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_CP044017	Arachidicoccus sp. B3-10 plasmid pB3-10, complete sequence	0 crisprs	NA	0	0	0	0
NZ_CP044016	Arachidicoccus sp. B3-10 chromosome, complete genome	2 crisprs	DEDDh,PD-DExK,csa3,RT,WYL	0	0	3	0

1. NZ_CP044016

CRISPR-Cas detection and classification

Crispr_ID: NZ_CP044016_1

• CRISPR_ID: NZ_CP044016_1
• CRISPR_location: 668092-668318
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of NZ_CP044016_1

Consensus_repeat	Method
CTCTTAATCGCACTTAGTAGAATTGAAATT	PILER-CR
CTCTTAATCGCACTTAGTAGAATTGAAAT	CRISPRCasFinder
CTCTTAATCGCACTTAGTAGAATTGAAATT	CRT

spacers of NZ_CP044016_1

>1.1|668122|36|NZ_CP044016|PILER-CR,CRT
CGGCAACATACACGACAATCCCGAATTGCTTAACTA
>1.2|668188|36|NZ_CP044016|PILER-CR,CRT
TTGCAGAACTTAACCCTGTTGGAGTTTGTAAAGAAA
>1.3|668254|35|NZ_CP044016|PILER-CR,CRT
GATAGTTCCTTGGGCATTTGTGACCATATCCTTTT
>1.4|668121|37|NZ_CP044016|CRISPRCasFinder
TCGGCAACATACACGACAATCCCGAATTGCTTAACTA
>1.5|668187|37|NZ_CP044016|CRISPRCasFinder
TTTGCAGAACTTAACCCTGTTGGAGTTTGTAAAGAAA
>1.6|668253|36|NZ_CP044016|CRISPRCasFinder
TGATAGTTCCTTGGGCATTTGTGACCATATCCTTTT

CRISPR arrays and Neighbor proteins around NZ_CP044016_1

CRISPR arrays

The CRISPR arrays of NZ_CP044016_1

>merge|NZ_CP044016|1|668092-668318|PILER-CR,CRISPRCasFinder,CRT
CTCTTAATCGCACTTAGTAGAATTGAAATTCGGCAACATACACGACAATCCCGAATTGCTTAACTACTCTTAATCGCACTTAGTAGAATTGAAATTTTGCAGAACTTAACCCTGTTGGAGTTTGTAAAGAAACTCTTAATCGCACTTAGTAGAATTGAAATTGATAGTTCCTTGGGCATTTGTGACCATATCCTTTTCTCTTAATCGTACTTAGTAGAATTGAAATA

>NZ_CP044016|1|1|668092-668318|PILER-CR
CTCTTAATCGCACTTAGTAGAATTGAAATT	CGGCAACATACACGACAATCCCGAATTGCTTAACTA
CTCTTAATCGCACTTAGTAGAATTGAAATT	TTGCAGAACTTAACCCTGTTGGAGTTTGTAAAGAAA
CTCTTAATCGCACTTAGTAGAATTGAAATT	GATAGTTCCTTGGGCATTTGTGACCATATCCTTTT
CTCTTAATCGTACTTAGTAGAATTGAAATA

>NZ_CP044016|1|1|668092-668317|CRISPRCasFinder
CTCTTAATCGCACTTAGTAGAATTGAAAT	TCGGCAACATACACGACAATCCCGAATTGCTTAACTA
CTCTTAATCGCACTTAGTAGAATTGAAAT	TTTGCAGAACTTAACCCTGTTGGAGTTTGTAAAGAAA
CTCTTAATCGCACTTAGTAGAATTGAAAT	TGATAGTTCCTTGGGCATTTGTGACCATATCCTTTT
CTCTTAATCGTACTTAGTAGAATTGAAAT

>NZ_CP044016|1|1|668092-668318|CRT
CTCTTAATCGCACTTAGTAGAATTGAAATT	CGGCAACATACACGACAATCCCGAATTGCTTAACTA
CTCTTAATCGCACTTAGTAGAATTGAAATT	TTGCAGAACTTAACCCTGTTGGAGTTTGTAAAGAAA
CTCTTAATCGCACTTAGTAGAATTGAAATT	GATAGTTCCTTGGGCATTTGTGACCATATCCTTTT
CTCTTAATCGTACTTAGTAGAATTGAAATA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP044016.1|WP_131328547.1|672881_673265_+|ATPase	unknown	unknown	unknown
NZ_CP044016.1|WP_131328550.1|675447_676434_+|cation-transporter	unknown	unknown	gnl|CDD|223131
NZ_CP044016.1|WP_131328539.1|663468_664467_+|type-I-glyceraldehyde-3-phosphate-dehydrogenase	unknown	unknown	gnl|CDD|273675
NZ_CP044016.1|WP_131328535.1|659911_660484_+|biliverdin-producing-heme-oxygenase	unknown	unknown	gnl|CDD|350857
NZ_CP044016.1|WP_131331877.1|661337_661529_+|hypothetical-protein	unknown	unknown	unknown
NZ_CP044016.1|WP_131328545.1|670927_671158_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP044016.1|WP_131328551.1|676494_677868_+|dipeptidase	unknown	unknown	gnl|CDD|349929
NZ_CP044016.1|WP_131328549.1|673932_675372_+|YjgP/YjgQ-family-permease	unknown	unknown	gnl|CDD|367632
NZ_CP044016.1|WP_131328541.1|665639_666926_-|site-specific-integrase	unknown	unknown	gnl|CDD|271185
NZ_CP044016.1|WP_131328542.1|668500_669139_-|carbonic-anhydrase	unknown	unknown	gnl|CDD|238448
NZ_CP044016.1|WP_131328540.1|664467_665442_-|GlxA-family-transcriptional-regulator	unknown	unknown	gnl|CDD|227311
NZ_CP044016.1|WP_131328543.1|669234_669990_-|3-oxoacyl-[acyl-carrier-protein]-reductase	unknown	unknown	gnl|CDD|187594
NZ_CP044016.1|WP_131328538.1|662386_663277_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|223669
NZ_CP044016.1|WP_131328537.1|661625_662174_+|DUF2652-domain-containing-protein	unknown	unknown	gnl|CDD|371269
NZ_CP044016.1|WP_131328536.1|660543_661224_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|273492
NZ_CP044016.1|WP_131328546.1|671160_672690_-|GH3-auxin-responsive-promoter-family-protein	unknown	unknown	gnl|CDD|377019
NZ_CP044016.1|WP_131328534.1|658422_659835_+|efflux-transporter-outer-membrane-subunit	unknown	unknown	gnl|CDD|273830
NZ_CP044016.1|WP_131328533.1|654071_655208_+|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NZ_CP044016.1|WP_131328544.1|670055_670919_-|phospholipase	unknown	unknown	gnl|CDD|376748
NZ_CP044016.1|WP_131328548.1|673261_673846_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP044016.1|WP_131328550.1|675447_676434_+|cation-transporter	gnl|CDD|223131	COG0053, MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism].	3.29924e-65
NZ_CP044016.1|WP_131328539.1|663468_664467_+|type-I-glyceraldehyde-3-phosphate-dehydrogenase	gnl|CDD|273675	TIGR01534, Glyceraldehyde-3-phosphate_dehydrogenase, glyceraldehyde-3-phosphate dehydrogenase, type I. This model represents glyceraldehyde-3-phosphate dehydrogenase (GAPDH), the enzyme responsible for the interconversion of 1,3-diphosphoglycerate and glyceraldehyde-3-phosphate, a central step in glycolysis and gluconeogenesis. Forms exist which utilize NAD (EC 1.2.1.12), NADP (EC 1.2.1.13) or either (1.2.1.59). In some species, NAD- and NADP- utilizing forms exist, generally being responsible for reactions in the anabolic and catabolic directions respectively. Two Pfam models cover the two functional domains of this protein; pfam00044 represents the N-terminal NAD(P)-binding domain and pfam02800 represents the C-terminal catalytic domain. An additional form of gap gene is found in gamma proteobacteria and is responsible for the conversion of erythrose-4-phosphate (E4P) to 4-phospho-erythronate in the biosynthesis of pyridoxine. This pathway of pyridoxine biosynthesis appears to be limited, however, to a relatively small number of bacterial species although it is prevalent among the gamma-proteobacteria. This enzyme is described by TIGR001532. These sequences generally score between trusted and noise to this GAPDH model due to the close evolutionary relationship. There exists the possiblity that some forms of GAPDH may be bifunctional and act on E4P in species which make pyridoxine and via hydroxythreonine and lack a separate E4PDH enzyme (for instance, the GAPDH from Bacillus stearothermophilus has been shown to posess a limited E4PD activity as well as a robust GAPDH activity). There are a great number of sequences in the databases which score between trusted and noise to this model, nearly all of them due to fragmentary sequences. It seems that study of this gene has been carried out in many species utilizing PCR probes which exclude the extreme ends of the consenses used to define this model. The noise level is set relative not to E4PD, but the next closest outliers, the class II GAPDH's (found in archaea, TIGR01546) and aspartate semialdehyde dehydrogenase (ASADH, TIGR01296) both of which have highest-scoring hits around -225 to the prior model. [Energy metabolism, Glycolysis/gluconeogenesis].	1.30817e-154
NZ_CP044016.1|WP_131328535.1|659911_660484_+|biliverdin-producing-heme-oxygenase	gnl|CDD|350857	cd19166, HemeO-bac, heme oxygenase found in pathogenic bacteria. This subfamily contains bacterial heme oxygenase (HO, EC 1.14.14.18), where HO is part of a pathway for iron acquisition from host heme and heme products. Most of these proteins have yet to be characterized. HO catalyzes the rate limiting step in the degradation of heme to biliverdin in a multi-step reaction. HO is essential for recycling of iron from heme which is used as a substrate and cofactor for its own degradation to biliverdin, iron, and carbon monoxide. This family includes heme oxygenase (pa-HO) from Pseudomonas aeruginosa, an opportunistic pathogen that causes a variety of systemic infections, particularly in those afflicted with cystic fibrosis, as well as cancer and AIDS patients who are immunosuppressed. Pa-HO, expressed by the PigA gene, is critical for the acquisition of host iron since there is essentially no free iron in mammals, and is unusual since it hydroxylates heme predominantly at the delta-meso heme carbon, while all other well-studied HOs hydroxylate the alpha-meso carbon. Also included in this family is Neisseria meningitidis HO which is substantially different from the human HO, with the reaction product being ferric biliverdin IXalpha rather than reduced iron and free biliverdin IXalpha. HO shares tertiary structure similarity to methane monooxygenase (EC 1.14.13.25), ribonucleotide reductase (EC 1.17.4.1) and thiaminase II (EC 3.5.99.2), but shares little sequence homology.	1.34293e-41
