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
CP021850	Pseudoclostridium thermosuccinogenes strain DSM 5807 chromosome, complete genome	9 crisprs	WYL,csa3,cas3,DEDDh,RT,csm6,cas6,csm5gr7,csm4gr5,csm3gr7,csm2gr11,cas10,cas2,cas1,cas4,cas7,cas8c,cas5,Cas14u_CAS-V,cas8a4,DinG	0	4	12	0

1. CP021850

CRISPR-Cas detection and classification

Crispr_ID: CP021850_1

• CRISPR_ID: CP021850_1
• CRISPR_location: 217140-217227
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP021850_1

Consensus_repeat	Method
AGGAAAAGGGACACGCCCCTACAAGATGT	CRISPRCasFinder

spacers of CP021850_1

>1.1|217169|30|CP021850|CRISPRCasFinder
GTTCTTTAGGGCTTGGGATGTGTCTGTAAT

CRISPR arrays and Neighbor proteins around CP021850_1

CRISPR arrays

The CRISPR arrays of CP021850_1

>merge|CP021850|1|217140-217227|CRISPRCasFinder
AGGAAAAGGGACACGCCCCTACAAGATGTGTTCTTTAGGGCTTGGGATGTGTCTGTAATAGGAAAAGGGACACGTCCCTACAAGATGT

>CP021850|1|1|217140-217227|CRISPRCasFinder
AGGAAAAGGGACACGCCCCTACAAGATGT	GTTCTTTAGGGCTTGGGATGTGTCTGTAAT
AGGAAAAGGGACACGTCCCTACAAGATGT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS95141.1|218268_219150_+|stage-0-sporulation-protein	unknown	unknown	gnl|CDD|224688
CP021850.1|AUS95144.1|221508_221748_-|AbrB-family-transcriptional-regulator	unknown	unknown	gnl|CDD|131898
CP021850.1|AUS95145.1|222946_223480_+|spore-maturation-protein	unknown	unknown	gnl|CDD|223772
CP021850.1|AUS95143.1|220507_221368_+|16S-rRNA-(cytidine(1402)-2'-O)-methyltransferase	unknown	unknown	gnl|CDD|381175
CP021850.1|AUS95134.1|208508_209021_+|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-diphosphokinase	unknown	unknown	gnl|CDD|238269
CP021850.1|AUS95140.1|216461_216914_+|hypothetical-protein	unknown	unknown	gnl|CDD|377152
CP021850.1|AUS95131.1|205044_206424_-|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS98628.1|222345_222939_+|nucleoside-recognition-protein	unknown	unknown	gnl|CDD|225336
CP021850.1|AUS95135.1|209763_210795_+|biotin--[acetyl-CoA-carboxylase]-ligase	unknown	unknown	gnl|CDD|223417
CP021850.1|AUS95137.1|211487_212264_+|pantothenate-kinase	unknown	unknown	gnl|CDD|237347
CP021850.1|AUS95138.1|212454_213627_+|NAD-dependent-malic-enzyme	unknown	unknown	gnl|CDD|235976
CP021850.1|AUS95139.1|215697_216318_+|dTMP-kinase	unknown	unknown	gnl|CDD|234814
CP021850.1|AUS95132.1|206900_208082_+|dihydropteroate-synthase	unknown	unknown	gnl|CDD|238380
CP021850.1|AUS98627.1|219741_220518_+|SAM-dependent-methyltransferase	unknown	unknown	gnl|CDD|226608
CP021850.1|AUS95142.1|219437_219608_+|ferredoxin	unknown	unknown	gnl|CDD|224071
CP021850.1|AUS98626.1|217279_218263_+|DNA-polymerase-III-subunit-delta'	unknown	unknown	gnl|CDD|379051
CP021850.1|AUS95147.1|224480_226355_+|hypothetical-protein	unknown	unknown	gnl|CDD|369609
CP021850.1|AUS95136.1|210927_211305_+|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS95133.1|208144_208519_+|dihydroneopterin-aldolase	unknown	unknown	gnl|CDD|376737
CP021850.1|AUS95146.1|223495_224437_-|hypothetical-protein	unknown	unknown	gnl|CDD|225117

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS95141.1|218268_219150_+|stage-0-sporulation-protein	gnl|CDD|224688	COG1774, COG1774, Uncharacterized homolog of PSP1 [Function unknown].	4.68038e-99
CP021850.1|AUS95145.1|222946_223480_+|spore-maturation-protein	gnl|CDD|223772	COG0700, SpmB, Uncharacterized membrane protein [Function unknown].	3.17583e-48
CP021850.1|AUS95143.1|220507_221368_+|16S-rRNA-(cytidine(1402)-2'-O)-methyltransferase	gnl|CDD|381175	cd11648, RsmI, Ribosomal RNA small subunit methyltransferase I (RsmI), also known as rRNA (cytidine-2'-O-)-methyltransferase. RsmI is an S-AdoMet (S-adenosyl-L-methionine or SAM)-dependent methyltransferase responsible for the 2'-O-methylation of cytidine 1402 (C1402) at the P site of bacterial 16S rRNA. Another S-AdoMet-dependent methyltransferase, RsmH (not included in this family), is responsible for N4-methylation at C1402. These methylation reactions may occur at a late step during 30S assembly in the cell. The dimethyl modification is believed to be conserved in bacteria, may play a role in fine-tuning the shape and functions of the P-site to increase the translation fidelity, and has been shown for Staphylococcus aureus, to contribute to virulence in host animals by conferring resistance to oxidative stress.	2.32686e-129
CP021850.1|AUS95134.1|208508_209021_+|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-diphosphokinase	gnl|CDD|238269	cd00483, HPPK, 7,8-dihydro-6-hydroxymethylpterin-pyrophosphokinase (HPPK). Folate derivatives are essential cofactors in the biosynthesis of purines, pyrimidines, and amino acids as well as formyl-tRNA. Mammalian cells are able to utilize pre-formed folates after uptake by a carrier-mediated active transport system. Most microbes and plants lack this system and must synthesize folates de novo from guanosine triphosphate. One enzyme from this pathway is HPPK which catalyzes pyrophosphoryl transfer from ATP to 6-hydroxymethyl-7,8-dihydropterin (HP). The functional enzyme is a monomer. Mammals lack many of the enzymes in the folate pathway including, HPPK.	1.20785e-70
CP021850.1|AUS95135.1|209763_210795_+|biotin--[acetyl-CoA-carboxylase]-ligase	gnl|CDD|223417	COG0340, BirA, Biotin-(acetyl-CoA carboxylase) ligase [Coenzyme metabolism].	1.79096e-80
CP021850.1|AUS95142.1|219437_219608_+|ferredoxin	gnl|CDD|224071	COG1149, COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion].	6.14325e-10
CP021850.1|AUS98628.1|222345_222939_+|nucleoside-recognition-protein	gnl|CDD|225336	COG2715, SpmA, Uncharacterized membrane protein, required for spore maturation in B.subtilis. [General function prediction only].	1.78121e-77
CP021850.1|AUS95140.1|216461_216914_+|hypothetical-protein	gnl|CDD|377152	pfam03885, DUF327, Protein of unknown function (DUF327). The proteins in this family are around 140-170 residues in length. The proteins contain many conserved residues. with the most conserved motifs found in the central and C-terminal region. The function of these proteins is unknown.	1.88036e-41
CP021850.1|AUS95137.1|211487_212264_+|pantothenate-kinase	gnl|CDD|237347	PRK13318, PRK13318, type III pantothenate kinase.	4.40221e-145
CP021850.1|AUS95138.1|212454_213627_+|NAD-dependent-malic-enzyme	gnl|CDD|235976	PRK07232, PRK07232, bifunctional malic enzyme oxidoreductase/phosphotransacetylase; Reviewed.	0
CP021850.1|AUS95139.1|215697_216318_+|dTMP-kinase	gnl|CDD|234814	PRK00698, tmk, thymidylate kinase; Validated.	6.91217e-93
CP021850.1|AUS95132.1|206900_208082_+|dihydropteroate-synthase	gnl|CDD|238380	cd00739, DHPS, DHPS subgroup of Pterin binding enzymes. DHPS (dihydropteroate synthase), a functional homodimer, catalyzes the condensation of p-aminobenzoic acid (pABA) in the de novo biosynthesis of folate, which is an essential cofactor in both nucleic acid and protein biosynthesis. Prokaryotes (and some lower eukaryotes) must synthesize folate de novo, while higher eukaryotes are able to utilize dietary folate and therefore lack DHPS. Sulfonamide drugs, which are substrate analogs of pABA, target DHPS.	3.51483e-125
CP021850.1|AUS98627.1|219741_220518_+|SAM-dependent-methyltransferase	gnl|CDD|226608	COG4123, COG4123, Predicted O-methyltransferase [General function prediction only].	7.97963e-101
CP021850.1|AUS95144.1|221508_221748_-|AbrB-family-transcriptional-regulator	gnl|CDD|131898	TIGR02851, stage_V_sporulation_protein_T, stage V sporulation protein T. Members of this protein family are the stage V sporulation protein T (SpoVT), a protein of the sporulation/germination program in Bacillus subtilis and related species. The amino-terminal 50 amino acids are nearly perfectly conserved across all endospore-forming bacteria. SpoVT is a DNA-binding transcriptional regulator related to AbrB (See pfam04014). [Regulatory functions, DNA interactions, Cellular processes, Sporulation and germination].	4.68742e-16
CP021850.1|AUS98626.1|217279_218263_+|DNA-polymerase-III-subunit-delta'	gnl|CDD|379051	pfam13177, DNA_pol3_delta2, DNA polymerase III, delta subunit. DNA polymerase III, delta subunit (EC 2.7.7.7) is required for, along with delta' subunit, the assembly of the processivity factor beta(2) onto primed DNA in the DNA polymerase III holoenzyme-catalyzed reaction. The delta subunit is also known as HolA.	3.99337e-63
CP021850.1|AUS95147.1|224480_226355_+|hypothetical-protein	gnl|CDD|369609	pfam07944, Glyco_hydro_127, Beta-L-arabinofuranosidase, GH127. One member of this family, from Bidobacterium longicum, UniProtKB:E8MGH8, has been characterized as an unusual beta-L-arabinofuranosidase enzyme, EC:3.2.1.185. It rleases l-arabinose from the l-arabinofuranose (Araf)-beta1,2-Araf disaccharide and also transglycosylates 1-alkanols with retention of the anomeric configuration. Terminal beta-l-arabinofuranosyl residues have been found in arabinogalactan proteins from a mumber of different plantt species. beta-l-Arabinofuranosyl linkages with 1-4 arabinofuranosides are also found in the sugar chains of extensin and solanaceous lectins, hydroxyproline (Hyp)2-rich glycoproteins that are widely observed in plant cell wall fractions. The critical residue for catalytic activity is Glu-338, in a ET/SCAS sequence context.	3.36594e-42
CP021850.1|AUS95133.1|208144_208519_+|dihydroneopterin-aldolase	gnl|CDD|376737	pfam02152, FolB, Dihydroneopterin aldolase. This enzyme EC:4.1.2.25 catalyzes the conversion of 7,8-dihydroneopterin to 6-hydroxymethyl-7,8-dihydropterin in the biosynthetic pathway of tetrahydrofolate.	2.44271e-50
CP021850.1|AUS95146.1|223495_224437_-|hypothetical-protein	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	1.00044e-28

Protein sequences

>CP021850.1|AUS95140.1|216461_216914_+|hypothetical-protein
MKIADMLNNPTGIASAQGRDDRRISGSKVSEFQSRLLSIEEKNYDEKLRTLADQIFAQGEKLGERIDIRELKVYKRLVSEFLREAVGGSHRFSKESFLDRRGRYKVFATIKKINHELDELTKDVLKEEKDNIRILQRLDDIRGMILDIMM
>CP021850.1|AUS95139.1|215697_216318_+|dTMP-kinase
MDRGIFITVEGTDGSGKTTQIRLMEEYLREKGYDVVIARDPGGTDISEKIREIILDPGNGEMAKVTEMLLYASARAQLVSEVIKPAVESGKVVICDRFVDSSYVYQGYGRGISLKTIEDVNRVAMDGVIPDITFFFDISPEIALKRRFASTEADRIENEKMAFHMKVYEGYKSLASRFPERIKTIDATRGVMEIAEDVRRWLDEIV
>CP021850.1|AUS95138.1|212454_213627_+|NAD-dependent-malic-enzyme
MDIREESLKCHGEWKGKIEVISKVPVENKRDLSLAYTPGVAEPCLAISKDVNRSYELTRRWNLVAVVTDGTAVLGLGDIGPEAGMPVMEGKCVLFKSFGDVDAFPLCIKSKDVDEIVKTVKLISGSFGGVNLEDISAPRCFEIEKRLKEECDIPIFHDDQHGTAVVTLAAMLNALKLAKKNIEDIEVVVNGSGAAGIAITKLLMSMGLKKVILCDTKGAIYEGREGLNPIKEEMAKISNLEKKKGTLKDVIVGADVFIGVSGPGVLTKEMVKSMAKDPMIFAMANPVPEIMPDEAKEAGALVVGTGRSDFANQINNVLAFPGIFRGALDVRASDINDEMKIAAAKAIASLISDEELNPEYVIPAPFDPRVAKAVAAAVAQAARDTGVARI
>CP021850.1|AUS95137.1|211487_212264_+|pantothenate-kinase
MILGIDVGNTNIALGVYQGRKLLHHWRFAADRNRTSDEIGMMMISLFNIAKLDYEQIEAVIIASVVPPMMYSLEHAIRKYLKKKAMVVGPGTKTGINIKYENPREVGADKIANAVAVYELYGGPAIIVDFGTATTFCALSSKGEYLGGVICPGIKISSEALFQKAAKLTKIELVKPESVLGRNIVSSMQSGIYYGYVGQVDYIVEKLKAELNEDNIKVIATGGMARLIAGESRTIDEVNGFLTLEGLRIIYERNRERY
>CP021850.1|AUS95136.1|210927_211305_+|hypothetical-protein
MNNQKEEIQNKEVQSKKEDTRSRKEDFQKRHKSRVNNLQTLQGGNQPRKNGSEQPTNRERSFGKNHTRDNAYPGRNNHQYQAPPAKHTAKAKAVETIDDIRMDIGRIEKEIELEIKEIRSLRLGI
>CP021850.1|AUS95135.1|209763_210795_+|biotin--[acetyl-CoA-carboxylase]-ligase
MSDMKEKVLQALKENTQEYVSGEALSELMGVSRTAVWKYISELKKEGYVIESSPKKGYRIMPVYDMLNEYEIRWGLKTKIIGRDIRYFNEIDSTNNYAKKIAYEGCDEGTVVVADCQTAGRGRLGRAWDSAGGKGIWMSVVLKPSIAPENVQIITLAASVAVARAIAGTCGIRTGIKWPNDIVLDGKKVCGILTEMNSEMERVNFLVLGIGINVNHEEGDFPDEIKDRATSLKCYADSGREASKKEGHGSVFPRSQIIGRILLELEEMYSKINKGFTDEIIDEWRSYSATLGRKVKITGRDGEYEGTAKDVTRDGKLVVDCTDGITREVVSGEVSVRGLMGYV
>CP021850.1|AUS95134.1|208508_209021_+|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-diphosphokinase
MAHKAYIALGSNLGDREGHLTGALQYISGITGTRILSISNIYETDPVGYTEQGKFLNMVVLVGTSLSPLRLLDELQKMEQEFKRSREIRWGPRTLDADILLYDDIKLDDPRLVIPHPRMLERAFVLIPLKDVNPGFMVGEKTLEDMIQECCDKDGVKLYKKMDNGVGFCG
>CP021850.1|AUS95133.1|208144_208519_+|dihydroneopterin-aldolase
MAIDKITLKNMKFFAYHGVYEKERLEGQNFFIDVEMYLDLRKPGVTDNLEDTINYSDVYKLVQKITQGNSFKLIEKLAESISGEILSTFTRIETVKVRVRKPQAPIGGVLDWAEVEVERSAHGA
>CP021850.1|AUS95132.1|206900_208082_+|dihydropteroate-synthase
MVNARLLYIEKIGEAKEEVRKIGADAASISWLAPKAVHMTIKLENVSSFAANIIKQEMLGLGGDAAVNKGCADCSVEKTGVLLMGTYSQISRLVYKLSLHSAGLKGIGEEIRQVISAVDQGKPKYFECGKHKLEIGEKTYIMGILNVTPDSFSDGGKYNSIEAAVRRAKEMVEDGAEIIDVGGESTRPGYTPVDASEEINRVVPVIDILSKELNVPISVDTSKAATAEKALKAGAHIINDVWGLQRDPAMAEVASRFGAGVILMHNGNEVVRGDVMEEILRFLRKSIEIAEKAGISRECLCVDPGIGFAKTLEQNLETMRRLKELNSLNLPVLLGTSRKSLIGNVLELPVNERLEGTAATVTLGIANGADIVRVHDVREMSRVVRMTDAMVRV
>CP021850.1|AUS95131.1|205044_206424_-|hypothetical-protein
MVNLFKLSTDELKALVEYKEVLENEDKRFPKNTWYYEKYQLSGIKTKCRIYTRYCLENLAHIEVTDLPKYNLKEIKNILIEHKLFGMVQQVFNHDILALLKNAYPEEFKNRTLREWMWSKHGIWNDDNAVIEAVQYMVRNEGIRRVEDIPTLDWKKRLLKYGIYNVLSRFNWSIFALFDFVYPGRFHPTDFKYKVKWAASESLDNAFYHMHTTFKKKRYTLDDILLLNSSDFRKLGLAGMLAALFDSSVLKAKEYYLYKTIDDPEHKSELIKDIKNLADKKRDQKIAERLKQVAKGKYIYNLRTHITLYNFIKRHAKSKNMSISDFVASYGFIYKTAKKDAGEIDKDEVYRLRKQGLTYVQIAQKLCSNPTTITKLCNKYFGGDPLIPRPLEDYITVQELMNKYHVDHKTVMKLVYENGFENHTTIRFRYLKKSEIEPALKQYISSSKHHQFMVNRYAN
>CP021850.1|AUS98626.1|217279_218263_+|DNA-polymerase-III-subunit-delta'
MGFDDIIGQTEIVNTLKRAVKNDHAGHAYVFSGPEGIGKGMMAEAFARQLLCLDADAPERCEGCTACRLLDEGTNPDFIVIRPSGSSIGIDEIRGIQSDIIIKPLYSRRKVYVIVNADLMTVQAQNCLLKILEEPPRYAVIILTVSNYNALLETIRSRTIRYNFKRNSIEEVTGLLRERFGSSLKGIDFIAAYSGGIIGTALKLAESEEFISLRDRTIDMVFRIANSGLDAIFDIYDFFDENKDNINTVLDIMQMVYRDIMLLKTNQKENMLINYDKKDIILSNADAFTVQKLIRNIELVEQTYRNLKYNANFQLSIEAMLMKLQED
>CP021850.1|AUS95141.1|218268_219150_+|stage-0-sporulation-protein
MVKVVGVRFKEAGKVYYFDPGDLEIELYSNVIVETARGIEFGQVVVANREVPEEEIVAPLKKVIRIATEEDKQHAARNDEKEKEAFEICLQKIRAHNLDMKLIDVEYTFDNNKILFYFTAEGRVDFRELVKDLASVFKTRIELRQIGVRDESKMMGGLGICGRVLCCKSFLGEFQPVSIKMAKEQGLSLNPAKISGACGRLMCCLKYEQEAYEDLLTRVPKVGAIVDTPEGQGTVEEVSLLKEEVKVKLDKVNETELKIYKASEVKVIKEASATNDDTDDLDIDLEDLKELED
>CP021850.1|AUS95142.1|219437_219608_+|ferredoxin
MAYFITDDCISCGACEAECPVSCISAGDSKYVIDEDACIECGACANVCPVDAPQQK
>CP021850.1|AUS98627.1|219741_220518_+|SAM-dependent-methyltransferase
MQVRIYDNERVDDLQYKGLKLIQKKDGFCFGVDAVLLANFADVKRGAEVIDLGTGTGIIPVLIAGKTEARHVTGLEIQEEMAEMASRSVSMNGLEERVKIVCGDIRNHSRLFGSSTFDVVVTNPPYMNQGGGLINLSDTKAIARHEILCTLEDVISAASKLLKPGGQMAMVHRPERLVDILCLMRNYKIEPKYIRFVHPSPYKKANLLLIKGSKGGRPQLKMMDPLYIYDEKGNYSEEINRIYCRGMENSWGDGKHGN
>CP021850.1|AUS95143.1|220507_221368_+|16S-rRNA-(cytidine(1402)-2'-O)-methyltransferase
MEIKTDSAEKGMLYLVSTPIGNLEDITLRALRILKEVDLVAAEDTRQTLKLLNHFEIKKPLVSYYEHNKIEKGNQLIRQMLEGKNIALVSDAGTPGISDPGEDLVRLAIENGIEVTAVPGPVAAVTGLITSGLPTGRFVFEGFLPMNKRVRKEHLKNLVGETRTIIFYEAPHKLIYTLKDLYEVLGNRRIVLARELTKRFEEKLRMTLEEAIRKYEEESPKGEFVLILEGASEEELKQQQRNKWEDMGIAEHVEMYMEQGMSKKEAMKKAAEDRGISKRDIYNSLL
>CP021850.1|AUS95144.1|221508_221748_-|AbrB-family-transcriptional-regulator
MKSTGIVRKVDELGRVVLPIELRRTLDIAEKDALEIYVDGSTIILKKYEPACIFCGDAKDVTVYKGKNICPNCMKELKK
>CP021850.1|AUS98628.1|222345_222939_+|nucleoside-recognition-protein
MLNYVWMGMLVIGFFVGILNGRVEEVTKAAINSAGKAVELGIGLLGIMCLWTGLMNIAEKSGMMQYISRALKPVLKFLFPDIPEKHPAMGAIVMNLAANFLGLGNAATPLGLKAMSELQKLNRHKDTATDSMCMFLVLNTAAIQLIPATVIAIRTKFNSQNPEEIIGTVWIASICATIAGIIAAKVLSAVRSKGRRA
>CP021850.1|AUS95145.1|222946_223480_+|spore-maturation-protein
MEAVKIVSSYAIPGIFLVILGVGVYRDVKVFDVFVDGAKEGVATVVRIIPSLVGLMVAVGVFRASGALDLLIYATRPVASFLGIPSEAMPLAFMRPISGSASLALVSDIIEANGPDSFVGRVVSTMMGSTETIFYTLTVYFGSVGIKNIRYTLVAALIADTVSIIASVLACWMVFGM
>CP021850.1|AUS95146.1|223495_224437_-|hypothetical-protein
MSVDYANIILSVKIKIAYCNKILEICKNRTKGWIMAESFIFDIPPWPEYLISSYRHFNEGEKHVTRICKDFVLIFMLERELYFTEDNCHIEVKPGQWYMQIPGLKQEGLKGSPAPKYYYIHFKASGQAGPSKESMLQSRIEFKGKPATLSLPIRGNFDPQFFKPMFEQLEHFSKRSPSDILGKQAVFLNILNCLTDTARPNTDHIQSIINQMMEYLAKNYNKPVTCKELSDRFHFTEDYLTRKMKQYAGITPWQYLQHLRIEKAKELLANTDYTLSSIAGSIGYGDLSVFYKAFKKQTGMAPGEWRMKKRGLY
>CP021850.1|AUS95147.1|224480_226355_+|hypothetical-protein
MKSALRKPAFTFLKTEEIRPEGWLLNQLKIQAAGLSGNLDKFWRDIKDSKWIGGSADGWERVPYWLDGFIPLAWLLDDEDMKARANKYINYILDHQQPDGWLCPVSDSNRSTYDMWAYFLILKVLVVYHDATGDQRIENAVRKALIALDRHIDNNTLFGWGQMRWFECLIPLLWLYDRTGEEWLINLASKIHSQGFDWQSFFKIWPYRKPDPKGRWSQMSHVVNNAMMLKSGALLWRFTGSQDDLQSAENMVSLLDEYHGMVTGVFSGDECLNGKSPIQGTELCAVAEYMYSLEHLLSITGCSAWGDRLEKITFNALPATFSPDMWTHQYDQQVNQIECSYQENPVFGTNGGYSNTFGLEPNFGCCTANLNQAWPKFAHSTFMRSDDGLVAAVYAPCTVNTKIKDANVSVTLETGYPFRDTLKFKVVTDREVDFALHLRIPEWACDAVIELDDSSISPQKGAFYKLSRRWSGETVFTLRLPMKPQLVQRPNDLYAVTRGPLVYSLAIGERWVRINEDVPGHEFPHCDYEIYPTTPWNYGFYLSKTDPESGLVFEEHPIGDCPFSPEGAPVSVRVPGRKVDWSKEGNSAAPFPAMSWIADETETLKLIPYGCTNLRLTELPWIKY

Crispr_ID: CP021850_2

• CRISPR_ID: CP021850_2
• CRISPR_location: 2164572-2164736
• CRISPR_type: TypeIII
• Repeat_type: NA
• Spacer_info: 2 spacers
• Cas_protein_info: cas6,csm6,csm5gr7,csm4gr5,csm3gr7,csm2gr11,cas10

Consensus repeat of CP021850_2

Consensus_repeat	Method
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC	CRISPRCasFinder

spacers of CP021850_2

>2.1|2164604|34|CP021850|CRISPRCasFinder
AAGAATATGAAGCACATGTCAAGAAAGCAGAAAT
>2.2|2164670|34|CP021850|CRISPRCasFinder
ACGATAAATCCATTTTTAGATATGAAAAAGACCT

CRISPR arrays and Neighbor proteins around CP021850_2

CRISPR arrays

The CRISPR arrays of CP021850_2

>merge|CP021850|2|2164572-2164736|CRISPRCasFinder
ATCACCGTCCCCTTACGGGTGTTGGTTGTTATAAGAATATGAAGCACATGTCAAGAAAGCAGAAATCTTGCCGTCCCCTCACGGGTACAGGTTGCTACACGATAAATCCATTTTTAGATATGAAAAAGACCTACTGCCGTCCCCTTGCGGGTATGGGTTGCTTTA

>CP021850|2|2|2164572-2164736|CRISPRCasFinder
ATCACCGTCCCCTTACGGGTGTTGGTTGTTAT	AAGAATATGAAGCACATGTCAAGAAAGCAGAAAT
CTTGCCGTCCCCTCACGGGTACAGGTTGCTAC	ACGATAAATCCATTTTTAGATATGAAAAAGACCT
ACTGCCGTCCCCTTGCGGGTATGGGTTGCTTTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS96642.1|2155628_2157233_-|phosphoglycerate-dehydrogenase	unknown	unknown	gnl|CDD|237436
CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein	csm6	cd09746_csm6_CAS-III-A	gnl|CDD|312974
CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	csm4gr5	COG1567_csm4gr5_CAS-III-A	gnl|CDD|187794
CP021850.1|AUS96654.1|2173397_2175692_-|single-stranded-DNA-specific-exonuclease-RecJ	unknown	unknown	gnl|CDD|273193
CP021850.1|AUS96639.1|2151683_2152217_-|photosystem-reaction-center-subunit-H	unknown	unknown	gnl|CDD|226398
CP021850.1|AUS96656.1|2176506_2178759_-|DNA-helicase-UvrD	unknown	unknown	gnl|CDD|223288
CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	csm5gr7	cd09662_csm5gr7_CAS-III-A	gnl|CDD|187793
CP021850.1|AUS96643.1|2157388_2158456_-|aminotransferase	unknown	unknown	gnl|CDD|223153
CP021850.1|AUS96652.1|2171392_2172019_-|hypothetical-protein	unknown	unknown	gnl|CDD|237705
CP021850.1|AUS96644.1|2160742_2161123_-|permease	unknown	unknown	gnl|CDD|376667
CP021850.1|AUS96655.1|2175697_2176522_-|hypothetical-protein	unknown	unknown	gnl|CDD|378929
CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein	cas6	pfam10040_cas6_CAS-III:CAS-IV	gnl|CDD|227838
CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2	csm2gr11	pfam03750_csm2gr11_CAS-III-A	gnl|CDD|367635
CP021850.1|AUS96653.1|2172021_2173149_-|hypothetical-protein	unknown	unknown	gnl|CDD|340861
CP021850.1|AUS96645.1|2161191_2161566_-|permease	unknown	unknown	gnl|CDD|376667
CP021850.1|AUS98751.1|2158933_2160214_-|diaminopimelate-decarboxylase	unknown	unknown	gnl|CDD|143501
CP021850.1|AUS96640.1|2152409_2153771_+|hypothetical-protein	unknown	unknown	gnl|CDD|377633
CP021850.1|AUS96641.1|2154322_2155261_-|hypothetical-protein	unknown	unknown	gnl|CDD|225714
CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	cas10	cd09680_cas10_CAS-III	gnl|CDD|187811
CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	gnl|CDD|274212

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	cas10	cd09680_cas10_CAS-III	1.5e-199	659.4	0.0
CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein	csm6	cd09746_csm6_CAS-III-A	1.8e-62	206.1	1.3
CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein	cas6	pfam10040_cas6_CAS-III:CAS-IV	1.2e-24	81.9	0.0
CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	csm4gr5	COG1567_csm4gr5_CAS-III-A	1.2e-41	137.6	0.0
CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	7.8e-69	226.4	0.2
CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	csm5gr7	cd09662_csm5gr7_CAS-III-A	1.8e-42	140.6	1.3
CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2	csm2gr11	pfam03750_csm2gr11_CAS-III-A	1.2e-20	68.9	0.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS96642.1|2155628_2157233_-|phosphoglycerate-dehydrogenase	gnl|CDD|237436	PRK13581, PRK13581, D-3-phosphoglycerate dehydrogenase; Provisional.	0
CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein	gnl|CDD|312974	pfam09659, Cas_Csm6, CRISPR-associated protein (Cas_Csm6). Clusters of short DNA repeats with nonhomologous spacers, which are found at regular intervals in the genomes of phylogenetically distinct prokaryotic species, comprise a family with recognisable features. This family is known as CRISPR (short for Clustered, Regularly Interspaced Short Palindromic Repeats). A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins.	8.08546e-92
CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	gnl|CDD|187794	cd09663, Csm4_III-A, CRISPR/Cas system-associated RAMP superfamily protein Csm4. 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; RAMP superfamily protein.	1.15658e-31
CP021850.1|AUS96654.1|2173397_2175692_-|single-stranded-DNA-specific-exonuclease-RecJ	gnl|CDD|273193	TIGR00644, recJ, single-stranded-DNA-specific exonuclease RecJ. All proteins in this family are 5'-3' single-strand DNA exonucleases. These proteins are used in some aspects of mismatch repair, recombination, and recombinational repair. [DNA metabolism, DNA replication, recombination, and repair].	2.78787e-176
CP021850.1|AUS96639.1|2151683_2152217_-|photosystem-reaction-center-subunit-H	gnl|CDD|226398	COG3881, COG3881, PRC-barrel domain containing protein [General function prediction only].	2.65648e-19
CP021850.1|AUS96656.1|2176506_2178759_-|DNA-helicase-UvrD	gnl|CDD|223288	COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].	6.08384e-62
CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	gnl|CDD|187793	cd09662, Csm5_III-A, CRISPR/Cas system-associated RAMP superfamily protein Csm5. 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; RAMP superfamily protein.	6.48372e-26
CP021850.1|AUS96643.1|2157388_2158456_-|aminotransferase	gnl|CDD|223153	COG0075, COG0075, Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase [Amino acid transport and metabolism].	4.21815e-128
CP021850.1|AUS96652.1|2171392_2172019_-|hypothetical-protein	gnl|CDD|237705	PRK14404, PRK14404, glycerol-3-phosphate acyltransferase.	5.8095e-29
CP021850.1|AUS96644.1|2160742_2161123_-|permease	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.	7.41542e-13
CP021850.1|AUS96655.1|2175697_2176522_-|hypothetical-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.	6.59199e-21
CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein	gnl|CDD|227838	COG5551, COG5551, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	2.14265e-14
CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2	gnl|CDD|367635	pfam03750, Csm2_III-A, Csm2 Type III-A. Clusters of short DNA repeats with non-homologous spacers, which are found at regular intervals in the genomes of phylogenetically distinct prokaryotic species, comprise a family with recognisable features. This family is known as CRISPR (short for Clustered Regularly Interspaced Short Palindromic Repeats). A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-associated) proteins. This entry represents Csm2 Type III-A, a family of Cas proteins also known as TM1810/Csm2.	1.14748e-22
CP021850.1|AUS96653.1|2172021_2173149_-|hypothetical-protein	gnl|CDD|340861	cd17507, GT28_Beta-DGS-like, beta-diglucosyldiacylglycerol synthase and similar proteins. beta-diglucosyldiacylglycerol synthase (processive diacylglycerol beta-glucosyltransferase EC 2.4.1.315) is involved in the biosynthesis of both the bilayer- and non-bilayer-forming membrane glucolipids. This family of glycosyltransferases also contains plant major galactolipid synthase (chloroplastic monogalactosyldiacylglycerol synthase 1 EC 2.4.1.46). Glycosyltransferases catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. The acceptor molecule can be a lipid, a protein, a heterocyclic compound, or another carbohydrate residue. The structures of the formed glycoconjugates are extremely diverse, reflecting a wide range of biological functions. The members of this family share a common GTB topology, one of the two protein topologies observed for nucleotide-sugar-dependent glycosyltransferases. GTB proteins have distinct N- and C- terminal domains each containing a typical Rossmann fold. The two domains have high structural homology despite minimal sequence homology. The large cleft that separates the two domains includes the catalytic center and permits a high degree of flexibility.	1.03323e-70
CP021850.1|AUS96645.1|2161191_2161566_-|permease	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.	1.03683e-14
CP021850.1|AUS98751.1|2158933_2160214_-|diaminopimelate-decarboxylase	gnl|CDD|143501	cd06828, PLPDE_III_DapDC, Type III Pyridoxal 5-phosphate (PLP)-Dependent Enzyme Diaminopimelate Decarboxylase. Diaminopimelate decarboxylase (DapDC, EC 4.1.1.20) participates in the last step of lysine biosynthesis. It converts meso-2,6-diaminoheptanedioate to L-lysine. It is a fold type III PLP-dependent enzyme that contains an N-terminal PLP-binding TIM-barrel domain and a C-terminal beta-sandwich domain, similar to bacterial alanine racemases. DapDC exists as homodimers with active sites that lie at the interface between the TIM barrel domain of one subunit and the beta-sandwich domain of the other subunit. Homodimer formation and the presence of the PLP cofactor are required for catalytic activity.	3.38121e-165
CP021850.1|AUS96640.1|2152409_2153771_+|hypothetical-protein	gnl|CDD|377633	pfam06245, DUF1015, Protein of unknown function (DUF1015). Family of proteins with unknown function found in archaea and bacteria.	8.20611e-111
CP021850.1|AUS96641.1|2154322_2155261_-|hypothetical-protein	gnl|CDD|225714	COG3173, COG3173, Predicted aminoglycoside phosphotransferase [General function prediction only].	2.7713e-36
CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	gnl|CDD|187811	cd09680, Cas10_III, CRISPR/Cas system-associated protein Cas10. 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; Multidomain protein with permuted HD nuclease domain, palm domain and Zn-ribbon; signature gene for type III; also known as Csm1 family.	0
CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	gnl|CDD|274212	TIGR02582, CRISPR_type_III-associated_RAMP_protein_Csm3, CRISPR type III-A/MTUBE-associated RAMP protein Csm3. Members of this CRISPR-associated (cas) gene family are found in the mtube subtype of CRISPR/cas locus and designated Csm3, for CRISPR/cas Subtype Mtube, protein 3.	1.46365e-76

Protein sequences

>CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein
MFHYPYENRKEDKMLQRITLKLTYKGEAKASYNWGSMMHGVLMELLPADAAEAFHENSLRPFSQYVLPLGESIIEWNIGLWGDGISDVVAKAILPVNTLEIKHKGILLNVCSSERQNLSERDFMARFFETENPCRKYELEFLTPCTHKSAGKHVLFPTTDLMVQSLCMRFNAYSQEYSLDDPEAMKQIAENMRIVKYSLHSAQYHLDGTKVTGYAGRIVLYISGPEQLVRLAGMLLSFSEYSGIGVKTSLGMGGCRIRPILKEI
>CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein
MSEYVLFSPLGMSDPTRGCRDGAFIHICRKYRPKKAYLYMSKEICEYDELDNRYEKYLSLLCEKLDFKCDVKKIKRPDLVKVNDFEAFYGDFSKIMESISSENPGCDILINLSSGTAQMKSALLVLGTLFPKPLTMVQVSTPSQKSNDTKPVGKDYDIYLEWELNEDNYEDYSDEDKYRCFVSKSENLNARIMYETVGKHILAYDYKAALTVAENIKDFMDTRALNLINAGFRRLILDLGNAERFAENAGYDLLPINEKRYNEKEKVVFEYILTLKIKREKGEIADFVRAVSPVLTDMFEIYLKNKCNIDIESYYLKDPYGRYAPKLSRNLLPADIIQILDSTYASRGGYRDTEPCAANLSPIVAAKGDAKAGGIAVKLRSFEGRVRNIAAHEIVVVTEKWIKERSGFNTGEVLKMLMDFFSCCIDIPQNTWNSYEQLNKTILEIPLLK
>CP021850.1|AUS96645.1|2161191_2161566_-|permease
MDKKAGVIKRYFKYALIGLVTGTANGLFGSGGGTIAVPAMVLLLGVEDHKAHATAISIILPLTLISAFFYVKNNFVDWALTIKVTLGGIAGGYIGAKLLNICPARVLRRIFAAFMIAAALRMIL
>CP021850.1|AUS96644.1|2160742_2161123_-|permease
MILFLIGMASGIISGMGIGGGTILIPALVIFIGVDQHIAQSVNLLFFIPTAVVALFIHFKNKRVNLKMAIPIVAFGLIGAFFGSKMAIGLSGTDLKKWFGFFLLAMGIYEMFRKDKAMERRQKNSG
>CP021850.1|AUS98751.1|2158933_2160214_-|diaminopimelate-decarboxylase
MEVEILKNYFTEQTNFFKGISPFEIIKEYGSPLYVYNESILRQRCREMKNFITYPNFSVNYSTKANSNLELLKIVREEGLNADAMSPGEIYVLLAAGFKPEQIFYISNNVSAEEMKYAIEKGIILSADSLSQLELYGKLNPGGKVAVRFNPGVGAGHHEKVVTAGKKTKFGVNMDYISEVKEILKRYDLKLVGINQHIGSLFMEGKPYIEGVKSLLDIAKQFDDLEFVDLGGGFGIPYRKQEGQERLELKEFGSKLDQVLKDWIREYGKDITFKIEPGRYIVAECSVLLGTVHSIKNNYGVTYAGTDIGFNVLARPVMYDSHHDIEVYREGKLLKSTESDKPVYVVGNICESGDILAKDRMLPELKEGDILGIMDAGAYGYSMSSNYNNRLRPAEVLIRENGSISLIRRRDTLEDLMRNFDVDSGA
>CP021850.1|AUS96643.1|2157388_2158456_-|aminotransferase
MHKRLFIPGPVEVREDILKKMSTPMIGHRSKDASKLQKSISGKMKKLMYTDNEILLSTSSGSGLMEGAIRSCTVKRAAVFSIGAFGDRWYKMAVCNGVQADKISSEPGQPTLPEMVDKTLATGKYDLITITHNETATGVMNPVEEIAEVMKKYPDVVYCLDAVSSLGGTKIEVDKLGVDICITSSQKCLGLPPGLSICSISQKALDAAKKVEFRGLYFDLLELYEYIKKKDYQYPSTPSLSHMFALDYQLDRIFEEGLENRFERHRKMAEYVRQWAKERFALFADERYASNTVTAVKNTRNIDVSELNKKLGEVGYVISNGYGQLKDITFRIAHMADTTLDEIKGLIESIDKIIM
>CP021850.1|AUS96642.1|2155628_2157233_-|phosphoglycerate-dehydrogenase
MRIIITERIADEGINYLKENGFEVDTRYGISSDELLGIIGDYDAIIVRSVTKVNEELLEAAKNLKVVGRAGNGIDNIDVGACTKRGIIVVNTPESNIMAAAELAVALAFAIFRNLPQVHVAVRNKDFRRNRFIGNELDGKTAGIIGLGRIGSIVARKLKGCNMRVVAYDPYITDDRFKMLGVEKCETLEELLKQSDLITLHTPKTSETYGMIGEKELNMCKRGVRIVNAARGGLVNEKALYDALKDGRVTAAALDVLDPEPSYDKKPEEQDYTNPLLELDNVMVTPHLGASTQEANYNVGTAITELVAGALKGEMVAAVNMPPMHTKDLSELRPYLNLAEMLGKIYYQAEKETVQQIEVIYRGDLADKETKVISLSVLKGFLDPINKEKVNYVNAELMLKNMGVEFKESKSTNLDKYTNLITVKFTTKKKELSVSGTVFAKEEIRIVDFFGYKLDFEPTPYVLAIQNVDKPGIIGQIGTILGADNINIAAMQWSRNRRGEKAVAFVSVDAEVSEEIMRLLKNIDGVLKVSMLKF
>CP021850.1|AUS96641.1|2154322_2155261_-|hypothetical-protein
MKSNSEMILSVCKDIPNHESFIRIEAINKGVSGDDKYYVETAQGQRYLLRISSIEFYKRKKAMYDMMGRAASLGVSMSAPVDFGICNSGKNVYQLLTWCDGETADVLLPKLSHAEQYELGIKAGQNLRRIHSIPAPEGLEDWYDRFVSINDERLKAFFNCGVHINGSEAILAFYKENRHLLLGRPQCFIHGDYHNDNLIISPNRDVVVVDWDLIDSLYGDPWSEFNRILLANLVPHFTTGQIHGYFNGEPPEEFWRILALYLSTGALVLVSWAVYVEPSYRDESIQTAINIMNWFDEMRNPVPNWYLREFTP
>CP021850.1|AUS96640.1|2152409_2153771_+|hypothetical-protein
MKESNKFQNKIGVHVPSLLLPAKNVDMCKWSVVACDQYTSQPDYWKEVEKIVGSNPSTLHLIFPEVYLGKGDDDERIDKINHCMEEYIKNGTLVEHEPALIYVERKTSHTESRKGLIIAVDLECYDYEKGSCTLIRATEGTVLDRLPPRIKIRQNAPIELPHIMLLIDDPDKTVIEPLSEKLDKFEKIYDFDLMMNGGHIKGYKIDDEDTIKSILDALEKLTDPDNFRSRYELDSCRDVLLFAAGDGNHSLATAKACWESLKTGLSPEERENHPARFALVELVNVHDEGLVFEPIHRVVFNVDVNNMLEKLTEYFTGTSKAYWIDCSSEEQAFEEAKKFPGQPDKHVIPFTSKDIKGLIVVENPVHNIEVGTLQSFLDEYLKDHASARIDYIHGYDVVERLGSMDSNIGFYLPPMDKKDLFKTVILDGVLPRKTFSMGEAEEKRFYLECRKIR
>CP021850.1|AUS96639.1|2151683_2152217_-|photosystem-reaction-center-subunit-H
MHKYSEVVGLPVICVDTGKKVGLVKDIIFCPGSKEIKAFIIERSSYEIKRKLVLPEDVLNIGHDAVIINSASNLKNLKDMEKKGELRDKGEVLGLRVYTVNGEDLGVVKDILFDCDSGLIEGVEISDGLLQDIVKGRNIIPLFGKVEFSSENILIGKEALEEMTGTGGGLKKRFLEE
>CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5
MRYGHLERVELVLRTLSPVFIGSGEKLTKKEYIYDKNDRVIYMLNLAKLVEYLSRRKLEGAYERFLLSPNKNDLQAFLYENGVSKKDYKLFTSYAIDAGEVAASEKFHGVLMFIKGSDGKPYIPGSSLKGAIRTAIGSKLMEKGNYDKEILKIEESSKVFKSQKTYVSGEAKNLESRLFCKLGITDPRKPGKIKWNSILNDFMKGISISDSLPIDLENLTLCGKHDRKPDGKSKQLPIYRECLAPDTEARFVMTLDRTIMDKVGIDLDFIQDALQRFSKKHFENFEKYYRKLPEDAEDKSTSGVKIILGGGAGYVSKTLTYPLIRERERSVKLVSDMMAKLFRIHKHEKDLKVYKVSPHILKTTMYKGKYYQMGKCELMFR
>CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4
MGYSLYRLEFTTGLHIGVDRGGQSLDDGRMTIHSDTLFSALCCECAKRGDIDRLYELFYTGEITTSDCLPYKGNEYYFPRPILHTGKAQREGRPEARKALKSVEYIPVSLFDAFLKDYANKEVDTDRLKCNFGGLTSYTRVAMKGQPQPQLYQVAFWRFASGCGLYVIVRYKDESSLLFFEEVLTALGLSGVGGKQSSGLGKFNVMKSSLPEKMEELLEDDRADYHMLLGTALPEEGALDDILSESWYATLRRGGFVRSETYSKAQLKKKTIYMLAPGSCIKKRFDGGMFDLSDGGTHPVWRCGKTLFAGVRL
>CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3
MYGKIAINCKMTVLTGMHIGGSSMFSAIGAVDSVVIRDPWTGEPMVPGSSLKGKMRTLLAKEIRNDYVMQDFSDDPDIIKRLFGTTGNKNTGEKPKGARLQFADAFLTNAEHLKKRGGMTEIKFENVINRYTSIANPRQIERVVRGAEFAIKMVYDMEKPEEIREDFESIAKALKLLSMDYLGGHGTRGYGRVKFSDFDIKVMNGQCNEDTNELLNILKGVEDYGIFSLQA
>CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2
MKDALKKAGYSEPDNRNKKAEAKHSTSKGFDAFEKLHEDYTDRAERVIIELQNKLGKNYKDFTTSKIRNILAMVSDIYNDVLTEQDEVLNDEIRGKIAYLKVRLIYECGREPNIVKPFVELAGLLDIISGIGYSRQRFIDFEHYMEALVAYHRFHEGKD
>CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1
MLNKAAYITTVGGLLHDFGKVLHRSGAADGRSHSISGADYIKGFTSDKDIIDCIRFHHRKEIDSALLSDESPAYIVYIADHISSGADRKGIEGEANTGYDQERMLESVYNLLSNRKGKAVYAPGMIKNTINYPGEGIKAAATEYPRLLSGFTDGLSDICFEPEYINSLLELCEKYLSYIPASTDSGQVCDISLFDHSKITAALASCIALYLEEGNRLNYRKELYERESDFCSEKAFCLFSVDISGIQKFIYTISSKGALKGLRSRSFYLEILLENIADEILNACGVSRSNLLYTGGGHAYLLLPNTGKVLTTVKESFSNINRRLLEKFETELYIAYGIKACSANELMSRTGNPESYVNLFRSVSSQISAMKLRRYSAEDIRFLNSVGIDREGRECAVCGTSSVRLSERNGSIMCGMCSSLSDISGGLIKENVVFAVLREEPNNACLPVFSADGSSLYLKPMTADAVREMLREAPEKVVRIYSKNAYSTGIPHSIKLWMGDYAAKSAEGALKTFSELAQDSQGINRIAVLRADVDNLGAAFVSGFMREKDPENKYKYMTISRTTTLSRSLSLFFKYHINYLMENPEFSLTDKEGKRNVVIVYSGGDDLFIVGAWDEVFSAAVDIRRAFNRYTDRALTLSAGLAVFDEKYPISLMAEETAELEERAKDNKYEGGSKNSVSLFGLESEKGQLTDKHTYNWDTFESKVIGEKYKAIKALYEAGGDYGNTYFYNILYFLRESENEKVNVARLAYLLARREPDKKAADKLKQAYSSFSANVYKWALAPEDRKQLITALIIFMCTLRDEKED
>CP021850.1|AUS96652.1|2171392_2172019_-|hypothetical-protein
MTIIGFFAGSLMFSYFIPKWFLGIDIRENTEDGNPGSTNAIKSAGVHIGLLCMFLDILKAFIPIYISINYLNISGLYLVPVIAAPSAGHAFSPFMGFKGGKAVSTLYGSLLGILGISRAVFFIAALMVLFKTLIVIKPDSAMVTVSLISANAAVLYYEPLYEVKIAVTLICLIVSYKILKNPNKGDIVVSIWNLHIIFDEGKVKVRHI
>CP021850.1|AUS96653.1|2172021_2173149_-|hypothetical-protein
MKALILSTKTGQGHNSASMAIASCLENEGWEAIVSDVLKSGKRNVSAPVSALYDNIVLHMPALFGMLYRAGELVSSSKRHSPIYYLNSIYSGKLLDKIKSTEPQIIICPHIFSAQAITRLYEKHELSTPSVGILTDYTCSPFWEETRLDAYVIPAPQLIDEFAYKGIPREKLYPLGIPVNSCFKKTHDKAEARRLFGITADKVFTVMGGSMGYGYIRELSTLLARKMPKAQVVAVCGNNEKLFKSFTGISNIIPFQFIDNIDILMDATDVLLTKPGGLSSTEALSKRLPVVLTCPIPGGEERNADFLSSIGVAEYAKTPESAVEKAIELVFDMRKRKKMIEAQEKYINRDADRDIAKLIIKLSEKAGGRQMCKAV
>CP021850.1|AUS96654.1|2173397_2175692_-|single-stranded-DNA-specific-exonuclease-RecJ
MKIDVNILNENTHIPDEIIEAADGDELIARIFFNRGYKDPDTIRQMLCEDLYTPVQPEEFPRMDKAVARIAKAIETGEKIAVYGDYDVDGVTSTALLVQCLTWYSSSVIYHVPDRFTEGYGMNEDVIRSMAKDGVSLIITCDCGISNINEIKTAKDLGMDVVITDHHNPDVLPEADVILNPKLLGEGHKARNLSGCGMAYFLALALLEQYGESEKAEAFLDLLAMSLIADVVSLNGENRYLLKKALPKLFGTKRTGLKALLEIAEKDSKLQSEEDVAFQLAPRINAAGRMESARLPVELLLCSDAQKAMEMALKIDHLNRERKRIQQEMVDEAIEQVENRKKNKSILVLFSEFWHHGIIGIAAGKVCETYRKPAILFSLKEDGTTVTGSARSTEEVNIYELIKACSSKLLKFGGHSQAAGLSLKREDLEEFTREIEELAEREYFIKDEIKVNADMELTLDNIDEELYGRILKAGPYGEGFEAPCFITRGATVASDRKTAKRHHIMVLADGHGNRLPAVKWFGEDEDLSGKLFDIVYKIGRNTYRGNDEIQLTISHLLPVEGTPEAVFEGEFIDGRGMDIKTLLKDFEEAVFFYEGLRLKCPVDNTVDRYDLRTSKKVETLVFLSTPVNASVFREVIALARPRKVVLSFAVTQDYTFKGFMTNLMGLVKHIINKQGGRSSLEQLALMLCVEDNIMRAALKYLRTIAPVEFLENSEDEIYIYGVKERSTANNIAVEKNIKNALMEKNAYQQFLMKLDVKSFGQYLK
>CP021850.1|AUS96655.1|2175697_2176522_-|hypothetical-protein
MDRDLRLADHFLYTQHSLATFDNCPLKFKKRYLENLKWDSFPDEATRKSIEAGNNFHLLAYRYFMGIETAPVEALEKYPELSRWMESLMKRFNINPEFKYLPEYKLRMSSGEMKLEANFDLLIVKHDHIEIWDWKTHGGRGKVSAAAIGKKLRSSLQTMVYMYALKEQSRLVAGEEIKASNISMHYWQPEPAMTLAEIKYSDALHEHFGNIIREKIRNILNYDFNSFDKDMYSKHCRVCEFNWFCNNERVDFSAMQEDEDIMLELDWERAEEVY
>CP021850.1|AUS96656.1|2176506_2178759_-|DNA-helicase-UvrD
MGLRKGQKELVEQYRGGFCAVPAIPGGGKTHCLSIWAAEMIAQGLHKPGKILIVTYMNSAVNNFRQRIAKELARRGISGNKDYVVSTIHSLCLKIVKEKPDLISTNEEFEIIDEVTKFHLISSAVDEWRRKNEDIFRYYLEESNLSANKLSENYKKWNDRLCGVVLGAIGDFKSHGMKPLQARESCRKLPETSLLKHAADIYAIYDKKLKMSGFLDFDDMLYNAKELLTMDSSLLEKYRKKFTFVCEDEAQDSNLIQSEILTLIADGNLLRVGDSNQAICGSFSNSDFTLFKSFCEKPETVVYRITQSSRNTREIIDLANYFVKLVREEHPVPECRESLLPQFIEPVDPHDERQNPVTTEYGIKAQIYGSWDEEVNSVVTEVIRMVKRHPDKTISVLVPNSYKMRDIVRCLEDKNIPFEQLDNTSDERNRTIKVLGRIIDFIAEPENGEKFGAMMNECFLRDKYEDEMPESEFNPDMHGKESQREMLTAFLRKYPVEKLLYPAAGEIDIREIPPELLKSKIWRDFTDKLETVRGFLEFPTTVVEKLILYISEKLNFGREERAIAQKVAGDVRYLMNQNPRWRLSDLALELLSPKNMFNFFAGIVWELKGYEPKPGVVTVATYHKSKGMEWDIVFLTGLNYADFPVYLTDKFVGEYWFLKQEYKNPQALVKADLEKILGAGTGEDSILKSKIETISERARLLYVGITRAREYLYLSGFHANQGKWNENLPSKYLLDIKKHIEEVGAKWTGI

Crispr_ID: CP021850_3

• CRISPR_ID: CP021850_3
• CRISPR_location: 2164834-2165331
• CRISPR_type: TypeIII
• Repeat_type: NA
• Spacer_info: 7 spacers
• Cas_protein_info: cas6,csm6,csm5gr7,csm4gr5,csm3gr7,csm2gr11,cas10

Consensus repeat of CP021850_3

Consensus_repeat	Method
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC	CRISPRCasFinder
CCGTCCCCTCGCGGGTGCAAGTTGTTACT	CRT
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACT	PILER-CR

spacers of CP021850_3

>3.1|2164866|35|CP021850|CRISPRCasFinder
ATTTATGGCGATACTATTGAAATCGAAGGAGGGCA
>3.2|2164933|35|CP021850|CRISPRCasFinder
TTTGAGGATTATCCAGAAGAATATGTAAAGCAGGT
>3.3|2165000|35|CP021850|CRISPRCasFinder
TTTATAATTAAGTCTAATGTATCATTTCCACCATC
>3.4|2165067|34|CP021850|CRISPRCasFinder
TCAAGCCGCTGACACTCAACGACCTGGCAATAGC
>3.5|2165133|34|CP021850|CRISPRCasFinder
TATTGTGAAAGCACAAAAGAAGAATGTTTGAAAA
>3.6|2165199|34|CP021850|CRISPRCasFinder
TAAAAAGGCCCGTATACTCCGCATAGGTAGAGAC
>3.7|2165265|34|CP021850|CRISPRCasFinder
AACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGA
>3.8|2164867|38|CP021850|CRT
TTTATGGCGATACTATTGAAATCGAAGGAGGGCAGTTA
>3.9|2164934|38|CP021850|CRT
TTGAGGATTATCCAGAAGAATATGTAAAGCAGGTGTTA
>3.10|2165001|38|CP021850|CRT
TTATAATTAAGTCTAATGTATCATTTCCACCATCGTTG
>3.11|2165068|37|CP021850|CRT
CAAGCCGCTGACACTCAACGACCTGGCAATAGCGTTG
>3.12|2165134|37|CP021850|CRT
ATTGTGAAAGCACAAAAGAAGAATGTTTGAAAAGTTG
>3.13|2165200|37|CP021850|CRT
AAAAAGGCCCGTATACTCCGCATAGGTAGAGACGTTG
>3.14|2165266|37|CP021850|CRT
ACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGAGTTG
>3.15|2165068|33|CP021850|PILER-CR
CAAGCCGCTGACACTCAACGACCTGGCAATAGC
>3.16|2165134|33|CP021850|PILER-CR
ATTGTGAAAGCACAAAAGAAGAATGTTTGAAAA
>3.17|2165200|33|CP021850|PILER-CR
AAAAAGGCCCGTATACTCCGCATAGGTAGAGAC
>3.18|2165266|33|CP021850|PILER-CR
ACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGA

CRISPR arrays and Neighbor proteins around CP021850_3

CRISPR arrays

The CRISPR arrays of CP021850_3

>merge|CP021850|3|2164834-2165331|CRISPRCasFinder,CRT,PILER-CR
GTTACCGTCCCCTCGTGGGTGCGAGTTGTTACATTTATGGCGATACTATTGAAATCGAAGGAGGGCAGTTACCGTCCCCTCACGGGTGCAGATTGTTATTTTGAGGATTATCCAGAAGAATATGTAAAGCAGGTGTTACCGTCCCCTCGTGGGTGCGAATTGTTACTTTATAATTAAGTCTAATGTATCATTTCCACCATCGTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACTCAAGCCGCTGACACTCAACGACCTGGCAATAGCGTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACTATTGTGAAAGCACAAAAGAAGAATGTTTGAAAAGTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACTAAAAAGGCCCGTATACTCCGCATAGGTAGAGACGTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACAACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGAGTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACT

>CP021850|3|3|2164834-2165330|CRISPRCasFinder
GTTACCGTCCCCTCGTGGGTGCGAGTTGTTAC	ATTTATGGCGATACTATTGAAATCGAAGGAGGGCA
GTTACCGTCCCCTCACGGGTGCAGATTGTTAT	TTTGAGGATTATCCAGAAGAATATGTAAAGCAGGT
GTTACCGTCCCCTCGTGGGTGCGAATTGTTAC	TTTATAATTAAGTCTAATGTATCATTTCCACCATC
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC	TCAAGCCGCTGACACTCAACGACCTGGCAATAGC
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC	TATTGTGAAAGCACAAAAGAAGAATGTTTGAAAA
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC	TAAAAAGGCCCGTATACTCCGCATAGGTAGAGAC
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC	AACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGA
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTAC

>CP021850|3|1|2164838-2165331|CRT
CCGTCCCCTCGTGGGTGCGAGTTGTTACA	TTTATGGCGATACTATTGAAATCGAAGGAGGGCAGTTA
CCGTCCCCTCACGGGTGCAGATTGTTATT	TTGAGGATTATCCAGAAGAATATGTAAAGCAGGTGTTA
CCGTCCCCTCGTGGGTGCGAATTGTTACT	TTATAATTAAGTCTAATGTATCATTTCCACCATCGTTG
CCGTCCCCTCGCGGGTGCAAGTTGTTACT	CAAGCCGCTGACACTCAACGACCTGGCAATAGCGTTG
CCGTCCCCTCGCGGGTGCAAGTTGTTACT	ATTGTGAAAGCACAAAAGAAGAATGTTTGAAAAGTTG
CCGTCCCCTCGCGGGTGCAAGTTGTTACT	AAAAAGGCCCGTATACTCCGCATAGGTAGAGACGTTG
CCGTCCCCTCGCGGGTGCAAGTTGTTACA	ACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGAGTTG
CCGTCCCCTCGCGGGTGCAAGTTGTTACT

>CP021850|3|1|2165035-2165331|PILER-CR
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACT	CAAGCCGCTGACACTCAACGACCTGGCAATAGC
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACT	ATTGTGAAAGCACAAAAGAAGAATGTTTGAAAA
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACT	AAAAAGGCCCGTATACTCCGCATAGGTAGAGAC
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACA	ACCAAACGGCCAAGTAAAAGCAGAGTGGTTGGA
GTTGCCGTCCCCTCGCGGGTGCAAGTTGTTACT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS96642.1|2155628_2157233_-|phosphoglycerate-dehydrogenase	unknown	unknown	gnl|CDD|237436
CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein	csm6	cd09746_csm6_CAS-III-A	gnl|CDD|312974
CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	csm4gr5	COG1567_csm4gr5_CAS-III-A	gnl|CDD|187794
CP021850.1|AUS96654.1|2173397_2175692_-|single-stranded-DNA-specific-exonuclease-RecJ	unknown	unknown	gnl|CDD|273193
CP021850.1|AUS96639.1|2151683_2152217_-|photosystem-reaction-center-subunit-H	unknown	unknown	gnl|CDD|226398
CP021850.1|AUS96656.1|2176506_2178759_-|DNA-helicase-UvrD	unknown	unknown	gnl|CDD|223288
CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	csm5gr7	cd09662_csm5gr7_CAS-III-A	gnl|CDD|187793
CP021850.1|AUS96643.1|2157388_2158456_-|aminotransferase	unknown	unknown	gnl|CDD|223153
CP021850.1|AUS96652.1|2171392_2172019_-|hypothetical-protein	unknown	unknown	gnl|CDD|237705
CP021850.1|AUS96644.1|2160742_2161123_-|permease	unknown	unknown	gnl|CDD|376667
CP021850.1|AUS96655.1|2175697_2176522_-|hypothetical-protein	unknown	unknown	gnl|CDD|378929
CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein	cas6	pfam10040_cas6_CAS-III:CAS-IV	gnl|CDD|227838
CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2	csm2gr11	pfam03750_csm2gr11_CAS-III-A	gnl|CDD|367635
CP021850.1|AUS96653.1|2172021_2173149_-|hypothetical-protein	unknown	unknown	gnl|CDD|340861
CP021850.1|AUS96645.1|2161191_2161566_-|permease	unknown	unknown	gnl|CDD|376667
CP021850.1|AUS98751.1|2158933_2160214_-|diaminopimelate-decarboxylase	unknown	unknown	gnl|CDD|143501
CP021850.1|AUS96640.1|2152409_2153771_+|hypothetical-protein	unknown	unknown	gnl|CDD|377633
CP021850.1|AUS96641.1|2154322_2155261_-|hypothetical-protein	unknown	unknown	gnl|CDD|225714
CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	cas10	cd09680_cas10_CAS-III	gnl|CDD|187811
CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	gnl|CDD|274212

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	cas10	cd09680_cas10_CAS-III	1.5e-199	659.4	0.0
CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein	csm6	cd09746_csm6_CAS-III-A	1.8e-62	206.1	1.3
CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein	cas6	pfam10040_cas6_CAS-III:CAS-IV	1.2e-24	81.9	0.0
CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	csm4gr5	COG1567_csm4gr5_CAS-III-A	1.2e-41	137.6	0.0
CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	7.8e-69	226.4	0.2
CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	csm5gr7	cd09662_csm5gr7_CAS-III-A	1.8e-42	140.6	1.3
CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2	csm2gr11	pfam03750_csm2gr11_CAS-III-A	1.2e-20	68.9	0.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS96642.1|2155628_2157233_-|phosphoglycerate-dehydrogenase	gnl|CDD|237436	PRK13581, PRK13581, D-3-phosphoglycerate dehydrogenase; Provisional.	0
CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein	gnl|CDD|312974	pfam09659, Cas_Csm6, CRISPR-associated protein (Cas_Csm6). Clusters of short DNA repeats with nonhomologous spacers, which are found at regular intervals in the genomes of phylogenetically distinct prokaryotic species, comprise a family with recognisable features. This family is known as CRISPR (short for Clustered, Regularly Interspaced Short Palindromic Repeats). A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins.	8.08546e-92
CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	gnl|CDD|187794	cd09663, Csm4_III-A, CRISPR/Cas system-associated RAMP superfamily protein Csm4. 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; RAMP superfamily protein.	1.15658e-31
CP021850.1|AUS96654.1|2173397_2175692_-|single-stranded-DNA-specific-exonuclease-RecJ	gnl|CDD|273193	TIGR00644, recJ, single-stranded-DNA-specific exonuclease RecJ. All proteins in this family are 5'-3' single-strand DNA exonucleases. These proteins are used in some aspects of mismatch repair, recombination, and recombinational repair. [DNA metabolism, DNA replication, recombination, and repair].	2.78787e-176
CP021850.1|AUS96639.1|2151683_2152217_-|photosystem-reaction-center-subunit-H	gnl|CDD|226398	COG3881, COG3881, PRC-barrel domain containing protein [General function prediction only].	2.65648e-19
CP021850.1|AUS96656.1|2176506_2178759_-|DNA-helicase-UvrD	gnl|CDD|223288	COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].	6.08384e-62
CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	gnl|CDD|187793	cd09662, Csm5_III-A, CRISPR/Cas system-associated RAMP superfamily protein Csm5. 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; RAMP superfamily protein.	6.48372e-26
CP021850.1|AUS96643.1|2157388_2158456_-|aminotransferase	gnl|CDD|223153	COG0075, COG0075, Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase [Amino acid transport and metabolism].	4.21815e-128
CP021850.1|AUS96652.1|2171392_2172019_-|hypothetical-protein	gnl|CDD|237705	PRK14404, PRK14404, glycerol-3-phosphate acyltransferase.	5.8095e-29
CP021850.1|AUS96644.1|2160742_2161123_-|permease	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.	7.41542e-13
CP021850.1|AUS96655.1|2175697_2176522_-|hypothetical-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.	6.59199e-21
CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein	gnl|CDD|227838	COG5551, COG5551, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	2.14265e-14
CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2	gnl|CDD|367635	pfam03750, Csm2_III-A, Csm2 Type III-A. Clusters of short DNA repeats with non-homologous spacers, which are found at regular intervals in the genomes of phylogenetically distinct prokaryotic species, comprise a family with recognisable features. This family is known as CRISPR (short for Clustered Regularly Interspaced Short Palindromic Repeats). A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-associated) proteins. This entry represents Csm2 Type III-A, a family of Cas proteins also known as TM1810/Csm2.	1.14748e-22
CP021850.1|AUS96653.1|2172021_2173149_-|hypothetical-protein	gnl|CDD|340861	cd17507, GT28_Beta-DGS-like, beta-diglucosyldiacylglycerol synthase and similar proteins. beta-diglucosyldiacylglycerol synthase (processive diacylglycerol beta-glucosyltransferase EC 2.4.1.315) is involved in the biosynthesis of both the bilayer- and non-bilayer-forming membrane glucolipids. This family of glycosyltransferases also contains plant major galactolipid synthase (chloroplastic monogalactosyldiacylglycerol synthase 1 EC 2.4.1.46). Glycosyltransferases catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. The acceptor molecule can be a lipid, a protein, a heterocyclic compound, or another carbohydrate residue. The structures of the formed glycoconjugates are extremely diverse, reflecting a wide range of biological functions. The members of this family share a common GTB topology, one of the two protein topologies observed for nucleotide-sugar-dependent glycosyltransferases. GTB proteins have distinct N- and C- terminal domains each containing a typical Rossmann fold. The two domains have high structural homology despite minimal sequence homology. The large cleft that separates the two domains includes the catalytic center and permits a high degree of flexibility.	1.03323e-70
CP021850.1|AUS96645.1|2161191_2161566_-|permease	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.	1.03683e-14
CP021850.1|AUS98751.1|2158933_2160214_-|diaminopimelate-decarboxylase	gnl|CDD|143501	cd06828, PLPDE_III_DapDC, Type III Pyridoxal 5-phosphate (PLP)-Dependent Enzyme Diaminopimelate Decarboxylase. Diaminopimelate decarboxylase (DapDC, EC 4.1.1.20) participates in the last step of lysine biosynthesis. It converts meso-2,6-diaminoheptanedioate to L-lysine. It is a fold type III PLP-dependent enzyme that contains an N-terminal PLP-binding TIM-barrel domain and a C-terminal beta-sandwich domain, similar to bacterial alanine racemases. DapDC exists as homodimers with active sites that lie at the interface between the TIM barrel domain of one subunit and the beta-sandwich domain of the other subunit. Homodimer formation and the presence of the PLP cofactor are required for catalytic activity.	3.38121e-165
CP021850.1|AUS96640.1|2152409_2153771_+|hypothetical-protein	gnl|CDD|377633	pfam06245, DUF1015, Protein of unknown function (DUF1015). Family of proteins with unknown function found in archaea and bacteria.	8.20611e-111
CP021850.1|AUS96641.1|2154322_2155261_-|hypothetical-protein	gnl|CDD|225714	COG3173, COG3173, Predicted aminoglycoside phosphotransferase [General function prediction only].	2.7713e-36
CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1	gnl|CDD|187811	cd09680, Cas10_III, CRISPR/Cas system-associated protein Cas10. 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; Multidomain protein with permuted HD nuclease domain, palm domain and Zn-ribbon; signature gene for type III; also known as Csm1 family.	0
CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	gnl|CDD|274212	TIGR02582, CRISPR_type_III-associated_RAMP_protein_Csm3, CRISPR type III-A/MTUBE-associated RAMP protein Csm3. Members of this CRISPR-associated (cas) gene family are found in the mtube subtype of CRISPR/cas locus and designated Csm3, for CRISPR/cas Subtype Mtube, protein 3.	1.46365e-76

Protein sequences

>CP021850.1|AUS96647.1|2163176_2163971_-|hypothetical-protein
MFHYPYENRKEDKMLQRITLKLTYKGEAKASYNWGSMMHGVLMELLPADAAEAFHENSLRPFSQYVLPLGESIIEWNIGLWGDGISDVVAKAILPVNTLEIKHKGILLNVCSSERQNLSERDFMARFFETENPCRKYELEFLTPCTHKSAGKHVLFPTTDLMVQSLCMRFNAYSQEYSLDDPEAMKQIAENMRIVKYSLHSAQYHLDGTKVTGYAGRIVLYISGPEQLVRLAGMLLSFSEYSGIGVKTSLGMGGCRIRPILKEI
>CP021850.1|AUS96646.1|2161789_2163139_-|hypothetical-protein
MSEYVLFSPLGMSDPTRGCRDGAFIHICRKYRPKKAYLYMSKEICEYDELDNRYEKYLSLLCEKLDFKCDVKKIKRPDLVKVNDFEAFYGDFSKIMESISSENPGCDILINLSSGTAQMKSALLVLGTLFPKPLTMVQVSTPSQKSNDTKPVGKDYDIYLEWELNEDNYEDYSDEDKYRCFVSKSENLNARIMYETVGKHILAYDYKAALTVAENIKDFMDTRALNLINAGFRRLILDLGNAERFAENAGYDLLPINEKRYNEKEKVVFEYILTLKIKREKGEIADFVRAVSPVLTDMFEIYLKNKCNIDIESYYLKDPYGRYAPKLSRNLLPADIIQILDSTYASRGGYRDTEPCAANLSPIVAAKGDAKAGGIAVKLRSFEGRVRNIAAHEIVVVTEKWIKERSGFNTGEVLKMLMDFFSCCIDIPQNTWNSYEQLNKTILEIPLLK
>CP021850.1|AUS96645.1|2161191_2161566_-|permease
MDKKAGVIKRYFKYALIGLVTGTANGLFGSGGGTIAVPAMVLLLGVEDHKAHATAISIILPLTLISAFFYVKNNFVDWALTIKVTLGGIAGGYIGAKLLNICPARVLRRIFAAFMIAAALRMIL
>CP021850.1|AUS96644.1|2160742_2161123_-|permease
MILFLIGMASGIISGMGIGGGTILIPALVIFIGVDQHIAQSVNLLFFIPTAVVALFIHFKNKRVNLKMAIPIVAFGLIGAFFGSKMAIGLSGTDLKKWFGFFLLAMGIYEMFRKDKAMERRQKNSG
>CP021850.1|AUS98751.1|2158933_2160214_-|diaminopimelate-decarboxylase
MEVEILKNYFTEQTNFFKGISPFEIIKEYGSPLYVYNESILRQRCREMKNFITYPNFSVNYSTKANSNLELLKIVREEGLNADAMSPGEIYVLLAAGFKPEQIFYISNNVSAEEMKYAIEKGIILSADSLSQLELYGKLNPGGKVAVRFNPGVGAGHHEKVVTAGKKTKFGVNMDYISEVKEILKRYDLKLVGINQHIGSLFMEGKPYIEGVKSLLDIAKQFDDLEFVDLGGGFGIPYRKQEGQERLELKEFGSKLDQVLKDWIREYGKDITFKIEPGRYIVAECSVLLGTVHSIKNNYGVTYAGTDIGFNVLARPVMYDSHHDIEVYREGKLLKSTESDKPVYVVGNICESGDILAKDRMLPELKEGDILGIMDAGAYGYSMSSNYNNRLRPAEVLIRENGSISLIRRRDTLEDLMRNFDVDSGA
>CP021850.1|AUS96643.1|2157388_2158456_-|aminotransferase
MHKRLFIPGPVEVREDILKKMSTPMIGHRSKDASKLQKSISGKMKKLMYTDNEILLSTSSGSGLMEGAIRSCTVKRAAVFSIGAFGDRWYKMAVCNGVQADKISSEPGQPTLPEMVDKTLATGKYDLITITHNETATGVMNPVEEIAEVMKKYPDVVYCLDAVSSLGGTKIEVDKLGVDICITSSQKCLGLPPGLSICSISQKALDAAKKVEFRGLYFDLLELYEYIKKKDYQYPSTPSLSHMFALDYQLDRIFEEGLENRFERHRKMAEYVRQWAKERFALFADERYASNTVTAVKNTRNIDVSELNKKLGEVGYVISNGYGQLKDITFRIAHMADTTLDEIKGLIESIDKIIM
>CP021850.1|AUS96642.1|2155628_2157233_-|phosphoglycerate-dehydrogenase
MRIIITERIADEGINYLKENGFEVDTRYGISSDELLGIIGDYDAIIVRSVTKVNEELLEAAKNLKVVGRAGNGIDNIDVGACTKRGIIVVNTPESNIMAAAELAVALAFAIFRNLPQVHVAVRNKDFRRNRFIGNELDGKTAGIIGLGRIGSIVARKLKGCNMRVVAYDPYITDDRFKMLGVEKCETLEELLKQSDLITLHTPKTSETYGMIGEKELNMCKRGVRIVNAARGGLVNEKALYDALKDGRVTAAALDVLDPEPSYDKKPEEQDYTNPLLELDNVMVTPHLGASTQEANYNVGTAITELVAGALKGEMVAAVNMPPMHTKDLSELRPYLNLAEMLGKIYYQAEKETVQQIEVIYRGDLADKETKVISLSVLKGFLDPINKEKVNYVNAELMLKNMGVEFKESKSTNLDKYTNLITVKFTTKKKELSVSGTVFAKEEIRIVDFFGYKLDFEPTPYVLAIQNVDKPGIIGQIGTILGADNINIAAMQWSRNRRGEKAVAFVSVDAEVSEEIMRLLKNIDGVLKVSMLKF
>CP021850.1|AUS96641.1|2154322_2155261_-|hypothetical-protein
MKSNSEMILSVCKDIPNHESFIRIEAINKGVSGDDKYYVETAQGQRYLLRISSIEFYKRKKAMYDMMGRAASLGVSMSAPVDFGICNSGKNVYQLLTWCDGETADVLLPKLSHAEQYELGIKAGQNLRRIHSIPAPEGLEDWYDRFVSINDERLKAFFNCGVHINGSEAILAFYKENRHLLLGRPQCFIHGDYHNDNLIISPNRDVVVVDWDLIDSLYGDPWSEFNRILLANLVPHFTTGQIHGYFNGEPPEEFWRILALYLSTGALVLVSWAVYVEPSYRDESIQTAINIMNWFDEMRNPVPNWYLREFTP
>CP021850.1|AUS96640.1|2152409_2153771_+|hypothetical-protein
MKESNKFQNKIGVHVPSLLLPAKNVDMCKWSVVACDQYTSQPDYWKEVEKIVGSNPSTLHLIFPEVYLGKGDDDERIDKINHCMEEYIKNGTLVEHEPALIYVERKTSHTESRKGLIIAVDLECYDYEKGSCTLIRATEGTVLDRLPPRIKIRQNAPIELPHIMLLIDDPDKTVIEPLSEKLDKFEKIYDFDLMMNGGHIKGYKIDDEDTIKSILDALEKLTDPDNFRSRYELDSCRDVLLFAAGDGNHSLATAKACWESLKTGLSPEERENHPARFALVELVNVHDEGLVFEPIHRVVFNVDVNNMLEKLTEYFTGTSKAYWIDCSSEEQAFEEAKKFPGQPDKHVIPFTSKDIKGLIVVENPVHNIEVGTLQSFLDEYLKDHASARIDYIHGYDVVERLGSMDSNIGFYLPPMDKKDLFKTVILDGVLPRKTFSMGEAEEKRFYLECRKIR
>CP021850.1|AUS96639.1|2151683_2152217_-|photosystem-reaction-center-subunit-H
MHKYSEVVGLPVICVDTGKKVGLVKDIIFCPGSKEIKAFIIERSSYEIKRKLVLPEDVLNIGHDAVIINSASNLKNLKDMEKKGELRDKGEVLGLRVYTVNGEDLGVVKDILFDCDSGLIEGVEISDGLLQDIVKGRNIIPLFGKVEFSSENILIGKEALEEMTGTGGGLKKRFLEE
>CP021850.1|AUS96648.1|2165505_2166651_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5
MRYGHLERVELVLRTLSPVFIGSGEKLTKKEYIYDKNDRVIYMLNLAKLVEYLSRRKLEGAYERFLLSPNKNDLQAFLYENGVSKKDYKLFTSYAIDAGEVAASEKFHGVLMFIKGSDGKPYIPGSSLKGAIRTAIGSKLMEKGNYDKEILKIEESSKVFKSQKTYVSGEAKNLESRLFCKLGITDPRKPGKIKWNSILNDFMKGISISDSLPIDLENLTLCGKHDRKPDGKSKQLPIYRECLAPDTEARFVMTLDRTIMDKVGIDLDFIQDALQRFSKKHFENFEKYYRKLPEDAEDKSTSGVKIILGGGAGYVSKTLTYPLIRERERSVKLVSDMMAKLFRIHKHEKDLKVYKVSPHILKTTMYKGKYYQMGKCELMFR
>CP021850.1|AUS96649.1|2166647_2167589_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4
MGYSLYRLEFTTGLHIGVDRGGQSLDDGRMTIHSDTLFSALCCECAKRGDIDRLYELFYTGEITTSDCLPYKGNEYYFPRPILHTGKAQREGRPEARKALKSVEYIPVSLFDAFLKDYANKEVDTDRLKCNFGGLTSYTRVAMKGQPQPQLYQVAFWRFASGCGLYVIVRYKDESSLLFFEEVLTALGLSGVGGKQSSGLGKFNVMKSSLPEKMEELLEDDRADYHMLLGTALPEEGALDDILSESWYATLRRGGFVRSETYSKAQLKKKTIYMLAPGSCIKKRFDGGMFDLSDGGTHPVWRCGKTLFAGVRL
>CP021850.1|AUS96650.1|2167563_2168259_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3
MYGKIAINCKMTVLTGMHIGGSSMFSAIGAVDSVVIRDPWTGEPMVPGSSLKGKMRTLLAKEIRNDYVMQDFSDDPDIIKRLFGTTGNKNTGEKPKGARLQFADAFLTNAEHLKKRGGMTEIKFENVINRYTSIANPRQIERVVRGAEFAIKMVYDMEKPEEIREDFESIAKALKLLSMDYLGGHGTRGYGRVKFSDFDIKVMNGQCNEDTNELLNILKGVEDYGIFSLQA
>CP021850.1|AUS98752.1|2168288_2168768_-|type-III-A-CRISPR-associated-protein-Csm2
MKDALKKAGYSEPDNRNKKAEAKHSTSKGFDAFEKLHEDYTDRAERVIIELQNKLGKNYKDFTTSKIRNILAMVSDIYNDVLTEQDEVLNDEIRGKIAYLKVRLIYECGREPNIVKPFVELAGLLDIISGIGYSRQRFIDFEHYMEALVAYHRFHEGKD
>CP021850.1|AUS96651.1|2168780_2171198_-|type-III-A-CRISPR-associated-protein-Cas10/Csm1
MLNKAAYITTVGGLLHDFGKVLHRSGAADGRSHSISGADYIKGFTSDKDIIDCIRFHHRKEIDSALLSDESPAYIVYIADHISSGADRKGIEGEANTGYDQERMLESVYNLLSNRKGKAVYAPGMIKNTINYPGEGIKAAATEYPRLLSGFTDGLSDICFEPEYINSLLELCEKYLSYIPASTDSGQVCDISLFDHSKITAALASCIALYLEEGNRLNYRKELYERESDFCSEKAFCLFSVDISGIQKFIYTISSKGALKGLRSRSFYLEILLENIADEILNACGVSRSNLLYTGGGHAYLLLPNTGKVLTTVKESFSNINRRLLEKFETELYIAYGIKACSANELMSRTGNPESYVNLFRSVSSQISAMKLRRYSAEDIRFLNSVGIDREGRECAVCGTSSVRLSERNGSIMCGMCSSLSDISGGLIKENVVFAVLREEPNNACLPVFSADGSSLYLKPMTADAVREMLREAPEKVVRIYSKNAYSTGIPHSIKLWMGDYAAKSAEGALKTFSELAQDSQGINRIAVLRADVDNLGAAFVSGFMREKDPENKYKYMTISRTTTLSRSLSLFFKYHINYLMENPEFSLTDKEGKRNVVIVYSGGDDLFIVGAWDEVFSAAVDIRRAFNRYTDRALTLSAGLAVFDEKYPISLMAEETAELEERAKDNKYEGGSKNSVSLFGLESEKGQLTDKHTYNWDTFESKVIGEKYKAIKALYEAGGDYGNTYFYNILYFLRESENEKVNVARLAYLLARREPDKKAADKLKQAYSSFSANVYKWALAPEDRKQLITALIIFMCTLRDEKED
>CP021850.1|AUS96652.1|2171392_2172019_-|hypothetical-protein
MTIIGFFAGSLMFSYFIPKWFLGIDIRENTEDGNPGSTNAIKSAGVHIGLLCMFLDILKAFIPIYISINYLNISGLYLVPVIAAPSAGHAFSPFMGFKGGKAVSTLYGSLLGILGISRAVFFIAALMVLFKTLIVIKPDSAMVTVSLISANAAVLYYEPLYEVKIAVTLICLIVSYKILKNPNKGDIVVSIWNLHIIFDEGKVKVRHI
>CP021850.1|AUS96653.1|2172021_2173149_-|hypothetical-protein
MKALILSTKTGQGHNSASMAIASCLENEGWEAIVSDVLKSGKRNVSAPVSALYDNIVLHMPALFGMLYRAGELVSSSKRHSPIYYLNSIYSGKLLDKIKSTEPQIIICPHIFSAQAITRLYEKHELSTPSVGILTDYTCSPFWEETRLDAYVIPAPQLIDEFAYKGIPREKLYPLGIPVNSCFKKTHDKAEARRLFGITADKVFTVMGGSMGYGYIRELSTLLARKMPKAQVVAVCGNNEKLFKSFTGISNIIPFQFIDNIDILMDATDVLLTKPGGLSSTEALSKRLPVVLTCPIPGGEERNADFLSSIGVAEYAKTPESAVEKAIELVFDMRKRKKMIEAQEKYINRDADRDIAKLIIKLSEKAGGRQMCKAV
>CP021850.1|AUS96654.1|2173397_2175692_-|single-stranded-DNA-specific-exonuclease-RecJ
MKIDVNILNENTHIPDEIIEAADGDELIARIFFNRGYKDPDTIRQMLCEDLYTPVQPEEFPRMDKAVARIAKAIETGEKIAVYGDYDVDGVTSTALLVQCLTWYSSSVIYHVPDRFTEGYGMNEDVIRSMAKDGVSLIITCDCGISNINEIKTAKDLGMDVVITDHHNPDVLPEADVILNPKLLGEGHKARNLSGCGMAYFLALALLEQYGESEKAEAFLDLLAMSLIADVVSLNGENRYLLKKALPKLFGTKRTGLKALLEIAEKDSKLQSEEDVAFQLAPRINAAGRMESARLPVELLLCSDAQKAMEMALKIDHLNRERKRIQQEMVDEAIEQVENRKKNKSILVLFSEFWHHGIIGIAAGKVCETYRKPAILFSLKEDGTTVTGSARSTEEVNIYELIKACSSKLLKFGGHSQAAGLSLKREDLEEFTREIEELAEREYFIKDEIKVNADMELTLDNIDEELYGRILKAGPYGEGFEAPCFITRGATVASDRKTAKRHHIMVLADGHGNRLPAVKWFGEDEDLSGKLFDIVYKIGRNTYRGNDEIQLTISHLLPVEGTPEAVFEGEFIDGRGMDIKTLLKDFEEAVFFYEGLRLKCPVDNTVDRYDLRTSKKVETLVFLSTPVNASVFREVIALARPRKVVLSFAVTQDYTFKGFMTNLMGLVKHIINKQGGRSSLEQLALMLCVEDNIMRAALKYLRTIAPVEFLENSEDEIYIYGVKERSTANNIAVEKNIKNALMEKNAYQQFLMKLDVKSFGQYLK
>CP021850.1|AUS96655.1|2175697_2176522_-|hypothetical-protein
MDRDLRLADHFLYTQHSLATFDNCPLKFKKRYLENLKWDSFPDEATRKSIEAGNNFHLLAYRYFMGIETAPVEALEKYPELSRWMESLMKRFNINPEFKYLPEYKLRMSSGEMKLEANFDLLIVKHDHIEIWDWKTHGGRGKVSAAAIGKKLRSSLQTMVYMYALKEQSRLVAGEEIKASNISMHYWQPEPAMTLAEIKYSDALHEHFGNIIREKIRNILNYDFNSFDKDMYSKHCRVCEFNWFCNNERVDFSAMQEDEDIMLELDWERAEEVY
>CP021850.1|AUS96656.1|2176506_2178759_-|DNA-helicase-UvrD
MGLRKGQKELVEQYRGGFCAVPAIPGGGKTHCLSIWAAEMIAQGLHKPGKILIVTYMNSAVNNFRQRIAKELARRGISGNKDYVVSTIHSLCLKIVKEKPDLISTNEEFEIIDEVTKFHLISSAVDEWRRKNEDIFRYYLEESNLSANKLSENYKKWNDRLCGVVLGAIGDFKSHGMKPLQARESCRKLPETSLLKHAADIYAIYDKKLKMSGFLDFDDMLYNAKELLTMDSSLLEKYRKKFTFVCEDEAQDSNLIQSEILTLIADGNLLRVGDSNQAICGSFSNSDFTLFKSFCEKPETVVYRITQSSRNTREIIDLANYFVKLVREEHPVPECRESLLPQFIEPVDPHDERQNPVTTEYGIKAQIYGSWDEEVNSVVTEVIRMVKRHPDKTISVLVPNSYKMRDIVRCLEDKNIPFEQLDNTSDERNRTIKVLGRIIDFIAEPENGEKFGAMMNECFLRDKYEDEMPESEFNPDMHGKESQREMLTAFLRKYPVEKLLYPAAGEIDIREIPPELLKSKIWRDFTDKLETVRGFLEFPTTVVEKLILYISEKLNFGREERAIAQKVAGDVRYLMNQNPRWRLSDLALELLSPKNMFNFFAGIVWELKGYEPKPGVVTVATYHKSKGMEWDIVFLTGLNYADFPVYLTDKFVGEYWFLKQEYKNPQALVKADLEKILGAGTGEDSILKSKIETISERARLLYVGITRAREYLYLSGFHANQGKWNENLPSKYLLDIKKHIEEVGAKWTGI

Crispr_ID: CP021850_4

• CRISPR_ID: CP021850_4
• CRISPR_location: 2584320-2584495
• CRISPR_type: TypeI
• Repeat_type: I-C
• Spacer_info: 2 spacers
• Cas_protein_info: cas2,cas1,cas4,cas7,cas8c,cas5,cas3

Consensus repeat of CP021850_4

Consensus_repeat	Method
TACGTTTCAATCCACGCACCCGTGCAGGGTGCGACT	PILER-CR
GTTTCAATCCACGCACCCGTGCAGGGTGCGAC	CRISPRCasFinder

spacers of CP021850_4

>4.1|2584356|31|CP021850|PILER-CR
ATAGAGTTCCCGGTTTTTATAGAAGTCCATT
>4.2|2584423|37|CP021850|PILER-CR
ACAGCATGTATATCATCTGCTTCTCTGATGTTTTTGA
>4.3|2584355|35|CP021850|CRISPRCasFinder
GATAGAGTTCCCGGTTTTTATAGAAGTCCATTTAT
>4.4|2584422|41|CP021850|CRISPRCasFinder
TACAGCATGTATATCATCTGCTTCTCTGATGTTTTTGAACC

CRISPR arrays and Neighbor proteins around CP021850_4

CRISPR arrays

The CRISPR arrays of CP021850_4

>merge|CP021850|4|2584320-2584495|PILER-CR,CRISPRCasFinder
TACGTTTCAATCCACGCACCCGTGCAGGGTGCGACGATAGAGTTCCCGGTTTTTATAGAAGTCCATTTATGTTTCAATCCACGCACCCGTGCAGGGTGCGACTACAGCATGTATATCATCTGCTTCTCTGATGTTTTTGAACCGTTTCAATCCACGCACCCGTGCAGGGTGCGACT

>CP021850|4|2|2584320-2584495|PILER-CR
TACGTTTCAATCCACGCACCCGTGCAGGGTGCGACG	ATAGAGTTCCCGGTTTTTATAGAAGTCCATT
TATGTTTCAATCCACGCACCCGTGCAGGGTGCGACT	ACAGCATGTATATCATCTGCTTCTCTGATGTTTTTGA
ACCGTTTCAATCCACGCACCCGTGCAGGGTGCGACT

>CP021850|4|4|2584323-2584494|CRISPRCasFinder
GTTTCAATCCACGCACCCGTGCAGGGTGCGAC	GATAGAGTTCCCGGTTTTTATAGAAGTCCATTTAT
GTTTCAATCCACGCACCCGTGCAGGGTGCGAC	TACAGCATGTATATCATCTGCTTCTCTGATGTTTTTGAACC
GTTTCAATCCACGCACCCGTGCAGGGTGCGAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS96941.1|2583013_2583862_-|methyltransferase-type-11	unknown	unknown	gnl|CDD|236841
CP021850.1|AUS96944.1|2584969_2586001_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1	cas1	cd09721_cas1_CAS-I-C	gnl|CDD|188360
CP021850.1|AUS96935.1|2576039_2576249_-|heavy-metal-transport/detoxification-protein	unknown	unknown	gnl|CDD|225328
CP021850.1|AUS96943.1|2584667_2584958_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
CP021850.1|AUS96952.1|2595397_2596663_+|hypothetical-protein	unknown	unknown	gnl|CDD|378963
CP021850.1|AUS96936.1|2576493_2578953_-|copper-translocating-P-type-ATPase	unknown	unknown	gnl|CDD|319783
CP021850.1|AUS96950.1|2592959_2593895_-|hypothetical-protein	unknown	unknown	gnl|CDD|225117
CP021850.1|AUS96937.1|2579076_2579343_-|transcriptional-regulator	unknown	unknown	gnl|CDD|197394
CP021850.1|AUS96942.1|2583873_2584149_-|hypothetical-protein	unknown	unknown	gnl|CDD|378097
CP021850.1|AUS96951.1|2594290_2595055_-|MerR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|133381
CP021850.1|AUS96945.1|2586027_2586717_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|273040
CP021850.1|AUS96939.1|2580373_2582185_-|phosphoenolpyruvate-carboxykinase-(GTP)	unknown	unknown	gnl|CDD|235256
CP021850.1|AUS96940.1|2582715_2582904_+|hypothetical-protein	unknown	unknown	gnl|CDD|379193
CP021850.1|AUS96938.1|2579994_2580240_+|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS96946.1|2586723_2587605_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2	cas7	cd09689_cas7_CAS-I-C	gnl|CDD|377458
CP021850.1|AUS96947.1|2587606_2589379_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1	cas8c	cd09757_cas8c_CAS-I-C	gnl|CDD|378245
CP021850.1|AUS96949.1|2590431_2592636_-|hypothetical-protein	cas3	COG1203_cas3_CAS-I	gnl|CDD|350688
CP021850.1|AUS96933.1|2571673_2573284_-|hypothetical-protein	unknown	unknown	gnl|CDD|225117
CP021850.1|AUS96948.1|2589375_2590038_-|type-I-C-CRISPR-associated-protein-Cas5	cas5	cd09651_cas5_CAS-I-C	gnl|CDD|187534
CP021850.1|AUS96934.1|2573288_2575028_-|hypothetical-protein	unknown	unknown	gnl|CDD|225814

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS96945.1|2586027_2586717_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	2.5e-35	116.7	0.1
CP021850.1|AUS96943.1|2584667_2584958_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	3.3e-30	98.9	0.3
CP021850.1|AUS96944.1|2584969_2586001_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1	cas1	cd09721_cas1_CAS-I-C	1e-151	499.5	0.0
CP021850.1|AUS96947.1|2587606_2589379_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1	cas8c	cd09757_cas8c_CAS-I-C	3.5e-156	515.7	0.0
CP021850.1|AUS96949.1|2590431_2592636_-|hypothetical-protein	cas3	COG1203_cas3_CAS-I	5.9e-63	207.9	0.1
CP021850.1|AUS96948.1|2589375_2590038_-|type-I-C-CRISPR-associated-protein-Cas5	cas5	cd09651_cas5_CAS-I-C	1.5e-79	261.1	0.0
CP021850.1|AUS96946.1|2586723_2587605_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2	cas7	cd09689_cas7_CAS-I-C	4.7e-122	401.3	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS96941.1|2583013_2583862_-|methyltransferase-type-11	gnl|CDD|236841	PRK11088, rrmA, 23S rRNA methyltransferase A; Provisional.	1.15051e-87
CP021850.1|AUS96944.1|2584969_2586001_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1	gnl|CDD|188360	TIGR03640, cas1_DVULG, CRISPR-associated endonuclease Cas1, subtype I-C/DVULG. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is prokaryotic immunity system for foreign DNA, mostly from phage. CRISPR systems belong to different subtypes, distinguished by both nature of the repeats, the makeup of the cohort of associated Cas proteins, and by molecular phylogeny within the more universal Cas proteins such as this one. This model is of type EXCEPTION and provides more specific information than the EQUIVALOG model TIGR00287. It describes the Cas1 protein particular to the DVULG subtype of CRISPR/Cas system.	0
CP021850.1|AUS96935.1|2576039_2576249_-|heavy-metal-transport/detoxification-protein	gnl|CDD|225328	COG2608, CopZ, Copper chaperone [Inorganic ion transport and metabolism].	1.61543e-13
CP021850.1|AUS96943.1|2584667_2584958_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	1.57369e-32
CP021850.1|AUS96952.1|2595397_2596663_+|hypothetical-protein	gnl|CDD|378963	pfam12831, FAD_oxidored, FAD dependent oxidoreductase. This family of proteins contains FAD dependent oxidoreductases and related proteins.	2.29959e-152
CP021850.1|AUS96936.1|2576493_2578953_-|copper-translocating-P-type-ATPase	gnl|CDD|319783	cd02094, P-type_ATPase_Cu-like, P-type heavy metal-transporting ATPase, similar to human copper-transporting ATPases, ATP7A and ATP7B. The mammalian copper-transporting P-type ATPases, ATP7A and ATP7B are key molecules required for the regulation and maintenance of copper homeostasis. Menkes and Wilson diseases are caused by mutation in ATP7A and ATP7B respectively. This subfamily includes other copper-transporting ATPases such as: Bacillus subtilis CopA , Archeaoglobus fulgidus CopA, and Saccharomyces cerevisiae Ccc2p. This subclass of P-type ATPase is also referred to as CPx-type ATPases because their amino acid sequences contain a characteristic CPC or CPH motif associated with a stretch of hydrophobic amino acids and N-terminal ion-binding sequences. This subfamily belongs to the P-type ATPases, 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, and 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.	0
CP021850.1|AUS96937.1|2579076_2579343_-|transcriptional-regulator	gnl|CDD|197394	cd10159, CsoR-like_DUF156_2, Uncharacterized family 2; belongs to a superfamily containing transcriptional regulators CsoR (copper-sensitive operon repressor), RcnR, and FrmR, and related domains; this family was previously known as part of DUF156. Uncharacterized family 2, belonging to a larger superfamily that contains various transcriptional regulators that respond to different stressors such as Cu(I), Ni(I), sulfite, and formaldehyde, and includes CsoRs (copper-sensitive operon repressors). CsoRs form homotetramers (dimer of dimers). In Mycobacterium tuberculosis CsoR, within each dimer, two Cys residues on opposite subunits, along with a His residue, bind the Cu(I) ion (forming a triagonal S2N coordination complex, C-H-C). These residues are conserved in the majority of members of this superfamily, including this family, and a conserved Tyr and a Glu residue that facilitate allosteric regulation of DNA binding for CsoRs are also conserved.	4.86611e-37
CP021850.1|AUS96942.1|2583873_2584149_-|hypothetical-protein	gnl|CDD|378097	pfam08922, DUF1905, Domain of unknown function (DUF1905). This domain is found in a set of hypothetical bacterial proteins.	1.19083e-22
CP021850.1|AUS96951.1|2594290_2595055_-|MerR-family-transcriptional-regulator	gnl|CDD|133381	cd01106, HTH_TipAL-Mta, Helix-Turn-Helix DNA binding domain of the transcription regulators TipAL, Mta, and SkgA. Helix-turn-helix (HTH) TipAL, Mta, and SkgA transcription regulators, and related proteins, N-terminal domain. TipAL regulates resistance to and activation by numerous cyclic thiopeptide antibiotics, such as thiostrepton. Mta is a global transcriptional regulator; the N-terminal DNA-binding domain of Mta interacts directly with the promoters of mta, bmr, blt, and ydfK, and induces transcription of these multidrug-efflux transport genes. SkgA has been shown to control stationary-phase expression of catalase-peroxidase in Caulobacter crescentus. These proteins are comprised of distinct domains that harbor an N-terminal active (DNA-binding) site and a regulatory (effector-binding) site. The conserved N-terminal domain of these transcription regulators contains winged HTH motifs that mediate DNA binding. These proteins 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. Unique to this family, is a TipAL-like, lineage specific Bacilli subgroup, which has five conserved cysteines in the C-terminus of the protein.	3.66745e-47
CP021850.1|AUS96945.1|2586027_2586717_-|CRISPR-associated-protein-Cas4	gnl|CDD|273040	TIGR00372, conserved_hypothetical_protein, CRISPR-associated protein Cas4. This model represents a family of proteins associated with CRISPR repeats in a wide set of prokaryotic genomes. This scope of this model has been broadened since it was first built to describe an archaeal subset only. The function of the protein is undefined. Distantly related proteins, excluded from this model, include ORFs from Mycobacteriophage D29 and Sulfolobus islandicus filamentous virus and a region of the Schizosaccharomyces pombe DNA replication helicase Dna2p.	2.5326e-30
CP021850.1|AUS96939.1|2580373_2582185_-|phosphoenolpyruvate-carboxykinase-(GTP)	gnl|CDD|235256	PRK04210, PRK04210, phosphoenolpyruvate carboxykinase (GTP).	0
CP021850.1|AUS96940.1|2582715_2582904_+|hypothetical-protein	gnl|CDD|379193	pfam13451, zf-trcl, Probable zinc-ribbon domain. This is a probable zinc-binding domain with two CxxC sequence motifs, found in various families of bacteria.	8.64488e-23
CP021850.1|AUS96947.1|2587606_2589379_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1	gnl|CDD|378245	pfam09709, Cas_Csd1, CRISPR-associated protein (Cas_Csd1). CRISPR loci appear to be mobile elements with a wide host range. This entry represents proteins that tend to be found near CRISPR repeats. The species range, so far, is exclusively bacterial and mesophilic, although CRISPR loci are particularly common among the archaea and thermophilic bacteria. Clusters of short DNA repeats with nonhomologous spacers, which are found at regular intervals in the genomes of phylogenetically distinct prokaryotic species, comprise a family with recognisable features. This family is known as CRISPR (short for Clustered, Regularly Interspaced Short Palindromic Repeats). A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins.	0
CP021850.1|AUS96946.1|2586723_2587605_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2	gnl|CDD|377458	pfam05107, Cas_Cas7, CRISPR-associated protein Cas7. CRISPR-associated protein Cas7 is one of the components of the type I-B cascade-like antiviral defense complex. In Haloferax volcanii, Cas5, Cas6 and Cas7 form a small complex that aids the stability of CRISPR-derived RNA.	5.52294e-155
CP021850.1|AUS96950.1|2592959_2593895_-|hypothetical-protein	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	2.42312e-30
CP021850.1|AUS96949.1|2590431_2592636_-|hypothetical-protein	gnl|CDD|350688	cd17930, DEXHc_cas3, DEXH/Q-box helicase domain of Cas3. CRISPR-associated (Cas) 3 is a nuclease-helicase responsible for degradation of dsDNA. The two enzymatic units of Cas3, a histidine-aspartate (HD) nuclease and a Superfamily 2 (SF2) helicase, may be expressed from separate genes as Cas3' (SF2 helicase) and Cas3'' (HD nuclease) or may be fused as a single HD-SF2 polypeptide. The nucleolytic activity of most Cas3 enzymes is transition metal ion-dependent. Cas3 is a member of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	4.97813e-55
CP021850.1|AUS96933.1|2571673_2573284_-|hypothetical-protein	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	2.44471e-30
CP021850.1|AUS96948.1|2589375_2590038_-|type-I-C-CRISPR-associated-protein-Cas5	gnl|CDD|187534	cd09752, Cas5_I-C, 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; in subtype I-C this protein might be the endoribonuclease that generates crRNAs; also known as DevS family.	1.09728e-101
CP021850.1|AUS96934.1|2573288_2575028_-|hypothetical-protein	gnl|CDD|225814	COG3275, LytS, Putative regulator of cell autolysis [Signal transduction mechanisms].	7.49119e-42

Protein sequences

>CP021850.1|AUS96942.1|2583873_2584149_-|hypothetical-protein
MSKVYEFEAEIKKVPDIDGAYIEIPFDVKAKFGKGRVSVTATFDGEVYHGMLVRMKTPCHIIGIRKDIRAKINKQPGDKVFVTIREREVKK
>CP021850.1|AUS96941.1|2583013_2583862_-|methyltransferase-type-11
MERKSLFQCPVCKKALVQGEKEYRCNKGHSFDISRKGYVNLLLPNHKGSGNPGDSKEMLQSRRDFLNKGYYEGFSDRLNALSSHYIPNDDANGISILDAGCGEGYYISRLKNSLWASGMEKTDIYGIDVSKAAINLASGRDKAIRFAVASTYHLPLLDRCLDGILCIFSPRDEKEFLRVLKPKGKLIVAAPGPKHLYSFKKELYENPEYIGQKGTVGEGFSVLECVNISYGISLESTQDIMNLLSMTPYTRHTDQDAVEKLKRLNALETEVDINIIVYQKLR
>CP021850.1|AUS96940.1|2582715_2582904_+|hypothetical-protein
MADKTLVCKDCNSEFIFTEGEQEFYKEKGFENEPQRCPDCRRARKQQRNNNNSRNRSFGNRW
>CP021850.1|AUS96939.1|2580373_2582185_-|phosphoenolpyruvate-carboxykinase-(GTP)
MNLNEPRTTNKELLAWVKEMADMCQPDNIYWCDGSQEENDRLLQEMVDSGMAIRLNQEKRPGCYLFRSHPSDVARVEDRTFIASKTKEDAGPTNNWIDPVELKKTMTELYTGCMKGRTMYVIPFSMGPIGSPASKIGVELTDSPYVVVNMRIMTRMGQAVLDALGDGEFVKCLHSVGAPLEKGQKDSSWPCAPMEKKYISHFPEERTIWSYGSGYGGNALLGKKCFALRIASVQARDEGWLAEHMLILRITDPNGNKTYIAGAFPSACGKTNLAMLVPTIPGWKVETIGDDIAWMKFGKDGRLYAINPEAGFFGVAPGTSSESNPNAMHSIEKNTIFTNVALTDDGDVWWEGIGYDAPDHLIDWRGNDWTPGSETPAAHPNARFTAPAGQCPVIAPEWEDPQGVPISAILIGGRRPSTIPLVHQSFDWNHGVFMGSIMGSEITAATISKDIGQVRRDPFAMLPFCGYNISDYLQHWLNIGTKTDADKLPKIFYVNWFRKDANGKWLWPGFGENSRVLKWIVERVNGVGKAVSTAIGYMPTPDAIDVEGLKVSKEDMEELLKVNKDEWLKEVASIREHYAKFGDRLPKELVAQLDALEKRLNEM
>CP021850.1|AUS96938.1|2579994_2580240_+|hypothetical-protein
MDKLNYCLDCKRIFTQKETCEYCSSVNIRELAKNAPVNVIGSKLKGRVLNAKQGMVQVLFTEQGNTKTIREYEPSKIRKVL
>CP021850.1|AUS96937.1|2579076_2579343_-|transcriptional-regulator
MDCNDKKQVMNLIKTARGQMDGILKMLEEDRYCVDISKQILSVQALLKKANLKIIDQHIKHCVKQAFTEGNGDEKVNEVMELIDKYAK
>CP021850.1|AUS96936.1|2576493_2578953_-|copper-translocating-P-type-ATPase
MKKETLNITGMTCASCVKAVERSVKRLGNINSADVNLATEKLVVEFDESQVTLDEIKEAVKKAGYGVEEEKNDILRDVTIPISGMTCASCAKAVERAIKKLPGIREVSVNYATEKARVLYDPGSTRISEIKNAVSKAGYKPMEVEAGEQVDRERERREKERKTLWTKFLVAVIFTAPLLYISMGHMMGLPMPDFIMPEMHPLNFGLVQLILVIPVMISGYRFYTVGFSRLFKGEPNMDSLIAVGTSAAFLYGIYAIVQIINGNTEYAQDLYFETAGVIIALIMLGKYLEAITKGKTSEAIKKLMGLSPKTATVIHDGKEMVIPIEEVEVGDIILVKPGEKIPVDGEVIEGRTSVDESMLTGESIPVEKYAGSKVVGASINKNGTIRFKATKVGKDTTLAQIIKLVEDAQGSKAPIAKLADIIAGYFVPVVIAIAVLAGVAWYISGESLIFSLTIFISVLVIACPCALGLATPTAIMVGTGKGAEYGVLIKGGEALETAHRIKTIVFDKTGTITEGKPKVTDIITAEGMDEAELLRLSASAERGSEHPLGEAIVNEAKDKKMDLLEVESFEAIPGQGIEVVIKGRKMLLGNKKLMDSRNIEITLQKESDRLAGEGKTPMFVAIDNKLAGIIAVADVMKPSSKRAIEKLHEMGIEVAMITGDNRRTAEAIAKQAGIDRVLAEVLPQDKAKEVQKLQAEGKKVAMVGDGINDAPALAQADIGIAIGSGTDVAMESADIVLMRSDLMDVPAAIELSRRTIRNIKQNLFWAFGYNTAGIPIAAGVLHIFGGPLLSPMIAAAAMAFSSVSVLTNALRLKRFKPLH
>CP021850.1|AUS96935.1|2576039_2576249_-|heavy-metal-transport/detoxification-protein
MTKKVFIEGMSCKHCVMHVEEALKEVSGIKEVKVSLEGKVAEIELEHDVDDEKIKAAVADAGYEVTAIQ
>CP021850.1|AUS96934.1|2573288_2575028_-|hypothetical-protein
MQMTLRKPLNSIYFKILVVYLITILPIYALFVIFQIRISKDINNERSEVITNYTNRSITFIENELARVYNTQQIMAANNFEITMLHRGYNKINAYQLGKLVQSINDNLWSIKKSSSLVDSVKLYIPAIQREVSTISYFDVISENMAENLYLNTMDTQQGSVAYADKQMLLCHYNTFTGKDTLPEYMICVQLSEKSIRSMLGAASDDVFWIIHNQDFQMSNDPNPNNAQVLIESSKKYDMIDNEIITDVIDIDSVKYIVSYVKSPVLNCLISYYTPLSEIMVHMQSYINIVLIIGICTLVGGLVLAFYLYSMLKVPLNHLLDAFRQMEKGNLDMEIHYRSNNEFGTVFKFFNKMLTQLNSMINQVYLAQINLKKAQLRQLQAQINPHFLYNSFGILTHSIMRNDNEVALSMANNLSSYFKYITKNIDEDTTLGKEFEFAQTYLNIQKIRFQNKIHIEFKPIVEPYSDIKVPRMILQPLIENCYKHGLKNTEYSGRVSLTWYTEDNNLFIEVKDNGCGINASELEKLKKYLDEGTFSEHDGLQNVNQRLKLKYGSEYGLHVESVENEYFKVTVTIPVLKGA
>CP021850.1|AUS96933.1|2571673_2573284_-|hypothetical-protein
MYNLLIVDDEPIITDSYFEYLSDKYANMLNIQKAYTPSEALQKAHNRVDILITDITMPRMDGYTLQKKICQIWPKCNVIFLTGNEEVHFAQNAIRQASFVDYVLKNEHFDVLAKAVNKAIEKIESSIRADEVFLRMQKNIQLALPMLRKEFFMDVINGKITDQQAINKKLNQYSIELNAENPVILLGAVIKEDKGRDCQLGQSDNNLSVLAVDSVLSEHLKHTHKHYCVNMDGGFVLWFIQKAREDMMDIYQGDSFQYVLSLLDIIQDSCSKILKSDVSFVIADNQCSWDELQYKFFAIKRAIHRHHNLNESILIAENSFELQDEISSEEQYKQFLQEIEHSLLCNDRERVFKAIDKLDKILGNVDLVGFHYKISAIYIKCLEAIAAPFDVYKEICSVLFSVDISNISGENLILTYKQITETLFAQSIEYNNAVTDMIKQVEEYIDNNLSGDLSLTAISSMVNYSPTYFSKLFKKVTGENFSDYILAKRLKKAQELLCETNMKVGDIAKMVGYESVPYFIKSFKRLLGRTPNDYRN
>CP021850.1|AUS96943.1|2584667_2584958_-|CRISPR-associated-endonuclease-Cas2
MMVLITYDVDTTTYGGQRRLYKVAKTCVNYGQRVQESVFECVLEPHQYIELKAKLEKLMDIERDSIRFYNLGSNWKRRVEHLGAKKPYDPEGVIIT
>CP021850.1|AUS96944.1|2584969_2586001_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1
MRKLLNTLYVTSPNSYLTRDGDNIVIKEEDKEKLRIPAHNLESVICFNYAGASPSLMSLCAEKGISLSFLSPSGYFYARVTGKVNGNVLLRRKQYRVADNLMESSAFAKNFIIGKVYNSRAILQRALREYKNMESSGELQRASDYLNFQLMRLDNSENLETVRGIEGESAHIYFSCFNHLIINQKESFLFSERNRRPPLDNVNALLSFLYTLLMHDVQAALETVGLDPYVGFLHRDRPGRASLALDLMEELRPYLADRMTLSLINKRQVDSKGFVSKESGAVIMDDDTRKVVITAWQKRKQEEIMHPYINEKIPVGLLPYVQAMLLARTLRGEIDEYPPFLIK
>CP021850.1|AUS96945.1|2586027_2586717_-|CRISPR-associated-protein-Cas4
MYTEEELLALSGIQHIAFCPRQWALIHVECQWAENARTTEGRLMHERADNPFIQESRGNIVVARSVPLVSYEIGLYGVADVVEFIKTEVDGKGVALKYYDGVWVPHPVEYKKGRPKPDERDIVQLCAQAICLEEMYGIRIDRGSLYYGETRHRELVDFDGKIRKKVKELSLKMHELFTEGHTPQPYYSKHCRQCSLYDLCMPTLTKKKTTVKQYLYKAMHEETDTHTHL
>CP021850.1|AUS96946.1|2586723_2587605_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2
MFNKNNPIANRYEFVLLFDVENGNPNGDPDAGNMPRIDPETGLGLVTDVCLKRKIRNYVSIAKGSEDGYDIYVQEGAVLNEQHLKAYKAVGIEPDTKNKRLPSDKDKAEQIIDFMCKHFYDIRTFGAVMTTEVNCGQLRGPVQINFARSIDPVVQQEVTITRMAVTNIKDMEKERSMGRKYIIPYGLYRVEGFVSANFAKKTGFSSSDLELLWEALINMFDHDRSAARGKMESRKLFIFQHSSMLGNAPAHKLFDCIKVNRVDPSTPPRFFTDYEVVVEKESIPDGVTLIERL
>CP021850.1|AUS96947.1|2587606_2589379_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1
MILQSLYNFYHVLLDDPDCEIAPPGYSAAKVSFSLILSHEGELLDVRDLRISNGKKALPRTLIVPEQPKRTSGTLPFFLCDNAGYVLGLDEKRGKVKYDAFCDFQKQILASCPSIEAHAVIKFLDTWDVEKASVHSIIKDLYKDIKNANLVFQLDGSYSYVHDVPEIKAVWERYLLGKTAEYEAICLVTGKKAKIANIHPSIKGVFGAQSSGAALVSFNIPSFKSFGKDQSYNAPVSEEAAFGYTTALNYLLADPKHRLSIIDTTTVFWAEKPGSLEEEIFSYLLNPPMFEEEEKDKNAMVRDQKTRQLLEDTLKRVSMGLPIKNWIANIDGDMHFYILGLSPNNARLAVRFWHMDTLNGFAEKIGQHYADLKIEGLKHDAIPVWMILKETAVRRELKNVSPILEGGIMRAILTGDLYPQTLYTSIINRIRSDHEINSIRAAIIKACLLRKAKKYRKVETISEEVLPMSLNARNGETARNLGALFAILEKIQQNANPGINATIKERYFNSASATPSTVFPQLMRLSNHHLAKLETGSRIYWENKVMENISQIENFPARLTLEEQGLFMLGYYHQRENFFNRKNEEKREDD
>CP021850.1|AUS96948.1|2589375_2590038_-|type-I-C-CRISPR-associated-protein-Cas5
MGFGIAIKVQGPYALFCRPEMKAERVSYDVITPSAARAIIEACYFKPAIRWIIDRIHVMNEIRFDNVRRNEVENVISVRNVMAAFNGKPSDLHQYASLERQQRASLLLRDVSYVIEAHFEMTDRAGPDDTEEKHYNIAVRRLRKGQCYYQPYLGCREFSAKVELLEGDIPASFYTGTEKDLGWMLWDIDYSNDKKPLFFRPVMKNGIIEVPDLLKKGGMS
>CP021850.1|AUS96949.1|2590431_2592636_-|hypothetical-protein
MYYAHTKVGLPEDEWQKLSDHLTGTSELAGKKASKFNGEEYGKVAGLLHDAGKYSIEFQKRLRGSKVPVDHSTAGAKEAFEKYGLPGLILAYVVAGHHTGMPDWIDPGSSSSLSERIENADLPDYKEFHKEISLTDKLPPLPIKIHGRDREEIRKSTGFSLSFFTRMLYSCLVDADYRDTERFIDPQKSKNRDLKINLSQLLQNLDTYMEAKCSKSSEGYINRKRNEIRIACIEKSSLPKGMFSLKVPTGGGKTLSSLEFAIRHAICHNMDRVIYAIPYTSIIEQNAQVFREALGEEFVLEHHSNFLFDRDEDDLNYEDNPLRLAAEDWNIPVVVTTNVQFFESLFSNRSSRCRKLHNLCNSVIVLDEAQMIPIEFLKPCLAAICELIRNYGCSVVLCTATQPDINDFLPVDMKPREIIHNADELFRSLKRVKTSYVGRMTDEELSTKLKDCRQVLCIVNTKSRASQIYDLINDGEGIYHLSTFMCPIHRNKKLNEIKECLKASKQNSNLPCRVVSTQLVEAGVDLDFPTVYREIAGIDSINQAAGRCNREGRLEWGRVFVFEPEKLLASDSFLARAASIGRSVLRKYDDPMLLEAIKEYFRCLYHQDENLLDKHRIIEALSECGMSLQFPFATIARLFRLISNNQVSLIIPYDERCRKMLSDAQWLDKPEKLARKLQPYVVPLEVYQFKDLEKNNLIETVAGVFYVLSDMKFYDDNKGLILPKGTVEQDILIY
>CP021850.1|AUS96950.1|2592959_2593895_-|hypothetical-protein
MKFDAEPMSILDKSMKWLCSGKKIHISIHDASGVFQSNPDLKLHPIYKVHYNDFCNKAKTTCAGLRFCLRCKACSIRKAFSVNEMYVGRCYLGITEIVKPVVLNGRKICVIYLGNMTEEEKLPSIKGMIHKACGITGVKENLLLDALEGTEKVGKQDIEQYKEIVEVVSHLIRQTLLNYMKRDRTEEMLITAAGSGKHWIIDAVENYIRAYYDRDLKLSYLSKLYFVNPDYLCRLFRKETGKNFSEYVNDIRIEKSKQLLTGSDDAIMNIALQVGYNNVTYFNRVFRKQTGISPGEYRKVLKSHGNGDTVL
>CP021850.1|AUS96951.1|2594290_2595055_-|MerR-family-transcriptional-regulator
MEYTVQKLGKMAGISTRTLRYYDEIGILKPARINSSGYRIYGQSEVDRLQQILFYRELGVSLDSIKDIMSSPSFDSLAALKEHREKLLEKRKQLDALIANVEKTIAASEGRIIMSDMEKFEGFKQKLLDENEKKYGKEIREKYGEEQVAKSYEKFKNMTQEQYEEVQKLGEDVMTTLKEAFKTGDPAGELAQKAADLHRQWLCYFWPNYTKEAHAGVAQMYVDDERFTQYYDKEQPGLAKFLRDAVLIYTGMNK
>CP021850.1|AUS96952.1|2595397_2596663_+|hypothetical-protein
MSGNKKYDLIVAGGGLSGVAAAVAAAREGVKVLLIEKNGYLGGMATAGLVNPFMPYCERSENGGYNWNKIVNEGLFKEILRRLDELEGLHKNRQTFNEEIMKLVLDRMILEHKIDILLHSFISSVEKQGARLKAVTVTSKSGTASYEGSYFVDATGDADLSTLAGCEYRIGRDSDHLCQPMTLCFRLANVDTSKYDRNFVNKKFNEMKQKGLIKNPREDVLTFAHVVDDVMHFNSTRVVGKSGVKAEDLTQAEIEAREQVYELYRFMKDNILGFENCQLLMSAPEIGVRESRRIVGEYTITQEDLLNTVKFEDSIARGTYPVDIHNPSGSGTVIQHIPAGDYYTIPYRALLPKGMDNLIVAGRPISSTHEAHSAYRVMPICTCIGEGAGTAASIAVKRNLAFRDVDYKEIQSLLDSHGALY

Crispr_ID: CP021850_5

• CRISPR_ID: CP021850_5
• CRISPR_location: 3300780-3300856
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP021850_5

Consensus_repeat	Method
TCTCACTCCAAAAGTCAACGCTTT	CRISPRCasFinder

spacers of CP021850_5

>5.1|3300804|29|CP021850|CRISPRCasFinder
AATCTCCATTAACCTTAGTGCAATCAATA

CRISPR arrays and Neighbor proteins around CP021850_5

CRISPR arrays

The CRISPR arrays of CP021850_5

>merge|CP021850|5|3300780-3300856|CRISPRCasFinder
TCTCACTCCAAAAGTCAACGCTTTAATCTCCATTAACCTTAGTGCAATCAATATCTCACTCCAAAAGTCAAACGCTT

>CP021850|5|5|3300780-3300856|CRISPRCasFinder
TCTCACTCCAAAAGTCAACGCTTT	AATCTCCATTAACCTTAGTGCAATCAATA
TCTCACTCCAAAAGTCAAACGCTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS97549.1|3312402_3312978_-|phosphohydrolase	unknown	unknown	gnl|CDD|224627
CP021850.1|AUS97546.1|3309270_3310989_+|AMP-dependent-synthetase	unknown	unknown	gnl|CDD|223953
CP021850.1|AUS97544.1|3306575_3307403_-|hypothetical-protein	unknown	unknown	gnl|CDD|378965
CP021850.1|AUS97539.1|3298816_3299698_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|223472
CP021850.1|AUS97545.1|3307733_3309050_+|hypothetical-protein	unknown	unknown	gnl|CDD|224600
CP021850.1|AUS97542.1|3303653_3304781_-|GntR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|380491
CP021850.1|AUS97535.1|3292013_3293921_-|threonine--tRNA-ligase	unknown	unknown	gnl|CDD|234752
CP021850.1|AUS97531.1|3284773_3286225_-|hypothetical-protein	unknown	unknown	gnl|CDD|270303
CP021850.1|AUS97541.1|3301446_3302802_-|ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270451
CP021850.1|AUS97536.1|3294440_3295499_-|glycosyl-hydrolase	unknown	unknown	gnl|CDD|227170
CP021850.1|AUS97543.1|3305464_3306484_-|hypothetical-protein	unknown	unknown	gnl|CDD|378464
CP021850.1|AUS97532.1|3286395_3287919_+|glycosyl-hydrolase	unknown	unknown	gnl|CDD|227807
CP021850.1|AUS97537.1|3295562_3297503_-|hypothetical-protein	unknown	unknown	gnl|CDD|367601
CP021850.1|AUS97534.1|3288975_3291306_+|sulfate-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213222
CP021850.1|AUS97548.1|3311920_3312259_-|ribosome-silencing-factor	unknown	unknown	gnl|CDD|376779
CP021850.1|AUS97547.1|3311228_3311891_-|hypothetical-protein	unknown	unknown	gnl|CDD|237310
CP021850.1|AUS97540.1|3299701_3300631_-|sugar-ABC-transporter-permease	unknown	unknown	gnl|CDD|224096
CP021850.1|AUS97550.1|3313141_3313768_-|nicotinic-acid-mononucleotide-adenylyltransferase	unknown	unknown	gnl|CDD|234611
CP021850.1|AUS97533.1|3288338_3288989_+|hypothetical-protein	unknown	unknown	gnl|CDD|380055
CP021850.1|AUS97538.1|3297544_3298813_-|hypothetical-protein	unknown	unknown	gnl|CDD|367601

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS97549.1|3312402_3312978_-|phosphohydrolase	gnl|CDD|224627	COG1713, COG1713, Predicted HD superfamily hydrolase involved in NAD metabolism [Coenzyme metabolism].	1.74751e-60
CP021850.1|AUS97546.1|3309270_3310989_+|AMP-dependent-synthetase	gnl|CDD|223953	COG1022, FAA1, Long-chain acyl-CoA synthetases (AMP-forming) [Lipid metabolism].	1.07291e-122
CP021850.1|AUS97544.1|3306575_3307403_-|hypothetical-protein	gnl|CDD|378965	pfam12836, HHH_3, Helix-hairpin-helix motif. The HhH domain is a short DNA-binding domain.	2.66726e-20
CP021850.1|AUS97539.1|3298816_3299698_-|ABC-transporter-permease	gnl|CDD|223472	COG0395, UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism].	4.18192e-87
CP021850.1|AUS97545.1|3307733_3309050_+|hypothetical-protein	gnl|CDD|224600	COG1686, DacC, D-alanyl-D-alanine carboxypeptidase [Cell envelope biogenesis, outer membrane].	2.08104e-86
CP021850.1|AUS97542.1|3303653_3304781_-|GntR-family-transcriptional-regulator	gnl|CDD|380491	cd06267, PBP1_LacI_sugar_binding-like, ligand binding domain of the LacI transcriptional regulator family belonging to the type 1 periplasmic-binding fold protein superfamily. Ligand binding domain of the LacI transcriptional regulator family belonging to the type 1 periplasmic-binding fold protein superfamily. In most cases, ligands are monosaccharide including lactose, ribose, fructose, xylose, arabinose, galactose/glucose, and other sugars. The LacI family of proteins consists of transcriptional regulators related to the lac repressor. In this case, the domain sugar binding changes the DNA binding activity of the repressor domain.	1.55004e-61
CP021850.1|AUS97535.1|3292013_3293921_-|threonine--tRNA-ligase	gnl|CDD|234752	PRK00413, thrS, threonyl-tRNA synthetase; Reviewed.	0
CP021850.1|AUS97531.1|3284773_3286225_-|hypothetical-protein	gnl|CDD|270303	cd13585, PBP2_TMBP_like, The periplasmic-binding component of ABC transport systems specific for trehalose/maltose and similar oligosaccharides; possess type 2 periplasmic binding fold. This family includes the periplasmic trehalose/maltose-binding component of an ABC transport system and related proteins from archaea and bacteria. Members of this group 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. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	5.72796e-33
CP021850.1|AUS97541.1|3301446_3302802_-|ABC-transporter-substrate-binding-protein	gnl|CDD|270451	cd14748, PBP2_UgpB, The periplasmic-binding component of ABC transport system specific for sn-glycerol-3-phosphate; possesses type 2 periplasmic binding fold. This group includes the periplasmic component of an ABC transport system specific for sn-glycerol-3-phosphate (G3P) and closely related proteins from archaea and bacteria. Under phophate starvation conditions, Escherichia coli can utilize G3P as phosphate source when exclusively imported by an ATP-binding cassette (ABC) transporter composed of the periplasmic binding protein, UgpB, the transmembrane subunits, UgpA and UgpE, and a homodimer of the nucleotide binding subunit, UgpC. Members of this group belong to the type 2 periplasmic-binding fold superfamily. PBP2 proteins are comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	1.55217e-114
CP021850.1|AUS97536.1|3294440_3295499_-|glycosyl-hydrolase	gnl|CDD|227170	COG4833, COG4833, Predicted glycosyl hydrolase [Carbohydrate transport and metabolism].	6.75994e-65
CP021850.1|AUS97543.1|3305464_3306484_-|hypothetical-protein	gnl|CDD|378464	pfam10646, Germane, Sporulation and spore germination. The GerMN domain is a region of approximately 100 residues that is found, duplicated, in the Bacillus GerM protein and is implicated in both sporulation and spore germination. The domain is found in a number of different bacterial species both alone and in association with other domains such as Amidase_3 pfam01520, Gmad1 and Gmad2. It is predicted to have a novel alpha-beta fold.	3.68196e-25
CP021850.1|AUS97532.1|3286395_3287919_+|glycosyl-hydrolase	gnl|CDD|227807	COG5520, COG5520, O-Glycosyl hydrolase [Cell envelope biogenesis, outer membrane].	4.97927e-79
CP021850.1|AUS97537.1|3295562_3297503_-|hypothetical-protein	gnl|CDD|367601	pfam03663, Glyco_hydro_76, Glycosyl hydrolase family 76. Family of alpha-1,6-mannanases.	4.73205e-37
CP021850.1|AUS97534.1|3288975_3291306_+|sulfate-ABC-transporter-ATP-binding-protein	gnl|CDD|213222	cd03255, ABC_MJ0796_LolCDE_FtsE, ATP-binding cassette domain of the transporters involved in export of lipoprotein and macrolide, and cell division protein. This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of lipoproteins from the cytoplasmic membrane (LolCDE). They are clustered together phylogenetically. MacAB is an exporter that confers resistance to macrolides, while the LolCDE system is not a transporter at all. An FtsE null mutants showed filamentous growth and appeared viable on high salt medium only, indicating a role for FtsE in cell division and/or salt transport. The LolCDE complex catalyzes the release of lipoproteins from the cytoplasmic membrane prior to their targeting to the outer membrane.	5.62014e-109
CP021850.1|AUS97548.1|3311920_3312259_-|ribosome-silencing-factor	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.	7.52521e-48
CP021850.1|AUS97547.1|3311228_3311891_-|hypothetical-protein	gnl|CDD|237310	PRK13222, PRK13222, N-acetylmuramic acid 6-phosphate phosphatase MupP.	1.7296e-60
CP021850.1|AUS97540.1|3299701_3300631_-|sugar-ABC-transporter-permease	gnl|CDD|224096	COG1175, UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism].	4.50623e-97
CP021850.1|AUS97550.1|3313141_3313768_-|nicotinic-acid-mononucleotide-adenylyltransferase	gnl|CDD|234611	PRK00071, nadD, nicotinate-nucleotide adenylyltransferase.	3.26385e-84
CP021850.1|AUS97533.1|3288338_3288989_+|hypothetical-protein	gnl|CDD|380055	pfam17924, TetR_C_19, Tetracyclin repressor-like, C-terminal domain. TetR family regulators are involved in the transcriptional control of multidrug efflux pumps, pathways for the biosynthesis of antibiotics, response to osmotic stress and toxic chemicals, control of catabolic pathways, differentiation processes, and pathogenicity. The TetR proteins identified in overm ultiple genera of bacteria and archaea share a common helix-turn-helix (HTH) structure in their DNA-binding domain. However, TetR proteins can work in different ways: they can bind a target operator directly to exert their effect (e.g. TetR binds Tet(A) gene to repress it in the absence of tetracycline), or they can be involved in complex regulatory cascades in which the TetR protein can either be modulated by another regulator or TetR can trigger the cellular response. TetR regulates the expression of the membrane-associated tetracycline resistance protein, TetA, which exports the tetracycline antibiotic out of the cell before it can attach to the ribosomes and inhibit protein synthesis. TetR blocks transcription from the genes encoding both TetA and TetR in the absence of antibiotic. The C-terminal domain is multi-helical and is interlocked in the homodimer with the helix-turn-helix (HTH) DNA-binding domain. This entry represents the C-terminal domain present the transcriptional regulator heme-regulated transporter regulator (HrtR), which senses and binds a heme molecule as its physiological effector to regulate the expression of the heme-efflux system responsible for heme homeostasis in L. lactis.	4.84088e-11
CP021850.1|AUS97538.1|3297544_3298813_-|hypothetical-protein	gnl|CDD|367601	pfam03663, Glyco_hydro_76, Glycosyl hydrolase family 76. Family of alpha-1,6-mannanases.	1.17879e-40

Protein sequences

>CP021850.1|AUS97540.1|3299701_3300631_-|sugar-ABC-transporter-permease
MLLTYGTAQTDKGIKAVKRHKLGRYQAIMGYLFIAPSVVLYIIFTGIPIISAFYLSFTNYDVLSTAKWVGLKNYKKLLDDEIFITSLLNILFYVVMYVPLMVVCSLLIALLLNRKLPGTNLFRTIYYIPGLTSSIAAATVWMWILNPEYGLLNQILSYVGITGPAWLANTSTAMISIVIVTLWQGIGGNMVIYMAGLQGIPATLYESAKLDGANKWQLFFYITLPGLRPTTFFIFIMSMIGSFQLFDQAFAMTQGGPGYATTTPVYLIYNEGFNQLNMGYASAMAFALFVIILVFSIINFRLNSSEQEE
>CP021850.1|AUS97539.1|3298816_3299698_-|ABC-transporter-permease
MHRESVGKKYMEGILYYILLIPIAIIMILPFYWSLITSFKYNEDIFAIPIIWIPNRITLQHYIDAFTTVPYARYFANSFYLASLGVISNLFFGSLGGYAFAKLRFKGRNLIFRILLSSFMVPGIVTMIPQFLVVKNFPLVGGNDILGKGGTGLLNTYWAIVLPGAAGAFAVFFMRQFFVTLPTELAEASRIEGAGEFRIFWSIYMPLTKPALAALAIFTFQAGWNNFLWPMIVLNDPQKATIQMGLQAFSYNRNTEYGAMMAGSLIAIIPILVLFVFAQKYFIKGIAFSGMKV
>CP021850.1|AUS97538.1|3297544_3298813_-|hypothetical-protein
MLRRDQMKKATFLIFLLSSLMLSGCTNKTSTEKISTDKVSTDKTSIDKVSADSANNINNPREKEDETVMENMQITYQKKAESLYEKILELYSVEGTNLFLENYPPKPEDNAVSYLWPYSAMFSAANAIIKLPGNKEKYIDSYEKILAGLEHYYDDIRKPAAYEAYPGEFGGSDRYYDDNMWLGLDFIEAYRTFGDKKYLEKAERIFEFVKSGWTDELGGGIYWCEQKKESKNTCSNGPAAILALMLYEETQKEEYYEWGLKIYNWTKDNLQSPSGVYWDNIDLKGNIDKATYTYNSGTMLHASVLLYNITKEDKYLLEAQKVAKASLEHFTEKKQDICFYPANNPWFTDILYRGYIELYKVDGNPRYINSIIDNIDYAWENAKDENGLLESDWSGVVKNRNKPLLDVSCMVEMYARTALLRD
>CP021850.1|AUS97537.1|3295562_3297503_-|hypothetical-protein
MLKGVKGKRLFAMALIFNFLFSSVVFFADSSNVHAFTAANAETAMEDFLNVFYDPVKKYFYTNSDRQIHEHAAGPENGLYTDYWWEAQIWQTIMDAYERTNDPKYLNLIHDIYDGFNSAYPNWESNPFNDDIAWWALGSIRAYEITGDTRYKTRAKEMFDHIWQSWSSDFGGGIWWNTINFLPQKNVATNATAAIIAVRLYNAYNDPSYLSKAHDLYNWLENTLYAGNGYVYDQYRQGEGLIDWEFTYNFGGFAGASLELYKVTGNSRYLTNATDCVDWVFNNMTVDGTTLLYEGIDDVPAFKMIFMRNVKRLVYEANQTQYLKFLQDNATQAWNHRRTSDGIIGPDWSLTPDSGYIQSIAAAAGVDILFLSDPDNFTGVVVGSGTYEAENARRFNVPVEDNDYERPGYSGRSYVAGWNQNGSSVLFPVNVQSNGIYAITFRYSAAAGNAVRKLTVNGVSMGNVAFTQTSSWSDWSSVSVYVPLIQGTNKVELIFDSSSGSTNYLNLDKITVAEASGRIYEAESAVLHNLSTESTYGDYSGSGYIAGWNSNGQWVDFNVNVDTAGYYNLIFRYAAGAGNASRYLYVNGTGVVDNQAFSATGSWSNYSIVTVSNVYLHSGSNTISLIFNSSKGSTNWLNLDYLQIVQ
>CP021850.1|AUS97536.1|3294440_3295499_-|glycosyl-hydrolase
MRIDWATRAQTAQEELKYNFWNEELGIMNQTCPGENISKDNLIYWWHAHVIDALMDGYERTKDFGYIELIDTIIANVKRINGNTLLHNYYDDMEWMALALLRVYDATKNEFYKEQVLILWESIKTAWNDHMGGGMAWKKDQLDYKNTPANAPASILASRLYQRFNRPDDFKWAHKIYNWNKDNLMDPNTGFVWDGINRLGDGKIDYDWEYTYCQGVFIGAGIELYRITGDIMYINDAVRTAEFALKRFIDAESGMLPDEGKDDCGLFKGIFVRYLCELVKMRPDMLNIRKMLIHNATVMWESGRNERGLISRGWKGKVEPVVQLCAQLSGLMLLEMVALLDPDPGILTVESV
>CP021850.1|AUS97535.1|3292013_3293921_-|threonine--tRNA-ligase
MIKVMLKDGSSKEFNEGIAIKEVAESISAGLARVALAGEVDGEVKDLNYKLEKDCKLNLLTWDDEGGKRAYRHTTSHIMAQAVKRLYPNVKLAIGPSIDNGFYYDFDTDKPFSVEELEAIEKEMAKIIKEDYPLERFTLPRDEAIRYMEERNEPYKVELIRDLPEGEEISFYKQGEFVDLCAGPHLPSTGKVKAFKLLSVAGAYWRGDEKNKMLQRIYGTAFSKKSELDEYLLRLEEAKKRDHRKLGKELDLFDILEEGPGFPFFMPKGMVLRNVLEEYWREEHRKRGYQEIKTPIILNEDLWHRSGHWDHYKENMYFTKIDEGNFAIKPMNCPGGMLVYKRRLHSYRDLPQRMAELGLVHRHELSGALHGLMRVRCFTQDDAHIFMTPDQIRDEVLAVIELIDDFYKVFGFKYHVELSTRPENSMGSDEDWEMATDALKNALEAKNMDYKVNEGDGAFYGPKIDFHLEDSLGRTWQCGTIQLDFQMPERFDLTYVGADGEKHRPVMIHRVVFGSIERFIAILTEHFAGAFPVWLSPVQVKILALVEKHHPYVLELKRAMEEKGIRVEVDLRNEKIGYKIREAQMEKVPYMLVIGDQETENRTVAVRSRKEGQLGSMKVEEFISKVLDEIKSKAM
>CP021850.1|AUS97534.1|3288975_3291306_+|sulfate-ABC-transporter-ATP-binding-protein
MLALKNIKKSYTTGSFTQVALNGINLNFRENEFVAILGPSGSGKTTCLNVIGGLDRYDSGDLVINGKSTKSFKDVDWDAYRNNSIGFIFQSYNLITHLNIIDNVEMGMTLSGVSAGAKRKKAMEVLERVGLKEHMHKKPNQLSGGQMQRVAIARALANDPDIILADEPTGALDSTTSKQIMDLIKEIAKDKLVIMVTHNPEIARTYADRIIEFKDGEVVSDSRPLPDVEISPNYKLKKTKMSFFTALKLSANNIRTKKGRTFLTAFASSIGIIGIALILSLSNGFDKKIAEYESETLSNFPIMISQSAAEIDADMLKERQSAMMGATDEDAYPDEKVVYPTEPIIEKITHTNILTDEYMEHIENIDPELVSGISYTRMLKINLLKKQDDKATIINADSMSFTSYPKSLGGDNTRYLELNYDVLAGSYPKGMNDVVLIVDNKNQIDKTILQNFGLEYESDSIPFEDIIGYEFRAILNNDFYKANDSFFMINGDPTNLIDLYNNENAIPLKVVGILRPKEHIKIPLLPEGFAYSDELAEFIIKDAANSEIVLKQKDSEFNVLTGAPFDESDLDFNGVSSKEAVLSVLGANDTPYMISIYPASFSAKDDILTYLDKYNEGKSETDKVVYTDLAGKVTELSGGIMDAITIVLIAFSSISLVVSLIMVGIITYISVLERTREIGVLRSLGARKKDITRVFNAETFIIGLCSGVMGIVIARLLIFPINSIIKRMTTLPNVAQLNPVHAAALVLLSLALTVLGGTIPAKIAARKDPVEALRAE
>CP021850.1|AUS97533.1|3288338_3288989_+|hypothetical-protein
MHEGGDGLPKETFYNLPQEKRDRIIAAIKKELARAPFEEISINKIIQDAGISRGSFYMYFEDKKDMLHCIFSDFRDRLLATIEESARQNDGDLFSIFSDILKFTAEFGTKKENIDFCMNVFARQRLQSDILLKFANRRRRSDFSDWFGRYANTRKLNLHKPEDLYSMIDILATITKKAIADIFLSIEDKDSILEEYNNKINILKRGMLKESNNACT
>CP021850.1|AUS97532.1|3286395_3287919_+|glycosyl-hydrolase
MDRKHNSLILRIIAGAVLFLSFSGILYINNIFPNKNTDKKVNSGAKSGTEANEGHEIIGNVDCWLTTTNQANLLSPQAPILPGEEIPADGNGIMRTITVSPDATYQMMDGFGASFTDASAWLVYNELDEPSRKDLMTKLFSYEDGIGISFLRQPMGASDFAHRLYTYDDVPAGTEDYELEHFSIEHDRQYIIPCIKDALELNPMLKVMASPWSPPAWMKTSGHLIGGSLRKEAYDAYARYFVKFIKAYEEEGIPIYAVTPQNEPLYVPTEYTGMKMEPYAQAEFINNHLGPEFEKNGLNTKILVYDHNWDNVTYAMEVLQKAGKYVAGSAWHCYGGSHDAMSVVYKKFPDKGIWFTEASGGQWVPPFNDAFADQMMHVIRSTRNYSKTVAWWNIALDQNNGPTVLKNSICRGIVTIDTSTGEVTYNVDYYTLGHISKFVKPGAYRIDSDNYMNDVESVAFKNPDGSIVLIVSNRTTKDKTLDVKYGNSSFSYKLPGKAAATFKWKGE
>CP021850.1|AUS97531.1|3284773_3286225_-|hypothetical-protein
MKSTRKIAAFVLVAVMAMMLLTTGCSGSKADPTKTSGTVVYATYNWDVERAQKMVEGFNQIYPNISVEIVGFEGNLNDYLTTQAASNSLPDVTWGWENLNYPISQGWLYPLDEFLKKDDEAEYLPKSAMDSYKFLDKTYAVPYDVQFSAVLVNLDLVEQLNMDAPSYEWTVDEFKEYATKATTDKYSGINHLWDFDVMMAGVMSKNLAQLAFDQKEGKFKFTEGSWEKALALQKELKAVPGLVSDDLKNQELRDAGKEDDYQKKFGKDADALRESKVLMGFHGTWDMSWIKTMNYRFDMYPLPKDPEMGYRQAVHYNHAFMMSNAKYPEAAFQFLKWISYGKDGTLTRFDIYKNLVDADGNPAPDYYIPATTHPDVVKAFEAIEIVPEGVKYLYKNIDKTFRGDFYKFVPGWDKVWNEIILPKNEEIRQNKVQASAVAAELEDKANEALSEARSEFEKQLQEVQKNFSELRKKIEQELKSQSK
>CP021850.1|AUS97541.1|3301446_3302802_-|ABC-transporter-substrate-binding-protein
MKTKVLKTLSLLLALCLALSLVACGSKNADSKDDSAKTQEQTSAGGTEKTDKTDKAEKKEPVEIIYWGDWAGEGQKQFEAMLEEFNKSQDRIVAKYVVTQDMITKFLTASASGQSPDIMFWDRWRTCLYAPKGVLEPIDDFMQRDNVNKEDFYQEALRELSYGGKTYGLPLTVDCRALFYNKKLFAEKGLNPPKTWDELREAAIKLTEWDGDKLVRAGFSLSDVGLFSMWIRQAGGDMVTEDGKKTAFNSPEGLMVLNFWDRLLNEDKVYKVGFESGLGNDVDAFATGKVAMTYTGPWMLSTYKEYGKDLEFGIVPPPAGPNGHKGGMIGGFGLVIPSAAKHKEEAWELMKWWLAVPENAAMYGKMSLNIPGSRIAAQDEFFSAEDSLYKPFVETFEFAKIRPPFEQYSNMEVKALIPQLQLFVEGKLTAEQALQKAQEMGDKILAETSEE
>CP021850.1|AUS97542.1|3303653_3304781_-|GntR-family-transcriptional-regulator
MNGTNGHLYEIIYNHVINEIKSGKYEKGDRLPTEKELTEKFNVSRITTKKALELLAEEGIVKRIRGKGSYITKDFKETTDKTNEGCVKSGSLIGFVLPDYSDGYATELFKGIEEEATKHDLYIVHRRTFGLQDLEEKVMDGLVNLGVKGIIIMPVHGENYNPKVLRLVLDGFPVVFVDRYLKGIPSPCVCTDNIASSKMAVDYLLKLGHRYISFVSPPSIDTSTIEERMEGFIKSHAENGVPVESSLHLMGIKSTIPGMNTEENIAKDIEKIMDHLKRNPQITCLFATEYNIALLCRKAVLTLGKKVPDDISIICFDEPRSYTGDYLFTHVRQKEREMGAIAVQLIQKQIENGDYNKKVFLESELIIGQTTKKIT
>CP021850.1|AUS97543.1|3305464_3306484_-|hypothetical-protein
MKQNMKRNITLTITLAVIITTISACSFMKGKESDAPQDTDLPASTTQTSTSDTAPDESNTTGENKITLSLYFANEDKSAVVKEMREVAVEDGDMVRAAIEALIEGPSEKNLKRSMPENTRLIESSIDGDTVIVNFSKEFLNANGMAEVIARASLVNTLTDMEGIRKVKILVEGEALIGPSGLPFGELERFELDAQGQPVEGETRAVTLYYGNAEGEALIAEKREAYIYKDEPIEAEVFYELTKAPITRGLNPTIPEGTRVLSVETKDGICHLNLSKEFLENSTGGSAGELMTIYSIVNTLTELPGIEKVQFLIEGEIRETYIHMELGEPIERNEDAIAE
>CP021850.1|AUS97544.1|3306575_3307403_-|hypothetical-protein
MLINLFGREIYIKKSLVVIAALVLLAAALAIGYAVNSSGADIIIKNDDDFSMAWEESKGTSDIPTTDRKPEAANQKAESEGGQNVAEPEAEVEEIKVYVVGCVKNEGIVTLKKGQLIDDAIKAAGGATEDADIKNINLVYELTENVMLRIRSVKESQETSQGSSNNNAGAQSKSGAKSSENEGAAGSGIEIIKDSGGAVVIGNKGSSGISGGKININTATLEELDTLPGIGAATAQKIIDYRQKNGKFKKISDIMQVSGIGASKFDKIKDIITVD
>CP021850.1|AUS97545.1|3307733_3309050_+|hypothetical-protein
MRKIFSVLLAISVLSACISNVHAEELNIDAPSYILIDPETGRSLAEKEPDEKMYPASTTKIMTAIIALEQGDLNQMATASAKAIDLEYGSMHIGIMQGEQIVLEDLLNAMMVRSANDAANIIAENVGASYDDFIEQMNKKARELGATNTHFVNPHGMHNDDHYTTVCDMATIARYAMSIDKFREIVKKPYYDMKPTNKHEEWDRLYTINRFLTNLQEYKSDYFTPIGIKSGYTSQAGNTLVSAAVNDSGMELIAVVFGAKGSNNNSDVYDFSKELLEYGFKNFSRKKLLKSNQLVESVNVEDATDNPSLDLVAESDISAILPSDQDLSLLEKNIVLISPTISAPVSKGDVLGYVEFRQDGVLLGKTNIVASRSIDKSTKAIEKFSEEVASARPRLKNFLIGTATALVAFLLLRIILRRISRARFSSRYSTKSRKHYRN
>CP021850.1|AUS97546.1|3309270_3310989_+|AMP-dependent-synthetase
MTSEPRYSVRPIRNLKDMLAQSVRLYGENNAFLLKDDNNNYRGVKYKEYNSDIEGLGTALINLGLKDKYIAVIGENRYEWTVSYLAVVNGTGVVVPLDKDLPLQELQNLLERSGASAVIFSGKLENEFRKVQASVPSVKYFINMDSEEDDGSFLSYRRLIEKGKQLVQAGDTSFIDAEIDDEAMSILLFTSGTTDLAKGVMLSHKNICSNIMAVCSSLYIDDKDSALSILPLHHTYECTCGFLVMIYNGCTISFIEGLRHIVKNMQETKPSIIMAVPLILEGMYKKIWDKVSKNPVHKYKLKAAVAISDFLYHVLKIDIRKKLFKQIHDNFGGRLRLVISGAAAIDPKALKGLRSFGLNVLQGYGLTECSPIVTVNREEAHINSSIGLPLPGVEVQLADIGPDGVGELIVKGDNVMLGYFKNEAATQKVMKDGWFYTGDLGRLDEKGFFYITGRKKNVIVTKNGKNIFPEEVETYLNRSPYIQESLVWGKYDQITGETFVNAQIYPDLEAIKQKLKTNEVSQEDIHRIISAEIKAVNHSMPLYKHVRGFTIRENEFAKTTTKKIKRYAEKVG
>CP021850.1|AUS97547.1|3311228_3311891_-|hypothetical-protein
MVHKNQKPYINVLIFDFDGVIIDSRDDIAGAVEYSLKHFGRPPLPRDEIISYIGWGADNLIRSCFKGCDDEVIREAISFYKKYYLDNSVKETKLYKNVEETLDFFKGKKIALVTNKPEDISLSILDKLGVADRFNIVIGPESLKKLKPDPEGILKVLDAFGEDPKKTIMIGDTYTDVEAGKAAGTYTCGVTYGIGSTEDLLKASPDYIVDDIIKLTDIII
>CP021850.1|AUS97548.1|3311920_3312259_-|ribosome-silencing-factor
MDSKKLVDMVVDALQDKKAKEINIINIENISILADYFVICSGTSSTHLKALADSVEEKAAEAGYTMLHKEGYNSFRWILLDYGEVVVHIFHDEDRKFYNLERLWSDGIITYK
>CP021850.1|AUS97549.1|3312402_3312978_-|phosphohydrolase
MTIDEIKRELKKILKPGRFNHTIGVMNTSVKLAQTYGADESKAAMAGLLHDCAREIKGEVLFELCERYHIPVDDVCRTQPELLHGPLGSKLAEEVYGVSDREVLDAVCYHTTGRENMSLLEKIVFVADIIEPSRNFKGVDEIRKDAFVDLDKAVLAALDGSIRYVLSKGALLHIDTVNSRNYLINEINKRW
>CP021850.1|AUS97550.1|3313141_3313768_-|nicotinic-acid-mononucleotide-adenylyltransferase
MAEKHKRIGISGGTFDPVHHGHLIAAETIREEFQLDEIIFIPVGLTPHKNISRVTDAEHRYNMTRLAVETNPYFRVSRMEIDRQGYTYTVDTLSQLKQEYGWDVQLFFIVGADVIRDLLTWRQYEKVFQMCEFIATLRPGFEEKDFTHEIDNLKNRYGARIHIAKMPLIDISSTTIRSKVGNNKSIKYLVPEKVEQYIMEHGLYKDFA

Crispr_ID: CP021850_6

• CRISPR_ID: CP021850_6
• CRISPR_location: 4336573-4336869
• CRISPR_type: Unclear
• Repeat_type: I-A,II-B,III-A
• Spacer_info: 4 spacers
• Cas_protein_info: cas5,cas7,cas8a4,cas3,cas6,cas2,cas1,cas4

Consensus repeat of CP021850_6

Consensus_repeat	Method
GTTTCAATTCCAANATGGTACGATTAAAGC	CRT
GTTTCAATTCCAACATGGTACGATTAAAGC	CRISPRCasFinder
CAAAAATATCTACGAGTTTCAATTCCAACATGGTACGATTAAAGCA	PILER-CR

spacers of CP021850_6

>6.1|4336603|37|CP021850|CRT
CTTCTGAATTAATTGACGTTTCAACAGATACTATGAT
>6.2|4336670|36|CP021850|CRT,CRISPRCasFinder
CCACTGTATCGATGCAGATATTTACAAAAATGATGA
>6.3|4336736|36|CP021850|CRT,CRISPRCasFinder
GGTTAAGCTATGTGTCCTTCCCGAAAGTGTTTACGC
>6.4|4336802|37|CP021850|CRT,CRISPRCasFinder
ATTGCCATTTATATCACATCCTCAGAAATATCTTCAT
>6.5|4336750|20|CP021850|PILER-CR
GTTAAGCTATGTGTCCTTCC
>6.6|4336816|21|CP021850|PILER-CR
TTGCCATTTATATCACATCCT

CRISPR arrays and Neighbor proteins around CP021850_6

CRISPR arrays

The CRISPR arrays of CP021850_6

>merge|CP021850|6|4336573-4336869|CRT,CRISPRCasFinder,PILER-CR
TGCTTTATTACAATGTGGTAAGAGTAAAGCCTTCTGAATTAATTGACGTTTCAACAGATACTATGATGTTTCAATTCCAATATGGCACGATTAAAGCCCACTGTATCGATGCAGATATTTACAAAAATGATGAGTTTCAATTCCAACATGGTACGATTAAAGCGGTTAAGCTATGTGTCCTTCCCGAAAGTGTTTACGCGTTTCAATTCCAACATGGTACGATTAAAGCATTGCCATTTATATCACATCCTCAGAAATATCTTCATGTTTCAATTCCAACATGGTACGATTAAAGCA

>CP021850|6|2|4336573-4336868|CRT
TGCTTTATTACAATGTGGTAAGAGTAAAGC	CTTCTGAATTAATTGACGTTTCAACAGATACTATGAT
GTTTCAATTCCAATATGGCACGATTAAAGC	CCACTGTATCGATGCAGATATTTACAAAAATGATGA
GTTTCAATTCCAACATGGTACGATTAAAGC	GGTTAAGCTATGTGTCCTTCCCGAAAGTGTTTACGC
GTTTCAATTCCAACATGGTACGATTAAAGC	ATTGCCATTTATATCACATCCTCAGAAATATCTTCAT
GTTTCAATTCCAACATGGTACGATTAAAGC

>CP021850|6|6|4336640-4336868|CRISPRCasFinder
GTTTCAATTCCAATATGGCACGATTAAAGC	CCACTGTATCGATGCAGATATTTACAAAAATGATGA
GTTTCAATTCCAACATGGTACGATTAAAGC	GGTTAAGCTATGTGTCCTTCCCGAAAGTGTTTACGC
GTTTCAATTCCAACATGGTACGATTAAAGC	ATTGCCATTTATATCACATCCTCAGAAATATCTTCAT
GTTTCAATTCCAACATGGTACGATTAAAGC

>CP021850|6|3|4336704-4336869|PILER-CR
GAGTTTCAATTCCAACATGGTACGATTAAAGCGGTTAAGCTATGTG	TCCTTCCCGAAAGTGTTTAC
GCGTTTCAATTCCAACATGGTACGATTAAAGCATTGCCATTTATAT	CACATCCTCAGAAATATCTTC
ATGTTTCAATTCCAACATGGTACGATTAAAGCA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS98335.1|4331560_4332592_+|peptidase-M42	unknown	unknown	gnl|CDD|349907
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	unknown	unknown	gnl|CDD|366760
CP021850.1|AUS98337.1|4333620_4334619_-|hypothetical-protein	unknown	unknown	gnl|CDD|223787
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
CP021850.1|AUS98334.1|4329123_4331310_-|hypothetical-protein	unknown	unknown	gnl|CDD|374452
CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213260
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	gnl|CDD|376656
CP021850.1|AUS98331.1|4325429_4325639_-|50S-ribosomal-protein-L31	unknown	unknown	gnl|CDD|376487
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|187889
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	unknown
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease	unknown	unknown	gnl|CDD|223673
CP021850.1|AUS98330.1|4324199_4325111_-|hypothetical-protein	unknown	unknown	gnl|CDD|377780
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	gnl|CDD|187856
CP021850.1|AUS98332.1|4325753_4327748_-|transcription-termination-factor-Rho	unknown	unknown	gnl|CDD|236490
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	unknown	unknown	gnl|CDD|226950
CP021850.1|AUS98333.1|4328056_4328680_-|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	unknown
CP021850.1|AUS98336.1|4332631_4333462_+|hypothetical-protein	unknown	unknown	gnl|CDD|376806

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8.1e-52	170.4	7.5
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	2.8e-69	228.9	7.7
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	1.6e-31	103.2	1.0
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	1.1e-140	463.0	14.5
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	4.1e-58	191.2	0.0
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	7.4e-75	246.2	5.4
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	2.6e-56	185.9	5.6
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	8.1e-53	174.2	1.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS98335.1|4331560_4332592_+|peptidase-M42	gnl|CDD|349907	cd05657, M42_glucanase_like, M42 Peptidase, endoglucanase-like subfamily. Peptidase M42 family, glucanase (endo-1,4-beta-glucanase or endoglucanase)-like subfamily. Proteins in this subfamily are co-catalytic metallopeptidases, found in archaea and bacteria. They show similarity to cellulase and endo-1,4-beta-glucanase (endoglucanase) which typically bind two zinc or cobalt atoms. Some of the enzymes exhibit typical aminopeptidase specificity, whereas others are also capable of N-terminal deblocking activity, i.e. hydrolyzing acylated N-terminal residues. Many of these enzymes are assembled either as tetrahedral dodecamers or as octahedral tetracosameric structures, with the active site located on the inside such that substrate sizes are limited, indicating function as possible peptide scavengers.	2.73514e-164
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	9.82358e-48
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	gnl|CDD|366760	pfam01695, IstB_IS21, IstB-like ATP binding protein. This protein contains an ATP/GTP binding P-loop motif. It is found associated with IS21 family insertion sequences. The function of this protein is unknown, but it may perform a transposase function.	1.02409e-61
CP021850.1|AUS98337.1|4333620_4334619_-|hypothetical-protein	gnl|CDD|223787	COG0715, TauA, ABC-type nitrate/sulfonate/bicarbonate transport systems, periplasmic components [Inorganic ion transport and metabolism].	7.68321e-44
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. 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; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	9.72366e-171
CP021850.1|AUS98334.1|4329123_4331310_-|hypothetical-protein	gnl|CDD|374452	pfam16244, DUF4901, Domain of unknown function (DUF4901). This family consists of uncharacterized proteins around 470 residues in length and is mainly found in various Bacillus subtilis species. The function of this family is unknown.	2.61896e-05
CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein	gnl|CDD|213260	cd03293, ABC_NrtD_SsuB_transporters, ATP-binding cassette domain of the nitrate and sulfonate transporters. NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively. 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.	1.12692e-118
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	gnl|CDD|376656	pfam01905, DevR, CRISPR-associated negative auto-regulator DevR/Csa2. This group of families is one of several protein families that are always found associated with prokaryotic CRISPRs, themselves a family of clustered regularly interspaced short palindromic repeats, DNA repeats found in nearly half of all bacterial and archaeal genomes. These DNA repeat regions have a remarkably regular structure: unique sequences of constant size, called spacers, sit between each pair of repeats. It has been shown that the CRISPRs are virus-derived sequences acquired by the host to enable them to resist viral infection. The Cas proteins from the host use the CRISPRs to mediate an antiviral response. After transcription of the CRISPR, a complex of Cas proteins termed Cascade cleaves a CRISPR RNA precursor in each repeat and retains the cleavage products containing the virus-derived sequence. Assisted by the helicase Cas3, these mature CRISPR RNAs then serve as small guide RNAs that enable Cascade to interfere with virus proliferation. Cas5 contains an endonuclease motif, whose inactivation leads to loss of resistance, even in the presence of phage-derived spacers. This family used to be known as DUF73. DevR appears to be negative auto-regulator within the system.	1.28658e-72
CP021850.1|AUS98331.1|4325429_4325639_-|50S-ribosomal-protein-L31	gnl|CDD|376487	pfam01197, Ribosomal_L31, Ribosomal protein L31.	6.18937e-38
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|187889	cd09759, Cas6_I-A, CRISPR/Cas system-associated RAMP superfamily protein Cas6. 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; Cas6 is an endoribonuclease that generates crRNAs, predicted subunit of Cascade complex; RAMP superfamily protein; Possesses double RRM/ferredoxin fold.	1.63713e-50
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.32407e-59
CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease	gnl|CDD|223673	COG0600, TauC, ABC-type nitrate/sulfonate/bicarbonate transport system, permease component [Inorganic ion transport and metabolism].	5.37265e-66
CP021850.1|AUS98330.1|4324199_4325111_-|hypothetical-protein	gnl|CDD|377780	pfam07136, DUF1385, Protein of unknown function (DUF1385). This family contains a number of hypothetical bacterial proteins of unknown function approximately 300 residues in length. Some family members are predicted to be metal-dependent.	2.13684e-126
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	3.69181e-30
CP021850.1|AUS98332.1|4325753_4327748_-|transcription-termination-factor-Rho	gnl|CDD|236490	PRK09376, rho, transcription termination factor Rho; Provisional.	0
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	gnl|CDD|226950	COG4584, COG4584, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	5.24609e-23
CP021850.1|AUS98336.1|4332631_4333462_+|hypothetical-protein	gnl|CDD|376806	pfam02517, Abi, CAAX protease self-immunity. Members of this family are probably proteases (after a isoprenyl group is attached to the Cys residue in the C-terminal CAAX motif of a protein to attach it to the membrane, the AAX tripeptide being removed by one of the CAAX prenyl proteases). The family contains the CAAX prenyl protease. The proteins contain a highly conserved Glu-Glu motif at the amino end of the alignment. The alignment also contains two histidine residues that may be involved in zinc binding. While they are involved in membrane anchoring of proteins in eukaryotes, little is known about their function in prokaryotes. In some known bacteriocin loci, Abi genes have been found downstream of bacteriocin structural genes where they are probably involved in self-immunity. Investigation of the bacteriocin-like loci in the Gram positive bacteria locus from Lactobacillus sakei 23K confirmed that the bacteriocin-like genes (sak23Kalphabeta) exhibited antimicrobial activity when expressed in a heterologous host and that the associated Abi gene (sak23Ki) conferred immunity against the cognate bacteriocin. Interestingly, the immunity genes from three similar systems conferred a high degree of cross-immunity against each other's bacteriocins, suggesting the recognition of a common receptor. Site-directed mutagenesis demonstrated that the conserved motifs constituting the putative proteolytic active site of the Abi proteins are essential for the immunity function of Sak23Ki - thus a new concept in self-immunity.	1.23559e-13

