CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NZ_CP036544	Bacteroides fragilis strain DCMOUH0018B plasmid pBFO18_2, complete sequence	0 crisprs	NA	0	0	0	0
NZ_CP036543	Bacteroides fragilis strain DCMOUH0018B plasmid pBFO18_1, complete sequence	0 crisprs	NA	0	0	0	0
NZ_CP036542	Bacteroides fragilis strain DCMOUH0018B chromosome, complete genome	3 crisprs	PrimPol,RT,DEDDh,PD-DExK,cas2,cas1,cmr6gr7,cmr5gr11,cmr4gr7,cmr3gr5,cas10,cmr1gr7,cas6,csa3,WYL	0	6	5	2
NZ_CP036545	Bacteroides fragilis strain DCMOUH0018B plasmid pBFO18_3, complete sequence	0 crisprs	NA	0	0	0	0

1. NZ_CP036542

CRISPR-Cas detection and classification

Crispr_ID: NZ_CP036542_1

• CRISPR_ID: NZ_CP036542_1
• CRISPR_location: 1762972-1763117
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NZ_CP036542_1

Consensus_repeat	Method
GAAATTCCCAATATATTGTGAATTTGA	PILER-CR

spacers of NZ_CP036542_1

>1.1|1762999|34|NZ_CP036542|PILER-CR
AACAAAAATAGTAAGTATTTGTTTGATAAGCAAG
>1.2|1763060|34|NZ_CP036542|PILER-CR
GCTTTTTGTGGCTTGAGTTATGTACCTTCATCAT

CRISPR arrays and Neighbor proteins around NZ_CP036542_1

CRISPR arrays

The CRISPR arrays of NZ_CP036542_1

>merge|NZ_CP036542|1|1762972-1763117|PILER-CR
ATTCCCAATATATTGTGAATTTGAAACAAAAATAGTAAGTATTTGTTTGATAAGCAAGGAAATTCCCAATATATTGTGAATTTGAGCTTTTTGTGGCTTGAGTTATGTACCTTCATCATGAAATTCACAATATATTGTGAATTTGA

>NZ_CP036542|1|1|1762972-1763117|PILER-CR
ATTCCCAATATATTGTGAATTTGAAAC	AAAAATAGTAAGTATTTGTTTGATAAGCAAGGAA
ATTCCCAATATATTGTGAATTTGAGCT	TTTTGTGGCTTGAGTTATGTACCTTCATCATGAA
ATTCACAATATATTGTGAATTTGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP036542.1|WP_032542476.1|1769598_1770246_+|hypothetical-protein	unknown	unknown	gnl|CDD|274656
NZ_CP036542.1|WP_005775502.1|1759244_1760492_+|mechanosensitive-ion-channel-family-protein	unknown	unknown	gnl|CDD|366370
NZ_CP036542.1|WP_032542474.1|1766977_1768186_+|UDP-N-acetylglucosamine-4,6-dehydratase	unknown	unknown	gnl|CDD|187548
NZ_CP036542.1|WP_032542477.1|1770238_1771255_+|hypothetical-protein	unknown	unknown	gnl|CDD|274655
NZ_CP036542.1|WP_032542475.1|1768438_1769581_+|LegC-family-aminotransferase	unknown	unknown	gnl|CDD|275034
NZ_CP036542.1|WP_005775510.1|1764920_1765151_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005818358.1|1762758_1762971_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|213767
NZ_CP036542.1|WP_044300155.1|1764474_1764822_-|DUF2693-domain-containing-protein	unknown	unknown	gnl|CDD|371293
NZ_CP036542.1|WP_044300157.1|1762432_1762762_-|phosphatidylinositol-kinase	unknown	unknown	gnl|CDD|274416
NZ_CP036542.1|WP_080720202.1|1765164_1765356_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005775500.1|1756407_1757316_-|DMT-family-transporter	unknown	unknown	gnl|CDD|223769
NZ_CP036542.1|WP_005775503.1|1760533_1761427_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225117
NZ_CP036542.1|WP_005810390.1|1758256_1759273_+|DUF4435-domain-containing-protein	unknown	unknown	gnl|CDD|373095
NZ_CP036542.1|WP_080546210.1|1761429_1762269_-|HipA-domain-containing-protein	unknown	unknown	gnl|CDD|377920
NZ_CP036542.1|WP_005810392.1|1757407_1758235_+|ATP-binding-protein	unknown	unknown	gnl|CDD|379114
NZ_CP036542.1|WP_022012231.1|1754109_1755198_+|DUF1573-domain-containing-protein	unknown	unknown	gnl|CDD|377880
NZ_CP036542.1|WP_032542472.1|1765869_1766406_+|capsular-polysaccharide-transcription-antiterminator-UpgY	unknown	unknown	gnl|CDD|193584
NZ_CP036542.1|WP_044300156.1|1763460_1764333_-|DUF4373-domain-containing-protein	unknown	unknown	gnl|CDD|379546
NZ_CP036542.1|WP_044300158.1|1755206_1756298_+|methylmalonyl-Co-A-mutase-associated-GTPase-MeaB	unknown	unknown	gnl|CDD|236515
NZ_CP036542.1|WP_032542473.1|1766425_1766911_+|transcriptional-regulator	unknown	unknown	gnl|CDD|336454

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP036542.1|WP_032542476.1|1769598_1770246_+|hypothetical-protein	gnl|CDD|274656	TIGR03570, NeuD_NnaD, sugar O-acyltransferase, sialic acid O-acetyltransferase NeuD family. This family of proteins includes the characterized NeuD sialic acid O-acetyltransferase enzymes from E. coli and Streptococcus agalactiae (group B strep). These two are quite closely related to one another, so extension of this annotation to other members of the family in unsupported without additional independent evidence. The neuD gene is often observed in close proximity to the neuABC genes for the biosynthesis of CMP-N-acetylneuraminic acid (CMP-sialic acid), and NeuD sequences from these organisms were used to construct the seed for this model. Nevertheless, there are numerous instances of sequences identified by this model which are observed in a different genomic context (although almost universally in exopolysaccharide biosynthesis-related loci), as well as in genomes for which the biosynthesis of sialic acid (SA) is undemonstrated. Even in the cases where the association with SA biosynthesis is strong, it is unclear in the literature whether the biological substrate is SA iteself, CMP-SA, or a polymer containing SA. Similarly, it is unclear to what extent the enzyme has a preference for acetylation at the 7, 8 or 9 positions. In the absence of evidence of association with SA, members of this family may be involved with the acetylation of differring sugar substrates, or possibly the delivery of alternative acyl groups. The closest related sequences to this family (and those used to root the phylogenetic tree constructed to create this model) are believed to be succinyltransferases involved in lysine biosynthesis. These proteins contain repeats of the bacterial transferase hexapeptide (pfam00132), although often these do not register above the trusted cutoff.	1.14628e-39
NZ_CP036542.1|WP_005775502.1|1759244_1760492_+|mechanosensitive-ion-channel-family-protein	gnl|CDD|366370	pfam00924, MS_channel, Mechanosensitive ion channel. Two members of this protein family of M. jannaschii have been functionally characterized. Both proteins form mechanosensitive (MS) ion channels upon reconstitution into liposomes and functional examination by the patch-clamp technique. Therefore this family are likely to also be MS channel proteins.	5.85447e-25
NZ_CP036542.1|WP_032542474.1|1766977_1768186_+|UDP-N-acetylglucosamine-4,6-dehydratase	gnl|CDD|187548	cd05237, UDP_invert_4-6DH_SDR_e, UDP-Glcnac (UDP-linked N-acetylglucosamine) inverting 4,6-dehydratase, extended (e) SDRs. UDP-Glcnac inverting 4,6-dehydratase was identified in Helicobacter pylori as the hexameric flaA1 gene product (FlaA1). FlaA1 is hexameric, possesses UDP-GlcNAc-inverting 4,6-dehydratase activity, and catalyzes the first step in the creation of a pseudaminic acid derivative in protein glycosylation. Although this subgroup has the NADP-binding motif characteristic of extended SDRs, its members tend to have a Met substituted for the active site Tyr found in most SDR families. Extended SDRs are distinct from classical SDRs. In addition to the Rossmann fold (alpha/beta folding pattern with a central beta-sheet) core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids. Extended SDRs are a diverse collection of proteins, and include isomerases, epimerases, oxidoreductases, and lyases; they typically have a TGXXGXXG cofactor binding motif. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	3.91658e-101
NZ_CP036542.1|WP_032542477.1|1770238_1771255_+|hypothetical-protein	gnl|CDD|274655	TIGR03569, ORF_8_similar_to_NeuB_family, N-acetylneuraminate synthase. This family is a subset of the pfam03102 and is believed to include only authentic NeuB N-acetylneuraminate (sialic acid) synthase enzymes. The majority of the genes identified by this model are observed adjacent to both the NeuA and NeuC genes which together effect the biosynthesis of CMP-N-acetylneuraminate from UDP-N-acetylglucosamine.	1.21735e-125
NZ_CP036542.1|WP_032542475.1|1768438_1769581_+|LegC-family-aminotransferase	gnl|CDD|275034	TIGR04181, DegT/DnrJ/EryC1/StrS_aminotransferase, aminotransferase, LLPSF_NHT_00031 family. This clade of aminotransferases is a member of the pfam01041 (DegT/DnrJ/EryC1/StrS) superfamily. The family is named after the instance in Leptospira interrogans serovar Lai, str. 56601, where it is the 31st gene in the 91-gene lipopolysaccharide biosynthesis locus. Members of this family are generally found within a subcluster of seven or more genes including an epimerase/dehydratase, four genes homologous to the elements of the neuraminic (sialic) acid biosynthesis cluster (NeuABCD) and a nucleotidyl transferase. Together it is very likely that these enzymes direct the biosynthesis of a nine-carbon sugar analogous to CMP-neuraminic acid. These seven genes form the core of the cassette, although they are often accompanied by additional genes that may further modify the product sugar.	0
NZ_CP036542.1|WP_005818358.1|1762758_1762971_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|213767	TIGR03070, couple_hipB, transcriptional regulator, y4mF family. Members of this family belong to a clade of helix-turn-helix DNA-binding proteins, among the larger family pfam01381 (HTH_3; Helix-turn-helix). Members are similar in sequence to the HipB protein of E. coli. Genes for members of the seed alignment for this protein family were found to be closely linked to genes encoding proteins related to HipA. The HibBA operon appears to have some features in common with toxin-antitoxin post-segregational killing systems. [Regulatory functions, DNA interactions].	2.16064e-19
NZ_CP036542.1|WP_044300155.1|1764474_1764822_-|DUF2693-domain-containing-protein	gnl|CDD|371293	pfam10902, WYL_2, WYL_2, Sm-like SH3 beta-barrel fold. WYL_2 is a family of Sm-like SH3 beta-barrel fold containing domains. WYL is named for three conserved amino acids found in a subset of domains of this superfamily. These residues are not strongly conserved throughout the family. Rather, the conservation pattern includes four basic residues and a position often occupied by a cysteine, which are predicted to line a ligand-binding groove typical of the Sm-like SH3 beta-barrels. It is predicted to be a ligand-sensing domain that could bind negatively charged ligands, such as nucleotides or nucleic acid fragments, to regulate CRISPR-Cas and other defense systems such as the abortive infection AbiG system.	2.71669e-28
NZ_CP036542.1|WP_044300157.1|1762432_1762762_-|phosphatidylinositol-kinase	gnl|CDD|274416	TIGR03071, couple_hipA, HipA N-terminal domain. Although Pfam models pfam07805 and pfam07804 currently are called HipA-like N-terminal domain and HipA-like C-terminal domain, respectively, those models hit the central and C-terminal regions of E. coli HipA but not the N-terminal region. This model hits the N-terminal region of HipA and its homologs, and also identifies proteins that lack match regions for pfam07804 and pfam07805.	2.83573e-45
NZ_CP036542.1|WP_005775500.1|1756407_1757316_-|DMT-family-transporter	gnl|CDD|223769	COG0697, RhaT, Permeases of the drug/metabolite transporter (DMT) superfamily [Carbohydrate transport and metabolism / Amino acid transport and metabolism / General function prediction only].	1.5505e-13
NZ_CP036542.1|WP_005775503.1|1760533_1761427_+|AraC-family-transcriptional-regulator	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	1.24557e-30
NZ_CP036542.1|WP_005810390.1|1758256_1759273_+|DUF4435-domain-containing-protein	gnl|CDD|373095	pfam14491, DUF4435, Protein of unknown function (DUF4435). This presumed domain is functionally uncharacterized. This domain is found in bacteria, archaea and eukaryotes. Proteins in this family are typically between 285 and 362 amino acids in length. This domain is sometimes associated with AAA domains.	1.26019e-65
NZ_CP036542.1|WP_080546210.1|1761429_1762269_-|HipA-domain-containing-protein	gnl|CDD|377920	pfam07804, HipA_C, HipA-like C-terminal domain. The members of this family are similar to a region close to the C-terminus of the HipA protein expressed by various bacterial species. This protein is known to be involved in high-frequency persistence to the lethal effects of inhibition of either DNA or peptidoglycan synthesis. When expressed alone, it is toxic to bacterial cells, but it is usually tightly associated with HipB, and the HipA-HipB complex may be involved in autoregulation of the hip operon. The hip proteins may be involved in cell division control and may interact with cell division genes or their products.	1.18504e-45
NZ_CP036542.1|WP_005810392.1|1757407_1758235_+|ATP-binding-protein	gnl|CDD|379114	pfam13304, AAA_21, AAA domain, putative AbiEii toxin, Type IV TA system. Several members are annotated as being of the abortive phage resistance system, in which case the family would be acting as the toxin for a type IV toxin-antitoxin resistance system.	4.89154e-12
NZ_CP036542.1|WP_022012231.1|1754109_1755198_+|DUF1573-domain-containing-protein	gnl|CDD|377880	pfam07610, DUF1573, Protein of unknown function (DUF1573). These hypothetical proteins, from bacteria such as Rhodopirellula baltica, Bacteroides thetaiotaomicron, and Porphyromonas gingivalis, share a region of conserved sequence towards their N-termini.	1.58308e-42
NZ_CP036542.1|WP_032542472.1|1765869_1766406_+|capsular-polysaccharide-transcription-antiterminator-UpgY	gnl|CDD|193584	cd09895, NGN_SP_UpxY, N-Utilization Substance G (NusG) N-terminal domain in the NusG Specialized Paralog (SP), UpxY. The N-Utilization Substance G (NusG) proteins are involved in transcription elongation and termination. NusG is essential in Escherichia coli and is associated with RNA polymerase elongation and Rho-termination. Paralogs of eubacterial NusG, NusG SP (Specialized Paralog of NusG), are more diverse and often found as the first ORF in operons encoding secreted proteins and LPS (lipopolysaccharide) biosynthesis genes. NusG SP family members are operon-specific transcriptional antitermination factors. UpxY proteins, UpxY proteins, where the x is replaced by the letter designation of the specific polysaccharide (UpaY to UphY), are a family of NusG SP factors that act specifically in transcriptional antitermination of operons from which they are encoded. UpxYs are necessary and specific for transcription regulation of the polysaccharide biosynthesis operon. Orthologs of the NusG gene exist in all bacteria, but their functions and requirements are different. The NusG N-terminal (NGN) domain is similar in all NusG orthologs, but its C-terminal domain and the linker that separate these two domains are different. The domain organization of NusG and its orthologs suggests that the common properties of NusG and its orthologs and paralogs are due to their similar NGN domains.	1.69957e-29
NZ_CP036542.1|WP_044300156.1|1763460_1764333_-|DUF4373-domain-containing-protein	gnl|CDD|379546	pfam14297, DUF4373, Domain of unknown function (DUF4373). This domain is found in bacteria, eukaryotes and viruses, and is approximately 90 amino acids in length.	4.8912e-30
NZ_CP036542.1|WP_044300158.1|1755206_1756298_+|methylmalonyl-Co-A-mutase-associated-GTPase-MeaB	gnl|CDD|236515	PRK09435, PRK09435, methylmalonyl Co-A mutase-associated GTPase MeaB.	0
NZ_CP036542.1|WP_032542473.1|1766425_1766911_+|transcriptional-regulator	gnl|CDD|336454	pfam06603, UpxZ, UpxZ family of transcription anti-terminator antagonists. The UpxZ family of proteins acts to inhibit transcription of heterologous capsular polysaccharide loci in Bacteroides species by interfering with the action of the UpxY family of transcription anti-terminators. As antagonists of polysaccharide locus-specific UpxY transcription anti-terminators, the UpxZ proteins exert a hierarchical level of regulation, insuring that only one of the multiple phase-variable capsular polysaccharide loci per cell characteristic of this genus is transcribed at a time.	1.70424e-60

Protein sequences

>NZ_CP036542.1|WP_005818358.1|1762758_1762971_-|helix-turn-helix-transcriptional-regulator
MKQIGIQIRQRRKMLGINQQTLADLAQISINTITKIENGEININFQKLYAILEVLGLELSLKIKNKEGHL
>NZ_CP036542.1|WP_044300157.1|1762432_1762762_-|phosphatidylinositol-kinase
MRQGIVYLNKERVGIITELSSNEYKFRYDDEYFNDPSKPSISLTLTKQQQEYTSHYLFPFFANMLSEGHNRLVQARLLKIDEKDDFGILLATAHTDTAGAVTIKPLDYD
>NZ_CP036542.1|WP_080546210.1|1761429_1762269_-|HipA-domain-containing-protein
MSISGAQQKYSLVVDNGQMRLSLEQEQATLLLKTKLSEYANKEISPANEHLTMQIASQVYNIPTAANGLCFFQNDEPAYITRRFDIAPNGRKFRKEDFASLAGISKGNKGPNYKYDVLSYEEMADIIKQYVSASSVEVLKFFRLVIFNFLFSNGDAHAKNFSLLETPSGDFILAPAYDLLNTRLHIFDDHVFALQRGLFKENTLNGNDGAVTGKEFIEFGIRIGIPPKRVHKELISFCQKAEQVRDLVEKSFLPNQLKKQYLLHYQMRKDSYLSVGIPT
>NZ_CP036542.1|WP_005775503.1|1760533_1761427_+|AraC-family-transcriptional-regulator
MNALQSNIIREITPLSDKDCFYIAERYKTEFTYPIHNHAEFELNFTEKAAGVRRIVGDSAEVISDYDLVLITGKDLEHVWEQHDCHSKEIREITIQFSSDLFFKSFINKNQFDSIRDMLEKAQKGLCFPMSAILKIYPLLDTLASEKQGFYAVIKFLTILYELSLFNEEARTLSSSSFAKIGIHSDSRRVQKVQEYINAHYQEEIRLNQLADMVGMTPVSFSRFFKLRTGKNLSDYIIDIRLGFAARLLVDSTMSIAEICYECGFNNLSNFNRIFKKKKECSPKEFRENYRKKKKLV
>NZ_CP036542.1|WP_005775502.1|1759244_1760492_+|mechanosensitive-ion-channel-family-protein
MEQITEKINNLFVSWGFNSNEVGPIITLILIIGVAFLADLICRHILLKVVAKLVKKTKATWDDIVFDRKVLIYLSHLVPPIIIYVLIPLAIPNVSALDFIRRICMIYIIAVFLRFISAFLSAVYHVYSEREQFRDRPLKGLLQTAQVILFFIGGIVVISVLIDKSPMVLLTGLGASAAILMLVFKDSIMGFVSGIQLSANNMLKVGDWIAMPKYGADGTVIEVTLNTVKVRNWDNTITTIPPYLLVSDSFQNWRGMQESGGRRVKRSINIDMNSVRFCTPEMLAKYKKIQLLTDYVEQTEKVVKEYNKEHHIDNSILVNGRRQTNLGVFRAYLTNYLRSLPDVNKNLTCMVRYLQPTEQGIPVELYFFSAVKEWVPYEGIQADVFDHLLAIIPEFGLRVFQNPTGEDFREWSRRN
>NZ_CP036542.1|WP_005810390.1|1758256_1759273_+|DUF4435-domain-containing-protein
MAISLKDNLTSSYFSAAHKLYSKKARRRIVAYVESYDDVAFWRTLLEEFEDEEHYFQVMLPSATSLAKGKKMVLMNTLNTAELGKSLIACVDSDYDFLLQGATSTSRKINRNKYIFQTYAYAIENYHCYADSLHEVCVQATLNDRHLIDFNEFMKRYSRIVYPLFLWSVWFYRRHDTYTFSMSEFNGCVRLHDVSLRHPERSLEVVRRSVTAKLSELSTRFPQGLEEIDRLSAELERLGVLPDTTYLFVQGHHIMDNVVMKVLTPVCTALRREREQEIKKLAEHNEQFHNELTCYQNSQVNVEVMLRKNSAYKDLYLYQWLKEDIKEFLYGTNNRKDK
>NZ_CP036542.1|WP_005810392.1|1757407_1758235_+|ATP-binding-protein
MELSANYIKRIEINGLWDRFNIVWDLRPDVNILSGINGVGKTTILNRSVGYLEQLSGEVKSDEKNGVRVFFDNPEATYIPYDVIRSYDRPLIMGDFTARMADKNVKSELDWQLYLLQRRYLDYQVNIGNKMIDLLSSNNEEERGKAATLSVAKRRFQDMVDELFSYTRKKIDRKRNDIAFYQDGELLFPYKLSSGEKQMLVILLTVLVQDNAHCVLFMDEPEASLHIEWQQRLIAMIRELNPNVQIILTTHSPAVIMEGWLDAVTEVSDIATSYK
>NZ_CP036542.1|WP_005775500.1|1756407_1757316_-|DMT-family-transporter
MEIDKNLKGHALAFTANVMWGLMSPIGKSALTEFSALSVTTFRMVGAAAAFWILSAFCKQEQVGHRDMLKIFFASLFALVFNQGIFIFGLSLTSPIDASIVTTTSPIITMIVAAIYLKEPVTNKKVLGIFIGAMGALILILSSQATSAGGGSIWGDLLCMIAQLSFSIYLTVFKGLSQRYSAITINKWMFIYASICYIPFSYQDIAGIEWNSISTAAIYQVLYVVLCGSFIAYICIMTAQKLMRPTVVSMYNYVQPIVASIAAILMGIGSFGWEKGVAIALVFLGVYFVTQSKSKADLEGVS
>NZ_CP036542.1|WP_044300158.1|1755206_1756298_+|methylmalonyl-Co-A-mutase-associated-GTPase-MeaB
MEHPENNEAYKGLVVNAGIEQPSSVNPYLKRKVKKRQLSVNEFVEGIVKGDVTILSQAVTLVESVRPEHQATAQEVIERCLPYSGNSIRVGISGVPGAGKSTSIDVFGLHVLEKGGKLAVLAIDPSSERSKGSILGDKTRMEQLSVHPKSFIRPSPSAGSLGGVARKTRETIILCEAAGFDKIFVETVGVGQSETAVHSMVDFFLLIQLAGTGDELQGIKRGIMEMADGIVINKADGNNMDKAKLAAAQFRNALHLFPAPDSGWTPRVLTYSGFYNLGVKEIWDMVYEYIDFVKGNGYFEYRRNEQSKYWMYESINEQLRDSFYHNAKIESMLQEKEQQVLKGNLTSFVAAKSLLDTYFEDLK
>NZ_CP036542.1|WP_022012231.1|1754109_1755198_+|DUF1573-domain-containing-protein
MKRSLLFIFTLLTITLSAVAQPRISSNKETHHFGQIEWKRPVSVEYTITNTGDKPLVLTNVTTSCACSVANWTKTPIAPGEKGTVSATFDAKALGHFNKSIGIYSNAQPGLVYLNFDGEVVQEIKDFTKTHPYAIGQIRIDRTDIDFPDVHSGEKPVITLGVVNLSDRPYEPVLMHLPPYLKMETNPTVLLKGKKGTITLTLDTKQLMDLGLTQSSVYLARFAGDKVSEENEIPVSAILLPDFSGMTEQDKALAPAIRLSESKIDLSRVLVKKNKARHDIVITNTGKSPLQISKLQVFNPAVGVALKKTILQPGESTRLRVTVLKKNLGKKKRHLRILMITNDPVQPKVEIDVKATSNESHN
>NZ_CP036542.1|WP_044300156.1|1763460_1764333_-|DUF4373-domain-containing-protein
MATTYDGINYFPIGVNFMEENAMEVIEAKYGIKGPAIVLKLLCKIYKEGYYIRWDEEQCLIFANKAGREVQAEEVKGIIKILFIKGILDENSYRENRILTSESIQKVWLEATKRRKRELSELPYLIVKPEKEKGKPDAPSTPQETQQPELFKEGKTPVNPKNVVHHVAVDAKNACDSRQSKVKESKAEESKEFPPSAPPEGEGEERKEDSAYLQIPGYAFNTMTHNYSGLMDTLKRLSVTDTGEVNSILRLSDYGRKGTTVWRLIANTCWSDIGAKGRYLIAALNKAKRR
>NZ_CP036542.1|WP_044300155.1|1764474_1764822_-|DUF2693-domain-containing-protein
MKRKKRPASQSEAMRLKWKRRIVFEKGYTESCAEWMAERLEALLDHMQYGHAAVAYRKQNGSFQLAKATLLYYEAEFHRKYDPAEVEGAVVYWNVDEQRWTTFQVENFMEWRPIV
>NZ_CP036542.1|WP_005775510.1|1764920_1765151_-|hypothetical-protein
MKHYECLKLLITLYQNGAMGIKKETSQIALARYINDKKLLGNIRNGIFIPLKLSTILKEINTIWNETLQDKSIGIK
>NZ_CP036542.1|WP_080720202.1|1765164_1765356_+|hypothetical-protein
MGFSFFRPLFDLSLLLSEVCLLSVLFFLSSFFFFLLFVFVVHTLFNFSDFYLCKIWQRYGRKI
>NZ_CP036542.1|WP_032542472.1|1765869_1766406_+|capsular-polysaccharide-transcription-antiterminator-UpgY
MEVEKETAIWFAMRATYRRETDAMRLLAKENLGCFVPMQYKISIKKGKKVRVLVPVVHNLIFIHACPSEVKRVKSMVAYLQYITDTRSGKKIIIPDNEMQRFIAVAGTYNDHLLYFQPDELNLSKGTKVRITGGDFEGQEGVFLKVKGARDRRVVIAIQGVIAVAMATIHPDLIEVIK
>NZ_CP036542.1|WP_032542473.1|1766425_1766911_+|transcriptional-regulator
MTLSEEVASLQRAAHDLMYLGMDGSPIYSDDLSRRNNEVYRLTTTLYNSGIKGSTVEEQASVCLALLMGYNASFIDHGEKRGHIQEILDRCWDILDTLPASLLKLRLLTACYGEVFDESLADEARAIIASWDSVSFTTEQQEAINEFQTVVDNPYPWEYIE
>NZ_CP036542.1|WP_032542474.1|1766977_1768186_+|UDP-N-acetylglucosamine-4,6-dehydratase
MLNLKQFIADYVINRQKSMFVADIEANKGTLRQEIEDKSVCVIGGAGSIGSSFIRAVLSFKPAKLVVIDLNENGLAELTRDLRSTYGMYVPQVYRTYTLNFSDPIFERIFREEKGFDIVANFSAHKHVRSEKDKYSVQALIENNVIKAKKLLDLLTEYPPKHFFCVSTDKAANPVNIMGASKRIMEDMIMAYTSKFKVTTARFANVAFSNGSLLVGFIDRMMKKQPLAAPSDVRRYFVSPEESGQICMLACILGHNGETFFPKLGQEKMMTFSSICDRFLETLGYEKKECVTDDEAKKFAAEMREDSKIYPVVYFKSDTTGEKDYEEFYVPGEKLNMTRFSSLGVIEEVGSRPMQELDVFFEELERIFQEKEFTKSEVVEAIKRFIPNFNHEEKGKNLDQKM
>NZ_CP036542.1|WP_032542475.1|1768438_1769581_+|LegC-family-aminotransferase
MNSAEICEFIHTLFETKDFVPLSVPKFIGNEKKYLEECIDTTFVSSVGKFVDRFEEEMAAYTGAKKAVVCVSGTNALHMAMMLVGVERDDEVLTQALTFIATCNALSYIGAHPVFIDVDKETMGLSPEAMKAWLVKNTEIKNNQCYNKHTGRRVKACVPMHTFGHPVKLDELVALCHEYHIELVEDAAESIGSFYKGKHTGTFGKVGVISFNGNKTITTGGGGMLLFQDEELGKFAKHLTTQAKVPHRWAFVHDHIGYNYRMPNLNAALGCAQLENLERYVQVKRETAEKYKEFFATVSDVEFFTEPENCRSNYWLNVVLLKDKSTQQEFLEYTNDHGVMTRPVWELMNRLEMFKDCENDGLENTEWLSDRVVNIPSSVK
>NZ_CP036542.1|WP_032542476.1|1769598_1770246_+|hypothetical-protein
MLMEKIVIIGGGSFIGNLINYIEDMNQYEVIGYTDMEDRGNFWGVPYLGNDSILSVLYTQGVTKAAIAIGNRLNNTTIKQKIVNNAKAIGFEFPVIKGANVIIHRGVEIGEGSILRDACIIQANCRIGNFVMIGDRSVISHDTSIGDYSQVVSGCVLGRGITVGSNAFLGFSAVVTNDLTISDECTIGALSLVNKDCITKGLYFGQPATLKKIYE
>NZ_CP036542.1|WP_032542477.1|1770238_1771255_+|hypothetical-protein
MNNDKVYIIGEVGPNHNGSLETALLMVEKMAEAGVDCVKFQMTDPYKLYSDDSFKASYQQKNDKSKSAREMSLSYQLKPEAHIALYKKCKECGVDYICTAFDLDSLVYLDRHVEMPYYKIASGEIFSLDIIDYISKHNKPIILSTGMATYEEIEKTISLLNINFMKNITILHCISNYPAKYEEVNLRNIITLKEKFNCNIGFSDHTIGNDCAIASVALGVKIIEKHVTLDKNLNGPDHKASIDISELTSLVSSVRNIEKALGGYERLFSESQREISRVARKSIVSKYAFTAGHVITEEDICYKRPGIGFLPIEQEKVIGHRLLVDIEADRVILKDYID

Crispr_ID: NZ_CP036542_2

• CRISPR_ID: NZ_CP036542_2
• CRISPR_location: 2313742-2313869
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP036542_2

Consensus_repeat	Method
GTTTTCAGACAAAAGAACAAAAGAACACATAAAGAAT	CRISPRCasFinder

spacers of NZ_CP036542_2

>2.1|2313779|54|NZ_CP036542|CRISPRCasFinder
AATTTGTTCTTTTGTTCTTTTGTCTAAAAAAAACTCCGTGATACTTTGTGGTGA

CRISPR arrays and Neighbor proteins around NZ_CP036542_2

CRISPR arrays

The CRISPR arrays of NZ_CP036542_2

>merge|NZ_CP036542|2|2313742-2313869|CRISPRCasFinder
GTTTTCAGACAAAAGAACAAAAGAACACATAAAGAATAATTTGTTCTTTTGTTCTTTTGTCTAAAAAAAACTCCGTGATACTTTGTGGTGAGTTTTCAGACATAAGAACAAAAGAACACATAAAGAAT

>NZ_CP036542|2|1|2313742-2313869|CRISPRCasFinder
GTTTTCAGACAAAAGAACAAAAGAACACATAAAGAAT	AATTTGTTCTTTTGTTCTTTTGTCTAAAAAAAACTCCGTGATACTTTGTGGTGA
GTTTTCAGACATAAGAACAAAAGAACACATAAAGAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP036542.1|WP_044301011.1|2317712_2318729_+|FimB/Mfa2-family-fimbrial-subunit	unknown	unknown	gnl|CDD|370149
NZ_CP036542.1|WP_044301003.1|2299715_2301005_-|LruC-domain-containing-protein	unknown	unknown	gnl|CDD|379775
NZ_CP036542.1|WP_137572281.1|2318868_2319135_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005780676.1|2301234_2302509_-|TolC-family-protein	unknown	unknown	gnl|CDD|224455
NZ_CP036542.1|WP_137572283.1|2321444_2324096_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_044301018.1|2326632_2328966_+|hypothetical-protein	unknown	unknown	gnl|CDD|374454
NZ_CP036542.1|WP_032530680.1|2310610_2312479_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|238542
NZ_CP036542.1|WP_044301006.1|2314024_2315002_-|DUF4373-domain-containing-protein	unknown	unknown	gnl|CDD|379546
NZ_CP036542.1|WP_005807688.1|2310346_2310592_+|DUF4248-domain-containing-protein	unknown	unknown	gnl|CDD|372895
NZ_CP036542.1|WP_032530683.1|2315117_2315441_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_044301017.1|2324226_2326587_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005821219.1|2309495_2309972_-|DNA-binding-protein	unknown	unknown	gnl|CDD|375718
NZ_CP036542.1|WP_044301004.1|2312705_2313620_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	unknown	unknown	gnl|CDD|372314
NZ_CP036542.1|WP_137572280.1|2315902_2316442_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005780672.1|2306913_2309229_-|maltose-phosphorylase	unknown	unknown	gnl|CDD|237517
NZ_CP036542.1|WP_137572282.1|2319982_2321311_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005807695.1|2305713_2306766_-|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NZ_CP036542.1|WP_044301002.1|2298116_2299445_-|LruC-domain-containing-protein	unknown	unknown	gnl|CDD|275249
NZ_CP036542.1|WP_005807696.1|2302535_2305571_-|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NZ_CP036542.1|WP_052510111.1|2316444_2317716_+|DUF3575-domain-containing-protein	unknown	unknown	gnl|CDD|371897

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP036542.1|WP_044301011.1|2317712_2318729_+|FimB/Mfa2-family-fimbrial-subunit	gnl|CDD|370149	pfam08842, Mfa2, Fimbrillin-A associated anchor proteins Mfa1 and Mfa2. This family of proteins may be lipoproteins principally from bacilli. They are between 300 and 400 residues. Many Bacteroides-like bacterial species, including Porphyromonas gingivalis, the causal agent of periodontal infection, carry at least two types of fimbriae, namely FimA and Mfa1 fimbriae, following the names of their major subunit proteins. Normally, FimA fimbriae are long filaments that are easily detached from cells, whereas Mfa1 fimbriae are short filaments that are tightly bound to cells; however, in the absence of Mfa2 protein, the Mfa1 fimbriae are also very long and are not attached. Mfa2 and Mfa1 are associated with each other in whole P. gingivalis cells to the extent that Mfa2 is located on the cell surface and probably associated with Mfa1 fimbriae in such a way that it anchors the Mfa1 fimbriae to the cell surface and regulates Mfa1 filament length.	1.17227e-18
NZ_CP036542.1|WP_044301003.1|2299715_2301005_-|LruC-domain-containing-protein	gnl|CDD|379775	pfam16130, DUF4842, Domain of unknown function (DUF4842). This domain is found on the C-terminal of large number of uncharacterized proteins with broad phylogenetic distribution, which includes human gut Bacteroides, g-proteobacteria (Vibrio and Shewanella) and also spirochetes from Leptospira genus. Solved structure of Bacteroides ovatus protein BACOVA_00967 shows a large beta barrel with an immunoglobulin-like fold and significant structural similarity to collagen-binding domain of adhesin from S. aureus (1amx), but with several additional long loops and secondary structure elements. Function of this domain is unknown.	2.7055e-37
NZ_CP036542.1|WP_005780676.1|2301234_2302509_-|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	6.34957e-39
NZ_CP036542.1|WP_032530680.1|2310610_2312479_-|AAA-family-ATPase	gnl|CDD|238542	cd01122, GP4d_helicase, GP4d_helicase is a homohexameric 5'-3' helicases. Helicases couple NTP hydrolysis to the unwinding of nucleic acid duplexes into their component strands.	4.32848e-13
NZ_CP036542.1|WP_044301006.1|2314024_2315002_-|DUF4373-domain-containing-protein	gnl|CDD|379546	pfam14297, DUF4373, Domain of unknown function (DUF4373). This domain is found in bacteria, eukaryotes and viruses, and is approximately 90 amino acids in length.	3.68321e-08
NZ_CP036542.1|WP_005807688.1|2310346_2310592_+|DUF4248-domain-containing-protein	gnl|CDD|372895	pfam14053, DUF4248, Domain of unknown function (DUF4248). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria. Proteins in this family are typically between 73 and 86 amino acids in length.	2.82204e-28
NZ_CP036542.1|WP_005821219.1|2309495_2309972_-|DNA-binding-protein	gnl|CDD|375718	pfam18291, HU-HIG, HU domain fused to wHTH, Ig, or Glycine-rich motif. Rapidly-diverging family of HU domains predominantly observed in the bacteroidetes lineage with a predicted role in recognition and possible interception of the DNA of parasitic elements, a counter-conflict strategy preventing incorporation of these elements into the host genome.	2.76564e-17
NZ_CP036542.1|WP_044301004.1|2312705_2313620_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	gnl|CDD|372314	pfam12784, PDDEXK_2, PD-(D/E)XK nuclease family transposase. Members of this family belong to the PD-(D/E)XK nuclease superfamily. These proteins are transposase proteins.	3.75722e-22
NZ_CP036542.1|WP_044301018.1|2326632_2328966_+|hypothetical-protein	gnl|CDD|374454	pfam16249, DUF4906, Domain of unknown function (DUF4906). A family of uncharacterized proteins around 300 residues in length and found in various Bacteroides species. The function of this family is unknown.	6.96983e-05
NZ_CP036542.1|WP_005780672.1|2306913_2309229_-|maltose-phosphorylase	gnl|CDD|237517	PRK13807, PRK13807, maltose phosphorylase; Provisional.	0
NZ_CP036542.1|WP_005807695.1|2305713_2306766_-|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	1.17641e-63
NZ_CP036542.1|WP_044301002.1|2298116_2299445_-|LruC-domain-containing-protein	gnl|CDD|275249	TIGR04456, hypothetical_protein_ACD_77C00477G0043, LruC domain. This domain is abundant in the Leptospira, in Bacteroides, and in Vibrio (three widely separated lineages). Most members have plausible lipoprotein signal peptides, including lipoprotein LruC from Leptospira interrogans and BACOVA_00967, from Bacteroides ovatus, with a solved crystal structure. Note that the C-terminal region of pfam13448 (length 83) matches the N-terminal region of some members of this domain (length 243).	2.76993e-42
NZ_CP036542.1|WP_005807696.1|2302535_2305571_-|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
NZ_CP036542.1|WP_052510111.1|2316444_2317716_+|DUF3575-domain-containing-protein	gnl|CDD|371897	pfam12099, DUF3575, Protein of unknown function (DUF3575). This family of proteins are functionally uncharacterized. This family is only found in bacteria. Proteins in this family are typically between 187 to 236 amino acids in length.	4.09357e-70

Protein sequences

>NZ_CP036542.1|WP_044301004.1|2312705_2313620_-|Rpn-family-recombination-promoting-nuclease/putative-transposase
MMDYTDRYIRFDWAVKRLLRNKANFGVLEGFLTVLLNEPIRIVEILESEGNQQHENEKFNRVDIKARNSKDEIIIVEVQNTREIYYLERILFGVAKAITEHIELGELYSEVKKVYSVSILYFDIGRGNDYLYHGQNTFVGVHTGDFLEVTTKEKNAIIRKLPAEIFPEYFLIRVNEFNKVAVTPLEEWIEYLKTGIIRPDTKAPGLEEARRKLIYYNMDKKERLAYDEHINAVMIQNDVLSTAALEGRQEGRQEGLAEGRQEGFEKGRIEEKRENARKMKSLNLPPETIHQITGLPIEEIEKLS
>NZ_CP036542.1|WP_032530680.1|2310610_2312479_-|AAA-family-ATPase
MKSFNFRELGIEFDAYGRTAGHIKTKCPRCIGQRSNKSDKSLSVDLDSGLYKCHYCGWSGVADDGSGKHGGRKTGDPLVDFPAERNRTSPRPTAPDGTAAPQHPQKPANETPLTPVQLKWLADERHISAHAAEQLHITSSVQYMPQSGLEEPCLCFNYLEEGRLVNIKFRATLHKHFKMLTGAELIPYNIDGIKGTPECIITEGELDAAAFVTAGRTDVISVPGGANRNLKWMDRFVDSHFEDKRVIYIAGDADPKGEELKQELLRRLGRERCRVVSYGEGCKDANELLVKAGPEALSQALADAPEMPLEGVYTAADVDEEMRILFENGLSRGAETGLKNLDDLCTFETGRLCVITGHPGDGKSEFTDELVLRLCLNHQWRTAYFSPENQPLPYHLAKLTEKLTGQRFRKGLMTEMLYEKAQRYLAENISSILPKEDFTVESILERARQLVRRRGIRILVLDPFNRLEHRIPGGQTETQYISAFLDLLANFAQRHQCLVILVAHPRKMQTDPLTKRLPVPTLQDINGSAAFVNKCDFGLVIERDRQAGVTRVHVKKVKFRHLGNIGECSFVFNPVNGRYSPCEEDATAERTGDRIRNTQFDSKHWFGMGGNAETEKTLDFLP
>NZ_CP036542.1|WP_005807688.1|2310346_2310592_+|DUF4248-domain-containing-protein
MEKKPETTEKKFRIKSYGKSELASLYMPEISPKSAASELRKWIGKSPGLTEALSATGLRTKDKRYTPAQVELIVEAIGEPG
>NZ_CP036542.1|WP_005821219.1|2309495_2309972_-|DNA-binding-protein
MAVPVMRYQRYKDLSDKSSPQKYYLKQEPGSSKTATIASIAKEIEITGALSAEDVTHVMQAFVRQLKKSLVEGNKVKVDGLGTFYITLTSAGTETEKECTVKGIRRVHIRFAVDNSLRLANDSTATTRGGENNVSFYIKSETPSGDGGDGDIVDDPTA
>NZ_CP036542.1|WP_005780672.1|2306913_2309229_-|maltose-phosphorylase
MKKFLKVDEWNIIEEGFHADNLRASESIFSLGNGRFGQRGNFEESYSSDSLQGSYVAGITFLDRTRVGWWKNGYPRFFSRIPNTPDWSGIYVRLIDEELDLAHWDVESYERRLDMKAGISYRDFRVTSPKGNTLEVHVEHINSMDNQNLCLIKYSVTSVNYEGKISLVPYLNGDVKHESANFDEKMWNILRAETTNDYAYLWAQTRREDSQICCALTYRFFRNSKQISVSPIKIEKEKLTGFSAGADVKPGEKVTLIKYTAIVSSLQCDRQELVERAVNEAKAAREQGWESLTAAHKERWAKIWEETDVEIKGDPEAQQGIRFNIFQLNQSYQGDDERLNIGPKGFTGEKYGGNTQWNTELCCVPYFLLSTPREVCRKLLLYRYNQLPKAIENARKLGFTDGAALYPMVTIHGEECHNEWEITFEEIHRNNIIVYAIMQYARVTGNKEYIARYGLEVMIAICRFWSQRVSYSQARQKFVLLGVTGPNEYENNVNNNWYTNFSCVQCLQSTIDSIEMVAHEFPEEYARVRRVTRFNYAEETSRWQKIIDGMYLPRDEQQGIFIQDDGYPDKELTTVDDIPANERPINQWWSWDRILRSCYIKQSDVLLGLFLYYENFDRETILRNFRFYEPRTVHESSLSPFVHAILAAWIGDTEEAYRLFLHATRLDLDDYNNEVHQGLHITSMAGSWQVIVRGFAGMKILDGQLDFNPIIPQAWDSYTFKVNFRGCTLQMKVEKQAIKISLLEGCELNIRISEVVYNLKKGKDLTVPRQK
>NZ_CP036542.1|WP_005807695.1|2305713_2306766_-|efflux-RND-transporter-periplasmic-adaptor-subunit
MRKNYGCILAALILLTACGQKKEDNAATVRPVKTARVESRSEIRKDFSGIVEAVDYVKLAFRVSGQIINLPVVEGQRVKKGQLIAAIDPRDLALQYAADKSAYETAAAQVERNKRLLARQAISVQEYEISVSTFQQKKSAYELSSNNMRDTKLTAPFDGSIEKRLVENYQRVNSGEGIVQLVNTKKLRIKFTIPDAYLYLLRSKDQHFRVEFDTYRGHIFNAKLEEYLDISTDGTGIPVTITIDDPAFDHALYEVKPGFTCSIRFSADVGPFLEETMTVVPLSAIFGESEGNKTYVWVLNGNQVNRREVTVYSPTGDAQAFISKGLKAGETVIIAGVTQLVEGETVKELK
>NZ_CP036542.1|WP_005807696.1|2302535_2305571_-|efflux-RND-transporter-permease-subunit
MNLAKYSLDNTKVIYFFLAVLLIGGISSFSSLGKKEDAPFVIKSAVIMTRYPGAEPAEVERLITEPISREIQSMSGVYKIKSESMYGISKITFELLPSLPASSIPQKWDELRRKVLNIQPQLPSGASVPTVSDDFGDVFGIYYGLTADDGFSYEEMRDWAERIKTQVVTADGVMKVALFGTQTEVVNIFVSVNKLAGMGIDPKQLASLLQSQNQIINTGEISAGEQQLRIVANGMYTTVDDIRNQVITTRAGQVKLGDIAVIEKGYMDPPGTIMRVNGKRAIGIGVSTDPQRDVVLTGEMVDQKLAELLPLMPVGLNLESLYLENVIAKEANNGFIINLIESILIVIVIIMLVMGMRAGVLIGSSLVFSIGGTLLIMSFMGVGLNRTSLAGFIIAMGMLVDNAIVVTDNAQIAIARGVDRRKALIDGATGPQWGLLGATFIAICSFLPLYLAPSSVAEIVKPLFVVLAISLGLSWVLALTQTTVFGNFILKAKAKNAGKDPYDKPFYHKFEKILSVLIRRKIVTLGSMIVLFIVSLVVMGMMPQNFFPSLDKPYFRADVFYPDGYGVNDVAREMKKVEAHLQKLPEVKKVSITFGSTPLRYYLASTSVGPKPNFANVLVELNDSKYTKEYEEQFDGYMKANFPNAITRTSLFKLSPAVDAAIEIGFIGPNVDTLVALTNRALEIMHRNPDLINIRNSWGNKIPIWKPIYSPERAQPLGVSRQGMAQSIQIGTNGMTLGEFREGDQVLPILLKGNSVTDSFRINDLRTLPVFGNGPETTSLEQVVSEFDFRYRFSNVKDYNRQMVMMAQCDPRRGVNAIAAFNQIWSQVQKEIKVPEGYTLKYFGEQESQVESNEALAKNLPLTFFLMFTTLLLLFKTYRKPTVILLMLPLIFIGIVLGLLLLGKSFDFFAILGLLGLIGMNIKNAIVLVDQIDIESRSGLDPREAVIKATVSRIVPVAMASGTTILGMLPLLFDAMFGGMAATIMGGLLVASALTLFVLPVAYCAIHRIKG
>NZ_CP036542.1|WP_005780676.1|2301234_2302509_-|TolC-family-protein
MMKNKLILLFALGLCTQVQAQAPHLSREAYRDRVEAYSQVLKQQHLKSMASTDARKIAFTGFLPKVDISAEGTLNLKEMDSWDGPAGQYRNHTYQGVFVVSQPLYTGGALQAQNRIAQADEKLDQLSEELTRDQIHYQSDAFYWNASSARAMLNASAQYQEIVEKQYEIIQDRFKDGAISRTDLLMISTRRKEAELQYISARQNYTLALQKLNILMGEEPNAPVDSLCSIGVVCPPVTLLPLDDVLQRRADFASTEVNIQKSEAQRKAALSQYNPQVSMYVTGGWATASPNMGYDVKFTPIVGMSVNIPVLRWGARFKTNRQQKAYTGIQKLQQSYVVDQINQELAAALTKLQETEEQVKTAKENKELAEENLDLITFSYNEGKANMVDVLSAQLSWTQAHTSLINAYLAEKMAVAEYRKVISE
>NZ_CP036542.1|WP_044301003.1|2299715_2301005_-|LruC-domain-containing-protein
MKTTHWMMYTLLGATLALTACVEDDKDLSQPKEPEKTTDLVIPDDADWTTTRSVNLSITSPMATRVAIYTDESCTDASLLTELPVSDVAKNIRLDVAKADRALYVQYATSKGKEMMNIPLNTASTRAETLVKLPENVSGFDTNGGEGAYRYQWYPAKGETATLMMEDNWPEMGDYDFNDFVIWYHAQAIFFDGGNGSKDSYDADGVEFEITFRAMGGYLPYRLGLQLDQTSARYIDEVIEINGNDLVKMELQNPGEDAPAIFIFTGTDQLRKQNNGGTFYNTEADHQIAANDLVTIKYRLKMNCFRSLEKTKALWAAATSENQNFFLQKEKNGGREIHLRGYEPTAYYSDSYAGEAGNNMRSDIKYCSTDNFVWGIKVPVKLAHPREKTDIMKVYGKFRSWITNPNLSLDSPDFNENWYKYLDSSQAIE
>NZ_CP036542.1|WP_044301002.1|2298116_2299445_-|LruC-domain-containing-protein
MKTKKTAMYTLAGLMCLLTSCVEDDKDLSVPTVHTTDLVIPDGFDWSTTRNVTLATNAPHATSASIYLDEACSEQIAEDLAIPEGDNSITLEVPSANDAIWIKYPVTNGGNETQKISIQPQATTRSASQRWEASCLFPEGSNAESIGDRISNTYHPYKNRFGTLMFEDMWPEMGDYDFNDFVINYHVKTTFDRKVQYDTWNGYLKVTISLKLRAMGGSLPYRLCIQLPGKAKHMDGTSVNSPEFKRSQVIDLTTESTSKGIGVELLENAQSPIFALTGLENLRKSGGNQYYNTQIESLIASSDETPTIMFSFKLKLPFGGGEISNVFYKFFTTSYAFDYFLQNTNTGREIHFVGFEPSELYKSYETDRKEAGKNYYCNEKGFVWALKAPVEMGWAVEKNDLLGIYPKFRNWLEHGGLATDDKQESKWYNYPQGSSYINPKEH
>NZ_CP036542.1|WP_044301006.1|2314024_2315002_-|DUF4373-domain-containing-protein
MKYELFFRYRVSMMSDDRVIALCEQNGIEGIGIYTVLLAELRQHEGYRCAFASLPALARRWNVSLEKLQKIVCDFRLFRLYAEDESGRSFSSIYLDEEMNTEPDTPVRNRISTGTDRRESAATGTAVAGATTAGGVKVTVKRAANGRFTATRCKKKNILKEKEEEEIIRAAPEPPSVPITEPPRQPSPQRWETYVESAFGEQSWLEVQAMHSGMGFRFMELLPHIRTFFKQHIVTYGKEQTLFSIADAKSYFSNFIRRGSATRQALDTVLNRLEATERRADAYRFEQHDPLTGARSYCGEHIPDEAPPRPSENAVWSSESGKWTE
>NZ_CP036542.1|WP_032530683.1|2315117_2315441_-|hypothetical-protein
MKLVFEDPEEILEVCNKIYSTKEDRIVIQRERNQLLTFALRNAVSLDTFDPDKPFIPHLTHQLCRAYDFRSIYRPQQSVSEEYIERELFKLWNEMKEKNNEETLQKA
>NZ_CP036542.1|WP_137572280.1|2315902_2316442_+|hypothetical-protein
MNYSFETKWIEYQDVKSDFRFCEYTCPAQNCMEENSGEQFLLLFLQRGVAVVSFPDSGMETEIRSKQMVFIPSYTRWLVSAQECCYFLCVSFRHLRHAPFRPFLQALEMVADQITYRFGVLRMCPAVCELVTDLRRQLCTGSSDWPFDPFDMFLAVYVHYPFEDLARFHYPYLKNLKNE
>NZ_CP036542.1|WP_052510111.1|2316444_2317716_+|DUF3575-domain-containing-protein
MNRILISILMLAIGVLPFRAQQRLALKVNLLHAATTTPNLGVEYAFSPRMSAEIWGAYNLIDFRGDFSLRHYLAEVETRYWFDRPFSRHFVGAHALAGRFDVGGIPFIHALKNHHYRGTVYGGGLTYGYYHRLAGRWGIEASLGVGYALLKYDRYRCRGCAVMEARFKRHYWGPTRAAVSLVYRLGCPPAATAPSDARTAYEISLRDRREADSLRLVLSRIEEQNERYRRALDSLHAGRDTLTASGNLRLESGRGVMYIQYPVNVTRVLPAFSTNRRELARIDSLLRPLLADTTVTVRSIRLTGYASPEGRYDHNVNLANRRIVGVMEYLSEVYDLPNHSVFNLKAVAEDWEGLEEMVIRRNPSWAADALRIIREVPLFDGRELRLMEIGHGDPYRTMLKDWFPGLRRTEFVVEWERKKSEQP
>NZ_CP036542.1|WP_044301011.1|2317712_2318729_+|FimB/Mfa2-family-fimbrial-subunit
MKTTTDIFATLSASPSAFLRRKEVWRHWKWPAFVYLLFLASCTLEYEMRTCPYNVLIHYVTSDGRGFATGDYPVEDFRQFVYTEDSVLVGEFPGDSCEAGVGMLTLPPGTYRLVVWGNAPGGSCRMEEINPHGSRMEDGRLHALSYGGKEASAEYANVGRLYYGTATFKVSKYGVNELTVGLMHAHARLNLTVEWKDDIPAEVRSARSPVMRLRGLHTAYHFCGGETWGDYTFPKQDTGVPLSAYRAAAVIESGFQVKASFVTLRLTDGSRLVLELTEQGEGLMKEIDLSRYFDVMGIGLSRNICQEFDLTVRIGKDQTLIMQTHPSGWQEGGSIGAN
>NZ_CP036542.1|WP_137572281.1|2318868_2319135_-|hypothetical-protein
MTKQYTSNSFTSFSPGSTTASVAARLTGTPPPPPRPESRILASISPGRNVICPLPDAPPCSTSTVQAASRKQQRDVSKDRFVFIFIWF
>NZ_CP036542.1|WP_137572282.1|2319982_2321311_+|hypothetical-protein
MASLRAVPWLDDGSGIEGDVFGKLNAGVTVALNADMPEAGSIAEIDADNRVIHFSRLSGSRGRAATDLLPLITFTGAAGDANPIGVIMPADAPLFSMGTASTATGTYVVPLRLAKSDAASGKQLMESFRAPETYKISLVTHRTDAATGAKTQQVDEYTLKVDYLLPSLLNTVLGDAAGAAQYFPPVTITPPDDTWRVDEVNHKITLPVFPYSGSMPFVLEDAGFASGWTEQAGWLEWQRKIMMGGGQSQNFLLMSDNFHSSVPRTGSLTLRCWNSATNRLETTVYTLEQEAGGGDVTKLTSAGYEVDCSQTANSGTVTGISCSGNTLSIADNGGVANPDGYCVSIRSKDRYPILVEIVQGAAWMKLVPCSRRMGGTSGGDANDADAGHYMMGLYIDANSASSARTGRINISYHDGSGGLKTETLTVSQGKNSGAVGTWSGFS
>NZ_CP036542.1|WP_137572283.1|2321444_2324096_+|hypothetical-protein
MKQTTMALLAGICLLLSGCTADGIPGSEINGDVRLRPGEQAVMFSLDGISSGEGVPVSRTEADAGETIAGENEIQTLRIYSFVNTSGSESDASSLTLERIYSYEQGGAANDFTLSPQAGGYRFGIGVPEDAYERRFLMLANTSALAGVTAVAATEGDRSAATPLSGVLTQQTTTAGTSAALAAPFPMSSNVPKPVLMNDGTYRYDDGATFTTADLARGLKVKLRRRVARIDISNPFVSQFVLSGLSYTRQDKADLFDGAAGGTSTTVAIELPLTDAEWLPAAVYSFPGAFTLTLKGTYLGAETTVSIPAAVLEANSRYVVRVKSAENNVAATLEVLPWDEGADIDAEVTATTYNTAVASVTGQLTTSGGYSASCFGLIELQKRIVRVAQNSYTCVAASGGLETARALPDADLAAEEWVVKEFVSAGSGGTYQIKSYPFVRFTGASGNSAPIGVILSAPLQGRVKVVHSQKTDDNTAEVRLYLIPTEEEMTDVIETGSGFLNTVFMRQRTVPSAPATVTLVVQDGVTGALRYEDWRVVEDCFDYELAGMGKICTSIPGEWPADVRLRNTSSWLSRPWTLDEATPILLSPYVGEVSLCLDPEKAQSGGVLTRAAIEVDLSSRTDGSAYIEAQGEPWAAVCMEDVLDISGQSQSVLAGRARIPSQRILTTVQDNMTGAERRATLVVRRNTYSGSSDSGGGGGVLNSRAATVADPTVLDGTQLEERRYTLVQPPVSAAVYAQMASSAGLRLGNGYPVDELYMDGNTIYVGKKNTKRAILNPCCVVSEGRKPVRIIIPVGCNWLYESLVYGSQSSQGILTRGRIERDDPPSGFVRQLRLLPNEMNGDRSVSFSVQTYEGGAIRTSTYTLVQRPTYQADSSGGESALSR
>NZ_CP036542.1|WP_044301017.1|2324226_2326587_+|hypothetical-protein
MKQTIPIIFLTALLTLGGSACSDVSEQDGFPPVSPADGERIVNLSLTGLAGGGAVPTRAGNESLTLEGECEVRLLTVYCFVSWDGTTEQTDVTNFKHERTYHYEAGGTDNDFLLLPDADGYHAGIGVPEGDAHQRAFLVCANRGIANPPGDWANLTYGTAISTFKWIPDRESGGTAYLPPACPLLPMSAKVTHRVISSDGVISDDPVFSPQQLDRGLSVRLVRGVSRIDIVNPDITGYRVEGIQVKAAAEMALFAEPAGAAATEYKAVPLSVTAAQTAGACYLFPLKADMEVEIGLTGKLMNNELPLTARGIMKPNTRYLLRVRNDDANLGVSLEVADWDEGNGIDTGDLSDRLNAGCTVEVAPSATGVTVAGTTITLRDGILREANPAIVTLTGASGDTKPIGIQIPEGCDWLVAGTGQVTGNPSSETFQTTLEMKQPAVTRTVRAGIGGGSFVTVGNDYPLRVPVSFVYEKDGKTCFVEYTVCLEPAAASSPALASVEIRGVGLMKDLCRVDPDARVIRFPAFGGAAFRVIGHEVVTRAVVGGGGSYLEFFAREDYDWVKKVSVPSPGAVSLYFRVDENRTGHPREATFRMRYRDANNGDAPVEADWLVVQEADPDPAQMADDVEVRLPLREAGELRMEGSEIRVAMRDPIRVGDDGFNEVKFYEAYIRTLRESGPAAAGKQLKAIVNRIELTVTEGGVNDNPFCVGLLYPALSAPVKVTVDASWLHAGYEVTAPCISLKADLYVPVTVEEIGNLPPRTATVSVELRNGETRKLTVRQEPHGVK
>NZ_CP036542.1|WP_044301018.1|2326632_2328966_+|hypothetical-protein
MKRSSLFKWMAFTFLLGLASCSNEELQNENRPDVPLKSGEQLVSMKINGLGGTVVTRAAGDNIIALPGEVKIEKLDLYSFVDLDNQSSSAAITGTSADNLKGYTLERIYRYKALGDENDLVLTPVGDGYRVSYGVPKGDERTRRFVLVVNDIDRTSTALTALAVATAGAGSNRSSAAVFSDLDNLKILETALSASGNNITADKGLPMTAIIGRNEYDGSGAQNFNTLYTNQDVAGGTALNATLVRRVARIDIKNPVGTGFTVKKVTLSGAKNSTMFGNVPQATTSGDYDIVALAAADVVNAELIPAALYALPIAAETANDYIPSVKITGSIGGSGDIEVEAQFGSSMTGTFKGMDVNTRYIVNLNNSAGNVTADITIAEWNYGESVETEDVMGKLNANAQLTAETANATLDAGAKTLTIKYPASSFSAVKIAAIEGTNNSDINPIGIVLPEDCDWLEVELGSAGASGMSNISYNLKVTKANNTGRPRTAKLSLVTYNTTDSKQKVDEYIVYQDYLDITKYTEEFTGFGPLMANMFLKQGEDVYKCSPFGLDVAFVFGLEQGGVLTAVDVVIPEDCDWIQKSNILLGSQSIHALSMTDNIGKEERRATLTLRRWNASANMGSGAMETKDMTIIQSGTVDKATLCQSAEIQLNADLAAAGCIKMDGNTIIIAGEIPDNLGLSEEQKKYMFTISGTPSTDKNEIRPVLVSFGEADNRWVESEGKVSMVTANGSYDVKARFPQNFGNAREMNFTVTTYANGAPVVKTYRLIQKASGTVHVN

Crispr_ID: NZ_CP036542_3

• CRISPR_ID: NZ_CP036542_3
• CRISPR_location: 3409741-3410268
• CRISPR_type: TypeIII
• Repeat_type: NA
• Spacer_info: 7 spacers
• Cas_protein_info: cas2,cas1,cmr6gr7,cmr5gr11,cmr4gr7,cmr3gr5,cas10,cmr1gr7

Consensus repeat of NZ_CP036542_3

Consensus_repeat	Method
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	PILER-CR
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	CRISPRCasFinder
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	CRT

spacers of NZ_CP036542_3

>3.1|3409777|38|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
ACTCTTTTAGCGCTTATTCGATAAACCGACGGTTTGAA
>3.2|3409851|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
GAATCTGAAAATGCAATTTTTTCCGCCCAAAATGC
>3.3|3409922|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
TTAAAAAGAAATCTTTGTTTGAAAGAAACTAAAAA
>3.4|3409993|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
GAATACAAAACTGATGGGATTAAACCCCATTAC
>3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
TTCAAGCCGTAGGTAAAGATTACACTATGGAAA
>3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
AATAAAAAACAGAAATTATGGAAAGTATCGTA
>3.7|3410199|34|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT
TATACAAGTTATTTCAGCAGTTATGGTTCTGCTG

CRISPR arrays and Neighbor proteins around NZ_CP036542_3

CRISPR arrays

The CRISPR arrays of NZ_CP036542_3

>merge|NZ_CP036542|3|3409741-3410268|PILER-CR,CRISPRCasFinder,CRT
TGTCTTAGTCCTTATTATACTGGAATACATCTACATACTCTTTTAGCGCTTATTCGATAAACCGACGGTTTGAATGTCTTAATCCTTATTATACTGGAATACATCTACATGAATCTGAAAATGCAATTTTTTCCGCCCAAAATGCAGTCTTAATCCTTATTATACTGGAATACATCTACATTTAAAAAGAAATCTTTGTTTGAAAGAAACTAAAAATGTCTTAATCCTTATTATACTGGAATACATCTACATGAATACAAAACTGATGGGATTAAACCCCATTACTGTCTTAATCCTTATTATACTGGAATACATCTACATTTCAAGCCGTAGGTAAAGATTACACTATGGAAATGTCTTAATCCTTATTATACTGAAATACATCTACATAATAAAAAACAGAAATTATGGAAAGTATCGTATGTCTTAATCCTTATTATACTGGAATACATCTACATTATACAAGTTATTTCAGCAGTTATGGTTCTGCTGTGTCTTAATCCTTATTATACTGGAATACATCTACAT

>NZ_CP036542|3|2|3409741-3410268|PILER-CR
TGTCTTAGTCCTTATTATACTGGAATACATCTACAT	ACTCTTTTAGCGCTTATTCGATAAACCGACGGTTTGAA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	GAATCTGAAAATGCAATTTTTTCCGCCCAAAATGC
AGTCTTAATCCTTATTATACTGGAATACATCTACAT	TTAAAAAGAAATCTTTGTTTGAAAGAAACTAAAAA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	GAATACAAAACTGATGGGATTAAACCCCATTAC
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	TTCAAGCCGTAGGTAAAGATTACACTATGGAAA
TGTCTTAATCCTTATTATACTGAAATACATCTACAT	AATAAAAAACAGAAATTATGGAAAGTATCGTA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	TATACAAGTTATTTCAGCAGTTATGGTTCTGCTG
TGTCTTAATCCTTATTATACTGGAATACATCTACAT

>NZ_CP036542|3|2|3409741-3410268|CRISPRCasFinder
TGTCTTAGTCCTTATTATACTGGAATACATCTACAT	ACTCTTTTAGCGCTTATTCGATAAACCGACGGTTTGAA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	GAATCTGAAAATGCAATTTTTTCCGCCCAAAATGC
AGTCTTAATCCTTATTATACTGGAATACATCTACAT	TTAAAAAGAAATCTTTGTTTGAAAGAAACTAAAAA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	GAATACAAAACTGATGGGATTAAACCCCATTAC
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	TTCAAGCCGTAGGTAAAGATTACACTATGGAAA
TGTCTTAATCCTTATTATACTGAAATACATCTACAT	AATAAAAAACAGAAATTATGGAAAGTATCGTA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	TATACAAGTTATTTCAGCAGTTATGGTTCTGCTG
TGTCTTAATCCTTATTATACTGGAATACATCTACAT