NZ_CP044016.1|WP_131328551.1|676494_677868_+|dipeptidase	gnl|CDD|349929	cd05680, M20_dipept_like, uncharacterized M20 dipeptidase. Peptidase M20 family, unknown dipeptidase-like subfamily (inferred by homology to be dipeptidases). M20 dipeptidases include a large variety of bacterial enzymes including cytosolic nonspecific dipeptidase (CNDP), Xaa-methyl-His dipeptidase (anserinase),and canosinase. These dipeptidases have been shown to act on a wide range of dipeptides, but not larger peptides. For example, anserinase mainly catalyzes the hydrolysis of N-alpha-acetylhistidine while carnosinase degrades beta-alanyl-L-histidine.	0
NZ_CP044016.1|WP_131328549.1|673932_675372_+|YjgP/YjgQ-family-permease	gnl|CDD|367632	pfam03739, YjgP_YjgQ, Predicted permease YjgP/YjgQ family. Members of this family are predicted integral membrane proteins of unknown function. They are about 350 amino acids long and contain about 6 transmembrane regions. They are predicted to be permeases although there is no verification of this.	5.07444e-42
NZ_CP044016.1|WP_131328541.1|665639_666926_-|site-specific-integrase	gnl|CDD|271185	cd01185, INTN1_C_like, Integrase IntN1 of Bacteroides mobilizable transposon NBU1 and similar proteins, C-terminal catalytic domain. IntN1 is a tyrosine recombinase for the integration and excision of Bacteroides mobilizable transposon NBU1 from the host chromosome. IntN1 does not require strict homology between the recombining sites seen with other tyrosine recombinases. This family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	6.20579e-21
NZ_CP044016.1|WP_131328542.1|668500_669139_-|carbonic-anhydrase	gnl|CDD|238448	cd00883, beta_CA_cladeA, Carbonic anhydrases (CA) are zinc-containing enzymes that catalyze the reversible hydration of carbon dioxide in a two-step mechanism in which the nucleophilic attack of a zinc-bound hydroxide ion on carbon dioxide is followed by the regeneration of an active site by ionization of the zinc-bound water molecule and removal of a proton from the active site. CAs are ubiquitous enzymes involved in fundamental processes like photosynthesis, respiration, pH homeostasis and ion transport. There are three evolutionarily distinct families of CAs (the alpha-, beta-, and gamma-CAs) which show no significant sequence identity or structural similarity. Within the beta-CA family there are four evolutionarily distinct clades (A through D). The beta-CAs are multimeric enzymes (forming dimers,tetramers,hexamers and octamers) which are present in higher plants, algae, fungi, archaea and prokaryotes.	1.19427e-99
NZ_CP044016.1|WP_131328540.1|664467_665442_-|GlxA-family-transcriptional-regulator	gnl|CDD|227311	COG4977, COG4977, Transcriptional regulator containing an amidase domain and an AraC-type DNA-binding HTH domain [Transcription].	8.81147e-89
NZ_CP044016.1|WP_131328543.1|669234_669990_-|3-oxoacyl-[acyl-carrier-protein]-reductase	gnl|CDD|187594	cd05333, BKR_SDR_c, beta-Keto acyl carrier protein reductase (BKR), involved in Type II FAS, classical (c) SDRs. This subgroup includes the Escherichai coli K12 BKR, FabG. BKR catalyzes the NADPH-dependent reduction of ACP in the first reductive step of de novo fatty acid synthesis (FAS). FAS consists of four elongation steps, which are repeated to extend the fatty acid chain through the addition of two-carbo units from malonyl acyl-carrier protein (ACP): condensation, reduction, dehydration, and a final reduction. Type II FAS, typical of plants and many bacteria, maintains these activities on discrete polypeptides, while type I FAS utilizes one or two multifunctional polypeptides. BKR resembles enoyl reductase, which catalyzes the second reduction step in FAS. SDRs are a functionally diverse family of oxidoreductases that have a single domain with structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet) NAD(P)(H) binding region and a structurally diverse C-terminal region. Classical SDRs are typically about 250 residues long, while extended SDRS are approximately 350 residues. Sequence identity between different SDR enzymes are typically in the 15-30% range, but the enzymes share the Rossmann fold NAD binding motif and characteristic NAD-binding and catalytic sequence patterns. These enzymes have a 3-glycine N-terminal NAD(P)(H) binding pattern: TGxxxGxG in classical SDRs. Extended SDRs have additional elements in the C-terminal region, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P) binding motif and an altered active site motif (YXXXN). Fungal type type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif. Some atypical SDRs have lost catalytic activity and/or have an unusual NAD(P) binding motif and missing or unusual active site residues. Reactions catalyzed within the SDR family include isomerization, decarboxylation, epimerization, C=N bond reduction, dehydratase activity, dehalogenation, Enoyl-CoA reduction, and carbonyl-alcohol oxidoreduction. A critical catalytic Tyr residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase (15-PGDH) numbering), is often found in a conserved YXXXK pattern. In addition to the Tyr and Lys, there is often an upstream Ser (Ser-138, 15-PGDH numbering) and/or an Asn (Asn-107, 15-PGDH numbering) or additional Ser, contributing to the active site. Substrates for these enzymes include sugars, steroids, alcohols, and aromatic compounds. The standard reaction mechanism is a proton relay involving the conserved Tyr-151 and Lys-155, and well as Asn-111 (or Ser). Some SDR family members, including 17 beta-hydroxysteroid dehydrogenase contain an additional helix-turn-helix motif that is not generally found among SDRs.	1.00426e-114
NZ_CP044016.1|WP_131328538.1|662386_663277_-|alpha/beta-hydrolase	gnl|CDD|223669	COG0596, MhpC, Predicted hydrolases or acyltransferases (alpha/beta hydrolase superfamily) [General function prediction only].	4.06978e-27
NZ_CP044016.1|WP_131328537.1|661625_662174_+|DUF2652-domain-containing-protein	gnl|CDD|371269	pfam10851, DUF2652, Protein of unknown function (DUF2652). This family of proteins has no known function.	9.02072e-33
NZ_CP044016.1|WP_131328536.1|660543_661224_+|ABC-transporter-permease	gnl|CDD|273492	TIGR01191, Heme_exporter_protein_C, heme exporter protein CcmC. This model describes the cyt c biogenesis protein encoded by ccmC in bacteria. It must be noted an arabidopsis, a tritcum and a piscum plant proteins were recognizable in the clade. Quite likely they are of organellar origin. Bacterial c-type cytocromes are located on the periplasmic side of the cytoplasmic membrane. Several gene products encoded in a locus designated as 'ccm' are implicated in the transport and assembly of the functional cytochrome C. This cluster includes genes, ccmA;B;C;D;E;F;G and H. The posttranslational pathway includes the transport of heme moiety, the secretion of the apoprotein and the covalent attachment of the heme with the apoprotein. The proteins ccmA and B represent an ABC transporter; ccmC and D participate in the heme transfer to ccmE, which function as a periplasmic heme chaperone. The presence of ccmF, G and H is suggested to be obligatory for the final functional assembly of cytochrome c. [Protein fate, Protein and peptide secretion and trafficking, Transport and binding proteins, Other].	3.32291e-08
NZ_CP044016.1|WP_131328546.1|671160_672690_-|GH3-auxin-responsive-promoter-family-protein	gnl|CDD|377019	pfam03321, GH3, GH3 auxin-responsive promoter.	1.55408e-141
NZ_CP044016.1|WP_131328534.1|658422_659835_+|efflux-transporter-outer-membrane-subunit	gnl|CDD|273830	TIGR01845, Outer_membrane_protein_OprM, efflux transporter, outer membrane factor (OMF) lipoprotein, NodT family. Members of this model comprise a subfamily of the Outer Membrane Factor (TCDB 1.B.17) porins. OMF proteins operate in conjunction with a primary transporter of the RND, MFS, ABC, or PET systems, and a MFP (membrane fusion protein) to tranport substrates across membranes. The complex thus formed allows transport (export) of various solutes (heavy metal cations; drugs, oligosaccharides, proteins, etc.) across the two envelopes of the Gram-negative bacterial cell envelope in a single energy-coupled step. Current data suggest that the OMF (and not the MFP) is largely responsible for the formation of both the trans-outer membrane and trans-periplasmic channels. The roles played by the MFP have yet to be determined. [Cellular processes, Detoxification, Transport and binding proteins, Porins].	6.05514e-62
NZ_CP044016.1|WP_131328533.1|654071_655208_+|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].	5.85958e-72
NZ_CP044016.1|WP_131328544.1|670055_670919_-|phospholipase	gnl|CDD|376748	pfam02253, PLA1, Phospholipase A1. Phospholipase A1 is a bacterial outer membrane bound acyl hydrolase with a broad substrate specificity EC:3.1.1.32. It has been proposed that Ser164 is the active site for Escherichia coli phospholipase A1.	5.26366e-47