Protein sequences

>CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein
MEYIVEINGLGMKYQSLNGEINAIENIDLSVKKGEFISIVGPSGCGKSTLLSIICGLLTPTSGHVLINGKSLRGPSSDVGYMPQKDHLFDWRTILQNVLLGLEIRKIMTDENKQYALNLLKTYGLYEFKDKYPYQLSGGMRQRAALIRTLATKPEILLLDEAFSALDYQTRLAVTDDIYKIIKKENKTAILVTHDISESISMADRVIVLTSRPARVKNIHEIKFDCENRSPLSCREAPEFRYYFNAIWKELDIHV
>CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease
MSDSIRNEISKERKEYLRKLKLRKTAILTTQIALLVLFFISWEIAANLKLIDPFITSQPSRMVKTFQNLYKGGELFQHVGITCLETIVGFLLGTITGTVIAIILWWSEFLSRVLEPYLVVLNSLPKVALGPIIIVWMGAGPGSIIVMALAISLIVTIMEVLNGFLTVDQDKIKLVQTFGANRLQILTKVVIPANFGTIINSLKINVGLSWVGVIMGEFLVSKAGLGYLIIYGGQVFQLDLVMTSVIILAIAATLMYQGVAYLEKLLVKNNGH
>CP021850.1|AUS98337.1|4333620_4334619_-|hypothetical-protein
MKKIIALLLVIAVGFSFVLAGCKEEGPKKVRLSEVTRSVFYAPQYVALSKGFFKEEGLEIELSTGQGADKVMTAVLSNQVDIGFSGPEAAIYVYNEGKEDYPIVFAQLTNRDGSFLVGKDPDPDFDWSHVKGKTIIGGRKGGVPNMTLEYVLKKHGIMPGTDVNVDTSIQFSVMAGAFTGTDAEYVALFEPTASLVEKEGKGYVLTSIGKDSGEISYTAYYAKKSYIDKNKDTIQKFTNAIYKGQLWVKEHTPEEVAEAIQSFFPDTDLDLLKMVTKRYKEIEAWNTDPILKKASFDLLQEVMQTAGELDETVPYEKLSDTSFAEKAIKDIK
>CP021850.1|AUS98336.1|4332631_4333462_+|hypothetical-protein
MKYLKMSAFILLYMAVYFIISNYIGFVFGIFYMIKEIIVNPDVFLYGSPDAFMDTFVKNSVWFMAIAALVSFPIYAFILWLRKQNIFRVCGFSGISVKDMAITALMGISLNFVIEYLVAISSLNDLSPSVQQMFSQIFDGNSFVVILIAIGIVGPFIEEVIFRGLILNELRRNIPLTAAVIIQAVLFGAYHMNLTQGIYATLLGIILAQACIKMKSIWAPILIHMLFNSTSVVLAKLIDPYILMTYQYFILAGSVILLVFTSILAWRGKKSIVNIY
>CP021850.1|AUS98335.1|4331560_4332592_+|peptidase-M42
MNGYIDYAVQQVINLCNIPSPTGFTKRVQNYLVEEFVNLGYKPVLTNKGSVLVDLGGNGDVLVLAAHVDTLGAMVRAIKDNGRIRISKIGGYPGNYIETENCIVHTRTGKEYSGTIQLVNPAVHVNKDVSDTKRDDSNMEVVLDEKVKSKEDVLKLEINTGDFISFDPRTVYTASGFIKSRHLDDKASAGVLIALAKYIKDTAPQLHRKVYLLFTTYEEVGHGGCSGLPDNVKEMISVDMGAVGDDLQADEFKVSICAKDSQGPYDYDITTRLIELAKKNNLNYAVDIYPYYGSDVDAALSAGYDLKHGLIGPGVSASHGYERTHREGIGNTLSLLKEYVESP
>CP021850.1|AUS98334.1|4329123_4331310_-|hypothetical-protein
MKRYVAMFLTLAMLFVSLMPMQAFAESDKGLEAAIKGVKSKIDIPEDFIFSKNYDVYTQQDGKKIWYLRWESKDDLGGSIMVSADEKGTIYSYEHYKPYNYSDRKKLPKISKDDALKAAKAFVKKVNPEAAANVKLEDENQLLYMSSDYYFTFYRTEKGFPLYENNIGITVDRDSGEVRYYYYNWNDGLVFPDSSKAIAPEAAQKAFKEKMGLKLVYKYSYDYENEKINIFPAYVPVYDSMYAIDALTGEMIQTGYYYVFAGGMGATADMALKSVAEVEQVVLSPEELEAAEEASKLISKDDAEKVARGLSVLGLTDEYKLTNAWLSRAWPNRKDFLWSLSFAKEDKDGRDYRYVNVSINAETKEIMNFYTSMPYDAKAQAKYDEDDAKAAAEKFLKEFKPDLFEQTKYEGSNGRGIVIPLAEDGKEEKPLQYSLVYTRMVNGIPFPDNSLRVGYDAVNGRIYSFDMTWFDEKFPAVKDNVTPDKAYETLFKNLGLELQYKFVYNNNNSLYEKVIYAPDYNNVEVKLVYALNTRKPWIFDPETGAILNHDGKPYEEVKVAEYSDIDGHYAEDEIKILAAYGISLDGNEFRPNDSITQKDFLTLLSKTLQDYYVPVSERGGDKETDALYSYMMRQGIVREGEKAPNAVLTREDSVKFIIRALKYDKVADIKGIYKSIFKDEDEINPDLIGYISIAQGLNIISGYDGYFNPKGELTRAQAAIIIYKYLQV
>CP021850.1|AUS98333.1|4328056_4328680_-|hypothetical-protein
MLIDTNITIAYKCYFCGTYEFFNISVFELPDKRELKLKCRCGKCSAVILKDSPKKYALRVGCIACGREHTYNVSRREMVSKSIEVFNCPITGIQQCFVGNDHEVRKKVDGVEEELDELVDMLGYESYFKNTQVAFDSLNKIHDIAEKGNLYCTCGNRDIELFLFTEKILLKCSICGRSIEIGTGSNEDLKKLLSSNQILLGCEESKA
>CP021850.1|AUS98332.1|4325753_4327748_-|transcription-termination-factor-Rho
MEDINLKGKTLEDLRYIAKMMNIKNISRLKKDELIEKILEEGRKTENVDNKSNIEQEQPQEAVPEVVVKRRRRTAASKAEKADIPVEEQQEAAKQDPGSIESGREADKVEAAEVKEEIKEEVKDEDKQKPSEALEEAGTVKKTRRGRPSKKAAKEEKTEPEKAEEESPKDTSKADLEIKEPVEERASEQTAAEAPVAEQIEIQMPEAGQTEDVKAETEQREGEQAKAEPQTRERVRREKTAQTAETKTENKLAAEPEKEAEKSEKIVERQQEQRREGLVAYPTPIYEKIESDDPVEGVLEVLPDGYGFLRSDNYLSGSRDVYVSPSQIRRFGLKTGDKVKGKGRIPKEGEKFQALLYVQSVNGDPPEVASKRVPFEHLTPIYPDQRITLETTPRELSTRLIDLIAPIGKGQRGMIVSPPKAGKTILLKKIANAITANYPEIELIVLLIDERPEEVTDMQRNIKGDVLYSTFDEVPEHHIKVAEMVLERAQRLVEQKKDVVILLDSITRLARAYNLTIPPTGRTLSGGLDPGALHKPKKFFGAARNIENGGSLTIMATALIETGSRMDDVIFEEFKGTGNMELHLDRRLSEKRIFPAIDINRSGTRREELLLSQKELESIWAIRKAMSNMGTAEVTEMLINRLMQTKTNEEFINGINLAFLEKEK
>CP021850.1|AUS98331.1|4325429_4325639_-|50S-ribosomal-protein-L31
MKEGIHPQYGEAVVKCACGETFVTGSTKKNLHVEICSKCHPFFTGKQKFVDTSGRVEKFKKKFGIEDKE
>CP021850.1|AUS98330.1|4324199_4325111_-|hypothetical-protein
MKKTSIGGQALIEGILMLGPENAAIAVRKPDGEIVIDKKPLPKKNWLSKVPVVRGVVNFVKQIVFGMKALMYSAEFYDVEEEQVKPSKFEKFIEKLLGNKFKDAAIYAAVVVAIAFSVGLFVLLPNFLATLIGFKNPVAYNLFEGVVRIVIFFLYLKLASMMKDIQRVWEYHGAEHKTIHCYEHGEELTVENVSKYSTKHPRCGTSFMFLVMIVSILVFSVVPLGNIWFNVLTRLALVPLVAGLSYEVLKFAGRSEWKIMKIINAPGMLFQIFTTREPDAKQIEVAIAAFNNVLVPDKDADNW
>CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase
MLTMADIKYIKDLSDKKGLSLREISRITGFNFRTVQKYVDKDDWSKPLTRKKNSKSVLDSFAKTIDEWLEADLKAPRKQRHTAKRIYNRLSKLYKDEFTVSYRTVARYVAEKKRKLYGSNESYIPLYHPAGEAQLDFGMAEFVENGIRYEGCYVAMSFPYSNGGYIQAYKGTNIECLLQGMQNIFNHMGRVPTCIWFDNDKAVVKKILTNGEREVTDAFNRFRLHYGFESNFCNPDSGHEKGHVENKVGYSRRNMLVPVPEFKDLQEFNKNLLIECDEDMHRKHYLKDILIKTLFEQDKKAMKPLPKAEYEIYRLEKVKSDKYGKVNFENRKYSASPEHAQRELFVKANAFNVWILDDQYQVVQWHNRLYGKQKESMKWEPYLVLMSNRPNAIKYTGFFQQLPQTLQEYLSGCDYEQKKATLRMLKKMVANSELETAVDAFNYCVQKGIQDLDSIWARYYSMVFANAPIPDIVVKDEIPCLSYEVNNSIYDDLLERGLPHA
>CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein
MWLEITYRPVSLFSLRRSDATNPAAKSLLCPSPYSIKMALLNSIITFGSVEEAIERFNTIKSFNIQFKLPKYICANNCFIKIQKEPHSDKKKKNPDIAFDSTVGFREFIYYNGDIAIAVAVDEKLVDYYVDKFKRINYFGKRGCFFQFIKAERIEELDEQYSGYFDETSLIARNDRMIIRMDDFHNKAKFDNVNTYSTQKAMRLEKLYYLNYKMVKANKNYTLYERSC
>CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein
MKISSISISGKITLDMHSLNNEGGEGNQILTRQVTIVDDKGKIHTVNAISGDMLKHVQTEHLYNIAVEKGLPLCNACTTFNSNRISGDRVFSEESKGKDQQTVMDLLLEKCVIDDMQGILVTNNNSNLPRKSCSEYGWLIGLPDKTTTENYFHVKLVPNAGSKSEGEDESSNQGQNIFHRPANSGEYALVCNLDIYRIGYNEITRTYSIDDNDRLERYKALLESTLYTFLKTKGAMRNTQNPHVVNFEGVLAISKNATPAPLISAINPDYKEEIERIADALNSLDIKEEPENNEKNIVLRRFNSLSEFADAMKDLINEGEPYKVKESRQEG
>CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein
MYQDKYYVLKDSGTYSNMLEAYGLALLLSRLLRQERSVDIIDRGVYYEISLKRPITEEMVGNCRYIDLFRYIKTKGDDADIPDSIDYEFEANRAKLFNEERKEQSLKLKEARSKLDKKAYKAYSLKLKQQLDNSENKPRDDWDILQALNPSKLKALDTYKTVFQNVYNNKSNYKEIVKHVLMLYASPFQNQDEVEKSLKKLIRSGELRDIVEVNAVQAVNPDKVKGAASTKANSISPGPIKAFWLREYVKLAGMFSGMIVKDIKIGPKKWDAKIYVLDLKNMNYSMHTSVYKNLKPIVTGMTAVRLDITMLLLLCKTLIEHSENYIDEELSKRKHADSYVSGLYTVYLKNMGKAYSPTNISYLETPDFIAFNNKEEAGKWINIIDDHLDVIKNIRISASKSDETNSILKMLQNYRQFISGSNIEYFFDFIVEYSEFLMSKISKEEYYVRPFSLSCMEVFLKEMNYGEILKNQGFCNIAKAIRNSTISAQYAKDKDDGIKYEIRYGMALDLKRKAPYKDQFIQYLSDFIASYNAEAARVAEKHPELKGTHKLRATIKTQDLEDIIELIDKYDDCTTIAKLLCAYGYSLERKELDDQMSKVSEEDDVDDE
>CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'
MLDERKIRDYFYNITEFEPYNFQVDMCRKVLNGEDVVMQAPTGCGKTWASVVPFIIAKKENIPFPAKLIYSLPLRVLANSLYKDVKEKLIKYDPSIKVTIQTGETPEDPYFEGDIIFTTVDQSLSSALLIPFALPNRQCNINAGAFVSSYHVFDEFHLLDWERSLSTTINLLRMFKNTARFCLMTATLSNEMVDRICTFLNAGRVSVSPDEYAKLQCNVNKYRIVHTYNRELKADDVISKHKKRTIVLCNTVERAQSLFLELKEKIKGNERFSNTSLICLHSRFYQKDRMQKEDDIKRLFSKESDSDAILISTQVVEVGIDITCDTMHTEISEINSFLQRIGRAARYGGEEADIYVYDIDKEKGTYLPYNKDISQKTLNELNEVQGKNMDFYLGQEIINKVLTQRELEIYETIRSGDRDLRIKDCWIKPERKWATDLIRKIENFNVVISSNPYEIRNPYFVDSVSINKHSLISKLKKIDKEDEEDWIIKKIEEDSFGLDDENDFSYTTVGVDEDILFSYDRIIVNPKYVFYDEDIGLNFEKTGETQLVELEKVCDDKVYSMRLESYREHVQKMIQVYQKLLRPQVINTLNSIWERNKVDVSIDEIINFMIILHDYGKLNLAWQKKAHEWQAKKAPAPKDMILAHTDWDEGDEKTRLPNHAGIGALVCYAIAPETICDEIVIAMVSSIARHHSPMNDSCESYFVPESSVEEIFELIKTYCPSLYNDIDKRNKYLFKNTYNQSLESYMVTFSDVNESMDTILYFIFSRILRLCDQKACEQ
>CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6
MRIKLTLDSIGKQTIDLNYNYALSSMIYNLIRESDSKYSTFLHEKGYEINNKHYKLFTFSQLKPEKYEINGSCMSIQGKVVLYITSPMKEFILSLVKTVTGYPEIRIDKVMFRVINIEVMAEPKFSRCMKFMCLSPITISTAFLKENARLKRQDLYIEDKRFTENLRANIISKYEILHGKKPEDTEFEVKFTDVDKYKKGKLIDYKGIKIKGYLAPFEVCGNPELIATAYECGVGDRNSLGMGMIEVVRDVG
>CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2
MYALIVYDVKEKRVAKVLKFLRSYLNWIQNSVFEGEVTEAQMLKIKNHLREIIDEDEDSVIIFTSREKRWLSKSIMGREKNSTDNFI
>CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1
MKRNYYILKSGRLKRKDNTIYFENDEGKKVIPVNDIENIYVYGEVDFNSKAVNFLSQNNIPMHLFNYYGYYAGTFYPREQLNSGYMIVKQVENYLKYDQRVYIAREMIYSASYNIVKNLKHYVSKKPVLQEHIEKIEAIRDQFVTAFDIGTIMGLEGSIRNIYYDAFPVITDNRFEFEERVKRPPDNPMNSLMSFGNSLMYTAVLGEIYNTQLNPTISYLHEPGERRFSLSLDISEIFKPIIVDRIIFKLINNNMITEDHFLKELNYCYLNDKGKQIFLKEFDEKMNSVIEHRNLEKNVSYRTLIRLELYKLIKHLTGDQSYEGFKMWW
>CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4
MDLFGNSVKITGVEINYLYVCPRKLWFFTHGISMEQNSVRVEIGKETHDNSLNRKRTEILIDNTIRLDYVDKELAVHEIKLTKAMDMASKYQLLYYLYYLNKKGIDCKKGVIHYPKTRKTEIIEITQSDKEELEKAIEEIVRIKKLERPPKMIKERKCKSCSYLELCFC

Crispr_ID: CP021850_7

• CRISPR_ID: CP021850_7
• CRISPR_location: 4339806-4340297
• CRISPR_type: Unclear
• Repeat_type: I-A,II-B,III-A
• Spacer_info: 7 spacers
• Cas_protein_info: cas5,cas7,cas8a4,cas3,cas6,cas2,cas1,cas4

Consensus repeat of CP021850_7

Consensus_repeat	Method
CTTTCAATTCCAACTTGGTACGATTAAAAC	CRISPRCasFinder
CTTTCAATTCCAACTTGGTACGATTAAAAC	CRT
CTTTCAATTCCAACTTGGTACGATTAAAAC	PILER-CR

spacers of CP021850_7

>7.1|4339836|37|CP021850|CRISPRCasFinder,CRT
GATGGAGAAAGGATACCCATTGAGTTATCAAAAGTTA
>7.2|4339903|35|CP021850|CRISPRCasFinder,CRT,PILER-CR
CTTGAACACACGAGAGAGGAACGCACGACGACAAG
>7.3|4339968|35|CP021850|CRISPRCasFinder,CRT,PILER-CR
TATATCCAACAATTGCTTTTCTTCTTGATATACAG
>7.4|4340033|35|CP021850|CRISPRCasFinder,CRT,PILER-CR
GATTCCGGCACACAGTCCAAGCATAAGATTAACAA
>7.5|4340098|37|CP021850|CRISPRCasFinder,CRT,PILER-CR
GGTTGGGCAGGGTAATTACTGATGATGTGGCTTCTTG
>7.6|4340165|36|CP021850|CRISPRCasFinder,CRT,PILER-CR
AATAGTAACCCTGTGTTAACTTTCAGGGTGGTTAGG
>7.7|4340231|37|CP021850|CRISPRCasFinder,CRT,PILER-CR
TATCGGATATAAGAAATAATAGAAAAGAAAAATCAAA

CRISPR arrays and Neighbor proteins around CP021850_7

CRISPR arrays

The CRISPR arrays of CP021850_7

>merge|CP021850|7|4339806-4340297|CRISPRCasFinder,CRT,PILER-CR
AACGCAATTCCAACTTGGTACGATTAAAACGATGGAGAAAGGATACCCATTGAGTTATCAAAAGTTACTTTCAATTCCAACTTGGTACGATTAAAACCTTGAACACACGAGAGAGGAACGCACGACGACAAGCTTTCAATTCCAACTTGGTACGATTAAAACTATATCCAACAATTGCTTTTCTTCTTGATATACAGCTTTCAATTCCAACTTGGTACGATTAAAACGATTCCGGCACACAGTCCAAGCATAAGATTAACAACTTTCAATTCCAACTTGGTACGATTAAAACGGTTGGGCAGGGTAATTACTGATGATGTGGCTTCTTGCTTTCAATTCCAACTTGGTACGATTAAAACAATAGTAACCCTGTGTTAACTTTCAGGGTGGTTAGGCTTTCAATTCCAACTTGGTACGATTAAAACTATCGGATATAAGAAATAATAGAAAAGAAAAATCAAACTTTCAATTCCAACTTGGTACGATTAAAAC

>CP021850|7|7|4339806-4340297|CRISPRCasFinder
AACGCAATTCCAACTTGGTACGATTAAAAC	GATGGAGAAAGGATACCCATTGAGTTATCAAAAGTTA
CTTTCAATTCCAACTTGGTACGATTAAAAC	CTTGAACACACGAGAGAGGAACGCACGACGACAAG
CTTTCAATTCCAACTTGGTACGATTAAAAC	TATATCCAACAATTGCTTTTCTTCTTGATATACAG
CTTTCAATTCCAACTTGGTACGATTAAAAC	GATTCCGGCACACAGTCCAAGCATAAGATTAACAA
CTTTCAATTCCAACTTGGTACGATTAAAAC	GGTTGGGCAGGGTAATTACTGATGATGTGGCTTCTTG
CTTTCAATTCCAACTTGGTACGATTAAAAC	AATAGTAACCCTGTGTTAACTTTCAGGGTGGTTAGG
CTTTCAATTCCAACTTGGTACGATTAAAAC	TATCGGATATAAGAAATAATAGAAAAGAAAAATCAAA
CTTTCAATTCCAACTTGGTACGATTAAAAC

>CP021850|7|3|4339806-4340297|CRT
AACGCAATTCCAACTTGGTACGATTAAAAC	GATGGAGAAAGGATACCCATTGAGTTATCAAAAGTTA
CTTTCAATTCCAACTTGGTACGATTAAAAC	CTTGAACACACGAGAGAGGAACGCACGACGACAAG
CTTTCAATTCCAACTTGGTACGATTAAAAC	TATATCCAACAATTGCTTTTCTTCTTGATATACAG
CTTTCAATTCCAACTTGGTACGATTAAAAC	GATTCCGGCACACAGTCCAAGCATAAGATTAACAA
CTTTCAATTCCAACTTGGTACGATTAAAAC	GGTTGGGCAGGGTAATTACTGATGATGTGGCTTCTTG
CTTTCAATTCCAACTTGGTACGATTAAAAC	AATAGTAACCCTGTGTTAACTTTCAGGGTGGTTAGG
CTTTCAATTCCAACTTGGTACGATTAAAAC	TATCGGATATAAGAAATAATAGAAAAGAAAAATCAAA
CTTTCAATTCCAACTTGGTACGATTAAAAC

>CP021850|7|4|4339873-4340297|PILER-CR
CTTTCAATTCCAACTTGGTACGATTAAAAC	CTTGAACACACGAGAGAGGAACGCACGACGACAAG
CTTTCAATTCCAACTTGGTACGATTAAAAC	TATATCCAACAATTGCTTTTCTTCTTGATATACAG
CTTTCAATTCCAACTTGGTACGATTAAAAC	GATTCCGGCACACAGTCCAAGCATAAGATTAACAA
CTTTCAATTCCAACTTGGTACGATTAAAAC	GGTTGGGCAGGGTAATTACTGATGATGTGGCTTCTTG
CTTTCAATTCCAACTTGGTACGATTAAAAC	AATAGTAACCCTGTGTTAACTTTCAGGGTGGTTAGG
CTTTCAATTCCAACTTGGTACGATTAAAAC	TATCGGATATAAGAAATAATAGAAAAGAAAAATCAAA
CTTTCAATTCCAACTTGGTACGATTAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS98335.1|4331560_4332592_+|peptidase-M42	unknown	unknown	gnl|CDD|349907
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	unknown	unknown	gnl|CDD|366760
CP021850.1|AUS98337.1|4333620_4334619_-|hypothetical-protein	unknown	unknown	gnl|CDD|223787
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase	unknown	unknown	gnl|CDD|223268
CP021850.1|AUS98334.1|4329123_4331310_-|hypothetical-protein	unknown	unknown	gnl|CDD|374452
CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213260
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	gnl|CDD|376656
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	unknown
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|187889
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	unknown
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease	unknown	unknown	gnl|CDD|223673
CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase	unknown	unknown	gnl|CDD|181022
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	gnl|CDD|187856
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	unknown	unknown	gnl|CDD|226950
CP021850.1|AUS98333.1|4328056_4328680_-|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS98336.1|4332631_4333462_+|hypothetical-protein	unknown	unknown	gnl|CDD|376806
CP021850.1|AUS98339.1|4336571_4336865_+|hypothetical-protein	unknown	unknown	unknown

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8.1e-52	170.4	7.5
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	2.8e-69	228.9	7.7
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	1.6e-31	103.2	1.0
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	1.1e-140	463.0	14.5
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	4.1e-58	191.2	0.0
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	7.4e-75	246.2	5.4
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	2.6e-56	185.9	5.6
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	8.1e-53	174.2	1.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS98335.1|4331560_4332592_+|peptidase-M42	gnl|CDD|349907	cd05657, M42_glucanase_like, M42 Peptidase, endoglucanase-like subfamily. Peptidase M42 family, glucanase (endo-1,4-beta-glucanase or endoglucanase)-like subfamily. Proteins in this subfamily are co-catalytic metallopeptidases, found in archaea and bacteria. They show similarity to cellulase and endo-1,4-beta-glucanase (endoglucanase) which typically bind two zinc or cobalt atoms. Some of the enzymes exhibit typical aminopeptidase specificity, whereas others are also capable of N-terminal deblocking activity, i.e. hydrolyzing acylated N-terminal residues. Many of these enzymes are assembled either as tetrahedral dodecamers or as octahedral tetracosameric structures, with the active site located on the inside such that substrate sizes are limited, indicating function as possible peptide scavengers.	2.73514e-164
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	9.82358e-48
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	gnl|CDD|366760	pfam01695, IstB_IS21, IstB-like ATP binding protein. This protein contains an ATP/GTP binding P-loop motif. It is found associated with IS21 family insertion sequences. The function of this protein is unknown, but it may perform a transposase function.	1.02409e-61
CP021850.1|AUS98337.1|4333620_4334619_-|hypothetical-protein	gnl|CDD|223787	COG0715, TauA, ABC-type nitrate/sulfonate/bicarbonate transport systems, periplasmic components [Inorganic ion transport and metabolism].	7.68321e-44
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. 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; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	9.72366e-171
CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase	gnl|CDD|223268	COG0190, FolD, 5,10-methylene-tetrahydrofolate dehydrogenase/Methenyl tetrahydrofolate cyclohydrolase [Coenzyme metabolism].	1.3159e-113
CP021850.1|AUS98334.1|4329123_4331310_-|hypothetical-protein	gnl|CDD|374452	pfam16244, DUF4901, Domain of unknown function (DUF4901). This family consists of uncharacterized proteins around 470 residues in length and is mainly found in various Bacillus subtilis species. The function of this family is unknown.	2.61896e-05
CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein	gnl|CDD|213260	cd03293, ABC_NrtD_SsuB_transporters, ATP-binding cassette domain of the nitrate and sulfonate transporters. NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively. 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.	1.12692e-118
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	gnl|CDD|376656	pfam01905, DevR, CRISPR-associated negative auto-regulator DevR/Csa2. This group of families is one of several protein families that are always found associated with prokaryotic CRISPRs, themselves a family of clustered regularly interspaced short palindromic repeats, DNA repeats found in nearly half of all bacterial and archaeal genomes. These DNA repeat regions have a remarkably regular structure: unique sequences of constant size, called spacers, sit between each pair of repeats. It has been shown that the CRISPRs are virus-derived sequences acquired by the host to enable them to resist viral infection. The Cas proteins from the host use the CRISPRs to mediate an antiviral response. After transcription of the CRISPR, a complex of Cas proteins termed Cascade cleaves a CRISPR RNA precursor in each repeat and retains the cleavage products containing the virus-derived sequence. Assisted by the helicase Cas3, these mature CRISPR RNAs then serve as small guide RNAs that enable Cascade to interfere with virus proliferation. Cas5 contains an endonuclease motif, whose inactivation leads to loss of resistance, even in the presence of phage-derived spacers. This family used to be known as DUF73. DevR appears to be negative auto-regulator within the system.	1.28658e-72
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|187889	cd09759, Cas6_I-A, CRISPR/Cas system-associated RAMP superfamily protein Cas6. 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; Cas6 is an endoribonuclease that generates crRNAs, predicted subunit of Cascade complex; RAMP superfamily protein; Possesses double RRM/ferredoxin fold.	1.63713e-50
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.32407e-59
CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease	gnl|CDD|223673	COG0600, TauC, ABC-type nitrate/sulfonate/bicarbonate transport system, permease component [Inorganic ion transport and metabolism].	5.37265e-66
CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase	gnl|CDD|181022	PRK07535, PRK07535, methyltetrahydrofolate:corrinoid/iron-sulfur protein methyltransferase; Validated.	1.70708e-130
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	3.69181e-30
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	gnl|CDD|226950	COG4584, COG4584, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	5.24609e-23
CP021850.1|AUS98336.1|4332631_4333462_+|hypothetical-protein	gnl|CDD|376806	pfam02517, Abi, CAAX protease self-immunity. Members of this family are probably proteases (after a isoprenyl group is attached to the Cys residue in the C-terminal CAAX motif of a protein to attach it to the membrane, the AAX tripeptide being removed by one of the CAAX prenyl proteases). The family contains the CAAX prenyl protease. The proteins contain a highly conserved Glu-Glu motif at the amino end of the alignment. The alignment also contains two histidine residues that may be involved in zinc binding. While they are involved in membrane anchoring of proteins in eukaryotes, little is known about their function in prokaryotes. In some known bacteriocin loci, Abi genes have been found downstream of bacteriocin structural genes where they are probably involved in self-immunity. Investigation of the bacteriocin-like loci in the Gram positive bacteria locus from Lactobacillus sakei 23K confirmed that the bacteriocin-like genes (sak23Kalphabeta) exhibited antimicrobial activity when expressed in a heterologous host and that the associated Abi gene (sak23Ki) conferred immunity against the cognate bacteriocin. Interestingly, the immunity genes from three similar systems conferred a high degree of cross-immunity against each other's bacteriocins, suggesting the recognition of a common receptor. Site-directed mutagenesis demonstrated that the conserved motifs constituting the putative proteolytic active site of the Abi proteins are essential for the immunity function of Sak23Ki - thus a new concept in self-immunity.	1.23559e-13

Protein sequences

>CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase
MLTMADIKYIKDLSDKKGLSLREISRITGFNFRTVQKYVDKDDWSKPLTRKKNSKSVLDSFAKTIDEWLEADLKAPRKQRHTAKRIYNRLSKLYKDEFTVSYRTVARYVAEKKRKLYGSNESYIPLYHPAGEAQLDFGMAEFVENGIRYEGCYVAMSFPYSNGGYIQAYKGTNIECLLQGMQNIFNHMGRVPTCIWFDNDKAVVKKILTNGEREVTDAFNRFRLHYGFESNFCNPDSGHEKGHVENKVGYSRRNMLVPVPEFKDLQEFNKNLLIECDEDMHRKHYLKDILIKTLFEQDKKAMKPLPKAEYEIYRLEKVKSDKYGKVNFENRKYSASPEHAQRELFVKANAFNVWILDDQYQVVQWHNRLYGKQKESMKWEPYLVLMSNRPNAIKYTGFFQQLPQTLQEYLSGCDYEQKKATLRMLKKMVANSELETAVDAFNYCVQKGIQDLDSIWARYYSMVFANAPIPDIVVKDEIPCLSYEVNNSIYDDLLERGLPHA
>CP021850.1|AUS98339.1|4336571_4336865_+|hypothetical-protein
MLYYNVVRVKPSELIDVSTDTMMFQFQYGTIKAHCIDADIYKNDEFQFQHGTIKAVKLCVLPESVYAFQFQHGTIKALPFISHPQKYLHVSIPTWYD
>CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein
MEYIVEINGLGMKYQSLNGEINAIENIDLSVKKGEFISIVGPSGCGKSTLLSIICGLLTPTSGHVLINGKSLRGPSSDVGYMPQKDHLFDWRTILQNVLLGLEIRKIMTDENKQYALNLLKTYGLYEFKDKYPYQLSGGMRQRAALIRTLATKPEILLLDEAFSALDYQTRLAVTDDIYKIIKKENKTAILVTHDISESISMADRVIVLTSRPARVKNIHEIKFDCENRSPLSCREAPEFRYYFNAIWKELDIHV
>CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease
MSDSIRNEISKERKEYLRKLKLRKTAILTTQIALLVLFFISWEIAANLKLIDPFITSQPSRMVKTFQNLYKGGELFQHVGITCLETIVGFLLGTITGTVIAIILWWSEFLSRVLEPYLVVLNSLPKVALGPIIIVWMGAGPGSIIVMALAISLIVTIMEVLNGFLTVDQDKIKLVQTFGANRLQILTKVVIPANFGTIINSLKINVGLSWVGVIMGEFLVSKAGLGYLIIYGGQVFQLDLVMTSVIILAIAATLMYQGVAYLEKLLVKNNGH
>CP021850.1|AUS98337.1|4333620_4334619_-|hypothetical-protein
MKKIIALLLVIAVGFSFVLAGCKEEGPKKVRLSEVTRSVFYAPQYVALSKGFFKEEGLEIELSTGQGADKVMTAVLSNQVDIGFSGPEAAIYVYNEGKEDYPIVFAQLTNRDGSFLVGKDPDPDFDWSHVKGKTIIGGRKGGVPNMTLEYVLKKHGIMPGTDVNVDTSIQFSVMAGAFTGTDAEYVALFEPTASLVEKEGKGYVLTSIGKDSGEISYTAYYAKKSYIDKNKDTIQKFTNAIYKGQLWVKEHTPEEVAEAIQSFFPDTDLDLLKMVTKRYKEIEAWNTDPILKKASFDLLQEVMQTAGELDETVPYEKLSDTSFAEKAIKDIK
>CP021850.1|AUS98336.1|4332631_4333462_+|hypothetical-protein
MKYLKMSAFILLYMAVYFIISNYIGFVFGIFYMIKEIIVNPDVFLYGSPDAFMDTFVKNSVWFMAIAALVSFPIYAFILWLRKQNIFRVCGFSGISVKDMAITALMGISLNFVIEYLVAISSLNDLSPSVQQMFSQIFDGNSFVVILIAIGIVGPFIEEVIFRGLILNELRRNIPLTAAVIIQAVLFGAYHMNLTQGIYATLLGIILAQACIKMKSIWAPILIHMLFNSTSVVLAKLIDPYILMTYQYFILAGSVILLVFTSILAWRGKKSIVNIY
>CP021850.1|AUS98335.1|4331560_4332592_+|peptidase-M42
MNGYIDYAVQQVINLCNIPSPTGFTKRVQNYLVEEFVNLGYKPVLTNKGSVLVDLGGNGDVLVLAAHVDTLGAMVRAIKDNGRIRISKIGGYPGNYIETENCIVHTRTGKEYSGTIQLVNPAVHVNKDVSDTKRDDSNMEVVLDEKVKSKEDVLKLEINTGDFISFDPRTVYTASGFIKSRHLDDKASAGVLIALAKYIKDTAPQLHRKVYLLFTTYEEVGHGGCSGLPDNVKEMISVDMGAVGDDLQADEFKVSICAKDSQGPYDYDITTRLIELAKKNNLNYAVDIYPYYGSDVDAALSAGYDLKHGLIGPGVSASHGYERTHREGIGNTLSLLKEYVESP
>CP021850.1|AUS98334.1|4329123_4331310_-|hypothetical-protein
MKRYVAMFLTLAMLFVSLMPMQAFAESDKGLEAAIKGVKSKIDIPEDFIFSKNYDVYTQQDGKKIWYLRWESKDDLGGSIMVSADEKGTIYSYEHYKPYNYSDRKKLPKISKDDALKAAKAFVKKVNPEAAANVKLEDENQLLYMSSDYYFTFYRTEKGFPLYENNIGITVDRDSGEVRYYYYNWNDGLVFPDSSKAIAPEAAQKAFKEKMGLKLVYKYSYDYENEKINIFPAYVPVYDSMYAIDALTGEMIQTGYYYVFAGGMGATADMALKSVAEVEQVVLSPEELEAAEEASKLISKDDAEKVARGLSVLGLTDEYKLTNAWLSRAWPNRKDFLWSLSFAKEDKDGRDYRYVNVSINAETKEIMNFYTSMPYDAKAQAKYDEDDAKAAAEKFLKEFKPDLFEQTKYEGSNGRGIVIPLAEDGKEEKPLQYSLVYTRMVNGIPFPDNSLRVGYDAVNGRIYSFDMTWFDEKFPAVKDNVTPDKAYETLFKNLGLELQYKFVYNNNNSLYEKVIYAPDYNNVEVKLVYALNTRKPWIFDPETGAILNHDGKPYEEVKVAEYSDIDGHYAEDEIKILAAYGISLDGNEFRPNDSITQKDFLTLLSKTLQDYYVPVSERGGDKETDALYSYMMRQGIVREGEKAPNAVLTREDSVKFIIRALKYDKVADIKGIYKSIFKDEDEINPDLIGYISIAQGLNIISGYDGYFNPKGELTRAQAAIIIYKYLQV
>CP021850.1|AUS98333.1|4328056_4328680_-|hypothetical-protein
MLIDTNITIAYKCYFCGTYEFFNISVFELPDKRELKLKCRCGKCSAVILKDSPKKYALRVGCIACGREHTYNVSRREMVSKSIEVFNCPITGIQQCFVGNDHEVRKKVDGVEEELDELVDMLGYESYFKNTQVAFDSLNKIHDIAEKGNLYCTCGNRDIELFLFTEKILLKCSICGRSIEIGTGSNEDLKKLLSSNQILLGCEESKA
>CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein
MWLEITYRPVSLFSLRRSDATNPAAKSLLCPSPYSIKMALLNSIITFGSVEEAIERFNTIKSFNIQFKLPKYICANNCFIKIQKEPHSDKKKKNPDIAFDSTVGFREFIYYNGDIAIAVAVDEKLVDYYVDKFKRINYFGKRGCFFQFIKAERIEELDEQYSGYFDETSLIARNDRMIIRMDDFHNKAKFDNVNTYSTQKAMRLEKLYYLNYKMVKANKNYTLYERSC
>CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein
MKISSISISGKITLDMHSLNNEGGEGNQILTRQVTIVDDKGKIHTVNAISGDMLKHVQTEHLYNIAVEKGLPLCNACTTFNSNRISGDRVFSEESKGKDQQTVMDLLLEKCVIDDMQGILVTNNNSNLPRKSCSEYGWLIGLPDKTTTENYFHVKLVPNAGSKSEGEDESSNQGQNIFHRPANSGEYALVCNLDIYRIGYNEITRTYSIDDNDRLERYKALLESTLYTFLKTKGAMRNTQNPHVVNFEGVLAISKNATPAPLISAINPDYKEEIERIADALNSLDIKEEPENNEKNIVLRRFNSLSEFADAMKDLINEGEPYKVKESRQEG
>CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein
MYQDKYYVLKDSGTYSNMLEAYGLALLLSRLLRQERSVDIIDRGVYYEISLKRPITEEMVGNCRYIDLFRYIKTKGDDADIPDSIDYEFEANRAKLFNEERKEQSLKLKEARSKLDKKAYKAYSLKLKQQLDNSENKPRDDWDILQALNPSKLKALDTYKTVFQNVYNNKSNYKEIVKHVLMLYASPFQNQDEVEKSLKKLIRSGELRDIVEVNAVQAVNPDKVKGAASTKANSISPGPIKAFWLREYVKLAGMFSGMIVKDIKIGPKKWDAKIYVLDLKNMNYSMHTSVYKNLKPIVTGMTAVRLDITMLLLLCKTLIEHSENYIDEELSKRKHADSYVSGLYTVYLKNMGKAYSPTNISYLETPDFIAFNNKEEAGKWINIIDDHLDVIKNIRISASKSDETNSILKMLQNYRQFISGSNIEYFFDFIVEYSEFLMSKISKEEYYVRPFSLSCMEVFLKEMNYGEILKNQGFCNIAKAIRNSTISAQYAKDKDDGIKYEIRYGMALDLKRKAPYKDQFIQYLSDFIASYNAEAARVAEKHPELKGTHKLRATIKTQDLEDIIELIDKYDDCTTIAKLLCAYGYSLERKELDDQMSKVSEEDDVDDE
>CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'
MLDERKIRDYFYNITEFEPYNFQVDMCRKVLNGEDVVMQAPTGCGKTWASVVPFIIAKKENIPFPAKLIYSLPLRVLANSLYKDVKEKLIKYDPSIKVTIQTGETPEDPYFEGDIIFTTVDQSLSSALLIPFALPNRQCNINAGAFVSSYHVFDEFHLLDWERSLSTTINLLRMFKNTARFCLMTATLSNEMVDRICTFLNAGRVSVSPDEYAKLQCNVNKYRIVHTYNRELKADDVISKHKKRTIVLCNTVERAQSLFLELKEKIKGNERFSNTSLICLHSRFYQKDRMQKEDDIKRLFSKESDSDAILISTQVVEVGIDITCDTMHTEISEINSFLQRIGRAARYGGEEADIYVYDIDKEKGTYLPYNKDISQKTLNELNEVQGKNMDFYLGQEIINKVLTQRELEIYETIRSGDRDLRIKDCWIKPERKWATDLIRKIENFNVVISSNPYEIRNPYFVDSVSINKHSLISKLKKIDKEDEEDWIIKKIEEDSFGLDDENDFSYTTVGVDEDILFSYDRIIVNPKYVFYDEDIGLNFEKTGETQLVELEKVCDDKVYSMRLESYREHVQKMIQVYQKLLRPQVINTLNSIWERNKVDVSIDEIINFMIILHDYGKLNLAWQKKAHEWQAKKAPAPKDMILAHTDWDEGDEKTRLPNHAGIGALVCYAIAPETICDEIVIAMVSSIARHHSPMNDSCESYFVPESSVEEIFELIKTYCPSLYNDIDKRNKYLFKNTYNQSLESYMVTFSDVNESMDTILYFIFSRILRLCDQKACEQ
>CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6
MRIKLTLDSIGKQTIDLNYNYALSSMIYNLIRESDSKYSTFLHEKGYEINNKHYKLFTFSQLKPEKYEINGSCMSIQGKVVLYITSPMKEFILSLVKTVTGYPEIRIDKVMFRVINIEVMAEPKFSRCMKFMCLSPITISTAFLKENARLKRQDLYIEDKRFTENLRANIISKYEILHGKKPEDTEFEVKFTDVDKYKKGKLIDYKGIKIKGYLAPFEVCGNPELIATAYECGVGDRNSLGMGMIEVVRDVG
>CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2
MYALIVYDVKEKRVAKVLKFLRSYLNWIQNSVFEGEVTEAQMLKIKNHLREIIDEDEDSVIIFTSREKRWLSKSIMGREKNSTDNFI
>CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1
MKRNYYILKSGRLKRKDNTIYFENDEGKKVIPVNDIENIYVYGEVDFNSKAVNFLSQNNIPMHLFNYYGYYAGTFYPREQLNSGYMIVKQVENYLKYDQRVYIAREMIYSASYNIVKNLKHYVSKKPVLQEHIEKIEAIRDQFVTAFDIGTIMGLEGSIRNIYYDAFPVITDNRFEFEERVKRPPDNPMNSLMSFGNSLMYTAVLGEIYNTQLNPTISYLHEPGERRFSLSLDISEIFKPIIVDRIIFKLINNNMITEDHFLKELNYCYLNDKGKQIFLKEFDEKMNSVIEHRNLEKNVSYRTLIRLELYKLIKHLTGDQSYEGFKMWW
>CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4
MDLFGNSVKITGVEINYLYVCPRKLWFFTHGISMEQNSVRVEIGKETHDNSLNRKRTEILIDNTIRLDYVDKELAVHEIKLTKAMDMASKYQLLYYLYYLNKKGIDCKKGVIHYPKTRKTEIIEITQSDKEELEKAIEEIVRIKKLERPPKMIKERKCKSCSYLELCFC
>CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase
MIIIGEKLNSTLKSIRPAMESYDAAAIQELAKKQYEAGAMYIDVNAGMFHEEEPERLEWLINTVQEVLDAPFSIDSPNPVAIERALKANKNSKPIINSITDEKERFNSIMPLAIEYKTGIIALCMDDNGMPETTKDRVVIAERLIEKLTKEGMDLSDIYIDPMVRPVGTGSHYGTVAIETIRQVKKEFPGVHIACGLSNISFGIPARKLMNQAFLIAAMAAGMDGAILDPLDKKLMSFVYAGEALLGIDEFCMNYLTKFREGALEV
>CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase
MAEILKGKDVIASMKERMLKQVEELQSHGVTPCLAIVRLGAKADDLAYEKGAVKRCEGLGIKCVVMEYDESISQKELEDEIRKLNEDTGIHGILVFRPLPKHIDENAIKYVISPDKDVDCFSPVNVAKVFEGDDNGFAPCTPEAVMEMLEHYGVDVSGKRVVVIGRSLVVGKPLSMLLLRKNATVTICHTKTRDLGGTARTADILIAAAGKARMITKEFVSPGQIVIDVGINMDKDGNLCGDVDYDNVEKTVAMITPVPGGVGTVTTSILAKHVLAAAWRLSGVMGS

Crispr_ID: CP021850_9

• CRISPR_ID: CP021850_9
• CRISPR_location: 4351331-4351493
• CRISPR_type: Unclear
• Repeat_type: I-A,II-B,III-A
• Spacer_info: 2 spacers
• Cas_protein_info: cas4,cas1,cas2,cas6,cas3,cas8a4,cas7,cas5

Consensus repeat of CP021850_9

Consensus_repeat	Method
ATAAGTTTCAATTCCAATATGGTACGATTAAAACTCCG	PILER-CR
TCAATTCCAATATGGTACGATTAAAACT	CRISPRCasFinder

spacers of CP021850_9

>9.1|4351369|30|CP021850|PILER-CR
GTAAAACCTGCCCTATTAAAAGATACCTCC
>9.2|4351437|29|CP021850|PILER-CR
GTAACAACGTATCAACAAGGGCAACCAAA
>9.3|4351359|37|CP021850|CRISPRCasFinder
GTAAAACCTGCCCTATTAAAAGATACCTCCATTAGTT
>9.4|4351424|39|CP021850|CRISPRCasFinder
CCGGTAACAACGTATCAACAAGGGCAACCAAAATAAGTT

CRISPR arrays and Neighbor proteins around CP021850_9

CRISPR arrays

The CRISPR arrays of CP021850_9

>merge|CP021850|9|4351331-4351493|PILER-CR,CRISPRCasFinder
TCAATTCCAATATGGTACGATTAAAACTGTAAAACCTGCCCTATTAAAAGATACCTCCATTAGTTTCAATTCCAATATGGTACGATTAAAACTCCGGTAACAACGTATCAACAAGGGCAACCAAAATAAGTTTCAATTCCAATATGGTACGATTAAAACACCG

>CP021850|9|6|4351331-4351493|PILER-CR
TCAATTCCAATATGGTACGATTAAAACTGTAAAACCTG	CCCTATTAAAAGATACCTCCATTAGTTTCA
ATTCCAATATGGTACGATTAAAACTCCGGTAACAACGT	ATCAACAAGGGCAACCAAAATAAGTTTCA
ATTCCAATATGGTACGATTAAAACACCG

>CP021850|9|9|4351331-4351490|CRISPRCasFinder
TCAATTCCAATATGGTACGATTAAAACT	GTAAAACCTGCCCTATTAAAAGATACCTCCATTAGTT
TCAATTCCAATATGGTACGATTAAAACT	CCGGTAACAACGTATCAACAAGGGCAACCAAAATAAGTT
TCAATTCCAATATGGTACGATTAAAACA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	unknown	unknown	gnl|CDD|366760
CP021850.1|AUS98355.1|4359653_4360688_-|LacI-family-transcriptional-regulator	unknown	unknown	gnl|CDD|380530
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase	unknown	unknown	gnl|CDD|223268
CP021850.1|AUS98356.1|4361020_4362523_+|fucose-isomerase	unknown	unknown	gnl|CDD|225271
CP021850.1|AUS98357.1|4363467_4363710_-|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	gnl|CDD|376656
CP021850.1|AUS98358.1|4363879_4364437_+|hypothetical-protein	unknown	unknown	unknown
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	unknown
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	gnl|CDD|187856
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	unknown
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase	unknown	unknown	gnl|CDD|181022
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|187889
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	unknown	unknown	gnl|CDD|226950
CP021850.1|AUS98352.1|4354864_4356544_-|formate--tetrahydrofolate-ligase	unknown	unknown	gnl|CDD|376511
CP021850.1|AUS98351.1|4353898_4354531_-|sugar-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|377428
CP021850.1|AUS98353.1|4356768_4357614_-|FdhC-protein	unknown	unknown	gnl|CDD|376497
CP021850.1|AUS98354.1|4357951_4359478_-|xylulokinase	unknown	unknown	gnl|CDD|198374

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8.1e-52	170.4	7.5
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	2.8e-69	228.9	7.7
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	1.6e-31	103.2	1.0
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	1.1e-140	463.0	14.5
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	4.1e-58	191.2	0.0
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	7.4e-75	246.2	5.4
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	2.6e-56	185.9	5.6
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	8.1e-53	174.2	1.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	gnl|CDD|376656	pfam01905, DevR, CRISPR-associated negative auto-regulator DevR/Csa2. This group of families is one of several protein families that are always found associated with prokaryotic CRISPRs, themselves a family of clustered regularly interspaced short palindromic repeats, DNA repeats found in nearly half of all bacterial and archaeal genomes. These DNA repeat regions have a remarkably regular structure: unique sequences of constant size, called spacers, sit between each pair of repeats. It has been shown that the CRISPRs are virus-derived sequences acquired by the host to enable them to resist viral infection. The Cas proteins from the host use the CRISPRs to mediate an antiviral response. After transcription of the CRISPR, a complex of Cas proteins termed Cascade cleaves a CRISPR RNA precursor in each repeat and retains the cleavage products containing the virus-derived sequence. Assisted by the helicase Cas3, these mature CRISPR RNAs then serve as small guide RNAs that enable Cascade to interfere with virus proliferation. Cas5 contains an endonuclease motif, whose inactivation leads to loss of resistance, even in the presence of phage-derived spacers. This family used to be known as DUF73. DevR appears to be negative auto-regulator within the system.	1.28658e-72
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	9.82358e-48
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	gnl|CDD|366760	pfam01695, IstB_IS21, IstB-like ATP binding protein. This protein contains an ATP/GTP binding P-loop motif. It is found associated with IS21 family insertion sequences. The function of this protein is unknown, but it may perform a transposase function.	1.02409e-61
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. 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; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	9.72366e-171
CP021850.1|AUS98356.1|4361020_4362523_+|fucose-isomerase	gnl|CDD|225271	COG2407, FucI, L-fucose isomerase and related proteins [Carbohydrate transport and metabolism].	3.2991e-95
CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase	gnl|CDD|223268	COG0190, FolD, 5,10-methylene-tetrahydrofolate dehydrogenase/Methenyl tetrahydrofolate cyclohydrolase [Coenzyme metabolism].	1.3159e-113
CP021850.1|AUS98355.1|4359653_4360688_-|LacI-family-transcriptional-regulator	gnl|CDD|380530	cd06307, PBP1_sugar_binding, periplasmic sugar-binding domain of uncharacterized transport systems. Periplasmic sugar-binding domain of uncharacterized transport systems that share homology with a family of pentose/hexose sugar-binding proteins of the type 1 periplasmic binding protein (PBP1) superfamily. The members of this group are predicted to be involved in the transport of sugar-containing molecules across cellular and organellar membranes.	1.77855e-72
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	3.69181e-30
CP021850.1|AUS98354.1|4357951_4359478_-|xylulokinase	gnl|CDD|198374	cd07808, FGGY_D-XK_EcXK-like, Escherichia coli xylulokinase-like D-xylulose kinases; a subgroup of the FGGY family of carbohydrate kinases. This subgroup is predominantly composed of bacterial D-xylulose kinases (XK, also known as xylulokinase; EC 2.7.1.17), which catalyze the rate-limiting step in the ATP-dependent phosphorylation of D-xylulose to produce D-xylulose 5-phosphate (X5P) and ADP. D-xylulose has been used as a source of carbon and energy by a variety of microorganisms. Some uncharacterized sequences are also included in this subgroup. The prototypical member of this CD is Escherichia coli xylulokinase (EcXK), which exists as a dimer. Each monomer consists of two large domains separated by an open cleft that forms an active site. This model includes both the N-terminal domain, which adopts a ribonuclease H-like fold, and the structurally related C-terminal domain. The presence of Mg2+ or Mn2+ is required for catalytic activity. Members of this subgroup belong to the FGGY family of carbohydrate kinases.	0
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.32407e-59
CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase	gnl|CDD|181022	PRK07535, PRK07535, methyltetrahydrofolate:corrinoid/iron-sulfur protein methyltransferase; Validated.	1.70708e-130
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|187889	cd09759, Cas6_I-A, CRISPR/Cas system-associated RAMP superfamily protein Cas6. 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; Cas6 is an endoribonuclease that generates crRNAs, predicted subunit of Cascade complex; RAMP superfamily protein; Possesses double RRM/ferredoxin fold.	1.63713e-50
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	gnl|CDD|226950	COG4584, COG4584, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	5.24609e-23
CP021850.1|AUS98352.1|4354864_4356544_-|formate--tetrahydrofolate-ligase	gnl|CDD|376511	pfam01268, FTHFS, Formate--tetrahydrofolate ligase.	0
CP021850.1|AUS98351.1|4353898_4354531_-|sugar-ABC-transporter-substrate-binding-protein	gnl|CDD|377428	pfam04961, FTCD_C, Formiminotransferase-cyclodeaminase. Members of this family are thought to be Formiminotransferase- cyclodeaminase enzymes EC:4.3.1.4. This domain is found in the C-terminus of the bifunctional animal members of the family.	5.23104e-86
CP021850.1|AUS98353.1|4356768_4357614_-|FdhC-protein	gnl|CDD|376497	pfam01226, Form_Nir_trans, Formate/nitrite transporter.	1.32406e-83

Protein sequences

>CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4
MDLFGNSVKITGVEINYLYVCPRKLWFFTHGISMEQNSVRVEIGKETHDNSLNRKRTEILIDNTIRLDYVDKELAVHEIKLTKAMDMASKYQLLYYLYYLNKKGIDCKKGVIHYPKTRKTEIIEITQSDKEELEKAIEEIVRIKKLERPPKMIKERKCKSCSYLELCFC
>CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1
MKRNYYILKSGRLKRKDNTIYFENDEGKKVIPVNDIENIYVYGEVDFNSKAVNFLSQNNIPMHLFNYYGYYAGTFYPREQLNSGYMIVKQVENYLKYDQRVYIAREMIYSASYNIVKNLKHYVSKKPVLQEHIEKIEAIRDQFVTAFDIGTIMGLEGSIRNIYYDAFPVITDNRFEFEERVKRPPDNPMNSLMSFGNSLMYTAVLGEIYNTQLNPTISYLHEPGERRFSLSLDISEIFKPIIVDRIIFKLINNNMITEDHFLKELNYCYLNDKGKQIFLKEFDEKMNSVIEHRNLEKNVSYRTLIRLELYKLIKHLTGDQSYEGFKMWW
>CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2
MYALIVYDVKEKRVAKVLKFLRSYLNWIQNSVFEGEVTEAQMLKIKNHLREIIDEDEDSVIIFTSREKRWLSKSIMGREKNSTDNFI
>CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6
MRIKLTLDSIGKQTIDLNYNYALSSMIYNLIRESDSKYSTFLHEKGYEINNKHYKLFTFSQLKPEKYEINGSCMSIQGKVVLYITSPMKEFILSLVKTVTGYPEIRIDKVMFRVINIEVMAEPKFSRCMKFMCLSPITISTAFLKENARLKRQDLYIEDKRFTENLRANIISKYEILHGKKPEDTEFEVKFTDVDKYKKGKLIDYKGIKIKGYLAPFEVCGNPELIATAYECGVGDRNSLGMGMIEVVRDVG
>CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'
MLDERKIRDYFYNITEFEPYNFQVDMCRKVLNGEDVVMQAPTGCGKTWASVVPFIIAKKENIPFPAKLIYSLPLRVLANSLYKDVKEKLIKYDPSIKVTIQTGETPEDPYFEGDIIFTTVDQSLSSALLIPFALPNRQCNINAGAFVSSYHVFDEFHLLDWERSLSTTINLLRMFKNTARFCLMTATLSNEMVDRICTFLNAGRVSVSPDEYAKLQCNVNKYRIVHTYNRELKADDVISKHKKRTIVLCNTVERAQSLFLELKEKIKGNERFSNTSLICLHSRFYQKDRMQKEDDIKRLFSKESDSDAILISTQVVEVGIDITCDTMHTEISEINSFLQRIGRAARYGGEEADIYVYDIDKEKGTYLPYNKDISQKTLNELNEVQGKNMDFYLGQEIINKVLTQRELEIYETIRSGDRDLRIKDCWIKPERKWATDLIRKIENFNVVISSNPYEIRNPYFVDSVSINKHSLISKLKKIDKEDEEDWIIKKIEEDSFGLDDENDFSYTTVGVDEDILFSYDRIIVNPKYVFYDEDIGLNFEKTGETQLVELEKVCDDKVYSMRLESYREHVQKMIQVYQKLLRPQVINTLNSIWERNKVDVSIDEIINFMIILHDYGKLNLAWQKKAHEWQAKKAPAPKDMILAHTDWDEGDEKTRLPNHAGIGALVCYAIAPETICDEIVIAMVSSIARHHSPMNDSCESYFVPESSVEEIFELIKTYCPSLYNDIDKRNKYLFKNTYNQSLESYMVTFSDVNESMDTILYFIFSRILRLCDQKACEQ
>CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein
MYQDKYYVLKDSGTYSNMLEAYGLALLLSRLLRQERSVDIIDRGVYYEISLKRPITEEMVGNCRYIDLFRYIKTKGDDADIPDSIDYEFEANRAKLFNEERKEQSLKLKEARSKLDKKAYKAYSLKLKQQLDNSENKPRDDWDILQALNPSKLKALDTYKTVFQNVYNNKSNYKEIVKHVLMLYASPFQNQDEVEKSLKKLIRSGELRDIVEVNAVQAVNPDKVKGAASTKANSISPGPIKAFWLREYVKLAGMFSGMIVKDIKIGPKKWDAKIYVLDLKNMNYSMHTSVYKNLKPIVTGMTAVRLDITMLLLLCKTLIEHSENYIDEELSKRKHADSYVSGLYTVYLKNMGKAYSPTNISYLETPDFIAFNNKEEAGKWINIIDDHLDVIKNIRISASKSDETNSILKMLQNYRQFISGSNIEYFFDFIVEYSEFLMSKISKEEYYVRPFSLSCMEVFLKEMNYGEILKNQGFCNIAKAIRNSTISAQYAKDKDDGIKYEIRYGMALDLKRKAPYKDQFIQYLSDFIASYNAEAARVAEKHPELKGTHKLRATIKTQDLEDIIELIDKYDDCTTIAKLLCAYGYSLERKELDDQMSKVSEEDDVDDE
>CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein
MKISSISISGKITLDMHSLNNEGGEGNQILTRQVTIVDDKGKIHTVNAISGDMLKHVQTEHLYNIAVEKGLPLCNACTTFNSNRISGDRVFSEESKGKDQQTVMDLLLEKCVIDDMQGILVTNNNSNLPRKSCSEYGWLIGLPDKTTTENYFHVKLVPNAGSKSEGEDESSNQGQNIFHRPANSGEYALVCNLDIYRIGYNEITRTYSIDDNDRLERYKALLESTLYTFLKTKGAMRNTQNPHVVNFEGVLAISKNATPAPLISAINPDYKEEIERIADALNSLDIKEEPENNEKNIVLRRFNSLSEFADAMKDLINEGEPYKVKESRQEG
>CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein
MWLEITYRPVSLFSLRRSDATNPAAKSLLCPSPYSIKMALLNSIITFGSVEEAIERFNTIKSFNIQFKLPKYICANNCFIKIQKEPHSDKKKKNPDIAFDSTVGFREFIYYNGDIAIAVAVDEKLVDYYVDKFKRINYFGKRGCFFQFIKAERIEELDEQYSGYFDETSLIARNDRMIIRMDDFHNKAKFDNVNTYSTQKAMRLEKLYYLNYKMVKANKNYTLYERSC
>CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase
MLTMADIKYIKDLSDKKGLSLREISRITGFNFRTVQKYVDKDDWSKPLTRKKNSKSVLDSFAKTIDEWLEADLKAPRKQRHTAKRIYNRLSKLYKDEFTVSYRTVARYVAEKKRKLYGSNESYIPLYHPAGEAQLDFGMAEFVENGIRYEGCYVAMSFPYSNGGYIQAYKGTNIECLLQGMQNIFNHMGRVPTCIWFDNDKAVVKKILTNGEREVTDAFNRFRLHYGFESNFCNPDSGHEKGHVENKVGYSRRNMLVPVPEFKDLQEFNKNLLIECDEDMHRKHYLKDILIKTLFEQDKKAMKPLPKAEYEIYRLEKVKSDKYGKVNFENRKYSASPEHAQRELFVKANAFNVWILDDQYQVVQWHNRLYGKQKESMKWEPYLVLMSNRPNAIKYTGFFQQLPQTLQEYLSGCDYEQKKATLRMLKKMVANSELETAVDAFNYCVQKGIQDLDSIWARYYSMVFANAPIPDIVVKDEIPCLSYEVNNSIYDDLLERGLPHA
>CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase
MIIIGEKLNSTLKSIRPAMESYDAAAIQELAKKQYEAGAMYIDVNAGMFHEEEPERLEWLINTVQEVLDAPFSIDSPNPVAIERALKANKNSKPIINSITDEKERFNSIMPLAIEYKTGIIALCMDDNGMPETTKDRVVIAERLIEKLTKEGMDLSDIYIDPMVRPVGTGSHYGTVAIETIRQVKKEFPGVHIACGLSNISFGIPARKLMNQAFLIAAMAAGMDGAILDPLDKKLMSFVYAGEALLGIDEFCMNYLTKFREGALEV
>CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase
MAEILKGKDVIASMKERMLKQVEELQSHGVTPCLAIVRLGAKADDLAYEKGAVKRCEGLGIKCVVMEYDESISQKELEDEIRKLNEDTGIHGILVFRPLPKHIDENAIKYVISPDKDVDCFSPVNVAKVFEGDDNGFAPCTPEAVMEMLEHYGVDVSGKRVVVIGRSLVVGKPLSMLLLRKNATVTICHTKTRDLGGTARTADILIAAAGKARMITKEFVSPGQIVIDVGINMDKDGNLCGDVDYDNVEKTVAMITPVPGGVGTVTTSILAKHVLAAAWRLSGVMGS
>CP021850.1|AUS98351.1|4353898_4354531_-|sugar-ABC-transporter-substrate-binding-protein
MVYIEYSCKEFTDALASGAPVPGGGGASALVGALGTALGSMVGNLTLGKKKYESVQDDIKAILEKAQLLKEQLLSLVDKDAEVFEPLSKAYGLPKNTEEEKRKRDEIMENALRMACSVPVEIMEKAMEAIALHEELATKGSRIAISDVGVGVLLCKSALMGASLNVFINTKLMKDRQYADEINSRVDEMLKSGIKRADAVYMEVESGLRK
>CP021850.1|AUS98352.1|4354864_4356544_-|formate--tetrahydrofolate-ligase
MGFKGDIEIAQSTEMKPIEEIAASIGIDRENLELYGNYKAKVNYNILEKLSDRKDGKLILVTAITPTPAGEGKTTTTVGLGDALKKIGKKVVIALREPSLGPVFGVKGGAAGGGYAQVVPMEDINLHFTGDMHAIGAANNLLAAMIDNHIYQGNQLGIDPRRITWKRCVDMNDRQLRFIVDGLNGKANGMPREDGFDITVASEVMAILCLSKNIDDLKEKLRSIVIGYTRDDKPVTAGQLKAEGAMAALLKDALKPNLVQTLEHTPAFVHGGPFANIAHGCNSIMATKMALKFGDYVVTEAGFGADLGAEKFLDIKCRIAGLKPSAVVIVATVRALKHHGGAEKSQLSVENLEALEKGIPNLLKHIENITVKFGLPAVVAINRFPTDTEAELKLIEEKCKQYGANVALSEVWAKGGEGGIELAKEVVRLADEGKSNFKFIYGDEMPIKEKIEAVVREVYGGDGVDFLPAAAKEISKLEEMGFGHLPVCMAKTQYSLSDDPKKLGWPKNFRVTVRNVKVSAGAGFVVVLTGDIMTMPGLPKVPAAESIDVDSTGRISGLF
>CP021850.1|AUS98353.1|4356768_4357614_-|FdhC-protein
MNNFYLSPSEITERYVDTGCMKSNLPPLKLLLLGILAGAFIAFASEGSNMAIHTITSAGLAKTLAGALFSTGLMMVVITGAELFTGNTLIIVSCLEGRARWGGLLKNWFFVYTGNFIGAVIVVVFILLSGQFNFSSGMLGGYTIKTAVYKVSLPFAGAFFMGLLGNWLVCMAVWMASAAKDVTGKLLSIFFPIWLFVTSGFEHSIANMYYIPAGILAKSNQTWLDAAISMGVAAKDLEALNWSSFVLKNLIPVTLGNIVGGSIFVGVTYWLSYLYKAKKKA
>CP021850.1|AUS98354.1|4357951_4359478_-|xylulokinase
MNYLIGIDIGTSSTKTVLFDENYNVVSSASQEYPLYQPQNGWAEQKPEDWYNAVMDTLKRVIKESGVPGESILGIGLSGQMHGLVMLDENNEVIRPAIIWCDQRTAKECEEITERVGAKRLIEITANPALTGFTASKILWVRNNEPENYARCRHILLPKDYIRFMLTGEFATEVSDASGMQLLDIPNRCWSDEVLEKLEIDKSMLGKVYESPEVTGHITQKVAEETGLSVKTIVVGGAGDNAAAAVGTGIVRDGRAFTTIGTSGVVYAHSSRITIDPKGRVHTFCCAVPGCWHVMGVTQGAGLSLKWFRDNFCQDYIDEAKRQGVDPYYLMDKDAESVPIGSNKLVFLPYLMGERTPHLDPDCRGVFFGLSAIHTKKDMIRAVMEGVSYSLKNCSDILKEMGIAVGEMMACGGGGTSKLWRQMLADLYGCEVKMVSSKEGPALGAAILAGVGAGLFDSVEQACDRVIKVDKVCGPIDENSRKYEKFYEIYNSLYGDLKAEFAKLAKLS
>CP021850.1|AUS98355.1|4359653_4360688_-|LacI-family-transcriptional-regulator
MAVTIKKIAELCGVSRGTVDRVLNNRGKVKPETEALIRRVAEQLDYKPNIAGKALAARKKSFVIGVIVASEGNPFFDDVLKGIHQAENELHDYGVKIIIKTMKGYDIQRQLKLIEELEGGIHALILNSISDAEIAAKIDELTDKGIPVITLNTDIENSKRLCYVGCDYVKGGETACGMLGLLTGGRAKVGVITGSVKILGHNQRVQGFRNVIKRRYPGIEVVDFAESNDDDIIAFEATKKMLLEHKEIDALFIAAAGAYGVCRAVISLGLENKITIVCFDDVPSTVEMMEKGLIKATICQQPFLQGNKSVHIAYDYLVSGARPHNDQFIVENKIKILENLYQTP
>CP021850.1|AUS98356.1|4361020_4362523_+|fucose-isomerase
MKRGIRLNNIPEVKLGIIAVSRDCFVIELSERRRAAIVKSYTDMGGSIFEAKTTVENENDMLKAVEEVKKAGCNALVVFLGNFGPETPETLIAKNFDGPVMYVAAAEESGDDLINGRGDAYCGMLNCSYNLGLRKIPAVIPSYPVGTAEDIAKMIDEFVPVARALIGLSKLKVISFGPRPQDFFACNAPIKPLYDIGVEIQENSELDLLVAYRAHKDDPRIPSVVEDMAAELGLGNQYPELLPRMAQYELTLLDWAEQNKGSREYVVFANKCWPAFPKEFGFEPCYVNSRLASKGCPVSCEVDIYGAVSEYIGACVTNDAVTLLDINNSVPKDIYEADIKGKYNYTLKDVFMGFHCGNTPLCKLSKGAIKYQLIQNRLLENGGEPDFTRGTLEGDIAPGKITFFRLQSTPDTKLQAYIAQGEVLPVATRSFGGIGVFAIPEMGRFYRYVLIAKRYPHHGAVAFSHCGKALHTIFSYLGVDDISFNQPKGMLYKNENPFDA
>CP021850.1|AUS98357.1|4363467_4363710_-|hypothetical-protein
MKAFGKLLMQKGNLINNVQKQQNAFPKERYYCAFDKRFQFIIKYVIGNTAHNVTQISCKKGLTLSRGACYYIHAVEISSV
>CP021850.1|AUS98358.1|4363879_4364437_+|hypothetical-protein
MANKVDRILESIKTITGTDSYNSIIADCGVLDSKATPNKQAKYVKKIIDKINETQGEEAVEKIMKPCGYQCISDSIIDKAKKLYEKSSSIDDFLQLLNGQHIGGGQLHTKDGKIIGIYNTCYCGLAKNAKGMSPVYCYCSTGWFERLFSSIFGDSVKVKKYKQFWMARISAYLKLVISANICVSK

Crispr_ID: CP021850_8

• CRISPR_ID: CP021850_8
• CRISPR_location: 4348688-4349236
• CRISPR_type: Unclear
• Repeat_type: I-A,II-B,III-A
• Spacer_info: 8 spacers
• Cas_protein_info: cas6,cas3,cas8a4,cas7,cas5,cas2,cas1,cas4

Consensus repeat of CP021850_8

Consensus_repeat	Method
GTTTCAATTCCAACTTGGTACGATTAAAAC	CRISPRCasFinder
GTTTCAATTCCAACTTGGTACGATTAAAAC	CRT
GTTTCAATTCCAACTTGGTACGATTAAAAC	PILER-CR

spacers of CP021850_8

>8.1|4348718|36|CP021850|CRISPRCasFinder
GAAAGAAAATAACTTTAAAAGATATGATAAAATAAG
>8.2|4348784|24|CP021850|CRISPRCasFinder
AATACATAGTTAATAATTAAAATA
>8.3|4348838|36|CP021850|CRISPRCasFinder
TTATTTTATCATATTTTATGTTGTGTGCATAGGTAT
>8.4|4348904|37|CP021850|CRISPRCasFinder
TTGTAAAAATAGCCCGGATTATCCGGGCTTATTTTTT
>8.5|4348971|37|CP021850|CRISPRCasFinder,CRT
AAGCATATTTTAATGACGTAATTAAGCTTGTCGTTGA
>8.6|4349038|37|CP021850|CRISPRCasFinder,CRT,PILER-CR
TATGTCTTTTAACCTCACCATCTTTATTTATCTTCAT
>8.7|4349105|36|CP021850|CRISPRCasFinder,CRT,PILER-CR
GAGATTATAAGATAAAACTTTTACTTTAACTTAAAG
>8.8|4349171|36|CP021850|CRISPRCasFinder,CRT,PILER-CR
CAATTCTACTAATTCACCCTCAGCAACTATTTCCAT

CRISPR arrays and Neighbor proteins around CP021850_8

CRISPR arrays

The CRISPR arrays of CP021850_8

>merge|CP021850|8|4348688-4349236|CRISPRCasFinder,CRT,PILER-CR
ATTTCGACTCCATCTTGGTATGATTAGAACGAAAGAAAATAACTTTAAAAGATATGATAAAATAAGGTTTTAATTCCAATATGGTTCGATTAAAACAATACATAGTTAATAATTAAAATAATTTCAGTTCCAATTTGGTACGATTAAAATTTATTTTATCATATTTTATGTTGTGTGCATAGGTATGTTTCAATTTCAGCATGGTACTGTAAAACTTTGTAAAAATAGCCCGGATTATCCGGGCTTATTTTTTGTTGCAATTCCAATATGGTAAGATTAAAGCAAGCATATTTTAATGACGTAATTAAGCTTGTCGTTGAGTTTCAATTCCAACTTGGTACGATTAAAACTATGTCTTTTAACCTCACCATCTTTATTTATCTTCATGTTTCAATTCCAACTTGGTACGATTAAAACGAGATTATAAGATAAAACTTTTACTTTAACTTAAAGGTTTCAATTCCAACTTGGTACGATTAAAACCAATTCTACTAATTCACCCTCAGCAACTATTTCCATGTTTCAATTCCAACTTGGTACGATTAAAAC

>CP021850|8|8|4348688-4349236|CRISPRCasFinder
ATTTCGACTCCATCTTGGTATGATTAGAAC	GAAAGAAAATAACTTTAAAAGATATGATAAAATAAG
GTTTTAATTCCAATATGGTTCGATTAAAAC	AATACATAGTTAATAATTAAAATA
ATTTCAGTTCCAATTTGGTACGATTAAAAT	TTATTTTATCATATTTTATGTTGTGTGCATAGGTAT
GTTTCAATTTCAGCATGGTACTGTAAAACT	TTGTAAAAATAGCCCGGATTATCCGGGCTTATTTTTT
GTTGCAATTCCAATATGGTAAGATTAAAGC	AAGCATATTTTAATGACGTAATTAAGCTTGTCGTTGA
GTTTCAATTCCAACTTGGTACGATTAAAAC	TATGTCTTTTAACCTCACCATCTTTATTTATCTTCAT
GTTTCAATTCCAACTTGGTACGATTAAAAC	GAGATTATAAGATAAAACTTTTACTTTAACTTAAAG
GTTTCAATTCCAACTTGGTACGATTAAAAC	CAATTCTACTAATTCACCCTCAGCAACTATTTCCAT
GTTTCAATTCCAACTTGGTACGATTAAAAC

>CP021850|8|4|4348941-4349236|CRT
GTTGCAATTCCAATATGGTAAGATTAAAGC	AAGCATATTTTAATGACGTAATTAAGCTTGTCGTTGA
GTTTCAATTCCAACTTGGTACGATTAAAAC	TATGTCTTTTAACCTCACCATCTTTATTTATCTTCAT
GTTTCAATTCCAACTTGGTACGATTAAAAC	GAGATTATAAGATAAAACTTTTACTTTAACTTAAAG
GTTTCAATTCCAACTTGGTACGATTAAAAC	CAATTCTACTAATTCACCCTCAGCAACTATTTCCAT
GTTTCAATTCCAACTTGGTACGATTAAAAC

>CP021850|8|5|4349008-4349236|PILER-CR
GTTTCAATTCCAACTTGGTACGATTAAAAC	TATGTCTTTTAACCTCACCATCTTTATTTATCTTCAT
GTTTCAATTCCAACTTGGTACGATTAAAAC	GAGATTATAAGATAAAACTTTTACTTTAACTTAAAG
GTTTCAATTCCAACTTGGTACGATTAAAAC	CAATTCTACTAATTCACCCTCAGCAACTATTTCCAT
GTTTCAATTCCAACTTGGTACGATTAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP021850.1|AUS98354.1|4357951_4359478_-|xylulokinase	unknown	unknown	gnl|CDD|198374
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	unknown	unknown	gnl|CDD|366760
CP021850.1|AUS98355.1|4359653_4360688_-|LacI-family-transcriptional-regulator	unknown	unknown	gnl|CDD|380530
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase	unknown	unknown	gnl|CDD|223268
CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213260
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	gnl|CDD|376656
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	unknown
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	gnl|CDD|187856
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	unknown
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease	unknown	unknown	gnl|CDD|223673
CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase	unknown	unknown	gnl|CDD|181022
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|187889
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	unknown	unknown	gnl|CDD|226950
CP021850.1|AUS98352.1|4354864_4356544_-|formate--tetrahydrofolate-ligase	unknown	unknown	gnl|CDD|376511
CP021850.1|AUS98351.1|4353898_4354531_-|sugar-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|377428
CP021850.1|AUS98353.1|4356768_4357614_-|FdhC-protein	unknown	unknown	gnl|CDD|376497
CP021850.1|AUS98339.1|4336571_4336865_+|hypothetical-protein	unknown	unknown	unknown

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8.1e-52	170.4	7.5
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	cas3	COG1203_cas3_CAS-I	2.8e-69	228.9	7.7
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	cas2	COG1343_cas2_CAS-I:CAS-II:CAS-III	1.6e-31	103.2	1.0
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	1.1e-140	463.0	14.5
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	cas7	pfam01905_cas7_CAS-I	4.1e-58	191.2	0.0
CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein	cas5	cls000048_cas5_CAS-I-A	7.4e-75	246.2	5.4
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	2.6e-56	185.9	5.6
CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein	cas8a4	cls000706_cas8a4_CAS-I-A	8.1e-53	174.2	1.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	9.82358e-48
CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein	gnl|CDD|366760	pfam01695, IstB_IS21, IstB-like ATP binding protein. This protein contains an ATP/GTP binding P-loop motif. It is found associated with IS21 family insertion sequences. The function of this protein is unknown, but it may perform a transposase function.	1.02409e-61
CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. 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; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	9.72366e-171
CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase	gnl|CDD|223268	COG0190, FolD, 5,10-methylene-tetrahydrofolate dehydrogenase/Methenyl tetrahydrofolate cyclohydrolase [Coenzyme metabolism].	1.3159e-113
CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein	gnl|CDD|213260	cd03293, ABC_NrtD_SsuB_transporters, ATP-binding cassette domain of the nitrate and sulfonate transporters. NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively. 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.	1.12692e-118
CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein	gnl|CDD|376656	pfam01905, DevR, CRISPR-associated negative auto-regulator DevR/Csa2. This group of families is one of several protein families that are always found associated with prokaryotic CRISPRs, themselves a family of clustered regularly interspaced short palindromic repeats, DNA repeats found in nearly half of all bacterial and archaeal genomes. These DNA repeat regions have a remarkably regular structure: unique sequences of constant size, called spacers, sit between each pair of repeats. It has been shown that the CRISPRs are virus-derived sequences acquired by the host to enable them to resist viral infection. The Cas proteins from the host use the CRISPRs to mediate an antiviral response. After transcription of the CRISPR, a complex of Cas proteins termed Cascade cleaves a CRISPR RNA precursor in each repeat and retains the cleavage products containing the virus-derived sequence. Assisted by the helicase Cas3, these mature CRISPR RNAs then serve as small guide RNAs that enable Cascade to interfere with virus proliferation. Cas5 contains an endonuclease motif, whose inactivation leads to loss of resistance, even in the presence of phage-derived spacers. This family used to be known as DUF73. DevR appears to be negative auto-regulator within the system.	1.28658e-72
CP021850.1|AUS98355.1|4359653_4360688_-|LacI-family-transcriptional-regulator	gnl|CDD|380530	cd06307, PBP1_sugar_binding, periplasmic sugar-binding domain of uncharacterized transport systems. Periplasmic sugar-binding domain of uncharacterized transport systems that share homology with a family of pentose/hexose sugar-binding proteins of the type 1 periplasmic binding protein (PBP1) superfamily. The members of this group are predicted to be involved in the transport of sugar-containing molecules across cellular and organellar membranes.	1.77855e-72
CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	3.69181e-30
CP021850.1|AUS98354.1|4357951_4359478_-|xylulokinase	gnl|CDD|198374	cd07808, FGGY_D-XK_EcXK-like, Escherichia coli xylulokinase-like D-xylulose kinases; a subgroup of the FGGY family of carbohydrate kinases. This subgroup is predominantly composed of bacterial D-xylulose kinases (XK, also known as xylulokinase; EC 2.7.1.17), which catalyze the rate-limiting step in the ATP-dependent phosphorylation of D-xylulose to produce D-xylulose 5-phosphate (X5P) and ADP. D-xylulose has been used as a source of carbon and energy by a variety of microorganisms. Some uncharacterized sequences are also included in this subgroup. The prototypical member of this CD is Escherichia coli xylulokinase (EcXK), which exists as a dimer. Each monomer consists of two large domains separated by an open cleft that forms an active site. This model includes both the N-terminal domain, which adopts a ribonuclease H-like fold, and the structurally related C-terminal domain. The presence of Mg2+ or Mn2+ is required for catalytic activity. Members of this subgroup belong to the FGGY family of carbohydrate kinases.	0
CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	1.32407e-59
CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease	gnl|CDD|223673	COG0600, TauC, ABC-type nitrate/sulfonate/bicarbonate transport system, permease component [Inorganic ion transport and metabolism].	5.37265e-66
CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase	gnl|CDD|181022	PRK07535, PRK07535, methyltetrahydrofolate:corrinoid/iron-sulfur protein methyltransferase; Validated.	1.70708e-130
CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|187889	cd09759, Cas6_I-A, CRISPR/Cas system-associated RAMP superfamily protein Cas6. 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; Cas6 is an endoribonuclease that generates crRNAs, predicted subunit of Cascade complex; RAMP superfamily protein; Possesses double RRM/ferredoxin fold.	1.63713e-50
CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase	gnl|CDD|226950	COG4584, COG4584, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	5.24609e-23
CP021850.1|AUS98352.1|4354864_4356544_-|formate--tetrahydrofolate-ligase	gnl|CDD|376511	pfam01268, FTHFS, Formate--tetrahydrofolate ligase.	0
CP021850.1|AUS98351.1|4353898_4354531_-|sugar-ABC-transporter-substrate-binding-protein	gnl|CDD|377428	pfam04961, FTCD_C, Formiminotransferase-cyclodeaminase. Members of this family are thought to be Formiminotransferase- cyclodeaminase enzymes EC:4.3.1.4. This domain is found in the C-terminus of the bifunctional animal members of the family.	5.23104e-86
CP021850.1|AUS98353.1|4356768_4357614_-|FdhC-protein	gnl|CDD|376497	pfam01226, Form_Nir_trans, Formate/nitrite transporter.	1.32406e-83

Protein sequences

>CP021850.1|AUS98345.1|4346603_4347362_-|CRISPR-associated-endoribonuclease-Cas6
MRIKLTLDSIGKQTIDLNYNYALSSMIYNLIRESDSKYSTFLHEKGYEINNKHYKLFTFSQLKPEKYEINGSCMSIQGKVVLYITSPMKEFILSLVKTVTGYPEIRIDKVMFRVINIEVMAEPKFSRCMKFMCLSPITISTAFLKENARLKRQDLYIEDKRFTENLRANIISKYEILHGKKPEDTEFEVKFTDVDKYKKGKLIDYKGIKIKGYLAPFEVCGNPELIATAYECGVGDRNSLGMGMIEVVRDVG
>CP021850.1|AUS98344.1|4344277_4346614_-|CRISPR-associated-helicase-Cas3'
MLDERKIRDYFYNITEFEPYNFQVDMCRKVLNGEDVVMQAPTGCGKTWASVVPFIIAKKENIPFPAKLIYSLPLRVLANSLYKDVKEKLIKYDPSIKVTIQTGETPEDPYFEGDIIFTTVDQSLSSALLIPFALPNRQCNINAGAFVSSYHVFDEFHLLDWERSLSTTINLLRMFKNTARFCLMTATLSNEMVDRICTFLNAGRVSVSPDEYAKLQCNVNKYRIVHTYNRELKADDVISKHKKRTIVLCNTVERAQSLFLELKEKIKGNERFSNTSLICLHSRFYQKDRMQKEDDIKRLFSKESDSDAILISTQVVEVGIDITCDTMHTEISEINSFLQRIGRAARYGGEEADIYVYDIDKEKGTYLPYNKDISQKTLNELNEVQGKNMDFYLGQEIINKVLTQRELEIYETIRSGDRDLRIKDCWIKPERKWATDLIRKIENFNVVISSNPYEIRNPYFVDSVSINKHSLISKLKKIDKEDEEDWIIKKIEEDSFGLDDENDFSYTTVGVDEDILFSYDRIIVNPKYVFYDEDIGLNFEKTGETQLVELEKVCDDKVYSMRLESYREHVQKMIQVYQKLLRPQVINTLNSIWERNKVDVSIDEIINFMIILHDYGKLNLAWQKKAHEWQAKKAPAPKDMILAHTDWDEGDEKTRLPNHAGIGALVCYAIAPETICDEIVIAMVSSIARHHSPMNDSCESYFVPESSVEEIFELIKTYCPSLYNDIDKRNKYLFKNTYNQSLESYMVTFSDVNESMDTILYFIFSRILRLCDQKACEQ
>CP021850.1|AUS98343.1|4342438_4344265_-|hypothetical-protein
MYQDKYYVLKDSGTYSNMLEAYGLALLLSRLLRQERSVDIIDRGVYYEISLKRPITEEMVGNCRYIDLFRYIKTKGDDADIPDSIDYEFEANRAKLFNEERKEQSLKLKEARSKLDKKAYKAYSLKLKQQLDNSENKPRDDWDILQALNPSKLKALDTYKTVFQNVYNNKSNYKEIVKHVLMLYASPFQNQDEVEKSLKKLIRSGELRDIVEVNAVQAVNPDKVKGAASTKANSISPGPIKAFWLREYVKLAGMFSGMIVKDIKIGPKKWDAKIYVLDLKNMNYSMHTSVYKNLKPIVTGMTAVRLDITMLLLLCKTLIEHSENYIDEELSKRKHADSYVSGLYTVYLKNMGKAYSPTNISYLETPDFIAFNNKEEAGKWINIIDDHLDVIKNIRISASKSDETNSILKMLQNYRQFISGSNIEYFFDFIVEYSEFLMSKISKEEYYVRPFSLSCMEVFLKEMNYGEILKNQGFCNIAKAIRNSTISAQYAKDKDDGIKYEIRYGMALDLKRKAPYKDQFIQYLSDFIASYNAEAARVAEKHPELKGTHKLRATIKTQDLEDIIELIDKYDDCTTIAKLLCAYGYSLERKELDDQMSKVSEEDDVDDE
>CP021850.1|AUS98894.1|4341429_4342425_-|CRISPR-associated-protein
MKISSISISGKITLDMHSLNNEGGEGNQILTRQVTIVDDKGKIHTVNAISGDMLKHVQTEHLYNIAVEKGLPLCNACTTFNSNRISGDRVFSEESKGKDQQTVMDLLLEKCVIDDMQGILVTNNNSNLPRKSCSEYGWLIGLPDKTTTENYFHVKLVPNAGSKSEGEDESSNQGQNIFHRPANSGEYALVCNLDIYRIGYNEITRTYSIDDNDRLERYKALLESTLYTFLKTKGAMRNTQNPHVVNFEGVLAISKNATPAPLISAINPDYKEEIERIADALNSLDIKEEPENNEKNIVLRRFNSLSEFADAMKDLINEGEPYKVKESRQEG
>CP021850.1|AUS98342.1|4340740_4341427_-|hypothetical-protein
MWLEITYRPVSLFSLRRSDATNPAAKSLLCPSPYSIKMALLNSIITFGSVEEAIERFNTIKSFNIQFKLPKYICANNCFIKIQKEPHSDKKKKNPDIAFDSTVGFREFIYYNGDIAIAVAVDEKLVDYYVDKFKRINYFGKRGCFFQFIKAERIEELDEQYSGYFDETSLIARNDRMIIRMDDFHNKAKFDNVNTYSTQKAMRLEKLYYLNYKMVKANKNYTLYERSC
>CP021850.1|AUS98341.1|4338852_4339578_+|ATP-binding-protein
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850.1|AUS98340.1|4337354_4338860_+|IS21-family-transposase
MLTMADIKYIKDLSDKKGLSLREISRITGFNFRTVQKYVDKDDWSKPLTRKKNSKSVLDSFAKTIDEWLEADLKAPRKQRHTAKRIYNRLSKLYKDEFTVSYRTVARYVAEKKRKLYGSNESYIPLYHPAGEAQLDFGMAEFVENGIRYEGCYVAMSFPYSNGGYIQAYKGTNIECLLQGMQNIFNHMGRVPTCIWFDNDKAVVKKILTNGEREVTDAFNRFRLHYGFESNFCNPDSGHEKGHVENKVGYSRRNMLVPVPEFKDLQEFNKNLLIECDEDMHRKHYLKDILIKTLFEQDKKAMKPLPKAEYEIYRLEKVKSDKYGKVNFENRKYSASPEHAQRELFVKANAFNVWILDDQYQVVQWHNRLYGKQKESMKWEPYLVLMSNRPNAIKYTGFFQQLPQTLQEYLSGCDYEQKKATLRMLKKMVANSELETAVDAFNYCVQKGIQDLDSIWARYYSMVFANAPIPDIVVKDEIPCLSYEVNNSIYDDLLERGLPHA
>CP021850.1|AUS98339.1|4336571_4336865_+|hypothetical-protein
MLYYNVVRVKPSELIDVSTDTMMFQFQYGTIKAHCIDADIYKNDEFQFQHGTIKAVKLCVLPESVYAFQFQHGTIKALPFISHPQKYLHVSIPTWYD
>CP021850.1|AUS98893.1|4335592_4336360_-|spermidine/putrescine-ABC-transporter-ATP-binding-protein
MEYIVEINGLGMKYQSLNGEINAIENIDLSVKKGEFISIVGPSGCGKSTLLSIICGLLTPTSGHVLINGKSLRGPSSDVGYMPQKDHLFDWRTILQNVLLGLEIRKIMTDENKQYALNLLKTYGLYEFKDKYPYQLSGGMRQRAALIRTLATKPEILLLDEAFSALDYQTRLAVTDDIYKIIKKENKTAILVTHDISESISMADRVIVLTSRPARVKNIHEIKFDCENRSPLSCREAPEFRYYFNAIWKELDIHV
>CP021850.1|AUS98338.1|4334781_4335600_-|sulfonate-ABC-transporter-permease
MSDSIRNEISKERKEYLRKLKLRKTAILTTQIALLVLFFISWEIAANLKLIDPFITSQPSRMVKTFQNLYKGGELFQHVGITCLETIVGFLLGTITGTVIAIILWWSEFLSRVLEPYLVVLNSLPKVALGPIIIVWMGAGPGSIIVMALAISLIVTIMEVLNGFLTVDQDKIKLVQTFGANRLQILTKVVIPANFGTIINSLKINVGLSWVGVIMGEFLVSKAGLGYLIIYGGQVFQLDLVMTSVIILAIAATLMYQGVAYLEKLLVKNNGH
>CP021850.1|AUS98346.1|4349380_4349644_-|CRISPR-associated-endonuclease-Cas2
MYALIVYDVKEKRVAKVLKFLRSYLNWIQNSVFEGEVTEAQMLKIKNHLREIIDEDEDSVIIFTSREKRWLSKSIMGREKNSTDNFI
>CP021850.1|AUS98347.1|4349647_4350637_-|subtype-I-B-CRISPR-associated-endonuclease-Cas1
MKRNYYILKSGRLKRKDNTIYFENDEGKKVIPVNDIENIYVYGEVDFNSKAVNFLSQNNIPMHLFNYYGYYAGTFYPREQLNSGYMIVKQVENYLKYDQRVYIAREMIYSASYNIVKNLKHYVSKKPVLQEHIEKIEAIRDQFVTAFDIGTIMGLEGSIRNIYYDAFPVITDNRFEFEERVKRPPDNPMNSLMSFGNSLMYTAVLGEIYNTQLNPTISYLHEPGERRFSLSLDISEIFKPIIVDRIIFKLINNNMITEDHFLKELNYCYLNDKGKQIFLKEFDEKMNSVIEHRNLEKNVSYRTLIRLELYKLIKHLTGDQSYEGFKMWW
>CP021850.1|AUS98348.1|4350648_4351158_-|CRISPR-associated-protein-Cas4
MDLFGNSVKITGVEINYLYVCPRKLWFFTHGISMEQNSVRVEIGKETHDNSLNRKRTEILIDNTIRLDYVDKELAVHEIKLTKAMDMASKYQLLYYLYYLNKKGIDCKKGVIHYPKTRKTEIIEITQSDKEELEKAIEEIVRIKKLERPPKMIKERKCKSCSYLELCFC
>CP021850.1|AUS98349.1|4351844_4352645_-|methyltetrahydrofolate--corrinoid-methyltransferase
MIIIGEKLNSTLKSIRPAMESYDAAAIQELAKKQYEAGAMYIDVNAGMFHEEEPERLEWLINTVQEVLDAPFSIDSPNPVAIERALKANKNSKPIINSITDEKERFNSIMPLAIEYKTGIIALCMDDNGMPETTKDRVVIAERLIEKLTKEGMDLSDIYIDPMVRPVGTGSHYGTVAIETIRQVKKEFPGVHIACGLSNISFGIPARKLMNQAFLIAAMAAGMDGAILDPLDKKLMSFVYAGEALLGIDEFCMNYLTKFREGALEV
>CP021850.1|AUS98350.1|4352699_4353563_-|bifunctional-5,10-methylene-tetrahydrofolate-dehydrogenase/5,10-methylene-tetrahydrofolate-cyclohydrolase
MAEILKGKDVIASMKERMLKQVEELQSHGVTPCLAIVRLGAKADDLAYEKGAVKRCEGLGIKCVVMEYDESISQKELEDEIRKLNEDTGIHGILVFRPLPKHIDENAIKYVISPDKDVDCFSPVNVAKVFEGDDNGFAPCTPEAVMEMLEHYGVDVSGKRVVVIGRSLVVGKPLSMLLLRKNATVTICHTKTRDLGGTARTADILIAAAGKARMITKEFVSPGQIVIDVGINMDKDGNLCGDVDYDNVEKTVAMITPVPGGVGTVTTSILAKHVLAAAWRLSGVMGS
>CP021850.1|AUS98351.1|4353898_4354531_-|sugar-ABC-transporter-substrate-binding-protein
MVYIEYSCKEFTDALASGAPVPGGGGASALVGALGTALGSMVGNLTLGKKKYESVQDDIKAILEKAQLLKEQLLSLVDKDAEVFEPLSKAYGLPKNTEEEKRKRDEIMENALRMACSVPVEIMEKAMEAIALHEELATKGSRIAISDVGVGVLLCKSALMGASLNVFINTKLMKDRQYADEINSRVDEMLKSGIKRADAVYMEVESGLRK
>CP021850.1|AUS98352.1|4354864_4356544_-|formate--tetrahydrofolate-ligase
MGFKGDIEIAQSTEMKPIEEIAASIGIDRENLELYGNYKAKVNYNILEKLSDRKDGKLILVTAITPTPAGEGKTTTTVGLGDALKKIGKKVVIALREPSLGPVFGVKGGAAGGGYAQVVPMEDINLHFTGDMHAIGAANNLLAAMIDNHIYQGNQLGIDPRRITWKRCVDMNDRQLRFIVDGLNGKANGMPREDGFDITVASEVMAILCLSKNIDDLKEKLRSIVIGYTRDDKPVTAGQLKAEGAMAALLKDALKPNLVQTLEHTPAFVHGGPFANIAHGCNSIMATKMALKFGDYVVTEAGFGADLGAEKFLDIKCRIAGLKPSAVVIVATVRALKHHGGAEKSQLSVENLEALEKGIPNLLKHIENITVKFGLPAVVAINRFPTDTEAELKLIEEKCKQYGANVALSEVWAKGGEGGIELAKEVVRLADEGKSNFKFIYGDEMPIKEKIEAVVREVYGGDGVDFLPAAAKEISKLEEMGFGHLPVCMAKTQYSLSDDPKKLGWPKNFRVTVRNVKVSAGAGFVVVLTGDIMTMPGLPKVPAAESIDVDSTGRISGLF
>CP021850.1|AUS98353.1|4356768_4357614_-|FdhC-protein
MNNFYLSPSEITERYVDTGCMKSNLPPLKLLLLGILAGAFIAFASEGSNMAIHTITSAGLAKTLAGALFSTGLMMVVITGAELFTGNTLIIVSCLEGRARWGGLLKNWFFVYTGNFIGAVIVVVFILLSGQFNFSSGMLGGYTIKTAVYKVSLPFAGAFFMGLLGNWLVCMAVWMASAAKDVTGKLLSIFFPIWLFVTSGFEHSIANMYYIPAGILAKSNQTWLDAAISMGVAAKDLEALNWSSFVLKNLIPVTLGNIVGGSIFVGVTYWLSYLYKAKKKA
>CP021850.1|AUS98354.1|4357951_4359478_-|xylulokinase
MNYLIGIDIGTSSTKTVLFDENYNVVSSASQEYPLYQPQNGWAEQKPEDWYNAVMDTLKRVIKESGVPGESILGIGLSGQMHGLVMLDENNEVIRPAIIWCDQRTAKECEEITERVGAKRLIEITANPALTGFTASKILWVRNNEPENYARCRHILLPKDYIRFMLTGEFATEVSDASGMQLLDIPNRCWSDEVLEKLEIDKSMLGKVYESPEVTGHITQKVAEETGLSVKTIVVGGAGDNAAAAVGTGIVRDGRAFTTIGTSGVVYAHSSRITIDPKGRVHTFCCAVPGCWHVMGVTQGAGLSLKWFRDNFCQDYIDEAKRQGVDPYYLMDKDAESVPIGSNKLVFLPYLMGERTPHLDPDCRGVFFGLSAIHTKKDMIRAVMEGVSYSLKNCSDILKEMGIAVGEMMACGGGGTSKLWRQMLADLYGCEVKMVSSKEGPALGAAILAGVGAGLFDSVEQACDRVIKVDKVCGPIDENSRKYEKFYEIYNSLYGDLKAEFAKLAKLS
>CP021850.1|AUS98355.1|4359653_4360688_-|LacI-family-transcriptional-regulator
MAVTIKKIAELCGVSRGTVDRVLNNRGKVKPETEALIRRVAEQLDYKPNIAGKALAARKKSFVIGVIVASEGNPFFDDVLKGIHQAENELHDYGVKIIIKTMKGYDIQRQLKLIEELEGGIHALILNSISDAEIAAKIDELTDKGIPVITLNTDIENSKRLCYVGCDYVKGGETACGMLGLLTGGRAKVGVITGSVKILGHNQRVQGFRNVIKRRYPGIEVVDFAESNDDDIIAFEATKKMLLEHKEIDALFIAAAGAYGVCRAVISLGLENKITIVCFDDVPSTVEMMEKGLIKATICQQPFLQGNKSVHIAYDYLVSGARPHNDQFIVENKIKILENLYQTP

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NZ_CP053971	Bacillus thuringiensis strain FDAARGOS_796 plasmid unnamed3, complete sequence	34797-34817	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NC_010180	Bacillus mycoides KBAB4 plasmid pBWB401, complete sequence	2734-2754	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NZ_CP039724	Bacillus thuringiensis strain BT-59 plasmid p3, complete sequence	92656-92676	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NZ_CP013278	Bacillus thuringiensis serovar israelensis strain AM65-52 plasmid pAM65-52-3-235K, complete sequence	40658-40678	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NC_018509	Bacillus thuringiensis HD-789 plasmid pBTHD789-2, complete sequence	34542-34562	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NZ_CP051859	Bacillus thuringiensis serovar israelensis strain BGSC 4Q7rifR plasmid pBtic235, complete sequence	147186-147206	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NZ_CP009347	Bacillus thuringiensis HD1002 plasmid 3, complete sequence	185942-185962	1	0.952
CP021850_6	6.6|4336816|21|CP021850|PILER-CR	4336816-4336836	21	NZ_CP045025	Bacillus thuringiensis strain JW-1 plasmid p3, complete sequence	40658-40678	1	0.952
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	NZ_CP015323	Bacillus filamentosus strain Hbe603 plasmid pBEH1, complete sequence	29006-29029	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	NC_011996	Macrococcus caseolyticus JCSC5402 plasmid pMCCL2, complete sequence	35403-35426	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	NC_019526	Enterobacteria phage vB_KleM-RaK2, complete genome	284441-284464	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	MT682713	Escherichia phage vB_EcoM_Ozark, complete genome	64392-64415	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	AB897757	Klebsiella phage K64-1 DNA, complete genome	284248-284271	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	MK448517	Streptococcus satellite phage Javan495, complete genome	1143-1166	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	MK327942	Escherichia phage vB_EcoM_G50, complete genome	63394-63417	3	0.875
CP021850_8	8.2|4348784|24|CP021850|CRISPRCasFinder	4348784-4348807	24	NZ_LR134418	Legionella adelaidensis strain NCTC12735 genome assembly, plasmid: 9	441873-441896	4	0.833
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NC_025440	Listeria phage WIL-1, complete genome	59695-59728	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NC_047872	Listeria phage LMTA-94, complete genome	26510-26543	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	KJ591605	Listeria phage LMTA-57, complete genome	36274-36307	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	KJ535721	Listeria phage List-36, complete genome	21462-21495	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	MT438761	Listeria virus P61, complete genome	118236-118269	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	MT668624	Listeria phage LP-Mix_6.2, complete genome	108353-108386	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	MT178766	Listeria virus P100plus, complete genome	73417-73450	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	DQ003638	Listeria phage A511, complete genome	106998-107031	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	MT178767	Listeria virus P200, complete genome	73418-73451	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	DQ004855	Listeria bacteriophage P100, complete genome	73413-73446	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	KJ591604	Listeria phage LMTA-148, complete genome	117231-117264	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	MN128594	Listeria phage LP-066, complete genome	107939-107972	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NC_042048	Listeria phage LMTA-34, complete genome	121412-121445	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NC_041862	Listeria phage LP-064, complete genome	116399-116432	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	KJ094030	Listeria phage LP-083-2, complete genome	113105-113138	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	JX126918	Listeria phage LP-125, complete genome	116401-116434	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NC_024360	Listeria phage LMSP-25, complete genome	121412-121445	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	JQ797329	Listeria phage vB_LmoM_AG20, complete genome	106337-106370	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	KJ094031	Listeria phage LP-124, complete genome	75220-75253	7	0.794
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NZ_CP032530	Bacillus megaterium NCT-2 plasmid pNCT2_2, complete sequence	82678-82711	8	0.765
CP021850_2	2.2|2164670|34|CP021850|CRISPRCasFinder	2164670-2164703	34	NZ_CP032532	Bacillus megaterium NCT-2 plasmid pNCT2_4, complete sequence	73483-73516	8	0.765
CP021850_7	7.7|4340231|37|CP021850|CRISPRCasFinder,CRT,PILER-CR	4340231-4340267	37	MN693809	Marine virus AFVG_250M1103, complete genome	40272-40308	11	0.703

1. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NZ_CP053971 (Bacillus thuringiensis strain FDAARGOS_796 plasmid unnamed3, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

2. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NC_010180 (Bacillus mycoides KBAB4 plasmid pBWB401, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

3. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NZ_CP039724 (Bacillus thuringiensis strain BT-59 plasmid p3, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

4. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NZ_CP013278 (Bacillus thuringiensis serovar israelensis strain AM65-52 plasmid pAM65-52-3-235K, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

5. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NC_018509 (Bacillus thuringiensis HD-789 plasmid pBTHD789-2, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

6. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NZ_CP051859 (Bacillus thuringiensis serovar israelensis strain BGSC 4Q7rifR plasmid pBtic235, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

7. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NZ_CP009347 (Bacillus thuringiensis HD1002 plasmid 3, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

8. spacer 6.6|4336816|21|CP021850|PILER-CR matches to NZ_CP045025 (Bacillus thuringiensis strain JW-1 plasmid p3, complete sequence) position: , mismatch: 1, identity: 0.952

ttgccatttatatcacatcct	CRISPR spacer
ttgccatttatataacatcct	Protospacer
************* *******

9. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to NZ_CP015323 (Bacillus filamentosus strain Hbe603 plasmid pBEH1, complete sequence) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
agtacatagttaataattaaaaat	Protospacer
*.********************  

10. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to NC_011996 (Macrococcus caseolyticus JCSC5402 plasmid pMCCL2, complete sequence) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
tatacatagttaataattgacata	Protospacer
 *****************.* ***

11. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to NC_019526 (Enterobacteria phage vB_KleM-RaK2, complete genome) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
aatacatagtgaatagttaaaatg	Protospacer
********** ****.*******.

12. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to MT682713 (Escherichia phage vB_EcoM_Ozark, complete genome) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
tattcatagttactaattaaaata	Protospacer
 ** ******** ***********

13. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to AB897757 (Klebsiella phage K64-1 DNA, complete genome) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
aatacatagtgaatagttaaaatg	Protospacer
********** ****.*******.

14. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to MK448517 (Streptococcus satellite phage Javan495, complete genome) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
aatatatggttaataattaaaatg	Protospacer
****.**.***************.

15. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to MK327942 (Escherichia phage vB_EcoM_G50, complete genome) position: , mismatch: 3, identity: 0.875

aatacatagttaataattaaaata	CRISPR spacer
tattcatagttactaattaaaata	Protospacer
 ** ******** ***********

16. spacer 8.2|4348784|24|CP021850|CRISPRCasFinder matches to NZ_LR134418 (Legionella adelaidensis strain NCTC12735 genome assembly, plasmid: 9) position: , mismatch: 4, identity: 0.833

aatacatagttaataattaaaata	CRISPR spacer
aatacataattaataattaaacac	Protospacer
********.************   

17. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NC_025440 (Listeria phage WIL-1, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

18. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NC_047872 (Listeria phage LMTA-94, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

19. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to KJ591605 (Listeria phage LMTA-57, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

20. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to KJ535721 (Listeria phage List-36, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

21. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to MT438761 (Listeria virus P61, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

22. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to MT668624 (Listeria phage LP-Mix_6.2, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

23. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to MT178766 (Listeria virus P100plus, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

24. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to DQ003638 (Listeria phage A511, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

25. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to MT178767 (Listeria virus P200, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

26. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to DQ004855 (Listeria bacteriophage P100, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

27. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to KJ591604 (Listeria phage LMTA-148, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

28. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to MN128594 (Listeria phage LP-066, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

29. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NC_042048 (Listeria phage LMTA-34, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

30. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NC_041862 (Listeria phage LP-064, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

31. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to KJ094030 (Listeria phage LP-083-2, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

32. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to JX126918 (Listeria phage LP-125, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

33. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NC_024360 (Listeria phage LMSP-25, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

34. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to JQ797329 (Listeria phage vB_LmoM_AG20, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

35. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to KJ094031 (Listeria phage LP-124, complete genome) position: , mismatch: 7, identity: 0.794

acgataaatccatttttagatatgaaaaagacct	CRISPR spacer
aagttaaatccatttctagatattaaaaaaagat	Protospacer
* * ***********.******* *****.*  *

36. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NZ_CP032530 (Bacillus megaterium NCT-2 plasmid pNCT2_2, complete sequence) position: , mismatch: 8, identity: 0.765

acgataaatccatttttagatatgaa---aaagacct	CRISPR spacer
acgataaatccattattagttatgtattgggaga---	Protospacer
************** **** **** *   ..***   

37. spacer 2.2|2164670|34|CP021850|CRISPRCasFinder matches to NZ_CP032532 (Bacillus megaterium NCT-2 plasmid pNCT2_4, complete sequence) position: , mismatch: 8, identity: 0.765

acgataaatccatttttagatatgaa---aaagacct	CRISPR spacer
acgataaatccattattagttatgtattgggaga---	Protospacer
************** **** **** *   ..***   

38. spacer 7.7|4340231|37|CP021850|CRISPRCasFinder,CRT,PILER-CR matches to MN693809 (Marine virus AFVG_250M1103, complete genome) position: , mismatch: 11, identity: 0.703

tatcggatataagaaataatagaaaagaaaaatcaaa	CRISPR spacer
aatacaatataataaataatagaaaataaaaaagggg	Protospacer
 **  .****** ************* *****  ...

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	80811 : 92802	15	Clostridium_phage(33.33%)	tail,portal,plate	NA
DBSCAN-SWA_2	153078 : 161238	8	Micromonas_pusilla_virus(25.0%)	NA	NA
DBSCAN-SWA_3	270916 : 278042	6	Enterobacteria_phage(66.67%)	transposase	NA
DBSCAN-SWA_4	328318 : 353504	22	Leptospira_phage(44.44%)	transposase,tRNA	NA
DBSCAN-SWA_5	600374 : 658744	57	Liberibacter_phage(15.38%)	transposase,integrase	attL 614543:614602|attR 664107:665535
DBSCAN-SWA_6	2918689 : 2968708	49	Leptospira_phage(35.71%)	tail,transposase,head,tRNA	NA
DBSCAN-SWA_7	2981229 : 3036255	43	Leptospira_phage(53.85%)	transposase,tRNA	NA
DBSCAN-SWA_8	3047742 : 3088758	47	Erysipelothrix_phage(77.14%)	tail,holin,terminase,transposase,portal,head,capsid	NA
DBSCAN-SWA_9	3315520 : 3322876	6	Synechococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_10	3486173 : 3493355	8	uncultured_virus(28.57%)	transposase	NA
DBSCAN-SWA_11	3988397 : 4051175	54	Moraxella_phage(30.0%)	protease,transposase,tRNA	NA
DBSCAN-SWA_12	4194474 : 4205728	7	Erysipelothrix_phage(33.33%)	capsid	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP021850|80811:92802|DBSCAN-SWA
ATCACTTAATATTTTTGAAAATTCCCGGTGGATCAAAGTAAATGATGTAATTTCCTCGTTTTTTGAACTTGCCGTATATGCTGTTGTAGCTGGCAAACGCCTTTTCAAGAAAATCCTGGGTGACGCTTAAGTACTCCGCCATTTCATAGAGGTTATTACAGCCGGCTTCATAAGCCTTTATGATATTTTTAAGAGATACGAGTCTGCTGAATGCCCACCGTTTTGCTTTGGTTTCCTGCTTTTGGATAATGGCTTTGCTGACCGAAGGATCCGTAAGGAGGTTGCCGCAGGATGTATAATAGTGGCCTAACTCCTCTGCCAAAACGCAGGTTTGCTCCGATTTTGTCTTGAGGCATTCATTTAAAGCGATTAACGGCTGATTGGTTCCGTCATCATAATACAGTCCGGATATTGATTCCGGAAGTTCGGCTCTTTGAACATTTATTCTGGATTTAAATGCTTCATTCTCGAGTTCTTCCAATTTATTCATCCTTATCAGTCCTTTTTACTTTGTTTGCCTTTTCTGTATGCCTCTAAAAATGCATTTACTGCTATCACTTCATCATCGGTGAGCGGTTTGTCGTAACCGTCTAACCGATGGGCTGCCAAAGTCTTAATACCGGAGGTGTCCTTTATTTCTGTCCGTCCCAAAAGATAATCCGTTGAGACATTGAAATAATCCGCCACCTTTTGGATCTTATCAACCGACGGAGAATTTTTATCCCATTTGTAAATAGCGCCCTTTCCGAAACCTAACTCCATTTCGAGTTTTGAAGGATTTATGCCTTTTTTTGCACACAGATCCTGAATTATTTCCAATATGCTCATACTATACCTCATTTCTATAATACTGAAATATTTCAGTTTAAAAGATTGACATGCTGAAAATTATCAGTATAATAAAATTAAACTGAATATTTTCAGTAATATATATATAGTCACTGAAATATTTCTGCTCAGTTGTGCGCTACAACACCATTTTAGAATATTTTCAGTGACCGGTCAAGGGCTTGCTCTGAAAATTTTCAACAACTACATAAACATAGCAGAGCTTTAGAGATGAACGAATATAATTGCTGATTCAAAGGAGGATGATGATAAAATGAAGGGCTGACTATAGACGTACTTTTCCACCACGGAAATCCAATGAAGCATGCAATAGCAGCTTTTGCAGGCAGCTTCGTCAGAAGTATATCATATATGCAGTTCATGCTGCGGTCGATTTCATTATCAAAAAATAATGTAGGTATTTAATAGGAGGGATTATAGTGATAACAAAAGAGGAATTGAATGCGATAACACAAAACCTGGATAAACAGGTTAAAAAGGCAGTTGAAAAATTTTTATACACCAATGGTTTGGTAGAGGATTATCAGAGAGATTATTTCAAAGATACAGAAAAACTGCTGTATGCGTATCCGGATTTAAAGCTGAAGGTTGAGCAGGATATGGAGGATCTTAAAAGTGGCGTCCTGGCAATGAAAGTAAACAGGTCGAAGGATATTATAAGGTTGTCTGCAAATTCCGGAAGCTGGAAACCGGAAGAATATGTGCAGGAAGAGATAATTCGCAGCAGAAAAGCAAGCATGGAGAGGACACGGCTTCAGGTGCAGAGGATTGACAGAGCGTTGGAAACCATAAAAGATGATCAATACTATGATATAATTCCGATGAGGTACTTTGACAGAATAAAAATAGAAGAAATAGCCGATAGGCTGGTGTGTGATGAATCCACAGTAAGACGCAACAAAAACAGGCTTGTAAACAAGATTAAGATAGTGCTTTTCGGAGCCGATGCTCTATAGGATGGATGCCTGTTTTGTGCACGAAACATGCCCTTTTAATATGAAGTATGTGTGCTATAATAAAATTACAATAGGTTATTAATGATTAAGCCGTCCGGTTAGCCGGTACGGTTTATTTTTTTGCAAAGACTTGGATTCAAGTCTTTTTTTTATGTAAAAATCGTCACTTTGGTATTTCGGACGTTAACTGCAAAGAGAAGAAGACCGGTCTGAAAATATTTTTGAAAGGGGGGATGCCTCATGCCTGCATTGTGGAAGCCATAAATTCCGGATACAGCATCAAAGCAGTTAGAATGCTTAAGAAAAGCAAAAGGAGAGGGGGATGAGCAGAAAGCATGATATCTATCATAAAGCAGGATATAGCAGATAAGTTGACGGAAATATATCCTGATGGGTATACGGTATATGACGAATATATGCCGCAAGATTTTGAAAAACCGTCATTTCTCATTGTCTCCACCGGACAAAGCTACAGCAAAAGGATGAACAACAAATATAGTGGCAAGGTTTCCTTTGATGTGGCTTATTTTTCGGATAAGGATGCAACAGAGGTTAAAAAGGACTGTCTGGATAAACAGATGAGTCTATTAAGGGCTTTTTCTTCAATGAATGCTTTCCATGCTCAGAATATGCAGGCAAATATTACAGATAACATTTTGCATGTCACATTCGATGTCAGGTATTGGGAGATTAAAGAAAAAACAAGCACAATGATGCAAACACAACAAACAAATACGTATCTTTAAGAAAGGGTGATTAAATGTCAGGAACATGGAATAGTCAAAATAAAATACTTCCCGGCGCATACATAAATTTCCTCACCAATGCTCCGTTATCCATTACACCGGGTGACAGGGGCATTGTTGTATTACTGCAGGAAATGGGAGCAGGTGCGTTCAGGGATATGTATACCGTAACAGCATCGGAGAATGATTATCCGGATGGTATTGCCGATGAGGATAAACTGCTTGCAAACGAGGCATTAAAAGGTGCCCGGACAGTAATCGTCTACAACCTGGGGACAGCGCATACGGATGATACGATTACTACAGCTTTGTCAGATCTTAAGACGGTTGCATTCAATACTTTAGCCTATCCGTATGACGGTGCGGCATATGAAGCAAATAAAGCAGCCATTGCGGCATGGATAAAGTCAATGCGGGAGGATGAAGGTGTCAAGATACAGGGTGTGCTGGCCAATTACGCAGCCGATAGCGAAGCAATTATAAATGTAACCCATGGGGTGAAATTGTCGGATGGCACAGAGCTATCACCGGCACAGACTACAGCATGGGTGGCAGGCATAACTGCCGGGGCAAATATCAATGAGTCGAATACCGGCAGAAAGTATGACGGAGCAATTGATGTCGTGCCCAGGATGACAAAAACGGAGATGGAGGCTGCCATTACTGCAGGCCAATTCATTTTTAAAGTTGATACAGCCCAGAACGTTACGGCAGTTTATGATATCAACAGCCTCACCACATCTGCACCGGAAAAGGGTGCCCAGTTTAAGAAAAACCGGGCAATCCGCACCATTGACGGTATAAACAATGATATTGTTGAGATATTCGAATCCAATTACAAAGGCAAGCTCAACAATAATGCCGATGGCAGATCCTTGCTGAGGGCAAGCCTTATTGAATACTTCAATGAGCTGCAGAGGTTGCAGGCGATCCAGAACTTTACGCCTGAAGATGTGACCGTAGAAGCCGGATCAGATACTGACGCTGTAGTTATAAACTGCTATATACAGCTTGTTGATTCGGCTGAGAAGTTTTATATTACAGTAAACCTGTCATAAGGAAGGAGGAATAAAACGTGGCAGATAATTATATTAGGTTATCCGATACCATTTCTTCTCATGAGGGCAAAGCCTATATTACAATAAATGGAGTCAATAGGGAGTTGTTTGAGGTATCCGCCCTGTCCGCGCAGATTGATATGATAGTGCAGGAGAAAAGAATGCTTGGGCATAGGATGACACAGCATAAGGTGGTAGGTGCATCGGGAACCGGAAGCCTGACGATGTACTTTATGAACAGTGAAATGCTCAAGCAGGCAATACAGTACATCAGAACCGGCAACTACAGGGGATTAAAGCTGCAGGTCAAGAATGAGGACCCGCAGTCTACAGTAGGAAAGCAGGAGGTAGTACTGTTAAATGTAATTTTGAACAGCATACCTGCTGCAATCCTTGATGATGGTTCGGATGATCCGATAACCTTCGATACGGATTTCACATTTGATGACATTGAAAGTCTTCATTCTTTTAAATTGCCAGAGAATTACAGATAAGGGGTAGGTATAAACCTACTCCTTTTCTAATTTTAAATTATGGAGGGATAGTATGAGTTCGTTAAAAGCATTTTTGAATCCAATTAAAGTGGAAAACAAGGAAGTGATTGTGTCCAACAGGTTTCAGGAGGATGGAAAGCCCGTCCCCTTTGTGATAAGGCCAATCACTCAAAAAGAAAATGAGGAATTGATAAGGAAATACACAAAAAAGGATAAAAAGGGCCAGGAAACGTTTAACCGCACCGAATATATTCATGCATTAACGGCAAGTGCTGTTGTATTTCCGGATCTCAAGAACGCAGAGCTCCAAAAAAGCTATGGAGTTTTGGGAGAGGCAGAGCTGCTAAAGACAATGCTCTATGTAGGGGAGTTTGCTGAGCTGGCAAAGGAGGTCCAGGCGTTGAGCGGCCTCGATGTGGATATTAACGAGGATATTGAAGAAGTAAAAAACGAATAAAGCAAGGTGATGCCGAGTTCAATCTGGCTCACTTTGCTTTGCAGAAGCTTCATATCCTGCCGTCTGCCCTGGTGGATATGAGTGAAAAGGAAAGGACCTTTATTTATGCCAGCATACAGTTAAGGATAGAAGATGAAAAGAGGGAAAAAAGCAAGATTAATAAAGCTAGGGCAAAAGGGGGGAGGAGAAGATAATGGTCACTCTTAAAGCTATGCTCCTTCAAATAGAAGGTTGGAATGAGGCTATTGAAATTTTTAACAGAAAAATAGAGGTGACAGCACAAAAAATGCTGAAGGCGAGCGGGGAGGCAGATCAGCTTGACGACAAGCTGAAATCTGCCGGAGCCAGCGCCGGCATAATAAGTAAGGCTTTGGACAGTTTGAAAAATCCCTCTTTTATAATAGACAAAGTGGTTGAGGGGATGAAAATAATGGATCAATTCACCAATGCTGCCACCAAGCTGAAGTATATCAATAGCGACCTTAAAACACAGGCAGAGCTTCAGGATAAGGTTTTTGCCGCCGCTAACAGGTCCCGATCTGCCTACTCTGATATGGTCGATGTTATAGCCAAATTGAAGCCTATAACAGAGAAGCAGTTTTTATCCAATGATGAGTTGATTGCCTTTGCCGAATTAGTGCAGAAAGGCTTCAGGATAAGTGGCGCAGGCACAGAAGAGCAATCATCCGCCATGTCACAGCTAATCAATTCTATGGCAGCAGGAGGATTGCAGGGTGGTGAATTTGAGTCCATCATGAAAGACGCCCCTGTGATTGCAGATGCGATAGCAGAGTATACCGGAAAGAGTAAGGATGAACTTAAAAAGCTATCGGCAGAAGGTTTGATTACTGCTGATATAATTAAAAATGCAATATTTTATTCGGCAGATGATATCAACTCCAGATTTGATGCCATGAGCTCCGAGGCTGAATTAATACCTATGACCTTCGCTGATGTATGGAACAGGGTGAAAAATTCTGCGCTACAGGCGTTTAGCGGTGTAATGGAGAGCATTAGTAAGCTCATAAACAATAAAGCCTTTACTTCGTTACTGGGCATGGTTACCGGTGCATTGAATGTTATTGTCTTCCCATTGGATAAAATTTTAAAAGCGATATCCTATATTGGAGACGTAATCTCCTATCTATGGCCAATTATTGAACCAATACTTACTGCTGTAGGATCTGCACTGCTATTTTGGACTACCACACAAATTCCTCTGCTTACTTCCAAGATATCATTGATGGTTATGGAGCTATGGTCGGCGGTTCGGCCAATATTGGCGCAGGCAGCAGCCTGGGCTATGGCTAACATGCCTATTTTATTATTAGGAGCGATGATCGGTCTACTTATTTATGCGATTTTAAAATACGGGGATTGTGTCATCGAGGTGGTTGGCGTAATCGGCGGGGTAATTGGAGGTATCGTAGCAGTTTTGCTTAATGTTGGTCGGACTATTGTTAATATTCTTATCAGCCTTGCAGAATTCATAAAAAATGTTTTCAAAAATCCCGTATATAGCATAAACAGGCTATTTGTTAATTTGGCAATTAGCATACTGGATCTTATTCAGTCTATTGCTAAGGCTATTGATAAAGTTTTCGGAACAAGTTTGGCCGACGGGCTACAAAGTTTTAAAAACTTTTTGAATAACCAGTTGAGTATACGGGTGGGTCCGAAGCCGGAGGATTACACGGAAGAAGAAAAACACAATATGTTGGATATCGTTGATACTGTAAATTTTGGTTACGACATAGGTAAAAAAGCAGGTACGACCAGTGTTCAGGAGTTATCTGGTCAATTAAGAAGCTTGTTTTCTCATGACGGCTCCATAAGTATACCTCATTATGACACTTTTGATGGATTCGAAACTCCAATGGACCCATTGACAGTTGCAAATTTTGATTACAACATGGACACCATAAGCATGCCTAATTATGATCCTTTTAAAGGTTTCGGAACTCCGATGGACCCATTGATAGTTGAAGGCGTCGGTCCGGGAGGTAAAGTTGAAGTTGATATGTCGGATGAGGACATGAAATACCTGAGAGACATTGCTGAAAGAGATTACATTAACAAATTCAGCACGGCCACATTGGCTCCCAGCATTTCCGTGAGTTTTGGAGATGTGCATGAAACGGCAGATGCCGACAAGCTGGCAGGCAGAATACAAAAGATATTGGCAGAGGAGATTGCTATGGCTGCAGAGGGGGTTTATGCTTAATGTATGCTATATTTTTTGACAAGGACAACATAACATACAGGTTGCCCGTGAATCCTGAGCAGATAGAGATAACTTCCACCCAGGCTATTGAAAGGTATGAGATATTAAAATCAGGACAGGTGGCAATACCAACACATATGGAGCTGAAAGAATATAGCTTTGAGTGTGAGCTGCCCCATACTGTTACGCATTATACGGAAACCTCCAGAGGCTTCAAGAATGCGGATTACTACCTTCGGTTGTTTGAACAGTGGAGAAAAAACCTTGAACCGGTAAGGTTTATTGCCTGCAACGGAATGGGTGATGATATCAACTCTCTGGTGCTGATAGAAGACCTCAGAATAACTGAAAAAGCTGGGGAAGAAGGCGATAAATATGTAAGCTTTAGCCTGCTGGAATACGTAGATTTGGAAAAGCAGATAATCCCAAAGCCAGCCGATCAGTTACTGCCTGGAGTTATAAAGGAAGAGCCCCCAAAGGGGGGCAATCCCAAACATAACGGAACTTATACGGTTGTAAGAGGTGATAGCCTGTGGGCTATTGCAAAGAAATTTTACGGTGATGGGTCCCTGTACACAAAAATTGTGGAAGCCAACAGGGACAAAATAAAAAATCCCTCTTTGATCTATCCCGGACAGAAGCTGGTGATCCCCGAATGAGTATGGAGTTCCTCGTTAAAGTAGATAACAATGTATATGAAATAAGCGGGCTTGTTACATCCATATCATATTCAGACAGGCTGAATGACGGATGCAGCAAGCTCGAATTTTCATATGTTGGTGATATCCTGAAAGTTAAAAATGGGAGTGTCATAAGTTTTAAATATGATAATGTCGGCATCTTTTATGGATATGTATTCAAGCATGGACAAAATAAGAGAAAGGAGATTACTGTCACTGCGTATGACCAGCTGAGATACTGCAAGGCAAAGGATACCATTGTGGTCAGGGGTGATTCGGTGACCAGCCTTGTGAAAAAGATGTGCAATTATTTTGGACTCAAAACAGGGGCTCTTACCAATACAGGTTATACGCTTGCCACAAGTATTCAAGATGACAAGACCTGGCTTGACATTATATATTCCGGAATAGATGACACTCTTACCAATACCGGCAGATGGTATTCATTGAGGGATGAGTTTGGCAGCATAGCGCTGCGGGATCTGGTGGATCTGCAGCTTAACCTTGTGCTGGGAGATGAAAGCCTTGTTTATGACTATAAGTATGACAAGTCCATTGATGATGAGTTTTATAATCAAATCAAGATAGTGAGCGATAATGAGTCTACGGGGAAAAGGGATGTTTACATTACAAAAGACAGTGGTTCAATAGCCAAATATGGCCTGCTGCAGTATTTTGAGGTGCTTAATAAAAATGCGAATCCCTCCCAGGCGAAGTCAAAGGCGGATATGCTTCTAAAGCTGTATAACAGGGAGGTTGAGACAATAAGCCTGGACTGCCTGGGGGATACAAGTGTACGAGCCGGGTCCAGTTTTTATGGTCGGATTGGTGATATAGAACTCAACAGAAGATTGATTGTCCGTTCAGTCACGCATAAATTCCTGCCGGTTCATACGATGTCTCTGGAGGTGGCAATATGATAAATGAAATTAAAACTATAGTGCAGAACTACCTGAACAACGCTAAGCTGTGCAGCATTATGCTGGGAACGGTAACCGATGATGGGATTAAGGTCAGCGATAAGCTGGTCATTCCTAAGGAACTTGTTGTCGGAAATTTAAAAAACTCCGTTCTCGTTGGACAGAAGGTCAGGCTTTTGAGGAATCACGGAGGACAGCAGTTCTATATTTTGGAGGTGGTGGCTGAATGATACCTCAGGGTTTTATTGATTTTGACCTGATAGCTGCCAAGACTGCAGGAACTACCAGAACTTATAAACTATCGGGCAATAGGATACAAGGTTTTGCAGACGGGCTGGAAGCTTTAGAACAAGCTATATATAAGGTGCTCAATACTGAGAAATATGAGTACCCGATATATAGCTTTTCTTATGGCATTGAGCTGGAAAACCTTATAGGAAAGGACCCTCTGTATGTCCAGGTGGAACTAAAAAGAAGGATCCTAGAGTGCCTTCTTAAGGATGAACGAATACAGGGAGTTGACAATTTTAAGTTTGAAACTTCCGGGGACCGCCTGTTTTGTGTTTTTGACGTAATAAGTACCTATGGAAAAATCACAGTGACAAAGGGGGTGGAAATCTGATGTTTGAAGACATGACTTATGAAAACATACTGAAAGATATGTTGAGCAGGGTGACATCCGATGTGGACAAAAGAGAAGGCTCGGTTATTTTTGACGCACTGGCCCCATGTGCCTATAAATTAGCGGAAACTTATTTTAAGCTGAACAATTTTATTGATCTGGTAAGCGCTGATACTGCTGTGGGTGAATATCTGGACCGTGTTGTGGCGGACTATGGGATAAAAAGAAAGGCTGCCACCTATGCAGTAAGAAAGGTTGAAGCAACAGCGCCAGTTGACATCGGTACGCGATGGGGACTGAAGGACACAACATATGTTATCACAGAGAAAATGTCGGATACTGAATACAAAGCGAAGTGCGAGCAGTTGGGTTCCATCGGGAATCAATATTCCGGCCTTCTGGATAACATTGACAATGTGCCTGATGTGGCTGCAGCCCTGACAGACATAATCATTTCCGGTGAGGATGAGGAAACTGACGATAGCCTAAGAGCAAGATTCTATAACCAGATCCGCACTCCAAGCACTTCCGGAAATGCAGACCATTACAGAAAGTGGGCTATGGAAGTTGCCGGATGTGGAGATGCGAAAGTGCTTCCTCTCTGGAATGGAAACGGGACCGTCAAGGTGTTGGTGGTTGACGAAAATATGGCGGTAGATGAGGCTTTGCCGGCTGCCGTGGCAGCACATATCGAGACAGTACGTCCGATAGGGGCAGCGGTAACAGTGGAAAGCCCGCAGGAAAAGGTCATATCCATATCGGCAGGTGTTGTTCTCGATGGTTCCAAGACACTGAATGATGTTTACAACAGCTTTTCTAAAGCATTCTCAGAGTATCTTAAGGATATTGTTTTTAAGAACTATAGCATAAGTTACGCACGCATAGGGAGCCTTTTGTTATCTACGGACGGTGTGGCAGATTATGTAAATCTGCTTGTGAACGGTGGTGCTGCGAATATAACAATTGGCGAAACTGAGGTGCCCGTAGCCGGAACAATTGCCTTGACGGAGGTGGTATAGCATGAATCTGATGGATCTGCTGCCTGACTATTATAAAGGCAATCTTACGATGGAAGAGCTGCAGGATATTTTAAGCGCAGATATGGACAATCTGGCAACGGCCTTCGATAAGACGATAAACCAGTGCTTTGTGAACACTGCTACTGACCTATTGAGCCGGTATGAAAAGATTTTCGGGCTTCAAGTTGATGTCAATAAACCCGATGAGTTCCGACGTGAACGCATCCGGGCAAAGATTAGGGGTACCGGAACGGTAACAAAGCAGATGATAAAGGATGTGGCGAGCTCTTATTCCAATGGTGAAGTGGAGGTAATAGAAGACCCTTCTAATTACAGCTTTAAAATAAAGTTTATTGGCACAAAGGGAATTCCTGCGAATATGACCGACCTGACATTGACCATTCAGGAAATCAAACCAGCTCACTTAGCTTTTGAATTTGAATTTACTTATAATACCTGGAAGGATGTTGAGGGTATGACCTGGAGTGAGGCAAGTACTTATACATGGAATGAATTAAGAGTGAGGTGATTATATGGCTGAATATACAAATAATTATAATTTGGAGAAGCAGCAAGCGAATGAATATATCAGCATCGAGGGAATAAATGATAACTTTGATATAATTGATGCTCAAATGAAAAGCAATGAGGAAGCAGCTTCTAAGGTGCAAACAGACCTCAATGAGCACATGAAAGACAATATGAAGCATATAGTCTACGCTGTAGCAAGCGGTACAAATACTTATACGGCTGCAATCAATGGTATTACATCGCTTGTTGAAGGGATGAGCATTAAAATCAAGTTCCCCAATGCAAACACAGGAGCAAGTACCCTTAATATTAACGGTCTGGGAGCAAAAGAAATACGTAAGAGCAATGGAAATGCTTTGTCCAGTGGAAACATAAAGGCAGGACAGATATGCCATCTGGTTTACACTGGTTCGGTTTTTCAGTTATTGGGTGAAGGGGGTGAGTATGGAACAGCCACATCCGATAAAGTATTAGCTGGTTATACTATAGGGACAGAAAGTGGAGTTATGGAAGGTACGATGCCCAATAATGGACCTGCTGCAGCAGATACAATCAACCTTACGAACCAAAACCAGGAGTATACTATTGCACAAGGGTATCATTCCGGATTACGCAAAATAAAGGCTGCAATTAGTGGATTGGCAGCAAATGTAATAAAAGCTGGCACCACGGTGGGTGGTATAGTAGGTACATTTACATCAGATGCGAATGCAGCAGCAGGTCATATATTGTCTGGAATGACAGCGTATGTCAATGGTAATAAGATTACAGGCAATATTCCAAGCAAAGGTGCGGCAACATATACACCGGGAACAACCAATCAGACTATTGCAGCTGGACAGTATTTATCAGGAACTCAAACTATTATAGGCGATGCTAATTTAGTAGCTGCAAATATAAAAAGTGGTATTTCTATATTTGGAGTTACAGGCTCTTATCAAACTCCTGTAATAAAAAGCATACAAAGAGGTTCATACACCTTTGATGATACAACTTCTTCTGTAAATATAACTATATCTGCAGTAGATTTAAATGCAGCCATTGTATTGTTTTCTCATAAGTATATAAGTGGAATAACAACGCCTTATAATGTACTTATTTGGGCAAGACTTACTAGCCCGACTACACTTGAATTAGCAAGGGCGCAAGCACAAGGTCAACAACAAGTGGAATGGCAAGTAGTTGAGTTTAATAATGTAAAAAGCGTACAAAGAGGTACTGTAAATATGAATTCATCTGCTACGGTTACTATAAATGCAGTTGATTTGAGTAAATCGTTGTGTTTTGCATCTTTTAAAGATTCAGGGTCGGGAGGTGATATGAGTAATGCATTTGTGGCAATTAAATTTAATAGTACAACTCAATTGTCGTTAAGCGCATACGCCACAATTTCTAATACACGAAGTGTGCATTGGCAAGTAATAGAATTTAAGTAA

Protein sequences of DBSCAN-SWA_1

>CP021850|80811:92802|88249_89194_+|AUS95043.1|DBSCAN-SWA
MSMEFLVKVDNNVYEISGLVTSISYSDRLNDGCSKLEFSYVGDILKVKNGSVISFKYDNVGIFYGYVFKHGQNKRKEITVTAYDQLRYCKAKDTIVVRGDSVTSLVKKMCNYFGLKTGALTNTGYTLATSIQDDKTWLDIIYSGIDDTLTNTGRWYSLRDEFGSIALRDLVDLQLNLVLGDESLVYDYKYDKSIDDEFYNQIKIVSDNESTGKRDVYITKDSGSIAKYGLLQYFEVLNKNANPSQAKSKADMLLKLYNREVETISLDCLGDTSVRAGSSFYGRIGDIELNRRLIVRSVTHKFLPVHTMSLEVAI
>CP021850|80811:92802|87593_88253_+|AUS95042.1|DBSCAN-SWA
MYAIFFDKDNITYRLPVNPEQIEITSTQAIERYEILKSGQVAIPTHMELKEYSFECELPHTVTHYTETSRGFKNADYYLRLFEQWRKNLEPVRFIACNGMGDDINSLVLIEDLRITEKAGEEGDKYVSFSLLEYVDLEKQIIPKPADQLLPGVIKEEPPKGGNPKHNGTYTVVRGDSLWAIAKKFYGDGSLYTKIVEANRDKIKNPSLIYPGQKLVIPE
>CP021850|80811:92802|89827_90835_+|AUS98616.1|plate|DBSCAN-SWA
MTYENILKDMLSRVTSDVDKREGSVIFDALAPCAYKLAETYFKLNNFIDLVSADTAVGEYLDRVVADYGIKRKAATYAVRKVEATAPVDIGTRWGLKDTTYVITEKMSDTEYKAKCEQLGSIGNQYSGLLDNIDNVPDVAAALTDIIISGEDEETDDSLRARFYNQIRTPSTSGNADHYRKWAMEVAGCGDAKVLPLWNGNGTVKVLVVDENMAVDEALPAAVAAHIETVRPIGAAVTVESPQEKVISISAGVVLDGSKTLNDVYNSFSKAFSEYLKDIVFKNYSISYARIGSLLLSTDGVADYVNLLVNGGAANITIGETEVPVAGTIALTEVV
>CP021850|80811:92802|89190_89424_+|AUS95044.1|DBSCAN-SWA
MINEIKTIVQNYLNNAKLCSIMLGTVTDDGIKVSDKLVIPKELVVGNLKNSVLVGQKVRLLRNHGGQQFYILEVVAE
>CP021850|80811:92802|83375_84419_+|AUS95038.1|tail|DBSCAN-SWA
MSGTWNSQNKILPGAYINFLTNAPLSITPGDRGIVVLLQEMGAGAFRDMYTVTASENDYPDGIADEDKLLANEALKGARTVIVYNLGTAHTDDTITTALSDLKTVAFNTLAYPYDGAAYEANKAAIAAWIKSMREDEGVKIQGVLANYAADSEAIINVTHGVKLSDGTELSPAQTTAWVAGITAGANINESNTGRKYDGAIDVVPRMTKTEMEAAITAGQFIFKVDTAQNVTAVYDINSLTTSAPEKGAQFKKNRAIRTIDGINNDIVEIFESNYKGKLNNNADGRSLLRASLIEYFNELQRLQAIQNFTPEDVTVEAGSDTDAVVINCYIQLVDSAEKFYITVNLS
>CP021850|80811:92802|85563_87594_+|AUS95041.1|DBSCAN-SWA
MVTLKAMLLQIEGWNEAIEIFNRKIEVTAQKMLKASGEADQLDDKLKSAGASAGIISKALDSLKNPSFIIDKVVEGMKIMDQFTNAATKLKYINSDLKTQAELQDKVFAAANRSRSAYSDMVDVIAKLKPITEKQFLSNDELIAFAELVQKGFRISGAGTEEQSSAMSQLINSMAAGGLQGGEFESIMKDAPVIADAIAEYTGKSKDELKKLSAEGLITADIIKNAIFYSADDINSRFDAMSSEAELIPMTFADVWNRVKNSALQAFSGVMESISKLINNKAFTSLLGMVTGALNVIVFPLDKILKAISYIGDVISYLWPIIEPILTAVGSALLFWTTTQIPLLTSKISLMVMELWSAVRPILAQAAAWAMANMPILLLGAMIGLLIYAILKYGDCVIEVVGVIGGVIGGIVAVLLNVGRTIVNILISLAEFIKNVFKNPVYSINRLFVNLAISILDLIQSIAKAIDKVFGTSLADGLQSFKNFLNNQLSIRVGPKPEDYTEEEKHNMLDIVDTVNFGYDIGKKAGTTSVQELSGQLRSLFSHDGSISIPHYDTFDGFETPMDPLTVANFDYNMDTISMPNYDPFKGFGTPMDPLIVEGVGPGGKVEVDMSDEDMKYLRDIAERDYINKFSTATLAPSISVSFGDVHETADADKLAGRIQKILAEEIAMAAEGVYA
>CP021850|80811:92802|90836_91364_+|AUS95046.1|DBSCAN-SWA
MNLMDLLPDYYKGNLTMEELQDILSADMDNLATAFDKTINQCFVNTATDLLSRYEKIFGLQVDVNKPDEFRRERIRAKIRGTGTVTKQMIKDVASSYSNGEVEVIEDPSNYSFKIKFIGTKGIPANMTDLTLTIQEIKPAHLAFEFEFTYNTWKDVEGMTWSEASTYTWNELRVR
>CP021850|80811:92802|89420_89816_+|AUS95045.1|DBSCAN-SWA
MIPQGFIDFDLIAAKTAGTTRTYKLSGNRIQGFADGLEALEQAIYKVLNTEKYEYPIYSFSYGIELENLIGKDPLYVQVELKRRILECLLKDERIQGVDNFKFETSGDRLFCVFDVISTYGKITVTKGVEI
>CP021850|80811:92802|84436_84913_+|AUS95039.1|portal|DBSCAN-SWA
MADNYIRLSDTISSHEGKAYITINGVNRELFEVSALSAQIDMIVQEKRMLGHRMTQHKVVGASGTGSLTMYFMNSEMLKQAIQYIRTGNYRGLKLQVKNEDPQSTVGKQEVVLLNVILNSIPAAILDDGSDDPITFDTDFTFDDIESLHSFKLPENYR
>CP021850|80811:92802|91368_92802_+|AUS95047.1|DBSCAN-SWA
MAEYTNNYNLEKQQANEYISIEGINDNFDIIDAQMKSNEEAASKVQTDLNEHMKDNMKHIVYAVASGTNTYTAAINGITSLVEGMSIKIKFPNANTGASTLNINGLGAKEIRKSNGNALSSGNIKAGQICHLVYTGSVFQLLGEGGEYGTATSDKVLAGYTIGTESGVMEGTMPNNGPAAADTINLTNQNQEYTIAQGYHSGLRKIKAAISGLAANVIKAGTTVGGIVGTFTSDANAAAGHILSGMTAYVNGNKITGNIPSKGAATYTPGTTNQTIAAGQYLSGTQTIIGDANLVAANIKSGISIFGVTGSYQTPVIKSIQRGSYTFDDTTSSVNITISAVDLNAAIVLFSHKYISGITTPYNVLIWARLTSPTTLELARAQAQGQQQVEWQVVEFNNVKSVQRGTVNMNSSATVTINAVDLSKSLCFASFKDSGSGGDMSNAFVAIKFNSTTQLSLSAYATISNTRSVHWQVIEFK
>CP021850|80811:92802|82078_82615_+|AUS95036.1|DBSCAN-SWA
MITKEELNAITQNLDKQVKKAVEKFLYTNGLVEDYQRDYFKDTEKLLYAYPDLKLKVEQDMEDLKSGVLAMKVNRSKDIIRLSANSGSWKPEEYVQEEIIRSRKASMERTRLQVQRIDRALETIKDDQYYDIIPMRYFDRIKIEEIADRLVCDESTVRRNKNRLVNKIKIVLFGADAL
>CP021850|80811:92802|80811_81291_-|AUS95034.1|DBSCAN-SWA
MEELENEAFKSRINVQRAELPESISGLYYDDGTNQPLIALNECLKTKSEQTCVLAEELGHYYTSCGNLLTDPSVSKAIIQKQETKAKRWAFSRLVSLKNIIKAYEAGCNNLYEMAEYLSVTQDFLEKAFASYNSIYGKFKKRGNYIIYFDPPGIFKNIK
>CP021850|80811:92802|84965_85370_+|AUS95040.1|portal|DBSCAN-SWA
MSSLKAFLNPIKVENKEVIVSNRFQEDGKPVPFVIRPITQKENEELIRKYTKKDKKGQETFNRTEYIHALTASAVVFPDLKNAELQKSYGVLGEAELLKTMLYVGEFAELAKEVQALSGLDVDINEDIEEVKNE
>CP021850|80811:92802|82950_83361_+|AUS95037.1|DBSCAN-SWA
MISIIKQDIADKLTEIYPDGYTVYDEYMPQDFEKPSFLIVSTGQSYSKRMNNKYSGKVSFDVAYFSDKDATEVKKDCLDKQMSLLRAFSSMNAFHAQNMQANITDNILHVTFDVRYWEIKEKTSTMMQTQQTNTYL
>CP021850|80811:92802|81305_81638_-|AUS95035.1|DBSCAN-SWA
MSILEIIQDLCAKKGINPSKLEMELGFGKGAIYKWDKNSPSVDKIQKVADYFNVSTDYLLGRTEIKDTSGIKTLAAHRLDGYDKPLTDDEVIAVNAFLEAYRKGKQSKKD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS95034.1|80811_81291_-	hypothetical protein	A0A2I7SC21	Paenibacillus_phage	2.2e-24	35.9
AUS95035.1|81305_81638_-	hypothetical protein	A0A059T6G1	Listeria_phage	1.5e-19	46.5
AUS95036.1|82078_82615_+	hypothetical protein	NA	NA	NA	NA
AUS95037.1|82950_83361_+	hypothetical protein	NA	NA	NA	NA
AUS95038.1|83375_84419_+|tail	phage tail sheath protein	A0A0A7RTT5	Clostridium_phage	4.3e-52	34.7
AUS95039.1|84436_84913_+|portal	phage portal protein	A0A0K2CNG3	Brevibacillus_phage	6.1e-22	38.0
AUS95040.1|84965_85370_+|portal	phage portal protein	X5JAB6	Clostridium_phage	3.8e-17	40.4
AUS95041.1|85563_87594_+	hypothetical protein	S6AVU8	Thermus_phage	2.9e-49	38.2
AUS95042.1|87593_88253_+	peptidoglycan-binding protein	A0A0A7RVP5	Clostridium_phage	2.3e-27	34.6
AUS95043.1|88249_89194_+	hypothetical protein	H7BVH4	unidentified_phage	7.3e-51	39.6
AUS95044.1|89190_89424_+	DNA helicase	NA	NA	NA	NA
AUS95045.1|89420_89816_+	hypothetical protein	A0A0A7RTH1	Clostridium_phage	8.0e-28	50.0
AUS98616.1|89827_90835_+|plate	baseplate J protein	S6AVU3	Thermus_phage	2.7e-80	50.9
AUS95046.1|90836_91364_+	hypothetical protein	S6BFJ0	Thermus_phage	3.7e-36	47.8
AUS95047.1|91368_92802_+	hypothetical protein	S6B1J7	Thermus_phage	2.6e-20	34.3

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>CP021850|153078:161238|DBSCAN-SWA
TATGATAGATGTAGGCTTCTGGAGCAATAAAAAAGTATTAGTGACAGGACATACAGGGTTTAAAGGCTCATGGTTGAGTATATGGCTTTATTCTATGGGTGCCAAAGTAATGGGATATTCATTAGAACCACCTACAGAACCAAGCCTTTATAAAATATGCAGAGTAGATGAACTAGTTGTTTCGCATATTGGAGATATTCGTGATAAGGAATCTCTAATTACCTATTTTATGTCATTTAGACCAGAAATCGTCATACACATGGCAGCTCAACCAATAGTACGTGAGTCCTATAAAAATCCGGTTGGTACATATGAAATAAATGTTATGGGGACAGTTAACCTGTTGGAAGCTGTTAGAATGAGTCCAGGAGTTAAAGCCGTAATTAATGTTACAACAGATAAATGCTATGAAAATAAGGAATGGGTTTGGGGATACAGAGAATTAGACCAGCTTGGCGGGTACGATCCTTACTCAAATAGCAAAGCTTGTTCCGAGCTTATAACCGAATCATATAGAAGTTCGTTTTTTAACCCAAATGAATACGATACTCATGGAGTGGCTATAGCAACAGCGAGAGCTGGAAATGTTATTGGTGGAGGGGACTGGGCGACAGACAGGCTTATACCAGATTGTATCAAAGCATTGCTTAGTAATAATGAAATCTTAGTAAGAAACCCTAACTCTGTTAGGCCATGGCAGCATGTACTAGAGCCCCTTTCTGGATATCTAATTTTGGCACAGAAGCTTTTTGAACAAGGACCAGAATACTCAGGAGCTTGGAATTTTGGACCGGAGTTTCCTGATGCCAGACCGGTAAGCTGGATCGTAAGTGAATTGTGTAGACTTTGGGGCAAAAATGCGACTTTCAGAATAGACAAAAGCAAGCAACCTCATGAAGCAAATTATCTTAGGCTGGATTGTTCCAAAGCTAAGCAAATGCTTGGGTGGAGCCCAAGATGGGATATTGAAACTGCGTTGAAAAAAGTCGTAGATTGGACACTAGAATATAAAGATGGATTAGATCCAAGGGAATCCTGCATTAGACAGATTAATGAGTACTTAAATACTTAAGACGGAGTGTGATAGCTTATATGGAAAACTCATTAGATAAAGAGAAAGCACTTAGAGAGAAAGTAATTAATGCTGCAATTGAGCATTATAAGGTAATGCATGGTCAAAACAAAGGTAGATTTACCCCTGGTGATCGCATCTCCTATGCAGGAAGAGTTTTTGATGAAAAAGAAATATCATACTTGATAGATGCTTCATTGGAATTTTGGCTGACTTCAGGTAAGTATGCTGATATGTTTGAAAGGAAATTCGCAGAATTCCTGGGTGTAAATTATTGTTCCTTAGTGAATTCAGGTTCTTCTGCCAACTTGCTTGCTTTTATGGCATTAACATCTCCGGAACTAGAAGCAAGAGCCATAAAACGAGGGGATGAGGTTATTACTGTTGCAGCAGGTTTTCCAACTACAGTAGCGCCTATAATACAGTACGGAGCAGTTCCAGTGTTTATCGATGTTACTATTCCAGAATGTAATATTGACTGTTCGTTACTTGAGAAAGCATTGTCATCAAAAACAAAAGCAGTCATGCTTGCTCATACTCTTGGTAATCCTTTTGATCTTGAAGCTTTGAGAAACTTTTGTGACAGACATGGATTATGGCTTATAGAAGATAATTGTGACGCCCTTGGAACTAAGTATTATTATAATGATTGCTGGAGATATACAGGTACAATTGGTGATATTGGCACTTCAAGTTTTTATCCTCCTCATCACATAACTATGGGTGAGGGAGGGGCAGTTTATACTAATAATTTAAGATTAAAGAGAATAATTGATTCTCTTAGAGATTGGGGAAGAGATTGCTGGTGCCAATCGGGATATGATAATACATGCAATAAAAGATTCAGTCAGCAATTTGGTGAGCTACCGTATGGATATGATCACAAATATGTATATTCACATTTTGGTTATAATCTGAAAGTAACCGATATGCAGGCTGCAATTGGTTGTGCTCAGTTAGAAAAACTCCCAGCATTTATTGCAGCTCGAAAACACAACTGGAAAATTTTGAGATCTGGTTTAGACGGTTTTAGTGACAAGTTTATATTGCCAAAGGCAGCAAAAAATTCTGATCCCAGTTGGTTCGGATTTTTGATTATGGTTAAAGAGGATGCAGGATTTACAAGAGATGAATTTGTTGATTATTTAGAAAGCAATAATATTCAGACAAGGATGTTATTTGCTGGTAATCTTATTAAGCATCCTTGTTTTAATGAAATGAGAAACACAGGAGAAGGTTATAGAGTGGTTGGTAAACTTACTAATACTGACAGAATAATGAATCAATCTTTATGGATTGGCGTATATCCAGGTATGACACATCAAATGCTTGAGTATATTATCTCTAAAATTACTGACTATGTGAGGAGATATAGGTGAATGCAATTTTAGTAGAAGACTTTAAAATCATAAATAAATATATCGACAAGTCAGCATTAATGAATAGTAAATGGTTTATAACAGGCTCTACGGGAATGTTGGGCTCATATTTTGTATCATTTCTCAGTTGGTTAAATGAAAATGAGCTGAATAATTCACTTACAATGACGCTGACGCATAGAAGTAAATCGATAAAAGATGATGCAAATATAGGTTACCTGACGAACAAAAAATATATTAATTTTGTGCAAGTTGATTTAAGTTCTGAGTTCGAAGCAATAAAGTATCATGGTGAGTATGACTATGTTGTACACGCAGCATCGAACGCTGCTCCAAGAATATATCTCGAAGATCCTGTAGGCACAATAAATACAAATGTGAGAGCAACACAAATATTGCTTGAAAGTCTTAAGAAATCTAAAAAACTTAAGGCATTTATGTATGTAAGCTCAGGAGAAGTATATGGTAACCCTCCAATGGAAGCAGTGCCTACTCCTGAAAGCTATATAGGTGTGACAGATAATCTTTCAAATAGATCATGTTATGTCGAATCAAAGAGATTTGCAGAAACAATCTGCTGGAATTATTATAAACATTATGGAATGCCTGTGAGGATTATAAGACCTGTACATCTATATGGTCCAGGTTTCAGAGAAAACGATAGCAGAGTTTGGGCTGATTTTATTATGAAAGCAGTGAATGCTAGGGACATAGAAATATTGGGAGATGGGCTTTCACGAAGAGGTTTCTGCTACTTAGCGGATGCTGTTGTACAAATATTACTGGTTTTGTTACATGGAGAAAACGGGGAAGTATATAATATTGGAAGTGATAAGCACATATCAATCAAAGAGTTAGCTGATGTTATTGCATCTTTGACTAATGATACAGTTAGTGTAAAGATAAAAAACGATCTGCCGGACTATTTAAAAGGGAGTCCTCAGATATCATGTCCATCGGTAGAAAAAGTTAGTTCTCTTTCAAAATTACATTATACTACTATAAAAACAGGGTTAGATAGAACAATGAAATGGTATAATATCAAGTTAAAAGGAGAATACGATGAGTGAGAATTATTTTAATCTTATTAGTGAATGCAGGTCATGTAGGAGTAAAAATATTATAGAAATGTATAAGACTGAATACATACCAGTTGCGGGTATTTATTATGATGAGGGTTCTAAACCTCTTAATATTAAGTCACCAATGACTTTGCTATTTTGCGAAGACTGTGGGCTAGTGCAGCTCAAAGAGACTATTAGTTCTAATATATACAGCGACTATAATTTTAGTGGAAATACTATGAATTCGTATAAGAACCATTTGGAAAAGATAGCCGGGCTAATTGTTGACGAATGGAATATTAAGAATAAGCATGTATTTGAAGTAGGTGCAAGTGATGGAGCATTGCTTAAATATATAGCAGACAAAGGAAACAATAAAGTTGCAGGAGTAGAGCCCTCAAAAAAGCTTTGTGATTATGCACATAGCTTAGGTATAGATCTCAAGAATGATTATTTTAATGGAGATTATATAAGGAGAAATCCTGAAGAGAAATATGATTGTGTAGTAGTTAGACATGTAATGGAGCATATTGATGATTTAAATGATATAGCGGATTCCTTACGCAAAATACTAAATGAAGATGGACTGCTTGTAGTAGAAGTGCCTGACGTTGAGGCTATATTAACCAATAATCTTTATTCAAATATATTTCACGAGCATTTGAACTACTTTTCGCAAGTGTCAATTAACAGGTTATTTGCAAGATATGGATTTAAGTCTGTTTATGAAACAAAAGTTAATATCCATGGAGGCTCCTTACTCGTATTTTATAAACTAAGACAATTAGATGAAATAAGCAATATTAGTAAAGAATTCCGTAATAAGCTTAAAAGTTTTGCTGAGAATATTAGCAAGTACTATTCTCGAATTAATAGGCTTATATTGGATTTGTCCAGAGAAAATAAGATTATCCATGGGTATGGAGCATCTCACAGAACTTTCATTTTGCTTGGTAATGCTCATTTGCACGACTGTATACCTATTATATATGACAGTAATCCTTTCCTAGATAATAGAAGACTTAATGGCTTTCATTCATTGGTCATGAACCCTGATACCATAGTAAACAATAATCCTGATACTATTGTGGTTTTTGCAACTTCATATGAAAGCGAAATAGTAAAGGATTTAAGAGAAAAATATCACTATGATAAGCAGATAATATCCTTAAGATTTGAGGCGGATGAATCTAATGATTACAAAAGAGATTAGGAAATCCATATTGCAAATGGTGTATAGATCAAAATCATCTCATATTGGGAGTTGTCTTTCTATAGTTGAAATTCTATATGTATTATACTTCAAAGTTATGCGCATAGATCCTGCTCATCCAGACAATGAGAGCAGAGATAAATTCATTTTAAGCAAAGGTCATGCAAGTGCAGCATTATACGCTACACTTGCTGAAAAAGGTTTTTTCCAAAAACAATTATTGGAGCGATTTTATGTAGATTATGGTTTGCTTCCGGGACATGTAGATATGAAAGCAGTCCCGGGCATAGAAGCTTCTTCTGGTTCTCTTGGACATGGGTTATCAATAGGAATAGGAATGGCTATAGCAAATAAACTTTCAAATAATCCAGGGCATATTTATGTTTTGCTTGGTGATGGTGAATGTAATGAGGGTTCTATATGGGAGGGTGTAATGATTGCTCCAATGTTAAAGCTCGATAATCTTACAGTTATTATTGATTTAAACAAACTTCAGGGGTACGGTAGAAGTGACGAAATTATAAATCAATCTAATATCATTGAAAGATGGAAAGCCTTTGGGTGGGACACTTACGATATAGATGGGCATGATACAGAAGAAATTGAAGTTGCGTTAAAATATTACCATAGCATGCCAAAGGTAATAGTCGCTAATACAATAAAGGGAAAAGGAATATCATTTATGGAAAATAAGTTAGAGTGGCATTACAAATCTCCAAACACTGAGGAATATCAAAAAGCACTGGCGGAATTAGGTGATTAAAATGAGAAATGCTTTTGTTAGATGCCTTATGAAGCAGGCAAAAAAGGATGATAGGATTTTTGTTATTACCCCTGATTTGGGTTACTCGGTGTTTGATACTTTTGCAGAAGAGTTTCCCGACAAATTTTTGAATGTAGGAATTGCTGAGCAAAATGCAATTGGCATTGCTTCCGGATTAGCATTATCAGGAAGACTTGTATACGTATACAGTATAATACCTTTTATGACAATGAGATGTTACGAGCAAATAAGAGTCGATGTAGCATATATGAATACAAACGTAAGAATTGTGGGAGTAGGAGCAGGATTATCTTATGGTTCGGCAGGCGCTACCCATCACGCTATAGAGGATATTGCTATTATGAGAGTTCTTCCCAATATGACAGTATGTTGCCCTGGAGATCCTTTAGAAGTGGAGTGGGTAATGAATAAAAGTGTAATGTATAATGGACCTATGTATATAAGGCTTGGTAAGAGTGGTGAATCAAATATTCACCAGCAAAAAATAGGATGTGAATTTGGTAAGGCAATACCATTACTGAAAGGAGATACTCTTGCAATATTAACTACCAGCAATATGCTTGAAATCGGATTCGAATTAAGTAAGAGGCTCAGGGAGGTTGGACTAAGCATAGAGTTAGCGAGTATGCCTGTAGTAAAACCTTTAGATGTTGAGTATATTATGCAATTAGTAGAGAGAGATCTCTCTATAGTGACTCTTGAAGAACACAGCATTATTGGTGGATTTGGTAGTGCAGTAGCTGAGGTTATAGCAGAATTAAATTGTAAAGTGAAATTCAAACGAATAGCTATTAAAGATTGTTATTCACATTGCGTTGGAGGGCATAGAGTCTTAAGGGAGCACTTTGGTTTGTGCACTGATAAGATATTTTGTGAATTAATAGGCTTTTTGGCAGATAAGTGATAATATCGATATGACAATATTAATCGGAAATCATAGTCCACTAGGCTATGAAATTAAAGGGTTTTGGATGATAAACTGAATAGTAAGGAATTTATCAGTACGAATATTGAAGGAACTTACACATTATTGGAAGCAGCAAAAAAAGCCTGGCTGGAAAACGATATCTGGGCAGAGGGAAAGAAGTTTGTTCAGGTTTCTACCGATGAAGTATATGGCTCTTTGGGAGAAACCGGATACTTTACCGAAACAACTCCATTGGACCCTAGAAATCCTTATTCTGCAAGCAAAGCTTCTGCAGATATGCTGGTAAAATCCTATTATGATACCTACGGAATGCCGATAAATATAACAAGATGCTCTAATAACTATGGACCGTATCAGTTTCCTGAGAAGCTGATACCTTTAATGATTAACAATTGTCTTAATGGAAAAGACCTGCCTATTTATGGAGATGGGAAAAATATCAGAGACTGGATTTATGTCAAAGATCATTGTCGTGCTATTGATTTGGTTGTAAACAATGGTCAAATAGGGGAGATTTATAATATTGGTGGTAAAAGTGAAAAAACCAACATTGAGATAGTAAAGACAATTATTAATACTCTGAAGGATTTGCTGGAAGATGGTGATGAATGTAAGAGTTCTCTTGGAGAAAACAGGATCAGGTATGTAAAGGACAGAAAAGGTCATGACAGAAGGTATGCAATTGATCCGTCAAAGATTAAAGCCCAATTAGGCTGGGAACCTGAGACATCCTTTGAAGAAGGAATTATTGCGACTATAAAATGGTATCTGGAAAATAGTAAGTGGTTAAATGAAGTAACTTCTGGAGAATATGAGAAATATTACAGTAAAATGTACCCTAATAGGGAAAGGGAGTAGGTATTTTGAGGGGGATCATATTAGCAGGGGGCAGCGGAACACGCCTATACCCAATAACCAAACCCATAAGCAAGCAGATAGTGCCGATTTATGATAAACCGATGATCTACTATCCCCTATCTGTTTTGATGCTTGCAAATATAAGGGAAATATTGATTATTTCAACACCGAGGGATTTACCGTTATATAAGGAGCTTTTTGGTGATGGAAGTCAATTGGGAATGTCCTTTTCCTATGAAGCACAAGCTCAACCAAATGGGATCGCAGAAGCGTTTATTGTTGGAGAGAAGTTTATAGGAAATGACTCAGTTGCTTTGATATTGGGAGATAACGTTTTTTATGGCCATGGCTTTTCTGGCATACTACAGGAAATTTCTCTCTTGCGCGAAGGTGCGTGCATATTTGGATATTATGTAAACAATCCGAAAGCATATGGAGTGGTGGAATTTGATGAAGAGGGACATGTGCTATCCATTGAAGAAAAGCCTGAGAAACCTAAGTCCAACTACGCTGTGCCGGGACTTTATTTCTATGATAATAATGTAGTTCAGATTGCCAGAAACCTGAAGCCATCGCCGAGAGGAGAATTGGAGATTACAGACGTCAACAGGGAATATCTCAGGAGAGGCTGCTTAAATATGCAAATATTAGGAAGAGGCTTTGCATGGCTTGATACCGGAACTCATGATTCCTTACTGGAAGCCAGCAATTTTGTCCAAACGGTTCAAAAAAGACAAGGCCTTTATGTTGCTTGTATAGAAGAAATAGCATACAGGAATAGGTTTATAACAAAAGAGCAGCTACATACACTAGCGAAGCCATTAATCAAGACTGAATATGGACAGTATTTAATGAGATTATAG