>NZ_CP036542|3|1|3409741-3410268|CRT
TGTCTTAGTCCTTATTATACTGGAATACATCTACAT	ACTCTTTTAGCGCTTATTCGATAAACCGACGGTTTGAA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	GAATCTGAAAATGCAATTTTTTCCGCCCAAAATGC
AGTCTTAATCCTTATTATACTGGAATACATCTACAT	TTAAAAAGAAATCTTTGTTTGAAAGAAACTAAAAA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	GAATACAAAACTGATGGGATTAAACCCCATTAC
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	TTCAAGCCGTAGGTAAAGATTACACTATGGAAA
TGTCTTAATCCTTATTATACTGAAATACATCTACAT	AATAAAAAACAGAAATTATGGAAAGTATCGTA
TGTCTTAATCCTTATTATACTGGAATACATCTACAT	TATACAAGTTATTTCAGCAGTTATGGTTCTGCTG
TGTCTTAATCCTTATTATACTGGAATACATCTACAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP036542.1|WP_044299427.1|3404855_3405239_-|GtrA-family-protein	unknown	unknown	gnl|CDD|377229
NZ_CP036542.1|WP_044299436.1|3415518_3416655_-|CRISPR-associated-protein-Cmr3	cmr3gr5	pfam09700_cmr3gr5_CAS-III-B	gnl|CDD|273855
NZ_CP036542.1|WP_044299437.1|3416647_3418450_-|type-III-B-CRISPR-associated-protein-Cas10/Cmr2	cas10	cls000742_cas10_CAS-III	gnl|CDD|187810
NZ_CP036542.1|WP_044299432.1|3410999_3413270_-|CRISPR-associated-endonuclease-Cas1	cas1	cd09634_cas1_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|275209
NZ_CP036542.1|WP_044299421.1|3400353_3400635_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_005806227.1|3402155_3402686_+|ferredoxin	unknown	unknown	gnl|CDD|227082
NZ_CP036542.1|WP_137572300.1|3418457_3419858_-|hypothetical-protein	cmr1gr7	mkCas0086_cmr1gr7_CAS-III-B	unknown
NZ_CP036542.1|WP_005777835.1|3400641_3401436_-|ABC-transporter-permease	unknown	unknown	gnl|CDD|377092
NZ_CP036542.1|WP_044299423.1|3402760_3403876_+|agmatine-deiminase-family-protein	unknown	unknown	gnl|CDD|377332
NZ_CP036542.1|WP_137572299.1|3413289_3414234_-|type-III-B-CRISPR-module-RAMP-protein-Cmr6	cmr6gr7	cd09661_cmr6gr7_CAS-III-B	gnl|CDD|213662
NZ_CP036542.1|WP_044299430.1|3410715_3411006_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NZ_CP036542.1|WP_044299282.1|3419871_3420351_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP036542.1|WP_044299434.1|3414236_3414647_-|hypothetical-protein	cmr5gr11	mkCas0098_cmr5gr11_CAS-III-B	gnl|CDD|378242
NZ_CP036542.1|WP_005777828.1|3407080_3408124_-|YegS/Rv2252/BmrU-family-lipid-kinase	unknown	unknown	gnl|CDD|224513
NZ_CP036542.1|WP_137572301.1|3420347_3421823_-|hypothetical-protein	unknown	unknown	gnl|CDD|213356
NZ_CP036542.1|WP_044299425.1|3403888_3404773_+|carbon-nitrogen-hydrolase	unknown	unknown	gnl|CDD|143597
NZ_CP036542.1|WP_044299435.1|3414659_3415499_-|type-III-B-CRISPR-module-RAMP-protein-Cmr4	cmr4gr7	cd09682_cmr4gr7_CAS-III-B	gnl|CDD|274210
NZ_CP036542.1|WP_044299429.1|3405239_3406997_-|aspartate--tRNA-ligase	unknown	unknown	gnl|CDD|234775
NZ_CP036542.1|WP_005777827.1|3408358_3409543_+|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme	unknown	unknown	gnl|CDD|99747
NZ_CP036542.1|WP_005777834.1|3401440_3402061_-|ATP-binding-cassette-domain-containing-protein	unknown	unknown	gnl|CDD|213224

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NZ_CP036542.1|WP_044299436.1|3415518_3416655_-|CRISPR-associated-protein-Cmr3	cmr3gr5	pfam09700_cmr3gr5_CAS-III-B	1.5e-30	101.7	0.0
NZ_CP036542.1|WP_044299434.1|3414236_3414647_-|hypothetical-protein	cmr5gr11	mkCas0098_cmr5gr11_CAS-III-B	1.5e-26	87.9	2.4
NZ_CP036542.1|WP_044299437.1|3416647_3418450_-|type-III-B-CRISPR-associated-protein-Cas10/Cmr2	cas10	cls000742_cas10_CAS-III	8.1e-37	121.2	0.1
NZ_CP036542.1|WP_044299435.1|3414659_3415499_-|type-III-B-CRISPR-module-RAMP-protein-Cmr4	cmr4gr7	cd09682_cmr4gr7_CAS-III-B	9.8e-45	148.0	0.0
NZ_CP036542.1|WP_137572300.1|3418457_3419858_-|hypothetical-protein	cmr1gr7	mkCas0086_cmr1gr7_CAS-III-B	5e-100	330.1	21.3
NZ_CP036542.1|WP_137572299.1|3413289_3414234_-|type-III-B-CRISPR-module-RAMP-protein-Cmr6	cmr6gr7	cd09661_cmr6gr7_CAS-III-B	9e-29	95.4	0.4
NZ_CP036542.1|WP_044299432.1|3410999_3413270_-|CRISPR-associated-endonuclease-Cas1	cas1	cd09634_cas1_CAS-I:CAS-II:CAS-III:CAS-V	1.1e-66	219.7	1.2
NZ_CP036542.1|WP_044299430.1|3410715_3411006_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	1.8e-22	74.1	3.3

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP036542.1|WP_044299427.1|3404855_3405239_-|GtrA-family-protein	gnl|CDD|377229	pfam04138, GtrA, GtrA-like protein. Members of this family are predicted to be integral membrane proteins with three or four transmembrane spans. They are involved in the synthesis of cell surface polysaccharides. The GtrA family are a subset of this family. GtrA is predicted to be an integral membrane protein with 4 transmembrane spans. It is involved is in O antigen modification by Shigella flexneri bacteriophage X (SfX), but does not determine the specificity of glucosylation. Its function remains unknown, but it may play a role in translocation of undecaprenyl phosphate linked glucose (UndP-Glc) across the cytoplasmic membrane. Another member of this family is a DTDP-glucose-4-keto-6-deoxy-D-glucose reductase, which catalyzes the conversion of dTDP-4-keto-6-deoxy-D-glucose to dTDP-D-fucose, which is involved in the biosynthesis of the serotype-specific polysaccharide antigen of Actinobacillus actinomycetemcomitans Y4 (serotype b). This family also includes the teichoic acid glycosylation protein, GtcA, which is a serotype-specific protein in some Listeria innocua and monocytogenes strains. Its exact function is not known, but it is essential for decoration of cell wall teichoic acids with glucose and galactose.	3.35527e-17
NZ_CP036542.1|WP_044299436.1|3415518_3416655_-|CRISPR-associated-protein-Cmr3	gnl|CDD|273855	TIGR01888, Hypothetical_protein_SSO1730, CRISPR type III-B/RAMP module-associated protein Cmr3. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This highly divergent family is found in at least ten different archaeal and bacterial species as part of the CRISPR RAMP modulue but is not a member of the RAMP superfamily itself. A typical example is TM1793 from Thermotoga maritima.	9.93654e-14
NZ_CP036542.1|WP_044299429.1|3405239_3406997_-|aspartate--tRNA-ligase	gnl|CDD|234775	PRK00476, aspS, aspartyl-tRNA synthetase; Validated.	0
NZ_CP036542.1|WP_044299435.1|3414659_3415499_-|type-III-B-CRISPR-module-RAMP-protein-Cmr4	gnl|CDD|274210	TIGR02580, putative_CRISPR-associated_protein, CRISPR type III-B/RAMP module RAMP protein Cmr4. This model represents a CRISPR-associated protein from the family that includes TM1792 of Thermotoga maritima. This family is part of the broad RAMP superfamily (pfam03787) collection of CRISPR-associated proteins. It is the fourth of a recurring set of six proteins, four of are in the RAMP superfamily, that we designate the CRISPR RAMP module.	2.37523e-40
NZ_CP036542.1|WP_005806227.1|3402155_3402686_+|ferredoxin	gnl|CDD|227082	COG4739, COG4739, Uncharacterized protein containing a ferredoxin domain [Function unknown].	2.44243e-49
NZ_CP036542.1|WP_005777835.1|3400641_3401436_-|ABC-transporter-permease	gnl|CDD|377092	pfam03649, UPF0014, Uncharacterized protein family (UPF0014).	5.62219e-81
NZ_CP036542.1|WP_044299423.1|3402760_3403876_+|agmatine-deiminase-family-protein	gnl|CDD|377332	pfam04371, PAD_porph, Porphyromonas-type peptidyl-arginine deiminase. Peptidyl-arginine deiminase (PAD) enzymes catalyze the deimination of the guanidino group from carboxy-terminal arginine residues of various peptides to produce ammonia. PAD from Porphyromonas gingivalis (PPAD) appears to be evolutionarily unrelated to mammalian PAD (pfam03068), which is a metalloenzyme. PPAD is thought to belong to the same superfamily as aminotransferase and arginine deiminase, and to form an alpha/beta propeller structure. This family has previously been named PPADH (Porphyromonas peptidyl-arginine deiminase homologs). The predicted catalytic residues in PPAD are Asp130, Asp187, His236, Asp238 and Cys351. These are absolutely conserved with the exception of Asp187 which is absent in two family members. PPAD is also able to catalyze the deimination of free L-arginine, but has primarily peptidyl-arginine specificity. It may have a FMN cofactor.	2.59359e-169
NZ_CP036542.1|WP_137572299.1|3413289_3414234_-|type-III-B-CRISPR-module-RAMP-protein-Cmr6	gnl|CDD|213662	TIGR01898, repair_system, CRISPR type III-B/RAMP module RAMP protein Cmr6. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This family, represented by TM1791 of Thermotoga maritima, is designated Cmr6 [sic], for CRISPR/Cas Ramp Module protein 6. This family is both closely related to and frequently encoded next to the TM1792 family of Cas proteins described by TIGR01867. The two proteins are fused in an example from Methanopyrus kandleri.	3.8623e-20
NZ_CP036542.1|WP_044299430.1|3410715_3411006_-|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.	2.06225e-18
NZ_CP036542.1|WP_044299434.1|3414236_3414647_-|hypothetical-protein	gnl|CDD|378242	pfam09701, Cas_Cmr5, CRISPR-associated protein (Cas_Cmr5). CRISPR is a term 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 family, represented by TM1791.1 of Thermotoga maritima, is found in both archaeal and bacterial species.	0.00492416
NZ_CP036542.1|WP_044299437.1|3416647_3418450_-|type-III-B-CRISPR-associated-protein-Cas10/Cmr2	gnl|CDD|187810	cd09679, 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; MTH326-like has inactivated polymerase catalytic domain; alr1562 and slr7011 - predicted only on the basis of size, presence of HD domain, and location with RAMPs in one operon; signature gene for type III; also known as Crm2 family.	1.74873e-25
NZ_CP036542.1|WP_005777828.1|3407080_3408124_-|YegS/Rv2252/BmrU-family-lipid-kinase	gnl|CDD|224513	COG1597, LCB5, Sphingosine kinase and enzymes related to eukaryotic diacylglycerol kinase [Lipid metabolism / General function prediction only].	1.4662e-54
NZ_CP036542.1|WP_137572301.1|3420347_3421823_-|hypothetical-protein	gnl|CDD|213356	cd12822, TmCorA-like, Thermotoga maritima CorA-like family. This family belongs to the MIT superfamily of essential membrane proteins involved in transporting divalent cations (uptake or efflux) across membranes. Members of the Thermotoga maritima CorA_like family are found in all three kingdoms of life. It is a functionally diverse family, in addition to the CorA Co2+ transporter from the hyperthermophilic Thermotoga maritima, it includes three Saccharomyces cerevisiae members: two plasma membrane proteins, the Mg2+ transporter Alr1p/Swc3p and the putative Mg2+ transporter, Alr2p, and the vacuole membrane protein Mnr2p, a putative Mg2+ transporter. Thermotoga maritima CorA forms funnel-shaped homopentamers, the tip of the funnel is formed from two C-terminal transmembrane (TM) helices from each monomer, and the large opening of the funnel from the N-terminal cytoplasmic domains. The GMN signature motif of the MIT superfamily occurs just after TM1, mutation within this motif is known to abolish Mg2+ transport by Alr1p. Natural variants in this signature sequence may be associated with the transport of different divalent cations. The functional diversity of the MIT superfamily may also be due to minor structural differences regulating gating, substrate selection, and transport.	2.4293e-07
NZ_CP036542.1|WP_044299425.1|3403888_3404773_+|carbon-nitrogen-hydrolase	gnl|CDD|143597	cd07573, CPA, N-carbamoylputrescine amidohydrolase (CPA) (class 11 nitrilases). CPA (EC 3.5.1.53, also known as N-carbamoylputrescine amidase and carbamoylputrescine hydrolase) converts N-carbamoylputrescine to putrescine, a step in polyamine biosynthesis in plants and bacteria. This subgroup includes Arabidopsis thaliana CPA, also known as nitrilase-like 1 (NLP1), and Pseudomonas aeruginosa AguB. This subgroup belongs to a larger nitrilase superfamily comprised of nitrile- or amide-hydrolyzing enzymes and amide-condensing enzymes, which depend on a Glu-Lys-Cys catalytic triad. This superfamily has been classified in the literature based on global and structure based sequence analysis into thirteen different enzyme classes (referred to as 1-13), this subgroup corresponds to class 11. Members of this superfamily generally form homomeric complexes, the basic building block of which is a homodimer; P. aeruginosa AugB is a homohexamer, Arabidopsis thaliana NLP1 is a homooctomer.	2.90778e-168
NZ_CP036542.1|WP_044299432.1|3410999_3413270_-|CRISPR-associated-endonuclease-Cas1	gnl|CDD|275209	TIGR04416, hypothetical_protein, group II intron reverse transcriptase/maturase. Members of this protein family are multifunctional proteins encoded in most examples of bacterial group II introns. These group II introns are mobile selfish genetic elements, often with multiple highly identical copies per genome. Member proteins have an N-terminal reverse transcriptase (RNA-directed DNA polymerase) domain (pfam00078) followed by an RNA-binding maturase domain (pfam08388). Some members of this family may have an additional C-terminal DNA endonuclease domain that this model does not cover. A region of the group II intron ribozyme structure should be detectable nearby on the genome by Rfam model RF00029. [Mobile and extrachromosomal element functions, Other].	4.15917e-73
NZ_CP036542.1|WP_005777827.1|3408358_3409543_+|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme	gnl|CDD|99747	cd06454, KBL_like, KBL_like; this family belongs to the pyridoxal phosphate (PLP)-dependent aspartate aminotransferase superfamily (fold I). The major groups in this CD corresponds to serine palmitoyltransferase (SPT), 5-aminolevulinate synthase (ALAS), 8-amino-7-oxononanoate synthase (AONS), and 2-amino-3-ketobutyrate CoA ligase (KBL). SPT is responsible for the condensation of L-serine with palmitoyl-CoA to produce 3-ketodihydrospingosine, the reaction of the first step in sphingolipid biosynthesis. ALAS is involved in heme biosynthesis; it catalyzes the synthesis of 5-aminolevulinic acid from glycine and succinyl-coenzyme A. AONS catalyses the decarboxylative condensation of l-alanine and pimeloyl-CoA in the first committed step of biotin biosynthesis. KBL catalyzes the second reaction step of the metabolic degradation pathway for threonine converting 2-amino-3-ketobutyrate, to glycine and acetyl-CoA. The members of this CD are widely found in all three forms of life.	1.0397e-151
NZ_CP036542.1|WP_005777834.1|3401440_3402061_-|ATP-binding-cassette-domain-containing-protein	gnl|CDD|213224	cd03257, ABC_NikE_OppD_transporters, ATP-binding cassette domain of nickel/oligopeptides specific transporters. The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE). The NikABCDE system of E. coli belongs to this family and is composed of the periplasmic binding protein NikA, two integral membrane components (NikB and NikC), and two ATPase (NikD and NikE). The NikABCDE transporter is synthesized under anaerobic conditions to meet the increased demand for nickel resulting from hydrogenase synthesis. The molecular mechanism of nickel uptake in many bacteria and most archaea is not known. Many other members of this ABC family are also involved in the uptake of dipeptides and oligopeptides. The oligopeptide transport system (Opp) is a five-component ABC transport composed of a membrane-anchored substrate binding proteins (SRP), OppA, two transmembrane proteins, OppB and OppC, and two ATP-binding domains, OppD and OppF.	6.1417e-37

Protein sequences

>NZ_CP036542.1|WP_005777827.1|3408358_3409543_+|aminotransferase-class-I/II-fold-pyridoxal-phosphate-dependent-enzyme
MGLLQEKLAKYDLPQQIKAKGVYPYFRCIESEQNTEVIMSGRKVLMFGSNSYLGLTNHPKVIEAAVEATRKYGTGCAGSRFLNGTLDLHLQLEKELAEFVGKEDAIIYSTGFQVNLGVVSCVTGREDYVICDELDHASIVEGRRLSFSTILKFKHNDMESLEKELQKCRPDAVKLIVVDGVFSMEGDIANLPEIVRLSKKYDANIMVDEAHGLGVLGNNGRGTCDHFGLTKEVDLIMGTFSKSLAAIGGFIAADESIINYLRHNSRSYIFSASNTPAATAAARAALQIMKNEPERIEHLWDITNYSLKCFRELGFEIGHTSTPIIPLYVRDMEKTFMVTKMLFDEGVFVNPVVPPACSPNDTLIRFSLMATHSKEQIDFAIGKLVKCFKALDLL
>NZ_CP036542.1|WP_005777828.1|3407080_3408124_-|YegS/Rv2252/BmrU-family-lipid-kinase
MIENKKKIIFIVNPISGTQSKELVLSLLDEKIDKDKYTWEIVYTERAGHAIEIAADAADSHTDIVVAVGGDGTINEIARSLVHTNTALGIIPCGSGNGLARHLQISMDPRKALEILNDGLVDIIDYGKINGTDFFCTCGVGFDAFVSLKFANAGKRGLLTYLEKTLQESLKYQPETYELETEDGTSRYKAFLIACGNASQYGNNAYIAPQATLTDGLLDVTILEPFTVLDVPALAFQLFNKTIDQNSRIKTFRCKKLCIHRSSPGVVHFDGDPMQADEDIKIELIQKGLRVVVPTDKKKDNSNVLQKAQEYVNGIKLMNEAIVEDIAHKNKVILKKNKQLIQKLTKK
>NZ_CP036542.1|WP_044299429.1|3405239_3406997_-|aspartate--tRNA-ligase
MFRTHTCGELRISDVNKQVKLSGWVQRSRKMGGMTFVDLRDRYGITQLVFNEEIDAELCERANKLGREFVIQIVGTVNERFSKNGNIPTGDIEIIVSELNILNSAITPPFTIEDNTDGGDDIRMKYRYLDLRRNAVRSNLELRHKMTIEVRSYLDKLGFLEVETPVLIGSTPEGARDFVVPSRMNPGQFYALPQSPQTLKQLLMVSGFDRYFQIAKCFRDEDLRADRQPEFTQIDCEMSFVEQEDVIVTFEGMAKHLFKVIRNIELTEPFPRMPWSEAMKLYGSDKPDIRFGMEFVELMDILKGHGFSVFDNAAYIGGICAEDAASYTRKQLDALTEFVKKPQIGAKGMVYARIEADGTVKSSVDKFYTQEVLQQLKEAFGAKPGDLILILSGDDAMKTRKQLCELRLEMGNQLGLRDKNTFACLWVVDFPLFEWSEEEGRLMAMHHPFTSPKPEDIHLLDTDPAAVRANAYDMVINGVEVGGGSIRIHDSQLQNKMFELLGFTPERAQEQFGFLMNAFKFGAPPHGGLAYGLDRWVSLFAGLDSIRDCIAFPKNNSGRDVMLDAPAALDPSQLEELNLIVDIKE
>NZ_CP036542.1|WP_044299427.1|3404855_3405239_-|GtrA-family-protein
MKESVRIFRFAVIGTLNALITAFVIWLMMDELSYDYIPANITAYIVAQIHNFIWSKYWIFPKAEQKNNICFQILFFCSAFGLAYSAQFLFLVTLVECGDVNEYLAQFLGLFIYGTVNFIVNKKLTFR
>NZ_CP036542.1|WP_044299425.1|3403888_3404773_+|carbon-nitrogen-hydrolase
MRKIKVGIIQQANTSDIRMNLMNLAKSIEACAAHGAQLVVLQELHNSLYFCQTENTDLFELAEPIPGPSTGFYSELAATNRIVLVTSLFEKRAPGLYHNTAVVFDRDGSIAGKYRKMHIPDDPAYYEKFYFTPGDIGFEPIQTSLGKLGILVCWDQWYPEAARLMALKGAEILIYPTAIGWESSDTDDEKVRQLNAWIISQRAHAVANGLPVISVNRVGHESDPSGQTNGILFWGNSFVVGPQGEYLAQAGNERPENIVVEVDLERSENVRRWWPFLRDRRIDEYGNLTKRFID
>NZ_CP036542.1|WP_044299423.1|3402760_3403876_+|agmatine-deiminase-family-protein
MGIIVGLPTSGGSEKDLQLNFGLTVDDQVEMLAPFLPAEWFLQSGVQLTWPHAETDWAYMLSEVQECFINIAREIAKRELLLIVTPCPEAVKNQIAGVVNMNNVRFLECETNDTWARDHGTITLMDTNGACLLDFTFNGWGKKFEAGLDNQITRKAVEAGVLKGQYKDCLDFVLEGGSIESDGMGTLLTTSECLLSPHRNAPMNRVDIEEHLCRVFHLQRVLWLDHGYLAGDDTDSHIDTLARFCSPDTIAYVKCSDPKDEHYEELYKMEEQLKTFRTAFGDPYRLMALPMADKIEVSGERLPATYANFLILNDSVLYPTYNQPENDELARTVLREAFPAYEVVGIDCRALIKQHGSLHCVTMQYPMGVIK
>NZ_CP036542.1|WP_005806227.1|3402155_3402686_+|ferredoxin
MILNERDSRHEHILNVARQMMTAARTAPKGKGIDIIETAVVTGKEIQLLSDTLKVMFEEMGMKFFLRDADNILQAECILLIGTREQAQGLNCGHCGYATCAGRAEGVPCALNSIDVGIAIGSACATAADLRVDTRVMFSAGLAAQRLDWLKGCRQVMAIPVSASSKNPFFDRKSNK
>NZ_CP036542.1|WP_005777834.1|3401440_3402061_-|ATP-binding-cassette-domain-containing-protein
MLQIDNACIAFGEDILFSEFCMQLKKGETACITGESGRGKTSLLNAIMGFVPLRKGRIKVGDILLEPATIDIIRRHIAWIPQELALPSEWVKEMIALPFALKANRHISFSEEKLFTYFDELGLDKDLYQKRVGEISGGQRQRIMIAAAAMLEKPLIIVDEPTSALDSGSTDKVLAFLRNQTTKGTAILAVSHDRAFAYGCNQLITL
>NZ_CP036542.1|WP_005777835.1|3400641_3401436_-|ABC-transporter-permease
MGTIDISYFNLLVGLLLLAIPLFYLWKFKTGLLKATLIGTGRMIIQLFLIGMYLKYLFLWNNPWINFLWVIIMIFVAGQTALMRTGLKREVLLIPISVGFLCSVVLVGMYFIGIVLQLDNVFSAQYFIPIFGILMGNMLSSNVIALNTYYSGLKREQQLYCYLLGNGATRQEAQAPFIRQAIIKSFSPLIANISVMGLVALPGTMIGQILGGSSPNVAIKYQMMIMVITFTASMLSLMITISLASRKSFDEYGRMLQITKESLK
>NZ_CP036542.1|WP_044299421.1|3400353_3400635_-|hypothetical-protein
MTLTDSVLQLISEIHIPGFFITTDFLQTGEFLPQGIDFFLYEKHAKIIQGANGRKFIYQQSGWRIAFTFYPTDRVVDEKYAMKNKMIKKRYDY
>NZ_CP036542.1|WP_044299430.1|3410715_3411006_-|CRISPR-associated-endonuclease-Cas2
MVKAKKIFCVVAYDIQDDRSRIQISKILEKYGTRINYSVFECMFTDREFQKIQINLERWINRRYDTVVYYPMCINCYTRIIYQPIRKKIIKTVEIV
>NZ_CP036542.1|WP_044299432.1|3410999_3413270_-|CRISPR-associated-endonuclease-Cas1
MPDYYHSITTLHALQNAWRAVRAKNAAGGVDGFTLSHFEMRLNDNLIELQHELISQTWNPEPYLRIEITKNETEKRKLGLLCIKDKIVQQAIKTAIEPQLEKTFLNLNYGYRPNKGPERAIKRVVHDLKKLKSGYVAKLDIDNYFDTINHERLFTRLANWLKDDETLRLIRLCIQTGIVTPQLQWQEIDKGVPQEAILSPLLANFYLHPFDQFVANKVPMYIRYADDFLIATSTEKQIKEAVELIKEELESQFYLQLNTPIIHNFHDGIEFLGITISDTGLSITEKKKKTLQEKINSIKFIKSSLSSQSKEMLQGIKNYYAKLLPENTLKELDCFLMNRLNALIIRNQNSINNKKELVSNLQKIEFYSENSNKNKSQLIQQLCSTYIVHSTKSKTRLTSAHINNTKLITQKKKEYQKRENEGAELVISIPGSYIGATYKGITVKLQGKIINKPSPALKHITVVGRGISLSSNAITYCMNHKIPIDFFDSRGKQYGTVLNPVFLDVTLWNKQVALPLEQKIKLATQIIIGKLKNQLNLIKYYHKYHKDILGGKLSEKYVEVVLKIDKLIEKAKNYSQRNEKYTAELMAIESQAAIAYWSYIRVLTADDGIDFIRREHQGATDLLNSLLNYGYAILYARVWKNILAAKLNPSIGVLHAKQDGKPTLVFDVVELFRAQMVDRVVVSLIQKKVSLKMHDGLLNESSKRALIRYILERLNRYEKYRGEEITFSQIILRQAQEIALFISGDNLIFKPYVAKW
>NZ_CP036542.1|WP_137572299.1|3413289_3414234_-|type-III-B-CRISPR-module-RAMP-protein-Cmr6
MPKNYTLQNASNLGWLFYKGYYRQEPNVDFISTQGKESDTTADFFRKTNQRITAYQLNSESPLVSAFNNHFGTPLQLKTIYPGLITGSGLPHQTGSKGEFKLGFQFDYTTGLPYIPGSSIKGTLRSMFPFSLKDKGSTKRILPEYRKERMEYIRDLIIEVTNINEISDTEIQALEYAIFTNSTPSGQTIEFSFKEKDVFYDAFVADSKDGVMLSDDYITPHGENPLKDPKPILFLKIRPDVTINFYFKLCTTHLYKEKVCSSKQIEEIKKQNDFSSSDYKMITAHQKRNLFEKILLCIGIGAKTNIGYGQLKKL
>NZ_CP036542.1|WP_044299434.1|3414236_3414647_-|hypothetical-protein
MKISKKLIEYAIEALRANNIITNDNQYPKVFKGYISSFGAAVIQSGLIPAIIFFENEDNDADADRHKIIGVLKDIINAMRQQYTVTDVTILVSSQIPTNNSMAQYIIEHGNTDQLLKEITEAAVAMKLALRMYKSK
>NZ_CP036542.1|WP_044299435.1|3414659_3415499_-|type-III-B-CRISPR-module-RAMP-protein-Cmr4
MATRMYVINTLSNMHVGSGEVNYGVIDNLIQRDSVTNLPNINSSGLKGAIREYFKGNEDLVRELFGSAPKDEQTLPGKARFFEANLLSMPVRSDKVPFLMATSDEILQELITKMKFFNCEEATQYISHLSSLLDHIKTQAKGADFAYVFDNSLQDAIIEEVSIRATYPSHIQLEKPLMKLLGDRLVILSHKYFSILSDDNHLPVLSRNNLENGQSANLWYEQVLPRYSRLYFMLMDGNAQGEYLKKFRDTLCTPSTIIQIGANASIGYGYCQISELSPF
>NZ_CP036542.1|WP_044299436.1|3415518_3416655_-|CRISPR-associated-protein-Cmr3
MNRHYLITLTPMDWFFFGGERTLDDGKSADYISYSNKFPQQSALLGMIRYQLLKQHNLLSQFPYKENNPTEKEMIKALIGEQSFRMTERKADSLGLGVIKQISPLMLVECKNDTSPRSIYLPLPLDDGYKVSFNETSSADRVFYNGIECPIPNVYLASGEQDSDIQEKFFDHKTYNNYLFWCTQENNQIKKLLSDEIWISKMQIGITKHVEEGENNDKSFYKQEFLQLKKTFMYAFYITLSGESELSSDIIQLGGQRSVFRMEVEVIEENSDIQKKHQAAAQFLAQSDRLLILSPTYVDNLKDLSALCNFMWSDSIVFRNIQTTNASNFYGKPIKSSSKYHFLKPGSVLYFKQGKREEVEKLLMDYTYLRLSGYNTYI
>NZ_CP036542.1|WP_044299437.1|3416647_3418450_-|type-III-B-CRISPR-associated-protein-Cas10/Cmr2
MKYIAITLGPITHTIEMAESTKELWAASYFFSYLAKKIVEPFVKKNRSFQLPLINEEMQKPHCGAGLFPDRYIFKSEPGDLELLKQHSEQVLIKIAGHIASPNLPGTAKDVSQVYRYLKSYIKIYFIELTLESNDPYVVIPACEKYLNVIENQETFPEQEETMISLQKSDFLKFLITNVNGKIYRKDKNSIPHFTGSFLTKDAFGDTDGERLFESILEISASELNINIQQKALEVITANGESKDGKYSERIWDAEEIILNDYKALLRPYHKYIAIIKSDGDSMGETIKSMGAYNIPITQLSKALLSFNIESINEIVAYGGKPIFIGGDDLLCFAPVCCNGNNVFSLVEKLSACFDQCINRHLHQYINACSEIHRPLPSLSFGISITYHKYPMFEALHTTDSLLEIVAKDNLFKYTLSNKKILNENMKRFILKNKLAFSLQKHSGQIYQTAMSKKGESYTQFNILLRKYIRKDKDTSNTQESEKFLSSVIQMVRIHAEILQIILQNEDNQVEMLKNYFDNNFNEPCHQGYTGLFEDIQMLLRLRYQENIQDYQERNEIIRKNTVLTSDEKEQLIVSPAMDAINMIFTALQFIHFINYNKDE
>NZ_CP036542.1|WP_137572300.1|3418457_3419858_-|hypothetical-protein
MNQLTAILKQHTPMIHFQHNESGATLRASEVKPLLDKFILTKLGDGDISKGRLYAKNSNWLIDNEKNYALNYKLSISLQKKSRLEYLITSGTFPLPTEHPSNFFTIQNSPYFAQEKCVGVNTNSTIILKKSNNDPRKKEAEFKEKNWSQIDKKGLEWQDFTIKIFSLKGDLINKIQTYLPTFFICHNFGTRNNKGFGSFTVECINNQKYICNVEDTLKENFSFVYKKQIALSHQSTLDIIYNQIFSIIKKDYQILKSGYNFRNEYIKSILFCYFVSKYPNYRWEKRKMKQLIKAKGYELKGDHSPTFGIRENDSSWNDPNPNGYNYAYIRAVLGLAEQYEFQLETPYKKVVVKIKSTNNCINRYKSPLLFKIINNSIYLVGNEINTEILNKPFQYNYIEKTKNRNMRTGKSEITERPMHINEIEMNYNNRINYHYTPSSFSLIDFMKYAMSYKKNGKNILNYIPLK
>NZ_CP036542.1|WP_044299282.1|3419871_3420351_-|hypothetical-protein
MNWKLVECEIALIVSLTVIECVNIGQNPTKDITCLTVFLCIMIVLLPLIGVWQQWHLSCFQSRQKERERQAKEEADAKMKTWLLAREAIIKDKEKEELTNKINGLQQKCDGLIENQENELKKFYLSTLSIIGSKDDLKSIDENFKKMKDFFEEYKKITK
>NZ_CP036542.1|WP_137572301.1|3420347_3421823_-|hypothetical-protein
MIYSYHIFYFPFKWEIKGLENQAFSDQVDLNSIQYNQNSPWEHSQKPDLGEEESLYNEKNYYYTFVHNILYDEEHSPFNLIHHFERKEPKISNHIYYYIKKKGRNSPYKLIVDSMNINLYATGVGFLSFYLKNEDCTQNSPEDILAINQYGRRIMPPFFNDTRLRNEISEYIRIEGLNQTVYFEDFKSYTPYDSWQPSSSIKELIGELTTNLSIDPIIDDRMFVATWYKNNQLSQQYTNNAEAYFDCRNPFSDYWYRFLFIDGSNATCQNEKMKKELLEKHTYYRWQQWSSLYGISKYSLVYLTNYEVPDYLIEYFQTIYARMAELVLVQRASMLRFSGEITKVSQLSKQDVEAVSKRVSSLYKEYIRFVNQIYFREITAQDQGIEMYNKLHSCMQMESYIKDLDGEIEELHQYISLMEDRERNKKASLLNDIATLFLPITVITGFWGMNQISEVMEKNGELSTGFIIQSLLLIIGTLCAICIIYKRKRKL

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NZ_CP036542_3	3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410131-3410162	32	AJ842011	Bacteriophage 11b complete genome	139-170	6	0.812
NZ_CP036542_3	3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410131-3410162	32	NC_006356	Flavobacterium phage 11b, complete genome	139-170	6	0.812
NZ_CP036542_3	3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410062-3410094	33	NZ_CP012385	Enterococcus durans strain KLDS 6.0930 plasmid unnamed 1, complete sequence	70571-70603	7	0.788
NZ_CP036542_3	3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410062-3410094	33	NZ_CP012367	Enterococcus durans strain KLDS 6.0933 plasmid unnamed 1, complete sequence	27880-27912	7	0.788
NZ_CP036542_3	3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410062-3410094	33	NC_013533	Enterococcus faecalis plasmid pBEE99, complete sequence	61405-61437	7	0.788
NZ_CP036542_3	3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410062-3410094	33	NZ_CP016847	Carnobacterium maltaromaticum strain TMW 2.1581 plasmid pL21581-3, complete sequence	43531-43563	7	0.788
NZ_CP036542_3	3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410062-3410094	33	NZ_CP042840	Enterococcus sp. DA9 plasmid unnamed4	83801-83833	7	0.788
NZ_CP036542_3	3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410131-3410162	32	NC_011366	Rhizobium leguminosarum bv. trifolii WSM2304 plasmid pRLG202, complete sequence	74485-74516	7	0.781
NZ_CP036542_3	3.2|3409851|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3409851-3409885	35	NZ_CP014690	Gluconobacter albidus strain TMW2.1191 plasmid pGS1191_1, complete sequence	19606-19640	8	0.771
NZ_CP036542_3	3.3|3409922|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3409922-3409956	35	NZ_CP017832	Butyrivibrio hungatei strain MB2003 plasmid pNP144, complete sequence	106612-106646	8	0.771
NZ_CP036542_3	3.2|3409851|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3409851-3409885	35	NZ_MF564290	Pseudomonas putida strain KSS435 plasmid pVIM_Pse-KSS435, complete sequence	12328-12362	9	0.743
NZ_CP036542_3	3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3410131-3410162	32	NC_022111	Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence	284147-284178	9	0.719
NZ_CP036542_3	3.4|3409993|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT	3409993-3410025	33	MH517022	Acinetobacter phage SH-Ab 15599, complete genome	17020-17052	10	0.697
NZ_CP036542_1	1.1|1762999|34|NZ_CP036542|PILER-CR	1762999-1763032	34	NZ_CP028722	Enterococcus faecalis strain CVM N48037F plasmid pN48037F-2, complete sequence	48603-48636	11	0.676
NZ_CP036542_1	1.1|1762999|34|NZ_CP036542|PILER-CR	1762999-1763032	34	NC_023559	Oenococcus phage phi9805, complete genome	36716-36749	12	0.647

1. spacer 3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to AJ842011 (Bacteriophage 11b complete genome) position: , mismatch: 6, identity: 0.812

aataaaaaacagaaattatggaaagtatcgta	CRISPR spacer
aataaaaaatagaaattatggaatgtaaaatt	Protospacer
*********.************* ***  .* 

2. spacer 3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NC_006356 (Flavobacterium phage 11b, complete genome) position: , mismatch: 6, identity: 0.812

aataaaaaacagaaattatggaaagtatcgta	CRISPR spacer
aataaaaaatagaaattatggaatgtaaaatt	Protospacer
*********.************* ***  .* 

3. spacer 3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP012385 (Enterococcus durans strain KLDS 6.0930 plasmid unnamed 1, complete sequence) position: , mismatch: 7, identity: 0.788

ttcaagccgtaggtaaagattacactatggaaa	CRISPR spacer
ttaaattagtaggtaaagattactctaaggaac	Protospacer
** ** . *************** *** **** 

4. spacer 3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP012367 (Enterococcus durans strain KLDS 6.0933 plasmid unnamed 1, complete sequence) position: , mismatch: 7, identity: 0.788

ttcaagccgtaggtaaagattacactatggaaa	CRISPR spacer
ttaaattagtaggtaaagattactctaaggaac	Protospacer
** ** . *************** *** **** 

5. spacer 3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NC_013533 (Enterococcus faecalis plasmid pBEE99, complete sequence) position: , mismatch: 7, identity: 0.788

ttcaagccgtaggtaaagattacactatggaaa	CRISPR spacer
ttaaattagtaggtaaagattactctaaggaac	Protospacer
** ** . *************** *** **** 

6. spacer 3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP016847 (Carnobacterium maltaromaticum strain TMW 2.1581 plasmid pL21581-3, complete sequence) position: , mismatch: 7, identity: 0.788

ttcaagccgtaggtaaagattacactatggaaa	CRISPR spacer
ttaaattagtaggtaaagattactctaaggaac	Protospacer
** ** . *************** *** **** 

7. spacer 3.5|3410062|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP042840 (Enterococcus sp. DA9 plasmid unnamed4) position: , mismatch: 7, identity: 0.788

ttcaagccgtaggtaaagattacactatggaaa	CRISPR spacer
ttaaattagtaggtaaagattactctaaggaac	Protospacer
** ** . *************** *** **** 

8. spacer 3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NC_011366 (Rhizobium leguminosarum bv. trifolii WSM2304 plasmid pRLG202, complete sequence) position: , mismatch: 7, identity: 0.781

aataaaaaacagaaattatggaaagtatcgta	CRISPR spacer
agtgaaaaacagaaattatgaaaagaatttca	Protospacer
*.*.****************.**** **. .*

9. spacer 3.2|3409851|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP014690 (Gluconobacter albidus strain TMW2.1191 plasmid pGS1191_1, complete sequence) position: , mismatch: 8, identity: 0.771

gaatctgaaaatgcaattttttccgcccaaaatgc	CRISPR spacer
aaatgtgaaaatgcaatgttttccgcgactaatgg	Protospacer
.*** ************ ********    **** 

10. spacer 3.3|3409922|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP017832 (Butyrivibrio hungatei strain MB2003 plasmid pNP144, complete sequence) position: , mismatch: 8, identity: 0.771

ttaaaaagaaatctttgtttgaaagaaactaaaaa	CRISPR spacer
aaagcatgtaatcttagtctgaaagaaactaaaaa	Protospacer
  *. * * ****** **.****************

11. spacer 3.2|3409851|35|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NZ_MF564290 (Pseudomonas putida strain KSS435 plasmid pVIM_Pse-KSS435, complete sequence) position: , mismatch: 9, identity: 0.743

gaatctgaaaatgcaattttttccgcccaaaatgc	CRISPR spacer
aaagagaaaaatgcgattttttccgcctaaaactc	Protospacer
.**   .*******.************.****. *

12. spacer 3.6|3410131|32|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to NC_022111 (Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence) position: , mismatch: 9, identity: 0.719

aataaaaaacagaaattatggaaagtatcgta	CRISPR spacer
cataaaaaacagatattatggaaataggagat	Protospacer
 ************ **********  .  *  

13. spacer 3.4|3409993|33|NZ_CP036542|PILER-CR,CRISPRCasFinder,CRT matches to MH517022 (Acinetobacter phage SH-Ab 15599, complete genome) position: , mismatch: 10, identity: 0.697

gaatacaaaactgatgggattaaaccccattac	CRISPR spacer
gaatacaatactgatggcattaaagatttcttt	Protospacer
******** ******** ******  .. .* .

14. spacer 1.1|1762999|34|NZ_CP036542|PILER-CR matches to NZ_CP028722 (Enterococcus faecalis strain CVM N48037F plasmid pN48037F-2, complete sequence) position: , mismatch: 11, identity: 0.676

aacaaaaatagtaagtatttgtttgataagcaag	CRISPR spacer
aacaaatatagtacgtatttgtttattcgtttta	Protospacer
****** ****** **********. * . .  .

15. spacer 1.1|1762999|34|NZ_CP036542|PILER-CR matches to NC_023559 (Oenococcus phage phi9805, complete genome) position: , mismatch: 12, identity: 0.647

aacaaaaatagtaagtatttgtttgataagcaag	CRISPR spacer
tttaaaattattaagtatttgtttgatttctctc	Protospacer
  .**** ** ****************   .   

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	2373546 : 2381062	10	Faecalibacterium_phage(33.33%)	NA	NA
DBSCAN-SWA_2	2384311 : 2411180	39	Riemerella_phage(50.0%)	portal,integrase,transposase,tail,terminase	attL 2387416:2387434|attR 2413027:2413045
DBSCAN-SWA_3	3222815 : 3230165	7	Enterobacteria_phage(33.33%)	NA	NA
DBSCAN-SWA_4	3508553 : 3555922	49	unidentified_phage(28.57%)	protease,transposase,integrase	attL 3530288:3530302|attR 3556748:3556762
DBSCAN-SWA_5	3960120 : 4009045	57	unidentified_phage(40.0%)	transposase,integrase	attL 3981100:3981116|attR 4019196:4019212

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_CP036542|2373546:2381062|DBSCAN-SWA
TATGTCCTTAATTAAGAAATCGAATGAATTAGTAATCCCCACCACCGTAAAGATGATGATTTACGGTCAAGCAGGTATGGGAAAGAGTACAGTAGCGTTGAGTGCTCCGAAGCCTTTGTTATTAGACTTTGATAATGGTGTTAAACGCATGAATATGGCGCATCTGGAAAACATAGATACTGTACAGGTCACTTCATGGAATGATGTTCAACAGGTTTTGCAAGAAGATTTATCGGATTATCAGACAATGGTAGTAGATACCATTGGGAAGATGATGGATTTCATTATTACTTATAAATGTGGCAGCCGGCAACCGTCTATCAGGGATTGGAGTGGTATTAATGCTGAGTTTTCATGGATGGCAAGAACACTCTCAAGTCTGAATAAGCATATTATTTTTGTCGCTCACCGTGATACGAGAAAAGAGGGTGACGATACAGTATTTATTCCTGCTTTGCGTGAGAAGTCCTACAACTCCATCGTTACTGAACTGGATTTGCTCGGTTATCTCGAAATGAAGAGCGAGAGAGGCATACAGAGACGCACTATAACTTTTGATCCTACTTCAAGAAATGACGGTAAGAACACTTGCAATCTTCCTTCAGTGATGGAGGTTCCTACCATCCTTGACAAGAATGGCAATCCGACTGCCAAAAACGACTTTATCACTACCAGAATAATCAATTCGTATTTGGGTATGCTTGCCGCCAAGAAAGAAGCACAAGAGAAATACGATAAGGTGATAGAAGAAATCAAAGAGAGTATTGAATTTATCACCGATGCCAATTCTGCTAATGAATTTGCTTCTCACATTAATGAATTTGAACACGTTGGTAGTTCTTTGATGAAAGCGAGAAGTTTGTTTGCCGCCAAAGTGAACTCTTTGGGGTTAGTATTTGATAAAGAAACAAAAACTTATTCAGATGCAGCCTAAATATCGTTTTTACGCCACGATTCTTGATGCCTTTTGGGGATATCTGAATAGTGATGTGATTTGGGATAAGTATTGGGGGTGGTCAGAAAATCCACCCCACACTCCCGAAGAATTTCACGAACAACAGTTTCACGAACTAATAGACCGTATCAATCGCAAGCCTTTTGATAGTGAAGCTGCTGATAAGGGCACAGCCTTTAATGAATTGGTAGATGCTCTAATCGAAAATCGCAAGCCAAACGAGATGTATGTAGAAAGGAATACAGAAAACACTTGTTATACAGTTGTTTATAACAACCGTACATTTGTTTTCCCTATTTCTCTTTGCCGTGAGTTTGCCGATTACTTTAAAGGCGCATTGACCCAACAGAGGGTAGAAGCAATCCTGCATACTGCTTTCGGTGACGTATTGGTATACGGTCTGATAGACGAATTGATGCCGACCAGTGTTCATGACATCAAGACAACTGGCAGTTATACTGTAGGAAAGTTCAAAGACCATCACCAACATCTGGTTTATCCATACGCTCTTATGCAGAACGGTTCGGATGTGCGGACGTTTGAATACAATATCGTAGAGTTCAACAAAGGCGGTTATATGGTGGACACCTATACTGAGACATACGTTTTCAACCCGGAACGTGATATACCTATTCTCACTAATCATTGTGAGGAATTTATCCGGTTCTTGGAAGAAAACAGAGAATTAATCACCGATAAAAAGATATTTGGAGGAGAAAATTAATGGCAAATCAGATAACCGGACGGATAATCGAAATCGGTCAGATCGTCCAAATTCCATCTAAAAGTGGTGGTTCCCCATTTACTAAACGGGAATTTATTTTAGATGCTACCACTTATGACCCTTATACGGGTGAGCGTAGCGAATATGAAAATGTTATTCCCTTAGAGTTTTCGGGTGATAAATGTGCAGAACTTGATCGCTTTAATCAGGGTGATGTTGTTACTGTATCATTTGTCTTACAGGGGCGTTCATGGACGAATCAGGATGGGGAACTTAAACGCATGGTGTCCATCCGGTGTTATAAAATAGATGCGCGTGGCGGTGTGTCGCAATCCCCACAAGCTACACTGGCACAGCAACCAATTCAACAACCTACACCGCAGCCGACTTATCAGCAACAGCCGCAGAACTTTCCGCCTCCGATTGATGCTAATGGCAATGTAAAGGACGATTTGCCTTTTTAGCGTATGCTGTTCGACTTGAAGAATGAATATCAAATACCCAAGTTCAAAGAGTATGTAAACAAGCTGTTTAGTGAGCGTGCTGTGGTGGAAGTAAAAAAGAAGTTACCCAACCGCACGCTGGCACAAAACAGTTACTTGCATCTTCTTTTAGGGTATTTCGGCAGTGAGTACGGTTGCAGCCTCGATGAAGCAAAAATTGACTTTTATAAGAGGACTTGCAACCGTGATTTGTTTGAGAGAAAGGCGGTTAACAAGAAAGGCAAAGAAGTAACTTACTTGCGTAGTTCTGCTGAACTGACAACGGGTGAAATGACTTTGAGCATTGACCGCTTTCGCAATTGGAGTGCATCAGTAGCAGGTATCTATTTACCGGCCGCCAATGAACATCAAATGCTGATTTACGCCCAGCAGGAAATACAAAGAAATCAAGAATTTATTTAGTTATGATAGAAACAAGAAAAACAGAAATCCGGTATGTGACATCTGACCCGAAAAAGATGCTTAACATGTACCTTGCAAAACGTGTCCTCAAAACATGGGAGGAATCTTTCATTGATGAAGATACCGGTGAAACAGTAATCATCGAACGGAATGAAATTCTTTTCGACCGTGGTACGCTGATAGACCAAGACACTTTGGCGAAAATTCGTTTCAGTATGGAAGCAGACGGTATCAAGGAAGTGGAAGTCAGTAACCAGAACCGCTTGGCGTTCGAGAATGAGAACAATTATCTGTATCCGTACATCGCTCAAGCGCAAATAGGTGACAAGAAACATAAGTTCTTGCTATATGCCACCGGAATACAGAACGCTTGCATCATATTGAAAGACTACATTGAACTCAATTACCAGTTCGGATTCACCCCGACAATGATAAAGGAGTTCGATTCCTGCGTGATTCTTACTGACAACTTGAAAGAACGCAAGGTTGACGATGCTTCGCTTGCCTATCTTAAAAATGAAATCACTATGGCAGAATACGTTGATAAGATGGACGATGAGACTGAAGATCGTGACGAAGAATCTAAACCGAATGAAAAGAAATTCTATCAGATTGAGACGAAAATCACCTTTACGGAAGGAGATAACGAAGACGAAAGAGTCCAAACCTTTGTCGTGAATACCTTCAATGTTGATAGAGCGATGATGCTTATTACCCACTATCTCAAAAACAAAGAGGAAGAATGTGAGAAACAAGCCAAAGAAAAGGGACATGAGTTCAGAAAGAGAGAAATTCACACGGCTATTGAATCTGCTAAACCTATCCCAGTCGGGCGGTTTATTCCGAAAGAGTTCTCAATGGCTTATATGGAATAACTTTGTTAACCTGCCTGCAAGGTCTGTGAAGATATAGCAGGCAAACATGGGCGGGCGTATGGAATGCACTGCGCACAGCCGGAAGTGTGTATGCCGGATCGTTACCGGTCCCGTCCACAAACTTGTGTTGGAAAGGGAACATGAAAGTATTCAGTTGCAAATGGATATTTCTGTAATGCGCATACAGATAGTGTTCCCGATGGAATAATGTGAGCCACACATCAATGGCATGGGTTAATAAATAATGGTTGTGCCCCGGAGAATATGCTTCGGGGCTTTTAATTAAAAAATTATGAATGAAATATTAACTGGAAAGATTTGCCCTTATTGCGGTAAGCCTACTGAATACGTGGATAGCTCCATAATCTACGGACGTTCCTACGGTATGATTTATCTGTGTCATGATTGCAGGGCTTATGTAGGTGTGCATAAAGGTACAGACCAAGCATTAGGACGTTTGGCAAATGCTGAGCTAAGAGAAGCCAAGAAGGAAGCCCACTTCTACTTTGACCAAATAGCTAAGACCAATCTTATCAATAAAATTTGGAAGAAACATATCCCCAACACTTCAAATAGAAACAAAGCCTACCTGTGGCTATCCAATCAACTGGGCATACCACGTGAGCTTTGCCATATCGGAATGTTTGATGTGGAGGATTGTAAGCGAGTTGTTGAATTGTGTAAACCAATAGTAGAATGCCATACTACATAAAACGAACTAAGGCTAAGAAAAAAGACAAGCCTTTACCTCTGTTTGATAAAGCAGGGGTAACAGTAAAGAAGAAGCCGGATTTGAAAGCTAAGCTCGACAAGGAGTTTTCTCTTTTCATCCGGCTTCGTGATTGTATGCCGAACGGTTATTTTCACTGTATCTCATGCGGTCAGATAAAACCGTTTGAACAAGCTGATTGCGGCCACTATTTCAGTCGCACGCATTTGGCTACACGTTTCGATGAAAATAACTGCCATGCTGAGTGCCGTCACTGTAATAGGTTTAAAGCTGACCATTTGGAAGGCTATCGGATGAATCTGATAGCTAAAATCGGGCAACAGAAATTTGACCTGCTAAAGGTGAAAGCTGCCGGCACTTCCAAAATGTCCGACTTTGAGTATGAGCAGCTAATCAAGTATTACAAAGCACTTAATAAGAAATTACGAAAGGAGAAAGGAATATGATAAAGGTTACTATCCATATTAATAGTGATAGTTTTTATATGGACGACAATGTTAGTAAAGATGTTATGTTGCAATGTTTGCCGAGAGTTGGAGATACTTTTTATCTGAGCGATGAAACTAAAGAACGCTTTTACAATATAATTCATGAATTCAATCTTTATGTAAGATATAAAAAATGGTTATATGGGAAAAGTTCTAAATTAGAGGGTAATGACTTGCTTTCATGCGATAAGGAATTGCTTCAAGAAGATTTTTCTCTTGACGATGTATGTATCGTTTGTGATGTCTTATTTGAAGAAAATGGTGAAATACATATAGAACTATCTGACCATGTACAAACTACGTGATTACCAACAGAAAGCCTCTGATGCAGCCGTTTATTTCTTCAACAACAAAGCGAAGAAAACAAACGCCATCATGGTCTTGCCCACAGGAAGCGGCAAATCGCTTATCATAGCGGATATAGCCGCAAGGCTTGACGGTCACACTTTAGTGTTCCAGCCAAGTAAGGAAATACTCGAGCAAAACTTTAAAAAGCTCTGCTCATACGGTATTCTTGATTGCAGCATTTATTCGGCTTCTTTCAACTCAAAGGAAATAAGCCGGATAACATTCGCAACAATCGGATCGGTAAAGAATCATCCCGAACTGTTCATCCACTTCAAGAACATCATCGTGGACGAATGCCACCTTGTTAACCCCAAAGAGGGAATGTACAAGGATTTTTTTGATGCAGTGAAGTGCAAGGTTCTTGGCTTGACGGCAACTCCTTATAGATTGTCTTCCTCACGTGACTTCGGCTCCATGCTGAAATTCATCACCCGGACAAAGCCTCATGTCTTTTCAGAGGTCATTTACCATGTACAGGTATCAACTCTCTTAGATATGGGATATTTGGCAAAGTTGAATTACTATCCGATGAATCCTTCGGGATGGAATGAACTCAACTTACGGGTGAACACTACTGGTGCCGACTATACGGATAAATCAATCCAAAAGGAATATGAACGAATCGACTTTTACAGTTATCTCGTCCATATCGTCCAAAGGCTGATGAATCCAAAAGCTGGAGGTAAACGAAAGGGAATACTGGTATTTACCCGGTTCTTGAAAGAAGCCGAACAGCTTACGTGGTCCATTCCCGGATGCGCTATTGTTTCGGGTGATACTCCCAAATCTACTCGTGAAAGAATCCTTGCTGCGTTCAAATCTGGTGAAATCCCGGTCGTTGCCAATGTCGGAGTTCTGACTACTGGTTTTGATTATCCCGAGCTTGATACGGTTGTTATGGCCCGTCCTACGATGTCACTTGCTATGTGGTATCAGATAGTTGGTCGGGCTATTCGTCCACATCCTCAGAAAGAGTGTGGGTGGATTGTTGATTTATGTGGTAACATCAAACGTTTCGGAGAGGTGTCGGATTTGCGGTTATTTGATAGCGGCAATGGGAAATGGGCTGTATTCTCTAAGGGAAGACAATTAACTAATGTGAGGTTTTGATTTATGAAATATTACATACCTATTAGCAGACGGCTATTTGAGCACCCATTTTGGTGCGAAGAGCGCGTATTTTCGAGGTTTGAAGCATGGCTTGATTTAGTTCGTAGCGCACGATTTGAAGACACGAAGCAACTTATTGGTAATAGGTTCATAGAAGTTAAGCGCGGGCAGATACTTGTTTCATTGCGGTTTTTAGCTGGTCGTTGGCAGTGGTCAACCAAGAAAGTAAATTCTTTCCTCGACTTACTGATACAGGACAATATGATTATAAAAGAAACACCAAAGGAAACAGGACAGACCGTTGTAACTATCTGTAATTACGATAAATACAACTTCGTATTACAAGAGCTGGAAACGCAAAAGAAACAGCAGGGAAACAGTGAGGAAACACCTTGGAAACAGCAGGGAAACAAAATAAATAAAGATAATAAAGAGAAAGAATTAGAAGAAAATAAAGAAAACTCTACTATCGTAGAGAAAAAGAAACCCAAAGACAGGGACGCGGCTAAAGCCGCTACTCTCACTCGAAAAGATTCTTTCTATCAGTCCTTAGTTCCCTATGTTGGTAAATACCCGAAAGACATGATAAGGGCTTTCTTCGATTATTGGTCAGAGCTGAATAAATCAGAAACTAAGATGCGTTATGAACTTGAGAAAACTTGGGAGCTTTCTAAAAGGCTGGCAACATGGGCAAACCGCGAAAAAATGTCTTCTAAATCGGTCATTGATATTGGAGTAGTTCTCAATGATAATACTCCGAATAAATATGATTCACCACGAGAAAGGAAATGGGAGGAAAGATGGAACAAATAGACTTCAAAAAAACAATTGATAGTCTCAAAGGAACTGGGTTTAATCCTATGCCCAATCTTGTGGACATAGCTATACCAGATTCAAAGGATGTACTTTTGAGGGGACTGAATTATTTCACGAGAAATGCTGAATGGTTGCCGGAGTACGAAGAAATAGCTGCATGGCTTTCCGGAAATAATGGGCGTGGACTTTTATGTCATGGTAATTGTGGACGTGGAAAGTCACTTATCTGTTGGAAAATCATTCCTCTGTTGCTTAACCACTATTGCAGAAAGATAGTAGCATGTTATGATGCACAACAAATGAACGCAGATATAGACGCTGTGAAGGCAAAACATATCATTTACATTGATGATATCGGTACAGAAAATTTAAGCGTGAAATTTGGAGAAAAAAGACTTGCTTTCTGTGAAATTGTTGATGAAGCAGAAAAGAGGGGGAAGCTTCTTATGCTGACTACCAATCTATCACTTGACGAAATTTCTCAAAAATATGGAGAACGTACCATGGACAGGTTGGTAGCCATTACTACGAGGGTAAAGTTTAAGGGAGAAAGCTTACGAAAATGA

Protein sequences of DBSCAN-SWA_1

>NZ_CP036542|2373546:2381062|2378176_2378527_+|WP_044301061.1|DBSCAN-SWA
MIKVTIHINSDSFYMDDNVSKDVMLQCLPRVGDTFYLSDETKERFYNIIHEFNLYVRYKKWLYGKSSKLEGNDLLSCDKELLQEDFSLDDVCIVCDVLFEENGEIHIELSDHVQTT
>NZ_CP036542|2373546:2381062|2380480_2381062_+|WP_044301125.1|DBSCAN-SWA
MEQIDFKKTIDSLKGTGFNPMPNLVDIAIPDSKDVLLRGLNYFTRNAEWLPEYEEIAAWLSGNNGRGLLCHGNCGRGKSLICWKIIPLLLNHYCRKIVACYDAQQMNADIDAVKAKHIIYIDDIGTENLSVKFGEKRLAFCEIVDEAEKRGKLLMLTTNLSLDEISQKYGERTMDRLVAITTRVKFKGESLRK
>NZ_CP036542|2373546:2381062|2377700_2378180_+|WP_044301059.1|DBSCAN-SWA
MPYYIKRTKAKKKDKPLPLFDKAGVTVKKKPDLKAKLDKEFSLFIRLRDCMPNGYFHCISCGQIKPFEQADCGHYFSRTHLATRFDENNCHAECRHCNRFKADHLEGYRMNLIAKIGQQKFDLLKVKAAGTSKMSDFEYEQLIKYYKALNKKLRKEKGI
>NZ_CP036542|2373546:2381062|2378510_2379680_+|WP_044301062.1|DBSCAN-SWA
MYKLRDYQQKASDAAVYFFNNKAKKTNAIMVLPTGSGKSLIIADIAARLDGHTLVFQPSKEILEQNFKKLCSYGILDCSIYSASFNSKEISRITFATIGSVKNHPELFIHFKNIIVDECHLVNPKEGMYKDFFDAVKCKVLGLTATPYRLSSSRDFGSMLKFITRTKPHVFSEVIYHVQVSTLLDMGYLAKLNYYPMNPSGWNELNLRVNTTGADYTDKSIQKEYERIDFYSYLVHIVQRLMNPKAGGKRKGILVFTRFLKEAEQLTWSIPGCAIVSGDTPKSTRERILAAFKSGEIPVVANVGVLTTGFDYPELDTVVMARPTMSLAMWYQIVGRAIRPHPQKECGWIVDLCGNIKRFGEVSDLRLFDSGNGKWAVFSKGRQLTNVRF
>NZ_CP036542|2373546:2381062|2373546_2374479_+|WP_044301047.1|DBSCAN-SWA
MSLIKKSNELVIPTTVKMMIYGQAGMGKSTVALSAPKPLLLDFDNGVKRMNMAHLENIDTVQVTSWNDVQQVLQEDLSDYQTMVVDTIGKMMDFIITYKCGSRQPSIRDWSGINAEFSWMARTLSSLNKHIIFVAHRDTRKEGDDTVFIPALREKSYNSIVTELDLLGYLEMKSERGIQRRTITFDPTSRNDGKNTCNLPSVMEVPTILDKNGNPTAKNDFITTRIINSYLGMLAAKKEAQEKYDKVIEEIKESIEFITDANSANEFASHINEFEHVGSSLMKARSLFAAKVNSLGLVFDKETKTYSDAA
>NZ_CP036542|2373546:2381062|2375223_2375688_+|WP_044301051.1|DBSCAN-SWA
MANQITGRIIEIGQIVQIPSKSGGSPFTKREFILDATTYDPYTGERSEYENVIPLEFSGDKCAELDRFNQGDVVTVSFVLQGRSWTNQDGELKRMVSIRCYKIDARGGVSQSPQATLAQQPIQQPTPQPTYQQQPQNFPPPIDANGNVKDDLPF
>NZ_CP036542|2373546:2381062|2374468_2375224_+|WP_044301049.1|DBSCAN-SWA
MQPKYRFYATILDAFWGYLNSDVIWDKYWGWSENPPHTPEEFHEQQFHELIDRINRKPFDSEAADKGTAFNELVDALIENRKPNEMYVERNTENTCYTVVYNNRTFVFPISLCREFADYFKGALTQQRVEAILHTAFGDVLVYGLIDELMPTSVHDIKTTGSYTVGKFKDHHQHLVYPYALMQNGSDVRTFEYNIVEFNKGGYMVDTYTETYVFNPERDIPILTNHCEEFIRFLEENRELITDKKIFGGEN
>NZ_CP036542|2373546:2381062|2375691_2376129_+|WP_044301053.1|DBSCAN-SWA
MLFDLKNEYQIPKFKEYVNKLFSERAVVEVKKKLPNRTLAQNSYLHLLLGYFGSEYGCSLDEAKIDFYKRTCNRDLFERKAVNKKGKEVTYLRSSAELTTGEMTLSIDRFRNWSASVAGIYLPAANEHQMLIYAQQEIQRNQEFI
>NZ_CP036542|2373546:2381062|2377296_2377716_+|WP_044301057.1|DBSCAN-SWA
MNEILTGKICPYCGKPTEYVDSSIIYGRSYGMIYLCHDCRAYVGVHKGTDQALGRLANAELREAKKEAHFYFDQIAKTNLINKIWKKHIPNTSNRNKAYLWLSNQLGIPRELCHIGMFDVEDCKRVVELCKPIVECHTT
>NZ_CP036542|2373546:2381062|2376131_2377004_+|WP_044301055.1|DBSCAN-SWA
MIETRKTEIRYVTSDPKKMLNMYLAKRVLKTWEESFIDEDTGETVIIERNEILFDRGTLIDQDTLAKIRFSMEADGIKEVEVSNQNRLAFENENNYLYPYIAQAQIGDKKHKFLLYATGIQNACIILKDYIELNYQFGFTPTMIKEFDSCVILTDNLKERKVDDASLAYLKNEITMAEYVDKMDDETEDRDEESKPNEKKFYQIETKITFTEGDNEDERVQTFVVNTFNVDRAMMLITHYLKNKEEECEKQAKEKGHEFRKREIHTAIESAKPIPVGRFIPKEFSMAYME

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_044301047.1|2373546_2374479_+	ATP-binding protein	A0A2K9V421	Faecalibacterium_phage	1.0e-25	29.5
WP_044301049.1|2374468_2375224_+	hypothetical protein	NA	NA	NA	NA
WP_044301051.1|2375223_2375688_+	DUF3127 domain-containing protein	NA	NA	NA	NA
WP_044301053.1|2375691_2376129_+	hypothetical protein	F5A3F5	Riemerella_phage	2.6e-19	38.4
WP_044301055.1|2376131_2377004_+	hypothetical protein	NA	NA	NA	NA
WP_044301057.1|2377296_2377716_+	hypothetical protein	A0A2K9V403	Faecalibacterium_phage	1.3e-31	54.0
WP_044301059.1|2377700_2378180_+	recombinase	A0A1B1IPZ2	uncultured_Mediterranean_phage	5.5e-15	34.6
WP_044301061.1|2378176_2378527_+	hypothetical protein	NA	NA	NA	NA
WP_044301062.1|2378510_2379680_+	DEAD/DEAH box helicase	A0A0S2MWK8	Cellulophaga_phage	2.4e-51	36.2
WP_044301125.1|2380480_2381062_+	hypothetical protein	A0A0H4TGD5	Bacillus_phage	1.7e-05	28.7

