHKEMHTEVEYIIAHGISTKVDDKKVVIGSKHFVFEDEKCTIPDGEEDKYNNLSDEYSHLFMAISGKLSAVICINDPLRKEAKYVISNLREYGIKKIVMMTGDSEKTAKSIASKVGVDEYYSEVLPEDKANFVKSEKLKGRKVIMIGDGINDSPAISESDVGIAMSEGAEIAREISDITISADNLNNLIVLKQISNNLMKRIDLSSKFIIGFNLGLILLGVGGFVRPSTSAFLHNASTVGISLNSMTNLLENTNTYNYH
>CP012312|618303:661836|629002_629554_-|AXU74269.1|DBSCAN-SWA
MAKSFTEIEKDNIRKRLISECEINWSKYGYKKTNIDELCSKSGIAKGSFYTFFDSKEKLFFEVLNEIQNKLISSVDEILSNMPPKEGFAKSLKMLYRLYDKNPFLYLPNNHDYISLINKLPQDMFSKLEYNNIQSFYDLIEKYNLKLKIEKEKAFGICVALLSSLLILNITILKYLILWWIIL
>CP012312|618303:661836|642004_642184_+|AXU74277.1|DBSCAN-SWA
MGKDRFEKVYSQGKINVMEIWVDKETGVNYVFHYYGNAAGFTPLLDREGKPVISPIVSK
>CP012312|618303:661836|632288_634856_+|AXU74272.1|DBSCAN-SWA
MIYYVLPLEHKQATIEIVGGKGMSLSKLLTAGISVPDGFHVTTASYQIFVETNHIQSRINKLLDGIDSNNTSQLEDISKKIGVLFHNGEMPQEVSDAIKTAYAGLGNISVAVRSSATAEDLPDASFAGQQETYLNIQGEDEVIDAVKRCWASLWTARAIAYRVKNNIKHEIVALAVVVQKLAFSDSSGIMFTLNPINGRRSEMIINAAWGLGEAVVSSLVTPDTIVVDKDSERIISYEVANKEIMTVRTSEGTEETMVPERLRKKYALTRNQVMQLIQLGKKIEKYYQMPMDVEWALEKDKLYIVQARPITVLPPEWVLPEQDVVYTKGSLAEHLPNPVTPLFATLGLEIVNRASELLWIDMFGKSAKKLLPKNGAYTVINGYVYLSAKSKPLLIAIKSLSPRSLRRTLMNSVARWETARKGYEDAIKQWEEKPLHTMNAHQIMEGIQTIFYAACIYFTRIQLTLPAASISETLFTKLFQGAVRRAGITDTSVFLLGFDTIALQSEKELWGISEWVKQNNSINLYLQNSSAIKIAEDFMSSVVPVGVSQEVWIEWKNRINKYFKEFGRTAYEFDFAYSTPQETLTPTFESVKTFVEGKGESPFLRQTTFEKRRKHAEEEILQHIGGLRKKLFFKLLHWAQETSPMRENAIYLMGMGHPLIRCMFQEISERFIQGGAISHLDDIYWLTKSELEALIEQLDKNRSLSDMNGLIPVRKAELKKYMGYVSPSKLPEKNKKTISQALQKQKDGKIVLTGIGTSTGVVTAPACVLNSPADFESFQPGSVLVAVTTTPAWTPLFSSASAIVTDIGGPLSHSSIVAREYGIPAVMATHIATRTIKSGQMITVDGLAGTVTFDE
>CP012312|618303:661836|653592_653967_-|AXU74284.1|transposase|DBSCAN-SWA
MEKAYKFRMYPNKKQQELIKKTFGCCRFVYNKYLAKRIDVYKNDKETFTYKQCSSDLTNLKKELNWLKEPDKFSLQNALKDLDNAYENSLKKRQDFLNLNQRKLIDFHIKLTLQMETLCIVVNI
>CP012312|618303:661836|654621_655782_-|AXU74285.1|DBSCAN-SWA
MNFYIKHEIRGRIRFDLQLGKLNNKQSDTLLYYLTSINGITKAKVYDRTGDAVIYYTGEREYIIREITKFSFNNSKIENLVPEHTSRELNNYYRDKLVNKLLVKSISKIFFPKSLRFFLIGLHSIKYFKKGLSSLLNKKIEISVLDATAIGISIFRKDINTAGSVMFLLGIGELLEEWTRKKSINDLAQSMSLNIEKVWLRKGDTEILIPISEIKEGDLVSITMGNMIPLDGVIVSGEAMVNQASLTGESLAVNKKESSYIYAGTVIEQGNIVMCVKEKAGTTRFQKIVTMIEESEKLKSSVESKFEHLADTLVPYSFLVSILTYAITRNPIKSLSILMVDFSCSLKLSIPISVLSAMRECNNHNITVKGGKFLEGVACADTIVFD
>CP012312|618303:661836|622325_623363_-|AXU74263.1|DBSCAN-SWA
MNKKLIKAKIFTWSIVAISLSIVFVSLLIGTIISHSFNFPFNILNPKYNYDNYIVAKNESFSDKINDINVDWISGEVIVKRSDSNKIKLIQKIPSNFSKKKLAKIMVDGDSLSIYDNSAKKFFIGINLPKPTILELYLPNKLYDKITLYTTSADIYSTYIRSNTVEANTVSGAIGLSGNINKINLDTTSGHIDIAKLNSKNATLKSTSGEIQLSGKIDVLNLETTNGNINLKDIYNKNLTCSSVSGKMNLSGVFSDIKAESTSSNIKITSSKMLSSLYCETTSANVDLSIPDNPGFTLNFDKVSGVLDSDFELNRHSDLYTYKNGITDLYLSTTNGNLTIIKNNH
>CP012312|618303:661836|620988_622104_+|AXU74262.1|transposase|DBSCAN-SWA
MIEKVEEKSKIIKTSKEYKRTIVEEKDKEWTKKLNDILSRSSFSNDELDKIKELIPKEILTCENVGEVVTEDGYAKPEYDEVFKSLFTLNNEYDLLVNFINDILKDAPYANRNIKPFTQIKRIIRVETDPTINYIGEKRPRLDILAEDEENNHINIEMQRAFENDYLERAEYYLSRVHGRKLEEGKEYKEIGKTIGIHILNHVKYNHIEDYVNCLRLTMDGHPDIYSSKTALYFIELPKIHKSDYIVNRIMLWGKLISNPSSLDVRVIAKNDSIIKKALDRLKELGSNEEYLLNLKRGAYIMNKSRNFKEEIERETETRVARETAIRVAKEKDYKIIIMLKKNGFKLDDILNKFNDFDLSEDEIKEVYENN
>CP012312|618303:661836|637247_638477_-|AXU74274.1|DBSCAN-SWA
MNIYMSLLVILLCFLSYYLYHYNFFKYLDIMINNSKNKYKVYIVYSLFNYLIFIICTYLRLHLVVNWTIFMLILFMQIKVTYKLSTIKNLFYSLNCSIIGLAINIFFRSLMSIVLNMPAYLFDSNSITNIYRVFSILLSFIVTGLYFSYKNHKNNKINFEAVLEDKKNLIFLLSLMFGMYLYLCLSLSIYYTVGNVLILKLYGIKSAIIVLVGNYIAERYSFRITQIKGYDIKNQIEYVESIKTEYEINKLNDIVYTDLLTGFYNRPFVNQKLSEWTSNHYKFTLCFTDLNSLKPVNDKFGHQFGDKYISTTAQIIKKLINVENSLLFRYGGDEFLFLLQNTSCIEAEKIMIDINYELSKLSNTDEYPYALSISYGLVEWDGISDIETLIAEADSLMYENKLKNKSTLN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU74261.1|618303_620223_+|tRNA	threonyl-tRNA synthetase	A0A2K9L297	Tupanvirus	1.3e-144	39.9
AXU74262.1|620988_622104_+|transposase	PD-(D/E)XK nuclease family transposase	NA	NA	NA	NA
AXU74263.1|622325_623363_-	hypothetical protein	NA	NA	NA	NA
AXU74264.1|623355_624042_-	pentapeptide repeat-containing protein	NA	NA	NA	NA
AXU74265.1|624053_624374_-	transcriptional regulator	NA	NA	NA	NA
AXU74266.1|624734_626075_+	two-component sensor histidine kinase	X5JAC0	Clostridium_phage	1.5e-73	37.4
AXU74267.1|626716_627286_-	putative HD superfamily hydrolase	NA	NA	NA	NA
AXU74268.1|627446_628697_-	efflux protein	NA	NA	NA	NA
AXU74269.1|629002_629554_-	TetR family transcriptional regulator	NA	NA	NA	NA
AXU74270.1|629852_631313_+	NADP-dependent glyceraldehyde-3-phosphate dehydrogenase	NA	NA	NA	NA
AXU74271.1|631680_632286_+	TetR family transcriptional regulator	NA	NA	NA	NA
AXU74272.1|632288_634856_+	PEP-utilizing kinase	A0A1V0SGR7	Hokovirus	2.7e-47	39.2
AXU74273.1|635115_637200_-	signaling protein	NA	NA	NA	NA
AXU74274.1|637247_638477_-	signaling protein	NA	NA	NA	NA
AXU74275.1|638478_639657_-	signaling protein	G3MA91	Bacillus_virus	8.6e-09	26.9
AXU74276.1|640252_641692_+	GntR family transcriptional regulator	NA	NA	NA	NA
AXU74277.1|642004_642184_+	hypothetical protein	NA	NA	NA	NA
AXU74278.1|642802_643078_+	hypothetical protein	NA	NA	NA	NA
AXU74279.1|643097_643385_+	hypothetical protein	NA	NA	NA	NA
AXU74280.1|643901_646397_+	hypothetical protein	NA	NA	NA	NA
AXU74281.1|646411_651595_+	hypothetical protein	NA	NA	NA	NA
AXU74282.1|651799_652666_-	cation transporting ATPase	E4ZFI9	Streptococcus_phage	1.4e-29	29.5
AXU74283.1|652858_653614_-|transposase	transposase-like protein b	A0A0H3UZC2	Geobacillus_virus	6.8e-76	56.6
AXU74284.1|653592_653967_-|transposase	transposase-like protein B	S6AND0	Bacillus_phage	5.3e-21	51.5
AXU74285.1|654621_655782_-	cation transporting ATPase	NA	NA	NA	NA
AXU74286.1|655824_656220_-	hypothetical protein	NA	NA	NA	NA
AXU74287.1|657165_657354_+	hypothetical protein	NA	NA	NA	NA
AXU74288.1|657535_657976_-	hypothetical protein	NA	NA	NA	NA
AXU74289.1|658330_659644_+	putative phosphoadenosine phosphosulfate sulfotransferase	A0A068F1U8	Mycobacterium_phage	9.6e-94	38.9
AXU74290.1|659661_660198_+	ParB-like nuclease domain protein	A0A220GKT8	Streptococcus_phage	1.2e-63	69.7
AXU74291.1|660717_660939_+|coat	Spore coat associated protein JA (CotJA)	NA	NA	NA	NA
AXU74292.1|660938_661202_+|coat	spore-coat protein	NA	NA	NA	NA
AXU74293.1|661263_661836_+|coat	spore-coat protein	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>CP012312|1012859:1072183|DBSCAN-SWA
TATGATAGAGATAAGAAATGTAACAAAAAAAATAGGAAATAATGTTATATTAGATGATATTTCTCTAGTTGTAGAAACAGGTACATTGGTAGTTTTGATTGGTTCGAGTGGTTGTGGAAAGACTACTACTTTGAAGCTTATAAACAAATTAATAAAACCTACATCTGGTGAGATATATATTAATGGCAAACCAATTTCTCAGGAAAATGAAATAGAGCTTAGAAGAAAAATAGGATATGTTATACAGAACACAGGCCTATTCCCTCATCTTACAATAAAAGAAAATATAGAGCTAATTCCACGCCTAAAAAAGGAAAAATCCGTTGAAGAAATTGAAAAAAGAACGTTGCAACTACTTGAGATGGTAGGACTTGATAGTGATGAATTTTTGAATAAGTATCCTTCAGAACTTAGTGGTGGGCAGCAACAAAGAATCGGTGTTGCAAGAGCCATTGCTACTGATGCTGAAATAATATTGATGGATGAGCCTTTTAGTGCTTTAGACCCAATAACGAGAACATCTTTACAAGAACAATTATTTTCTCTTCAAGATGAATTGAAAAAAACTATAATATTTGTAACTCATGATATGGATGAGGCTTTAAAGATAGCTGATAAAATTTGTATTATGAAGGATGGAAGAATAGCACAATATGATACTCCCGAAAATATACTTAGAAAGCCTGCAAATGACTTTGTAAAAGATTTTATAGGAGAAGATAGAGTTTGGGATAATCCAGAATATATAAAAGCAAGAGATATTATGATAAAAAATCCTATTGCTGTTAATTCTACTAGAACTGTAACTCAAGGAATAGAAATTATGAGAACGAGTAAGGTTGATAGCTTACTAATTATAGATAGAGCAAAAACATTAAAAGGTATTGTTACTGTAAAAGATATGAAAGATATTGATGATAAGTCAATATTACTTGCTGATATTATGTCAAGTGAGCCTTTGCATGTAAATGAAGGTGATAATTTAGTAGAAATACTAAATGTAATGAATCGTAATTCGGTTGGATATATTCCAGTTATTTCTGATGAAAATAAACTGGTAGGGCTTATTACTAGAAGTAGTTTGCTTTCTGTTTTAAGTGAACAATTCTTAGAAATGGAGGTGAGTGTTCTTGGCTAATTTTTTTAACTTTATACTATTACAAAAAGATAAGATTATAGAACTTTTAATACAACATATGAGTCTAACTGTTACATCTATTTTAATAGCTATAATAGTTGGTGTTCCTCTTGGAATAATTATTTCAAGAATCTCATCTCTTAGAAAGTTTGTACTTGGATTTGTAAACTTAGTCCAAGCAGTTCCGTCTATGGCACTTTTGGGTCTTCTTGTACCTATACTTGGTATAGGAAGTAAACCAGCCATATTTATGGTAGTGGTTTATTCATTACTACCAATTGTAAAAAATACGTATATAGGTATAACAAGTATTGACCCAGTAGTATTAGAATCAGCTAAAGGTATTGGGCTTACAAGAAATCAGACATTATTTAAAATACAATTCCCTTTAGCGCTTCCTATAATAATGGGTGGAGTTAGAATATCTGCAGTTACAGCTGTTGGTTTGATGACCCTTGCAGCATTTATAGGTGCTGGTGGTTTAGGATATTTAGTATTTTCAGGGGTTCAAACTGTAAATAATAATATGATTTTAGCAGGGGCAATCCCATCATGTATAATTGCACTGTTAGTTGATTATTTATTTAGTAAAATTGAAGTTGCAGTTACTCCAAAAGGATTAAATCCAAAAGCACCTAAGAAAAATTATATAGCACTTAAAGTAATATCTGTAGTGCTTGTTGTTTCAATGTTGTTCGTTGTTTTTAGTTCTAGTTTTTCAAGTAAAAAAGATACAATAACTATTGGTTCTAAAGATTATACAGAACAACTTATACTTGGTAATGTTTATGCTGAATTAGTAGAAAAAAATACAAATCTTAAAGTTAAGAAGAATTTAAATCTAGGTGGTTCATCTGTTGCATTTAATGCAATTAAATCTGGTGAGTTAGACATGTATGTTGATTATACAGGTACACTTTTGGTAAATGTAATGAAACATGCTCCGATTAAAGATGCTGATGAAGCATATAATGTTGTAAAAGATACTATGGAAAAAGAAAATCAGTTAACTTTACTTGACCCTCTTGGATTTAATAATACTTACACATTAGCCATGATGCCTGAAACTGCTGAAAAGTATGGAATAAATACTATTTCTGATTTGACTAAATATGGTAAAGAATTTACATTCTCACCAACTTTGGAGTTTGAAAATAGAGAAGATGGTCTTGTAGGACTTTCTAGAGATTATGGTTTAAAATTCAAAGATGTAAAAGCAATGAATGGAAGTTTAAGATATACAGCTTTAGATAATAATGAATCTCAGGTTATAGATGCATTTTTAACTGATGGTCTTATTAAAAAGTTTAATCTTAAGATATTAGAGGACGATAAAAACTTCTTTGTACCATATTATGCAGCACCATTAGTGAGAGAAGATACTTTGAAGAAATATCCTGAGTTAGAAAAAGTTATGAATATGCTTTCAGGAAAAGTAAATGAAGAAACTATGAGAGAACTTAACTATCAAGTGGATGAACTTGGTAAATCACCAGAAGAAGTTGCTCATTCATTCTTAGTTAAAGAAGGCTTAGTATAAAAAATTAATAGTTTATATCAAAAATTTAAGGGAGTGTCTCAAAATGAACTTTTTAGTTCATGAGGCACTCTTTTTTATATGAAATCAAATATATTTTATCATTTCAACAATAAAAAAGAAGCTTATCTTTATTTTGAGGCAGTCTCTTATTTTTATGTATACCAAAACCATACCTACGATTTTTATTTATAATTAAGTTTCAAATAGAATGAACAAGTACAACCAATTTTGAATATAAATATAGTAAATGTGCTTATATACGATTTTATTGTCTGGTTGATTGATATTGATAGATAGCTTTCTTTATTGAATCGAAGGGAGGGGAAATTTGTTATGGATAACTATAAGAAAGTGAAGCAAGTATTGTGGATAATTTTATTTGCTAATTTTGCAGTAGCATTATTAAAAATCATTATTGGTAATCAAATAAAAAGCTATAGTATGACAGCAGACGGATTTCATTCTTTGTCAGATGGAGCATCTAATATAGTAGGGCTTATAGGTATTTTCTTTGCATCTAAACCAAAAGATAAAAATCATCCTTATGGACATAAAAAGTTTGAAATTATAACCAGTTTATTTATAAGTGGTATGTTGTTTGTTATAGCAATTAAGATAATTCTTAGTGCAGTGTTAAGAATAGCTAATCCAGTTGTACCTGCTATAACTATAGAAAGTTTAATTGCTTTAATCATTACACTCTTTATAAATATTTTTGTATGTATGTATGAATATAGAGTTGGGACTAAACTAAATAGTTATGTTTTGATTTCGGATTCATTGCATACAAGAAGTGATATATTTGTGTCTCTAGGTGTATTGGTTACTTTAGTTGGTGTTAAGTTAGGATTTCCAGTAATAATAGAATCTATAGTTCCTATTATTATTTCTGCGTTCATAATTTATTCGGCTTATGGAATATTTAGGCCATCTATTGGAATTTTGGTCGATAGAGTGGCTGTAGATGAGGATTATATAAAAGAAATTGTGTTTGAATTTAATGAGGTAAGGGATGTTCACAATATTAGAAGCAGAGGTAGCAAAAGTTCTATTTATATTGACATGCATGTAATGGTAGACCCATTTATAAGCGTAGAGCAATCTCATGATTTAACACATAAAATTGAGAAACAAATACAAGAAGAAATTAATGAAAATGCTCAAGTAATAGTCCATATTGAACCTTTTTATAGTTTTTAATTTAGCTATAAAATACAAGTTATAAAAAAATATAATTTATAAAAAAAATATTATACCATAAATAATTTATAAAAATTATTTATGGTATAATATTTTCTATAAAGAAATTAAGTCTTAATATATCTAAGGAGGAATTTACAATGAGATACGTTGAATATGGAAAGACAGGGAAAATGATTTCAGTAGTCGGCTATGGAGGATTAAGGTTTGATTTAGAAAAAAGTAATCAAGAAAATGCTGATTTAGTCAAATATGCGTATGAAAAAGGTATTAATTACTTTGATACAGCACCAGGGTATTGTGATGACAGAAGTGAAGATATATTTGGACTAGCCTTTAGACAAATGATAAAGGAAGGTAAGACCGATTTTTATGTATCAACTAAAGAAAAGCCAAAAGCATGTGATACATCAGAAAAAGCTATAGAGGCTGTAAAAAAATCAATAGAACGATTAGGCGTATCTAAAATAAATTTTTATCATGTTTGGAATATTAGAAAGATGGAACATTACGAACTAGCAATGAAACCTGGAGGTCAATATGAAGGATTATTGAAATGTAAAGAAGAAGGATTGATAGACCATATAGTATTTTCATCTCATCAACCAGGAGATGAGGTTATAGATATTCTAAGTGAAAATAAGTTTGAAGGTGTAACTATGGGAATTAATATATTAAACTTTCCATATAGGCTAAAAGGTGCCAAGTATGCTGTTGATAATGGATATGGTGTTGTGGCAATGAATCCATTAAGTGGTGGAACTATTCCAAAGTATAATAATAAATACTTATAAATAAGTATAAATAAATGTTAAAACGTGTAGTTTTAGCGATATTTAAAAGAAATTATTATAAATTAACTGACTGACATTTAACTGACAAAACCCATTTTTTTAGGTTCAACTGACATTTAACTGACAGCCAGTAATCATTTATTTGAATAATATTTTACTTAAATTATCAGATGCTTTTTTATCCATTTCTTCTAAAACATGAGAGTATCTGTTCATAGTTATTTGTATATCTGTATGACCTAACCTTTCTGAAACAACTTTCATGTTAGTACCTCCTAATAAAAGCAAACTTGCATTTGTATGTCTTAAATCATGCATCCTAATGTTTTTTAAATTATTTTTTTTAATAAATCTATGAAAAGACTTTCTTAATGTAGCTGGTAAAAATGGATTATAATCTTTGTTTAAACAAACTAAATTATTTTCATTTTTAAGTATGCCTTGTAATTTTAATTTATTTTGTCTTAATTTTTCAATCTTAAGTTTTTCTATTAGTTCATCAGGAGCTGACAATGTTCTTCTTGATTTTGATGTTTTAGGTTCTTTAAATTCTATTTTATTATTAGCGTATATAAGTGTTTGACTTACACTTACAGAGCCGATATTTAAATCAACATCAGTCCATCTAAGTCCAGTAGCTTCTCCTAGTCGCAAACCTAATGTCAACATTAGTAAAATAGGTATTTCTATGTTACTATTATTTAGTTTTTCTATCAACAATAAAGCTTCTTCTCTATTATATATTTCAATTTTAGAAGAATTTTCTTTATGAGGAAGTTTTACAAAATCACATGGATTTTCATTTATTTCTCTTAATCTATATGCTTCTTTCAGAACAGAACTTATAAAACGATACCTTATCTTTGAGCTACTAAAAGTACAATTATTAAAAGTTGTATTTATAAAAGTTTGAATTAAAACAGGATTTATATCTATAAGTTTTGTATCTTTAAAAAAAGGTTCTATATAATTCTTAACCCAAGATTTCCTATTTATAACTGTATAAGGAGACCAATTTTTTTCATTTGTCATTATGTACTTATAGCATCTCTCTACAAGTGTTATTTTGTTTGGAGTTATAAACTTATTATTATTTATAGTAGATTTTATTTCAATTAAATGTTTTTCAGCATCCTTTTTCTTTTCATAGCTTCCATAACTTTTTTGTTTCTTTTTACCAGTTTCTTCTTCCACATATTCCACATATACATGAAATTTTTCCCCTCTTTTTCTTATAAAAGCTGATTTGATATTCATATGTAGACACTCCCTTTATAAGTTTTTGATAAGAATTTTACTTCTCCTAAAGTAATAAAAATAAAATAAAATGAATGTTTTTCAACATAAAGCATACAATATAAAAACAAAATACCTATTGAAAAAACGTCCAAATAGCAATATAATTTAATTAAGAAGAGAGGGGAGGTGTTACAATGTTATATAAAATATTACATTATTTTTCAAAATATAACTTAGTATTGCTAGTTTATTTTTTAATATTATATGCTGTTTTTAAATTAGTTTACGCTAGTTACGTAACACTTATTTTAACAACCCTGCTCTATATTTTATTAATTAAAAAGAATATATTAGTTTTTGATTCGAGCTGGTTAGAGAGAAGAAGGTAAAATTATCTTCTCTCTTTTATGTTAATTTTAAGCATTATTTTCATCATCATTAGATTCATCTGTTGAAACTTCTGGATTCAATGATTTATTTATTTTTATCATTTCACTTAGAACTATATTTGATGTTTCTATCTTAAGAGTTTTAATATCATCTCCATATATATCTTTAATTTCCTTATATATTTCCATTTCTTCTTCAAATTTTATTTTTTTACTTTCTTTTTTCTTTTCATATATTTTTTCTAAAATACTCATTAAACCAGGAACTTCAAAACCAAAAGCTTTACCCCCACCAACTGCTACATTTAATGCTAATAATATTTTGATAATATCCCAAATATGTGTTGTTATAATTTCTAAAAAACCTGGAGATTGGACATTGATTTTCATTTTAACACAATTTGAAACATCCAGTTCAGAATCAAAAAACATTTTTTGAAGCATAAATAAATTTTTCCCAACTTTTTGTTGAGTTTTTACATCTACTTTTAAGTGAGTAATTCCGTCTTTTATATATAAACTTTGAAGTGTTCTGTCTATTACATCTGCATAATTACAAGCATTTACAATAGTATGATGTGCTTGAAACATTTTAAATAAAAGGGGGTCTAAATCATCTCTATAGATATCTTTTATCCATTTAACATTTCTTCTTTTAACATAATCACATTTTTCTTCATTGATATCTTCTTCTGTTAATTCATGTAGACATAAATCAGAAGTTATTTCTCCAAAAGAAATTATAGTAGAGCGGTCGCTAGGAATCATAACAATATCTCCAATTTTCATCTGTGTTACAAATCTTTTTATAGAATTAATAATTAGACCCGGTTTATCGACCTTATATTCTTTACGAATTTTATCTTTAAGTTCCCATTCTAAATCTTTGTTTTTTTCTATTTGAGCAAATTCATTTTCATCACTAAATTCATTCCAACCAATACCAATAAAACTTTCTACCTTAAATTGTTCCCATAAATCACCACCATCAGTACGAACTAACCAATATTGTCTATCCTTATCTATTATTGGTATATTAAATGATTCTAATAATTCTTCATTTTCAAACACTATTCTACCCTCCTAATTTAGTTATGTAAAATACACTCCCCATCTTAAATTGCTTCTTAATTAATTATATAATAACATATATTATTTTAAACAAAATAAAAAAGACTATAAATAATAAAGTTTCATCTTTACTATATCTTTGTTGTTAATACAATTTTAAATTATTTAAAACTTTTTATGCAATTCGACTTTTTGTTTTTATCATACAAAAATTAATAAAAATTATAAAAAATATTATAAAAACAAGAAAATACAAAAAATTATAATTAAAAAGACGATTAATAATACACAGGAATGGAAAAAATAACCAAGACTCTACAAAATTCGATTTTTTTATTACAATTACGCTTTTTTTATTGCATATATTTAACAAAAGTATTATTATGTAAGTAAGATAATTATCTAAGAAAATTTCGAATAATTAAAAAACATTTCTAGAAATGAAAATACATAGTTATATTTTATTAAAATTTGTTGGGAAATTTTAACTAAAAATAAGAACGTAAGTTCTGATATTAGGGGGAAGGCGTGTGGAAAAATCAAAAAAACTACTAATTGACACAGGGGATACATTGAACAAATTAAGAGAAAATAATAGTGAGAAGTTAGAAAAGTACATAGAATTATTAAAAGAATATTATAAACAAGAAAATAAAAAAGAAAGAGAATAGTTTTCTTCTCTTTCTTATTTTTTCTCATTAAGTTCTTCTTCAAGAAATACTTTTGCTATTTTGAACATTTTTTCTTGACTAGAAGGACTTAATTCGCTAATTAGTTTTAAAGCTTCTTTTATATCATCAGAGAAATTTAGATTTTCAATTAGCTCTAACTCACTAAGATTGTCTATATTTTTTACATTGACCTTTCCAAGCAAATAATCTGTAGATACATTAAAAAAATCTGATAATTTTAAAATTATGTCATGTGGAGGAAATCTTTCTTCCTTCTCATAAAAAGAAATCATTTTAGGAGTAAGACCTAAAAAAGTTGCAAGTTCTTTTTGAGTAATATCTTTTTCTTTTCTTAATTCCTTTATTCTATATCCAATCATGTTATTTAGCCACCTTTTTAATTTATATTGAACTATTAGTTCTTAATTATCAATTATAGCTCATTTTTTTTAAAAAAGCTATTGACAATGTACTAATAGTACTGTACTATTAGTACATAAGATAAAGTAAAAGAAGGTGAAAAAATGAATAAACTAAAAGATTTTAGAATACAAAAAGGACTAAGTAGAAATCAGTTAGGAGCTGAATTAGGTCTTACAAGTAGGTATATAGCTTTCTTAGAGAATGGCGAAAGAGTACCGTCTCTAAATACAGCTGTAAAAATAGCAGCTTATTTCAATACTTCAATAGAGTATATTTTTTTGAAAAACAACTGTACTAAAAGTACATTTAAAGAAAAAGGAGCTGAAAAATATGAATAACTTACAAGTATTAAAAGAAGAAATAGCAAGAATAAGTAGTAGAGAAGTAGCAGAAATGATGGAAGTAAAAAGACACTCAGACTTATTAGAAAAAATAGATAAAATTAATGAAGTATTTTTGAAGAACGGAAAAATCCGTTGTTCAGATTATTGGATAGAAAGCACTTACAGACAAGATGGTAATGGAAAAGAAAATAGAGAATATCTAATAACTAAAATTGGTTGTGAATTTATTGCTCACAAGTCAACTGGAGAAAAAGGAATTATCTTTACACATAAATATATGCAAAGATTTGAAGAATTAGAAAAAGCACTACAAATAAATCAATTATCAGCATGTGATATAGAAAAGATAATAACTAATAAAGTTACAGAGCAAATAAATAGACTTGGCAATACATACTCAAATTATGTAAGACCTTTATCAGTAGATAAATATAGAATATCAAGATATATAAAAGATAGACTAGAAATACAAAAAGCTAACGAAGAATATGAGTTAGTAAAAGAAAGAATTTTAATTATGTTAGATGCTGAAAAATGGGAAGATGTACCTGTTGAAGTCTTATCAAAATCTATGGACTTAATAGATGAATCAATAAAAATTATAAAATCTGAAAGAAAAGATAATCAAATTAGTTTTTTCTAAAAGATTGAAAGAAAAGCACTTTGAAAACTAAATATAAAATTTTTAAAGGAGCAAGTATATGAAAAATAAAGAAAAAGAAATATTCATTAGAGGAATTTTAATTGGAATCTTTTATTTTTTAGGAATTGTATTTAGTAATACTTTTTTTAAATAATAAATAGAAGGTGTAGGTGAAATACCAACTCCCCAAATCAAAATAACACTTTGGAAGTTAAATACAGAATATTCAAAAGAGGTGATTAGATGCAAAGAGAGCAAACAACGCTTCGTATACCAGAAGACTTGCACAAAGCGTTGATAGATTTAAGCAGTGATATAGGAATGCCTATTACATCTATTATAATAATTGCATGTTGGTTGTATATATCAAAGATAAATTAACCAATCCGATATGCAAAATGAATGCACAGCATTATTTATTAGAGAATTGATTGATAAATTATTTTCTTTAGCTGTTTTCTCTAGCAACTCTTTTAGGACACCAGGAATCCTAAGAGTAGAACGAACAGTATCATCACTTTTATACGAGATTGATTGAAGTTTATTAATTTTTGAATTTCTAATAATATCATTAATAGCGTATAGAATAAGCGAAGATTTGAGAATACCTGTTTGATAAGAAATTTTTTCTAAATTTTCATTTAATGGTGTATATATTCTTACAGTAATAGTAGTCATTTTGACACCTCCCTAATGACATTATACAAAAAATATTTAAAAAAGTCTTGACACTAAAATAATGTCATAATATAATGAGTGTAGACAGTAAAACAGTGTCATAAGGAGGGAGGAATAAGAATGGAAAAAGTAAGAATGACAGTAAGGCTCGTCCCAAAATTAAATCAATATGTACAGAATATAGCCAAAGAATGTGGAAAAAGTAAAAATTCTATTATTGTGGATGCATGTTGGGAGTTTATTGAGAAAATAAAAAAAGAAAATAAATTCAATGTAGAAAGCGAGGAATAAATATGAATAATCTACAGATATTTGAAAAATTGGAATTTGGTCAAATAAGAATGGTTGAGGTTGATAAGAAACCATATTTTGTTGCAACAGATATAGCTAAATGTTTAGGATATGCAAACACAAGTAAAGCAATAAATGACCATTGTAGGTGGGTAACAAAAAGTTACATACCTCATCCGCAAAATGAAAATAAGGTATTAGAAGTAAATGCAATACCTGAAAGTGATATGTATAGATTGATTGTAAATAGTAAACTACCGAATGCAGAAAAATTTGAAAGTTGGGTATTTGATGAAGTTTTACCAACAATACGTAAAACTGGAGGATATATACATACAACAGAAGATATGTCAGATGATGAAATTATGGCAAGAGCATTACAAGTAGCTCAAAGAAAAATAGAAAGTAAAAATAGAGAATTGGAAGAAAAAAATAGATTTATTAATCAAATAGCATCTTCAAAAAATAGTTTACTTGTAAGAGAGGTAGCAAAAGTAATCTCTAAAAGTAATGGAATAATAATTGGTGAAAAAAGATTATATGAAAAATTAAGAGTATGGGGTTTGGTATTTAAAAATTCAACTGAACCAAAACAATTTGCAGTGGAAAAAGGTTATTTAGAAACTGTGGAAGGTACTAGAGAGACATCAACAGGTGTATTTACCTATAGAACAACAAGAGTTACAGGAAAAGGTCAAGAGTACATTCTAAAAAGATTATTAAAGGAAGAAGAAGAACAATTATCAATGTTAAGTTAAATCATAACAGCACTTTGAAAATTAAATACAGAATATTTTGAAATATATTGTTTTAATTAGTTATTAACTAGGAGGTTAAATGCATGAAAAATAATACAAGCGATTCAAGAGTAAAATATTTTTGCAAGTGTCCATATTGTGGGTTTGATAACGAGGTAGAAGTTAAAAAAGGGTTGAAGCCTAAAATATGTTGTATATGTACAAAAGACGTTGAGTATGAAAAACTGGAGCAACAAAGTGCTTTGGAAAATACCGAAATTAAAGGAGTGTGTAATCAAATGAAAATTAAAAAATTAGCACTAGCAACAGGAGAAGTATTTGAAAACATAGAGCTCAAAGAATTTGAAAATAAAGGAGAATGCTTACCATCAAATATGGTAAAGGTTATTGATGGTAAGCAGGAACTTCTAATAAATAAAGAGTTCATATTATCATTAGAAGTCAAAAGAAAGACTACTTTTTAGGTCCTTTCTTAGTTTGTGACAGAGCACTACCAGCAACCGATTTGGAAGCAGCACTATATCTTCCGTCTTTAAGAATCTTACTAGCCTTAGAAGCAACAGTTTTACTTGTTTGTTTAGTGTTTTTAGCTATAGGTATCACCACCTTTAAATGTATTTATAGGATTTATCCTACAAATATAGTATATCAAAGGAGGAAAATAATGGCAATTAATGACAACATAAATAAAATTTTAAAAGATAGAGATTTAAAAGCATGGAAATTAGCAAAAGAAATAGGCGTAGATTCAGGGAATTTATATGCAATTTTAAGAGGAGAAAATAAAAATCCAACTATAGATACATTAATAAAAATAGCTGACTATTTAGACGTTACATTAGACGAACTAGTTGGAAGATAGAAGGGGTGAGATAAAAATGAGTGTAGCATTACAATTCATAGACACAAAAGACTTAGTACAAGAGCTAATGCAAAGAGATGATACAACAGACATCATCAAGATGTTTTTAGATAGAGAAGGAATCAAGAGAATGAATTTAGTTACATTAAAAGAGTTTAAAGAATACTTGAAAGTGTCTGATGTAACAGCAAGAAACATGATAAGAGAAGCAGAAACACAAAATCTATATACAGTTATAAAAATTGGAGTAAGTTACAGAGTAGATTTAATCTCTTTTGAAGAATACGTAATGAAAAATGCACTGAAAGATAGGAATGTAATGAAAAAGAGAAAGGGGGTGATTTAATTGGAACTGTTAAGATACAGAAACAAGCTTGTTTTACTCAAAAATGGAGAAAAGATTGCAACTATAAGTTTAAAAAGGAAATTTCTCAGCAACAGACTTAAATTAAAAATAAGATAGGAGAGATAAATTGAAAATAATTTATAAAAACAAAGTTTACAAAGTAGAACAAGACAAAAAGTTATTTAGAATTACATACTATGATGAGCAGAAAAATAACAGGAAGTTTAATAACAATAAGAAAGTAAAAAGAAGTGTTTTAACAAGAGATATAGAGTTAGTTAACTTGTATTTACCAAGTAAATTAAAAATTAAGGGGGATTAATCATGAAAAGTTTAATTATAGTGAGAAATTCAGTAGAGCAACAACTAAATAGAGCTAATTTAGAAATAAATAAAAACGAGCAACTTTATACAAAACTTAGAAAAAAAGAAGAAAGAGATATATTAGAAGACATTGCATTGAGTAATGCCTTAAGAGAAAAAAGTGTAAACGAAAGATTAAAAATATTTGCTGAGTCATTACTAAAAATTATAGATACACAAATTGAAATAAAAGAATATGAAGAAAGCGAGGATTACAAGATATTTGAATTAATTTCAGAAGAACTTGAAAGAGATAGACCTATAGATGTTCAGATATAAGAAAAGAGCCACTGCAATGGCTCTAATCAAAAATATATCAAAAATTTAATTAGCTATATTATAGCATAAACGGAGGGAAATTATGAGTACTTTATACGAATTAACTACAGATTTATTAGAAATAGAAGAAGGTTTAACAGAAATAACAGGAAATGAAACTGAAAAACTAGAGGAAATAAAAGAAATAATAAAACAAGAGATACAAGATAAAAACACTAGGATAGTTTCAGTAATATTAAACATTGACAGTGATATAAACTCTATAGATTCAGAGATTAAAAGATTGCAAGAGTTAAAAAGGGTCAAAAAGAATACTCTTGATAGATTAAAAAACAATATAAAAGAATGTATGGAATTACTTGGTACTAAAAAAGTAGAAACAGTTTTAGGAAATATAAGTATAAGAAAGTCAGCAGGTAGCTTAGTCATAGAAGATGAAGAAAAGATACCTGCTATATATAAAACAGTAGAGCAAGTTGTAAAAGTAGATAAGAACACTATTAAAGATTTTATTAAAAAAGGTCATGAGGTTGAAGGTTGCAGGATTGAATATGGAACTACACTAACAATTCCAAAAGCTAAAAAAGAGTAGGTGAGGACCATGGAAATTAATAATATTTACATTAAATTGATGGATGTAAGAGTTAAATTTAGTAAGTTGAATCTAAAGAAAAGTGGAGAAAATAAGTTCGCTAACTTCAAGTATTTTGAGTTAGCAGACTTTCTACCACAAGCAACTGGATTACTTGAAGAAGCTAAGCTATGCCCTATAGTGACCTTTACAAATGAATATGCAACTCTAACATTAATTAATGGAGAAAACCCATCAGAACAGATTGTATTCACTTCTCCCATGAGGGATTTACAGTTGAAAGGTTCTAATGAATTACAAGCACTAGGAGGGATAGAAACCTATCAGACTAGATATTTATATATTCAGTTACTTAATATAACTGAGAATGATAGCTTTGATGCAGTAAGTGGAAAAGAGGAATCTAAAAGCAAATCTAATAATACTCAACAAGGTAAAAATACGAGTGAAAGAATATTGACTGATAAACAACTAACAAGATTATATGCAATAGCGAATAGCGTAGGTGTTAATAAAACATTATTAAAAGAACAGGTTTTTAAACAGTTAGGAAAAGATATAAAGGATTTAAATAAGAGTGAATATGATGCTGTTTGTACAGCTTATGAGAAACAGGCTTTTAAGGGTGCATAAATAGGAGGTGATAAGATGGCAAAGTATAGAATTTTACAAGCTAACTTTTGGGATGATGCTTTTGTACTAGATTTAACTCCCGAAGAAAAGTATTTTTATAATTATTTGCTTACTAATGGGAGAGCAAGTCAATGTGGGTGTTATGAATTACCCTATAAAATTATGGAAATGCAAACAGGATATAACAGGGAAACTGTAGAGAAGCTAATCAAAAGATTTATAGAATATGGAAAAATAAAATATGACTCTACTACTAAAGAAATATTAATAATTAATTGGAGTAAACACAATTTTTCTAAAAGTCCAAAGGTTCGTACTTGTATCTTAAAAGAAGTTGAATCAATTAAAAATAAAGAATTTCAGCAGTATATGTATAGAGTATGTATAGACTATGGATACAGTATCGATACAGTATCTATAGACTATGGGGAAAAAGAAAAACAAAAAGAAAAAGAAAAACAAAAAGAAAAACAACAACAAAAAGAAAAAGAAGAAAATTATTTGGTGGTTGTGGATAAAGTTAAAAAATACTTTGATTTAGAAACTAAAGACCTAGAAAAAATTATTGATGTATTTATACATACAAGAAGAGGAATTGACTACTTAGAGGAAAAATTGAGGTTGGTCAAAAATACGGAGAATGTAAAAAGTGTTACAGGATATCTCATAAAAGCATTACAAGAAAATTATGAGGCTAAGCCAAGCAAACATAATAAAAACAAGTTTCATAATTTCAATCAGACTTTTGACCAATATACAGATAGAGAATTAAAAAACATGGCTACAAGAGGTCAACTTGAAGAAAGTAAATTCGGTTAAGTTAAGTGTTCTAGGGAGTAATTATACAATATTACTTCCTAGGAGTTAAAAATGGAGGGATAAAATGAGATTTGAGATAGGTAAAACTTATAAGTTTGATAAAGAGAAATTTATGGAAATTAATGGTGTAGAACAACATAAAAAATATAAAGAACTTTGGATTGATGATATTGAAGGTGTTGAATTTACTGTTGAAAAAACTTTTGGTGATGGCTATATTTGCTATCCAAATGAATTTTGGTTTAATTTTGGTGTAGTTTCGGAATGGTGTGTTGAAGTTAAATAAGGTAGGAGGAATTAGATATGGCTAAAATTTGGTTAGATGCAGGAACGTTTTTAGAAAAAACTATTGATATAGAAGATATGTTTGAACTTAATTTAAGAGCAATAAGAAAGAGAAATGAAAAAATAAAAAATGAAATTGAGAAAAAAATAAAAGATGAAGATTCAGAAATAAAAACTACAAATCATGGTGGACCAGGGAAAATTATAAAAATTTTCAATATAAATACTGGAGAGGTAAAGATTCTTAAGAGTGCTGAAGAAGCAAGTAGATATATAAAGGTTAGTCGTAGCTATGCAAGTTATTTAGCTAGAGAAAATAAATCAACTGAGGATGGTTGGAAAGCAGAGTATATTCAAGGAGTGACAGATGGTATTAGCAAATGTGGAACAAGTAATTAAGTTAGCTGAAAAGATATTAAATAAGAAAAAGTGTTCTGTTAATAAAGCTATTGATATAGCTATAAAAATATTAAGTAAATATGAGTGCGAGGGGATGATTAGAAATGAGTTTAATTAAGTATAGAGGTTATGATTTTGAGAATGAGAAGTGGATTTATTCAAATACGATAAAGTGGAGTGATGCAGTAGATTGTTTATTTATGCTAAAAGAAGATTGCGAATGGCAAAGAGTATCTAATATTGGAGTATTCTCTAAATGTTGGTCTGGAAATAATGAAGAAATTTATGAGGGAGATATATTGAAAGAACCCTATAATACTAAAAATAAATATGAATATGGAATTGTAAGACAAGAAAATTATGCTCTTGAATTATATGTCGAATGGCATTATTTAAAGCAATTTGAAGGTAAATGGGAGGAAATTACAAGTAAAGCAACTATAATGAATAGCAAAAAATATGTAGTAGTTGGTAATGAATGCGAGAATTTAGAGGAAGTCAGAGCAGAGTTCTTAGAACGTAAGGAGAGTCTTGAAAATGAATATCTTAGCTAGTGCGATATTAGTAATAGGAAGTTTTATAGCTGGTAGGGTTTATGAGTATAGATTGAATTTAAATGAAAATGATGAAGTTGATTCAAAGTTACTTTCAGATGTTTTTAATGAAATTAGTGAGTTAAGAGAAGAAAATAAAAGTCTTAAAGAAAAGTTACAAGAGAAAGAGTTACTATTCATCAATAGATTAATAGATTTTTTACATGATAAAAAGGTATGCGAATGTTGTATTTATGACTGTAAGATTGATGATATTGAATATGATTGTGAAGATGGTATTAAAAAGTGGCTTGGTAGCGAAGAACTTATATTTAAATAGAAGAAATATCTAATTAAAACAGTTTAGAGGAGGAATACGTTATGAAATATAAAGAATATGAGGTAGCTTTAAAAAGAATTAAAGAGTTCGAAGAAATAACAAAATACAAACAAATTGCTGACGAAGTATTAGAAAAATTAGATTCTAATAATCGTATATTAATAAAATTTGATTTTGGTGATTGTCAAATACAGTTAAATTTAAGTTCTGATGATGAACAAGAACATTTTATAAAAAAAGAAATGTATTGCGCATTTAGAAATATCAAAAACAAACTTGAGGAAATGCTAGAAGAAATATAAGTGAAAATATCTAATTAAAACAGTTTAGAGAGTTGCAAAATGTCTTTTAATATAAATTATTGTTTGAACGTTTTGTAACTCTCAAAAATGAAAAATAAGGGGTGGGATAAGTGTATGAATATATACTTAGATGGCAGATAGGATTGTCATTAGAAAATAGAAAAATACATTACACATATGGAAGTAAAGACGTTTTAAGAGAGAAAGCAAAGGTATTGGCTAAAGATGAAAATATAGTACTAATAACTATAGATAAGGTAGATGAAGTTATAAAAAACACGATAAGCGAAAAGATTATAGAACGTTTTGAAAATTTATAAGGGGTGGAATTATGATAATACACAAATTTATAATACATGTTTTAGATAAGAATAGTGATACGCCGATATTGAACGATTTTGAGGGCAGAGTTAATCAAGATATGGACCTATTTTTTCAAAAGAAAATCAGCAAAGTATCTGGAGATAAAGACATCAGAACAGCGGTATTTAATAACTATAGTAACAATCTAATTAAGAAGTGTTGTGAACAAATTATTTATGATGAAAGTTCATTTTTAAATAACTCTAAAGAGATTGCAGCTTATTTATTTGATGTTATGAAGCTTAATGCTACATTAGAATCTTGCGACTTAGCAATTTGCTTATACTCTCAAAAATATGAAAAGAAAGTTGCTATATTAAAGCTTGATTACAATAAGTCATATACTCATTCAATTGAGTTTGAAGATGATAAATTTAATATACAGATGTCTAAGAATGAAATTAATATACAAGAGACTAAGACAGTCAAAATTGCTGCCCTAGTTGGACTAAGCGGAATGAATAACGAATATCATCTAAACGTATTGGATAAGGATGCAGAGAAGGAAGAAGCTAATTCTAAGTTTGTTACAGAGTTTTTAAACGCTACTAAAGTGAAAGATGATAAGTATAAGACTAAGATGTTTAAAAATACATCCGAAAATTGGATAACTAATGTTCTTGGAAATGATATAAAACAAGCTGAGGATGTAAGAAGCATATTAAATTATACTTTGAAAGAAAAGCATGAAATTGATATAAATGATTTTGTTGATAAATCAATTAAAGATGATGAGTTAAAAAATAGTTTTAAAGAACATATGGAGGAAAAAGGTCTTGATAAAAGTTTTAATATTGATAAAAAATGGGTTGAGAAAAAGCTTAAAAAGAGAAATATAAAAACTGACAATGGCTTTGAAATAAAAGGTAACTTAACTGATTTTGAGGACCCTATGAAATATACAGTAAGACAAAATCAAAATGGGTCTATAGATATAATTATTAAGAATGTAACATTTTATGAGGAAAAGTAGGTACTCATGTGACTGTTGGCTAGAGAAGGAGAAGTAAATAATAAGAGGATGTAAATTTAAACTAGTTAGGAGGAATAACTTATGAAGATTTTTTTATTGACTATACTGCTAATAATTATTTGTATATTAGCAAATTATGTGAAAAATCGCATATATAAAAAATCTATAAATAATCTAAAATATAAATATTCTGTAGGGGAAAAGATTATATATCATCAAATAAACTGTTACTATAACAGAATGGTTGGTTGTGAAATTTTAGAAAAATGTTATAGTACAAAATTTAGAAAAAGAAATACCCCGCTTTATAAAGTAAAAGCATATGTAGGTGATAACAATACAACATGGGTTATACCAGAGTGGAGAATTGAATGTCTTGCTACGACTTATGGAGAATTTCCTAAATATTAAATAATAAAAATTGGTTGGAGTATAAATAGTCAAGGTAAGTTTGTGAGTGAAACTAAAAGCCTATAGACTTACTTTGACTTATAAAAGGGAGTTTTTAAAAAATAGGAGGTAATAAAATGAATAAATGTGAAGATTGCAAATATAGAGCTTATGAGGAAGATGGAGAAGTTTATTTTTACTCAGATGGAAGTTATGAAGGAGGTATATGTAGAGAAGAGTATTGTAGCAGAGGATATGAAAAAAAGTTTGAAAATAATGGAGAAAACTGTAAAAGTTTTAAAAAATTGTAGGACCATAAAAAATAAAATAGAGTCATTGGTATTGCTATATTTTATTAAAAAATATAAAAAAGTTTTTGAGAAAATTAACTTTTAAAAGGAGCGAGATTATGATTACTACTCAAATGTATAAGATAAATAATGAGATATTTCTGAATGATTTATGCTTGGAAGAAAATAAGGAAATGACCATATGGGTAGAAAAGAATAAAGATACACATGAATTTATATGTTTAAAAATAGCAAATGTAAATGGAAAGTTAGCTATATTTGCACAAGGCATTGAAAATACTGTAATAAAAGAATGGCAAGGTCAAATAGCATATAAAAAAGTTATATCTCAAATAGAATGTGAACAAGTTGAAAAAGGTGAAATAGACTAAAACTTTTAAAGGGTGTGAGCTTATGATACATGAATTAAAAATACTACCTCAATATTTTAAAGAAGTTGCAAATGGGAACAAAAATTTTGAAGTTAGGAAGAATGATAGAGGTTTTAAAAAAGGCGACTTGTTGGTATTGCAGGAATTTGATGGAGAAAAATACACAGGTCTTGAGACACGAAAAGAAATTACTTATGTACTTGAAAACAGCGATTATCTGCAAAACGGGTATGTTGTTTTAGGAATAAAATAAATGTTTTGTGACTAGGAAGTGAGTTTATGAAACGAAGAAGATGCAGTTGGTGTGGAAAATTATTTTATATTGATGAAAAATCTAAGGGTATTTATTGTTGCAAGGAATGTAGGAAGAAGGCTAAGAAGAAAAATAAATAGTGGAGGTATAGATATGCAAAAAGAAAATAAAGATGTTTGGCTATATAGTTGGGATGGTGAATGTTTTGGAAGTGATGAATATGAAAGCAAAGAGGAAGCTATTGAAGCTGCTAAGGAAGAACTTCTAAATTTTAGAGAGTTTGGAGAATGGGTTTATGACAAAGAGTTTGGGAAATTGGTTTATGTTGGGAAAAGAGAAGATGTTAGTCTTCCAGGAATAGATGTAGAAGATACATTAGAACGTGTTCAAGAACTGATTGACGACGAATTTGAAGATTATGGTGAAGATTGGATAATAAGAATAAAAGATGAAGATAGAAAAATACTTGATAACAAATTGAATGAGGTTTTTTGCTTATGGGTAGATAAATTTGGATATAAACCGACATGGTTTAAAGTTGTAGAAGTAGAAAAAATAAAACTAAATGAGGTTGCAAATGAAGGTTAATTTTACAATAGATGGAGAACCAGTTGGGAAAGAAAGACCTAGAATGAACTCTATAACTAAAAGGACCTATACACCTAATAAAACTAGAGATTATGAGGAGTTAATAAAATGGCTGTATCAATCTAAAGTGAAGTATCGTTTTACTGGTTATATAAAAATGACTTTAAGATGTTATTACTCTATAGCTAAAAGTAACAGTAAAAAGGTTAAAGAGCAGAAAAGAAATGATGTGTTAAGACCTAGTAAGAAACCTGATATTGACAATGTTGTTAAGATTATAGCTGATTCACTCAATGAGATAGCTTATAAGGATGATACACAGATTGTTGAGGTTGTAGCTAGTAAATATTACAGTGATAAGCCCAGAGTTGAGGTTATATTGGAAGATGTTTATTAGGACAAAGTAGATTTATTTTGCCCTAATTATATAAATAAATTAAAGAAATTTAATAATGTAGACAATAATAAATGTTAAAAATAATAATGAAATAATCCATATAAAAGTATGTTTTTTAAAAGGGTATATTTTGTTTAGTTTCCACATGATAACCCCAATAGAAAAGCATATTAAGAATATTAGAAGTAAACATATTAAATACATTAAAAGCAAGATTATTGTAGATAACATAGATTGACCCCCTAAATGTTAAGTAATGTAAGTTAAGCATACTATGTGATGTTAATAGTAACAATATGTTTTTTAGAATTGTAAATAAATTGAAACAATCTATTCAAAAAGAAAAGGAGTGCTCCCACACTCCAGTTGTCAAAAATCTAAAATTGTCATCACTATATTATTATAACATAAATAATTGATAGGAGTGTGTGAGTATGTCTAAAACTAAAAAAGAGTTTTTTAATGCAACTAAGAAGTTTCTTGAAGAATATAATCAAATGGATGCTAATATAAACAAACTGAAAGGGGATATTTGTAATTTAGATAAATGTTCTGTCGGAGATTTAACAAAGGCAATAAGCTATGATAGCATTCCTACAAGCAAAACTTATAATATAAATAACAAAATTGAGGATAAATTAGTTTCTATTGAAGATAAAAAAACTGAAAAGGAAATTGAATTATACACAATGATGGCAATAAAAAAGACTTTGGACATAGCTATAAATAATTTAAGATATGTAGAAAGAGAGATAATAAAATTTAGATATATAAATAAATTTGAATGGTTTCAAATATCAGATAAATTATTTATGGAAGAAAGACAATTAAGAAGAAGAAGAGATATAGCTGTAGCATCTATTTCAATAGCTATATTTGGGAGAAAAGCACTTACAGAGCAAGAACCTATATTCAATTTATTAGAAATACAATAAGAAGTTATGTCCGTTTTATGTCCGACATTAGGTATTGAAACATGAGATAATAGTATTGTGGAAATAAAGATTTCCCTCTCAAAACTTAATATTTGACTAGGGTTAAGGGATTGCCCTAGTCACTACGAACAGACTAGGCAGGGCATGAGGATGCTGTAAGTTCAATTCTTACTATGTTCAAACTTATTAATACACTATATGTAGTAGTTGAATTGAGATTAAAATCTCATACAATTTTATCTTAATTCAGAGTCTAAAAACCGAGTGGGGCTTGGTAACCTCACTCACCATGCAGGTGCAGGTGCTTAATCTAAGTTCAATTCTTAGAACTTGCGACATAATATATGTATCCCCTACTAAAAAGACTAAGTTTGGGTAAGCTTAGTCTTTTATTTTTTTACGGGAGTATTATAATATGAATGATTTAAGAGGAAAGATAATAAAAGAATTAGATGAATTTAATATAGATGCAGATGATGAATTTTTAGATTATGGAGTTGAATATGTTGAGAATTTTACAGGGAAAAGTGCTATTAGTGAAGATTCATTGATAAGGGGAGTAGTTCTTATGGCAAATTATATAGTAAACATGGAAAAAAAAGACTTGGATTAATTTCTAAGTCTTTTTTTATACAATAAATTAAAAGGAGAAGAATTATGGAGATTAAAAATAGTTTATGCACACAAAATTATACTAAGCTTTATTGTGAAGATAAAGAGGAATGGAAGTATAATGCACCATGTTGCTTTATATTGGGAAGCGCAGATTGCGAGGATGATTGTATAGAACCAATTCAATACCTTACTTTTCAAGAAGGAGCTATAAAAGAATGTGGTGTTAATGGAATTAACAATGAAGATGTAATATTAGCTGTTATAACAAGATTAGAAGCATTTCAAGAAAGCAAATATGCTTGTAGAGAAAATGAGAAGGCTATAGAGAAATTAGAAGAATGTTTAATGTGGCTTAGAAAAAGAACTTTAGATAGAGAGAATAGAAGTGTTGTAGGAACTAGCAATATTTAGAACAGGAGGTCTTAAATTGAACAAAAGAGAAGTTGTTTATCTTAATTTAGAAGATATAAAAATGTATCAAAATAACCCTCGAAACAATGACAATGCAATAGAAAAGGTAGTTAATTCAATCAAAGAATTTGGTTTTAATAATCCGATTACAGTTGATAAAGACTATGTAATTGTAACAGGTCACACAAGGTATGAAGCATCTAAAATACTTGGTCTAAAACAAGTACCTTGCATAGTTTTAAGTAATTTAACAGAAGAACAAATAAAAGGATACAGACTGGCTGATAATAAAGTTGGAGAGTTCTCAGAATGGGAGTTTGACAAAATGACAAAAGAATTGGCTGAAATAGAAAATATTGATATGAGTAGTTTAGGGTTCAACATACACATGTTTGAAGATTTAGGAGTAATTGATTCAGATTTTACATTAGATGAAGAATTAGAAGAAAAAGAGAAAAAAGGTAAAATGGTGAAATGTCCACATTGTAATGAGGAGTTTGAAGTATAATGAGGATTTTTCTTGCTGCAACAAAAAGTGGAATGAATAAAGAATTAAGATTGGAAACAATAGAGAAATGTAAACCTGAATACATTCTAGAAACTTTTTTTAATAAAGAAAAAACATGCTTGGAAGCTATGAGTATAGTAGGAAATGAGAATTTCTTATTAGATTCAGGGGCATTTTCATTCATGAATGGTACAGAAATCTCAAGAGAAGAAATGGAAAATTATATTGATAGATATATTAAATTTATTAAAGATTACAATATAAAATATTTCTTTGAAGTTGATGTAGATGTAATTTTTGGTATAGAGCAGGTAGAGAAGTGGACTAAAAAAATAGAAAGTGAAGTAGGCAGACAATGTATACCAGTTTGGCATAAATCAAGAGGTGTGGAGTATTGGAAAAAGTTATGTCAAACATATAAATACATTGCAGTTGGAGGATTCGCAATAAATGATATAAAAAAACAGGAATATCCTTTAATAAGAAAAATGGTTGAGTATGCTTACCAAAAAGGTGTAAAAGTTCATGGGCTAGGTTTCACTAAGACAAAGATATTAAAATCATTTAAATTTTATAGTGTTGATAGCAGTAGTTGGACGATAGGAGCATCAATTGGTCAGCAACTTTATACTTTCAAAAATGGGGATATACATATAAGAAGATTAAAAAAAGAAGGTAATAAGAAAACAGATTTAAAAAAGTTAGTAGCACACAGCATGTGTGAGTGGGTTAAATATCAAAAATTCATGGATGGAGTGAGATGGTGAAAAAGACAGAAAGAAATTTAACATTATTAAATTGTGTATTTGTAACAAGTTTAGTGGTTTCTAACATTGTAGCAGGGAAGGTGATTGATATATTTGGGTTAATTGTGCCTGCCGCGGTTGTTGCATATCCGTTGACATTTTTATGTACTGATATAATTGGTGAAATATGGGGCAAAGAAGAAGCTAACAGAACAGTCAAAAGAGGTATTTTAATGCAGTTATTCAGTCTTTTATTAATTACAATAGCTATAGCCCTTCCAAGTGCAAGTTTTGCACAAGAATATGGAAATAACTTAAAAGTAGTATTAGGGCAGAATGTAAGATTTGTATTAGCTAGTTTAACCGCTTATATATTAGCTCAAAGTAATGATGTATTTATATTTCATAAGTTAAAAGATAAATTCAGAGGAAAGCATAAGTGGTTAAGAAACAATGTTAGTACTATGTTGAGTCAATTAATAGATACAGCTATATTTATTACAATAGGATTTTGGGGTACTGTACCAAGTATATTAACTATGATAATGAGTCAATATGTAGTTAAGTTTTGTTTAGCTTTATTAGATACACCATTCTTTTACTTGTTAACAAGAGAGAATAAAAAAATAAAAGTAGATAAACAAGCTTCATAAATAAAAAAAGTAAAAACGAATACCGAGGTGGTGATGTGGCAAAAGCTAGAAGTCCAAACAGAAACAAAGCTTTTGATATATTCAAAGAGCATAATGGAAATATTGCAAATAGAGAGATAGCAGAGATATTAAATGAAAATGAAAAAACAATAAGCAATTGGAAATGCAGAGATAACTGGAATGTAGTACTACAAAAAGATAAATGTAGTACTACAAAGAAAAAAAAAGGTGGTCAAAAGAATAATAAAAATGCTTTGAAAGATGGGATATATGAAAACATATTTTTTAACACTCTAACAACTGAAGAAATAGAGTTAATAAAAAGTGAAAATAAAGATGAAATACACAGACTCGAACTAGAAATAAGTTTACTTACAGTTAGAGAACACAGACATATGAAAAGAATAAAACAGTATGAAGAAAAAGTCGATAAAATTACGCTAGAAAGTATAGACAAAAGAACTTTAAAGATAGAAGGTAATTTACTTAAAGACAATGAACAGACACAAACAGAGACTGTCACAAGAGCTGTTTCTATATTTGAAAGAGTACAAAAGCTAGAAGCTGAGTTAACTAAGATACAAAAAGAAAAAGCTAAGAATATAGAAAGATTGCAGAAGCTGAAAATGGATAAAGAAAAATTTGAAATCGAAAAGAGTAATTTAGACAAAGAAAATAAAAATAAAGAAATAACTGTAAAAGTAGTGAAAGCGAGTGGAGAAAATGGAAAGTAAATTTATATCTAATGACCATTTTTATGATTTTATATTTAACTGGGATTACAAATTTTATTTTCTTGTTGGAGGATATGGAAGTTCAAAGAGTTATCATGTAGCAACTAAAATAATTATTAAGCTTCTTGAAGAAAAAAGAAAAGCTTTAGTTGTAAGAGAAGTATATGACACAATGAGAGATAGTTGTTTTTCTTTATTAGAAGAAGTTGCAGAAAGTATGGGTTTAGGAGATATATTATCATTTAAAACAAGTCCTATGAGAGTTATTTTTCCTAATGGAAGTAAGATAATTTTTAAAGGAATGGATAACCCAGCTAAACTGAAGTCAATAAATGGCGTATCTATAATATGGCTAGAAGAGTGTTCGGAAGTTAAATACACTGGTTTTAAAGAACTCTTAGGACGTTTGAGACATCCAAGTCTATCTAATCATATAATTTGTTCAACTAACCCAATTGGCGAAGATAACTGGACCTATAAACATTTTTTTAGAGATGAAGAAAAAGACAGATTTGTATTAGATGATACTGTATTGTATAAAAATAGAATAGTAACAAAGAATAATACCTATTATCATCATTCAGTTGCAGATGATAATTTTTTTCTGCCAAAAAGTTATATTGAACAGCTTGATGAAATGAAAGAATATGACTATGACTTATACAGAATAGCAAGAAAAGGAAGATTTGGTATAAATGGAACTAAGGTATTACCACAGTTTGAAGTTATGGAGCATCAAGAAGTTATAAATAAAATATCTAATATATCACAAAGGTATTATAAAGTTGGATTCGACTTTGGATTTGAAAAATCATATAATGCACTTTTGAGATTAGCTATAGACCATGAAAATAAATATTTATATATTTACTGGGAGTATTATAAGAATCAAACTACAGATGATGTGACTGTTAAAGATATTAAAGAATTTAAAGATACTCAAGAACCAATAAAAGCTGATGCTGCTGAACCTAAAACTATAAAATATTTTAGACAACAAGGTTTTAATATATCTGGTGCTAAAAAATATGCTGGAAGTAGATTACAAAACACTAAGAAGGTTAAGAGATTTAAAAAAATTTATTGTTCAAGTGAGTGTAAGCATACAATAAAGGAATTAAAGAACTTAACATATGCTACAGATAAAAACGGAAACTTAATATATGATGAATTTAATATAGACCCTCATACATTTAGTGCTATATGGTATGGACTTGATGGATATGAGGTATCAGACATTAAAGAGTTAAAATATAGTAATGATATTTATAACAAAGGTTTAGGATTGAAGAAAAATAATCAATATAATAAGAAAGGAGGGACTGTATTTTAGTGAATATAAAAAATATCTTACTCAATTTAGATGAAAAAGAGTTAAGAGATAGAAAGCATGCAGAAAGAGATTTCTTATTTTATTTGGGTGAATGTAGAAATAAAACTATGGGATTGTTAGATGATGATTTTTTAGGTCAAAGTTGGATTACTTTTGATAACCTAGACTATACACCTTCTCAAATTGTAGATAATAAGGTAAAACCACTTATAAATAAACAAGCTCGTTTTATGTTTGGAAAAGAGCCAACTATAATACTTAAAGCATATGAAAAAGAACATAAAGAAGCATGTGAGGAATTAAGGCAGTATATTGATTCAATATTAAATGCCAGCAAGTTTTGGAGCAATACACTAAAAGCTTTTAAGATAGCAACTATAACGAAAAGAGTCTTATTAAGGTTAGAAGCTGAACCAAATCAACCTATAAGACTCTTTTATCATTCTATAAATGATTTCAAATATCAAGTTGATAGTAATGATATTACAAAATTAAAGTCAGTTGTATTTGTTAGATTTGATTCATCAAGTATAAAAGAAGTAACGGCAAAACAAATATGGTATAGATATACTTACTATATGAAAAAAAGCAATGTCAGTAATCAAGAAAGTTGCTTTATAAAGATAGAAAAGTTCAAAGGTGATAACTTATCTAAACCTATTAAAATAACAGAAAATGATACCAAGCTTTCTAAAATACCATGTTGGGTGATTGTTAATGAACAAAGCATTACAAATATAAGAGGAATTAGCGATATTGAGGACTTAAAACCTTTACAGGACACTTATAATAAAAGGTTGTCAGATTTTAATGATTCTTTAAAATTTCTAATGTTTGGGCAAACAGTTGTAGTAGATGCGACAGAAGAAACAGTTAATGCTTGCAAGATTGCTCCTAATGCTTTAATGGCATTAAAAACACTTGAAGAAGGTTCAGAAAAAGCAAAACAAGCACAAGCGTATAGGGTTGAGAGTAGTTTTTCAAATGCAGACCCTGTAAACTCTTTTTTTAAAAGACTTGAAGATAGTATGTATGAAAAATTAGCAATACCTAGACCTGAACAATTACAGAATATACCTAGTGCCAAAGCTTTGAAATATTTATATACAGAGCTTATTGCAAGATGTTCAGAAAAGTGGAATGATTGGGAACCTGCAATAAGAAGCATGTTAAGATTAATAGTTGAAGCTTGTAGTAAATTTAATTGTTATGATGATTGGAATCATGATTGGGATGATTTAATGTTTTCTATTGTATTAAATAAAAATTATCCAATTCCAGAAGATGAAGAAGATTCAAAAAGGTTGGCACTTGAAGAAGTTAACAATAATGTTAGAAGCCATAGAAATTATATAAAAGAATTTGGCAATGATGAAGATTATGAGGAAGCGTTTAATGAAGTATTGGAAGATAATGAAAAGATACAATCAGTAGAGCAAGACCAGTTCAGAAAAGATGCAGAAATAGAAATTGATAATATTGATGAAGAATTAAGCAATGAATCTGATAATAGTGGCAAGTAATGAGGTGTTGTTATGAAGGACAATGCTTATACAAAAAAAGTTCTAGAGGCTAGAAAGAAACTTTTATTATTAGATAAGAAAGCGCAACTAGAGATATTAAATGTATACAAAGATGCTAGTAAAACTATTTTAAGTGATATTACTAAAAATAGAGAATTGAATCTAAGTACTAAACACTTAAAAAAGCTAAATAAATCAATCGAGAAGTATATCAATGAGCTAAATAAAAGATTAGTACCTGTTACAGAAAAAAGCATAATAGAAGCTTCTAATATAGCTAAAGATTTACAAATGTATTACTATCAATCAATAGTTCCAAATAAATCTATAAATCTTGCATGTGATGCTATGTGTATAAAGACAACTACTAATGTTGTGGAAAAAGTAGTTGCAGGTAACTTTTATAAAGATAAAAGGTCATTAGATAGTAGGATTTGGGGCTATAGTAATAAAAATAGAAAAGATATTGATAGATTAATAAAAGCTAATATTGCAAGAGGTGCTAATGCAAAGACGTTAGCAAAGAGTTTAGATAATTATGTTAATCCAGTCAAAAAAACAGAAGCAAAGACGTTAGAAGTTGGAATGAATAAAAGTATATCTTATCAAGCCCAAAGACTTGCTAGGACTTCTATAACACATGCTTTTGTAGAAACAAGTGTTCAAAATGCAATAAATAATCCTTTTTGTGTAGGATTACAATGGAACCTAAGTTCTCAACATTATATTAGACAGGTGAAATGGAGAGGCGAGGATGAGTGTGATGAGTATGCAGAACAAAATCGTTTTGGGCTAGGTGAAGGAGTTTTCCCACCAGAAAAGTATCCTATTCCACACCCTAATTGTCTTTGTTATCCAGTTCAAGTGATTATACCAATTAGTGAAGCTTCTAAAATGATAGAGAACTGGTTAGGTGGTGGAGATAATGATATTCTTGATAGTTGGTATGATGAAATAAGAGAGAAAAATAATAGTATTCCAGTCATTAAGAAACAAATAAATAAAAAGAATAAAATAACTACAAATAGTAAAGATGATAGAATTAAAAAGAACCTTACTAATTCAATCAAGAATAAGTCGAAGAAAGCACCTAAACAGGTTCAGAAATATATTAATAAGTATGTAAATTCAAACAGAATAATAATAGATAATAGTCAAAAAATACCTTTTATTTATTATACTAAGGTTGATTTAGTTGGTATTAATCCAAACATCAGGGAATTTAAATCTTATAATAAAGAAGCTGCTTTACTTCATGAGTTTGCACATAGAATTGATATAAAAGAAATTAAGAGCTATAATAATATTAAGTTCCAACAAGCTATTGAAAGTAGCTCTATGTATGTTATAAAGAATATTGAGAACTTGCAAAGTATATATACTAATTCTAATGAGCTGTATAATAATGAATTTATTAGTGACATATTAGGAGCATTATCCAATAATGAGTTTGAGGATTTATTAGCAACTCATAGTGAAAAGTATTGGAGTAAAAACAGAAATAAAGAGAAAGAAATATTTGCTAATTTATTTACACTAAAGTATCAGAATAATAAAGAAATAAACAGTTTTATCAAAGAACATTTAAATAGTTTAGATAAAATATTTAATGAATTGCTAGGAGGGATTTAGATTGCTTGAAGAAATGAGAAAAGATAAAAAATTGTTAGAGTTAAGACGATTATATAAAGAGAAGTATGGCAAAAATGCACCTGGGTTTAACTATGATGAATACAATAGTTATGCTGAGTACAAAGAAAAGTTAAAAGAATTGATACAAAAATAAAGTGAGCACTTATTAATTAAATATTAATGAGTGCTTTTATTATGCTTAATTTTAAGGAGGAAATTGAATGTTAGAGTATTTTAAAAAGTTACTTGGAGATGAAGAAGGACAAAAAGTTTATGAAAAATTATCTAAAGATAAAGAAAATAAGCTTCTTTTAGATAATATTAAAAGTCCTAGATACGTTGAAAAGACAGAACTAGAAAATGCTAATAAAGAGATTAAAGAGTATAAAAAGCAAATAGGGGATAGAGATAAGCAACTAAATGATTTACAAGGCAAAGTTAAAGATAACAAAGAGTTATCAGATGAAATTGAAAGTCTTAAAAATGCAAATAAAGAAATTAGAGAAAATGCAGAAAAAGAAATTGAGGTTTTAAAGTTTAATACAGCTTTTGAAAGAGTTATTGAAAGTTATAATCCTAGAAACTCAAAAGCTTTGGCTGCTTTAATAAATAAGGATAATATTAGTTTTGTAGATGGTAAATTTATTGGATTAGATGAACAAATAAAAGCTTATCAACAAAGCGATTCTTATTTATTCAATAATGAAAAAAACAAAGGAGATGATGAAATTGGAGGAACTGGAGGATTAGAAGGTGGAACAACTTCATTACTTGATAATGATAGCGAAATAAGTAGTATAGGTGAGTTGTTAGCTAACTCTAAAGTAAAAAGCGAAAATATAGAAGCTCAAAAGAAATTTTTTGGAGAAGAATAGGAGGAAAATATATGAGTATAGAAAAATCCGAGATTTACATGGGGGAAAATAAAACTACATTAAAATTTGCAGGAAACTTATTTCAAAATGTAAATATTAAAGTGAAAAAAACTGATGTAGCTATAGTAGATGGAAAGAGAATTTTAAAAGCGGGTACATTAATATCAAAAGATGGAAAATTAGTAGATGGTACAACTGTTACAAATGATAAAGCTTTTGGTCTAGTATATAGAAATATAGATTTTACTTATTCAAATGGTAATGAAAGCATTCCAGTACTAATATTTGGATTTGTGGATGAAAAGACCTTACCATCAGTTATACCAGAAGAAGCAAAACAAGCAATGAAAATGATTATGTTTTTATAAAATAAATATTAGGAGGAATTAAAATGGATTGGAAAGACTTTATAGACTCTAAGGAGATAGCTAAATATATAAAAAAATTACCACTAGAAATGTTAATAGGCGAATCTTTGTTTCCAAGAAAAAAGCAAATAGGTATGGACCTAAAATATATTAAGGGAGCGAAGAAAAAACCAGTAGTGTTAAAACAAAGTACTTTTGATGTTGCTGTAAAAATAAGAGCATTAAAAGCTCAAATAGAAGTTAAATCAAAGAGAATGCCATTTTTTAAAGAGAGTGTTCTTGTAAATGAGGAAGATAGACAACAGTTACTTTTAGCTTCTAAAGCTCAAAACAAAGAACTATTATTAATGATAATTTCACAAATATATGATAATTATTTAGCTCTTGTAGATGGTGGCGATATGCAAATGGAAAGAATGAGAATGCAGGCTCTAGCTGATGGAGTAATAAATATCGTATCAGAAGATGGAGATTTAGTATTTGACTTTGAAGTTCCAAGCAATCATAAAGAAGTGTTAACTGGAAGTGCAACATGGGATAATCCAGATGCAGATATTATAGGAGATATTCAAAGATGGATGAGAATAATGAGAGATGAAGGGAATCCGTTACCTAAGAGAATGGTAATGACAAGTAAAACCTTTGGATATTTTGCTAAAAATAAGGCTATTAAATTAGATATAGATAGAGACGGTAGAGTTATTTTAACTGATGAAATGATTAAAAATTATCTTAAAAATAAAGTTGGTTTATCTGTTGCCATAGTAAGTGGAACATATAAATTAGAAGATGAAAGTGAGGAATCTTATTTCCCTGATAACAAAATAACTTTTATTCCAGATGGAGATTTAGGAAAAACTTATTATGGTACAACACCAGAAGAAGCTGACAAAGTATATGGTTCTAAATTAGATTGTTCTGTTGTTAGAACTGGTATTGCCATAACAACAATGAGATTAATTGACCCAGTAACAGTTCAAACAAAGGTATCTCAACTTGGTATGCCTTCTTTTGAAAGAGCTGATGAGTGTTTCTTTGCTACAGTAGCATAATTAAGGGGTGATATTATGGCTAAAAAGAAAGAGAATTTTATGCAAGTAAAAGCTTTAGTATATCTAAAGTATGATAATAACTGTTATAAAATAGATGATGTGTTTGAGATTAGAAAAGCTGACCAAGAGGTTATGGAAGAAAAAGGATATATAGAAGTTATAGGAGAAGCTGAAGAAAAGAATAATAATGAGCTTCTTGAAAAAGATGGTGAGTAGATATGTCTATTACCAATTTAGATAAATTAAAACTTAATTTGCAAGAAGAAGAGTATCCTTATTTTACAGATGAGCAACTTGAGATGTTATTGGAATCTAATGAGAATAATGTTTTAAAAGCTTCTTGGAGAGGTTGTTTATTAAAAGGTGCTACAGATGATGAAATAAAAATAGGTCCTATTGAAACGAAGTCTAGTAACAGCTCATATTGGTTGACTCTAGCAGATATATATAAAACTGATTATTTAGAAGAAAAATCAAAGAATGAAACAACTATTACAGGATATAAAACGTCTATGACAAGAGCTGATGGACAATGAGAAAATTAAGAGCTGATAAGATAATAAAGACTATTAATCGAGGAATAGCTTTAAATCCTCAAACAATAACTATAGAGCAAGAAGTGAAAAATATAGTAGATGGGGCTATTGATATTACAAATGAAGTAAAAGAGCTAACAGTAGTTATATATCCCGAAAAAACTAATGACACAGTAATAAATAGTGAAACTATTGGTACAGCTTATAAAAATAAAAATTTTGGTATGGTTGCAGATAAAGAAGCTGATTTAAGATTGAACGCAGAAAATGAGATAACTTTTAAGTGTATTGAAGGAACTATGAAACTAAACTATGTAAATCCTATTGTAGTTGAGGAACAGGTTTGTGGTTATATCTGTGGTCTTGAAAAGCTAGATTAGAGGTGGTTTAGTATGAGTGTGTTTACTAAGGCTATAAATGAAATTGATAGAAAAAAGGCTACAATGCCAATTTTGTGTATGAATATAGCTTTTATGTTAGAAGGAGAAGCTAAAAATAGTGCAAAATGGACTGATAGGACAGGAAATGCAAGACAAGGTATAACAGGAACAAGTTTAGGTGGAGGAAATCAATACATTGTTAGGTTAGGTCATGGCGTTGACTATGGAACTGTTTTAGAAGAAGGTTCAGCACCTCATGTTATAAGACCAAGAAATGCAAAAGCTTTATTTTGGAATGGAGCTTCCCATCCTGTTAAACAAGTTCAGCATCCTGGTACTAAAGGAACTCATTCTTTAGAATCTATAGTTAGCAAGAATATGCCTAAAATAGGCAAATTAGTAGAAGGACATTGGAGTAAATAATATGAGAGCAGGAATAAGAAAAGCCTTAATTGAGAACATACCAAGAATTAAAGATTGTTATGAACCAACTGTCCCTAATAAAAAAACTATAAAACCTTATATTGTAGTTGTCCAAGGTGAAGATGCTGACAACGAAGGTAATGCTATAGGTTTTAGAAGGACCATAAATATTTGGTTATATGAGAAAAGGACTACATTTAATAAACTGGATGAACTTACAAAAGAAGTCGTAGAAGCTTTAGATTTTAAAACTATAACAGATGATACTTCTAATGAGGTATTTACTTGTATTTATGAGGGTGCAGTTGGTCAAGATGTTATAGACGAGGAATGGGAAGCTATAATAAGGTGTCTAAGATTTAGTGTAATAGCTTTAGAAGATAAAGAAGATACAACTAATGATAGATGGGTAGAAGCTCTATCTAAGCACACAAAAGATTTATTAGAAATAGAGAGCTATAAAGATAATTGGAAGAAAAACTTTATAGCTCCATGTGTATTATGGCGAACTACAAACATTGAAAACAAAAGAATAAATTATCATCTGATTGAGATTACAAAAACTATGAAATGTCATGTTGTAAGTAAAAACAAGGATGAAATAGTTAAGCTTCTTGAAGCATTAGAAACAAGTTTAATAATAGATAAAAGAGTAAGACTTAGAGAAGATAAGAATATGTATTTAACTCTTGTTAGCGTAGTTGAGGATAGGGAATCAGATATGTTTACAACTGGACAATTAACAGCTGTGTTTAAAATGATAGGAAAGATAAAAAGAGAAGGTCCTACTATGGACAAAATTTATGGTAATGGAAATTTAAGATAGGAGGTGCAAGGGTTGGCTGAAACAAATAATAAAAAGATTCATGTGAGTAAGCAGGAAGAAAAATATTTAAAAAGTGATTTTATAGAAAATAGCGAAGCACTTGGCTACAAGAAAGAAGTAGTTGCAGGTGCTTTATTTAATTGTAAGAAAGAAGAACTTACAAAATCAGAGTTTGAGAAAGCAATAAAAGAGTTTTTAGAAAGAGAGGTGAAGTAAAATGGCAACTGGTACATGGAATGAAAAAGAAAAAAAGGAGATACCTGGTTTTTACAATCGCTTTAAAACACAAGCAGAAAAGTCTACAAACACAGGATTAAAGGGTAGATTAGCAATGCCTATTAGGGCTAATTGGGGAGAAGTTGGCAAGGTTGTAACAATAAAAAATGATTTAAGACAGCTTAAAAATATATTTGGGGATGATATGAATTATTCAGCTTTCAAGCTAGGTAAATTAGCTTTGTTAGGGAATGTAAAGGAACTCTTGTTGTATAGGCTTGTAGATGGAAATCAAAAGAAGGGTACATTAACACTAAAAGATACTACAGAGAATAGTGCAAAAGATGTAATTAAGTTAGAAACTAAGTATCCAACTAGCAGAAATTTTAATGTAACAATAAAATCTAATTTAGTTGATGCAGATAAGAAAGACTTTATATTCTTTGAAAATACTAAACAGTTATTCAGTTCAAGTATTAAAGGTACTATAGATGAAATAGTGCTGGAAATAAATTCAAATTTAGATAATGAATATGTAATTGCAACTAAAGTAGCTGATAGTGATACAACACTAGCAAATGTAGTAAATCAAGCTTTAGAGGGTGGCAATGATGGTTGTACGTCGATTACTAATGAATCTTATTTAAAAGCATTGGAAGAATTTGAAAGATATAGCTTTGATGGATTTACACTTGATGGTGTGGCTGAGGAAGCTTTGCAGGAAACTACAAAAGCTTGGGTAGCTAAAAATAAGGAGTTAGGAAAAGATATATTATTATTTCTAGGTGGAAAAACAGAGGATAATATAAAACAAATTAATGATAAATCAAAAGGTTTCAATGATGAAAATATAGTTAACATTGGAAGTTCAGCTTATTATGAGGGAATAAAATATACACCTAGTGAAGTAGCTGTTTATATAGGAGCATTAGCAGTAAGCAAAGGTATAACAGGTAGTATATGTAATGCTAAGACTATATTTGAAGAAGTAGAACCAAGATTAAGTCAATCAGAAGTTAAAGAGTGTTTGAAAAGTGGTACTTTAATCTTAGACTTTGATGATGGAGATGTAATTATAGTTGATGATGTAAACACATTTAAGAAGTATGTAGATGATAAGAATGAAGCTATGGGATATATCTCTAATATTATGTTTATTAATACTATAAATAAAGATACTTCATTAAAAAGAAAAGAGTTTGTAGGCAAAATATTCAACGATTCGACAGGTCAAACAACTGTTATATGTGCATTGAAGAAATATTTTGAAGAATTGATGAGTCAAGGTATTATATCTGAATTTAATGTTGATATAGATACAGAGCTTCAAGCAACTGCCAAAGCAGATGAATTTTACTGGAAGTGGGATGCTGTTAAGGTTGATGTCATGAAAAAAATATATGGTACTGGATACTTAGGATAAAGGAGGTTATAGATTATGTATAATGATGATTATATAGAAGAAGCCAGTTTTCTGAATGGTTCAGATGTAGTTATACTTATTGATGGTGTAGAAGAGCTATACATGGAAGAAATAAAAGCTGATTTTGAGCAAGATGAGCAAAGTATTAAACTGTTAGGGTGTCAAAATGAAATATCAAGGGTTGGTACTACTAAAGGTTCATTCTCCTTGAATGGATATAAGACAGATTCAAAATTTGCAAAATTAGGATTTAGGTCTTTTGAAATAATATATAATTTATCTAATTCTGAAACATTAGGATATGAAAGTATTAGATTAAAGAATTGTAGATTAAAAAAATTGCCTCTTATAAATTCTAAAGCTGGTGAAATTGTAAAAATAGAAGTAGAGGGAAGTTTTAGAGGATATGATTTGTTAAATGAACTTTAAAACAAAATAATGTTGTACTTTAAAGCTATGAACAATTAATTTTGTTTGTAGCTTTTTAAAATTAAAAATATTGGAGGAATAGTATGTCAGAGATATATAAAAGAGAGTTAGAAAATGAAGTAGTAGAAGAAGATAATGATTTAGATGAAGAAATAGAAGAAACAAATGAAGATAGATTGAAGATGAAAGAGGATGAAATAATAGCAAAGCTATTGGAGGATTCACCAGTTCCTCAGAGAACTGTGTTTTTAGATAGATTAGGAATACCAATTACTTTGAAAGCATTAACAGAAAAAGAGATTAGTAAAATAAGAAAAGATTGCACTAAAATTGTAAAGGTCCAAGGGCGAAGAGAAGAAAAATTGAATGATGATGAGTTTACTCTAGCATTAATAGAAAAAGGAACTGTAAAACCTAATTTTTCTAATCAAAAATTACTTGATGCTATGAAAGTAACAAATGCTAGAGAATTTATAAAGAGAAAATTCTTAGCTGGAGAATTAAGTAAAATAAGTGACCAAATATTAGAATTATCCGGTTTTTATGATGAAATAAGTGATGATGATATAAAAAACTAATAAAAATGGGGGGACGACTGACTGTTTTAAATAACATCTTTGTTAAGCATCATGTTCCCCCAGATATTTATGTTAAGAAAAATTTAATGTCTCAACGCTTAATGAAAGTATTTACTCAAAATGAAATAGAGCAAGAGAATAAAGCTATGAAAAAATAAATATCTACAGAAAGGTAGGTGAGGGAAATAGCTAAAAAGGAAATGTATCATATTGATGTTGTCATAAGTGCAAAAGGCGACGGAGAAACAAAAAGCAAACTAAGTGCTATGGAAAAATACATGAAGCAGACAGAAAAAAGAATGCAAACACTTAATAGGATAAAGGTTAATCCTGCTATAAAAGCTACTGATAAAGCTTCAAGTGTTGTAAACAGAGTTAATAACAATATGAATAAAGCAAAAAAAACTGTTACAGCTAGAATAAAAGCTACAGATAACGCGAGTCCAGTAGCCAATAGAGCTAGCAATAATGTTAATAAAGCTAAAAAGACAGTAACAGCAAGGTTGAAAGCTACAGATAATGCGAGTTCTACTGTTAACAAAGTTAATAATAAGATAAAAGAAGTTGCTAAGCCTATACCTCCTGTAATCATACGAGGACAAGATGAATCTAGTTCTATAATAGATAAAGTAAAAGCTAAGATTCAGAATCTAAAAGCTGATACTATCATAAAAATAAAATCACAAGCTGATGAAGCTATAAATACTATTTCTCGAACTAAAAATAAATTACAAGAATTTGTGAGTAAGAGATATGAAGCAGCAGTCAAAATTCGAGATGAAGCTAGTTCGGCTTTAGGTGGACTTACAGGAAAAATAGATTCTTTTGTAAGTGGAGCTATTAGTAAATTTGCTAGACTGGCTACTACTGCAGGAGCTTTAATAGGTGGAATTGGTGTAGGTTCTGCTGTAAAAGGATTTGCTACTTTTGAACAAAGTATGAAAAATGCACAAGCTGTAAGTGGAGCAACAGGAAAAGAAATGGAAGCTTTAACTGCAAAAGCTAGGCAACTTGGGAGAGAAACTTCATTTACAGCAACAGACGCAGGGAACGCTTTTTACTACATGGGTATGGCAGGCTGGAAATCTGGTCAAATGATAAAAGCAATTCCTGACGTTCTTAACTTGGCAGCAGCAGGAGGAACAGATTTGGCACTAACGTCTAAAGTATATTGGACAGCTATAAAGAAATTTATAGTAAAAAATATGGGGTTAAAATAGGGAAGCCTAAGTCCTTAATGGATATGGTAATCTATTGCCACTTTATTTAGAAATAAGTAAAAGGCTTAACGACTAGATTAGTAATCTAAGTCCTTAATGGATATGATGAACGTCCACGAAATCCCACACCCTAACGCATTGTCGAGGGTGATGAAATAGTCTGAACTATATAGAAATATATAGAAGCTAAGATAAAGAGCTTAGTGTATAACAAAATGGATATAGTGACGGATGGTTTAACTGCATTGGGGCTAACTGCAAATGATACTACCGAATTTGTAGATGTAATGGCGGCAACAATAACTAATTCTAATACAAGTGTTGAATTGATGGGTGAATGGATTGCCCATGTAAAAGCTATTTAATTCGGTGAACCCTAAGTTGATTTTTTAATACGGGAATACCGAGCGAAGCTAGTTTGGAAACGACTAGAACGTGTAACGACTAGACAAAGTATACTAAGTAAAAGTATTTTTATATGTTGAAATGTCCACGAACAGTAGCAAGCTCAATTTATATTGAACTTAAGATATAGTCTGAACTATATAGAAATATATAGAAGTAAAGGATAAAGAGCCTTTGCGATAACAAAATTGGAAACATTTAAATACGTTGGTTCTATGGGGGGAGCTTTAGGAGTATCTATGAAAGATTTATCTCTTGCGACAGGTCTAATGGCTAAATAATTGGTCAGCTTAAAGAAATTTAAGTAAAAAACATTCGGTGAACTCGGGAAAAGCTAAGTTTAAAAAATATGCTAATTCCGAACCAAGCTAAGTGAAGCTAATAAAAGTAACTTAGAAGGTGTAGAGACTAATGGTTGAGTTATAGCAAACAATAATACCAACACGAGTGCCGAACATCTTAGCAAGTAAAGTTGAAGATGAAGATATAGTCCGATACTCTTAGGAAACTAGGAGAGTATAAGATAAAGAGCTTATACACAACAAATTGAGTGCAAGTGTCAAAGGAAGCATGGCAGGTACTTCGTTAAGAGGAGGTCTAGTTAGATTAATAAAGCCACCAGAAGAAGCTGCATCTGCAATTAAAAAATATGGAATAGAATTAAAGAAAAATAAAAATGGAAGTTTAGATTTGGCAGGAACAATAGGAAGTCTTAGAGAGAAATTAGGAGGATTAAAAGATGTTGAAAAAGGTGTTGCAATATCCTCTATATTTGGTCGTACTGCAATGGCAGGTTGGGCGGCTGTAGTAAATGCTAGTGAAAGTGACTTTAATAAGTTAACTACAGCTATTGCAGAAAGTGAAGGAGAAGCTAAGAGAATTGCTGATATGAAGTTAGATACCTTATCAGGACAATTTGAAATTTTAAAAAGTGCTATTGATGATGTAAGAATAAGTGTAGGTCAAAGACTAGGACCTATGACAAGAGGATTTATAGAAGATTTAATTAAGAAAATGCCACAAATCGGTGATGCTATAGTTGGAGTAGTAGAAAAGTTTGTTAATAATTTCGATAAAATAAAAGCAGGATTTCAAGTATTATTGCCTGCAATTGGTTCCGTTATAGCCTCTGTTATGGTACTTAAAGCCACATTTGCTTTTGGAGGAGCCATTAAAAGTTTAAGTTTACTTGCAAGTACTTTTGGTACGGCTAAATTAGCTGCCTTCGGATTAACAGTTGGAATAGGGGCTATTGTTATAGCTTTTGCAGGAATGACTGTTGCTATTTCTAATAATAAAACTGCTATGATGGACTTACAAACACGTTTTGGTTCGTTTGGTGAGTATGTTACTACAATAATGGAGGCTGTTGGCGGAGTCATAAAACTTACATTAGGCAACTTGCTTATAATGTTAGGAGGAATTGGAAAAGGAATAGGCATATTGTTATCTGATAAAAGTTGGGATGAAAAAGCTTCATCATTAAAAAATCTATTTGGTAAAACAACAGCAGAAATTAAAACAAATACAAAAGAAGCTTTATCAGATATAAATTCAGAAACTTCTAATGCAACAGCTCTATTAAAAAAATCTACTTCAAAAGAATTACAAGGTGTTACTAAAGCTTTTTCTGTGGCTTTTGACCAATCTAAAAATGTAACTGAAAGAAAGTCAGGAGAAATAGCAAAGGCATTAACAAATAGCCTAAAAGGATTAGATGAACAGTCAATAAGCATGATACGAGGATTAAATGATAATATGGCAATAATTTTGTCGGGTGTGACAGCAGATATGAAACCAAGTGATAAAGTAAGTAAAATTACTAAAAATTTAGATGATGCTTTCAAAGCGGGTAAATTAAGCGCCCAAGAATATAGGAGTAGCATACAAGAGACTTTAAGTTTTATAAGCAAGTATAGTGCAGATTCTTCAAATAATTTAAAACAAGGCATGAGTGATGCTTTCAATGCTTTTAAAGAAGGAACAAATGTAAGTGGCTTAAAAGACGGAGTAACAGGAATGTTAAACTCTTTAAAAGCAACTGGTCCACAAGCTTTAGAAACCTTAAAAGGTTTAGGAGGAAAAGCAAGTGAGATTTTCAAAGGAGTGGATTTTAATTCTTCTATAGATGCACAGAAAACTAAAGTATTGCAAAATTTAAATAGTTTAGGATTAGAAGGAACGCAAGCTATAGATACTTTAAGAACTATTTTCTCACAAGCATCATCTGCTTTGGATACAACAAATCTAAAGCAAGGTTTAAGTAATACATTTAACTCTTTTAAAGAAGGACTTAATAGCGGAGGAATAAAAAACGCTATAAATAGTATGCTTGGAACTATTAACCAAGCAGGTCCACAGATGCAAGAAGCTCTAGGGAAAATGGATGGAGATATGGGGCAAGTATTTGCTAATGTAGATTTTAGCACTCCAATAGAAACACAAGCTAGTAAAGTTCTAGAAAATTTGAATAATTTAGGAGTAAAAGGACCACAGGCTCTAGAAACTGTAAGAAGTATATTTGCTCAAGCATCTTCACAAATACAAGGTTCAGCTTCTCAAACAGCACAACAAGCAAATCAGCAAGTAGTTGATGCTCTAACACAAGGAAATCCAGCTGCGCAACAAGCAGGACAACAACTTGGAGCAGATTTGACTAATGGCGTAGTAAATGGAGTACAGGCAGGAGTGCCAGTTGTACAGCAAAAAAGTAATGAACTTGCTACAGCAACTCAACAAGGTGTTACAAATGCTGTAAATAGTGCAACTCCTCAAATAGATAATAGTAATCTTACAAGTGGTATAGATACAGCATTCAACCAAGCTACTGCAACGGTTCAGCAAGGAGCGACTAATATGTACAATGGTGCTAAACAAAGTTTTGTGCAATTGGCACAAATAGGCAGAGAAGCAGGAAGTAGTTTATATAATGGTGCAACAACTTCCTTTAATATGTTAGCAACAAACGTTAGAGTTGCATGTAGTAGCATGTATAACGGAGCTAGAATATCTTTTACGAGTTTAAGTAGTTCAGCAATAAGTGCCATTTCTGCTATGTGTAGTTCTGTAGTAAGCCAAGTTAGTGCTATGTCGAGTCAAGTTATCAGTTATTGGAATAGTGTAAGAGCAACAGTTTCAGCACCAATAAGTGCATCTTTTAATGTTAAGACTACTCAAACAACTGTCAAAAGGACAGTAAATGAAGGTGGTGGTGGAATACTGGGTAATATACTAGACCGTTTTGCAGATGGTGGTGTTGCAAGTAAACCAAGTATTTGTGGAGAAGCAGGTGCCGAAATGGTTATTCCTCTTTCTAATAATAGAAGAAGCAGAGCTATAGGTTTATATGAGCAGACAGGGAAAATGTTAGGTTTAAGCTCAACTCCTTATCAAAAAGTAGTAGGTAATTCTAATATTGTAAATAATGTTAGACAATTTCCTTTTACAAACACCTTGGATTCAGATAATAAAGAATACAAAGAAGCTCAATCACAGAATTTAATTTCAAGCAATGGGAATACAATAAATGTAGGTGGAATAACTTTAAATATTCAAAATACCAATAATAAGGAAGAAATGATACAAGAAATAATGTCTCAAGTGGAAAATGAACTAAGAGAAGCATTACAAGACATTGGATAATGTCGAATTGTTGTTAAAAAAATCTTCTTCATAAATGATATAATATTGTTAAAATATGCAAATTTATGAGGGGGAAATTTTATGTGGCAGAAATTTAAAGGTCTAAATACTTTCTTAAAAGTTATTATAGGTATTATAGCAATATGTTTCTTACCAATCACTTTAGCTGTTTTTTCAATTGAATTTTTAATGAAAGCTATTGAAGCTAAAAATAAAAGCAAAATAATCTTAGGATGTTTTTTAGCATTATTAACATTAAGTTGTGCTAGGACTGTTTATCTTACAAGAGATTTAGATGATAAAAATTCTACTCAAGTCAATCAAGTTTCTAATAATAAAGATAAAGAAGATGTTGAAAAGAAAATTAAAGAAGAAACGAAAAAACAAGAGGAAGCTAAGAAAAAAGAGGAAATAGAGAAAAAATCCTCAGAGGAGAATAAAGGAAACGTGGAAACGAAAAAACAAACATTAACTGGTGAAGAATTAAAGAAAAAAGTTGATTCTATAATTCTAGCAGAGTATAAAGGAAATTATTACACAAATGATGTACTAGATACAGATGGTAATTATGTACTTAGTTTGCAAGTTCAAAATGCAAGCTTTGACAATGAAAGCAGTTGCAAGACATTTACTAAAGAATTGATTAACAAGTTGAAAGAATTTAGAATAGATTCAGCAGAGATATATTTTGTAGGTTCAAGTGGTCAAACAACATATCAGATTAACATTGATGATTTTCTAAAAGTTCAAGATAATGTTGATAGTGTAAATAATATGGAGTTTTTCTCTTTCAAAGATTTTAAAAATTAGATAGACAAAAAGGCATTTATTAAGAATAGATGTCTTTTTTTATTGTAAAAAAGAGGTGATAACTTGGTAATAGACATATACCTAAAAAATGAAAAAGAAAAAATAGATTTCCATTTTCCAGTAAATCCACAAGATTCTTTATCTATAAAAAAAGAAAAAAGGTTTGAAACTGTAGATATAGTAAACTTAGGTGAATTTGATATAAAAAAAGAAGGGGAGAAGATAAGAGAAATATCATTTAAAACATTTCTGCCTAACTTATATGACGCTTCTTATTGCAGATACAGTGAGTTAAAAAATCCAATCGAAGTAGTGGCAATGATTGAAAAGTGGGTAGACCAAGCTGAACCATTACGATTAACAGTAACTGGTTTTGGCTACAATGGATTAGTTACAATATCTAATTTTAGTAATACTCAAACAGCAGGAAGAGAAGAAGATAGAGACATTGAGATAACATTTAGAACTTACAGAGAACTGAAGATAGAGACATTAAAAAAAGAAACAAAAAGTAATACTAAAACAGATTTAAAAGATAATAGACCTAATACCCAAACTAAATCTAAAATATATACAGTTACATCTACAGACACGTTATGGAGTATTGCAAAAAAGTTTTTAGGTAAAGGTTCAAGATGGCCAGAGATTTATAATATACCCGAAAATAAAAAAGTCATTGGTAAAAATCCAAATATAATTAAAAAAGGACAAAAGTTGGTGATACCTTCTAAATGAAAATAATATTAAATGGAAAATATGATATTGCAAATTTTAACGAGGGAATAACATTAAGTGAAGCTATAGACGGAGTTGCATACAAGATGGATGTATCTTTAATAGAACCTAAACAACTTAAAAATATAAATATTAAAAAAGGTGATAAAATAGTTCTGATTGATATAGCATATGAGAGTAAAAAAGAAGAAACAATCTTTGATGGAGTCATATGGGAAACTAGGAGAAGTGAAAAGAGTAAGAAACTGACATTGTCTTGTAGAGAAAGAACTGTTTACATGGAAGAATCAGAAGAACAATATCAGTTCAAAGAAAATACAGCAACACAGAGGATTGAATATTACTGTAAACAATGGAACATACCTTACTACAATCTAGCGAACACTTCTGTAAAACTTGCTAAAGTAATACATAAGACAAATATACTAGATATGATAAAAAAGGACTTAAAAGAAACAGCAACAAAAGGTGGAGACTTATTTAGAGTAAGGATGGATAATAAATTAAAATTATTCAAGCTTGGTACTAATGCAAATGTATATAAATTAGATAGTATATTAGAAGATGCAAACTTTACAAGTAGTTTTAATGATGCAGTAACAAGTGTAAAAGTTTTAGGTAAGAGTAAAGACGAAAATACAAAAGCACCTGTGGTTGGAACTTATAAAAAAGATGCTGATAAGTTTGGAACTCTACAAAAGATTAAGCAGGATGAAAAGATAAAAAATGCAAAAGAAGCTAAGAAAGCAGCAGAAGCAATGTTCAATAGTGGAGAGGAAACAATAAGTGTAGATTGTGCAGTAGATATAAATAGAATAAGAGCAGGTGACAAAGTAAGTTTAAAAAGTAAAGAATATTATGTTATAGATGTCACTCATACACTAGATTCTAGACCGAAAATGAAGATGAATATAGGGACTTTAGAATATATAAGGAGGAAGTTTTACACAAATGACTGATGCTAGATTTAATGGAATTGCTAGAATATTAAAAGAAAATATGAATAAAAGTGTAGCAAATGGTACTTTTGGAATGGGTTGTGAACTTGCAGAAATAACAGCAAATGGATTAAAAGTAAATGGTTATAAAGATGAAATACAAGATTATTTAGTATTAGAGAGTTTAATATTAAAAGAGGATTATTTTACTTTTTCAGATGAAGCTTTAAGTGGAGAATATAGGCATAAGCATAAAATAGAAACTACAAAAGAATTAAAACCCTTGGCTATAGGCGATAAGGTGTTAGTAGCAGTCATGGGAGCTGAATTTGCAGTAATTGGGAGGGTTGTAAATGCCAAACCTATTTCCAATTAATGAGAAATTTGAAACTGTAGAATTAAAAAATAATAATGAAAATGAATTGGACCTAAAGGGTTCTTTTTTATTTGATTTTGAAAAAGGTGAATTTGTTAAAAATGCAGATGGAACACTAAAAAAATGTGATAAGGTACAGGCGTACAAACAATGGTGTCAAAAGGCTATATTAACACCTAGGTACAAAAGGTCAGCTTACTCTAACATATATGGAAGTGAAATAAAAGACTTAATAGCTAGTAACTTATCTCAAAGTGCAAAAGAGCTTGAAATAACTAGATTAATAAAAGAAACTATTTTGGTTCATCCTTACACAAAAGAAGTAGGAGAGTTTAGCTTTAATTGGTTGGAGAATAGCAGGTTAGTGGAGTATGAATTTGATGTACTAACAATAGATGATGAAAATATAGTAATTGATGGCAATATAAAAAGGTAGGTGATTATATGGAAAGAGAGCTACCTATACCAGTATTTTTAACAGAAGATGAGGACTCTGTACATGAAAGGATGTTAAGCAACTTTCAAGATGTTTCTACATTAGAAGGTGACTTTATCTATGATGCAACAAGACCTACAGCAGAGCAAATAGCCGAATTAAAACAACTAGGATTACAAAATAATTTAAAGATAGCATTTCCTCAAACTAGCTATGGAACTTACTTAGAGTGGCTTGGTGAATGTAAGGGAGTATTTAAAAATCAACCTACAAAAGCAATAGGAACAATTACATTTACAGGTGTACAAGGAACTATAATTACAAAAGGAACTATTGTTACAACTATAGCTACAGATGAAAAACAGAGCATAGAATTTGAGCTTCTTGAAACTAAAACTATAGGAGAAAATGAAACAGTAGATATTAAAGCAGAATGTAAAGAAAGTGGAACTATAGGGAATGTGTCTAAAGGTAGTATATCCGTTTTACTAGGTTCTATTAGTGGTGTTAAATCAGTTACTAATAAAGAAGATTTCAGAGGTGGAACAGATATAGAAGATGAAGAACATTTTAGAGAAAGAGTTCTTGTAGCAGAGCAAGAGGACAAATTAAGTGGAGCTAGTTCAGACTATATAAGATGGGCTAAAGAAGTAGATGGAGTGGGATATGCTTATGTAGTTCCCGAATGGAATGGAGCAGGGACAGTAAAAGTATTAATACTAGATAAAAATAGAAAAGCAGCAACACAAGAGTTAATAGACAAGGTCCAAGAATATATATATCCATTAAATGTATCAGAAGGAGAAAATAGAGATGGGAAAGCTCCTATCGGTGCATTAGTTACAGTTGTGACACCTGACACATTACTTATTAATGTAAAAGCTAGTTTTATATTTAGTAATGGCTTTAGTGAAGAAACTGTATTAAACAATCTAAAATCTAAGATAGATAAATATTTAGATAAGATTGATTTAGGAGGGACAGTCTCATACAATGCTATACAGGCGATAGTAGGCTCTATGATGCTGACAGATGAAGGTATAGAAGACTTTTCTAATCTTACTATAAATGATGTAAAAGAAAATATAAAATTGCAAGACCAAGTGGTCGGAATAGGGGAAATAGTTAACGAGGTGGTTGGATGATAGCTTCTAAAAAAGGTAAAGAAATGCTTCTTACATTATCTCCTATTTATGAACAATCTATCATAATGCAAAGCTTATATGAAGCTATAGGAAGCGAATTTGATAATCTAGAGTTATTGGATGAAGAAATAGAATTACAATTATTCCCTCAGAGTGCAACATGGGGACTTGAATTTTGGGAAAATAGGGTAGGTTTATATACTAATATAGATGAAGATATAGAAGCTAGAAGAAGAAAGGTCATTGCTAAGCTTCAAATGAAATATATTGTTAATCCTGACAGATTAGCAACTATAATAAAAAGCTATACTGGCGCAGACGTATATATAAAAGAAAATATAGCTCCATACGTTTTTAAAGTAACTGCTAATGTAGATGATGTTATTAATTATGAAGATTTTAAATATATAACAAATAAAACTAAACCAAGTCATCTTCATTGGATGCCTTCTTTTGCACTCAAATTTACAGATATAGAAAAATTTGAGGTAAAGATGATTAATCGAATATTTATAGATTTTAGAGGGAATATAAGTAATTTCTTAGATGGTATGTGGTTATTAAATGGTAGTAAAAACTTAAGTGCTTATATACTTTATCATGAGCCAATAAGCTTAAACATGAAAAATAAGTTATTTGTAAAAGAAAGTGAAGTATTTACAAATCTTAAAGTAATAATTAAAAAGAATTTATATTACCTAAATGGGATAGAAATGCTAAATGGAAATAAACTGCTTAATGCAGAATTAAGAGAGGAAGTGTTATAAGTGGCAAATGCAGTAACAACAGACATTGCAAGACAAAAAATGTGTAAAGCTAGAGCAGGTGATATAACATTGCCTACTATAGTTAGTATGGTGTTTGGAGATGGAGGGGTTGGGAATAACGGAACTATAATAGCTCCATCTCCAAGCGATACAGTGTTAAAAAATGAAGTGTTTAGGAAAGATATAGAAAATTATGTATATCCAATCCCAACTACTTGCAGATATTCAACTACTCTATTAAAAAATGAAGCAGAAGGAAAAAATATAAATGAAATAGGTTTAATAGATTCGGATGGTGACTTAATAGCAATAAAAACTTTTGGAAATAAGTATAAAGACAGTGATATGGAAATGGTTTTTCAGATAGATGATGAGTTCTAGGAGGTGAATAAATGCCTAATGAATTAGATTTTAATAATGAGATTGAAGAATATTTAATAACTACACCAGCTCATGCGAATGAGTTTAATAATCGACAACAAAAATTATTAGACAATGATAAATATTTAAATAATAAAATTGATACAACCAAAACAGAGTTAAACACTAGAATTGACACAGAAAATGAGAAACAAAATATTAAAATTGACCAATTAATTGCAGGTGATTCAAATGTTGCATACACTCAAAGGGTCGCAATTGATGATTGGGTGGAGGATGCAGAAAATGGATTCAAAGCAACTGTAACACATAGTTTGTTAACACAGAGAATAGTTGTAAATATTATAGATGCTACTACAAAAGAAAATGTAGTTACAAACTTTAAAATTATAGATGATAATTCTATAGAAGTTAGAAGTGAGGTAAAAGTTGAATTAAATGTCTATGTGATAAATGGAAATGCAGAAACTCATTTTATTAATGCAACTGTGGATGATAACAGGGTGAGTGAAATGACTACTTATTCGTCTAAAAAGATACATGAAGAAATTAGTAAGGTAGCAGAACAGTTAACAGGAATTAACAGTAATATTATATCAACAGTAAATAATAATTTGATACCAATGTAGAAAGGAGTGAGTTAATATGGCATCAGGTTGGTATGAATGTTTAAGAACAGTTAAAAAAAGAAGAGGTTATCATTCTGAAGCAGATATACATTCCTATAGTTGTTATCTTGACGATTCAGAATATTATGGGAGTTATAATTTACGTACTATCAAAGATATATATATATCTGAAACAAAAACTTATTATGTTAATTCATATGAGGTATATTTTATATCAAAAGGAAATGGTCAGAAATATGTTATGGATGGTTATGTAATGCGACAAAGTACTAAAGTCCAATTTGTACCAGACCCCACTATTTCTATAAATAATGATTTAGGTGTCATTGGTGATGCTTGTAGTATAAAATATAGAATATCAGATAGTGACCCTACTGTAAGGTTTAAGATAGTTCATAAATTAAATGGTGTTGTTATAGAAGAAAAAGACAATACTACAGATTCAAATTATACTATAAACTTAACAGATGAGCATTTATCTGAATTAAGTTTTAACTCAACTAATAATATAACTATTGAGCTTAATAACACAAATGGAAGCAGAATATTAGATAAAACAGTTACATTTACAAAAGGTAACACTAAGCCAAAATTAAATATATCCTCTTATAATTCTACTTCTGCAACATTTACAGCAATAGACACTGATAATAATTTATCTAAAATAGAATGGTTTATTGATGATGTACTAAAAGAAACAATAACAACAGATTTGTATTTAGAGAAAACAATAAATTATGAGCTTACAGACAATGCAATACACACATTAAAAATAGTTGCTACAGATGCAGAAAATGCAACTGCTGAGAAAGTTTTAAGTATAAGCAAAGAGATAATGCCACTTCAATCTGATGCAACATTACAAGATATATCAACCAAGTTAATAGAAATTGGAGAAGGATTTAAAAATGGTAAAACAAGTATTATAAATACTTTAGCATTAAAGAATATAGAAGCAAGTTTGAATAATACACTTGTGGAGTTATCAGAGAAAATAAAAACAAGTTTTGATAGTTCAGACGCTAGTGTGCAGGATTTGATGAATCAGTTAACACAAGCTAATAATACTATAAGCCAGTTAAATACAAAATATAAAGTCGCAAGTGGCACAGTTGCTCCTTTTGGAAATTCTGGTCAAAATTACGTAGCTTGGCCATATAAATGCTCTGAGCGTGCTAATACTGGTGGTTGGATTGAGATAGATGGATTAGGATTTGCACCTAATGTTTTTTTTGCTGAATGTGATTATTATGATAGTGATTATAATATAAATTATAAGCTTTTTACTTTTGCTTGTCACAATATTCCTACTACTGGAAATCAAGTTTTTGTGGCCAATGTTAGTTTTCAACGTAGAGATGGTGCTTCAAACTGGAGTGCTAGTGGTTGGCTTTATAATAACCAATATGGTACTGCAGTTATAGATAAAATTATTCGAGTACCAAGTTTTTTACCTGATTCCAAAAAAACATATATCCATAAATGGCATGCTATTAAATTTATATAGAAGGAGTTGAGAAAATGGAAATAGGAGCAACTATAATCTTTGACCAAGATGGGGAGATAGTTAAATATATTGGAGAAATGCAAGGGGATGCAATTTCTAGGAAACCAATTGAAAAGTTAGATTTTATTAATATAGATTATGGAACAATTGATTTTAACAAATATAGATTGGTAGGTGTAAATATAGAGACGAAACAGCCAATTTTAGAAGAAATACCAGTATATCTAACAGAGGAAGAAAAGAGAATACAAGAGTTAGAAAATCAAATTTTATTAAATGAAAACGAAAAAGTAGGAGGACTATTATAATGAATATAAATAATGTTGTTGTAAGAATATTAGCAGAGAGAATATTAAACGGAGGATTAAACCCCTTGAAAAACAGACCTTTTGAGTTAGATGACGTGACTAACATAGAGTACAGAAAAGCTGTAGAGGATTATATAATTAAACAGAGTGGAGTAGTAGAAGGAGCAGAGCCAACTATATAGAGGGTTCTTTTTTTATTGAAAGAAGGTGACTAAATGACTTTTAAAGAGTTAGTTAATAAAGTTAGAAATCTTGTATTAGAAGCAGAGAAAGTAACTATAGAAGATACAGAGAATAATTTTACAAGTGATAATGTAGAAGGAGCATTAAAAGAGGTTTTTCAAAGTGGAGTTAATGCTAAAAATAATGTAGTAACAGCATTAAACTCCAAAGGTGCAGAGGTTACTACAAGCGATACATGGGAAGAAATAAAGAATAAAATTGATATAAAAGAGGGGCGATTAGATTTAAGAGAAACAACACTTCCAAATAACTATCCGTATTTAGTTACAAATGGAGCTATAAAATATATTGAAAGATGTAGTGGGAACTTCAAAACTTTTGAATATGAAGAACCATATTTTTATGTAATTAAAGAAACTCATCTAATTAAAATTAATGCTATTGATGAAACAGTAGTTTTTGACATTACTTTAGCTAATGCTAACTTCTCATGCATATGTATTACTCAAGAATATTTATTTATATCTGATAATACTAAATTATATAAAATAAATAAGTCAACAGGAAGTGAAGTACAGTCAATAGAAGGTGCTTATTATAAGTTATGTACTTATGGGGAATCTATTTATGGAGTATATGGAGATGAGACTTCTTCTACACTTCATAAAATTAGAATATCTGATATGTATATAATGTTAACTAAAAATTTAGTTTCTAATGGTATTTACAATTTTAAAGGAGGTAAGTTTGTTTGCAATAAGAATGCTATTTATGCTACAACAGAACACTCAAATTCAAGTAGTATTACAACATGTCATTTATCTAAAATAAATTTTGATTTTGCCATTGCTAAAGATTTTAGAATTGGAGGATATTTGCATATGAAAAACATTAAGTTTTTAAATGATTTTGTTATTGTATCTGATGCAGAAAGAGGTATAGAAATTGATAGCAACAAAAAAAGTGCTTTAGTAAAATATGACGCAAATTTAAATTTAATTGTGTATTCAGACGATAGCAAATATGACAATTTTGATATATATAATGGATATATATATGCTATATATTCGCTTTCTAGTAGTCCTTTTGTAAAAATAAGTTTAAATACTCTTAAACATATCGACAGCTACCGAAAACTTACTGAAACATACCCAAATGCTGGTATGTTTGTAATAAATGATATAGTTTTCTTTATTAGTAGTGGAATTTTTAGAAATATATTGTCAAAAAAGGTTTATTCGGATGAGAAAGGAGAATCATTATGATTTATTTAGGAAATTTAATGGATACAGAAGAACAAAATATAAAATATGTTGGTATGGTACACTATGAACCAAATTTGTTATCGGAGGAAAACTTAAAACAAGGTATTTTGATAGAGAGTTTACCAACTCAAAAGTATGCAGAGAATAAAGAAGCAAAGCTATTTATAAATATAGATACTAAAGAGGTTTTCTATAGATATACAGATATTAAAAGTAGCATAGAAGATAAAGTAAATTCTACAGAACAAACAATAGCAGATTTAACATTTCAATTAATGAGTAATGGGGTGATATAGTATGAATTGGTACAAGATAATAACAGATTTCTATAAAAATAGTAATTGGACTAAAGAGCAAGTTAAAACGGCAGTAGAAAAGAATAAGATAACAGCAAGTGAATATAAAGAAATTGTAAGAGAGGACTATATAGCGTAGTTCTTTTTTAATTCAAAAATTAGGAGGTTTTCATGAATGAAGAACTTTTCGAAGCAGATTTAAAAAGACATGAAACAAGAATAAATAAGCATGGAGAAGAAATAGACGAATTAAAGATAGCAAATATAGAGTCTAAAGCAGAATTAAAGGCACTATGTGAGAATCTAAACTCACTTACAAGTATGCTCAAATGGCTAATTGGTACAATGATTACAACATTAGTAGGATTCTTTATATTTGCAGTTCAAAGAGGAATATTTTAATTAATTAGGAGGTTAAGGTATGGATAATTTAATAAGTTTTATACCAGAGCAACTGCTTTTATTAGTAGTTGCTCTTAATGTATTAGGATTTGGATTTAAGAAATACAAACAGTTAGATAATAAATACATTCCAATCATATTGCTTGTGCTAGGAATTGGATTTTCAATATGGATGCTAGGATTTAACCCTTCATCAATCTTACAAGGAATTTTATGTTGGGGAGTTGCAATAGGAGCAAATCAAGTTTACAAGCAATTAAAGGAGGAAAACAAATAATGAAAATAGGTATAAATTGTGGACATACAAAAACAGGAGCAGGAAGTGGAGCTATAGGTAAAATAAATGAGTCAATAGAAACTAGAAATGTAGGATATAAAGTAATTGATAAATTAAAAAAACTAGGCAATAATGTAGTCGATTGTACTATAGATAAAGCATCTACCCAATCAGAATGTTTATCTAAGATAACAGCACAAGCTAATAGACAAGATTTAGATTGGTTCATATCAATACATTTCAATGCAGGTGGTGGCAAAGGATGTGAAGTTTACACATATAAAGGTAAGCAGTATCAAGATGCTATAGATGTTTGTAAAAAAATCTCTGATTTAGGATTTACAAATCGAGGTGTAAAAGATGGAAGTGGATTATATGTAGTAAAGAAAACAAAAGCTAAAAGTATGCTAATAGAAGTATGCTTTGTAGACACCGAAGATGCAAATAAGTATTTGAGTTTAGGAGCTGATAAATTAGCTACTGCAATAGTAGAAGCTATAACTAAACATATAAGTTCAGCAGAAGAAAACAATTATAACAGATATAAACATACTATAGTATATGCTGGAGATGATAAAGTATCAGCAGACATTTTAGGATTATATTATAAGAGAGAAAAAGAAAGTTACTTAGTAACAGATATAAAAGACTATAAGCCACATAGAACACAAAATTTATATGTAATCGGTGGAGTAACTTGTAATAAAATGAAGGAAATGAGTAAGACTACAGGAGAAAAATTTACTCAACTATATGGTAATGATGTATGGTCAACAATGGATAAAGCTATAGAATTTGTAAAAGAAAAATTGTAGAGTTAAAGGTGAGAATATGTTAATACAAGAGAAAAGTTTTTATCCAAACAACATTTACCCCAAAATAGACTTTCTCAAAATAAAAAGGCAGTTAAAATCAATATACAAGAATGATTTATCAGATTGTGGAAGCATATGTATAATAGAAAGAAAAGACTATTCTGTATCTGTAAACAGCATAGGTGAAGTAAATATATACTATGATTTAAAGTTTAAGCAATGTGTTCAAGATGCAATAAGAGATATTGAATTAATGTTTAAAAGTCAAATTAGAAGTTTTTATTTAATAGATAGATTAGAAGGTAGCAACTAGAGTTAGTTGTTACCTTCTTTTTTTTATACCTACTTTTCCATACTCTCTTTCAAGTGCTGACTTTTTAAAAACCCACGTAGTACCGAATTTTTTACAGTCTTCGCCTTCTATAAATTTTCTGTTTCTTATATTTAATCTTAATGTGCTTTCCCCTTTCTTGTAAAGTTCACAAGCGTCTTTTATAGAAATAAGTTCCTCAAATATATCTTTCATTTCAACAACTCCTTTTATTTATATTATAATCGCAAAAGTTTAAAAAGACAAGAAAAAAATAAACGCAAAAGTTTAAAAAACTATTGACTTAATAAACGGAAACGTTTATAATATAATTAAAGAAAGAGATAAGTAAAGGGGGATATAAAAATGGAAAAATTCATTAGACTTGATTGCGATAAAAATTTTAGAGGAAAAGAACATGTAAGTTCTGCAACTGGAGATGGAGAACATTTTGAAGCAGGAATTAGTTGTTATAAAATAAGTAAAGAAAAATGTGTTGATGCTATAATAAATTTATGTGAATATTGGTTTGAATTTGCAGGTGAATGTCAATTCGAAGATTTCGATATAAATATTTTTGAAGGGTACTATGTAGGTGAAGGGGCTAGTTATGAAGATTTAGCAACTTGCGAAAAACATTTACATTGTATAGATGGTTCTTTGTTTAATGAAGTTTATAACTTATATTATATGCATGAAACATACTTAGAAGAAAATGGAGATATTGAAGAATTAGAAGAAAACTACAAAGATGAATATATAACAACAGAAGAATTTGAAACTAAGATAAAAGAAATGTTTATAAAATATCTGTAGGAAGTGAAAACATGAAAATTGGAGATAAATTTGAAAATCTTACAATACTAGATATAGAACAAAGAAACAGTAGAAAATATTGTCTATGTAAATGTGGGAATTGTGGAAATGAAAAGTGGATAAGAGCAGATAGTTTGAAAAGAATAAAAGCATGTGGGTGCATGAAAAGTAACACACAATTTAAACCAAATGATTTAACAGGCAAAAAATTCGGCAGATTAACAGCAATAAATAGCACTAACAAAAAAGCTGAAAGTGGTCACTATATTTGGATTTGTAAGTGTACTTGTGGAAATGAGATTAAGACAACAGAAAACAATTTAACTACTGGTAGAACTAAATCATGTGGATGTTTGAAAAAGGAATCTAATATAAAAAATGTAAAGATAGCATTAAAAGTACATAAAGAAAAAAATATTATTGATGATACAAATCTATCTATTATAAAAAAGACAGAAGCGTATTCTAATTCAAAAACTAAAATTAGAGGAGTTTATTATAATAAAGAAAAAAGAAAATATTGCGCACAAATAGAATTTAAGAAAACGCATTATAATCTAGGATACTATGACAACATAAGAGAAGCAGAAGAAGCATACAAAAAAGCCAAAGAAAAATTCTTAAAAGAAATAAACGGAAAAGTTTAAAAAACTATTGACTTAATAAACGCAAACGTTTATAATATAATTAAAGAAAGAGATAATCAAGAGGAGGATATAAAAAATGAATAAACAAAAAGCTAGAAGATTTTTAAGAGTTATCGATATGAACATGGATAAAATAGAAGAAGAAGCTATAAAAGCTTTTAAAGAAAGCTGTTTAATCGAAGAGGGAAATGATATAAGAATATCTATTGATTTTCAAGGAAACGTTGAAGCGGAAGTTGTTTCACCCTCTACTAAATTTTTAGAAGATGATAAAGAAATTAATATTTTCACATTAAATCAAGCACCAAGTCGTTTAGAAGAAATGTTTGGAGAACTTTACTACGTAAATGACTACGAAGAATTTGTAAATTGGTGCGAAAATGAATACGAAAGTTTAAATTGGGTTAGCTATGAAAAATTCAATAAAGAAAATTTTGAAGAAATCGCTGAAAGAAATATAGATGATTGCACATCAACTTTTTTAGAAAAATTACATGAAGGCATTGAAAATTGTAAACAAGAATTAAAATTAATGGTTGAAATTTAAATGAAAGAGTATTATTATTAATGTATATAGTATCGTTTTTAAGATTAACTACGAGGGATTTAAAATATTTTTTAATTTATTTAGAAATGATATTGTAATAAGAATTTTTATATTAACTACAAGGGATTTAAATGTCAATTTAATTTATAGAGAAAAAATATAATAGCAATTTTTTAGATTAACTATAAGGGATTTAAATATCAATTTAATTTATATTCATATAATACAATATCCAATTTTAGATTAACTATGCGGAAATAAAAACAGTGTATTTATTAAATACACTGTTTTTTAATGTTTAGTCATTATGATAACTTAATCCTTCGATTATAAATCCTACATTCGTCGTCATTTCTGCTTCATCACTTTGTAATATTCCTTCTGTAAATTCGCTATCGCTTGATAATGTTATTTTTTTCCTTGCCACCATTTCCAAAATTGTTTGAAATAGTTTAATTTTCATATTCTTATCAAGTCCAGCATATTGCAAATAGTTTGCTACTTCTTGCGAAAATTTAGTTAACTCTGATTTAGTCATTTTTTTAGATAATTCTTTTCCAACGCTTAGATAAACTTTTTTAGATTGTTCAACATTCATTTTTTTCAACCCCTTTTTTAAGTTATAATTCAATTATATTTTAAAAATGCTGATACTTCAAATATAAATATTTTTGTTTAAGTATATAAAACATCAATAACATTACTCAACACACCTTAAAATTGATTTAAATAGCTCTTTTTTATGAACAAAATTAATGATATAATAAAAAATAGAAGTGTACTGCCAATACACTTCTATAGTTATAACTAAGCATTCTCATGAGCGGGAGTGCTTTTTTCATTTCTCCAAACAACATTATTTTTTTCATCAATAATTATTAAGTCAATCTCATTTTTTTCTAATATTTCTGTTGCAGTACAAATGAGATTATCTAATTCAAAACTTCGAGTTATCTCTAGTTGTTTGTTATTTACTTCTCTTTTTAGTATATAAGTTTTAAAACACATTTATATCACCTCTTAAGCACTAAGACATTCTTGTAAGCATTCTTCTGCTTCTTCTAATGTAGAAAATTCATCTACATATTGGTCAAAGTTTCTAATATATTCAGTCTTATATTTAGTGCTATTCATTTCTATAAAAGCAATAGTTTTACCATTATCATAATATCTGCTTATTACGAAATATTTTTCTGTATTAGATTCATTTTCTTTATCTTCTATAACTAAGCCTTTAGCGCTGAAATTAGGTGCCATGCTATAATTTCCAACCCTTATGTATTCATAATCATCACTGAAACGGATTTTAGCACGTCTAACAGTATCATCTTCTTTATAAGTAATAGTTTTATCAGTTCTTTTAATAACCTCTATAGTAAACATACAGTCATGGTCACATACACTTCTTGTTGCATAAGTTTTGCCAATTTCAAATTTTATCATCTTAAATACCTCCAATAATTATTTTATTAAGTTTATTATACACTATAAAGTGTCGTTTGTAAATATAAAAATGAAATTAAATAGTTTTATTTGTAAATTAAATATAGATAAAAGAAACTCTATAGTGTATAATCATATATAGAAAAGTGAGGTGTTTATGATGATTTCATTCGGAGAAAAGATAAAAATAATATTAAAAAGAAAAAACATGACTATAGGTGAATTAGCAGAAAAAACAGGACAAACAAGACAAAATCTTTCAAATAAATTTTCAAGGGACAATTTTTCAGAAAAAGAAATTAGAGAATTTGCAGAAATACTTGATTGTGAATTTGATTTTTATTTTATAATGAATGATACAGAAGAAAGAATATAAGTTATTTGTATTTAATATTGAATAGATATTTGATAATTGTAAAATTATGTTATAATTTATATGTAAGGAACTAAATATCTAAGAGTGGCAGTTTCCACATTATGCTCTAACCTACTTTCTAATGAAAGGAGGTGGGAAGTGTGGAAATAGTAGCAGTTTATTACATAGCAAAATTTTTACTTGATTTATACAAAGTAAAAAGCCACTCAAAGTCGGAAGCTAAGAGTGGCTTTATATTTAATTTAACTATTAATAAACTAATAGTAAAAATTAGATATAAAAAGTACTAAATTTTTTCGGAAACTACACTCTCGACAATAGATTATAGTTCCTTATTTCTAAAGAGGTAGGAGAATTGCAGTTCTCTTATCTCTTTTTGATACGAATTTACATCTTTATTATATCGCATTTTAAGAAAAAATAAAACTATGAATATTATAAATCTATTTTAATTAATTTTTTATCATATCATTATTTAAAAGTAGATAAAACTAAAAAGGGTTCTCTAGAAATCAATGTCTATCTAATTATACTTACTTACCAATACCATCACTTGGTGTAAACAAGACTCTACTACATTTTCTCCGTACTCTAATATAAAATCATCTAACTGTGTATCTAAAAAATTACAATAATCATACGAACTGCTAATATAAGCAGTCAACATGTGTGTACATTTATCCATTTTATTTTTAAACATATAAATTATTATCCCCCTAAAAAACTTTCATAAAAACAAAAAGAACAATATCTTTTTGGCAACTGGCTGACATAACTCATAAGATATTTATATAAGTCTTAGTCCCTATAGCTTTGCGTCACTAAATTTCTCTAGTTTTGCCGATTTAGTTTTATTCTACAACTAAAATAATACAATAGAATTAGTTATTGTTCAACAAGATTGTTTGAAAATTAAATAAATTTGTAGATGTGAATAATATTTTTTATATATAAAAACAAACTAAAACAGTAGAATATTTGGTAAAAATTACCTATAGTTTTTGTTCTAAAAAGCTCCTATTATTAATTTAAGTTAGACGAATTAAGGAAGTGACATAAATGGAGCGACAAGAGGTAGAAAGTAAATTACGCAGGGGCGAATTAATGTTGATGGAGTACATGTGAAGGGAAAAGTCTACTCTATCTAAAAAAGAAATAGAAGTAGCAATGAAAGAAAAGTATAAGTGGAGAAAAAGCACTACAGAGATTTTACTTGGAAGATTAGTAAAAATGAGAATATTAAAAAAGAAGAGAGTTGGTTTTCAATTAAACTATGAAGTATTAGTAACTAAAAAAGAATATTTAGATGTAATAAAAGAAGAAAAAGATGTAAGTAAATATGATAATTTTTTTACACAAGTATTTACAACTATACATAAAAAAGAAGAAAAGACAGAGAAACAAATAAAAGTATTTATAGAAAGTATGCAGAAATTAGGAAAAAAATAATTTTATATTTTTATATGTTAATAGAAAGAAGGGGATATTATGCTAAATAAAAAATTACCAGATTCAGAGTTCAAGATTATGAAATATATTTGGAATACTGGTTATAAAACTGTAATATCAAAAGATGTGGCAGATGAAATGGAAAAAATATATAAATGGAAACAAACTACAACACTAACACTTTTATTAAGGTTAACTAAAAGAGGTTTTTTAGCTTCTCAAAAAATAGGTAAACACACACATTATACAATATTAATAAAAGAAAAAGAATACTTAAAATCAGAAACTAAAAAACTATTTGGAGGTTTACATAATAATCCTTTATCACAGTTAATATCAAAATTACATGATAAAGAAGAGGTAAGTATTGATAAAATAGATGCGCTTGAAAAATGGTTAAGAAGTTTGCAAGAAGATGAAGAATAA