Protein sequences of DBSCAN-SWA_2

>CP021850|153078:161238|159556_160375_+|AUS95098.1|DBSCAN-SWA
MDDKLNSKEFISTNIEGTYTLLEAAKKAWLENDIWAEGKKFVQVSTDEVYGSLGETGYFTETTPLDPRNPYSASKASADMLVKSYYDTYGMPINITRCSNNYGPYQFPEKLIPLMINNCLNGKDLPIYGDGKNIRDWIYVKDHCRAIDLVVNNGQIGEIYNIGGKSEKTNIEIVKTIINTLKDLLEDGDECKSSLGENRIRYVKDRKGHDRRYAIDPSKIKAQLGWEPETSFEEGIIATIKWYLENSKWLNEVTSGEYEKYYSKMYPNRERE
>CP021850|153078:161238|157776_158568_+|AUS95096.1|DBSCAN-SWA
MNLMITKEIRKSILQMVYRSKSSHIGSCLSIVEILYVLYFKVMRIDPAHPDNESRDKFILSKGHASAALYATLAEKGFFQKQLLERFYVDYGLLPGHVDMKAVPGIEASSGSLGHGLSIGIGMAIANKLSNNPGHIYVLLGDGECNEGSIWEGVMIAPMLKLDNLTVIIDLNKLQGYGRSDEIINQSNIIERWKAFGWDTYDIDGHDTEEIEVALKYYHSMPKVIVANTIKGKGISFMENKLEWHYKSPNTEEYQKALAELGD
>CP021850|153078:161238|158569_159493_+|AUS95097.1|DBSCAN-SWA
MRNAFVRCLMKQAKKDDRIFVITPDLGYSVFDTFAEEFPDKFLNVGIAEQNAIGIASGLALSGRLVYVYSIIPFMTMRCYEQIRVDVAYMNTNVRIVGVGAGLSYGSAGATHHAIEDIAIMRVLPNMTVCCPGDPLEVEWVMNKSVMYNGPMYIRLGKSGESNIHQQKIGCEFGKAIPLLKGDTLAILTTSNMLEIGFELSKRLREVGLSIELASMPVVKPLDVEYIMQLVERDLSIVTLEEHSIIGGFGSAVAEVIAELNCKVKFKRIAIKDCYSHCVGGHRVLREHFGLCTDKIFCELIGFLADK
>CP021850|153078:161238|160380_161238_+|AUS95099.1|DBSCAN-SWA
MRGIILAGGSGTRLYPITKPISKQIVPIYDKPMIYYPLSVLMLANIREILIISTPRDLPLYKELFGDGSQLGMSFSYEAQAQPNGIAEAFIVGEKFIGNDSVALILGDNVFYGHGFSGILQEISLLREGACIFGYYVNNPKAYGVVEFDEEGHVLSIEEKPEKPKSNYAVPGLYFYDNNVVQIARNLKPSPRGELEITDVNREYLRRGCLNMQILGRGFAWLDTGTHDSLLEASNFVQTVQKRQGLYVACIEEIAYRNRFITKEQLHTLAKPLIKTEYGQYLMRL
>CP021850|153078:161238|156590_157805_+|AUS95095.1|DBSCAN-SWA
MSENYFNLISECRSCRSKNIIEMYKTEYIPVAGIYYDEGSKPLNIKSPMTLLFCEDCGLVQLKETISSNIYSDYNFSGNTMNSYKNHLEKIAGLIVDEWNIKNKHVFEVGASDGALLKYIADKGNNKVAGVEPSKKLCDYAHSLGIDLKNDYFNGDYIRRNPEEKYDCVVVRHVMEHIDDLNDIADSLRKILNEDGLLVVEVPDVEAILTNNLYSNIFHEHLNYFSQVSINRLFARYGFKSVYETKVNIHGGSLLVFYKLRQLDEISNISKEFRNKLKSFAENISKYYSRINRLILDLSRENKIIHGYGASHRTFILLGNAHLHDCIPIIYDSNPFLDNRRLNGFHSLVMNPDTIVNNNPDTIVVFATSYESEIVKDLREKYHYDKQIISLRFEADESNDYKRD
>CP021850|153078:161238|154169_155528_+|AUS95093.1|DBSCAN-SWA
MENSLDKEKALREKVINAAIEHYKVMHGQNKGRFTPGDRISYAGRVFDEKEISYLIDASLEFWLTSGKYADMFERKFAEFLGVNYCSLVNSGSSANLLAFMALTSPELEARAIKRGDEVITVAAGFPTTVAPIIQYGAVPVFIDVTIPECNIDCSLLEKALSSKTKAVMLAHTLGNPFDLEALRNFCDRHGLWLIEDNCDALGTKYYYNDCWRYTGTIGDIGTSSFYPPHHITMGEGGAVYTNNLRLKRIIDSLRDWGRDCWCQSGYDNTCNKRFSQQFGELPYGYDHKYVYSHFGYNLKVTDMQAAIGCAQLEKLPAFIAARKHNWKILRSGLDGFSDKFILPKAAKNSDPSWFGFLIMVKEDAGFTRDEFVDYLESNNIQTRMLFAGNLIKHPCFNEMRNTGEGYRVVGKLTNTDRIMNQSLWIGVYPGMTHQMLEYIISKITDYVRRYR
>CP021850|153078:161238|155524_156598_+|AUS95094.1|DBSCAN-SWA
MNAILVEDFKIINKYIDKSALMNSKWFITGSTGMLGSYFVSFLSWLNENELNNSLTMTLTHRSKSIKDDANIGYLTNKKYINFVQVDLSSEFEAIKYHGEYDYVVHAASNAAPRIYLEDPVGTINTNVRATQILLESLKKSKKLKAFMYVSSGEVYGNPPMEAVPTPESYIGVTDNLSNRSCYVESKRFAETICWNYYKHYGMPVRIIRPVHLYGPGFRENDSRVWADFIMKAVNARDIEILGDGLSRRGFCYLADAVVQILLVLLHGENGEVYNIGSDKHISIKELADVIASLTNDTVSVKIKNDLPDYLKGSPQISCPSVEKVSSLSKLHYTTIKTGLDRTMKWYNIKLKGEYDE
>CP021850|153078:161238|153078_154149_+|AUS95092.1|DBSCAN-SWA
MIDVGFWSNKKVLVTGHTGFKGSWLSIWLYSMGAKVMGYSLEPPTEPSLYKICRVDELVVSHIGDIRDKESLITYFMSFRPEIVIHMAAQPIVRESYKNPVGTYEINVMGTVNLLEAVRMSPGVKAVINVTTDKCYENKEWVWGYRELDQLGGYDPYSNSKACSELITESYRSSFFNPNEYDTHGVAIATARAGNVIGGGDWATDRLIPDCIKALLSNNEILVRNPNSVRPWQHVLEPLSGYLILAQKLFEQGPEYSGAWNFGPEFPDARPVSWIVSELCRLWGKNATFRIDKSKQPHEANYLRLDCSKAKQMLGWSPRWDIETALKKVVDWTLEYKDGLDPRESCIRQINEYLNT

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS95092.1|153078_154149_+	CDP-glucose 4,6-dehydratase	A0A222YY99	Synechococcus_phage	4.6e-17	24.8
AUS95093.1|154169_155528_+	lipopolysaccharide biosynthesis protein RfbH	A0A218MN59	uncultured_virus	2.7e-62	34.7
AUS95094.1|155524_156598_+	hypothetical protein	M1IBX1	Acanthocystis_turfacea_Chlorella_virus	2.2e-19	26.1
AUS95095.1|156590_157805_+	hypothetical protein	A0A1V0SJ83	Klosneuvirus	5.9e-21	25.4
AUS95096.1|157776_158568_+	transketolase	G9E5U1	Micromonas_pusilla_virus	1.4e-18	30.4
AUS95097.1|158569_159493_+	1-deoxy-D-xylulose-5-phosphate synthase	G9E5U2	Micromonas_pusilla_virus	2.2e-23	39.1
AUS95098.1|159556_160375_+	dTDP-glucose 4,6-dehydratase	A0A1D7XFE8	Escherichia_phage	1.7e-64	48.8
AUS95099.1|160380_161238_+	glucose-1-phosphate thymidylyltransferase	A0A291LA53	Escherichia_phage	9.1e-101	61.5

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>CP021850|270916:278042|DBSCAN-SWA
AATGAGGTACGATTATTTAATAGTTGGTGCTGGAATATTCGGTAGTATATTTGCTCATGAAGCAAATAAGCGTGGAAAGAAATGTTTAGTAATTGATAAACGAAACCATGTTGGTGGTAATATCTTTACTGAGAATATTAAAGGTATTAATGTTCATAAATATGGTGCACATATTTTTCATACAGACAATAAAAGAGTTTGGGATTATATGAATAATTTTGCTGAGTTTAATAGGTATACTAACTCTCCGATTGCTATTTATGAAGATGAACTTTATAACTTGCCGTTTAATATGAATACGTTTTATAAGATGTGGGGCGTAAAAACACCTGCTGAAGCTAAAGCAAAAATAGAAAAGCAGATTGCAGAAGCTAATATTTCAGTACCAAAAAATTTGGAAGAACAAGCTATAAGTTTGGTTGGCAGGGATATTTATGAAAAATTGATAAAAGGATATACAGAAAAACAATGGGGTATGAAAGCGACAGAGTTACCTCCCTTTATAATTAAAAGATTACCAGTTCGTTTTACTTACGATAACAATTATTTTAATGATAAATTTCAGGGTATTCCAATTGGAGGATACACACAGATTATTGAAAAGATGCTTAAAGGTATAGATGTAAAATTAAATACTGACTTTTTTATATATAGAGATGAATTAGAATCACAGGCAGACAAGGTGCTATTTACTGGTATGATAGATGAATTCTACAATTATTGTTATGGAGAGTTAGAATATAGGAGTTTAAGGTTTGAGCATGAGATACTTGATATGGAAAACTATCAAGGTAATGCTGTAGTAAACTATACAGAGTACGAAGTGCCATATACTCGTATAATTGAACATAAACATTTTGAGTATGGAACACAACCTAAAACTGTAATTACTAAAGAATATCCGGTAAAATGGAAAAAAGGTGATGAACCTTACTATCCAATAAATAATGATAAGAATAATTTAATATATTCAAAATACAAGGAACTTGCTAATAAAGAAACTAAATATATTTTTGGTGGTAGATTAGCAGAATATAAGTATTATGATATGGATCAAGTAATAGAGCGCGCATTATATATGGTTGAAAAAGAAATTTAAAGAATGAAATATTGATAATAACTGAATGGGGGGTGCGGACATAAAGTTGGACACTATTGAGATTCGGGAAGGAGTAACAATACGTGTATTCAAAATATCAGCGAAAAAAGGCATTGCAACTTTATGATCAATGTAAATCTGTAAGTAAGGTTATTCAACAACTGGGATATCCAACTCGAAAAAGACTGTATGATTGGATTGCCGAGCGTAATTCCCTGCCAAGCAGAAAAGCTCCCAGACAAAAATATAACAATACTCCTGAACATCCTAGACATCCACCACTTGAACTTAAGCTTGAAGCAATTAAGCGTTGCTTTGAAATGGGAGAGAATGTACAATTAGTATCAGAAGAAATTGGATATAGCAGAGCCAGTATCTATACGTGGCGAAAAAAGTATATCCTGAAAGGAGCTGCTGGACTTATGAATACCAGTGACAACCCCCGTGGTAAATTGCCCCCAGGAGATACAGTCTCTTTCAAAGAGGTTGAACAGTTGAAAGCTCAGATACTGGATATGCAGTTAGAAATAGATATCCTAAAGGAGACACTAGATGTCTTAAAAAAAGACCCAGGCGCCGATATAACAGTTCTCAAGAATCGGGAGAAGGCAGTGATTATCGGTGTCCTGAAAGATAAGTATTCACTGCCATTGCTTCTACATAAACTTAATCTGCCAAAAAGCAGTTATTATTATCAATGTAATCGGATGAAGTGTTCCGATAAATATGCAACATTACGTACTCGTATTATAGAATTATTCAATAAAACCACGGAGAGATATGGATATCGAAGAATTTATGCATTATTAGTCAAAGAAGGCATTCGTGTATCGGAAAAGGTAGTAAGAAAAACCATGCCTGAAGATAAGTTGATAGTGCGAGACAAACGCAGAAATAAATACAATTCATATAAAGGTGATATTTCACCTGAGGTTCCCAATATCGTTAAACGTGATTTTCATGCTGATGCACCAAATAAAAAGTGGCTTACTGATATAACAGAGTTCGCTATTCCAGCCGGAAAGGTATATCTGTCACCTATAGTAGATTGTTTTGACGGAATGCTTCCTGCATGGAGAATAAGCACAACACCGGATGCCCAACTAGTCAACAGTATGTTAGATGATGCAATAAGTACCCTTAATAATAATGAACATCCAATCATCCATACAGATCAAGGTTGCCATTATCGATGGCCGGGCTGGATATCTAGAATGGATAATGCAGGCCTATGCAGATCCATGTCAAAGAAAGGATGTTCACCAGATAATTCAGCTTGTGAAGGATTTTTTGGAAGATTGAAAAATGAAATATTTTACAATCGTAATTGGGCAGGTGTAACTATAGAACAATTTATAGGAATCCTTAATGATTATCTTATATGGTATAATGAAACTAGAATTAAAATATCACTTGGAAATATGAGTCCATTGGAGTACCGACGAAGTCTTGGATTAGCCTCTTAAGCTGTCCAAGAAAACGTCCGCACCCCCAGATAAGTGCCTGGGACTCTTAGATGCAATAAATGAGGTTTATCCAGATGCAAAGTATCAGCGTTGTACCGTTCATTTCTATCGAAATGTATTTACAGTTACCCCACGTTCCAAGATAAAAGAGGTAGCCGTAATGCTGAAAGCCATTCATGCGCAAGAGAATAAAGAGGCAGCAAGGCAAAAGGCACAGAGTGTGGTTAAGAAACTACGAGAAATGAAACTTAAAGAAGCAGCTGATAAGGTAGAAAGGGGCATCGAGGAAACGCTGGCTTACATGGATTTCCCCTATGCCCATTGGCAAAAATTGCGGAGTAATAATGTTATTGAACGACTTAATCGAGAGATCAGGCGCAGGACAAGGGTTGTAGGAACCTTCCCTGATGGAAACTCAGCCTTAATGTTAGTTTGTGCAAGGTTACGCTATGTTGCAAGCAAGGACTGGGGAACTAAGCGCTACATGAGCATGAAACACCTTGAGGAAATAAACATTGATGAATCACTAATGACAGTTAGTTAGCAGCTGGCTACCAAACGGAATGAATTTGCGAAAAAATCTTGACGGTACCAAGAAGTTTTTAATGAGAAAAGAATGGTAGAAGTTTACAGATTAATATGAGGGGAATATTATATATTGAAAAAGTTACAATTTATCTTATTGATTTGCGTGACATACTTATTGATAAGTTAGTGCTATTTATTTTAGAGAAAATCTCCATTATAACAAATCGAATTTCCCAAAGTGAGTGAGAAGTTAAACTTAAAACAAACTTGTGGGGAAAGATGTGAAGCATTCCATGAATTTTCCGCCACGCTATTTAATGAGAGTTTATCAAATGAGTTTGAAGTAATAATCATGTTGAGTTACTATATTTTAATATTTTGCATTTATGTAATTTAAGTTCTGAATCCTTAAGGAAATACGTTTTGTAAAAGTGGCAAATCAGAAGTACAATTTTGGAAATTTATTATACAGTAGTAAACGCACCATTATAAATTAATTATGAGCAAATAGGTGATAAATATGAAAGGTATCATATTAGCCGGTGGTAGCGGAACGCGCCTCTACCCACTTACAAAAGTAACATCAAAGCAATTGCTGCCTGTGTACGACAAGCCAATGATTTACTACCCTATGAGCATATTAATGGAAGCAGAGATCCAGGATATATTAATCATATCCACGCCTGAAGATACACCAAGATTTGAGGAATTGCTGGGTGACGGAAGCCAGTTTGGCATAAACTTGTCCTATGCAGTGCAGCCTTCACCGGACGGCTTGGCTCAGGCCTTTATCATAGGAGAGGATTTCATAGGTTCTGATTCTGTAGCAATGATTTTGGGAGACAATATATTCCACGGTCATGGATTGAAAAAGCGTCTGGTGGCAGCAGCGAACAAGAGGACAGGAGCGACCATATTCGGATATTATGTAGATGATCCGGAACGTTTTGGGGTAGTGGAGTTTGATGAGGAAGGCAGAGCTATATCTATTGAGGAGAAACCAAAAGTGCCAAAATCCAATTATGCAGTAACCGGCCTTTATTTCTATGATAACCGGGTGGTGGAATATGCAAAGAGCCTTAAACCTTCTGCCCGTGGAGAGTTGGAGATTACCGATTTAAACCGCATTTACCTGGAGGCTGGCGAGCTGGATGTAATACTTTTGGGACAGGGCTTTACCTGGCTGGATACCGGAACCCACGAATCCCTTGCAGATGCGACCAATTTTGTAAGGGAAATTGAGACCCACTCCCATCGAAAGATAGCATGCCTGGAGGAAATCGCTTACCTAAATGGTTGGATTACTAAAGAACAGGTAATGGAAGCGTATGAGGAGTATAAAAAGAATCAGTATGGGCAGTATCTAAAAGATGTAGTGGATGGTAAGTTTATTGACAAGAATTTAATGTATAATAAATACTTACGTGCTGTATATAGAAAAGAGAGGAAGAAGTATGAAAGCTATAAAAACAGAATTGGAGGAAGTATTAGTAATAGAGCTTGACTGTTATGGCGATAACAGGGGATGGTTCATGGAATGCTATAACCAGGATAAGTTCCATAAGCTGGGTATTGATACAGTGTTTGTTCAGGACAACCACTCCATGTCGGCTGTAAAAGGGACTCTTAGGGGACTGCATTTTCAGAATAACCCCATGGCTCAGGCAAAGTTGGTAAGATGCACAAAAGGTGCAATACTGGATGTTGCTGTGGACATCAGAAAGAATAGCCCTACGTATAAAAAATGGGTGGCTGTCGAGCTGACGGAGGAAAATAAGAAGATGCTTTATATACCGAGGGGCTTCGCCCATGGGTTCCTTACTTTGACTGACAATGTGGAGGTTCAGTACAAGGTGGACAACCTTTATTCCAAAGAGCATGACAGAAGCATTCGTTACGATGATCCTACCATAGGAGTGAATTGGGGAGATATCGAACCTATTTTATCCGATAAAGATAGAAATGCTCCATTATTGGATGACAGTGATGCAAACTTTATATTTGAGTAATTGCATTGGAGGATATTGATATGAAAATTCTAATCACTGGCGGTGCCGGGTTCATTGGCGGCAACTTCGTCCATTACATTTTAAACAAGTATCCTGATTACAAAATCCTGTGCCTGGACAAGCTGACTTATGCCGGCAATCTGGAAACCCTGAAGCCTGTAATGGACAATCCTAATTTCAAATTCATAAAAGGTGACATTTCAGACCGGGAATTTATATATGAATTGTTTTCGGAAGAAAAACCCGACATGGTTGTAAATTTTGCAGCGGAGAGCCATGTAGACCGATCCATAGAGGATCCTGGGATATTCCTTAAAACCAATGTGATTGGTACAGGGGTGCTTATGGATGCCTGCCGGAAGTTTGGCATAAAAAGGTACCATCAGGTTTCCACCGATGAGGTGTACGGAGATCTTCCCCTAGAAAGGCCTGACCTTTTCTTTACTGAGGAGACTCCCATTCATGCATCAAGCCCCTACTCAGCGTCAAAAGCATCGGCAGATCTGCTGGTGCAGGCTTACTACCGCACCTACAAGCTGCCGGTTACTATATCCCGCTGCAGCAATAACTACGGGCCATACCATTTTCCTGAGAAGCTTATACCACTAATCATTACCCGTGCTCTGGCTGATGAAGAGCTGCCTGTCTATGGAACCGGAGAAAATGTCCGGGATTGGCTGTATGTAGAAGACCACTGCTCGGCCATCGACCTCATCCTTCATAAGGGAAGAGAGGGAGAGGTATATAATATAGGCGGGCATAATGAACGCACCAATCTCCAAGTGGTAAAGACCATCTTGAAAGAGTTAGGCAAGCCGGAAAGCCTGATCAGATTCGTGGCAGATCGCCCGGGGCATGACCGGCGTTACGCCATTGACCCGACCAAGATTCATAATGAACTGGGATGGCTGCCAGCCACCACTTTTGATGAAGGCATCAAAAAGACAATAAAATGGTATCTGGACAACAGGGAATGGTGGCAGCATATTTTAAGCGGCGAGTATAAAGATTATTTTAACAAAATGTATGGAAACAGACTGGCTGAAAGCTAGGTTTAGAGCGGCTTTCAATTAGCCCTGCCTTGTTATTCAGGTATCACATTGGAAGCAATTGCCGGAGGTTATTGCTTACCAGTGTGGCAAAGAGGTAGTTTTTAGGAGGTAAACGATGAAAGTACTGGTAACCGGTGTTAAAGGTCAGCTAGGCTATGATGTAGTGCTGGAATGTAAAAAACGGAATATTGAAGCCATCGGAGTCGAGATTGACGAAATGGATATCACCGATAAGGCAGCAGTGGAAAAAGTGATCACCGAAGCGCAGGTGGATGCTGTGATACATTGTGCGGCTTACACTGCAGTTGATGCGGCGGAGGACAATGTGGATCTGTGCCGCAGAGTAAATGCCGATGGTACGAAAAATATAGCAGAGGTATGCAAAAGGCTGGATATAAAGATGATGTACTTTTCCACCGACTATGTTTTTGACGGCCACGGCGAGAGACCATGGCAGCCGGAGGATGAGAGAAAGCCTCTTAATGTCTATGGACAGACGAAATATGAAGGGGAGCTTGCCGTGGAAGAATTGCTGCAGAAATATTTTATCCTGCGCATCTCCTGGGTGTTTGGTGTAAACGGAAAGAATTTCGTTAAGACAATGCTGCGTCTGGGTAAAGAAAAAGGGGCAGTCAGCGTTGTTAATGACCAGATAGGTTCACCCACTTATACCGCTGACCTAGCAAGGCTGGTGGTGGACATGATCCAGACTGACAAGTACGGAATATATCATGCAACCAATGAGGGTTTCTGCAGCTGGTACGAATTTGCCTGTGAGATATTCAAGCAGGCTGGAATGATGGATGTGAAGGTAACTCCTGTGGACAGTACAGCTTTTCCTGTAAAAGCTCTAAGACCTAAAAACAGCCGGATGAGCAAGGATAAGCTGGACGCTAATGGTTTTAAAAGGCTCCCCATCTGGCAGGACGCGCTCCAGCGGTATTTGAAGGAGATTGGGTGTAATGAAATTTAA

Protein sequences of DBSCAN-SWA_3

>CP021850|270916:278042|274528_275512_+|AUS95185.1|DBSCAN-SWA
MKGIILAGGSGTRLYPLTKVTSKQLLPVYDKPMIYYPMSILMEAEIQDILIISTPEDTPRFEELLGDGSQFGINLSYAVQPSPDGLAQAFIIGEDFIGSDSVAMILGDNIFHGHGLKKRLVAAANKRTGATIFGYYVDDPERFGVVEFDEEGRAISIEEKPKVPKSNYAVTGLYFYDNRVVEYAKSLKPSARGELEITDLNRIYLEAGELDVILLGQGFTWLDTGTHESLADATNFVREIETHSHRKIACLEEIAYLNGWITKEQVMEAYEEYKKNQYGQYLKDVVDGKFIDKNLMYNKYLRAVYRKERKKYESYKNRIGGSISNRA
>CP021850|270916:278042|275462_276017_+|AUS95186.1|DBSCAN-SWA
MKAIKTELEEVLVIELDCYGDNRGWFMECYNQDKFHKLGIDTVFVQDNHSMSAVKGTLRGLHFQNNPMAQAKLVRCTKGAILDVAVDIRKNSPTYKKWVAVELTEENKKMLYIPRGFAHGFLTLTDNVEVQYKVDNLYSKEHDRSIRYDDPTIGVNWGDIEPILSDKDRNAPLLDDSDANFIFE
>CP021850|270916:278042|272097_273480_+|AUS95184.1|transposase|DBSCAN-SWA
MYSKYQRKKALQLYDQCKSVSKVIQQLGYPTRKRLYDWIAERNSLPSRKAPRQKYNNTPEHPRHPPLELKLEAIKRCFEMGENVQLVSEEIGYSRASIYTWRKKYILKGAAGLMNTSDNPRGKLPPGDTVSFKEVEQLKAQILDMQLEIDILKETLDVLKKDPGADITVLKNREKAVIIGVLKDKYSLPLLLHKLNLPKSSYYYQCNRMKCSDKYATLRTRIIELFNKTTERYGYRRIYALLVKEGIRVSEKVVRKTMPEDKLIVRDKRRNKYNSYKGDISPEVPNIVKRDFHADAPNKKWLTDITEFAIPAGKVYLSPIVDCFDGMLPAWRISTTPDAQLVNSMLDDAISTLNNNEHPIIHTDQGCHYRWPGWISRMDNAGLCRSMSKKGCSPDNSACEGFFGRLKNEIFYNRNWAGVTIEQFIGILNDYLIWYNETRIKISLGNMSPLEYRRSLGLAS
>CP021850|270916:278042|270916_272014_+|AUS95183.1|DBSCAN-SWA
MRYDYLIVGAGIFGSIFAHEANKRGKKCLVIDKRNHVGGNIFTENIKGINVHKYGAHIFHTDNKRVWDYMNNFAEFNRYTNSPIAIYEDELYNLPFNMNTFYKMWGVKTPAEAKAKIEKQIAEANISVPKNLEEQAISLVGRDIYEKLIKGYTEKQWGMKATELPPFIIKRLPVRFTYDNNYFNDKFQGIPIGGYTQIIEKMLKGIDVKLNTDFFIYRDELESQADKVLFTGMIDEFYNYCYGELEYRSLRFEHEILDMENYQGNAVVNYTEYEVPYTRIIEHKHFEYGTQPKTVITKEYPVKWKKGDEPYYPINNDKNNLIYSKYKELANKETKYIFGGRLAEYKYYDMDQVIERALYMVEKEI
>CP021850|270916:278042|277184_278042_+|AUS95188.1|DBSCAN-SWA
MKVLVTGVKGQLGYDVVLECKKRNIEAIGVEIDEMDITDKAAVEKVITEAQVDAVIHCAAYTAVDAAEDNVDLCRRVNADGTKNIAEVCKRLDIKMMYFSTDYVFDGHGERPWQPEDERKPLNVYGQTKYEGELAVEELLQKYFILRISWVFGVNGKNFVKTMLRLGKEKGAVSVVNDQIGSPTYTADLARLVVDMIQTDKYGIYHATNEGFCSWYEFACEIFKQAGMMDVKVTPVDSTAFPVKALRPKNSRMSKDKLDANGFKRLPIWQDALQRYLKEIGCNEI
>CP021850|270916:278042|276037_277069_+|AUS95187.1|DBSCAN-SWA
MKILITGGAGFIGGNFVHYILNKYPDYKILCLDKLTYAGNLETLKPVMDNPNFKFIKGDISDREFIYELFSEEKPDMVVNFAAESHVDRSIEDPGIFLKTNVIGTGVLMDACRKFGIKRYHQVSTDEVYGDLPLERPDLFFTEETPIHASSPYSASKASADLLVQAYYRTYKLPVTISRCSNNYGPYHFPEKLIPLIITRALADEELPVYGTGENVRDWLYVEDHCSAIDLILHKGREGEVYNIGGHNERTNLQVVKTILKELGKPESLIRFVADRPGHDRRYAIDPTKIHNELGWLPATTFDEGIKKTIKWYLDNREWWQHILSGEYKDYFNKMYGNRLAES

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS95183.1|270916_272014_+	UDP-galactopyranose mutase	E4ZFQ1	Streptococcus_phage	1.5e-148	66.9
AUS95184.1|272097_273480_+|transposase	transposase	A0A1B1P773	Bacillus_phage	9.6e-44	38.1
AUS95185.1|274528_275512_+	glucose-1-phosphate thymidylyltransferase	I7I009	Enterobacteria_phage	1.9e-102	65.3
AUS95186.1|275462_276017_+	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	1.4e-38	45.6
AUS95187.1|276037_277069_+	dTDP-glucose 4,6-dehydratase	I7HTA3	Enterobacteria_phage	6.4e-85	46.8
AUS95188.1|277184_278042_+	dTDP-4-dehydrorhamnose reductase	I7HXC9	Enterobacteria_phage	1.0e-35	37.7

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>CP021850|328318:353504|DBSCAN-SWA
TATGAAAATATATAATACCCTTACCAGACGCAAGGAAGAATTGAAACCAATTACAGACAACGAGCTGAGGATATATTCATGCGGTCCTACGGTTTATAACTATGCCCATATAGGAAATCTCAGGACTTATGTTTTTATGGACATTTTAAGGAGAGTATTGAAATATAACGGATTCAAGCTAAAGCATGTGATGAACATAACCGATGTAGGACATCTGGTATCCGATGCCGATGAGGGCGAAGACAAGATGATGAAGACGGCAAAAGAGCAGCAAAAATCGCCTTGGGAGATTGCGGAATACTATACCGGCGTTTTTTTCAGAGATATAGCTGCTCTGAATATTGAAAAGCCTGAGATTATTGCAAAAGCCACAGAGCATATTGATGAAATGATTGAGTTTGTGCAGGGCCTGGTGGAAAAGGGCTATGGTTATGAGACCAGTGACGGGATATATTTCGATATTTCAAAGCTCCCGGACTACGGAAAACTGTCGGGCATTGACCTGGAGGGCCAAATGGCCGGCGCCAGGGTGGAGGTTAATGATGAAAAAAGGCACCCGGCGGATTTTGCACTGTGGAAGAAGGCACCGAAGGAGCACATCATGCAGTGGCCAAGCCCATGGGGCATGGGATATCCGGGATGGCACATAGAATGCTCCGCCATGGGCAGAAAGTATCTGGGGGATACTTTTGACATACATACCGGAGGTGTCGACCATATACCGGTACATCATGAAAATGAAATCGCCCAGTCGGAAGCCCTGCTGGGACATCCGGCGGTGAAATATTGGATGCATGGGGAATTCCTGCTGGTGGACAATGGCAAAATGTCCAAAAGCCTCGGGAATACTTATACAATAGAAGACTTAAAGGCCAGGGGATTAAACCCTCTTGCTTTCAGATACTTGTGCCTGAATGCCCATTACAGGAACAAGCTGAATTTCACATGGGATGCGATACAATCGGCCCAGGTATCCCTGGACAGGCTGCTTGAAGGAGCTCTTGCCCACAAAAATGGCACGGCTTCTGTTGATGCGGAGCTGATCGCAAAATTCCGCCAGGACTTTGAAGAGGCGATAAATGACGACCTGAATATACCCAGAGCCCTTGGTATTGTATGGAATGTAGTGCGGTACCATGAAAAATCCAAGGATTTGTTTGATCTCCTCGTGCTTATGGATTCGATACTGGGACTGAATATAGATAAGGTGCAGCCCAAAGAGGAAAAGCAGGAAGAAATCGATCCAGAAATCGAGGAATTGATACGGCAAAGGCAGCAGGCCAGAAAGGAAAAGAACTGGAAGCTGGCTGATGAGATCCGGGACAAGCTTAAAGAAATGGGAATACTGCTTAAGGATACCCCGGAAGGTGTTAAGTGGGAGAAGATATAATACAGCAAATTTGATTGTTCAGCCCTTTCAAGACCTGGATGGGGATATGTGACAATAGTTAGATATTTGCTGTTGTCGCTTGTTGGAGCTGTCCGAAGAGCATGGATTTCCAGCTTTCCCTGGAAAAAGTGAAATGCCATTGGAGTTATGGAGAATTAATCGGATATGGTGATTATCCGTTGATTATCTGTGTAAAATAAAAGGGGAGAATAACCGGGCATTGGCTCGCCAGATTTCCATGGACTTGATTTGGGCTGGGACTGGGTTTCAGGTGTTACATGAGCCTGGTTTAGGTCCTAAGCCTGGGTCAAGCTTCAGGTGTTTTACGGGCCTGTTTTAGGTTTCAAGCTTGGGCCTAGCTTCGGGTATTTCACATGCCTGGCTTAGCATTTTAAGTTTAGGTTGAGCTTCAGACATTCCGTAAGCCTGAATCAGATCTTAAGCCTGGAACGAGCTTAATGCTGTTCCGCAAGTTTGAGATAGGTTATAAATTTGGACTATATTTGATTTAACTTTGATTTAATTAAAATTTTGAATAATATAATTTGTTTTGCTTTTAGGTACCACATGGAAAGCAAATATTGAAAAGCTTGCCCAACCCGAAGTGTGGTTTTGACCCACAAAAAGCTAAGTTCTTACGGCTTCGACAAGCGGATTAAGCAACGCATAGAGAAGTCGAGGATGATTGGAAGTCATTGCTATCCAATGTGGCAATGCAGTGCTTAGCCGGAATAAGGCTTGATGCAGATTTTGGATATTTTAATCTATTGAAAATAAGGTGCTTTGTATTGGAAGAAGTGTTTAAAGAGGTTATAAAGGAATTTAACAAAGAAATTACGGACAAAAAGGATCCGTCCCAGATAAATCCGCTGGTGCTGGCCTATATCGGTGACGCAGTTTATGAGCTGTATATAAGGGCACTCCTGGTGTCCAGGAGCAATGCCCATGTCCATAAACTGCATGTAGATTCAATAAAGTTTGTAAAGGCTAAAGCCCAATCGGACATATTGCACAGGATAATGGGGAATCTTACGGAGGAAGAGCAGGATATTGTGAGGAGAGGCAGAAATGCCAAATCCGGTACTATTCCTAAAAATGCCGATGTGACAGAGTATAAGTATGCAACGGGTTTTGAGTCTCTCATAGGCTATCTGTACCTCACCCATGCCTATGACCGTTTGGTGGAGGTTTTAAAAATGGCTGTTTCTGAAGATGCAGCCCAGAGCTAACCTGGATTTTGGTATGGTGGCGAGCATGTACCGGAACCAATTTAAAATAACACGAAGGCAGGTTGTGACAGATGTTGGCTAATAAAAAGAAGGGTAATAGAAGAGCAGATGGCAGCAGATTTGATGGTAAAAAATCTGATGATAAAAGATATGACAGCGAAAAGGCTCAATATAAATCAAAACATAAAGACTCGGATGATTTCAGGGATGGTACCGGCCGCTATGAGCCTTCCCCTGAGGAAGCTGCCGAAAGAATAGAGGGCAGAAATCCTGTGATAGAGGCTATCAGAGCGGATAGGGCAATCAATAAAATTTTCGTATCCAAAGGCGAAAAGGAAGGATCAATAAAATATATCATAGCGCTGGCAAGGGAAAAGGGTATAGTGGTGCAGGAGGTGGACAGATCCAAACTGGACACCCTGTCCATAACCAGAGCTCATCAGGGAGTCATTGCTTTTGCAGCGGCCAAGGAATACGTGGATGTGGATTATATACTGGAAGCTGCTGCTTCCGCCGGAGAAGCACCGTTTATAATAATTCTGGATGAAATCACCGATCCCAACAATTTTGGTTCAATATTGAGAACGGCAGATGCGGCAGGTGCTCATGGGGTAATCATACCCAAGAGGAGGGCTATTGGCCTTACGGCTACGGTATCAAAAGCGTCAGCCGGAGCGGCTGAATATGTTCCTGTAGCTAGGGTTACAAATCTTGGACAGACGATAGATTACCTCAAGAAAAACGGTGTCTGGATCGTAGGGACGGACTTGACCGGTGAGAAGCCTTTCTACGACAGCGATTTGAAAGGACCGATCGCCCTTGTGATAGGCAGCGAAGGAGAAGGCATGGGAAGGCTCGTCAAGGAAAAGTGCGATTTTATCGTAAATATCCCTATGAAAGGCCATGTGTCCTCACTAAATGCTGGTGTTGCGGCAGCAATTGTCATGTATGAGATATTAAAACAGCGTAACAAATAATGTAACTAAGACGACAGGTTTAAACAGCAATATCTGTTCGTTGATGGTTCTTTGCAGAGCCGGTTGAAAATAACCGAATGTTTTGAAAACATTTTGTTATAATCTGATTTGATGCTCTAAAAACAGGATAATTTCAACCAACAGTGGCAAGGACCTGTCTATGGCTATTAGCGCAGGGAAAGGCGTATCCATATCTTAAAAAAAGACACCCTGGAAGACTGAAGGGATAAACCCTGCTGGATGATGTGCAGCTAACCGGGGGATTCAATTAGAAAATATTATAATCGCATCCTATGCCCATATGTTTAAAAACGGGCAGGGAATCAGAAATCTATGATTTTTTGAGAAATATATATTCAAAAGAAAAGGAAACTGCCGATAAATATATAAAGGCTTGTTTACCATAATTTTTTTCTATTCATAGGGCAGCTGGTACAGAGTCAGATTGAAGGTCTCCGACCATTTTGAACAGGGGTTTGTATAATTGGCCAGTGATAGGACAAGAATGCCTCCGATGGGACTGAGGCATGAAATATAAAGATTATCAGGATTGTTAAAGAAGCAATGGATAAATAGTTGCAAAAAAGGAATCCTATTATGTCAAATGCCACGCTGATTTGTTCGAAATTTTAGGGAAAAATTGGAATGAAAAGTTTTAATTGACATAATAGCGTGTTTTTCTTATAATTATTAATATGTGACCTTTCTGACTTGTTATCAGCTCATATTATGTCATTGCTTATGTAAACAAGCAATATAAAATATAGGTTATGCACTTAATGCAGGGGGGCGTTATCTTGAATTCGAATACACGTATAGGTGTAGTTGGATCTTACAGTACTATGCTTGATGAAGAAATCATAGAAGAAGCACAGGCTGGTGACATTGGAGCCCTTGAATATTTAATCAACAAGTATAAGGGCTTTGTACGTGCCAAGGCTAGAACCTATTTCCTTATTGGCGCTGACAGGGAGGATATTATCCAGGAAGGAATGATAGGACTTTTTAAGGCAATAAGGGATTATAGAGAGGACAAGCTGTCATCATTTCGCGCCTTTGCAGAGATTTGCATTACGCGTCAGATTATTACCGCAATAAAGACGGCCACCAGGCAAAAGCACATTCCTCTGAATTCCTATGTTTCTTTGAACAAGCCTATCTTTGATGAAGAATCCGACCGCACGCTTATGGACGTAATAAGTGAAGAAAGCATAACCGATCCGGAAGAGATGATAATAAACCGTGAGGAATTTGCAGGTATTGAAGATAAAATGGGTGAAATTCTCAGCGATCTCGAATGGGAGGTTTTGTCCTTGTATTTGCAAGGCAAGTCCTATCAGGAGATAGCCGAAGAATTGGACAGGCATGTAAAATCGATTGACAACGCCCTACAGCGAGTAAAACGGAAGTTGGAGAAATATCTCGAAGGAGAAAAGTGATAACTTCGAAAATTAGAAAAAATAAGTACTGGACTTGTTGTTATGGTTGTGGTATAATCATATTCGCTGTGGTGATTACAGTATGCAGACTTAGGTCTGCGGGTGTAATTCAATGGTAGAATATCAGCTTCCCAAGCTGACTGCGTGGGTTCGATTCCCATCACCCGCTCCATTGTTTGCCCTCATAGCTCAGCAGGCAGAGCGCATCCATGGTAAGGATGAGGTCACCAGTTCGACTCTGGTTGAGGGCTCCAATTTGAAAAGACGTATCCGATAAGGATGCGTCTTTTTTGTTTGAATCTGTGTACGAATAACTGATTACTTCACTTAGACAAAGCGCTCTGCCGGCAGAGCATGTGACACAAAAAGCAAGTAGTACAAGGAAAGCAAGCATGGAGGAGCGGAGCATATGAGATATGTGAGTACCGCAGACGTGAAGCTTGACGAAGTAGTAAAGCCGGAATGTGGAGCTCATTCTAGTGTGCCGATTTTTGTGCTTTAGACCATCCATGGTAAGGATGAGGGTATAGTTTGGCCTTGGTTGAGGGGTGCAATAAGTTAGATATGTTGTTGTTTTTTAACTATGATTAACACTATTAATGTGAAAATATGTAATTGCTAGGAGGATTTTAGATAAATGTGTAGAATATTCAAGTATAACGATAGTGTTTAAGAGATTGATTTATTTGAGGTAAAATGTATAATCTTGAAGAACTAAAAAGTATTCCAGTGGTGGAAGTTGCAGAAAAACTGGGGATAAATGTTAAGAAAAACAAAGCTATGTGCTTTAATAATCATGATAAAAAAACTCCTAGTCTAAGTTTTAATACCAGAAAGAACTATTGGCACTGTTTTGGATGTAATGAAGGTGGTAATTCAATTCAACTTGTACAAAAAGTATTTGCATGTGATTTTATTGATGCTTGCTATTGGCTATCAAAGGAATTTAATATACCGTTTGGTTCAGAAAAAAATAAAAAATTAATACTAAAGACGAAAAAACTCGTTCAAAGACATAAAAGTATAGCTGAAAAAGATAACATAAATAAGCCTGATATTGAAGTATATGAATGGCTTGTAAATTCTTGTTCTCTAGGTACGCGTGCTTACAAATACCTTATGAATGAAAGGAAATTTAACAATGAAGTTATTCAACACTTTAATATTAAATCCATAGAAAACCCTACTAATGTGTTTCTTAATGCAAAATCAGTATGGGGAATTGATAGACTTTTAAAATGTGGTCTTGCAAAAATATCTGATAAAGATATTCCGGTATTTATTTGGACAAGTTCAGTTATTTTATTTCCGTTTTATAACTTAGATAACAGAATTGAATACCTCCAAGGAAGACAAGTAGGTGATAGAGAGCCTAAATATATTAACCTAAATGGTATCAATACACACATTTATAACTTTAATGTACTGAATCAGATTGGTAAGAATGATTTTATATATATATGCGAGGGTATTCCAGATGTCCTTTCTGCTTATCAAATGGGTATACATGCAGTTGGTATTTTGGGCGCAAATAACTTTAATGAAGAATGGGCGAATTATTTTACTGATTATAAAATTAGGATAATTCCTGATTCTGATATAAGTGGCAATGAATTTGCAATTGTTGTAGAGAAAGCTTTTCGAAAAATCGGAAAACCTGTTCAAATTATAAAGCTTAAGGGTGTAAAGGACCTTACAGAGTATAGAGTAAGTAGGTGTAAGTAATTATGGATGACATTATAAGTCAGATAGTGAATATCGAGAATTTATATTGGGCATGGGAGAAAGCTAAGGAAGCATACAATCAGAGTGATATCTTATATGATGAAATTGAAGTAGCTGCATTTGAAACAAATTTATCTAAGGAACTTAAAAGAATTCAAAATGATATTTTGAGTAAAAGATACAAACTATCACCAATAAAGCCAGTTGCCCACCCAAAATCTAAGAAAGACAACACTCCAAGAACGAGGCAGGCTTTTTGGATTTCTGTTCGTGATCAGGTAACATGGATAGCAGTAGTCAATATAATTGGTCCGCATTTAGATCGCGTGATGCCATTTTGGAGTTTTGGTAATAGGTTATATGTATCCGTGTTTCCTAAAAAAGGAGAAAATAATGAAAAAATAAAATGGAGTTTTGGGCCTTATAGGCATACGTCAAAGCATATCTATAGAAAATGGAAACAGAGTTGGCCGTTTTATAGAAGATGCATTTCAATTGTGACAAAGAAAATGACACATGTTAAAGTTAGCGATGGTTCAAATATAATACCTAATGATAATTTATTTGATGAAAAAGAACTTGAAGTTATAGAAAATAATAATGCCCTACCTTCACACTTAAAAGTAAAATATCTTGAGAATGAATATTGGTCAGAAGATTTAAGCAGAGAAATATACTGTAAGCGCTTAATTTTAGGGTGCCTTGTATGAATCATTACGGCACCAGGAGGGTAGTTCAGGTGACCACGGTAGATAAGGTGTCAGAGATTCATGCGTCAATTCCTTTAAGCTTGGTAAATTTGTCAGTAGATGCACCAAATACATATATGGATTAAGTTGATTTGCTTTGGCAGTTTCTATCATGCTGTAGACAATAGCACTGGCCTTGGCTCCGCGAGTTGTGTCGGCAAACAGCCAGTTCTTCCTGCCTGTGACATACGGACGAATGGCATTTTCGGCTCGATTGTTGGAAAGCTCGATTCGTCCATCCAACAGGAAACGATTCAATGATTCCTTTTGATTCAATGCATATGTGATCGCTTTCCCCAGATTGGAGTTTGGCAGCGGATTTAGTTGTTGCACCCATTCCCAGAACTCATCAAGAAGGGGTTTCATATTTTTAAGTCGTTCTTCATACCGCCTTTCAGCGGATAGTTCCTCCCATTTCTTGTCCATGGCAAACAGACGGTTACAATAATCATATCCGATAGCCGCCTTGGAAGTCTTAGTGTCAGCCCCCTGGGGAATTGCTTCTTCGAATTTGCGTTGTAAATGAGCCCAACATCCACAATGTATAACATCAGGCACTGCATTGTAGCCACTATAGCCATCTGTCTGAAGGTAACCCGAAAAACCCTCAAGAAATCTTCGGGCATGCTGGCCGGATCGTGTCGGTTGGTATTCAAATAAAACAGCCGGGGTTGGACTTCGCCCGGAAGTGTAGACCCACATCCGCGATTCTGTCGTTGCTTTCCGTCCCGGTTCTTTTAATACCTGCAGTACAGTTTCGTCTGCATGAATCAGGGGTTCGGAAATCAAGTGCTTATGAATGGCATTGTACATTGGTTCAAGCCATTCATGGCTTGGACGTATGATCCAGTTTGCCAGGGTGGCTCTGGAAAGTGTCACCCCCTGATTTGCCCAGTCTTTCTCCTGCCGGTATAAAGGCATTCCGTTGGCATATTTCTGATACATAACATAAGCAACTGTTGAGGCAGAAGCAAGGCTGCGTTTCATGACCGGGGCTGGAACCGGCGCTTTGACAATGTTGGCATCTCCGGTTTCCTTCTCGCAGACGGTACACACATAATTAAAACGAATGTATCTCAATACTCTTACTTGGGCAGGGATAATCTCAAGTTCATCCCTGACATGCTCCTTGCCCAGATATCTAAGGTCAGCCTGGCAAATACCGCAAGAGCGCTTGTCCTCGTCAAGGTCACAAACAACCTCCACTACAGGAACTGTCTGTGCCAGTTCTTCCTTTGTTCTTTTAGGTTTTCTGGTATGGGCAGCCACAATTGTCTGTACGGTAGGTTCTTCTGCTTTGTTGTTCGCTTCGACCTCTGCTTCGTTGAAAAGTGAGATTTGATCGTTGTCTTCTCCTAAAACATAACGACGCTTTTCGCTGGATTGGCCGTATAGAGCTTTTTGGGATTTGATAAGAAGCTCTGTAAGCTGGTTGATACGGATTTGCTGGTTTTCCACTATTTTTTCCAGAGTGGAAACATATTCAATTTGTTCTGGCGTAAGCCCTGTAAAATTTATCTTTTGCATAAGATAATTGTACCATATTTCACCTGAAAAATCCAGCTTAAATGCTGTAAAATCAATACTTTTACGCACTTTTTTATCAGTAGATTTCGCCTGTTCTTGCTTTTCGTATTGCTTTGGGTTGATCTATCGTCAGACCCTCCATCAGCCACCGGAATTCCTGCTGGGTAAGCCGTCTTGCTTGCTCCGGTGTACGGGGCCATTTAAAGTTCCCATTCTCAAGACGCTTATATAGCAGTACAAAACCGTCTCCTTCCCAGAAGAGAGCTTTGAGACGATCACGACGTCTCCCACAGAAGAGGAACAGGCTCGGAGAAAAGGGATCCATGCCAAATGTCTCTTTGATAATAGCCGCTAATCCATCAATTGACTTTCTCATGTCTGAGTACCCGCAGACAATGTAGATATCTTCTGCCCTTGTAATATCGCCTAACATATGCTTTTCAATGCCGACAGAACTGCCTCGATGGTTTCTCTGGAAGTTCCGTCATGTATATCAACACAAAAAGAAGGCAAGTGGATTGTGACTGCTGCAGATACCTTTGTCTGGTGAAATGGTACTGGGACAATTTCTTGTTCCGGTTTCTGAGGTACAAGTGATCCGGTCTCACACGCCAAGGTGCGGATTCTTCGCAGCCAGTAGTAGTACGATTTAATTTTTACATTGTTCTGGCTGCACCAACTGACAACTGTCATTCCACTGGTTTGGCAGGCTTGGATAATCTTGCTCCACTGCTTGAGTCGGAATTCAGTTTTGGCATTTGTGATTTTATCCATATTGAGATAGCCTCCTTAGAGATTCTAGACTTTTTAGTCAGAGTCGAAAAACTCGAAAAAGTCTAAAGACTTTTGGATGGATTATCTCATATGGACGGATAAACTTCTATGCGCACTTATATTAAGCGCTTACAATATACTGGGCAAGTATTGACCTAAAGGAGTTTTATCCAAATACAAATATTGGTGTTATTATTAACAATTTTAAGAAGTATTTCCCCCAAAACAAACTCACAACAGAATTAATAAGTTTATTTAAGACTTTGTTAGTATTCCCAATTGATAAATCAGGTTGGACTAAAGAAGAACTGGATATTGTAAAAATTGGTAATGAAAAAACCTGTAAAGGAATTCCAACAGGTCTTTTCGTCGCAGGATTTCTCGCTAATTTAGCACTTTTAGATATAGATAATAGAATAAATAATTTACTCAATAATGATAGAAGAATTGCTCATTTTAGGTTTGTAGATGATCATGTGTTTATAGCTGATAGTTATGATAAGCTAAAAGCCTGGATCAAACAATTTGAAGATTTACTAAATGAAAGTAGAATAGGTGTTGATATTAATTACGATAAAATTGAGCCTGAGCAATTAAGAAATTTTGTTATAGTCTTATGTAGTGGTGTAAAATCGGCAGCGTAATTCCGGTGGTAAATATTGTCCTTTGACAAACGAGCCACGATATGGCATCTACTTTATTAGGTCTCACAAATCAATAAGGTAGAGGAGGTCATATCGTGGCTACAAAAGATATAATGCCATTAATCGAAGAAATTTTCAAGGTTTATGGAGATGTAAAAAATGGAGATTTTATGCGTGAGACCATGGCATTCATCCTACAAAAGCTGATGGAGGCTGAAGTAACGGCAAAAATCGGCGCTCAAAAGTATGAGCGTACCGATGAACGGAACAACCATCGCAACGGTACCCGTACCAGACCCTACGAGACCCGTCTGGGAACAATTGAACTAAAAATACCGAAGCTGCGTGAGGGAAGCTATTTCCCAAGTTTCTTGGAGCCTCGCCGCATGTGGGAAAAAGCACTGGTCAATGTAATTCAAGAGGCCTATGTCCATGGGGTCAGCACTCGCAAGGTGGATGAACTGGTTCAAGCGCTTGGGATGGAAGGGATTGATAAGAGCGCCGTATCCCGTATCAGTCAGGAGCTGGACGAACATGTCCAAGGGTTTGTTCACCGCCCTTTGACATTACAATACCCATATTTACGGCTAGATGCAACCTTTCCAAAGGTCCGTGAAGGCGGGCATGTAGAAAACATGGCACTGGTGGTTGCAGTAGGTGTGAATGAAAATGGGGAACGAGAAATACTGGGCTTTGATATAGGTATGGCAGAGAGTGGTCCTTTTTGGACAGACTTTTTACGCCGTTTGGTAAGCCGAGGCCTAAGAGGAGTGAAACTGGTCATCAGTGACGCCCATGAAGGCCTGAAAGGGGCAATAAACGAAGTATTAAGCGGTTGTGCATGGCAGCGGTGTCGGGTGCATTTTATGCGTAATGTATTATGCCAGGTACCTCGCAAACAACAAGGAATGGTATCGGCCATTGTTAGGACTATTTTTGCTGCACCTGATCAGAAGGCTGCAAAAGAACAACTATACACGGTTGTTTCCCAGTTGAAGGACCGATTCCCCAAGGCAATGGAAATCCTGGAGAATGGGTGCGAGAATGTGCTGCAGTACATGGCCTTTCCATCGGAGCATTGGGCACAGATCCATTCGACAAACCCGTTGGAACGGTTAAACAGAGAGATACGGCGAAGGACAGATGTTGTGAGCATATTTCCAAACCGCCCGTCGGTACTACGACTGGTAGGGACATTACTCATTGAGCAGCATGAGGAGTGGCAGATTGGCCGTAGATATTTCAGCAAGGAATCAATGAACAAGGTAGTAAATCCAGCGCTTGCTCCCTATACTCTGTCGTCGACATCACTGCTGCACAAATAAAATGCTTGCTTTTTTAGCTGATTCCTGAGGTGGTTTTCCTATACGGACTTCCGCATAGGCAGCGTCCGCCATGCTATAATGGAAAATTACGGGGGATGTGGTAAACTTAAGCTTGCTTCTTCCCTTCATCCCTCGGCACTAAAAACAGGGCATGGCGGAATGTGGTTGTCAAGGAAAAGCCTGTTTTTGGCCCTTGACAACCACATTAGCGATAATATCAGAGACCAAAGTAGATGCTAATTTACACCACTTGACAAGACGCTATCGAAATTTTTATAAAAATAAGAACGCTAAAACCTCTCAAGAACTTGACCGCTTAGCTCATGATAGTACTAAACTAGATCCTGACTATCCTGCGCCACTAATGACACAAACCTTAGCAAAAATATCAAATATTGTAAGAATTGATTTTGATCTGATAGAAGAGGTTGAAAGGAAGCAAATAATATCAGATATTGAGCATTTGCTAGTTACTGATTTCCCTGATGAAGAGTTAAGACGAGATACTCGTATTTCTTTTGCAGCTACTATGCTGTCAAAATTAGTACCCAAAAACCATGTTGATATTACTGAAATATATGAAATTGATAAGAGAAAAAGTTGTAAGATAAATGAACTAGAGTATAAGCAGAAAGAAATAAATAAATATAGAGATAACTCTGATCAATACACAATAATAGAGAAACAAATAGAGAAGCTAAACTTTGAAATTAAAGAACTTAATGATAGTTTAGAAAGAATTAAGAATGAACTAATGAAAAAAGAACTTATTTCCTTTAAGCATTCTTTTAGGTTAATGCTGAAAGCATTAAGAGATAATCATGAAAAACCCAAATTATGGGTACGTGCAATTGAATTTTGTCAAAGATCTGGAATTAATGAAATTGATTCTATATGGGAAATTGTCGACGATTTGTTAAAAGCAAATTCTATAAACAAGTTATCTGCAGGATTTATCTACTCACTTATTTTAAAAACACTTTCAGATCAAATAATATTAGCTTTTAAAGAGGTAAGTGAATTGAAAGGAAGTCCTATTACCTATGAACGTTCAAAAAAATTCTTAAATTATTTAATAAGTAAAGAATTCGTTACATCCAAAGCAACTTTAATAAAGAATTATACCAAACCCTATGAGATGGGATGCCTTAATCTTTTTATGTTTACATGCTCTGTTATAGCATATTATTTAAAAGAAGAACCGACTTGTGATTTATATGAATATTTTGATAAAACTAGAAATAGCATTTTTGATAAAAATAACGATGGCGCTTGTTTAGTTAGTAAAGATGAATATTCATTTATTAATATGATATGGTGGATTCTATGTAAAATAACTGAGAAGTCTTCTATAGAACCACCAAAAATGTGGTATGATGTTGTGAAGTATTTATGTCACAATAAAGAACTCATTGATTCACCAACAGGTATGTCGATAATATCCTTGTATCCTAAAAATTTGCCTGCTGAAATTATTGATTATCTGTTTTCAAGTAAAAAGATGAACAATTATTTGAAACATGAGGGATGGCTTTTTGATATTCTTGTGAGTTTAAAAGACAAACAGATTAATTATAATGGATTAATGCAAAATAAAATGGTTCGTAAAATTAGTAAAATATTAAACTTTACTGATAATGAATATGTTACTTTATATGAATGGACAGAATGGGCAAATAAATTTGAGAAGAACTCAGTGGCTTATGATCCCAGATTATCAGAATGGACTGCATTGGAAATTGTTAAAAGGGTTGCAAAAATACACAATTCTGTTGTGCATAATATTGAACTTCTTCATAATAGTCAATTATTTGAGGATGTAAATGAACGATATTATAGTGTTCATCCATCCAATTATATTTTGCCAAAAGAATGGATAGAGTGCCGAAGTAATATGAGTTGGGAAGATTGGAAGAATGCCATTGATATACATCGAAATAATAAAACGGTTAAGCTAAGAAAACTCAAAGAAGTAATTTATGACTACAGATATACTCCAGTCATTCTTGATCCTTATTCATATGAGAATCGTGAATTATCTGTTATTCATGGTCTTGGAATTTTACTTATTGGATTATTATCAAAAAGTTTTAGTTTTCCAGCTATTTATAATCCAATTGGTATGCAAAAAGTTTGGACTTCAGTTTTGAAAGCGAAACTTGAATACTATCCAATATCTTCACGAACTTTAGGCATCATATATGGATGCTTATCTAAAAGAAACATCGAAACTAAATTTTTATCTATCTATCAACATGAACTGGTACCAGATGATGATACAATTTTTGATCCTCCACATATTTTTTCAATTTCAGACTTTATACAAAATATAGAAAAGGCTCAAAAGATTCTTGAGAGCTACCAATTAACAGTACAGGAGTATAGCCCAAGACAGCTGATACCTGTAAGCTTAATTCAGTTAACAAGGGATTACAATCCATATAAGCAAATAGAGGATGGTATAGAATGAGCATAAATAAGGATTTACGGGAATATTTGAGAATTGGTTTTATACAAACAGTAGTTGACGGTGAGTATGCGTGGTATAAACCATATCCATCAATTAATATGAAACCAATGGCACAATTAAAAGTATGGCAAGAAATAAAAAAAGGGTTTTGTAATTTAAACGATAATCAAACAAAACCTCATATTATTATTTTACCAGAGTTATCGGTTCCGAATTGGTGTATTATTCATTTAAAAAAATTGAGTATGACTATAGGTTCTGTAGTAATTGCAGGACTAGATTTCCAAAAAAATGCTTATAATAAAATCAGTAACAAAGCCATTGTTATCGTACCTAATAATTGGCCTAATATTCGTAAATCTACAAGTACATCAAGTTTTTATTTCGGAAAAACTCACTTCTCAAACGAGGAATTTGATTTATTTGAGAAGCTGAATGATTATGAAAAGCCTTTGCATGCCTATTCACCTTTATCAGAGCCTGTGAACTATATAATCGATGCTGGACCATTTGGAAATATTGGAGTGGCTATATGTTCTGATTTTTTTGATATAGAAAGGTTTGTAATTTATAAAGGGAAAATACATCACATGATTGTAATTTCTCACAATATGGATACAAATTCTTACTACTTTTTGGCTGAAGCAATATCAAGGCTAGTATTCTGTAATGTGGTAATTTGCAATACTGGCTATTATGGAGATTCTATAGCTTTTTCGCCATATAAAGAGTCATATAAACGGATTATTTACCGCCATGAGGGTCAGCAATTATTTTCTACGCAGGTAGTATCTTTACCAGTAGCTTTATTAGACCAAGCTCAATGTAATCCCAGAAAACTTCCAAAAGACCATAATGGTAAAAACATTTTTAAGTCTGCACCTCCAGGTTATATAAGACATATTTAAGTGTTAATGCTACTCTAAAATTGTACCATATACCGGTAAAAAAATAGGCTACCTTAATCTAATATTCTGTATGATTATGTTGATCAAACATTTCGTACAGGAGGAAAGATATGATTAAGATGGCAGAATTAGAGGTTATCGAGACGGGGTGCAGACGATATTTTGGACAGCTTAAACTGCTGATTCAAGGGAGAGTGTAAGTAATTTTGTGTAAACCTCCAAGGTGATATAAAATAATAATATCAAACTGGAGGTTTTACTATGCCCAAAAAGAAGCTACCCAATGAACTCCTGGATCAGCTTATCAAGGAGTACAATATCAAAGATACTGATGACATTAAGAACATGCTGAAAGACCTTATGGGAAGCACCATTCAGAGGATACTCAACAGTGAACTGGATGAAGAATTAGGTTATGAAAAGTATGATGTCCAAAACAAAGAAACCGACAATTCACGGAATGGATACAGTAAAAAGACTGTTCGTTCTGAATACGGCGAAATAGAGCTTGATATACCAAGAGATCGTAACGGTGAATTTGAACCGCAAATAGTGAAGAAGAATCAAACTGAAATCAAGGGTATCGAAGGCCAGATTATCTCTATGTATGCCAAAGGAATGAGCAACAGAGATATTGAGACCCATCTACAAGAATTATACGGCATCGAAGTTTCACCAACACTAATATCAAGAATAACAGATAGAATTTTACCTGAAATCAAAGAATGGCAAAGCCGTATGCTTAAGAGTGTCTACCCGATAGTGTTTATGGATGCAATCTACTACTCTGTTCGCAAAGACGGGATTGTCGTAAAGAAAGCTGTGTATATAGCTATCGGAATAGATTTGGAAGGACAGAAAGATATCCTCGGCATGTGGATTGGAGAAGCAGAAAGCAGCAAATTCTGGCTTTCCATAATGAACGAAATTAAGAACAGAGGTGTCAGAGATATTCTTATCGCCTCAGTTGATGGGTTAAATGGTTTTTCCGAAGCTATTAAGGCAGTTTTTCCTATGACTGAAATACAAAGGTGTATAGTTCATCAGATAAGAAACTCAACAAAATTTGTTTCGTACAAGGATTTGAAGTCATTCACAGCCGATTTAAAGCCGATATACAAAGCTGCAACTGAAGCTTTGGCACTGCAGGAGTTAGATGCATTTGAATCAAAATGGGGAACTAAATATCCTAATGCTGTTCGATCCTGGAGGAATAATTGGGAAGAGCTAAGTGTATTTTTTAAATATCCTCCGGAAATAAGGAAAATTATTTATACTACCAATGCAATTGAAAACTTCAATCGACAACTTCGGAAAGTTACAAAGACAAAGTCAGCATATCCGTCTGATGATGCTCTTATTAAGTCCCTTTACCTGGCTGTACGAGATATTACCAAAAAATGGTCAGGACGGATTCAAGGTTGGGGCACTATTCTTAATCAGCTTATGATCTACTTTGAAGGACGTATATCAGAAAAAGATATATAAATCAACAGGCATTTATTCCACGATCCTCTTGACAATGAGCCTCTGCAGGCATGTTAAAAGGCATCTGCCGGCACCAGCCATTCTGAACAAGGGAGTGATCCTCTACAGTGTGGATGATGCCTGGCATATAGCCTAACATGCTGCTTTACTCATTATCAAGAGGCTTTCGCGGCATAAACGCCTTTTCAGGATTTCGTAGTTTAATCGAAATTCTCAAATATGTATTGACTATGATGTAAACGAATGATAGAGTTAAAAACAACTGGGATACAAAAAAATCAGGTATCCCAGCGCTAAAAAATATATTAACCTTGAGTTTACACAAAATTTATGACACTACCATTCAAGGCTTCGTCGGTATTCCAATGGACTCATGTTACCAAGTGATATTTTAATTCTTGATTCGTTGTGCCAGCTAATATACTCATTGAGTTTTTCTATGAACTACTCTATTGTTACTCCTAACCAACTACGGTTGTAAAACATTTAGTTTTTCAATCGTCCGAAAAGCCCTCACAGGCTGAATTGTTTGGAGAACAACCTTTCCTTGACATAGATCGTACAAGACCTGCATTATCCATCCTGAATATCCAACTAGGCCATCGATAGTGACAACTGCGATCTATATGGATTAATGGATGCTCCTTTTTACTAAGTGTACCAATCGCTGTTTTTTGCAAGAGAAAATTCCTCACTTTTGCAAAATTTTTTCCTCAGGCACCGATGTGGAATTTTTATGTTAACCCCAGTAGTTTTATCTGCTAAATTCTCATGTGTTTAATGTTGATTCCCTCAGCCTATTACTTTGGCCAGGAAAGAGCAACAAGTGGCAATGATGAAGTATCCGGTCAATGATAGCTCCTGTCATCTGCTCGTCATAAAACACATTTACCCACCTTGAAAACTCTATGTTGGTGTTAATGATTACCGACTTTCGTTCATAGCACTCAGATATTACTTCAAACAGGAGTTGCGCTCCTATCCGGTCAAGAGGGACATAACCCCACTCATCACAGATCAATAAGTCGGCTTTATTAAGTGCTTTTAAAAAAGCAGATAATGTTCCGGCTTTCTTTTGCTCTGCCAGTTTGTTTACAAGTGCCGATGTCCTAAAAAACCTAACTTCTAAACCTTTCTTACATGCCTCTACTCCTAATGCAATGGAAAGATGGGTCTTGCCAGTACCCACATTGCCATACATAACAATATTGGTCTTGTTTGTGATGAACTCGCATTCTTTAAGGTATTCTGGCGTGATACCACCAGGAAGTGTTACTTCATCGAACCTAAAGCTCTCAAATGTCTTTATGGTATAAAAACCAGCTTTCTTTATCAGCTTATCTTTCCTTACTTTTTCACGATGCGTAATCTCTGCTTGAAGTAGTTTAAGCAAATACTCCTGATGGCTTTCTGCTTGTATTTTGCCCGACATTTCCACGATGTTTTTGCTTAAGCGAAGTCTCTTACAGCAAACAGCAATATCAGATACTAACATCCATCTACACCTGCTTTCTTAAGACTCTCGTCGTAGACCATAAAATTTGGCTCATACCTTTTTAACTGCGGTATATGATCAGGCAGGCGCACCGGTTCAAGCTGCAATACTTTTTCATGTAGCCGGCTGTGTAGATTTATTAAACTGTCTATATCAGCGGCGCCGTAGGATAGTGCAGTGCTTACTGTTTCTACTGCTTTTTCAAAGCTGCTTTTCTGTGTCAGATTGGCAATGGCCTTTAACACCTTTCCCTTATCTTGCTTGCTCAAATCTTCTAAATACTCTTTTACAGGCTGTGGCAGCATTTGATATATGCCTGTGTATTTCAATGCGCCTGGGCATCTCGCCAATTGGTTAAGGTAAGGCAACCACTGCATGCTTTGTTGTTTATGGTCACCGTAAAGCCTATCGTGGCGCACTATCTCACGATAGTTTTCATCAAGCACTATTACCTCAAAGGCAGTTAGCCTAACCAATACATATGTATTTGCATATTTAGGTGCTACAGAATATTCGTGTAAGCCATTGTTAATCAGAAATTTACCATATCCATTTGTCTTTACATTTATGTATTTGCTTGTATCAAAGGCTACTCTGGGTAGTTCCAAAAGGGATGCAGCGTCATCCTTGTATAACTCTTCAATTGTCCTTTCCTTACGGTAATGCTCTCTTTTCGCATCCTCTTCACATTGAAGCAGAAGCTCTTTATTAAATTTGCTGATACTTTCAAACCGTGGTACCGGAACCAGCATATTTCGTCTATGATATCCAACCTTGTTTTCTGCATTACCCTTTTCATGTCCGGCTCCCACATTACAAAAGGCTGCTTCAAAACGGTAATGTTCCATAAACCGCAAGAAGTCATCAGTCAGAGTCCGCTCTCCGTTTTTCATTACCTTGGTAACCATAGTGCTTGCATTATCAAACCATATCCTTGGTGGCACTCCGCCTATGTGTTCAAATATCGTTTTTAAGCCTTCAAACAGACATTCCTGGTTTTCTCCCTTGAAAACTTGGATATATCCTTTATTACTGTATGGAAACGATAAGTTTAAGTATTTACCGCTGTATAACTTACCTTTTTCATAAAAATCGGCATCACCAAAATCTACCTGTGCTTCTCCTGGTATATGTTCTAACGGTAGAAAACCTTTGTTTTTACCAAAGATCTCTTTTTTCTTTACTGCCACATATCCTGCAACAGTTCTGTAGGAGCAGCCAAAGTCATCCTTGTACTTCTCTAACAGCCGCTCATATATTCGTTTTGCTGTGTGTCTTTGTTTACGCCTGGTTCTTTTATCCTCAGAAAGCCAAGCATCAATGTCCGGCTTGTATGGGTCAAGCTTTGGAAATGTAGTTTTTTCCCTTACTTTTGACTGGTCTTTATTCCAGTCATCTTTATCAAGGTATTTCTTTACTGTCTTACGGTCGTAACCAGTTTCTCTGGCTATTTGGCTAATATTTTTCCCTTCCTCAAAATACATTTTTCTGATATCCTTAATTTGGGTCATTGATAGCATCCTCCATTCCTCCTTGTAGCCGTTTTCCCCAACTAACTACAAGGATATTATTCTGGGGTGGTGCCTTCAATGGCCTTTTGCAATTATGTGGAATTTACTATTGCAAAATTGGGGAATTCTTTTTGCAACTTTGTCCAATTATATTATGCAATAAACACCAATCGCATCATCTAGCATGCTGTTGACCAGATGAGCATCTGGCGTTGTGCTGATCTTCCATATAGGAATCATCCCATCAAAGCAGTCAATTATAGTATAGGGGATAAGTACACTTTCCCAGATGGAATAGCAAACTCTGTTACATCAGTAAGCTACTTCTGGTTTGGTGCATCATCATGAAAATCACGCTCAATGACATTGGGAACTGCAGGCGTTATTTCACCCTTGTATGAGCTATACTTATTCTTTCGTTTGACTTTAACTTTTCAACCCACATTTATAGATGGTTTTTCTTACTACCTTTTGTGAAACGCGAGTGCCTTCTCTAACTAATAAAGCGAGGATTCTTCTGTATCCATATCTCTCTTAAGCTTTAGCAAATAGTTCAATTGCTTTAGTGCTTAACTCTATATACTTATCAGGGGAATTCATCTGTTTTTGTTAATAGGTAAGCGTCAAATAGCCCCCACCTTTGATTTAGCAGGGGCATAATATATATTATTTATTGGGCACTTTGCAATGACCCGGAAGATTTGCTGACCATGGCAACAAGGTGTCTAATGCATGTTGATCCTTGATATTTATATTCGGTAGACGTTCAAAGAGATAAGTAAGATATTCAAACGGGTTCAACCCATTCTCTTTTGCCGTCTCCACAATACTGTAAATTGTTGCGCTGGCATTGGCTCCTTTAGGCGTGTTGCTAAACAGCCAATTCTTCCTCCCGATTACAAAAGGCTTTATCGACCGTTCACTTCGGTTGTTATCAATCTCTAGCCTGCCGTCCAGCATAAAGGCCTCCAGCTTGTCCCACTGGTTCCGGCAGTATTGGATTGCTTTTCCTAATGAACTTTTGGGAGTTACTCTTGGACTCCAGTATTTGAGCCATTCCTTGAATTTATCAAGCACTGGTCGGCTGTGTTTCAATCGGCCCTCATATCTTTCTTCCGGTGTAACATCATGAAGCATTTTTTCTATCTCAAACAAGTTATTGCAAAATGCCAAACCTTCTTCTGTTACTGTGGGCTTGTCATCTTTTTTTGGAGGCATGGCTTTTAAGGCGTCGACAAAATAACGCCTTGCATGTGCCCAGCAACCAACCTGGATGATTCCGGGCATGCCACTATAACCATCATACCCATCCGTATGAAGGTAACCTTTGAATCCTTCAAGAAATTTTTTAGGATGTTTGCCAGCCCTGGTAGTTTGGTAGTCATAAAGAATAATCGGAGGCCCTTCCCGGCCGGTCCGGTATAGCCACATGTAGGAGGTTGAATCTGCGGCTCGCCCGGGTTCCTTGAGTACTTGGAGGGTAGTATCATCGGAATGGAGGATGTCCCTTTGCTGCAAGTGTTCCCGCATTCGTTCATATATCGGCCGCAGCCACCTGTCGGAGCTTTGTATCATCCAGTTCGCCATGGTTTGCCTGGATATTTCAATCCCCATCCTCTCCCAGTCCTGCTCTTGACGATAAAGAGGAAGCCCTTTTACAAATTTCTCCGTCATTACATGAGCTATGGCGGATGCCGAAGCCAGGCTTCCAGGAAGTGCCGGCTTTGGCATTGGGGCTGTTACTATCGGTGTAGATATTTCATTCTTCTCGCAATTACGGCAGCCATATACATACTGCACATGTTCCTTTACACGCACCTGAGCCGGAATAATTTCTATTTCCCGCCTTACTTCCTTGCTCATTTCATGCAGTTTGCCGCCACAGCAATCACAAACCTGCTCTTCTTCAGGCAAGCGATACTCTATGGTCTCTACAGGAATGTCTTTAAGCATTTCTTCTCTGTGCCCCTGCTTTTTACGACGTTTATATGTAATTTCCTCTAATGTTGGTTCGGGAACTGCAGGCTTGGCTTCTGATTCCGCCTCGTTGAAAAGATTTAGCTGTTCAGGGACTTCCGTCTTTTCACTTGAACGCCCAAAAAGCTTATGCTGATGCAGCCGGAATTGTTCTTCAAACCATTTGAGTTTTGCTTCAAGCTCGGCTTTTTCCTGCTTCAATATTTCAATTTCTGTTTGGAGTTTTTCTATTGTAACCGTTGATTTCACTGTGTTTTCCATAATTTTATTATATCATTTTTCTACGGTTTTTTCCAGGAAAATGATAAAAAATATAAATATTTTTGTCTTGAAAGTATTCATATTACTGCACTTACTGTCACTTTTTTGTGTGCCTGCTTCTGCTCCAAGGATAGTCCATCCAGCAGCCAACCCAGTTCACGGACACCAACCTTCATTGGAGTGCCGCAACTTTCTTTAGGCCATTGGAATTTGCCTTTTTCAAGCCTCCGGTAATATAGCCAGAAACCATTATGTTCCCATTGGAGGATTTTAAGCTTATCACGTTTTTTATTGCAGAACACAAATAGACAAGACGAGAAGGGGTCTAATGCGAAGCTTTGCTGGACGATGGCAGCCAGGCCATCGATAGACTTACGCATGTCGGTACTTCCACAGGCAAGGTAGACCTTGTCGGTGCCGGCTATGCTCAGCATAATTCCCTCAGCACCATTAGCACATCCAACAGATGCTTCTGGTCAAAGCCTGGTTTGACTTGAACTTCAGCTGGGCCAAATTTGATTTCGATTGATTGGCCTTTGCCTGTATGCTCTTTATGATCTACTTCTACCGGAATCCATTTGGGAGATTCTGATTGTATGATTCCGTTTTGTCTTTCTTTTCTCAACCAGTAGCTTAACTGACGAAGACTTATCCCCGCGGATTTGCAAAATGAAGTTTGCGTCTGTCCGCTGGATTTGTACTCTGCAATTATGGATGCCCATTTTTGATAAAGATCTGCTTTGGTCATAAAGTTATACCTCCAGTATATTTTCTGGAGAGATTATCTCATAAGCCTGTTTGCATTTAAATGTGGGTATTATTTACCGCTTACGTTAATAGCTCCTTCTCGACATCCTTAGTTTTCACAGAAGCAGCAGTGATATTTATCTTTCAGAGCACCGATTATCACTGCCTTTTCTCGGTTCTTGAAAGTTGTCATGTCGGCGCGCGGGTCTTTTTTTAAGACATCAAGTATCTCCTTTATAGAATATCTATTTCTAACTGCATATCCAGTATCTGAGCTTTCAACTGTTCAACCTCTTTTAAGGAGACTGTATCTCCTTGGGGCAATTTCCCACAGGGATTGTTATTGGTATTCATAAGTGCAGTAGTTCCTTTCAGAATGCACTTTTTCCGTCATGTATAGATACTGGCCTTGCTATATCCGATTTACTCTGAAACTAATTTTACATTCTCGCTCAGCTCTAACTTTAGTTTTTGACGGTAAATCACGCTCAGCAATCCAGTTACACAGCCCTCTTCGTGTTGGATAGCCTAAATGTTGAATGACCTTACTTACAGATTTACACTGGTCATAAAGTTGCAATGCTATTTTTCGTTGTTCGTTTGAATACACTTTTTCTACTCCTTTCAGAGTCATTAGTGTCCAGCTTTTTGTCCGCCCCCCTTTCCTCTCTACACATAGCTGATATGTAATCATTGCATACCTTTCTACAATCACTTAACTTACATACACTGCATCTCTTTTGACTACTACATTCACTACATAAGCTGCGTTTTTGACGCTGTTTTCCAAGCATGCAGTCATTGGGGTCAGAGCTATACGCGGATTCGGTAATTCTATGTCTTCGAATTTCCTTAAAAGTGGTTGTTCGATTTTGCCGAGTATCTCAGTGATTGTTTTTAAAAGCAAAACCCTTGTCCAAGCATTTTTCAATTGTATATCTATCCTGCAATTTAAAATGATTTTGATATGTGGAATTATCTTTTTTTATAATAAATTCCCTTTCAGCAGACAGATAATCACATACAAAATATACCAACATTTGCAGGAGTAAAATCAACTTTTTAAATAGAGTTTCTATTTTTATTTAGCAAAATAATTTCACTCTTGAATTAGAAAAGTAATTTCTGTATTCCTTTATGAGAGATTTTGAGTGAAGGTCAATTGAAAAGGTAATTTCCACTTTGCAAAAGTAAATTCCATGGATGTTGTTATCATTGTCACCGTCGGGGTATAATTGACCCATAACGCCGGACAGAAATTGACCCACACCAAACCAAACGGTTACCATAAAAGTGTGTCAAATACTTTTATGGGGGTGACCGTATGATAAGGAGTGGGACAATTAATATGATACACGAAGGTGCACAAAAAGGAAAGAGTGCATATGCCATAGGTAAAGAACTTGGTATATCAAAAAACACGGCAAAAAAGTACATGAACCAGCCTAAAGCTGAGCATGGGCTTAAAGGAAGGACAAAACCATCAAAACTCGATCCTTTTAAACCCGAAATAAATGAAATGATTGAAAATGGGATATTTAACTGCGTTGTGATTTTAGAAAGATTAAAGGATATGGGCTATACCGGCGGTATAACCATTATTAAGGATTATGTAAAGCCGTTCAGACCGGCCAGAAGCGCTCCTGCAGTTCGAAGGTATGAAACACCACCTGGTAAACAGGCTCAGATGGACTGGGGTATTATCCACTACATAGATGAGAGAGGAAATACCCATAAAGCCCCGGTTTTCATAATGATACTGGGCAATTCAAGGTGTAAGTATATTGAGTTTACTAAACGTTGCGACATATACAGCTTATTAAGATGCATAGTAAACGCTTTTGAGTATTACGGTGGTGTACCGGAGGTAGTTCTGACAGATAGAATGAAGACTGTAATAAACGGCAGTGAGGCAGGAAAGCCGATATGGAACAGTAGATTTGAAGATTTTGCCGCAGACATGGGTTTTGTACCGAAGGTATGCCGGGTAAAAAGGCCCCAAACAAAAGGAAAAGTTGAACGCCTAGTGGATTATGTGAAGGATAACTTTCTACCGGGAAGACAGTTTAAGGATCTGCATGATTTAAACTCTCAAGCATTTGAATGGTGTAGGAAGGTAGACAGTAAGATCCACGGGACTACCGGGGAAATACCTCTTGAAGCATTAAACAAAGAACCCCTTCTGCCACTACCAGATAAAGCTGTTCGCGATAAATACAGATGGGAAACAAGAAATGTAACAAGGGACGGATTTGTAAGCTATGACGGTGCCAAATACGGTATACCCTGGCAGTATAGCGGCAGGGAAGTAAGAGTAAGGACATGTGGTGATTTCTTTGAAGCTTACTATGGTGAGGTAAGAATAGCTTGCCACAAAGTAGAGTACGCATCGGGCAAGATAGTGTGGCTTAAGGGCCAATACCAAGGCCTTGCCGAAAGGGGTGGCATAGCGGTTCCCCTTCCCTTCGCCAGGAAGAAAGAAACAGAAACAGTAGAGATACGGTCTTTAAGCGTGTACGATACACTGGTGGGGGTGATATCCAATGGTTGA

Protein sequences of DBSCAN-SWA_4

>CP021850|328318:353504|332692_333352_+|AUS95234.1|DBSCAN-SWA
MQGGVILNSNTRIGVVGSYSTMLDEEIIEEAQAGDIGALEYLINKYKGFVRAKARTYFLIGADREDIIQEGMIGLFKAIRDYREDKLSSFRAFAEICITRQIITAIKTATRQKHIPLNSYVSLNKPIFDEESDRTLMDVISEESITDPEEMIINREEFAGIEDKMGEILSDLEWEVLSLYLQGKSYQEIAEELDRHVKSIDNALQRVKRKLEKYLEGEK
>CP021850|328318:353504|343735_344962_+|AUS95243.1|transposase|DBSCAN-SWA
MPKKKLPNELLDQLIKEYNIKDTDDIKNMLKDLMGSTIQRILNSELDEELGYEKYDVQNKETDNSRNGYSKKTVRSEYGEIELDIPRDRNGEFEPQIVKKNQTEIKGIEGQIISMYAKGMSNRDIETHLQELYGIEVSPTLISRITDRILPEIKEWQSRMLKSVYPIVFMDAIYYSVRKDGIVVKKAVYIAIGIDLEGQKDILGMWIGEAESSKFWLSIMNEIKNRGVRDILIASVDGLNGFSEAIKAVFPMTEIQRCIVHQIRNSTKFVSYKDLKSFTADLKPIYKAATEALALQELDAFESKWGTKYPNAVRSWRNNWEELSVFFKYPPEIRKIIYTTNAIENFNRQLRKVTKTKSAYPSDDALIKSLYLAVRDITKKWSGRIQGWGTILNQLMIYFEGRISEKDI
>CP021850|328318:353504|330420_330936_+|AUS98632.1|DBSCAN-SWA
MQCLAGIRLDADFGYFNLLKIRCFVLEEVFKEVIKEFNKEITDKKDPSQINPLVLAYIGDAVYELYIRALLVSRSNAHVHKLHVDSIKFVKAKAQSDILHRIMGNLTEEEQDIVRRGRNAKSGTIPKNADVTEYKYATGFESLIGYLYLTHAYDRLVEVLKMAVSEDAAQS
>CP021850|328318:353504|337429_337786_-|AUS95237.1|DBSCAN-SWA
MLGDITRAEDIYIVCGYSDMRKSIDGLAAIIKETFGMDPFSPSLFLFCGRRRDRLKALFWEGDGFVLLYKRLENGNFKWPRTPEQARRLTQQEFRWLMEGLTIDQPKAIRKARTGEIY
>CP021850|328318:353504|338261_338771_+|AUS95239.1|DBSCAN-SWA
MYWASIDLKEFYPNTNIGVIINNFKKYFPQNKLTTELISLFKTLLVFPIDKSGWTKEELDIVKIGNEKTCKGIPTGLFVAGFLANLALLDIDNRINNLLNNDRRIAHFRFVDDHVFIADSYDKLKAWIKQFEDLLNESRIGVDINYDKIEPEQLRNFVIVLCSGVKSAA
>CP021850|328318:353504|335079_335787_+|AUS95236.1|DBSCAN-SWA
MDDIISQIVNIENLYWAWEKAKEAYNQSDILYDEIEVAAFETNLSKELKRIQNDILSKRYKLSPIKPVAHPKSKKDNTPRTRQAFWISVRDQVTWIAVVNIIGPHLDRVMPFWSFGNRLYVSVFPKKGENNEKIKWSFGPYRHTSKHIYRKWKQSWPFYRRCISIVTKKMTHVKVSDGSNIIPNDNLFDEKELEVIENNNALPSHLKVKYLENEYWSEDLSREIYCKRLILGCLV
>CP021850|328318:353504|337779_338127_-|AUS95238.1|DBSCAN-SWA
MDKITNAKTEFRLKQWSKIIQACQTSGMTVVSWCSQNNVKIKSYYYWLRRIRTLACETGSLVPQKPEQEIVPVPFHQTKVSAAVTIHLPSFCVDIHDGTSRETIEAVLSALKSIC
>CP021850|328318:353504|331007_331913_+|AUS95233.1|DBSCAN-SWA
MLANKKKGNRRADGSRFDGKKSDDKRYDSEKAQYKSKHKDSDDFRDGTGRYEPSPEEAAERIEGRNPVIEAIRADRAINKIFVSKGEKEGSIKYIIALAREKGIVVQEVDRSKLDTLSITRAHQGVIAFAAAKEYVDVDYILEAAASAGEAPFIIILDEITDPNNFGSILRTADAAGAHGVIIPKRRAIGLTATVSKASAGAAEYVPVARVTNLGQTIDYLKKNGVWIVGTDLTGEKPFYDSDLKGPIALVIGSEGEGMGRLVKEKCDFIVNIPMKGHVSSLNAGVAAAIVMYEILKQRNK
>CP021850|328318:353504|352277_353504_+|AUS95249.1|transposase|DBSCAN-SWA
MIRSGTINMIHEGAQKGKSAYAIGKELGISKNTAKKYMNQPKAEHGLKGRTKPSKLDPFKPEINEMIENGIFNCVVILERLKDMGYTGGITIIKDYVKPFRPARSAPAVRRYETPPGKQAQMDWGIIHYIDERGNTHKAPVFIMILGNSRCKYIEFTKRCDIYSLLRCIVNAFEYYGGVPEVVLTDRMKTVINGSEAGKPIWNSRFEDFAADMGFVPKVCRVKRPQTKGKVERLVDYVKDNFLPGRQFKDLHDLNSQAFEWCRKVDSKIHGTTGEIPLEALNKEPLLPLPDKAVRDKYRWETRNVTRDGFVSYDGAKYGIPWQYSGREVRVRTCGDFFEAYYGEVRIACHKVEYASGKIVWLKGQYQGLAERGGIAVPLPFARKKETETVEIRSLSVYDTLVGVISNG
>CP021850|328318:353504|338866_340096_+|AUS95240.1|transposase|DBSCAN-SWA
MATKDIMPLIEEIFKVYGDVKNGDFMRETMAFILQKLMEAEVTAKIGAQKYERTDERNNHRNGTRTRPYETRLGTIELKIPKLREGSYFPSFLEPRRMWEKALVNVIQEAYVHGVSTRKVDELVQALGMEGIDKSAVSRISQELDEHVQGFVHRPLTLQYPYLRLDATFPKVREGGHVENMALVVAVGVNENGEREILGFDIGMAESGPFWTDFLRRLVSRGLRGVKLVISDAHEGLKGAINEVLSGCAWQRCRVHFMRNVLCQVPRKQQGMVSAIVRTIFAAPDQKAAKEQLYTVVSQLKDRFPKAMEILENGCENVLQYMAFPSEHWAQIHSTNPLERLNREIRRRTDVVSIFPNRPSVLRLVGTLLIEQHEEWQIGRRYFSKESMNKVVNPALAPYTLSSTSLLHK
>CP021850|328318:353504|350633_350954_-|AUS95247.1|DBSCAN-SWA
MTKADLYQKWASIIAEYKSSGQTQTSFCKSAGISLRQLSYWLRKERQNGIIQSESPKWIPVEVDHKEHTGKGQSIEIKFGPAEVQVKPGFDQKHLLDVLMVLRELC
>CP021850|328318:353504|345731_346457_-|AUS95244.1|DBSCAN-SWA
MLVSDIAVCCKRLRLSKNIVEMSGKIQAESHQEYLLKLLQAEITHREKVRKDKLIKKAGFYTIKTFESFRFDEVTLPGGITPEYLKECEFITNKTNIVMYGNVGTGKTHLSIALGVEACKKGLEVRFFRTSALVNKLAEQKKAGTLSAFLKALNKADLLICDEWGYVPLDRIGAQLLFEVISECYERKSVIINTNIEFSRWVNVFYDEQMTGAIIDRILHHCHLLLFPGQSNRLRESTLNT
>CP021850|328318:353504|328318_329707_+|AUS98631.1|tRNA|DBSCAN-SWA
MKIYNTLTRRKEELKPITDNELRIYSCGPTVYNYAHIGNLRTYVFMDILRRVLKYNGFKLKHVMNITDVGHLVSDADEGEDKMMKTAKEQQKSPWEIAEYYTGVFFRDIAALNIEKPEIIAKATEHIDEMIEFVQGLVEKGYGYETSDGIYFDISKLPDYGKLSGIDLEGQMAGARVEVNDEKRHPADFALWKKAPKEHIMQWPSPWGMGYPGWHIECSAMGRKYLGDTFDIHTGGVDHIPVHHENEIAQSEALLGHPAVKYWMHGEFLLVDNGKMSKSLGNTYTIEDLKARGLNPLAFRYLCLNAHYRNKLNFTWDAIQSAQVSLDRLLEGALAHKNGTASVDAELIAKFRQDFEEAINDDLNIPRALGIVWNVVRYHEKSKDLFDLLVLMDSILGLNIDKVQPKEEKQEEIDPEIEELIRQRQQARKEKNWKLADEIRDKLKEMGILLKDTPEGVKWEKI
>CP021850|328318:353504|350283_350640_-|AUS95246.1|DBSCAN-SWA
MLSIAGTDKVYLACGSTDMRKSIDGLAAIVQQSFALDPFSSCLFVFCNKKRDKLKILQWEHNGFWLYYRRLEKGKFQWPKESCGTPMKVGVRELGWLLDGLSLEQKQAHKKVTVSAVI
>CP021850|328318:353504|345298_345403_-|AUS98634.1|DBSCAN-SWA
MEKLNEYISWHNESRIKISLGNMSPLEYRRSLEW
>CP021850|328318:353504|342562_343474_+|AUS95242.1|DBSCAN-SWA
MSINKDLREYLRIGFIQTVVDGEYAWYKPYPSINMKPMAQLKVWQEIKKGFCNLNDNQTKPHIIILPELSVPNWCIIHLKKLSMTIGSVVIAGLDFQKNAYNKISNKAIVIVPNNWPNIRKSTSTSSFYFGKTHFSNEEFDLFEKLNDYEKPLHAYSPLSEPVNYIIDAGPFGNIGVAICSDFFDIERFVIYKGKIHHMIVISHNMDTNSYYFLAEAISRLVFCNVVICNTGYYGDSIAFSPYKESYKRIIYRHEGQQLFSTQVVSLPVALLDQAQCNPRKLPKDHNGKNIFKSAPPGYIRHI
>CP021850|328318:353504|340247_342566_+|AUS95241.1|DBSCAN-SWA
MAECGCQGKACFWPLTTTLAIISETKVDANLHHLTRRYRNFYKNKNAKTSQELDRLAHDSTKLDPDYPAPLMTQTLAKISNIVRIDFDLIEEVERKQIISDIEHLLVTDFPDEELRRDTRISFAATMLSKLVPKNHVDITEIYEIDKRKSCKINELEYKQKEINKYRDNSDQYTIIEKQIEKLNFEIKELNDSLERIKNELMKKELISFKHSFRLMLKALRDNHEKPKLWVRAIEFCQRSGINEIDSIWEIVDDLLKANSINKLSAGFIYSLILKTLSDQIILAFKEVSELKGSPITYERSKKFLNYLISKEFVTSKATLIKNYTKPYEMGCLNLFMFTCSVIAYYLKEEPTCDLYEYFDKTRNSIFDKNNDGACLVSKDEYSFINMIWWILCKITEKSSIEPPKMWYDVVKYLCHNKELIDSPTGMSIISLYPKNLPAEIIDYLFSSKKMNNYLKHEGWLFDILVSLKDKQINYNGLMQNKMVRKISKILNFTDNEYVTLYEWTEWANKFEKNSVAYDPRLSEWTALEIVKRVAKIHNSVVHNIELLHNSQLFEDVNERYYSVHPSNYILPKEWIECRSNMSWEDWKNAIDIHRNNKTVKLRKLKEVIYDYRYTPVILDPYSYENRELSVIHGLGILLIGLLSKSFSFPAIYNPIGMQKVWTSVLKAKLEYYPISSRTLGIIYGCLSKRNIETKFLSIYQHELVPDDDTIFDPPHIFSISDFIQNIEKAQKILESYQLTVQEYSPRQLIPVSLIQLTRDYNPYKQIEDGIE
>CP021850|328318:353504|346450_347968_-|AUS98635.1|transposase|DBSCAN-SWA
MTQIKDIRKMYFEEGKNISQIARETGYDRKTVKKYLDKDDWNKDQSKVREKTTFPKLDPYKPDIDAWLSEDKRTRRKQRHTAKRIYERLLEKYKDDFGCSYRTVAGYVAVKKKEIFGKNKGFLPLEHIPGEAQVDFGDADFYEKGKLYSGKYLNLSFPYSNKGYIQVFKGENQECLFEGLKTIFEHIGGVPPRIWFDNASTMVTKVMKNGERTLTDDFLRFMEHYRFEAAFCNVGAGHEKGNAENKVGYHRRNMLVPVPRFESISKFNKELLLQCEEDAKREHYRKERTIEELYKDDAASLLELPRVAFDTSKYINVKTNGYGKFLINNGLHEYSVAPKYANTYVLVRLTAFEVIVLDENYREIVRHDRLYGDHKQQSMQWLPYLNQLARCPGALKYTGIYQMLPQPVKEYLEDLSKQDKGKVLKAIANLTQKSSFEKAVETVSTALSYGAADIDSLINLHSRLHEKVLQLEPVRLPDHIPQLKRYEPNFMVYDESLKKAGVDGC
>CP021850|328318:353504|351365_351587_-|AUS95248.1|DBSCAN-SWA
MTLKGVEKVYSNEQRKIALQLYDQCKSVSKVIQHLGYPTRRGLCNWIAERDLPSKTKVRAERECKISFRVNRI
>CP021850|328318:353504|335769_337353_-|AUS98633.1|transposase|DBSCAN-SWA
MQKINFTGLTPEQIEYVSTLEKIVENQQIRINQLTELLIKSQKALYGQSSEKRRYVLGEDNDQISLFNEAEVEANNKAEEPTVQTIVAAHTRKPKRTKEELAQTVPVVEVVCDLDEDKRSCGICQADLRYLGKEHVRDELEIIPAQVRVLRYIRFNYVCTVCEKETGDANIVKAPVPAPVMKRSLASASTVAYVMYQKYANGMPLYRQEKDWANQGVTLSRATLANWIIRPSHEWLEPMYNAIHKHLISEPLIHADETVLQVLKEPGRKATTESRMWVYTSGRSPTPAVLFEYQPTRSGQHARRFLEGFSGYLQTDGYSGYNAVPDVIHCGCWAHLQRKFEEAIPQGADTKTSKAAIGYDYCNRLFAMDKKWEELSAERRYEERLKNMKPLLDEFWEWVQQLNPLPNSNLGKAITYALNQKESLNRFLLDGRIELSNNRAENAIRPYVTGRKNWLFADTTRGAKASAIVYSMIETAKANQLNPYMYLVHLLTNLPSLKELTHESLTPYLPWSPELPSWCRNDSYKAP
>CP021850|328318:353504|348634_350206_-|AUS95245.1|transposase|DBSCAN-SWA
MENTVKSTVTIEKLQTEIEILKQEKAELEAKLKWFEEQFRLHQHKLFGRSSEKTEVPEQLNLFNEAESEAKPAVPEPTLEEITYKRRKKQGHREEMLKDIPVETIEYRLPEEEQVCDCCGGKLHEMSKEVRREIEIIPAQVRVKEHVQYVYGCRNCEKNEISTPIVTAPMPKPALPGSLASASAIAHVMTEKFVKGLPLYRQEQDWERMGIEISRQTMANWMIQSSDRWLRPIYERMREHLQQRDILHSDDTTLQVLKEPGRAADSTSYMWLYRTGREGPPIILYDYQTTRAGKHPKKFLEGFKGYLHTDGYDGYSGMPGIIQVGCWAHARRYFVDALKAMPPKKDDKPTVTEEGLAFCNNLFEIEKMLHDVTPEERYEGRLKHSRPVLDKFKEWLKYWSPRVTPKSSLGKAIQYCRNQWDKLEAFMLDGRLEIDNNRSERSIKPFVIGRKNWLFSNTPKGANASATIYSIVETAKENGLNPFEYLTYLFERLPNINIKDQHALDTLLPWSANLPGHCKVPNK
>CP021850|328318:353504|334048_335077_+|AUS95235.1|DBSCAN-SWA
MYNLEELKSIPVVEVAEKLGINVKKNKAMCFNNHDKKTPSLSFNTRKNYWHCFGCNEGGNSIQLVQKVFACDFIDACYWLSKEFNIPFGSEKNKKLILKTKKLVQRHKSIAEKDNINKPDIEVYEWLVNSCSLGTRAYKYLMNERKFNNEVIQHFNIKSIENPTNVFLNAKSVWGIDRLLKCGLAKISDKDIPVFIWTSSVILFPFYNLDNRIEYLQGRQVGDREPKYINLNGINTHIYNFNVLNQIGKNDFIYICEGIPDVLSAYQMGIHAVGILGANNFNEEWANYFTDYKIRIIPDSDISGNEFAIVVEKAFRKIGKPVQIIKLKGVKDLTEYRVSRCK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS98631.1|328318_329707_+|tRNA	cysteine--tRNA ligase	A0A2L2DK39	Acanthamoeba_polyphaga_mimivirus	3.6e-46	31.8
AUS98632.1|330420_330936_+	Mini-ribonuclease 3	NA	NA	NA	NA
AUS95233.1|331007_331913_+	23S rRNA (guanosine(2251)-2'-O)-methyltransferase RlmB	NA	NA	NA	NA
AUS95234.1|332692_333352_+	RNA polymerase factor sigma-70	NA	NA	NA	NA
AUS95235.1|334048_335077_+	hypothetical protein	NA	NA	NA	NA
AUS95236.1|335079_335787_+	hypothetical protein	NA	NA	NA	NA
AUS98633.1|335769_337353_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.1e-66	34.6
AUS95237.1|337429_337786_-	hypothetical protein	S5VXZ8	Leptospira_phage	3.0e-18	41.8
AUS95238.1|337779_338127_-	hypothetical protein	NA	NA	NA	NA
AUS95239.1|338261_338771_+	hypothetical protein	NA	NA	NA	NA
AUS95240.1|338866_340096_+|transposase	IS256 family transposase	A0A220NQR7	Corynebacterium_phage	5.7e-96	48.0
AUS95241.1|340247_342566_+	hypothetical protein	NA	NA	NA	NA
AUS95242.1|342562_343474_+	hypothetical protein	NA	NA	NA	NA
AUS95243.1|343735_344962_+|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	9.1e-54	51.3
AUS98634.1|345298_345403_-	hypothetical protein	NA	NA	NA	NA
AUS95244.1|345731_346457_-	ATP-binding protein	A0A2L1IVB6	Escherichia_phage	9.2e-30	35.8
AUS98635.1|346450_347968_-|transposase	IS21 family transposase	NA	NA	NA	NA
AUS95245.1|348634_350206_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.3e-73	35.1
AUS95246.1|350283_350640_-	hypothetical protein	S5VXZ8	Leptospira_phage	1.2e-19	45.8
AUS95247.1|350633_350954_-	hypothetical protein	NA	NA	NA	NA
AUS95248.1|351365_351587_-	hypothetical protein	NA	NA	NA	NA
AUS95249.1|352277_353504_+|transposase	IS21 family transposase	U5N3F9	Enterobacteria_phage	1.8e-46	31.8