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_CP036542|2384311:2411180|DBSCAN-SWA
GATCAAAGCATTACAATTATCACAACCGGTCCAGCCCCGCCAAGTGAGGAAGGACTATATAAATCACTTCCGGCAGGAGAGACCACTTGAAGGAATCTTCTTCGTTGATTTCATCCGGGAAGTTCTTGAAAAGAGAAGCAGACGAAAGTCTGAACACTATGCAGCCGTTTATGATGCGATTATAAAGCACATAGAATCTTTCTCTGAAGAGTTTGACTGTGACATATTTACCAATTCGGTTACATCTGAGTTTCTTGATGATTTCATTATCTATTTAGAGGACCAAGGTCTCCGTCATAATACTATAGTAGGATATATTCAGAAAATACAATCTCTCGTTCGCCGGGCATCGCAGTATAACTATGCAGTAGATGTTACTTACGACGAGATTAATCTAAGAGAGGAGCCAACAAATGCCGTGTTCCTTTCAATGAATGAGATAACGAGGATATACTACTACAAGTTCGTCAAACAGTATAGAAGAAAGGCTAAAGAGCGAATTAGGGATCTGTTTGTTATAGGTTGCCTGACCGCTCTGAGGTATTCGGATTACTCTACTTTGACAGAAAGCAATCTACAAAAAGGCTTCATAGTCAAGCGTACAAAGAAGACTAATGTAGATGTCAAGGTGCCGGCGCATGACTATGTTAAGGAGATATTCGCTAAATATAATGGAGTTGTCCCTGGAGGATTGTGTATTCAGTATTTTAATAAGTATTTGAAAATCATAATGAAAGAAGTCGGTCTAACAGATGAAGTTACCTATTCTTATACCCAGGGTGGTAGACTTGTAACCGTCACAGGGGAGAAATGGGAGTTAATCAGCAGTCACACCGCCAGAAGATCGGCCGCCACCAACATGTATCTCACAGGCCGGATGAAAACACTGGAGATTATGAAACTCACTGGGCACCGGTCAGAGCAAAACTTTTTCCGGTACATCCGTCTTACAGGAGATGATACCGCACGAGCGATCAGTGGAGATATGTTTTTCAGGAAATAAAAATTTATTCAATAATTATGATAGACAATGATTTATTGACAGACTCAATAAAGTCTGCTTTGAAAGTTGAGTTCCTTTCGTCAAGTAAGGAACTCTTTTTGTATTCTATAGCACTTTACTCAGCTGCAATCTGGGGGAGGAATATTGATGAAAGAAACAGGATTATTCAGGAAAGAGATAAGTCTTTAAAATAGAAGAGGAAGAACCAGACCGCACGACCAATCAAGATTCTTCCTCTCTTACACGATTATGATGCAAATATACTATTTACTTTTAAAATAATCGTGTTATGGTGAGAGAATTTTCAGCAATATCGGAGCTTAAATCTATCAGAGAGCAGAAATCAAGACTCTCGGAGAGAGAGCAGGAACTGATCAAACCTATTTTATCGGATCTTAATATTATTCCTGTAATATACAAATGGTACTGTGAGGTTGTGGGGAATTGCGGATTACCCGAAAGAAGGGCCGGTGCCAGCTTCCGCCAGAAATTCATTTTCATTATTCTGTTTCTTTATTCTCCCAGTACATTGGCTGGTGGTAAGATTGCAAAGGGGATTCGTGATATACTTGCCGGTATATTGGGCTTTAAAGCTCCGACAGGAATTTCTAACCTTTGCGTTGATGTCATGTTTTACTATAACAATTATAAGGATTATCGTGCAGATATAGACTATCTTTATACCGAGATTATTAATCGGTTAAGATTCAAAGGGCTAATCAATTGAAAGCCGGAGTTTAGTGCTCCGGCTTATTCTTAAAAATCTTCGTTTATTCTCTCCATTGAAATTATTCTTGTAGTGAGAATTTGCACATCTTCATAAGAATATTTGCCTTTTATAATAAGTAAATCGCTTATGAGTGGCAGAATTTCCTCTTCTTTCTCAACAATAATATAATTTATATCTTTTGGCTCAAATGTTATTCCATATGATTCATTTATTTTATTTATCTTATCAACTAAACTTTTATTGTTGAAATGATGTTCTTCTAAAAAAGCTTTATCAGTATGTGTATTATCTAATTCTTTATTTAAAAGATTGATAATTATGTCTTTAGGTAAAATGTATCTCCATTCTCTTTCGTTATAAAAAATTGTTGTTTTTTTTCTTGTTCCGACCGTAATTGTTCCTTTGTAGAGTTTTATAAAAAAAGAGGTATATAATAAATCCTCCCACAATTTTGATAGTTTTACGTCTGTAGGATAGTTTTCAATTGCTTCGCTTACATTTTTGAAATTATCCATAAGGTTTTTCGTTATAAAGGAGTCTTTGTGAGTGTATAGTATCGGAGATATGCCATTTTTTTGCGCCCATTCCTTTTTTAATCCAATTGCATACTTTCCATATGAATTAGTATGGTTCTTTATTTGTGATAAAGGTATATCGCAAAAACATACCATTGGATATGCAATTTTATCCCCCATTTTACTAAAGAAAAAGTTTTCTTCTAATGACAGTCTCGGATAGAATCTTGTTTTAAGGATATTAATAAGTGTTTCACGAGTTCTCGTAAAATGAAATAAAGTATTTGCACTAAGTGTACTCATAATATTATAAATTTAATTTTTTCTTTTTTCTTTCAAGTTCTCCCTTCCTAATGATACAAGCCGCATTTTCATAAGGCTTTTCCGTTTTCTGCCAATAGTTCAACAGTGACTGCCGGGCTATTCCCAATTCTTGGCTTGTGTAGTTGTCATACATAGCCGATGGCGAACCGAAATATCTATGCAATCCGGTAGCCTTAATTTCTAAGTGTATTACTCCTTTTGCTTCCATGATGCAAAAATACTTATTTATTAGTATGTATTATAAATAATACTATAAATTATGATTAATTAACGCACGAATAGTATTTTGTATTATAAATGATACTATCTTTGCATCATCAAAAACGAAGTAATAACAATTAAATAATAGAAGATATGAATATCATTAGTTATAAAAAAGGTGAGAATGAAGGTGCATTGTTCATTCATGACGAAAAGAATTATTCAGCCTGTACGGCAGTAGAAAGTAGCAAAAGATTCAAAACTCTCAAAGGTGCAATAGCTTGGTTGAATGCAAGGGGGTATAGAGAAGCATAAGTTTGAATAACAATTAAAAAATATACGATTATGGCAGCATCAGTGATTAAGCAAAGAACAATAGAAAAGTTCATCATGTCAGAGTTTGTACAAGGTAACTTAGATACAGAAGAACAAGTAAGCTGTATGTTTATCCTGATTCAAAAGAAGCTGAATATGTCAGTAGAGCAAGCAAGTGACTTTATGAGAAAAGCAATTGGTATTAACGCTTAAATACACACGATTATGAAAGTAACGAGTTATATGAAAAAGCATAAATTAAATGAGTTTTACGTAAAGAAGTCAAGAGGTTATTATCTGGTAATAGATGGTTATGATAAGAGCATGGCATCTTTAGAGGTAACAGAAGAAGCAGCAAATAAGATGGCAGCAGAACTGAATGCAATGAGAGGCAAGAGATCAAACATAGCACAAGTTGAATTGGTAGGGTGAAGACCCTGCACAATATGATTGATTATGGATGAACATTTCAAGAAGAGGTACGGTGTCTATGACGGTATAGATACAGGTACATTTAAACATATCCCTGAAATCAGTTGCTATAATAACAACTATTACATAGGCTTAAAGAGAGAAGGTAGTGTAACAAATGACTTGATTTTCGCACACAGCGATGATGATAATCTGACAGAGTATTACATTGTAAACGGCAATTCTGTTACATACATAGGGTATGAGTTTACAAATGAAGGTCTATTGAATCTTAGCGATGTAGAATTTACTTAAATATTAGCTTATGAACTCAACTAAAATACCTAACAACGCCAAAATAGTGCTTGAAATGACAGCTTTCGATGCGAAGTTTATCTTGCCTGCATTAGAAAAGCAATATTATCAGAAAGCGACTTGGGATATTACAAATCCGGGTGAATATCCACTGAAATATTGGTATGTACCCAAATCGAAAGAAGCAAAACAATTACTATCCACAATAAAGCATATCGAGAAGCAATTAAAAGAGCAAGGCTTATGAACTCAATAAATGTAAACGGTTGCAGCGTATGCCAGTCCGGTAAAGAGAACTACACTACTTACAACACTAAGTTGAGAGGTAAGAGAGTTAAAATGTATCAGTATGACTATCGTATTGAAAGTGGTGAATTGTTTAGCTGTTGTGCATCAACTTTAGAGGCGTGCAGAGAGAAAAGAGATGCCTGGTTGAAAAAGATTCTGTGACTTAAAACTGATTGTCACAGATAGAATTTGAAGATATTTCGTTATCTTTGGTTGTGGTAGTATCTTTGGGGTACTATCGCGGGTTAGAGAAGTCTAGTCATCTCGCCACTTTGACTTGGTGGAAATCGCAGGGGCGGAGCCTGCACCCGCAACAATGAATATTAATTTTAAAAAGACACGATTATGAACATTCTTACATTAAGTATCAAACAGAAATATTTCGATGAAATCTTATCTGGTACTAAAACGCACGAATACCGTGAAATTAGGCCGACTAACGCAAAGAAGTATATCACTTATTTATGTGGTGGCAAAGAGTACAAGGTAGATGAAGAATTACCTGAAGAGGGTGAAGTTGAGTTGAAACCGATTAAGTACGATGCGATTAAACTTCTTACGGGTGCCTATAGTGGTAAACGCCCTTATATTATTGTTGAAGTGAAGAACGCAGAAGCGGTCATTCTCACCGATGAAGACGGTAATGATATTGTTTACCCCTATCAGGGTGAAGAATATCTCGCAGCCCAAATGGATTACACATTAGGCGAGGTATTAGAGAAACATATAGATTGATTGTTTAATTTAAAAATTATTGCTGAGTCGCAAAAAGAGTAAACAGAGTAGCCGGACCGCGCAGAAATATGAATGGTGCAGGTGCTGGCGGTAGATTAGTTGCTAATCGTAGGGGTACGGCAAGTGCCACCCAGTTAGGTTCACGTAGACAGCGTTACAGTGACCTCCGTATTTCATTCGGATTATCAGGTGGTTAGCTATGAATAAAGTAGAGCAAGCGAACCGGTATATGGACCTCATTCGGGTAAAATCGAATGAGGCTTTACTGTTTTTATCCTTGGGTAAAGATTCGCTTGTCTTACTTGATTTAATCTATCCAAAGTTTGATCGTATTGTTTGCGTGTTCATGTACTTCGTCAAAGACTTGGAGCACATAAACCGCTGGATAAACTGGACTAAAGCCAAATATCCGAAGATAGAGTTTGTGCAAGTACCACATTGGAACCTCACTTACATCCTCCGTGGTGGTATGTATTGTGTGCCTAATCCGAAAGTGAAACTGTTGAAGCTGGCTGATGTGGTAAAGGCTATGCAGCTTACTCACAGAGTTTATTACACGTTCTTAGGCATGAAAAAGGCTGATGGTATGAACCGCAGGCTTATGCTGAAAGGGTATGAGGTAAACGGTTACGAGAATAACGGTATAGTTTATCCTTTGGCTGATTGGACACAAAAGGATATCCTTGCTTACATGAAGCAGCACAACTTACCCGAACCAGTTAGATATTCATTGAAAGCCAGTTCGGGTATCGGTTTCAATCTTGACTGTATGCTTTGGATGGAGAAGAATTACCCGCAGGACTTACAGAGAATTTACAAAGTTTTCCCTATGGCTGAAAGAGTGCTTTGGGAGTATCATAATAAACAAAATTAATAGGAGACCAGCTGAGTTAGAAACAGAAGAAGAGGTAGAATGAAAAGTGCTGCTGATATTGGAGTACAAACTAATCGTTTGAGTCGTGCGGCAGAGGAAAATCCTACAAGGCAAGCGAGGATTAATAGTATCGGTGGTACCATGTATCGTAATTTAAGCCGTTTGAATTACGCTCGAAATGGTAATGTCTATCAGCAGTATTCGAGAGCGGCACGTCAGGGACGGAGTAGAGGACTTGGTTTAAGCAATGGCTAATATGGAACTATCAAAGTATATAAAATCTGAATCGGTAGAACTTAACCGCTCCGCCATTCACTTGGCATCTTATAATCCTCGAAAGTTGTCCGAAGAATCACGCAAGACATTGAAGCGTGGCATCAAGAAATTCGGATTAGTCGGTGGAATTGTCGTGAACAAGCGAACCGGGTTGACCGTAGTCAGCGGGCATCAGCGTTTGTCTGTCATGGATGAATTGCAAAAGTTTCCCGATAACGACTACCGCATTCGAGTCGACGTAATTGACGTGGAAGAAAAGCAGGAGAAGGAACTAAATATTCTAATGAATAACCCAAACGCACAAGGTACCTGGGATTTTGATGCTCTTGCCCGAATTGTTCCCGATATTGATTGGAAAGACGCCGGTTTAACGGATGCCGATTTGAACATGATAGGTGTCGATTACCTGTTACAGACCGAAGAAGAAAGCTCTATCGCAGACGCTCTGTCTGATATGATGGCACCAGTAACCGAGCAGAAAGAAGCTGATAAAGCTGCCAGGCAGTTAGAACGCGCCGAGAAGGTTGCCCATATGGAGGAGGTCAAGCAACAAGTAAAGGAGAACGCACAGAAGACAGCCGAAGATATGGATGCCTATGTGATGTTGTCCTTTGACACCTATGAAGCTAAAGCCGCTTTCTGTGAACGGTTCGGATATGACCCCGATATGAAGTTCATAAAGGGAGAAGTATTTGATGAACAAATTGAAAGAATTGATTAACATCTTAAAATTTAGGAGGACAGTTGAGTCAGAAGAAGACAAAGGAGCTATATGGATATTGTAAGAACCGCTAATCGACTTACAAGAACTTACGGGCAAAATAATCGAGATAGAATTATGAGAGCTGCTAAAAATGCAGAACGGAATCTTTCACGTAATTTGAAAATTTCACAAGCAGCATTGTCTCTCTTTATCAATAGGAAAAAAATAGGAGCAACAGTAAGACTTGCTAACGCAAACGGATAATATTATGTCAAAGAGTGAATCTCAAAATACAAAAGGTCGTGGAGGAAGAAAGCCCAAGTTTGATTATACAAGCAAGGACTTTCTTTCTCTCGTAGAATCGTATGCCAAAAAGGGATTCACTGACAAGGAAATTGCCCACGCTATTGGATTGTCACCGCAAAAGTTTAGCGAAAAGAAAAGTGCATACAGTGAATTAAGTGATGTCCTCTCACGCGCGCGTTGTGCAATTAACTCTCTTGTGCGCGCCAAGTTCCTTGCTATGGCTCTCGGTGGTGTGAAAACGAAGAACACCACAGTTCGAAAGTTACGGGATAAAGATGGCAATCTGACAGGCGAAGAAGAGGTGCAAATCGTAGAGGGTGAGCTGGCTCCTAATATAAGTGCTCAAATGACTTGGCTCTACCACTATGATGAAGATTGGAGAAAGGTTGAACGTAAACAAGATGAAGATGCCGACATCCCGACAGATATTGACCACGGTATAACTATTGATTCTTGGGTTAAAGATAAGCTGAAATGATAGTACCTCAAGAAATTTATCATCCTCTGTACACCGATAATGAGAAATTCATAATCCTTATCACTGGTGGTCGTGGCTCCGGCAAATCTTTCAACGCTTCCACCTTCATTGAACGTCTAACTTTTGAACTCACTGAAGCTGAAAAGATAGTTCATCAGATTCTCTACACCCGCTACACGATGGTTTCTGCCGGTATGTCTATCATCCCCGAAATGATGGAGAAGATAGAGCTTGACGGAACTACTAAATACTTCAAGACCACTAAGACGGATATAGTCAACAAAATGACTAAGAGCCGTATCATGTTTCGGGGTATCAAGACTTCTTCAGGCAATCAGACTGCGAAACTGAAATCAATTCAAGGTATCACTACTTTCGTCTGCGATGAAGCGGAAGAGTGGACAAATGAAGAAGAGTTCGATAAAATAATGCTCTCCATCCGTAAGAAAGGGATTCAGAACCGGATTATCATCATAATGAATCCTTGTGATTCCAATCACTTCATTTACAAAAAGTACATCGAGAATACCCACAAGCAGGTAGATATTGACGGCGTGCAGGTACAAATCTCCACGCATCCGAATGTGCTTCACATTCATACTACCTATCTGGATAACTTGGAGAATCTTTCCCCTGAGTTCCTGAAAGAAGTGGAGGATATGAAGATAAATAACCCCGAAAAGTATGCTCATGTAGTTATTGGCCGGTGGGCTGATGTAGCTGAAGGTGCTGTATTCAAAAAATGGGGCATTGTGAAAGAGTTCCCATCCTGGGCAAAGAAAGTGGCTCTTGCGTCCGACTGGGGTTATACTAATGACCCATCAACTGGCATCCGTTGCGGTATTGTGGATAACCGATTGTATGTTGATGAGTTATTCTATGAAACAGGAATGCTCACCAATGCAATAGCAGAGAAGCTAAAGCCGTGGGGGCTGAAAGTCTACGGAGATAGTGCCGACCCTCGTTTGATTCAGGAAATTAAAAACAGGGGTGTGAACATCTATCCAGTAGATAAGTTCCCTGGCTCGATTAAAGCCGGAATTGACAAGATACATGAGATGGAACTATTCGTTACCGAGCGTTCGTATCACATCATAGAGGAGCTTCGCAAATACGTTTGGGATAAAGATAAAGACGGGCATTATATCAATGAGCCGGTAGACGCTTGGAATCATACTCTCGACCCTATTCGCTACTATATTTTGGGGCACATTTTAGGACGTATTTTGAAGCCGAAAGATTTAACTGGAATATTCACTCACTAAAATTATAGATTATGCCATTAACACTCGAAGAAATATTAGCATTGCCCGACATTGGGCAGAAAATAGCTTACCTGAAGAAAGGTAGGAAAACTGAGCTTCCCGACCGCTGCAAGTTGTGGGATGACTGGAATCCGGAACGCCATGAAATCATGGTTGACAAGGAGAAGTACCCGGATAGAAAAGTGCTTGAAAAGGAAGCGGAGAAAGTTTTTGATGAAAAGACCGGCAAGACCTACGAAATCGAAGCTCAGTATAAGACCGAACCGGTAAACCGTATCTCTATTCCTTTGGAACAAGATATAGTGAACATTCAAACGGCTTTTACTGTCGGCACTGAGCCGTCTCTAGACTGTACTCCTGCGGATGATGACGAAAAGAGACTCTTGGATGCGGTCAAAGCTGTATTTAAGTCCAACAAAATCAAGTATCAGAACAAGAAGATTGTTCGTTCCTGGTTATCCGAACAGGAAGTTGCCGAGTATTGGTATGCGACCGATGATGATTCGTTTTGGGCTAAGTTTTGGAAGAAAGTTAAGACTACCTTCGGAGGAAAAGTAAAACCCACCAAGAAGCTGAAAAGCGTGTTGTGGTCTCCATTCAGAGGGGATAAGCTATATCCGTTCTTCAACGATGAAGGTGATTTGGTTGCTTTCTCTCGTGAGTACAAGAAAAAACTCATGGATAACTCGGAAATTACCTGCTTTATGACTATCACAGACAGAATGGTCTATCAATGGGATCTGTCTAAGGGTTACGAGGAAAGAACTTCTTTCGTCCATGGATTCCCGAAACTGCCGGTTATCTACGCTTATCGTCCCGAACCTTATTGCAAAAAGATTAAGACTTTCCGTGTCCGGTTGGAGAAACTACTATCCAACTATGCCGATTGCATTGACTATCATTTCTTCCCACTGCTGAAGCTAATTGGAGATGTAGAGGGCTTCATGGGTAAGGTTAAGGATAGAATGGTCAAACTTACAGGAGAAGGTGCAGATGCTCAGTATCTGACGTGGAACCAAGCAAATGACACTGTAAAATTTGAGGTAGAAACCCTCTTTGAGAAAGCATATTCTATGACGAATACACCGCAAATCAGTTTTGAAAAACTTAGTGGTTCGGGAAATGCCTTGTCGGGAGTGGCTTTCGATTACGTGTTCCTTTCGACACATTTGCAAGTTCAAAATCATGCCGAGGTGATAGGTGAATTTTTACAACGAAGAGTCAATTTCCTTGTTTCTGCTTTAGGATCTATTAATCCATCTGAATTTAACAAAGCATCTGAAACGATAGATATTGGTACAGAAGTTGTTCCGTATCGCCTTGACAATTTGGAAGATAAAGTTAATGTAGCTGTAAAAGCTGTGTCGGGTGGTGTATGGTCACAACGACATGGGGTAATGTTCGCTGGAAATATTGACCGCATCGAAGAAGAGCTTACTGAAATCAAGGAAGAACAAGAAGCTAAGAATAAGCAAATCGGAAATAAAGAACAGAAAAACGCTTCTTAAGTCAGAAAAAATATGGGGCTTATAATTCGGGTACATGAAAAATAGGACCTTTAGCGGTGATTCTTCAGAGTTGCCGCTATTTTTTTATTCATAGTAAAATAATGAATAATTTATTTGTTAGTATTCATATTATTACTATATTTGCATAGTAATTAAGTCCAAAGCGTTATGAGTTACAAATCAGTGAAAGACGTTGTAACTATGTTGCAAGAAAACGGTTTTGTTCTAAAGAGTCAGAGAGGTAGCCACATGAAGTTTGAAAAAGACGGTAAAGTAGTTATCGTACCGAATCATAACAGCAAAGGCGTTGAGAAAGGCACTTATTACAGCATTTTGAGGCAAGCGGGGCTAAAGTAGCCCCCTTGTTCTCTTAATTTAAAAGGAGGTAATATGAAAACAGTAGAAGTTATCGTTGAACACGCAGGAAAGAACCTGAGTGCTTATATTGAAGGTGCTCCCGTCATTACAGTTGGTAATGATATGAAAGAGTTAGAAGATAATATGAAGGAAGCAATCGAGTTGTATCTGGAAGATAATACTAATCCTTGCGAGGTGTTGTCTGGGGAATTTGAATTAAAGTTCAAAATTGATGCTGCTACCTTTATCAACTACTACAGCAACATTTTTACTAAAGCTGCTCTGAGTCGGATTACAGGAATCAATGAGCGTCAGTTATGGCATTATGCTGCCGGAGTACATAAACCGCGCAAACAGCAGTTGGAGAAGATTCAGAAAGGTATTCAGTCTTTGACTAAAGAGTTGGCTGCTATTAATCTCTTGTAGTTTGGCAAAGATAGAGAATGAGATAGAACATGATGTAATTTGCCAAAGTGTAGAAGAACTTCTTCCTATGACAGATGATAATATCCCACCGACTGATCCAAGGCTGATTGAACTAAGGATTTCATCAGAATTAGTTATTGAGTACGAAGAAGAATATTATCCGATAAAATACTAGTTGATATAAAGGAATAAATATTTTTTGGGGGTAATAAATTTTAGGCTTGCAGTTATTCTGTGAGCCTTTTTTCTGCCATTATCAAACCTTCTCTTTATTGTTCGTTATCACCTATTTAATTATTTCCCTTCCACCTACTTACTCACTACTTTTATACCGCATTTGTGACATCAAAGCGAAGGTCACGAATCAGAAGTTCAAATATTTACTAATCATCTGTATTGGTGGTATTTTTACTTCCACAAATTGAATTTCAATATAATAATTTAATTCATACGGTATGACAATCTTAGAACAAATCTTGGCAGGACTGCAACAGAAATTCACTGGAGTAGATACTGCTATCTTAACCCGAATAGCCGTTAAAAAGGCAGAGGGTGTAACGGACGATACAAAGGTAAACTCAATCGTTGAGGGTATCAGCTTTTCGGACGTGTTAAATTCCTATGGTGATTTCCGTGCCGGGGATGCTACCCGTACTTCTGTATTGAACTACGAGAAAAGGCATAACCTTAAAGACGGTAAGCCAATCGAGAATCCTAATCCTAATCCTAACCCAAATCCAAAGCCGGAAGATAAGAAAGATGACATGGCGACCATCATTGCGAATGCGGTGAGTGCTGCTGTTAAGCCTCTTTCCGATGAACTCGCTCAGTTTAAGGCTGAGAAGTCACTGGCTACCCGGCAAGAGCAGATTTTGGCAAAGGCTAAGGAGTACGGTATTCCCGAAACATTCGCGAAGCGTTATGCAATTCCCGATGACGCGGACTTGGATACATATTTCAAGGACGCAAAACAAGAACTTGCTAATATCGGCTTTAGCGGTGCAACCCCTCCCGAATCAGCAGAAGCGAAGATTGAGAAAGAAGCTGAATCTATCGCCAACATGATTTCAGAGGGAACAAAAACTATTGTTGAATCTAAAAAGTAAATTAAATGGCAGCAGGTACACATTATGACTTGAAACCGGATTACAAGCCGGAAGAGTTTTACCGTGTTGAAACTGGGGTACGAAAGAGTGGGCCGTGGAAGTTGGATATAACCAACCTTGTGGTAGGCTCTTATTTACCCGTGTTTACTCCGGTAGAAGCAGATTTAAAGAAACGTACACTTGTCCCGGTGCGCAATGTAAAGGTGGTAGAAGCCTACACAACCGGAGATGCTAATCTCACCATCAAGGTGGCAAAAGACTCTCTGGCTTATCAAGGCATGTTCATTGGAAGCGGAAAGAAGGGCGCAGAAGTAGCATCTATCGACAAGTCCAATAAAGCCTACGATGCATTAACCATCAAAGCGGCTTTCGGAGAAAATATCGCTAAGGATACGGTTCTTTTCGAAGCTACCGCAGTGGGTGGAACAGTGAAGAAGAACACTGCAAACTTCGTTCTTTATGATGCGAAGAAAGTTGAGAGCGATGGAGCGGTTCTCTGCACTCTCTTGATGCAAGCCTATGAGGTAAAGGAAAGCAAGTTGGTTCTTCCGATCCATGAGCTGGATAAGGTGGGATTGACAAGCCGTTTCCAGTTTGAGTATTAATCATTAAAAGTTTAGATATGAATTTGACCATACAAACTTTATTTACAGATCCCAATATCGTTCAGGCGATTATTGACCGTGTCCTCCAGTTGAGACTGGACACAATCTACTGGAAGCAATACGGAGATTTCTTGGAAACTAAAACCCGTGTTTTTAAGACTTATCTTGGGACAGTAACGGGTGTTATTGCCGGTTCCATTCTGGGTAAGAATGATCAGAAGCCTATTCGTGAAAGACGTAGCCTTGGAAGTGGTTATACTGAAATTGCTTACTTGGGCGACCGTTATCAAATGGATATTGAGCGCCTGTCACAGTTACAGGATATCATTGACAAGTTCAATGCAGCCAATACAGCTGATCAACGTACAATCTTGCAGGAGATTATCGATTTTATAGTTGATGATTACCGTCAGATTCTGCTTGCTCCGCACAAGCGTATGGATATTATCGTTCCTGAATTGTTGATGACTGGTAAGGCGCAGGTTCATTTGGCCGATAATAAGGAAAACATCGAATTGTTGGACATCGAGCTACCGTTCCACTTCCTTACTCCTGACGCTTCAGCAAAGAATGTATTTATCTCTTACTTGCAGCAGGAGATTCAGAAATTGAAAGCCAAATACGGTGTATTCTCCAAAATGATTATGTCTCGTGGTACGTTTATGAAGAACATTGTAGGGGCTTCTGAGTTCGGTGATAAATTCAAGATGATTCTTGGTGAGCGTGAGTTCATGGTTAATGCAGGGTTGGTGACTGACCAGATGGCATCCAGCGTATTTACTGGAATCGGGCTTCCTGCAATTGAGATCAAAGAGGACTACGTAGAGAATCAGGCGGGCGAGAACGTGCAGATTTACGCCGACAACCGTATCACCCTGTTGCAGACGGACAAGGTGATGAAGATGCGTCACCATAAGCCGTATGTAATGACGGACCCTGTTCCGGGACGTTCTTACAATACTGCTGAAGGTCAGATGTCGGTTTGCAACTATCGTGACGAAGAAGGTCGATACATGGAATACACCGCTGAGTGGATTCCTGAATTTATCTCTCCGAATAAGATTGTGAACTTTGATCTTTCAACGATGAACGCATGACGGTAAATGAATACATACAGCAAAAGTTTCAGACTTTCGGCATCCAGTTGTCGGAGGCTGACCTTTTGGATATGTATCTGAATGCGAAGGTTAGCAGAGGGGATGAAATGAACGAGGGTTACTACAGTCGTGTTTCTGTGGCAATTGCGAAGTTCATCCCCTCTCTATTGCTTCGTGCCACTTCAATCAGTGAAAGCGGTTTCTCTATGTCTTGGAACATTCAAGGTATTAAGGACTACTATTCACTTCTGTGTAAACAGTACGGATTGAAAGACGAACTGAGTAACAAACCTAAAGTGACATTCTTATGATATTCGCTCCACACATGTTGCAGGTAAAGGTTATCACCCCGATGGAAAAGGATGAGTTCGGCCGGCCTATTTCCGGAACAGGTGGTGAAAGCTGGCAAGATGTATGCAAGTGCCGATGTGATGATAACACTACGAAAGAGTTTTCTTCTGACAATGGCTCTGTATATCGTCCTAATTTCCATGTAGTGTGTGAGAAAAGAATAACTATCAAAGTAGGGCAGGAGGTTCGTTGCATGGATGGCGACAACGTGAGAGGGCAAGGCAAGGTTTACACAGTGAAGAGTACGAACTACTTTAATTACTCGGAATTATGGATGTAGACTTTGATTTCTCTGATGTCGATGCTTTCTTCGATGAAGGAGAATGGGAAGTCGAGAAGAAAATGATAGATGTCGGTGATGAAGCCGTGAAGTACGCGGAGGAACATGGCGATTATCAAGACCACACACTCGCTTTGAGAACATCCAATGATTACGATGTTGATAAAGACGGTTTAACTCTGAAAAACGAAGCGGAATATGCTTCATTCGTGGAATCTAAGGGATATGATGTTTTAAGTAGTGCCGCTTTATTTGCGGAGAAACGATTAAAAGAAGAATTTGAATGATAGTAACTACCGACATAGGAAACATTATCTACCGGAATACTAATTATGATATAAAATGATAATATTTTGTATTTTATAGTATTGTATATTAGTGATATATCTAAATTTAATCTATCTTTTTATTTAATATAATTGTGCAAATAATCGTGGATATTGTGCAAAATTACTATATTTGCACAACTAATATTTAATGATATGGCAACAGTAAAAGCAATAGTGAGGACTACTCGAAAAAGTACAGATGTTAATATCCGATTCAGGCTTAGTGATGGAAAGAATATTCAACTGTTTCATGTTAGTGAAATAAAAGTAAATGTTGATTTATGGGATGCGAAAAACGATTGCATTAAAAAACGTGCCTTGTGTTTGGATGAAGAACGTAATGCAATCAATAAAGCCGTAAACGATAGAAAGTATTTAATCTTATCCATTTATGGAGCTAATAAGGATAAATGTGTTACCAGTAATTCATTAGAAAAGTTAATAGATAAATATTTGCATCCAAACGAACATTCAATACAATCTAATGACTTCTTTTCTATGATTAATCAATTTATTGAAAAAAAAGGGTACTCTGAAAATAGAAAGAAGGCAATAATAACAATGAGCTATGCTTTGCAGAGATATGAGTTTTTTGTACAAGAAACATTTAATAAGTCATTTAGATTTGAAATTAGCACCATAACCAAAGACGTAATAGATGATATAAAATCATTTTTAGAAAATGAAGGTGATTTGGCTATGGAATATCCAAATGTTTATGAAAAAATTAAGGTGCAGTTTGTGAAACATAGCGGAATGAAAAACAAAGGCAATAATTCTGTTAATTCCATATTTAGAAGATTAATTGCTTTTTTTAATTGGTGTTTAAAAGAGGAAATAATAGAAAGGAGTCCTTTTACTGGATACGATGGTGTTCCGATACCTAAATATGGTACTCCTATTTATATTTCATTAGAAGAAAGAAATAAAATAGCTAATTATGATTTATCAGAGCTACCAAGCATAGAGAGACAGAGGGATATATTTATTTTTCAATGTCTTATTGGATGCCGTGTTGGGGATTTAGTAAAAATGACAGCAGAGAATGTTATTAATGGAGCAATTGAATACATACCCCAAAAGACTAAAGGCAAGCGTCCGTTAGTGGTACGAGTTCCGTTAAATGACCGTGCAAAAGCACTCATAGAAAAATATAAAGGTATTGACGCGCGAGGGGGACTATTTCCTTTTATAAGTAAAGCACGATATAATGAGAGGATAAAGGAGATATTTAAAATATGTGGAGTTACCAGACTGGTTACGGTTATAAACCCTACTACCGGAGAAGAAGAAAAACGCCCAATTAATGAAATGGCAAGTAGTCACATGGCACGAAGAACATTTGTAGGTAATCTTTATAAGAAAGTGAAAGACCCTAATTTGGTTGGATCATTGTCTGGTCATGCGGAAGGCAGTAAGGCATTCGCTCGCTATAGAGAAATAGATGATAGCATGAAAAAAGAATTAGTATCATTAATAGAGTAATATCTATGTTACGTGTTACGCTGTTACGGTTACGCATTTTGTAAGTTGTTGATTTATATTTGATTATTATAAAAATATGCGTAACATACAACTTACAAAAAGAATCATTTAAACAGGAACTTATGAAAAGTGAATTGAACGAGAAAATATCATGTTGTTGCTCCCTATTCCGGGCTGAAACGTATAAAGGCTTATCATTAGAGAATATTTCGGATATGGTATTATTTGCTAATAACTTCCTGCTAAATGTGGATATAGAGAAAGATATGGAAAGAGAGAGCCAATTAATCGGAGGATTTAATCACTATTATAGTATTTGGCATAAATCCATTTCTCCGATAAATATAAGCATTGGATTTCTTATTAGATATAATCAAAGTAATGAGATTACTAAAGCGATAAGCAGGATAGAGGCAGAAGATAAATTCAAATCTGATATTCTAAATATATTAGGTGTTATTGGAATTGCACTTGCATCGAAATTAGAGATAGTAGAGGAAACTTTAAACCGCCTTAGAATTGCAGTCGGCAGCAGCATAGAGGTAAATATCTATCGTGATAAAATATCAATAGGTAGTATTTTGTCAAATTTGGAGGGAAAAGAATGCAGTTCTTTTAATCAGCCTCTACAAAATGAAGAACTGAAATATGATATTGATGCAATCACCAGAATATACAATTATTGTAATGGAGATACCTTTTCGGTTAGCTTTAAAGTCTTTGTGGATGCTATTGCAAAAGCTGATTTTTCCATTATTTATAATGCCAATGGTACAACAACTTCCAAATGTGCTTACCTTATATCAATAATTAAAAAGTTTGTTTATAGTAAGGATTGGTATAGAAATGCAGCAAACAGTATAAACACTGAGCCTACCAGATGTAGCGGAATGAAAGTGCCTCCAAAGTGGAAAAACGATTTGCAAAAAATAAGTAGGAGTATAACACCATACTAATACCATACTTAGATAAAAGTTAAAGAATGTAACGCATTGATACGCACTGTATTGATGCGTTTTTTTATTGTGATAAAGTTGCATTTACCATACACCCACCATACATACCCTACTGTAACTTTGTGATATAAAACAAGATGAAATAATTTAAAATATAACATTATGAATATTCAATCTTTAATTGACAGTAAGGCTAATGTTTCCGTAACAGTTTCGGTTACTGAACTGAATGAATTTGCAGAAAACGTAGTAACGAAGGTTATCTCTAAAATGGAGAATAGTAAAAAGCCTGATAGTTTATGTACGATGAAAGCAGCAGCAAACCAATTACACCGTACTGTAGGAACGTTGGATAGATGGCGTAAATCGGGTTATCTTGTACCTATTTATGTCGGAGGCAAACCAATGTATAAACAATCGGATATTGATAAAATTTTGGGATTATGAATAAAAGAAAAAAGGTAGCCGTATCAACTACCTATTCTTCCAATGACAGGAGCAAAGATAGTGATTCCGGTACACAAATGCAAGTAGTTTTCAAATGCTTTTTTGAATCTCCTAAAACAATGTATCAGGTAGAAAAAGAAACAGGTATATGCCGCCCTAATATTTGCCGTTACGTTTGTGAATGGGAAAAGAAAGGGGATATACAAGAATTACATAAAGGTAAATGTCCGGTTTCTGGTTATACGGCTGGCTTTTATTCTACCAATAAAGAACTATTTAAAAAAGAAGAAAGACAACGTTCCTTCTGGGATATGTGGAAAGGAGGCTTTGATGAATAAAATAAAAATAGATTCGGATGAATTGGGAGTTAGTAAAGTTCAACTTCCTTATGACGGATTATCAGAAGGTGTGTGTTGTGTAATAGATTCGGTTGTATCTACTTTACAGTGTTCACGTGATATGGTTATTACAGCAATGTTCACAACAGTAGGAACTGCTATCGGAAAACGTCTTGCTATCTATGACGGGAAGTATCATAATTACCCGTGTCTTTGGTGTTGCAATGTCGCTCCATCCGGTTCTAATAAATCTACTCCAGTACGTTTTATTTTGCAGCCATTAAGAAACGTGGATGCAGCTAATTACAAGACGTATCAAAATGAACTGAAGGAATACAGAAAAAGCAAATCAGAGGACAATACGGATAAACCCAAATTCAAACAGATACTTATTTCCGATAGTACACCGGAAGCCCGTAGTCAGGTGTTAGCTAATAATGCTAACGGAATATTACTCTATAGGGATGAAATCAAGGGCTTTTTGGATGATATAGGAAGATATACAAGGAGCGGAGAAGTAAGTCAGTTACTTTCTATGTTTGATTCAGATGATATTTCCATAAACAGAAAAAGCGAAGATGTCTTATTAATTGAAAAGCCTTTCATGTCTATTTTCGGAACTATTCAACCGGAAGTTTTAGAAGGTACGTTTGGAAGTGATTTGCTTATGAGCAATGGTTTTAATCAACGTTGGTTGTTCTGTTATCCTGATAGTGTACCACCGCCAATGTATAGCGAAAAAAGTATTCCTAAAGAAATAGTTCAATCGTGGGAAAATTTTATCAAAGGCTTGTTGGCTTTCGATTTTTCTTCTATGGGTGGTGAGTTGCTTATTATGAATGAAGCTAAACAAAGGTACGTTGAATACTACAATAGCCTTCAATTAAAAAAAGTAGATGCAGATGGTTACATGAGTGCAGTTTATTCAAAACTGCAAATACAGGTACTTCGTTGGGCTGGTATTACCCATATTTTAGGGAATAATTCTTCGATGTCTCGAATATTACCGGAGGAAATAGAATATTCTATTAGGTGTATGGATTATTTTGAAAAATGCGCTGAAAAAGTTTATTCAAGGCTATCAAGAAGTAAAAAGCAACTTGATACTAAATCCATGACGAAAGAGCAGGTAATAGCGATGTGCTATAATTCATTTGATTGTAAAAATAAAGCTGAATTTGCAAACGTGATTGGTATAAGTAGACCTGCCGTCAGCCGTGCTGTAAATAAGTACCCATTGTTACGCTGTTACGGTAATGAATGCAATAATAATTCAGATGATAGTACAGAATCGGGTATAATAGAAAGCAAATAGATTATGAAAAGTTTCTTAGATACAGAAGTTTCGATATACAACGGTGTCCGTGACGTGTACGGCACTACTTGCAAACTCCGTGCGTTCCTCTTTGACAAAAAGCATCTTTCAGAGATTGAACGGCTACGTTCTTTGCCTACCAAAGAAGAGCGTAACGAGATTAAGAAGAAACTCCCACAGGCTTGTATTTCGGGTGTCTTTGCTCCAATGAGAAAAGCGGAGAATCTTATCACGCATTCCGGGCTTGTCTGTGTGGATATAGACCGTAAGGATAATGAAGAAATTGAGAACTGGGGTGAATTGAAGCATGAGCTATCCAAGCTTCCACAAATAGCCTATATCAGCCTTTCGGTAAGCGGTAACGGTTACTTTGTGATTATCCCCCTACGATACCCGGATTACCATAAGCAGCAGTTTGAGCAACTGAAACGGGATTTTGAAAAGATGGGGATTATTATAGATCGTGCGTGCGGTGACGTGTCCCGGATGCGGTGTTTGTCTTATGATGCAGAACCTTATGTAAATGTTGAGGCAATCCCGTATGAAGGCTACTATGTAGAGCCTCTACCGATAGTAAACTATCAGTATTCAGGGGATGACGTTTTGGATAAGGTGGCAAAATGCTGTGAACGGATAGAACAACACTGCATTGATATTACAGGTGATTATCAGTCATGGTTTATGGTTGGTTGTGCGCTTGCTTCACTTGGTGAGAATGGAAGGCAGTTCTTTCATGTTTGCAGTAGCCAAAACCAAGCGTATAAGCCAAACGAATGCGATAAGAAGTTCACCAATCTATTGCGCACAGGAAAGCGTATCGGTGTCGGCTCTTTTTTCGAGATATGCAAAGACTATGGAATAACATTCAAAGACGTTTAGGCATGGAGATAGAAGTTATTCACGGGCAGATTATCGCCAAAGCAAACCATTATCAGGCAGTGCCGGGAAAGTTCGGAACAAAGCGCATCATCAAGGACGAAAAGATACGGGCATACGAAAAGGCTTTCATGCAACAGTGCAAGACCTACAAGAACAGGCGTATTTCAAGCCGTTTCCGGTTGTTTATCCGGGTGTACCATAGTTCGGTAAGGTTCGACTTAGATAATAGCCTAAAAACGTTGCTCGACTGCCTGCAAATGGTAGGAGCTATAGAAGATGACAAACTTTGCTTTCAGATTGAAGCGGAGAAGAAAATAGACAAGTATCACCCACGCATAGAATTTGCCTTGCTGGAGGTGAACGAGCAGAAAAATATATTTCAATAACCGATTCCGGGTAGGTTTGCCACACGGATAGCCTACCCGGTTTTTCTAAAGTAGAATGTTTTAGATATGGGAAGAAAGAAAGGAACAGAAAAAACAGGAGGGCGCAAAGCTGGAACGCCCAACAAGATAACGGGTACCGTTAAAGAATGGATTCAGAAAGTTATTGATGGCAAACGCCAACAGTTTGAGGACGATTTAGATGATTTAGAACCGGGTGAACGTGTCCGGGTTATATCAAACCTTTTGCAGTACGTCACGCCAAAGATGCAATCTGCAAGCCCGGAAGAACTGTTGGAGGCTGAATATCAGAAGCTATCCGAATTACTGGATACTGCACCGGATGAAGTTGTAAACGAGATTGTAGAACGAGTTAAAAGGCTAACCAATGACAGAAGAAGAAAGACAACGGAAGATTGAAACTATATTAGGTGCAATAAAGGAACAAGTGGATTACCCGGATGTTCCTATTCATTTATGGATTACTGGAGCTACAGAAGGCAAGCCGGGTGAGCCGGACTTTGAAGAGTGGATGCGGATATGTACGCAGCATGTAGATGCCTACTTTCAAGAAACGGGAAAACGTGATGCTGATTCCCCGTTTGCTAAATTTGTGAGAAAGTACGGAAGAAGAGAATGTATTTAAAATTATAGGGAGGTATCAAGATGAAATTTACACCAACAGAAAAGAATGATTGGTTACAATCAATCAAGTTAAACGAAGACTACCAAAAATTCAATGATGAGCAGTTATCAAGCATTTACGAAGCGATGGTAGAAGAAGCAAATAGAGGTATGATAGCCGCAGCAGCTTTGGGCGGCAAATGGGAACCGGGCGAACCTGATTACAGGCTATTGAAAGCAAAGAATATTTCCAACGCTCCAGCCGAAAGACTTGTTCAGGTATTCAAAGAACTATATTCAGAGTATGAAAAGAATCTCCGTAATATGTTCAATGATTCCAGAACCGAGCTAAGTATATCGCCTCAACAGGTGGCAGAAGCGTTGCACCGATACGGGCTGAATGAATATGCCTCACAAGTCTATATTCTTTTCGGTGGTATGTATGCCGGATGTGCCTACAACATAAAGAATGTGATTCAGGATGTCAAAGGATGGGTTGCCGCCTATCGTATGGCAGACGAATTGAACGTTGATGTATCAGAAATTGAACCACAAAAAGCATTAGAGTACTATAAAACCCAAAAATCATGAATCATAGAATAATCAGATTAGCAGGTAGGAGCTATGTAATATGCGGCTTCACCCCTTCAACTACAAAGAGAGTAATATCAACGCTCAGAGGATTAGACGTACAGGAATTGAAAGATATTCCTGATTCAGTCCCGGTTATGGTAAATGCTATTTCAATAGCTATTTCAGGAAGTGGCATTTTAAGCCGATTTAAAGCGATGTTCATTCGCAAGCGACTAACTAATCATGCGGAAGTAGAAAGTTTGCTGGAAGCAACGGAAAATGTCATAGGGATGATTCCTACTGATGAGTTCTACACACTATCAACAATTACCAATCAATTCAAAAAAGCAATCGTAAAATGAAAAACAATGCAGCAAAAATAGTAGCCGATTCTCTATTGGGAACGTACTACAAGGAAGTAAAGTTAGGTAAGTTCACATACAGAATCTACCAGCCGACAATCAAAGATCTTTTGAATATCCTCAATGATTCAGGGGTAAGTATCAACGAAGGTATGAAACGTATGGAATTGATTGCGCAAATGCCGGAACACGTAGAAGAGTGTGCCCGTGCAATTTCTTATGCTGTTTCTATCAACAAGCCCGAAGTTTATCGTAAAATGGCATACCAATATATCACCCATTATGCCACGATGGAGCAGATAGTAAATGCTTTCGTTGTATTATCCGGTGTGATTAATGGGAAAGAACTCTTTGATAGCGTAAAAATGGATAAATTTCGCTCAAAGAACGGAACAGCAGAAACAATAGGTGCAAATTCTATCTTTGGTGCAATGGGTTCATTGATGGATAGCCTTCATTTAACATACAAAGAAGCTTTTGAAGTGATTCCTTACCCTTGTTTGTTGATGATGAACGCTGATAAGTTACGAGTGTTGGGAGCTGGGGAAGATAAATTGGTAGAAGTATCAACGGAGGAATTTTTCAGAATGAGAGCAGAAAGGAGGGGTAACAATGGCTGATTTATGGTTTAAGATTCGGGCTGATGTGTCAGAACTTGATAAAGCCTATAAAAGACTTGCTGAGATTGAAAAAATGGTTGCCAGCTTCAATAATAAATTATCAAAATCAGAACCGGGTGGTAAAGCATTTAAAGAGATTAGCAAACAGCTTACTTCTTTAGAAAAGCAGCATGAACAAACTTTAAAGAAAATAGCTTCACTTGAAACAGCCAGTCAAAACCATGCTCAAAAAGAAGTAGAGAACCAACGTATCATATCTCAGGCTATAAAAGAAGCTGTTTCCTCCGAAAAGCTAAAACAAGAAACTTCAAAAGCATCTATTCAAAACTCAAAAGCGCAAATAGAAGCTATAAAATTAGAGTTGGAGGAATTGAAGAAAAGAAGAGCCTTTGATAATGATGCAAAGAAACGAGCTGTATCGGAAGAAGAAGTAACAAGAATCCTGAATACTCAGGTAAAATCTATCCGGCAGGCAGAAGAGCAAAACAAACGTTTGCGTATAGCTGTGAAAAACGTAATCGGAGAAGATAAGGAAGCTAATCAATTACGTGCTACCATGAACAACCGAATACAGAAAAATACGGAGTTCATAAAGCGCAATACAGATGCTTTTGTCCGTCAGAAAATGACAATCGGGCAATATAAGCAGGAAATAAAACAGGCTTTTGCCGAACTTCAAAAGGGCGGTAATACCATGAATAACGTAAAGTCTATAGCAAATGGGCTTTCAGGTGTGCTGAAAACAAAAGTATCGGGAGGGTTATCCAGCGTTAGGGATGGCGTAAGCACAATGATAAAGGGTTTTGTTGGTGCGCAGGCTGTTATCAGTGGCTTTCAAAAGATGGTGGATGCTATAAAGTCCGGAGTCCATTCAATAATTGATTTTGAAGCAGCAAATTCAAAGTTGGCAGCTATTTTAGGAGAAGCGAAAACCAATATAAATGAATTGATTTATGATGCTAAAAGGTTGGGAGCAACAACACGATATACTGCATCCGAAGCAACAGCCCTTCAAATCGAATTGGCTAAATTAGGCTTTTCCAAAAAAGAAATATTGGATAGTACGGAATACATTTTGAAATTTGCACAAGCTACAGGTGCAGAATTACCGGAAGCGGCAGCGTTGGCAGGTGCATCTATTAGGATGTTTGGTGCTACAACACAAGAAACTGAAAAATATGTTGCTGCAATGGCTGTAGCTACTACAAAGAGTGCATTATCATTTTCTTACCTTCAAACTGCAATGCCTATAGTCGGTCCGGTAGCTAAAGCATTTAATTTCACGATAGAAGATACTTTGGCTTTACTTGGCAAATTGTCTGATGCTGGTTTTGATGCTTCTATGTCCGCTACCGCTACGAGAAATATTATATTAAACTTAGCTGATGCCAACGGGAAGTTAGCCAAAGAATTAGGCGGCAATGTGAAAACACTCCCTGAAATGGTAGAGGGATTAGTAAAATTGAGAGATAAGGGAATAGACCTTGCCTCAGCATTAGAACTGACTGATAAGCGTAGTGTAGCAGCGTTTAATGCTTTCCTTTCTGGTGCTGAGAAGATAAATACTCTACGGGAAGCGGTAACTAATGTAGAAGGCGATTTGGCTACTATGGCAAATACTATGACTGATAATGTGCAAGGAGCAATTTTAGGTCTTTCTTCTGCATGGGAGGCGTTTATGCTTTCATTTATGAACTCCACCGGACCGGCTAAAGAGGTAATAGATTTCTTTGCAAGGGGATTGAGGAATATTGCCAGAGATTTAGCTTTACCAGACGAACGCCAAAGTATGCAAAATTCTGAATCAATCAGTTTGCAAAAACAGCAAATGCAGGAATTTGGAGTAATTGACGAAAACCTGAAAAGATTACGGGCATTCTATGATGAGAAAGTAGCTACCGGAATGGATGCAAATCAAGCGGAGATAGAAGCAAAGAAGGAATATCTCCAGTCTTATCGAAAAGAGTTAGAGAAAGAAAATAAGCTCTATGAAGATTTACAAAAAGAGAAACAAGCGGCACAGGACAAATATCAAAACGCTTCATTCTGGAAACAGGCGTTATTCTTAGAAAAGACTAACCACCAATATGAAAAACAGATAGACTTGCAAGTTAGTGGTATGGCTCAACTAAAAGGGAGTATGTTCAAAAATGAATCTGTAATTGATGCAGTAGAAAACACACAACTTACACCCCAAAAGACAAAAACATACAAAGTTAAACCGGAATTTAAAGTATCTGATTATGTAGATGCGCACCAGCACGTTAAAGAAATACAGAAAGCAGCACAGGTAGTTAAAGATGCTGTTATAAAATCAGAAATAGATATTCAGCAACAACTGGAAAAGCCACGCGACTTTGACCCTTTTGGCCAAACAGGATGGTCCCCTTTGGCTACAATATGATTGACCCTTTTGGCCAAAATAGTATTGACCACTTAGTTCACCTATTGTTATAGATTTTTTTTGTGTAGATTTGAGTACCCGAGTCCTGGTGTAACGGGGGTGATAATAAAATCTATACAAATGGATAAACGAATCAAAAACATTTTAAGATGTTATGCGGCCGGCATGGGAATCAAGGAAACGGCGTCCACGTTTCATACATCCCGTAATACAGTCCGCAAGTATGTCCGCTTGTTTCTTTCAAGTGGTAAGAGTATTGAACAACTTCTTTCCCTGTCTGATGTGCAGTTGGATGAGTTGTTTGGCTGTGCGGCATCCCGGCATCGGGAGCCTTCTCCCAGAAGGATTGAATTGGAGGCCTTGCTTCCCGGATATGTATCCCGCCTGTCACGTAAAGGCATGAGTGTCCGAAAACTGTTCAAGGAGTACCATTCCGAATATCCGGACGGTTTCCGGTTGTCTTCCTTCAAACGGATTGTCAGCGAATACAGGTTTCACATCAAGGTCGTCGGTCATGTCGAGCACTATGCCGCAGACCAGATGTATATTGACTTTGCCGGTGACAGGCTTGAAGTCGTTGATGAAATGACGGGCGAGACGAAGAAAGCCGAGGTGTTTGTCGCCATCCTTCCGTTCAGCCATTATACCTACTGCGAAGCCGTGTGGTCGCAACGCAAGGAAGACCTGATAAAAGCATGCGAGAATGCCATGCAATATTTTGAAGGCGTTCCTACGGCTATCGTCCCCGACAACCTGAAGGCTGCCGTCACACGAAGCGACCGCAACGAGCCTGTCATCAATGATGATTTTTCCGCTTTTGCCGAATATTACGGCTGTGCGGTCTATCCCGCCCGTGTGCGTCACCCCAAGGACAAGGCTTTGGTAGAAAATGCCGTGAAGCTCCTCTACCGTTCCATTTACCTTGAAATAGAGGGAATGACATTCTCCAGCCTGGAGGAACTCAATACCGCCATCCATGTCTCCCTGCTTGATTTCAATGAAAAGGTGATGGCCGGACGGGAGATGTCACGCAAGGAAATGTTCCTTCAGGGAGAGAAGGACTACCTTCGACCGCTTCCTGTAAAACGTTACGTGGTGAAAGAAAGGAAGCTGATGACTGTCGGGAAAAACTCTTACGTCTCGTTGTTCAAGCACCATTACAGCGTTCCAAAGGAGTATGTAGGCAGGCGCATGACGATTCTCTATGATGCCGATACAGTGGAAATCTACTGTGGCATGAACCTTGTCGCCACCCATGACCGCTGTGACATTCCCTACGCTTATTCCTGGAAAAAGGAGCACAACCTGCCGGGACACTATGGCCCCTATGACAAGGACTTGGAGGAACTCTTCCAACGTGCCTCGGAAATAGACAATATCGTATTGAACTATCTCCGGGAAGTGGAGCGTGCCATGCAATATCCTCCCAAAGCGTTCAGGTCATGCCGTGGCATCCTGACCCTGGAGAAAAAATACGGCCGTGACCGTCTGGTTGCGGCTTGTGCATGTGCGGACCAGAAGTTGCAATACGGGTATCAGGCTTTGCGTGAGGTGCTTGAACTTGGAGAAGACGCGGATTTCCTTCCCGATGAGGACGGGAAAGTACAGCCCAACGTGACTTCCCAGGCTCCATTGACCCACAAAAATATACGTGGACGCGAATATTACAGAAAGGATAAACAATAA