Protein sequences

>NZ_CP044016.1|WP_131328541.1|665639_666926_-|site-specific-integrase
MATAKFVTKKHYVKKSGKTPIYLQYIFNSENKVLINTGFEIFPNLWNVNTQSVKPSFDFVCEKKTYAVVNAELSDLMAKFKAFLSSTLLRNQIPNIKYVVDHFDQYIKNNSQNAKPIPTELVTLEDHFVDFIKNKEDAVAKDTVKDYRSLIKHLKAYEKSRGCHLNFTSFDYYFYEDFVDFLFYETEKPNGECGLLANSVGKQIKNLKCFLRNRIRKGYCASLDLSGYTTITEEVDMIFLTWQEIVKIYRFDLEAHPELKDTRNLLVLGCLTGLRYSDLSRISANYIQNNVLKIRQKKVQKFVQIPIINDTYDILQNYDFNVPKIHINDFNESLKVMGKLMGFDEMIEVTHFKKGKSLQKSVPKYELFTSHICRRSFCTNEYLRGTDPMLIRKISGHKTERAFLTYIKVDELMAAQKIAECWQDRRLA
>NZ_CP044016.1|WP_131328540.1|664467_665442_-|GlxA-family-transcriptional-regulator
MKHIVILVPTQTSILDVTGPLEVLTKSNEYFSKLNNDNKQYYKCHLISMDEQTIVSTTSGMPIITEGGISSIYYPIDTIIVAGRGKYIQNAPEEIIIWLKKISKKNAVKRITSVCAGAFILAEAGLLDKRRATTHWLLCDELAKRYPSILVEKEPIYIKDGNVYTSAGISTGIDLTLALVEEDLSRIIAMNVAKLLVLYIKRPGNQSQFSPVLMAQTTEYGPIAKVMEWVQQNLQSDLSVENLAEIAHMSNRNFSRIFSKEIGVSPAKFVEKTRVEAARRLMEESDFNLEQISSICGLSNANGLRRLFHRHLATTPGLYLKNFG
>NZ_CP044016.1|WP_131328539.1|663468_664467_+|type-I-glyceraldehyde-3-phosphate-dehydrogenase
MTNIAINGFGRIGRMTFRKLFGLSDIKIVAINDLSTPEILAYLLKFDSIHGVYSKDIQAIDQYLDIDGEKITIYSERDPSKLPWKDENIDVVIECTGLFETKEKASFHLQAGAKKVIVSAPSDNDVKTVVYNVNHTILNSEDTVISAASCTTNCLAPLAKVLNENFIIKTGQMNTIHAYTNSQPLMDVADNKNGFRKSRAAADSIIPYTTGAAKAIGLVIPSLDKKLDGASQRVPVHSGSIVELYTILERETTIEEINTIMRQNANESFGYNELPIVSQDIVGSSYGSIFDATLTKVVGMGNQQLVKTAAWYDNEISFVSQMVRTLLYFSKL
>NZ_CP044016.1|WP_131328538.1|662386_663277_-|alpha/beta-hydrolase
MSNNIYDSEKLLQRVPDFESKFICVNNIQLHYLEGGKGAPLILIPGYPETWWAYHKIMTILAKKYKVIVLEIRGMGESEKPQNGYEKKQMAQDVLSLVNQLELGSIIIAGHDIGAHVAFSFAAQFPESTSKLIILDTPHPDPSMYQLPMLPIPNAPYLYPWWLSFNQVKILPEQLLNGKMNILINWLFDHLLANKTSVSEFDKAVYANAYDSTEAIRSANAWYQAFAQDIDDFKTYPKIKLPVLGIGGSGFYMLQMALPAVASNLELKQVENVGHFLMEENHEIVSHFIENFIGEE
>NZ_CP044016.1|WP_131328537.1|661625_662174_+|DUF2652-domain-containing-protein
MKQKRVFLKKGIVVIPDISGFTDFVMSTKLLLGQFIICKLLHSIVRTNNLHFEISEIEGDAVLFYKYGNIPTFVEIISQIKLIHENFKTEIERLSIKLMMDIPLSLKVIVHYGAFSKYRIGRFEKLYGIPIVEAHKMLKYRIPKAPPYALLSDEYLAVYFSTYSNALQYGVYIPDVGYIHYF
>NZ_CP044016.1|WP_131331877.1|661337_661529_+|hypothetical-protein
MFSQYARATRHNVQTEHSILLSNGKIYVVVGVLVIIFTSLAFYLYRIDKKVSQFTLEQREMDS
>NZ_CP044016.1|WP_131328536.1|660543_661224_+|ABC-transporter-permease
MKLNVKRHWWKILSVVLINTSIFLGFIMQVTMKPIVEESIRNYFFHPSLWFVMMIDFSIALVYSIKFLQSGNLDFDIAVRCYASTGIFFGIVGLLTGMFWANYTWGRGWVGDPKLISAAIALLIYSAYFVLRGSMEEIEKRAKVSAIYNTFSYAMLFPTIFILPRLTDSLHPGSSGNPALNPKDVDSSMFLVFWICSVPGWLMFSFWITSIRLKIIKLQESDLKTF
>NZ_CP044016.1|WP_131328535.1|659911_660484_+|biliverdin-producing-heme-oxygenase
MTHKILKENTVVAHQELEKLIVANLKEIRNTKDYVNFLKLFYSFFVGLESAIEPYITSDILPDYANRRHVDCLMNDLTSLGANIEDLQLVSFDSIIDDKIKALAALYVIEGSIMGGPIILKLLSKKGITQGGSFFAGYGLDNLSKWTSFLTVLDLHIKGDDQNVAVEIANQVFTSFAIWVIYNTKDRVEN
>NZ_CP044016.1|WP_131328534.1|658422_659835_+|efflux-transporter-outer-membrane-subunit
MKKINKVIFIFFILGLLLSCKVSKDIQLPSADLPTTFDQTAPTDSVGIGSISWKRFFSDSILSALIDSALRKNYDMAIALKNIEAASQIIKQSKWNNIPTVDFNTTIASNRPSKNSLNGLTASKFLGTNHIDDYSIGVGVSWAPDIWGKIRNLNKSALANYLQTKEVRNVLQTDLIASVSKGYINLLMLDEQLRIAKNSLALNDTTVSIANAMYDFGQASLLAVQQAKAQLLSVAELIPVIEQEIAIQENALHVLSSNMPGTHIYRSRLDAIKFSDSLSTGIPTIAIRQRPDVRKCEFELLNENAKVGIAKAQLYPAVNITARGGLESLKASNWFSMPNSLFGLVSGSLLQPLLQHKELRTQYSVAKIEREKSVINFKQTVLSAVGEVSDAMQKIEKLKQQDQIVGARVAMLHDATSNINQLFQNGMVNYLEVINAESNALDGDLEQMSVKQKKLSAIADLYRSLGGGIF
>NZ_CP044016.1|WP_131328533.1|654071_655208_+|efflux-RND-transporter-periplasmic-adaptor-subunit
MKIRLSYLMTITVIILSSCNSGEQPTQQSTAPEIPIAVLHKSDEVVYTEYPAKMEGLADIEIRPQVNGILEHVFVDEGSFVKKGTLLFQIDSRPYLEAYNNAQAELWAANAEVSTTQIELEKLNALVKSKVYSNYQLKIAEMAFDAATARKKQAIAKVGNAKITLGYTQIKAPMHGYIGRIGKKGGSLVAPSDPQPLSYLSDNKNVRAYFSIGEKEFVSFKNSLTGNAIGDKLKQSPPVTMVLPGGLEYAHAGKLDMVDAMFDNRTGAITLRATFPNTEGSLRSGNSGKVRLGIKENGIFKIPQSATFEMQDKVFAFVVDRNNKVHQIALSITGTTEDSYYISKGLNDGDRLVLKGMEALKDGAAIHPEIAKENLTKN
>NZ_CP044016.1|WP_131328542.1|668500_669139_-|carbonic-anhydrase
MHTIKSLFEKNESWAKKQAELDPDYFKKLSSGQKPEFLWIGCGDSRVPAEEILGLEAGEVFVHRNVANQVLYTDINARSVIEYAVLHLKVKHVIVCGHYGCGGVHSALSNQDFGETLNMWLKSIKEVYSENKEELSTIATEKEMEEKLVEFNVLKQIEHLKNTSTIQKAWKEDDGPTLHGWVFSLETGKIKSLIAEEPNSPIEKVYQFENLW
>NZ_CP044016.1|WP_131328543.1|669234_669990_-|3-oxoacyl-[acyl-carrier-protein]-reductase
MGILNGKVAIVTGGARGIGEAVVLKLAENGANIAFTYVSEGSKDKAETLVQKVKEFGVDAKAYQSDAGNFAAAESFVQSVVKDFGTVDICVNNAGISIDNLLLRITPEQWEKVIQTNLTSVYNVTKCVIRTMMKARSGSIINMSSIIGISGNAGQSSYAASKAGIIGFTKSIAQELGSRNVRCNAIAPGFIETDMTNYLQDDAATVDYKSRIPLNRFGQAEDVANAVLFLASDMSTYVTGQTLNVCGGLNM
>NZ_CP044016.1|WP_131328544.1|670055_670919_-|phospholipase
MPNSTRFRIKNSFFFLLSFFFYSNTWSQSEKYNGDSVPKRLTAEEKFLSQPSFTIFNDNYFLTGTTLREAPSKYNSDVKYQISFKQLLYRNPLVAKSFLFVSYTQKSFWDIYKNSKPFAEINFNPALGLIRPYDTKMGKSGFFTLMLEHESNGRDSIQSRSWNFLSAGWQQNISDRIQLNAKVWLPFAYKDDNPDLINYVGYGQFGAAYIIKPSRWYADVLVKKGNQWNWKGSVMGQLYYKPFKKGNQFIGIQWFQGYGENLISYQQKTSMVRIGLLIKPNLTNFFY
>NZ_CP044016.1|WP_131328545.1|670927_671158_-|hypothetical-protein
MAKKTSNKYQLLTVFSTVLAVLYGWQFYKSFHIYTDSRNHKILFNGILLFMWIILAISWFRQYKKTSEQENTNHDN
>NZ_CP044016.1|WP_131328546.1|671160_672690_-|GH3-auxin-responsive-promoter-family-protein
MNLLSSAISRLARLRYWRIESWIEHPLEAQMEVLDNLLSHGQYTVFGEKYGFNREWDTQDFKKNVPISEYEDLQPYIDLIMHGQENILWNTPVNWFAKSSGTSGGVSKFIPISEESLDKCHFQGAKDVLTMYYNEYPESQLLTGKGLVIGGSHQISQLSEEIYYGDLSAVLMQNTPFWGEWIRTPELSIALMDEWESKIEAIAHATISENVTSISGVPSWTSILLKRILELTGKKNIGEVWPNLELYMHGGVSFTPYKNNFEKLIGKKINYLDMYNASEGFFSAQAHTDDDGMLLFLQHGIYYEFLPIDQYKVPNAKTLSLDEVQLNTNYAIVISTNGGLWRYLPGDTIQFSSLYPFKIKVTGRLKAFINAFGEELIIDNTDKAIAIASQKMNVSINEYTAGPCYFSENNNGTHEWIIEFDKTPEDLEKFTQILDEELQKLNSDYQAKRYKSIALQLPIIHTVESGTFNKWMKERGKLGGQHKVPRLANHRNYLEELLHKINAINKISA
>NZ_CP044016.1|WP_131328547.1|672881_673265_+|ATPase
MAKKQLYSIEYPIKCSPTILYGFLSTASGMQEWFADKVTERDDVMSFSWSGGTPDQAKIIEQEEDKFVRYQWLHEAPEEYFEFSIETAEISNQTILVIKAFAEKNDIKDDTLVWDHQVKDLFRRLGS
>NZ_CP044016.1|WP_131328548.1|673261_673846_-|hypothetical-protein
MAKLVLSEKEWSIVQNFDFLLTKNQIIDHIQQFFTQLGCTYRDIAKNTIPKENEKLLQTSPKVSKGEKYEGLPYLMLDFPRIFQNGNTFAIRSFFLWGKAFSISLLLEGEYKNHLQTKIFENQVLRNWQYETEDSPWIHFQSDSSKNHFSTISKSQINQHPFLKLTNSKPLQDWQTIETFFLESFQQIMEASFC
>NZ_CP044016.1|WP_131328549.1|673932_675372_+|YjgP/YjgQ-family-permease
MIKKLDKLILRAFVGPFIATFLISLFVLVMQFFWLWIDDFVGKGLDVFTIAKMIGFVAATCVPLALPLSLLLSSIMTFGSMGESFELVAIKSSGVPLTRFMRPLTVVTILLSLVAFYFANNLIPIANLKMNRMRYDIVKTKPALDIKAGVFYDKMSGFVIKIGEKDKDNMHIRDVIILEKNQGLQDNLMVAKSGLMSMTPDKSSLQFTLNDGWRYEEEGRNNDLNTQFTRTGFKEYKKLFDLSTFKMTETNEEGFKSDPKMLTVGQLSPSIDSLYKLDTLQQIRRRNDLTPYFYFVRYQDSTWAKANPKAKLKKSYFNTLKDTFQLEVVQRVNNSLQSVKSNLDVAQNDNKSAQETIRKYKIEWHRKFTLSAACLILFLIGAPLGSIIRKGGLGAPLLFAIIFFVIFYIFNTVGEKIAKQGVVPVWAGMWLSSAILLPVGIFLMVKALNDSQILGKEVWFRIGKAIKKILPQKKKEIEE
>NZ_CP044016.1|WP_131328550.1|675447_676434_+|cation-transporter
MDNAKENYRIQKWICGLAVVLFLLKILAWYVTHSVAILADALESIVNVVAGFIGLYSLYVAAKPKDVDHPYGHGKAEFVSAAMEGLMILAAGCLIIYHAIIHFGEQNAVESLDKGLILVLATALLNYFLGYRWVKQGEKNHSLAITASGNHLKIDAYSTFAVIIGLIFILIFHLYWLDKVIALVMGCFILVNGYSILRKSIAGIMDEADLNLINELVAVLSSNRQPDWIDIHNLKVVKYGSKLHIDCHFTVPYYLTVQEAHDEITRLQKLVAAHFSESIEFNIHTDPCRDCSCAICTKTECPVRKHPFVRQLEWNLKAMVDSKQHRIN
>NZ_CP044016.1|WP_131328551.1|676494_677868_+|dipeptidase
MEAWKKFQEENQERFLEELKALLRIPSISSSTPNKPDMLNAADLVKKYLLDAGVDNAEIFPTAGHPVVYGEKIVDVNKPTVLVYGHYDVQPVDPIELWHTDPFEPTVKEDGNIYGRGTADDKGQFFMHVKAFEILSKTDSIPLNVKFIFEGEEEIGSPHLKPFLQEHKDLLKADVVLVSDTSMQSLENPSIDAGVRGLAYLQVEITGPNRDLHSGVYGGAVANPINILAKLIAGMHDENNHITIPGFYDDVDELSAEERKAINKADFDQAEYTKDLGVGDIYGEKGYTTVERTGIRPTMDVNGIWGGFMGEGAKTVLPSKAFAKISFRLVPHQSNEKITEMVVAYLKEKAPASVEIKVTPDHGGDPYVTPIDSVEYLAAQKAIEATFGKRPIPIRGGGSIPITALFESVLGCSTVLLGFGLDSDNLHSPNEKYGLKNFYKGIETIPYFHKYYAELKK

Crispr_ID: NZ_CP044016_2

• CRISPR_ID: NZ_CP044016_2
• CRISPR_location: 2537440-2537562
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_CP044016_2

Consensus_repeat	Method
AGAATCTACAGTTGCAGCAGCAGAATCAGCAGTTGC	CRISPRCasFinder

spacers of NZ_CP044016_2

>2.1|2537476|51|NZ_CP044016|CRISPRCasFinder
AGCAGCAGAATCAGCAGTTGCAGTGATAGAATCTTTCGCAGCACTTGCTGT

CRISPR arrays and Neighbor proteins around NZ_CP044016_2

CRISPR arrays

The CRISPR arrays of NZ_CP044016_2

>merge|NZ_CP044016|2|2537440-2537562|CRISPRCasFinder
ATCAGTTGCAGCTTTTGCAGCAGAATCTACAGTTGCAGCAGCAGAATCAGCAGTTGCAGTGATAGAATCTTTCGCAGCACTTGCTGTAGAATCTACAGATGCAGCAGCAGAATCAGCAGTTGC