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>CP021850|600374:658744|DBSCAN-SWA
GATGCTAACAATGGCTGATATTAAGTATATCAAAGATTTATCGGATAAGAAAGGCTTATCCTTACGAGAAATTTCAAGAATAACCGGTTTTAACTTCAGAACTGTCCAGAAATATGTGGATAAGGATGATTGGTCAAAACCATTAACCAGAAAAAAGAACAGCAAAAGTGTACTTGACTCATTTGCAAAAACTATTGATGAATGGCTGGAAGCCGATTTAAAGGCACCAAGGAAACAGAGACATACAGCCAAAAGAATATATAATCGGCTTAGTAAGTTATACAAAGATGAATTTACTGTATCATATCGAACTGTTGCCAGATATGTAGCAGAAAAGAAACGAAAACTATATGGAAGCAATGAAAGCTATATCCCGCTTTATCATCCTGCCGGGGAGGCGCAGTTAGACTTTGGAATGGCAGAATTTGTGGAAAACGGGATTCGATATGAAGGCTGCTATGTGGCCATGTCTTTCCCATACAGCAATGGCGGTTACATACAGGCCTATAAGGGAACCAACATTGAATGCCTGCTCCAGGGTATGCAAAATATATTCAATCACATGGGACGAGTTCCCACCTGTATATGGTTTGATAACGATAAGGCTGTTGTAAAGAAGATATTGACTAACGGTGAGAGGGAAGTTACAGACGCATTCAACAGATTTCGACTGCATTATGGTTTTGAGAGTAATTTCTGCAATCCCGACAGTGGGCATGAAAAAGGGCATGTGGAAAACAAGGTAGGCTATTCAAGAAGAAATATGCTGGTTCCGGTGCCGGAATTCAAAGACCTTCAAGAATTTAATAAGAACCTGCTGATCGAATGTGATGAAGATATGCATCGTAAGCACTACTTAAAAGATATCCTCATTAAAACTCTGTTTGAACAGGATAAGAAAGCAATGAAACCTTTGCCAAAAGCTGAGTATGAGATCTACCGTCTTGAGAAAGTGAAGTCCGATAAATACGGGAAAGTGAACTTTGAAAACAGAAAATACTCTGCCAGTCCTGAGCATGCTCAAAGGGAGCTTTTTGTGAAAGCCAATGCTTTCAATGTCTGGATTCTTGATGATCAGTATCAGGTTGTTCAATGGCATAACCGATTATATGGAAAACAAAAAGAATCTATGAAATGGGAACCCTATCTGGTACTGATGAGTAACAGACCAAATGCCATAAAATATACCGGCTTTTTTCAGCAGTTGCCCCAAACATTGCAGGAGTACCTTTCTGGCTGTGATTACGAGCAAAAGAAAGCTACCCTAAGAATGCTGAAGAAGATGGTTGCTAACAGTGAGCTTGAAACAGCAGTGGATGCTTTTAACTACTGTGTTCAAAAAGGTATACAAGACTTGGATAGTATATGGGCCCGTTATTACAGTATGGTCTTCGCAAATGCTCCCATACCTGATATTGTTGTGAAAGATGAAATCCCTTGTCTGTCATATGAGGTGAATAACTCAATCTACGACGACCTGCTTGAGAGGGGGCTTCCTCATGCATGAACTAATTGCTGCCTACTGTAACACTCTAAAACTTGGCTCAAGAATTGCCAAGAATTATTCGCAGATTGAGGCCGAGACCCATGAGGAATTTCTTGCTAAGCTTTTGGCTATGGAAATAGAGGCCAGAGAACTCAATCGTAAAAATGCCCTGCTGAAGCAAGCGCAATTTGATGTCTTGAAAACCTTTGGAGACTTTCGGTTTGAAAAGATGAGTATACCCAATACTATCGATGTAGAAGCTATTAAAACAGCTTCTTTCGTTGACAAAAAGGAAAACCTGATTCTCTATGGATCTGTTGGGCTTGGGAAAACTCACCTGGCTACGGCAATGGGTGTGGAAGCCTGTAACCGTGGGAAAAGGGTAAGGTTTTTCCGCACATCTTCACTTGTTAATCAACTATTGGATGCCAAAGCTGAAGGAAGCCTTAAACGTTTTATGAAGCAATTGAATAAGGCAGATTTGATTATTTGCGATGAATGGGGTTTCATTCCATTTGAAAAAGAGGGAGCGCAACTTTTATTTCAGGTTATATCAGACTGTTACGAACGCAAAAGTCTAATTATTACTACTAATTTAGAATTCAGTAAATGGAACAGTATTTTCTACGATGAAAAGCTAACAAGCGCAATCATTGATAGAATTATTCATCACAGCCACTTAATTGTATTTGAAGGTTCAAGTAATCGTTTAGAGAACTCCTTGATGAAAGTACGATAAAAATTCATACCTTATATTAACAAAATTGGATTGCTTGGGTGCTGCATTTTTCTTGTCATTTTGATGCATTTCTAGTTGACAAAACACACTGTATGAAAAAGTATGTACCAGCAAAATGCCATTTTCAACATTTCTGGATTATCTTCATGCTCTAAATTCATTAACTCTTCTATTTTATATATTTGCTCTATTGTAAGGCTTGGTTTATATTCTGCTTTTTCTGGAACACCATTTAATAATCTCTCAAAATGATTTATTAGATTACTTTTTATCCAGATTTTTTCAAAACCTTTAGGATTTTTTATTATATTGTAAGCATAAATATATTTAAAAAAAGATTCACAATATTTATCTTGGGAGCCATACCTTTCTTTATTTCTAAAATATTCCTGAACTTTCTTAAAATCTTCTATATCTAATTTTGAGGCATCATCCTTTCCTAAAACATAGAACAGATTTGATATTGCACTTATGTAAGCACGATGAGATATAGGTTTATAATGTTTAAGGAAATCATCAATAATTTTTTGAGTCTGAGGGGTTAATACTTCCAACATTACTTTTGTATCTAACTTATCATTATTAACACGCATTTTATCACCCACTACAAAATAATCAAATAACATATATATTATAAACTATTATGGCTTTATTTTCCATAGAGAAATCGATTTCATATCAAAACTACTGCATATATTAAGAATTTTGCAAGGCTTAGTGCAGTCGCCACAGATTATCTGTATATTTCTTGGTTCTTTGTAATTTTTTCTGTTGTATAACCCAAAAAAACTCGTGTCACGAATAAAAAAGTCGTGTTAAAAATAAAAAAGTCATGTTAAAAGTCATGGTGAAAATAGGGTAGAAAACCTTATTGGAGCCATGACTTTTTAATAGGATTACTAGGCTCAAGGAGTAAGGTATAAGGCTAAAAATATTGATTTTAAAGGGTTTGAAAAGATTGTTGATGAAAGATATTGATAAAAACTTTCCCCTTTTTCCTTTTAACTTTTCCCTATTCCTGACACGACTTTTTTATCTAAAATGAGGCTGAAAATAGGAAGAAAATAGGAGAAATGAACAAGGAAAATGGGTGATTTATGACATGACTTTATTATATGGAAAGAATTAGGAAAATGGGCATAAGGCGAGAAGGGATAAGGGTTTGAGGGATTTCGGTTTGGAGCGGAGTTTATTTTAAATATACATAGTTAGGGGTATGGATTTTTAGGGAAAAGGAATAAGGAAAATGTTTTAGAAATAATAAAGTTGACTCTATGATAATAAAGTTGGTTCTAAAATAATAAAGTTATTCCCAAAATTAGATTTTCACATCGTAGGGGAGGTTTGGGGTATGTTATGGGAACGTATTCTTGAATTATGTGATAAATATAAAAAACATATTTTTTGATTTATAAGATAATGTATTTATTGTTGACAGAGAAATAAATCAATACTATTATATATATGAGTATAATTGAATATAATCATATGGTGGTGATAAATTGGATTTAATAGAAATCTTTAAAGCGTTGGGAGATGAAAACAGAATTAGAATACTCAATTTGCTAATAAGACAGGAACTCTGTGTGTGCGAGATAGAAACAGTGCTGGATATGACGCAGTCTAATGCTTCAAGACATCTAAATAAATTAAAAACTTCAGGTATTATAACCAGTGAAAAGAAATCTCAATGGGTCTATTACAGAGTAGATAACAAGTTTATTGAAGAAAATAACCTACTGTATGAATTTATTAAAAACAAGATGGCTGAAAATACACAATTGTTAAGAGATATAGAGACACTTAAAAAATATAAAAACAGTAACTTTACATGTGAGCAACTACGGGAAGATAAAAGTCAGGTTCTTAAGTATCTTCGAGAGCAGTGCAATAACAATTAATGAAAATTATTAATAATAGAAAACTGATTTTAGTTATTTTTCTGTAAAAACTTTAAATTAGTCACTATATGATTATAACTGAATATAATCATATAGTAAGAACAAGATAATTTAAATTGATAGGGGGCATAAAACTTGAGTGACAAAGAAACAATGCAAGAAAATAAAGGATTAGGTTTTTTTGAAAAGTACCTTACAGTATGGGTAGCAGTATGCATTATAGTAGGAGTTGCAATAGGACAATTAGTTCCTTCAATCCCTGAAACTTTAAGCAAATTTGAATATGCAAATGTATCAATTCCTGTTGCTATTCTCATATGGCTAATGATTTACCCAATGATGCTGAAAATTGATTTTTCAAGCATTGTCAGGGCAACAAAAAAACCGAAGGGACTAATAGTTACTTGTGTAACAAACTGGCTTATCAAGCCTTTTACAATGTATCTTATTGCAGCGTTTTTCTTGAAAGTAGTGTTCAGTAGGTGGATTGGTCCGGATTTAGCGACAGACTATCTTGCAGGTGCAGTATTATTAGGAGCCGCACCATGTACCGCTATGGTATTCGTATGGAGTTATCTGACAAAAGGCGACCCTGCTTATACATTAGTGCAGGTAGCAGTGAATGACCTGATAATATTGTTTGCATTTACACCAATTGTTGCATTCCTATTAGGGGTAAGTAATGTGACCGTTCCTTATGACACGCTGATATTATCAACAATCCTGTTTGTTGTTATTCCATTGGCAGGAGGGTACCTTACTAGAAGGAACATCATTAAACATAAGAGTATAGAGTATTTCGAGAACATTTTTCTCAAGAAATTTGATAATGTAACAATCGTAGGTTTGCTTCTCACTTTAGTAATTATTTTCTCGTTCCAGGGTGAAATAATTTTAAGTAATCCCTTGCATATTATATTAATTGCCATACCATTAATTATCCAGACATTCTTTATATTCTTCATTGCTTATGGATGGGCAAAGATATGGAAACTTCCCCATGATATTGCAGCACCTGCGGGAATGATTGGAGCAAGCAATTTCTTTGAACTTGCAGTTGCAGTGGCAATTTCACTCTTTGGACTGGAATCTGGAGCCGCTCTTGCAACAGTTGTAGGGGTATTGGTTGAAGTCCCGGTCATGCTTACATTGGTCAGGATTGCAAATAGTACAAGGCATTGGTTTCAATAACCTTGTAGAAAAAGGTGGTATCGAATGAAAAAGAAGGTTGCTTTTGTATGTGTCCACAACTCTTGCCGTTCTCAAATGGCAGAAGGTTGGGCAAAGAAGTTGGGAAGTGACGTATTAGAAGCATATTCGGCAGGGACGGAAAAATACCCTGAAGTGAAGCCACTAGCAGTACAGGTAATGGAAGAAGCAGGAGTGGATATGAGTGACCATCATCCGAAACTATTAAGCGATATTCCGGCGGAAGTAGATATATTAATAACGATGGGATGTAATGTAGAATGCCCTTATGTACCATGCCAGCATATAGAAGATTGGGGGCTTAGTGACCCGTCAGGCGGACCAATAGAGGATTACAGAAAAACAAGAGATATAATTAAGGAAAAAGTCGAGGATTTAATACAGAGAGTAAAGAACAATCAGATTTGATAAGCGGTATGTAATTAATCAAAATAAGAGAATTGCAGTGAAGTTGAAAAGTGCAAACATGTTGAAAAATAACTTGAAGTGTGTAAGGGGTAAAGGGGATGTTTTCATATGAACATATTAGCCATGATATTCGGTTGGTTAAATGACCAACTATTAAAAATGAGATGGCTTTCAGAATTGGTAAGACTTCTTGTGGAAAAAGTATTTGGTTTACCTGTTAGCGAAAGGATAGGCGGAAGTATTCACTTTTTTATATACGATACAATTAAAATATTTATATTATTATCACTATTAATATTTGTCATATCCTATATCCAGAGTTATTTTCCGCCAGAGAGGACAAAGAAGATTCTCGGAAAGATAAAAGGCATTAAAGGGAATATACTTGGGGCACTGCTTGGTACGATAACTCCCTTTTGCAGTTGCTCCAGTATACCAATTTTTATAGGTTTTACTTCGGCTGGATTGCCTTTAGGCATAACCTTTTCTTTCTTAATATCTTCGCCAATGGTAGATTTGGCGTCATTAATGTTGTTAATTTCATTTTTCGGTCTTAAAATTGCCATAGCCTATGTTGTAGTAGGCTTAATTTTGGCAGTTATTGGAGGAACTTTAATAGAAAAGTTTAGACTTGAAAAATATGTAGAAGGATATGTAAGGGAAATTGAAAATGTTGATGCGGAAGTGCCTGAAATGACTCGTAAGGAAAGAATATCATATTCAAAGGAACAGGTCAGAGATATTATCAAAAGGGTTTGGCTATATGTATTAATCGGTGTAGGCATAGGGGCGGCTATTCATAACTGGATTCCACAGTCATTCATAGAAAATGTGGTTGGAGGTAATAATCCATTTGCAGTGATGCTTGCTACTGTAGTGGGCATTCCAATGTATGCTGATATATTCGGTACTCTTCCAATAGCCGAAGCGTTATTTGCAAAAGGAGTGGACGTAGGGACTATAGTGTCATTTATGATGGCAGTAACAGCCCTGTCTCTGCCTTCCATAATTATGCTCAGAAAGGTGGTAAAGCCTAAACTTTTAGCAATCTTTGTATCTATCGTATCAGCAGGGATTATTATTATTGGATACTTATTTAATGCTTTTTCATATATTTTTGTGTAAAGCAGAGATTCATTCTGAAATGATGAGTCTTGTAAAATGCACAGGATGTGAAATCTGTGTAAAAGAAAATTGTGGAATGACGATAATAACGGAAAAAATATTGATTGATGAGGAGGATTTATTATGGTAATCAAAGTTTTAGGTTCAGGATGTTGTAATTGCAAAAAATTAGAGGCTAATGTCAGAGAGGCTGTAAAGGAACTGGGACTTGAAGCCACTATTGAAAAAGTAGAGGATTTTAAGGACATTATGGCATATGGTGTAATGAGAACACCTGCACTTGTAGTAGATGAACAGGTAAAGATTATGGGAAGAGTTCCGTCGGTAGAGGATATTAAAAGATATTTATAACGAGGCGGGAGCATATTTCCGCCTCATTGAAACGCCGCTAATGTAAGAAAATTTTACTACAACCGAAAAATTTTCTTATGAATCTAGGCGTTATAAAGAAGGAGGCTTTTATTATGGGATGTTGTGAAACTCAAAGAAATAATACATGCTGTAGTACGAGTTGCGGGTGTGAAGAGCAAAATTATGAAGAAGAAAAGAAAAAAATAATAATTGATTTTTTGTTTTTAGATTTAAGTATATGTACAAGATGCCAGGGCACGGAGAGCAGTCTTGAAGAAGCCATTAAGGACGTTGCTAAAGTGCTTGAATTAGCGGGCATAGAAGTTGTTGTAAATAAAATTCATATTGATAGTAAGGAAAAGGCCATACAGTATAGATTTGAGAGTTCACCTACTATCCGTATTAATGGAAATGATATACAACTGGAAATGAGAGAATCACTTTGTGAATCATGTGGCGATTTGTGCGGGGATGAAGTGGACTGCCGTGTATGGGTGTACAAAGGTAAAGAATATAATGTTCCTCCAAAAGCAATGATAATTGATGCCATACTTCGTGAAGTATATAGTGACAAAAAAGCACAGTTAAATAATAGAGTTGGTAAGGAAGCATATCAATTACCGGAAAATTTACGTCGATTTTTTGAATCGATTGAGAAAAATAAGAATTGTGAATAAATGATAGGACTAATGTGCGATTTAATATAGAAGAAGATTAAAGCCTAAGCACATCAACATCTTGACCATATGAACCTTTCTATAAATAGGGCTATTATGATTTTTTAAATGCTTTGGAGATTTAGCAGTCTTTCCAAGGCATTTTTTATAACAGTCTGTAAAGTTCAAACTTATTCATTTGTAAAAATTTTTTCTAGGTGAATTTTAAGTCCACCAAAAGTATGTGATACTGCGCAATCATCGCCTTTGCAAATAGCAGGTGAAAATATTATGGAGTATGTAAAGATTATAAAATATTAGGGGTCAATTGTAACTGATTCATTATCTAAACAAGATTTTAACATCTTTATATAGCCATACAGCATTTTTATTACTTCAAGGAATTTCTCATCTAAAGTTTTGTATTGTTCTTCACTTATATAATGGTTTTGATATGCGGTTAGTAAATGGTTTCTCGTTTCACCACAACTGCCAAGGGCAGCGTTGGCATGGAATAATTCCCGCTTTATAAATAGTTGGGTATTTCCTTCGGCTATGTTTGCGGAAATACTTCGACTGCTTCTAATGATTTGGTCAGTAAGCCGGTACTGCTCATGGCTTGGAAACCCTTTAACCAATGCTTCTATTTCTCGTTCAAGAGCGTTTGCCTTCTGCCAAACTTTAAGCGTCTTAAAATCCCTTATGACTAAACCATTGCTCATTTAGATTCATCCTTTCAAATATTAGATTTTCCCACATTATACGGATTGTTAAGCGTAAGTCAAATTTTTATACTAGAATTTTTTATAAAATTATTTCAAATAGTTAAAAGGCTTAAGGAGTTTTATAATGCATAATTAGTCCTTAACATTTGCACTTAGGATTAATATCCTAACATGATTTTTGACGCTTAAAAGTATATTAAAGCATTGTTATATCAATGAATTGGGGGGATTTACTAAATACATATATAATTTAGAGAAGGGTAAAGTGATAAGGAGGAAGAGGATATAGGATATAAAGAAAAACAAAAATACTTGACTTTGTAATAGATGATTTACTATAAAGAATTGTCTTTTATAATAAGGTATTTTATATAAGTTGACATTATATACCTCCGTTAAGATAAATTCCTACGCTTACCTTATTAACAGGTAAGCAATTTTTTTATTGTAGAAATACTTGAAATTATAAAAAGTGATTTATTAAAAGAACTATAACGAACTAAACCACAAGATTGGAGGAATTGTTATGAGAAACAGGATTTTATTAGGCCTTGATAATGGTAACAAATGTACAAAAACAAGTGAAGGTTATATTAGCGAATCAGGTTTTACTAAATCAAATACTGAACCAATTTCATCAAGCAATCTTTTAATTTATGAAGGTAAATTTTATAGCATCGGAGGCCAGAGGTTAAGTGTTCAAATGGACAAGACAATCAACCAGGATGCTTTCATCCTATCGTTACCTGCAATTGCAGATGCGATAAACAAAGCACAAGTAGAAGGTGAAGTAGATGTAATCCTGGGTGTAGGGCTTCCGATTGTCAATTATGGAATTCTTAAAAGAAAGTTTCGGGAATATTTTTTAAAGCAGAATATAAAGTTTAATTTTAACAAAAAGAATTATGCAATCAATATAGTTGATTGCCGTACTTATCCTCAAGGGTATTCCGCATTAATAACGGTGTTTAACAGTTACAAAAACCTTCTATGCAATGTTATTGATATTGGTGGATATACAATTGATTTCTTCAGGGTAGAGAATGGAATAATTGATATTAAATCATGCTACTCACTTCCCGATGGAATCATTACATTAATTGCAAATGTTCAACAGGAACTATTAAAAATGAACATCAGACTTACTGAAGGACAAGTACAGGATATAATAGCAGGCAAAGAACCAGTAATTTTTGAAGTAGACGTTAAAGAAATGGTCGAAGTATTTGCAAAAGACTACACAGAAAATATATTATCGAAAATCCAAGAGTATGGGTTTGAATTTCGGAACGCTACTGTTTTTACTGGCGGGGGAAGTATGTTACTAAAGAGATACATCGAAGAATCCAGTAGAGTAAAATATGCGGATTTTCTTGACCAGTTTGCCAATGCACGTGGTTATAAGATTCTACTTGAGCAGGAATTAAGAAGGTGATACTATGGCAACAAAACGGATAAATTTGTCTTTTTCTTTAGATAGAGAGGATGATGTGAAGGTATATAACATACTTTCTGCACAAAAGTATAAAACAGATTATGTAATTAAGGCGGTGTTAAGTTATATAGGAGAAAGGGATAAGGGTTTTGATAAGGAAAAAATAAAGGAGGCTGTGAAAGAAGCGATAGCGGAATGTGGAGGAATTACCACAGAAAACAAGGGAAAAGAGAATAATAGTTGCGTCGAACATGAATTACCTAACGAAATATTTAATATGTTCGATAATCTATAACCATTATGAGCAGGGAAGTTTCAGACTTCCTGCTTTTTTCTTAGATAATATATATGTAATAAATAGGCAATGGGTTACAAATTTCCTTAGGTTGTTTTTACCATTTTCTCCTCGCCCCTTATCACTTATGTCCTAACAGGAGGTTCCAAAATGAACTGGAATAAAAAGTAAGGTACTACAAGGAACTATAGTTTGATGGATAGTTGAAATATAAAGACAGACTCTTTACAAATAACATTGCTATATGATATTCTTAAAACACATTCTGGGGAATGTAGTTGGTAAACGGGCAAAATAGGGGAAGAGATTGCTTTATTGCAGTTTCTTTCCCTATTTTGTATAAAAAGCAATTCTCTTTTCAGGAGTATGAAGTGTAAAACACGATTTTAGAATCGATATCCTTTATATAGAAAACTAATAAGAATCAATTCTTAGAAACCATTCTTTTTACATTAGAAACAGAGCAAATAAGTAGGTTTTTAATAGGGAAAAGGAGTTAGAAACGGTTTTGAGGGTTATGGGGTGAAAAAGTGATTCTAAAAAAGCAGGTGTAGGGGGATAATAGGTTAAAGGGGATAGGGGGCTTGGAATTAAAAACTGCATTGATAATAACTATTAAAGCATTAAATTTTCTTATCCATTAAATCTTATCAAAATCTATAAAAAGACTCTATTAATAACTTAGGTTGTACTATATAATAGTAAATAGACATTCTTGGCAAAATGTAGCACAATATTGCGTGTATCCTTTGGTAGTGTCAAAAGACTTATGAAAAACGTTTGTTCGGGTGAATGATTTTCATCCTCTGGCAAAATTATAATCTGCGTCCTTGAATTTTCGTCAAGGCTGAAATGAACGGGCTTCCAGCCCGGCCTTGACAAAAATTCAGACGCAGATTAAGGGGGTTTTCAAGAGGATGAAAGTTAAAATCTGACAAAATCAGGGGGGTAGTAGGGTCGAAACTATCTAGGCCTTGGTAATAAAGCGTTTGAAGCATTTTAAGGGTAAAAACTTTTGACACTACCTATCCTTTATGAGGTGAAAAAATATGAAAACTATAGATAACGAACTATATAGTTAAAATTATCCTGTGCAATTTTCCTCCGAAGCCCTTACAATATAGGGCAGGGGGAATGTATAATGGGTAGAAAATGTGTTGAGGTTAAATCACTTTATGGATTAACGATAGATGACTTAAATTTAATAGCCAATAGTTCTGACAGTAATTATACCAGAGACGTCGTCAAAGCTGTAATCATGAGGCATAAGGGTATCCATACGCAGGTTATTGCAGATACCTTGAGTAAATGTAACGCAACCATTGTGTCATATATCAACAACTGGAACGATAGCGGTATTGCTTGCATCGCCGACCTGCGGGGCGGCAATATTGAAAGTACTGTCACCGATGAAATGGTAGAGGATATCCGCAATATAGTTACCAGTAAGAGTCCTCATGAGTTCGGCTATGAACAAAACCGGTGGAACGCCAAGTTGTTAGTCAGGTATGTAGAAGACCACTGGGGAAAAGAATATTCCGACACCTGGATCCGTAAAATACTGGCTAATCTTGGTTTCTCGTACAAAAGGGGTGTTTATAAACCGAGCAAGGGAGACCCAAAGCTTCAGGAAAGCTTTAAAAAAAATGTCAGTTGTATTGGATATAATTGAGCCTTTAGGAGATGTCTCCCTGTGGTGTCAGGATGAAACCAGTAAAAGGCTCGAATCCAACAACTTTTATTCCTGGAGTCCTGTAGGCAAACCTACAGAAATTGAGTGTAACGGCTGTCATAAGGGCATCAATATCATTGGAGCTACGGAAGTACTGAATCATATGGGTTTTGTGTACGATGTATACTCCAAAAAAGAAGGCTCTTTGACAGCAGCTCATGTGGTCAAATATATGGAGCGTTTACTGGACTATGATAAAGCAAGAGGGATTTCTACCACCTTTGTCCAGTGGGATAATTCTCCGATTCATAAAGGCCCTTTGATACAAGAGTTTGTTGAGGCTCATAAAAGTGATTTAATAGTGTTGCATCAACCTCCTTATTCTCCACACCTGAATCCTCAAGAGGAGATGTGGCACTGGATGAAAAACTTTATTGCACAAGCCTCTGCTGTAAAGAACGAACAGGAACTATTGCATTTAGTAAATCGTTTTGAGGCATATATTAAAGCTCATCCTGATGAGGTTAGGCATCGGCTATATGCCCGGAACTACTTTCCATGATTGCCAATTTGGCAATTGTAGGCTTTAATGTTCGTTATCTATAAAAGCAAAACAATTATTATAGCAGTATTTTTAATAATACCTTTGATACTGTTTTTATCAAGTTATATGGGTTTCCGCAGTCAAAAAATCAATAATGAGCACTTAGAAAGTTTCAAAAATAACCTTATGGCAACTATCCAGCAAAAATCATATTTTGATATGAAAAATATAACTCATTTTGAATGGGAGAGAATGTATATTATACGACCTTATACCAGCAGAACAGAAATGCAAAAAATAGTAGGAACAAAATGGACCACTGCCGATACATATATTGGTTATCTGATATTTGATAAAACCTGGCTCGGAGAGCATCCACTGGATGATGACATATTTCAAAAATTAGTTTTTGTGAAAGATAATAAAGTAGTTTTGGATGTTACGCTCGACAGAAGCGATGTAGATTTTACACAAATTAATAGTCCTGTTATAAATGATAATGTCTTATTTGACATTGATAAAACAGATGGAAGAAATATTATTAAAATAAGTAAGCAATAGAGAATACGATGCTTTCGTAAAAAAGAGAATGTTTGGAGTGAATAAGGTATGAAAAAAGAAAAATCAATAAAGATGATTACTATATTTACTGTTATATGTGCTTTAGTAGCATTTATCAGTTTATTTTCCAGTTATCTGCTGTCATTATATTTATCTCATAAATTCAATATAGATACAAGAGATGCTGGTTCAATAGGAATTATAGGCGGTGCAGATGGACCAACAGCAGTTTATTTGTCAGGTCAGTCTTCTTCGCACTTGTTTACTGCAATCTTTGCATTGCTAACAATATTGGGATTCATATATCTAGTTGTTATCAAATATAAGAAAAATCATAATTAATCCAGAATCAGTTATTTATCAGGAGCAAAGATGTAACAACAGGTTTGTTTGTACAGAAAAGATAATATAACATATTATATAAAAAGGCTTTCCAGTCAAAACTGAAAAGCCATAAGATTATTAATCAGATAACCATTTATCCAGATATTTTATCATCTCACTTACATCTGGATAATGCTGTGAGAATCTTTCAGGTGCCAGTTCGGGCACTCTATCTGACAATTTATTCAGCAATTCCTTTAATTCATTCAGTAAATCTATCCCGTCGTTGTAGTTATAATGGTAAACAGTTTCAAGTATGTCAAGGTAATATTCGGCATCCTGATATTCCCTTGAGTCTTTACCAAAGTTCTTGTCTATTGCAGAAAGTATATTCTTAATTTCTTGTTTTAAATTCTTGGCTTTCATATAACCACGTCCTTTCATTTGATTTTAAACAGAATACAGAATTATGGTTTGTAAAGTCAAGTTTTTTTGAATAAAAATAAGTTTTAAAGATTACGGCTCATTAAAAAGGAATACTGACATCGTCATATATAGGGGTGAAGTTGCCATCATCCAGTACAGCGGTGATAGGGGCTATACCAGTTGAAGACTGGTGACTTTCATTTTTGGGGATGTAATCCCAAACATCAAAATCTTCATTTCTTATTATATTGCCTACAATAGCCGCAATCTGTTTTTTGGAACATTCGTTGTCTATTTTCTTAATTAAATCTAACAGTACTTACGCAAAACAAAATGATCCTTGAAAAATAAAGATTTCACGCACTTAATTTGTCCCAAATGGTTGTTGCGAGAGGATTTGAGACAGTATTTACCTCTTTACCTGTCCGGTCTTTGGATGTTACATTAATAATGTACACAATACCGTTGACTTTAACCTGGACAATGTCCTGCAGGAAGCTGATGGTTTCACCCATGGTATTCAAATTATTCTGTATCTGCAAAATCTGCACGAATACAGAAGTTATGAACACCAAGGAGAAGTGACCCTCAAGTTTTCTAATAGACCGGACTTGAACTTTTTCAAAGTTCAGAAACTGCTTGATGTCTCTGAAGAATACTTCAATGTCCCAACGGCAAAGGTATTTCTTGAGGATGTCTTGAGCAGCTACACCGGGCAAGTCAGTAATGATAAATCTGGTGTTTTGGATAGATGCGTTATAGCCGTTTTTGACTATTGCCATCATGGTGTTACCCACACCAGGTAAGATTACCGATAAAGCCTTGATGTAGAAGCCTGTACCGGGGTAGTACCTGTACTGTTTCTTGCTAAACAGCAGGCTTATGGTCTTAACGTTAAAGTTAACCCTGTTGTTGTACAGCACTTTGCGGTTATTCTTTATCATGCAGACATAGTGGTAACCGCACTCTGAGAGCTTTTGCAGGAGCTCTTTACAGGAATACCAGGTGTCGAATGTGACGTATTCGGCAGCCAAACCAAATTTGTGGGCGAAGGATATCATACGTATGGCTAGTTCAACCTTGGTATGATATTCTTCACACTTTTCTTCCGGTTTCCATATCCGAAACGCCACGGGGATTTTAATCCAACCATTAGACCATAGAAGGACTACAATGTGCATTCCCCAGACATACCGATTATTTGTGTGATCGTATACATAAGATGTCGGGAAAATGCTCTTGCCGAAAGGCTTCCTGATAATCACATCATCGATGATCAAATATCCAAGACCAGCCGTTTGTGACTGTATTGCCTGGATGAACAGGATCATGATATTTGTGTTATTAATAGAAAGCAACGGCAGCAGCCTTGTTATGGCATCATGGGATACCCAGTACAGCTTCTGCGCAATATATGTTGCTGTAGGATTATTAAACAGGATTATACCCATACATGCTGCAACGAAGACCAGTGTATACTTCTCAGGGAACAAAAACTTATCCAAATTGAACTTTCTCACCAGTTCAGTAATAATATCGTGAATGCCGTGCTTGGCAACGGTTATGTCGGAAATGCAATTTTTGGTAGACCTCATGGAACCCCTGCCAAAAGAATAGCATAATTCGAAAACTGGTGAATAGCTGTAATATATGGAAACCTCAATGCAACAACCTTTTAAGCTATATTCTGTTTTCAAAGTGCTGATATGACTTGTTTATGTTACTTTTGCGTAAGTACTATAAATCTAAATTAAATCTCTTTTTCAGATGAAACAGTTGTGCTTTAGAAATGTTGATTAGGTTTTCTCCTGCATTTCTTTCTTCTTGAGCATTGCCTGCGTTAATATTGCCATTTTCTTTTATGGCAGTTTCTGTTTCATCAGTATCCTGCATGTCATGATAATCTTTTGTAGAAAGGTTAAAGAGAATTTTTATTTCTTCTTCTCTAAAGCAACATAATTTTTTTAATACTGCAAGTTGCTGATATGTCATATCCTTTAAATCTATATGCTTAACAATTGCTTCAGCAAAATTAGTCATCTGGTTTATATCTCTTGGGTCAATACACATAATTTCATTTTCAGTGTACAGGCCTGTTTTTAATAGAGTGTTTAAATCTTCATTACTTGCAGGGGTAAAAGAATAGGCTTGTTTTTCCCATAGACTAATTAAAAGCCTTAGCATGTTATCATCACGCAGTTTAACGGAACAATCGGTAATATCTTTTCCTAATTCTTTAAAGGTACTTATAATTCTAATATTCCTGAAACCAAACTGCCAAAGGCGGTAGGCGGCTGCAATGCTTTTGCTTTGTCCAACCTTATGGTCATCATTATCAAAGAATAAGTTAATAACCACATCTTTGCCGCAATATTTATCAATTAAGTATATATGGAAGTCGGTTAAATTTGCCTGCCCTGGAGAAACGGCGTCATATCCCATGCAGGAAAGTTTTATTGCATCTGCAATGCCTTCTGTAATCCATAATGCATTAATGCATTTATTCTTCAGTTCGTAAAGGTTAAAAAGGAAGTTTCCAGGTTTAAACGGAACAAAATTTCTAAAGGCCGTTCCGTTTTTATTTGCTGTCAAGTTATCCTGATAATCGGTCACGTTAAGGTATTTGTACTGTTTTGGAGCATTTAAATCTGTTTGTCGGCACTGGTACCCGACAACTATGCCAGTTTCATGGTCTTGAACGGGAAACAGGACTCTGTCATTCAGCATAAAGAAATCACTGTAGTAGAGTTGCTTCTGGCTATCCTTATCAAAATAGATAAGTCCGTATCTCAAAGCAGTATCTATGTCTATATTATATTTCTTACTCATGAAATCAGAGAGTTTATCGACAGAATTTAATTTATCTGCATTTTGAGTAAAGTCATTAATCAGTTTACTGTTTTTAGCATCCTGAATTGCTTTATCATAATCAGTAATCCCATTGTCAATTATATTCTGGGCTTTATGATGCCTGATGGTCATTTCAAGGTCCAGTGCTTCCAGTATAAAACCGGGCTTGTTTGTAGAGTTGGAAGGAGAAACCTTGAAGGAAGGCTTTATTTGTTGTTCTTCTCCTTGGCATTGGCGGCCTTGCGATTCTGCTGTATAAGAAAAATATCTTTCAGGAAGCAGCCAGATATTACAGTAATCTGTATATCTAAGGCTATTTGTTTTATGATAGCGTTCCAGTATTTTATCTTTTAACTTCTGCTCAAAATCAGCGATTGAGTTGAATCCTAGATTCAGCCCAGCAAAGTTGTTTGCAGCAAAAATTTTTGCTTCGTTGAGGCTGTTCCTACCTGAGAAATTTTGCATATACATGATAAATTCAAGGTATGTACCGCTTTTACCGCAGGCATTGCAGTGAAAGTTCCGTTTGTTGTCATTTAAAGATAAAGAGGTAGGGTTATCTGCCCCGGGGTGAAACGGACAGACAAAACGTCCTTTGTTATACTTTCCTTTAAGCCTGTAGTAGTCTTTCAATTTTGCGGCAGTGAGAGACTGCTGGATTAAGGGTTCGATATCATTAAGGTATTGAAATACTAAGACACCAACATCGTGAGAAATTTTTTTGGCTATGATGCTATCTATACTTCTGTTCATAGACTATTCCTCCGTTCCGTAATTTTTAATGAACGTATTATAGCCATAAATCAGTGTATTTCAAGAGGAACTTTATTTTGTAACAAAAATGTAACAAAAAAATAAAGCCTAAAAATTTGACAAACTTAAAAATATGGTTAATATGTTATTAATACTTCAAGGTACTTCAGTTCAAGAAAACTTTGCGAAACATTGAGAGACGCCTTGAAGTTAATGAAGTATGAAGTATTAATGAAATATTCTAATCAATTTTAGTTTTGGTTCAATTCTTGTTTTGAACTGAAGTAATGAAGAATGAAAATTAATACTTGAAATGCTTTATAATCAATCAATAATATGCCTCATAAAACAGGTTAAGGAGGCATATGAGACATGAGCATACAGGTATTAAAAGTTTCAGGGAATAGTAATATTAATGCTGTTGCTGATACAATTAATAAATACGTAGATGAGTATGGCATTGTCCATATTGATGCTATAGGTGTAAAGACAACATATATGACAGTGAAAGCCCTTATACAAGCGGTTGAATATCTGGTGAGTAAAGGGTATAGGTTTAATTTGAGGCCATATTACGTTAAAGTAAACACAGCAGGAAATGATATACAGCCAATTAGTAAGACTGCCATTCGGTGGACTTTGATTGCTAAGGGGAAATAATACAAATTCTTGTATTTATAACCTAAATATGGTAAAATGAATACACACAGTCGAAAGGTACACACCTTTCTTATACTGCATAAGTATAGGAGAGGCGTGTTTTTTGTTTATACTCTTAGGAAGATGGTTAAATAAATAACAAATGGGGTATAAGGTATAAGGGAAGGAAAAGGGCTGTAGGATTTACAAAGATGAGGATATAGTTTATAATGTTCTAATAAAGAACGTTATAAACTATTTTTCTAACCCTAACAGCCAGTTGGGGCTGACTTTGAGGATTTGACACAGGGCTAATAATTCGAAATCAGTCACAATACGCCTCTGCTGCTCGATTTTGCTGATACTTGCCCTGTCTATATATACAGCCATTGTCTCCAACCTGGCTGATAACTGCTGTTGGGTTAGATTGCTTTTTAACCTTGCAACTTTTAACCGAGGCCCGATGATATTACGGTTATCATTGTCGAGTATCAATTTCATATTTACCACCTTTGTGTTTTATTAGAACATTTTAAGTTTAACCGAACATCTAAACTTTTATGTTCTAATAAAGCACATAACATGGTTTTATAGGAGAATGTGCTATGGAGGAGTTTGTAAAAACCGGCAAAACAGTATGCATACTGATAAATAAGCAAGGCAGGATTTACTACAGTAATATCGGTAAGGATGTTGCTAAAAAGTGCCTGGAAGATATTCATATCTTTGACCATTTGCCTGCTGACGGTACTGTTAGTTACAATGTTGGGTATTACACTGTCACTGCTGATACGGTTGATATGGATGAGGCACACTACTATTTGATTCTTATTCAACCGCAGGACAATTTATATAAATATGCTTACAGGGACTCATTTACGGGCTTATACAACAGAAACTACTGGGAGCAGTTGATATCAGGTATGATGCACCGCCCCATACCCAAGAGGTTTACTTTAATTGTTATTGATGTGGATAATCTGAAAAACCTTAATGATAATAAAGGCCATTTGGCGGGGGACAAGGTGTTTCTGCCCCGGATAAATGTCCCGGAGTTGCTCAAGTTGCGTGACCGTTTGCACGTATGCTAATATCTTCCTGGAAGAAAAAAAGGAGGATATGATAAGAGCTTTGAATATATATGTTAAGTGTTCCAGCACCTAACCCTCAAAGCCCTTTAACACATTTGTAATATGATAATAGCATATCTGGGGCGGAATGTTAAGGAGTATCGCAGAAATTGTTTAAAATTTTTGGAAAGGCTGGAGTTGATATGCCCGAAATGCGGCGGGAAAAAAACCTTTCATGACAGATATGCACGTCATGTGCATATGGGCGAGGAAATTGAATGGATTAACATATTCCGTGTAATCTGTAGCAAGTGTGGGAAGACACATGCAATCATACCGGATTTCATCAGGCCGTATAAGCATTACTCGGCTTGTGATAGCGAGCTGGTCCTTCGGGACCAGGAGGACGGTATACCTCTTGAGGAGATTGAGACTGCCGCCAGCATATCCACATTAAGGCGGTGGGTAGAAGAATTCAGGCAACGGGGGCGGCAAGCTGCAGGAGCATTAAGAGCTATACTGTACAGGTATTATGGCAAGTTTGTCAATGAGCTGGAGATGATAGAAACAAAGGTATTCCACATGATTGAGCGGCTGCTTGGGTTACTGCCGCAGATAGAAAGCAGCCATCTTGCCATAGGTGAAACGAATATGTGGCTAACAAATCATCTGGCAGGAGTATTTGTATAGAAAATTCCCACATAGTTTGCGTAGCTGTCCGGAGTTCCCTTCTGATAGGCTTTAGGAAAAAGCACAGGAGGGATCGAAATGATAAACAATGAAGTATTGGAAAAAGCATTAAAGAAACATGAGATCATATCGCCGCTATTGCAGCCGGATCTGGATGAGGCGGAAAAGCGGAGAATACGGCAGGAGATACTTGAGAGGGAAGGAATTTCGGAAAGGACACTTCGGAGGTATCTTGCAGCGTACCGGGAGAATGGTTACGAAGGGCTATTACCAAAGATACGAAAAGATACAGGGCAACAAAGAGCGATATCTCAGGAAATATTAGATCGGGCAATCGAAATAAAACAGGAACTGCCGGAGAGAAGTGTCAGGAGGATCATAAAGATCCTTGAAGGCGAAGGGATTGTCAAAAAAGGAAGTGTCTCCAGAAGCACCTTGTCCAGGCATCTTTTGAAGATGGGCTTTGGTGCAAAAGACTTCAGAAATGTTCGTATAGAAGGAACGACAGCCCGCCGGTTCGTCAAAAACGGAAGGAACACATTGTGGCAGGCAGATATCAAATACGGTCCGTACATACCGACTGCCGACGGCGGTAAGAAACGGACATACATGGTGGCATTTATTGACGATGCGACGAGGCTGGTGTGTCATGCAGAATTTTACGACAATCAGAGGCTTCCGATATTGGAAGACAGTTTTCGCAAGGCAATATTGAAATACGGCAAGCCGGAGGCAGTATACGTTGACAATGGCAAGGTATTTATCTCGAAATGGTTCAGAGTAGCATGTGCAAAGCTGGGAATCCGTCACATGAACACAAAGGCGTATTCTCCGGAGAGCAAAGGCAAGATTGAGAGGTTCAATGCCACAGTTGAAGAGTTTTTCCAGGAGATATCGCTGGAGAAAGCAAAAAGCCTGGAGGAACTTAACCGCAAATTTCGGGTATGGCTGGATGAAGGGTACAACGGGAAGCCTCATAGCAGTTTAAAAGGGGTTTCTCCATCGCAGGCGTATGCAAGTGATCCAAAGAAGGTGCGGTTTGCAACTCCTGAAGAATGCCGGGACGCATTTTTATGGGAAGATACAAGGAAAGTTGACAACACAGGCTGTTTCAAGCTGCAAGGGATAGAATATGAAGCCGGAATCGAATACATAGGCAAAAAAGTGGATGTGCGGTATGATCCTTTTGATATGAGCCTTCTGGAGATATGGTACAATGGTGAGCGCCGAAAGACAGCAACCCCGCTGAAGGTTGGGGAATACTGCTCAAAGGTTGAAAAAACACCAGCAACGAAATCGGCGACTCATTCACGGCTATTAAAAATATATGAGAGCGAGAATGAAAAGAGGCAAAAACGGCAGACCGGAGCATTAACCTTCAGGAGCATGAAGGGCGGTGACAGAAATGTTTGAGCAGTACTACAACTTTCTGCACACGCCGTTCACCCGGGATATACCGGAGAAGCATTTGTATAGCAATCCGGAGCTGGAAGAGGTCTGCAGCAGGCTTGAGTATGCGGCCCGGAACCGGTTGTTTGCAGTGATAACGGGAGATGTTGGTACAGGAAAGACCACAGCCATAAGGAAGTTTGTTGGGGCGCTGGACAGCAACCGGTACAAGGTAATGTACATAAGCGATTCGGCGTTGACACCGAGGAATTTTTACTGGGAAGTATTGAACCAGCTGGGATGTGAAGCGAAATTCTACAGGAGCGATGCAAAACGACAACTAACGAGAGAGATCAGCAACCTGATTGAAATACAGAGACGTATTCCTATAATCATCACAGATGAGGCACACCTACTTTCAAGGGAGATGCTGGAGGAAATCCGGTTTTTACTAAACTTCAGGATGGATTCGTATAACCCAATGAGTTTAATCCTGGTAGGCCAGAGTGAGTTGAAGGACATCCTGAAGAAGCAGATATATGAGGCAATATGCCAGCGAATAGATATCCGATATCATATGATGCCATATGATCGGCAAAGAACCGGTGAATACATAAGAAAGCACCTGGAGTATGCAGGAGAAAGCCGGGAGATATTTACGGATATGGCGGTAGACGAGATATATGAATATTCTCATGGAGTACCGCGAAAAATCAACCGGGCGTGTACAGCTTGCCTTTTACATGGGGCACAGGTACAGAAAAAAATCATAGACGATCATGTGGTAAGGCTTATTGTTGAGGAAGAATTGAACTGGTAGTTAATATGCCCTGTCCGTATACATCTGCGGACAGGGCTAATGAGCAAAACTAGCGGTCAAAAAGAATGAGCAGATTGCGGTCAAAGAGGCCGAACAGCGACAACAAGGCTATACGGATTGTCGGGAAGTCTATTAGAGAAAGTATCCGTAAACAAGATATTGCTATACGGTACGGGGGAGATGAGTTCTTTATACTTCTTGCAAATACGAAAAAGGCTATAGTAGAAAAGGTGATAAACAGGATTAAGGAAAATATAAGAAAAAGAGGGAAGGAAGAAAATATTCATATTGAAATAAGCACAGGGACGGCCTGTTCAGACTGTACCTGCGAGATAGGAAAGATAATAGCCATAGCGGATAATAAAATGTATAAAGAAAAGGCTGGGAAAAAGGTTAAAACAAGACAAATAACTGATGAACTAACAGAACTAAAGCAGAAAATAGAGGCAGTGAGGGATGAATTAAAAAATAAAGTTATCTGGAAACCAAACGGGTCGGTTGACAAAGAACTTATAGAGGTAAATATGAAACTGGAAAATCTGATTAAAAAGTATTTAAAAGATGCACAATAATCCATAAAAGAAGCAGGTATATTATTAACCAGTTAAGATATAAATTGATTTACAGGTGATATTGACCTGTTAATTAATGGAGGATTTGTTTTGAAATGAAGTATTAAATGGGAAGTATAAAACACTTGAAACTATTAACAATCAATCCTTATTATGCTGATAAATACAAACCAAGGAGGCATAATAAGGTATGAATATACAGGTTTTAAAAGTCGCTGGAAACAGCAGCGTTAATTCTGTTTCGGACAAAATAATCCAACACGCTGTGAACGATGGAATAGTGCATGTAGACTGCATAGGGGTAAAAGCAACTTACACAGCCGTAAGGGCGATAATATTGGCAACAGAGTATCTGGTAAAGGAAGGCTACAAATTTAATTTGCGCCCTTATTATACGGAAGTGGATGTACAGGATAATGACAAAATGGTACAAAAAACTGCCATACGCTGGACTATAGTTGCAAAGAAAAAATAAAATAGAAGTTGTTATTGTAGAAAAATAGCAAATATGGTAATATAAGAATATACGGACGGGAGGACATGCCTCCCTATACTGCCAGGCTTAGTGCCTGGAATGTAAGAGTATAGGGTTGGTGTGTCCTTTTTTGATGTTTTTGTTGCTAAGAAGGGGGGAGTATAAGATGTTTTGCAAAAGTATACCGATAAAATCTAATAATATCAAGCAGGAATTACAGGAAATTAATAATTCAATAGAAGTTATGAGGGAAAAACTTAATAAAAAGGTTAATGAATGCTTAAAACCAGACAAAGAAACTATCGAAATAAGCCAGCAATTAGACATGCTTATACGGGATTATTATTTAAAAAGCATTAAGATTAATAAAAATGATTAAGATTATATTCAGAAAAGGAAAAGCAAAATAATAATTAAAGAATGCAGTATTTATAAAAATTATGGCTGATACCTATCGCAGTATCAGCCTGCTTTTATTCACAAGATATCCACAAAATATCCACATGATTTGTTGATAATTCAACCCAAATATGCTTTAGGTAAATTATATGTATTTAATTAAAGTTGAATGGCATATCAATTATGTATTACCGAAATCTATAAAAACTGATTATCAACTTTTCTCTTGTGCCTTAAACCTATATCTGTTAGAATACAACCAGAAAATATTGTCCATAATTTTAGTATTGGAAAAGTTTGCTGTATTATTATAAGCATATAAACGAGGGAGGAAAGTACATATGGCGGAATATGTGTTCAGGGATGTAAACCAGATAGGCGAAAAGGAATACCAGACAATAATTGATGGACAGGAATTGGCAGAGATGTGGAGGGATGGGATAATAACATATAACCCAGAGATTCAGAGAGGAACAAAGGTTAAAAGGGGAAAGGACAACACGGAAACGGAGGTTGCTGTATACAGCAAAGCCAATGTGAAAAAAATTTATGAATCCATGTTAAGTGGGCAGTATTTCACTGACATGATTACATTAAATGTACTTGAAGATGGCAATGAAGAAGTTGAACTTGACGATGAAGGTAACCTTAATGTTAGTGGCGAAATAAACATCTCCGATGGACAGCACAGAATCAGGGCTTTGGCTATGATTCTCGAAGGAAATGAAAAAGGGGATTTAGCCTTTGATTTATCTGAACTTAAATTCCCTGTTAAAATCACTAATTATGATGTTCAAACTGCACAGCAGCAGTTCCACCAGTTCTCCCAAGGACTCAAAATCAGTTCCAGCAGGGCTGAGTATTTTAATCAAACGGGCCTTGCGAATATCATTGTAAGAGAATTGATGAAAAACAGCGACCTGGCTGGCAGGGTGGAAGTGGTGAGAAATTCCATATCGAAGAACGATGAGCGACACATTGTAACCTTTGCTACCCTTGTAAATGCTATAGAGATAGTTTACAAAGATTTAGAGACAAGGGTTCAGGCGATGGAACTTGCAAAGTATCTATCGGAATTTTTCAACGAACTTATAAACCTTATTCCTGAACTTCACAACTACGAAAAGAGGGCACAGAGCAAAGAGACATCGCTGACGGGAGAAAACTTTATGTTTTACGGGTATGTGGCGATAAGCAAAGTTCTAAGGGAGAAGGAGAATTGGAAAGAGTATTTGCCATTAATTAATGAACTAGATTTATCAAAAGGCTCTAAGCAGTGGTACGGAGATGTTATTAAAAGAGGAAAGGAAAAGGGGTATACTATAGTAAATAACAATGAAAGCAGAAAAACATTTGCTAATAAGATTGAAAAGATGTTTAAAAAGTTACTAAATGAAAAAACAGCGTGACTTCAATTGTAATAAATATGGCTGGCAAATTACTGATAGTAGGTTAATGTGTCAGCCTTTTTGGTCAGAGAGGGGAAAGGTTTAAGGAATTAGTTATAAGGTTGTTTTAATGCATGATTATATTTTAGTCGCATAAAAATTTGCCAAACTCCTTAATCCATAAGTCTTTACCCTGACTCATTAATATACATATTATGATTAGGTTTAAAGAAGGGAAAAGGATAACAGGTTAAGGATTTAAAAATAAAATATACTTGACATGAATAACTAATTATATATAAAATGCATCGGTCGAGTAAAGGTTTTATCATCAATGCCTCTTTCGTTAAACTGTCTACAAAAAAGTAGGCAGTTTTTTTATTGCCAATTACAGGCGAGATGGATACGAGGTATAAGGACTAGAGTCCTAAGGTAAATTGAAGTTGCCCATTTTATATGAGTTATACTATATACGATGGGGTAAGGCTTACAAAAAAACAAAAATTCTTGTGTGTTATACTTCTATTAGAGGGATAAGGTGCAAAAAATCTCAAATTTCTTATTGAGTTATACTACAAAAGTGGGGAAATAGGAAAAAATTTAAAATTTACAATATGTTATGCTTAATAGTGTAAGGGGGTAAGGCTCATAAAAAACTCAAAATTTCATTTATGTTATACTCAATTATAGAGGGGTAAGGTTTAAAAAACACAAATTTCTTATGAATTATACTACAAATGTGGAAATAAAGGAAAAATTTTCTATATTACAATATGTTATGCTTAGAAGTGAAGGGAGATATGGTTAAAAAAATCTCGATTTTCTTATATGTTAAACTATCAATAGAGGGGTGAAAATGCTTATAAAATAACCAAAAATTGTATGTGCTATACTTATAATGTAGGGGTTAAATGGTTCAAATAAAATTTAAAAAGTTTACACCCATCTGGTTTTAGAAATACAGTTTGCTCTAACGATATGAGGCTATAAGGGAGGTGGTTTTGTGATAAGTATTAGAGCACCTGATAAAGAAAAAAATGAGAGGCAATTTGCCGAATGCCCCTGTGATATTGGAAATAAAAAATTAATTTGTTAATCAATATTATATCAAAATTAAGGAGAGATGAAACATGAAAAAGTTTATCAACAACAAAGTATATAATACTGAAACTGCTCAATTGATAAGAGAATATTGGAATGGTCGTGAAAAAGATGATGACTTTTATCATCTTGAAAGGCTTTATAAGACTGAGAATGGAGACATGTTTTTATATTATACAGGCGGAAAATATACAGAATATGAGGGCCATGAAGATATTATTCCGTTAGAGCCATGTGATGCATGTAACTGGTTAGAGAGAATTGCACGTACCGAAGCGATTGAAAGACATTTTGTAAATATGTTGGGAAAAGAACTTGCAGGTGCAATTTATATTTCTGCGCAGCGTTTAGACTAATAGAAAATATACTTAATCATTAGTAGAGGGAAAGGTTACATGGAAAATAAAATAGGAATCTTAAAAAAATAGAAGGCAGCATTCGGCAAAATGCTCCTTCTGTAAACAAAATATGTACTTTATAAAACTACCTATAACAGATTATACAATAAAAAATAGGAAAAGTAAAAGGCATTATATACCAGTAAGGTGAATGGTACTTTAAAGGAAACAGGGAGGTATCAGGCTTTAAAAGCCTGATACTGCCCCAAGACTTTCACGACTAATTTATAAAAAAGCAATGTATAGGGAACTCTTAATAAATTTCAACTATTAAAACCTTCTTTAGAAAATGTCCATTTAAATAAATATTAAACAATGTTGAAGAGAGGAGAATGATTATGATTAATACAAAAAAGAATGTGATGTCTAAAGACTATGGTTGTTTACTTATAGCAATATTAAGTAACAAATCGCTATATCCATTAATAGATGAAGAATATGAAAATAATAAAAGAGAATATGATGAACTGATTCTCAATAGCGATTTCTTTAACAATAATAGGCATAAAATTATATCAGAAGATATGAAAGAGTATAGTATTAAATTAACAGGCATTTTTCTATCTAAAAATGGAAACAACTTCATGCGAAAAATTCTCAAGTCAGGATGGCCCAGATTATATGATTATGTTGAAAACACCGATTGTGTAGTTTATGAAGAAATAAAGCAAATAAAAGATTATGGTTTAGATAATTTGTCTGAAGGTTATACAATCTATATTATAAAACAAATGCTAGATATGTTTAATAAGGACATGACTCATAAGAGAGATGAAAGCAAACGTGAAATAGATGCATACAATAATAGACTATCATTAGCATGGAATATTATGATAAAAGAAAAATTCTTTCAATCACTTGATAAGGAGTTTCAATTAGTCTCAGGCGAAGTCAACAGAGACAATACATTGCAAAAAAGAATTAATTTAGATAAAAATAGTAATTTTTGCAAAGGGCTTTTGTATTTAATGAGTTATTATTCTATAGATTTATGGGATTTTGGACAGAGTTACAAGATTGAGGAAAAAGATAGGGAACTTTTGGCAAGTTATCTTGATGCTTCTGTTTTATCAATAGATGACATTTTGAATAATGTTCATGAGAAAGAAAATATGTTCGACTATATTATATTTAGTAGAATGTTTCAGATTTTAATTAATAAATATAGTGCATTGGACGATACCTATGTGCGCTTATATAAAAGCAGCATAGAAAAGGGCATTGAACTTGAAAAACTTACAACGCAAATATATTGTCTAAAAGAGCAGGTTGAAAAATTAGAAAGAGAAAATAACCAATTAAGAGAAAAACTTAAAATTATAAGTTTGGATACAGTAAGAGAAAAAGAAAAAGAAATCATCGATATTAAGAAACAATACAATGAGATTATTAAAGAAAAAGACCAATTGTTAGAGGAAAATAAAGAAGAAATTCAATTACTGAAAATGACTATAGAAAATTTAATTGATGAAAGCCGATACGTTAATGAAGAGCAGATAACTAATGACGCATTAACTGGAACTAGAGGAGTAATTATTGGCGGAACTCCACAATGGCAGCAGCATATGCGTAAAATTGTGCCTCACTTTAAATTCATAGAAGTAGAACAGTTAAACTATGATACAAAAATATTAGAAAATGCCGATAAAATATACTTTAACACTGCATACAACTCACATGCAATGTTTTATAAGACAATGAATGCAGTTCGCAAAAAACAGATAGAAATTGTTTTTATTAATAGCAATTCAGTTACAGCAGGATTTAAAATGTTTGGGCAAAAGAGCGGCCAGTATACAGATAAGCATCTTGCAAGTTAAGCAAGCAAAAAGTAATAAGTTTACTTTCATAAGAGAAATGCTTCATAGCATTTCTCTTATGAAAGGCTAATAAATGGATTAGATATTAGGTTAAGAACAGGAGGAAATCAAATGAAGAAACAAATTCAAATTCATATTCCATATTTAATAAAAGAAATTTTCGAAAAGGTAGTTCGTATGGATAGTTTTGGTAATTATTTCTACGAAACGACATTAATATTTTACTGGAATGAGTTAGATTGCTTTGCAAAAAAGTTAGATTTCACCACTGCAGAAGAAACTGATTCAATTAATGGTGAAATAATTGGACAAGTCTCTATTTCAACAGATGGAGATAGTGCATGGGACCATATTACTGCAAAAGAGTGGTTAAGAAAGGATATAGAGGACGAACTTTATGAAATGTTAATAAATGAAGGATATGAGCCTATTTTTATAAATCATATTCAAGTATTTGGTTATAATTTTGATGAATGTAAGTGTACGTATTCTGCAGTCATTTCTGATGAAAATGAAGTAAATGAATTTTTATATGATTATGAAGAAAGTTATAAATACCTTGCTAATCTTGATAATGTCTATATTCTGACAGAAAAAGAGGCAAAAAGATATAAGGGGTCTATAATACAAGGTTAAAGTTTTAAGCAATAGACTACCAGAGCAAAGAAAAGGAATAAAAGTTAAACCAAGTAAGCCAGCATCATTGTTTGGTATGATAGTAGGTATTGTTTTTGTATTTATTGGGTTATTTGTAGTAATTCCCGGTGCAGGTCTGTTCGGTATATTCTGGACACTGATTGCAGTTGGTATAACAGGGTTCCAAGCCTATAACTTTTTTGATGACAAAGATGTTGCGTCATGGGAGATAAACATAGACACTGGCGCCAATGCAGAGACGAATAATCAGTCAATATCTGTAAGTGGTGATTTTGGAAAAGTGCAAAGTTGTTGGAGATAAAAGAGTTAAAGGGATTTAACAATGAGCCAGGGGTGTTGGAGTATCAGGTTAAAGTTGATTTTGATTTTAAAAAACTAATAACAGCAGATGATGGAGTCTGGCCAAGATTTATTATATTGAAGAAAGAATCTGAAAAAAGCGGCTGGAGGATTGACGGTGTTGGTACGGGACCGTGATTAGGGAGTATGTGATATAAAGTACATGCTTTTATAGCGTGCACTTTTGTTTTTTATATCAAATTTAAAAGGATTTTATTCACAATTATCGAATAGAAAAGTAGAATAAACAGTTTAAAGGTATAAGGAATGATAGTATGCTTGATAACAACTATTATGTATACAAAAAAGAAGTGGACTGGTCGGTGCTGCAGCAGGGTGTAAGCATTCCAGTAACCATACAGGTAGTTTTCCAAAATACTATAAATAAGTTTTTGCCAAGAGGCAAGTCTAAAGATATTTATCTGGTATTGGAAGGACTGACTTATAAGGCAAGGCTTGTAAACCAGAAATTCGATGAGAGAAAATATCCTAATAGAAAAGATATACTGCAAATAAGGTATCATCCACAAAGTGAGATTGCGGAAAGACTTAGAAGCATTTTTGCTGCAAGTTACAGGTATATATTAGAGCAGAGGAATAGCCTGCCTGAAAATCAACGCAAATTCATTAAAGTTCCTGAAGAAATAAAGGAATACCTGGCTATATATACAACAGAGTATCCAGATACATATCTACTTGAATGTATTACGCAGGAGGATACAAGGATAATAAAGGAAACAATGGTTCATGAAGATGAGCAGGAATATGAAGCAAGTATTAACTATAACACTGTTGACCCTAATGCTACTATTGCTGCAGTGAACCAAATAGTAAAGATTCGTAAACTTAACAGGGCAATAGGAGAAAGCCTGAAACTTCTTTATAATTACCGCTGCCAGATATGTGGAGAGAATATTAGTGCAAGATATGGAGTCAATGTTGTTGAATCGCACCATATAAACCCATTTGTTGAATCACTCAATAATAATTCAGAAAATCAGGTTATTATTTGTCCTAATCATCATCGGATTATTCATAGGGCAAGACCTGTTTTTGACAGGAGAAAACTAATATTTGTTTATCATAATGGAGTAGAAGAAAGGATTATATTGAACCGACATTTGCAGTAAGAGAAGGTAATAGTTACAAGTTTGACTTTATGCAATAAATTTACATATATGTTTTAATATATATTTAACTCCTAATGTCATAATGGTAAAATATACTTAACATTAAATTTGTGAAGTAAATGGATTAAGTTACATGAAGAGGAGGGGACAATGATGAACTTAACTGAAGAGGCTTTAAAAATAATTATGGATTTGGGTGATAAAAATATATTTGTCATAAAAACTTGTGATTTTAGTTTATATTATAGTATTCTAGATGAATTAAAAAATAACACGTTATTTTATGTTCCCAATACAGAAATTAAATACAGGAGTTTTAAAGAACTATATGAAAGTACAGACAATTTGTTAATAGATTATATATATAACTTAAGGACAAAGAGTATTATTTTGTTGTATGAACAATTTATTCAGATAATTGAAAAGATTGATTTCAAAATAATTAACAGTAGTATAATAGTGCTTAATAATAATATTGAACGCTATAAATTTTTGCCTATAAACGAAGAAAAAGTTATAAATAAAATTGCTACTACAGATATCAACGAAATCCAAGATGAAGAAATAGATTATATGCTTGAATATTATGATGATATAAGAGTCGACAGATATGGTGATACACAAAGAGTTATTATAGATTACAAAGATAAAAATATTTTTGAAAATTTAAGTGTAGAGGAAATTAACTTGGTAGATACAACCCGTGCCTTATCTATACAACGTAAAAAATATGGAGATTATGTGAGTGATAATAGTGTAGAAAAATGCTTAATTTATTTAGCACAGGATTTAAAAATATATATTAATAAAGAGTATTATAACAGACTTCAAAGTGATATATTATTGAAGGAATTCTATAATAGTTCATATAATCAAGTTTGCGTAATTGCAAATCCTGAACATTTTGATTCGTTACCTATGTATCTTAATGCATGGTGTAGAATTTTTAAAAATATTATACTAGTGGAATATGATATTGATACTAATATATCTTATGAACAAACATATGATATTGATTTATTATTAAAAAAATATTGGAATAGTAATAAATTCCGAGAGTACTGTATTTATGATATTTATTCAAATAAGTATCAAGTAAAAAAAATTACACAGAAAGAAATTATAATGCAAATTCTATCACAATATGTAAAATCTAAAAGCGGCAATAGTAATGAATGGAAAGATATTTTTTTTATTGCTTCAACTGGAGCAGGTAAGTCATTGCTATATCAACTACCTTCAATTATTTTAAATGATGAAAATAGAATTACTATTGTAGTTTCTCCTTTAAAAGCGTTAATGAAAGACCAATTACAGACTATGCATGAAAAAGGGTTAACTTATGCTACATATATAAATTCAGATGTTTCGTATTCGGAACAGATAGAAAGACTTGAAGGAATAAAAAATGGAAAATATTCCTTGATATATGTGTCTCCTGAATTTTTACAAAAGTATTCCAGTGCTAAATATCTTGTTGGTGATAGAAAAATAGGATTATAGATAACGAACATTAAAGCCTACAATTGCCAAATTGGCAATCATGGAAAGTAGTTCCGGGCATATAGCCGATGCCTAACCTCATCAGGATGAGCTTTAATATATGCCTCAAAACGATTTACTAAATGCAATAGTTCCTGTTCGTTCTTTACAGCAGAGGCTTGTGCAATAAAGTTTTTCATCCAGTGCCACATCTCCTCTTGAGGATTCAGGTGTGGAGAATAAGGAGGTTGATGCAACACTATTAAATCACTTTTATGAGCCTCAACAAACTCTTGTATCAAAGGGCCTTTATGAATCGGAGAATTATCCCACTGGACAAAGGTGGTAGAAATCCCTCTTGCTTTATCATAGTCCAGTAAACGCTCCATATATTTGACCACATGAGCTGCTGTCAAAGAGCCTTCTTTTTTGGAGTATACATCGTACACAAAACCCATATGATTCAGTACTTCCGTAGCTCCAATGATATTGATGCCCTTATGACAGCCGTTACACTCAATTTCTGTAGGTTTGCCTACAGGACTCCAGGAATAAAAGTTGTTGGATTCGAGCCTTTTACTGGTTTCATCCTGACACCACAGGGAGACATCTCCTAAAGGCTCAATTATATCCAATACAACTGACATTTTTTTTAAAGCTTTCCTGAAGCTTTGGGTCTCCCTTGCTCGGTTTATAAACACCCCTTTTGTACGAGAAACCAAGATTAGCCAGTATTTTACGGATCCAGGTGTCGGAATATTCTTTTCCCCAGTGGTCTTCTACATACCTGACTAACAACTTGGCGTTCCACCGGTTTTGTTCATAGCCGAACTCATGAGGACTCTTACTGGTAACTATATTGCGGATATCCTCTACCATTTCATCGGTGACAGTACTTTCAATATTGCCGCCCCGCAGGTCGGCGATGCAAGCAATACCGCTATCGTTCCAGTTGTTGATATATGACACAATGGTTGCGTTACATTTACTCAAGGTATCTGCAATAACCTGCGTATGGATACCCTTATGCCTCATGATTACAGCTTTGACGACGTCTCTGGTATAATTACTGTCAGAACTATTGGCTATTAAATTTAAGTCATCTATCGTTAATCCATAAAGTGATTTAACCTCAACACATTTTCTACCCATTATACATTCCCCCTGCCCTATATTGTAAGGGCTTCGGAGGAAAATTGCACAGGATAATTTTAACTATATAGTTCGTTATCTATAGTAGTTGTAGATGAGGCTCATTGTGTTAGTACATGGGGAAAAGATTTTCGTGCTGATTATGGATATTTAGGAGATTATATAAAAAGATACAGAAAAGAGATGCAATTTCCAATTTTAGCATTAACGGCAACTGCAGTGTGGGGTGGAGAATTTGATACACTAAATGAAATAATAGGATATTTAAACCTTATGCCAGACCCTATCATCTATTATACAGATATTAAAAGAACAAATGTAGATATAGAAATAAAAAAAGTAAATGTTACTGGGAATTACCGTGAAACCAAAATAAAAATGACTATTGATGAAATCACTAAGATAGTAAAGGAAGGAAAGAAAGCAATAGTATACTTTCCGTGGAAAAGCCAAATTAAAGATATTTATATTAGACTTTCAGAAGATATTCAATCTAAAGTAGCAATTTATACTGGTGACACAAAGGGAGAAGAAGGTGAAGAAATTATTTCAAAGTTTAAGTCTGGAGAATATATAGTTGTTCTTGCAACGAAAGCCTTTGGCATGGGTATAGATATATCTGATATTGAAATAGTATATCATCATGCGATACCTGGAAATTTGGCTGATTATTCCCAAGAAATTGGACGAGCGGGCAGGAATCGAGAAATTAGAGGAAAAGCCTATACTCTATTTAATCAAAAAGATTTTCAATATTGGAGAATTCTTAAAGGAATTTCTCGTCCTACACAATGGGAGTTAAAACTTATAGTTAATAAATTATATGATGAGTTTAAATATGGTAAGAAAAAACGTCTACAAAAGTTATTGCCTTTAGATACTTTTTCATTTGTTTTTAACGAAAATGAAGTAGATAATACCGAGCAAAAAATAAGGACAGCATTATTTTTAATAGAAAAAGATTTTTTTAAAAGATTTGGTTGGAATATAATTAGCGTCTACCCAAGAGATGAATTTGGTAACTATTACTGTACAGTAGATGACGGTAATAAAGATGAATTTATAAATAAATATGGAAAATATGTTAGAGAAATTTGCAATATAGAAGACAATATTAGATTTTCAAGAGATAAATACTATTTGTGCAAAGATATTGGTAATATTCTCGAAATTGATTTAAAGAAGTTATGGGAAGAGAAATACTATGATAAAAACTATAGGTCTATTAAGTATCTGTTTTTTAACAATAAACTCTTTGAAGATTTTTCGGTCATACCAAGGATTTATACAAAAATAGAACTTCAGAGTTCTAAAGAAAAGGTACTAGGGCAACTTGAATATGCATTGAATATAATTGCGACAGCACTTCAAACGCAGGATAAGTTTACAAAGAATGAATTGGAAAAGTCTCTGAGAAGGGTAGTAAGAGATGATTATGGGTTAGATGACAAGGAAATTATCAATAAACTTCTACATATATGTACTACTTTTCTTTACATGGAAGTTGGAAGTAATAACTATTCTCATAAGATGATTATACGTAAAAGAGATGAAGGCAATGAATATATTTATATTGCTCCAAGACTTAAAATTTCGTTAGGATTACAAAACATTATTAAGATATTTAATAATAGGTTCGAAGATGGGGAAATATTTGAAAAGTTTTTAGTTCCACCATATATTGGAAACTCTATTTATACTTGCGAGACATTGGATTTAGCATATATACTAGAAACTATGGGATTAGCAAGTTTTATTATCAATGGTGGTCATATGCCATATGTTAACATTGTTGTAAACTCGGTTGATAAGTTAGCCACGGCATACTATAAAAATCAATTATTGATGGATATGCGAACAAGGGATGACAATGAAATCAAGATAGTCGAAAGATTTATCAATACAGATAAGAATAAATGGGATTATATTGAAGATTACTTTTTAGGAAGATTAAATATATAAGAAATTAATTCTTAAAAAGCAGGACAACCTATAAGAATAGAATCTTTGACTTATAGGTTTAGATATTCATTAGCAAATATCAAAAAGTTTTTAAATAACTATTATTGAATTATATATAACTTGAGCAGGAGTGATAAAGTTGATTAACTTTCAAGATAAAGTTAATTTTATATGGAGTATAGCAGAACTTTTAAGAGGCCCCTATAAAAAAGAACAATACGGAGATGTGATTCTCCCAATGGCCGTACTCAGGAGGTTTGACTGTGTCCTTGCAGCAACTAAAGATGAAGTATTAGAAAAGTATGAAGCCTTAAAGAAGTCAGGGCTCCAAAACATGGACCCTGTTTTAAATAGAATATCAAAGCAGGAATTCAATAACACCAGTAAATATGATTTTGAAAAATTATTGGCTGAGCCTGATGATATCGCAAATAATTTAAGGAATTATATTAATGGTTTTTCTAAAAACGCCAGAGAAATTATAGAACACTTTGATTTTGACAAGCAGATTACAAAACTTAATGACAACAACCTGCTTTATCTCGTGGTATCTGAGTTTAATAAGATAGACTTACATCCTGATAAGGTAAGCAATACCGAAATGGGGTACATATTTGAAGAACTGATAAGGAGATTTTCCGAACACGCAGAGGCAGGAGACCACTATACCCCTCGTGAGGTTATCAGGCTTATGGTGAATATTCTCCTGAATGAAGATAACGAGGAATTAACGCAGCCAGGGCTTGTTGTAACTGTTTACGACTGCTGTGCGGGGACGGGAGGAATGCTTTCAGTTGCAGAGCAGTACCTGAAAGAATTAAACCCAGGAATACAGGTTGAATTATTTGGGCAGGAGATAAATCCCCAATCCTTTAGCATCTGCAAATCCGACATGCTTATAAAAGGACAAAACGCAGATAACATCATTTTAGGCGACAGTTTTACTGAAGATGGACACAGGGGAAGAACCTTTAGGTACATGCTTACCAATCCGCCCTTCGGTGTGGAATGGAAGAAAGCGGAGAAATTTATTCGTGAAGAATATGAAAAAGAAGGGTATAACGGCAGATTCGGTGCTGGGCTTCCCAGAATATCCGATGGTTCCCTTTTATTCCTGCAGCACTTAATATCTAAAATGAAACAGGATGAAAAAGGCAGCCGTATTGCTATTATCTTTAATGGCTCGCCATTGTTTACGGGGGACGCAGGTTCAGGTGAATCGGAAATAAGGCGCTGGATAATTGAAAATGACATGCTGGAAGGTATTATTGCATTGCCTGACCAGTTATTCTATAACACGGGTATTTCTACCTACATATGGATAGTTACCAATCGTAAAAATAATGACCCAATGAAGGGGCCTGTAAGGACGGGTAAAATACAGTTGGTTAATGCAGTAGATTTCTATCAAAAAATGAGAAAAAGCCTTGGAAATAAGAGAAATGAAATCACTGAAGAGCAGATAAAAGAAATTACCAGGATATACGGTGAATTTAAGGAGAACGAATACTGCAAGATTTTTGATAATGAAGATTTCGGATATCAGAAGATAGTTATAGAAAGACCTTTAAGGCTTAATTTTCAGGTAACTGAAGAAAGAATTAATAATTTATATAATGAAACAGCCTTTAGTAATCTTGCAAAGTCTAAGAAAAAGGGAACAGCAGGGCTAAAAGAAATAGAAAAAGGTAGGAAACTACAACAGCAAATAATAGAAACCTTAAAAACAATGGACTCTACTATTTTGTATAAAAATAGAGATGAATTTACAAAAGTGCTGAAGAAGGCTTTTAAAGACAGTGATATTAAACTGGATAGTGCACTTTTAAAGGCTATCCTGTCTGCCATTTCCGAAAAAGATGAAACAGCGGATATTTGTGTGGACAGCAATGGCAATCCTGAACCAGACCCAGACCTGAGGGATACTGAAAACGTACCTTTGAAAGAAGATATATATGAGTATTTTAAACGGGAAGTAAAACCCCACGTGCCCGATGCCTGGATAGATGAAACTAAGACTAAAATTGGATATGAAATACCTTTTACAAGGCATTTTTATAAATACCAGCCCCTCAGACCTTCTGAAGAGATTATGAGAGAGATAATAGAGTTGGAAAAGAGCATTTCAGAGAAGTTGAAGAAGGTGATGGGTGAATGAGTAGGTATAAGAGGTATGAAAGGTATAAGGATTCAGGGGTTGAGTGGATAGGTGAGATACCAGAGCATTGGGGAGTAAAACCTCTAAAAAGAGTATTTAAAATTATAAATGGAGGAACACCGAGTAGTTCAGAAGAAAGTTATTGGAATGGAGAAATTGTTTGGGTGACGCCAAATGATTTAAGTAAGTTAACTGAAGCATGTATAGTGGATTCTGAAAGAAAAATTACACAAGATGGGTTGCATAACTGTTCAGCAAGAATAGTGCCAAAAGGTAGTATTGTTATCTCTACTAGGGCACCAATAGGGTATGTTGCTATTGCTGGAGTACCGCTATGCACTAATCAAGGGTGTAAAAGTCTTGTTGCTATTAATAAAGTTAACCCAAAGTATTTTTATTATTGGATGCATAGCATAAGTTTTTATTTAAATGTTTTAGGGCAAGGAACTACTTTTATAGAATTATCAAATAGTAGTTTGTCTATGGTTGAATTATTGACACCTTCAATAAACGAACAAAAAGCCATTGCTAATTTCCTCGACCAAAAGACTGCCGGAATAGATGGTTTAATTGCTGATAAGGAAAAATTGATTGAATTATTACAGGAAAAACGGCAAGCAATTATAACTGAAGCAGTTACCAAAGGGCTTAATCAGAATGTTAAGATGAAGGATTCAGGTATTGAGTGGATAGGAGAGATACCAGAGCATTGGAGACTTTCAAAGATAAAGTATGAATCATTAATTAATAATAAAACATTAAGCGAAAGTACAGATGACGACTATGAAATAGAATATATTGATATAAGTAGTGTAACATCAATAGGGGGAATTAATGACGTCCAAAGTTTAAATTTTAAAGATGCACCTAGTAGAGCCAGAAGAATTTTATCTAAGGGGGATACTATAGTATCCACGGTTCGTACATATTTGAAAGCAATAGCCTTTATTGAAAATACTCAATCAAACCTAATATGTTCGACAGGATTTGCAGTTTTAACTCCCCTATCAAAGGTTGTTCCGAAATATTTATTTTATTTAATGAGGTCAGAAAAATATGTTAATGAGATTGTTCGCAGGTCAGTGGGGGTTAGTTATCCTGCAGTTAATGCTTCTGACATTGGCGATTTAGAATGTGCATTACCAGATAGAGATGAGCAAATGTATATTGTAGAATATCTTGATAATTTCACTATGCAGATTAACCAATTGGTAAATGATATACAACTACAAATCCAAAAACTAAAAGAATACCGCCAATCCCTTATATCAGAAGCAGTAACAGGTAAAATTGATGTGAGGGAATTTGGAAGTATAAGCGAGGTGATATAAGGATGAACAAGATAACTGCCCATGCAGTGAATATCCGTACACTGCTGAATAATAAATACACGGTTCAGTATTATCAGCGGGAATATAACTGGGAAACCAAGCAGATTGAAGAACTTATAGAGGATTTAACCAACGAGTTTAATGAGTTCTATAAGGACGGAGACAGGCAGATTGATGTGAGGAATTATGGAGACTACTTTTTAGGTCCCATTATCCTTACCAATGACAATGCAATTATAGATGGACAGCAGAGGTTATCCTCATTAACGCTGCTCCTCATATACCTAAACAATCTTCAAAAACAGCAGACGAGTCTGCCTAAAGTCAATATTGATAACTTGATTTACTCAGAGATGTACGGCCAAAAGACTTTTTGCATAAATGTCACAGAAAGGGAGGTTTGTTTAGCATCTCTATTTGAAACAGGTGATTATGACATTACCAATGAGCAGTCAGAGAGTGTTATTAACCTTTACAATCGATATAAAGATATTGAGCGGATTTTTCCTGACGAATTAAAAGGAAGTCCCCTGCCAGTATTTATTGAATGGTTAATAGACAATGTGAGTCTTGTAGAAATAAGGACTGATTCGGAGCAAGATGCTCATAAAGTTTTTGTAACAATGAACGACAGGGGATTGAGGCTCACGCCAACGGAGATGTTAAAGGGCTACCTTCTTTCCGAAATGGATGATAATACAATCAGAAATAAGGCAAATGATTTATGGAAGAATAAAATTGTACAATTAAAAGAAATTGAAAAGGATGGAGATGCTGACTTTATAAAGAACTGGTTAAGGGCCCAGTATGCAGAAACTATAAGGGAAGGTAAAAAGGATGCAGAGAACAAGGACTTTGATATAATCGGAACAACATTCCATAAATGGGTCCGAGAGAATAAGTCTGTTATGGGCTTAAACAGCAGTGCAGATTTTGAAAAATTTATACTTAAAAACTTTAGGATGTATGCTGATATTTATATTCGCTTAAAGGAATACTCCCGCAAGTTTAATAAGGATTATGAGTATGTATTTTATAATGCTGACAGAGGATTTACGCTGCAGTACCAAATTATATTATCAGCAATAAAAAGTGATGATACCCAGGATGTTGTTAATAAAAAAATCAAAATGGTTTCCTGCTTTATTGACCAATTTATATCCATCAGGATTTTCAATTTTAAGACGGTGGATTATTCCTCTATTAGATATACTGTATTTAATATAACAAAAATGATACGTAATAAGGATATTAAGGAATTGGCTGAGATATTAAAGCGTTATATAAATAATATGGAGTTAACGCTTGAAGGAATTGATGGTTTTTATTTAAATCAGTTTACAAGAAGATATATGCTCCATATTCTCTCAAGAATGACCTACTACGTAGAGGAACAAAGCGGCATCAACAGCAATTTTGCCGACTATGTAAATAGAGAACAAAAAAATCCATATGATATAGAGCATATCTGGGCTGATGATTATACTCAGGGTAATCACCAGTTAGAATTTTCAACAGAAGAAGAATTTAAAGATTTTAGAAATAGGTTTGGAGGTTTGTTAATACTTCCTAAAGATAAAAACAGAAGTTTGCAGGATATGGAATACAGTAAGAAAGTAATCAAGTACGACAGTGAAAACCTGCTGGCTCGGACTTTAAATCAGAATTGTTATAATAATAATCCATTATTTTTATGCTTTATGAATAATACACAGTTACCCTTTAAACCATATGCACAATTTAATAAGGCAGAACTAATTGAAAGGCAATCTCTTTATAAAGAGATATGTAAAAAGATTTGGGATGTAAATAAAATTGATGTATTAGCAAATAGTTAGTAAGGAAGTGAGAGAAATGTCTAAAACTCCTGAAGAACTTTTAGAAAAGGGTTTTGAAGAATATATTGAGGAGCATCTTTTAAAAAATGGATATGTTAAGGGCAGTCCTGATGATTACAACAAAGAATATGCCTTAGATACCAAACTCCTATTTGAATTCTTAGAAAATACTCAGCCGAAAAAGATGGACAAGTTGAGGCAAATTCATAAAGACCAGTATGAGTTTAAAATACTAAAACGGCTCAATACGGAATTAAACAACCGTGGCATGATTGATGTATTAAGGCATGGAATTAAAGATTATGGTGTGTACTTGGACCTCGCCTATTTCAAACCTGCCAGCAAATTAAATAATGAAATGGTAAAACTCTATGAGAAGAATAGGATATCCGTCACAAGGCAGGTGCACTACAGTACCAAAAACGAAAACAGCATTGACATGCTCATCTGTGTCAACGGACTTCCCGTTGTTGTGCTGGAACTTAAAAATGCTTTCACTGGTCAGACTTATGAAGATGCAATAATCCAGTACAAGAAAGATAGAAGCCCCAATGAACTATTGTTCCAGTTTAAGAAAAGAGCCATTGTATTTTTTGCAGTAGATACTTCGGAAGCCTATATGACTACAAGGCTTTCAGGAGATAAGACTTCATTCCTTCCATTTAATAAAGGTTGTGATGGAGGGAAAGGGAATCCAGACAATCCTGATGGGCTTAAAACTGCATATCTTTGGGAAGAAATACTTCAAAAAGATAGTCTGATGGATATACTAAAGAAGTTTGTATTTATTCAGACCGAAGAGAAGAAGGATATGGACGGAAACACCTATACCTCAGAAACCGTCATATTTCCAAGATATCACCAATTGGACGCAGTAAGGAAACTGGAAGCCGATGCAAGGGAGAAGGGAGTAGGAACAAACTATCTTGTGCAGCACAGTGCAGGGTCAGGCAAAACCAACTCCATATCATGGCTTGCCCACAGGCTTGCCAATCTTCATGATGATGAAGACATGCCTGTATTTGATTCGGTTATTGTCATTACCGACAGAAGGGTTTTGGACAGGCAGTTGCAGGACAGCATTTACCAGTTGGAACATAAACATGGCGTTGTTCAAAAAATAGATAAAGATTCCAACCAATTGGCTGATGCCTTAAAAAGCGGAACAAGAATAATTATTTCCACTCTACAAAAGTTCCCCTTTATTATCGAAAAGGTAGGAGAGTTACAAAGCCGTAAATATGCTGTTATTATAGACGAAGCCCATTCCAGCAGTGCAGGAGAAAATATGGCTTCTTTAAGGGAAGTGCTGTCGGTTAGTACCCTTGAAGAAGCGGCAAAACTGGATGAAGAGTTAGAGGGCAAAGAATACGACCCTGAGGAGGAAATTTTAAAGACAATAAAGAAAAGGGGTAAACAGCCTAATATCAGTTTCTTTGCTTTTACGGCTACGCCTAAAGCAAAGACCCTTGAAATGTTCGGAACTATGGGTGAAGATGGACTGCCCCATCCTTTCCATTTATATTCTATGAGACAAGCCATTGAAGAAGGATTTATACTGGATGTAATGCAAAACTATGTTACATATGAAACCTACTTCAAACTGGCAAAGAAAATCGAGGATGACCCAACTTTTGACAGGGCAAAAGCAACTAAAGCATTAACACGTTATGTAAGTCTGCACCCTCATAACATTGCCCAAAAGACTGAAATTATGGTAGAGCACTTCAGGAGTGTAACCAGGCATAAAATAGGCGGAAGGGCCAAAGCAATGGTCGTAACCAGTTCCAGGCTCCATGCTGTACGCTATAAGCATGCGTTTGATGAATATATCAAAAAGAAAGGTTATAAGGATATGAAAACCCTGGTAGCCTTTTCGGGAACAGTAAAAGATGGCGATGTAGATTATAAAGAAAGCGATATGAACGGATTTAAGGAATCAGAACTTCCAGAACGATTTGCTACTGATGAATATCAGGTGCTTTTAGTTGCAGAGAAGTATCAAACAGGATTTGACCAGCCCCTTTTACATACTATGTATGTGGATAAAAAGTTGTCAGGAGTCAAGGCAGTACAGACATTATCAAGGCTTAATAGGACCTGTGCGGGAAAAGCAGATACATTTGTTCTTGATTTTGTAAATAAGGCAGAGGATATTCAAGAAGCGTTTAAACCATATTATCAGGCAACCATTGTCGAAGAAGTGACAGAACCCAATCTTCTTTATGATATTGAAACTATGCTCAATTCTTACGGTGTATATCTAAAAGAGGAGTTGGATAAGTTTGCTTATATTTATTTTAAACCTAAAGATAAAAAAACTTCTAAAGACAGGGTAATAATAAATCACCTTATAGATATGGCTGTAGAAAGGTTTAAGAAACTAGATGAACAAAGAAAGCAAGATTTCAGTAGTCAAGCGACAAAATATATAAGACTTTATTCATTCATCCTTCAAATAACACCTTTTGAAGATGTTGAACTTCATAAGTTATATGTATATTTAACATATCTGCTTAAAAAATTGCCAAAGAAAAAAGGTTCTAATGTACACCTTGCTGATGAAATTGCTTTGGAGTATTATACTACCAAAAAGACATTTGAAGGTAGCATATCATTATCATCGGATGATGAGAATGTACCAGTAACACCTGTAAAATTTGCGGGAACCGGGGTAAAGGAAGAGCAGGAAGAATATCTGTCCAGTATTATTGAGCGTCTTAATAAACGGTTTGGAACAGATTTTACAAAAGCAGACCAGTTATCAGTAGAGCAGATAAAAGAAGATTTTGCTTCCGATGAGGACTTGGTACAAAAGGCTAAGACAAATACTATTGATGACTTTAGACTTGCTTTTGAGAAAGTATTTATTAATAAAGTAATAGACAGAATGGACCAGAACCAAGCATTTTTTACCCGTGTTCTAGACGATGAACAGTTTAAGAATGCACTTATGGAGTATATGCTGGTTGAGACTTATGCAAAGTTAAAAAATGTGGCTTCATAGATGCAATATAAGGAATAGAGTAAAATAAAATTAACAAATTCAAGGAAAATTACATCTACATTTACCTGGGTTTTTAGTGTGTAAAATTGACATTAAATAAATATTGTACTTACTAACGATGTGACGTAAAATATAAGTATACAGATTGAGAGCATACTCTCTTACACAGCCAGCAGATGCTGGAATAAGTAAAGAGGGTATGCTTTTTTATTATTATTTAGGAGGAAGAAAATGCTTACTATTAATGTGTCAACGCCGGGATATTTTTGACCGAATCGCCGGTTAAAAATTGACCCATTCGCCGGTCTTCAATCGCCGGTTTTTGTTTGAACACCCCGTGCCATATTATCCAATCCCGGGATATCAGCCGGGGGTACTACTTTGACACCGCCTTTTATCCTGTTTTTCAGTCTATAGCTCTCACCCCTTATGTTTATGATATGTGCATGATGCAGTAATCTATCGAGCATAGCTGTAGCTATTACTGTATCATTCATAAGCTCTCCCCAGTCTCCGAAGTATTTGTTACTGGTTAGTATTATACTGCCGTTTTCATACCTTGCGCATATAAGCCTAAAGAATAATTCCGCTGATGCACGATCTAGCTGCATATATCCCACTTCATCTATAATCAGTATGTCGGGCCGGGTATATACACGCCACCTGCGCGCTAGTTTTTCTTGCAGATTTGCCTTCTTTAAATCTGATATCAGATGCGCAAGGCTGGCATAATATACAGTCATACCGGACTTTAAGGCTTGCATTGCGATTCCCACTGCAAGGTGAGTTTTGCCGACTCCAGGTGGTCCTAAAAAAATTACATTCTCCTTCCTTGCCACAAAAGCAAGTGTTGATAACGCTCTGATTTGCCTTACATCTATGCTGGGTTGGAATCCAAAATCAAACTCTTCCAGTGTCTTTCTATGCGGAAGCCTGGACAGCTTAATCCTTGTTTCTTCGCTGCGGCGTTTTTTCTCTTGAATCTCGGCTTCCAGAAGTTCACTTAAGAACGACAGATAGGTTGAGTTTTTATGCATCGCATCTTCAAGCTTTGCATCCAAAAGCTCGGAGGCCGTATTCAAACCAAGCTCAGACAGAAGGCTGCGGGTATGTTCCAGCTCAACCATTGGATATCACCCCCACCAGTGTATCGTACACGCTTAAAGACCGTATCTCTACTGTTTCTGTTTCTTTCTTCCTGGCGAAGGGAAGGGGAACCGCTATGCCACCCCTTTCGGCAAGGCCTTGGTATTGGCCCTTAAGCCACACTATCTTGCCCGATGCGTACTCTACTTTGTGGCAAGCTATTCTTACCTCACCATAGTAAGCTTCAAAGAAATCACCACATGTCCTTACTCTTACTTCCCTGCCGCTATACTGCCAGGGTATACCGTATTTGGCACCGTCATAGCTTACAAATCCGTCCCTTGTTACATTTCTTGTTTCCCATCTGTATTTATCGCGAACAGCTTTATCTGGTAGTGGCAGAAGGGGTTCTTTGTTTAATGCTTCAAGAGGTATTTCCCCGGTAGTCCCGTGGATCTTACTGTCTACCTTCCTACACCATTCAAATGCTTGAGAGTTTAAATCATGCAGATCCTTAAACTGTCTTCCCGGTAGAAAGTTATCCTTCACATAATCCACTAGGCGTTCAACTTTTCCTTTTGTTTGGGGCCTTTTTACCCGGCATACCTTCGGTACAAAACCCATGTCTGCGGCAAAATCTTCAAATCTACTGTTCCATATCGGCTTTCCTGCCTCACTGCCGTTTATTACAGTCTTCATTCTATCTGTCAGAACTACCTCCGGTACACCACCGTAATACTCAAAAGCGTTTACTATGCATCTTAATAAGCTGTATATGTCGCAACGTTTAGTAAACTCAATATACTTACACCTTGAATTGCCCAGTATCATTATGAAAACCGGGGCTTTATGGGTATTTCCTCTCTCATCTATGTAGTGGATAATACCCCAGTCCATCTGAGCCTGTTTACCAGGTGGTGTTTCATACCTTCGAACTGCAGGAGCGCTTCTGGCCGGTCTGAACGGCTTTACATAATCCTTAATAATGGTTATACCGCCGGTATAGCCCATATCCTTTAATCTTTCTAAAATCACAACGCAGTTAAATATCCCATTTTCAATCATTTCATTTATTTCGGGTTTAAAAGGATCGAGTTTTGATGGTTTTGTCCTTCCTTTAAGCCCATGCTCAGCTTTAGGCTGGTTCATGTACTTTTTTGCCGTGTTTTTTGATATACCAAGTTCTTTACCTATGGCATATGCACTCTTTCCTTTTTGTGCACCTTCGTGTATCATATTAATTGTCCCACTCCTTATCATACGGTCACCCCCATAAAAGTATTTGACACACTTTTATGGTAACCGTTTGGTTTGGTGTGGGTCAATTTCTGTCCGGCGTTATGGGTCAATTATACCCCGACGGTGACAAATGACTTTATCAATAAAATAATTTTGGATTTAAATAAGTATTTTTCAGAGGTTAGTTTAGACGGCAATTATATGCTAGTAAAGTCTGGTCCTGCGAGTATGTCTATACCTATTAGTTCTATGTATAGGGAATATCAGGAAGTTAAGGATTATAAGAAAACTTTAAAATTATATGTTGGCATTATTAATGATATTCTAAATCAATATAAGTTTAAGATTGATTACAAGAGTGTGTATCCATTCCTTAAAAGCAGGGATTTTGGGAAAGGGGAAAATGATATTCAATTTTACAGGGAACAGGCTTTTACAGATATAGACATACTTTATGTTTCAGACATGGGGGAAACTTTTAGGTTTATTTTGCAAACTGATGATGTGGACTTTTACAAAATGAAAATGGCAGCATGGGAAAACTTGAATAAGATGGCCAATCCATTAGTAAAGTTGGATAAGACACTTGATATATTTTGTCCGAAGTATTCTACAGACTATAACTCGACATTGTTGTTAAGTTGTTTTTTGCAAGAGAAAATTCCTCACTTTTGCAAAATTTTTTCCTCAGGCACCGATGTGGAATTTTTATGTTAACCCCAGTAGTTTTATCTGCTAAATTCTCATGTGTTTAATGTTGATTCCCTCAGCCTATTACTTTGGCCAGGAAAGAGCAACAAGTGGCAATGATGAAGTATCCGGTCAATGATAGCTCCTGTCATCTGCTCGTCATAAAACACATTTACCCACCTTGAAAACTCTATGTTGGTGTTAATGATTACCGACTTTCGTTCATAGCACTCAGATATTACTTCAAACAGGAGTTGCGCTCCTATCCGGTCAAGAGGGACATAACCCCACTCATCACAGATCAATAAGTCGGCTTTATTAAGTGCTTTTAAAAAAGCAGATAATGTTCCGGCTTTCTTTTGCTCTGCCAGTTTGTTTACAAGTGCCGATGTCCTAAAAAACCTAACTTCTAAACCTTTCTTACATGCCTCTACTCCTAATGCAATGGAAAGATGGGTCTTGCCAGTACCCACATTGCCATACATAACAATATTGGTCTTGTTTGTGATGAACTCGCATTCTTTAAGGTATTCTGGCGTGATACCACCAGGAAGTGTTACTTCATCGAACCTAAAGCTCTCAAATGTCTTTATGGTATAAAAACCAGCTTTCTTTATCAGCTTATCTTTCCTTACTTTTTCACGATGCGTAATCTCTGCTTGAAGTAGTTTAAGCAAATACTCCTGATGGCTTTCTGCTTGTATTTTGCCCGACATTTCCACGATGTTTTTGCTTAAGCGAAGTCTCTTACAGCAAACAGCAATATCAGATACTAACATCCATCTACACCTGCTTTCTTAAGACTCTCGTCGTAGACCATAAAATTTGGCTCATACCTTTTTAACTGCGGTATATGATCAGGCAGGCGCACCGGTTCAAGCTGCAATACTTTTTCATGTAGCCGGCTGTGTAGATTTATTAAACTGTCTATATCAGCGGCGCCGTAGGATAGTGCAGTGCTTACTGTTTCTACTGCTTTTTCAAAGCTGCTTTTCTGTGTCAGATTGGCAATGGCCTTTAACACCTTTCCCTTATCTTGCTTGCTCAAATCTTCTAAATACTCTTTTACAGGCTGTGGCAGCATTTGATATATGCCTGTGTATTTCAATGCGCCTGGGCATCTCGCCAATTGGTTAAGGTAAGGCAACCACTGCATGCTTTGTTGTTTATGGTCACCGTAAAGCCTATCGTGGCGCACTATCTCACGATAGTTTTCATCAAGCACTATTACCTCAAAGGCAGTTAGCCTAACCAATACATATGTATTTGCATATTTAGGTGCTACAGAATATTCGTGTAAGCCATTGTTAATCAGAAATTTACCATATCCATTTGTCTTTACATTTATGTATTTGCTTGTATCAAAGGCTACTCTGGGTAGTTCCAAAAGGGATGCAGCGTCATCCTTGTATAACTCTTCAATTGTCCTTTCCTTACGGTAATGCTCTCTTTTCGCATCCTCTTCACATTGAAGCAGAAGCTCTTTATTAAATTTGCTGATACTTTCAAACCGTGGTACCGGAACCAGCATATTTCGTCTATGATATCCAACCTTGTTTTCTGCATTACCCTTTTCATGTCCGGCTCCCACATTACAAAAGGCTGCTTCAAAACGGTAATGTTCCATAAACCGCAAGAAGTCATCAGTCAGAGTCCGCTCTCCGTTTTTCATTACCTTGGTAACCATAGTGCTTGCATTATCAAACCATATCCTTGGTGGCACTCCGCCTATGTGTTCAAATATCGTTTTTAAGCCTTCAAACAGACATTCCTGGTTTTCTCCCTTGAAAACTTGGATATATCCTTTATTACTGTATGGAAACGATAAGTTTAAGTATTTACCGCTGTATAACTTACCTTTTTCATAAAAATCGGCATCACCAAAATCTACCTGTGCTTCTCCTGGTATATGTTCTAACGGTAGAAAACCTTTGTTTTTACCAAAGATCTCTTTTTTCTTTACTGCCACATATCCTGCAACAGTTCTGTAGGAGCAGCCAAAGTCATCCTTGTACTTCTCTAACAGCCGCTCATATATTCGTTTTGCTGTGTGTCTTTGTTTACGCCTGGTTCTTTTATCCTCAGAAAGCCAAGCATCAATGTCCGGCTTGTATGGGTCAAGCTTTGGAAATGTAGTTTCTTCCCTTACTTTTGACTGGTCTTTATTCCAGTCATCTTTATCAAGGTATTTCTTTACTGTCTTACGGTCGTAACCAGTTTCTCTGGCTATTTGGCTAATATTTTTCCCTTCCTCAAAATACATTTTTCTGATATCCTTAATTTGGGTCATTGATAGCATCCTCCATTCCTCCTTGTAGCCGTTTTCCCCAACTAACTACAAGGATATTATTCTGGGGTGGTGCCTTCAATGGCCTTTTGCAATTATGTGGAATTTACTATTGCAAAATTGGGGAATTCTTTTTGCAACTTTGTCCAATTATATTATGCAATAAACATGTTAAGTACCGCACTACAGAATCAAATACACAAAAAAATAGGGAAGGATTATCTTTTCGCAATTCCTTCTTCAACTACATTAATTGTGGCCAGATACCGTCCTGAATATATAAAAATTATAGAGTCACTGATTATGATAGATAAAGACCCGAATGTGATTTCGGATAAAGTGTATCAGTATAAGGACGGGAAGTTTGATATTGCAGTCGATTAAAAAGGATATTAAGTAATAATAGGAATAAGGGTTAAGTATAGTTTTAGAGGAAATCACAAGGATTTATTCCAATTTGATTTAGTGATAGTAAATTCATATAATATAATAAAAGATAGTAATATATGGCAAAGGAGATATGACAGTATGAATAAGGTTTTAATTGAATGTGATACTTTCATTGATAAACGTAAATTAAATAAAGAAGACATTATAAAACAACTAGAAACGATAAAAATAGAAAAAGACCAAGATTTCATAATTGCTTATGATAAAGATTTTAGATTTGCTTTAGTCGGTGAAATGAGTAAAAATAACAACTCGATAATTCTAACAAATATTATAAAAGCCGATGATTTTAGGGAAATGGATAATTCAGACTTGTATGAATTTATAAAGAGGCAAGGTTAATAGGATTAAGAAATAAGGCTTTGGGGATAGGGGGTTCTATCCTGCAAGGCCTTATTTTATTAGCATTTGGGTATCTCAAATTTTACTTTTTCAATGAAAATCCTTATGGTTGGGATATTGTTCATCAGGAGTTGATATTTATCTGGTTCTATTTCATGCTGAATCTGATTTATGTACTGTTCAATTGTTTGAAGGTAAGAAAGGGATAAGGAATCATAGGTAACAGGGTTAAGAAAATGAAGGGTTAAGGCCTCAATCGCTTCGCCTATTTCCCCTGAAACCTTATCCCCCAAAATGCCCTTTGCAACCTGCTTCAGGTAATTTAGTTCCAGTCTGAAAACTTCTAAATTTATCATTATGACCACTCCTTCAGAAAATTTTGAGGTATTATAAAGAAAAGGACATTGCAAATCAAAAAATCAGTGCAAAAATTTTATTATAAAAATTAAGAATTATAATTGTCTTGTAAGGTGTCAATTAAATAAATGTGTACCTAATATATATGAGTTAGAAATTAGAATATGATTGAAAAAATCATAAGGAAAAGATATCATAAAAGTAAGAAAATTAATAAAGTAGATGGGGTAGAATGGAAAAGAAGGTTAGTCTTAAGGATTATAAATTAAATCAAATATCTAGACGACAGAATGTTTCAACTATTGATATGATATTCAACCCCGTCAAAAGAAAAAACTTCTATGCAGATACCGATAAAGATTATTCAGAAACAGATGATGAAAAAGAGATTTTTTATGAAATGACGAGAAGACGGACGGGTGAGTAAGTTTTTACTTGTCCAATGCTAATGAAAAATCAAGTACACATTTTGAGAAGGGTTGTATCCATTAGTTACATATGATTAGGAGGGGAAAAATGTTTTACAATACCCGATTAGATATAAGTAAAGAAGTATGGTCTCAAATACTCACAGACAGAGAAGTTACTACGGAATCTGACTTGAATATTCTGAAAATTGTGTATGAGAGTAAAAACCATGAGATAGGAGCATCTGAGATAGCCTCAAAGTTAAACATTCCACATCATGTGGTAATCAACTTACAGATAAGTAGATTTAGTAAGCGTGTGATAAATAAAACAGGAGCACAACCTCCTTTGAGAAAAGACGGAAAACCCAGATGGTGGCATGTTCCTTTTTTAGGATATGAAAAGGGAGGGAAATTCCCTTGGATTATGCGTCCCGAATTAGTAAATGCTTTTGAAGAAGTTTTTGGCCAAAGTGATACTGAATCCGTTTATTCTGGGGAAATTATCATTGAAGATATCACGTCCCTACCAGAAGGTACAGTAAGTCAGGTTTTTGTTAATCGTTATGAAAGAAATAGGAAAGCAAGAAATATATGTATCGACTATTATGGTAGTAAGTGTGCCGTTTGTGGTTTTGATTTCGAGAGGACATATGGACCAATTGGTAAGGATAAAATTCATATACACCATCTCGTACCCTTATCCAAAGTACAAAAGGAATATGAAGTAGACCCTATACAGGATTTAAGGCCAGTATGTCCTAATTGTCATCTTATAATTCACAGCAAGAGAGAACCTTTTACAATTGAAGAGGTAAGAGAAATGATTACTATGTCCAATAACGGTTAGTAATTGTCTAGATAATGCACATTTAAACAGGCGAAAATGATAAATATTTTCGGGTTGGGATAAACGTATTTAATTTAAGGAGGTCCAAAACGGTGTTTGAGATAGGAAATATAAATGCTCAAAATAAGCAGGAGTTTTATAAGCAACTAAACACATATCTCATTGGTTTAATTAGTGAAGAAACAGACTGGCTTGCAGGTATCTCCAATGCATCCGCTTTACTGTATCTACTACTGCCTGATATTAATTGGGCAGGATTTTATTTATATAAAGGTGGAGAATTAGTTTTGGGACCATTTCAGGGGAAACCAGCCTGTGTCCGTATTGCTTTAGGAAAGGGAGTCTGTGGTACTGTAGCAAAGACAAGAAAAATACAGGTGGTGGAGGATGTGAATGAATTTCCAGGTCATATTGCTTGTGATGCTGCATCCCAATCGGAAATTGTTCTACCCATTATAAAGGATGATAAATTGATAGGTGTTTTAGATATTGACAGCCCTGTTAAAGCCAGATTCGATAAACAGGATGCTGAAGGATTAAGTAGTTTTGTAAATATTCTAAATCAGTATATTGACTGACCAGAACAGTTTGACTAATTGAACATAGAGATTAGCAGGTGTGATTGGAAAGACATTTTAACGGGTTACTGAAGAATTAGTAATATTTTTCAATAAAGTTTTAAAAATGGACCTGACATATTTCTCCATGTGCGCTATAATCATCTCATAAATTAGCAAAGGAGTTGATTAAGGATGAAAAAGAGCATTAATATAATTTTTAACATCGTTATCCCAACATTACTTGCATATGGAGTTTTCTTCTTACTATATAGTATATTTCAACAATATTTTTATGAATATAGGTGGCTTGCAGCAATACCATTTGCAATTGTAACAGGTTATATAATCATAGAAAATAAAAAAGAATGGATAACAATAAAACAGCAGAGTTAGATGACAAGGGGGAAGGGAAAGGATGAGGTTAAATCTTATCCCTTATCCCTAAATCCTTTACATATAGGAAAGAAAGTATGGAAGCAGGTTAGGAGTTATGAAATATGTAATAATAAGCCTTATAGTATGTATTACAATTGTAGCCATTGCTGCAATAATAGGTATTATGAAAAGAAAATAGTATGTATTATAGATAGCAAAAAACAGGCAAAGTGCTGCCTGTTTTTTAATCTTAAACTAATGTTTCTATTGCTTTCTCCAATTCTTCCTGTCGGGGGATAGTGTAAACCTGGGCAGTTACATATCCAGATGCGTGACCCGCAAGTTGAGCAACTACAGAAATATCAACCCCGTTTTTTAGTAAGGTTCTGCAAAAATAGTGTCTGAAGGAATGGATAGTTACATCAGATATTCCGATTTGCTCACAGTACTTTTTAAAAATCTTCCAGATTCCTGACCTGGTGTAAGGAGTCTTGCGCTCAGAAATAAACAGGTTATCATGTTCTGTTTTAATATTCCTTCGTATTTCCATCCAGTTGTTAATTGCATCCCGAACGTCTTTATGCAGAGGTATATAGCGTACTTTATTTAATTTGCCAACAACTTTTAATGTTCCCTTTCTATCGCTTATATCAAAATCGGTTAAGCGGATATTTATAAGTTCGAAATTTCTAACTCCGCACCTGGTAAAAATCTCATACATGGCAATATGGGATTTATTGCCACAGCGGTATATATGACGACGAAGAGCACGGTAAGTCTGTTCGTCCAAAGACTTAGGTGCAGCAGGCGATTGCATCTTTATTTTTTTAATTGCTTTGACAGGATTATTTTTTATATATTTCTCTCCCTCTAAAAATTCAAAGTAACTCTTCAGGCTGGCCAATCTTAAATTAATAGTTGTTTCCTTCAAATGTCTTGTCCCTTGCAGATATGAACGCATATCCCTGATATCAATTTCAGTCACTATAGAAGGGTTAAAGTCTATACCATTGGTTTCTTCAAACCATTTGGCAAATACCTGTATGTGTTCAATATAAGTTTTGATTGTAGAATCAGACTTGTCTATGCTCATTAGATAAGCAGTAAATTCATCAAGATACAGTTTGCTTTCAGTTAATTCCTTATTATCTCTCATAACCAACATCCTTCCATATAATTTTTAGCACTATAAAATATATTGGATAGAGGTTTCAAGTTAGCGTTAAAGTTTTGTTTCCAATTTTACAGGAGATAATGGGCGATTATTGGGGAGTTTTTATTTAGTTTTAAGGGAAATTGGAAAAAGAACTTATATTTTGTTAACAAGTTTTGTTGAAAGCATATTAGCATTGTGGCTAGCAAAAGATTACGGTTAGCAAAGGATTTAATTTTTTAATTTCTGCAAATGCGACATATCCTCGTCAAGACTTGGGCAGTTATTCTGTTGAAGAAACTCATACAGGTCATTAATTAAATCATCTATGTTTCTGTAATAATAATCTTGAAACATATTGACAGGAACATCTTCATTATCTTCTATGTAAAGATTGAGTCTGTAGAATACTTCTAAATGGTCATCATAGCCTTTATCAATATTCACATAGTTGAGCGTAAAAGTTTCTAAGATAGTAAAATTGCCGAAGATGGTTACATTTCTCATCATTATCACTCCATTTGATGTATTATTTTGAATGCATTATACAGAGTAATATAAAAAAAGCAAGTTTTAAAACTGATTTTTATAACAAACTTGCTTTGTCAAATCTATTGTATTAATTTAATAATAATGGAATTATTTCTTTATTATAGATTACGGTAAGTTCTTTAATAATTTTTTTCTTCCTATATTGTACGGTCCTTTCCGTTACACCACAAATATAAGCGATTCTTTTTAAGGACCATCTGCTGTCTGTAAAATCACCATAAGAAATACCGTATTTCATGAGGTGGTTGACCATAATCAGAGTATCAATTTTGTCCTTATCCTTTAAATAATTATCTATTATCCTGCGAATCAACGTACGGGTTTCTTTCGTGATATAATAATTATCCATGCTATCGTCTCCTAGACCAGGTTTATATTTAATATCTGAAAAATCTGCTGGCATTGTACGGTTAAAAGATTTTATTGCTCTGTCTAAATGTGCTTTGTGTTTAATGGCCATTTTTATGTAAGTTCTTAATTGCTTAAAGTCTTTTACCTTATTAACATCAAGTTTGTCTTTGAGAGTGTAAAATACATGGTAATAGGTTTCTTCAATGATTTCCTCAATAAAATTTTGTTCTTCTATTGATTTATAAATATATCTATCAGTGTTTTTGAAAAACGGGTAGATGCTGCATTCTTTTAATCCCTTGTAAACGGTTAAAAAGGTTTTAATAATGCAGTCTGGGTTTTGCTTCTCTAAATCGGAAAAAAAGTCATGGAAACTTGAGTATTGTTCATAGCCATTTTGTTTATAAAATCTGTATATGTTTTTTAAATGAGTTTTTGCAAAATATCTGCTTTCGGGAGTTTGATATTTACTTGGAGGTAGCACACGTATCAGTGCACCTTTAGGGATATTTATGCTATTTTGGATTTTAACTGCTAAGAACTTTGATTTATCGATATTGTTGCTATTAAAGTTTGCTTTACTCATTAAAATGCATCTCCTTTACATTGAAGTTGATGCATTTTAATAAGAATTTCTTTTGTTTTCAAATTATTGCATAACTTTTTTTATTATAAAATTAGAATTACTTGAATCAGTACTCTATTGTTTAGAACCCAATTATGCAAAAGGTTGTTGTCTGCCGTTTCGGATATATAAGATAAATAGTTGTATAAAATATTTACAGGCTGTAAGTTTCTTAATAGTATTTGTTTAGGATATATACTTTTGTAAATATCAGATATTTAGCATTTTACCTTCTACATAATACTAATAGCCACTTCAATCAAAAAATACGAAAAGACTTTACAAAGTTTTGAATAAATCTACATATATATCGTCAACGGGCAATAAAAACAGGCGCAGGGCTAATCCCCTACACCTGCGGTATAAATTTTTTACTATTAAATAACAGTTGCCTATCCAGCAGCAACTCTGATTTAATCATATTCATAACATAAATGTTATACGGTTTTCTATTTTTCAAAACATCTACTATATGAGCGCGGGTGTCTTTATCTCCAGTAAAATCACCAAAGTCTTTTGTCCCGTTGGGATATTGAATAAAAGAGATTTTATTAAAACCAGCATCAGTAAGTTTATAATAGGCCTTGATATTTCCTTCAACCCCTGAGTAATCCTGGTCGTAACCGAGAATTATTTCTGCATCAGGGAAGTACTTTTTGAGAAGTTCTATTTGTTCGTCTGATAAACTGCAGCCCATACTGCTTACTACTGCTGTAGAATTGAGATTATAGGAATAAAGTTTTACTGCATCCTTTAATCCTTCTACAATAACAACTCTTGTAACTTCTTTATAATTTTTCTCTACATATCTATTAAGCAGGTAAAGGTGTTCTGATTTATTAAAACCACAACTGTTGAGAATCTTTTTATTTATTTTCTTCCACATTTGGGCATTGTGCCTGTCTTCCAGAGTAGGTTCAGGATAGAGCCTGGCATCGGAATACCTTTCATAGAGAGATATTTTATGCACTGCTTCCCAATAAACTTTAAACAGGTAATCTTCTTTTAAGAATTCTGAACGGCTGCTGTTATCATCAATAATACTTCTCGCTTGAATACCTGCAAGTTCTCCATCAGCATCAAATATAGGAAAACATATTCGGTACCGCATTGAATTAGTTTGGCAGTCTTTTGTAACGTTTTCTCCAAGGTAGAAGATATCTAGTTCTTCAAGAATATCTTCTCTAAATCCTTTTTCTAAAAGATAGTCATACTTTTTAATGCCGTTTCTTATAAGAATATGGTTTTTAATGCAAATAATTTTTTTCTCTTCATTTTCTCTTTTAAGAATTTCATCTAATTCTTTTTTAAGTTCGGAAATTTCTCTGTTCAAATCTGCTGTGGTCTCTTCACTCTGGGACGCTTCAATTAGTTTTTTTAATTCTTCTATCCTGTTTTTAATACTTTTCTTTCTACTGCTGCTCCTTACTATGCCTGCTTGGAGTTTTTCAATTTCAGGGAGGTTGTCTTTATAGTTTTTGATTGAAACATCAAAAATTGTGTTTATAATATCAGGGTATCTTTGCTTATGGGTAATCTGAATTAAGCCTATTACATCAAGATTATTAGAAAGGTTAGCCCTGCATTTATTTTTATAGCAGCCAATCATCATGTTATCAGGATTTACATAAAAACTATCATGTCCGCATAGTGGGCAGTAGGTAATAATGAACTCGGTTTCATATTCACTGTTGTTTTTACTTGTTGGCTTAATCTTGTACCCGTTAGTTATGAAACGGAAGTGGTTTAAAATAAGCAGCATCCTGTTTAGATTTACCGACTTTTTTATGAATTCAGCCTTAAAAGGTACAATGTATAAGTTTAAGGCAAAATTTAATATATCCTGAAGGGTAATATCATTATTTATCAGTCTTTTTATATGAATATAAAGTCCTTTCTCTAACATAAATTCCTGGTCATAATAATTTTTAACCAGATTATAGTGCTTTAAGTAATTTGTATTTCCATGCTTTATGAAGTGGTCTACAGCATAAGGAAGAATAGAGGTTATAGTAAATTTTGTATTAAAATGTTCGTTATAGAGTTTTAGCATATCTTCATAGACTTCCTTGGTTTTTAAGTTTAGTCTGAAAGTAAACATAGCATTCAACCCTTTCAAATAAATTTTGAAAGGATTTTAACTATAATAATGGCAATATGCAAATTATGACCGTAAGCGCTTAATTTTAGGGTGCCTTGTATGAATCATTACGGCACCAGGAGGGTAGTTCAGGTGACCACGGTAGATAAGGTGTCAGAGATTCATGCGTCAATTCCTTTAAGCTTGGTAAATTTGTCAGTAGATGCACCAAATACATATATGGATTAAGTTGATTTGCTTTGGCAGTTTCTATCATGCTGTAGACAATAGCACTGGCCTTGGCTCCGCGAGTTGTGTCGGCAAACAGCCAGTTCTTCCTGCCTGTGACATACGGACGAATGGCATTTTCGGCTCGATTGTTGGAAAGCTCGATTCGTCCATCCAACAGGAAACGATTCAATGATTCCTTTTGATTCAATGCATATGTGATCGCTTTCCCCAGATTGGAGTTTGGCAGCGGATTTAGTTGTTGCACCCATTCCCAGAACTCATCAAGAAGGGGTTTCATATTTTTAAGTCGTTCTTCATACCGCCTTTCAGCGGATAGTTCCTCCCATTTCTTGTCCATGGCAAACAGACGGTTACAATAATCATATCCGATAGCCGCCTTGGAAGTCTTAGTGTCAGCCCCCTGGGGAATTGCTTCTTCGAATTTGCGTTGTAAATGAGCCCAACATCCACAATGTATAACATCAGGCACTGCATTGTAGCCACTATAGCCATCTGTCTGAAGGTAACCCGAAAAACCCTCAAGAAATCTTCGGGCATGCTGGCCGGATCGTGTCGGTTGGTATTCAAATAAAACAGCCGGGGTTGGACTTCGCCCGGAAGTGTAGACCCACATCCGCGATTCTGTCGTTGCTTTCCGTCCCGGTTCTTTTAATACCTGCAGTACAGTTTCGTCTGCATGAATCAGGGGTTCGGAAATCAAGTGCTTATGAATGGCATTGTACATTGGTTCAAGCCATTCATGGCTTGGACGTATGATCCAGTTTGCCAGGGTGGCTCTGGAAAGTGTCACCCCCTGATTTGCCCAGTCTTTCTCCTGCCGGTATAAAGGCATTCCGTTGGCATATTTCTGATACATAACATAAGCAACTGTTGAGGCAGAAGCAAGGCTGCGTTTCATGACCGGGGCTGGAACCGGCGCTTTGACAATGTTGGCATCTCCGGTTTCCTTCTCGCAGACGGTACACACATAATTAAAACGAATGTATCTCAATACTCTTACTTGGGCAGGGATAATCTCAAGTTCATCCCTGACATGCTCCTTGCCCAGATATCTAAGGTCAGCCTGGCAAATACCGCAAGAGCGCTTGTCCTCGTCAAGGTCACAAACAACCTCCACTACAGGAACTGTCTGTGCCAGTTCTTCCTTTGTTCTTTTAGGTTTTCTGGTATGGGCAGCCACAATTGTCTGTACGGTAGGTTCTTCTGCTTTGTTGTTCGCTTCGACCTCTGCTTCGTTGAAAAGTGAGATTTGATCGTTGTCTTCTCCTAAAACATAACGACGCTTTTCGCTGGATTGGCCGTATAGAGCTTTTTGGGATTTGATAAGAAGCTCTGTAAGCTGGTTGATACGGATTTGCTGGTTTTCCACTATTTTTTCCAGAGTGGAAACATATTCAATTTGTTCTGGCGTAAGCCCTGTAAAATTTATCTTTTGCAT

Protein sequences of DBSCAN-SWA_5

>CP021850|600374:658744|635455_637474_+|AUS95474.1|DBSCAN-SWA
MINFQDKVNFIWSIAELLRGPYKKEQYGDVILPMAVLRRFDCVLAATKDEVLEKYEALKKSGLQNMDPVLNRISKQEFNNTSKYDFEKLLAEPDDIANNLRNYINGFSKNAREIIEHFDFDKQITKLNDNNLLYLVVSEFNKIDLHPDKVSNTEMGYIFEELIRRFSEHAEAGDHYTPREVIRLMVNILLNEDNEELTQPGLVVTVYDCCAGTGGMLSVAEQYLKELNPGIQVELFGQEINPQSFSICKSDMLIKGQNADNIILGDSFTEDGHRGRTFRYMLTNPPFGVEWKKAEKFIREEYEKEGYNGRFGAGLPRISDGSLLFLQHLISKMKQDEKGSRIAIIFNGSPLFTGDAGSGESEIRRWIIENDMLEGIIALPDQLFYNTGISTYIWIVTNRKNNDPMKGPVRTGKIQLVNAVDFYQKMRKSLGNKRNEITEEQIKEITRIYGEFKENEYCKIFDNEDFGYQKIVIERPLRLNFQVTEERINNLYNETAFSNLAKSKKKGTAGLKEIEKGRKLQQQIIETLKTMDSTILYKNRDEFTKVLKKAFKDSDIKLDSALLKAILSAISEKDETADICVDSNGNPEPDPDLRDTENVPLKEDIYEYFKREVKPHVPDAWIDETKTKIGYEIPFTRHFYKYQPLRPSEEIMREIIELEKSISEKLKKVMGE
>CP021850|600374:658744|614586_615825_-|AUS95453.1|DBSCAN-SWA
MRSTKNCISDITVAKHGIHDIITELVRKFNLDKFLFPEKYTLVFVAACMGIILFNNPTATYIAQKLYWVSHDAITRLLPLLSINNTNIMILFIQAIQSQTAGLGYLIIDDVIIRKPFGKSIFPTSYVYDHTNNRYVWGMHIVVLLWSNGWIKIPVAFRIWKPEEKCEEYHTKVELAIRMISFAHKFGLAAEYVTFDTWYSCKELLQKLSECGYHYVCMIKNNRKVLYNNRVNFNVKTISLLFSKKQYRYYPGTGFYIKALSVILPGVGNTMMAIVKNGYNASIQNTRFIITDLPGVAAQDILKKYLCRWDIEVFFRDIKQFLNFEKVQVRSIRKLEGHFSLVFITSVFVQILQIQNNLNTMGETISFLQDIVQVKVNGIVYIINVTSKDRTGKEVNTVSNPLATTIWDKLSA
>CP021850|600374:658744|652543_653449_-|AUS95488.1|integrase|DBSCAN-SWA
MRDNKELTESKLYLDEFTAYLMSIDKSDSTIKTYIEHIQVFAKWFEETNGIDFNPSIVTEIDIRDMRSYLQGTRHLKETTINLRLASLKSYFEFLEGEKYIKNNPVKAIKKIKMQSPAAPKSLDEQTYRALRRHIYRCGNKSHIAMYEIFTRCGVRNFELINIRLTDFDISDRKGTLKVVGKLNKVRYIPLHKDVRDAINNWMEIRRNIKTEHDNLFISERKTPYTRSGIWKIFKKYCEQIGISDVTIHSFRHYFCRTLLKNGVDISVVAQLAGHASGYVTAQVYTIPRQEELEKAIETLV
>CP021850|600374:658744|629539_629728_+|AUS95468.1|DBSCAN-SWA
MLEIKELKGFNNEPGVLEYQVKVDFDFKKLITADDGVWPRFIILKKESEKSGWRIDGVGTGP
>CP021850|600374:658744|606224_607241_+|AUS95442.1|DBSCAN-SWA
MNILAMIFGWLNDQLLKMRWLSELVRLLVEKVFGLPVSERIGGSIHFFIYDTIKIFILLSLLIFVISYIQSYFPPERTKKILGKIKGIKGNILGALLGTITPFCSCSSIPIFIGFTSAGLPLGITFSFLISSPMVDLASLMLLISFFGLKIAIAYVVVGLILAVIGGTLIEKFRLEKYVEGYVREIENVDAEVPEMTRKERISYSKEQVRDIIKRVWLYVLIGVGIGAAIHNWIPQSFIENVVGGNNPFAVMLATVVGIPMYADIFGTLPIAEALFAKGVDVGTIVSFMMAVTALSLPSIIMLRKVVKPKLLAIFVSIVSAGIIIIGYLFNAFSYIFV
>CP021850|600374:658744|643958_644777_-|AUS95478.1|DBSCAN-SWA
MVELEHTRSLLSELGLNTASELLDAKLEDAMHKNSTYLSFLSELLEAEIQEKKRRSEETRIKLSRLPHRKTLEEFDFGFQPSIDVRQIRALSTLAFVARKENVIFLGPPGVGKTHLAVGIAMQALKSGMTVYYASLAHLISDLKKANLQEKLARRWRVYTRPDILIIDEVGYMQLDRASAELFFRLICARYENGSIILTSNKYFGDWGELMNDTVIATAMLDRLLHHAHIINIRGESYRLKNRIKGGVKVVPPADIPGLDNMARGVQTKTGD
>CP021850|600374:658744|619665_620232_+|AUS95457.1|DBSCAN-SWA
MIIAYLGRNVKEYRRNCLKFLERLELICPKCGGKKTFHDRYARHVHMGEEIEWINIFRVICSKCGKTHAIIPDFIRPYKHYSACDSELVLRDQEDGIPLEEIETAASISTLRRWVEEFRQRGRQAAGALRAILYRYYGKFVNELEMIETKVFHMIERLLGLLPQIESSHLAIGETNMWLTNHLAGVFV
>CP021850|600374:658744|632823_633354_-|AUS95472.1|DBSCAN-SWA
MGRKCVEVKSLYGLTIDDLNLIANSSDSNYTRDVVKAVIMRHKGIHTQVIADTLSKCNATIVSYINNWNDSGIACIADLRGGNIESTVTDEMVEDIRNIVTSKSPHEFGYEQNRWNAKLLVRYVEDHWGKEYSDTWIRKILANLGFSYKRGVYKPSKGDPKLQESFKKNVSCIGYN
>CP021850|600374:658744|607705_608269_+|AUS95444.1|DBSCAN-SWA
MGCCETQRNNTCCSTSCGCEEQNYEEEKKKIIIDFLFLDLSICTRCQGTESSLEEAIKDVAKVLELAGIEVVVNKIHIDSKEKAIQYRFESSPTIRINGNDIQLEMRESLCESCGDLCGDEVDCRVWVYKGKEYNVPPKAMIIDAILREVYSDKKAQLNNRVGKEAYQLPENLRRFFESIEKNKNCE
>CP021850|600374:658744|611844_612375_+|AUS95448.1|DBSCAN-SWA
MGRKCVEVKSLYGLTIDDLNLIANSSDSNYTRDVVKAVIMRHKGIHTQVIADTLSKCNATIVSYINNWNDSGIACIADLRGGNIESTVTDEMVEDIRNIVTSKSPHEFGYEQNRWNAKLLVRYVEDHWGKEYSDTWIRKILANLGFSYKRGVYKPSKGDPKLQESFKKNVSCIGYN
>CP021850|600374:658744|609499_610408_+|AUS95446.1|DBSCAN-SWA
MRNRILLGLDNGNKCTKTSEGYISESGFTKSNTEPISSSNLLIYEGKFYSIGGQRLSVQMDKTINQDAFILSLPAIADAINKAQVEGEVDVILGVGLPIVNYGILKRKFREYFLKQNIKFNFNKKNYAINIVDCRTYPQGYSALITVFNSYKNLLCNVIDIGGYTIDFFRVENGIIDIKSCYSLPDGIITLIANVQQELLKMNIRLTEGQVQDIIAGKEPVIFEVDVKEMVEVFAKDYTENILSKIQEYGFEFRNATVFTGGGSMLLKRYIEESSRVKYADFLDQFANARGYKILLEQELRR
>CP021850|600374:658744|651450_651936_+|AUS95486.1|DBSCAN-SWA
MFEIGNINAQNKQEFYKQLNTYLIGLISEETDWLAGISNASALLYLLLPDINWAGFYLYKGGELVLGPFQGKPACVRIALGKGVCGTVAKTRKIQVVEDVNEFPGHIACDAASQSEIVLPIIKDDKLIGVLDIDSPVKARFDKQDAEGLSSFVNILNQYID
>CP021850|600374:658744|646718_647444_-|AUS95480.1|DBSCAN-SWA
MLVSDIAVCCKRLRLSKNIVEMSGKIQAESHQEYLLKLLQAEITHREKVRKDKLIKKAGFYTIKTFESFRFDEVTLPGGITPEYLKECEFITNKTNIVMYGNVGTGKTHLSIALGVEACKKGLEVRFFRTSALVNKLAEQKKAGTLSAFLKALNKADLLICDEWGYVPLDRIGAQLLFEVISECYERKSVIINTNIEFSRWVNVFYDEQMTGAIIDRILHHCHLLLFPGQSNRLRESTLNT
>CP021850|600374:658744|638807_640643_+|AUS95476.1|DBSCAN-SWA
MNKITAHAVNIRTLLNNKYTVQYYQREYNWETKQIEELIEDLTNEFNEFYKDGDRQIDVRNYGDYFLGPIILTNDNAIIDGQQRLSSLTLLLIYLNNLQKQQTSLPKVNIDNLIYSEMYGQKTFCINVTEREVCLASLFETGDYDITNEQSESVINLYNRYKDIERIFPDELKGSPLPVFIEWLIDNVSLVEIRTDSEQDAHKVFVTMNDRGLRLTPTEMLKGYLLSEMDDNTIRNKANDLWKNKIVQLKEIEKDGDADFIKNWLRAQYAETIREGKKDAENKDFDIIGTTFHKWVRENKSVMGLNSSADFEKFILKNFRMYADIYIRLKEYSRKFNKDYEYVFYNADRGFTLQYQIILSAIKSDDTQDVVNKKIKMVSCFIDQFISIRIFNFKTVDYSSIRYTVFNITKMIRNKDIKELAEILKRYINNMELTLEGIDGFYLNQFTRRYMLHILSRMTYYVEEQSGINSNFADYVNREQKNPYDIEHIWADDYTQGNHQLEFSTEEEFKDFRNRFGGLLILPKDKNRSLQDMEYSKKVIKYDSENLLARTLNQNCYNNNPLFLCFMNNTQLPFKPYAQFNKAELIERQSLYKEICKKIWDVNKIDVLANS
>CP021850|600374:658744|649033_649336_+|AUS95481.1|DBSCAN-SWA
MAFCNYVEFTIAKLGNSFCNFVQLYYAINMLSTALQNQIHKKIGKDYLFAIPSSTTLIVARYRPEYIKIIESLIMIDKDPNVISDKVYQYKDGKFDIAVD
>CP021850|600374:658744|650617_651358_+|AUS95485.1|DBSCAN-SWA
MFYNTRLDISKEVWSQILTDREVTTESDLNILKIVYESKNHEIGASEIASKLNIPHHVVINLQISRFSKRVINKTGAQPPLRKDGKPRWWHVPFLGYEKGGKFPWIMRPELVNAFEEVFGQSDTESVYSGEIIIEDITSLPEGTVSQVFVNRYERNRKARNICIDYYGSKCAVCGFDFERTYGPIGKDKIHIHHLVPLSKVQKEYEVDPIQDLRPVCPNCHLIIHSKREPFTIEEVREMITMSNNG
>CP021850|600374:658744|601872_602598_+|AUS95438.1|DBSCAN-SWA
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850|600374:658744|627112_628594_+|AUS95465.1|DBSCAN-SWA
MINTKKNVMSKDYGCLLIAILSNKSLYPLIDEEYENNKREYDELILNSDFFNNNRHKIISEDMKEYSIKLTGIFLSKNGNNFMRKILKSGWPRLYDYVENTDCVVYEEIKQIKDYGLDNLSEGYTIYIIKQMLDMFNKDMTHKRDESKREIDAYNNRLSLAWNIMIKEKFFQSLDKEFQLVSGEVNRDNTLQKRINLDKNSNFCKGLLYLMSYYSIDLWDFGQSYKIEEKDRELLASYLDASVLSIDDILNNVHEKENMFDYIIFSRMFQILINKYSALDDTYVRLYKSSIEKGIELEKLTTQIYCLKEQVEKLERENNQLREKLKIISLDTVREKEKEIIDIKKQYNEIIKEKDQLLEENKEEIQLLKMTIENLIDESRYVNEEQITNDALTGTRGVIIGGTPQWQQHMRKIVPHFKFIEVEQLNYDTKILENADKIYFNTAYNSHAMFYKTMNAVRKKQIEIVFINSNSVTAGFKMFGQKSGQYTDKHLAS
>CP021850|600374:658744|612349_612937_+|AUS95449.1|DBSCAN-SWA
MSVVLDIIEPLGDVSLWCQDETSKRLESNNFYSWSPVGKPTEIECNGCHKGINIIGATEVLNHMGFVYDVYSKKEGSLTAAHVVKYMERLLDYDKARGISTTFVQWDNSPIHKGPLIQEFVEAHKSDLIVLHQPPYSPHLNPQEEMWHWMKNFIAQASAVKNEQELLHLVNRFEAYIKAHPDEVRHRLYARNYFP
>CP021850|600374:658744|612964_613480_+|AUS95450.1|DBSCAN-SWA
MFVIYKSKTIIIAVFLIIPLILFLSSYMGFRSQKINNEHLESFKNNLMATIQQKSYFDMKNITHFEWERMYIIRPYTSRTEMQKIVGTKWTTADTYIGYLIFDKTWLGEHPLDDDIFQKLVFVKDNKVVLDVTLDRSDVDFTQINSPVINDNVLFDIDKTDGRNIIKISKQ
>CP021850|600374:658744|629865_630720_+|AUS95469.1|DBSCAN-SWA
MLDNNYYVYKKEVDWSVLQQGVSIPVTIQVVFQNTINKFLPRGKSKDIYLVLEGLTYKARLVNQKFDERKYPNRKDILQIRYHPQSEIAERLRSIFAASYRYILEQRNSLPENQRKFIKVPEEIKEYLAIYTTEYPDTYLLECITQEDTRIIKETMVHEDEQEYEASINYNTVDPNATIAAVNQIVKIRKLNRAIGESLKLLYNYRCQICGENISARYGVNVVESHHINPFVESLNNNSENQVIICPNHHRIIHRARPVFDRRKLIFVYHNGVEERIILNRHLQ
>CP021850|600374:658744|637470_638805_+|AUS95475.1|DBSCAN-SWA
MSRYKRYERYKDSGVEWIGEIPEHWGVKPLKRVFKIINGGTPSSSEESYWNGEIVWVTPNDLSKLTEACIVDSERKITQDGLHNCSARIVPKGSIVISTRAPIGYVAIAGVPLCTNQGCKSLVAINKVNPKYFYYWMHSISFYLNVLGQGTTFIELSNSSLSMVELLTPSINEQKAIANFLDQKTAGIDGLIADKEKLIELLQEKRQAIITEAVTKGLNQNVKMKDSGIEWIGEIPEHWRLSKIKYESLINNKTLSESTDDDYEIEYIDISSVTSIGGINDVQSLNFKDAPSRARRILSKGDTIVSTVRTYLKAIAFIENTQSNLICSTGFAVLTPLSKVVPKYLFYLMRSEKYVNEIVRRSVGVSYPAVNASDIGDLECALPDRDEQMYIVEYLDNFTMQINQLVNDIQLQIQKLKEYRQSLISEAVTGKIDVREFGSISEVI
>CP021850|600374:658744|644769_645996_-|AUS95479.1|transposase|DBSCAN-SWA
MIRSGTINMIHEGAQKGKSAYAIGKELGISKNTAKKYMNQPKAEHGLKGRTKPSKLDPFKPEINEMIENGIFNCVVILERLKDMGYTGGITIIKDYVKPFRPARSAPAVRRYETPPGKQAQMDWGIIHYIDERGNTHKAPVFIMILGNSRCKYIEFTKRCDIYSLLRCIVNAFEYYGGVPEVVLTDRMKTVINGSEAGKPIWNSRFEDFAADMGFVPKVCRVKRPQTKGKVERLVDYVKDNFLPGRQFKDLHDLNSQAFEWCRKVDSKIHGTTGEIPLEALNKEPLLPLPDKAVRDKYRWETRNVTRDGFVSYDGAKYGIPWQYSGREVRVRTCGDFFEAYYGEVRIACHKVEYASGKIVWLKGQYQGLAERGGIAVPLPFARKKETETVEIRSLSVYDTLVGVISNG
>CP021850|600374:658744|652110_652311_+|AUS95487.1|DBSCAN-SWA
MKKSINIIFNIVIPTLLAYGVFFLLYSIFQQYFYEYRWLAAIPFAIVTGYIIIENKKEWITIKQQS
>CP021850|600374:658744|654065_654935_-|AUS95489.1|DBSCAN-SWA
MSKANFNSNNIDKSKFLAVKIQNSINIPKGALIRVLPPSKYQTPESRYFAKTHLKNIYRFYKQNGYEQYSSFHDFFSDLEKQNPDCIIKTFLTVYKGLKECSIYPFFKNTDRYIYKSIEEQNFIEEIIEETYYHVFYTLKDKLDVNKVKDFKQLRTYIKMAIKHKAHLDRAIKSFNRTMPADFSDIKYKPGLGDDSMDNYYITKETRTLIRRIIDNYLKDKDKIDTLIMVNHLMKYGISYGDFTDSRWSLKRIAYICGVTERTVQYRKKKIIKELTVIYNKEIIPLLLN
>CP021850|600374:658744|608565_608970_-|AUS95445.1|DBSCAN-SWA
MSNGLVIRDFKTLKVWQKANALEREIEALVKGFPSHEQYRLTDQIIRSSRSISANIAEGNTQLFIKRELFHANAALGSCGETRNHLLTAYQNHYISEEQYKTLDEKFLEVIKMLYGYIKMLKSCLDNESVTIDP
>CP021850|600374:658744|657160_658744_-|AUS98654.1|transposase|DBSCAN-SWA
MQKINFTGLTPEQIEYVSTLEKIVENQQIRINQLTELLIKSQKALYGQSSEKRRYVLGEDNDQISLFNEAEVEANNKAEEPTVQTIVAAHTRKPKRTKEELAQTVPVVEVVCDLDEDKRSCGICQADLRYLGKEHVRDELEIIPAQVRVLRYIRFNYVCTVCEKETGDANIVKAPVPAPVMKRSLASASTVAYVMYQKYANGMPLYRQEKDWANQGVTLSRATLANWIIRPSHEWLEPMYNAIHKHLISEPLIHADETVLQVLKEPGRKATTESRMWVYTSGRSPTPAVLFEYQPTRSGQHARRFLEGFSGYLQTDGYSGYNAVPDVIHCGCWAHLQRKFEEAIPQGADTKTSKAAIGYDYCNRLFAMDKKWEELSAERRYEERLKNMKPLLDEFWEWVQQLNPLPNSNLGKAITYALNQKESLNRFLLDGRIELSNNRAENAIRPYVTGRKNWLFADTTRGAKASAIVYSMIETAKANQLNPYMYLVHLLTNLPSLKELTHESLTPYLPWSPELPSWCRNDSYKAP
>CP021850|600374:658744|650333_650528_+|AUS95484.1|DBSCAN-SWA
MEKKVSLKDYKLNQISRRQNVSTIDMIFNPVKRKNFYADTDKDYSETDDEKEIFYEMTRRRTGE
>CP021850|600374:658744|613528_613822_+|AUS95451.1|DBSCAN-SWA
MKKEKSIKMITIFTVICALVAFISLFSSYLLSLYLSHKFNIDTRDAGSIGIIGGADGPTAVYLSGQSSSHLFTAIFALLTILGFIYLVVIKYKKNHN
>CP021850|600374:658744|649480_649744_+|AUS95482.1|DBSCAN-SWA
MNKVLIECDTFIDKRKLNKEDIIKQLETIKIEKDQDFIIAYDKDFRFALVGEMSKNNNSIILTNIIKADDFREMDNSDLYEFIKRQG
>CP021850|600374:658744|629297_629552_+|AUS95467.1|DBSCAN-SWA
MFGMIVGIVFVFIGLFVVIPGAGLFGIFWTLIAVGITGFQAYNFFDDKDVASWEINIDTGANAETNNQSISVSGDFGKVQSCWR
>CP021850|600374:658744|618205_618493_+|AUS95455.1|DBSCAN-SWA
MSIQVLKVSGNSNINAVADTINKYVDEYGIVHIDAIGVKTTYMTVKALIQAVEYLVSKGYRFNLRPYYVKVNTAGNDIQPISKTAIRWTLIAKGK
>CP021850|600374:658744|610412_610703_+|AUS95447.1|DBSCAN-SWA
MATKRINLSFSLDREDDVKVYNILSAQKYKTDYVIKAVLSYIGERDKGFDKEKIKEAVKEAIAECGGITTENKGKENNSCVEHELPNEIFNMFDNL
>CP021850|600374:658744|628705_629230_+|AUS95466.1|DBSCAN-SWA
MKKQIQIHIPYLIKEIFEKVVRMDSFGNYFYETTLIFYWNELDCFAKKLDFTTAEETDSINGEIIGQVSISTDGDSAWDHITAKEWLRKDIEDELYEMLINEGYEPIFINHIQVFGYNFDECKCTYSAVISDENEVNEFLYDYEESYKYLANLDNVYILTEKEAKRYKGSIIQG
>CP021850|600374:658744|600374_601880_+|AUS95437.1|transposase|DBSCAN-SWA
MLTMADIKYIKDLSDKKGLSLREISRITGFNFRTVQKYVDKDDWSKPLTRKKNSKSVLDSFAKTIDEWLEADLKAPRKQRHTAKRIYNRLSKLYKDEFTVSYRTVARYVAEKKRKLYGSNESYIPLYHPAGEAQLDFGMAEFVENGIRYEGCYVAMSFPYSNGGYIQAYKGTNIECLLQGMQNIFNHMGRVPTCIWFDNDKAVVKKILTNGEREVTDAFNRFRLHYGFESNFCNPDSGHEKGHVENKVGYSRRNMLVPVPEFKDLQEFNKNLLIECDEDMHRKHYLKDILIKTLFEQDKKAMKPLPKAEYEIYRLEKVKSDKYGKVNFENRKYSASPEHAQRELFVKANAFNVWILDDQYQVVQWHNRLYGKQKESMKWEPYLVLMSNRPNAIKYTGFFQQLPQTLQEYLSGCDYEQKKATLRMLKKMVANSELETAVDAFNYCVQKGIQDLDSIWARYYSMVFANAPIPDIVVKDEIPCLSYEVNNSIYDDLLERGLPHA
>CP021850|600374:658744|655323_657075_-|AUS95490.1|DBSCAN-SWA
MFTFRLNLKTKEVYEDMLKLYNEHFNTKFTITSILPYAVDHFIKHGNTNYLKHYNLVKNYYDQEFMLEKGLYIHIKRLINNDITLQDILNFALNLYIVPFKAEFIKKSVNLNRMLLILNHFRFITNGYKIKPTSKNNSEYETEFIITYCPLCGHDSFYVNPDNMMIGCYKNKCRANLSNNLDVIGLIQITHKQRYPDIINTIFDVSIKNYKDNLPEIEKLQAGIVRSSSRKKSIKNRIEELKKLIEASQSEETTADLNREISELKKELDEILKRENEEKKIICIKNHILIRNGIKKYDYLLEKGFREDILEELDIFYLGENVTKDCQTNSMRYRICFPIFDADGELAGIQARSIIDDNSSRSEFLKEDYLFKVYWEAVHKISLYERYSDARLYPEPTLEDRHNAQMWKKINKKILNSCGFNKSEHLYLLNRYVEKNYKEVTRVVIVEGLKDAVKLYSYNLNSTAVVSSMGCSLSDEQIELLKKYFPDAEIILGYDQDYSGVEGNIKAYYKLTDAGFNKISFIQYPNGTKDFGDFTGDKDTRAHIVDVLKNRKPYNIYVMNMIKSELLLDRQLLFNSKKFIPQV
>CP021850|600374:658744|623621_623867_+|AUS95462.1|DBSCAN-SWA
MFLLLRRGEYKMFCKSIPIKSNNIKQELQEINNSIEVMREKLNKKVNECLKPDKETIEISQQLDMLIRDYYLKSIKINKND
>CP021850|600374:658744|620310_621645_+|AUS95458.1|transposase|DBSCAN-SWA
MINNEVLEKALKKHEIISPLLQPDLDEAEKRRIRQEILEREGISERTLRRYLAAYRENGYEGLLPKIRKDTGQQRAISQEILDRAIEIKQELPERSVRRIIKILEGEGIVKKGSVSRSTLSRHLLKMGFGAKDFRNVRIEGTTARRFVKNGRNTLWQADIKYGPYIPTADGGKKRTYMVAFIDDATRLVCHAEFYDNQRLPILEDSFRKAILKYGKPEAVYVDNGKVFISKWFRVACAKLGIRHMNTKAYSPESKGKIERFNATVEEFFQEISLEKAKSLEELNRKFRVWLDEGYNGKPHSSLKGVSPSQAYASDPKKVRFATPEECRDAFLWEDTRKVDNTGCFKLQGIEYEAGIEYIGKKVDVRYDPFDMSLLEIWYNGERRKTATPLKVGEYCSKVEKTPATKSATHSRLLKIYESENEKRQKRQTGALTFRSMKGGDRNV
>CP021850|600374:658744|632261_632849_-|AUS95471.1|DBSCAN-SWA
MSVVLDIIEPLGDVSLWCQDETSKRLESNNFYSWSPVGKPTEIECNGCHKGINIIGATEVLNHMGFVYDVYSKKEGSLTAAHVVKYMERLLDYDKARGISTTFVQWDNSPIHKGPLIQEFVEAHKSDLIVLHQPPYSPHLNPQEEMWHWMKNFIAQASAVKNEQELLHLVNRFEAYIKAHPDEVRHRLYARNYFP
>CP021850|600374:658744|624228_625296_+|AUS95463.1|DBSCAN-SWA
MAEYVFRDVNQIGEKEYQTIIDGQELAEMWRDGIITYNPEIQRGTKVKRGKDNTETEVAVYSKANVKKIYESMLSGQYFTDMITLNVLEDGNEEVELDDEGNLNVSGEINISDGQHRIRALAMILEGNEKGDLAFDLSELKFPVKITNYDVQTAQQQFHQFSQGLKISSSRAEYFNQTGLANIIVRELMKNSDLAGRVEVVRNSISKNDERHIVTFATLVNAIEIVYKDLETRVQAMELAKYLSEFFNELINLIPELHNYEKRAQSKETSLTGENFMFYGYVAISKVLREKENWKEYLPLINELDLSKGSKQWYGDVIKRGKEKGYTIVNNNESRKTFANKIEKMFKKLLNEKTA
>CP021850|600374:658744|626405_626732_+|AUS95464.1|DBSCAN-SWA
MKKFINNKVYNTETAQLIREYWNGREKDDDFYHLERLYKTENGDMFLYYTGGKYTEYEGHEDIIPLEPCDACNWLERIARTEAIERHFVNMLGKELAGAIYISAQRLD
>CP021850|600374:658744|633537_635316_+|AUS95473.1|DBSCAN-SWA
MQFPILALTATAVWGGEFDTLNEIIGYLNLMPDPIIYYTDIKRTNVDIEIKKVNVTGNYRETKIKMTIDEITKIVKEGKKAIVYFPWKSQIKDIYIRLSEDIQSKVAIYTGDTKGEEGEEIISKFKSGEYIVVLATKAFGMGIDISDIEIVYHHAIPGNLADYSQEIGRAGRNREIRGKAYTLFNQKDFQYWRILKGISRPTQWELKLIVNKLYDEFKYGKKKRLQKLLPLDTFSFVFNENEVDNTEQKIRTALFLIEKDFFKRFGWNIISVYPRDEFGNYYCTVDDGNKDEFINKYGKYVREICNIEDNIRFSRDKYYLCKDIGNILEIDLKKLWEEKYYDKNYRSIKYLFFNNKLFEDFSVIPRIYTKIELQSSKEKVLGQLEYALNIIATALQTQDKFTKNELEKSLRRVVRDDYGLDDKEIINKLLHICTTFLYMEVGSNNYSHKMIIRKRDEGNEYIYIAPRLKISLGLQNIIKIFNNRFEDGEIFEKFLVPPYIGNSIYTCETLDLAYILETMGLASFIINGGHMPYVNIVVNSVDKLATAYYKNQLLMDMRTRDDNEIKIVERFINTDKNKWDYIEDYFLGRLNI
>CP021850|600374:658744|613942_614230_-|AUS95452.1|DBSCAN-SWA
MKAKNLKQEIKNILSAIDKNFGKDSREYQDAEYYLDILETVYHYNYNDGIDLLNELKELLNKLSDRVPELAPERFSQHYPDVSEMIKYLDKWLSD
>CP021850|600374:658744|604100_604499_+|AUS95440.1|DBSCAN-SWA
MDLIEIFKALGDENRIRILNLLIRQELCVCEIETVLDMTQSNASRHLNKLKTSGIITSEKKSQWVYYRVDNKFIEENNLLYEFIKNKMAENTQLLRDIETLKKYKNSNFTCEQLREDKSQVLKYLREQCNNN
>CP021850|600374:658744|605714_606116_+|AUS95441.1|DBSCAN-SWA
MKKKVAFVCVHNSCRSQMAEGWAKKLGSDVLEAYSAGTEKYPEVKPLAVQVMEEAGVDMSDHHPKLLSDIPAEVDILITMGCNVECPYVPCQHIEDWGLSDPSGGPIEDYRKTRDIIKEKVEDLIQRVKNNQI
>CP021850|600374:658744|630870_632223_+|AUS95470.1|DBSCAN-SWA
MMNLTEEALKIIMDLGDKNIFVIKTCDFSLYYSILDELKNNTLFYVPNTEIKYRSFKELYESTDNLLIDYIYNLRTKSIILLYEQFIQIIEKIDFKIINSSIIVLNNNIERYKFLPINEEKVINKIATTDINEIQDEEIDYMLEYYDDIRVDRYGDTQRVIIDYKDKNIFENLSVEEINLVDTTRALSIQRKKYGDYVSDNSVEKCLIYLAQDLKIYINKEYYNRLQSDILLKEFYNSSYNQVCVIANPEHFDSLPMYLNAWCRIFKNIILVEYDIDTNISYEQTYDIDLLLKKYWNSNKFREYCIYDIYSNKYQVKKITQKEIIMQILSQYVKSKSGNSNEWKDIFFIASTGAGKSLLYQLPSIILNDENRITIVVSPLKALMKDQLQTMHEKGLTYATYINSDVSYSEQIERLEGIKNGKYSLIYVSPEFLQKYSSAKYLVGDRKIGL
>CP021850|600374:658744|647437_648955_-|AUS98653.1|transposase|DBSCAN-SWA
MTQIKDIRKMYFEEGKNISQIARETGYDRKTVKKYLDKDDWNKDQSKVREETTFPKLDPYKPDIDAWLSEDKRTRRKQRHTAKRIYERLLEKYKDDFGCSYRTVAGYVAVKKKEIFGKNKGFLPLEHIPGEAQVDFGDADFYEKGKLYSGKYLNLSFPYSNKGYIQVFKGENQECLFEGLKTIFEHIGGVPPRIWFDNASTMVTKVMKNGERTLTDDFLRFMEHYRFEAAFCNVGAGHEKGNAENKVGYHRRNMLVPVPRFESISKFNKELLLQCEEDAKREHYRKERTIEELYKDDAASLLELPRVAFDTSKYINVKTNGYGKFLINNGLHEYSVAPKYANTYVLVRLTAFEVIVLDENYREIVRHDRLYGDHKQQSMQWLPYLNQLARCPGALKYTGIYQMLPQPVKEYLEDLSKQDKGKVLKAIANLTQKSSFEKAVETVSTALSYGAADIDSLINLHSRLHEKVLQLEPVRLPDHIPQLKRYEPNFMVYDESLKKAGVDGC
>CP021850|600374:658744|607364_607592_+|AUS95443.1|DBSCAN-SWA
MVIKVLGSGCCNCKKLEANVREAVKELGLEATIEKVEDFKDIMAYGVMRTPALVVDEQVKIMGRVPSVEDIKRYL
>CP021850|600374:658744|618727_618982_-|AUS95456.1|DBSCAN-SWA
MVNMKLILDNDNRNIIGPRLKVARLKSNLTQQQLSARLETMAVYIDRASISKIEQQRRIVTDFELLALCQILKVSPNWLLGLEK
>CP021850|600374:658744|622506_623013_+|AUS95460.1|DBSCAN-SWA
MSRLRSKRPNSDNKAIRIVGKSIRESIRKQDIAIRYGGDEFFILLANTKKAIVEKVINRIKENIRKRGKEENIHIEISTGTACSDCTCEIGKIIAIADNKMYKEKAGKKVKTRQITDELTELKQKIEAVRDELKNKVIWKPNGSVDKELIEVNMKLENLIKKYLKDAQ
>CP021850|600374:658744|621637_622441_+|AUS95459.1|DBSCAN-SWA
MFEQYYNFLHTPFTRDIPEKHLYSNPELEEVCSRLEYAARNRLFAVITGDVGTGKTTAIRKFVGALDSNRYKVMYISDSALTPRNFYWEVLNQLGCEAKFYRSDAKRQLTREISNLIEIQRRIPIIITDEAHLLSREMLEEIRFLLNFRMDSYNPMSLILVGQSELKDILKKQIYEAICQRIDIRYHMMPYDRQRTGEYIRKHLEYAGESREIFTDMAVDEIYEYSHGVPRKINRACTACLLHGAQVQKKIIDDHVVRLIVEEELNW
>CP021850|600374:658744|602669_603191_-|AUS95439.1|DBSCAN-SWA
MRVNNDKLDTKVMLEVLTPQTQKIIDDFLKHYKPISHRAYISAISNLFYVLGKDDASKLDIEDFKKVQEYFRNKERYGSQDKYCESFFKYIYAYNIIKNPKGFEKIWIKSNLINHFERLLNGVPEKAEYKPSLTIEQIYKIEELMNLEHEDNPEMLKMAFCWYILFHTVCFVN
>CP021850|600374:658744|604652_605690_+|AUS98652.1|DBSCAN-SWA
MQENKGLGFFEKYLTVWVAVCIIVGVAIGQLVPSIPETLSKFEYANVSIPVAILIWLMIYPMMLKIDFSSIVRATKKPKGLIVTCVTNWLIKPFTMYLIAAFFLKVVFSRWIGPDLATDYLAGAVLLGAAPCTAMVFVWSYLTKGDPAYTLVQVAVNDLIILFAFTPIVAFLLGVSNVTVPYDTLILSTILFVVIPLAGGYLTRRNIIKHKSIEYFENIFLKKFDNVTIVGLLLTLVIIFSFQGEIILSNPLHIILIAIPLIIQTFFIFFIAYGWAKIWKLPHDIAAPAGMIGASNFFELAVAVAISLFGLESGAALATVVGVLVEVPVMLTLVRIANSTRHWFQ
>CP021850|600374:658744|649803_650100_-|AUS95483.1|DBSCAN-SWA
MINLEVFRLELNYLKQVAKGILGDKVSGEIGEAIEALTLHFLNPVTYDSLSLSYLQTIEQYINQIQHEIEPDKYQLLMNNIPTIRIFIEKVKFEIPKC
>CP021850|600374:658744|640659_643650_+|AUS95477.1|DBSCAN-SWA
MSKTPEELLEKGFEEYIEEHLLKNGYVKGSPDDYNKEYALDTKLLFEFLENTQPKKMDKLRQIHKDQYEFKILKRLNTELNNRGMIDVLRHGIKDYGVYLDLAYFKPASKLNNEMVKLYEKNRISVTRQVHYSTKNENSIDMLICVNGLPVVVLELKNAFTGQTYEDAIIQYKKDRSPNELLFQFKKRAIVFFAVDTSEAYMTTRLSGDKTSFLPFNKGCDGGKGNPDNPDGLKTAYLWEEILQKDSLMDILKKFVFIQTEEKKDMDGNTYTSETVIFPRYHQLDAVRKLEADAREKGVGTNYLVQHSAGSGKTNSISWLAHRLANLHDDEDMPVFDSVIVITDRRVLDRQLQDSIYQLEHKHGVVQKIDKDSNQLADALKSGTRIIISTLQKFPFIIEKVGELQSRKYAVIIDEAHSSSAGENMASLREVLSVSTLEEAAKLDEELEGKEYDPEEEILKTIKKRGKQPNISFFAFTATPKAKTLEMFGTMGEDGLPHPFHLYSMRQAIEEGFILDVMQNYVTYETYFKLAKKIEDDPTFDRAKATKALTRYVSLHPHNIAQKTEIMVEHFRSVTRHKIGGRAKAMVVTSSRLHAVRYKHAFDEYIKKKGYKDMKTLVAFSGTVKDGDVDYKESDMNGFKESELPERFATDEYQVLLVAEKYQTGFDQPLLHTMYVDKKLSGVKAVQTLSRLNRTCAGKADTFVLDFVNKAEDIQEAFKPYYQATIVEEVTEPNLLYDIETMLNSYGVYLKEELDKFAYIYFKPKDKKTSKDRVIINHLIDMAVERFKKLDEQRKQDFSSQATKYIRLYSFILQITPFEDVELHKLYVYLTYLLKKLPKKKGSNVHLADEIALEYYTTKKTFEGSISLSSDDENVPVTPVKFAGTGVKEEQEEYLSSIIERLNKRFGTDFTKADQLSVEQIKEDFASDEDLVQKAKTNTIDDFRLAFEKVFINKVIDRMDQNQAFFTRVLDDEQFKNALMEYMLVETYAKLKNVAS
>CP021850|600374:658744|623203_623488_+|AUS95461.1|DBSCAN-SWA
MNIQVLKVAGNSSVNSVSDKIIQHAVNDGIVHVDCIGVKATYTAVRAIILATEYLVKEGYKFNLRPYYTEVDVQDNDKMVQKTAIRWTIVAKKK
>CP021850|600374:658744|615967_617833_-|AUS95454.1|DBSCAN-SWA
MNRSIDSIIAKKISHDVGVLVFQYLNDIEPLIQQSLTAAKLKDYYRLKGKYNKGRFVCPFHPGADNPTSLSLNDNKRNFHCNACGKSGTYLEFIMYMQNFSGRNSLNEAKIFAANNFAGLNLGFNSIADFEQKLKDKILERYHKTNSLRYTDYCNIWLLPERYFSYTAESQGRQCQGEEQQIKPSFKVSPSNSTNKPGFILEALDLEMTIRHHKAQNIIDNGITDYDKAIQDAKNSKLINDFTQNADKLNSVDKLSDFMSKKYNIDIDTALRYGLIYFDKDSQKQLYYSDFFMLNDRVLFPVQDHETGIVVGYQCRQTDLNAPKQYKYLNVTDYQDNLTANKNGTAFRNFVPFKPGNFLFNLYELKNKCINALWITEGIADAIKLSCMGYDAVSPGQANLTDFHIYLIDKYCGKDVVINLFFDNDDHKVGQSKSIAAAYRLWQFGFRNIRIISTFKELGKDITDCSVKLRDDNMLRLLISLWEKQAYSFTPASNEDLNTLLKTGLYTENEIMCIDPRDINQMTNFAEAIVKHIDLKDMTYQQLAVLKKLCCFREEEIKILFNLSTKDYHDMQDTDETETAIKENGNINAGNAQEERNAGENLINISKAQLFHLKKRFNLDL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS95437.1|600374_601880_+|transposase	IS21 family transposase	NA	NA	NA	NA
AUS95438.1|601872_602598_+	ATP-binding protein	A0A059NT77	Lactococcus_phage	2.7e-37	39.7
AUS95439.1|602669_603191_-	hypothetical protein	NA	NA	NA	NA
AUS95440.1|604100_604499_+	transcriptional regulator	A0A218MNF3	uncultured_virus	1.6e-12	54.4
AUS98652.1|604652_605690_+	arsenical-resistance protein	NA	NA	NA	NA
AUS95441.1|605714_606116_+	arsenate reductase ArsC	A0A2H4PQT9	Staphylococcus_phage	1.1e-19	40.0
AUS95442.1|606224_607241_+	permease	NA	NA	NA	NA
AUS95443.1|607364_607592_+	thioredoxin family protein	NA	NA	NA	NA
AUS95444.1|607705_608269_+	ferredoxin	NA	NA	NA	NA
AUS95445.1|608565_608970_-	four helix bundle protein	NA	NA	NA	NA
AUS95446.1|609499_610408_+	ATPase	NA	NA	NA	NA
AUS95447.1|610412_610703_+	hypothetical protein	NA	NA	NA	NA
AUS95448.1|611844_612375_+	hypothetical protein	NA	NA	NA	NA
AUS95449.1|612349_612937_+	hypothetical protein	NA	NA	NA	NA
AUS95450.1|612964_613480_+	hypothetical protein	NA	NA	NA	NA
AUS95451.1|613528_613822_+	hypothetical protein	NA	NA	NA	NA
AUS95452.1|613942_614230_-	hypothetical protein	NA	NA	NA	NA
614543:614602	attL	NA	NA	NA	NA
AUS95453.1|614586_615825_-	hypothetical protein	NA	NA	NA	NA
AUS95454.1|615967_617833_-	hypothetical protein	NA	NA	NA	NA
AUS95455.1|618205_618493_+	stage V sporulation protein S	NA	NA	NA	NA
AUS95456.1|618727_618982_-	XRE family transcriptional regulator	NA	NA	NA	NA
AUS95457.1|619665_620232_+	hypothetical protein	NA	NA	NA	NA
AUS95458.1|620310_621645_+|transposase	IS481 family transposase	NA	NA	NA	NA
AUS95459.1|621637_622441_+	AAA family ATPase	NA	NA	NA	NA
AUS95460.1|622506_623013_+	hypothetical protein	NA	NA	NA	NA
AUS95461.1|623203_623488_+	stage V sporulation protein S	NA	NA	NA	NA
AUS95462.1|623621_623867_+	hypothetical protein	NA	NA	NA	NA
AUS95463.1|624228_625296_+	hypothetical protein	A0A0H3UZ06	Geobacillus_virus	5.0e-24	28.6
AUS95464.1|626405_626732_+	hypothetical protein	NA	NA	NA	NA
AUS95465.1|627112_628594_+	hypothetical protein	NA	NA	NA	NA
AUS95466.1|628705_629230_+	hypothetical protein	NA	NA	NA	NA
AUS95467.1|629297_629552_+	hypothetical protein	NA	NA	NA	NA
AUS95468.1|629539_629728_+	hypothetical protein	NA	NA	NA	NA
AUS95469.1|629865_630720_+	HNH endonuclease	NA	NA	NA	NA
AUS95470.1|630870_632223_+	hypothetical protein	A0A1V0SJN9	Klosneuvirus	1.1e-07	32.2
AUS95471.1|632261_632849_-	hypothetical protein	NA	NA	NA	NA
AUS95472.1|632823_633354_-	hypothetical protein	NA	NA	NA	NA
AUS95473.1|633537_635316_+	hypothetical protein	K7YHB4	Megavirus	5.4e-15	33.3
AUS95474.1|635455_637474_+	restriction endonuclease subunit M	A0A220A2U4	Liberibacter_phage	1.5e-32	27.0
AUS95475.1|637470_638805_+	restriction endonuclease subunit S	NA	NA	NA	NA
AUS95476.1|638807_640643_+	hypothetical protein	NA	NA	NA	NA
AUS95477.1|640659_643650_+	restriction endonuclease subunit R	A0A220A398	Liberibacter_phage	4.5e-22	23.1
AUS95478.1|643958_644777_-	AAA family ATPase	U5N3V8	Enterobacteria_phage	4.1e-58	50.2
AUS95479.1|644769_645996_-|transposase	IS21 family transposase	U5N3F9	Enterobacteria_phage	1.8e-46	31.8
AUS95480.1|646718_647444_-	ATP-binding protein	A0A2L1IVB6	Escherichia_phage	9.2e-30	35.8
AUS98653.1|647437_648955_-|transposase	IS21 family transposase	NA	NA	NA	NA
AUS95481.1|649033_649336_+	hypothetical protein	NA	NA	NA	NA
AUS95482.1|649480_649744_+	hypothetical protein	NA	NA	NA	NA
AUS95483.1|649803_650100_-	hypothetical protein	NA	NA	NA	NA
AUS95484.1|650333_650528_+	hypothetical protein	NA	NA	NA	NA
AUS95485.1|650617_651358_+	HNH endonuclease	NA	NA	NA	NA
AUS95486.1|651450_651936_+	guanylate cyclase	NA	NA	NA	NA
AUS95487.1|652110_652311_+	hypothetical protein	NA	NA	NA	NA
AUS95488.1|652543_653449_-|integrase	integrase	A0A2H4JB04	uncultured_Caudovirales_phage	7.3e-08	24.3
AUS95489.1|654065_654935_-	hypothetical protein	NA	NA	NA	NA
AUS95490.1|655323_657075_-	hypothetical protein	NA	NA	NA	NA
AUS98654.1|657160_658744_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.1e-66	34.6
664107:665535	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>CP021850|2918689:2968708|DBSCAN-SWA
TTTATTTGTGCAGCAGTGATGTCGACGACAGAGTATAGGGAGCAAGCGCTGGATTTACTACCTTGTTCATTGATTCCTTGCTGAAATATCTACGGCCAATCTGCCACTCCTCATGCTGCTCAATGAGTAATGTCCCTACCAGTCGTAGTACCGACGGGCGGTTTGGAAATATGCTCACAACATCTGTCCTTCGCCGTATCTCTCTGTTTAACCGTTCCAACGGGTTTGTCGAATGGATCTGTGCCCAATGCTCCGATGGAAAGGCCATGTACTGCAGCACATTCTCGCACCCATTCTCCAGGATTTCCATTGCCTTGGGGAATCGGTCCTTCAACTGGGAAACAACCGTGTATAGTTGTTCTTTTGCAGCCTTCTGATCAGGTGCAGCAAAAATAGTCCTAACAATGGCCGATACCATTCCTTGTTGTTTGCGAGGTACCTGGCATAATACATTACGCATAAAATGCACCCGACACCGCTGCCATGCACAACCGCTTAATACTTCGTTTATTGCCCCTTTCAGGCCTTCATGGGCGTCACTGATGACCAGTTTCACTCCTCTTAGGCCTCGGCTTACCAAACGGCGTAAAAAGTCTGTCCAAAAAGGACCACTCTCTGCCATACCTATATCAAAGCCCAGTATTTCTCGTTCCCCATTTTCATTCACACCTACTGCAACCACCAGTGCCATGTTTTCTACATGCCCGCCTTCACGGACCTTTGGAAAGGTTGCATCTAGCCGTAAATATGGGTATTGTAATGTCAAAGGGCGGTGAACAAACCCTTGGACATGTTCGTCCAGCTCCTGACTGATACGGGATACGGCGCTCTTATCAATCCCTTCCATCCCAAGCGCTTGAACCAGTTCATCCACCTTGCGAGTGCTGACCCCATGGACATAGGCCTCTTGAATTACATTGACCAGTGCTTTTTCCCACATGCGGCGAGGCTCCAAGAAACTTGGGAAATAGCTTCCCTCACGCAGCTTCGGTATTTTTAGTTCAATTGTTCCCAGACGGGTCTCGTAGGGTCTGGTACGGGTACCGTTGCGATGGTTGTTCCGTTCATCGGTACGCTCATACTTTTGAGCGCCGATTTTTGCCGTTACTTCAGCCTCCATCAGCTTTTGTAGGATGAATGCCATGGTCTCACGCATAAAATCTCCATTTTTTACATCTCCATAAACCTTGAAAATTTCTTCGATTAATGGCATTATATCTTTTGTAGCCACGATATGACCTCCTCTACCTTATTGATTTGTGAGACCTAATAAAGTAGATGCCATATCGTGGCTCGTTTGTCAAAGGACAATATTTACCACCGGAATTACGCTGCCGATTTTACACCACTACATAAGACTATAACTTCCCGACAAAAAGGGTGTTCAAAAAAGTCCCACCCTAACCTTTATAAAATAAACGAATAGAAAAGCATTAGAATATTGTATCAAAATGGTGTTTCAAGCTACTTCAAAAGTACCGGTTTAGATTTCAGCCGTATTCCTCATAACCTTTGTTTCGAATTCTGACGGGACTGCCATGCTTTTTCACAATTCCGGCATTTGTGCAACCCATAATTGTTGTATAGACTTGTAAAATAGGCGCTCAAAAAAATAAACGGATAGGCTATGAAAAATCATCCATCCGTTTATCATATGAACTTGTTTGTGTAACAAAAGTATAATACCAAAACTCGAGCTGTCTGTTACTTTTTACTGAATAAGTCTTTCCAGTCGCCGGTTTTGCCCAAAGTTGTGTAGTTTAGTGTATAATATTGTCCCTCTCCAATCCACATTACAGGGGCAGCCATACGCAACCGTTCCTCTGCACTTATCGAGTTATCTATAAGTTCTTTGGCTACTAATGTATTGTGGATTTTACATAAAAATACCTCACCGTCATTCAGTGGTATGGAATGCTGAACTTCAAGCTCAAACACCCACGGGCTATTCTTTAGTACCGGAACATTCAATACCGAACCGCGTTCGATTTCAATAGGAATATCCATTTTTCCAGTCTTATATCCCTCTGTGTTGCCTAAATAGTCCGCAAGATGCAGCATGGATTCACTGACAAGGTTAGCAGAAAACACTTTGCTTGCCCGTATACGATCTTTTGTCAATTTTTCGCCGCCGATACAAGCCATAACGCCCAATTCGCCATCCCAACAATAACTGAACCAACAGAACAAACCAAAGTTCGGTGTTCCGTCCTCTTTATATGTACCATACAGAAACAATGTTTGCGGGCATAATTTATTCTCCGGGCCGATAGATACTTTTTCCATCATTCTTAAACTCCTTCCTTTTCAAGATTTTTGATGATTCGTCTGAGTTGGCTCTCAAAACCGATAATCTCATCATCTGTGAAGCCATCATAGAATATTTCGCTCATTTTATCCGATATCCAGTCATACTTTTCACGGTATTCGTTTGCTTTTTCCGTCACCGATATAAATATCTGCCTACGGTTTCTTTTGTCGGGTATTCTTACTATCAACCCTCCAGCTTCCATGCGGTCGAGCATGCTTGTAAGTGTTGTTTTAGCCAATGAAGTCAGCCGCCCGATCTCCGTGATTGTTAACTGACCATGCTCCCACAGCACATAAAGTATACGGCCTTGCGCACCATTGAAAATGTCAACACCGCTTTCTTTTAACAGCTTTTCAAATACTCGCCTGCTTAAATGCTGGATTTGGGATATAAGGAAACCGCCGTAAGTTTTCGTTGCAATCACCTCCTATATAGTATATTGCTATATAGCATAGTACTATATAGTACTAAATTTGTCAATAACATATCCAACCTTTTTATCATCCTTGTAGAGGCCACAAGGCAATGAGATTCACGCTACCGTTTGCAACAAGGTACGGTACATTTAAGACGAGTCGACAATATGACTTCACATCATGAAAATTAGTATTTTAAAAGCTTTACAGATTTTATTTTTCAGCATCAAGCAATTTATCTCCACATAGAACAAATCTGCTCGGATTGATGTCTTAGGCTGTTTTTATCTTTATATTACCATTCGTGGGCTCAATACAATCTCCGCCATTATACAATATCTGTAAGTGTAAATGTAAACATAGTCCAGCTATTTTCTTTGCTCTCTACGGTTATATCACCCCCAAGACGATTGACAATCGTTTTTGCAATGGATAGTCCAAGCCCGAACCCTTCATTTTCGCCTGTGCGCGAAGGATCACCTCGATAAAACCTGTCAAAAATTTTTGAAATGTCCTGAGGGGCAATTCCTTTTCCACTGTTCTTAATGGAGCAGGTAACGCTTTTTTTTTCGATTTTACCAGCGTCACATCAATGCTTCCATTTATATTTGTGTATTTTATAGCATTCTCATATAGGATTGAGAATAATTGTCTCACCATATCTATATCGCTGTTTATAACAATGTTTTGCTCAATGGAGTGAGATAATGTAATTTTCTTTTCACTCAGCATTACTTCAAAAGATGCCATTACCTCAAATATTGTCTCGCTCATATTAAAAGGTGCTCTTTCCACATTAATGCTCACATTTTCTACTTTTGCCAAGGATAAAAGGTTATTTATCAGCCTCGCCATCTTTTCCATACCGATTTTCATGTAGTCAAGCCATTCTTTCTGACTTCTTATTGTTTCATCCTGATTAATAAGCAAGGCATCATAATTCGCAGTAATAATGGACAAAGGAGTTTTTAGCTCATGAGAGGCATCTGCTATGAATTGCCGTTGTTTTTCCAATACTTCAGCAATAGGCTTTATAGCTTGGTTAGAATAAAATCTGCTGATAAAATAAATAACAACTATCAAAATAACACTAATTACAGCAAATGTAGCAAGCAAATCATTCAGAGTTTTTTGGGTATCTGTTATATCCAAAAAGGCAACTCTGTAATAAACCTCCTGACGACTGGTTCCGTCACTGCTCATTGTTGTGATATTCTCAGGGTTTTTAGTTATTGAATACATCCAAAGCCGGCCAGCTAAATTTACAGTAGATTTATTTTTATTATTCCAAGCATAATCTGTGGCTTCATAATAAATTTGATTCGGCAGTTCAATAAAAGAATCTATCTTCACCACATTTCCATTTATATCAGTACGGACAAGGAATGACGAAGAAGAATTTATATTGGGCACTCTCGATAATATTATCCCCTTTTCTTCCTGTGCATCATCATTCGATATTTCAGGTAAATTATCCGGCCTTGACATCGGTATTGGGACTATACTGTTTAATTTTCGTTGATTTTCCGCATAAATATTTCTATAGGTAGTTATATATACCACACCAAATGCAACAAGCATGACTAAAGAAGTAACAATCATATTTAGTAGCAAAAATCTATTGCGCAAGTTCTTAAACATTTTAACTGCTTTTCCTTCCTTCTTTTAAAACATAACCAATTCCACGGATTGTTTGTATTACGCACCCTGACGATAGCTGGGATAGCTTTTTTCTTAACATGGAAATGTATACTTCCACATGATTATCAGTCACGTCTTCGTCATAACCCCATATCTTTTCAATAACGCTTTCCTTGGAAACAATCATATTTTTATTTTTTATCAGAAGCTCCATTAACTGAGCTTCCTTCAATTTTAGTTTGACCTCTTTTCCATTTTTACTGAGCAGCAGTGTATGGGGCGACAACGAAATATCTCCAAAATTCAGGTTGCCATCAAAAGCCAGCACTGTATTACGTCTTCCCAGTGCACGCAAACGTGCAAGCAGTTCATCAGTATGAAAAGGCTTTGCAAGATAATCATCGGCGCCAAGGGCGAGTCCCTGAATTTTGTCTTTGATTTCACCTCTTGCGGTAAGCAGAATAATGGGGGTTACAATGCCTTTTCTGCGTACTTCTTTCAATATTGAAAAACCATCGATTTTAGGAAGCATAATGTCCAGGATGATAATGTCATATATACCTGAGAGAGCACAGTCCAATCCAAATTCTCCATCATGAGCCAAATCGACAGTATAATGATTTTTCTTCAAAACCTCTGCTACTGCCCGTGCTATATATTTTTCGTCCTCTACTAATAAAACTCTCATTTTATCCCCTCACGAATAATCTGTGACAAGGGGCAAAGAGATACCGAAATATCACCTTTGCCTCCTGTCACTATAAATTATCTTTTACTTATTCATCTGTTGTCCGGCAGGGAGCCCTTCCTTTACCTTAATTGCTGCTGCAGGGACTTCACTATCTTTAATTTTTATTGGACCCTTAGGAGCTTCGCTGGTATCAGCAATGTTCTTCACAGCAGCTTCCTCACCTTCTCTAAACTGCTGACCGGCAGGAAGTCCTTCCTTAACCTTAATCGCAGCCTCATGAACTTTGCCATCCTTAACCATCTTCGCACCCTGGGTCGCAGCAAATACGGTTGTCGCACCGAGTATAATCATTAACGATGAGCAAATAGTAATAATAGCAATTTTTCTTTTTGCCGTACTGAAAAGTTTTCCTTTCATTGATATTACCTCCGTTTAGTTATTTGCAGGTAGCTACCTTACAATTGATATCATAGACTGCAAACCTTAACCGAGCCTTAATTTTAAGAAATTTTTTAAGACCATATTGTATTTTACTGTCTGTGTCTCACCAAACTGTAAATAAATACCAAACTTATCCAGGTATACATTAATGATTTAGAAATCTTGCTTCTTCACTAGTGCTTAAGTTTAATATTCTTATAAATCACAATATGGAATCTTTAAAGATTACTTATCTCTTTCAGTACAGCATAGATGGTAAGTGAACGATTTTTATTTCTTTTCCTTTTTTTCTATAAATTCTCCTTTTTTACCGACCGTTCAAACAAAATGATTGTATAGATGTTTATTATATCTGTCAAGTTATGAATTTATTAAGGCTTTCATTCTATTGCATTTAGTGGGTTATCATTAAATAAAGAGCCCCTTTGGATTGCTCCTCAGGGGTTCTCAAAAACCATTATGTATAGCTGCTATATGTTGCATATCCTATAGAGAAAACGCCACTTCAAAACGTGTGGTATAAGCACTGGCAGCTTTCTTTCAGATATTCTAATACAATCATATACACTTAAATGAACAATATCCTATCCTGCACTTGATTTAATAATGGCTGGACATCCTCCGGTTGTGCAGCAATTCAGCCATTAATCGTTTTCGGCAGCTCACCACAGTAATGGTGTTGATTTATGTTTTTAAACTCCCTTTTGCATTTAAGGCATTGCCATATGGCGTTCGCCTCTCTCTTTGTATTCGACAGATTACCTGATATGCCTTAAAAGCACAATAGTCCTATCAATCTCCTTTTTTAAACGCCCTCTCCTGTCCGGGAGAAGATTGATCCCGCTCTTATCAGCTATTTCTTCCACCACATCATCAATTGATTTTTCATCTGTTATTATTTTTGTTTCCGTAATATGATTGTCAAAAGCGTTAATACAACGGTCGATATTTCTCTTCGCCCATGTATCTCCTCTTTGAAGCCGCCTGTTCAGTCTCTTTAGCAACGTGGTTTTATTAGCATAAAGAATATAGTGCTTTAATGCGGATACCGTCGTCAATCAGGCACTGGACTATTTCATCATAGTATTGCGGATTCACTATGGTCATGGGAACGATAATTGTCCCGGAAAAGCTTCTATACATATCTTTTAATATTGAATAATTAAAGGTTCTCCATTGTTCATAATCTTGAAAGTCAGCTTTTTTCATTTCATTTGGAATGTTATTGAATATAAAATATCCTATGTTTTCCGGATCGTATACATATGAATTTGGGATTCGCCTCTTCAATTCGTATGCACATGAAGTCTTGCCGGCTCCAAACGCCCCGTTTAACCAAATGATCATCCAAGGAAGAGGGATCAAAGACCTTTCCGCCATGGAAGTTATTAATATAAACATGTTGAGCATAGATGTAGCTACAATTTTTTTATTCATCTTTGTCTCTATGGAAATCGGTAGAGAGTTTCAAAATAGAAGCATTCAGATATATGCCAGTTTAATACCCAACAGAAAAAAGTATTTTATGTCAAAGCTCGTAGCTTATTTGTTCATATCAGTAATCATAGGATTGATTGTGAGCCTGCTTTCTATGGGTAATGGGTATTTGATTATAAGGATATTCAATAAACCTTTTCCGTCAATCTATCAGGTGATGAGGTTCCTTTTCGGATGCATTTTTATGCCCATAACTTATACTGTTCTGGCAATTTGCGCAAGCTTCTTTTTTAGGAACACAGCCGGAGGGATTGTGTCGCCTTTGTTGATTATGTTTCTGCCAAGCTTTATAAAGATATTTCCTAGTGATATCCAGGATATTTTAATCAGCATAATACCTGCATCAGCAATCCATAGCCTTTCAGGTATTGCAAGGGGTGCGGAGGATATTGGAATTGCAGTTGCCCTATTGGTATTGGCTATGTGGTGCATTTTGGGTAGCATAATAGCTGTTAGAAGTTTTGGCAAGAAGGATATTAGCAATTAGGTATACAATGGATTATTTAAAAAATAGGCTTGTGCATTCCTACTGCGTACTTCACGCATCTTGAGGACATAAAAAGGATGCCATCCCCTCAAGAACACCCTTGGACAGAGGAGGTACTATAGAAATTTATTTTGACGATTAATTGAAATATATTTTGAAAATAAAAGCGGACGCATTTACTTTCTTTAATACGTCCGCTCATAATGCCTTTTTATAAGCTTGAAGCAAAGTGCTCCATCGCCTGCTTCAATTCTTCAATTGCATCCGGTTTTATAACTGCAAAGTATTTAGGCATCATTTCCTGAAAATATGCTTTATCGAATGTTCCTGCGTCTTGACGTGCAAAGCTCTCCTCCAACAATGCCTTGGCCTCATCTTTTTTATCTTCTTTCACTCGTTCCATGAAAAAATTATAAAACATCTTTTGCCCTGGATTCATTTTTCATCATTCCTTCCATATTTCATATATAATTATTCTCACAAAATGACTTTATCAAGCAATTAAATTTGGAACAGTATTATTTACCCGAGGACCTGTGCTGCTTAGCCGTTGGAGTACATTTTTATGTCCGCGATGTTTTTATAATCCCGTTGAGTTTCAATTGAACTTCTAAGCCATCAGGTCAGATCATCAATGTTTGTATTATTTGTAAGAACAAAATGAAAATACAAAAGCATGGGATTCAGAATCAATTATTTTACCCAGCCATATTTCCTCATGAACAAATACCCGGTTTTTTGCAGTTTGAAGAAAAAATCCTGTTTAGAGACTTACAACGCATCAGCATTGGGTTCAACACACTCATTACACACATTGGAAGTAGTATCCGAGACAATATTCTGTGCCCAATTCCCGCTTTTAATAATTATTATCCCGATTATGAACTTTATAATGTCAGTCGAATAGCAAATCGGGTAAAGTATCGAAATATCCAGAGATGTAAAACGTGCTAGTACATAGGTAACCGGAACAAATACAACCCAAGTATAAACACTGTCAAAAAGGAATGTTATGAACGTTTTACCCCCAGAGCGTATGGTGAAATATACACAGTTGGTCACTGCATTAAAACCCATATACATGGCACATGTCAGCATGAAACGGGTAGCCAGCATACGTACGTCATCGGTAGTATTGTAGATATACGGAATGAAGGGCGACGTAACAGCAAGCGCACCACCAACCACAATGCAGATGCAAACATTGAAAAACATAAGCCTCCATGCAGTTTGCTTTGCACGCGGAATATCGTTGGCTCCCAGAGCCTGGCCAACCATAACAGCAACTGCGGAACCCATGGAAAAGATAAATACATTGAATAAATTCGTTATGGTGTTTGATATGTTGATGGCTGCTACCACATTTAATCCACGAGTTGAGAATATCTGCATCAAAGTGGTCATACCCAACGACCAGAACAGCTCATTCACCAGGAGCGGTATTCCCTTTTTGAATATATTAAAAGCAAGACCTTTAGGAATTCTTATTGACCGATAAAGACCTTCAACAAACCGGAACCTACCGGGGTGTCTATGGGCGTACACAAAAATTATAGCAAGCTCCACAAAGCGTGAAATAACCGTTGCTATAGCTGCACCTTCAACACCTAAGGCCGGGAACCCAAGCTTTCCATAGATCAATATGTAATTCAGGCAGAGATTGGTAATTACGCCAGCCAAGCTAGCCTTCATTGGAAGCAGGGTCTCTCCCATCTCACGGAGTGTTCCACCGTATGCCTGTGACAGGGTGAACGGCAATAGCCCCCAAAGCATTATACGAAGGTAACTCCTTCCGTACTCGAGCATGGCCGCTCTCTCGGCAGCATCCCCTTCTCCAGTCAGATACAGGAAAATCAATTGGTCTCCTCTTGTCAGAAATAAAGCAATTGCAACCGCTAAAGTGACAGTAATGGTCCAGAGCTTGAACCGCACCGTATAACGCAAGCCATCATGATCTTCTGCACCAAAAAACTGTGCACCGAATATGCCTGCACCCGAAAGACCACCAAATATGGTCAGGTTAAATACAAAGATAAGCTGGTTGGCAATGGCAACACCCGACATTTGAGGCGTTCCTACCTGCCCTATCATGATATTGTCCAAAAGGTTAACAAAGTTAGAAATGGCGTTCTGCACAATAAGTGGCAGCACCAGCATAAATACTGTGGTATAAAATTTGCGATCCCCTATAAATGTGTTACGGAATTTGCTAAAAGCGCCTGTTGATGCAATTTGCTTCATACATTATCCTCCACTGTGGCTTTTGCCGACAAAGACCATTGTATCATAAAGAAGAAACGTAGTCCAGACTGCATATACAGATAATTCCGTAGGAAACCGTTCTACTTTGTTCACATGAGAGAGAAGCTGACTTCCAGCTTGAGGAACTGTACCCAGGCGCATCTTAAACTATCAGGTTACAATCGGATTAATTTTCTTAATTTTAAACTAATCATTTCCAACATATTTCTTATACATGGCCTCTGTATATTTTGTCACATTTTTATCATACTCCGGGTAAGCAAAACCAAGTAATTCAGCTATCTCTTTGGACACTTCCCTGAACAACTGGTGGCATGCAAATAATGACTTCCATACATTTTCATAGGAATCCATACGATATGTAGACAGCAATCTGCTCCATAAATTTTCCGGTATATACTTATCCAGAAATTTATAATTCTTGCCGACGCTCAGTGTAAATCCCGTTTCTATTCCAACCTTCCATGAAATCATTCTAAGCAGTTCGGAGCGCAGAATCTGGTTCAGATGATCGATTGCAAACAGTATCTCTTTTCGGCATAATCCTTTAACAACATAGGGTGTTACATTCCAGAATTCATTGCAGCAATCATCGTACTCCCGTGCACTGGGCTTTTTAACATGATAATCTATATCTGTCGGAACTATGTCTCTTTCAATTCTGCAATCTTTGTCCATCAAAACCTTTATCAATTTATCGCCCTTTAAATAATCATCCAAATCTTCCAGCGGCAATAATGTAAGATCAATTTTATTGTAATCATCAAAAAGCATAAGATATGAATACTCTTTTTCTTCAGGAGGAAAAAGCTCCATATCCTCCGGCTTTTGCATCATTATGATATTTCCAAATTGACTAAGCCAGTCATCATTGGATATAAACGATTCCATATCGCTGACAAAATAGGTGATATCATAATCCTGAAATTCATCTTTAGGTATATTAATATTTGTGCGCGAACCCTCAAGAGTCACAATCCGGATGCGTTCGTCCTTCTGTGCTATGGAAAGGATCATGCTCATCATTTCCTGTTCTGTTCTCATTATATGCACCTTCTCATACCTTCTTAATGATGGCTCTTTATAAGCTATCCTTAGAATGATGAGAGTTATTGGGTTCGCAATAGGTTTCTCTTAATGTTTGAATAATTTTTTTAATCCTGTCATCATTAATATGATAAACATTCTGAAGGCCATATTTATCTGAGCCCAAAATACCGTAAGCCTTTAGCAGGGCCAAATTCTGAGACAAAGCCGATTGAGATATTGCAGGTATTCTTTCGTGTATTTCACTAACATTCATTGGCCTTTCAATCAGGTAGCACAAAATCATTAATCTATGCTGATTTGCCATAACCTTCAGCAATTCAGCTATCTCTTTTGCTTGTTGTTCCATTTGCTTTTACCTTCCTTCTGTACTTTAGCATGCTTATACCCTGAGTCATTGTACCCATGGGACAATATACACACCATGAGCGGGGTTTGAAGAAAAACATCGTTATCAGTCCCAAAATTGTGGATGTAAGCATAACACTATAAAATCCAAATGCGAACTGGGCGATCCAAGGCGATACAGCACTGGTATTTGTCCAGTTCCAGGGAAGCTTAATCGTCCATAAAAGAGTAACCACTTCTTTTAAATTACTGGTTCCATTAAAAACCAAATAAGTTGAAAAAATCATTATCGCAAACATAGTCATAAAAAATGCTAAAAAGCCATAACGAAACCATTTGCTTCTAATAAAGGCAGGAATGTCGCGATTTGAAGAAAGTTTCAGCCTGCCTCCTAATAATTCAAACAACTGCCCTCTTCCACAATATCTGTTACAATATATTTTACCCTTACCTATTATCGAGAGCAATAATGGAGTGAAAAAGCAAATCAGCCCTATCCAGGCAAATAGAATATTAAAAAAACCTAAAGCCAAATATACTGCAGAGAATATCCATAAATATTCATACCACTTTTTCATGATGCAACCTCCTTTTGAACAACTTGAATTACCGAAGCAGGACATACCTTCTGGCACCTTTTGCATCCAACACATAAATCTTCGTTGACCTCTGCATAAATTCCATGAAATATGGTTATGGCTTTACGAGGACAGTTTTTTTCACAAACTCCACAGGCCACACATTCTGCTTGATTTACTACCGCTTTTTTCATGTTATCCCCCTTTACTACTTGGCAATTTTATTTTCTGCACAGCATAACTCTTAATGAACATCATATATAAGTAAATTATAATATACTTATATATATGATATTATATTTAAAAATGTTAATGAAATCAATGCTTTTTTACACTATCCAGTTGCTTCTGCGTAAAGATAACACGAAGTTGAGGAGCTTTAGATGATTTGACGCACCCGGAATTTTCGCAGTGTTCCGTCAAATCTGCCGATGTTCTTGGTATGAGGGAAGTTTCTAATCATGTGACTGACAATCCGTCAGCAAACGGGTAAGCTCTTTTCGAAAGGAAACAGCCTTGTATGAAGTTATTGCTCCCGTTTGCTAATCTATTCAAGCATTTATTATCAAAGTTTGTTGCATGAGAATTTTTCTTTTTTCCTCACTCATTTTTTCTAACGCATAACGAAAAGATACTCTTGGCATAGTCTCTTCGTTTTTAATCAAAATATTACCTCTTAACCACTAATGATCTTCACATAAAACTCCCTATTTCTAGGTCCGTCAAATTCACAAAAGTAGATTCCCTGCCAGGTGCCCAGCATAAGTTTTCCGTCCTGGATTATCACGGTGCAGGATGAGCCCATGAGAGATGCCTTTATATGAGCATGGGAATTCCCTTCAAAGTGAAGGTATTCTCCAAGAACGGGATATGTTTTGTCCAGTGCGGAAATCATGTCCCGCACAACATCCGGGTCAGCATTCTCGTTTATTGTAACTCCAGCTGTCGTATGGGGCACGTATACGACTGCGATACCGTCCCGTACATTGCTGTTTCTGACCTCTTCGGCAACTCTACTGGTTATGTTGATGAACTGCTGTGGTTTTGTGGTTTGAATTTTATGGCGCATAGCATGATCCTCCTTTTCCGGATATTAGTATTGGTCAGGTATTCTATTGATATGCAGGCCATTCTGGTTCATTGAACCTTTGAAAGTAAAATTAACCACCTAATTCGTCATCAAATTAATATCTTCATGTCCGAGCTTCATTATATCAAAAGTTAGGCCCCTTTGCCAATTTCATCAAGTTGGCCTCTGATAAAACCTTGTCATCTCATCCCTACTTAATTTCAGGCTTAGCTTTTGCCCTAATAATACCTTATATTATTTCCATGAATAAATATCAAAGGCTTAGGTCGAGTTGATAGATTTTTCTTTTATAACCAGTATTTTAAAGCCTTTACATGCTCTATTCTTTAGACTTCAACACAACGCACTCCATATGATATGTGCAGCAGCCGACTTCTGCAATGATCACTGGTTTATCATGCATATAGCGGAACTTGAGGTGTTCTCCATATGAAACCCTGTTGCGATCTGCACGGTAGTAATCGAGGCATACAAAATCAAATATACTTCAACCCCAGCAGAATCGCTCATGACAAGGATAGTGATCCCTTCAGCGCTTATTCTACAAACAGTGCAAGCAATATGAGCCACCGCATCGCACCAGCATCAAAGGGTATAAAGGGAAGGGTTCAGATATATAATATTGTTTAAAAAAACTATTGCACTTAACATAACGTAAGATTGTATACCAGATTTGGTCTTTGTCCCGGAACACTACCGTCCTTTGTGCTTAGCTTTTTTCTTTTCCTGCCGCAGAGCAAATTTGCGTTCCTTTTCAGCCTCTTTCTGTTCTCGTCTTTTGGCCTTTCCCTCAATTTTGTTCTGCTCGTGCTGCAGCTTTAAGGCTTGTTGTGCTTTCGTGCCAACTCCTTTATTCTCTAATTGCTTATTGATTATTCGCTTCATGCGCTTGGGATTAATTTTTCGTTCTTCAATCTTATCTGCCTGGATATGTGGACTGAACTTCAGCTTGTGCCAGTTTTCAAGCAGGAAATCATATACCTCATAATCCTTTGGCTCTGCACCAAAGATTATTTTGCTGACCTCATATTTGTTACCATCAATACGCTCATACAAACCAATCCAAAAAGCATTTTCAAATAAAATGGTCATGCTGCTTTTGATTGTCATAATATCACTCTTCTTTAAACTGGCTTTCAAATGTATCAAGCCATTCTAAAAGAGCATGATAGAGCATCCTCTGCTGCTCAAAAATGGTTCTTCCAACAAGCGGAATATCAGCATAGGCAGCAGCATACTCATCATTGGTCTTAGCTGAAGCAGTAATGCTGTTTCGCAGCTTCTTTACCAAATCTAGAGCTTTTTCCCTGTTAATTTTATTAAGATTAGTAATGACAACATTGAAATCAAACAAAAATGATACCTGCTGACTGGCGTAGGTATTCATAAGTTCCTCAAAATAGGCACGCCCTTTTTCCGTAATGGAATATACGGCTTTATCAGCAAATTTTTCCCCCTTGACAATGTTGCTCTGAAGATAGCCTTCTTCGTTAAGCTGAATAACTTTCCGATATATAGACGGAACACTAATCTTAGTCCATCTTGGAAAATGATGATTGTCTACATCTTTTTGCAGATCGTATGCACTCTGCGGCTTTTCCAGCACCATACCAAGTATTACCAAGTCTATCGATGACATTATCTCACCACTCCTTTTACTATCAATAATAATACTATTATTAATAGTACTATCGTTGATAGCAAAAGTCAAGAGAGTGCTATTTTTTATATCTTTAATTACTCGTCAACTCTTTATTTCGTGTAGGTGTTTTTCCTCGCCCATTCATGAAGTGAGAACATGTTTCCATGGACTGATATCGTAAGCTTATGTAGATTTTATTCTTTGCGTTTATACAAGACTGCTATAAAGTTTTCATCTTTTAATATTTTCCAGGTTCATACAGCATCAAAAGATTACTTCAGAACATATGAAAACATAATTGCGATAACGAGGGTCACAACGCCTGCGGCGAATGCCAGCAATACTTTCTGATACGGCCTTTTACCTTCTTCTCTTGCCTTTGCAATTTCATCCAACCTTTTTCCTTCCGTAAATGCGATAATTTCACGAAAAGTTTGAACATCAAATTGCTTTTTCTTCTGTTCAATCAAAACAGCAAAGCAAAATGCTGATATTGCTAAAGCAACCCAAATGCCAATTCCTGCATATCCCAGAAAGTGTGCCAACGGAACAGGTGAGATGATTATCACCAGGAATAAAACTCCATATATCTGACTCAGTCTTTCAAACTTTTTCCTGTCCTCGTTTTTTACTTTTTCTTTCATAATTTCTACATCTCCTTTGATCAGATTATCAATGGAGGTTCCAAAAACTTCACTTAAAAGAATAAGGCTATTAACATCCGGATAACTTTTGCCATTTTCCCAATTGGAAATTGTCTGCCTGGATACATATACTTTTTCTGCCAGTGCATCCTGAGATAATGACATTTCATTTCGGTATTTCTTAATCTGTTTTCCAAGCTCCATTTTTGAACACCCCTTTTCCTGTTTCCAATCTAATCAAAGTTATAATTTATATCTATCAAAATGCTTTTACATAAGTCGAATAAGAGGTGATTATTTGTGTCAAAACCCTTTGACATCTGCATGTAAAAACCATTTTAGAAACAAACTCCACTTTGCGGGACTCCAAGTGTACTTATGGAATACCGGTCATTCTAACCACTTATCAACGGGATTGTGATATATTGCTATATAATTTGCTATTAAAGTACAGCGCAAATCCGCCCAGTAACAGAAATGTAGCTGATTTTGTGATAAGTTCAGGCAATGGTATCTCAATCCCGGATACAGTCTGACAAATTGTTTGTATAATCATCATGAATCCAACCATTATGCAGGCTTTAAGTAGTGAAGCTAATATAACGACAGCCAGCTTGTCTTTTTTATTTAATAAATGCAAACATACAAGCATCAACACATAAGCAAACGATTCTGGTGCGTTATGCAAAACACGTTATAACAGGAGCTAACTTAAATTAAAAACCTTTCTAGCGTCATCCCTAGCTTTCATATATAATATCTCTTATGCTTATATAAGCCTTTCCAGATATTCTACAATATCCCTGGCTTTTGGCGGACAACCACTAATACATTTTTCAAATCCTGAAGTACACGCGCCAATACCTACCCCATTGCACTGCTTACTTTTAAAACTCTGACCAATGTACAGTTTTTCTTTTAATCTATTTAAAAGGCCTTTTTCATTCAACCTTTCCAGTGCATAAATAAGGCTTCCATAGCAAGCTGAGCAGGCACAGTCCTCGACAATATGCCTTGATAACTGTTGAACTCTTCTTGAAGGTGTCAATTTTCTTGATCCATTATCCTTATTCAATTCAACAATATCAGCATTTGCCAAGTCAGTAGTGCCTACACCGATACTTTCAGCCATAGCAACATACGGAACTTCCTCAATACTAAAGCCCATCAAATGTGCCGCATATGTGTCTATCAGCACAGGGTCCTTTCCTGCAATTATCCTGTTCATCTGAACCGGATTACCACCTTCTTCGAAGTTAAGGTCACCATTCATACCATCAACAATTATGAGACTTTGCTTTACAATCTTGTTCAGATAAGCTATGGGTTTATGTAAACCCAGGGTATGAAATTTCCTTTTATCAGTATTTGGTATGCAGCCCTTCATATTCTTTAAAGCGCAAGTGATGTTAGTCTGGCAGTGCCCTTTGAGGACTGGCATGTTTATTAAATAATCAACCTTTGTAACATAATCGCAAACGTTTATCTTCAAGCCATTTACTTCATATGTTTTATATTTATCTTTTTGAAGATCGATAAGAGGAACATTATATTTCTTCGATAAATTCTCATATCCACATACTTTAAAGGCTTCTGACGTTCTATCGCCCACCCAGGAGCTTTCCATAATTACTATATTATTGCGCCCTTTTGATTTTAAATGTTCAATGAGACCTTCCACTATTTCAGGTGTGGTTGTTGCACCTGAGCTCGAAGGTTTTGCTACAACGAGATTCGGTTTAATCCCAATAAGCGCGTTTTCGTCTATTTCTTCTTCAGGTTTTATGACTTCAAGCAGCTCTTTTACCATTTGCTTGGGATTATCTCCATAAATGATGCGTATACCATTTTTGCCAATCATGATTATCAGCTCCTTAATTTATTTTATGGGAGATTCAAATTAATCCCATTCACCATCACTCACAACTCCGATGAGTCAGCAGAATCAACACATTGTTTAAGTTGATCTTTAACCATGGTGTTCAGTATCTTTTATCACACTTTTATAATAATGCTTTCCGGTGCTAGTGAAAAAGGCCTCTGTTTAGAATCCGCAATATCCACTTTTTGTAACTTATGGCTTTTATTTAATTATATAGCTTACATACTCCACCAACTCATTCCTGCCTCCTGAAAGCAAGTCTGCGACTTTAACCAAATTTAGAGGTTTTAATATTACACTTGCCATTTTTGTATTTGAAACAGGGTCATTAATATCAATTTTTTGGACAGATGGCACATCTCGGAAATATGCAGCTTTATCGGCGGAGATTTAACAGGTTTGTTTTCACTGTTACTAGGCGTTCATCAGCCTGTAAATAGAGATAGGATTTCCTTCGCAAACGCAATAATTACGCTGCCTGCAAGGGCAAGAAATCCGTCAGCTCTCAATATAATAACCAATCCTCTTGTTAATTTTCTATATCATTTGCCTTTCACAGACTTTTTTCATCCAAACTTGTGCCGCAGCCAATCGTTCTCCAACTGTTCCCCAATGTCCACCAGGATGCCAAACTAACTTTACTTCTTTACACATAGGTGAAGTTTTTAATAAACTTGCTATCTTTCTTGTTGCACTTCCTACTTTAGAAAACCATGGATTTCTTGAAAATTCTTCTCTTTCACCGAGACTGATATATACTGAACAAACAGATAACGGAGTGTTTTTTTCTATGTAGTCGCAAAAACCTTCATACCACAAAGATCCGGAGCAGCTTGCAAACACTGTAAATATGTTTGTTTGGCACATTGCCCAAAGAGCAAACATTCCAGCCATCGAATACCCTATTAATCCTTTTTGACCATTTTGCACATTTGGAACACGTGCAGTTACTTCAGGAATGAGTACATCTTGAATCCAATGCAGTGTCTTAGCTGAATAGCCGCCAAACTTTTTCTGCTTACGTCCAAGGGCCGGAGCAGGCCATGGTGATAAATCATCATTCCAATCTTTTGTTTCAAAAGTAACTAATACATGTGATGATAATTCACCGGATTCAATTATAGGGTCAAGACGCATATGCTGTCCTTCTATAAGGTCGGATACTTCACCAGCTACCGGCATTATAAAAAGTGGCACACCGCTTTCGGAAGTTAATGCGCCAAAAAAATGAATATTGCAACGAATATTGTTTAAGTCCATTGGTATTGCGATATTCTCCATTTTTACCCCCAGGGAAAGAACAATATAATTAACATTGTAATTATTGTATATCTTTAGGAGGTTAATTTCAACAAAACTAGTTGATTCTTTTGGTTATCACTCATGTTGAAAAACTTTGCTTCAAACACATCAATTTCTCATGGTGTGATACACTATGAATGATATTCAAAGTAGAACTGCTTATGAAAACTCTGAAGCCGAAAGCAAGCAGCGAATCAGCTTTAGCGACTGGGCAATAGTTTGATATCCATCTGATGTATGAGAAAACATTTCAACCCTTTTCAAGCTACACACTGTTCGTGGTTCATCAACAACGAGCAAGGCAGTCTGCGAAATAAAACGAAGGTGCGCCCTGCATTGCTCTTATTTTTCACAATATCGGATATAACTTGTGAATTTTAAATTTATTCCTAATTCTCTTGCCAATTCAGCAATTTCACTTTCATCATCATTTGTATACCAACATCCACTAATTATACTATCAATTTTCTTGAACCCGGCAAGAACCGTCTCCTCATACAAATCTTCAAATATGTCAGGACGCGCTTCTTTCAACTTTTTTTGGGCATACTCCGGCAATTCCGCCAGCGTCTCTTTAGTTACAAAGCCTGTTGATGTTACAAGTAAGCCACCGGGTTTAAGGACCCGATACACCTCTTTTAGCGCTTTCCCTCTATCCCCTTCTGTGTTCCCGATTCCTCCACCATCTGAAATTATGTCAATACTTTCATCAAAAAACGGAATATCACAGAAGTCAAAAACTGCATAATGAATATTCGGTGAATCAAGCTCCTTATCTAAAAAACGCTTCCACTCGCATACAACAGTCGGTGAAAGGTCGTTGATGATTATTGTCACATCAGGATTGCTTTTTAAAATATACGGCATATAGCCACCGCCCGGACCTGCTCCGATTTCAAGGATCAGACCACCATTATCCGAAATGCGCTTACCAATATCATTACTCATTTTGCTATCATTGGCCTTGCAAGTATTCCAGTTACGGGATATCCATTCACCAGAAACGATCTCATTTGCCCATGCAGCATTATAGTCGCGTTCAGCTTTTGGTAGGAAATATGCTATATCATCATCCATTTCAAAAGGACGATTTGCCAATTTAGCGATAACATTTCTACCCTCAAGTAATTCATTGATAGACACATTGTATAATTTAGATAGTTCAAGCAACAACTCTATATCAGGAAGTGTCGCACCACACTCCCACTTTGACACTGCCTGCGAGGTTACACCAAGTTTTTCAGCCAACTCAACCTGAGATAGGTTTATTCTTTTACGATGTGAAGCAATTCTCTTCCCAAACTGCGCTTTATTTATCACCAGTTAATCCCCCGTGTTTCGTTTTATCTAAATAATATAACAGAGGTGAATAAAAAAGAAGCGACATTTATTTTAATATTAAATTTAAGATACAACTGCAAGTTGTAACATCAGAATATTACGGCAAAGTTAAGGCTGAGTTTCTTTTCATATTCCTCAATCTTACAATCGGCTAATAATCTGATTATGGATAGGCATTTCTGATAGCTGCACTAACAAATTCAGCGAGTCCTGGCATTTTTTCGTCCAGCTCATTTTTATGTTCTAAATATGCCTGCCCAATGCTGCGAAATGTTTTATCATCACATGGGAAAATTAACTGTATAAACTCCTTATATGCTGCAACCGCCTCTTTTGCCGCTAAACTGTCAGGACCATCCTTCATGGCCTTGCGGAACCTTTGGATGACATCTTCAGCAAGGGTAATAAGTTTACCAAAATCCATGTTTATTATTTTTGATGCACTTTTTACAACAGAGGATTTGCTAAGCTTGTTGAATACTTTTAAGCTTTTCACTATTGGAAGAAAAAAACTGTTTTCCATCAACACCCGTATTTCATTTGCATGCACTCTTTTAACTGCTTCAATTCTCTTTTTATCAAAATCCCTAAGCATTGAAACATCAAATTCATCATTCAAAATACGGTCAACCGAATGAATCATTCTTTTTATTTGTGATAGCTTTTCCAAAAGAACTTGTTTATGTTGCCGCATTAATTCCTTTTCCATTTCCTTTGGACTATCAAGTATCAACCGAATGTCTTCAAGGGAAAGGCCAAGCTCCTTATAAAACAATATGCTCCACAGGCGGCGCAAGCTCTCGTCGTCATACTGGCGGTAGCCAGATTCTTTTACAGCACTGGGCGGCAATAATCCAATTTCATCATAATATTGTAAGGTGCGGCGGCTTACACCTGACAGCTTACATACCTCATTTACACTTTTCAATTTCATCCTTCTTTCTATCTGCTCCATGGACTGATAATGTTTTCTCCATTAAAAAGTTCTTGACTCGAACGTTACGTTACAGTTTATACTCTCATGGTAAACATCAGGCATTGCTTTGTCAAGTGAAAAATCAATGCAAAAGCACACTTACTTTAAAGGAGGATTTTTATGACAGATAATAATGAAAGAACCCTAGAACTTGAGCCAATTCCAAAGAGTATCATGAACATTTCCTGGATTTTAGTGCTTGGGGCAATTATGCCCCTGCTTGATTCAACAATGGTAAATATTGCAATCAAGCACTTAAGTAATAATTTCAGTACCGGACTTGACTCAATTCAATGGGTAATTACAGGTTATGTGTTGGCTATGGCAATTTCAGTACCACTTGCAGGTTGGATGGTTCAAAGATTTAACGGTAAATGGTTAATGATCAGCACTAATATAGTATTCTTAGCTACCTCGATTGCTTGCGGACTTAGTTGGAATATCTATTTGTTGATTATTTCCCGTATTGTTCAAGGCATAAGCGCCGGTTTTATTATGACATTGGTGACTACTTTGGCTATTGAAGTCGCTGGAAGAGAGCGAATGGGACGAGTGATGTCGACCATTGGTATCCCAATGATTCTGGGACCAATCCTTGGCCCGGTTATCGGGGCTGTGATTGTCCAATTCTTGTCATGGCGTTACATTTTCTTTGTCAACATCCCAATTGGTATTCTTGCCATCACTTTAATGTTTTTGAAGCTACCTGACTTCACACCGGCAAATTCAAAAGCCAAATTCGACTTCATTGGTATCGCTTTATTAGGCATCAGTTCAGCATCTTTGATTTATGGAATTACGCAAGCGTCAAAGAATGCCACTTTTAACAACGTCATGACTATTTCTTGTGTTGTTGCCGGTATCGTAATTTTAGCCATCTACATTGCTTACGCTGCTATCAAAAAGGAACAGGCAATTCTACCATTACACTTGTTTAAATTAAAAAACTTCAGTGCTGTCATAGTTGGCTTGTTCCTTGCAGGGATTGCCACCAATGGTCCAATGTTGCTATTGCCATTGTTTTTCCAGAACATTAAAGGCTTCTCAGTCTTGAGCACCGGATTGATGTTAATTCCGCAAGGTATCGGTATGTTAGTTGCCCGCCCATTGATTGGCAAGCTAACTGATAAGTTAGGCGCACGTAATGTTGTCCTGGTAAGTTTGGCATTAGCCATCATAGGCACCATTCCATTTGTCTTTTTCAATGAGGCATCTTCTCTCATTGTTGTGGGTGTTGTCTTGCTTATACGCGGCATAGGCATCGGAGGTGTCACCATGCCGATGATGACAGACGCGTACACAGGCATGGTCAAACAAGAAATCGCACAAGCCAGTGTCGGAACCCGGCTGGTGCAAAACATTGGTGGCGCGTTTGGTTCAGCAGTGCTTGCAACGGTTGTTAGCCTTGAGCTCCAAGGTAAAACACCAACGATTCCACTCATGACCACCGCTTACCATGACGGTTTTATGTTGGCATTAGTCCTCAGCTTGGTAATGATCATTCCATCTTTATTTTTAACTGATAAGAAATCCAAGAAATTATATTTTAAATATGATATTTTCTAATAATCGAACAGGCTAAATATCATTTTTCACTCAAGTTCAATGATATTTAGCCTATTTTTTTGACAATAATATCTACTCCCATGGTTCGAGTTGATGAAATTGAGTTCTATAAGATGCTCACCATTCCGGCAATCAGCGATCCTATTATGTACAGCACGCAGGCTCCACAAATAAAGACTGGCAAGAAGATTAAAAAGAAATATAGTTTTTTGCGCATACTTCTTTTTATCGCGTTGAATTTATATACCGCCATACTCGCTAATAGCATGGGTATTGCCCCAAAGGTAAGCCATATAAACGCTCGCTCTTTCCATGTAATAGGAAGCATCGCATCAGGGTTTGTGACTTGATTTGAACCAAAAAATGCGATACAGACAAGACTTACAACGGTTGCCACGCCTATACCGTAGACTATATTGCTTATAATTCTTATGCCTTTATTCATAGCTTTTTACCTCTTCTCAATATTCCAAAATATCGCTGGGTTGGCAGAGACATTAACGTTTCCATAGTAAGCGCTTAATTTTAGGGTGCCTTGTATGAATCATTACGGCACCAGGAGGGTAGTTCAGGTGACCACGGTAGATAAGGTGTCAGAGATTCATGCGTCAATTCCTTTAAGCTTGGTAAATTTGTCAGTAGATGCACCAAATACATATATGGATTAAGTTGATTTGCTTTGGCAGTTTCTATCATGCTGTAGACAATAGCACTGGCCTTGGCTCCGCGAGTTGTGTCGGCAAACAGCCAGTTCTTCCTGCCTGTGACATACGGACGAATGGCATTTTCGGCTCGATTGTTGGAAAGCTCGATTCGTCCATCCAACAGGAAACGATTCAATGATTCCTTTTGATTCAATGCATATGTGATCGCTTTCCCCAGATTGGAGTTTGGCAGCGGATTTAGTTGTTGCACCCATTCCCAGAACTCATCAAGAAGGGGTTTCATATTTTTAAGTCGTTCTTCATACCGCCTTTCAGCGGATAGTTCCTCCCATTTCTTGTCCATGGCAAACAGACGGTTACAATAATCATATCCGATAGCCGCCTTGGAAGTCTTAGTGTCAGCCCCCTGGGGAATTGCTTCTTCGAATTTGCGTTGTAAATGAGCCCAACATCCACAATGTATAACATCAGGCACTGCATTGTAGCCACTATAGCCATCTGTCTGAAGGTAACCCGAAAAACCCTCAAGAAATCTTCGGGCATGCTGGCCGGATCGTGTCGGTTGGTATTCAAATAAAACAGCCGGGGTTGGACTTCGCCCGGAAGTGTAGACCCACATCCGCGATTCTGTCGTTGCTTTCCGTCCCGGTTCTTTTAATACCTGCAGTACAGTTTCGTCTGCATGAATCAGGGGTTCGGAAATCAAGTGCTTATGAATGGCATTGTACATTGGTTCAAGCCATTCATGGCTTGGACGTATGATCCAGTTTGCCAGGGTGGCTCTGGAAAGTGTCACCCCCTGATTTGCCCAGTCTTTCTCCTGCCGGTATAAAGGCATTCCGTTGGCATATTTCTGATACATAACATAAGCAACTGTTGAGGCAGAAGCAAGGCTGCGTTTCATGACCGGGGCTGGAACCGGCGCTTTGACAATGTTGGCATCTCCGGTTTCCTTCTCGCAGACGGTACACACATAATTAAAACGAATGTATCTCAATACTCTTACTTGGGCAGGGATAATCTCAAGTTCATCCCTGACATGCTCCTTGCCCAGATATCTAAGGTCAGCCTGGCAAATACCGCAAGAGCGCTTGTCCTCGTCAAGGTCACAAACAACCTCCACTACAGGAACTGTCTGTGCCAGTTCTTCCTTTGTTCTTTTAGGTTTTCTGGTATGGGCAGCCACAATTGTCTGTACGGTAGGTTCTTCTGCTTTGTTGTTCGCTTCGACCTCTGCTTCGTTGAAAAGTGAGATTTGATCGTTGTCTTCTCCTAAAACATAACGACGCTTTTCGCTGGATTGGCCGTATAGAGCTTTTTGGGATTTGATAAGAAGCTCTGTAAGCTGGTTGATACGGATTTGCTGGTTTTCCACTATTTTTTCCAGAGTGGAAACATATTCAATTTGTTCTGGCGTAAGCCCTGTAAAATTTATCTTTTGCATAAGATAATTGTACCATATTTCACCTGAAAAATCCAGCTTAAATGCTGTAAAATCAATACTTTTACGCACTTTTTTATCAGTAGATTTCGCCTGTTCTTGCTTTTCGTATTGCTTTGGGTTGATCTATCGTCAGACCCTCCATCAGCCACCGGAATTCCTGCTGGGTAAGCCGTCTTGCTTGCTCCGGTGTACGGGGCCATTTAAAGTTCCCATTCTCAAGACGCTTATATAGCAGTACAAAACCGTCTCCTTCCCAGAAGAGAGCTTTGAGACGATCACGACGTCTCCCACAGAAGAGGAACAGGCTCGGAGAAAAGGGATCCATGCCAAATGTCTCTTTGATAATAGCCGCTAATCCATCAATTGACTTTCTCATGTCTGAGTACCCGCAGACAATGTAGATATCTTCTGCCCTTGTAATATCGCCTAACATATGCTTTTCAATGCCGACAGAACTGCCTCGATGGTTTCTCTGGAAGTTCCGTCATGTATATCAACACAAAAAGAAGGCAAGTGGATTGTGACTGCTGCAGATACCTTTGTCTGGTGAAATGGTACTGGGACAATTTCTTGTTCCGGTTTCTGAGGTACAAGTGATCCGGTCTCACACGCCAAGGTGCGGATTCTTCGCAGCCAGTAGTAGTACGATTTAATTTTTACATTGTTCTGGCTGCACCAACTGACAACTGTCATTCCACTGGTTTGGCAGGCTTGGATAATCTTGCTCCACTGCTTGAGTCGGAATTCAGTTTTGGCATTTGTGATTTTATCCATATTGAGATAGCCTCCTTAGAGATTCTAGACTTTTTAGTCAGAGTCGAAAAACTCGAAAAAGTCTAAAGACTTTTGGATGGATTATCTCATATGGACGGATAAACTTCTATGCGCACTTATATTAAGCGCTTACTTTCCATACAAATAAATACCAAAATACGCCGAATTTGTCAATTACATCGAAGTGGCACATGGGAAAACTTTCCATGTGCCCTCAATTGTATAATATTCAGTTACTTCTTCCCGACTGAAATAAATTAAGCAATGATCATTTTAACTCTCAGTCCATACTTTTTTGCATAAGCTTTTTCTTGAACTTTTAGATTGACCTGTCCAGTAACGGTTAGCTAAAAACATATAGAGAAACTTGGGCATTGAAGGGTTTGTCATAATATTGCTGTGTTGAATGATTTCCTGGCTTTCCAGCTCAGTTGCTAGTTTAACCAAAGCATTGAAGATATTGCGATTTAACCCATTATTCATCGTGATTGCATCCATGTTTTGCTTTATATATTCCCCGGCACCAATGCCTATGCCAAATCTCCACCTATAGCCAATCCGTTTTGCATAGTGAGCCATAATTTGAAGGGCATTAATATTCTGTGTCCCTTCGAGAAAACCGTTGTTTATAATTGAGTATACTCTTGGAGGAAGGCACTCTGTTGTTTGCGGATGGCTGGTGAGATATTCATCAAACGCATACATATACTCCAGCAGGCTTGATGGGATTGCATCAATATAGAGGGGGAATACAAATATGATGGAGTTCATTGTCCTCATTAGTGCAAAATCCTTTTCCGCTGTGTTATGCTTTAAACTCTCCATAACACAAATTTCATGAACTTGAGTTGTTTGCTTGTCGAGCATTTCAACCACTTTATCAATCAGACGTTTAGATGCGCTATTTTTACCTCTAGGGCTTCCATTTACAAAACATACTTTATTCATTGCACCTCACACTCCTTATATACTTGTCAAGAGAGTTCAATCTGCCCTCCAGTTCTGTTTCATTTCTGCAGATATATGTTTGAGCTTTTCTTACCTGAAAGTTCATTGCATTGGCATCGCACAGGGACCTAAAGGTATCTTCCTCATCGCTGGTAATATCTTCTCCGTATCCAAATACGACGAATCTGGGATATTTCTTGTAACGGGGGGCATGATGCATCTCACCATTGACTTTTTTGAAAAAGGGTAGGATATTGGGTAGCATCCGATCCAGAGTTCTTCGAATAGCCGGAGTGTAGCAACCATATTTCACCGGGGATACAAATATGGCTATATTACTTCCGATATATTCTTTGTTTATATCAGTGCTAATATCCTTGTATACACATTCCCCCGGGGTTTTGATCCAGCATCCGAAACAGCCCACACAGTGATGCATATCCTGTGTTTGAATGTCATATACGGAAACCTTATGACCATTCTTTTGAAGAAAATCCTTTAATTCTTGTTTTATCTTCATCCCAAGTTTGCTAGTATCTGAGGCATCACTTATTACCAAAACCTTCATATTACCTACTCCCTCCAATGTTTACACTATTCTGAGCTTTTGGATAGCTTTTCATCTTGCTCCTTAACATACATTCTATATTCGATAGGCGTCGGCTCTTTCTCAACAGCTATCAATTCGCCAATTTTTACAATCTCTTTAAGCTTATCGTTTATAAATGATTGTAAGCAGGCAGGGACATGGTCTTTATGATATCTATGCAATGCGACGCATTCACGGCAGCGTCCATGCCATTCGCAAAGTGTCTGTGTACATGTACACCTAAGTACTTCCGGATCTTTGACAAGTTCCCGATTTTTCAAAATCAACTCGTAATATTCCTGTTTGGTTCTCATTTTATAACCCCCCATATGGATAATTTCCAACCAATTTCATTAACCCTGCTTTCACCAGGTTTTAGTGGAAATATCAAAGTACCAGGACACAGGACCGGCCTCTACCTCAAGCCAATTAACGCTGCTTAATCAACATACCAGCAAGTTCTTGAAAGCTAGTAACAATGTTTCCATCATATCGGGCATTCGTACTATTAAAAGGTGTAGAGAGCAAGCTAGATTTTATCGTGATATTTGCCCTATGATATAACTTAAGTTTTCTTCAATAGGTTTGGTTCCGTCAACTCGAATGACAGGGCAATTAATAGTATTTACCCATTCTTCAACCATACTTTCAGTTCTGGACTCAACAAGATCAAAGAATCGTTTTTCTTGCTCATATAAATCCCCGCCTGGCATCATTCGGCTGCCGAATTTCTGAAAAGAACGATTTTTAACACGCTGCATGCGTATGTCTTTTGGAACATCAATCAATACAATATACTGTAAGAACGGATAAATAGCTTCTCCATAATCACCTTTTACAGACGCAAGAACGAAATTTTCATTTGCTTTAATTTCACATAGAAGGAGCTTTTCAACCTCTTCTCGCGTACGTGGAGAGGCGTAGATATAATTTTGATCTGTCTTGCTGAAATATAGGTCTTCTATATCAATAAAATTGTAGTTTAACTTCTCTGCAAGGGCTTTTCCCAATGTACTTTTTCCGGAGCCATTTAAGCCACATATTATAATTCCCATTCCCACAGACCTTCTCCTTAAATCAATATTTCTTATTCGTTGTCACATTTATATAGTTCAGGAATGAATTCAGCTAATGATGGATGTACATCAACCATCCATTTCAATTAGCTGAATCCAGACCGATTTTAGTCCACATAATTTTCCGATGTGTCAAGTACGATTGTATTGGTTTTTCCATCCCACTCAACACTAAAGTTAAATACCTTCGCAACATCACGCAGCTTGAAGTAGTTATTGCCGTTGATGGTATAGGCCCGAAGTGCAACCGGCACCCCATCCGTATATATCTTCGATTTACTGCGCGCAACAATTTTAGATTTACCATCGCCGGCAGTCAACTCTCCGCCTACCGTAGTGTATGGCTTTCCTGATATGAGGTTGATTGCTTTGTTTGCATTATCCCAAGTCACGTCAAACTGTTTCTCCGATCCACTCAAAACGGCTGCAAGGTCACGCAGTTTAAAATAGTTGCTACCGTTTATAGTATACGCGTCAAAGGATATTTTTCTTCCATCAACAAGGACAGCTGAGGTTGAGGGTTTGGCAATGGCTCTGTCGGCATCGACACCGCTCATAACCTTTTTGGGAACTGTCTGATAGTAATCACCCCATTTTGATATATCAGTAACACCGTTATATCCAAGCTGTCCACTATCATTTAAACCCCATGACCTAAGCGTGCCATCCATCGTCACTGCCAAAACATGATGTTGACTTGCGCTTACCGAAGCCACATTATCCATTATTTTCACCGGCTTGGTCTGCACAACAGTATTATCATTTTTAATGTCTCCTTTACCACCATTGCCAAGCTGGCCGCGATCATTAAGTCCCCACGCCCAAAGCGTTCCATCGGTCTTTATGGCCATGGTAAAGCCATAGCCTGCACTTACCGCAGCAACATTGTCCATGATTTTTACAGGCTTTCTTTCATAAATAGGCTCTTGCACATAAATATCTTCGTAGTATTCATGCTTTTTAGATATAGTTCCACCTTTTCCATTGCCCAGTTCATGATATTCATTTTTACCCCATGCCCAAAGTGAACCGTCGTTTTTTATCGCCATGGTATGGTACCCGCTTGTGCTTACCGAAACCACATTATCCATTATTTTTACCGGAGTTGTCTGTATACCGCTTCCACCATTGCCAATCTGGCCGTATTGATTATTGCCGCAAGCCCATAATGTACCGTCGGTTTTGATGATCATGGTAACCCGGTAAGCTGTGCTGACTGAAGCAACATCATCCATTATTTTTACAGGAGTGGTTTGTATTCTATGTCCTTCATCGCTAAAATTACCGATTTCATTATTGCCAAACTGACCGTAATCGTTGTGACCCCACGCCCATAGTGTGCCGTCGGTTTTTATCGCCATGGTATGGTTATAACCAGCGCTCACTGCCTCCACATCATCCATAATCTTTATTGGTATGGTCTGGTAACTATACTCACGGCCATATTTGTCCATATTATTTACATTGCTCTCACCGTCGTTGCCTAGATCATATAAAGTATTACTTCCCCACGCCCAAAGTGTATGATCATTCTTTATCGCCATGGTAAAACCATCGCCCGCGCTTACCGAAATTACATCATCCATTACCTTATCCGGAACTATCTGCCATGCAAAGCCCATAAAGGGTCTATAATCGAATCTCATATCGGTGCCAAGCTGGCCATATCCAACGCTCCCCCATGCCCATAGCGTGCCGTCGGTTTTTATCACCATTGAATGGTCTCCACCTGCACTAATGGTATTGTATTGTCCAACCGTTCCAGTCACATAAGCCGAAACATGAGAAACAGGAAGAACAGAAACCATAATAACAGCCACAATAATAACACTTAAAAACCTTTTCATACTTAGCTCCCCCTTTGTTTGAATCAATATATGCCAAAAATAGTCATGCATCTAATTTTATCATTAGTTTAAAATAAAGAACATACTTTACCACATCCAATAATAAATTATCTGCGGCATTCCAACACAAAGGGTCCTTCCTCTTGAAATGATGCTAATTTCCTGTTTAAACGTAATTATCATCTGATGAAATTCATAAATATGAAGTCTGTCATCGATAAGGTATAATAAATTAAGCAAATTCAATAGAGGGTAAAAACAGGCACGCCCTAAGCTTTGCTTCAATCCATTATTCTTTTAAGGATACTGGGATAATTGTTTACAAATAGCTTCATGAATTGAAATTGTTCTGTATCCTCATATTTTACTATATTTAAGCCGCATTCTCCTATTTCATATATTATCGAATTGGGATAAGATAATATGATCGGGGAATGGGTCGCCATCACAAACTGAGAATTATTTTTAACCAGCTCATGTAAACGGGAAACAAACGTTAATTGCCTTTGCACTGAAAGAGCAGCTTCTGGTTCATCTAAAATGTAAAACCCATTTCCTCTGAACCTGTTTAAGAAAAGCGAAAGGAATGATTCCCCATGGGACTGTTCATGGAGTGATTTCCCGCCATATGATTCGATTATCTTTTTTGCTGTTGATGGCACAACATCCATTTCCTCAATGTTTGTTGCAACATTAAAGAAACTCTCTGCTCTTAAAAATGTTATTATATCACAACAATTACCAATTCTCTAACAGTTCCGGATTTCTTTGTGAGTTTATCAAAAAATATACATACAGAACTGATTGTAGAATTATGCTACATATTCTTGTTGCCAGCTTTGGCGTGAGCTCTACATATAATTGCTCCTATAACAAATCCCCCTAGTGCTGGTATGATCCAACCAAATCCATAGTCAAATCCCGGCAAATACATGTGAGCAAAATCAATTATGGCCTTAATAATTGGGGTTTCTTTCAAACCTGCCGGTAATGCATTACAAAAATCGAAAGATGCTGCAATAACTGTTAATGTAGTTGTCCACCTATATATCTCTCTTTGCTTATTGATAATTGGCGTTAATAATGATAATATGATCAAAACAATTGCCAGTGGATAGAGAAACATAAGTACAGGCAAAGACAGCTGGATGATTTTATTTAATCCAAAATTAGCAATTATAAAAGAAAAAAAGGTAAATATTAAAGCATATTTATTGTATGAGATTGATTTTGGAAACATTTCGTTAAACATCTGAGAGCATGAAGTAATTAAACCTATTGCTGTTTTCAAACAGGCAACCGTTACTATTGCAGCCAGCAATACTTTACCTATGAAACCAAAATAATGCTCACTAACCATGGACATAATTTTCCCTCCGTTGTCAGCACTGCTGACGCTGCCTAAGCTTGTTGCTCCCATATAAGCTAATGATGCATAAATGGCGCTCATCCCAACAAGACACACTAAACCAGACTTACAGGTTTCAATTGCTTTCCGTTTTGGATTTTTTACTCCTAATCTCTCAATATTTGAAATAATAACAATTGCAAAAGCCAGGGAAGCTAAAGCATCCATGGTGTTATACCCATTTAATAACCCTGTGAAAAATGGTTTAGCAATGTAATCCCTCTGTGGTGCATATTGACTTGCTTGTCCCATGGGACTTACATACGTCGCAATTAACAATATTGATAAAAGTACCACAAAAATAGGAGTAAGATATTTGCCAACCCAATCCAGAATCCTTCCCGGCTTAAGTGAAAAATAAAGGGTAACAGCAAAGAAGATTAATGAAAATACAAATAATCCAATTTGAAGATGTTTCTCATCAATAAAAGGGTTCAAACCTACCTCAAATGCAACAGTTGCAGTGCGTGGAATAGCAAATAAAGGTCCAATGGTTAAATACAGCATACATGTAAATAAAACTGGATATATCCTGCCAACAGGCTTTGCTAAATCAAATAAATTTACGCTTTGAGCAAGGGTTGCTGCAATAACTCCTAACAATGGAAGCCCTACTCCGGTAATTAAAAATCCAATTGTCGCATGTAATGTGTTTTTACCGGCCAACTGCCCCATTTGAACAGGAAATATCAAATTGCCTGCCCCAAAAAATAGCCCAAATAATAATGACCCTATTAATAAATTCGATTTAAAACCAAGCTTTTCTTTCATAATTAAACTCCCTGTATATTAAAATTAAAGTAAATAATATTGCTTTTAACACTAACAAAACTAAATATATTTTTCCAACGAAATAGCTTTTATAGGTAAAAACATAATTTTGATTGTAGACAAATTCGGCAAAACTTGCAAGAAGCATAAGTAAATTTAGGATATAAGAATGCATTTATTGAATGACTCATACATCCTATCTCTTACCTTTCCCAATTTTTATGCTCATTTTGCCACAAAAATATACCCACGACTTGTTCCTATGAACGCATATCGAGGGTATAAACCAGTGGGCGGAATTACCACAAAACAATGCCATATGTATATCGCTTCCTGTTACCTCTTAATCCTATTCTTAATCCGAAGGCTTGCCTCCACATGCATAATCCAGTGTCTTGATAAAGGCATTTGTATCAGTCCCTTGACATCCTTATTGCACCAGTAATCAACCAGCCATATTGCCCGTTCATCTGAACTTACAACATTCAGGTCCAGGATTCTACGTTTATCCGTTTCACCAAACTTTCTTCTAAGCTCAGCGGAATCAATTGATTTCAGCCATTCATCAGTGGATGCTTTCACTGCTGCGATATATTCATACAAAGCATCCAAATTCAAGCACTTTGAAAATTCGGAAATCTGTTCTTTTACAAGCTCATTTCCTGTTGTAATAATAGGTGAATTCATTCTCTTCTGATAATTCCCCTTAAAGAAAACCTGCCCGTCATTTTTAATCAACGTATTAACGACAATATCCTCAATTCTGAAGATGTGCCACAGGGAATATGCAATAGTCTTGCTATGATAACCTTCGGCATTTATAAATGGAATTGCGTAATAATCTTTTTCTTCCAGCTCATCTCTCCAGGAAACAGCCTCCTGCATCAGTGTTTCCCGAAGCTGCAAAAGCGTATTTATTCCTTCCGGGAACGATGCCTTGCACAGCTGCTTTTGCATTGCCTTGTTCATTTCCGACCATTCTTTGTCCAATATAATTGACCCCCTTTATCTTACCATCCAATCCCCTCACTTCACCCTATTAAATCGGTTAAGTTGCCAGATTAGACACCATCTAATCCCCTCACTCCGTTTGAGTTCGGAACCTGAATGTCCTTCTATTCACTTCCTTCCGGCACCCAATGAAATAAAGGAACTTTATACCTCCAGCATTTTTATAAAATCATCGATACTATATTGAAGCAGGCATGCATTTCTATGAAGCTCCAAGGGATTCGTTTCCTTCGTGTTGAAACCGTCAAAAGAAGTAAAAGCAAGAAGGGTGCCAAATTCCATTAACCAGTCTATGTTCTCCTTTTTATAGAGGCCAAAAGGATATGCAAATACCTTCTTTGTTGTAACAAAGGCTTCGCACCTGTTTAAGTCCTCCAGGATGATATCTTTGTCTTCAGTTTGTAAAGCAGATTCCATTCCTTTTCTAGTATGAAGCAAATTAGTATGATTACAGTATTCAAAGACGTCGTCCATGCTTAAAAGCTCATCCTTGGACATGCAAACGGAGTAATCCTTCGTATACTCTTGTGCTTCATCAAAAAGCCAGCCTAATACTACGAAACTAACCGCATTAAAATTATATTTCTTCAGAATTGGATAAGCATTTAACAGCACCGATTTGTAAGCATCATCAAAAGTCAGAAGAACAGACTTTTCTGGGATTGGTTTGTCATTATAATAAAAATCAATCACTTGCTTTATTGTCAGAGTAGTATATCCATTCTCATATAGATAGGCCATCTGTTTTTCAAATTCATCCTTAAAGCAAAAAAGCTCTTCAGGAAGAACATCGTGATAATCTTGTTTTACTTTGATCCCTTTGTATTGCTGTCTGTCGTATCCTTCTCTATCAATTATTTCATGGTACATTAATGTATGAAATCCATTCATGGTAGTCCTCCTGAGTTTATACTTCCATTGAAACTTATATTGTTCATTATAACAACAATTTATTATGAAATCGACTGTAAATATGTAAGATTTATCCTGTATCCTTGACCCGATCATCTTTAAGGTGTAAATATATTACATCAACCCATTAAAATAATGATGATCAAGCAAATTAATCGGACACAGCATAGAGGTTTTTTATGTCCATAAAATCATGTTAAGGTCAATATCTCATATTCTTATAGTTTTGGTATGCCATAAACTAGTTCCCCCATAATCATCTCCTAGCAGATTATAACACTAAATCTGCAATATTCCATCTAAAAATAACTGAACTCAAATATATCGATTAGCCGTCAAGTTAATCATATCTGAAGTTTCGTACTACATTATGTTCTATCCAACGTCAATACCTTTTCGGCTTTTAGTTTTCTATACATCATTTTACTAGAAAACAGTGGTAATGATTATTATTCATTATTTTCTTTTATCCGTACAGCTAATTGGGCGAATTTTTCAGGTTCCTCAAAATGAGGGAAATGTGCTGATTCTTCAAACCATATGATTTCTTTTTTAGGAGCGGTTATATAATTATAATAATTTTCTACCAAAATAGAAGGAGTATTATAATCATATCTGCCTACACAAAAGTAAATGGGTACTTTCACTTCAGGTAGATCTCTTATGAAATCTACGTCACTATAATGTCCCCACATGGTATCTACGGTAAATTTACTTCCCAAAGCAAATTTTAGTCCATCAATGCCTGTATATTCAGGAGAAAAAATACTTGAGAGAATGATATCTTTTAAGGTATTTATCTTTCTTTCCACACCCCCATATTTCCCAAGCCATTTTCTTTGTGTCATCGTATCTCTAACTATGTTTTTGTATGGTGGCCGTCCGATTTTCTTCAAATCCTCTAATGCTTTTTTATTATTCTCTTTTTGAGCCATCTCAAAAACAAAGTCATAAGAAATCACATCATTATCAATCCCATTTACTACTTGTCCAATACTTATAAATGCAGTGATTTTTTCCGGATACCGATCTACGATATATAAGCCTAATTCACTCCCCCAGGAATGACCGGCTAAATATATTTTTTCTTTGTTAAACTTCTTACATAGATAGTCTATCAGTTCTTTACAGTCTTTAATAAACTGCTCTCTGTTCATCGTTTCTTTAGGGATATTAAAGGAAAATGTCTTTCCAGCTCCTCTTTGATCCCAATTGACAACAATAAAGCTATCCTCCAGTTTCTCCTGATATTTTCTTGCATATGAGATTTGTGCGTATCCTGGTCCTCCATGTAAAAATAGAAGTATTGGATTATTAATATCTCTACCTCTTACCATTATATACTGCTCTATTCCACCTATTTCCACCTTTTGAATTGATGCAACACTGTTATTCCCTTCAATTTGTGGTGTTCTGGATGGTATAAAAAATACAAGTAATAAGAATATTATTAAAATAACTAAAGTTATCTGAAAAAACTTTTTTATTCCTTTCATATAATCTCCTATTTGCTTACTGTTTCCAATTTCTATAATTTATATTTCCATTGAATTCTTACATTCATTCATTATAGCGCCTATAAAATCGGCTATAAAAATGTGAAACTTATCCGACCTCCTTGACCCTATCACCTTCAAAGCGTAAATATATTACCTACTTGTAAGCGTCAAATAGCCCCCACCTTTGATTTAGCAGGGGCATAATATATATTATTTATTGGGCACTTTGCAATGACCCGGAAGATTTGCTGACCATGGCAACAAGGTGTCTAATGCATGTTGATCCTTGATATTTATATTCGGTAGACGTTCAAAGAGATAAGTAAGATATTCAAACGGGTTCAACCCATTCTCTTTTGCCGTCTCCACAATACTGTAAATTGTTGCGCTGGCATTGGCTCCTTTAGGCGTGTTGCTAAACAGCCAATTCTTCCTCCCGATTACAAAAGGCTTTATCGACCGTTCACTTCGGTTGTTATCAATCTCTAGCCTGCCGTCCAGCATAAAGGCCTCCAGCTTGTCCCACTGGTTCCGGCAGTATTGGATTGCTTTTCCTAATGAACTTTTGGGAGTTACTCTTGGACTCCAGTATTTGAGCCATTCCTTGAATTTATCAAGCACTGGTCGGCTGTGTTTCAATCGGCCCTCATATCTTTCTTCCGGTGTAACATCATGAAGCATTTTTTCTATCTCAAACAAGTTATTGCAAAATGCCAAACCTTCTTCTGTTACTGTGGGCTTGTCATCTTTTTTTGGAGGCATGGCTTTTAAGGCGTCGACAAAATAACGCCTTGCATGTGCCCAGCAACCAACCTGGATGATTCCGGGCATGCCACTATAACCATCATACCCATCCGTATGAAGGTAACCTTTGAATCCTTCAAGAAATTTTTTAGGATGTTTGCCAGCCCTGGTAGTTTGGTAGTCATAAAGAATAATCGGAGGCCCTTCCCGGCCGGTCCGGTATAGCCACATGTAGGAGGTTGAATCTGCGGCTCGCCCGGGTTCCTTGAGTACTTGGAGGGTAGTATCATCGGAATGGAGGATGTCCCTTTGCTGCAAGTGTTCCCGCATTCGTTCATATATCGGCCGCAGCCACCTGTCGGAGCTTTGTATCATCCAGTTCGCCATGGTTTGCCTGGATATTTCAATCCCCATCCTCTCCCAGTCCTGCTCTTGACGATAAAGAGGAAGCCCTTTTACAAATTTCTCCGTCATTACATGAGCTATGGCGGATGCCGAAGCCAGGCTTCCAGGAAGTGCCGGCTTTGGCATTGGGGCTGTTACTATCGGTGTAGATATTTCATTCTTCTCGCAATTACGGCAGCCATATACATACTGCACATGTTCCTTTACACGCACCTGAGCCGGAATAATTTCTATTTCCCGCCTTACTTCCTTGCTCATTTCATGCAGTTTGCCGCCACAGCAATCACAAACCTGCTCTTCTTCAGGCAAGCGATACTCTATGGTCTCTACAGGAATGTCTTTAAGCATTTCTTCTCTGTGCCCCTGCTTTTTACGACGTTTATATGTAATTTCCTCTAATGTTGGTTCGGGAACTGCAGGCTTGGCTTCTGATTCCGCCTCGTTGAAAAGATTTAGCTGTTCAGGGACTTCCGTCTTTTCACTTGAACGCCCAAAAAGCTTATGCTGATGCAGCCGGAATTGTTCTTCAAACCATTTGAGTTTTGCTTCAAGCTCGGCTTTTTCCTGCTTCAATATTTCAATTTCTGTTTGGAGTTTTTCTATTGTAACCGTTGATTTCACTGTGTTTTCCATAATTTTATTATATCATTTTTCTACGGTTTTTTCCAGGAAAATGATAAAAAATATAAATATTTTTGTCTTGAAAGTATTCATATTACTGCACTTACTGTCACTTTTTTGTGTGCCTGCTTCTGCTCCAAGGATAGTCCATCCAGCAGCCAACCCAGTTCACGGACACCAACCTTCATTGGAGTGCCGCAACTTTCTTTAGGCCATTGGAATTTGCCTTTTTCAAGCCTCCGGTAATATAGCCAGAAACCATTATGTTCCCATTGGAGGATTTTAAGCTTATCACGTTTTTTATTGCAGAACACAAATAGACAAGACGAGAAGGGGTCTAATGCGAAGCTTTGCTGGACGATGGCAGCCAGGCCATCGATAGACTTACGCATGTCGGTACTTCCACAGGCAAGGTAGACCTTGTCGGTGCCGGCTATGCTCAGCATAATTCCCTCAGCACCATTAGCACATCCAACAGATGCTTCTGGTCAAAGCCTGGTTTGACTTGAACTTCAGCTGGGCCAAATTTGATTTCGATTGATTGGCCTTTGCCTGTATGCTCTTTATGATCTACTTCTACCGGAATCCATTTGGGAGATTCTGATTGTATGATTCCGTTTTGTCTTTCTTTTCTCAACCAGTAGCTTAACTGACGAAGACTTATCCCCGCGGATTTGCAAAATGAAGTTTGCGTCTGTCCGCTGGATTTGTACTCTGCAATTATGGATGCCCATTTTTGATAAAGATCTGCTTTGGTCATAAAGTTATACCTCCAGTATATTTTCTGGAGAGATTATCTCATAAGCCTGTTTGCATTTAAATGTGGGTATTATTTACCGCTTACAATGGAACAGTATTTTCTACGATGAAAAGCTAACAAGCGCAATCATTGATAGAATTATTCATCACAGCCACTTAATTGTATTTGAAGGTTCAAGTAATCGTTTAGAGAACTCCTTGATGAAAGTACGATAAAAATTCATACCTTATATTAACAAAATTGGATTGCTTGGGTGCTGCATTTTTCTTGTCATTTTGATGCATTTCTAGTTGACAAAACACAGTTATATATTCTAAGCTACTTGCATTTTGGGTTGAAACAGGCAATTTTAAACCTACAGCAAACTTACACCCTCAAGGTAAATGTTTTATGTTTTCTTAGCAAAATATATGTGCTATAATTATTCATTGGCTTCAAAAGGAAGTTAATATGAGCAATTTGAGCCTGATTTATGCAAGTTATTAAGAAAGGCATGATTTTATGAAATTGAAAAAGCTGCTTAGTTATACACGTAGAGCACTGGATGATTATAACATGATTGATGATGGGGATAAAATTGCTATTGGAATCTCCGGTGGCAAGGACAGTCTGACACTGTTGTATGCTTTATCTCATTTAAGGCGTTTCTATCCAAAAAAGTTTGATATTGAAGCGATAACGGTCAGCATGGGCTTTAAGAATATGGATTTTTCACCCGTTGAGCAACTTTGCAAAGAGCTTGGTGTTAATTATACAGTAGTAGAAACACAAATAGCTGATATTATTTTTTCGCACCGAAAGGAGACAAACCCCTGCTCCCTCTGCGCCAAGATGCGCAAAGGCGCATTTAACATCAAAGCAAAGGAGCTTGGTTGCAATAAAGAAGCATATGCCCACCATTATGATGATGTAATAGAAACCATGATGATGTCCTTGATTTATGAAGGAAGATTCTACTGCTTTTCTCCTGTTACATATCTTAGCAAATCAGATATAACCTTAATCAGACCGCTAATATATGTACATGAGGCAGACATAAAGGGCTTCCGCAATGCATATAACCTGCCAGTCATTAAAAATCCGTGTCCAGTTGATGGTTATACCAAGCGCCAATATACAAAGGAGTTAATAAAAACCCTGAACTCTGAAAACCATGGACTTAAGGAACGGCTTTTCCATGCTATTCAGACGAGTAATATACCAGGTTGGAATAAGTCGGATTTATTGCTAAATACTAAGCCTACTCGATAGCTACAGTGATATCGCCTGCTATATATTATCAGGCACAAGTTATTAAGCTTAAGCCTACTGTTTTGATAATCTTCAATTAGTTTTTTCTATCTCTTTATGAGGCTTAGTTTTTACATATGTTTTAGAACTCTTATTTTTTAGCTTAGATTTGATAGAAAGACACCAAATGAGAAAGCAATAAAATTAAAACTTTGACCCAATTTCCGTTCCGTAAGGGAAATTGGGCCAATACTCTTTTATGCGTTGTTTTAAAGACAATAACACGTAAAATGCTAAATGCGCCTATTTGAATCCATGTTTTCTATACGCTTCATATAAAAATCGTCCATAACCTATTTCCGCTGCATTTTTCATTAATTCTGCATTCAGCCAAAGTGCAATATTGGCAAAGTTCGTATCTTCTAACGGCCATTTAGCATAATGTTTTAATTGAAAATCTTCGTCGGACAAATCATTTAATCTGGATATCCATTTATTATGTAATGACTCTATGGTTGCTTTTGCCTTTTCAACACTTCCCGGCCAAAGGATATCTTCTTTTTCTAAAGTGCCTTCTCCAAAGTTTTTATCTAATGCAATACTCCACCAATAAATGATATGCCACATTATCCATGCAATACTAGACGGTCCAATCTCATAGCTTTCGGTTTCAGGCCAATCTATACACCATTTACCATCTTTCTTTCTCACCTGTAACCCTTTGGGATTGAATGACCAATGAGCCTCTTCCTCCCCTATGTTGTCCGTATGATAAAGATAAAGCTGCCAGCACATATCTAGCTGAAACAGTATACTTTCTTTTATTCCAAAATCCTTCATTGATTATGACACTCCTTATACATTCACCTTTTTGATTAACTAATATTATGCACATATCGAGGGCTTAAATTGTGTTGCTAGATTCGCTCATATCGGAGCTTGATTTTTGTAAAAATATCCATGGATACCTGCTTGCTCGCAATTCTAAAGATGCACCTTTCTATAATTGCTTCGAAACAAGCGACAGCTACATTGACTGACATACTGAGAACTTTTCAACTTTGGGAGTATGTAAAATTCCTATTGCAAAGAATTAGATGCACATGATCACCTATTCAAAATTAGGGTGACTGTGTTACCAATAGACTGTGCGTGCCTTCGTTATAGTCTTATGTAGTGGTGTAAAATCGGCAGCGTAATTCCGGTGGTAAATATTGTCCTTTGACAAACGAGCCACGATATGGCATCTACTTTATTAGGTCTCACAAATCAATAAGGTAGAGGAGGTCATATCGTGGCTACAAAAGATATAATGCCATTAATCGAAGAAATTTTCAAGGTTTATGGAGATGTAAAAAATGGAGATTTTATGCGTGAGACCATGGCATTCATCCTACAAAAGCTGATGGAGGCTGAAGTAACGGCAAAAATCGGCGCTCAAAAGTATGAGCGTACCGATGAACGGAACAACCATCGCAACGGTACCCGTACCAGACCCTACGAGACCCGTCTGGGAACAATTGAACTAAAAATACCGAAGCTGCGTGAGGGAAGCTATTTCCCAAGTTTCTTGGAGCCTCGCCGCATGTGGGAAAAAGCACTGGTCAATGTAATTCAAGAGGCCTATGTCCATGGGGTCAGCACTCGCAAGGTGGATGAACTGGTTCAAGCGCTTGGGATGGAAGGGATTGATAAGAGCGCCGTATCCCGTATCAGTCAGGAGCTGGACGAACATGTCCAAGGGTTTGTTCACCGCCCTTTGACATTACAATACCCATATTTACGGCTAGATGCAACCTTTCCAAAGGTCCGTGAAGGCGGGCATGTAGAAAACATGGCACTGGTGGTTGCAGTAGGTGTGAATGAAAATGGGGAACGAGAAATACTGGGCTTTGATATAGGTATGGCAGAGAGTGGTCCTTTTTGGACAGACTTTTTACGCCGTTTGGTAAGCCGAGGCCTAAGAGGAGTGAAACTGGTCATCAGTGACGCCCATGAAGGCCTGAAAGGGGCAATAAACGAAGTATTAAGCGGTTGTGCATGGCAGCGGTGTCGGGTGCATTTTATGCGTAATGTATTATGCCAGGTACCTCGCAAACAACAAGGAATGGTATCGGCCATTGTTAGGACTATTTTTGCTGCACCTGATCAGAAGGCTGCAAAAGAACAACTATACACGGTTGTTTCCCAGTTGAAGGACCGATTCCCCAAGGCAATGGAAATCCTGGAGAATGGGTGCGAGAATGTGCTGCAGTACATGGCCTTTCCATCGGAGCATTGGGCACAGATCCATTCGACAAACCCGTTGGAACGGTTAAACAGAGAGATACGGCGAAGGACAGATGTTGTGAGCATATTTCCAAACCGCCCGTCGGTACTACGACTGGTAGGGACATTACTCATTGAGCAGCATGAGGAGTGGCAGATTGGCCGTAGATATTTCAGCAAGGAATCAATGAACAAGGTAGTAAATCCAGCGCTTGCTCCCTATACTCTGTCGTCGACATCACTGCTGCACAAATAAAATGCTTGCTTTTTTAGCTGATTCCTGAGGTGGTTTTCCTATACGGACTTCCGCATAGGCAGCGTCCGCCATGCTATAATGGAAAATTACGGGGGATGTGGTAAACTTAAGCTTGCTTCTTCCCTTCATCCCTCGGCACTAAAAACAGGGCATGGCGGAATGTGGTTGTCAAGGAAAAGCCTGTTTTTGGCCCTTGACAACCACATTAGCGATAATATCAGAGACCAAAGTAGATGCTAATTTACACCACTTGACAAGACGCTATCGTGCCTTCGAATTAAATTTCTATGTGTTCTTGCTTCCACTTACTTATTTCACGGCTTTCTACCCATATACAATTGAAAAACATAATCCACCTTATGATGGCCGCCATGCTTTAATATGACTTCCTTTATTCCTTCGTACAAGGCTACCCTGAGGTCAACCGGCAAGCTTCTATGGTCTGAAAAGGTATCAAGAAGCTCTATATATTCGTCTGCACTGTATGTTCGCGATGCATCATATAGCTTTGTAGTAACTTGACTAAACCCATACCGCTCTAAGCAATCGAATCCAAATCTCTTACAGATTTCAGACGGCTTCAAAAAATCGTCCTTGGATTTTCTAACCGGCCTTTCTTTTGAAACATAATAGCTATAATAGTATTTTTCATATACCGTTTGGATTTCCTCATAGAGTTCTTCACCTTGGGCTGGAACAGGATTACCGCGAAACAGGGCGAATACCCCTACTTTTTTTAAAAGACGGAAAACCTTTGGACACCCTATTTCCGCATCCACCCAATGGAAAGAGGTTGCGGCATATATCAAATCAAAGTTTTCATCATCCAATGAAACATCCTCGAAAGTAGATGTAATTACATTAAAGTTATTGTATTCTTTGAATTTCTCCAATAGAAATTCTGTCATATTCTTACTTATCTCCACAGCAGTTACAACGTACCCCGAGTCAAGGAAGGGGGCAGTTGCTTTCCCGGTCCCCGCGCCTATCTCAAGGGCTTTTTTACCTTTTCCCGGCCAGGAATATCGAATAACGTCTGCAAAAAGTTCATCTGGGTATCCCCACCGTATCTTGTCATAGTTCATGACAATCTCGTCAAAGATCATCCTATTGTTACGCTCCCATCCTGTTTTATTTTGTGTACCCATTTTAAACTCCTTATATATAGTTGGCTTATATAATGATCACAGTTCGATCTGTCACGTTTTTCCACACAACAGACTGATTGATCGGGAGTTAACTTTTAGCAATTTGATTATTGAGCTATTATCGTCTAATTGGAAAATCATGGCTTCATCATTATTTCATACTTTTCCCCTATAGTCAATTTTAAAGTAAAAATTCAGAAGGAATCTTCCACCTTGATGTTCATTAGTGCAATATTATAATGACACAAATAAACGGATGTCTAAAGTCTATATGCCTATATGCATATTTAATTTTTCTCACCATATACAGACCATAATTAATGCGCTAACTACACCGCCGATGGCAAACACCGGAATCATTGGCAGCATAGCCTTAACGTGGAACAGTTTCTGATGATACTCCTTGTCCATATGCTCTGTTCCCGGAAGACGAACTCTCTTAATCCTTGGGAACAGCACCCAATCCAAAATGCAGGTATCAAAGACTACAAGCACAATAATATATCCATACACAGCGAACAACCCCTGGACAAAGCTTACTGCGCCTGCCATATGAGCCATCCATGCAAAAATAAAAGCAAAAAGGATCAATGCAACCACTTTTTTGATTATCATGATTACGGTAAGTTTCTTTTTGATTTTCTCTTTGTGCTGTGAACGGTAGTATTCTTCCTGTATTTCCGGAGGGTAATCATTGATAAAGCTGATGGGATTTATCAGCAGCATACCGAACACCAAAACTCCAAATACAGCCATCATGATTACACACTCAATAATGTAGGTTGTTATGCTGAACATCATGTACCTCCTGTGAAAAACCGTCTCTTTACAAAGCCGGATTTCTGTTTGCAGATGTTTTCATATATATAAACTTATCTATGTAATGAGCACGGGGCAGCAGAACTTACAGCCGATCTTAAATATTACGAAATTTGCTCTTTCACCATTCTCAAATATTCCCTTATTCCGTCTTCTTCCTCCTGCCGATAAATGAACCCAAAATGGGAGGCCACCTTCAATGCCAGCGTGTGGAACAAATTACACATCGCATCAATAGCTGCCCAAACATCGGTATAATTGCTGCCGGAATAGGTGGCGGCATATTGTGCATATAGCTCCGGAGAAAGATATTTTTTAAAATATTTGCCGTTTTTGCCTGTGGAAAGGTTGTATCCATATTGCGTACCGATATAGTAGTTAATCATATCGTGCAATTCAGAACGAACATAAACATTCAGCATATGCATGACATAAGGAAGCTCATCTCGTGCTATGCCTTTTGCCACATTATTTAAGCACCACCAGAAATTATTACAGCAGGAGTAAAAGAAAAGCGGTGATGGCGGTTTTATATGCCAATATTTGCCGTTTGGAACCACCCGGGGAGGTAAAAAGCCTCTGCCATTGTCTTTATCGAGCAGAACAACAGCTGGCTCTCCGTCGTCAATGTATTTATTAAAAACAAAAGAAAGGTCAATGCGAACTCCATCAGGATAAATCATCATATAGTTAAAATTACCGTCTCCGACAGGGTTACGCATGGCTTCCGGCATCTGCATAATCAAAGGCTTGCCAAAGCGTTCTTCAATCCATGCAGGATTGTTGTAGAAGGGTGTAATGTCTTCTACAAAATAAGTGATATCATAATCCTGATATATATCCTTTGGCACCTCGGAGTTTGCCCGCGAACCGGCCAGCAGTACTGCCCGAATACGCTCATCAGCCTTGGCCACGTCTAATATCAAGTTCATAACTTCTTGTTCTGTCCGCAATATTTATCTCCTCCTACATACCAACATAATATTAGTCTTAAGTAGAAGGATATCTTTCATTTCTAATCCGGTCAACTATATCTTCGCCCCACCCTGCTTTTCGATTATCAAAGGCCTCTTCCCAAGCCATCTTGTTTAATTTATTGAAATTCATAATGTATTCATCTCCTCTTGTTCAAATTTGATTATATCATATAGGTATTATAAAAAGTGCAGATGTTTGCATTGAGTGTACATCCATCCTGTCTCCTCAACCTATGATTTTATAAAGTATGAGCTATACTTCAACCTTTTCTGTTTATATTGAGTAAAAAGACGGCATCAACTTATTACTATCCCTTGAGATTCCTGTAAAGCTACAAAAATTCTTTTTGACATAGACAATAAAAAATATATTGGGTAAGATAGGTGTAAAGAATGGTATAAACTACTGGAGGGGGACAAATGAGTTTTAATCCAGCTAAATGGGTGAGAGCAGGAAGCTGCGAAGCTCCATACATACGAAAAACTTTTACTGCCGATGACTTTACTGAAGCAAGGATCAATATATGTGGCCTGGGCTTCTTTCAACTGTACATCAATGGAAATCGTGTATCAGATCATGTTCTCGTTCCTGCATGGACAGATTATGAGGATAGGGGCAAGCGCAGACTTCTTTATCCAATTAACGACAAATTCACACACCGTATTTATTATCTAAGCTATGATATAACTTCATACCTTGTAAAGGGCAAAAATGGTATAGGAGTTCTTTTAGGCAACGGATGGTACAACCAAAATAAGAGAAATGTAGAAGGAGATCTTTGGTATGACAAGCCAAAGCTCATTTTTAACATAATATTAAAAACTAAAACCGGTGAAGAATACGTGGTATCCGATGAAACTCTAAAATGGACTCAAAGCCATGTTATAGAGAACAATATATATTTTGGTGAAAAACACGACTTAAGCCTTAAGCTTCCCGACTTCAGCCTAAGCACTTTTGACGATAGCAGTTGGAAAGCGGTTTCAATACTGGAGGACACCCATTCCATTATGGAACTTCAAACCTGCCCTGCTGATAAAAAAATCCGTACGATAAAGCCCACTATAGTTAAAAGACTTAACGACTCTATTATCTACGACTGCGGTGAAAATACTGTAGGGTGGGTCAAGCTGGAATACCAGGGGGAGGATGGAGGCTTCGTCAAGGTAGCACACGCAGAAGTATTAGCTGAAGACAACAGTTCCCTGTCCTATGACAGTGCTGGTGGAAATGACCAGATTCAGACGGATACATATATTAATATTCCAAAGAATACTATCTTAGAGCCAGAATTTGACTGGCACGGTTTTAGATATTTTCAGGTATATGGCGACGCTAAGCCTTTAGAAGTTGCAGTTATCCATACAGACATACCTGTTACATCTTCCTTTGATAGTGATAATGAAATGCTCAACTGGCTATATAAAACCATGATAAATACCTTTTTATGCAATGCGCATCTGGGAGTTCCTTCTGACTGCCCCCACCGTGAACGCCTCGGATATACAGGGGATGGCCAGCTAGTTTGTGACACAGGTATGCTGCTATTGGGAAGCCGTTTGTTCTACAAAAAGTGGATGCAGGATATTGCCGACTGTCAGGATCCCAACACTGGTCATGTTCAGCATACAGCACCGTTTTATGGCGGCGGAGGAGGCCCTGGGGGCTGGGGATGTGCCATTGTGGAAGTTCCATACAGGTATTATAAGCATTTTGGAGACAAGGAGATACTAGAGAAGTATTATCCTCACATGGTCAAATATATCGAATACCTTTACAATCATTCGGAAAATGGGCTTGTAGTTTCAGAAGAAAAGGGTGGCTGGTGTTTAGGTGAGTGGTGTGCTCCCCCTCATGTAATGCTGCCGGAGCCTTTTATAAACACATACTTTTATATCAAGTCGATGGAGAAGATGAAGGAGATTGCAGATGTACTGAATATCCCCTTCCAGTTTGACGAGCGGATTGCATTTTCCAAGCAGGCTCTAATAGATACTTACTACGATGAAAAAAACAACTCCTTTTGTGGATCAGTGCAGGGGGCAGATGCTTTTGCATTGGATTTAAATATAGGTAATGCTGAGATGCTAAGAAATCTAGTGAAGAAATATAACGAAGCAAAGGTTTTGGATACAGGTATTTTCGGTACTGATGTGCTTATAAAAGTATTGTTTGAAAATGGGTTTGCCCAAACAGCATTTGACTTATTGACGCAAGACGGGTATCCATCCTTTGCTCATATGAAAAATAATGGAGCAACAACATTCTGGGAGGACTGGCACGGTAAGAGTTCCCACAACCATCCTATGTTTGGTGCCTGTGTAAAATATCTGTACTATGGTTTGCTGGGCATTAAGCAGAATGAAGGCAGTGTAGGTTTTAGCTCTGTTACTATTTCACCCCAGTTTGTGAACGGACTTAACCATATAAAGGGTGAAATTGAGACAAAATCTGGTAAGATAGCTGTTGAATTAACTAAAAAAATCTCCACTGCAGATTGCTACATTTTAATTGACGGGTCAATTGATGCCAGCTTTAAATATAATAGGAATTGCCGTAAGCTGGTTATCGGGAAAAACCGTTTTACCATTGAGCTATAACTGATACCATATGGTTAATTGCTTAGTACAGGTCCAATGTATCCAATATCTTCCACCGCCAAACGGAAAATATTTAACATTATTGTGACATAATGGGAAAGGTATCTGGATAATTAAAGAGCGGTTGGTATGTTGCCTCAAGCAATAAAATAAGGGTTTCCTGATATGGAAACCTCCGGCAAATTAATCTGGAGAAAAGCCATATGTCTGGAAACCCTTTATTTACAATCTTTTCAGTTCTGTATTTCTCAACCTCTGGCATCAATGTTACGCTTTCCACATGCTAGAGTTACCATTTCAATGTATTCGTTATCGGGAGCATGCTAAACATTATTACCATTTTCAAGGTATATGGAAACATATAAATAATTCCATTCTATGGTAACTGCATGCAAAGAGTGTTCCTTAAAAGCCTCAACGAAGTCTCTGTTTGAACTAATGTGGCAGCCTTTATCTCACCTGACCTTAATTCTATGTCAAACTTATTGCAATGTTTAGTAGAACACAGCATCCCTTTTTCTATACCAAATGAAGCCTAATACAGAGAGTACTGCAGCAATAACAGTGAGCACAACAAGCCCACCCCATTTCATACTTTCAACCGGAATTTTGGGAATATATGCAAATGGCGACAGTACCTCTAGCCATTCAGGTAACCCGAACATCATTACTGTAAACTGCGCGAAGAAGCAATACCCCAAGTAGCCGAATGCCGCACCTGCAGCTTTCGGAAACATCCCAATCAATGCAGAGGTCAAACCAACCATTGTCCAAATTGCAGGAAGATAGCTCATACTAGCACTGAAGAATGTCGCTGCAGACGGCACATCTTCAACCGTTGCAGAGGCAAGTCCCCACAGTGACAGCGTACCAAGAGCTATCAGAAACACAGGCAGTATCATGGCAGGAATATAAGCAGAAGCAAGCAATTCACTGCGTGCTACCGCACGTGCTAACAAGTGTTCAGTTCGCATATTCCTTTCCTCTATGCGCAGCCTCATCAGAAAAGACACAGCTGCGACAGTGCTGATTATTGCCATGATGCCTGTCAGCATTGTTAGGAACTCCTCAACAATTGTAAAATCTAAATTGGAATAAAATGCCGTTAATGATGTGTTCTCGCCGATCATTGTTTCAAGTTCTCCGAATAGAGACCCGAGTACAGCGCATAGCACGAATAAGACTGCCGCCCATGCTATTGCAGTGCCTCGTATCAGCCTTATGCTCAACGCAAGAGGGTTTTTCAGAAGTGCACTCGCCTCCTGTCTGCCTAAACGAGCGGAAATAAGTCCTTCACCCAAATCACGCCGAACACCCAGATAAAATGCAAATAGGGCTACCAAGCATGACGTTACGATTATTATAAGAATTGGCCACCATAAATTACGAACGTAGCTTTCTGTCATATGCATCAGCCCAAAGGGTGACGTGACAGTAAGAGCTTTTACTCCGCTACTATCACCGTAAGCGTCAAATAGCCCCCACCTTTGATTTAGCAGGGGCATAATATATATTATTTATTGGGCACTTTGCAATGACCCGGAAGATTTGCTGACCATGGCAACAAGGTGTCTAATGCATGTTGATCCTTGATATTTATATTCGGTAGACGTTCAAAGAGATAAGTAAGATATTCAAACGGGTTCAACCCATTCTCTTTTGCCGTCTCCACAATACTGTAAATTGTTGCGCTGGCATTGGCTCCTTTAGGCGTGTTGCTAAACAGCCAATTCTTCCTCCCGATTACAAAAGGCTTTATCGACCGTTCACTTCGGTTGTTATCAATCTCTAGCCTGCCGTCCAGCATAAAGGCCTCCAGCTTGTCCCACTGGTTCCGGCAGTATTGGATTGCTTTTCCTAATGAACTTTTGGGAGTTACTCTTGGACTCCAGTATTTGAGCCATTCCTTGAATTTATCAAGCACTGGTCGGCTGTGTTTCAATCGGCCCTCATATCTTTCTTCCGGTGTAACATCATGAAGCATTTTTTCTATCTCAAACAAGTTATTGCAAAATGCCAAACCTTCTTCTGTTACTGTGGGCTTGTCATCTTTTTTTGGAGGCATGGCTTTTAAGGCGTCGACAAAATAACGCCTTGCATGTGCCCAGCAACCAACCTGGATGATTCCGGGCATGCCACTATAACCATCATACCCATCCGTATGAAGGTAACCTTTGAATCCTTCAAGAAATTTTTTAGGATGTTTGCCAGCCCTGGTAGTTTGGTAGTCATAAAGAATAATCGGAGGCCCTTCCCGGCCGGTCCGGTATAGCCACATGTAGGAGGTTGAATCTGCGGCTCGCCCGGGTTCCTTGAGTACTTGGAGGGTAGTATCATCGGAATGGAGGATGTCCCTTTGCTGCAAGTGTTCCCGCATTCGTTCATATATCGGCCGCAGCCACCTGTCGGAGCTTTGTATCATCCAGTTCGCCATGGTTTGCCTGGATATTTCAATCCCCATCCTCTCCCAGTCCTGCTCTTGACGATAAAGAGGAAGCCCTTTTACAAATTTCTCCGTCATTACATGAGCTATGGCGGATGCCGAAGCCAGGCTTCCAGGAAGTGCCGGCTTTGGCATTGGGGCTGTTACTATCGGTGTAGATATTTCATTCTTCTCGCAATTACGGCAGCCATATACATACTGCACATGTTCCTTTACACGCACCTGAGCCGGAATAATTTCTATTTCCCGCCTTACTTCCTTGCTCATTTCATGCAGTTTGCCGCCACAGCAATCACAAACCTGCTCTTCTTCAGGCAAGCGATACTCTATGGTCTCTACAGGAATGTCTTTAAGCATTTCTTCTCTGTGCCCCTGCTTTTTACGACGTTTATATGTAATTTCCTCTAATGTTGGTTCGGGAACTGCAGGCTTGGCTTCTGATTCCGCCTCGTTGAAAAGATTTAGCTGTTCAGGGACTTCCGTCTTTTCACTTGAACGCCCAAAAAGCTTATGCTGATGCAGCCGGAATTGTTCTTCAAACCATTTGAGTTTTGCTTCAAGCTCGGCTTTTTCCTGCTTCAATATTTCAATTTCTGTTTGGAGTTTTTCTATTGTAACCGTTGATTTCACTGTGTTTTCCAT