Protein sequences of DBSCAN-SWA_2

>NZ_CP036542|2384311:2411180|2390277_2391018_+|WP_044301091.1|DBSCAN-SWA
MELSKYIKSESVELNRSAIHLASYNPRKLSEESRKTLKRGIKKFGLVGGIVVNKRTGLTVVSGHQRLSVMDELQKFPDNDYRIRVDVIDVEEKQEKELNILMNNPNAQGTWDFDALARIVPDIDWKDAGLTDADLNMIGVDYLLQTEEESSIADALSDMMAPVTEQKEADKAARQLERAEKVAHMEEVKQQVKENAQKTAEDMDAYVMLSFDTYEAKAAFCERFGYDPDMKFIKGEVFDEQIERID
>NZ_CP036542|2384311:2411180|2384311_2385313_+|WP_080783842.1|integrase|DBSCAN-SWA
MKALQLSQPVQPRQVRKDYINHFRQERPLEGIFFVDFIREVLEKRSRRKSEHYAAVYDAIIKHIESFSEEFDCDIFTNSVTSEFLDDFIIYLEDQGLRHNTIVGYIQKIQSLVRRASQYNYAVDVTYDEINLREEPTNAVFLSMNEITRIYYYKFVKQYRRKAKERIRDLFVIGCLTALRYSDYSTLTESNLQKGFIVKRTKKTNVDVKVPAHDYVKEIFAKYNGVVPGGLCIQYFNKYLKIIMKEVGLTDEVTYSYTQGGRLVTVTGEKWELISSHTARRSAATNMYLTGRMKTLEIMKLTGHRSEQNFFRYIRLTGDDTARAISGDMFFRK
>NZ_CP036542|2384311:2411180|2385602_2386040_+|WP_009292895.1|DBSCAN-SWA
MVREFSAISELKSIREQKSRLSEREQELIKPILSDLNIIPVIYKWYCEVVGNCGLPERRAGASFRQKFIFIILFLYSPSTLAGGKIAKGIRDILAGILGFKAPTGISNLCVDVMFYYNNYKDYRADIDYLYTEIINRLRFKGLIN
>NZ_CP036542|2384311:2411180|2399261_2400593_+|WP_044301108.1|integrase|DBSCAN-SWA
MATVKAIVRTTRKSTDVNIRFRLSDGKNIQLFHVSEIKVNVDLWDAKNDCIKKRALCLDEERNAINKAVNDRKYLILSIYGANKDKCVTSNSLEKLIDKYLHPNEHSIQSNDFFSMINQFIEKKGYSENRKKAIITMSYALQRYEFFVQETFNKSFRFEISTITKDVIDDIKSFLENEGDLAMEYPNVYEKIKVQFVKHSGMKNKGNNSVNSIFRRLIAFFNWCLKEEIIERSPFTGYDGVPIPKYGTPIYISLEERNKIANYDLSELPSIERQRDIFIFQCLIGCRVGDLVKMTAENVINGAIEYIPQKTKGKRPLVVRVPLNDRAKALIEKYKGIDARGGLFPFISKARYNERIKEIFKICGVTRLVTVINPTTGEEEKRPINEMASSHMARRTFVGNLYKKVKDPNLVGSLSGHAEGSKAFARYREIDDSMKKELVSLIE
>NZ_CP036542|2384311:2411180|2401711_2401996_+|WP_044301112.1|DBSCAN-SWA
MNIQSLIDSKANVSVTVSVTELNEFAENVVTKVISKMENSKKPDSLCTMKAAANQLHRTVGTLDRWRKSGYLVPIYVGGKPMYKQSDIDKILGL
>NZ_CP036542|2384311:2411180|2404980_2405331_+|WP_044301117.1|DBSCAN-SWA
MGRKKGTEKTGGRKAGTPNKITGTVKEWIQKVIDGKRQQFEDDLDDLEPGERVRVISNLLQYVTPKMQSASPEELLEAEYQKLSELLDTAPDEVVNEIVERVKRLTNDRRRKTTED
>NZ_CP036542|2384311:2411180|2402326_2403649_+|WP_044301114.1|DBSCAN-SWA
MNKIKIDSDELGVSKVQLPYDGLSEGVCCVIDSVVSTLQCSRDMVITAMFTTVGTAIGKRLAIYDGKYHNYPCLWCCNVAPSGSNKSTPVRFILQPLRNVDAANYKTYQNELKEYRKSKSEDNTDKPKFKQILISDSTPEARSQVLANNANGILLYRDEIKGFLDDIGRYTRSGEVSQLLSMFDSDDISINRKSEDVLLIEKPFMSIFGTIQPEVLEGTFGSDLLMSNGFNQRWLFCYPDSVPPPMYSEKSIPKEIVQSWENFIKGLLAFDFSSMGGELLIMNEAKQRYVEYYNSLQLKKVDADGYMSAVYSKLQIQVLRWAGITHILGNNSSMSRILPEEIEYSIRCMDYFEKCAEKVYSRLSRSKKQLDTKSMTKEQVIAMCYNSFDCKNKAEFANVIGISRPAVSRAVNKYPLLRCYGNECNNNSDDSTESGIIESK
>NZ_CP036542|2384311:2411180|2406466_2407090_+|WP_052510122.1|DBSCAN-SWA
MKNNAAKIVADSLLGTYYKEVKLGKFTYRIYQPTIKDLLNILNDSGVSINEGMKRMELIAQMPEHVEECARAISYAVSINKPEVYRKMAYQYITHYATMEQIVNAFVVLSGVINGKELFDSVKMDKFRSKNGTAETIGANSIFGAMGSLMDSLHLTYKEAFEVIPYPCLLMMNADKLRVLGAGEDKLVEVSTEEFFRMRAERRGNNG
>NZ_CP036542|2384311:2411180|2394725_2394914_+|WP_005789404.1|DBSCAN-SWA
MSYKSVKDVVTMLQENGFVLKSQRGSHMKFEKDGKVVIVPNHNSKGVEKGTYYSILRQAGLK
>NZ_CP036542|2384311:2411180|2388134_2388371_+|WP_044301085.1|DBSCAN-SWA
MNSTKIPNNAKIVLEMTAFDAKFILPALEKQYYQKATWDITNPGEYPLKYWYVPKSKEAKQLLSTIKHIEKQLKEQGL
>NZ_CP036542|2384311:2411180|2406122_2406470_+|WP_044301256.1|DBSCAN-SWA
MNHRIIRLAGRSYVICGFTPSTTKRVISTLRGLDVQELKDIPDSVPVMVNAISIAISGSGILSRFKAMFIRKRLTNHAEVESLLEATENVIGMIPTDEFYTLSTITNQFKKAIVK
>NZ_CP036542|2384311:2411180|2403649_2404528_+|WP_044301115.1|DBSCAN-SWA
MMKSFLDTEVSIYNGVRDVYGTTCKLRAFLFDKKHLSEIERLRSLPTKEERNEIKKKLPQACISGVFAPMRKAENLITHSGLVCVDIDRKDNEEIENWGELKHELSKLPQIAYISLSVSGNGYFVIIPLRYPDYHKQQFEQLKRDFEKMGIIIDRACGDVSRMRCLSYDAEPYVNVEAIPYEGYYVEPLPIVNYQYSGDDVLDKVAKCCERIEQHCIDITGDYQSWFMVGCALASLGENGRQFFHVCSSQNQAYKPNECDKKFTNLLRTGKRIGVGSFFEICKDYGITFKDV
>NZ_CP036542|2384311:2411180|2398455_2398779_+|WP_044301105.1|DBSCAN-SWA
MIFAPHMLQVKVITPMEKDEFGRPISGTGGESWQDVCKCRCDDNTTKEFSSDNGSVYRPNFHVVCEKRITIKVGQEVRCMDGDNVRGQGKVYTVKSTNYFNYSELWM
>NZ_CP036542|2384311:2411180|2387641_2387830_+|WP_044301128.1|DBSCAN-SWA
MKKHKLNEFYVKKSRGYYLVIDGYDKSMASLEVTEEAANKMAAELNAMRGKRSNIAQVELVG
>NZ_CP036542|2384311:2411180|2386865_2387090_-|WP_044301081.1|DBSCAN-SWA
MEAKGVIHLEIKATGLHRYFGSPSAMYDNYTSQELGIARQSLLNYWQKTEKPYENAACIIRKGELERKKKKLNL
>NZ_CP036542|2384311:2411180|2405766_2406126_+|WP_044301258.1|DBSCAN-SWA
MKAKNISNAPAERLVQVFKELYSEYEKNLRNMFNDSRTELSISPQQVAEALHRYGLNEYASQVYILFGGMYAGCAYNIKNVIQDVKGWVAAYRMADELNVDVSEIEPQKALEYYKTQKS
>NZ_CP036542|2384311:2411180|2405299_2405557_+|WP_044301119.1|DBSCAN-SWA
MTEEERQRKIETILGAIKEQVDYPDVPIHLWITGATEGKPGEPDFEEWMRICTQHVDAYFQETGKRDADSPFAKFVRKYGRRECI
>NZ_CP036542|2384311:2411180|2389346_2390021_+|WP_044301087.1|DBSCAN-SWA
MNKVEQANRYMDLIRVKSNEALLFLSLGKDSLVLLDLIYPKFDRIVCVFMYFVKDLEHINRWINWTKAKYPKIEFVQVPHWNLTYILRGGMYCVPNPKVKLLKLADVVKAMQLTHRVYYTFLGMKKADGMNRRLMLKGYEVNGYENNGIVYPLADWTQKDILAYMKQHNLPEPVRYSLKASSGIGFNLDCMLWMEKNYPQDLQRIYKVFPMAERVLWEYHNKQN
>NZ_CP036542|2384311:2411180|2391268_2391784_+|WP_044301096.1|DBSCAN-SWA
MSKSESQNTKGRGGRKPKFDYTSKDFLSLVESYAKKGFTDKEIAHAIGLSPQKFSEKKSAYSELSDVLSRARCAINSLVRAKFLAMALGGVKTKNTTVRKLRDKDGNLTGEEEVQIVEGELAPNISAQMTWLYHYDEDWRKVERKQDEDADIPTDIDHGITIDSWVKDKLK
>NZ_CP036542|2384311:2411180|2395341_2395515_+|WP_137572285.1|DBSCAN-SWA
MAKIENEIEHDVICQSVEELLPMTDDNIPPTDPRLIELRISSELVIEYEEEYYPIKY
>NZ_CP036542|2384311:2411180|2388367_2388574_+|WP_080783843.1|DBSCAN-SWA
MNSINVNGCSVCQSGKENYTTYNTKLRGKRVKMYQYDYRIESGELFSCCASTLEACREKRDAWLKKIL
>NZ_CP036542|2384311:2411180|2391069_2391264_+|WP_044301094.1|DBSCAN-SWA
MDIVRTANRLTRTYGQNNRDRIMRAAKNAERNLSRNLKISQAALSLFINRKKIGATVRLANANG
>NZ_CP036542|2384311:2411180|2388757_2389147_+|WP_044301086.1|DBSCAN-SWA
MNILTLSIKQKYFDEILSGTKTHEYREIRPTNAKKYITYLCGGKEYKVDEELPEEGEVELKPIKYDAIKLLTGAYSGKRPYIIVEVKNAEAVILTDEDGNDIVYPYQGEEYLAAQMDYTLGEVLEKHID
>NZ_CP036542|2384311:2411180|2397068_2398148_+|WP_044301103.1|DBSCAN-SWA
MNLTIQTLFTDPNIVQAIIDRVLQLRLDTIYWKQYGDFLETKTRVFKTYLGTVTGVIAGSILGKNDQKPIRERRSLGSGYTEIAYLGDRYQMDIERLSQLQDIIDKFNAANTADQRTILQEIIDFIVDDYRQILLAPHKRMDIIVPELLMTGKAQVHLADNKENIELLDIELPFHFLTPDASAKNVFISYLQQEIQKLKAKYGVFSKMIMSRGTFMKNIVGASEFGDKFKMILGEREFMVNAGLVTDQMASSVFTGIGLPAIEIKEDYVENQAGENVQIYADNRITLLQTDKVMKMRHHKPYVMTDPVPGRSYNTAEGQMSVCNYRDEEGRYMEYTAEWIPEFISPNKIVNFDLSTMNA
>NZ_CP036542|2384311:2411180|2409614_2411180_+|WP_044301234.1|transposase|DBSCAN-SWA
MDKRIKNILRCYAAGMGIKETASTFHTSRNTVRKYVRLFLSSGKSIEQLLSLSDVQLDELFGCAASRHREPSPRRIELEALLPGYVSRLSRKGMSVRKLFKEYHSEYPDGFRLSSFKRIVSEYRFHIKVVGHVEHYAADQMYIDFAGDRLEVVDEMTGETKKAEVFVAILPFSHYTYCEAVWSQRKEDLIKACENAMQYFEGVPTAIVPDNLKAAVTRSDRNEPVINDDFSAFAEYYGCAVYPARVRHPKDKALVENAVKLLYRSIYLEIEGMTFSSLEELNTAIHVSLLDFNEKVMAGREMSRKEMFLQGEKDYLRPLPVKRYVVKERKLMTVGKNSYVSLFKHHYSVPKEYVGRRMTILYDADTVEIYCGMNLVATHDRCDIPYAYSWKKEHNLPGHYGPYDKDLEELFQRASEIDNIVLNYLREVERAMQYPPKAFRSCRGILTLEKKYGRDRLVAACACADQKLQYGYQALREVLELGEDADFLPDEDGKVQPNVTSQAPLTHKNIRGREYYRKDKQ
>NZ_CP036542|2384311:2411180|2398769_2399066_+|WP_044301106.1|DBSCAN-SWA
MDVDFDFSDVDAFFDEGEWEVEKKMIDVGDEAVKYAEEHGDYQDHTLALRTSNDYDVDKDGLTLKNEAEYASFVESKGYDVLSSAALFAEKRLKEEFE
>NZ_CP036542|2384311:2411180|2395795_2396446_+|WP_044301101.1|DBSCAN-SWA
MTILEQILAGLQQKFTGVDTAILTRIAVKKAEGVTDDTKVNSIVEGISFSDVLNSYGDFRAGDATRTSVLNYEKRHNLKDGKPIENPNPNPNPNPKPEDKKDDMATIIANAVSAAVKPLSDELAQFKAEKSLATRQEQILAKAKEYGIPETFAKRYAIPDDADLDTYFKDAKQELANIGFSGATPPESAEAKIEKEAESIANMISEGTKTIVESKK
>NZ_CP036542|2384311:2411180|2400715_2401549_+|WP_044301110.1|DBSCAN-SWA
MKSELNEKISCCCSLFRAETYKGLSLENISDMVLFANNFLLNVDIEKDMERESQLIGGFNHYYSIWHKSISPINISIGFLIRYNQSNEITKAISRIEAEDKFKSDILNILGVIGIALASKLEIVEETLNRLRIAVGSSIEVNIYRDKISIGSILSNLEGKECSSFNQPLQNEELKYDIDAITRIYNYCNGDTFSVSFKVFVDAIAKADFSIIYNANGTTTSKCAYLISIIKKFVYSKDWYRNAANSINTEPTRCSGMKVPPKWKNDLQKISRSITPY
>NZ_CP036542|2384311:2411180|2396451_2397051_+|WP_044301102.1|DBSCAN-SWA
MAAGTHYDLKPDYKPEEFYRVETGVRKSGPWKLDITNLVVGSYLPVFTPVEADLKKRTLVPVRNVKVVEAYTTGDANLTIKVAKDSLAYQGMFIGSGKKGAEVASIDKSNKAYDALTIKAAFGENIAKDTVLFEATAVGGTVKKNTANFVLYDAKKVESDGAVLCTLLMQAYEVKESKLVLPIHELDKVGLTSRFQFEY
>NZ_CP036542|2384311:2411180|2387428_2387611_+|WP_044301083.1|DBSCAN-SWA
MAASVIKQRTIEKFIMSEFVQGNLDTEEQVSCMFILIQKKLNMSVEQASDFMRKAIGINA
>NZ_CP036542|2384311:2411180|2391780_2393049_+|WP_044301098.1|terminase|DBSCAN-SWA
MIVPQEIYHPLYTDNEKFIILITGGRGSGKSFNASTFIERLTFELTEAEKIVHQILYTRYTMVSAGMSIIPEMMEKIELDGTTKYFKTTKTDIVNKMTKSRIMFRGIKTSSGNQTAKLKSIQGITTFVCDEAEEWTNEEEFDKIMLSIRKKGIQNRIIIIMNPCDSNHFIYKKYIENTHKQVDIDGVQVQISTHPNVLHIHTTYLDNLENLSPEFLKEVEDMKINNPEKYAHVVIGRWADVAEGAVFKKWGIVKEFPSWAKKVALASDWGYTNDPSTGIRCGIVDNRLYVDELFYETGMLTNAIAEKLKPWGLKVYGDSADPRLIQEIKNRGVNIYPVDKFPGSIKAGIDKIHEMELFVTERSYHIIEELRKYVWDKDKDGHYINEPVDAWNHTLDPIRYYILGHILGRILKPKDLTGIFTH
>NZ_CP036542|2384311:2411180|2393060_2394557_+|WP_044301100.1|portal|DBSCAN-SWA
MPLTLEEILALPDIGQKIAYLKKGRKTELPDRCKLWDDWNPERHEIMVDKEKYPDRKVLEKEAEKVFDEKTGKTYEIEAQYKTEPVNRISIPLEQDIVNIQTAFTVGTEPSLDCTPADDDEKRLLDAVKAVFKSNKIKYQNKKIVRSWLSEQEVAEYWYATDDDSFWAKFWKKVKTTFGGKVKPTKKLKSVLWSPFRGDKLYPFFNDEGDLVAFSREYKKKLMDNSEITCFMTITDRMVYQWDLSKGYEERTSFVHGFPKLPVIYAYRPEPYCKKIKTFRVRLEKLLSNYADCIDYHFFPLLKLIGDVEGFMGKVKDRMVKLTGEGADAQYLTWNQANDTVKFEVETLFEKAYSMTNTPQISFEKLSGSGNALSGVAFDYVFLSTHLQVQNHAEVIGEFLQRRVNFLVSALGSINPSEFNKASETIDIGTEVVPYRLDNLEDKVNVAVKAVSGGVWSQRHGVMFAGNIDRIEEELTEIKEEQEAKNKQIGNKEQKNAS
>NZ_CP036542|2384311:2411180|2394947_2395340_+|WP_005789402.1|DBSCAN-SWA
MKTVEVIVEHAGKNLSAYIEGAPVITVGNDMKELEDNMKEAIELYLEDNTNPCEVLSGEFELKFKIDAATFINYYSNIFTKAALSRITGINERQLWHYAAGVHKPRKQQLEKIQKGIQSLTKELAAINLL
>NZ_CP036542|2384311:2411180|2386069_2386861_-|WP_052510113.1|DBSCAN-SWA
MSTLSANTLFHFTRTRETLINILKTRFYPRLSLEENFFFSKMGDKIAYPMVCFCDIPLSQIKNHTNSYGKYAIGLKKEWAQKNGISPILYTHKDSFITKNLMDNFKNVSEAIENYPTDVKLSKLWEDLLYTSFFIKLYKGTITVGTRKKTTIFYNEREWRYILPKDIIINLLNKELDNTHTDKAFLEEHHFNNKSLVDKINKINESYGITFEPKDINYIIVEKEEEILPLISDLLIIKGKYSYEDVQILTTRIISMERINEDF
>NZ_CP036542|2384311:2411180|2407082_2409494_+|WP_137572286.1|tail|DBSCAN-SWA
MADLWFKIRADVSELDKAYKRLAEIEKMVASFNNKLSKSEPGGKAFKEISKQLTSLEKQHEQTLKKIASLETASQNHAQKEVENQRIISQAIKEAVSSEKLKQETSKASIQNSKAQIEAIKLELEELKKRRAFDNDAKKRAVSEEEVTRILNTQVKSIRQAEEQNKRLRIAVKNVIGEDKEANQLRATMNNRIQKNTEFIKRNTDAFVRQKMTIGQYKQEIKQAFAELQKGGNTMNNVKSIANGLSGVLKTKVSGGLSSVRDGVSTMIKGFVGAQAVISGFQKMVDAIKSGVHSIIDFEAANSKLAAILGEAKTNINELIYDAKRLGATTRYTASEATALQIELAKLGFSKKEILDSTEYILKFAQATGAELPEAAALAGASIRMFGATTQETEKYVAAMAVATTKSALSFSYLQTAMPIVGPVAKAFNFTIEDTLALLGKLSDAGFDASMSATATRNIILNLADANGKLAKELGGNVKTLPEMVEGLVKLRDKGIDLASALELTDKRSVAAFNAFLSGAEKINTLREAVTNVEGDLATMANTMTDNVQGAILGLSSAWEAFMLSFMNSTGPAKEVIDFFARGLRNIARDLALPDERQSMQNSESISLQKQQMQEFGVIDENLKRLRAFYDEKVATGMDANQAEIEAKKEYLQSYRKELEKENKLYEDLQKEKQAAQDKYQNASFWKQALFLEKTNHQYEKQIDLQVSGMAQLKGSMFKNESVIDAVENTQLTPQKTKTYKVKPEFKVSDYVDAHQHVKEIQKAAQVVKDAVIKSEIDIQQQLEKPRDFDPFGQTGWSPLATI
>NZ_CP036542|2384311:2411180|2398144_2398459_+|WP_044301104.1|DBSCAN-SWA
MTVNEYIQQKFQTFGIQLSEADLLDMYLNAKVSRGDEMNEGYYSRVSVAIAKFIPSLLLRATSISESGFSMSWNIQGIKDYYSLLCKQYGLKDELSNKPKVTFL
>NZ_CP036542|2384311:2411180|2404530_2404914_+|WP_044301116.1|DBSCAN-SWA
MEIEVIHGQIIAKANHYQAVPGKFGTKRIIKDEKIRAYEKAFMQQCKTYKNRRISSRFRLFIRVYHSSVRFDLDNSLKTLLDCLQMVGAIEDDKLCFQIEAEKKIDKYHPRIEFALLEVNEQKNIFQ
>NZ_CP036542|2384311:2411180|2401992_2402334_+|WP_052510114.1|DBSCAN-SWA
MNKRKKVAVSTTYSSNDRSKDSDSGTQMQVVFKCFFESPKTMYQVEKETGICRPNICRYVCEWEKKGDIQELHKGKCPVSGYTAGFYSTNKELFKKEERQRSFWDMWKGGFDE
>NZ_CP036542|2384311:2411180|2387854_2388124_+|WP_044301084.1|DBSCAN-SWA
MDEHFKKRYGVYDGIDTGTFKHIPEISCYNNNYYIGLKREGSVTNDLIFAHSDDDNLTEYYIVNGNSVTYIGYEFTNEGLLNLSDVEFT

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_080783842.1|2384311_2385313_+|integrase	site-specific integrase	R9ZYY8	Cellulophaga_phage	8.9e-15	24.2
WP_009292895.1|2385602_2386040_+	hypothetical protein	NA	NA	NA	NA
WP_052510113.1|2386069_2386861_-	hypothetical protein	NA	NA	NA	NA
WP_044301081.1|2386865_2387090_-	hypothetical protein	NA	NA	NA	NA
2387416:2387434	attL	NA	NA	NA	NA
WP_044301083.1|2387428_2387611_+	hypothetical protein	NA	NA	NA	NA
WP_044301128.1|2387641_2387830_+	hypothetical protein	NA	NA	NA	NA
WP_044301084.1|2387854_2388124_+	hypothetical protein	NA	NA	NA	NA
WP_044301085.1|2388134_2388371_+	hypothetical protein	NA	NA	NA	NA
WP_080783843.1|2388367_2388574_+	DUF3873 family protein	NA	NA	NA	NA
WP_044301086.1|2388757_2389147_+	ASCH domain-containing protein	NA	NA	NA	NA
WP_044301087.1|2389346_2390021_+	phosphoadenosine phosphosulfate reductase family protein	F5A3D0	Riemerella_phage	6.4e-33	33.3
WP_044301091.1|2390277_2391018_+	ParB N-terminal domain-containing protein	F5A3C9	Riemerella_phage	9.1e-33	40.6
WP_044301094.1|2391069_2391264_+	hypothetical protein	NA	NA	NA	NA
WP_044301096.1|2391268_2391784_+	hypothetical protein	NA	NA	NA	NA
WP_044301098.1|2391780_2393049_+|terminase	PBSX family phage terminase large subunit	F5A3C7	Riemerella_phage	8.4e-111	50.6
WP_044301100.1|2393060_2394557_+|portal	phage portal protein	NA	NA	NA	NA
WP_005789404.1|2394725_2394914_+	type II toxin-antitoxin system HicA family toxin	NA	NA	NA	NA
WP_005789402.1|2394947_2395340_+	antitoxin HicB	NA	NA	NA	NA
WP_137572285.1|2395341_2395515_+	XRE family transcriptional regulator	NA	NA	NA	NA
WP_044301101.1|2395795_2396446_+	hypothetical protein	NA	NA	NA	NA
WP_044301102.1|2396451_2397051_+	hypothetical protein	NA	NA	NA	NA
WP_044301103.1|2397068_2398148_+	hypothetical protein	NA	NA	NA	NA
WP_044301104.1|2398144_2398459_+	hypothetical protein	F5A3B5	Riemerella_phage	2.8e-07	28.7
WP_044301105.1|2398455_2398779_+	hypothetical protein	NA	NA	NA	NA
WP_044301106.1|2398769_2399066_+	hypothetical protein	NA	NA	NA	NA
WP_044301108.1|2399261_2400593_+|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_044301110.1|2400715_2401549_+	hypothetical protein	NA	NA	NA	NA
WP_044301112.1|2401711_2401996_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_052510114.1|2401992_2402334_+	hypothetical protein	NA	NA	NA	NA
WP_044301114.1|2402326_2403649_+	DUF3987 domain-containing protein	NA	NA	NA	NA
WP_044301115.1|2403649_2404528_+	VirE N- domain protein	S0A0U7	Cellulophaga_phage	7.8e-23	29.8
WP_044301116.1|2404530_2404914_+	RusA family crossover junction endodeoxyribonuclease	NA	NA	NA	NA
WP_044301117.1|2404980_2405331_+	hypothetical protein	NA	NA	NA	NA
WP_044301119.1|2405299_2405557_+	hypothetical protein	NA	NA	NA	NA
WP_044301258.1|2405766_2406126_+	hypothetical protein	NA	NA	NA	NA
WP_044301256.1|2406122_2406470_+	hypothetical protein	NA	NA	NA	NA
WP_052510122.1|2406466_2407090_+	hypothetical protein	NA	NA	NA	NA
WP_137572286.1|2407082_2409494_+|tail	phage tail tape measure protein	H7BUR2	unidentified_phage	2.6e-76	50.9
WP_044301234.1|2409614_2411180_+|transposase	IS21 family transposase	K4I413	Acidithiobacillus_phage	6.8e-54	29.7
2413027:2413045	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_CP036542|3222815:3230165|DBSCAN-SWA
CATGAAAGGTATTGTCTTGGCCGGTGGTTCGGGCACTCGCTTATATCCGATCACCAAAGGAGTCAGTAAGCAGTTGCTTCCGATATTTGATAAGCCGATGATCTATTATCCTATCTCTGTACTTATGTTGGCAGGGATTCGTGAAATATTGATTATCTCCACTCCTTATGACTTACCCGGCTTTCAACGTTTGCTGGGTGACGGTTCTGACTTTGGAGTACGTTTTGAGTACGCCGAGCAACCTTCTCCCGACGGCTTGGCACAGGCATTTATTATCGGTGAGAAGTTTATAGGCAATGATTCTGTATGTCTGGTTCTTGGTGATAATATCTTTTATGGGCAAAGTTTTACCCGTATGCTGCGTGAAGCAGTCCATACAGCCGAATCGGAGAACAAAGCAACTGTTTTTGGTTATTGGGTAAGCGATCCCGAACGCTATGGTGTAGCGGAGTTTGACAAGGCTGGGAATGTTCTCAGTATCGAAGAGAAACCTGAGGTCCCTAAGTCCAATTATGCCGTTGTGGGTCTTTATTTTTATCCCAATAAGGTGGTGGAAGTAGCCAAGAGTATTCAGCCTTCCCCTCGTGGAGAATTGGAAATCACGACGGTCAATCAACGGTTCCTGTCCGATCGGGAACTGAAGGTCCAGCTTTTAGGGCGGGGTTTCGCCTGGTTGGATACAGGCACTCATGATTCTTTGTCCGAAGCAAGTACATTTATCGAGGTTATTGAAAAACGTCAGGGATTGAAAGTGGCCTGTTTGGAAGGCATAGCCCTGAGGCAGGGCTGGATTTCTCCTGAAGAGATGAAAGCATTGGCAGGTCCGATGCTGAAGAATCAATATGGACAATATCTGTTGAAAGTTATCGATGAATTATCCATAAAGTAGAATTTTTATTCCTATGAATATAATAAAAACATCAATTGAAGGTCTTGTTATCCTTGAGCCCCGTCTGTTTCAGGATGACCGTGGCTACTTTTTCGAATCCTTCAATCAGGGGGAGTTCGAATCAAATGTATGTCAAACGACTTTTGTTCAGGACAATGAATCCAAATCGAGCTACGGTGTCATTCGCGGTCTCCATTTTCAGAAACCTCCTTTTGCCCAAAGCAAACTGGTACGGGTAATCAAGGGTGCAGTTCTTGATGTGGCTGTCGATATCCGCAAAGGTTCTCCCACATTTGGAAAACATGTTTCGGTTGAATTGACAGAAGACAATCACCGTCAGTTTTTTATTCCGCATGGCTTCGCACATGGTTTTAGTGTGCTGAGCGAAGAGGTCATCTTCCAATACAAGTGTGATAATTTCTATCATCCGGAAGCTGAAGGGGCGATTGCCTGGAATGATCCGGATTTGAATATCGACTGGAAGATACCACAAGACCGGGTTATATTGAGTGGTAAAGACTACACACATCCTCTGTTACATAACATAGAATTACAGTTTGATATAAACAATACATTATATGAGTAAGAAAGAAACACTCAAGCAACAAATTCTCGATTTAACCCGGGAATACTACAAAGAGGTTCACGGGTCCTCCCGCTCTTTCGAACCCGGTAAGAGTTTTGTCAACTACGGCGGCCGTTATTTCGATGACCGCGAACTGGTGAACCTGGTTGACTCGTCCCTTGATTTCTGGCTGACTGCCGGTCCCTGGGCCCGGAAGTTTGAAATCCGTTTTGCCGCATGGCTGGGTGTGAAGTATTGCTCCCTGACCAATTCGGGCTCTTCGGCCAACCTTCTCGCCTTTATGGCCCTGACCTCCCCGCAGTTGGGTGAGCGCAGAATCAGGCGGGGTGATGAAGTGATCACGGTAGCCTGCGGCTTTCCCACAACGGTGACCCCCTGCATCCAGTATGGTGCGGTCCCTGTTTTTGTGGATGTCACCATCCCCGAGTATAATATCGACGTGACGCAGCTGGAAGCGGCCCTGTCCCCCAAGACCAAAGCCGTTATGATTGCTCACTCTTTGGGTAACCCGTTTGATTTGCAGGCTGTCAAAGATTTCTGTGATAAACATAACCTCTGGTTGGTAGAGGATAATTGCGATGCCCTTGGCTCTACTTATACAATCGGCGGTGTGGAAAAGAAAACAGGTACGATCGGCCATATCGGCACGAGCAGTTTCTATCCTCCGCACCACATGACGATGGGAGAGGGGGGCGCTGTCTATACCGATGATCCTCTGCTGCACAAACTGGTCAACTCTTTCCGTGACTGGGGCCGTGACTGCTGGTGCGTCGGGGGCGTTGACAACACGTGCAAATATCGTTTCAGCAAACAGTTCGGCGACCTTCCGGTAGGTTACGACCATAAATATGTCTATTCCCATTTCGGGTATAACCTGAAAGTGACCGATATGCAGGCCGCCATCGGCTGTGCCCAGCTTGAGAAACTGGACTCCATTGTCGAAGCCCGGCGGTCGAACTTCGCCTACCTGAAAGAAGGCCTTGCGGGTACATCCGGCCTAATCCTTCCCGAAGCGCAGAAGAACTCCGACCCGAGCTGGTTCGGTTTCCTTATCTCGGTGAAGGAAGATGCTGGCTTCACCCGTAACGACCTTTCCCAACACCTGGAGAGCAGGAAGATCCAGACACGCAACCTGTTCGCGGGCAATCTCCTGAAGCATCCCGCCTTTGATGAAATGCGCTCCACGGGTGAGGGCTACCGCGTAATCGGCAATCTGGAAGGTACTGATTACGTTATGAATCATACCCTCTGGATCGGTGTCTATCCGGGCATGACCCGTGTCATGCTCGACCACATGATCGGTACGATCCGTGACTTTGTCTCTTCCCGCAAGTAATTTCCGGTTATTAACCTTCAGTAATCTGTCAAGCATAATGAAAGCCGTCATTTTAGCCGGTGGCTTCGGCACCCGCCTGAGCGAAGCCACTAACCTGATCCCCAAACCTATGGTGGAGATCGGTGGTAAACCTATCCTCTGGCATATCATGAAAACCTACAGCCATTACGGCATCAACGATTTCGTGATCTGCTGCGGTTATAAACAATATATCATCAAGGAGTATTTCGCCAACTATTTCCGCCATAACAGCGATATGACCGTGGACCTTTCCAACAATACGACCACCATTCTGGACAACCATTCCGAGAACTGGAAAGTCACGATGGTCGATACTGGGCTGAATACCCAAACGGGCGGGCGTATCCGGCGTGTACAGAAATATCTCGGGAACGAACGTTTCCTGCTGACCTATGGTGACGGTGTCACCGACCTGAACATCGGTGATACCTTGAAGGCTCACGAGTCTTCAGGCTGCCTCCTTTCCCTTACGGCCTACAAACCCGGTGGTAAGTTCGGCGCCCTGCAGCTCGATCTCGATACGGACAAGGTCCTCTCTTTCCAGGAGAAGCCCGACGGTGACCGTAACTGGATCAATGCGGGCTATTTTGTGTGTGAACCCGAAGTGTTCGATTATATCCCTGAGGGTGACTCCACCATCTTTGAGCGTCAGCCCCTCGAGTCTATAGCCAAGGCGGGTCGGATGCATGCTTTCCGTCATACGGGTTTCTGGAAACCGATGGATACTCTGAGAGACAATACAGAATTGAATGAAATGTGGGATCAGGGAGTTGCTCCCTGGAAAGTCTGGTAATCAATGAAAGTCGATCTGTTTAATAATTTCTATCAAGGCAAACGCGTCCTTGTCACCGGTCATACCGGTTTTAAAGGCAGCTGGCTCTCTATCTGGCTCCATGAACTGGAAGCCGATGTTGTCGGTGTCTCCCTGGATCCTTGTACGGACCGTGATAATTTTGTCCTTTCGGGCATCGGCCGCCGCATCAGGGCTGACCTTCGCGGCGATATCCGTGACGGTGAGCGCATGAAGCGCATCTTCCGCGAATACCGTCCCGAGATCGTTTTCCATCTTGCCGCCCAGCCCTTGGTCCGTCTGAGCTACGATATCCCTGTGGATACATACGAAACGAACGTAATGGGTACGATCCGTGTGCTCGAGGCGATCCGTTCTACTGATAGCGTGAAGGTGGGTGTGATGATCACCACGGACAAGTGTTACGAGAATAAGGAGCAAATCTGGGGTTACCGTGAAAACGAGGCTATGGGCGGTTACGATCCTTATTCCAGCAGTAAGGGGGCAGCTGAGATCGCGATTGCTTCGTGGCGGCGTTCTTTCTTCAACCCCTCGGAGTATGCCCGACACGGCAAAAGCATAGCCAGTGTACGTGCTGGTAATGTGATCGGCGGTGGCGACTGGGCCTTGGACCGTATCATTCCGGACTGTATCCGTGCATTGGAATCGGGACGGACGATCGATATCCGCAGCCCGAAGGCTGTCCGTCCCTGGCAACATGTGCTTGAACCGTTGGGCGGTTATATGCTGCTCGCACAAAAGATGTGGGACGCCCCTACGGACTATTGTGAGGGCTGGAACTTCGGTCCCCGTTCCGAGTCCATCTCGACAGTTTGGGATGTGGCCACCCGGGTTGTGTCCGAGTATGGGCGGGGTGAACTGCGTGACCTTTCTACTCCGGATGCATTGCATGAAGCCCGGCTTTTGATGTTGGATATCTCCAAGGCTCGGTTCCGTCTGGACTGGGAGCCTAGGATGAATATCGGGCAGACGGTCGGATTGACGGTGGACTGGTATAAGAGATACCGGGAAGAGGCGGTGTATGATGTTTGTGTTGACCAGATAAAAGATTATTTATTGAAATGAAGATATTATTGACGGGGGCGACTGGCTTTTTAGGATCGCATATTGCAGAAGCCTTGCTGGCAAACGATGTTAACCTGATGATAACCAAACGGTCAATGTCTTCGTTGAACAATTGTACCTCTTTCATCGATCATGTACAAGTCATAAACTCGGATAACCCTATCTGGATATCCCAAGCTTGCTCTTTTAGCCCTGATATTATTATTCATTCAGCCTGGACGGGGGTCCTGTCTGGCAATAGAGACGATTGGCCGGTCCAACTGTCTAATATTGACTTTATGAATTCTTTGCTTTATATAGCAGAGAAAAGTAACGTTTCTAAATTTATAGCTTTGGGTAGTCAGGCCGAATATGGGGATTTTGATGGGATAGTCTCTGAAAATGCCGGCTTGTTTCCTGTCAATAGCTATGGATACGTGAAGTCCATGGTTTCCCGGATGGTTGGTTCTTTCTGTGATTTACGTGGGATTGATTGGTACTGGTTAAGAGTTTTTTCCGTATACGGAGAGCGGGAGTCAAACCAATGGCTGATCCCCGGTCTTTTGACTAATATGCTTGACAATATGGCTGGTATGGATCTGACTTTAGGACAACAACGCTACGCTTATTTGTATGTGAAGGACTTTGCCAATGCCATAATGAAAGTATGTTCTTCTGGGGAAGCTCCCAAAGGTGTCTATAACTTATCATCTTCTGCTGCGATCGAATTAAGAGTACTTCTTGAACATTTGAGAGATAGATTAAATCCGGCTTTTGAGTTGCGTTTTGGTGCGTTGCCCTATCGTGCCGGTCAACCAATGTTGGTGCAAGGTGATGTGTCGAAATTTGTAAAGTCGTTTGGAGGATTTGAGAATACACCGTTAAATACCGGTTTGGAGTATACTATCACTTATTATAAAAAACAACATGAAAGTATCTGACTATATAATATCGTATATCGAGTCCCGGGGAGTACATGTCATATTCGGATATATAGGTGGAATGATCACCCATCTGGTCGATTCTGTTTCTCAGAATCCGAATATGCAATTTATTCAAACTTATCACGAACAGACCGCTGCTATCGCTGCAGAAGGCTTTGCGAAAGAATCCGGACTTTTTGGAGTTGCTATTTCGACCAGTGGTCCTGGAGCTACTAATATGATGACGGGTATTGCTGACGCATATTTTGACTCTATTCCGGTTCTTTATATAACGGGCCAGGTAAATACATATGAATACAAATATGATAAGCCTGTCCGTCAGCAAGGTTTTCAGGAGACGGATATTGTAAGTATGGTTAAGCCGGTCACTAAATATGCCAAATTGATAGATAAGGCTGAAGATATTAAATATGAACTGGATAAAGCCTTATATATTGCTTTGTCGGGTAGAAAAGGGCCTGTACTGCTGGATCTGCCAATGGATATCCAACGGGAGGAAATTAATCCGGAAACATTGATCGGATATTCCGGTGAGAGTATTTTAAATAATCCTTTGATAGCCTGGGAGGAAATCAGGTTATTAATGGAGTCGTCCCATCGTCCCATGTTGCTTTTAGGGGCAGGATGTTGCAATTCGGATATGTTTTTGCTGAATGATTTCATAAGACGGCACCATTTTCCGGTTATTACTTCTTTAATGGGTAGAGGGGCTATTGATGAAACATACGATAATTATATTGGGATGATAGGCAGTTATGGCAACCGTTGTGCTAACATGGGCGTTGCCAATGCCGATTTGCTGATTGCATTAGGAACCAGATTGGATACTCGACAGACCGGTGCCCGGTTGGATCAATTTTTATCAAATGGGCACATCATTCATGTTGATATTGATGACAACGAACTGGAATATCATCGTTTATTGAATCGTAAAAAAGTGAATTGTACCATTGATTGCTTTCTACAGAAAGAAAAAGAAATGCCGGTTTCTTTAGGGGACATTTCAGAGTGGAATTTTTTCCTGCATGGGCTCAAGCAACGATATGGTCAGGATGAAGAAATAGAGCGTTTTGTTGAAAACAAATCTCCATATCGCTTCATGCAGTATTTTGATTCTTTGACTCAAACCGACGATGTTATATGTGCGGATATAGGTCAGAATCAAATGTGGGCGGCTCAAACCTTACGGTTAAAATCCGGGCAAAAATTTGTAACAAGTGGCGGACTTGCCCCAATGGGCTTTTCATTACCGGTAGCCATCGGGTGTTCGTTTGCCAATTCAAATAAAAAAGTTTTTTCCATAAATGGTGATGGAGGTTTTCATATGGCTATCCAGTCTTTGATGCTTATTTCTCAATATAATCTTCCTATTAAAGTAATGGTATTAAATAATGCTTCTTTAGGTATGATCACTCAATTCCAACATTTGTATTTTGATGATCGAATGTGTGGAACTACTTTGAATGGAGGCTATAGAGTGCCTGATATTAAATCTCTTTCTGCAGCTTATGGTTTACCTTATTTTAGATTGACTGTTAACCGTTTAGATGATCCTGATTTGAGGGAAGAGATACGGGCGGCTCATAATTGTATTATTGAATGTGTGGTAGAAGGCTTGACTAGTGTTTCTCCGAAATTGGAATATGATAAGCCTATTTCCAAGCCTTTACCTTTATTGTCAGAAGAAGAATATAAGGAGAATATGCTATTAGAGGCTTGA

Protein sequences of DBSCAN-SWA_3

>NZ_CP036542|3222815:3230165|3226442_3227522_+|WP_044301289.1|DBSCAN-SWA
MKVDLFNNFYQGKRVLVTGHTGFKGSWLSIWLHELEADVVGVSLDPCTDRDNFVLSGIGRRIRADLRGDIRDGERMKRIFREYRPEIVFHLAAQPLVRLSYDIPVDTYETNVMGTIRVLEAIRSTDSVKVGVMITTDKCYENKEQIWGYRENEAMGGYDPYSSSKGAAEIAIASWRRSFFNPSEYARHGKSIASVRAGNVIGGGDWALDRIIPDCIRALESGRTIDIRSPKAVRPWQHVLEPLGGYMLLAQKMWDAPTDYCEGWNFGPRSESISTVWDVATRVVSEYGRGELRDLSTPDALHEARLLMLDISKARFRLDWEPRMNIGQTVGLTVDWYKRYREEAVYDVCVDQIKDYLLK
>NZ_CP036542|3222815:3230165|3225662_3226439_+|WP_005781149.1|DBSCAN-SWA
MKAVILAGGFGTRLSEATNLIPKPMVEIGGKPILWHIMKTYSHYGINDFVICCGYKQYIIKEYFANYFRHNSDMTVDLSNNTTTILDNHSENWKVTMVDTGLNTQTGGRIRRVQKYLGNERFLLTYGDGVTDLNIGDTLKAHESSGCLLSLTAYKPGGKFGALQLDLDTDKVLSFQEKPDGDRNWINAGYFVCEPEVFDYIPEGDSTIFERQPLESIAKAGRMHAFRHTGFWKPMDTLRDNTELNEMWDQGVAPWKVW
>NZ_CP036542|3222815:3230165|3222815_3223703_+|WP_137572294.1|DBSCAN-SWA
MKGIVLAGGSGTRLYPITKGVSKQLLPIFDKPMIYYPISVLMLAGIREILIISTPYDLPGFQRLLGDGSDFGVRFEYAEQPSPDGLAQAFIIGEKFIGNDSVCLVLGDNIFYGQSFTRMLREAVHTAESENKATVFGYWVSDPERYGVAEFDKAGNVLSIEEKPEVPKSNYAVVGLYFYPNKVVEVAKSIQPSPRGELEITTVNQRFLSDRELKVQLLGRGFAWLDTGTHDSLSEASTFIEVIEKRQGLKVACLEGIALRQGWISPEEMKALAGPMLKNQYGQYLLKVIDELSIK
>NZ_CP036542|3222815:3230165|3227518_3228442_+|WP_005806510.1|DBSCAN-SWA
MKILLTGATGFLGSHIAEALLANDVNLMITKRSMSSLNNCTSFIDHVQVINSDNPIWISQACSFSPDIIIHSAWTGVLSGNRDDWPVQLSNIDFMNSLLYIAEKSNVSKFIALGSQAEYGDFDGIVSENAGLFPVNSYGYVKSMVSRMVGSFCDLRGIDWYWLRVFSVYGERESNQWLIPGLLTNMLDNMAGMDLTLGQQRYAYLYVKDFANAIMKVCSSGEAPKGVYNLSSSAAIELRVLLEHLRDRLNPAFELRFGALPYRAGQPMLVQGDVSKFVKSFGGFENTPLNTGLEYTITYYKKQHESI
>NZ_CP036542|3222815:3230165|3228428_3230165_+|WP_044301290.1|DBSCAN-SWA
MKVSDYIISYIESRGVHVIFGYIGGMITHLVDSVSQNPNMQFIQTYHEQTAAIAAEGFAKESGLFGVAISTSGPGATNMMTGIADAYFDSIPVLYITGQVNTYEYKYDKPVRQQGFQETDIVSMVKPVTKYAKLIDKAEDIKYELDKALYIALSGRKGPVLLDLPMDIQREEINPETLIGYSGESILNNPLIAWEEIRLLMESSHRPMLLLGAGCCNSDMFLLNDFIRRHHFPVITSLMGRGAIDETYDNYIGMIGSYGNRCANMGVANADLLIALGTRLDTRQTGARLDQFLSNGHIIHVDIDDNELEYHRLLNRKKVNCTIDCFLQKEKEMPVSLGDISEWNFFLHGLKQRYGQDEEIERFVENKSPYRFMQYFDSLTQTDDVICADIGQNQMWAAQTLRLKSGQKFVTSGGLAPMGFSLPVAIGCSFANSNKKVFSINGDGGFHMAIQSLMLISQYNLPIKVMVLNNASLGMITQFQHLYFDDRMCGTTLNGGYRVPDIKSLSAAYGLPYFRLTVNRLDDPDLREEIRAAHNCIIECVVEGLTSVSPKLEYDKPISKPLPLLSEEEYKENMLLEA
>NZ_CP036542|3222815:3230165|3224281_3225625_+|WP_044301288.1|DBSCAN-SWA
MSKKETLKQQILDLTREYYKEVHGSSRSFEPGKSFVNYGGRYFDDRELVNLVDSSLDFWLTAGPWARKFEIRFAAWLGVKYCSLTNSGSSANLLAFMALTSPQLGERRIRRGDEVITVACGFPTTVTPCIQYGAVPVFVDVTIPEYNIDVTQLEAALSPKTKAVMIAHSLGNPFDLQAVKDFCDKHNLWLVEDNCDALGSTYTIGGVEKKTGTIGHIGTSSFYPPHHMTMGEGGAVYTDDPLLHKLVNSFRDWGRDCWCVGGVDNTCKYRFSKQFGDLPVGYDHKYVYSHFGYNLKVTDMQAAIGCAQLEKLDSIVEARRSNFAYLKEGLAGTSGLILPEAQKNSDPSWFGFLISVKEDAGFTRNDLSQHLESRKIQTRNLFAGNLLKHPAFDEMRSTGEGYRVIGNLEGTDYVMNHTLWIGVYPGMTRVMLDHMIGTIRDFVSSRK
>NZ_CP036542|3222815:3230165|3223716_3224289_+|WP_137572295.1|DBSCAN-SWA
MNIIKTSIEGLVILEPRLFQDDRGYFFESFNQGEFESNVCQTTFVQDNESKSSYGVIRGLHFQKPPFAQSKLVRVIKGAVLDVAVDIRKGSPTFGKHVSVELTEDNHRQFFIPHGFAHGFSVLSEEVIFQYKCDNFYHPEAEGAIAWNDPDLNIDWKIPQDRVILSGKDYTHPLLHNIELQFDINNTLYE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_137572294.1|3222815_3223703_+	glucose-1-phosphate thymidylyltransferase RfbA	I7I009	Enterobacteria_phage	2.2e-105	63.9
WP_137572295.1|3223716_3224289_+	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	5.2e-44	56.3
WP_044301288.1|3224281_3225625_+	lipopolysaccharide biosynthesis protein RfbH	A0A0P0YLZ6	Yellowstone_lake_phycodnavirus	1.8e-47	32.5
WP_005781149.1|3225662_3226439_+	glucose-1-phosphate cytidylyltransferase	NA	NA	NA	NA
WP_044301289.1|3226442_3227522_+	CDP-glucose 4,6-dehydratase	A0A222YY99	Synechococcus_phage	7.1e-18	25.1
WP_005806510.1|3227518_3228442_+	NAD(P)-dependent oxidoreductase	A0A1V0SKV4	Klosneuvirus	2.5e-16	24.6
WP_044301290.1|3228428_3230165_+	thiamine pyrophosphate-binding protein	A0A0P0CDR3	Ostreococcus_lucimarinus_virus	2.5e-73	31.7