Protein sequences of DBSCAN-SWA_3

>CP012312|1012859:1072183|1020759_1020900_+|AXU74606.1|DBSCAN-SWA
MEKSKKLLIDTGDTLNKLRENNSEKLEKYIELLKEYYKQENKKERE
>CP012312|1012859:1072183|1012859_1013996_+|AXU74599.1|holin|DBSCAN-SWA
MIEIRNVTKKIGNNVILDDISLVVETGTLVVLIGSSGCGKTTTLKLINKLIKPTSGEIYINGKPISQENEIELRRKIGYVIQNTGLFPHLTIKENIELIPRLKKEKSVEEIEKRTLQLLEMVGLDSDEFLNKYPSELSGGQQQRIGVARAIATDAEIILMDEPFSALDPITRTSLQEQLFSLQDELKKTIIFVTHDMDEALKIADKICIMKDGRIAQYDTPENILRKPANDFVKDFIGEDRVWDNPEYIKARDIMIKNPIAVNSTRTVTQGIEIMRTSKVDSLLIIDRAKTLKGIVTVKDMKDIDDKSILLADIMSSEPLHVNEGDNLVEILNVMNRNSVGYIPVISDENKLVGLITRSSLLSVLSEQFLEMEVSVLG
>CP012312|1012859:1072183|1066491_1066695_-|AXU74680.1|DBSCAN-SWA
MKDIFEELISIKDACELYKKGESTLRLNIRNRKFIEGEDCKKFGTTWVFKKSALEREYGKVGIKKRR
>CP012312|1012859:1072183|1065096_1065354_+|AXU74677.1|DBSCAN-SWA
MDNLISFIPEQLLLLVVALNVLGFGFKKYKQLDNKYIPIILLVLGIGFSIWMLGFNPSSILQGILCWGVAIGANQVYKQLKEENK
>CP012312|1012859:1072183|1025969_1026479_+|AXU74620.1|DBSCAN-SWA
MSTLYELTTDLLEIEEGLTEITGNETEKLEEIKEIIKQEIQDKNTRIVSVILNIDSDINSIDSEIKRLQELKRVKKNTLDRLKNNIKECMELLGTKKVETVLGNISIRKSAGSLVIEDEEKIPAIYKTVEQVVKVDKNTIKDFIKKGHEVEGCRIEYGTTLTIPKAKKE
>CP012312|1012859:1072183|1064375_1064675_+|AXU74675.1|DBSCAN-SWA
MIYLGNLMDTEEQNIKYVGMVHYEPNLLSEENLKQGILIESLPTQKYAENKEAKLFINIDTKEVFYRYTDIKSSIEDKVNSTEQTIADLTFQLMSNGVI
>CP012312|1012859:1072183|1057395_1057758_+|AXU74665.1|DBSCAN-SWA
MTDARFNGIARILKENMNKSVANGTFGMGCELAEITANGLKVNGYKDEIQDYLVLESLILKEDYFTFSDEALSGEYRHKHKIETTKELKPLAIGDKVLVAVMGAEFAVIGRVVNAKPISN
>CP012312|1012859:1072183|1031653_1031827_+|AXU74632.1|DBSCAN-SWA
MNKCEDCKYRAYEEDGEVYFYSDGSYEGGICREEYCSRGYEKKFENNGENCKSFKKL
>CP012312|1012859:1072183|1035028_1035397_+|AXU74639.1|DBSCAN-SWA
MEIKNSLCTQNYTKLYCEDKEEWKYNAPCCFILGSADCEDDCIEPIQYLTFQEGAIKECGVNGINNEDVILAVITRLEAFQESKYACRENEKAIEKLEECLMWLRKRTLDRENRSVVGTSNI
>CP012312|1012859:1072183|1027995_1028217_+|AXU74623.1|DBSCAN-SWA
MRFEIGKTYKFDKEKFMEINGVEQHKKYKELWIDDIEGVEFTVEKTFGDGYICYPNEFWFNFGVVSEWCVEVK
>CP012312|1012859:1072183|1030121_1031126_+|AXU74630.1|DBSCAN-SWA
MIIHKFIIHVLDKNSDTPILNDFEGRVNQDMDLFFQKKISKVSGDKDIRTAVFNNYSNNLIKKCCEQIIYDESSFLNNSKEIAAYLFDVMKLNATLESCDLAICLYSQKYEKKVAILKLDYNKSYTHSIEFEDDKFNIQMSKNEINIQETKTVKIAALVGLSGMNNEYHLNVLDKDAEKEEANSKFVTEFLNATKVKDDKYKTKMFKNTSENWITNVLGNDIKQAEDVRSILNYTLKEKHEIDINDFVDKSIKDDELKNSFKEHMEEKGLDKSFNIDKKWVEKKLKKRNIKTDNGFEIKGNLTDFEDPMKYTVRQNQNGSIDIIIKNVTFYEEK
>CP012312|1012859:1072183|1045039_1045357_+|AXU74652.1|DBSCAN-SWA
MSITNLDKLKLNLQEEEYPYFTDEQLEMLLESNENNVLKASWRGCLLKGATDDEIKIGPIETKSSNSSYWLTLADIYKTDYLEEKSKNETTITGYKTSMTRADGQ
>CP012312|1012859:1072183|1032604_1033039_+|AXU74635.1|DBSCAN-SWA
MQKENKDVWLYSWDGECFGSDEYESKEEAIEAAKEELLNFREFGEWVYDKEFGKLVYVGKREDVSLPGIDVEDTLERVQELIDDEFEDYGEDWIIRIKDEDRKILDNKLNEVFCLWVDKFGYKPTWFKVVEVEKIKLNEVANEG
>CP012312|1012859:1072183|1033028_1033436_+|AXU74636.1|DBSCAN-SWA
MKVNFTIDGEPVGKERPRMNSITKRTYTPNKTRDYEELIKWLYQSKVKYRFTGYIKMTLRCYYSIAKSNSKKVKEQKRNDVLRPSKKPDIDNVVKIIADSLNEIAYKDDTQIVEVVASKYYSDKPRVEVILEDVY
>CP012312|1012859:1072183|1071796_1072183_+|AXU74690.1|DBSCAN-SWA
MLNKKLPDSEFKIMKYIWNTGYKTVISKDVADEMEKIYKWKQTTTLTLLLRLTKRGFLASQKIGKHTHYTILIKEKEYLKSETKKLFGGLHNNPLSQLISKLHDKEEVSIDKIDALEKWLRSLQEDEE
>CP012312|1012859:1072183|1024701_1024899_+|AXU74616.1|DBSCAN-SWA
MAINDNINKILKDRDLKAWKLAKEIGVDSGNLYAILRGENKNPTIDTLIKIADYLDVTLDELVGR
>CP012312|1012859:1072183|1020914_1021280_-|AXU74607.1|DBSCAN-SWA
MIGYRIKELRKEKDITQKELATFLGLTPKMISFYEKEERFPPHDIILKLSDFFNVSTDYLLGKVNVKNIDNLSELELIENLNFSDDIKEALKLISELSPSSQEKMFKIAKVFLEEELNEKK
>CP012312|1012859:1072183|1019185_1020229_-|AXU74605.1|DBSCAN-SWA
MFENEELLESFNIPIIDKDRQYWLVRTDGGDLWEQFKVESFIGIGWNEFSDENEFAQIEKNKDLEWELKDKIRKEYKVDKPGLIINSIKRFVTQMKIGDIVMIPSDRSTIISFGEITSDLCLHELTEEDINEEKCDYVKRRNVKWIKDIYRDDLDPLLFKMFQAHHTIVNACNYADVIDRTLQSLYIKDGITHLKVDVKTQQKVGKNLFMLQKMFFDSELDVSNCVKMKINVQSPGFLEIITTHIWDIIKILLALNVAVGGGKAFGFEVPGLMSILEKIYEKKKESKKIKFEEEMEIYKEIKDIYGDDIKTLKIETSNIVLSEMIKINKSLNPEVSTDESNDDENNA
>CP012312|1012859:1072183|1042747_1043401_+|AXU74648.1|DBSCAN-SWA
MLEYFKKLLGDEEGQKVYEKLSKDKENKLLLDNIKSPRYVEKTELENANKEIKEYKKQIGDRDKQLNDLQGKVKDNKELSDEIESLKNANKEIRENAEKEIEVLKFNTAFERVIESYNPRNSKALAALINKDNISFVDGKFIGLDEQIKAYQQSDSYLFNNEKNKGDDEIGGTGGLEGGTTSLLDNDSEISSIGELLANSKVKSENIEAQKKFFGEE
>CP012312|1012859:1072183|1068787_1069087_-|AXU74684.1|DBSCAN-SWA
MNVEQSKKVYLSVGKELSKKMTKSELTKFSQEVANYLQYAGLDKNMKIKLFQTILEMVARKKITLSSDSEFTEGILQSDEAEMTTNVGFIIEGLSYHND
>CP012312|1012859:1072183|1029529_1029790_+|AXU74628.1|DBSCAN-SWA
MKYKEYEVALKRIKEFEEITKYKQIADEVLEKLDSNNRILIKFDFGDCQIQLNLSSDDEQEHFIKKEMYCAFRNIKNKLEEMLEEI
>CP012312|1012859:1072183|1066845_1067295_+|AXU74681.1|DBSCAN-SWA
MEKFIRLDCDKNFRGKEHVSSATGDGEHFEAGISCYKISKEKCVDAIINLCEYWFEFAGECQFEDFDINIFEGYYVGEGASYEDLATCEKHLHCIDGSLFNEVYNLYYMHETYLEENGDIEELEENYKDEYITTEEFETKIKEMFIKYL
>CP012312|1012859:1072183|1063146_1064379_+|AXU74674.1|tail|DBSCAN-SWA
MTFKELVNKVRNLVLEAEKVTIEDTENNFTSDNVEGALKEVFQSGVNAKNNVVTALNSKGAEVTTSDTWEEIKNKIDIKEGRLDLRETTLPNNYPYLVTNGAIKYIERCSGNFKTFEYEEPYFYVIKETHLIKINAIDETVVFDITLANANFSCICITQEYLFISDNTKLYKINKSTGSEVQSIEGAYYKLCTYGESIYGVYGDETSSTLHKIRISDMYIMLTKNLVSNGIYNFKGGKFVCNKNAIYATTEHSNSSSITTCHLSKINFDFAIAKDFRIGGYLHMKNIKFLNDFVIVSDAERGIEIDSNKKSALVKYDANLNLIVYSDDSKYDNFDIYNGYIYAIYSLSSSPFVKISLNTLKHIDSYRKLTETYPNAGMFVINDIVFFISSGIFRNILSKKVYSDEKGESL
>CP012312|1012859:1072183|1026488_1027112_+|AXU74621.1|DBSCAN-SWA
MEINNIYIKLMDVRVKFSKLNLKKSGENKFANFKYFELADFLPQATGLLEEAKLCPIVTFTNEYATLTLINGENPSEQIVFTSPMRDLQLKGSNELQALGGIETYQTRYLYIQLLNITENDSFDAVSGKEESKSKSNNTQQGKNTSERILTDKQLTRLYAIANSVGVNKTLLKEQVFKQLGKDIKDLNKSEYDAVCTAYEKQAFKGA
>CP012312|1012859:1072183|1045749_1046160_+|AXU74654.1|DBSCAN-SWA
MSVFTKAINEIDRKKATMPILCMNIAFMLEGEAKNSAKWTDRTGNARQGITGTSLGGGNQYIVRLGHGVDYGTVLEEGSAPHVIRPRNAKALFWNGASHPVKQVQHPGTKGTHSLESIVSKNMPKIGKLVEGHWSK
>CP012312|1012859:1072183|1046998_1047202_+|AXU74656.1|DBSCAN-SWA
MAETNNKKIHVSKQEEKYLKSDFIENSEALGYKKEVVAGALFNCKKEELTKSEFEKAIKEFLEREVK
>CP012312|1012859:1072183|1055772_1056444_+|AXU74663.1|DBSCAN-SWA
MVIDIYLKNEKEKIDFHFPVNPQDSLSIKKEKRFETVDIVNLGEFDIKKEGEKIREISFKTFLPNLYDASYCRYSELKNPIEVVAMIEKWVDQAEPLRLTVTGFGYNGLVTISNFSNTQTAGREEDRDIEITFRTYRELKIETLKKETKSNTKTDLKDNRPNTQTKSKIYTVTSTDTLWSIAKKFLGKGSRWPEIYNIPENKKVIGKNPNIIKKGQKLVIPSK
>CP012312|1012859:1072183|1046161_1046986_+|AXU74655.1|DBSCAN-SWA
MRAGIRKALIENIPRIKDCYEPTVPNKKTIKPYIVVVQGEDADNEGNAIGFRRTINIWLYEKRTTFNKLDELTKEVVEALDFKTITDDTSNEVFTCIYEGAVGQDVIDEEWEAIIRCLRFSVIALEDKEDTTNDRWVEALSKHTKDLLEIESYKDNWKKNFIAPCVLWRTTNIENKRINYHLIEITKTMKCHVVSKNKDEIVKLLEALETSLIIDKRVRLREDKNMYLTLVSVVEDRESDMFTTGQLTAVFKMIGKIKREGPTMDKIYGNGNLR
>CP012312|1012859:1072183|1027127_1027931_+|AXU74622.1|DBSCAN-SWA
MAKYRILQANFWDDAFVLDLTPEEKYFYNYLLTNGRASQCGCYELPYKIMEMQTGYNRETVEKLIKRFIEYGKIKYDSTTKEILIINWSKHNFSKSPKVRTCILKEVESIKNKEFQQYMYRVCIDYGYSIDTVSIDYGEKEKQKEKEKQKEKQQQKEKEENYLVVVDKVKKYFDLETKDLEKIIDVFIHTRRGIDYLEEKLRLVKNTENVKSVTGYLIKALQENYEAKPSKHNKNKFHNFNQTFDQYTDRELKNMATRGQLEESKFG
>CP012312|1012859:1072183|1057735_1058194_+|AXU74666.1|DBSCAN-SWA
MPNLFPINEKFETVELKNNNENELDLKGSFLFDFEKGEFVKNADGTLKKCDKVQAYKQWCQKAILTPRYKRSAYSNIYGSEIKDLIASNLSQSAKELEITRLIKETILVHPYTKEVGEFSFNWLENSRLVEYEFDVLTIDDENIVIDGNIKR
>CP012312|1012859:1072183|1018963_1019158_+|AXU74604.1|DBSCAN-SWA
MLYKILHYFSKYNLVLLVYFLILYAVFKLVYASYVTLILTTLLYILLIKKNILVFDSSWLERRR
>CP012312|1012859:1072183|1037339_1038038_+|AXU74643.1|terminase|DBSCAN-SWA
MAKARSPNRNKAFDIFKEHNGNIANREIAEILNENEKTISNWKCRDNWNVVLQKDKCSTTKKKKGGQKNNKNALKDGIYENIFFNTLTTEEIELIKSENKDEIHRLELEISLLTVREHRHMKRIKQYEEKVDKITLESIDKRTLKIEGNLLKDNEQTQTETVTRAVSIFERVQKLEAELTKIQKEKAKNIERLQKLKMDKEKFEIEKSNLDKENKNKEITVKVVKASGENGK
>CP012312|1012859:1072183|1056440_1057403_+|AXU74664.1|DBSCAN-SWA
MKIILNGKYDIANFNEGITLSEAIDGVAYKMDVSLIEPKQLKNINIKKGDKIVLIDIAYESKKEETIFDGVIWETRRSEKSKKLTLSCRERTVYMEESEEQYQFKENTATQRIEYYCKQWNIPYYNLANTSVKLAKVIHKTNILDMIKKDLKETATKGGDLFRVRMDNKLKLFKLGTNANVYKLDSILEDANFTSSFNDAVTSVKVLGKSKDENTKAPVVGTYKKDADKFGTLQKIKQDEKIKNAKEAKKAAEAMFNSGEETISVDCAVDINRIRAGDKVSLKSKEYYVIDVTHTLDSRPKMKMNIGTLEYIRRKFYTND
>CP012312|1012859:1072183|1068018_1068489_+|AXU74683.1|DBSCAN-SWA
MNKQKARRFLRVIDMNMDKIEEEAIKAFKESCLIEEGNDIRISIDFQGNVEAEVVSPSTKFLEDDKEINIFTLNQAPSRLEEMFGELYYVNDYEEFVNWCENEYESLNWVSYEKFNKENFEEIAERNIDDCTSTFLEKLHEGIENCKQELKLMVEI
>CP012312|1012859:1072183|1031925_1032198_+|AXU74633.1|DBSCAN-SWA
MITTQMYKINNEIFLNDLCLEENKEMTIWVEKNKDTHEFICLKIANVNGKLAIFAQGIENTVIKEWQGQIAYKKVISQIECEQVEKGEID
>CP012312|1012859:1072183|1035904_1036672_+|AXU74641.1|DBSCAN-SWA
MRIFLAATKSGMNKELRLETIEKCKPEYILETFFNKEKTCLEAMSIVGNENFLLDSGAFSFMNGTEISREEMENYIDRYIKFIKDYNIKYFFEVDVDVIFGIEQVEKWTKKIESEVGRQCIPVWHKSRGVEYWKKLCQTYKYIAVGGFAINDIKKQEYPLIRKMVEYAYQKGVKVHGLGFTKTKILKSFKFYSVDSSSWTIGASIGQQLYTFKNGDIHIRRLKKEGNKKTDLKKLVAHSMCEWVKYQKFMDGVRW
>CP012312|1012859:1072183|1062930_1063113_+|AXU74673.1|DBSCAN-SWA
MNINNVVVRILAERILNGGLNPLKNRPFELDDVTNIEYRKAVEDYIIKQSGVVEGAEPTI
>CP012312|1012859:1072183|1045353_1045737_+|AXU74653.1|DBSCAN-SWA
MRKLRADKIIKTINRGIALNPQTITIEQEVKNIVDGAIDITNEVKELTVVIYPEKTNDTVINSETIGTAYKNKNFGMVADKEADLRLNAENEITFKCIEGTMKLNYVNPIVVEEQVCGYICGLEKLD
>CP012312|1012859:1072183|1064846_1065077_+|AXU74676.1|DBSCAN-SWA
MNEELFEADLKRHETRINKHGEEIDELKIANIESKAELKALCENLNSLTSMLKWLIGTMITTLVGFFIFAVQRGIF
>CP012312|1012859:1072183|1022676_1022988_-|AXU74612.1|DBSCAN-SWA
MTTITVRIYTPLNENLEKISYQTGILKSSLILYAINDIIRNSKINKLQSISYKSDDTVRSTLRIPGVLKELLEKTAKENNLSINSLINNAVHSFCISDWLIYL
>CP012312|1012859:1072183|1028583_1028733_+|AXU74625.1|DBSCAN-SWA
MVLANVEQVIKLAEKILNKKKCSVNKAIDIAIKILSKYECEGMIRNEFN
>CP012312|1012859:1072183|1028719_1029169_+|AXU74626.1|DBSCAN-SWA
MSLIKYRGYDFENEKWIYSNTIKWSDAVDCLFMLKEDCEWQRVSNIGVFSKCWSGNNEEIYEGDILKEPYNTKNKYEYGIVRQENYALELYVEWHYLKQFEGKWEEITSKATIMNSKKYVVVGNECENLEEVRAEFLERKESLENEYLS
>CP012312|1012859:1072183|1022368_1022464_+|AXU74610.1|DBSCAN-SWA
MKNKEKEIFIRGILIGIFYFLGIVFSNTFFK
>CP012312|1012859:1072183|1061132_1062623_+|AXU74671.1|DBSCAN-SWA
MASGWYECLRTVKKRRGYHSEADIHSYSCYLDDSEYYGSYNLRTIKDIYISETKTYYVNSYEVYFISKGNGQKYVMDGYVMRQSTKVQFVPDPTISINNDLGVIGDACSIKYRISDSDPTVRFKIVHKLNGVVIEEKDNTTDSNYTINLTDEHLSELSFNSTNNITIELNNTNGSRILDKTVTFTKGNTKPKLNISSYNSTSATFTAIDTDNNLSKIEWFIDDVLKETITTDLYLEKTINYELTDNAIHTLKIVATDAENATAEKVLSISKEIMPLQSDATLQDISTKLIEIGEGFKNGKTSIINTLALKNIEASLNNTLVELSEKIKTSFDSSDASVQDLMNQLTQANNTISQLNTKYKVASGTVAPFGNSGQNYVAWPYKCSERANTGGWIEIDGLGFAPNVFFAECDYYDSDYNINYKLFTFACHNIPTTGNQVFVANVSFQRRDGASNWSASGWLYNNQYGTAVIDKIIRVPSFLPDSKKTYIHKWHAIKFI
>CP012312|1012859:1072183|1034786_1034984_+|AXU74638.1|DBSCAN-SWA
MNDLRGKIIKELDEFNIDADDEFLDYGVEYVENFTGKSAISEDSLIRGVVLMANYIVNMEKKDLD
>CP012312|1012859:1072183|1049808_1050852_+|AXU74660.1|tail|DBSCAN-SWA
MREIAKKEMYHIDVVISAKGDGETKSKLSAMEKYMKQTEKRMQTLNRIKVNPAIKATDKASSVVNRVNNNMNKAKKTVTARIKATDNASPVANRASNNVNKAKKTVTARLKATDNASSTVNKVNNKIKEVAKPIPPVIIRGQDESSSIIDKVKAKIQNLKADTIIKIKSQADEAINTISRTKNKLQEFVSKRYEAAVKIRDEASSALGGLTGKIDSFVSGAISKFARLATTAGALIGGIGVGSAVKGFATFEQSMKNAQAVSGATGKEMEALTAKARQLGRETSFTATDAGNAFYYMGMAGWKSGQMIKAIPDVLNLAAAGGTDLALTSKVYWTAIKKFIVKNMGLK
>CP012312|1012859:1072183|1049137_1049632_+|AXU74659.1|DBSCAN-SWA
MSEIYKRELENEVVEEDNDLDEEIEETNEDRLKMKEDEIIAKLLEDSPVPQRTVFLDRLGIPITLKALTEKEISKIRKDCTKIVKVQGRREEKLNDDEFTLALIEKGTVKPNFSNQKLLDAMKVTNAREFIKRKFLAGELSKISDQILELSGFYDEISDDDIKN
>CP012312|1012859:1072183|1017668_1018787_-|AXU74603.1|integrase|DBSCAN-SWA
MNIKSAFIRKRGEKFHVYVEYVEEETGKKKQKSYGSYEKKKDAEKHLIEIKSTINNNKFITPNKITLVERCYKYIMTNEKNWSPYTVINRKSWVKNYIEPFFKDTKLIDINPVLIQTFINTTFNNCTFSSSKIRYRFISSVLKEAYRLREINENPCDFVKLPHKENSSKIEIYNREEALLLIEKLNNSNIEIPILLMLTLGLRLGEATGLRWTDVDLNIGSVSVSQTLIYANNKIEFKEPKTSKSRRTLSAPDELIEKLKIEKLRQNKLKLQGILKNENNLVCLNKDYNPFLPATLRKSFHRFIKKNNLKNIRMHDLRHTNASLLLLGGTNMKVVSERLGHTDIQITMNRYSHVLEEMDKKASDNLSKILFK
>CP012312|1012859:1072183|1060106_1060487_+|AXU74669.1|DBSCAN-SWA
MANAVTTDIARQKMCKARAGDITLPTIVSMVFGDGGVGNNGTIIAPSPSDTVLKNEVFRKDIENYVYPIPTTCRYSTTLLKNEAEGKNINEIGLIDSDGDLIAIKTFGNKYKDSDMEMVFQIDDEF
>CP012312|1012859:1072183|1059335_1060106_+|AXU74668.1|DBSCAN-SWA
MIASKKGKEMLLTLSPIYEQSIIMQSLYEAIGSEFDNLELLDEEIELQLFPQSATWGLEFWENRVGLYTNIDEDIEARRRKVIAKLQMKYIVNPDRLATIIKSYTGADVYIKENIAPYVFKVTANVDDVINYEDFKYITNKTKPSHLHWMPSFALKFTDIEKFEVKMINRIFIDFRGNISNFLDGMWLLNGSKNLSAYILYHEPISLNMKNKLFVKESEVFTNLKVIIKKNLYYLNGIEMLNGNKLLNAELREEVL
>CP012312|1012859:1072183|1071475_1071757_+|AXU74689.1|DBSCAN-SWA
MKEKYKWRKSTTEILLGRLVKMRILKKKRVGFQLNYEVLVTKKEYLDVIKEEKDVSKYDNFFTQVFTTIHKKEEKTEKQIKVFIESMQKLGKK
>CP012312|1012859:1072183|1035413_1035905_+|AXU74640.1|DBSCAN-SWA
MNKREVVYLNLEDIKMYQNNPRNNDNAIEKVVNSIKEFGFNNPITVDKDYVIVTGHTRYEASKILGLKQVPCIVLSNLTEEQIKGYRLADNKVGEFSEWEFDKMTKELAEIENIDMSSLGFNIHMFEDLGVIDSDFTLDEELEEKEKKGKMVKCPHCNEEFEV
>CP012312|1012859:1072183|1062637_1062931_+|AXU74672.1|DBSCAN-SWA
MEIGATIIFDQDGEIVKYIGEMQGDAISRKPIEKLDFINIDYGTIDFNKYRLVGVNIETKQPILEEIPVYLTEEEKRIQELENQILLNENEKVGGLL
>CP012312|1012859:1072183|1036668_1037304_+|AXU74642.1|DBSCAN-SWA
MKKTERNLTLLNCVFVTSLVVSNIVAGKVIDIFGLIVPAAVVAYPLTFLCTDIIGEIWGKEEANRTVKRGILMQLFSLLLITIAIALPSASFAQEYGNNLKVVLGQNVRFVLASLTAYILAQSNDVFIFHKLKDKFRGKHKWLRNNVSTMLSQLIDTAIFITIGFWGTVPSILTMIMSQYVVKFCLALLDTPFFYLLTRENKKIKVDKQAS
>CP012312|1012859:1072183|1038027_1039371_+|AXU74644.1|terminase|DBSCAN-SWA
MESKFISNDHFYDFIFNWDYKFYFLVGGYGSSKSYHVATKIIIKLLEEKRKALVVREVYDTMRDSCFSLLEEVAESMGLGDILSFKTSPMRVIFPNGSKIIFKGMDNPAKLKSINGVSIIWLEECSEVKYTGFKELLGRLRHPSLSNHIICSTNPIGEDNWTYKHFFRDEEKDRFVLDDTVLYKNRIVTKNNTYYHHSVADDNFFLPKSYIEQLDEMKEYDYDLYRIARKGRFGINGTKVLPQFEVMEHQEVINKISNISQRYYKVGFDFGFEKSYNALLRLAIDHENKYLYIYWEYYKNQTTDDVTVKDIKEFKDTQEPIKADAAEPKTIKYFRQQGFNISGAKKYAGSRLQNTKKVKRFKKIYCSSECKHTIKELKNLTYATDKNGNLIYDEFNIDPHTFSAIWYGLDGYEVSDIKELKYSNDIYNKGLGLKKNNQYNKKGGTVF
>CP012312|1012859:1072183|1021424_1021661_+|AXU74608.1|DBSCAN-SWA
MNKLKDFRIQKGLSRNQLGAELGLTSRYIAFLENGERVPSLNTAVKIAAYFNTSIEYIFLKNNCTKSTFKEKGAEKYE
>CP012312|1012859:1072183|1023281_1024037_+|AXU74614.1|DBSCAN-SWA
MNNLQIFEKLEFGQIRMVEVDKKPYFVATDIAKCLGYANTSKAINDHCRWVTKSYIPHPQNENKVLEVNAIPESDMYRLIVNSKLPNAEKFESWVFDEVLPTIRKTGGYIHTTEDMSDDEIMARALQVAQRKIESKNRELEEKNRFINQIASSKNSLLVREVAKVISKSNGIIIGEKRLYEKLRVWGLVFKNSTEPKQFAVEKGYLETVEGTRETSTGVFTYRTTRVTGKGQEYILKRLLKEEEEQLSMLS
>CP012312|1012859:1072183|1029152_1029488_+|AXU74627.1|DBSCAN-SWA
MNILASAILVIGSFIAGRVYEYRLNLNENDEVDSKLLSDVFNEISELREENKSLKEKLQEKELLFINRLIDFLHDKKVCECCIYDCKIDDIEYDCEDGIKKWLGSEELIFK
>CP012312|1012859:1072183|1070831_1071008_-|AXU74688.1|DBSCAN-SWA
MFKNKMDKCTHMLTAYISSSYDYCNFLDTQLDDFILEYGENVVESCLHQVMVLVSKYN
>CP012312|1012859:1072183|1031207_1031537_+|AXU74631.1|DBSCAN-SWA
MKIFLLTILLIIICILANYVKNRIYKKSINNLKYKYSVGEKIIYHQINCYYNRMVGCEILEKCYSTKFRKRNTPLYKVKAYVGDNNTTWVIPEWRIECLATTYGEFPKY
>CP012312|1012859:1072183|1060498_1061116_+|AXU74670.1|tail|DBSCAN-SWA
MPNELDFNNEIEEYLITTPAHANEFNNRQQKLLDNDKYLNNKIDTTKTELNTRIDTENEKQNIKIDQLIAGDSNVAYTQRVAIDDWVEDAENGFKATVTHSLLTQRIVVNIIDATTKENVVTNFKIIDDNSIEVRSEVKVELNVYVINGNAETHFINATVDDNRVSEMTTYSSKKIHEEISKVAEQLTGINSNIISTVNNNLIPM
>CP012312|1012859:1072183|1048640_1049054_+|AXU74658.1|DBSCAN-SWA
MYNDDYIEEASFLNGSDVVILIDGVEELYMEEIKADFEQDEQSIKLLGCQNEISRVGTTKGSFSLNGYKTDSKFAKLGFRSFEIIYNLSNSETLGYESIRLKNCRLKKLPLINSKAGEIVKIEVEGSFRGYDLLNEL
>CP012312|1012859:1072183|1024915_1025245_+|AXU74617.1|DBSCAN-SWA
MSVALQFIDTKDLVQELMQRDDTTDIIKMFLDREGIKRMNLVTLKEFKEYLKVSDVTARNMIREAETQNLYTVIKIGVSYRVDLISFEEYVMKNALKDRNVMKKRKGVI
>CP012312|1012859:1072183|1069296_1069497_-|AXU74685.1|DBSCAN-SWA
MCFKTYILKREVNNKQLEITRSFELDNLICTATEILEKNEIDLIIIDEKNNVVWRNEKSTPAHENA
>CP012312|1012859:1072183|1069509_1069932_-|AXU74686.1|DBSCAN-SWA
MIKFEIGKTYATRSVCDHDCMFTIEVIKRTDKTITYKEDDTVRRAKIRFSDDYEYIRVGNYSMAPNFSAKGLVIEDKENESNTEKYFVISRYYDNGKTIAFIEMNSTKYKTEYIRNFDQYVDEFSTLEEAEECLQECLSA
>CP012312|1012859:1072183|1047203_1048625_+|AXU74657.1|tail|DBSCAN-SWA
MATGTWNEKEKKEIPGFYNRFKTQAEKSTNTGLKGRLAMPIRANWGEVGKVVTIKNDLRQLKNIFGDDMNYSAFKLGKLALLGNVKELLLYRLVDGNQKKGTLTLKDTTENSAKDVIKLETKYPTSRNFNVTIKSNLVDADKKDFIFFENTKQLFSSSIKGTIDEIVLEINSNLDNEYVIATKVADSDTTLANVVNQALEGGNDGCTSITNESYLKALEEFERYSFDGFTLDGVAEEALQETTKAWVAKNKELGKDILLFLGGKTEDNIKQINDKSKGFNDENIVNIGSSAYYEGIKYTPSEVAVYIGALAVSKGITGSICNAKTIFEEVEPRLSQSEVKECLKSGTLILDFDDGDVIIVDDVNTFKKYVDDKNEAMGYISNIMFINTINKDTSLKRKEFVGKIFNDSTGQTTVICALKKYFEELMSQGIISEFNVDIDTELQATAKADEFYWKWDAVKVDVMKKIYGTGYLG
>CP012312|1012859:1072183|1032220_1032451_+|AXU74634.1|DBSCAN-SWA
MIHELKILPQYFKEVANGNKNFEVRKNDRGFKKGDLLVLQEFDGEKYTGLETRKEITYVLENSDYLQNGYVVLGIK
>CP012312|1012859:1072183|1029900_1030110_+|AXU74629.1|DBSCAN-SWA
MYEYILRWQIGLSLENRKIHYTYGSKDVLREKAKVLAKDENIVLITIDKVDEVIKNTISEKIIERFENL
>CP012312|1012859:1072183|1067306_1067942_+|AXU74682.1|DBSCAN-SWA
MKIGDKFENLTILDIEQRNSRKYCLCKCGNCGNEKWIRADSLKRIKACGCMKSNTQFKPNDLTGKKFGRLTAINSTNKKAESGHYIWICKCTCGNEIKTTENNLTTGRTKSCGCLKKESNIKNVKIALKVHKEKNIIDDTNLSIIKKTEAYSNSKTKIRGVYYNKEKRKYCAQIEFKKTHYNLGYYDNIREAEEAYKKAKEKFLKEINGKV
>CP012312|1012859:1072183|1040906_1042526_+|AXU74646.1|DBSCAN-SWA
MKDNAYTKKVLEARKKLLLLDKKAQLEILNVYKDASKTILSDITKNRELNLSTKHLKKLNKSIEKYINELNKRLVPVTEKSIIEASNIAKDLQMYYYQSIVPNKSINLACDAMCIKTTTNVVEKVVAGNFYKDKRSLDSRIWGYSNKNRKDIDRLIKANIARGANAKTLAKSLDNYVNPVKKTEAKTLEVGMNKSISYQAQRLARTSITHAFVETSVQNAINNPFCVGLQWNLSSQHYIRQVKWRGEDECDEYAEQNRFGLGEGVFPPEKYPIPHPNCLCYPVQVIIPISEASKMIENWLGGGDNDILDSWYDEIREKNNSIPVIKKQINKKNKITTNSKDDRIKKNLTNSIKNKSKKAPKQVQKYINKYVNSNRIIIDNSQKIPFIYYTKVDLVGINPNIREFKSYNKEAALLHEFAHRIDIKEIKSYNNIKFQQAIESSSMYVIKNIENLQSIYTNSNELYNNEFISDILGALSNNEFEDLLATHSEKYWSKNRNKEKEIFANLFTLKYQNNKEINSFIKEHLNSLDKIFNELLGGI
>CP012312|1012859:1072183|1024120_1024501_+|AXU74615.1|DBSCAN-SWA
MKNNTSDSRVKYFCKCPYCGFDNEVEVKKGLKPKICCICTKDVEYEKLEQQSALENTEIKGVCNQMKIKKLALATGEVFENIELKEFENKGECLPSNMVKVIDGKQELLINKEFILSLEVKRKTTF
>CP012312|1012859:1072183|1039370_1040894_+|AXU74645.1|portal|DBSCAN-SWA
MNIKNILLNLDEKELRDRKHAERDFLFYLGECRNKTMGLLDDDFLGQSWITFDNLDYTPSQIVDNKVKPLINKQARFMFGKEPTIILKAYEKEHKEACEELRQYIDSILNASKFWSNTLKAFKIATITKRVLLRLEAEPNQPIRLFYHSINDFKYQVDSNDITKLKSVVFVRFDSSSIKEVTAKQIWYRYTYYMKKSNVSNQESCFIKIEKFKGDNLSKPIKITENDTKLSKIPCWVIVNEQSITNIRGISDIEDLKPLQDTYNKRLSDFNDSLKFLMFGQTVVVDATEETVNACKIAPNALMALKTLEEGSEKAKQAQAYRVESSFSNADPVNSFFKRLEDSMYEKLAIPRPEQLQNIPSAKALKYLYTELIARCSEKWNDWEPAIRSMLRLIVEACSKFNCYDDWNHDWDDLMFSIVLNKNYPIPEDEEDSKRLALEEVNNNVRSHRNYIKEFGNDEDYEEAFNEVLEDNEKIQSVEQDQFRKDAEIEIDNIDEELSNESDNSGK
>CP012312|1012859:1072183|1025372_1025567_+|AXU74618.1|DBSCAN-SWA
MKIIYKNKVYKVEQDKKLFRITYYDEQKNNRKFNNNKKVKRSVLTRDIELVNLYLPSKLKIKGD
>CP012312|1012859:1072183|1013988_1015536_+|AXU74600.1|holin|DBSCAN-SWA
MANFFNFILLQKDKIIELLIQHMSLTVTSILIAIIVGVPLGIIISRISSLRKFVLGFVNLVQAVPSMALLGLLVPILGIGSKPAIFMVVVYSLLPIVKNTYIGITSIDPVVLESAKGIGLTRNQTLFKIQFPLALPIIMGGVRISAVTAVGLMTLAAFIGAGGLGYLVFSGVQTVNNNMILAGAIPSCIIALLVDYLFSKIEVAVTPKGLNPKAPKKNYIALKVISVVLVVSMLFVVFSSSFSSKKDTITIGSKDYTEQLILGNVYAELVEKNTNLKVKKNLNLGGSSVAFNAIKSGELDMYVDYTGTLLVNVMKHAPIKDADEAYNVVKDTMEKENQLTLLDPLGFNNTYTLAMMPETAEKYGINTISDLTKYGKEFTFSPTLEFENREDGLVGLSRDYGLKFKDVKAMNGSLRYTALDNNESQVIDAFLTDGLIKKFNLKILEDDKNFFVPYYAAPLVREDTLKKYPELEKVMNMLSGKVNEETMRELNYQVDELGKSPEEVAHSFLVKEGLV
>CP012312|1012859:1072183|1033870_1034371_+|AXU74637.1|DBSCAN-SWA
MSKTKKEFFNATKKFLEEYNQMDANINKLKGDICNLDKCSVGDLTKAISYDSIPTSKTYNINNKIEDKLVSIEDKKTEKEIELYTMMAIKKTLDIAINNLRYVEREIIKFRYINKFEWFQISDKLFMEERQLRRRRDIAVASISIAIFGRKALTEQEPIFNLLEIQ
>CP012312|1012859:1072183|1066185_1066482_+|AXU74679.1|DBSCAN-SWA
MLIQEKSFYPNNIYPKIDFLKIKRQLKSIYKNDLSDCGSICIIERKDYSVSVNSIGEVNIYYDLKFKQCVQDAIRDIELMFKSQIRSFYLIDRLEGSN
>CP012312|1012859:1072183|1070089_1070308_+|AXU74687.1|DBSCAN-SWA
MMISFGEKIKIILKRKNMTIGELAEKTGQTRQNLSNKFSRDNFSEKEIREFAEILDCEFDFYFIMNDTEERI
>CP012312|1012859:1072183|1028234_1028615_+|AXU74624.1|DBSCAN-SWA
MAKIWLDAGTFLEKTIDIEDMFELNLRAIRKRNEKIKNEIEKKIKDEDSEIKTTNHGGPGKIIKIFNINTGEVKILKSAEEASRYIKVSRSYASYLARENKSTEDGWKAEYIQGVTDGISKCGTSN
>CP012312|1012859:1072183|1021653_1022310_+|AXU74609.1|DBSCAN-SWA
MNNLQVLKEEIARISSREVAEMMEVKRHSDLLEKIDKINEVFLKNGKIRCSDYWIESTYRQDGNGKENREYLITKIGCEFIAHKSTGEKGIIFTHKYMQRFEELEKALQINQLSACDIEKIITNKVTEQINRLGNTYSNYVRPLSVDKYRISRYIKDRLEIQKANEEYELVKERILIMLDAEKWEDVPVEVLSKSMDLIDESIKIIKSERKDNQISFF
>CP012312|1012859:1072183|1065353_1066169_+|AXU74678.1|DBSCAN-SWA
MKIGINCGHTKTGAGSGAIGKINESIETRNVGYKVIDKLKKLGNNVVDCTIDKASTQSECLSKITAQANRQDLDWFISIHFNAGGGKGCEVYTYKGKQYQDAIDVCKKISDLGFTNRGVKDGSGLYVVKKTKAKSMLIEVCFVDTEDANKYLSLGADKLATAIVEAITKHISSAEENNYNRYKHTIVYAGDDKVSADILGLYYKREKESYLVTDIKDYKPHRTQNLYVIGGVTCNKMKEMSKTTGEKFTQLYGNDVWSTMDKAIEFVKEKL
>CP012312|1012859:1072183|1025569_1025887_+|AXU74619.1|DBSCAN-SWA
MKSLIIVRNSVEQQLNRANLEINKNEQLYTKLRKKEERDILEDIALSNALREKSVNERLKIFAESLLKIIDTQIEIKEYEESEDYKIFELISEELERDRPIDVQI
>CP012312|1012859:1072183|1044836_1045037_+|AXU74651.1|DBSCAN-SWA
MAKKKENFMQVKALVYLKYDNNCYKIDDVFEIRKADQEVMEEKGYIEVIGEAEEKNNNELLEKDGE
>CP012312|1012859:1072183|1015869_1016736_+|AXU74601.1|DBSCAN-SWA
MDNYKKVKQVLWIILFANFAVALLKIIIGNQIKSYSMTADGFHSLSDGASNIVGLIGIFFASKPKDKNHPYGHKKFEIITSLFISGMLFVIAIKIILSAVLRIANPVVPAITIESLIALIITLFINIFVCMYEYRVGTKLNSYVLISDSLHTRSDIFVSLGVLVTLVGVKLGFPVIIESIVPIIISAFIIYSAYGIFRPSIGILVDRVAVDEDYIKEIVFEFNEVRDVHNIRSRGSKSSIYIDMHVMVDPFISVEQSHDLTHKIEKQIQEEINENAQVIVHIEPFYSF
>CP012312|1012859:1072183|1016876_1017530_+|AXU74602.1|DBSCAN-SWA
MRYVEYGKTGKMISVVGYGGLRFDLEKSNQENADLVKYAYEKGINYFDTAPGYCDDRSEDIFGLAFRQMIKEGKTDFYVSTKEKPKACDTSEKAIEAVKKSIERLGVSKINFYHVWNIRKMEHYELAMKPGGQYEGLLKCKEEGLIDHIVFSSHQPGDEVIDILSENKFEGVTMGINILNFPYRLKGAKYAVDNGYGVVAMNPLSGGTIPKYNNKYL
>CP012312|1012859:1072183|1023108_1023279_+|AXU74613.1|DBSCAN-SWA
MEKVRMTVRLVPKLNQYVQNIAKECGKSKNSIIVDACWEFIEKIKKENKFNVESEE
>CP012312|1012859:1072183|1058202_1059339_+|AXU74667.1|plate|DBSCAN-SWA
MERELPIPVFLTEDEDSVHERMLSNFQDVSTLEGDFIYDATRPTAEQIAELKQLGLQNNLKIAFPQTSYGTYLEWLGECKGVFKNQPTKAIGTITFTGVQGTIITKGTIVTTIATDEKQSIEFELLETKTIGENETVDIKAECKESGTIGNVSKGSISVLLGSISGVKSVTNKEDFRGGTDIEDEEHFRERVLVAEQEDKLSGASSDYIRWAKEVDGVGYAYVVPEWNGAGTVKVLILDKNRKAATQELIDKVQEYIYPLNVSEGENRDGKAPIGALVTVVTPDTLLINVKASFIFSNGFSEETVLNNLKSKIDKYLDKIDLGGTVSYNAIQAIVGSMMLTDEGIEDFSNLTINDVKENIKLQDQVVGIGEIVNEVVG
>CP012312|1012859:1072183|1054980_1055709_+|AXU74662.1|DBSCAN-SWA
MWQKFKGLNTFLKVIIGIIAICFLPITLAVFSIEFLMKAIEAKNKSKIILGCFLALLTLSCARTVYLTRDLDDKNSTQVNQVSNNKDKEDVEKKIKEETKKQEEAKKKEEIEKKSSEENKGNVETKKQTLTGEELKKKVDSIILAEYKGNYYTNDVLDTDGNYVLSLQVQNASFDNESSCKTFTKELINKLKEFRIDSAEIYFVGSSGQTTYQINIDDFLKVQDNVDSVNNMEFFSFKDFKN
>CP012312|1012859:1072183|1043792_1044821_+|AXU74650.1|DBSCAN-SWA
MDWKDFIDSKEIAKYIKKLPLEMLIGESLFPRKKQIGMDLKYIKGAKKKPVVLKQSTFDVAVKIRALKAQIEVKSKRMPFFKESVLVNEEDRQQLLLASKAQNKELLLMIISQIYDNYLALVDGGDMQMERMRMQALADGVINIVSEDGDLVFDFEVPSNHKEVLTGSATWDNPDADIIGDIQRWMRIMRDEGNPLPKRMVMTSKTFGYFAKNKAIKLDIDRDGRVILTDEMIKNYLKNKVGLSVAIVSGTYKLEDESEESYFPDNKITFIPDGDLGKTYYGTTPEEADKVYGSKLDCSVVRTGIAITTMRLIDPVTVQTKVSQLGMPSFERADECFFATVA
>CP012312|1012859:1072183|1042527_1042680_+|AXU74647.1|DBSCAN-SWA
MLEEMRKDKKLLELRRLYKEKYGKNAPGFNYDEYNSYAEYKEKLKELIQK
>CP012312|1012859:1072183|1022553_1022691_+|AXU74611.1|DBSCAN-SWA
MQREQTTLRIPEDLHKALIDLSSDIGMPITSIIIIACWLYISKIN
>CP012312|1012859:1072183|1043412_1043769_+|AXU74649.1|DBSCAN-SWA
MSIEKSEIYMGENKTTLKFAGNLFQNVNIKVKKTDVAIVDGKRILKAGTLISKDGKLVDGTTVTNDKAFGLVYRNIDFTYSNGNESIPVLIFGFVDEKTLPSVIPEEAKQAMKMIMFL
>CP012312|1012859:1072183|1051803_1054899_+|AXU74661.1|tail|DBSCAN-SWA
MSASVKGSMAGTSLRGGLVRLIKPPEEAASAIKKYGIELKKNKNGSLDLAGTIGSLREKLGGLKDVEKGVAISSIFGRTAMAGWAAVVNASESDFNKLTTAIAESEGEAKRIADMKLDTLSGQFEILKSAIDDVRISVGQRLGPMTRGFIEDLIKKMPQIGDAIVGVVEKFVNNFDKIKAGFQVLLPAIGSVIASVMVLKATFAFGGAIKSLSLLASTFGTAKLAAFGLTVGIGAIVIAFAGMTVAISNNKTAMMDLQTRFGSFGEYVTTIMEAVGGVIKLTLGNLLIMLGGIGKGIGILLSDKSWDEKASSLKNLFGKTTAEIKTNTKEALSDINSETSNATALLKKSTSKELQGVTKAFSVAFDQSKNVTERKSGEIAKALTNSLKGLDEQSISMIRGLNDNMAIILSGVTADMKPSDKVSKITKNLDDAFKAGKLSAQEYRSSIQETLSFISKYSADSSNNLKQGMSDAFNAFKEGTNVSGLKDGVTGMLNSLKATGPQALETLKGLGGKASEIFKGVDFNSSIDAQKTKVLQNLNSLGLEGTQAIDTLRTIFSQASSALDTTNLKQGLSNTFNSFKEGLNSGGIKNAINSMLGTINQAGPQMQEALGKMDGDMGQVFANVDFSTPIETQASKVLENLNNLGVKGPQALETVRSIFAQASSQIQGSASQTAQQANQQVVDALTQGNPAAQQAGQQLGADLTNGVVNGVQAGVPVVQQKSNELATATQQGVTNAVNSATPQIDNSNLTSGIDTAFNQATATVQQGATNMYNGAKQSFVQLAQIGREAGSSLYNGATTSFNMLATNVRVACSSMYNGARISFTSLSSSAISAISAMCSSVVSQVSAMSSQVISYWNSVRATVSAPISASFNVKTTQTTVKRTVNEGGGGILGNILDRFADGGVASKPSICGEAGAEMVIPLSNNRRSRAIGLYEQTGKMLGLSSTPYQKVVGNSNIVNNVRQFPFTNTLDSDNKEYKEAQSQNLISSNGNTINVGGITLNIQNTNNKEEMIQEIMSQVENELREALQDIG

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU74599.1|1012859_1013996_+|holin	glycine betaine/carnitine/choline ABC transporter ATP-binding protein	G3M9Y6	Bacillus_virus	8.0e-28	35.5
AXU74600.1|1013988_1015536_+|holin	glycine betaine/carnitine/choline ABC transporter substrate-binding protein	NA	NA	NA	NA
AXU74601.1|1015869_1016736_+	cation efflux rotein	NA	NA	NA	NA
AXU74602.1|1016876_1017530_+	aldo/keto reductase	NA	NA	NA	NA
1017495:1017517	attL	NA	NA	NA	NA
AXU74603.1|1017668_1018787_-|integrase	phage integrase	X5JB41	Clostridium_phage	2.2e-203	98.1
AXU74604.1|1018963_1019158_+	hypothetical protein	NA	NA	NA	NA
AXU74605.1|1019185_1020229_-	hypothetical protein	A0A1S5SFA1	Streptococcus_phage	4.9e-24	31.7
AXU74606.1|1020759_1020900_+	hypothetical protein	NA	NA	NA	NA
AXU74607.1|1020914_1021280_-	phage repressor	X5JA02	Clostridium_phage	3.6e-59	100.0
AXU74608.1|1021424_1021661_+	putative transcriptional regulator	X5JAJ7	Clostridium_phage	9.6e-37	100.0
AXU74609.1|1021653_1022310_+	phage anti-repressor	Q24LC6	Clostridium_phage	1.2e-25	36.2
AXU74610.1|1022368_1022464_+	hypothetical protein	J9QDX7	Clostridium_phage	2.2e-08	96.8
AXU74611.1|1022553_1022691_+	hypothetical protein	A0A0A8WJP8	Clostridium_phage	2.9e-17	100.0
AXU74612.1|1022676_1022988_-	Ribbon-helix-helix protein, copG family	A0A0A8WF14	Clostridium_phage	7.2e-48	97.1
AXU74613.1|1023108_1023279_+	hypothetical protein	A0A0A8WFG5	Clostridium_phage	5.1e-24	100.0
AXU74614.1|1023281_1024037_+	antirepressor, phage associated	A0A090D834	Clostridium_phage	1.2e-125	99.6
AXU74615.1|1024120_1024501_+	hypothetical protein	A0A0A8WIJ9	Clostridium_phage	4.9e-67	99.2
AXU74616.1|1024701_1024899_+	phage regulatory protein	A0A0A8WJU5	Clostridium_phage	9.5e-30	98.5
AXU74617.1|1024915_1025245_+	phage DNA-binding protein	A0A090D837	Clostridium_phage	5.4e-46	89.0
AXU74618.1|1025372_1025567_+	hypothetical protein	A0A090EUJ0	Clostridium_phage	7.4e-27	96.9
AXU74619.1|1025569_1025887_+	hypothetical protein	A0A090DBX1	Clostridium_phage	1.1e-43	94.3
AXU74620.1|1025969_1026479_+	phage protein	A0A0A8WJQ2	Clostridium_phage	2.1e-81	97.0
AXU74621.1|1026488_1027112_+	phage essential recombination function protein	A0A0A8WF23	Clostridium_phage	3.5e-102	94.7
AXU74622.1|1027127_1027931_+	phage protein	A0A0A8WI94	Clostridium_phage	2.0e-49	48.2
AXU74623.1|1027995_1028217_+	hypothetical protein	NA	NA	NA	NA
AXU74624.1|1028234_1028615_+	hypothetical protein	X5JAK1	Clostridium_phage	3.8e-35	61.9
AXU74625.1|1028583_1028733_+	hypothetical protein	A0A0A8WJQ3	Clostridium_phage	7.2e-14	81.6
AXU74626.1|1028719_1029169_+	YopX protein	A0A0A8WF29	Clostridium_phage	6.5e-50	63.1
AXU74627.1|1029152_1029488_+	hypothetical protein	A0A0A8WFN1	Clostridium_phage	3.0e-52	92.8
AXU74628.1|1029529_1029790_+	hypothetical protein	NA	NA	NA	NA
AXU74629.1|1029900_1030110_+	hypothetical protein	A0A0A8WJB6	Clostridium_phage	1.5e-28	94.2
AXU74630.1|1030121_1031126_+	phage protein	J9QE81	Clostridium_phage	3.8e-175	93.7
AXU74631.1|1031207_1031537_+	hypothetical protein	A0A0A8WI99	Clostridium_phage	3.1e-57	99.1
AXU74632.1|1031653_1031827_+	hypothetical protein	NA	NA	NA	NA
AXU74633.1|1031925_1032198_+	hypothetical protein	J9QDY2	Clostridium_phage	2.2e-40	93.3
AXU74634.1|1032220_1032451_+	gp91	J9QD24	Clostridium_phage	2.8e-33	90.8
AXU74635.1|1032604_1033039_+	phage protein	J9QEC8	Clostridium_phage	1.1e-38	59.4
AXU74636.1|1033028_1033436_+	phage protein	A0A090D860	Clostridium_phage	1.5e-61	91.8
AXU74637.1|1033870_1034371_+	sigma factor	A0A0A8WIG7	Clostridium_phage	5.6e-42	53.0
AXU74638.1|1034786_1034984_+	hypothetical protein	NA	NA	NA	NA
AXU74639.1|1035028_1035397_+	hypothetical protein	M4HQ27	Bacillus_phage	1.5e-23	47.1
AXU74640.1|1035413_1035905_+	DNA methylase N-4/N-6 domain-containing protein	X2CXX2	Lactobacillus_phage	1.3e-30	45.8
AXU74641.1|1035904_1036672_+	hypothetical protein	NA	NA	NA	NA
AXU74642.1|1036668_1037304_+	Inner membrane protein YhhQ	A0A1W7AG82	Streptococcus_virus	6.0e-17	30.8
AXU74643.1|1037339_1038038_+|terminase	phage-related terminase small subunit-like protein	A0A2H4J6P5	uncultured_Caudovirales_phage	1.5e-08	32.1
AXU74644.1|1038027_1039371_+|terminase	phage terminase, large subunit, pbsx family	A0A2P1JTW5	Anoxybacillus_phage	4.5e-147	61.6
AXU74645.1|1039370_1040894_+|portal	Phage portal protein, SPP1 Gp6-like	A0A0A7RW62	Clostridium_phage	1.9e-189	65.9
AXU74646.1|1040906_1042526_+	hypothetical protein	A0A2H4J048	uncultured_Caudovirales_phage	1.7e-71	42.7
AXU74647.1|1042527_1042680_+	hypothetical protein	NA	NA	NA	NA
AXU74648.1|1042747_1043401_+	phage scaffold protein	I1TLE1	Bacillus_phage	6.9e-08	45.3
AXU74649.1|1043412_1043769_+	hypothetical protein	A0A2H4J872	uncultured_Caudovirales_phage	1.5e-41	70.3
AXU74650.1|1043792_1044821_+	phage protein	A0A1J1GG50	Clostridium_phage	8.7e-191	99.1
AXU74651.1|1044836_1045037_+	hypothetical protein	NA	NA	NA	NA
AXU74652.1|1045039_1045357_+	hypothetical protein	A0A2H4J040	uncultured_Caudovirales_phage	3.0e-33	69.0
AXU74653.1|1045353_1045737_+	hypothetical protein	A0A2H4J057	uncultured_Caudovirales_phage	2.9e-22	46.5
AXU74654.1|1045749_1046160_+	hypothetical protein	B6SBT4	Clostridium_virus	1.6e-42	58.5
AXU74655.1|1046161_1046986_+	hypothetical protein	A0A0A8WJN6	Clostridium_phage	1.3e-128	82.5
AXU74656.1|1046998_1047202_+	hypothetical protein	A0A0A8WEX5	Clostridium_phage	1.6e-27	98.5
AXU74657.1|1047203_1048625_+|tail	putative tail sheath protein	J9QE70	Clostridium_phage	4.5e-262	96.6
AXU74658.1|1048640_1049054_+	XkdM-like protein	J9QE18	Clostridium_phage	2.8e-71	100.0
AXU74659.1|1049137_1049632_+	XkdN-like protein	J9QDX1	Clostridium_phage	4.0e-77	95.7
AXU74660.1|1049808_1050852_+|tail	phage tail tape measure protein, TP901 family	J9QEB7	Clostridium_phage	7.5e-65	96.7
AXU74661.1|1051803_1054899_+|tail	phage tail tape measure protein, TP901 family	J9QEB7	Clostridium_phage	0.0e+00	89.4
AXU74662.1|1054980_1055709_+	hypothetical protein	A0A0A8WEX9	Clostridium_phage	5.4e-54	62.9
AXU74663.1|1055772_1056444_+	SH3 type 3 domain-containing protein	B6SBU2	Clostridium_virus	2.2e-118	96.0
AXU74664.1|1056440_1057403_+	XkdQ-like protein	A0A0A8WIZ7	Clostridium_phage	2.9e-172	96.6
AXU74665.1|1057395_1057758_+	hypothetical protein	A0A0A8WFG6	Clostridium_phage	4.4e-57	94.2
AXU74666.1|1057735_1058194_+	XkdS-like protein	J9QEB8	Clostridium_phage	3.4e-78	95.4
AXU74667.1|1058202_1059339_+|plate	putative baseplate J-like protein	J9QE72	Clostridium_phage	1.7e-203	97.1
AXU74668.1|1059335_1060106_+	XkdU related phage protein	B6SBU7	Clostridium_virus	6.8e-140	98.8
AXU74669.1|1060106_1060487_+	hypothetical protein	B6SBU8	Clostridium_virus	1.9e-63	96.0
AXU74670.1|1060498_1061116_+|tail	phage tail fiber protein	B6SBU9	Clostridium_virus	4.9e-80	88.9
AXU74671.1|1061132_1062623_+	hypothetical protein	J9QE87	Clostridium_phage	1.4e-120	61.3
AXU74672.1|1062637_1062931_+	hypothetical protein	E2ELK6	Clostridium_phage	4.1e-29	58.8
AXU74673.1|1062930_1063113_+	hypothetical protein	A0A0K2SUB6	Clostridium_phage	7.2e-24	94.9
AXU74674.1|1063146_1064379_+|tail	tail fiber protein	B6SBV3	Clostridium_virus	6.9e-227	97.6
AXU74675.1|1064375_1064675_+	phage protein	J9QDX4	Clostridium_phage	1.2e-47	98.0
AXU74676.1|1064846_1065077_+	Hemolysin XhlA	A0A0A8WJR7	Clostridium_phage	7.4e-34	100.0
AXU74677.1|1065096_1065354_+	phage membrane protein	A0A0A8WF70	Clostridium_phage	1.5e-35	83.5
AXU74678.1|1065353_1066169_+	phage endolysin	Q24LG3	Clostridium_phage	9.1e-151	96.7
AXU74679.1|1066185_1066482_+	hypothetical protein	Q24LG2	Clostridium_phage	4.0e-48	95.9
AXU74680.1|1066491_1066695_-	hypothetical protein	A0A0A8WIX8	Clostridium_phage	8.6e-26	86.4
AXU74681.1|1066845_1067295_+	hypothetical protein	A0A0K2SUB9	Clostridium_phage	2.5e-62	87.9
AXU74682.1|1067306_1067942_+	putative bacteriophage protein	A0A0K2SUH1	Clostridium_phage	9.3e-111	92.9
AXU74683.1|1068018_1068489_+	hypothetical protein	A0A0A8WFC2	Clostridium_phage	2.3e-61	78.1
AXU74684.1|1068787_1069087_-	hypothetical protein	A0A0A8WJK3	Clostridium_phage	2.5e-45	97.0
AXU74685.1|1069296_1069497_-	hypothetical protein	NA	NA	NA	NA
AXU74686.1|1069509_1069932_-	hypothetical protein	NA	NA	NA	NA
AXU74687.1|1070089_1070308_+	Helix-turn-helix protein	NA	NA	NA	NA
AXU74688.1|1070831_1071008_-	hypothetical protein	NA	NA	NA	NA
AXU74689.1|1071475_1071757_+	phage regulatory protein	Q24LF7	Clostridium_phage	6.3e-43	100.0
AXU74690.1|1071796_1072183_+	phage regulatory protein	X5JAW5	Clostridium_phage	2.5e-66	99.2
1072369:1072391	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>CP012312|1480119:1504493|DBSCAN-SWA
AATGAAAACTGGTGTAGTTAAATGGTTTAACAACGAAAAAGGATTTGGATTTATATCTGTAGAAGGTGAAGGAGATGTTTTCGTACATTTCTCAGCTATAACTGGAGATGGATACAAAACATTAGAAGAAGGACAAAGCGTTGAGTTCGAAGTAGTAGATGGAGCTAAAGGTCCTCAAGCTGCTAACGTAGTTAGATTATAATTAAAAATTCATATATATTAGTGTTCTAGTAATATGAGAGATAAGCCGCTAATCATTTAGCGGTTTTTTCAGTTTTTGTAAATAAAATTAATATCAAAATAAATTAAAATTATTAAAATAAAATCATTAATAATGAGATAAATATGTTAAAATTAATAGTGTAGAGTAAAATTATTATGGCTAAGTTTAAGTCAATTAATTTTTAGTGAATTTTCTAAAAAGAGAATAAGTGATACTGATAGACCATATAAAAATATTAATAAAGCATAATAAGATTAAGATGAGCAAAGGAAAAACGCTTGTTACAGCGTATAGTATTAAGAATACTTAGAAAATAAGAAAGGAGAAAGTTACTGCAAAAAAGTAACATTATAAATATTGAATAATATTTATAAGTTTTCAGTAACGGTGGGTAGTGTAATGAACATATTATTCTTTCTAACACCAAAAAGTGAAGTAGCATATATATATGAAGACTACACTATAAGGCAAGCCCTAGAAAAAATGGAATATCACAAATACTCTGCAATTCCAATAATAAGTAAGGATGGTAAATATGTTGGAACTATAACAGAAGGTGATTTTTTATGGACATTAAAAAACGATTTAAATCTGGACTTAAAGGGATTGGAAGATGTTCCAGTGACAGATATAAATAGAAAAATGGATAATTCTCCTGTTTCCATCAACGCAGATATTGAAGATTTAGTTATAAAATCTTTAAATCAAAATTTCATTCCTGTTATAGATGACCAAGACACATTTATTGGGATAATAAAAAGAAGAGATGTAATAGGTTACTGCTATGAGATAATACGTGGATATAAAAATTTAGCTAATGATAATTAAAAATCTTATTTAAACTTTTAAGCTGAGTTCTTTACAATAAAAGAATGATAATATGAAACTGGATATTTAAACTTTAATATAAAAAGCTGTCTTTTCTAATAAATATTGTGAAAAGACAGCTTTTTTATATATGACCTTATGATTAATCGTTGTATTTTACAAGGTTTCCGTACTTAGCATTAAGAGCATTTATCTTATTTCCATAAACTTCATTTTGTTTTTGATATAATAAACTTTTTTCAACTTCAGCCTTAACTTCATCAAATGTAGACTCTGTACTTTCTTGAAGGTCTTCTAATTTTATTATATGGTATCCAAATTGAGTTTTAACTGGCTCACTTACTTCACCTTTAGCCATAGAGAATACAGCTTCTTCAAATTCAGGAACCATTTGTCCTCTACCGAATGTTCCTAAATCACCACCCATATCTTTAGATGGGCAAGAAGAATGTTTAAGAGCTGCGTCTTCAAAAGATATTTCTTCTGATTTTATTTGAGCAAGTATTTCTTTAGCTTTTTCATCACTATCTACTAATATATGTTTAGCAGTTGCACTTTCTGGTTTAGAGAAAGAGCTCTTATTAGCTTCAAAGAATTTTACTTTTTCATCTTCTGTTACATTAACACTAGATAAAACTTTATTTATAGCAAATTGCTTTAATACATTTTCCTCTATCTTTTTCATTTCTAATTTAAATATTTCTTCTTCATCTAATTTTTCTTCTTTAGCATCTAAGAAGAATAATTCTTGATTTACTAAATCATTTAATAAGTGTTTTTTTCCTTCTTCAGTTTTAAATTGCATAGCTTGATAAGGGTCTAATGATTTTAATGCATTTTCAATATCAATATTAGTTATCTCTTTTTCTCCAACTGTTGCTAAAACTTTTTTTTCCATAATAGTTAACTCCTTCATAGTGTATTTCATTATTAATATAAGACTACCATCTTAAATAATATCAGAAAATAATGTAGATGTCTAATATTTAAAGCCATATTAAGTCAAATAGAATTAAATTTAGTAGAACAAAGTTATTACAATTAATAAAAGTGAGCTCATAATACCCACTACACCTTCGTCATCTTTAAATTTAAGGGTTTTTACTATTGAATAATAAAGGTATATTCCAGTAAAAATAATCTTTAAATACAAGAAAAATAAACTTTTTGGGTATATTAAAAAGCTAAAAAGTGTAAATATAAAAGCAAGTAGAGTACTTATCCTGTAAAAGAAATCTATTTGTGTAATGTCTTTATATTTTATCATAAACACTGAATATAAAATGATGAAAACAATTGCGATGATTGCATATATGGTAAAGAGCATATTTTCAAGAGTACCATTTGAAATTACTATCCACTTATACCACATAATTGGCCAAAATAATAGTGCTAAGAACTTAAAATAATTATCAAACAACTTTTCTTTATACATTCATCAAACAACCTTTCTTAACAAAAGCATATATTTGTTTTTAGAATTTTAAATAATATGATATCATTATTATATATTAATATTGAATTTATAGAAACCAAAATTTGTTAAAATAAATATATAGATTTTACTGTTAAGCCAGTTAAAATTACTACTATTTTTATTATGAAATTGGATCAAATATGTAGAAATACGGCAAATTAGTTAATATTAAATATTTATTATTTCCAAGTTGTAAAGACTGTTTTTTTAATGATAAAAATTCTAATCTTTTTTGAAAGAAAGTAATATCCACATTAAGTATGTCCGCCATTTCATAAACGCAAGTGATGCCAGAATTAATTATGTTTATTATATCTTCTTCAGTAATTAAGAACTCACAAGCCCATTTTAAGGCTTTATTTTCGCATTTATCTATAATAATTTTTGTATAATAATCATTATAAGAGGATACATAGTATCCAAGGCTAGTGAAATGATGCCCAAGTTCTTCAGCTAAGATGGATGTCAATTTTTTTGAGTTTTGTTTTAAATTACTGAGTAATGATATAATTTTAATACCATGTTTGTTTATATATAGTCCTTCTAAATCACCTGCAATATAAGTGGTATAATGAATTATTATCTCTTCTTGAGAAGCTAATTCAAAAAGCTTATCCAAATTATTCATAAAAATCCCCCTAAAATAGAATGTATGTTTGCCTTTAAGTTATATTAAAAGAGCAGAAAAATAGACTGCTCATCATATGGTTTATTTTTTTTTATATTTATTTAGTAAAAATTCTATATAATCATTAAGTTGTTCTTGTGCTTCTTCAGGTAACTCTTCATGTGGATTTTTTCTATGTGCAGCTACTGTATCAATATTTTCCTTAACTAAGGTTCTTCCAAGAAGGTAATCAACTGATACATTAAATACATCAGCCAATTTATTTAAAATGTGTTCATCAGGAAATCTGTTTTCTGTTTCATAGTACCCTAAGACTCTTTGGGAAACGCCTACTTTTTCTCCAAGTTCTCTTTGAGTCAATCCAAATTCCTTTCTAAGTTCTCTTAATCTTTTGGCAAACATTATAACACCACCTTATGTATAGATTATAACAAATTGTTCTAAAAAATAAAACTAATAAAATATAAAAGAATATTTTTTTCTAAAATCTATTGATAAAGAACAAATAATTCTATATAATCTAAATATGGAAGAACAAAATATTCTTAATAGTAATGGAGGTATAAAACAATGTTTAAAAATAACTTGAAATATTATAGAAAATGCAAAGGTATGACACAAATTCAACTTGCCAGAAAGGCTGGAATTACAAATGACTATATATCTCAAATAGAAAGAGGTATAAAAAATCCTGGACTTCTTATGGCTAAGAAGATTTCTAGTATTTTAGAACAAAATATAGAAGAAGTTTTTTTTATAGAGTTATAGAACAATATGTTCTTGAAAGTTGTGAGATTAGTAAAAAATTGTGCACTAAAGAGATTATTGTAAATTTGAAGCTAATAATAATTATATAAAAAAGGAGAAGTACTATGGAAAACAAAAAAGATATATTATTTAAAGAAACAGATAAAAGATTACATAATTATAAGTATTTGGATATAAAGATAAAGAATATTAACTTGGACATAAAAAGATGTGAGAATGAATACTCTGGATGTGGAGCAATGGTATATACAGAAAAGACTACTAACACATATAACATAAGTTCTTCTGTGGAAAATGAGGTATTAAAAAGAGAGGAAAGATTAAGAAAATTAAAAATGGAAAAAGAAGATATAGAAATAGAAAAAGAGAAGATAGAAAATGCTCTAACATGTCTAAATGATATAGAAATGGAATTTTTTAATCTTTTTTATAATAGTAAGACAAAAAACAATATGACATATATTTCTATGAAACTACACTTAGATAGAACATCTTGCTACAATTTAAAGAAAAAGATGATATTTAAACTGACTGAGATATTATAAAAAATAGGACAATTTTACAACACTTTATATACACCATTGCAACAATAGGCAATAAAATATGTGAGATAATGTTATTGTGAAAGAAATCCATATTGAAGGAGGTGATAAATTGAAAAGAATAATATTACCTAGAAATATAGAAGATACTTGACAGGAATAAATGAGATGTATATTTAAAAATGGCTTATACCATTTATAGTAAGATTATCAGATTAAGCAAGAATATTTAGTGATAGTGTGGTGATTATTTGCTTAAATACAAGGAAATATTAGAAACAATTATTGAGATTCTCAAAAAAAACTTTACTGAAAGTATTTTTATTGATGATGAAAGTGTGCAAGGCTCTGAAGGGTCTTGTTTTTTTGTAAGTATACTATCAGTTATTTGTACACCTATAATGTTAAATACGAATAATAAAGATATTGTTATCTCTATAAAATACTTACCAAAACCACAGTCAAATAGTATTAGAATGTATGAAATTTCAGATGAATTAAATAAGTTATTCAACAGAAATATAAAGGTAACAGACAGAAAATTAAATATAACAAAGCTAGAACAAAGTATTAAAAAAGAAGAGTCAATTTATGCACTGAATTTTTCGGTTACACTAAACTATCTGGATAGTGTATATGAAGAAGATGTAGTATATGAAAATATGGAAGAAATCAATTTAAATTTAGGAGAGTGATAGTATGGCTATAGGATTACCAAGTATCAACATATCATTTAAGGAGCTAGCTACAACTGTTAAAGAACGTTCAGCTAGAGGAATAATTGCAATGGTGCTTAAAGACGCTAAGGCATTAGGTCTTAACGAAATACATGAAAAAGAGGATATACCAGTTGATTTATCTGCTGAAAATAAAGAATATATAAATTTAGCTTTGATGGGAAATGTTAACACTCCAAATAAATTATTAGTTTATGTAATAGAAGGAGACTCAGATATTCAAACTGCATTAGATTTTTTAGAGACTAAGGAATTTAATTATCTATGTATGCCAAAAGCAGTAGAAGCTGATAAGACTGCTATAAAAAATTGGATAATTAAACTTAGAGATATAGATAAGGTTAAGGTTAAAGCTGTATTAGGAAAAGTTGTAGGAAATCATGAAGGGATAATTAATTTTACTACAGAAGATGTGTTAGTTGGAGAAAAGAAATACAGTGTTGATGAGTTTACAAGTAGGGTGGCTGGGCTTATAGCAGGTACACCTTTAAGTCAATCAGTAACTTATACTAAGCTTATTGATGTAGTCGATATACCTAAGATGACTAAAGTTGATGCAGAATCAAGGGTTAATAAAGGAGAGCTTATACTTATTAAGGAAGCAGGAGCTATAAGAATTGCTAGAGGAGTAAATTCTTTAACTGAATTAACAGAAGAAAAAGGAGAAATGTTCCAGAAAATAAAAATAGTTGACACTTTAGATATTATACATAGTGACATAAGGAAGGTGATAATAGATGACTATATAGGAAAGGTTACTAACAGTTATGACAACAAATGTTTATTGATAGTAGCTATAAAAAGTTATTTAGAAGAATTAGAAAAATCTGCACTTATAGAATCTGATTCTACTGTTGAAATAGATTTTGAAGCACAAAAATCGTATTTAAAATCAAAAGGAGTAGATTTATCTTATATGACATTACAAGAAATAAAAGAAGCTAACACAGGTTCTAAAGTATTTTTAAAAGCAAAAATAAAAGTACTTGATGCTATGGAAGATATAGATTTATCAATAGAAATATAGGAGGATTATTAATATGGCAAATATGGAAGCTAGAAATGTAATGAGTGGTACTTGGGGAGAACTTTGGCTTGATGGAAACAAAGTAGCAGAAGTAAAGAAATTTCAAGCAAAGATGGAATTTACAAAAGAGGATATTATAATAGCAGGTCAAATGGGTACTGATACAAAATATATGGGATACAAAGGAAAAGGTTCAATAACTCTATACCATGTTAGTTCAAGAATGCACAAGTTAATTGGAGAAAAGATAAAGAGAGGTTCTGAACCTAGATTTGTTGCTATATCAAAATTAAATGACCCAGATTCTTATGGGGCAGAAAGAATAGCAGTAAAGAATATAGCATTTGATGATTTAACTTTAGCTGATTGGGAGGTTGGCGTAAAAGGAGAGATAGAAGCACCTTTCACATTTACTGAGTATGATTTTCTTGATATAATTTAGTTTTATATTTGGTTTTATACTGATATTTAGTAAATATATACTTAATAAATTCAGATAGTTAATAAGTAAAAAAGTTAGTTGATTGAATTTGATTGATAAAGGAGCAAATAATAATGAGTGAAAATGGATTATCAAAAAATATAAACATAGTAGATTTACTTTTAAATTCAGATACAGAAAACTTAGAAAGACCGAGTACTATAGTTGAACTTAAGAGATTATCAACTATATTTGGGCAGGAATTTAAAGTAATGTGTAGAGCTTTAACAATAAGTAAAGATGAAGAAATACAAAATACTTGTCTTAAAATTGATGAAAATATGAAAACGGATATAGACTTGCCGGAAATGCAGATGCTTACAATTATAGAAGGTGTTTGTGATTTAGATGGAAAGCTTTTATTTAAAAATAAGGAGCTAATGGATAAATTTAAGGCTCCAACACCAAAAGAATTAGCAAGAAAATTATTATTACCAGGTGAAATTACCAACTTATATAGAATACTTCAAGATGTTATGGGCTATGGTAAAAATGCAGTGATAGAAGAGGTAAAAAACTAATAGGGACGGATACCAGGACTACAATAATGTACTATTATTGGAAGAAAAAAGGTATAAGACCGTCCCTTTTTTATGCAATGGATAAAGGCGAATTAAAGCTTATTGAAGCTTTTTTCGCCTTAGAAATTGAGGAAGAAGTTGAAAAAATGAAACATGGATATGGAATGTGTCCTTTGACAGGAGGTGGTATGTAATGGGAAATGTGAGAGAAGAAGGTATAAATATGTATCTTACAGATAATTACACACCAAAAATGAATCAAATTATATCAGTAACTGATAATTTTAGGAGAGCAACTGTGGCTGTTTCACTTTCCACTAATGTAATGGCTAGTAGCATAAAAAATTCTATTGGAAGTGCAAGTAGTAGGGTAAATAGTTTAAATTCTTCGTTAAGAAAAGTTCAAACTACTGCTAGTAGTGTAAGTTCAACTATGACAAAATTAAGTTCTAGCATAAATGCTGTTTCAGGAGTGATTGGAAGTTTAAATGGAAGTATTATGAGACTAGCAATAACTATAGCTATGATTATTGATTATTTTAATAAGTTGATTCAAAAGAAAAATGAGTTTAATTCAAATATTATGATTATATTAATATTTAAAGCTAAAAGTGATGAAATAGAAAAAACTAAAAATAAATTACTTGGAAATTTAAAAAAGATTGGTGGCAAGGTTTGGAAGATTGTAATAAAAGCAAAAGATATGACTAAGAGAGTTATAAGTAGTATCTTGGGAAAATTAAAACAAGTAGAGAAACGTCCTTATCAAGGAAGTATTAATCTTAAAGATATGGTGAGTAGTGCTATGGGTAGAATTTTGCCTAAGTTAATGTTGTTTAAAAATACTTTTTGGAGTGGTGTAATAGCTATAAAAGATATGGCAAGTGGCATTATAAGTAAAGTATTTCCCAAATTGAGATTATTTGCAGGTAAGGTATGGAGTGGTGCAATAGCTGTAAAGGATATGGCAAGTGGAATACTTGGTTCGATAAAAGGGAAGATATCTGATTTGACAAATGGTGCTACTATAGGTGTCGCTGTGAAAAAGGGTGTTGATTTACTTGGTCAGGAACAAAATCAGAAAGTTGTTCTAGAAAGTGTAATGAAAAGAAATACTGGAAAAGTTAATCAAAGAGAAGTTGATGATTATTATGGCAGTTTAGTAAGAATGGCAAATGATACGCCTTTTGACCCTGAAGATGTTGTTGCAATGGGAACTAAAGCTAAAATGATTAGTAATATTACTGGTGGTAAAAAAGAAAAAGATATAACTCAGGCTATGGTGGATGTTAGAGCTTTAAATATGAATACAAGTAGTGAACAAGATGTATCAGCAGCTTTCTTAAGTGCAGCAAAAGGAAATATGGAATCTCTTAATACTCTGGTAGGAGAAAACTATAAAACTTTTGATGAAGCATTGGAAGGTATAAGTGTAAAGCAGATGGGGTTAGCTAAAGAAATGAGTAATACAATACCAGGTATAATATCAGGAGCTCAAACAAGCATTAACAATGGTTTGAAGAGTATTGTTAAACCTTTTGATGATATTTTAGGTCAAGGACTAAAGAAAATAAAAACTTTTATAGAAAGTGGATTAGGCAATTTAGCTGGATTATCTGAAAGAATGGCTGGTAAAATAGGCAATGTAATGAATGGTAAGATAATTATTGGCAACAAATATGACCAGATGCAATCTAGAAGTGTAAAAAATGGAAAAGAGTTTTCTGATTCTACTCAATATCGAATTTCTAATGAGGCTGAAAAGCGTAAAATGATGGTTGAAAATAAGCAAGAACGTTTTGAAAATCATGCAGCAACAATGATAGGGAATGCACCAAAAGCAATTGTTAACGCAGGAAGTACACTATTACAAAATATCGATTTTACAGCATTAATAGATTCATTACTTCCAGTAGTAAACTTAGTAAATAATTTACTAGATAGTATAAACAATAAATCACCAATTGCACAAGGATTAATAAGTATATTTGGTACAATAGTAACTACAGCATTCCAACTAATCGGACCTGTAGTTGAAGCTGTTAGTCCTATTATCACAAGAATTTTTACTTTTTTAGGTGAATATGCCCCTCAAATAAATAACTTTATAGAGACACTAGGTGTTATCTGGGAGACAGTTTGGGCAACAATAGGACCACTTTTAGAGGATGCTTGGATTATTGTAGAACCAGTTTTAGGAGGTCTTTTTAATCTATTTAATGATATATGCAATATTATAAAAGATGTTTGTAAATGGTGGCAAAATTTAGTTGAAAAAATTAATAAAAATCCAATTATTGAGACAGTTAGATCTATAATTGATGATTGGAATGCAGGTACAAGCAAATCTGGAAGTAACGCCTTTGGATTAAACTATGTTCCTTATAATGATTACCCAACAAGGCTTCATGAGGGTGAAATGGTTTTAACTAAACAAGAAGCAAATCAATATAGAAGTGGAAAAAATGGTGGAAATATAAGTATAGCCAAGTTAGCTGATACAATAGTAATTAGAGAAGAAGCTGATATAGAAAAAGTTACATCAAAATTAGTTTCAAGTATAAAAATGGCACAATTGGGAGGTGTATTATAGTGGAAATGTGGCTTAGACAAGCAGAAGATAGATTTAGATTTCCAGTATTTCCATCTTCCTTTAGTATTAATGGAAAAGCTGCTGTAAACTCTTCTAGTATACTCAAAATAGGTGAAATAGCAACTTTTGGTGGTGTAGCTCTTAAAAGCATTTCAATATCAAGTTTTTTTCCAAATAAAGACTACACTTTCTGTGACTATACAGGTTTTCCATCACCATATGATTGTGTAAATAAGATAGAAAAATGGATGAAGGAAGGTTTTATATTAAGATTTACAATTACGGAAACAAATATAAATATGGAAGTCATAATTGAAGGGTTTAGTTATGAAGAAAGAGATGGGACTCGAGATGTATATTTTACATTAGATTTAAAAGAGTATAAAAGAATAAAGATACCAAAAGTAACTCCAAAACAATAACTATTATAGATAATAAGTTATAAATAACTGCTTATAGAATTAAATGAAAAGGCAGGTGATTTTTTATTATTAAGATTTGGGTACACATAAAAAACGGAAGTATATATGACATAACTGACATAGTAGACAAGGTATCATGGTCAGGTGATTATAAATCTCCATCAAGGACACTAGAGTTTTCAATAATACAATCATCATTTGATGTAAATTTCCAACAGATAGATATACCAATAGCTAGTACAGTCTGTTTCTATGTAGATGAGAAAGAACTCTTTAGAGGAATGATAATTAATAGGTCTAAAGATTCAAGCAGTAATGAAATTAGTTTTGTATCTAAAGATATGGGATTTTTACTTACACAAAGTGAAGTGTCATACAATTTTAAAGATAAGTTAGTTGAAGACATAGCAAAGCAAGTATTTGCTGAAAATAGGCTTTCAGTTGGAACAATAGCAAAGACCAATGTCAAGTATACAAAGATGTTTATAGGAGTAAATGGTTATGACACAATAATGAGTGCATATACAGAGGCAAGTAAAAAGACAAAGAAAAAGTATATGATAGAGGCTAATTTAGATAAGTTTAATGTTATTGAAAAAGGAACTGTTACATTAAGTGTTATGTTTGAAGAGGGATTTAATATTATAAATACCACCTTTTCGGAGAGTATGGAAAATGTAAAAAATAAAGTAATAGTGGTAGACCAGTATGGAAGTAAGATTAGCGAAAAAATAGATAATGAAATTTTTAAGGAAGTAAATGTAATAATGCAAAAAGTAATTCAGCAACAAGAAAATCAAGATGTAGATATTGATAGCGAGTTTAATGGGATAGAAAAAAGCTGTTCTCTTAAAGGTTATGGAGATGTAAGTTGTATAACTGGTAGAGGAGTAAAAGTTAAAGATTCTTATACAAAGCTTGTAGGACTATTTTATATAGATACAGACAAACATACTTGGCAAAATGGAGAGTATCAAATCGAGCTTGAACTTAATTTTCAAAATCTTATGGATGAAAAGTCAGCAGGACAGGATGAACCTAAGGAAGAAAGTAATTTAGGAGGAGAAGATTATGTAGGAGGGACAGAATTTTCTGCTATATTTACAGCATATTATCCTGGACCTGGTATAGAAGGTGGAGATACAGACTGTAGAGAGAAAAAGCTTAATCCTTCTAAAAAGACATGTGCTGCACCTATGGTTGGAGCTTATGAAAAATCTTATTATACAAAAGAGTTCCTATCAAAACACCCATTATTTAAATATGGTGATGAAGTAAGTATTGTAACAGGAGTTTCTGGACGTGATGGAGTCTATAAAGTAAATGATAATGGTTCTGCTATAATTATAGAAAAAGATGGAACTTATCATATCGATGTTTTAGTAAAAAATGCAGAAGAAATGAAAAGATTTGGAAAAAGAAAAGGAAAAATTATTATCGGTGGTTATTCTGGTAATGCATCCAATAAAGCTAAAATAGTAATATCAGAAGCAAAAAAACATCTAGGTAAACCTTATAAATGGGGTGGAAATGGACCAAGTAGTTTTGACTGTTCTGGTTTAATGGTCTATTGTTTTAAAAAAGTTAATGTTAGTTTACCAAGAACATCAAATCAACAATCTAAAAAAGGCAAGAAAGTAGAACAAAAAAATCTTCAAGCAGGAGATTTAGTATTTTTTCATAATCCAGTTAGCCATGTTGGACTATATATAGGTAATGGAGAATTTTTACATGCTCCACAAACGGGTGATGTAGTTAAAATAAGTAAGTTAAGTAGTAGAAGAGATTTTAATACAGCCAGGAGAGTATTATAAAAGGATGGTGATATAATGGCTAATCCAATAAATGAATTTATAGGAATAATAAGAGAAGAAGGAAAGCATCATAATCAACCTTCTTTTTTTATTGGAAAAATAAAAAGTAAATTGCCAGATTTAAAAATAGAGACAAATAACATCATATTAGAAAAAGAAGATATTTTGATAGATAGTTGGATGCTTGATAGACAGCTAGAAACATTTGATACAGAAACAAATCAAGAACACCAGCATGAAGTAAAAAATCCTTTTATAGATAACTTTGAATCTGGGGATATGGTAATAATGTTTAGAATAGGCGAAAAATTTGCCGTTGTAAGTAAGTTGGTGAGCTTATAATGAGTACAATATTTCCTTTTATAGGTGTCCCAGAGGATTATATCTTACCTAAAACAGAAGAATTGCCAATCTTTCGTGAAGTGGCATGGGATTTTGAAAAAGATGAACCTATTTTAGAAAAAGGTGACTTTAAAATAATTGAAAAAAAAGAAGCCTTAAAAGTTTGGATATACAAGTGTATAAAGACAAATAGATATGAACATGAGATATACTCTTTAGAATATGGGACAGAGCTTTCAGAACTAATAGGACAAAAATATACAAAAGGTCTTACAGAAAGTGAAGCTAGTAGATTCATAAAAGAAGCTCTTCTAATAAATCCATATATATTAGAAGTAAACGTAAAAAGTGCTAACTTTAACAGAGACGTATTGAGTGCAAATGTAAAAGTATCCACTATCTATGGGGAGGTGGAAATAAATGTATAGTGACCAGACATATGAAGTAATAAAAAATAGAACTCTTGAAAATATTAATCTTGATATTTATAAGGGTGAAGGTTCTTTTCTAAACAACATGGTATCTGGAAATAATCTAGAACTTTCGAAGATATATCTAGAACTTTCAAAGATACATAAAATGGCTTTTATACAAGACACATATAACCAGTTTCTCGATAAAAGAGTCAATGAATTTGGTGTATATAGAAAGTTAGGTACAGAGTCAAATGGAGAAGTTGAATTTATTGGAGAGAAAGGAACTGTAATAAATAATGGCACAGTAATATCATATAGAGATTTACTATTTGTAGTAATAAAAGATGTAACTATTGGTAGTGAAGAAGGTGACAATAGCCCAGTTCAAGCTCTGGAAGTTGGTAAGAAATATAATTTACCTACAAATTGTGAATTTAAACTAGTTGATAATATATCTGGAGTAACAAAGATTACTAACACAAGAAGTTTTGAAGGTGGTACAGATATAGAGACAGATGAAGAACTAAAGGAAAGATTTTATAAAATCCAAAGAAATCAAGCTACAAGTGGAAATAAAGCTCACTATGAAGAATGGGCTTTGGAAGTAGATGGAGTCTATAATGTTAAGGTTTATCCAAGATGGGATGGTCCAGGAACAGTTAAGGTCTTGATATTTGGGAAAAATAATCAAGCTGTTGATACAGAAACGATTGCAAGGTGTCAGCAACATATAGATGAAGAGAAGCCTATTGGACCAACTATAACAGTTGTGACGCCATTACCAATAGAAATAAATATAAGTGCAGTAATGAAACTAGAAGATGGATATACATTAGACAATGTCAAAGAATCTTTCCTAGAAAGTATAAATACATACTTTAGAGATATTAGAGGAGAGATAATCTATACAAAAGTAATGGGGATACTTATAAATACTACTGGTGTACACGATTTAAGTAACCTACTTATAAATGGGAGTACAGATAATATAACTATTAATGAAGATAAAATACCTAGTGTAACAACTGTTAATTTTAGTGAGGTGGAAAATCAATGAAGCTAATTGATAAACTACCATCATTTGATAGAAATTACATTGTAGAGGAGATACAAGGTGCATACGATACAGAATTAAATATTCTTAAAGAAGATATTGATGATACCTTTAACCAATTATTTGTTGATACAGCAACATGGGGATTAGATATGTGGGAAGACATACTCTGCATTGAAAAAAAAGAACTTGATTTTGACACAAGACGTAGCAATATAAAAGCTAAAATGAGAAGCAGAGGTACTAGTACTATTGAAGTTATAAAAAGTATATGTGAGGCATATACAAAATCAGAAACAGATATAAAAGTTTATAGTGATGAATTTACATTCGTATTGAGTTTTATAGCAAATAACTGTGACTATAAAACTCTTTTAGATTGTAGCGATATGATTGAAAGAGTAAAACCTGCTCACTTATTACACTATTTAGAACCAATAATACTAGATAAAAGTATGGTCTATTGTGGTGGAGGTATGGTATGTAGTGAAGAGGTAAAAGTTCATCCATACTTTGAACCAATTATAAAATGCAGTGCTGTTGTAAACTGTGGAGCTGGAATGTTAAGTAGAGAAGAAATAAAGGTTTATCCTTTAAGCATTAAATGCATTGAAAATAATTGTAAGATTAATATAGCTATTGCAAATGATACAGGTATAGAAAATGTAGTAGTTTATCCTAAATCGGAGGTGGTATAATTGGAAGAAAAATTTTATATAATATTAACCAAAATTGGTAGAGAAAAAATAGCAAATGCAACTGCACTAGGAGAGCTTGTTGGATTAACCAAGTTTCAAGTTGGAGATAGTAATGGAGAATATTATGAGCCAACAGAGGAACAAACTGCTTTAAAGAATGTAGTTTGGGAAGGAAATATAAATTCTCTAAGAATTGATGAAAAAAATCCTAATTGGATAGTTATAGAGACTATTTTACCAGGAACAGTTGGTGGATTTATGATAAGAGAAGCTGCTGTTCTGGATAATGAGAATAATATAATAGCTATAGGTAAGTATCCAGAGACGTATAAGCCACGTGCTGAAGATGGCAGTATTAAAGATTTGGTTGTAAAAATGATTTTACAGTTGTCCAATACTTCAAATGTTACATTAGAAGTAGACCCGACGTTGGTTTTTGTAACTCAAAAGGATATTCAAGATTTAGATGATAAGTTTGATAAAAATATAAAAGAAATAAAAGTAAAAATTGGAGATACAGATATATTAACTACAGATTCTAAAGATTTATCAGGAGCTATAAATGAGGTAGTTAAAAAAATAGAAAACATATCTTTTGATGATGTTATAAGTGGTCAAATACAAACTGATATATCAGTATTAAAAAATAGCTATAACAAATTATCTGAAAAAGTGCTAGATATATTAATATACCTAGAATTAGAGTCAGAAGTAACTGTAGATGAGGCTGGTTATTGGTATGATACATTAGCAAATGGAAATAACATAGTAGCTATAGAAGGGCTTAAGTTAGATTTAAATAGAAAATGTATAACAGGTGAAATTGGTAATGTGATTTTTAGAGATGTAGTATTACCATTTAGTGCAAATAGAGTTAGATATATACATGATATGGATAATAACTTTGTTGAGACAAAATCTAGTAACACTTATTTAAAAGAACAAAAAGATATAACTCTAAGTAAATATTCATATGAAATAAGATAAATAAAGGAGGTAGTACTAATAATGAAGCAAAATAAACTTTTACAACGTGGTGCTTATTTTAATGATAAGAACATATTGATTGATGATTTTGATAAAAGATATAATGATTATGATTTTGTGGAATTTTTTACTGGTATAAGTAATAGTACCTTTGGTTTAAAATCAGATGGTAATTTATATGCTTGTGGCAATAATACAGGTTTTCAACTAGGACTTGGAAAAGATTCGTCAGAGAGAAGGATGTTTAGTAAAGTAAAAATTGATAATGTAAAATATGTATCTTGTGGTTCAAAACACAGTGTAGCAGTAACTAAAGATGGATTTGCATATGGAGCAGGAACAAGTAATGTAGGTCAATTAGGTGTAATTGAGTCTACAGTATATTATGAATTTACTAAGCTACCAATAGATGATGTAAAAACTGTTGCATGTGGTTATGACTTTACTTTTGTACTTAAAAATGATGGAACATTATATTCAGCAGGATTAAATTCAAGTGGTCAACTTGGACTAGGTGATACTAACAATAGAGCTACTTTTACTAAAGTAAATATAGATAGTGTAAAGGATGTAGTAACTTATAATCAATCTGTATTTATCATAAAAATGGATGGGACAGCACATGCATGTGGATTAAATTCAAATGGGCAGTTGGGAATTAATAGTACTTTAAATAAAAGTGTATTTAATAAAATAGAAGGTATGGATAATGTAAAACAGATAGCGTGTGGTAGTAGTCATACAATTCTTATTAAGAATGATGGAACTATGTATACTACAGGCTATAATGGAGTTGGTCAGCTTGGTACAGGGAATAATAATAATTCAATTGTATTTACTCTTTCTAGTATAAATAATGTTAAGTATGCTTCTTGTGGAAATAATCATACTATGATATTAAAATACGATAATACACTATTTAGTACAGGACAAAACACTTATGGTCAACTAGCCAATGCCAATAAAGATGTAGCATCAAGAAATACTTTTGCTAAGGTTAATGTAGAAAATATAAAAGATATTAAATGTGGTTCTCAATTTAATTTTTTAATAAATGGTTCAAAAGAGATATTTGTATCTGGCTGTAATTTAGCAGGTCAACTTGGTTCATTTTTTCATACAACTTTTCTGTATGAGTTTTCAAAGGTACAATCTTCAAATTTAGATAATTATTCAGGTTTATTGGTTAATGATGATTATTTATATGTTACAAAGGATAATAGTGAATTTTTAAATGTAAAGTTAAGTGATAATTTTCAGGATTATAAGAAGATAGAGTTAACAGATAATAATATGTTTATTGTTATGAATGATGGTACGTTATATGCTTGTGGTTTAAATAATTATGGACAGTTGGGACTGGGAGATACTGTTAACAGGTCAGTTATGACTAAGGTGGATATAGATAATGTTTTGGATATAAAGGGAAATGGGAACTCAACTTTTGTGCTTAAGAATAATGGAACTTTATATTCTTGTGGATATAATAGCTCAGGTATATTGGGATTAAAAGATAATACAAATAGAAATATATTTACAAAAATTGAGATAGAAAATGTAAAAGCGTTTTGTGTAGAAAGTAATTATATTGTAGTATTAAATCATTCAAAGGAATTATATGGATGGGGAAATGAGTCTTATATTGTTTATGGGAATAGTAGAAATTACCCTTACAAAGATACCAGAGTTAGTAATGTAGAAAAAATAGCTACGTGGAGTGATACTTTGTATATATTAGATTCAACTGGAGCTACTAAGACTATAGGATACTCTTATAATGGTAGTGGAGGATACCCAGCTCCTAGTTCTAGTTCAACATATAGGGATGGTGGGTATATTAATAAGAATACATCATACAGAACTTTGGAATTTTATAATACAAGTAAAACTAAATTAGTGAATCTATTTGCTTTTTATAATGGCTGTGTATTTGTTGATGAAAATGGATTAGCTTATTGTATAGGGGAAAATAATATTAATTTCAGAGGCAATTCAACAACAAATGAAAACAATAGTCTCAGATTTATCAATAATTCAGGTGTATATTATACTAATACAGACGGAACAGACTATACTTGCTATCAATGGACATATAAATTAATTCGTTGTTCTATTTTTGATAGTCCCCAAAATATTATAGGAAACAGTAAAAACATATTATACTTATCAAAAAATAATTCTACATTTAAATGTACAGGAAATTGTATAACTTATGGAATAAATAGCCAAAATTGGTATAGTTATTTTAGTGATAGCAGTAATGGTGCAATAGCATTAGGTAATGAGTTTATACTAAAAAATTATTCTGGGGAATGTTTGTTAAAAGGGTATGGTAAAGCTACTAATGGAGAATTTGGAAATTCAACTAATATAAGTAGTATTAGTAATTATGATACAGGATTAAAAGATATAAAAGATATAATTGTAAAAAATAACACTGTAGTAGTAGTAGATAAAAATAACAATATATATGTAACAGGAGCAAATCAATTTAACAAACTTGGTATAGGAGAATATAACAATCAACCAATAAAAAAATTCACAAATATAACTGAACAATCAAACTCATTTATATTTATGGATGATATAAAAGAAATTACAACATCAAGAAATACAATGTTTATAGTAAAAAATGATGGAACAGCCTATGCCACAGGAAATAATAGTTCTGGACAATTAGGATTAGGTGACACAATAAATAGAAATAAGTTCACTCAAATAAACCTTGATAACATAAAGAAAATATCAACAAGTATAGATGGTAACACAACATTTGCAATTAGAAATGATGGAACACTATACTCCACAGGATTAAATACCAAAGGACAACTGGGATTAGGTGATATAGTAAATAGAAACACATTTACCAAAGTAAACATCCAAAATGTAAGAGATGTTGTTTTAGGGACTACTCACTCGCATGCAATCAAAGATGATAACACATTATATTCATGTGGAGAAAACACTCATGGGCAACTGGGCTTAGGAAGCGAAAGCAACCATCCAGACGTATTGACATTTACTGTAAACAATATAACTAATGTAAGAGATGTGTACTGCTCAGATACAACAACATTTATTGTAAAGGACACAAACATTGCATATTGTTGTGGATACAATAATAATTCACAATTAGGTATGGGAAATACTACTGACCAGTATAGTTTTATAAAGTGTATGGAAAATGTAAAAGAAGTTATACCAAATGAAATAAATACCTATATAATAACAATCTATAATACTGCATATAGTACAGGTTTAAATACTGATTATTGCTTAGGTCTAAATAGTAATAGCAATCAAAGTTCATTTTCTGAAATTCCAATTTCAAATGTAGTAAAAGTAGCTCCAAACAGAAATAATGCAGTACTTTTACTTACAAGTGAAGGGGATGTATATACTGCAGGTAAATGTAGTAATGGTTCAGGTACAGGAAGTGAGACTCCAGAAAAGATTAAAAAAATAGCATCAAAGGCAAAGGATATTGGAATGAATTATAGATGTGGACATTATGTAAGTGATAATGGAGACCTATATGGTACAGGTTTTAATGATTGTGGGCAATTAGGTGTTGGTGATGTAACAAAAAGAGATACATTTATAAAAACCAATACAAGAGTAAAGAAAATACTTCCTTTAGAATATGCAAATATAGCAATAAAAGATACTAATGATATATATATTTGTGGATTAAATAACTATGGACAATTAGGTGTTGGAAATAGATACGATAGTAGAAATAATGATAATAGAATATTTAATTATAAGCATATGAATTTTGTAATGGGTGATTTGACATCTATTAAAAACAGACATAACTTTATACTTCTAAACAATAAGATAGTGATACCTACCACAAAAGACATAGATTATGGTTTAGTATTAGGAAATTTATACAAAGGAGACCTTTATACTGAGCTTCCATATGAAGATATAAAAGAAGTATCTATTTCTAAGACTCATATTATTATATTACTTAATGATGGAACAATGTATGGATGTGGTACAAACTACCATGGAGAATTATTGCAAGACTTGTCTATAAATCAAGTGGATGAATTTGTGCAGATTAATGTATCAGATGTAAAGCATGTTTCATGTGGAGATAACTTTACTTACTTTATAAAATCTGATGATAGTCTTTGGTCTATTGGTAAAAATTCCGAATATCAATTAGGTATAGGTCACAATAATCCAGTTACTGAATTACAAAGAATTACAACTATATCTAGCTGTAAAGAAGTACATTGTGGTAAAAACTATACATTAGTAGTAACTACAGGTAATGAATTATTTGTACAAGGATATAATGATAAGGGAGCTTTAGGATTAGGAAGCGATAGTGAAAATACTATAATTAAGTTCTTTACAAAAGCACTAACAGACATAAGAGAAATAAAATCTTATGGAAGTGACCATATATTAGTACTTAAAAATGATAATTCAGTATGGGTTACTGGAAAAAATAGGGATGTATATAAAATTGAACAACCAGTAGAATTTTTAAAAGAATTTACTATAATACCTATTTCTGAAGATGTAAATACAGTAAAGGATGTACTTGCAACAGACAATACATTATATATTATATCAGAAGTAGGAACGACAAATGCTGCTATAGAAATTACTGAAAAATCAATTTCATCAATTAAGATAAAAATACAAGACCCTAATAAAGATATAAGTAGAATAGAAATGCTTATAAATGGTGAAAGTGTAAAATCTGTAAGTGATTTAATTACTGAAAAAATATCATTTGAAGTACCACCAGATAAAATTAAAATAGGAGAGAATAAGATATTATTTAGAGCTTATTGTAAAGGTGATGATTTATATGCATCTTTATTTATTTTTAAAGAGAGCACTGGAAATTCTATAATTAAAGATTCTTATGTTATGATAGGTAATAGAATGTACAAGGTAGTTAATACAACATCCAATGAACAAGATATTACAATTACACTAGATAGAGGGCTTGAAGAAGATTTAAATCTTGGAGACCCTATATATCAATTAATAAATAAAACTAAAGTTCAAGTAAAAATAAATAAATCTGACTTATTCAAAGACATGAAACTAGTTGAAATCAAAAAATCAGACTCAAGTTATCAAGAAATCTATGAATTAGAAGAAGCCAACATAAAAAGTGCTCAGCCTAAAATCATAGTAGAAAAAGGAGATAAATGGACAGCTATAAAACGTCCATCTATGATTTTTAGATATGATGCTGAAAACAACGAGCCACAAGCTTAAAATGGAGGTGTGAAAATTGTTTAAATTCGATAAAAATAAAATAGAACAAATCAAACAAGGTAGAAAAGTAGAAATGCAGTATAAAGACATTTCAGACATAAGTATAGGTCAAGTAAAGCAAGATGATGATATAACAAATAATTTTATAGCAAATGCAGAAATATATGAGATGTTGTTAAGTCAAAGTTCTGTCAATGAAGCAAGTAATATAAGTACTTTTAGTGTAAGAAAATCTGGAGGTGAGAGTGGAATGGTAGAAGTATATGTAGCTTTAATTTTAAGAGGCAAAAAAACAATAGAAGAAGTACCAGCAGTAATTAGAGAGCAAGTTAGAATTAGATGTAAAGAATTAGAAATACCAGTTGAATAGTAAATTTAGAATAACTATGTATTAGTTATTTTTTTTATGTAAAGTACAAGGTCTTAACTTTAATAAGTAAGCCTTGTACTTATTTTTTGTTATATTAGAAATTGTATATATATTTATTATTTATTCAATCTATAAATTACACCTACAATTTAAAGTACAGAAGATTAAATTGATAATCCTGAAAATATAATATTGCATGATGTAAGAATATAACAAAAATTAAAGCTATAAGTATAAAAAATTTAGACAATAGGAGGCTATAATGGATAAATTAATAACCGAATTGAGTAGTCTAGGGGCAATAGGTATATTATGTGCTCTATTATTTAAAAATACTATGCAGGAGAAAAAAGAAGATAGAGACATGTATAAAAAAACTGTAGAAAACTTTATAGAATTATCTACACAACAACAAGAAATAAATAAGAATATACTTGTTCAAATGGGAATAATGAAAACAGATGTAGAGGAAATTAAGGAAGATGTTACTGATATAAAAGGTATGTTACAAAACGGTGTATAACATGAAAGAGTAGCATCAGATTATATATTGTTAGGAAAAGATAAAGTAGTATTGTAGATAGTACCCTATTTTATTGAGAAGGATTTAATATTTTAAAATATTAATAAAAAAGTAATAAAAATAACATATAAAAATTCAAAAAGGAGTTGAGCTTAAATTTGATTAGAAAAAATCAATTTTAAGACAACTCCTTTTTTTATTAAACTATTGTCTATTAACCAAAATAGCTATTTTAGCATCTGGATTATAACTTATTTGAACCATTTGATTTTTCTTAACATGTTCAAGGTCTTCACCACCATAAGCTATTTGTAACTTAACTGGTAACTTACCTTGTTTTATAATAGCAACATACTCTTTTTTACCTTTTTTCTCTAAACTAATCAAATTGCCAACATAAGGTTTAAAGTTCTGATACTTTTTACTAGAATTTCTTATGTAGAAGAAAGCACCAACAGCAATAACTAAATTTATGCCAAGTGTAACCCAAGAATTGATTTTAAGCATAGCTCCAGCGATTATTATCACGAACATTAAAACGATAGGTAATATAGCTTTCTTAAGAAGCAATTTACCCATTATTTCATTAGCCTTTTTCTCAGGGCCACTCATAGTTTTTGATCTAGCAAATGATTGCGCGAATTTGTCTCTTAAGCCCATTTTATCCTCCTAATTTTAATAAATATTTAGTTATAATAACGAGATATTACTTGAAACTAAAAATTTACTACATTTATATTATGTTTGACTTTTGTATAAATAATTACATTCAAGTAAAGCAAAATATACTAATTATTTTATCATAAAATTATAAAAAAGAAAATAAATGAAATAAAAATATTAGAACAAAGAAATGATGTAAAATCGTATCAAAAGCAACATAAAAATTATTTATCTATTTTCTCATCTTTATTTTTGTTATATTCAGTTTTTCTTAAATCTTTCTCTTTTTCATATTCATGAAGTTTTAATTCAATCATACCTTCTATTTTGGCTTTATCATAATCATTTAACTTTCTAAAGTTGTTTAAAAGCTTTATTTCATTAGAGTTTATGCTATTAAGTGGATAGTTTGAGGAGGAATCGCAAATTAAATCTGATTTATGTGATAGATTATCTCCATTTAATAGCCAGTCTACTGAAACATTAAATATCTCAGCTATAGATTTTAATATTTCATAATTTGGTTTTCTAATGTTTCTCTCAAATTTACTTAAGTTGTCACAGCCCAACATTTCTTCTAGTTCATATTGTTTAAGGTTTTTTGCTTTTCTCAAATAAACAATTCTTTCTCCTAAAGTATCCATAAACACTCTCCATTCAATTAATGTCAAAAAGACTTTTTAAGATGTAAATAGTTTCAAATTAAAGGTCAAAATGACATAAAAACCATTGACTTAAGGTCAAAATGACTTTATAATTAACTTAATGATACGAATTTACATCCTAATTTTAGCACAAAGTAATCAAAAAATCTTATTTAGTATTAAATAAATTTATATACTTAATATGTGTACATATTAAAAATATATACTAAATAGAGGGGGTGCGTAAACCAAAATAATATAAAAGTAAATATAAATCACTTAGAAAGGAAGTTGATAAATGGATGCTCGAAAAAAATGGATACCTTTTTTGGGAGTGCAAGTCAAGCAAAGACTTATTGAATTAAATATGACTCAAAGGGAATTAGCGAAGAAAATAGGTGTTAATGAAAACTATTTGTCAGCTATTTTAAATGGAAGAAGAACAGGTAAAAAATATAAATCATCAATTTATCAATTACTTAATATAGAATATTCAGAAGATGATTAATAAATAGTATATAAAGTAGGTGAATATTCTTGTGTGCAAATTGGATTCAGATGGGGTTATAGAGTGTTGTAGAGCAATTGATGATTTTATTACAGCACTCAGTAATATAAAAAGCTTAAATATGGAAAGATTAAATACTTTAACTAAATATTCTAGTACATGTTCAATCCTTCTTAAAGAGGGGAATTATGAAGGATGTACAATTGTGTATAGAAAGATGTTGGAAGAATTAAAAACATGAGTAATGCATTTCTTAGGAACATAAATTATACATGGAAATGTATTATATTTTTCAAAGTACGTAAACTAAAATATGGATAAGATAATCTAAATATTATAAATATGCTTGAAATTAGACTATACTTGTTTTTAAATAATCCAATATCCATATTTTAGTAATATACTACAAAAAAATAAGGTTAATAGATGATGTAAAATCGTATCAAATTATGTATGTTTAAACCATTTTATCTTCATTATTATTAGAGGAATGCTTTTTTAAGTCTTTATATTCAGATATCTTAAGTTCAAGTATTCCTTCTATTTTTATTTTATCACGTTCGTTTAGTTGTCTGTATAGATTTAATATCGTCATTTCATCATTAGTAACATGTAGGTAATCTTCTTTATCTTCTTTTACACTACTATTGACATTTACCTTCTCTTTACCATAGAGAAGCCAGTCAGTCGTAACGTTGAAATAATCAGCTATTGACATTAGTATATCACAATTAGGTTTTCTATCTCCTGTTTCATACTTGCCTAAGTTTTCAAATTTTAAAATATCCATAAGTTTGCGCTGAGTAAGTTTTTTGGAGTTTCTCAAATAAGCAATTCTTTTTCCTAAAGTATCCAC