Protein sequences of DBSCAN-SWA_6

>CP021850|2918689:2968708|2923057_2923744_-|AUS97215.1|DBSCAN-SWA
MRVLLVEDEKYIARAVAEVLKKNHYTVDLAHDGEFGLDCALSGIYDIIILDIMLPKIDGFSILKEVRRKGIVTPIILLTARGEIKDKIQGLALGADDYLAKPFHTDELLARLRALGRRNTVLAFDGNLNFGDISLSPHTLLLSKNGKEVKLKLKEAQLMELLIKNKNMIVSKESVIEKIWGYDEDVTDNHVEVYISMLRKKLSQLSSGCVIQTIRGIGYVLKEGRKSS
>CP021850|2918689:2968708|2934552_2935641_-|AUS98812.1|DBSCAN-SWA
MGKNGIRIIYGDNPKQMVKELLEVIKPEEEIDENALIGIKPNLVVAKPSSSGATTTPEIVEGLIEHLKSKGRNNIVIMESSWVGDRTSEAFKVCGYENLSKKYNVPLIDLQKDKYKTYEVNGLKINVCDYVTKVDYLINMPVLKGHCQTNITCALKNMKGCIPNTDKRKFHTLGLHKPIAYLNKIVKQSLIIVDGMNGDLNFEEGGNPVQMNRIIAGKDPVLIDTYAAHLMGFSIEEVPYVAMAESIGVGTTDLANADIVELNKDNGSRKLTPSRRVQQLSRHIVEDCACSACYGSLIYALERLNEKGLLNRLKEKLYIGQSFKSKQCNGVGIGACTSGFEKCISGCPPKARDIVEYLERLI
>CP021850|2918689:2968708|2932611_2933136_-|AUS97226.1|DBSCAN-SWA
MSSIDLVILGMVLEKPQSAYDLQKDVDNHHFPRWTKISVPSIYRKVIQLNEEGYLQSNIVKGEKFADKAVYSITEKGRAYFEELMNTYASQQVSFLFDFNVVITNLNKINREKALDLVKKLRNSITASAKTNDEYAAAYADIPLVGRTIFEQQRMLYHALLEWLDTFESQFKEE
>CP021850|2918689:2968708|2945275_2945584_-|AUS97236.1|DBSCAN-SWA
MRTKQEYYELILKNRELVKDPEVLRCTCTQTLCEWHGRCRECVALHRYHKDHVPACLQSFINDKLKEIVKIGELIAVEKEPTPIEYRMYVKEQDEKLSKSSE
>CP021850|2918689:2968708|2923828_2924164_-|AUS97216.1|DBSCAN-SWA
MKGKLFSTAKRKIAIITICSSLMIILGATTVFAATQGAKMVKDGKVHEAAIKVKEGLPAGQQFREGEEAAVKNIADTSEAPKGPIKIKDSEVPAAAIKVKEGLPAGQQMNK
>CP021850|2918689:2968708|2938471_2939236_-|AUS98813.1|DBSCAN-SWA
MKSVNEVCKLSGVSRRTLQYYDEIGLLPPSAVKESGYRQYDDESLRRLWSILFYKELGLSLEDIRLILDSPKEMEKELMRQHKQVLLEKLSQIKRMIHSVDRILNDEFDVSMLRDFDKKRIEAVKRVHANEIRVLMENSFFLPIVKSLKVFNKLSKSSVVKSASKIINMDFGKLITLAEDVIQRFRKAMKDGPDSLAAKEAVAAYKEFIQLIFPCDDKTFRSIGQAYLEHKNELDEKMPGLAEFVSAAIRNAYP
>CP021850|2918689:2968708|2928620_2929478_-|AUS97220.1|DBSCAN-SWA
MRTEQEMMSMILSIAQKDERIRIVTLEGSRTNINIPKDEFQDYDITYFVSDMESFISNDDWLSQFGNIIMMQKPEDMELFPPEEKEYSYLMLFDDYNKIDLTLLPLEDLDDYLKGDKLIKVLMDKDCRIERDIVPTDIDYHVKKPSAREYDDCCNEFWNVTPYVVKGLCRKEILFAIDHLNQILRSELLRMISWKVGIETGFTLSVGKNYKFLDKYIPENLWSRLLSTYRMDSYENVWKSLFACHQLFREVSKEIAELLGFAYPEYDKNVTKYTEAMYKKYVGND
>CP021850|2918689:2968708|2929801_2930407_-|AUS97222.1|DBSCAN-SWA
MKKWYEYLWIFSAVYLALGFFNILFAWIGLICFFTPLLLSIIGKGKIYCNRYCGRGQLFELLGGRLKLSSNRDIPAFIRSKWFRYGFLAFFMTMFAIMIFSTYLVFNGTSNLKEVVTLLWTIKLPWNWTNTSAVSPWIAQFAFGFYSVMLTSTILGLITMFFFKPRSWCVYCPMGTMTQGISMLKYRRKVKANGTTSKRDS
>CP021850|2918689:2968708|2932190_2932607_-|AUS97225.1|DBSCAN-SWA
MTIKSSMTILFENAFWIGLYERIDGNKYEVSKIIFGAEPKDYEVYDFLLENWHKLKFSPHIQADKIEERKINPKRMKRIINKQLENKGVGTKAQQALKLQHEQNKIEGKAKRREQKEAEKERKFALRQEKKKAKHKGR
>CP021850|2918689:2968708|2958848_2960078_+|AUS97251.1|transposase|DBSCAN-SWA
MATKDIMPLIEEIFKVYGDVKNGDFMRETMAFILQKLMEAEVTAKIGAQKYERTDERNNHRNGTRTRPYETRLGTIELKIPKLREGSYFPSFLEPRRMWEKALVNVIQEAYVHGVSTRKVDELVQALGMEGIDKSAVSRISQELDEHVQGFVHRPLTLQYPYLRLDATFPKVREGGHVENMALVVAVGVNENGEREILGFDIGMAESGPFWTDFLRRLVSRGLRGVKLVISDAHEGLKGAINEVLSGCAWQRCRVHFMRNVLCQVPRKQQGMVSAIVRTIFAAPDQKAAKEQLYTVVSQLKDRFPKAMEILENGCENVLQYMAFPSEHWAQIHSTNPLERLNREIRRRTDVVSIFPNRPSVLRLVGTLLIEQHEEWQIGRRYFSKESMNKVVNPALAPYTLSSTSLLHK
>CP021850|2918689:2968708|2929515_2929830_-|AUS97221.1|DBSCAN-SWA
MEQQAKEIAELLKVMANQHRLMILCYLIERPMNVSEIHERIPAISQSALSQNLALLKAYGILGSDKYGLQNVYHINDDRIKKIIQTLRETYCEPNNSHHSKDSL
>CP021850|2918689:2968708|2944673_2945249_-|AUS97235.1|DBSCAN-SWA
MKVLVISDASDTSKLGMKIKQELKDFLQKNGHKVSVYDIQTQDMHHCVGCFGCWIKTPGECVYKDISTDINKEYIGSNIAIFVSPVKYGCYTPAIRRTLDRMLPNILPFFKKVNGEMHHAPRYKKYPRFVVFGYGEDITSDEEDTFRSLCDANAMNFQVRKAQTYICRNETELEGRLNSLDKYIRSVRCNE
>CP021850|2918689:2968708|2920392_2920974_-|AUS98810.1|DBSCAN-SWA
MEKVSIGPENKLCPQTLFLYGTYKEDGTPNFGLFCWFSYCWDGELGVMACIGGEKLTKDRIRASKVFSANLVSESMLHLADYLGNTEGYKTGKMDIPIEIERGSVLNVPVLKNSPWVFELEVQHSIPLNDGEVFLCKIHNTLVAKELIDNSISAEERLRMAAPVMWIGEGQYYTLNYTTLGKTGDWKDLFSKK
>CP021850|2918689:2968708|2967136_2968708_-|AUS97257.1|transposase|DBSCAN-SWA
MENTVKSTVTIEKLQTEIEILKQEKAELEAKLKWFEEQFRLHQHKLFGRSSEKTEVPEQLNLFNEAESEAKPAVPEPTLEEITYKRRKKQGHREEMLKDIPVETIEYRLPEEEQVCDCCGGKLHEMSKEVRREIEIIPAQVRVKEHVQYVYGCRNCEKNEISTPIVTAPMPKPALPGSLASASAIAHVMTEKFVKGLPLYRQEQDWERMGIEISRQTMANWMIQSSDRWLRPIYERMREHLQQRDILHSDDTTLQVLKEPGRAADSTSYMWLYRTGREGPPIILYDYQTTRAGKHPKKFLEGFKGYLHTDGYDGYSGMPGIIQVGCWAHARRYFVDALKAMPPKKDDKPTVTEEGLAFCNNLFEIEKMLHDVTPEERYEGRLKHSRPVLDKFKEWLKYWSPRVTPKSSLGKAIQYCRNQWDKLEAFMLDGRLEIDNNRSERSIKPFVIGRKNWLFSNTPKGANASATIYSIVETAKENGLNPFEYLTYLFERLPNINIKDQHALDTLLPWSANLPGHCKVPNK
>CP021850|2918689:2968708|2941375_2942959_-|AUS98814.1|transposase|DBSCAN-SWA
MQKINFTGLTPEQIEYVSTLEKIVENQQIRINQLTELLIKSQKALYGQSSEKRRYVLGEDNDQISLFNEAEVEANNKAEEPTVQTIVAAHTRKPKRTKEELAQTVPVVEVVCDLDEDKRSCGICQADLRYLGKEHVRDELEIIPAQVRVLRYIRFNYVCTVCEKETGDANIVKAPVPAPVMKRSLASASTVAYVMYQKYANGMPLYRQEKDWANQGVTLSRATLANWIIRPSHEWLEPMYNAIHKHLISEPLIHADETVLQVLKEPGRKATTESRMWVYTSGRSPTPAVLFEYQPTRSGQHARRFLEGFSGYLQTDGYSGYNAVPDVIHCGCWAHLQRKFEEAIPQGADTKTSKAAIGYDYCNRLFAMDKKWEELSAERRYEERLKNMKPLLDEFWEWVQQLNPLPNSNLGKAITYALNQKESLNRFLLDGRIELSNNRAENAIRPYVTGRKNWLFADTTRGAKASAIVYSMIETAKANQLNPYMYLVHLLTNLPSLKELTHESLTPYLPWSPELPSWCRNDSYKAP
>CP021850|2918689:2968708|2936202_2936946_-|AUS97228.1|DBSCAN-SWA
MENIAIPMDLNNIRCNIHFFGALTSESGVPLFIMPVAGEVSDLIEGQHMRLDPIIESGELSSHVLVTFETKDWNDDLSPWPAPALGRKQKKFGGYSAKTLHWIQDVLIPEVTARVPNVQNGQKGLIGYSMAGMFALWAMCQTNIFTVFASCSGSLWYEGFCDYIEKNTPLSVCSVYISLGEREEFSRNPWFSKVGSATRKIASLLKTSPMCKEVKLVWHPGGHWGTVGERLAAAQVWMKKVCERQMI
>CP021850|2918689:2968708|2966117_2967128_-|AUS97256.1|DBSCAN-SWA
MPLLNQRWGLFDAYGDSSGVKALTVTSPFGLMHMTESYVRNLWWPILIIIVTSCLVALFAFYLGVRRDLGEGLISARLGRQEASALLKNPLALSIRLIRGTAIAWAAVLFVLCAVLGSLFGELETMIGENTSLTAFYSNLDFTIVEEFLTMLTGIMAIISTVAAVSFLMRLRIEERNMRTEHLLARAVARSELLASAYIPAMILPVFLIALGTLSLWGLASATVEDVPSAATFFSASMSYLPAIWTMVGLTSALIGMFPKAAGAAFGYLGYCFFAQFTVMMFGLPEWLEVLSPFAYIPKIPVESMKWGGLVVLTVIAAVLSVLGFIWYRKRDAVFY
>CP021850|2918689:2968708|2940956_2941295_-|AUS97231.1|DBSCAN-SWA
MNKGIRIISNIVYGIGVATVVSLVCIAFFGSNQVTNPDAMLPITWKERAFIWLTFGAIPMLLASMAVYKFNAIKRSMRKKLYFFLIFLPVFICGACVLYIIGSLIAGMVSIL
>CP021850|2918689:2968708|2962149_2962998_-|AUS97254.1|DBSCAN-SWA
MRTEQEVMNLILDVAKADERIRAVLLAGSRANSEVPKDIYQDYDITYFVEDITPFYNNPAWIEERFGKPLIMQMPEAMRNPVGDGNFNYMMIYPDGVRIDLSFVFNKYIDDGEPAVVLLDKDNGRGFLPPRVVPNGKYWHIKPPSPLFFYSCCNNFWWCLNNVAKGIARDELPYVMHMLNVYVRSELHDMINYYIGTQYGYNLSTGKNGKYFKKYLSPELYAQYAATYSGSNYTDVWAAIDAMCNLFHTLALKVASHFGFIYRQEEEDGIREYLRMVKEQIS
>CP021850|2918689:2968708|2956003_2956324_-|AUS97247.1|DBSCAN-SWA
MTKADLYQKWASIIAEYKSSGQTQTSFCKSAGISLRQLSYWLRKERQNGIIQSESPKWIPVEVDHKEHTGKGQSIEIKFGPAEVQVKPGFDQKHLLDVLMVLRELC
>CP021850|2918689:2968708|2957857_2958394_-|AUS97250.1|DBSCAN-SWA
MKDFGIKESILFQLDMCWQLYLYHTDNIGEEEAHWSFNPKGLQVRKKDGKWCIDWPETESYEIGPSSIAWIMWHIIYWWSIALDKNFGEGTLEKEDILWPGSVEKAKATIESLHNKWISRLNDLSDEDFQLKHYAKWPLEDTNFANIALWLNAELMKNAAEIGYGRFLYEAYRKHGFK
>CP021850|2918689:2968708|2931083_2931476_-|AUS97224.1|DBSCAN-SWA
MRHKIQTTKPQQFINITSRVAEEVRNSNVRDGIAVVYVPHTTAGVTINENADPDVVRDMISALDKTYPVLGEYLHFEGNSHAHIKASLMGSSCTVIIQDGKLMLGTWQGIYFCEFDGPRNREFYVKIISG
>CP021850|2918689:2968708|2963442_2965623_+|AUS97255.1|DBSCAN-SWA
MSFNPAKWVRAGSCEAPYIRKTFTADDFTEARINICGLGFFQLYINGNRVSDHVLVPAWTDYEDRGKRRLLYPINDKFTHRIYYLSYDITSYLVKGKNGIGVLLGNGWYNQNKRNVEGDLWYDKPKLIFNIILKTKTGEEYVVSDETLKWTQSHVIENNIYFGEKHDLSLKLPDFSLSTFDDSSWKAVSILEDTHSIMELQTCPADKKIRTIKPTIVKRLNDSIIYDCGENTVGWVKLEYQGEDGGFVKVAHAEVLAEDNSSLSYDSAGGNDQIQTDTYINIPKNTILEPEFDWHGFRYFQVYGDAKPLEVAVIHTDIPVTSSFDSDNEMLNWLYKTMINTFLCNAHLGVPSDCPHRERLGYTGDGQLVCDTGMLLLGSRLFYKKWMQDIADCQDPNTGHVQHTAPFYGGGGGPGGWGCAIVEVPYRYYKHFGDKEILEKYYPHMVKYIEYLYNHSENGLVVSEEKGGWCLGEWCAPPHVMLPEPFINTYFYIKSMEKMKEIADVLNIPFQFDERIAFSKQALIDTYYDEKNNSFCGSVQGADAFALDLNIGNAEMLRNLVKKYNEAKVLDTGIFGTDVLIKVLFENGFAQTAFDLLTQDGYPSFAHMKNNGATTFWEDWHGKSSHNHPMFGACVKYLYYGLLGIKQNEGSVGFSSVTISPQFVNGLNHIKGEIETKSGKIAVELTKKISTADCYILIDGSIDASFKYNRNCRKLVIGKNRFTIEL
>CP021850|2918689:2968708|2961523_2962024_-|AUS97253.1|DBSCAN-SWA
MFSITTYIIECVIMMAVFGVLVFGMLLINPISFINDYPPEIQEEYYRSQHKEKIKKKLTVIMIIKKVVALILFAFIFAWMAHMAGAVSFVQGLFAVYGYIIVLVVFDTCILDWVLFPRIKRVRLPGTEHMDKEYHQKLFHVKAMLPMIPVFAIGGVVSALIMVCIW
>CP021850|2918689:2968708|2952744_2953791_-|AUS97244.1|DBSCAN-SWA
MKGIKKFFQITLVILIIFLLLVFFIPSRTPQIEGNNSVASIQKVEIGGIEQYIMVRGRDINNPILLFLHGGPGYAQISYARKYQEKLEDSFIVVNWDQRGAGKTFSFNIPKETMNREQFIKDCKELIDYLCKKFNKEKIYLAGHSWGSELGLYIVDRYPEKITAFISIGQVVNGIDNDVISYDFVFEMAQKENNKKALEDLKKIGRPPYKNIVRDTMTQRKWLGKYGGVERKINTLKDIILSSIFSPEYTGIDGLKFALGSKFTVDTMWGHYSDVDFIRDLPEVKVPIYFCVGRYDYNTPSILVENYYNYITAPKKEIIWFEESAHFPHFEEPEKFAQLAVRIKENNE
>CP021850|2918689:2968708|2939404_2940850_+|AUS97230.1|DBSCAN-SWA
MTDNNERTLELEPIPKSIMNISWILVLGAIMPLLDSTMVNIAIKHLSNNFSTGLDSIQWVITGYVLAMAISVPLAGWMVQRFNGKWLMISTNIVFLATSIACGLSWNIYLLIISRIVQGISAGFIMTLVTTLAIEVAGRERMGRVMSTIGIPMILGPILGPVIGAVIVQFLSWRYIFFVNIPIGILAITLMFLKLPDFTPANSKAKFDFIGIALLGISSASLIYGITQASKNATFNNVMTISCVVAGIVILAIYIAYAAIKKEQAILPLHLFKLKNFSAVIVGLFLAGIATNGPMLLLPLFFQNIKGFSVLSTGLMLIPQGIGMLVARPLIGKLTDKLGARNVVLVSLALAIIGTIPFVFFNEASSLIVVGVVLLIRGIGIGGVTMPMMTDAYTGMVKQEIAQASVGTRLVQNIGGAFGSAVLATVVSLELQGKTPTIPLMTTAYHDGFMLALVLSLVMIIPSLFLTDKKSKKLYFKYDIF
>CP021850|2918689:2968708|2960392_2961226_-|AUS97252.1|DBSCAN-SWA
MGTQNKTGWERNNRMIFDEIVMNYDKIRWGYPDELFADVIRYSWPGKGKKALEIGAGTGKATAPFLDSGYVVTAVEISKNMTEFLLEKFKEYNNFNVITSTFEDVSLDDENFDLIYAATSFHWVDAEIGCPKVFRLLKKVGVFALFRGNPVPAQGEELYEEIQTVYEKYYYSYYVSKERPVRKSKDDFLKPSEICKRFGFDCLERYGFSQVTTKLYDASRTYSADEYIELLDTFSDHRSLPVDLRVALYEGIKEVILKHGGHHKVDYVFQLYMGRKP
>CP021850|2918689:2968708|2950708_2951362_-|AUS97242.1|head,tail|DBSCAN-SWA
MDKEWSEMNKAMQKQLCKASFPEGINTLLQLRETLMQEAVSWRDELEEKDYYAIPFINAEGYHSKTIAYSLWHIFRIEDIVVNTLIKNDGQVFFKGNYQKRMNSPIITTGNELVKEQISEFSKCLNLDALYEYIAAVKASTDEWLKSIDSAELRRKFGETDKRRILDLNVVSSDERAIWLVDYWCNKDVKGLIQMPLSRHWIMHVEASLRIKNRIKR
>CP021850|2918689:2968708|2918689_2919919_-|AUS97214.1|transposase|DBSCAN-SWA
MATKDIMPLIEEIFKVYGDVKNGDFMRETMAFILQKLMEAEVTAKIGAQKYERTDERNNHRNGTRTRPYETRLGTIELKIPKLREGSYFPSFLEPRRMWEKALVNVIQEAYVHGVSTRKVDELVQALGMEGIDKSAVSRISQELDEHVQGFVHRPLTLQYPYLRLDATFPKVREGGHVENMALVVAVGVNENGEREILGFDIGMAESGPFWTDFLRRLVSRGLRGVKLVISDAHEGLKGAINEVLSGCAWQRCRVHFMRNVLCQVPRKQQGMVSAIVRTIFAAPDQKAAKEQLYTVVSQLKDRFPKAMEILENGCENVLQYMAFPSEHWAQIHSTNPLERLNREIRRRTDVVSIFPNRPSVLRLVGTLLIEQHEEWQIGRRYFSKESMNKVVNPALAPYTLSSTSLLHK
>CP021850|2918689:2968708|2926943_2928413_-|AUS97219.1|DBSCAN-SWA
MKQIASTGAFSKFRNTFIGDRKFYTTVFMLVLPLIVQNAISNFVNLLDNIMIGQVGTPQMSGVAIANQLIFVFNLTIFGGLSGAGIFGAQFFGAEDHDGLRYTVRFKLWTITVTLAVAIALFLTRGDQLIFLYLTGEGDAAERAAMLEYGRSYLRIMLWGLLPFTLSQAYGGTLREMGETLLPMKASLAGVITNLCLNYILIYGKLGFPALGVEGAAIATVISRFVELAIIFVYAHRHPGRFRFVEGLYRSIRIPKGLAFNIFKKGIPLLVNELFWSLGMTTLMQIFSTRGLNVVAAINISNTITNLFNVFIFSMGSAVAVMVGQALGANDIPRAKQTAWRLMFFNVCICIVVGGALAVTSPFIPYIYNTTDDVRMLATRFMLTCAMYMGFNAVTNCVYFTIRSGGKTFITFLFDSVYTWVVFVPVTYVLARFTSLDISILYPICYSTDIIKFIIGIIIIKSGNWAQNIVSDTTSNVCNECVEPNADAL
>CP021850|2918689:2968708|2926383_2926611_-|AUS97218.1|DBSCAN-SWA
MNPGQKMFYNFFMERVKEDKKDEAKALLEESFARQDAGTFDKAYFQEMMPKYFAVIKPDAIEELKQAMEHFASSL
>CP021850|2918689:2968708|2933411_2933987_-|AUS97227.1|DBSCAN-SWA
MELGKQIKKYRNEMSLSQDALAEKVYVSRQTISNWENGKSYPDVNSLILLSEVFGTSIDNLIKGDVEIMKEKVKNEDRKKFERLSQIYGVLFLVIIISPVPLAHFLGYAGIGIWVALAISAFCFAVLIEQKKKQFDVQTFREIIAFTEGKRLDEIAKAREEGKRPYQKVLLAFAAGVVTLVIAIMFSYVLK
>CP021850|2918689:2968708|2930403_2930601_-|AUS97223.1|DBSCAN-SWA
MKKAVVNQAECVACGVCEKNCPRKAITIFHGIYAEVNEDLCVGCKRCQKVCPASVIQVVQKEVAS
>CP021850|2918689:2968708|2956825_2957575_+|AUS97249.1|tRNA|DBSCAN-SWA
MKLKKLLSYTRRALDDYNMIDDGDKIAIGISGGKDSLTLLYALSHLRRFYPKKFDIEAITVSMGFKNMDFSPVEQLCKELGVNYTVVETQIADIIFSHRKETNPCSLCAKMRKGAFNIKAKELGCNKEAYAHHYDDVIETMMMSLIYEGRFYCFSPVTYLSKSDITLIRPLIYVHEADIKGFRNAYNLPVIKNPCPVDGYTKRQYTKELIKTLNSENHGLKERLFHAIQTSNIPGWNKSDLLLNTKPTR
>CP021850|2918689:2968708|2944006_2944681_-|AUS97234.1|DBSCAN-SWA
MNKVCFVNGSPRGKNSASKRLIDKVVEMLDKQTTQVHEICVMESLKHNTAEKDFALMRTMNSIIFVFPLYIDAIPSSLLEYMYAFDEYLTSHPQTTECLPPRVYSIINNGFLEGTQNINALQIMAHYAKRIGYRWRFGIGIGAGEYIKQNMDAITMNNGLNRNIFNALVKLATELESQEIIQHSNIMTNPSMPKFLYMFLANRYWTGQSKSSRKSLCKKVWTES
>CP021850|2918689:2968708|2949010_2950372_-|AUS97240.1|DBSCAN-SWA
MKEKLGFKSNLLIGSLLFGLFFGAGNLIFPVQMGQLAGKNTLHATIGFLITGVGLPLLGVIAATLAQSVNLFDLAKPVGRIYPVLFTCMLYLTIGPLFAIPRTATVAFEVGLNPFIDEKHLQIGLFVFSLIFFAVTLYFSLKPGRILDWVGKYLTPIFVVLLSILLIATYVSPMGQASQYAPQRDYIAKPFFTGLLNGYNTMDALASLAFAIVIISNIERLGVKNPKRKAIETCKSGLVCLVGMSAIYASLAYMGATSLGSVSSADNGGKIMSMVSEHYFGFIGKVLLAAIVTVACLKTAIGLITSCSQMFNEMFPKSISYNKYALIFTFFSFIIANFGLNKIIQLSLPVLMFLYPLAIVLIILSLLTPIINKQREIYRWTTTLTVIAASFDFCNALPAGLKETPIIKAIIDFAHMYLPGFDYGFGWIIPALGGFVIGAIICRAHAKAGNKNM
>CP021850|2918689:2968708|2951527_2952274_-|AUS97243.1|DBSCAN-SWA
MNGFHTLMYHEIIDREGYDRQQYKGIKVKQDYHDVLPEELFCFKDEFEKQMAYLYENGYTTLTIKQVIDFYYNDKPIPEKSVLLTFDDAYKSVLLNAYPILKKYNFNAVSFVVLGWLFDEAQEYTKDYSVCMSKDELLSMDDVFEYCNHTNLLHTRKGMESALQTEDKDIILEDLNRCEAFVTTKKVFAYPFGLYKKENIDWLMEFGTLLAFTSFDGFNTKETNPLELHRNACLLQYSIDDFIKMLEV
>CP021850|2918689:2968708|2943035_2943392_-|AUS97232.1|DBSCAN-SWA
MLGDITRAEDIYIVCGYSDMRKSIDGLAAIIKETFGMDPFSPSLFLFCGRRRDRLKALFWEGDGFVLLYKRLENGNFKWPRTPEQARRLTQQEFRWLMEGLTIDQPKAIRKARTGEIY
>CP021850|2918689:2968708|2950349_2950547_-|AUS97241.1|DBSCAN-SWA
MHSYILNLLMLLASFAEFVYNQNYVFTYKSYFVGKIYLVLLVLKAILFTLILIYREFNYERKAWF
>CP021850|2918689:2968708|2925566_2926172_+|AUS97217.1|DBSCAN-SWA
MEVININMLSIDVATIFLFIFVSMEIGREFQNRSIQIYASLIPNRKKYFMSKLVAYLFISVIIGLIVSLLSMGNGYLIIRIFNKPFPSIYQVMRFLFGCIFMPITYTVLAICASFFFRNTAGGIVSPLLIMFLPSFIKIFPSDIQDILISIIPASAIHSLSGIARGAEDIGIAVALLVLAMWCILGSIIAVRSFGKKDISN
>CP021850|2918689:2968708|2945806_2946331_-|AUS97237.1|DBSCAN-SWA
MGMGIIICGLNGSGKSTLGKALAEKLNYNFIDIEDLYFSKTDQNYIYASPRTREEVEKLLLCEIKANENFVLASVKGDYGEAIYPFLQYIVLIDVPKDIRMQRVKNRSFQKFGSRMMPGGDLYEQEKRFFDLVESRTESMVEEWVNTINCPVIRVDGTKPIEENLSYIIGQISR
>CP021850|2918689:2968708|2946453_2948244_-|AUS97238.1|DBSCAN-SWA
MHDYFWHILIQTKGELSMKRFLSVIIVAVIMVSVLPVSHVSAYVTGTVGQYNTISAGGDHSMVIKTDGTLWAWGSVGYGQLGTDMRFDYRPFMGFAWQIVPDKVMDDVISVSAGDGFTMAIKNDHTLWAWGSNTLYDLGNDGESNVNNMDKYGREYSYQTIPIKIMDDVEAVSAGYNHTMAIKTDGTLWAWGHNDYGQFGNNEIGNFSDEGHRIQTTPVKIMDDVASVSTAYRVTMIIKTDGTLWACGNNQYGQIGNGGSGIQTTPVKIMDNVVSVSTSGYHTMAIKNDGSLWAWGKNEYHELGNGKGGTISKKHEYYEDIYVQEPIYERKPVKIMDNVAAVSAGYGFTMAIKTDGTLWAWGLNDRGQLGNGGKGDIKNDNTVVQTKPVKIMDNVASVSASQHHVLAVTMDGTLRSWGLNDSGQLGYNGVTDISKWGDYYQTVPKKVMSGVDADRAIAKPSTSAVLVDGRKISFDAYTINGSNYFKLRDLAAVLSGSEKQFDVTWDNANKAINLISGKPYTTVGGELTAGDGKSKIVARSKSKIYTDGVPVALRAYTINGNNYFKLRDVAKVFNFSVEWDGKTNTIVLDTSENYVD
>CP021850|2918689:2968708|2948474_2948864_-|AUS97239.1|DBSCAN-SWA
MDVVPSTAKKIIESYGGKSLHEQSHGESFLSLFLNRFRGNGFYILDEPEAALSVQRQLTFVSRLHELVKNNSQFVMATHSPIILSYPNSIIYEIGECGLNIVKYEDTEQFQFMKLFVNNYPSILKRIMD
>CP021850|2918689:2968708|2920979_2921390_-|AUS98811.1|DBSCAN-SWA
MSQIQHLSRRVFEKLLKESGVDIFNGAQGRILYVLWEHGQLTITEIGRLTSLAKTTLTSMLDRMEAGGLIVRIPDKRNRRQIFISVTEKANEYREKYDWISDKMSEIFYDGFTDDEIIGFESQLRRIIKNLEKEGV
>CP021850|2918689:2968708|2943385_2943733_-|AUS97233.1|DBSCAN-SWA
MDKITNAKTEFRLKQWSKIIQACQTSGMTVVSWCSQNNVKIKSYYYWLRRIRTLACETGSLVPQKPEQEIVPVPFHQTKVSAAVTIHLPSFCVDIHDGTSRETIEAVLSALKSIC
>CP021850|2918689:2968708|2937309_2938287_-|AUS97229.1|DBSCAN-SWA
MINKAQFGKRIASHRKRINLSQVELAEKLGVTSQAVSKWECGATLPDIELLLELSKLYNVSINELLEGRNVIAKLANRPFEMDDDIAYFLPKAERDYNAAWANEIVSGEWISRNWNTCKANDSKMSNDIGKRISDNGGLILEIGAGPGGGYMPYILKSNPDVTIIINDLSPTVVCEWKRFLDKELDSPNIHYAVFDFCDIPFFDESIDIISDGGGIGNTEGDRGKALKEVYRVLKPGGLLVTSTGFVTKETLAELPEYAQKKLKEARPDIFEDLYEETVLAGFKKIDSIISGCWYTNDDESEIAELARELGINLKFTSYIRYCEK
>CP021850|2918689:2968708|2956374_2956539_+|AUS97248.1|DBSCAN-SWA
MHLNVGIIYRLQWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850|2918689:2968708|2954004_2955576_-|AUS97245.1|transposase|DBSCAN-SWA
MENTVKSTVTIEKLQTEIEILKQEKAELEAKLKWFEEQFRLHQHKLFGRSSEKTEVPEQLNLFNEAESEAKPAVPEPTLEEITYKRRKKQGHREEMLKDIPVETIEYRLPEEEQVCDCCGGKLHEMSKEVRREIEIIPAQVRVKEHVQYVYGCRNCEKNEISTPIVTAPMPKPALPGSLASASAIAHVMTEKFVKGLPLYRQEQDWERMGIEISRQTMANWMIQSSDRWLRPIYERMREHLQQRDILHSDDTTLQVLKEPGRAADSTSYMWLYRTGREGPPIILYDYQTTRAGKHPKKFLEGFKGYLHTDGYDGYSGMPGIIQVGCWAHARRYFVDALKAMPPKKDDKPTVTEEGLAFCNNLFEIEKMLHDVTPEERYEGRLKHSRPVLDKFKEWLKYWSPRVTPKSSLGKAIQYCRNQWDKLEAFMLDGRLEIDNNRSERSIKPFVIGRKNWLFSNTPKGANASATIYSIVETAKENGLNPFEYLTYLFERLPNINIKDQHALDTLLPWSANLPGHCKVPNK
>CP021850|2918689:2968708|2955653_2956010_-|AUS97246.1|DBSCAN-SWA
MLSIAGTDKVYLACGSTDMRKSIDGLAAIVQQSFALDPFSSCLFVFCNKKRDKLKILQWEHNGFWLYYRRLEKGKFQWPKESCGTPMKVGVRELGWLLDGLSLEQKQAHKKVTVSAVI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS97214.1|2918689_2919919_-|transposase	IS256 family transposase	A0A220NQR7	Corynebacterium_phage	5.7e-96	48.0
AUS98810.1|2920392_2920974_-	flavin reductase	NA	NA	NA	NA
AUS98811.1|2920979_2921390_-	MarR family transcriptional regulator	NA	NA	NA	NA
AUS97215.1|2923057_2923744_-	DNA-binding response regulator	W8CYM9	Bacillus_phage	1.8e-30	35.7
AUS97216.1|2923828_2924164_-	hypothetical protein	NA	NA	NA	NA
AUS97217.1|2925566_2926172_+	hypothetical protein	NA	NA	NA	NA
AUS97218.1|2926383_2926611_-	hypothetical protein	NA	NA	NA	NA
AUS97219.1|2926943_2928413_-	MATE family efflux transporter	NA	NA	NA	NA
AUS97220.1|2928620_2929478_-	aminoglycoside adenylyltransferase	A0A1X9I6F2	Streptococcus_phage	3.2e-146	86.0
AUS97221.1|2929515_2929830_-	transcriptional regulator	NA	NA	NA	NA
AUS97222.1|2929801_2930407_-	hypothetical protein	NA	NA	NA	NA
AUS97223.1|2930403_2930601_-	4Fe-4S ferredoxin	NA	NA	NA	NA
AUS97224.1|2931083_2931476_-	hypothetical protein	NA	NA	NA	NA
AUS97225.1|2932190_2932607_-	hypothetical protein	NA	NA	NA	NA
AUS97226.1|2932611_2933136_-	hypothetical protein	NA	NA	NA	NA
AUS97227.1|2933411_2933987_-	transcriptional regulator	A0A0S2MVM8	Bacillus_phage	7.4e-06	40.0
AUS98812.1|2934552_2935641_-	iron-sulfur cluster-binding protein	NA	NA	NA	NA
AUS97228.1|2936202_2936946_-	hypothetical protein	NA	NA	NA	NA
AUS97229.1|2937309_2938287_-	hypothetical protein	A5GZ65	Lactococcus_phage	1.1e-06	32.0
AUS98813.1|2938471_2939236_-	MerR family transcriptional regulator	NA	NA	NA	NA
AUS97230.1|2939404_2940850_+	MFS transporter	NA	NA	NA	NA
AUS97231.1|2940956_2941295_-	hypothetical protein	NA	NA	NA	NA
AUS98814.1|2941375_2942959_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.1e-66	34.6
AUS97232.1|2943035_2943392_-	hypothetical protein	S5VXZ8	Leptospira_phage	3.0e-18	41.8
AUS97233.1|2943385_2943733_-	hypothetical protein	NA	NA	NA	NA
AUS97234.1|2944006_2944681_-	hypothetical protein	NA	NA	NA	NA
AUS97235.1|2944673_2945249_-	hypothetical protein	NA	NA	NA	NA
AUS97236.1|2945275_2945584_-	hypothetical protein	NA	NA	NA	NA
AUS97237.1|2945806_2946331_-	hypothetical protein	NA	NA	NA	NA
AUS97238.1|2946453_2948244_-	hypothetical protein	E5ERA2	Bathycoccus_sp._RCC1105_virus	7.4e-12	26.6
AUS97239.1|2948474_2948864_-	hypothetical protein	NA	NA	NA	NA
AUS97240.1|2949010_2950372_-	branched-chain amino acid transport system II carrier protein	NA	NA	NA	NA
AUS97241.1|2950349_2950547_-	hypothetical protein	NA	NA	NA	NA
AUS97242.1|2950708_2951362_-|head,tail	phage head-tail adapter protein	NA	NA	NA	NA
AUS97243.1|2951527_2952274_-	hypothetical protein	NA	NA	NA	NA
AUS97244.1|2952744_2953791_-	hypothetical protein	NA	NA	NA	NA
AUS97245.1|2954004_2955576_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.3e-73	35.1
AUS97246.1|2955653_2956010_-	hypothetical protein	S5VXZ8	Leptospira_phage	1.2e-19	45.8
AUS97247.1|2956003_2956324_-	hypothetical protein	NA	NA	NA	NA
AUS97248.1|2956374_2956539_+	hypothetical protein	NA	NA	NA	NA
AUS97249.1|2956825_2957575_+|tRNA	tRNA 2-thiocytidine(32) synthetase TtcA	A0A0U2S5Z2	Escherichia_phage	5.2e-28	31.6
AUS97250.1|2957857_2958394_-	hypothetical protein	NA	NA	NA	NA
AUS97251.1|2958848_2960078_+|transposase	IS256 family transposase	A0A220NQR7	Corynebacterium_phage	5.7e-96	48.0
AUS97252.1|2960392_2961226_-	hypothetical protein	NA	NA	NA	NA
AUS97253.1|2961523_2962024_-	hypothetical protein	NA	NA	NA	NA
AUS97254.1|2962149_2962998_-	hypothetical protein	E4ZFP8	Streptococcus_phage	2.6e-47	37.9
AUS97255.1|2963442_2965623_+	hypothetical protein	NA	NA	NA	NA
AUS97256.1|2966117_2967128_-	hypothetical protein	NA	NA	NA	NA
AUS97257.1|2967136_2968708_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.3e-73	35.1

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>CP021850|2981229:3036255|DBSCAN-SWA
TATGGAAAACACAGTGAAATCAACGGTTACAATAGAAAAACTCCAAACAGAAATTGAAATATTGAAGCAGGAAAAAGCCGAGCTTGAAGCAAAACTCAAATGGTTTGAAGAACAATTCCGGCTGCATCAGCATAAGCTTTTTGGGCGTTCAAGTGAAAAGACGGAAGTCCCTGAACAGCTAAATCTTTTCAACGAGGCGGAATCAGAAGCCAAGCCTGCAGTTCCCGAACCAACATTAGAGGAAATTACATATAAACGTCGTAAAAAGCAGGGGCACAGAGAAGAAATGCTTAAAGACATTCCTGTAGAGACCATAGAGTATCGCTTGCCTGAAGAAGAGCAGGTTTGTGATTGCTGTGGCGGCAAACTGCATGAAATGAGCAAGGAAGTAAGGCGGGAAATAGAAATTATTCCGGCTCAGGTGCGTGTAAAGGAACATGTGCAGTATGTATATGGCTGCCGTAATTGCGAGAAGAATGAAATATCTACACCGATAGTAACAGCCCCAATGCCAAAGCCGGCACTTCCTGGAAGCCTGGCTTCGGCATCCGCCATAGCTCATGTAATGACGGAGAAATTTGTAAAAGGGCTTCCTCTTTATCGTCAAGAGCAGGACTGGGAGAGGATGGGGATTGAAATATCCAGGCAAACCATGGCGAACTGGATGATACAAAGCTCCGACAGGTGGCTGCGGCCGATATATGAACGAATGCGGGAACACTTGCAGCAAAGGGACATCCTCCATTCCGATGATACTACCCTCCAAGTACTCAAGGAACCCGGGCGAGCCGCAGATTCAACCTCCTACATGTGGCTATACCGGACCGGCCGGGAAGGGCCTCCGATTATTCTTTATGACTACCAAACTACCAGGGCTGGCAAACATCCTAAAAAATTTCTTGAAGGATTCAAAGGTTACCTTCATACGGATGGGTATGATGGTTATAGTGGCATGCCCGGAATCATCCAGGTTGGTTGCTGGGCACATGCAAGGCGTTATTTTGTCGACGCCTTAAAAGCCATGCCTCCAAAAAAAGATGACAAGCCCACAGTAACAGAAGAAGGTTTGGCATTTTGCAATAACTTGTTTGAGATAGAAAAAATGCTTCATGATGTTACACCGGAAGAAAGATATGAGGGCCGATTGAAACACAGCCGACCAGTGCTTGATAAATTCAAGGAATGGCTCAAATACTGGAGTCCAAGAGTAACTCCCAAAAGTTCATTAGGAAAAGCAATCCAATACTGCCGGAACCAGTGGGACAAGCTGGAGGCCTTTATGCTGGACGGCAGGCTAGAGATTGATAACAACCGAAGTGAACGGTCGATAAAGCCTTTTGTAATCGGGAGGAAGAATTGGCTGTTTAGCAACACGCCTAAAGGAGCCAATGCCAGCGCAACAATTTACAGTATTGTGGAGACGGCAAAAGAGAATGGGTTGAACCCGTTTGAATATCTTACTTATCTCTTTGAACGTCTACCGAATATAAATATCAAGGATCAACATGCATTAGACACCTTGTTGCCATGGTCAGCAAATCTTCCGGGTCATTGCAAAGTGCCCAATAAATAATATATATTATGCCCCTGCTAAATCAAAGGTGGGGGCTATTTGACGCTTACTTTGTTCAAATTGCACAGCTTCTTCGTACGTATGAAGATATTTGAATATTTCATCGTTATTGTGAACTATGCCATGTTTCTCTCATTCGTGATGAAATATCTCCATCAGTTTTTCGTTATTATCACTTTTCAGTTCATAGCTAAAGCCGTATTTTTTATGATAAATTTGCCTTAAGCCCGGAAAGTGCTCATCAAGTTTTTATAAAAGTATTCTCTGCTTCCCTCTCTCAAAGTTAATCCCATTCCAAAGCAAATTATTCCAATCACTTCAGCATCAATGCAATAATCAAGTATGCCTTTAAGATTTTCCTCCGTATCATTTATAAATGGTAAAATTGGATCAAGCCATACTATAGTGGGAATCCCATTGTCCCTCATTTTTTTCAGAACTTCGTAACGCTTTTTAGTTGTGCATACTGCAGGCTCAATTAATTTGCACAGGTTCTCATCATATGTTGTCATAGTCATCTGAACAACGCATTTCGATTTGTTATTTATGCTTTTTAATAAATCCAAATCCCTTAGTATTCTGTCTGATTTGGTCTGAATACTTAGTCCGAATCCATACCTGTCAATAATTTCAAGGCACTTCCGTGTATGGTTGAGCTCTGTTTCAATATGCATGTATGGGTCGCACATGGAACCAGTTCCTATCATGCATTTTTTGCGTTTTTTCCTGAGGGCATTTTCCAGAAGCTCAGGAGCATTTACCTTAACCTCTATATCCTCAAAATCATGCTCCATCTTATAGCACTTGCTTCTACTATCGCAATAGATGCAGCCATGGGTGCAGCCACGATATACATTCATTCCGTTATTGGCAGATAAAATTGTCTTTACCTCTTTGTAGTGCATATTGCCCATCCTCACTGCTTTTCGTATAATTCCAAAAGCTTTCTTGCCCTATCGGTAATAATGTTCATGATATGCTGGGGCTCCAAAACCTTCACATAACTGCCGAATGATAGTAAATGCCCGTAAACCCATTCATCTACAATTATACCGCATTAATATGACAACAGATAGTCATATTTGGAAACTTTACCTGCCTATTGCTTACAGTTCACACCCGCACCGGCAAAAAGCAAAAAGAAACGCCTGTAGACCCTTGATACTGTTCCATTTAGGTCATTACCTGCTAATAGTTTTCTGCATACTCCCTGCCATCTTACAAATGCATAGGTACCGTCAAGATTTTTTCGCAAAATCAATTACCGGTTGGTAAGCATTGATTAGCCGACAGTCATTAATGAATCATCCATGTCGAATTCTTCAAGGTGTTTCATGCTCATGTAGCGCTTAGTTCCCCAGTCCTTGCTTGCAACATAGCGTAACCTTGCACAAACTAACATTAAGGCTGAGTTTCCATCAGGGAAGGTTCCTACAACCCTTGTCCTGCGCCTGATCTCTCGATTAAGTCGTTCAATAACATTATTACTCCGCAATTTTTGCCAATGGGCATAGGGGAAATCCATGTAAGCCAGCGTTTCCTCGATGCCCCTTTCTATCTTATCAGCTGCTTCTTTAAGTTTCATTTCTCGTAGTTTCTTAACCACACTCTGTGCCTTTTGCCTTGCTGCTTCTTTATTCTCTTGCGCATGAATGGCTTTCAGCATTACGGCTACCTCTTTTATCTTGGAACTTGGGGTAACTGTAAATACATTTCGATAGAAATGAACGGTACAACGCTGATACTTTGCATCCGGATAAACCTCATTTATTGCCTCTAAGAGTCCCAGGCACTTATCTCCTATGAATAGCTGGACTCCAGTTAGTCCTCGCTCCTTTAAACCTGCAAAAAGGCTAGCCAGCTTGCTTTATCTTCTTTCATTCCTTCAGCGGCACCAATGACTTCTCTGTAGCCTTCTTCGTTTACCGCCATTGCTATGAGAATGGATACATTCTCATATTCGCCACCCCAGTTGCGTTTTAAATAGATTCCATCCAGGTAGACATACGGATATCTATTTTTCAGTGGTCTATTACGCCATGCATCAATATGTACATATACTTTCTTATTTAGTTCACTGATAGTGCCAGGAGAGACTCTTGTCCACCAAAGGGCTTCGGTAATATCCTCGACTCGCCGTACCGATACACCCGCCAAGTACATTTCTATTAGAGCTTCTTCCACTGAACTTTCACTCCGACGGTATCGTTCAATTATTGCTGTTTCAAAGGCTATCCCTTTTAATTTAGGCATCTTTAGCCTCACATTTCCCGATGTTGTGGTCAGATTTCTTTCATAGTGACCGGATCTATAGCCCTGCCTTTCCGAAGTGCGCTCATAGCGTTCTGCTTTAGTTAGTTCTGCCGCCTCTTGCTCCAATAACTGATTAAGAGTTTCCTCAACACTACTGCGAACTAAATCTTTTAATTCCTGCTTTATTACGCCTTCATTTAGTTGTATAATTTTATCTGACATGGTTCGTAACCTCCTTTGGTTGGTTTTTGTGTAGCAACTTAATTCTACCAAACGGTTACGTCCATGTCATTTTTTATTGGACTTTTATGAATTTGCGAAAAATATTATACTTTATCAATGCATACAGAAGCCTTCGATCTACTAAATTTAATAATTAGACCCTCATGCCACTAAAGTAGCACCATCAAATTGATGAAAACGAGCAGCCGTTACGGTATACTATAGACATACGGTGAAGAAGGTCGAACTATCTTGGTGCGTGAGAGCCCGTGGATTAGACTGATTTCAGCTTCCTGCTTGTACCACAAATTGTTGCCCCTTACAGGGAGCACGCAGGGTAGAATAATGAAGTACAGGGAGCTGCGCCGGAATATTACAACCATAGGAGTTGATATTAATGGAAGTAGTATACCAGCGTTGTTGTGGGTTGGATGTCCATAAGGACAAAATTGTTGCATGTGTGATTACTGAAAGCAAGAAAGAGATTCGCAGTTACGGGACAGTAACCGAGTCGTTGATTGAGCTGGTAGATTGGCTGAAAGAAGAGAGCTGTGAGAATGTTGCAATGGAAAGTACAGGATCTTACTGGAAGCCAATATACAATCTACTTGAATTGGAGGAGATACCGGCAATGGTAGTCAATGCCCAGCATATCAAGGCGGTGCCGGGCAGAAAGACGGATGTCAAAGATGCAGAGTGGATAGCGGAGCTTTTAAGGTATGGACTTCTTAAAGGTAGCTATATACCAAACCGGGAGCAACGTGAATTAAAAGAGTATATACGATATAGGCGAAGCATGATAGAAGAACGTGCCCGCGAATTAAACCGGGTACAAAAAGTGCTTGAAGGGGCAAATATTAAGCTTTCATCAGTAGTAAGCAACATAGATGGAGTATCATCAAGAAGAATGCGTGAGGAAATCATAAAAGGTACTGAGGATACAGAAGTGCTTGCAGCCTTGGCTAAAGGTAAAATGAAGCAAAAGACAGATGAACTTAAGAAAGCTTTAAAAGGACTTATAGGAGAACATCAGAAAAAGATATTATCCACCATGCTAAGACACATTGACTTTTTGGATGCTGAGATTGAAAAGCTTGATGCAGAGGTCAAAGAACGTATGCGCCCTTTTGAGGAACAGGTGAAGCGTTTGGATTCAATAGCCGGGGTTGGAGAGCGGAGTGCACAGACAATAATAGCAGAAATAGGAACTGACATGAGTGTATTTCCGACAGCGAATCACCTGGCATCCTGGGCATGGATGTGTTCCGGTAACAATGAAAGTGCGGGAAAGAAAAAGAGTGGAAAGACTAAAAGCTTAAGAAGTACGCTGGTGGAATGTGCAAAAGCGGCAGGTAGAAGCAAAAACAGTTATCTTTCAGCACAATATAAACGAATCGCAGCACGAAGAGGACGTAATAGAGCAACGGTTGCAGTTGGGCACAGTATTTTAGTAATAGCATATCATCTGATAAAAAACAACGTAGACTATCAGGAGCTTGGAGCAGACTATTTTGAACAGCGCAGGAAGCAAGATATCGTAAAGAGAAGTATAAAGCGCCTTGAAGCCTTAGGCTTTAAAGTAACTATAGAAGAGAACGTGGCATAAGAAATTTTTTTTCAAAGCCAGTACTGTTTGGGTAGTGGCTTGGGTGGGTGTTTTTGTGCCTTCGAAGTAACTAAAATTTTTCAGGATAGAGATATCAGCAAAGCAGCTGAAAATTAAATTTCTAAGTATTTTTCTTTGCATTCCTATTATGCACTCCACGTGGCTTGTGTTTGTAGAATTGATGTTATTTGTTATTGCCCGTTCTCGGAAACATATCCACTGCATTTTTGTCACTTTTGGTAGACGAAAACATGTCCATTACGACGTGAGATATAAAGGATGCGTTTTAATAAATATTAATAATAAGTATTAATAATAAGGTTTAGAAATAGGTAAAATTTTTCTGATTTCAAATATCAGACAAATACTAAATAATATTTCTATGGCTATCATCATAATTGCAATCACATAAGGCCCAAAATTAACACCAATTATAAGGGATACAATGGGTATTAAGATAGCGAACACTATATAAGATTTAGACTTATATAGCCAATCATATGGTAACAAAAGTGCTACAAAAATCACTGCGATTATCATTGGCATTTTTTCAGGTAATGTTGGATATATCCACATAGCAATTAATAAATATAACTATAAATGAGCAAAAACGCTAACATAATTTGGTAAAACTAAATGAGGCACCTGAAAAATCCGATATTTTTGTTGCTTACACAAAAGATAAAGGATTGAAGATGCCCCGATGAACATTATAACATGCACAGAGAGTTTAAGAAAGTTCCTTATTGCATTAAGATTGACATTTTTACTTACAAAGCCTCAAATTGCTAATCTTGCAAGCATAATTGCTTCTGCAATGCAAGGAGGTTTTGACGGTAAAATAACAAATGTCCCGGAACTCAGCATGCGTAATGTTCACCGGACTTCTATCGGGAAATTTTTATCGAAATCACCATGGCCTACAAGCCTTGTAATGGATAAATACCAGCTATACGTACTGGCACAAATAAACTTGCAAGCCCGGAAAACAGGCTGCCCTGTATATGTGATACTGGATGATACGATTTCCGAAAAGACAAAGCCCTCGTCAAAGGCTTTGAGACCAACTGAAGGCTGTAGTGTCCACCATTCACATCTCAGGCGCAAGCGTGTTTACGGTCACCAGATTGTATGTGTCCTTCTAGAATGTGGAGGGTTAAAATTGCCTTATTACATGGAGCTTTACGATAAAGCTGTCCAGAGTAAAATCAGCATGGTTCGTAAAGTCATTGAAGGATTGCCGGATTTTCCGACAAAGGTATACGTTTTGGGTGATAGCTGGTATAGTGCTTGTTCTGTTATTCAAGCTGCTAAAGACAGAGGCTTCGAGTACATCGGCGCTTTGAGAGCGAACAGGGTTCTTTATTCTGTAGGAGGACCAAGATTAGGCCAAAAAGTTAATGCATACGTTAAAACCCTTACTGAAAAAGATGTCCGCCTTGTCACCGTGGGCAATCAGAAGTATTGGGTACACCACTATAATGGCTATATCAAAAGGCTTCCAAAGAACGGAGTAATTTTACTCAGTTGGCCTGAAAGCAAGCTTTTTGAAGAAAAGGCTGTACATGTATTCTTCAGCACAAGCAATCTTACGGAAGAAGAAATTCTTACAACTTATATCGAAAGGTGGACGATAGAAATCTTCTTCAGAGACAATAAGATGCAGGCTCGAGTAAAATTACTGTAGGGAATCAATTGGAATAAATATCCAAAAAATTGAAAAGAAGATGACATCCTGTTAAGATATAAGTCGCCAAATCAAAATACTCAACGAAAGGATGCATCTTCTATGTACAATAGTATACAACATTTTATTGGTTTTGGTGTAAAAAAGATTGAAGAAAAGGTAAAAAAATTTGTTGAAAAGCCTACGGACCTAGCTGACCTTGTTTTGGGATTGCATGAAGAACTTCTTGAATTAGGTAGAAACATTGTTACAGAAGTTCTTGAAGATATGGATGATTATCTGCGGGAATCGGCTTCTCGCAAGCAGAACTGGGAAATTGTAAGAAAGGATAGAACAGGACTTTTAACAAGCTTTGGACCCATCAGTTATGAACGAACATATTTTAAGCCTAAGAAAGGCGGAAAAAGGCAATATCTTGTGGATAGAATAGTTGGTATCAATCCTCATGACCGAGTAAGTGCTGATGTTGTCATAAATGCTGTGGAAGAGGCTGCGGAGAGCAGTTATAGAAAAGGTGGAGAAAAAGCTGCATACATGGATGAGGTAAGCAAACAGGCTGTAATGAATAAAGTACATGAACTTGAAGTTGTTCAGCCATCGGTGGAAAAGAGAAAGGATGAGACACCAAAGATTCTGTATATTGAGGCTGATGAAGACCATGTAGCGCAGCAAGGGAAAAAGAGACATAAGACAGAAGATGAATGGGGAGCAAGTAGCACACTAATGCCTAAGCTTGTATACGTTCATGAGGGAATTGACCATGAAAAAAGCACGAAGAAGAGAAAAGTATTGAAGAATCCCCGTTATTTTGGAGGAATCAGAGATAGTGAAGAACTGTGGCTAGAGGTTTCCCAATACATAGATGATACTTATGATGTGGATAAGATTGAAACTGTATATATATCTGGAGATGGAGCAGCTTGGATAAAACAGGGATTAAACTGGATTGGTAAAAGCAAGTTTGTATTGGATAAGTATCATTTGAGCAAATACGTAAAAGTAGCAACGGCACACTTGGAAGACGAAGATATCGAACAGGAATTAGATGATGCCTTGAAAGAAGCTGATAAGGCGGGGCTTAAGAAGGCATTTGCTAAAATTCTTGAAAAGACAGAATCGGAGACAAAGAGGAAAGCGGTTAACGATGCAAAAAGATATATATTGAATAACTGGGCAGGAATAGAGATAAAGGTAGATAACTATGAAATTGTAGGATGCAGTGCTGAAGGGCATGTAAGCCATATTCTATCCGATAGGTTAAGCAGCAGGCCAATGGGTTGGTCAAAAAATGGTGCGGACAAGATGGCCCAACTCAGAATTTTCAAGAAAAACGGAGGAAAAGTATACGACTTGGTAATGGCTCAAAAGAAGAAAGAACAACGGGAGCAGGCACAGCAGCTACAAGATGAATTAATTCGTGAATTGAGAACAAATAGGAATAGATATGATGGTGTTTGGGACAGTAATCTAACAATAATCAGTAAAGGCCATAAAACACTGCTTTATAGAGCGCTAAGAGCCTTTGTAGGGTAACAATGAACGAAGGGAACGGCGAAGCGAACCCTTTACAATAAGAGGGACCCATATGGTATAATGGGCTAAAGTGGCAGCCAAAAGCTCCAGAGACATTCCCCTGTTACAAGGGGTGCCGCCCTGGCTGACAAACCATATGGGAGATGCTTGTTGTCAAGGGCGTGACCGGAGTGGACTTATTTTAGGAAGTCGTCTTATCTTCAATTCCCTACAGTAAATTGACTCAATCAAGATGCAGCTTGAACTTGACAGATACCAGGTTCGTAGCAAACAAGCAATAAAACGCTTCCTTACGGTTATTATGCTTACTTATGCCTTTTGTGTAAGCTTATCATCAGTGGGATATAGTACATTGAATAGCCAGCGTAAGCATGTGCGTAATGAAATCAAATATAACCTGGTTGCCTATGTTTACGAACAAGCGTGCCATGGTATTCCGTTGTCAAAGGTCAATGAATCGCTTAGTATCACTGTATAACCATTTATTGGTAGCGAATTTGCTCAATTATAGATATAACATTTGGTTTACAGAAAAAGGAACACCCAAATTAGTTAGGGGATTTTCTTTATTTTGAAAATTCACCTTTATTTCCTTCGATATTAAGTCAGCAATCCCCCAAAACCACGGCTTAAATTTTCTATAACCTCGTAGATTTGCAATGCTTTTCAGTGCTTGAAATAATATCTCTTATGTCAATTCTTCCGGTTCCTCTCACGAAAAGGTACGGGAAATTGACCATGCAAAAGTTTTATCAAGCATTTCAGAAAAACACTTATAATCCACTTTTCACCTCCTCTAATAATGAAGTGCAATAAAACACCCTGTTCTGTTTATTGCCATGTTCGTAAGCCAGTGTCATCTGTATAACAAGACCTATACCGTGGCTTAAAAGGAAAGCGCCAACCGAAGAATTGTTTTGTCCAAGAAGCTTCGCAGACTGCCATTGTCCTTCCTTGGTTAGAAAAATTTCGCCGACTTAAACACGCAAATGGTGGCGCTTCAACAGGAGAGACCACTGAACCATACATAAGATTGGTTTGCTTTAAAAACAAAATGAGGGTGATAGATAAATAGAAACTACCCCAAAATATGATAAAATTTTGGGGTAGTTTTCTTATTCCTCAATGTTTTTTGTCAGGAGGTACTCAATTTCTTCTTTCTTTGGCATCACTCTCAACGCTCCTTTCCTTGTTGTGATGAGTGATGCGGCAGCATTAGCGAAAGTGAGCATACTCAAGAGATCTTCATAACTCAGATTTTCAAGATTGTGCTCTAGAATATAGTTTAACGCGCATGCGCAGAAAGTATCCCCCGCCCCAGTTGTATCTATGGTGTTCTTCAGCGGAAAGGTTTTTACCTCTGCCTTCATACCACCATAATATGCACGACTTCCGTTTTTTCCCATAGAGAGCAAAATCAGCTTAATTCGATAGATGTCCTGCAGAAAGCTTACTCCTTCGTCGAGATCCAACCGGTCGGTAAACCATTGAAGTTCGTTATCCGAAATTTTCAGAATGTCGCATTGGCTAAGTCCAAACGCGATCTGCTTTCTGGCCTCATCCAACCTGTCCCACAACGGCTCACGCAGGTTGGGGTCGAAGGAGATCAGACAGGAGTTTTCCTTCGCGATTTGCAGTGCTTTCTTTGTTGCCTCCCGCACACCGGGATGAGTCAGAGAGAGCGAGCCAAAATGGAATATCCTGGACTGTACAATCAGTTCTTCCTGTACCTCGTGGGCACATAGTTTCATATCTGCGCCAGGGTCACGATAAAAGATGAAATCCCGGTCACCGTCAGGATGGTTATGAACAAAAGCCAAGGTTGTATGATATTTCTCATCCAAAAGAAGATTGCATGTGCAAATACCTAATTCTTCCAGAACCATTTTCAGATGCTTTCCGAAAAAGTCGTTGCCCACTTTGCCAATAAAAGCCGTCTTTTTCCCAAGTCCTGAGAGCATTGCCAGCACATTGCAGGGAGCACCGCCGGGATTGGCCTCCAGCAGGATATTGCCCTGTTCGCTTAGACCGTTTTCTGTAAAATCGATCAGGAGTTCTCCCAAAGCGGTTATATCGTAACGTTTCATTCCATTACTCCTCCCTTTACAAATCATACTTTGTTACATCCATAATAACCTCACCAATAGAACTGAACGAAATTTTTTTTGCAGCAGTATCAGTCATGATGGTGACAGTCATTACTTGTTCACCATCATTGATGAAGACTTCTGCACTGAATCTATCCAAAATGACTCTTAGCTTTAATTCACCTTTTTTGTCGGAAACCATACATTGACGCTGGTGAATACAAGCCCTACGAGAACCAGAAAACGAACGGTCAATTTTCAGTATGGACTCATATGGGCAGAAGCTCAGCACCGTTCTGTACAGTTCGTTTTGCGCAAAATTGACTTCAAACTTCTGGTATAACTTATCTTTATCCACTGCTCGAATCGAGATTTCCATCTCTACGGTTCTGCCCTCTATGCCATTCAAGGATAGTTCTCCCTGTAAAAGAACATGTTTATATTCGACCTTGTTACTTCTGTATAATTCCAGCTCTCGGATCGGTTGTTGATATAGCCGTCCATTTTTGACAGACAGTTCTCTCGGCAGGCTCATCTGTCCAAACCACGACAGGTTCTTTGCATCGACCAGTTTACAGGTATCCCAATTTTGCATCCAGCCTATCATAATACGCCTTCCGTCCGGTGCCAGCAGAGTCTGAGGTGCATAAAAGTCAATACCATAGTCAACGGCCTGATAATATTCATTGGTAAAATGCTTTTGTTCTTTATCAAGTTCACCTATCAGGCAGAGCGTACCGTTACCGTTATGAAACTCAAGCCCCTCGGGCAGCATATCCTGCGGGCTGGTAAGGAGAATATACTTTCCGTCTAAAAGGAAAAAATCCGGACATTCCCACATCAATCCAAAGCGGCCATCATTCCTTACAAGGACACTCTCATATTTCCAGTTAAAGGCGTCTTTGCTGCTGAAAAGAAGAATAACTCCGAGATTTCTTTGATCGCATCCTCCCACGACACAACGATAGCTTCCGTCCTTTTCCCTCCAGATCTTTGGATCTCTGAAATTGCTTCGACTCATTCCTTTGGGTAGATGATTCCCATCGATCACCGGATTCTGAGAGTATTTTCTATAATTCAAGCCATCTCCAATAGCAATGCACTGTGTTTGGAATTCCTCTCCGGTATTGCTGTCCTTGTGTACACCAGTGTACATAAGTAAATGCTCTCCATTGGGAAGCTCAACCGCACTTCCAGAAAAGCAACCAAACGAATCGTAGGATTTATCAGGTACCAAAGCCACAGGCATATAGTGCCAGTGAATCAAATCTTTGCTAACAGCGTGACCCCAATGCATGGAACCCCAAACCGTGTCATAAGGATTGTATTGATAAAACAGATGATATTCACCTTTATAATAAGAAAATCCGTTTGGATCGTTCATCCAGCCCACATAAGGTGATAGATGGAATTTGGGCCGGGATGTATCCGGGATACGTCTTGCCGCTTCTTCTTCATATGCTTGCGCAAGTAGTAACTTTTGACTTATCACTGTTTTCCTCCTCTTAAGTCTAGATTTTATCCGGTTTACTGAAAGATAATATTCAATTGATTTATACGCACAATACATGGACACAAGCAAATACTCACATGGTATACTCCCGCAGAGACGAAAATACAACGCTGTTGTTCTCTGCAAAGAGTCGAATTGCTTTCCCGTTTACCCCATACAGTCGTACAGTAAGCGCCGCCAAACCGTCAATGTAGAAGATCCCGACGGAACCCTCCTGGATATAGGTGAAAGAATAGTCTCTACCGGCTTCCAGAACAGCATCTGTTTCAGAGATCAGTGTTTTCCCGCCGTTGAAATATAGCTGCAGCTTGTTATTAGCAGGATCAATGGAAATGAGTTTATAATTATCAGCCTGGCCGTCGTAATCAAAGGCAAGGCCAAAGCTACCATTGCCTGTAAAACAGAACTCACCGGTTAGCATAAATCTCTCAAAGGCAGTAAATACTTCTTTATAACTATAGAGGGCACCTGACTCTAACAGAGCGCCTGTACCATCCAAAATCAAAGCACGACGTACGGCAAAGGCATCATAAAACTTATCCAAAGGAGAAAGAATCAGGCTGCGGTCTTCTTTTTGAACAAGTTTCTGTACAACAAGGTTACCGCCCCATCCGGAGACCTCCTGTGTGGAAGATGGGGATTCTGATCTTCGTGCCCAGCCTACCATATAAGTATACTCTCCATCCGAAACGTGCTTGGCTGCATAAAAGAGCTTTCCTTCTAGGCGCTTTGGCTCTGAGTAAGGGCCAAATTGATTGTCAGCGAAAGCATACCAAAGCGTATCGTTTTGTGCTGAGTAGGTGATATACCACTTGTTACCAAGTTTAAAGGTGTCGCTACACTCAAGATTCCAAAAATCACCTGTGGGATCGGTAAATATGATGCCATCATACTGCACGTTCATTAAATCAGCACTAATTGTATATTTCAGGATCCGTGCCACATTATTCTGAGAAGCCGTTACAGTAAGTGTGATCACGTTATTTTCAGCATCATAGTATGCTTGCGGGTCACGAAAATCATTTTTCTGTCCAAGTTCAGCAGGTGGTGTTATCTCCCAGCCAACAATCTTTTTAAACTCAGTCGGACTCCTTCCTTCCGCTATCATTATTTTTTCTTTATACTCGTAATGATCGGAAGAAGCGTGCCCTGTATAGAAGAAGTAATACTTCTCTCCGACTTTTACAACAGAACCCGTACCGATCCATCCATCCTGGCCACCGCTGCGTGAAGCCTCCAACACCGGTTCGTCATATTCCTTATAGTTGAGGAAATCTTTTGTGGTAACAAGATAAATCGAGTGATTGTAGGAGTCTCCACCGTCTTTCAAATAATAAATATAATAGACACCGTCTTCATAGTAAGGCATAGGATCGCCTACATAGGGCTGATTCACACCGTCTTTTTCAGGAAGGAAAAAAAGTCTATAATCATAGGCCATTTCCTGACTGCCTGGCGTTCTCAAGTTTGTGAAATCTTTGTCTGTATCAGGATATTTGATCTCGTCTCCGCTATCCCTGTCCCAGCCTGCATACAGCGTAAGTTCAGAGTAAACTTTGTCTTTTTCAAAATCCCACTTTTCAATCAAGCCTTTATCCTTAAACCATCCGAGAAACACATAACCATCCCGTGTGGGAGCATCAAGTTCTTCAAGTTTCGATCCCATGTGTACCGTTTGGCTGCCTATCTCTCCGCATCCATAATAGTTTCCATTGAAGTGAACGGTGACTGGTGCTCCGGACTGTCTGCAACTACAAAGCAGAACACTGACAATCAAGCACAGGGCAATCCATAGTACAACATCCTTGTTTCTCATATTTATTGACTCCTTGACTTATTTTGCATACTTATTTGCAGGGAGATGCGCTTATCATCCCCCTGCAAGCAGATAATAGGATCAGATGACACTCATCTGGTAAATCGTAATATCGCTGAACTCAACGGTTACTTCACCAAGCTGCGCCAAGTCTTCAGACCCGAACTGGAACAACAGCTCAAAGTCCATGTCTGTAATAAAGATATCGGTTGTGGTGAATTTGAAAGTCTGCTCCTCGGTGGTAATATCCAGTCGTTCGGATAGACGGGGGTCCCAACCACCGATGGGGTTGAGGAACAGGCCACAGGAAACATTCTTTGTTGCCTTTACTTTAATCTCAATTGCGTAATAGCTGTCGGCTTTCAGCATCAGAGGATTGCCGTTATATCCGCAGATAAGTTTATTATGCCAGTCAGTGGTACCGCCTTGATCAATTCGGTAGAATAAGCTTCCATTTTCGGTCCAGATGGTGCCGACACCACGATCATAGTCCTCATCAGTGCCATTGAAAACAGCCCACGGATACTCAGGATTTGTGGCATTATAGCTGCTGTTACCAAAGGCAATGAAGTTGTCAATGGTCTTTTTGACCTCCTTATCACCCTCAACCTTACCGAATACCACATCACTGATGTCCAGTGAATTGGAGCTTACACCGTCAGAGGGATTACCGATTTGCAGGCGGATGACAGGATCAGAGATCGCACGGTCAGCGGTAAAGGTCCCGGATATTTCAATTTCCTCACCAGCTGCCACAGTAAAGCCGTTGAAGTGAACTCGGTTTTTATCGTACTGGGCGGCGCTCTCTACAATGCACTCGCCGGATTGCGCATTCTTAGCTTTCAGCTTTAAGCTGTAATAATATTTTGTACCATTTTCTATTGTCTGATCACCCAGCTCAATATTGGACTTGATGCTCCAAACACCGCCGTTGGTGGGATATGAGGTGATATTCACAGTCGCAGCATCATCACTAAAGCTTACATTGGCCACTGCACCGTCACCGGCTTCCACCGTAACACCTTTACCGGTAGAAAAATTTGATGTATAGGCTGGTATCAGGGTTTCATCACCGGTAATTTCATATATCTCAATCTTGTCGATGGTCACTGTAAAATTCTCAGGAGTGGTATCGGAGGGGTTATCGGGATTCGGAGTGATCTTGCCCAGATTCAGCAGAAGTTCGGCACTGCCCTTACCTTTGGAAGTAAAGTTGAGTTCCAGAGGTGATATCTCCTTACCAATAACGACATTGTAGGCGCCACCAAATGTAGCCCAGCCATCTGCATCTTCATCACGAGCAATGATGTGGCAGTATGTATCAGCTGTGGATTTTGCCCAGATCTTGATACGATAGTCAGCTGCTTTGAGAGCAAAACCGGGTTTTGCAAGCTGAATATCGCCGTCACCGTTTCCAGGAGAAGCAATCTCAAACACATAAGCTCCCTGCTTCATCTCGGCGCTGGCATCAACACCATCGGCAATACGCGCTTCCCAGCCCCTGTTATCAGTGGCGGGCTGTGTACTGAAATCAAAGTCCTTATAAACAACGGCATCGCCTGTCTTTCTGGTCACAGTAAGGGTCGCGTAAGCCTCAGCCTTCAAGCCACCCTTGTCAGCAACGGAATAAGTGAGCTCATAAGTGCCTTCTTCTTCAGGAGTAACCTTACCATTTTTAAATTCAAGAGGAGGGTTGGAGTCGATAACAATCTTCGAGGTCAGATCTCCATCCTCAGCATCTAAGGCAGTGACACCTTCGAATGCATCAAACTCGGAGCCAACGACAACCGTCATATCACGAACACCAGAAATAGTCGGCGCAGTATTCTTACTGTTGCCGCATGCGGCAAGAGAAAGGAGCAGTGTAAAGGCTAAAACGAGCGCTAGGATCTTACGATTGTCTTTCATTTTAATTTCCTCCCATCATTTTTTATATATCTGTCATAGGCATCCTGATAGACCTGACGGATACTCTCAATGTTGAGCTTCCCTTTTAATTCATCCTGGAAAGATGCCCATTCGGAATCGGATACGCCACCGTTAAGCAGCCAGCGGATCAGGTTCGTACGAATGTAGTCATTTAGATTACTCTCATATTTTGTAAGCTTATTGAGCTCCTCAAGGGTAAACTGCAGATTTACCGGACAGGGTTTCACACCTTCAGGCACATAGGGTTTTACATAAGCATCCAGACGTTCCAAACGCAGCTTAGCACGAGGTTCCATATTAACCACATTGTTCCATGCGTAATCAGAGAGATAAATAATACCGAGCGGGGCGTTCTGCAAGCGAAGCTCGTCAGCAGTCATACCTTCGGGAATTTCTTTCTGAACGAGCATTCCTTTTTCGTCCAACTCTTCCTTATAAACGATGCCAATGGGACCGTAGTTAATCTGAGCTGAAATGAAAGGATCGTAATAGCGATCAAAATAAGCGAGAAGAACTTCAACATTCGGGCAGTCGGCAAAAATAACTAGTTCTCCTGTACCGACCTCCGGGTTGTTGGAAACGCAAACCGTCTGATCTCCGTGTGGGCCAATGATTGGAGCACAGACTATGTAATTTTCTGGGTTGGAAACCACGGTTTCGCTCTCCCACCAGTAGAAAGCTCCATAGATTTCAAGACCCTTGCCGTTGGCCAAGAAGTTATCCTGTGACTGTTCAAATGAGACCTTATCGATAAGACCTTCGGAAACCCATCTGGCAATAAAATTGGTTGCCTCTTTGAATCTCTCATCCTGTATGGTATAGATCACCTGATCGTTCACAACAACCCGATGCTCCAGATTGTCGTTGAGACCGAACATTCCATAAAGATCACATTGGTTGCCTTGCCAGTTGTTGTAGACAAAACTCAGGGGACGCTCATCATTGACATCGCCGTTGCCATTCATGTCGTTTTCCTTGAAATAGCGGAGCATGGCTTCCATCTGTTCACAAGTGAGAGCAAGGCCATCCTTAAGATCATCCACACTGAGACCATTTAGTGCGCTGGCCTCAATGGCTTTGGCAGCCCAGTTCTTATTCAAGTAAAGAATGTTGGGATGCTGCAGTAAACCCATCTCTTCAATGCGCGGAAGGGAGTAAATTTTTCCGTCTTCCACATTAATAAGTTGATTTTTGATGTCGGGACGCTCCTCCAGGATTTTGGAGAAGTTTGGCATGTACTCGAGATAATCACTGATGGGAAGCAATACTTTTCGTCTTGCATACTTGATGATCTCACCAGTAGTCATACCTGCATGATAAATAGCATCCGGACGGTCTTCCGAGTTGCCAAAAATCAGGTTTTTCTGCTGGGAGTATACGGACTCTGACACGTTCTCCCATACTACATTGACATTTGTCATCTTATACAGATCCTGCATGACTTTCATGTCGTTGTAGTCCAGAGCGGAAGCATTCTTTGAGGAATAGACTCTGAAAGTCAGCTCCTTAGCGCCCTTTTCATTGAGGATAGGAGCAGAAGTATCCGTCCACTGGAAACCGTATTCGGAAACCAGTTTCTCAACACCAGCACCCTCTTTCTTGTCGGATTTCTCGCTGTTTCCACAGGCCACCAGAGACAGAACTAGCACCCCCGAAAGCAGGATCGCTATCCACTTTTTCATGTTATCAATCCTCCTTATTCTTTATGATATGGATGCGATATTAGTTTTTCAGTGAGCCGATCATGATACCCTGGGCGAAGTATTTCTGCACAAAAGGATACAGCATCAAAATCGGCAGACTTGACACAATAACGGAAATATATTTGATCTGATTCGCCAAACGATACTGTTCAAGGATTGTCTCACCGCTGCCACCAACGGTACTTTCCGTGGCAATCAAGATCTCTTTCAGAACGAGTTGCAGTGGATACATACTTTCGTCTCGAAGGAAGATCATTGCATTAAAGTAGCTATTCCACTGACCCACACCGTAATACAGAGCCATGGTCGCGATGATTGCCTTGGACAGGGGAATAACTATCGAGAAGAATATTCTAAACTGGCCCGCACCATCGATCTTAGCTGCTTCGATCAGGCTGCTGTTAATGCTCGATTGAAAGAAAGCCTTCGTCATGAACAGATTCCACACCGACAATATTGAAGGCAGTATGACTGCCCACATGGTGTTGTTGAGGCGCAGGCTGCTCATGACGTTGTAAAAGGGAATCAGGCCGCCACCAAAGAACATGGGGATGATGAAATAGATCATAAATGTCTTTCTTCCCAGGAGAGTTTTTCGGCTAAGCGCCCAACCTGCAGGAATTGTTACGACGAGAGAAAGTATAACCGTAAGAGCCGTATAAATGATGGTATTGAGATAACCCCTCCACACATCCTGCCGCTCCATGATCTTGGCATAGCCTGAGAATGTGATCTGTACAGGATAGAGAATTACCTTGCCGGAGAGCACCGCGTCTGGGTCGGAGATCGAGGCGATAATGACAAAGTACAGAGGATAGAGGATAACTAAAGTTACCAGGACGAGGAAGACTTCAATGATGGCGTAGAATATCTTATCACCAAGTGTATCTTTCAAATCTTTTTGTTTCATTGACACCCTCATGCCCTCCTTTACCATAAAGAGTTCTCTGAGAACTTCCTAGCCATTGTATTAGCAATAATAAGAAGTACCAAATTAATCAAGGAATTAAAAGAACCGATGGTTGTCGCATAAGCTTGATCAGGTACACCAGTTAAACCACGTTTATACACGTATGTGGAAATCAGCTCGCTGACAGCAAGGTTGCCGTCAGTCTGCATCAACAGCGCTTTCTCATAGCCGACACCCATCAGCCCACCGATGGACATGATAAGCATCACGCTGACCATGGGCATTATAGCGGGCAAGTCAACGTGGATAATGCGCTGAAACCGGGTCGCGCCATCCAAAATAGCTGCTTCATGCTGCTCATGATCAACATTAGCGAGGGCCGCAATGTAAATAACTGAGCTCCAGCCAAAATCCTGCCAGTTGCTGGACAAGATATAGAGCGGACGAAATGCCGAGGCCTCAAGAAAGTAGGAAATACGTTCGCCACCCAGGCTTACCGCAATATTATTCACAAGTCCGTAGCGGCCGAAGAAAAGCTGCAGCATACCGACCAAAACGACCAAAGAGATAAAGTGAGGTGCAATGAATATCGTATGCAACGTCTTGCTCATCTTCCTGCTTTTGAGTGCATTGAGCATCAGAGCCATGATGATCGGTAGTGGAAAACCGATGATAAAACCATAGATACATAGCAAAAAGGTGTTCTTCATCAGCGGCCAGAATTGGGGATCATTGAAAAAGCGGGAGAAGTTTTCAAAGCCCACCCAGATTGTTGTATCTGAAAGAATCTTATCGCCGGGCACAAAATCCTGAAACGCAATCAGAATACCGTAGATGGGCAGATAGCTGAACAAAAAAACGACCAGCACCGCAGGAAAGAGCATAATCATAAACGGTAGATTTTCTTTTAAATGTCTTAGCTTTTCGCTCTCAGGCGTCATTCTCAAAAACGCTTTCTGGCGGGAGAGAAGTGATTCCTTTGGAGCTCTATTTGTTGCTTCCATTGATTCTCCTCCTTGTACAATTAATATTGTATTAAATCAGTGACCAAAGCCACTGTTTGACCCATCAATTTTTATAGTTAACATAACATTTTAAGCTTCATACTTTTCCAAACATCAAGCACATCATCCGGCTTCACATCTTAGCCATTATGCCAGCATCTGTTGGCCTGAACTTTGACAATCATGTATAATATTTTCCGGACTTGGAAGGTGTGTGTTTCACCTCCTGGGACGGACCTTAGCGGGCCGATTACCCGTAAAAAAGAGTATTTATCCATTCCGGTAAGTCTACATGATTTGGCTGGTTGAGGCCAGCTTAAAGCTGGTTCCTCGTGTCACATGCAAGGTTGTTTGCTTACATGGGAAGGAATGGAGACTTTTAAGTCCATTCATCTTGTAAAGGAGGCATTTTTTATGAATTTCAGACCTATGGCAGGAATCGATGTAGGTAAATTCTTTAGTGAGATGGCAATTCTTTCTCCATCCAATGAAGTAATTGCCCGCATGAAGATCCGCCATGATTCCAGTTCTGACGTTGAAAGAGCCGTTAAATTACTGAAAAAAACGGAAAAGGACTTTGATTCTAGGCCTTTCGTCGTCATGGAATCCACCGGGCACTATCACAAAATCCTTTTCCATTCACTTTGTAAAGCTGGATTTGAGGTTTCCATCATAAACCCCATCCAAACTGATTCTATCAAAAATATTGGAATCAGGAAAGTGAAAAATGATAAAGTTGATGCCCGGAAAATTGCCCTGCTATACAGATTTCAGGAGCTTAAAACTACTAATATCCCAGATGAAGATATTGAATGTCTGCGAAGCCTTTGCCGACAGTACTACAAGCTCTCTGACGAACTTACTGCCTACAAAAACAGGCTTACAGGTATTGTTGACCAACTCATGCTAAACTTCAAGGATGTATTCCCTAACATCTTTTCAAAGGCTGCTCTCGCAGTATTAGAAAAATATCCTACGCCTGTGCATATTCTTAAAGCCAACAGAAACAAGTTGATTGCACTGATACAAAAGAATTCCCGCAGAAGCCTTAAGTGGTCAACTGCAAAGTATGAGCTTTTGGTCTCCAAGGCCAGAGAATTTGCACCTTTGAGCATTAATAACTCTTCAAATATTGCCATGCTTGGGGTGTATATCTCTATGATTAAAACCTTGGAGGAAAACCTTGAGAAAGTCCTCAAAGCCATTCGTTCATTGATTGCTGAAGATATGGCAAAGGACATACCCATGCTGGCACTGACTCTCGAGCTTCTACAAAGCATTCCAGGTATAGGACTTATCTCTGCTGTTACCATTCTGGCTGAAATTGGCGACTTTTCAGCTTTTTCAAAGCCAGGCAAGCTAGTTGCTTATTTCGGCATTGACCCCTCTGTAATGCAGTCCGGAGAGTTTACCGGCACACAAAACAAGATGTCAAAAAGGGGGTCAAGGCTGCTTCGCAGGGTACTTTTCACAATTGCTCTTGCTAATATCCGCACTAAGCGTGACAAAACAGCTTGCAACCCTGTACTGATGGAATATTACAAAAACAAATGCCAGAACAAGCCTAAAAAAGTGGCCTTAGGAGCTGTTATGCGTAAGCTTGTTAATTATATTTTTGCTGTTCTTAGGGATAGAAAGCCTTATCAGCTACGTAGCCCTCAGGAACATGCGAAGAATCTTGCAGCAAAGCATACAGCAGCTTAATAGTACTGTTACTTGATGTTTAGTTTTCAAAGAGCAACTTACTATTTTGGACCAGCTATTTTATGTCTACTTCACCTGGGTGGTCTTGTTGTCATGCCTTTTTTAGCTCATGTGTTTTTTGAAAAATTCTTTTATTTTTCAAAAAAAGCTCTTGACTTTAATTAGCTGGTCTTATTGTATGTATTGAGTATCAGAAGCCCACTTTTTTTATAGACAGGAGCGTTGTTCGGGACTGAATTGTCATAACAACAGTTGAGGTTGTTTCCTTTTCTCTTGTCGAAGCGCTAGGTGAGATATAGCTTTATGACTTTTGACATGCTTTCCTTTTCCTCCTTTTTATACACAACCGGAATATTTAGAAGCGAGTTAGAACAATGTTTACATTATTATGTTTTTTGTTTACAAAATGTAAACCTTATTACAAAAATAGTATATAATATACTGTGCAAAATGTCAATATGCAATTGTGCAATTTATAAATTTTTAAATGTAGGTTAATCTTATGCCTGAGATAATAATAGAACAAAATAATAATATAATCAATTATATAAAAATGCTAAAATTGCCTTATCTGCATAAACATTTACAATTTACTGCACAACACTAATAACGACACTTAATTTACAATTTGCTGTATTGTGCAATTTTACCATTTTGTAAACCGCTTAAGTAACTCTTATTTACACTAAAATGATTATCACTCGATTTCATAAGTTTACATTATTAAGTGAATTGTTATAGGGTATAAGGATTCTTGCGCCCAACAATATAATATTGCTAAAAAGATGACATCCTGTTAGAATATAAAATAAACAATAGATTTTACAGTAGATGACATGTAAACCAATACAGCATTTCAAGGTGCTTTGGGTAATGAGATTTGAAAAACAGTGAAAAAAATCTATCAATGAAAGAACTGACTTGGCAGCCTTTTATTCAGGGATGGGAGGGAAGACATAAAGACATATGTAGCATGTGAAAGAAAACTGTCGACGCTAAGAATTATAAAATGTGCGACATCATTAATTTTCACATTTTGCACATATTTATTTTCCTAATCAACCGTGATATAAGGTAGACTAGTAAACAATCAAGTGAAAGGAAACTGCTTATGGCTCGCAAAAGAGTTACTATGCAGGACATTGCCGATGCCTGCGGTTTGTCACGAAATACCGTATCCAAAATATTCAACGAGCGAGGCACCGTCTCAGAGGCCACGCGTAAGAAGATTACAAAGGCGGCACAAGAGCTCGGATACTTTCAGTTTCTGGAGGAGAAAACTTCGAAGCCAGGTACACATAGTCAGAACATTGCACTGCTGACACACAGTAAACCAATGAACCATAATTTTGGTTCATCCTTTATCATTAATTTCACCGATCAGCTCTGTCGTGCCGGATATACGCTGAAGATGTATGAGATCTCTACGGAGGAGCTCACTCAAAAGAAGCTGCCGCCTCATCTGATGTTGGAAAATACGGTTGGTATCCTCGGTATTGAGCTATTTGACCGTGACTATCTGCATATGATATGCGGTCTGGGATTGCCCACTATTTTTGTAGACGGCTACGCTCATGTGAATAGCTCCTTGCTGTGTTGCGACTTAATATCAATGGAAAATATCGCAAGCATCATTGCATTAACGGAGCGCCTGATCGCCTCCGGTGCAAAAAGAATCGGCTTTGTAGGTGATATCAACCATTGCAACAGCTTCTATGAGCGCTGGATCGGTTTTTGTACGGCTCTCGGTAGCGCAGGTCTTCCTCTTGATCATAGTCTTTGCATCCTCGCCAAGGATGAAGAGCCCTATGGTGACGTCGATTGGCTTTTTGCCCGGCTTGAGGAAATGCCATCCATACCAGATGCCTTTGTTTGTGCTAACGACTTCCTGGCCATTCATCTCATGGCGGCTCTAAAGAAAAAGGGGTTATCCATTCCCGCTGATGTTATGGTAACTGGATTTGACGGCTCACCAGAGTCTGCCGTTGTAGAACCGCCCTTGACCACTGTGCAGATTCCAAGCGCTGATATTGGTCGTCTTGCTGCAGACATTCTGCTTGACAGGATTCAAAACCCGGATCGTCCTTTCAGATTCACTTATGTAAAAACCATCCCTGTATGGCGGGACAGCATTCGGTAATATCAAAAATTTATTTTTAAAGAGGCACCCGGAGCGAGTCTTTCTTCAGGTGCCTCCATTTATATGCGTTCAGTATGGGCACACCCAAACGAAAAATAGAGAGTAAATGCCCCTCTAGTTTTATCTTGCATAAATACATACCCATTGCTTGACAACCATGCCAAAGATAATCCCAGAGGAGCATCTTTGCGAGTCAATGGTGCCACAACCTTTATAGAAGCCAGCCGTTCTCTTTCAAGATCGATGTTGAGAATCCCTATGGGCTGGCCCGCCTTGGCCGGAGCATTGACCATTTTAGGAATCTCCAGGATTTCGCTTATCTTTCCCTTGCTGTCCTTCTAAAGTCTTGAAACTCTTTATTTATAGCCTCTTTCAGTTCTTCTATTTTTCAACCCTTGACATCAATACTAATGCCTCCACATGGCCCGTGCTGATGAAATTGATATCTGCGGGCTATTTTTTATAGTATCTGTTCGCGGTAACATGTCGATGACTTTTTGGCTGTTTTGATGAAAACAAATGTTCAATGAAACATATCACTCCACTTACATAGCAAAAGTATTACTTTTTTACCTGATTTGCTTTTACATTCTATCAGGCACTTCTATTGTAAGCGCTTAATTTTAGGGTGCCTTGTATGAATCATTACGGCACCAGGAGGGTAGTTCAGGTGACCACGGTAGATAAGGTGTCAGAGATTCATGCGTCAATTCCTTTAAGCTTGGTAAATTTGTCAGTAGATGCACCGAATACATATATGGATTAAGTTGATTTGCTTTGGCAGTTTCTATCATGCTGTAGACAATAGCACTGGCCTTGGCTCCGCGAGTTGTGTCGGCAAACAGCCAGTTCTTCCTGCCTGTGACATACGGACGAATGGCATTTTCGGCTCGATTGTTGGAAAGCTCGATTCGTCCATCCAACAGGAAACGATTCAATGATTCCTTTTGATTCAATGCATATGTGATCGCTTTCCCCAGATTGGAGTTTGGCAGCGGATTTAGTTGTTGCACCCATTCCCAGAACTCATCAAGAAGGGGTTTCATATTTTTAAGTCGTTCTTCATACCGCCTTTCAGCGGATAGTTCCTCCCATTTCTTGTCCATGGCAAACAGACGGTTACAATAATCATATCCGATAGCCGCCTTGGAAGTCTTAGTGTCAGCCCCCTGGGGAATTGCTTCTTCGAATTTGCGTTGTAAATGAGCCCAACATCCACAATGTATAACATCAGGCACTGCATTGTAGCCACTATAGCCATCTGTCTGAAGGTAACCCGAAAAACCCTCAAGAAATCTTCGGGCATGCTGGCCGGATCGTGTCGGTTGGTATTCAAATAAAACAGCCGGGGTTGGACTTCGCCCGGAAGTGTAGACCCACATCCGCGATTCTGTCGTTGCTTTCCGTCCCGGTTCTTTTAATACCTGCAGTACAGTTTCGTCTGCATGAATCAGGGGTTCGGAAATCAAGTGCTTATGAATGGCATTGTACATTGGTTCAAGCCATTCATGGCTTGGACGTATGATCCAGTTTGCCAGGGTGGCTCTGGAAAGTGTCACCCCCTGATTTGCCCAGTCTTTCTCCTGCCGGTATAAAGGCATTCCGTTGGCATATTTCTGATACATAACATAAGCAACTGTTGAGGCAGAAGCAAGGCTGCGTTTCATGACCGGGGCTGGAACCGGCGCTTTGACAATGTTGGCATCTCCGGTTTCCTTCTCGCAGACGGTACACACATAATTAAAACGAATGTATCTCAATACTCTTACTTGGGCAGGGATAATCTCAAGTTCATCCCTGACATGCTCCTTGCCCAGATATCTAAGGTCAGCCTGGCAAATACCGCAAGAGCGCTTGTCCTCGTCAAGGTCACAAACAACCTCCACTACAGGAACTGTCTGTGCCAGTTCTTCCTTTGTTCTTTTAGGTTTTCTGGTATGGGCAGCCACAATTGTCTGTACGGTAGGTTCTTCTGCTTTGTTGTTCGCTTCGACCTCTGCTTCGTTGAAAAGTGAGATTTGATCGTTGTCTTCTCCTAAAACATAACGACGCTTTTCGCTGGATTGGCCGTATAGAGCTTTTTGGGATTTGATAAGAAGCTCTGTAAGCTGGTTGATACGGATTTGCTGGTTTTCCACTATTTTTTCCAGAGTGGAAACATATTCAATTTGTTCTGGCGTAAGCCCTGTAAAATTTATCTTTTGCATAAGATAATTGTACCATATTTCACCTGAAAAATCCAGCTTAAATGCTGTAAAATCAATACTTTTACGCACTTTTTTATCAGTAGATTTCGCCTGTTCTTGCTTTTCGTATTGCTTTGGGTTGATCTATCGTCAGACCCTCCATCAGCCACCGGAATTCCTGCTGGGTAAGCCGTCTTGCTTGCTCCGGTGTACGGGGCCATTTAAAGTTCCCATTCTCAAGACGCTTATATAGCAGTACAAAACCGTCTCCTTCCCAGAAGAGAGCTTTGAGACGATCACGACGTCTCCCACAGAAGAGGAACAGGCTCGGAGAAAAGGGATCCATGCCAAATGTCTCTTTGATAATAGCCGCTAATCCATCAATTGACTTTCTCATGTCTGAGTACCCGCAGACAATGTAGATATCTTCTGCCCTTGTAATATCGCCTAACATATGCTTTTCAATGCCGACAGAACTGCCTCGATGGTTTCTCTGGAAGTTCCGTCATGTATATCAACACAAAAAGAAGGCAAGTGGATTGTGACTGCTGCAGATACCTTTGTCTGGTGAAATGGTACTGGGACAATTTCTTGTTCCGGTTTCTGAGGTACAAGTGATCCGGTCTCACACGCCAAGGTGCGGATTCTTCGCAGCCAGTAGTAGTACGATTTAATTTTTACATTGTTCTGGCTGCACCAACTGACAACTGTCATTCCACTGGTTTGGCAGGCTTGGATAATCTTGCTCCACTGCTTGAGTCGGAATTCAGTTTTGGCATTTGTGATTTTATCCATATTGAGATAGCCTCCTTAGAGATTCTAGACTTTTTAGTCAGAGTCGAAAAACTCGAAAAAGTCTAAAAACTTTTGGATGGATTATCTCATATGGACGGATAAACTTCTATGCGCACTTATATTAAGCGCTTACCTTCTATTCCCAATAAATCCAAACAAGTTACTAAGACATCTCTTGTCAGCGAAATGAGCTTAAGCCATGATTTCTGCTTTAATGTATCTTTCTCAGAAATAATTTTTGTTTCATGATAAAACCTGTTAAATTCATTTGACAATTCAAAAACAAACTGGCAAATTTTATGGGGAGAATAATCAGCGAAGCTGTCTGCAATAACTTTATTAAATTGAGTTATTTTAAGCATCAAATTACGCTCACTTTCACCGTTAGGCAGTTGCAAGGAAGCTGTTTCCGCCCTATACCCGGGATTAACTTCCGTAAACTTATTGAGTATAGATTTTATTCTTACTATGGTATATATAATATATGGTCCCGTATTTCCCTCTGTAGCCGTAAACCTATCCACATCAAATATATAATCTTTTGAAATCTGATTGGATAAATCACTATATTTTATAGCTGCTATTCCCACTTTTCTGGCGATTTCTTTTGCTTCGTCCTGTGGTATCTCTTTATTTTCTTTAACTCTTTGATAAACCCTATCAACTGCCTCCTTTATAAGGCATTCTAAACGCATTACTCCCCCATCACGAGTTTTAAATGGTTTACCGTCATTACCATTCATTGTGCCAAACCCTAGAAAAGTCAGCTTGGTAGTCGGAGGAACAAAATCTGCTTTCTTAGCACACCTGAATATCTGTTCAAAGTGTAGTTCCTGTCTTTTATCAACAATATATATAATCTCATCAGGATTATATAATTCAATCCTTTCAACGATTGTTGCCAAATCAGTTGTACTATATAAGGTTGCACCATCAGATTTCACTAAAATACATGGAGGTACATCCATTGTATCAGAATTATCTTTTACATCCACCACAAGAGCTCCATGGCTAAGATATGCTAAACCCTTACTCTTCAAATCTTCTATCATTTTAGGAATGTAACGCTGGACATCGCTTTCTTTCTTCCATAAATCAAAATATACATTCAGGTTTGCATAGTTTTTCCTTAAGTCCTCTATTGACACATTCAGAATATGCTGCCATAGTGCTACATAACCCCGGTGACCATTTTGGAACAAATACGTTGCTTGTTTTGCCTCCTCCATAAAATCAGGGTTGCTCTTGGCATAATTACTCGCTGCAGGATAATACTACAATGTTGATTTACCAAAGCCCCTACCTTGCATTTCCAATGAAATAGGCCTCAAACCTATGTAAAATAGGAGGCAAGGGGGTCATAAAAATGAGTAACGCTACAATAAAGAAAATAGCACCTTTTGCACTACCAAAACTACAAAAGTACCTTGATAAGTTCAAGAACATTTTCCGCCGCAGTGATACGATGAATGCTGCAGAACGCTACATGACCGGGCTTTTGAGCGATATTCCCTACAAGAACTGCGGAATGATGGCCGAATACATGGAAGGCACATCAGCCCAGTCCTTGCAGGATTTCCTGACAAACAGCTCATGGGATTATGAGCAGCTAAACCGTCAGCGAGTAGAGCATTTGCTGGAGAACGCAGTTTCTTCTGACGGAGCCCTTGTTTTTGATGACACTGGTTTCGAGAAGAAAGGTAACTGCTCTGTAGGAGTAGCCCGCCAATATTCCGGCACTCTTGGAAAAGTAGGTAACTGCCAGATCGCTGTGAGCTGTCAGTATTCCGATATCAAATACACTTGGCCGGTCAATGCAAGGCTTTATTTGCCTGAGAACTGGACTTCCGATCCAGAGAGGTTGAAGAAGGCAAAAGTCCCTGAAAATATAACTTTTAAAACAAAGCCTCAAATTGCTTTGGAGCTTTTAGACCAGGCCAATAGTATGGGAATCAAGCACAATATCATTCTGGGTGACAGCTTTTATGGTCGGGACAACACCTTCATTGAAGGTCTTGAAGCCCGAGGTGAAACCTATGCGTTGTCTGTGCCTTGTGATTTTACGGTACGGTTTGAGCAGGATATTAAAACTTTCGTACCTCCTGCTAAAGCACAAACCAATCGGACTGGTCGTCCAAGAACCAAGCCTGAGTCTATTCCGCTACCACCTCAATACCGGGTTGACTGGCTTATTGACAAAATACCTCAAGATTACTGGAAAGTAATCTCCTGGAGGGATGGCAGCAAGGGAGAACTAAAAAAACAGTTTGCCTTCATCAGGGTTTGTTGGTCCACACAGACTAAGCTTGGGAAACCAGGGTGGCTTGTGTTTGAACGACCGGTTCCCGGGGAGGCTGGTGACACCAAGTATTACTTCAGCAACCTTCCGATAGATACTCCGGATGTTAGGATTGTAGAATACGTCCACAGAAGGTATACCATCGACAGGTTCTATCAGGATGCGAAGGACGAACTTGGGCTTGACCAGTACGAAGGTCGCATGTGGCACGGTTTTCACAGACATTTTGTCATGGTAATGCTGGCATACTCCTGGCTTACCTTGCAACGGCGGGTTAAGAACGAGTCAATCAAGCAATATGAAGTTTTGGTAGACAGACCTTGTGTTACATCACCGTCTTTCAGCATCAGGGAAGTTTTTTCCCCTGAAGCACTATTTACTTGAAAGTATGTCTTCTGTAAGGAAGCGCATACTTGATAAACTTAATGCGTTTTATATTTTGTGGGTTTCACAACCCAGACAGAGGAGGATTCTTTTCCTGCCTCTGCGTACTTAACATAGTAGTAATAAATTTCTTCAAGTTCAGTTATATTAAAGGGAGCTTCCATCGGGTATTCGCCTTTATAGCTCTCATCGAAATAGATTAAATCAGGGCTACGACGTTTTAATTCTGCAATTATCAAGCCTATTTGCAAGCCCCAATCACCCAAATGAACATCTCCTAACATTTTATACCCTAAAAACCTACCAATACGTTTAATGCTCTCACCAATAATTGCTGTTCTCAAATGTTCTACATGAAGTGGCTTTGCGACATTGGGACCACCATAATCCACAATAATTGTTTTGCTAGCTCCAATTTCTTCACAGCCGAACTTGTCAGCCTCGCTCATGGCGTTTAAATAGCTGACAATAAAGTGATCCTCCAGCGTTATGTTAATAAATCCAGGCATAACACATGATACTTCCTTAAAATCAGGATGTTTTTTAATATGTCTGTTATTTCAGTAGCAATGGCGATAGGAGTTTTTCCATACTTCTTAGCAGCTATCAGAGCACCATTACATTGAAATTGGCATAAATCCGGTCTATTTGACAACGTAACCAGCCCATATTCCGGAGAATAGTTGCACTGAGCAAATGCACTCTTTACTACATCAGTAATAAGCTCAACCAATGTTTTCATAAAACATTACCTCCATGCAAAATACTATAAAAAAAACCGTCTCTTATCAGATAAGAGACGGTTAAATCCCGCGGTACCACTCTAGTTGATTGTAATCACAATCCACTCATAACTTTAACGCAGTCAACGTCACACCCTTACACATAATGCTCGGGTAGCTTCTCCGAGGCCCTTTTCTCCAAATAATATCTTACAGGACTCCCACCATACTCCTGCTCGCTGCCAGAAATCTTATAAGGATACTTCCCTCTTCATAGAATTTGCATTTTTTAACATTATATATTCACAACGGTATCTAAGTCAAGTTCAAAAACATGGCGGTGTCAAGAATTTTTCGCACATTTAGAGGCGATTCTAAATTTTAACGAATGGTGCCATCGAATAATAAAGCATCTTGTTGAACAATGCCTATGTTATTTCTTAATGAGCGCAAAGAGATTTCCTCAATATTAATTCCATTACTTCATACGCCGGTTACTGACTATGTGGCTGCCCTATCTCTACCACTGCAGGGCTTTCACCTGTTAGCATTTGCCAGCTTCGCTGGACGCACACATCAATACCACACACTCCATTTCTGCACATTAATCTCATATAACCTTATGTTCCAACCTCACAATAACAAATCTAATACAAACAAAAATCAGAAAAAAGTATTAAGTAAATACGCTAAGGAGAATGGCATGCAGTTGCTCTTTTTTAGTTATTTCATTGAGCTTATTTTGAGCTTATTTTCAACATGCTCTGACTTCCTGAGGTTTTTCCATGCTTTGTTCAACTTTCTCTTTTTCAGGAGCCGTCTTATCCATTTTTATTGCTCCGGAACGGATCAAGGCAATCTTTGCGCATACAGGACCGATTAACTCATACAATACCGAAGATGACAAAATAATTGTCAGAAGCATATTTCCCATAGAAGCGGATAAAATTCTTTTGCCCAAAAAAGCGAGTCCAATAGCTACCCCTGCTTGAGGAATCAAAGCTAATCCTAAATAATTCTTTACTTCCTTTGTGGTTTTTGCTATGATGCATCCCAAGTAAGCACCTAAATATTTTCCTGCAATCCGTATTAAAAAATAGGATATGCCTATTACTCCCATGGTACTGAATGAGCTGATATCCAAATTCATGCCTGATACGACAAAGAATATTGACATAATAGGTGGAGTGAACCTATCAACCTGTTTATATAATTCCTTGTCTTTAGTCATGTTGATATAGGTGGTGCCAAACAGCATACAAGAAAGTAAGGGAGAAATATCCACCGCAGCGCATAAACCTGCAATTCCAAGAAGAAGTGATATAGTTAATATTAGTCGATTATCCTCGCTCCGTTTTGGAGTCATTAGCTTGCTTAGGATTGCTCCGCTCACAAGCCCGATTACCAAAGCACCAATATTATATACTATGGGCATAATGATTTCAGAAGTAGAAATATTTGCTCCGACATTAGCATTGACAAAAGCGGAAGCTATGCTGAAAGCAATAAGACATATAGCATCGTCAAATACGACTACCTGCAATAAAGTATTCACAAAATTACCACGTGCATGATACTGCCGAATTGTGACCATTGTGCTTGCCGGTGCAGTCGCCGTTGCAATTGCTCCCAAAAGCAGACAAAAACTCCAACTCAAATGAAATATGTAATGTACAGAAAAAGTTACAAATAACCCAGCTAACAAAGATTCAAATAAAGTAATCACAATAACACCAAATCCCGTTTCTTGAAAATTTTCTTTCTTGAAAAAGCGTCCGACGCCAAACGCAATGAAAGCTAAAGCGATGTCGCTGATAAACCCCATGTTGTCAACCATTTCACGTGGAATCAAATTCAGAACATATGGCCCTATCAGGATACCGGAAATAATATAACCAGTTACATTAGGCAGTTTTGCCAGCTTGGTAATACGAGTAAGTAAAAATCCGGCAAGCAAAATTACTGATAAAGATAAAAGAACAATAGTTGTGTAATTCAAATGATTTAAAAAGTTACCCATTAATTAACGCTCCTTTACAGCACTATATTTTCAAATGCGGCTAAAAACAAGCATGTTAAAGTCCAATATGCTGATGAGACCAAACAGTTAAAAAGATAAAAGAGTTTTAACAAACTTCGGTCGTCACGAAAGCGAAGCATATCAAATTTCCCCAACATAATCAGGACAAGGATTGCACTAATTGTTATTTTTATTGAAAGCAGATGTACGCTATGAATTACCAAATCTGCTGAAAAACAAATTGGTAGACAGAAAAACATAAGTGCAATATTTGCTAAGAGAACTCCTATCCATCCTGACTGTTCCTTTCCGAATTTAACAATTCTTTTGTAATGCGAATCATGATCGGACAAATTTTGTGTTGACAACTGAAAGTGCTGATTAAAATAATGTGAAGAATTAGGTAGTGGTTTAATTAAATTGAAAATAAGAACATGCCATACAAATACAAGTTTTGGCTTCACTATCATTGCCTCCTTTCCTGATTTATGATATCATTATACTCGTGGATTTCATAAAGTAAATTTATAATATTTTAATATATTATAAGGAAATGTTATAATTGGAGATGGACAATATGATTGACGTCAGACTTTATACCTTATTAGCAGTAGTTGAATTTAACAGTTATACACGTGCGGCAGAACATCTTTCTTTGACACAGCCGGCCATAACTCAACATATAAAACAATTGGAGAAGGAACTGAATATCAAAATTTTCAGACGTGTTGGAAAAGAGATTATTCCGACAAATGAAGGAAATGTCGTTATTCAATATGCCCGTAGAAATATTGCCTTATACGAGAGGATGAAGCAGAATATTCTGGATATACAACGCCATGTAAGACGGCTTACGGTTGGAATTACTCACACTGCTGAAAGTAATGCTGTAGCAGAAGTATTGGGAAGGTACAGTTCCAAAAATCCGGGCACAACCATAACAATAATTTCTGATTCTATAAATAATCTTTATAGTATGCTTAAAAATTACGAGATAGATTTAGCTGTCGTTGAAGGAAAAATTCAAGATTCCAGCATTAATTCACTTCTGCTTGACACAGATTCATTAATGTTGGTAGTGTCCAACAATAACCCTTTGGCCAAAAAAAGTATGGTGACCATAAACGAACTAAAAAAACAGCCTTTAATCCTTCGCAGACCATCGTCAGGGACAAGAAACTTGTTTGCCGCTCATTTGGAAAGTAACAACATGTCGCTTAATGATTTTAATGTCATTTTAGAAGTTGACAATATCGCTACAATTAAAGATCTAATACGGCGTGACATAGGGGTTTCTATCCTTGCTCGTAGCGCATGTCTTGACGAAATAAAGAAACGGAAGATTACTGTATTACCGATAGAGAATCTCAGCATGATTCGTGAAATCAATATTCTATATCACAATGACTTTAAGCATGTGGATATTTTGGAAAGTATTATGAAGGAATACAATAAGGTGGCAAAATTTTACGCATCATAGGCCGAGATTTATATGGAACTTTATATATTGTAAAAAGCAAGAGTACTGACCTAAAAAGCGAGAGTGTAAAAGGAGATGTAATAGATAATGAAGATATTAATAACAGCATTTGAGCCATTTGGCGGAGAAAAAGTCAACCCTGCTTTGGAAGCTATGAAGCTATTGCCAGATAAGATCGGTAATTTTCAGATACTAAAATTGGAACTGCCGACAATTTTTTATAAATCTATCGAGAAGGTTTGGCAGTATATAGATGAGTATAAACCCGATGCAGTCATTTCTTTAGGTCAGGCGGGTGGACGGGCCTGTATATCCATAGAAAGAGTTGCTATCAATGTTGATGATGCATCAATAGCTGATAATGATGGCAATTTACCTATAGACCAGCCTATCTTTGAAGATGGTGAGAATGCTTACTTTTCAAACCTTCCCATCAAGAACATGGTGGAAGCAATAAAGAAAGCTGGGATTCCTGCCAGGATTTCAAACACTGCAGGAACCTATGTGTGCAATCATGTAATGTATGGAGTTCTTTATAAGTTGCATAAGGAGAATCTAAATATAAAAGCCGGCTTTATTCACGTTCCTTTCATGCCTGAGCAAGTGGTTGACAAGCCTGAAAAACCCAGCATGTCCCTTGAAAATATAGTTAAGGCAATTGAAGTCGCCTGCAACGTTTTGGCATAATATGGTATTTAATAAGCGCTATATAATCTGTTATCTCAACCTATCTCTTTCAGCACAGTTGATATGTTTCAATGACAATAAAAATAAGGGCCTCCTGACACTATCTCCTTAGGCAAAACTGCCAGGAGAAAAAGCAATGTCCGGAAGCCCTTGATTTATAAGCTTTCTGAGCTTTTTATTTTCCTTTCTTGACATCATACTATCGTCTCCACATGTTATGAGAATGCATCTATCATGCTTTTTACAGCTCGACACTAAACATATAAGCGGTGCTGTAATTATCGTACCCATCAAGAAATACTTCCGCTGTCCAGTATTTATCCGGATACGGAATGTTCACATCCTGACCAAGTATAATGTTTCGAGTGATATCATACATGGCATCACAGTCATATCCTTCTTTTTCATGCATTGCTTCTATATTACCCGAAAAAACAGCAAATGCAAACTGTGAAATGTATGGCGGTCCTGCGACAAAATTGCTTTCAGTTCTTTGCGGTGTAAAATCAAAGTAAACAAAACCTTCAGGTACAGGAGTGTCAGCCTTCATAAAACGCCCCCAGAAGCCGTGCCATCGTTCAACATCTACTCCTCTGCCATAATGGTGCTGAAATAATACATCATAGTCAAAACCTGATTTGTATTCACTCATGGTATCCAGTATACTAAAAAGATTCTTAAGGCCCTCTACAGTATCCAGCCCGTCACCTTCACAGCTTTCTTTCCCTATAAACCGCATTGCGGGCATTTTCATATATTCAAATTTCTCAATCTTAAAATCTTTCTTTTGCTTTTCAACCATATCAGGCATAAAAAGTGTCCATTGTACTCTTGCATCGCAATCTTTTAACAAATTTACATAACCGAAAATATCAACGCTGTCTGTTCCTGTTGGACCTGTTTTACCTCCTGCAATTTGCTCACGTATCTTACGATCACGCATGACAGAGAAATCAGTAAACATTTTTGTTATCACATTTCGAAGATCATTATATTCAGTTTTGCCCGACAATTCGTTATCGAATCTGTCTAACGCATTGAAAACAGCTCCATTTACTATCCCGGAAGACTCAATTTCTTTCAAATATGCCCTGAGTTGTGCATTCTGACCCCTGAATCGTGCAAGTATTCCCTGCATAAAGATTTGCTCATTCTCCACAAGCTTATCATCCGTCCATTCAGAATCGTCAAGAATCCATTCGGTCAGAGCATCAAAAACATTCGGATTATGTACTCTTGCCTCAATCGCCCAGTTTACAATTCTTTGATACTTATCAATGTCAGACAACAATTCGTCTTTTTGATTTATAAAATCACTCCAATAAAATTCATCAACTAATGAACGGGACATATCAAAACCTCCTTGTACGGTTATATTTATTTTCAGAGGATGGAACATTCTGATTTTATCAGCTTGCACCTTTGATGGCGGGAAACCATGAAACCGTGCAAACGCTTTTGAAAAGCTTTCCTGAGTATCGTACTGATATTGCATTGCGACATCGATTATTTTTCTTCCTGGTTTCAGCAGTTCAAGCGCTGCTAAAGTCAACCGACGATTTCTGATATATTCGCCTACAGTTATACCAAATACAAGATGAAAAAGCAACTGAAAATGTGAGCTTGAGGTATAGGCTTGATTTGCGATTTCGTCTATTCTTATCCTGTCAGTTATATGTTCTTCAATGTATTGAATACTTTTAGACAAGCATTGTATCCAGTTCATTCCATCCATCTCCTTACAGACTATAATATATGATATTTGCATTCAAAAATCATGTTTTAAAATACGATGTTTTGTCCGAAACACAATTTCTAATCCTGTTAATTTTTTTTTACGAATAGTGAATAGATTTCTTTATACATCTATCCTGTCTCCTCAACCTCTAGCAAAAATACCCTTTATCTTAACTGTAAACTCAATCCTATCATTTTTTAAGTAGTCGGCATGTTACCGCAGAAAATAAAAAATAAGGGTTTTAAGACATTATCTTCTCAAATAGATCAACCGGGAGATGTTCAAAATTTTCTTATTTACAGTCTATTTCAATCCTTCTATTTCCCATCCTTGACATCAATACCACCGTCTCCACATGTCTCGTTCTAGGAAACGCACCTGTGTAGTATGTATGCTTTAGTCTTTCTTTGACTGACAACCCGGTATTTTAGTGATGTACATCAATTAGCTGAACGTAGACAAGTTGGAGACAGGTACAGTTTTTATTCATATTTTTATATTACATGTCAAGGTTTCCTGGAAGTAAAAACATATTCAGCCATCCATTGTGCAATTTCGTTTTCAAAAGGAAACTTATCTATGTGTGGCGCTAGAAATTCACCACAAATTTTTGTACAATAATTATCAACAAATCCTGTATTTTTACAGATTTTAAGCCATTGATTAATATCTATCAGCTCTTTTTCCACCCAAGTTTTTTCTTCATAATTCAAATCGGATAGTAATAAATTAATCCACTTTTTAGAGTTTTGTAAGCGGTAAATAATACCCACATTTAAATGCAAACAGGCTTATGAGATAATCTCTCCAGAAAATATACTGGAGGTATAACTTTATGACCAAAGCAGATCTTTATCAAAAATGGGCATCCATAATTGCAGAGTACAAATCCAGCGGACAGACGCAAACTTCATTTTGCAAATCCGCGGGGATAAGTCTTCGTCAGTTAAGCTACTGGTTGAGAAAAGAAAGACAAAACGGAATCATACAATCAGAATCTCCCAAATGGATTCCGGTAGAAGTAGATCATAAAGAGCATACAGGCAAAGGCCAATCAATCGAAATCAAATTTGGCCCAGCTGAAGTTCAAGTCAAACCAGGCTTTGACCAGAAGCATCTGTTGGATGTGCTAATGGTGCTGAGGGAATTATGCTGAGCATAGCCGGCACCGACAAGGTCTACCTTGCCTGTGGAAGTACCGACATGCGTAAGTCTATCGATGGCCTGGCTGCCATCGTCCAGCAAAGCTTCGCATTAGACCCCTTCTCGTCTTGTCTATTTGTGTTCTGCAATAAAAAACGTGATAAGCTTAAAATCCTCCAATGGGAACATAATGGTTTCTGGCTATATTACCGGAGGCTTGAAAAAGGCAAATTCCAATGGCCTAAAGAAAGTTGCGGCACTCCAATGAAGGTTGGTGTCCGTGAACTGGGTTGGCTGCTGGATGGACTATCCTTGGAGCAGAAGCAGGCACACAAAAAAGTGACAGTAAGTGCAGTAATATGAATACTTTCAAGACAAAAATATTTATATTTTTTATCATTTTCCTGGAAAAAACCGTAGAAAAATGATATAATAAAATTATGGAAAACACAGTGAAATCAACGGTTACAATAGAAAAACTCCAAACAGAAATTGAAATATTGAAGCAGGAAAAAGCCGAGCTTGAAGCAAAACTCAAATGGTTTGAAGAACAATTCCGGCTGCATCAGCATAAGCTTTTTGGGCGTTCAAGTGAAAAGACGGAAGTCCCTGAACAGCTAAATCTTTTCAACGAGGCGGAATCAGAAGCCAAGCCTGCAGTTCCCGAACCAACATTAGAGGAAATTACATATAAACGTCGTAAAAAGCAGGGGCACAGAGAAGAAATGCTTAAAGACATTCCTGTAGAGACCATAGAGTATCGCTTGCCTGAAGAAGAGCAGGTTTGTGATTGCTGTGGCGGCAAACTGCATGAAATGAGCAAGGAAGTAAGGCGGGAAATAGAAATTATTCCGGCTCAGGTGCGTGTAAAGGAACATGTGCAGTATGTATATGGCTGCCGTAATTGCGAGAAGAATGAAATATCTACACCGATAGTAACAGCCCCAATGCCAAAGCCGGCACTTCCTGGAAGCCTGGCTTCGGCATCCGCCATAGCTCATGTAATGACGGAGAAATTTGTAAAAGGGCTTCCTCTTTATCGTCAAGAGCAGGACTGGGAGAGGATGGGGATTGAAATATCCAGGCAAACCATGGCGAACTGGATGATACAAAGCTCCGACAGGTGGCTGCGGCCGATATATGAACGAATGCGGGAACACTTGCAGCAAAGGGACATCCTCCATTCCGATGATACTACCCTCCAAGTACTCAAGGAACCCGGGCGAGCCGCAGATTCAACCTCCTACATGTGGCTATACCGGACCGGCCGGGAAGGGCCTCCGATTATTCTTTATGACTACCAAACTACCAGGGCTGGCAAACATCCTAAAAAATTTCTTGAAGGATTCAAAGGTTACCTTCATACGGATGGGTATGATGGTTATAGTGGCATGCCCGGAATCATCCAGGTTGGTTGCTGGGCACATGCAAGGCGTTATTTTGTCGACGCCTTAAAAGCCATGCCTCCAAAAAAAGATGACAAGCCCACAGTAACAGAAGAAGGTTTGGCATTTTGCAATAACTTGTTTGAGATAGAAAAAATGCTTCATGATGTTACACCGGAAGAAAGATATGAGGGCCGATTGAAACACAGCCGACCAGTGCTTGATAAATTCAAGGAATGGCTCAAATACTGGAGTCCAAGAGTAACTCCCAAAAGTTCATTAGGAAAAGCAATCCAATACTGCCGGAACCAGTGGGACAAGCTGGAGGCCTTTATGCTGGACGGCAGGCTAGAGATTGATAACAACCGAAGTGAACGGTCGATAAAGCCTTTTGTAATCGGGAGGAAGAATTGGCTGTTTAGCAACACGCCTAAAGGAGCCAATGCCAGCGCAACAATTTACAGTATTGTGGAGACGGCAAAAGAGAATGGGTTGAACCCGTTTGAATATCTTACTTATCTCTTTGAACGTCTACCGAATATAAATATCAAGGATCAACATGCATTAGACACCTTGTTGCCATGGTCAGCAAATCTTCCGGGTCATTGCAAAGTGCCCAATAAATAATATATATTATGCCCCTGCTAAATCAAAGGTGGGGGCTATTTGACGCTTACAGAGTTTTCGCTCTCATGATCTTCCACAGCAGATTTTGTATAGATTGTATGACCACCATTTTTTAACACTCTGAATGCTTCCCTAAAACCATCCAGCATTTTAGTCTGCATACTCTCATAACCGGCATAGGAAAATACAACATCAACTGAATCACTTAGTATAGGCAAATTTGCCCCATCACAAGCAAGATAGACCATTTCAACATAAGGATTTTTCCATTCAGTTGAGTAATAAGCCTTATTCCATTTTAAAATCCGGTGACTTATGTCTACCATAATTACTGTTGTTGGCCAGTTTATCCTTTTTATTTGTTGCTTTATTCCTTGTCCCGTCCCACAGGCCATATCTAACATAAGTCTGGGACGAAGCTTTTCAATCTCTTTCCATATAGCATCGTCACGATCCAGACCCCTTTTATTATTTGGATTCCCATGACAATGATGCTCATGCAGGTATTCATCATAATTCCGATAACTCAGAGACCATTGCTCGCCTGAAATCTCCCTTGTCTTGAAATCAACTACCCCATCAATAACATAGTACCGATGTTTGTTTTCACATTCAAAGAAAAGTGTTTTCAGATTTTGTGTATTCAACTTAAGCATTTTTTTACATTCAGGACATATTAAAAACTTGTTTAATCTCAAAAGACTTCTGTCAATATCAGCATCATACTCAATAAAGTCATCGCTTTCTAAAATATTGTTGATGGAGGTTTTGCATATCCATGATATATTCAACAGAACTTCAATGTCTGGTAATGTAAGGCCTGTTTCCCATTTTGACACTGCTTGTGTACTTACACCTAGTATTTCAGCAAATTCCGCCTGTGAATAGCCTAAATTTTTACGCAGTCTGCTGATTCTTTTACCTACATCAATTTTGTTAATTATTGTATTCCTCCTTGTACAATTAATATTGTATTAAATCAGTGACCAAAGCCACTGTTTGACCCATCAATTTTTATAGTTAACATAACATTTTAAGCTTCATACTTTTCCAAACATCAAGCACATCATCCGGCTTCACATCTTAGCCATTATGCCAGCATCTGTTGGCCTGAACTTTGACAATCATGTATAATATTTTCCGGACTTGGAAGGTGTGTGTTTCACCTCCTGGGACGGACCTTAGCGGGCCGATTACCCGTAAAAAAGAGTATTTATCCATTCCGGTAAGTCTACATGATTTGGCTGGTTGAGGCCAGCTTAAAGCTGGTTCCTCGTGTCACATGCAAGGTTGTTTGCTTACATGGGAAGGAATGGAGACTTTTAAGTCCATTCATCTTGTAAAGGAGGCATTTTTTATGAATTTCAGACCTATGGCAGGAATCGATGTAGGTAAATTCTTTAGTGAGATGGCAATTCTTTCTCCATCCAATGAAGTAATTGCCCGCATGAAGATCCGCCATGATTCCAGTTCTGACGTTGAAAGAGCCGTTAAATTACTGAAAAAAACGGAAAAGGACTTTGATTCTAGGCCTTTCGTCGTCATGGAATCCACCGGGCACTATCACAAAATCCTTTTCCATTCACTTTGTAAAGCTGGATTTGAGGTTTCCATCATAAACCCCATCCAAACTGATTCTATCAAAAATATTGGAATCAGGAAAGTGAAAAATGATAAAGTTGATGCCCGGAAAATTGCCCTGCTATACAGATTTCAGGAGCTTAAAACTACTAATATCCCAGATGAAGATATTGAATGTCTGCGAAGCCTTTGCCGACAGTACTACAAGCTCTCTGACGAACTTACTGCCTACAAAAACAGGCTTACAGGTATTGTTGACCAACTCATGCTAAACTTCAAGGATGTATTCCCTAACATCTTTTCAAAGGCTGCTCTCGCAGTATTAGAAAAATATCCTACGCCTGTGCATATTCTTAAAGCCAACAGAAACAAGTTGATTGCACTGATACAAAAGAATTCCCGCAGAAGCCTTAAGTGGTCAACTGCAAAGTATGAGCTTTTGGTCTCCAAGGCCAGAGAATTTGCACCTTTGAGCATTAATAACTCTTCAAATATTGCCATGCTTGGGGTGTATATCTCTATGATTAAAACCTTGGAGGAAAACCTTGAGAAAGTCCTCAAAGCCATTCGTTCATTGATTGCTGAAGATATGGCAAAGGACATACCCATGCTGGCACTGACTCTCGAGCTTCTACAAAGCATTCCAGGTATAGGACTTATCTCTGCTGTTACCATTCTGGCTGAAATTGGCGACTTTTCAGCTTTTTCAAAGCCAGGCAAGCTAGTTGCTTATTTCGGCATTGACCCCTCTGTAATGCAGTCCGGAGAGTTTACCGGCACACAAAACAAGATGTCAAAAAGGGGGTCAAGGCTGCTTCGCAGGGTACTTTTCACAATTGCTCTTGCTAATATCCGCACTAAGCGTGACAAAACAGCTTGCAACCCTGTACTGATGGAATATTACAAAAACAAATGCCAGAACAAGCCTAAAAAAGTGGCCTTAGGAGCTGTTATGCGTAAGCTTGTTAATTATATTTTTGCTGTTCTTAGGGATAGAAAGCCTTATCAGCTACGTAGCCCTCAGGAACATGCGAAGAATCTTGCAGCAAAGCATACAGCAGCTTAATAGTACTGTTACTTGATGTTTAGTTTTCAAAGAGCAACTTACTATTTTGGACCAGCTATTTTATGTCTACTTCACCTGGGTGGTCTTGTTGTCATGCCTTTTTTAGCTCATGTGTTTTTTGAAAAATTCTTTTATTTTTCAAAAAAAGCTCTTGACTTTAATTAGCTGGTCTTTTTTTATTATTTTTACAATTATTTCAGAAGAAAACAATGGATTGTTAGTTTAGGGTTGCTATATAATTATCAACACGCAGTTGATATTAACTCATTATTTTTTTTACACAATATATGAACTTTTTTTACTACACAAACGTATTCAAACCACCTTTTGCGTTCTGACTTTTTCACCCTTACCGTCAACACCAAGGTTTCGATATGGCTTGAGCTGATGGAATTGATGTCTGATGGTAATCTATTATAGTATCTATTCACGGCAACATATCAATGAATTTTCCAGTCATATTTGAATTAGCCACAATTCAAGAAAACATATCATCTATCCTATTCAGGAGGGTTAAAATATAGCCACCCACCTATAATTTTCACAAGTGCTATTAAAAATTTTTTTCATACTTATCATCGCCCTTACATCTCAGTATGTATATGTACACAAAAATATTGTGGAATTTTGGCACTTCAGATTGAGTAGACAACCTGAGATATTTATGCAGCACGTTCCATACTATTTCTCCCATCTCTTTCAACCCAATACCTGAAATATTCCTACCGCCATCCCTATGCGATGAGTCAGAACGATATCCGTAAAAGTTCTTCATTTTTCAGATAGTGCCTTCATTGCCTGTAAACCGTCATTATGTTCAAATCATTATCAATTTCTACAACAAAATTACCATTTAGAATCTTTGGCTGTTCTCCATCCAGATAAACTACAAAATGGTTTGAAATTGCATATTTTCCATTCCATCGCGCATCCCAGATATTCAAACTGACCAGCGGATAATTACCCTTAAGACAAACTTCTCCTTTATTAAGAGCTGCATTAATTAATCTCTCTGTTTCTTCGTTATAGGCAGTTAGATGCATACCTATTTCAGGATTGATTATTATTTCAGAAGACGTAACAAGAACATCATCCAGTATTTCATCCGAAAAAGGTCTATCGCTAAAGCATGAGAATACAAACGAGGAGCATTTTTTAATACAGCATAAAAATACAGCACCGATTGTGTAGGAAATGATTCGGATAGGAAAATATTTGCCAGCATTAGTAATATCATTAAGCATTTTCATAAGCCTTAACTTGCCCTTTTCAGGAGCAATCTGCATCAATGCAAGCAACTCAACATAATTAGCAGTTCCTTCAATCTGCTCAACTCTTGGTTCGTAATCATACTGTCTGGGAAAAAGCTTCTTCCGAAATTTCCGTATACTTAGCAGCTCTGAAAATTTCTTTTCACTTCCTTCAAGAATCGTGCGCATCAATTCTGCCTCCTGCAGTTTTGCAGATAGATTTTCTGTAGAATAATGATATTCAAGCAATGCGCGTCTTTCATCCGGATATCTCTTTTCTCCACAATCATTTTGAAATGCATGAAACATTTCATGAACAATTGATGCTGCTAACGCATCGATGTCCGTGGGTTCTTCCGTAAGCTTCCATATAGCAATGTTCTCTCCGTTATAAAATATTGATGTATTGGCATGGAACTCTTCTGTCTTTTCTATGTACTTGCCATCAAAGAAACACTCTGTCTCATTATACAGAGCAAACCGGAACGGATGAAAGCCCTCCCACAAAGCGCTGAAATCTATAGCATCAATACGTTCCTTAATCCTGTTATATTCATGATGAAGATTCATTTTTTAATTACCTCCACTTTAAAAATCGTTGAAAGTACTTTAATGTATGGTACCACTCAAGGGTTATGTCTAATTGATAAATTTCATTTACAAATACTGTTTATTTCGGTATCAAGCAAACCATTTCGATGTAGCTTGAGTGTTAATTATTGATATCTATTATTTATAAGATGTGATCAACAAATAGCTGTAAACATCCCACCCCAACTATTGACTGCCATATCAAATACACCGTCTTCATTCGGCGCGGATGCACTTTATTAATGTCATGCATTCACTGGAACTTATTAATAACAGTGTTTTAGGGAGTTCATACTCTACGAACTCCCATACTTTTTTGCCAGTTCCTTTGTTTTGAAAATCAATATCCTTACTAAAAATAAATCATTTCCCGTGATTAATGTATTGTATTCCATTATTAGCAAGACTTTTAAATCCTGCATCCTTAAATACTTTTTTGTCACTGATACAATAAACAAAGGTTCCGTTCATTGCCATAAGGTAATACTCGTCATATTTATTTTCATATTCATAAAAAGCTTTTTCAGCATTTTCCTCTGTTAAATCATAGCAGATATCAATAAATTTATTGTCTTTCGTGGCATAAATTCTATAGCAAGAAATATCGCTATCAAAAACTGTATCATAGTATTCAATATCGTATCCCTTATCCTCAAGATTCTGAAGTAATTGCTCCTTCTGTGGAACAGCATCTTCCGGCTTAGTATCTTCAACTCCATTTGAAGTTATCTTTGCTTCAGTGTAGGAAATCCCGTAATTTCTTTCTATATTTTCTTTTCTATCATCCTTTTTTATCACTTTTACCGATACAAATATGATAGCAATAAAAGCAATTACTACAGCAGGTACAATTACAATTCTTTTATTCATATCAAAACCTCTTTCCTTTCATATCGTTTCATACTCTATTGGTCTCTTTACCTTCGAAGCACAACACGATATCCGTTAAATTCTCATTAACCTTTATTTCCTAAAATTTAATCATTATGCATCCTCCCTCCATATATATTTTTATGTCAGTGCTCCTCTCTGTTTGGCAAAACATAGCCATGATTTTTCTAGTGTTTTTCTTTGTTCTTTTACAAAATATCATAGATATTAAATAACTGTCTTCAAAATTTACCGGAAATATCAATTCTGTCGCTGTTCGGCCTCTTTGACCGCAATCTGCTCATTCTTTTTGACCGCTAGTTTTGCTCATTAGCCCTGTCCGCAGATGTATACGGACAGGGCATATTAACTACCAGTTCAATTCTTCCTCAACAATAAGCCTTACCACATGATCGTCTATGATTTTTTTCTGTACCTGTGCCCCATGTAAAAGGCAAGCTGTACACGCCCGGTTGATTTTTCGCGGTACTCCATGAGAATATTCATATATCTCGTCTACCGCCATATCCGTAAATATCTCCCGGCTTTCTCCTGCATACTCCAGGTGCTTTCTTATGTATTCACCGGTTCTTTGCCGATCATATGGCATCATATGATATCGGATATCTATTCGCTGGCATATTGCCTCATATATCTGCTTCTTCAGGATGTCCTTCAACTCACTCTGGCCTACCAGGATTAAACTCATTGGGTTATACGAATCCATCCTGAAGTTTAGTAAAAACCGGATTTCCTCCAGCATCTCCCTTGAAAGTAGGTGTGCCTCATCTGTGATGATTATAGGAATACGTCTCTGTATTTCAATCAGGTTGCTGATCTCTCTCGTTAGTTGTCGTTTTGCATCGCTCCTGTAGAATTTCGCTTCACATCCCAGCTGGTTCAATACTTCCCAGTAAAAATTCCTCGGTGTCAACGCCGAATCGCTTATGTACATTACCTTGTACCGGTTGCTGTCCAGCGCCCCAACAAACTTCCTTATGGCTGTGGTCTTTCCTGTACCAACATCTCCCGTTATCACTGCAAACAACCGGTTCCGGGCCGCATACTCAAGCCTGCTGCAGACCTCTTCCAGCTCCGGATTGCTATACAAATGCTTCTCCGGTATATCCCGGGTGAACGGCGTGTGCAGAAAGTTGTAGTACTGCTCAAACATTTCTGTCACCGCCCTTCATGCTCCTGAAGGTTAATGCTCCGGTCTGCCGTTTTTGCCTCTTTTCATTCTCGCTCTCATATATTTTTAATAGCCGTGAATGAGTCGCCGATTTCGTTGCTGGTGTTTTTTCAACCTTTGAGCAGTATTCCCCAACCTTCAGCGGGGTTGCTGTCTTTCGGCGCTCACCATTGTACCATATCTCCAGAAGGCTCATATCAAAAGGATCATACCGCACATCCACTTTTTTGCCTATGTATTCGATTCCGGCTTCATATTCTATCCCTTGCAGCTTGAAACAGCCTGTGTTGTCAACTTTCCTTGTATCTTCCCATAAAAATGCGTCCCGGCATTCTTCAGGAGTTGCAAACCGCACCTTCTTTGGATCACTTGCATACGCCTGCGATGGAGAAACCCCTTTTAAACTGCTATGAGGCTTCCCGTTGTACCCTTCATCCAGCCATACCCGAAATTTGCGGTTAAGTTCCTCCAGGCTTTTTGCTTTCTCCAGCGATATCTCCTGGAAAAACTCTTCAACTGTGGCATTGAACCTCTCAATCTTGCCTTTGCTCTCCGGAGAATACGCCTTTGTGTTCATGTGACGGATTCCCAGCTTTGCACATGCTACTCTGAACCATTTCGAGATAAATACCTTGCCATTGTCAACGTATACTGCCTCCGGCTTGCCGTATTTCAATATTGCCTTGCGAAAACTGTCTTCCAATATCGGAAGCCTCTGATTGTCGTAAAATTCTGCATGACACACCAGCCTCGTCGCATCGTCAATAAATGCCACCATGTATGTCCGTTTCTTACCGCCGTCGGCAGTCGGTATGTACGGACCGTATTTGATATCTGCCTGCCACAATGTGTTCCTTCCGTTTTTGACGAACCGGCGGGCTGTCGTTCCTTCTATACGAACATTTCTGAAGTCTTTTGCACCAAAGCCCATCTTCAAAAGATGCCTGGACAAGGTGCTTCTGGAGACACTTCCTTTTTTGACAATCCCTTCGCCTTCAAGGATCTTTATGATCCTCCTGACACTTCTCTCCGGCAGTTCCTGTTTTATTTCGATTGCCCGATCTAATATTTCCTGAGATATCGCTCTTTGTTGCCCTGTATCTTTTCGTATCTTTGGTAATAGCCCTTCGTAACCATTCTCCCGGTACGCTGCAAGATACCTCCGAAGTGTCCTTTCCGAAATTCCTTCCCTCTCAAGTATCTCCTGCCGTATTCTCCGCTTTTCCGCCTCATCCAGATCCGGCTGCAATAGCGGCGATATGATCTCATGTTTCTTTAATGCTTTTTCCAATACTTCATTGTTTATCATTTCGATCCCTCCTGTGCTTTTTCCTAAAGCCTATCAGAAGGGAACTCCGGACAGCTACGCAAACTATGTGGGAATTTTCTATACAAATACTCCTGCCAGATGATTTGTTAGCCACATATTCGTTTCACCTATGGCAAGATGGCTGCTTTCTATCTGCGGCAGTAACCCAAGCAGCCGCTCAATCATGTGGAATACCTTTGTTTCTATCATCTCCAGCTCATTGACAAACTTGCCATAATACCTGTACAGTATAGCTCTTAATGCTCCTGCAGCTTGCCGCCCCCGTTGCCTGAATTCTTCTACCCACCGCCTTAATGTGGATATGCTGGCGGCAGTCTCAATCTCCTCAAGAGGTATACCGTCCTCCTGGTCCCGAAGGACCAGCTCGCTATCACAAGCCGAGTAATGCTTATACGGCCTGATGAAATCCGGTATGATTGCATGTGTCTTCCCACACTTGCTACAGATTACACGGAATATGTTAATCCATTCAATTTCCTCGCCCATATGCACATGACGTGCATATCTGTCATGAAAGGTTGTTTTCCCGCCGCATTTCGGGCATATCAACTCCAGCCTTTCCAAAAATTTTAAACAATTTCTGCGATACTCCTTAACATTCCGCCCCAGATATGCTATTATCATATTACAAATGTGTTAAAGGGCTTTGAGGGTTAGGTGCTGGAACACTTAACATATATATTCAAAGCTCTTATCATATCCTCCTTTTTTTCTTCCAGGAAGATATTAGCATACGTGCAAACGGTCACGCAACTTGAGCAACTCCGGGACATTTATCCGGGGCAGAAACATCAATTCGACACTATATGTATCAATACAAAACAATACTGTTTCAATAAAAATAAATCATTTGAAACTATGCATCAAAATTCTCTGCTTCAATAGTGCAAAAATGTATTCACCCCGTGGAAGTATCCACTGATCAATCCTGCCTTGTACCTTGCAATCATTTACAACAGAACGTAATCCTGCGAAGTAATTGTAAAACCCATTTTCAGAGCAAGGTAATATAACTCCGACTTCTTCAGGACCTGCTACCCTTTCTTTTACCCGATCTTTAAATGCATGCAAATCATCCTTTAGATTACCTAATACATCAACACCCGGAGTAGTTCCCAGTCCATCCCCATAATCTATCAGTGCCTTCCTTGTAAATCCTATAAATGTAACATTTTGCTCTAAATGCTTCCGATTAATTTCAATTACTATACCATCAGTTATTAGTGGAACGCCCTCATCAATATGTACATAATTCAATAGAAGCTCCGGCTTTGTCATTCGATTAGGATATTATCCATATCATTATATACGATACATTTCAAAAATAACCTTTCTGTTTCTAAATCAATAAACATATAACATCATCCATAATAAAATGTATATCGTCTTTTTCTGAGATCCATTTTATAAGATCCTACGGGGAGTATCATATTAAATAGCTTCACTCCACTTTATCATTAAGGCAATTAAAAAAGAACGCAGTTTATTACGCATCACATCAGCGTGTGTCGACTGTTTTTGGCAAGTATAAATCCGAGCAGTGCGGAACTTAATTTTCCGAGCACCCCTTTCCCATTAATGGGATTTCATGGTTGAGTGTGTCAACCTGTAACTTTGACCTTGGAAAACAAGCAAATGGCTGTGATGTACTAGCCTGTCAATAATTGCACTGGTCAGTTTTTCATCATAGAAAATACCGTTCCATTTACTGAATTCCAGATTTGTTGTAATTATCACGCTCCTTTTTTCATAGCATTCTGAAATGACCTGAAACAGCAGCTGCGAGCCATCCTTCTCAAAGGGAACATATCCCCATTCATCACAGATTAATAAATCTGTTTTCCTCAATTGCTTCATAAACCTCTGTAATTCCCCTTTGGCTTTTGCCTCACTCAAAAGGTTAACTAATGCTGCTGTACGATAAAATTTTACCTTCTTCCCCCTGGAACAAGCTGCAACTCCAATAGCTGTAGCCATGTGGCTCTTTCCGGTTCCCACCGGCCCATAAAGGATCAGGTTTTCAAACTTATCAATAAATGCTCCTGTTTTCAATTCTTCAATGCTGATAGCATTTGGTATCTGAATATCTCTAAATTCATAGTTTTCAAAGGTCTTTATGACATCAAAACCCGCAGATTTTAGATTCCTGTTTTTCCTGACAAGCTCCCGACGATCTATCTCCATCTTCAGAAGCTGTGCCAGAAAATCAGCATAATCGGTTGCAATAATTTTTGAATAACTCTCGTATATATTCTTCCCGAACCGGAGCTCCTTGCAATACTGTTTAATCAACATATCTGAATTCATACCTGTAGCCCTCCGGGAACAATCAATTGATCATATATCTTAATATCAGGTGTATATTTCTTAAGTTCCGGAACTGTGTCAGGCAACAATACTTCTGGTTCCGGTAAAGTTCCGGTCGTTAAGCGGCAATATATCGCCCAAATACTATCTGTATCACTGACGCCTAATCTTATCCCTTCTTCAAATGCTTCTATTGCTGTGTCAAAACTTGCTGCTTCTGCCATCTTTGTAAACATTCTTAAAGTCCGCTTTTTGCCCTCGTAGTCACTTTTGTCGAGGAATTCCTTAAGGATTTGAGGTAGTTGATTGTATAGTCCTGTGTATTTTAATGCGGTCGGCCTTTTACTCATAAGTTCAAGATAGGGAATCCAGTTCATTGACTCCTTTTCCTCTCCATAAAGCCGTTTGTGCTTAATGATATGATTGCAATCCTCATCAAGTATTTCGATATCATAAGCACCAGCTTTAACTATGACCTGTTGTCCGGCCATGCCAGGAGAAGTCGAATAGATTCTGCCATCAAACTTAACTTTCCCATAGTTGTCGGCTTTAGCAAATTCATGCAGGTATACTTCAAAGGGAACCTTCGGAAGCTTGAAAAATTCCTGTCTGTCTTCCTCGAATAAATCCTTAATCATCCCGTATCCTTTGTAATGCATCCTATTCATATCCTGATCGCACTTTAAAAGGAGTTCCTTGTTGTACTCTTTTAAATCTTTAAATTCCGGAACAGGAACAAGCATGTTCCGGCGGTGATAACCAACCTTGTTTTCTACCGAACCTTTTTCATGACCACTATTGGGGTTGCAGAAGTTACTCCGAAAGCCATAGTGCATCATGAATCTTAAGAATCCTTTAGTTAAATCTCTTTCCCCATACTCCTTGACTTTCCTGACAGCTGTAGACATGTTATCAAACCAGATGGCTGTTGGAACACCGCCAATGTGTTCAAAGATTGCTTTCATGCCTTCCAACAGGCATTCTTGGTTTGCACTCTTGAATAATTGCATATGGCCGCCATTACTATGAGGATAGGAAATATTAAAATAGTATCCGTCATATGTGATACCGTTCTCAATGAACCGAGCTTCTCCAAAATCTGCCTGTGCTTCTCCCGGAGGGTGTTCCAGCGGAAGAAATCCTTCAGAGTTCATTTGAAGCTCTTTTCTAATACCTGCAACAAATTTTCTGACTGACCTCTCACTGGCATCAAATTCATCGCCATACAGCTCCTTCAAACGGTCGTACACCCTTTTTGCGGTGTGTTGTTGTTTATGGGGTGCTTGTTTATCGTTGATAAGCCATCTGGTGACGATGCTCCTATATGGAGATAGTTTACCTTGTCTCCTCTGCTTAGGGCGGATTGCTTGATTAAAATCTTCCTTGTGTACATACTTCTTGACAGTTTCGAAGTCATGACCGGTAATCTGAGATATTTTTCTTAAACTTTTGCCTTCAAATTTCTTCATATTTCTGATACGATATACTTGCTCCATTGTTAGCATCCTTTCTATTACCCCCTTCAAGTGTGGACAACTTAAAGGGTATTATTTTTTAGGGGTGCTTGCAATGGAGTTTTTCCATTTTATGCAGGGTTTTTTAAGTTCCGGAACGCTCGGTTTTCATTGTACCAAAAACAGTGATTTTTCGCGTATCATGTTAATTAGCCCACTCCTTATCATACGGCCATCTCACATAAAAGCTTGTCACACTTTTATGATAGACCGTTGGTTTGATGTGGGTCAATTTTTGTCCGGCTTTATGGGTCAATTATACCCCGGCGGCTACACCGCCTTTCTGATTGGCAAGGACGATTTGACACTTAAATTTCCTCCTTTCACGCAAAAAAGCCGCTTGTTCTATTGGAAAATAAAGCAAACAGCTTCTTTACTTGTTTACATATAATGACAAGAGAACATAATCTAAAACTATGTCCTCTTGTCTGTTCGATTATTTGTTTGTAAATCTGGATAATGAGAAGTTGACAACTGGAAAATTTGTGTTTTTAATTTATCAATAAAAATAAGCTTTATACAACTTTTCCGAAAGTGCATTACCAATGCTAAATACTCCCCAAATCAGTCAGAAACATTTCTACCGTATAATCTTCTGGCGTGTTTTGAAGTATGGAAAACTTATAAGATATTTTTGAAAATATTTCACGTTTTCTATTACATATGTCTTCAATAGTAATGTTTTTAAGCATCACCCAAAGAAAATAGAAATTTTGATCTGTTTTGCACTGCGTGCCTTTACGTTTATGTGAAAAAAGGCCATTCATTTTAGAACTATCATTATCAATTAATGCAAGAACTTTCTTGGCAAATACTTCAATATTTTTAACAGATTGTAAGAAAGTCAATGGATTACTATTTGATACATCGCTAAGGGTGCGGGTTATACTCTCCTTTTTTATAATTCGTGCACTAATGCGACCATAACGTTTATATACATTAAGTACATCTGTAATGCATGAGTGTTCACGTGATAATTTGAAATCTATATAAGCCAGTGAAGTTACAAGTTCTTCATTTTTCATGCGCGAATCTTTTGCTCTAAAAACAACACCAACATACTTTTCAGTAAGTGCTTTAATCGCCATTATTATATCCTTATCTGCATATGCATTCCACATTTCAAAAGTATTTTCTTTTATAGGATAAGGTTTTGTATTTAATCTGAGGAATAAATCAATTTCATTGAAGTCAGGATTTTGTTCTTGTTCTATCTCCACAATATCAATGGGAAAATCATAAATTTTATCTATATATTTTTCATCAAGAGTATCAATGTTCTTACCATTTAATTCAGAAAGAATCCTAAGTTTTATAAGTTTAAAACGATCTTTTTGGGATAGAGAAAAGTTTCCGTTTTCATCTATGTATGATTTGCCTAAAAACCCAAGAATTGTTAATAATCTTTGTTGCCCATCAATAACTTCTTTTACCTTATTGTTCCTTTTATAAATGAATATAGGGGGTATTTGAATGCCTAACATTATGCTTTCTAACAGGTATGATGCCTTTTGAACATTCAATACTTCTGACCTCTGATACGGAGGTCTAATTAAAAAGCGTGATTTTTGCATATCATTAATGATATCGTCAATAGTTACAGACTCAGGTAACGATTTGTTTAATTTATACCGCTTGTACTGATCAACGTCTATGGTCTTACTCATTATCATCTTAAAAGCTTCATTGTCTTTTAGATGCTTATCAAAAGCAACATGAAAGACATGTGAGAAATAATTGCTAATAAATCTGTACCTATTATTTATTGATTTATAAGTAAGCGGTAAATAATACCCACATTTAAATGCAAACAGGCTTATGAGATAATCTCTCCAGAAAATATACTGGAGGTATAACTTTATGACCAAAGCAGATCTTTATCAAAAATGGGCATCCATAATTGCAGAGTACAAATCCAGCGGACAGACGCAAACTTCATTTTGCAAATCCGCGGGGATAAGTCTTCGTCAGTTAAGCTACTGGTTGAGAAAAGAAAGACAAAACGGAATCATACAATCAGAATCTCCCAAATGGATTCCGGTAGAAGTAGATCATAAAGAGCATACAGGCAAAGGCCAATCAATCGAAATCAAATTTGGCCCAGCTGAAGTTCAAGTCAAACCAGGCTTTGACCAGAAGCATCTGTTGGATGTGCTAATGGTGCTGAGGGAATTATGCTGAGCATAGCCGGCACCGACAAGGTCTACCTTGCCTGTGGAAGTACCGACATGCGTAAGTCTATCGATGGCCTGGCTGCCATCGTCCAGCAAAGCTTCGCATTAGACCCCTTCTCGTCTTGTCTATTTGTGTTCTGCAATAAAAAACGTGATAAGCTTAAAATCCTCCAATGGGAACATAATGGTTTCTGGCTATATTACCGGAGGCTTGAAAAAGGCAAATTCCAATGGCCTAAAGAAAGTTGCGGCACTCCAATGAAGGTTGGTGTCCGTGAACTGGGTTGGCTGCTGGATGGACTATCCTTGGAGCAGAAGCAGGCACACAAAAAAGTGACAGTAAGTGCAGTAATATGAATACTTTCAAGACAAAAATATTTATATTTTTTATCATTTTCCTGGAAAAAACCGTAGAAAAATGATATAATAAAATTATGGAAAACACAGTGAAATCAACGGTTACAATAGAAAAACTCCAAACAGAAATTGAAATATTGAAGCAGGAAAAAGCCGAGCTTGAAGCAAAACTCAAATGGTTTGAAGAACAATTCCGGCTGCATCAGCATAAGCTTTTTGGGCGTTCAAGTGAAAAGACGGAAGTCCCTGAACAGCTAAATCTTTTCAACGAGGCGGAATCAGAAGCCAAGCCTGCAGTTCCCGAACCAACATTAGAGGAAATTACATATAAACGTCGTAAAAAGCAGGGGCACAGAGAAGAAATGCTTAAAGACATTCCTGTAGAGACCATAGAGTATCGCTTGCCTGAAGAAGAGCAGGTTTGTGATTGCTGTGGCGGCAAACTGCATGAAATGAGCAAGGAAGTAAGGCGGGAAATAGAAATTATTCCGGCTCAGGTGCGTGTAAAGGAACATGTGCAGTATGTATATGGCTGCCGTAATTGCGAGAAGAATGAAATATCTACACCGATAGTAACAGCCCCAATGCCAAAGCCGGCACTTCCTGGAAGCCTGGCTTCGGCATCCGCCATAGCTCATGTAATGACGGAGAAATTTGTAAAAGGGCTTCCTCTTTATCGTCAAGAGCAGGACTGGGAGAGGATGGGGATTGAAATATCCAGGCAAACCATGGCGAACTGGATGATACAAAGCTCCGACAGGTGGCTGCGGCCGATATATGAACGAATGCGGGAACACTTGCAGCAAAGGGACATCCTCCATTCCGATGATACTACCCTCCAAGTACTCAAGGAACCCGGGCGAGCCGCAGATTCAACCTCCTACATGTGGCTATACCGGACCGGCCGGGAAGGGCCTCCGATTATTCTTTATGACTACCAAACTACCAGGGCTGGCAAACATCCTAAAAAATTTCTTGAAGGATTCAAAGGTTACCTTCATACGGATGGGTATGATGGTTATAGTGGCATGCCCGGAATCATCCAGGTTGGTTGCTGGGCACATGCAAGGCGTTATTTTGTCGACGCCTTAAAAGCCATGCCTCCAAAAAAAGATGACAAGCCCACAGTAACAGAAGAAGGTTTGGCATTTTGCAATAACTTGTTTGAGATAGAAAAAATGCTTCATGATGTTACACCGGAAGAAAGATATGAGGGCCGATTGAAACACAGCCGACCAGTGCTTGATAAATTCAAGGAATGGCTCAAATACTGGAGTCCAAGAGTAACTCCCAAAAGTTCATTAGGAAAAGCAATCCAATACTGCCGGAACCAGTGGGACAAGCTGGAGGCCTTTATGCTGGACGGCAGGCTAGAGATTGATAACAACCGAAGTGAACGGTCGATAAAGCCTTTTGTAATCGGGAGGAAGAATTGGCTGTTTAGCAACACGCCTAAAGGAGCCAATGCCAGCGCAACAATTTACAGTATTGTGGAGACGGCAAAAGAGAATGGGTTGAACCCGTTTGAATATCTTACTTATCTCTTTGAACGTCTACCGAATATAAATATCAAGGATCAACATGCATTAGACACCTTGTTGCCATGGTCAGCAAATCTTCCGGGTCATTGCAAAGTGCCCAATAAATAA