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_CP036542|3508553:3555922|DBSCAN-SWA
GTTAAAAATTAAATAAATTTGGTTCACTAGAACCGCTTCGTTCTTTGTCATTTTTGAAATTAGCTTTATTGAAGAGATCAGACAAAAGAGTCTTATCTGTAAGTGATATACTTAAGATTTGCAAGACTTCGTATGTCGACCTCTCTAATCTTAGATCATGCTGTATAGTTGCCACAAGACAATATGTTATAATTGCAGAGTATATCTGTATTCTAACAGTATTTTCTGTGTTGCCCCAGAATTTCTTAATTTTCAGATGTTGCTTGAACCATTTAAAAAACAATTCAACCTGCCATCTATTTTTATAGAGTTCTGCAACTTGTAAAGGAGATAGTTCCATTGCATTGGTTAGGAAGATAAACTGTCGTTTCTGCTCTTTATCCCAGTAGCAAACCTTGCGTATTGGGTCTGGGTATGCTTTTGAACTGTTATATACAGTTAGTTCGCCAATAGCATCGGATAAAACACTTTCCGGTAAACGACGTTTCCAGCGTTTGGCTTTGAACTGTAGGTTTGACTTTGCTCTAACAACAAAATAAGAACCAATGGTCTCAATTCGGAAAAGGCTCTTGAAATGGTTATATCCTCTATCAAAGATGTAGTAAGCACCTGTTTCGTAGGGGATTTCATCCAGTACCTTGCTATCATGCACAGATGCTGTTGTTATGTGAAAGAAGGTAGGAATCTGTGTTTCTATATCATATAGAGTATGCACTTTGATGCCTCCTTTACGCTTGCGGAACTTAGCCCACCAGAAAACATTCAAGCAAAGATCAATGGTTGTAGAATCAAAGGCACAAACATTTCCACCAAGTTTGAATACATCTGTTTTACGTTTGTTACGCGCTTGTTCTACCATATAATAAGCATATGCCTCAAAAATATGGTAATCACGGTTTTGGTTGGCTTTTGCCAGATTGCTTCTGGTTACATGCTTACCAAGTCCCAAGTGATAAGTCTTACCTTGATGAGCTTCCAATGCAATGATAAGATCACGCAAACTTTCCCGGTTTGATAATTGACCGAACATCAATGCAAGGAGTTGATTCCAACAAGTGAAATGCTTTACATACTTGTCACCACCATATTTACGTACAAGGTAGTTAAAATGATTTCTATCCAAAAATGCGGTCAACTGAGCAAAAACGTATTTATCTTGAAACATATGCAGTACTGTTATGTACGGCAAAGGTACAAGTTCAAGTCCGTTGACTCATTTTTCTATATCAACTAGCTAATTTTCAAATATTTCAAAGAACTATTGCGTTTTTTTTAGTGGACACTAATGACTTAAAATCAAAAAATAAGTGTTTTCTTTTAATGTTTAACAGGGCTGATTTGACAGTTGGCGGTGGCAAGAAACTTTCAGGACCTACCTCATAGACAAGTTTCAAATCAAAAAAAGTATGATAGAAAACGGTATATGGATTGTAAAGCTTCCTCGAAAATAACTTTTGTGTAGGTTCTAATTGAAGGATAATGGAACCTCCCAGAAAATTTCCAAGACTCTCAAACATCAGGATTTTGAAAATATCGGAAGTAATGCCATAAGGAATATTTGACACCACTTTGAAAGGAAATTTCGGAACTGCAAAATTCCTAAAATCACAACCGACAACTTGAACATTTCGGGCATCAGAAAATAATTTTCGTAAATGTTCAACCAAAGCTGTGTCGTTTTCAATAGCAACAACATTGTTGGCGATTTTTAATAAATGAACAGTAAGAAACCCCTTGCCTGCCCCAATATCTAAAACCGTATCCTGATTACTTATATTTGCTTGTCTTATTGCATCTTTTATTAGCACTTTATCAATAGTAAAGTGCTGACCCGTAAAACGAACGGGCAATTTCTTTTTTGTCATTAGTAACTTCTTACAGGTGAATACTTCTTGAGTTCAACTTATAAATGCAACTTTTTGGGTGCGGATAATAAGCAATAAAAACATTTATTTTTCAGAGAGGAAAGAGAGACAATGTCCCCCTTTCTCTCACTCTGAATGGATAAAGTTTGCTATCTTTGCTTTAATTGTCCGTCCAAAGAAAAAAAAGTTGCAGATGAGCAAACATATAACCGAGGTACAAAGGTATGCAATTTTCTATGATGTTGCAAATACCGATGAGCAAAAAAGCAATAGCGGAAGCTATCGGAGTAGATAAAAGCACTGTTTACAGGGAGATAAAGCGCAATTGCGACGCCCGAAGTGGTAGCTATAGCATGGAGCTTGCCCAGCGAAAAGCAGACAGGCGCAAGCAGCAAAAACATCGCAAGGAAGTGCTTACACCGGCAATGAGAAAACGGATAATAAAGCTGTTGAAGAAAGGATTCAGCCCGGAGCAGATTGTCGGCAGGAGCCGCTTGGAGGGAATTGCGATGGTATCTCACGAAACGATATATCGCTGGATTTGGGAGGATAAGCGGCGGGGTGGCAAACTGCACAAATATCTTCGCAGACAAGGTCGCAGGTATGCCAAACGTGGTTCTAAAAATGCAGGGCGAGGATTTATCCCAGGCAGGGTGGATATTGATGAGCGTCCCGAGATAGTGGAACTGAAGGAGAGATTTGGTGATTTAGAGATAGATACAATTATTGGTAAGAACCACAAAGGTGCCATTCTTACCATTAACGACAGAGCAACAAGCAGGGTCTGGATACGCAAGTTGTCGGGAAAAGAAGCCATCCCGGTAGCTAAGATTGCAGTATGGGCACTGCGGAAAGTGAAAAACTTAATACACACAATTACGGCTGACAATGGAAAGGAGTTTGCAAAGCACGAGGAAATTGCGCAAAAATTGGAAATAAAATTCTATTTTTGCAAACCATACCACTCATGGGAACGTGGTGCCAATGAAAACACCAACGGGCTTATCAGGCAGTATATCCCAAAGGGTAAGGACTTTAGTGAAGTAACCAACAAACAGATTAAGTGGATTGAAAATAAACTCAATAATCGACCTCGTAAAAGACTTGGATACCTCACGCCAAACGAAAAATTTAAACAAATTATTAATCAGAATTCTGTTGCATTTGCAAGTTGAATTCAGCTTATAATAAGAAAGGAGATGAAGAATTTACTTCCCAACAGGACATTTTATTCCCTAAAGTGTTTGATGTTGATGGCATGCGAGTTTTTATTTATTGGAAACTTCCACATCCTGTGGAAAAGCTCTATCCATATGTTGATTACAAAATACGGAAAATTTCAAAAGATACGTTAGTTATAGGGGATTATACAGACTTTGTGTTTGTTAATGGTCATGGTAATGCCCCAAATCGGGAATTGTCAAAATAAAAAAATAATAAATGTGGGGTAATACTCCAAATCGGGAGTTATTGAAATAATTATCTGATTATCAATGTACTTTCCAAAAGATAAAGTATTAGGGCAGAGTGGAAAAATCGTTGAAACTGGTCCTATGTAATCGTTCAAAGTGACCCTTTTGTATCATCCAAAGAGGGATTGGACATTCGCGGTACGATACGAGTATGGGTGTTATGATTTATCAGCATTCATTCTTCTCTACTCCCAAAGGATTTTGTCAGTTGTACTGCTTGCTGTTGTAGTCTGATGAGAATTTGGGAATAGGTTTCGAGTTTGCCGAGCAGTTGTTGAGCAGTGGCAACAGAATGATAAGTATTGAGGACTTTCACGACTTCGTTGTACAGAACTCCTATCTTATGAGCCAAGGCAACGATTTCTGAGAGTTTCTCCAAGTAAGGTTCTTTTGCAGGGTCTTGGGTGATGACCTTAAAAGATTCACCAAGAAGCCTTGCTCGGACAAAGTCGCTCTTTGTCTTTGCTCCCGACTTGCGATAGAGTCTGATAAGTTTCTGCTGGTCTTCGGAATTAGGTATTCTGATGTGCCATCTGTCCCATCGTGGGCAGGTGGCACATCTGCCGTCTGGCTTCTTTTGTTTTTGCTTCTTCATTGCTTTCTAATCACGACTTTGGAGTGATTTAATCCCCTTTCGGGGCAAGGGTCTTTGTGGTACAAATGGCAATTTGTGGTACAAAGACACACCTTGCTGATGTAGAAAATGGGATTATAAGCCCCTGCTGTGTTACTGCATTCATTGAATACAGTAACTCGGCGTAGGCTTGCATTCGAGGGATGCAGTAGTTCAGAGTTTCCTCCATCTTTCCACATCTTCCTTGTATTGGTCGAGGTGTTCCCGAAGTACCTGTTCGACATATCCCGAAACGCTCGCTCCATGCTCACCGATTCTCCGCACCACGAAGTCTAACTTTCGTTGGGTTTCCTCTGATACATACACGGCTTTGCGGTGGCTGTTGCGAAAGGGCTGGAGATATTTCCCCTGAAACTCGGATAATTGCTTTCTGTCCTTTGTTTTTCCCATTCTTTGATGAAATTCTTCGGTAGAAGTAGCCCTTTCTGTTGGCGACAACGCTGTTTCTTGATAGGACGGTTGAGAAAAATCCTCGTTACTCTCCTTGTCATTTTGTTCCTCAACTTTATCAACAGGCTCAAACCTTCTCTTTTCCTCTTCATAATCGGAGGGCTGGTCAAAATCGGGTAACTCTTCGGGCTTGCGGAGCTTAACGCCATAATTTCCCATATCTCTAATGGCTTGTTCCAAGCGTTGTTTCCTTTTTTCATCTATTCTTGCCATAATTTCTTGGGTATCGGGTTATAGTGTTTTTCAAGCATGGCTTGTATGTCGCTCTGCTTGTATAGTATCTTCCCTCCGATTTTGTAGAAAAGAAGCGTTCCTGAGTTTCTGTACTCTTGGAGCGTGCGTGTGCTGAGTCGTAAGTGGCTGCACACTTCCTCGCTCGAAAGGTAAACCTCGCCATCTAACATCGGACGAGCTGTGGCACAATAACGCTCCAGTTTCTTTAAGATGCCCTCCATCAGTTGTGAAAACAACTGCATCTGAGGGTCTTCCCGCGTAATGATTTCATTCTCTGCCATAATTCATTCATTCTTTGATTTCAATCCTTGACTGCATTCAGCATTTCACAGATGTCGGTCTGTTTGTAATAACACTTGTGTCCAATCATGGAGAAAGGGATTTTGCCCGTATCTCGGTATGATTGTAGGGTACGCTTGCTGATGCCTAAACGCTTGCACACGGCTTCGTTGTCGAGCCATTGCTCGGTCTCAGGAGGATTACCGATGAGTTTCTCCACACGATGGATAAAGTCTGCAAATTCGGAGCGATGTTGCCCCCACGCCTTGCGGTCGATGATAATGAGTTTCATTGCCTTAATTTTGTTTTGATTACGTTATTGTTACTCGGCAAACGAGCTGTTACGCTGCCCGTTGCCGTACTTATCGGGTGCAAAAGTAAGTGGTCAAGAGCATCGCTACAAGGGATGAGGAAAAGCAGGGAAATGTCAGGAAAACAAGAGAAAAGACCACGAGGAAATCCCTCAGCGTTATTGCGGTAATGAGATGAGGTGCCAGTTCTTTCCTTTTATTGCATATTTGTTGGTCTATCGACAGTTCGATAGTTCGACAAATCGAGATGTCGAACTATCAATAGTTTGTTTTGACGATAGTTTGTTTTGACAACAGATAGTCTTGACAACAGATAGTCTTGGCAACAAATTGTTATGACAACAAATTGTTATGACAACAAATTGTACAGACAATAAGTTGTACAAAAAATGGCTTGTCATATAATAAGATTGTTAAGACAATCGTTAGTTCTAACTATTGTTTCTACAATTCGCTTTTGCGTCCAAAGAGCCTGAGTATGCCGTATTCTTGTCGTGCCTATCTCTCTACGGCAGCCTTGCCCTGCAAGGTTGGGAGAGATGAATACGACCGCACGGATATTGAGAATTGTAGTACTGCCTTGAAAAAGAAAAATCCTGCGGTGGAGATTCTTCTCTCCATCCACAGGACTTGACCTTTCAGGGCAGACAGGCTGCCGTTGTACCTTTGCACGATAAGAAACGGCATCAGGAACTTTGCGTGCGCCTTTGCCTACAACGCCTTCGGGCTTGCTTCCTCCGTCTGTTTGACCGTTGGCAGGTTGTTGCTCTCGATGAGCAGCACTATTGTGCCTGTCAGTTCGGTGTAAAGACGGTCGTATTGTCCGCTTGCGGCAAATGCGTCCGTCAGTTCATACCCAGCGAATGTGGCTTGAACAGCCTTGTTCGCCAACAATAAAAGCGAAAGCCTCTCGGGGAGCGGTGCAGGAAGTTCCCTCTCAAACTCGTCCTCCAAGACAGAAACAAGGGTATCGTACTTTGAGAAATGCAGTCCACTGAAAAGCACTTCACTTGCTATTCTTTCTGCTTCTAAATGATTAAAACCTTGCGCCACGGCATCGCAGTAGGCGGTCAGTGCCATATCGGCTCTTGCCGTGATAAACTCCTTGTCTCCCAATCGCTCGGGGTGATGTTCACTCATATAGCTTTCCAACTTCAATCGGAAGAAGGAAACTTCCTTTTTGTTCTTCTGTTTCATTGTTCTTCTTGTTAAAAAGTTAGACTTCTTTTTTGATTCATTCATTACGGCTGTTACAGCCCAATTATGGGACTTGACTTTTTCGGTGTTCTTGACGGACACAGCCGTAAGGCTTTACGCAGTACCCTTGTATGCTCACTACCCATCAGGGGTTGCATTTCCTTGGCAATCTTGCTCTTGGTCACCCGTGCATAAATCTCGGTCGTGGAGATAAAGCGATGCCCCAGCATCTTGCTCACCGTCTCTATCGGAAGTCCGTTCTCCAGACAGATGGTCGTGGCAAAGGTGTGCCGTGCGGTGTGTGAGGTCGCTTGGGTATGCGGTGGCAGTCCTGCCTTAATACATATCTCCTGAATAGTTCTATTGAAATTACTGTTGCTGGGAAACTCTCGAAAGAAAAGCCCCTCCCTTCGTTCGTGGCTCACAATGGCGAGTATTTTCTCGGCAACGGGCAGCAACGGGACAATACTTCTGTTCTGTGTCTTTGTTCGGCAGAGGGAGATATATCTGCGTCCATCACTGAGCGTATAGACATCATCCATTCTGAGTTTCTTCAAATCGGAGAATGCCAGCCCCGTAAAACATCCCAGGAGGAAAATAAGTCTGCAATGGTTGTCTGTCGAGCGGTGCGGACGGTAAGCTAAGAGTTTTTGCAGGTCGTCCGCCGTAAGTGCATTGCGCTCGTAGGTAGGCGTTTCTATGTCTATGAGTTCAAAAGGGTCTTCACGAACGTATCGCTCCTGCAATACCTTGCGAATGACCTGATGCAAGTGGCGTAGGCGGTTGCCGACACTGCTTTCCTTGTTTCCCAAGTCCCGAAGCATGAAAAGGCGATAGTCCTCAAGGAAAGTCTTGTCCACCTCTGTGGGCATACAGTCTGCCCTGTCCCTTACTTGCAGGAAATGAACAAAACTCTTGTAGCTGTCCTTAAAAGCCCTGACGGTCGCCTTGCTTAGTGTTCTGCCCTGCAAATCCTCCTTTTCTTTACAGACGGTTTGGTATAACTCCGTAAGTGTTGGCATAGGGCGACTTTGCTGCATATAACGCTCCTTGAGGTATTCCGCCGTGATATAGTTTTCTTCCCTTAATGTACGTTCATAGAGTGAATGCAAGCACTCTTCGATTGAGTTCAGTTGCAGATTGATGCCGCTTGAATTACCTGCTGTCGCCTTGATGCGCCCTTTTCGGGCAAGCCACTCGTCGGGAACGGATTGTAGCTGTGTGGAAAACGAAGAGGATGTGCCGTTACAGGTGATACGACAGCGGATTACGCATAGTCCGTCTTCATTGGTCTTGCTTCTATCTATGTAGAATAGTATGGCAAATGTACTTTTCATTGTTCTGCGGTTTTAGTTGGTCAGTTGATAATGTGCGAGTTGTGGAAGTATTTTCTCTATGTCCAGAAAGACACGCTCGGGAGAAGTCTCCGCATACACTTGCGTGGTTTTGATTTGACTGTGTCCGAGCATTTTGGAAACGCTCTCAATGGACACGCCCTCCGACAGTGTCATCTGAGATGCGAAGGTATGCCGTGCCATGTGATAGGTCAGCGTTTTCTGAATACCGCAAAGCCGTGCTATCTTTTTGAGGTGTATGTTTACCGTGTCGCATCCGGGTATGGGCAGCAGATACCCCTTGGGCGGTTCGTGTCGGAAAGCCCTCGTGTGAATGCCCCGATAACGCTCGATAATGGCAGTGGCTTCGGGAAGTAGGGGGATGTGGCATACGTTGCCCGTCTTCATTCTCGGCTTGCGTATCCAAGTCATTCCCGCTTCGTGAAAGATGTGCTGCTCCGTCAAGTGATACACGTCGGTATAGGAAAGTCCCGTCAGGCAGGAGAAAAGGAACATGTCCCTCGACACTTTTTCATAGCCTTGCAGTTCGTCTTCTCCCAAGGCTGCGATACGGCTTACCTCCTCCCTCGTGATGTAACGTGGAGTACCCGCTTCCCAACGAATGGAATGGTTGATGAAGGGATAGGTGTCAATGATGTGCCGTTTATACAGGTATTTGAGCAAGGAAGCCAGCATGGAGAGATAACCAGCCGAAGTGTTGAGCTTGAATCCCTTTTCTTTGGCGAAGTAGTCCTCCAAGTCTTTGATAAAGGCGATGTCGGCTTTCTGCACGGGAATATCCTCCACACGGTAGCGATACCTGACGAAGTTTGCCAGATGCTTGTGAAAGAGCAACAGGCATTTTAGTCTGCGTTCGCTGCGGTCTATGCCCACACGCTCACGGAAGCGGTCGATATACTCGTCCGTATGATAAAGCAGTCCTTGTGACTCACTGTTCAGTCCGAATACAAGCTCCCGTACTCGCTCTGCCGTGATGGGAGCATCGGATTTACCCGAAAGAGACTCATAAACCTTGTGTATGCTCACTTGTAGGCGGTCAAGTTCCTTGTTTACCGATACGGCTTCGGCACTCTTGCCCAGCAGTCGGTTTTTGCGACTGTCCCACAAACGAGGAGTACACGAGCATTTGCAACTAAATTGTACCATAGAGCGTCCTGCGCTGATGCGTCCCATGATGGGACTTTTTCCGTTTTTGTCCTGCGTACCTCTCTTGAGGTAGAAAAGCAGCTTGAATTTTTCTTTTTCCATTGTTTTTTGCTTGCAAAATTACACTTCTTTGAGGAACTTTGAGCGATGCAAAACACTGATAATGAAAGAGAAAACACCGTTTTAGTTACCACTTTCAGCCGTCCTTTTCCTTTCATCGTTTGTCGAACGATTTGGTAACTGAACTCCCTCCTTTTCGCTCCCTTTTCTGCCTGTTTTCTATGATGCAACCCTAAGAAGAAACAAGCAATATCCGCTGTATTTCAGTCAGATATGACTTTTATGCCATTTTCTGCTTTCTACTCCCATACTTCCGCGTAGAAATTGGCGAGTTCCGGCACTTTGATAAAATAACGGAAACGCTCTTTCTGCACGACCTGGTTGGTTACGGAAAATTCAAAGTCCGTGCTTTTCTTCGCATAGACGGCCGCCCAGCCGTCAAAACAGGTAATCCCCTGCCGCTCCATTTCCTTCGGACGGAGATATTTGAAAAGGAGATAAAGTTCCGTCAGACTGTTGGAAATGGTCGTACCGGACAGGAAAGTGGCCCCCAAATCCCTGCCTGTGCGCTCCTGTATGGTACGGATGGCGAAAAGCATGTTCATGGCCTTCATGCTTCCTTCGGGGTTGCCCAGACCGGAAACTCTTGCATGGCGTGTATTGAACATCAGGTTCTTGAAATTGTGCGATTCGTCAACGAAGAGGTGGTCGATGCCCATTTGCCTGAAATCGGTCACGTCATCCGTCCGGTCTTTTATATCCTGTTCCAGCTTTTCAAGTTTGGCCTCAAGGTTCTCCTTTCTTCTTTCCAGCCCCTTCTTTATCCAGCCGCTCACTTCATTGCCCTGCTGCTCGAATACGGCGAGATTCTCTTCGATGCTGTCTATTTCCTGCGTATATATTTCCTGCTGTATTTCGGGAGACTGGGGTATTTTTCCGAACTGGTCGTGTGTCAGGATGATACAGTCCCAGTTATTGTTCTTGATGTCATGGAATATTCCGACACGTTTCTCCGGTGTAAAGTCCTCCTTGCCCGGATACAGCACTCTGGCGTTCGGATAGGCTCTCTTGAACGTGTCGGCTATGTCATGCACATTGCTTTTGAGTCCGATAATCATCGGCTTGTTCGCCAGTCCGAGACGTTTCATCTCAAAGGCGGCTATGCACATGATGAGGGTCTTGCCCGTACCCACCTCGTGGTCGATTATGCCACCCCCGTTCATCTTCAGCATCCATACGGCATTTTTCTGGCTGTTGTACAAGTCCGGTATGTCCAGTCCTTTCAGGTCAAGGAACGGGAAACTTTGCAGGGAACCGTCATAATCGGGACGTACATAGCAGTTGAACTTGCGGTTGTACATGTCCGCAAGGTGTTGTTTAAATTCGGGTAGCTGCTCGTTCAGCCAGCCTGTGAAAGCCGACCGTATTTCATTGATTTTGGCATCGGCAAGCTGGATGGCCTCGGCATCACGTACCTTTATATCATTGCCTTCTTCATCCTGCACGGTCTTGGTTATGTCGGGCACCGTGTTGTGCAGCGCATGCTTCAGCAGGTCGTTTCCGTAGTAGCTTCTTTTCTCTCCTTTCACATAATATTTATCAGTGATGTTTGCGTTCGTTTCTTCAAAACTCACACTGAACTCGTCAATGGATTCCGTATAGTGGATATGGGCTTTTGCCTCAAAGAGGTATCCGGCAAACTCTTCATATACGGACACGGGTATCCACCTTTCTCCCAGATTAAAATCAAGCAGTTCGAAACTGATCGGCTCCGGAATGGCTTTCTGCAAGGCTTCCAATGATTTCTTGCTTGCGTCGTCATCGGGATAGTCTTTCAGGTAGTTCTCTATCCATTCTACTTTGGTCACCACATTGCCCGCTATGAAACGGTCTTTGATTTCATAGTTCTTCATCATGGGATTGTAGAAGATACGGTTGTCCAGTTGTGTGAGCAGTTCCTGCCTGCCTGTTTCACTGAGATTTTCCATATATTCCAGATTGACTTCCCCGAACTTGTTCAGGGATGCCGCAAGCGCTTCCTGCGGTGTATCCACATGTGTCACTTCATTGGCATTGAACGATACGGGAACAGAGAATATATCCGCCTTCTGTATCTTGCCGTTAACGGAACGTTCCAATGAAAGTATTTCCCGTCCTCCGGCATCCATCAGCAGGAACTTGGCATTGTCCTTTCCGTTCAATTCCCTGAACATGCGGTAAAAACTGTCATACCGCTTGACCAGTTCTTCCCGTAGTTCCGGCTGTTCCGTTTCCGTTTCGGCTTCCTTATTGTAGAGATTGTGGTAGGCTTCACGGAGCGGGATATAGTAGGCGGCCCGGTATTGTTGGGTGACTGTCAGTTTAAGCGGATGGAATTGTACTTCGGGAGTACCCACCCCTCTTAAATATCCGTATTGCTCACCCGATTTCACGATGGAACCGTTCTTGTATTCGGGACGTGTCTCTCCGGTAAACGGTCGTGGTTCCATTTCTTTCTTCCGCTCTTCCTCGAATTTTTGTCTGCGCTCCTGCCATTTTGCTTCCGCTGCCGCCCGTTCCCCGGTCATGTCTTCCTGCGTGGCGGCTTCATCGTACATGTTCTCTTGGGAGAAGAGGTTGAACATTTCCGGTTCATCCCCTTTCTTTTTGCGGGATGCCGACGGTACCCGGCTTGGTGAAGGTCTGCTTTCTACCGCTTGCACCTCCGCTTGCTCTTCATCCGCATAGGCGGCAAACAGGTTGAGCATGGGTTCATAGGGCTGTGCGGGGCTTTCTTCCTGTACCTCCTGCCGTTCTGTCTCTCCTGCTGTTTCCAATAGTGTCTCAAACTCTGTTTTGAGGATGGTGGAACCGTTTGAACGGGATAGATTGTCATCATAAAGTTTCCGGTCAAGATGGTTCTCCACATCTTGCGCCAATAACTGCCTGAGATGTTCGGAAATGGCGCCGACACCTCCTTCATGAATAAAATTCATGGCCGGTTGTCCGTACATGTTTTTACCCATAGATACGGAAGTATGGACGATATGGTTTAAATCGGCATAGCTGTTGTTGATATTGATGCTGCCCGATATAAGACGGGTTTCAATAAAGTTCCGTTCCTTTTCGGTCAGTTCCGATTTTCGGGTATTCTTCTGCAATACGATCAAATCACTGCTCACTTCCGTACCCGCATCAACAAACAGGTTGTCCGGCAGACGTATGGCTGAAACAAGATTGGCATGGTTCACCAGCCATTCCCTGACGGGACGGTTCTGTGGCGAGTCCATGACGCCCGAAGTCGTGATATAGGCCAGTATTCCGCCTTCGTGTAACGTGTCCATACCTTTGAGAAAGAAATAGTTGTGTACGGCGGCAAGTGAGGATTTACGCACGACGTCTTCGCTCCGGTCAAAATCCCGGTCATAAACTCTGGTATTTCCAAACGGGATATTGGATGAAGCCATATCGAAGTAGTTGTTATAATAGGGCTGTATGGACTGGAAACCGTCTATGGTCACCCTGCTTTCCGGATAGAGGGATGAGAGGATTTTTCCCGTGAGCTTGTCTTTCTCGAAACAATGGATTTCGGGAACATCCTTCAAGCCGCTGATAAACATGCCCGTTCCGGCAGAAGGGTCAAGAAAACGTCCCGGACGGATTCCCGGTACCTGCAAGGATTCCTGCATGGCCGTTACCACCGGTTCCGGTGTGTAAAAGGCTGTGAGAGCGGAGTTTTTAAGGCTTTGGACGTATGCCTTGTATTCTTTCCCGTCTTTGGAATACTCACGCAACAGTTCATGCAGCAGTCGGACTTGGGGAAACAGTTCCCTGTCTGTCGTTCATCTTTCAATGTCCGTGTCTTTTTCCGCCGGATTCAGGATGCACTTCAATCCCCCGAAACCCGAATAACCGTTCAAAACTTTGCGTCCCTCTTCCGTGAGACAAAACTCCGGGCGCATGAATATCAATTCAAGTGCGGCTATGTTGTCCGCCAAATGTTGTCGTTTGTTATATGCCATATTGTTCTATATAAAATTGTATGAAACCTGTAAGTTCAACGGTAAGTGTATGATAGGACGGGGATGATTCAAACCGGTCGTCTATGGGATATTTGCTGAATACTGTTTCTGCGGGCGACAATACTTTCAGGCAGAAACCCGCCCGTTTTTCGGGCCGCACTTCGGGAAATCACTCCGACACGACCTCGAAAACCGTATCGAATTTGGAAAAGCGCAAGTCCTGATAGAGAACGGCCTCGGCCAGTTGCAAAGCCTGCGTAACGGATAAGCCGTCATGTATGGCACGTTCGTAGCTGCCTGCCGCCTCGTCGGCCCGCGCCCGGACAAGTGCTTTGTCACCGGCAATATGCGGATGGCTTTCCTTTAAATAAAGAAGGAGAGTCGTCTCAAAATAGGACAATTCTCCGGTTGTGGTATTTTTATCTTGTATAATCATTTGTTTTCGCTTTAAAATGTTAATCGGATATTAAACATATACCCGGCCGCCATAAAAGAGAACCGGGTATATATCTGATGTAAACATGAATAATCCGCCTGTTACATGACTGAAAGGCTCTTTTTTGACTGGGCCTTTACAGACGCCACATGGCGGGGTGCCTGCTGTTTCCCCTCTTTTTTCTTGTCGTTCTTCCTACCCTCAATGGTGGGCTTGTATTCACGGGCGTTACGTCCTATCAGCAGTTGGTTGCTCTTGTTGCTGAAACGTACATCATCGGAAAATACCCTGCCTTTGTAGCGCATATTCTCAACGAACACCATTTCATGGTTCTGGAGCATCTTCTTCTGTTCAGGTGTGATTTTGGCACCCATGATAGTGTCGTTGACCTTCAGTTGTTCACCGGACTGCTTGAATGCGATGTCCATTATTCTCGGATCGACGAAAGCAACCCCGGAAAGCAGCGTATCGTTTTTGCGCTGTATGTCGTTGATGGGAAGCTGGCCTCCTGACGCAAGGATTTGCTTCTGTTTGTCATCCAGCCTTTTCCCGTAGATATAATCGGGTATCTTGATGGCATCCACCGGCATGGTTATGATACGGTTGCTCGGTTCATGGAAAGATACATAACAGTTACAAACTGTTCCCGTATGGGTATCCTTCATCTCCTTGACTGCCCCCAAAGTTCCGGTGTCTTTGAGCGACTGCTTTTCCTCGTCCGTGAATACTCCTTTATAGGCCGGAAGGTCATACTGCGGTTTGTCGAGCCTGCTTAAAGTTTTCAGTTGCACTTTGCCGTCCTCCCCTTTGACACAGAGGAAACAGGCTTCCCCCATATCCTTCTTTTCACCGTTCACTTCCTTGCTGATGGGAAAAGCCATTGAGGTAATCCTTCCTTTCAGCATCTCACCCATGCAATGGTTATCGAACAAGAGTTGCTTGTCAACTCCCAATGCGGCGAGTTCTTTCCACGGAAGCTGGTGTTCGTCGAACTTATACCGGCGGGCGAGTTTGGCGATACGACCTTCATCGTTGAGTTCGCTGTTCTCCACCAGTTTTTTGCCTTCCACTCCGGGGTCTTCCCCTTTTCGGATCTGGACAACGGCGTTCAACGTCTTGTCCAATGCTGCGAGAGGAATAAGGAAAAAACTGAAACTCGTGGGATTTTCGTACTGGTTTTTGAAATTGGTGAAGAATAGTTCCAGCGGTGAGGTACGGTCCAATTTGAGGAAACTGCTGCTGTTCTTCTTGTCGGGTGATACGATTTCGAGACTGCCGTCCTGCTCGTTCATTTTGGAAACGACTGCGGTCTTGTTCGTTCGCTTGTCAAGGATGGCCATTACATGCTCGTCCTGACTCTGTTCTTGTTGTTCTTGCTTTTTCTTAGCCATAAAATCAATAATTTAAGTGATACAATAATTAATCAATACCGGGTAAACTTTAGCCCGTCGGTGCGAATGTAGAACATTTAAAAACAAGTTATTACGAATGAATAAAGGTCAGGAATGGTTGGCGGTGTCTGGCGGGAAATGGCGTGGTGCGGTAAAAAAAGAAAGAGAGTCCCCGGGAATAGGAACTCTCTTTCTGTCTCAATTTCTTTTCATGCTATATGGAAGACTCCACCTTTCCGTCATCTATGGTAGATTGCATTGCATCCTCTTTCCGCTTCTTATCCTTTTCTTTTTTCTTCTGCTGTTTTTTTATTTCCAGTTCTTTCAGAATTTGTTTCAATGGTTTCACCACTTCGGGAGTGTCCTTCTTGAAATGTTTGAAATAGATTTCTTCAATAAACTGTGGTAGCGGAGTTTTCCACGGTTCCTGCTTGTGGTTGTCAATCTTTCCCAATTTGTCAGGATTCAATCCGAGTTCTCGTGCCATTTGTACATGGGCATCCGATAAACGGTGCCTCTTCTGGGCTATTATCCATTTTTCTATTTGAGATTTATTCATTGCCATAGCTGTAATGCTGTTTATTATTCCTTATACTTCTCCCAATAGGGAAATAACCTTTCTTTTATCAGACTGACCGACGTTTCAAAATCCGGTTCCGTCTTCCCGATTTTCTTTATGAAACTTTTCCATAACATTTGAAACCGGGGATTCTTGGGAAAATCATCCCTAAACAAGGGATGGTTCCCTTCATATACGGTTCCTCTGTTTTTCAAGGTGGCGTGGATTGCTTTCTCCAGCATGTCGCTATCCAGTGTATTATTATATAACAAGGTATAGAGGTCATAGAAATCCTTCATGCGGCTGTTGTTTTCCGACAGTTCAATCATCGCCTGAAATTTCTCTGCCACTACCGTTTCCAGTGAGTAAGCCATGATACTGACGGCGGGCAGTCCGTCCAGCAACAGAGGATATTCCAGTTCCTGCGGTTCGGGAGTGATAACGTCACCGAAACCAATGTCCATAGCTATTTTCTGACGGGCTGTATCCAACTGCGCCGTTACATGCAGTCGTATGCCTTTATATACACGGTTTTCATTGATTTCTTCCGTTTCGATACTATCCGTATCAAAGACGGTTCCGTCTTCCTTGCAGGGTATGCCGCATATTTCGGAAAAAGCCTCTTCAATAATCTTTTTGTCGTTGTTGATGCTGCTCCCGAGAAAGTCTATATCGAGTGTAGGTCGTGCCTTCAACTGTTCATGGGCATAGAGTAATGCACCTCCTTTCAGGTAAAAGCGGTTCTTGTACTTGCTCTGTGCAAGACGGTATAGAAGACGCTCCTGTACATAGCGTATCAGTAGCGGTTGATAAGGCAGTCCTTCCGCTTTCGACAGATTCAGGAGCTTCGCCTTTACGGACTTGCCGTAGTCTTTCGATTCTTTTGTCATAGTTGGATTTCCAGATATTTGTTGAGTATTCCGGCTATCCGCATGGACTTGGCATAAGCGGCCAGCCGGGTTATATTACGCTCCTTGCGTGACAGGTAGTTTTTCAATATCTCGGAACTCACGTCAATTCCGATTTTATTCCGGTAACGGATGGCATCACATACCGATTTCTCCATGTCGTAAATAGGTATTTCAAAACCGTCTATCTGCTGACGGACAATGCCTACGCCATAGATGGAACGATCCCAATAATTGAGTATGATGGGCGGGTAGTCGGGCAACGTTATCTTTTGTTTTCTCGGTATGGCAACATAGAAACCTTGCGGTATCTGTGTAGTCAGTCCGTAGTGTGCCCATGCGGAGTAAAGGCACAACACCCCATCGGGTACTATCTTTTCAAGGTCAATCATGGTTTCCGCCATTGCATCCTCCATGCAGTACACGCCCGGTTTCAGACGGATTATCTCACCCGATTTCACGGCTTCCAGCAGCCGGTAATACAGGTAACGGTTGCTGATAATCTCCTTACGGGTGATATATCCTCCATGTTGCTCTATCAGAAGTCTCAATTTATCATCCATATTATTCTTGTCTTATGTGTACAAATATACGGCATTTATTTCTAAGTGCCGTAGTTTTGTACATATTTTCTTTTGAAGAAAGGATGTGAGTAGGGGTATGATTAGTTTGATCAGACTTCTCCGAGTGCCTATTCAGATGTATGAGAAATATATAAAAGTCAATGTTTATTCGCGATATAATATCAAAAATCACAATATAGTTTATCTTTTATAATAAAGATTGCTATATTTGCACTTAATGGATTTTAACGTAACCAATAATAGAATGGATGTTCAAAATTAAATAAATGTAGAAAAATGGGAGAGCCTGTTACTGTGGACGAATTTATAAGTCGGCATAAGGCCGACTTGCAACAAGCTGGTTTTGATGATCAGTTTGCTAGTTTTGTATATTTTCTTCTGAGCATAGATGGTGGTGATGAAATAGTTTATGAAAAAGAAGATGATATTGTAGTTCATCGTATCGATGGTTGTAGATGGCTTATACAAGTTAAGCATTCTGTAGATAAAGATACTAAAATGACTGATGCTGATTCAGATTTTTGGAAAACAATTGATAATTGGCTCTCTCTTTATAACTTTTGTAATACAGATAAGGATAAATGTGATTTTCTGAGGATGGGTAATCGTTTTATCATTTATACCAATAAAATTGTAGCTAACGCTTTTGCTAAACAAATTTTAGAATTAAGGAGTGGAGATATTGGTAGTGTACGACCTTTTTTGCAAAATATTGAAAAAACAGTATCGTATTATTCAGTGGTGAAAAGTCTTTTAGCTCTAAAGGAAGTTGAATTACGAAAATTTTTAATGAGAATTGAAATTCTAGAATCAGGGGATCCTTTAGAAAACTTATATAATATTTTCCTTCAAAAATTTCAGAACCCGACCAAAGCTGATCTGATTGTCAATGAACTATTGGGCAAGATGTTGCAAGAAAAGAAACGAGCAGCAGATAGTCGAGTAGAATTAAAATATTTGAAAGAGGATTTTTTGATTGCCAACAAGGGGATTTTGAATAAAGTTGGTGATGAAAGTTTATCTGCATTACCTTATGATGAAAATACAATTCTTCTTCCTGATGATATAAAACAATGGCCAATGGTTCGTCAAATGGAGAAAGTCCAAGTTATAGATATGAATAATCCAGAAGATGGAAGATTAGTGACGTATTATGGTTTTTGGTATTGTTGTGAAAATTCAAAACAATATTATTATTCAACTCAATTGATGACTCCTGAATTAGAACATTCCATAGATGATAGAGCTATTTCTTATTGGAGAATTTCGCATAATAAACATCATCAGAAGGTACACCCTAATTCAAATGATGAAACCAAAAATGATGCGGGAGCTAATTGTTTTTATGAAATGATGGAAAAAGAAATAGGCGAAGGATTGCGAAAACTGCAAGTTCCCTTTTCTTCGGGTTGGTTTTTAAATTTATCTAATCAACCAAATTCAAAACTACACTGGCATTGTGATTGGAAAAATGAATAGTTATGAACAAGTCTGCATATTATTTATATAATAATGTCGCTATTACTGTGGGAGCTATAGTTGCTATGCTAAAGTCTGCACAAAGTATAGAATTGGCTAGAGTTGCTTTATTTTTGCCTCTATTGCTAGATGACAATATTGTAAGAAAGATTAACGAAAAAGATGAGTACAGTTTTGATAATATTGTATCGCTAAATGTATTAAATATAAGTAACTTTAACGAGCGGTATCGTGACATATTACCTCTATTGATGGATGCAATCTCTATATTATTAGATATGGAAATTATAGTTCTCAGAGGAGTGTTTATTGTAAATCGAAAGTTGGACACTTGTTCTTCTATCATTGATGAATGTGATAGCATGAGATTGCAGGCTATTGCAATAGCGGCCGATCAATTGATGAAAGTAACACAAAATATAGATTTATCAAATATGTATTTTAAACTAAATGTTGAGTTATGAAATTTCATATTAAAAAATTGTATATATGGTTTGGACGAGACATAAAACCTCGTACACTCGAATTTGATAATAATAAGGTTAATGTTATAACTGGCAGTTCATCAACTGGTAAAAGTAATATCTATTCTATTATAGACTATTGTCTTTTATCGGGTAATGTGAATATTGTATATCCAGTTATTAATGAGAATGCCGAGTGGTATGGACTGGAATTTTCAGTAAATAATAAATTCTTTGCAATAGCCCGAAAAAAACCAACAGTAGAGATAATCCCCCCCGATGTGTTTATTCAAAATGAAGCATTTATGGCTGATTATTATCCTTCAAATACTAATGCTCATGTAAATGATGCCCGTGTATTATTAAATAAAGCATTTGGATACCATAGCAATCAGGGAATGTTATTTCGCACATGTTTTGTATTTAATGCATTAACAGAGAGTATAATTACTTCGCCTTATGATTTTTTAAACTTCAAATTTTATGGTGATGAAAAGTATGATTTGAAAGAAGAGCGAAGTAACCTATTGCAATCTGTATTAACTCCTAATATGGAAGAATATGCAAATGTAAAAATGGAATTAGACAATTTGCAGGTGAAGAAAAAAAAAGCAGAGAATTATCAATCACAGGTGATGAATGCAGATGGAAATTTCTTTAATTTACTTAACGACCTAATTCAAAAATGTGTGGATGCAAATCTATGTGATAAATCTATTTTACAGGAAGACTCTGATTTAAAAATGGAATTAATTGAAGAGTTATTCAAAGAGGCATCTCCTGATGCACAACGAACGTCACAATTGGATATGGAACTTAAAGAATTGCAACGAAAACATTCTGAGAAATCCATTCAATTAAGCAATGTGAAGCGTGCCCAAGAGGAATACCAAGGATACTACCAAACACTTGATCAAATGGAGGATAGTTTAAAACCTATAACTTTCATTGAACAGCATTTGGATACGATTGGTACTAATATGTGGACTACACATATTAGTAGTGCTTTAAAGAAGTCCCTTTTGCAAGTTGCTGAAAAAAAGAAAAGAAATCAGCAACATCCACTAGTAAGTTTAAAGTTGATAAATTCATTAGAAAAACAGATTGCTGATATTGATGCTCAAATTGGAGAAATAACCAAACAGAAAGGAGCTTTATATAAACAGGTTAAAGCTTTGAAAGTTATTGGTCAGATAGAAGCTAGTATTAATCAGTTGCGCGAATATAAAAATAAAAAAGATAAAAAAGATAGGAAACCAGAGAAGATATTCACCCCAGAGGAAAACTCACGTTTAAACGTTCTTGAACAAAAACTGGAGTCTCTTAATCAGAAAAAGGTACTAATTATTGAAAATTTAAATCAATGCATTCAAACTATTTATGATGGCCTTAGTTATATGGAACATTACAATAACTGCTATACTAAATATAGTTTGAAGCAAGAACGTCTAATGCTTAATGATGGTAAATCAATTATCAATTATGATGTAATTGGTAGTCAGTCAAATTATATGTTTCTTCATTTATGCTTTTTCCTAGGACTCCATCGTTATTTTTTTGAGAATACTCCATCACAAATAGGACAATTTTTATTTATTGATCAGCCTAGTATTCCATATTATGCAGGTTCTGAAAACGTAAAAACCACAGATAAAGATAAATTGCTTGATGCTTTTAAAACTATAAATGCTTTTATGCATTATGTGATTAAAGATAAGAAAGAAGAGTTTCAAATTATTTTAATTGAACATGCACCGGAATCTTATTGGACAGGCAAAAATATGCTTGAGTATTTTACAACTAAGGCTACCTTTACAGATGGTAATGCACTAATTCCTAAATATATATTAGAAAAGAAATAGAAGTATGAAGCTAAAAATTGGAAATATAGCAAAAATGATAGTCCATATGGTGGGCAATAAAGAACGTGAAGAAGGTGTATCTTTTTCAAAAGTAGAATTAAATTTTCAAGCAGCAGAAAAAGATTTTACAGATATGATTTCTAAGTCATTTAAACTGGAAAATTTATGTGAATTCTATTTTGAAAGCACACTTGAGCTTAATCCTATCTATACCTTTATACGAACAATTTTTAAAAATCCGAATCGTTTTATAGAACAATCTAATTTTATTGCTAAAATATTGTATGAAAAAAGTGCACATCCCAAAATTAAAGCAGGAGAATTATCAATTGTATATTTAACGAATTGCGAGATTGATAGTAGAAAAACGGATGCTATTGTTTTATTCAAATCGGAAAATAAACAAACTGTGATGAAATATAACCGTACAGATGACGGCTTTTCAGTACAAAAATCTGATGTTATTAGTCTTTCCAAGATAGAAAAAGGGTGCTTGATTTTAAATACAGAAGAAGATTCGGGTTATAAGATAGCAATCGTAGATAAAATAAGTAAAGGGCAAGAGTCTAAATATTGGAAAGATGAATTTCTGCATGTACGTTATTGCCAAAGCTCTTATCATCAAACATCGAGTTTAATAAATATTTGTAGTTCATTTATCAAAGAAAAATGTAAAGATTCTGATAAATTAAATAAGGCTTTTACTATTGCTCGCGCTAAGAAAATTTTGTCGGAATCGGAAAAAGTTACACTTCAAGAATTTGCTCAAGAAGTGTTTCCTGAAGGATCTAAAGCAAAAGATTTTATCTCTTATGCTGTTGTTCAACAATCTGATGAAGTGCCTATTGATGCATCTAATCCTATTACTATAGAACCTCGTGTCGCTAAGCGTAAATCTTCGTTTCCTCCGACAACTTTGCACCTTGATTCAAATTTTGACATCAATGTATATGGTGGAAAAGAGTATTTAATACATGGATTTGATGAAGCGGCAGGCATGAGTTATTATACTTGCTATTATAATGAAGAAAGATGATCTAATTTATCTCTTTGTATTTGATGATGGGAACTTATTTAAGGGATAACTTTTTGCGGCAATCTCGGAAGCTACACAAGTTTCGCTTACTTAGATTGCCGCAATGCGCATTAGATAACATACTATTATTATGACAAATGGCTATGTCTATGCTTATATGTTTTCATTGCCTCCTAATAGATATTTGAGTTCCGGATCATTCTCTATGCGGATTAGCTCATTCTCTACAAGTTTCACAATATCCTGCTTGATTTGCCGGTAGTTGGCCTGTATTTGTTGCTCCATTGTATCGTTACCATTCTCGTCCAGAAAACTGCTGATTTCAGGAATGGGCTGATAAGCGGCTGTTTCCTTCTGTACCGCATCATTATCCACTACTATCTGCGCATGGAAAATCTTCTGGTCTATCGTTTCTCCGAAATTGTCCGTTACGGCACCGACAAACATACCTTGTGAGAGTGTGCTGATTTTGGATGCGGGTATCAGGCTGTCCAATTGCGTGCTGATGGAAGTGGACGTATCGTTACGGTTGATGCTCATGGACTCCCGTTTTTGCAGGATTTTTCCAAATCGTTCTGATAATGTTTTAGCTGTTTCACCTACCACTTGACCGCTAAAAACATTGCCCACAGTTGACATGATAACGGCAGCCTCCTTGTCTCCGTAATCGCGCTTTAACTGGCTGAAATCCTGAAAGCCTAACACAACCGCCACTTTGTTGCTTCGTGCCGTGGCAATCAGATTGTCCAAACCTTTAAAGAAAATCGTGGGTAATTCGTCAATAATCACACAACTTTTAAGTTGCTTCTTCTTGTTTATTAATTTTACGATTCTTGAATTATACAGACCTAAAGCTGCCCCGTAAATAGAAATTCTATCAGGATTGTTGCCCACACATAACACTTTCGGTTCTTTGGGATTATTAATATCCAACGTAAAGTCACTGCCGGACATTACCCAATAGAGTTGCGGGCTTATCAGTCGGGAAAGCGGGATTTTGGCGGATGCAATCTGTCCCATTAATTGCTCACTGGCACCGCCTTTCCACGCATCAATAAACGGACTCAAATAGTTTTCAAGTTCGGGATAGCTTGTCAGAATGGTGAATACATCCTCGTACCTTTTGTTCAATAGTTCTATCGCATGTGGGAACGTGCAATACTTACCGTTTTCATACAACTTCAAAAACCATATTATCGCCGTAAACAAGACAATCGGAGATTCTACAAAGAAGTCTCCCTGCTTTTGCACCCACGACTTATTAAGGTTAAGCATGATGGTGTACGACGATTCGTAAGCGTCTGAAATATCCGTCATCAGTTCCGGTGCCAACGGGTTACAGCGATGGCTCTTGCGTGGGTTATCGAAATTTATCACGTAGAACTTGGGCGGTATCTTATAGCGGTGTCTGTACTTAATCAGGTGGTTATAAGCGATGACTGATAAATCGTCAAACTTGAAATCGTATATATAGAGCGCATAGGACTTCTCAATTGCCTGCTTTATATAATTGTTGACTACGGCATACGACTTACCGCTACCCGGCGTACCTAAAATCATACTGGCACGAAAAGGATTCACCACGTTTATCCAGCCTCTCCATTCCTTCCTCCTGTACCAGAATTTGGTTGGTAGGTTAATGGAATACTCGTTTTCCATAAGGCGGGTTTCCTGCATGAATGATTCATTCTCCGTATTGAAAACGTCTTCTAACAAACTATTTTTCAATAGACGGCTTATCCATAAACCGGATGCCAACAGACTAAAAAAGCCACTGACCAATGTTGTAGTATAAAGTACTGCACATACCCCGGATGATGCGTCTATGGACAGCAACCACCAGTTCAGGAAAAAGAGTATGGTGCCCATTATGGCCGCAATGATAATCTGCCTTCATGTGATTTCATGTTTCTTCACTCCTTTGTTGCCCATGCAGGACAGACCGAGGAAGAGGACACAAAACAGTTTGGTGTAAAGAAGGGATGAAAACAGTCCGGTGGTACGCTGGAAATTGGATAGTATCTTATCCACTATATCGAGCGTTCAGCCCATTTCGTGGAGCCAGCCGTAACAAAACCAATAGATGTGTATCGCCAAAAATAAAAAACTGATGGCCCGCATAAAGTCCGTGACTTTGGCAAGACCTCTTAAATCATCTTCATTCTGCATAATTGTAACTATTAAAATTAGACTTCTTGTTCTATACATTATTATATTATAACCTGCGCCTGCGCTTCTTCTTTTTCTTGCGCCCGAAACGGAAGGCCGGATCGATGTACTCGTGCGTATGGTCATCTTCCATGAGTACGGAGAAAATGTCAATGGTACCGAGTGCGGACGTATCAATCAGACTGCCGGACGGTTCACTCTGATAGTTGCCTTGATTTTCCTGTTTCCGGAGTTCCTCCCTATCCTGTCTTTCTTCCGCATCCGTTTCCCGTTCCTGCCGGGGCGTATCCTGCTCCGGTGGTGGTATCAGCCTTGTGCGGTCCGCATCCGGATTATTGAACAGTTCGTTGAATACATTGGCTGAAAAGGCTTTGCCCAGGCGTGAACCATTGAACACTGTCCGATTGGTATGGTCTATGAAAGTAATACCGTACAGGCGTCCTTCGGGATTGATACGGTAAACCACTTCTATATCCGCCTCTTTCAGCCTGCGGGCGAAATCTTCTTTCGTACTTATGGTCTGCATGGCTTTGACTATTTCCCGCCTTGCTCTTTCGGTAAGGTCATTCCTTTTGACCTTTTGGGCAGTGGCAGCAAACTTCTTTTGCAGAGCTTCATAGCCGAATACCTTACCGAACTTGCTGGATTTGAAAGGCGTTCCTACCTGCTGTTCGTCATCATCCAAAGCTCCGTACATGACACCGTGGTACTCCTTCCCGTCCACACTTCCCCTAACTTCATAAACGGTTACGTTATACAAGTTCAGAAGGGTGTTGTATTCGGCAAATGAATGGCAGTTGTAACATTCCAGCAAGGTACGGGCAGTATGTTTTACCTGCTTTTTCACGTCACCTTTCGGATAGTCCACTTTTTGCAGACTTACCAGTTCCCGCTCGCCATGTTCTCCAAGTGTGGGATGAAGCCCGTACTTCACTTCCATCTCACGACAGATATTCTGTGCCCGGATAGCCTCCCGGTTGTGGTCTATCTTTTCTCCCTTCTCGTTGATGCGTACCGAGACAATGTGCATGTGCTTGCGGTCTATGTCTTCGTGTAACCATACAATATAGGGCTGGTTCCCGTAACCGAACTTTTCCATGAACTCCTGCGCCAATACGGTCATTTGTTCTTTTGAAAGAATGTCTTTCGGGGATGGATTCAGGGAGATGTGGATAACCGGTTTCCTGACGTGCGAGTTGAGTGCGATATAAGGCTCGAAAGCCTGCATGCAGTTTTCAATCGGCACATTACCGGAAGTGTCCGCCGCAATTTTCGGATGTCACAATACCTTTGCCGTACCGTCGTCCACCTTTATCTTATTGTAGGCAATCACTCCATAGAATGAACTGCCCGATGTGATATTAGGTACCATGACGTTATTCTTTTTTAGTGAGATACTCCTTTTCGTACCGCTTTGTCAGTTCTATTATCTGTTTGCACAGTTCCTCCAGCTTGCGTGTTTCCTCCGCCAGTTTATAAAGAAATGCAAGCGATTTCTTCTCCCCATAAATGGTATGGATGGTCTTTACACATTGGTTGTAGTTGTTTCCTATCCTTCGGAACTGTTGATAGAAAGCAGTTAATTGGGCATAATATTCTTGCGCTTCCTTATCAATTTTCACTACCTTGAACTCTCAACCGAAGATGCGGGCAAAGATAAATTCAGCTTTGTTTTTCATGCCCGATTGCTCGAACATGGAGATAAACTTTTCGTTCTCTCCGTCATTGAGACAGAGGTAATAGCGGTGCGTGCGCGGGTCTGCCAGCACCTTGCGCCCTGCGGCGCCACGGATTCTTGTTTCATCTTTCATAACATGAATAATTTAGGAAGTTCGACTTAGGAGAACTGACACCCCCGAAAGAACTTTCGGGGCGAGACTTTCAGCGGGTGGAAATATTTTCAACCGCTGAAAGTACACCTCGCTATATGCTGACGCATATTAAAATCCGGCTGGGCCGGATTAAAGGTCTGAAGGGTTTGTTTTACGTTCTCTTTTCGAGAACGGGCTGCGCTCTCCCGGCGACAAAGGTAGATAGTTTTTTCTGTCCGTGCATCATGGCGTATCACGCCAACACCCGCCAATGAATGACTTTGGAACCGGGGGTACTTCATGACTGCTCTTTTTGAGGTTTATTTGTAACCGGATAGTTATTTAGCCACTTATCCGGATAGATAAAAAGATGGTTATCAAGATAACTATGCGGACGGTTTTCTATCCGAATAGCTTTTTGTCTGGATAGCCATTTGATTAAATAAGTTTTCAGATAAGCGTTCATAAGGTTATCTATCCGCTTATATGTCTATAGATATATAAAGATGTATAGACAAGCAAGTGGATATTCGGATAAATGGACAGGCAAATAGACTATTAGCTAAACACTTAGATAAACAACCGGATAGCTATGTGGCTACATAGCTGAATAGATAAATAGCTATATAATTGGATAGCTATGTAAGTATGTAGCTAAATAGACAAATAGCTTCATAGCTAAGTAGCTATATAGCTATAAAGCTAAACAGATAATGAAATGAATGAACGGATAAGTGGATAGGCGTCTATCCGCTAAACTATCAATAAATCAAATTATTCACTTAAATTAGGTAACAATGGAAAAGAGAAAGAAAACATTATTCGTTTCGTTCGCTACCCAGAAAGGTGGCGTGGGTAAATCAACATTCACCATTTATGCGGCATCGTGACTGCATTATGTGAAAGGACTGAATGTAGCTGTGGTAGATTGTGACTATCCGCAGCACTCAATCATCAAACAGAAAAAACGGGATATGGAAGTGGTAAAGACTGTTCCCGTTTATCAGAGTCTGCTTGTTGAACAGTCGGAACGGCTGGACAAGAGGGCTTATCCGGTTATCGGCAGTAACCCGGCAGACTGCATGGCGGACTGAAGGGCATTTGAAGACAAAACGGATACGCATTATGACGTGGTGCTGTTCGATCTGCCCGGAACTATGGGTAGCGACGGGGTTATCGCCGCAATCAGTGCGCTCGATTATCTGTTCGTACCGATAAAGGCAGACCGTCTCGTGCTGGAAAGCACGCTGAACTTTGCTACTACCATTAATGACCGCCTGATAAAGACCGGCTTGTCTTCTCTGAAAAGGCTGTGTCTGTTCTGGAACATGGTGGATCGAAGAGAACGCACGACATTGTATAACATCTACCAGCAGGGGTTCTCCCTGTTAGGGCTGGACTGCCTCCAAACACGTATTCCCGTGCGCAGTAACTTCACTAAAGACTTGTCTTCTACGGGTGGCCCCGTTTACCGGAGTACGCTATTTGCTCCCGATGCGGCATTCACCAGAGAGTGCGGCTTTGATATGTTCATGGATGAAGTCATGGGAATACTTAAAAACGAATAGTCATGGCAAAGAAAACAAACGGACAGAATCCGGTGGACGAAGCGTATCTGCGTAGTCTGATGGCAGGGGGGCCTTCGGAGCCTCCTTCATCTCCGGCCCCTTCCATTACCGGAGAGAGCGGCGGAAATAGAGCAACCGCTTTATCCGATGAAAAAGGAAAAGCGGATAACAATGTGAATGGAACAGTAAGGGATATTTCCGGTACGGATGATACCGACTGTTCGGAATTGGTTACGGATAAACCGTCACCGAAAACGATTCGCACCGCATTGGCCGACTTTATCCGTAAGTTCCTCACACCTTATAAATGCGAAGGCAGACAGGGGGTATATATAGACAAGGAACTGCACCAGAAAATATCCGTTATTGTAGGGATTGCCGGTAAACGGCAGTTGACGGTAGGCAACTATATAGATAATGTATTGAAAGAGCATTTCGAAAAACATGCGGATGAGGTGAAGACCTATCTCCAAAAGAGTTATAACAAAATATTTTAGGTTATGGATATACAATCAGGTTACTATGAAGCCGGAATAGTTCTGTTCTGGTTGCTGTTCGCTTATCTGTTCATGGACAAGTTCCTGTTCAGGGGCGGACTCGGCGAGATATGTTTCGGGAAGATGCGCCGCCGGATGGCAAAAGGTCTGCGGAGCATTGCCGGATGGTTCGATCCGACAAAAGAAGAACCGAAGAAAGGACGCAGGCGTACGAAAGGAAAAACGGAAAAGAAAGAAGTGCCGGCAGTGGCAGTGCCGGAAGCTGAAGAAAGGAACCACCCAACTGTAAAAGTGGAAATGAAGGACAAAGAAAAGGATGAAGTTAAGGAAAAGGCAAAAGGCAAGAACATGGAAAAGCCGCCCCAAAAACGGCCTGAAACGGACAGCCTTGTCGTTACAAAAAGCTATGGTACACGCCAACAGCCGCCAATAAACGCCACCGGTTCCGGGGCTATTGCAGGTAAGGAAAATGCCTCTACTTTTGCTGACAGAAACGAGGAAATAGTGCCACAGAAGGCTGTACAAGTGCCGCCTGAGCGCATCCCGGATTTGTTCCGGGACAAGCGTGTGGAAGAGTGGCGGGCTTCTGAGGCCGACAGTTCCGGCAGGCTTGAGGATGATAAGGGACAGACTGAAAACGGTGACGACGTGGATACGGACGAACTGAATGAGGAACTGGAAGATTTGAACTGTGCCCGTGAAGATTATCCGGGCGGTGCAGCCGGTATCGGGCCGGAAGAGATTGACCTGATTATCGACCTCTGCAATGGCAAGGATATTCCGACAGACAAACGATTGTCCCTTTTAAGGGCGATCCACCATATCAAGGATACGCAGATTGAACGCTCGATACTGGAAAGCATCAATGGCAGCGACAGCCGTATCAGCAAATTTCTGGATGAAGCCGAACATTTGAATGAGGCTACTCCGGACAGTGACTAACCAATAAAAAAAGGAGGTAACAATGGCAAGAGGTTATTTTGATACGGGTTGATGGCCCGTATCACTATAAGGAGAGAGATTCGGTAGAAAACCAACAACAAAACGTATCATCCATGTTTATGACGTATTTCGATTCAAGTTGACAAACGGCGGTTTTCCCCTTATGACGGGAAACGTATTAACTCCCAGAGAGACAATCATTCCATTAACTTATCCATAAAACGACAGCGGCAATGACAAACGGCTATTACGATTCGGGATGATTCGCATCCTGCTTTCAAAAGAAAATTAACAAGAATGTTTCACCACCAAATCATGTAACAATGCAAATGGCATATTATGACTCCGGCTGATTTCCGGCCGGAACTTACCCCCTGAATCAATAAACCATAAGCGGCTGCGGGCTGCCTATGGGGATAGTGAAAGGGGGTAGTCCGTGGCTTTTTTAATCACCTAAAAAATCACGGAAACAAATGAAAAAGAAAAGATTGATTATGATGCTGGCCGCTGTTGCGGCGGCAAGTGCGGCAATGGCGCAAGGAAACGGGCAGGCAGGTATCACCGAAGCGACACAACTCGTGACCGGATATTTCGATCCCGGCACAAAACTGATTTATGCAATCGGTGCTGTAATCGGCCTCGTCGGTGGAGTCAAGGTATATCAGAAGTTCAGTTCGGGCGACCCCGATACTTCCAAAACTGCCAGTTCGTGGTTCGGAGCCTGTATCTTTCTGATAGTCGCCGCCACCATTCTGAGGTCGTTCTTCCTCTAAAAACATAAAAAAGACAATAACTTATGGCTGATTTTGAAATAAATAAAGGGGTGGGCCGTGAAGTTGAGTTCAAGGGACTCCGGGCACAATACCTGTTTATTTTCGCTGCCGGCCTGCTTGCCGTATTCGTGATGTTTGTCATCATGTATATGGCGGGCGTCGGACAGTGAATTTGCATCGGTTTCGGAGTATCGGCGGCTACGATACTGGTATGGCTGACCTTTACGCTGAACCGTAAATACGGCAGCCACGGGCTGATGAAGCTGTTCGCGGCCCGGCAGCATCCCCGGAGAATCCTCTCACGAAAACGTATCACACGTCTGATCAACAAACAACAATCGTAAATTATGAGAAGTATATTAAAAGCATCCACACTGGAAAGCAAGTTTCCCATCATGGCGGTGGAACACGGCTGCATCGTCAGCAAGGACGCCGACATCACGGTCGCTTTCCGGGTCACACTGCCGGAAGTGTTTTCGGTATCATCCGCAGAATATGAGGCGATGCACGCCACATGAGCGAAGGCAATCAAGGTGTTGCCGAACTATTCAATCCTGCACAAACAGGATATTTTCATCACGGAGAAATACGAGTCGGACATCCGCCGGGACGAACTCAGCTTTCTCTCCCGCAGTTTTGAACGACACTTCAACGAACGTCCCTACCTGCACCACACCTGCTACCTGTTCCTCACCAAGACCACCAAAGAGCGTTCCCGGCAGCAAAGCAACTGGAACACGCTCTGCCGTGGTTTTCTGGTTCCGAAGGAGATAAGGGACAAGGAAACGGTGGAGCGTTTCATGGAAGCGGTGGGACAGTTTGAAAGTATCGTTAACGACAGCGGACTTATCAGGCTGAAACGGCTGACTACGGAAGAGATTACGGGAACGGAAAACGAACCGGGTGTTATCGAACGGTACCTTACGCTCTCGGCAGACGGAACGACCATGTTGCAGGACATGCAATTGAATCCGGACGAAATGCGTATCGGTGACAAGCGGCTCTGCCTGCATACACTTTCCGACCTCGATGACCTTCCGGGTAAAGTTAAGACGGACGAGCGGTACGAACGCCTCTCGACAGACCGCTCGGACTGCCGCCTGAGTTATGCCGCACCCGTAGGCGTGATGCTGCCCTGCGACCATATCTACAACCAGTGGATATTCATAGATGACAGCAACGAAAACCTTTCCCGTTTCGAGAAGGCGGCAAAGAACATGCAGTCGCTTTCCCGGTACAGCCGCAGCAACCAGATCAATAAGGAGTGGCTGGACGAATACCTGAATGAAGCGCATACCAATGGATTGCAGTCGGTGCGCTGCCATTGCAACATCATCGCATGGGCGGAAAACGGGGACGAACTCCGCAGGGTGAAGAACGATGTGGGAAGCGCACTGGCATTGATGGAATGTACTCCGCACCATAACACGACTGACCTTCCGGCTCTCTATTGGGCAGGCATACCGGGAAATGAAGCGGACTTTCCGGCCGAAGAGACGTTCTACACGTTTACCGGGCAGGCGCTCTGCTTCTTCACGGCCGAAACCTGTTACCGGAACTCGCTCTCTCCCTTCGGCATCCGCATGGTGGACAGGCTGACGGGAAAGCCCGTCTTCCTCGACATATCGGATTTACCCATGAAAAAAGGGGTGGTGACCAACAGAAACAAGTTCATACTCGGCCCCAGCGGCAGCGGGAAGAGTTTCTTTACCAACCATCTTGTGAGACAGTACTGGGAACAAGGGACGCATATCCTGCTGGTGGACACCGGAAATTCATATAAGGGACTCTGTGACCTGATACATCAGAAGACCGGAGGGGATGACGGGATTTATTTTACATACAAGGAAAATGATCCGATTTCTTTCAATCCGTTTTTCACCGAGGATTACCAGTATGACATCGAGAAGCGGGACAGTATCAAGACACTGATACTCACCCTGTGGAAACGGGAGGATGAACCGCCCCGACGTTCGGAAGAGGTGGCGCTCTCGAACGCAGTCAGCCTGTATATCGAAAAGATAAAGAAAAACCGGAAGATAAAGCCGAACTTCAACTCGTTCTATGACTTTGTAAGGAAGGACTACCGCAAAGTGCTGGCGGACAAGAATGTGCGGGAGAAGGACTTTGATGTGGACGGTTTTCTGAACGTGCTGGAACCTTATTATAAGAACGGTGAATACGGGTATCTGCTGAACTCGGACAAGGAACTGGATTTACTGAACAAACGGTTTATTGTATTCGAACTGGATGTTGTGAAAGATAATCCCATCCTCTTTCCGGTCGTCACGATTATCATCATGGAGACGTTCATCAACAAGATGCGCCGTTTGCAGGGTATCCGCAAGATGATACTGATTGAGGAAGCATGAAAGGCAATCGCCAAGGAAGGTATGGCATCCTACATAAAGTATCTCTTTAAAACGGTTAGAAAGTTTTACGGAGAGGCGGTTGTAGTTACACAAGAGGTCGATGATATTATCTCTTCCCCCGTTGTGAAAGAGACGATTATCAACAACAGCGATTGCAAAATACTGCTCGACCAGCGGAAGTATCAGAACAAGTTCGACCAGATACAGAATCTGCTCGGCTTGACGGACAAGGAACGTAGCCAGATACTTTCTATCAATCTTGCCAATGCAGCGAACCGCCTTTATAAAGAGGTCTGGATAGGGCTTGGCGGCACGCAGAGCGCGGTATATGCGACAGAAGTTTCGGGCGAGGAATATTTGTGCTACACCACCGAAGAAACTGAGAAACTGGAACTTACCCGCCTTACGGAAAAGCTGGGCGGAAACATCGAGTTAGCTATCAAACAACTTGCCGAAAGCAAGCGGCAGGAAAACAAGTAACCATTTTAATCCATAGATAACAATGAGTAAGAAAGATTTATTAAGCCAATGCAGGGAAGCACTCGGAGATGCGACCCTGACCAATCTGGATCTGCTGAACCTGATCGGGGAAATGAAGAAGGAACTGGAACACGACCGCATCTGCGGTCACTGAATGAACAAGGAAGGCGGCTCCACGCTGACAATCCGTAAATCCAACCATGTGACGGACGGATTCAAGGGATACAAGGCCACGCTGTTCGCCGGAGAAATGAGTTATACCGAAATCAATATCCCGCTCCGCAAAGGGGATGACCTTTTCCTGCACGGGAACAAGGATGCGGGATGTATCGGGTATTTCAGCGGAAGCGAGGTATTGCTGTTCGGCTGTTACGGGCTGTTTGCCCGTGATGACGACAGCCGGTATTTACTTACTAAAGAAAGGAGATAGACGCATGAAAAAGAGACTACTAATTCTATTCATGGCAATGCTTTCCCTTTCAGTGACAGTCAAGGCACAATGGGCAGTTTTCGACCCCAGCAACTTTGCGCAAAGTATCGTAAATTCTGCCAACGAAATCATAGAAACCTCCTCCACCGCTGAAAATATGATTAATAATTTCAAGGAAACGGTAAAGATTTATGAGCAGGGAAAGCGTTATTATGATGCGCTGAAATCGGTGCATGACCTTGTAAAAGGCGCCCGGAAAGTTCAACAGACTATCCTTCTAGTAGGTGACATCAGCGATATTTACGTGACCAATTTCAATACGATGATGGGCGACCCGAACTTCACCGTGGAAGAACTCTCGGCCATTGCTTTCGGGTATAACCGGCTGCTTGAAGAAAGCAGTAACCTGCTGCTGGACTTGAAGGAAGTGACTACGGCTACCGGACTCTCGATGACCGACAAGGAACGACTGGACATCATCAACCGGATATACGGCGAAGTGCTGGAATACAAGAACCTGACATGGTACTATACCCGAAAGAACATCGGCATATCATACCTGCGAAGCAAGAAAAAGGGGGATTCCCAGCGGGTGCTTGCCCTGTACGGGACACACGACCAGCGTTACTGGTAATCATTCATCCTTAAAAAACAGATAGACTATGGTATTACTATCAATAGACTGGACGAACCTGCATGAGTTGTTGCGTTCGCTTTACGATGAAATGATGCCGCTGTGCGAGGATATGGCCAGTGTGGCGAAGGGAGTGGCCGGTATCGGTGCCCTGTTCTACGTGGCCTACCGGGTATGGCAGTCCCTTTCAAGGGCGGAAGAGATAGACGTGTTCCCACTCTTCAGACCATTTGTGCTGGGCCTTTGCATCATGTTCTTCCCCACTATGGTATTGGGGACAATCAACGGGATTCTTTCCCCCGTATGCAGTGCCACTTCTTCACTGGTTGAACAGCAGACTTTCGACATGAAAAAGTATCAGGAAGAGAAGGACGAACTGGAACGTGAAGCGATGCTCCGTGACCCGGCAAAGGCTTTCCTTGTGAGTGATGAGGAATTTGACAAGAAGATAGACGAGCTTGGCTGGTCGCTGGGGGACATGGACACGATGATAAACATGTACGGGCAGAAGGCGGTGTATGACATGGGGGAAAAGGTGCGGCAATGGTTCCGCGAACTGTTGGAACTGTTCTTTCAGGCAGCCTCGCTGCTGATAGACACGCTGAGGACTTTCTTCCTGATTGTCTTGTCGATTTTGGGGCCTATTTCCTTTGCGCTGGCCGTCTATGACGGATTCCAGAGTACGCTCACCACATGGCTGTCACGCTATATCTGTATTTACTTATGGCTGCCCGTGGGCGACCTGTTCGGCGCTATCCTCTCACGCATACAGGTTCTGATGCTGCAGCAGGACATCAAACAGATGCAGGACCCGACATTCATACCGGACGCATCCAACAGTGTGTATTGTATATTCATGATTATCGGTATCATCGGTTATTTCTGCGTTCCCACGGTGTCTTCGTGGATTATCCAGGCAGGCGGTGCGGGAGCTTACGGGCAGAAGGCCAACGGTGCCGGGAAAATGGCCGGTAACGGTGCGGCGGCAGTCGGTGGAGCAGTCGGCGGATCGGTAGCCGGACGCATCAAGAAAATGTTCTAAAACGTATCACTTTAAAAACAGAAAAAAGACATGGAGTTCAAATCATTAAAAAACATCGAGACATCATTCCGGCAGCTACGGCTGTTCGGAATGGTATTCCTGGGAGTATGCGCACTGGTAACGGTCTTCGCTACCTGAAAGGCATACGAGTTTGCCGAGGCGCAGCGGCAGAAAATTTATGTGTTGGACAGCGGAAAGTCACTGATGCTGGCACTCTCGCAGGACGTGCAGCAGAACCGCCCCGTGGAAGCGAGGGAACATATCAGACGTTTCCACGAACTGTTTTTCACCCTGTCACCGGACAAGAGCGCCATTGAAAGCAACATCCAGCGTGCCCTTTACCTTTCGGATGAAAGCGCCATCGGTTACTACCGGAACTTGCAGGAGAAAGGCTACTTCAACCGGATGATAGCGGGAAACATCTCGCAGACGCTGACGGTGGACAGCATACAGGGGAATTTCAACAGTTATCCCTACGAGATGAAGACCTATAGCCGGCAGCACATCATCCGTTCGAGCAGCGTTACCGAAAGGTCGCTTGTCACCACCTGCCGTCTGAGGAATGTAACCCGGAGCGATAACAACCCGCAGGGCTTTCTGATAGAGAGTTTTACCATCATCGAAAACAGGGACATCGGACAGTATGAAAGATAACGGTATAAAAAAGGTCTTCCACTCGTTCAGAACGGAGAAAGACCGACATATAGCAAAACTCCGCAGACGGTGGCAACGGTTGAGCTACCGGCAGCAAAGGATTATCATCCTTTACCTGCTCGGACTCTTCGCCGCCATCGACCTTGCCTACATCGTGAGCGGTTTCTGCGGGACAGACAAATTTCCGATTGAGGTGCAGCATCTCCAAAGGATTGCGCTTCCCCAAACGGACAGTATCCAACCATTAAAAAACAATATATCCAATGACACAATCCGATAAAAAAGAAGAAAAGAATAAAGAAACGCAGAAAGCGGAACCTGCATCCGAAAAGGAGAAGAAGTTAAACCGCAAGGTTGCCGACAAGCTGAAATTCTATGGCGTAGTGACATTCCTCTCCCTGCTTTGCGCCGGGTTCATCTGGTTTATCTTCAAGCCGGACACGCCAGAAACGGTGGAAGGGACGGCAGGCATCAATACAACGATACCCGACGCTATCGCACCGGAGACAATGGCCGACAAACAGAAGGCTTACGAACTGGAAGAGATGAAGAAACGCAGGCAAGAAAAAGTGAGAACCTTGCAGGACATGGCAGGTGGCTATCTGACACCGGACACAACGGACGGGCTGAAACCGGAAGAAGATGTACCGAAAGCGGATGCTATCCGGGAGTCCAGAGAAAAACAGCGGCAGATTTCAAGGCAGATCACCTCGTTCTATCAGGAACCGAAGGAGAGTCCGAGGGTGGACGAACTGGAGCGGCAGGTAAAGGAGCTTAACGAAAAGCTGGAACATGAACGGAAAGGACAAGACCCGCTGGAACTGATGGAAAAATCGTATGAGATGGCGGCACGCTATTTCCCCGGACAGACGGGCGGACAGGTGAAGAACATACAGCCTGCGGGCGGTTCATCCGGCAATCCTGCCGCCATAGCCGCCGGACGTGCCGCGGAAAATGTGGTTTCGTCACTGGCCGCACCTCCGGCCTCCGACACGATACCCCGCAATTACGGTTTTGCCACTGCCGTGGGTGGCGGACAGCTTGCCGGAGCCAATACGATACGTGCCTGCGTGGCTGAAGACCAGACAGTGACCACCGGAGCATGACTGAAGTTCCGGTTGCTGGAACCGCTGCAAGTGGGCGGTGTGCTTGTACCTGCCAATACTCCGCTATATGGTACGGTGCGTATCGAAGGGCAGCGGATGGCAGTCACAGTAAACTCCATAGAGAGTGGCGGGAATATCCTGCCGGTGGAACTAACGGCTTACGATATGGACGGGCAGGCCGGACTTTTCGTTCCGAATACCGCAGAACGTACCGCCATGAAAGAAGCCGCCGCCAATATCGGGGGCAGTTTCGGAACAAGCATCTCGTTCGCACGCAGTGCCTCGCAACAACTCGTCATGGACGTGACAAGGGGCGTACTTGGCGGCGGATCACAATATCTGGCCACAAAGATGCGTGAGGTGAAGGTGGCTGTAAAGGCAAATTATCAACTTTTATTAATATCCAAAAAGCAGTAATCAGATGAAGACAAGAATTATTTTATCATTAGTCATGCTTTTAACCGTATTGTCGGTAAAGGCGCAGGAACCGGTGGAAACAAAGATTTTCCCCACCAACCAGATTATCTCACCGCATAAGATTGAGGTGACTTTTCAGAAAACCGTACATATCCTTTTCCCTTCCGAAGTGAAATATGTGGATTTGGGTTCGTTCGACATCATAGCGGACAAGGCCACGGGAGCGGAAAATGTGGTACGCATCAAGGCGGCGGTGAAAGGATTTGAAGGGGAAACGAACTTCTCCGTCATCACTGCCGACGGTTGTTTCTATTCTTTTAATGTGGTTTATAAGGACGAACCGGCGCAACTTTCCATTGAGATGGAAGACTGGCTCCGGGACAATCCCGAAGGCGGGATTGCGGGCGACCGCATGTTCGTGAAGCTGAAAGAACTCGGAGGGGAGACACCGCTGGTGGTGAACCGTATCATGTACACGCTGTATAAGAAGAACAAAAGGGACATCAGGCATATCGGTTGCAAGAAGTACGGCATACAGACACTGCTCAAAGGGCTTTATATCAACAATGACCTGCTGTACCTGCATACTTCCCTGCGCAACAGTTCGGACATATCGTTCGACATTGACTATATCCGTTTCAAAGTGGTGGACAAGAAAGTAGCCAAGCGCACGGCCATGCAGGAGAACTTCATAGAACCTGTAAGGACATACAACCGCCTGATAACGGTGGATGGGAAAGCCACGGTGCGGGGTATATTCGTGCTGCCTAAGCTCACCCTGCCGGATGACAAACTGCTCGTGGTGGAGGTTTACGAAAAGGGCGGTGCCCGTCACCAGTCGTTCCGCATAGAGAACACAGACCTTGTGGCGGCAAAACCAATCAGTGAACTGCATCTGAAATAATAACCTATATATAATATAATGTATATGCAAAGAATACTATTCATACTGACAGTTGCCGTATTGTCGCTCTTTGCGGGCGAAGCATACGCACAGCGTGACCTGCCGGGACAGACAGGCATACAGTTCACATCGGGCGGGGTGAATCATTTCCTTTCATGGAAGAGTGGCGGCGAACGCCACTACTTCACCTCGCTGGCCTTTACACATACCAACCGTAACCGTACCTACTGGCTGTATGGTCTGGATTATCAGATAAAAGAGTACACCTACGAAAATAAGGCAATACCCAAAGCGCAGTTCACGGGGGAACTCGGCTATTTTATTCCCGTATTGTCGGATAAGGGCCGGAATGTCTGTTTCCGTATCGGACTTTCCGCTCTGGGCGGCTTCGAGACGGTCAACTGGGGAACCTCCCTGCTTTCTGACGGGGCGGCAGTGACAAACGGGGACAGTTTTATTTATGGCGGGGGACTGACTGCGGCTTTCGATGTCTATCTGACAGACCGGATCATCTTCCTGCTGCAAGTCAAGGAAAGGGCGCTGTTCGGAACGGATGCGGGGAATTTCCATACGCAGGTAGGTCTGGGCGTCCGCTTTATCATCAACTAACCAAAAGAGAAAAGAGAAACAGAAAATGAAAAATGTATTATATATATGTATAGGCGCACTGCTTGCGGCGCTGGCCTTCAGTTCTTGTAACGATGAAATAGACATCCGGCAGGATTATGATTTCAGCCTCTCGTCATGGTATCTGCAAAAGCAGATCGCGACGGGTGAAACGGTGGAGATACGCTTTTATCTTGACCGTGAAGGGGACTATGAAAAGGCGGAGTATGAAATAGGTTACATTCAGATGGAAGGCAAGGGAGAAGTGTCCGACAGTGAAGGCATAAAACTTATGAACCGGGAAGTGAGGCCGCTGGCAGAGGTACCGGGACTGGATACGGAAAATCCGGTGAAGCAGGTATTCACTCTCTTTTACCGTTCGACAAGTGCCAAACGCTCGGAACTGAAATTCTTTGTCCGGGACAATTTCGGGCAGGAAAGGGAAATGACAGTAACATTTGACACGGAAAGCGGTACGACGGAAGAATAGCCGTTACCAATACCTATAAGTAAGAACGGCGGGGCATCCCGCCGTTTTTCATTCCATAAATTTGACTGTATGGCAGTAATTTGATTGATTTACCCACCCGGTGATTCAAATTAACTTTTTATATTTACCAACCGTTTTAAATTTATAAGCACATGAAAACAACACTCAGAATATTCCGTATCATCAGCAAGTTGTTGCTGTTGGTCTATGTCACAATAGTGAATTTTGTCTTTATTACGGTGTTTTACGCATTGCTACTTTCAATCTTGCGTCATATATGGCCGTCATACATACCGGGTCTGTTTGATGAGGGGGTGATTCCGTATTTAGTAAATACGTTACCGTACTATCTTTTGCTGTTATTCATCCTTTATTCCATTTCTCCGCTTAACGTGTGGATGCTACGCAGAAAAGAAGGGTACCGTCCTTTGAACAGTTCCGATCGCATGAGGCTGGAACGGTTACTTTCAGAAATGGGTATGAACCGGAAACTGAAACTTTATCATAACAATGACGCACGGGTAAATGCCGCCGCATTCGGTTTCAACACGATAGGATTGACGGGCGGAGTACTCGCCGCCGCCTCGGATGAGGAACTGAAGGGTGTCATTAGCCATGAAGTAGGACATATTTCCCATTACGACTTTGTCTATCAAGTGCTTTTATTCTCAATGGAGTCGTTCGGTTACCGCTGTCTTTATGGTATATTTCTTATTCCGGCTTTGATATTCGGGATAATTGGCAGCATGGTGTTTGCATTGGTTCCGGCTTTGGGTTTTGTGGGTGAACTTATAGCGAAGTTATGGTGGGCCGTTTATAAACTGCTTCATCGGATTATTTACGGCATCAGCCGGATAACTGACGTGAATATCAATAAATATGCCGAGTACCGTTGTGATGCCTATGCAGTGAAATATGGTTGCGGCGAAGGATTGCTTTCTTTCCTCCGCCGGTTGAAAAGGACGGAAGACGTTTACGGTGAACGTCCGACTTTTACCGAATATATCATGAGTACGCATCCGTCAACTGAAAAACGGATTGAACGGCTGGAGAAACTGTTGTGACCTGCGGCAAAGACATAGGTACCTATATCATTTTACGGATATTGGTATAGGGAATACCGGATGCACGCACCTGCCCGATTTCTTCGGAAAAGTCTTCATAATAACAGACGATATGACTGCCGGTAAGGGTATTGCTGAAAACCTCTTTTTCCGGAAGCATTTCTTTATTGTCCGCCTGCTTCTTCAGGTCGTCATACAAGGCACGATACACTTTGTCGGTATCTGCCGGAAAAGCTGTTCCCGGTATGATTGTCGAAAGGGTTATATCCGGGCATTTGTCCGCTTCACGCAGCATGACTATCGTGTCCGCACCTAATAATCCGATATAGGAATGTAGATTGCAGGTGAATGTGCGATAACCTTCATTGTAAAATGAAAGAATGATCCGGTAGAGTTCCATACGGATTTTATCTTCCCTGAATTGGTCGTATTTTGTTGTCTTTTCAATGGTACTGCCGGTAATGGCAACGCTCTTGTTGTACATCTTGCTATGATTTTTTGGTGGATACCTTGTCCGTAACTTCCTGCTATGTACCGAAAAAAGCACGGTACTTAACAAGTCTGAACACAGGCACGACCAAGCGCCTCGCAGGAGACGAGTTAAGCCCGTGCCATATATATACGACAAGGACTTCGCCCGTTTACCCTCCTGCTTTAAAATTGGTCGTTTCGTGTTCAGGAATAAACAGCTAAAAGCTATTATACTATATTGTCATTCAACTTTTTTAGTCTTATAACTATCTTTTTAAAATTCAACTGCGCAAAAATAGAAAAAAGCCGGGCAACCGCATAGGGATTGCCCGACTTTTTTCGGATGGGATTTGCAGGTGTGGGGTGTGGCAGGTCAGTCCACGGGTTCGCCGCCATAACAAAGACGGCAGATGTCCTTATGGATTTCACGCATGATGTTCAGTTTCATCCGTTCACTGATATGGCGGTTGTCGGAACGCATGAACAAACGGTTCTCTATCAGACTGCAAAATTTCGTGCCTTCTTTGCTTACCATACAGAGGATTTGATGTTCAAGGAAAAAATCCATATCGGTGGAATACTCCACATTCGGGGAAATTCTGATATATTTCATTGATTGATGTTTTTGAATGATAATTACGGTGGCGGTGTAGGTGGGGTCGCCCGGCCCTGCCCTCTGCTCTTTCGGGGGCGGGGAAAATATGTGCCGGATGATTGTTTCCGGCACATGACATAGTTATTCGCATACGAACAATTCATCTGCATTCTTTCCCGATAAACGGATAAGCCTATATTCATACCTATCGTATAGCTTATCAAATTCATCTTGATATTTTGAACGATATGTCCCTCCTTTAGTCATCAGTTGTTCGGGTAATTTCCCGTATTTATCTACAAGCTCCTTTTCTGCCAAAGAACACGCAAATTGTTTGATGGTATCAATGATTTCTTCTTTCTTCATCATGTTATAATCTTATAGTGTTAATTCTAAATCGGGTGAAATAATTGAAAGGTGAAATGCTTCACCTTTCAATTATGTAAATTCAAGCTGCCTTGTCATCATTGGGTAATGCAGGGGAAACATTTTGCTTTTCGTCTTTTTTGGCTGCCGCCTTTTCCGCTTTCTTCATCTCCTTTATCCTTTCGTCCAAACGTTCATGCCGTTTCTGATATTCTTCCTCGTGGGTGGCTTTGGCGAGTCCGTACTGGTCGGGGAAGTGCATGTTTGCGAAGTCCCGTAATAGTTTGGATGCGCTGTTATCCCCGTAAGCGTCCTCGCAAAGAAAATAGTTGATGAAGTCCCGTTTGATAACTGTTTTTTGTGCATCGGTCAGCTTGGCTACAATTTTCATCCGCTGTTTTTCATCCAATCGGATAGGCTGGTCTTTGATACCGCAAAGCGGATAATGCTTTCTTTGCAGCTTGGTCAGCATGATGAAATACATCATCCCGTCCTCGTACTGTGTAAAAGGGCTTTCGGGGTAGTCGTTTTCACGGACTACTTTCTTTGTATCGGCTACAATCTTTTCAACGGAAAGTTGTTTGAAACGTTTGTCCCTTTCCTGCAATGTCTCGACGGTGACGGGGGCGGTTTCCTTCTTGTTTATTTCTACATAGCAAAGTTCGGGTTCTGTCTGTCCCACCTTTACATAGGTCTTTATCCTGCCTTCCTCCTTCTTTCGGTTCAATTCTTCCACCTTTCGGGCGTATTCCTCGTTTTTCTGTTCAAAGGTCTGTACGGCTTGTTCGTACTCCTTCGGTTTGGAAAACTGTTCTTGTCTCGGTGCTTCGGGGGCTTTCGGAAAACTTTGTGCCGAAACGGTATAATTCAATTCTTTTATCTCGTGCCCTTTCTTGTCGAGTTTCTGAAGTGCCGTTTCGTTCATGCCACCGTAATAGGGTCGGGCTATCACCAACTTCGGGTCGGATTTCAACAGTTTCTCCGTTTCCTTTGCTACAAATGCGGCATTTTTGGTATCCAAACACTTGCGGTTGGTACAATGTCCGCACCCGTTATGCTCGGCAAAAAGGTTGTAATTGGCTGCGTTGTGTACACACGCCTTACATTCCGTCTTGTCGAACTTGTATTGTTCAAGGTCGGTGGTATAGTATTCTTCAAAATACTTCTTGAACAGTTTCAGCGTATAACCTGCCCAATTGTCCCTGCTGTCCTCTTTGAGATGTTTCTCGTAAACGTCCTTTTGGATATTAGGTTCATAGGTGCTTATCTCTTCGGCTACGCTGATAGTGATTGTTTCATTGTCCAACAGTTCACCGATAGGCTGATACAGTTCGTTCAGTTTCAGACGGGTATAGATATATTTCTCGCTTCGTCCGAAACGGCTGACAAGTGAATACATATCATACCTGCCCTTTTCAAGCAAGCGTTTGAAGGCTTTCGCTTCTTCGGTGGGGCGTACTTCCTCACGCTGCAAATTTTCACTCAGTGACATATCTTCCGCTTCATCATCTGTTATATTATTATAGATAGTTGCCTTTATCGTCTTTGCTCCTGCAAGCAGTGAGGCACGGTAACGGCGTTCTCCGTAAATGATTTCGTAACCTCCTGCCGTGTGTGGGCGTACTGCGATAGCCTGCAAAACGCCAACCTCCCGAATACTTTCCGCAAGTTCCCGCAAAGATGCGTCATTGAACGTCTTGCGGTGGTTGTCTGCGCTCGGATGCACGGTGGTAATATCAAGGTCAGTTTCGGCTGTGGCCGTTGCAAGCGGTGTTTTGAACGTGGCTTGCTGCGGTGCTTCTTCCGTTATGGTCGGAACGTTTGCCGTTTCGGGTGTTTCCGTCACTTCGGTAGCCGTGGGCACGTTCTGCGGTGAAAGTAATATTATCGGCTTTGGAATGATTGCCAAAGCGGTTACTTTTACTGCTGTCTCTTTCTCTGATTTCTGTACGTTGTTCTTCTGTACTTTTTTGTTCGTCTTCATAATGATAAGTTTTAAAATATTGATAATTAATTGAATAAATTTCCGCCTGAAAGGTATTCCCAATTATTGGCGTTGCTTTCTTCCGTGAAGTATTCCAAAGTTTGGGTACTCTCCATATCATCCCGACAAGCACGGAAAAAGCTGTCGAGACAATCGTTCATAAGGTCATCAAACGTGACATTCTCTGTGGGGGATTTCAAGAACTTATAAATCGGATCGAGAATGCAGTCATCTATGTAATAGCCCGTAAGGGGGCAACAAGTATCTACAAATATCCTGCTTTTTCGTCCTTTCATCCCGTGCCAAAAATATTTTTGGGTGTGTAGGTCATTCCAATGGTTGTTCATCAAATAGATTGCCAACCGCCAACCGCTTAGGCTGTCTATGCAGTCTTCCTGCCTGCTCCGGTAATCATAGCTATAATTACATGCGTCATATCTCCAATTACGGCACACAATGCCGAAGCGTTCACAAAAAGTGTCAAGGGTTTGGCGGTTCTCGTCCGTCCAACCGTAAAAGTATCGGTTGCATAACCATTCGTTATGCGCCTTTTCTTTGGCTTCTTCGGATAACTCGGTTATCTGATAGAGGGTATATGTTCTTGTTTCCGTTCTCATGTGTCATTACGTTTTTATGGGTTCTTTGATAGGTGGGCGGATTGCTCCGCCCTGCCGTTAATACTGTCATACACGAACGCACGTTGCAAGTGCTTCCCTTACTTTCGTTTCCTGCTTCTTGCTGTATATCCACCCTGCACGCCTTCCCCCATTGTAGGTGAGGTTCGCACGGAACAGACCGTTTAAGCCTTTCAAAACGTCCTTTATCGGCTTGGTGTCACCGAATACGGCTATCGCCTTTTCGCTGTATTCCACAATTTCAAGATTGAGGGCTGAAAGGTCTGCGGATGCTGTCGGCTGTTCTGCCGTGTCTGTTTGGTTTTGCGGTGTTTTCAAACAAATATTTGCTTCATCCCCTGCGGTGTATGCAAACCGTTCAAGGAACTTTTCAAGGCTGTAAATCGGCTCTTTATTAATCGTCCAACCACTGTACTTGTTCCTGCCTAAATACATGCCGTCCCCCATGCTGTAATTCTCACGGTGTTCGAAGTCTGCGTTATATTCCGCTAAATGGGACGTTCCTTCAAAATTGGCGGCACATTTGCGCATCTCTGCAAAGAGGTTGCGTGTATGTTTGGAGAAACCTAAAATGACGGTTCGTTCTGTCCGATAATCATAGTAATCGGTATAACTGTCGCACTCACTTACCCGTAATTCTCCGATAATAACGGCTTTTGCATCCGATGGAATAAGGGGGCGCAACCGTGCCGCACCGATTTTCGAGATACGTTCGTGTTCATCCCGTTCTTCCTTCGCTTTCCGTTCGTCTTCGGCTTTTTTCTCCTTCGCCTTAGTGAGTAAAGCAGCCGTTTCCAACGGATCTAAAAACGTCGGGTTCTCACTATCGTAATAGATGCCTATTCCGAACTTTTCAGATAACGGGCGGATAAGGTCGGATGTGTTGAAGTCGTAGGTTCTTGTATGTACAAGATGATAGGTAAATCCACGTTGGTTACGGGTGACGTCATAGACTACATAACTGCCACCTGCGTAGCCTTCCAACACAACAATCTGATTGACTGAAACGGTCTGAATGTCTCTGTCATAGCTTCTGTTAGCTCCTAATAAATGTACTTTAGTCATAATGATTGAATTTTAAAGGGATTAATAATCAGTCAGAGTATCACGCAAAAAAGAATGAGCAAAAGAGCAAGCACGCAAAGGGAAACGAAAACGGAAAGGATGCGCCACACGGCACGGATGAGGAAGACCACCACCGCCAAAACTCCCAACATGGACAACAAACCGCCCAAACCAGCCACCACACCACCGACAAAGGCACACATAAACCGCACCGCCACGTACACCACGAAGCCGACCGCCAACCACTTCACCCATTTTTTAATGCCGGTTGGAGCGGAGCCGAAGCCTCGTTTCAAATCTTGCTGTATTTCAGTTCTCTTTTTCATAACATTGACTTTTTTTTTATGCCTTGTCGGTGGCTTCACCTTGCTCGTTTCAGGGGGCAGATACGGACGGGGAGAAAATATGCAAGGCTTTTGGTGAAAAATTTTCAACCGCCCCGCTGGACGGATTGAAAAATTTTCGCCAAAACCCGCAGGGCGCGAAGCGGGCTTGCAGATTTTTAGGGGCCCCGGCCGTAGCTTCGCACCCTGAACCACGCAAGGTGAAGTCATTGACAGGGTGATAAAAATGAGGAAATCGTTATATGGGGAAAAGAGAACTGAAATACGGCAAGATTCGTGAGACTCTGTTAATTGGCATTTTTGTTATTTATTAAACCAATCTCTTTAACAAGAGAAGCTATAGACTTTAGTGCCATAATGGTGGTAGGGCATTAACGATGGACGGATATGTTAGATGCTGTCAAATGAAGATTACCCGTGATGATTTACTGATAGCTGCGTTCAAACTGTTTATGTCCATGAATTGTGAGAAAGCCAGTTTTGCCGAATTGGGAAAAATGCTTGGAATGTCGAAAGCCGGAATATTCAAATTTTATAAGAACAAACAGGAGCTATTCATTGCTGTCGTGGATAAGTTTTGGTTCAGCACGAAGAACCCACGAAACAAGTTCACCGAAACGAACGGCACGTTTGCCGAATTTATAGACGAATACGTGAATGGCGTACAACGGACAATGGATATGTTGGGCAACCTGATTGGCATAGATAAAGATAAGACAATGCAAGGAAAGTTTTCGTACCACTCCCAATATTTCAATACATGAGTATGAAAAACAAAATCACCAAAACTATTTAAGTTGCCATACAATAGTACAAAAACAATCGCTATCTTTGCGTATATAAGTGCTATAACAATCACAAACCGACTGGCGGCAATGCCTTAGCCGTTAGTTGCCGATACATGTGATATGTTTGAATAGCCTGCTAAAAGGATTAAAGTGAAAATAAAGTTATATAAAACAGATACGATGAATATCAGAAAACATGCGATAGAAAACAGAATAAGATATACGGTTGGACAACATAACTTTGCAGAATCCGACAATCGTTAGTGATAAACGCTATATTGTGATGAGGAAAGCTATAATATATTTAAACAGTATGAAGATATGGAAACAGACCATAAAAAAGAACGCATGATTCTCTCCCGCTCCATACGGAGAAGGAGAAGGTATATTGAGGTAGCTTTCGGAAATAACGATGCTGCAAGGCTATTGTTGTCAAAGGAGAAGGGGGTGCTGTTTGAAAGTGACAAGGCATACCTGCCAGCAGAAGACTTTGTTTTGGCAGAGTTCTTCGACCGTTATGTGAATCTTGCATTTATTGACTATTCCAAAGTAACAGATACTACAAATAAACCGAAGAAAGAAAAGACCATCCGCCCGGAACTGCCTGCGGGCTTTTTGGAAAAGCTGAAACAGATGCGTTACAGCGATCATACAATACGGGTATATACTACCTATATCGGAGATTTTCAACAGTATTTTGCCGGAAGCAACCTGAAAAGGATTTCGCCGGACGAAATAAATGCTTACCTGCTTCAACTGATAGACAAGAAAAATATCTCTTCCTGCCAACAGAACCAACGTATCAACGCGATCAAGTTCTATTATGAAAAGGTGCTGGGCAACGAACGTCACTGCTACAAGGTAAACCGTGCAAAACGTGAGAAGACACTGCCGGATGTATTGAGCAAGGAAGAAGTGAAAGACTTTCTAACAGTAGCTAAAGAAGATTTGCGGTTTTATTGCATGTATTCGCTGCTGTACTCGGCAGGGCTTCGTATCAGCGAATTGCTGAATTTAAAACCGGATGATATAAACATTTCCCGTTCACTGATACATGTGCGACAGGGAAAAGGGAAGAAAGACCGATATACGCTGCTATCCAAACCGTTTATCAATAAACTGGAAGAATATAGGATAGCATATCAGCCGGAAAAGTGGCTTTTTGAACGTGAAGCCGGAGTACAATTCTCTGAAAGTATCGTTTCCAAAAAACTGAAAGAGATAGCCCATGAAGCAGGAATAACAAAAAGAGTATATCCCCATTTGTTCCGCCATTCGTTCGCTACACATTTGATAGAACAAGGAACAGACTTGAAAATCATAAAAGAACTGTTGGGGCATGAAAATATTAAGACAACAGAGATGTACGTCCATATTGCAGACACTTATAAAAGTAAGATCAAAAGCCCGTTGGACGATATTTTGGAAGAAGAGATTTAA