Protein sequences of DBSCAN-SWA_4

>CP012312|1480119:1504493|1503668_1503878_+|AXU75085.1|DBSCAN-SWA
MCKLDSDGVIECCRAIDDFITALSNIKSLNMERLNTLTKYSSTCSILLKEGNYEGCTIVYRKMLEELKT
>CP012312|1480119:1504493|1481311_1482067_-|AXU75060.1|DBSCAN-SWA
MEKKVLATVGEKEITNIDIENALKSLDPYQAMQFKTEEGKKHLLNDLVNQELFFLDAKEEKLDEEEIFKLEMKKIEENVLKQFAINKVLSSVNVTEDEKVKFFEANKSSFSKPESATAKHILVDSDEKAKEILAQIKSEEISFEDAALKHSSCPSKDMGGDLGTFGRGQMVPEFEEAVFSMAKGEVSEPVKTQFGYHIIKLEDLQESTESTFDEVKAEVEKSLLYQKQNEVYGNKINALNAKYGNLVKYND
>CP012312|1480119:1504493|1500945_1501299_+|AXU75080.1|DBSCAN-SWA
MFKFDKNKIEQIKQGRKVEMQYKDISDISIGQVKQDDDITNNFIANAEIYEMLLSQSSVNEASNISTFSVRKSGGESGMVEVYVALILRGKKTIEEVPAVIREQVRIRCKELEIPVE
>CP012312|1480119:1504493|1502709_1503129_-|AXU75083.1|DBSCAN-SWA
MDTLGERIVYLRKAKNLKQYELEEMLGCDNLSKFERNIRKPNYEILKSIAEIFNVSVDWLLNGDNLSHKSDLICDSSSNYPLNSINSNEIKLLNNFRKLNDYDKAKIEGMIELKLHEYEKEKDLRKTEYNKNKDEKIDK
>CP012312|1480119:1504493|1486361_1486790_+|AXU75068.1|DBSCAN-SWA
MANMEARNVMSGTWGELWLDGNKVAEVKKFQAKMEFTKEDIIIAGQMGTDTKYMGYKGKGSITLYHVSSRMHKLIGEKIKRGSEPRFVAISKLNDPDSYGAERIAVKNIAFDDLTLADWEVGVKGEIEAPFTFTEYDFLDII
>CP012312|1480119:1504493|1501561_1501822_+|AXU75081.1|DBSCAN-SWA
MDKLITELSSLGAIGILCALLFKNTMQEKKEDRDMYKKTVENFIELSTQQQEINKNILVQMGIMKTDVEEIKEDVTDIKGMLQNGV
>CP012312|1480119:1504493|1492520_1492949_+|AXU75075.1|DBSCAN-SWA
MSTIFPFIGVPEDYILPKTEELPIFREVAWDFEKDEPILEKGDFKIIEKKEALKVWIYKCIKTNRYEHEIYSLEYGTELSELIGQKYTKGLTESEASRFIKEALLINPYILEVNVKSANFNRDVLSANVKVSTIYGEVEINV
>CP012312|1480119:1504493|1495697_1500929_+|AXU75079.1|DBSCAN-SWA
MKQNKLLQRGAYFNDKNILIDDFDKRYNDYDFVEFFTGISNSTFGLKSDGNLYACGNNTGFQLGLGKDSSERRMFSKVKIDNVKYVSCGSKHSVAVTKDGFAYGAGTSNVGQLGVIESTVYYEFTKLPIDDVKTVACGYDFTFVLKNDGTLYSAGLNSSGQLGLGDTNNRATFTKVNIDSVKDVVTYNQSVFIIKMDGTAHACGLNSNGQLGINSTLNKSVFNKIEGMDNVKQIACGSSHTILIKNDGTMYTTGYNGVGQLGTGNNNNSIVFTLSSINNVKYASCGNNHTMILKYDNTLFSTGQNTYGQLANANKDVASRNTFAKVNVENIKDIKCGSQFNFLINGSKEIFVSGCNLAGQLGSFFHTTFLYEFSKVQSSNLDNYSGLLVNDDYLYVTKDNSEFLNVKLSDNFQDYKKIELTDNNMFIVMNDGTLYACGLNNYGQLGLGDTVNRSVMTKVDIDNVLDIKGNGNSTFVLKNNGTLYSCGYNSSGILGLKDNTNRNIFTKIEIENVKAFCVESNYIVVLNHSKELYGWGNESYIVYGNSRNYPYKDTRVSNVEKIATWSDTLYILDSTGATKTIGYSYNGSGGYPAPSSSSTYRDGGYINKNTSYRTLEFYNTSKTKLVNLFAFYNGCVFVDENGLAYCIGENNINFRGNSTTNENNSLRFINNSGVYYTNTDGTDYTCYQWTYKLIRCSIFDSPQNIIGNSKNILYLSKNNSTFKCTGNCITYGINSQNWYSYFSDSSNGAIALGNEFILKNYSGECLLKGYGKATNGEFGNSTNISSISNYDTGLKDIKDIIVKNNTVVVVDKNNNIYVTGANQFNKLGIGEYNNQPIKKFTNITEQSNSFIFMDDIKEITTSRNTMFIVKNDGTAYATGNNSSGQLGLGDTINRNKFTQINLDNIKKISTSIDGNTTFAIRNDGTLYSTGLNTKGQLGLGDIVNRNTFTKVNIQNVRDVVLGTTHSHAIKDDNTLYSCGENTHGQLGLGSESNHPDVLTFTVNNITNVRDVYCSDTTTFIVKDTNIAYCCGYNNNSQLGMGNTTDQYSFIKCMENVKEVIPNEINTYIITIYNTAYSTGLNTDYCLGLNSNSNQSSFSEIPISNVVKVAPNRNNAVLLLTSEGDVYTAGKCSNGSGTGSETPEKIKKIASKAKDIGMNYRCGHYVSDNGDLYGTGFNDCGQLGVGDVTKRDTFIKTNTRVKKILPLEYANIAIKDTNDIYICGLNNYGQLGVGNRYDSRNNDNRIFNYKHMNFVMGDLTSIKNRHNFILLNNKIVIPTTKDIDYGLVLGNLYKGDLYTELPYEDIKEVSISKTHIIILLNDGTMYGCGTNYHGELLQDLSINQVDEFVQINVSDVKHVSCGDNFTYFIKSDDSLWSIGKNSEYQLGIGHNNPVTELQRITTISSCKEVHCGKNYTLVVTTGNELFVQGYNDKGALGLGSDSENTIIKFFTKALTDIREIKSYGSDHILVLKNDNSVWVTGKNRDVYKIEQPVEFLKEFTIIPISEDVNTVKDVLATDNTLYIISEVGTTNAAIEITEKSISSIKIKIQDPNKDISRIEMLINGESVKSVSDLITEKISFEVPPDKIKIGENKILFRAYCKGDDLYASLFIFKESTGNSIIKDSYVMIGNRMYKVVNTTSNEQDITITLDRGLEEDLNLGDPIYQLINKTKVQVKINKSDLFKDMKLVEIKKSDSSYQEIYELEEANIKSAQPKIIVEKGDKWTAIKRPSMIFRYDAENNEPQA
>CP012312|1480119:1504493|1487376_1487544_+|AXU75070.1|DBSCAN-SWA
MYYYWKKKGIRPSLFYAMDKGELKLIEAFFALEIEEEVEKMKHGYGMCPLTGGGM
>CP012312|1480119:1504493|1489942_1490365_+|AXU75072.1|DBSCAN-SWA
MEMWLRQAEDRFRFPVFPSSFSINGKAAVNSSSILKIGEIATFGGVALKSISISSFFPNKDYTFCDYTGFPSPYDCVNKIEKWMKEGFILRFTITETNINMEVIIEGFSYEERDGTRDVYFTLDLKEYKRIKIPKVTPKQ
>CP012312|1480119:1504493|1485283_1486348_+|AXU75067.1|DBSCAN-SWA
MAIGLPSINISFKELATTVKERSARGIIAMVLKDAKALGLNEIHEKEDIPVDLSAENKEYINLALMGNVNTPNKLLVYVIEGDSDIQTALDFLETKEFNYLCMPKAVEADKTAIKNWIIKLRDIDKVKVKAVLGKVVGNHEGIINFTTEDVLVGEKKYSVDEFTSRVAGLIAGTPLSQSVTYTKLIDVVDIPKMTKVDAESRVNKGELILIKEAGAIRIARGVNSLTELTEEKGEMFQKIKIVDTLDIIHSDIRKVIIDDYIGKVTNSYDNKCLLIVAIKSYLEELEKSALIESDSTVEIDFEAQKSYLKSKGVDLSYMTLQEIKEANTGSKVFLKAKIKVLDAMEDIDLSIEI
>CP012312|1480119:1504493|1502026_1502482_-|AXU75082.1|DBSCAN-SWA
MGLRDKFAQSFARSKTMSGPEKKANEIMGKLLLKKAILPIVLMFVIIIAGAMLKINSWVTLGINLVIAVGAFFYIRNSSKKYQNFKPYVGNLISLEKKGKKEYVAIIKQGKLPVKLQIAYGGEDLEHVKKNQMVQISYNPDAKIAILVNRQ
>CP012312|1480119:1504493|1492194_1492521_+|AXU75074.1|DBSCAN-SWA
MANPINEFIGIIREEGKHHNQPSFFIGKIKSKLPDLKIETNNIILEKEDILIDSWMLDRQLETFDTETNQEHQHEVKNPFIDNFESGDMVIMFRIGEKFAVVSKLVSL
>CP012312|1480119:1504493|1480740_1481169_+|AXU75059.1|DBSCAN-SWA
MNILFFLTPKSEVAYIYEDYTIRQALEKMEYHKYSAIPIISKDGKYVGTITEGDFLWTLKNDLNLDLKGLEDVPVTDINRKMDNSPVSINADIEDLVIKSLNQNFIPVIDDQDTFIGIIKRRDVIGYCYEIIRGYKNLANDN
>CP012312|1480119:1504493|1493990_1494689_+|AXU75077.1|DBSCAN-SWA
MKLIDKLPSFDRNYIVEEIQGAYDTELNILKEDIDDTFNQLFVDTATWGLDMWEDILCIEKKELDFDTRRSNIKAKMRSRGTSTIEVIKSICEAYTKSETDIKVYSDEFTFVLSFIANNCDYKTLLDCSDMIERVKPAHLLHYLEPIILDKSMVYCGGGMVCSEEVKVHPYFEPIIKCSAVVNCGAGMLSREEIKVYPLSIKCIENNCKINIAIANDTGIENVVVYPKSEVV
>CP012312|1480119:1504493|1486903_1487350_+|AXU75069.1|DBSCAN-SWA
MSENGLSKNINIVDLLLNSDTENLERPSTIVELKRLSTIFGQEFKVMCRALTISKDEEIQNTCLKIDENMKTDIDLPEMQMLTIIEGVCDLDGKLLFKNKELMDKFKAPTPKELARKLLLPGEITNLYRILQDVMGYGKNAVIEEVKN
>CP012312|1480119:1504493|1483355_1483676_-|AXU75063.1|DBSCAN-SWA
MFAKRLRELRKEFGLTQRELGEKVGVSQRVLGYYETENRFPDEHILNKLADVFNVSVDYLLGRTLVKENIDTVAAHRKNPHEELPEEAQEQLNDYIEFLLNKYKKK
>CP012312|1480119:1504493|1503427_1503637_+|AXU75084.1|DBSCAN-SWA
MDARKKWIPFLGVQVKQRLIELNMTQRELAKKIGVNENYLSAILNGRRTGKKYKSSIYQLLNIEYSEDD
>CP012312|1480119:1504493|1504094_1504493_-|AXU75086.1|DBSCAN-SWA
MDTLGKRIAYLRNSKKLTQRKLMDILKFENLGKYETGDRKPNCDILMSIADYFNVTTDWLLYGKEKVNVNSSVKEDKEDYLHVTNDEMTILNLYRQLNERDKIKIEGILELKISEYKDLKKHSSNNNEDKMV
>CP012312|1480119:1504493|1484146_1484587_+|AXU75065.1|DBSCAN-SWA
MENKKDILFKETDKRLHNYKYLDIKIKNINLDIKRCENEYSGCGAMVYTEKTTNTYNISSSVENEVLKREERLRKLKMEKEDIEIEKEKIENALTCLNDIEMEFFNLFYNSKTKNNMTYISMKLHLDRTSCYNLKKKMIFKLTEIL
>CP012312|1480119:1504493|1480119_1480320_+|AXU75058.1|DBSCAN-SWA
MKTGVVKWFNNEKGFGFISVEGEGDVFVHFSAITGDGYKTLEEGQSVEFEVVDGAKGPQAANVVRL
>CP012312|1480119:1504493|1487543_1489943_+|AXU75071.1|DBSCAN-SWA
MGNVREEGINMYLTDNYTPKMNQIISVTDNFRRATVAVSLSTNVMASSIKNSIGSASSRVNSLNSSLRKVQTTASSVSSTMTKLSSSINAVSGVIGSLNGSIMRLAITIAMIIDYFNKLIQKKNEFNSNIMIILIFKAKSDEIEKTKNKLLGNLKKIGGKVWKIVIKAKDMTKRVISSILGKLKQVEKRPYQGSINLKDMVSSAMGRILPKLMLFKNTFWSGVIAIKDMASGIISKVFPKLRLFAGKVWSGAIAVKDMASGILGSIKGKISDLTNGATIGVAVKKGVDLLGQEQNQKVVLESVMKRNTGKVNQREVDDYYGSLVRMANDTPFDPEDVVAMGTKAKMISNITGGKKEKDITQAMVDVRALNMNTSSEQDVSAAFLSAAKGNMESLNTLVGENYKTFDEALEGISVKQMGLAKEMSNTIPGIISGAQTSINNGLKSIVKPFDDILGQGLKKIKTFIESGLGNLAGLSERMAGKIGNVMNGKIIIGNKYDQMQSRSVKNGKEFSDSTQYRISNEAEKRKMMVENKQERFENHAATMIGNAPKAIVNAGSTLLQNIDFTALIDSLLPVVNLVNNLLDSINNKSPIAQGLISIFGTIVTTAFQLIGPVVEAVSPIITRIFTFLGEYAPQINNFIETLGVIWETVWATIGPLLEDAWIIVEPVLGGLFNLFNDICNIIKDVCKWWQNLVEKINKNPIIETVRSIIDDWNAGTSKSGSNAFGLNYVPYNDYPTRLHEGEMVLTKQEANQYRSGKNGGNISIAKLADTIVIREEADIEKVTSKLVSSIKMAQLGGVL
>CP012312|1480119:1504493|1494689_1495676_+|AXU75078.1|tail|DBSCAN-SWA
MEEKFYIILTKIGREKIANATALGELVGLTKFQVGDSNGEYYEPTEEQTALKNVVWEGNINSLRIDEKNPNWIVIETILPGTVGGFMIREAAVLDNENNIIAIGKYPETYKPRAEDGSIKDLVVKMILQLSNTSNVTLEVDPTLVFVTQKDIQDLDDKFDKNIKEIKVKIGDTDILTTDSKDLSGAINEVVKKIENISFDDVISGQIQTDISVLKNSYNKLSEKVLDILIYLELESEVTVDEAGYWYDTLANGNNIVAIEGLKLDLNRKCITGEIGNVIFRDVVLPFSANRVRYIHDMDNNFVETKSSNTYLKEQKDITLSKYSYEIR
>CP012312|1480119:1504493|1484835_1485279_+|AXU75066.1|DBSCAN-SWA
MLKYKEILETIIEILKKNFTESIFIDDESVQGSEGSCFFVSILSVICTPIMLNTNNKDIVISIKYLPKPQSNSIRMYEISDELNKLFNRNIKVTDRKLNITKLEQSIKKEESIYALNFSVTLNYLDSVYEEDVVYENMEEINLNLGE
>CP012312|1480119:1504493|1482767_1483274_-|AXU75062.1|DBSCAN-SWA
MNNLDKLFELASQEEIIIHYTTYIAGDLEGLYINKHGIKIISLLSNLKQNSKKLTSILAEELGHHFTSLGYYVSSYNDYYTKIIIDKCENKALKWACEFLITEEDIINIINSGITCVYEMADILNVDITFFQKRLEFLSLKKQSLQLGNNKYLILTNLPYFYIFDPIS
>CP012312|1480119:1504493|1483844_1484042_+|AXU75064.1|DBSCAN-SWA
MFKNNLKYYRKCKGMTQIQLARKAGITNDYISQIERGIKNPGLLMAKKISSILEQNIEEVFFIEL
>CP012312|1480119:1504493|1492941_1493994_+|AXU75076.1|DBSCAN-SWA
MYSDQTYEVIKNRTLENINLDIYKGEGSFLNNMVSGNNLELSKIYLELSKIHKMAFIQDTYNQFLDKRVNEFGVYRKLGTESNGEVEFIGEKGTVINNGTVISYRDLLFVVIKDVTIGSEEGDNSPVQALEVGKKYNLPTNCEFKLVDNISGVTKITNTRSFEGGTDIETDEELKERFYKIQRNQATSGNKAHYEEWALEVDGVYNVKVYPRWDGPGTVKVLIFGKNNQAVDTETIARCQQHIDEEKPIGPTITVVTPLPIEINISAVMKLEDGYTLDNVKESFLESINTYFRDIRGEIIYTKVMGILINTTGVHDLSNLLINGSTDNITINEDKIPSVTTVNFSEVENQ
>CP012312|1480119:1504493|1490646_1492179_+|AXU75073.1|DBSCAN-SWA
MIINRSKDSSSNEISFVSKDMGFLLTQSEVSYNFKDKLVEDIAKQVFAENRLSVGTIAKTNVKYTKMFIGVNGYDTIMSAYTEASKKTKKKYMIEANLDKFNVIEKGTVTLSVMFEEGFNIINTTFSESMENVKNKVIVVDQYGSKISEKIDNEIFKEVNVIMQKVIQQQENQDVDIDSEFNGIEKSCSLKGYGDVSCITGRGVKVKDSYTKLVGLFYIDTDKHTWQNGEYQIELELNFQNLMDEKSAGQDEPKEESNLGGEDYVGGTEFSAIFTAYYPGPGIEGGDTDCREKKLNPSKKTCAAPMVGAYEKSYYTKEFLSKHPLFKYGDEVSIVTGVSGRDGVYKVNDNGSAIIIEKDGTYHIDVLVKNAEEMKRFGKRKGKIIIGGYSGNASNKAKIVISEAKKHLGKPYKWGGNGPSSFDCSGLMVYCFKKVNVSLPRTSNQQSKKGKKVEQKNLQAGDLVFFHNPVSHVGLYIGNGEFLHAPQTGDVVKISKLSSRRDFNTARRVL
>CP012312|1480119:1504493|1482187_1482604_-|AXU75061.1|DBSCAN-SWA
MYKEKLFDNYFKFLALLFWPIMWYKWIVISNGTLENMLFTIYAIIAIVFIILYSVFMIKYKDITQIDFFYRISTLLAFIFTLFSFLIYPKSLFFLYLKIIFTGIYLYYSIVKTLKFKDDEGVVGIMSSLLLIVITLFY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU75058.1|1480119_1480320_+	cold shock protein	A0A1W6JNX5	Morganella_phage	2.7e-16	66.2
AXU75059.1|1480740_1481169_+	regulatory protein	NA	NA	NA	NA
AXU75060.1|1481311_1482067_-	peptidyl-prolyl isomerase	NA	NA	NA	NA
AXU75061.1|1482187_1482604_-	hypothetical protein	NA	NA	NA	NA
AXU75062.1|1482767_1483274_-	phage protein	A0A0A8WEK1	Clostridium_phage	4.0e-56	67.1
AXU75063.1|1483355_1483676_-	phage repressor	A0A0A8WE28	Clostridium_phage	3.7e-23	54.5
AXU75064.1|1483844_1484042_+	phage regulatory protein	NA	NA	NA	NA
AXU75065.1|1484146_1484587_+	DNA-binding protein	A0A090EUN5	Clostridium_phage	1.3e-31	50.7
AXU75066.1|1484835_1485279_+	hypothetical protein	A0A1V0DZX9	Clostridioides_phage	2.0e-19	36.7
AXU75067.1|1485283_1486348_+	phage-like element pbsx protein XkdK	A0A1V0DZX4	Clostridioides_phage	1.2e-97	53.1
AXU75068.1|1486361_1486790_+	phage-like element pbsx protein XkdM	A0A1V0DZX1	Clostridioides_phage	2.8e-34	51.8
AXU75069.1|1486903_1487350_+	Phage XkdN-like protein	A0A090EUD0	Clostridium_phage	8.2e-13	36.0
AXU75070.1|1487376_1487544_+	hypothetical protein	NA	NA	NA	NA
AXU75071.1|1487543_1489943_+	phage protein	A0A1V0DZX3	Clostridioides_phage	6.4e-19	45.6
AXU75072.1|1489942_1490365_+	phage-like element pbsx protein xkdP	A0A090DBR9	Clostridium_phage	1.7e-52	71.1
AXU75073.1|1490646_1492179_+	phage cell wall hydrolase	A0A1V0DZX6	Clostridioides_phage	1.8e-237	79.7
AXU75074.1|1492194_1492521_+	hypothetical protein	J9QE86	Clostridium_phage	2.3e-52	94.4
AXU75075.1|1492520_1492949_+	phage protein	A0A0A8WJ32	Clostridium_phage	5.8e-64	82.4
AXU75076.1|1492941_1493994_+	phage protein	A0A0A8WFP3	Clostridium_phage	3.0e-138	70.1
AXU75077.1|1493990_1494689_+	phage protein	A0A090D815	Clostridium_phage	5.5e-48	56.9
AXU75078.1|1494689_1495676_+|tail	phage tail fiber protein	A0A2H4J039	uncultured_Caudovirales_phage	3.4e-59	45.8
AXU75079.1|1495697_1500929_+	RCC1 domain-containing protein, alpha-tubulin suppressor	A0A0A8WEY5	Clostridium_phage	8.9e-82	31.3
AXU75080.1|1500945_1501299_+	hypothetical protein	A0A0A8WJF2	Clostridium_phage	5.5e-12	42.1
AXU75081.1|1501561_1501822_+	hypothetical protein	E2ELK7	Clostridium_phage	9.9e-35	90.6
AXU75082.1|1502026_1502482_-	hypothetical protein	NA	NA	NA	NA
AXU75083.1|1502709_1503129_-	phage regulatory protein	S5MUV6	Brevibacillus_phage	5.4e-06	37.2
AXU75084.1|1503427_1503637_+	phage regulatory protein	Q5YAA3	Bacillus_phage	5.9e-06	47.2
AXU75085.1|1503668_1503878_+	hypothetical protein	NA	NA	NA	NA
AXU75086.1|1504094_1504493_-	phage regulatory protein	A0A1L2JY18	Aeribacillus_phage	2.7e-07	29.7

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>CP012312|1584892:1594621|DBSCAN-SWA
TATGATTCTTATGATAGACAATTATGATTCTTTTGTATACAACCTAGTACAATATATAGAAGAATTAGGGGAAACAGTTGTAGTAAAAAGAAATAATGAAATCAAAATAAGTGACATTGAAGAACTAAATCCAGAGGTAATTGTATTATCTCCAGGACCGTGTTCTCCAAAAGAAGCTGGTATTTGTATAGATGTTGTTGAGCATTTTAAGGGGAAAAAACCTATACTAGGAATTTGTTTAGGTCACCAAACGATTGGACATGTTTTTGGAGGAGATATTATAAAAGCACAACAGCCTGTGCATGGAAAAGTATATAGCATCAGCCATACTAATAAAGGAGTTTTTAGTGGACTTAAAAATCCTTTAAATGTCACTAGGTATCATTCACTAATAATTGATTCCAATACAGTTCCAAAAGAACTAGAAATTACAGCAACTACTGATAAAGGGGAAATAATGGGGATTAGGCATAAGAAATATTTAATAGAAGGAGTACAGTTTCATCCAGAAGCTATTTTGTCAGAGTATGGTCATGAAATGCTTAAAAATTTTATAACAGAAGCTAGAGAAAGGGTACATATGTAATATGATAAGAGAGATAAACACTAAATTAAATTCTTTTGAGATATTTACTATTTTTAGAAATGAACATGACAGTTTTATATTAGACAGTGCTATGGATAAAGAAAAATTGGGAAGATATTCTTTTATAAGTAGCCAACCATTTAAGGTATTAAAGTATAAGGATACTGATGAAAATCCTTTAGAAGTTTTAAAAGAAGAACTACATAAGTATAGGGTTGCAAATGATACTAATCTTCCATTTGTAGGAGGTGCTGTGGGATATTTATCTTATGATTTAGGTAATTACATAGAAAATTTACCTAGAACTGCTGTAGATGATATTGAGATGCCTGATATGTATTTTGGATTTTATAATCATGTAATAGTTATAGACCATCTTGTGCAAAAAACTTATATAGCTACTCCAAACATAGATATAGAATTAGAAGAAAAGATAATGGATGATATAGAACAAAGAATATTAAAAGAAGAGAAAAAAGGTATAGATAGCATATGTTATGAAGAAAAAGAAGTAACACCTATAAGACTTAAATCTAATTTTACAAAGGAAGAATTTAAAAATGCAGTTCAAAGTGTTAGAGAGTACATAAGACAAGGAGATATATATCAAGCTAATTTAACACAAAGGTTCAGTGGAGAAACAGAACTTACAAGCTTTGAATTGTATAGGGACTTAAGAAGATTTAGCCCAGCACCATTTGGGGCATTCTTAAACTTTGAAGATACACATATATTATCAAATTCTCCAGAAAGATTTATAAAATGTGTTAATAAGAGAATAGAAACTAGACCAATAAAAGGTACTCGTCCAAGAGGTAAAGATAAAGAAGAAGATTTAAAACTTCAACAAGAACTTAGAAATAGTGAAAAAGATAGAGCTGAACTACTTATGATAGTAGATTTAGAAAGAAATGATATTGGCAGAATATCTAAAACTGGAAGTGTTAAAGTTCCAGAACTATTTGTAATTGAACCATATGCAAATGTAAATCACTTAGTTTCCACAGTTGTAGGTGAGTTAAAAGATGATAAAGATGCTACTGATGTAATAAAAGCAACTTTTCCAGGGGGGTCTATAACAGGAGCACCTAAGATTAGAGCAATGGAAATTATAGACGAATTAGAGCCAACGCAAAGAAATGTATATACTGGTTCAATAGGTTATATAGGTTTTAATGGTGATATGGATTTTAATATAGCAATTAGAACAATAATCAAAAATGATAAAAAAGTCTATTTTCAAGTTGGAGGAGGAATGACTTGGGATTCTGACCCAGATGAAGAATATCAAGAAACACTTGATAAAGCAAAATCTATAATGAAGGCTTTGAGGGGATATTATGAAGAATAATGTAGGTTTTGATAGTAGTTTAAGTAAATTTGGAATTGGTTTGTTTGAAACTATTAGAGTTAAAAATGGAATAGCAATAGATTTAAATATCCATATAGAAAGAATGATAAGTTCAATAAATTGTTTGGATTTAGATATAAACTATAAAAAAGATTTCTTGATAAATGAAATTGTTACATATATAAAAAAAGAAAATGTCATTAATAAAGCACTTAGAATTACTGTTTTTGATGAAGGTTATAATATATCTATTAGGGATATTCCATATAATCAAGAGACGTATGAGAAGGGGTTTAAATTAGCTATATCGCCAATAGTTAGGGGGAATAGTTTAATTCATAGACATAAGACTACTAATTATTTTGAAAACATATATACCAAAAATATCGCAAATAAGACTGGTTATAATGATGGTATATTTTTAAATTCAGAAGGTGTAATATTAGAATGTTCTATGAGCAATATCTTCTTTATAAAAGGAGAAAGAGTGTGCACTCCTAGTGATAGATTACCGATATTAAATGGAATAATAAAAAAAAGGATTATAGAGATTTGTGACGAATTACATATAGAGTTGATAGAAAATGAAATTAATATATCAGAAATTAGTAGTTTTGATTTTGTTTTTGTCACAAATAGTCTTATGGGCGCTATAAAGGTTACAGAAATTGACAAAATAAAATTTAATAAAGAAAATGTTGTTTTTGATAAAATAGTGAAGTTATTAGAATAAATTAAAATATTAACAATTTGTTGGAGACAAAATATGATAGGTTGTATTTATGAAGTATACAATGAAGAGATGACTAAAATAATAGAAAACCAAAACACTTTGGCTGTATATTTAGTGGGTTCTAGTAAAGATGTAGATTTTACTCTTTATGATGTAGAGATAAACGATATTGATGTGTTCGTTTTTGTAAAAGAAGGGGAAAAACAAGAGAGAATACTGTTTAAAAAAAAGGGAATAGAATTTGATATAAATTACTTTTCAAAAGATGGTGTAAAAAAATTATTATCAAATAGGGAATATTTCTTTGTGAAAGAAATGAAAGATGCTAAAGTACTGTTTGATAGGGAGAGTATATCACATATTATAAAAGATATAAGTAGAAATATTTACTTAGAAGGTCCTAGTAAAATTTCATTAGAGGAAAAGTCTTTTATAAAGCAAGATATTGGAGCAAAAATATCAAATTTAAAAAATAAAGAAAAATTTGATGGTTTTGAATATCATTTTTTGACGAATTTATATTTAAAAGATATAATAATTGGGTACTTTAATATAAATGATAAATGGGTACCAAAAGACAAAAAATTGCTAAAAGTTTTAAAAAAAGAAAATAATGAGCTTTTTGAACTAGTGTCGAAAGTAAGTGAAAATTATGACTATCAAAGACTTTTAGATGTTTATAATTATATTTTTAAAGAAATTGAGACAAAAGAGGTTATAAAACTAATCTTCTAGTCACAAATCAATGGGGGGAGTTTAAATGAATAAAGTTGATAAAGAAAAGATACAACATGCAGTAAGAGAAATACTAGAGGCAATTGGGGAAGACCCAGATAGAGAAGGTCTAATCGAGACTCCAAATAGAGTTGCTAGGATGTATGAAGAGATATTCTCTGGTCTTAGTGAAGAACCAAGAGACCATTTAAAAGTTCTTTTTGCAGATGAAAAACATGAAGAATTAGTATTGGTAAAAGATATTCCATTTTATTCATGTTGTGAGCATCATCTAGTTCCTTTCTTTGGAAAAGCTCATATTGCTTATTTACCAAAAGGAGGAAGACTTACAGGGCTTTCTAAACTTGCTAGAGTAATAGATACATTGGCAAAAAGACCACAATTACAAGAACGAATCACTAAAAATGCTGCAGATATAATAATGGAAGAATTACAACCTTATGGTGTCTTAGTAGTAGTAGAAGCTGAACATATGTGTATGACAATGAGAGGTGTAAAAAAACCAGGTTCAAAAACTGTTACATCAGCAGTGAGAGGAATATTTGAAAAGGACATTGCGTCTAGAGCCGAGGCTATGAGTTTGATTACTATGAAGTAGCAATTTATTATAGATATAATCATTTATTGAGATATAAAATTTAATTTAAGGGAGTGTCATTAATTGTGTTTGATTATGGTAAAAGAACTTATATAATGGGAATATTAAATGTAACTCCAGATAGTTTTTCTGATGGAGGAGATTTTAATAACTTGGACATAGCAATACAACATGCAAAAGATATGGTTGACCAAGGTGCTGATATAATAGACCTAGGAGGAGAATCTACACGTCCAGGTCATAGCTATGTAGACTCAGAAGAAGAACTAAGAAGAGTAATCCCTGTAATAAAAAAACTTAAACAAGAATTGGATATACCAATATCAATAGATACTTATAAGGCAGATGTCGCAGAAGAAGCCTTAAAATTAGGTGTCACTATGGTAAATGATGTTTGGGGTCTTAGAAGAGATAAAAACATGGCTTCTGTAATAGGAAAATATGATGCAGAAGTGTGTATAATGCATAATCAAGATGGGACAAACTATGACAAAGATATAATAGCGTCAATAAAAGAATTTCTTAAGGAAAGTATAGAAATGGCAATAAGTTGTGGAGTAAAAAAAGAAAAAATAGTACTTGACCCAGGAATAGGATTTGGAAAGGATTTTGAACAAAATATTGAAGTATTGAGAAGATTAAATGAATTAAAAGACTTAGGGTATCCTATTTTACTTGGGACATCTAGAAAATCAGTAATAGGAAAAGTACTTCCAGTTGAGCCTAAAAAAAGATTAGAAGGTACAATAGCTACTACTGTTCTTGGTATAAGAGATGGCGTAGATATAGTTAGAGTGCATGATGTTTATGAAAATTTAATGGCAGCTAGAATGACTGATGCAATATATAGAAAGTAGGTATAATATAATGGATAAAATATTACTTAGTAATTTAGGATTCTATGGATATCATGGTGTTCTTAAAGAAGAAAATTTTCTAGGTCAGAAATTCTTTGTGGACATGGAACTTTATATTGATTCAAGAGAAGCAGGTCTTAGCGATGATATAAATAAATCTGTAAGTTATGCTGAAGTTTATAATGTTGTTAAAGATATTACTGAAAATAAACAATTTAATCTTTTGGAGGCTCTAGCAGAAAATATTGCTGAAGAAGTCTTAAATAAATTTATACTTATAAATGGAGTTATGGTCAGAGTTAGAAAGCCTGAGGCTCCTGTAAATGGTATTTATGACTATTTTGGCGTTGAGATAAGGAGAACAAGAGATGAATAAGGTTTATTTGGGAATAGGTACTAACATGGGTGATAGATTTGATAATTTATCAAGAGCATGTGAACTTTTGAAAAATAGTGATTCTATATATAAAGTAAAAGAATCAAGTTTATACGAAACAAAACCATGGGGATATACAGAACAAGCAGATTTTCTAAATATGTGTGTAGAAATAGAAACAGAGTTTGAACCTTATGAGTTGTTAGAATATTGTCAAGGAATAGAGAGAGAACTACACAGAGAGAGAATAGTTCATTGGGGACCAAGAACTATAGATGTAGACATACTATTTTTTAATGATGTAGTTTCTACTGATGAAAAACTAACGATACCTCATCCAAGGATTCAAGACAGAGCTTTCGTTTTGATACCACTTATGGATTTAAATGAAGAACTTATAATAAATGAAAAAACAATAAAAGAACATTTAAACCTCCTATCTGCTGAAGAAAGAGAAGAAGTAAAGGAGCTTGTAGGTTATGAAAGAAAACCTATTTAATAATAATTCAAAGATAGAGATAAATACAAATAACAAAAAGATAACTGTAAAAAAGGATAAACTTATAATAGCTGGACCATGTGCAATAGAGAGTTATGAGCAACTTTTGGAGACTGCTAAATTTGTAAAAAGTCAGGGAGCAAATATTTTAAGAGGTGGAGCGTACAAGCCAAGAACATCGCCAAATTCATTTCAAGGATTAAAAAAAGAAGGTCTTGAAATATTAAAAGCGGTTAAAGACGAAGTTGGTATGGCTGTTATTACAGAACTTATGGATGTAAGAGATATGGACGAACTGTATAGTATAAGTGATATAATTCAAATTGGGTCAAGAAATATGCAAAACTTTACTCTTTTAAGTGAAGTGGGAAAACAAGATAAACCTGTTATGTTAAAAAGAGGAATAGCATCTACAATTACTGAATGGATAGGTGCTTCTGAATATATAGCAATAGAAGGAAATAGTAATATTATAATGTGCGAGAGAGGTATAAGAACGTACAATGATTATACTAGAAATACATTAGATTTAGCTGCAGTACCCATTATTCAAAAGGAAACAGGTCTTCCTGTTGTGGTAGACCCAAGTCATGCCACTGGAGTTAGATATTTGGTAAAACCTATGTCACTGGCATCTTTTGCATGTGGAGCAGATGGAATAATGGTAGAAGTACATCCTGACCCAGAAAATGCTTTGTCAGATGGTGCTCAATCCCTTTGCTTTAATGAATTTGAAGATTTAATGAAATCAATTAATAATTATTAAAAGAGGCAAGAGCCTCTTTTTTATTCGTAATCGTTGCTAAGGTAAATTTATAAGTTATAATTTGATAGTTAGATTATTTAATATAAATAAAGATTTAATATTGACAGAATTAATATAAAAAATAAAAATTTTTTGATTAATAAGAAGGATATCAATAAAAAAAGTCGAATTGTGTATATTGAGTGATTGACAAATTTAGAATATAGTGTAGAATAGAAATGTTAACACAAAAAATTACACCAGAAGGTGATAATATGAATGATATAAAAGACATTATTGAAGAAATAAAAGCTAGATGCGATATAGCAAGTATAATATCTGAATATATGAATATAAAACAATCTGGAGCTAATTACAAAGGATTATGTCCATTTCATGGCGAAAAGACACCTTCTTTTTATATAAATACATCAAAACAGATTTATAAGTGTTTTGGTTGTGGTGAAGGTGGAGACGTAATAAATTTTGTCATGAAAATGGAAAATTTGGATTTTATGGATGCTGTAAAAATTTTAGCAAATAAATGCGGTATAGAAATTAACACTAACATGAATGAAGAAACTAGGATTAAAATAGAAAAATCTAAGAAATTTCAAGATATTCATACGGAAGCAGCTAGATTTTATCTTTCAAACTTATTGGGAAGCAAAAATCTTGGGTATGAATATTTAAGAATAAGAGGACTAGATGATAAAATTATTAAGAAATTTGGCTTAGGATTTTCTTTGGATTCATGGAATTCACTTATGAATACTCTAATCAGTAAAGGATATAAAAAACAAGACTTATTGGAGTGCGGTCTAATTGCAAAAAATAGAGATGGAACTAATTGCTATGATAAATTTAGAAATAGAGTTATGTTTCCTATATTCGATTATAGAGGAAATATAATAGGATTTGGGGGAAGAGTATTAGACGATTCTTTGCCAAAATACTTAAATTCTCCAGACACATTAATTTTTAATAAAAAACAGAACTTATACGGATTAAATTTTGCTAGAAAAAATTTAGAAAGTAAAACTATAGTCTTAGTTGAAGGATATATGGATTTAATTTCGCTTTATCAGTATGGTATAAAAAATGTAGTAGCAACCCTTGGAACAGCCTTGACTGAACAACAAGGTATTTTAATAAAGAGATATGCGGACACTGCTATTATATCTTATGATTCTGATGAAGCAGGAATAAAAGCGACTTTAAGAGCTATAGATATACTTACTAAATTAGGTATCAATGTAAAAGTGTTGGACCTAAAAGATGCTAAAGACCCAGATGAATTTGTAAGAAAATACGGACTTAGTGATTATAAAAAAGCTATGGATGTTTCTACTCACTACATAAAATATAAAATAGATCATCTTAAAAAAGAATTTAACATTCAAAAAGATGAAGAACGAGTGAAGTTCGCAAAAGAAGCTTCTAAAATTATAAAACAATTGACAAGTCCTGTTGAAATTGATTTTTATACAAAGTATTTAAGCAATCAAATAGATATTAATGTCGAGTCTATAAAGAGAGAAGTCTATGGTAAAAATTACAATAAACCATATAATAACAAAAATCAAAAGAAAATAGAAGAAAAAGTAATTGAAAAAGTCGAAGTCAGACAAGACGGAAAACAATTAGTTGAAGAAACTCTAATAAAAATAATGTTAGAAGACAAAAAAATTAGAGAAATAGCGTTACTTAAAGTAGAAGAAAGTGATTTTTTATTGAAAGAAAGTAAAGAAATTTTAAATTACATGATTAAAAATCAAGAATTGGACAAAATAACTATTGACAAATTGAAAAGTTTAAACATATCCGAAGAATACTTAAAAGAATTAAATTCAATTTCTTTGAATAGTATAAACTTAGAGAACACAAAAGAAATAGAAGGAATAATAACAAATATCAGAAAAAACTCATTAGAAGAGCAAATTAATAGCTTGTTGAGAGAACAACAAGAATTAGAAAATAATAATGATATGAAAGAGGTAGATGGTAGAGTTATGGAAATTGCTTTAAAAATAGTTGAGATAAATAAAATTTTAAAGAGCTTGTAGAGAAAGGAGGTTTGAGTGTGGAAAATAAATCGAATAAAAAAGAGTTAAAAAAGGTTACTGCTAAGACATTAATAGAAAAAGGAAAAAAGCAAGGTTCTCTGACACTTGCAGAGATAATGGAAGCTTTTTCGGAGACTGAGCTTGATAAGGATCAAGTAGAAAATCTTTATGAGACTTTAGGAAATTTGGGAATAGAAATAACAGAAACAAAAAACTATAAAGCTGATATAGATTTTTCGGTTGCTGATGACGATTTAAGTATAGGCCACTTAGATGAAGATGCAGAGGCAATTTCACATGATGACTCTTCTGCAATAGAAATAGAAACTGTGGATTTATCTTTACCAAAAGGGATAAGTATAGATGACCCTGTAAGAATGTACTTAAAAGAAATAGGAAAAATTCCTCTACTTAAACCACATGAAGAAGTAGAATTTGCTAGAAGGATGCACGAAGGTGATGAGATAGCAAAACAAAGGTTAGTTGAAGCAAACTTAAGACTAGTTGTAAGTATAGCAAAAAGATATGTAGGAAGAGGTATGCTTTTCTTGGATTTAATACAAGAGGGAAATTTAGGTCTTATAAAAGCAGTCGAAAAATTTGACTATACAAAAGGATATAAGTTTAGTACTTATGCAACATGGTGGATAAGACAAGCTATAACACGTGCTATTGCAGACCAAGCTAGAACTATAAGAATACCAGTTCATATGGTAGAGACTATAAATAAGCTAATAAGAGTATCAAGACAACTACTTCAAGAACTTGGAAGAGATCCAAAACCAGAAGAAATTGCAAAAGAAATGGAAATGACAGAAGATAAAGTAAGAGAAATAATGAAAATAGCTCAAGACCCTGTGTCTTTAGAAACACCAATAGGAGAAGAAGAAGATAGCCATTTAGGAGATTTTATTCCAGATGATGATGCTCCAGCCCCAGCAGAGGCAGCAGCATATTCTTTATTAAAAGAACAAATAGAAGATGTACTTGGTTCGTTAAATGATAGAGAGCAAAAAGTATTAAAGCTTAGATTTGGTCTTGAGGATGGTAGAGCCAGAACTCTTGAGGAAGTTGGAAAAGAGTTTGATGTAACTAGAGAGAGAATAAGACAAATAGAAGCAAAAGCACTAAGAAAACTAAGACATCCAAGTAGATCAAAAAAACTTAGAGATTATTTAGACTAA

Protein sequences of DBSCAN-SWA_5

>CP012312|1584892:1594621|1593454_1594621_+|AXU75164.1|DBSCAN-SWA
MENKSNKKELKKVTAKTLIEKGKKQGSLTLAEIMEAFSETELDKDQVENLYETLGNLGIEITETKNYKADIDFSVADDDLSIGHLDEDAEAISHDDSSAIEIETVDLSLPKGISIDDPVRMYLKEIGKIPLLKPHEEVEFARRMHEGDEIAKQRLVEANLRLVVSIAKRYVGRGMLFLDLIQEGNLGLIKAVEKFDYTKGYKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVSRQLLQELGRDPKPEEIAKEMEMTEDKVREIMKIAQDPVSLETPIGEEEDSHLGDFIPDDDAPAPAEAAAYSLLKEQIEDVLGSLNDREQKVLKLRFGLEDGRARTLEEVGKEFDVTRERIRQIEAKALRKLRHPSRSKKLRDYLD
>CP012312|1584892:1594621|1588321_1588894_+|AXU75158.1|DBSCAN-SWA
MNKVDKEKIQHAVREILEAIGEDPDREGLIETPNRVARMYEEIFSGLSEEPRDHLKVLFADEKHEELVLVKDIPFYSCCEHHLVPFFGKAHIAYLPKGGRLTGLSKLARVIDTLAKRPQLQERITKNAADIIMEELQPYGVLVVVEAEHMCMTMRGVKKPGSKTVTSAVRGIFEKDIASRAEAMSLITMK
>CP012312|1584892:1594621|1590606_1591392_+|AXU75162.1|DBSCAN-SWA
MKENLFNNNSKIEINTNNKKITVKKDKLIIAGPCAIESYEQLLETAKFVKSQGANILRGGAYKPRTSPNSFQGLKKEGLEILKAVKDEVGMAVITELMDVRDMDELYSISDIIQIGSRNMQNFTLLSEVGKQDKPVMLKRGIASTITEWIGASEYIAIEGNSNIIMCERGIRTYNDYTRNTLDLAAVPIIQKETGLPVVVDPSHATGVRYLVKPMSLASFACGADGIMVEVHPDPENALSDGAQSLCFNEFEDLMKSINNY
>CP012312|1584892:1594621|1585478_1586828_+|AXU75155.1|DBSCAN-SWA
MIREINTKLNSFEIFTIFRNEHDSFILDSAMDKEKLGRYSFISSQPFKVLKYKDTDENPLEVLKEELHKYRVANDTNLPFVGGAVGYLSYDLGNYIENLPRTAVDDIEMPDMYFGFYNHVIVIDHLVQKTYIATPNIDIELEEKIMDDIEQRILKEEKKGIDSICYEEKEVTPIRLKSNFTKEEFKNAVQSVREYIRQGDIYQANLTQRFSGETELTSFELYRDLRRFSPAPFGAFLNFEDTHILSNSPERFIKCVNKRIETRPIKGTRPRGKDKEEDLKLQQELRNSEKDRAELLMIVDLERNDIGRISKTGSVKVPELFVIEPYANVNHLVSTVVGELKDDKDATDVIKATFPGGSITGAPKIRAMEIIDELEPTQRNVYTGSIGYIGFNGDMDFNIAIRTIIKNDKKVYFQVGGGMTWDSDPDEEYQETLDKAKSIMKALRGYYEE
>CP012312|1584892:1594621|1590119_1590626_+|AXU75161.1|DBSCAN-SWA
MNKVYLGIGTNMGDRFDNLSRACELLKNSDSIYKVKESSLYETKPWGYTEQADFLNMCVEIETEFEPYELLEYCQGIERELHRERIVHWGPRTIDVDILFFNDVVSTDEKLTIPHPRIQDRAFVLIPLMDLNEELIINEKTIKEHLNLLSAEEREEVKELVGYERKPI
>CP012312|1584892:1594621|1584892_1585477_+|AXU75154.1|DBSCAN-SWA
MILMIDNYDSFVYNLVQYIEELGETVVVKRNNEIKISDIEELNPEVIVLSPGPCSPKEAGICIDVVEHFKGKKPILGICLGHQTIGHVFGGDIIKAQQPVHGKVYSISHTNKGVFSGLKNPLNVTRYHSLIIDSNTVPKELEITATTDKGEIMGIRHKKYLIEGVQFHPEAILSEYGHEMLKNFITEARERVHM
>CP012312|1584892:1594621|1588959_1589751_+|AXU75159.1|DBSCAN-SWA
MFDYGKRTYIMGILNVTPDSFSDGGDFNNLDIAIQHAKDMVDQGADIIDLGGESTRPGHSYVDSEEELRRVIPVIKKLKQELDIPISIDTYKADVAEEALKLGVTMVNDVWGLRRDKNMASVIGKYDAEVCIMHNQDGTNYDKDIIASIKEFLKESIEMAISCGVKKEKIVLDPGIGFGKDFEQNIEVLRRLNELKDLGYPILLGTSRKSVIGKVLPVEPKKRLEGTIATTVLGIRDGVDIVRVHDVYENLMAARMTDAIYRK
>CP012312|1584892:1594621|1591646_1593437_+|AXU75163.1|DBSCAN-SWA
MNDIKDIIEEIKARCDIASIISEYMNIKQSGANYKGLCPFHGEKTPSFYINTSKQIYKCFGCGEGGDVINFVMKMENLDFMDAVKILANKCGIEINTNMNEETRIKIEKSKKFQDIHTEAARFYLSNLLGSKNLGYEYLRIRGLDDKIIKKFGLGFSLDSWNSLMNTLISKGYKKQDLLECGLIAKNRDGTNCYDKFRNRVMFPIFDYRGNIIGFGGRVLDDSLPKYLNSPDTLIFNKKQNLYGLNFARKNLESKTIVLVEGYMDLISLYQYGIKNVVATLGTALTEQQGILIKRYADTAIISYDSDEAGIKATLRAIDILTKLGINVKVLDLKDAKDPDEFVRKYGLSDYKKAMDVSTHYIKYKIDHLKKEFNIQKDEERVKFAKEASKIIKQLTSPVEIDFYTKYLSNQIDINVESIKREVYGKNYNKPYNNKNQKKIEEKVIEKVEVRQDGKQLVEETLIKIMLEDKKIREIALLKVEESDFLLKESKEILNYMIKNQELDKITIDKLKSLNISEEYLKELNSISLNSINLENTKEIEGIITNIRKNSLEEQINSLLREQQELENNNDMKEVDGRVMEIALKIVEINKILKSL
>CP012312|1584892:1594621|1589761_1590127_+|AXU75160.1|DBSCAN-SWA
MDKILLSNLGFYGYHGVLKEENFLGQKFFVDMELYIDSREAGLSDDINKSVSYAEVYNVVKDITENKQFNLLEALAENIAEEVLNKFILINGVMVRVRKPEAPVNGIYDYFGVEIRRTRDE
>CP012312|1584892:1594621|1586817_1587561_+|AXU75156.1|DBSCAN-SWA
MKNNVGFDSSLSKFGIGLFETIRVKNGIAIDLNIHIERMISSINCLDLDINYKKDFLINEIVTYIKKENVINKALRITVFDEGYNISIRDIPYNQETYEKGFKLAISPIVRGNSLIHRHKTTNYFENIYTKNIANKTGYNDGIFLNSEGVILECSMSNIFFIKGERVCTPSDRLPILNGIIKKRIIEICDELHIELIENEINISEISSFDFVFVTNSLMGAIKVTEIDKIKFNKENVVFDKIVKLLE
>CP012312|1584892:1594621|1587594_1588296_+|AXU75157.1|DBSCAN-SWA
MIGCIYEVYNEEMTKIIENQNTLAVYLVGSSKDVDFTLYDVEINDIDVFVFVKEGEKQERILFKKKGIEFDINYFSKDGVKKLLSNREYFFVKEMKDAKVLFDRESISHIIKDISRNIYLEGPSKISLEEKSFIKQDIGAKISNLKNKEKFDGFEYHFLTNLYLKDIIIGYFNINDKWVPKDKKLLKVLKKENNELFELVSKVSENYDYQRLLDVYNYIFKEIETKEVIKLIF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU75154.1|1584892_1585477_+	para-aminobenzoate synthase glutamine amidotransferase component II	A0A0P0IKJ1	Acinetobacter_phage	1.7e-58	53.7
AXU75155.1|1585478_1586828_+	para-aminobenzoate synthase component I	S4VNU7	Pandoravirus	2.9e-37	41.2
AXU75156.1|1586817_1587561_+	aminodeoxychorismate lyase	NA	NA	NA	NA
AXU75157.1|1587594_1588296_+	hypothetical protein	NA	NA	NA	NA
AXU75158.1|1588321_1588894_+	GTP cyclohydrolase I	E7DN69	Pneumococcus_phage	3.0e-44	51.6
AXU75159.1|1588959_1589751_+	dihydropteroate synthase	A0A0B5J4J5	Pandoravirus	9.8e-25	30.0
AXU75160.1|1589761_1590127_+	dihydroneopterin aldolase	NA	NA	NA	NA
AXU75161.1|1590119_1590626_+	2-amino-4-hydroxy-6- hydroxymethyldihydropteridine pyrophosphokinase	S4VNV0	Pandoravirus	1.3e-14	37.3
AXU75162.1|1590606_1591392_+	chorismate biosynthesis-like protein	E3T537	Cafeteria_roenbergensis_virus	1.7e-13	27.9
AXU75163.1|1591646_1593437_+	DNA primase	A0A0K1LMQ9	Caulobacter_phage	1.2e-51	32.6
AXU75164.1|1593454_1594621_+	RNA polymerase sigma factor (sigma-43)	M4SMP8	Cyanophage	9.6e-37	36.8