Protein sequences of DBSCAN-SWA_7

>CP021850|2981229:3036255|3018802_3020374_+|AUS97297.1|transposase|DBSCAN-SWA
MENTVKSTVTIEKLQTEIEILKQEKAELEAKLKWFEEQFRLHQHKLFGRSSEKTEVPEQLNLFNEAESEAKPAVPEPTLEEITYKRRKKQGHREEMLKDIPVETIEYRLPEEEQVCDCCGGKLHEMSKEVRREIEIIPAQVRVKEHVQYVYGCRNCEKNEISTPIVTAPMPKPALPGSLASASAIAHVMTEKFVKGLPLYRQEQDWERMGIEISRQTMANWMIQSSDRWLRPIYERMREHLQQRDILHSDDTTLQVLKEPGRAADSTSYMWLYRTGREGPPIILYDYQTTRAGKHPKKFLEGFKGYLHTDGYDGYSGMPGIIQVGCWAHARRYFVDALKAMPPKKDDKPTVTEEGLAFCNNLFEIEKMLHDVTPEERYEGRLKHSRPVLDKFKEWLKYWSPRVTPKSSLGKAIQYCRNQWDKLEAFMLDGRLEIDNNRSERSIKPFVIGRKNWLFSNTPKGANASATIYSIVETAKENGLNPFEYLTYLFERLPNINIKDQHALDTLLPWSANLPGHCKVPNK
>CP021850|2981229:3036255|3029100_3029532_-|AUS97305.1|DBSCAN-SWA
MTKPELLLNYVHIDEGVPLITDGIVIEINRKHLEQNVTFIGFTRKALIDYGDGLGTTPGVDVLGNLKDDLHAFKDRVKERVAGPEEVGVILPCSENGFYNYFAGLRSVVNDCKVQGRIDQWILPRGEYIFALLKQRILMHSFK
>CP021850|2981229:3036255|3030557_3032066_-|AUS97307.1|transposase|DBSCAN-SWA
MLTMEQVYRIRNMKKFEGKSLRKISQITGHDFETVKKYVHKEDFNQAIRPKQRRQGKLSPYRSIVTRWLINDKQAPHKQQHTAKRVYDRLKELYGDEFDASERSVRKFVAGIRKELQMNSEGFLPLEHPPGEAQADFGEARFIENGITYDGYYFNISYPHSNGGHMQLFKSANQECLLEGMKAIFEHIGGVPTAIWFDNMSTAVRKVKEYGERDLTKGFLRFMMHYGFRSNFCNPNSGHEKGSVENKVGYHRRNMLVPVPEFKDLKEYNKELLLKCDQDMNRMHYKGYGMIKDLFEEDRQEFFKLPKVPFEVYLHEFAKADNYGKVKFDGRIYSTSPGMAGQQVIVKAGAYDIEILDEDCNHIIKHKRLYGEEKESMNWIPYLELMSKRPTALKYTGLYNQLPQILKEFLDKSDYEGKKRTLRMFTKMAEAASFDTAIEAFEEGIRLGVSDTDSIWAIYCRLTTGTLPEPEVLLPDTVPELKKYTPDIKIYDQLIVPGGLQV
>CP021850|2981229:3036255|2985673_2986882_+|AUS97274.1|transposase|DBSCAN-SWA
MEVVYQRCCGLDVHKDKIVACVITESKKEIRSYGTVTESLIELVDWLKEESCENVAMESTGSYWKPIYNLLELEEIPAMVVNAQHIKAVPGRKTDVKDAEWIAELLRYGLLKGSYIPNREQRELKEYIRYRRSMIEERARELNRVQKVLEGANIKLSSVVSNIDGVSSRRMREEIIKGTEDTEVLAALAKGKMKQKTDELKKALKGLIGEHQKKILSTMLRHIDFLDAEIEKLDAEVKERMRPFEEQVKRLDSIAGVGERSAQTIIAEIGTDMSVFPTANHLASWAWMCSGNNESAGKKKSGKTKSLRSTLVECAKAAGRSKNSYLSAQYKRIAARRGRNRATVAVGHSILVIAYHLIKNNVDYQELGADYFEQRRKQDIVKRSIKRLEALGFKVTIEENVA
>CP021850|2981229:3036255|3014881_3015481_+|AUS97292.1|DBSCAN-SWA
MKILITAFEPFGGEKVNPALEAMKLLPDKIGNFQILKLELPTIFYKSIEKVWQYIDEYKPDAVISLGQAGGRACISIERVAINVDDASIADNDGNLPIDQPIFEDGENAYFSNLPIKNMVEAIKKAGIPARISNTAGTYVCNHVMYGVLYKLHKENLNIKAGFIHVPFMPEQVVDKPEKPSMSLENIVKAIEVACNVLA
>CP021850|2981229:3036255|3008005_3009118_-|AUS97287.1|tRNA|DBSCAN-SWA
MEEAKQATYLFQNGHRGYVALWQHILNVSIEDLRKNYANLNVYFDLWKKESDVQRYIPKMIEDLKSKGLAYLSHGALVVDVKDNSDTMDVPPCILVKSDGATLYSTTDLATIVERIELYNPDEIIYIVDKRQELHFEQIFRCAKKADFVPPTTKLTFLGFGTMNGNDGKPFKTRDGGVMRLECLIKEAVDRVYQRVKENKEIPQDEAKEIARKVGIAAIKYSDLSNQISKDYIFDVDRFTATEGNTGPYIIYTIVRIKSILNKFTEVNPGYRAETASLQLPNGESERNLMLKITQFNKVIADSFADYSPHKICQFVFELSNEFNRFYHETKIISEKDTLKQKSWLKLISLTRDVLVTCLDLLGIEGKRLI
>CP021850|2981229:3036255|3001478_3002768_+|AUS97282.1|transposase|DBSCAN-SWA
MNFRPMAGIDVGKFFSEMAILSPSNEVIARMKIRHDSSSDVERAVKLLKKTEKDFDSRPFVVMESTGHYHKILFHSLCKAGFEVSIINPIQTDSIKNIGIRKVKNDKVDARKIALLYRFQELKTTNIPDEDIECLRSLCRQYYKLSDELTAYKNRLTGIVDQLMLNFKDVFPNIFSKAALAVLEKYPTPVHILKANRNKLIALIQKNSRRSLKWSTAKYELLVSKAREFAPLSINNSSNIAMLGVYISMIKTLEENLEKVLKAIRSLIAEDMAKDIPMLALTLELLQSIPGIGLISAVTILAEIGDFSAFSKPGKLVAYFGIDPSVMQSGEFTGTQNKMSKRGSRLLRRVLFTIALANIRTKRDKTACNPVLMEYYKNKCQNKPKKVALGAVMRKLVNYIFAVLRDRKPYQLRSPQEHAKNLAAKHTAA
>CP021850|2981229:3036255|2991217_2992189_-|AUS97277.1|DBSCAN-SWA
MKRYDITALGELLIDFTENGLSEQGNILLEANPGGAPCNVLAMLSGLGKKTAFIGKVGNDFFGKHLKMVLEELGICTCNLLLDEKYHTTLAFVHNHPDGDRDFIFYRDPGADMKLCAHEVQEELIVQSRIFHFGSLSLTHPGVREATKKALQIAKENSCLISFDPNLREPLWDRLDEARKQIAFGLSQCDILKISDNELQWFTDRLDLDEGVSFLQDIYRIKLILLSMGKNGSRAYYGGMKAEVKTFPLKNTIDTTGAGDTFCACALNYILEHNLENLSYEDLLSMLTFANAAASLITTRKGALRVMPKKEEIEYLLTKNIEE
>CP021850|2981229:3036255|3007191_3007548_-|AUS97285.1|DBSCAN-SWA
MLGDITRAEDIYIVCGYSDMRKSIDGLAAIIKETFGMDPFSPSLFLFCGRRRDRLKALFWEGDGFVLLYKRLENGNFKWPRTPEQARRLTQQEFRWLMEGLTIDQPKAIRKARTGEIY
>CP021850|2981229:3036255|3004967_3005201_-|AUS97284.1|DBSCAN-SWA
MVNAPAKAGQPIGILNIDLERERLASIKVVAPLTRKDAPLGLSLAWLSSNGYVFMQDKTRGAFTLYFSFGCAHTERI
>CP021850|2981229:3036255|3033935_3034256_+|AUS97310.1|DBSCAN-SWA
MTKADLYQKWASIIAEYKSSGQTQTSFCKSAGISLRQLSYWLRKERQNGIIQSESPKWIPVEVDHKEHTGKGQSIEIKFGPAEVQVKPGFDQKHLLDVLMVLRELC
>CP021850|2981229:3036255|2992205_2993678_-|AUS98816.1|DBSCAN-SWA
MSQKLLLAQAYEEEAARRIPDTSRPKFHLSPYVGWMNDPNGFSYYKGEYHLFYQYNPYDTVWGSMHWGHAVSKDLIHWHYMPVALVPDKSYDSFGCFSGSAVELPNGEHLLMYTGVHKDSNTGEEFQTQCIAIGDGLNYRKYSQNPVIDGNHLPKGMSRSNFRDPKIWREKDGSYRCVVGGCDQRNLGVILLFSSKDAFNWKYESVLVRNDGRFGLMWECPDFFLLDGKYILLTSPQDMLPEGLEFHNGNGTLCLIGELDKEQKHFTNEYYQAVDYGIDFYAPQTLLAPDGRRIMIGWMQNWDTCKLVDAKNLSWFGQMSLPRELSVKNGRLYQQPIRELELYRSNKVEYKHVLLQGELSLNGIEGRTVEMEISIRAVDKDKLYQKFEVNFAQNELYRTVLSFCPYESILKIDRSFSGSRRACIHQRQCMVSDKKGELKLRVILDRFSAEVFINDGEQVMTVTIMTDTAAKKISFSSIGEVIMDVTKYDL
>CP021850|2981229:3036255|3000080_3001064_-|AUS97281.1|DBSCAN-SWA
MEATNRAPKESLLSRQKAFLRMTPESEKLRHLKENLPFMIMLFPAVLVVFLFSYLPIYGILIAFQDFVPGDKILSDTTIWVGFENFSRFFNDPQFWPLMKNTFLLCIYGFIIGFPLPIIMALMLNALKSRKMSKTLHTIFIAPHFISLVVLVGMLQLFFGRYGLVNNIAVSLGGERISYFLEASAFRPLYILSSNWQDFGWSSVIYIAALANVDHEQHEAAILDGATRFQRIIHVDLPAIMPMVSVMLIMSIGGLMGVGYEKALLMQTDGNLAVSELISTYVYKRGLTGVPDQAYATTIGSFNSLINLVLLIIANTMARKFSENSLW
>CP021850|2981229:3036255|2981229_2982801_+|AUS97273.1|transposase|DBSCAN-SWA
MENTVKSTVTIEKLQTEIEILKQEKAELEAKLKWFEEQFRLHQHKLFGRSSEKTEVPEQLNLFNEAESEAKPAVPEPTLEEITYKRRKKQGHREEMLKDIPVETIEYRLPEEEQVCDCCGGKLHEMSKEVRREIEIIPAQVRVKEHVQYVYGCRNCEKNEISTPIVTAPMPKPALPGSLASASAIAHVMTEKFVKGLPLYRQEQDWERMGIEISRQTMANWMIQSSDRWLRPIYERMREHLQQRDILHSDDTTLQVLKEPGRAADSTSYMWLYRTGREGPPIILYDYQTTRAGKHPKKFLEGFKGYLHTDGYDGYSGMPGIIQVGCWAHARRYFVDALKAMPPKKDDKPTVTEEGLAFCNNLFEIEKMLHDVTPEERYEGRLKHSRPVLDKFKEWLKYWSPRVTPKSSLGKAIQYCRNQWDKLEAFMLDGRLEIDNNRSERSIKPFVIGRKNWLFSNTPKGANASATIYSIVETAKENGLNPFEYLTYLFERLPNINIKDQHALDTLLPWSANLPGHCKVPNK
>CP021850|2981229:3036255|3026898_3028233_-|AUS97303.1|transposase|DBSCAN-SWA
MINNEVLEKALKKHEIISPLLQPDLDEAEKRRIRQEILEREGISERTLRRYLAAYRENGYEGLLPKIRKDTGQQRAISQEILDRAIEIKQELPERSVRRIIKILEGEGIVKKGSVSRSTLSRHLLKMGFGAKDFRNVRIEGTTARRFVKNGRNTLWQADIKYGPYIPTADGGKKRTYMVAFIDDATRLVCHAEFYDNQRLPILEDSFRKAILKYGKPEAVYVDNGKVFISKWFRVACAKLGIRHMNTKAYSPESKGKIERFNATVEEFFQEISLEKAKSLEELNRKFRVWLDEGYNGKPHSSLKGVSPSQAYASDPKKVRFATPEECRDAFLWEDTRKVDNTGCFKLQGIEYEAGIEYIGKKVDVRYDPFDMSLLEIWYNGERRKTATPLKVGEYCSKVEKTPATKSATHSRLLKIYESENEKRQKRQTGALTFRSMKGGDRNV
>CP021850|2981229:3036255|2987585_2988569_+|AUS97275.1|DBSCAN-SWA
MNIITCTESLRKFLIALRLTFLLTKPQIANLASIIASAMQGGFDGKITNVPELSMRNVHRTSIGKFLSKSPWPTSLVMDKYQLYVLAQINLQARKTGCPVYVILDDTISEKTKPSSKALRPTEGCSVHHSHLRRKRVYGHQIVCVLLECGGLKLPYYMELYDKAVQSKISMVRKVIEGLPDFPTKVYVLGDSWYSACSVIQAAKDRGFEYIGALRANRVLYSVGGPRLGQKVNAYVKTLTEKDVRLVTVGNQKYWVHHYNGYIKRLPKNGVILLSWPESKLFEEKAVHVFFSTSNLTEEEILTTYIERWTIEIFFRDNKMQARVKLL
>CP021850|2981229:3036255|2999169_3000060_-|AUS98817.1|DBSCAN-SWA
MKQKDLKDTLGDKIFYAIIEVFLVLVTLVILYPLYFVIIASISDPDAVLSGKVILYPVQITFSGYAKIMERQDVWRGYLNTIIYTALTVILSLVVTIPAGWALSRKTLLGRKTFMIYFIIPMFFGGGLIPFYNVMSSLRLNNTMWAVILPSILSVWNLFMTKAFFQSSINSSLIEAAKIDGAGQFRIFFSIVIPLSKAIIATMALYYGVGQWNSYFNAMIFLRDESMYPLQLVLKEILIATESTVGGSGETILEQYRLANQIKYISVIVSSLPILMLYPFVQKYFAQGIMIGSLKN
>CP021850|2981229:3036255|3034249_3034606_+|AUS97311.1|DBSCAN-SWA
MLSIAGTDKVYLACGSTDMRKSIDGLAAIVQQSFALDPFSSCLFVFCNKKRDKLKILQWEHNGFWLYYRRLEKGKFQWPKESCGTPMKVGVRELGWLLDGLSLEQKQAHKKVTVSAVI
>CP021850|2981229:3036255|3017725_3017992_-|AUS97294.1|DBSCAN-SWA
MGIIYRLQNSKKWINLLLSDLNYEEKTWVEKELIDINQWLKICKNTGFVDNYCTKICGEFLAPHIDKFPFENEIAQWMAEYVFTSRKP
>CP021850|2981229:3036255|3013891_3014794_+|AUS97291.1|DBSCAN-SWA
MIDVRLYTLLAVVEFNSYTRAAEHLSLTQPAITQHIKQLEKELNIKIFRRVGKEIIPTNEGNVVIQYARRNIALYERMKQNILDIQRHVRRLTVGITHTAESNAVAEVLGRYSSKNPGTTITIISDSINNLYSMLKNYEIDLAVVEGKIQDSSINSLLLDTDSLMLVVSNNNPLAKKSMVTINELKKQPLILRRPSSGTRNLFAAHLESNNMSLNDFNVILEVDNIATIKDLIRRDIGVSILARSACLDEIKKRKITVLPIENLSMIREINILYHNDFKHVDILESIMKEYNKVAKFYAS
>CP021850|2981229:3036255|3025225_3025732_-|AUS97301.1|DBSCAN-SWA
MNKRIVIVPAVVIAFIAIIFVSVKVIKKDDRKENIERNYGISYTEAKITSNGVEDTKPEDAVPQKEQLLQNLEDKGYDIEYYDTVFDSDISCYRIYATKDNKFIDICYDLTEENAEKAFYEYENKYDEYYLMAMNGTFVYCISDKKVFKDAGFKSLANNGIQYINHGK
>CP021850|2981229:3036255|3018054_3018375_+|AUS97295.1|DBSCAN-SWA
MTKADLYQKWASIIAEYKSSGQTQTSFCKSAGISLRQLSYWLRKERQNGIIQSESPKWIPVEVDHKEHTGKGQSIEIKFGPAEVQVKPGFDQKHLLDVLMVLRELC
>CP021850|2981229:3036255|3032130_3032466_+|AUS97308.1|DBSCAN-SWA
MEFFHFMQGFLSSGTLGFHCTKNSDFSRIMLISPLLIIRPSHIKACHTFMIDRWFDVGQFLSGFMGQLYPGGYTAFLIGKDDLTLKFPPFTQKSRLFYWKIKQTASLLVYI
>CP021850|2981229:3036255|3007541_3007889_-|AUS97286.1|DBSCAN-SWA
MDKITNAKTEFRLKQWSKIIQACQTSGMTVVSWCSQNNVKIKSYYYWLRRIRTLACETGSLVPQKPEQEIVPVPFHQTKVSAAVTIHLPSFCVDIHDGTSRETIEAVLSALKSIC
>CP021850|2981229:3036255|3012048_3013314_-|AUS97289.1|DBSCAN-SWA
MGNFLNHLNYTTIVLLSLSVILLAGFLLTRITKLAKLPNVTGYIISGILIGPYVLNLIPREMVDNMGFISDIALAFIAFGVGRFFKKENFQETGFGVIVITLFESLLAGLFVTFSVHYIFHLSWSFCLLLGAIATATAPASTMVTIRQYHARGNFVNTLLQVVVFDDAICLIAFSIASAFVNANVGANISTSEIIMPIVYNIGALVIGLVSGAILSKLMTPKRSEDNRLILTISLLLGIAGLCAAVDISPLLSCMLFGTTYINMTKDKELYKQVDRFTPPIMSIFFVVSGMNLDISSFSTMGVIGISYFLIRIAGKYLGAYLGCIIAKTTKEVKNYLGLALIPQAGVAIGLAFLGKRILSASMGNMLLTIILSSSVLYELIGPVCAKIALIRSGAIKMDKTAPEKEKVEQSMEKPQEVRAC
>CP021850|2981229:3036255|3028311_3028878_-|AUS97304.1|DBSCAN-SWA
MIIAYLGRNVKEYRRNCLKFLERLELICPKCGGKTTFHDRYARHVHMGEEIEWINIFRVICSKCGKTHAIIPDFIRPYKHYSACDSELVLRDQEDGIPLEEIETAASISTLRRWVEEFRQRGRQAAGALRAILYRYYGKFVNELEMIETKVFHMIERLLGLLPQIESSHLAIGETNMWLTNHLAGVFV
>CP021850|2981229:3036255|2995599_2997426_-|AUS97279.1|DBSCAN-SWA
MKDNRKILALVLAFTLLLSLAACGNSKNTAPTISGVRDMTVVVGSEFDAFEGVTALDAEDGDLTSKIVIDSNPPLEFKNGKVTPEEEGTYELTYSVADKGGLKAEAYATLTVTRKTGDAVVYKDFDFSTQPATDNRGWEARIADGVDASAEMKQGAYVFEIASPGNGDGDIQLAKPGFALKAADYRIKIWAKSTADTYCHIIARDEDADGWATFGGAYNVVIGKEISPLELNFTSKGKGSAELLLNLGKITPNPDNPSDTTPENFTVTIDKIEIYEITGDETLIPAYTSNFSTGKGVTVEAGDGAVANVSFSDDAATVNITSYPTNGGVWSIKSNIELGDQTIENGTKYYYSLKLKAKNAQSGECIVESAAQYDKNRVHFNGFTVAAGEEIEISGTFTADRAISDPVIRLQIGNPSDGVSSNSLDISDVVFGKVEGDKEVKKTIDNFIAFGNSSYNATNPEYPWAVFNGTDEDYDRGVGTIWTENGSLFYRIDQGGTTDWHNKLICGYNGNPLMLKADSYYAIEIKVKATKNVSCGLFLNPIGGWDPRLSERLDITTEEQTFKFTTTDIFITDMDFELLFQFGSEDLAQLGEVTVEFSDITIYQMSVI
>CP021850|2981229:3036255|3023812_3024841_-|AUS97300.1|DBSCAN-SWA
MNLHHEYNRIKERIDAIDFSALWEGFHPFRFALYNETECFFDGKYIEKTEEFHANTSIFYNGENIAIWKLTEEPTDIDALAASIVHEMFHAFQNDCGEKRYPDERRALLEYHYSTENLSAKLQEAELMRTILEGSEKKFSELLSIRKFRKKLFPRQYDYEPRVEQIEGTANYVELLALMQIAPEKGKLRLMKMLNDITNAGKYFPIRIISYTIGAVFLCCIKKCSSFVFSCFSDRPFSDEILDDVLVTSSEIIINPEIGMHLTAYNEETERLINAALNKGEVCLKGNYPLVSLNIWDARWNGKYAISNHFVVYLDGEQPKILNGNFVVEIDNDLNIMTVYRQ
>CP021850|2981229:3036255|3013328_3013778_-|AUS97290.1|DBSCAN-SWA
MKPKLVFVWHVLIFNLIKPLPNSSHYFNQHFQLSTQNLSDHDSHYKRIVKFGKEQSGWIGVLLANIALMFFCLPICFSADLVIHSVHLLSIKITISAILVLIMLGKFDMLRFRDDRSLLKLFYLFNCLVSSAYWTLTCLFLAAFENIVL
>CP021850|2981229:3036255|2997422_2999129_-|AUS97280.1|DBSCAN-SWA
MKKWIAILLSGVLVLSLVACGNSEKSDKKEGAGVEKLVSEYGFQWTDTSAPILNEKGAKELTFRVYSSKNASALDYNDMKVMQDLYKMTNVNVVWENVSESVYSQQKNLIFGNSEDRPDAIYHAGMTTGEIIKYARRKVLLPISDYLEYMPNFSKILEERPDIKNQLINVEDGKIYSLPRIEEMGLLQHPNILYLNKNWAAKAIEASALNGLSVDDLKDGLALTCEQMEAMLRYFKENDMNGNGDVNDERPLSFVYNNWQGNQCDLYGMFGLNDNLEHRVVVNDQVIYTIQDERFKEATNFIARWVSEGLIDKVSFEQSQDNFLANGKGLEIYGAFYWWESETVVSNPENYIVCAPIIGPHGDQTVCVSNNPEVGTGELVIFADCPNVEVLLAYFDRYYDPFISAQINYGPIGIVYKEELDEKGMLVQKEIPEGMTADELRLQNAPLGIIYLSDYAWNNVVNMEPRAKLRLERLDAYVKPYVPEGVKPCPVNLQFTLEELNKLTKYESNLNDYIRTNLIRWLLNGGVSDSEWASFQDELKGKLNIESIRQVYQDAYDRYIKNDGRKLK
>CP021850|2981229:3036255|3018368_3018725_+|AUS97296.1|DBSCAN-SWA
MLSIAGTDKVYLACGSTDMRKSIDGLAAIVQQSFALDPFSSCLFVFCNKKRDKLKILQWEHNGFWLYYRRLEKGKFQWPKESCGTPMKVGVRELGWLLDGLSLEQKQAHKKVTVSAVI
>CP021850|2981229:3036255|3015722_3017249_-|AUS97293.1|DBSCAN-SWA
MQISYIIVCKEMDGMNWIQCLSKSIQYIEEHITDRIRIDEIANQAYTSSSHFQLLFHLVFGITVGEYIRNRRLTLAALELLKPGRKIIDVAMQYQYDTQESFSKAFARFHGFPPSKVQADKIRMFHPLKINITVQGGFDMSRSLVDEFYWSDFINQKDELLSDIDKYQRIVNWAIEARVHNPNVFDALTEWILDDSEWTDDKLVENEQIFMQGILARFRGQNAQLRAYLKEIESSGIVNGAVFNALDRFDNELSGKTEYNDLRNVITKMFTDFSVMRDRKIREQIAGGKTGPTGTDSVDIFGYVNLLKDCDARVQWTLFMPDMVEKQKKDFKIEKFEYMKMPAMRFIGKESCEGDGLDTVEGLKNLFSILDTMSEYKSGFDYDVLFQHHYGRGVDVERWHGFWGRFMKADTPVPEGFVYFDFTPQRTESNFVAGPPYISQFAFAVFSGNIEAMHEKEGYDCDAMYDITRNIILGQDVNIPYPDKYWTAEVFLDGYDNYSTAYMFSVEL
>CP021850|2981229:3036255|3003879_3004908_+|AUS97283.1|DBSCAN-SWA
MARKRVTMQDIADACGLSRNTVSKIFNERGTVSEATRKKITKAAQELGYFQFLEEKTSKPGTHSQNIALLTHSKPMNHNFGSSFIINFTDQLCRAGYTLKMYEISTEELTQKKLPPHLMLENTVGILGIELFDRDYLHMICGLGLPTIFVDGYAHVNSSLLCCDLISMENIASIIALTERLIASGAKRIGFVGDINHCNSFYERWIGFCTALGSAGLPLDHSLCILAKDEEPYGDVDWLFARLEEMPSIPDAFVCANDFLAIHLMAALKKKGLSIPADVMVTGFDGSPESAVVEPPLTTVQIPSADIGRLAADILLDRIQNPDRPFRFTYVKTIPVWRDSIR
>CP021850|2981229:3036255|2993775_2995518_-|AUS97278.1|DBSCAN-SWA
MRNKDVVLWIALCLIVSVLLCSCRQSGAPVTVHFNGNYYGCGEIGSQTVHMGSKLEELDAPTRDGYVFLGWFKDKGLIEKWDFEKDKVYSELTLYAGWDRDSGDEIKYPDTDKDFTNLRTPGSQEMAYDYRLFFLPEKDGVNQPYVGDPMPYYEDGVYYIYYLKDGGDSYNHSIYLVTTKDFLNYKEYDEPVLEASRSGGQDGWIGTGSVVKVGEKYYFFYTGHASSDHYEYKEKIMIAEGRSPTEFKKIVGWEITPPAELGQKNDFRDPQAYYDAENNVITLTVTASQNNVARILKYTISADLMNVQYDGIIFTDPTGDFWNLECSDTFKLGNKWYITYSAQNDTLWYAFADNQFGPYSEPKRLEGKLFYAAKHVSDGEYTYMVGWARRSESPSSTQEVSGWGGNLVVQKLVQKEDRSLILSPLDKFYDAFAVRRALILDGTGALLESGALYSYKEVFTAFERFMLTGEFCFTGNGSFGLAFDYDGQADNYKLISIDPANNKLQLYFNGGKTLISETDAVLEAGRDYSFTYIQEGSVGIFYIDGLAALTVRLYGVNGKAIRLFAENNSVVFSSLREYTM
>CP021850|2981229:3036255|3009255_3010572_+|AUS97288.1|DBSCAN-SWA
MSNATIKKIAPFALPKLQKYLDKFKNIFRRSDTMNAAERYMTGLLSDIPYKNCGMMAEYMEGTSAQSLQDFLTNSSWDYEQLNRQRVEHLLENAVSSDGALVFDDTGFEKKGNCSVGVARQYSGTLGKVGNCQIAVSCQYSDIKYTWPVNARLYLPENWTSDPERLKKAKVPENITFKTKPQIALELLDQANSMGIKHNIILGDSFYGRDNTFIEGLEARGETYALSVPCDFTVRFEQDIKTFVPPAKAQTNRTGRPRTKPESIPLPPQYRVDWLIDKIPQDYWKVISWRDGSKGELKKQFAFIRVCWSTQTKLGKPGWLVFERPVPGEAGDTKYYFSNLPIDTPDVRIVEYVHRRYTIDRFYQDAKDELGLDQYEGRMWHGFHRHFVMVMLAYSWLTLQRRVKNESIKQYEVLVDRPCVTSPSFSIREVFSPEALFT
>CP021850|2981229:3036255|3005531_3007115_-|AUS98818.1|transposase|DBSCAN-SWA
MQKINFTGLTPEQIEYVSTLEKIVENQQIRINQLTELLIKSQKALYGQSSEKRRYVLGEDNDQISLFNEAEVEANNKAEEPTVQTIVAAHTRKPKRTKEELAQTVPVVEVVCDLDEDKRSCGICQADLRYLGKEHVRDELEIIPAQVRVLRYIRFNYVCTVCEKETGDANIVKAPVPAPVMKRSLASASTVAYVMYQKYANGMPLYRQEKDWANQGVTLSRATLANWIIRPSHEWLEPMYNAIHKHLISEPLIHADETVLQVLKEPGRKATTESRMWVYTSGRSPTPAVLFEYQPTRSGQHARRFLEGFSGYLQTDGYSGYNAVPDVIHCGCWAHLQRKFEEAIPQGADTKTSKAAIGYDYCNRLFAMDKKWEELSAERRYEERLKNMKPLLDEFWEWVQQLNPLPNSNLGKAITYALNQKESLNRFLLDGRIELSNNRAENAIRPYVTGRKNWLFADTTRGAKASAIVYSMIETAKANQLNPYMYSVHLLTNLPSLKELTHESLTPYLPWSPELPSWCRNDSYKAP
>CP021850|2981229:3036255|3032623_3033943_-|AUS97309.1|DBSCAN-SWA
MVIKLYLQYIFWRDYLISLFAFKCGYYLPLTYKSINNRYRFISNYFSHVFHVAFDKHLKDNEAFKMIMSKTIDVDQYKRYKLNKSLPESVTIDDIINDMQKSRFLIRPPYQRSEVLNVQKASYLLESIMLGIQIPPIFIYKRNNKVKEVIDGQQRLLTILGFLGKSYIDENGNFSLSQKDRFKLIKLRILSELNGKNIDTLDEKYIDKIYDFPIDIVEIEQEQNPDFNEIDLFLRLNTKPYPIKENTFEMWNAYADKDIIMAIKALTEKYVGVVFRAKDSRMKNEELVTSLAYIDFKLSREHSCITDVLNVYKRYGRISARIIKKESITRTLSDVSNSNPLTFLQSVKNIEVFAKKVLALIDNDSSKMNGLFSHKRKGTQCKTDQNFYFLWVMLKNITIEDICNRKREIFSKISYKFSILQNTPEDYTVEMFLTDLGSI
>CP021850|2981229:3036255|3020409_3021213_-|AUS97298.1|DBSCAN-SWA
MSKWETGLTLPDIEVLLNISWICKTSINNILESDDFIEYDADIDRSLLRLNKFLICPECKKMLKLNTQNLKTLFFECENKHRYYVIDGVVDFKTREISGEQWSLSYRNYDEYLHEHHCHGNPNNKRGLDRDDAIWKEIEKLRPRLMLDMACGTGQGIKQQIKRINWPTTVIMVDISHRILKWNKAYYSTEWKNPYVEMVYLACDGANLPILSDSVDVVFSYAGYESMQTKMLDGFREAFRVLKNGGHTIYTKSAVEDHESENSVSVK
>CP021850|2981229:3036255|3021731_3023021_+|AUS97299.1|transposase|DBSCAN-SWA
MNFRPMAGIDVGKFFSEMAILSPSNEVIARMKIRHDSSSDVERAVKLLKKTEKDFDSRPFVVMESTGHYHKILFHSLCKAGFEVSIINPIQTDSIKNIGIRKVKNDKVDARKIALLYRFQELKTTNIPDEDIECLRSLCRQYYKLSDELTAYKNRLTGIVDQLMLNFKDVFPNIFSKAALAVLEKYPTPVHILKANRNKLIALIQKNSRRSLKWSTAKYELLVSKAREFAPLSINNSSNIAMLGVYISMIKTLEENLEKVLKAIRSLIAEDMAKDIPMLALTLELLQSIPGIGLISAVTILAEIGDFSAFSKPGKLVAYFGIDPSVMQSGEFTGTQNKMSKRGSRLLRRVLFTIALANIRTKRDKTACNPVLMEYYKNKCQNKPKKVALGAVMRKLVNYIFAVLRDRKPYQLRSPQEHAKNLAAKHTAA
>CP021850|2981229:3036255|3029829_3030561_-|AUS97306.1|DBSCAN-SWA
MNSDMLIKQYCKELRFGKNIYESYSKIIATDYADFLAQLLKMEIDRRELVRKNRNLKSAGFDVIKTFENYEFRDIQIPNAISIEELKTGAFIDKFENLILYGPVGTGKSHMATAIGVAACSRGKKVKFYRTAALVNLLSEAKAKGELQRFMKQLRKTDLLICDEWGYVPFEKDGSQLLFQVISECYEKRSVIITTNLEFSKWNGIFYDEKLTSAIIDRLVHHSHLLVFQGQSYRLTHSTMKSH
>CP021850|2981229:3036255|3026102_3026906_-|AUS97302.1|DBSCAN-SWA
MFEQYYNFLHTPFTRDIPEKHLYSNPELEEVCSRLEYAARNRLFAVITGDVGTGKTTAIRKFVGALDSNRYKVMYISDSALTPRNFYWEVLNQLGCEAKFYRSDAKRQLTREISNLIEIQRRIPIIITDEAHLLSREMLEEIRFLLNFRMDSYNPMSLILVGQSELKDILKKQIYEAICQRIDIRYHMMPYDRQRTGEYIRKHLEYAGESREIFTDMAVDEIYEYSHGVPRKINRACTACLLHGAQVQKKIIDDHVVRLIVEEELNW
>CP021850|2981229:3036255|2988671_2990102_+|AUS97276.1|DBSCAN-SWA
MYNSIQHFIGFGVKKIEEKVKKFVEKPTDLADLVLGLHEELLELGRNIVTEVLEDMDDYLRESASRKQNWEIVRKDRTGLLTSFGPISYERTYFKPKKGGKRQYLVDRIVGINPHDRVSADVVINAVEEAAESSYRKGGEKAAYMDEVSKQAVMNKVHELEVVQPSVEKRKDETPKILYIEADEDHVAQQGKKRHKTEDEWGASSTLMPKLVYVHEGIDHEKSTKKRKVLKNPRYFGGIRDSEELWLEVSQYIDDTYDVDKIETVYISGDGAAWIKQGLNWIGKSKFVLDKYHLSKYVKVATAHLEDEDIEQELDDALKEADKAGLKKAFAKILEKTESETKRKAVNDAKRYILNNWAGIEIKVDNYEIVGCSAEGHVSHILSDRLSSRPMGWSKNGADKMAQLRIFKKNGGKVYDLVMAQKKKEQREQAQQLQDELIRELRTNRNRYDGVWDSNLTIISKGHKTLLYRALRAFVG
>CP021850|2981229:3036255|3034683_3036255_+|AUS97312.1|transposase|DBSCAN-SWA
MENTVKSTVTIEKLQTEIEILKQEKAELEAKLKWFEEQFRLHQHKLFGRSSEKTEVPEQLNLFNEAESEAKPAVPEPTLEEITYKRRKKQGHREEMLKDIPVETIEYRLPEEEQVCDCCGGKLHEMSKEVRREIEIIPAQVRVKEHVQYVYGCRNCEKNEISTPIVTAPMPKPALPGSLASASAIAHVMTEKFVKGLPLYRQEQDWERMGIEISRQTMANWMIQSSDRWLRPIYERMREHLQQRDILHSDDTTLQVLKEPGRAADSTSYMWLYRTGREGPPIILYDYQTTRAGKHPKKFLEGFKGYLHTDGYDGYSGMPGIIQVGCWAHARRYFVDALKAMPPKKDDKPTVTEEGLAFCNNLFEIEKMLHDVTPEERYEGRLKHSRPVLDKFKEWLKYWSPRVTPKSSLGKAIQYCRNQWDKLEAFMLDGRLEIDNNRSERSIKPFVIGRKNWLFSNTPKGANASATIYSIVETAKENGLNPFEYLTYLFERLPNINIKDQHALDTLLPWSANLPGHCKVPNK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS97273.1|2981229_2982801_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.3e-73	35.1
AUS97274.1|2985673_2986882_+|transposase	IS110 family transposase	Q9JMN8	Wolbachia_phage	1.7e-44	28.4
AUS97275.1|2987585_2988569_+	hypothetical protein	NA	NA	NA	NA
AUS97276.1|2988671_2990102_+	hypothetical protein	NA	NA	NA	NA
AUS97277.1|2991217_2992189_-	carbohydrate kinase	NA	NA	NA	NA
AUS98816.1|2992205_2993678_-	sucrose-6-phosphate hydrolase	F8WPR5	Bacillus_phage	1.4e-29	28.0
AUS97278.1|2993775_2995518_-	hypothetical protein	NA	NA	NA	NA
AUS97279.1|2995599_2997426_-	hypothetical protein	NA	NA	NA	NA
AUS97280.1|2997422_2999129_-	hypothetical protein	NA	NA	NA	NA
AUS98817.1|2999169_3000060_-	sugar ABC transporter permease	NA	NA	NA	NA
AUS97281.1|3000080_3001064_-	hypothetical protein	NA	NA	NA	NA
AUS97282.1|3001478_3002768_+|transposase	IS110 family transposase	A0A0U3ULR1	Bacillus_phage	9.6e-38	29.2
AUS97283.1|3003879_3004908_+	hypothetical protein	NA	NA	NA	NA
AUS97284.1|3004967_3005201_-	hypothetical protein	NA	NA	NA	NA
AUS98818.1|3005531_3007115_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	4.6e-66	34.5
AUS97285.1|3007191_3007548_-	hypothetical protein	S5VXZ8	Leptospira_phage	3.0e-18	41.8
AUS97286.1|3007541_3007889_-	hypothetical protein	NA	NA	NA	NA
AUS97287.1|3008005_3009118_-|tRNA	arginine--tRNA ligase	H2EDE2	Moumouvirus	3.4e-39	30.7
AUS97288.1|3009255_3010572_+	hypothetical protein	NA	NA	NA	NA
AUS97289.1|3012048_3013314_-	cation/H(+) antiporter	NA	NA	NA	NA
AUS97290.1|3013328_3013778_-	hypothetical protein	NA	NA	NA	NA
AUS97291.1|3013891_3014794_+	transcriptional regulator	NA	NA	NA	NA
AUS97292.1|3014881_3015481_+	pyroglutamyl-peptidase I	NA	NA	NA	NA
AUS97293.1|3015722_3017249_-	hypothetical protein	NA	NA	NA	NA
AUS97294.1|3017725_3017992_-	hypothetical protein	NA	NA	NA	NA
AUS97295.1|3018054_3018375_+	hypothetical protein	NA	NA	NA	NA
AUS97296.1|3018368_3018725_+	hypothetical protein	S5VXZ8	Leptospira_phage	1.2e-19	45.8
AUS97297.1|3018802_3020374_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.3e-73	35.1
AUS97298.1|3020409_3021213_-	hypothetical protein	NA	NA	NA	NA
AUS97299.1|3021731_3023021_+|transposase	IS110 family transposase	A0A0U3ULR1	Bacillus_phage	9.6e-38	29.2
AUS97300.1|3023812_3024841_-	hypothetical protein	NA	NA	NA	NA
AUS97301.1|3025225_3025732_-	hypothetical protein	NA	NA	NA	NA
AUS97302.1|3026102_3026906_-	AAA family ATPase	NA	NA	NA	NA
AUS97303.1|3026898_3028233_-|transposase	IS481 family transposase	NA	NA	NA	NA
AUS97304.1|3028311_3028878_-	hypothetical protein	NA	NA	NA	NA
AUS97305.1|3029100_3029532_-	hypothetical protein	NA	NA	NA	NA
AUS97306.1|3029829_3030561_-	ATP-binding protein	A0A2L1IVB6	Escherichia_phage	7.4e-35	39.8
AUS97307.1|3030557_3032066_-|transposase	IS21 family transposase	NA	NA	NA	NA
AUS97308.1|3032130_3032466_+	hypothetical protein	NA	NA	NA	NA
AUS97309.1|3032623_3033943_-	hypothetical protein	NA	NA	NA	NA
AUS97310.1|3033935_3034256_+	hypothetical protein	NA	NA	NA	NA
AUS97311.1|3034249_3034606_+	hypothetical protein	S5VXZ8	Leptospira_phage	1.2e-19	45.8
AUS97312.1|3034683_3036255_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.3e-73	35.1

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>CP021850|3047742:3088758|DBSCAN-SWA
GATGCTTAAGATTGTCTATCCCATCTGTTGTGGAATTGATGTCCACAAAAAGTTTGTAATTGCCACTATTGCCACCACCAATGATAAAAATGTTACTTCCTATCAAACACGTCGTTTTAATACTTTCAAAAATGATCTAATCGCTCTCAACAACTGGTTAGTAGAAAACAAGTGCAAAGATGTCTGTATGGAATCCACCGGAAAGTACTGGATTCCTGTTTTTAACGTGCTCGAGGATTTCTGCACTATTACCCTTGCAAACCCGAGATACGTTAAAAATATCCCAGGTAAGAAAACCGATAAGCGAGATTCAATTTGGCTTGCTGACTTACACAAGCATGCATTGGTAAAAGGTAGCTTTATCCCATCTAAGCCTATACGGGAGTTGCGGGATTTAATTCGGTACAAGTCTAAACTTACCAACGTCTCTTCCAGTGAGAAAAACCGGGTGCAAAATTCGCTTACAGTTTCAAACATCATGCTTGCCAATGTTGTTTCCGACACCTTCGGCAAGTCTGCTTCCTCAATTATTAAGCACATGATAGAGAATCCTGATATCATCGACTTTGATTATTCTTCAATGCTCCACAAAAGTCTGAAGAAAAAATCGGATGAAATTGAACAAGCCGTTGCTGGTAAATTCTCTAAGGAGCAAGCGGCAAAATTGTCTGTATGCTATGAGCACTATAACAGCGTTGAAAAATGCATCGAAATACTGGAAGCTACAATACTCGAGCTATCTTTACCTTTCAAAGAACAAATTGACATCATCGCTACTTTACCTGGTATTAAGCAGGCATCGGCTACAGCTATTCTTTCAGAAATCGGAACCGATATGTCCGTCTTCACCTCGGACAAGCATCTTTGTTCCTGGGCTGGCCTTACACCCCAGAGTAATGAAAGTGCCGGTAAGAAGAAAAGTGTCCGTATTAGCCGCGCCGGTGTCTACATTAAACCTTTACTTGTCCAGTGTGCTAATGCCGCTGTAAAGGACAAGTCCTGCACTGTTTTCAAAAACCGCTATGAAACGATTAAAAAACGTCGTGGTCACAAACGTGCTATTATTGCTACCGCAAGAATGATTTTAACCTGCATCTATCACATGCTCTCTAAAAATGAGCCATTCAATCCATTGCTGTATGATGACAATGCGAAATCTAAGAAGCGTAATCAGCAGGATTCTCTAAGTATTGAGCAGGCCATCGCATTTTTGCAAGCCAATGGGTATACTGTGAATATTTCTGATCTAGTGGCAATAACAAACTAATAGTGTAATTCCAGTTTCATCCACAGTCCTAGGTATTCCTTAAGGGCTTGCTTTGTTGCGGCCTTCGCGGGTCTTTTTTATTTTCACACTATCACCTTTCCATAGCTTCTCCTCATGCTTAGCGCTAAACTTTATCTTTTAATCTGATAAGGTTACCCGGCAATGCTTCAAACATATCAGGGTAATGCCCGCACCTTGCCCTTATCTGTGTATATTCCGCCTTACTGCCATCCTTTTTTAAATACAGCCTACGCCTATATATCTCATCGGCAAGTTCAGCAGCATGCATCGTTTTGTTTTCTGCCTCTGATAAGACAATTCTCATAGCTTCATGAAGTGTGTAGTAAGGCATTTCATTCATGCCAATTTCTGTATCAGTTAAATTGTTTTCATCATATTTTAAGACTATATAAGCTGGCTTATTATCTTTAAGCAGAACAACTTTTCCGTTCTTATCAACAACAGAGAACACATGGTCTATATTAGTTTTCAATGAATCAAAGGGAATTAAGCTGTCTATTCTAATATCCATAATTCACCACCCTATTACAATTATACATAAAAAATATTTATTTATCTATATATTTGTTTATACATTTGTATAAAAATAAAAACGCCACCAGTTAAGAAGGTTTCCTCCTCAACTGGCGGCAATCTTATTATAATCCTATAGATTCACTTCTATTTCTAACCCAGACTTAAATTCAACCAATATCCTGTCATCATATACCGTTGCTTTTTCAACCAGTTTTCTGACCAGTTTATCATCGAACTCCGTAATATCACCAGTTTGCGTGTTAAGGAAGTCCGTCATCTCAGCAATCCGATCCCTCTTATCTTGGCGAAGAGCGTTTCTTGAAAGTGTTTCTTGCCTTAAATCTCGCAACCTATAAATTTCATTTACAATATTATCGTATTCTTCCTTTAAATTTGCTTTTTGGATCAACTCGGTTTGGAGTTCTTCTAGCCTTTTATCAATGTCTGCTGTAGTCTCATCCAAATCCACGCTTAATACGGTTTCAATATTCTTCTTCAGTATGGCCAAAAAAGAGTTTTTTCCGCTGACCGCTACATTGATGGCTTCTACAATTTTCTCTTTAAGCGTATCTTCAAGTATAGTGGAAGCGGTACAAAATAAACCGGTGTTTTCCAATCTGCTGACGCATCTCCATACGATTGATTTCTTTCCTCGGTTATTCCAATGAACCCTGCGGAATATTTCATGACAGTTGCCGCAGAAAACCATCTGTGATAAAGGATGCTTGTTGCTATAGTTTCTTTTCTTTCCATTCTTACTTATATGCACACATCTTCTTTTGACAAGCTGTTCCTGAACCTGCATAAAAATTTCACGCGGGATTATAGGCTCATGGCTGTTTTCTACATAGTATTGTGGAACTATACCATTATTAGGTACCCTTTTCTTTGATAAAAAATCTACCGTATAGGTTTTCTGCAGCAGTGCATCACCGATATACTTTTCATTCCTCAAAATCTTATTGATGGTACTGGTATGCCATCTGGGATTGCCTGCACCCGTCAGAATTCCGTCAGCCTCCAAACCCCTAGCTATCTGTAGCATACTGGAACCTTCAAGATATTCTCTGTAAATGCGTTTGACGATCTCAGCCTCTTCAGGTACGATAACTAAATTGCCATCCTTATCCTTTGTATAGCCAAGAAACCGGTTGTGATTGATATGGATTTTTCCTTGCTGATATCGGTACTGAATACCCAGTTTTACATTCTGGCTTAACGATTGGCTTTCTTGCTGTGCCAAAGATGCCATAATGGTCAACAGGATTTCTCCTTTGGAATCCAATGTGTTTATATTTTCCTTTTCAAAGTAAACCGGAATATTTTTTTCTTTAAGCTGCCTTATGTACTTTAGGCAGTCCAGCGTATTTCTTGCAAACCGGCTGATAGATTTTGTAATTATCATATCAATTTTGCCCTGCATGCATTCTTCTATCATCCGGTTAAACTCTTCACGCTTTTTAGTATTAGTTCCAGTAATACCTTCATCTGCAAATATACCGGCTAACTCCCATTCGGGATTGCTTTTGATGTAATTTGTGTAGTGCTCAATCTGTGCTTCATAACTGGTTGCCTGCTCCTCGCTGTCCGTAGAAACACGGCAGTAAGCTGCTACCCGAAGCTTAGGCAATTCCTCGGCCTTTGCACTATTCCCGATTCGCTTACGGGCAGGAATTACCGTAACATTCCTGGTTGTCATCTAAAATCACCTCGCTTTTAATAAGACTATAAGCATACTCTGCCTGCTGAAATGGATCATCGTATAGATTATCTGGCATTGAAGCATGAAACTTGAAATTCAGGCATTTCTTTTCATTTCCTTTATATTCAAAAATCCTGCCAAGCACCTCAGCTCGCCTGCTTCTTTCCAGTTGTGCTTTTTCGAATGTGTCCTTGCTGATAATTTGATGATAGAATTTGTCCTCAACATACCGTTTATCTGAAAGCATTCTTGCAATAGATGTGTGGTAGCGCTTAATGCCCGCTTTTTGGGCTGCTTCGGTTAAAGAAAGCCCGGAAAGGTAAGCCTCAAATAGTTTTTCAATCTTAACTGCTTCCTCTTCATTAACGACAGCCCTGCCGTTTTGAATGTTATATCCAAAAGGTATATGGCTCATCATTTCACCAACCTTTCCCTTAAGTTCAACCCGCATTTCATTTTGAAACCTATTTCCTCCTGTGAAAACACAATGATTTCGCGGGTAAAATCCTCAAATATATCGCTATCAAATGCATCAATCTGCTTTTCAGCTTTCGTTGCAAAGTTAAGAAGCTTCTCAACCTCAACAAGAGCAGTCATGCTCCCATCGATTGCGCGTTTTATGGCTTCTTTTTGTTCTTTTAATATGGCTGCTTCTTTGAGCAGCTCATTTTTCTGTGTATTAAAAAGAGCGGGTTCCAGGTATCCTTTGGCCATAAGTCCCATAATCATCTGAACTCGCTCTGTATTTTCTTTGATTTTTGTTTCCATCTCCTGAATCTTTGTTATGTTATCTGAGTAATTTGTCTTCTTTAAGCTTTGCAACAATGGCCTTAGAATGAACTTATGACCGAAAATAAGCTTATTGATCATAACAACGAAGGCCTGATGGATCGCATCCTCTCTGACAAACTTCATGGAACAGCTTGATGCGTCCTTTATGTGCTTTGTGCAGCACCATGCAATATATTTACGGTCACCGCTTCCATGAATTCGACGCTTGAAACTGCTGCCACATTCTGCGCATTTGATTTTACCAGAGAAAGGGTAGCGTTTTTGATACTTGCTGCTTCCCTTAATTACACCTTTTTCTTTTCCTCTTTGCTTTAATATCTCTTGGGCGGCTTCAAACTCCTCATGGGATATAATAGCTTCATGATGATCTTTTATCATGTATTGATCTTTTTCCCCACGATTATAATGCCGCTTAAAATTCTCATCTGTATAGGTCTTTTGCAGAAGGACATCCCCGGTATATTTTTCATTGCTAAGAATACCGCGGATAGTGGTCGCTGTCCAATGCGAACCTCTCTTTGTTGGGATTTTATCCAAATTTAACCCATCTGCAATTTTCTGTGTGCCTTTACCGTCCAAAGCCTCGGAAAAAATCCGCTTTACGATTTCAGCCTGTTCTTTATTGATAAATAGCTTTCCATCCACATAATCGTAACCATAGGGAGGATACGAAATTTTGTATGTTCCGTTTTGGAACCTACGTCTGATAGACCACTTACTATTTTCAGCAATGGATAAGGATTCGTTTTCTGCAAGACTGCTCAAAATTGTCAGCACCAATTCGCCTTCCATGCGCTGCGTGTTTATATTCTCTTTCTCGAAATAGATGAAAACACCGAGATCAGTAAGTTTTCGCACCATCTCAATGCAGTCGGTTGTATTTCTGGCAAATCTGCTGACTGACTTGGTTATAATAAAGTCAATTTTCTTGTTTTCACAATCTGCAAGCAGCCTTAAAAGTCCAGTTCGGTTTTCCTTTTTTGTGCCTGAAATGCCTTCATCATAATAAATCCCTGCAAATTCCCAATCAGGATTTGCTTTTATATAGGATTCATAATGGTCCTTTTGCGCTTCCAGGCTTGCCATTTGTTCATCACTGTCTGTTGAAACCCTGCAATAAGCCGCTACCCTCACCTTTGGCTTGAAAGCTTGGAGAGCATTGTTTCCATCAATCCTTGTTACCTTTCTCACTGTTTTCACCTCCTTTGGGCATGTGACATGTTACCTCTGTGTGCCGCTAATAGCAAGCTAATTAGGCCATAAGCTGTGCATACATCGGCGAGAAAGTTTTGCGGTTCAACTTGTCGATTTTGTTGAATTCTTCTTCTGAAATCAGTCCCGCCTTAAGCATCCTCTGCAGAATTTTGTATGCCCGCCAGTAATCAACCTCTCTTTGAAATTCCTCCTGTGTTATCTTTGTATAGTTCGTTTCCTGCGGGTTATATGGTAAATGATTAGCCGCCTCTATCATTCAAGCACCTCCTATAAAAACTTAGGACAGCCGCGATTGGCTGTCCTTTATCGTTATTCCGGTAATTTCAGAACTTGTCCGGGGTAAATAGTATCTGAAGTCAGGCCATTGAGTTTCTTAATCTCTGGATATCTTGTTCCTCTACCGAGTTCTTTTTCCGCTATTCTCCATAAGGTATCGCCTTTTTGCACTGTATAGGTTCTATTGCCCTTGTTATCAGGAATGCTGTTTACAATTACAAGGTTTTCTTTTGCTACCCAAGTGTTTATGCCTGCGATTTCTTGACCGCCGGATTTCTTAACCTTTTTGCCAAGCAATACACATTCTTTGCCGCCTTTTATGACCGGCTTGCCTTTGTATAAAGTCTGTGTGACCCTGTGGTAATAGTCATTTTTGACCCACGTTGGAACTTCCACACTGCCGGGGTAGTAATTCTTTACACTGACCTTAAACTCCACCATATCTCCAATTCCAATATCAGTATTGATATCTGTACTGTTCTCCAGCGCTTTTTTTACTGCTTTACGGAAAGTGTCCATATTCTCCCCATGCTTGGGAAACCAGTGCATCACATCAGCATGGTTGCTGGCAATACCGAGCTTATATCCTTCGGAGTGGCAGATGATGTCATTCTCATTAAGACCGTACTTCTTGCAGAGCATAACGCAGAGTTCAACAGCATTCTGCCACGCTTTACGGAAATAATCTTCCTGCTTTGCTGCATCATAACCCACCATTACCGACCCGGATTTATACGAAAACCCAGCAGGCTCACAGATTTCAAAGCCAATATGGGTATTGTTGGCTGCTCCTCCCGCATGCCACCCGCGATGATCCCAAGGCAGGTATTGCCAAACCTCTTTATCGTCTACAAAAGCGTGAACACATACCTGCCTATTTATTTCGCCGGCCTTGTAAGATTTGTTCCAACGGGAAAACCACTCAGCCGCCATTACACCCGGCACAGCCGTCGAATGTACCATGATTCCTTTAGGCGTGATTTTTCGACCAGCTGTATAGCAATCGTTTCGCGTCATGTATTTAGTAAAAAGCTTCATTTCTTTTTATCCTCCTCATTTGAGTGGCCATGCAGTTGTTCCAATGCGTTCTTCAGCTTTTCAGGAATGGGCAGTCCTATATGTGCTGCATTCTCAAGAATTGAAATTCCCTCGTTACTCAGGTAAAAGAAAATCACCGCTGTCCGGATTGCCCCGCCGTTGCCGAGCACCTGGCTGTCGATTATGTGTCCCACACCCACAAGTACAAAAATAAGTACCTTCTTAAAGATGCCCTTGGCTCCGACTTCACTCGAAAGCTTTCTGTCTACAATGGCACACATCACGCCGGTCACATAGTCAATGGCCACAAAAGCGATGAGCGCATATAAAAATCCATCCAGCCCTCCAAGAAACCAGCCAAGAAATCCACCAATAGCAGTAAAAACCGCCTGTACCCAGTTCCATACCGTTTTCATTGTCTTAACCCTCCGTTCAACTTGAATTTTGCATATAAAAAAGCGCCCTGCCTTAAAGCAAAGCGCTGAATATATAAAACTTTTAACCTACATTTGCTTCGGAAGCGCCTCCCACAGCCGCATATCCTCCTGTCCAAGCGACCAGATGGCTATACCTCGCAGTTTCCACCGATAAGCCGCTTCATTTGCCCAGTAAACAAGGCTATCCACATCCTGATAATACAGAATAGAAAAACCATCTGCATCTCCGAGGAAGAGACGGGATATCCAGATATTGATGTCTTTTGGTATAATTTTTACTTCATAGTCATTACCGCAGGAAAGCGTCAAAAGTTGTGAGTGGAAAAAGTCATAGTCCATCGAAATGTCCTCACTGCGAGTTACTGATTCCTCCACATCGCTATTTACTGAAAACACCTGAAATTCATCATCCCACGTGACACCAGTGCGAGCAAGCCTGCCAAAGCCGGTTATAGTTCCATCCGGAAGTTCCACATCAAAACACTCGTATGGTTCATATACCCACGCATCACCCAGCCGCAGCAGCTCGCATACCGTCCGGTTGTCCGAGCAGTACCCTGCATAACCATTACCACCGATTACATTCACTGTGAAACGCAGGGTTGAAGCTGCACCAGAATATACTCTTACCTTATTGCCGCGTTTTCGCATCTCTATAGTATACATATTCGGATTAGCACGAAGATCGGCATCTGCAGTTTTTAAGAAACTGGTGGAATAGCTACCAAGCAAGGAATTACCTTGATAAAGCTCGACTCTTTGCGTATCATAATTTAAGCAGCAGAAAATATCTCCAAGGAACACCCCAGCCCGTCCACTGCTATTTTGAGGGAAGGCCAGCCTTGCCCGGATATGGATGTCGGAGAACCCGTCGTATTTCCATGCAAGTTTGCCATATCCCTCAAGCTGGGAATATGGACGGCTTTCTGTGCTGTCTGGGTCCTGCCAAACATCCCATTCGCCATCCAACACAGTCCAGTAGTTTTCAGGCAGGATGTTCCTGTCCCGAAAATCTTCATACCAAATAAGCGCCGAGTCGGGTTTTCTTCGCAACACTTCAAAGGTCAGTTTAAAACCTCGATCCGGCTCGACCATCACACCATTTACATCCTTGAACTGCCGGGGTGAGAGCATAAAACAGGCTTCACCGACAAAGGGATGCTCCGAAAATCCGCTGCAAACCCTAAAACCGTAAAACTGGACTCCCGGCACACCACCGCTTATGCTGACAGCATGCGTTCCCTCTTGGAGAAATACACCTTTTGCAAGTGTCAACCAGCAAACTCTTCTCCAGTATGGCCACCATAAACGGTTCTCGCTGAAAGTCTTTGATTCACCATCAAGGGAAACGATAATCGCATTTTTGTCCCAGTAAGGAAAGCAAAGCTGTACTGCAATATCGTAATATCCCGCTTCTCTTATCTCAAAACGGTACTCTGCTGACGCCTGGTCATCTCCAAGCGAGGCCATCTCATCAGTAATAATGACATTTCCTTCGTATTCATCCGGAACTCCGTTCCTGTCAATATAAATGGTTCCGAACTCCGCTTTCTGCTCCTTGCCATAGCTTGTCAAATATCTTCGCCTGTTATAAACCCCTTTTAGCAGCGGATATTCCCAGGATACAGCATCCCATCCTTCCATATAATCATATACATGAGGAAGAGCCCAAGGTACTTTGTTATAGTCATCCCAGTAAGCCACAATTGGAATAAACGGCTGGGGCGGTGCATCGCCTGTGAAATTGTAAACCCCAGTCATCCAGTATTTAGCCGCATAGTAGGTGTTGGACACTCCACGATAAGTTATTCCAAGGTTTTCAGGGGTATCATGGATCCTCCAGTTCCAGCCATAGGCAGGCAGACCCATGAATATCTTGTCCGGTGACATAACGGAAACAGCATAATCATATATGCCCTCAAGCCAGTCCCGAGGAGATACCGGGCCGGGAGCAGAGCCCGCCCATGCCATGCCATAGCTCATGATGGCGGCGGTATCGCAATAGTCGTTAAGATCGGCATAAACACACCAGTTTTCACCGCCCACCGAGCCTTGAACGCCGGTCATACCCGGCAGGCAGATGTTGACAAACTTTGTTGCATCATAAGACTTAACAGTATTGTATATATCCCTAAATAAAGCATTCGCCGCATCCTTGTTTTCATAACCTCCACCGCGCTCAAGGTCAATATCTACCCCAGCGCACCATGGATACTTGTTCATGATTCGGATGATTTCAGTGAGAAACTTATCCTTTGCACCGTTTTGGTTGTTGCGAAGTGCAGTAAAAATATTGGCTATTCCATGATTCATAATAGTGAGCAGCCACTTAATATGAGGCCATTTCTGAATATACGGAAGCATGCTGCTGATGCTGGTACCGGTTTCAGTAATTGTGCCTGTTGCGTCAACCTCAAAAGTAAAAATGCCTACCGTATCAAAGCGGTCACCATAGTCTCTAAGTGCTTCATACATTCGGGCATTTCCCATAAAACTCCACACCATGCACCGCTTACCTTTTAAAAAATCCCTCACAACCGGTCACCGCCTTCCTGCATCTCCTGAAATTCAAAGAGCACCCGCGCCGATTTTCTCTCTTCCAGCTTCACCATATGTTTGCTATCCCATGCCGCAGAGTATTGATAAAATCCATCCTTACGAGTAGGGCTTCCGTTTTTAAGGCATTGGCGGGTGGAAGCCTTGAGCGCCAGCTCATCGCCTGCATTAACCGGGTCAAGAAACTTTACCTTATGCGCACCTACACCTTGGGATAGTTCAATACTCCCTGCGGCCATATCCTGTATAGGATAGATATAGCAGTCAAGGCCAGCAGAAGTTTTGCCAAGGTTGAATAAAATTACAGTCTCCGCTGTTCGCACCACACCGTTATAATGCCGGGGCGGAACTGGCTGCCCGTTTTCCTGCATTTTCGTTAACATTTTGCTCGTGTGGACGGTATAGCCTGTTAACTGATCACCATCCTCAAGCTGCAGGTCGGTGAAATAGATTATTCCGGTACAGTCGGAAATCTTGAGAATCACAGTAACGCCCACCACATGTTTAGTGCTTTTTAGTTGTATGGTTTCTGTAAATCTTGAAAACTGCATCCATTTCACCTACCCGTCTAATGTCCACTGAATTTCGCATACATGCCCGATCCATCCGGTGGAAACCGAACCACCCTGAAGCAATAAGTCTGTAAAGTACACTGTGCCGGTGCAGTCAGTGACGCACAGCCTGACGGTGATAGATTTGACTCTGCTGATACTTTTGGGAGAAATACTGTGTGCGATTTGATTGAAATATGCCATATCTACCACCCTCAAATCAGGTCTATAAATCTTGTTTCTGTTGTACCGTCCTCGTATTCAATAACCACTTCAACGCCCACCTGGCCGTTTTCACCCTTTTCGAGGTTTTCGGAAGCAATTTGTGCTGAAAAAGTGTAGCTTTTACGCGTTGCTGGATATACCGTCTGTGACAGACTCTTTGTCATACCAGGTACACCGACAGCCTTGAAGGAAGCAGTTCCCGAAACACCATTCTCAGTATCCACTTCAAAACCGGAATTGACCCAGTAGGCAAAACCGTCATCTGCCCGGGAATTGCGCAGATGGTTGAATGGTACCATATCTTTAATTTCCTGACGGTTTACCAACTCTGCTGAGGACAGCGCATCTGCTGCCTTGTCCCACTGTGCTGAAGAATCGCCGAGTTCCCGCAGTTTAGTTGAAAGCTCGATCACTGTTTTCCAAGGCTCCTGCAAGTTATACTGCCTTCTCACAACACGTGTCTTTACCAAAAGGCCTAGTTCTTTATCGTCCACTGTAACAATATCACCCAGTTTCCATGCTTCGTGCTCATAACCGGTTAGCGCAGATAAATCCATTGCAGACAGTACATAAGAAACGCGAGGCTTCGAATATTCTGCAAGCCGCATTTTTGCATATTCCAGCATCTGATACGGATTTGTAAACGACGAACAATCAAGCGTCGACACCCTCACTTCACTGGAAAAAGTGTAATCTTCCACGTATTCCTTACCTCCATTAATTGAAGCGAAGGTCAATCCGTCCTTTCCATAAGCATAGAGCCTTGTCACTAATTCACGTGTATCGACTACCCGCTGAATACTTTTCAAATTCTTTCTATATGAAAAAAGCGCTCCGCTGTCGGTACCACTAAAAGTCAAAAGGTGTACCTGGCGGTTGGCGCTGTCAAACACAAGATCGCCGCCATAAATATTCTGTACGGTGCGAAGGATGGATAAGGCATTTTTTTCTGTACACTGCCATGTTCTCTTCGTGCTAACAGTAACATTTCCTACTGTCCAGCCTGTACCCAAAAGTGCATATTGCATCGGAACATCTGCAGTATCTGCATTGAATTCCCTAGGTACTTTTTCCGCACTGAAAGACAGATCATAAAACACCGCTTCAGCATATACTTGCGTAATAACACGCCCATCTTCACCTTTATTATCCGTTAAGGTACGGATCCGGTAAATGTCATTTACGATTTGCACTTGTTTTTCATTTTCCAGTGTGCTTCTTTTTGGATCATGGAACGGAAGCTTGAATTCCAGCGTATCCGCACCATTCACCTCACCAGTGACAATGATATCAAAGGCATTTTCAAGAACAGCTTCCCATGCTCCACTTTTGTCCAAAATCACAGGACGGGCAAAGCCTAACTTCTCATATGGCGCTTTCGGTATGTCATGAAGCTGTATTTCCAACAGTTTTGGCGTCTTCAATGGGTCGCTGCTGGTTAGGGTAACACGGAACCTTATATATTGCCGATTTGGCGATTGAAGTTCACCGCTGGTTCCCACAGCCTGCCATGCAGACCATTCTTCAAGATCATCGCTTGTGCTGGTCTCTACTAGAGACACTGAAGTAACACCTGCAGTATATTCGCTTGTCACAGCTACACGACCGCTGCCCGATAATGCACATGGAACCGCCCTTGTATAAAGTACGCCATTTGCAGGGTACTCGCCATCTGTTGCTTTAAGGGTGACTGCGCCAGGCTCTGCCAAAGCATCTACATCCGAAGCCGCATCCCCACCGTTTGCATGTAAAGACGACTTAAAATATAGCAGCAAATCATCAATTGTAAGCTGTGAGTCCGTTTCCAGAAACCAGTCGTCGAAGCCTCCGGCATAGTAGTAGGTATTTGCATGCATCCCCATAATAATATTCGCTATACATTCCCGGTTCAATTCTCCCGAAAAGGAACGCACAGGCGACACCCAGGTTGCCCCGTCGCTGCGATCGCATATGATGTTCTGCACCTTTTTATTGCTTACTTCAATGATGGAGGTGATAAAATACCAGCCGCCGTTTTTTAAGGTAATGGTAGCTGTTTCACTCTGGTCGTAAATTAGTGTACCGGAGGAGTTATACAACATCAGCCTAAGTCTTCCTTGATAAAGTGAAACATAAAAAATTGGCTGACCGGGTCCTTGGCGGGTATTGAATATGGGGATATATGTCTGGCCGACCGAATAGGTGGTAGGATTAATCCAACCGCCTACAACAATCTTTTCGCCCAGATTGCTAAAGAAACTCCCATCATTTTCTGCTACAAGATAGGTCTTTTCAGAAGTCGGATTAACAATATTTTGCCTAAAGTATCTTCCGAATCTTCCAGCAATAAGGTTTGCTGATGTACCTGACCAGCCGGAGATGGTAAAATGTCTGCCATGTCCCGATGAATCCATAAGCTGAAGATTTTCGTCTGGTGTTTTTTCATTAAATCGCCATAAAGCAGACGTCCTTGATGTTACAGGAAACTCACCGGTAAAATCCTCTTGGCTCGTTAGAATTGATTTTATCGCCATGTTATCACCTCCATCTGCTTTTTGCCTGTATTTTTAACTCGGTAAAGGTCGCATTTTCTGCGGCAATCTCAATATGATTAACACCTTTTCTGAAAATCGGAAAATTCAGATCCTGCAGGCTGGGAAGGCCATTTCTCAAGGTTCGGCCTGTTTCATCAATAACCTTAGCTGTTACCATGCCGGAGTCGACAATCAGAGTTTCACCTTCAGATAATGAGCCAACAATTAGCAATTCCTCGCCGTTTGTAATAAGCGAAATATAGCTTGATGAGGACGTTGATATCAAACCCTTCAAAAGATAAACCGGATTGGAATCCGCATTTCCTTTAACCCTCTCCAGCTCATGAAGACCTGTTTCAGAAAGAACAAATACCTCATCTTCCAACGCATAAGCATATGGTCCGGGACAAACAAACCGAAGTTCAAAGCTGCCCGCTGTCCGCAGTAATCGCTCACAGTCAACCGCTTCTGATAAGCGAGCCATAAAATATCGGTCGGGCAAATCATCTAGAACAAGTTGTTTAAGCCCGTTTTCCGGATTTAACCATTCAGCAACATTATCAAGAACCGATACAAGATCGGCAAAACTGCGCTGGGGAAGCACACTACAGCTAATTATTATGTTTCGTTCTGATATATCGCAGCCAAAATCTGCAATACCTGCTTTGCCCGGCACAGTTTCAAAGGAATTGCGCAGGGCAGGAGAGACCTGCCATTTGGTAAGTCTTGCTCGTATTTTCATACTTTGCGACGATATTCCATTGTAGATAAATCCCATATGCTTCCCTCCATTACGCTGTTATAAAATGTCCCTGCGCCCTTGAACCTGTCTGCATCAGGTTATATAACTCCTGTGAAATCCTACGTATGTCTTCTTCACCACGAACAATCATCTGCTGCACCACAACAAGCGGCCCAGAAGCTAAATCGCTAAATCCACCTCTTCCACTTACACTAATATCAGGAGATATATTAAAATCTGTCGGCACTGCATTTTGCATATCGTCTGCCACTCTGGCCATAGCCTTGTCAAATCCCTCACCAATACCCAGTGCCATATTGCCGCCAATACCTTCAAAAACAGTGGACGGAGATCTGATTCCAAGAAAATTCTTTACTCCATCAACAATACCGGAAAAGAAACCGGAAACCTTATCCTTAATCCAGCTACCAAGGCTTTTAATACCTTCCCAGATGCCTTTTACAATGTTCTTACCAATCTCAACCACTGAAACAACCGCCTTGCCCAAGCCTTCTATAATAGCCGCAACAATCTGAGGTAAAGACTTTACTAGTTCTGGAATGGCTTTCACAAGCCCGGCAGCAAGCTGTACGATAAGCGTAATTCCCAATTCTATGATCTTCGGCATATTGTTCGTCACAAAGTCAATGATTGTTGTAATTATCCTCGGCAGTGCTTCAATGAGTTTCGGCAGGGCGTTTAACAGTCCCTGCGCCAACCCCTGTATGATCTGAAACGCCGCATCAAGAATTTTATCCATATTGTCAAGAAGTACCTCGGCAATGAGGATAATGGCTTCGACAACAGCGGGTATCAGCTCCGGAAGCGCCTCCCCGATACCGGACGCCAGTGTGGCAATCATTTGCACCGCGGCTTCCTCCAAAGCAGGAAGATTATCGATTATGCCCTGCACCAGCGCCATGACAAGCTGCAAAGCGCCTTCTGTTATCTGCGGCAGTGCGTCGATCAACGCCTGCAATAGGGTCATGACAATCTGAACCGCCGCGTCGATAATGACCGGGAGGTTATCCACTATTGCACCGCCGATGGATGTGACGATATCCAAGCCTACCTGAATGAGGTTGGGCAGGTTTTCCATCAGCATATTTACAAGGCTTCCCACCGTATTACCGATGACCTCGCTTATCTTTGTCCAGTCGCCACCCGCTTCAGATAACCCACGAGTAAATTCCCCAAGAAGCGTAACTCCGTCGTCGGCCAATATCTGAAGCTGGGGGAGCAGTACGGTGCCCAGCATGTTCTTGGCTGCTGCGCTGCCGGCTTTGAGCCGTTGGATGCTGTCATCGAATTTGCCGAAAGCGTTCAGCGAATCCTCGCTCATAACCGCGCCCATACGTTTTGCTTCCTCGGTCAGCTCCGCTATCCCTGCCGAACCCTGTGCGATCAAGGGGTTCAGTTCTTGGGCTGATTTTCCGAAAATCTGCATGGCCAGCACGTCGCGCTCGGTTTCGTTTGACACCTTGCCAAGTGCGTCTATGGTTTCCCAGTATACCGTTTCGCTGTCGCGCAGATTGCCGTTGGCGTCAGTGACCGAAATCCCAAGCTGCCGGTAAGCGTCTGCGACCTCGCCGGTGCCTTTCCGTGCGGAAGACATGGATCTGACGTTCTTTGCCATGCTGCCGGTTAATGTATCTAAGGAGACATCCACAAGCTCCGCGGCGTATTTATACGCCTGCAGGCTGTCGGTAGACATGCCGGTTACGGTCGAGGCGGTAAGGATTTCATCGGCATAGGCAGCCGAATTTACCGACATATCCACAAGAGCTTTTCCCGCACCGACCGCTGCTGTACCAATAGCGGCCAGGGCTGCTCCCATGGCCACACCGATACCTTTCAATACACCTCCCAGTTTTTCAAAGCGCCCGCCTGCGTCATCCGCCTGATCCGCGGCCTTTTTAATTTCTCTGCCAAATTCGTCCGCCTGTTTTTCCGCTTCGTCAAACTCTTTTCCCGCATTGTCCAGCGCTTTGTTGTTCGCTTCCAGCTCGCGCTCCATTTTGTTCAGCTCTGCTTTGACGTTGTTAAGCTGTATCTGCCAGGACTGCGTCCGCTTGTCGGTCTCCCCGAAAGAGGAGGCGGCGTTGGCAAGCGCTTTCTCCAAAGTAGCAATTTTTTCTTTCTGCAATTCGATTTCATTATTCAGCACCTTGTTTCTTGCAGTAACAGCTTCAACTGATTTATCTTGCTTATCAAACTGAGATGCAACCAGGTTCATCTCGCTGCCCAGTACCTTAAAACTTTGGTTGATCTCACGAATGGCGTTCTTAAATTCCTTTTCGCCTTCAATCCCAATCTTCAAGCCAAAATTGTCTGCCACATAACCGCCTCCTTTCGAGTAAAAATTAAAAAATTATAAAAGGCTATTGTATTTCAATGCGGTTTGGCATATACTAATAGTAGGGAAAGTAGGGAATTTCCTGCTTTTCAAATCCTAAAAAGGAGGACTTAGCATGAACGTTCCCATAGTTGATAATGCAAAGGTAATGGCAAAAGGCCAGATCACGCTGCCAAAAGATATCCGCTCCAAACTTCGCCTTTCCACCGGAGACCGCGTCACCCTCATTTGCGAGGAAGACCGGGTTATCCTTATGAACTCCGCTGTCTACGCCATGAAAATGCTACAGAAAGAAATGGAGGGCGAAGCGGAAAAAGCCGGGATCCGCAATGATGACGATGTTATGGATCTGGTGAAGGACGTCCGCGCGGAGATTGAAGGTCTATGAGAGTGTTAATTGACACCAACATCCTGATCTCCGCTTCCTTGAGCTGCGAAGGAACGCCTTATCAGGCGTACATTAAAGCTGTAACACACCCCAACCATGGTATGGTTTGCGATCAAAACATCGATGAGCTTCGCCGGGTATACAACCGGAAATTCCCCCATAAGATCCAGGCGCTTGAACGCTTTTTGGCGATTGCGCTTACTGTTCTTGAAGTTGTTCCAACTCCCGCAGTTGACGTGTCGGATGAGGCGCTTGTCCGGGACGCATCCGACAGGCCAATACTCAGGGCGGCCATTGCGGCAAAAGCTGACGTGCTTGTAACCGGAGACAGGGATTTCCTTGAATCCGGCATAACAAACCCAAAGATCGTAACAGCGGCAGAGTTTTTGCAAATGGAATAAAAGCAGCTTTTTAAAGCAGGGATTACAGCCACCCTGCTTTTTTGCTGCTTATATTCCATAAGGTATCACGTCATCAATGGTCAGCATCCGCTTCGGTTTGGCCAGTCCTAAAAACTGCTTATGGCACTCCCATAAATCAAGCAGGTATCCAATAGGCATGAGCCATACTTCATCCTCTGAACGATTAAGCTGGACGGTGCCGTAATATAAAAGCCGAGTGAACAATTCCTCATCGCTCACTCGGCCGGTGTGTTTTTTAAATCATCCTCACTTTCAACATTTCTTTTGGTGCCTTTGAACATCGCTTTCATGATAGCGTCTTTATATGCTGCCAGTTCCAAAGGAGATGTGAGAAGTTCCACTGTCTCTTCGGTAAGGAGTTCACGCTTATCCTGATGTTTGAGATTGTGTATCAGAATGCTCTGGTTAGCCAGCAGTGTAATCAGCCATACCACTTCGTCAAGAGCAATTTCGAAGTTCTCGGTTTTCATCAGTTTCGTGCCGAGGTTTTCAAGACCGCCATACCTTTTTGCAATCTCCTTTGTCGCTTTAGTGGTTAGAATAAGCTGGTATTCTTCGCCGCCGATGCTGATGTTTGCGCTTCTGTCCGTATCCTGCATTATTAGCTTCCTCCTCCCACAGCAAATACCGGCTCATAAACTTCCGTATACCAGCCAGCGATAGTTTCAGGCAATACACCGGGATCGTCTTCGCTGACCTCCGCCTTCCAAGGGTGCTTTCCCTGGCCATCTGGTTTGTTACGTCTCATGACTGTCCCTTCAATGGTGGGGGTCGAAAAGGTAATGCTGTCACCTTTCGTTTGCAGATTTGTCGCCGGGATTCCGAATTTCACCCTGTAAAGCCAAAAATACCTGTACTTGCCGTTAGCTTTCTTGGCTCTAAAGCCAATTGCAACAGGCGCGCCTCCATCCTCGCTGGTGGAAATCAGCACCTTGTTGTCATCAAGGGTGGCTCCCGTCAAAACCTCAGCAGCGTCTACTCCGATATCCGCAACACCAAGAGTCAGGGTGCCGCTTTGAAATTCCTTGACCACTTCTGCCGCCCCGTCATCGGCATAAAGTGTCGCCTCTGCCAGCTCCACCGAAAGTTCCGCAGTAATCGCCTTAGCCAGCGGAACAGGCGTGTCATAGGTCTCTTCTCCGTTTTCATTCTCGGTTATTTTGGCGTAATATAACCTGTCCAGTCCGATTGTCGCCATGTCTCTCATTCCTCCCTTACTTCATATTCTTTTGCCACATCAATGGCATAGTGGTGATAGCCGGTATCGTCCTCATGGCCTATATACCGCCTGTCGGTAATGGTAAAGCCCGCTTGAAGCAATGTGTTCACTATTTCGTTTTTACGGGTAGTGTAGTTTCCCTTTATAAATAAAGACAACCGTACCTCCTGGGTTTCAGCCTGAGGCTGGTTGTCTGCAAAAACTTCAAATGTATCTGTCATTGGAGTTATGACAAGGTACTCATCCGGCGGTACACCGCTAAATACTCCGGTTTCAATGGGGATACCCAAACCATCCAATAACGAGTTTAATTCTGACAATATGCTCATATACGACCCAGCTCCTGTTCCAGTCTTGACTTCATTGCTTCGATGCAGGACTTCCTTGTAGCTGATTTTGCCGGTTTCAAAAAGGGTCTTGGAGGCTGCCCGGACTTACCATACTCAATAATATTAGCAATCTTCGCATTACTTTCCCCATCCTTCCTTGGTTCAGTAAAGCCAATTTTTATGTTGTGGTTTCCATTCCTGTCCTGTTTGGCAGGAGAGAGTCCCAAAGCATTTACCAATTCACCGGTTGCTCTGGACGGATATTTAGTGCCGCTCCCGATAACTGACTGAAGATTGGACTTCACTTTTGAAAGAACCACTTCTCCGCCTGCTTCCAGCACCTTAGGTATGATTTCGTCTGTTCTTTCTCCAAGTCTGGATAACTTGAGCAAGAACTCTTCCGGCATTTTAACTTCCACCTTAGCCACGTTGCAGCCCCCTCCTCTTATGCTTTGCTTGATTTCACCTTTTCCGCAAGCACCTCAATATACATTCCGCGTCCTTTTACGTCCTCAACACTGATAATGTTGTACCTGCCATCGCTGCAAACGAGTACAAGATCTGTGGTAACTTCCAGGTTAGGTATCTTACGGAAGCGAAACAGGGCAGACGCCTGCGAAAACGCCGCCCTGTTTGCCCATTTTTCACTGCCATGTCTGTCTTCCTTGTATGCCCTTACCGAAGCGAGAATGACATCACCTTTTTCAGTAAAACCCTCACTGTCCTTAACCGAGTTGGTTGAGATGATATCCACGAAAGTGCTCATTTTCCCGAAACTCATCAAATGCCTCCTTTCAAATATTTTCTTATACAAAAATAAAGTTGCCTTTTCCTCTTGATTTTAATAATATTAAGGTATAAACTTAATATTGTTAAAGGAGGTGCTCGTATGGCCGTCGAAATTGTTCCTGATTGGATGTCAAACCTCGAAGATGAAGATATGGTGTTCATCAAAAATTTTCTTCAAGCCTCTGGATCTCTTAAGGAAATCGCTCGCCAATACGGAGTAACATATCCCACAGTACGCCTGCGGCTTGACAAATTAATTCAAAAAATAAAAATCAGTGAAGATACAGAAAATGATCCATATATCGCACTGATTAAGCGATTGGCAGTAAATGACAAACTTGATTTTGACACTGCCAAAATCCTAATCAATGAGTACAAAAAAATAAAGGAGGCAGTACAATGAGGATTGCATTTTTAGTTCCTGCGGCACTCGTTATCTTTGCGGGTTTTATAGTACTGCAGATTTTTCTTTCAAAAAAAGATAATAAATGGTTGGGATTAATGCTTCCTATAATTTGCTTCTGCATCGCGCTTGCCGGTTCGGTTTATCAAATCTATGAATGGTCAGCAACCGGCGATGGAAATACAGCCACCAGCGCATTTGGATGGGTAAGCGTAACAGCCGCTTTCTTCTTTACCAATATCCCAACTGTCATTTTGCTTGTGATTTACTTCGCCTGCAGGGAGAAACAAAGGCGTAAAAAAGCCCTTGACAAAATGAACGTGCAGGATTTATAGCCTTTACATTCCCCATTTCCGGTCGAGGCGGAGGAGCATATTCACCGTATTCCATACCTGCTGCCCGGCCTGCACGCTATCCCCGAAAAAGCCGGCTGTCGAGCCATCCCTGCTTTCGTAGAAATGGCTCGACAGCATGATTACAGCCTGTTCGGTGGTGGGCGGCATGGGGTTTTCCAAATACCAACCTTCAGATACGTGCTGGTAGCTCTCGGCATAGGAAACGGCGGCGCGGATGTACCCTTTCAGTAAATCGTCATCCTCGTTATGCTCTAAAACAAGGTTTGCCTTGACCTTCGGAAGCAGGCTGTCAATCACGCACATGCCCGCACCTCCCGTTACGACGCTTTCTGCTGCAGTATCTTGACTGCTTCAGACAGTACCAGCTTGCCATCTACACGCTGGGTTGCCATGAATCCAACTTGTCCGGTCGCAGCATACAACTCATTAAGCCGCTTAAAAACCCTGCCCTGACGGTCTGCCACCCAGTAATAAGAAAAATCGCCGAATACAGTCGTTTTTGCTCCAGCGGCAATGGCTGGCATAAATGCAGAAGTTTTAACTGGACGATTGAGGATAGTATCCGGTGTTCCAGCAGTTACAGAAGGCTGCCAGAGATACTGACCGTTGTTGTCTTTGAGCTTCCTTATAGCTTTAATTGTCGAATCATTCATAATGAATACAGCGTTCCTGCGGTACGGAGACTTTAGGCTGTAGAACAAGTCCATGATCTCGTCAAGGGTAATGGCTGTTGCGCTCGCCGCAGTTACTCCTATCTCGCCACCGCCGTTATCTGCCAAGATACCGGTTGGCTTGCCAGATCCGTCACCGATAAAAAATGCTTCCTCCTCTTTTGCTCCGATTCGGCGGGCGAATTCTTTGGCTATATACTGTTCAAGGTTGAATACACTATCGTTTAACAATTCCTCTGACACCTTGATCATAGTAGCCAGCTTATATGCGCCGATGGATACCTGTGCAAAGGAGTCATCGCTTTCGGGAATCTGGCCTTCCTCATCCACCCAGGATGCAGTACCCTTGCTTGCCACCACAGGAATTTTCTTGTCACCGCTGGACGTGGTAATAACATTGGCAATCTGCCTAAAGATATTCTCCTCCTCCAGTGCTTCCACAAGAGTACGCTCAAAGTCGTCGGGAACAAGATATCCACCTTCGGTGTCCTCTCCAATCTGCAGCGCGTTGTGTACGTCATATTTGCGCCTGCCGCGCATCATGTTCCAGAAAGACTGCCTGTACTCATCGCTGGCACGTCCGGTTTTTTCATTGTTGCCAGATATGGAAGTGGGTTTGTCTGTAATAGGAATATTCAACGGTTTTGACAGTTCCAAATCTATGGCAGCCTGACGCTCAAGACGCTCTATTTCTTTGCCCAGCGCAATAACGTCGGCTTCCATTTTTTCATAAGTCGCGGTATCCTCCGGTGAAAGCAGTCCGTCGTTCCCGCGTTTGCTGTCGAGGAAAGCTTTAGCAGCTTCCCATACTTTAGCGCGTTTTTCACGCAGTTCCAGTATTTTGCTCATAATCAAATCCTCCTTAAGGTTTTAATAAAAAAAGCCGCTTTTCAAGCGACTCAATTGGTGTTCCTTTTGGTTTTTCTTTTGGTTTAAGCTTTTGCAGGATGGAATTTGTTACTGCCTGCCTGCTGAAGATCATTCCTCCTGATACTTCAATTTCGGATGGGAATGATTCATCCTCCAAAAACAAGATTCCATCAGCAAAGCCAAGTTCCACCGCTTTTCTTGCGTTAAACCAGCTTTCTGCATCCATTAGGTGCGATATTTTTGCCCTGGAAAGTCCGGTTTTCAGCTCATAAGCGTTGATGATGGATTCCTTTATTTCTTCCAGCATTGCGATAGCTTTCTCCATTTCTTCTGTATCACCGATGGCTATTGTCATAGGGTTGTGAATCATCATCATGCTGACTGGTGACATAAAGACGTCACCTCCGGCCATAGCTATGACCGAAGCGGCGCTGGCTGCAATACCGTCAATCTTTACCGTCACTTTGCCTTTGTAATCCATAAGCATGTTGTAAATTTGATTAGCTGCAAATATATCTCCGCCAGGGCTGTTGATCCAGATCGTTATATCACCCTCTCCGGACAACAGCTCTGATTTGAACTGTTTGGGAGTTACTTCGTCTCCCAGCCAGCTTTCTTCAGCTATTGGGCCGTCAATATATAATGTCCGGCTGCCATCATCGTTTTGTATCCAGTTCCAGAAGCGGCGAACCGGTTTTTGTTTTTGTGATTTGTTCAACTTTTGATCCCTCCGTTTCAGCATTGTTTTTGCCTGCAAATGCACCTGCATCGGCAAGCCTGGTCATGTTACCGTTAACAAGATACAGATCTCCGCCCAACTCCGCCGGAATCCGGTTCATGTCCTCAAGCTCGCGGATATCGTTAGCAGACATCCAGCCGTTCTGTCGAGCTACAGCATAACCATTCATGCGGCTTGCATAATCACCGCGCAGAAGGCCATCTACATTGAATTTGACAAAGTATGCCCGCTTCTCTGATGGTAAAAGCAGCGCTTTTTGGAGAGCCTGTTCCCAGCGCACCACCCACGGGTCAAGCGTGTATTTAACAAATTCCAGAGATTGCTGTTCGATGTTTGAAAAGCTTGACTTTTCAAGATCTCCAATCATATGGGGAGGTACTCGGAATATCCGGGCAATTTCATTTATCTGAAACTTTCTTGTCTCTAAAAACTGTGCCTGTTCGGGTGGAATGCCGATTGGTTGAAACTTCATTCCCTCTTCCAGAACTGCAATGCGATGAGCATTGGCACTTCCTTGATAAACAGCGTTCCAGCTTTCTCGCACCTTTGCCGGATCCTTTAATACGCCAGGATGTTCCAGAACGCCACCCGGATTTGCTCCGTTGGCAAAAAAGGATGCACCATACTCCTCACAGGCAATAGCTATGCCTATGGCGTTCTTGGCCATAGCAATAGGGGAGTATCCGATCAGTCCGTCAAAACCGAGTCCCGGGATGTGAAGAACCTCATCACTTCGTAGGTATATAAGGCCTGCTTTTGGATTAACCCTACTCTCATCGCTGTCGCGCCGATAAGTGTAAAACAGTTCTCCGTTTGGAGCCCTGTCTACCGTCATTTTGTTTGGCAAAAGTGGATAAAGCGCCAGCACTCGTCCGGAACCGTCCCTAATAATTTGAGCGTAAGCATTTCCCCATAAAAGAAGATGACTCATCAGTGTTTCTCGGAACACGAATGAAGTCATCTCAGGGTTTGGTTCGTCATGGAGCAAATAATAGAGCGGGTGGGTCAACGCTTTTTCTTTGCCACCGTCTTCTTTATAGCGGTACACATGAAGCGGAAGCCCGGCGATGGCTTCTGCAAGTATCCTTACACAGGCATACACTGCAGTTGTCTGCATAGCAGTCCGCTCATTGACAGCTTTTCCGCTGGATGTGCCGCCGAAGAAAAAGCTATATGCATTACCGAACAGGCTGTTTTTCGGCTTATCCCTTGCTTTGAACAAACGGGAAAATACACTCATATAATCAACAGCCCCCTTTCATCATAAATTGATCCGTTGCGTTCATCCCCGTCATGCCTTAACGCGCGGTCAAGCGCCATAATTAACGCTACCGCACCATCTATTCTCTCGGTGGATTTTTCTTTATCCGGCTTAATGTTTCCGGCGGGATCGGTTTTGACATAGATATTGTCCATCATCCACCGCAGTACTGGATTACCACCATGGGCGATGCGTTCTTCCAATGTCAGCTTCATCAACTCTTTTGTAGGCGGCGACATATCCTTGAAACCCTGACCGAATGGAACAACCGTAAACCCCAAAGCCTCGAGGTTTTGCGTCATCTGAATTGCGCCCCAGCGGTCAAAGGCTATTTCCTTAATGTTATATTTCATTCCGAGTTCCTCAATAAAGGTTTCGATAAAGCCATAATGCACGACGTTACCCTCAGTGGTATATAAAAAGCCTTGCCTCTCCCAGACATCATAAGGCACATGATCTCTCCGCACACGCTGATCAATATTCTCCTCCGGTATCCAGAAAAAAGGTAGAATCTGATATTTATCAGATTCATCAAGCGGTGGAAACACCAGCACAAAGGCGGTAATATCGGTAGTAGATGACAGGTCAAGTCCTCCGTAACAGGTTCTGCCGCGCAATTTTTCTGCATCAACAGGAAACGCACACTTATCCCATTTATCCATTGGCATCCAGCGCACCGATTGTTTCACCCACTGATTTAAGCGGAGCTGACGGAATAAATTTTCCTCTGCAGGATTTTGCTTGGCATTTTCACAAGCCACCCTCAATTTTTCGATGTTGACTGTAATGCCCAGTGACGGGTTAACCTTTCTCCATACCTTTTCACTTGTCCAGTCATCGGTATCGGCTGCGCTGTAGATAACAGGGTAGAAAGTCGGATCTATCTTACGCCCTTGAAGAATATCCTCAGCCTTTTGATGTACTTCCCAGCAGATGGAATTGCGGTCTGTGCCAGCAGTTGTGATCAGGAAAAACAGCGGTTGTTTTCTTGCATCGCCAGATCCGTGAAGCATTACATCATAAAGATCCCTGTTTGGCTGAGCATGGAGTTCGTCAAATACCACACCATGGACGTTTAGGCCATGTTTTGTATATGCCTCCGCTGAAAGCACCTGATAAAAACTGCCTAACGGTTTATAAACCAGCCGCTTCTGTGACAGCATTGGTTTAATTCGAGATTTTAATGCCGGACACTGTTCCACCATATCTACTGCAACATCGAAAACAATGGATGCCTGCTGACGATCAGACGCACATCCATAAACCTCGCCACCATGCTCGAAATCACCACAGGTAAGATATAAAGCAATTGCCGCTGCAAGTTCGCTCTTACCCTGCTTTTTTGGAATTTCTATATAGGCAGTGTTAAACTGCCTGTATCCGTTAGGTTTCAAGATTCCGAATATATCCCGGACAATCTGTTCCTGCCAGTCAATTAATTCAAAAGGCATTCCATACCATTCACCCTTGGTATGCTTCAGGCAGTTTATAAAAGTAACAGCGGCATCCGCCGCTTCCTTGTCATATCGAGAACCTTCCGCCATAAACTTGGTTGGTTTATACCGTTTTAACTTCCGCAGCTTTGCCGCCTCCTTTCCTAAAATTGAGCAAGAAAAAAGGAACCTCATGGATGAAGTTCCTCTCCTTAGTGGATTTCTATGAAACTTGTTACGTTATAACCGTTATCGTTTGCCTGTCAGGATAAACTCGGCATATTCTTTCTTGTGTTCATTAAGAAATACTACTAATTCATAAAACCCCATTTTATATGCCTCTTCCTGTACTCTTGGCAAGTCAAACATATTACAGGCACCGCTGTCCCGTATGGCTATAATCTGCCGATAAATCTTATCAGTTATCAGATTCTCGTTACCCATGTCCTACACCTCTGACTTCTCTGCCGCTGAAATTGAATCTCTTACCGCTTTATTGAGAAACGAAATATCAAAACCCGCATCTATATAGCCCTGCCGAATCACCTCGTAATAGTAACGACCCGGTGCTCCCAAAGGTCTACCTTCATTCATGATATACACCATTGCGGGTACCCACTGCCCTTTGAAACGTACCTTAACCGTTTCTTTCCGGTATAGATGCGGATAACCTTCATATCTGTCCAGCGCCTTCTCATCATTAGGCATGATTCTCCAAAGCATTACCGGTACACTTTCACCTTTTTGTTTTTCTATTGTCGCTACTGCGCCGCCATTCCCTCCTCTGAATAACAGCCGGTATCCTGTGAGTTTTGCACTCCCCAGCACTTTTGCCGTTGGGCAGCGGTATGCCATCTGCCTTAAGTTCAGATTGCTTCCGTATGCTAAATATATGGTTCCTTTTTCTTTGCTCATCGTATCATCCTCCTTGTATTTACCAAGGCAGAGGCGGAGATCTACCCCTGCGCTTGTCTATCTATGCTGCCCGAAACCGCCATGCTGCGTTACCATCAAGGTGTTTGCAAAGATGCTCCCGGCAGTTTTTGAACTCATCACCAATAAGTCCTATGCGGTTGAGATATGTCCGCATGGCAAACTTCTCATTTTCAACCTGTGGTTTCTTGCTGGAAGCGCATTTTTGCGTTAACGCCTGATGGTTTAACGCAAGGGCAAGCACTATGTAGCTTCTAATTTTTCCCGCATGAAGTTCGCTGTTAAAGCCTCGAAGCTCAATTGTCCCATTGCCATTAAAAAAGCTGTGCAGGTTCAAAAAGTGGTATCTGCTATTATGGTAATGGGTGCTTCGGCTTTCGCTGTAACCTTCGTACCAGATGCTCTCAATCGCCGCCATGGTTTTGGGCTTACGCCGATTCATCTTCTCAACCAGTGCCGCATCCATCTTTTTACAAAACCGCATCCTGTCCGGCTCAATCTGCAATGCTTTATAGAAAAGGTCATTCTTGCTGGCGATAATGTTGATAAAATTACGGATGCTTCGCGGTGTGTGGTCTGCACCGTCTATATGGATATGAATTCCACAGCTTGTGTTTGCAAAACCTCCAGCCTTGCGAAGCCTTCTTATCAATTCCTGCAGGGTTTCAATGTCTTCGCGGTATGTCAGTATCGGGCTTACCAACTCGACGCTATATTCCCGGCCAGCCGCCACAATCCTGCCGTTTTCCTTTTTCTGAGTCCGGATGCTCCCGTCGCTCATGAATTTCCATATCCGTCCATCCGGTGCAATAACCTTTTGGGTATCGTAATAATCTCCGCTGGATTCAACCCTCCCTCCAAGAAAAGCTGCTGCAGTTTTTGCCGCTTGTTTTCTTGTCATCCCCGTCAATTCTACCTCGATTCCAAATCTCGTTGTAAGCATTGCGCTTTCTCCTCGCTTTCTCTGTGTTTTTTGCCCTTTGGCAGTGTACATTAGGCCATTGAAAACACAGGATAGCAAGGCAATTCTGCGTGAGTTTCCACTGGATTTTGAACAATTTTACACATCTTGAATTGTGTACATTTACAGCTTTCTGATCACATCTATACCATAGGCTACACCCAAAGAAGAACCGCAGTCCCAGTTGATATGAACAGTTCCGATATCATCCACGAAAGATACTGTTCCTTGGTCTCCCGGTTTCAGCTTAGAATACGGATCATCCATGCAGATAAGCTCAACACGTGTTCCCGGCGGATACTGCTCTTTAATGCGAAGGACTGTTTCTTTTGAAGGGAAGCCTCTTGCACTCATAGTTCGTCCTCCTCTCCAGGATAATATGCGGCATACTTTGGGTAATCTCTACCATCCGGCATTACCAACACTCCATCAGACCGTCCCCGCTGCTTAACCAGCAGGCAACGCCACACTCCATCCTCATTAACGTGACAAAGCCCTTTGTTTTTCTCAATAAATGTGCGGTCAACACATAGGTCGGCAACGAAGTTATCATAATCAATCTTTGATAGCTCGATAGTTTTTACAACTACAAATCGTTTTCTCGTCTCATACCGATGCGGCACTTTTAAATCCTCTATTCTAAACGGATGCTTGACAAAGAAGGCGGTGCTATGAAAATCATTCATTTTCGTCCACCGCCTTTGCTCTGCCTTTCCGATACGCCCCGTTACCGGACAGCCTTGAAAGTAACACCTTGCGTTCAGTTTTGAAGTTATCACCTATAAACCCCAACCTAAGCAGGAAACAGCGAAAAGCATATTTTTCATTATCTGTTGGTTTTTCTTTTCGTAGTACTCGCTTCTGTAATATTGCCTGTTCTGCCATCTGCTTTGCCAGCGTTATATAGGTCTGCACTTCATCAGCATTTAAAGTCGCGTTCCAGAAAGGGAAGGAAATCTCATCATTTTCAGCTAAGACTACAAGTTCCCCCTCAATCAACATTGCCTTCTTTATCAATGTCTCTTTGCTGGCCAGCATATTATTTAGGTTTTCAAGGCTAATCGCGCTAAAGCCCTCCAACGAAAGAGTAATTGTCATGGTCCCCTCTGCTGAAAAGCCCTCCACATTCAACGTGTCAATAACTGAACGGATGGTTTTTATTCCATTGAGACTGATTTTCGGTGAGTGAACCACACTGTCCCTGTCAATCGTCCAACTGCCAGCAGATTTTTCGTCTTTAATCTCATACAAAAACTCCGGTGCTCCGGCATAGCGCACCTGGCCTTCAAGGGCTTCAGCTATGACCGAGGCAATGGCTTTTCTCTCCTGACCGACAATCTTCTGTGAAAAGCGAAAGCTGTTATTGCTCATGCCATACACCTCCCCTCAAATAAGCTAAAACATTTTTGATTCCCATAAAAAATCCCACCTTTCCTTTTTGGTGGGGTACATTAACGCTCTGTTTTGAGGGGAAAGCAAGGACATTTTTAATCAATCTGTGTTTCCGCGTAAGGTATTTTTTCACTACCTGTTACCAAGAATACTGAATCTGCGCCAAATTGTGAAACATAGCGCTTTACAATCACATCACAGTATTTCGGGTCAAGCTCCATCATAAAACAAACCCGCCCGGTCTGCTGTGCCGCAATCATTGTCGTACCAGAACCACCGAACAGGTCAAGAGTTAAATCTCCAATATGGGAACTATTGAGCATTGCCTTTGCTACAAGCGATACCGGCTTCATGGTAGGGTGCTCCTCCGATACTTTAGGACGGGGTATCTCCCAAACATCCGACTGTTTACGGTCTTTAAGCGGGCAAAGGCGTGTTCCTTCAAGCCAACCGTACCAGATCGGCTCGTACTGGGTATGATAGTCCTTTCTTGATAGTACCAAGCTGTCTTTTTTCCATATAATTGTGCTCGACCAGTGATACCCTGCCTCCCGCATGACGTTCATCAAACTGCCCCATTCCTGAGCACTCATTACCACATAGGTCATGCATCCGGCTTCAGAAACCTCTTTCATGCATTTAAAAGCGCACAATAAAAAAGCGCCGAATTCTTCGGTGCTCATATTGTCATTTAGAATTTGTCTTGGCTTCCAGCTTGGATGCCTGGTATCTGAACCGTAATCAACATTCCAGGGTGGGTCGGTGAAAACAAATCTCGCCTTTTGTCCGTTCATCAGCTTTTGCACATCTGAAAGCATGGTGCTATCACCGCACATCAGACGGTGGCTGCCAAGTACCCATATGTCGCCCTTTTTGGTAACCGGAGTTTTAATCTCTGCAATTGCCTTTTCTGTATCGAAATTATCTTCTTTGACATTAGCGGTTGTTTTATCACGGAACAACTCATCAATTTCCGAAGCATCAAACCCGGTAAGAGAAACGTCAAAACCATCTTCATTTAAATCCATAAGCAGATCGGTCAAAAGCGGAATATCAAACTCGCCGCTGATTTTATTCAGTGCAACATTGAGCGCCTTTTCCCGCTGTTCATCCAAATCAACTACAACACAGTCGATCTCCTTATACCCCAAAGCTGTAAGTACTTTATAACGCTGATGTCCGCCGACAATATTCCCGGTGCGTTTATTCCATATGACCGGCTCTACATATCCAAACTCTTCAATGGATCGGCGGAGTTTCTCGTATTCAGGATCGCCCGGTTTTAAGTCCTTCCGCGGGTTATATTTCGAAGGTTTTAATTTTTCTGCTGGTATTTTCAGTATATCCATAAATCTTAACCCTCCAGTTTGACGGCTTTTTCGCCGGTGAATTCCTCCCAGCGCTTAACAGCTAAATCACAGTAAACAGGGGATAACTCCATTGCGTAGCATTTACGCTCGGTCTGTTCAGCCGCAATTATAGTAGTTCCGCTACCAGAGAACGGCTCAAGCACAATACCGCCTTTGTCGCTGTGCATTTTGATGCACCGCCATGGAAGCTCCACAGGGAACATTGCAGGATGCTCCTTGTTTGCCCGTACAGTGGTCATCTCCCATATCCCAGCATAACCCCATTTCTTGCGTTCTTCCTTTGTAAGCCGTTTCACAAATTTATAACTGTGTCCCGCAAAGGCTGAAAGCCATACATATTCCTGATCGTTATATTCCTCAACTTCTCCTTTATTGCTGAAGGCTGAAATATACTCATACTGCTGAACCGGCTTGTTTGAAACAAGATGATAAGGTCCTACACCGAAATTTTGCCCTTGTTTCTTCCAAATGCGGATCCAGATAGGGCGGTAACCGTTGTCCAAGAACATATTCACGCTGTAAACACTGGTGGGTTCAATAAACTGAGATCCGGTGGCATAGAGATCACCTAAGTTCCAGCAGACAATATCTGCATACCTGCACAGGTTTCTAATCACTGGGCGTACTGTCTCGAACCATGGTTCAATCCCGGCCTTTTCATATTCTTTGCCTACCCCATATGGAGGGGAAGTTACTGCCATCTGTGCGTGACACCCTTCCATCAACTTCTCAAAATCCTCATCCTTCGTAGAGTCGCCGCACATCAAGCGATGATTCCCGAGAAGCCAGATATCGCCCCGCTTCGTTACCGGCTCGCACTGCACAATTTCCTCATGCGCTTTATCTATGTCAAAGCTGTCCTGCACCGCTTCCTTGGCATACCATCGGTTGAGCAGTTCGTCTATTTCAGAAGCGTCAAATCCTGTGAGCGAAACATCAAATGCACCTGCGTCCAACTCAGCCATCAGTTCAGCCAGTTTATTCTCGTCCCACTCTCCCTGAATCTTATTAAGAGCAAGATTGAGCGCTTTTTCCCTCTGGGGGTCAAGATCTACAACGACGCAATCTATCTCTGTCTGTCCCAAGTCCAGCAAGACCTTTAAGCGTTGATGCCCGCCTACCACATTACCTGTTTTTTGGTTCCAGATAACAGGCGCCACATAGCCAAATTCCTCTATTGACCGTTTTAGCTTTTCATATTCCTTATCGCCAGGTTTTAAATCCTTGCGCGGATTGTATACTGCTGGATTAAGTTTTTCAACAGATATTTTTTGTATGTTCATGCTGTATTCTCCTGTTCAATATTTTCTTAAGACCCTTTTTTGCGCCCTCACAATCTCCGTTTATTACTTGTCCCCGCAGGGTCTTAAACTGTTGCTTCGTTAAATGGTCTTTATATTTTCTTAGTTCCCTAAGAAAGATTGAATTTGTTTTATGCATCAGCCACCCCTCCTGGCTGTCAGTAGTTTTTCCATCACATCGTCGTGGGGAGTGGCCCCCTTGTATTCGGTAGCACAGTTTTCCCGCACGACTTGATAAATTTGATACCACAGGTTATTGGCCTGTTTCATAAAGCTTTGACTCATAGCCACATAAGGTGACGGGATGGCATTGCCAGTTGTCGGATGCTTAGCAAGAAAGCCAAATTCAGTGATACATTCCTCGCACTGAATCCACCGCGCCACACTCTGGGCATATTGCTCTATAAGCTGCGCAGGGATAAGGTGAACACACCTGCGTTCCTTAAGCCACTGCCATGTTTTTTCGTATATTTCCACCGCCAGTGTTGTTTTTCCGTTCTTCTGCTTTGCAGCAAGATAATCCCTCGGTGGCGGCATGCTCTCTCCTTCCAGTTCTGCAGCATCCGTAAACTCCATTACCATGAGCTTTCGTCTGCCAGGGTTTCCTTCCAAAATCTTATCCGCCAGCGGCTTTTTCTTCTGTCCTGCGCCAATGCGCGCCCCGCCGCGGTTGGTACCGTCTTTTGCCATACACATCATCTCGATTCTAAAATTAATTGGGGCCCCCGCAAAGCCGCAGGCTTTGTGGGGAGAGGAGGAGCAACGGAGCGGGCGAGCTTTTGACGCTGGCGTCAAAACGAGCACAGCGCAGTTTGCGACGACGAGGGATATACCCCGTTTGAAACTGCGATTTTTCGCGCGTGAACCCCCGCCCGTTGCACGAAACATAACCACCAGAGATTTTGACCCCCCTACCGTCTTGCCCACCGCTCCCCTTCGCGGGCAGTAATCGATGAGTGGCATTGCTTACACAGGCTCATAAGGTTGCTGTCTGCATTGGTTCCGCCTTTGGATAAAGGGATGATATGATGTACCTCTTCAGCTGGTGTAAGCCTTCCGTACTTTTGGCACTCCTGGCAAAGCGGATGTTCTGAGATATATCTGTCCCGGATGCGCTTCCATGTCCTGCCGTATCGTTTCCTTGTTTGAGGATCGCGCTCATATTTGTTGTAGTATGAGTCGGCTTGTTTCTGGTGTTTCTCGCAGTATCTTCCGTCCGTCAGCTCCGCACAGCCGGGATAGCTGCACGGGCGCTTGGGTTTTTTCGTCATAGTCCCATCTCCCATGCACAGAAAAAGCCCTCAGGGCGTTTGCCCAAAAGGCTTCTGTGGCTTTAACATATTATTTCATGTTATCAGTATAGCACAGATGAAAACAAACAAACCGCCATCAAACCGCCATCTTTTATTTGCCGAACAGCATCAGTGAAAGACGGGAAAGCGCCTTGCTTCTCAGGCGTTCAATCTGTCTTTCGCTGTAATTGAGCTCGCACTGAAGCCTTGAAGCCGCCCCGGAACGCTGATTGCCTGTCATGTAAAACTCACGCAGGATATGCTGTTCCTCATCTGTCAATGCGCCCCACGCCGGTTCAAACCAGCCCATGTATTCTATCGCCTGACGGTAGCGTTCCTGAAGCACGTCCAGCTTATCCAGAGACTCCGCCAGCGCTTCCTCTCCGCTTCGCGGGTTCCACACCCTCGGAAGGCCGGTTATCTTAGCCGTCCGGGGACTGATCATCCGGTCGTAAAGTTCCTTTATTTCCTGTGGCGTAATGTTGATGACATTCCGCATGCTGTTGTAGTCCTTGATGGCGGCGATCGTCGCCGCCGGTTTGTCTATGTATCTCCACGCTATCACGGGCGCCCACCTCCAAGTTTTCAAGAATGGATAAGCCGTTTATAACAGTTCTGACATCCTCGACACTTGTAACATTGTAGGCCTCGCCCTTTGCAGCCTTGATTTTTCGCATCGTTGCTTCCTGAAGCTTTGTCAGCCTGCCGGACGCTGCTTTCACCTCAAAGGCGACAAACCTGCCTTTAATGCAGCAGATGATGTCCGGCAAGCCGGCTGTGCCGTACATGCCGCCATGCTCCTTCCAGCAGAAGCATTCCGGCACAGACTTTAAATACCTCATGATTGCGGACGTAATTTCCTTTTCCGCCATAATTTCACCTCATTTTTTTGACGGGTTTGACAGGAAATCCACATACCTTTATATATATTTCATTTTTTCTCTATACCTATCTAATCCCTGGTTTCATGCAAAAGAAAAGGAAAAAACCCGTCAAATCCGTCAGAAGCAAGCTGTAGTAAGGTTTTCGCTGGTCTTAAACCCGTCAAAGGCCGTCAAAAACTACTCCCGCAGCCGCAAGCCGCGCCACGTTCGCCGCTTGCCCAGCTTGTCTACCGCTCTGCAGACCTGTTCTCCGTACGATTCCACATCCTTGTTGAAATTGGCCTGGGACATTGGCTTGAAGCCGTTTTTCAAGCAATAGTCCCTGTATGCCTGGAACAGCTCCTCCCGGACGCATTCCGCATCGTCTTCCAGCACGCAGCATTCCTCCACAAACGACAGGGTGCTGTTGCTCTCCACCTTGTATCTCTGCAGCTCCGCTTTCGTGCTTTCGGTTTCCGTAAACGCATAGCTGTTCGCAATCAGACGTTTGAGCCCTTCAAGCGCCCACATAAAGATGCCGTCACGTTCCGCCGCGAGCTTCTCTATCAGGTTCGGATCACGCTTTTCCGGCGGCACCGGGTTTTCGAAGCGGATGATAATGAGTCTGCGGTAAAACCCCTCGCTTCGGTCTCCGTAGTTACGGGGGATCTCGTTGCAGGAAAACAAAAGCCGGGCGTAAGGCTTGAAGCTGAACGGATTCTTGTTCTTGCGTTCGGCAGTGATGTAGTCCTCTCCCGTCAATGCCTTGAAAATGCCGTTGTCGTCCACGCTTTTTGAAGGCAGGTCGGCAAAGATGTTTGCAAGTTTCCCGAACAATTCTGCTGTCTTGAACCGGTCGGAAAGCGACTGCCACGGGATGTTGCTGACGTTTTCGCCCCCGAGCAGGATTTCCTGCGCCACTGAAAGAAGCGTCGATTTGCCCGCGTTGGGCGCGCCCACCAGAACAAAGCTTTTCTGCGCCTTGTTGACCGGGATGAGCAGGTATCCAAAGATCTCCTGCATCAGATAGATTTCCGCGTCTCCCAGAATGCTCTCAAGGAAGGCCATGAATTTCGGACACTTTGCGCTTTCATTGTACGAGGCTTTAAGCTGCACCGTAGAATAGTACTCCGGCGTGTGCGCCTTGAAGCTCCCGTCCAGCACGTTATACAGCCCGTTTTTAAGGTTGATGATAAACGGGTTGCAGTTGATTTCCCGGATGGGCTTGTAGATGAGCATGCGCCACTGGCCTTCGGCGTCGTTGATCGCCGACATGGTTGCGTACCGCTCGATAAGATGCCCGCGCACTTTAGCCGCCGCCTGCAGATCGGATGCAGCCTTGTATACGCCGTTTTCGTAGATGTAATAGCTTTCTGCACCGTAAAAGGCGCTGACGTTTTTGGACATATGGCTTGCCAGCAGGCCCGGGATAAAGCGCAGCCCGCCACGCTCGGAGGGTTCGTACCAGTCCGGTAGCTCTGCGCCCATGGTTTCACGTTTTGTTTCCTTGCTTTCGCGGTATTCCTTGTATAAATCCTTCTGCAATGCGGAAAGGGATTTTACCGCTCCGGCTTTCAGTCCAAAATGCTCCTTCATTTCGTATTCAATGAACGTGCTTGCTACGACCGGATCCGCATTGTATAAAAAATCCCTTATGAATTCCTGCGCTTTCTGCACGTTGTCCACAGCCGACTTTGCAACCGGCTGCCCGGACAGAAATTCGCGCAGTTCCTCCACAGCCAGCGGCTTGTAGCAGAGGGCGGCAGGCGCCTTGCATCCGCAGGAGCTGTCCTCAAACTTGGGGCACTTGAAGCCTTTTCCCGTGATCGTTCTGCAGGTGATGGGTTTCGTGCCGCTCTCCAGAAAATGATTAATTTTGTCCTGCGTTTCTTTATGGCTGTACTTAGGGTATGGCTTTGACAAGGCGTGGATCAGCCGCTCGCCGCCCTCAAAAACCGCAAGGTTTGAAATCATCGCATACCAGTCATGCTCAGAGAGCGTTTCTGCATTGTCCCTGCATTGCTGTATAAACAGGCAGCGCCTGCCGACCAATTCAAGTCCTTTTCTCGTTCCTTTCGGAGCGGGCGTTCCGGGTTTCGGTTCTTCCCGGATATCCGGCAGCGCCGCTTCAAGCTCCTCCTGCGTGTAGCGCAGCTCGGGGCTGAATTTGATGCATTCCACCATGACAGGCTCTTCCTTGCAGTGGTAAAAGCCTGGCAGGCGGAGCACCCGGCTTTCGTTGACGCAGGCCGGATCACCGTTGAATTTGGCAATCAGGCGTTTTTGCACCCTGCGGAAATCCTCAACTTTTGCATCCTTCATCAGCCAGTATGTGTGCAGCGATTTTTTCGTCCTGACAATCAGCGACGGCTCGACTGGAAACGCTTCAATTGCGGCAAGCTGCTCCTCGAAGCTCAGGCTGTCGCACTCCACAAACTGCGCGTTGATGCGGGTAATGTCCGCGTCCTCATGGCCACCGCAGTTGACGACAAAGAAAATGCCCCGGTTCTTTGCGTTATGTTTTTTTAAAGTTTCCATCATGCTGCCGATCCTGCCCGCCGGGCATTCCAGCTTAGCGCCCTTGAAGGCCGGATCTTTCCGGTCGCTGAATATCCGCAGGCAGACCGTTTCGCCCGCGTCGAAAAACGGGCGCAAAAACTCCTCGATGGGAATATTGAGCGCTTTAACCCCTTGCATGTTCCTTCACCTCCGCGCATTGCCCGGTGAAATGCCGGACGGGGATGCTGAGCCGTTTCGCCTTTTCCAGTTCTATCGCCATGCCGGGGGATATTTTATTACCGAAACACCACAGTTCATGGCATTTTGAGAGCAGAACCAATCCCATAAAGATGGCAAGGTTCCTTTCGGCTTTGTCGCTATTATCCATAAACTGCGGAAACAGCAGATGGGGGGCCAGCGGTATTACGCCTTTCATTACGGCAAACCGGCAGTAACACCTTGCCCGCTCCAAATTATGCTCAACATCTCCTGCCAGCGGCGAGCAGATGAACACCAGCGGACGGAATGCCGCTTTTTTTGCTTCCCGCTCAATGGCAAGCAGCGCTTCATAAGCCGTCAGATCAAGGTATCCTTCGGCGTTGTATTTGCTTATGCTCATGTATTAACCCCCTCGATTATTTCCTTTAATTCTCCAAACCTCACTCCGAATGCCGCTTCTGCAACAATCGGCACGTCAAACTCCTCAAAAGGCCGCTCTTCCATGCAGGCTTTAATAAATGCCCCCGCCTCGCGCACCTTGTCCTCCGGAAGCTCAAACACCAGCTCGTCATGTATCTGCAAAACCGGTCGCAGCCACATCCTCCAGGGCAGTCCCTCAATGATGCGGCCTAGCGCCAGCTTCAAAATATCCGCCGCCGTTCCCTGTATCGGAGTGTTCAGCGCGCACCGCTCGGCGAAGCTCTTTTTGCCCCAGTCGGCGGAAGCAATATCCGGCAGATAGCGCCGCCTGCCCAGCCAGGTTTCCGTATAGCGCCTTGATGCCGCGCGCTTTTTTGTTTCCTCCTGCCACTGGGCGAGCTTTGGATAACCTGCTTTAAGATTTGCTATAATCCGCTCGCATTCCGGAAGCGGAGTGTCCAGTCCCGCCTTGAATTTCAGGTTCCGCTGAAGCCCTTTTGGGAACAGGCCGTAGAACACCCCGAAGTTGCAGTTTTTGGCGGTAGCCCGGCGTTCCTTGTAATGTTCGGCGTTTTTGTCCGCCGCCTGCTCGAAAGGAATGCGGTAGATAACGGATGTAGTTTGGGCATGGATATCTCCATTGTTCCGGTAGGTTTCCAGCATCCTCTCGTCCCGGCAATAGAACGCTCCGACACGAAGCTCGATCTGGGAAAAGTCCAGTGAAAGCAGTGCTTTACCTGTTGGAGCAATAAAGAAATTGCGCACGCCAACAGGGTCGTTGTCTTTGCGGGGACAGTTTTGCAAATTTGGATTTCTTGCCGCAAAGCGTCCCGTTTCAGTGCCCAGCGGAAACAGGTCAGGATGAATCCTGCCGGTGACGCTGTCGATATGCTCCAGATACCCGTCTATGTAGGTGGACTTGATCTTGCCCCATTTGCGGTACTCCTGCACCAGTTCAAACAGCGCTGCAAGCTCCGGTCGGTTTTCGCGGCACCATTCCGCAAGCAGGATCATGGCCTCGTCGTCCATAGCCTCCTGGTATTTGGCCGTTGTTTTAAATACCGGCAACTTCAGGTCGTCATAAAGATATTTCTTAAAAGCCGAGGTTGAAGCGTTCGCCCCAATATTCACGTCGCCGATCATAAAAGCGATCTCTTCTTTTAATTGCTTAATTCTTTCCTCGGCCTCCGCTTGTTTTTTAAGCATCAGTTCTTCATCCACCAGCAATCCATTGTACTTCATCAAACCGACATAAACGGAGGCGGGCGATTCGAGCTTTTCCACGATAAAGCGGTGCTTGGGCAGATACCGGTCAAACCAGTTATTGAAAAGATAATACAGCCGCAGTGTATAATCGCTGTCGGCGCAGGCATAGCGGATGGTTTCTTCGTCCTGCGGATCCAATTCATCGAAATACCTGCCTGCCGTCACCGTTTCAAAGCCTGGCAGTTTTTCGCCGAACAGCTCCGGCACCAGCGTTTTCAGCCCGCTGTCTGCAAGTGTCCTAAAAGTTGTATTGCTTTTCAGCGTCATCTGCGCCGCCGCGATGGTGTCGTAGCAGGGTGGCTGCTGTACGATGCCGAGGGCATATAAAAACATCGCCTCGAAGCTCAGATTATGCGCTATTTTCACAATCTCTCTATTTGCAAATACTCTCTCCGCCAGCCATCGCATGACCTTTTCAGGCGAACCGGCATTCTTGCCGGTTTTATGCCTTAACGGAACATAAACCGCCGTTCCTTCGGAAACGGAGAAACTCACGCCGACAATGTCAGCTTTGTGCGCGTCCAGCGCTGACTTTACATCACTGCGGTATCCCTCCCGAGGCGCGGTTTCAAAGTCGAAGGCAACCAGCCGCGCTCCGCCAAGATAGTCCTGCAATTTAGCTAAATCTGTCACGCATCTGTATTCCATAGCTCCTCCTTGCCGCCTGAAGCTGAGAGGCGGCATGCGCCGCGCTCCCCGCCACAGGCTGTATTTCATTTCAAAGGTTCAACCGGGGCCCCCGCGAAGCCTGCTTCGTGGGGTGGGGTAACCCCTCCGGTTTCGGGATCCGCAAACGGCGCTTCATCACTGTCAATTTCAGCCGCATTATCCACCTCAAAGCCGACGTGTTTGCTGTATGCCCTGACCTGCTCGGACAACCTGCCAATGAGCGCATATTCCTCGGAAGTGAGCGGCCTGTCGACGGCGAACTGCGCCTGCGAATAGGCGATGCCGCCGCTGTTTGTCGCTTTCTTTAAAGAAAAGCGGGTTACCACACTGTTGGATTTCCTGCCCTTGGACAGCAGCCTCTTGATGTATTTGGTAAATTCCTTAAGGGAGCCGGTGGGGAGTGACAAGAGCAGCGGGAAAATCTCCCCCTCGCGCAGCACATAGATCCTGCGGCGGTTCTTGCATGCCTTGCTGCCGTTTTCGCCAGTGCCGAACAGGTTCAGCGGGCAGGCGGCGCAATTTCCGCCCGGGTCGCCCTCGCCGGTTATGCCGTCGAAGCTTCCACAGTCGGGCGGCTGGTTTCCTCCGGTATACTTGGTCTTATAGTAGGCATGAAGCGGATGATGGTATAAAATCACTGCTGAAAATTCCTTGACCGCATCCGGTTCGCCCGGGTTTTCTCCGGGCACTTCAAAAACGGTGCTGCCCGCCGACGGGATTTTAATCCTCTCAAAGCTCATATCCAGGCCGTCCAGCTCTTCTGCCATCATTCCTGCCATGTTGAAATTGGCAAGCCTCAGAAAACCGTTGTCCTGCTTGGTTAATGACGTTTCTTTTTTAGCTGACATAATTCCATACCTCCATTTTTCAATGTGTTTTCTACTTTTCGCATAATTACTTTGCCGCTTTTCTCATCCCGACCGAGGTTTTTTCAAAGACGTTCACAAGTCCTGAAAGCCAGCCGGGAAGCTCATCGTTGTTTTCTTCCATCTGCTCCTTGACAAATGCCGACAGGGAGTTGGCGTTGACCGTTTCATAGACCAGGTCGCCGAACCCGGCTTTTTTGAGCGCGGAATACAGTTCCTCTTTCCGGCCTGCCACAGCAGAAGCCCTCGTCGTGCCGGTCAGATAGAACATCACGCCGCCCCGGGTAAAGTTCTGCGTTTCGGTTTCCGCCATCAGCTCCGACAGGCGGTATTCTGTCTCGTCGATCCTGTCGTTTATTTCCTTGAGTTCCTGCTCTGTTGATTTCTTCAAGTCCTTAAGTTCTTTAAGCTGCTCGGCCAGTTCAAACATCTTTTCGCTTTCCAATGTACTTCACCCCCTTGCCGCAAAAGGATTGAGCCCGCTCTGGTAATCGTCCACCAGCATCCTCGCCAGATCCGCTTTGTTTCTCAGCGCCTTCAGAACTTTTTCATCGACCGTGCCTTTTGCCGTCAGATAAAGATAGGTGCAGTTTTCCTTTTGCCCGACGCGGTGAATGCGCGCCTTCGCCTGCTCGAAATTGCTCATGCTGTAGTCAAGGGAATAAAACACCATGGTGCTGGCGGCTGTCAGTGTCACGCCAAGCCCCGCCGTTGCAATCTGTCCGACAAACACCTGCACCTCCGGGTCGTTCTGAAACGCCGCCACCTGCTCCTCGCGGTCTTTTACGCCGCCCATGATAAGGGAAAACCCGATCTCTTTCTTTTCGAGCATCCGGCAGATGGCGTTGATTTCCGGAATGAACCGCGCCATAATCACCAGCTTTTTGCCTTCCTGAAGAACATCCTCGACGATATCCTCCAGCGCCTCCTGCTTGGCCGTGCTGACCCGCTGGGGCGCGTTGCCCTCGTCGTCCCCGAGAAAACCGCCCGTAAGCTGCGACAAACGGAGAAGCCGGGTGAGTATGTTCGTGACGGTGACTTCGCTCTGCCCAAGCTCTGTGTAACTATCCTTGACCAGATCCCTGTAAATCTTCATGGCGGCAGGTTCCAACTCCACATACCGCACAATGTCGGTGGTCTCCGGCAAATCAAGGCACTCGGCCTTGGTTGCCCGGAAAGCGATGCTGTGGAGCCTTTTCATCAAATCCTGTTCCATTGATTTTTTCAGCACCGGTGTGTGCTGACCGTATCCGACCATATCGAAGTAGCGGTTTCGGAATACATAGAAGCTCTGGCCAAAGATAGTGGAATTGAGGAATTTGTACTGGCTGAACACGTCGATGGCCTTATTGGTAATAACTGTTCCTGTAAGCAGCAGCCTGTACCGCGCCCTTGCGCCCAGCCGGTGCATGGCTTTGGATACCGCAATGTTGTGGGTCTTTATCTTATGTCCCTCGTCCGCAATGATGAGGTCAGGGTTCCATGCGGTCAGTTCCTTTTCCAGACGCCATGCGCTCTCGTAGTTAATGACCGCCACCTGCAGGGGCGTGCCCCGCATATGCCGCAGTGTGTCGGTTTTCTTTGCGCCGCTGCCGGTGAGTACCACCAGCGTGTAATCGAAATCCGCGAATTTCTCGAACTCTTCCCGCCAGACGCCTAAGATGGAAAGAGGCGCCACCACCAGAACCCTGCGGATCCTGCCTTCCTTATACAAAGCGCCGGTGACTGCGATGCTGGCGATGGTCTTGCCGGTACCCATTTCCATGAGCAAGGCCGTGCCTGCAGACTGCATAGTCTGCGAAGGGATAAGCCCGAACTTTTCGCATACAAAGTTGAATGCCTTAATCTGATGCTTATACGGCACTGCTTTAATCGGCAT