Protein sequences of DBSCAN-SWA_4

>NZ_CP036542|3508553:3555922|3527373_3529239_+|WP_137572302.1|DBSCAN-SWA
MKFHIKKLYIWFGRDIKPRTLEFDNNKVNVITGSSSTGKSNIYSIIDYCLLSGNVNIVYPVINENAEWYGLEFSVNNKFFAIARKKPTVEIIPPDVFIQNEAFMADYYPSNTNAHVNDARVLLNKAFGYHSNQGMLFRTCFVFNALTESIITSPYDFLNFKFYGDEKYDLKEERSNLLQSVLTPNMEEYANVKMELDNLQVKKKKAENYQSQVMNADGNFFNLLNDLIQKCVDANLCDKSILQEDSDLKMELIEELFKEASPDAQRTSQLDMELKELQRKHSEKSIQLSNVKRAQEEYQGYYQTLDQMEDSLKPITFIEQHLDTIGTNMWTTHISSALKKSLLQVAEKKKRNQQHPLVSLKLINSLEKQIADIDAQIGEITKQKGALYKQVKALKVIGQIEASINQLREYKNKKDKKDRKPEKIFTPEENSRLNVLEQKLESLNQKKVLIIENLNQCIQTIYDGLSYMEHYNNCYTKYSLKQERLMLNDGKSIINYDVIGSQSNYMFLHLCFFLGLHRYFFENTPSQIGQFLFIDQPSIPYYAGSENVKTTDKDKLLDAFKTINAFMHYVIKDKKEEFQIILIEHAPESYWTGKNMLEYFTTKATFTDGNALIPKYILEKK
>NZ_CP036542|3508553:3555922|3546092_3546683_+|WP_044299360.1|DBSCAN-SWA
MYMQRILFILTVAVLSLFAGEAYAQRDLPGQTGIQFTSGGVNHFLSWKSGGERHYFTSLAFTHTNRNRTYWLYGLDYQIKEYTYENKAIPKAQFTGELGYFIPVLSDKGRNVCFRIGLSALGGFETVNWGTSLLSDGAAVTNGDSFIYGGGLTAAFDVYLTDRIIFLLQVKERALFGTDAGNFHTQVGLGVRFIIN
>NZ_CP036542|3508553:3555922|3541979_3542993_+|WP_044299368.1|DBSCAN-SWA
MVLLSIDWTNLHELLRSLYDEMMPLCEDMASVAKGVAGIGALFYVAYRVWQSLSRAEEIDVFPLFRPFVLGLCIMFFPTMVLGTINGILSPVCSATSSLVEQQTFDMKKYQEEKDELEREAMLRDPAKAFLVSDEEFDKKIDELGWSLGDMDTMINMYGQKAVYDMGEKVRQWFRELLELFFQAASLLIDTLRTFFLIVLSILGPISFALAVYDGFQSTLTTWLSRYICIYLWLPVGDLFGAILSRIQVLMLQQDIKQMQDPTFIPDASNSVYCIFMIIGIIGYFCVPTVSSWIIQAGGAGAYGQKANGAGKMAGNGAAAVGGAVGGSVAGRIKKMF
>NZ_CP036542|3508553:3555922|3554803_3555922_+|WP_137572305.1|integrase|DBSCAN-SWA
METDHKKERMILSRSIRRRRRYIEVAFGNNDAARLLLSKEKGVLFESDKAYLPAEDFVLAEFFDRYVNLAFIDYSKVTDTTNKPKKEKTIRPELPAGFLEKLKQMRYSDHTIRVYTTYIGDFQQYFAGSNLKRISPDEINAYLLQLIDKKNISSCQQNQRINAIKFYYEKVLGNERHCYKVNRAKREKTLPDVLSKEEVKDFLTVAKEDLRFYCMYSLLYSAGLRISELLNLKPDDINISRSLIHVRQGKGKKDRYTLLSKPFINKLEEYRIAYQPEKWLFEREAGVQFSESIVSKKLKEIAHEAGITKRVYPHLFRHSFATHLIEQGTDLKIIKELLGHENIKTTEMYVHIADTYKSKIKSPLDDILEEEI
>NZ_CP036542|3508553:3555922|3538382_3538553_+|WP_008156716.1|DBSCAN-SWA
MRSILKASTLESKFPIMAVEHGCIVSKDADITVAFRVTLPEVFSVSSAEYEAMHAT
>NZ_CP036542|3508553:3555922|3509802_3510417_-|WP_080783833.1|DBSCAN-SWA
MTKKKLPVRFTGQHFTIDKVLIKDAIRQANISNQDTVLDIGAGKGFLTVHLLKIANNVVAIENDTALVEHLRKLFSDARNVQVVGCDFRNFAVPKFPFKVVSNIPYGITSDIFKILMFESLGNFLGGSIILQLEPTQKLFSRKLYNPYTVFYHTFFDLKLVYEVGPESFLPPPTVKSALLNIKRKHLFFDFKSLVSTKKNAIVL
>NZ_CP036542|3508553:3555922|3541348_3541951_+|WP_080783731.1|DBSCAN-SWA
MAMLSLSVTVKAQWAVFDPSNFAQSIVNSANEIIETSSTAENMINNFKETVKIYEQGKRYYDALKSVHDLVKGARKVQQTILLVGDISDIYVTNFNTMMGDPNFTVEELSAIAFGYNRLLEESSNLLLDLKEVTTATGLSMTDKERLDIINRIYGEVLEYKNLTWYYTRKNIGISYLRSKKKGDSQRVLALYGTHDQRYW
>NZ_CP036542|3508553:3555922|3551676_3552267_-|WP_044299355.1|DBSCAN-SWA
MRTETRTYTLYQITELSEEAKEKAHNEWLCNRYFYGWTDENRQTLDTFCERFGIVCRNWRYDACNYSYDYRSRQEDCIDSLSGWRLAIYLMNNHWNDLHTQKYFWHGMKGRKSRIFVDTCCPLTGYYIDDCILDPIYKFLKSPTENVTFDDLMNDCLDSFFRACRDDMESTQTLEYFTEESNANNWEYLSGGNLFN
>NZ_CP036542|3508553:3555922|3523965_3524832_-|WP_044300898.1|DBSCAN-SWA
MTKESKDYGKSVKAKLLNLSKAEGLPYQPLLIRYVQERLLYRLAQSKYKNRFYLKGGALLYAHEQLKARPTLDIDFLGSSINNDKKIIEEAFSEICGIPCKEDGTVFDTDSIETEEINENRVYKGIRLHVTAQLDTARQKIAMDIGFGDVITPEPQELEYPLLLDGLPAVSIMAYSLETVVAEKFQAMIELSENNSRMKDFYDLYTLLYNNTLDSDMLEKAIHATLKNRGTVYEGNHPLFRDDFPKNPRFQMLWKSFIKKIGKTEPDFETSVSLIKERLFPYWEKYKE
>NZ_CP036542|3508553:3555922|3553382_3553676_-|WP_044299353.1|DBSCAN-SWA
MKKRTEIQQDLKRGFGSAPTGIKKWVKWLAVGFVVYVAVRFMCAFVGGVVAGLGGLLSMLGVLAVVVFLIRAVWRILSVFVSLCVLALLLILFCVIL
>NZ_CP036542|3508553:3555922|3532490_3533672_-|WP_044299376.1|DBSCAN-SWA
MQAFEPYIALNSHVRKPVIHISLNPSPKDILSKEQMTVLAQEFMEKFGYGNQPYIVWLHEDIDRKHMHIVSVRINEKGEKIDHNREAIRAQNICREMEVKYGLHPTLGEHGERELVSLQKVDYPKGDVKKQVKHTARTLLECYNCHSFAEYNTLLNLYNVTVYEVRGSVDGKEYHGVMYGALDDDEQQVGTPFKSSKFGKVFGYEALQKKFAATAQKVKRNDLTERARREIVKAMQTISTKEDFARRLKEADIEVVYRINPEGRLYGITFIDHTNRTVFNGSRLGKAFSANVFNELFNNPDADRTRLIPPPEQDTPRQERETDAEERQDREELRKQENQGNYQSEPSGSLIDTSALGTIDIFSVLMEDDHTHEYIDPAFRFGRKKKKKRRRRL
>NZ_CP036542|3508553:3555922|3538568_3540407_+|WP_137572304.1|DBSCAN-SWA
MLPNYSILHKQDIFITEKYESDIRRDELSFLSRSFERHFNERPYLHHTCYLFLTKTTKERSRQQSNWNTLCRGFLVPKEIRDKETVERFMEAVGQFESIVNDSGLIRLKRLTTEEITGTENEPGVIERYLTLSADGTTMLQDMQLNPDEMRIGDKRLCLHTLSDLDDLPGKVKTDERYERLSTDRSDCRLSYAAPVGVMLPCDHIYNQWIFIDDSNENLSRFEKAAKNMQSLSRYSRSNQINKEWLDEYLNEAHTNGLQSVRCHCNIIAWAENGDELRRVKNDVGSALALMECTPHHNTTDLPALYWAGIPGNEADFPAEETFYTFTGQALCFFTAETCYRNSLSPFGIRMVDRLTGKPVFLDISDLPMKKGVVTNRNKFILGPSGSGKSFFTNHLVRQYWEQGTHILLVDTGNSYKGLCDLIHQKTGGDDGIYFTYKENDPISFNPFFTEDYQYDIEKRDSIKTLILTLWKREDEPPRRSEEVALSNAVSLYIEKIKKNRKIKPNFNSFYDFVRKDYRKVLADKNVREKDFDVDGFLNVLEPYYKNGEYGYLLNSDKELDLLNKRFIVFELDVVKDNPILFPVVTIIIMETFINKMRRLQGIRKMILIEEA
>NZ_CP036542|3508553:3555922|3543910_3544753_+|WP_044299363.1|DBSCAN-SWA
MTQSDKKEEKNKETQKAEPASEKEKKLNRKVADKLKFYGVVTFLSLLCAGFIWFIFKPDTPETVEGTAGINTTIPDAIAPETMADKQKAYELEEMKKRRQEKVRTLQDMAGGYLTPDTTDGLKPEEDVPKADAIRESREKQRQISRQITSFYQEPKESPRVDELERQVKELNEKLEHERKGQDPLELMEKSYEMAARYFPGQTGGQVKNIQPAGGSSGNPAAIAAGRAAENVVSSLAAPPASDTIPRNYGFATAVGGGQLAGANTIRACVAEDQTVTTGA
>NZ_CP036542|3508553:3555922|3513508_3513778_-|WP_006045125.1|DBSCAN-SWA
MKLIIIDRKAWGQHRSEFADFIHRVEKLIGNPPETEQWLDNEAVCKRLGISKRTLQSYRDTGKIPFSMIGHKCYYKQTDICEMLNAVKD
>NZ_CP036542|3508553:3555922|3533820_3534066_-|WP_044299375.1|DBSCAN-SWA
MKIDKEAQEYYAQLTAFYQQFRRIGNNYNQCVKTIHTIYGEKKSLAFLYKLAEETRKLEELCKQIIELTKRYEKEYLTKKE
>NZ_CP036542|3508553:3555922|3525710_3526913_+|WP_044300900.1|DBSCAN-SWA
MGEPVTVDEFISRHKADLQQAGFDDQFASFVYFLLSIDGGDEIVYEKEDDIVVHRIDGCRWLIQVKHSVDKDTKMTDADSDFWKTIDNWLSLYNFCNTDKDKCDFLRMGNRFIIYTNKIVANAFAKQILELRSGDIGSVRPFLQNIEKTVSYYSVVKSLLALKEVELRKFLMRIEILESGDPLENLYNIFLQKFQNPTKADLIVNELLGKMLQEKKRAADSRVELKYLKEDFLIANKGILNKVGDESLSALPYDENTILLPDDIKQWPMVRQMEKVQVIDMNNPEDGRLVTYYGFWYCCENSKQYYYSTQLMTPELEHSIDDRAISYWRISHNKHHQKVHPNSNDETKNDAGANCFYEMMEKEIGEGLRKLQVPFSSGWFLNLSNQPNSKLHWHCDWKNE
>NZ_CP036542|3508553:3555922|3549078_3549318_-|WP_044299386.1|DBSCAN-SWA
MKYIRISPNVEYSTDMDFFLEHQILCMVSKEGTKFCSLIENRLFMRSDNRHISERMKLNIMREIHKDICRLCYGGEPVD
>NZ_CP036542|3508553:3555922|3522093_3523383_-|WP_044300894.1|DBSCAN-SWA
MAKKKQEQQEQSQDEHVMAILDKRTNKTAVVSKMNEQDGSLEIVSPDKKNSSSFLKLDRTSPLELFFTNFKNQYENPTSFSFFLIPLAALDKTLNAVVQIRKGEDPGVEGKKLVENSELNDEGRIAKLARRYKFDEHQLPWKELAALGVDKQLLFDNHCMGEMLKGRITSMAFPISKEVNGEKKDMGEACFLCVKGEDGKVQLKTLSRLDKPQYDLPAYKGVFTDEEKQSLKDTGTLGAVKEMKDTHTGTVCNCYVSFHEPSNRIITMPVDAIKIPDYIYGKRLDDKQKQILASGGQLPINDIQRKNDTLLSGVAFVDPRIMDIAFKQSGEQLKVNDTIMGAKITPEQKKMLQNHEMVFVENMRYKGRVFSDDVRFSNKSNQLLIGRNAREYKPTIEGRKNDKKKEGKQQAPRHVASVKAQSKKSLSVM
>NZ_CP036542|3508553:3555922|3512064_3512484_-|WP_004359027.1|DBSCAN-SWA
MKKQKQKKPDGRCATCPRWDRWHIRIPNSEDQQKLIRLYRKSGAKTKSDFVRARLLGESFKVITQDPAKEPYLEKLSEIVALAHKIGVLYNEVVKVLNTYHSVATAQQLLGKLETYSQILIRLQQQAVQLTKSFGSREE
>NZ_CP036542|3508553:3555922|3545174_3546074_+|WP_044299361.1|DBSCAN-SWA
MKTRIILSLVMLLTVLSVKAQEPVETKIFPTNQIISPHKIEVTFQKTVHILFPSEVKYVDLGSFDIIADKATGAENVVRIKAAVKGFEGETNFSVITADGCFYSFNVVYKDEPAQLSIEMEDWLRDNPEGGIAGDRMFVKLKELGGETPLVVNRIMYTLYKKNKRDIRHIGCKKYGIQTLLKGLYINNDLLYLHTSLRNSSDISFDIDYIRFKVVDKKVAKRTAMQENFIEPVRTYNRLITVDGKATVRGIFVLPKLTLPDDKLLVVEVYEKGGARHQSFRIENTDLVAAKPISELHLK
>NZ_CP036542|3508553:3555922|3549441_3549666_-|WP_044299384.1|DBSCAN-SWA
MKKEEIIDTIKQFACSLAEKELVDKYGKLPEQLMTKGGTYRSKYQDEFDKLYDRYEYRLIRLSGKNADELFVCE
>NZ_CP036542|3508553:3555922|3534344_3534557_-|WP_010802154.1|DBSCAN-SWA
MKYPRFQSHSLAGVGVIRHDARTEKTIYLCRRESAARSRKENVKQTLQTFNPAQPDFNMRQHIARCTFSG
>NZ_CP036542|3508553:3555922|3511588_3511846_+|WP_004359029.1|DBSCAN-SWA
MNSAYNKKGDEEFTSQQDILFPKVFDVDGMRVFIYWKLPHPVEKLYPYVDYKIRKISKDTLVIGDYTDFVFVNGHGNAPNRELSK
>NZ_CP036542|3508553:3555922|3514508_3514994_-|WP_023983529.1|DBSCAN-SWA
MKQKNKKEVSFFRLKLESYMSEHHPERLGDKEFITARADMALTAYCDAVAQGFNHLEAERIASEVLFSGLHFSKYDTLVSVLEDEFERELPAPLPERLSLLLLANKAVQATFAGYELTDAFAASGQYDRLYTELTGTIVLLIESNNLPTVKQTEEASPKAL
>NZ_CP036542|3508553:3555922|3537735_3538035_+|WP_044299371.1|DBSCAN-SWA
MKKKRLIMMLAAVAAASAAMAQGNGQAGITEATQLVTGYFDPGTKLIYAIGAVIGLVGGVKVYQKFSSGDPDTSKTASSWFGACIFLIVAATILRSFFL
>NZ_CP036542|3508553:3555922|3526915_3527377_+|WP_044300901.1|DBSCAN-SWA
MNKSAYYLYNNVAITVGAIVAMLKSAQSIELARVALFLPLLLDDNIVRKINEKDEYSFDNIVSLNVLNISNFNERYRDILPLLMDAISILLDMEIIVLRGVFIVNRKLDTCSSIIDECDSMRLQAIAIAADQLMKVTQNIDLSNMYFKLNVEL
>NZ_CP036542|3508553:3555922|3535825_3536320_+|WP_044299373.1|DBSCAN-SWA
MAKKTNGQNPVDEAYLRSLMAGGPSEPPSSPAPSITGESGGNRATALSDEKGKADNNVNGTVRDISGTDDTDCSELVTDKPSPKTIRTALADFIRKFLTPYKCEGRQGVYIDKELHQKISVIVGIAGKRQLTVGNYIDNVLKEHFEKHADEVKTYLQKSYNKIF
>NZ_CP036542|3508553:3555922|3541041_3541317_+|WP_004313115.1|DBSCAN-SWA
MNKEGGSTLTIRKSNHVTDGFKGYKATLFAGEMSYTEINIPLRKGDDLFLHGNKDAGCIGYFSGSEVLLFGCYGLFARDDDSRYLLTKERR
>NZ_CP036542|3508553:3555922|3535385_3535823_+|WP_137572303.1|DBSCAN-SWA
MVLFDLPGTMGSDGVIAAISALDYLFVPIKADRLVLESTLNFATTINDRLIKTGLSSLKRLCLFWNMVDRRERTTLYNIYQQGFSLLGLDCLQTRIPVRSNFTKDLSSTGGPVYRSTLFAPDAAFTRECGFDMFMDEVMGILKNE
>NZ_CP036542|3508553:3555922|3508553_3509717_-|WP_044300877.1|transposase|DBSCAN-SWA
MFQDKYVFAQLTAFLDRNHFNYLVRKYGGDKYVKHFTCWNQLLALMFGQLSNRESLRDLIIALEAHQGKTYHLGLGKHVTRSNLAKANQNRDYHIFEAYAYYMVEQARNKRKTDVFKLGGNVCAFDSTTIDLCLNVFWWAKFRKRKGGIKVHTLYDIETQIPTFFHITTASVHDSKVLDEIPYETGAYYIFDRGYNHFKSLFRIETIGSYFVVRAKSNLQFKAKRWKRRLPESVLSDAIGELTVYNSSKAYPDPIRKVCYWDKEQKRQFIFLTNAMELSPLQVAELYKNRWQVELFFKWFKQHLKIKKFWGNTENTVRIQIYSAIITYCLVATIQHDLRLERSTYEVLQILSISLTDKTLLSDLFNKANFKNDKERSGSSEPNLFNF
>NZ_CP036542|3508553:3555922|3513173_3513488_-|WP_044300881.1|DBSCAN-SWA
MAENEIITREDPQMQLFSQLMEGILKKLERYCATARPMLDGEVYLSSEEVCSHLRLSTRTLQEYRNSGTLLFYKIGGKILYKQSDIQAMLEKHYNPIPKKLWQE
>NZ_CP036542|3508553:3555922|3544765_3545170_+|WP_005655072.1|DBSCAN-SWA
MLEPLQVGGVLVPANTPLYGTVRIEGQRMAVTVNSIESGGNILPVELTAYDMDGQAGLFVPNTAERTAMKEAAANIGGSFGTSISFARSASQQLVMDVTRGVLGGGSQYLATKMREVKVAVKANYQLLLISKKQ
>NZ_CP036542|3508553:3555922|3552333_3553350_-|WP_044299354.1|DBSCAN-SWA
MTKVHLLGANRSYDRDIQTVSVNQIVVLEGYAGGSYVVYDVTRNQRGFTYHLVHTRTYDFNTSDLIRPLSEKFGIGIYYDSENPTFLDPLETAALLTKAKEKKAEDERKAKEERDEHERISKIGAARLRPLIPSDAKAVIIGELRVSECDSYTDYYDYRTERTVILGFSKHTRNLFAEMRKCAANFEGTSHLAEYNADFEHRENYSMGDGMYLGRNKYSGWTINKEPIYSLEKFLERFAYTAGDEANICLKTPQNQTDTAEQPTASADLSALNLEIVEYSEKAIAVFGDTKPIKDVLKGLNGLFRANLTYNGGRRAGWIYSKKQETKVREALATCVRV
>NZ_CP036542|3508553:3555922|3510656_3511592_+|WP_077197336.1|transposase|DBSCAN-SWA
MLQIPMSKKAIAEAIGVDKSTVYREIKRNCDARSGSYSMELAQRKADRRKQQKHRKEVLTPAMRKRIIKLLKKGFSPEQIVGRSRLEGIAMVSHETIYRWIWEDKRRGGKLHKYLRRQGRRYAKRGSKNAGRGFIPGRVDIDERPEIVELKERFGDLEIDTIIGKNHKGAILTINDRATSRVWIRKLSGKEAIPVAKIAVWALRKVKNLIHTITADNGKEFAKHEEIAQKLEIKFYFCKPYHSWERGANENTNGLIRQYIPKGKDFSEVTNKQIKWIENKLNNRPRKRLGYLTPNEKFKQIINQNSVAFAS
>NZ_CP036542|3508553:3555922|3547322_3548234_+|WP_044299358.1|protease|DBSCAN-SWA
MKTTLRIFRIISKLLLLVYVTIVNFVFITVFYALLLSILRHIWPSYIPGLFDEGVIPYLVNTLPYYLLLLFILYSISPLNVWMLRRKEGYRPLNSSDRMRLERLLSEMGMNRKLKLYHNNDARVNAAAFGFNTIGLTGGVLAAASDEELKGVISHEVGHISHYDFVYQVLLFSMESFGYRCLYGIFLIPALIFGIIGSMVFALVPALGFVGELIAKLWWAVYKLLHRIIYGISRITDVNINKYAEYRCDAYAVKYGCGEGLLSFLRRLKRTEDVYGERPTFTEYIMSTHPSTEKRIERLEKLL
>NZ_CP036542|3508553:3555922|3543636_3543927_+|WP_044299364.1|DBSCAN-SWA
MKDNGIKKVFHSFRTEKDRHIAKLRRRWQRLSYRQQRIIILYLLGLFAAIDLAYIVSGFCGTDKFPIEVQHLQRIALPQTDSIQPLKNNISNDTIR
>NZ_CP036542|3508553:3555922|3548256_3548718_-|WP_044299357.1|DBSCAN-SWA
MYNKSVAITGSTIEKTTKYDQFREDKIRMELYRIILSFYNEGYRTFTCNLHSYIGLLGADTIVMLREADKCPDITLSTIIPGTAFPADTDKVYRALYDDLKKQADNKEMLPEKEVFSNTLTGSHIVCYYEDFSEEIGQVRASGIPYTNIRKMI
>NZ_CP036542|3508553:3555922|3523597_3523948_-|WP_044300896.1|DBSCAN-SWA
MAMNKSQIEKWIIAQKRHRLSDAHVQMARELGLNPDKLGKIDNHKQEPWKTPLPQFIEEIYFKHFKKDTPEVVKPLKQILKELEIKKQQKKKEKDKKRKEDAMQSTIDDGKVESSI
>NZ_CP036542|3508553:3555922|3512676_3513186_-|WP_025070208.1|DBSCAN-SWA
MARIDEKRKQRLEQAIRDMGNYGVKLRKPEELPDFDQPSDYEEEKRRFEPVDKVEEQNDKESNEDFSQPSYQETALSPTERATSTEEFHQRMGKTKDRKQLSEFQGKYLQPFRNSHRKAVYVSEETQRKLDFVVRRIGEHGASVSGYVEQVLREHLDQYKEDVERWRKL
>NZ_CP036542|3508553:3555922|3549748_3551650_-|WP_044299356.1|DBSCAN-SWA
MKTNKKVQKNNVQKSEKETAVKVTALAIIPKPIILLSPQNVPTATEVTETPETANVPTITEEAPQQATFKTPLATATAETDLDITTVHPSADNHRKTFNDASLRELAESIREVGVLQAIAVRPHTAGGYEIIYGERRYRASLLAGAKTIKATIYNNITDDEAEDMSLSENLQREEVRPTEEAKAFKRLLEKGRYDMYSLVSRFGRSEKYIYTRLKLNELYQPIGELLDNETITISVAEEISTYEPNIQKDVYEKHLKEDSRDNWAGYTLKLFKKYFEEYYTTDLEQYKFDKTECKACVHNAANYNLFAEHNGCGHCTNRKCLDTKNAAFVAKETEKLLKSDPKLVIARPYYGGMNETALQKLDKKGHEIKELNYTVSAQSFPKAPEAPRQEQFSKPKEYEQAVQTFEQKNEEYARKVEELNRKKEEGRIKTYVKVGQTEPELCYVEINKKETAPVTVETLQERDKRFKQLSVEKIVADTKKVVRENDYPESPFTQYEDGMMYFIMLTKLQRKHYPLCGIKDQPIRLDEKQRMKIVAKLTDAQKTVIKRDFINYFLCEDAYGDNSASKLLRDFANMHFPDQYGLAKATHEEEYQKRHERLDERIKEMKKAEKAAAKKDEKQNVSPALPNDDKAA
>NZ_CP036542|3508553:3555922|3516343_3517597_-|WP_044300890.1|integrase|DBSCAN-SWA
MEKEKFKLLFYLKRGTQDKNGKSPIMGRISAGRSMVQFSCKCSCTPRLWDSRKNRLLGKSAEAVSVNKELDRLQVSIHKVYESLSGKSDAPITAERVRELVFGLNSESQGLLYHTDEYIDRFRERVGIDRSERRLKCLLLFHKHLANFVRYRYRVEDIPVQKADIAFIKDLEDYFAKEKGFKLNTSAGYLSMLASLLKYLYKRHIIDTYPFINHSIRWEAGTPRYITREEVSRIAALGEDELQGYEKVSRDMFLFSCLTGLSYTDVYHLTEQHIFHEAGMTWIRKPRMKTGNVCHIPLLPEATAIIERYRGIHTRAFRHEPPKGYLLPIPGCDTVNIHLKKIARLCGIQKTLTYHMARHTFASQMTLSEGVSIESVSKMLGHSQIKTTQVYAETSPERVFLDIEKILPQLAHYQLTN
>NZ_CP036542|3508553:3555922|3521334_3521580_+|WP_137572348.1|DBSCAN-SWA
MQQSDLGKQFPVCRSSFNVRVFFRRIQDALQSPETRITVQNFASLFRETKLRAHEYQFKCGYVVRQMLSFVICHIVLYKIV
>NZ_CP036542|3508553:3555922|3536323_3537262_+|WP_044299372.1|DBSCAN-SWA
MDIQSGYYEAGIVLFWLLFAYLFMDKFLFRGGLGEICFGKMRRRMAKGLRSIAGWFDPTKEEPKKGRRRTKGKTEKKEVPAVAVPEAEERNHPTVKVEMKDKEKDEVKEKAKGKNMEKPPQKRPETDSLVVTKSYGTRQQPPINATGSGAIAGKENASTFADRNEEIVPQKAVQVPPERIPDLFRDKRVEEWRASEADSSGRLEDDKGQTENGDDVDTDELNEELEDLNCAREDYPGGAAGIGPEEIDLIIDLCNGKDIPTDKRLSLLRAIHHIKDTQIERSILESINGSDSRISKFLDEAEHLNEATPDSD
>NZ_CP036542|3508553:3555922|3529243_3530275_+|WP_080783733.1|DBSCAN-SWA
MKLKIGNIAKMIVHMVGNKEREEGVSFSKVELNFQAAEKDFTDMISKSFKLENLCEFYFESTLELNPIYTFIRTIFKNPNRFIEQSNFIAKILYEKSAHPKIKAGELSIVYLTNCEIDSRKTDAIVLFKSENKQTVMKYNRTDDGFSVQKSDVISLSKIEKGCLILNTEEDSGYKIAIVDKISKGQESKYWKDEFLHVRYCQSSYHQTSSLINICSSFIKEKCKDSDKLNKAFTIARAKKILSESEKVTLQEFAQEVFPEGSKAKDFISYAVVQQSDEVPIDASNPITIEPRVAKRKSSFPPTTLHLDSNFDINVYGGKEYLIHGFDEAAGMSYYTCYYNEER
>NZ_CP036542|3508553:3555922|3546708_3547170_+|WP_044299359.1|DBSCAN-SWA
MKNVLYICIGALLAALAFSSCNDEIDIRQDYDFSLSSWYLQKQIATGETVEIRFYLDREGDYEKAEYEIGYIQMEGKGEVSDSEGIKLMNREVRPLAEVPGLDTENPVKQVFTLFYRSTSAKRSELKFFVRDNFGQEREMTVTFDTESGTTEE
>NZ_CP036542|3508553:3555922|3535052_3535145_+|WP_009860223.1|DBSCAN-SWA
MEKRKKTLFVSFATQKGGVGKSTFTIYAAS
>NZ_CP036542|3508553:3555922|3524828_3525413_-|WP_052510109.1|DBSCAN-SWA
MDDKLRLLIEQHGGYITRKEIISNRYLYYRLLEAVKSGEIIRLKPGVYCMEDAMAETMIDLEKIVPDGVLCLYSAWAHYGLTTQIPQGFYVAIPRKQKITLPDYPPIILNYWDRSIYGVGIVRQQIDGFEIPIYDMEKSVCDAIRYRNKIGIDVSSEILKNYLSRKERNITRLAAYAKSMRIAGILNKYLEIQL
>NZ_CP036542|3508553:3555922|3535208_3535349_+|WP_080669271.1|DBSCAN-SWA
MKQKKRDMEVVKTVPVYQSLLVEQSERLDKRAYPVIGSNPADCMAD
>NZ_CP036542|3508553:3555922|3515047_3516331_-|WP_036929757.1|integrase|DBSCAN-SWA
MKSTFAILFYIDRSKTNEDGLCVIRCRITCNGTSSSFSTQLQSVPDEWLARKGRIKATAGNSSGINLQLNSIEECLHSLYERTLREENYITAEYLKERYMQQSRPMPTLTELYQTVCKEKEDLQGRTLSKATVRAFKDSYKSFVHFLQVRDRADCMPTEVDKTFLEDYRLFMLRDLGNKESSVGNRLRHLHQVIRKVLQERYVREDPFELIDIETPTYERNALTADDLQKLLAYRPHRSTDNHCRLIFLLGCFTGLAFSDLKKLRMDDVYTLSDGRRYISLCRTKTQNRSIVPLLPVAEKILAIVSHERREGLFFREFPSNSNFNRTIQEICIKAGLPPHTQATSHTARHTFATTICLENGLPIETVSKMLGHRFISTTEIYARVTKSKIAKEMQPLMGSEHTRVLRKALRLCPSRTPKKSSPIIGL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_044300877.1|3508553_3509717_-|transposase	IS4 family transposase	NA	NA	NA	NA
WP_080783833.1|3509802_3510417_-	methyltransferase domain-containing protein	E4ZFQ0	Streptococcus_phage	3.0e-13	30.1
WP_077197336.1|3510656_3511592_+|transposase	IS30-like element IS4351 family transposase	Q9MBM9	Staphylococcus_prophage	8.3e-31	35.4
WP_004359029.1|3511588_3511846_+	hypothetical protein	NA	NA	NA	NA
WP_004359027.1|3512064_3512484_-	hypothetical protein	NA	NA	NA	NA
WP_025070208.1|3512676_3513186_-	DUF3408 domain-containing protein	NA	NA	NA	NA
WP_044300881.1|3513173_3513488_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_006045125.1|3513508_3513778_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_023983529.1|3514508_3514994_-	DUF1896 domain-containing protein	NA	NA	NA	NA
WP_036929757.1|3515047_3516331_-|integrase	site-specific integrase	H7BUI8	unidentified_phage	6.5e-18	26.4
WP_044300890.1|3516343_3517597_-|integrase	site-specific integrase	H7BUI8	unidentified_phage	1.0e-28	29.8
WP_137572348.1|3521334_3521580_+	hypothetical protein	NA	NA	NA	NA
WP_044300894.1|3522093_3523383_-	DUF3945 domain-containing protein	NA	NA	NA	NA
WP_044300896.1|3523597_3523948_-	hypothetical protein	NA	NA	NA	NA
WP_044300898.1|3523965_3524832_-	nucleotidyl transferase AbiEii/AbiGii toxin family protein	NA	NA	NA	NA
WP_052510109.1|3524828_3525413_-	hypothetical protein	NA	NA	NA	NA
WP_044300900.1|3525710_3526913_+	hypothetical protein	NA	NA	NA	NA
WP_044300901.1|3526915_3527377_+	hypothetical protein	NA	NA	NA	NA
WP_137572302.1|3527373_3529239_+	DUF3732 domain-containing protein	NA	NA	NA	NA
WP_080783733.1|3529243_3530275_+	nucleoid-associated protein	NA	NA	NA	NA
3530288:3530302	attL	NA	NA	NA	NA
WP_044299376.1|3532490_3533672_-	relaxase/mobilization nuclease domain-containing protein	NA	NA	NA	NA
WP_044299375.1|3533820_3534066_-	hypothetical protein	NA	NA	NA	NA
WP_010802154.1|3534344_3534557_-	hypothetical protein	NA	NA	NA	NA
WP_009860223.1|3535052_3535145_+	hypothetical protein	NA	NA	NA	NA
WP_080669271.1|3535208_3535349_+	conjugal transfer protein	NA	NA	NA	NA
WP_137572303.1|3535385_3535823_+	ParA family protein	NA	NA	NA	NA
WP_044299373.1|3535825_3536320_+	DUF3408 domain-containing protein	NA	NA	NA	NA
WP_044299372.1|3536323_3537262_+	hypothetical protein	NA	NA	NA	NA
WP_044299371.1|3537735_3538035_+	DUF4134 domain-containing protein	NA	NA	NA	NA
WP_008156716.1|3538382_3538553_+	DUF3875 domain-containing protein	NA	NA	NA	NA
WP_137572304.1|3538568_3540407_+	TraG family conjugative transposon ATPase	NA	NA	NA	NA
WP_004313115.1|3541041_3541317_+	hypothetical protein	NA	NA	NA	NA
WP_080783731.1|3541348_3541951_+	DUF4141 domain-containing protein	NA	NA	NA	NA
WP_044299368.1|3541979_3542993_+	conjugative transposon protein TraJ	NA	NA	NA	NA
WP_044299364.1|3543636_3543927_+	hypothetical protein	NA	NA	NA	NA
WP_044299363.1|3543910_3544753_+	conjugative transposon protein TraM	NA	NA	NA	NA
WP_005655072.1|3544765_3545170_+	conjugative transposon protein TraM	NA	NA	NA	NA
WP_044299361.1|3545174_3546074_+	conjugative transposon protein TraN	NA	NA	NA	NA
WP_044299360.1|3546092_3546683_+	conjugal transfer protein	NA	NA	NA	NA
WP_044299359.1|3546708_3547170_+	DUF3872 domain-containing protein	NA	NA	NA	NA
WP_044299358.1|3547322_3548234_+|protease	M48 family metalloprotease	NA	NA	NA	NA
WP_044299357.1|3548256_3548718_-	hypothetical protein	NA	NA	NA	NA
WP_044299386.1|3549078_3549318_-	hypothetical protein	NA	NA	NA	NA
WP_044299384.1|3549441_3549666_-	hypothetical protein	NA	NA	NA	NA
WP_044299356.1|3549748_3551650_-	ParB/RepB/Spo0J family partition protein	S5VSZ7	Leptospira_phage	1.4e-13	42.1
WP_044299355.1|3551676_3552267_-	hypothetical protein	A0A0K2FLU8	Brevibacillus_phage	6.4e-29	35.1
WP_044299354.1|3552333_3553350_-	hypothetical protein	NA	NA	NA	NA
WP_044299353.1|3553382_3553676_-	hypothetical protein	NA	NA	NA	NA
WP_137572305.1|3554803_3555922_+|integrase	tyrosine-type recombinase/integrase	A0A1P8DJJ6	Virus_Rctr41k	2.4e-29	28.1
3556748:3556762	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_CP036542|3960120:4009045|DBSCAN-SWA
ATTATTTCTTTTCGGGAAATATCTGCTTTACTTTCAGCCATTGAGAAAATTTCTTGTGTGCTATGTCCGAAGTAATATCACTTTCAATCACTTGGTATTTACCGTTCACTTTGGTAAACAGTCTTTTCATGTCCTCGTTTACTTTCTGATTGGTGATTTTGGCGTATATCTGCGTTGTTTGGATAGAACGGTGTCCCATGAGTTTACTTAGCGTTTCTATCGGAACTCCCTGAGAGATACACGTTTGGGTCGCATAAGTATGACGTGCCATGTGATAGGTCAAATTCCGGTCTATACCGCATAATCGGGCGATTACTTTCAGGTTTGCTTCTATGCCTGCAAGGTTTGTCATATTGAAAACTTTATCGGTTTTCCTTTCATCTTTATATTTCTCTATAATCATCAAAGGAATACTTAACAATTTGATGCTGCATACCGTCCCTGTCTTTTGGCGTGGTATCTTTATCCATGTGCTGCCGTCCTGTTCCGTTATCAGGTTATCAACCGAGAAAGCGCACATATCCACATAAGACAGCCCCGTAAAAGACGAAAAGACAAACCAGTCCCTTGTGCGGTAATATCTTTTAGTCGCTATCGGAGTGGTGAGTAACTTTTGAAATTCATCTTCCGTCAAATGCCTGTACTTTTTCAAAGGCTGTTCCGCCACATAGTTTATAAACGGGTTACGTTTTAGTGTTCCCTGGTTGATGGCACGTGTAATTATCTTTTTCAATGCAATCATGCGGCTTAAAACGGTGCTTGCCTGCATCCGCTTTTCTACCCTCAAATAGAAATCAAAATCATTTATAAACTTATGCGTAAGGCTGACTAACGGCACATCTTCCGAATTGTATTTCATGCGGATAAAGTTTGAAAGATGTTTGTATGTCAATAGATAAGAATAATAAGTATCATAAACACGGTTCACGCCTACACGTTTTTCAAATTCGGCATTATGTTCCTGAAATAACTGTAACAGGTGGGATGCTTTTTCACCTATACCGTTCAGGGCGTTCTTTATCCTTTCGGCTGTTACATACCCCTCTGTTTCCACTATCCGGGAATAGTGGGCTTTTACTTGCTTTTCCAAACGGTCAAGCGTCCGGTTTATATCGGAAAGTTCCTTTCTTTCTTTTTTCGCCCGTCCTTTCTTTGCGTCCCAATCAGGGGAAGAAAGATTAATTTTCGTGCTGAACTGCACGGAATTTGCATCTACCGTTATACGTCCGACTATCGGGCAAGTACCGTCTTTTCTACGTTTGGACGTATTGAGATAAAACAAGATAGCAAAGGTGCTTCTTTTGGCTTTTGTATTCTTTTCCATATTGATAGTTATTTAGAATGATTTGTTTATTGCTCTACGCCAACCAACCGGAATTTATCCTTTATCCGTTCTTCCAGTTTGTCGGTGTCCTCTGATATTTTATTATTGCTGATTTTTGCGTATATCTGCGTGGAACGTAAATCCCTATGTCCTAACATACGGCTTACTGTTTCTATCGGTACGCCTTGAGATAAGCAAATTTCGGATGCGTATGTGTGCCTTCCGGCATGAAAGATGAGCTTTCTTTTTAGTCCGCAAAGTTGGGCGATAACTTTCAGGTTCTTGTTCAACCTGCCGCAACTCTGCATTGGCAACAGTTTCCCGTCAGGGGCTAAACCTTTGTACTTGTCAATAATTTGCAAGGGTATTTCCATCAGGGGAATTTCACAAGGCGTTCCGGTTTTCTGCCGGGTGGTTTCTATCCAGAGCACGCCATCGGAAGCTCTGACAATATTCTTTTCTGTAAGGTTGCAAATATCCCTGTACGCCAATCCGGTAAAAACAGAAAATAGAAACATATCACGGGTTAAGTACCTGCATGGATGGTCTAAGGGCGTGGTTATTATCTTCTGCAATTCGTCACGGGTCAGATATTTCTGTTCGGCTTTGGGTCTTTCAGGTGAATAACCGTCAAACGGGTCACAGGTTATAATCCCCTCACCAGTGGCAAGTTTTATCATTTTACGCAAATGGCGCATGATGCCTAATATCGTGTTGGGTTTTAATTTCAATTCCACACGCAGATAAAAATCGTATTTCTCGATGAAAGAGAAATCAAGCTGTGTAAATGGAATATCTGATAACTTGCATTTTAACGACATAAACCGTTTAAGATGGTTCAGGGAGTTTTCATACTGTACCTGTGTGGATAACTCACGGTTCACGCCTACACGTTTCTTAAAATCTTCATTGTGGCGTGCAAAGTAGCTGATTAGTGTTTCCTGCCCGGATGCGATGCCTTGAAATGCGTTCTTTACCTCGCTTGCGGTGATAGTATTTTTTATTTCTTGTAATTTGCGGTAACTGGTGTTTACCGCTACATTGATTTTATCCAGTGTGGCGTTTATTTCGGTAGCGTGTTTACTCTTACCCGTTACCCTGCCTGAAACAATATCCCAAAGGGATGCTTTGGCGGTAAGTTTTGCGCTGAATTGTACAACGTCTTTTCCAATGGTGATTTTTCCTATAACGGGACACTCGCCGTTTTTCTTTTCATCGGTCTTTCTTAGGTAGAAATGTACTTTCAATTCTGTTTTCATATCTCTGTTTTTTAAGTTGATAAAATTACTTCCAACAGAGTTATTTGAAATGATGCAAGCCACTGACAAACAGACCTCTCAAAGGTCTAATAAGGACAGCGAAAAGAGAGAAACGAGCCGATTTACAGAAGTCCGTCCTAATTCCTTGTTTTTCTGCCTGTTGCCGACCTCTAAAAAGGGTAACGGATAAGCAACGGAACTACTACCTGAATACGCTCTCTTTTTCTTTTTCAAGGGTGGACAGCTAACGACTACAAGCGACAAACATACATGATTATCTGCGCTTTACGCTTTATTGCTAATAATTACCTTTTCAGTATATACTTTCGCAACGACTGTTACACTGGCTAATGGCGTGCCCATCGAGAGCGTTTCAAAGATGTTAGGTCATACAGATATTCGGACAACTCAAATCTACGCAAAGGTAATAGACACGAAATTGAGCAATGACATGGAACTATTGGCACAAAAGCTCAACAGTAAATGCCTTGTTACTGTATAACGCTCCGGAACTTATCACAGTTTGTGATAAGTTCCTATTTACCTACATATTAATAATCCTATAAATAATTGATATATGAAATCGCTACCAATCAAAAATACTTCCCTGACATTGGAAGAAACTAATCTTATCCTGAAAGCCCGGTTTACAATAACACGTTTAGATAAAATCCGGGATATATTTCTTTTCTCCTGCTTCACCGGATTAAGTTATAATGACATTAAAAATCTGACTATTAACAATTTGGTCATTACTCCTGATGGGAAATATTGGCTAAAGATATATGTGCAGAAAAGTAATACCCCGATAAAAATACCACTTTTAGACATATCTCGCACTATTATAGAAAAATATAGGAACAGTTCAAATGAAACAGGTTCATTACTGCCTGTACCCAGTATTCAAAAGACAAATTACTATCTTAAAGAAGTAGGTAAAGAATGTAAATTAGAGAAACATCTTACTTTTAATTTTGCAAGACACACATTCATTTGTACTATCATAGTGGGTAACGATTTAGAAACTTCGATAGTAAATAAACTTATAGGAAGAAAAGTACAAGGCAATTCCAAAATCACAGACTTTCAGCTATACAAAGCAATGAAGACAGTTTCAGAGAAATTAAAAGGGAACAACATTATAAATATCTAAATAAAAAAATTATGGACTTACAAATCATCCAAAGCAAGATTTATGAAATCAGGGGTTACCGGGTTATGCTCGATAGCGACCTTGCGGCACTTTACCAAGTGGAAACAAAAGCCTTGAAACAGGCTGTAAAACGTAATCTCGACCGTTTCCCGGACGATTTTATGTTTGAACTTACCAAAGAAGAAACTGAATGTTTAAGGTCGCAAATAGCAACCTTAGAGAAAGGAGCAGATGATGAAACTAACTTGAGGTCACAAATTGTGACCTCAAGATGGGGTGGCTCTCGTTATCAAAATTTCGTGTTTACCGAGCAGGGGGTCGCCATGATTTCATCCGTTCTAAGAAGTGATACAGCCGTTAAGGTGAATATTTCCATCATGCGTGCTTTCGTCCTCATGCGGCAAATGTCAATCGGTTACGAGGAACTTCTTAAACGCATCGAAGAACTGGAACAGAGTACGGATGCACAATTCAGCGAAGTGTACCAAGCATTGACCCAGTTATTAAGCAAACCCGAACCGAAGCCACGCAAACCGATAGGATATAGAACCTATGACGAATAACTGTTTAAGGTATTTGGTTGTCTAAGGGGTGTCACCAGTGATACCCCTTTTTTAGTTCCCTAAAGTAATGTATCTCAATCACAAATTTTAGCAAAGTTACAGCCCGGCGGGGACAAATACCAAATCCGAACCGTTCCGGTTTTCTAAAAAATCTCCACACCTACGGGTCGTATTTTTTTGAAAAGATTAGGTTGAAGTCCCCGCCAAACTGTGGGTGTCCGGCAAAATTTCTTATTGTTTAATTTAAAATTCAAGCGTTATGAAAACAACAGAATTTACTATGCCGGAAATCACTATCTCTTATAAAGACAATGTAAAAGCATCCGAAAGAATAAAAATACTCTCTTCTGAAACTTCTTATTCTTACTTAAAACCTTTCTATTCCGAATGTATGGAACACCACGAAGAAAGTTATGTAATGTTCCTCAATCGGGCAAATAAGGCTTTAGGCGTTTCCCTTATCTCTAAAGGTGGTATGGCTGAAACAGTAATGGACGTGAAAATCATCCTGCAAACAGCCTTAAAAGTCCATGCTTCGGGTATAGTCCTTTCACATAACCACCCATCGGGCAATCTACGTCCGAGCGAACCGGATAAAAAAATAACTACCAAAATAAATGAAGCCTGCAAAGTTTTAGATTTACACCTGTTAGACCATATCATCCTGACAGAAGAAAGCTATTACAGTTTCACAGACGAGGGGCTTTTATAAGCCCTTTTTTTACTCTCTCATTACCCAATACAAAAAGCCTGATGGCTTTTGTTTCTATCCTCTTAAACAAGAGAAAAATTTTCCCTAAAACTGATTGGAACATTGTCAAAGGTATATCCGTGCCTGTTACTGTTCAAATTATTTTTTAGAAATCTCCACACCTACGGGTAGTATTTCATAAATAATAATTTGCCCTGTACCAGTCCCGAACCTTTGAAAAGACAATGTTCCCATTCAGTTAAAGGAAAAATTTATGTGGTGGGCGACAAGCGATGTAAACAATTAAAATTCAAAAGTCATGGAAGCAGTAACATTATCAGAAGCAAGAGTTTATGTAGGTACTTACAACAAGTATAACAGTGGTTCACTTTTCGGCAAGTGGTTAGACCTTTCCGATTATTCGGACAAGGACGAATTTATGGAAGCGTGCCGGGAACTGCACAAGGACGACCAAGACCCGGAATTTATGTTTCAGGATTACGAGAATATCCCGGAAGCCCTGATTTCCGAAAGTTGGCTTTCCGATAAGTTCTTTGAGCTTCGGGATGCCATCGAAAAACTAAGCGAAACCCAACAGGAAGCGTTTTTCGTATGGTGCGACCACCACAACAGCGATATAAGCGAAGAAGATGCGGACGACCTTATTTCTTCTTTTGAGGACGAATATCAGGGAGAATATAAAGACGAGGAAGATTACGCCTATGAAATCGTAGAGGAATGTTACGACCTGCCGGAGTTCGCAAAGACCTACTTTGATTATTCGGCTTTTGCCCGTGACCTGTTTATGACTGATTACTGGATGGATAACGGTTTTGTTTTCCGTTGCGCCTGATTACTAACCGGGTGGAGCAATCCACCCACAACACACCAAGACAATGAAAGTATATAATAAGATAACGACTTTTTTACGATGGTTTGCACTTGCTTTTATCATCTATCAGGCAGCCACCAGCACCGCCGGAATGTGGATAGCCCTAATCATAGGCTTTTTTATTCTCCGGTTCGTTCTCCGGTTGTTTATCTCTGCCGTTTACCTGTTCTGTATGGCTTTTATTTTCATTGTCCTGCTTTCACTTCTGATTATCTGATAACTCATTTTAAATTATAACAATATGGAAAGTTTAAACAAAAACGGGGTAAGCATTACCCAAACACCGGGAGAGGAAAAATATGTAAAATGCTGTTTAGGCGCATTTAGGGGTCAAATCTATTATCAATATGATTACCGCCATACAGACGGCGAACTGTTCAGCACCCTTGCCAAAACACTTGACGAGTGCCGCAATCGGCGGGATGAATGGATGGCGAAAAAAGAAAAGGTACAATAATAATTTAAAAATTACATTTATGAAAACGACAGAAGTAAATAAAAAAATTATCGGCAGACGTTGTAAGTGTATATTTACGGGCTTACTGGTAACGGGTATTATTGAAGCCGTAGAAGAAAACGAACATTCCGTGCAGGTGAAAGTACGTTTCGACACACCGCACCAATGGGGGGATGAACTTTATTCCTATGACTGGTCTTTCGGACGTAAAACAGACGGTTTCGGGTCTTTGAAATATTTGGAACTGTTGCCCGACGAAACGACATTCGATGCAATGATAGTTACTTTCAGCGACCCTATCGGCACACTGGACGGTATTTTTGAAGATGTGAAAACGTGGGGTGTCTGTTCCCTGAAAGGCTGGATAGATAGCTACGAAAGCACCCGTTTCACGCCCATAGACGTAGATAAGGCAGTTATAACGAGTGAATATAATATGGAATGTGTAAAAGAGTGGTTGGAACATAACACACCCATAAAGGACATTATAATCGGTTAATGAAGAACGGCGGCAAATGCCGCCGCTACTTTCTTTCCGTGAGCCGAAGCGGAAAAAGAAAGATAGCAAAGAAACCTGTTTCCATTCCTTATAAAAAAGATAATCCGCCGGGAAATACCCGCCGGATTATCTATCATAACATTACGCATAACGTATCATTCCAATTCTTCGCCCCATAGTTCCTTATCGGTCGGTGCGTATTTCATTTCATGCCAGCACCAGCCACCCACCAACAGGTAAAAGGCAACCAAAGCCATAAAGAAACTATATACCATAATAGTATATCTGAAACCTGATATTATTCCTCATGGTGCAGAAAGGTTACTTTCAGAACACATACCATTTCTTCATCTTCGGCATCAAATTTCCACGTCCGCTTTTTGACAACCATTTCCGTATCAAAATCGAAATGTTCCAGTACGGGTGCATTATCTTCTTCATCCGCCCACCTGAAAGCCTGATTAGACGGTGTTTTCCTTAATTCCACCCGGTCAAATTGGGAAATGCTTTCTTTATCCACTATCACAATATCACCGACTGCCGGAACTGCATCTGTTTTCCATGTGGTATTTACAAAAAATGAAATACCGTTTATATCCAATTCTATTTTAACCATGTCCTTTTTACTTTATTTGTTTTCTTCTTCCTTGTTATTGTCATTGTTAAATGAAAATGTTAATTGCTGTAACGTCCCGAAGCTATCCTGAAAATACACATCTACCGTTTGCTGGTCGGTCGATGCAGAGGTATAGTAAAGCCGGAATGTTTCACCCGGAAGCGGGTACAGGTCATTCGGCAGTAAAACCGTCCCATCGGACATTTTCAGCGTTCCCGCCCCGTCCGGCTGGAAATAGCGGATGAAATACTTTGTTTCCTCAAACCGCCCGTCCCGGTGAAGCTGACACCTGATTTCGGCGGTTTCACCCACCTTTAATTTTTTCGGCACTGGCATCGTTTCGATACTGAACGGGTAAGACTGCTGTATATCCACATCGTCATTACACGCACCCACCAATAGCAAGGCGGCCATTACATAGCAGCCTATCAAAATACGGCTTAAAATCTTTCTCATATTCATTATATATAATAGGTTAGTTTATCACATTATAAATTTCAGTCCCACGCCAAACTGTGTATGGAACTTTCCGACTGAAGAACCGAACAGGCATCTTTCCCTTGCGTTAATCAGGAACACCACCCGGTCGGTAATGTAACTTTCCAGTTCCAGCGTCAGCGCACCACCATAAACAAAACCGTCCTTATCGGTCAGGGTCGAGCCATCGGGCAGCAATTTGTCGCCCCAGTTGCTTGTTTCGTACCCGGCAAGGGCAGACAAGCCCAGCGAAAGGAAAAAGGTTTTCTTTCTGTCTGAAAGGAAATTCAGATAGTAACCGCCCTCACCTGTAAACTGGCTTACGGGTATCTGCAAATCCTTATAGGGGTAATGCTTTTCGAGATATTCCCCGCCGACAACCCACCTGTTCCCGTTTTTGGTATAGGTACTCATGGCAGCCCCGAAGTAATAGGCAAAATCACTTTTACTGTTCCAGTGAACACCGTCCGCCATGCCGCCCGTAACCTGCAAGCCTTTCATTCCCGGCAGACATCTTTGTGCGTGTGCCTGGTTGAAAGTCAGGCACAGCACAAAAAGGGATATAATACAACATATCCTTTTCATGTTCATTTGATTTTAAGTTCGTTAATCACTTTTGCCGCCACGATGTCGGAGTTCTCCACCCGGATAGTTTGGTGTCTGCCCCCGTTCTTTTCCACCAGTTCAATGACTAATATCTTATCGTCAGGGATAGTGAACTGCGGAACGGTGTACACGGTGCGGACGGTACTTTTACCACCGATAACCAGTATCTCGTTATAGCTCCGCACCGGGTCAATAACCGTTTCCTGAATAGCCGTTCTTTTGGCTACCTTTTTATCAACAATCTTGAAACGGATAAAATCAGTATCAAACGGCACGTTTGAACTGTTCCTTGTTTGTGTGTGTATGTAGAACAGCCCGTTATGCGAATAAATGCCCTTTACCAAGAACTGCACCCCGAACCGTTTGCATCCCAAATGCTTTATTTCCCGGTCATTGTTTTTGTAGATGGACTGCATAATCAGCTTTACTAAAAGCGGGCTTTCGTTACCCAGTTCACGGAAATAGATGTTCATCCGGGTATGGCTGAAATCTGTTGTATCCTCATTCTCCAAGAAGTCTTTCATTTCGATGTTCAGCATTTCCGGTTCGTGTGCGTATTTTGCATTGAAACTGTAAAAGCTGCCATCCTCACAGATAACGGAAAAATTGGTTTCACCGGGAAAGCCCTCTGTTGTGGCTTTCACCCTGACAACATTTTCCGCCCCGTCCGCTTTTCCGGCAATAATGTAGTTACTGCCTAAGTCCACGTATTTAACGGCAGACGGGAAAATGATATGTACTGTTTTGGAGAACGTCACCTGTACACCGTAAGGTGTCACCATTTGGCGGTAAGGGAGCTTCTTTGTAATGCCTTGATACAAATCATTACTTTGTGCTTTCATTGAAACCACGCCCAAGAGTAGGGCAAACATGATAATTAACTTTTTCATTTTGGATTGAAATTTTTATGGTTGATAAATAAATTACTGTTGTTTGGCGTAAAGCATCACCTGATAGTTCGCTTTCAGGTGTACTTTTACCGTTCTGAACTTCTTGGCAAGGTATTGCGAACCGCCTTGCATCAAGCCCCTTGTAATATCCATTGCGACCTGCTGCCCGGCACTTTGCGCAAATGAAATGCTCGTACCCAGTCCCGCACCGATGTTCGCCATCGCTTCCTTTGCCGCTTCCTGTTCCAGTGACGAGGGAACGGAAAGCCCCTTTTGCCCGTCACTGTCGTAAACGGCAAGTTCCACCGGAATGATGTTACCCGCATATTCGAGCGAGGACACCAGTATGTCGAGCCGTTCCCCCTGCACTTTGGCACTTCCTGAAACAAGGCTGTTTTTCGGGACAATCACGTTCCCCGCCTGTAACGGTTCTAACAGCCGGAGCTTGACGGTCTGCCCGTCCATAAGTGTTTGGTCGTTATGAACACACGCCCGGATAGTGTTTTTTCCTATCGAATAACCACTGCCGACCGCCGTATTAAACCCGTAATTGCGTGGCTTGCTGTATTCGGCGACAAATTCGGCGTTGCTCATGGGCTGCTGCAATCCTGAAACCGTCCTGTCCGATACCGATTTTACAGGTGTGGCATTTCCTTTGCCCTGAACAGGTGCGGACGGTGCGACCTGTGCAATCTGTCCCGGTTGCGGTGGTACGCTTTGCCCGTTCTGTCCGTTCATGTATTTTGCCGCCAGTTCGTAAGACTTTTCCATAAGAGCCACCTGTTCATCCATGTTGCCCGCACCGCTTTCTTTCGCATCGAGCCGGGCAGTGAGTTCTTCCACCTGACGTTTCAGTTCCTCTTTTTCCTTGTCCTCTTTCGGCGTTTCGTAGAAACTGCCTAACTGACGGTTCATATCCCGGTAAGCTGCCGCCGAAGATTGGATAGAGGAACGGCTATTGTTCGGCGCACCCGCCCCGAAATCTATTACATTGGTTTTCGGTTTTTCCGCCGGAGCATCATCTATCAGGGTCAAATCTTCCCCGTTCCCGTTTTCCTCTCCGAGCGAAAAAGCAAAATCCTGCAAGGAGCGCATCTTGTCTGCTTGTTTGTTCTCCATTTGTTCCTGTTCGTAGGCTGTCTTTTTATCGCTGATTATCCCGTCCCCTTTGGGTTGCGGAATATCGGCGTTAAATCCGCCCACGTTTTCCACCTTTGCTTCGTCCTTATCGGACGGTGCGAAAATCAGGTACATAGACCCCAAGAAAACCAGTCCCATAAGCGGGTAAACCAGCATCTTTTTTCGTTGCTGTATCTGCTGTGGGGTCAGTTCCTTTTTTTCCTTTCCCTGTTTTTCAGGTTCTTTTCCCTTTGCCGTTTCCGGTGCGGGAACTTCATTCTTCACTTCTTTTTCTTCCATTGTCTGACTGATTAAAAATGTTCGTACTGTCTTTACTTTGTAACTGCAACTGCCTGATGTGTTCTATCCGTATGGTTTCGCCATCCTCTTTTCCTATCCGGTAAATGGATGATACCGTAAAGTAGATGGATAGCCCGCCGAAGAACAGGAGCATAAGCAAGATTACCGCCAGCCTTATTTCCGGTGTCATGCGCCCGCACAGGCGGCGGAGTTTTTCATCCGCCCAGTCCTGCACATGGGTAATTGCCTGATTCACCGGAGAGAGAATTTTCCGTATCATGGCTTACCGCTTTATGGTGTTCAAATCCTTATTTTCCGTTATCTCGAAACTTTCCATCATAAAGCCGTGCGGGTTATTATCCGAGCGCACAGCGTTCAATAACCGGCAACGGGTGACAAGGCTTCTTTCCGTCACGCTGCTTTCACGGATAATCATTTGGCGGGCATAGGTAGCCACCGCATACGGGTACACATCGAAATTGCAAGAAACGCTGTCTATCTGTATGGTCTGGCTGATATTGCCCGAAATGATACGGTTGTAATATCCCTTTTCCGAGAGGTCACGGTAATAGTTAAATGCGCTCTTGTCGGCGAGGAACAGCGACCGTTTGATATTGCTTTCGATAGCGTTCTTATCCGGTGAGAGCGTGAAAAAGAGTTCGTGAAAACGCTTCACGTGTTCCCTTGCTTCGACCGGACGGTTTTGTGTCAGGTCTTGCGAAAGCGCAAGCATCAACGATTTGCCACCGTCCAATACATAAATCTTTTGCCGTTGCGCTTCGGCAAACGTGTAGGAGTTCCAAACGGCATACCCCGTTATCAGGGTACACATAACGACAAACACGATACCGAAAAGACGTATTTGTTTGAAACTGGTTTCAATGTTCTTTAAACTTTTAAATTCCATCTTGATTTTTAATTATTGATTACCTTTGATTAGTTTACCGCCGACCCTGCCGCCAGCGTTCCCGGTGGCTGCTCCGGCTACCGCACCAACTCCGCTACCTGTTTTGTTAGCTGCACTGTTTATATTCCGGCTCATGTTGCCCATTCCGCCCGCCTGAATAATCCAGTTCGATACGGTGGGGATGGTGAAGTAACCGATGATACCGATTATCATAAAGATTATGTACACTGAATTGCTGCTATCGGGTACAAAATTGGGGTCTGATAGCTCCTGAATATCCTTTTGGAGCATAAGCACCTGTATTCGGGCAAGAATGGAACTGAACAGGTCTGAAACGGGTAGCCACAGGTAAACGGAAATGTACCTTGTTATCCATTGGGTCAGTGTCGCCTGAAAGCCATCATATACACTGATGGCAAAGGCTATCGGACCCAGTATGGCAAGGACAATCAAGAAAAAGGTTCGGATAGTGTCTATCACAAGGGCTGCCGATTGAAAGAGCAGTTCCAAAAGTTCCCTGAACCAATCCCGGACGGATTGCTTAATATTGTGGGCTGCCCTATCCATGTACATACCGCCCATTGTGGCAATATCTTTGGCAGACCATCCCAATTCGTCAATCTGTTTATCAAATGCTTCATCCGAAACAAGGTAAGCCGTTTCCGGATTACGCACCATCGCTTCATATTCCAGTTTGTCCTTTTGTTCCCGGTAGGCGTTCATATCGAAAGTTTGCGTTTCGAGCATATTGTTACACCCCTTGACTACTGGCGACATCACGCTGTTAATCGTACCCAGTACGAATGTGGGGAAGAACATAATACAGAAGCCTATTACAAAGGGACGGAGCAAAGGGTAAACGTCTATCGGTTCGGCACTGGCGAGCGACTGCCATACTTTGGCAGCCACATAAAACAAAGCCCCCAGTCCCGCTATTCCTTTGGCTACCCCCGCCATGTTCCCGCATAACGGCATCATATCCGTGTACAGACTTCGTAAAATCTGATGCAGGTTATCAAATTCGATTGCTAATAACATACTACTTATTTTTAGAAGTTACCAGTAACGTTCATCCGCCGAACCGTACAAAGCCATTACCCGGTCAGTGTCCTTTTTCTTTTTCGCCCGCAGGTAGGAAACGGAAATATTTTTGCGGGTATAATAACTCACCAAATCCCGGTAGTTCCTGATGGCGTTATACGTCCGGTCGATAACGTCCATCCGTTCTTTATCCGACATGGAAAGCCCGTTGATGTTCACCACACTTTTCATTTCTTCCAGCACATCGGAACTTTCCTGCAACAGTTGGGTATAGCCATAGGCAATGGCGGAAAGCTCGTCCGGCGTGTAGTTTTCATCCGAAAGCATCTTCTGAAAACTGTTCACATAGATGTCGGAAATCTCACCGATAAGCAGGATAGACTTTTGTACTTTCCGGGCATCTTTGACAAGGTTATGCACTGATTTTAAGGCATCATAATAATCTTTTCCCTGTTGATAAATCTTTACCGTTTCCTGAAAATTCTTTATCATATTCTGTGCGGTCGAAGAAGTCTGAATGATGTTCTTTGACGCATTGATAATCCCTTGCGCCAAGTTGCCGGGGTCACTCACCACCCATTGTGCGTTTACCTTTCCGGCAAACAGGCTGCATACTACAAGCAGCATTATAATCTTTGTTTTCATACGCTTACTTCTTTATTGGTTGGTTACTCCGTTTATATTCTCCGCCGGGAGAAAGCAGAATCCGGTCATTCTCTTTGTCATAAGTCAGCAGGACGGACAACCCCGTTTCGATGAACAGGTTTCCGTCTTGTTCTGAAATCTGATAGGTTTCCGTTTGGATAGTTCCCCGGTAGGTCTTTCGATAGGTCGTTACCCGGTAATGCCCGTTTTCCTCAAAGAGGGTAAACGCCGGACGGTTTTTCACGCTTTCCCAGTCCCCACGCATCGCCCTAAGACGGTCGGCGTTCGTTTCCTTACAGGAAGAAAGCCCCAGTAACAAAGTACATAACAGCACCGGAAACAGGAATTTTAAATGTTTCATACTGATTGATTTTTAAATTGTTAGTTGATTATTTTTCGGGATTGCGCTTGCTTTCGGCAAGCCGTTTGATAGCCAGTTCGAGATTACCGCCCAACTTTTCGGACAAGGCAAAAAGTTCCATCTTTTCCGTTTCTTCCGTTGTGTATGTAAAATATTCTTCCAAACTCACTTCGGTAGCATATACGGCTGATTGTGTACCGCCTAAGCCTATCCAAACTTCCTTGTATTTCCGGTTCGGATGATTGGCAAGGTTGATGGAAAGCACCTGTGAACGTTCCTTATCGGTCAGTCCCAAAAGGTTCTGTATGCTATCGAATTTATTAAGGTATTTCCTTTGGTCGAGCAGTATCTTACAATCAGAATTGTTTATAATACTCTCTTTTACAATGGGCGAGGAAATAATATCTTCGACCTCTTGGGTAACTACAATCGCTTCGCCGAAATACTTCCTAACGGTTTTGTATAAATATTTTATGTAATCTGCCATATTCGCCGATGCAATCGCTTTCCACGCTTCTTCTATCAATATTAATTTCCTGATACCCTTTAGTTTACGCATTTTGGAAATAAATACTTCCATGATAATAATGGTTGTAATCGGGAACAGGATTTTGTGGTCTTTGATATTATCCAACTCAAAGACAATGAAACGTTTATGCAGCAAATCAAGCTCCTTGTCGGAGTTCAGCAGGTAATCATATTCGCCCCCTTTGTAGTAAGGTTCTAATACATTCAGGAAGTTGTCTATATCGAAATCCTTTTCCCGGACGTTCTTTTCTTGCAGGTGCGCCCGGTAGTCATTTTTCACATATTCATAGAATGTATTGAAGCAGGGAGTAACCGAACTATCCTTAGTAATCAGTTCGATATAGGAACTTACGGCGTTTGACAAAGCCACTTCTTCCGCCCGTGTGGGTGCTTCATCGTCCCTTTTCCAAAGGGTCAGGATAAGCGTTTTGATACTCTCTTTCTTTTCAATATCGAATACCCCATCTTCCACATAGAAAGGATTAAACGCTATCGGGTTTTCAGTAGTATAGGTAAAATAAATCCCATCTTCCCCGTGCGTTTTCCGGTTTATCATTTCACACAATCCTAAGTAACTGTTTCCGGTATCAACCAGCAGGACGTGCGCATTTTGTTCGTAATACTGGCGCACCATGTGATTGGTGAAGAATGATTTGCCGCTACCACTCGGCCCAAGTATGAACTTGTTGCGATTGGTAATGATACCTTTTTTCATTGGCAGGTCTGAAATATCAATGTGCAACGGCTTTCCTGTGACCCTATCCACCATCTTGATACCAAAGGGAGAAAGCGAACTTTTGTAGTTCGTTTCTTCGGTGAACATACAAAGAGCCTGTTCCATAAAGGTGTAGAAACTTTCTTCCGCCGGGAAGTCCGCCTGATTGCCGGGTATGCCCGCCCAAAACAGGGTCGGCGTGTCGGTGGTGTTATGGCGTGGCTTGCACTCCATAAGTGCGAGCTGTGACCCCACATCATTTTTAATGTGTTTGAGTTCTTCCCGGTCGTCACTCCAAGCCATGATATTACAATGGCATCGCACAGAGATTAGCCCCTGTGAATGTGCTTCATTCAAATATTCCTCAATCCAAGACTTGTTAATCTGATTGGCACGGCTGTATTTGGAAAGGGAGTGCATATTGCGAGCCATCTTTTCAAACTGTTTCAGGTTCTCCGTATGGTCGTCAATGAAGATGTACTGGTTATATATATGGTTACAGGAAAGCAATACGCCCACCGGAGAAGCAAAAGATAACCTGCAATCGCTCCGGTCGGTGGATAGCTTTTCATAGCGGGTATCAGTTCCCACCTTGCCCGGCATATCTTCCGCATCCGAAAGGGTATGCAAACAAAGAATATCGTCACCTATCCGCATATCTTCGGCGTTCAGTTGAATATCTTTCAATGTGGTAGTGTCTGTTTGTGAGAGTGAAAAGTATTTTTCCACGATACCCGCCGTTTCCTTTGTCCCGGTGATTTCGTCCGAAGTCAGGCGGGTAAGGGTAATGAAACCGCTATCATTCATAATGCTTTCAAACTGCCCCACCGCTTCGAGGAACTTTGTAACCGTTTCCTTGTCCTTTATCTCTTTGGGGACAAGGAAGCCCCGGCAAAGAGTAGAAAAATTACTCTGCATCCGGCTACGTTCCTTTGTCGTTTTCGTCAGAAACAAATAGCAGGTATGGTTTAAGAACGGTCTTTCATTAAAATGCCGTTCAAAGGAACGGGAAAGGAAACTCAAATCATCCTTTTGGATGTCAGGCGCATAGTTTTCTTTGATGAACCAGTCCTGTTTGTGTACGATGCTGTAATCGGGCAGCACCTTTACCGCCTTGTTCCAAGCGGAATGTATCGCTTCGTATTCGGCTGCCGTAACGGTGAACAGTTCGGGCAGTTCCACCCGGAACGCCACCGTTATGTCGGCATCTTTGGAAACGATACAGCCGTTTTCCACCGTGAACAGTGGAAACTTGTTTTCCAGCGTAGTAGCTTTTAATATATTTCTCATTTCGATGCTTGTTTTAAATGGAATAATCGGGATATGGTTTTTCGGTTGATGATATGGAAAGGGTGGCTTTTGCGTGCGGACAATTTCATTAACCCGTGTGTCCCGTACTTTTCGTTTAACCGGAATGTGAGCCATACAAGCAACGTTGCCGAAGTAACGCCGAAGATGATGCACACCCACTGGTTAATGCCTACCATGTACATGATGATGAAAAGCACGAACAGGGCTAACAGCCCGCCCGCAAAAATGAAAAGATACTGACTTTTCAACCCTTTAAACTCAACTGGCTTGCCTATCCCCCTGTTAATCGGATAGTCTGCCATAGTCCATTTCTTTAGAGGAAGAATGAACGTAGGATAGTGGCAGCGACAATCAAAAAGATACAAGCACCAAACCAAGAAGCCGCCGTTTTACTGGTGTCAGGGTCGCCCGAAGAAAACTTGCCATAGACTTTCACGCCGCCAATCAAGCCCACCACCGCACCGATGGCGTAAATTAATTTTGTCGCCGGGTCGAAATAGGATGTTACCATGTTGGTAGCTTCTGTAATACCCGCCATGCCGTTACCTTGTGCAAAAGCAGAGGATGCAGCCAATAGAGCGACTGCCGAAAAGAGAACTTTCTTTTTCATTATAAATACATTGATTTTTAAATTGCCGGGCGGTTGGATAGTCCGCCCGGCGGAGTGATTAATAATTGAATTTTTGTGGTTGTGGGGAGTGTTCCCCAGTGTTCAGAAAGGTTTGTCTTAACCGTAATCTCTTTGTTTCATCATCTTATTATTTAAAGTTTGCCATTAAAGAAAATCGTTCATGTCAAAGTCTGCCATTTCATTACTTCCGGCAACCGGGACGGTGGCGGGCACGGGTATCTCATGCTTTTGTAAAAGTTCCGCTACCCGTGACCTGCCCCCGTTTATCTGCTCCACCAGCGAATGAAACAGGTTTGTTTCCGTCCGGCAGATGGTTTGAACCGCTTGCCGTTCTTCTGTGTCGGATGCTTGTTTTATCTGAATGACCTGAACCATTTGCGCCAGTTCCCCCAGTGTGATACCTTGCGCCATTTCCGGTTCACCCTCACCCATGTAACAGGCGATTTCTTCCGCTTCGATTTCATCCGCCGAAACGTCCGTTTCTTCCGTATTTTCCGTTTCAAATTCCATTTCAAATTCGGTTTCAATCGCTTGCGCAGCAGGTGTTTCAGTTACCGTTCCCTCGCTTTGCGTGACAAATATAGAAGCATTATCAACCCCTTTTGAAAGGTGTCCTAAGATGTCCCCGTTTGTCCTCATTTGTCCCATCCGGTAACGGCTTGCACCTACAAGACAATTACCGTTTCCGGCTTTCACGGTCGGTTTGCTTTCCGGTTGTTCCGGCTCTCTTTTCCCACCCGTGAACCATGTTCCCAAGCTATCCCTGTATCGCCATAAGAGAACGGCGTAATACAGGAGCGTTCCGATAATAAACCACTTCAACATATCAGAACGGCTTTTCAAATTTGCTTTCGTACAGTTCGTTTATCTCGTCCTGAAACTGGTCGAAATGCCGGAGCAGGATATTTTCTACATAGCTGCTCACGGTTGCCTTGCGTCCGCCGATAACGGTTACTATCTTCATTAGCTTTTCGTGTGTGGTACGGCTGACATATAACGGTTGGCGGTCGGTCAAGTCCACCCGCATGAAATAGGTTTCCCGGTAGTCGCCCGGAGTGTTCTTTTTCCGGCGGGCAGGTTCTTTCACCGCCTTTTCTTCCTTTGGTTCTGCCTTGATTTCCGGTTTATCTGCCGTTTCCACAGTACCCGTTTTATCGTCCGGTTTATCCGGTGTTTCCACCGCCACCGATGGCATTTCCTGTTTTTTCACGGGCAAGCCCTGTGAAATAATCTCTTTCATAAAATCCTCGTCAATTTGCGGTTTCCCGCCGCTTTGCTTTGCCATATCGTTACAGTTTTATAAGGTATGCGATTTCGGTTATCAGTTCTTCCATGTTGCTGCCCTTTACCAGCCGTTTGTCCGCCGGGAACAGCGTAGAACGGAACACGGTTTTACGTTGTGCGTCCAGTTCCTTTTTAAACCTTTTGGTGTCCGGGATAAATACTTTCATAAGGGGTAATTCCAGTTCCCCGATGGTCTGTTCATACAGGGTGTACAGGTCTGTTTTTTCCCGCCCATCTACCATGTTCCAAAACAGGTGCAGCCCTTTCAGTCGGCACGCTTCATTCCTTACCAGCAGTTTGTCGATAGCCACCGCAAAGGAAAGGCTGCTTTCCAATACCACCCGGTCGGCGGCTATGGGAGTGAAAATGTAGTCCACCCCTGAAAGCGAATTGATAACGCCCTCACTGTTCACCGTTCCGGGCAGGTCGAAAAAGACCACATCATAATCCGACCCGGCAGACGCAAGAAATTCATCCGCCGTTTTTATCGCTTCGTCCGGCGAACTGCATAAGACCGGGTACGCTTTCTTTCCCAGCGTCTTGAACTGGTGAAAGGCAAGCTGTTTGTAATAATCGTCACCGTTTACTTGTTCGGCATCCCGTTTGCGCATGGCACTGATACTGTGCTGCGGGTAATCGCAATCCACGACCGCCACGTTATACCCTTTCAGGTAATACAGGTAACTTGCCACCAAGACGGTGAACGTTGTTTTGCCGACCCCGCCCTTTTGGGTGGAGAAAGCCACATACAAGGTTTCTTTCTTCATTGTAATAATTCTTTTTTGTGATACATCTTTATTTCATTCCATCCGTTCAGATTGACGGACAGTTTTCTTTCGTTCCATGTTGAAAGCTCGAAAGCCGGAATGACTTCTTTTTCTCTTTCCTTGTTTCTTGTTATCTTTCTGCAAAGACAGCTTGTTTTCTTTGCAGACAGTTTGCTTTCCCGATTGAATGACCGTTTCCTTTCAATCATTCCATCCGGTTTGCTTTCCTGCTTTCTTGAAAGATTGCAATCTTGAAATCTTGTTTTCAAGTTTTCAAAACCGCTTTCTTTCCGTCCGCTTTCCGTTACATATTTCCATCTATCCATATTGCTATCTTTCTTGAAATCCGGGACAAATAAACGTAGAAAAACAACCCCTTTCGAGATGTGTCCTCAAATGTCCCCGTTTGTCCTCATTTGTCCTATAACCCGCTATTTCACAGCATTTTTAATACCCGTTACTTTGCAACCGAAAGGTATCGGTCAGGCTAACCAAGCCCCCGCCGCCGGGAGCGTTCCAATATCCGCTAACCCCAATCCGTCCGTAGGCGGATTTTTATTTGCACTGGCAAATAGCAAGGTGTGTTCTAAGCAGCTTGAAATTCTTTCAGCAGCTTTGAACGCCTTGCCCGGACGAAGCCGGGATAGGGTCACTCCGAAGTCGTACCCCTTTAAAGAAATGTAGCATGAAACAGAAAAATGAAAATGCGTCCCGTCCGGGTGGCGCAGGACGAAAGCCCAAAGCAGACCCGGCAGTGTTCCGGTACTCTATCAGCTTCAATGCGATAGACCACGCCCGCTTTTTGGCATTGTTCGACCAGTCGGGTATGCGTACCAAAGCGCATTTTATCACCGCCCGCATCTTTGGCGAACCGTTCAAAGTGATTAAAATCGACAAGGCAGCGGTAGAATATTATACCCGGCTGACCGCTTTATATTCCCAGTACAGGGGTATAGCCGTGAATTATAATCAGGTGGTAAAGGCTCTCAATACCAATTTTTCGGAGAAGAAAGCACTCGCTTTTCTCTATAAACTGGAAAAGGCAACGATAGAACTTGCCGACCTGAACCGCCAAATTATTGAACTGACCCGTGAGTTTGAAACAAGATGGTTGCAAAGATAAGCGTAGGCAGTTCCCTGTTCGGTGCGCTTTCTTACAACCAAAACAAGGTGGATGAAGAGCAGGGGAAGGTACTTTTAAGTAACCGTATGTTTGAAAGCGAGGACGGAAATTTCAGCATCCGGCGATGTATGGAATGTTTCGATATGCACCTGCCCGCAGACCTGAAAACGGAAAAGCCGATTATTCATATCTCCCTGAACCCGCACCCGGACGATGTACTTTCCGATAGCCAGCTTGCGGATATAGCCAAAGAATATATGGATAAGTTGGGGTACGGCAACCAGCCGTATATGGTTTACAAGCACGAAGATATTGCAAGGCATCATATACATATCGTTTCCATCCGGGTGGATGATACGGGCAAAAAGATAAACGACAAGTTCGAGCATATCCGCAGCAAACAAATCACCCGTGAACTGGAACAGAAGTACGGGCTGCATCCGGCAGAGAAGAAACAGGCAGCCGACCGCCCCGAACTTAAAAAGGTGGATTACCGGGCAGGGGACGTAAAGCACCAGTTATCCAATACGGTGAAAGCCCTTGCCAGCAGCTACCGTTTCCAAAGTTTCACGGAATACAAAGCGTTGCTATCTATATATAATGTACAGGCGGAAGAAGTGAAAGGGGAAGTGAACGGTAAACCTTATAACGGTATTGTCTATTCGGTAACCAATGACAAGGGAGAAAAGCAGGGAAACCCGTTCAAATCTTCCTCTTTGGGTAAGTCGGTAGGTTACGAAGCCATCCAGCGACATATCAAGAAATCCACAAAAGACATTCAGGACAAGAACCTGAAAGAGCGTACCCGCCGGACAGTCGGCGCGGTGATGAAATCCGCCCGTAGCCGGGAACAGTTTATTACGGAATTGAAAGCGAAAGGCATAGATGTTCTTTTCCGGCAGAACGATACAGGCAGGATATACGGTGTAACATTCATCGACCACGCAAACCGTACCGTCCTGAACGGTTCACGGTTGGGAAAAGACTTTTCCGCCAATGTGTTCAACGACCTGTTTTCCGGCTCCCGTACTTTGACGGGAAACAGTAAACAGGAAACGCAGGAACAAAAACCGGAATATAACCCGACCGGACATCTTGAAAATACAGGAAAAGCCATTGCGGGACTGTTCAGCCTGTTATCCGGTGGGGACGATACGCCACCCGACAACAGCCAAGTTCCACCACCCAAGAAGAAAAAGAAGAAGAAACAAAGACGTATTTAATAACTATAAAAATTTCAATTATGCAGAATGAAGATGATTTAAGAGGACTTGCAAAGGTCATGGACTTTATGCGGGCAATCAGTATTTTATTTGTAGTGATAAACATTTACTGGTTTTGTTACCAGTCGTTCAGGGAATGGGGTATCAATATCGGGGTAGTCGATAAAATCCTGTTGAACTTCCAGCGTACCGCCGGGCTGTTCTCCAATATCCTATATACCAAACTTTTTTCAGTGGTATTCCTTGCGCTTTCCTGTTTGGGAACAAAGGGAGTGAAAGAGGAAAAAATCACATGGAACAAGATTTATGTTTTCCTGACAATCGGTTTTATCCTGTTCTTCCTGAACTGGTGGTTATTGGTTTTACCGTTGCCACTGGCGGCAAACACGGCATTGTATATCTTTACCATGACAGCCGGGTATCTTTCGTTATTGGCAGCCGGAGTATGGATTTCCCGCCTGTTGAAAAATAACCTGATGGATGATGTTTTTAATTTGGAAAACGAAAGTTTCGCACAGGAAACACGCCTGATAGAAAACGAATATTCTATCAATCTGCCGACCCGTTTCTACTATAAAAAGAAGTGGAACGATGGGTGGATAAACATTGTAAACCCGTTTAGAGCAAGCATGGTTTTAGGCACACCCGGTTCAGGAAAATCGTATGCGATAGTCAATAACTACATAAAACAGCAAATCGAAAAAGGCTTTGCTGTTTATATTTATGACTACAAATTTCCTGACCTTTCGGAGATAGCTTACAATCACTTAATCAGCCATTTAGACGGGTATAAAGTGAAACCTAAATTCTACATGATTAACTTTGACGACCCACGCAAAAGCCACCGATGCAACCCAATAAATCCGGCGTTTATGACGGACATATCGGACGCATACGAAGCCAGTTATACAATCATGTTAAATTTGAACCGCAGTTGGATAACCAAACAGGGGGATTTCTTTGTAGAAAGTCCTATTATCTTACTGGCTTCTATCATTTGGTTTTTGAAAATCTATCAGGGTGGAAAGTATTGTACATTCCCGCACGCCATTGAATTTCTGAACAAGAAATATGCCGACACGTTTACAATTTTAACCAGTTATCTCGAACTGGAAAACTACCTTTCACCGTTCATGGACGCATGGGAATCCAATGCGCAAGACCAGCTTCAAGGGCAGCTTGCAAGTGCTAAAATCCCACTTTCAAGAATGATTTCACCTGCCCTGTATTGGGTAATGACAGGGGATGATTTTTCACTGGATATAAACAATCCGGAAGAACCTAAAATTTTGGTGGTAGGCAATAATCCCGACCGTCAAAATATCTATTCCTGTGCTTTGGGATTGTATAATTCCCGTATCGTGAAGCTGATAAACAAGAAGCACCAACTGAAAAGTTCTGTAATCATAGATGAATTACCGACTATCTATTTTCGGGGATTGGATAACCTGATAGCAACGGCACGAAGCAACAAGGTAGCGGTTTGTTTGGGCTTTCAGGATTTCAGCCAGTTACGCCGGGACTATGGGGACAAGGAAAGCAAAGTAATCGAAAATACGGTGGGTAATATTTTTAGCGGTCAGGTGGTTTCTGAAACAGCAAAAACGCTTTCAGACCGTTTCGGAAAGGTACTGCAAAAACGCCAAAGCATGACTATCAACCGGAATGATAAATCAACCTCTATCAGTACGCAGATGGATAGCCTGATACCACCCAGTAAAATATCCAACTTAACGCAGGGTATGTTCGTGGGTGCGGTCAGTGACAACTTCGATGAACGCATCGAGCAGAAGATTTTTCATTGTGAAATTGTGGTGGATAACGAGCAAGTGAAGCGGGAAACAGCCAATTACAAGAAGCTACCCCAAATCATAGATTTCAGGGACGAGGACGGGAACGACCGGATGCAGGAAGAAATACAGGCAAATTACAACCGGGTCAAGCAGGAAGTCCAGCAGATTGTCACGGACGAAATGGAAAGGATTAAGAATGACCCTGAATTATGCCACTTGATTAAAGAGGAATAAATTTATCCAAAATACATATAATGAAGAATTTATTTGTGGTGTTTAGGGCAAAGTGTTAATTTTGCACAGAATATCACAAGTAAATTATGCCAAGTATCATAAGACCGAGAATAAATGATTTTTATAATATTCCCTTTACACAAGAGGAAGTCGATTTTGCAATCCCTTTTTTAGAAGAGGATATACCTCTTTATGTTGACCCTTTCTTACTATGGAAATCCCCTTCACAACAAGATAATGCGTTACATAGTCTAATTACTAATAATTTTAATCATTTAGGATTTTTAGTAAATAAAGGTAAGGTTGCTGATGCTATTGATATTATTATCAGCGCATCAGAATGTAATGAAGTAGGTCTTGGTAACTCTAAAACCAAAGATGGAAAACGAATCGGAGAAAAATTAGCTAATTCCATTTTAGGGGTGTTTAGCAATATTCCCCAAATACAAAAATCAGGGTTTACACATTTTGAGGAGGTACAATTATTGGTCGATAATATTTCGAAAGATAGAATCAGTGACATAGCTTGTAATTTCATTTCTTCATTCTTAATAGATTACACCATACAACAATCCGAAAAACATGGAATTCCGATAGAGCATGTTACTTTAGATAGAGTATATAATTCAAAGAAAAATAAGTTTGAAACAGAATCTACCTTTTTACCAATAAATCCAAATACTAAAAAACCTATTTGGTTTGTACCTAAAAGATGGCTGCGGTTTATGCCTTGGATAAATCCAGAGGATTATTTTCAAAGTTATTATACTTCTGAAATAGATAAAGAAAATAGCGGAAAAATTAACCGCATACAATTATTGGATTTTAATCGTCAGAATTATGATTTGGTACAAATATATACACAAATCAAAGAACGTCAATTTGAAAACTGTAAAAGTGACCCTTTATTTAGTCAGATACCCGTAACTTCTGCAAAAAGGAAATTATCTACTATCATCAAATTGCCATCGGGAAAAACGGATAATGCAGACAAACAATATGAAAATAACGTTTGTCCATTATTGGCATCCTTATTATATCCACATCTTGATTTTGCACAAGAGCAAAGTCGGACAGAATCGGGAGCATTAATTAGAGATTTAATTTTTTATAACAATAGGTCTTTCGATTTTCTGAAAGATATTTATGATGATTTTGGCTCAAAGCAGATTGTTTTTGAACTAAAGAATGTACAGGAGATTACAAGAGAGCATATTTTTCAACTCAATCGTTATCTGAATGATAATTTGGGGAGATTTGGAGTTATCGTTACAAGAAATAAGCCCAAAAAAAATATTTTAAAAAATACGATTGATTTATGGTCAGGACAAAGAAGATGTATTTTAATTATTGATGACGAAGACTTAAAGTTAATGACACAAGTGTTTGAAAGTAAACAAAGGTGTCCTATTGAAATAATCAAGAAAAAATATGTTGAATTTTTGCGGGCTTGCCCATCTTAATTACTTTATAATATGACAAAAGAAGATATTGAATTATACCAAAAAGTATTTCCTCAAATTAATGGATTGTATAAAGAAATAGGATTATTGTCAAAGAAGAATCCTAATGATGTAGTCAATGATTTTAAAATTCGATTTATAAATAAAAATCTTGTGGATGCTAATTCCTTGTTAGGTGAAGACAAGCCTTATGCTGATTTTCATTGTTTTGAGGAAGATTCTGTACCAACTACGAGTGATGTTGTTATGATGCTGGAACAGTATATTTCAGCGCTTGAACGGCTAAAAAATCGCAATACGATTACTAAGAGAGTGGAAGACCCTGATTGGGGAGTTGAGGTGCAACAGAGCTTTTGGGTAGTTAATGGCAAAACATCGAATATTAACGCTTAAAGATAAAATTATGGTAAAGAAGAGTTTAAAGTCAGTGGAACAATATCTTCCCTCTCAGGCAGAGGTAGAGAGATATGAAATGTTGGAGAAATTACTTACTTCTATTTATAATGAAATGAAAGAATTTTCCAAAAAGAAGCCGGAAGAATTATTGAATAAATTTAAAGTTACAAATGTAAATCGAGTCTTGGTTCAAATTAAAGAGATTATGAAAAATGAACCGACAAATGATTTTTTAGATTTGTTAGATGAAGAATCATTACCGTCAAATAGTGATTCCATATTGATTATTGGACAATTTCAGGCTGCAATGGAACAATTTCGTTCAAAATATTATAGAGCGTATTCACACGCCTATGGTAATAATGTTTGGTCAACCAAAGAAAGTCCTAAGGAATTTTAATATAAACATTTTATCTTAAATATTTAGGAAAATTATGTAAATATTGAAAGATATTCACGATTGTAAATATTATTAACACAGCAGGAAGAAGGTAATCATATCTAATACAAAATAAAGAGTTTAGAGATAACACTATTGAACTAAAAAAGTAATGCAATATTTTTACTGTGATAATATACGCATTACTTTTTTGTCTATATTAAAAGGGTAAATCATCTTTTACTATTCGCTTTATAGTATCAAATCTTTCCCACAAATTATTTAAAACAATAGTTTTATATTCATCCGATAAATTTTTCCACCAATCAATAAATACAATCATATTTTCTACAGGAATAATAGGTGTTTTTTTATAACGATATGGGGCAGTTATAAAACACTCTATGAATGAACAATTATTTTGAACGAGTTCTTCGAGTAGTGATTTTTGTACAAGTTGTTCTAATCGTTTGGTTATGACTTCAATGTTGTCTATGTATTTTGTAGAGTATTCAATACTACTACAAACACTCATAAATAAATCAGCAATATTACCGTATATTTGTTTTTCATTGTTACTAAATCTAATAAATGTAGCATTTTTAGATGTTATTTCTCTAAAAATAGCATAGAAAGAGGAAATTCTCGTTTCATAATAAGGAGTAATCATTTTATGTAAGATATTATTATACTTAAATATCGTATGGAGATTGTTTCTCTGTATTATTCGCTCAAATAGTTTACCTACAAAATAGATTTCTGTTCTAAAGTCATATATAGAGTTGTTAAATTCATCCGGTAAAGCATATTCCCAATTTAATGTTATACTTTTACCATAGTCTTCTGTAGAAGAAACATTCTTCCCAAATCCAAAATCTATTATTTTAACAACTCCTTCGTTAGAAACTAATATATTGTTTGGACGAATATCTCTATGTAATATATTTTGTTCTTCTAAATATTTGAAACCGTTTATTACTTGAAGAAATATATTATTAATTTCATTAGAATTTGATGATATATAATTTTCAATATCTACTCCATCAATATATTCCATTATAATATAACCTGTTAATTTTTCAGGATATAGATAATAATTAAACACTCTTACAATATTCGGATGATTGACTTTGTACAATATTTTTATTTCATCTACAAAATTATTATAATATAAAGCCTGTTGTTCAGGATAAAAGGTAGAATATTTCTTGCATACAAAGTTTTCGTTAATTGTTTCATCCTTTAATAATTTAGTCTTTCCCGTGCCCCTTGTCCTATATCTTTTAGGATGATGAAGTCTTTCGACCTTAAAAACGTTGCTATATCTTTGGTTTCCATAAGTATAATTTCTAATTTCTACGTCAAAGATATATTATTTATTTTGAACGAAGTTTTTTAGGCTAATGAATTTTATCCTATTAGGACAAATGAAGCCAAACGAGGACTAATGAAGCCACCCGTTTCCAAATCCTTAAATATACTCTATTTCATCCTTACTTTTACTTCCGAAAATTTATTTACTCATTAAAATTCAAAACATTATGGATGTAAACACAGCCAACCAATCCACCACTGACGAACAGATGATGGATATTCTTCTTGTACTGGATAAGGAGAAAAAGACAATCAGCGCAGTAAAAGGCGTAGATGAAAACGGGGAACTCCAAACCGTACCACCGGAGAACAACAGTGAACTTCTGAAATTCGACCGTCACGGTGATTTCTTTTCCAACTTCTTTTCCAACATGATGAACCAGTTGAAGAACCCGACCCGCTTCAACTTCTTCAAAATCCCTAAGATTGAACTTCCCAAAATCGAGCCGATAATCAGGGATAACTTCAACAACCCGACACCCGAAAATGAAGCGGGCATAGAGCGTTACCGGGTAACACCTGAAACCGTGAAGCAGGAAGCGAAGAAAGAACAGCAGGAAACCCAAACCCAACAACCACAGCAACCAGCCAAAGAAGCGGGAACAACAGCGCAAGCGCCGCAGCAACCCGACAAAAGCAAGTATGTGATTGACCCGGATAAGGTGGACTGGGAAGCCTTGAAGAATTTTGGTCTATCCAAAGAACAGCTTGAAAAGGCAAAGGCTTTAGAACCCATGTTAAGGGGGTACAAGTCGCCCGGAGCGTTCACCATTGCGGGTAACTACAATTCAGCCATTATGAAACTGGACGCACGTTTATCTTTCCGGCACGACAAAGACGGAAATGTAGTTTTGGCGATACATGGCATCCGACAAAAGCCGGAACTCGAACGCCCGTTCTTCGGACATGAATTTTCCAAAGAAGATAAAGCCAATCTTCTTGAAACGGGAAACATGGGACGGATAGTAAACCTGAAAAACTATATCACGGGAGAAATGATACCCTCTTTCGTCAGTGTGGATAAGGTAACAAACGAACTGGTTTCCATGCGTGCAAGCAGCGTCCAAATACCGGATGAAATAAAGGGTGTCAAACTGAACAAGGAACAAAAGGAAGCCTTACGGGAAGGAAAAGGGGTATTCCTTGAAAATATGATTTCCAACCGTAAAAATCCCTTTTCCGCAACCGTTCAGGTCAATGCCGACAAGAAAAGTCTGGAATTTATCTATCCCAATGCCAAACAGTCACAGGAGCAAGGGCAGAAACAGACGCAGCAGAACAGCCTTGTCACCAGTGACGGTGTAACCATTCCCAAAAGCATTTCAGGAATAGAGCTATCCCGCCAGCAACAGCAGGATTTAGTCAATGACAAGACCATCTTTGTTGCCGGGCTGAAAGACAAGCGGGGGGTCGAATACGATGCTTATATTCAGGTGAACCATGATAAGAAGAAGTTAGGCTTTTACAGTGACAATCCCAGCTTTGACCGTTCCGCCGTGAAAGAAATTACCCCCGCCAGCAAGAACCGCACACAGGTAGCGGTCAATTCGGAGGGCAAGACCAACGAAGCCACCAAGAAAGTGAAAGAACCCTTGAAAAAGGGTCAGGACAAGCCCACTGAAAAACAAAAGACCAAGCAGGATAAAAAGGAGAAGCAGGAGCAGACGGACAAACCCAAACAAAGCAGGGGACGCAAAAGATGATAGCGGTGCTAATCCTTATCCCGGTTGTCGGTTTCGCCCTGTTCATTTTCGCCTGTTACAAAACAGACTGGGAAGCCATAGACGAGCAGAACCGACAATATTATATAGATGGCTATCACATCTACTATGACCGGAAAATCCTAAGACAAAAAGAAGTGGAACAATTAAAATCAAAATTAGAATGATTGCAGTAATCGGAGAAAAACCAAGTGTGGCAAGGGACATTGCCCGTATTTTAGGAGCGAGTGAAAAACAGGATGGCTACCTTTCAGGTAACGGGTATCTCGTTACCTGGGCGTTCGGCCATCTTGTCGGTTTGGCAATGCCGGAAGCATACGGCATACAGAGTTTCCGCCGGGAAAGTCTGCCCATCATCCCGGATAGTTTTCAACTTACACCCCGACAAGTGAAAGCGGAAAAAGGGTACAAGGCAGACCCCGGCGCATTGAAACAACTAAAGGTAATCAAAGATGTATTCGACCAGTCGGATAAGATAATTGTCGCTACCGATGCAGGGCGCGAGGGAGAACTTATCTTTCGCTACATCTACCAGTATATCGGATGCAACAAGCCCTTTGTCCGTTTATGGATAAGCAGCCTTACCGACAAGTCAATCCGTGAGGGACTGCAAAACCTGAAAGCCGGTAGCCTATATGATAACCTATTCCTTTCGGCACAGGCACGCAGCGAAGCGGATTATTTGATAGGAATAAACGGTACACAGGCTTTAAGTGTGGCAGCCGGACAAGGCATTTTTTCTTTGGGACGGGTACAGTCGCCCACGTTGGCGATGATATGTACCCGCTTTTTAGAGAATAAGAACTTTATCCCGCAAAAGTATTGGCAACTGAAATTACAGACAACTAAGGACAATGTAGCTTTTACGGCACTATCCACAGAAAAGTACAATACGCAGCAGCCCGCCATCGACACGCTGCAAAGGATAAAGGAAGCGGAAACAGTACAGGTGAAAACCGTAGAACGTAAGGAAGTGAACCAAGAACCGCCCTTGCTCTATGACTTGACTTCACTTCAAAAGGAAGCAAATACGAAACTGAACTTTTCCGCAGACAAAACCCTATCCATCGCACAAAAGTTATACGAGGGTAAACTAATCAGCTACCCCCGAACCGGAAGCCGTTATATCTCACAGGACGTGTTCGAGGAAATCCCGGAACGTCTTGTTAATTTGGAACAGTACACCCGTTTTGGCGGGTATGCTGCCGGAATGAAAGGCAAAGCCTTAAATTCCCGTTCCGTGAACGATGGCAAGGTAACAGACCACCACGCCCTGATAGTAACGGAAAACCTGCCCGGTAAACTGGAAACGGACGAACAGGCAATCTATGAACTGATAGCCGGACGGATGTTGGAAGCCTTTTCTGAAAAATGCGTCAAAGACGTTACCAGTGTAACGCTGGAATGTGCAGGGTCGCTTTTCACGGTCAAAGGGTCTGTAATCAAGTCCGCCGGATGGCGTGCCGTATTCGGCGAGAAAGAGGACGGGGAAGATAACGCCACTTTGCCCGCCATGCAGGACGGAGATAGTTTACCGCTTTCCGGCATTGAATTACTGGAGAAACAGACCAAGCCCAAGCCGTTACACACGGAAAGCAGTTTGCTTTCTTCAATGGAAACGGCGGGTAAGGAACTGGAAAACGCCGACCTGAAAGCCAGCATGAAAGATACGGGTATCGGCACACCCGCAACACGGGCAGCCATCATCGAGACGCTGTTTTCCCGCCAGTATATCGTCCGGGAGAAAAAGAACCTTGTCCCGACCGAGAAAGGTCTTGCCGTTTACAACATCATTCGGGACAAGAAGATAGCAGACGTTGAAATGACGGGAATGTGGGAAAATACGCTTGCCAAAATAGAAAGCGGAGAAATGAACCCCGACACGTTCCGCAAAGGTATCGAAGTATATGCACGGCAAATCACGGCTGAACTTTTGGACGTTCAGCTTTCTTTCGCTTCGGGTAGTGGTTGTATCTGCCCGAAATGCAAGACCGGGCGCATCCTTTTCTATCCGAAAGTCGCCAAATGTTCTAATGTGGATTGTTCCGTTACCATCTTCCGCAACAAGAGCGACAAACAGCTAACGGACAAACAGATTACCGAACTGGTGACTACCGGGAAAACCGGGCTAATCAAAGGCTTTAAAAGCAAGAACGGCAAAGTCTTTGACGCTTCACTTGCCTTTGACGAACAGTTTAATGTTACTTTCGTGTTCCCTGAAAAGAAAGGCAAACCGAAGAAATAAGACGGAAATAGTTATATTTGCCACAGAAAGTTTCATTATAGATAGATTTATAATTGAAATTTTTGTGGTTGAAGCACCCGGAGGGACACCGGGTGCTTTTTTTAATCATTCTCCTTTATACTGGTAGGTCAGGCAAACGACCTGATTGTCTATAACCCGGTGTTCGGTCAGTTCCCACTTCGACCCGAAAGTCTTGCCTATAAACTTGATACCGTCCCCCAGCATGACCGGAACGATATACAGCGTTATTTCATCCAGCAGGGACGCTTCAATCAGCGAGGTTATAAACTTACCGCCGCCAATGACTTGAATGTCGGTTTCCGAACTTGATTTAAGTTCATTGATTGCCCGTAAAGGCATATCGGTAAGAAAGGTTACATTCTCCTTTTCGGTCACATTGGTGTCGTAGTGGGACACTACAAAAGTTTTTTTACTTTTGTACGGCCATCCGCCCCAATGTTCAAAAATACAGGTATAGGTATTCGCACCCAGCAACAGGTAATTTGTAGTTTCGTATTCCTTATTCAGTAAGGTTCTTACATTTTGGGGCATCCAGTCCAGTTCATTGTCCGGCGTTGCGATAAACCCGTCAAGAGATACAGCGATGTTCGCTTTTATTTGCTTCATATTATCAGGTATTAAACAGTTTATAATCCTTATTCAAACTGTCCGCCAATATCTAAAAAAGAAGCGTGGCACTTGCACTGCTTCAATACGAGGTACTGGCATACCTAAATGTGGAAACAGGCAAAGCCACGCTATGATAAATCATAGCATAAACCTTGCGCTGAAAATCCCCACATTTTTGAAAAGTGCCAGTTTTCGTATTGGGACGTTCGGCGAACGTATATGTTATATATAAAGGCGAAATCACAGGTTACTGTTCAATCGCCGTTATTTTCTTATGTAACTTTTGCAAAGTTAGCCAAATCCCTGAAAACTTCGGCATACAATAAAAGAAATCCTGCCTTATCTCACGACAAAACAGGATTTAAAGCCATTAGAAAAGAAAAAATTAATCGGTTTTCTCACGGATTAACTTGTGTACGTCCGTTGCTCGGTAATAACATCTACCGTCCAACATAAGGAAAGGGAGTATTCCCTTTTTCCGGTAACGGGTCAGTGTTCGGGGGGCTACTTTCAGAAGCAGGCACAAGTCCTGATTATCCAGCAGTTCTTCCCCGTCCAAACAATTACGCCCGTTTATCACCCGGTCTATCTTCTTGTCCTGCATATCGAACCTATCCATGATACGTTCCATCCATGCGGTAAAATCATCTTTATCTATATACATAAGGCTGCCTGATTAAATTATACCAATCATAAAATAACTTTGGTTGGACGGGTCTTTGATGATAATATCCCGTTCCCGCATGAAGCGGATATAGCTTTTTGCGGTGCGTTCTTTCACGTCCAAAATCTGCTGTATCTGCTCGCACAGGTCTATGTAGGTTATATGCTCCTGTCTGCCGAACACGTCACGGGCAACCCCGACCAGTTCCTTTTCCTTGCGCTTCTCTTTTTCCTCACGGGTCTTTTCACCCCTGTAAAGGTGCATCCCGGCTGCCTTGTCCCACGAAAAGAGCATCAAGGGAACATCCAACGGGCTACCGTCCCTTACTTTCAGGGCTTTCACTACCGACAAAGCCGGGTCTTCGTCTTTTTCTATCGAGAGGATGGCAGCCGCTTTGCGTTGCAGTTCCGAGCCTAAATGTCCCCGCAGTTTCAATCCGTTGGGTACGAAATGCAGCACGCAGATGATGCAGGTCTTATATATCCCTGCCAGTCGGTAAAGTTCATCTATGATTGCCACGCTTTCCGCTTCGTCATTGGCACATCTTACAAGGTCTGCAATACCATCTATCACTACCAACTGAATACCCCCATATTGGAAATAATACCTGTCCATGCTCTGAACAATGGCGTGCAGCCGTTCTTTACGGGACATACCCGTAAGGCAGAAAGCCTTAAATTCATCCGGTTTGTCGGTCTGTTTCGCCCTCTTTATCAGGTTGGTTACATTCTTGAACAGTTGTACTTCCGATTGTTCCGTATCATAAAGCAGGACGGCTTTATGTTTCGTGTTCTCACTTACATTGATACCCAGCGTATCAATCTGAATATCCGCCGGACGGATTGAACCCGCCACCAGTGCAGCCACATAGTTACTTTTCCCTGTTCCCTCTCCGCCAGTGATGCAGCACAAGTTCCCCTGTGTTCCCAGTGGAACGTCACCCGCCGAAATAATTTCCTGCGCTTTTGCCGGAGGATTATTAAAATCAATCTCACACGATTTAAGCATAGTCATTGTTTCATTATAGATTGTATCTAAGAAGTCGATAAATAGTTTGATAAAATTTTCCCGGCTGTTGCCCGCCCGGAAATAATCGGAAATGTCCTTTTCCTCTTTTGTCCCCTGCAAAGGGAGAAGCAACCGTTTCACACCGTATTCACAGAGTTGTTTCTCATGCTTTTTTGCGCTTTCCACTCCGGTAGCATCCATATCGTAAAGCAATATGATATGTTTAAACCGGAATGTAAGTTTATAAATGATGTTCGGCGGAACAGTTACCGTTTCGCTATTGAAGCAAATCGCATGGAAACCATGCGCTGCCAGTGACATGACATCTTTTTCCCCGCCCGTAATAAACAGGGTATCGCCTTTACTGGGTAGCTGTTCCAGCCCGAAACAATAGCTTTCGCCGATATTTCCGCCATATAGAAAGCGGGTCTTGGAAAACGGTCTGTACAGTTTGATGAAACGTTTGTTCTTATACCCGTAAATGGGTTCTTCCTTAGTGGAAGAATAAGAAAACGGATTGCCATCTGCATTTTCACTTTGGAACTGAACCACTGAACAGACTTTATACTGTTCCAGTATTTCAGGGGTAATGCCGTATTGTTGCCAGTATTCCAGTTCGGAAGCGGTAAGTTTCCTCTCCTTGAATGTGTACGGTCTGCCAGTACGTTCTACCGGAGCAGGCACAGGCTTTTCCGGTTCTTTGAATGTTTTAGGTACAGGTATGGGATTACCCTCTGAAAGCCCCAGTGACAAATCCCGGTCTATAATCCGCAAAATTTCTATGAAACTGCTTGAATTGTTACAGTCCAGCCCTTTGAGCATACCCACAAAAAAGAAGCAGTCGCCGGAATAATCGTCATTTCCGAAGTCTTTCAGCTTATAACTATTGCTACGGCGGTCAAAATAGATGTTACAGGACGCTTTGCTGTCCTCATACAATGGATTAAGGAAATTACGACCGACCCGCCACGTGCCGGGAATATAATGTTTAAACACGTTCAGACCGTTATTTGTCCTCTCTAATATTTCGTCTTTCCTTAACATATAGCTTGTGGTTGGTTATCAGGTTACGCATACATTCGTCATTGCTCTTTATCAAACGGCTTTCCAGCAACCGTTTTATTTCACCGATTTTATAGAAATTGCGTCCCCTGATGGTAGAGTAGGCTATTTCTCCTTTGGAGCGAAGCCGTTGCAGGGTACGGTCGCTGATTTTCAGGAAAGTACATACTTCGTAACTATCCACCCAAATATCATCCTCATTCTCTTTGCAGTCGTCCTGACGGGAAAATACATAATTGGCAATCACATTGATTTTTGCCATCAATTCCTTAAAGGCTTTTGTTTCTACTGTTATTACGTCCATTTTATTAACTAATTGATTTGCTGCAAAGTTGGACGGTTCGGGGAAATAAAAAGCCACAGGCGAACCCACCTGTGGCGAAATAAAGTTTGTTAATCGGATATAGGTTACTCCTGTTCTTCCATCCGGCGCAACAGTCGTTTTTGCAGGGTGTTCAGGTAGTGTGTCCGGTCATTTGTCCGGGATTTAAGTTCCATGTAGGTATGGTAGAAATCACCTAAATCTATGTCGAACATATCTTCAAAGCAAGATACAATATCCTTTATATCAACCGTTCCCTTATTGAAATCGCCATTGGTGTAGAGTGCGTAGATAAGTTCCACCAATGCCCGTTTTGTCCCCGTCCACCGGAGCAGCTTCTTTATATTCCCGTTTTTGACCTGCTGGCGTTGGAAACGCCGTTCAAGTTCATTCAATCGGTTGGTGAGGTAGATGGCAAACAGTTCGATGGCTAAAATTTTGGCTACCTTATAATCATAACTGGTGCTGAACTGTGGGTCTGCTTCATAATAGAAATTGTCTATAAGGATATGAATGTCAGGTTTCCCACGCAGGAAATATTTATGGTCTAAATAGGTGGCTTTTGTCCGGTAATACTGGTAGAAACTTATATTACGTTGGAAATGCGCCAAAATCCGGTCGGTTTCCGCCATAATGAACTCCTTTTGCCTTTCTTCGCTGCCGTTCGGAAAACGCAGTTCAAACTGGTAAACCGTATTGTAATAGATAATTTTACTTGCTATTATTGGCTTTTGCTCTTTGAAGAAATAAATTTCTTCTTCCTTGCTGGTGAAAGAGTAGGAAATGATAAAGGTTTTCAGTTCACCTATGATTTCTTGCAGGTAGTCAATGACCTGTTTGCACAGGCTGAAAGGGTCGTTGTTGTTATCTTCAAAGTCCTGTATCTGTAAATCCACCTTTTGCAAAAGGTCGGTAAAGTATTCGTTCAAGTTCTGTTGTCCCATAATTAATCGTTCCTTTATTAATCGGGCGCAAAGTTACAGGCTTTAAATCGCTGTTTTATTCTTCATTTTTCACATTCTATTCTTCATAGCGTGCATTATTTTGTATTTTGCGCTTTTCTTCTTATTTCGCCGGGAGTATCGAGCAGGTAATCCTTGCAGAAGTCGTTCAGGTTCGATGTGGATGAAAACCCGGTGGTGAACGCTACTTCGGTCAGTGTATAGTTCGTGTTTTTCAGGTAGTGTGCCACGTCTTTTGCCCGTTCTATCTTTACCCACTGGCTTGTCGTGTACCCGGTCATTTTCTTTAACTTCCGCCGGAACGCCCCATATTCCATGCCGCACGCTTCCGCCAGCCTTTTGGCATCATATACTTTATACCCTTTCATCCGCACCATTTCGATGAACGTCTGCTTGCCCAGTTCCGGCAGCATACGTTCGGCATGGCGCAGTTCCTTTTCCGTTATCAGCAGGATGCTGTCTTTTACCGGATGCAGGCGCAGGCGATGGAAAGCGTAACACACCGTATTATATACGTTGCACAGGTATTGCCGCCCCGGTCGCATCCAGTGCAGCGCATCGCAGTACGCCAGCAGTTCGGGTATATCGTCCCTGTGGCGGTGCTGTTCCGCCAGTTCATCCAGTATTTGGTAATGCGTGGTAGAAATTCCCAGCAATATGACTATCGCCTTATAATCCTTACAGGTGGCGATGGTCGGGACTTCCGGCAATACTTTCAACGTGTCGCAGACGTACCCGCACAGTTCACTGTCCTTGCTGAACGGTTCCAGTTCCAAGTAGTTATCCATGTTCCGGCTGTTGTGCTGCAACCACTTTATTTTATCATCCAGTTCCTTGACACGCCGTACCAGTTCATTACCGGGATTGTTTGCCAACAACAGTGATGTAATCCGTTTTTCCATATTTAATAACTGTATTTTTTTAGCATATTATCCAACAATCCATAACCATGCCTTTTTAATGAACAGCCATATTATATAAAGGAGCATGCCGCCGAGCACCAAGAAGAATCCACGGAAGAAATAATCCTGAATACGTTCCCAAACGGTAAATTCATGCTTAGGCATCATCGTTTCGGCAAGTTCCTCAAAGGACTTGCAAGCGAAAATCGTTTGGCGGAAGTCGTCCACGCTGTCCCAACATTCTTCCCGGAACCACCGTGTCTTGGGGTATCTCTCCGCTATCCTCTCTTGCAATTGGCGCAAGGAGAAAGGTTCGGGGTTATCTTCATATTCCGTTTCGTAACTAATCATCCCCGTACTCATTCCCGTAAAGCCGTGTATGCCTTTCCATCCGGTCATGTAGGAACGCCGGACGGTGTACTTTGTCCCGGTGGAATCTATCACTATATCGCCATTCCACCCCTTGCACTCTTTCAGTAGGGCAAGCTGCGTTGTTTTGTTCTCTTTCCAAAAGGTATAAACCATATTTTCGTCCGGGCTGAACTGGAATATGGGGTATTTCAATGTCGCTTTCATACTTTACTGATTTCTATGAATCTTATTTATAATCTGTTACTTATTTGAATATCAACATACATATTCCTATCCCTGTCAAGCCCCCCCATATCGGGAAAGTATATATTACCCAAGACGGGATAATCCTGTTCCACTTGTTGCCTTTGTATTTCAGCAGTATGGCGGCAGTCCGCTTCCGGGTGTACCGCAGGTAAAAGGGGATGATGCAAAACAATATTGCCACGCTGATAAAGATTAGTCCGCCTTGCAGTTCCGTGAAATTCTTCCGGGAAAAGAAGAAATCTGTAAAAATACAGTTTGCAGCTATGCTCAAAAAGAACAGGGCAATCATGAAAGTGACGGCAAACACGCAGCAAGCACTAAAACGTGGCGGGTCGTTGTGCTTCTTGTAGGTGACATAAAGCCTGTAATACAGATAGTCGAAGAAACAATAGCTGTATTTCTTCGTACTGTGCTTTGAGTTCATTTGCTCAAAACGGCTGCGGGGTTCGTTTGTGACTTTCATTTTGTCTTTATGCCAATGTTAAGCGAGGAACGTTATAAGCGTTATCCTGCTTCGTTAGTAACTTCATTACTTCATATCAAAAGCCCCTATCATTTGGGCTATCATATCAATGTATGGTAACATTTTTACGACTTGAATATTATCAAGGCTTTTACTTCCGCCCAATGCTAATGCAGGAACATAGCCGTAACATTCATCTTCGGCAGGTAGTCCTAACCTCTCTACCAGTTTAGAGAAATCAGAAATATTTATTTCAAATTTTCTTTTCAAACATCCCTCTGATGCTATATAAAGACTAAATAATAAATCCATTCGTGAAGTTACAATATCCCAGTCACCGCTTCTTACATTAATAAAGATAACGTATTCCTGATTTTGGCAAATGTCTTTAACCCATACAAATATATCCCCAAACGCAGTTGTCATAAAAGGTAGCAAGTATTCAAAATATTTTTCTTTGTCTTCGATATATGTATCTACAAAATCCTGATAATCATCAGGTGGTACAATACGAAACAGACCATTAGAAAATATACCCAAACCAACTTCTTGCCATAGGGTAATCAACTCTTTAGGGGCTTTGCTGGCATACTTTACAAGAAAAGCGTCATCCGCTACCTGCCTTGCGCAGTTTATGTTCTGATTTAAAAATTCTTCGTACATAATATTTATGCTCTAATTGTTACTAATGGGCAAGCGGGGAACGCTTTGCTGTTATCCTGCGTTATTAATGTCATTTCTATTCTCGTCCCAGTGCACCATATCATAAGGATAGTATTGTAGTCCTTTCAGACTACTATCGTCCAATCCTAATATCTTGACTAATGCACCGCTTTCAAAACTCCAATAACCGAAATGGATAGATGCTGTTTTGTGATTATCATGCCACCCACAATCCGAATGTCCTCTGTACCATTCCTTTGAAAGATAAGTTTTCAAGCGGTTTACAGCTTTTTCCTTATCTTGCTTCGATAATAAAATAACATCCTGCAAGCCCTTGTAAGGTCGAATATCTACGAAATCATTCGTTGATATATCCCATGCAGGTATTTTATATCGAATAAGAAAATCAATTAAAAAATCTTTTAATCCTTGCGCTTTTACTAACACTGTCATTTTTTCAAATTCAGATAAAGGCGTGTTCAACATTATGCCACAAGAAAGCATCCATATCATTTGTACATAACCGCCAATCTTATTCCAACCCTTATCCATATAATCAATCAATGAACGGTATTCGGGTATAAGATTGTGAATCGCTTCCCCTTTAGAATATAAGGCGATAAAAACTGCCTTTTGTTCCTCGAAGATACTGTATGATATGTTAAATATTATATCATTATCGACAGGATGCCCCAATATTTTTTCTTGCTCTAACTCTCCTAAATCCTTTAGTTCTTCCGAAATAAAAGCCCTTTTCATATCAATTAGTGATTGATATTTTTCTGCTGTATTTAACTTGTCTCGTACTTCCATTATGGTGCGCTTTTTTAATGTTAATGGCTAAGCGAGGAACGCTGTAAGCGTTAACCTGCTTCGTTAGTAACTTCATTACTTCATATCAAAAGCCCCTATCATTTGGGCTATCATATCAATGTATGGTAACATTTTTACGACTTGAATATTATCAAGGCTTTTACTTCCGCCCAATGCTAATGCAGGAACATAGCCGTAACATTCATCTTTGGCAGGTAGTCCTAACCTCTCTACCAGTTTATGGAAATCAGAAACTTTTAACTCAAAATTCCTTTTCAAACATCCCTCTGATGCTATATAAAGACTAAATAATAAATCCATTCGTGAAGTTACAATATCCCAGTCACCGCTTCTTACATTAATAAAAATGACGTATTCCCGATTTTGGAAAATATCTTTAACCCATACGAATATATCCCCAAATGCAGTTGTCATAAAAGGCAACAAGTATTCAAAATATTTTTCTTTGTCCTCGATATATGTATCTACAAAGTCCTGATAATCATCAGGAGATACAATACGAAACAGACCATTAGAGAATATACCCAAACCAACTTCCTGCCATAGGGTAATCAACTCTTTAGGGGCTGTGTTGGCATACTTTGCAAGAAAAGCATCATCCGCTACCTGCCTCTCACATTCCATATTCTGACTTAAAAATTTCTCGTACATAATGTTTATCCTTTAATAGTTACTAATGGGATGCAGCTTGCCGCCGTTAGGCGGAACAGGTGCTTGTTATAATCAGTTATCATATTAGCTCAAACTTTTCAATGAACTTATACGAATACTTTAATCGATATTCGTTCTCATTCATCTTTTTTGTAGCTATTCTTACATTTGTAAAATCTAATCGATATGTTTTTAAACAAGTTTTAATGGATGAAACAGCTTTTTCTTCATTCACAACTATGCAGAAAATATTTAGTTTCTTATTTCCAATATCGAATCCATCCACATGCCCAAGTCCATACCAACCTAAATGATTTTGTACATATTCTTGTACTTTATCTTTTAACCACGCATCACGTTTGTTTCCAAACTCACTTTTTAAAGGATATTGAATTACAAGCCGATACAAATCATCATCATTCAAATTCATATATCCTTGTTGATTACATTCTGAAACAAACCTCTCGGAATATTTCTCCACATCCTCAACTTTGATTGCTATTTCCTCACTTTTTCCAATATACCCAACTTTTCCTGAATGTATAACAATCACACCTCTTTGATTATCAAACCACATTTCTTTGTAATGTAGTCCTCTATTTTCTACTAATTTATAAAGTTTACTCATAATATATTTGCAGTTGATTATAATGGCAAGAAAGGAGCATCGTTAGATGCTATCTTTCGTTGTTAACATCTTAATTTATTTCTCATTCCAGTGTACCATATCATAAGGATAGTATTGCAGTCCTTTCAAGCTGCTATCGTCCAATCCTAAGACCTTAACCAATGCTCCGCTTTCAAAAGACCAGTAGCCGAAATAAGAATTTATATCTTTCTTATGCAGATTATACCACGCTTCGCTTGAATGTCCTTTATACCAATATTTAGTCAAATATTGTTTTAGGCATTTCACAGCTTCTTTTTTATCAGATTGTGCCATTGTTACAATGTTTTGGATATGCTGATACGGTGATTTCTGGATATAGCTATTCAATGATATGTTCCAGTCCGGTTTTCGATAATGTATCAGATAGCCTAATGAAAAATCTTTGCGTCCGTCTTTTTCTACCACTTGAACTAATTTATCGAAATAAACATCGTCTATATTGATAAGTATTCCGATAGAAAGCATTTGAAGTATTGGAACTACCGTTGTTATCCTGTTCCATGTTTCGGCAAATAAAGGAGCGATAACAATATACTGTTTATGCAATTCTTCTATTTCCACCCCCATAGAATAAGATGCAAGCATTATCCTCAATCTGTAATTTATATCAAGTAAATGTGTATTTGCAATAACTTCATCATTAGGCAATGAATACGCTTGTACACCGCCTTTCTCTTTTTCCCGGATATACTCAATGTCTGCTTCATCCTCTCTGATATATTCCGAATACTCTCGGATTACTTGGGTGAAGCTATCTATTGTTCCGTATTTATCTCTTACTGTCATATATGGTACACTTTTGATGTTAATGGGTTGGTGAGGAACAGCGTTTAACTGTTTACTCGACCTTGTTATAAGCGTTTTAATAATCAAAGAACATTCTTTTTTTATTGAATATCCGAATAAAAATATCATCTAAACATTCGCTTCTCACCTCTATGCCTATTTGTCGCCACAAGGAAATTTTTCCTAAGACATACCATAAGGCTGAAAAATCTTGATAACCGACAGGCTTTGTTAGAGGCTCACTACTTCGTTGATATACACTTTGCATCCGATTGGCATTTGTCAAATCTTGCTCAATTATTTCATAAAGTATTGAATAATTCTTATCTTTTAACGCACAAAACTCTCTATCAGCCACAAACCTTACATCGGTAGTTATTATGGCGGGGTAAGTAGTTTTATTGCAAATATCAAGCATAATACGAAAATATGTTACAGCATACAGAATAAGGTCACATTCCAATAGATTATCTAAATTAAAATCGGATGCTTTCTGCAACCAGCGGACAACAGATGTATTGCTATTGTTTAATGTATGTTTGGTAGCAAACAAAAAGAAGAATGCAGTTAACATTTTCATCATATCCAATTCATTCAATCTTTTTCTACGGTTATAGCTTTTGCATAAATCAGATACATAATTATATGTATCTTTTTGCAATTCCACTAATGATTTACCTAAGCAGAAGTCTATTTCCAATAGTTTCCACTTTGTTTCCAAAACTGTAGTTTCTTTATCCTTTACTATTTCTTCCTTGAACGAAGCCAATATAGAGGAAGAAGAATAAAAGAAGCGAATATGTTTTTCGATATGTTCTTTATTGCCTGTCATACAAATTGCTTATAATGGTTTGTGAATAACTGACCGTTAGGGCAGTTCATTCGCTCGTTAGCAACGTCATTTATAAATCTTTTGTTGGTGCTTGCAAAATTTCAAATGTTTCATTGAGACTATTACAATTAGTATTTAAAACAATCCGTATTTTGCAAGGCATATTATATCTCTTATTATTGTTCAATACTTGGATAGATAGAATATTCTCTTTCAATTCAAACTTTACATCTTTATAGTTGGAATACAAACAATTTATTTGGTCATTGTATTCTATATAAATTTCATCTTCATACGAAAGTCTTGAAATTGAAATGTAGTTATCACCTTTTATGAATGAAACTTCTATTATTTCTATCCAATATTCTTTTGGATTAATCTCTAATCTATTACACTCAAATATCAGAATTTCAGATTTATTATCAGTAAGCTCTTTCATATTTCTGTTTTTATATTGATTACATTCTCGTTGTTAATGGTTTGACGGGGAACGGCGTTAGTCCGTTATCCCGGCTCGTTAATATTAAGTTTACTTCTCTTGATAGATTGTTTCAGAATACAATTCTGTTGAAAGAATAATAGAGTTTAATTCTCCATTGGGCTTATATTCAAATGAATGTTGTAAAGTTGCGTGTTCAACTCCATTTCTATCAAATTGTCTTATTACTATTTTTTGCAGACTATTATTCTCATAGAAATAAGTTTCTTCTCTGCTTCCACGAAATCCAACCGAGTACATTTTTTCAATTTTATTATTACTTCCATATTGATAATGGCAAACATTTATAAGACGTTTACTATTATCATATGCAATGGTTTTCATAAAATCTTTCTCATAAAACAAGAAAATATAATCGAATTGGTCTTTAAGTTCACAACCTTCTCGAACTTCTATAATTTTATTTTCTGCATTAAAAGAATAAGTGTATAAATTATTAGTCGTTTTAAGAGTTGATACATTTCTGACAATTTTCCCTTGTTTAAAACCACCTCTTTGGTAAGAATATGGGGCTATCTCATAAAACTCACCTTTATAATTTTCCACCTTTACAACATTCTTTTCTATTTGTTTTTTCAATTCATCAAAAAGACTTTTCGATGAATTAAACTCTTCTTTCAATCTATCAGGTATCATATTGCTTCTTTTAATATTAATGGCTAAGCAGGGAACGCTGTAAGCGTTATCCTGCATCGTTATGAACTCATTTAAAAGATATAAGCCTACTATCTTCATTGTCAGAAGAAAGCAGTTCTAATAATTGATTGAAGCTATTGCAGAGTAAGTCTGCTGAATCTTCAAATTCAGGTTCTAAGCCGTAATAAATTTTACCATAGTTTTCTGTTGACAAATCAATACATAAATACTGATATTCTCCCTCGACTGCTATAGCAATGGGAATATGTATATTCCAAAAATTACAGATTTCATTACAGGCTTCTTCATCATCTCCAAGTGCTTCGAGACTCATCATTTCATATTCATCCCAACGGAATCCACTGTCACTTTCTCCGTTAAAATCTTCAATGGAATTAAACCAAGCGTTATTGTCTTTATTCGTGATAAGCTGAAATTCATTCAGGAATTTCAAATAATCTGTCGGCAGGTTATTGTATCGCTGCAAAAAGTCAGAAGATAATTCATTAGCTTCTGTTCTTTCTTGTACGACAAATCCTCTATTTCTCAATGCTTCAATCATATATTAGTTTTTAATTGTTCATAATGTATTCATTAACCACACCTATGGTGTAGTTCCTATTTACTAATAAATTATACCTAATCATCATCTAAATAGTCCAGTGGATTAGGTATTTTGGCTTTGTGAGCATTTGATACGTGCAAATAAATAGCAGTCGTTTTTATATCATTATGCCCCATAAGTTCCTGAATAGTTCTAAGGTCAGTCCCTTGTTCCAGCAGGTGAGTAGCGAAAGTGTGACGGAGCATGTGCAGGTGTACCCGGTGCTTTATTCCGGCTTTTTGGGCTGCTTCTTTCAGTATTTTCACCAATGCACTGGGTGAATATTGTTCACCTGCCTGTTCGCCCTCAAAGAGCCATTTTTGCGGTCTGTATTCTTTGTAATAAACCCTTAGTTCGTTGAGTGCCTTTTCTGATAACAAGGAATATCTACATTTCTTTCCTTTGCCAGTTACCCTTATCAGCATCCGTTCACTGATAATATCTTTAGGGGTCAGGTTCAGAAGTTCACTTCGCCGCAATCCGGCAGAATATATCAATGAAATCATGCACCGATGTTTCCGGTTAGGTATCTGTGCAAAGATATTTTTCATTTCTTCCCGGCTTAACACTTCGGGCAAAGCCTTGTATTCTTTGGCACGGACTATCCCGCCATAGTATTGTCGTTTGCCTTTTCGGACTTTCTCATAGTAGAACTTGATTGCATTGATACGCATATTCTGCTGGGTAGCAGATATGTGTCGTTCCTTTACCATATAGAGCATATAATTATTAATATCCTCGACCGTCAGCAGGTCAAGTTCATGCCCTTTGTGGTATTCCATGAAGTCGCTGAAATAGATTTTATAGGCTTTTATGGTGGAAAGGCTGTATCGCTTTTGCTCCAACAGTTCCAAATAGCCTTTCGGTAACAGATATTCCCGCTTAGGTTTGGGATGCCGTACATATACACGGCTGTAATCAATGTAGGCGTGGGGGGAATAGCGGTCATAAAATGCAGGAAGCCGGAAAGCGGATGCCTGTATATAGGCACTTCCGTTTCCGGCTATTTTAATTCCACTATCTTCGGAAAGCAGCAAGGCAATAGCCTGATTATTTCCATAATCAATCCGTATATAGTCCTGACCGTCTATATTCTGCTTTGTCAGTACGATACTTCCCCGTTGTTTGTCTGCTTCCATATAGAACTGGTTTATAACGTTACAACTATCACTAATTAAATGATATTGCCAAAGTTATAAAACTATTCCGAAGAAAGTGAACGAACGTTTTCTTTTTATCTTTTTTTTGCAGAGAAAGTCAGATTTGCAAGGAATATGTGCCGGGTGGCGCTGCCTAACATTTCAGTAAGGAATAAACGGCATGCAGATGCTTGGCAAGTCGCCCGGTGTCCAATCCGCCGAGAAAGGACATTTCAAAAGACAACCCCATGTAAACCTGCCGGAACATGACTACCGCATCTTCTACATCCACATCCTTTCTCAACTCTCCGCTATCTATCGCACGTTGTATGGCAGTACGCCAATAAGCGTAATCACCCTCTGCAAGGTTACGGAGCTTCTCTTTTGCGTCAGGGTCGTATTGGAGCAGTTGAAACAGGAAATGAAAATATTGGGCGTGATATGTGAATTTTCCTTGCTCCAACTTGTCTTTATCCGCACCTATCAGATTGCCCAGCATATCCATTGTCCGTTGCACGCCACGTACATATTCGTCTATAAATTCGGCAAACGTGCCGTTCGTTTCAGTGAATTTATTTCGTGGGTTTTGCGCACTGAACCAAAACTTATCCACTACGGCAATGAATAGTTCCTGTTTGTTCTTGTAGTATTTGAATATTCCGGCTTTCGACATTCCGAGCATCTTTCCAAGTTCCGCAAAACTGGCTTTCTCATAGTTCACGGACATAAACAGCTTGAACGCAGCTATCAGCAATTCATCACGGGTAATTTTCATTGTATGGTAGTCTTTTATATTTTCCAATCCCGAAAATAACATTTTATTCCCATACAAGCCACATTGTAGGTAATAGATTAACAAAAATAAATCAGCGAACGCCTAAGTAAATCGGAACGAAATTGGTTTAGGACAAGATAAATTTTAGAGGGTGTCCGAAAAGGGTACCCTCTAACTTTTTTCTTTTTTTGTGATTTATCCAACAACTTATAAAAATGCCCCTCATGAAACTCAATTTTCTCCCTTTATCAGTCTTATAATCCTTTCCATCCCTCCCTTTCTTAGCCTTTTTCTGCTTGCAGATCATTTTTCCGATGTTAAATGCAATAGCCAATATTCCAAAGTCCATGACAATCTTCTCCAAGCCTTTATGCCTGAACCTCTTGTACTCTTTATTCCATTTTATTTGCCCGAAGACCGCTTCCACCTCCACCGGTCTTTTGCTCCTATGTTCAAGCCCTTTTGATGAAGTGAGTTTCTCACGTGCCAGTTGCTTGTACCGCCTTAATTTATGATTCACCTTGATCTCCCTGTTTCCTCTCCCTTTGTGACATTTATTTTGTAGGGGACATCCCTGACAGTTCTTAGCACGGTAAACACTTATTTCACTTTCATATCCATTATCATTGACAGCCTTTATCGTGTAGGCAAATTTCATATACTGTCCCATCGGACATACAAAGTAATCTTCCGGTTCGTTATAATACAAATTATCTTGTTTGGAGATGTCACATTTCCATTTTTTTGTTTGTTCCATATGAAAATAATTATATTTCACATAAGCGCTTATACCGAAGCGTTCCATAAACTCATAATTTTCCTCACTTCCATATCCGGCATCCGCACAAACCTCTTTCATGAACCGGCAGTATCTCATCCGGCCATACAATAGAAATGAAATCAACGTCAACGTATCACCCGGATTGTGATAGAAAGCATAGTTTGTTATGAACTGGTTTTCCGTGGATATCTGTAGATTATATCCCGGTTTAAGCTGACCGTTCCTCATGTGGTCTTCTTTCATGCGCATAAAAGTCGCATCAGGATCTGTTTTGGAATAGCTGTTTCTTTCCCCCATTATTTCCAAGTGTTTCTCATATTCCTGCAGCTTAGGTAAGTACTCCTCATTAAGCTTTTTAATCTGACGAAGTTCACGTTTATTGCGGTTCTCCAGATTAATGGCATCTATTTTTTCTTTCAGAGCATGGCTGTCAATAGGAAGAGTTGATTCTCCAGGAGCGGTGTTGTCACCGAGAATACCCTCATCAATTTGAGAAAGTATACATTGAATCTTATTTTCCAGACGATCCTTATACTTTTCCACACTTTTGCGCCAGACGAAAGTATAACGGTTGGCTGCCGACTCCATCTTGGTCCCGTCGATATATTGTTTTTCCAGGCTGATATATCCCAACTCAACAAGCATGAGCACAATCTGAGTGAACAAACTGTGGATACAACTCTTCAAACGCTTGCTGCGGAAATCATTGATGGTACGGAAGTCGGGAGTGGACTTGCCCGAAAGCCACATGTAAAGGATGTTCTCCTGAAGTAGACGTGCTATCTTACGACAAGAGTACACATTGTTCAGGTAGGCGAAGAACAACACTTTCAAAAGCATGCGGGGATAATAAGCAGGACAACCACCACCCTTATAAGTAGATAACAACGGACTGATGTCAAGCTTATCAACAATCTGGTTGACAAGCCGGACCGGAGCATCCGAAGAAATATTTTCATCAAGACGGCAAGGAAATAAGGAATCCATACCTTGAGAATACTCCTTAAATTGTATATTTGCACTATCGATTAACATGCTCTAAGATAAACATTTTAGAGCAAATTAAAAAGTCCGAGCTTGGGAAAGTTCGGACTTTTACATAAAAAAAGAGGGTACCCTTTTCGGACACCCTCTAAGTTGAAATATTAATAATCAAAGACTTGCATAATTCAAAACGAATGTGTACTTTTGAACCCAAGATACATGGAGACAGACATCCGCCAAAAGCGGACAGAAACATATAAAAAAGTCAGTGTCCAAATCGTACCCCCTCAAAGGGATAACGATAATTAAAATATTGATATTTAGGACAGTGAACCGCATGGGTTAAAGACCCAGGCGGATCACATAAGAACAAAGCCAAACGGCGACAAAAAAGAGACAAGTCCTACAATATCAACGTATTGTAGGACTTTTTTTTATGTTTCCGTCTTGCCTGAAAGACAAAAAAGGGGATCAATGTAAAAATCTGAGGGCTTTTCTTTTTATGCATATAATTTGGCGAGTCTGTACAAGAAAAATGCTTTATCTCTTACTCCTCTGAACTGTGCCCTAAACGCTTTGATTTTAGCATTAAATGATTCTGCTGCTGCATTGGTAGCCCTTCTTTCAAAGAAGTTTATTATATTCAGATAGTGCGTTTGTATAGAGCGCGCTACCCTTCCAAAGGTGAGGAACTCCGATTTGTCTACTTCATCATACCACCTTGCAAGCCTTGTCAAAGCAATATCTTTAAACTTACACTGATGATAGATTGAGCCTAACCGCATGGCCAGATAATATCCCTTCTTTATATCGGGATATTCTTTAAATAGAATCTCGGCCCGTATCCTTTGTGACTGAGTCCATAGCGATTCTTTTTTGTAAAGCAGATAAATACTCCTTGCCAGCAACTGTTTTCTTGTATCTCCATTAGCGAAAACGGGCGCATGATACATCTTTCCGCAGGCCTTTGCGTAAGCAATCTGTATGGACTCTTCGTCCAAAGCCTCCCAGCGAGCTTTCACGCGCATCTCCTGAACAGCTTCATAGGCTAATTTCTGTACATGGAAACGATCTGTAACGCGTTTGGCGGCAGGGAAGCAAGTCCGGGCAATCTGTGCCATATTGGGGGCCATATCCAATGTTATCTCACGTACCTGGTAGCGACGACGACGGGAAAGTTTAAGCAGGACAGAGGTGACTGTACAAACAGCCGTACCTTTAATGATAGCGATAATACTGCCTTTACCACCGTGAGCCTCTTTATTAATCAACACAGTATAGAGTTCTCCACGAGAGAGAGCCACTTCATCAATGCAGACGTAGGCACCAATGTTCTTTTCAAACAAAAGCCAGTTCTCTGCGTGGGCAAGCTGCTCCCAGTGGAGGTAGCCACTTAAATGGTTACGGTATTGACGTTCAAATAAATCCCCGTCAACGCCATATAAAGTACCCAA