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>CP012312|1719877:1774328|DBSCAN-SWA
AGTGCGTATGAATGGAGCAAAGGTAATTTTAGAATGTTTAAAGAAAGAGGGAATTGACACAATATTTGGATATCCTGGTGGAGCTGTAATACCTCTTTATGATGCTCTATACGATTATTCAGATGATTTTAAACATATAAGGACATCCCATGAACAAGGTTTAGTTCATGCTGCAGATGGGTACGCAAGAAGTACTAATACAGTAGGAGTTTGTTTTACAACATCTGGTCCAGGAGCAACAAATGCCATAACTGGAATAGCAACAGCTTTTATGGATTCTTCACCTATGCTTGTAATTTCAGGGCAGGTACCAACTAGTTTATTAGGAAAAGATTCTTTTCAAGAAATTGATATAACTGGAGCAACATTATCTATGACAAAACATAATTATTTAGTTAGAAACACTAAAGAATTAGTTCCTACAATAAAAGAAGCTTTTAGAGTTGCAAATTCAGGCAGAAAAGGACCTGTACTTGTAGATGTTCCAAAAGATTTATTTTTAGCAGAAATGGATTTTAGTGGTGAAGACTATGATTTATGTCAAATAGATGATTATATGGATTATAAGAGTGATTTTGGTCTAGATGATGAAACTAATACTAAGCTTTTAAATGAAGCAATAGATATCATAAAAGAATCTAAAAAGCCTGTAATATATGCAGGTGGAGGTGTTAAATCTTCAGACAGTGAGGAAATTCTTGAAAAATTTGCAACTAAGATAGATACACCCGTACTAAATACACTTATGGGGCTTGGCAATATAGATAGAAAAAATGAACTATCTCTTGGAATGGTTGGAATGCATGGAAGTAGAGAAAGTAATTTAGCACTTTCTAATTCAGATTTAGTGATAGCGATAGGTGCGAGATTTAGTGATAGAGTGATAAGTAAAAGCTCTGAATTTGCTAAAAATGCAAAAATAATACACATAGATATAGACCCATCTGAAATAAGCAAAAATATAGAATCTAATGTATCTTTGGTTGGAGATGTAAAGTTAGTCCTTAGTTTATTACTTGAAATGGTTGAAAGTAAGAATAATAGTAACTGGAAAGAAGAAATAAAAACATTTAGAAAGAGTGAGGGTATACAAACAGATGAATTTCATCCACAAAATATACTTAAAAAAATAAATGAGAAATATGAAACATTAAAAAAGCCCACTGTGGTAGTAACTGATGTTGGTCAACATCAAATGTGGGCTGCTAAGTATTGGAATTTTAAAGGTAATAAAAGTTTTATAACATCAGCAGGGTTAGGAACTATGGGATTTGGCTTAGGTGCAGCTATTGGAACTAAAGCTGGTAATGTAGATAAAAATGTGGTTTTAGTCACTGGTGATGGAAGTTTTAGAATGAACTGTAATGAACTAGCTACAGTTGCAAATTATAATGTACCTATGCTTATTTTACTACTCAATAATAGAACATTAGGAATGGTAAGACAATGGCAGAAGTTATTTTCCAATCAAAGATACTCTCAAACTGACATTAATGAAAATGTGGATTATGTTAAACTCGTAAATGCATATAACATTGATGGATATAAAGTATCCAATATGGAAGAATTAGGAAATGCCCTAAATATGATAGATTTTAATAAACCTGTATTTTTACAATGTGATATAGATAAGGATTATGATGTTTATCCTATTGTAGCACCTAATGATGCATTGGAAAATTTGATATGTAACTAAAACTTATACTGAATATTGATAAAATTTTTTATTAAATTTTTATTGGTATTCAGTTTTTGTTTAGAGATAGATTGGCATTTTTTATTTTTACGAATAAATCAATGACTATATAATTAAGAACTTATTAAATTTTAATTATACAATTTAGAATAGTATTACAACTTAAGTAAATATTAAGTTTTATTCATTAGATTTATTACTAATACCTTATATTGGTTATGATTGTTATATACTCTAAAGGCTTGAAATTGCAAGTATATAGCTTGCTATATAAATTTGATAATTTTAGCTTTTAAAATAGATAAATTAGATTTTTCCACCCATTTGCCACCGTATTATATTTTTGGGTGGCAAACTCTAATTTGTAATTTTTTCAAATATATCTACAGTTTCATTTTTCATTTTATCAGTTACATGTGAATATGTATCCATTGTAGTTGATAATTGGCTATGACCTAAACGGTTTTGTATGTCTTTAATGTTAGCACCATTTTCTAATAATAGAGTAGCATGTGCATGTCTTAAAGAATGAAAATGGAAGTCATTGTTTAAAGCTACTCGAATTTGTCTTACTATAGTGTCTAAAGTGTGAGTATTCACTTGTTGACCATTTTCTTTGGTACATACCCAGTCACTATCAAAGTAAAATTCTCCATATTTTAATTTCATTTTCTTTTGATATAATTTATGTTCTTTTAATGCCTTTATTAAAGTGTCACCTGTAAATATAGTTCTGCAAGAGCTTTCTGTTTTTGGTTGACCTAATTCAAACATTCCATTTGGTTTTTTAATCAAAGTATGCTTTACTGTGATAGTTTTATTATCAAGGTCTATATTATCCCATTTTAGTGCAATAATTTCGCCTCTTCGCATACCAGTATGAAATCCAATTAGTAAAACTATACGTTGAAATGAATCTTGAGGAAATATATTTAGTATTTGATTAAATTCTTCTAATGTAATAGTTTTAACTTTATTAGTTTCTGTTTTAGATTTAGTTTTTGGTATGCTTACATATTGCATAGGGTTTTCTCGTATATGTTTGTAAGGATGGACTGCTGATTTTAATGACCTATGTAATATGGCTTTTAATACTTGTAATGTATTTTGAGAGTAATCCTCTTTGTACTTTTTATTTATGAAGTTTTGTAGTATTGCAGGAGTTAAAGCTTTTACTTTGTAAGCTCCTAGTTTTGGCTTTATATGTTTTTCTATGTTTATTCGGTAGCTTTCTTGAGTGTTGTATTTACAGTTAAGTAAGACATATTCTTTGTACCAAAAGTCTAAGTAGTCTGATAAACTGATATTGCTTTCTTCAAATACTATGCCAGAATTTTCATATTCATTTAGTGCTTCTCTTAAGGCTTTTTCGGCTTCTTTTTTAGTATTGCCTCCAACTCTTTCTACTTTTTTTCTTTTTCCTTCTACTATGCCTAGGTCAAAGTAGTAATACCATTTGTTACTTCTTTTTCTTACTCCACCTTTCATAATAGTATCCCTCCCTTTTAGAATGTATGTTTGTTTGGTGTTTATATAAAAGAGCAGATTAACTGCTCTTTATATACTTTTGTTATGTACAATATTAACTTAATTTTGTTTATCTGGTTTTCACTTAATCATTTTCTTAATATTCTTACAATTTTTTAGCTTTTATGTGTAGTTTATTATAATAATATTGAAATATATATTTATTAAGTAAAAAATCTATAAAAGTAGAATAAATGAGTTTAAAAAATATCCTCATATATGTAGAAATTTGGCAAATTAGTTAATACTAAAAATCTATTATTTCCTAAGTCCAACATGCTTTTCTTTTTTGATAGAAATTCTAATCTTTTTAGTAAGAAGTTGATGCTAACTTGTAATTCTTCAGCTATTTCGTATACACTTGTAGCGTGTGAATTAATAACATGTATTATTTCTTCTTCTGTTATAAGAAATTCACATGCCCATTTTAGTGCTTTGTTTTCAGTTTTGTCTATCAAGATTTTATTTTTGTAACTGTTTTTTGAAGATACATAGTTTCCAACACTGGTAAAATGATGTCCTAATTCTTCTGCTAAGATTTCTATTAGTTTAGCATTGTTTTGTTTTAATGAATTAAGTAATGATATAATCTTTAGTCCTTGTCTGTTTATATACAATCCTTTTATGTCATCTGCTATTTTGTCAGTGTAGTAAATTTCTATCTCTTCATTATTTGCTAAGTCTAAAAGTGCGTCTAGTTTATTCATGGAAATCCCCCTATAAAAAGAATGTATGTGTTGCTTTTTTATATATAAAGAGCAGGAGTGAACTGCTCTAAATATTCATTTTTTATATCTATCAACTAAAAACTCTATGTAGCTATTAATATGTTCTTGCGCTTCTTTAGGTAAACTTTCATAAGATTTAATTATTTTGGATATTTCATCAGTAGTTATGTAATTTTCAATTGAGGTTTTACCAAGTAGATAATCAACTGACACATTAAAAAATTCTGAAATTCTTAACAAGTCTTCTTTAACAGGTTCTCTTTTGCTAGTTTCTAACATAGCAATTTTGCTTAGTGAACAATTAAGTAATTTTGATAATTCTGCTTGAGTTAATTCTTTTTTCTTTCTTAATTCTTTTAACCTTATTGGAAAAGTTGAATTTAAGCATTTTGTTAATTTATTTGAATCATCTATGTTAATTTTTCCAATTAAGTAATCTGTAGATACTCCAAAATAGTCTGAGCAATCTTTAATAAATGATTCTTTTGGTTCTCTTAACCCATTTTCAATTCTGGATAAAGTAGATTTATTTATATTTAAGTCTGTGCTTAATTTATCTAAAGAAATTCCTTTTTCAGTTCTCAATTTTTTTAATATTAACATAGATTCAATCCTTATTTTTTATATTTATTCATTAAAAATTCAATATAATCATTGAGTTGTTCTTGAGCTTCCTCTGGTAAATCCTCATGTGGATTTGCTTTGTGTGCAGCTACAGTGTCTATATGATTTCTAACAAGTGTTGTACCTAAAAGATAATCTGTTGTAACATCAAAATAATTAGCAAGTTTTACAATATCATCACTTGGAGGTGAACTAAGATTATTTTTATATTTGTATAATAAATCTTCTTCTATTTTTACTTCTTGACTTAATATATTTAATGATATTTTTTTTTCTTGCATTAATCCATTTAATCTTTTTGAAAAAATGGGATTTAAAGGTTGATTTATTTTAAAAGAATCATCATGTTCTATTTGTATAGAGACACCTTTTCCAATTTTGCCTAATTTAAGAAGTAGTTCATCCAATGTTAAATTTAAGGCCAGACTGATTTTTTCTAATGCATCAAGTGTGGGTTCAACTGCTTTTCCATTTCGAGGGTCTTTACCCTTTTCAAGTTTATCTATATAAGTATGACTAAGATTACATAAGTTAGAAAAATCTCTAAGAGAGAGCTTATTTTTTTCTCTATATTCCTTTATTATTTCACCCAGTTTTTGCATATATTTCACCTCTTATGATTTGATTTAATATGATTATATCAGAAAAATGTTAACTATTGTTGACAAATTTTAAAAAAGCAGTAAAACATAGTTGACATAAAAATAAAAAGGCTGTATACTATGGTTAACAGAAGGCGAGGAGGTGGCTAAAATAGTTAATAATTTATATAAAGCAAGAAAAGAGCTAAATTTTTCGCAAAGCAAATTAGCACAAAAGGTAGGAATATCAAGACCATATCTATCAAAAATTGAAAATGGTATGGTTAAACCATCAGCAGAAATAACATATAGAATATCTATAGAATTAGGAAAAAGTATAGAAGAAATTTTTTTTACAGATTCAGTAAATTATGATTTACAAGCTAGGGGGAAATAATTATGAAAATGTAATGCCAGTTTTAGAACTCTAAAAATTAAATACAGAATATTCAAAAAGAGGTGATTTAAAGCTTGAGTAATAGAAAGAAGTATACTTTGAGTATTACGAAAGAATTATACAATAAATGTAAAGAAAAAGCTAATCAAAGAGGTATGTCAGTGAATGATTACATACTATCAGTGATTAGCAAGAGTATATAAATTATTCTTCAATATTAATTTTAATTTCTCCTTTTCTTTGCTCATAATCTTCAATATGTTTTTTTATTATTTGTTCAATTTCCTTATTAGCAGAACGACCTTCGCTTTCAGCTATATATTTAATTTTTTCAAGCAGAACTCTGTTTATTCTTAAAGTGTATTTAGGTAGTGAAGTTGACATAATAATACCTCCTTTTTAAAGTCTAAATGATGTCATAATTATATCATAAAAATAATTAAAGAAAGAGGGAGATAAAATGAAACATGAGCAAACAACGCTTCGTATACCAGAAGACTTGTACAAAGCGTTGATAGATTTAAGTAGTGAAATAGGAATGCCTATTGCATCTATTATAATAATTGCATGCTGGTTGTATATATCAAAGATAAATTAACCAATGAGATATGCAAAATGAATGCACAGCATTATTTATTAGAGAATTGACTGATAAATTATTTTCTTTAGCTGTTTTCTCTAGTAATTCTTTTAGAACACTAGGAATCCTGAGAGTAGAACGAACGCTATCATCACTTTTATATGAGATTGATTTAAGTTCATTAACTTTTGAATTTCTAATAATGTCATTAATAGCATATAGAATAAGCGAAGATTTAAGAATACCTGTTTGATAAGAAATTTTTTCTAAATTTTCATTTAATGGTGTATATATTCTTACAGTAATAGTAGTCATTTTGACACCTCCCTAATGACATTATACAGAAGATGTTTAGAAAAGTCTTGACAGTAAAACAGTGTCATAATATAATGGATATAGACAGTGAAACGGTGTCATAAAGAGAGGAGGAATAAGAATGGAAAAAGTAAGAATGACAGTAAGACTTGTACCAAAATTAAATCAAGATGTGCAGAAAATAGCTAAAAAATGTGGAAAAAGTAAGAATTCTATTATCATAGATGCTTGTTGGGATTTTGTTGAGAAAATTAAAAAAGAAAATAAATTTAATATAGAAAGCGAGGAATAAGTATGAATAACTTAACAATTATCAAGCAAAACAATAAATATTTAGTTGAGAGTAGAGAGGTAGCAGAATTAATAGAAAAAGACCATAACCAATTATTAAGAAGTATAAGAGGATATATAAGTGTATTAGAGCAGAGTGCAAAATTGCACACTGATGATTTTTTTATTGAAAGCACTTATAAGAATGAAAATAATCAGAAATATCCTTGTTATCTATTGACTAAAAAAGGTTGTGATATGGTTGCGAATAAAATGACTGGGGAAAAAGGCATTATATTTACTGCTATTTATGTGGCTAAGTTTGAAGAAATGGAGCAAGTATTAAAAAATGGACCACAACCTAAACTACCAACTACATATAAAGAAGCATTACAACACCTTATAGAACAAGTAGAAGTAAATGAGAAATTACAACTAGAAAGTAAAATGAAAGAAAAAGTAATAAAAGAACTAAAACCAAAGGCAGATTATACAGATATGATACTTAAAAACAAAGGTCTAGTCACTATAACTCAAATAGCAAAGGATTATGGAATGAGTGGAAAAGAAATGAACAAAATACTTCATGAAAGAGGGATTCAATATAAACAAAGTGGACAATGGCTTTTATATAAACAACATCAAGGGAAGGGATACACTCATTCAGAAACAATAGACATAACTAGAAGTAATGGAATGCCTGATGTAAAAATGACAACTAAGTGGACTCAAAAAGGTAGATTGTTTTTATATGATTTATTGAAAACAAATAACATATTACCAGATATAGAAAAAGAATATAGTTATCAAACTTCAATATTAGGTTAGTACTTTGAAAACTAAATACAGAATATTTTGGAAAGGAGAGATTGAATTGGAAAATAAGAAAATAGAAGAAATAGAGAAAAGAATAACCATGCTTGAAAATCAATTGCAAGCACAGTTATTTAGTCAGATAACAGCTCAATCAAATAGTGATTTTATAGATTATATGTACCAATGTATAGTTTTGTATTTACATGAGATGAATAAAAGTGAAAAAAGAAAAATTAGTGAAATTACTAAAGAAAGAATCAGAAAATAAGAATGATAATTACAATATAAAACCTATTCTTCTAGCAGGTTTTGAAGGGTCAGTTTTCTTTACTGAAGTTATCATAAAGTTTATCTGTGATGTGTGTTGAAGAATTTCAGAATAAACTCCATTTACTATGCCGTAGTAGTGAATTAGACAAGGGTTATGATAACCTACTTCTTCAACAATCATTAATACATCTTTTCCAAAGTTAGTCAATTTTAGTGCAATTTCATGTTCATCATCAAGTTCTTTTTCAAATTCCTCTATAGATTTAAGAATAATTTTATATTGAAATTCAGCATAGTAAAAATACTCTGTGTTAGAAGTATCAGAGACTGTCTTTCTTATACTTTCTTGTAATTCTTTAGATATATTGTTTGAAAACTGCATAATACACCATCCTTTTGAAAATTTTGGAATTTATTCCATGTTTATATTATACCATGTAGAACTGAGGTGAATACAATGTTAATAGGCGACAATATAAAGCAAATACTAAGAAAAAGAGATATAAAACCTTATAAATTGGCAAAAGAATTGGATATAGATGTAAGTGGTTTATATAAATTACTGAGAAATAAAAGTTCTAATCCAACTATAGATACTCTAATAAAATTAGCTGATTATTTAGATATTACATTAGACGAATTGGTTGGAAGATAAATAATTGAAAAGAGGGGAGAGCATTTTCACATGGATATTTCTGAAAGCATAACAAAACAATTTAGTGATAGCTTAAAAAGCTTAATAGAAATAGAGATAAGTAAACAAGAAACAGATAGAGTTAAGAGTCAAACTGTTGAACAAAAGGTAAAAGTACTAGAACCTAAAGATATAGTTGTTTTAATAAAAAGAGGTTATCCAAATTATCTAATAACAGTAGAAGAAGCAAGGGGAATTTTAAAGTTAGATACAGCCTTTATGCGTAGGTTAGTAAGCACAGGTTTGATAAAATCACTAGTTAGAGGTGATGGTAGAAAAATTTCAAGATATGAAGTTGATGATTTTATTGAAAGAAATCAAGGTAAAAATTTGGATGAACTTTTAAAAGCAGTAGAGAGGGGGGATGAAATTGCTGAGTCTTGATACTAATAATAAGAATGTAGTAACTCTTAAAAAAGATGGAAAAGTTATAGCAGATATAGTATTTAAAGATATTAAAACTGGTAAGAAAATATCGGTTGGAATATTAAATAAAAAAGTGTTGGTAAAATAACCAACACACAAAAAAATAAAAAATAAAATATAACACAAGTAAAGTATAACACAAAAAGGAGAGATTTAAAATGGTTGAAGTTAATGTAAATGTAAAAGTTAAAGTAGAAGCACCAGAATTTACAAATGCACTATTAGTAGTGGCGAATGCTTTAGGAGGTCTTAATCTAGGAAAAGCAATGCAGATAGAACCTATAAATATAACAGATATGAAAGAAGAGAAGAAAGTTGAAGTTAAAAAAGCTGAAAAGATTAAAAAGGTAGAAGTAAAAGAAGACGTTAAAGAAGAAATAGCAGAAGCAAAGGAAGAAATAGAAAAGAATAATGAAAATACAACTAGTGAAGTTAAATACACAAAAGAAGAGGTAAGAACTAAGGCAGCACAAGTAAGTAAGGCAGGTAAGAAGGATAAGCTTAAGGAGTTATTTGGTGAATTTGGAGCTAGTAAGTTAAGTGAAGTAAAAGAAGAAGATTATTCAGCTTTTATGAACAAATTAGAAAGTTTATAGGGGGTACATAAATGCCATTACAACATGCAAGACTTAGTGCAAGTGGAGCCCATAGATGGCTTCACTGCACTCCTAGTATAAAATTAGAAGAAAACTATCCACCATCAACTAGTATATATGCAGAAGAAGGAACAGTTGCACATGAATTAGCAGAAGTTAAATTAATGCTAGAGTATGAAAAAATAAGTAAAAAGGCATATAATGCAAGAATTAAAAAGATACAGAAAAGTGAGTATTATAACTCTGAAATGGAGGACTATATACAATCTTATGTTGAGAATGTAGTTGAATTAGTAAATGATAGTAAAGCTATATGTGATGATGTAATAGTGATGTTAGAAGAAAGACTCGATTTTAGTGAGTGGGTTCCAGAAGGATTTGGAACAGGAGACGTTGTTGTAATATCTGATGGTATACTTCAAGTTATAGACCTAAAGTATGGAAAAGGTTTAGAAGTTTCAGCTATAGAGAATCCTCAACTTAGACTATATGGTTTAGGGGCATATAATCAGTTTGAAATGCTATACGATATTGATTTAATTAAAACAACAATAATTCAACCTAGACTTGATAACATATCAAGTGAAGAAATAGAAGTTACTAAATTACTTACATGGGCAGATAATGTTAAGAAGAAGGCTCAAATGGCTTTTAATGGTGAAGGAGAGTTTGTAAGTGGTAGTCATTGTGGATTTTGTAGAGCTAAAAATGATTGCAGAAAAAGAGCTGAGGATAACCTTAAACTAGCTAGAAAATATGATTTTGCTGACACATTTGCTCTTAATAAATATGAGATAGCAGATATTTTAGGTTTTGCTAAGAATATACAAGATTGGTTAAAGGATGTTCAAAGTTATGCACTAGAACAAGCTGAAAAGCATGGTGTTAAATATCCAGGATATAAGCTTGTAGAAGGCAGAAGTAATAGAAAGTATATAGATGAGCAAGAAGTTGCTAAGGTTTTATTAAATTCAGATTATGATGAAGAAAAAATTTATAAGCCAAGGACCTTAAAAGGAATTAGTGATATGGAGAAAGCTATAGGTAAAAAGAGTTTTGCTAAACTACTAAGTGATTTAATTATAAAACCAGTTGGAAAAGCTACTTTAGTAGTAGAAAGTGATAAAAGGTCAGAAATTAATAGTATAGATTCAGCGAAAAAAGATTTTGAAATATAAATGGGGGATATTACATGCCATTAGATGCAGGTATAAAAGATAAATTAGATGAAAGCATAAGTATAATTTTAGATTTAAAGGAGAGAAAAAAGAGTATCGAAAAAGATTTAGATTATGAAAAAGATAATTTACTAGATATGTTAAAGAGACTAAATATTACAGAATATAACTCAACTGAAGAAAATGCAAAAGTTACAGTGATGGATTTTAAAAGAGAAAGTTTAATAAAGGATAAAGTGATGTCAACTTTCCTCGAAGTAAATGACAATCATCTTGATAGAGTGTATATACCAGAACATATAAAAGTTAGTCCAGTATGCTTTGTATCAGTAAGAGCAAAGGATATTTAAAAATATTTAATTCCTAGTAGCTATAAAAAATTTAAAAGGGGATATAATTTTATGAGTAATCAAGAAATAACTAAACTAGTTGAAAATAATTTGAATCTTGTACATTTTAGTATAAATAGATTTTTTAAGTCTTATGTAGAGCAACATCCATACTTATATGAAGAGTTTTATCAAGAAGGATGTATTGGGTTATATAAAGCAGCATTAAATTATGATAGTAACAGAGGCAAGTTTTCTACAGTGGCTGTTTCTTACATAAGAATAGAAATGTTTAAAGCTTTGCGTTATGGCGAAAAATATTATAGAAACTCTATAGAAGGTTTAGATGTAAGTGTATTTGAAGATAGTAAAAGACCATTAAAAGATATACATGGATTTTATGAAATTCAATTTAACTATGATGTTGATTATATAAGAAAAATTGCAAGAAAGTCATATTTAAAAGATATTGATAAAATAGTAGATTGGATTTTACAAGATAAAAAGATATCTGATATAGGAGAGTTATTAAATGTTTCTTCAACAGTTATTTGTGGAAGAATTAAATTGTTTAGTAAGCAAGTTAGAGATTTAGATAAATTTGGAGAAATAACTTCAAATATAAAATCAATATACCAAATATAAAAATATTAGGAGGAAGAAAATTATGAGTAATTCAGTACAATCAACAAAGGTAGTAACAGGAAAGGTAAGATTAAGTTATTGCAATATCTTTAAAAGCAGAGCAATGGTAGAAGGTGCAGAGCCCAAGTATTCAGTTTGTATTTTAATACCAAAATCAGATAAGGTGACTTTAGGAAGAATAAAGAAGGCTATTGATGCAGCTAAAGAACAAGGTAAAACTTCTAAATGGGGTGGAAAATTACCAGGTAATTTAAAAACACCTATTCGTGATGGAGACGCAGAAAGAGCTGACGAAGCAGAGGAATATGTAGGAATGTATTTTTTAAATGCAAATAGTACTCAAAAGCCAGGAATAGTTGATAAAGACTTAAATGAAATATTAGATAATACAGAGGTATATAGTGGTTGTTATGGAAGAGTTAGTATAAACTTTTTCCCATATAATAGTGCAGGAAATAAAGGAATAGGTTGTGGCTTACAAAATGTTCAAAAGTTAGCAGATGGAGAAGTACTTGGAGGAGCTAGAGCTAGTGCAGAAGCAGATTTCTCAGATGACTTTGAATATGAAGATGAAGAAGAGGACTTCTTAAGTTAATGAGGACCTTATCAATTGATATAGAAACATATAGTGATTTAGATATAAAAAAAGTTGGAGTCTACAGATATGTAGACTCTGCTAATTTTGAGATACTGTTATTTGCCTATGCTTTTGATAATGAAGAGGTAAAAGTTATTGATTTAGTAAATGATGAAGAGTTACCAAAAGAAGTAATAGAAGCTTTAAATGATAATAAAGTTATAAAATCAGCATTTAATGCTAATTTTGAAAGAACAGCAATAAGTAAATTTTTAAATATTAATTTAAAACCAAATGAGTGGTCATGTACAATGATAAAGGCGTTAACACTAGGACTTCCAGGAAGTTTAGATAGTGTGTCTAAGGCTTTAAAGTTTAATGAAGATAAACAGAAAATGAAAGAAGGTAAAGCATTAATACAATATTTCTGTAAACCTTGTAAGGCTACAAAAGTTAACAAGGGAAGAACTAGAAATTTACCAATACATGATATGGAAAAATGGAATAAATTTAAAGAATATTGTAAACAAGATGTTGTAGTTGAAAGAGAAATAAGAAACAAACTTAGTAAGTATAAGACTACCGAAAGAGAAATTAAATTATGGTATTTAGACCAGAGAATTAATGATACTGGTATTAAAGTGGATACAGAGTTAATAGAGAATGCAATAGAATGTGATAAAAGATATACTGAAAAACTTACAAAAGAAGCAATTAAAATAACTGGTCTAAATAATCCAAATAGTCCAGCTCAATTAAAAAAATGGTTAAGTGATAAAGTTGGCTTTGAGATTACAAGCCTAACAAAAGAAAGTATTCCAGAAATATTAAAACAAGTTGATGATGAAAATGTAGTTAGAATTTTAGAACTTAGAAAATTAATGTCCAAAACTTCTATAAAGAAATATGAGGCTATGAAATTAGCTAAAGGTAATGACAATAGAGTAAGAGGTCTACTACAGTTTTATGGGGCTAATAGGACTGGTAGATGGGCAGGAAGATTAGTACAAGTACAGAATTTACCACAAAATCATATAGAGGATTTAGACCTAGCTAGAAACCTATTAAAAGAAGGAGATTTTGATTTAATAGAGCTTTTATATGATAGTGTACCAGATGTCTTAAGTCAATTGATAAGGACAGCTTTTATACCAAGTGAAGGTCATAGATTTATAGTGTCAGATTTTAGTGCAATAGAAGCTAGAGTTATAGCTTGGCTTGCAGGTGAGAAGTGGAGACTGGATGTGTTTAATTCTCATGGAAAAATATATGAAGCTAGTGCCAGTCAGATGTTTAAAATTCCAATCGAAAATATTAAAAAAGGTTCTGAACTTAGACAAAAAGGAAAGCTAGCAGAATTATCGAATGGATATGGCGGAAGTGTAGGGGCCTTAATTTCTATGGGGGCTATTAAAATGGGGCTTAAAGAAGAAGAGCTTCAACCTATTGTTACTGCATGGAGAAATGCTAATCCAAATATAACTAAGTTTTGGTGGGATGTAGATAAGGCAGCTAAAAAAGCTATAAAAGATAGGACTATAGTAGAAATTCAACATGGGATTAAATTTATTTATAATCCAGGCGTTTTATTTATAGAACTACCAAGTAGTAGAAGATTATCGTATCTAAGGCCTAAGATAGAGCCACATACTACATTTAGTGGGGATAAGATAACATATGAAGGTATGGAACAGACAAGTAAACAATGGAAAAGAATAGATACTTATGGACCTAAGTTAGTTGAGAATATTGTTCAAGCTACAGCTAGAGATTGCTTAAGAGAGGCTATGTTTAATGTGACAGATGCAGGTTATAGCATTGTAATGCATGTACATGATGAGCTTGTAATTGATGTAGATAAAAAAGGAGGTTCTTTAGAAGAAGTTAACAGTATTATGGGAAAAGAAATATCTTGGGCTAAAGGTCTTCCTCTTAAAGCAGATGGATATGAATGTGATTATTATAAGAAAGACTAGGTGATTGATTTATGGATATAAAGGCCAGTGAAATTGAACACATAAATGTAAGACATGATGGCCAACTCATGCTGGCCATAGGAAAAAATAAATTAGAAACACATTGGAAAAATAAAAGTATTTTATGGTCCGAACTTGTAAATAGATTAAGTAAAACATTAAGAACTCAAGAAACATATACAGAATATAGGAAGATGTCAAAGACTGAAAAAGATAGAGTTAAAGATGTTGGTGGATTTGTAGGTGGAAGCTTAAAAAATGGAAGACGAAAAGCAGAGAATATTGCAAATAGAAGTATTATAACTTTAGATATAGATTATGCGAATAAAGATATATGGGAGGATATAACATTATTAAATGATTATGCTTGTCTTATGTATTCTACGCACTCACATACTGAGAATAATCCCAGATATAGACTTGTAATACCTTTAACTAGACCAGTACTACCAGAAGAATATCAAGCAATTTCCAGGATGATAGCAGATACTATAGGAATAGATATGTTTGATGATACTACATATCAACCTCATAGACTTATGTATTTTCCAAGTACTTCAATTGATGGAGACTATATATTTAAATTTCAAGATGGAGAGTTTTTAAACCCAAATGAAATACTAGATTTATATTTAGACTGGACAGATGTAAGCTATTGGCCAGAAAGTTCAAGGGAAAGGCAAAAGTTTAATACACAATTAAAAAAGCAACAAGACCCTCTTGAAAAGGATGGGATTATAGGTGCATTTTGCAGGTCCTATAGTATAAAAGAAACTATAGAAACTTTCTTAAATGAAGTATATATTCCTGGTATTGATGAAACCAGGTATACATATTCAGAAGGTAGTACAAGTGGTGGAGTAGTTATTTATGATGACAAGTTTTCATATAGTCATCATGGTACAGACCCAGCAAGCGGAATTTTATGCAATGCTTTTGATTTAGTTAGGATACATAAATTTGGTGAACTTGATGAAGATGCTAAACCCGAAACGCCTGTAAATAGATTACCTTCATTTACTCGAATGAGCGAATTTGCAAGCAGTGACACTAAAGTACGAAAGACTATAGGAAGAGAAAACCTTGATAAAGCTAAGGATGATTTTGGTGATATAGATTTTGAAGATGATGAATGGTTAACTAGGTTAGATTATGACAATAAGGGAAGTTATAAGAAAACAACAAACAATATCTTAATGTTTATAGAAAATGACCCATATTTGAAAGGAAAAATAGCTTATAATGAATTTTCAAATAGAGCTGTCGTTTTAGGTAAGTTACCTTGGAGAAAAGATGATAAATTAAATGATTGGAATGATAGTGATGATTCTGGGCTTAGACATCATATAGAAACAATTTACAATATCTCATCACCATCAAAAGTAAATGATGCTCTAATAATTGCTTTTGAAAATAATACTTTTCATCCTATAAAAGATTATTTAAATTCTTTAAAGTGGGATGGCATTAAGAGAGTGGATACACTTTTAATTGACTATTTAGGTGCAGAAGATAACCACTATACAAGGACTATAATAAGAAAAGTTTTAGTAGCAGCAGTAGCAAGAGTATTTAATCCAGGAATAAAGTTTGATAATATGATGGTTTTATCTGGTCCTCAAGGAATGGGAAAAAGTACTTTTATTAAAAAACTTGGTGGAGACTGGTATTCTGATAGTTTAACTACTGTACAAGGTAAAGAAGCGTATGAACAATTACAAGGAGTATGGTTGCTGGAAATGGGTGAAATGATGGCTACTAAAAAAGCAGATATTGAGGCAGTTAAGCATTTTCTAAGCAAATCAGAGGATATATATAGGGTCGCATATGGGAAGAGAACCTCAAGATTTTTACGTCAATGTGTAGTTATAGGAACAACTAATGATAAAGAATTTTTAAGAGATAAGACTGGGAATAGAAGGTTTTGGCCAATAGATGCAGGAGTAAAGAAGATTAACAAGAGTATATTTAATGGCCAACTTGATAATGAAAGAAATCAAATTTGGGCAGAAGCAGTAGAATTATATAAAGCCAATGAACAGCTATATCTATCAGATGAGGAGAAAAAAGAAGCTGAAAGACAACAAAGAACTCACTCAGAAGAAAATGCTAAATCTGGAATTATCGAAGAGTATCTAAATAAACCTATTACTAAGAATTGGTATGATTTAAGTATTTCAGAAAAGAGAGAATATATTCATGGTTCAGATTTTGGTGATTTAAAAGAAGGGACAATATTAAGAGAAAAAACGTGTGTTATGGAGATATGGGTTGAGCTATTTAATGGAGAACCTAAACAACTCACGCCTATCTTATCAAGAGAAATTAATGATATATTAAAAGGATTAGATGATTGGATATCATATAATGGAAATTTAAGGTTTGGGAAAATATATGGTAGGCAGAGAGCTTATGTACGTAAAAGTTAGTGTCAACAGAATTAAAAACAGAGTAAATTTGAAAATTTTAAAAGTGTCAACAATGTCAACAAAAAAAATGGCTTTGTTGACGCTTATGTTGACACCTAAGATGCAGTAATTACAATGTTTGAGGTATTAATGTCAACAATGTCAACAAAAATTAAGTATAAAGTAGTATAAGTAATATTAGGCATATACGTATATACATATGTATGCCTAATATGTATATATACATATATATAGAAAATCTGTTGACATTGTTGACACTTAAATTTTAAGGAAGTGATATTTTGTTAGAATCAAAAATAGAAAAAAGACTTAAAAAAGAGATTGAGTTGTTAGGTGGAAAGGCTATGAAATTTATTTCACCAGGGGAGGCAGGTGTGCCAGATAGGATTGTCTTACTACCAGAAGGACATGTTATATTTGTAGAACTTAAAGCACCAGGTAAAAAACCAAGGAAGCTTCAACAATATAAAATGCGAGAATTAAGAGAATTAGGATTTAAAGTTAAGTGTGTAAGCACATTAAAAGAGATAGATGATTTTATCAAGGAGGTTAAGGGATGGAATTTAAACCACATCCATACCAAGAATACACAATTAGAAAAACTATAGATAATAATAATATAGGTTTACTATTAGATATGGGATTAGGTAAAACAGTCTGTGCTCTAACAGCTATAAGTGAATTAATGTATGATTACTTTGATATATCAAAAGTTTTAGTTATAGCACCTTTAAGAGTTGCAAGAGATACCTGGAGTAGTGAAGTAAAAAAATGGGAGCATCTAAAGCATCTAAAAGTATCTAAAGTTCTTGGTAGTAAATTAGATAGAGTGAGAGCTTTAAGTACAGACTCAGATATTTATATAATAAATAGAGAAATGGTACCCTGGATAGTGGATTTTTATAAAAGAAAATGGCCATTTGATATGGTTGTGATAGATGAACTTAGTTCTTTTAAATCAAATAAAGCACAACGATTTAAAAGTTTAAAGAAAGTATTGCCTTTAACTAAAAGAGTAGTTGGGCTTACTGGTACACCAACACCAAATAGTTTAATAGACTTATGGGCACAGATGTACTTACTTGATAGAGGTGAAAGACTAGGTAAAACTATTACAGGATATAAAGAACGATACTTTGAGCCAGGACAAAAAAATTATCAAACAGGAGCTATATATAATTGGCAGCCTAAAGATGGAGCAGAAAATGCAATACATAATAAAATAAAAGATATTTGTATAAGCTTAAAAGCAGAAGATTATTTGAATATGCCTAGAAAAATAGATAATAAAATTGAAATACACCTTGATAGTAAAATACTTAAATATTACAAAGAATTAGAAAAAGAGAAGATATTAGAATTAGAAAAAGATATAATAACAGCTTCATCAGCAGCTGTAGCAGCAAATAAACTTTTACAATTAGCTAATGGAGCAATTTATGATAATGATAAAAATGTAAAGGAACTCCATAGAGAAAAATTAGAAGCTTTAAAAGAAATTATAGATGTTTCAAATGGTAAGCCTATTATAGTTTTTTATAACTATAAACATGATTATAATCGTTTAATGAAAGAGTTTAAGAGTTTGAAACCAAGAACAATAGAAAACTCAAAAGATATATATGATTGGAATAATGGAAGAATACAATTATTACTTTGTCATCCAGCAAGTACAGGACATGGACTTAATTTACAATCAGGTGGAAGTATAATTGTTTGGTTTGGATTAACTTGGAGCTTAGAACTGTATCAACAAGCCAATGCAAGGCTTTATAGACAGGGGCAAAGGGAAACTGTTATTATCCATCATCTAATCTGTAAAGGTACAATAGATGAACAAGTAATGGAGGCTCTAAAGAATAAAGATAAAGGACAAAGTGCATTACTTGAAGCAGTCAAAGCAAAATTAAAAGAATATAGGGAGTGAAGGTATGAAAGTAAAAAGAAAAGATGGAACTTATAAGCCCAGGTAAAATAGTAAGATGTGCTTGGTGTGGTAGAAGATTTTATAAGTTGGATAAATCTAAAGTTAAGTATTGCAGTAGAAGTTGTTCGAAGAGAGCAAGAAGGAGTGATTTAAGTGGATAAAGAAAGTATAAAAGAAATTGTAAGAGAGTTAAGAAAAGAAGAAAGAGAAGATAGGAAAAAAGGCGTTTTATATAATACTAGATTATTGATGAAGCATTATAATGATTTTAAGAGACATATAGACTCAGCGGTAAGTGAAGCTAAAGATGTAGATTACTTAGAGGATGATTTAGGTAAGCTTGATAATGAAGAGTTGTATATTTTAAGTATAAAGAAAAGTAAAGCAAGAACTATTATTATGATAGCACATATAGATTCAGCAATGAAAACTTTGAAATTAAGACAAGAGCGTTTACATTCTTATGAAAAGTATAGAGCTTTAGAGCTTTACTATTGTGATGAAAAAACATATGAAGAAATAGCAGAGATATTAAATTGTGGAGTAGTTACATCAAGACGTTGGATTAATGAAATGATAAAGGAACTGGGAGTGTATTTATTCGGTATAGATGGCTTGAAATTAACTGTTTGATAAATATATGATAAAAAGATGATATTTTAATGATATTTTAACCCTGTTATAATGGTAGTATGAAACAAGTGTATAATATATTCCCCCTTGAAAAAGGCTAAGTTACCCCAACTTAGTCTTTTTTATTTTGTAAATAAGGAGAATGATAAATGAGTAATTCATGACTTAGAGTGATTTCTAGGTCTTTTTTTATACAATTTTAATCCCTCATATTGAAGGGTCGAAAATAAGGGTGTTCAAATTGAATATTCTTTATTAATAACTAATTTAGGAGGTAGTAGTATGTTGAAAATTTTACAAGAGAAAAATGTAAGGATGATATGGTCAAAAAATGGAGAAGAAGTTTGATTTAATGCAAATGACGTAGGAGAGGAACTAGGCATAGTAAATATTCGTGATACATTAAGAAATATAGATAGAGAATATAAAAAGAAATTAATGAGTCTACTGTCGGAGATTCCTACACTAGAAACTTTAAAGACAAATTGCCTAACTTTGGTACTACTTTTGTTACAGAGGAAGCTGTGTACAATATGTCATTTAGAAGTAATAAAGCAGAAGCAAAACTATTTACGAAGTGGGTTACAAAAGCACTTAAACAAATTAGAATACATGGTTACTATATTGCCACAGAAAAAGATCAAGAATGGCTGGATATAAGAACAGAAGGTAAAAAGGTCAGAAAAGATTTTACAGATGAAATACAAGAGTTTGTTTATTAATACAAGTACTTGAAAGAGTTATATCTATGAAATCACCTAGGTTGATAGATAAAAGTATGAATTATAAAGAGGTATATAAAAGATTAAAGAATTAATAGAAATGATTTAAATGACTGTATTAATAGAGGGTCTTTTTTTTATGTAATGAATTAAAAATGAAATATATTTGTACATTATAGACAGGAATAAGGTAAAAGTATTATTTAGACTTATTTTGTGGTTGTCGAATGATTATTGAAGGATATTGACTGATTATATAGAATTATATCATTATAAATATTTGTGAAAGGAATAATGGTATAATGAGTAATTTTAAAAAAAGATATATTGATGTTTATAGAATAGATATTATAAATAAAATTAATGGGAGTGTCTATTCAGATGAAGAAATTTTAAAAGAGGTAATAAAGACCTTCTTTAAGGATAAAGAATATTGTAAAGAAAACAAAAATGGAATTAATATTACTAAAGATAAAAAGTTTTGGATTACAGAAGTAAAATGTAGCGAGGATGATTTAATAATCAAGGTGAAACTTGAATATACTAAATACAATCAGAATACAAATATTATAAATGCTCATACTAAAGAAGTAGAGGGTAATAAAAAAATGGATCAAGGAGATAGCAATAAGCAGCACCTATTTATTAAATTTATGAAGGAAAATAATATAGCAGTAGTATTATTTGAAAGAGTTTTTGTGGGGGTTCCCATGATTGAACTAAGTAAAAACTTACATCTATATTATGAGGATATGATTGAAAATAATAAATTTGATAATAATATGTCAAAAACATCAATTAATATTACACAAATAGCAAGTAAAGATTTTATAGAACAAATATTAGATTTAGATGGTGTTTCAAAAATAACTTTAAATGTTGATAGAGAGAAGTTTGGAACTGATGAAGATAATTTGTTTTCTAATTTAAATAATTCAAGACGACATAACGATTTGATATATAAGCCCACATTTAGAACTAGATATTTACCTAGTGAAGTTAAAAGATGTTGCGAAAAATATATTAAAGGAGAGGAATTTAGAAATAAAAAAATAAATAGGATAATAATTGAGGGAGAGAAAAACAAGAGAAAATTAAAGTTGGATACTGAGGGTATAAAGTTGTGTAGAGAAATAGAGGTTTCTCTTGATATAGATAATCATATAGATAGTGAAGACATTTTTGATAAGATGAATAATTTGATAGATGATTTAATTGAGAATAATTCAGTTTTTTTTAATTTAATGTATCAAGAAGTTGCTATGAGTGAAGCATAGATTGCGAAGGAGGTGTTAAAATGTATAAAAAGGTATTAAATATCTTACTCAATTATTACAAGGCTATAAATTCTAAAGAAGTAGTAGAGTTAGTTTTAACACCAGTATTAATATGTATTATTTCATACATGTTTTTTAATTCGTCAATTAATAAAGAAGTTGTAATTTCTTTAAACAAAGATGTACTAACTTTGTCAGGACTATTAGTAGCTTTTGGAGTTTGCATTATTACATTATTGTTTACTACATATAACAAATCAATATCAGAAGCAAAAGATATAAAAACAGAAAGAAAGGTAAATGGATTTAATATATCATACTTTCAATTCATACAGTTAAAAGCATATTATACTGTAATAATGGAGATTTTGGTTGTTGTAATATGTTTTATCAATACAATAATGCTTACTCGATATTATTCTAATATAATTTTCTATGTTTTAATATTTTTTACAGTTCATATAATTTTATCTCTAACTACATTAATAATAAGTATGTTTCATTTATCCTGGAAGGATAGAGGAGACTAGATTTGAAACAATCCTATTAAATAGGATTGTTTTTTTTATTCCCAAAACAAACAAATAAAGAGGTGGTGATGTGCAAGATGTCAAAGAAAAGGTAAAACAAGATTACTTAAAAGGAATGAAACAAAAGGAAATATCATCAAAGTATGACATTAGCTTAAACACTTTAAAGTCATGGATAAAAAGATACAACTGGGCTAGTGAAAAAAAGAAGGGTGCACCTATAAATAAAAGAGGTGCACCCTTTTCTAATAAAAATTCAGTTGGTCATGGTGCTCCAAAAGAGAATAAGAACGCTGAAAAGTTTGGTTTCTTCTCAAAATATCTACCCGAAGAAACTAGGGAATTGATACAAGAAATATCTATAAAAGATAAATTTGATATTCTTTGGGAACAGATAACAATTCAATACGCAGCAATAATAAGAGCACAGAAGATAATGTATGTTAAAGGCAAGGAAGAAATGGTTAAAGAATTAAAGAAATATGAAAGCACAGAAAATGGTGAGAAGATAGAGTATGAATTTCAATTTGCATGGGATAGGCAAGCATCTTTTCTTAATGCACAGAGTAGAGCTATGAGTGAACTTAGAAGTTTAATTAAACAGTATGATGAAATGATTCATAAGGATTGGAATTTGGCTACAGAGGAGCAGAAAACAAGAGTTGAGAAGTTGAAATGTGAAGTTGATAACCTAAGTAAAGATGATATTGGAGATGATGAGTTGAAAATAAGTGTAGATTATGGTGATAGAAATGATAGTTAGAGTAAATTTTAATCCAGATTTCAAGGAAGCTAATTTTACTAAAAAAAGATACAGAGCAATGAAAGGTTCAGCAGGGAGTGGAAAATCTGTTAATGTAGCACAAGACTATATACTAAAGTTAGGAGATAAGAAGTATCAAGGAGCTAATCTATTAGTAGTTAGAAAGTCAGAAGCTACACATAAGTATTCAACGTATGCAGAGCTTACAGGAGCTATAAATCGTATTTATGGTAAACAAGCTGATAAGTATTGGAAAACTACTTTAAATCCTTTAGAAATTAAGAGTAAAGTTACTGGTAACTCTATAATTTTCAGAGGAGTTAATGATGCAAAACAAAGAGAAAAATTAAAATCAATTAACTTCTCGAAAGGAAAATTAACATGGGTTTGGTGTGAAGAAGCTACAGAACTTATGGAAAGTGACATAGACATACTAGATGACCGTTTAAGAGGTATTTTAACTAATCCTAACCTATACTATCAAATGACATTTACATTTAATCCAGTCTCATCTACTCATTGGATAAAAAGAAAGTATTTTGACTATAAAAATGATGATATATTTACTCATCATAGTACTTATCTACAAAATAGATTCATAGATGAGGCTTACTACAGAAGAATGCAAATGAGAAAAGAGCAAGACCCAGAAGGGTACAAAGTCTATGGTCTTGGAGAATGGGGAGAAACTGGTGGAGCAATACTTAAAAATTATGTTATACATGAATTTCCTACAGAATTTGAGTATTTTGACAATATGAGGTTATCACAAGACTTTGGATTTAACCATGCAAATGTAGTACTTAGAATTGGCTTTAAGGATGGAGAGTTATATATATGTAACGAAATATATGTACATGAAATGGATACCTCAGAAATCATAAAGATTGCAAATAGTATAGGTTTAGAAAAGACTCTATTTATGTACTGTGATAGTGCTGAACCAGATAGAATTAAGATGTGGAAGAGTGCAGGATATAAAGCTAAAGGAGTTAAAAAAGGACCAGGAAGTGTTAAAGCTCAAATAGATTATTTGAAACAATTAAGAATACATGTACATCCTAGTTGCACTAATACCATAAAAGAAATACAACAATGGAAATGGAAACAAGATGAAAGAACTGGATTATATCTTGATGAACCAGTTGAGTTTATGGATGATGCAATGGCTGCGCTTAGATATTCTATAGATAATAAGCTTAAAAATAATGGAATAAGCTTCTTAAAGTAAAGGAGGTGTTAAATATTTATATAAGTGAAACAGATTTAATAAAAGTTCAGTTAAAAAAAGATAGCACCTTTAACCTAGTAAAAGTTATAGAGCATTATATTTTAAAACATAGACCAGAGAAATATAAACAAGGTGAAGAATACTATTATGGCAATGCAGATATAAACAATAAGAGAAGATATTATCTCTTAGATGGAGCTAAGGTTGATGATTTTACTAAAGTTAATAATAAAGCAATTAACAACTACCATAAGCTTTTAGTTGACCAAAAGGTAGGCTATAGTGTCGGAAATCCCATAGTATTTAATGCAGATGATGATAATCTCACTAAGCTTTTAAATGACTTACTAGGAGAAGAGTTTGACGATACAATAACAGAACTATATCTCAATGCTAGTAATAAAGGGGTTGAATGGTTACATCCATATATTAATAGAAAAGGTGAGTTTAAATATGTAATAATTCCAGCTGAAGAAGCAATTCCTATTTGGGATAGTAAAAGACAGAGGGAATTAGTTTCATTTATTAGGTTTTATTATATTGAAGATATAGATGGAAATAAAATAAAAAGAGTTGAGTACTACACAGAAAATGACGTAACTTACTTTATTGAAAGAGGTAATAGTTTTATTCAAGAATTTTTATATGATGAATATGGAAAAATGACTGATATACAAGAAGGTCATTTTAGAATAAATAACAAAGAACAGGGATGGGGTAAAGTTCCATTTATACCTTTTAAAAATAATGAAAAGTGTGTCTCAGATTTAACTTTCTATAAATCATTAATAGATATATATGACAATAATATTTCTACACTAGCAGATAACTTAGATGAAATACAAGAGGTTATTTATGTATTAAAAGAATATCCAGGAACAAGTCTACAAGAGTTTATAGATAATATAAGATACTATAAATCAATTAAAGTAGATGGTGGAGGTGGAGTTGATAAACTAGAGATAAATATACCAGTTGAAGCTAAAAAGGAGCTTCTTGATAGATTGGAAAAGAATATAATTATCTTTGGTCAAGGAGTTAATCCAGAATCTCAAAACACAGGTGACAAATCGGGTGTAGCACTTAAATTTTTATATTCACTACTTGACTTAAAATGTTCTAAGACTGAAAAGAAGTTTAAAAAAGCAATTAGAGAGCTTTTATGGTTTGTGTGTGAGTATTTAAAGATAAGTGGTAGTAAGAGCTATGATTATAAAACAGTTCAAATTACTTTTAATCACTCTATGATAATAAATGAAGCTGAAAAGATAGATATGGCAGCTAAATCAACTGGAATTGTATCAGATGAAACTATTGTTTCTAACCATCCTTGGGTCGAGGATGTAAATGACGAACTTGAGAGACTTAAAAAACAGGAAGATACTCAAAAAGAGTATGATGATTTAATTCCTAATAATCAAGATGGTGTTATAGATGAAACATAAAGATTATTGGAGAAAGAGATTTGAACAATTAGAAGAAGCTCAAAATAACAAAAGTGTAAAATATTATCTTGAATTAGAAAAGCAATATAAACTAGCTATAAATAGTATAGAAAAAGATGTATTAGCATGGTACAACAGATTTGCCAAAAATGAAGGAATATCTTTATTAGAAGCTAAGAAACTACTAAATACAAGAGAACTAGAAGAGTTTAAATGGAGCGTTGAAGAATATATTAAATATGGTAAAGAAAATGCTATAAATCAAAAGTGGATGAAAGAGTTAGAAAATGCTAGTGCAAGAGTTCATATAACAAGACTTGAAGCTTTAAAGTTACAAATACAGCAACAAGTAGAAGTTTTATATGGAAATGAACTTGATGGTATTGATAAACTAATGAGAGATATTTATACAAGTGGATATTATCATACAGCTTTTAATGTTCAACAAGGAGTAAACGTTGGTTGGAGTTTAATGAGTCTTGATACTAATAGAATAAATAAAATTATCTCTAAACCATGGGCAACAGATGGATTAAACTTTAGTGAAAGAATTTGGGGTAAGCATAGACTTGCTTTAGTAAATGCATTACATACTAAGCTAACTCAATCAATTATTAGAGGTGAAAATCCAAAGAACCTAGTAAATGACTTTTCTAAGAGGCTTAATGTATCTAAATCACAAGCTAAGAATTTAATAATGACTGAATCAGCTTTCTTTGCATCAGCAAGTAGAAAAGATTGTTTTAGTGATTTAGATGTAGAGAAATATGAGATTATTGCCACATTAGATTTAAGAACTTCAAATATATGCAGAGAGTTAGATGGAAAAGTATTTGATAGGAAAGATTATCAAGTTGGAATAACAGCTCCACCATTTCATTGTCGTTGTAGGACAACAACAGCTCCTTTTTTTAGTGATGAAGAAGGCTATAGAGCAGCAAGAGGAGAAGATGGAAAAACATATTATGTACCATCTAGTATGAAGTATAATGAGTGGTATGAGAAGTATGTTAAACATAATAGTATCTTAGAAATAAAAAATAGTGCTATAATAGATAGCATAAAAGAAGATATTAAAAATGGTAAATATAATTTAAATATTCATGATGGGAAACAAGGAAAACATTTAAAAGAGCATAATAATTATATAGAAGGAAGAAGCTATTTAACTATAACAAAAGAAGAAGCTCAAGAACTTGTGAATAAGCATGCTGGCAATGGAATCATAAAATTTAATCGAAGTGGAGAATGGGATAAAAAAGAACTTATAGAAGTTGATAAGAATATAGGGGTCAATGTTAATAATATTACGGGTGAAAAAACTCTTACAAATAAGTTTAAGATACATTATTCCAAAACTGGAACACATATAGTACCAGCTTTATAAGGAGGAAAAATAAAATGAAATTATGGGAATATGTAGGGAAAAATGTTCAAATAACTTGTGTAGATAAGCAAATAATAAGAGGAAAGTGTGATGGATATACACAAGCTTTAGATAATGAACCAGAAATAGCAAGTATATCAATAGCTAGGGATGGTTATGGAATTGAAGTTTATGAAAATGAAATAGAATCTATCGAAAATATAAATAAGGAATGACTAAGCATGTACTTAAAAATAAGTAGATGCTTTTATTTTGTAAAAAATGAAAGGAGAAATTTAAAATGGATTGGTTAAAAGAATTGCTAGAAGGAATAAAAGTAGAGGATAACAAAATTGATGTAGCTTCTCTTCAAAAATCTATAGAAAAGAAAATAAAAGAGACTACAATTACTCAAGAAGATTATACAAATCTTGAAACACAGCTTAATACAGCTAATGAAACTATTAAAAAGTTTGAAGGAGGTATGACAAAAGAAGATGTAGAGAATCTAAAAACAACTTATGAAACTGATAAGAAAACTTTGGAAGAAACCTACAAAAAAGAAATTGAAGAAAAAGATTTTAATTACTGGTTAAATGATGCTTTTAAGTCTATTAAATGTAGGGATGAAATAGCGTTAAAAGCTCATTTAGATATAGAAGCACTAAGAAATAGTAAAGATAGACAAAAAGCTTTTGAAGAGCAAATAAACCCTTTGAAACAGGATAAAGATTATTTGTTTAATGCAACACTAGAAGGTGAAGAGCCTAAAATAGATACTATAACACCAGGGCAAGAGCCTAAGATAAATGATTTTGGTTTTAATTTTACTGGGGTAAGACCTCATGAAAATAATAATAAATAGGAGGAAATAAAATGTCAGCACTAAATTATGCAAAAGAATATTCAAATGTCTTAGCACAAGCATATCCTTATACTTTAAACTTCGGGGATTTGTATGCAACACCAAATAATGGAAGATATAGATGGACTGGTTCTAAAACAATAGAAATACCAACTATATCTACAACTGGAAGAGTAGATTCAAACAGAGATACAATAGCAGTAGCTCAAAGAAACTATGATAATGCTTGGGAACCTAAGGTATTAACTAATCAAAGGAAATGGTCAACATTGGTTCATCCAGCAGATATAAACCAAACTAATTATGTGGCTTCAATAGGCAATATAACAAAAGTATATAATGAGGAACAAAAGTTTCCAGAGATGGATGCTTACTGTATATCTAAAATATATGCTGATTGGACCGCATTAGGTAACACAGCAGATACAACTGTTCTTACAACAACAAACGTATTAGAAGTATTTGATAAATTAATGGAAAAAATGACAGAAGCTAGAGTACCTGAAAATGGAAGAATATTGTATGTTACGCCAGTAGTAAATACACTTATCAAAAATGCAAAAGAGATACAAAGAACAGTAAACATAAAAGATGGTGGAACTTCTTTAAATAGACAAACCACAGATATTGACACAGTTAAAATAATTAAAGTACCATCTAATCTAATGAAAACTGCATATGATTTTACAACTGGATGGAAAGTAGGAGCAGGAGCTAAACAAATATTTATGTCCTTAGTTCACCCAAGTGCAATAATTACACCTGTTTCTTATCAGTTCTCTAAGTTAGACGAACCAACAGCAGTTACAGAGGGAAAATACTTCTACTTTGAAGAAAGTTTTGAGGATGTATTTATATTAAATAAAAAAGCTGATGCAATACAATTTGTTGTTGAAGGAGCTGGAGCATAATGGCACAAGTAAGGAAATTAAATAGAATATTAACCATAGAAGAGTGTAAAATAGATGATTTCTTAGAGATGGGATATGATTTGATAGATGAAACTGGTAAGGCAGTAAAGTATGGCAAGTCATTAAGTGTAAAAGATTTAATAGCTGAAAATAATATTTTAAGGTCAAAAGTTGAGTCTTTAGAAGAAGAAAATAAGCAGCTTAAAGAGAAAAATAAACTTACTAAAAAGTAGGTGAAAATTATGGAAAATAATATAATTGATGAAATAGAAAAAAGACTTGAAAGTTTTGGATATATATTAAAAGATGGAGATAAGTGGTTAATAGGTTTTGTAAGAGAAAAAATAGAAAATATTATTAAACTAGATTGTAATATAAAAACTATGCCAATTGAATTGAAAGAAATTGAAGTTGATATGATAGTTGGAGAGTTCTTATTTACCAAGAAAAATATGGGTCAATTAGATATAGAAAGCATTAACTTTGAAGCTGTAGAAAAGTCTATATCAGAAGGTGATACAAAGGTAGATTTTGCTATAGGAAGTGGTTCTCAAACACCAGAACAACGCTTTGATAGCTTAATAGCTTATCTTACTACTTATGGTAAGAATAATATATTAACCTTTAGGTGCTTAAGATGGTAAGTAAAACTAGAAAAGCAATAGAAATGTTATATAGAGATAAATGTACTATAGTTGAGTATCAGCCAATTAAAGACCCTGTAACAAAACGAACTAACAATAAAGAAGTGATTGTATTAGAAAATCAACCATGTAAACTTTCATATAAAAATATAGTTTCTGCTACAGAAGGAAAATTAGCTAAGCTAGAGCAAACTATTAAACTCTTTATATCTCCAGATATAGAAATTAAAGCAGGTTCAAAACTTATTATAAATGATAAAGAGTATGTAAGAAGTGGAGAATCAGCTATATATTCAAACCATCAAGAAATAATACTTGAGTTATTTAAGGATAAAGCATAATGGCTAGATGGGGCAGTGTTGATTTTAGAGAGTTTAAAAGAGTTTGTAAAAAGATGGAGGAGCTTACAAAGATTGATTTAGATAAGTTTTGCAAGGATGCAGCAAGAGAATTAGCAGCAAGACTTTTAGGAAAAGTAATTAGAAGAACACCAGTTGATACAGGATTCTTACGACAAGGATGGAATGGAGTGGCTTATGCTAGGTCGCTTCCTGTGTATAAACAAGGAAATAATTATATTATAGAAGTTGTTAATCCGACTGAATATGCAAGTTATGTTGAATATGGTCATAGAACTAAAGATGGAAAAGGTTGGGTTAAAGGACAACATTTCTTAACAATTTCAGAGATGGAACTACAAAGCCAAGTTGATAAGATTATAGAGAAAAAGTTATTAATATTACTTAAAGGAGTATTTGATGCTTAATAATATAATTGATGGAATATCTATTAAATTAGATAAAACATTTGGAGAGAGTTATACAATTTATAGTGAAGATGTGGAGCAAGGTATAAATGAACCTTGTTTTTTTATTGTTCCTTTAAATCCAAGCAAAGTATCATATCCAAGTGGTAGGACATTAAAAAAGAACTCTTTTGATGTACATTATTTTCCCAAAAGTAATGATAAATCATTTGAAATAAATGAGGTAGCTGAGATGCTACTGGAGGAATTAGAGTATATAGAAATTGATGGAGATTTAGTCAGAGGTACAAATATGAACTTTGAAATTGTAGATAATGTTCTTCATTTCTTTGTTGATTATAACTATTTCACTATAAAAAGCAATAATACAGATAAGATGGACACAGTAGAGTTGTTTGGTGGTCTAAAGAGAGGTGATAAACTTGAGTAAAACATTAAGTAAAGAAGAAAATTATAAGTTTACTAAGGAGCAAATAGTTAATTCTAAAAGGTATGTAAATAGAAAAGATTTATTAAATGCAATCTTAAAGGAAGATGAATTGTATTCTTTCTCAGAGGTAGAGGAAATAATAAATAATTTTATGAAAGGAGTGAGTTAGATGGCTTTAGGTGGAGGAACATTTGTAACACAAAATAAGGTCCTACCTGGTGCATATATAAATTTTATCTCAGCTAAGAGGGCAACCAGTTCATTATCGGATAGAGGTATTGTTGCAATGCCTTTAGAGTTAGATTGGGGCATAGATGAAGAAGTATTTCAAGTAACCAGTGATGATTTTGAGAAGTATTCAGTGAAGTATTTTGGATATGATTATACTCATGAGAAGCTGAAAGGTTTGAGAGATTTATTCAAAAATATAAGGTTGGGATATTTTTATAAATTAAATAAAGGCGTTAAAGCCAGTTGTACTATAGCCACAGCAAAATATAGTGGTATCAGAGGAAATGACTTAAAAGTAACAGTTACAACAAATATAGATGATAATGCTAAGTTTGATGTTGTAACACTTTTAGATAATAAGAAGGTAGATACTCAAATAGCAAAGGTTATTACAGACTTACAAGACAATGACTATATCACTTGGAAGAAGGATGCAACACTAGAAGCAAGTGCAGGACTTGTATTTACTGGTGGAACTAATGGCGAAGCTGTGACAGGAGCAGAGTACCAAGCTTTCTTGGATAAAATAGAAAGTTATTCATTTAATGCACTAGGGTGTTTGGCTACAACAACAGAAATTAAAAGTTTATTTGTAGAATTTACAAAGAGAATGAGAGATAAGGTAGGAGCAAAGTTTCAAACAGTACTATATAAGAAAAGTGATGCAGATTATGAAGGTGTAGTGTCTGTAGAAAATAAGATTAAAGATAAAGATTTAGTTGAATCTAGCTTGATTTATTGGGCTACTGGAGCTATAGCAGGATGCGATATAAATAAATCTAATACTAATAAAAAGTATGATGGTGAGTTTGATGTTGGTGTAAATTACACTCAAATACAACTTGAAGAAGCACTAAAGAGTGGTAAATTTATATTTCATAAAGTTGGTGATGAAGTTCATGTGTTAGAGGACATAAATACTTTTGTATCATTTACAGATGATAAAAATGACGATTTTTCAAGTAACCAAAGTGTTAGAGTACTTGACCAAATTGCTAATGATATTGCAACTTTATTTAATGAAAAGTATTTAGGTAAAGTTCCGAATGATAAGGCAGGAAGAATAAGTTTCTGGAATGATGTTGTTAAACACCATAAAGAATTAGAGAATATAAGAGCAATAGAAGATTTTAAAACTGATGATGTTAGTGTAGAGCTTGGAAATGATAAGAAAACTGTCATAGTATCTGATGCTGTTAAGGTAATAAATGCTATGAGTAAGCTTTATATGACTGTTTCAGTTAATTAGAGAGGAGAGTGATAATATGGCTCAAACAATAAATGCTAAAGATACAGTTAGTGCAAAGAAAGCTGAATGTTTTATAACTATAGAAGGCAAAAGATATAATTTTATGCAAGCTATAGATTTAGAGGCTAAAATGGAAAAAAATAAAAGTGAAGTTCCAATTCTAGGAAGAACAACAAAGGGAAATAAAACAACTGGGAGTACAAATACTGGAAGTGCAACATTTCATTATAATACTTCTATTTTTAGAGAATTACTTTACAGATATAAAGAAACTGGTGAGGATATTTATTTTGACATACAAGTTACAAATGAAGACCCTACATCTGCTGTAGGAAGACAGACAGTAGTACTTAAAGATTGTAATATGGACAGTGGAATAATTACTAAATTTGATGCTGATGGTGAGTATTTAGATGAAGATATGGATTTCACTTTTGAGGATTGGGAATTAGTAGAAAAATTTAATTTATTGGCAGGAATGGAGTAAAATACACATTTATAAATTATATATGTGTATTTTTTATATGAAAAATTAAAATAAAAGGAGATTAGAATAATATGAGTAATTTAAGTGCTTTTTTAAGTCAAAATGCAATAAAGGTTGATAATGTAAAATATGTAGCGAGTAACAGATTTTTAGATAAAGAAGGGAAACCAGTTGAATGGGAATTAAAAGTTTTATCATCTGAAGAAGACGAAGCACTAAGAAGAAAGTGTACTAAAAGAGTAAAAGTGATTGGTAACAATGGTAAGCATACTGGACAATATACAAGTGAAATTGACTACAATAGTTATGTAGCTGAATTATGTGTAGCATCTACAGTATTTCCAGATTTAAAGGATGCCGAACTCCAAAATAGTTATGGAGTAATGGGAGAAGCTCAGTTATTAAAGACAATGCTTACAGCAGGTGAGTATGTCAATTATACAGTAAAAGTGAATGAAGTCAATGGATTTGATACATCTTTTGAGGATAAAGTAGAAGAAGCAAAAAACTAATCAGAGGTGGCGATTTTGATGCTAGCATCACTCATTATTGTATTCAAAAATTAAAGTGGAAGCCAAGTGAATATATGAATTTAGAAGTTAATGAGAGAGCGTTAGCAGCCGCCTCAATACTTATAAAGATAGAAGATGAAGAGGAAGCAATGAAAGAAGCTGAAAGAGAGAGAAAGAGGGGACGAAGAAGATAACAAAATAAAAAAATAAATATAGAATAGGTAAAATATGTAATAATTATATGTTATAATATTTTTAGCAAGAAGATGTAATCTACAATTTATAGAGTGGAGTTCATACTGGGATAAAACCTACTTCCTAATGAAAGGAGGTGGGAAGTATGAATAACTTTTTACTTAATGTAATAGCTGGCGTTATTGCTAGTTTAATATTTTGCTTAATTTGTAAAGTATTTCTAAAAGTAAAAAGCCACTCAACTCGTGGCAAGAGTAAAAGTGGCTGGGAATTTGATTTTAAAATCAAGTTCCATAAGTTCAAATAGATTCATTTAATTATGAACTTCACTCTACCGCAAAATAGATTGTAGTTCTTCTTGCTTTTATTATACCACAAATTAGAAAAAATATTGTTTATATAAAATAAAAAATAAAAATTTTTATTAAAAAATTGAAAACTTGATTATAAAGCAATTAATTTATAAAATATATATAAATAAGTAGGTATTTATTTACTTGAATTTCATTGTTTATATAAAAAAAATGGAAAAATATGTAATAATTATATGTTATAATAATTGTAGCAAGGATAATAATCGAAAGTGCGAAGGGTGATTATTTTCATATTAAACACCAAATTCCAAATAAGGAAGGAGGTGAAATTATATGATAGGTTTTTTATTAAGCATATTAGCTGGTGTTATATCAGCTTACATTTATGACAAAATAAAAAATCACCCAGACGCCAATAAGGGTGATTTAAAAAAATAATATTTTCACTTAACAACTGAAAATAATCACTCTTTGTAGGAGTAAATTATTTCCTTGCTTTTATTATACCACAAATTGGTACAGATATTCAAAAATAATATTTTTATGATATAATAAAAATGTAGAGATTTTGCAGTGAGCGATATTTGTGATAAATTGAAGTTTAACAGTTGCAATATAAGGCGTTGAGGGTGTGTGATAAATGTTATCAATTGCACTACTCATGGTTCACTGCAAATTTGAGAGAGATGCGTATGTGTAGGTATTGGAAATGCCAAGTTTATTTTGGGGTTTTAGATTAACTATATGGAATGTAAATTTTTCTAGGTCTTCAATTCTAAAATCAATACGACTAAAAGTTTTAGATTAACTATATGGAATGTAAATGTACTAGATGGATTTAAATAAGGTAATCCACCAGTAGTTTTAGATTAACTATATGGAATGTAAATTTCAATTTCTTTCACTATTGTAATTTTATTTGTGACAGGTTTTAGATTAACTATATGGACTTAAAATTAAAAATACTGAAAAACACTTACTTTTATGGTAGGTGCTTTTTTATATTAAAATCTGTGTACTTAATTGAAATATTTGGTAAAATATGTAAGAATTGTATGATATAATAATTGTAGCAAGGAAAATAATAATTGAAAAGTGCTAAGAGTGGTTATTTCCATATTTGAATACCAAATTCCATAACGGAAGGAGGTGTAACAGTATGGTGATAAATTTTTTATTGAGTATACTGGCTGGTGTTATATCAGCCTTCATGTATGAGAAAATAAAAAACCACTCAAAGGCCAATAAGAGTGGTTTAAAAAAATAATTCTTTAAATCAATTTTGATGGAAATAGCTACTCTTGTATAAAGTAAATTATTTCCTTGCTTTTATTATACCACAAATTGGTACAGATATTCAAAAATAATATTTTTATGATATAATAAAAATGTAGAGATTTTGCAGTGTTCGATTTTTGTAATAAAATATGGCTTAACAATTGGAATACAAGGCATTGAGGGTATGTGATAAATGTTATCAATTGCACTACTCATGATTCACTGCAAATTTGAGAGAGGTATGTATGTGTAGGTATTGGAAATGCTAAGTTTATTTTGGGGTTTTAGATTAACTATATGGAATGTAAATCGCTACGATTTGACAGCTAAAAATGTGCTTTTCTTAGGTTTTAGATTAACTATATGGAATGTAAATCCTCGCTCTATATTGCTCATGTGCTGTGGAGTTATAGTTTTAGATTAACTATATGGAATGTAAATAGGTTTAAAAACCTCTGTTCTTCCACCATAATACCCAGTTTTAGATTAACTATATGGAATGTAAATACGAAAAGGCTCGAGTCCCTTATGGCTGGTGAAAAGTTTTAGATTAACTATATAGAATGTAAATGCATTATTGTAATAATGAACTTTAGCGTAAGGCTGTAGTTTTAGATTAACTATATGGAATGTAAATGTGTGTATAACCATATCCACTTTTAAAACATTCTCTGGTTTTAGATTAACTATGTGGATTCAAAATTAAATAAACAAAGAAAGCACTTACTCAGGTAGGTGTTTTTTTATTGAAAGGATGTGATTATAATGTAAAAATTTTACGCATATAGTATAATATTGGTAAAGAATATAATTTAGGGGGATATTATATTATGTGGAATAAGTTTAAAACTTTGAGCAAAGGCAAGAAAATATTCTTTGGAGTACTGGCTTTTATTTTATTTCCAATTACAATAGCCGCTTTTTTAGGAGAGGTAAGTATAAAATTGTTAATAGGAGGATTTAAAAATAAGAAGATACTAAAGATTGTAGGAGGGTTATTTGCAATATATTTTTTTATGGTTGTTATAATAGCAGATATAAAGATATATAGTAGTTTATTTAAAGGGGAACTTCAAAATGCTGAACCAGTAGCTAATGAAAATAATGAAGAACATATTAAAAAAGCAAAAACAGAGAAAACTGATGTTATTAAAATGTCTAAAGATGAACAAAAAATTTCTGAGGTTATAAACACAGAACCAGAGAAAATTAAAAATATAGCTAATATACTGAAAGAATGTGGAATAGAAGATTTCGAGAGTATAAAGCATGATGATGGATTGGATAATGCACATTTTAATGGAGAAAAAGGATATAGAATTGAATTTGGTGGTTCTAAAAATATAATATTATATATGAACAAAGATAATTCTGTTTACAATGTCAGATGGGCTGACAATGACTTTTATAAAAATAATAAAGTAGTTTCTAAAGTTAGTGATTATACTCTTACAATTGATGAAAAAACAGAATTACAATTACAATGTCAAAATGGTGTTAGTGCAATTCTAAAGTCGCCAAGTACAGCTAAATTTCCAAATATAACAGAATGGGTATTTTATAAAGATAAAGAAAAAATAGTAGTTCAGTCTTATGTAGACTCTCAAAATTCGCTAGGAGCAATACTTAGAAGTGATTTTCAAATAACTTTTACAAGTGATGGAAAAAATGTAAAGTCTTTCATATTTGATGGAGAAGAAATGATAAAATAGTTAATTTAAGGAGTAATCAAGTTGATTACTCCTTTCTTGTGTCTAAAATAACAAGGAGGGAGGTTAAAATATGGCTACAATACAAACATCAATCCGCATATTTGATGGAATGACACCTGCATTTCGTCATATGACAACTGCTATGAATATAGTATTAAGTTCATTTGAGCAATTACAAAGAACTTCTAGTAATGCAGTAGATGCTAATAGCATAATAAAAGCTAGAGAAGAGCTGGCAAGAGCAGAAGCTGGATTTGATAGATTAGAACAGCAAATAAGAGAAGCTGATGGGCAACAGCGAAGACTTAATAAGGATATAAATAAGGGTGCAAGTAGTACAGATAAATTAGTAGCAAATGCTAAAAGATTAGTAGCGACTTATATTGGATTAAGAAGCGTTGGCGGTTTAATTAATTTAAGCGACCAAATGACGAGCACTAATGCCCGTTTAAACATGATAAATGATGGTCAACAATCAGATGGCGGACTTAATAAAATGATATTTCAATCAGCAGAAAGAGCAAGGGCATCTTATTTGGATACTGCTAAAATAGTAACACGTGTAGGGATGAACGCAGGTAAAGCGTTTAGCAGCACAAAAGAAATAGTAGCATTTGCTGAACAACTTAACAAGAAATTTGTAATCGCAGGAGCAACAACAGAAGAAACAAATTCAGCATTACTGCAATTAACGCAAGGATTGGGAAGTGGTGTACTTAGAGGAGAGGAATTAAACGCTGTATTTGAGTCAGCACCTAATATAATACAAAGTATTGCCGATTATCTTGACGTGGATATAGGAAAGATTAGAAGCATGGCAAGTGAGGGAATGTTAACAGCAGATATTGTAAAAAACTCATTACTTGCAGCGGCAGAGCAGACCAATGCAGAGTTTGAGAAGATGCCTTATACATTTGGACAGATTTGGACATCAATAAAAAATAACGTAGTCATGATTTTTGGTGTTATACAGAAAAAAATAGAACAATCTATGTCTAGCCGAGGTTTCCGAACCTTTATAGATAATTTTATAAATGGATTATATGTTTTAGGTAATGTGTTTTTTAACATTTTTAATGGAATTATAAGTATATTAAGTAGTCCTTTTTTTCAAGCTTTCGTAAACACTATTATTGTATGTGTTAGCTTGATAGCACAAGCATTAGGTTGGGTGATAACACAAGCGTTGAATATTGCTAATGTATTTGCACAAAATTGGAGTATTATAGCACCTATAATTTATGGAGTTGTTGCAGCTATTGCAATTTATTCTTTAGCTTTAGCAGGAATGTGGGCTTGGGAAAAATTAGTTGCAGCTTCTAAATTTGTTGTGATGTTTGCTCAAATGCTTTTAAATACTCAAACATTAGCAGGGTATAAATCTTTAGTATTATATGCACTTGGGCAATGGGGTGTAAATGAAGCTATGTTAGCATGTCCAATTTTTTGGGTAGTTGCAGGGATAATAGCTTTAGTAGTAGCGCTATTTGTTGGAGTTGCAGTTTTTAACCATTTCGCAAATACAAGTATATCTGCGGTAGGTGTTGTTGCAGGAGCAATATCAGTTGCAGCAAGTTTTATAGGAAATATTTTTGTTGCAACAGGTAACATGCTTATAGATATAGTTGCTTTAATTTGGAATACATTTGCTACTTTTGCAGAATTTCTAGCAAATGTATTTAATGACCCATTAGGCTCTATTATAAGATTATTTTCTGGAATGGCAGATACTGTTTTAGGTATTTTGCAAAGCATAGCATCTGCAATAGATACAATATTTGGTTCAAATTTAGCAAGTGCAGTGAGCGGATGGTCAGATAAGTTACAAGGCTGGACAGATGAAGTGGCAGGAGAAGCAAAGATAAAAGTAGAAAGAATTGACCCATCATCTTTACATTATGATAGATTTAATTATACTAAAGCATGGGATGGAGGATACAAATTTGGTGAGAAACTAGAAAATAAAATAAAGGATGCTTTTGATATTAGTAAAATAGCTGATAAGGCAAAAAAAGATTTAGGTCTTGACGATTTGTGGGACAAAAAATATGGTCTTGGTGATGGATTTGGTTCTGGTGGACTTAACTCTCCATTAAATGATGCAGCAAAGGGTGCAAAAGATACAGCAGGAAATACAGCTAAAATGGCTAAAACAATGGATAAAAGTCAAGAAGATTTAAAATACTTAAGAGACATAGCAGAACAGGAAACAATAAACAGATTCACAGGAGTAAACATTAAAATTGACATGAACAATACAAACAACATAAGTAAAGATGCAGATGTCGACGGCATAGTAAATGTACTAACAGAAAAATTAAACGACGCCATGGTTGTCTCAGCTGAGGGAATAGTTTAGAAAGGAGGGATATAAATGGCTTATGATTTTTACTTGGATGGAGTACAATTACCAATTCCACCACCCAAGTTAGAAATAAAAATAACAAACAAGAATAAGACAGTTGATTTAATAAACACTGGAGAAGTAAACATATTAAAAAAAGAAGGGTTATCTGAAATAAGTTTCGAAGCAGAATTTACACATAATAAATTACCATTTTATCGAGGGACTTTTAAAGATGTTCAATTCTTTTTAAGTAAGCTAGAATTACTAAAAACTGATTGTAAGCCATTCCAATTCATTGTATCTCGTGAGTTAGGTAACAAGGTCTTATTTAACACTAATATGAAAGTGTCATTAGAAGAATATAACATAGTAGAAGATGCAGAAAATGGCTCAGATACAAAAGTTGCAATAAAGTTAAAACAATATAGAGATTATTCAACTAAAAAGTTAGTTCTTGCCCCTCCTAAAACAACTGAGACTGGTAGACCAAGCGTAAAGATAGAACCCAAGAGGGTCGATTCAATTAATGCACCAAACACCAAGACTTATACAGTCAAATCGGGTGATTCTCTTTGGTCAATTTGTCAGAAACAGTTAGGAAATGGTTCATTATATAAGAAAGTATATGAATTAAATAAATCGATGATGGATAAGGCAAATAAGGGCAAAAACTTAAGTAAATACACTATTTATAAAGGGCAGGTGTTAAAACTTGGTTGATGATTTAGTTCTGGCGAATGATAGAGATGTAAGATTAGTAATAGCACATTGGGAAGATTTCTATGAACCTGCTGTCATTGATGGAGTTACATGGGAAATAGAAAGGCAAGGTGCACCTTCTAAACTTGAATTTACAATCGTCATGGATGATATACTACAGTTTTGTGAAGGTAATTCAGTTCGTTTATATTACAAGGGTACAGGTGTATTCTATGGATATATATTTCAAAAGAAAAGAGATAAAGAAAATCACATTAAAATTGTTGCTTACGACCAGTTGAGATATTTTAAGAATAAAGATACTTATGTGTATAATAATCAAACTGCATCTGAACTTGTAAAGATGTTAGCTAAAGATTTTAATTTAAAATACAATGTCATAGAAGATACTAAGTATAAAATATCTAGAGTCGAAGAAAATAAAACACTCTTTGATATGGTTTTAACTGCACTTGATGATACCTTAAGAGAGAAAAAGGAAATGTATGTTTTATATGATGATTTTGGAAGAATAACTCTAAAAAATGTTGCATCAATGAAATTAGATACTGTCATGAATAATGATGTAATTGAGGACTTTGACTATAATTCTTCTATTGATAGTGATACTTATACAAAGATTAAACTTGTAAGAGACAATGAAGAAACAAGTAAAAGAGATGTCTACATCGCCCAAGACTCAGCACATATGAGAAGTTGGGGAATACTTCAAATGTTTGATACAGTAGATAAAAACATGAGTGAAGCAGAGATAAAACAAAAGTGTGATATACTTTTAAAACTATATAATAAGAAAACTAAGTCATTAAGTTTAAAAAATGCACTTGGTGATATTAGAGTAAGAGCAGGTTGTTTAGTACCTGTTTTTTTAGATTTAGGAGATATTGAGTTACAAAATTATATGCTAGTTGAGAAAGTAAAACATACTTTTGAAAATAACAGTCACTTTATGGATTTGACTCTTGTTGATGGAGATGAATTTGCTTCTTATTCTTCAAGCTCATATTCAAGTGGAAATACTAACAATAAGGATGAAAAGAAAAATGGTCCTGCACAAAGTACTACGAAAAAAAATACAGGTAAAAAAGTTCCTGCTATATTTACTGCATATTATCCAGGAAACAATGCAATGGAAGGTGGAAAAACAGATTGCAATGGAAAGCCACTTGATGTAAAATCAAGAACTGTTGCTGGTCCAATGAATCGAGAAGGAGTTAAGAAAACTTGGTATACTGATGATTTTCTAAAGAAACATCCAGTTTTTGAATATGGAGATAAAGTAAAAATTATACTTCCTGGTACTGCCTATGACAACAAAGTATATACAGTTAAAGATAATGGAGGAAGAATATATGTTGAAACAAACGGAACATATCATATAGATATACTATTAGCTAATGCTAGTGAATGTAAAAAATTTGGTAGAAAGAATGGCTATATAATTATAGGTGGAGATGAAGAACAAACATATCAAGTTGAAGGTAATAACCAAAGTAGTACAAATAATAACTCTAAAGAAGATAAATTAATTAGTATAGCAAAAAGTAAACTGGGTTGTAATTATGTGTATGGAGCAGAAGGTCCTAATACTTTTGATTGTTCTGGATTCACTCAATGGTGTTATAAACAAATAGGTATAAAAATTCCTCGTACTGCTTCTGCACAAAGTAAAGCAGGGAAAGCAGTAGATTTAAAAGATAGAAGCAAGTGGAAAGCAGGAGACTTATTATGTAGAATTGGTGGAGGAAGTAGTAATCATGTTGTAATGTATATTGGAAACAATCAAATAATTCATTCACCACAAACAGGAGATGTGGTAAAAATAGAGTCTGTTAATTCTTATAGAAAAGGAAAAGCATACACACATGTGAGAAGATTTATATAAGTGAGGTGATAATATGAGTCAAGATTTATTACAAATAATTAAAAAGGCTGCAATGGATGCAGTAGAAACAAGCAATCCAATGAGAGTTGTATTTGGAACAATAGAAAGTACTAGCCCTCTAAAAGTTAAAATAGAGCAAAAACTATCTATTGGTGAATTTTTTCTAATACAAACAGATACATTTAAAAGATACACAGATAAAAAAATAGGAGATAAGTTAGTTTTAATTCGTATGCAAGGAGGGCAACAATACTTGATTTTAGATAGGATGTGATGAAGTGTTACCAAGCGATAATTTAGATTATGACATTGAAGATGTATCAATAATTAATTTTGATGTAAGGCAAGAACCAAGTAAGACCTTTAAATTAAATATAGAAAAATCTAAGATAGATGGTATTTGTGATGATGTTGAAGCATTAAAACAAACCATCTTTTTAATTTTAAACACAGAGAGATACCAACATCTAATATATAGTTGGAATTATGGAGTCGAGTTGAACGACCTTATTGGAGAGCCTATATCCTTTGTAATCCCCGAACTTGAAAGACGAATCAAAGAAGCACTAATTCAAGATGATAGGGTTGAAAATGTAGATAATTTTGAGTTTCAAAATGTAAAGGGTAAAGTACATTGTAAGTTCACAGTTTACAGTAAATATGGAAATATAAAAGCAGAGAAGGTGGTGAGTGTATAATTGTTTGAGTTAATGACATTTGAAAATATAATTAAAAGAATGTTAGATAGTGTACCTAACACACTGGATAAGAGAGAAGGTTCTATAATATACAATGCCTTGGCACCAGTTGCTATAGAACTTACAGAAACATACATTGCAATGGATGAATTACTAGACCAAACATTTGTAGATACTGCTAGTTATTACTATTTAGAGAAGAGATGTAAAGAGAGAGGTATTACACCTTTACCTGCAACCAATACAATTGCAAAAGGAGTTTTTAACATAGATATTCCACTTGATTCTAGGTTTAATCTAGGAGAATATAACTATGTAGCAATTGAGAGAATATCTGAAGGTATATATAAGATGAAATGTGAGACTGCGGGACCTATTTTTGAGTTGGGGCAACTAATACCTATCGAATATATAGACAAATTAGAAACAGCAGAACTGACAGAAATTTTGATAAATGGAGAAGATGAAGAATCAGAGGACAGTTTGAGACAAAGATATTATGATAGTTTAAATTCTCAGTCTTTTGGGGGTAATATACAAAATTACAAGGATGAAGTTAACAAAATACAAGATGTTGGAGGAGTTAAGGTTTATCCAACTTGGGATGGAGGTGGGACTGTTAAGTTAGTAATAATTAACTCTAATTTTAAAGTACCAAGCACTGATTTAATTAACTTAGTACAAGAAGAAATTGACCCAATCGGACACCAAGGACAAGGCTTAGGATTAGCACCAATTGGACACCGAGTCACAGTTGAAGGAGTTACAAGTACAACTATAAATATATCAGCAGAAATAACATATAAGAGTGGATATACATGGGAGAATATAAAAACAATTGCAGAAGAAACAATTGATGACTATTTAAATGAGTTAAATATGAGTTGGGAAGACGAAGAAAATTTAATAGTTCGGATATCTCAAATTGAAACTAGATTACTTAGTATTGATGGAGTATTAGACATTGCAAATACAATGATAAATAGCATTGCATCTAATCTTAATGTTGATAAAGATTCTATAGTATTAAGAGGTGAGGTAGTTGGATAAAGAGATTAATCTAATAAATTACTTACCACAAATTCTACAAGATAAAGAAGAATATATAAAAGTATTTAATGTAGAAAATAAAGAAATAAAAACACTACATGATAAATTAAAGGACCTATCAAATGACCAGTTTTTAGAGGATTTAACTCCAAGTGGTGTGAAAAGATGGGAAAAGATAATGTCTATAACTCCTAAAAGTAATGAGAGTTTAGAAGATAGAAGGTTTAGGATTTTTAGTAAATATATAAGTAAATTACCTTACTCAGAGAGATTTTTACGAAACTGGCTAGATAATATAGTTGGTGAAGGAAACTATGAGTTAACTATAAATAATTCCACTTACAATATACATTTAGAAAGTGATGCAAGAAATCAAGATTGGTTTGAGGAAGTTCATTCTTTTGTAAGTAATATTAAGCCATGTAATATGACTTTAGATTACACTAGAGTGCTTATAAGCAAAGACAATTATATGAATTTTGGTATAACAACCCTAATAGGTCAAGAAATAACTATATACCCTTGGAGTCCACCAGATATAGAAACTTATGGAGAAATTGATGTATTAACTGGCAATGGAGTTGGATACCAAGAGGTAACAATATTTTAGGAGGTGATATATTGGCTATAGATAAAAGTTATTACACTATAATTACAGATGTAGGAAAAGCAAAGATAGCAAATGCAAGTGTCACAGGTAATAAAGTGGGATTTGTAAAAATTCAACTTGGTGATGGAGGAGGGAGTGAATATACTCCAACTGAGAGTCAGACAGCTCTCAAAAACGTGGTATGGGAAGGCAATATCGGAAATACAACTACAGATGAAACTGCACCAAATTGTATAATATTAGAGAGTTTAATACCATCAAGTGTAGGCGGGTTTATGATAAGAGAAATAGGATATTTAGATGATGAAAATAATTTAATTGCCATTTCTAAATACAAAGAGTGTTATAAACCTTCTATAGAACAAGGTGCAGTGGTAGACATGAAGGTTAAAACTGTGCTTATTGTATCTAATGTAAATAATATAGAACTTAAAATTGACCCAACTATAATCTTTGCTACATTAAAAGATATACAAGAATTGGAAACTAAAATAGGTACTATTAATACTAAAATTGATACAACTAAAACAGAATTAACAAGCAACATAGAAACTGCTAAAACAGAGTTAAATACTAGAATTGACACAGAAAATGAGAAACAAAATATTAAAATTGACCAATTAATTGCAGGTGGTTCAAATGTTGCATACACTCAAAGGGTCGCAATTGATGATTGGGTGGAGGATGCAGAAAATGGATTCAAAGCAACTGTAACACATAGTTTGTTAACACAGAGAATAGTTGTAAATATTATAGATGCTACTACAAAAGAAAATGTAGTTACAAACTTTAAAATTATAGATGATAATTCTATAGAAGTTAGAAGTGAGGTAAAAGTTGAATTAAATGTCTATGTGATAAACGGAAATGCAGAAACTCATTTTATTAATGCAACTGTAGATGATAACAGGGTGAGTGAAATGACTACTTATTCGTCTAAGAAAATCGAAGATAGATTTGTTAATCTAGAAGAAAAGGTAAATGGTGGTTTATCTAATATTGCAACTAGTGTAAATGAGTTAATAACTTATTGTTAGAGAGGAGAGTGAGAAAATGCAGACTGAATGGAATTTTGGTTATAATGGTTCGCCACAAAGTGTTATATTGAAACCTGGTAAATATAAATTTGAATGTTGGGGTTCTTCTGGAGGTATCAATAATTCTTCTTGGTATACTGATGCTAAAGGCGGATATTCTAAAGGTGAAATTACATTAAAAAAACAAACTACATTATATGTTTACGTCGGCGAAAGTGGTTTTGCTTCTTCATCTACGAGTAATAACACTAAAAGTGGTTTTAATGGTGGCGGTAAAGGTTACTTAAATCAACAGGTTATGGGTACTTATTATTCTATGTACGGTGGTGGTGCTACTGATATAAGGCTCGTTGGTGGTGCTTGGGATAATGAGCAAGGTTTGCTATCTCGTATAATTGTCGCAGGTGGTGGCGGTGGTTCATATTCTCCTTATACTGGTGGTGCAGGAGGAGGATTAGCAGGAGGTACTGGGTATAGTGCTAACGACAGACATCGTCCCGGCGGTACTCAATATCAAGGTGGTATTGGTCGTGTAAGCACAGAAAACGGAAGTTTTGGAAAAGGGTGTTCTGCTAAAGATTCAACTGGCGAAGGCGGTGGAGGTGGCTGGTTTGGTGGTGCAGGAATGAATGGTGTGGGAGCAGGTGGAGGTGGAAGTGGCTACGTATTAACTAAAGATAGTTATAAGCCTACTGGCTACACACCAACATCTGAATATTATTTTGATAATGTTGTTATGGAATCTGGTGGAAATACTGCTGGTGCTTATGGTTATGCCCTAATAACATTACTACAAGCATTACCTTTTTTAACCGTATCCTCTTATAACTCAACTACAGCAACATTCAAAGCCGACCACACAGACCCAGCATTGTTAACTAAAATAGAATACTTTATAGATGATGTATTAAAAGAAACTATCACAACAGATTTAACTCTTGAAAAAACAATTAACTATACATTAGAAGATAATGCACTACACACACTTAAGATAGTTGTTACAGACAGTAATAATGCTACAGCAGAAAAAGTGTTAAGTATAAGTAAGAATATAATGCCACTGCCCGAAAATGTAAATTTAAATGATATATCAACAAAACTGACAGAAGTTAATGCAGGATTTAAAACTGGTAAAACAAGTATTATAAATACTTTAGCATTAAAGAATATAGAAGCAAGTTTGAATAATACACTTGTGGAGTTATCAGAGAAAATTAAAACTTCTTTTGATAGTTCTGACGCTAGTGTACAAGATTTGATGAATCAGTTAACGCAATCTAATAATACTATAACACAGTTAAATACTAAGTATCAATATTTTAGTGGTGTTACCACTCTCATTGGCAATAGTATTTGTATAGCTAATTTTTATGGAAAGGCATCTGGTATGTATCCTGGCTATTGGATTAGGGTTGGAGGTTTTAAATCTGTTCCTAATATTTTTATTGCTGAATGCGAATATATTTATGATGGTAAATTTTATAAACATCTTATTTTTGCTTCTTGCGGTGTTTTTACTAAAGATTTTACTATTCGTTTATGTTTTAGTCGTGAAATAGATGTTAATACCTTTAGCGTTAAAGGTGATATTTTCAATATTGAAGAGCAGGATGTTTGGTATAATACTAATCTTGGTCTTAATCTGCCTGCATATAACACTAATATACCAGTTAATTTTAATTGGTGTGCTATAAAATTTAAATAAATGAGGTGATAAAATGAATAGAGCAAATAGAATAATTTACGACCAAACTGGTAAAATACTTTTACAAACTGGAGAAGCAACAGGAGATATATTAGAGCATGATACAATAACAGAATTACATTATATTGATGTTGAATATGGAAATATAGACTATAGTAAACAGTATATAGAATCTATAAATCCAATAACAAAAGAACCTATTTTAAAAGATATTCCAATCTATTTAAGCGAAGAAGAAAAGAGAATACAAGAGTTAGAAAATCAATTACTAATTGCAGAAAATGAAAAAGTGGGAGGATTATTATAATGAATATAAATAATGTTGTAGTAAGAATATTAGCAGAGAGGATTTTAAGTAGAGGCTTAAATCCTTTAAAAAATCGAGAATTTGAATTAGATGATGTGACTAACACAGAGTATAGAAAAGCAGTAGAGGATTATATTATAGAGCATAGTGGAGTAGTAGAAGGAACAGAACCTACAATATAGAGGGTTCTTTTTTATTGAAAGAGGTGACTAAATGACTTTTAAAGAGTTAGTTAATAAAGTTAGAAATCTTGTATTAGAAGCAAAGAATGTAACTATAGAAGATACAGAAAACTTATTTGAAAGTGATAATGTTGAGGGAGCATTGAAAGAATTGTCAATAGAGGTAAATGGACAAAGAGCAAAAGGAATTACTATAGTGAATAATTTAATAGATATGATTTAATAAAGGAGAGTGAAAAATGGCAACGAAATTAGAAGAAAATGCAAAACTAAGAGAAATGATAGATACATTAGAAACCACGAAAGATGATTTGCAGACAGCCAAAAATAATATAGCTGATGTTCTAGGTTTGCCTTTCACAGGAAATGACAAATTAGAAACAACTAAGAACACACTAAGTTCAATACGAAGTACTTTTGTTTCAAATTTAAATAGAAAAGGCGTATCAACTGCAAGTAATGCACCTTTTAAAATTTTAGCCGAAAATGTTGCTAAAATAGAGCAAGGCAACATGATTGTTCCACCTTGGTATGTTCCTAAAAATGTATTTATTGAAGCTTTGAGTACTTACGCTAAAAATGGAATAGCATGTGTTTCAGCAGAAAAAAAAATTTATTTTATAAATGGTTACACGGTTGGGTCTGGTTCAAATAATCTTTGCTATGATACTGTTTTAAACGCAACGACAAATAAAAATATTCCAGCTTCTTTTGCCGAATCAGCATTATATTTTTATGATGGATATATCTATAAAATAGGTGGTTTTGATAGTTATTCAAGTCCTTTAGGATTTTGTCAAAAATATAATGTTTTAACTACCTCCTGGACTACTATAACAAGTATACCTACAGCAAGAGGCAGTGCTTGTTGTGAAATGTATTCAAATCAGATACATGTTCTATATGGTGGAGAAAATTCTTCTACATCTCAAGCAGTTAGAGTTGTTGAGTATTATAATACAACGTTAAATACTTGGTCTACAAAATCAACTATAATGGATTCAAAACAATCGCATTATTTTGTTTGTGCTAAAGTCAGCATTTATAAAATTGTTGTGTTTGGGCTAAGAGGTTCTAATTCTTCTTACTTTTTTTCAACAATTAATTATGACCCTGTAAGCGGAACTTATAGTTCTGCTGGAGAAGGTTTTGATAGTAATACTTTTGCCGTACCACTAGGTTCAACTTTGTATGTGTCAGATTATGGTTATAAAGCTGGAAGTGGCAAATGTGGAGTTATTATTTTTTCTGATAGTGGAATTAAAAAATTAACTTTTGATAAAGGAGCTGTTCCTAATTATAGTTATTTTGGAGCTTCGGTTGATGGTAGACAAATATATTTTATTTTAAATGGTAAGATTACTTGTTTTATACCAGAGTTATAAAATTAGTAACTATTTGTTTAGAAATGGTTACTTAATACTTTTGTAATCTTTGAATTTACTACCTTATACATTAAAGTAAATTAATTTAAAATATAAAGCTGTTTTTAGAATAGTTTAAATTTCTATCTCTTTTACTTTTTTAAGTAACCATTTCTAAACGAAAGGATACTTAAAAAGGAGGCAGGAATTTAATGACTATAAAATTAGAAGAAGATTCAAGTATAAAAGAAGTTATGGACTCTTTTGAGAATATAAAAAATGACCTTCAAAATGCTAAAGACAACTTAGCTAGTACATTAGGAAGTCCTTTTGTTTCAACTGATTCATTTAGCATTACTAAAACAAAAATACAAACTTTCAAGAGTACATTAGCAACTAATTTAACAAAAAAAGGTGTTTCAACTTCTTCAAATGAAACAGTTCAAAATATGGTAAATAAGGTTTATAATATTGAACTAGGAAATACAGACATACCAAACTGGTATAAACCTAAAAATATAATTTTAGATGGAGCTTCTTCAAGTTTAAAACCATATCCACCTTGTATAGCTGTAGATAATTATGTATATTTTCTTGATAATACTAGTTCAGTAATGTATTTTAAACGTTATGATACACTAACAAATACTAGTACTTCTCTAGCAGCTCCAACATTTCGTGAAGAAGCTTCAATGATTTATTATGATGGGTATATTTATGTTATTGGCGGATATAATAATGGTTCAGCCATTTCAAGTTGTCAAAGATACAATATAAGTGCAAATTATTGGTCATCTATCCCGAACATGATTACCGCTAGAGGGGGAACTTGCGGAAATTCCTATTCTAATGAAATACATGTACTGTATGGTTATATAAATACAAGTAGTTCAACGACAACAAGTAATATTAGTGAATATTACAAAATTAGTACAAATACTTGGTCAACTAAATCAACATTAATAGCTTCTAGATATAGAAGGTTATTTGTATGTGCAAAAACAAATACTTATAATTTTTGCATAACAGGAGGAACAGACCCTGGAGGTGTTTGGAGTCATTCTATAAATGTTTATAGACCGGATATTGGTAGTTTTACAAGACTAGAAGGTTGGGATGTTGAATTTGCAGTAGAAATTAACAATATGTTATATATAGCACATAAAAGTAATACAACTTTTTATGTTAAAATGTACAATCAAAACGGAGTAATTACTACAAAAACTTATGACCTTAAGACAACAATACCTAATAATACTTCAATTAAAGCGGTTTCGGTAAAGAATAAATTTATATATTATTATGAGAATAGTAGGTATAAATGTTTTATACCAGAATTATAAAAAGGAGAAAATAAAAATGATAAAGATATGGGATAAAAAAGAAAAAATAAATGGAGTAGAAGCAGAAGAAATTTTAAAAGGTAATTATGATTTTCAAACTAGCGAAGTGTTTTTAATACTTGATGATTATGAAAGAGTTACAAATATAGAGTCAGTTAATATAATTAAATCTATATATAAACTAGATAAGAGTTTGACAGCTTTAGAAACAGCAGAAAAATATTTAGAAATGCATAAGAAACAAGAAGAAGAGATAAAAGCACATGAGGAACTAGAAAAAAATTCTAAAAATGCAACTATAGCTACACACGAAGAAGTAAGAGCATTAAGAGAAGAAACAGCAACATTAACTTTTGCAATGATGGAAAAGGAGTTGATATAGATGTGGTATAAAATAATAAAAAAATACTATGAGGATGAATTATGGACTAAAGAGCAAGTTAAAACAGCAGTAGAAAAGAATAAGATAACAACAATAGAATATAAAAATATCGTTGGAGAGGATTACATTGTATAGTCCTTTTTTGATTTTATATAGTAACTATTTGTCAAGAAAGAGTTACTAAAAAGCTTTATACTTGTTTATTTTGCTTGTTTTTCTATTAAAAATAAAATTATTTATACTATATATACTTTGTAAAAATTACTTAAAATCAATCACTTTTCTATTTTAAAAAGTAACCTATTCTTGACAAACAGTTACTAAAAATAGAAAGGTGATATTTTTATGATAGAAAAATTAAACGAAAATGCAAGTTTAAGTCAATTAATAACTGCTTTTGAAAATAGTACAAATGAGATTAAAACAATTTCAAATACATTAAAGCAAACTCTAATAAATAAAAATATAAAAGTATTAGATACAGACAAATTAAGTAGTTTAGTCGATAAAGTAGATAAGTTAAAAGCACAAGAATTTGGTGTAAGAATAAATAAGTTGGATGAAAATCCAGATACTTGTGTAAGTTATCTAGGAGATGCAATAGGAATGACTCCTGCTAGTGTTGGTAGTTATGGTAGTTGGGATACTATAGATTTTATTAGAAACATAAAGCCATGTGGATTTAAAGATGGAATAGTAACAAAGTATATTAAAAAAGAAAATTTTAATATGTATGAAGATGGAACTAATGTAGAAGATGACACAGATGTTATGATTGAATTTCCTAAATTTTATTGGAAAATACAGAGTTCTGATAACTACATGGATATATTTATATCTAAAACAAAATTAGATGATGATTACGAATGTCCAGCACATTTAATTGGTAGTACAGAAAAAGAATTTATTTATATAGGTGCTTATCTGGCATATTTAGAAAATAGTAAATTAAGAAGTAAAAAGAATGTTAGTTCAACAATAGCTTCATATTCATCTTTTAAAAGTATAAGTACTAAATATTTAGGTTATGACATATTAGACCATCAATGTATGTTAATGTTACAAATTTTATTTATTATAATATTTAAATCCATAGATTGTAAAAAACTAGGTATCGGATATGGTTCTTATGTTGGAGGTCATTATAAATCAAATGGGATAAACACAGGAGGTTCCAGTTTTAAAGGGATGTTATATGGAGAACAAAATGGAGATGAACAAATAAAGTTTTTAGGTGTAGAAGATTTATGGGGTAATTATCAACAAATAACTAGCAGATGTACAGCAACAATACAAAATGGTTGTGTATGTATCGAAGTAACAAAAAGAGATGGAAAAAGAATTTTGAGTAGTATAGGAAGAAAAGTAGGAGTAGTAACAGATGTTTTAGGAGGAACAAATACAGGGTTTTTAGTTAAAAATATAATAGAAAATGCAGGTGGAGAACCACAAGATACTAGATATTATAAATGTTGGGCAAATTTAGACGAAGGATTGACAAGACATTATGTTGGATTTAAGTATAATGAAAATAGTAGATATTATGGTTTATTTACATCTTTTTTTCAAAGCGATCATACAGCATCAACAAGACTAATTTTTATAGGAGAAGACAATCAAAATACACTAAAAACAATTCAAGAAGATGAATTGCTGTTTGTGGAAAATGAAAAAGTTGGAGGAATATTGTAATGATAGATGGAGTAGTTGTAAGAATACTGGCAGATAGAATATTAAATAAGGGATTAAATCCTCTAAAAAATAGAGTATTTGAACTTGATGATGTTACTAACACAGAATATAGGATAGCAGTTGAAAACTACATTATAGAACATAGTGAGGTAGTAGAAGGAGCAGAACTTACAAAATAGGTAATGTTCTTTTTTTAATACAAAGCAATAGGAGGTTTTCATGAATGAAGAACTTGTGAAGGAAAAAATAAGTACACTTGAAACAAGAGTAAAAGAACACGGCAAACAAATTGATAGAATAGAGATTGAGCAAGCAAAGTTTGCTATACAAATACAAAACCTATGTAGTGATATAAAAAATCTGACAGGAGTACTCAAGTGGCTTGTAGGAGTTATAATTACAACTTTAGTAGGGTTCTTTATATTTGCAGTTCAAAGAGGAATATTTTAATTAGGAGGATAAGAGATGGATAATTTAATAAGTTTTATACCAGAGCAGTTACTAATTTTAGTAGCTGCTCTTTATGTTTTAGGTGTTAGATTCAAAAAATATAAACAATTAGATAATAAATACATTCCAGTAGTGTTATTGATACTTGGAATAGGTTTCTCAATATGGATGCTAGGATTAAATCCTGTTGCAGTCTTACAAGGTGTAATTTGTTGGGGAGTTGCAATAGGTATAAATCAAACTTACAAACAGTTTAAGGAGGAAAATAAACAATGAAAATAGCAATAGTACCAGGACACACTTTAAGTGGAAAAGGAACAGGAGCAACTGGCTATATAGATGAAGGAAAAGAAAACAGAATTTTAACTGATTTAATTGTTAAATGGTTGAAACAAGGTGGAGCTATTGTGTATACTGGAAAAGTAGATAAATCTAATAACTATTTAGCAGAACAATGTGAAATTGCCAATAGGCAAAATGTAGACTTAGCAGTACAAATCCATTTCAATGCAAATAAAACAACTCTAAATCCTATGGGTACAGAGACAATATACAAAACTAACAATGGTAAGGTATATGCTGAAAGAGTTAACAAAAAACTATCAACAATATTTAAAAATAGGGGTGCAAAATCGGATGTAAGAGGTCTTTACTGGCTTAGTCATACAAAAGCTCCTGCAATATTAATAGAAGTGTGCTTCGTAGATAGTAAAGCAGATACAGATTATTATATTAGACATAAAGACATAGTTGCTAAATTAATAGCAGAAGGTATTTTAAATAAGACAATAGATAATAAAGAGAATGGTGAGGGAAAAATCATGTACAAACATACAATCGTTTATGATGGAGCAGTTGACAAAATACCTGCAACTGTAGTTGGCTGGGGATATAATGATGGTAAAATACTAATATGTGATATAAAAGATTACATACCAGGTCAGACAGAAAATTTATATGTTGTTGGTGGTGGAGCATGTGAGAAGATAGGTTCCATGACTAAAGAAAATTATACCATGATAAAAGGTAATGATAGATTTGACACTCTTTATAAGGCACTAGATTTTATAAACAAGTAAATCGATTAGGAGGTAGTAACTGGAAATAGTTACTACCTCTTTTTTTATTCATTTTCAGCTTTTTCAATAATTATTTTTCCATCTTCAAGTGTAACTATAACTTTTCTTTCATCTTGAGAGATACCTAGTTCTTTAACCCAATTAATAGGTAAAGATAATCTAGTAGTAGTATAGCCATTTCCACTTTTATGAAAACTTATATTTAATTCTCTTTGTTCCATTTAATTACCATCCCTTTTTAATTCTTTTGTAAAGAAAACTAATAGTGAGATACTTATTAATAATCCAATAATATTCCATATATCAAAACTTTTTATTAAGAGTATTACATCAAACACTATAGTTATTAAAACAACAGCAACACATATTTTGTAAAAATTTCTATTCATGGCATTTTAGAAAGTATGTTATAATATTAGAAAGAAGTCACCTAGAAGGAACTGCATTTCCTTCTAGGCTTAACTCTTATAGTTCTTTAATTAGTCTTAAAACTGTAAGAGCTATATTTAGTATTAATAATATAAAAGAGAGAACTTTTTTAATTATATTAAATTTGTTCTCTTTTTTATTTTTTCTTCTTTCTAATCTCCCCACTTTCTTTGTCCTCCTTTCTTAGTTTTTGTTTTCTCACCTCCTTGTCTATAAATATATTATAACATTACGGGACGTATAATGCAATGCTTTTATTTACATTTTTCAATAAATTTATAAAATTCAAAAAATGATAATTGACAACATATACTACAATATATTGATTAATTTTAGTTATTATTTTTTTTGTATATTAAAATGGAGAGGGAGAAAATCTTTAATAAGATATATCTTATTACTAAAAAGCATATCATGAAAAAGATATTGATAAATTTAATAAATAGAGTAGAAGGTAGCAACTATAAACAATCACTACCTTCTTTTTTTATTCATTTTCAGCTTTTTCAATAATTATTTTTCCATCTTCAAAAGTAACAAGAACATCTCTTTCATCAGGAGAAATATTCATCTCTTTAATCCATGACATTGGAAGTATCAATCTAGGTGTAAAAGAACCTTTGCCACTTTTATTGAATGCAACCCTAAGTTTTCTTTGTTCCAATAATATCATTCCTTTCTACTATTAATAAATGCCAACAATAATAAAGTAAATACCAAAGCAATAAGAGCTTTAAAAGTAAAACTTATTATTATATTAATAATATTTAAAACTATAGTGATACCAAGAATAATCATACAAATTCTATAAAATTTATTATTCATATTAAATTAGAAAATGTGTTATAATATTAGAAAGAAGCTACCTAGAAGGAAGGTATTTTCCTTCTAGGATTGAAACTTATAATTCTTTAATCAATCTTAGTATTGCGAGTACTAGATTAATTAAAACTAATGTGAAAGAGAAAGCATTTTTAATTTTATTAAATTTGTTTTCTCTTTTATTTTTTCTTCTTTCTAATCTCCCCAC

Protein sequences of DBSCAN-SWA_6

>CP012312|1719877:1774328|1771559_1771790_+|AXU75342.1|DBSCAN-SWA
MNEELVKEKISTLETRVKEHGKQIDRIEIEQAKFAIQIQNLCSDIKNLTGVLKWLVGVIITTLVGFFIFAVQRGIF
>CP012312|1719877:1774328|1774199_1774328_-|AXU75348.1|DBSCAN-SWA
MGRLERRKNKRENKFNKIKNAFSFTLVLINLVLAILRLIKEL
>CP012312|1719877:1774328|1768135_1769266_+|AXU75337.1|DBSCAN-SWA
MTIKLEEDSSIKEVMDSFENIKNDLQNAKDNLASTLGSPFVSTDSFSITKTKIQTFKSTLATNLTKKGVSTSSNETVQNMVNKVYNIELGNTDIPNWYKPKNIILDGASSSLKPYPPCIAVDNYVYFLDNTSSVMYFKRYDTLTNTSTSLAAPTFREEASMIYYDGYIYVIGGYNNGSAISSCQRYNISANYWSSIPNMITARGGTCGNSYSNEIHVLYGYINTSSSTTTSNISEYYKISTNTWSTKSTLIASRYRRLFVCAKTNTYNFCITGGTDPGGVWSHSINVYRPDIGSFTRLEGWDVEFAVEINNMLYIAHKSNTTFYVKMYNQNGVITTKTYDLKTTIPNNTSIKAVSVKNKFIYYYENSRYKCFIPEL
>CP012312|1719877:1774328|1773785_1773962_-|AXU75347.1|DBSCAN-SWA
MEQRKLRVAFNKSGKGSFTPRLILPMSWIKEMNISPDERDVLVTFEDGKIIIEKAENE
>CP012312|1719877:1774328|1752078_1752519_+|AXU75321.1|DBSCAN-SWA
MSNLSAFLSQNAIKVDNVKYVASNRFLDKEGKPVEWELKVLSSEEDEALRRKCTKRVKVIGNNGKHTGQYTSEIDYNSYVAELCVASTVFPDLKDAELQNSYGVMGEAQLLKTMLTAGEYVNYTVKVNEVNGFDTSFEDKVEEAKN
>CP012312|1719877:1774328|1766083_1766377_+|AXU75333.1|DBSCAN-SWA
MNRANRIIYDQTGKILLQTGEATGDILEHDTITELHYIDVEYGNIDYSKQYIESINPITKEPILKDIPIYLSEEEKRIQELENQLLIAENEKVGGLL
>CP012312|1719877:1774328|1762710_1763328_+|AXU75330.1|DBSCAN-SWA
MDKEINLINYLPQILQDKEEYIKVFNVENKEIKTLHDKLKDLSNDQFLEDLTPSGVKRWEKIMSITPKSNESLEDRRFRIFSKYISKLPYSERFLRNWLDNIVGEGNYELTINNSTYNIHLESDARNQDWFEEVHSFVSNIKPCNMTLDYTRVLISKDNYMNFGITTLIGQEITIYPWSPPDIETYGEIDVLTGNGVGYQEVTIF
>CP012312|1719877:1774328|1764381_1766070_+|AXU75332.1|DBSCAN-SWA
MQTEWNFGYNGSPQSVILKPGKYKFECWGSSGGINNSSWYTDAKGGYSKGEITLKKQTTLYVYVGESGFASSSTSNNTKSGFNGGGKGYLNQQVMGTYYSMYGGGATDIRLVGGAWDNEQGLLSRIIVAGGGGGSYSPYTGGAGGGLAGGTGYSANDRHRPGGTQYQGGIGRVSTENGSFGKGCSAKDSTGEGGGGGWFGGAGMNGVGAGGGGSGYVLTKDSYKPTGYTPTSEYYFDNVVMESGGNTAGAYGYALITLLQALPFLTVSSYNSTTATFKADHTDPALLTKIEYFIDDVLKETITTDLTLEKTINYTLEDNALHTLKIVVTDSNNATAEKVLSISKNIMPLPENVNLNDISTKLTEVNAGFKTGKTSIINTLALKNIEASLNNTLVELSEKIKTSFDSSDASVQDLMNQLTQSNNTITQLNTKYQYFSGVTTLIGNSICIANFYGKASGMYPGYWIRVGGFKSVPNIFIAECEYIYDGKFYKHLIFASCGVFTKDFTIRLCFSREIDVNTFSVKGDIFNIEEQDVWYNTNLGLNLPAYNTNIPVNFNWCAIKFK
>CP012312|1719877:1774328|1721929_1723060_-|AXU75277.1|DBSCAN-SWA
MKGGVRKRSNKWYYYFDLGIVEGKRKKVERVGGNTKKEAEKALREALNEYENSGIVFEESNISLSDYLDFWYKEYVLLNCKYNTQESYRINIEKHIKPKLGAYKVKALTPAILQNFINKKYKEDYSQNTLQVLKAILHRSLKSAVHPYKHIRENPMQYVSIPKTKSKTETNKVKTITLEEFNQILNIFPQDSFQRIVLLIGFHTGMRRGEIIALKWDNIDLDNKTITVKHTLIKKPNGMFELGQPKTESSCRTIFTGDTLIKALKEHKLYQKKMKLKYGEFYFDSDWVCTKENGQQVNTHTLDTIVRQIRVALNNDFHFHSLRHAHATLLLENGANIKDIQNRLGHSQLSTTMDTYSHVTDKMKNETVDIFEKITN
>CP012312|1719877:1774328|1726012_1726324_-|AXU75284.1|DBSCAN-SWA
MTTITVRIYTPLNENLEKISYQTGILKSSLILYAINDIIRNSKVNELKSISYKSDDSVRSTLRIPSVLKELLEKTAKENNLSVNSLINNAVHSFCISHWLIYL
>CP012312|1719877:1774328|1746725_1747289_+|AXU75311.1|DBSCAN-SWA
MDWLKELLEGIKVEDNKIDVASLQKSIEKKIKETTITQEDYTNLETQLNTANETIKKFEGGMTKEDVENLKTTYETDKKTLEETYKKEIEEKDFNYWLNDAFKSIKCRDEIALKAHLDIEALRNSKDRQKAFEEQINPLKQDKDYLFNATLEGEEPKIDTITPGQEPKINDFGFNFTGVRPHENNNK
>CP012312|1719877:1774328|1740114_1741089_+|AXU75304.1|DBSCAN-SWA
MSNFKKRYIDVYRIDIINKINGSVYSDEEILKEVIKTFFKDKEYCKENKNGINITKDKKFWITEVKCSEDDLIIKVKLEYTKYNQNTNIINAHTKEVEGNKKMDQGDSNKQHLFIKFMKENNIAVVLFERVFVGVPMIELSKNLHLYYEDMIENNKFDNNMSKTSINITQIASKDFIEQILDLDGVSKITLNVDREKFGTDEDNLFSNLNNSRRHNDLIYKPTFRTRYLPSEVKRCCEKYIKGEEFRNKKINRIIIEGEKNKRKLKLDTEGIKLCREIEVSLDIDNHIDSEDIFDKMNNLIDDLIENNSVFFNLMYQEVAMSEA
>CP012312|1719877:1774328|1723299_1723806_-|AXU75278.1|DBSCAN-SWA
MNKLDALLDLANNEEIEIYYTDKIADDIKGLYINRQGLKIISLLNSLKQNNAKLIEILAEELGHHFTSVGNYVSSKNSYKNKILIDKTENKALKWACEFLITEEEIIHVINSHATSVYEIAEELQVSINFLLKRLEFLSKKKSMLDLGNNRFLVLTNLPNFYIYEDIF
>CP012312|1719877:1774328|1741689_1742382_+|AXU75306.1|DBSCAN-SWA
MQDVKEKVKQDYLKGMKQKEISSKYDISLNTLKSWIKRYNWASEKKKGAPINKRGAPFSNKNSVGHGAPKENKNAEKFGFFSKYLPEETRELIQEISIKDKFDILWEQITIQYAAIIRAQKIMYVKGKEEMVKELKKYESTENGEKIEYEFQFAWDRQASFLNAQSRAMSELRSLIKQYDEMIHKDWNLATEEQKTRVEKLKCEVDNLSKDDIGDDELKISVDYGDRNDS
>CP012312|1719877:1774328|1748837_1749185_+|AXU75315.1|DBSCAN-SWA
MVSKTRKAIEMLYRDKCTIVEYQPIKDPVTKRTNNKEVIVLENQPCKLSYKNIVSATEGKLAKLEQTIKLFISPDIEIKAGSKLIINDKEYVRSGESAIYSNHQEIILELFKDKA
>CP012312|1719877:1774328|1728137_1728335_+|AXU75289.1|DBSCAN-SWA
MLIGDNIKQILRKRDIKPYKLAKELDIDVSGLYKLLRNKSSNPTIDTLIKLADYLDITLDELVGR
>CP012312|1719877:1774328|1750209_1751520_+|AXU75319.1|DBSCAN-SWA
MALGGGTFVTQNKVLPGAYINFISAKRATSSLSDRGIVAMPLELDWGIDEEVFQVTSDDFEKYSVKYFGYDYTHEKLKGLRDLFKNIRLGYFYKLNKGVKASCTIATAKYSGIRGNDLKVTVTTNIDDNAKFDVVTLLDNKKVDTQIAKVITDLQDNDYITWKKDATLEASAGLVFTGGTNGEAVTGAEYQAFLDKIESYSFNALGCLATTTEIKSLFVEFTKRMRDKVGAKFQTVLYKKSDADYEGVVSVENKIKDKDLVESSLIYWATGAIAGCDINKSNTNKKYDGEFDVGVNYTQIQLEEALKSGKFIFHKVGDEVHVLEDINTFVSFTDDKNDDFSSNQSVRVLDQIANDIATLFNEKYLGKVPNDKAGRISFWNDVVKHHKELENIRAIEDFKTDDVSVELGNDKKTVIVSDAVKVINAMSKLYMTVSVN
>CP012312|1719877:1774328|1741109_1741619_+|AXU75305.1|DBSCAN-SWA
MYKKVLNILLNYYKAINSKEVVELVLTPVLICIISYMFFNSSINKEVVISLNKDVLTLSGLLVAFGVCIITLLFTTYNKSISEAKDIKTERKVNGFNISYFQFIQLKAYYTVIMEILVVVICFINTIMLTRYYSNIIFYVLIFFTVHIILSLTTLIISMFHLSWKDRGD
>CP012312|1719877:1774328|1726445_1726616_+|AXU75285.1|DBSCAN-SWA
MEKVRMTVRLVPKLNQDVQKIAKKCGKSKNSIIIDACWDFVEKIKKENKFNIESEE
>CP012312|1719877:1774328|1760983_1761244_+|AXU75327.1|DBSCAN-SWA
MSQDLLQIIKKAAMDAVETSNPMRVVFGTIESTSPLKVKIEQKLSIGEFFLIQTDTFKRYTDKKIGDKLVLIRMQGGQQYLILDRM
>CP012312|1719877:1774328|1769282_1769648_+|AXU75338.1|DBSCAN-SWA
MIKIWDKKEKINGVEAEEILKGNYDFQTSEVFLILDDYERVTNIESVNIIKSIYKLDKSLTALETAEKYLEMHKKQEEEIKAHEELEKNSKNATIATHEEVRALREETATLTFAMMEKELI
>CP012312|1719877:1774328|1773334_1773463_-|AXU75346.1|DBSCAN-SWA
MGRLERRKNKKENKFNIIKKVLSFILLILNIALTVLRLIKEL
>CP012312|1719877:1774328|1755136_1756018_+|AXU75323.1|DBSCAN-SWA
MWNKFKTLSKGKKIFFGVLAFILFPITIAAFLGEVSIKLLIGGFKNKKILKIVGGLFAIYFFMVVIIADIKIYSSLFKGELQNAEPVANENNEEHIKKAKTEKTDVIKMSKDEQKISEVINTEPEKIKNIANILKECGIEDFESIKHDDGLDNAHFNGEKGYRIEFGGSKNIILYMNKDNSVYNVRWADNDFYKNNKVVSKVSDYTLTIDEKTELQLQCQNGVSAILKSPSTAKFPNITEWVFYKDKEKIVVQSYVDSQNSLGAILRSDFQITFTSDGKNVKSFIFDGEEMIK
>CP012312|1719877:1774328|1772913_1773090_-|AXU75345.1|DBSCAN-SWA
MEQRELNISFHKSGNGYTTTRLSLPINWVKELGISQDERKVIVTLEDGKIIIEKAENE
>CP012312|1719877:1774328|1747300_1748200_+|AXU75312.1|capsid|DBSCAN-SWA
MSALNYAKEYSNVLAQAYPYTLNFGDLYATPNNGRYRWTGSKTIEIPTISTTGRVDSNRDTIAVAQRNYDNAWEPKVLTNQRKWSTLVHPADINQTNYVASIGNITKVYNEEQKFPEMDAYCISKIYADWTALGNTADTTVLTTTNVLEVFDKLMEKMTEARVPENGRILYVTPVVNTLIKNAKEIQRTVNIKDGGTSLNRQTTDIDTVKIIKVPSNLMKTAYDFTTGWKVGAGAKQIFMSLVHPSAIITPVSYQFSKLDEPTAVTEGKYFYFEESFEDVFILNKKADAIQFVVEGAGA
>CP012312|1719877:1774328|1766376_1766559_+|AXU75334.1|DBSCAN-SWA
MNINNVVVRILAERILSRGLNPLKNREFELDDVTNTEYRKAVEDYIIEHSGVVEGTEPTI
>CP012312|1719877:1774328|1761248_1761668_+|AXU75328.1|DBSCAN-SWA
MLPSDNLDYDIEDVSIINFDVRQEPSKTFKLNIEKSKIDGICDDVEALKQTIFLILNTERYQHLIYSWNYGVELNDLIGEPISFVIPELERRIKEALIQDDRVENVDNFEFQNVKGKVHCKFTVYSKYGNIKAEKVVSV
>CP012312|1719877:1774328|1746459_1746660_+|AXU75310.1|DBSCAN-SWA
MKLWEYVGKNVQITCVDKQIIRGKCDGYTQALDNEPEIASISIARDGYGIEVYENEIESIENINKE
>CP012312|1719877:1774328|1725633_1725813_-|AXU75282.1|DBSCAN-SWA
MSTSLPKYTLRINRVLLEKIKYIAESEGRSANKEIEQIIKKHIEDYEQRKGEIKINIEE
>CP012312|1719877:1774328|1771805_1772066_+|AXU75343.1|DBSCAN-SWA
MDNLISFIPEQLLILVAALYVLGVRFKKYKQLDNKYIPVVLLILGIGFSIWMLGLNPVAVLQGVICWGVAIGINQTYKQFKEENKQ
>CP012312|1719877:1774328|1763339_1764365_+|AXU75331.1|tail|DBSCAN-SWA
MAIDKSYYTIITDVGKAKIANASVTGNKVGFVKIQLGDGGGSEYTPTESQTALKNVVWEGNIGNTTTDETAPNCIILESLIPSSVGGFMIREIGYLDDENNLIAISKYKECYKPSIEQGAVVDMKVKTVLIVSNVNNIELKIDPTIIFATLKDIQELETKIGTINTKIDTTKTELTSNIETAKTELNTRIDTENEKQNIKIDQLIAGGSNVAYTQRVAIDDWVEDAENGFKATVTHSLLTQRIVVNIIDATTKENVVTNFKIIDDNSIEVRSEVKVELNVYVINGNAETHFINATVDDNRVSEMTTYSSKKIEDRFVNLEEKVNGGLSNIATSVNELITYC
>CP012312|1719877:1774328|1737086_1738457_+|AXU75301.1|DBSCAN-SWA
MEFKPHPYQEYTIRKTIDNNNIGLLLDMGLGKTVCALTAISELMYDYFDISKVLVIAPLRVARDTWSSEVKKWEHLKHLKVSKVLGSKLDRVRALSTDSDIYIINREMVPWIVDFYKRKWPFDMVVIDELSSFKSNKAQRFKSLKKVLPLTKRVVGLTGTPTPNSLIDLWAQMYLLDRGERLGKTITGYKERYFEPGQKNYQTGAIYNWQPKDGAENAIHNKIKDICISLKAEDYLNMPRKIDNKIEIHLDSKILKYYKELEKEKILELEKDIITASSAAVAANKLLQLANGAIYDNDKNVKELHREKLEALKEIIDVSNGKPIIVFYNYKHDYNRLMKEFKSLKPRTIENSKDIYDWNNGRIQLLLCHPASTGHGLNLQSGGSIIVWFGLTWSLELYQQANARLYRQGQRETVIIHHLICKGTIDEQVMEALKNKDKGQSALLEAVKAKLKEYRE
>CP012312|1719877:1774328|1748199_1748433_+|AXU75313.1|DBSCAN-SWA
MAQVRKLNRILTIEECKIDDFLEMGYDLIDETGKAVKYGKSLSVKDLIAENNILRSKVESLEEENKQLKEKNKLTKK
>CP012312|1719877:1774328|1766590_1766782_+|AXU75335.1|DBSCAN-SWA
MTFKELVNKVRNLVLEAKNVTIEDTENLFESDNVEGALKELSIEVNGQRAKGITIVNNLIDMI
>CP012312|1719877:1774328|1753361_1753466_+|AXU75322.1|DBSCAN-SWA
MIGFLLSILAGVISAYIYDKIKNHPDANKGDLKK
>CP012312|1719877:1774328|1730588_1730924_+|AXU75294.1|DBSCAN-SWA
MPLDAGIKDKLDESISIILDLKERKKSIEKDLDYEKDNLLDMLKRLNITEYNSTEENAKVTVMDFKRESLIKDKVMSTFLEVNDNHLDRVYIPEHIKVSPVCFVSVRAKDI
>CP012312|1719877:1774328|1745047_1746445_+|AXU75309.1|head|DBSCAN-SWA
MKHKDYWRKRFEQLEEAQNNKSVKYYLELEKQYKLAINSIEKDVLAWYNRFAKNEGISLLEAKKLLNTRELEEFKWSVEEYIKYGKENAINQKWMKELENASARVHITRLEALKLQIQQQVEVLYGNELDGIDKLMRDIYTSGYYHTAFNVQQGVNVGWSLMSLDTNRINKIISKPWATDGLNFSERIWGKHRLALVNALHTKLTQSIIRGENPKNLVNDFSKRLNVSKSQAKNLIMTESAFFASASRKDCFSDLDVEKYEIIATLDLRTSNICRELDGKVFDRKDYQVGITAPPFHCRCRTTTAPFFSDEEGYRAARGEDGKTYYVPSSMKYNEWYEKYVKHNSILEIKNSAIIDSIKEDIKNGKYNLNIHDGKQGKHLKEHNNYIEGRSYLTITKEEAQELVNKHAGNGIIKFNRSGEWDKKELIEVDKNIGVNVNNITGEKTLTNKFKIHYSKTGTHIVPAL
>CP012312|1719877:1774328|1726618_1727422_+|AXU75286.1|DBSCAN-SWA
MNNLTIIKQNNKYLVESREVAELIEKDHNQLLRSIRGYISVLEQSAKLHTDDFFIESTYKNENNQKYPCYLLTKKGCDMVANKMTGEKGIIFTAIYVAKFEEMEQVLKNGPQPKLPTTYKEALQHLIEQVEVNEKLQLESKMKEKVIKELKPKADYTDMILKNKGLVTITQIAKDYGMSGKEMNKILHERGIQYKQSGQWLLYKQHQGKGYTHSETIDITRSNGMPDVKMTTKWTQKGRLFLYDLLKTNNILPDIEKEYSYQTSILG
>CP012312|1719877:1774328|1728958_1729396_+|AXU75292.1|DBSCAN-SWA
MVEVNVNVKVKVEAPEFTNALLVVANALGGLNLGKAMQIEPINITDMKEEKKVEVKKAEKIKKVEVKEDVKEEIAEAKEEIEKNNENTTSEVKYTKEEVRTKAAQVSKAGKKDKLKELFGEFGASKLSEVKEEDYSAFMNKLESL
>CP012312|1719877:1774328|1739614_1739812_+|AXU75303.1|DBSCAN-SWA
MYNMSFRSNKAEAKLFTKWVTKALKQIRIHGYYIATEKDQEWLDIRTEGKKVRKDFTDEIQEFVY
>CP012312|1719877:1774328|1734112_1736530_+|AXU75298.1|DBSCAN-SWA
MDIKASEIEHINVRHDGQLMLAIGKNKLETHWKNKSILWSELVNRLSKTLRTQETYTEYRKMSKTEKDRVKDVGGFVGGSLKNGRRKAENIANRSIITLDIDYANKDIWEDITLLNDYACLMYSTHSHTENNPRYRLVIPLTRPVLPEEYQAISRMIADTIGIDMFDDTTYQPHRLMYFPSTSIDGDYIFKFQDGEFLNPNEILDLYLDWTDVSYWPESSRERQKFNTQLKKQQDPLEKDGIIGAFCRSYSIKETIETFLNEVYIPGIDETRYTYSEGSTSGGVVIYDDKFSYSHHGTDPASGILCNAFDLVRIHKFGELDEDAKPETPVNRLPSFTRMSEFASSDTKVRKTIGRENLDKAKDDFGDIDFEDDEWLTRLDYDNKGSYKKTTNNILMFIENDPYLKGKIAYNEFSNRAVVLGKLPWRKDDKLNDWNDSDDSGLRHHIETIYNISSPSKVNDALIIAFENNTFHPIKDYLNSLKWDGIKRVDTLLIDYLGAEDNHYTRTIIRKVLVAAVARVFNPGIKFDNMMVLSGPQGMGKSTFIKKLGGDWYSDSLTTVQGKEAYEQLQGVWLLEMGEMMATKKADIEAVKHFLSKSEDIYRVAYGKRTSRFLRQCVVIGTTNDKEFLRDKTGNRRFWPIDAGVKKINKSIFNGQLDNERNQIWAEAVELYKANEQLYLSDEEKKEAERQQRTHSEENAKSGIIEEYLNKPITKNWYDLSISEKREYIHGSDFGDLKEGTILREKTCVMEIWVELFNGEPKQLTPILSREINDILKGLDDWISYNGNLRFGKIYGRQRAYVRKS
>CP012312|1719877:1774328|1766798_1767944_+|AXU75336.1|DBSCAN-SWA
MATKLEENAKLREMIDTLETTKDDLQTAKNNIADVLGLPFTGNDKLETTKNTLSSIRSTFVSNLNRKGVSTASNAPFKILAENVAKIEQGNMIVPPWYVPKNVFIEALSTYAKNGIACVSAEKKIYFINGYTVGSGSNNLCYDTVLNATTNKNIPASFAESALYFYDGYIYKIGGFDSYSSPLGFCQKYNVLTTSWTTITSIPTARGSACCEMYSNQIHVLYGGENSSTSQAVRVVEYYNTTLNTWSTKSTIMDSKQSHYFVCAKVSIYKIVVFGLRGSNSSYFFSTINYDPVSGTYSSAGEGFDSNTFAVPLGSTLYVSDYGYKAGSGKCGVIIFSDSGIKKLTFDKGAVPNYSYFGASVDGRQIYFILNGKITCFIPEL
>CP012312|1719877:1774328|1749184_1749610_+|AXU75316.1|DBSCAN-SWA
MARWGSVDFREFKRVCKKMEELTKIDLDKFCKDAARELAARLLGKVIRRTPVDTGFLRQGWNGVAYARSLPVYKQGNNYIIEVVNPTEYASYVEYGHRTKDGKGWVKGQHFLTISEMELQSQVDKIIEKKLLILLKGVFDA
>CP012312|1719877:1774328|1738610_1739090_+|AXU75302.1|DBSCAN-SWA
MDKESIKEIVRELRKEEREDRKKGVLYNTRLLMKHYNDFKRHIDSAVSEAKDVDYLEDDLGKLDNEELYILSIKKSKARTIIMIAHIDSAMKTLKLRQERLHSYEKYRALELYYCDEKTYEEIAEILNCGVVTSRRWINEMIKELGVYLFGIDGLKLTV
>CP012312|1719877:1774328|1736811_1737138_+|AXU75300.1|DBSCAN-SWA
MLESKIEKRLKKEIELLGGKAMKFISPGEAGVPDRIVLLPEGHVIFVELKAPGKKPRKLQQYKMRELRELGFKVKCVSTLKEIDDFIKEVKGWNLNHIHTKNTQLEKL
>CP012312|1719877:1774328|1719877_1721572_+|AXU75276.1|DBSCAN-SWA
MRMNGAKVILECLKKEGIDTIFGYPGGAVIPLYDALYDYSDDFKHIRTSHEQGLVHAADGYARSTNTVGVCFTTSGPGATNAITGIATAFMDSSPMLVISGQVPTSLLGKDSFQEIDITGATLSMTKHNYLVRNTKELVPTIKEAFRVANSGRKGPVLVDVPKDLFLAEMDFSGEDYDLCQIDDYMDYKSDFGLDDETNTKLLNEAIDIIKESKKPVIYAGGGVKSSDSEEILEKFATKIDTPVLNTLMGLGNIDRKNELSLGMVGMHGSRESNLALSNSDLVIAIGARFSDRVISKSSEFAKNAKIIHIDIDPSEISKNIESNVSLVGDVKLVLSLLLEMVESKNNSNWKEEIKTFRKSEGIQTDEFHPQNILKKINEKYETLKKPTVVVTDVGQHQMWAAKYWNFKGNKSFITSAGLGTMGFGLGAAIGTKAGNVDKNVVLVTGDGSFRMNCNELATVANYNVPMLILLLNNRTLGMVRQWQKLFSNQRYSQTDINENVDYVKLVNAYNIDGYKVSNMEELGNALNMIDFNKPVFLQCDIDKDYDVYPIVAPNDALENLICN
>CP012312|1719877:1774328|1743618_1745058_+|AXU75308.1|portal|DBSCAN-SWA
MLNIYISETDLIKVQLKKDSTFNLVKVIEHYILKHRPEKYKQGEEYYYGNADINNKRRYYLLDGAKVDDFTKVNNKAINNYHKLLVDQKVGYSVGNPIVFNADDDNLTKLLNDLLGEEFDDTITELYLNASNKGVEWLHPYINRKGEFKYVIIPAEEAIPIWDSKRQRELVSFIRFYYIEDIDGNKIKRVEYYTENDVTYFIERGNSFIQEFLYDEYGKMTDIQEGHFRINNKEQGWGKVPFIPFKNNEKCVSDLTFYKSLIDIYDNNISTLADNLDEIQEVIYVLKEYPGTSLQEFIDNIRYYKSIKVDGGGGVDKLEINIPVEAKKELLDRLEKNIIIFGQGVNPESQNTGDKSGVALKFLYSLLDLKCSKTEKKFKKAIRELLWFVCEYLKISGSKSYDYKTVQITFNHSMIINEAEKIDMAAKSTGIVSDETIVSNHPWVEDVNDELERLKKQEDTQKEYDDLIPNNQDGVIDET
>CP012312|1719877:1774328|1730975_1731548_+|AXU75295.1|DBSCAN-SWA
MSNQEITKLVENNLNLVHFSINRFFKSYVEQHPYLYEEFYQEGCIGLYKAALNYDSNRGKFSTVAVSYIRIEMFKALRYGEKYYRNSIEGLDVSVFEDSKRPLKDIHGFYEIQFNYDVDYIRKIARKSYLKDIDKIVDWILQDKKISDIGELLNVSSTVICGRIKLFSKQVRDLDKFGEITSNIKSIYQI
>CP012312|1719877:1774328|1725889_1726027_+|AXU75283.1|DBSCAN-SWA
MKHEQTTLRIPEDLYKALIDLSSEIGMPIASIIIIACWLYISKIN
>CP012312|1719877:1774328|1724441_1725053_-|AXU75280.1|DBSCAN-SWA
MQKLGEIIKEYREKNKLSLRDFSNLCNLSHTYIDKLEKGKDPRNGKAVEPTLDALEKISLALNLTLDELLLKLGKIGKGVSIQIEHDDSFKINQPLNPIFSKRLNGLMQEKKISLNILSQEVKIEEDLLYKYKNNLSSPPSDDIVKLANYFDVTTDYLLGTTLVRNHIDTVAAHKANPHEDLPEEAQEQLNDYIEFLMNKYKK
>CP012312|1719877:1774328|1749602_1750040_+|AXU75317.1|DBSCAN-SWA
MLNNIIDGISIKLDKTFGESYTIYSEDVEQGINEPCFFIVPLNPSKVSYPSGRTLKKNSFDVHYFPKSNDKSFEINEVAEMLLEELEYIEIDGDLVRGTNMNFEIVDNVLHFFVDYNYFTIKSNNTDKMDTVELFGGLKRGDKLE
>CP012312|1719877:1774328|1761668_1762718_+|AXU75329.1|DBSCAN-SWA
MFELMTFENIIKRMLDSVPNTLDKREGSIIYNALAPVAIELTETYIAMDELLDQTFVDTASYYYLEKRCKERGITPLPATNTIAKGVFNIDIPLDSRFNLGEYNYVAIERISEGIYKMKCETAGPIFELGQLIPIEYIDKLETAELTEILINGEDEESEDSLRQRYYDSLNSQSFGGNIQNYKDEVNKIQDVGGVKVYPTWDGGGTVKLVIINSNFKVPSTDLINLVQEEIDPIGHQGQGLGLAPIGHRVTVEGVTSTTINISAEITYKSGYTWENIKTIAEETIDDYLNELNMSWEDEENLIVRISQIETRLLSIDGVLDIANTMINSIASNLNVDKDSIVLRGEVVG
>CP012312|1719877:1774328|1751536_1752007_+|AXU75320.1|DBSCAN-SWA
MAQTINAKDTVSAKKAECFITIEGKRYNFMQAIDLEAKMEKNKSEVPILGRTTKGNKTTGSTNTGSATFHYNTSIFRELLYRYKETGEDIYFDIQVTNEDPTSAVGRQTVVLKDCNMDSGIITKFDADGEYLDEDMDFTFEDWELVEKFNLLAGME
>CP012312|1719877:1774328|1732142_1734101_+|AXU75297.1|DBSCAN-SWA
MRTLSIDIETYSDLDIKKVGVYRYVDSANFEILLFAYAFDNEEVKVIDLVNDEELPKEVIEALNDNKVIKSAFNANFERTAISKFLNINLKPNEWSCTMIKALTLGLPGSLDSVSKALKFNEDKQKMKEGKALIQYFCKPCKATKVNKGRTRNLPIHDMEKWNKFKEYCKQDVVVEREIRNKLSKYKTTEREIKLWYLDQRINDTGIKVDTELIENAIECDKRYTEKLTKEAIKITGLNNPNSPAQLKKWLSDKVGFEITSLTKESIPEILKQVDDENVVRILELRKLMSKTSIKKYEAMKLAKGNDNRVRGLLQFYGANRTGRWAGRLVQVQNLPQNHIEDLDLARNLLKEGDFDLIELLYDSVPDVLSQLIRTAFIPSEGHRFIVSDFSAIEARVIAWLAGEKWRLDVFNSHGKIYEASASQMFKIPIENIKKGSELRQKGKLAELSNGYGGSVGALISMGAIKMGLKEEELQPIVTAWRNANPNITKFWWDVDKAAKKAIKDRTIVEIQHGIKFIYNPGVLFIELPSSRRLSYLRPKIEPHTTFSGDKITYEGMEQTSKQWKRIDTYGPKLVENIVQATARDCLREAMFNVTDAGYSIVMHVHDELVIDVDKKGGSLEEVNSIMGKEISWAKGLPLKADGYECDYYKKD
>CP012312|1719877:1774328|1772062_1772869_+|AXU75344.1|DBSCAN-SWA
MKIAIVPGHTLSGKGTGATGYIDEGKENRILTDLIVKWLKQGGAIVYTGKVDKSNNYLAEQCEIANRQNVDLAVQIHFNANKTTLNPMGTETIYKTNNGKVYAERVNKKLSTIFKNRGAKSDVRGLYWLSHTKAPAILIEVCFVDSKADTDYYIRHKDIVAKLIAEGILNKTIDNKENGEGKIMYKHTIVYDGAVDKIPATVVGWGYNDGKILICDIKDYIPGQTENLYVVGGGACEKIGSMTKENYTMIKGNDRFDTLYKALDFINK
>CP012312|1719877:1774328|1758392_1759085_+|AXU75325.1|DBSCAN-SWA
MAYDFYLDGVQLPIPPPKLEIKITNKNKTVDLINTGEVNILKKEGLSEISFEAEFTHNKLPFYRGTFKDVQFFLSKLELLKTDCKPFQFIVSRELGNKVLFNTNMKVSLEEYNIVEDAENGSDTKVAIKLKQYRDYSTKKLVLAPPKTTETGRPSVKIEPKRVDSINAPNTKTYTVKSGDSLWSICQKQLGNGSLYKKVYELNKSMMDKANKGKNLSKYTIYKGQVLKLG
>CP012312|1719877:1774328|1769648_1769783_+|AXU75339.1|DBSCAN-SWA
MWYKIIKKYYEDELWTKEQVKTAVEKNKITTIEYKNIVGEDYIV
>CP012312|1719877:1774328|1727468_1727678_+|AXU75287.1|DBSCAN-SWA
MENKKIEEIEKRITMLENQLQAQLFSQITAQSNSDFIDYMYQCIVLYLHEMNKSEKRKISEITKERIRK
>CP012312|1719877:1774328|1748442_1748844_+|AXU75314.1|DBSCAN-SWA
MENNIIDEIEKRLESFGYILKDGDKWLIGFVREKIENIIKLDCNIKTMPIELKEIEVDMIVGEFLFTKKNMGQLDIESINFEAVEKSISEGDTKVDFAIGSGSQTPEQRFDSLIAYLTTYGKNNILTFRCLRW
>CP012312|1719877:1774328|1759077_1760970_+|AXU75326.1|DBSCAN-SWA
MVDDLVLANDRDVRLVIAHWEDFYEPAVIDGVTWEIERQGAPSKLEFTIVMDDILQFCEGNSVRLYYKGTGVFYGYIFQKKRDKENHIKIVAYDQLRYFKNKDTYVYNNQTASELVKMLAKDFNLKYNVIEDTKYKISRVEENKTLFDMVLTALDDTLREKKEMYVLYDDFGRITLKNVASMKLDTVMNNDVIEDFDYNSSIDSDTYTKIKLVRDNEETSKRDVYIAQDSAHMRSWGILQMFDTVDKNMSEAEIKQKCDILLKLYNKKTKSLSLKNALGDIRVRAGCLVPVFLDLGDIELQNYMLVEKVKHTFENNSHFMDLTLVDGDEFASYSSSSYSSGNTNNKDEKKNGPAQSTTKKNTGKKVPAIFTAYYPGNNAMEGGKTDCNGKPLDVKSRTVAGPMNREGVKKTWYTDDFLKKHPVFEYGDKVKIILPGTAYDNKVYTVKDNGGRIYVETNGTYHIDILLANASECKKFGRKNGYIIIGGDEEQTYQVEGNNQSSTNNNSKEDKLISIAKSKLGCNYVYGAEGPNTFDCSGFTQWCYKQIGIKIPRTASAQSKAGKAVDLKDRSKWKAGDLLCRIGGGSSNHVVMYIGNNQIIHSPQTGDVVKIESVNSYRKGKAYTHVRRFI
>CP012312|1719877:1774328|1771339_1771519_+|AXU75341.1|DBSCAN-SWA
MIDGVVVRILADRILNKGLNPLKNRVFELDDVTNTEYRIAVENYIIEHSEVVEGAELTK
>CP012312|1719877:1774328|1728365_1728758_+|AXU75290.1|DBSCAN-SWA
MDISESITKQFSDSLKSLIEIEISKQETDRVKSQTVEQKVKVLEPKDIVVLIKRGYPNYLITVEEARGILKLDTAFMRRLVSTGLIKSLVRGDGRKISRYEVDDFIERNQGKNLDELLKAVERGDEIAES
>CP012312|1719877:1774328|1725195_1725429_+|AXU75281.1|DBSCAN-SWA
MAKIVNNLYKARKELNFSQSKLAQKVGISRPYLSKIENGMVKPSAEITYRISIELGKSIEEIFFTDSVNYDLQARGK
>CP012312|1719877:1774328|1729407_1730574_+|AXU75293.1|DBSCAN-SWA
MPLQHARLSASGAHRWLHCTPSIKLEENYPPSTSIYAEEGTVAHELAEVKLMLEYEKISKKAYNARIKKIQKSEYYNSEMEDYIQSYVENVVELVNDSKAICDDVIVMLEERLDFSEWVPEGFGTGDVVVISDGILQVIDLKYGKGLEVSAIENPQLRLYGLGAYNQFEMLYDIDLIKTTIIQPRLDNISSEEIEVTKLLTWADNVKKKAQMAFNGEGEFVSGSHCGFCRAKNDCRKRAEDNLKLARKYDFADTFALNKYEIADILGFAKNIQDWLKDVQSYALEQAEKHGVKYPGYKLVEGRSNRKYIDEQEVAKVLLNSDYDEEKIYKPRTLKGISDMEKAIGKKSFAKLLSDLIIKPVGKATLVVESDKRSEINSIDSAKKDFEI
>CP012312|1719877:1774328|1728738_1728888_+|AXU75291.1|DBSCAN-SWA
MKLLSLDTNNKNVVTLKKDGKVIADIVFKDIKTGKKISVGILNKKVLVK
>CP012312|1719877:1774328|1727687_1728062_-|AXU75288.1|DBSCAN-SWA
MQFSNNISKELQESIRKTVSDTSNTEYFYYAEFQYKIILKSIEEFEKELDDEHEIALKLTNFGKDVLMIVEEVGYHNPCLIHYYGIVNGVYSEILQHTSQINFMITSVKKTDPSKPARRIGFIL
>CP012312|1719877:1774328|1731570_1732143_+|AXU75296.1|DBSCAN-SWA
MSNSVQSTKVVTGKVRLSYCNIFKSRAMVEGAEPKYSVCILIPKSDKVTLGRIKKAIDAAKEQGKTSKWGGKLPGNLKTPIRDGDAERADEAEEYVGMYFLNANSTQKPGIVDKDLNEILDNTEVYSGCYGRVSINFFPYNSAGNKGIGCGLQNVQKLADGEVLGGARASAEADFSDDFEYEDEEEDFLS
>CP012312|1719877:1774328|1769993_1771340_+|AXU75340.1|DBSCAN-SWA
MIEKLNENASLSQLITAFENSTNEIKTISNTLKQTLINKNIKVLDTDKLSSLVDKVDKLKAQEFGVRINKLDENPDTCVSYLGDAIGMTPASVGSYGSWDTIDFIRNIKPCGFKDGIVTKYIKKENFNMYEDGTNVEDDTDVMIEFPKFYWKIQSSDNYMDIFISKTKLDDDYECPAHLIGSTEKEFIYIGAYLAYLENSKLRSKKNVSSTIASYSSFKSISTKYLGYDILDHQCMLMLQILFIIIFKSIDCKKLGIGYGSYVGGHYKSNGINTGGSSFKGMLYGEQNGDEQIKFLGVEDLWGNYQQITSRCTATIQNGCVCIEVTKRDGKRILSSIGRKVGVVTDVLGGTNTGFLVKNIIENAGGEPQDTRYYKCWANLDEGLTRHYVGFKYNENSRYYGLFTSFFQSDHTASTRLIFIGEDNQNTLKTIQEDELLFVENEKVGGIL
>CP012312|1719877:1774328|1742359_1743613_+|AXU75307.1|terminase|DBSCAN-SWA
MVIEMIVRVNFNPDFKEANFTKKRYRAMKGSAGSGKSVNVAQDYILKLGDKKYQGANLLVVRKSEATHKYSTYAELTGAINRIYGKQADKYWKTTLNPLEIKSKVTGNSIIFRGVNDAKQREKLKSINFSKGKLTWVWCEEATELMESDIDILDDRLRGILTNPNLYYQMTFTFNPVSSTHWIKRKYFDYKNDDIFTHHSTYLQNRFIDEAYYRRMQMRKEQDPEGYKVYGLGEWGETGGAILKNYVIHEFPTEFEYFDNMRLSQDFGFNHANVVLRIGFKDGELYICNEIYVHEMDTSEIIKIANSIGLEKTLFMYCDSAEPDRIKMWKSAGYKAKGVKKGPGSVKAQIDYLKQLRIHVHPSCTNTIKEIQQWKWKQDERTGLYLDEPVEFMDDAMAALRYSIDNKLKNNGISFLK
>CP012312|1719877:1774328|1756088_1758377_+|AXU75324.1|tail|DBSCAN-SWA
MATIQTSIRIFDGMTPAFRHMTTAMNIVLSSFEQLQRTSSNAVDANSIIKAREELARAEAGFDRLEQQIREADGQQRRLNKDINKGASSTDKLVANAKRLVATYIGLRSVGGLINLSDQMTSTNARLNMINDGQQSDGGLNKMIFQSAERARASYLDTAKIVTRVGMNAGKAFSSTKEIVAFAEQLNKKFVIAGATTEETNSALLQLTQGLGSGVLRGEELNAVFESAPNIIQSIADYLDVDIGKIRSMASEGMLTADIVKNSLLAAAEQTNAEFEKMPYTFGQIWTSIKNNVVMIFGVIQKKIEQSMSSRGFRTFIDNFINGLYVLGNVFFNIFNGIISILSSPFFQAFVNTIIVCVSLIAQALGWVITQALNIANVFAQNWSIIAPIIYGVVAAIAIYSLALAGMWAWEKLVAASKFVVMFAQMLLNTQTLAGYKSLVLYALGQWGVNEAMLACPIFWVVAGIIALVVALFVGVAVFNHFANTSISAVGVVAGAISVAASFIGNIFVATGNMLIDIVALIWNTFATFAEFLANVFNDPLGSIIRLFSGMADTVLGILQSIASAIDTIFGSNLASAVSGWSDKLQGWTDEVAGEAKIKVERIDPSSLHYDRFNYTKAWDGGYKFGEKLENKIKDAFDISKIADKAKKDLGLDDLWDKKYGLGDGFGSGGLNSPLNDAAKGAKDTAGNTAKMAKTMDKSQEDLKYLRDIAEQETINRFTGVNIKIDMNNTNNISKDADVDGIVNVLTEKLNDAMVVSAEGIV
>CP012312|1719877:1774328|1736495_1736639_+|AXU75299.1|DBSCAN-SWA
MVGRELMYVKVSVNRIKNRVNLKILKVSTMSTKKMALLTLMLTPKMQ
>CP012312|1719877:1774328|1750023_1750209_+|AXU75318.1|DBSCAN-SWA
MINLSKTLSKEENYKFTKEQIVNSKRYVNRKDLLNAILKEDELYSFSEVEEIINNFMKGVS
>CP012312|1719877:1774328|1723881_1724430_-|AXU75279.1|DBSCAN-SWA
MLILKKLRTEKGISLDKLSTDLNINKSTLSRIENGLREPKESFIKDCSDYFGVSTDYLIGKINIDDSNKLTKCLNSTFPIRLKELRKKKELTQAELSKLLNCSLSKIAMLETSKREPVKEDLLRISEFFNVSVDYLLGKTSIENYITTDEISKIIKSYESLPKEAQEHINSYIEFLVDRYKK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU75276.1|1719877_1721572_+	acetolactate synthase large subunit	A0A0P0YLY7	Yellowstone_lake_phycodnavirus	3.8e-50	29.4
AXU75277.1|1721929_1723060_-	prophage lambdaba04, site-specific recombinase	A0A0A8WIE1	Clostridium_phage	2.9e-216	99.7
AXU75278.1|1723299_1723806_-	putative Zn peptidase	A0A0A8WEK1	Clostridium_phage	1.5e-87	100.0
AXU75279.1|1723881_1724430_-	phage regulatory protein	A0A0A8WJ60	Clostridium_phage	2.2e-92	98.4
AXU75280.1|1724441_1725053_-	phage repressor	A0A0A8WFJ2	Clostridium_phage	7.5e-25	76.3
AXU75281.1|1725195_1725429_+	XRE family transcriptional regulator	NA	NA	NA	NA
AXU75282.1|1725633_1725813_-	Mnt	A0A0A8WG21	Clostridium_phage	1.9e-13	70.9
AXU75283.1|1725889_1726027_+	hypothetical protein	A0A0A8WFX8	Clostridium_phage	8.3e-17	95.6
AXU75284.1|1726012_1726324_-	Ribbon-helix-helix protein, copG family	A0A0A8WJU4	Clostridium_phage	4.6e-47	97.1
AXU75285.1|1726445_1726616_+	hypothetical protein	A0A0A8WFG5	Clostridium_phage	6.9e-21	87.5
AXU75286.1|1726618_1727422_+	phage antirepressor protein	A0A0A8WIE3	Clostridium_phage	6.3e-80	96.2
AXU75287.1|1727468_1727678_+	hypothetical protein	NA	NA	NA	NA
AXU75288.1|1727687_1728062_-	hypothetical protein	A0A1L5C299	Pseudoalteromonas_phage	2.2e-11	37.1
AXU75289.1|1728137_1728335_+	phage regulatory protein	A0A0A8WE47	Clostridium_phage	4.9e-26	92.3
AXU75290.1|1728365_1728758_+	Helix-turn-helix domain protein	A0A0A8WHS2	Clostridium_phage	5.1e-59	95.3
AXU75291.1|1728738_1728888_+	hypothetical protein	A0A0A8WIF8	Clostridium_phage	4.2e-14	89.4
AXU75292.1|1728958_1729396_+	hypothetical protein	NA	NA	NA	NA
AXU75293.1|1729407_1730574_+	phage-like protein	S5MUB5	Brevibacillus_phage	1.1e-117	55.9
AXU75294.1|1730588_1730924_+	hypothetical protein	NA	NA	NA	NA
AXU75295.1|1730975_1731548_+	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
AXU75296.1|1731570_1732143_+	phage-like protein	S5MC21	Brevibacillus_phage	1.5e-62	66.1
AXU75297.1|1732142_1734101_+	dna-directed dna polymerase i	A0A0A7RTL3	Clostridium_phage	3.3e-263	68.8
AXU75298.1|1734112_1736530_+	virulence-associated protein e	A0A0A7RTG3	Clostridium_phage	0.0e+00	67.8
AXU75299.1|1736495_1736639_+	hypothetical protein	NA	NA	NA	NA
AXU75300.1|1736811_1737138_+	VRR-NUC domain-containing protein	A0A0A7RTE1	Clostridium_phage	8.4e-15	51.7
AXU75301.1|1737086_1738457_+	phosphoribosylformimino-5-aminoimidazole carboxamide ribotide isomerase	A0A1S7FYY5	Listeria_phage	8.4e-157	60.3
AXU75302.1|1738610_1739090_+	sigma-70 region 4 type 2	I2E8Y5	Clostridium_phage	3.3e-36	51.6
AXU75303.1|1739614_1739812_+	hypothetical protein	A0A0A8WJQ8	Clostridium_phage	2.8e-29	95.4
AXU75304.1|1740114_1741089_+	hypothetical protein	NA	NA	NA	NA
AXU75305.1|1741109_1741619_+	hypothetical protein	NA	NA	NA	NA
AXU75306.1|1741689_1742382_+	phage DNA-binding protein	A0A0A8WFS6	Clostridium_phage	3.4e-122	98.7
AXU75307.1|1742359_1743613_+|terminase	phage terminase large subunit	A0A0A8WFI5	Clostridium_phage	3.0e-246	99.3
AXU75308.1|1743618_1745058_+|portal	phage portal protein	A0A0A8WIH2	Clostridium_phage	4.5e-278	98.7
AXU75309.1|1745047_1746445_+|head	phage minor head protein	A0A0A8WJ84	Clostridium_phage	8.0e-264	97.0
AXU75310.1|1746459_1746660_+	hypothetical protein	A0A0A8WJ56	Clostridium_phage	2.3e-31	100.0
AXU75311.1|1746725_1747289_+	phage scaffold protein	A0A0A8WFU8	Clostridium_phage	6.4e-87	99.5
AXU75312.1|1747300_1748200_+|capsid	phage major capsid protein	A0A0A8WFI8	Clostridium_phage	1.1e-168	99.3
AXU75313.1|1748199_1748433_+	hypothetical protein	A0A0A8WFD0	Clostridium_phage	5.4e-32	96.1
AXU75314.1|1748442_1748844_+	hypothetical protein	X5JAJ0	Clostridium_phage	1.6e-68	97.7
AXU75315.1|1748837_1749185_+	phage protein	X5JAV9	Clostridium_phage	1.6e-56	98.3
AXU75316.1|1749184_1749610_+	phage protein	X5JB35	Clostridium_phage	1.9e-75	98.6
AXU75317.1|1749602_1750040_+	phage protein	X5JAB5	Clostridium_phage	2.8e-74	92.4
AXU75318.1|1750023_1750209_+	hypothetical protein	X5J9Z6	Clostridium_phage	6.4e-20	87.9
AXU75319.1|1750209_1751520_+	phage protein	X5JAJ1	Clostridium_phage	6.2e-234	93.3
AXU75320.1|1751536_1752007_+	phage protein	A0A0A8WJ62	Clostridium_phage	7.0e-71	82.1
AXU75321.1|1752078_1752519_+	phage protein	X5JAB6	Clostridium_phage	8.6e-47	63.7
AXU75322.1|1753361_1753466_+	hypothetical protein	A0A090D809	Clostridium_phage	1.9e-05	73.5
AXU75323.1|1755136_1756018_+	hypothetical protein	NA	NA	NA	NA
AXU75324.1|1756088_1758377_+|tail	phage tail tape measure protein	A0A0A8WJT6	Clostridium_phage	7.9e-277	71.8
AXU75325.1|1758392_1759085_+	phage cell wall hydrolase	X5J9Z8	Clostridium_phage	4.0e-115	92.6
AXU75326.1|1759077_1760970_+	phage cell wall hydrolase	A3QSB3	Clostridium_virus	0.0e+00	89.4
AXU75327.1|1760983_1761244_+	phage protein	A3QSB4	Clostridium_virus	3.8e-34	87.2
AXU75328.1|1761248_1761668_+	phage protein	X5JB38	Clostridium_phage	3.0e-73	99.3
AXU75329.1|1761668_1762718_+	phage protein	A0A0A8WJT7	Clostridium_phage	9.8e-190	96.8
AXU75330.1|1762710_1763328_+	phage protein	A0A0A8WFE8	Clostridium_phage	2.0e-113	96.1
AXU75331.1|1763339_1764365_+|tail	phage tail fiber protein	A3QSB7	Clostridium_virus	1.0e-159	96.2
AXU75332.1|1764381_1766070_+	Glycine rich protein	A0A090EUF1	Clostridium_phage	2.1e-290	99.6
AXU75333.1|1766083_1766377_+	hypothetical protein	A0A090DBT2	Clostridium_phage	3.1e-37	82.5
AXU75334.1|1766376_1766559_+	hypothetical protein	J9QDY8	Clostridium_phage	1.1e-24	96.6
AXU75335.1|1766590_1766782_+	hypothetical protein	A3QSB9	Clostridium_virus	6.4e-23	92.1
AXU75336.1|1766798_1767944_+	streptogramin lyase	E2ELJ9	Clostridium_phage	1.2e-185	83.5
AXU75337.1|1768135_1769266_+	Ig domain-containing protein	E2ELJ9	Clostridium_phage	2.8e-49	34.5
AXU75338.1|1769282_1769648_+	hypothetical protein	E2ELK0	Clostridium_phage	1.6e-54	95.9
AXU75339.1|1769648_1769783_+	phage protein, XkdX family	E2ELK1	Clostridium_phage	2.0e-15	90.9
AXU75340.1|1769993_1771340_+	hypothetical protein	E2ELK2	Clostridium_phage	1.0e-05	52.4
AXU75341.1|1771339_1771519_+	hypothetical protein	J9QDY8	Clostridium_phage	2.6e-18	84.5
AXU75342.1|1771559_1771790_+	Hemolysin XhlA	A0A0K2SUG6	Clostridium_phage	7.7e-15	50.0
AXU75343.1|1771805_1772066_+	phage membrane protein	A0A0A8WF70	Clostridium_phage	3.9e-39	96.5
AXU75344.1|1772062_1772869_+	phage-related cell wall hydrolase	A0A0A8WE15	Clostridium_phage	3.3e-153	97.0
AXU75345.1|1772913_1773090_-	putative PemI	A0A0A8WHQ4	Clostridium_phage	6.9e-24	96.6
AXU75346.1|1773334_1773463_-	hypothetical protein	A0A0A8WIC8	Clostridium_phage	5.0e-08	76.2
AXU75347.1|1773785_1773962_-	putative PemI	A0A0A8WHQ4	Clostridium_phage	1.4e-13	63.8
AXU75348.1|1774199_1774328_-	hypothetical protein	A0A0A8WEJ5	Clostridium_phage	5.8e-12	95.2