Protein sequences of DBSCAN-SWA_8

>CP021850|3047742:3088758|3071370_3073023_-|AUS97350.1|terminase|DBSCAN-SWA
MRFLFSCSILGKEAAKLRKLKRYKPTKFMAEGSRYDKEAADAAVTFINCLKHTKGEWYGMPFELIDWQEQIVRDIFGILKPNGYRQFNTAYIEIPKKQGKSELAAAIALYLTCGDFEHGGEVYGCASDRQQASIVFDVAVDMVEQCPALKSRIKPMLSQKRLVYKPLGSFYQVLSAEAYTKHGLNVHGVVFDELHAQPNRDLYDVMLHGSGDARKQPLFFLITTAGTDRNSICWEVHQKAEDILQGRKIDPTFYPVIYSAADTDDWTSEKVWRKVNPSLGITVNIEKLRVACENAKQNPAEENLFRQLRLNQWVKQSVRWMPMDKWDKCAFPVDAEKLRGRTCYGGLDLSSTTDITAFVLVFPPLDESDKYQILPFFWIPEENIDQRVRRDHVPYDVWERQGFLYTTEGNVVHYGFIETFIEELGMKYNIKEIAFDRWGAIQMTQNLEALGFTVVPFGQGFKDMSPPTKELMKLTLEERIAHGGNPVLRWMMDNIYVKTDPAGNIKPDKEKSTERIDGAVALIMALDRALRHDGDERNGSIYDERGLLII
>CP021850|3047742:3088758|3087330_3088758_-|AUS98821.1|DBSCAN-SWA
MPIKAVPYKHQIKAFNFVCEKFGLIPSQTMQSAGTALLMEMGTGKTIASIAVTGALYKEGRIRRVLVVAPLSILGVWREEFEKFADFDYTLVVLTGSGAKKTDTLRHMRGTPLQVAVINYESAWRLEKELTAWNPDLIIADEGHKIKTHNIAVSKAMHRLGARARYRLLLTGTVITNKAIDVFSQYKFLNSTIFGQSFYVFRNRYFDMVGYGQHTPVLKKSMEQDLMKRLHSIAFRATKAECLDLPETTDIVRYVELEPAAMKIYRDLVKDSYTELGQSEVTVTNILTRLLRLSQLTGGFLGDDEGNAPQRVSTAKQEALEDIVEDVLQEGKKLVIMARFIPEINAICRMLEKKEIGFSLIMGGVKDREEQVAAFQNDPEVQVFVGQIATAGLGVTLTAASTMVFYSLDYSMSNFEQAKARIHRVGQKENCTYLYLTAKGTVDEKVLKALRNKADLARMLVDDYQSGLNPFAARG
>CP021850|3047742:3088758|3078741_3078924_-|AUS97359.1|DBSCAN-SWA
MHKTNSIFLRELRKYKDHLTKQQFKTLRGQVINGDCEGAKKGLKKILNRRIQHEHTKNIC
>CP021850|3047742:3088758|3064785_3064977_-|AUS97338.1|DBSCAN-SWA
MSDEELFTRLLYYGTVQLNRSEDEVWLMPIGYLLDLWECHKQFLGLAKPKRMLTIDDVIPYGI
>CP021850|3047742:3088758|3064973_3065357_-|AUS97339.1|DBSCAN-SWA
MQDTDRSANISIGGEEYQLILTTKATKEIAKRYGGLENLGTKLMKTENFEIALDEVVWLITLLANQSILIHNLKHQDKRELLTEETVELLTSPLELAAYKDAIMKAMFKGTKRNVESEDDLKNTPAE
>CP021850|3047742:3088758|3066302_3066734_-|AUS97342.1|DBSCAN-SWA
MAKVEVKMPEEFLLKLSRLGERTDEIIPKVLEAGGEVVLSKVKSNLQSVIGSGTKYPSRATGELVNALGLSPAKQDRNGNHNIKIGFTEPRKDGESNAKIANIIEYGKSGQPPRPFLKPAKSATRKSCIEAMKSRLEQELGRI
>CP021850|3047742:3088758|3061641_3063930_-|AUS97335.1|tail|DBSCAN-SWA
MADNFGLKIGIEGEKEFKNAIREINQSFKVLGSEMNLVASQFDKQDKSVEAVTARNKVLNNEIELQKEKIATLEKALANAASSFGETDKRTQSWQIQLNNVKAELNKMERELEANNKALDNAGKEFDEAEKQADEFGREIKKAADQADDAGGRFEKLGGVLKGIGVAMGAALAAIGTAAVGAGKALVDMSVNSAAYADEILTASTVTGMSTDSLQAYKYAAELVDVSLDTLTGSMAKNVRSMSSARKGTGEVADAYRQLGISVTDANGNLRDSETVYWETIDALGKVSNETERDVLAMQIFGKSAQELNPLIAQGSAGIAELTEEAKRMGAVMSEDSLNAFGKFDDSIQRLKAGSAAAKNMLGTVLLPQLQILADDGVTLLGEFTRGLSEAGGDWTKISEVIGNTVGSLVNMLMENLPNLIQVGLDIVTSIGGAIVDNLPVIIDAAVQIVMTLLQALIDALPQITEGALQLVMALVQGIIDNLPALEEAAVQMIATLASGIGEALPELIPAVVEAIILIAEVLLDNMDKILDAAFQIIQGLAQGLLNALPKLIEALPRIITTIIDFVTNNMPKIIELGITLIVQLAAGLVKAIPELVKSLPQIVAAIIEGLGKAVVSVVEIGKNIVKGIWEGIKSLGSWIKDKVSGFFSGIVDGVKNFLGIRSPSTVFEGIGGNMALGIGEGFDKAMARVADDMQNAVPTDFNISPDISVSGRGGFSDLASGPLVVVQQMIVRGEEDIRRISQELYNLMQTGSRAQGHFITA
>CP021850|3047742:3088758|3054564_3054984_-|AUS97329.1|holin|DBSCAN-SWA
MKTVWNWVQAVFTAIGGFLGWFLGGLDGFLYALIAFVAIDYVTGVMCAIVDRKLSSEVGAKGIFKKVLIFVLVGVGHIIDSQVLGNGGAIRTAVIFFYLSNEGISILENAAHIGLPIPEKLKNALEQLHGHSNEEDKKK
>CP021850|3047742:3088758|3068171_3069374_-|AUS97347.1|capsid|DBSCAN-SWA
MSKILELREKRAKVWEAAKAFLDSKRGNDGLLSPEDTATYEKMEADVIALGKEIERLERQAAIDLELSKPLNIPITDKPTSISGNNEKTGRASDEYRQSFWNMMRGRRKYDVHNALQIGEDTEGGYLVPDDFERTLVEALEEENIFRQIANVITTSSGDKKIPVVASKGTASWVDEEGQIPESDDSFAQVSIGAYKLATMIKVSEELLNDSVFNLEQYIAKEFARRIGAKEEEAFFIGDGSGKPTGILADNGGGEIGVTAASATAITLDEIMDLFYSLKSPYRRNAVFIMNDSTIKAIRKLKDNNGQYLWQPSVTAGTPDTILNRPVKTSAFMPAIAAGAKTTVFGDFSYYWVADRQGRVFKRLNELYAATGQVGFMATQRVDGKLVLSEAVKILQQKAS
>CP021850|3047742:3088758|3084054_3085992_-|AUS97365.1|DBSCAN-SWA
MEYRCVTDLAKLQDYLGGARLVAFDFETAPREGYRSDVKSALDAHKADIVGVSFSVSEGTAVYVPLRHKTGKNAGSPEKVMRWLAERVFANREIVKIAHNLSFEAMFLYALGIVQQPPCYDTIAAAQMTLKSNTTFRTLADSGLKTLVPELFGEKLPGFETVTAGRYFDELDPQDEETIRYACADSDYTLRLYYLFNNWFDRYLPKHRFIVEKLESPASVYVGLMKYNGLLVDEELMLKKQAEAEERIKQLKEEIAFMIGDVNIGANASTSAFKKYLYDDLKLPVFKTTAKYQEAMDDEAMILLAEWCRENRPELAALFELVQEYRKWGKIKSTYIDGYLEHIDSVTGRIHPDLFPLGTETGRFAARNPNLQNCPRKDNDPVGVRNFFIAPTGKALLSLDFSQIELRVGAFYCRDERMLETYRNNGDIHAQTTSVIYRIPFEQAADKNAEHYKERRATAKNCNFGVFYGLFPKGLQRNLKFKAGLDTPLPECERIIANLKAGYPKLAQWQEETKKRAASRRYTETWLGRRRYLPDIASADWGKKSFAERCALNTPIQGTAADILKLALGRIIEGLPWRMWLRPVLQIHDELVFELPEDKVREAGAFIKACMEERPFEEFDVPIVAEAAFGVRFGELKEIIEGVNT
>CP021850|3047742:3088758|3064063_3064336_+|AUS97336.1|DBSCAN-SWA
MNVPIVDNAKVMAKGQITLPKDIRSKLRLSTGDRVTLICEEDRVILMNSAVYAMKMLQKEMEGEAEKAGIRNDDDVMDLVKDVRAEIEGL
>CP021850|3047742:3088758|3049675_3051244_-|AUS97324.1|DBSCAN-SWA
MTTRNVTVIPARKRIGNSAKAEELPKLRVAAYCRVSTDSEEQATSYEAQIEHYTNYIKSNPEWELAGIFADEGITGTNTKKREEFNRMIEECMQGKIDMIITKSISRFARNTLDCLKYIRQLKEKNIPVYFEKENINTLDSKGEILLTIMASLAQQESQSLSQNVKLGIQYRYQQGKIHINHNRFLGYTKDKDGNLVIVPEEAEIVKRIYREYLEGSSMLQIARGLEADGILTGAGNPRWHTSTINKILRNEKYIGDALLQKTYTVDFLSKKRVPNNGIVPQYYVENSHEPIIPREIFMQVQEQLVKRRCVHISKNGKKRNYSNKHPLSQMVFCGNCHEIFRRVHWNNRGKKSIVWRCVSRLENTGLFCTASTILEDTLKEKIVEAINVAVSGKNSFLAILKKNIETVLSVDLDETTADIDKRLEELQTELIQKANLKEEYDNIVNEIYRLRDLRQETLSRNALRQDKRDRIAEMTDFLNTQTGDITEFDDKLVRKLVEKATVYDDRILVEFKSGLEIEVNL
>CP021850|3047742:3088758|3060854_3061628_-|AUS97334.1|tail|DBSCAN-SWA
MGFIYNGISSQSMKIRARLTKWQVSPALRNSFETVPGKAGIADFGCDISERNIIISCSVLPQRSFADLVSVLDNVAEWLNPENGLKQLVLDDLPDRYFMARLSEAVDCERLLRTAGSFELRFVCPGPYAYALEDEVFVLSETGLHELERVKGNADSNPVYLLKGLISTSSSSYISLITNGEELLIVGSLSEGETLIVDSGMVTAKVIDETGRTLRNGLPSLQDLNFPIFRKGVNHIEIAAENATFTELKIQAKSRWR
>CP021850|3047742:3088758|3064332_3064737_+|AUS97337.1|DBSCAN-SWA
MRVLIDTNILISASLSCEGTPYQAYIKAVTHPNHGMVCDQNIDELRRVYNRKFPHKIQALERFLAIALTVLEVVPTPAVDVSDEALVRDASDRPILRAAIAAKADVLVTGDRDFLESGITNPKIVTAAEFLQME
>CP021850|3047742:3088758|3058121_3058316_-|AUS97332.1|DBSCAN-SWA
MAYFNQIAHSISPKSISRVKSITVRLCVTDCTGTVYFTDLLLQGGSVSTGWIGHVCEIQWTLDG
>CP021850|3047742:3088758|3073275_3073743_-|AUS97352.1|DBSCAN-SWA
MSKEKGTIYLAYGSNLNLRQMAYRCPTAKVLGSAKLTGYRLLFRGGNGGAVATIEKQKGESVPVMLWRIMPNDEKALDRYEGYPHLYRKETVKVRFKGQWVPAMVYIMNEGRPLGAPGRYYYEVIRQGYIDAGFDISFLNKAVRDSISAAEKSEV
>CP021850|3047742:3088758|3078923_3079475_-|AUS97360.1|terminase|DBSCAN-SWA
MAKDGTNRGGARIGAGQKKKPLADKILEGNPGRRKLMVMEFTDAAELEGESMPPPRDYLAAKQKNGKTTLAVEIYEKTWQWLKERRCVHLIPAQLIEQYAQSVARWIQCEECITEFGFLAKHPTTGNAIPSPYVAMSQSFMKQANNLWYQIYQVVRENCATEYKGATPHDDVMEKLLTARRGG
>CP021850|3047742:3088758|3077468_3078767_-|AUS97358.1|DBSCAN-SWA
MNIQKISVEKLNPAVYNPRKDLKPGDKEYEKLKRSIEEFGYVAPVIWNQKTGNVVGGHQRLKVLLDLGQTEIDCVVVDLDPQREKALNLALNKIQGEWDENKLAELMAELDAGAFDVSLTGFDASEIDELLNRWYAKEAVQDSFDIDKAHEEIVQCEPVTKRGDIWLLGNHRLMCGDSTKDEDFEKLMEGCHAQMAVTSPPYGVGKEYEKAGIEPWFETVRPVIRNLCRYADIVCWNLGDLYATGSQFIEPTSVYSVNMFLDNGYRPIWIRIWKKQGQNFGVGPYHLVSNKPVQQYEYISAFSNKGEVEEYNDQEYVWLSAFAGHSYKFVKRLTKEERKKWGYAGIWEMTTVRANKEHPAMFPVELPWRCIKMHSDKGGIVLEPFSGSGTTIIAAEQTERKCYAMELSPVYCDLAVKRWEEFTGEKAVKLEG
>CP021850|3047742:3088758|3073804_3074704_-|AUS97353.1|DBSCAN-SWA
MLTTRFGIEVELTGMTRKQAAKTAAAFLGGRVESSGDYYDTQKVIAPDGRIWKFMSDGSIRTQKKENGRIVAAGREYSVELVSPILTYREDIETLQELIRRLRKAGGFANTSCGIHIHIDGADHTPRSIRNFINIIASKNDLFYKALQIEPDRMRFCKKMDAALVEKMNRRKPKTMAAIESIWYEGYSESRSTHYHNSRYHFLNLHSFFNGNGTIELRGFNSELHAGKIRSYIVLALALNHQALTQKCASSKKPQVENEKFAMRTYLNRIGLIGDEFKNCREHLCKHLDGNAAWRFRAA
>CP021850|3047742:3088758|3049132_3049540_-|AUS97323.1|DBSCAN-SWA
MDIRIDSLIPFDSLKTNIDHVFSVVDKNGKVVLLKDNKPAYIVLKYDENNLTDTEIGMNEMPYYTLHEAMRIVLSEAENKTMHAAELADEIYRRRLYLKKDGSKAEYTQIRARCGHYPDMFEALPGNLIRLKDKV
>CP021850|3047742:3088758|3066751_3067087_-|AUS97343.1|head,tail|DBSCAN-SWA
MSFGKMSTFVDIISTNSVKDSEGFTEKGDVILASVRAYKEDRHGSEKWANRAAFSQASALFRFRKIPNLEVTTDLVLVCSDGRYNIISVEDVKGRGMYIEVLAEKVKSSKA
>CP021850|3047742:3088758|3073077_3073272_-|AUS97351.1|DBSCAN-SWA
MGNENLITDKIYRQIIAIRDSGACNMFDLPRVQEEAYKMGFYELVVFLNEHKKEYAEFILTGKR
>CP021850|3047742:3088758|3075400_3076093_-|AUS97356.1|DBSCAN-SWA
MSNNSFRFSQKIVGQERKAIASVIAEALEGQVRYAGAPEFLYEIKDEKSAGSWTIDRDSVVHSPKISLNGIKTIRSVIDTLNVEGFSAEGTMTITLSLEGFSAISLENLNNMLASKETLIKKAMLIEGELVVLAENDEISFPFWNATLNADEVQTYITLAKQMAEQAILQKRVLRKEKPTDNEKYAFRCFLLRLGFIGDNFKTERKVLLSRLSGNGAYRKGRAKAVDENE
>CP021850|3047742:3088758|3047742_3049008_+|AUS97322.1|transposase|DBSCAN-SWA
MLKIVYPICCGIDVHKKFVIATIATTNDKNVTSYQTRRFNTFKNDLIALNNWLVENKCKDVCMESTGKYWIPVFNVLEDFCTITLANPRYVKNIPGKKTDKRDSIWLADLHKHALVKGSFIPSKPIRELRDLIRYKSKLTNVSSSEKNRVQNSLTVSNIMLANVVSDTFGKSASSIIKHMIENPDIIDFDYSSMLHKSLKKKSDEIEQAVAGKFSKEQAAKLSVCYEHYNSVEKCIEILEATILELSLPFKEQIDIIATLPGIKQASATAILSEIGTDMSVFTSDKHLCSWAGLTPQSNESAGKKKSVRISRAGVYIKPLLVQCANAAVKDKSCTVFKNRYETIKKRRGHKRAIIATARMILTCIYHMLSKNEPFNPLLYDDNAKSKKRNQQDSLSIEQAIAFLQANGYTVNISDLVAITN
>CP021850|3047742:3088758|3055071_3057540_-|AUS97330.1|DBSCAN-SWA
MRDFLKGKRCMVWSFMGNARMYEALRDYGDRFDTVGIFTFEVDATGTITETGTSISSMLPYIQKWPHIKWLLTIMNHGIANIFTALRNNQNGAKDKFLTEIIRIMNKYPWCAGVDIDLERGGGYENKDAANALFRDIYNTVKSYDATKFVNICLPGMTGVQGSVGGENWCVYADLNDYCDTAAIMSYGMAWAGSAPGPVSPRDWLEGIYDYAVSVMSPDKIFMGLPAYGWNWRIHDTPENLGITYRGVSNTYYAAKYWMTGVYNFTGDAPPQPFIPIVAYWDDYNKVPWALPHVYDYMEGWDAVSWEYPLLKGVYNRRRYLTSYGKEQKAEFGTIYIDRNGVPDEYEGNVIITDEMASLGDDQASAEYRFEIREAGYYDIAVQLCFPYWDKNAIIVSLDGESKTFSENRLWWPYWRRVCWLTLAKGVFLQEGTHAVSISGGVPGVQFYGFRVCSGFSEHPFVGEACFMLSPRQFKDVNGVMVEPDRGFKLTFEVLRRKPDSALIWYEDFRDRNILPENYWTVLDGEWDVWQDPDSTESRPYSQLEGYGKLAWKYDGFSDIHIRARLAFPQNSSGRAGVFLGDIFCCLNYDTQRVELYQGNSLLGSYSTSFLKTADADLRANPNMYTIEMRKRGNKVRVYSGAASTLRFTVNVIGGNGYAGYCSDNRTVCELLRLGDAWVYEPYECFDVELPDGTITGFGRLARTGVTWDDEFQVFSVNSDVEESVTRSEDISMDYDFFHSQLLTLSCGNDYEVKIIPKDINIWISRLFLGDADGFSILYYQDVDSLVYWANEAAYRWKLRGIAIWSLGQEDMRLWEALPKQM
>CP021850|3047742:3088758|3080189_3080642_-|AUS97362.1|DBSCAN-SWA
MIAWRYIDKPAATIAAIKDYNSMRNVINITPQEIKELYDRMISPRTAKITGLPRVWNPRSGEEALAESLDKLDVLQERYRQAIEYMGWFEPAWGALTDEEQHILREFYMTGNQRSGAASRLQCELNYSERQIERLRSKALSRLSLMLFGK
>CP021850|3047742:3088758|3067836_3068157_-|AUS97346.1|DBSCAN-SWA
MCVIDSLLPKVKANLVLEHNEDDDLLKGYIRAAVSYAESYQHVSEGWYLENPMPPTTEQAVIMLSSHFYESRDGSTAGFFGDSVQAGQQVWNTVNMLLRLDRKWGM
>CP021850|3047742:3088758|3075072_3075408_-|AUS97355.1|DBSCAN-SWA
MNDFHSTAFFVKHPFRIEDLKVPHRYETRKRFVVVKTIELSKIDYDNFVADLCVDRTFIEKNKGLCHVNEDGVWRCLLVKQRGRSDGVLVMPDGRDYPKYAAYYPGEEDEL
>CP021850|3047742:3088758|3079696_3080056_-|AUS97361.1|DBSCAN-SWA
MTKKPKRPCSYPGCAELTDGRYCEKHQKQADSYYNKYERDPQTRKRYGRTWKRIRDRYISEHPLCQECQKYGRLTPAEEVHHIIPLSKGGTNADSNLMSLCKQCHSSITAREGERWARR
>CP021850|3047742:3088758|3057536_3058112_-|AUS97331.1|DBSCAN-SWA
MQFSRFTETIQLKSTKHVVGVTVILKISDCTGIIYFTDLQLEDGDQLTGYTVHTSKMLTKMQENGQPVPPRHYNGVVRTAETVILFNLGKTSAGLDCYIYPIQDMAAGSIELSQGVGAHKVKFLDPVNAGDELALKASTRQCLKNGSPTRKDGFYQYSAAWDSKHMVKLEERKSARVLFEFQEMQEGGDRL
>CP021850|3047742:3088758|3067494_3067833_+|AUS97345.1|DBSCAN-SWA
MRIAFLVPAALVIFAGFIVLQIFLSKKDNKWLGLMLPIICFCIALAGSVYQIYEWSATGDGNTATSAFGWVSVTAAFFFTNIPTVILLVIYFACREKQRRKKALDKMNVQDL
>CP021850|3047742:3088758|3053563_3054568_-|AUS97328.1|DBSCAN-SWA
MKLFTKYMTRNDCYTAGRKITPKGIMVHSTAVPGVMAAEWFSRWNKSYKAGEINRQVCVHAFVDDKEVWQYLPWDHRGWHAGGAANNTHIGFEICEPAGFSYKSGSVMVGYDAAKQEDYFRKAWQNAVELCVMLCKKYGLNENDIICHSEGYKLGIASNHADVMHWFPKHGENMDTFRKAVKKALENSTDINTDIGIGDMVEFKVSVKNYYPGSVEVPTWVKNDYYHRVTQTLYKGKPVIKGGKECVLLGKKVKKSGGQEIAGINTWVAKENLVIVNSIPDNKGNRTYTVQKGDTLWRIAEKELGRGTRYPEIKKLNGLTSDTIYPGQVLKLPE
>CP021850|3047742:3088758|3086907_3087309_-|AUS98820.1|DBSCAN-SWA
MFELAEQLKELKDLKKSTEQELKEINDRIDETEYRLSELMAETETQNFTRGGVMFYLTGTTRASAVAGRKEELYSALKKAGFGDLVYETVNANSLSAFVKEQMEENNDELPGWLSGLVNVFEKTSVGMRKAAK
>CP021850|3047742:3088758|3069387_3070113_-|AUS97348.1|DBSCAN-SWA
MNKSQKQKPVRRFWNWIQNDDGSRTLYIDGPIAEESWLGDEVTPKQFKSELLSGEGDITIWINSPGGDIFAANQIYNMLMDYKGKVTVKIDGIAASAASVIAMAGGDVFMSPVSMMMIHNPMTIAIGDTEEMEKAIAMLEEIKESIINAYELKTGLSRAKISHLMDAESWFNARKAVELGFADGILFLEDESFPSEIEVSGGMIFSRQAVTNSILQKLKPKEKPKGTPIESLEKRLFLLKP
>CP021850|3047742:3088758|3053291_3053510_-|AUS97327.1|DBSCAN-SWA
MIEAANHLPYNPQETNYTKITQEEFQREVDYWRAYKILQRMLKAGLISEEEFNKIDKLNRKTFSPMYAQLMA
>CP021850|3047742:3088758|3065961_3066306_-|AUS97341.1|DBSCAN-SWA
MSILSELNSLLDGLGIPIETGVFSGVPPDEYLVITPMTDTFEVFADNQPQAETQEVRLSLFIKGNYTTRKNEIVNTLLQAGFTITDRRYIGHEDDTGYHHYAIDVAKEYEVREE
>CP021850|3047742:3088758|3086057_3086861_-|AUS97366.1|DBSCAN-SWA
MSAKKETSLTKQDNGFLRLANFNMAGMMAEELDGLDMSFERIKIPSAGSTVFEVPGENPGEPDAVKEFSAVILYHHPLHAYYKTKYTGGNQPPDCGSFDGITGEGDPGGNCAACPLNLFGTGENGSKACKNRRRIYVLREGEIFPLLLSLPTGSLKEFTKYIKRLLSKGRKSNSVVTRFSLKKATNSGGIAYSQAQFAVDRPLTSEEYALIGRLSEQVRAYSKHVGFEVDNAAEIDSDEAPFADPETGGVTPPHEAGFAGAPVEPLK
>CP021850|3047742:3088758|3076209_3077463_-|AUS97357.1|DBSCAN-SWA
MDILKIPAEKLKPSKYNPRKDLKPGDPEYEKLRRSIEEFGYVEPVIWNKRTGNIVGGHQRYKVLTALGYKEIDCVVVDLDEQREKALNVALNKISGEFDIPLLTDLLMDLNEDGFDVSLTGFDASEIDELFRDKTTANVKEDNFDTEKAIAEIKTPVTKKGDIWVLGSHRLMCGDSTMLSDVQKLMNGQKARFVFTDPPWNVDYGSDTRHPSWKPRQILNDNMSTEEFGAFLLCAFKCMKEVSEAGCMTYVVMSAQEWGSLMNVMREAGYHWSSTIIWKKDSLVLSRKDYHTQYEPIWYGWLEGTRLCPLKDRKQSDVWEIPRPKVSEEHPTMKPVSLVAKAMLNSSHIGDLTLDLFGGSGTTMIAAQQTGRVCFMMELDPKYCDVIVKRYVSQFGADSVFLVTGSEKIPYAETQID
>CP021850|3047742:3088758|3083623_3084058_-|AUS97364.1|DBSCAN-SWA
MSISKYNAEGYLDLTAYEALLAIEREAKKAAFRPLVFICSPLAGDVEHNLERARCYCRFAVMKGVIPLAPHLLFPQFMDNSDKAERNLAIFMGLVLLSKCHELWCFGNKISPGMAIELEKAKRLSIPVRHFTGQCAEVKEHARG
>CP021850|3047742:3088758|3074845_3075076_-|AUS97354.1|DBSCAN-SWA
MSARGFPSKETVLRIKEQYPPGTRVELICMDDPYSKLKPGDQGTVSFVDDIGTVHINWDCGSSLGVAYGIDVIRKL
>CP021850|3047742:3088758|3070051_3071374_-|AUS97349.1|portal|DBSCAN-SWA
MSVFSRLFKARDKPKNSLFGNAYSFFFGGTSSGKAVNERTAMQTTAVYACVRILAEAIAGLPLHVYRYKEDGGKEKALTHPLYYLLHDEPNPEMTSFVFRETLMSHLLLWGNAYAQIIRDGSGRVLALYPLLPNKMTVDRAPNGELFYTYRRDSDESRVNPKAGLIYLRSDEVLHIPGLGFDGLIGYSPIAMAKNAIGIAIACEEYGASFFANGANPGGVLEHPGVLKDPAKVRESWNAVYQGSANAHRIAVLEEGMKFQPIGIPPEQAQFLETRKFQINEIARIFRVPPHMIGDLEKSSFSNIEQQSLEFVKYTLDPWVVRWEQALQKALLLPSEKRAYFVKFNVDGLLRGDYASRMNGYAVARQNGWMSANDIRELEDMNRIPAELGGDLYLVNGNMTRLADAGAFAGKNNAETEGSKVEQITKTKTGSPLLELDTKR
>CP021850|3047742:3088758|3051661_3053230_-|AUS97326.1|DBSCAN-SWA
MRKVTRIDGNNALQAFKPKVRVAAYCRVSTDSDEQMASLEAQKDHYESYIKANPDWEFAGIYYDEGISGTKKENRTGLLRLLADCENKKIDFIITKSVSRFARNTTDCIEMVRKLTDLGVFIYFEKENINTQRMEGELVLTILSSLAENESLSIAENSKWSIRRRFQNGTYKISYPPYGYDYVDGKLFINKEQAEIVKRIFSEALDGKGTQKIADGLNLDKIPTKRGSHWTATTIRGILSNEKYTGDVLLQKTYTDENFKRHYNRGEKDQYMIKDHHEAIISHEEFEAAQEILKQRGKEKGVIKGSSKYQKRYPFSGKIKCAECGSSFKRRIHGSGDRKYIAWCCTKHIKDASSCSMKFVREDAIHQAFVVMINKLIFGHKFILRPLLQSLKKTNYSDNITKIQEMETKIKENTERVQMIMGLMAKGYLEPALFNTQKNELLKEAAILKEQKEAIKRAIDGSMTALVEVEKLLNFATKAEKQIDAFDSDIFEDFTREIIVFSQEEIGFKMKCGLNLRERLVK
>CP021850|3047742:3088758|3058327_3060850_-|AUS97333.1|DBSCAN-SWA
MAIKSILTSQEDFTGEFPVTSRTSALWRFNEKTPDENLQLMDSSGHGRHFTISGWSGTSANLIAGRFGRYFRQNIVNPTSEKTYLVAENDGSFFSNLGEKIVVGGWINPTTYSVGQTYIPIFNTRQGPGQPIFYVSLYQGRLRLMLYNSSGTLIYDQSETATITLKNGGWYFITSIIEVSNKKVQNIICDRSDGATWVSPVRSFSGELNRECIANIIMGMHANTYYYAGGFDDWFLETDSQLTIDDLLLYFKSSLHANGGDAASDVDALAEPGAVTLKATDGEYPANGVLYTRAVPCALSGSGRVAVTSEYTAGVTSVSLVETSTSDDLEEWSAWQAVGTSGELQSPNRQYIRFRVTLTSSDPLKTPKLLEIQLHDIPKAPYEKLGFARPVILDKSGAWEAVLENAFDIIVTGEVNGADTLEFKLPFHDPKRSTLENEKQVQIVNDIYRIRTLTDNKGEDGRVITQVYAEAVFYDLSFSAEKVPREFNADTADVPMQYALLGTGWTVGNVTVSTKRTWQCTEKNALSILRTVQNIYGGDLVFDSANRQVHLLTFSGTDSGALFSYRKNLKSIQRVVDTRELVTRLYAYGKDGLTFASINGGKEYVEDYTFSSEVRVSTLDCSSFTNPYQMLEYAKMRLAEYSKPRVSYVLSAMDLSALTGYEHEAWKLGDIVTVDDKELGLLVKTRVVRRQYNLQEPWKTVIELSTKLRELGDSSAQWDKAADALSSAELVNRQEIKDMVPFNHLRNSRADDGFAYWVNSGFEVDTENGVSGTASFKAVGVPGMTKSLSQTVYPATRKSYTFSAQIASENLEKGENGQVGVEVVIEYEDGTTETRFIDLI
>CP021850|3047742:3088758|3051206_3051698_-|AUS97325.1|DBSCAN-SWA
MRVELKGKVGEMMSHIPFGYNIQNGRAVVNEEEAVKIEKLFEAYLSGLSLTEAAQKAGIKRYHTSIARMLSDKRYVEDKFYHQIISKDTFEKAQLERSRRAEVLGRIFEYKGNEKKCLNFKFHASMPDNLYDDPFQQAEYAYSLIKSEVILDDNQECYGNSCP
>CP021850|3047742:3088758|3081138_3083637_-|AUS97363.1|DBSCAN-SWA
MQGVKALNIPIEEFLRPFFDAGETVCLRIFSDRKDPAFKGAKLECPAGRIGSMMETLKKHNAKNRGIFFVVNCGGHEDADITRINAQFVECDSLSFEEQLAAIEAFPVEPSLIVRTKKSLHTYWLMKDAKVEDFRRVQKRLIAKFNGDPACVNESRVLRLPGFYHCKEEPVMVECIKFSPELRYTQEELEAALPDIREEPKPGTPAPKGTRKGLELVGRRCLFIQQCRDNAETLSEHDWYAMISNLAVFEGGERLIHALSKPYPKYSHKETQDKINHFLESGTKPITCRTITGKGFKCPKFEDSSCGCKAPAALCYKPLAVEELREFLSGQPVAKSAVDNVQKAQEFIRDFLYNADPVVASTFIEYEMKEHFGLKAGAVKSLSALQKDLYKEYRESKETKRETMGAELPDWYEPSERGGLRFIPGLLASHMSKNVSAFYGAESYYIYENGVYKAASDLQAAAKVRGHLIERYATMSAINDAEGQWRMLIYKPIREINCNPFIINLKNGLYNVLDGSFKAHTPEYYSTVQLKASYNESAKCPKFMAFLESILGDAEIYLMQEIFGYLLIPVNKAQKSFVLVGAPNAGKSTLLSVAQEILLGGENVSNIPWQSLSDRFKTAELFGKLANIFADLPSKSVDDNGIFKALTGEDYITAERKNKNPFSFKPYARLLFSCNEIPRNYGDRSEGFYRRLIIIRFENPVPPEKRDPNLIEKLAAERDGIFMWALEGLKRLIANSYAFTETESTKAELQRYKVESNSTLSFVEECCVLEDDAECVREELFQAYRDYCLKNGFKPMSQANFNKDVESYGEQVCRAVDKLGKRRTWRGLRLRE
>CP021850|3047742:3088758|3067195_3067498_+|AUS97344.1|DBSCAN-SWA
MAVEIVPDWMSNLEDEDMVFIKNFLQASGSLKEIARQYGVTYPTVRLRLDKLIQKIKISEDTENDPYIALIKRLAVNDKLDFDTAKILINEYKKIKEAVQ
>CP021850|3047742:3088758|3065359_3065956_-|AUS97340.1|tail|DBSCAN-SWA
MATIGLDRLYYAKITENENGEETYDTPVPLAKAITAELSVELAEATLYADDGAAEVVKEFQSGTLTLGVADIGVDAAEVLTGATLDDNKVLISTSEDGGAPVAIGFRAKKANGKYRYFWLYRVKFGIPATNLQTKGDSITFSTPTIEGTVMRRNKPDGQGKHPWKAEVSEDDPGVLPETIAGWYTEVYEPVFAVGGGS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS97322.1|3047742_3049008_+|transposase	IS110 family transposase	Q9JMN8	Wolbachia_phage	3.6e-37	29.0
AUS97323.1|3049132_3049540_-	hypothetical protein	NA	NA	NA	NA
AUS97324.1|3049675_3051244_-	recombinase family protein	A0A2K5B2B4	Erysipelothrix_phage	4.4e-170	57.5
AUS97325.1|3051206_3051698_-	recombinase	A0A2K5B2B3	Erysipelothrix_phage	5.3e-21	41.6
AUS97326.1|3051661_3053230_-	recombinase family protein	A0A2K5B2B2	Erysipelothrix_phage	2.5e-149	52.1
AUS97327.1|3053291_3053510_-	hypothetical protein	NA	NA	NA	NA
AUS97328.1|3053563_3054568_-	peptidoglycan-binding protein LysM	H7BV89	unidentified_phage	5.4e-12	71.4
AUS97329.1|3054564_3054984_-|holin	holin	A0A2K5B2A2	Erysipelothrix_phage	1.2e-50	70.6
AUS97330.1|3055071_3057540_-	glycosyl hydrolase	A0A2K5B2A1	Erysipelothrix_phage	0.0e+00	68.6
AUS97331.1|3057536_3058112_-	hypothetical protein	A0A2K5B2A0	Erysipelothrix_phage	6.8e-52	52.4
AUS97332.1|3058121_3058316_-	hypothetical protein	A0A2K5B299	Erysipelothrix_phage	2.8e-18	64.6
AUS97333.1|3058327_3060850_-	hypothetical protein	A0A2K5B298	Erysipelothrix_phage	0.0e+00	63.5
AUS97334.1|3060854_3061628_-|tail	phage tail protein	A0A2I4R672	Erysipelothrix_phage	9.4e-73	51.6
AUS97335.1|3061641_3063930_-|tail	phage tail protein	A0A2K5B297	Erysipelothrix_phage	7.2e-12	37.6
AUS97336.1|3064063_3064336_+	AbrB family transcriptional regulator	NA	NA	NA	NA
AUS97337.1|3064332_3064737_+	putative toxin-antitoxin system toxin component, PIN family	NA	NA	NA	NA
AUS97338.1|3064785_3064977_-	hypothetical protein	A0A2K5B296	Erysipelothrix_phage	3.9e-12	75.6
AUS97339.1|3064973_3065357_-	hypothetical protein	A0A2K5B295	Erysipelothrix_phage	4.0e-40	68.8
AUS97340.1|3065359_3065956_-|tail	phage tail protein	A0A2K5B294	Erysipelothrix_phage	3.0e-79	74.2
AUS97341.1|3065961_3066306_-	hypothetical protein	A0A2K5B293	Erysipelothrix_phage	1.3e-29	55.0
AUS97342.1|3066302_3066734_-	hypothetical protein	A0A2K5B292	Erysipelothrix_phage	4.2e-46	62.9
AUS97343.1|3066751_3067087_-|head,tail	phage head-tail adapter protein	A0A2K5B291	Erysipelothrix_phage	3.6e-29	58.7
AUS97344.1|3067195_3067498_+	hypothetical protein	NA	NA	NA	NA
AUS97345.1|3067494_3067833_+	hypothetical protein	NA	NA	NA	NA
AUS97346.1|3067836_3068157_-	hypothetical protein	A0A2K5B290	Erysipelothrix_phage	4.1e-38	75.8
AUS97347.1|3068171_3069374_-|capsid	phage major capsid protein	A0A2I4R671	Erysipelothrix_phage	1.1e-176	78.2
AUS97348.1|3069387_3070113_-	peptidase	A0A2K5B288	Erysipelothrix_phage	6.5e-76	64.1
AUS97349.1|3070051_3071374_-|portal	phage portal protein	A0A2K5B287	Erysipelothrix_phage	1.0e-188	75.2
AUS97350.1|3071370_3073023_-|terminase	terminase	A0A2K5B285	Erysipelothrix_phage	2.3e-249	77.2
AUS97351.1|3073077_3073272_-	DUF5049 domain-containing protein	NA	NA	NA	NA
AUS97352.1|3073275_3073743_-	gamma-glutamylcyclotransferase	NA	NA	NA	NA
AUS97353.1|3073804_3074704_-	amidoligase	A0A2K9V489	Faecalibacterium_phage	1.9e-53	41.1
AUS97354.1|3074845_3075076_-	DUF4314 domain-containing protein	NA	NA	NA	NA
AUS97355.1|3075072_3075408_-	hypothetical protein	NA	NA	NA	NA
AUS97356.1|3075400_3076093_-	virulence factor	A0A2K5B280	Erysipelothrix_phage	9.1e-27	34.4
AUS97357.1|3076209_3077463_-	DNA modification methylase	A0A2I4R670	Erysipelothrix_phage	2.7e-101	47.0
AUS97358.1|3077468_3078767_-	DNA methylase N-4	A0A2I4R670	Erysipelothrix_phage	1.4e-76	40.5
AUS97359.1|3078741_3078924_-	hypothetical protein	NA	NA	NA	NA
AUS97360.1|3078923_3079475_-|terminase	terminase	A0A2K5B277	Erysipelothrix_phage	3.1e-70	68.1
AUS97361.1|3079696_3080056_-	HNH endonuclease	A0A2K5B276	Erysipelothrix_phage	2.0e-41	63.0
AUS97362.1|3080189_3080642_-	hypothetical protein	NA	NA	NA	NA
AUS97363.1|3081138_3083637_-	DNA primase	A0A1B1P7L5	Bacillus_phage	6.2e-41	31.9
AUS97364.1|3083623_3084058_-	DUF4406 domain-containing protein	A0A2K5B270	Erysipelothrix_phage	8.2e-42	56.7
AUS97365.1|3084054_3085992_-	bifunctional 3'-5' exonuclease/DNA polymerase	S5M8J1	Bacillus_phage	4.1e-40	28.2
AUS97366.1|3086057_3086861_-	hypothetical protein	I3VYY1	Thermoanaerobacterium_phage	1.7e-48	44.3
AUS98820.1|3086907_3087309_-	hypothetical protein	I3VYY4	Thermoanaerobacterium_phage	2.4e-32	55.5
AUS98821.1|3087330_3088758_-	helicase SNF2	I3VYY6	Thermoanaerobacterium_phage	3.0e-125	50.6

Sequences of DBSCAN-SWA_9

Nucleotide sequences of DBSCAN-SWA_9

>CP021850|3315520:3322876|DBSCAN-SWA
ATTAATGTTTAAAATGCCTTATCCCGGTAAATATCATTGCAATACCATATTTATTGCAGGCATCGATGGATTCCTGATCCTTTATGGAGCCTCCCGGCTGGATTATTGCAGTTATACCGGCTTTGGCTGCAGCCTCCACACAATCCGGAAAAGGAAAGAAGGCATCCGATGCCATAACTGCGCCTTTAGACCTTTCACCAGCATATTCAATGGCAATTCTGGCAGCCATTATCCTATTGGTCTGTCCAGGGCCAACCCCCAGCGACTGCTTGTTCCTGGCCAAGGCTATTCCATTGGATTTGCTGTGCTTTACAACCTTCATCGCAAATATCAGGTCTTCCAGCTCATCCTGAGTGGGTTTCTTTTCGGTTACGCACCTCAAATCATCCATATTGATCAATTGATTGTTGTAGGTTTGAACCAGAAGTCCTCCCGCCACCTTCTTCATGTCATATGTGCCCTCGGGAAGCTTTGCAGAAATGTTGTCCAACTGCAATATCCTGATGTTCTTCTTTTGGGAAAGTATTTCAAAGGCTTCTTTTGTGTAAGATGGCGCGATAACAATCTCTATAAATATCTTGTTGATTTCTGAGGCCGTCCTTTCATCAATCTCCCGGTTGGCCACTATTATACCTCCAAAAATGGAAACCGGGTCGGCTTCATAGGCCTTTATATATGCATCATATATGTTGTCGGCACTGGCCACACCGCATGGATTGGCATGCTTGACCGCCACCACCGTAGGCTCGTCAAATTCCTTTATCAAATCCAGAGCGCCGTTGGCATCATTTATGTTGTTAAACGACAGCTCTTTTCCATGAAGCTGTTTTGCCGATGAAATGCATCCAGAATTTGATCCCACTTCTCTGTAGAAAACGGCTTTCTGATGAGGGTTTTCTCCATATCTCATATCCTGCACCTTTTCAAAGGTCAGGGTGAGGTTCTCCGGGAAGAATTCCTCTCCCAGTTGTTCCTTCATATACTTTGAAATCAAGGTGTCATAATGGCTGGTAAGCTCAAAAACCTTGTAAGCCAGCTTGAACTTGGTTTTTACCGAAACATCGCCGGTTTCATCCATTTCCTTCAGCACAGCGTCATAATCGGACGGGTCCACAATCACCACCACATCCTGATAGTTTTTTGCAGCCGCCCTGAGCATGGTAGGTCCTCCGATGTCTATGTTTTCGATGGCTTCTTCCAACTGCACATTGTCCTTTAATATGGTTTCTTTAAAAGGATACAAATTTATGACCACCATATCAATGGTGTCGATATTGAGTTCCTTAAGCTGGCGCATATGCTCCTCATCGCTTCTTATAGCCAGCAGCCCGGCATGTATTTTGGGATGCAGCGTCTTTACCCTACCGTCAAGGCATTCAGGAAAGCCTGTTATATCCGATACGTTAACCACCTTGATCCCTGCGTCCATCAAGGTCTTGGCAGTGCCCCCCGTGGATATGATTTCAATTCCACGCTTCTCCAATTCCCGTGCAAAACCGATAATCCCGGTCTTGTCCGATACGCTTATCAATGCACGCTTTATCATATATTTCACACTCCTGACATATTATCCATATATCCTGTTTAAATCCGGCGCGGCTGCCTTAGTTTATAAGCACCGAAACCGCTTTATACGCCGGAGTTAATTCTGACTTTTCGTCCTTCCACTGTGATCCTGCCTTCGGCGAACAGCTTTATCGCTTCCGGCAGTATATTCCATTCAGCCTCCTCCATAACTCTTTTCTGAAGAGTTTCCGGGGTATCATCATCCTTGACGCAGACGGCTTTCTGCAGAATGATGGCACCGGCATCGGCCTCGAGATCAACAAAATGCACTGTAGCCCCGGTCACCTTTACTCCGTACTCCAGAGCTTTGATATGCGGGATCAGTCCATAATAGCCTTTTCCGCAGAAAGAAGGTATGAGGGAAGGATGAACATTGATTATCCGGTTTTTATATCTTGTAATAAAGGTTTCTCCCAGGATGGACAGGAAGCCTGCCATCACCACCAGATCGACATCATATTTGCTGAAATGCTCGATCAATGCTCTGTCATACTCGTCAACCCCTGCATAATCCTTCCTGGGTATGCAGACAGCAGGTATGCCATGCCTGTTTGCCCGTTCCAACGCATATGCTCCCGGTCTGCTGGACACAACAGTCACTATGGAGCAGTCCTTCAAGTACCCGCTGTTTATTTTATCAATTATTGCCTGAAGGTTTGTGCCGCCACCTGAAACCAGCACTCCAATTCTTAACATATATCCACTCCTGAATCTCCTTTAATCAACTCGCCGATTATATATGCCTTCTCACCTTTTTCATTAAGGTATGCAGCCACATCCCCGGCAATATTTCTATCCACTGCCATTACCATACCGATTCCCATGTTAAAGGTATTAAACATATCCTTCTCCGGAATGTCCCCTATCTTCTGTATGAGGCTGAAAATGGGAAGCACCGGCCAGGTTCCTTTGTTTATCCTTACTCTAAGGCCTTCCGGCACCATTCTCGGTATGTTTTCTATAAAGCCTCCTCCGGTGATATGAGAAATACCCTTTATCTCAAATCTTTCTATCAAATCCGCCACCGTCTTGACATATATCCGTGTAGGCTTCAGCAGTTCCTCTCCCAGGGTTGTGCCCAGGGATTCCACATACTCATTAAGCTTTTCCCGGGTGGGGTTAAATACCTTTCTCACCAGGGAATAACCATTGCTGTGGATACCGGACGAAGCCAGCCCTATGAGGACATCTCCTTCCTCTATGCTTTTTCCGTCAATTATCCTGCTTTTATCCACTATGCCCACTGCAAATCCTGCCACATCATATTCATTCTCCGGGTAAAATCCCGGCATTTCAGCAGTTTCGCCTCCTATCAGCGAGCATCCGGCCATTACACATCCGTCGGCTACACCCTTTACGATATTGGCCACCTTTTCAGGCCTGTTTTTTCCCACTGCGATATAATCCAGAAAAAACAGAGGTTCAGCACCACTGCATGCAATATCGTTCACACACATGGCGACACAATCTATTCCTATGGTATCATGCTTGTCCATAAGGAATGCTATTTTCAGCTTCGTACCTACTCCATCGGTTCCCGACACCAGAACCGGCTCTTTAAACTTAGCCTTGTCCAGGGCAAACAGACCTCCGAATCCTCCTATATCCGTCAACACTTCAGGTCTGAAAGTCCTTCTCACATGATCTCGCATCAGCCTGACTGCTTCATAGCCAGCTTCCACATCCACTCCGGATTCTTTATATGTTGTCATTGGATCACTCCTGTCCGCATTATTTTACAGCCTGATGATAAATCCTGCTGTAAAAGCCAATTTTACAGTAAATCAAATTTAATATAACTGGGTTGAAAACATCCGCCGCATCTCAAAATAGGCTCCTGTGCCATTGCAGCGCGGCAACACGGCTTAAGTTCCCAATCTTCATTTTGTTAGTTCCACACCGCATCGGCAGGTGCTTTATCTTTTTCCACCGCACAAATATTTGCTTCCTTCCCCGGGAACCTCCATGGGATATTCGCCGGTGAAACAGGCGCTGCAAAAACCACATTTTGCTCCCACCGGTGTCTTGAGAAGTCCCTCAAGGCTGAGATAACCCAAGCTGTCGGCCCCTATCAGCTGCCGGACTTCTTCTATTGAGCTGATGGAAGCCACCAGCTGCTTGCCGGATGGTATATCAACTCCAAAATAACATGGATACTTCATAGGCGGTGAGCTCACCCTCATGTGCACCTCTTTTGCTCCCGCATCCTTCAAAGCCTTGATAATTCTCTTGGTGGTCGTTCCCCTTACTATGGAATCGTCTATTATGACAAGCCTTTTTCCCTCTATCGCATTTTTCATTACGTTCAATTTGATTTTTACGCCCATTTCCCTTTGCTCCTGATCCGGCTGTATGAACGTTCTTCCTATGTACCGGTTTTTCAGAAGACCCTGCCCATATGGAATTCCCGATTCCATGGAATAACCTATTGCTGCCGTGATCCCCGAGTCAGGCGCACCGATGACCAAATCAGCTTCCACAGGATGCTCTATAGCCAGTCTTCTTCCGGCTTCCAGCCTCGCCTGATATACGCTTGCACCGTCCAAAAAGCTGTCCGGTCTGGCGAAATAGATGAATTCGAATATGCAAAGCCGTGACTCCTCTTTTATATCCATTTCTATGGAGCTTATGCCTTCTTCGCTGATTGTGACGATTTCTCCCGGTTTCACATCTCTGATGAATTTGGCGCCTATAGCATCCAAGGCACAGCTTTCCGATGCCAGCACATAGGAGTTGCCCAAAAGCCCTATGCAGAGGGGCCTTATCCCCAGAGGATCTCTTATTCCTATGAGCTTATCCGGTGTGAGCAGCAGGATGGAATAAGAGCCACGCACATCCTGCATCATTTTTTGTATCGCTTCTTCTACTTTTCCGCATATCAGGCTGTATCTCGATATCAGATTCAATATGACTTCAGAATCATTGGTAGATTGGAATATTAGACCGTCTTCTTCCAGCTTTTCTCTCAAATTAGACGCATTGACCAGATTACCGTTATGGGCCAGAGCCAGCTGTCCGTTCCTGTACTTAATCACCATGGGCTGGGCATTTTCCCTGGAGTTAGCTCCCGTCGTTGAATAACGCACATGGCTTATTGCAATCCTGCCCTTTAGGTGATTCAATATCACTTCATTAAACACTTCAGGAACCAGGCCCATATCTTTATGGTACAAGATGGTACCATTATCATTCACAGCTATTCCCGCACTCTCTTGTCCACGGTGTTGCAGTGCATATAATGCATAGTAAGACATCCGCGCAACATCATGGCCATCCTTGTCAAAAATGCCAAATACCCCGCATTCTTCTCTCAGTTTGTCCCTTCTGAAACCTTTTCTCATTTGACTTACCTCTATCCAATTATGAATTCTTCTTGATTAAGATTTTTGTATTCCTGCTTCATCAACCGCACAATATGCAGCCTCCCCAGGCGTTAATTCGGACAGCTCCTGTCCTATTGCGCCCCTACCTATGGCCAATGCCACAAAATAAAGACGCTAATCTTTCAACGAATTCATACTATTTATTCAATATTCTGCTTAATCAATATCCTGCAGTTTGCTTTTCAAAGCTTTGTTCTTTTCCTCCACCTTGTCTGCCAGCTTCTTCTTATAGTCTTTCAGCATCGCCCTAAACTCCGGATACCCTACGGACAAAATCTGGATTGCCAGCAGTGCCGCATTGTCGGCACCATCTATGGCAACTGTCGCCACAGGGATGCCGCTGGGCATCTGGACTATGGAAAGTAAAGAATCCATGCCGTCCAGCGTTGATGATTTTATTGGAATTCCAATTACAGGAAGGGTGGTATAGGCTGCCAGAACCCCTGGAAGATGCGCCGCTTTTCCTGCAGCGGCGATAATTACGTCAATGCCGTTTTTTTCTGCGTTTTTTGCAAACTCAGCAGCTTTATCGGGTGTTCTGTGAGCAGAGCAAACCATTGCCTCCACTTCCACTCCAAATTCTTTCAATATGCCAAAACAGCTCTTCAAAACCGGCAGATCCGAATCGCTGCCCATTACAACCGCCACTTTAGGCTTCTTTTCCACTCAAATCATCTCCTGTATCCGTATTTTTAACATTCATTCCCTACACAATTCATATGTCCCATAGCTCATTTTCCATTAATGCCGCTTACACGCCATTAATGCTGTCTGTTATTCATGCTGTATTCAATCGGTAACTTTTTTTGCAGATTGGCTTTATCAGAAAACTACCTTAAGACGGCATTTTCAGCTTTCGGTTCGAGGGACAAAAGCCACATGGCTCTTCGGTCTCCTCTTTTCCTGCTTCGGATTTTCAAAACCCGTCTGTTAAAAAACGGGCTTTGAAAGTCCGAAGCCCGGCTCGAAAGAAAAAGCCGGACTTCGTTTTGACTCGATTAGAGTCCTAAAATTCCTGCTATTACAAAGTTAATCAGGAAGAGTGCACTAACTATATACATTATAGGATGTACTTCTTTTGCTTTTCCTGTTACCACTTTAGCTATTACATGAACTATAAATCCGGCGGCAATACCGTTGGATATGCTGTAGCTGAATGCCATAACAGCTACGGTAAGGAATGCCGGAAGAGCTTCCGAAAATTCTTCCCAGTCTATTTTCTTGAAAGCACCTGCCATAAGTATACCAACTATTATAAGAGCCGGAGCTGTAGCTGCAGACGGAACTGCTCCTGCAATCGGAGTAAGGAACAAGCATGCGAGGAAAAGAATTGCTGTAACTACTGAAGTAAGTCCGGTCCTTCCTCCTTCTGCTATACCTGCAGCACTCTCAACATAAGTGGTGGTATTGCTGGTACCGAACAATGCGCCTATGGATGTAGCGGTCGCATCTGCAAACAAGGCTTTATCCAGCTTGGATTTGAAACCTTTGCCGCTGAACAGGGCAGCTTCATCTTTATCATCAAATATTCCGCTCTTTCTACCGGTTCCTATAAAGGTTCCTATTGTATCAAAAGTATCGGACATGCTGAAAGCAAGAATGGTTGAAAGCACTACGAATATGCGGGAAGTGTCACTGAAAAGTCCTGAAAAATCCAATTTTAAGAAAGTATCGGATATAGCTTTAACTGAATGGCTGTCTCCGCTGAAACTGGTAATTCCCATAGGTATACCTATAAGTGTTGTTGCAATAACCCCGATAAGTATAGCACCTTTAACCCTGAGAAGCATGAGCACGATCATTATTACCAATCCGATGAGCGCCAGCTGCGCATTCTTGTCAGTGAAGTTAACCAACGCAGGAACAGCTCCTCCACCGGCAACAACAGTAGCAACTTCACCGGAACCATCCTTGATTACTGAAAGGAAGGGAGCATCTGCTGTGAACTTAATAAACTGAGCATTCTTAACACCTATATAAGCAATGAAAAGTCCTATACCTCCTCCGATCGCATGCTGCAGAGATACAGGAATCGCCTTTATGATGGACTTCCTTATCTGAGTAACTGTAATAATTATATTTATAATACCACATATAAATACTATAGCCAGTGCTTGCTGCCAGCTAAACCCTAAAGCAAAGCAGACCGTATAGGTAAAGAAAGCATTTAAACCCATGCCCGGAGCCTGTGCATAAGGAACATTGGCAACCAGAGCCATAATCAAAGTGCCGATAACCGCTGCAATGATAGTTGCTACGAACACTCCGTCCCAAGGCATTCCGGTCTGGGAAAGGATGCTCGGATTAACAAAAATAATATAAGCCATAGTAAAAAATGTAGTTATACCTGCCACAACTTCAGTACGTACATTTGTGCCGTTTTCTTTCAATTTGAAAAACTTGTCCAC

Protein sequences of DBSCAN-SWA_9

>CP021850|3315520:3322876|3317774_3318797_-|AUS97555.1|DBSCAN-SWA
MTTYKESGVDVEAGYEAVRLMRDHVRRTFRPEVLTDIGGFGGLFALDKAKFKEPVLVSGTDGVGTKLKIAFLMDKHDTIGIDCVAMCVNDIACSGAEPLFFLDYIAVGKNRPEKVANIVKGVADGCVMAGCSLIGGETAEMPGFYPENEYDVAGFAVGIVDKSRIIDGKSIEEGDVLIGLASSGIHSNGYSLVRKVFNPTREKLNEYVESLGTTLGEELLKPTRIYVKTVADLIERFEIKGISHITGGGFIENIPRMVPEGLRVRINKGTWPVLPIFSLIQKIGDIPEKDMFNTFNMGIGMVMAVDRNIAGDVAAYLNEKGEKAYIIGELIKGDSGVDIC
>CP021850|3315520:3322876|3319001_3320426_-|AUS97556.1|DBSCAN-SWA
MRKGFRRDKLREECGVFGIFDKDGHDVARMSYYALYALQHRGQESAGIAVNDNGTILYHKDMGLVPEVFNEVILNHLKGRIAISHVRYSTTGANSRENAQPMVIKYRNGQLALAHNGNLVNASNLREKLEEDGLIFQSTNDSEVILNLISRYSLICGKVEEAIQKMMQDVRGSYSILLLTPDKLIGIRDPLGIRPLCIGLLGNSYVLASESCALDAIGAKFIRDVKPGEIVTISEEGISSIEMDIKEESRLCIFEFIYFARPDSFLDGASVYQARLEAGRRLAIEHPVEADLVIGAPDSGITAAIGYSMESGIPYGQGLLKNRYIGRTFIQPDQEQREMGVKIKLNVMKNAIEGKRLVIIDDSIVRGTTTKRIIKALKDAGAKEVHMRVSSPPMKYPCYFGVDIPSGKQLVASISSIEEVRQLIGADSLGYLSLEGLLKTPVGAKCGFCSACFTGEYPMEVPGEGSKYLCGGKR
>CP021850|3315520:3322876|3317148_3317781_-|AUS97554.1|DBSCAN-SWA
MLRIGVLVSGGGTNLQAIIDKINSGYLKDCSIVTVVSSRPGAYALERANRHGIPAVCIPRKDYAGVDEYDRALIEHFSKYDVDLVVMAGFLSILGETFITRYKNRIINVHPSLIPSFCGKGYYGLIPHIKALEYGVKVTGATVHFVDLEADAGAIILQKAVCVKDDDTPETLQKRVMEEAEWNILPEAIKLFAEGRITVEGRKVRINSGV
>CP021850|3315520:3322876|3315520_3317065_-|AUS97553.1|DBSCAN-SWA
MIKRALISVSDKTGIIGFARELEKRGIEIISTGGTAKTLMDAGIKVVNVSDITGFPECLDGRVKTLHPKIHAGLLAIRSDEEHMRQLKELNIDTIDMVVINLYPFKETILKDNVQLEEAIENIDIGGPTMLRAAAKNYQDVVVIVDPSDYDAVLKEMDETGDVSVKTKFKLAYKVFELTSHYDTLISKYMKEQLGEEFFPENLTLTFEKVQDMRYGENPHQKAVFYREVGSNSGCISSAKQLHGKELSFNNINDANGALDLIKEFDEPTVVAVKHANPCGVASADNIYDAYIKAYEADPVSIFGGIIVANREIDERTASEINKIFIEIVIAPSYTKEAFEILSQKKNIRILQLDNISAKLPEGTYDMKKVAGGLLVQTYNNQLINMDDLRCVTEKKPTQDELEDLIFAMKVVKHSKSNGIALARNKQSLGVGPGQTNRIMAARIAIEYAGERSKGAVMASDAFFPFPDCVEAAAKAGITAIIQPGGSIKDQESIDACNKYGIAMIFTGIRHFKH
>CP021850|3315520:3322876|3320624_3321104_-|AUS98836.1|DBSCAN-SWA
MGSDSDLPVLKSCFGILKEFGVEVEAMVCSAHRTPDKAAEFAKNAEKNGIDVIIAAAGKAAHLPGVLAAYTTLPVIGIPIKSSTLDGMDSLLSIVQMPSGIPVATVAIDGADNAALLAIQILSVGYPEFRAMLKDYKKKLADKVEEKNKALKSKLQDID
>CP021850|3315520:3322876|3321466_3322876_-|AUS97557.1|DBSCAN-SWA
MDKFFKLKENGTNVRTEVVAGITTFFTMAYIIFVNPSILSQTGMPWDGVFVATIIAAVIGTLIMALVANVPYAQAPGMGLNAFFTYTVCFALGFSWQQALAIVFICGIINIIITVTQIRKSIIKAIPVSLQHAIGGGIGLFIAYIGVKNAQFIKFTADAPFLSVIKDGSGEVATVVAGGGAVPALVNFTDKNAQLALIGLVIMIVLMLLRVKGAILIGVIATTLIGIPMGITSFSGDSHSVKAISDTFLKLDFSGLFSDTSRIFVVLSTILAFSMSDTFDTIGTFIGTGRKSGIFDDKDEAALFSGKGFKSKLDKALFADATATSIGALFGTSNTTTYVESAAGIAEGGRTGLTSVVTAILFLACLFLTPIAGAVPSAATAPALIIVGILMAGAFKKIDWEEFSEALPAFLTVAVMAFSYSISNGIAAGFIVHVIAKVVTGKAKEVHPIMYIVSALFLINFVIAGILGL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS97553.1|3315520_3317065_-	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	Q58MG4	Prochlorococcus_phage	1.3e-73	50.2
AUS97554.1|3317148_3317781_-	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	2.5e-23	38.3
AUS97555.1|3317774_3318797_-	phosphoribosylformylglycinamidine cyclo-ligase	A0A0E3FZ01	Synechococcus_phage	1.3e-69	43.5
AUS97556.1|3319001_3320426_-	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	8.6e-64	36.1
AUS98836.1|3320624_3321104_-	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	7.0e-26	46.5
AUS97557.1|3321466_3322876_-	guanine permease	A0A0R6PHV4	Moraxella_phage	6.2e-46	30.7

Sequences of DBSCAN-SWA_10

Nucleotide sequences of DBSCAN-SWA_10

>CP021850|3486173:3493355|DBSCAN-SWA
AATCGATGTTCCTCAAGATCTAGAAAGTACATTTGAACCTAAAATCGTTAAGAAGCGTCAAAAGGACATTTCCAATATAGATGCCATGTATGCCAAGGGGCTTACAACACGGCAAATATCCGATCAGATTAAAGAAATATATGAATTTGAAGTTAGTGAAGACATGGTTTCAGATATCACAAGCAAACTTTTACCTGAGATAGAAGAATGGCAGCAAAGACCCCTATCCAGCATATATCCGATAATATTTATTGACGCAGTTCATTTTTCAGTAAGAGATAACAACGTCATCAAAAAACTTGCTGCTTACATTATACTTGGCATTAATCAAGATGGACAAAAGGAAGTCTTAAGCATTAACATAGGTCAAAATGAGAGCAGCAAATACTGGCTTAGTGTACTTAATGAGCTAAAAAATCGCGAAGTAAAAGACATACTAATTCTATGCGCTGATGGGCTTAGTGGCATCAAAGAATCCATAGCGGTAGCTTTCCCTAATACTGAATATCAACGCTGTATAGTTCATCAGGTCAGAAACACCCTGAAATACGTTGCGGACAAGGACAAAAAGGAGTTTGCAGCTGATTTGAAGACAATCTACCACGCGCCTACTGAGGAAACCGGATATGAGCGTATGTTAAAAATAACAGATAAATGGCAGGATCGTTATCCAAATGCTATGAAAAGTTGGGAGGCAAGCTGGGATGTCATATGATATGAACCCAAAATGTTAGACAAAATAATATGGAGAATGGAGGAAATGAGGATGAAGTATACATCAGAATTAAAGAAAGAGGCTGTCCGATTAGTCTTATAAGAAAATAATACTGTCATAGCTGTAGCGAATGTGCTGCAAATAAGTGATTCTTCTATAACATTTTGGGTGAGATTAGTTAATGAACATGGATACGAAATTTTAAATAAAAAGCCATCCAGGAATTATAGTGGTGATTTCAAAGTTAATGCGGTAGAATATATGCATAAACACCATTTGTCATTATGTGAGGCAGCTCCTGTCTTTGGTATCCCTACAACTAGTATTCTTGGTAAATGGGAAAAAATATATTATGAGAAAGGACCGCAGGGCTTAAGGGAATGGAAGCCTTGCAGGAAACCCAAAATGAATAAAGACCGCATTAATAATCCTCAAAATATCGAACCTACGTTAGAAAAAAATCTTATCGCTGAAGTAAAGCAGCTGCGTATGGAGAATGAATTCCTAAAAAAACTCAATGCCTTAGTTCTGGAACGCATAAAGCGAGAAAGTGCGAAATAATTAATGTCATCAGTGAACTAAGGCAGAGTTACGATTTGATGGCGTTATTGAAGTTGGCTGGGATAGCAAGAAGTACATACTATTATTATCAAAAACGTATGAAGCAGCCGAGTAAATATGAAAGTATTAGAGCAGAAATAAAGCGCATTTATGCCGAAAATCAGAGAAGATATGGATATCGCAGAATCTGCATCGAGTTAAAGAATAGGGGTATCCAAATAAATCATAAAACGGTATTACGCTTGATGAAGGAGCTTGGTTTGCGTGCTATAAAAAATAAGAAAAAGTATAAATCATATAAAGGAGAAGTTGGACATATAGCTCCTAATATAATTAACCGGGACTTTAATGCGAGTTCTCCAAATCAAAAATGGGCAACTGACATAACAGAATTCAGAATACCTGCTGGTAAACTATATCTTTCACCAACAATAGATTTATATAATGGAGAAATAGTCAGTTATAGTATTTCAAGAAATCCGAATTTTAAGCAAACTATGGAAATGCTCGATAAAGCATTTATCAAAATTCCAAAAAATACAAATCTGATTTTGCACTCGGATCAAGGATGGCAATACCAACAGGTTCGTTATCAAGAACGATTGAGGGAAAAGGGAATTACACAAAGCATGTCAAGGGAAGGAAATTGTTTGGATAATGCTGTGATGGAAAATTTCTTCAGTTTATTAAAGAATGAAGTTTTTTATGGGAATGAGAGCAAGTTTTCCACATTGAGCGACTTAAAGATTGTGTTGGAGGAACACATAGATTAATATAACAATAGAAGAATTAAAAACCGGCTTAAAGTTGTCGCCGGTACAATATAGACTTAAAATGGGAGCATAATTAAAGTCTAACATTTAGGGCTCATATCAATATGTCCAATCTTTAAGTTTTCGTCAGATGTGCGCAAAGTAATATACACACAACCAATTCCATAGAAAGTCCTAATAGTACTTACCGCCGTTTAAACCGTCAAAGAAGCGTATTTCCGAGTGATAGGTAGTGTCCTAAGTTTTGTGTAAACTCAAGGATAATATATTTTTTGGTGTTGGGATGCCAGATTTTTTGGTATCCCAGTTGTTTTAACTCTATCATTCGCTTATATTTTAGTCAATACATATTTGTGATTTCTGATTAGATTACGGAATCCTGAAAAGGCTTTTATGCCGCGAAAGCCTCTTGATAATGAGTAAAGCGGCATGTTAGGCTATCAGCCAGGCATCTTCCATGCTGCAGAGGAGTACTCCCTTGTTCAGAATGGGTGGTGCCTGCAGATGCCTTGTAACATGCCAGCAAAGGCTCATTGTCAAGAGGATCGTGGAATAAATGCCCGTAGCTTTATATGTCTTTTTCTGATATCCGCCCGTCAAAATAAATCATAAGCTGATCAAGAATGGTACCCCAACCTTGGTAAGCGCTTAATATAAGTGCGCATAGAAGTTTATCCGTCCATATGAGATAATCCATCCAAAAGTCTTTAGACTTTTTCGAGTTTTTCGACTCTGACTAAAAAGTCTAGAATCTCTAAGGAGGCTATCTCAATATGGATAAAATCACAAATGCCAAAACTGAATTCCGACTCAAGCAGTGGAGCAAGATTATCCAAGCCTGCCAAACCAGTGGAATGACAGTTGTCAGTTGGTGCAGCCAGAACAATGTAAAAATTAAATCGTACTACTACTGGCTGCGAAGAATCCGCACCTTGGCGTGTGAGACCGGATCACTTGTACCTCAGAAACCGGAACAAGAAATTGTCCCAGTACCATTTCACCAGACAAAGGTATCTGCAGCAGTCACAATCCACTTGCCTTCTTTTTGTGTTGATATACATGACGGAACTTCCAGAGAAACCATCGAGGCAGTTCTGTCGGCATTGAAAAGCATATGTTAGGCGATATTACAAGGGCAGAAGATATCTACATTGTCTGCGGGTACTCAGACATGAGAAAGTCAATTGATGGATTAGCGGCTATTATCAAAGAGACATTTGGCATGGATCCCTTTTCTCCGAGCCTGTTCCTCTTCTGTGGGAGACGTCGTGATCGTCTCAAAGCTCTCTTCTGGGAAGGAGACGGTTTTGTACTGCTATATAAGCGTCTTGAGAATGGGAACTTTAAATGGCCCCGTACACCGGAGCAAGCAAGACGGCTTACCCAGCAGGAATTCCGGTGGCTGATGGAGGGTCTGACGATAGATCAACCCAAAGCAATACGAAAAGCAAGAACAGGCGAAATCTACTGATAAAAAAGTGCGTAAAAGTATTGATTTTACAGCATTTAAGCTGGATTTTTCAGGTGAAATATGGTACAATTATCTTATGCAAAAGATAAATTTTACAGGGCTTACGCCAGAACAAATTGAATATGTTTCCACTCTGGAAAAAATAGTGGAAAACCAGCAAATCCGTATCAACCAGCTTACAGAGCTTCTTATCAAATCCCAAAAAGCTCTATACGGCCAATCCAGCGAAAAGCGTCGTTATGTTTTAGGAGAAGACAACGATCAAATCTCACTTTTCAACGAAGCAGAGGTCGAAGCGAACAACAAAGCAGAAGAACCTACCGTACAGACAATTGTGGCTGCCCATACCAGAAAACCTAAAAGAACAAAGGAAGAACTGGCACAGACAGTTCCTGTAGTGGAGGTTGTTTGTGACCTTGACGAGGACAAGCGCTCTTGCGGTATTTGCCAGGCTGACCTTAGATATCTGGGCAAGGAGCATGTCAGGGATGAACTTGAGATTATCCCTGCCCAAGTAAGAGTATTGAGATACATTCGTTTTAATTATGTGTGTACCGTCTGCGAGAAGGAAACCGGAGATGCCAACATTGTCAAAGCGCCGGTTCCAGCCCCGGTCATGAAACGCAGCCTTGCTTCTGCCTCAACAGTTGCTTATGTTATGTATCAGAAATATGCCAACGGAATGCCTTTATACCGGCAGGAGAAAGACTGGGCAAATCAGGGGGTGACACTTTCCAGAGCCACCCTGGCAAACTGGATCATACGTCCAAGCCATGAATGGCTTGAACCAATGTACAATGCCATTCATAAGCACTTGATTTCCGAACCCCTGATTCATGCAGACGAAACTGTACTGCAGGTATTAAAAGAACCGGGACGGAAAGCAACGACAGAATCGCGGATGTGGGTCTACACTTCCGGGCGAAGTCCAACCCCGGCTGTTTTATTTGAATACCAACCGACACGATCCGGCCAGCATGCCCGAAGATTTCTTGAGGGTTTTTCGGGTTACCTTCAGACAGATGGCTATAGTGGCTACAATGCAGTGCCTGATGTTATACATTGTGGATGTTGGGCTCATTTACAACGCAAATTCGAAGAAGCAATTCCCCAGGGGGCTGACACTAAGACTTCCAAGGCGGCTATCGGATATGATTATTGTAACCGTCTGTTTGCCATGGACAAGAAATGGGAGGAACTATCCGCTGAAAGGCGGTATGAAGAACGACTTAAAAATATGAAACCCCTTCTTGATGAGTTCTGGGAATGGGTGCAACAACTAAATCCGCTGCCAAACTCCAATCTGGGGAAAGCGATCACATATGCATTGAATCAAAAGGAATCATTGAATCGTTTCCTGTTGGATGGACGAATCGAGCTTTCCAACAATCGAGCCGAAAATGCCATTCGTCCGTATGTCACAGGCAGGAAGAACTGGCTGTTTGCCGACACAACTCGCGGAGCCAAGGCCAGTGCTATTGTCTACAGCATGATAGAAACTGCCAAAGCAAATCAACTTAATCCATATATGTATTTGGTGCATCTACTGACAAATTTACCAAGCTTAAAGGAATTGACGCATGAATCTCTGACACCTTATCTACCGTGGTCACCTGAACTACCCTCCTGGTGCCGTAATGATTCATACAAGGCACCCTAAAATTAAGCGCTTACCAACCTTGAATCCGTCCGGATCATTTTTTTGTAATATCCCGTACAGCCAGATAGAGGGCCTTAATAAGAGCATCATCAGAAGGATATGCTGATTTTGTCTTTGTAACCTTGCGAAGCTGTCGATTGAAGTTTTCAATCGCGTTGGTAGTATAAATGATTTTCCGTATTTCCCGAGGATACTTGAAAAAGACACTAAGCTCTTCCCAGTTATTCCTCCAGGATCGAACAGCATTAGGGTATTTGCTTCCCCATTTCGATTCAAATGCGTCTAACTCCTGTAGTGCCAAGGCTTCAGTAGCAGCCTTGTATATCGGCTTTAGATCAGCTGTGAATGATCTTAAATCCTTGTAAGAGATAAATTTGGTTGAGTTCCTTATCTGGTGAACTATACACCTTTGTATTTCAGTCATAGGAAAAACGGCCCTAATGACTTCAGAAAAACCATTTAAACCGTCAACAGAGGTGATAAGGATATCTCTGACACCCCTGTTCTTAATTTCGTTCATTATGGAAAGCCAGAATTTACTACTTTCTGCTTCTCCAATCCACATCCCGAGGATATCCTTCTGGCTTTCCAAATCTATCCCGATAGCTATATATACAGCCTTCTTTACAACAATCCCGTCTTTGCGAACGGAATAATGGATTGCATCCATAAACACTATAGGGTATACGCTCTTAAGCATACGACTTTGCCATTCTTTGATTTCAGGTAAAATTTTATCTGTTATTCTTGATATTAGTGTTGGTGAAACTTCGATGCCATATAGTTCTTGGAGATGGGTCTCAATGTCTCTGTTGCTCATCCCTTTTGCGTACATAGAGATAATCTGACCTTCAATACCCTTGATTTCAGTTTGGTTTTTCTTTACTATTTGCGGTTCAAATTCACCATTACGATCTCGTGGTATATCAAGCTCGATTTCACCGTATTCAGAACGTACAGTCTTTTTGCTGTATCCATTTCGTGAATTATCAGTTTCTTTATTTTGGACATCATACTTTTCATAATCTAATTCTTCATCCAGTTCGCTATTTAGCATCCTCTGAATGGTGCTTCCCATAAGGTCTTTCAGCATGTTTTTGATGTCATCTGTGTCTTTGATGTTATACTCCTTGATAAGCTGATCCAGGAGTTCATCTGAAAAATAATCTTCTTGCTTCAATGGAAAAATTGTGTTTTGTCAACTAGAAATGCATCAAAATGACAAGAAAAATGCAGCACCCAAGCAATCCAATTTTGTTAATATAAGGTATGAATTTTTATCGTACTTTCATCAAGGAGTTCTCTAAACGATTACTTGAACCTTCAAATACAATTAAGTGGCTGTGATGAATAATTCTATCAATGATTGCGCTTGTTAGCTTTTCATCGTAGAAAATACTGTTCCATTTACTGAATTCTAAATTAGTAGTAATAATTAGACTTTTGCGTTCGTAACAGTCTGATATAACCTGAAATAAAAGTTGCGCTCCCTCTTTTTCAAATGGAATGAAACCCCATTCATCGCAAATAATCAAATCTGCCTTATTCAATTGCTTCATAAAACGTTTAAGGCTTCCTTCAGCTTTGGCATCCAATAGTTGATTAACAAGTGAAGATGTGCGGAAAAACCTTACCCTTTTCCCACGGTTACAGGCTTCCACACCCATTGCCGTAGCCAGGTGAGTTTTCCCAAGCCCAACAGATCCATAGAGAATCAGGTTTTCCTTTTTGTCAACGAAAGAAGCTGTTTTAATAGCTTCTACATCGATAGTATTGGGTATACTCATCTTTTCAAACCGAAAGTCTCCAAAGGTTTTCAAGACATCAAATTGCGCTTGCTTCAGCAGGGCATTTTTACGATTGAGTTCTCTGGCCTCTATTTCCATAGCCAAAAGCTTAGCAAGAAATTCCTCATGGGTCTCGGCCTCAATCTGCGAATAATTCTTGGCAATTCTTGAGCCAAGTTTTAGAGTGTTACAGTAGGCAGCAATTAGTTCATGCAT

Protein sequences of DBSCAN-SWA_10

>CP021850|3486173:3493355|3486173_3486887_+|AUS97688.1|DBSCAN-SWA
MDVPQDLESTFEPKIVKKRQKDISNIDAMYAKGLTTRQISDQIKEIYEFEVSEDMVSDITSKLLPEIEEWQQRPLSSIYPIIFIDAVHFSVRDNNVIKKLAAYIILGINQDGQKEVLSINIGQNESSKYWLSVLNELKNREVKDILILCADGLSGIKESIAVAFPNTEYQRCIVHQVRNTLKYVADKDKKEFAADLKTIYHAPTEETGYERMLKITDKWQDRYPNAMKSWEASWDVI
>CP021850|3486173:3493355|3491386_3492541_-|AUS97693.1|transposase|DBSCAN-SWA
MFPLKQEDYFSDELLDQLIKEYNIKDTDDIKNMLKDLMGSTIQRMLNSELDEELDYEKYDVQNKETDNSRNGYSKKTVRSEYGEIELDIPRDRNGEFEPQIVKKNQTEIKGIEGQIISMYAKGMSNRDIETHLQELYGIEVSPTLISRITDKILPEIKEWQSRMLKSVYPIVFMDAIHYSVRKDGIVVKKAVYIAIGIDLESQKDILGMWIGEAESSKFWLSIMNEIKNRGVRDILITSVDGLNGFSEVIRAVFPMTEIQRCIVHQIRNSTKFISYKDLRSFTADLKPIYKAATEALALQELDAFESKWGSKYPNAVRSWRNNWEELSVFFKYPREIRKIIYTTNAIENFNRQLRKVTKTKSAYPSDDALIKALYLAVRDITKK
>CP021850|3486173:3493355|3492629_3493355_-|AUS97694.1|DBSCAN-SWA
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850|3486173:3493355|3488994_3489342_+|AUS97691.1|DBSCAN-SWA
MDKITNAKTEFRLKQWSKIIQACQTSGMTVVSWCSQNNVKIKSYYYWLRRIRTLACETGSLVPQKPEQEIVPVPFHQTKVSAAVTIHLPSFCVDIHDGTSRETIEAVLSALKSIC
>CP021850|3486173:3493355|3487019_3487448_+|AUS97689.1|DBSCAN-SWA
MLQISDSSITFWVRLVNEHGYEILNKKPSRNYSGDFKVNAVEYMHKHHLSLCEAAPVFGIPTTSILGKWEKIYYEKGPQGLREWKPCRKPKMNKDRINNPQNIEPTLEKNLIAEVKQLRMENEFLKKLNALVLERIKRESAK
>CP021850|3486173:3493355|3489335_3489692_+|AUS97692.1|DBSCAN-SWA
MLGDITRAEDIYIVCGYSDMRKSIDGLAAIIKETFGMDPFSPSLFLFCGRRRDRLKALFWEGDGFVLLYKRLENGNFKWPRTPEQARRLTQQEFRWLMEGLTIDQPKAIRKARTGEIY
>CP021850|3486173:3493355|3489768_3491352_+|AUS98851.1|transposase|DBSCAN-SWA
MQKINFTGLTPEQIEYVSTLEKIVENQQIRINQLTELLIKSQKALYGQSSEKRRYVLGEDNDQISLFNEAEVEANNKAEEPTVQTIVAAHTRKPKRTKEELAQTVPVVEVVCDLDEDKRSCGICQADLRYLGKEHVRDELEIIPAQVRVLRYIRFNYVCTVCEKETGDANIVKAPVPAPVMKRSLASASTVAYVMYQKYANGMPLYRQEKDWANQGVTLSRATLANWIIRPSHEWLEPMYNAIHKHLISEPLIHADETVLQVLKEPGRKATTESRMWVYTSGRSPTPAVLFEYQPTRSGQHARRFLEGFSGYLQTDGYSGYNAVPDVIHCGCWAHLQRKFEEAIPQGADTKTSKAAIGYDYCNRLFAMDKKWEELSAERRYEERLKNMKPLLDEFWEWVQQLNPLPNSNLGKAITYALNQKESLNRFLLDGRIELSNNRAENAIRPYVTGRKNWLFADTTRGAKASAIVYSMIETAKANQLNPYMYLVHLLTNLPSLKELTHESLTPYLPWSPELPSWCRNDSYKAP
>CP021850|3486173:3493355|3487486_3488221_+|AUS97690.1|DBSCAN-SWA
MALLKLAGIARSTYYYYQKRMKQPSKYESIRAEIKRIYAENQRRYGYRRICIELKNRGIQINHKTVLRLMKELGLRAIKNKKKYKSYKGEVGHIAPNIINRDFNASSPNQKWATDITEFRIPAGKLYLSPTIDLYNGEIVSYSISRNPNFKQTMEMLDKAFIKIPKNTNLILHSDQGWQYQQVRYQERLREKGITQSMSREGNCLDNAVMENFFSLLKNEVFYGNESKFSTLSDLKIVLEEHID

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS97688.1|3486173_3486887_+	hypothetical protein	A0A218MNI5	uncultured_virus	3.1e-22	45.8
AUS97689.1|3487019_3487448_+	hypothetical protein	A0A1B1P776	Bacillus_phage	8.7e-12	34.0
AUS97690.1|3487486_3488221_+	hypothetical protein	A0A1B1P773	Bacillus_phage	4.2e-70	54.1
AUS97691.1|3488994_3489342_+	hypothetical protein	NA	NA	NA	NA
AUS97692.1|3489335_3489692_+	hypothetical protein	S5VXZ8	Leptospira_phage	3.0e-18	41.8
AUS98851.1|3489768_3491352_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	2.1e-66	34.6
AUS97693.1|3491386_3492541_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	3.3e-45	50.6
AUS97694.1|3492629_3493355_-	ATP-binding protein	A0A059NT77	Lactococcus_phage	2.7e-37	39.7