Protein sequences of DBSCAN-SWA_5

>NZ_CP036542|3960120:4009045|3979840_3980278_+|WP_044301308.1|DBSCAN-SWA
MKQKNENASRPGGAGRKPKADPAVFRYSISFNAIDHARFLALFDQSGMRTKAHFITARIFGEPFKVIKIDKAAVEYYTRLTALYSQYRGIAVNYNQVVKALNTNFSEKKALAFLYKLEKATIELADLNRQIIELTREFETRWLQR
>NZ_CP036542|3960120:4009045|3968637_3969546_-|WP_044301330.1|DBSCAN-SWA
MKKLIIMFALLLGVVSMKAQSNDLYQGITKKLPYRQMVTPYGVQVTFSKTVHIIFPSAVKYVDLGSNYIIAGKADGAENVVRVKATTEGFPGETNFSVICEDGSFYSFNAKYAHEPEMLNIEMKDFLENEDTTDFSHTRMNIYFRELGNESPLLVKLIMQSIYKNNDREIKHLGCKRFGVQFLVKGIYSHNGLFYIHTQTRNSSNVPFDTDFIRFKIVDKKVAKRTAIQETVIDPVRSYNEILVIGGKSTVRTVYTVPQFTIPDDKILVIELVEKNGGRHQTIRVENSDIVAAKVINELKIK
>NZ_CP036542|3960120:4009045|3971248_3971872_-|WP_015532621.1|DBSCAN-SWA
MEFKSLKNIETSFKQIRLFGIVFVVMCTLITGYAVWNSYTFAEAQRQKIYVLDGGKSLMLALSQDLTQNRPVEAREHVKRFHELFFTLSPDKNAIESNIKRSLFLADKSAFNYYRDLSEKGYYNRIISGNISQTIQIDSVSCNFDVYPYAVATYARQMIIRESSVTERSLVTRCRLLNAVRSDNNPHGFMMESFEITENKDLNTIKR
>NZ_CP036542|3960120:4009045|3996683_3997232_-|WP_032529712.1|DBSCAN-SWA
MKATLKYPIFQFSPDENMVYTFWKENKTTQLALLKECKGWNGDIVIDSTGTKYTVRRSYMTGWKGIHGFTGMSTGMISYETEYEDNPEPFSLRQLQERIAERYPKTRWFREECWDSVDDFRQTIFACKSFEELAETMMPKHEFTVWERIQDYFFRGFFLVLGGMLLYIIWLFIKKAWLWIVG
>NZ_CP036542|3960120:4009045|3966242_3966458_+|WP_044301338.1|DBSCAN-SWA
MESLNKNGVSITQTPGEEKYVKCCLGAFRGQIYYQYDYRHTDGELFSTLAKTLDECRNRRDEWMAKKEKVQ
>NZ_CP036542|3960120:4009045|3960120_3961443_-|WP_044301349.1|integrase|DBSCAN-SWA
MEKNTKAKRSTFAILFYLNTSKRRKDGTCPIVGRITVDANSVQFSTKINLSSPDWDAKKGRAKKERKELSDINRTLDRLEKQVKAHYSRIVETEGYVTAERIKNALNGIGEKASHLLQLFQEHNAEFEKRVGVNRVYDTYYSYLLTYKHLSNFIRMKYNSEDVPLVSLTHKFINDFDFYLRVEKRMQASTVLSRMIALKKIITRAINQGTLKRNPFINYVAEQPLKKYRHLTEDEFQKLLTTPIATKRYYRTRDWFVFSSFTGLSYVDMCAFSVDNLITEQDGSTWIKIPRQKTGTVCSIKLLSIPLMIIEKYKDERKTDKVFNMTNLAGIEANLKVIARLCGIDRNLTYHMARHTYATQTCISQGVPIETLSKLMGHRSIQTTQIYAKITNQKVNEDMKRLFTKVNGKYQVIESDITSDIAHKKFSQWLKVKQIFPEKK
>NZ_CP036542|3960120:4009045|3979539_3979839_+|WP_044301310.1|DBSCAN-SWA
MCPQMSPFVLICPITRYFTAFLIPVTLQPKGIGQANQAPAAGSVPISANPNPSVGGFLFALANSKVCSKQLEILSAALNALPGRSRDRVTPKSYPFKEM
>NZ_CP036542|3960120:4009045|4008091_4009045_-|WP_005811090.1|transposase|DBSCAN-SWA
MGTLYGVDGDLFERQYRNHLSGYLHWEQLAHAENWLLFEKNIGAYVCIDEVALSRGELYTVLINKEAHGGKGSIIAIIKGTAVCTVTSVLLKLSRRRRYQVREITLDMAPNMAQIARTCFPAAKRVTDRFHVQKLAYEAVQEMRVKARWEALDEESIQIAYAKACGKMYHAPVFANGDTRKQLLARSIYLLYKKESLWTQSQRIRAEILFKEYPDIKKGYYLAMRLGSIYHQCKFKDIALTRLARWYDEVDKSEFLTFGRVARSIQTHYLNIINFFERRATNAAAESFNAKIKAFRAQFRGVRDKAFFLYRLAKLYA
>NZ_CP036542|3960120:4009045|3994878_3995736_-|WP_044300569.1|DBSCAN-SWA
MGQQNLNEYFTDLLQKVDLQIQDFEDNNNDPFSLCKQVIDYLQEIIGELKTFIISYSFTSKEEEIYFFKEQKPIIASKIIYYNTVYQFELRFPNGSEERQKEFIMAETDRILAHFQRNISFYQYYRTKATYLDHKYFLRGKPDIHILIDNFYYEADPQFSTSYDYKVAKILAIELFAIYLTNRLNELERRFQRQQVKNGNIKKLLRWTGTKRALVELIYALYTNGDFNKGTVDIKDIVSCFEDMFDIDLGDFYHTYMELKSRTNDRTHYLNTLQKRLLRRMEEQE
>NZ_CP036542|3960120:4009045|3992412_3994452_-|WP_044300567.1|DBSCAN-SWA
MLRKDEILERTNNGLNVFKHYIPGTWRVGRNFLNPLYEDSKASCNIYFDRRSNSYKLKDFGNDDYSGDCFFFVGMLKGLDCNNSSSFIEILRIIDRDLSLGLSEGNPIPVPKTFKEPEKPVPAPVERTGRPYTFKERKLTASELEYWQQYGITPEILEQYKVCSVVQFQSENADGNPFSYSSTKEEPIYGYKNKRFIKLYRPFSKTRFLYGGNIGESYCFGLEQLPSKGDTLFITGGEKDVMSLAAHGFHAICFNSETVTVPPNIIYKLTFRFKHIILLYDMDATGVESAKKHEKQLCEYGVKRLLLPLQGTKEEKDISDYFRAGNSRENFIKLFIDFLDTIYNETMTMLKSCEIDFNNPPAKAQEIISAGDVPLGTQGNLCCITGGEGTGKSNYVAALVAGSIRPADIQIDTLGINVSENTKHKAVLLYDTEQSEVQLFKNVTNLIKRAKQTDKPDEFKAFCLTGMSRKERLHAIVQSMDRYYFQYGGIQLVVIDGIADLVRCANDEAESVAIIDELYRLAGIYKTCIICVLHFVPNGLKLRGHLGSELQRKAAAILSIEKDEDPALSVVKALKVRDGSPLDVPLMLFSWDKAAGMHLYRGEKTREEKEKRKEKELVGVARDVFGRQEHITYIDLCEQIQQILDVKERTAKSYIRFMRERDIIIKDPSNQSYFMIGII
>NZ_CP036542|3960120:4009045|3967255_3967573_-|WP_044301334.1|DBSCAN-SWA
MVKIELDINGISFFVNTTWKTDAVPAVGDIVIVDKESISQFDRVELRKTPSNQAFRWADEEDNAPVLEHFDFDTEMVVKKRTWKFDAEDEEMVCVLKVTFLHHEE
>NZ_CP036542|3960120:4009045|3972928_3973558_-|WP_080783850.1|DBSCAN-SWA
MKTKIIMLLVVCSLFAGKVNAQWVVSDPGNLAQGIINASKNIIQTSSTAQNMIKNFQETVKIYQQGKDYYDALKSVHNLVKDARKVQKSILLIGEISDIYVNSFQKMLSDENYTPDELSAIAYGYTQLLQESSDVLEEMKSVVNINGLSMSDKERMDVIDRTYNAIRNYRDLVSYYTRKNISVSYLRAKKKKDTDRVMALYGSADERYW
>NZ_CP036542|3960120:4009045|3991211_3991733_-|WP_044300565.1|DBSCAN-SWA
MKQIKANIAVSLDGFIATPDNELDWMPQNVRTLLNKEYETTNYLLLGANTYTCIFEHWGGWPYKSKKTFVVSHYDTNVTEKENVTFLTDMPLRAINELKSSSETDIQVIGGGKFITSLIEASLLDEITLYIVPVMLGDGIKFIGKTFGSKWELTEHRVIDNQVVCLTYQYKGE
>NZ_CP036542|3960120:4009045|3999288_3999885_-|WP_044300578.1|DBSCAN-SWA
MYEKFLSQNMECERQVADDAFLAKYANTAPKELITLWQEVGLGIFSNGLFRIVSPDDYQDFVDTYIEDKEKYFEYLLPFMTTAFGDIFVWVKDIFQNREYVIFINVRSGDWDIVTSRMDLLFSLYIASEGCLKRNFELKVSDFHKLVERLGLPAKDECYGYVPALALGGSKSLDNIQVVKMLPYIDMIAQMIGAFDMK
>NZ_CP036542|3960120:4009045|3961469_3962702_-|WP_044301347.1|integrase|DBSCAN-SWA
MKTELKVHFYLRKTDEKKNGECPVIGKITIGKDVVQFSAKLTAKASLWDIVSGRVTGKSKHATEINATLDKINVAVNTSYRKLQEIKNTITASEVKNAFQGIASGQETLISYFARHNEDFKKRVGVNRELSTQVQYENSLNHLKRFMSLKCKLSDIPFTQLDFSFIEKYDFYLRVELKLKPNTILGIMRHLRKMIKLATGEGIITCDPFDGYSPERPKAEQKYLTRDELQKIITTPLDHPCRYLTRDMFLFSVFTGLAYRDICNLTEKNIVRASDGVLWIETTRQKTGTPCEIPLMEIPLQIIDKYKGLAPDGKLLPMQSCGRLNKNLKVIAQLCGLKRKLIFHAGRHTYASEICLSQGVPIETVSRMLGHRDLRSTQIYAKISNNKISEDTDKLEERIKDKFRLVGVEQ
>NZ_CP036542|3960120:4009045|3971884_3972910_-|WP_011107101.1|DBSCAN-SWA
MLLAIEFDNLHQILRSLYTDMMPLCGNMAGVAKGIAGLGALFYVAAKVWQSLASAEPIDVYPLLRPFVIGFCIMFFPTFVLGTINSVMSPVVKGCNNMLETQTFDMNAYREQKDKLEYEAMVRNPETAYLVSDEAFDKQIDELGWSAKDIATMGGMYMDRAAHNIKQSVRDWFRELLELLFQSAALVIDTIRTFFLIVLAILGPIAFAISVYDGFQATLTQWITRYISVYLWLPVSDLFSSILARIQVLMLQKDIQELSDPNFVPDSSNSVYIIFMIIGIIGYFTIPTVSNWIIQAGGMGNMSRNINSAANKTGSGVGAVAGAATGNAGGRVGGKLIKGNQ
>NZ_CP036542|3960120:4009045|3964677_3965130_+|WP_044301343.1|DBSCAN-SWA
MKTTEFTMPEITISYKDNVKASERIKILSSETSYSYLKPFYSECMEHHEESYVMFLNRANKALGVSLISKGGMAETVMDVKIILQTALKVHASGIVLSHNHPSGNLRPSEPDKKITTKINEACKVLDLHLLDHIILTEESYYSFTDEGLL
>NZ_CP036542|3960120:4009045|4003375_4003870_-|WP_044300452.1|DBSCAN-SWA
MIEALRNRGFVVQERTEANELSSDFLQRYNNLPTDYLKFLNEFQLITNKDNNAWFNSIEDFNGESDSGFRWDEYEMMSLEALGDDEEACNEICNFWNIHIPIAIAVEGEYQYLCIDLSTENYGKIYYGLEPEFEDSADLLCNSFNQLLELLSSDNEDSRLISFK
>NZ_CP036542|3960120:4009045|3983614_3984991_+|WP_137572320.1|DBSCAN-SWA
MPSIIRPRINDFYNIPFTQEEVDFAIPFLEEDIPLYVDPFLLWKSPSQQDNALHSLITNNFNHLGFLVNKGKVADAIDIIISASECNEVGLGNSKTKDGKRIGEKLANSILGVFSNIPQIQKSGFTHFEEVQLLVDNISKDRISDIACNFISSFLIDYTIQQSEKHGIPIEHVTLDRVYNSKKNKFETESTFLPINPNTKKPIWFVPKRWLRFMPWINPEDYFQSYYTSEIDKENSGKINRIQLLDFNRQNYDLVQIYTQIKERQFENCKSDPLFSQIPVTSAKRKLSTIIKLPSGKTDNADKQYENNVCPLLASLLYPHLDFAQEQSRTESGALIRDLIFYNNRSFDFLKDIYDDFGSKQIVFELKNVQEITREHIFQLNRYLNDNLGRFGVIVTRNKPKKNILKNTIDLWSGQRRCILIIDDEDLKLMTQVFESKQRCPIEIIKKKYVEFLRACPS
>NZ_CP036542|3960120:4009045|3965428_3965962_+|WP_044301341.1|DBSCAN-SWA
MEAVTLSEARVYVGTYNKYNSGSLFGKWLDLSDYSDKDEFMEACRELHKDDQDPEFMFQDYENIPEALISESWLSDKFFELRDAIEKLSETQQEAFFVWCDHHNSDISEEDADDLISSFEDEYQGEYKDEEDYAYEIVEECYDLPEFAKTYFDYSAFARDLFMTDYWMDNGFVFRCA
>NZ_CP036542|3960120:4009045|3976448_3976775_-|WP_044301316.1|DBSCAN-SWA
MADYPINRGIGKPVEFKGLKSQYLFIFAGGLLALFVLFIIMYMVGINQWVCIIFGVTSATLLVWLTFRLNEKYGTHGLMKLSARKSHPFHIINRKTISRLFHLKQASK
>NZ_CP036542|3960120:4009045|3979151_3979481_-|WP_044301312.1|DBSCAN-SWA
MDRWKYVTESGRKESGFENLKTRFQDCNLSRKQESKPDGMIERKRSFNRESKLSAKKTSCLCRKITRNKEREKEVIPAFELSTWNERKLSVNLNGWNEIKMYHKKELLQ
>NZ_CP036542|3960120:4009045|3981521_3983528_+|WP_044301305.1|DBSCAN-SWA
MQNEDDLRGLAKVMDFMRAISILFVVINIYWFCYQSFREWGINIGVVDKILLNFQRTAGLFSNILYTKLFSVVFLALSCLGTKGVKEEKITWNKIYVFLTIGFILFFLNWWLLVLPLPLAANTALYIFTMTAGYLSLLAAGVWISRLLKNNLMDDVFNLENESFAQETRLIENEYSINLPTRFYYKKKWNDGWINIVNPFRASMVLGTPGSGKSYAIVNNYIKQQIEKGFAVYIYDYKFPDLSEIAYNHLISHLDGYKVKPKFYMINFDDPRKSHRCNPINPAFMTDISDAYEASYTIMLNLNRSWITKQGDFFVESPIILLASIIWFLKIYQGGKYCTFPHAIEFLNKKYADTFTILTSYLELENYLSPFMDAWESNAQDQLQGQLASAKIPLSRMISPALYWVMTGDDFSLDINNPEEPKILVVGNNPDRQNIYSCALGLYNSRIVKLINKKHQLKSSVIIDELPTIYFRGLDNLIATARSNKVAVCLGFQDFSQLRRDYGDKESKVIENTVGNIFSGQVVSETAKTLSDRFGKVLQKRQSMTINRNDKSTSISTQMDSLIPPSKISNLTQGMFVGAVSDNFDERIEQKIFHCEIVVDNEQVKRETANYKKLPQIIDFRDEDGNDRMQEEIQANYNRVKQEVQQIVTDEMERIKNDPELCHLIKEE
>NZ_CP036542|3960120:4009045|3977248_3977929_-|WP_044301315.1|DBSCAN-SWA
MLKWFIIGTLLYYAVLLWRYRDSLGTWFTGGKREPEQPESKPTVKAGNGNCLVGASRYRMGQMRTNGDILGHLSKGVDNASIFVTQSEGTVTETPAAQAIETEFEMEFETENTEETDVSADEIEAEEIACYMGEGEPEMAQGITLGELAQMVQVIQIKQASDTEERQAVQTICRTETNLFHSLVEQINGGRSRVAELLQKHEIPVPATVPVAGSNEMADFDMNDFL
>NZ_CP036542|3960120:4009045|3969579_3970965_-|WP_044301328.1|DBSCAN-SWA
MEEKEVKNEVPAPETAKGKEPEKQGKEKKELTPQQIQQRKKMLVYPLMGLVFLGSMYLIFAPSDKDEAKVENVGGFNADIPQPKGDGIISDKKTAYEQEQMENKQADKMRSLQDFAFSLGEENGNGEDLTLIDDAPAEKPKTNVIDFGAGAPNNSRSSIQSSAAAYRDMNRQLGSFYETPKEDKEKEELKRQVEELTARLDAKESGAGNMDEQVALMEKSYELAAKYMNGQNGQSVPPQPGQIAQVAPSAPVQGKGNATPVKSVSDRTVSGLQQPMSNAEFVAEYSKPRNYGFNTAVGSGYSIGKNTIRACVHNDQTLMDGQTVKLRLLEPLQAGNVIVPKNSLVSGSAKVQGERLDILVSSLEYAGNIIPVELAVYDSDGQKGLSVPSSLEQEAAKEAMANIGAGLGTSISFAQSAGQQVAMDITRGLMQGGSQYLAKKFRTVKVHLKANYQVMLYAKQQ
>NZ_CP036542|3960120:4009045|4005953_4007642_-|WP_137572323.1|transposase|DBSCAN-SWA
MLIDSANIQFKEYSQGMDSLFPCRLDENISSDAPVRLVNQIVDKLDISPLLSTYKGGGCPAYYPRMLLKVLFFAYLNNVYSCRKIARLLQENILYMWLSGKSTPDFRTINDFRSKRLKSCIHSLFTQIVLMLVELGYISLEKQYIDGTKMESAANRYTFVWRKSVEKYKDRLENKIQCILSQIDEGILGDNTAPGESTLPIDSHALKEKIDAINLENRNKRELRQIKKLNEEYLPKLQEYEKHLEIMGERNSYSKTDPDATFMRMKEDHMRNGQLKPGYNLQISTENQFITNYAFYHNPGDTLTLISFLLYGRMRYCRFMKEVCADAGYGSEENYEFMERFGISAYVKYNYFHMEQTKKWKCDISKQDNLYYNEPEDYFVCPMGQYMKFAYTIKAVNDNGYESEISVYRAKNCQGCPLQNKCHKGRGNREIKVNHKLRRYKQLAREKLTSSKGLEHRSKRPVEVEAVFGQIKWNKEYKRFRHKGLEKIVMDFGILAIAFNIGKMICKQKKAKKGRDGKDYKTDKGRKLSFMRGIFISCWINHKKRKKLEGTLFGHPLKFILS
>NZ_CP036542|3960120:4009045|4000588_4001470_-|WP_080783813.1|DBSCAN-SWA
MIFLFGYSIKKECSLIIKTLITRSSKQLNAVPHQPINIKSVPYMTVRDKYGTIDSFTQVIREYSEYIREDEADIEYIREKEKGGVQAYSLPNDEVIANTHLLDINYRLRIMLASYSMGVEIEELHKQYIVIAPLFAETWNRITTVVPILQMLSIGILINIDDVYFDKLVQVVEKDGRKDFSLGYLIHYRKPDWNISLNSYIQKSPYQHIQNIVTMAQSDKKEAVKCLKQYLTKYWYKGHSSEAWYNLHKKDINSYFGYWSFESGALVKVLGLDDSSLKGLQYYPYDMVHWNEK
>NZ_CP036542|3960120:4009045|4002702_4003308_-|WP_032529706.1|DBSCAN-SWA
MIPDRLKEEFNSSKSLFDELKKQIEKNVVKVENYKGEFYEIAPYSYQRGGFKQGKIVRNVSTLKTTNNLYTYSFNAENKIIEVREGCELKDQFDYIFLFYEKDFMKTIAYDNSKRLINVCHYQYGSNNKIEKMYSVGFRGSREETYFYENNSLQKIVIRQFDRNGVEHATLQHSFEYKPNGELNSIILSTELYSETIYQEK
>NZ_CP036542|3960120:4009045|3985394_3985787_+|WP_044301366.1|DBSCAN-SWA
MVKKSLKSVEQYLPSQAEVERYEMLEKLLTSIYNEMKEFSKKKPEELLNKFKVTNVNRVLVQIKEIMKNEPTNDFLDLLDEESLPSNSDSILIIGQFQAAMEQFRSKYYRAYSHAYGNNVWSTKESPKEF
>NZ_CP036542|3960120:4009045|3973562_3973919_-|WP_011107103.1|DBSCAN-SWA
MKHLKFLFPVLLCTLLLGLSSCKETNADRLRAMRGDWESVKNRPAFTLFEENGHYRVTTYRKTYRGTIQTETYQISEQDGNLFIETGLSVLLTYDKENDRILLSPGGEYKRSNQPIKK
>NZ_CP036542|3960120:4009045|3992121_3992400_-|WP_007483899.1|DBSCAN-SWA
MYIDKDDFTAWMERIMDRFDMQDKKIDRVINGRNCLDGEELLDNQDLCLLLKVAPRTLTRYRKKGILPFLMLDGRCYYRATDVHKLIREKTD
>NZ_CP036542|3960120:4009045|3997803_3998400_-|WP_044300574.1|DBSCAN-SWA
MYEEFLNQNINCARQVADDAFLVKYASKAPKELITLWQEVGLGIFSNGLFRIVPPDDYQDFVDTYIEDKEKYFEYLLPFMTTAFGDIFVWVKDICQNQEYVIFINVRSGDWDIVTSRMDLLFSLYIASEGCLKRKFEINISDFSKLVERLGLPAEDECYGYVPALALGGSKSLDNIQVVKMLPYIDMIAQMIGAFDMK
>NZ_CP036542|3960120:4009045|3997272_3997737_-|WP_044300572.1|DBSCAN-SWA
MKVTNEPRSRFEQMNSKHSTKKYSYCFFDYLYYRLYVTYKKHNDPPRFSACCVFAVTFMIALFFLSIAANCIFTDFFFSRKNFTELQGGLIFISVAILFCIIPFYLRYTRKRTAAILLKYKGNKWNRIIPSWVIYTFPIWGGLTGIGICMLIFK
>NZ_CP036542|3960120:4009045|3977930_3978389_-|WP_007216061.1|DBSCAN-SWA
MAKQSGGKPQIDEDFMKEIISQGLPVKKQEMPSVAVETPDKPDDKTGTVETADKPEIKAEPKEEKAVKEPARRKKNTPGDYRETYFMRVDLTDRQPLYVSRTTHEKLMKIVTVIGGRKATVSSYVENILLRHFDQFQDEINELYESKFEKPF
>NZ_CP036542|3960120:4009045|3970939_3971245_-|WP_011107099.1|DBSCAN-SWA
MIRKILSPVNQAITHVQDWADEKLRRLCGRMTPEIRLAVILLMLLFFGGLSIYFTVSSIYRIGKEDGETIRIEHIRQLQLQSKDSTNIFNQSDNGRKRSEE
>NZ_CP036542|3960120:4009045|3963279_3963855_+|WP_044301345.1|integrase|DBSCAN-SWA
MKSLPIKNTSLTLEETNLILKARFTITRLDKIRDIFLFSCFTGLSYNDIKNLTINNLVITPDGKYWLKIYVQKSNTPIKIPLLDISRTIIEKYRNSSNETGSLLPVPSIQKTNYYLKEVGKECKLEKHLTFNFARHTFICTIIVGNDLETSIVNKLIGRKVQGNSKITDFQLYKAMKTVSEKLKGNNIINI
>NZ_CP036542|3960120:4009045|3998451_3999213_-|WP_044300576.1|DBSCAN-SWA
MEVRDKLNTAEKYQSLIDMKRAFISEELKDLGELEQEKILGHPVDNDIIFNISYSIFEEQKAVFIALYSKGEAIHNLIPEYRSLIDYMDKGWNKIGGYVQMIWMLSCGIMLNTPLSEFEKMTVLVKAQGLKDFLIDFLIRYKIPAWDISTNDFVDIRPYKGLQDVILLSKQDKEKAVNRLKTYLSKEWYRGHSDCGWHDNHKTASIHFGYWSFESGALVKILGLDDSSLKGLQYYPYDMVHWDENRNDINNAG
>NZ_CP036542|3960120:4009045|3967585_3968035_-|WP_044301332.1|DBSCAN-SWA
MNMRKILSRILIGCYVMAALLLVGACNDDVDIQQSYPFSIETMPVPKKLKVGETAEIRCQLHRDGRFEETKYFIRYFQPDGAGTLKMSDGTVLLPNDLYPLPGETFRLYYTSASTDQQTVDVYFQDSFGTLQQLTFSFNNDNNKEEENK
>NZ_CP036542|3960120:4009045|3966477_3966957_+|WP_044301336.1|DBSCAN-SWA
MKTTEVNKKIIGRRCKCIFTGLLVTGIIEAVEENEHSVQVKVRFDTPHQWGDELYSYDWSFGRKTDGFGSLKYLELLPDETTFDAMIVTFSDPIGTLDGIFEDVKTWGVCSLKGWIDSYESTRFTPIDVDKAVITSEYNMECVKEWLEHNTPIKDIIIG
>NZ_CP036542|3960120:4009045|3999964_4000513_-|WP_044300580.1|DBSCAN-SWA
MSKLYKLVENRGLHYKEMWFDNQRGVIVIHSGKVGYIGKSEEIAIKVEDVEKYSERFVSECNQQGYMNLNDDDLYRLVIQYPLKSEFGNKRDAWLKDKVQEYVQNHLGWYGLGHVDGFDIGNKKLNIFCIVVNEEKAVSSIKTCLKTYRLDFTNVRIATKKMNENEYRLKYSYKFIEKFELI
>NZ_CP036542|3960120:4009045|3987307_3988843_+|WP_044300562.1|DBSCAN-SWA
MDVNTANQSTTDEQMMDILLVLDKEKKTISAVKGVDENGELQTVPPENNSELLKFDRHGDFFSNFFSNMMNQLKNPTRFNFFKIPKIELPKIEPIIRDNFNNPTPENEAGIERYRVTPETVKQEAKKEQQETQTQQPQQPAKEAGTTAQAPQQPDKSKYVIDPDKVDWEALKNFGLSKEQLEKAKALEPMLRGYKSPGAFTIAGNYNSAIMKLDARLSFRHDKDGNVVLAIHGIRQKPELERPFFGHEFSKEDKANLLETGNMGRIVNLKNYITGEMIPSFVSVDKVTNELVSMRASSVQIPDEIKGVKLNKEQKEALREGKGVFLENMISNRKNPFSATVQVNADKKSLEFIYPNAKQSQEQGQKQTQQNSLVTSDGVTIPKSISGIELSRQQQQDLVNDKTIFVAGLKDKRGVEYDAYIQVNHDKKKLGFYSDNPSFDRSAVKEITPASKNRTQVAVNSEGKTNEATKKVKEPLKKGQDKPTEKQKTKQDKKEKQEQTDKPKQSRGRKR
>NZ_CP036542|3960120:4009045|4001417_4002173_-|WP_044300582.1|DBSCAN-SWA
MTGNKEHIEKHIRFFYSSSSILASFKEEIVKDKETTVLETKWKLLEIDFCLGKSLVELQKDTYNYVSDLCKSYNRRKRLNELDMMKMLTAFFFLFATKHTLNNSNTSVVRWLQKASDFNLDNLLECDLILYAVTYFRIMLDICNKTTYPAIITTDVRFVADREFCALKDKNYSILYEIIEQDLTNANRMQSVYQRSSEPLTKPVGYQDFSALWYVLGKISLWRQIGIEVRSECLDDIFIRIFNKKRMFFDY
>NZ_CP036542|3960120:4009045|3963866_3964418_+|WP_032530616.1|DBSCAN-SWA
MDLQIIQSKIYEIRGYRVMLDSDLAALYQVETKALKQAVKRNLDRFPDDFMFELTKEETECLRSQIATLEKGADDETNLRSQIVTSRWGGSRYQNFVFTEQGVAMISSVLRSDTAVKVNISIMRAFVLMRQMSIGYEELLKRIEELEQSTDAQFSEVYQALTQLLSKPEPKPRKPIGYRTYDE
>NZ_CP036542|3960120:4009045|3966005_3966218_+|WP_044301339.1|DBSCAN-SWA
MKVYNKITTFLRWFALAFIIYQAATSTAGMWIALIIGFFILRFVLRLFISAVYLFCMAFIFIVLLSLLII
>NZ_CP036542|3960120:4009045|4005205_4005826_-|WP_032530281.1|DBSCAN-SWA
MKITRDELLIAAFKLFMSVNYEKASFAELGKMLGMSKAGIFKYYKNKQELFIAVVDKFWFSAQNPRNKFTETNGTFAEFIDEYVRGVQRTMDMLGNLIGADKDKLEQGKFTYHAQYFHFLFQLLQYDPDAKEKLRNLAEGDYAYWRTAIQRAIDSGELRKDVDVEDAVVMFRQVYMGLSFEMSFLGGLDTGRLAKHLHAVYSLLKC
>NZ_CP036542|3960120:4009045|4002243_4002612_-|WP_137572322.1|DBSCAN-SWA
MKELTDNKSEILIFECNRLEINPKEYWIEIIEVSFIKGDNYISISRLSYEDEIYIEYNDQINCLYSNYKDVKFELKENILSIQVLNNNKRYNMPCKIRIVLNTNCNSLNETFEILQAPTKDL
>NZ_CP036542|3960120:4009045|3978393_3979155_-|WP_007216062.1|DBSCAN-SWA
MKKETLYVAFSTQKGGVGKTTFTVLVASYLYYLKGYNVAVVDCDYPQHSISAMRKRDAEQVNGDDYYKQLAFHQFKTLGKKAYPVLCSSPDEAIKTADEFLASAGSDYDVVFFDLPGTVNSEGVINSLSGVDYIFTPIAADRVVLESSLSFAVAIDKLLVRNEACRLKGLHLFWNMVDGREKTDLYTLYEQTIGELELPLMKVFIPDTKRFKKELDAQRKTVFRSTLFPADKRLVKGSNMEELITEIAYLIKL
>NZ_CP036542|3960120:4009045|3989024_3991106_+|WP_137572321.1|DBSCAN-SWA
MIAVIGEKPSVARDIARILGASEKQDGYLSGNGYLVTWAFGHLVGLAMPEAYGIQSFRRESLPIIPDSFQLTPRQVKAEKGYKADPGALKQLKVIKDVFDQSDKIIVATDAGREGELIFRYIYQYIGCNKPFVRLWISSLTDKSIREGLQNLKAGSLYDNLFLSAQARSEADYLIGINGTQALSVAAGQGIFSLGRVQSPTLAMICTRFLENKNFIPQKYWQLKLQTTKDNVAFTALSTEKYNTQQPAIDTLQRIKEAETVQVKTVERKEVNQEPPLLYDLTSLQKEANTKLNFSADKTLSIAQKLYEGKLISYPRTGSRYISQDVFEEIPERLVNLEQYTRFGGYAAGMKGKALNSRSVNDGKVTDHHALIVTENLPGKLETDEQAIYELIAGRMLEAFSEKCVKDVTSVTLECAGSLFTVKGSVIKSAGWRAVFGEKEDGEDNATLPAMQDGDSLPLSGIELLEKQTKPKPLHTESSLLSSMETAGKELENADLKASMKDTGIGTPATRAAIIETLFSRQYIVREKKNLVPTEKGLAVYNIIRDKKIADVEMTGMWENTLAKIESGEMNPDTFRKGIEVYARQITAELLDVQLSFASGSGCICPKCKTGRILFYPKVAKCSNVDCSVTIFRNKSDKQLTDKQITELVTTGKTGLIKGFKSKNGKVFDASLAFDEQFNVTFVFPEKKGKPKK
>NZ_CP036542|3960120:4009045|3976786_3977083_-|WP_007216059.1|DBSCAN-SWA
MKKKVLFSAVALLAASSAFAQGNGMAGITEATNMVTSYFDPATKLIYAIGAVVGLIGGVKVYGKFSSGDPDTSKTAASWFGACIFLIVAATILRSFFL
>NZ_CP036542|3960120:4009045|4003947_4005051_-|WP_044300451.1|integrase|DBSCAN-SWA
MEADKQRGSIVLTKQNIDGQDYIRIDYGNNQAIALLLSEDSGIKIAGNGSAYIQASAFRLPAFYDRYSPHAYIDYSRVYVRHPKPKREYLLPKGYLELLEQKRYSLSTIKAYKIYFSDFMEYHKGHELDLLTVEDINNYMLYMVKERHISATQQNMRINAIKFYYEKVRKGKRQYYGGIVRAKEYKALPEVLSREEMKNIFAQIPNRKHRCMISLIYSAGLRRSELLNLTPKDIISERMLIRVTGKGKKCRYSLLSEKALNELRVYYKEYRPQKWLFEGEQAGEQYSPSALVKILKEAAQKAGIKHRVHLHMLRHTFATHLLEQGTDLRTIQELMGHNDIKTTAIYLHVSNAHKAKIPNPLDYLDDD
>NZ_CP036542|3960120:4009045|3995831_3996656_-|WP_044300570.1|DBSCAN-SWA
MEKRITSLLLANNPGNELVRRVKELDDKIKWLQHNSRNMDNYLELEPFSKDSELCGYVCDTLKVLPEVPTIATCKDYKAIVILLGISTTHYQILDELAEQHRHRDDIPELLAYCDALHWMRPGRQYLCNVYNTVCYAFHRLRLHPVKDSILLITEKELRHAERMLPELGKQTFIEMVRMKGYKVYDAKRLAEACGMEYGAFRRKLKKMTGYTTSQWVKIERAKDVAHYLKNTNYTLTEVAFTTGFSSTSNLNDFCKDYLLDTPGEIRRKAQNTK
>NZ_CP036542|3960120:4009045|3994414_3994774_-|WP_032529715.1|DBSCAN-SWA
MDVITVETKAFKELMAKINVIANYVFSRQDDCKENEDDIWVDSYEVCTFLKISDRTLQRLRSKGEIAYSTIRGRNFYKIGEIKRLLESRLIKSNDECMRNLITNHKLYVKERRNIREDK
>NZ_CP036542|3960120:4009045|3968056_3968635_-|WP_044301369.1|DBSCAN-SWA
MKRICCIISLFVLCLTFNQAHAQRCLPGMKGLQVTGGMADGVHWNSKSDFAYYFGAAMSTYTKNGNRWVVGGEYLEKHYPYKDLQIPVSQFTGEGGYYLNFLSDRKKTFFLSLGLSALAGYETSNWGDKLLPDGSTLTDKDGFVYGGALTLELESYITDRVVFLINARERCLFGSSVGKFHTQFGVGLKFIM
>NZ_CP036542|3960120:4009045|3985003_3985384_+|WP_044301304.1|DBSCAN-SWA
MTKEDIELYQKVFPQINGLYKEIGLLSKKNPNDVVNDFKIRFINKNLVDANSLLGEDKPYADFHCFEEDSVPTTSDVVMMLEQYISALERLKNRNTITKRVEDPDWGVEVQQSFWVVNGKTSNINA
>NZ_CP036542|3960120:4009045|3980262_3981501_+|WP_044301307.1|DBSCAN-SWA
MVAKISVGSSLFGALSYNQNKVDEEQGKVLLSNRMFESEDGNFSIRRCMECFDMHLPADLKTEKPIIHISLNPHPDDVLSDSQLADIAKEYMDKLGYGNQPYMVYKHEDIARHHIHIVSIRVDDTGKKINDKFEHIRSKQITRELEQKYGLHPAEKKQAADRPELKKVDYRAGDVKHQLSNTVKALASSYRFQSFTEYKALLSIYNVQAEEVKGEVNGKPYNGIVYSVTNDKGEKQGNPFKSSSLGKSVGYEAIQRHIKKSTKDIQDKNLKERTRRTVGAVMKSARSREQFITELKAKGIDVLFRQNDTGRIYGVTFIDHANRTVLNGSRLGKDFSANVFNDLFSGSRTLTGNSKQETQEQKPEYNPTGHLENTGKAIAGLFSLLSGGDDTPPDNSQVPPPKKKKKKKQRRI
>NZ_CP036542|3960120:4009045|3973947_3976452_-|WP_044301318.1|DBSCAN-SWA
MRNILKATTLENKFPLFTVENGCIVSKDADITVAFRVELPELFTVTAAEYEAIHSAWNKAVKVLPDYSIVHKQDWFIKENYAPDIQKDDLSFLSRSFERHFNERPFLNHTCYLFLTKTTKERSRMQSNFSTLCRGFLVPKEIKDKETVTKFLEAVGQFESIMNDSGFITLTRLTSDEITGTKETAGIVEKYFSLSQTDTTTLKDIQLNAEDMRIGDDILCLHTLSDAEDMPGKVGTDTRYEKLSTDRSDCRLSFASPVGVLLSCNHIYNQYIFIDDHTENLKQFEKMARNMHSLSKYSRANQINKSWIEEYLNEAHSQGLISVRCHCNIMAWSDDREELKHIKNDVGSQLALMECKPRHNTTDTPTLFWAGIPGNQADFPAEESFYTFMEQALCMFTEETNYKSSLSPFGIKMVDRVTGKPLHIDISDLPMKKGIITNRNKFILGPSGSGKSFFTNHMVRQYYEQNAHVLLVDTGNSYLGLCEMINRKTHGEDGIYFTYTTENPIAFNPFYVEDGVFDIEKKESIKTLILTLWKRDDEAPTRAEEVALSNAVSSYIELITKDSSVTPCFNTFYEYVKNDYRAHLQEKNVREKDFDIDNFLNVLEPYYKGGEYDYLLNSDKELDLLHKRFIVFELDNIKDHKILFPITTIIIMEVFISKMRKLKGIRKLILIEEAWKAIASANMADYIKYLYKTVRKYFGEAIVVTQEVEDIISSPIVKESIINNSDCKILLDQRKYLNKFDSIQNLLGLTDKERSQVLSINLANHPNRKYKEVWIGLGGTQSAVYATEVSLEEYFTYTTEETEKMELFALSEKLGGNLELAIKRLAESKRNPEK
>NZ_CP036542|3960120:4009045|3988839_3989028_+|WP_044300563.1|DBSCAN-SWA
MIAVLILIPVVGFALFIFACYKTDWEAIDEQNRQYYIDGYHIYYDRKILRQKEVEQLKSKLE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_044301349.1|3960120_3961443_-|integrase	site-specific integrase	NA	NA	NA	NA
WP_044301347.1|3961469_3962702_-|integrase	site-specific integrase	H7BUI8	unidentified_phage	2.0e-32	32.7
WP_044301345.1|3963279_3963855_+|integrase	integrase catalytic domain-containing protein	H7BUI8	unidentified_phage	8.4e-18	35.6
WP_032530616.1|3963866_3964418_+	ORF6N domain-containing protein	NA	NA	NA	NA
WP_044301343.1|3964677_3965130_+	JAB domain-containing protein	NA	NA	NA	NA
WP_044301341.1|3965428_3965962_+	antirestriction protein ArdA	NA	NA	NA	NA
WP_044301339.1|3966005_3966218_+	hypothetical protein	NA	NA	NA	NA
WP_044301338.1|3966242_3966458_+	DUF3873 domain-containing protein	NA	NA	NA	NA
WP_044301336.1|3966477_3966957_+	hypothetical protein	NA	NA	NA	NA
WP_044301334.1|3967255_3967573_-	hypothetical protein	NA	NA	NA	NA
WP_044301332.1|3967585_3968035_-	DUF3872 domain-containing protein	NA	NA	NA	NA
WP_044301369.1|3968056_3968635_-	conjugal transfer protein	NA	NA	NA	NA
WP_044301330.1|3968637_3969546_-	conjugative transposon protein TraN	NA	NA	NA	NA
WP_044301328.1|3969579_3970965_-	conjugative transposon protein TraM	NA	NA	NA	NA
WP_011107099.1|3970939_3971245_-	DUF3989 domain-containing protein	NA	NA	NA	NA
WP_015532621.1|3971248_3971872_-	conjugative transposon protein TraK	NA	NA	NA	NA
WP_011107101.1|3971884_3972910_-	conjugative transposon protein TraJ	NA	NA	NA	NA
WP_080783850.1|3972928_3973558_-	DUF4141 domain-containing protein	NA	NA	NA	NA
WP_011107103.1|3973562_3973919_-	DUF3876 domain-containing protein	NA	NA	NA	NA
WP_044301318.1|3973947_3976452_-	TraG family conjugative transposon ATPase	NA	NA	NA	NA
WP_044301316.1|3976448_3976775_-	DUF4133 domain-containing protein	NA	NA	NA	NA
WP_007216059.1|3976786_3977083_-	DUF4134 domain-containing protein	NA	NA	NA	NA
WP_044301315.1|3977248_3977929_-	hypothetical protein	NA	NA	NA	NA
WP_007216061.1|3977930_3978389_-	DUF3408 domain-containing protein	NA	NA	NA	NA
WP_007216062.1|3978393_3979155_-	AAA family ATPase	NA	NA	NA	NA
WP_044301312.1|3979151_3979481_-	hypothetical protein	NA	NA	NA	NA
WP_044301310.1|3979539_3979839_+	hypothetical protein	NA	NA	NA	NA
WP_044301308.1|3979840_3980278_+	hypothetical protein	NA	NA	NA	NA
WP_044301307.1|3980262_3981501_+	relaxase/mobilization nuclease domain-containing protein	NA	NA	NA	NA
3981100:3981116	attL	NA	NA	NA	NA
WP_044301305.1|3981521_3983528_+	TraM recognition domain-containing protein	NA	NA	NA	NA
WP_137572320.1|3983614_3984991_+	hypothetical protein	NA	NA	NA	NA
WP_044301304.1|3985003_3985384_+	hypothetical protein	NA	NA	NA	NA
WP_044301366.1|3985394_3985787_+	hypothetical protein	NA	NA	NA	NA
WP_044300562.1|3987307_3988843_+	DUF3945 domain-containing protein	NA	NA	NA	NA
WP_044300563.1|3988839_3989028_+	hypothetical protein	NA	NA	NA	NA
WP_137572321.1|3989024_3991106_+	type IA DNA topoisomerase	A0A2H4UU47	Bodo_saltans_virus	3.5e-13	20.6
WP_044300565.1|3991211_3991733_-	dihydrofolate reductase	NA	NA	NA	NA
WP_007483899.1|3992121_3992400_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_044300567.1|3992412_3994452_-	topoisomerase	NA	NA	NA	NA
WP_032529715.1|3994414_3994774_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_044300569.1|3994878_3995736_-	hypothetical protein	NA	NA	NA	NA
WP_044300570.1|3995831_3996656_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_032529712.1|3996683_3997232_-	hypothetical protein	NA	NA	NA	NA
WP_044300572.1|3997272_3997737_-	hypothetical protein	NA	NA	NA	NA
WP_044300574.1|3997803_3998400_-	DUF1851 domain-containing protein	NA	NA	NA	NA
WP_044300576.1|3998451_3999213_-	DUF1911 domain-containing protein	NA	NA	NA	NA
WP_044300578.1|3999288_3999885_-	DUF1851 domain-containing protein	NA	NA	NA	NA
WP_044300580.1|3999964_4000513_-	hypothetical protein	NA	NA	NA	NA
WP_080783813.1|4000588_4001470_-	DUF1911 domain-containing protein	NA	NA	NA	NA
WP_044300582.1|4001417_4002173_-	hypothetical protein	NA	NA	NA	NA
WP_137572322.1|4002243_4002612_-	hypothetical protein	NA	NA	NA	NA
WP_032529706.1|4002702_4003308_-	hypothetical protein	NA	NA	NA	NA
WP_044300452.1|4003375_4003870_-	SMI1/KNR4 family protein	NA	NA	NA	NA
WP_044300451.1|4003947_4005051_-|integrase	tyrosine-type recombinase/integrase	S5W9T9	Leptospira_phage	5.5e-26	30.9
WP_032530281.1|4005205_4005826_-	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
WP_137572323.1|4005953_4007642_-|transposase	IS1182 family transposase	Q9MBP7	Staphylococcus_prophage	1.5e-70	32.4
WP_005811090.1|4008091_4009045_-|transposase	DDE transposase	NA	NA	NA	NA
4019196:4019212	attR	NA	NA	NA	NA

Anti-CRISPR protein detection

Acr ID	Acr position	Acr size	Homology with known anti	Neighbor HTH/AcRanker	Neighbor Aca	In prophage	Protospacer in prophage
NZ_CP036542.1|WP_008654998.1|2659198_2659624_+|hypothetical-protein	2659198_2659624_+	141 aa aa	40	NA	NA	No	NA
NZ_CP036542.1|WP_004291533.1|4347313_4347730_+|hypothetical-protein	4347313_4347730_+	138 aa aa	40	NA	NA	No	NA

Protein sequences of NZ_CP036542.1|WP_008654998.1|2659198_2659624_+|hypothetical-protein

>NZ_CP036542.1|WP_008654998.1|2659198_2659624_+|hypothetical-protein
MKGTEHFKRTIKEYLDGKARTDELFAVSYAKENKNLDDCITFILNQVKASGCCGMTDDEVWSLAIHYYDEDNIDVGKPISCGVVVNHKVELTEEEKAQARKDALKAYQEEEMRKIQQRHSRPKPTAKAVQNTQTELSLFDF

gnl|BL_ORD_ID|40 information

• hit_Aca_id: gnl|BL_ORD_ID|40
• identity: 0.9361702127659575
• query_coverage: 1
• hit_coverage: 1.0

Protein sequences of NZ_CP036542.1|WP_004291533.1|4347313_4347730_+|hypothetical-protein

>NZ_CP036542.1|WP_004291533.1|4347313_4347730_+|hypothetical-protein
MKGTDHFKRTIYMYLEQRAEEDALFAKKYRNPAKNMDECVTHILNYVQKSGCNGFTDGEIFGQAIHYYEENEIEVGKPMDCQVVVNHVVKLTAEEKAEARQNAVRKYQEEELRKLQNRHRPSARKENQPQPSLFDLGL

gnl|BL_ORD_ID|40 information

• hit_Aca_id: gnl|BL_ORD_ID|40
• identity: 0.5571428571428572
• query_coverage: 0.9855072463768116
• hit_coverage: 0.9929078014184397