>NZ_CP044016|2|2|2537440-2537562|CRISPRCasFinder
ATCAGTTGCAGCTTTTGCAGCAGAATCTACAGTTGC	AGCAGCAGAATCAGCAGTTGCAGTGATAGAATCTTTCGCAGCACTTGCTGT
AGAATCTACAGATGCAGCAGCAGAATCAGCAGTTGC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_CP044016.1|WP_131330099.1|2539880_2541005_+|dehypoxanthine-futalosine-cyclase	unknown	unknown	gnl|CDD|274731
NZ_CP044016.1|WP_131330094.1|2536796_2537087_-|hypothetical-protein	unknown	unknown	unknown
NZ_CP044016.1|WP_131330103.1|2544276_2545140_-|glycosyltransferase-family-2-protein	unknown	unknown	gnl|CDD|133039
NZ_CP044016.1|WP_131330101.1|2542304_2543090_+|ATP-binding-cassette-domain-containing-protein	unknown	unknown	gnl|CDD|213228
NZ_CP044016.1|WP_131330091.1|2533103_2533994_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197666
NZ_CP044016.1|WP_131330104.1|2545148_2546099_-|glycosyltransferase-family-2-protein	unknown	unknown	gnl|CDD|224137
NZ_CP044016.1|WP_131330097.1|2538071_2538656_+|sigma-70-family-RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|274357
NZ_CP044016.1|WP_131330093.1|2535089_2536205_+|T9SS-type-A-sorting-domain-containing-protein	unknown	unknown	gnl|CDD|275036
NZ_CP044016.1|WP_131330088.1|2529760_2530651_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225117
NZ_CP044016.1|WP_131330105.1|2546074_2547400_-|hypothetical-protein	unknown	unknown	gnl|CDD|273357
NZ_CP044016.1|WP_131330096.1|2537726_2537933_-|entericidin	unknown	unknown	unknown
NZ_CP044016.1|WP_131330087.1|2528626_2529541_-|dihydrodipicolinate-synthase-family-protein	unknown	unknown	gnl|CDD|188630
NZ_CP044016.1|WP_131330090.1|2532199_2533024_+|SDR-family-NAD(P)-dependent-oxidoreductase	unknown	unknown	gnl|CDD|181334
NZ_CP044016.1|WP_131330098.1|2538677_2539748_+|trypsin-like-peptidase-domain-containing-protein	unknown	unknown	gnl|CDD|379142
NZ_CP044016.1|WP_131330086.1|2527119_2528598_-|aldehyde-dehydrogenase-(NADP(+))	unknown	unknown	gnl|CDD|143447
NZ_CP044016.1|WP_131330092.1|2534106_2534988_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|131350
NZ_CP044016.1|WP_131330085.1|2526112_2527114_-|4-hydroxyproline-epimerase	unknown	unknown	gnl|CDD|184428
NZ_CP044016.1|WP_131330100.1|2541035_2542244_+|diaminopimelate-decarboxylase	unknown	unknown	gnl|CDD|143501
NZ_CP044016.1|WP_131330102.1|2543078_2544194_-|DUF1972-domain-containing-protein	unknown	unknown	gnl|CDD|340858
NZ_CP044016.1|WP_131330089.1|2530700_2531636_-|NADP-dependent-oxidoreductase	unknown	unknown	gnl|CDD|176191

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_CP044016.1|WP_131330099.1|2539880_2541005_+|dehypoxanthine-futalosine-cyclase	gnl|CDD|274731	TIGR03699, menaquin_MqnC, dehypoxanthine futalosine cyclase. members of this protein family are involved in menaquinone biosynthesis by an alternate pathway via futalosine. [Biosynthesis of cofactors, prosthetic groups, and carriers, Menaquinone and ubiquinone].	1.05229e-166
NZ_CP044016.1|WP_131330103.1|2544276_2545140_-|glycosyltransferase-family-2-protein	gnl|CDD|133039	cd04196, GT_2_like_d, Subfamily of Glycosyltransferase Family GT2 of unknown function. GT-2 includes diverse families of glycosyltransferases with a common GT-A type structural fold, which has two tightly associated beta/alpha/beta domains that tend to form a continuous central sheet of at least eight beta-strands. These are enzymes that catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. Glycosyltransferases have been classified into more than 90 distinct sequence based families.	4.31361e-76
NZ_CP044016.1|WP_131330101.1|2542304_2543090_+|ATP-binding-cassette-domain-containing-protein	gnl|CDD|213228	cd03261, ABC_Org_Solvent_Resistant, ATP-binding cassette transport system involved in resistant to organic solvents. ABC transporters are a large family of proteins involved in the transport of a wide variety of different compounds, like sugars, ions, peptides, and more complex organic molecules. The nucleotide binding domain shows the highest similarity between all members of the family. ABC transporters are a subset of nucleotide hydrolases that contain a signature motif, Q-loop, and H-loop/switch region, in addition to, the Walker A motif/P-loop and Walker B motif commonly found in a number of ATP- and GTP-binding and hydrolyzing proteins.	2.18272e-107
NZ_CP044016.1|WP_131330091.1|2533103_2533994_+|AraC-family-transcriptional-regulator	gnl|CDD|197666	smart00342, HTH_ARAC, helix_turn_helix, arabinose operon control protein.	4.81021e-24
NZ_CP044016.1|WP_131330097.1|2538071_2538656_+|sigma-70-family-RNA-polymerase-sigma-factor	gnl|CDD|274357	TIGR02937, RNA_polymerase_sigma_factor, RNA polymerase sigma factor, sigma-70 family. This model encompasses all varieties of the sigma-70 type sigma factors including the ECF subfamily. A number of sigma factors have names with a different number than 70 (i.e. sigma-38), but in fact, all except for the Sigma-54 family (TIGR02395) are included within this family. Several Pfam models hit segments of these sequences including Sigma-70 region 2 (pfam04542) and Sigma-70, region 4 (pfam04545), but not always above their respective trusted cutoffs.	5.49706e-17
NZ_CP044016.1|WP_131330093.1|2535089_2536205_+|T9SS-type-A-sorting-domain-containing-protein	gnl|CDD|275036	TIGR04183, hypothetical_protein, Por secretion system C-terminal sorting domain. Species that include Porphyromonas gingivalis, Fibrobacter succinogenes, Flavobacterium johnsoniae, Cytophaga hutchinsonii, Gramella forsetii, Prevotella intermedia, and Salinibacter ruber average twenty or more copies of a C-terminal domain, represented by this model, associated with sorting to the outer membrane and covalent modification.	5.11674e-05
NZ_CP044016.1|WP_131330088.1|2529760_2530651_+|AraC-family-transcriptional-regulator	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	1.08928e-25
NZ_CP044016.1|WP_131330105.1|2546074_2547400_-|hypothetical-protein	gnl|CDD|273357	TIGR00947, 2A73, putative bicarbonate transporter, IctB family. This family of proteins is suggested to transport inorganic carbon (HCO3-), based on the phenotype of a mutant of IctB in Synechococcus sp. strain PCC 7942. Bicarbonate uptake is used by many photosynthetic organisms including cyanobacteria. These organisms are able to concentrate CO2/HCO3- against a greater than ten-fold concentration gradient. Cyanobacteria may have several such carriers operating with different efficiencies. Note that homology to various O-antigen ligases, with possible implications for mutant cell envelope structure, might allow alternatives to the interpretation of IctB as a bicarbonate transport protein. [Transport and binding proteins, Carbohydrates, organic alcohols, and acids].	0.000456746
NZ_CP044016.1|WP_131330104.1|2545148_2546099_-|glycosyltransferase-family-2-protein	gnl|CDD|224137	COG1216, COG1216, Predicted glycosyltransferases [General function prediction only].	1.2969e-46
NZ_CP044016.1|WP_131330087.1|2528626_2529541_-|dihydrodipicolinate-synthase-family-protein	gnl|CDD|188630	cd00408, DHDPS-like, Dihydrodipicolinate synthase family. Dihydrodipicolinate synthase family. A member of the class I aldolases, which use an active-site lysine which stabilizes a reaction intermediate via Schiff base formation, and have TIM beta/alpha barrel fold. The dihydrodipicolinate synthase family comprises several pyruvate-dependent class I aldolases that use the same catalytic step to catalyze different reactions in different pathways and includes such proteins as N-acetylneuraminate lyase, MosA protein, 5-keto-4-deoxy-glucarate dehydratase, trans-o-hydroxybenzylidenepyruvate hydratase-aldolase, trans-2'-carboxybenzalpyruvate hydratase-aldolase, and 2-keto-3-deoxy- gluconate aldolase. The family is also referred to as the N-acetylneuraminate lyase (NAL) family.	2.11233e-93
NZ_CP044016.1|WP_131330090.1|2532199_2533024_+|SDR-family-NAD(P)-dependent-oxidoreductase	gnl|CDD|181334	PRK08263, PRK08263, short chain dehydrogenase; Provisional.	5.74667e-129
NZ_CP044016.1|WP_131330098.1|2538677_2539748_+|trypsin-like-peptidase-domain-containing-protein	gnl|CDD|379142	pfam13365, Trypsin_2, Trypsin-like peptidase domain. This family includes trypsin-like peptidase domains.	1.0829e-25
NZ_CP044016.1|WP_131330086.1|2527119_2528598_-|aldehyde-dehydrogenase-(NADP(+))	gnl|CDD|143447	cd07129, ALDH_KGSADH, Alpha-Ketoglutaric Semialdehyde Dehydrogenase. Alpha-Ketoglutaric Semialdehyde (KGSA) Dehydrogenase (KGSADH, EC 1.2.1.26) catalyzes the NAD(P)+-dependent conversion of KGSA to alpha-ketoglutarate. This CD contains such sequences as those seen in Azospirillum brasilense, KGSADH-II (D-glucarate/D-galactarate-inducible) and KGSADH-III (hydroxy-L-proline-inducible). Both show similar high substrate specificity for KGSA and different coenzyme specificity; KGSADH-II is NAD+-dependent and KGSADH-III is NADP+-dependent. Also included in this CD is the NADP(+)-dependent aldehyde dehydrogenase from Vibrio harveyi which catalyzes the oxidation of long-chain aliphatic aldehydes to acids.	0
NZ_CP044016.1|WP_131330092.1|2534106_2534988_+|helix-turn-helix-domain-containing-protein	gnl|CDD|131350	TIGR02297, AraC-type_DNA-binding_domain-containing_protein, 4-hydroxyphenylacetate catabolism regulatory protein HpaA. This putative transcriptional regulator, which contains both the substrate-binding, dimerization domain (pfam02311) and the helix-turn-helix DNA-binding domain (pfam00165) of the AraC famil, is located proximal to genes of the 4-hydroxyphenylacetate catabolism pathway.	3.50088e-20
NZ_CP044016.1|WP_131330085.1|2526112_2527114_-|4-hydroxyproline-epimerase	gnl|CDD|184428	PRK13971, PRK13971, 4-hydroxyproline epimerase.	0
NZ_CP044016.1|WP_131330100.1|2541035_2542244_+|diaminopimelate-decarboxylase	gnl|CDD|143501	cd06828, PLPDE_III_DapDC, Type III Pyridoxal 5-phosphate (PLP)-Dependent Enzyme Diaminopimelate Decarboxylase. Diaminopimelate decarboxylase (DapDC, EC 4.1.1.20) participates in the last step of lysine biosynthesis. It converts meso-2,6-diaminoheptanedioate to L-lysine. It is a fold type III PLP-dependent enzyme that contains an N-terminal PLP-binding TIM-barrel domain and a C-terminal beta-sandwich domain, similar to bacterial alanine racemases. DapDC exists as homodimers with active sites that lie at the interface between the TIM barrel domain of one subunit and the beta-sandwich domain of the other subunit. Homodimer formation and the presence of the PLP cofactor are required for catalytic activity.	2.52633e-158
NZ_CP044016.1|WP_131330102.1|2543078_2544194_-|DUF1972-domain-containing-protein	gnl|CDD|340858	cd04955, GT4-like, glycosyltransferase family 4 proteins. This family is most closely related to the GT4 family of glycosyltransferases. Glycosyltransferases catalyze the transfer of sugar moieties from activated donor molecules to specific acceptor molecules, forming glycosidic bonds. The acceptor molecule can be a lipid, a protein, a heterocyclic compound, or another carbohydrate residue. This group of glycosyltransferases is most closely related to the previously defined glycosyltransferase family 1 (GT1). The members of this family may transfer UDP, ADP, GDP, or CMP linked sugars. The diverse enzymatic activities among members of this family reflect a wide range of biological functions. The protein structure available for this family has the GTB topology, one of the two protein topologies observed for nucleotide-sugar-dependent glycosyltransferases. GTB proteins have distinct N- and C- terminal domains each containing a typical Rossmann fold. The two domains have high structural homology despite minimal sequence homology. The large cleft that separates the two domains includes the catalytic center and permits a high degree of flexibility. The members of this family are found in certain bacteria and Archaea.	1.95328e-63
NZ_CP044016.1|WP_131330089.1|2530700_2531636_-|NADP-dependent-oxidoreductase	gnl|CDD|176191	cd05289, MDR_like_2, alcohol dehydrogenase and quinone reductase-like medium chain degydrogenases/reductases. Members identified as zinc-dependent alcohol dehydrogenases and quinone oxidoreductase. QOR catalyzes the conversion of a quinone + NAD(P)H to a hydroquinone + NAD(P)+. Quinones are cyclic diones derived from aromatic compounds. Membrane bound QOR actin the respiratory chains of bacteria and mitochondria, while soluble QOR acts to protect from toxic quinones (e.g. DT-diaphorase) or as a soluble eye-lens protein in some vertebrates (e.g. zeta-crystalin). QOR reduces quinones through a semi-quinone intermediate via a NAD(P)H-dependent single electron transfer. QOR is a member of the medium chain dehydrogenase/reductase family, but lacks the zinc-binding sites of the prototypical alcohol dehydrogenases of this group. NAD(P)(H)-dependent oxidoreductases are the major enzymes in the interconversion of alcohols and aldehydes, or ketones. Alcohol dehydrogenase in the liver converts ethanol and NAD+ to acetaldehyde and NADH, while in yeast and some other microorganisms ADH catalyzes the conversion acetaldehyde to ethanol in alcoholic fermentation. ADH is a member of the medium chain alcohol dehydrogenase family (MDR), which has a NAD(P)(H)-binding domain in a Rossmann fold of a beta-alpha form. The NAD(H)-binding region is comprised of 2 structurally similar halves, each of which contacts a mononucleotide. A GxGxxG motif after the first mononucleotide contact half allows the close contact of the coenzyme with the ADH backbone. The N-terminal catalytic domain has a distant homology to GroES. These proteins typically form dimers (typically higher plants, mammals) or tetramers (yeast, bacteria), and have 2 tightly bound zinc atoms per subunit, a catalytic zinc at the active site and a structural zinc in a lobe of the catalytic domain. NAD(H) binding occurs in the cleft between the catalytic and coenzyme-binding domains at the active site, and coenzyme binding induces a conformational closing of this cleft. Coenzyme binding typically precedes and contributes to substrate binding. In human ADH catalysis, the zinc ion helps coordinate the alcohol, followed by deprotonation of a histidine, the ribose of NAD, a serine, then the alcohol, which allows the transfer of a hydride to NAD+, creating NADH and a zinc-bound aldehyde or ketone. In yeast and some bacteria, the active site zinc binds an aldehyde, polarizing it, and leading to the reverse reaction.	1.16623e-126