Sequences of DBSCAN-SWA_11

Nucleotide sequences of DBSCAN-SWA_11

>CP021850|3988397:4051175|DBSCAN-SWA
ATCATCTTTCCCCCAGCTTCAAACCTGGTATTGCATTGAGGTCCAACTCCGAAGCGCTGCCGCTCCTGTATTCATAATATGCGGCACAAGCTATCATTGCAGCATTATCCGTGCACAGCACAGGTTTCGGGTAGCGCACGCTAAATCCGTATTCCTCTGCAGCAGCTTTCAGTCCGCTTCTCAAGGCTGAATTGGCTGCTACGCCCCCTGCCAGGGCAATATTCTTTACCCCTTTTTGCTTGCCTGCTTCGATTACATTCCTGACCAGGACATCAACAACCGCCTGCTGAAAGCTTGCGGCCACGTCCTCTACAATGATCTTTTCGCCTTTTTGCTCGGCTGTATTAAGATAATTCAATACTGCTGTCTTCAAGCCGCTAAAGCTGAAATCCAGGCTACCGTCCTCAAACAGCACCCTTGGAAAAGCGATGGCGTTTTTGTTTCCGGATTTTGCAGCTTTATCAATGAGCGGACCTCCCGGATATCCAAGGCCTATAGCTCTGGCTACCTTGTCGAAAGCTTCCCCGGCTGCATCATCCCTTGTCTGCCCCATGATTTCAAATTTATTATAATCCCCTACATAGACAATATGGCTGTGTCCTCCCGACGCCACAAGGCATACGAAAGGAGGCTCCAGATCCGGGTATTCCAGGTAGTTGGCCGCTATGTGCCCCTCAATATGGTGGACACCTACAAAAGGCTTATTGGCAGCAAAAGCCAGCGCCTTTGCTGCAGACAACCCGACCAGCAGAGCCCCCACCAGTCCCGGGCCATATGTAACTCCTATAACGTCCACATCTTCCAGCTTTATCCTCGCTTCCTCCAATGCCTGGTCAATCACAGGGATGACCAGCTCAACATGCTTACGGGAAGCAACCTCCGGTACTACTCCTCCGAACTTCTGATGTATGTCTATCTGAGATGATATCACATTGGATAAAACCTCCCTGCCGTTTCTTACCACGGCAGCAGCGGTTTCATCACAGCTCGATTCAACTCCCAGTACTATGATATCTTTCAATACTCCGCACCTACTTCATTAGTTTTAAAACAGCATCAAAACAGCTTTCCAAAATATTTGCCGCTGACCAGCTGCTCTATAATTATTATAATGCCTAAAGCAAATACATAATATGAAAAGACCTTTAAGCTTGTTTTGGAAAATACCTTCAGCATGAATCTAACCGACAGGTATCCGGACACCGCTGCCGTCAGCATTCCTATAACAAGCGGTAATACGTCCACACTTAAGGACCCTGCTTTTACCGTATCGTACACGTCCAGCACCGCAGCACCCAATATGGCAGGTATGGACATCAGGAATGAGAATTTCAGCGCAAACTCTCGGTTTAATCCCCGGGACAAGGCTCCGGCCAGAGTCAATCCTGAACGGGAAACCGCGGGAAGGATCGCTAAGCCCTGGGCAACACCCACAACGGTCGCATCCGTGTAGGTCATTTCCTTCAAACCTTTGTTTCTGCTTCTGACGCTCTCCGCATACCAGAGCACCAATCCTGTAATCAAAAACTCGAAGCCTAAGGTTACAGCTGAATTGAAAATCGAATCAAAAAAATCCTTGAGTAAAACTCCTATAAGAGCTGTAGGAATCGTTCCCACCACAATAAGCAGAGGAAGTTTTGAAAACGGCCTTTTCAATATCTCTATTATATCCTTCCACAATACCGCACAAACAGCCACAAGAGTGGCAAAGTGCACAGCTACATCAAAAGTGATCACGTCATGGAGACCAAACAGTCTTTGAAAAATCACAAGATGTCCGGAACTGCTAATGGGCAGAAACTCCGTAAGCCCCTGCACCAGACCCAATATAAATGCTTCTAAAGAATTCAAAATTATTTCTCCCCTTAAACTAAAATTAATATATATAAAAAAATATGCTTTCAAGACCGGCATTTATACGGTGCCAACTATTATATAATATTATTTTTCCATAGTTTTGTAAATAGCCTATGAATTAAAGGCGGATTTGGTGTGTCCCAAACCCGCCTTTATGTCCCGGACGCTGTCAGTACGTTCACTGTCTGGTTTTGTTGTATAGGTACCTCTTTTACCGGCTCCTGTTTCTTGTGGAATACGATTTCCATCACCTGATTTATATCTTCCACCGGAATTACATCTATCCCTATATCTTTAAACAGCTCCTGCCAGTTCTCAGCTGGTATCAGCACTTTTTTAATCCCCGCAGTCTTGGCTGCCTCCACTTTCGCTACCACTCCTCCGACAGGCTTGACTTTTCCGCGTATTGATATTTCACCCGTCATGGCAATATCGCTGCTTATCGGCATTCCGGTTATGGCAGAGTATATGGCCACCGCCATCGCGACACCTGCCGACGGTCCATCGATAGGTACACCGCCGGGGAAATTCAGGTGTATCTCATAGTCCCTGCACCTTATGTTCAGTATTCTCTCCAGGACGGTGATGACATTCTCCACGGAAGATCTGGCGGAACTGGTTCTTTTATATTTGTGCCCCTTCCCTTCCATCTCTTCTTCTTCCACAATACCTGTGATTTTTATATTGCCCTTGCCGCTTTCCGATTTTACAGCCGATACTTCTATATCTATCACCACGCCGGTGCTGTTCCCAAACACCGCCATTCCGTTAACACATCCTACCTGTTCTCCAGCGACTATCTTTTTCTCTATCCTCGGGCTGTAATGTCCGAATTCGATTACCCACTCTATATCTTTTCTTGTTATCAGCGTCCTGCCTTCAACCTGAGCCACGCCCGCTGCTATTTGTATTATGTTTACCGCATCCCTTCCATTTTGCGCATACTTGGAAATCAGCTCATCAATTCCTTCTTCGGTCTGGAAACCTCCTTTGGCTGCAGCATTCCGAGCAATCTGCGCTATCTCCGGCGGAGTCAGCGGCCTGAAATATATCTCCTGACACCTTGATCTTATGGCAGGAGGTATCTCATCGGCTGTTCTCGTAGTCGCTCCTACAAGACGGAAATCCGCAGGAAGACCTTTCTGGAATATCTCATGGATATGCTGGGGTATGTTGCTGTCTTCCGAACTGTAATAAGCGCTTTCCAGGAAAACCTTCCTGTCTTCCAGCACCTTTAAAAGCTTGTTCATCTGTATGGGATGCAGCTCTCCGATCTCGTCTATAAACAATATGCCGCCATGAGCCTTTGTAACAGCCCCTGGCTTTGGCTGCGGTATCCCTGCCACACCGTAAGCTCCGGCGCCCTGGTATATTGGATCGTGCACCGACCCCATCAAAGGGTCCGCAATCCCTCTTTCATCAAATCTTAAAGTGGTGGCATCCAGTTCTACAAACTTGGCATCTTTTCTGAAAGGAGAAATCGGGTTCTGCTTCGCTTCTTCCAGAATGACTCTTGCCGCTGCGGTTTTTCCCACGCCCGGAGGTCCATATATGATTACATGCTGAGGATTGGGACCACAAAGCGCGGCTCTTAATGCCTTGATTCCCTGTTCTTGACCCACTATATCCTTGAGGCTTGCAGGTCTTGTTTTCTCGGACAAAGGCTCCGTCAGTCTTATTTCCCTCAAACGCCTGAGTTTTTCCAGCTCCTTTTTTGCCTCCCTGTCTATAGCGGTTTTATTTCCCTGTTGTGATTTCAGGAGATTTAAAAAGTATATACCTATAATAATTGTAAAAAAGAATTGTATGATGAAAAGAGTGCTTGTTAGCATAACCTTCCTCCTTATTAAATCAAGCTGTCCGATAAATGGCACCGGCTGTCATGGATGCCGCACTAAAACAAGGATCAAAATTGGTGGCCTTGCATACATTTATTATTTACTATGATATTTTTTTTATCCTGTGGGATTACAAATGTAAATTTTACTAAACCATGGAACTGCCTGCATAACATGGCAGACGCGGTGGCAGGCGAAATGCAAAAACAGCAGGAAGTTTTATCTTCCTGCTGTTTTTATCCTGTTGGTTACTAAACTTATCGACTATATAAGGCTTCTTTTAATAACGCCGGTTATAATCCGTCATTTTCTGTTACGAAACTGATTCCTTTTTAGTCCTGGGCTTTTTTCCCGCTGTCTTCTTCAAGCTTTTTTTATTTTCATTTATTATTAATTCCGGCTGTTTTCCATTTAGCACCGTATCCTTGCTGATTATGCACTTCTCCACATTAACTGTAGATGGTATTTCATACATTACATCCAGCATGATTTCCTCAATTATTGCTCTCAACCCTCTGGCTCCGGTATTCCTTTCTATAGCTTTTTCAGCAATGCACTCCAGGGCCTCATCCTCAAACTCCAGTATCACATCATCCATCTCGAACAATTTCTTGTATTGCTTTACCAGAGCATTTTTGGGCTCAGTGAGTATCTGGACTAATGCCTGTTTGTCCAGTGAATGCAGAGTTGCTATTATGGGAAGCCTGCCCACAAATTCGGGAATCAGCCCGAATTTCAGCAAATCCTGCGGGAGTATATGCTTTAAGATCTCGCCAACATCCTTTTCCTTGGAACTCTCGATCTTGGCTCCAAAGCCTATGGACTTTTTGCCTATACGGTTTTGTATGATCTTCTCTATGCCGTCAAAAGCCCCACCGCATATAAACAGTATGTTGGTAGTGTCAATCTGTATGAACTCCTGATGCGGGTGCTTTCTCCCACCCTGGGGTGGTACCGAAGCAACAGTTCCTTCAAGGATCTTCAGCAAAGCTTGTTGCACACCTTCACCGCTCACATCTCGGGTTATGGATGGATTTTCGGATTTTCTGGCTATTTTGTCTATTTCATCGATGTATATAATTCCCTTTTCAGCTCTCTCAATATCATAATCAGCAGCCTGAATCAGCTTCAGGAGGATATTCTCCACGTCTTCTCCCACATATCCCGCTTCAGTAAGGGAAGTCGCGTCTGCTATCGCAAAGGGAACGTTTAAAATTCTTGCAAGAGTCTGAGCGAGCAAAGTTTTTCCTGAACCTGTCGGTCCAAGCATCACGATATTACTCTTTTGGAGTTCTACCTCTCCAGCCTTCACCTCTGAGTTTATCCTCTTATAATGATTATAAACCGCTACGGCCAGAGACTTTTTAGCAGCTTCCTGTCCTATTACGTACTGATCCAGTATTTCCTTTATCGCTTTGGGTTTCGGTATGTCGCTAAGTTCAGTATCGACCTTGGTCTCCTCAAATTCTTCCTCAATTATCTCCGAACAGAGCTCTATACATTCATCACATATATATACTCCAGGGCCAGCCACCAACCTCTTTACCTGCTCCTGGGGTTTGCCGCAAAAGGAGCATTTTAGCTGCTTCTTTTCATCATATCTGGCCATAAATACACCTCTTTATTTTCTTCTTATCATTACTTCATCCACTATTCCGTATGCTTTCGCCTCTTCAGCCGACATAAAGAAATCTCTGTCCGTGTCTCTCTCTATCTTCTCAAGAGGCTGACCGGTTCTTTCGCTTAATATTACATTCAAATTATGCTTTATTCTAAGTATCTGTTCTGCATGTATCTTTATGTCCGTAGCCTGACCTCTTGCGCCACCCAAAGGCTGATGTATCATTATCTCACTGTTGGGAAGGGCAAAACGCTTACCCTTGGCTCCGGCTGCCAGGAGAAAAGCTCCCATGCTTGCTGCCATACCTACACATATGGTCGAAACATCGGGCTTTACATACTGCATGGTATCATAAATGGCAAATCCAGCAGATACCGAACCGCCAGGGCTGTTTATGTAAAGCTGTATGTCCTTGTCAGGATCCTCGGCTTCCAGGAAAAGCATCTGCGCTACCACCAGGCTTGCTGTTACATCATTTATTTCGTCACTCAAAACAATTATCCTGTCTTTTAATAACCTTGAAAAAATATCATATGAGCGTTCACCACGGTTTGTTTGCTCTATAACATATGGAACAAGACTCATAAGACCGCCTCCTTATAATTAATGTTTATATTGATGCAAATGAGCAGGCATCAAGCATACCTTTGCTGTCCCCGCCCATGTACATCCCGACAGTATCACTTATACCACTGCGTAACAGTACATCACGGTGCATTTGTGATTCCCGTTCTGCATAATGATATTGATACCCATAATTACTTGAAAATAAACATATACAAATTTTCAAAAGAGCCCGGCTGTGCTTTACGCTCAACATCCGGTTGCCGGCCGGAAGTCCTCCATTATGGGAACAGCTCTGCAACATATAAAAAATTATGCTATCTTAGCGTTTTGCACAAGGAAATCCACTGTCTTCCTGAACGCCAAATTATCCTTTATATATTCTATATCATCTTCCCTCAAATGTTTCTTAAATTCTTCCACGTCCTGCCTATAATTTTCAGCCATTTTCTTTATTTCATCATTTACTTCGTCTTCAGAAGCCTCAATGTTTTCAACTTTGGATATCTTCTCCAGGACAAGACGGGTTTTAACCTCATTCTCAGCCCTCTGGGCAAACTGACCTCTGAAGGTTTCGGTATCCATGCCCATTATTTCCATGTATCTGTTAAGATCCAATCCCTGATATCTGAGTCTCATATCAAAATCATATATCAGGTCGTCGATATGCTTTTCAATCATAACTTGCGGTATATCTACCACAGCATTTTCAACTACTTTGGCTACAACATTGTCTTCCATCTCATGCTTAGCCCTGTGCTCAGCATTTTCAACGAGCTTTTTCCTTACATCTTCCTTGTAGGCTTCAAGAGTATCGAATTCGCTTACGTCCTTCGCAAACTCATCATCAATAGCAGGCAGTTCCTTTACTTTAATGCCGTTTATCTTTACTTTAAACAGCGCCGGCTTTCCTGCCACATCCTTGTTACCATAGTCCTCAGGGAAGGTTACATTAACGTCTACCTCTTCCCCTTTATTTTTGCCAATCAACTGGTCTTCAAAGCCTTGAATGAATGTTCCGGAACCGATAGTCAACTCATAGTTCTGAGCTTTTCCGCCTTCAAAAGGAACGCCGTCTATAAAACCTTCGAAATCGATAACAGCTATATCCTTCTCCTGCACAGGACGGTCATCAACATCTACAATCCTGGCATTTCTTTCAGCTGTCCTCTTTATTTCGTTGTCCACATCTTCATCGGTTACATTGACTTCGATCTTGCTGACTTCAATATCTTTGTACTGGCCCAGTTCAACCTCAGGCTTTACTGTCACCTTGGCAGTAAACACCAGGTTCTGGCCTTGCCCTATCTGCTTTATGTCTATCTCAGGCCTGTCTACAGGGTGTATATCATTGCTTTTTATAGCCTCTTCATAAGCTTCAGGGCAAACAATATTGAAAGCATCCTCATATAACACTTCCGGTCCGTAATACCTCTCGACTATTTTTCTGGGTGCTTTACCTTTTCTGAAGCCAGGCACATTGAATCTGCCGGCGTTTTTAGAAAAAGCTTTTTGCAATCCTTCCTCAAATTTCGCTGCGTCAACCTCTATCTCGAGCTGCACAACGTTCTTCTCAATATTTTCCACCTTAACGTTCATTTATTATGTATCCTCCTATATTATTCTTGATTAATATATAAACGGGCTAAAGGCTTTGTTATACAAGCCTTGGCACCAACTTAACCCGGTCTTGTCAAGCTCTCCGCCTAAAGTAGTTTTTCCACTGTCCGGCACTTATATATGCGTACCCAAAATTAACCCTTAAATTATACCATAACATTAACATAAATTCCAATATAAATACATAAAATTAATATTTTTTCTATGCCTTTCTATAAGTTTAGCTTAAGTGGCTTAAAACCCAAATGGTCGGCTGATATAAGCTTAAAATCTATTCCCTCTACCTCGCCTTCAACAGCGCTTCTGAAGTTCTCCCCGTGCAGATGTCCATACAGGCATATTCTCACATTGAACCTTTTCATAACCTCGATGAACTCCGAAGGCTGCCCTTTTGCATTAAAGGGAGGATAATGCAGAGCGGCTATTACTGCCCGGCCCTCTCCTGCTTTTACGCTTTTTAGCGATAGCTCGAGCCTCTGCAGCTCCCTGTTGAATATCTTCTGGTCTTCAGCGCTAAAATCGCTGTCACCGGGACATTTCCATCCCCGGGTGCCGCAAAGCACGGCTTCCCCTAGATCAAAGCTGTTGTTGTGCATAAATGAAATACTGGCAAAGTTGTTATCCCGCAAAAACTTCTCAAGCTTTGACAATGTGGTCCACCAATAATCATGATTTCCCTTGGAAATAATCTTTTTCCCCGGGAGCCGGTCAATAAAACTAAAATCCTCATAGGCCTGTTCGAGATAAGTAGCCCACGATACATCCCCCGGAATAATAACATAATCCTCCTGGGAAACCGTCTGCTCCCACTGATTGCTCAGCTTTTCCATATAGTTTTGCCACCTCTGGCCAAAAATATCCATTGGCTTATCGATACTTTTGGCAAGATGTAGATCCGAAATTGCGTATATGGCCATTGGCAAACTCCTTTTCAAGGCATGCAAGGCAGCGGCACCGCTTTTAATCATAGGAATATAAATCAGCCAAGCTGTCAAGGTTGGCTGCAATAAAGAACATTTCAGCATTCCTGAGCATTTATGCCGGTGCCGAATCCTTGCCAATGCTTCATATATCTCATGCCTTCCTGAAATACTCGTAAATTTTCTCCGCCACTGCTTTGCTGATGCCGTCAACAGCAGCGAGGTCATCAATTCCCGCTGTTTTTATTTTGCTTATCGATCCAAAGTGTTTAATGAGGGCTTTCCTTCTCTTTTCCCCCACTCCCTCGATCTCGTCCAAAACCGAGCCGGTATACCTTTTGTTTCTCAGCCTTCTGTTATATTCCACCGCAAAACGATGGGCTTCATCCTGTATTGCCGTTACAAATCTCAAGGCTGAAATATCCTTAGTCAAATCGATTTCCCGATCTTGTGCCACCAAGCCCCTGGTACGGTGCCTGTCATCCTTGACCATACCAAATACCGGTATCTGCATGCCCAGCTCCTGCATGACCTCCTTGACCGCATTTACATGTCCGAGGCCGCCGTCAACCAGAATAATATCCGGAAGCTTAGTAAATTTGCCGGCTTCAGCATTTATCCCTTCTCTCCTGAGCTCATCTCTTTCCTTCTCAGCATGCCTGAACCTTCTGGTTATCACTTCCTGCATGCTCCCATAGTCGTTTTGCCTGTCCAGGGACTTGATTTTAAACCTTCTGTATTCCCCAGGCGCCGGCAGTCCTTTTTCAAATACCACCATGGAAGCTACCATCTCTGTTGAACCCGTATTGGATATGTCATAGGCTTCAATCCTCGCAGGCTTTGCTTCAAGACCCAACAAGGTTTTAAGCTTGTCCAGCCCTTCACTGGCATAGGAGTCTTCCTTTCTTACCTTATCCCGGAAATGGTTCAGTTCGATGCGCGCATTGTTTGATACCATCTCCATAAGATGGTGCTTTTCCCCTCTCTGGGGGACTTTGATGCGCACCCTTCCACCTCTTTTTTCACTAAGCCAACTCTCGATAACCTCACCCTCATCAATACCCGTCTGAATCATTATCTCCGCTGGTATATGCGCAGCTTGAGCATAGAACTGCTTCAAAAATGAGGATATCAGCTCGCCGTCTTCCGTATCCCCGGAATCTTCGAAAATAAAGTGATCCCTGCCTATGAGCTTTCCGCTTCTTATAAAAAACACCTGCACGCATGAGTCGGTCTGATCCCTGGCAAACGCAACCACATCCTGGTCGTTCATGGATGTGGAAACGACTTTCTGCTTTTCGGCTATATGCTTAAGGCTGTTTATCTTATCCCTTATGCTGGCGGCTTTCTCAAAATCCAGGTTTTCCGCAGCCTGTGCCATTTCTTCCTCAAGCCTTTTTATTATATCATCCTGTTTACCATCCAGGAAATTGCATATATCCTTCATCAAATCCCTGTATCTTTCCTTGCTCACATTGCCCTGGCATGGTCCGAGACACTGATGGATATAGTAGTTGAGACACGGTCTTTCTTTACCTATGTCCCTTGGAAACACCTTGTTGCAGGTTTTTATTGGAAACAGCTTTTTAATAAGGTCAATAGTCTCCTTTACGGCCGTAGCATTGGAATAAGGCCCGAAATACCGGCCTCCGTCCCTCACCATTCTCCTGGTCATCAATACCCTGGGATACTCTTCATTCATTGTAACCTTTATATAGGGATAGCTCTTGTCATCCTTAAGCAATATGTTGAACTTGGGCTTATATTTCTTGATCAGGTTGCATTCCAATATAAGGGCCTCAAGCTCCGAATCCGTTACAATATATTCGAATTCCTTTATCCTTGACACCATTGCCCTGGTCTTGGGAGAATGGTTGGCTGAAGCCTGAAAATACTGCCTTACCCTGTTTTTTAATACTACAGCCTTACCTACATATATTATTTCCCTGTTTTCATCCCTCATTATATAAACGCCGGGTTTATCCGGCAATTTTTTAAGTTCTTCCTGTATATCGAATATTATGATCACTCCTATTATACATCCTGCTGATATACCCCTTGCAAAACCGATACCGCTCTCATATTTTGATTAAAGAATAGCTGCCATTGCAAGCAAGGCAGCTATTTCCAAAAACATATTGATTCAAGTTTGGTCAATGGCCTTCAGATATTCTTCCAGTTCATTGACAGCAAACTGCTCGTCTTCGCCTTCCGCAATAATTGTCACTTTATTGCCGTTTTCTATCCCCAAGGACAACAGCCCCAGAAGACTTTTCGCATTTACTCTTCTCTCGTTCTTTTCAATCCATATGCTGGACTTGTAATTTGAGGCCTTCTGTATAAATATGGCAGCTGGTTTTGATACCAATCCCTGCCGGCCTGTTAATGTAATTTCTCTGGTAATCATCTTTTCTATATACCTCCTAAACTTCCTGTGTATCGCGAATTATAGCATATATGAACATCCCACGACTAAAATCGCAGGTTTCCTGCTTCAAATAAATATGTGAGACTTACATTTATTATACCAGAAAAACCACATATAACGAACTCTAAAATAAAAAATCCATGACTAATGTTTGGAAAAAATCAAAAAGAGTCGGGCGGGTTAGGCTAGTGTTTTTCTATACCAGCCCACACCGCAGAAAACTTTTTGACAGGTTCTTCTCCGGAAGCGCACACCTAGAAGAAGCAGCCTCATTCCAAAAGCATAGTAAAAGCAAAAAGCCCGATGTACCACTTCGGATCAATTTCTATTTTCCACAATATTCACCGTCAATTTACCCTTTTTAAGGTAAGTCCGTATCATCACAGGGTGCTTTCTATTATTTACGAATCTAAAATCCATATAGCCATAAACCACCGTTGCATCCCTTCCCTTAGGCACATATTTCACTTTCTTGGAGTGGGTATGCCTTTCAGTGACTTTAAGGCCCTTGCATTCCCTAACGGCATTATATAATGTACTGGAAACCTGGCATATGCCTCCTCCTATTTCATATGCCTTTTTTGGACCATCCTTGGTCCTTTTTATTATGGGTGCCTTTTCATACCCTTTGCTTCTTGTTCTTTTTCCCAAAACCCCATTGAATGAAAATTCTTCTCCAGGCTGCACCTTTTCATAGTCCAGGCTTTCGCATGCTAACATTATGTTGTTTACCCTCGATTCCGACGCGTCCAGCAGCACCGTTGTATAGCTTCCTATAATTTTCACGTTCTTCTCTATTTGCTCTGAGGTGATGTCAGGCTTTACTTTATCCACCACAAGCTCCACCTTTTGCCCTGCTGGTGCATCCAAGAGCTTTTGGAGAGTCTTCTGTACATTTACTTTTTTGCCGTATACCTCTTCCTTTTCAACTGTCCACGTAACTTTGTCAAACACGGCGCTTGCCGGTTCCTTGTTGATCTTTGCTGCTTTATCCTCCAGACGTTTCTTCGCTTCCGATTCCGTTAAGCCTCCAAAATTCTCTTCTCCCAAATATACGTTTTCCTTTATGGTTTTCTCTATATTAACAGTATTTTCACCGGCAATGTTTTCAACTTTAATGCCCATATCATTACTGTTATTGCTGATATTGCTGAAATCTATATCTTGCTTCTCCAGGTTCTGATAAGATTTGTCCTCCTCCTGGTCATCAGGCTTTTCTACCCGGGATTTGCAGGATGCGAAGGCAAAGGAAAACAACAGCAATGGAATCACTAGCAGAGTTTTTTTGCCCATATCAGCTATACCTCCCTTCTGCTTCAATCATCTGGCATTCTTAAGTAGCTAAAGGCTGGGGGAAGATGCTTTTCTTCCCGACAGCCCTGTATTTTCAATACCCTCAATACTGCACCATATTGAAAAAGAAGCCTAGTACCATTCCTAATACTGCCAGAACTATATTGGTGACGACGATGGCATTTCCACGCCCTCTTGCTTCACGGTTTACCATTACTCCAAAAATCACTCCCGGTATTGCAAAAAGGGGCGATATTAAAAAGTTGAGAGCTGCGCATATCCAACCCAGTACTACCAATGCCCTTGTGTCGGCAAACACTGCCGCACCGCTTCTATCAGTACGCACATCTCCTCTGTTGTTCATGAAAAAACTATTGAGCCTGTTCTCACTTCTGTTAAGATTTACGCTGTTTCTTTCCGTCAAACCAGTATCGGCATTCTGTCCGGTAAAATTGTTCTGACGGACTTCACCTGTGCTCTGGGCTCCATTTACATTCTGTTCTCCGGAGGTATTTTGCACTTTGTTGGCGTCTTGGCCTCCATTTCCATTTTGCATTTGAGAATGTTCCTGTATTTCAACCGAACCTTGGATTTCATTGCTTATTGCATTATCGTTTTGTGCCTCTGCTGCCTGCTGAATTTTATTGTCTTCCTGGGCTTTGTCGGCCACCTGAGATTCATTGGCATTTTGTGCTTGTCCTGCCTGCTGCAAATCATGAGCTGCTGCCGTGCCAGAGTTTATATTTCCCTGGTTGCTTTCAGCATTTTTTTCAAATTTTTCGTCCATTTTATCACCTCCGCAAAAATATTGTTTGTGATAAAATAGCTTATATTCGATGTTTAATTTTCTAAGTGTAGCGCAAATTTTCTTAACTTTTAAATGTTTGATGGAGCAATCGGATAAATTAAAGGTGGAAATTTTATCAGGAAAAAATTACATAAAGACATGCCTCTTGCAAGGCAAAAGACCTGAATAAAACAAAAGACCCGGATTTCAGCCTTTTCAGGCATATCATCCGAAGTCTATTAGATTTTGCCAGTGCATAAACAATCCTTGAAATTACAGCAAATATAACCGATAAATTTTTTAAAACTGCTTTAAACCTGACAACATTTTTTAATCTCTTAAATGGTGCTTTTGCCAAACTTCGAGTCAACTAATATGCCGATTCCTAGTGAGTTTACAGCAATATTCAATAACCCGCCTGCTAATATGCTTTGTATCACGCGTTCCTGAGGAATCAGCATAAACAGTAAAATCTCTGCCAGCATAATTGCTATTGCTCCCGTGACGAACTCAATATATATGTTCAGGCGGGCATTGGACACCTTAAGTGCCATTTTCCCGATATACACGCAGGTCGCAACTTTTGCCAGCAGCATTAAAAGCAAAAAGACCAAGGGCACGATCAAAGTCCAGCAGAACAAAATTGTTATAATAAAGCTTGCAATAAGCCCCAGAAGGCCTATTACAAACTTCCTACCCGTTCCGTATTCTATCCCGGCTTCAATGACTATAAACCTCTGGGATGTAAAATAAATCACCACAAGTCCGAAAATCAAAAGCAGCACCAGTGAAAAAAACAGCACGACAAATCTAAGCATGGCCAGAAAGTTCATATCCGGGCTGTTTATATTGATATATCCAAATTTAATGAGGCTGTTCTCCCCTTCAATATAAGCTCCGTCAGCTTTATCCACAGAACCCAGTGTTACCACATCGCCCATAACCCTGGCTTTGTCTGTAAGCGTAACCTTGCCCATCAATGTGATTACATCGCCGGAAACCGCCGCATCCAGATTCAGATTGCCCATCACCACCACGACATCTCCGTCGACATCGGCCTCTACATCTACATTCCCCGCTATTACAATAACATCTCCCGATGTATTTTCATCAACCGTCGTATTACCCAATAAGTTTATCCTGTCCCTTCCGTCGATGAATTCCCATCCGTTGGCTGCCAGGACGGGAACATTCACAACCACCATAAAAAGAACAACCATTACGATGATAAACTTTTTCATTCCATTTTTCATTCCGCCGCTCTCCTCCAGCTCCTTTTTACAAGGGCCACAAACATCCATTCAACCACGAACAGCACTGCAATAAGACCAATTATAATTTCCTGGTTTGCCTTGATAAACCCCATGCCCAGCTGAATCATGGTTTTCTCCATCCTCGACGCAAGAATGCTTAATAAAGCAACTATTTTGTTTATCACATCTGAAGCTCCGGGATAGGGCAAAAGGTATTCAAAAGCATTGATTGCCATATCGAGGATGCGGCTTCCGGAAAACCTGAACAGCAGGATCGCAGGCAGGGAAATGATAATAAGTATCGGAATCCCGTAAATGAGAGCCTCTATATTTCTGTTTTTGTTCTGTTCCAGTGTCTTAATCCTTGTCATTACCTGACTTTCAAAATCCGATGGAGGCTCTGCAATTTCGCCTTCTTCAAGACTGTTCAGTATGCTTTCCAACTGCATAAATTCGCTCTTGCAGCTTGCGCAGGCGTTCATATGCTGTTTTAACCGGGCAAAATCCACATCATTTATATTCCCGTCAAAATGCATCATCATCAAATCCCTATATGCATCACAGTTCATAAAACCTCCTCCTCCCTAATGCTTGATAATTTTTCCCTCAGCATAAGCCTTGCGCGATAGAGCCTGTTTTTTACGATAGTCATGGGTTCATTGAGAACCTTAGTAATCTCCTCATAGGAAAGCCCATTCTGATGGAAAAGTATAATCGGAACACGATACTTTTCAGGAAGCTCTTCAATCGCTTTCCGTATTTGCCTGCTTCGCTCATTTTTTATATAATTGGCTTCAGGTGTATCAGTGCTGCTGGAAGTGTCCCCTATTTCCTCAATAGGTACCGAATTTATCTTTTTCTTCCGCAGCATATCCAGGCATAAGTTTGTAGCAATCCTGACCGACCAGGTGGAAAACTTATACTCAGGATTATACCGACCGAGGGACTTATAAATCCTTATAAATACTTCTTGAGCTATATCGTTTACTTCCTGCTTGTCAGGCATCATATTATAAACAACACTATATATCAATTTTTTATACCTGGCAATGATTTCCGAAAAGGCATCGCTATCACCTGAAAGACATTGCTGCACCAGCTCAAGATCGGACACTTCCAATTGCCTGTTCACCTCCATCCCAGTTCACTTACATTACATATTTATTTTACTTTAAAATCAGAAATATGTCTGAAAATTACGCGAATTAAACCGGGATATAAAGGTGACATATGGTTCCCTCCAGCAGAAATGAGGTCTTCTTGACTCTTTGTAAAAACTTGTTAGAATCAGATTAGGAGGTAAAAATGAAAATAATAAATGCCACAAAACAGCAGGTGATATGCACCGAAATCAGTATCGCTGATACTTTTATAAGACGCTTTTTGGGATTGATGGGCAAAAAGGAGATACCCCCCGGAAAAGGGTTAATTATCACTCCGTGCAATTCCATCCACACGTTTTTCATGCGGATGCCTCTGGATATCATCTTTATTGACAAAAACAATATTGCGCTTCATGTTATTGAGAATCTTCAGCCCTGGAGAATATCCCCCGTCATCCTCAATGCCCGCAGTGTCATAGAGGTGCCTTCCGGAACAGTCAAGAAAACAGGAACAACCCAGGGCGACAGGCTGGAAATAGTCTAAAGGTCATTTTTCCATAATATCAGGGCATCCTCTCCATTATCGGAGTAGTATCCCTTCCTTATTCCTTCCACCGTAAATCCATACTTGAAATACAGCCTTTGGGCGTTAATGTTTCCTTTCCGCACCTCAAGAGTCATGCTGGTAATGCCTTCTTTTTTGGCCATATCGATCAGCGTTTCCATAAGAAGGCTCCCTATGCCTGCATTTCTGAACTCCGGGTGCACTGCTATATTGGTGATGTGAGCTTCGTCAAGCACTTTCCACATTCCGGCATATCCCACAGCTCTTCCACCAACTTTTGCGGCAATATATACCGCAAACTTGTTGTTTTTTATCTCCTCGAGAAACGCATTCCTGGACCAAGGAACACTGAAGCTAAGGTTTTCTACTATCATGATGTCATCGATGAGTTCTTCGGTCATTTTAACTATCTCTACTTCCATCATACCTTCGACCCTTCCGCACTGCCTGTTCTCTTTTCATATTCCCTCTCGGCCTGGGATTTTCTTAAATAAAAGGGTACCATGTCAAAGCAGCTTTCGGTCAATCCCTCCGATGCTTTTATGAGAGCCGCCTGGGCTACGGAAGATGCTTTCTGCAGGAGCATACCGACAGGAGCCACCTCACAGTTTCCGTTTAATTCGCTGCTGAAAAAGTTCCTGTAAAGCAGGGCAGCATCTCCGTTAAACATCACTCTCCTGTTTTTTTGCTTGATAATTCCTACAAGCTCCTCCACAGGTATGCCCATATATTCCGTAAGCCTTTCAAGCCTGCCCTTTTCCCATGAATACAGAGCTGTATAGACCTGCCGGTTTCTCGCATCCATCACAGGGCATATCAATACCTCCGGCACCGGTATATTATATGCCAGAGCATCCAGCGTTGGCACACTGACAACGGGCTTATTTGCCGCATATGCCATTGCTTTTATAGTGGTGACACCAATCCGGAGACCGGTAAACGAACCCGGCCCGCTGGAAGCCGCATACAAATCTATATCGCCCGGCTTAAGCTCCAGGCTGTCCAATACTTCTTTTATCATGGGCATGAGCTTTTGGGAATGGGTCTTTTTCTGATTTATAATATATTCCCCCAAAAGCCGGGACTCCTCCATAACTGCCACAGCAGCCACTTCAGCTGATGTATCCACTGCCAGTACTTTCACAATGATCTTCCCTTCCGTCTAAACGGGCGGCAATCCCTTGCCGCCTATATTTCCAATTTGTACTTTTATATTTCCAGTTTGCTCTCGTATCCTTCAAAATCTTCTCCGATAAACTCCACTCGGATGAGCCTAGCATTGAGATCCTCCGGAGTCTTTCTTATCTCAACCCTCACATGCCTGGGAGGAATAATTTCCGATATCAGGTCGGACCATTCGATCACCACAATGCCATCACCGTTTAAATACTCCTCAAAACCTATCTCATACATTTCCTCAGGATCGGCAATCCTGTAGACATCAAAATGGTAAAGAGGTTTGAATCCATGATATTCATTAACTATAGTAAAGGTAGGACTGGTGATATATCCCTCCACCCCCAGGGCTTCAGCTATGCCTTTTGTAAATGCTGTTTTCCCCGCACCGAGATCACCATTCAGGCAAACAATATCACCAGGCTTTAAAATTCCTCCCAGCTTTCTGCCTAATTCAGCAGTTTCCCTCTCCGTCAAAGTTTTGAATTCCTTCATTTTCGCTCCTTCTATCCCATACTGCGCTATCTCTGGTATACGATTTTGCCATTGATTATCGTGGTAACCACATGTGTCCTAAGTTCAAAGGGATGTCCGTCAAATATGGCTATATCTGCATCCTTCCCAGGTTCAAGGCTTCCAACCCTATCAGCAATACCTGTTATCTTTGCTGCATTAATGGTTATGGCTTTCAAAGCTTCCTCCTCATCCATGCCCTCTCTGGACGCCAAAGCAGCGCACAGGCATAAATGCTGCACCGGCACACAAGGATGATCCGTCATTATGGCAACCGGAATTCCTGCTTTTGAAAGAATGCCTGGTGCTTTGAGGCTCTGGTTGCGCAGCTCTATTTTGGACCTGTCCGTAAGCAGAGGCCCGACGATGGCCGATACCCCTTCCTCCATCAGGATGTCGGTTATTAAATGTCCTTCAGTGCAGTGCTCTATCGATAATTTTACTCCGAACTCTTTGGCAATCCTTATAGCTGTCAGTATATCGTCCGCCCTGTGAGCATGCGCTTTTAAAGGAACTTCTCCATCCAGGACCTTTTTGAGAACTTCCATCTTTATATCAAACTCAGGCTTATCATAATTTTCCTTGTCGTTCTCATAATCTTCCAGCTGCTTCTTGTATTCCCGGGCTTTCATGAGATTTTCCCTGAGGATGGCTGCAATAGCCATTCTGGTTATCGGAGTCTGGCGCTTTTCATTATATACTGTTTTAGGGTTTTCTCCGAAAGCCACCTTGACAGCCACAGGGTCTTTCAGGATCATCTCTTCCACGCGCCTGCCATATGTTTTCAGAGCTGCAAACTGACCTCCGATTACATTGGCACTGCCTGGTCCGGTTACAACAGTGGTAACACCGCTTTCCCTGGCTTCCACAAATGCCCTGTCGGCATAATATACTCCGTCAATTGCCCGAAGCTGAGGCGTTACAGGATCGGTTGATTCATTGCCGTCATCGCCTTCAAATCCCACTGCATCTTCCCACATGCCCACATGGCAATGGGCGTCGATCAGCCCTGGCAGGACATATTTCCCCTCGGCATCTATCACCTCAGTATTTTCCTTATCTTTCAACAAATCCTCAATCTCTTTATAATCTCCGGTAACCTTGATTATTTTTCCCTCGTCGATTAAAACATATCCGTTATCGTAGCTGATTCCAGCCATGGTCAGCACTTTTCCGTTTTTTACAAGTAACATAATGACCCCCTGAATACTGTTAGTATAATTAAAACTTATAAAATAAAAGAGCACCTTTCAAGCGCTCTGAAAATACTCTGTTCTTTTGAGCGTTAAGCATAGGTTAAACGCTTCTGTCCAACTTAATATCAACGGAGGCGTATCAACGGTGGTGGTTTCTTGCCATCGCATCTCGCTATTTCCAAAAGGCAGATGATTTGCCCATCGCCTGCCGCCAAACAATCGGTACTGCCTTCTGTATGGCAGGAGACCCTTTTTAACTCGTAATAAATTATATCATAGGATTGGAAAAAATCAAAACAAAAAGTCCCGGTTGCCCACCAGTATGTGACAAGCTCTGATAACAGCATCATGAAGGAATTATTGCGAAAAATGAAATTTCCATAAGCTATGAGAATTTCATAAGCTATATTGTAATATTGCAAATGCAGTTTTTCGCATGAAAAAACGCCGGATTGCTTCCAACCCGACGCTTTGTTTCTCTGATAAGTAAACCTGCAATTTTGAACCGGCTTGCAGATAAATCGACAAAGATGTGTAGTTACAAATAAGTTTGCTCACGTAGTTACAAAGTTTGCTCGTGATGAAATGTAGTTGTTGCAATGCTTCTCGCCCATAAGTTACTTTGAGAGACAAAGTTTGCTCTCGGGTTTTATTACCTTAAAAAATATAAAAAAAGATATAAAAAATGAGAAAATTACAAGCGAGTTTGCTCGTGAGCAGTGAAGAATGACAAAGTTTGCTCGTGGAAGGTAATGAGTATTCATACGCAGGGTATAACCTACGGGAGGAAATATCGAAACCACCTACACATACGAATTATACAGGCTTACGAGGGATTACAACTGCGTCCGTTTAGCATATTTTTATTTATTTCTATATCTATTTTTGAACACAAAAAAACCGCCAAAGGTTTTTATACCTATGACGGTTTTGTAAACTCGCAAACAAACTTTGTAAGTTTGAACAAACTCGAGTGTAAATAAACAAAGAACATTTAATTGCATTATCAAAAGATATCATTATTCAGAAGAAGTACACTTAAAAATGATAATAACTTTTAATTGATGATTGCATTTATACCCTAATCCTTGTAGTAATAGTCTGTTCTATTCTTTCTTTTATTTTATTATATATTCTTAATTCTTCATCTTCACTCTCCAAAACTACAACTACAGCATATTTTTGAGGTTGATTTGACCAATTCATTTTTGAGTTTACCACTAAATATAAATTATCATTATTATTAAAATTTATATCTCTAGAAAATTCATAAACAGATTTTTGTAGTGTGCCTGCACTTCTTAAATTAGAACCAGGTTCTAAAGAACACACATATTTATCATCTATTAAAAACGGTTCATCTTTACCCTTTTGCGATTCATATGCTTTTATTACCTCATCTATACTTACACCTTTTATAAGCCTATATTCCATTGAAACCCCTATATAATCCAATCTTGTATTTCTAACTGGAGGATTAAATGCAAGAGATATAATTACCCTCTTCCTACCCGCTGCTTGTCTAAATTCTTTTGGTAATGGAATTTCAAATATATGCATATTATCAGGTTTTATCTTTTCATCATCGGATTTCATATCCGCTATAAGCACTACCCTATTCTCAAATGAATCTAAACATTTATCAATATTAGGGTATCCATAACCAACACTATAATATAAAACCTTATTAAAATTATTTCTGTTTTGGTGCAGAAACTCTTTTCCCAATTCATTTTCACTATTTACTACATTTTGGACTTGTTGTATTATTTCTTCTGGAATAGCCGCAGAACTTGCTACTATACACCTCAATAGATTATTAGATGCATCTGGATACCTATTTAAAATGCGGCCAAGTATATGAGAAATATATGGTGCAGCATAACTTGTCCCAATATTCCAAGTAAATAATCCTTCATTATCATTGTTAAACAACAATTTGGATATTCCTACATTTTTAGTAGGTTCATATCTATCAGAGAAATAAATTTCTACTCCCCTATCACCACCATAAGCAATAAAATCTGGCTTGATTGCATTCATAACTCCAGGGCCTATCCGGGTTATGCTTGATATTTCGTTTTTTCTAGTAATATTTAATTTAGTTAGTCTTTCAGGCGAGTTAATAATTTCATCGGATATTGAAATTGCACCTACAGTTATTGAACTAGCAGAATTTGCTGGTTCAATTAGTTTGCATTCTTTCATTTTATAAAAATAGTTCGGATAAGTTTCTTTTATATTTTTGTAATCATCATATAATTCATATGTAAAATTTCCAGTTGATACAACAAAAACAATATCGTATTTATTTTGTAACTCGTCTAAAACACAAGCCCAAGCCTTTGGTTTACCACCATTAAAAATATATTTACTATCTCCTTGTGATAAATTATATATTCTACAACCATACCCATTATAGAAATATTCTACTATATCTTTCATCTGATTAGGAATTAGTTTTTCATAGAAATTCGTATATTTACTGTATGTCATCTTAAGATAAGGGTGTTGCTCTTTTTGAAAATATGATAGTAATTCTTCAAAGGTAATTTCTTTATCACAAAATAACAATATTGCATCATTTATATTTGGAGATAAATCTCCTAATTCACTTTTTATTTCCTTAATCCATAAATCTAATGTGTCTTTATATCCGCCATCATGTATCTTCGCATTGAAGAGAAAAATTTCTGGAACAAAATCATCATTATATTGAAAGTCTCCATATTCACAAATTGATGCAACTGCTGTTCCATGTCCGTTATAGTCATTTGAATTGTCTATATAATCATCAGAACAATAAAATGTCTTAGAATCGCCAATTACTCCTCTAAACAATGGATGTTGCATAAAAATGCCACTATCAATAACACATATAGAACTTGACTTGCCTGGTTTTAAGTTACTAGTGTCAAAGTTTATATCATCTATAGACATTTCTTTTACTTCTTTAATCTTTTGATATTGAATATAAAACTTTGGTATATTCTCTACTTTATAAATAAGGGGATGCTCTAATATCTTCTCTAATATATCATTATTTAATTGAACCCTTGCTACTACAACGGATTCCCCAACATAAGTATCACAAGTCCTTGCACCGTTCGCAGATATAAAATTTTTAAACTCTTCCATTTTCTCTTTAGACTTGTCTACTGTATCAAAAACCCACAAATAACAATCTATGTAGTCTCCATTATTTAAATCTTCTAATATGACATTATCTCCTACTCTATCTTCTCTTGACCATCCACTTATACTTTTTATAATAGAGAACAAATCTTCATGTTGTATTTTAGTTTTAGCAATTATTCCTTTTTTGTAATTTTCTAATGCCTCCTTAAAATTAGCAAGTTTCAAGTCATCTGAGAATAACACTTGTATCTCTTTAGTTTCTTTGTTTATAATTTTAACGCCAAAATATTCTAACTTATCTTCATCTTTCTCTTGTAAAGTATATCCTGGTTCTAATTCTAATTTCATCACTAAGTAGGGCTGAAATTCAAACTTTTCACTTTTATCCAAAGTGTTTTTAATTTGAGAATCTAATGCGTTCTTAAGAAAGTCTGCTTGTTCAACATTATACTTTGTAGGCGGTGGAGGCCCATATCCACGTTTCTTTTTTCTTTCCCTATCTTCAATATTTACCTTAGTAAATCTTATATGATCCATTTTTCATCACCCTATTACAACAATTCATAACAATCAATTAACCCATTGATTTTTTTATCAATTCCCGTCTATCTCTTTCTTTTAGGATTATTTTTTCAAATAATGAATCATTAATTTTGTCCAAACCATCTAATACCATTTTTTTAATAGACTCATAACATATTCTTTCTATATCGGCATATGATAATCCAACTAGATTATTTAAATGACGTTCAATATTCAACTCTTTATGATAATAATTTCTAAGTTTTAATCTAATAAATTTCTCAATATCATCCTCTTTAGGCATACCAAAATATATTACTTCATCAAATCTTCTCCAAAGTGCTTTGTCAATTATAGTTTCGTAGTTAGTTGCAGCAATTACCATAGTGTTCTTAGAAAAATTATCCAATAACTGTAAAAAACTATTTACAACTCTTTTTAGTTCTCCATGTTCTGAATCAATTGATCTACTTTTACCTATTGAATCAAATTCATCGAAAAATAACACCCATTCTCCTTCTTTGGCAAAATCAAATACCTTTCTTAAATTAGTTGCAGTTTCACCTAAATATGATGATATAATACTATCAAATCTAGTATATAACAGCGGTAACTGTAATTCATTTGCTATTGACTCTGCTGTAACAGTTTTGCCGCATCCTGGTGGCCCACAAAATAAAATCTTAGTTTTTGGGTTTAATTTATATGTTTGAAGTAGTTCTTTTTGCTTAAATTCTAAAATTATATCTTTAATTTTCTCTTTATTATCAGAGGTGAGAATAATATCATCTAATAAAACTTTAGAAAACTTCATTTCTAGGAGTTGAAAGCCAGTTTCTTTATCTGTGGGCAATTGTCTGTTATTTATATTTCTGCTTTTATATATTGATAAAGTACAATTATCATCAAACAAAATTCTAGATAATTTGTCAGCAAGCAAGTAATGATTTTTTTTCTTTTCTTCCTCTATAATATCGTACGCTACTTTAGAAAACTCAACTTGATTATTTTCCTTAAAAGCCTTAAACAATTTTTCTAGATTTTCTCCTGACGCCATTACTCTCACCCCTTTCTTAGAAAATATGATTGTTTTTTCTTATGCAGTAATAAAAATAAATAATCTTCAATATCATTATGCCATCTTCTTACAAATATATAACCTAGCATCTACCTTATTAAGCAGACATCAGCAGTTTTTCTGAATAAATTAAATATATATTTATTTGTTTATTAATAGGACATCATTTTCAATAAGCACCACTAATATTTAGTATCGACTTATCTTTTAAAATATTATATAATACTTGTTTATATTTCGCTACATAAAAATATGCTATGTTTTAAACAATAGCATACTTTTATTCTATCTTATAATTGGTTAATTTTGTTTCTCATTGATTCTCTACTTGGGTTTAAATAAAGAAGAGTAGTATGAACATTACTATGACCTGCTAAATAAGCAACTTCATGTACTGACATCCCACTTTCTAAAGCAATTGTGCAGAAAAAATGCCGCAATGTATGAGGAGTGATCTTGTCGCTATACTTATTGAAAATCTTATTAATTGTTGACCTATGAATTACCTTACCATTACTATTTGCAAATAAATACGGACTTTCACTTTCTCTCACTCTTAAGAACTCACTTATACTATTAATAATCTTATCATTTAAATAAACAACTCTATCTTTATCTCCCTTACCCCTAACCTTTAACTCTCCAACTGTTAAATTGAAGTCTGTTAACTGAATATTAAGTGCTTCACTAATTCTTAAACCTGCATATGCTAATAATGTGGCCAAACAATAAATATCTCGATGCCCATTCTCTAATAGTTGTTGTCTAAAAGCATCTACTTCCTGTTTAGTTATATCCGAAGGGTTTGCATATGTCTGCTGTACATTAATATTATCTTTCTTTGAAACTACTTGGTCTTGCTGTATTCCTTTCTCAATCAAAAATTCATTATACTTTATCAATGCACTAATCTTGCAATTTATTGTTCTACCAGTATCTTTCTTAATATTACGAAGATAACTGATATAATCTAAGATGTTTTCCCGGTATAGCACCGAACATTCTCTGCCAAAGGACTCCAAATACCATTGATAGTAACCTTTAATATGCAGGTAGTAACTATTGATAGTATTCTCGCTTTTTCCTCGTAATGTTAAATAATCTTTGAATGCCTCTAACAAAATTTCACCTCCATAAATTATGTTGCCAATCATATTTCTAAATTCCCGTAAATTATGTTGAATTTATATATTGATGTTACCGCCTTTAGAAACAAAAGTCAGGACCTTCGGCAGCATAATTTATATTATGTTGAAAAAATTTTTAGCCCAATCTCCTTGTAAACTAAGTATTACAAATATTAATTAGTGTAATCTACAAAAGCAGTTGCAATTTAAAAAGGAGTCTAGGCTTATAGCCCGACTCCCTACATAACCCTTTATAACCTTTTCATTGCTCTGAAGTAGTTTCTGCCTCATCAATTTCTTCTAAATCACATAATTTCTCATACAGAGTTTTTAGTTCAGCAAATTTTTGCTCTTCTAATAGTTCCACATTACCTGACTCTAAAACTTCCTGTAGTGCCTCTTCTTTACTTACTATATAGGCATAGTCTTTTGAGCCTTGAATTTGAGAACCTATAATAATAACAAACCTGCCGTCTTTTAACTTGGTAATGCCTTTATGCATTCCTAAACCTCCATTACCCCAGTTACGTCCATTCCAGTAATCTAATTTTTCATTATATTTTACTCTGGCAACAATCTTATTGCAAAATTCACTTTCATAAACATTAACCCTTCTCATTAAAACATCTCTCCTTTCTAAATAAACAAAAAACTAACACGGCAAAACCCTCTTTTCCGGGCAAATTTGCTATGTTAGTTTACTTTGATTTAAGATTATTTTATTATCACTTATAATGATATTTCAAACTACTCATTCTGTCAAATTTTTTGGCAGCAATATTTTGAACAATTTCCTAAATCCCCTAATCTCATCTACTTATCAGATAATCTATTAGTTCCTTGTAATCCTCATCATATTCACTTTTTTCATGGTCATGGCCATATTCTTTTCTAATCTCCAATAAAGCATTTTTAATTTCACCTTCTTCATATGATTCCTTGACTTCAACAGATTTATGTGTTTTGTCAACTAGAAATGCATCAAAATGACAAGAAAAATGCAGCACCCAAGCAATCCAATTTTGTTAATATAAGGTATGAATTTTTATCGTACTTTCATCAAGGAGTTCTCTAAACGATTACTTGAACCTTCAAATACAATTAAGTGGCTGTGATGAATAATTCTATCAATGATTGCGCTTGTTAGCTTTTCATCGTAGAAAATACTGTTCCATTTACTGAATTCTAAATTAGTAGTAATAATTAGACTTTTGCGTTCGTAACAGTCTGATATAACCTGAAATAAAAGTTGCGCTCCCTCTTTTTCAAATGGAATGAAACCCCATTCATCGCAAATAATCAAATCTGCCTTATTCAATTGCTTCATAAAACGTTTAAGGCTTCCTTCAGCTTTGGCATCCAATAGTTGATTAACAAGTGAAGATGTGCGGAAAAACCTTACCCTTTTCCCACGGTTACAGGCTTCCACACCCATTGCCGTAGCCAGGTGAGTTTTCCCAAGCCCAACAGATCCATAGAGAATCAGGTTTTCCTTTTTGTCAACGAAAGAAGCTGTTTTAATAGCTTCTACATCGATAGTATTGGGTATACTCATCTTTTCAAACCGAAAGTCTCCAAAGGTTTTCAAGACATCAAATTGCGCTTGCTTCAGCAGGGCATTTTTACGATTGAGTTCTCTGGCCTCTATTTCCATAGCCAAAAGCTTAGCAAGAAATTCCTCATGGGTCTCGGCCTCAATCTGCGAATAATTCTTGGCAATTCTTGAGCCAAGTTTTAGAGTGTTACAGTAGGCAGCAATTAGTTCATGCATGAGGAAGCCCCCTCTCAAGCAGGTCGTCGTAGATTGAGTTATTCACCTCATATGACAGACAAGGGATTTCATCTTTCACAACAATATCAGGTATGGGAGCATTTGCGAAGACCATACTGTAATAACGGGCCCATATACTATCCAAGTCTTGTATACCTTTTTGAACACAGTAGTTAAAAGCATCCACTGCTGTTTCAAGCTCACTGTTAGCAACCATCTTCTTCAGCATTCTTAGGGTAGCTTTCTTTTGCTCGTAATCACAGCCAGAAAGGTACTCCTGCAATGTTTGGGGCAACTGCTGAAAAAAGCCGGTATATTTTATGGCATTTGGTCTGTTACTCATCAGTACCAGATAGGGTTCCCATTTCATAGATTCTTTTTGTTTTCCATATAATCGGTTATGCCATTGAACAACCTGATACTGATCATCAAGAATCCAGACATTGAAAGCATTGGCTTTCACAAAAAGCTCCCTTTGAGCATGCTCAGGACTGGCAGAGTATTTTCTGTTTTCAAAGTTCACTTTCCCGTATTTATCGGACTTCACTTTCTCAAGACGGTAGATCTCATACTCAGCTTTTGGCAAAGGTTTCATTGCTTTCTTATCCTGTTCAAACAGAGTTTTAATGAGGATATCTTTTAAGTAGTGCTTACGATGCATATCTTCATCACATTCGATCAGCAGGTTCTTATTAAATTCTTGAAGGTCTTTGAATTCCGGCACCGGAACCAGCATATTTCTTCTTGAATAGCCTACCTTGTTTTCCACATGCCCTTTTTCATGCCCACTGTCGGGATTGCAGAAATTACTCTCAAAACCATAATGCAGTCGAAATCTGTTGAATGCGTCTGTAACTTCCCTCTCACCGTTAGTCAATATCTTCTTTACAACAGCCTTATCGTTATCAAACCATATACAGGTGGGAACTCGTCCCATGTGATTGAATATATTTTGCATACCCTGGAGCAGGCATTCAATGTTGGTTCCCTTATAGGCCTGTATGTAACCGCCATTGCTGTATGGGAAAGACATGGCCACATAGCAGCCTTCATATCGAATCCCGTTTTCCACAAATTCTGCCATTCCAAAGTCTAACTGCGCCTCCCCGGCAGGATGATAAAGCGGGATATAGCTTTCATTGCTTCCATATAGTTTTCGTTTCTTTTCTGCTACATATCTGGCAACAGTTCGATATGATACAGTAAATTCATCTTTGTATAACTTACTAAGCCGATTATATATTCTTTTGGCTGTATGTCTCTGTTTCCTTGGTGCCTTTAAATCGGCTTCCAGCCATTCATCAATAGTTTTTGCAAATGAGTCAAGTACACTTTTGCTGTTCTTTTTTCTGGTTAATGGTTTTGACCAATCATCCTTATCCACATATTTCTGGACAGTTCTGAAGTTAAAACCGGTTATTCTTGAAATTTCTCGTAAGGATAAGCCTTTCTTATCCGATAAATCTTTGATATACTTAATATCAGCCATTGTTAGCATCCTTTCCGTACCCCCTTAGCATTGACAACTAAAGGGTACTATTTTTAATTGGGTGCTGGCAATGTTTTTTTCTTCTATCAAAATCATGAATAGCTAAATATGCCTGCCGTTGACGATAGAAATCAACCGCAGTGAAAGTTGTATTAATATTTACTGTAAAATATTCTCAAATTTGTTTGGCAAGCTGCTGCACTTTTACGTGGCAACTTGCTGTACTTTTATTTTACAATACACACAGATTTAAAAAGCCTGTGTTCATCAAGACTGTTCCTATGTTTATAGGCTAAATAATAATAATAATGTTTTGTTGGCATTAGTGATATAAAATGGCCATTAAATCCAAATCCATGAATACATTTATAAGTCTCTAAAAGTACTTTGGATATTTCTAAAGTGTCTAAATCCTTAATTTCATGCATAATATTCCCTCCTGTTCCTTAACTTTCTTATAGCGTGTACAGTGTACCATCACTTTCTTATAACTTCTAGACTTGAGATTTATTTATTACATATATATATCTATATTTTTTATCCTTTTATTTTACATCTACTGTTTCTGCCCCGGATAAATGTCCCGGAGTTGCTCAAGTTGCGTGACCGTTTGCACGTATGCTAATATCTTCCTGGAAGAAAAAAAGGAGGATATGATAAGAGCTTTGAATATATATGTTAAGTGTTCCAGCACCTAACCCTCAAAGCCCTTTAACACATTTGTAATATGATAATAGCATATCTGGGGCGGAATGTTAAGGAGTATCGCAGAAATTGTTTAAAATTTTTGGAAAGGCTGGAGTTGATATGCCCGAAATGCGGCGGGAAAACAACCTTTCATGACAGATATGCACGTCATGTGCATATGGGCGAGGAAATTGAATGGATTAACATATTCCGTGTAATCTGTAGCAAGTGTGGGAAGACACATGCAATCATACCGGATTTCATCAGGCCGTATAAGCATTACTCGGCTTGTGATAGCGAGCTGGTCCTTCGGGACCAGGAGGACGGTATACCTCTTGAGGAGATTGAGACTGCCGCCAGCATATCCACATTAAGGCGGTGGGTAGAAGAATTCAGGCAACGGGGGCGGCAAGCTGCAGGAGCATTAAGAGCTATACTGTACAGGTATTATGGCAAGTTTGTCAATGAGCTGGAGATGATAGAAACAAAGGTATTCCACATGATTGAGCGGCTGCTTGGGTTACTGCCGCAGATAGAAAGCAGCCATCTTGCCATAGGTGAAACGAATATGTGGCTAACAAATCATCTGGCAGGAGTATTTGTATAGAAAATTCCCACATAGTTTGCGTAGCTGTCCGGAGTTCCCTTCTGATAGGCTTTAGGAAAAAGCACAGGAGGGATCGAAATGATAAACAATGAAGTATTGGAAAAAGCATTAAAGAAACATGAGATCATATCGCCGCTATTGCAGCCGGATCTGGATGAGGCGGAAAAGCGGAGAATACGGCAGGAGATACTTGAGAGGGAAGGAATTTCGGAAAGGACACTTCGGAGGTATCTTGCAGCGTACCGGGAGAATGGTTACGAAGGGCTATTACCAAAGATACGAAAAGATACAGGGCAACAAAGAGCGATATCTCAGGAAATATTAGATCGGGCAATCGAAATAAAACAGGAACTGCCGGAGAGAAGTGTCAGGAGGATCATAAAGATCCTTGAAGGCGAAGGGATTGTCAAAAAAGGAAGTGTCTCCAGAAGCACCTTGTCCAGGCATCTTTTGAAGATGGGCTTTGGTGCAAAAGACTTCAGAAATGTTCGTATAGAAGGAACGACAGCCCGCCGGTTCGTCAAAAACGGAAGGAACACATTGTGGCAGGCAGATATCAAATACGGTCCGTACATACCGACTGCCGACGGCGGTAAGAAACGGACATACATGGTGGCATTTATTGACGATGCGACGAGGCTGGTGTGTCATGCAGAATTTTACGACAATCAGAGGCTTCCGATATTGGAAGACAGTTTTCGCAAGGCAATATTGAAATACGGCAAGCCGGAGGCAGTATACGTTGACAATGGCAAGGTATTTATCTCGAAATGGTTCAGAGTAGCATGTGCAAAGCTGGGAATCCGTCACATGAACACAAAGGCGTATTCTCCGGAGAGCAAAGGCAAGATTGAGAGGTTCAATGCCACAGTTGAAGAGTTTTTCCAGGAGATATCGCTGGAGAAAGCAAAAAGCCTGGAGGAACTTAACCGCAAATTTCGGGTATGGCTGGATGAAGGGTACAACGGGAAGCCTCATAGCAGTTTAAAAGGGGTTTCTCCATCGCAGGCGTATGCAAGTGATCCAAAGAAGGTGCGGTTTGCAACTCCTGAAGAATGCCGGGACGCATTTTTATGGGAAGATACAAGGAAAGTTGACAACACAGGCTGTTTCAAGCTGCAAGGGATAGAATATGAAGCCGGAATCGAATACATAGGCAAAAAAGTGGATGTGCGGTATGATCCTTTTGATATGAGCCTTCTGGAGATATGGTACAATGGTGAGCGCCGAAAGACAGCAACCCCGCTGAAGGTTGGGGAATACTGCTCAAAGGTTGAAAAAACACCAGCAACGAAATCGGCGACTCATTCACGGCTATTAAAAATATATGAGAGCGAGAATGAAAAGAGGCAAAAACGGCAGACCGGAGCATTAACCTTCAGGAGCATGAAGGGCGGTGACAGAAATGTTTGAGCAGTACTACAACTTTCTGCACACGCCGTTCACCCGGGATATACCGGAGAAGCATTTGTATAGCAATCCGGAGCTGGAAGAGGTCTGCAGCAGGCTTGAGTATGCGGCCCGGAACCGGTTGTTTGCAGTGATAACGGGAGATGTTGGTACAGGAAAGACCACAGCCATAAGGAAGTTTGTTGGGGCGCTGGACAGCAACCGGTACAAGGTAATGTACATAAGCGATTCGGCGTTGACACCGAGGAATTTTTACTGGGAAGTATTGAACCAGCTGGGATGTGAAGCGAAATTCTACAGGAGCGATGCAAAACGACAACTAACGAGAGAGATCAGCAACCTGATTGAAATACAGAGACGTATTCCTATAATCATCACAGATGAGGCACACCTACTTTCAAGGGAGATGCTGGAGGAAATCCGGTTTTTACTAAACTTCAGGATGGATTCGTATAACCCAATGAGTTTAATCCTGGTAGGCCAGAGTGAGTTGAAGGACATCCTGAAGAAGCAGATATATGAGGCAATATGCCAGCGAATAGATATCCGATATCATATGATGCCATATGATCGGCAAAGAACCGGTGAATACATAAGAAAGCACCTGGAGTATGCAGGAGAAAGCCGGGAGATATTTACGGATATGGCGGTAGACGAGATATATGAATATTCTCATGGAGTACCGCGAAAAATCAACCGGGCGTGTACAGCTTGCCTTTTACATGGGGCACAGGTACAGAAAAAAATCATAGACGATCATGTGGTAAGGCTTATTGTTGAGGAAGAATTGAACTGGTAGTTAATATGCCCTGTCCGTATACATCTGCGGACAGGGCTAATGAGCAAAACTAGCGGTCAAAAAGAATGAGCAGATTGCGGTCAAAGAGGCCGAACAGCGACAATCTACAATAAAAATAAAAAGCCAAGGGCTAAATCTGCCTTTGACTTTGATTTTTCATTATACTGCAATTAATTAATAATTACTGAACAATATTTATTCTATTACCATGGTAATCTCAATTTCTCTGCTACAATTTTTGCACTTTCCTTTATTTGAGGAAATAATTTCTATCTTTTGTGTCGATTTGCATACAGGACATTCATATTCAATTACTTTACCTATATTCTGCTCAAGTACAATTTTGGGATTTTTCTTTAAATAATTTTCTAAATCTTTTAAATTTTTAAATGTAGGCATGATAAATCCCCCTTTATTCTTAGTGGTTTTATAATTTATAACCTGTCATATAAATTCTCAATATTTATTTTAGATTCTTTTAATACTTTTACTGTGTTTTTTATATCTACTAACTCATATTTAAGAACTTCTATTTGTGCAAATCTAGGTAAATGTTTATAAAATTTAGAATGGCTTTCGAAATTAGAAGATATTAGTGCCTTCTCTATAATTTCTTCTAATTTATCTGTATCTGTTTTAAATCTATTGAATAAATCTAAAATATGTTTTTCACTAATATTTTTTTCCGCTTTTCTAACCTTAAGTTTATTATAAGAAACACTAAACTCAAGCCCAAACTCATGTTGAATTATTAATCCAAGAGTAAAATTCACCTTATGCCCTGCATATGTATATATATCAAATCCATCCTTGACCACATCTATAAGAATTTCATCTAAATCAATAGAGAGTGCGGAATGCTCTAATCTCACACTCTTCAATACCGATTTAGATTTCATATCGATGTATGGATAATCACTGCTACTATTAAGCACTTTTAGCATTTGTTTGGCTATTTCATAAGATACTACCATTCCGCTGCCAAGCCATACTGCAAGTCCACCGTCTTTAGATATTTGTACATATATTCTGTATTTATCATAGTCTATCTTATCTATTCGCCATGTATTTCCTGCCAATATAAAATTAGATGTCTTGTTTTCCTTTAGCAGTGAATAAACAAACCAAGATTGTAAAGTTCCTATCTCTTTATTTTTATATATTATTGAAAATTCAGGTATAGTTTCAAATATAGATATAAAGTTCATTAAAAAATTATAACCGTATTCTTTTTCAATTTCTTTGCCTAGTAAATATTCCCAATTGCTAAATTCTAAATACTCCTTTTCTATAAGGTATTGAATAAAGTTTAATAATTTCTCCTCATTTATATTTCTGAATGAATTTGATTTTTCTACTATCTCTTTTAGGTATGAATGCCTTAAACCAAATTTTTGTTGTATCATAGAAAATATTTGCTGAAATAATACAGTATATGCCGCTGATGGAATTAAAGCAGACTCCACCCATTTTTCTCTTGCTAATTCAACAATAGCAATAGCATTTATTAAATAAAATTCTTCATCCACACAAAACTCATAATGTGATATGGTTCCTTCCCTTCTGCCTGTTCTCCCCATTCTTTGTCTAAATGATGCCACTGTTGAAGGGCTGTTTAATTGCATAACTACATCTAGTTCACCTACATCTATACCTAATTCCATAGTAGAGGTGCAACATAAACACATTTCCCCCGGAGTATTTTTTAGTTTATCCTCTGATATTTCTCTTAAGTTCTTACTAACTGAAGAATGATGAACCTTTGCATTTATATTCAAATTCTTTAATATTCTAGACATCATTTCACTATTGGTTCTACTATTACAAAAAAATAATGCCTTTTTGCCTCTTAACTCAGGTAGGAGACAACTAACCGTATCTTCACTGAATTCATCGAAGTATCTAATTAATATTTTAGATTTTTTCCCTTTACTTTCTGGTTTAATAACAGATTTCTTTCTTTTGCTAGACCCAGAAATCCAATCTAAAATCTCATCTGGATTACCTACGGTCGCAGATAAGCCTATCCGCTGAATATCATACTTAGAGTAAGTTTGTATCCTTTCAATAATACTTAACAGTTGAGCCCCTCTATAGTTTTCTGCGAAATAATGTACCTCATCTATTACTATAAATCTTATATTTGAAAATAATTCTTCTGAAGCATAGGAATCTGACATGAGTATAACCTCTAGTGATTCCGGAGTCGTTGCTATTATATGCTTAGGTTCTATTTTAAATTTTCTCTTATCACTATAATCAACTTCTCCATGCCATTTAAATGCATCGATGTTTGCGATTTTACCAAGTCTTTTTAATCTAAATTCTTGATTATTAAGGAGTGCCCTAATAGGAGATATATAAATTACAGAAATTGGCTTTAATTTTTCTTGGTAGATTTCAGATATAATAGGCAAAAATGCTGCTTCTGTTTTTCCTCCAGCAGTTTGTGCTATTAAGATACAGTTATCTCCATTAAGAATGCATGGAATAGTCTCTTCTTGTATAGGTGTTAAACTCCCCCACTTTAGAATATCTTTGATTCCATTTTGAATTTTTTCATCTAATAAAAAATAACTAGATTCCATTATAACTCCATCTCCATAGCGACTTCCCTACCATATAATTCTATCTGCTTATTAACTTCTTCTACCTGCTCTTCACTAATATTTAAAAGTGCTTTTATTTTACTCATAGGTTCTTTTTTTGCTGCCTCTAAAATAAATACAAAATTTCGCAAAAAAGTCCTGGGCAATATACTTACTTCTCTTCCAAATGCATTGGTAAATCTTTGGACATATTCTTGGATAAACTCATCTGATATTTTATCCTCAGGGTTCCATTCATAAACAACTCCATGAATATACCTAACCTTCTTAGAAATTTCAATTAATTGACTTGTATTAAATCTTGTTAATTTAATAAGAGGTTGTTCTAGTATTCGGATATCACCTAATTTAATTGGTTCTATTCTTGTATATAAAGCGTCATGTTCTTTTATGCCCTTTTCTTCATCTTCTATTAATTCATCTGTACCGGTAAATAGAAGGTAGCAACCGGGTAGGTTATCTTTACTAACCATATCGATAAGCAATCTTAAATTTTCATAAGCCTGATACCTTATGTCTTTCCTTTCTTTTCTTACAGTCTCAACTTCATCTATTATTACAAACAAACCAGCATACCCTGATTTTTCTATTATATAAAGCAATGTTTTAAGAAATTCAAATACATTTCCCTTATCTACTATTCCTTTAACTCCTATACTCTTTTTAATATCAGAAGGTATATTTGTATCACCAGCAAACCAAGCAAGTGCTTTTTGTGCTAAATTATTATCACCGCTCAAAAGTCCTTCGCAAAATGAAACAATTGCATTAACAATTGAAACATTAGTTGTGTTCGCTTTTGCAAGTTCTAACGTTACCTTATCTTTAAGCCTTGCTATTAGTTTTTCTTCATCCTCTTCATTGTCATCTGGATTTAAATTATATTTTCTTATAATCTCAGATTTTTCTCTTTCGATCCAACTTTCAATTATTATTCTAAATGCAGAGAATTCTCTAAATTCATTTGTACGCATTCCAACCATTAATTTATTATATATAATTTCGAAATTATGTAATTGAGTATTTTTGGATATTACTATCTCTGAAACAACAAAATTGTACTTTAATGCTTCCTCTTTTAAGACTTCACATAAGAAAGACTTGCCACTTCCATATGGTCCATATATCATTTTGAATCCCGAATGTGCATTCCCATTCGGCTTGAATTTTATATAGTTCAAATCTTCTAATATTGCATCCCTTTCTTCTTCATGACCGCACATAATATATTTTGCACTTTCATATGCTGGGACACTACCATTGTGTAAGGCCCTTAAAATTTGTTGCCCTATGTTTATATCCATCTAATAACCTCCCTCTATTTCAGATAGTACTCATATGTTGACATACCGACAACTTTGAACCCTATCCAATCATATCCTTCTTTATTAAGTTTGGATATGAACTCCTGCATAAATGCCATTACTGATTGAGATACAAACTTAATACCGTCCTCTTTACATATTTCTTGTATCTCAGAATCTGTATAAGAAGATGCTTTTAAGAATAATTCCAAAACCTTTTTCTCTTTTTTATTTAAATTACTTTTATCTATATAGTCTTTTATTTGTTCTTTAACTGATATAGGAATATCTTTTACCTTATTTTGCGTAAAATCTATATCTAATCCAATATCCACTAAACTAATTTGTTCTATAACTTCAGGATTATATACCTCTATAACTTTTTCGTCTTTTTTCTCTATAACTATTACAGGTACTAACAATTCTTGAAGCGATATTCCTCCATGGTGAAATTTAATTCCCCCACTAACTGGAAATACATTTATTCCTCTTGGAAAATTAAAATAAAGATCTCCATTATAGTTTACAGAATAAGCACTTTTACTTATATAATTTCCTTCTACTCTATTTCTTGAAATAGTATATCTTCGTTTTTTCACAATATTGTCCAGATCTTTTGGAATATCGACTTTCATCCATTCTTCTAATCCAGAAGTTAATATGAAACCATGGTCAGCAACAACAACTATCTTTTCGATATCAATCTGCACTAACTTTTTTATTGCACTATTTATCTTATTGAGTAATCCAGGAAACATTTGGATACTGCAATCTTCAATGTGACCAGCCTCATCAATTTCATTCGAAAAGATTAATATTCTATCCTTATTTTCAAATTCACCCTTTAAACTATTCATTGGAATATCTATAATTTCATTTAATTTTTTAACTACTCCGTTGCCACAAGATATTTCTAGGAAAAACCTTATGCGTTCAGATTTATTATTTAATGGATAATTAAAGTTTCCATCCATTATTTTAATCGTGTCATTCTCTTCATTGATGATGAGTTTTGTATTGCCATTAGGTAATAAACTAGCCATCCCAAATTCTGTAACTGTTGGTATTGATGCAATAAGCGGTACAATTGTTTTATTCTCTATTTCATTAAGCATTGAGAACATCTCTTTACCCATTTCATATCTCATTGCATCGACTATGATTACTGCTGTTTTCTTATTGGAATTCGATACATATTTGGACCAAAAGTCTAGTTGTATATCTGTTTTAAACTCATAGTTGTGTCTGTTCTCAATAATATTAGATATCTCTTCATTTAAAGGTTTTAGATATTGATAATAATACTTCTTGTTCACAAAATTTAGAAGTCGTGAAATAAAATCATCAATCAAAGTGTAATCTTCTTGAACTTTTCTATACAATAAGTCTATCTTCCACCAATTATTAGTTTCATAAAGGGAAATTATATTATCCATGTTACTAGTTATTGTCTTAAACTCTTCTTCAAACTTATAAAGCATGTTTATTAACTGAAATATATTATTAAGGATATTCCATTTATTAAATATCCTTGATTTTGAAAAATAATATCTTCTTCTAATATCTATAAATACACTTAAATCTTTTAATTGCGTTTTTAGTGATTCTATATCTATACCTTTTTCGATATCACTGTATTGATAATTTTTTTTCTCTTCCTTTACATATTGGCCACTTAAATACTCCAATAGACTCTCTTTTATTAAATAAGAATCATGAACATCTTTAAATATCTGAATCTCTAATTTTTTATATAAAATTTCCTCTATACCATATAAATATTCAATAGCAAATAACTCGTCCAATTCCATTTCATTAAGTACATTAATCATATATTTTTCTGATACCCTTTTAGAGTATTCAATAAATTTTTCTCTATAGATATCATGATTAGCCCATGTTTCAAGAAGTTGCACACAATTCATTATTTTATTTGTATTTAGTTCAATTCCAAAAGGTCTAATATCTTTATTTCTACTTTTCTGTATTAACTCACTTTGAAATAAACTTTCTGCTATGTATTTAGCAATTTTATCTTTAGAATTAAAATCAGACACATTAATTCCATATTCCAAAGAAAGAAACTCAAAAAATTTATCTTTGATTTTTGCTTCTTCAAGTATTGAATCATACTTATCTGTTTCACAAATATATTTAAGTATTGTATACTCTTTACTAATATCAACATATCCAAAACCGTTAGTTAAGACAATATCATCTAACGTTTCTTGGCTTAAACTTCTAATAACATTTTCAGGGATTATATCCCATAGTCTTTTAAGTATATGTAAACGTTCTTCTAGTGTTGATATGTCGAATTGACCAAAATCTATCCTGTAATATCTTTCTAAAATATCTTTTACTGATGCAATATATGTATCTCCAAAAAATTCAAATTCGGTTAGAAATCCCTGTCGGTTCTCTACATTAGAATATATAAGCCATTTTTTCGATAATTCACTATCTGCCAATAGTATTTTATAGCGGAGTTCAATAAAACTACCTTCAAAGGCAATTTTATTGACTCCTTGCTCATCATATAAATTAAATTCCTGTAAGAATTCATTCTTACAATCATACCATATGACAATATTTGAGTTCTTAAATTTTTCGTTTATATCTGCTTGTATCAATTTATAAAATGGTGTTTTCATTGCTTTCCTACCTCTTTGTAGTAGTCTTCTCTTTCTTTCTTAGTTGATATAGGGCTTGCAAGTATAGGTTCTAAAGGTATTATATTATATAATACCCCTTTATCTATATCAGGCTTGTATGGCAATATCTCCATTATCTTTTTATCTAAAATATACAAGTCTTCTAACTTTGTTTCTAAATCGCTACATTTATTTTTGAAATCTTTTTCTTTACTCTTATCACCTTTAGTCCTTGCCTCAATTAACTGATTAGTATAATACTTTAGGTCCTCTTCATATCTATCTATCATCTGTTTAAGATAAATACTCTTAACTTTGTATAAGGTATCATTATCTAGTTTATGATAATATAAGAAGCAGTTAAATGTTTTTTTAGGACTGCAAATATGCCAATATATTGGTCGTTTTTTATATCTTAATACATGATCATTGAAAAATTCACCCATAAAATAACTATGGATTGAAGTCCCTAAGATTCTTTCAACTTCATCTATAACATTATCAGCATTTTCTTCACCAAATTCCAATATTATTAATCTGTATAATTTTTCAATAATGTCTTCTTCTAAATATATGGAACTATCTAATGGCAAAATCCCATCTGTATTTTCCTCAAAATTATCCCATCTATTAAAAATTACACCTACAAAATAAGAGATAACATCTTTAAGTTTCTTGTTTAATTGCACATTTGTATAAACTTTTTTACTAAGAAGATAATCATACAACCTTTTAATATCCAAGTTACATTTAAAAGCAATATCATAGATTGAGTATCCTTTAGTTAAATAATCCAATATTTTTTCGTGCAATTCTATATTTATATGTTCGTGGTTTGCTGATTCTTTTTTGAAATGACATAAATATTCTTCTTTGCACGGTAAACGCTTTAACTCAGATAATACCTTTTCTCTTAGTTTTTCAGAGACTTCATATAAATCAAATATATACTTATCAATAACAATAGAATTTATATCTAAAACTTCATTTAATAAATACTCTTCTAATATTTCATTTATTAAAACTTCAAATAGATTAACACTTTTATATTTATTTAAAAAAGGTCCTTCAAAAATAATAGATGTCTCATCGATAGATACTAATTTCTTTTGTATTTCTATACATGTTAAAGTCAAATTTTCTATTTCCTTCTTTTCGTCACTTTCAGGAATAGTGATTGGCAATTTTGATAAAGTACCTGGTGTAATGCTCAAGGTTGGATTAATTAGATTTAACATATATACTGATAAACTTGAATTCAATATTCCTAACAGTACATTAAAATTATCATAATTATAAGGAAATACATTAACACAGGTTACATTAAACAAATAGTTATCAGGTAAAATTCTAGCACTATAATTTAGACCACCTAAAAGTGATGAACTTATACCTCTTTTAAAATAAAAACTCTCATTTCTTATAACTGATCCCTTAAACTCCTTTAACTCTTTACCGTTATTTTCCCATAAAACAACTTCCGGTAGTGATTTATAGTACCTCCCAAATTCTCCTCCTTTAGCACAATGAAACCACCTATTTCCAATAGACTCTTCTTTTACTTCCCAGAAGTATCTAAAAAAGTATGCGTCTTTCCCTGATTGAAAACCAACAACTGGTTTTGCATATTCAATTAATGGCTTATATGTCTTAAATATATCCCTAATTTCACTATCCATCCAATAAACAAAACTTCTACCTTCTATTAAATCAAAATCACTTTGACTCATGTGAAATACTCTTTCATCTTTTTCTTTATTGACTGCCTCTTTTAAAACTTGCATTTTTCTACTAGATAACTTTATATCATCTAGTTTTATATATTTACCTATTTTATTTACGTTAGAAGTCCCCTTCTCTAATATAAACATTACTGTATTAACCTTTTCTCCACTAATATCCTCAAATGCCTTTGGTCCTAAATGTACTAACTCTCTAATACATGTATTATCTAAAATCAAATTTCTTACTTTTTTATATGTTGTTATAAACATAAATGTGTTTTGAGTTATCATCCCTATAAAGCCGTTCACACGTGTTAAAGAAATACATCTTTCAATAAATACGGAATATAAATCATTATTAGAATCTTTATAAACATTATCAATAAAATTTTTTAATTTATCATTCATACTTCTTTTCCCCATATAAGGTGGATTCGTTACAACTACATCATATTGTTTCATAAATATATCCACTAATTTAACTGATTTTTTTGCTTCACTAGCAAACAACTGCCTTGATATATCATTTGCTCTAATAGCCTCACTATAAATCGCATCTAAACTAATCATTAGTTCTCTTTCTTCTTTTGAAAAATTTCTTTGAGATTTATATTCTGAAAAAGTAATTTCATTTGTTTCTTCTAATAGATTTTGTTGCCCTTTAGTTTGATTTTTCTTAGTCTTCTTTACCTTACTTAATTCTCTCAAAGCAATCCTATTTTTATATTCTTCAAATAATGGAAATAACTTCTTCTCTGGTTGGATAAGGCTTCCCTTTAGTCTAACATCTTCAAATTCCTCATAAATAATTTCTATCATTTTTAATATAGGCTTATTATCTTTATGTTTTTCTTTTAACTCTTCTAGTCTCTTTCCATTTAATAGAATAGCATCAGCACATACTAAGTTAACCGAAAGTTTGCCCTTAGTGTTTGTATTGAATCCATTTTCTTTTAAGGATGATTTAACCTTTATAAATAATATTAAACTTGTCAACTGAACTGCTCTTAAATCTATATCTATTCCGTATAAATTATTTTCAAGTATTTTATAAGGTATCTCTTCTTTCGTATATAACCCTTCCTCTACATACATCTCATAAAACAAATCAAAAGCCTTTACTAAAAAATGACCACTTCCACAACAGGGATCTAATAGTTTAATATCTTCTACTTTTTTATTTTCTCTTTTACCTTGTTTTATTTCATCCCATAATGAACCTAATGAATTATCTACAATCCAATCAACTATCCAGTCTGGCGTAAATAATTGAGTTGCAGCAGGAATGTCTTCTACATAAATTTTTTGCTTTTTATTGTAAAGTCTATCAAATACATCATCTTTTTCTTTATCATTAAAATATTGGTAAATCCAACCTATAATTTCATCTTGTCTCCATGAATCCTCATCAATATTTGTACATAAAAGTTCTATTACTTTTAATAAACTTGCACTTGATGGGGTTATAAAAGAATATTCATCCTCTGTATTAAATAAGATCTTTATCTCCTCACTGATCTCATTAAACATTATATTTAATAGGTATCCTAATCCACCATCCGTTTCATACTTACAAAACTCTCTAGCAACCTCATAGAATCTTGAATTAATAAATGACTTATTACCATATTCAACTCGAGGTACTAAAATCTCATCAATAAGTCCTCTTACCTCCATAACTCTAAGTGCTGCTAGGCGATTTAGATAGGTATATGATACTTCCTTAATATATTCTATAACTGCTTTATCTCTCTTAAATCCACCTTTTTCAAGTTTTTCAATTGCCTTTTCTATATTCTTTCTATTATTCTCTTGTTCCTCAGTTAAGTTTTTCAAATCCCTTAAATTGACCCAGTCTTTGTTTATATAGATACCATAATTTATTAAAACCTGTTCTATATCTTTTTCTAATATATCCCGGCACTCTAATATAGTAGACTTAATAGCCTTTTTTTGTTCTGAATTCAATGAACCCACCCCTTATTCGATCATTATGCTGTTCCCAGCACTAATCTCTTCCATTAATTGTTTCTCAATTCTTTTTACATAACCTTTTACAGATTTTGGGTTTCTAAGAAGCACATTTTTAGGAAAACTGCTTGTACTAATATGCTTAATTACAGGTTGTGGATCTTCAACCTCACTCTCTTTTCTTTCTTCCTCAATTTGTTTATTAAGATATTCATATAACTTGTTCATGGCTTTTTCATAATAAACATCTACTGCATCAATACTTGTTTTCATATCCCTAATAAAGGTTCTACAATTAGGACATGGAACTTCAAATTTAGAAATACTATGAGAACATAGTTTATCAGTCAATACACTTAATATATATCCTTTTGCTATTTCACTTTTTAGGTTTAAGAAACTCTTATTTTTTCTCATTTCTTCAATTTTCTCATTGTAAACTTTATACAGAGTTTCATGCGTTTTTATATATTCTTTTACATATGGGTCGTAGAGTTTATAAAAATTATCTCTAACATTAGGCCATGAATCTACAAATGATTCACTCTTTAAATCATTCATTATTTGAGCAAATATTTTTTCTTTAGTTTCTATATTTTCATCATTACGGTCTAATTCAATTATCCATACATTAGTTAAGAAATACTTCATTTTCTTATATTCTTTTAAGTTTCCATTATCAATAAAATTCTTCAACTTTTTATACTTTGATAGTAAAGGTTCATATTCTGATGCTTTTTGTACAAAGTTATTTATGGTTTCACCTTGTGTCTTTGAATTCAATATGGTTTTAAAAATTTCATCTAACTTATCTATTGAATCTTTAAATGCTAAATCATTGCTAGATATTATTTCTTTCATTGCTGAGATATTATTTCTATAGTCTATCAATACATTTCTTGTATTTATATATAACTCAACAAGTGTATCTTCAGATTTCTTGTTAAACATACTCATCAAAATATCCTGACATTTTTGCCTAGTGGATGCATCAACTACTACTGCCAATTTAAAAATTGCCTTTCTAAAATTAGGTTCATTTTCAAATATATCTCTTACTCCTGATTGATTATAATCAAGAAAATCTTTGCCTTCATAATTAAGTTCTATGTTCCCATTTTTAAATAATAACGCTGTAAAAAGGCGTACTGCTTCCGAGGCCCAGCCATATGGCTCATTATCAAATACACTTAACAAATCTTTGCCTACACACTGTCCATACTTATTTTTTAGTGTTTTTATTTCATTTAAAACTTCTTTTAATACAGCAGACTCTGCATTTACATTGGTATCCTGTATAAGATTTAATCCACTTAAGTCAATAGACAATTGATTTCCCTTAAAAATACTCTGAATATCTTCTTTTGTTATCTTGACTCCTACCGCATCAAACCTATGATATACCTTTGGTATTGCTAGACTAGAAATATCTTCAAATATGGACTTTAAATCACTTTTATTTGGTATAGGGAATTCCTTTCCTTGATATATATAAGTCCCATTTATAAAAGACTTTTTAATCTTGTCTTTTATATCTTCATATAATTTTAAATTTTTTTGTTCTTCTTTTCTTAAGAAATAACTCTTATCTTCGTCTGACCCCCACTTCCTTCTATATTCATCTATTATTTTATTAAAGATTAAATATTGCTGCATGTCTTCGTCTATTGTGCTGTCATACTTTGCATACCAATAAATATTTCTGCTATCTCCAATACTTTTCAAAAGATGCTGCTGTTTTCTTAACTCATCCGAGGATTGCATCACACTATTCAAATTAAGGCATACTAAACCTCTGCTATTCCTAACCTCATCATCAATAGTTATTTGTATATCAAATGGTCTAATATTTTTGTAATTTATTCTTGTTATAGTAAATAATTCATCAATTACTTCTTTTATTTTTTTATTTACATCTCTAACACCAATTTCTTTTAGTCTTGAAATGGCTTCTTGTCTAAAACTCTGTTCCTCAGGTGATATAAACTTATAGTTTCCGTGTGCATCTCTTTCTACATAGCCATGCTTATATAAGATATCTAGACTCGATTTAACCCTTTCTAAAGTGTCAATAAAATCAGCATCTACATTGTTAATAAGTAATTTTGCAATAGTATCTACGTCCTTTTGTAATTTATCATCATTGTCTAATAAATAAAGCACTTTTAAAATCTTTACTAATAATTCTCCATTGTTTGGATCCAGTTGTTCTGCCTCTTTAATGCTTATCTGGATTTGATCGTCTATAAATTCTTTTGCTTGTTCGAAGAACATATCTAAAGTTACTAATTCACCAATATTCTTATCTTTCATATTAATATTACTGTCAATAAGAATACCTTGAGTTGCTTTAATCATGCTTCTATTAGTTCCGCCTAGTTTTTTGTTAACTTTTGAATTAGAGATAACATTATAGTAAATAGGCTGAATCAACCTTATATGGTAAGGCAGAAAAGGATAAGCATTTATAAAATCTTCTTTATTTAGTTTAGGCATATACTTTTTGAAATCTTTGAATTCTAAAATAGATGATAACTTTCCCTTATTTCTCTCATATAATCTGTCTATATCTTTTATTACTTCTGGCTTTTTCTTTAAAACTCTTTCATTTATAACCTTGTCTAAGTTTTCTGGAGTTAAATGTATTCTTACTTCAAATCTATCGATTACTTTGTTTACCTCATCCTCAGTCTTCAAATACTGCTCTGTTAATTGTTCCAACTTATTCTGTGAAGATACTGCAATCCAAAGTTTCCCTTTGCCCTTTCTAGCAAATGTACTTTCTATGGCTTGTAAATATCCTATTACCTCTGGGTTTGCTGATATATACTGCCCTATTTCATCTACGATTACAAACAATCTATTATTTAGTCCAGTTTGTTTATCTAGTTCTTCAACATACTTCAATAACTCATCTGCCAAAATTGACGCAGAAATACTCTTTCCTCTCTGAAGATCTTCAATATAATCCTTCGCTACTGATTCAGTAGGAATTTGTTCTGGTAATACCTTAACTAATGCTCTTTGAATATAGTTTTGGCCTATCCTTGTTGGCCTAATATCCTCCCATTTCCTATTACTTATTTCTTCAATGGTTTGTACAAATTCTTCATATTTTCCTTCATCTGATAATTCTTTCTCCATCTCCGCAACCCAAAGTTTTCCTGTATAAAATCCTCTTTTACTTAACCATTGTTTATAAATAGTTTGTTCTATAGGTTCAACTTTACCTTCTAGTTTTGCTGCTTCTTCTAAAATATCAAACATTACTACTGTAGTTTTATAAGACTCATTTATTTTTTCTATATATTTTTTTAAAGTATTAGTTTCGTCTCTTCTGATAAATATATCTGCAGCAGTACAATCATCAAATTGATGGTTTTCTAATAGATAACCAAAAATCTTTAAGAAATGTGATTTACCTGAACCAAACCATCCTGAAATCCAATATCCTACCTTGTTTTTATCATTAAGGTATTTGTCTAGACATTCCTTAAAATGCTCTCTTAACTGGTCTGTAATAACATACTCTTGTAGTTCCCGTTTAGCCACATTAATATCGTCTTCCTGTACTTTAATTACTGGATTTATGTATCTTTCTATAGAATCTCTAAATAGATCTTTAATCAACATGTTCTTAACCCCTTCCTATATTATTAAAGCCCTAAGGGCTGTTTCTTTATATTTGTCTAGTAAGGTTACTGAAAAACTGTCATAACTTCCTGGATAAAAGAAAACTATTGGAATATGTACCCTTCCCTCTAAATAAGAAAGTAATCTTATAAAATTAAAATATACTGCCGTTGCTCCTACCCTAGTTACCAATATTCTTCCTTTAGGACCTATTTCTTTTGCCTTAGATATAAAGTAATACCTTACTTTTTCTAATAAAAACTCACCTAATTCCTCAACCATGTCAATGTCTTCTTTTGACCTTTCTAATTCGATAACGCCATCTATGGTCTCATACTCTTCTATAAAGTCAAATATAAGTTGTTCCATATTTATTAATTCTATATGGTATGATTCTATTTCCTGTTGTAATTTGTTTATTATATATATAACATCTTTATGTTCTTCTTTTTTATATGGACAAATGACAAAAGGAACTCCCGAATGTCTCACCCAAGCAAGGTTATCATTGTTAATTAACTCTATTAATTTATTGTATTTCTCCATTAACATAGTCATCTATTATCTCCTTAATATCTTTATATTTATATATTAAAGTTCTAGATTCATCTCTACCAAAATCTAAGACTTCATTTCTATATGCCTCTTCAAGCAATATATTAATGTCATTTTCTAACAATAAAAATAAATGGAAATCCTTGCATCTATATACATCTTCAATAGTTTTAATGCTGTCTCTATTCATATATAAAACATAGTAAAAAATAATTGAAGGAATAAATGGCTTATTAAATCTAGGTCTTATCCTACTATTTATAAAACCAAATTCCTTTAATACTCCCATCATACCTGAACGAACATCATTTATGGTTCTTTCTGACCATTTAGATACATTCTCATCTTTTTTAGCAATATCTAAAATAAACTTTGTAGTATCTGCTGAACTTATCCCTAGAGAGCCATTATTATATTTTTCATATACTAAATTCACAATATATTCGTATATAATTCTTTCTTCTTTACACAAATAGTAATATAGAAGGAGATTAATAATACTATCTGAATCAATTTTTTTCAAAAAATAGATAAATGAATTCTCATTATATCCATCTAATTGATCATATAAATATCTCTTTCTTAACTCATAAAATATCGTTTCCGCTCGCCGTCTTGAAGTTTTTAATATTAAATTATTCTCAAGTACCTCTTTTCTTAAAAGTTCTAAATCTTTTAATTCAAGGTACTTTTTTAATATTAGTTTTGCATCTGGTAAAACAGTACCTACTACTTTAATGCTCGCTCTGTAATCCTTTGATATCATTATATAGCCATCCTTCTCTTATAGTATGGAATTACAACTCTTCCTATGGTACATAAATCATAGATTGATATAAATGATTTTATTGTATCATCAAAACTTTCTTTATTCCTATAAAAAGTTTCGCTTATGCTGCCTAATTCTACGGTCTTTTTATCATTAAGAGTATAAACTGGAAGTTTAGGTAGATTAAAAAACTCTCTAGCCCATGGACTTGTAAACTTTTCTTCCTTAATATTTTCAATCATATCTAGTACTTCTTGCCAACCATCAGAATTTGTAACTTCATTAATAAACGGAGTAAATATTTTGGATTCAAACTCGTATCCAAAATTAAACAACGTAATAAATCTTTTTTCAGGAATTTCTCTATTCTCTTTTTCAACAATAATTTTCCTTGCAATGTCATATCGCTGTTTATAGAAAGTATTAGGGAAGAATTTTTCTAAGTTTCTTCTGCCTACTTCACTTAATATACAAGATTCCCACCACATGTTATTATCCTCTTCTCCTAAGCGAATAATAGTTAATCTATAAAAAAGCGTATCTGCTAATATCTCTACATTAACTGCTGATTTATGTTTCTTCGCTAATTCATAAATTCTTCTTTTTATGTCTTGCATAAAAATCCCTCCAATCTGCAATGTACTAATTATGATTATACCCTTTTTAATAAAAAAATTCCAGCAATCTTTTTTTTATTGCTGGAATTTTTAAAATGACATTTTAATAATCACCAAAATTACTCTTCTTCATATAAATTCCTACGATTACAGAACATTAGATTTTTTACCTCCTTTATTCTATTTTTTTCTCCTTTTTCCTTATTAAATCTATTTTATTTATTTTTGTAGGTTTTTCATTGATTTAATTTTATATTTATTTTAGGAGCACATCGAAAATTGAGTAAAAAAAATAACCGTTTTACGTTTAAAAACAAAATGGTTATTTTAAAAAAGTCTATTTTAACCGATTTATACTGATTTAACCCTATATAACCCTGTTGTGATTTTATATCAATTTCTTTCTATTTCTTTTTATTTTATTCTTTTTATTTATTTTACTTATAGCATAGTCATCCTCTATGGCGATTTTTTTCGGCACGAATTAAATAATTTGGAAAATCAACTCCAATATGCTTCAGAAGATTAATAAATGTTAGTAATAGCCCTTAACAGTTTATGTCCATTAATAACCACTAACAATGGTTATTAACTATTGTTAGCAGTTATTAACCATTATTAACCGTTATGAAACATGTTTATATAAACTTATTAAGATTTAATAATGGTTAACAATCAGTAATAATGGTTAATAATGATTATTATTGGTTAATATCTGTTAATAATTGTGGATGCACAATACTATTACTTATCTGTTTTTTCACCTTCTAATGCTACTTTTATCAATCTAATTAATGATATAGTTGCCAGACCAAAAATTATTAAAGATTTATTTCCTAACATATTATAAAGTTGTATGGAAGCACTTACTATAAGGAAGATTGAAATAATAAACGTTATTATTAAAACCTTGAACTAATATCACCTCCTACAATCACACATGTTCTTGTTGATGTCGCTATTTTTACGATATGAACGCTTGTTTTGTCTTACATGCCTGATATGCCATAATCCTACTATCCTTTTTTAATTCAATGACTAAAAGTCTTCTCCAGTGTATAAATTAAACCATAAAATTCTCCAATATTTTAAATGGCTTGGTATAGTTTGTCCATTGGGGAATATTAGTATTTTATCCTTTTCTATAAACCATTTTTCTATTTTTCTCATCTCCTTTTTTTGCTCCATTATATCATGATCCTAATTGCTATTTCCGCTCCTAAATAAAAAAACCGGCCTGTTAATGGCCAGTTTTTAGATTCTGTCAAATATTTGGAAGACCTCATCAGGTATTTGACTTTCTTCTGTAAAATAACAATCCTTGTCTGCCGTAAGATTCATATCCTGCAAAACTTCTCTAAGTGCCCTTTTAATCCTTTTTAGTTCTTTCTCCTCTTGGGTGACGCCTTCATAGGCTAATATGGCTTTGATAATATAGGCTGTTTTCTGTCTTTTTGACCTGATAATATTGTAAGCAATCCGATCATTTTCTCTTTGTAAGTTAAAAGATAAGTTCAATCTTTTAATTTCATCCAAGAACATCACCTGTCCCTACTAACTGCCTGCTTTGCTAAAAGTTCAAAGCCTTTTACATTTGCAAAACTATCTAAAACTTCCATGTATCCTATTTTAGGACTGTTTTCAATGTATTTCTGCAAAAGCATTGAACCTCCTCCAACAAATATAGTTGGATTTATTTTCATCTCAAAGCCATACTCTTTCAATTTATCCAATAATTCTTCAACGTATATTTGTGTTTTCTCTTCAATTAAGGATTTGATATTTTCATTCTGAAAAAATGAGATATTTTCTCCTAGAATTGTATCTTCAATCTGTTCCTCATGTATTTCTATCCCTAAAGAGAGGATATCCTGTTTTATTGAATTTAGTAGAGTTACAATCCCAGTAGTTAAACTAATGCAAGATTTAATGTTCAAAAGCCCTTTTTCAACAGTGAAAACATCAATGGTATACCCACCAATATCTACAATATTAAGTCTTGATACATCCTTATAGTGGTTAAAGTGAGGCATTATTGCTGCATAGCCCTGGGGATATACATATGCATCTTTAATCGACACTTCATATTGCTTCTCTCCAAAGGTAAATGATACGTCATCCCTTATAAAATACTCCCTAAATTTATCCTTTTGCTTCCCGTAATACATAATAGGCAAGCCACATGCTAAAATGATTTCTCCTTTTTTAACCCCTTGATACTTCTTCTCTAATACTTCTGCAATGGCAGGCAATGATAGAATAAAAAAGTTGTCATTTACAGTCTTATCAAGTATTACAGGAAACCTTTCACCCGAAATGGAGTAATACTTGCCTTCAAATTCCAATAGTCTTTCTTTTGTAATAGGCATGGTGCCTGAAACTGTGAAGCCCGAATTATACTGATTAACAATGCTCTTTATTGCCTTATTCCCGTGGTCTATTCCTATAATATAACCCATAGATTTTCCCTCCTATTTTTTTGATTAATGGTTCCCCACAAGAACTTGCAATAACATTTAGTTCCTGTGGGGTTCTTAATAATAAGGTGTCACCTCCTTAAGTAATTACAATGTCTTTGTATCCTCCTTTCTTGCGTAAAATAAAAGGAAAAATGATTACAGGTTTAGAACACCCGCAGCATTTTCCCTAACTATCTAGAGTAAATAAAATTTGTCATGCTATATTTGAACAAATGATGTTGGATTCCTTGTTTTTCCCTAAATTTTTATCTGGTTTTTTCTTTCCAAAAAGTAAAAACCCCTGCATTGTTTTCCGGATTATCTGCCAAAGGCATCACTACAAAAACAATCTGCAGGGGTTTAATATCTATATTAACTTTGAAAGGAGAGTGTTGCTCATATTATAGCATGCATCAACGGTAAATGGAGCCCCAAATATTTACATATAATCGTTGATATCCTCCATTATCTATGATAGGATGATGTACACTAAAAAAATAAAGGAGGTATGTTTTTGGCATTTCCAGTGAATTTAGAGGATTTGCAAAATGCTATACTCAATAGCAACCTAACTGAAAAAGATTATGATTCACATGATTTCTTTATCCTAAAAACTTGCATTACCTTATTATCATCTATGCAGGATTTGATAGATCAGATAGAAACAGGTGAAGGCTTCTCTGTCCATTCTGAAAAAGAGTGGGCACAGTTTATCAAGTATTATAACAAGACTTATAAAAGGGCGAAAAAAATCTTCCATCGGTATTTGAAACGATTAAAAATCGATTATTGGGAACAAGAAGAACTGGTTCGCAGTATATTATGGGTTACAAAACTTATTAATTCTGGTTTCTATGATAATGATGATGAAGATGTGTATTTCCACGCCATTATTCTAAGCGGAAAATTTTTCACTTCAGTTTTTTACTATAATTATCTCATTAATGAGGCTTGTGACAGAAAGATTAACTCACCTGAAAGCCTTTTAAATACTAGAAAAAATCTATCTTCCATCAAAGACGAAAGGCTATGGATTGAAAAAACCTATATTAAGTTGAAAGACATGGAAATTGATGAAGTTCCTGAAGAAACAAAAGAAATGTTGTTTGCTCTATGGGATCGAACTTTCGATTTTGTACAAGAACTAAAAAAATGTTTTAGCAAAACTGAAGCCCTGAATAACTAATATAGTCCCCTGATACCTTGGGGACTATATTAATTCCAAATAATTAAACTATATTCCTATATATTCTTTTACCTCTCTTTGTGTTAATGAAATGAACTCTGCTCCAGGAACGGGATAATTACTTAAGACCAGAACTTTACAAGGTTCCGTTATAGTTCTAGCCCTTCCTACAGTTTGGACAAGTTCAGACTCTATCATATAAAATTGGATTTCCCGTAATAAATCATTGCTGCTGTAAGTATTGAAGTAAAAGTTATAGTTTCCCCTTGAAACAGGCTGATACATTACTTTGCTTTCATTTAGCCTTACATCAAGACCCAAAGCACTTGCAAATAGAAGATAACTATAGGGGTTAATATGGGGAGTCCCTATTACAGTGATATTTTGTCCTTTTAGATTATCACGCCCCGCACTATTCCAAAATGATATGCTTGGTTCACTTATATCATTAAAATAACCGCTGTAAGTGATAACCTTACTATCGGGGTTATATCTATTTATTAAAGCATTTGCAATATCCATCATTTCTTTTTTATTTCTATGAATAGATAATTTACTAAAGGCCCTTATAGGAACTTGCCAAATCTCTCCTATGTGTTCCACATCCCCAATATCATAAAATTTCATATTTTGACCGAAAACCATTTTATAAATCTTTTCATTGGCAGTTGCACTAAAAATAATAACCTTTTTATCAGGCAAATCTCTTTTGTTTATAAAAAGTATCTGCTCATTACCATTTCTCCCTGTCACTTTGACAAAATGACTTGAGTTTAAAAACCCCAGTATATTTGTTGTTATAAGGTCATTTTTTACAACTAATTTTTCAATCTCTTTTGCACAAAGCATAAAATAATTCGGTGTTTTTAGTACTACTCCTTCAGGTGTTTTGGTAATTAACTCAAACATAAAATCGGTTAACTTCTTTAAAGGCGAAAATTCCGGATCTAAATACACCAGTTGGCTAAGTATAACCATGTCTTGTATTGACATAGATGAAATTGGGAACATTCCATTTAGAACAATATCTTCATCTATTATTAGTGTATCATTAAAGTCCTTTTCAAAAAAAATTCTTTGGTGAGTAGTTAAGATAGTTTGGTTCTCAGATTTTTTTACTCGCCTCAAGTCCTTAATATATTTTGCTATTACTTCATTTTCCTTTGCTAATTGTCTTAAATACATATTTGCTCCTTTAAAGGATCCTGTATCATAGAGCCTATCTAACTTATTGCGTTTTTCAGGTTCAATATCAGGAAGTTGGGGGACAGCATAATGATGTACTCCTGCTTTTGCCAATCTGTCGCTTACCTCATCCTTTAATTTATGTGTAGGTACTGCTATCGTCAATTTATTATCTATACTTGCATTTATGTATTCTTCAGTTTTCCCTAACCCTGCTGGTGCCTTTATAACATAAATCCCCTTTTGTGGAGAGGCAATTATTTCACTAACAATATTGGATAATTCCTTTCTTGCCTCTTCTATACTTTTAGTTTTTCTTTTACCAACTACTTGAATTCTTCCCTTGAATAATTTTCCTTGTTCTATCATATTAATTCCATGTTTGCAGTCTTTAATAAATGGACAATAACTTTCGCACCTAGAAGGAGCATATTTACCCTTAAGAATTTGATTCTTCATAACCCACCAACTATAGTTTTTCACCTTATATTCTTCACGGCTGTTTAGAATCTTATCTACTTTCGTTACTCCACCTTTTATTTTCAAAAGGTTGGACATGAGGCCAAACATTTCATTATGGTGTAACCAATACTCGCCATCTATTGCTTCCCGGTATAATCGACAATTTTTATATAGGTTTTCAAAGGGGTAATCCTTTATAAGATATGTCTCAGTATTTTCCTTCTTAATATCAAAACGGGGGGCAAAGTCATTTTCCTTTTCAAAAAAACAATCCTGCGTATTATTGTAACAGAAATAGATTACATACCCCATATGACTAAAAAGTGTACTTTTATATATATTATTAATAAAAGACTTACACTTTTTAGTCATTGATACATAAACATTGCTATCATTAATTTCAGGCATATCTTTTTCATCATGAAACGTAAAAAACTTTGGATAACCATTCTCCATGTCAATACCAACATCTCTGCAAAAATTATACATGTTTCTCGATGCATTAGTACTATTTCTAATTACTGAACATGCAGCAAATATAAGATTCGGTATTGATTCTACATATGAAAAGTTTTCATAAATAACTTCCCTACCACCGTATATTATTCTCGAAGGATCCCTTGTTTCTGTTTTGGACTGTGGAAAAACTTCCAACAGTGATCTAATTACTAGGTTGCGAACCCTGATATCCTGAATCACCTCATCCATAACGAAAACCATTTTAAACCCACTATCTGAATTAAAGGGCGTGTATATAAATGAAGGAAATAGATTTACCCTTTCACAAGTATCTAACACATTTTCCAGCGAATCATTTTCAATATCAACAACAAATATTTGTTGACTTATCCAGTTCTTAATACTTCTCTGCCCATCCTTAAAAACCGATGGTGAATAAGTTTTGCCATTTGGTATTATTATGCTTTTGGCAAAATCCTTTACAGAAATTTCTTTGACATGACATCCAATTCGTGCTGCTATTTTTGCAATCTCTTCTTCTGTCGGCTTCTTACTAAACTTTTGAGTATCTAAACATAATTTAATCATCATTTTCATGCCTCCTTTGTTATTAAACAAAGGGGCATGCTGTGTTTAAGTATTTTCGTATGTGTTTTAAACGTGCTTTATTAGGATTCTATTTTTATATTATATTAAGTCTTTTTAGTGATTTTATTGTTGCCCCTGATTTTATTTATTCATAAGGTTCAAATCCTTTAGTTTCATATCCATAAGGATTGCAGTATTTGATACGTCTTCTCATCTTTCTTGAGGAAATCATTTCTCCTGTATATGGATTAATAACTCCCATTTCATCTCCTGTATAGGGATTTATTTCGATATAGTCATCTCTAAAATAGACATCCATACATGGCTCTTTACGGCCATTTTTTCTTGTCATTTAAGTCACCTCCCTTCTTATATTGGGGAGGGCTTTTTATAACCATTTGCCCTCCGACTTACATATTCCCTTCTCGCAAATCTCCACCATCTGCTATATTTGTTGATTTGCATATAGGAGATTCGCATATTTTTCAGAAAATCTTTTTTTAATTGTGTCATATCGAATATAAAATAGAAAAGTGTGGATAAACCACTTCTCTGCTTCATCTAACTTGGATATCTCAATTTCAAATAATTCCTTTGTTTTGTTAATAGCATTAGTCAATATTTTCCTTTCATCTCTTTTAAACTTCTCTAATGCTTCTTCTGATATCAGATTAGAATGTTTGTTTATAAAAAATTCTACTAGACTCATTAAGTCTAAAAAGTTTTCTGTTCTTATCATGGTTGATCCAACTTCTTGTATGTGTATTTCTGCAACATACTCAAAGTGAAAACCTTTTATAGTTGTCTCATCAATATAAATTGGCATTACAAAATTATTTGCATACGTTCTCTCAAGAATCGTTCCATCAAATGAATAACACATATTTCTTCTCTCCTTTCTTAAAAAACAAAAATACTAACAGGAAATAAAGCCAAAGATTAAATATCCTTTGACTAGGTTTGCTCTGTTAGTATGCTTTGATTTTTTGTATTCAGTTTTTTCTTATAAACAATTTTTAACCTAATTATCCTGCTTTAAATTCAAATAAAACTTTGCCAATAATCCTTATGCTTTTAGTATCAGTTAGAACAATAGGTGTATCATCTTCTTCCCTTGAAACTGCATTCATAATATCAGTTAAGACCATGGTTTTTTCCTGATAATTATATTTACCGACGTATATTGCATCACCCCTTTCAAAAAGTATTTTATCTTTATCTTTGTATTGTCCAAGATTAACAAGGTAGCAGTACTCCTTATCATCAGGCTTAAACCACACCACTTCACTATCTGGTTCTATTTCTTCCTTTAAAAGGCTAAAATCAAATCCCATATCTCTACCTGTTATTGGTCCGCTATTTAGTGCAGTATATAAAGGCAACTTCCTGAACTTACTTCTCACATATTCCCCAGTGGCTAGCCTAAGGTTCCTTATTTTTTTTAATCCGTAATAGGAATCCTCGGTATAAGGGGTTGCATAATCTGGATAGATAAAGTTCTCCCCTAATGCATCTTTTACGTTATTTAGTAGTTCGTCAGTTAAGTTATCATTCAAATTTTCCTTATTGGTTTCAAGGAAGTTAATAAAAGCATTAACCTTTTCCTCTTCCATATCATTTACTTTCAGTAATTCTCCCAAGTATTCCTTAAGAGTATTGCAGGCAATTATATGTTTTATATCTGATTCATCAAGGATCCCTATTTGGAAGAGTAAAAAAGGATAATTTATGTCTAGTATTTTGGCTATGATTTTTAAGTCCTCGTAATCTGGAATAATGTTGTTTTTAAGCATCTTGCTGATATAAGATGGTGATTTGTTTAGTGCATTTGCTAAATCAATTGCTTTTATATTTTTTTTGGCTATCTCTATTCTAATAAATTCACTTAAGTCAAAACTCATTATCTATCACCTCCTTGAGTATATAATATAACAAGTTTTACTAATTGTCAATTAATTTTATTATTATTTTATCAATTATTTTACTTTTATTCATTATTATTGTTGACATTTAGTAAATGTTGCTTTATAATTAACTTATAGTAAATCTATTTTCTTTTGTTTTTGCATATTAATTGAATTTTAGTAAATTAAATAGTGTGATGGGAGGTGTCTACCGAAAATATAGTTTAAAAAAGTAAAGGAGGTTGATAGATACCCAAGATAATGTTTTATAAAAGGTAAAAAAAAGGCCAAGAGAAATCCCAAATTTCTCTTGGCTAATGGATAGTAGCATGGTCTAAACTTCTTTTTGTCCCCTTCATAGGTAGTTAATGAAGGGGGTTGGTTGTTTTACTTGGAAGTTTTCTGTTGTATGCTTTGTTTTTTTAGATAATCATAAACAGTAGTATGGCTTGTCCCCATTAATTTTGCAACCGTTGGCACGCTGTTATACTTTAATAGCCGTATTAATTCCTCTCTCCAATAATCCCCGAAATCCACAATCCGAGAATATCTATACTTGTCTTCTTTTTTCGTATCAGGTCCACGTCTCAAATATGAAAAGCCACAATTCGGACAGGTAAAATATCCTATTGGACTCTTGGTTTTATAATTATTTTTTATTTCTACATTCTCAATTATATGTTTTTTATACTGTTTGCAAACAGGATTTAAACACGGATATGGTCCTTTCCCAAAAGGTAGGTACCCTACATTTTGATTAAATAACACTTCTGGTGATAGACCTAAAAATCTCATAAATAATATATGTTTTAATGGATCTTCGATAGTTGCTTTATTCCATCCCATTTTTAAAAGCCAATTACTGTTATTAGTCTTCCTAATTGTATTGTGAGTCATCTGAAGTATCTCACTGCCCCAAAAGGTTTCAAAATCAGTAATAAGATTTTTCTGGCGTAGACCTCCATTCACTGTAGTATACTCTAATATCTTTAACTGATTTAGATACTGCTCTTTTATGTTTGTTTTAATTTCAGGATTATTCAAAATCCAGTTCATATCCTCTGCAATAATCAGTAATTTTTCATAGGTCTTTGGCTCATACACAACCTCAGTTTCAACAACACAGTTTCTTTCCGTTGCTGCTATATATTTATATTTATTGTCCTCAAATGATACACTGCTATTATAAATAGGTATTTTATGGTGAGGACAAATATAGATGCCTCTTATCTGATGAACCCTATGCCAATATAATTCGCCATATCTTTCCATATCTTCTTTATTGCATTTTGGACAAAATCTTAGAAATTTATTTTCAGCCAGTGGGTTTATTATTCCTGTTATTTTGTTGTATATTTCAACATCCCCATGCAACATATACCGTCTTATTATTCCCCTGTTCTCAAGGCTTAAAAAGACTGTATAATACGGAAATAAGGTATGTTCAAGTATTAGCCTATCTACATCAAAAGGACTGTTTAAGGGCATATTTCGGACTAAATTTGCTAATAATGTTGGGAATTCCAGGCTACAAACTATACGCTTTACATTAAACAGATCCCTGGCAGTTTCACTTCCATTAAAATTTGGAGTTTTTTCATGATATCTGGCAAAAACACTATATAGTATTTCATCTGGATACGGTGTAGGAAAAAAAGTCATCATATAACTTCAAATCCTTTAATTAACCCATGATTTTTCAATATATCATAAGCAGTTAGATCTTCCTCCTTATTCTGCACCATAACTCTAATATCATTTTCTGCACTTGGAGGCACCTTCTTGGTTCTAACTTTCACTGGCTTTTCATTATTTTCTACTGTAGGTGGCTTGGATGTGGTAGGTATTACAAACCTATTCCAATTAGGCAATTCATAACTTAAATCAATGTTTCCAGTATATATGTCAGGATATTTTACTATTTCCATTACATTACCTGTCCTTAATGCATTTAGCATTGGCTTTACCAGCCTTAAACTTTCGTCAGCCACTTGTTTAATTAATTCAGGTGTTATTGTCTCAATCCCGCTTGAAATTGCCTTTGTTTGAGCAAGGGCATAAAGTTTCACTGTTATATCAATTATTCCTTGGGATTGATCATATAGGGTCTCTATTAATTCATCAGTCAGAGCAGTAGGCCTTTTCGTCCATTGATAGCCCCATATTGCGGTTACAAGTAGTTTGAAGTTAATATCATTATCTAACCTTTCAAATACCAAATCCCCTTGCCCTGAACCCCTTCTTGCCTGTCGGAACTTCCCTTGCAATACTCCCATAGCCTCAGGAGTTCCTATTAATAATACTGGTAAGCCAATAGTATTGACTAGAGTAACAAAAAAATTCAGCATCCTGTCGGCTCCTCCAGACTTAGACTTGCTAAGATTTTGTATCTCATCAATTACTAATAACCCTAATGAAATACTTTTAGCAATATTGCTCATGGCAACGAGCATATTATCCACTGAAAGTTTACCACTACCAAATCGTGAATAATAGTCTGTCCCTAATATCTCATCAACCTTACTAAAAAATGATAGACAAAGTCCTTTAATGCTTCCATCGTAAGAGCATTCAAGCCTTAAATATACTACCTGATATCGTGAAAGTGGGCTATCTTTGTATTTAGAGTGAACGATTACTTGTGGATACATGGATAATATTCTGTTCACAACTGTTGTTTTCCCCATACCTGATACTCCAAGTAAAGTAAAAGAGCCTGCGGTGCTGCGATAATTGTTTGAAACAAAGGACTTATCCAATACATTTCTTGCTACATAACCCTGTCTTATAACTCTACTGATTCTACTTTCTAAATCTAAATGTATCGCTAGTGGCTGAAAGACATCATATAGACGTCCCACTAAATGGGCTCTGTATTGATTATCTAACTGTCTTTCTTCTTTATTATAGGGAGGAAAATTTGCTAACTTTGATACTACCTCTTCAGAAGATATGATTTCAGGCAATGCCTCTATAAATGGATTACCTTTATATTCTGAAATAATCTGCTCTTTGTATTGGGCATTATGTATCAAATCCAGCACGATCTTTTCCCTCCTTCTGTGCCTTTAATAGTAATTCGACCAAATTTTGCTCGGCATCACCATAGGCTTTTTCTTCAACTACTATATTTGGTTCTTCTGGTCTTATTTCGATAATATTTTGTTTCCTCTCCTGCTGCTTCTCAAAATGGCGATTATCTCTGATATTCTGAATGCGTCTCTTTTTGCTTATGCCTTCTTCAACTTCATTTTTTGTCTCTTCTTTTGCCTGTTCAATGATTTCTTCTATGTCATTTAATAAGTCTATTTTATTTTGCAATTCTACTTTTTTTGAGGCTTTAGCCTGCATTTTTTCATATTCCATTAGATATGTTACTTCTTCAATGGGCTTTTCTTTGTATCTTGACTGGTGTTCTAATAAAAAACACTTATCAAATTTTCTCCCATCTTCATATTTGATATAAATATAACTCATATCCCTTGGATCATATGATATGTCAACTTTCCAAGATCCATTGTTCCTTGCTTTCTCGAACCAACGTTCTTTTAATGAGGTTTTAGAACCAAAGAGCATCCCTTTAAATTTAATCCCATGCTGTGTCACAGTTGCTTTATCTTTTGGCAGTAGGTTTAATTTCAATAAATCTTCATCAACAGTTCTTAACCTTCCTGTTCTATTAGCAACACCCCATTCCCAGATTAACTTGGGTATAGGTTCTACACCGTCTGCTATCATATCTTCACTTCGGGTATAGTTAGATAAATAGTGATGATTATTATGATACAATACACATTTTATTATGATTTGAGTAAACTGCCTTAAATCAAGGGTTGCTGAAAGTCTGTAATCTTGCTCTCCTCTTTCACGGTATTGACTTTTAATTGCACCAGGCATGAAAGGCTTGGTATGTTGGTTTATAGTATTAAAATACCTCTCTATAATCCCCTTCATGTCACCTCTGTAAGGGCTGGTATTTAATACTTTTATTCCAAATGCTGATATTAATGACTCTATGTTTTCCCCTTCCAATTCTCCTCTATCGGCAATAATTGCTTCAGGCAGGGTGCTGCAGTAATTCCACTCATCATTGCCAATCTCTATACCGTACTTCCTGCAAAAGGATACTTTATCTGACGCAGCATTAATTAATGCGATACTGGCCCCAATCCAACTTGGACCTTCCAAAGATATATTAATTCCTACGACACAACGTGAAAATACATCCATAACAGTATATATAACGGGCCTTCCTATAATCCAATTTCGATTATATTGGGATACTAAATAAACATCTCCTACTGTTGCATCTATTTGAAATATTGCTCCCGGTCCAAATGCTTCTTCAGTAGAAGAGCCTGTTAACCCCCTATGTTGTAATTCATATCGCTTTGCACTTTGCCTGGTAGATACTTCTTTTTTAATGTTTCTCTCCTTATTAAACCAATACCTGAATTGTCTTAATGTAGGAATGGCTTCATTTACTATTCCATTATCACTAAAGTATTCCTTGATCATAAGTTCATAGGTTAATGTTAAAGTCTTTCTTGAAGAATTGTAATAAAACCTATTAAGTGCTGTATTAAAAATCTTTATCGTTTCGGGTGTAATGACAAAAGTATTATTTTTTTCCTTGTTTCCTTGTTTCCCGCCACAATTATGATAATCAGGAAGTAAAGAGTTTTTGTGCATACCTCTCTGCCAAAACCGTTTTAAATATCTCATTACAGTTGCTTCATGCACATTATAAACGTATTCTCTGACAAGTTTAACCCTCTCTCCGGCAATGTAAATGTCAGGTTCAATAGTAACAATGTCTTTAATGGCATTGTATGCCTTATCTCTTATGACCTTATGTTTAGGTGGGATAGCCTCTTCATCTTTGATAATCATATATGGTTCATTCTCCAAAACATGTATAGTGCCATCATTTAGCCCACTCTGAATAAATGTTTCTGAAACTGTAATAGGCATTGAGTTACCATAAATATCAATTAGATAGATGATATCTTTATAGTAATACAGTATTCGGTAATATATTTTGCCTTGACTTGTTTCGTATAAGATTACACTATTGATTGGAAGCATACCTAGCACCCCAATCATGTCGCTGTTCGGCCTCTTTGACCGCAATCTGCTCATTCTTTTTGACCGCTAGTTTTGCTCATTAGCCCTGTCCGCAGATGTATACGGACAGGGCATATTAACTACCAGTTCAATTCTTCCTCAACAATAAGCCTTACCACATGATCGTCTATGATTTTTTTCTGTACCTGTGCCCCATGTAAAAGGCAAGCTGTACACGCCCGGTTGATTTTTCGCGGTACTCCATGAGAATATTCATATATCTCGTCTACCGCCATATCCGTAAATATCTCCCGGCTTTCTCCTGCATACTCCAGGTGCTTTCTTATGTATTCACCGGTTCTTTGCCGATCATATGGCATCATATGATATCGGATATCTATTCGCTGGCATATTGCCTCATATATCTGCTTCTTCAGGATGTCCTTCAACTCACTCTGGCCTACCAGGATTAAACTCATTGGGTTATACGAATCCATCCTGAAGTTTAGTAAAAACCGGATTTCCTCCAGCATCTCCCTTGAAAGTAGGTGTGCCTCATCTGTGATGATTATAGGAATACGTCTCTGTATTTCAATCAGGTTGCTGATCTCTCTCGTTAGTTGTCGTTTTGCATCGCTCCTGTAGAATTTCGCTTCACATCCCAGCTGGTTCAATACTTCCCAGTAAAAATTCCTCGGTGTCAACGCCGAATCGCTTATGTACATTACCTTGTACCGGTTGCTGTCCAGCGCCCCAACAAACTTCCTTATGGCTGTGGTCTTTCCTGTACCAACATCTCCCGTTATCACTGCAAACAACCGGTTCCGGGCCGCATACTCAAGCCTGCTGCAGACCTCTTCCAGCTCCGGATTGCTATACAAATGCTTCTCCGGTATATCCCGGGTGAACGGCGTGTGCAGAAAGTTGTAGTACTGCTCAAACATTTCTGTCACCGCCCTTCATGCTCCTGAAGGTTAATGCTCCGGTCTGCCGTTTTTGCCTCTTTTCATTCTCGCTCTCATATATTTTTAATAGCCGTGAATGAGTCGCCGATTTCGTTGCTGGTGTTTTTTCAACCTTTGAGCAGTATTCCCCAACCTTCAGCGGGGTTGCTGTCTTTCGGCGCTCACCATTGTACCATATCTCCAGAAGGCTCATATCAAAAGGATCATACCGCACATCCACTTTTTTGCCTATGTATTCGATTCCGGCTTCATATTCTATCCCTTGCAGCTTGAAACAGCCTGTGTTGTCAACTTTCCTTGTATCTTCCCATAAAAATGCGTCCCGGCATTCTTCAGGAGTTGCAAACCGCACCTTCTTTGGATCACTTGCATACGCCTGCGATGGAGAAACCCCTTTTAAACTGCTATGAGGCTTCCCGTTGTACCCTTCATCCAGCCATACCCGAAATTTGCGGTTAAGTTCCTCCAGGCTTTTTGCTTTCTCCAGCGATATCTCCTGGAAAAACTCTTCAACTGTGGCATTGAACCTCTCAATCTTGCCTTTGCTCTCCGGAGAATACGCCTTTGTGTTCATGTGACGGATTCCCAGCTTTGCACATGCTACTCTGAACCATTTCGAGATAAATACCTTGCCATTGTCAACGTATACTGCCTCCGGCTTGCCGTATTTCAATATTGCCTTGCGAAAACTGTCTTCCAATATCGGAAGCCTCTGATTGTCGTAAAATTCTGCATGACACACCAGCCTCGTCGCATCGTCAATAAATGCCACCATGTATGTCCGTTTCTTACCGCCGTCGGCAGTCGGTATGTACGGACCGTATTTGATATCTGCCTGCCACAATGTGTTCCTTCCGTTTTTGACGAACCGGCGGGCTGTCGTTCCTTCTATACGAACATTTCTGAAGTCTTTTGCACCAAAGCCCATCTTCAAAAGATGCCTGGACAAGGTGCTTCTGGAGACACTTCCTTTTTTGACAATCCCTTCGCCTTCAAGGATCTTTATGATCCTCCTGACACTTCTCTCCGGCAGTTCCTGTTTTATTTCGATTGCCCGATCTAATATTTCCTGAGATATCGCTCTTTGTTGCCCTGTATCTTTTCGTATCTTTGGTAATAGCCCTTCGTAACCATTCTCCCGGTACGCTGCAAGATACCTCCGAAGTGTCCTTTCCGAAATTCCTTCCCTCTCAAGTATCTCCTGCCGTATTCTCCGCTTTTCCGCCTCATCCAGATCCGGCTGCAATAGCGGCGATATGATCTCATGTTTCTTTAATGCTTTTTCCAATACTTCATTGTTTATCAT

Protein sequences of DBSCAN-SWA_11

>CP021850|3988397:4051175|4010842_4011604_-|AUS98877.1|DBSCAN-SWA
MKFSKVLLDDIILTSDNKEKIKDIILEFKQKELLQTYKLNPKTKILFCGPPGCGKTVTAESIANELQLPLLYTRFDSIISSYLGETATNLRKVFDFAKEGEWVLFFDEFDSIGKSRSIDSEHGELKRVVNSFLQLLDNFSKNTMVIAATNYETIIDKALWRRFDEVIYFGMPKEDDIEKFIRLKLRNYYHKELNIERHLNNLVGLSYADIERICYESIKKMVLDGLDKINDSLFEKIILKERDRRELIKKSMG
>CP021850|3988397:4051175|3993712_3994297_-|AUS98062.1|DBSCAN-SWA
MSLVPYVIEQTNRGERSYDIFSRLLKDRIIVLSDEINDVTASLVVAQMLFLEAEDPDKDIQLYINSPGGSVSAGFAIYDTMQYVKPDVSTICVGMAASMGAFLLAAGAKGKRFALPNSEIMIHQPLGGARGQATDIKIHAEQILRIKHNLNVILSERTGQPLEKIERDTDRDFFMSAEEAKAYGIVDEVMIRRK
>CP021850|3988397:4051175|4001460_4001682_-|AUS98069.1|DBSCAN-SWA
MAKAPFKRLKNVVRFKAVLKNLSVIFAVISRIVYALAKSNRLRMICLKRLKSGSFVLFRSFALQEACLYVIFS
>CP021850|3988397:4051175|4002573_4003146_-|AUS98071.1|DBSCAN-SWA
MNCDAYRDLMMMHFDGNINDVDFARLKQHMNACASCKSEFMQLESILNSLEEGEIAEPPSDFESQVMTRIKTLEQNKNRNIEALIYGIPILIIISLPAILLFRFSGSRILDMAINAFEYLLPYPGASDVINKIVALLSILASRMEKTMIQLGMGFIKANQEIIIGLIAVLFVVEWMFVALVKRSWRRAAE
>CP021850|3988397:4051175|4037135_4038053_-|AUS98098.1|DBSCAN-SWA
MGYIIGIDHGNKAIKSIVNQYNSGFTVSGTMPITKERLLEFEGKYYSISGERFPVILDKTVNDNFFILSLPAIAEVLEKKYQGVKKGEIILACGLPIMYYGKQKDKFREYFIRDDVSFTFGEKQYEVSIKDAYVYPQGYAAIMPHFNHYKDVSRLNIVDIGGYTIDVFTVEKGLLNIKSCISLTTGIVTLLNSIKQDILSLGIEIHEEQIEDTILGENISFFQNENIKSLIEEKTQIYVEELLDKLKEYGFEMKINPTIFVGGGSMLLQKYIENSPKIGYMEVLDSFANVKGFELLAKQAVSRDR
>CP021850|3988397:4051175|4013257_4013614_-|AUS98080.1|DBSCAN-SWA
MRRVNVYESEFCNKIVARVKYNEKLDYWNGRNWGNGGLGMHKGITKLKDGRFVIIIGSQIQGSKDYAYIVSKEEALQEVLESGNVELLEEQKFAELKTLYEKLCDLEEIDEAETTSEQ
>CP021850|3988397:4051175|3992404_3993700_-|AUS98061.1|protease|DBSCAN-SWA
MARYDEKKQLKCSFCGKPQEQVKRLVAGPGVYICDECIELCSEIIEEEFEETKVDTELSDIPKPKAIKEILDQYVIGQEAAKKSLAVAVYNHYKRINSEVKAGEVELQKSNIVMLGPTGSGKTLLAQTLARILNVPFAIADATSLTEAGYVGEDVENILLKLIQAADYDIERAEKGIIYIDEIDKIARKSENPSITRDVSGEGVQQALLKILEGTVASVPPQGGRKHPHQEFIQIDTTNILFICGGAFDGIEKIIQNRIGKKSIGFGAKIESSKEKDVGEILKHILPQDLLKFGLIPEFVGRLPIIATLHSLDKQALVQILTEPKNALVKQYKKLFEMDDVILEFEDEALECIAEKAIERNTGARGLRAIIEEIMLDVMYEIPSTVNVEKCIISKDTVLNGKQPELIINENKKSLKKTAGKKPRTKKESVS
>CP021850|3988397:4051175|3999562_4000537_-|AUS98067.1|DBSCAN-SWA
MGKKTLLVIPLLLFSFAFASCKSRVEKPDDQEEDKSYQNLEKQDIDFSNISNNSNDMGIKVENIAGENTVNIEKTIKENVYLGEENFGGLTESEAKKRLEDKAAKINKEPASAVFDKVTWTVEKEEVYGKKVNVQKTLQKLLDAPAGQKVELVVDKVKPDITSEQIEKNVKIIGSYTTVLLDASESRVNNIMLACESLDYEKVQPGEEFSFNGVLGKRTRSKGYEKAPIIKRTKDGPKKAYEIGGGICQVSSTLYNAVRECKGLKVTERHTHSKKVKYVPKGRDATVVYGYMDFRFVNNRKHPVMIRTYLKKGKLTVNIVENRN
>CP021850|3988397:4051175|4008204_4010805_-|AUS98078.1|DBSCAN-SWA
MDHIRFTKVNIEDRERKKKRGYGPPPPTKYNVEQADFLKNALDSQIKNTLDKSEKFEFQPYLVMKLELEPGYTLQEKDEDKLEYFGVKIINKETKEIQVLFSDDLKLANFKEALENYKKGIIAKTKIQHEDLFSIIKSISGWSREDRVGDNVILEDLNNGDYIDCYLWVFDTVDKSKEKMEEFKNFISANGARTCDTYVGESVVVARVQLNNDILEKILEHPLIYKVENIPKFYIQYQKIKEVKEMSIDDINFDTSNLKPGKSSSICVIDSGIFMQHPLFRGVIGDSKTFYCSDDYIDNSNDYNGHGTAVASICEYGDFQYNDDFVPEIFLFNAKIHDGGYKDTLDLWIKEIKSELGDLSPNINDAILLFCDKEITFEELLSYFQKEQHPYLKMTYSKYTNFYEKLIPNQMKDIVEYFYNGYGCRIYNLSQGDSKYIFNGGKPKAWACVLDELQNKYDIVFVVSTGNFTYELYDDYKNIKETYPNYFYKMKECKLIEPANSASSITVGAISISDEIINSPERLTKLNITRKNEISSITRIGPGVMNAIKPDFIAYGGDRGVEIYFSDRYEPTKNVGISKLLFNNDNEGLFTWNIGTSYAAPYISHILGRILNRYPDASNNLLRCIVASSAAIPEEIIQQVQNVVNSENELGKEFLHQNRNNFNKVLYYSVGYGYPNIDKCLDSFENRVVLIADMKSDDEKIKPDNMHIFEIPLPKEFRQAAGRKRVIISLAFNPPVRNTRLDYIGVSMEYRLIKGVSIDEVIKAYESQKGKDEPFLIDDKYVCSLEPGSNLRSAGTLQKSVYEFSRDINFNNNDNLYLVVNSKMNWSNQPQKYAVVVVLESEDEELRIYNKIKERIEQTITTRIRV
>CP021850|3988397:4051175|4049044_4049848_-|AUS98106.1|DBSCAN-SWA
MFEQYYNFLHTPFTRDIPEKHLYSNPELEEVCSRLEYAARNRLFAVITGDVGTGKTTAIRKFVGALDSNRYKVMYISDSALTPRNFYWEVLNQLGCEAKFYRSDAKRQLTREISNLIEIQRRIPIIITDEAHLLSREMLEEIRFLLNFRMDSYNPMSLILVGQSELKDILKKQIYEAICQRIDIRYHMMPYDRQRTGEYIRKHLEYAGESREIFTDMAVDEIYEYSHGVPRKINRACTACLLHGAQVQKKIIDDHVVRLIVEEELNW
>CP021850|3988397:4051175|4023685_4026325_-|AUS98091.1|DBSCAN-SWA
MKTPFYKLIQADINEKFKNSNIVIWYDCKNEFLQEFNLYDEQGVNKIAFEGSFIELRYKILLADSELSKKWLIYSNVENRQGFLTEFEFFGDTYIASVKDILERYYRIDFGQFDISTLEERLHILKRLWDIIPENVIRSLSQETLDDIVLTNGFGYVDISKEYTILKYICETDKYDSILEEAKIKDKFFEFLSLEYGINVSDFNSKDKIAKYIAESLFQSELIQKSRNKDIRPFGIELNTNKIMNCVQLLETWANHDIYREKFIEYSKRVSEKYMINVLNEMELDELFAIEYLYGIEEILYKKLEIQIFKDVHDSYLIKESLLEYLSGQYVKEEKKNYQYSDIEKGIDIESLKTQLKDLSVFIDIRRRYYFSKSRIFNKWNILNNIFQLINMLYKFEEEFKTITSNMDNIISLYETNNWWKIDLLYRKVQEDYTLIDDFISRLLNFVNKKYYYQYLKPLNEEISNIIENRHNYEFKTDIQLDFWSKYVSNSNKKTAVIIVDAMRYEMGKEMFSMLNEIENKTIVPLIASIPTVTEFGMASLLPNGNTKLIINEENDTIKIMDGNFNYPLNNKSERIRFFLEISCGNGVVKKLNEIIDIPMNSLKGEFENKDRILIFSNEIDEAGHIEDCSIQMFPGLLNKINSAIKKLVQIDIEKIVVVADHGFILTSGLEEWMKVDIPKDLDNIVKKRRYTISRNRVEGNYISKSAYSVNYNGDLYFNFPRGINVFPVSGGIKFHHGGISLQELLVPVIVIEKKDEKVIEVYNPEVIEQISLVDIGLDIDFTQNKVKDIPISVKEQIKDYIDKSNLNKKEKKVLELFLKASSYTDSEIQEICKEDGIKFVSQSVMAFMQEFISKLNKEGYDWIGFKVVGMSTYEYYLK
>CP021850|3988397:4051175|4004666_4005389_-|AUS98074.1|tRNA|DBSCAN-SWA
MKVLAVDTSAEVAAVAVMEESRLLGEYIINQKKTHSQKLMPMIKEVLDSLELKPGDIDLYAASSGPGSFTGLRIGVTTIKAMAYAANKPVVSVPTLDALAYNIPVPEVLICPVMDARNRQVYTALYSWEKGRLERLTEYMGIPVEELVGIIKQKNRRVMFNGDAALLYRNFFSSELNGNCEVAPVGMLLQKASSVAQAALIKASEGLTESCFDMVPFYLRKSQAEREYEKRTGSAEGSKV
>CP021850|3988397:4051175|4004220_4004667_-|AUS98876.1|DBSCAN-SWA
MEVEIVKMTEELIDDIMIVENLSFSVPWSRNAFLEEIKNNKFAVYIAAKVGGRAVGYAGMWKVLDEAHITNIAVHPEFRNAGIGSLLMETLIDMAKKEGITSMTLEVRKGNINAQRLYFKYGFTVEGIRKGYYSDNGEDALILWKNDL
>CP021850|3988397:4051175|4033668_4034211_-|AUS98094.1|DBSCAN-SWA
MTMLMEKYNKLIELINNDNLAWVRHSGVPFVICPYKKEEHKDVIYIINKLQQEIESYHIELINMEQLIFDFIEEYETIDGVIELERSKEDIDMVEELGEFLLEKVRYYFISKAKEIGPKGRILVTRVGATAVYFNFIRLLSYLEGRVHIPIVFFYPGSYDSFSVTLLDKYKETALRALII
>CP021850|3988397:4051175|4044224_4045502_-|AUS98104.1|DBSCAN-SWA
MMTFFPTPYPDEILYSVFARYHEKTPNFNGSETARDLFNVKRIVCSLEFPTLLANLVRNMPLNSPFDVDRLILEHTLFPYYTVFLSLENRGIIRRYMLHGDVEIYNKITGIINPLAENKFLRFCPKCNKEDMERYGELYWHRVHQIRGIYICPHHKIPIYNSSVSFEDNKYKYIAATERNCVVETEVVYEPKTYEKLLIIAEDMNWILNNPEIKTNIKEQYLNQLKILEYTTVNGGLRQKNLITDFETFWGSEILQMTHNTIRKTNNSNWLLKMGWNKATIEDPLKHILFMRFLGLSPEVLFNQNVGYLPFGKGPYPCLNPVCKQYKKHIIENVEIKNNYKTKSPIGYFTCPNCGFSYLRRGPDTKKEDKYRYSRIVDFGDYWREELIRLLKYNSVPTVAKLMGTSHTTVYDYLKKQSIQQKTSK
>CP021850|3988397:4051175|3998959_3999223_-|AUS98066.1|DBSCAN-SWA
MITREITLTGRQGLVSKPAAIFIQKASNYKSSIWIEKNERRVNAKSLLGLLSLGIENGNKVTIIAEGEDEQFAVNELEEYLKAIDQT
>CP021850|3988397:4051175|4019953_4020157_-|AUS98088.1|DBSCAN-SWA
MPTFKNLKDLENYLKKNPKIVLEQNIGKVIEYECPVCKSTQKIEIISSNKGKCKNCSREIEITMVIE
>CP021850|3988397:4051175|4003142_4003697_-|AUS98072.1|DBSCAN-SWA
MEVSDLELVQQCLSGDSDAFSEIIARYKKLIYSVVYNMMPDKQEVNDIAQEVFIRIYKSLGRYNPEYKFSTWSVRIATNLCLDMLRKKKINSVPIEEIGDTSSSTDTPEANYIKNERSRQIRKAIEELPEKYRVPIILFHQNGLSYEEITKVLNEPMTIVKNRLYRARLMLREKLSSIREEEVL
>CP021850|3988397:4051175|4007255_4007552_-|AUS98077.1|DBSCAN-SWA
MQYYNIAYEILIAYGNFIFRNNSFMMLLSELVTYWWATGTFCFDFFQSYDIIYYELKRVSCHTEGSTDCLAAGDGQIICLLEIARCDGKKPPPLIRLR
>CP021850|3988397:4051175|4022345_4023671_-|AUS98090.1|DBSCAN-SWA
MDINIGQQILRALHNGSVPAYESAKYIMCGHEEERDAILEDLNYIKFKPNGNAHSGFKMIYGPYGSGKSFLCEVLKEEALKYNFVVSEIVISKNTQLHNFEIIYNKLMVGMRTNEFREFSAFRIIIESWIEREKSEIIRKYNLNPDDNEEDEEKLIARLKDKVTLELAKANTTNVSIVNAIVSFCEGLLSGDNNLAQKALAWFAGDTNIPSDIKKSIGVKGIVDKGNVFEFLKTLLYIIEKSGYAGLFVIIDEVETVRKERKDIRYQAYENLRLLIDMVSKDNLPGCYLLFTGTDELIEDEEKGIKEHDALYTRIEPIKLGDIRILEQPLIKLTRFNTSQLIEISKKVRYIHGVVYEWNPEDKISDEFIQEYVQRFTNAFGREVSILPRTFLRNFVFILEAAKKEPMSKIKALLNISEEQVEEVNKQIELYGREVAMEMEL
>CP021850|3988397:4051175|4045498_4046884_-|AUS98105.1|DBSCAN-SWA
MVLDLIHNAQYKEQIISEYKGNPFIEALPEIISSEEVVSKLANFPPYNKEERQLDNQYRAHLVGRLYDVFQPLAIHLDLESRISRVIRQGYVARNVLDKSFVSNNYRSTAGSFTLLGVSGMGKTTVVNRILSMYPQVIVHSKYKDSPLSRYQVVYLRLECSYDGSIKGLCLSFFSKVDEILGTDYYSRFGSGKLSVDNMLVAMSNIAKSISLGLLVIDEIQNLSKSKSGGADRMLNFFVTLVNTIGLPVLLIGTPEAMGVLQGKFRQARRGSGQGDLVFERLDNDINFKLLVTAIWGYQWTKRPTALTDELIETLYDQSQGIIDITVKLYALAQTKAISSGIETITPELIKQVADESLRLVKPMLNALRTGNVMEIVKYPDIYTGNIDLSYELPNWNRFVIPTTSKPPTVENNEKPVKVRTKKVPPSAENDIRVMVQNKEEDLTAYDILKNHGLIKGFEVI
>CP021850|3988397:4051175|4012158_4012989_-|AUS98079.1|transposase|DBSCAN-SWA
MLEAFKDYLTLRGKSENTINSYYLHIKGYYQWYLESFGRECSVLYRENILDYISYLRNIKKDTGRTINCKISALIKYNEFLIEKGIQQDQVVSKKDNINVQQTYANPSDITKQEVDAFRQQLLENGHRDIYCLATLLAYAGLRISEALNIQLTDFNLTVGELKVRGKGDKDRVVYLNDKIINSISEFLRVRESESPYLFANSNGKVIHRSTINKIFNKYSDKITPHTLRHFFCTIALESGMSVHEVAYLAGHSNVHTTLLYLNPSRESMRNKINQL
>CP021850|3988397:4051175|4042078_4042285_-|AUS98101.1|DBSCAN-SWA
MTRKNGRKEPCMDVYFRDDYIEINPYTGDEMGVINPYTGEMISSRKMRRRIKYCNPYGYETKGFEPYE
>CP021850|3988397:4051175|4003882_4004224_+|AUS98073.1|DBSCAN-SWA
MKIINATKQQVICTEISIADTFIRRFLGLMGKKEIPPGKGLIITPCNSIHTFFMRMPLDIIFIDKNNIALHVIENLQPWRISPVILNARSVIEVPSGTVKKTGTTQGDRLEIV
>CP021850|3988397:4051175|3996970_3998836_-|AUS98875.1|DBSCAN-SWA
MFDIQEELKKLPDKPGVYIMRDENREIIYVGKAVVLKNRVRQYFQASANHSPKTRAMVSRIKEFEYIVTDSELEALILECNLIKKYKPKFNILLKDDKSYPYIKVTMNEEYPRVLMTRRMVRDGGRYFGPYSNATAVKETIDLIKKLFPIKTCNKVFPRDIGKERPCLNYYIHQCLGPCQGNVSKERYRDLMKDICNFLDGKQDDIIKRLEEEMAQAAENLDFEKAASIRDKINSLKHIAEKQKVVSTSMNDQDVVAFARDQTDSCVQVFFIRSGKLIGRDHFIFEDSGDTEDGELISSFLKQFYAQAAHIPAEIMIQTGIDEGEVIESWLSEKRGGRVRIKVPQRGEKHHLMEMVSNNARIELNHFRDKVRKEDSYASEGLDKLKTLLGLEAKPARIEAYDISNTGSTEMVASMVVFEKGLPAPGEYRRFKIKSLDRQNDYGSMQEVITRRFRHAEKERDELRREGINAEAGKFTKLPDIILVDGGLGHVNAVKEVMQELGMQIPVFGMVKDDRHRTRGLVAQDREIDLTKDISALRFVTAIQDEAHRFAVEYNRRLRNKRYTGSVLDEIEGVGEKRRKALIKHFGSISKIKTAGIDDLAAVDGISKAVAEKIYEYFRKA
>CP021850|3988397:4051175|3996108_3996813_-|AUS98065.1|DBSCAN-SWA
MAIYAISDLHLAKSIDKPMDIFGQRWQNYMEKLSNQWEQTVSQEDYVIIPGDVSWATYLEQAYEDFSFIDRLPGKKIISKGNHDYWWTTLSKLEKFLRDNNFASISFMHNNSFDLGEAVLCGTRGWKCPGDSDFSAEDQKIFNRELQRLELSLKSVKAGEGRAVIAALHYPPFNAKGQPSEFIEVMKRFNVRICLYGHLHGENFRSAVEGEVEGIDFKLISADHLGFKPLKLNL
>CP021850|3988397:4051175|3994322_3994580_-|AUS98063.1|DBSCAN-SWA
MLQSCSHNGGLPAGNRMLSVKHSRALLKICICLFSSNYGYQYHYAERESQMHRDVLLRSGISDTVGMYMGGDSKGMLDACSFASI
>CP021850|3988397:4051175|4016482_4016683_-|AUS98084.1|DBSCAN-SWA
MHEIKDLDTLEISKVLLETYKCIHGFGFNGHFISLMPTKHYYYYLAYKHRNSLDEHRLFKSVCIVK
>CP021850|3988397:4051175|3989452_3990250_-|AUS98874.1|DBSCAN-SWA
MLNSLEAFILGLVQGLTEFLPISSSGHLVIFQRLFGLHDVITFDVAVHFATLVAVCAVLWKDIIEILKRPFSKLPLLIVVGTIPTALIGVLLKDFFDSIFNSAVTLGFEFLITGLVLWYAESVRSRNKGLKEMTYTDATVVGVAQGLAILPAVSRSGLTLAGALSRGLNREFALKFSFLMSIPAILGAAVLDVYDTVKAGSLSVDVLPLVIGMLTAAVSGYLSVRFMLKVFSKTSLKVFSYYVFALGIIIIIEQLVSGKYFGKLF
>CP021850|3988397:4051175|4005942_4007127_-|AUS98076.1|DBSCAN-SWA
MLLVKNGKVLTMAGISYDNGYVLIDEGKIIKVTGDYKEIEDLLKDKENTEVIDAEGKYVLPGLIDAHCHVGMWEDAVGFEGDDGNESTDPVTPQLRAIDGVYYADRAFVEARESGVTTVVTGPGSANVIGGQFAALKTYGRRVEEMILKDPVAVKVAFGENPKTVYNEKRQTPITRMAIAAILRENLMKAREYKKQLEDYENDKENYDKPEFDIKMEVLKKVLDGEVPLKAHAHRADDILTAIRIAKEFGVKLSIEHCTEGHLITDILMEEGVSAIVGPLLTDRSKIELRNQSLKAPGILSKAGIPVAIMTDHPCVPVQHLCLCAALASREGMDEEEALKAITINAAKITGIADRVGSLEPGKDADIAIFDGHPFELRTHVVTTIINGKIVYQR
>CP021850|3988397:4051175|4034973_4035594_-|AUS98096.1|DBSCAN-SWA
MQDIKRRIYELAKKHKSAVNVEILADTLFYRLTIIRLGEEDNNMWWESCILSEVGRRNLEKFFPNTFYKQRYDIARKIIVEKENREIPEKRFITLFNFGYEFESKIFTPFINEVTNSDGWQEVLDMIENIKEEKFTSPWAREFFNLPKLPVYTLNDKKTVELGSISETFYRNKESFDDTIKSFISIYDLCTIGRVVIPYYKRRMAI
>CP021850|3988397:4051175|4036848_4037136_-|AUS98097.1|DBSCAN-SWA
MFLDEIKRLNLSFNLQRENDRIAYNIIRSKRQKTAYIIKAILAYEGVTQEEKELKRIKRALREVLQDMNLTADKDCYFTEESQIPDEVFQIFDRI
>CP021850|3988397:4051175|4014040_4014766_-|AUS98082.1|DBSCAN-SWA
MHELIAAYCNTLKLGSRIAKNYSQIEAETHEEFLAKLLAMEIEARELNRKNALLKQAQFDVLKTFGDFRFEKMSIPNTIDVEAIKTASFVDKKENLILYGSVGLGKTHLATAMGVEACNRGKRVRFFRTSSLVNQLLDAKAEGSLKRFMKQLNKADLIICDEWGFIPFEKEGAQLLFQVISDCYERKSLIITTNLEFSKWNSIFYDEKLTSAIIDRIIHHSHLIVFEGSSNRLENSLMKVR
>CP021850|3988397:4051175|3990405_3992085_-|AUS98060.1|protease|DBSCAN-SWA
MLTSTLFIIQFFFTIIIGIYFLNLLKSQQGNKTAIDREAKKELEKLRRLREIRLTEPLSEKTRPASLKDIVGQEQGIKALRAALCGPNPQHVIIYGPPGVGKTAAARVILEEAKQNPISPFRKDAKFVELDATTLRFDERGIADPLMGSVHDPIYQGAGAYGVAGIPQPKPGAVTKAHGGILFIDEIGELHPIQMNKLLKVLEDRKVFLESAYYSSEDSNIPQHIHEIFQKGLPADFRLVGATTRTADEIPPAIRSRCQEIYFRPLTPPEIAQIARNAAAKGGFQTEEGIDELISKYAQNGRDAVNIIQIAAGVAQVEGRTLITRKDIEWVIEFGHYSPRIEKKIVAGEQVGCVNGMAVFGNSTGVVIDIEVSAVKSESGKGNIKITGIVEEEEMEGKGHKYKRTSSARSSVENVITVLERILNIRCRDYEIHLNFPGGVPIDGPSAGVAMAVAIYSAITGMPISSDIAMTGEISIRGKVKPVGGVVAKVEAAKTAGIKKVLIPAENWQELFKDIGIDVIPVEDINQVMEIVFHKKQEPVKEVPIQQNQTVNVLTASGT
>CP021850|3988397:4051175|4039287_4041936_-|AUS98100.1|DBSCAN-SWA
MMIKLCLDTQKFSKKPTEEEIAKIAARIGCHVKEISVKDFAKSIIIPNGKTYSPSVFKDGQRSIKNWISQQIFVVDIENDSLENVLDTCERVNLFPSFIYTPFNSDSGFKMVFVMDEVIQDIRVRNLVIRSLLEVFPQSKTETRDPSRIIYGGREVIYENFSYVESIPNLIFAACSVIRNSTNASRNMYNFCRDVGIDMENGYPKFFTFHDEKDMPEINDSNVYVSMTKKCKSFINNIYKSTLFSHMGYVIYFCYNNTQDCFFEKENDFAPRFDIKKENTETYLIKDYPFENLYKNCRLYREAIDGEYWLHHNEMFGLMSNLLKIKGGVTKVDKILNSREEYKVKNYSWWVMKNQILKGKYAPSRCESYCPFIKDCKHGINMIEQGKLFKGRIQVVGKRKTKSIEEARKELSNIVSEIIASPQKGIYVIKAPAGLGKTEEYINASIDNKLTIAVPTHKLKDEVSDRLAKAGVHHYAVPQLPDIEPEKRNKLDRLYDTGSFKGANMYLRQLAKENEVIAKYIKDLRRVKKSENQTILTTHQRIFFEKDFNDTLIIDEDIVLNGMFPISSMSIQDMVILSQLVYLDPEFSPLKKLTDFMFELITKTPEGVVLKTPNYFMLCAKEIEKLVVKNDLITTNILGFLNSSHFVKVTGRNGNEQILFINKRDLPDKKVIIFSATANEKIYKMVFGQNMKFYDIGDVEHIGEIWQVPIRAFSKLSIHRNKKEMMDIANALINRYNPDSKVITYSGYFNDISEPSISFWNSAGRDNLKGQNITVIGTPHINPYSYLLFASALGLDVRLNESKVMYQPVSRGNYNFYFNTYSSNDLLREIQFYMIESELVQTVGRARTITEPCKVLVLSNYPVPGAEFISLTQREVKEYIGI
>CP021850|3988397:4051175|4049840_4051175_-|AUS98107.1|transposase|DBSCAN-SWA
MINNEVLEKALKKHEIISPLLQPDLDEAEKRRIRQEILEREGISERTLRRYLAAYRENGYEGLLPKIRKDTGQQRAISQEILDRAIEIKQELPERSVRRIIKILEGEGIVKKGSVSRSTLSRHLLKMGFGAKDFRNVRIEGTTARRFVKNGRNTLWQADIKYGPYIPTADGGKKRTYMVAFIDDATRLVCHAEFYDNQRLPILEDSFRKAILKYGKPEAVYVDNGKVFISKWFRVACAKLGIRHMNTKAYSPESKGKIERFNATVEEFFQEISLEKAKSLEELNRKFRVWLDEGYNGKPHSSLKGVSPSQAYASDPKKVRFATPEECRDAFLWEDTRKVDNTGCFKLQGIEYEAGIEYIGKKVDVRYDPFDMSLLEIWYNGERRKTATPLKVGEYCSKVEKTPATKSATHSRLLKIYESENEKRQKRQTGALTFRSMKGGDRNV
>CP021850|3988397:4051175|4014758_4016264_-|AUS98083.1|transposase|DBSCAN-SWA
MLTMADIKYIKDLSDKKGLSLREISRITGFNFRTVQKYVDKDDWSKPLTRKKNSKSVLDSFAKTIDEWLEADLKAPRKQRHTAKRIYNRLSKLYKDEFTVSYRTVARYVAEKKRKLYGSNESYIPLYHPAGEAQLDFGMAEFVENGIRYEGCYVAMSFPYSNGGYIQAYKGTNIECLLQGMQNIFNHMGRVPTCIWFDNDKAVVKKILTNGEREVTDAFNRFRLHYGFESNFCNPDSGHEKGHVENKVGYSRRNMLVPVPEFKDLQEFNKNLLIECDEDMHRKHYLKDILIKTLFEQDKKAMKPLPKAEYEIYRLEKVKSDKYGKVNFENRKYSASPEHAQRELFVKANAFNVWILDDQYQVVQWHNRLYGKQKESMKWEPYLVLMSNRPNAIKYTGFFQQLPQTLQEYLSGCDYEQKKATLRMLKKMVANSELETAVDAFNYCVQKGIQDLDSIWARYYSMVFANAPIPDIVVKDEIPCLSYEVNNSIYDDLLERGLPHA
>CP021850|3988397:4051175|4026321_4030017_-|AUS98092.1|DBSCAN-SWA
MNSEQKKAIKSTILECRDILEKDIEQVLINYGIYINKDWVNLRDLKNLTEEQENNRKNIEKAIEKLEKGGFKRDKAVIEYIKEVSYTYLNRLAALRVMEVRGLIDEILVPRVEYGNKSFINSRFYEVAREFCKYETDGGLGYLLNIMFNEISEEIKILFNTEDEYSFITPSSASLLKVIELLCTNIDEDSWRQDEIIGWIYQYFNDKEKDDVFDRLYNKKQKIYVEDIPAATQLFTPDWIVDWIVDNSLGSLWDEIKQGKRENKKVEDIKLLDPCCGSGHFLVKAFDLFYEMYVEEGLYTKEEIPYKILENNLYGIDIDLRAVQLTSLILFIKVKSSLKENGFNTNTKGKLSVNLVCADAILLNGKRLEELKEKHKDNKPILKMIEIIYEEFEDVRLKGSLIQPEKKLFPLFEEYKNRIALRELSKVKKTKKNQTKGQQNLLEETNEITFSEYKSQRNFSKEERELMISLDAIYSEAIRANDISRQLFASEAKKSVKLVDIFMKQYDVVVTNPPYMGKRSMNDKLKNFIDNVYKDSNNDLYSVFIERCISLTRVNGFIGMITQNTFMFITTYKKVRNLILDNTCIRELVHLGPKAFEDISGEKVNTVMFILEKGTSNVNKIGKYIKLDDIKLSSRKMQVLKEAVNKEKDERVFHMSQSDFDLIEGRSFVYWMDSEIRDIFKTYKPLIEYAKPVVGFQSGKDAYFFRYFWEVKEESIGNRWFHCAKGGEFGRYYKSLPEVVLWENNGKELKEFKGSVIRNESFYFKRGISSSLLGGLNYSARILPDNYLFNVTCVNVFPYNYDNFNVLLGILNSSLSVYMLNLINPTLSITPGTLSKLPITIPESDEKKEIENLTLTCIEIQKKLVSIDETSIIFEGPFLNKYKSVNLFEVLINEILEEYLLNEVLDINSIVIDKYIFDLYEVSEKLREKVLSELKRLPCKEEYLCHFKKESANHEHINIELHEKILDYLTKGYSIYDIAFKCNLDIKRLYDYLLSKKVYTNVQLNKKLKDVISYFVGVIFNRWDNFEENTDGILPLDSSIYLEEDIIEKLYRLIILEFGEENADNVIDEVERILGTSIHSYFMGEFFNDHVLRYKKRPIYWHICSPKKTFNCFLYYHKLDNDTLYKVKSIYLKQMIDRYEEDLKYYTNQLIEARTKGDKSKEKDFKNKCSDLETKLEDLYILDKKIMEILPYKPDIDKGVLYNIIPLEPILASPISTKKEREDYYKEVGKQ
>CP021850|3988397:4051175|4046861_4048724_-|AUS98878.1|DBSCAN-SWA
MKDEEAIPPKHKVIRDKAYNAIKDIVTIEPDIYIAGERVKLVREYVYNVHEATVMRYLKRFWQRGMHKNSLLPDYHNCGGKQGNKEKNNTFVITPETIKIFNTALNRFYYNSSRKTLTLTYELMIKEYFSDNGIVNEAIPTLRQFRYWFNKERNIKKEVSTRQSAKRYELQHRGLTGSSTEEAFGPGAIFQIDATVGDVYLVSQYNRNWIIGRPVIYTVMDVFSRCVVGINISLEGPSWIGASIALINAASDKVSFCRKYGIEIGNDEWNYCSTLPEAIIADRGELEGENIESLISAFGIKVLNTSPYRGDMKGIIERYFNTINQHTKPFMPGAIKSQYRERGEQDYRLSATLDLRQFTQIIIKCVLYHNNHHYLSNYTRSEDMIADGVEPIPKLIWEWGVANRTGRLRTVDEDLLKLNLLPKDKATVTQHGIKFKGMLFGSKTSLKERWFEKARNNGSWKVDISYDPRDMSYIYIKYEDGRKFDKCFLLEHQSRYKEKPIEEVTYLMEYEKMQAKASKKVELQNKIDLLNDIEEIIEQAKEETKNEVEEGISKKRRIQNIRDNRHFEKQQERKQNIIEIRPEEPNIVVEEKAYGDAEQNLVELLLKAQKEGKDRAGFDT
>CP021850|3988397:4051175|4030029_4033653_-|AUS98093.1|DBSCAN-SWA
MLIKDLFRDSIERYINPVIKVQEDDINVAKRELQEYVITDQLREHFKECLDKYLNDKNKVGYWISGWFGSGKSHFLKIFGYLLENHQFDDCTAADIFIRRDETNTLKKYIEKINESYKTTVVMFDILEEAAKLEGKVEPIEQTIYKQWLSKRGFYTGKLWVAEMEKELSDEGKYEEFVQTIEEISNRKWEDIRPTRIGQNYIQRALVKVLPEQIPTESVAKDYIEDLQRGKSISASILADELLKYVEELDKQTGLNNRLFVIVDEIGQYISANPEVIGYLQAIESTFARKGKGKLWIAVSSQNKLEQLTEQYLKTEDEVNKVIDRFEVRIHLTPENLDKVINERVLKKKPEVIKDIDRLYERNKGKLSSILEFKDFKKYMPKLNKEDFINAYPFLPYHIRLIQPIYYNVISNSKVNKKLGGTNRSMIKATQGILIDSNINMKDKNIGELVTLDMFFEQAKEFIDDQIQISIKEAEQLDPNNGELLVKILKVLYLLDNDDKLQKDVDTIAKLLINNVDADFIDTLERVKSSLDILYKHGYVERDAHGNYKFISPEEQSFRQEAISRLKEIGVRDVNKKIKEVIDELFTITRINYKNIRPFDIQITIDDEVRNSRGLVCLNLNSVMQSSDELRKQQHLLKSIGDSRNIYWYAKYDSTIDEDMQQYLIFNKIIDEYRRKWGSDEDKSYFLRKEEQKNLKLYEDIKDKIKKSFINGTYIYQGKEFPIPNKSDLKSIFEDISSLAIPKVYHRFDAVGVKITKEDIQSIFKGNQLSIDLSGLNLIQDTNVNAESAVLKEVLNEIKTLKNKYGQCVGKDLLSVFDNEPYGWASEAVRLFTALLFKNGNIELNYEGKDFLDYNQSGVRDIFENEPNFRKAIFKLAVVVDASTRQKCQDILMSMFNKKSEDTLVELYINTRNVLIDYRNNISAMKEIISSNDLAFKDSIDKLDEIFKTILNSKTQGETINNFVQKASEYEPLLSKYKKLKNFIDNGNLKEYKKMKYFLTNVWIIELDRNDENIETKEKIFAQIMNDLKSESFVDSWPNVRDNFYKLYDPYVKEYIKTHETLYKVYNEKIEEMRKNKSFLNLKSEIAKGYILSVLTDKLCSHSISKFEVPCPNCRTFIRDMKTSIDAVDVYYEKAMNKLYEYLNKQIEEERKESEVEDPQPVIKHISTSSFPKNVLLRNPKSVKGYVKRIEKQLMEEISAGNSIMIE
>CP021850|3988397:4051175|3994588_3995875_-|AUS98064.1|DBSCAN-SWA
MNVKVENIEKNVVQLEIEVDAAKFEEGLQKAFSKNAGRFNVPGFRKGKAPRKIVERYYGPEVLYEDAFNIVCPEAYEEAIKSNDIHPVDRPEIDIKQIGQGQNLVFTAKVTVKPEVELGQYKDIEVSKIEVNVTDEDVDNEIKRTAERNARIVDVDDRPVQEKDIAVIDFEGFIDGVPFEGGKAQNYELTIGSGTFIQGFEDQLIGKNKGEEVDVNVTFPEDYGNKDVAGKPALFKVKINGIKVKELPAIDDEFAKDVSEFDTLEAYKEDVRKKLVENAEHRAKHEMEDNVVAKVVENAVVDIPQVMIEKHIDDLIYDFDMRLRYQGLDLNRYMEIMGMDTETFRGQFAQRAENEVKTRLVLEKISKVENIEASEDEVNDEIKKMAENYRQDVEEFKKHLREDDIEYIKDNLAFRKTVDFLVQNAKIA
>CP021850|3988397:4051175|4034182_4034974_-|AUS98095.1|DBSCAN-SWA
MISKDYRASIKVVGTVLPDAKLILKKYLELKDLELLRKEVLENNLILKTSRRRAETIFYELRKRYLYDQLDGYNENSFIYFLKKIDSDSIINLLLYYYLCKEERIIYEYIVNLVYEKYNNGSLGISSADTTKFILDIAKKDENVSKWSERTINDVRSGMMGVLKEFGFINSRIRPRFNKPFIPSIIFYYVLYMNRDSIKTIEDVYRCKDFHLFLLLENDINILLEEAYRNEVLDFGRDESRTLIYKYKDIKEIIDDYVNGEIQ
>CP021850|3988397:4051175|4001662_4002577_-|AUS98070.1|DBSCAN-SWA
MKNGMKKFIIVMVVLFMVVVNVPVLAANGWEFIDGRDRINLLGNTTVDENTSGDVIVIAGNVDVEADVDGDVVVVMGNLNLDAAVSGDVITLMGKVTLTDKARVMGDVVTLGSVDKADGAYIEGENSLIKFGYININSPDMNFLAMLRFVVLFFSLVLLLIFGLVVIYFTSQRFIVIEAGIEYGTGRKFVIGLLGLIASFIITILFCWTLIVPLVFLLLMLLAKVATCVYIGKMALKVSNARLNIYIEFVTGAIAIMLAEILLFMLIPQERVIQSILAGGLLNIAVNSLGIGILVDSKFGKSTI
>CP021850|3988397:4051175|4038567_4039239_+|AUS98099.1|DBSCAN-SWA
MAFPVNLEDLQNAILNSNLTEKDYDSHDFFILKTCITLLSSMQDLIDQIETGEGFSVHSEKEWAQFIKYYNKTYKRAKKIFHRYLKRLKIDYWEQEELVRSILWVTKLINSGFYDNDDEDVYFHAIILSGKFFTSVFYYNYLINEACDRKINSPESLLNTRKNLSSIKDERLWIEKTYIKLKDMEIDEVPEETKEMLFALWDRTFDFVQELKKCFSKTEALNN
>CP021850|3988397:4051175|4016982_4017549_+|AUS98085.1|DBSCAN-SWA
MIIAYLGRNVKEYRRNCLKFLERLELICPKCGGKTTFHDRYARHVHMGEEIEWINIFRVICSKCGKTHAIIPDFIRPYKHYSACDSELVLRDQEDGIPLEEIETAASISTLRRWVEEFRQRGRQAAGALRAILYRYYGKFVNELEMIETKVFHMIERLLGLLPQIESSHLAIGETNMWLTNHLAGVFV
>CP021850|3988397:4051175|4013804_4014002_-|AUS98081.1|DBSCAN-SWA
MLHFSCHFDAFLVDKTHKSVEVKESYEEGEIKNALLEIRKEYGHDHEKSEYDEDYKELIDYLISR
>CP021850|3988397:4051175|4017627_4018962_+|AUS98086.1|transposase|DBSCAN-SWA
MINNEVLEKALKKHEIISPLLQPDLDEAEKRRIRQEILEREGISERTLRRYLAAYRENGYEGLLPKIRKDTGQQRAISQEILDRAIEIKQELPERSVRRIIKILEGEGIVKKGSVSRSTLSRHLLKMGFGAKDFRNVRIEGTTARRFVKNGRNTLWQADIKYGPYIPTADGGKKRTYMVAFIDDATRLVCHAEFYDNQRLPILEDSFRKAILKYGKPEAVYVDNGKVFISKWFRVACAKLGIRHMNTKAYSPESKGKIERFNATVEEFFQEISLEKAKSLEELNRKFRVWLDEGYNGKPHSSLKGVSPSQAYASDPKKVRFATPEECRDAFLWEDTRKVDNTGCFKLQGIEYEAGIEYIGKKVDVRYDPFDMSLLEIWYNGERRKTATPLKVGEYCSKVEKTPATKSATHSRLLKIYESENEKRQKRQTGALTFRSMKGGDRNV
>CP021850|3988397:4051175|4042378_4042816_-|AUS98102.1|DBSCAN-SWA
MCYSFDGTILERTYANNFVMPIYIDETTIKGFHFEYVAEIHIQEVGSTMIRTENFLDLMSLVEFFINKHSNLISEEALEKFKRDERKILTNAINKTKELFEIEISKLDEAEKWFIHTFLFYIRYDTIKKRFSEKYANLLYANQQI
>CP021850|3988397:4051175|4020192_4022346_-|AUS98089.1|DBSCAN-SWA
MESSYFLLDEKIQNGIKDILKWGSLTPIQEETIPCILNGDNCILIAQTAGGKTEAAFLPIISEIYQEKLKPISVIYISPIRALLNNQEFRLKRLGKIANIDAFKWHGEVDYSDKRKFKIEPKHIIATTPESLEVILMSDSYASEELFSNIRFIVIDEVHYFAENYRGAQLLSIIERIQTYSKYDIQRIGLSATVGNPDEILDWISGSSKRKKSVIKPESKGKKSKILIRYFDEFSEDTVSCLLPELRGKKALFFCNSRTNSEMMSRILKNLNINAKVHHSSVSKNLREISEDKLKNTPGEMCLCCTSTMELGIDVGELDVVMQLNSPSTVASFRQRMGRTGRREGTISHYEFCVDEEFYLINAIAIVELAREKWVESALIPSAAYTVLFQQIFSMIQQKFGLRHSYLKEIVEKSNSFRNINEEKLLNFIQYLIEKEYLEFSNWEYLLGKEIEKEYGYNFLMNFISIFETIPEFSIIYKNKEIGTLQSWFVYSLLKENKTSNFILAGNTWRIDKIDYDKYRIYVQISKDGGLAVWLGSGMVVSYEIAKQMLKVLNSSSDYPYIDMKSKSVLKSVRLEHSALSIDLDEILIDVVKDGFDIYTYAGHKVNFTLGLIIQHEFGLEFSVSYNKLKVRKAEKNISEKHILDLFNRFKTDTDKLEEIIEKALISSNFESHSKFYKHLPRFAQIEVLKYELVDIKNTVKVLKESKINIENLYDRL
>CP021850|3988397:4051175|4042958_4043834_-|AUS98103.1|DBSCAN-SWA
MSFDLSEFIRIEIAKKNIKAIDLANALNKSPSYISKMLKNNIIPDYEDLKIIAKILDINYPFLLFQIGILDESDIKHIIACNTLKEYLGELLKVNDMEEEKVNAFINFLETNKENLNDNLTDELLNNVKDALGENFIYPDYATPYTEDSYYGLKKIRNLRLATGEYVRSKFRKLPLYTALNSGPITGRDMGFDFSLLKEEIEPDSEVVWFKPDDKEYCYLVNLGQYKDKDKILFERGDAIYVGKYNYQEKTMVLTDIMNAVSREEDDTPIVLTDTKSIRIIGKVLFEFKAG
>CP021850|3988397:4051175|4018954_4019758_+|AUS98087.1|DBSCAN-SWA
MFEQYYNFLHTPFTRDIPEKHLYSNPELEEVCSRLEYAARNRLFAVITGDVGTGKTTAIRKFVGALDSNRYKVMYISDSALTPRNFYWEVLNQLGCEAKFYRSDAKRQLTREISNLIEIQRRIPIIITDEAHLLSREMLEEIRFLLNFRMDSYNPMSLILVGQSELKDILKKQIYEAICQRIDIRYHMMPYDRQRTGEYIRKHLEYAGESREIFTDMAVDEIYEYSHGVPRKINRACTACLLHGAQVQKKIIDDHVVRLIVEEELNW
>CP021850|3988397:4051175|4000640_4001324_-|AUS98068.1|DBSCAN-SWA
MDEKFEKNAESNQGNINSGTAAAHDLQQAGQAQNANESQVADKAQEDNKIQQAAEAQNDNAISNEIQGSVEIQEHSQMQNGNGGQDANKVQNTSGEQNVNGAQSTGEVRQNNFTGQNADTGLTERNSVNLNRSENRLNSFFMNNRGDVRTDRSGAAVFADTRALVVLGWICAALNFLISPLFAIPGVIFGVMVNREARGRGNAIVVTNIVLAVLGMVLGFFFNMVQY
>CP021850|3988397:4051175|3988397_3989417_-|AUS98059.1|tRNA|DBSCAN-SWA
MKDIIVLGVESSCDETAAAVVRNGREVLSNVISSQIDIHQKFGGVVPEVASRKHVELVIPVIDQALEEARIKLEDVDVIGVTYGPGLVGALLVGLSAAKALAFAANKPFVGVHHIEGHIAANYLEYPDLEPPFVCLVASGGHSHIVYVGDYNKFEIMGQTRDDAAGEAFDKVARAIGLGYPGGPLIDKAAKSGNKNAIAFPRVLFEDGSLDFSFSGLKTAVLNYLNTAEQKGEKIIVEDVAASFQQAVVDVLVRNVIEAGKQKGVKNIALAGGVAANSALRSGLKAAAEEYGFSVRYPKPVLCTDNAAMIACAAYYEYRSGSASELDLNAIPGLKLGER
>CP021850|3988397:4051175|4005454_4005916_-|AUS98075.1|tRNA|DBSCAN-SWA
MKEFKTLTERETAELGRKLGGILKPGDIVCLNGDLGAGKTAFTKGIAEALGVEGYITSPTFTIVNEYHGFKPLYHFDVYRIADPEEMYEIGFEEYLNGDGIVVIEWSDLISEIIPPRHVRVEIRKTPEDLNARLIRVEFIGEDFEGYESKLEI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS98059.1|3988397_3989417_-|tRNA	tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex transferase subunit TsaD	A0A0R6PI74	Moraxella_phage	2.0e-70	44.0
AUS98874.1|3989452_3990250_-	undecaprenyl-diphosphatase	NA	NA	NA	NA
AUS98060.1|3990405_3992085_-|protease	ATP-dependent protease LonB	A0A0R6PGP8	Moraxella_phage	4.1e-20	25.1
AUS98061.1|3992404_3993700_-|protease	ATP-dependent protease ATP-binding subunit ClpX	G3M9Z9	Bacillus_virus	1.5e-152	64.3
AUS98062.1|3993712_3994297_-	ATP-dependent Clp endopeptidase, proteolytic subunit ClpP	A0A223W000	Agrobacterium_phage	3.7e-53	55.7
AUS98063.1|3994322_3994580_-	hypothetical protein	NA	NA	NA	NA
AUS98064.1|3994588_3995875_-	trigger factor	NA	NA	NA	NA
AUS98065.1|3996108_3996813_-	serine/threonine protein phosphatase	NA	NA	NA	NA
AUS98875.1|3996970_3998836_-	excinuclease ABC subunit C	NA	NA	NA	NA
AUS98066.1|3998959_3999223_-	HPr family phosphocarrier protein	NA	NA	NA	NA
AUS98067.1|3999562_4000537_-	hypothetical protein	NA	NA	NA	NA
AUS98068.1|4000640_4001324_-	hypothetical protein	NA	NA	NA	NA
AUS98069.1|4001460_4001682_-	hypothetical protein	NA	NA	NA	NA
AUS98070.1|4001662_4002577_-	hypothetical protein	NA	NA	NA	NA
AUS98071.1|4002573_4003146_-	hypothetical protein	NA	NA	NA	NA
AUS98072.1|4003142_4003697_-	RNA polymerase subunit sigma-24	NA	NA	NA	NA
AUS98073.1|4003882_4004224_+	hypothetical protein	NA	NA	NA	NA
AUS98876.1|4004220_4004667_-	ribosomal-protein-alanine N-acetyltransferase	NA	NA	NA	NA
AUS98074.1|4004666_4005389_-|tRNA	tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB	NA	NA	NA	NA
AUS98075.1|4005454_4005916_-|tRNA	tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex ATPase subunit type 1 TsaE	NA	NA	NA	NA
AUS98076.1|4005942_4007127_-	amidohydrolase	NA	NA	NA	NA
AUS98077.1|4007255_4007552_-	hypothetical protein	NA	NA	NA	NA
AUS98078.1|4008204_4010805_-	hypothetical protein	NA	NA	NA	NA
AUS98877.1|4010842_4011604_-	hypothetical protein	A0A0R6PCP6	Moraxella_phage	1.6e-16	30.2
AUS98079.1|4012158_4012989_-|transposase	transposase	A0A1B1IQT7	uncultured_Mediterranean_phage	9.3e-10	27.9
AUS98080.1|4013257_4013614_-	hypothetical protein	NA	NA	NA	NA
AUS98081.1|4013804_4014002_-	hypothetical protein	NA	NA	NA	NA
AUS98082.1|4014040_4014766_-	ATP-binding protein	A0A059NT77	Lactococcus_phage	2.7e-37	39.7
AUS98083.1|4014758_4016264_-|transposase	IS21 family transposase	NA	NA	NA	NA
AUS98084.1|4016482_4016683_-	hypothetical protein	NA	NA	NA	NA
AUS98085.1|4016982_4017549_+	hypothetical protein	NA	NA	NA	NA
AUS98086.1|4017627_4018962_+|transposase	IS481 family transposase	NA	NA	NA	NA
AUS98087.1|4018954_4019758_+	AAA family ATPase	NA	NA	NA	NA
AUS98088.1|4019953_4020157_-	hypothetical protein	NA	NA	NA	NA
AUS98089.1|4020192_4022346_-	hypothetical protein	A0A1B1IUF6	uncultured_Mediterranean_phage	6.6e-07	36.6
AUS98090.1|4022345_4023671_-	hypothetical protein	NA	NA	NA	NA
AUS98091.1|4023685_4026325_-	hypothetical protein	NA	NA	NA	NA
AUS98092.1|4026321_4030017_-	hypothetical protein	A0A2I6UHU5	Bacillus_phage	3.3e-14	23.7
AUS98093.1|4030029_4033653_-	hypothetical protein	NA	NA	NA	NA
AUS98094.1|4033668_4034211_-	hypothetical protein	NA	NA	NA	NA
AUS98095.1|4034182_4034974_-	hypothetical protein	NA	NA	NA	NA
AUS98096.1|4034973_4035594_-	hypothetical protein	NA	NA	NA	NA
AUS98097.1|4036848_4037136_-	hypothetical protein	NA	NA	NA	NA
AUS98098.1|4037135_4038053_-	hypothetical protein	NA	NA	NA	NA
AUS98099.1|4038567_4039239_+	hypothetical protein	NA	NA	NA	NA
AUS98100.1|4039287_4041936_-	hypothetical protein	H9YS02	environmental_Halophage	5.7e-85	28.9
AUS98101.1|4042078_4042285_-	hypothetical protein	NA	NA	NA	NA
AUS98102.1|4042378_4042816_-	hypothetical protein	NA	NA	NA	NA
AUS98103.1|4042958_4043834_-	hypothetical protein	NA	NA	NA	NA
AUS98104.1|4044224_4045502_-	hypothetical protein	NA	NA	NA	NA
AUS98105.1|4045498_4046884_-	hypothetical protein	NA	NA	NA	NA
AUS98878.1|4046861_4048724_-	hypothetical protein	NA	NA	NA	NA
AUS98106.1|4049044_4049848_-	AAA family ATPase	NA	NA	NA	NA
AUS98107.1|4049840_4051175_-|transposase	IS481 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_12

Nucleotide sequences of DBSCAN-SWA_12

>CP021850|4194474:4205728|DBSCAN-SWA
ATCACTCTGCCAATACTTCTTTAATAATCTGAGCCATCTGCTTGTTGTTTAACTGATCACGGAAATAAACAGTGTATCCATCTTTCGAGAGCATATCAAAGAAAACACGAGCACAATCAATTTTTGCTTTTTCTGTACCACGTAAGTCGGATTTATTTTCTACGTCTTTTGTTTCGACTACAATGTTAAGCTCTTTCTCACCAGAAGCCCTCCTTACAACATACATGAAGTCTGGACTGTACATTCCACCGGTAATAGTTGGTATGGCAATGCTGCTACGTGGAATTTTTCCATATACAATGACTTCTTCGATGTCCGACATAATATTTTTTTGTTCCAACGGTGAGTCATAAGCGAAAGCATCATATAAATACTTCTCACTTGGAGTTCCCGGAACTATCTTTGTGCCAATACGTCCCTGCGCAATATCTTCACGTGGAGAACCGTCTGAATAGGTGAGTGCTGTTGCACCAACAGGCGTATTGCTTTTTGCATAATGGAATCGACCTTGCAAATTATTGCTTCTCCAGTCATGAAATTGTTGGATAAACATGCTGACAGAATTTTCATTAATACGTTCTGGATTTATAGTTCCATTCCTCTTAACATACTCACACAATGCCTCATGCAATACTTTAATTGGAATGTTTGTAGCATTTGTGATCCTCTTAAGAAATTCATTGTAGGGAATAGGTTTGGATACTATATATTGGGCGCCTGTATCTGAAACAATCATCATCTGTGAGCCATCGCTCTTAACCATATCTCTGGAGCTAGTCATGACAACGTCTGTAAAAACACCGGGTTTTTCCAGCAAAGATAAAACAACTTTAGCCATATCAGCATCCAGATCATCATCATAGAAAAGTAGGTATCGTTGATTGATTGCTTCCCATAATTCGCGTATTTCACTGTAAACAGCTTTGCGGATTTTTACAGGTCTTGGTTTTGCTACATTTCGGTCTTTTACCTTACCTGAAGACAATCCTGTAGCAAAGTCCGGGTATTCTGCAAAGAAAGCGTCCCTTGTATCGGGTTTTATATTTAATCGCCTGTCTATGTAATGTTTATCATATAGTGCATCAAAAAGCTCATCAGAAGTCATGCCAAGCTTCTTGGCCACTTGTTCCAATCTTTCTTCGCTAATAGAAGAAGCTTGTGGAATTTCTCCGTTTATTTGGTCTATTAATCGATTAGCAAAGTCTGCCTCTGTGAAGTCAACAATATAATTCAGCTGGAATTCTTCATTGGAGATTCTATTACCATTCTCATCTACAGGTAGACGTAAACCTCGTCCAACCTCTTGCAGTTTACTATTTTCACTTCCGCTAGAACGAAGTTTAGCTATCGTAAATACATTAGGGTTATCCCAGCCCTCTTTAAGTGTCCATTTTGAAAATAGAAAACGTAAAGTGTTATAGCTACCGTCTTTATTCTTGAAAGAGAGAAGATGTTTTTTTCCATGAAGGATGGTTTCTACTTCTTTTGCTATATCTTCATCCGAATCGCTATTGTCCTGTGAAAAATAGCCTGCATGGCAAGAAGAAATATCTGCAAGACTTGCTTCCAGATATGCCCGATATTCTGTATCATGCTCACTGAGGGTAGATAGCACCGATTCTATCCGTTCCTTAAGCAATCTCTCAAAAGCTTGTAATAGATAAGGGGTTTTACCTTCCTCGTTTGGTCGATATGATGATATATCATCGATAAAAAATAATGCCAATGTCTTGATCTTGAAATTGCGACCACAGAAGTTTGTTTTTTCTGTTTCAAAATGACGCTCAAGGGCAAGACGCATCATCTGCTCTTGATAAGAGGTCATATAGATATCCACATCCAATTCCTCTCCAGTTGACTTTTGAATACCATTAGAAAACTCAACTGTTGATTTGCCAATAGCATGAACCGTAATTCCCTCAAAAGCTTCATTAATGATAGATAGTGAATCTCCAGTTTTAAGAGTAAATGTTTTAGTCGATTCATCACGCTTTTTATACTGAAAGGTAACAGAATCCTTGCTTGTGATGGAAGTGATTTTCACCTTTTCTTCACGCTTGGATACCGGTTCAAAATGCTCCTTCGTTACTCCCTTTATCAAATTTTGATTAAAAGATTCACAGGCATTTAAATCATAGAGCAGGTTTTGGTAGTCTTTTACGGTTATTTTGTTTTTTCCACGTCCACTTGTAGTTTCAGGGAAGGTAGCACCAAAGCGTATAATACACTGTGGTTTTATTTCATCAACGATAACATTAAATGCCTTCTGGTCACGAGAAAATCTGTGTGGCTCATCAATAATAACAACAGGGTTTGTTGCACGAATAGCATCAAGTGGTCTATAAAAACCTTCTACTCCATAATCATAGTCGTCACGGCTAAGCATACCATTTGATCGGACAACAAGTAGTTGCATATTAACTAATAATACATAAATCTTCTTCGTGTTCTGGCAAGAACCTTTTACAAAGTCGCTCACAACACTCGGGAAATAGGAGCGTCCCTTTTTCTTGTTTTTTGGCGCTTCTAGTACTCCAACTTCAATCTCTGTACCATAGCCACAAACATCGGAAAAATGTCGCTTTACATATTCATCACGCAAAAACTGCGCAGTTCCTGCTTTAATCGCAAGTGAAGGTACAGCGATGACAAACTTATTAAGTCCGTAACGTTTATGAAGCTCATATATAGTATGAGTATAAACGTAAGTCTTTCCTGTACCAGTTTCCATTTTAATATCAATATTCAAGCAATCACCAATAGGCATACTGCTTCGATATTCTGCAGGTATATTTTTTTGAATTTCTCTAATATTTGCAGCTAGTTTAGGGTCAGAAAGAGAAATACTTGGATTTTCATAAAATTGTACAGGAGAAGCTATCTGTACCCCATTCAAAGCAGCACTTATTGCATCTACAGCTTTTTGTTGGTGTGGTAATCCTCGTTGTAGGATAAGTTCCATAACATACCCTCCAATCAATAACGGATATCGAAGTTGATACGCAAGTTTTTCTCTGTATCCTTCAACCGTTTCAAATTAATTTTTAAAGCTTCCATTTCCGTCCATGTAAAACTATAACCAAATAACACCACGTTCTCAGGATTAAAGCTACCGTCAGTTTCATATTTTACTACAATGGCTTCAATCGCCTTATTAGACAATTCCGGGTCAATTAGGTAAAGATGTTTTCCTATATAATAGCCATTGTATCCAGCAAAATTTAACTCCTCAGCATCTGCTGTAAGTCCATATCCATCTCTAACAAGCCACGTTGCAAGGACGGTAGGTTTTCCAAAATCACTAAGAATGTCTTTGTCAGCAAATAATTTATTTTCAGTAGGGTCAAACTTTTCAAGCTTGTCTAGAGTATCGCTAGCTGGCTCAACCAATGTATAGTGCTTAAAGCCGAGGTCTGATGTTGTGTCTGGGAACTCTTCCTTTATAGCTTTTGCTGCCCTGATAATGCGTTCCATGCCAATGTAATCAAGTGTAGTAGGAAGATCATTTTCGATAAGAAAATTAAAGGCTTTTATTTGTGATGAATTTTCACTATCTAATTTATCAGGAATCTGAATACAAATAAAACGAATATTTCGATTGTATTCTACGTTTAATCGAATAGCTGCATGAGCAGTTGAGGCTGATCCTGAAAAAAAGTCAAGAATAATTCCCCTTTCCCCTTCACCAAATACTAACAATGATAAATGCAACAACAAGTCAGTTGGTTTAGGATTATCGAATACATCTTTTGTTCCAAATAATTCGGTTAGTTCTTTCGCACCAGAAGTATTCTCTACTAGATCATAAAAAATAGATCTTTCTTTCAAAATAGAAATATCATCCTCAGTAGGTTCATATTCTTTTTCATATGCAACCCATTCGCCATTAATCTTTTCAAATATTATTTTATTCTCTGCAATTAATCTTTCAATAGAAGCTTTCCCATATCTCCATCTGCCAGGGCGACCATCTGGTGCAATAGGATAGTTATCGTTTCCGTCTGGATCTATTATCGGAAAGTACATTGTTGGTCTGTCTTCTTTATGTGCTGCAGAACCCCATTTAGCTAACTTAATTTGCTTAAATTTTTTCTTTGTATCTGGATCGACTTTATTGTATGAATTTGAACTTTTAGTAATAGTTTTTTCATTCAATGAAAAATAAACCTTATCTCTTGCTATACAGACGATATAGTCATGTTCAGTAACAAAGTAATCATCTTGCTGTCCTCCACCCGATTTTTTTCTCCAAATAATTTGCTCAACAAAATTTTGTTCACCAAATACTTCATCACACAGCAGTTTCAGATTACTCTGTTCATTATCATCTATTGATATAAATATAACTCCATCTGTTGTAAGTAAATCTCTGGCAAGCAAAAGACGCGAATACATAAACATCAACCATGCTGAATGAGATGCTGAACCACGTTTTGTTAAATCTAGTATTCGCTGTGCCTGTTCCTCACTAATACTAAGTTTTTCAGAAAGCTCTTCTACAGTAAATTTGAAATTGTCATTGTAGACAAATCCATCTGTTCCCGTATTATATGGTGGATCAATATATATCATTTTGACTTTGCGTGAATAGGACTTCAAAAGATGCTTCAATGCATCAAGGTTATCTCCACTTATGTAGATATTTTCACTGTTCATATTTTCTGGTTTTGAGTTATGTTCCTCGTCTGGTACAACAACTGTTGTAGTATCAATTGAAGCCAGCAATCGGGCATAATTTTTTCCTAAAAACTTGAGTTCATAACCCTCTCCTGTGACAGCAATCTTATCACTTAAAAATTCCTTAAACCGTTCAATATCAAAGGACCCATCTGCCTTAAAACATGAGGGGAAATTTTCTTTTAATACAGCCATTTCTCGACTGTTCGGTGTTGCACTATCATTGGCATTCATAATATCCTTAATCATTGTTATCATTCACCTTGCCTTTCTCAATTTTATCAGGTACAAACTCTAAAATATCACAAATGTCACATTCTAAAGCTGTGCATATTTTTTGAAGTATTTCTGTATTTACATTTTCGTTTCTGCCAAGCTTTGTGATAGTTGCCGAGCTAACACCGGAAAGGCGTTGCAAATCTTTCTTTTTCATATTCTTATCAATTAGTAACTTCCATAGCTTGTTATAATGTATTGCCATTATTTGCACCTCCCACAAATATTAATAATTATATCACAAAAACACGCTATAAGCAGTATAAATTTTTAATCTCACATTATTTTTCATCTGTTTCAATCATAATTTTCTATTTGCGAATTTAATCAAAGGAGTTCAAATCAAGGCTTTTAGACAAAAAAGTCGGAAAGTCTAATTGAAAAATCCAAAACTACAGCATTCAGCCTTCTTAAACTAAATACCGCTTCCGCTCAAATTTGAGCAAAAGCATAAGCATTACAGCCGTCTTTTTTGGAAAATAGACAGGCTGTTTTTTATTTTAAGGGTTCGAATCGATAGAATTCTTCGCTTATGGATGAGGAAGAAAAATATTTTTAAGAAAATCCTCAACTAATGTGTTCTACCAAGGCTATAAGGTGAGAGGAAAAATAATCCCCCAATGAAAGCATAGTTTTTCTCTCACTGCTCCTTGACAACTGAATACCCCGAAATGCAAGAGATACTTCAAGCAGAATATGCCATGACGATAATTCCGAGCGTAATTCTTGAAAGATAACGAGGTTGTGTCATACAAGGCAAACCCTCTGGAACCGTAGCGTTTCGGGTCATTAATAAAAGGCAAGGAGGTGAAGTAACTGAAAACAAAATATGATAACTTGCCGCAAATGCTTAAAGATATGCCACAGTTTTGCTGTTGGAAATATGAAGAGCGAAGTGGCAGAAAAACCAAAGTTCCCTATAACCCAGTAACAGGAAAAAGGGCAAAAGCAGATAAGCGGAGTACCTTTAAAGATTTTAGTTCGGCGATAGCTACTATAAGTGATTATGATGGTATCGGATTTTTGGTAGGTAATGACATTTGTGTTATCGACTTAGATGATTGCTTTGATAGCAGCGGTAACCTTAAGCCTGTTGACCAAAATGTTGTAGAGGCTTTTAGTGGTTGCTATATGGAACACAGTCCATCTGAAAAAGGGCTTCATATTTTCTTTAAGTCCACAGGCTTTAACTTTGACAAAACAAAATACTATATCAACAACAGAAAGCTGGGAGTTGAGGTCTATGTGGCTGGAGCAACAAACCGCTTTGTTACCGTAACGGGCAATGTGTATGCGAATGGTGATATTGCGGAGAAATCGAATGAACTACAGATGATACTAGACAAGTATATGCTGCGTCCTACCCCTGTGAAGCAACTACTGGATACAGAAAGTCAATCCTATCTGTCTGACAAGTCTGTTATTGAGAAGGCTTTAAAATCGGCAAACGGAGAAAGGTTCAAAGCATTATGGCAGGGAGATACATCTGGTTATGCTTCTGCCAGTGAAGCTGATTTGGCACTTTGCGGTATGCTGGCATTTTGGTGTGGCAGGGATATTGGACAGATGGACAGACTTTTCCGGCAGAGCGGCCTAATGCGAGATAAATGGAATAGACCGCAGTCCGGTAGTACTTATGGAATGATAACCATAGAAAAAGCTATCGCAAATGCTACTGAAATATACAAACCAGGTGGTAAGCGTTCATCAGCTACAGAAGATTTTGGTGAATGTTCTCTTGCTGACTTTAAGCCTGAGAGTAACGGTCGCTACCCTTGGACGGATATTGGGGCAAGCAGGCTGTTTGCTGATTATTATAAATCTTTTGCCCGCTTTGTTCCCGAAAGGAAAATGTGGTTTTGCTATGAGAATGGTATTTGGATTCCTGATGTCGGTAATCTCAAAGTGATGGAAATGTGTAAATCATTGGCCAACCAACTGCTAACCTATGCTTTGACTATTCAGGATGAACATCAAAGAAAGGCATACATTGACTATTGCCGAAAGTGGCAGTCAAGAAGATACAGGGAAACGGTACTTAAGGATGCGCAGAGCGTATATCCCATATCAATGGCTGAATTTGACCAAGACCCGCAAGTGCTCAACTGTTCCAATGGCACATTGTTTTTAACATCCATGGATTTTCAACCCCACAACAGCGAGGACAGACTCACAAAGATATCTGGTGTTAAGTTTGATCCAGAAGCCAAAAGAGAGCGATGGGATAGATTTATTCATGAGATTATGAGCGGAGATGAGGAAAAGGCAAAATTCCTCCAAAAAGCCTTTGGCTACAGCATCAGCGGAGACACTCGGTATGAATGCCTGTTTGTTCTCTATGGTGCTACAACTCGAAACGGTAAAGGTACGCTATGTGAGAGCATTCTTAAGGTATTAGGCAGTTATGGCTGTACCGCAAGGCCAGAGACTATCAGTCTGAAAAAGAACAATAACAGTTCAAGTCCAAGTGAAGATATTGCCCGGCTTGCAGGAGTACGCTTTGTGAATATCTCCGAACCTAGCAGAGGACTTGTCCTAAATGCTGCACAGGTAAAAAGCATGACGGGTGGTGACACCATCAACGCAAGGTTTCTACACGAAAACTCTTTTGACTTTTCACCTAAGTTTAAGCTTTATATCAACACCAATTATCTGCCCGTTATAACGGATATGACACTGTTTTCCAGTGGCAGAGTGGTGATTATCCCTTTTGAACGACACTTTGATGAAAGCGAGCAGGATAAAAACTTAAAACGTGAATTCGCCAAAGCGAAGAATCAGAGTGCTATCCTCAACTGGCTAATTGAAGGCTACCAGTTGTTAAAGAAGGAGGGCTTGACTTTACCTGATTCCGTTAAGACAGCAACAGAGGCTTATAAGCGTGACAGCGATAAAATAGCATTATTTTTCGAGGATGCCTTGGAGGAAAGCCCTAACAGTGAGGTGCGGACATCCGAAGTGTATGCCCGGTATCAGCGTTGGTGCAGTGCCAATGGCTGTTATTCGGAGAATGCAAGAAACTTCAAACAAGCCTTAACAGCTATCGCCCGTGTAGAACGGAAACGACCACGTTCTGGTGGTGGAATGACCACAATGCTTATCGGATATAAGCTGACAGAAGAAGAGTTTTTTCTTATTTAAACACAGTGTAGCAGCTTGTAGCAAGAAAAACAGGTTATATAAAAAATCGCTCTCGTATAGAGAGTTTAGTTTTTACCTGCTACATCTTGCTACAAAGCTTAAAACCACTAAACCACTGGATACAACTCCATGTGTTAATACCTACCCCCTAGGGGAGTTCAAATCTCCACACCTTTTCATCTGGACAACGGGCGTGGGGCAACGCGTAAAAAAACGCGGTTTCAAACGGGGTATATACCCCACAATCCATTTTAATTTAGGAGGTAAACGATTATGGCAACATCAACAACTTATAATAGAGCGTTTTGGAATGTTATGAAAGGAAAAGAAGAAAATAATCGAAATCTAAGCGAGGGCTTTGATAATGCAGGAGCCTATGTCGCACCAGACGAGTTCCGAGAAGGCTTTAACACTGCATTGGCAAAGGAGAATATATTCCGCAGATTTGCTACTGTTATCAATCTATCTTCTGCAGAAGGTAAAATTCAAGCGGTATCCTCAACGGGTACAGCAGATTGGGTTGAAGACGGAGATCCAATCCCCGAAAGTGTCGATACATTTACACAGTTTCTGGTGAAATCATACAAGCTGGCATCTCTTGTCAAGCTAAACCGCTCATTCGTCACCGATATGAACTTTAATCTTGAAAAATATCTGATGGGTGATTTTGCGAAGCGTTTTGGCAAGGCTGAGGAAAATGCATTGCTTAATGGAAATGGCACAGCTCAGCCAACAGGTATCCTTACAGCAGATGCAGATGTAACTACAGCAGACAATAGTACCATCTCTTTTGATGAGATCATCTCTCTGTATTTTTCATTAAAAGATGAATACCGAAATAACGCTGTGTTTATCATGCACGATAATACAGCCATGCTTCTTAGAACCCTTAAAGATACAAGCGGTAGTTATCTGTGGAATTCTTCAGATAACACCATCTTCGGAAAGCCTGTAGTTACCTCTCCATATATGCCTACAGTATCAGCAGGAGCAAAAAGCATAGTATTCGGAGATTTATCTTATTACTGGCTGATTGAGCGTCAGCCAATAACAATAAAAAAATTAAGTGAGTTATATGCATTGCAAGGACAAATTGGCTTTTCTGCTTACGAGAGATTGGATGGGAAGCTAATTCAACCGGATGCTCTGAAAATATTACAAATAAAAGCTTAAATAATGGATTAGGCACTGAGTCATCAATTCAGCTCAGTGCCAGTCCTTCAAAACATCGGACAGGAGGTCACGATATGGAAAACCCAATTAACAGCCGAACAACCAAATCCGATATCGGAGGTACGGTCTATGTGGTGGAATCACGAATAAGTGATTCAGCAAAGGAAAGTGCATATTCCAAGCTGAAACGACTGATTACAGTCAACGCAAAAAGCCTTTCAAAGTTATCAGATAGTTCATATAAACCCACGGAAATCAACTCGACTTCTTCAAGGTAGTACGGTAATATACATAGTGCTAAACCGCTTGAAGACTGTCGGAAATGGAGGAGAAAAATGAATAGACAGTCAACATTTGGCACTATACGTAAATCAAAATTAGCATTTGAAGAAGCGAAAATTACTGCTCTTTACTGCAGGCTTTCACGTGATGATGAGCTTGCAGGAGACAGTAACAGCATAGTAAACCAGAAGGCAATTCTAAAAAAGTATGCTGAGGACAACGGTTTTCGCAACATCGAATTTTATGTGGATGATGGGGTCAGCGGTACAACTTTTGATAGACCAGACTTTAACCGCATGATTGCTGATGTAGAGTCCGGTAGAATCGGAACGATTATCATCAAGGATATGTCCCGTTTCGGCAGGGATTACCTTAAAGTAGGATATTATACCGAGATTATGTTTCCTGAAGCAGATGTACGATTCATTGCTATTAACAACGGTATTGATAGTGCAAACCAAGCAGACAGTGACTTTACACCGTTTCTTAACATTATTAATGAATGGTACGCTAAGGATACTAGCAAGAAAATCCGTGCTGTGTTCAAATCCAAGGGACAATCTGGTAAGCCACTCTGTACCAATCCACCTTACGGTTATATTAAAGACCCTGAAGATAAGTTGCACTGGATAATAGATGAGAAAGCCGCCGAAGTGGTCAGAGATATTTTCCGACTGTGCATGGCTGGCTTTGGACCCACGCAGATAGCAAAGCAACTTGAAAAACGATGCATTGATACACCTACGGTTCATCTTCGCAAAATGGGTATTAACACTCCAGCAAGACCACCTGAAAACCCATATGCTTGGTCAGCTCGTACCGTAGCAGATATTCTGGCTAAAATGGAATATCTAGGCCACACAGTGAATTTCAAGACTTCTAAAAAGTCATATAAGAGCAAAGTCAAGATAATGAACAATCCAGAGGAATGGCTGGTTTTCAAAAATACCCATGAAGCAATTATTGATGAGGGCACTTGGGAAACAGTGCAGAAAATCAGAGATGGCAAGCGAAGACCATCGCGATTAGGTGAAATGGGAATGCTTTCTGGCATGATGTTTTGTGCCGACTGTGGGGCAAAGCTGTATCAGGTTAGAGGCAAGGGATGGACACACGATAAGGAATACTTCGTTTGTGCGACTTACCGCAAGAAAAAGGGTATGTGCAGTTCACATCAGATACGCAATGTTGTAGTGGAACAGCTTTTGATAGAAGACTTAAGGCGTGTAACCTCCTTTGCCAAAGACCATGAACAGGAATTCATCCGTATAGTTATGAATAGCTCAGAAAAGGAACTTGCCAAAGAACTCCGCCAAAGTCAAAAGGAGTACGAACAAGCACAGTCTCGTATTGCTGACATAGACAAAATCATTCGAAAGCTATATGAAGACAATGTGATGGGTAAAATTCCCGAAGAGCGTTTTTACAAGATGTCGGCTGAATATGAAGCCGAGCAGAAGGCACTGGAAGAAAGGATAACCAAATTAAAACATACCATTGATACAGCAAATGAACAGTCCCTCAATACCGACCGCTTTTTAGCACTGGTTAAAAAGTACACAGAAATTACAGAATTGGATGCAGAGATTATTCGAGAGTTCATTGACAAAATTATAGTATTCAAGGCTGAAAAGGTAGATGGCCGCAGAACCCAGCGGATTCAAATTTTCTATAACTGCATTGGTGCTATCGACTTACCAAAATAA

Protein sequences of DBSCAN-SWA_12

>CP021850|4194474:4205728|4200263_4202567_+|AUS98238.1|DBSCAN-SWA
MPQMLKDMPQFCCWKYEERSGRKTKVPYNPVTGKRAKADKRSTFKDFSSAIATISDYDGIGFLVGNDICVIDLDDCFDSSGNLKPVDQNVVEAFSGCYMEHSPSEKGLHIFFKSTGFNFDKTKYYINNRKLGVEVYVAGATNRFVTVTGNVYANGDIAEKSNELQMILDKYMLRPTPVKQLLDTESQSYLSDKSVIEKALKSANGERFKALWQGDTSGYASASEADLALCGMLAFWCGRDIGQMDRLFRQSGLMRDKWNRPQSGSTYGMITIEKAIANATEIYKPGGKRSSATEDFGECSLADFKPESNGRYPWTDIGASRLFADYYKSFARFVPERKMWFCYENGIWIPDVGNLKVMEMCKSLANQLLTYALTIQDEHQRKAYIDYCRKWQSRRYRETVLKDAQSVYPISMAEFDQDPQVLNCSNGTLFLTSMDFQPHNSEDRLTKISGVKFDPEAKRERWDRFIHEIMSGDEEKAKFLQKAFGYSISGDTRYECLFVLYGATTRNGKGTLCESILKVLGSYGCTARPETISLKKNNNSSSPSEDIARLAGVRFVNISEPSRGLVLNAAQVKSMTGGDTINARFLHENSFDFSPKFKLYINTNYLPVITDMTLFSSGRVVIIPFERHFDESEQDKNLKREFAKAKNQSAILNWLIEGYQLLKKEGLTLPDSVKTATEAYKRDSDKIALFFEDALEESPNSEVRTSEVYARYQRWCSANGCYSENARNFKQALTAIARVERKRPRSGGGMTTMLIGYKLTEEEFFLI
>CP021850|4194474:4205728|4202840_4203740_+|AUS98239.1|capsid|DBSCAN-SWA
MATSTTYNRAFWNVMKGKEENNRNLSEGFDNAGAYVAPDEFREGFNTALAKENIFRRFATVINLSSAEGKIQAVSSTGTADWVEDGDPIPESVDTFTQFLVKSYKLASLVKLNRSFVTDMNFNLEKYLMGDFAKRFGKAEENALLNGNGTAQPTGILTADADVTTADNSTISFDEIISLYFSLKDEYRNNAVFIMHDNTAMLLRTLKDTSGSYLWNSSDNTIFGKPVVTSPYMPTVSAGAKSIVFGDLSYYWLIERQPITIKKLSELYALQGQIGFSAYERLDGKLIQPDALKILQIKA
>CP021850|4194474:4205728|4197449_4199399_-|AUS98236.1|DBSCAN-SWA
MIKDIMNANDSATPNSREMAVLKENFPSCFKADGSFDIERFKEFLSDKIAVTGEGYELKFLGKNYARLLASIDTTTVVVPDEEHNSKPENMNSENIYISGDNLDALKHLLKSYSRKVKMIYIDPPYNTGTDGFVYNDNFKFTVEELSEKLSISEEQAQRILDLTKRGSASHSAWLMFMYSRLLLARDLLTTDGVIFISIDDNEQSNLKLLCDEVFGEQNFVEQIIWRKKSGGGQQDDYFVTEHDYIVCIARDKVYFSLNEKTITKSSNSYNKVDPDTKKKFKQIKLAKWGSAAHKEDRPTMYFPIIDPDGNDNYPIAPDGRPGRWRYGKASIERLIAENKIIFEKINGEWVAYEKEYEPTEDDISILKERSIFYDLVENTSGAKELTELFGTKDVFDNPKPTDLLLHLSLLVFGEGERGIILDFFSGSASTAHAAIRLNVEYNRNIRFICIQIPDKLDSENSSQIKAFNFLIENDLPTTLDYIGMERIIRAAKAIKEEFPDTTSDLGFKHYTLVEPASDTLDKLEKFDPTENKLFADKDILSDFGKPTVLATWLVRDGYGLTADAEELNFAGYNGYYIGKHLYLIDPELSNKAIEAIVVKYETDGSFNPENVVLFGYSFTWTEMEALKINLKRLKDTEKNLRINFDIRY
>CP021850|4194474:4205728|4194474_4197435_-|AUS98235.1|DBSCAN-SWA
MELILQRGLPHQQKAVDAISAALNGVQIASPVQFYENPSISLSDPKLAANIREIQKNIPAEYRSSMPIGDCLNIDIKMETGTGKTYVYTHTIYELHKRYGLNKFVIAVPSLAIKAGTAQFLRDEYVKRHFSDVCGYGTEIEVGVLEAPKNKKKGRSYFPSVVSDFVKGSCQNTKKIYVLLVNMQLLVVRSNGMLSRDDYDYGVEGFYRPLDAIRATNPVVIIDEPHRFSRDQKAFNVIVDEIKPQCIIRFGATFPETTSGRGKNKITVKDYQNLLYDLNACESFNQNLIKGVTKEHFEPVSKREEKVKITSITSKDSVTFQYKKRDESTKTFTLKTGDSLSIINEAFEGITVHAIGKSTVEFSNGIQKSTGEELDVDIYMTSYQEQMMRLALERHFETEKTNFCGRNFKIKTLALFFIDDISSYRPNEEGKTPYLLQAFERLLKERIESVLSTLSEHDTEYRAYLEASLADISSCHAGYFSQDNSDSDEDIAKEVETILHGKKHLLSFKNKDGSYNTLRFLFSKWTLKEGWDNPNVFTIAKLRSSGSENSKLQEVGRGLRLPVDENGNRISNEEFQLNYIVDFTEADFANRLIDQINGEIPQASSISEERLEQVAKKLGMTSDELFDALYDKHYIDRRLNIKPDTRDAFFAEYPDFATGLSSGKVKDRNVAKPRPVKIRKAVYSEIRELWEAINQRYLLFYDDDLDADMAKVVLSLLEKPGVFTDVVMTSSRDMVKSDGSQMMIVSDTGAQYIVSKPIPYNEFLKRITNATNIPIKVLHEALCEYVKRNGTINPERINENSVSMFIQQFHDWRSNNLQGRFHYAKSNTPVGATALTYSDGSPREDIAQGRIGTKIVPGTPSEKYLYDAFAYDSPLEQKNIMSDIEEVIVYGKIPRSSIAIPTITGGMYSPDFMYVVRRASGEKELNIVVETKDVENKSDLRGTEKAKIDCARVFFDMLSKDGYTVYFRDQLNNKQMAQIIKEVLAE
>CP021850|4194474:4205728|4199391_4199631_-|AUS98237.1|DBSCAN-SWA
MAIHYNKLWKLLIDKNMKKKDLQRLSGVSSATITKLGRNENVNTEILQKICTALECDICDILEFVPDKIEKGKVNDNND
>CP021850|4194474:4205728|4204075_4205728_+|AUS98241.1|DBSCAN-SWA
MNRQSTFGTIRKSKLAFEEAKITALYCRLSRDDELAGDSNSIVNQKAILKKYAEDNGFRNIEFYVDDGVSGTTFDRPDFNRMIADVESGRIGTIIIKDMSRFGRDYLKVGYYTEIMFPEADVRFIAINNGIDSANQADSDFTPFLNIINEWYAKDTSKKIRAVFKSKGQSGKPLCTNPPYGYIKDPEDKLHWIIDEKAAEVVRDIFRLCMAGFGPTQIAKQLEKRCIDTPTVHLRKMGINTPARPPENPYAWSARTVADILAKMEYLGHTVNFKTSKKSYKSKVKIMNNPEEWLVFKNTHEAIIDEGTWETVQKIRDGKRRPSRLGEMGMLSGMMFCADCGAKLYQVRGKGWTHDKEYFVCATYRKKKGMCSSHQIRNVVVEQLLIEDLRRVTSFAKDHEQEFIRIVMNSSEKELAKELRQSQKEYEQAQSRIADIDKIIRKLYEDNVMGKIPEERFYKMSAEYEAEQKALEERITKLKHTIDTANEQSLNTDRFLALVKKYTEITELDAEIIREFIDKIIVFKAEKVDGRRTQRIQIFYNCIGAIDLPK
>CP021850|4194474:4205728|4203814_4204018_+|AUS98240.1|DBSCAN-SWA
MENPINSRTTKSDIGGTVYVVESRISDSAKESAYSKLKRLITVNAKSLSKLSDSSYKPTEINSTSSR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AUS98235.1|4194474_4197435_-	restriction endonuclease subunit R	Q71TG1	Escherichia_phage	8.4e-138	34.6
AUS98236.1|4197449_4199399_-	restriction endonuclease subunit M	Q1MVP0	Enterobacteria_phage	5.8e-103	36.2
AUS98237.1|4199391_4199631_-	transcriptional regulator	A0A2K5B263	Erysipelothrix_phage	1.5e-16	58.8
AUS98238.1|4200263_4202567_+	nucleoside triphosphatase	A0A2H4J4H0	uncultured_Caudovirales_phage	1.4e-111	32.5
AUS98239.1|4202840_4203740_+|capsid	phage major capsid protein	A0A2I4R671	Erysipelothrix_phage	4.2e-72	45.7
AUS98240.1|4203814_4204018_+	hypothetical protein	NA	NA	NA	NA
AUS98241.1|4204075_4205728_+	recombinase	A0A0A7RTP8	Clostridium_phage	2.4e-17	24.7