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>CP012312|2127443:2134687|DBSCAN-SWA
TTTATAATTTATCTATTTCTTGTAATGCTAATTTAACAGTTTCATATCTATCAGCACCATTTATTACTACATCACCTTTTACAAGTTTATTAGCTTCTCCACCTACAACATAAACCTTTTTACCTAAACCTTGCTTATAACTAGACGCCTCAATTATTAAAGAATCTTTCAATTGCCAATGTAAAATCTGAGCAGCCACTTTATCAGCATCACCTGTATAAACGATTACATTTTCATACACTTTATTTTCCCCTCCCCCTTGAGAATTTGATATAGATTTGTTTAGTATACCTTCTGCTATCAATTTAGCAACTTTATCTTTATTATTAACATAATAATCTGTATCTGCTTTACTATCTACAAAACATACTTCTATTAATATTGCTGGTGCAATAGTATGATTAAGCCAAAAAAGGCCTCTAACATCAGACTTTGCACCCCTATTTTTGAATACTGTAGCTAACCTAGTATTCACTCTTTCTGCATAGGTTTTGCCATTATTAGTCTTATATATTGTTTCTGTCCCTACTGGAGTTGAAGTTGTGACATTTGAATTAAAATGAATCTGAACAGCCAAATCAGTTTCCTGTTTATTTGCTATAGCACATTGGTCTGCTAAATGATTACTTGATTCATCAACTCTTCCTGTATAAACAGTAGCTCCACCTATTTTAAGCCATTTAACAATTAAGTCATTCAGTATTCTTGTTTCTTTGCTTTCGTTTATATACCCAACAGCTCCTGTACCTTTTCCAATTAAAGTGTGCCCTGGTATTATTACTACTTTCAAACTAACATCTCCTTTACAATTAAATTTAACTTCTATTTAATATATGCATAACCTAGAATTTTGTTTCTTTTTATATCTTATACTTTTATTATAACCCATTTTGTAAAAATATAGAATATTAAGTAAATAATGTTAAAATTATAATTTTGTATATAAAACATTACTTGATTGCAATAATTTTATAGCATATTCATCTATTCTATATCCAGTTCTATAATATATATGTTTAATTCCAGCTTGAATTATAGCCTTAGTACAATTTAAGCAAGGAAAGTGAGTTACATAAATAGAGCAATCTTTAACTGAAATACCTTCTTTTGCACAATAATAAAGGGCATTTTGTTCAGCGTGAATAGTTCTAATACAATGTCCATCTCTCATTTCATGACCAACTTCACTACAATGCTTATCTCCAGAAATACTACCATTATATCCAGTAGATACTATTCTGTTTTCTGAATTGACAATTATAGCTCCTACGTAAGCTCTATCACAAGTTCCTCTTTCAGCTACTGTTTCGCACAGTCTCATAAAATATTCTTGCCATGAGCATCTATTTTCAAGTTTTTTATTCAAATCATATACCTCCAAAATTTATATCTAATATATAAGATTTATACCTTAAAAATACTATTAAAAACAAATTTATACGATAAATAAAATTTATTAATACTGTTTTTATTCTAAATTATTTTACTTTAAATTAAAGTTACAAGGAATCTAAAATTATATATATCTTTCTTTGTAATATGAATGTTATAATATAAAAAAACTGTCTCAATAAAATAGAGACAGTTTTACAGTCAAAGTTTATAATACAAGTTCATATTTTTCTTTAAATTCTTTTACAGCTTCGGGCCATGCCTTTTGTTCTGTAATACCTTTTTCTTTAGCTATTTTAATTGCAATCTCTCTTATCATTGCAGCGCCTTCTAATATTCCCATTTTTAATCTCCCTTCAAATATCTTTTTGTATAGAATATAAATAGTGCTAAGATTTATTACATGCTGCATATACAATATCTATACAACACATAACTTATAAATTCCTTTTATTTTCATACGTCTTTAACCGACATATAATTATATTCAATAAGTTTTAAAATTATGAACTCAATTATAATTATTTTTATTTTTTTAGAATCTAAACACTAAAAATTGTAGGTAAATTTGTCTTATGCCTTTATAAATATTTCTACAGTTTTAATTATTGTACATATCTATTTTTATTATAAAAAATGCTTAAAAATCGAGAACATACGCATAAACACTGTATATAAGCAAAACGGTTAAAGGAAAAAGAAGAAATTTACAGAATGGTTCGAAAAGCCCACTCCTTTAGGGGTGGGATGGATAGCATAAATAGTGTATAAAAAGTATTGATACATACACATATAATGTTAATATAAGTATATGGAGAATAAATATAGAAAAACTCAAACAAATGTCAGTTTAATTAATTATCACTTTGTATTCTGTCCCAGATATAAAAGAAAAATATTTAATATAGAAGGCTTAGAAGATAGGGTATTCAAAGAGATTGCTATTCTGCATTTTTTAATAATGAATGTTAATGATGATTTAAAGTCAATCAACAGAGAATTGTGTGTTAAAACATATGATAACTTTAAAATATTACATGATAAAGAAATAGATAGGCTAAAAGAATTAAAATTAAATGGTTATAAATTAATATCTAGTATGGGGATATAAAAACTCTATATAGATTGGGAAACGAGCCTAATATTAATGTTAATGGTGTCAACAGATACTTTGTTAATAGAAGTCTTAGGGAATATGATTAGTGATAATATATTGTAAGTTATGATTTATTATAACTGAGAGTATTGTAGAAATTCATGTAGTATATAAAAACCCTACACCTTTAAGTGTGGGAGTTTCAGTTGAATGTTAAAATGCGTTGCTTGAAGCAACGGGCAGTTTTGCCTATAATAGCGGTAACAACTGAAAGAAAGGTGGTTATCCCTAATGTTAAGCGAAAACATTAAAACAATCAGGAAGTCAAAAGGACTTTCGCAACAAGAACTTGCTATAAAATTGAATGTAGTACGACAAACAATATCTAAATGGGAGCAAGGATTGTCGGTTCCTGATTCTGATATGTTGATTTCCATATCAGAGGTACTTGAAACGCCGGTAAGCACTTTGCTTGGAGAAACTATTGTTGAGTCGGAAGTTGATAACTTAAAAGTGATTTCTGAAAAATTAGAGATTATAAACTTGCAACTTGCACAAAGAAAAAACATGAGAAGAAAAATGTTTCATTGGTTATTTATTTTATTATGTGCAGTCATAGTAATAGGTTTTTTGGTCTTAGGGGGACTAAATAGTCCTTATTTGGATTGGAATTATACTGACCCTGAAACCGCTGTTTTTGGAGTAGCTTTTCATGCGTTTGAGTGGCTATTTGTCAGATTAGCACCGATTGTCCTTATAGGGGCAATTATTGGAAGCTTTTTGACACGTAAGAAAATATGAAGACATTCTGCTTTTTATAATACAGCAAGCGTTACTTAAAAGCGTCATTCTACATGACAATCGAGGACGATTATGTAAGGAAGAATCTTTTTGATTTCCAACTAAGCGAAGTCATTGAGGACGACAACAAGCCCAAAACCGTATTAAGTGAAGTACAGGAAGCAAGACTGCTGGACTTATACGCCCATGCGTCAGAGGCAAAGAAATGCTAAGTCTGATAGCATGATTTACAACGATTTGTACAACGATTGCGAGTAGAAATATATTACGAAATTAGAAAAGAAATGACTTGATAATTTATCCATGTTATAATTATTGATGTGAAATTAATAAATCGAAATTCCTTTTTTAGATTTAACAATACTGAGTAAGGAAAAAGTGAATGACTTTTGCAAGGAGGTGTTAATATTAGACAAGTAAAGTCTTTTGTTTTTCCAGTTATATCCTTAATATTCTTAGACCAAATTAGCAAAGTTCTTATAGGATTATTCTTAATGGACTTTGAAATTGATATAATTGGGAAATTTTTAAGATTCAATCCTGTTCAAAATACAAATCTCTCTTATGGGGGAAACTTTATTGGTATTCTATCTAATTTATGGGTATTGGTATTGTTTAACATTTTAGTTATCCTAGTTATTATATCTGGATATGCTTTTTACAAATCAAAAAATGAACAAACGAGCTATTCAGTAAAAGTAATTATGTCTTGTGGACTTGCTGGTACAATATGTAGCTTGATAGATAAATTATTTTGGGGAGGAAGTTTAGATTTTTTGCAGATACCAAGCTTTTTTATTTTCGACTTAAAAGACTGCTATCTTACTGTTGCAGAAATAATATTTGTTATCATAGGAATTTTACATAGTAGAGAAATATCAATGAAAGAATACATATATTTTTGCTATCGTCAGTTTAAAAGATAATTTTAGAAGATAAATTTAAGTTTCAAGGTAAACTATTTAATCACAGCAAATAGTTGGCTCACTTCAGCTTTTGGGCTAAACTGTGAGCACTCATTAGGTCTCTGCTATCTAACAAACGGAGCACAAAACGGAGTACAAAAATGAAAATTAAATATTGAATATAAAACACAGTTAATTTTGATTAAAAAGTTGGCTGTTTTTTCTTTTGTAGAAATTTAAGCATAGGTAATAAAAAAATAACTGTATTTATGTATAATTGGAGGCAATAAAAAGCCAGTAAAACCCATAAAATAGGGTCATACTGGCAACATGGTAAGTTTATAAGAAGATAATCAAAAATTTACGCTTTATTTTAATTTAAAAAAATGATTACTTTAAAGAAATCATTTTTTATTATAATCACTGAGACATCAAATATTCTAAATAAAATTTTTACTTATCTGGAATTGTATATTTTTTCTATAATATTAACTACAGCGTACATTGCCCATGCACAGATAGCCAATACAAATACTCCCATCATTACTAAATCTAATTTAAATACTTGAGAACCATATACTATCAAGTAGCCTATTCCATATCTTGAAACTAAAAATTCTCCAACTATTACACCTACCCATGCCATACCAATATTAATTTTAGTTAAATTTATTAAATTTCCTGTGTTTGCAGGTAATATGAGTTTAAATAATATTTGAGATTTACTAGCTCCAAAACTCTTTAACATCTTAATTTTTTCTTCATCTATATTCATAAAATAATTATAAGCTGAAAGTATAGTAACAACAACAGAGATAGTTACAGCTGTTACGACGATTCCTTCTATTCCAGCACCTACCCAAACTATAATTATAGGAGCTAAAGCAGTCTTAGGAAGAGCATTTAAAACTACCAAAAATGGGTCTAATATTTTTGATAATTTTTCTGACCACCAAAGAGCAATTGCTACCAAAATACCTAATACAGTACCTATAACTAGACCAAGAACAGTTTCATATACAGATATTCCAATATGTTTAAATAATTGACCACTAAATGCATATTGAATAAATAAATTGTAAATATCACTTGGTTTGCTAAATAGAAATGTATTTATAACATTTAAGTCAGCTAAAAGTTCCCAGATTACAATAAAACCAATTAAAATTAATAGCTGGTAGAATAATACATTTCTTTTTTCTCTTTTTACACCTTTAACATAGTTTATATATCCTTCAGATCTTTTATTAAGCCTCATGTGTATCTAGCTCCTTCCATAATATGTCGAAATACTTTTGAAAATCAGGAACTTTACGTGTTTTGAGAGGCGTTTTTGTTCCATCCATGTTAAGTTCAATATCGTAAATATTTTTTATGGTAGCTGGTCTTTTAGATAGTATTGCAACCTTATCTGATATGCTTATTGCTTCTACTATAGCTAAAAAAGTGCAACTAATTGCTTAAAGAAACAGAATTATCCATTTCAGCACCCATATAAACAATATTAAGATTTCCTAAACTGCTATCCCAAACGATACTATTAATAATAGTAGATAATAACAATCTCTTATCATCTAAACTGGCATTATCAACTTCATCATTAAATCTCTTCAAATTACTAACAATAATATCAATATTAATACTGTCACTACTAATATTGATGTTACTAGATTCCAAAGTATTAATCTTATCCTTTAAAATACTAATCTCATTATTTAAGCTCTCAATCTGGGAAACTATATAATCAGAAGCAGTACTACCAGTATTTTTTGCAAGCTCTATAACTAAATTTTTAATAAGTCTTTCCTTATCTAAAATTTGATTTTTAAGCAAATTAGTCTCAGATTTAAAAGCATTAAAAACATTATCAGCCTTAATGTTATTACTATTGAATGCACTTATAATAGACTCTTCTTTACAATTCTTAATTTTATCTATAACTAAACTTTCAACTAATGGACCATTAAGGTTTTTACAGTTACAACTATCAGACCCAAGTGTTTTTTTAGTACCACAAATATAATAATACTTTAAATCCTTGTCAGTTTTTTTGCCTTTATAGGTAATTCTCATATTAGAACCACATTTACCACATTTTATAAGACCAGATAAAAGAGCAGTTTTTCCAGTTGATATCCTTGGTGTTTTATCACGATTTTTATCTAATTGATTTTGTACTTCAAGCCATATTTCAGGTTCTATGACTCCATGGTGTTTTGCAATTGCTGCTATTGAGTTAGCTGTATTTTTAGCATAGGTAAGGATTCCACATTTTCTATCTGGAGTACCTACAACATCCATACCACTATTTTTAAGGTAATCTAAAATTTCATCATTAGCTTTTACATATGCTGGATTTCTAAGTATTCTAGATAAAGAACTAGGGTCAAATTTACCACCACGAGGACCCCTTATTCCATTATTATAGATATATTTATATAACTTAGATAATGACCTAAGCTCTAAGTATTTATTGTATATTAGCTTTACAACCTCCATTTGTTCATTATTTACTTGAAGCTTATACATACTTCTTTCCTTTAAATTTTCATCTAAGAATGTGATTTTTTCGCTGTTAAATCCATGAGGTGTATTGCCTCCAAGCCATCTACCACTACGGGCTAATTCATACATATTGTCTTTTATACGTTCTGCTATTGTTTCTCTTTCTAATTGAGCAAATACACTTGATATAAACATCATAGCTCTTCCCATTGGAGTTGAAGTATCAAATTGTTCTTTGATAGATATAAATGATATATTTAGTTCATTTAATTTTTCTATTAAAGTAGAGAAGTCAGATACGTTTCTCGATATCCTATCTAATCTATAACAAACTAGGTAACTAAATTTCTTATCTTTGGCATCCTGCATCATTTTCTTAAATTGTGGTCTATCTATATTGCTACCACTAAATCCCTCATCTTCATATATCAAAAAATCTTTTACACCAATAGACTTTGCATAATCAATACATAATTGTATTTGATTTTCTATAGAATCACCTTTTCCAGTAAATCTTGATTTTCTTGAATAAATTGCAGCTTTCAA

Protein sequences of DBSCAN-SWA_7

>CP012312|2127443:2134687|2133088_2134687_-|AXU75679.1|DBSCAN-SWA
MKAAIYSRKSRFTGKGDSIENQIQLCIDYAKSIGVKDFLIYEDEGFSGSNIDRPQFKKMMQDAKDKKFSYLVCYRLDRISRNVSDFSTLIEKLNELNISFISIKEQFDTSTPMGRAMMFISSVFAQLERETIAERIKDNMYELARSGRWLGGNTPHGFNSEKITFLDENLKERSMYKLQVNNEQMEVVKLIYNKYLELRSLSKLYKYIYNNGIRGPRGGKFDPSSLSRILRNPAYVKANDEILDYLKNSGMDVVGTPDRKCGILTYAKNTANSIAAIAKHHGVIEPEIWLEVQNQLDKNRDKTPRISTGKTALLSGLIKCGKCGSNMRITYKGKKTDKDLKYYYICGTKKTLGSDSCNCKNLNGPLVESLVIDKIKNCKEESIISAFNSNNIKADNVFNAFKSETNLLKNQILDKERLIKNLVIELAKNTGSTASDYIVSQIESLNNEISILKDKINTLESSNINISSDSINIDIIVSNLKRFNDEVDNASLDDKRLLLSTIINSIVWDSSLGNLNIVYMGAEMDNSVSLSN
>CP012312|2127443:2134687|2130221_2130731_+|AXU75676.1|DBSCAN-SWA
MLSENIKTIRKSKGLSQQELAIKLNVVRQTISKWEQGLSVPDSDMLISISEVLETPVSTLLGETIVESEVDNLKVISEKLEIINLQLAQRKNMRRKMFHWLFILLCAVIVIGFLVLGGLNSPYLDWNYTDPETAVFGVAFHAFEWLFVRLAPIVLIGAIIGSFLTRKKI
>CP012312|2127443:2134687|2128370_2128808_-|AXU75673.1|DBSCAN-SWA
MNKKLENRCSWQEYFMRLCETVAERGTCDRAYVGAIIVNSENRIVSTGYNGSISGDKHCSEVGHEMRDGHCIRTIHAEQNALYYCAKEGISVKDCSIYVTHFPCLNCTKAIIQAGIKHIYYRTGYRIDEYAIKLLQSSNVLYTKL
>CP012312|2127443:2134687|2132093_2132894_-|AXU75678.1|DBSCAN-SWA
MRLNKRSEGYINYVKGVKREKRNVLFYQLLILIGFIVIWELLADLNVINTFLFSKPSDIYNLFIQYAFSGQLFKHIGISVYETVLGLVIGTVLGILVAIALWWSEKLSKILDPFLVVLNALPKTALAPIIIVWVGAGIEGIVVTAVTISVVVTILSAYNYFMNIDEEKIKMLKSFGASKSQILFKLILPANTGNLINLTKINIGMAWVGVIVGEFLVSRYGIGYLIVYGSQVFKLDLVMMGVFVLAICAWAMYAVVNIIEKIYNSR
>CP012312|2127443:2134687|2131120_2131657_+|AXU75677.1|DBSCAN-SWA
MQGGVNIRQVKSFVFPVISLIFLDQISKVLIGLFLMDFEIDIIGKFLRFNPVQNTNLSYGGNFIGILSNLWVLVLFNILVILVIISGYAFYKSKNEQTSYSVKVIMSCGLAGTICSLIDKLFWGGSLDFLQIPSFFIFDLKDCYLTVAEIIFVIIGILHSREISMKEYIYFCYRQFKR
>CP012312|2127443:2134687|2129645_2129945_+|AXU75675.1|transposase|DBSCAN-SWA
MENKYRKTQTNVSLINYHFVFCPRYKRKIFNIEGLEDRVFKEIAILHFLIMNVNDDLKSINRELCVKTYDNFKILHDKEIDRLKELKLNGYKLISSMGI
>CP012312|2127443:2134687|2127443_2128232_-|AXU75672.1|DBSCAN-SWA
MKVVIIPGHTLIGKGTGAVGYINESKETRILNDLIVKWLKIGGATVYTGRVDESSNHLADQCAIANKQETDLAVQIHFNSNVTTSTPVGTETIYKTNNGKTYAERVNTRLATVFKNRGAKSDVRGLFWLNHTIAPAILIEVCFVDSKADTDYYVNNKDKVAKLIAEGILNKSISNSQGGGENKVYENVIVYTGDADKVAAQILHWQLKDSLIIEASSYKQGLGKKVYVVGGEANKLVKGDVVINGADRYETVKLALQEIDKL
>CP012312|2127443:2134687|2129042_2129177_-|AXU75674.1|DBSCAN-SWA
MGILEGAAMIREIAIKIAKEKGITEQKAWPEAVKEFKEKYELVL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU75672.1|2127443_2128232_-	phage-related cell wall hydrolase	A0A0A8WE15	Clostridium_phage	3.3e-89	62.3
AXU75673.1|2128370_2128808_-	phage-related deoxycytidylate deaminase	A7KUY9	Bacillus_phage	5.9e-32	54.3
AXU75674.1|2129042_2129177_-	hypothetical protein	B6SBZ7	Clostridium_virus	6.2e-09	78.0
AXU75675.1|2129645_2129945_+|transposase	transposase	A0A0A8WJI7	Clostridium_phage	2.7e-20	94.2
AXU75676.1|2130221_2130731_+	phage repressor	A0A2H4J6F9	uncultured_Caudovirales_phage	1.0e-06	43.8
AXU75677.1|2131120_2131657_+	lipoprotein signal peptidase	NA	NA	NA	NA
AXU75678.1|2132093_2132894_-	ABC transporter permease	NA	NA	NA	NA
AXU75679.1|2133088_2134687_-	site-specific recombinase	A0A1L2BY67	Clostridium_phage	2.3e-113	44.2

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>CP012312|2557466:2621244|DBSCAN-SWA
CTCATTCGATATTTGTTATTTCTTCTTCATATTTTTGAAACTCTAAATTTGCTTTAAATAAATCTCCATCTATTTCTATATAAAATTTTCCACCTTGTAAATCTACTAAATCTCTTGCAATAGCAAGCCCTAATCCACTTCCTTCAGTATTCCTTGATTCATCAGCTCTTTTAAATCTTTCCATAATCTCACTTGGGTCAAAATTTAATTCATAAGAAGATATATTTTTCATAGTTACCTTTACATTTTCACCATAGTCATATACATCAATATAGACTCTAGTTTCTTCTAAGGAATATTTTGCTATATTAGATAAAAGATTTTCAAATACTCTATACATTCTTCTTCCATCTGCCCATATATACACCTTATCATTTGGAACATTTAATTTTAAATATAAATTATTTTTAGATAATTTTTCTTCAAGTTCACCTATACTTTGTCTTAATAGTTGCACTAAATCAATCTTGCTAATTTGTAATTCTATATTGCCACTACTTACTCTACTCGCTTCAAATAAATCTTCTATCAATAATTTTAGTCTTTTTGACTTTGACTCAAGCACATTTATATAATCATTTATATACTCTGGTTGTATTGATTCTTCTTTTTTAATTAAATCTACATAATTTATTATAGAAGTAAGTGGAGTTTTCAAATCATGAGATACATTTGTTATAAGGTCAGACTTCATTCTTTCACTTTTTACTTGCTCTTCTATAGCTCTATCAAGACCTTCTCCAATATTATTTATATTTTCAGCTAAAGACGTAAAATTATCATTCCCAGTAATTTTTATCTTATAATCTAATTCTCCCTTTTTTATTCTTTCTGTACCTTCTATTACGTAACTAAGATATGAAAGTCTTTTAGTTATATATATTGTAAATCCTAAAAAAATACATATAGAAAACAGTAATCCCATACCTATACTTAGAGTGCTAATTACCATGATTAAAGCTAAAGATATTATCACTATAACAATAACTTTCCTTGCTAAAGATACTTTCTTTATAGCGTTACTGATCTCCCTTACAGTTTTTATTAACCATAAAATCAATCTTACTATAATACTTGTCTGAAATATACACATTTTATTTTCTAAATAACTCAATTGCACATTTATAAAAAATATATTATTTGATACTATCAGTAAAGATAAAGAAACTAATGCAATTACATCAATATGATAAGATACAGCAAGGGCATACATAGTTAAAATTGCAATTGAAATAGATACTAATATTACATTAAATTCCATAGGTATCTTACTGTATATTAATAAAAATACATTATTTCTTTTTAAAACTTCACCTTTTATTTTGCTATATAAAATTATAGATAATAAACATATAATTGCTAAACTTAAACTAGCTACAAAAAATAATCTTACTTTTTCTGTAGCTTGTTTAAATATTTGAAAATTAGTGTATACTATTCCATCTTCTATAGTTGGCTCTTCTGGAAAAGATATATATGCCTCAAAACCTTCATCTACTTCATATACTTCATCTAGTTCCAGACTCAAATTATTCAGTTCAAATTTTTCTCCATTTATTGTTTTAATATATGAGCTCTTTCCTATCTTATTTATTATCTCTACATTACAATAGCTCTTAGTTTTTTGTTTAAAATCATATAAATTAGAATATGACGTATTTGTATAAAATACTCCTGTATATGTATTAATAACATACACTTTTATATTTTTTAGATAGCCTAAATATTCTTCAGAAGCTTGTTCATTAATCATGATTTTATCATACTCAGAATCACTACTACTTAAATCTGTACTTTTACCTTCTTGTTGGAATTTACCTTTTTCTTTACTAGTTAATTTACCACCTACAGATAGCTTAAACGTGGGTAATAGACTTGCCATTGTTCCTTTGTCAAATATATTACTATCATAAAAATCATCAGATATATCAAAAATCCCACTCTTTGTAGAAGTTTTTTGTATATTGTATTTAGGCTCAGCAAGTCCTATTGTCACCAACAATATAGTTAATGGAAATGAGATAGATATTATGATTAATGAAACTAACTTTAATACTCTATATTTATCCAAATTGCCCACCTCATCTACATTGTCAGTATTTTATATAAAATAAAGTTTAAGAAAAGCATAATCCCCATAGAGTAAATTAAACTCTCAGAGAAAAAATTAAAACATATTAAAATTCCTAACATTTGTGTAAATGTAAAAATGACTAAAATCAAAATGCAATTAAATATTAAACTCTTTTCTTTTATAATTTTTCCACTAAAATTTTTCAATCTTATAACCAACTCCCCACACCACCTTTAAAAATCTTGGTTCTTTTGGATTTATTTCAATCTTTTCTCTTATTCGTCTGATATGTACTGCTACTGTATTTTCTGAATTAAAGCTTTCCTCATTCCATACTTTTTCGTATATCTCATCTATTGAGAAAACTCGTCCTTTATTTTCTAAAAGAAGTTCAATTATTTTATACTCAATTGGAGTCATTTTTATGTTTTCACCATCAATTTTAACTTCTTTTGTTAGTGTATTTAACTCCAAAGCTCCACTTTTTAAAATTTCTTTACATGTATCTTCATAATTACCTAAAGTTACATATCGTCTTAAGTTTGATTTAACTCTAGCTATAAGCTCTAATAGATTAAATGGCTTTGTTATATAATCATCAGCTCCAATATTTAATCCTATTATTTTATCTGTATCTTCACTTTTTGCTGAAATTAAAATTATTGGAATATTTCTTTCTTCTCGTATTTTTACAGTTGCTTTGATTCCATCCAATTTAGGCATCATTATATCCATTAGTATTAGATGAATGTTATTCTCTGTTATTATTTCCAAAGCTTTCATTCCATCATATGCTTTATATATTTTAAATCCTTCTGATTTAAGATATATTTCTATTGAATCAACGATTTCTTTATCATCGTCTACTACTAATATATTGTACATATTTTCACTTCCTCTATTGTATAATAATACTTATCTATATTATACAATATCTTTCACTTCCTTTCTCAACAATGACTAAATTGTTATATTACTTTGGCTTACATTTTTGTAACTTTCCCTTATAACTATATAATAAAATATAAATCTTAAGAAAATATTATCCTAATTCTTAAATATTTCTTAAGATTTAAGATAAATTGAGGTTTATTTGAATAAATTGATTTGAATTATGTTATTTTCAGATTACTTTTATTTAAGTATTTTGATTGGATTCAGCTGAATTAATGTATATTAATTCTTATTGAGCAGTTTTTATTTTTGGGGTGGAAGAATGGTGGAAGAATTACATTTCACTAATTTTCTTCCACCATTCTTCCACCCAAATATACTTAGAAACATTTATTTCACTGCAATAATATCTACTTATTTAAATTCTATTTTTATACATTCTATCTACTATATACTGTACATATTCTATTAAAATTTATATAAATAAAATACAAACTTATTTCATTTTTTTAACATGTTCAGAATAATAAACAAAATGAAGGTAGAAAAAGTTATAATTTCATACCTTCATTTTATTTATTATGTATCTAGCTGTCATTTTCTTCTTTCAAACTCTTAAAATGTTCTTCGAGTTCAATTAATTTATCTTCATCAACTTCGTCGTCTTCACCATGTAACGCTGATATTAAACTTGAAATTGAATTTTTATGTATGTTCTTCAAAAATTCTTTCGTTTCAAACCTTAGATATTTTTTCTCTTTTACTAGTATATTGTAATGTGTAAGTTTGCCTACTTTCTCTGTGCTTAAAAATTCTCTTCGCTCTAACCTTTTTAAAACTGTAAATGTCGTTGATTCATTCCATTCATATTTTTCTTCCATTGCAGCAACTAATTCCTTAGAAGTTAATACCTTGTTAGCTTCCCAAATATATCTCATAACTTTTAATTCTGCCTCTGGTAATTTACTAATTTTCATAGTTTACACCCCTTTGCCGATTTATATATATGTTAAATTCTACCTTAATAAAGTTTTCCAAACAAGAGAATTAATATAAATATATCCATCCAATTTTTACCATATTATTCTTTTAGGTTTTATAATACTTATCTAATGAGATTGACATTTTACTCATTTTAGGATATTATGAAGTTAACTTCACATGAAGTTAGCTTCATACAGAAAGAGGTTATGGAATGAAAACAAAAGTACGAGAATTTCGAACAAATATGGGTCTAACACAGCAACAACTCGCTGATTTAGTCCATGTATCAAACAGAACAATTATTTCTATTGAAAAAGAGCAATATAGCCCTTCTCTTATGCTTGCCTATCGTATGTCACAAGTGTTTGGTACAACTATTGAAGAACTATGTTGTTTAAAAGAAAATAAAGAAATGGAGGATAAAAAACATGAAAGTAAAGAATAAACGAAATTTTATAGTGGGTATTATAGTTTCTATGTTATGTTGTGCTAGTTTAGTTATTTATTGCATTTTAAAAGAGAAAAGATTCTTAATTTCATCATTTATTTTAATTGCAATAGCAATCTTTAATTTTTGTAATGCTTTTTCAAGAAAAGGCATTGTTGAAGAATTACACGATAGTACAGATGAAAGAGACTTGTACTTAACAATGAAAACAAGTCATATCTTAGTTAAAATTATGAATTATACATTATTTACTTTTACATTTCTTTTCATCATAGCTTATAGTGCATGGAAAAATCAATCACTTATAGTTATAGCTATAACACTATGTGTCATTGAGATTTTTTTATTTGTTGCATATTTACTTATCAATATATTTTTAGAGAAAAAAGAGTAAATACAAGAGGTGATATAAATGTGTTTTAAAACTTATATACTAAAAAGAGAAGTAAATAACAAACAACTAGAGATAACTCGAAGTTTTGACTTAGATAATCTCATTTGTACTGCAACAGAAATATTAGAAAAAAATGAGATTGACTTAATAATTATTGATGAAAAAAATAATGTTGTTTGGAGAAATGAAAAAAGCACTCCCGCTCATGAGAATGCTTAGTTATAACTATAGAAGTGTATTGGTAGTACACTTCTATTTTTTATTATATCATTAATTTTGTGTATGAAAAAGAGCTACTTAAATCAATTTTAAGGTGTGTTGAGTAATGTTATTGATAGTTTATATATTGATGAATTTCAAAAAAATAAGCACTCTTATAAAAAGAGTACTTTTGGTATATATTCAAGCATTTATCTAATACAATTATAGCATGTCTTATGTTTTAGTATGATAATTTTCGTTCGTTTTATTATTACAGGTTATACTATATAGTTTTATGTGTATTGTTAATATTTGTAATATTTTAGATACTCTTTATACTTGTGTTGCTGATATACTTTGATTAAGAAAAGTAAATCTAATAGGAGGTCTCTACTATGAAAACCCAGAATATCTGCCTTATACTTATAGGAGTTGGAATTATAATATTAACTACAATAATAGCTTTAATTAAAGTTAAGATTGGTTTTTGTAGTGAAAAATATTTTAATAAATTAGAATCAATATATGGAGATATAGATAGAAAAAGAACTATTAAACTGGAAGTTCTTTATCGCTATGCAATAAGTCTTGAATACATAGCAATAGCCTTATTTACAAGAAGATTAGATATTACAATAATAGCAATGATAATAGCAGTCATTATAACAACAGCATTATATTATCTAATTAGAAAGAAATATATAACTACATAAAATCTAATAGGATTAATAGCAAAAGAAGGTAACAACTAACTAGTTGCTACCTTTTAATTTATCTATCAAATAAAAACTTCTAATTTGACTTTTAAACATTAATTCAATGTCTTTTACTGCATCTTGAACACATTGCTTAAACTTTAAATCATAGTATATATTCACTTCACCTATGCCATTTACACTTAAAGAATAGTCTTTTCTTTCTATTATACATATGCTTCCACAATCTGATAAATCATTCTTGTATATTGATTTTAACTGCCTTTTTATTTTGAGAAAGTCTATTTGGGGGTAAATATTGTTTGGATAAAAACTTTTCTCTTGTATTAACATATTATCTACCTCTTACTATTTTTTTATCTATTTATAAAATCCAATGCTTTATAAAGTGTATCAAATCTATCATTACCCTTTATCATAGTAAATTTTTCTTTAGTCATAGAACCAATCTTCTCACATGCTGCACCACCTATGACATAAAGATTTTGCGTCTGACCTGGCACGTAATCTTTTATATCACATATCAGTATTTTCCCATCATTATAACCCCAACCAACTACAGTTGCAGAGATTTTGTCAACTTCTCCATCATAAACAATTGTATGTTTGTACATCTGTTTAACTCCCTTACTACTTATATTTTTATTTAATACACCTTCTACAATTAACTTAGCAATACCTTCATACCCAAATTTCTTAGCTTTCTCATAATCATCTTTATTATCACAGAAGAAATTTTCAATTAATATTGCTGTAGGTTTGGAACTGTTTAAAATATATAATCCTTTATCTAATTTAGCACCTCTATTTTTAAATACTGTGCCTAATTTCTTACATATTCTAGTTGCATATTCTAGACCTTTATTACTATAATATAGAACCTCTGAGCCTTTTCCTTGACCATCACTTGCATTTAGATGTAGTTCTATGAGTAAGTCATATCCTCCACTATTAACTCTAGGTATTTTATAAGACTTTTCTTCATTCTTAGTTTTAAACTGCTTTTCTGGGCATATTATTACATCTGCCTTATGCCCTTCTTTTCTAAATGTATCTGCTAATACTGGTGCAAGAGATTTGTTGTATTGATACTCGTTAACTACTCCATCAGCAGAAGTACATGCTCCACTTTTTAAAATACTATGTCCTACTGTTATACATATTTTCATTATTTATTTTCCTCCTTCAACTGTTTGTAAGTTTGGTTTATACCTATTGATATACCCCAACAAATCACGCCTTGTAAGACTGCAACAGGACTTAGTCCTAACATCCAAATAGAAAATCCTATACCAAGTATTAATAACACTACTGGAATATATTTGTTATCTAGTTGCTTATACTTCTTACAGCCCTTACCTATAATAGAGAGAGCAGCTACTAAAATTAGCAACTGCTCTGGTATAAAACTTATTAAATTATCCATCTCTTATCCTCCTAATTAATTAAAATATTCCTCTTTGAACTGCAAATATAAAGAACCCTACAAGTGTTGTAATCATTGTACCAATTAGCCATTTGAGCATACTTGTAAGTGAGTTTAGATTCTCACACAATGCTTTTAACTCTGCTTTAGACTCTATATTTGCTATTTTTAATTCGTCTATTTCTTCTCCATGTTTATTTATTCTTGTTTCATGTCTTTTTAAATCTGCTTCGAAAAGTTCTTCATTCATGAAAACCTCCTAATTTTTGAATTAAAAAAGACTATACTATATAGTCCTCTCCTGTTATTTCTTTATATTCACTTGCTGTTATCTTATTCTTTTCTACTGCTGTTTTAACTTGCTCTTTAGTCCAGTTGCCATTCTTATAAAAATCTGTTATTATCTTATACCAATTCATACTATATCACCCCATTACTCATTAATTGAAATGTTAAATCTGCTATTGTTTGCTCTGTAGAATTTACTTTATTAATTAAGATTTCTTTTTCAAGTTCTTCCCCACTTTTTGCTATTAATTTATATTTGTAGTATGTTTCTTTTGTTAATTCATTTACATATAAAGTGGAGTAATATCCTTCTCTAAGTTCTTCTTGCATAATATTATCTACCAGTATTCCTTGTTCTAATTCCTTACTAGACAAATCAGAAGGCATGTAGTTTATCAAGCCTACTTTTTTTATATTTATATCATCTGTATTACTTAAATTACCTAAAAAAATCAATTAAAACATCTCCCTTTTCACATAGAATTTTTTTGTTGATGCCAACCTTGCTATAGTTTTATCATCAATATTACCATTCACATAAATATTATAATTTTTATAAATTACATTTGGAGAACCATATCCCTCAAATTCATATGAGTTTAGTTCATTTAAATTGCTTGAAAACTTTACTATTTTTGCATGTTCATATTCACGTAGACCCTTTGTTGCATAAATATAATTATTATTATTATCTAATCCCACTAAGTTTCCATATTTGCTGTCAGACAATTTTATTTGTAAACTTAAGTTTGAAGTATATTTATTAAAATAACCTTCTCCTGGATAACCCATAACTCCCCTATTACACGATACATAAACTCCATTATTTAACAACATAATTTTACGTCCTGCATTACTATCACGTAAAATTGCTGATGCAATTTTCTGAGTTAAATTATGATTTAATAAATATATAGATGCTATGTCAGAACTATCTTGTACTAATACATATATACCTGTACTATTTACTTTTATATTTCCACTTGTTGAAAAACTTTTTATAGAAAGAGAAGCACAATCTTTAGTTAAGTTTATACTAAATAAATTTGAAGAAGCATTAATTAGTATCATAGTAGCTGTACTACTCTTATAACAATATAAAATATTATTATAAAAACACATATCATTAACAAAATTATTAGCTATAGTTTTATTAATAGTTCCAGTAGTTTTATTAATTTGATATATGTTTTCTGCTGTAGAAGCATAAATATAATCTTCACTAATACAGAAACATTCAAAATTAGAATAACTTATTGAGAAAATAACATTAAAATTTAAATCTGTTTTTACTAATTTTGATGCTTTTAATACATAGATATAACTATCATCATAAAGAATGTTTAAAACATTTGTTGAGTCATTAAAATTTGCTTTTTTATCAACTATTGTAATTGCATTATCATATATGACTTTATTATCCTCTATTTCTTTTGTAGTATTTTCAAGAGTATCCATTATTTCTTTCAAACTACTATTTTCATTTAACTTTGCCATTATTAATTCTCCTTATAAAAACATATCTGTTAATGTATTTGCTATTGATATTCCTCTTGTCTTTTGACCATTTAATTCTGTATCTAATAAATTTTGCTTTATTGCTAATTCTTTTAAAGCATCTTCTACATTATCACTTGTAAAGTTATTCTCTGTATCTTCTATAGTTACATTCTTTGCTTCTAATACAAGATTTCTAACTTTATTAACTAACTCTTTAAAAGTCATTTAGTCACCTTCTTTCAATAAAAAAAAGAACCTACTACGCTGTTGGTTCTATTCCTTCTACTACTCCACTATGTTCTATAATGTAATTTTCAACTGCTGTCCTATAGTCTGTGTTAGTTACATCATCTAATTCAAATTCTCGATTTTTTAAAGGATTTAAGCCTCTACTTAAAATCCTCTCTGCTAATATTCTTACTACAACATTATTTATATTCATTATAATAATCCTCCTACCTTTTCATTTTCTGCAATTAGTAATTGATTTTCTAACTCTTGTATTCTCTTTTCTTCTTCGCTTAAATAGATTGGAATATCTTTTAAAATAAGTTCTTTTGTTATTGGATTTATAGATTCTATATACTGTTTACTATAGTCTATATTTCCGTATCCAACATCAATATAATGTAATTCTGTTATTGTATCATGCTCTAATATATCTCCTGTTGCTTCTCCTGTTTGGAATAATATTTTACCAGTTTGGTCGTAAATTATTCTATTTGCTCTATTCATTTTATCACCTCTTTTATATAAATTTTATAGCATGCCAATTATACAAAGTATAAGACACAGAAGGTCTATAAGCAGGAATATAGACGCCTTGGTTATTTATATAAGTGTTGCCTCTATTATTTATATAAACCTGGCCATTTGCTGTGAAATTGGTATCTGAATTTGTTTTTCGAAGAGCAGTTGTAATTACAAAATCTTTATCAGAAAGTGATGGGATTGAATAGGTGGCAAAGATTAAGTATTTATAAAATTGTGTTGGGCTATTAACCGTACACTCGCATTCAGCAAAAAAGATATTTGGAATGAAATTTAATCCTTTAATATTAACCCACCCTCCTGGGTTTATTGGATAATTAGGATTAGACTGGCTATTAACATATAAATAAGCAGTCGATGTTGTGTCTGTTAATGTACTGGTACGCCCTGATGCAACTTTATATTTTGTATTTAACTGTGATATAGTATTGTTAGCTTGTGTCAACTGATTCATCAAATCCTGCACACTAGCGTCTGAACTATCAAAACTTATTTTTATTTTCTCTGATAACTCGATTAATGTATTATTTAAACTTGCTTCTATGTTCTTTAATGCTAAAGTGTTTATAATGCTTGTTTTACCACTTTTGAAACTTTCTCCAATCTCTGCTAACTTAGTTGATATATCACTTAAACTAGCATCTTCTTGAAGTGGCATTATCTCTTTGCTTATACTTAAAACTTTCTCAGCAGTTGCATTTTCTGCATCTGTAGCAACTATTTTTAATGTGTGTATTGCATTGTCTGCAAGTTCATAGTTTATTGTTTTCTCTGTAGTTAAATCTGTTGTTATTGTTTCTTTTAGTACATCATCTAAATACCATTCGATTTTAGATAGATTATTATCTAAATCAGATACTATAAACTTTGCAGAATCGGAATTATATAAATTAACTGTAACAACTGGTTTGTTATTTGTTCTTGTAAATGTTACTGTTTTGCTTGTTACTAAACCACCATCACTTGTACTAATCTCTATAATTAAACTATTTTGAGAATTAATATCTAATCCTAATATCTGTTCATTAGTTAAAATAATTTCATAATTTCCTCCAACAGTATTGTTTCTTGTTGTTAATACTGTATTATTTAATTTTTCTGTTATTGTAAATTTTATAGTAGGTTCTTGGTCAACTACACTATATTTTATTGTACATCCTTTACTAAGATTTTCAAAATTACCATCTATATTTATAATTGGGTCATTTATAAACTCTACCCTTACTTTTTGCTCCATGCTGAAACCAGTTTGATGTTCAGGTTCATTTGGCAAAGGCATATAAACAACACTAGAAGTTAATGAAAAAGTAGTACTACTAGATACCGAATATCTTTTTTCATCACTAACATTAAATATTCCTGTAAAAGTAGTTCCATTTTCATATGCAAAAGCTCTTGCCTCAAATAGATTTCTTGAAGAATAATTCCCTCTCCTTTTTTTAATATTCCTATTAACTATAAAATCAGCCATTTGTACCACCTCTCTTTCTACATTGGTATTAAATTATTATTTACTGTTGATATAATATTACTGTTAATTCCTGTTAACTGTTCTGCTACCTTACTAATTTCTTCATGTATCTTTTTAGACGAATAAGTAGTCATTTCACTCACCCTGTTATCATCTACAGTTGCATTAATTAAACTTGTTTGAGCATTTCCATTTATCAAATACACATACATTTTAATATTTTCTTCATTTCTAACAAGAATACTATTATCATCAATAGCCCTAGCGTTTGGTGTAAGTGCTTCACCAATTTCATCATATAAAGCTATTAGTATTCTTTTAGTCAATAGTGGATGATTTATAGTTACTTCATACATATTAGTTTCATTATTTAAAGTCCAATCATCAATCTCTATAATATGCGTATGAGATACATTTACACCACCTGCAACAAGTTGGTCAATTTTAATATTTTGTTTCTCATTTTCTGTGTCAATTCTAGTGTTTAGCTCTGTTTTAGTAGTTTCTATGTTGCTTGTTAATTCTGTTTTAGTTGTATCAATTTTAGTATTAACAGTACCTATTTTAGTTTCTAAGTCTTGTATATCTTTGAGTGTTGCAAAGATTATTGTTGGGTCAATTTTAAGTTCTATATTATTTACATTAGATACAATAAGCACAGTTTTAACCTTCATGTCTACCACTGCACCTTGTTCTATAGAAGGTTTATAACACTCTTTGTATTTAGAAATGGCAATTAAATTATTTTCATCATCTAAATATCCTATTTCTCTTATCATAAACCCGCCTACACTTGATGGTATTAAACTCTCTAATATTATACAATTTGGTGCAGTTTCATCTGTAGTTGTATTTCCGATATTGCCTTCCCATACCACGTTTTTGAGAGCTGTCTGACTCTCAGTTGGAGTATATTCACTCCCTCCTCCATCACCAAGTTGAATTTTTACAAATCCCACTTTATTACCTGTGACACTTGCATTTGCTATCTTTGCTTTTCCTACATCTGTAATTATAGTGTAATAACTTTTATCTATAGCCAATATATCACCTCCTAAAATATTGTTATCTCTTGGTATCCAACTCCATTGCCAGTTAATACATCAATTTCTCCATAAGTTTCTATATCTGGTGGACTCCAAGGGTATATAGTTATTTCTTGACCCATTAAGGTTGTTATACCAAAATTCATATAATTGTCTTTGCTTATAAGCACTCTAGTGTAATCTAGTGTCATGTTACATGGCTTAATATCACTTACAAAAGAATGAACTTCCTCAAACCAATCTTGATTTCTAGCATCACTCTCAAGGTGTATGTTATAAGTAGCATTATTAATAGTTAATTCATAATTGCCTTCTCCAACTACATTATCTAGCCAGTTCCTTAAAAATCTCTCTGAGTAAGGTAATTTACTTATATATTTACTAAAAATCCTAAACCTTCTATCTTCTAAACTCTCATTACTTTTAGGAGTTATAGACATTATCTTTTCCCATCTTTTTATACCACTTATAGTTAGGTCCTCTAAAAACTGGTCATTTGATAGGTCCTTTAATTTATCATGTAATATTTTTATTTCTTTATTTCCTACATTAAATACTTTTATATATTCTTCTTTATCTTGTAGAATTTGTGGTAAGTAATTTATTAGATTAATTTCTTTATCCAACTACCTCACCTCTCACTACTATGCTGTTACTATCTATTGTTAGATTAGATTTAACCTCATTTATCATTGTGTTTGTAATATCTAACACTCCATCAATACTAAGTAATCTAGTTTCAATTTGAGATATACGGACTATTAAGTTTTCTTCATCTTCCCAACTCATATTTAACTCATTTAAATAGTCGTTTATTGCTTCTTCTGCAATTGTTTTTATATTCTCCCATGTATATCCACTCTTATATGTTATTTCTGCTGATATATTTATAGTTGTACTTGTAACTCCTTCAACTGTGACTCGGTGCCCAATTGGTGCTAATCCAAGACCTTCTCCTTGATTTTGTATAGGGTCAATTTCTTCTTGAACTAAATTAACTAAATCATCAGATGGTACTTTGAAATTAGAATTAATTATTACTAACTTAACAGTTCCTCCACCGTCCCACACAGGATAAACCTTAACTCCTCCAACATCTTGTATTTTGTTAACTTCATCTTTATAATTTTGCATATTTCCACCAAAACTCTGTGAGTTTAGGCTATCATAATATCTTTGTCTTAAACTATCTTCACTTTCTTCATCTTCTCCATTAATTAGTATTTCAGTTAACTCAGCAGTTTCTAATTTGTCTACATATTCAATTGGAATCAACTGACCAAGTTCAAATACAGGTCCAGTAGTTTCACATTTCATTTTATATGTTTTTTCAGATATTCTCTCAATTGCCACATAATTGTATTCTCCTAAGTTGAATCTTGAATCAATAGGAATATCTATATTAAAAACTCCTTTTGCAATTGTATTGGTTGCAGGTAAAGGTGTAATACCTCTCTCTTTACATCTCTTCTCTAAATAGTAATAACTAGCAGTATCTACGAATGTTTGGTCTAGTAATTCATCCATTGCAATGTATGTTTCTGTAAGCTCCACTGCAACAGGAGCAAGAGCATTGTATATTATAGAACCTTCTCTTTTATCAAAAGTATCTGGTACACTATCTAACATTCTTTTAATTATATTTTCAAATGTCATTAACTCAAACAATTATACACTCACCACCTTCTCTGCTTTTATATTTCCATATTTACTGTAAACTGTGAACTTACAATGTACTTTACCCTTTACATTTTGAAACTCAAAATTATCTACATTTTCAACCCTATCATCTTGAATTAGTGCTTCTGTTATCCTTCTTTCAAGTTCGGGTATTACATATGAAATAGGTTCTCCAATTAAATCATTTAATTCAACACCATAATTTCTAGAATAAATAAGATGCTCATACCTTTCAGTATTTAAAATTAAAAAAATGGTTTGTTTTAATGCTTCTACATCATCACAAATACCATCTACTCTATTTTTCTCTATATTCAATTTAAACGTCTTACTTGGTTCTTGTCTAACATCAAAATTAATTATCGATACATCTTCAATGTCATAATCTAAATTATCGCTTGGTAACACCTTATCACATCCTATCTAAAATCAAATATTGCTGTCCTCCTTGCATACGAATTAAGACTAATTTATCTCCTATTTTTTTATCTGTATATTTTTTGAATGTATCTGTTTGTATTAGAAAAGATTCTTCAAAAGAGGCTTTTTGCTCTATCTTAACTACTAAAGGATTAACACTTTCTATAGTTCCAAATGCAATTTGAATTGGATTACTTGTTTCTACTGCATCCATTGCAGCTTTTTTAATTATTTGCAATAATTCTTGACTCATATTACCACCTCACTTAAAAGAATCTTCTAGCTCTTGCAAAATCATGCTTTTTCTTTTGTCTACCACTTAAACTACTTATTTTTACTACATCACCAGTTTGTGGAGCATGAATATATTGGTCATTTCCTATATATAGTCCAACATGATGTACTTTTCCTTGTTCGTTTTTAAAGAATACTAAATCGCCTGCTTTTACATCATTTATGTTGCATAATAGTTTCCCTCTACTATCATTTGATTGGTCTGCTGAAACTCTAGGTAGATTTATTCCTGCACCTCTTTTAAATGCCCATACCATTAAACCAGAACAGTCAAAACTCTTTGGACCATTGCCTCCCCAATCATATGGCTTACCAAGTTGATTTTTTGCTTCTTGAATAACTTTATTTACTTTACTATTATTGTTTGTTGATGTATTAGCATTGTTGCTATTTTGAACTTGATAAGTTATATCTTTTAAATTCTTTTCTGCTTCCTCGTTGCTTCTAACACCTGTACCTGCACTATTAGAACTATATGCATTTCCCGTTATTTGTTTATAAAACTTATTTACTCCTGGTACCCAATGTTTATTAAGAGGACTATCATAAAGTGGAGCATATTTGTCTCTAATACTTTCTAATGTTTTTCTTCCCATATGGATATAGTTTCTTGATAAATTACTTATACCTCTTTTTATTCCTTCATCCACAGAGCCAAAAGACATTCCTTTCATTCCAAAGAAATTATTTTTATTTTTACAAAGTGAAGAACTTCCATTACCAGTTTCATGTATAGAAATAGCAGCCATTAAAGCTGCATTGACTTTGTAAGCATTAGAATATTTAACAAATATACTTCCTGTATTTGATAACTTATTTTTAAATACTTTATTTAATTTATTTATCATATCATTGTCTTCTTTACTTGTAGTACTTTGTGCAGGACCATTTTTCTTTTCATCTTTATTATTAGTATTTCCACTACTATATGAGCTTGAAGAATAAGAAGCAAATTCATCTCCATCAACAAGAGTCAAATCCATAAAGTGCGAATTATTTTCAAATGTGTGCTTTACTTTCTCAACTAACATATAATTTTGTAAATCAATATCTCCTAAATCTAAAAAAACAGGTACTAAACAACCTGCTCTTACTCTAATATCTCCTAACACATTTTTTAAACTTAATGACTTAGTTTTCTTATTATATAATTTTAAGAGCATTTCTGCTTTTTTATCCATTTCTGCTTTTGTCATATTACTATCTACTGTATCAAATAGTTGCAACACTCCCCAACTTCTTATATGGATTGAATCTTTTACTGTAGTAGAAATCCTTTGACCTGTGTTTTCATCCTCTTTTAATAATTTTACTTGAGTATAAGTATCACTATCTATTGATGAATTATAGTCAAAATCTTCTATTACATCATTATCCATAACTACATCTAATTTCATAGAAGCTACATTCTTTAATACTAGCCGACCAAAATCATCATAGAGTATATACATTTCTTTTTTCTCTCTCAAAGTATCATCTAAAGCTGTTAGTATCATGTCAAAAAGTGTTTTATTTTCTTCTATCCTAGATATTTTATACTTAGTATCTTCTATAAATTTACACTTTAGTTTAAAATCATCAGCTAACATTTTTATTATTTCACTTGCTGTATAATTTTTAAAAACATAAGTATCTTTATTCTTAAAATATCGTAATTGGTCATATGCAACTATCTTGATGTGATTTTCTTTATCTCTTTTCTTTTGAAATATATATCCATAAAATATGCCTATTCCTTTATAATACAGCCTTACAGAGTTACCTTCGCAAAATTGTAATATATCATCCATAACTATTGTAAATTCGAGCTTACTTGGTGTACCTCGTCTTTCAATCTCCCACGTTATACCATCAAGGACAACTGGTTCGTAGAAATCTTCCCAATGTGCAATAACTAGCCTTACATCCCTATCATTTGCTAGAACTAATTCATCATCCAAGTTTTAACACCTGCCCTTTGTAAATTGTGTATTTAGGTACTTTTTTACCCTTGTTAGCTTTATCCATCATTGTTTTATTTAACTCATATACTTTCTTGTATAACGAACCATTTCCTAATTGCTTTTGACAAATTGCCCAAAGAGAATCCCCTGCCTTGACTGTATATGTTTTAGCGTTTGGTGAATTGACTGAATCTGGTCTAAATTCTTTTGGTTTCATGACTGGAGGGGGAGTTCTACCATAATTTGTCTTTTCAGGTGTTGCAAGTACTAACTTTTTAGTTGAATAATCTCTATATTGTTTTAACTTTATTGCAACCTTAAAATCTGAACCATTCTCTGCATCTTCTACTATGTTATATTCCTCAAGTGATACTTTTCTATTTGTATTAAATAGTACTTTATTCCCAAGTTGCCGAGATACAATAAATTGGAATGGCTTACAATCGGTTTTTAGTAGTTCTAGTTTACTTAAAAAGAATTGAACATCTTTAAAAGCTCCTCGATAGTATGGCAGTTTATTATGTGTAAACTCTGCTTCAAATGAAAATTCAGATAGACCAGGAGTCTTTAATATATTTACTTCTCCATCATTTATAAGGTCTACAGTTTTATTTTTATTTGTTGTTTTTATTTCTAATTTGCCAGGTGTGATTGGTAATTGTACTCCATCCAAGTAAAAATCATAAGCCATTTAAACACCTCCTAAACTATTCCTTCTGCTGATACAACCATGGCGTCGTTTAATTTTTCAGTTAATACATTAACTATTCCATCTAAGTCAGTATCTCTACTTATATTGTTTGTATTATTCATGTCAATTTTTATGTTTACTCCTGTAAATCTATTGATAGTCTCTTGTTCTGCAATGTCTCTAAGATATTTTAAGTCTTCTTGACTTTTATCCATAGTTTTAGCCATTTTTGCAGTGTTTCCCGCAGTGTCCTTTACATTTTTTCCTAAATCTCCACCAAATCCTCCAAGATTATTAAGTGGATTGTCTTTATCCCACAAATCTTTTAATCCTAGCTTATCTTTTGCATCTTCTAGCATCTTATTAATGTCAAAAGTATCTTTTAATTTATTAGATATAGCATTTTGCCATTTAGTTCCAAGTGCATTTCCTTTTTGAAATTCTGCTCCAATATCTTTATATTGCATCCTTTCCAATTTTATTTTTTCTGGTGCATCTCCTACCCATCTGTTTAAACTGTTAATCTGTTGCTTAATGTAACTGTTATCCGCCTTAACAGGTGTAAATGTTGCCTCTCCTACTTTCCCAATGTTAATCCCAGGGATTTTATTTAGCAAATCTATTAATTTATTTACACCTCGTATTGCTATATTAGCTCCAGTAACAAAAGCCTTACCAAGTGCATTACCTGCATTATTCACAGAGTCATTCAATGATGCCATTTTCTCAATTATAAAGATTACACCCTTTGCAATTGCTTGTTTCATAAGAAAAACACACTGATTCCAACCATTTGTAATGCCTTCATTTACATCTACACATCTATTAAACAGCCATATCATTATGTTTTGTATAAATGCTACTGCTGCAAATACAGCACCTACGATTACTCCTAAGGCAGTTAAACTTGTACCTGCGAATTTGTTTACTGCTGCTACTGCAACAAAAACCACAGCTATTACTGCTATAAATCCAAGCACTATCCATGTAAGTGGACAAGCATATAAAGCTGCATTTAATCCATATTGTGCTGCTACTTGCATCCATGTAGCTCCTGTGGCTAATTCGTGCATAATTACTGTTTGAGTCATCTGAAAATTAAACCAAGCAGCTGATAAAGATGCTACTTTATTTGCTACTGCAAGTGCTATAGCTGCTATTGTATATATACCAATCGCTGCCGCCACCCCATAAACAATCGGCTCTATTATGTTCCAGTTCTGTGCAAAAACATTAACAACGCTAAGTGCAGCATTAGTAATTCCTCCAAGCCCTTGTATTATTAATACCACTCCTAATGTAACATTGCTAACAAAATCTGAAAAAAAATCACTATTTAATATATTTTTTATAATATTTAATGTATCATAAATGTTTGAAGATATTGCAATCATAACATTCCGCATAGACACAACAATTTCACTAAATCTAACGCTTTGCAAAGCTCCACTTATTTTTCCTAATGTCTGACCAAATATCATATAGGCGTCATTTTTCATCATTGTGAGGGCTTGAGAAAAACTAATTGGCATACTTGCAAATTTCTTTTCTATCTCATCAGAAGCTTTAAACAGTGCATTTCTTATAACATCTGCTGTTATTGCTCCGCTACTTGATAATTCCTTCAATTGGTCTTTAGTTTTTCCCATTGCATCAGCTATTTTAGCAGCTAGCAATGGGGCATTTTCCATTATGGAGCGGAACTCATCACCTTGAAGTTTTCCTGCACCCATAGCTTGAGTAAGCTGATACATAGCCGCACTAGCTTCACTTGCTGATGTTCCACCAATTACAAAAGCTTTATTCATGAGTTCTGTAAACTTTACCACCTCTGCTGAACTTCCAAAAGCATCTCCTGCAAGTATTCCAAGTTTAGCAACCTGTGCTGCTGTATCTGCATAACTAGCCCTTGCACTTTGGGCTGACAAATAAATCATTTTATTAAGCTGGTCTGTTGTCTGTAAGCCATCATTCATCAGATTTAAACGTGCTTTTGTACTTGCAATTGTATCTGCCGCTTTTGTAATGCTTTCTATTCCTTTTATTCCAATGTATATCCCAGCCAAACTTTTTAGTTTAGATACTAATAGAGAACCTGCTTCACTCCCCTGTCTTATTTTATTATTAAAGTTTTCTTGTTCATTTGTATTCCCTTTAATTTTTTGTTCTATCCTAGTAAGAATACTTTCAATATTGTTTAGACTTTGTTGGGATGCCTGTATGCTACCAGCATTTATAGGGTTGTGCAATCTTTGTTGAAGTCTATCTAGACTATTAATTGTTGTGTTAATAGATGTAGTCATATTGCGAAATGCAGGTGTCATTCCGTCGAAAATCTTTATTGAAGTTTGTATTGTAGCCATATTTCCACTCTCCTTTCATAAATTTTCATATAAAAAACACCTACATTAGTAAGTGTTTAAAGATTTAATAGTTCTTTTTTCTTAGTATTAAATTCTTCTTCTGTTATTGCCCCTAAGTCTAACAATTCTTTTAATCCCTTTACTTGTTGTATTGCATCATTAGAATTATTTTGTATATTAACAGCTTCATTATCCTTTACAATTATTGCTAAAACAGATAATATTTCTTGTGCAGAAGAATATGCCATTTTGTAAATTGAAGAATTACTTTTAGTTCTTAATTGTATCAGATTTACATAAACATTAGGATTACTTAAATTATTTAATGTTATTTTTATCTTAAGACTATCTATGAAAGCTTTTGTTGTTCTTTTAGCTGTTACGCCTCCAACAACAGCACCTACTCCTCCAAATAAAGCTCCCCCTGCTAAAGCTCTTCCTATCCCTCCTTTAGTCACAGTTTCGCCATTTTCTAGAAGTTCATATTCTATAACATCACTGTAATTATAAACACTTAAATTCACTTTTTCTCTATTAAACCCATTTAAAACAATAAATTTCTTATTATTATCATCAAATTCCATAAATTTTAATATTTTTTTTGTAGGATTAAAATTTTTAAGCTCTTTTTCTTTATCATCTTTTGATTCAATAGCCTTCTCTACCTCTAATTTAGTTGGTAACCCACGATATAAAGTATTTCCTGGAGTAAAGGTGGCAACTGCATATTTCTTAAAACATTCTTTACACAACCATCCATCAGCTATTTTTTGTTTTCCTTTTTCTCCACAAATACAACAATTATCTTTACTTCCGAATAATCCCATAATATTACCCCCTACGCAATTTTATAAGATTATTATACTATATCAGTAAAATTTTTACATTATAATCACTTCCTTTCAATAAAAAAACACCTACCTAAGTAAGTGTTTTTCATTTATATAATTAATTTCTTATTTATACTTTGCTTGTTTACAATATATATCTACTATTTGTTTGAAAACATAAAAGTCGTGTTCATCTTTTTTTCTTAAAGTTTTTAGGCAAGAAATAAGATATTCTTTTTCCTCGCTGCATGGATTATTTAGTAAGTTATCTCTCATTACATTGCCTCCTTATATACAATATAGAAATTTTTCTTCTCGCCTTGTATCTTAGTAGGTCTCTTATTTTCTTCTATCCATTTACTAATCTTATCTATTACACTTTGTGAATACTTTGTTGTAGTTCCATTCCAACCTTTTTTATTTGCTAAGACAATTAATTTTTCTTCTTCTTTAATATCTAATTTCTTAATAATTTCACAAACTGCCATAAATGCAGGATTATTTGTTTTAGAATAAATATTTAATTTAGTTGCTATTTGTACTGTGTCAAAGAAATGTTCCTTCTCTTCTATTTCAAGAGGTAACTCTATTCCTGCCTTTTTATAGATAGTCTTTGCTGTAAGTAACTTTGCTTTTTCATCTATTCCCGCATTATCTAAGAATGGAGTTAGTATTTCTATAGTCTTATTAACTGTATCTAAGCTTTCAATTTCGCTTGCTTTTTCTCTCAACTTATCTGGGTCAGCATTGTTAGTTATGTATGCACCTGTTTGTCGAATTTGAGGTAATACTTCATCACTTATCCAATCTTGAAATCTCTCAGCTTCTTCTTTTTTAGATTTAAATATAAGTTTATAAACACCACTCTCAGTTAGAAAATTTTCTCCTGTGTTATGCAATTTTCTAAACTGCATATTATGCATTTTAGAATTAGTCAACTTAACTACTTGATTATCATTAAATTTTCTAATACTACTGTTCACATCTGAAATATCTAAACACTCTGCCACATGCTTTGGATTAAATAAAATTTGCCCTTCAAATTCGAATACTTCAATCTCTTTTCCTTCAAACATCATTAATTCATTTTTCATAATATTACACTCCTTAATAATTGATTTTTTTTAAGGAATGACGTATACTATAATTGATATACGATAGTATACGTCATAAGGGTTACTCAAACTTTGGTCGGTGGGAGTGACCCTTATTTTTTATTCCTTTTGTTCCAGTTCCTCGTCGATTTTTTCTTCTAGCCATTCTTTCTTAGTTAGATTCTTCTCTTCTAACACTTCATCAAATTTATCTAACTTTTCTTTGTCTAAAAGTACACTAAAACCTCTTTTATCTTTTCGACGATTTTTCATATACTCTGCTCTACTTTTAGTTGCTATTTTATTCACCTCTTTTCTGTAACTCGTTACATTAATAATAACATTGTAACGAGTTACAGTCAAGCTATTTTGGAATATTTTTCAAATAAAATTTTATTGAAGCTAGCGTCGTAAAACACTACCTCAGCTATATCTTTTTTTCTAATTATTTTACTCAACCGACCAATTTGAGCAAAACAAAAGCACCTACCATAAAAGTAAGTGCTTCTTTTTTTTATTTAATTTTTCTCCACATAGTTAATATAAAACCTAATCCGTTTTGTTTTATAGCCTCCATACAAATCTCATTTACATACCACATAGTTAATCTAAAACCATTTACAAGCCCTTCCTCTACTCTATAATAAAATCTATTTACATTCCACTTAGTTAATCTAAAACTTTTGATATTCTAAAGAAGTGACAATGATGTGACACAAATTTACATTCCATATAGTTAATCTAAAACTGGTACTACTCCAGAAGAATTTGACAGTCAATATGGTAGATTTACATTCCATATAGTTAATCTAAAACGCATTTAGTAAATTCCAACCTTGATAGGCTCCATAGATATTTACATTCCATATAGTTAATCTAAAACAATTTAAGCGATAAAATTCAAGAAATAACAGAATTTTGATTTACATTCCATATAGTTAATCTAAAACTAGGAATAAGATTGAGATTTAATTTTTATTATTCAAAATTTACATTCCATATAGTTAATCTAAAACGTGAATTTAAATGGAGATACATATTTATTAAAAGAAAAATTTACATTCCATATAGTTAATCTAAAACACTTTGCCTTTTCATCTATTCCAGCACCATTTAGAAAATTTACATACCACATAGTTAATATAACTCCTATCTCTATTATACCATTTTTTAACAGACAAAGCACTTGAAACTATACAATATCCAAGTGCTTTATCTATTTATTTAATTATTTTTCTCTAATTTTTTCTCAGAAAGTTTATATACTATACTTTCTATCTTATTATATATATCTATATCTGTTTCTCTTATTTTCAAAAGTTTAATTCTAAATTCTTCTTTTCTCTTTTCAATATCTATACTATCAAGTAAATTCTCATACATTGTATTAATCCCCCTCAAAACTAAACTAAAATCTAATTATTTTTATACAATATATAGTAGTTTTTCTTGTCTCCTTTGATTGAGATAGGATTATTATTTTCTTTCAACCACTCTTTTACTTTTTCTGTAACCTTATTAGAATATTTGGTTACAGTACCAGTCCAAGAACCGTTGGTTTCTAGTACTGTTTTCATTTCATCTTCTTTAATATCAAGTTTTCTTATAATTTGCTTAACTGCCATAAATGCAGGTTTATTAGACATTGTGTAAAGTCCTAATTTTCTTGCAATCTGCTTTGTATCATAAAAATGTTCCTTTTCTTCAATTTCAAGCGGAATATCAACTCCTGCTTTTTTGAAAAATGTCTTAGCAACAAGAAATTGCATACTTTTATCAATTTTCAAATCTTCAAAGATTGGAGTTATTAATTTAATTGACTCATTTACTGCTTCTAATGTTTTTATTTCTTCTTTAACTCTAAAATAACTATTTACTAATTGTCTTTGTACTTTCCATGCTAAATCATCTGTAAAAGATTTTACTAACATCAAATAGCCTGTTTCAGTTATTAAAGTTAATCCACGATTAGGAATTTCTAAAGTACGATTTCCGTACTTTTCAAAATCACTTGCTTTTACAAAAAAGAAATCTTCATTCTCTATAAAATGTTTTCTATTCTCTGAGAAATTTCTCTTTGCTGTACCTTCTGTTCTTTCGTGTACTTGGTCAATTTCTTTAAATGTCACAACTCTTTGATTATTAAATTCCTTAACTTGTAGCTCTTGGTTGTTAATTAATACTAGATTGTTCATAAAAATACACTCCTTAATTGATTTTTTTTAAGGAATGACATATACTATAATTAATGCATATGTAGTATATGTCAATAAGAGTTACTCAAACTTGGTAGGGGCGAGTGGCTCTTATTTTTTATTCCTTAAGTATATTATATCGTACACATTATATAATGTTAACATTACATAATTATATTATTTGCATATTATATATTGCAAACATTATATAACCAGTGTATAATATACTTAAGAGGTGAAAAAATGTATTTTAATATTGATAAATTGCTTGATTCAAGAGGCAAAACTAGATATTGGTTAGCTAAAGAAGTAGGTATAGCTTATCCCAACATGATGAAATTAGCTAACAATGAAACAAGTTCTATAAAATTAGATTTATTCGAAAAGCTTTGTCTTGTTCTTGAATGTACACCTAACGAACTTGTTACTTTATCTAGCAAAGAATAACAAAAGCACCTACTATTTAAGTAAGTGCTTTCTTTTTTCTATTTAGTTTTTCTCCACATAGTTAATCTAAAACCAATTTCATGTGTGGATAGTTGCCATATCTCCCACCCATTTACATTCCATATAGTTAATCTAAAACCAGCAGTTAAGATTAGAGATGAAGCTAGTTCAACACTATTTACATTCCATATAGTTAATCTAAAACAATAATTGGTGATGGTACAGGATATACAAATGCAACATTTACATTCCATATAGTTAATCTAAAACATGATAAATTAGAAGGAACTTCGTATGTCTTGCCTTTATTTACATTCCATATAGTTAATCTAAAACTTAGTGTTAGAAATGCTTTGAAGAGTGCTATTAACGATATTTACATTCCACATAGTTAATATAAAACACGACCGTTAAATCTGCAAATTTCTTCACCACTTGTCTTTACATACCACATAGTTAATATAAAACTTTGATAGAGATACCCATTCTCTTAATGTTGCTGTCTTTACATACCACATAGTTAATATAAAACCACCTCTTCTTTTATCTCTTCTTTTATCTCTTCTTTTATCTCTTCTATTCTTTACATACCACATAGTTAATATAAAACTTTTCTAGCCTTAAAAGTATTCGCTTTATCTTTAACCTTTACATACCACATAGTTAATATAAAACATAGTTTAAAAAATGTTACTTTAAAAAGTAAAGTGTCTTTACATACCACATAGTTACTATAAAACCAAAAGAAGTCATAGAAGCTATGGAGCATGACTGTAATCTTTACATACCACATAGTTAATATAAAACGATATTCACACTATGCATATCTAAAATTCAAATATTTCTTTACATACCACATAGTTAATATAAAACCCCAAAATAAATTGTGTATTTCCAAGACTTACACACATATAACTTTCTCAAATTTGCAGTGAGCGGGTAATAGTGCAATTGATAACACTTATCAAACCTTCTCAATACCTTGTATTCCAATTGTTAAACTATACTTAAGTAGAAAAATCGAACACTGCAAAATTCCTATATTTTTATTATACCATTTTTTAACAAACAAAGCACTTGAAACAGTAGAATATTCAAGTGCTTTATCTATATTATTTAATTATTTTCTCTCCCTTGTTGTTTCTCATAAAGTTCATTTATTGTATCAGCAATTTTATTATAAAGTTCAACATCAAATGCTTTTATTTCTTCTAATTTTGTCCACATCAAATAGATTTCGATTTCCTTTGGACTAAGTGTTATATTTAAAATTTCCATTGTATTAATCCCCCTCAAAACTAAAATAAACTAAAATATATTATTTAATACAATAGAATTTACTCAATCTTGTACACTATATGGAAATTCTTCTTCTCACCTTGTATCTTAGTAGGTCTATTATTCTCCTCTATCCAATTTCTTATTTTATCTATTACACTCTTTGTATATTTATTTACAGTACCAGTCCAAGAACCATTAGTTTCCCAAACTCCTTTTACTTCATTTTCTTCTAAGTCAATCTTTTTAATAATCTCACAAACAGCAAGTTGTGCTGGTTTATTACTCTTAGAATATATTTTCAGTTTAGACGCTATTTGTTTTGTGTCAAAATAATGTTCTTCTTCATCTATCTCGATTGGTAAATCAATGCCTGCCTTTTTATATAATGTCTTTGCTGTTAATAGTTTTGATTTATTGTCAAAGCCTGCTCCATCCAATAGTTCTTTTAACATAGATGTACTATTATAAGCCAGTTGTAACTTTTCAATTTCGCTTGCTTTTTCTCTTAGTTTTTCGGGGTTGGCATTGTTAGTTATGTATGCACCAGTTTGTCTTATGCTTGGTAAAACTTCTCGTCTAAGCCATTTTCTAAATTGAACACCAATAGGTTTGTCTGTGTATTGTAAAAATCCATATAAACCATCTTCATAAAAAATAGTTATACTTCTAGCTTTATTACTAATTATATTATTTGCGACTACATTTAAAGTAGTTACAAAATCATTAAATTCATTTCCTTTCAATACATCATACTCTTGTTCAATCTCAAAGTCTTCTGCTTTTATGCAATCCTGTATTGTTTTAGATACATCAGCATAATCGAATAATCCAACTATTTGATTAGCTATCCAACAAGATTTTTCTTTCCACATAAAAGTATAAATTTGACTTCCATTGAACTCTTTTACTATTAAATTTTTCATAATATTACACTCCTTAAATTTGAATTTTTTTAAGGAATGATGTATACTAACATTAGTATATTTGTAGTATACATCAATAGGGGTTACTCAATCTTTGGTCGGGGAGAGTGACCCTTATTTTTTATTCCTTCTCTTCTAACTTCTCAATACCTTTTCTTACAGCTTCATTTTTAGTAATACCATATTTTTTTGTATATGTTTCTAAAATTTCTTCATGCTTACTATCCAATCTAACTGTAATTCTTTTATTCATAGCAGTTTCCGTTTTAGGTCTGCCAACCTTATTTTTAGTTATAGTAATCACCTCCTGCATAATTATTGGCTGACACTTATTATTATAATTGATGTCTGCCAATAATTCAATAGGTTTTTACTAATTTTTTCTAATTATTTTACTCAACCGACCATTTTGAGCAAAACAAAAGCACCTACCAAAAAGTAAGTGCTTTCTTTTCTTTATTTAATTTTGATGCTAAATATTTAATATAATACTAGTAATATAGTTTGAGTTTTAACCACGTTCCCAAAACAGGAATATGCTATCATTTCAAATATTTTATATAAGTAAAAAAATATCTACTCATTTATAGATACCTTGCAAATTAATAGTTTTATAATAAAGTTTTTATTATTTGTTATAAAAATTTCATCTTTTTATTGACTATAAAAATATTATAGGCAATATTTTTTCTAATTTGTGGTATAATAAAAGCAAGAAGAACTACAATCTATTTGAAACTAGAGTGAAGTTCTAAAAATTAATGTTTATTTCTTTTAAACTTGATTGTAAGTTTAAAATCAAAGTCACTCTTAGTCGTGTTTGAGTGGCTTTTTACTTTTTTAAATAACTTACTAGTTAAGTAAACTATTAAACTGGCAACTAAACTTGCTAGTACACCTTGTAAAAAATTATCCATACATATTCACCTCCCTTCTATACGTTGGGAGGATAATCTTTTGTATGAACTCCACTCTATAAATTGTAGATTACATCTTCTTGCTAAAAATATTATAACATATAATTCTTACATATTTTACCTATATTTTATCTCCTTCTACTTCTTCTAGCTTCTTTAGCAGTCTTCTTTTCTTCTTTTATTTCTTCTTCTACTTTAATATCTATAGAAGCAGCAACAAATGCCCTCTCGTAGTCTGGTAAATCTGTATATTCATGTGGTTTCCATTTGAATTTATGAAGGCAATAATGGGCTACACTAGCATCATAATCGCCTCCTTCAATTAGTTTTTTGCTTCTTCTACTTTATCTTCAAAAGTCCTATCAAAACCATTCACTTCTCCTACCTCACTTGAAAGGTCTGTATATTCGCCAGGAGTCAACATTGTTGTTAATAACTCCTCTGCCCCCATTACACCATAACTATTTTGTAATTCTGCATCATGTAAATCCGGAAATACTATAGTTTCCACACATAATTTCAAAGTGTAAGTATTAAAATCTGTTTCACTAGTGTATTGCCCTGTTGCTTTCCCTTTTTTATTTAGTACAGGTACTCTTATAGTTGAATCTTTTCTTAATTGTCTATCTCTATCTGAATCTATTGCTTTAAGTTCCCATTCTACTGGTCTTCCATCTTCACCTACAAACCTTTCACTTGCCACATACTTTCTATTCTCTACTTTTATTGCATTTTGACTTAAAAAAGCGTTTAAATCTCCCATATTCTTATTCTACCTCCATCACCAAATATTTTGTTTGTTTTTCTATTGTTATAAGATTATCTTCATCTAATTTAATTTTTATTTCAATAGGTGCTAACGATGAACCTTCAATGGTATCAAGTGCTAGTTTATCCGAAATATCTATAAGAAATTTTCCTGCTTTCTTATACACCTCACTTACACGTTCCTCCAAAGGTATCTTTTCATTGTAACTAAAAGAAATTGAATCTTTCATCTCATATTTATCTTTAATTTTAACCATCTCCTAATTTTGTAAATAAAAAATACACATCTATAAATTATAAATGTGTATCTTATTCCATACCATTTGCTATATTAAACTTCTCAACTATTTTCCAATTCTCAAAAGTAAAATCTACATCCTCATCCAAATATTCTCCATCAGCATCAAACTTAGCAATTATTCCACTATCCAGGTTACAATCTTCAAGTATTATAGTTTGTCTTCCGACACTTGATGTAGGGTCTTCATTGGTAATTTGCATATCAAAGTAAATATCTTCACCTGTTTCTTTATATTCATATAACAACTCTCTAAAAATAGAAGTATTATAATAAAATGTTGCACTCCCTGAAAATTTACTTCCTGTACTTTTATTTCCTTTTGTAATGCTACCTAAAATCGGCATCTCACTTTTATTCTTTTCCATTTTAGCTTCTAAATTAATAGCTTGCATAAAATTATATCTTTTACCTTTTATTGTTACAAAACATTCAGCTTTAGAACCGCTTATTGCATCTCTAACGTTCATAGTAATATTTTTAGACATCTATTATCACACTCCTCTCTTAACTAACTGAAACAGTCATATAAAGCTTACTCATAGCACTAATAACTTTTACAGCATCACTTACTACAACAGTCTTCTTGTCGCTTCCAGGTTCTACAGAAACATCATCAGCTTTGAAATCTTCTATTGCTCTCATATTTTGTAGTTGTTCATGATGCTTAACTACATCATTCCAAAACGAGATACGACCAGATTTATCATTTGGTACTTCACCCAAGTACTTTTCATTAAATAAAGTTGCAATATCATTGGCAATTTGGTCTAATACTCTAATAGATTGATTGCTTGAAAAATCGTCATTCTTCTCATCTGTAAATGATACAAAAGTATTTATGTCCTCTAACACATGAACTTCATCACCAACTTTATGAAATATAAATTTACCAGTTTTTAAAGCTTCCTCTAACTGTATTTGTGTGTAATTTACATCAACATCAAACTCGCCATCATATCGCTTATTAGTATTAGATTTATTTATATCACATCCAGCTATAGCTCCAGTAGCCCAGTAAATTAAGCTAGATTCTAATAACCCAGTATCTTTAATCTTATTTTCTACAGATACTACACCTTCATAATCTGCATCACTTTTCTTATATAGTACTGTTTGAAACTTAGCTCCTACCTTATCTCTCATTCTCTTTGTAAACTCTACAAATAAACTTTTAATCTCTGTTGTTGTAGCCAAACACCCTAGTGCATTAAATGAATAACTTTCTATTTTATCCAAGAAAGCTTGGTACTCTGCTCCTGTCACAGCTTCGCCATTAGTTCCACCAGTAAATACAAGTCCTGCACTTGCTTCTAGTGTTGCATCCTTCTTCCAAGTGATATAGTCATTATCTTGTAAGTCTGTAATGACTTTAGCTGCTTGAATATCTACCTTCTTATTATCTAAAAGTGTTACAACATCAAACTTAGTGTTATCATCTATATTTGTTGTTACTATAACTTTTAAATCATTACCTCTAGTACCTGAGTACTTAGCTGTAGCAATACTGCAACTAGCTTTAACTCCTTTATTTAATTTATAAAAATATCCCAACCTTATATTTTTGAATAAATCTCTCAAACCTTTCAGCTTCTCATGAGTATAATCATATCCAAAATACTTCACTGAATACTTCTCAAAATCATCACTGGTTACTTTGAATACTTCTTCATCTATGCCCCAATCTAACTCTAAAGGTATTGCAACAATACCTCTATCCGATAATGAACTGGTTGCCCTCTTAGCTGAGATAAAATTTATATATGCACCAGGTAGGACCTTATTTTGTGTTACAAATGTTCCTCCACCTAAAGCCATCTAGCTCACTCCTTTCATAAAATTATTTATCATATCTTCCACTTCTGAGAAAGAATACAATTCATCTTCCTTTAAGATTGCATTTAATAAATCTTTTCTATTTACATACCTTTTAGAATTAACTATTTGCTCCTTAGTAAACTTATAATTTTCTTCTTTACTTAATGTTTTACTCAAGTTTATCACCTCTCTTTAGACCACCAAACAACTCTACTGTGTCCATCTTATCTGTATTATTGCTTTTTATAGTGAAATAGTTATAATCAACAAAGAAATGAAGAACATTATCTACAATTTCAAAGTTCATATTTGTACCTCTGACTAAATCTCCATCAATTTCTATATACTCTAATTCCTCCAGTAGCATCTCAGCTACCTCATTTATTTCAAATGATTTATCATTACTTTTGGGAAAATAATGTACATCAAAAGAGTTCTTTTTTAATGTCCTGCCACTTGGATATGATACTTTGCTTGGATTTAAAGGAACAATAAAAAAACAAGGTTCATTTATACCTTGCTCCACATCTTCACTATAAATTGTATAACTCTCTCCAAATGATTTATCTAATTTTACTGATATTCCATCTATAATATTATTAAGCATCAAATACCTTCTTTAATAAATTTATTAATTTCTTTTCTATTATTACATCTACTTGACCTCTTAATTCTTGCACTGAAATAGTCATCATATATCTACCTTTAACCCAACCTTTATGATTTCTAGTTCTATGACCATATTCAATAAAACTGGCATATTTGATGGGGTTAATAATTTCTATAATGTAAGTATCTCCAGCTTTAATGACTGGAAGTGCCCTTGCATAAGCCACACCATTCCAACCTTGTCGTAACACTCCTGTATCAACTGGTGTACGTTTTATAGCTTTGCCAATTAATCTTGCTGCTAATTCTTTTGCACAATCTCTGCAAAACTTATCGAGTTGACTTTCTTCCAACCTTTGTAGATTTCTTTGCAACTTTTTCAATTCTTTAAAATTAACACTTCCACCTCTACCCATTACGCTTTATCCTCTAGTAATTCTAATACAATTTCTTGATGATTTGGGTATATAGCAGATTCTCCACTTCTTATATATTCTTTTGTAATATTATTTTGATTAGTTATAATAAGTTTTGAACCTGCTTTAACGCTTATATCTGGAGATATAAAGAGTTTAATAGTTTGCTCTAGCTTAGCTACTTTCCCTTCTGTAGCAGAAACTATATTTTTATATGAAAGTTTACATGGTTGATTTTCTAATACAATCACTTCTTTATTGTTAGTTCGTTTTGTTACAGGGTCTTTGATTGGCTGATACTCAACTATAGTACATTTATCTCTATATAACATTTCTATTGCTTTTCTAGTTTTACTTACCATCTTAAGCACCTAAAGGTTAATATCTTATTCTTGCCATAAGTAGTAAGATAAGCTATTAAGCTATCAAAGCGTTGTTCTGGTGTTTGAGAGCCACTTCCTATAGCAAAATCTACCTTTGTATCACCTTCTGATATAGACTTTTCTACAGCTTCAAAGTTAATGCTTTCTATATCTAATTGCCCCATATTTTTCTTAGTAAATAAGAACTCTCCAACTATCATATCAACTTCAATTTCTTTCAATTCAATTGGCATAGTTTTTATATTACAATCTAGTTTAATAATATTTTCTATTTTTTCTCTTACAAAATCTATTAACCACTTATCTCCATCTTTTAATATATATCCAAAACTTTCAAGTCTTTTTTCTATTTCATCAATTATATTATTTTCCATAATTTTCACCTACTTTTTAGTAAGTTTATTTTTCTCTTTAAGCTGCTTATTTTCTTCTTCTAAAGACTCAACTTTTGACCTTAAAATATTATTTTCAGCTATTAAATCTTTTACACTTAATGACTTGCCATACTTTACTGCCTTACCAGTTTCATCTATCAAATCATATCCCATCTCTAAGAAATCATCTATTTTACATTCTTCTATAGTTAATATTCTATTTAATTTCCTTACTTGTGCCATTATGCTCCAGCTCCTTCAACAACAAATTGTATTGCATCAGCTTTTTTATTTAATATAAATACATCCTCAAAACTTTCTTCAAAATATAAATATTTTCCCTCTGTAACTGCTCTTGGTTCATCTAATGTAGAAAATTGATAAGAAACTGGTGTAATTATTGCACTTGGATGTATTAAAGACATAAATATTTGCTTAGCTCCTGCACCTGCTTTCCATCCAGTTGTAAAATCATATACTGTTTTCATAAGATTAGATGGTACTTTAACTATTTTAACTGAATCAATATCTGTAGTTTGTCTATTTAAAGATGTTCCTCCATCTTTTATGTTTACAGTTCTTTGTATTTCTTTTGCATTCTTAATCAAAGTATCAACGCCTGGTGTAACATACAATATTCTTCCAACAGCAGGAACTCTAGCTTCTGTCATTTTTTCCATTAGGCTATCAAAAACCTCTAAGATATTCGCTGTTGTAAGAGCAGTTGTCTCTGCTGTTTTACCTAGAGCTATCCAATCAGCATATATTTTAGATATACAGTAAGCATCCATCTCAGGAAATTTTTGTTCCTCATTATATACTTGGGTTATATTTCCTATTGATGCTACATAGTTAGTTTGGTCAATATCTGCTGGATGAACCAATGTAGACCATTTTCTTTGGTTAGTTAATGTTTTAGATTCCCAAGCATTATCATAGTTTCTTTGAGCTACTGCTATTGTATCTCTGTTTGAATCTACCCTTCCAGTTGTAGATATAGTTGGTATTTCTATTGTTTTAGAACCAGTCCATCTATATCTTCCATTATTCGGTGTTGCATATAAATCCCCAAAGTTTAAAGTATAAGGATATGCTTGTGCTAAAACATTTGAATATTCTTTTGCATAATTTAGTGCTGCCATTTTATTTCCTCCTATTTATTATTATTTTCATGAGGTCTTACCCCAGTAAAATTAAAACCAAAATCATTTATCTTAGGCTCCTGCCCTGGTGTTATAGTATCTATTTTAGGTTCTTCACCTTCTAGTGTTGCATTAAACAAATAATCTTTATCCTGTTTCAAAGGGTTTATTTGCTCTTCAAAAGCTTTTTGTCTGTCTTTACTATTTCTTAGTGCTTCCATGTCTAAATGAGCTTTTAACGCTATCTCATCCCTACATTTAACAGACTTAAAAGCATCATTTAACCAGTAATTAAAGTCCTTTTCTTCAATTTCTTTTTTGTAGGTTTCTTCCAAAGTTTTCTTATCAGTTTCATAAGTTGTTTTTAGATTCTCTACATCTTCTTTTGTCATACCTCCTTCAAACTTTTTAATAGCTTCATTAGCTGTATTAAGTTGTGTTTCAATATTTGCATAATCTTCTTGAGTAACTGTAGTCTCCTTTATTTTCTTTTCTATAGATTTTTGAAGAGAAGCTACATCAATTTTGTTATCCTCTACTTTTATTCCTTCTAGCAATTCTTTTAACCAATCCATTTTAAATTTCTCCTTTCATTTTTTACAAAATAAAAGCACCTACTAATTTATTATTTAGCAAGTGCTTTTACATATTTACTATTTGTATATCTTTCCATAAATCCTTTAGTAATTTACCATCAATGTTGTAATTATCAACCATATCCTTACCATTTTTATAATACTTTGTATCTCCATTAGGGCAAAGAGTAATAAACCTTGTATCATCATCTCCAATAGATATATTATATGGTTTATTATATAAGTCAAATTCTATATCTAATCCTAAATCAATAGAATCAATTAAATGTTGTAAATTCTTAAATTTATTATCCATTTTATTCTCCTTTCAAAATATCTTTGTTAGCTATTTTATGAGCTTTTGTAAGCTCCATATCCTTCTCTCTTTTTACCTTATCATGGTTATTTTCATCAGCTAACCAATCATGTTTATGAGGTACAATTTTATGTTGCTTTGGGTTTCTATGGTCAGTTAAGTCTAAATCTAATCTAGGTTTTCCTGTATTACCATAGTATCTTCTTTGAATTAATTTACCATCTTTGTAATTATCAAATACACTATTTGGTTTTGATTCAAATGGCACTGAATGAACACTTCCACTAGTTAAATTTCTCTGATTCTTAACTTGCCAATTTACATCCTTATAAAGCTTTTTAGCTTCCTCATACCTTATAGTATCATTATACTTCATATGTTGATATTCATCAAATTTAGAAGGTATTTCATTTCCTAATACCTTTTTATATTCTTCAAATTGTTTTCTATCTTTACTCTCATTTAGTTGCATTTTTCTAAGGGTGTTAGCTTTTTCTTTTCCAAGTCTACCCTCTATATGTTTCTCATACCACTCATTATACTTCATACTAGATGGTACATAATATGTTTTTCCATCTTCTCCTCTTGCTGCTCTATAGCCTTCTTCATCACTAAAAAAAGGAGCTGTTGTTGTCCTACAACGACAATGAAATGGTGGAGCTGTTATTCCAACTTGATAATCTTTCATATCAAATACTTTTCCATCTAACTCTCTGCATATATTTGATGTTTTTAAATCTAGTGTGGCAATAATCTCATACTTTTCTACATCTAAATCATTAAAACAATCTTTTCTTGAAGCTGATGCAAAGAAAGCTGATTCAGTCATTATTAAATTCTTAGCTTGTGATTTAGATACATTAAACTTCTTAGAAAATTCATTTACCAAAACTTTTGGATTTTCACCTCTAATAATTGATTGAGTTAGCTTAGTATGTAACTCATTGATTAAAGCAGGTCTATGCTTACCCCAAATTCTTTCGCTAAAATTTAACCCATCACTAGTCCAAGGTTTTGAGATAATCTTATTTACTCTATTCGCATCTAAAGCCATTAAGCTCCAGCCAACACCAATACCTTGTTGAATATTAAAAGTTGTATAATTATATCCACTTGTATAAATATCCCTCATTAGCTTATCAACACTATCTAATTCATTTCCATAGAGAACTTCTACTTGTTGTTGTATTTGCAGTTTTAAAGCTTCAAGCCTTGTTATATGAACTCTTGCACTAGCATTTTCTAACTCTTTCATCCACTTTTGATTTATAGCATTTTCTTTACCATGTCTAATATATTCTTCGACACTCCATTTAAACTCTTCTAGTTCTCTTGTATTTAGTAGTTTCTTAGCTTCTAATAAAGATATTCCTTCATTTTTGGCAAATCTGTTGTACCATGCTAATATATCTTTTTCTATACTATTTATAGCTAGTTTATATTGCTTTTCTAATTCAAGATAATATTTTACACTTTTGTTATTTTGAGCTTCTTCTAATTGTTCAAATCTCTTTCTCCAATAATCTTTATGTTTCATCTATAACACCATCTTGATTATTAGGAATTAAATCATCATACTCTTTTTGAGTATCTTCTTGTTTTTTAAGTCTCTCAAGTTCGTCATTAACATCCTCGACCCAAGGATGGTTAGAAACAATAGTTTCATCTGATACAATTCCAGTTGATTTAGCTGCCATATCTATCTTTTCAGCTTCATTTATTATCATAGAGTGATTAAAAGTAATTTGAACTGTTTTATAATCATAGCTCTTATTACCACTTATCTTTAAATACTCACACACAAACCATAAAAGCTCTCTAATTGCTTTTTTAAACTTCTTTTCAGTCTTAGAACATTTTAAGTCAAGTAGTGAATATAAAAATTTAAGTGCTACACCCGATTTGTCACCTGTGTTTTGAGATTCTGGATTAACTCCTTGACCAAAGATAATTATATTCTTTTCTAATCTATCAAGAAGCTCCTTTTTAGCTTCAACTGGTATATTTATCTCTAGTTTATCAACTCCACCTCCATCATCTACTTTAACCGATTTATAGTATCTTATATTATCTATAAACTCCTGTAGACTTGTGCCTGGATATTCTTTTAATACATAAATAAACTCTTGTATTTCATCTAAATTATCTGCTAGTGTAGAAATATTATTGTCATATATATCTATTAATGATTTATAGAAAGTTAAATCTGAGACACACTTTTCATTATTTTTAAAAGGTATAAATGGAACTTTACCCCATCCCTGTTCTTTGTTATTTATTCTAAAATGACCTTCTTGTATATCAGTCATTTTTCCATATTCATCATATAAAAATTCTTGAATAAAACTATTACCTCTTTCAATAAAATAAGTTACGTCATTTTCTGTGTAGTACTCAACTCTTTTTATTTTATTTCCATCTATATCTTCAATATAATAAAACCTAATAAATGCAACTAATTCCCTCTGTCTTTTACTATCCCAAATAGGAATTGCTTCTTCAGCTGGAATTATTACATATTTAAACTCACCTTTTCTATTAATATATGGATGTAACCATTCAACCCCTTTATTACTAGCATTGAGATATAGTTCTGTTATTGTATCGTCAAACTCTTCTCCTAGTAAGTCATTTAAAAGCTTAGTGAGATTATCATCATCTGCATTAAATACGATTGGATTTCCAACACTATATCCCACTTTTTGGTCAACTAAAAGCTTATGGTAGTTGTTAATTGCTTTATTATTAACCTTAGTAAAATCATCAACCTTAGCTCCATCTAAGAGATAATATCTTCTCTTATTGTTTACATCAGTATTACCATAATAGTATTCTTCTCCTTGTTTATATTTTTCTGGTCTATGCTTTAAGATGTAGTGCTCTATGACTTTTACTAGGTTAAAGGTGCTCTCTTTTTTTAACTGAACTTTTATTAAATCTGTTTCATTTATATAAATATTTAACACCTCCTTTACTTTAAGAAGCTTATTCCATTATTTTTAAGCTTATTATCTATAGAATATCTAAGCGCAGCCATTGCATCATCCATAAACTCAACTGGTTCATCAAGATATAATCCAGTTCTTTCATCTTGTTTCCATTTCCATTGTTGTATTTCTTTTATGGTATTAGTGCAACTAGGATGTACATGTATTCTTAATTGTTTCAAATAATCTATTTGAGCTTTAACACTTCCTGGTCCTTTTTTAACTCCTTTAGCTTTATATCCTGCACTCTTCCACATCTTAATTCTATCTGGTTCAGCACTATCACAGTACATAAATAGATTCTTTTCTAAACCTTTACTGTTTGCAATCTTTATTATTTCAGATGTATCCATTTCATGTACATATATTTCGTTACATATATATAACTCTCCATCCTTAAAGCCAATTCTAAGTACTACATTTGCATGGTTAAAACCAAAATCCTGTGATAGTCTCATATTATCAAAATACTCAAATTCTGTAGGAAATTCATGTATAACATAGTTTTTAAGTATTGCTCCACCAGTTTCTCCCCATTCTCCAAGACCATAGACTTTGTACCCTTCTGGGTCTTGCTCTTTTCTCATTTGCATTCTTCTGTAGTAAGCTTCATCTATGAATCTATTTTTTAGATAAGTACTATGATGAGTAAATATATCATCATTTTTATAGTCAAAATACTTTCTTTTTATCCAATGAGTAGCTGAAACTGGATTAAATGTAAATGTCATTTGATAGTATAGGTTAGGATTAGTTAAAATACCTCTTAAACGGTCATCTAGTATGTCTATGTCACTTTCCATAAGTTCTGTAGCTTCTTCACACCAAACCCATGTTAATTTTCCTTTCGAGAAGTTAATTGATTTTAATTTTTCTCTTTGTTTTGCATCATTAACTCCTCTGAAAATTATAGAGTTACCAGTAACTTTACTCTTAATTTCTAAAGGATTTAAAGTAGTTTTCCAATACTTATCAGCTTGTTTACCATAAATACGATTTATAGCTCCTGTAAGCTCTGCATACGTTGAATACTTATGTGTAGCTTCTGACTTTCTAACTACTAATAGATTAGCTCCTTGATACTTCTTATCTCCTAACTTTAGTATATAGTCTTGTGCTACATTAACAGATTTTCCACTCCCTGCTGAACCTTTCATTGCTCTGTATCTTTTTTTAGTAAAATTAGCTTCCTTGAAATCTGGATTAAAATTTACTCTAACTATCATTTCTATCACCATAATCTACACTTATTTTCAACTCATCATCTCCAATATCATCTTTACTTAGGTTATCAACTTCACATTTCAACTTCTCAACTCTTGTTTTCTGCTCCTCTGTAGCCAAATTCCAATCCTTATGAATCATTTCATCATACTGTTTAATTAAACTTCTAAGTTCACTCATAGCCCTACTCTGTGCATTAAGAAAAGATGCTTGCCTATCCCATGCAAATTGAAATTCATACTCTATCTTCTCACCATTTTCTGTGCTTTCATGTTTCTTTAATTCCTTAATTATTTCTTCCTTGCCTTTAACATACATTATCTTCTGTGCTCTTATTATTGCTGCATATTGAATTGTTATCTGTTCCCAAAGAATATCAAATTTATCTTTTATGGATATTTCTTGTATCAATTCCCTAGTTTCTTCGGGTAGATATTTTGAAAAGAAACCAAACTTTTCAGCGTTCTTATTACCAGGTGGACCAGTAGCATTTTTATTACCAAAGGGTGCACCCTTTTTACTTTTAGGTGCACCCTTCTTTTTTTCACTAGCCCACTTGTATCTTTTTATCCATGACTTTAAAGTGTTTAAACTAATGTCATACTTTGCTGATATTTCCTTTTGTTTCATACCTTTTAGGTAATCTTGCTTTACCTTTTCTTTGACATCTTGCACATCACCACCTCGTTCGTTTGTCGTTTTGGGAATAAAAAAAGAACTCTTGTTAGAGTTCTTATAGGAAGTCTATGTCATTTTGTTCTTCTTCTATTTCTTTCTCTATCTCTCTTTTAATATTAATACATTCTTCATAATTAAAAATTACAGTTCCAGCTTCTACAAATAAAGATTTTAAATATTTATATAGAATATCATTGGCGAATTTAAAATATTCTTTTTTATTTAATTCATTATCAATATTATCTTCAAAAACATAAAGACCATGGCTAATATTGTATATTAATTCGTCATTAGAAAGAGAATCATACCTTACATGACAAACAAGGTTAGACTCTTTTCTTTTTAATAATTTCAATAAATTTGTTATATTTTCTTTTCTAAGCCCCATTACTGAAAATATTCCATTAAAAATTATACCACTAGCATTACTATTTTTCTCTATAGGAAATTTATCTCTAATATAGGCATTCCTTTCAAGTCTTGCCCCTTTTTTATTCTTAAAATAATTTATTTTACTTTCACTCAATATATAAATATATACTTTTTCATAATTGAACAATATAGCTTTTCTTAGTGATAATTCACCTTTATCAAAATCATTGTATACATCATTATGATATTTTTCATAGAAGAATTTATCCAAATCTTTTATTGTTGGAAGTATTATACTTCGCATAAAACTCTTATAGTCTATATCATAGCAAAAATCCAAAACATTATAATATTTATTTATTCTGTTTCCCTCAGACATTTTCTTTAGTAACATAGATTTTTCATCTGAGTCATAACAAATATAACTAGCTGCAAAATACTCTTGAAAAGACTTATGAGACCATCTATATTCAATACCATCTTTAACAAAAACAGGAACATTATGAATTAAATCATAAAGTAAATCATTTTCATTAAACTCAAGTCCTATATTTTTTCTTTTTGAGTTATGTATTATGTTAATAAGCTCTTCTTTAGAATAACTAACACCTTTAGTTAATGTTATAAACCCAATTGTTCTTAATATTTTATGGAATTCTTCTAGATTTAAACCACTCTTCTTTTCTCTATAATATCCAGCTCTTTTTGAGTAATCATGTTTTTCAAATAGTGCATCATAAACTTGTCTATAAAAAGCATCTTTTTTATGAGGAATTGATTGTTTGTATTTGAAAGATTCACATAATAAAGAAACCATTAAAGGATTTTCTAAAAACTCTTTAATTATTTCAAAATTTTTATCTTCTTCAATCTTCTTAATTAATAATTTTGAAACTTCTTCGTTATCATCATTATACTTTTTAATTAAATTATATGCCTCTTCTTTTTTTAGTGGATATATATAAAAACTTTGAAAATTACCAAAAGATAGAAGTTCATCCTCTTCTCTTGATGTCATTAAAAAAGTATTATTTCCAGCTTTGTCAACAAAATTTTGGAGTTTTTCAGTAACTTGCGTTTTATATTCTTTATTTATTTCATCATAACCATCAAAGAAAAATATAAAATCACCTCTTTCAATTAATTTTAAAACTCCTTCTTTATCGAAGTGTTCACTTATTCCATTAATTTCATTCATTATAAAATCTATTATATCTTTTTCTTGCGATAATCTTCTTAATTCTATTAATATAGGTATTCCTTTAGATTCATTTATTGAGCTTAAATATAAATATTTAGCTATAGTTGATTTTCCCATACCTGCTTGGTCTATTAATAAAACCTTTTTGTACTTTGGTAAAAAATCATCCTTATAACTATTAATTGAAATACAAATTTCATCCTCTTCATAAGAAGAATCAAAAACATTACGTTTTGATACTGTTAATGGTATATATAAATCATCAATTGTTTTTTGTTGATTTCTAAATACTATAGTATTCATGTAAATATAATTTTTATAACTTCTTTCCATATATTCGTTAAATTTATTTTCTATTAATTTTAATTCTTTTTTACTCCTTTGTTTTCCAAGTACTTCTCCTACTTTATTACTTAAAAATTTTTCAACTAAATTTTTTATCATTTCATCGGCACCAGTTGCTTTTACAACTTTGCTTGCTGTAACAATTGCTTGTACACATAATTCTGTTTCCATATATATCCCCTCCAAAGTATAAAATTCAACTTCAAAGGTCAATATCCTTCAATAATCGTTCGACAACTACAAAATAGTTCTAAATAATGCTTTTATTTAATTTATTGTATAAAAAAAGACCATCCATCAAGACAGTCATTTAAATCATTTCTATTAATTCTTTGATCTTTTTATATACTTCTTTATAATTCATCTCTCTTAATACCTTTAGTATATTTAATTTATTTATAACTAATTCTTTGACACACTCCTTATATCTAAAGTTATCAATACCTAATTTATGAAAATATTAAAATAACTATTCATTCACATATTATATATGTGTAATATATTCTTTAAGAAAAGCTAGCAAGTGACTTTGTTAGCTTTTCTTGTAATATAATAAAATTGTTATCTAATCTACTCAATACATTAGAATTTGACAATATCTAAACCATAGTGTAAACACATAATATAAAGTACTCTGATATATCCCATAATTAATCTATCTAGAGAATCTTCTAGCTAAATCTTTCTCTTCTTTTTGCCATTCTATTTCTATTTCTTTAAGGTATTGTTGGTTTTTATATGAATAAGTTCCACGCATAAAAGTAACCTCATCAAAGATTCCTTGTCCCAAGATTACGTCAATTAACATTTCATGTTGATATGTTACTTCACTTGTGCATCTTGATAGAGTATGATGTCCTTCGCTACTTAAAATAGTATACGGATATTGATATTGCAATATTACATTATTCTCTTCCAAATCTTCATCAGAAATATTATCGTCCCAACAGATTAATAGAAATTGTACACTATTAAATCTAAATACATAAGAAAAACTCATCTTCTTAAATTCTTGATGAGGATTTTCATTTCTAAGGCTAATTTCTCCTGTATTATAATCTAAATGCTCAATAATACTATTTGAAAAAAAGGCAGGATCTTTACCCCATCGAATTTTATTATTACCAAATATAAAATCAGGTATAGGGGAAGTATTAATCGCAAGACCAGCTAATATGGTAACATTTCTTAATGGTTCAACTATATCTTTGTTCATTAAAAAATCTAATATATTTGAATTAAAAAAGGATGTATCATCTTTGTGTGAACGTAAATCATTAAATGCATATTTCAAGAGCATTTTTTGAACTAAAGTATAATTGTAAACAAAATCCAACATATCATCTTTTTCATATTTCTGAATAAAGTAATTAGAAATCACATCTTTTGCATACGAATCGATATAAGAAATTTTATTGTTATTGCATTCTGCACACACATCTTTTACCACAGGATCTCCCAAGTACACTTTATCTCTAATAGTATCTATTGTGATAAAGCACTCTGGAAAAAGATCTAATATCGCACAAGAAATAATATGCTCTCTTGTTCCTTTTGCTTCTTGACCACAGTAAGCACAGACCATTACTGATTCACTCCCTATTCTCTATAAGTTTACCATCAAAGTCAGCTCATAAAAGCTACTATAATATTTCTGGTTATTACTCGTACTTTAAGTTTATTTACTTGAAATATATAACAATTACGAAATAGTTATATATTTAATTATATAACTATTTAACATTTAATTATATTCTTGTTAGATTTATACATAAAAACTAATCTCTCCCAAATTATTTATTAATAAATGGTACTCAATTTGAACACACTTATTTTCTGTTATCAGAATTACTGATATCTAAAACTTATTAAGGTTTTGTATAAAAAAGACCTAAAAATTAATCTAAGCCTTTTTAATGGGGGATACATATTATTAAGGGAGCAAGTTCTAAGAATCGAACTTAGAATAATGTACCAACACTTGCATGGTGAGTGAGGTTACCAAGCCCCACCCGATTTTTTAGACTCTGAATTAAGATACAAAATTGTATGAGATTTTAATCTCAATTCAACATATCTACATATAGTGTATCAATAGATTTTGAACATAGTTAGAATTGAACTAACAGCGTCCTCACGCCCTGCCTAGTCTGTTCATATTGCTAGATTAGCCCTTTAAACTAACCTAGCAATTATTAAGTTTTGAGAGGGAAATCTTTATTTCCACGATATTATTATCTCATGTTTTTGCCAATAAAAAGTCTCACGATAGTCTCCAAAAAGTCTCAAAATAGTCTCATTTTTAAGCTTTCCATGAAAAAATGGGCAATTCAAACTCCTTTATCTTCGGATATAACATATCCATAATCTTACAAACTATCCTTTTTCTAATCCTAAAGCAATGACTTCTATCTATGTGCATAGCATTAGACATATAATCCATGTTGATTTTCTCATTGTTCATATACATTTCATTGAAGAACTCTGTTTCAAAGCTATTTAGACTTGTTAATGCACATTCTATAGTTTCCTTTTCAATCTGTAATGTTTTCTTATCTTCTTTTAATCTATTTAAATCTTCTTCTCTTTTAATAACTTCATTTTCAACACTTGAACTTATATTATAAGTAGGTCCTGTTTTTTCTTCATAACTTTGAGCCTTACATGCGCAAAACTCACTTTCTAATTTTTTAATATATATATCTTTTATTCTTATTTGACTTTCTAATTTTTTATAGTTATATAATCTACCTTCAACCTCTTGAAATAGTGTCTTTTTATTCATACTTCCACACTCCCATCAATTTTTTATGTTTTTATGTTATAATAATATTTGTATATAAAAGTTTTATATTTTTGACAAGTGGAGTGTGAAAGCACTCCTTTTTTCTTTTTATTAACAGAAATTATCTTTTTCAAAGAAACTAATCTGATTTGTCTTTCTTTCAGATTTTATAATTCTTATTGATTCATCTATAATATTTAGGGATTTTAATAACACATCTTTTGGTATATCTTCCCACTTATCAGCTCCAAGAATTAATAAAGTTCTCTTTTTAACCAAATCAAACTCCTCATTAGCTCTAGGAATATCCAATCTATCTTTTATGTAGCTTGAAATATCATATTTAGTTTTAGAGGTTGGTCTATAATATTGTGAAGATTCTTTTTTAAATTGTTCTATTTGTGCATCATGCTTAGTTTGCATTTCACACAATGCGTTACTTACAATATCATTAATTTGATTTAACTGTGTTTTTGTAAGATTGTTTGATACTTTGTATTTTTCTTCTACTGCAATTAGATATTTTCTATAATTTTTAGAGTTTCTTTTAAGTTCTTTATTTGCTCTTGGGCTTGCTCCTGCTACTAAACAAATTTCTTTTGCTATCTCTAAATTTAATATATATTCTATTGAAGGTCTTCCTCCCTGTTCAGAGGTTTTCCCCTTTAAAGTGGAAAAGTCTATTCCTTCTACTGCATCCACATTTTCTAAGTTACTTTTAATCCAGTCAGAAAAATCTTTTTCTACTTCTAATCCTTCCCAAAGTTCTCTCCCATCTACCACTTTTATATCTTCATCTGTTGTATATACTTTTATAAGTCCTTCATTTTCAATTAATTTTAAATCATTCATACTTATAATCCTCCTCCAAATTATTTTTATCTAATGATTTGATAAACGGATTTTTCCGTTGTTCAACTAATATCTTCCAATATAACTTCAACCCTTGGTTTATCACTGTAATATTTACTAGCTACAACCTCAACAATCTGTGTATCATCCTTATAAGCTATCTCATTGAGTGAATCAGCTATAATCTTGACCACATTATCAATATCGGGTTTCTTGCTAGGTCTTAATACATTATTTCTTTTCTGCTCCTTAACTTTTTTACTGTTACTTTTAGCTATAGAGTAATAACATCTTAAAGTCATTTTTATATAACCTTCAAAGTAATATTTAACTTTAGATTGATATAGCCATCTTATTAGTTCTTCATAATCTCTAGTCTTATTAGGTGTGTAGGTCCTTTTAGTTATAGAGTTCATTCTCGGTCTTTCTTTACCAACTGGTTCTCCATCTATTGTAAAATTAACTTTCATTGGCTACCTCATTTAGTTTTATTTTTTCTACTTCTACAACTTTAAACCATGTCGGTTTATATCCAAATTTATCTACCCATAAGCAAAAAACCTCATTCAATTTGTTATCAAGTATTTTTCTATCTTCATCTTTTATTCTTGTTATCCAATCTTCACCATAATCTTCAAATTCGTCGTCAATCAGTTCTTGAACACGTTCTAATGTATCTTCTACATCTATTCCTGGAAGACTAACATCTTCTCTTTTCCCAACATAAACCAATTTCCCAAACTCTTTGTCATAAACCCATTCTCCAAACTCTCTAAAATTTAGAAGTTCTTCCTTAGCAGCTTCAATAGCTTCCTCTTTGCTTTCATATTCATCACTTCCAAAACATTCACCATCCCAACTATATAGCCAAACATCTTTATTTTCTTTTTGCATATCTATACCTCCACTATTTATTTTTCTTCTTAGCCTTCTTCCTACATTCCTTGCAACAATAAATACCCTTAGATTTTTCATCAATATAAAATAATTTTCCACACCAACTGCATCTTCTTCGTTTCATAAACTCACTTCCTAGTCACAAAACATTTATTTTATTCCTAAAACAACATACCCGTTTTGCAGATAATCGCTGTTTTCAAGTACATAAGTAATTTCTTTTCGTGTCTCAAGACCTGTGTATTTTTCTCCATCAAATTCCTGCAATACCAACAAGTCGCCTTTTTTAAAACCTCTATCATTCTTCCTAACTTCAAAATTTTTGTTCCCATTTGCAACTTCTTTAAAGTATTGAGGTAATATTTTTAATTCATGTATCATAAGCTCACACCCTTTAAAAGTTTTAGTCTATTTCCCCTTTTTCAACTTGTTCATCTTCTATTTGCGATATCACTCGTTCGTATGCTATACGACCTTGCCATTCGTTTACTATAGCATCTTCAATATCTTGTACAAATATAGCTAACTTGCCATTTACATTCGCTATTTTTAACCATATAAGTTCATGTGTGTTATTCTTTTCTACCCATATGGTAATTTCCTTATTTTCTTCCAAACATATATTATTTAGAAATATCTCATTATTTATCTTATACATTTGAGTAGTAATCATAATCTCACCTCTTTTATAAGTCAAAGTAAGTCTATAGCCTTCTAGTTTCATTCACAAACTTACCTTGACTATTTATTTTATTTTTTTCTTCTTTCATAGAAATCTTTATTAATCCATGAAGTTAAATTTTCAAAATAAAATGCTTCTCCACAAATTGGGCAAACTGGTAACATTTTTTTACCCTTGTATTTACTTTCAAGCCTCTTAAAAACTATCAAGTGAGGTTTATAACTAGCTATTTCTTTTCTCTGTTTTAATAATGTGTTTACTTGCCCATTTACTCTTTCAAAGTTCATTGCTAGTTCATATAGCGCATCATATGGCTCTACTCTAAATCCACATTCTGAACAATGAACTGATTTATTAACTGTATCTACTATAAATTCTCTATTCTTACACTTACATTTCTTATCATTATTTCTATTAATTCTTAATATATCAATTTCGATAACATTATCTGGTAAATCCATTTCTAAACCACTCCTTTACTAAAGAAACTTATCTGTCTTTCATTTTCTATATCTTCATTACTAAATCGCTTTTCTAGGTCATTCACTGTGACCCCATTAGCTCTAAAAGGTACAGGGCTATCTCTATCAAACTTAAGCATCTTTTGCCACAAAATGGGATAGTATTTTCTTAGTGTTTTTAGGCTCTCTAAGCTTTGTTTAGGGCACAAATAGCAACCAGTTCTCTTGAATCTGTGATGTATTTCATAATAGAAACCTTTTTCTTTCAAGTATTTCAAGCAATCTTTTTCAGTCATTTTTTCTTCAAACAATGGTGCTATGCAGTTTTTTTCTAGTCTTTTATATCTGCTAGGTTCATCAAAGGCAATTCCAATATACCTTTTATGCTCTCCTAGTTTATTAAAATATTTATTAGCAGGAGCAAGTTTTAATCTGCTATTACACCATGCCCCTAGAGTATACGGAAAACCCCATATTTGCCCTTTACGCTTACCTTGTTGATTAACAGTATAAAAGTATTCCTCGAAGGTTTTTTCTGCTTTAATTCTTGTTATTTTAAAGTTTATTCTTTTTTCAAAATCATCTATTATGTCATAAATTTCTTTAAATTCTAACCCTGTGTCTATGAAAACAATCTCATCTAATGGAAGCTTTTTTTCTAATATTAGAAGGAGCATTGCTGCTGAATCTTTTCCTCCGCTAAAACTCGCTATATATTTCAAGTAGTTCACCTACTTTTCTTCATAAAATGTTACATTCTTAATAATTATATCTATAGACCCATTTTGATTTTGTCTTACTGTATATTTCATTGGGTCCTCAAAATCAGTTAGATTACCTTTTATATCAAAGCCATTGTCAGTTTTTATATTTCTCGTTTTAAGCTTTTTCTCAACCCATTTTTTATCAATATTAAAACTTTTATCAAGACCTTTTTCCTCTATATGTTCTTTGAAACTATTTTTTAACTCATCATCTTTAATTGATTTATCAACAAAATCATTTATATCAATTTCATGCTTTTCTTTCAAAGTATAATTTAATATACTTCTTACATCTTCTGCCTGTTTTATATCATTTCCAAGAGCATTAGTTATCCAATTTTCGGCTGTACTTTTAAACATCTTAGTCTTGTACTTGTCATCTTTTATCTTAGTAGCGTTTAAAAACTCTGTAACAAACTTAGAATTAGCTTCTTCCTTCTCTGCATCCTTATCCAATACGTTTAGATGATATTCGTTATTCATTCCACTTAGTCCAACTAGGGCAGCAATTTTGACTGTCTTAGTCTCTTGTATATTAATTTCATTTTTAGACATCTGTATATTAAATTTATCATCTTTAAACTCAATTGAATGAGTATACGAATTATTGTAATCAAGCTTTAATATAGCAACTTTCTTTTCATCTTTTTGAGAGTATAAGCAAATTGCTAAGTCGCAAGATTCTAATGTAGCATTCAATTTCATAACATCAAATAAATAAGCTGCAATCTCTTTAGAGCTATTTAAAAATGAACTTTCATCATAAATAATTTGTTCACAACACTTCTTAATTAGATTGTTACTATAGTTATTAAATACTGCTGTTCTGATGTCATTATCTCTTGATACTTTGCTTATTTTCTTTTGAAAAAATAGGTCCATATCTTGATTAACCCTACCTTCAAAATCATTCAATATTGGTGTATCACTATTCTTATCTAAAACATGTATTATAAATTTGTGTATTATCATAATTCCACCCCTTATAAATTTTCAAAACGTTCTATAATCTTTTCGCTTATCGTGTTTTTTATAACTTCATCTACCTTATCTATAGTTATTAGTACTATATTTTCATCTTTAGCCAATACCTTTGCTTTCTCTCTTAAAACGTCTTTACTTCCATATGTGTAATGTATTTTTCTATTTTCTAATGACAATCCTATCTGCCATCTAAGTATATATTCATACACTTATCCCACCCCTTATTTTTCATTTTTGAGAGTTACAAAACGTTCAAACAATAATTTATATTAAAAGATATTTTGTAACTCTCTAAACTGTTTTAATTAGATATTTTCTGTATATAAAAACCTTTTTAATCTTTTTATTTCTTTGCTTATTTCATCATTCCAAATTTTTATAGCTCTACCTCCATATCAAGCCACTTTTTGTATCCATCGAAACATTTATAGACACAAGTTTCAATTTCATAAACACAATACTCACAAATACAATCAGCACATCCAAGAAAATCAGCCATTCCATCCTTGTCTAAACTCTTTATCATTTCAAAGTTAGTCATTCTTAAACCCTCCAATATTATCACAATTTTCACACTCTTTTAGATTCAATCTATACTCATAAACCCTACCAACTACAATGCCTATTCCTAACAACATTAACCCTCCTAAGATATTCATTTTTCAACATCCTCTCCATCTATATAATACTTTCTTCTTCTCTTCAAAATGTTTTTGTAACATTTTTTATCACATGTATCAATTTCTTTTGAACAATACTCACACAGCTCATTAGATTGTATAAATTCTCTAATACTTTCACATTCTTCACAGTTTTCAGTTCTCAAATGGTTCTCATAAACCCTACCAGCTATAAAGCTTCCTATTAGCAGTAAAATAGTCGTTGAAATATGCATTATATCTCATCCTTTCTATCATCAATTAATATATTGAATCCACATGAACATTCCCTATAGTATGTGTGTTCTTCAACTATCAATTTTCCTTCATTGTTTCCAATTTTGTCATTACCACAATGAGGACAATAACAATACTTTTCTCCAAGTTTTATAATATCTTTTAATTTCATTTCCTATTTTCTCCTTATTTTCTAAGAATTTTTATAATTTAAGTTCTAATGGATTCTTAAAGTCTAATCTATAGTCATAAAGTGAAAAACCATCTTTATCTTTTGATAATGGATTAAAATCTTCATCTAAGAAGCATGAATTAGTAAAACCATCCCCAATCATATATCCACTTTCAACTTTTGAATTTTCTTCTCTTTTAAACTGTATTCTTGCTAAATACAACATAATCAAGCCTCCTTAATTAAAATTATTTTCCTAATTTAATCTTCAATATCCCCTCGCACTCATATTTACTCAATATTTTTATAGCTATATCAATAGCTTTATTAACAGAACACTTTTTCTTACTTAATATCTTTTCAGCTAACTTAATTACTTGCTCCACATTTGCTAATACCATTTGACACCTCTTTAATATATCTAGCTTTCCATCCGTTCTTAGAAACCTTACCCGTTCTTGCTAAATGAGCAATATAGACATCTGTAAAATATACATATTTACTTGCCTCAACAACACTATCAAATACTTTAGTTTCTCCAGTTACAATATTGAAACACTCTACTTTTTTACCTTTTCTTCCTTGACACTCATCATTTACAAGCAAATCAATTACATTTACTTTCTTATTTCTATCTCTTACTTTTCTTAAATTAAGTTCAAACATATCTTCTATATCCTCAGTTCGTTCTAAAAACGTTCCTGCATCCACCCAAACTTTAGCCATATTTAGCCCCCCTTTTTTTTATTCAAATGGCATTTCAAACACTTCCTCTTGATTATGTCTAATTCTATAAGAATCTATATAATCTGTTCTTACTCCATTTTCAATAAACTTCTGTATTTCATTTAACACTTGCATAGCTCTTTTATTGCTCTCATATTCACCTATTTTTCTAACATCATTTTCAAGCATTGCATATACTTCACTATTACTTATTTCAACTCTATTAACTCTCATTAAATATAATCTATCTTGACTTCTAATTATTATCATTCCTAACACCCCTCATTATCACATCTTCTTATATCATTTAACTTACTTAAATCTTCATATATATTCCCATCAACTTTAACTATTGCAAGTTCAGATAATCTAAAGCAATCTCCTGACATTTCATTCACTGCAATAAAGCAACCATCTTTAAATTTTACCTCCCCTGCAAACTCTGTAAAAAATATACTTCTACATAAAACAATATCGCCTTCATAGATTTCTTTTCCATCACAATCCTTCAAACCTGTGTATATCATAACCTCAAAATTTTCATTGCTTGTTGGTAAATAAACACCACTGTAAACCCACTCTCTAAGCAAATTTTTAGAATAGCACACCATTTCATCATAACTATACATTTCCTTACCATTTTTATTCCATTCTCTAAATTTTAACTCCATATTTATCCCTCCATTTTTAACTTTTAGGAAGTAATATATTGATATTTATTTCCTAGAAGTTTAATTTTATTTGAACTTAGCATCTTGACTTTTCTTAATTATGTTATCAAGCTCATCCTCTGTATACTTAGTAAATGTTTGTTCAAAGTTGGCAAACTTATTTTTACTTAGCTGGTTATTAACTACTTTTTTTGATTTCTTGCTTTCTTGCTGTAATCTATATGACTCCAGTTGTTCATATGTAGTTATATTTGCATCCTTCCATTTTTTAAGGATACCTTTTAAGTATGCTAGATTCATATTCATCTTTTCAGCACATATCTCTATAGCTCTTTTAAATACTCTTATATCTACTTCATTAGATACTTCTAATAACCATTCAGCTGTAACTGGATATATTACTCCTATATTTTCTTCATACAGCTTCTTAAATTCTTTTAAAAAGTTATCCACAGGTTGCTTTACTATATACATATTATTAATACTGTTACTATTAATACTGTTACTATTAGTGTCCATATTTTCCGTGTCCGGCTGAGTCGTGTCCGGAAAAGTAGGACATGGTTCCATGTCTACATTTTTAGGATACGGTTCCGTGTCTTGCTTTTTAGTACATGGCTTTTTCTTCTTTTTCTCCTCTTTTAAACCTCTCTTAGAAATACATTCATCTATATAAGTTCTATCAAATACTATTTCATATATATTGTTTTGCATCTTGCCTTGTTTGGATTTATTCTTATGAACCCTTATATAGCCACTCATCTCTAGCTCTTTTTTGTACTTTGTAAATGTGTCTTTTGATATATCTAGTTCATAACAAATTAAATCCCTAGATGGAAAACATGTTCCATCATTCCCTGCAAAACTAGTTAGATATGAATACAGCATTCTAGCGCCAACTGTCAACCACCTATCTCTTGCTATTATTCTTGGCATAAGACCGTATCCACCACTTAATATATTTAATTTCTCTATAACTGACTTATCTTCATTCAAGGTGCCTCACCTACTTAATCAACATTTATAGCTTCTTCCACACTAACTTTACCATCCATATTTTCTTTTACTTCGAAATCAACTTCTAAACTTTCGCTTTCATCTACGACCATGCTCATATCTTCATCTATTTCAGATTTTATTGTTTCATCACCTACCATAGCTTTTTGTAATTCTATACTAAGTGGTGCATATTTTAATAACTGTTTTATAACTGTCTTTTTAGCCATTGAATCAAAATCTGTTTGCCATGGTCCACTACTATAACTTTTACTTTTACTCTTTGCAAATTCTATAATTTCCTCTTTAGTCATAAAAGAAAAACTATGTCCTCCTGTATCCAAATGATATACTGCATAATATCCAATTATTTCCCCTCTATCACCATTTAATTTAGGTTCATGAACTAAGTCTTGATGAAGCCCATATTTAATCTCAAATTTATCGTTTTCTCTTATTTTATGAGCATATATAGTTTTTATCTTTCCACTTCTTTGTGCTAATTCTAAAAGACCTTTATACCCAATTTGGAATTGCACTTTATTTCCATACGGTATCAAATATGCTTGACCTAAAGGCGTATTAGGCTCAAGACCTAATTGAGCTGATTCCATCATTGCTGCTATAAAACTCATAGGTTCGCATGATTGTAACCTTGGATTATTACTAAAAGCTGTTAGGGCAACTCTTTGAAATCTCTCGCTTGAAACCATACTAGGTAAAGCTTTTTTTATCTGACTTGCCATTTTATTCATAAGTTGCTCCATACCTTTACTTGGACTTACCTTGACTGTATTTGCTCCTGAAACTTTCTTTTCTAATGCTCCTTTTGCTTTTTCACTAGCCATATATATTACCCCCTATTTTATTTTGAATGTTCTGTATGAACTTATATTTGTATATTTTTCTGCTATATCAGGCATTTCTTCTCTTAATCTCTTGGTATCAATGGACCTTTTAGTAGCTCCTTTCCAAGTTATTATTCTTCCGCCTAATGTAGCTAACTCAAACTCTCTCATTTCACTTTGTATTTCTTGTTCTATTAGCTGTTTCTCTCCTTTTAGTTCTTTCATTTGTAAAACTATATCATCATATCTTTTTAACTTTGATATACCATCTTCAAGTAGATTTAGTTCTATTTTCTCTTTTACTGAGTTTTTATACCTTGTTTTCAGAAACTCACTATAAGCATCTGAACCATCAGGAATTGGTAAAATGTCTTTTAATACATTTTCTTCCCAAAATTCACTCTCTATTTTCATTAGATTTTTAATTACTTCATTATCCCTATTTATCTTGTGCCATACAAACTTTTCATTTCCAAGAAGTGCTGCTATATAACAATGTGTAGCTCCTGTGACAGCCATATAGTGTAAGCATTGTATTTCATAATGAAGTGGAACTCCATTTTCCCATTCTTTTATAGAAAAACTATTTGTTGTCTTACATTCTAAAAATGCTTTTTCTCCTACTATAGCTCTGTCTATATTAGCTATTGCAAAAGGATACTTTTCATTTTTCAACATTCCATTTACATTACGGACCTTAAGACCAGTTTCTTCTGTAAAAAGTTCTGCAACTAATCCTTCTAATCTATTGCCTAATTCCATTCTGAAACTTTTAGTTTCTATTGGTATTTCTTCTTTCTTTTCTATATATACTTGAACAGAAGTTTTCCAGGGATTTAATCCTGCTACTGCTGATGCATCACTACCCCCTATTCCTAATTGTCTATTTTTAAGCCAATCAATTTTATCTATGTTCTTAGTATCAGTTACTATAAAAGCATCTAAATATTTTCTACGACTTGAAATTTTATTCATTTTATGGTATCCTCCTAAATAAGTTGAATTTTTTGTATGTGTTGGTTACTTTGACCAGCACTTTTTTTATTGAAATAATCCTGCTAAACATATTGCAAATAAACCTACCATTTTATTTCCTCCTAAGATAAAATTTTAATCTCATAATCACCATCTTGAATATCTTCTGTTATTAAGGCTTGATACTCCATACAGCCTCTACCTTCATCAAAGTATGCTAAATTTAATTCTTTTTCTGTTGCTACTACTACTATACAATCAATTTCAAAACCAAATCTTTTGCAATTTACTTTTACTGCATTTCCTACTTTAATTGTTTGTAAATCAAATTCTTTTACCAATTCAACCATTATTTGACCTCCTTATTTTCTATTTCTTTTATGTAATCCCAAAGTATTTGTAATATTAAAGAATTTTTTGACATTCCTCTTTCTTCTGCTATTAATATTAATTTTGTATTTAAATCATATGGGATTCTTAATCCAGTTCTTACTCTATTTGCCAACATAATTTCCTCCTATATTGTTATCTATGTGTTGCCTATCTTTAATACAAAGTATAACACTTTATTATTATGTTGTCTATATGTTGCCTATATATTTTTTTGTATTTATTTTTGTGATATAATTGTTGCCAAATAGACTACACAAAGGAGTTGATATTATGGCTAAAATGGGTACATATAAAAATCCTCATTTTGCAATTAGAATACCAAAAGAAAAACTTGATAAACTTAAATATATAGCTGAGTATAATGCTCGTTCAGCTAACAAAGAAATAGAATTTCTTGTCACTAAACATATAGAAATGTTTGAAAAAGAACATGGTCCTATACATTTGGATTCTGAATAAATTCTTGTAATATGCTTAATAAAATACTATTAAAACTTCTTCCTTTTTTACTCGCCTGCTTTTCTAATTTTTCTTTAAGTTCTTTAGGCAGGCGTATTGTTGTCTGCTCTCTTTGCATCTAATCACCTTTTTCTTTAATTATTTATAGCTTACTTTATTTTTAAATGTGTTGGTAAATACAAATTAACTAACTCTATATTTCTTGTTACTGCACTTCTTTTTACTTTCTTATTGTTATTAAACTTCCTGTTATTTTTCTGCTCATCATAGTATGTAATTCTAAATAACACTTTGTCTTGTTCTACTTTGTAGATTTTGTTTTTATAAATTATTCTCATACAATTACCCCCTTATTGTATTTTTTAAGACCTTCAAAACTTGCTTTTATTTGCTTATCATTGCAAAACTGGATATAAGCTATTAGCACCTTTACACTCATTAAATCACTCCCTCTCTGCTTCTTTCTATTTCTTTCAAAAGCTCATCTAAATTTCGTCCTTGGTTTCTATCAATAAAATCATCTAATTCATATCTTGATATTTTTCTACCATTTCCCCAACTTAATGTTTGTATTAAATTAAAATTAATTAATTTACGAATTAAGTTCATATCCATTTTTAATGCTTTTCTAGCTTCTTCTACTGTCATTAGATAATTAGGATACCCTCGAACAATATTTACTTCTTTCATGTATACCACTCCTTTTCAAAATATTCTGTATTTAGTTTTCAAAGTGCTTTTAATCTTTAGCCTAATAAAGTTATTTGACATTCTTTTTCTTTTACCAATCCATCCTTTATAAGTAATAATCTAAATGCTTCTCTTCCTTTTGGATTTATTAATGTTTGAGTATCTGAATGTCCATATGGTGTTGTAAATTCTTTCAGTTCAAAATACTGCATCTTATTAGAATAAGGTTTTATTTTCCCTTTTAAATCTCTATAACAATATTTCTTCTCTATTAACCATGAAACAAACACTTTTTCTTTGACTCCAAGTTCTTTTGCTGTATCTCTTATATTAGTTAGTAAATTTCTTTCCACTAAAGCATCAAAATAGTCTGCTTTTGGTTTCATTGTTTGATTTTCTAATTGTAATTGTTCTTTTTCTTCAACTTCTATTAATAATTGTTGTAATGCTTCTTTGTATGTAGTTGGTAATTTAGGTTGTTGTTCATTCTCTTTAACTCTGAAATAATTATTAACTAATTCTCTTTGTACTGTCCAAGCTAAATCATCTGTTAGAGATTTTACTAACATTAGATAACCACTTTCAGTTATTAAAATCCCATTTGGGGCAAATTTACTAAAACCATATAGCTCCAAGCTTGGTACGATTTTCGTACTGACCTCAAAATAATCAACATTTTCTATAAAATACTTTTTATTCTCAGTGAAATTTCTTTTCGCTGTTCCTTCTGCTCTTTCATGAATTAAATCAACTTCTTTAAATGTTATAACTCTTTCACCTTTAAACTCTTTAATCTGCAATTCCTTATCATTTATTAAAACTAAGTTGTTCATACAATTTTCTCCTTCCTATTTTGTTTTCTTTGAAAGTTTCAAAATTAAAATTGATTTAAAAATATCTTCTAATTCTTGCATAACATCATCCCAAATTTCTTCTTCCTCTTCGTCAATTACATCATCTTCAACTATATCTATGAAATCATCTTCCTTTTTTAAATAATCTTTTATTTCTTTATGCAACTTTAAAGTTATGCTTGAAAGACTTTTCATTTCCAGTTTTGGTAAGAACATTACTCCTGCTTCTGTAGTCCTTCTAACATGCTCATAACCCAGCAGATTGTTATTATATATAGATATCATCTTTACTACTACTGTATTTGGTGGTATCCTTTTGTCGTTCTCGTATGCTCTTAAACTCTCTACTGATATATCTAGTAACTCAGATGCTTTTTCCTGTGTTAAATTGGTATTTTCTCTTGCTTTTTGATAAATATTTTGGTACTCATATGACATTCAAATCACCTCTTTGAAAGGTTATACTATAACTAACCTTTTACTTTTAAATACTTACAAATTGCTTCTTTTGCATTTGGACTTTTTAGTCTATCGTTAATTACTGCTGATAGATGATATTTTGATAACCCCAATTTCTCTGATAAATCATCTAGTTTCAAATCTCTATCTATCATGGCTTTTTTAACTTCCTTGCTCCATTTTGGTAAACATTTTTTATTCATTATTATCACCTTCTTTATTAGTGTATTTATTTGTGGTAAAATTAAGTTTGTATAACAATTTGTTGTCGTAAGTAATTGTTATTATAGTTATATTATATTTGGAATTTTCCAAAGTGTCAATATATATTTTGGAATTTTCCTATCGTTTTAGAAAAGAGGTTAAATTTATGATTAATCGTATACTTGATTTGATGGAAAAAAATAATATTACAGCTAAACAATTAACAAATGATTTGGAAATTTCCAATAGCTCTATAAGTGATTGGAAGAGAGGCAAAGGTAAGCCTTCTTCAGATGCAATAGTTAAAATGGCTGAATATTTTAATGTTACTACTGATTATCTATTATTGGGCACAACATGCAATAAAACAAATAATATAAACTTAACTGAAAATGAACAGGAAATTCTATCTCTGTTACATAAATTCAATAAGCGTAATCAAATCAAATTTATAAGTAAGGTTGAGGATTTAGCTGACAAAATGTTAGAAAAAGAAAATGATACAGAGTAATTACTACATGCCTACTCTTTTATAACTTTTTAGACAGGCGTATTATTACTTACTATTTTGTACCTAATAGCCTCTTTTAATTGTTTTATTTTGATTTTCAAAGTGCTTTTATCTCTATATAACTGTCACACTATATTTACGTTAAAGATTGGATGTGTTTACATGGATGTTACTCAACGTATAATTGAATTACGAGATAAAAAGGGATATAGTACAAATAAACTTGCTACTAAAGCAGGATTAACTCAATCAACGCTTCAAAGTATTCTATCTGGAAGAAATCAAGCATCTATTAATACTATTGAGAAAATTTGCTCTGCATTAGATATATCTTTATCTGATTTTTTTAATGAAAAATCTAATGTTGATTTACCTGACTATCTTCTAGACTTTATTGAATCTAGTAAAAATTTATCAAAAGAACAATTACAAGCCTTGTCTATATTTTTAAAAACATTAGAAAAAGATTAATTTTGCTGGTTAATTTTAACTAGCATTATTTTGTTTTTACAGTACCTGTGGAGGTTTATTATGTCTTTATTAACAGCAGTATCCAAACGAATATTAGGATTATGTCAAGAAAATGACATTACAGTAAATAAATTATGTACAATGGCAGGTGTTACTCAATCTACAATAGATAGTATTTTAAAAGGTAAAAGTAAAAACCCTGGTATATGTACAATTAAAAAACTTTGCGATGCTTTAGATATAACAATTATTGATTTTTTTAATCACTCTTTTTTCAAAGATTTAGATATTGATATTAATTAACATTTGTTGAGTTTCCCGAATAATTGCAAACTTTATAATTCATTTGAAGGTGCTTATAATTAATAAGTATCCTTTTTTATTTTTGTATTAAATCAGTATTCTCTCTACCTAACTGATAAATATTTTGGTACTGTTGTAACATTCAAATGTCCCCTTTTCTGTTGTATAATTAGTTTAAACATTTAAATATTTAAACGTTATGTTTAACTTATATCTAAAAAAATTTCTTCTAGCTCAACACCAAATATTTTAGATATTTTAAAAGCATATTTTATTGGAAAACTTCGTTTATTATGTTCATACATAAAATATCTTTGACGAGAAATCCCCAATAATTCAGCCATTTCAGTTTGAGTAAGACCTTGTTTTTCTCTAATAGTTTTTAGTCTATTCATTTTTTTCACCTCTCTTTTTTAAACATATTGTTTAATATATTTATATTATATTCAAACATAACGTTTAAGTCAATACTTATAACAACATTTTGTTTAATTTTTTTAGTAATTTTTTTACCTATGATATACTATAGTAAACAAAATGTTTATTTTGGAGGTTTAAATATGACTTTTGGAAATAGATTACGTAAACTAAGAGAAGATAATAATATCAAACAAGTTGAATTAGCAAAAGTATTTAATATAACAAGCCAAGCCTTGTCTCAATATGAAAGAGATTTAAGAATGCCAGATGCAGTTTTACTTGATAAACTTGCAACTTATTTTAATGTTTCTGTTGATTTTCTTTTAGGCAGAAATTTGGATACTTTATCAGAAGAAATAGATAACGATATAAAAAAAATAGTTGATGCAATATTTGAATTAGATAAAGAGGATAGAGAAAGTATATTTAAAATAGCTGAATTAGATAAAGAAGACAGAAAAGCTATTTTGAAAATTCTTGATTCTTTAGATAATAAACAGAAATAAAAATACATTGAGTTGTATCCAATGTATTTTTATTTTTTTACTAACTTTAATAAAAATATATATTTTTAATCATTTTTTTATTTTTCATGAGAATCTTTATAATTTTCATGAAATTTTCATAATCATTTTCATCTTTTTCTTTTAACATTCTTATAATAGCAACAAGTCTTTCTTTGTCATTTTGCATATTAGCACCCCTTTTCCCAATACAAGAACTTACGTTCGCTAAAATAATTAGAATCTCCCCTTCTTCAAAACTTAATAAAATTAAAGCAGCCTTTTGGAATCACTCTTCTTATATTCACTTTATCTAGGTAAAGTTATTTCTTAACTACATTCTAGCACAAATTTCCAACAAAAAGTGTGCTACTCAAGCACATTTATTACAAAAAACTACACAAACTATTAATTATAAAAATAATTAAAAGTGAGGTTAATTTAAATGTTAAGAAAGTTAAGAAAACACAAAGGAATGACACAATTAGAGTTGGCAGAAAAATTAGGTTGGAACAGGAGTCAAATTTCAAAGCTAGAAAATGGTAAATATAAAGATATAACAATATCTACAATAGTAGACTTATCTATTGCATTAGAGGAAGATTTTCTATATTTATGTGACCTTTATGGTAAAGAAGAAATGGCAAAAAGAAATAAGAAAAATTTATGTTAATTAAAAATAAATATAACAAAATATTCAATTTTCCCATATAAAAATAGACTAGCATTTAACTAGTCTATTTCTACATTATTTAAAAACTAGGATTACTGTAATTTTCTAATTTTTCTATTTTGCCATATGCATTTAAAATACAAGTATAGAAATTATCTTTATTTACAAGATAAACAAAATCAGTTCCATTATCTTCTCCAGAATAAGTAAACCAATAGTAATTATGATATGGCATTATCCAATTTTCATTAACATCGTCCTTATCCAAACTAATTAACTCATTCTTTTTTAAACCCTCAAGTTTTTCCATCTTCTTTAACGCCAAGTCATAATTACTAACTTCTGAACCATCTTTATTAAAATAACGCCACTTACCATTTATTTTTTTCCAACCATATTGAGCATCTACATTTTTATTTGCATCTATATCTATATATTTGAAATTATTTTCAACTGGCTCTCCTATTTTTTCATAAATAGTAGGATTTGAATAATTTCCTGTATATTCATTATATCCATATTCTAATAATTGCCCATCACCAAATACAAATAATTCTCTTACACTTTTATCTGGGAAATGAAATTCTAACTCTACTCCAGGACCTATTTCTAAATTATGAGTCTTTATTATATCAAAGGGAATATTATTTATATTATCTTCTCTAACATAAAGCCAAGTAAAGTCTTCATCATCTTGGTTAAGCCAATTCCCAACAATATTTTTCAGTTCTTTTGGAATAGGATTCAATATTTCTTGAGTTATATTTTCAGATATATTTCCTATTGTTGTTATCTTGGTTGCATCTTTTAAAACTTCTTTATTACTACCTAAATTAACTAGCACAATTGGAGTATTTTTGGCCATTATAGAACCAACAAGAGCATACACTAAATCTGTTCCACTTGCTATATAAAATTCTTTGGCTCCACTATAGAATTTGTTAACTATTTTCTTATTGGTATCATATCTGTCTGCTCCACCTAATCTAGTTGAATTAGTATCATTAACTAGTTTGTCACTCATTGATGAAGTACCACCTATTGCATAACTTTCTATACCAGTTGTATTAAATGGCACACTTTTACCATCAGTTAATACTATAGCTGCTTTATCTCTAACTGCTACAGGTGCAGCACTCATAGCATCTGGTTCACCTTTGAAAGCATTAGTTAATATAACTTTACTAACCTTATTAATAGCTCCTATTTCTTTTGCTACATTATAACTTGTCTTAATTCTATCACTTCCTTGAAGTCTCTTAACTTCTATACCCTTATCTTTCAAAAAGTTTTCAGTTGCCTTGTCAATAGAACTTTCTCCACCAATTATGTACACTTTGTTAGCTTTCTCTACTCTTTTAAGAGTTGCATTAGGTATGTTATTTTTCTTAGTTAAAAGAATTGGTGCATTTGTAGCTCCTGCAAGCCCACTTGCACTTAACCCATCCGCCATTGTACTATCTGCATTTATAAGTATTGCAGTAGCATAACTTTGTTTGTCTGCGATAAGTCCAGCAGTTTCATATTTATCTGCTCCTTGAATCTTATCGATTTTATCAAGTGCATTTGCAGATATAGGATAACAAGCAACAAACATTGACATAGCTAACCCTAGCGATAATAATTTCTTTGATTTCACAATATCTCCCCCTTTTTCATATCACTCAATTAAATTGTATAACAAATATATATTATATGTTGTCGAAAGTACAAACTATTTCTACTTAATTAACGACATTAAATAACATTAGAATAAATTATTTTCTTATAATTTTATTCTTTATAATATATATAATTGTTATAATATAATTAAAGCATTTTACTTTAACCACATTATTTAATTTTGAGAGGAGTTATTATTATGAAGGGCGGAGTTAGAAAAAAAGGGAAAAAGTGGTATTATTATTTTGATTTAGGAGTTATAGATGGAAAGAGAAAAAAAGTAGAAAGAGCTGGGGGAAATACTAAAAAAGATGCTGAAAAAGCACTTCGAGAAGCATTGAAAGAATATGAGAATACAGGAATAATGTTTGATGAGTGTGAAATGAACTTAGCAGAATATCTAGATTTTTGGTTTAATGAATATGTTATTTTAAACTGTAAATATAATACTCAAGAAAGTTATAGAATACACATTCAAACACATATTAAGCCAGCATTAGGACATTATAAATTAAAATCCCTAACACCAGCTACATTACAAAACTTTATCAATGCTAAGTTTAGAAGTAACTATTCTCAAAGTACACTTGAAGTTATTAGAGCTATTTTAAAAAAAGCTTTAAAATCAGCTGTCTACCCATATCAGTTTTTGAAAGATAATCCAATGCAATATATCACCATTCCTAAAAATGAGACTATAAAAAAAGAAATTAAAGTAATCACGTTAGAAGAATTTAACAATATTTTAAATTTATTTAATAAAGGAACTTATCAATATATATCATTAATGATTGCTTTTCATACTGGAATGAGAAAAGGTGAAGTTGCTGGTCTGACTTGGGAGGATGTAAATCTAAAAACAAAAACTATAGATGTTAACCATACTATGATAAAAAAGAAAAAAGGTGATATTGAATTAGCAACACCAAAATCATCTAGTTCTTATAGAACTATTACTATAGGTGATACTTTGGTGAAAGCTTTAAAAGAACATAGAAAGTATCAAAATGAAAATAAATTACTGTTTGGTGAATTTTACATAAACAACAACTTCGTATGTACAAAAATAAATGGAAATCCAATAAATATCAATTCTATTTCAACCATGTGCAATAGTATTAGCAAAAAATTGAATACTAATTTCTCTTTTCATAGTTTAAGACATACTCATGCAACAATGCTTTTAGAAGCTGGAGCAAATATAAAAGCGGTACAAAAAAGGTTAGGTCATAGTAATATCGCAGTAACTATGAACACATACTCTCATGTAACAGAAACTATGAAACAAGAAACTGTCGATTTATTTGAAAAATCCATAAAATAAAATTCTTCCACCGAAAAATAATTACGGTGGAAGAATGGTGGAAGACTCCTTTAAAAACATTCTATTTATAATTTGGTTTATATTCGTTCAACTCACTTTACCTCTTGGTATTACTGCATTCAAACATATACTAAACATAAATATAATTTATCTAAATAAAGTTTTCAACTTAAATATTTCTTAAGATTTAAGATAAATTGAGGTTTATTTGAATAAATTGATTTGAATTATGTTATTTTCAGATTACTTTTATTTAAGTATTTTGATTGGATTCAGCTGAATTAATGTATATTAATTCTTATTGAACAGTTTTTATTTTTATACATACTATCTACTATATACTATACATATTCTACTAAAATTTATATAAATATTAGACAAACCTATTTCATTTTCTTAACATGTTCAGAATAATAAACAAAATGAAGGTAGAAAAAGTTATAATTTCATACCTTCATTTTATTTATTATGTATCAATTTGTCATTTTCTTATTTCAAATTCTTAAAATATTCTTTTAATAAATTTAAAATATCACCATCTACTTCATCATCCTTACTACATAGTGCTGACATTAAACTTAATATTGAATTTTTATGTGTATTCTTTAAAAATTCTTTTGTTTAAAATCTCTGATATTATTTTTCTTTTACTAATACATTATAGTGTGTACACTTATCTATTTTCTCCGTTTCTAAAAACTCTCTTCTTTAGTAATCTTTTTAATACTGTAAATATAGTTGTATCTTTCCATTCATATTTTTGTTCCATAGACTTGGTGATTTCTCTTGATATTAATACCTTTTCTGATTCCCAAATATATCTCATAACTTTTAATTCCGCTTCTGGTAATTTACTAATTTTCATAGTATACATCCCTTTACCAATTTATGTATATGTTAAATTCTATATCAATAAAGTTTTACAAACAAAAGAATTAAGGTAAATAATTACATTCGATTTTTACTATATCATTCTTTTAAGTTTCTATAATACTCATCTAATAAGTCTAACTTCTCTTTACTTACATTTTTATGTGTAGTGGTAAGTGAACGCATTATTTTTATGCTTTTACTAGATTTTAGTACCTTTTTCTTAAAAGTATAATATTCTTTATTATCTATTATTATTTTATAATGAGATTGAAATTTTATAATATATCTAGCCAAATACCTTTTATCAACTAGCCTTTTTAGTAGTATTTTTATTGTACTTTTATGCCATCCATAAATCTGTTTTATTTCTTTTACAATTTCTTTTTTAGGCATTAGAGTGTCTTTTTTCCATAAATACTCCATTACTATTAATTCTGCTCTTAATAATTTTTCTATTAATATTTCTTCTTTCAA