Protein sequences

>NZ_CP044016.1|WP_131330094.1|2536796_2537087_-|hypothetical-protein
MPIKYSTGLKTLPAEWNDKKQRIREKRNMELFEDVNANLDRIENHALKTYLAMSNTNELFQAMNFKEQLKIDLGKKKDLTKFSFLEYIEKVIDDCD
>NZ_CP044016.1|WP_131330093.1|2535089_2536205_+|T9SS-type-A-sorting-domain-containing-protein
MKYYIVYSVIAVLFATSSNAQTTYSKTFYVTGSNESQYIKFAITTNTVNIKDIGNYNYQKINFEINCTLTITAVNFPSTTSIYGNITFGGSSSATDVTTYFPASGDISTTTSPYTYTTSITTTSNSTISAYYDNLSDKSMVNNTSILPLAAFSLAKITFNVSNYNDANGPKGAYSFDNYNTDSSNYLISTSNYSLPITLTDFTATSITNAIQLNWSTSSEINNKYYALQRSENAIEYDSIGVVNGSGTTNSINNYSYIDYNYSPTINYYRLKQVDYDGNYSLSKVISINMTSNSNNDISIYPNPGNGQINIKGSYDNIKMIQLYNISGQLMDKIIPSSNQFQLRNGLSSGFYIIKIILKNNNPISLKYMLR
>NZ_CP044016.1|WP_131330092.1|2534106_2534988_+|helix-turn-helix-domain-containing-protein
MKHKQQIDNRLLLINKNLWFGSISELNSESNPFKLNLDFHYIIIDTSNKKNYHLLFLSQLQIHTLIELTSLQNSKVFGFSEIFFTDKEQSRQILFNNFKKENLQSGDNLATIELKEYSKFILQVIEQIFELYIEIKNIQQNIDIHIIKNLLTTVLLLALKKSSIFITEKIEKLPIINSQNLAVKFIQLLDLHFQTESSLGFYIEKLATTENILKNECKKKLGLPPKEIMQKKVITEAKRLLLNQSITIQQIAYDLGYNDPSNFNKFFLKRTGLTPNDFRKEAANNIISSRFLP
>NZ_CP044016.1|WP_131330091.1|2533103_2533994_+|AraC-family-transcriptional-regulator
MLHYHSLTDMYHQNLWGAPEHPLFGLVGCMSSCPLGDREFTTDCYVIAFKKIKAGHIMYGRTKFDHENGSMFFAKPRQIIEMKGLEFEENGFMIMIHEDYLKGHELFKTIEQYSFFDYEVNEALHLSPKEEQIIKELYSKIEEEYHNNPDEYSREIILSHVDAILKYAQRYFKRQFIDRTQLSGKTISRFNEVLKNYLAKNSLQDQGLPSVNYMAEQLYLSPRYLSDLLKQETGKTALELIHLSLISEAKNQLRLGEKSISEIAYDLGFENASYFTRLFKKQSSMTPLEYRKMQMN
>NZ_CP044016.1|WP_131330090.1|2532199_2533024_+|SDR-family-NAD(P)-dependent-oxidoreductase
MSKIIFITGASKGFGRLWAEALLRRGDKVAATARNTDALKDLVTKYGENVLPLALDVNDRNSVFEAVNKAAKHFGEIDVLINNAGYGLFGTTEETTEAQARQQMETNFFGSLWVIQAILPIFRQQKSGYLIQISSVLGLTTLPLLGLYNASKFAVEGLVETVATETSGLGIHTTLIEPNGYATDWAGASAGQTSADITDYNSIRKAFAESGDNADNWGKPEATVQPVLNLIDNPNPPKRLLFGKVAYNLMHDVYSARLKEIEDWKEVSITAHGH
>NZ_CP044016.1|WP_131330089.1|2530700_2531636_-|NADP-dependent-oxidoreductase
MKAIVLNAPGGVDQLEYQDFDIPTIQDGEVLVKVKAISINPVDVKSRAGHGMYGMLKDFRPLILGWDISGVVEETKSDKFKVGDAVFGMVNFPGHGKAYAEYVAAPAAHLALKPANIDFNEAAATTLVALTAWQALVENGKVQKGQKVLIHAASGGVGHIAVQIAKYLGAEVTGTSSEKNKDFVLSLGADHHIDYHNYDWIAQKREFDFVLDTIGGNNIDNSLAVTKEGGTVISIPSGLNENVTEKAKALGVNGYFILVHSNGKQMQQIADLLTNGTIKTTIAQKFPFSQMREAHLQQETARTVGKIIVEL
>NZ_CP044016.1|WP_131330088.1|2529760_2530651_+|AraC-family-transcriptional-regulator
MKVLQFTIPVQEDKAIIARVDRLPFFYPYLHRHKETQITWVQQGEGTLMVNNQMHPFETNSLYFIGANQPHIFKSSPSYHNPKSTKSIVSLDIFFDPEIISKTLLNINELKPLQFFLKKIQTGFKIPQNLVPTISNKMLLINQSDDTILKTLYFIELLQDLKNIEDPELLSSERSIISTETDGIRISQIYNFILQNFDKDISLEDVAKKAFMTPQAFCRFFKKHTRHTFVSFLNEIRVNEACKLFLDGNYEGISTIAYKCGFNSITNFNRVFKSVTGKSPKLYKENLLKKMELNYA
>NZ_CP044016.1|WP_131330087.1|2528626_2529541_-|dihydrodipicolinate-synthase-family-protein
MSFKWDGVFPAVTTAFTKEEELDLELFGKNLLAQKEAGVRGIIIGGSLGEASTITKSEKELLVKKAIEVLGADFPIIVNIAEGATRDAISLAKDAKSWGASGLMLLPPMRYKASNDEVVLYFKTVAAATDLPIILYNNPFDYKIEITLDMFSQLVDIPTIEAVKESTRDITNVTRMKNKFGDRFKILCGVDTITFEELCAGADGLVAGLVDALPAETVAIVNLVKAGKYKEAQEIYRWFLPLLEFDIDPQLVQYIKLVETYTGIGNEFVRAPRVPLSGEKRAKAIEIIEERLACRPSLPDYLHL
>NZ_CP044016.1|WP_131330086.1|2527119_2528598_-|aldehyde-dehydrogenase-(NADP(+))
MTLEENIDQIMVNAKNAFTIYKKSSKKDRAQFLENLADALESQRTELVPLAMEESHLPEGRLQGELSRTTNQLKAFAALLKEGSWVEASIDQAKPDRKPLAKADIRKMLQPVGPVVVFGASNFPFAFSTAGGDSASVLASGSTLVIKAHPGHPKLSDKVFAILDSAVISSGMPEFTIQHVTDTSFDAGKLLVQHTVTAGVGFTGSQKGGLALVEYAKARKNPIPVFAEMGSINPVVLFSDKLAQDPTALAKQYAGSITVGMGQFCTNPGLILAVKSSSLDTFLAVLKDEIAKVLPQKMLHAGIQKAYNTGLNRILEKSDVSIVGKADTEAVDIEGYPTVVKTEGKTFLQKEYLQEELFGPYSIVVEVEDLSELETILASLGGQLTTTLMATEKDLADYPNIIDLQTSLAGRVIINDVPTGVEVCSSMIHGGPFPATTDVRYTSVGTTAIKRWVRPICYQGFPENFLPDELKAANPLKIWRLVDDNWTNESQN
>NZ_CP044016.1|WP_131330085.1|2526112_2527114_-|4-hydroxyproline-epimerase
MKKTFFCVDAHTCGNPVRLVAGGGPQLEGVTMSEKRQYFLQNYDWIRKGLMFEPRGHDMMSGSILYPPADPKNDVGVLFIETSGCLAMCGHGTIGTITAGIEEGLIVPKTPGIVRMEAPAGYVNIEYKQEGNKVKSVKLTNVPSFLAATDLTVECPDLGELKFDVSYGGNFYAIVDVQDNFKGLEHYSVEKLIAWARVIRDRINAQYTFVHPEDPTINSVHHIEWTGAVLDPTSTARNAVFYGDKAIDRSPCGTGTSARIAQWYAKGLLKKGDKFIHESIIGSKFIGTIEEETTVGGMPAVRPGIEGWARVYGYNTITIDPEDDPYALGFSVL
>NZ_CP044016.1|WP_131330096.1|2537726_2537933_-|entericidin
MKKLLFVLALGAFAASCGNGSTESTKSDSTLTDSSLVSDSSATAPAADSAATPAADSATATPATDSAK
>NZ_CP044016.1|WP_131330097.1|2538071_2538656_+|sigma-70-family-RNA-polymerase-sigma-factor
MRLIVQIPQDDILIKGLVNNDRYCIETIYKENFKIIKSFIINNKGDLNEAKDVFQEALILLYEKAKNGNLNLTSKLSTYLFAICKNIWLKRLNRNNTYTTEIQEDVTSDLSEQDNIQRSEEEQETNLKFETMDWAMESLGEPCRSLLQAFYIHKKDMREISETFGYTNTDNAKTQKYKCLMRLKKLFFDKIKSR
>NZ_CP044016.1|WP_131330098.1|2538677_2539748_+|trypsin-like-peptidase-domain-containing-protein
MKKEQLLEEIESALFNSKGKISYQDLKNLDHEEGTEIEENILFFNAMKDYADKKHFLSTLHSIQNNLPDTEEKTPGKVVSFFQKYKKVTAIAASIAGITAITITGVTNYFSPKTDESKIQQLSRDIEIIKKTQAVQSSRIKEVASKIPKGAVVKSGGSAFLIDTKGYFITNAHVLNGQGAIVTNTKGQDFKTSIVYVDQTRDLAILKISDKDFKPSKSLPYDIKRNKLDLGQDIFTLGYPRNEIVYNTGYVSAATGFDGDTSTIQVSMMANPGNSGGPIFNKEGQIIGVLSTRETKSEGVSFAIKANEIYQTLDDWKKSDTSAISLKLKESKSLKNTPRTSQIKELEDYIYLVKVY
>NZ_CP044016.1|WP_131330099.1|2539880_2541005_+|dehypoxanthine-futalosine-cyclase
MNLEDLYKKALNFEFLTVEEGVYLYHNAPLADLIHIADECRKVQVPHGKVTWQIDRNVNTTNVCVANCKFCNFYRIPGHADAYITDMETYRKKITETIKYGGDQLLLQGGHHPELGLDFYCNTFRQIKQEFPTIKLHALGPPEIAHICKVSKVSHHEALKALKEAGLDSLPGAGAEILVDRVRRLISKGKCGSDEWLAIMHEAHMLHLTTSATMMFGHVETIEERFIHLVKIRDTQAQKPADAKGFLAFIPWTFQDVDTLLTRIRGVHNLTTADEYIRMIALSRIMLPNVKNIQASWLTVGKATAEICLHAGANDFGSIMIEENVVSAAGAPHRFTYKTIQEAIKEAGFEPQLRNQQYEWREIPETIQEQVINY
>NZ_CP044016.1|WP_131330100.1|2541035_2542244_+|diaminopimelate-decarboxylase
MALSNEQLIAAANEFGTPVYVYEAEKIAEQYNKLTTAFSKTNARFFYACKALTNINILKYVQSLGANIDCVSIYEVRLALKAGFTPDRIMFTPNCVDFEEIVAGKDLGVHVNIDNIPMLEEFGNTFGNSYPICIRLNPHIMAGGNYKISTGHIDSKFGISIHQLRHVERIIESTKLNVVGLHMHTGSEIKDINVFLEGLDVMLDIAKRFPNLTFIDLGSGFKVPYKEDDVATDVDQLGSRVAKIFNDYQKEIGKELEVWFEPGKYLVSECGYFVVKANVIKTTTATVFVGVNSGFNHLIRPMFYEAYHFIENISNLSGPERIYTVVGNICETDTFAWDRKINEVRENDLLVFHNAGAYGFEMSSNFNSRLKPAEVLYLNNKAHLIRKRDTFEDLLKNEIEVL
>NZ_CP044016.1|WP_131330101.1|2542304_2543090_+|ATP-binding-cassette-domain-containing-protein
MIELLNVKKSFGDKPIIKGVDIVMESSKCNLIIGSSGSGKTVLTKCIVGLFTPEEGHIKYDGQDIVSMPLEEKKELRQRIGMLFQGSALFDSMTVEQNVLFPLEMFSGKSYNERKKRADEVLARVNLLEAKNKYPAEISGGMKKRVGIARAIVLNPKYLFCDEPNSGLDPQTSLLIDKLIKEITVEYDMTTVVVTHDMNSVMEIGDHIIYMYQGQKQWEGSNKEIIYSDDKLLNDFIFASDFLQDAKKMRQIEDKRKGLAQ
>NZ_CP044016.1|WP_131330102.1|2543078_2544194_-|DUF1972-domain-containing-protein
MNIAIIGTRGIPNHYGGFEQFAEYLSVGLLQYGHQVTVYNSHNHPFQEKTWNGVNIIHKFDPEKKIGTAGQFIYDLNCIWDTRKRKYDIVLQLGYTSSTVWGWLLPMKRSVIATNMDGIEWRRSKFSPRVQKFLKWAESLAVKYSQFLISDSVGVQRYLLKQYDVDSAYIPYGAHVFKNPNISILDQYDLKPNQYDMLIARLEPENSIEAILDGVVLANTGRPFLVIGNYDKEFGDFLLDKFGKNPSIRFLNSIYDINILNNLRYYAHLYFHGHTVGGTNPSLLEAMASSTVICAHKNVFNESILGKDAYYFLNAKDVAALLLSTDTTKNESIKVNNVTKIDSLYTWENIIEQYNSFFEKIKGQFKHKLLR
>NZ_CP044016.1|WP_131330103.1|2544276_2545140_-|glycosyltransferase-family-2-protein
MKAEIEILLSTYNGEKYLEQQIESILSQTYGNFVLTIKDDFSTDGTMAIIQKYINKYPAKIRQFIDPKYKKNMGSTFSFGRLMQQSEGKYLMLCDQDDVWMENKVEISLNKLKEVEAKNPNKPAMVFTDMIEVDKELKTINDSFIKHQKLSPKVIKAPTKVLAMNVVAGCTTIFNRACINVILPFPSTKVIHDHWMAINVSHYGIVEFLDVPTLYYRQHSANVVGANNVGMKYYLSKVFSPVKQMQLYNDLIINLNFKINVMQFIYYKTWFNIKRLFQPNNGNPVIK
>NZ_CP044016.1|WP_131330104.1|2545148_2546099_-|glycosyltransferase-family-2-protein
MDQRTAIIILNWNSSEMTIACLDSLAQIHHDNFKVFVVDNGSIEKEWKLIDDYISTNNQLFTLISLQYNYGFTGGNNAGIIEAQKEYQPKNVLLLNNDTVVDPFFLKEMEVEFLKNERIGIVVPKIYFYDEPTKLYYAGGYINKLSGMGEHNLWKQEDPKDNFKPQSEQFANGCCMLISSKLLDKIGYLNDHFFANIEDVEYSYRALKADFGIIYVPRAIVWHKEGFASKKNKGQWFRIYLCTRNLILFFRERARWYSLFLFVPYFFIRWVAYMSLKSILSKDFKSVRSIFLGCLDGITKKLRYVQRPDTFIFRPR
>NZ_CP044016.1|WP_131330105.1|2546074_2547400_-|hypothetical-protein
MIIQIILLLILVALAFFISEEWILMAVVAIVPFHFFIKECLYPLIGEGSLFAMWKELVLMVVLGKILWQIKQRKIKVNKYYPLWLVVIALFGIGILFLFAPNKMDALISVKSLAFPLVAFFIAAHLRFIHINQRIFTFVLSISAFLVFIIAHIEQLFMPVQFGHLYRIITQILPSGKILYTESAYTILAKNRMYGPFVGPNELGMYTALILLYFSYVLFALRNNWKNKVFLLVLLILGISTLMQTYSRASWALFLFAAFILFVFVVRRWKPIWQFGVYVIASVVGMVLINKDLPEIFMASITGKEASAGARKVTFEESGIKIFERPFGYGLGTVQYSSPNPRSFNTEIYWWLILGEIGILMGLLLLAVYILSIVKMFSYKRTERNIFTSVMPCFLIAAVCAGWASVILFDPIVQLVIWLFVGLGINLSLTKKTIWTSAPLL