Protein sequences of DBSCAN-SWA_8

>CP012312|2557466:2621244|2590575_2591139_-|AXU76099.1|DBSCAN-SWA
MDWLKELLEGIKVEDNKIDVASLQKSIEKKIKETTVTQEDYANIETQLNTANEAIKKFEGGMTKEDVENLKTTYETDKKTLEETYKKEIEEKDFNYWLNDAFKSVKCRDEIALKAHLDMEALRNSKDRQKAFEEQINPLKQDKDYLFNATLEGEEPKIDTITPGQEPKINDFGFNFTGVRPHENNNK
>CP012312|2557466:2621244|2598917_2599847_-|AXU76106.1|DBSCAN-SWA
MVCAYCGQEAKGTREHIISCAILDLFPECFITIDTIRDKVYLGDPVVKDVCAECNNNKISYIDSYAKDVISNYFIQKYEKDDMLDFVYNYTLVQKMLLKYAFNDLRSHKDDTSFFNSNILDFLMNKDIVEPLRNVTILAGLAINTSPIPDFIFGNNKIRWGKDPAFFSNSIIEHLDYNTGEISLRNENPHQEFKKMSFSYVFRFNSVQFLLICWDDNISDEDLEENNVILQYQYPYTILSSEGHHTLSRCTSEVTYQHEMLIDVILGQGIFDEVTFMRGTYSYKNQQYLKEIEIEWQKEEKDLARRFSR
>CP012312|2557466:2621244|2566399_2566615_-|AXU76065.1|DBSCAN-SWA
MTFKELVNKVRNLVLEAKNVTIEDTENNFTSDNVEDALKELAIKQNLLDTELNGQKTRGISIANTLTDMFL
>CP012312|2557466:2621244|2577125_2577896_-|AXU76077.1|DBSCAN-SWA
MGLFGSKDNCCICGEKGKQKIADGWLCKECFKKYAVATFTPGNTLYRGLPTKLEVEKAIESKDDKEKELKNFNPTKKILKFMEFDDNNKKFIVLNGFNREKVNLSVYNYSDVIEYELLENGETVTKGGIGRALAGGALFGGVGAVVGGVTAKRTTKAFIDSLKIKITLNNLSNPNVYVNLIQLRTKSNSSIYKMAYSSAQEILSVLAIIVKDNEAVNIQNNSNDAIQQVKGLKELLDLGAITEEEFNTKKKELLNL
>CP012312|2557466:2621244|2588239_2588665_-|AXU76094.1|DBSCAN-SWA
MGRGGSVNFKELKKLQRNLQRLEESQLDKFCRDCAKELAARLIGKAIKRTPVDTGVLRQGWNGVAYARALPVIKAGDTYIIEIINPIKYASFIEYGHRTRNHKGWVKGRYMMTISVQELRGQVDVIIEKKLINLLKKVFDA
>CP012312|2557466:2621244|2620570_2620762_-|AXU76148.1|DBSCAN-SWA
MKISKLPEAELKVMRYIWESEKVLISREITKSMEQKYEWKDTTIFTVLKRLLKKRVFRNGENR
>CP012312|2557466:2621244|2574717_2577069_-|AXU76076.1|tail|DBSCAN-SWA
MATIQTSIKIFDGMTPAFRNMTTSINTTINSLDRLQQRLHNPINAGSIQASQQSLNNIESILTRIEQKIKGNTNEQENFNNKIRQGSEAGSLLVSKLKSLAGIYIGIKGIESITKAADTIASTKARLNLMNDGLQTTDQLNKMIYLSAQSARASYADTAAQVAKLGILAGDAFGSSAEVVKFTELMNKAFVIGGTSASEASAAMYQLTQAMGAGKLQGDEFRSIMENAPLLAAKIADAMGKTKDQLKELSSSGAITADVIRNALFKASDEIEKKFASMPISFSQALTMMKNDAYMIFGQTLGKISGALQSVRFSEIVVSMRNVMIAISSNIYDTLNIIKNILNSDFFSDFVSNVTLGVVLIIQGLGGITNAALSVVNVFAQNWNIIEPIVYGVAAAIGIYTIAAIALAVANKVASLSAAWFNFQMTQTVIMHELATGATWMQVAAQYGLNAALYACPLTWIVLGFIAVIAVVFVAVAAVNKFAGTSLTALGVIVGAVFAAVAFIQNIMIWLFNRCVDVNEGITNGWNQCVFLMKQAIAKGVIFIIEKMASLNDSVNNAGNALGKAFVTGANIAIRGVNKLIDLLNKIPGINIGKVGEATFTPVKADNSYIKQQINSLNRWVGDAPEKIKLERMQYKDIGAEFQKGNALGTKWQNAISNKLKDTFDINKMLEDAKDKLGLKDLWDKDNPLNNLGGFGGDLGKNVKDTAGNTAKMAKTMDKSQEDLKYLRDIAEQETINRFTGVNIKIDMNNTNNISRDTDLDGIVNVLTEKLNDAMVVSAEGIV
>CP012312|2557466:2621244|2603546_2603939_-|AXU76113.1|DBSCAN-SWA
MDLPDNVIEIDILRINRNNDKKCKCKNREFIVDTVNKSVHCSECGFRVEPYDALYELAMNFERVNGQVNTLLKQRKEIASYKPHLIVFKRLESKYKGKKMLPVCPICGEAFYFENLTSWINKDFYERRKK
>CP012312|2557466:2621244|2609162_2609996_-|AXU76127.1|DBSCAN-SWA
MASEKAKGALEKKVSGANTVKVSPSKGMEQLMNKMASQIKKALPSMVSSERFQRVALTAFSNNPRLQSCEPMSFIAAMMESAQLGLEPNTPLGQAYLIPYGNKVQFQIGYKGLLELAQRSGKIKTIYAHKIRENDKFEIKYGLHQDLVHEPKLNGDRGEIIGYYAVYHLDTGGHSFSFMTKEEIIEFAKSKSKSYSSGPWQTDFDSMAKKTVIKQLLKYAPLSIELQKAMVGDETIKSEIDEDMSMVVDESESLEVDFEVKENMDGKVSVEEAINVD
>CP012312|2557466:2621244|2561020_2561410_-|AXU76054.1|DBSCAN-SWA
MKISKLPEAELKVMRYIWEANKVLTSKELVAAMEEKYEWNESTTFTVLKRLERREFLSTEKVGKLTHYNILVKEKKYLRFETKEFLKNIHKNSISSLISALHGEDDEVDEDKLIELEEHFKSLKEENDS
>CP012312|2557466:2621244|2616990_2618550_-|AXU76146.1|DBSCAN-SWA
MKSKKLLSLGLAMSMFVACYPISANALDKIDKIQGADKYETAGLIADKQSYATAILINADSTMADGLSASGLAGATNAPILLTKKNNIPNATLKRVEKANKVYIIGGESSIDKATENFLKDKGIEVKRLQGSDRIKTSYNVAKEIGAINKVSKVILTNAFKGEPDAMSAAPVAVRDKAAIVLTDGKSVPFNTTGIESYAIGGTSSMSDKLVNDTNSTRLGGADRYDTNKKIVNKFYSGAKEFYIASGTDLVYALVGSIMAKNTPIVLVNLGSNKEVLKDATKITTIGNISENITQEILNPIPKELKNIVGNWLNQDDEDFTWLYVREDNINNIPFDIIKTHNLEIGPGVELEFHFPDKSVRELFVFGDGQLLEYGYNEYTGNYSNPTIYEKIGEPVENNFKYIDIDANKNVDAQYGWKKINGKWRYFNKDGSEVSNYDLALKKMEKLEGLKKNELISLDKDDVNENWIMPYHNYYWFTYSGEDNGTDFVYLVNKDNFYTCILNAYGKIEKLENYSNPSF
>CP012312|2557466:2621244|2565346_2566387_-|AXU76064.1|DBSCAN-SWA
MAKLNENSSLKEIMDTLENTTKEIEDNKVIYDNAITIVDKKANFNDSTNVLNILYDDSYIYVLKASKLVKTDLNFNVIFSISYSNFECFCISEDYIYASTAENIYQINKTTGTINKTIANNFVNDMCFYNNILYCYKSSTATMILINASSNLFSINLTKDCASLSIKSFSTSGNIKVNSTGIYVLVQDSSDIASIYLLNHNLTQKIASAILRDSNAGRKIMLLNNGVYVSCNRGVMGYPGEGYFNKYTSNLSLQIKLSDSKYGNLVGLDNNNNYIYATKGLREYEHAKIVKFSSNLNELNSYEFEGYGSPNVIYKNYNIYVNGNIDDKTIARLASTKKFYVKREMF
>CP012312|2557466:2621244|2601961_2602369_-|AXU76109.1|DBSCAN-SWA
MKVNFTIDGEPVGKERPRMNSITKRTYTPNKTRDYEELIRWLYQSKVKYYFEGYIKMTLRCYYSIAKSNSKKVKEQKRNNVLRPSKKPDIDNVVKIIADSLNEIAYKDDTQIVEVVASKYYSDKPRVEVILEDIS
>CP012312|2557466:2621244|2615072_2615315_+|AXU76141.1|DBSCAN-SWA
MSLLTAVSKRILGLCQENDITVNKLCTMAGVTQSTIDSILKGKSKNPGICTIKKLCDALDITIIDFFNHSFFKDLDIDIN
>CP012312|2557466:2621244|2604670_2605675_-|AXU76115.1|DBSCAN-SWA
MIIHKFIIHVLDKNSDTPILNDFEGRVNQDMDLFFQKKISKVSRDNDIRTAVFNNYSNNLIKKCCEQIIYDESSFLNSSKEIAAYLFDVMKLNATLESCDLAICLYSQKDEKKVAILKLDYNNSYTHSIEFKDDKFNIQMSKNEINIQETKTVKIAALVGLSGMNNEYHLNVLDKDAEKEEANSKFVTEFLNATKIKDDKYKTKMFKSTAENWITNALGNDIKQAEDVRSILNYTLKEKHEIDINDFVDKSIKDDELKNSFKEHIEEKGLDKSFNIDKKWVEKKLKTRNIKTDNGFDIKGNLTDFEDPMKYTVRQNQNGSIDIIIKNVTFYEEK
>CP012312|2557466:2621244|2612261_2612513_-|AXU76135.1|DBSCAN-SWA
MKEVNIVRGYPNYLMTVEEARKALKMDMNLIRKLINFNLIQTLSWGNGRKISRYELDDFIDRNQGRNLDELLKEIERSREGVI
>CP012312|2557466:2621244|2564344_2564602_-|AXU76061.1|DBSCAN-SWA
MDNLISFIPEQLLILVAALSIIGKGCKKYKQLDNKYIPVVLLILGIGFSIWMLGLSPVAVLQGVICWGISIGINQTYKQLKEENK
>CP012312|2557466:2621244|2616287_2616428_-|AXU76144.1|DBSCAN-SWA
MQNDKERLVAIIRMLKEKDENDYENFMKIIKILMKNKKMIKNIYFY
>CP012312|2557466:2621244|2574004_2574706_-|AXU76075.1|DBSCAN-SWA
MAYDFYLDGVQLPITPGKLEIKTTNKNKTVDLINDGEVNILKTPGLSEFSFEAEFTHNKLPYYRGAFKDVQFFLSKLELLKTDCKPFQFIVSRQLGNKVLFNTNRKVSLEEYNIVEDAENGSDFKVAIKLKQYRDYSTKKLVLATPEKTNYGRTPPPVMKPKEFRPDSVNSPNAKTYTVKAGDSLWAICQKQLGNGSLYKKVYELNKTMMDKANKGKKVPKYTIYKGQVLKLG
>CP012312|2557466:2621244|2572044_2574012_-|AXU76074.1|DBSCAN-SWA
MDDELVLANDRDVRLVIAHWEDFYEPVVLDGITWEIERRGTPSKLEFTIVMDDILQFCEGNSVRLYYKGIGIFYGYIFQKKRDKENHIKIVAYDQLRYFKNKDTYVFKNYTASEIIKMLADDFKLKCKFIEDTKYKISRIEENKTLFDMILTALDDTLREKKEMYILYDDFGRLVLKNVASMKLDVVMDNDVIEDFDYNSSIDSDTYTQVKLLKEDENTGQRISTTVKDSIHIRSWGVLQLFDTVDSNMTKAEMDKKAEMLLKLYNKKTKSLSLKNVLGDIRVRAGCLVPVFLDLGDIDLQNYMLVEKVKHTFENNSHFMDLTLVDGDEFASYSSSSYSSGNTNNKDEKKNGPAQSTTSKEDNDMINKLNKVFKNKLSNTGSIFVKYSNAYKVNAALMAAISIHETGNGSSSLCKNKNNFFGMKGMSFGSVDEGIKRGISNLSRNYIHMGRKTLESIRDKYAPLYDSPLNKHWVPGVNKFYKQITGNAYSSNSAGTGVRSNEEAEKNLKDITYQVQNSNNANTSTNNNSKVNKVIQEAKNQLGKPYDWGGNGPKSFDCSGLMVWAFKRGAGINLPRVSADQSNDSRGKLLCNINDVKAGDLVFFKNEQGKVHHVGLYIGNDQYIHAPQTGDVVKISSLSGRQKKKHDFARARRFF
>CP012312|2557466:2621244|2612157_2612262_-|AXU76134.1|DBSCAN-SWA
MSVKVLIAYIQFCNDKQIKASFEGLKKYNKGVIV
>CP012312|2557466:2621244|2607499_2607751_-|AXU76124.1|DBSCAN-SWA
MIIIRSQDRLYLMRVNRVEISNSEVYAMLENDVRKIGEYESNKRAMQVLNEIQKFIENGVRTDYIDSYRIRHNQEEVFEMPFE
>CP012312|2557466:2621244|2588664_2589027_-|AXU76095.1|DBSCAN-SWA
MVSKTRKAIEMLYRDKCTIVEYQPIKDPVTKRTNNKEVIVLENQPCKLSYKNIVSATEGKVAKLEQTIKLFISPDISVKAGSKLIITNQNNITKEYIRSGESAIYPNHQEIVLELLEDKA
>CP012312|2557466:2621244|2595657_2596341_-|AXU76104.1|DBSCAN-SWA
MQDVKEKVKQDYLKGMKQKEISAKYDISLNTLKSWIKRYKWASEKKKGAPKSKKGAPFGNKNATGPPGNKNAEKFGFFSKYLPEETRELIQEISIKDKFDILWEQITIQYAAIIRAQKIMYVKGKEEIIKELKKHESTENGEKIEYEFQFAWDRQASFLNAQSRAMSELRSLIKQYDEMIHKDWNLATEEQKTRVEKLKCEVDNLSKDDIGDDELKISVDYGDRNDS
>CP012312|2557466:2621244|2584597_2584756_-|AXU76087.1|DBSCAN-SWA
MDNFLQGVLASLVASLIVYLTSKLFKKVKSHSNTTKSDFDFKLTIKFKRNKH
>CP012312|2557466:2621244|2615875_2616241_+|AXU76143.1|DBSCAN-SWA
MTFGNRLRKLREDNNIKQVELAKVFNITSQALSQYERDLRMPDAVLLDKLATYFNVSVDFLLGRNLDTLSEEIDNDIKKIVDAIFELDKEDRESIFKIAELDKEDRKAILKILDSLDNKQK
>CP012312|2557466:2621244|2559731_2560424_-|AXU76053.1|DBSCAN-SWA
MYNILVVDDDKEIVDSIEIYLKSEGFKIYKAYDGMKALEIITENNIHLILMDIMMPKLDGIKATVKIREERNIPIILISAKSEDTDKIIGLNIGADDYITKPFNLLELIARVKSNLRRYVTLGNYEDTCKEILKSGALELNTLTKEVKIDGENIKMTPIEYKIIELLLENKGRVFSIDEIYEKVWNEESFNSENTVAVHIRRIREKIEINPKEPRFLKVVWGVGYKIEKF
>CP012312|2557466:2621244|2602358_2602793_-|AXU76110.1|DBSCAN-SWA
MQKENKDVWLYSWDGECFGSDEYESKEEAIEAAKEELLNFREFGEWVYDKEFGKLVYVGKREDVSLPGIDVEDTLERVQELIDDEFEDYGEDWITRIKDEDRKILDNKLNEVFCLWVDKFGYKPTWFKVVEVEKIKLNEVANES
>CP012312|2557466:2621244|2602946_2603177_-|AXU76111.1|DBSCAN-SWA
MIHELKILPQYFKEVANGNKNFEVRKNDRGFKKGDLLVLQEFDGEKYTGLETRKEITYVLENSDYLQNGYVVLGIK
>CP012312|2557466:2621244|2611634_2611823_+|AXU76131.1|DBSCAN-SWA
MAKMGTYKNPHFAIRIPKEKLDKLKYIAEYNARSANKEIEFLVTKHIEMFEKEHGPIHLDSE
>CP012312|2557466:2621244|2557466_2559536_-|AXU76052.1|DBSCAN-SWA
MDKYRVLKLVSLIIISISFPLTILLVTIGLAEPKYNIQKTSTKSGIFDISDDFYDSNIFDKGTMASLLPTFKLSVGGKLTSKEKGKFQQEGKSTDLSSSDSEYDKIMINEQASEEYLGYLKNIKVYVINTYTGVFYTNTSYSNLYDFKQKTKSYCNVEIINKIGKSSYIKTINGEKFELNNLSLELDEVYEVDEGFEAYISFPEEPTIEDGIVYTNFQIFKQATEKVRLFFVASLSLAIICLLSIILYSKIKGEVLKRNNVFLLIYSKIPMEFNVILVSISIAILTMYALAVSYHIDVIALVSLSLLIVSNNIFFINVQLSYLENKMCIFQTSIIVRLILWLIKTVREISNAIKKVSLARKVIVIVIISLALIMVISTLSIGMGLLFSICIFLGFTIYITKRLSYLSYVIEGTERIKKGELDYKIKITGNDNFTSLAENINNIGEGLDRAIEEQVKSERMKSDLITNVSHDLKTPLTSIINYVDLIKKEESIQPEYINDYINVLESKSKRLKLLIEDLFEASRVSSGNIELQISKIDLVQLLRQSIGELEEKLSKNNLYLKLNVPNDKVYIWADGRRMYRVFENLLSNIAKYSLEETRVYIDVYDYGENVKVTMKNISSYELNFDPSEIMERFKRADESRNTEGSGLGLAIARDLVDLQGGKFYIEIDGDLFKANLEFQKYEEEITNIE
>CP012312|2557466:2621244|2606063_2606228_-|AXU76117.1|DBSCAN-SWA
MTNFEMIKSLDKDGMADFLGCADCICEYCVYEIETCVYKCFDGYKKWLDMEVEL
>CP012312|2557466:2621244|2611800_2611941_-|AXU76132.1|DBSCAN-SWA
MQREQTTIRLPKELKEKLEKQASKKGRSFNSILLSILQEFIQNPNV
>CP012312|2557466:2621244|2606342_2606582_-|AXU76119.1|DBSCAN-SWA
MHISTTILLLIGSFIAGRVYENHLRTENCEECESIREFIQSNELCEYCSKEIDTCDKKCYKNILKRRRKYYIDGEDVEK
>CP012312|2557466:2621244|2611320_2611479_-|AXU76130.1|DBSCAN-SWA
MLANRVRTGLRIPYDLNTKLILIAEERGMSKNSLILQILWDYIKEIENKEVK
>CP012312|2557466:2621244|2606220_2606346_-|AXU76118.1|DBSCAN-SWA
MNILGGLMLLGIGIVVGRVYEYRLNLKECENCDNIGGFKND
>CP012312|2557466:2621244|2578025_2578175_-|AXU76078.1|DBSCAN-SWA
MRDNLLNNPCSEEKEYLISCLKTLRKKDEHDFYVFKQIVDIYCKQAKYK
>CP012312|2557466:2621244|2608218_2609148_-|AXU76126.1|DBSCAN-SWA
MNEDKSVIEKLNILSGGYGLMPRIIARDRWLTVGARMLYSYLTSFAGNDGTCFPSRDLICYELDISKDTFTKYKKELEMSGYIRVHKNKSKQGKMQNNIYEIVFDRTYIDECISKRGLKEEKKKKKPCTKKQDTEPYPKNVDMEPCPTFPDTTQPDTENMDTNSNSINSNSINNMYIVKQPVDNFLKEFKKLYEENIGVIYPVTAEWLLEVSNEVDIRVFKRAIEICAEKMNMNLAYLKGILKKWKDANITTYEQLESYRLQQESKKSKKVVNNQLSKNKFANFEQTFTKYTEDELDNIIKKSQDAKFK
>CP012312|2557466:2621244|2583960_2584194_-|AXU76086.1|DBSCAN-SWA
MADINYNNKCQPIIMQEVITITKNKVGRPKTETAMNKRITVRLDSKHEEILETYTKKYGITKNEAVRKGIEKLEEKE
>CP012312|2557466:2621244|2589431_2589665_-|AXU76097.1|DBSCAN-SWA
MAQVRKLNRILTIEECKIDDFLEMGYDLIDETGKAVKYGKSLSVKDLIAENNILRSKVESLEEENKQLKEKNKLTKK
>CP012312|2557466:2621244|2562855_2563173_+|AXU76058.1|DBSCAN-SWA
MKTQNICLILIGVGIIILTTIIALIKVKIGFCSEKYFNKLESIYGDIDRKRTIKLEVLYRYAISLEYIAIALFTRRLDITIIAMIIAVIITTALYYLIRKKYITT
>CP012312|2557466:2621244|2586329_2587640_-|AXU76091.1|DBSCAN-SWA
MALGGGTFVTQNKVLPGAYINFISAKRATSSLSDRGIVAIPLELDWGIDEEVFKVTSDDFEKYSVKYFGYDYTHEKLKGLRDLFKNIRLGYFYKLNKGVKASCSIATAKYSGTRGNDLKVIVTTNIDDNTKFDVVTLLDNKKVDIQAAKVITDLQDNDYITWKKDATLEASAGLVFTGGTNGEAVTGAEYQAFLDKIESYSFNALGCLATTTEIKSLFVEFTKRMRDKVGAKFQTVLYKKSDADYEGVVSVENKIKDTGLLESSLIYWATGAIAGCDINKSNTNKRYDGEFDVDVNYTQIQLEEALKTGKFIFHKVGDEVHVLEDINTFVSFTDEKNDDFSSNQSIRVLDQIANDIATLFNEKYLGEVPNDKSGRISFWNDVVKHHEQLQNMRAIEDFKADDVSVEPGSDKKTVVVSDAVKVISAMSKLYMTVSVS
>CP012312|2557466:2621244|2561845_2562259_+|AXU76056.1|DBSCAN-SWA
MKVKNKRNFIVGIIVSMLCCASLVIYCILKEKRFLISSFILIAIAIFNFCNAFSRKGIVEELHDSTDERDLYLTMKTSHILVKIMNYTLFTFTFLFIIAYSAWKNQSLIVIAITLCVIEIFLFVAYLLINIFLEKKE
>CP012312|2557466:2621244|2606786_2606981_-|AXU76121.1|DBSCAN-SWA
MLYLARIQFKREENSKVESGYMIGDGFTNSCFLDEDFNPLSKDKDGFSLYDYRLDFKNPLELKL
>CP012312|2557466:2621244|2589664_2590564_-|AXU76098.1|capsid|DBSCAN-SWA
MAALNYAKEYSNVLAQAYPYTLNFGDLYATPNNGRYRWTGSKTIEIPTISTTGRVDSNRDTIAVAQRNYDNAWESKTLTNQRKWSTLVHPADIDQTNYVASIGNITQVYNEEQKFPEMDAYCISKIYADWIALGKTAETTALTTANILEVFDSLMEKMTEARVPAVGRILYVTPGVDTLIKNAKEIQRTVNIKDGGTSLNRQTTDIDSVKIVKVPSNLMKTVYDFTTGWKAGAGAKQIFMSLIHPSAIITPVSYQFSTLDEPRAVTEGKYLYFEESFEDVFILNKKADAIQFVVEGAGA
>CP012312|2557466:2621244|2615518_2615710_-|AXU76142.1|DBSCAN-SWA
MNRLKTIREKQGLTQTEMAELLGISRQRYFMYEHNKRSFPIKYAFKISKIFGVELEEIFLDIS
>CP012312|2557466:2621244|2585078_2585519_-|AXU76088.1|DBSCAN-SWA
MGDLNAFLSQNAIKVENRKYVASERFVGEDGRPVEWELKAIDSDRDRQLRKDSTIRVPVLNKKGKATGQYTSETDFNTYTLKLCVETIVFPDLHDAELQNSYGVMGAEELLTTMLTPGEYTDLSSEVGEVNGFDRTFEDKVEEAKN
>CP012312|2557466:2621244|2582751_2582913_-|AXU76084.1|DBSCAN-SWA
MEILNITLSPKEIEIYLMWTKLEEIKAFDVELYNKIADTINELYEKQQGRENN
>CP012312|2557466:2621244|2616683_2616911_+|AXU76145.1|DBSCAN-SWA
MLRKLRKHKGMTQLELAEKLGWNRSQISKLENGKYKDITISTIVDLSIALEEDFLYLCDLYGKEEMAKRNKKNLC
>CP012312|2557466:2621244|2564621_2564852_-|AXU76062.1|DBSCAN-SWA
MNEELFEADLKRHETRINKHGEEIDELKIANIESKAELKALCENLNSLTSMLKWLIGTMITTLVGFFIFAVQRGIF
>CP012312|2557466:2621244|2613837_2614029_-|AXU76138.1|DBSCAN-SWA
MNKKCLPKWSKEVKKAMIDRDLKLDDLSEKLGLSKYHLSAVINDRLKSPNAKEAICKYLKVKG
>CP012312|2557466:2621244|2561628_2561862_+|AXU76055.1|DBSCAN-SWA
MKTKVREFRTNMGLTQQQLADLVHVSNRTIISIEKEQYSPSLMLAYRMSQVFGTTIEELCCLKENKEMEDKKHESKE
>CP012312|2557466:2621244|2614703_2615012_+|AXU76140.1|DBSCAN-SWA
MDVTQRIIELRDKKGYSTNKLATKAGLTQSTLQSILSGRNQASINTIEKICSALDISLSDFFNEKSNVDLPDYLLDFIESSKNLSKEQLQALSIFLKTLEKD
>CP012312|2557466:2621244|2566649_2566832_-|AXU76066.1|DBSCAN-SWA
MNINNVVVRILAERILSRGLNPLKNREFELDDVTNTDYRTAVENYIIEHSGVVEGIEPTA
>CP012312|2557466:2621244|2571346_2571766_-|AXU76072.1|DBSCAN-SWA
MLPSDNLDYDIEDVSIINFDVRQEPSKTFKLNIEKNRVDGICDDVEALKQTIFLILNTERYEHLIYSRNYGVELNDLIGEPISYVIPELERRITEALIQDDRVENVDNFEFQNVKGKVHCKFTVYSKYGNIKAEKVVSV
>CP012312|2557466:2621244|2611972_2612161_-|AXU76133.1|DBSCAN-SWA
MRIIYKNKIYKVEQDKVLFRITYYDEQKNNRKFNNNKKVKRSAVTRNIELVNLYLPTHLKIK
>CP012312|2557466:2621244|2570296_2571346_-|AXU76071.1|DBSCAN-SWA
MFELMTFENIIKRMLDSVPDTFDKREGSIIYNALAPVAVELTETYIAMDELLDQTFVDTASYYYLEKRCKERGITPLPATNTIAKGVFNIDIPIDSRFNLGEYNYVAIERISEKTYKMKCETTGPVFELGQLIPIEYVDKLETAELTEILINGEDEESEDSLRQRYYDSLNSQSFGGNMQNYKDEVNKIQDVGGVKVYPVWDGGGTVKLVIINSNFKVPSDDLVNLVQEEIDPIQNQGEGLGLAPIGHRVTVEGVTSTTINISAEITYKSGYTWENIKTIAEEAINDYLNELNMSWEDEENLIVRISQIETRLLSIDGVLDITNTMINEVKSNLTIDSNSIVVRGEVVG
>CP012312|2557466:2621244|2610008_2610971_-|AXU76128.1|DBSCAN-SWA
MNKISSRRKYLDAFIVTDTKNIDKIDWLKNRQLGIGGSDASAVAGLNPWKTSVQVYIEKKEEIPIETKSFRMELGNRLEGLVAELFTEETGLKVRNVNGMLKNEKYPFAIANIDRAIVGEKAFLECKTTNSFSIKEWENGVPLHYEIQCLHYMAVTGATHCYIAALLGNEKFVWHKINRDNEVIKNLMKIESEFWEENVLKDILPIPDGSDAYSEFLKTRYKNSVKEKIELNLLEDGISKLKRYDDIVLQMKELKGEKQLIEQEIQSEMREFELATLGGRIITWKGATKRSIDTKRLREEMPDIAEKYTNISSYRTFKIK
>CP012312|2557466:2621244|2611093_2611321_-|AXU76129.1|DBSCAN-SWA
MVELVKEFDLQTIKVGNAVKVNCKRFGFEIDCIVVVATEKELNLAYFDEGRGCMEYQALITEDIQDGDYEIKILS
>CP012312|2557466:2621244|2606581_2606755_-|AXU76120.1|DBSCAN-SWA
MKLKDIIKLGEKYCYCPHCGNDKIGNNEGKLIVEEHTYYRECSCGFNILIDDRKDEI
>CP012312|2557466:2621244|2589020_2589422_-|AXU76096.1|DBSCAN-SWA
MENNIIDEIEKRLESFGYILKDGDKWLIDFVREKIENIIKLDCNIKTMPIELKEIEVDMIVGEFLFTKKNMGQLDIESINFEAVEKSISEGDTKVDFAIGSGSQTPEQRFDSLIAYLTTYGKNKILTFRCLRW
>CP012312|2557466:2621244|2607753_2608152_-|AXU76125.1|DBSCAN-SWA
MELKFREWNKNGKEMYSYDEMVCYSKNLLREWVYSGVYLPTSNENFEVMIYTGLKDCDGKEIYEGDIVLCRSIFFTEFAGEVKFKDGCFIAVNEMSGDCFRLSELAIVKVDGNIYEDLSKLNDIRRCDNEGC
>CP012312|2557466:2621244|2565022_2565346_-|AXU76063.1|DBSCAN-SWA
MIFLGNLSNTDDINIKKVGLINYMPSDLSSKELEQGILVDNIMQEELREGYYSTLYVNELTKETYYKYKLIAKSGEELEKEILINKVNSTEQTIADLTFQLMSNGVI
>CP012312|2557466:2621244|2603941_2604661_-|AXU76114.1|DBSCAN-SWA
MKYIASFSGGKDSAAMLLLILEKKLPLDEIVFIDTGLEFKEIYDIIDDFEKRINFKITRIKAEKTFEEYFYTVNQQGKRKGQIWGFPYTLGAWCNSRLKLAPANKYFNKLGEHKRYIGIAFDEPSRYKRLEKNCIAPLFEEKMTEKDCLKYLKEKGFYYEIHHRFKRTGCYLCPKQSLESLKTLRKYYPILWQKMLKFDRDSPVPFRANGVTVNDLEKRFSNEDIENERQISFFSKGVV
>CP012312|2557466:2621244|2581431_2581635_+|AXU76083.1|DBSCAN-SWA
MYFNIDKLLDSRGKTRYWLAKEVGIAYPNMMKLANNETSSIKLDLFEKLCLVLECTPNELVTLSSKE
>CP012312|2557466:2621244|2600564_2601047_-|AXU76107.1|DBSCAN-SWA
MNKKTLFQEVEGRLYNYKKLESQIRIKDIYIKKLESEFCACKAQSYEEKTGPTYNISSSVENEVIKREEDLNRLKEDKKTLQIEKETIECALTSLNSFETEFFNEMYMNNEKINMDYMSNAMHIDRSHCFRIRKRIVCKIMDMLYPKIKEFELPIFSWKA
>CP012312|2557466:2621244|2566831_2567125_-|AXU76067.1|DBSCAN-SWA
MNRANRIIYDQTGKILFQTGEATGDILEHDTITELHYIDVGYGNIDYSKQYIESINPITKELILKDIPIYLSEEEKRIQELENQLLIAENEKVGGLL
>CP012312|2557466:2621244|2580217_2580376_-|AXU76081.1|DBSCAN-SWA
MYENLLDSIDIEKRKEEFRIKLLKIRETDIDIYNKIESIVYKLSEKKLEKNN
>CP012312|2557466:2621244|2580408_2581188_-|AXU76082.1|DBSCAN-SWA
MNNLVLINNQELQVKEFNNQRVVTFKEIDQVHERTEGTAKRNFSENRKHFIENEDFFFVKASDFEKYGNRTLEIPNRGLTLITETGYLMLVKSFTDDLAWKVQRQLVNSYFRVKEEIKTLEAVNESIKLITPIFEDLKIDKSMQFLVAKTFFKKAGVDIPLEIEEKEHFYDTKQIARKLGLYTMSNKPAFMAVKQIIRKLDIKEDEMKTVLETNGSWTGTVTKYSNKVTEKVKEWLKENNNPISIKGDKKNYYILYKNN
>CP012312|2557466:2621244|2585833_2586310_-|AXU76090.1|DBSCAN-SWA
MSKNITMNVRDAISGSKAECFVTIKGKRYNFMQAINLEAKMEKNKSEMPILGSITKGNKSTGSKFSGSATFYYNTSIFRELLYEYKETGEDIYFDMQITNEDPTSSVGRQTIILEDCNLDSGIIAKFDADGEYLDEDVDFTFENWKIVEKFNIANGME
>CP012312|2557466:2621244|2591206_2591455_-|AXU76100.1|DBSCAN-SWA
MDNKFKNLQHLIDSIDLGLDIEFDLYNKPYNISIGDDDTRFITLCPNGDTKYYKNGKDMVDNYNIDGKLLKDLWKDIQIVNM
>CP012312|2557466:2621244|2579113_2579356_-|AXU76080.1|DBSCAN-SWA
MTVTRYNVIINVTSYRKEVNKIATKSRAEYMKNRRKDKRGFSVLLDKEKLDKFDEVLEEKNLTKKEWLEEKIDEELEQKE
>CP012312|2557466:2621244|2594426_2595680_-|AXU76103.1|terminase|DBSCAN-SWA
MVIEMIVRVNFNPDFKEANFTKKRYRAMKGSAGSGKSVNVAQDYILKLGDKKYQGANLLVVRKSEATHKYSTYAELTGAINRIYGKQADKYWKTTLNPLEIKSKVTGNSIIFRGVNDAKQREKLKSINFSKGKLTWVWCEEATELMESDIDILDDRLRGILTNPNLYYQMTFTFNPVSATHWIKRKYFDYKNDDIFTHHSTYLKNRFIDEAYYRRMQMRKEQDPEGYKVYGLGEWGETGGAILKNYVIHEFPTEFEYFDNMRLSQDFGFNHANVVLRIGFKDGELYICNEIYVHEMDTSEIIKIANSKGLEKNLFMYCDSAEPDRIKMWKSAGYKAKGVKKGPGSVKAQIDYLKQLRIHVHPSCTNTIKEIQQWKWKQDERTGLYLDEPVEFMDDAMAALRYSIDNKLKNNGISFLK
>CP012312|2557466:2621244|2587809_2588247_-|AXU76093.1|DBSCAN-SWA
MLNNIIDGISVKLDKSFGESYTIYSEDVEQGINEPCFFIVPLNPSKVSYPSGRTLKKNSFDVHYFPKSNDKSFEINEVAEMLLEELEYIEIDGDLVRGTNMNFEIVDNVLHFFVDYNYFTIKSNNTDKMDTVELFGGLKRGDKLE
>CP012312|2557466:2621244|2591456_2592992_-|AXU76101.1|DBSCAN-SWA
MKHKDYWRKRFEQLEEAQNNKSVKYYLELEKQYKLAINSIEKDILAWYNRFAKNEGISLLEAKKLLNTRELEEFKWSVEEYIRHGKENAINQKWMKELENASARVHITRLEALKLQIQQQVEVLYGNELDSVDKLMRDIYTSGYNYTTFNIQQGIGVGWSLMALDANRVNKIISKPWTSDGLNFSERIWGKHRPALINELHTKLTQSIIRGENPKVLVNEFSKKFNVSKSQAKNLIMTESAFFASASRKDCFNDLDVEKYEIIATLDLKTSNICRELDGKVFDMKDYQVGITAPPFHCRCRTTTAPFFSDEEGYRAARGEDGKTYYVPSSMKYNEWYEKHIEGRLGKEKANTLRKMQLNESKDRKQFEEYKKVLGNEIPSKFDEYQHMKYNDTIRYEEAKKLYKDVNWQVKNQRNLTSGSVHSVPFESKPNSVFDNYKDGKLIQRRYYGNTGKPRLDLDLTDHRNPKQHKIVPHKHDWLADENNHDKVKREKDMELTKAHKIANKDILKGE
>CP012312|2557466:2621244|2582972_2583839_-|AXU76085.1|DBSCAN-SWA
MKNLIVKEFNGSQIYTFMWKEKSCWIANQIVGLFDYADVSKTIQDCIKAEDFEIEQEYDVLKGNEFNDFVTTLNVVANNIISNKARSITIFYEDGLYGFLQYTDKPIGVQFRKWLRREVLPSIRQTGAYITNNANPEKLREKASEIEKLQLAYNSTSMLKELLDGAGFDNKSKLLTAKTLYKKAGIDLPIEIDEEEHYFDTKQIASKLKIYSKSNKPAQLAVCEIIKKIDLEENEVKGVWETNGSWTGTVNKYTKSVIDKIRNWIEENNRPTKIQGEKKNFHIVYKIE
>CP012312|2557466:2621244|2596399_2598433_-|AXU76105.1|DBSCAN-SWA
METELCVQAIVTASKVVKATGADEMIKNLVEKFLSNKVGEVLGKQRSKKELKLIENKFNEYMERSYKNYIYMNTIVFRNQQKTIDDLYIPLTVSKRNVFDSSYEEDEICISINSYKDDFLPKYKKVLLIDQAGMGKSTIAKYLYLSSINESKGIPILIELRRLSQEKDIIDFIMNEINGISEHFDKEGVLKLIERGDFIFFFDGYDEINKEYKTQVTEKLQNFVDKAGNNTFLMTSREEDELLSFGNFQSFYIYPLKKEEAYNLIKKYNDDNEEVSKLLIKKIEEDKNFEIIKEFLENPLMVSLLCESFKYKQSIPHKKDAFYRQVYDALFEKHDYSKRAGYYREKKSGLNLEEFHKILRTIGFITLTKGVSYSKEELINIIHNSKRKNIGLEFNENDLLYDLIHNVPVFVKDGIEYRWSHKSFQEYFAASYICYDSDEKSMLLKKMSEGNRINKYYNVLDFCYDIDYKSFMRSIILPTIKDLDKFFYEKYHNDVYNDFDKGELSLRKAILFNYEKVYIYILSESKINYFKNKKGARLERNAYIRDKFPIEKNSNASGIIFNGIFSVMGLRKENITNLLKLLKRKESNLVCHVRYDSLSNDELIYNISHGLYVFEDNIDNELNKKEYFKFANDILYKYLKSLFVEAGTVIFNYEECINIKREIEKEIEEEQNDIDFL
>CP012312|2557466:2621244|2605686_2605896_-|AXU76116.1|DBSCAN-SWA
MYEYILRWQIGLSLENRKIHYTYGSKDVLREKAKVLAKDENIVLITIDKVDEVIKNTISEKIIERFENL
>CP012312|2557466:2621244|2613361_2613805_-|AXU76137.1|DBSCAN-SWA
MSYEYQNIYQKARENTNLTQEKASELLDISVESLRAYENDKRIPPNTVVVKMISIYNNNLLGYEHVRRTTEAGVMFLPKLEMKSLSSITLKLHKEIKDYLKKEDDFIDIVEDDVIDEEEEEIWDDVMQELEDIFKSILILKLSKKTK
>CP012312|2557466:2621244|2607003_2607156_-|AXU76122.1|DBSCAN-SWA
MVLANVEQVIKLAEKILSKKKCSVNKAIDIAIKILSKYECEGILKIKLGK
>CP012312|2557466:2621244|2603199_2603520_-|AXU76112.1|DBSCAN-SWA
MKLEGYRLTLTYKRGEIMITTQMYKINNEIFLNNICLEENKEITIWVEKNNTHELIWLKIANVNGKLAIFVQDIEDAIVNEWQGRIAYERVISQIEDEQVEKGEID
>CP012312|2557466:2621244|2567138_2568632_-|AXU76068.1|DBSCAN-SWA
MADFIVNRNIKKRRGNYSSRNLFEARAFAYENGTTFTGIFNVSDEKRYSVSSSTTFSLTSSVVYMPLPNEPEHQTGFSMEQKVRVEFINDPIINIDGNFENLSKGCTIKYSVVDQEPTIKFTITEKLNNTVLTTRNNTVGGNYEIILTNEQILGLDINSQNSLIIEISTSDGGLVTSKTVTFTRTNNKPVVTVNLYNSDSAKFIVSDLDNNLSKIEWYLDDVLKETITTDLTTEKTINYELADNAIHTLKIVATDAENATAEKVLSISKEIMPLQEDASLSDISTKLAEIGESFKSGKTSIINTLALKNIEASLNNTLIELSEKIKISFDSSDASVQDLMNQLTQANNTISQLNTKYKVASGRTSTLTDTTSTAYLYVNSQSNPNYPINPGGWVNIKGLNFIPNIFFAECECTVNSPTQFYKYLIFATYSIPSLSDKDFVITTALRKTNSDTNFTANGQVYINNRGNTYINNQGVYIPAYRPSVSYTLYNWHAIKFI
>CP012312|2557466:2621244|2587640_2587826_-|AXU76092.1|DBSCAN-SWA
MINLSKTLSKEENYKFTKEQIVNSKRYVNRKDLLNAILKEDELYSFSEVEDMINNFMKGVS
>CP012312|2557466:2621244|2563532_2564345_-|AXU76060.1|DBSCAN-SWA
MKICITVGHSILKSGACTSADGVVNEYQYNKSLAPVLADTFRKEGHKADVIICPEKQFKTKNEEKSYKIPRVNSGGYDLLIELHLNASDGQGKGSEVLYYSNKGLEYATRICKKLGTVFKNRGAKLDKGLYILNSSKPTAILIENFFCDNKDDYEKAKKFGYEGIAKLIVEGVLNKNISSKGVKQMYKHTIVYDGEVDKISATVVGWGYNDGKILICDIKDYVPGQTQNLYVIGGAACEKIGSMTKEKFTMIKGNDRFDTLYKALDFINR
>CP012312|2557466:2621244|2571770_2572031_-|AXU76073.1|DBSCAN-SWA
MSQELLQIIKKAAMDAVETSNPIQIAFGTIESVNPLVVKIEQKASFEESFLIQTDTFKKYTDKKIGDKLVLIRMQGGQQYLILDRM
>CP012312|2557466:2621244|2614196_2614541_+|AXU76139.1|DBSCAN-SWA
MINRILDLMEKNNITAKQLTNDLEISNSSISDWKRGKGKPSSDAIVKMAEYFNVTTDYLLLGTTCNKTNNINLTENEQEILSLLHKFNKRNQIKFISKVEDLADKMLEKENDTE
>CP012312|2557466:2621244|2612569_2613346_-|AXU76136.1|DBSCAN-SWA
MNNLVLINDKELQIKEFKGERVITFKEVDLIHERAEGTAKRNFTENKKYFIENVDYFEVSTKIVPSLELYGFSKFAPNGILITESGYLMLVKSLTDDLAWTVQRELVNNYFRVKENEQQPKLPTTYKEALQQLLIEVEEKEQLQLENQTMKPKADYFDALVERNLLTNIRDTAKELGVKEKVFVSWLIEKKYCYRDLKGKIKPYSNKMQYFELKEFTTPYGHSDTQTLINPKGREAFRLLLIKDGLVKEKECQITLLG
>CP012312|2557466:2621244|2618772_2619897_+|AXU76147.1|DBSCAN-SWA
MKGGVRKKGKKWYYYFDLGVIDGKRKKVERAGGNTKKDAEKALREALKEYENTGIMFDECEMNLAEYLDFWFNEYVILNCKYNTQESYRIHIQTHIKPALGHYKLKSLTPATLQNFINAKFRSNYSQSTLEVIRAILKKALKSAVYPYQFLKDNPMQYITIPKNETIKKEIKVITLEEFNNILNLFNKGTYQYISLMIAFHTGMRKGEVAGLTWEDVNLKTKTIDVNHTMIKKKKGDIELATPKSSSSYRTITIGDTLVKALKEHRKYQNENKLLFGEFYINNNFVCTKINGNPININSISTMCNSISKKLNTNFSFHSLRHTHATMLLEAGANIKAVQKRLGHSNIAVTMNTYSHVTETMKQETVDLFEKSIK
>CP012312|2557466:2621244|2562277_2562478_+|AXU76057.1|DBSCAN-SWA
MCFKTYILKREVNNKQLEITRSFDLDNLICTATEILEKNEIDLIIIDEKNNVVWRNEKSTPAHENA
>CP012312|2557466:2621244|2601158_2601899_-|AXU76108.1|DBSCAN-SWA
MNDLKLIENEGLIKVYTTDEDIKVVDGRELWEGLEVEKDFSDWIKSNLENVDAVEGIDFSTLKGKTSEQGGRPSIEYILNLEIAKEICLVAGASPRANKELKRNSKNYRKYLIAVEEKYKVSNNLTKTQLNQINDIVSNALCEMQTKHDAQIEQFKKESSQYYRPTSKTKYDISSYIKDRLDIPRANEEFDLVKKRTLLILGADKWEDIPKDVLLKSLNIIDESIRIIKSERKTNQISFFEKDNFC
>CP012312|2557466:2621244|2585523_2585781_-|AXU76089.1|DBSCAN-SWA
MVKIKDKYEMKDSISFSYNEKIPLEERVSEVYKKAGKFLIDISDKLALDTIEGSSLAPIEIKIKLDEDNLITIEKQTKYLVMEVE
>CP012312|2557466:2621244|2563212_2563509_-|AXU76059.1|DBSCAN-SWA
MLIQEKSFYPNNIYPQIDFLKIKRQLKSIYKNDLSDCGSICIIERKDYSLSVNGIGEVNIYYDLKFKQCVQDAVKDIELMFKSQIRSFYLIDKLKGSN
>CP012312|2557466:2621244|2578174_2578993_-|AXU76079.1|DBSCAN-SWA
MKNELMMFEGKEIEVFEFEGQILFNPKHVAECLDISDVNSSIRKFNDNQVVKLTNSKMHNMQFRKLHNTGENFLTESGVYKLIFKSKKEEAERFQDWISDEVLPQIRQTGAYITNNADPDKLREKASEIESLDTVNKTIEILTPFLDNAGIDEKAKLLTAKTIYKKAGIELPLEIEEKEHFFDTVQIATKLNIYSKTNNPAFMAVCEIIKKLDIKEEEKLIVLANKKGWNGTTTKYSQSVIDKISKWIEENKRPTKIQGEKKNFYIVYKEAM
>CP012312|2557466:2621244|2569686_2570304_-|AXU76070.1|DBSCAN-SWA
MDKEINLINYLPQILQDKEEYIKVFNVGNKEIKILHDKLKDLSNDQFLEDLTISGIKRWEKIMSITPKSNESLEDRRFRIFSKYISKLPYSERFLRNWLDNVVGEGNYELTINNATYNIHLESDARNQDWFEEVHSFVSDIKPCNMTLDYTRVLISKDNYMNFGITTLMGQEITIYPWSPPDIETYGEIDVLTGNGVGYQEITIF
>CP012312|2557466:2621244|2607124_2607481_-|AXU76123.1|DBSCAN-SWA
MAKVWVDAGTFLERTEDIEDMFELNLRKVRDRNKKVNVIDLLVNDECQGRKGKKVECFNIVTGETKVFDSVVEASKYVYFTDVYIAHLARTGKVSKNGWKARYIKEVSNGISKCGASN
>CP012312|2557466:2621244|2592981_2594421_-|AXU76102.1|portal|DBSCAN-SWA
MLNIYINETDLIKVQLKKESTFNLVKVIEHYILKHRPEKYKQGEEYYYGNTDVNNKRRYYLLDGAKVDDFTKVNNKAINNYHKLLVDQKVGYSVGNPIVFNADDDNLTKLLNDLLGEEFDDTITELYLNASNKGVEWLHPYINRKGEFKYVIIPAEEAIPIWDSKRQRELVAFIRFYYIEDIDGNKIKRVEYYTENDVTYFIERGNSFIQEFLYDEYGKMTDIQEGHFRINNKEQGWGKVPFIPFKNNEKCVSDLTFYKSLIDIYDNNISTLADNLDEIQEFIYVLKEYPGTSLQEFIDNIRYYKSVKVDDGGGVDKLEINIPVEAKKELLDRLEKNIIIFGQGVNPESQNTGDKSGVALKFLYSLLDLKCSKTEKKFKKAIRELLWFVCEYLKISGNKSYDYKTVQITFNHSMIINEAEKIDMAAKSTGIVSDETIVSNHPWVEDVNDELERLKKQEDTQKEYDDLIPNNQDGVIDET
>CP012312|2557466:2621244|2620866_2621244_-|AXU76149.1|DBSCAN-SWA
MKEEILIEKLLRAELIVMEYLWKKDTLMPKKEIVKEIKQIYGWHKSTIKILLKRLVDKRYLARYIIKFQSHYKIIIDNKEYYTFKKKVLKSSKSIKIMRSLTTTHKNVSKEKLDLLDEYYRNLKE
>CP012312|2557466:2621244|2568649_2569675_-|AXU76069.1|tail|DBSCAN-SWA
MAIDKSYYTIITDVGKAKIANASVTGNKVGFVKIQLGDGGGSEYTPTESQTALKNVVWEGNIGNTTTDETAPNCIILESLIPSSVGGFMIREIGYLDDENNLIAISKYKECYKPSIEQGAVVDMKVKTVLIVSNVNNIELKIDPTIIFATLKDIQDLETKIGTVNTKIDTTKTELTSNIETTKTELNTRIDTENEKQNIKIDQLVAGGVNVSHTHIIEIDDWTLNNETNMYEVTINHPLLTKRILIALYDEIGEALTPNARAIDDNSILVRNEENIKMYVYLINGNAQTSLINATVDDNRVSEMTTYSSKKIHEEISKVAEQLTGINSNIISTVNNNLIPM

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU76052.1|2557466_2559536_-	two-component sensor histidine kinase	W8CYF6	Bacillus_phage	4.4e-16	25.5
AXU76053.1|2559731_2560424_-	two-component system response regulator	W8CYM9	Bacillus_phage	2.4e-35	33.6
AXU76054.1|2561020_2561410_-	regulatory protein	A0A0A8WFF9	Clostridium_phage	1.7e-59	95.2
AXU76055.1|2561628_2561862_+	transcriptional regulator	NA	NA	NA	NA
AXU76056.1|2561845_2562259_+	hypothetical protein	NA	NA	NA	NA
AXU76057.1|2562277_2562478_+	hypothetical protein	NA	NA	NA	NA
AXU76058.1|2562855_2563173_+	hypothetical protein	NA	NA	NA	NA
AXU76059.1|2563212_2563509_-	hypothetical protein	Q24LG2	Clostridium_phage	2.6e-47	94.9
AXU76060.1|2563532_2564345_-	N-acetylmuramoyl-l-alanine amidase	A0A0A8WJ04	Clostridium_phage	5.5e-148	92.6
AXU76061.1|2564344_2564602_-	phage membrane protein	A0A0A8WJ67	Clostridium_phage	4.1e-41	100.0
AXU76062.1|2564621_2564852_-	Hemolysin XhlA	A0A0A8WJR7	Clostridium_phage	7.4e-34	100.0
AXU76063.1|2565022_2565346_-	phage protein	A0A0A8WJ34	Clostridium_phage	7.2e-51	99.1
AXU76064.1|2565346_2566387_-	hypothetical protein	A0A0A8WIB8	Clostridium_phage	6.3e-189	98.8
AXU76065.1|2566399_2566615_-	hypothetical protein	A0A1V0DZY5	Clostridioides_phage	8.5e-24	85.9
AXU76066.1|2566649_2566832_-	hypothetical protein	A0A090D845	Clostridium_phage	7.9e-23	91.7
AXU76067.1|2566831_2567125_-	hypothetical protein	A0A2R2ZGK0	Clostridioides_phage	2.9e-35	77.3
AXU76068.1|2567138_2568632_-	hypothetical protein	J9QE87	Clostridium_phage	2.1e-121	60.1
AXU76069.1|2568649_2569675_-|tail	phage tail fiber protein	A0A0A8WIF4	Clostridium_phage	1.1e-145	93.1
AXU76070.1|2569686_2570304_-	phage protein	A0A0A8WII4	Clostridium_phage	4.7e-115	98.5
AXU76071.1|2570296_2571346_-	phage protein	A0A0A8WFK0	Clostridium_phage	3.3e-185	94.6
AXU76072.1|2571346_2571766_-	phage protein	A0A0A8WJV8	Clostridium_phage	2.4e-70	92.8
AXU76073.1|2571770_2572031_-	phage protein	A0A0A8WJ65	Clostridium_phage	2.5e-38	96.5
AXU76074.1|2572044_2574012_-	phage cell wall hydrolase	A0A0A8WIF2	Clostridium_phage	7.5e-284	81.4
AXU76075.1|2574004_2574706_-	phage cell wall hydrolase	A0A0A8WFE5	Clostridium_phage	1.8e-115	89.7
AXU76076.1|2574717_2577069_-|tail	phage tail tape measure protein	X5JAB7	Clostridium_phage	3.9e-178	46.0
AXU76077.1|2577125_2577896_-	hypothetical protein	X5JB37	Clostridium_phage	3.5e-104	81.6
AXU76078.1|2578025_2578175_-	hypothetical protein	NA	NA	NA	NA
AXU76079.1|2578174_2578993_-	prophage antirepressor-related protein	X5JAW1	Clostridium_phage	1.9e-63	54.0
AXU76080.1|2579113_2579356_-	hypothetical protein	X5JAJ2	Clostridium_phage	3.2e-11	56.9
AXU76081.1|2580217_2580376_-	hypothetical protein	NA	NA	NA	NA
AXU76082.1|2580408_2581188_-	prophage antirepressor-related protein	X5JAW1	Clostridium_phage	4.9e-37	50.7
AXU76083.1|2581431_2581635_+	DNA-binding protein	NA	NA	NA	NA
AXU76084.1|2582751_2582913_-	hypothetical protein	NA	NA	NA	NA
AXU76085.1|2582972_2583839_-	prophage antirepressor-related protein	X5JAW1	Clostridium_phage	3.8e-131	80.5
AXU76086.1|2583960_2584194_-	hypothetical protein	NA	NA	NA	NA
AXU76087.1|2584597_2584756_-	hypothetical protein	J9QED5	Clostridium_phage	1.5e-06	56.9
AXU76088.1|2585078_2585519_-	phage protein	X5JAB6	Clostridium_phage	1.4e-76	96.6
AXU76089.1|2585523_2585781_-	hypothetical protein	A0A0A8WFW0	Clostridium_phage	8.9e-28	76.5
AXU76090.1|2585833_2586310_-	phage protein	A0A0A8WJ62	Clostridium_phage	9.5e-76	91.4
AXU76091.1|2586329_2587640_-	phage protein	X5JAJ1	Clostridium_phage	5.1e-236	95.2
AXU76092.1|2587640_2587826_-	hypothetical protein	X5J9Z6	Clostridium_phage	1.3e-20	89.7
AXU76093.1|2587809_2588247_-	phage protein	X5JAB5	Clostridium_phage	1.3e-74	93.8
AXU76094.1|2588239_2588665_-	phage protein	A0A0A8WFV8	Clostridium_phage	1.3e-47	63.1
AXU76095.1|2588664_2589027_-	phage protein	X5JAV9	Clostridium_phage	3.3e-52	89.2
AXU76096.1|2589020_2589422_-	hypothetical protein	A0A0A8WIE8	Clostridium_phage	1.1e-67	97.0
AXU76097.1|2589431_2589665_-	hypothetical protein	A0A0A8WFD0	Clostridium_phage	5.4e-32	96.1
AXU76098.1|2589664_2590564_-|capsid	phage major capsid protein	X5J9Z5	Clostridium_phage	5.5e-157	92.3
AXU76099.1|2590575_2591139_-	phage scaffold protein	A0A0A8WFU8	Clostridium_phage	1.9e-83	87.2
AXU76100.1|2591206_2591455_-	hypothetical protein	NA	NA	NA	NA
AXU76101.1|2591456_2592992_-	phage protein	A0A0A8WIE7	Clostridium_phage	2.5e-186	92.7
AXU76102.1|2592981_2594421_-|portal	phage portal protein	A3QS94	Clostridium_virus	1.7e-277	98.7
AXU76103.1|2594426_2595680_-|terminase	phage terminase large subunit	X5JAB3	Clostridium_phage	8.0e-247	99.3
AXU76104.1|2595657_2596341_-	phage DNA-binding protein	A0A0A8WFS6	Clostridium_phage	2.0e-103	87.4
AXU76105.1|2596399_2598433_-	putative NTPase (NACHT family)	X5JAK5	Clostridium_phage	0.0e+00	83.0
AXU76106.1|2598917_2599847_-	hypothetical protein	NA	NA	NA	NA
AXU76107.1|2600564_2601047_-	putative sigma factor	B6SBZ4	Clostridium_virus	1.0e-69	93.8
AXU76108.1|2601158_2601899_-	phage anti-repressor protein	A0A090DCZ8	Clostridium_phage	1.8e-65	54.8
AXU76109.1|2601961_2602369_-	phage protein	A0A090D860	Clostridium_phage	1.8e-62	92.5
AXU76110.1|2602358_2602793_-	phage protein	J9QEC8	Clostridium_phage	2.9e-39	59.7
AXU76111.1|2602946_2603177_-	gp91	J9QD24	Clostridium_phage	2.8e-33	90.8
AXU76112.1|2603199_2603520_-	hypothetical protein	J9QDY2	Clostridium_phage	1.4e-35	82.2
AXU76113.1|2603546_2603939_-	hypothetical protein	NA	NA	NA	NA
AXU76114.1|2603941_2604661_-	phage protein	Q24LD4	Clostridium_phage	2.1e-114	88.4
AXU76115.1|2604670_2605675_-	phage protein	J9QE81	Clostridium_phage	8.2e-178	94.6
AXU76116.1|2605686_2605896_-	hypothetical protein	A0A0A8WJB6	Clostridium_phage	1.5e-28	94.2
AXU76117.1|2606063_2606228_-	hypothetical protein	NA	NA	NA	NA
AXU76118.1|2606220_2606346_-	hypothetical protein	X5JA07	Clostridium_phage	2.9e-08	63.4
AXU76119.1|2606342_2606582_-	hypothetical protein	NA	NA	NA	NA
AXU76120.1|2606581_2606755_-	hypothetical protein	Q24LE0	Clostridium_phage	7.0e-29	96.5
AXU76121.1|2606786_2606981_-	hypothetical protein	NA	NA	NA	NA
AXU76122.1|2607003_2607156_-	hypothetical protein	NA	NA	NA	NA
AXU76123.1|2607124_2607481_-	hypothetical protein	A0A0A8WFK7	Clostridium_phage	3.4e-54	88.1
AXU76124.1|2607499_2607751_-	hypothetical protein	J9QD22	Clostridium_phage	9.0e-33	88.0
AXU76125.1|2607753_2608152_-	YopX protein	A0A0A8WFY4	Clostridium_phage	5.9e-71	96.9
AXU76126.1|2608218_2609148_-	phage replication protein	A0A0A8WHS7	Clostridium_phage	1.1e-96	65.9
AXU76127.1|2609162_2609996_-	RecT	S6AVW6	Thermus_phage	1.2e-54	46.2
AXU76128.1|2610008_2610971_-	phage-type endonuclease	A8ATY5	Listeria_phage	3.3e-59	38.1
AXU76129.1|2611093_2611321_-	hypothetical protein	A0A0A8WFM5	Clostridium_phage	3.5e-36	100.0
AXU76130.1|2611320_2611479_-	hypothetical protein	A0A0A8WJW6	Clostridium_phage	2.0e-06	59.6
AXU76131.1|2611634_2611823_+	Arc-like DNA binding domain protein	A0A0A8WG21	Clostridium_phage	4.8e-07	51.9
AXU76132.1|2611800_2611941_-	Mnt	NA	NA	NA	NA
AXU76133.1|2611972_2612161_-	hypothetical protein	X5JAJ9	Clostridium_phage	3.9e-25	96.8
AXU76134.1|2612157_2612262_-	hypothetical protein	A0A0A8WIG3	Clostridium_phage	5.3e-08	78.1
AXU76135.1|2612261_2612513_-	hypothetical protein	A0A0A8WHS2	Clostridium_phage	6.7e-20	64.9
AXU76136.1|2612569_2613346_-	putative antirepressor	A6XMM0	Bacillus_virus	2.3e-26	63.5
AXU76137.1|2613361_2613805_-	putative prophage LambdaCh01, transcriptional regulator	A0A1L2BY71	Clostridium_phage	9.3e-17	50.0
AXU76138.1|2613837_2614029_-	hypothetical protein	NA	NA	NA	NA
AXU76139.1|2614196_2614541_+	phage regulatory protein	X2CXD8	Lactobacillus_phage	4.4e-06	35.0
AXU76140.1|2614703_2615012_+	transcriptional regulator	S5MTZ5	Brevibacillus_phage	6.7e-06	32.3
AXU76141.1|2615072_2615315_+	putative transcriptional regulator	A0A0K2CNE2	Brevibacillus_phage	6.9e-14	51.3
AXU76142.1|2615518_2615710_-	transcriptional regulator	NA	NA	NA	NA
AXU76143.1|2615875_2616241_+	DNA-binding phage protein	A0A0P0IZG9	Lactobacillus_phage	9.1e-10	44.0
AXU76144.1|2616287_2616428_-	hypothetical protein	NA	NA	NA	NA
AXU76145.1|2616683_2616911_+	phage regulatory protein	J9QEC2	Clostridium_phage	1.3e-17	70.4
AXU76146.1|2616990_2618550_-	cell surface protein	A0A2R2ZGK6	Clostridioides_phage	4.2e-72	52.7
AXU76147.1|2618772_2619897_+	prophage lambdaba04, site-specific recombinase	A0A0A8WIE1	Clostridium_phage	1.3e-134	61.7
AXU76148.1|2620570_2620762_-	repressor	A0A0A8WFF9	Clostridium_phage	1.9e-14	68.9
AXU76149.1|2620866_2621244_-	regulatory protein	A0A0A8WJU1	Clostridium_phage	1.3e-54	92.0

Sequences of DBSCAN-SWA_9

Nucleotide sequences of DBSCAN-SWA_9

>CP012312|2862408:2875262|DBSCAN-SWA
ATTAATCTTCATCTTTCCAGCTTTTTATCCAACTTCCTATTTCTATTATTTTTTCTTCAGTTATTTCTTCTTCATTATGTAATTTTAAAATTAATTCTGATAAAGGATTGTTATGTAAACCTCCAAAAATTCTTTTTCCCTCTATTTTGAGATATTCTCTCTCTTTTATTAATACTCTATAGTGTACATGCTTCCCAATTCTCTGTGATATTAAAAAATCTTTTTTAGTTAGCCTTACTAAAAGTGTAATTGTAGTTGTATGCTTCCAGCCATATGTTTTTTCTATTTCATCTGCAACATCTTTTGATATTACAGTTTTATAACCAGTACTCCATATGTATTTCATAATTTTTAATTCTATATCTGGTAATTTTTTATTTAGCATAATATATTCCTTCTTTCAATTTATGTCACTTCTTCAAATTTATCTAGCTTAAATTAATAATAGGAACTTTTTAGAACAAAAACTATAGGTGATTTTTACCAAGTATTCTATATGTTTAGTCTGTTTTTTAAGTGTAAAATTATGTTCATATCTGTAAATTTATTCAATTTTCAAACAATCTTGTTGAATAATAACTAATTCTATTGTATTATTTTAGTTGTAGAATAAGACTAAATCGGCAAAACTAGAGAAATTTAGTGACGCAAAGCTATAGGGACTAAGACTTATATAAATATCTTATGAGTTATGTCAGCCAGTTGCCAAAGAGATATTGTTCTTTTTGTTTTTATGAAAGTTTTTTAGGGGGATAATAATTTATATGTTTGGAAATAAAATGGATAAATGTACACATGTATTGACTGCTTATATTAGCAGTTCATATGATTATTGTAATTTTTTAGATACACAGTTAGATGATTTTATATTAGAGTATGGAGAAAATATAGTAGAGTCTTGTTTACACCAAGTAATGGTATTGATAAGTAAGTATAATTAGATAGACATTGATTTCTAGAGAACCCTTTTTAGTTTTATCTACATTTATATTAATATATAGCAATGTAAAACGCTTAAATGTATTTTTAATATTAAGAATAACTAAAATGTTAACTAAAAAATATAATTAAGTAGACATTTCTATTAATCTATGATACAATAGTATTTGTGGTAATACACAATTAAATCAAGTATATCTTGATATAGGTTAATAGGAGTATTTTTAATGAATAATGGAATAGTGAAATGGTTTAATAATGAAAAAGGATTCGGTTTTATATCAATGGAAGGTAGAGATGATGTATTTGCTCATTTCTCAGCTATACAAACTTCAGGATTTAAATCATTAGAAGAAGGTCAACAAGTAAGCTTTGATATAGTTAAAGGTGCTAGAGGTCCTCAAGCAGAAAATATAACTATATTATAATATATAGATTTTTCGGGAGAGACTCTTTTTAGGGTCTTTTTTTTATTGTTAGTATATATAAGATAATTATTGATGAAGTAAATAAGGTATATTGAGTAACGTTCTTGATAGTTTATACATTAATTAATTTCAAAAAAATAAGCACTCATATAAAAAGAGTGCTTTATAATGTATATTTATGAAATATGCAATATAATTATAACATGTCTTATGTTTTAGTATGATAGTTTTCGTTCATTGTATTATTACAATGCATATTATAGTTTTACTCATTTATATTAATAATTACATATGTAGATAAAATTATTTATATATATATATAATATTTAGCAACTTCATTCAAATATAATCTATTTTATGATATAATTATTATAAAATTTCAAATCATTTTCGTATTATTAAATGAAATTTATGCAAAATTATTTAAGCTATGGAGAGTTTTATTATGTTAGATATGTTTATAACAATCGTTTCTTCTATTATAGAGATATGGGCATGCAAGAAAGTGTTTGATTACACAAGTAAAGTAAAAACTAGTTTAATAAATTTATATTTTTTAATTTCCACTTTTATTATTATTTCTACTTTCTATACTAATGTTGGTGCTGATAATAGAATATTAATATGCATTTTTGTAATGTTTGTTTTTTATAAATCAAATTATGATGTTAATATATACAAATGTTTAATAGTTTTGTTTTCTTACTGGGCAATACTGGTGTGTATAAATGCATTAAGTATGATAGTAATAGTTTCGATAAATAATTTGAGTTCTATGAATATTTTATTAAATGATAATTTTTATAGATACGAAACTATAGTTTTAGGAAATGTAGTTCTAATTGTTTTGTTATGCATTTATAAATTCATATCTAATGATTTGCAAGTGACTAAAAAAGAAATTTATATGTGTATACCAATAGTAGCAAATATGATATCATTTTTTATATTTTATAAATATATCTTAAAACTTCTAGATATTTCTTCCGCTACCAGATTAGATATATTAATTATGGTACTATTATTAACATTTTCTAATATAGTATTGATTTCTAGCCTAGTTAAAATATTAAAAAGTAATAAAAAATATATTGAGTTAACTAAATTACAGGAAAAAATAAATGCTGAAAATAAATATTATAGTAATATAAAAAAATATTATATTAAGACAAAAGAATTAAACCATGATATGAAAAATCATCTTATTTGCATTAAGGAAATGAATAAAAAGAATATTGATACCAGTAATTACATAAATAACATAGAAAAAAAGCTTGATGAATATAGTGCTGTATTTGATACAGGAAATATTACTTTAAACATTATATTATTAGAAAAAAAAGAACTTTGTATAGAAAAAGGAATTGATTTTACAATTAATATAAACTTTAGTGATTGTAATTTTATTAAGGAAGAAGATACATGTTCTATATTTGCAAATGCATTAGATAATGCAATCGAAGCTTGTGAAAAAATCAAAGATGATGATAAAAAAATCAAATTGCAGGGAATGGTATTAAATAAATTCTTTGTAATAAAAATTACTAATACAAAATCAAATGATATTTTATTAAAAAATAATGCTTTTTTAACTACAAAAGAAGATAAAGAGTTTCATGGATTAGGAATAAAAAGTATAAAAAATTCTTTAGAAAAATATGATGGTGCAATTTCTATAAATTTCTCTGAAAATTTATTTTGTTTAAATATGATGATACCAATTAGAAAATCACAAGAAGATTCAAATATTGCATATGAGAATAGTTAATATCCATAATTTATTAATAAAATTATTTAAGGAGAAAACTAAATGATAAAATCTTGTGCTGATAAAATAGCTTTTTTGTTTGTTTTAAATCAAGTAATAGAAAAAGATGATTTAGAAATCTGTTCATATGGATTAGAAATTTTACTATCTTCCATAATAAATACTCTATCTTCATTAATGATAGGTTTAATATTAGGTAGATTGATTTATTCTATAGTATTCTTAATATCTTTTTGTATAATAAGACAATTTTCAGGTGGATACCATGCAAATAGCAATAAAAACTGTATACTAATTTTCAATAGTATTTTTTTTATCTCTATGGTTTTGGGAACGATTTTAAATAATTCTAATCCTATTCCGTTATTTTTAGTGATATTGTCTAGTTTTAACTTTCTAATCATTTTTATTTTTGCTCCAGTATGTCACACTAACAATCCACTGAATGAAACAAAATATAAAAAAAATAAGTTACTGTCAAGAACTATATCTATAACTTTATTCTTGATTATTCTTTTAGGATGCAAATACTTATCTTTTTACAATTATGTTGTATACACTTTTTTAGCTTTACTTTGGATAAATTTATTACTAATTATTCAAATCATTATAAATAAAAAATAATTTAAGGAGATACTAACATGAAAAAGATTCTATATAATTTTATGAAAGCGTGTGGTGTATTAGCTATGTTTGTAGCATTTTTATCTGCAAACACAACTTCTCTGTGGCATGTGTATCAACCAAAAACACCAGAAAAACTAAAAAATTCTAAAAACCACCAAAAAGAAGGTAACAACTAACTCTAGTTGCTACCTTCCAATCTATCTATCAATAAAATCTAATGCTTTGTAAAGTGTATCAAATCTACCATTACCTTTTATCAGGGTATAATTTTCTTTAGCCATGGAACCTATCTTCTCACATGCTCCACCACCAACAACATATAAATTTTCTGTCTGACCTGGTATATAATCTTTTATATCACATATTAATATTTTTCCATCATTATAACCCCAACCAACTACAGTTGCAGGGATTTTGTCAACTTCTCCATCATAAACGATTGCATGTTTGTACATCAGTTTAACTCCATCATTATCTATTTTTTTATTTAAAATACCTTCCGCTATTAACTTAGCAACTATGTCTTTATGTCTGATATAATAGTCTGTATCTGCTTTACTATCTACGAAACACACTTCTATTAATATTGCAGGAGCTTTTGTATGACTAAGCCAGTAAAGACCTCTTACATCCGATTTTGCACCTCTATTTTTAAATATTGTTGATAGTTTTTTGTTGACTCTTTCAGCATATACCTTACCATTGTTAGTTTTGCATATTGTCTCTGTGCCCATAGGATTTAGAGTTGTTTTATTTGCGTTGAAATGGATTTGTACTGCTAAGTCTACATTTTGCTTATTGGCTATTTGACATTGCTCTGCTAAATAGTTATTAGATTTATCTACCTTTCCAGTATATACAGTAGCTCCACCTTGTTTCAACCATTTAACAATTAAATCAGTTAAAATTCTGTTTTCTTTTCCTTCATCTATATAGCCAGTTGCTCCTGTTCCTTTTCCACTTAAAGTGTGTCCTGGTACTATTGCTATTTTCATTGCTTTTCACCATCCTTCAACTGTTTGTAAACTTGATTTGCTCCTATTGCAACTCCCCAACATAAAATTCCTTGCAAAATTGAACTTGGATTAAATCCTAGCATCCATATTGAAAATACTATACCAAGTGCTAGCAGTATAACTGAGATATATTTATTATCTAACTGTTTGTATTTCTTAAATCCAAATCCTAATACATTAAGAGCAACTACTAATAAAAGTAGTTGCTCTGGTATAAAACTTATTAAATTATCCATATCTTAATCTCTTAATTAATTAAAATATTCCTCTTTGAACTGCAAATATAAAAAAACCTATTAAAGTAGTAATCATTGGCGTTTGGGTGATTTTTTATTTTCTCGTAAATGTAAGCTGACACAATTCCAGCTACTATACTCAATAAAAAGTTAATTAACATATAAATTCACCTCCTTCCTATATTGGAATTTGGCGTTTATATGAGAAAATCACCCTCAGCTTTTCAACTTTATTTTCCTTGCTACAATTATTATATCATATAATTCTTACATATTTTAACAAATATTTCAATTAAGTACACAGGTTTGAATATAAAAAAGCACCTACCACAAAAGTAAGTGTTTTTCAGTATTTTTAATTTTAAGTCCATATAGTTAATATAAAACCTTAAAGCTACATAATAAAAAATTAAGAAAAAGAAAAATTTACATTCCATATAGTTAATATAAAACATTTATTGTCAGTACCTGCACTTGACGACACATAAGTATTTACATTCCATATAGTTAATATAAAACGCGGAAGGAGAACTTAATTTTTATTTTGCTAAAGAAGAATTTACATTCCATATAGTTAATATAAAACCCCAAAATAAATTGAGTATTTCCAATGCCTACACACATACAAATCTCTCAAATTTGCAGTGAACCATGAGTAGTGCAATTGATAACACTTATCACAAGTCCTCAATGCCTTATATTTCAACTGTTAAGCCTTAATTTCTTCAAAAAATCGAACACTGCAAAATTTCTATGACTTTATTATATCATAAAAATATTATTTTTGAATATCTGTACCAATTTGTGATATAATAAAAGCAAGAAGAACTACAATCTATTTTGCTGTAGAGTGGAGTTCATAATTTAGAAATTACTTAGTTTTATGGAATCTGATTTTTAAATCAAATTCCCAACCACTCTTAGTTGCCGCTTTGAGTGGTTTTTTACGCTTTCTAAATAGTTTGCTAGCTACATAAACTATTAAGCTAGCAGATAGACTTGCTAGTATGCCTTGTAAAAAATTATCCATGTATATTCACCTCCCTTCTTAACGTCGGGAGGATAATTTTTTGATACATGAACTCCACTCTATAAATTGTAGATTACATCTTCTTGCTAAAAATATTATAACATATAATTTTTACATATTTTACCTATTTATTACTTTTTACATTATAATAATATTCTTTTAATCAAAAAAACACCTACTATTAAAGTAAATGTTTTTAAGTATTTTTAATTTTAAATCCATATAGTTCATATGAAACTAAATATAATAACTCAACATATGAGCAATATCGAGACATTTACATACCACATAGTTAATATAAAACGAAAATAAAAAAATTAAACTTATAAAACCCTTATTAATTTACATACCCACTAGTTATTTATATTCAAAAAAATCTTCTCCATCTGGGTTATAAAATAATATTCTACTTGCCAATCCTTGTTCATATTTATAATTTTCTTTATCTCCTACATAAGAAAATGTTAATGTCATGCTTCTTGATGGATCTAATGAAATTATATCTAAATAAATAGTACATTTTTCTCCTGGTTTTAATACACCAAAACTATTAAAATCCATTTTTATTTTAGCGTATTGCCCCATATATAATGTTGAATTAGCTTCTCCATAAACTTTTAATTTTGTTACATCTAAATTTTGTGTACTTGTATTTTCTATATTTATAGGAACTGTTGGGTCTTTATATTTTTCAGTATAATATTCAAGGTTATCATCATAACATTCAAGATAACTTCCTTTATCTTGCCAAATTATGTGATTTGAATCAAAATCAATCTTTAATCCACATATTATATTTTTATTTGAAGATGGAAGACTAATATTATTGATGGTATTTTCACACTCTAGCATAATTTTATCACTTAGATTTCCTATCCCGGTTACTTTTGCAGCATTTTTAAGTATATCTTTATTACTTCCAATATCAACTAGTACAATAGGATTATTTTTAGCCATTGGTGAACCAACTAAAGCATAAACTAAATCAGTACCACTAGCTATATAAAATTCTTTTGCGCCATTATAGAACTTATTTACTATTTTTTTATTAGTATCATATCTATCTACTCCACCCAATCGAGTTGAATTAGTATCATTTACTAAACTATCACTCATTGATGAAGTGCCACCTATTGCATAACTTTCTATACCAGTTGTATTAAATGGAACACTTTTTCCATCAGTTAATACTATAGCTGCTTTATCTCTAACTGCTACAGGTGCAGCACTCATAGCATCTGGCTCACCTTTGAAAGCGTTAGTTAATATTACTTTATTTACTTTATTAATGGAATTTATTTCTTTTGCTACATTATAACTTGTCTTAATCCTATCATTACCTTGAAGCCTTCTAGTCTCTATTCCTTTATCTTTTAGAAAAGTTTCTGTTGCTTTATCAATGGAACTTTCTCCTCCTATTATGTATACCTTTTTAGCTTTTTCTACTCTTTTAAGAGTTGCATTAGGTATATTATTTTTCTTAGTTAAAAGAATTGGTGCATTTGTTGCTCCTGCAAGTCCACTCGCACTTAGCCCATCAGCCATTGTACTATCTGCATTTATAAGTATTGCAGTAGTATAACTTTGTTTGTCAGCTATGATACCAGCAGTTTCGTATTTATCTGCTCCTTGAATTTTATCAATTTTATCAAGTGCATTAGCTGATATAGGAAAACCAGCAACAAACATTGACACTAACCCTAGTGATAATACTTTCTTTAATTTCACAATATCTCCCCCTTTTATATATGAAATACTATATATCTTAATAATTCTACATTAAATTTTCTTTTCCTCCTTTAACGATATTTATCTTCCTGTTAATTTAAGTGTATACAAATACGTGTTATAATGTAACTGTAAAGAATTAAAAAGATAATGACATAATTAGAGCAGTCCAACTGTTCTTTTATAAAACTAACTTATAAAGAGAGCGTACATATATGAATATCAAATCAGCTTTTATAAGAAAAAGATGGGAAAAATTCTATGTATATGTGGAATAAGAAACTGGCAAAAAGAAACAAAAAAGTTATGGAAGCTATGAAAAGAAAAAGGATGCTGAAAAACATTTAATTGAAATAAAGTCTACTATAAATAATAATAAGTTTGTTGCTCTAAAAGGTATGACATTTGTAGAAAGATGTTATAAATATATAGACATGAATAAAAATAATTGGTCTCCATATACTGTTACAAATACAAAATCTTGGGTTAAAAATTACATAGAACCTTTTTTTAAGAATCTAAAACTCACAGAAGTAAATCCTAGTTCAGTACAAGCTTTTGTAAATTATAACTTTAATAATTCTACCTTTACTAGTGCTAAAGTAAGGTATAGCTTTCTAAGTTCTGTAATAAGTGAAGTGTATAGATTAAGAGAAATACAAGAAAATTCATGTGATTTTATAAAACTTCCTTCTAAAGAAAAATATTCTACAAATGAAATATACAATAGAGAAGAAGTATTATTGCTAATAGAAAAGTTACTTGGTAATAATATAGAAATACCTATTCTTTTAATGTTACTTCTAGGTTTAAGAATGTAAGAAGCTACTGGACTTAGGTGGTCAGATGTTGACTTAGATAACAATCTGATAAATGTTAATCAAATTCTTGTCTATTCTAATGGCAAAATATCTTTTAAAGAGCCAAAAACACCAAAATCAAAAAGAGCTTTATCAGCTCCAAAAGAATTAATTGAAAAATTGAAAATTGAAAAACTAAGACAAAGCAAATTAAAATTGCAAGGTATCCTGGAAAACAGAAATAACTTAGTTTGTCTAAACACCAATTTAAATCCGTTTCTACCTTCTTCACTAAGAAAAACGTTTCACAATTTTACAAAAAAATCCCAATATAAGGGCAACTATTATAATGGCAATTGGAATACATACTGTATAATCCTGTTCCATAGAGTCATCATCTGAATGTAGTTTTACAATTCGCAATTTAGCAATCAGTTTGAAGCAGAAATAGCCTATTATTGTTCCAATTACATTCGTAATTAAGTCGTTTATATCGGTTGCTCTGTGTAACGTAAAAAGCTGAATAGTTTCGATAAAGAGGGATAACCCAAATCCAATTAGAAATGTATTTCTCAAACGTTCAAAAGTTTTGCTTATAAGCGGACATAAAAAACCTAATGGGACAAAAAGTAAAATATTCAAAATAAAACTCAAACTAAATCCATCACTAAAAGGAATAAAACTTATGTTTGGATTAAAGAACGTTTCCCCTAACTGTGACAGTCTTATATATTCACTGAATGTAGGGATACCAACAATATGCGATAGTGTTAAACATAAGTAGTAATACATTGCCAGTGATAAAATAGATGTTTTGACCTTTGGAATATCACTATCTTTCTTGAATATTACAATTAAGGAAATACCAATCAAGATAATTCCCAACAAGAAAATAGGATTAATTAACAATAAATCTTTGATAGCTTCAAACAGACTGAGTTGAATTTCTACACCTGATTGATTATTTGATACAGTCTCCATTTGTACATACCTCCTCATAACATTTCAATTATTTCTAAAAAAGAAAATAGCAGATAAATCTTAAAATCATACTATCAAAATTCTTAAAATTGCATTTATCATTTTATACCATCAGTTAATTCCTTTCTTACTTCTGTATAGTATTTTGGGGATTCTCTCATCAAATTAGACAAAAAAATAGTCACCATATCAATAAACTGGTTACGCTCCATATCTCCCGAAGCAACTATATCCTGAGAATAAATCCGCATCAGATTTATCAGGCATTGGAAGTTTTTATGCTCCATCAGACGGTTGAGAATCTCCACATCTACTGCACCTATCACAAGTTCTTTGATAACATCCTCAGACAATACCAACTTGAATATATCGGCAACACCTATTAGAATACCGCTGCTGACCATCCTTGTTTTTCTGCTGATAATTTTAATCAACTGGGAAGTGGAAACGCCTATCTTTTTTGCAAGTTCCTTTTGAGAAATATGGTAGCCATTATATTAATCTGAATTTCGTTGTCTGGGTGTTTCAGAGAAAGCCATAGATATGCGCTTTTTTTGCCTGTTTTCATTATATAAAAAAATTTCAAAAATACAATGATTACATTTTTTTCATCTAAGCTTAGGATAGTCCCTCGATAAACAATACTTTAAAAACTAAATGATTTACATACCACTTAATACATTAACGCGATTTAACATTAATTATAATAATGTTTAAAACAACAATTAGGATGTATAAGAATGAACTTTTTAGTTCTTTAATCATTTTTTTGTATAAAATCAAATCCATTTTTATAATTTCAACAATGAAAAAAGGCTTATCTCTATTTTGAGACAGCCTCATTTATTTTATAAATTTATATTTTTGTTCATATTTTTAAATTATTTAACAACTACATTGACTAATTTTTTAGGTACAGCTACAACTTTAACTATAGTTTTACCTTCAACTAATCCTTTTATTTTTTCATCTTCTAAAGCTACCTTTTCCATCTCATCTTTAGATATATTTGAGTTAACAGTTAATTTTCCTCTAACTTTTCCATTAACTTGTACAACAACTTCTATTTCATCTTTTACTAAAGCTTTTTCGTCATATTTAGGCCAGTCTATGTCAAATACACTTCCTTCTTTACCTATCATAGTCCATAGTTCTTCACCTAAATGAGGTGCAAATGGTGCAATTATAGTTACTATAGTTTGTACACCTTCTTTTATAACTGCTTCGTTTATATTATCTAACTCTTTATATTTATACATATCATTTATTAATTCCATAAGAGCTGATATAGCAGTATTAAATCCGAATTTTTCACTTAAATCAGCAGTAACTTTTTTAAGTGTAGAGTGTATAGTATATCTCATATCTTTATCTTGAGAATTTAATTCTCCAAACTCTACATCCTTTTTAACCACGTCTGCTAGCTCGTCAACCAATCTATAAACCCTATTTAAGAATCTAAAGCATCCATCAACACCTTGCTCTGACCAGTCTAAATCTCTTTCTGGTGGTGCCGCAAATAATACAAAAAGTCTTGCAGTATCTGCTCCATACTCATCTATTATATCCATAGGAGATACTGTATTTCCTTTAGACTTACTCATTTTAGAACCATCCATAAGTACCATTCCTTGAGTAAGTAAGTTTTTAAATGGCTCATTGAAGTCTACCATTCCCATACTCTTAAATGCCTTTACAAACCATCTTGCATAAAGTAAATGCATTATAGCATGTTCTACTCCACCTATATATTGGTCTACTGGATGCCATCTATTAACTAATTCCTTACTAAATGGTTCATTTTCATTATTGCTATCCACATATCTTAAGAAATACCAAGAAGAATCAACGAATGTATCCATAGTATCAACTTCCCTTCTAGCTGGCTTTCCACAGTGAGGACAAGTTGTTGACATAAATTGCTTTGAAGTAGTAAGTGGAGATTCTCCCTTTCCAGTAAATTCAACATCTGTTGGTAAAAGAACTGGTAAATCTTCCTTTTTAACTGGAACTATTCCACATTCATCACAATAAACCACAGGTATAGGACAACCCCAGTATCTTTGTCTTGAAACTAACCAGTCTCTTAATCTATAATTAATTGTTCTCTTTCCTCTACCTTCTTTTTCTAACTTATCTATTATTCCTTCAAATCCTTCTGAAGCATCTAGTCCATTAAACTCTTCTGAGTTTATCATTTTGTTATCTTCTGTTATTACATCAATTATGTCTAAATTATATTTTTCAGCAAAATCTCTATCTCTTTCATCATGTGCTGGAACTGCCATTATAGCACCTGTTCCATACTCAACTAATACATAATTAGCTATCCATAAAGGAACTTTCTTGCCATTTAAAGGATTTATAACATATCTACCTATAAACATTCCTTCTTTTTCTACATCAGCCGCTGTTCTTTCTATTTCTGTCATGGTATGCATTTTTTTAACAAAAGCTTCAACATCTGCTTCATATTCAGTCCCTGCAACCAATTCTTTAACTAATTCATGCTCTGGAGCAAGTACCATATAAGTAACTCCATAAGTTGTGTCTGGTCTAGTTGTAAATACTGTCATAGATTTATCAGTTCCATCTATATCAAAAACTAAATCTGCTCCTGTACTTTTACCTATCCAATTTTTTTGCATTGTTTTAACTTTTTCTGGCCATCCATCTAATGTATCTAAGTCATTAAGTAATTCTTCTGCAAATTCAGTAGTCTTAAAATACCATTGTTCTAAGTCTTTCTTTAATACTGTTGCTTTACATCTCTCACATGCTCCTTGAACAACTTGCTCATTTGCAAGAACAGTCTCACAAGAAGGACACCAGTTAACATACGATTTTTTCTTATATGCAAGCCCATGCTCTAAAAACTTCAAAAATATTTCTTGTGTAAATCTATAGTATTCTGGAGTTGAAGTTGCAACTTCTTTATCCCAATCATAACTAATACCTAATAAATTTAATTGCTCTTTCATTTCTTCTATATTTTCCATTGTCCATTTATGTGGATGTATTCCATGTTTTATAGCTGCATTTTCAGCTGGTAATCCAAAAGAATCCCATCCCATTGGATGAAGTACATTATAGCCTTCCATTTTTTTGAATCTTGCGACAACATCACCTATAGAATAATTTCTAACATGTCCCATGTGTATTTTTCCAGATGGATAAGGGAACATTTCTAATGTGTAATAATTAGGTTTTTCAGTTTGTGCAGTATCCATTTTATACTGATTATTATCTTTCCAAATTTTTTGCCATTTCGATTCTACTTCTTTAAAATTATATACGCTCAT

Protein sequences of DBSCAN-SWA_9

>CP012312|2862408:2875262|2866183_2866345_+|AXU76372.1|DBSCAN-SWA
MKKILYNFMKACGVLAMFVAFLSANTTSLWHVYQPKTPEKLKNSKNHQKEGNN
>CP012312|2862408:2875262|2870577_2871000_+|AXU76377.1|integrase|DBSCAN-SWA
MTFVERCYKYIDMNKNNWSPYTVTNTKSWVKNYIEPFFKNLKLTEVNPSSVQAFVNYNFNNSTFTSAKVRYSFLSSVISEVYRLREIQENSCDFIKLPSKEKYSTNEIYNREEVLLLIEKLLGNNIEIPILLMLLLGLRM
>CP012312|2862408:2875262|2863573_2863774_+|AXU76369.1|DBSCAN-SWA
MNNGIVKWFNNEKGFGFISMEGRDDVFAHFSAIQTSGFKSLEEGQQVSFDIVKGARGPQAENITIL
>CP012312|2862408:2875262|2862408_2862792_-|AXU76367.1|DBSCAN-SWA
MLNKKLPDIELKIMKYIWSTGYKTVISKDVADEIEKTYGWKHTTTITLLVRLTKKDFLISQRIGKHVHYRVLIKEREYLKIEGKRIFGGLHNNPLSELILKLHNEEEITEEKIIEIGSWIKSWKDED
>CP012312|2862408:2875262|2863171_2863348_+|AXU76368.1|DBSCAN-SWA
MFGNKMDKCTHVLTAYISSSYDYCNFLDTQLDDFILEYGENIVESCLHQVMVLISKYN
>CP012312|2862408:2875262|2872841_2875262_-|AXU76379.1|tRNA|DBSCAN-SWA
MSVYNFKEVESKWQKIWKDNNQYKMDTAQTEKPNYYTLEMFPYPSGKIHMGHVRNYSIGDVVARFKKMEGYNVLHPMGWDSFGLPAENAAIKHGIHPHKWTMENIEEMKEQLNLLGISYDWDKEVATSTPEYYRFTQEIFLKFLEHGLAYKKKSYVNWCPSCETVLANEQVVQGACERCKATVLKKDLEQWYFKTTEFAEELLNDLDTLDGWPEKVKTMQKNWIGKSTGADLVFDIDGTDKSMTVFTTRPDTTYGVTYMVLAPEHELVKELVAGTEYEADVEAFVKKMHTMTEIERTAADVEKEGMFIGRYVINPLNGKKVPLWIANYVLVEYGTGAIMAVPAHDERDRDFAEKYNLDIIDVITEDNKMINSEEFNGLDASEGFEGIIDKLEKEGRGKRTINYRLRDWLVSRQRYWGCPIPVVYCDECGIVPVKKEDLPVLLPTDVEFTGKGESPLTTSKQFMSTTCPHCGKPARREVDTMDTFVDSSWYFLRYVDSNNENEPFSKELVNRWHPVDQYIGGVEHAIMHLLYARWFVKAFKSMGMVDFNEPFKNLLTQGMVLMDGSKMSKSKGNTVSPMDIIDEYGADTARLFVLFAAPPERDLDWSEQGVDGCFRFLNRVYRLVDELADVVKKDVEFGELNSQDKDMRYTIHSTLKKVTADLSEKFGFNTAISALMELINDMYKYKELDNINEAVIKEGVQTIVTIIAPFAPHLGEELWTMIGKEGSVFDIDWPKYDEKALVKDEIEVVVQVNGKVRGKLTVNSNISKDEMEKVALEDEKIKGLVEGKTIVKVVAVPKKLVNVVVK
>CP012312|2862408:2875262|2871270_2871960_-|AXU76378.1|DBSCAN-SWA
METVSNNQSGVEIQLSLFEAIKDLLLINPIFLLGIILIGISLIVIFKKDSDIPKVKTSILSLAMYYYLCLTLSHIVGIPTFSEYIRLSQLGETFFNPNISFIPFSDGFSLSFILNILLFVPLGFLCPLISKTFERLRNTFLIGFGLSLFIETIQLFTLHRATDINDLITNVIGTIIGYFCFKLIAKLRIVKLHSDDDSMEQDYTVCIPIAIIIVALILGFFCKIVKRFS
>CP012312|2862408:2875262|2865584_2866166_+|AXU76371.1|DBSCAN-SWA
MIKSCADKIAFLFVLNQVIEKDDLEICSYGLEILLSSIINTLSSLMIGLILGRLIYSIVFLISFCIIRQFSGGYHANSNKNCILIFNSIFFISMVLGTILNNSNPIPLFLVILSSFNFLIIFIFAPVCHTNNPLNETKYKKNKLLSRTISITLFLIILLGCKYLSFYNYVVYTFLALLWINLLLIIQIIINKK
>CP012312|2862408:2875262|2868292_2868451_-|AXU76375.1|DBSCAN-SWA
MDNFLQGILASLSASLIVYVASKLFRKRKKPLKAATKSGWEFDLKIRFHKTK
>CP012312|2862408:2875262|2866366_2867164_-|AXU76373.1|DBSCAN-SWA
MKIAIVPGHTLSGKGTGATGYIDEGKENRILTDLIVKWLKQGGATVYTGKVDKSNNYLAEQCQIANKQNVDLAVQIHFNANKTTLNPMGTETICKTNNGKVYAERVNKKLSTIFKNRGAKSDVRGLYWLSHTKAPAILIEVCFVDSKADTDYYIRHKDIVAKLIAEGILNKKIDNDGVKLMYKHAIVYDGEVDKIPATVVGWGYNDGKILICDIKDYIPGQTENLYVVGGGACEKIGSMAKENYTLIKGNGRFDTLYKALDFIDR
>CP012312|2862408:2875262|2867160_2867421_-|AXU76374.1|holin|DBSCAN-SWA
MDNLISFIPEQLLLLVVALNVLGFGFKKYKQLDNKYISVILLALGIVFSIWMLGFNPSSILQGILCWGVAIGANQVYKQLKDGEKQ
>CP012312|2862408:2875262|2864219_2865542_+|AXU76370.1|DBSCAN-SWA
MLDMFITIVSSIIEIWACKKVFDYTSKVKTSLINLYFLISTFIIISTFYTNVGADNRILICIFVMFVFYKSNYDVNIYKCLIVLFSYWAILVCINALSMIVIVSINNLSSMNILLNDNFYRYETIVLGNVVLIVLLCIYKFISNDLQVTKKEIYMCIPIVANMISFFIFYKYILKLLDISSATRLDILIMVLLLTFSNIVLISSLVKILKSNKKYIELTKLQEKINAENKYYSNIKKYYIKTKELNHDMKNHLICIKEMNKKNIDTSNYINNIEKKLDEYSAVFDTGNITLNIILLEKKELCIEKGIDFTININFSDCNFIKEEDTCSIFANALDNAIEACEKIKDDDKKIKLQGMVLNKFFVIKITNTKSNDILLKNNAFLTTKEDKEFHGLGIKSIKNSLEKYDGAISINFSENLFCLNMMIPIRKSQEDSNIAYENS
>CP012312|2862408:2875262|2868808_2870179_-|AXU76376.1|DBSCAN-SWA
MKLKKVLSLGLVSMFVAGFPISANALDKIDKIQGADKYETAGIIADKQSYTTAILINADSTMADGLSASGLAGATNAPILLTKKNNIPNATLKRVEKAKKVYIIGGESSIDKATETFLKDKGIETRRLQGNDRIKTSYNVAKEINSINKVNKVILTNAFKGEPDAMSAAPVAVRDKAAIVLTDGKSVPFNTTGIESYAIGGTSSMSDSLVNDTNSTRLGGVDRYDTNKKIVNKFYNGAKEFYIASGTDLVYALVGSPMAKNNPIVLVDIGSNKDILKNAAKVTGIGNLSDKIMLECENTINNISLPSSNKNIICGLKIDFDSNHIIWQDKGSYLECYDDNLEYYTEKYKDPTVPINIENTSTQNLDVTKLKVYGEANSTLYMGQYAKIKMDFNSFGVLKPGEKCTIYLDIISLDPSRSMTLTFSYVGDKENYKYEQGLASRILFYNPDGEDFFEYK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU76367.1|2862408_2862792_-	regulatory protein	A0A090DCS9	Clostridium_phage	4.1e-61	89.8
2863033:2863049	attL	NA	NA	NA	NA
AXU76368.1|2863171_2863348_+	hypothetical protein	NA	NA	NA	NA
AXU76369.1|2863573_2863774_+	cold shock protein	A0A1X9IGI9	Lactococcus_phage	5.0e-18	68.3
AXU76370.1|2864219_2865542_+	two-component sensor histidine kinase	X5JAC0	Clostridium_phage	4.6e-136	59.4
AXU76371.1|2865584_2866166_+	accessory gene regulator protein	X5JB40	Clostridium_phage	1.0e-42	49.2
AXU76372.1|2866183_2866345_+	autoinducer prepeptide	NA	NA	NA	NA
AXU76373.1|2866366_2867164_-	phage-related cell wall hydrolase	A0A0A8WE15	Clostridium_phage	1.1e-140	90.7
AXU76374.1|2867160_2867421_-|holin	holin	A3QSC5	Clostridium_virus	7.9e-32	77.6
AXU76375.1|2868292_2868451_-	hypothetical protein	J9QED5	Clostridium_phage	1.6e-08	63.5
AXU76376.1|2868808_2870179_-	cell surface protein	A0A2R2ZGK6	Clostridioides_phage	1.5e-73	45.1
AXU76377.1|2870577_2871000_+|integrase	integrase	X5JB41	Clostridium_phage	4.4e-48	69.8
AXU76378.1|2871270_2871960_-	vanZF protein	NA	NA	NA	NA
AXU76379.1|2872841_2875262_-|tRNA	leucyl-tRNA synthetase	A0A2H4PQS0	Staphylococcus_phage	1.2e-214	48.5
2877282:2877298	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_10

Nucleotide sequences of DBSCAN-SWA_10

>CP012312|3173594:3182547|DBSCAN-SWA
TCTACTTTTCTCTAGTTGTTGCAATTTCTTTGATATTAGCATCTTCTGGTTTAATATAAGTTGGCACTAATTCCCTCATAATACCATCTATTTTTTCAACCTCTTCATTGTTAGTAATTTCTCTTAAAAGTTTTAAGTATTTTGTTATTTTTTCTCTATCAACATCTATTGGTCTACCAATAAAAATCTTTTTATGCTCTGTATCCAACAGACCTTCTTCTGACATAAGTAGTTCTTCATACAACTTTTCTCCTGGTCTAAGACCAGAAAATTCAATTTTTATATCAACATCTGGCTCAAATCCACTGAATTTAATTAAATTTTTTGCTAAATCCAATATTCTTACAGGTTCTCCCATATCAAGCACAAATATTTCTCCACCTTTAGCCATAGCTCCAGCTTGTATAACTAAGCCTACTGCTTCTGGTATTGTCATAAAATATCTAATGATATCTGGATGAGTAACTGTCACTGGTCCACCATCTTCAATTTGCTTCTTAAAAAGTGGAATTACACTACCATTACTACCAAGTACATTTCCAAATCTAACAGCAACAAATTCAGTCTGGCTTTCAGCATTCATAGTCTGTATAATCATTTCAGCAGCTCTTTTAGTAGCTCCCATTATATTAGTAGGGTTTACAGCCTTGTCTGTAGATATAAGTACAAATTTCTTGGCTCTATATTTTGAAGACAAGCCAGCTATGTTTAAAGTTCCAAATATATTATTCTTTATAGCTTCGCCAGGGCTCGATTCCATAAGAGGAACATGTTTATGTGCTGCTGCATGAAATACTACTTCTGGTTTATATTTATTAAATATTTCATCCATTCTTTTTTCTTCTCTTATTGATGCTATTACTGTCTTTAAATCTAATTTATTTTTATACTTTCTAAGTAATTCTTGTTGTATTGAGTAAGCATTGTTTTCATAATTATCAACTATAATAAGCTCTTTAGGATTAAATCCTGCAATCTGTCTGCAAAGCTCTGAACCAATTGAGCCTCCTCCTCCAGTTATTAGGATTACTTTTCCCTCAATATAATTACTTATCTCTCTTAAATTTGTTTTTATAGGCTCTCTGCCCAACAAATCTTCTATCTCTACTTCTCTAATCTGTTTTATATCAACTTTTCCATCTATAATTTCGTAAATTCCTGGTATTGTCTTTATTTTACAGTTAGTGTTTTTACATATATCAATAATCTCTTTTTTTCTACGTTTCTCTATGTTTGCTATCGAAAAGATTATCTCATCTACATTGTACTTTTCTACCACATCTTTTATATCTGAAGTTGTTCCTACAATTTTCACATTATGGATTATTCTTCCAATTTTATTTTTATCATCATCAATTATAGCCACTGCTACTTTCTTAAGTTCTGAATTTCTTTTTAGTTCCTGTATAACCATTTCTCCTGCATCTCCTGCACCAATTATAAGGATATTTGAAACCTTTCCTCTAGAATATGTCTTGTTCATGACTATTCTTATAGCTCTATAGGCTATTCTTGCACCACTTGTAAACATTATAATAAATATTGTATTTAATACATAAAACATTATAGGATAATTAAACCCTAATAATTTATTTATTATATAAATTGGAATTAAATAAGCTAAAGTTGCCATAAAAATAGATATAATTTCTTCTTCTCCTGCATATCTCCATAATGTGTTGTAACACTTAAACAATCTAAATGATACTATATGAAGTACTATATATACACAAGCTGAAATTATTATATCATTAGTGATAAATGCATTTAAATTACCTGTCAAGCTTAAAGACATTCGAAACGCTACTAGTACGCTACAAATATCTAGAATTAATAGTGTTAAATGTCTAAATTTATATTTTTTAAAAAGCCTATTAAAAAAGCTTTCTTTCTCTAAATCTATACTTTCTCGCATAACTAGAAGCCCTCCTTTAAACAGCAAAAGCTACGCACCTAAGCATAGCCAACAACATCTATCTTTTGCTGTATTTTTTCATTTTATTTTTTATATTTATCAAATATAGAATCATAAATTTTTTCTATGTCATTAAAGTTTAAATTAACCTCATAATTTTCTCTAACAAATTGACGCCCTTTCTTACCCATACTAAGTCTAAGTTCATCATTTTCCATTAGTTTTATTATAGCATTTTTTATTTCTTCTGGTTGTTTTGGTTCTACAATTAAGCCAGTTTCATTTTCCCATACAGATTCTGGATGTCCTCCTACATTTGTAACTATAACAGGTACTTCACATGCTTCTGATTCTATAGCTGCCACTCCAAATCCCTCTCTTAAAGAAGGAAATACAGTTACATCAAAAGAATTAAAAGTCTTACTTACATTTTCTGGAGATATTCTTCCTAAAAACTGAACATCATTTTCTATACCCAATTCTTTAGTTAAATTTATTAGGTTGTCCATCTGACTTCCAGAGCCACCTATTTTAAGAATTATTTTCTTATCTTTATATTCATCTTTAAGCATCTTAAATGCTTGTATTAAATATTCTATTCCGTATTTTTTTTCTAAACTCTTTATAATTCCTATTACAAAAGCGTCTTCTTTTTCTACTTCCATAGGCTTAAACCTATCCATATCTACTCCAAAAAAAGTTACATCTACATGTTTAGCTGTATATTTATTAGCCTCTTTAGCCATATCTCTACTATTTGAAAAGATATAGTCTGCTTTTCTAAAGTTATGTTTTATAATTTGTTTTTGTATAAAACCATTATTAGGGAAATCATAAATATCAGTACCCCAAACAGAAATAATATATGGATGATACCCAAGTAGACTTCCTATAAATCCATAACTACTTGCATACTGTGCATGCAATATATCTGGCTTTATTTCATTTACTAGCTTCTTTATCTGCTTTATTGAACCTAAGTATCCCGTTTTTTTAGAAATGTTTTCATTTTTTAGCTCTTCTACATTAGAACCAAAATTATAAATTTTTATTCCTTCCATGTGACCTCCATTTAAAGAGATTACATGAATGTCATATCCTTTATTTTTAAAAAAACTACACCATTTTAAAGTATGAGGATTTGACCCATCAGCTAAATAACAAACAGTCTTCATAATATTTACCTTCCTATCGAATAATACTCAATTCCTAACTCTTCCATATCTTTAATTTTATAACAATTTCTTCCATCAAGGACTAAAGGATTTTTCATCTTTTCCTTATACTTATGTATATCATAATTTAATACATCTTTCCATTCTGTCATTATAAAACATATCTCTGCATCTTCTATCGCATCATCTACAGAATCAGCATAAAGTATAGAGTCACCAAATATTTTCTTAGTATTATTTACACCAATTGGGTCGTATACAGTAACTCTTGCCCCTCTTTCGAGCAAATATTTTATATTTGGTATAGATGGTGCTTCTCTTATATCATCAGTATCTGGTTTAAAAGTCAAACCTAAAACAGCAACCTTCATATCTTGAAAGCTCTCTACTAACTTAGATGCCTTTCTAACTAATTTAAGTTTTTGACTTTCATTAACTTCTATTGCAGCTTTTACTGTTTTTAATTCATAACCATTATGTTCAGATAACCAGTGAAGAGCTTTTGTGTCTTTTGGAAAGCAAGAACCGCCATATCCTATTCCTGCCTTTAAAAACTTACTTCCTATTCTATCATCATAACTCATTCCTAAAGCTACATCTTCTATGTTAGCCCCTGCTATTTCACAAAGATTTGCAATATCATTCATAAATGATATTTTAAGAGCTAAGAAGTTATTTGATGCGTATTTTATCATCTCAGCACTATTTCTATTTGTAACTATTATAGGTTGATTAAAAGGCTTATAGATTTCCTCTAATATTTCTCTAGCCCATTCACTTTCTACACCTATAACGATTCTTGAAGCATGTAGAGTATCTTTTACTGCTGTTCCTTGTGATAAAAACTCTGGATTAGATGCAAGTTCTACTTTTACATCATTTTTTAGGTTTCTATTTATATAATCTTCTATCTCTTCATTTGTACCAATTGGAACTGTAGATTTTATTACTACTAGAGTATCTTTTGTCACAGTTTCAGCTATTTGCTTTGCAACTGCCTTTATATAATCTAGGTTGGCTGAGCCATCACTTCTCTCAGGTGTACCTACAGCTATTAATATTACATCTACATCTTCATAAGCTTTTTTATAGTCTGTAGTGTAATCTATTCTTCCTCTGTTGTAATTTTTAACCATAAGTTCTTCTAGGCCTTCTTCATATATAGGTGCTATTCCAAGTTTCATTGATTTAACTTTTTGTTCATCTACATCAACACAGACTACATTTTCATTGCCTACCTCTGCTAGACAAACACCTGTAACCAAACCTACATATCCCGTCCCAGCTATAGCTATTTTCATTTTTTTACCTCCAAGTATATAAAACTTATACTCTTTTTTTAATGGCATTAAAAACATAGAAACAAAATACATATAGACTTTTTGGTAAACTTAAATTTTCAACATTTCTATAAGTATTCCAAGTTCGTTTTAATGCTTTTATCTTGTTACTTGATATAGAATTTCCAACTAATCTGTAATTCACTAAATCTTCTTGAATCCCATATGCATATTTTTCCTTTTTAAGTAACTGTAACCAGGTTGCAGTATCTTGTCCTCTTCTTACCAAAGGCATGCTGAACTCACCTACAATCTCCTTATCAATGACCACTGTAGAACATCCTATTATAGTATTTCTAAGTAATCCTTCATAGTCAATTTTCTTAGGAGCTCTTGCAACCTTATTCGTTTTTGACCCATCTTGTCTCATATATCTATAAGATGTAAAAGAAAAACCTACATTTTCTTTTAACATATATTCTATCTGAATCTCTAATTTTCTACTATCCCATAAATCATCACTATCTACAAATGCAATAAATCGACCTTCCGCATTCTTAATACCAACATTTCTAGATACTGCAGCTCCAGAATTTTTTTCAAGCTTTATATATTTTATTCTAGCATCTTCCTTTCGAAAACTTTTTATAATTTCACTTGAATTGTCCTTAGAACAATCATCCACTAATAAAAGCTGCCAATTTTTATAAGTTTGATTTTGGATTGACTTTATCGTCTCTGATAAAAACTCTTCTGAATTATAAACAGGAGTAATTATCGATACTAAAGGCTCATTCATATTTTTACTCTCCTTATATAGCAACTAGCAGTACTATACCAACAAGTTTACTTAGATACTAATTTTCTTTGTCCAATATATTTGTAATATCCTAATGGGAATAATGCTAAATACAACAATTTATCAGATACTTTTCTTAATTCACCAAAATAATGACTATCAGACAACAATGAGTATCTGGCTAAATTTATGTAATTTTTTATCCACATATATGGATATCTACTTAATGGATATGTATTTTGATTTATTAAATATAAAAACTCTAATGCTCTACCTCTTAATGCATTTTTACTTAATATATTCTTAGTCAAACCATCATCCAAATAATCTCTTATTATCATAGGTTTATTTACACATATAACTTTATAGTATTTAGACATTTCATTCCATACTACACTTTCTGGTAAAAATCTCACTTCTTTTCTTTCTGGAAAAGGAAATTTTATAAGCTCATCAGTTACAAATACTATGCTTTTATCTCCCTTAACGCCATACTTAAAATATAGGTCTGCAAAGTGACATATTTTCTTATCTTCAGGCATTTCTGTCCCTATCAAATCTCCACTTGGATATACACAAAGTCCAACAACTCCACTAAATCCTTCTTTATTCTCTAAAGAATCCCACTCATCATTAGCAATTTTAAGAGAATCTTTAATTAAACCATCATCACTATCTACAATGAAAAATAGCTCTCCATCTGCATTTTTTACACCTAGATTTATTGCAGTATGTTTTCCTCCATTTTCTTTGTATATATATCTTATATTTAATTTATTTTCTGATATAAATTTTTCAACTAACTCTTTAGTACTGTCGCTACTTCCATCATCAACAATCAACCATTCAAAATCATTGAAATCATAAGTTTGAGCTTTTAAATCATTGTACAAATTTTCAAGTAAATGAGCTCTGTTATACGTCGGAGTAAATACAGTAAATTTATATTTATACATTAATTAAATCTTCCTCTCTGTCTAACTTTTTTTGATTCCGTTTATTCCATAATTAATAAAGTAGTATATAGCTTTGTATAAAGGTATTTTTTCTATATTTCTATATATATTCCAAGTCCACATAGCAGCTTTTATTTTATTACCACTTAGGGAATTGCTAGATTTTCTATATAATGCTAGAACTTCATTTATTCCATGAGCAATATGCCCTTTTTTCAATATCGATAACCATAAAACATAATCTTCATGTCTTACACCACTCATTCTTATTTCAAAATCCAATTTAGACTTATCAATCACAACAGTAAGACATCCTAAGATATTTCCTTTTAATAATCTTTTATAATCTACATTAGGTGGAACTTTTATTACTTTGTTTAATTTTTTATCATTTTCATCCATCAGTTCATATGAAGTAAATGAAATTACATAGTCATTTTCTAACATAAAATTTACTTGTTTTTCTAACTTACTACTATTCCATTGGTCATCACTATCTAAAAAAGCTATAAATTGTCCTGTTGCCTTACTTAGTGCTAAATTTCTAGCATTAGAGACACCCTTATTAGTCTCAGTCTTTATACATTTTATTCTACTATCCTGTTGCATATAAGATTTGACTATATTAGGACTATTATCTGTTGAGCAATCATCAATAATTAACATTTCCCATTCTTGATAAGTTTGGTTTAATACTGATTTTATGGTTGCTTCAATAAATTTTTCAGAATTATACATGGGAGTAATTATAGATACTAAATTCTTCTTCATATTACCTTCCTCATCATTTATAAAATATTTATTTAATTTTACTTAATACACAATCATATATCCTCTTGCAGTTCTTATTATCATTATATCTGAAAAACTTATTTCTTTCATTTTTTTGGTTATCCATAACCTCAAAATTATTTTCAATAATATCAATAAGTTTATTCACGGCTTCATCATTATTATAAGCCAAAGACCCAAACATTTCACTTTTTAAATCTATATATGAATCAACTTTTTCCATATATTCATCCAAATCGAATTGGTAAAACAAGATAGGTCTATTCATATACAAAAAGTCTATGGCTACACTTGAATAATCAGTTATATTTGCAGCTGATTTTCTAATTTCATTTGCTAGAGTTACCCCTTTATCTAAAAACACAATTCGTTTTCCTGTTATATTTTCTTTTATATCATCTATAAACTCATGCATAAGATGATGCATATAAATTTTTACATTTATATCTTTCTCATCTAATATTTTATTTAATTTATCATCATTTAAAAAATTCATTATATTTTTAAAATAATCTGTATCCGTAAATTTTCCTGAACTAAATTTTATCCAATCTCTCCATGTAGGAGTATATAATATATCTCGAGTTTGTGCAACTTCATTTGTTGGTAAATTGTCATATCTTGCATTTCCAATTATATAAACTGAGTCATCTAACATTCCCCAATCATTTACCATAACATTTCTTTCAAATTCAGAACTTGCTGTAACTATATTATAGCTTTTATATAGGTTATCTATAATGTTTTTGAACTTTTTGTTCATAGGTTTTCTCTTTTTAAAACTTATAGTCCCATGATTTAAAAACACTTTTATCGTTTTTTTATGAAAATAATTAAGAACAGGTACAGCAAAATTGTATGGTGCTATATCTGCTGATGGTGCATGTGAAAATACTATAGCTTTTGAATTGTAATAATACAGATAGTTTTCTACACTTCCTCTTATTAATTTTTTGCCTGGAATTTTATCAAACACTTTACTGTCTTTATTTACTACCCAATAAGTTTCTACATCATTATGTTCTTTTAGCATATACTCATAAAAAAACTTTGAATTATCATTGTATATATCCCCTGAATGTCCACCTATAAGCCAGATATTTCTACCATTAAACTTATGCTTATTAAATGGATATATAAAAAAAGCCAAAAGCATATTTATTAAAAATTTAACCTTGTCCATAAACACCATCCTCATTATAACTTATACTGTCTAAATCCATTAATTCTTCCTTTTATAGTGGCACTATGATAATCTCTATTGGAACTCAATATAAGACCTCCTATATTTCTTACAAGTTTTGATACCATAACTTTTGCAAACTTATAATTTTTTCTATAGACTATTTCCTTTTTGCAAAGCGCTCCAAAGCCTCTTCCATAGTTATAATCTTTTTGATACTTTTCTTTAGATTTAGAATGTTTTTTTGCAGGATGGTAAATTATATCATTTCCAAAGTATTTTCCTTTAAAACCTAAACTCAATAAGTTTAAAACATAATCTATCTCTTCACCAGCACCAAACTCTCCACCAACACCCAATTTTTCATCAAATCTTGTATAATCCTTACCTTCAAAATCAATAAAAAAAGTTATGGATGTTATAGTATCCAAAACGTTGGAACTTGTGATATCACAAGTTCCATCATACATTTTCTTAAATGCATCAACTTTATTTGAATCCATAGTTTTGCAACTGTATATTTTATAATCTTTATTTTTATTAAAGAAATTTATAACTTTTTCTAATGTATCATTTTCGTAGACACAATCATCATCAGGGAAACCTATAATTTGCCCTACAGCATTGTCTATGCCTACATTTCGGTTATAACTCAATCCTTTTTTAGAACTTTTTATATACTTTATATCTAACTTATCAATGTATTTATCAACTATTTCTTTAACTTTGCTATTATCATTTTGGTCTACTACTATAAGTTCAAAGTTTTTGTAAGTTTGATTTTCTAAGCTGTCCATAAGTAAGTATATATCATCATATCTATTTAATGTTGGCATTATTAATGATATTAACAT

Protein sequences of DBSCAN-SWA_10

>CP012312|3173594:3182547|3173594_3175508_-|AXU76629.1|DBSCAN-SWA
MRESIDLEKESFFNRLFKKYKFRHLTLLILDICSVLVAFRMSLSLTGNLNAFITNDIIISACVYIVLHIVSFRLFKCYNTLWRYAGEEEIISIFMATLAYLIPIYIINKLLGFNYPIMFYVLNTIFIIMFTSGARIAYRAIRIVMNKTYSRGKVSNILIIGAGDAGEMVIQELKRNSELKKVAVAIIDDDKNKIGRIIHNVKIVGTTSDIKDVVEKYNVDEIIFSIANIEKRRKKEIIDICKNTNCKIKTIPGIYEIIDGKVDIKQIREVEIEDLLGREPIKTNLREISNYIEGKVILITGGGGSIGSELCRQIAGFNPKELIIVDNYENNAYSIQQELLRKYKNKLDLKTVIASIREEKRMDEIFNKYKPEVVFHAAAHKHVPLMESSPGEAIKNNIFGTLNIAGLSSKYRAKKFVLISTDKAVNPTNIMGATKRAAEMIIQTMNAESQTEFVAVRFGNVLGSNGSVIPLFKKQIEDGGPVTVTHPDIIRYFMTIPEAVGLVIQAGAMAKGGEIFVLDMGEPVRILDLAKNLIKFSGFEPDVDIKIEFSGLRPGEKLYEELLMSEEGLLDTEHKKIFIGRPIDVDREKITKYLKLLREITNNEEVEKIDGIMRELVPTYIKPEDANIKEIATTREK
>CP012312|3173594:3182547|3176688_3177984_-|AXU76631.1|DBSCAN-SWA
MKIAIAGTGYVGLVTGVCLAEVGNENVVCVDVDEQKVKSMKLGIAPIYEEGLEELMVKNYNRGRIDYTTDYKKAYEDVDVILIAVGTPERSDGSANLDYIKAVAKQIAETVTKDTLVVIKSTVPIGTNEEIEDYINRNLKNDVKVELASNPEFLSQGTAVKDTLHASRIVIGVESEWAREILEEIYKPFNQPIIVTNRNSAEMIKYASNNFLALKISFMNDIANLCEIAGANIEDVALGMSYDDRIGSKFLKAGIGYGGSCFPKDTKALHWLSEHNGYELKTVKAAIEVNESQKLKLVRKASKLVESFQDMKVAVLGLTFKPDTDDIREAPSIPNIKYLLERGARVTVYDPIGVNNTKKIFGDSILYADSVDDAIEDAEICFIMTEWKDVLNYDIHKYKEKMKNPLVLDGRNCYKIKDMEELGIEYYSIGR
>CP012312|3173594:3182547|3181707_3182547_-|AXU76636.1|DBSCAN-SWA
MLISLIMPTLNRYDDIYLLMDSLENQTYKNFELIVVDQNDNSKVKEIVDKYIDKLDIKYIKSSKKGLSYNRNVGIDNAVGQIIGFPDDDCVYENDTLEKVINFFNKNKDYKIYSCKTMDSNKVDAFKKMYDGTCDITSSNVLDTITSITFFIDFEGKDYTRFDEKLGVGGEFGAGEEIDYVLNLLSLGFKGKYFGNDIIYHPAKKHSKSKEKYQKDYNYGRGFGALCKKEIVYRKNYKFAKVMVSKLVRNIGGLILSSNRDYHSATIKGRINGFRQYKL
>CP012312|3173594:3182547|3179739_3180489_-|AXU76634.1|DBSCAN-SWA
MKKNLVSIITPMYNSEKFIEATIKSVLNQTYQEWEMLIIDDCSTDNSPNIVKSYMQQDSRIKCIKTETNKGVSNARNLALSKATGQFIAFLDSDDQWNSSKLEKQVNFMLENDYVISFTSYELMDENDKKLNKVIKVPPNVDYKRLLKGNILGCLTVVIDKSKLDFEIRMSGVRHEDYVLWLSILKKGHIAHGINEVLALYRKSSNSLSGNKIKAAMWTWNIYRNIEKIPLYKAIYYFINYGINGIKKS
>CP012312|3173594:3182547|3178809_3179718_-|AXU76633.1|DBSCAN-SWA
MYKYKFTVFTPTYNRAHLLENLYNDLKAQTYDFNDFEWLIVDDGSSDSTKELVEKFISENKLNIRYIYKENGGKHTAINLGVKNADGELFFIVDSDDGLIKDSLKIANDEWDSLENKEGFSGVVGLCVYPSGDLIGTEMPEDKKICHFADLYFKYGVKGDKSIVFVTDELIKFPFPERKEVRFLPESVVWNEMSKYYKVICVNKPMIIRDYLDDGLTKNILSKNALRGRALEFLYLINQNTYPLSRYPYMWIKNYINLARYSLLSDSHYFGELRKVSDKLLYLALFPLGYYKYIGQRKLVSK
>CP012312|3173594:3182547|3180517_3181693_-|AXU76635.1|DBSCAN-SWA
MDKVKFLINMLLAFFIYPFNKHKFNGRNIWLIGGHSGDIYNDNSKFFYEYMLKEHNDVETYWVVNKDSKVFDKIPGKKLIRGSVENYLYYYNSKAIVFSHAPSADIAPYNFAVPVLNYFHKKTIKVFLNHGTISFKKRKPMNKKFKNIIDNLYKSYNIVTASSEFERNVMVNDWGMLDDSVYIIGNARYDNLPTNEVAQTRDILYTPTWRDWIKFSSGKFTDTDYFKNIMNFLNDDKLNKILDEKDINVKIYMHHLMHEFIDDIKENITGKRIVFLDKGVTLANEIRKSAANITDYSSVAIDFLYMNRPILFYQFDLDEYMEKVDSYIDLKSEMFGSLAYNNDEAVNKLIDIIENNFEVMDNQKNERNKFFRYNDNKNCKRIYDCVLSKIK
>CP012312|3173594:3182547|3175591_3176683_-|AXU76630.1|DBSCAN-SWA
MKTVCYLADGSNPHTLKWCSFFKNKGYDIHVISLNGGHMEGIKIYNFGSNVEELKNENISKKTGYLGSIKQIKKLVNEIKPDILHAQYASSYGFIGSLLGYHPYIISVWGTDIYDFPNNGFIQKQIIKHNFRKADYIFSNSRDMAKEANKYTAKHVDVTFFGVDMDRFKPMEVEKEDAFVIGIIKSLEKKYGIEYLIQAFKMLKDEYKDKKIILKIGGSGSQMDNLINLTKELGIENDVQFLGRISPENVSKTFNSFDVTVFPSLREGFGVAAIESEACEVPVIVTNVGGHPESVWENETGLIVEPKQPEEIKNAIIKLMENDELRLSMGKKGRQFVRENYEVNLNFNDIEKIYDSIFDKYKK
>CP012312|3173594:3182547|3178009_3178762_-|AXU76632.1|DBSCAN-SWA
MNEPLVSIITPVYNSEEFLSETIKSIQNQTYKNWQLLLVDDCSKDNSSEIIKSFRKEDARIKYIKLEKNSGAAVSRNVGIKNAEGRFIAFVDSDDLWDSRKLEIQIEYMLKENVGFSFTSYRYMRQDGSKTNKVARAPKKIDYEGLLRNTIIGCSTVVIDKEIVGEFSMPLVRRGQDTATWLQLLKKEKYAYGIQEDLVNYRLVGNSISSNKIKALKRTWNTYRNVENLSLPKSLYVFCFYVFNAIKKRV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU76629.1|3173594_3175508_-	capsular polysaccharide biosynthesis protein	A0A1V0SAI8	Catovirus	1.1e-26	29.8
AXU76630.1|3175591_3176683_-	capsular polysaccharide biosynthesis glycosyl transferase	A0A1V0SL50	Klosneuvirus	5.1e-16	25.8
AXU76631.1|3176688_3177984_-	UDP-glucose 6-dehydrogenase	A0A127AXI2	Bacillus_phage	2.9e-90	43.6
AXU76632.1|3178009_3178762_-	teichuronic acid biosynthesis glycosyl transferase	A0A1V0SAH6	Catovirus	4.6e-16	40.5
AXU76633.1|3178809_3179718_-	beta-glycosyltransferase	NA	NA	NA	NA
AXU76634.1|3179739_3180489_-	teichuronic acid biosynthesis glycosyl transferase	A0A1V0SAH6	Catovirus	1.2e-16	38.8
AXU76635.1|3180517_3181693_-	minor teichoic acid biosynthesis protein	NA	NA	NA	NA
AXU76636.1|3181707_3182547_-	glycosyl transferase	A0A2P1ELT8	Moumouvirus	7.0e-05	26.3

Sequences of DBSCAN-SWA_11

Nucleotide sequences of DBSCAN-SWA_11

>CP012312|3791459:3845099|DBSCAN-SWA
TTTAGAAATTCACATTTATTGTTACTGCTTTTCCGCCTCTATTTACTGTTATTTTTGTACTAGCACCTTTTGAGAAAGTATACAACTTTTTATTTAAATCATTCATACCTGTTATATCTGTGTCTCCTACTTTAGTTATAATATCTCCTACCTTTACTCCAGCTTTTTCTGCTGATGAACCAGATATTACTTCTGCAACATAAACACCTTTATCAGTACTTAATTTTGTACCTGTTGCTGCTTCATAATTTGATACATCTGTACCTTTTATACCCAAAGTTACTTTTTCATATTTTCCAGTTTTGATTACTTCTTCAACTATACTCTTAGCTGTATTGATTGGTATTGCAAATCCTAATCCTTCTGCTTGAGAAGCTTTTGCTGTGTTTATACCAATTACTTGACCTTTTTGATTTAACAATGGTCCTCCACTATTTCCTGCATTTATACTTGCATCAGTTTGTAATAAACCAGTCATATTAGTTTTTTCTGTTTGTATAGTTCTATCTAATCCACTTATTATCCCTTGAGTAACTGTTTTTTGAAAATCTAATCCAAGAGGATTACCTATTGCTATTGATATATCTCCAACTTTTACTTTGTCACTATCAGCAAATTCTGCTGGTGTTAGTCCAGTTTTATCAACCTTAACTATAGCTAAATCAAGTTGTTGGTCAAACCATACTACTTTACCTGAAGTTGTTGAACCATCATTGAATAATACATTTACACTTGTAGCTTGACCATCTGATATAACATGAGAATTAGTAAGTATATATCCATTTGAATCAACTATGATTCCAGTTCCTACACCTTGTGTTTCAGTTGGTATTGCAAACATATTACTAGTATCAACACTAGTTGTTGTAATACCTACAACAGATGGCGTAGCTTTTTCTGCAACTGCTTGATAAATATTTTGACTCTTACCATCATCATTTACAACTATCGGCGTAGAACTTCCTGTAGATTTGCTTACTAAATTATCCTTAACTAAAATTATTGTTAGAAAACTACTAAGTATTGAACTTATTATAGCAACTAATATTACTAAACTTATCCCTTTCTTTCTTCTTGACATCTCATACCACTCCCTATCTTAATATAATATAAATTATCAAAATATATTTTTCCCAATTTTTCATAAAAAAAATGAAATCATCTATTTTGAGTAAACTCCTTTTTGATGATTTCATTATATTATTTTAATCTTAATTAAACCTTAACTATTTAAAATTATTTAAGTCTTTTTTCTAGCTCTTCCTTTTCTTTTTCATAACCTGGTTTGCCTAGTAAAGCAAACATATTTTTCTTGTAAGCTTCTACTCCTGGTTGGTCAAATGGATTAACTCCCAATAAATATCCACTTATTCCACAAGCCTTCTCAAAGAAATAAACTAAATATCCAAAATTATACTCATCTAGTTGAGGTATATTTATTACTAAATTAGGTACTTTTCCATCTGTATGAGCCAATAGAGTTCCTTCAAAAGCTTTATGATTTACAAAATCTACAGTCTTACCTGCTAAATAATTTAAACCATCTAAGTCTACTTCCTCTGAACTTATAGTTATATTTCTCTTACAGTTTTCAACATTAAGTACTGTCTCAAATAAAAGTCTTTTTCCATCTTGTATGTATTGACCCATAGAATGTAAATCTGTTGAGAAATCTACAGAAGCAGGGAATAAACCTTTATTTTCTTTTCCTTCACTTTCTCCATAAAGCTGTTTCCACCACTCACTTACATAATGTAGTTGAGGTTCATAGTTAACCAATAACTCTACATCTTTTCCTTTTCTATGTAAAATTGTTCTAGCAACAGCATATCTATAACTATCATTACTTTTTAAATCAGGATTTTGAAATGCTTCTCTAGCATCATTTGCACCTTTCATCATAGCATCAATATCAAGTCCAGCAGCAGCAATAGGAAGTAATCCAACTGCTGTCAATACAGAAAAACGACCACCTACATCATCTGGTATTACAAAAGTCTCATATCCTTCTTCTGTAGCTAACTGTCTAAGTGCACCTTTACTTGAATCTGTTGTTGCATAAATTCTCTTTCTTGCTTCTTCCTTACCATACTTTTTCTCTAAGTAATCTTTAAATATTCTAAAAGCCAGAGCTGGTTCTGTAGTAGTTCCTGATTTAGATATTACATTTACAGAAATATCCTTTCCTTCAATTATATCTAATAAATCCATAATATATGTTGAGCTTATATTATGACCTACAAAATATACTTCTGGAGCCTTTCTTTGCTCTTTTTTAAGTCCATTTCTAAAAGAATGACTTACCATATCTATAGCAGCTCTTGAACCTAAATAAGAGCCTCCTATACCTATTACTAAAAGAACATCTGAGTCTGATTTTATCTTCTCAGCAGATTTTTTTATTCTGTCAAACTCTTCTTTATCATAATTTTTAGGAAGGTCTATCCATCCTAAAAAAGTATTTCCTAAACCAGTTTTATTATGTAACATGTCATGTGCAACATCTACATATGGTTGCATGACATCTATTTCGTTTTGACAAAAAAACTCTGTAGCTTTACTATAATCAAAATTTATTTTTCCCATTTTAATCCCTCTTTTCAGCATATTCGTTTTAAAGAGATTATAACACAAAATATAGGTGTTTTTTTTAAAAGTTTGCCACAAAATCATACATATCTCATCATTTATTACCAGGAAATCGATTCTTCTAAATACTATAACTATGTATAAATTTTTAAATTTTAGTCAAATAAATTTACAAAAAAAGAAACTCTAAATGTATCATTTAAAGTTTCTCTTGTATTTATCCTCTATTTTAATTTTTATATTATTTTAAATTAATTATTTTTAATCATTTCCTAATCTCTTCGCTATAACTTGTTGTGCTATATTGACAGCATGGTCAGATATTCTCTCTAAATTACTTATTACGTCTAAATAAATAACTCCATTTTCTATACTACATAGATTGTTGTTCAATCTATACATATGGTTAGCTCTACAAGATTTCTCCATTATATCAACTTGTTCTTCAATTTTTATAACCTTGCAAGCTAAATCAACATTATCAGTTCTCATTGATTCTAATGCATAAGTATATGCTGAAACAACTCTATTATACATAACATCAAGTTCAGATTGTCCTTCTTCTGAGAAAGAAATATTTGAATCTATTGCAACTTGCGATAATTCAGCTATATTTTTAGCGTGGTCACCAATTCTTTCTATATCATTGACTGTATTAAACAAAGTATCCACAACTTCTCTTGAATCATCATCTAAAGGTGCTTTTGAAAGTTTAAGTAAGTAATTTAAAATAGCTTTCTGTAAATCATTGATTAATCTCTCTCGTCTATATGTCTTATCTATTTTTTCAGTTGAATGTTCTACTAAAGCTTCCATAGATGCATTTAGGCTTTCCTTCGCCTTCTCACCCATACGAAGTGCTTCTTTTATCGTATTTGCAAGAGCTATAGAAGGAGTTTCTATCATTCTATCATCTATATATTTAATAGTTTTAGTTTCATCTTCATCTATATCACCTGCTCTATCAGGAACAAGCTTTATAGCTAGTTTTATAATAAGATTTGTAAATGGTAAAAGTATCAATACAGATATTATATTAAACAATGTATGTGTATTGGCTATTTGTCTTGCAACATTGCTTGGGTCCCAACTTGTAACCATGCTTACTACTGGTTTATTCAAGAATATTAAGAATATCACCGTTCCTAAAACATTGAAGATTAGATGCATCATAGCTGCTCTTCGTGCATTTTTGTTAGCACCAATACTTGATAACAGTGAAGTTACACATGTACCAATATTTTGGCCATAAAGAATTGGCAGTGCTGCTGATAATGGCACTAGACCTTCTGCTGCCAGTGCAACCAACATACCCATAGATGCACTTGAACTTTGTATTATTGCTGTAATCCCAAATCCCAATAATAATCCAAGTAGTGGATATCTACCAAATGTAACAAGTAAGTCAGTAAATCCTTGATAGTCTCTTAGTGGCTCCACTGCCATCTTCATAAAATCCATACCTGTAAATAATATACCAAAACCTATAAGTATTTCGGCTATATTTTTTATTCTAGGCTTATTTCCAAATAAATAAAGTATAATACCTACACCTAATGCTACTGGGGCCATACCAGTTAAGTCGAAAGATACCAATTGGGCTGTAACAGTAGTCCCTATATTAGCACCCATTATAACTCCTATTGCCTGTTTTAAAGTCATTATTCCTGCATTTACGAAACCAACAACCATTACAGTAGTAGCACTTGAACTTTGTATTACTGCTGTAACTCCTGTACCTACCAAAACTCCCATAAATAGGTTACTAGTAAGTAGTTTTATTATCTTTTTTAGCTTTGTCCCAGCAGATTTTTGAAGACCTTCTCCCATAAGGTTCATACCATATAAGAACAGACCTAATCCACCCATTAGACTTATTATAATGTTCAAATTATTTCCTCCTTGTAAAGAGATTACTGTATCTAAAAATTTTATAACCTATTGTATTTTATCAAATTATAGGAGTGATAATGTTAAATTCATGTTAAATATTAAAAAATCATTAAGTTTATGTTAAATTTTTGTATTATTGGTGTATTTTTGTATTATTTTTTCTGCACATTTTATACCATCAACTGCTGCTGTAACTATACCACCTGCATATCCAGCACCTTCACCACATGGATATAGATTCTTAATACTCACTGATTCTAAAGTATTTTCATCTCTTACTATTCTTATTGGTGATGATGACCTAGTTTCTACTCCAGTCAAAACAGCATCATACATTGCAAATCCATTCAATTTTTTATCAAGAGATATAAATGCTTCTCTCATAGTCTCTGTTACAAAGCTAGGCAAACATTCACTTAAATTTGTAAGTGTATATCCTGGTCTATATGATGGCTCAACACTTCCTAAATTTAAAGAAGTCTTATTGTTTATAAAATCTCCAACAAGTTGAACTGGTGCATTATAATTTTTTCCACCTAATTCAAAAGCTAATTTTTCGTACTTCTGCTGGAAATGTACACCTGCTAGTGGATTATCACTCTTAAAATCTTCTGGCGTTACATTTACTAAAAATGCACTATTTGCATTTATTTTATCTCTTGCATGTTCACTCATACCGTTTGTAACTATTTCAAAATCATTTGATGCAGATGCTATGACACTACCTCCTGGACACATGCAAAAAGTATATGCTGTTCTTCCATTTGAAACATGTTCTATAAGTCTATAGTCTGCAGCTCCTAATCTAGGATGATTATAAAAATCCTTGTACTGTGCTTTATTTATTAAGTCTTGTGGATGTTCAACTCTAGCTCCTATTGCAAAAGGTTTTTGAACTATTTTTACACCTCTTGAATACAACATTTCATAAGTATCTCTTGCACTATGCCCAACAGCTAATATAATTGTATCTGTATCTATTTTTTCAGTATCATTTATTATTACAGATTGTATAGAATCATTTGATACAAGTATATCTGTTACTTTTGAATTAAATCTAACTTGACCACCTAAACTTATTATTTCATTTCTTATATTTTTAACTACATTTTTTAATATATCTGTTCCAACATGTGGCTTATGTGAGTATAATATTTCATCTGGTGCTCCAAACTGAACTAACTCTTCTAATACTTTTCTACATCGTATATCTTTTATTCTAGTTGTAAGTTTCCCATCCGAAAAAGTTCCTGCTCCACCTTCTCCAAATTGAACGTTTGAATTATTTTTTAATTTTCTAGTTGTCCAAAAATCACTTATATCTTTGGTTCTACTGTCTACATCAAGACCTCTTTCAAGTATTATTGGTTCATAACCCATTTGAGCTAAAAGCAGACCTGCAAATAAACCAGCTGGTCCACTACCAATTACCAAAGGATTATTCTTCAATTTTTTATCACCTATGGGTACATTTACATATCTGATTTCCTTTATTTTTGTTACATCTTTTATTTTTGAGTTAAGTATTTTATTTTCATCTTTAACTTCTACATCTACAGAATAAACAAATTCCATTTTTCCTTTTTTTCTAGCATCTATAGATTCTTTATATATACTATATTTGACTAAGTTTTTTTCTTTTATTTTTAGCTTCTTAAGTACAACATCTTTTAATAAAGATATATCTTTATCAATTCCAAGTTTTACATTAGATACTCTTAACATATTGTTTTCCTCTCTTAGATTGTAATATAAAAAAGCTAGGGTTATTCCTAGCTTTCTACAAATATAACTTCTATATTCTCTTTTACTAGATTTTCTACCCAAATCTCATCTAGCACAAAATTCTTTATTTTGTTTACAACAAGTGTTTTATCTAAATCTTTTTTCAAGTTTTTTACTAAGACCATTGCTTCAACTGATTTATTCAATCTTTCAACATACAGAGAATTAACTTTAATCAATACAACCCTTAATTCACACACATATAACTTTTCACTACCTAAGATGATTTCATCATCATATTCATATACACTAAATTCATATGTATTTTCATAAGGTGTTATATTTTCTATTCCTATATAGTCCATTTATTTATCCTTTTTTAGTTATAAGACCTCTTATAACCTTCATGTTATTAAACACCTTTTCTAAGAAGTTCTCTGCTTCTTCATTATCTAAAAGGTTTATTTCAAGGTTTTCGTTTTCTACAATACCTTTAGATTTACAGTACTCTTTAGCAATATTTATTAGTTCATTTTTTTTATCCATAGATAAATCAAACTCTTTATAGTCTATTATTATATATTGTTTGGTATCAGGTGATACACCATTATTATATCCTATTTCTATATGATAAATAACTGCATATATTTCTTCTCCGTTGTACACAGGTACAGCTGGGTTAGATTTTATAAAGTTCGTTGATACAGCAATTGCATTTCCTAAACTAAGACTCATTATTAATACCTCTTTCTAAACATTATACATATATTATACTATAGATTCTTTATCTATGACTTAAAGCTTTTTATAATTAATTAAGATATTTTTAAATCTTTGTATCTCTTTCCTAGTGTACTAGAGCTTATATCGTATTTCTTTGATATTTGAACTTGAGTTATAGGTTGTCCTGCTTCTTTTTTAACATAGTATTCAACAGCAGCTGCCCAACCATTTTCAGCTCCTTTTATATTTTCATGATTTTTCTTATATTCATTCCAAAACTCTATACATGCATCTATATTTTCTTTTTCTACATTTTCTTTAAGAGTGTCTAAAACTTTACATTCTTCTTCAGCTAATTCATTTTCTGAATTAACTTTTGTATCGTTTTTATCTCTTTCTCTCTTTAAGTATTCAGCTATACTTGGGTCTAAAAGCTGTTGTATATACTTGTATAGTATATGTGTATGATAAATTAAGAACGACTTCATATCTTTGTATACATCTTGATATTGATTGAATAGATTCATAATATCCTTTAAAATTATATCTTTAACTTCATTTGATATACTTATAGTTATATCTATCAATATGTTAGTTCCTTCAATATCAACTATCCTAGCTATCATACAACTTCCGATTTTAAAACTTCTTAGAAGTTTTACATCTTCTGTACAAAGTTCATTTCCACTTAAACAGTCCTTTAATACTATTTTTCCAGCAGAAACTTCTTTTACCTCATAAATACTTACGTATGATTCAAACATACTTTTTAATATGGATACTTCTGATTGACTTAGGTTTGCACCATTTTCTTCAAGAAAACCGACTGTCATAACCTTTTTATTTTCCATTATGTGGTCTTGTATTAAATAAGTATTAAAAAATCTTTCAAATTTTTCATTTACACTATCATTTTGCATTATATAAAACATTTCTTTAGCTTTTTCACATTCTTCTTTAAACTTATCCTGTCTTGAATAATCATATAACTTTGAATATAAATCTGTATATTGTTTTTGTGAAAGTTCAGTTTTTCTGCATGCTCTTTCTGAAACAATATCTTTATTTAAACAACATTTCTTGTATTTTTTGCCACTTCCACAAGGGCATAGCTCATTTCTCCCTAACAATATGACTTCCACTCCCTTATTATTAAATTAAAGTACAATTTGTTATTATACCATTTTTTTATTAATCAATCTATAGTATAAGTAAATATTCTATTAAATTCACTTATATTTTGGTACAATATATTAACTTTAATTAGGATTTCGATAAAATCATCAACAATCCCTCTTGTAGAAATGAATTATCGTAAAACTAATTCCTCTATAAAATTTTATTAATTGATAATAGTTTTTTACTTTATCTATTCTTTTTTGTTATATGACTCTAACTGTCATTTTACATTCAACAATATTGTCTTTTTCTTGTTTATATTCATTTGGAATGTTTTGAGAATCAAAATTATTGACTTTTAATTTGTTAATTTCTATCTTTTCAAGTTTATTATTTAGTCTTAACTTCTTCATTACACCTTCAAGTTTCAACACATTTGCAAGTTCTCCATTAACTTTTATTTCTAAATTAACTTGTTTTTTATTGTGATTATCTAAACTACTTTCTTGATTAATATATTCTACATTCACAATATCTCTCAGTTCATTTTCTACTAATAACACTATATCTTTATTTGTTTTTTTATCTAAAAATGAGTTATTAAAATTATTTTTCAATTCTTCATTTTTATTTAATTCAACACTTTCTATATATTTATCATCTATACGCTTATTATCCTTTATTTGATAATTATCTTGATTATTTATTTTATTTATTATATTTTGCTTTTCATTCTTCAAACTAATTAGGTTTTCTTCCAAATAACTTACCGCTATATCACTTGCCAATATAATAACTAATATTAACAATATTTTAAGTAGATTTTTTTCTCTATTATTTAATCTCAAAAATAATCACCTATCTAACTTTTTATTCTAAATCTATAATATTCTCCATCTCTTACAATACTGTCTATGTAATAATATTTTATGTACTTTATTTTCCTTAGATTGTTTAAAACATCTAAATCACTACACACACCTTCCATCTCTAGCTTATTTTTATCTATCGATATTTTAGTAATACTATTTATTCCAATTGTTTCATATATCTTTTTTATTTCATTAAGTTTTATTTTAGAATATTTCTCTCTAGTTTTATCTGTTGTTGGTAAAGTGTGCTTTGATTTATCCACTAGCTTATTTTGACTTATATAATCTTCAAGTTCATTTATAGATTTCACATACATAAATGATTTAAATAAAATACACGTTAAAATTAAGACTATTATTATTTTATATATTTTATTACATAGTTTAGTTTTTTTAAATCCATTAAGAAAATTTATTGTTTTATCCACTTTCACTTAAATAAGCATTCCTATACTACTTATATAATTTATCCTATTGTCTTCTAAATCTGTATCAAAATTATTTTCTACTTTTACTTTATCTTTTAATCTTAATGGATTTACTTCAATAGATTTATCTGTATATTTAAAGTATTCTTCAATAAAACAATTTTCTATACCATAGTAATAAACATACTTAAAGTCCCTTAATAATCTTTTTATGAACTCATATGATTTTCCCTCTTTTGATAGCAAGTATGTTTCTCTTATTTTTTTATCTTTTGTTATATTTATAATTAACTGACTTTTTTTACATTCTATAAATACTCCTTCTTCTGAAAAATTCTCTATTAAATTTAAGTTTATAAGCTTTTGTAATATATCAAAATTTATATTTATAGTCCTTGGATTCATATTTAGATTTTCTGAAATGTTCTTAATTAATTGAATAATACTCTTTGGGAAAAGAATTACTTGTATATTCAATTTATCATTTTTAGAATTTATAACTTTATATTTTATTGAATAGTTATTTATGTTTATTGGAATGTACTGTGTTATTTCAAATTCAATCATGCTTAATATATCTCTTTTTTTCTTAGTATTTAGAACTTCAACATTTCTAATGACTATATCTTGAATTTGAATGTTAAAGTATAAATTTTTATATAGTATTTTTGATTTACCAATCTCCTCTTTTACAAATCTAACTACATCTTCTATATATTTAATCTTCTCAATCGAGTTACTATCATTTTTTATATCAAAGTTAATCTCTTTTATAATTGATTTATCTATAAAAACTTTTTTATGACTTTTTCTTAAAAATATAAGCCTTATATAATCATCATTTATTTCTAAATTTAGAATTTTTTTAATTATAGCCATCACCTTCTTAAATAAAAATAAATTTTAAAACTTACAACAATCAATATAAAATATTATTTTGGATAAAATTGCTTAGAATTTATATTTACGCTTATATCTGTTCCGTTATCATTTATGACAAGTTCAAATTTACCTGATGTACTCTGAGGAACTGGAACAGTGTTTAGATATCCCTTTTCCTTCAATGTTTCTACACTTAGAGAGTCTATTATCTTTTCATCATCATTAATTGCCATGCTAGCTGCTGTTACTATATTAGCAGCATTCGTATAGTCTGCATTTAATTTAGCACTTTCTTGAACCTTACTATACTTAACTAATGCTATACTAGATATAACTCCTAAAATAGTTACTACTACAATCATTTCAACAAGTGTAAATCCTTTTCGTTTTTTATTTATCAATTAAATACTCTCTCCTTTTCAAAAGTTTCATCTAATAAAATTTATTTTTCTCTCTAAAAACTAGTAATTGCATCAAACATAGGAACAACCATTGCTAAAATAAAAGTTCCAATAATTAATCCCATAAATACAATTAGCATAGGTTCTATAAATTTCATTATTTGCTCTATTTTGTTATTTAATTCATTTTCATAAAATTTATTTATTACATTTAGACTTTTATCTAGCTTCCCACTTTCTTCTCCTGTATTTGCCATTGAAATAAATAATTTTGGAAAAATATTTGCTAAATTCAAAGATTTACCTATGCTATTTCCTTTTTTTATATAATTATTAGAAATCTTTAACCTTTCATAAATAAATTCGTTGTCTATAACACTAGCTGACATATCTATAGCTTCTACAATTTGTATTCCACTGCTAATTAAAACAGACAATGCCCTTGAAAATCTTGTTGTAGCTACTAACTGATTAATTCTTTTTATAAAAGGTATTTTGAATTTTAACGAATTAATCAATTTTTTTATATTATCATTTGTTATAAGGAAATAAATGCTTCCTATTGAAAACAATATAAAGCTAAATATTAGATAAGCTAAGTTATTTGTAACTATTGTAGATATTCCTATTAAAGCTCTAGTTATTAAAGGTGGTTCAATTCCATTGCTGGTAAAAACCACCTGAAAATTAGGTATTACAAATACGAATATAAACAACATTGACAAGATAGATAATATTATAAGTATTATTGGATAGATTGAAATAGTTATTATTTTCATTTTTAATTTGTATTCTTTATCATAATAATTAGATAAATCGCTCATTATTATATCTAAGTTTCCACTAGTTTCTCCTGCTTTTATCATACTTATAAAGAATTTAGAAAATGTACCTGTTATTTGAAATGATTCTGCTATTGAGTTACCTTTTTGAATATGATTTGATACTATATTAAGCAAATTCTTTACTTTTTTACTTGACTGACTCTCAATGATTTCAAATATTTTTGTAATTTCACATCCAGATTCTAGCAGTATACCTATCTCTTTGCAAATTACTCTAATTTCTTTATCACTGATTCTATTTAATACTAAATAAAACTTTTCTAAATTATAAAATATATTTTTAGATAATCTCATGTACTATAATACCTTCCAAATTATATTAATTACAATTAAATAAACTTAATATTTTCTAATTTAATGCATTTAATTTTATTTCACTTAAATATAATTTATACTCAAACATCTTAATTAAAATAGATTAAATAAAGACAACTGACCAAACGAAGTTTAATTATGCAATTCAGTTAAATCATTTCATTTACTACTAAACACTCTTCTAATGTCGTTATTTTTTCATTTATTAGTCTTTTACAACTATCTTCAAATGTTATCATTCCATTATTTTGTGCCACGTCTTTAATAGTACTAGAATCCTCCATATTTCTTATACATGTCTTTATATCATCATTAATTTCTAAGATTTCATAAATTGCTGTTCTTCCAAAGTATCCTTTATCATTACATTTTTCACAACCTACAGCTACCTTAGTATTTACATCTCCACTAAAATTATCTTTTATCATAATCTCATGGCTACAATGATTACAGACTTTTCTAACCAACTTTTGAGATATAACACCTATAAGAGAGGCATTTAAAAGATATGGTGGTATTTGCATTTCTAGTAATCTAGCTATGGAAGATACTGCATCATTAGTATGTAAAGTACTTATAACTAAATGACCTGTTATAGCTGCTCTTACTGCTATCTTAGCTGTTTCTGCATCTCTTATTTCTCCGACCATTATTATATCTGGGTCTTGTCTTAATATAGCTCTAAGACCTACATCAAAGCTCAACCCTACTTTTGAATTTACTTGAATCTGACTTATACCATCCATCTTATACTCTACAGGATTTTCTATAGTCATTATATTTTTATTTATTCCTCTTAAATCATTTAATAAAGAATATACTGTTGTAGTCTTTCCACTACCTGTAGGACCTGTCACTAATAATATCCCTGCTCTTTTATTTATTATACGATTTATAGATTTTATAGCTTCATCTGAAAAACCAAGTTCTAATTTGTCTTTTAAAAAAGTATCTCTATTGAGTATCCTCAAAACTATTTTTTCACCATAGACAGTTGGTATTGATGAAACTCTAATGTCAATTAAATTTCCACCTAACTTTATATCTACCCTACCATCCTGAGGAAGCCTTTTTTCTGTTATATCCATTGATGCCTTTAATTTTATAACCGTAGACAATGATGGATAGATATCAACTAAAAACTTTGATACTTCCTTTAGTTCTCCATCTACCCTCATTCTCACTATTAAATGTTCTTTAAATGGTTCTATATGTATATCACTTGCATTTTCTTTTATAGCTTTTTCTAAAAGATTTTCAAATAATTTTTTTGCATAATCCTCATCAAGTTCAAAGCTATTATAGTATTTTTCAATCTTTTCACTTATAAGTTCTTTTTTCTCCTTCTTCAATATAATTTCTTTACCTGTAGCTAATCTCAAGTCCTGTAGAGCATAAATATCCTCATCTTCTATTTCTACAACTAAATTATCATCTTGAAACTCAACTGGAAATACATTATATTTTTTTGCAAGTTTTTCTGGTATTAACATTGGTAAACTGCTTTCCTCTAATATAATCTTAATCACCCTTTATATACTTTAATTTATTAGGTATATTCATTTTTTTCATAGAGATATTTTCTTCAGTTTTTATGCTTATTTTCATTGGATAATTGGTTTGTATGCTATCTAAATATTTACTCCCTTTATCTACATAATTAGATAGTTTCTCCTTATCTCCAATGCACTTTATTTCATATGGTTGTGCTACAGGAACTCCATTTATATTTATATGGCTTCCTGCAAGTACAACTTCTGAATATTGATTAATTCTTTGACCATTTATTTCTATGTATTTTCCTCCGTTTACTTTTAATTCATTTATAACTTTTACAAGAATCTTATTATAGTCTATACTATTAGCTATATTCCCTGTTTTTTCATCTATAGCATCTATACTTAATATTATCCCACTACCCTTTACATCCGAATATGATAGACTATCTCTAAGTGTTTCTATTTCTGATATTTCTTCAGAATTTTTTTGATTTTGTTTCATTGAATTAATTTCTTTATCTAACTTATCTTTCTCTTTGGTTAATTCTTTTATAGATTTTCTTGTCATTTTTATTTCTTTTCTTATTGACTTGTCTTTGCTTGTATAAACTGTTTCTTCATTGCTATAATCTCTAAATATGGTTCCAACAAGTATACCTAAAATAGTACTTGCTAGTATTATAAACACATATTGTTTTTTCATACTGTATTGCTCCTTACAAATTTATTTTTATATGATAATTTTCTTTAATTAAATATTAAACATTTACATATGCTTATTATATCAAAGTTATATATTAAAATTCATCTTTAGTATATAATATCATACATTGAACTCCTATCACTAATTTACCAATATCAAGTATGTATTTTTAGATGTTCTTAAAATTATATAAACTTTCAATAAACATTGTTGTGATATTATAAAAAAACATAAATTAGAAAAGGAGATAATAATTATGAAAAAACAAATAATGACTTTGGAGATTATTGATAATTATTTTTTATCAAAAAAGTAAAATGGCATAGCCCCAAAGCTACACCAATTTACTAAAAATTATATTATAATTAACATTAATTTTAAACATATGCGTTTATAAGTTTTCCTCATATTTTAAAATTCTTTTAATTAATTTATCTCTTAATTTCCCTACTTCATCAAATCTCATATTAGGACTATAGTAACTTTCTATAATATCATGTTTAGACTTGGCTCTCTTAAGATTTAGTACTGCCCAACAAATTAAATCATCTAAAACTTTTTCATCAAATTTAATATCTTCTTCATATTTAAGTAGTTTTTCTCTATTTAAAAACTGATTTAAATCAATTGTATCTTCTTCTTTAAAGGTCGTACTTATAGTTATACCTATATCTAAATCAGTTAATAGTACAGTTTCAATTTTCTCTGGAATAAGTGGATAATGATAAACTTCTACATTTAAACCTTTTTCAATAGCTTTCTTATATACTTTGTTTAATAATGTAGTTTTCCCAGTTCCTATTTCTCCAGCTAAATAATAGACCTTATTTACATCTTTTAAAATGTTTTCTGTATAATCTAAACACCCTACAGGAGTTATAGCTGAACCAAATAAATGCTTTTCTCTTTTTAGATTTCCTGTACTTTTAACTCCATCAAATAACCTTTTTATAAATTCTTCTGTAACCAAATTTACTTTGCCATAATCCATACAATCAGAATATTTTTCTTCTATGTCTCTAAAGATTGGTTCTGCTGATTTTAAAAACTTAAATGCTCTTTTAAATGAATTACTAATATCTTTATCGTAAACTGATATTTCTTGTTTATTCTTTTCTAATTCTTCTGTATTCCAGTAATCACCTAAATTAATTATCTCATCCAAAGCTCCAGGTAGCTTTGGGTCCATAGTATGTGGAGCAGTTGCATCCATAAGTACCACACCTAATTTCTTTATAACTAAACCATCCAACGAACTTGGGTCAGAAGGACAATGATATAAATCAATATCATACCCTCTATGCAAAAATTCTTTATAAATTTTTTTCATAAGTGAAGATTTTCCTACTCCAGGTCCACCCTTTAAACAAAAAACTCTTTTTACATTTTCAGGAATTATATAGTCAAAAAAAGAATATGAGCCTTGTGATGTATTTCCACCCGGGAATGCCTTCTTTACCTTTCCTTCCATATTAGCGCCTCCTCATAATTTACAATATCTCTTAATTAAGATATTCATATTATAAGAATTTTATTACAGCTTTCTGATTTTGACAAATTTAAAACTTGCCATCTAATACTAATAACAGGTTAATTTTATCTAATTATTATAGATTCTCATACTGTACCTTATTCTATCTATAAATACAATTTAAGTGTCCATATTGAAATATTTGTATTGTAACATAGCTGGATATTACTTAAATCCAATTGTTTCCATTATAATTTTATGTTAAAATAATATTACAAAATACATCTGTTTTTCTTCATAAACGGGTGAAATTCCCTATCGGCGGTAAAAGCCCGCGAGCCTTATGGCATAATTTGGTCATATTCCAAAGCCGACAGTAAAATCTGGATGGTAGAAGAAAATAGTATATGAGTACCTTTATGTAATTTTACATGAGTAATCTATACAAATCCTTCAACTACCGTATTTATTCATGAAATTAGACACATTCAAGGTACCTAATATACAGGTGCTTTTTTTGTTGTTTATTTTATAATTATATCGTACTTATAAAATCTATTAAGATTGGAGTGTTATCATGAAACAAAAATGGATAGTATTGATTATCATCTGTATTGGTGTATTTATGTCTACTCTTGATGGAAGTATACTAAATATCGCAAATCCTACAATTGCTGCTGACTTTAAAATTAACATGTCACAAATTCAGTGGGTTGTAACAGCTTATATGCTTGTTGTAACAGCTACTATGTTATTTTTCGGAAAACTTGGCGATAAAGTAGGTTCAAATCGTCTATACACATTAGGATTTTTTATATTTACAATAGGTTCTTTTCTGTGTAGTATGTCAAACAATTTATCAACATTAATTTCTTCAAGAATCTTTCAGGCAGTTGGAGCAAGTATTTTAATGGCTACTGGACTTGGTATAGTTTCCAATGCATTTCCAGCAAATGAAAAAGGAAAAGCTATAGGAATCACTGGAGCTGTAGTTGGTATAGGAAATATGAGTGGGCCTGTAATTGGAGGTATAATTTTAGAACATTTTGGATGGCCTTCTATTTTTATTATCAATATACCTATTGGTATTATAGCAGTCTTTCTTGGCATTAAATTTTTGCCTAAACCTGTTTTGGATGAGCAAAATAAGAGCTTTGATATTCCAGGTCTTCTACTTTTCGCATCTTGCACTACGCTTATATTACTTGCAATGAATGAGAATGGTAATACAAGATTGTATTTAGGTATAACAGCACTTATAATCTTCTTACTGTTAGCATTAAGAGAAGTAAAATTTGAACAAAGCTTTATTGACCTACCTCTATTTAAAAATAGAAACTTTACTGTAGGCAATATCATTGGAGTAGCTTGTTACTTTCCTCAAATGGCAGTATCTTTTCTACTTCCATTTTATTTAGAACAATTAAAAAATTTATCTCCTATGATGGCTGGTTATGTAATGACTGTACATCCACTTATTATGGTACTTATAGCACCTATTGCAGGTTCACTTTCTGATAAACACGGTGCAAAAAACATTCTGACAGCATCTTTTTCATTTATGACCATCTCATTAGTTGGAATGGCACTTTTAAAAGCAGACTCTCCATTGTATCTTTTAATTGTATGTTTAGTTATTTTTGGACTTGGGCTAGGAGCATTTAGTTCACCAAACAATAGTAGTATTTTAGCAGATGTTCCTCCTCAAAAACAGGGCTATGGAGGCAGTTTTCTTGCAACTATTCGTAATTTATCATTTGCTCTTGGAACAGCATTTTTTAGCAGTTTTTTTGCACAAAGTCTTGCATACAATCAAAAGTTCAAAAGTCACACATCATCCTATGTTATAGCTAGCAATCAGTCTTATTGGATTGCAGCATCAGTGTGTTTTATAGGGCTTATACTAACTGTTTTCTTTATGAGAAAAACAGATAAATCTATTTCTTAAATGCTATTTATTGCTGACTACATAAGTCAATAATTTTTTAGTTGAACTAATTTATACTAATTTTCCCATACCTTACTAAAATTTATTAGTATTTAACAAAATTACTGATATTTATTGTTTATAAACAATAAGGATGCCAAAAAAAGTTCATTAAAACTATTTTAAGGCATCCTATATTTTGCTTTAATATTAATATAATTAAAACCAACTATTATTACATTTATTATTCAAATAAATCTTATGTCAACATTTAACATTCTAAATTTAATCTACTGTTATTTCATATCCATGTTGATTGTATTGATTTACAATTTCTTCCCATAATTCTTCAACACCAGTCTTTTTTAGTGAAGAAACAGGAATTACTTTTTCGCTACTTTCCATTTGTAATTTTTTTCTTATTATACTTATGTGTTTTTGATATTGCCCTCTAGATATTTTATCTGCCTTAGTTGCAATAACTACACAGTTATATCCAAAGTGCTTTATCCATTCATACATAAGCTTATCATCTGCTGTAGGCTCATGTCTAATATCTACAAGTAGGAATATAGAACATAACTCTTGTCTACTTTCTAGATATCTTTCCATTATACCTCCCCACTTTTCTTTTTCAGACTTAGCTATCTTTGCATATCCATAGCCTGGAAGGTCTACAAAATAAAATTCATTATTTATTAAATAAAAATTTATAGTTCTAGTTTTTCCTGGTGTTTGACTAGTTCTAGCAAAGTTTCTTCTGTTAAGCAATGTATTTATTATTGATGATTTTCCAACATTTGACCTACCAGCCAATGCTATCTCTGGGATTCCTTCTGCTGGATACTGTGATTTATTCACAGCACTCATAGTTATCTCTGAACTTCTAATTTTCATTATTTTCACCACTCTTTAATAAAGCTTGCTCTAATACTTCATCCATATGTTCTACAAGCACAAACTCCATTTTTTCTTTTACATTTTCTGGTATTTCATCTAAGTCAGCTTCACATTCTTTAGGAATTAACACTTTTGTTATACCAGCTCTATGAGCTGCTAATAACTTTTCTTTAACCCCTCCTACTGCTAAGACTCTACCTCTTAAAGTTATCTCTCCTGTCATTGCTATATTTCCAGGCACAGGTCTTTTAGTAAGTGCTGAGATTACTGCAAGAGCCATAGTTATACCAGCTGATGGTCCATCTTTAGGAACAGCACCTTCTGGAATGTGTATATGAATATCATTCGTCTTATAAAAATCAGGGTCTATGTCAAACTTGTCCACTATTGACCTTATATAAGAGATACCTGTCTTCGCAGATTCCTTCATAACATCTCCTAGTTTTCCAGTTAATACAATTTCTCCTTTACCTTTAAGTACGTTTACTTCTACTTCAAGTGTAACTCCACCAACTTCTGTCCACGCAAGACCATTTACTAATCCTATTTGAGGGTTAACTTCTGCAAGTTGATACTTAAACATATCTTTTCCAAGATATGCCTCTAGGTCAGACTTATTTATAACAACCTCTTCAAGAGTTGGGTCTTCAACGTATTTTTTGGCAACTTTTCTACAAATCTTACCAATAGTTCTTTCTAGTGTTCTTACTCCAGCTTCTCTTGTATAATGGTTGATTATACTTCTTAAAGTTTCATCATCTATTTTTATAAAGTTTTCTTTTAAAGCATGTTCTTTAATCTGTTTTGGAAGTAGGTATTTTTTTGCTATATTTAATTTTTCTTCTTCTATATATCCAGATACTTCTATTACTTCCATTCTATCTAATAATGGTCTTGGTATATTACCTAGACTATTTGCTGTTGTAACAAATAATATTTTTGATAAATCAAAAGGTATTTCTAAGTAATGGTCCACAAAATCCTTATTTTGCTCTGGGTCTAATACTTCTAGCATTGCTGAAGCTGGGTCACCTTTATAATCTGCTGCCATCTTATCTATCTCATCAAATAAGAATACAGGATTTTTTGTTTGGGCTTCTTTTACCCCATTAATTATTCTTCCTGGAATTGAACCTACATAAGTTCTTCTATGACCTCTTATTTCTGCTTCATCTCTAACTCCACCCAAAGATATTCTTACAAATTTTCTATTTAATGCTCTGGCGATTGATTTTACTATAGATGTCTTTCCTGTCCCTGGAGGACCAACTAGACATATTATAGGACCTTTAAGTGACTTAGCAAGAGTTCTTATAGCTAGATACTCTAGTATTCTCTCCTTAACTTTTTCTAATCCATAATGGTCTTCATCTAATATATCTTTTGCCTTAGTTATATCTAATTTATCTTTTGTTTCTTTATTCCATGGCAATGAGAATATAGTATCTAAATAGTTTCTACTTACAGATACATCTGGAGACATAGAAGATATTTTTGAAAATTTATCTATCTCTTTTTCTATTTTCTCTTTAGTTGTCTTAGGTGCTTTTATTTTTTTAAGCTTTTCTCTATACTCATCTGCTTCAGAGTTTATATCTTCTTCTTCACCTAATTCTTTCTGTATAGCTTTTAATTGTTCTCTAAGATAATATTCTTTTTGAACCTTATTCATCTGTTTTTTTACTCTTAAAGTTATTTTCTTTTCTATTTTTAATATATCTATTTCCTCTAATAATATAGAATAAATAAGTTCAAGTCTTTTTCTAATATCAAATTCTTCTAATATTTCCTGTTTTTGGCTTGATTTTAGATATATGTTTGCAGCTATCGTATCTATAAATCTATCTACATCTTCTATATCAGCTAAAGATATTAATATTTCTGGTGATACCCTATTTCCAATATTTATATACTCTTCAAAGGCATCAAATACATTTCTTACAAATGCTTCAATTTCAACTTCTGTTTCACTATCCAAATTATCACTATCAAATACTATTTCTTCTATTACTGCTCTGAAATATCCATCTTCTTGTTCTATTTTCTTTACTCTACCCCTTGATACACCTTCAACCAAAACACGAACTGTATCTCCTGGTAATTTTATCATTTGCTTAACTTTACAGATTGTTCCCACATGATAAAAATCCTCTTCTCCTGGCTCATCTACCTCTGCTTCTTTCTGAGAAGTTAAAAATATAAGTTCTTCATCCATCATAGCTTGGTCTAAAGCTTTAAGAGATATCTCTCTACCTATATCAAAATTTAATATCATATATGGAAATATAGCTAATCCTCTTAGAGGAATTAGTGGTAATTCATGATCTATTTTAGTATAATTTTGTTCCATCAACATTACTCCTTTTCTAGTCTAATTGCTTTGCTTTTAATATTATATATTTGAACAAGTTAATTTTCAACATTAATGATAAATTCTTAGAATACTATCATACTATATTATCTTTTTATTATGATATAATATTAATATTAGTATACTTAGATGTTATTTATCTTTTGGAGGTTTCTATTATGTTGAAATTGTTTTTAACCTTTTTAAAAATTGGTGCGTTTACATTTGGTGGTGGATACGCTATGGTTCCTCTTATACAAGATGAACTTGTAAACAAACAAAAACTTTTAGAGCAGGAAGAATTTATTGATTATTTATCCATAGCTCAAAGTTATCCTGGAGTACTGGCAGTCAATATATCTGTATTATTAGGATATAAGCTTTATGGTATACCAGGAGTTCTTATATGTACCTTAGGCTCTGCTTTACCATCATTTTGTATAGTCTTAGTCTTATCGTATCTATACTTTAAAAATTCATCATCTAAAATTTTAGATGGATTTTTTAAAGGAGTTGCGCCTGTTGTAATTGCTCTTATATTGTATTCTTTTACGAGCATGTTCAAGAAACTACCAAAGTCTAAAACTAACATACTACTATTAATTATAGCAGTTTTATCTGTTGGTGTATTCAATATAAGCCCTATTTATTTAATAATTGGAGGAGGTGTATATAGTCTATGTCAGAAATAATACTACTCTTCTTAATATTCCTTAAAATAGGGGCATTTAGTTTTGGTGGCGGTTATGCCATGCTACCATTTATCCAGCAAGAATTTATATCTAAATATCACTTTATAACTAATCAAGAGTTTTTGGATTTACTTGCTATATCACAATCTACACCAGGTCCTGTAGCAATAAATAGTGCTACATTTGTAGGATTTAAGACTGCTGGCTTCTTTGGCTCTCTAGCTGCAACTATTGGTGTTACAATTTTTGCATTAATAGGTCTAACTATTATATCAAAGTTATTTTCTAAATTTAAAAATAATAAAAAGGTAGAAAACTTATTGACAGTTCTTAGACCGATTACTCTAGGATTCATATTATCAGCAGCTTTTTCATCTGCTAAAGAAGTTAATTGGGATTTATATGGAATAATTGCATTTATAGCATCATTTTATCTTTTATATAAAGGAAAAATTGGTTCCATTGCAATTGTATTCGTATTTGGTATTCTAGGTATATTACTCACATTTTTATAATAATGATACCTATTTTATATTTAGCATATTAGCATAAAAAAAGGAGCTTTTAAAGCTCCTTTTCATCATCTTATGCACTTTCCTCTTGATCCTTAAGTACTATGATAGGATTTACTGAGTCTTCGTTCACAGATTTCTCTGTTACTATAACCTTCTTTATATTATCTCTAGATGGTACTTCAAACATAGTTTCCATCATTACGCTTTCAACTATACTTCTAAGTCCTCTAGCTCCTGTATTTCTTTCTATGGCTTTTTTAGCGATTGCACGAAGAGCACCTTCTTCAAATTCTAGCTCAACATCATCTAACTCCAATAACTTTTTATACTGTTTTACTAGAGCATTTTTAGGTTCCTGTAATATCTGCATTAATGCATCTTCATCCAACAACTCTAAAGTAGCTAAAACTGGTATTCTTCCTATAAACTCTGGTATTATACCATATTTTAATAAATCCTCTGGAAGTACTTTTTCATACAACTTCCCTAAATCTAATTCTTTTTTACTTTCTATTTTAGCTCCAAAACCTAGTGTTTTATCTCCACCACGTTTTTGAATTATCTTCTCTAATCCATCAAAAGCTCCACCTAATATAAATAATACATTAGTAGTATCTATCTTTAAAAATTCTTGATGAGGATGTTTTCTTCCTCCTTGTGGTGGAACATTTGCAACAGTACCTTCTAATATTTTTAGAAGTGCCTGTTGAACACCTTCACCACTAACATCCCTAGTTATAGATGGGTTTTCAGATTTTCTTGCAATCTTATCTATCTCATCTATATATATTATACCTCTTTCAGCTTTTTCTATATCAAAATCAGCAGCTTGAATAAGTTTTAAAAGTATATTTTCAACGTCTTCTCCAACATATCCAGCTTCAGTCAGTGATGTAGCATCTGCCATTGCAAAAGGTACATTTAGAGTTCTTGCTAAAGTTTGAGCAAGCAATGTCTTCCCAGAACCTGTAGGTCCTAATAAAAGTATATTACTCTTTTGAATTTCTATATCCTTGCTACTAGATTTTTTACTATATATTCTCTTGTAATGATTATAAACTGCAACTGATAAAGCTTTTTTAGCTTTTTCTTGACCTATTACATAATCATTTAGAATCTCCATCATTTCCTTTGGTTTTGGTAAAGATGTAGTATCCTCATCTATAGTATCTTCTATCTCTTCTTGAATAATTTCGTCACAAAGTTCAACACACTCGTCACAAATATATACATTTGGACCTGCAATTAATCTTCTTACTTGATCTTGATTTTTACCGCAGAATGAACACTTTAATTGTCGTTTTTCTTCATATTTAGACATATTAACACCTCTCTCTATCTACGGTCTCTTTGTAAATACTTCATCTATTAAACCATATTCTTTGGCTTCTAGTGCACTCATGAAGTTATCACGTTCAGTATCCATTTTAATTTTTTCTAATGGTTGACCAGTTCTTTCAGATAATATCTCATTTAAAGTTTCTTTTATTTTTAAAATTCTCTTTGCATGAATTTCTATATCTGTTGCTTGACCTTGAGCTCCACCTAATGGTTGATGTATCATTATTTCACTATTTGGTAGTGCTAGTCTTTTTCCTTTTGCTCCTGCTGCCAACAAGAATGCTCCCATAGAAGCAGCCATACCTATACATATAGTACTTACATCTGGTTTGATGTATTGCATAGTATCATATATAGCCATTCCAGAAGTTATACTTCCTCCTGGAGAATTTATATATAAATGTATATCTTTGTCTGGGTCTTCAGCTTCTAAAAATAATAGCTGTGCTACTATAAGCCCTGCTGTGGCATCGTTAACTTGATCTCCTAAGAAGATTATTCTGTCTTTTAATAGTCTAGAAAAAATATCATAAGATCTTTCTCCTCTTCCTGTTTGTTCAACAACTACAGGTACTAATGCCATGGTTTCATACCCCCTTTATTCTATATAATTTACAGTAGCTTTTTTAAGCTACTGTAAATTATTATACGCATTTAACTAAATTATATTTGCACATCATTATATACTAAACATTTCATAACGTCAACTATATTAGTTAGCGTTTATTTTATTAAGCTATTGTTGCATTATCAACTAGTAAATCTATTGTTTTTCTTATTTTTATTTGACCTTTTATATCTTCTTTGTCAGCATCTCTTAAAGAAGCTTCTATTTTTTCTACTTCCATATTGTAAGCAGAAGCCATTTTTTCTAACTCAGCCTTAAATTCTTCTTCTGTTGCTTCAATTCCTTCAGCTTTAGTTATTGCTTCTAATACTAAAGAAGACTTAACTAATTTTTTAGCATCTTCTTTTCTCTCTTCTCTTAATTCTTCCATAGTTCTACCAGTCATTTCTAATAATTGTTGTAATCCAAATCCTTGATATTGTAATTGATAGTTAAGTTCATTTAACATATTATCTATTTGATGTTGTATCATAACTTCTGGTATTTCTATTTCTGTATTTTCAGCAACCTTTTCTACTACTGAATTTCTAGTTTCTGCATCTGCTCTATTTTTAGCTTCTTCTTCTAACTTAGCTCTTACATCTGCTTTTAATTCATCTAAAGAATCAAATTCACTAGTATCTTTAGCAAATTCATCATCAAGTGCAGATAATTCTTTTACTTTTACATCATTTATTTTTACATTAAATACAACTGGTTTTCCAGCTAAATCTTGTGAGTGATATTCTTCTGGGAAAGTAACATTAACTTCTACTTCTTCACCAGCTTTTTTACCTACTAATTGCTCTTCAAATCCTGGTATAAATGTGTTTGAACCTATAACTAAGTTATAATTTTCACCTTTACCACCATCAAAAGCTACACCATTTTCAAAACCTTCGAAGTCTATTATAGCTGTATCTCCATCTTCTAAAGCTTTGTCTTCTACACTTACTAATCTGGCATTTTTTTCAACCATTTCTTGTAGTTTAGCATCAACATTTTCGTCACTTACAGTATTCTCAACCTTAGCTATTTCTATACCCTTGTAGTTTCCTAATTCAAACTCTGGTTTAACTTCTACATTAAGAACCATAACCAACCCATTGTCTTTACTTATTTCTTCTATATCTAAATCTGGATTGTCTATTGGGTCTATGTCTAATTCCTTGATAGCTTCTGGATAAACTTCTGGGAATAATATTTCTATAGCATCATTATAGAATATACCTTTTCCATATTGAGTCTCTATAACAATTCTTGGAGCTTTACCTTTTCTAAATCCAGGTATATTGTATTTATTTCTGCTTTTATTATAAGCCTTATTTACTGCTGCTTCAAATTTATTGTTATCTACTGTTATTTTTAAAGTAACTTTATTACCCTCTTTTTTAATTAGTTCTGCTTTCATCCTTCTAATCCTCCTAGTGATATTTATGTAATACCCGATAACGGTATTATAATTCATTCTATTTATAATTCAACCACTTAATTATATCACATAAGTTTTTTTATTTACAAGTGTTCCATTAATATCGTTGTACTTATTTGATAAAATTTAATTTTTTGAGCGTTTTTTGCCATTTTTTTAGATAAATACACCTTTATATGCGTATTTCTTCTATATTTATGTTATCTTCTTCTATATCCATAATGACAAAACTTTTATACGATACTCCTCTTGGAAGTGAAGTACTTCCAGGATTTATGTAAAGTACACCATCTTTAATTTCTCTAAACGGAGTATGGGTATGACCAAATATAACTATATCAGCATCAATTTCAGTTGCCTTTTTTTCTAACATATGCGTTCCATATTTTACACCATACTTATCTCCATGACATAAGAATATGGTTTTATTTGCCACTTCAAAGACAACTTCTTCCTCAACAGCATCAAAGTCACAATTACCTTTAACTGCAATAATACCTACATTAGTCATGCTATGAATATATCTTGAATCTGTAAAGTTATCTCCTGCATGAATTATTAGGTCACATTCTTTTAAATATGGTATTGTTTTTTCCATATTTTTAATCATCATATGTGTATCGCTTACTATGCCTATTTTCATTACTTCACTACCCTTTTTATAAACTCTTGTTTCATAAGTTTTAGTGCGTTTGCTCTATGACTGATTGAATTTTTTATAACACTAGGTATTTCACCAAAAGTCTTATCATATCCTTTTACTATAAATAAGCTATCATATCCAAAACCATTTTTACCTTTTTCTTCAAATCCTATCATTCCTTCACAAATTCCTCTTACTACAAATTCTTTTCCATCAGGAAAAACTACTGCTATTGCAGAGACGAATCTTGCATTTCTTTTGCTCATTGGTACATTTTGCATAGCTTTTAACAGTTTTTTTCTATTTTCTTCATCCGTTGCATGTTCTCCTGCATATCTAGCTGAATAAACACCAGGTTTTTTGCCTAAAGCATCTACTTCTAAGCCAGAATCATCTGATATTGCTATAAGTTTAGTCTTTTTTGCTATTGTTCTAGCTTTTATCAATGCATTATGCTCAAATGTTTTTCCATCTTCTACTATCTCTATACCTGCTAAATCAACATCTTTTAAAGAGTACACTTTATATTCAAAATCTTTTAAGATTTCACCTATTTCTTCTAGCTTATGAGCATTATTAGTAGCAATCACTACTTCATTACCATAATCCATACCCAATATCTCATCTGCTATTTCACCTAAAGCTTCTCTTTGAAGCCTTATTAATTCTTTATTCCCTTTTTCACCTAACTCTAACAATAAATTTAAATCTGCTCTCGAAAAAGGTTTCTCTTCTCCTGTCCCCTGTACTTCTACAAACTCACACTTATCAGTCATTATTATATTCATATCTACCTGTGCTTTAGAATCTTCTTCATAACATAAATCTAGCATGTGTATTTCATTTACAATACCAACACTAATTGCAGATACAAAATTTGTTATTGGCATCTCCTTTATTGTCTTTGCTTTATATAATTTATATATTGCTTCTGCAACTGCTATAAATGCCCCTGTTATAGATGCAGTTCTAGTTCCACCATCTGCTTGAATCACATCACAATCTACCCAAATAGTTCTTTCTCCTAATTTATTCAAGTCTACAACAGACCTTATTGCTCTTCCTATTAATCTTTGTATTTCTTGTGTTCTTCCATCAATTTTTCCCCTAGATGCATCTCTTATCTTTCTTTGTTGTGTTGCTCTTGGTAGCATAGAATATTCAGCATTTATCCATCCAGTACCACTATTTCTTAAAAAAGGAGGAACTTTTTCTTCCACTGATGCAGTGCATATAACCTTTGTCTCTCCCATTTCTATAAGAACAGAACCTTCTGCATACTTTGTATAATCTCTAGTTATCTTTACAGGTCTTATCTGTTCGTTACTTCTATCATAACTTCTGGTCATTTTTTATATCCTTTCTTATATTTTTTGTTTTTTATAAATTTATTTTTATAATTTTTAATTTTGTCAAATATTAATTATTGTCATTTTTCGTAATCTTATTAGCTTACTGAACTATTCTATCATTAATTATAGTAGTTTTCTACTAAATTAAGCGACTTTTTAACTCTCTAATACAGCTTTTACTTCATCTTTCGATGATAACTTTAATAATTCTAAAAATCTCTCTTCATCTATAACTTTAATTCCTAAATCATTTGCTTTAGTGAGTTTAGAACCAGCTTCTTCACCTGCCAAAACAAATGTTGTCGATTTACTAACACTAGATGTAGCTTTTCCACCTCTTTTTTCTATCATATCTTTTGCATCATTTCTTTTTAATGTAGGAAGTGTACCAGTCAATACGATTTTCATCCCTTCAAATATTTTTTCTACTTTTTCACCTGTATTATCCAATGATTTTGTATTTACGCCTACATTTTTTAACTTGTTTATAACGTTCATATTTTTGTCTTCCTTAAAAAACTCGACAACGCTGTTTGCCATTATGCTTCCAAATTCCTCTAATTCTTCTAGTTGCTCACTAGTTGCAGAAATTACTTCATCTAAATCCTTAAAGTTATATGCAAGTATCTTAGCTGCTTTAACTCCTATAAATTTAATACCTAATCCATTTATAAGTCTCCATAAATCATTTTCTTTTGATTTTTCAATTGAATTTATTAAATTGTCAGCAGATTTTTCGCCCATTCTCTCTAGGTCGACTACATCTTCCTTTTTTATATAATATAAATCAGATACATCTTGAATAATTTTTTCATTTAATAGTAGTGTAATTATAGATTCTCCCAATCCATCTATATTCATTGCATCCCTTGACACAAAGTGTATAATTCCCCTTCTTATTTGAGCTGGACAAGACATATTTATACATTTTACAGCAGCTTCTCCTTCTAATCTTATTGTTGGCTCTGAACAGACAGGACACTTTTCTGGCATTTTAAAATCTATTTCATCTCCAGTACGTTCTTCTTTTATAACTTCTAAAACTTGAGGAATTATATCCCCTGCTTTTTGAACTAATACTGTATCATTTATTTTTATATCTTTTTCTCTTATATAATCTTCATTATGAAGTGTAGCTCTACTTACAGTAGTACCTGCAAGTCTGACTGGTTCAAGAATTGCTGAAGGTGTTATTGTACCAGTTCTCCCAACTTCTACTATTATATCTAATATTTTAGTTTTCTTCTTTTCTGCTGGGAATTTATATGCAATTGCCCATCTAGGACTTTTGGCTGTATATCCCATTTCGTCTCTTTGTTTTATATTGTTTACTTTTATTACCATACCATCTATTTCGTAGTCTAAATTACCCCTGTTATCTGTCCAGTATTCAATATGTTCAATAACTTCATCTATACTTTTACAAACTTTATAACTCTGACTTACTGAAAATCCTAGTTTTTCTAAGTACTCTAGTGATTCACTGTGACTTTTTAAATCATATTCTTCTATATTTTCCATATTAAATACAAATATATCTAATGGTCTCTTTGCAGTTAGTTTTGGGTCTAATTGTCTCAATGAACCAGCTGCAAGATTCCTTGGATTAGCAAATAATGGCTGTTCTTGTTCTTCTTGTTGTTCATTTACTTTTCTAAAATTATCTTTTGATATATATACTTCTCCTCTAACTATTAGTTCTTTTTTATCATTTATCTTAAGAGGTATGCTTTTTACTGTCATTAAGTTTTGAGAAATATCTTCTCCTACAATTCCATCTCCTCTAGTTGCTCCTTTTTCAAACTCTCCATTATTATAAGTTAGACCTACAGAAAGGCCATCTATTTTAAATTCAACAACATATTCAACATTTTCTCCCACATATTCTTGAACCCTCTTATCAAAATCTCTCAAATCTTGCTCTGAAAAAGCATTTGATAAACTCAACATAGGAGTTTTATGTACAATTTGATTGAATTTATCTAATGGCTTACCTCCTACCCTATTTGTTGGAGAATCAATTCTCTTTAGTTCTGGATGTTCTTCTTCTAAAGAAATTAACTCCTTCATTAACTTATCGTATTCATAATCTGATATTTCTGGGCTATCTTGATTATAATACCTTTCATTATGGTAGTTTATTGTCTCTATAAGTTTATTAATTTCATCTTTTACGCTCACTTTTTGCACCTCTTCATATTTTTTAAATTAAATTATTTTGAAATTTCCCTATAATTAATTATCTCCTATTTATATATTTTTTAGTATATCACTTTTTTGACTTTAAATTTATTACAAAAAAAACTCTTATTAGTATCTCTAATACGACTAATAAGAGTTTTTATTTTTATCAAAATTTTTTATTTTTAATAGCCTCTTGATATGTCTACAACATTATCTACAGGTTTATTCTCCATTATATAGTGTTTCAAATTATTATAAACCATATTAAATGTTCTCTCTTTGTTTTTATCTGACACCCAAGAATTATGAGGAGTTACTATGACATTTTCGCACTCCCATAACTTATTATCCTTGTTTAAAGGTTCACTTTCAAATACGTCTAATGCTACCCCTCTAAACTTCTCTACACATTCTTCTAAATCTTTCTGATTAACTGTATTTCCTCTACCTACATTTATAAATACAGAGCCATCTTTCATAAGTTTAAACATATCTTTGTTTACTATTCCATCTGTACTTTTTGTAGAAGGCATTGCTACAACTACTATATCACATTCTTCAAATACAATATTCATATCCTCAGTGGCAAAACACTTATCAAAGTATTTTTTACTACTTCCATCAGTATTGACACCCCATATTTCTAGACCAAAAGCTTTTAATCTTTTTGCTGCTTCTGAAGATATAGTACCTGTTCCTAAAAATCCAACTCTTTGTCCATACAATTCTGATACAGAAAAATCCATCTTCCATTCTTTATTTTGTTGTTGTTTAAAAAATTTTGCACTATTTTTATATATTTCTAAAATATACAATACAATACTTTCACCAATAGGTACACTATATCCGCCTCTATTATTAGCTATCTTAATATTTCTCTTCAATACCTCATCTTTTGGAAGTTGGTCTATACCTACACTAGTTGTCTGTATATATTGTAAATTTTTCATCTTAGAAATATCTAATCTCTCAAATGGATTGTATGTAACTAGTACATCTGCTGTATTTACATCCTCATTATTTTCAATACTATCTTCAGAGTAATGTATGACATCATAGCCTAATTCTCTTATTTTATCAAATTTTTCTTTTCCATAATTTATTGTAAATAAAACTTTCATCTCAAATCTCCTCCATCTACCCACATTTAAAATGTTATATTCTAAAGTATAATATGATACTCAATGTACATTAGTTAAAATTACTAGAAGATATCTTAAATTTACTTATGTTCAATTGTTTTTCCTAAAGACATAGCATTACGTTCTTGAACTAAATTTTCTATTAAATTATTCAATGTCCAATCAATAGATGTCTCCGTTACCATAGCTGTAAAAGGTCTATTTATTCTCACTTTTTTTAGCCCTTCTAAAAATGCATTTACTTGTGTACTTGGAGTGTTATTAAATATTACAGACTTACTCTTAATCCCATTTTCACATTCATTTGATATATTTCCATCTAAAATGTCTCTTATTATGTTCTCTCCATTTTTATCACTTAAGATGATATGGTCTCTTATTCCAGCAAAGTTACTTACATTTTTAATTAATGATAATTCTTTTTTATTAAAGTTTACAATCATAATACACTTCCTATTGTGTATTTTATCTAGGTTATTATTATTTATTTTTTCAAATGACATTTTATCCATCCTTTCATTTATTTATATACTTTAATTTACCCCATACATTTAAAATAATCAATTTTTATAGTTAATTTTTATATTAATACCCAAATTATATTTAAATAGTTAGGCTATCCAAAACTAATATATAAAATTAGAATAATTAGATTAATATCTACAAATCATAACCTAAAGGAGAGATACCATGAATACATTACTAAACAATAAATTTAGCATTAAAAACTTTTCAAATGCTTGGGTTATAGTACTTGGTTGTATGTTGATACAAGCTGTTCCATTTAGTATTGTAGCAAGTATACAGCCTCAATTTATAAGTTATGTTGTAGAAGGAGAGGGTTTTAGTTTAGCTTCTTTTTCTCTAATATTCACTATTGGTACTATTGCTTCAGCAATTGCATCACCTTTTATAGGTGTATTATTTTCTAAAGTCAATATTAAGATACTATATTTATTAGGTTGTATAATTTCTAGTATTGCTTTTGCTACTTTTTCTATATGTACTGAACTATGGCAATTTTATACTGTATCATGTATTGTTCAAATTGGCGCTACAATTATATCTGCTATAGGAATACCTGTTTTAATAAGTGCTTGGTTTGATGAAGAAAGCAAAGGAAAAGCTCTGGGCTTTGCTTTTGCTGGTGGTTCTATTGGTAGTATATTTCTACAACCACTTGCAGTTCGCTTATTAGCAACTCAAGGATACAGTCGTTCTTATCTAATATTTGGAATTATAGCATTAATAGTTGGTATACCTGTAATATTATTCATACTCAGGATGCCTAAAGATATTAATGAAAAGGTAAAATCTAAAGGTAAAAAAGAAAAAGCATCTGATACAATTTCTCCTTCAGTATGGGGTTATACATTAAAAGAAGCTAAAAAAATTAAATATTTTTGGATTATGACGATTGGATTTATATTTGTTGGTATATATGTTTCATCATTATCCGTACAATATCCAACTTATCTTAGAAATTATCTAAATCCTATTCTGATAGGAACAGTAGGCTCCACATTTGCTTTATTTGCTCTCATTGGTAATTTATTTGGAGGATTATTGTTTGATAAATTCGGTCAAACAAAGCCACTTATTATATCTTTTGTATTGGTTCTTATAGCAACTTTATCATTACTATTGGTAGATAAATCTTCTGCTTTTGCATTTACATTTGCCATTTTGAAAGGTCTTTCTGTATTTGCTTATATGATTGGTCCTGCTTATTTAACTGGCTCTTTCTTTGGTCAAAAGGAGTTTGGTAGCATATATGGAATCGTACAGTTAATTTTTGCAGTGGGATTTGCATTAGGTTCAACATTATTTGGATTGTTAGTTGATAATTTTGGATACAGATTTTCTTGGTCTATTATAATTTTATCAGTTATAATTGCCTATACTTTACTTATTATAACTTCTATAGGAATGAAAAAATTGAATAAAGAAAGATTAGATAAACTAATGCAATAATTGATTTTTAGATATATAAATATTATAATAAAAAAGATGGAGCTTTTAATCATAAATAAAACTCCATCTTTTTTATATTACAATATAGCTAATTTTCTCTTATTTTTAACTTTACTATCTATATCCTCATCCTTAACTATAGTAAATGCCTTAGTTGGACAAACATTTACACATGCAGGTCCTTCTGGCGATTCTATACAAAAATCACACTTATTTGCTGTCATTCTTTCTCTAAAACAAAGCTTTCCTTCATCTACATCTTTTAATGTAACTATGTCTATTGCACCTATAGGACATGCTAACATACAAGTCTTACATCCTATACAATTTTCTTCATTTATTTTTATTGTGTTCCCAACCCTAACTATACCACCATTTGGACATGCCTTTGCACAAGGAGCATCTTCACAATGTCTACACTGTATTGGAGCACTTACTTCTTTTGTCTTTATGACAGAAAGTTTTGGATTAAAATTTATTTCATCTGGATTTTGGTAAAAAATATCTTCATCTGAATGTGCAACTACACATCCTATCATACAAGTTCTACATCCTATGCATTTATCAGGGTCTGCTATAACAAAATAGTTCATCACTTAGCCACTTCCTTTCCTATACAATATGTAGTGTGTAATAGATGATGAGATTTTTCTCCTAATGGTTCTACCAAATATTCATCATACAGTTTTTTAATATCAGGATTCTCATGAGATTTTCTAATTGCTAAATGTTCATCATGCACATATGTTGCTTTTGTTCTATTTTCATAGGCCAATTCCTTATATTCTTCTAGTAAAATTTTTGGTTGACCTCCACCACTTACACACCCAACAGGACAAGTCATAACTTCAATAAAATCTACATCTAATTTTCCTTTTTCCAAGTCTTCAAGCACTGGTATTACATTTTTTAATCCACTTACTACTCCAACTCTTAAGTCTAAGTCTCCTATTTTAATAGTTGACTTTCTAAAACCATTTTCTCCTCTTACTTGTTTTACTTCTACATCAGGAATACTTTCTCCAGTTATAAGCTCATATCCTGTTCTTATAGCAGCTTCCATAACTCCACCAGTAACACCAAAGATAGTTCCAGCTCCACTATAACTACCCAAAGGACTATCAAATTTTTCTTCTCTTAAATTTTTAAAATCAATTCCCATGTCTTTTATTAAATAAGCTAGTTCTCTAGTAGTTAATACTACATCTACATCTCTATATCCACTAGAATCCATTTCTTCTCTATCACATTCATATTTTTTACATGTACATGGCATTATAGAAACACTAAATATCTTTGATGCATCTACATTATTTATCTCTGCACCATAAGTTTTAAATATTGCACCGCCCATCTGCTGAGGTGATTTACAAGAAGATAAATGATTAGTTAATTTAGGATAATTTTTTTCCATGAATTTTACCCAAGCTGGACAACAAGATGTAAACATTGGAAGAGTTCCACCTTCTGTCACTCTTTTAATTAACTCACTACCTTCTTCCATTATAGTTAAATCTGCTGCAAAATTAGTATCGTAGACTCTATCAAAATTTAAAGCTCTAAGCGCTGCTGCCATTTTTCCAGCACCTAAGTATCCTAAATAATATCCAAAATCTTCTCCTAAAGCAACTCTAACTGCTGGTGCACATTGGACCATAGTAAATACATTTGGGTCACTTAAAGCTTTCTTCACCTTATCTATATCACATACACTGTATGCTGCAAATATAGGTTCATTTATAGACTCTGGTATCTCTCTTTCTTGTTTTTTCTCTTGTAAAAACTCAAATCCTTCATCTATAACTGAGGCATAAGATTTACAAGTTTGAACACATTGACCACACATAACACATCTATCTAAATTTATCTCTTGTGGCTTTCCCTCTTCACCTTCAATAGCATTTACTGGACAGACCTTTGAACATTCTCTACATCCAGTACATAAATCCTTATCTATATTTATTATCATAAACGTCACCTACCCCTGTATCCTTTATTTATTTGTTAACAATAAACTAAGTGCAGCTTGTCTATTCTTAGCTTTTTTGTCATCTATTGGAGTAACAAGTTTTAATGCTTCCTGAGGACATGCACTTATACAAGCTATTTTTTCATTGTCTTTACATAAGTCACATTTATAAGCTATCTTTTTATTTTCATCTAAAATTACTTGTTCTACTTCTTTACCATCTTCATATTGTGGAAGTAAGTCTATAGCTCCAAAAGGACATGCTAGCAGACAAGTTTTACATCCTATACACTTTTCTTCATTTACAGACATAATATTATTTTCTTTGACTATAGCTTTTTGTGGACATGAGTTTAAACAAGGAGCATCTTCACAATGTCTACACTGTATTGGCATACAGAAATTGTCACCTTTTACTAAATAAAGTCTAGGTATAACAGGTATATCAACTGTTCCAACTGTATAACCCACATTATTATGCTGATTATGCATTGTAAAACAAGCTACTTCACAAGCTCTACAACCTGTACATTTGTTTGGGTCCGCTATTACAAAAGAGCCTATTTTATTTTTCATATTATCCCACCTTTCAATTTGTATATTTCCAACCCTCTAGTTACTTTCATCATATATATTTATATATTTCACTATTTTCTCAGTACTTATATTTCGTTTACATTTTTTACACAAATTGTATGTGTTATTATACACCTTATCAGTATCATCAATTAATACTCCACAGATTTCACACTTTGAATATCTTTGCTCTTCTTTTTTAGTACACATATATTCATTCTCACTTTTTGATAACTCTCTGTGGATTTGCATAAATATTCATCCGTCTTCCTCTTACAAATCCAATAAGCGTTATATTTAATTTTTTAGAAAGCTCTATTGATAAATTAGTCGGTGCTGATTTTGATACTACAATAGGAATTTGAGTCATAGCTGCTTTTAATATCATTTCCAATGATATTCTTCCACTTACAGCCACAATTTTATCTTTTAATGTTATGTCATTTAAAACACAAAATCCAATAGCCTTATCCATTGCATTATGCCTTGCTACATCTTCACAAGTGACTATTTTTTTATCAAAATTAAATACAGATACGCTATGTACCCCACCAGTATTTTTAAATAATTCTGATGAATTTAAATTTTTATCCATTATACTGTAAATCGTATCATAATTTATTTTTATATTGCTCTTTACAGGATCACATGTTATATAGTCTAGTGAATTTAAAAATATAATTTGCTCATCTTGATTTTTTTGTTTCTCTTGAATAGTTACTTTTGCAAAACGTTCACTCTCATTTATCTCAAATTTTAATAAGCTTTTTTTGTTTTCTATGTATCCTTTTGTTTTCAAGAATCCTACTATAAGTTCCTCTAAATTATATGGGGTACATAAAAATGTATTTACATATTTATCATTTAAAATAAAACTAAGTGGATATTCTGCAATTATTTCTTCATTATCTATTGATACTTCATGTTCATTTATTTTGCTTACTTCTACATTAAAAGAATTTAAATATTTGTAGTCCACTAGACTATAACTATTTTCAAAAACTTTATCCTTACTATTTTCTTGTAATTTAGTTTTTGAGTATATATTGTTCATAAAATATTAGCCTTTCTGCCTTTTATAAATCTTAAATCTAATAAATTATTAGATATTTGTAGCTGTCATTTTGTCTTTCAAACTTTGATACTCTTCTCTTACACATTTCTCTGCTAATTCTTGGTCTTCAAGTTTTTCAAGTTTAACAGCACAATATTTATACTCTGGTGTTTTAGATATAGGGTCTAAATTTGCTATTGTAAGTTCATTACAAGCTCCAACCCACCACTGATAAGTCATATATGTTGCACCTTCCTTAACTCTATCAGTAACTGTTGCTCTTGTTATTACACTTCCTCTTCTTGAACTAATTCTAACTAATTCATCATCTTCAATTCCTAATTTTTCAGCATCATTAGAATTTATTTGAACACGTCCTGGTTCATCTTCTAATGAACTAAGTGTTCTACAATTACCAGTCATTGTTCTTACTGAATAGTGTCCAACTTCTCTTACAGTACATAAGCTAAATGGGTATTCATCATCTTCAACTTCCATAGGAGGTCTCCATTCAGCAGCGAACAAGTTACCTTTACCATTAGGAGTAGAAAACTTTTGACCTTCATACAGATACATAGTTCCTTTATCTTCCATACTTTCACTCTTACAAGGCCATTGAACACACCCTTGAGTTTCTATCTTTTCATAAGTAGCACCTAAGAAACTTGGACATAATTGTCTAAGTTCGTCCCATATTTCCTTAGTATTTTTATAATTCATAGGATATCCCATTGCTGTAGAAATTTCGCTTATAATTTGCCAGTCTGGTTTTACATCCCCTTGTGGCTCTATAGCTTTTCTCATCAATTGGAATCCTCTATCTGCACATGTATATACTCCCTCATGTTCTCCCCAAGAAGTAGCTGGAAGTATAACATCAGCGTGAAGTGCTGTCTTATTCATAAATATATCTTGAACAACGACAAATTCCAATTCATCTAATGCTTCTCTAACTTCTGATGCATCTGGGTCACTTTGCACTGGGTCTTCTCCAAATATATAATAAGCTTTAAGCTTTTTCTCTTTTAGTACTAAGTCTGGAACTTGAGTTAAACTATAACCATTATTAGGAGATAGTTTTACTCCCCAAGCTTTTTCAAACTTTTCTCTTATCTTATCATCAGTTACATTTTGATAGCCAGGATATACATTAGGAAGAGCTCCCATATCACAAGCTCCTTGAACATTATTTTGTCCACGTACAGGTCCTATTCCAACGCTTTCTCTACCAAAATTACCTGTAAGTAGTGCAATTGATGCAAGTCCCTTAACTACATCAACAGCTTGACCAAATTGACAGACACCCATTCCATAAAGTATCATAGCTTTTTTACCTTTTGCATATTCTCTCATAGCTTTTCTTATAAGCTCTTCTGGGATTCCTGTAATCTTTTCAGCATATTTAGCTGTATATGGTTTAACAATTTCCTTATACTCATCAAATCCTTGTGTATGATTTTGAACAAATTCTTTATTGTAAAGACCTTCTTCTATTAATACATTTCCAAAAGCATTTACTAAAACCATATTTGTTCCACCTTTTATAGGTAGATGTATATCAGCAATTCTTGCAGATTCAGTTACTCTAGGGTCAGTAACAATTAATTTAGCACCATTTTTTTTAGCTTTTACTATTCTATTTGCCACTATTGGATGTGAATCTGCTCCATTATATCCAAATATAAATAAAACATCTGCATTTTCTATCTCTGGTATAGAATTAGACATTGCACCACTACCTAATGAGTAAGCCAGACCGGCTACAGATGGTGCATGTCAGACACGAGCACAATGGTCAACATTATTAGTTCCTATTGTAGCTCTCATAAATTTTTGCATTATATAGTTTGCTTCATTACCAGGTCCTCTTGCAGAACCTGTTCCCATAATAGAATCAGGTCCATATTTTTCTTTAATTTCATTTAGTCTTGAAGCTGTATAGTTTATAGCCTCATCCCATTCAACCTCTTCTAGTACACCTTGTTTTCTTATCATTGGCTTTTTTAGCCTAGGTGTTAGAATTTTAGGGTCATTTAGAAAATCCCATCCATAACGACCTTTTAAACACAAACTTTCTTGATTTGTTCTACCATTAGCCGGTTCAGCTCTTAATATCTTATTATTTTTTACTACTAGATATAATTGGCATCCAGCTCCACAGTATGGACAAACTGTTAAAATTTTTTTCTCCATACAATTCCCCCCTTAGATTTATCCCCTGATAAGTAAAATTTATCTTAAAGATAATGAGTGTTTTTATAATATGCAAAATCATAAATATTTTGCAATACTATCTATTAAATTCAACAATTTTCTCACAATTCCTCTTAAATTTTAAAAAAAATATGTCATAATAATCTTTATATTTCAACCATTTAATTAAAATATTCTAGTTCTTATGACATATTTTTTAATATACTCAATATATATTCTTTAAACTTATTTAGTTTTCACTTAAAACAATATTTCTGCCAATTCTATTTTTCATTCTATAGTGAGTAATTACAGTAAATATTCCACTTCCAATCAGAATCAAATAGTACATAAATCCACCATATAAAAATACTGCATATCCCATCAAAGGTTGAGGGAATACTGATTTGAATATAGTGAAAAATGCTAATTCATTAGCTCCTACATTCCCAGGTGTTGGTATTGGAGATATTGCCATATATAAAAATGCTTGTAATGTCAGTATATAAATATAGCTATAACCTTGTAAATTAAATGCTTTATATATCCAAAATGAAACACTAAAGTAAGCACTTAATTGAATAAAAGTTACTATTATAGTTGAAATTAATACCTTTTTATTCTTTGCAAAAAAATTTATTGCTTTACTATAATCATCTATAAAACTTTCTATGGATTCAATTTTATTATCTAAAAATTTTAAAAACTTAATTTTTGATAAATGCTTTATAGTAATTCTCATAAAATATTTTATTTTTTTAGGGTTTAAAATAACTAATATTATCATAATTAAGACAAATGAATTAATGGCTATCCCTAGAAACACTAGAGGCATAATCATTTTCATTTGTTTTTCTAACATAGCAAAATTCATTAATACAAGTATTGTACAATAAAAAGTAACTACTATTTGGAAAATAATAGACTTATTGGTAACAACTGCACTTGCCTTACTAAGTGGCATTTTACATTTTTTAAGTACATATATCTGTACTGGTTGGCTTCCTGAAGCAAAAGGAGTTATTAAATTATAATAAAATCCCATAATGGCTAGCTTAAAACCAATAAATCTAATATTAACTTTGTGAGTGCTTTCTATAATTATCTTCATTACTACTCCTTCAAGCATTATGTGACACATTATTGCCAAAGCACCTATGAATAAAAACTTCTTATCTACCATAACCATAACATTTGATAGCATTTTAATATCCAATGTTTTAAACACTAGGTAAATTGTTATACCTATTAACAAAAATAAAAATGTATACTGTAGTAAACTCTTTCTAATATTCTTTAGTCTATCCATTAGAAATAACCATCCTTTGCTCAAGATTTATACTAAATACTATATTATTAGTATACACTATGAATCTTAATATTTTATAACAAAATACCTTACAATTTTGTCATTTACAAAAAATATTAATCTATAAATTAAATTTTAATATATAGATTAATATTTTACAAACATTTTGTAAATATATATAATATTTTCACTAAACAACACTTATACTTATTACACCCATTTATACCCTATCCCCCATACAGTTTCTATTGTATAAATATCATATTGTTTTAATTTGCTTCGTATATTTTTTATATGCTCTGTGATAGTACTTATATCACTTTCTCCATCAAAACCATATACCGACTCATATATTCTTTCTTTTGAAAATACTTGTCCCTTATTTTTTGCTAGAAATTCACATATTAGATATTCACTTTTAGTAAAATTAATTTTTTTACCATCAATTAAAACTTCTTTGCCTAAAAAGTTAAATTGAACATTTGAGATAGTTAATAAATTCTTTTTTTCTCTACTTTCTCTCCTTAAATGAGCAGTTATCCTAGCCCTTAATTCTCCTACACCAAAAGGTTTGGTTATATAATCATCTGCACCTATACCAAAACCATACATAATATCACTTTCCATATTTTTTGCTGTCAAAAACAGTATTGGACAATCAACCTTATTTCTTATAGTTTTACATACTTCAAAACCATCCATCTTAGGCATCATAACATCTAATATTATTAGATTAAAATAATTAAAATCCATGTTCATAGCCTTTTCTACATCACTAATTACCTTTACTTCATGTCCATCTCTTTTCAACACATTTTCAATCAACTTTAACATATCTAACTCATCATCTACTACTAATATCTTAGACATAATAACTCCTCCATTTATCCATCTAATAGCATTCTAATTTATATATTTAATAATATCTTTAAAATTCACATTAACCATAATACTCTCATATTATAGCTTACAATAATTAATTACTATTTTACAAATAAAATATTTTAGATACAAAAACTTTATATTTCAAAAACTTTATATTCATTTTACACGTATTTACTTAAATATAAAAATTTATTTAACAGTTTATTATTGTAATATTTTGAATATATAATAAAATTAATAATAAGAAAACTTTTTATAAATATACTTTTAATTGTTTAAATTGGAGGAAAAAATTATGGATGAAAAGATAACAAAAAATAATTATAATGTTCCATTTGACTATGTTCGAAAAAAACTCAAAGAATTAGACCCTCATACAATTAGTAATTTAAGTAATATACCTTTCAATAATGATTTAAATAGATTCACACTCAATTTTTTTGATAGACAATATATTATAGACTATCCAAGTGGAGAAGTTTGGAATAGTAATGGTAGCCTTTGCAATAACTTTGAGCTTAAAATCTTGATAGTTAGATATTTAATCAATGCTAAAGGTATTCCTAGAACTAATAAATATGTAACTTTTAAAGAAATACCAGGAGGCAATGTTTATTATCCAAATTTTTTAAACAGGACTCTATATAGGCTTTCAGAAGTTTTTACATCTCAAATAGACAAATATAAGTTAGTTATGGAGAAAATTGGAGCTGAAAAAGTAAACATGGGAGATTTAGCTTATAGGTTTACATATATGGGTAATACATCTATGGTATTTATACTTTGGTTTGGAGATGATGAATTTCCTCCAAATTCAAATATATTATTTGATTCTAATATAGTTTATTACTTCAATGCAGAAGATTTAGCAGTTGTTCCTGATACAGCTATAGATGCAATTTTAAATAAAATAAATTAATTATAAATATAAATAATATTATAATAAAGTTTTTGATAGATTTAATAGAATATAATATGAAATGGGGTAAAAAATGAATGTAGAAAATCAATCTTTATCAGATATTGAAATAATATTATCACACAGGTATGATAATGGTGCAGACTATTGGACTACACCTGATAAGCGTTTAATAAAAGGTTCTCCTTTCTCTACTCTTGATAGTGTACTTTATCTATTAGAATTAGGTGTGAACCCTGATGATACTTTACTTAAAGAATGTGCTGACTTGATATTTAGCACATGGCGAGAAGATGGACGTTTCAAACTATATCCAAATGGAGGTATTTACCCTTGTCATACTGCAAATGCTGCTAACGTACTCTGTCATATGGGATATGCATCTGACATTAGAATGCAAAAAACGTTTCAACATTTTTTAGATACACAGTATACTGATGGTGGGTGGCGTTGCAATAAATTTAGTTTTGGTCGAGGTCCAGAAACTGAATACTCAAATCCACTACCAACTCTTAATATATTAAATGCATTCCGTTTTAGTAATTATCTAAATAAAGAATCAAAACTTGACAAAGCTGTAGATTTTCTACTTGACCATTGGACTATTAAAAAACCAATCGGCCCTTGTCACTATGGAATTGGAACCTTATTTATGCAAGTTGAATATCCTTTCCGTAATTATAACCTATTCCTTTATGTCTACGTTTTATCATTTTATAATCGTGCAAAAAAGGATAAGAGATTTTTAGAAGCATTGAAGATACTTGAATCTAAAATGATAGGTAATAAAATTGTCGTTGAACGTGTAGTTCCAAAACTATCTAAATTATCTTTTTGTAAAAAAGGCGAGTCAAGTGAAATAGCCACAACACACTATTACGAAATATTAAAAAACCTAGAAAAATAATGGTTATATAGATAAAACATATTAAAAAATAGTGGCTTTAAATTTTTTAAAGTCACTATTTTTTTAAATGATGTTCCTGAAAATATATTAAGTTAGTTATTCTAATCAATTTGAAGACTTTTGCTTCTCCTTGCCTATATCTAAAATAATTTCATAATTTAATTTACCTTTCTTTAAATCAACTCCTGATTCACTTCTAATAATTCCACAATCCAACATTTCGTCAAATACCTTCCTAGATAAACCTAGTTTCTCACGTAATAATGTTGACACCTTTAAATGAGATGGATATTTACTAATAATATGAACTTGTGTAAGGTCATTAATGTTAATTTCTTGTCCTACTATCTTATACTCTGGAATACCAACTTCTGCTCCATTTCTATGTAAAAGTTCCATATTCATAGCATATTGCTTAGCAAGATTATAATCGTTTGTATGGAATTGTTCTAGTGTTTCTGGATTTAAACTTTTTGGATTGACACGAGAATATATAGTTGAGTTCCATGTTGAATCACAATTTGAACACTTATATATTAACCATATATCCAAATATTTATGTTGAGCATTAATCCTAAATAAACCTGAACAAATATATTCAGTCTTTTTTCCACATTTTTTACAATACCTAATTACAGGTAACTGGGAGATATATTCCACCTCCCAAGTAATTTTTTGCATAAATACAATTTCCTTTCTATAAGATTGCTAAACTAATAGAAAGTTATGAAAAGGTGGAATATAATCAAGTATTTTTTTCAAAACAAGACCTCCTAATTTTAATAAATTTTAATTTCAAGCATATAATAAGCTATTACTTCTTACTAGGTACTTTACAACCAACTTTGTTAGCTACTGTATAAGTCATTGAAATTACTTAAATTATATCATCCCCTTAAAAGAAACTATACCTCAAACACTTTTATCAAAAGAAAATGAGCCAGTATAATTATAAAACTATACTGGCTCATCCTTAGATATCTTTTCTTTTTTCTTGTAATACAATTCTTTGGATACTTTTCAAAGATAAATAATACTTTTCCGATAAATATTGCAAATCATATCCAACTTGATAGTCTTCGTAAATCTGCATATTTCTAATTGCCAACTCTTCACGAGTAGGGGTATTACTTCCCCATTCTTTTTTATTATTAGATTTTCTAGGAATATAGATACATTCACCATCTACATATTCCTGTATTAATTCAAGTAATTCTTCTGGTAATACATGTATTGCTTTTTTATAGCTCATTTTGCTCTCCTATTAAATAGTAATTTTTCATTAGGAATAGCAAAGGGCTATTTATATATTAAATTTCATAGTTGCAATAGCCCTTGCTATGCAAAAATAAAGATTAAATCAAACATAAAATCTCAACCCTCCTTATATATCACAGCGATACATATAAGTCTATCAACAGTATAACTGGTTGTCAATCAACACAAATTATTTATCCATTTTTTAAACACATTTATTTAGTTTTTATATTATATTTATTTTGATAACTAAAATTTTTTCATTATAAACTATATTTTAAATTATTAGTCAACTTAAATCCATTATCTTGATGGGTTTATTACTGAACAAGGAACTCCAACTATACACTTTCCACAAATATCACATCCACCTATATAAGTGTATTTTTTTTCATTTATCATACACATTTCATAACACTTATTTCTATTAAATCCATCTTCTTTTAAAGCTTCTTTTACACATTTTTTGACACATTTTTTGCAACTATTATTATGTTTATACAAGCAGTATTCATTTTCTGGTCTTTTAGTTGGCTCTAATTCTAAACTTGTGATTATGCTTCCTATTCTTCCACAACACCCTTTTTCTGTAATAAGCATATTATTTAAACCAAAAGTTCCAAGACCTGCTATGAATGCTATATGTCTTTGTGACCAATCACTGACCAATTTTTCACTGTCAAAATTATACGACCCAGGAATAGCATATGAATTAGCCCCTATCTTCTCTAGCTCTTCACATAAAAAATCATTTAAATTTGAAATCAACATATTAGTTTCTATGTACGCTCTTGCCCATATTTCAGAACATTCAAACCCTCCAATATTACTATTATTTACACTTTCATCAAAAGGTATAAAATATGTAATTATAGTTTTCCCATTTTTCAGAAAATCTTTTGGCATAGCATGAGATGTTCCTACAACACTTTTTAGCTTCTGAAACATATCATCTTCAGCAGAGGCATAAGCAAATAAAAGTTCTTGCCACTTTGTAGTTATATTATTTGATTTATGATAATTTTTTACAAAGTTGTTCATTAATGTTTCAATCTTATTTTTCATAGTATCACCCCTAGATAATTCTATATTTCCAATTTAATGTTATTATTTTATATTATATAATAGTATTTTATAATATGTGTACTAATTAATATTAAAACTATGTTTATCAATCAGTCTTAAAAAAGCTTCTAATATCAATAAGATACTAGAAGCCTTTTTTAATTATTTAATCTAATTTATTGCAATTCCTGCACTTGCATATCCTGCTACAGTATTAACTAATGAAAGACCTGACGCTGTTGCAGTAAATACTAGTAAGAATCGAGTTTCTGCTGTTGCTGCTATATTTAATCCTGTTACAATTCCACTAGAAATTGAACCAACTGATAATATTCCTGTAAGTGGTGGAGCTAGTGTAACTGTCGCTCCTGGTACAGCTGTAAATGAGTTATTTGGTGCAGTAGATTGATAAAGTGTTGCTGTAATTGTAACTGTTGAGCCAACAAGTGAAAGTGCTGCTGTTGTACTGAAGTATGCTGAAATAGATGTTATTGTTCCAGCTCTTGGCATTGAAAATGCAAAGTTAGTCAATGTTCCTGCTGCGTTTGTAAGGTCTATTACTCCACCAACTATACTTAATCCTGGAGCTGAACTACCAAAGCCAACAAAACCTGGTGTACCTACTAATCCTCCAGCTATAGTTGTAAGTGATAGTGGTATACCTGATGCAAAAGGTATTATTGCACTAGCACCTGTTGGGCCTGTTGCTCCTGTTGGACCTGTTGCTCCGGTCGCTCCTGTTGCTCCTGTTGCTCCTGTTGCTCCCGTTGCTCCTGTTGGACCTACTAATCCATCTGCCCCTGTTGGACCTGTTGCTCCTGTTGCCCCTGTTGCTCCATCTGCTCCTGTTGGACCTGTTGCTCCTATTGGGCCTGTTGCTCCTGTTGCTCCTGTTAATCCTGTTGCTCCTGTTGCTCCTGTTGGACCTACTAATCCGTCTGCTCCTGTTGGACCTGTTGCCCCTGTTGGACCTGTTGCTCCATCTGCTCCTGTATTTCCTGTTGCCCCTGTTGCTCCTGTTGGACCTGCTACTCCATCTGCTCCTGTTGCTCCCGTCGCTCCTGTTGGACCTACTAATCCATCTGCCCCTGTTGGACCTGTCGCTCCTGTTGCTCCTGTTATTCCTACTCCTGTTGCCCCTGTTGGACCTGTTGGGCCTACTAATCCATCTGCTCCTGTTGCTCCTGTTGCTCCTGTTGGACCCACTAATCCATCTGCTCCTGTTGGACCTGTTGCTCCGGTTGCCCCTGTCGCTCCGGTTGCTCCATCTGCTCCTGTTGCTCCTGTTGCCCCTGTTGGTCCTATTAGTCCTGCTGCTCCTGTTGCCCCTGTTACTCCTGTTGGGCCTGTTGCTCCTGTTGCCCCCGTTGCTCCTGTTGGTCCTATTAACCCTGTTGCTCCTGTTATTCCTATTCCTGTTGCTCCTGTTGGACCTGTTGGGCCTGTCACTCCAAATCCTGTTGCTCCTGTTGCCCCTGTTGGACCTGTTACTCCATCTGCTCCTGTTGCCCCTGTTGCTCCTGTTGGACCTGTTACTCCTGTTGCTCCGTCTGCTCCTGTTGCTCCTGTTGGACCTGTTGGACCTGTTATTCCTATTCCTGTTGCTCCTACTGCCCCTGTTGGGCCTGTCGCTCCAGGTGTTCCTGTTGCTCCTGTTGGACCTATTAATCCTGTTGCTCCTGTTACTCCTACTCCTGTTGGGCCTGTTGGGCCTGTTGGACCTGTCACTCCAAATCCTGTTGCTCCTGTTGCTCCTGTTGGGCCTGTTGCTCCATCTGCTCCTGTTGCTCCTGTTGGGCCTGTTGCTCCTGTTACTCCATCTGCTCCTGTTGCTCCTGTTGCTCCTGTTACGCCTGTTGGGCCTGTTACTCCAAATCCTGTTGCTCCTGTATTTCCTGTTGGACCTGTCGGACCTGTTGGTCCTGTTGGGCCTCCTGTTCCAGTTCCTCCTGTATTTCCTGTTGGACCTGTTGGACCCGTTGGACCTGTTGGGCCTGTTGGGCCTCCTGTTCCAGTTCCTCCTGTATTTCCTGTTGGACCTGTCGGACCCGTTGGACCTGTTGGGCCTGTTGGGCCTGTTGCCCCTACACCTGGACCTGTTGGACCTGTTGGGCCTGTTGGGCCTGTTCTACCTCTTGGACCCATTGGGCCTGTTGGACCTACACATGATGGTGGACAGCAATGATGGCAATCACAGCTATTATAATCATCACGACCATTGTTACAATCATCATATTTATCATAGCCATTGTTGTAATCATTATCATCAAATGGTCCAAAATATTTATTTCTACTCATTATTAAAAGCACCTCCTGATATATTTGAGCTTTTAAGCTCTATATATAATATGTCAAATTTAGTATGATTGTGACCTATCAACTATTTTTAAATTTACTAAAATAATTTTCATTGTGCAAAACAGCACTATCGTTAGGTTTGATTTCTTTTGTTTTTTCATGATAATAAATAGCTTTATCTGATTCTCCTAACCTGTCATAACAGACACTTAATTGTATAGATGGTATATATCCATAACAATCATTTGACTTAAAGCCTCCATTAGTATCATTCTTATCTCTTGTTAATGCTACCTTATACCAAAAAATGGCTTCTTTATATTTTTGTCTATCAAACATATGCTTTCCTATGTCACAACAAACTTCTGCTCTTGGCTCATCAAATTCGAAACTTCTAAACAATGAATATAATGCACTCTTTTCATCATTAATTAAGTAATAACATGTGGCTAAATCTCTGCAAGCACTGATACAATCCTCAAGCCATCCTCTTGATGAGTCTAAAAACTTAGTAAAACCTTCTATTGCTTCTTCATACCTAGCATTATAGTACAACTCTCTAGAGTAATAGAATTGGTGTCTTGGCCCCAATACTTTTCCTTCTGAAATCATTTTTTCAAAAATCCTAAGATTTCTTAGAGGGTCCTGTCTATGGAGTTTCTTATGAGATATTGCAATTTCAGAATAAAATATTTCTCCATAAAGAGGTATTACTTCGTGAATAGGGTCAACCCATTTATGATTAGAACTTCTTTTAAACAATCGTTCTCTATAATATGAGAGAGTTGGTTTACCATTGTCATCAAAGGATACATTGTATTTTGCCATAACAATATCAATGGAAGTATCCAAAGTTTCTTTAACTTTTAATAATTTTTCTCTATCATCTTCTAAAATTATGTCATCTGCATCAAGCCACATTATATAGTCTTTAGAAGCTTTAGAAAATGAAAAATTTCTTGCAGCAGAGAAATCATCTATCCATTCGAAATCGTACACCATGTCTGTATATTTTGAGACTATTTCTTTTGTGGAATCTGTAGAACCAGTATCTACAACTATAATTTCGTCTACTATATCCTTTACACATTCTAAGCATCTTCCTATAACATCTTCCTCATTCTTAACAATCATGCACAAACTTATTGTAATCATAATGTACAACTCCTTTGTCTTCTATATATTGCAGACATAAGTAATATATGGTACTTTATCTTATTTTGTTATTAAATTTATAAAAACTTTTAACGACAAAAAGTTGCTAAAGAGTCTTATCTTTTATGTATTTTTTATATTAGAATTTATTAAACTTGAAATTTGATAATAATTGTTGAAATAATAAAAACATATTTAATTTCATACAAAAAAGAGTGTCCCATGAACTAAAAAGTTCATTTTGAGACACTCTCATTTAATATTCTCTATATATTTGTAAAACAGACATTTTTATATGATACTTTGATACTTTATTCATTTCTATTCATTATATAATCAATCAGCCCATACTCTTTAGCCTCTATTGCAGTCATAAAATTATCTCTATCTGTATCTCTTCTAATATCTTCTATTGATTTACCTGTATTTTCAGAAAGAATCCTATCTAATTGTTCTTTTATTTTCAATATATTATCTACTGCTATTTTTACATCTGTTGCTTGACCTTTAGCTCCTCCCATTGGTTGATGAATCATAATCTCTGAATTGGGTAAAGCACACCTTTTTCCACGTGTTCCTCCTGCAAGTAAAAAAGCACTCATACTTGCAGCCATTCCAATACAAATAGTCGATACATCACATCTTACATAATTCATAGTATCATATATAGCAAACCCTGCTGTAGTAGATCCACCAGGGCTATTTATATATATAATTATATCTGAATCTGGGTCTTCTGATTCTAAAAACAATAATTGAGCTACCACTAAACTTGCAATAGCATCATTAATTTCTTCTCCTATAAATATAATTCTATCTTTTAATAATTTTGAATATATATCATAAGACCTTTCCCCTTGACCTGTTTGTTCAATTACATGTGGTACTAAACTCATGCTACTTCCACCTCACAATTAATATTAAAGTTAAGATAAGAATTTACTTCATCTCTTCTTTGTTTATAATTCATATTTGCATAAGAAATACATTTTTTGCTTTGAATTTGATGATTTAGATTTAAAACAAATCTCTGTTGAATAGGATAAAATTCATCTTTATTTCTATATACTTGTGGAGATTCTTTATATAAATTTCTAAATGCTAGTGTAAAAGATTGATGTGTAGAATATCCTACTGTAATAGCTATGTCTATAATATATTTGTCTGTAAATATAAGTTGTCTAGCTGCTTCAGTAAGTCTCCTCCTCTGTATGTATTGATGTATAGTACATCCTACAACATTTGTAAACATTCTGTGTAAATGGTATTTTGAATAATTAGCAATATCAGCTATTTTATCTAAATTTAGATTTTCTGTAAGATTTTCTTCTATATAATCAATTATATCCATAATAACATCTGTATTTGTTTTCAACTCTATCCTCTCCTTTTAAGTATTATAACTTATGCAAAAAGTTTTTTCTTAATATAAATTGCTATCTTAATTTAGTGTATAGCAACAAAGTATCGATAACACAATATCAGGTATTTTTATACAAGAATATTAATATATATTTCTTTTAAAGTTTAAACTTAATTGCATCTATTATATGTAGATTGCTACATGTTTTATCTATGTACCTTGATTCATATGTATTATTTTGCTGAGTATTCTTACACCTTTTTCAATTTCATCAAAACTAAGATGAGCATAACCTAGTATAATTTCATGGCCATATTCCAATATGTTCTCAATTGCACATTGTTGTATAGGATAAACTCTTATACCTGCTTCAAAAATTTTATGAATTAAACTTTCCGTAAATTTAACATTATAGAAATGAGCAACTATATGAAGTCCTGCTGCTTCACCTTTTATTTTAAATTCATTTTTAAATTCTGTGTTTAAAACTTTTATGAGGTACTTACGTTTTCTGTTATACAACTTCTTCATTCTAAATATGTACTTCTCTAAACCTCCATTTCCAATAAATTCAGCTAATACATGTTGTAATATTGTTTCTGTATGAACATCAGAGTACATTTTTAAGGTTTTATAGCTTTCTAAAATATTGTCTGGTAATAACATAAATCCAACACGAATAGCTGGAGATAATATTTTACTAAAAGAACCTATGTAAATTACTTTATTCGGGTTAAGTTCATAAAGAGAACTAATTGGTTGACCCTCATATCTAAATTCACTATCATAATCATCTTCAATTATATAGTAATCATTCTCTGTTGCACATTTAATAAGCTCTAGTCTTCTTTGAATAGGTAAAATCCCTCCTAATGGATATTGATGAGAAGGTGTAGTATAAACAAAAGAAATCCCCTTTATTGATTTTATTAAGTTGGTATTCATTCCCTTATCATCTACTTTAATTCCAACAACCGAATATCCAATAGATGAAATAACCTTTAATAAGCCTTTATGAATAGGGTCTTCTACAGCAACCTTTTTATTACTTTTGTATAAAAGTTGTGAAATTAAAGATAAACCTTGTGTTGAACCAGAAACAATCATAATGTTTTTAGGATTACATCTAATTCCTCTAGTACGAAATAAATACTTAGATATTTCCACTCTTAAAACCCATACACCAGCTGTACTTCCATATCTGAAATCAGAATCTGATAAATCATACAGTATTTGTTTATATAGCTTTGAAAGTTCTTTGCGTGGAAATAGTTTTAATTCTGGAACTCCTGAACGAAAATCTATATAATTTTTTTCTTTATTAGTATGTAAATCTTTTTCATTTCTAAAAGTATAATTTAACTTAAAATCAACTTGATGCCCTGATATTCCTTTAGCTACAATTGTTCCATATCCATTTCTTGTTTCCAAATATCCTTCTGCAATTAATTGGTTATATGCATCTAAAACTGTATTACGAGATACAGATAGTTCTTTTGATAAAGTCCTAGATGATGGCAATTTTTGCTCAAACTTTAAGCTTCCATCTAGAATCATATCTTTTATCTCACAATAAATTTGTCTTGATAATGATATATTGCTATTTCTATTAATCGTAATCCACATTCTAATACCTCCAAAAGTGGTTCTATAAAATTACTATAAAAATGGAACTACAAAATCCACTTTTAACTTGCTAAGATTATATCATAAAATAAAAAATAAAAAGGAGTCTATATTATGTTAGAAATATCACATAAAGTTAAAGAAATTTATCCCAATATTAAATTTGGAGTTATGGTTATAAATATTACACATTCAAAACCTAATAAAGAAAATTTTTTAATTCTTAAAGATTCTACAATTAAAAATATTATAGAACAACATCCAGAATACAATCGTAAAGAAAAAATTAAAACAGAGCCTGCTTCAAGTTATATAAAGTATTATAAAAAATTCAAGAAAACTTACCCTGTATTGCTTCAATTAGAATCTATTCTATTAAAATCAAAAGGTATCCCAGATGTAGGTGTAACAATTGAGTCAATGTTTTTAGCAGAATTGAAAAATCTTCTTCTAACAGCAGGTCATGACCTTGATAAAATAGAATTACCTTTGAAAATAGAATTAGCAAATGGAAGTGAACATTTTTATGGTATAGGTGGTAAAGAACAGATTTTGACAAAAGATGATTTATTTTTATCAGATAATATTGGTATATTATCTAGTATTCTTAATGGACCTGATAATCGAACAGCTATAACAAAAGATACTAAAAATATTATGTATTTTGTATATGGACCTGATAAAATATCAGAAAAGCAAATTCAAGACCATTTAAATGACATAAAACACTATATTTCAAGTGCTTTTCCAGATTTAAAAGTTAATTCAATTGATATATTTTAGTTAATATATTAAAATCCTCATAAATATTTTGAATAAATAAATTAGTGAAGTATACATTCTAGTTAAACTAGATATACTTCACTAAAATTAATTATATGTAGATATTATTTATTTTGAATTTTGTTTATAATAAACACTTTATTACATTTATCCTATGAATAACTTAATTTTATAATTAAAGAGTTTCATAAGAAACAATTTCACTTAAAGGAACACGAGTTTTTTCATGTCTTTCTGGGCTCTCTGGTATCTTAGATTCATATCCCATCAATAATATATTTATTGGTTCTAGATTATCTGGCAAACTAAACTCTTCTCTAATTATATCTGGATTAAAATAGCACACCCAAACACTTGCCAATCCAAGTTCAGTTGCCTGTAACATCATATGGTCTGTAACTATACTTGTATCAATATCTGTAAGTTGTTTCCCATCAAAAGGTCTTGTCCAAACTTTGTCTTTATCTCCACATACAAGAATTGCTAATGGCGCATCATATATATTGGCAGCCTTAGAAAGTTTATTTATACCTTCTTTTTCCTGAATAACAATCAATCTTTGAGGTTGACAATTACCACCAGTTGGAGCTATTCTTGCAACATCTAAAACCTTCTCAAGTTTTTCTTTTTCAACCTTTCTATCTTGGTAATTACGGCAAGAATATCTTTTTTTTGCAAGTTCAACGAAATTCATTTATTTACCTCCTATTGTTTTATTAGGCTAAGTTGATGATTTATTTAACCTATGCTATAATTTTATCACTATGGTACTATATTACAATAATGCACTTTTTTGTAATATAGTACCTAAAAAGATACTTTAAAATAAATAAAGGAGCCCAAAAATGAAAAAATGTTTAGATAGTTACAGTTGCCCAATAGAAGCAACACTTGCATTGATTGGTGGTAAATATAAGACACTTATACTTTGGCATCTTAAAGACACTATATTGAGGTTCAATGAATTAAAAAAATTAATTCCTAAAGCAACACCTAAGATGTTAACTCAACAATTACGTGAATTAGAATCAGATGGTTTAATTATAAGAGTGGTTTATCCTGTTGTTCCTCCAAAAGTAGAATACTCACTATCTGATTTTGGAAAGAGTATTATTCCAATTTTAGATTCCATGTGTGACTGGGGTTCTGATTACTTGGAAAAGCTCTAAACCATTACAGTTTAAATCCCATTGCTAATTTAACTTCATCCATTTGTTCTTTAGATGTCAACATTTCTAAAAGCTTAAAAGCTACATGTGGAGCTGTTTCTGGACAATATGAGGTTATAATATTTTTATCTACAACAATTGGTTCATTAACTACATTTACATCAAACTCGCTTAACTGTCTTTGTCTTTTACCATTTTTCAAATGATATGTAGTAGCTTTACGATTTTTTAAAACACCACTTTTTCCAACTGGCAACGCTGCCACACAAATAGAAGCGATTATTTTTTCTTTTGAATTAAACTCCCTTATTAGATTTAAAAAAGATGAATCATATGCTTCATCATAAAATCCAAATTCTTCAAATCCTCCAGGAATAGCTAGAGCATCATAGTCATCAACACATACTTCTTCTATCGTCTTATCAACTAATACTTGTATATTAAATGTGCTCATAACTTGTTTTTTAAATCCACAAGTCACTACATCAATATCATGCCCATAATCGTTACGAGCCCATCCCATAACATCTACAAATACACTAAATTCCATAGTTTCAAAACCTTTTGCTAAAAAAACTAAAATTTTCAT

Protein sequences of DBSCAN-SWA_11

>CP012312|3791459:3845099|3836287_3838414_-|AXU77165.1|DBSCAN-SWA
MSRNKYFGPFDDNDYNNGYDKYDDCNNGRDDYNSCDCHHCCPPSCVGPTGPMGPRGRTGPTGPTGPTGPGVGATGPTGPTGPTGPTGPTGNTGGTGTGGPTGPTGPTGPTGPTGNTGGTGTGGPTGPTGPTGPTGNTGATGFGVTGPTGVTGATGATGADGVTGATGPTGATGADGATGPTGATGATGFGVTGPTGPTGPTGVGVTGATGLIGPTGATGTPGATGPTGAVGATGIGITGPTGPTGATGADGATGVTGPTGATGATGADGVTGPTGATGATGFGVTGPTGPTGATGIGITGATGLIGPTGATGATGATGPTGVTGATGAAGLIGPTGATGATGADGATGATGATGATGPTGADGLVGPTGATGATGADGLVGPTGPTGATGVGITGATGATGPTGADGLVGPTGATGATGADGVAGPTGATGATGNTGADGATGPTGATGPTGADGLVGPTGATGATGLTGATGATGPIGATGPTGADGATGATGATGPTGADGLVGPTGATGATGATGATGATGATGPTGATGPTGASAIIPFASGIPLSLTTIAGGLVGTPGFVGFGSSAPGLSIVGGVIDLTNAAGTLTNFAFSMPRAGTITSISAYFSTTAALSLVGSTVTITATLYQSTAPNNSFTAVPGATVTLAPPLTGILSVGSISSGIVTGLNIAATAETRFLLVFTATASGLSLVNTVAGYASAGIAIN
>CP012312|3791459:3845099|3814646_3815231_-|AXU77143.1|protease|DBSCAN-SWA
MALVPVVVEQTGRGERSYDIFSRLLKDRIIFLGDQVNDATAGLIVAQLLFLEAEDPDKDIHLYINSPGGSITSGMAIYDTMQYIKPDVSTICIGMAASMGAFLLAAGAKGKRLALPNSEIMIHQPLGGAQGQATDIEIHAKRILKIKETLNEILSERTGQPLEKIKMDTERDNFMSALEAKEYGLIDEVFTKRP
>CP012312|3791459:3845099|3827629_3829309_-|AXU77156.1|DBSCAN-SWA
MSNSIPEIENADVLFIFGYNGADSHPIVANRIVKAKKNGAKLIVTDPRVTESARIADIHLPIKGGTNMVLVNAFGNVLIEEGLYNKEFVQNHTQGFDEYKEIVKPYTAKYAEKITGIPEELIRKAMREYAKGKKAMILYGMGVCQFGQAVDVVKGLASIALLTGNFGRESVGIGPVRGQNNVQGACDMGALPNVYPGYQNVTDDKIREKFEKAWGVKLSPNNGYSLTQVPDLVLKEKKLKAYYIFGEDPVQSDPDASEVREALDELEFVVVQDIFMNKTALHADVILPATSWGEHEGVYTCADRGFQLMRKAIEPQGDVKPDWQIISEISTAMGYPMNYKNTKEIWDELRQLCPSFLGATYEKIETQGCVQWPCKSESMEDKGTMYLYEGQKFSTPNGKGNLFAAEWRPPMEVEDDEYPFSLCTVREVGHYSVRTMTGNCRTLSSLEDEPGRVQINSNDAEKLGIEDDELVRISSRRGSVITRATVTDRVKEGATYMTYQWWVGACNELTIANLDPISKTPEYKYCAVKLEKLEDQELAEKCVREEYQSLKDKMTATNI
>CP012312|3791459:3845099|3831293_3831953_-|AXU77159.1|DBSCAN-SWA
MSKILVVDDELDMLKLIENVLKRDGHEVKVISDVEKAMNMDFNYFNLIILDVMMPKMDGFEVCKTIRNKVDCPILFLTAKNMESDIMYGFGIGADDYITKPFGVGELRARITAHLRRESREKKNLLTISNVQFNFLGKEVLIDGKKINFTKSEYLICEFLAKNKGQVFSKERIYESVYGFDGESDISTITEHIKNIRSKLKQYDIYTIETVWGIGYKWV
>CP012312|3791459:3845099|3802143_3803229_-|AXU77133.1|DBSCAN-SWA
MRLSKNIFYNLEKFYLVLNRISDKEIRVICKEIGILLESGCEITKIFEIIESQSSKKVKNLLNIVSNHIQKGNSIAESFQITGTFSKFFISMIKAGETSGNLDIIMSDLSNYYDKEYKLKMKIITISIYPIILIILSILSMLFIFVFVIPNFQVVFTSNGIEPPLITRALIGISTIVTNNLAYLIFSFILFSIGSIYFLITNDNIKKLINSLKFKIPFIKRINQLVATTRFSRALSVLISSGIQIVEAIDMSASVIDNEFIYERLKISNNYIKKGNSIGKSLNLANIFPKLFISMANTGEESGKLDKSLNVINKFYENELNNKIEQIMKFIEPMLIVFMGLIIGTFILAMVVPMFDAITSF
>CP012312|3791459:3845099|3798480_3799518_-|AXU77128.1|DBSCAN-SWA
MLGRNELCPCGSGKKYKKCCLNKDIVSERACRKTELSQKQYTDLYSKLYDYSRQDKFKEECEKAKEMFYIMQNDSVNEKFERFFNTYLIQDHIMENKKVMTVGFLEENGANLSQSEVSILKSMFESYVSIYEVKEVSAGKIVLKDCLSGNELCTEDVKLLRSFKIGSCMIARIVDIEGTNILIDITISISNEVKDIILKDIMNLFNQYQDVYKDMKSFLIYHTHILYKYIQQLLDPSIAEYLKRERDKNDTKVNSENELAEEECKVLDTLKENVEKENIDACIEFWNEYKKNHENIKGAENGWAAAVEYYVKKEAGQPITQVQISKKYDISSSTLGKRYKDLKIS
>CP012312|3791459:3845099|3841142_3842558_-|AXU77169.1|DBSCAN-SWA
MWITINRNSNISLSRQIYCEIKDMILDGSLKFEQKLPSSRTLSKELSVSRNTVLDAYNQLIAEGYLETRNGYGTIVAKGISGHQVDFKLNYTFRNEKDLHTNKEKNYIDFRSGVPELKLFPRKELSKLYKQILYDLSDSDFRYGSTAGVWVLRVEISKYLFRTRGIRCNPKNIMIVSGSTQGLSLISQLLYKSNKKVAVEDPIHKGLLKVISSIGYSVVGIKVDDKGMNTNLIKSIKGISFVYTTPSHQYPLGGILPIQRRLELIKCATENDYYIIEDDYDSEFRYEGQPISSLYELNPNKVIYIGSFSKILSPAIRVGFMLLPDNILESYKTLKMYSDVHTETILQHVLAEFIGNGGLEKYIFRMKKLYNRKRKYLIKVLNTEFKNEFKIKGEAAGLHIVAHFYNVKFTESLIHKIFEAGIRVYPIQQCAIENILEYGHEIILGYAHLSFDEIEKGVRILSKIIHMNQGT
>CP012312|3791459:3845099|3821048_3821987_-|AXU77148.1|DBSCAN-SWA
MKVLFTINYGKEKFDKIRELGYDVIHYSEDSIENNEDVNTADVLVTYNPFERLDISKMKNLQYIQTTSVGIDQLPKDEVLKRNIKIANNRGGYSVPIGESIVLYILEIYKNSAKFFKQQQNKEWKMDFSVSELYGQRVGFLGTGTISSEAAKRLKAFGLEIWGVNTDGSSKKYFDKCFATEDMNIVFEECDIVVVAMPSTKSTDGIVNKDMFKLMKDGSVFINVGRGNTVNQKDLEECVEKFRGVALDVFESEPLNKDNKLWECENVIVTPHNSWVSDKNKERTFNMVYNNLKHYIMENKPVDNVVDISRGY
>CP012312|3791459:3845099|3830024_3831083_-|AXU77158.1|DBSCAN-SWA
MDRLKNIRKSLLQYTFLFLLIGITIYLVFKTLDIKMLSNVMVMVDKKFLFIGALAIMCHIMLEGVVMKIIIESTHKVNIRFIGFKLAIMGFYYNLITPFASGSQPVQIYVLKKCKMPLSKASAVVTNKSIIFQIVVTFYCTILVLMNFAMLEKQMKMIMPLVFLGIAINSFVLIMIILVILNPKKIKYFMRITIKHLSKIKFLKFLDNKIESIESFIDDYSKAINFFAKNKKVLISTIIVTFIQLSAYFSVSFWIYKAFNLQGYSYIYILTLQAFLYMAISPIPTPGNVGANELAFFTIFKSVFPQPLMGYAVFLYGGFMYYLILIGSGIFTVITHYRMKNRIGRNIVLSEN
>CP012312|3791459:3845099|3797712_3798030_-|AXU77126.1|DBSCAN-SWA
MDYIGIENITPYENTYEFSVYEYDDEIILGSEKLYVCELRVVLIKVNSLYVERLNKSVEAMVLVKNLKKDLDKTLVVNKIKNFVLDEIWVENLVKENIEVIFVES
>CP012312|3791459:3845099|3796060_3797665_-|AXU77125.1|DBSCAN-SWA
MLRVSNVKLGIDKDISLLKDVVLKKLKIKEKNLVKYSIYKESIDARKKGKMEFVYSVDVEVKDENKILNSKIKDVTKIKEIRYVNVPIGDKKLKNNPLVIGSGPAGLFAGLLLAQMGYEPIILERGLDVDSRTKDISDFWTTRKLKNNSNVQFGEGGAGTFSDGKLTTRIKDIRCRKVLEELVQFGAPDEILYSHKPHVGTDILKNVVKNIRNEIISLGGQVRFNSKVTDILVSNDSIQSVIINDTEKIDTDTIILAVGHSARDTYEMLYSRGVKIVQKPFAIGARVEHPQDLINKAQYKDFYNHPRLGAADYRLIEHVSNGRTAYTFCMCPGGSVIASASNDFEIVTNGMSEHARDKINANSAFLVNVTPEDFKSDNPLAGVHFQQKYEKLAFELGGKNYNAPVQLVGDFINNKTSLNLGSVEPSYRPGYTLTNLSECLPSFVTETMREAFISLDKKLNGFAMYDAVLTGVETRSSSPIRIVRDENTLESVSIKNLYPCGEGAGYAGGIVTAAVDGIKCAEKIIQKYTNNTKI
>CP012312|3791459:3845099|3839880_3840465_-|AXU77167.1|protease|DBSCAN-SWA
MSLVPHVIEQTGQGERSYDIYSKLLKDRIIFIGEEINDAIASLVVAQLLFLESEDPDSDIIIYINSPGGSTTAGFAIYDTMNYVRCDVSTICIGMAASMSAFLLAGGTRGKRCALPNSEIMIHQPMGGAKGQATDVKIAVDNILKIKEQLDRILSENTGKSIEDIRRDTDRDNFMTAIEAKEYGLIDYIMNRNE
>CP012312|3791459:3845099|3792694_3794044_-|AXU77123.1|DBSCAN-SWA
MGKINFDYSKATEFFCQNEIDVMQPYVDVAHDMLHNKTGLGNTFLGWIDLPKNYDKEEFDRIKKSAEKIKSDSDVLLVIGIGGSYLGSRAAIDMVSHSFRNGLKKEQRKAPEVYFVGHNISSTYIMDLLDIIEGKDISVNVISKSGTTTEPALAFRIFKDYLEKKYGKEEARKRIYATTDSSKGALRQLATEEGYETFVIPDDVGGRFSVLTAVGLLPIAAAGLDIDAMMKGANDAREAFQNPDLKSNDSYRYAVARTILHRKGKDVELLVNYEPQLHYVSEWWKQLYGESEGKENKGLFPASVDFSTDLHSMGQYIQDGKRLLFETVLNVENCKRNITISSEEVDLDGLNYLAGKTVDFVNHKAFEGTLLAHTDGKVPNLVINIPQLDEYNFGYLVYFFEKACGISGYLLGVNPFDQPGVEAYKKNMFALLGKPGYEKEKEELEKRLK
>CP012312|3791459:3845099|3799770_3800355_-|AXU77129.1|DBSCAN-SWA
MRLNNREKNLLKILLILVIILASDIAVSYLEENLISLKNEKQNIINKINNQDNYQIKDNKRIDDKYIESVELNKNEELKNNFNNSFLDKKTNKDIVLLVENELRDIVNVEYINQESSLDNHNKKQVNLEIKVNGELANVLKLEGVMKKLRLNNKLEKIEINKLKVNNFDSQNIPNEYKQEKDNIVECKMTVRVI
>CP012312|3791459:3845099|3809135_3809747_-|AXU77138.1|DBSCAN-SWA
MKIRSSEITMSAVNKSQYPAEGIPEIALAGRSNVGKSSIINTLLNRRNFARTSQTPGKTRTINFYLINNEFYFVDLPGYGYAKIAKSEKEKWGGIMERYLESRQELCSIFLLVDIRHEPTADDKLMYEWIKHFGYNCVVIATKADKISRGQYQKHISIIRKKLQMESSEKVIPVSSLKKTGVEELWEEIVNQYNQHGYEITVD
>CP012312|3791459:3845099|3798034_3798400_-|AXU77127.1|DBSCAN-SWA
MSLSLGNAIAVSTNFIKSNPAVPVYNGEEIYAVIYHIEIGYNNGVSPDTKQYIIIDYKEFDLSMDKKNELINIAKEYCKSKGIVENENLEINLLDNEEAENFLEKVFNNMKVIRGLITKKG
>CP012312|3791459:3845099|3809736_3812100_-|AXU77139.1|protease|DBSCAN-SWA
MEQNYTKIDHELPLIPLRGLAIFPYMILNFDIGREISLKALDQAMMDEELIFLTSQKEAEVDEPGEEDFYHVGTICKVKQMIKLPGDTVRVLVEGVSRGRVKKIEQEDGYFRAVIEEIVFDSDNLDSETEVEIEAFVRNVFDAFEEYINIGNRVSPEILISLADIEDVDRFIDTIAANIYLKSSQKQEILEEFDIRKRLELIYSILLEEIDILKIEKKITLRVKKQMNKVQKEYYLREQLKAIQKELGEEEDINSEADEYREKLKKIKAPKTTKEKIEKEIDKFSKISSMSPDVSVSRNYLDTIFSLPWNKETKDKLDITKAKDILDEDHYGLEKVKERILEYLAIRTLAKSLKGPIICLVGPPGTGKTSIVKSIARALNRKFVRISLGGVRDEAEIRGHRRTYVGSIPGRIINGVKEAQTKNPVFLFDEIDKMAADYKGDPASAMLEVLDPEQNKDFVDHYLEIPFDLSKILFVTTANSLGNIPRPLLDRMEVIEVSGYIEEEKLNIAKKYLLPKQIKEHALKENFIKIDDETLRSIINHYTREAGVRTLERTIGKICRKVAKKYVEDPTLEEVVINKSDLEAYLGKDMFKYQLAEVNPQIGLVNGLAWTEVGGVTLEVEVNVLKGKGEIVLTGKLGDVMKESAKTGISYIRSIVDKFDIDPDFYKTNDIHIHIPEGAVPKDGPSAGITMALAVISALTKRPVPGNIAMTGEITLRGRVLAVGGVKEKLLAAHRAGITKVLIPKECEADLDEIPENVKEKMEFVLVEHMDEVLEQALLKSGENNEN
>CP012312|3791459:3845099|3800813_3801686_-|AXU77131.1|DBSCAN-SWA
MAIIKKILNLEINDDYIRLIFLRKSHKKVFIDKSIIKEINFDIKNDSNSIEKIKYIEDVVRFVKEEIGKSKILYKNLYFNIQIQDIVIRNVEVLNTKKKRDILSMIEFEITQYIPININNYSIKYKVINSKNDKLNIQVILFPKSIIQLIKNISENLNMNPRTININFDILQKLINLNLIENFSEEGVFIECKKSQLIINITKDKKIRETYLLSKEGKSYEFIKRLLRDFKYVYYYGIENCFIEEYFKYTDKSIEVNPLRLKDKVKVENNFDTDLEDNRINYISSIGMLI
>CP012312|3791459:3845099|3822088_3822511_-|AXU77149.1|DBSCAN-SWA
MSFEKINNNNLDKIHNRKCIMIVNFNKKELSLIKNVSNFAGIRDHIILSDKNGENIIRDILDGNISNECENGIKSKSVIFNNTPSTQVNAFLEGLKKVRINRPFTAMVTETSIDWTLNNLIENLVQERNAMSLGKTIEHK
>CP012312|3791459:3845099|3794308_3795937_-|AXU77124.1|DBSCAN-SWA
MNIIISLMGGLGLFLYGMNLMGEGLQKSAGTKLKKIIKLLTSNLFMGVLVGTGVTAVIQSSSATTVMVVGFVNAGIMTLKQAIGVIMGANIGTTVTAQLVSFDLTGMAPVALGVGIILYLFGNKPRIKNIAEILIGFGILFTGMDFMKMAVEPLRDYQGFTDLLVTFGRYPLLGLLLGFGITAIIQSSSASMGMLVALAAEGLVPLSAALPILYGQNIGTCVTSLLSSIGANKNARRAAMMHLIFNVLGTVIFLIFLNKPVVSMVTSWDPSNVARQIANTHTLFNIISVLILLPFTNLIIKLAIKLVPDRAGDIDEDETKTIKYIDDRMIETPSIALANTIKEALRMGEKAKESLNASMEALVEHSTEKIDKTYRRERLINDLQKAILNYLLKLSKAPLDDDSREVVDTLFNTVNDIERIGDHAKNIAELSQVAIDSNISFSEEGQSELDVMYNRVVSAYTYALESMRTDNVDLACKVIKIEEQVDIMEKSCRANHMYRLNNNLCSIENGVIYLDVISNLERISDHAVNIAQQVIAKRLGND
>CP012312|3791459:3845099|3812779_3813307_+|AXU77141.1|DBSCAN-SWA
MSEIILLFLIFLKIGAFSFGGGYAMLPFIQQEFISKYHFITNQEFLDLLAISQSTPGPVAINSATFVGFKTAGFFGSLAATIGVTIFALIGLTIISKLFSKFKNNKKVENLLTVLRPITLGFILSAAFSSAKEVNWDLYGIIAFIASFYLLYKGKIGSIAIVFVFGILGILLTFL
>CP012312|3791459:3845099|3805843_3806923_-|AXU77136.1|DBSCAN-SWA
MEGKVKKAFPGGNTSQGSYSFFDYIIPENVKRVFCLKGGPGVGKSSLMKKIYKEFLHRGYDIDLYHCPSDPSSLDGLVIKKLGVVLMDATAPHTMDPKLPGALDEIINLGDYWNTEELEKNKQEISVYDKDISNSFKRAFKFLKSAEPIFRDIEEKYSDCMDYGKVNLVTEEFIKRLFDGVKSTGNLKREKHLFGSAITPVGCLDYTENILKDVNKVYYLAGEIGTGKTTLLNKVYKKAIEKGLNVEVYHYPLIPEKIETVLLTDLDIGITISTTFKEEDTIDLNQFLNREKLLKYEEDIKFDEKVLDDLICWAVLNLKRAKSKHDIIESYYSPNMRFDEVGKLRDKLIKRILKYEENL
>CP012312|3791459:3845099|3829357_3829774_-|AXU77157.1|DBSCAN-SWA
MEKKILTVCPYCGAGCQLYLVVKNNKILRAEPANGRTNQESLCLKGRYGWDFLNDPKILTPRLKKPMIRKQGVLEEVEWDEAINYTASRLNEIKEKYGPDSIMGTGSARGPGNEANYIMQKFMRATIGTNNVDHCARV
>CP012312|3791459:3845099|3833899_3834475_-|AXU77162.1|DBSCAN-SWA
MQKITWEVEYISQLPVIRYCKKCGKKTEYICSGLFRINAQHKYLDIWLIYKCSNCDSTWNSTIYSRVNPKSLNPETLEQFHTNDYNLAKQYAMNMELLHRNGAEVGIPEYKIVGQEININDLTQVHIISKYPSHLKVSTLLREKLGLSRKVFDEMLDCGIIRSESGVDLKKGKLNYEIILDIGKEKQKSSN
>CP012312|3791459:3845099|3843516_3844035_-|AXU77171.1|DBSCAN-SWA
MNFVELAKKRYSCRNYQDRKVEKEKLEKVLDVARIAPTGGNCQPQRLIVIQEKEGINKLSKAANIYDAPLAILVCGDKDKVWTRPFDGKQLTDIDTSIVTDHMMLQATELGLASVWVCYFNPDIIREEFSLPDNLEPINILLMGYESKIPESPERHEKTRVPLSEIVSYETL
>CP012312|3791459:3845099|3832960_3833794_+|AXU77161.1|DBSCAN-SWA
MNVENQSLSDIEIILSHRYDNGADYWTTPDKRLIKGSPFSTLDSVLYLLELGVNPDDTLLKECADLIFSTWREDGRFKLYPNGGIYPCHTANAANVLCHMGYASDIRMQKTFQHFLDTQYTDGGWRCNKFSFGRGPETEYSNPLPTLNILNAFRFSNYLNKESKLDKAVDFLLDHWTIKKPIGPCHYGIGTLFMQVEYPFRNYNLFLYVYVLSFYNRAKKDKRFLEALKILESKMIGNKIVVERVVPKLSKLSFCKKGESSEIATTHYYEILKNLEK
>CP012312|3791459:3845099|3844514_3845099_-|AXU77173.1|protease|DBSCAN-SWA
MKILVFLAKGFETMEFSVFVDVMGWARNDYGHDIDVVTCGFKKQVMSTFNIQVLVDKTIEEVCVDDYDALAIPGGFEEFGFYDEAYDSSFLNLIREFNSKEKIIASICVAALPVGKSGVLKNRKATTYHLKNGKRQRQLSEFDVNVVNEPIVVDKNIITSYCPETAPHVAFKLLEMLTSKEQMDEVKLAMGFKL
>CP012312|3791459:3845099|3812279_3812792_+|AXU77140.1|DBSCAN-SWA
MLKLFLTFLKIGAFTFGGGYAMVPLIQDELVNKQKLLEQEEFIDYLSIAQSYPGVLAVNISVLLGYKLYGIPGVLICTLGSALPSFCIVLVLSYLYFKNSSSKILDGFFKGVAPVVIALILYSFTSMFKKLPKSKTNILLLIIAVLSVGVFNISPIYLIIGGGVYSLCQK
>CP012312|3791459:3845099|3826563_3826779_-|AXU77154.1|DBSCAN-SWA
MQIHRELSKSENEYMCTKKEEQRYSKCEICGVLIDDTDKVYNNTYNLCKKCKRNISTEKIVKYINIYDESN
>CP012312|3791459:3845099|3800369_3800813_-|AXU77130.1|DBSCAN-SWA
MKVDKTINFLNGFKKTKLCNKIYKIIIVLILTCILFKSFMYVKSINELEDYISQNKLVDKSKHTLPTTDKTREKYSKIKLNEIKKIYETIGINSITKISIDKNKLEMEGVCSDLDVLNNLRKIKYIKYYYIDSIVRDGEYYRFRIKS
>CP012312|3791459:3845099|3815379_3816666_-|AXU77144.1|DBSCAN-SWA
MKAELIKKEGNKVTLKITVDNNKFEAAVNKAYNKSRNKYNIPGFRKGKAPRIVIETQYGKGIFYNDAIEILFPEVYPEAIKELDIDPIDNPDLDIEEISKDNGLVMVLNVEVKPEFELGNYKGIEIAKVENTVSDENVDAKLQEMVEKNARLVSVEDKALEDGDTAIIDFEGFENGVAFDGGKGENYNLVIGSNTFIPGFEEQLVGKKAGEEVEVNVTFPEEYHSQDLAGKPVVFNVKINDVKVKELSALDDEFAKDTSEFDSLDELKADVRAKLEEEAKNRADAETRNSVVEKVAENTEIEIPEVMIQHQIDNMLNELNYQLQYQGFGLQQLLEMTGRTMEELREERKEDAKKLVKSSLVLEAITKAEGIEATEEEFKAELEKMASAYNMEVEKIEASLRDADKEDIKGQIKIRKTIDLLVDNATIA
>CP012312|3791459:3845099|3804771_3805452_-|AXU77135.1|DBSCAN-SWA
MKKQYVFIILASTILGILVGTIFRDYSNEETVYTSKDKSIRKEIKMTRKSIKELTKEKDKLDKEINSMKQNQKNSEEISEIETLRDSLSYSDVKGSGIILSIDAIDEKTGNIANSIDYNKILVKVINELKVNGGKYIEINGQRINQYSEVVLAGSHININGVPVAQPYEIKCIGDKEKLSNYVDKGSKYLDSIQTNYPMKISIKTEENISMKKMNIPNKLKYIKGD
>CP012312|3791459:3845099|3807500_3808871_+|AXU77137.1|DBSCAN-SWA
MKQKWIVLIIICIGVFMSTLDGSILNIANPTIAADFKINMSQIQWVVTAYMLVVTATMLFFGKLGDKVGSNRLYTLGFFIFTIGSFLCSMSNNLSTLISSRIFQAVGASILMATGLGIVSNAFPANEKGKAIGITGAVVGIGNMSGPVIGGIILEHFGWPSIFIINIPIGIIAVFLGIKFLPKPVLDEQNKSFDIPGLLLFASCTTLILLAMNENGNTRLYLGITALIIFLLLALREVKFEQSFIDLPLFKNRNFTVGNIIGVACYFPQMAVSFLLPFYLEQLKNLSPMMAGYVMTVHPLIMVLIAPIAGSLSDKHGAKNILTASFSFMTISLVGMALLKADSPLYLLIVCLVIFGLGLGAFSSPNNSSILADVPPQKQGYGGSFLATIRNLSFALGTAFFSSFFAQSLAYNQKFKSHTSSYVIASNQSYWIAASVCFIGLILTVFFMRKTDKSIS
>CP012312|3791459:3845099|3832263_3832887_+|AXU77160.1|DBSCAN-SWA
MDEKITKNNYNVPFDYVRKKLKELDPHTISNLSNIPFNNDLNRFTLNFFDRQYIIDYPSGEVWNSNGSLCNNFELKILIVRYLINAKGIPRTNKYVTFKEIPGGNVYYPNFLNRTLYRLSEVFTSQIDKYKLVMEKIGAEKVNMGDLAYRFTYMGNTSMVFILWFGDDEFPPNSNILFDSNIVYYFNAEDLAVVPDTAIDAILNKIN
>CP012312|3791459:3845099|3838492_3839569_-|AXU77166.1|DBSCAN-SWA
MITISLCMIVKNEEDVIGRCLECVKDIVDEIIVVDTGSTDSTKEIVSKYTDMVYDFEWIDDFSAARNFSFSKASKDYIMWLDADDIILEDDREKLLKVKETLDTSIDIVMAKYNVSFDDNGKPTLSYYRERLFKRSSNHKWVDPIHEVIPLYGEIFYSEIAISHKKLHRQDPLRNLRIFEKMISEGKVLGPRHQFYYSRELYYNARYEEAIEGFTKFLDSSRGWLEDCISACRDLATCYYLINDEKSALYSLFRSFEFDEPRAEVCCDIGKHMFDRQKYKEAIFWYKVALTRDKNDTNGGFKSNDCYGYIPSIQLSVCYDRLGESDKAIYYHEKTKEIKPNDSAVLHNENYFSKFKNS
>CP012312|3791459:3845099|3825975_3826527_-|AXU77153.1|DBSCAN-SWA
MKNKIGSFVIADPNKCTGCRACEVACFTMHNQHNNVGYTVGTVDIPVIPRLYLVKGDNFCMPIQCRHCEDAPCLNSCPQKAIVKENNIMSVNEEKCIGCKTCLLACPFGAIDLLPQYEDGKEVEQVILDENKKIAYKCDLCKDNEKIACISACPQEALKLVTPIDDKKAKNRQAALSLLLTNK
>CP012312|3791459:3845099|3844186_3844510_+|AXU77172.1|DBSCAN-SWA
MKKCLDSYSCPIEATLALIGGKYKTLILWHLKDTILRFNELKKLIPKATPKMLTQQLRELESDGLIIRVVYPVVPPKVEYSLSDFGKSIIPILDSMCDWGSDYLEKL
>CP012312|3791459:3845099|3822698_3823982_+|AXU77150.1|DBSCAN-SWA
MNTLLNNKFSIKNFSNAWVIVLGCMLIQAVPFSIVASIQPQFISYVVEGEGFSLASFSLIFTIGTIASAIASPFIGVLFSKVNIKILYLLGCIISSIAFATFSICTELWQFYTVSCIVQIGATIISAIGIPVLISAWFDEESKGKALGFAFAGGSIGSIFLQPLAVRLLATQGYSRSYLIFGIIALIVGIPVILFILRMPKDINEKVKSKGKKEKASDTISPSVWGYTLKEAKKIKYFWIMTIGFIFVGIYVSSLSVQYPTYLRNYLNPILIGTVGSTFALFALIGNLFGGLLFDKFGQTKPLIISFVLVLIATLSLLLVDKSSAFAFTFAILKGLSVFAYMIGPAYLTGSFFGQKEFGSIYGIVQLIFAVGFALGSTLFGLLVDNFGYRFSWSIIILSVIIAYTLLIITSIGMKKLNKERLDKLMQ
>CP012312|3791459:3845099|3840461_3840944_-|AXU77168.1|DBSCAN-SWA
MKTNTDVIMDIIDYIEENLTENLNLDKIADIANYSKYHLHRMFTNVVGCTIHQYIQRRRLTEAARQLIFTDKYIIDIAITVGYSTHQSFTLAFRNLYKESPQVYRNKDEFYPIQQRFVLNLNHQIQSKKCISYANMNYKQRRDEVNSYLNFNINCEVEVA
>CP012312|3791459:3845099|3824574_3825951_-|AXU77152.1|DBSCAN-SWA
MIINIDKDLCTGCRECSKVCPVNAIEGEEGKPQEINLDRCVMCGQCVQTCKSYASVIDEGFEFLQEKKQEREIPESINEPIFAAYSVCDIDKVKKALSDPNVFTMVQCAPAVRVALGEDFGYYLGYLGAGKMAAALRALNFDRVYDTNFAADLTIMEEGSELIKRVTEGGTLPMFTSCCPAWVKFMEKNYPKLTNHLSSCKSPQQMGGAIFKTYGAEINNVDASKIFSVSIMPCTCKKYECDREEMDSSGYRDVDVVLTTRELAYLIKDMGIDFKNLREEKFDSPLGSYSGAGTIFGVTGGVMEAAIRTGYELITGESIPDVEVKQVRGENGFRKSTIKIGDLDLRVGVVSGLKNVIPVLEDLEKGKLDVDFIEVMTCPVGCVSGGGQPKILLEEYKELAYENRTKATYVHDEHLAIRKSHENPDIKKLYDEYLVEPLGEKSHHLLHTTYCIGKEVAK
>CP012312|3791459:3845099|3813377_3814628_-|AXU77142.1|protease|DBSCAN-SWA
MSKYEEKRQLKCSFCGKNQDQVRRLIAGPNVYICDECVELCDEIIQEEIEDTIDEDTTSLPKPKEMMEILNDYVIGQEKAKKALSVAVYNHYKRIYSKKSSSKDIEIQKSNILLLGPTGSGKTLLAQTLARTLNVPFAMADATSLTEAGYVGEDVENILLKLIQAADFDIEKAERGIIYIDEIDKIARKSENPSITRDVSGEGVQQALLKILEGTVANVPPQGGRKHPHQEFLKIDTTNVLFILGGAFDGLEKIIQKRGGDKTLGFGAKIESKKELDLGKLYEKVLPEDLLKYGIIPEFIGRIPVLATLELLDEDALMQILQEPKNALVKQYKKLLELDDVELEFEEGALRAIAKKAIERNTGARGLRSIVESVMMETMFEVPSRDNIKKVIVTEKSVNEDSVNPIIVLKDQEESA
>CP012312|3791459:3845099|3803399_3804743_-|AXU77134.1|DBSCAN-SWA
MLIPEKLAKKYNVFPVEFQDDNLVVEIEDEDIYALQDLRLATGKEIILKKEKKELISEKIEKYYNSFELDEDYAKKLFENLLEKAIKENASDIHIEPFKEHLIVRMRVDGELKEVSKFLVDIYPSLSTVIKLKASMDITEKRLPQDGRVDIKLGGNLIDIRVSSIPTVYGEKIVLRILNRDTFLKDKLELGFSDEAIKSINRIINKRAGILLVTGPTGSGKTTTVYSLLNDLRGINKNIMTIENPVEYKMDGISQIQVNSKVGLSFDVGLRAILRQDPDIIMVGEIRDAETAKIAVRAAITGHLVISTLHTNDAVSSIARLLEMQIPPYLLNASLIGVISQKLVRKVCNHCSHEIMIKDNFSGDVNTKVAVGCEKCNDKGYFGRTAIYEILEINDDIKTCIRNMEDSSTIKDVAQNNGMITFEDSCKRLINEKITTLEECLVVNEMI
>CP012312|3791459:3845099|3834767_3835046_-|AXU77163.1|DBSCAN-SWA
MSYKKAIHVLPEELLELIQEYVDGECIYIPRKSNNKKEWGSNTPTREELAIRNMQIYEDYQVGYDLQYLSEKYYLSLKSIQRIVLQEKRKDI
>CP012312|3791459:3845099|3826747_3827581_-|AXU77155.1|DBSCAN-SWA
MNNIYSKTKLQENSKDKVFENSYSLVDYKYLNSFNVEVSKINEHEVSIDNEEIIAEYPLSFILNDKYVNTFLCTPYNLEELIVGFLKTKGYIENKKSLLKFEINESERFAKVTIQEKQKNQDEQIIFLNSLDYITCDPVKSNIKINYDTIYSIMDKNLNSSELFKNTGGVHSVSVFNFDKKIVTCEDVARHNAMDKAIGFCVLNDITLKDKIVAVSGRISLEMILKAAMTQIPIVVSKSAPTNLSIELSKKLNITLIGFVRGRRMNIYANPQRVIKK
>CP012312|3791459:3845099|3801739_3802090_-|AXU77132.1|DBSCAN-SWA
MINKKRKGFTLVEMIVVVTILGVISSIALVKYSKVQESAKLNADYTNAANIVTAASMAINDDEKIIDSLSVETLKEKGYLNTVPVPQSTSGKFELVINDNGTDISVNINSKQFYPK
>CP012312|3791459:3845099|3816859_3817330_-|AXU77145.1|DBSCAN-SWA
MKIGIVSDTHMMIKNMEKTIPYLKECDLIIHAGDNFTDSRYIHSMTNVGIIAVKGNCDFDAVEEEVVFEVANKTIFLCHGDKYGVKYGTHMLEKKATEIDADIVIFGHTHTPFREIKDGVLYINPGSTSLPRGVSYKSFVIMDIEEDNINIEEIRI
>CP012312|3791459:3845099|3835354_3836116_-|AXU77164.1|DBSCAN-SWA
MKNKIETLMNNFVKNYHKSNNITTKWQELLFAYASAEDDMFQKLKSVVGTSHAMPKDFLKNGKTIITYFIPFDESVNNSNIGGFECSEIWARAYIETNMLISNLNDFLCEELEKIGANSYAIPGSYNFDSEKLVSDWSQRHIAFIAGLGTFGLNNMLITEKGCCGRIGSIITSLELEPTKRPENEYCLYKHNNSCKKCVKKCVKEALKEDGFNRNKCYEMCMINEKKYTYIGGCDICGKCIVGVPCSVINPSR
>CP012312|3791459:3845099|3817329_3818679_-|AXU77146.1|DBSCAN-SWA
MTRSYDRSNEQIRPVKITRDYTKYAEGSVLIEMGETKVICTASVEEKVPPFLRNSGTGWINAEYSMLPRATQQRKIRDASRGKIDGRTQEIQRLIGRAIRSVVDLNKLGERTIWVDCDVIQADGGTRTASITGAFIAVAEAIYKLYKAKTIKEMPITNFVSAISVGIVNEIHMLDLCYEEDSKAQVDMNIIMTDKCEFVEVQGTGEEKPFSRADLNLLLELGEKGNKELIRLQREALGEIADEILGMDYGNEVVIATNNAHKLEEIGEILKDFEYKVYSLKDVDLAGIEIVEDGKTFEHNALIKARTIAKKTKLIAISDDSGLEVDALGKKPGVYSARYAGEHATDEENRKKLLKAMQNVPMSKRNARFVSAIAVVFPDGKEFVVRGICEGMIGFEEKGKNGFGYDSLFIVKGYDKTFGEIPSVIKNSISHRANALKLMKQEFIKRVVK
>CP012312|3791459:3845099|3824059_3824575_-|AXU77151.1|DBSCAN-SWA
MNYFVIADPDKCIGCRTCMIGCVVAHSDEDIFYQNPDEINFNPKLSVIKTKEVSAPIQCRHCEDAPCAKACPNGGIVRVGNTIKINEENCIGCKTCMLACPIGAIDIVTLKDVDEGKLCFRERMTANKCDFCIESPEGPACVNVCPTKAFTIVKDEDIDSKVKNKRKLAIL
>CP012312|3791459:3845099|3791459_3792539_-|AXU77122.1|protease|DBSCAN-SWA
MSRRKKGISLVILVAIISSILSSFLTIILVKDNLVSKSTGSSTPIVVNDDGKSQNIYQAVAEKATPSVVGITTTSVDTSNMFAIPTETQGVGTGIIVDSNGYILTNSHVISDGQATSVNVLFNDGSTTSGKVVWFDQQLDLAIVKVDKTGLTPAEFADSDKVKVGDISIAIGNPLGLDFQKTVTQGIISGLDRTIQTEKTNMTGLLQTDASINAGNSGGPLLNQKGQVIGINTAKASQAEGLGFAIPINTAKSIVEEVIKTGKYEKVTLGIKGTDVSNYEAATGTKLSTDKGVYVAEVISGSSAEKAGVKVGDIITKVGDTDITGMNDLNKKLYTFSKGASTKITVNRGGKAVTINVNF
>CP012312|3791459:3845099|3818838_3820863_-|AXU77147.1|DBSCAN-SWA
MSVKDEINKLIETINYHNERYYNQDSPEISDYEYDKLMKELISLEEEHPELKRIDSPTNRVGGKPLDKFNQIVHKTPMLSLSNAFSEQDLRDFDKRVQEYVGENVEYVVEFKIDGLSVGLTYNNGEFEKGATRGDGIVGEDISQNLMTVKSIPLKINDKKELIVRGEVYISKDNFRKVNEQQEEQEQPLFANPRNLAAGSLRQLDPKLTAKRPLDIFVFNMENIEEYDLKSHSESLEYLEKLGFSVSQSYKVCKSIDEVIEHIEYWTDNRGNLDYEIDGMVIKVNNIKQRDEMGYTAKSPRWAIAYKFPAEKKKTKILDIIVEVGRTGTITPSAILEPVRLAGTTVSRATLHNEDYIREKDIKINDTVLVQKAGDIIPQVLEVIKEERTGDEIDFKMPEKCPVCSEPTIRLEGEAAVKCINMSCPAQIRRGIIHFVSRDAMNIDGLGESIITLLLNEKIIQDVSDLYYIKKEDVVDLERMGEKSADNLINSIEKSKENDLWRLINGLGIKFIGVKAAKILAYNFKDLDEVISATSEQLEELEEFGSIMANSVVEFFKEDKNMNVINKLKNVGVNTKSLDNTGEKVEKIFEGMKIVLTGTLPTLKRNDAKDMIEKRGGKATSSVSKSTTFVLAGEEAGSKLTKANDLGIKVIDEERFLELLKLSSKDEVKAVLES
>CP012312|3791459:3845099|3842672_3843341_+|AXU77170.1|DBSCAN-SWA
MLEISHKVKEIYPNIKFGVMVINITHSKPNKENFLILKDSTIKNIIEQHPEYNRKEKIKTEPASSYIKYYKKFKKTYPVLLQLESILLKSKGIPDVGVTIESMFLAELKNLLLTAGHDLDKIELPLKIELANGSEHFYGIGGKEQILTKDDLFLSDNIGILSSILNGPDNRTAITKDTKNIMYFVYGPDKISEKQIQDHLNDIKHYISSAFPDLKVNSIDIF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXU77122.1|3791459_3792539_-|protease	protease	A0A1B1IT49	uncultured_Mediterranean_phage	1.1e-15	26.0
AXU77123.1|3792694_3794044_-	glucose-6-phosphate isomerase	NA	NA	NA	NA
AXU77124.1|3794308_3795937_-	sodium-dependent phosphate transporter	NA	NA	NA	NA
AXU77125.1|3796060_3797665_-	FAD-dependent dehydrogenase	NA	NA	NA	NA
AXU77126.1|3797712_3798030_-	hypothetical protein	NA	NA	NA	NA
AXU77127.1|3798034_3798400_-	hypothetical protein	NA	NA	NA	NA
AXU77128.1|3798480_3799518_-	protein translocase	NA	NA	NA	NA
AXU77129.1|3799770_3800355_-	hypothetical protein	NA	NA	NA	NA
AXU77130.1|3800369_3800813_-	hypothetical protein	NA	NA	NA	NA
AXU77131.1|3800813_3801686_-	fimbrial assembly protein	NA	NA	NA	NA
AXU77132.1|3801739_3802090_-	type IV pilin	NA	NA	NA	NA
AXU77133.1|3802143_3803229_-	type IV pilus-assembly protein	NA	NA	NA	NA
AXU77134.1|3803399_3804743_-	type IV pilus-assembly protein	NA	NA	NA	NA
AXU77135.1|3804771_3805452_-	membrane protein	NA	NA	NA	NA
AXU77136.1|3805843_3806923_-	ATP/GTP-binding protein	NA	NA	NA	NA
AXU77137.1|3807500_3808871_+	transporter	NA	NA	NA	NA
AXU77138.1|3809135_3809747_-	ribosome biogenesis GTP-binding protein YsxC	NA	NA	NA	NA
AXU77139.1|3809736_3812100_-|protease	ATP-dependent protease La	A0A0R6PGP8	Moraxella_phage	3.1e-175	44.4
AXU77140.1|3812279_3812792_+	chromate transport protein	NA	NA	NA	NA
AXU77141.1|3812779_3813307_+	chromate transport protein	NA	NA	NA	NA
AXU77142.1|3813377_3814628_-|protease	ATP-dependent protease ATP-binding subunit ClpX	G3M9Z9	Bacillus_virus	6.1e-146	63.1
AXU77143.1|3814646_3815231_-|protease	ATP-dependent Clp protease proteolytic subunit	A0A223W000	Agrobacterium_phage	9.3e-57	58.8
AXU77144.1|3815379_3816666_-	trigger factor	NA	NA	NA	NA
AXU77145.1|3816859_3817330_-	phosphoesterase	NA	NA	NA	NA
AXU77146.1|3817329_3818679_-	ribonuclease PH	NA	NA	NA	NA
AXU77147.1|3818838_3820863_-	DNA ligase	A0A0K2QQN8	Ralstonia_phage	4.9e-113	37.6
AXU77148.1|3821048_3821987_-	D-isomer specific 2-hydroxyacid dehydrogenase	NA	NA	NA	NA
AXU77149.1|3822088_3822511_-	hypothetical protein	NA	NA	NA	NA
AXU77150.1|3822698_3823982_+	transporter	NA	NA	NA	NA
AXU77151.1|3824059_3824575_-	electron transport protein	NA	NA	NA	NA
AXU77152.1|3824574_3825951_-	hydrogenase	NA	NA	NA	NA
AXU77153.1|3825975_3826527_-	electron transport protein	NA	NA	NA	NA
AXU77154.1|3826563_3826779_-	hypothetical protein	NA	NA	NA	NA
AXU77155.1|3826747_3827581_-	formate dehydrogenase accessory protein	NA	NA	NA	NA
AXU77156.1|3827629_3829309_-	formate dehydrogenase H	NA	NA	NA	NA
AXU77157.1|3829357_3829774_-	formate dehydrogenase H	NA	NA	NA	NA
AXU77158.1|3830024_3831083_-	ABC transporter permease	NA	NA	NA	NA
AXU77159.1|3831293_3831953_-	two-component response regulator	W8CYM9	Bacillus_phage	1.4e-29	34.1
AXU77160.1|3832263_3832887_+	hypothetical protein	NA	NA	NA	NA
AXU77161.1|3832960_3833794_+	hypothetical protein	NA	NA	NA	NA
AXU77162.1|3833899_3834475_-	hypothetical protein	NA	NA	NA	NA
AXU77163.1|3834767_3835046_-	Mor transcription activator domain-containing protein	NA	NA	NA	NA
AXU77164.1|3835354_3836116_-	iron-sulfur cluster-binding protein	NA	NA	NA	NA
AXU77165.1|3836287_3838414_-	exosporium glycoprotein	A0A285PXU9	Cedratvirus	1.6e-50	67.1
AXU77166.1|3838492_3839569_-	glycosyl transferase	A0A1V0SAJ8	Catovirus	4.6e-17	25.8
AXU77167.1|3839880_3840465_-|protease	ATP-dependent Clp protease proteolytic subunit	A0A223W000	Agrobacterium_phage	2.1e-48	51.8
AXU77168.1|3840461_3840944_-	AraC family transcription regulator	NA	NA	NA	NA
AXU77169.1|3841142_3842558_-	GntR family transcriptional regulator	NA	NA	NA	NA
AXU77170.1|3842672_3843341_+	B3/4 domain protein	NA	NA	NA	NA
AXU77171.1|3843516_3844035_-	nitroreductase	NA	NA	NA	NA
AXU77172.1|3844186_3844510_+	transcriptional regulator	NA	NA	NA	NA
AXU77173.1|3844514_3845099_-|protease	protease	NA	NA	NA	NA

Anti-CRISPR protein detection

Acr ID	Acr position	Acr size	Homology with known anti	Neighbor HTH/AcRanker	Neighbor Aca	In prophage	Protospacer in prophage
CP012312.1|AXU75285.1|1726445_1726616_+|hypothetical-protein	1726445_1726616_+	56 aa aa	NA	NA	NA	1719877-1774328	yes

Protein sequences of CP012312.1|AXU75285.1|1726445_1726616_+|hypothetical-protein

>CP012312.1|AXU75285.1|1726445_1726616_+|hypothetical-protein
MEKVRMTVRLVPKLNQDVQKIAKKCGKSKNSIIIDACWDFVEKIKKENKFNIESEE

Self-targetings in the prophage

CRISPR ID	CRISPR type	Spacer info	Spacer location	Spacer length	Protospacer location	Mismatch
CP012312_13	Orphan	13.1|2867741|45|CP012312|CRT	2867741-2867785	45	1754024-1753980	1

1. spacer 13.1|2867741|45|CP012312|CRT matches to CP012312 position: 1754024-1753980, mismatch: 1

agcacctaccacaaaagtaagtgtttttcagtatttttaatttta	CRISPR spacer
agcacctaccataaaagtaagtgtttttcagtatttttaatttta	Protospacer
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