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1757667 : 1806494	36	Acinetobacter_phage(28.57%)	transposase,protease,integrase	attL 1770713:1770728|attR 1808327:1808342
DBSCAN-SWA_2	2723071 : 2736797	14	Escherichia_phage(20.0%)	NA	NA
DBSCAN-SWA_3	4467557 : 4477751	10	Bacillus_phage(25.0%)	protease	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_CP044016|1757667:1806494|DBSCAN-SWA
TTTAAGCAGCAATGCTTTGTTTAGATAAATAGAATTGTTCCATTTGATTGGGAGTTTTTCCACCCAAGGCCGAGTGAATTCTCCTGGCATGATAAAATCCTTCTATGTATCTGAATATTTCAAATTTAGCGATCTCCTTGTTTTGGAAATGTTTGTGATAAACAAATTCAGTTTTTAATGTTTTAAAGAAGCTTTCTGCGACAGCATTGTCCCAACAGTTTCCCTTTCGGCTCATGCTTTGGGTAATTTCATGGCTTTTCAATAAGGTAGTGAATTCTTTACCTGCATATTGAACTCCTCTATCTGAATGAAAGACCAGTCCAGGTTGAACACCTCTGGTCTTAACGGCAATCCTTAATGCAGCAATAACCGTATTTTTTGCCGTCATGTCACTACTAAAAGAATAACCAATTAATTTTCTGTCTGCTAGATCGATTACCGAACTCAGATACAGCCATCCTGTACCCGTTTTAATGTAAGTGATGTCGCCTACCCATTTCTGACCAATCCCATCCGCTGAAAAATCTCTTTGAAGGAGATTTTCAGCTAATCTGTAGTCGTGGTCTGAATCCGTGGTGACAACATATTTCTTACGTATTTTACTTCTTAGATGCATTCTTTTCATTAATCTGGCTACATAGGATCTTGAAACATAATGTTGTTTGTTGTTCAGTTCCTGTGCTATGCGGGGGCTACCATAAATATTATGGCTATGTTCAAATGTTTCTTTAATTAGTTCAGACATTGTTTGAGTTTTCTTTGCCCTATTACTTTGGGGACGTAACAGCCACCTGTAAAATCCGCTGCTGCTTGTTTTTAATACATGGCACATCTTCTCTACTGAATATTCGTTTGTATGATCTTTTATAAAGGCATATTTATTCAGTCTTTCCCCGCGAAGATGGCCACCGCTTTTTTTAATATCGCATTTTCCAATTCTGCCTCCTTCAATCTCTTTCTCAATTCCCTGAGTTCCTGTTCCTCTGGACTTAATTTATTGTTTTTAGGCACCAGTGTACCGCCGTTAAATCTTGGATCCCTGCGCCATTTACTTAACAAATCTGCACTTATGTCTAGCTCTTTGGCTGCTGACAATACTGATTCTTTTACGTAAGACAGTTCTACTGCCATTTTCTTAAAGCTTTCTTCAAATAATCTTCCCATCGTTGGACAAATTTAATTTTTTAATGATCAAATCCGTCTCCACTCAAAGGTAGCAACTCCAAAGTAACCGTTGCAGGTATCGAAAGTTCGCTTAAAGCATTGGACATTGAGTATATCGACCGGATGATTATCCATGCGCCGAAACAGTGGGCAGAGTACGATAAAGAAGACCGCCATTTTGAGGGGAACCGTGAGACTTGGCGTGCTTTGGAAGATGCTTACAAAGCGGGGAAAATTCATGCTATCGACGTTTCAAACTTTCAGGTTGAAGATATTGAAAACATCCTTCCAAGCTGTACTGTAAAACCGATGGTCAATCAGATTTTAACGCATATCAGCAATACGCCAAAAGAATTAATTGCCTACTACCAGCAACACAATATCCTCGTAGTAGCCTATTCGCGCATTGATTGCCCAAGGGGATTTGATGAAAAATCAGGTTGTCATTAAAATGGCTGAAAAGTACAATCTTTCGGTTCCTCAATTGGCTATCCGTTACTATCTTGAATCGGGATTGTTGCCAGTGGCAAAAACAGCCAATCCAAAGAATATGAAAAGTAACTCGGAGGTAGATTTTGAAATATCGACAGAAGATATGGAGCAACTGAAAAATATAGAGAATATCAAAGACTACGTCGAGTTCAGCAAATTCCCTGTCTTTTGGAATTAATAAAACAATAAAATTTTAGTTCGTCTAAACTATGGGTACATTTTCTATAAAAAAGCGTTCGGTACAGAAGCCTCCGAAGCCGATTTAAAACAGATGGACATCCAGCACAGGGAAGTAACGGCAAAGGATGTGGAGATTGATATTTTATACTGTGGTGTATGCCATTCCGATTTGCATACTGCGAGGAACGAATGGGGCGGCACTTCGTACCCCAATGTTCCCGGTCATGAAATTGTGGGACGGATTACAAAAGTTGGTGAGGGCGTTACCAAATTTAAGGTTGGCGATCTTGCAGGCGTAGGCTGTATGGTAGATAGCTGCCGGGAGTACGAAAACAAAGAGGGATTGGAGCAATATTGTGAAAACGGAAAGATTGGCACATATAACGCCCCCGATAAGCATTTGGGAGCGCATACGTGTTTCTAAACGTTTCCAAAATGTATCCAACTGTTCTATAAGTGTGCTCCCGTTTCCTTATTTTATTGAATGATTTACCAAAATCGGAAAGAAATAACTCCTCTGGGTTACGCATTTGTTGTTAAGTTAAAATAATAAAATAGCTAAACCAACAAATGCCTTATTTGAAACAGCATCAAAGAAACCCATTTTGCCTAAATTGGAAACGTCTTTACTCGAAGATTTATATGATGAAATAGAACTGTTGGGGTTTCCAGTGACGGAGCCTTTCTTTTCACTTACCAAAAGTGATTACCGCGGGAATTGCACTTCAAAAGAGCTGTAATCCAAAGAAGGACACACTGTGCGCATGGTGTTGGAATTTATCTGCGACAAAACAGTGCGCACCAAAAATGGAGAATACATGAAGTTTGGCACTTTTCTAGATATCCATGGGGATTTTGTGGATACTGTGCATTTTCCACCCTCACTGGTTAAATATCCTTTACTAGGGAATGGAATCTATCTGGTGGAAGGGAAAGTGGTATTGGATTTTGGCTGTCCGGCTGTCGAGGTGATACGTTGTGGGAAAATGCCATTCAAACCAGATCCGAGGAGCGGTTGAACTATTAATGATTCAATCTATTATTTTAAAAAGTAGCAGACTATAGTGTTACATCTTTATTAAGCCATTCCGCACCATACATAAATGCAATTAAATTGCCTATTAATATTAATAGTGATTATCTTAGATGTTCTTGTATAAAATAACAAAATATCAAAAAGAGCTCAATACTTTGGCAACTACACTGATTTCATTTCAAAAAAAGGTATTTTTTGGTATATGACTTACTAATATTTTTACATAGTCTCAATTATTATATTTTTATCTATTTAAAAAATCATCCGAGAACCTCCTATATTTTTAAGTTATTTGATAGTTATTGTTCAATATACTTTTGATACTGATTTATTTTTAAATCTTTAGCCCTCAGGTCATGCATCATACTATAAAGACCGAAAAAAGTTCGGTTCATATAAATAAAATGTTTGGATCCACGATTAGCATTCATCCCTTTCATGTCACTCATTTTGACATATCGTTGTCCAAGATCTGCAATTTCCTGAAAAAAAGATTCATTTGAAAAGTCAAAAATCTCCGTATTGAACGGTCTTGTAAACAACTCTAAAAGTTCATAAAAAAGTTGTGTAAAAAATTCTATTTCTCGTGGAGAATCGTCTTTTCTAAGGATTTCTAATTCATAAAGTTTTTCAGAAAACAGAATAGGATCGTTGGTTATTTCTTTTTTGGAAAGTTCAAAATAAGGAATGTAAAACGCATCTGGAATTTCTTTGATACATCCAAAATCTATCACCATCAAATCTTTTTCAGCAGAAATAAGAAAATTTCCGGGATGCGGATCTGCATGTACTTGTCTTAAAACATGTATTTGATACATATAAAAATCCCAAAGTGTCTGACCTATTTTGTTAAGATCTTCCTGAGTGTTTACTAGCTTGGTAAATTCTGAAAAATGCTTGCCCTCCATCCAGTCCATCGTGATTATTTTTTCACAAGAGAGCTCTGGATAGTATGCTGGAAATTTCAAATTGGGAATATGACCACACCGAACAGAGATGTCCTGGCTTCTTCTCAATTCAAGATTATAGTCTGTTTCCTCAAAAAGTTTGTTTTCGACTTCCTGAAAGTAGTCTTCTGAACCTTCTTTTTTAATGTTAAACATTTTCATCGCGATAGGTTTCACTAGCTTCAAATCACTAGAGATGCTCTCTCTCACGCCTGGATACTGAATTTTTACCGCCAATTTTTTACCATCCTTTACTGCACGATGTACCTGACCGATGCTAGCCGCATTTACAGATTCAGGAGTAAAGTAATCGAAAATATTTTCTGGATTTTTACCAAAATATTTTCTAAATGTTTTATTTACCAATGCACTGGAAAGAGGTGGTACAGAGAACTGAGAAAGAGAAAAACGATCCACATACGCCTGAGGAAGAATGTTTTTTTCCATACTCAACATCTGGGCAACTTTAAGGGCTGAACCTTTCAATTCTTTCAAAGAATCATAGATATCTGTTGCATTGTCTTCATTGAGGATTTTTCTAGCCTGCTCCTCATCTTTGATTATTTTATTTCCATAATATTTGAGGTAATTCACCCCAACTTTTGCACCAGCTTTCAAAATGCTTCCAGTACGCTCCAATTTTCCTGTGGGTATTTTATCTAGCGTCTTCATTTAATTTTTTTTAAATGTTTCCTTAAAAAGAAACTTGCCAAGATCCATCACTTTTCTCAATGGTTCGTTATCTATAAGATCGAAGCCCGTATCGATGGTTTTTTCTAAATAGAGGTCTGTTTTTTCAAATGATGGCGAAGTGTCTTTTTTCCAAAATTCCACTGCGGACACAAGATGCGCCCATAACAACTGCTCCTTAGCTTTTTCACTGATATTTTTGATATTATCTTTCGCTTTGGATATAATTTCCCACTCATTAAAATTGAGTGTTTTCACAAAACGCTGGTGCGCTTCTCGTAGTTCGCTGCTTACTTTAGTAAAATATATTTTATTATGCCCCAAAACCTTCAGTACTAGTGATCTGTTCATCGTCAGGTTTTCGAAAAAGATGAAATAAGTATTCAGCATTTTTTCTTTAGAGGATGCATTTTCAAAACCATCCGCGGTTGAACTTAATTCTACCGACTGTAGAAATAAACTAGAAAGTATTTTTTTGTCTATTTGCTCAAAACTTGAAAAATGGACATAAAAATCCTTTTCCTCAAAACCATTTTCTTTTGCAAAAAGATACACATTGTCTGGCTTTTTGCCATGATGGAGTATGTAGTCTCCATATAGTTCAAGTATTTTTTCTTCGGTGATTATTGTTTCATTTTCCATATCTAAAATTTAATAAAAACTTATAGTTAGATGTAAAAACCAATATTAAATCGTATACCTAAAAACGCTTTAGAAGAAGCGTAATTTATAGTGTGAAGTTACTAAAAATATACTATTAAGTTTTAAGTTCGCAAATAGTTTTAGTAAATAGAAATTTTCTATTTAATTCGATACCTAAAACAAAATTTGTGATTCTTTTTACAATAGCATTTGCTAATAAATCATTAAAATTTAAGTATTAATTGGGATAAAAATATAGCATGCGTCACCATATTTAGGATATATCAATTATACACAATTCACACAAAGCCACTAACAATCAGCTTGTTAGTGGCTTTGTGATTTTCATACAATATCATTTAAATGAAAAAAGAATTGTACCGAACGCGCTTTTATTTATCCTAGAAACTGCAAATCCTCTTTGGAAAGTTCTAGGTCAAAAGCTTTACAATTCTCATGAAAATGTGTGAGCTTGGAGGTTCCAGGGATAGGTAAAATCAAATCGTTAAAGTGAAGCGCCCATGCTAAATTTACTTGAGCATTCGTTACACCATATTTTTGCGCAATTACAGTTATTTTATTTTCTTTATTGTGCAAAGATGTTTGTAGCGAGAAAAAAGGAATCATAACGATGTGCTCTTTTACACAAGTATCCAACACTTCATGCATCCCTCTCAGTTCCATTCCGCCTGTAGTAAAACTGTTACGTTGTTCATAGCCAAAAACATTTTCTACGGTTGCGATATTTCCCATTTGCAAGGCAATTTCCAATTCTTCTTTACTCACATTACTCAAGCCAATATGCAAAATTTTTCCTTCTCTTTGCATCTCAAACATTGTTTGTAAAGAAGTTTCAAATGGTGTTGCACTTCCTGGCATCACACGAAAATGAACTAATTGAATTTGTTCCGTTTTGAGTGTTTGGAGATTTTTTTCGATGCTAGCCCGCAGATTGTCCGGCTTGTCGTACACTTGCCAACTTTTGTCTGCGCCTCTGGCAACCCCCACTTTGGTACAGATTAACACATCTTTATTATAAGGATATAATGCCTCGGCAATCAAGCGATTGGTAACATCCGCTCCATAAAAATCCGCGGTGTCGATAAATTGAATACCATTATCCGAGGTAGCTTTTAATATTGCCAAGGCCTCATCTCTGTTTTCGGGTTCGCCCCATACTTGCTCTCCAGTCAAACGCATAGTCCCATATCCAAATCTTTTTACGGTTAGTGGATATGTTGTATTGGCGCCGATTGTAATTGTTTTTTTTATGCTCATTTTTGCTTTTTTTATTAATGAGCACAAAGTTGCAACAACCATTTATAAAACAGTTTACCATTTGGTAAAAAGCAATTTTAATGAATGTTTTTTCTGATTCTGCTTAGCGATTGTTGCGTTATACCCAGATAAGAAGCAATATAGGAAAGCGGAATGCGATTAGTCAGTGTGGGGAATTTTTCCAAAAAAGAAAGATAACGGGTGCTGGCGTCTTCCGAAACTAATGCACTTCTTCTGTCCATTTTTTCCATTATCGCTTTTTGGAATATTTTATTGAAAATATTGTCCCAACCAATGATAGTATCCGAAAGTATTTTCCAATCTTGTGCCGAAAAAACGATGAGTTTACATGTGGTCGCCGCCTGTATATATTCTGTCATTATCTCGCCATGATATGGGTTGGCAATAAAATGGTTTTCTTCTAAAAAATACTTGGTAATTTCTTTGCCCTTGTTGTCGTAATAGATGATACGTAGTACTCCTTCAAGAATAAATGCCACATTATTAAAAGCTTTTCCAGCTTCTGTAAAATAAGCATCTTTAATAAGGATTGATTCATGCGCTTTTTGCTCTAATAGTGCAATTTGTTGCTGATTTAAACTTCCAAATTTCAAAATATATTGAATAAGTTCTTCCATAATCTAAAGTTAAATCATACTCAATTAACTCAAGTCGCTAGTTAAAAGAGTAGCGCGAAAGTTTTAATTTCACGAATTCAAAGATAAATGCAATAGTTAAAAAACAAAACAAAGGATTAGTTTGATATTTTCGAAGGGCGAAAGAATATTGGCTCAACTCTATATCATTATTGAACTTTTGTACTAAATTTGAACTGATAATCACTATTTTCGTCACAAACCGTCAAGCCCGAATACGTTAGCACTCATTTTAAGACTGGCATAATATGACAAACAGTTTCATTGCCATTAATGGTGACCATATTGACAGAGTTGACGAAATCTTCTCGGTATTTAAATACATTGATACCAAAAAAGACAAACATTTTGAGGACTGGCAGACTTTCAATGATTTTTTGTTTGACAACTATTTCGAGTTTACAAATAACGAAGTTGCGATAAGAGGAATTTGGGTAGACAATGGCTGGACGATAATTCACGACCCAGAAATAGTCGACTCGTTTGAAGAAGAAGCTTTACTTGAACTGTCAAGAACTCTAAATACAGATATTGTAACTTTTATAATTCAGACAACATCAAACACGTTTGGATTTACGGTTTATAATGAAACTATAAAAAGAAAATTCTTTGTTTCGAGTGGCGAAATTTCCGACAATATATACGAGCCATTAGAACAAGAAAATGGGTTGAATATTAATGAAAACATATTTTCTGATGACATTCTGAAATTGGCAGAGAAATTAGGGATTGATTTAGAAGCCAAACGCAAACGAACGTATACAGTTAAACAACTTGCTTACAGTGACGAAATGAAAAATGAACTTGACGATTTTAGACAACAACAAACGCAAACAATTGCCGAAAAGAAACCTTGGTGGAAATTATGGTAGAAAGAAAAACGAGGACGTTATCTGCAACCATATAGATACATGATGCTAAATGAAAATTGAAAAAAACTTTAAAATATTATTCCAAACTTCAGATTTTTTATTAGGCAATATTTACGAAAATGTGTTTCTAATAAAAACGCAAAGCAATGAAGAATTCTATATTGGAAATTTTTATGGAGAGCCTAGTTTTGGAATAATTGATGAAGTGTACAAAAAATGTATTGTAGGTGGAGAAAAAATAATCAATTATTATATATTTTCTACAATAAAATCAGAATTTGAAATAGATAATTTTGCATACGACATCAAATATATTAACGAAGCTGAATACGAAATATTGACTGATCCTTGGAATGAAAAATCAGCAATATGGAGATTTCATTTGGTATCAGAAACATTATTTAAAGTTTCAAATTTTACTAAATACCAAGATAAAGAATATGTCGAACGTATTAAATGGTAGAATTAATAATGGCAGCAGATTAGTTTGACGATTTGTGACGGGCGAAAGAATATCGACTCAACTCGATATCATTATTGAACTTTTGTACTAAATTTGAACTGAATAATCATTATTTCCGTCACTAGCTGTCAAGCCCGAGATTGTTATCTGTAATGCCTTTACGAAATTATGTCTAAAAAAATAAAACGAATCAGCAGAAATATTTGCTTAATAAGATTTAGAAAACTTCCTCTAATTGAATATGAAAAAGAAACACAATCAGAAGTAATCTATTTTCCAAAATCTAAATATTTGTATTGGTTAAAACTAGAGAAAGGTTCTACTGAAATTTTAGAAGACCAAATTATCAAATTGCTAAAATTGCTAAAATTCAAAACCTTTATTTTTCTTGATGCTCGGAATAAATCTTGGATTTCGAAACAAACTGAAAAAAGAAAAGATTTTAAACCATTAATCAAAACTATTGAATACTTTAAATCTTTAAAAATTAACTCGAAATTTAATGGTGGAATTCAAGTGGAAAGTGAAAAATTAAATGAATTCTTACCTCATTTTTATACAATTACGAGATCCGATAGCGAATTCTTCGATTATCATTTTACCGATATAAACCAAAATATTATATTTTATATTCATTATTCAGGAGAAGTTCAAATTATATGTCTTAATAAAAAAAGCAACGTAATATTTAAAGAAGTCATAAAACAAACTAAATTTTTAGACTCTTTTAGAGACAATACAAACAGAATTTAATAGCGCTCATGTGTTTGACGACTTGTGAAGGGTGAAAGTATGTTGGATTAGCGTATTATTGGTTTTATATTTTCGTCCTTGATTTAAACTAAAGGAGTATGATTTCATCACAATAACTTCTAACTAAGTGGATTAATTAGGATATCAAAGATTAAGTTTTTCAAATACAAATTAATGTTCGAACTATTTAGCAAAAGTTTACATACCGATGGTTATCAATGGAAAGATTACAAAGACTATTTCCATCAAATGGAAGCACCCGCTAAAACAATATTACTTCATGAGGGTAAGATTTCAAAAAAGATGTTCTTTATAGAAAAAGGGAGTCTTCGGGTGTGGTTTAATAATGATGGCAAAGAACTTACCTGCCAATTCTTTTTTGAAAATGAAATGGTGGGATCTATCGAAAGTTTTAGAAAGAATATTCCTAGCCCAGTAACTATTGAAACAATCGAACCAAGTGTTTTATGGTGGATCTATAAAAGAGATTTTGATAAAATGATGGAAGCAATTAAGGTCGTTCCTCAATTAAGGGATAAGTTTATAGACAGCATTTTTGAAAGAACCTTTGTCTATATGAAATATTTCTTTTCCACTATTAAAGACTCTCCCCAAGAACGTTATATGAATCTAATGACAGAGCGACCAGAAATAGTAAAGCGTGTACCACAACATTATATCGCTTCTTATTTGGGAATTTCAAGTGTACATCTAAGTAGAATAAAAAGTAAAATAGCAAAAGAAAACAAATAGTCTAATTTGATAACAAATGTTATCGCAGTAAAAAAATACCGAGCGTAGTTTTGTTTGAAAATATAAATAAAATGAAAGCAGCAGTAGTGTTTAAAAAAGGCGATATTCCAAAATATGTTACAGATTTCGATGAGCCTATCCTTCAAAATGAAAATGAATTACTGATTTCAGTGAAAGCAGCAGCCATTAAGAACATTGATAAAGGACAGGCAAGTGGCAAACATTATTCTGTAAAAGATAAAGAATGGAATCCCAAAATAATAGGCGGTGACGGCGTTGGGCTACTTGATGATGGGACAAAAGTTTATGGATTGGCAACGCGCGGAATGATTGCAGAAAAAGCTATTATCGAAAAAGATCATATGGTTAAAATACCAGAAGGATTGGATTGGGCAACAGCTGCCGCACTACCAAATGCGGTGATGGGTTCTGCATTGGCCTTACTTTTTAGAGCTAAATTACAAAGAGGGGAAACCGTTTTAATAAATGGAGCAACTGGGGTTACGGGAAAAATAGCAGTACAAATAGCTAAACATTATGGAGCTAAAAAAGTAATAGTAACAGGAAGAAATGAACAGTCCTTGAATGAATTACTACAACTCGGAGCAGATGAAATAATTTCACTTAAGCAAGATGATGAAAAATTCATTTCACAGATAAAAGAAACCCCCATTGATGTAGTAATTGATTATCTATGGGGATTAAGTGCCGAATTAATTTTATCATCATTAAAAGGAAACAGTCAATTTTCACATCGTACACGATACGTTACTGTTGGGGCTATGACTGGCGACACTATAACCTTGTCTTCCTCCATTTTACGTGGTACAGACATCCAAATTTCAGGTTCAGGATTAGGTAGCTGGACACGAGAAGAAGTAAGTTTTTTGTTTGCAGAAATTCTTCCCGAAGCATTTCAACTCGCAGCTGACGGCAATTTGAAAATTGAAACGATAGATGTTAATTTGAATGAAATAGAAGAAGTTTGGAAAATGGATATTGAAAGAGGCAAACGACTGGTTGTGAATATATAAAAACAGATGCTAACATTGTGAGGGCAAAATATTTAGTTAAGATTAAAGTTTAATCTTCATATTTTTAGCCTTTACAATTATTTCCATCAGTATTTATCTAGCACTTTTTAAATTTGTTTTGATTCTATATAGAAAATTGTTAAACATAAATGATATCTACTAATTGGAATATAGAATTTTAGAGTCTGGATAGTTTACGAATTTCAATAAGATCGATAATGTCTTTGGAAAAAGAACTAGAAACAGGAAAACCCATCTCTAGAAAATGTATTATCGATTTTGAGACAACTAACATTTTACTTGCCAAATTGAAAAAATGAATACCAAGGAATTAGTAAACCATAATCGAAAGATGGAAAATCTAGGAATAGCCAGACTATTTTCTAGCCCTACTATTTCTAAATTTTTTTTATCCGACTCGCATAGTATATTATTCAACTAAAATTAAAGCAAATTAGACAATAGTGTCCTAAACGATGTTTAAGATTATGTTTTAGTATTGAATTCATTACTTTTTAGACCAAAAACTAGTCATATTTAAAATAGAACTCCTTGTATGATAGGGATGTCTGGATCTTTATGTTCCTCATAGGGTCGATCCAACCATTTTTGCAATTCAATTTTGACAAATAGATTCAATCTTATAAATGCGACAAGATTGGACAGGTGCCAACCAAACTTAGCGATAGCCTTGAGTACTTTTAATATCACAATAGTGATGAGTGCTGTCCAAATCTGTATCATTACAGCATTTTCACTAGTGCCAATAAATGATTTGATGTGCAAGAGCTGTTTTACGTCTCGAAAAAATATTTCCACTTGCCAACGGCTCTTGTAAAGTTCACCAATGGTATCGGCAACCCAATTGACATTATTGGTAATAAGTTCAATGGTCTGTTGGTTTTGTTCATCCCATAGGGCGATACGTCGCAATGTCTGGGGATATTTTCCTTTCGATACACCACCTTTTAGTTCTATAATTTCGTCTTTAAGCAGATGTGGATGCCTGTTTTCGGGTAAGTCATTTTCCTTCACCACCGTATATTGTAGATTATCTTTGTGGCGAATGACAAAATATACCCCCCTGCTGTCCCAGATGTGGAGCAAATTAAAATCATTGTAAAATCTATCGGCAACGATGACACTGCCTTTTTTTAGAAGAGGAACGTCATAGGCTCCTTTATTATCCGCTGTTTTGCCATGGGTGATGTTTACGTAAGCCGGTAGATTGCCATCGAAGTCAAGCAGGGTGTGCATTTTTACTGCACCCTTGGCCGTTTTGTATCTTGCCCAGTCAAAAAGCGATAAGCAAAGACTGATGGTGGTACTATCCAAAAGGAAGATTTTGCTCTTAATACGGAACTTGGTGCGTTTAAAGCCTGGATGCTGTCCTAAACTTGCCAGCAAACAATAGTAGTAATCTTTGAATATTTCATAGCTACGATGTTTGTTTTGATAACTGATGGTGGATTTGGAAGGGGCTCTGTCCACTCCAAGATGGTTAAGATTACCCGTGGCCGAACGTAGTCCATTGCTGATATCACGAACTGACTGACTCTTGGCAAATTGGCAAAACAACATCGATACTAAATGCGTCCAGCTGTTGTAGCCTTTTTGGTGCTTGTCACCTTGGTGTGACTTCACTATGTTTTTGAATTTACTACGGTCTAATTGACCAATTATTTGAGAAAACAAGGTTAACTTTGACATAAGAAAGATTTTGTTTTGTTCTGCAACCTCAAATGTAATTTGAGTTACAAAAAAATCTCTCTTTTTTTATTTGTTTAGGACGCTATTGATTAAAGTATTATAATATCTTGCCATTTGATAGTTAATAAAGAAAATCTATACTATATTCAGAATGAATGCGAGACCATTATTAGAAAGAGAAATAAAATTATTAGAATGTATGCTCAGTAATAAAATCTATGATTTTTTACTAAACAATCTATCATTTCTTAATGTGAAAGATATGCAAGATGGACAGATGGGGAGTATTAAATTTATTTATGATAACAATACTCAAAAACGAATGTTTAGCAAACAAATTGAAGAAATAGAATTTACGGATAAGGATAATATTCCAATATTAGTTACTATAAATATTGATCAATTTGGAGATTTATATGAAGTGGATATTTGGAAAGTGGATTTTTCTCAAGTAATAAATTATCCAAGTTGTTAACAAAATTAAAAGTTACAAAACTTAATAAAGATTAGGGCTTTTGTGATGATAAAAACTAGAGATATATTTAAAGTTAAATTGAATAATGATAAAATAAAATTTATTCAATTTATAGGTAGGGATTTAGTATATATGAATAATCAAGTAATAAGAGTGTTTAAAGATGAGTATGATAGTGACTCTGAAATAATTATTAATGAAATTGTGAATGGCAAAGTGGATTTCTATGTTCATACTAATTTAAAACCAGGAATATCTAAAGATCTAATAATAAAAATTGGAAATAGTTGTAAATGCAGGCATTTGTAATCCACTATTTTTCGATTAGCTTATTTTTATAAAAACGTATTTTTAATCTTTAAATCAATACTACAAATGTATAAACTGAAAAAGTAAGAGCGTTTATATAGATTACTGTTTTGTCTACCATTATTACTGAAAAATGGGTTGATTGATGATTCGTCAAATGTGTTAGTCATTCTCGTTAAAGTGAATTATTATCAAATTAAGCTAATGTTGTCTCTCAAATGGTCAATATATGTGCATTCATTAATTGTATTACTTCTCTTCCTGTTTATCTAAGCCTTAAATATCAATCTTAGACACTGCATCTCCAGTATGCCCAAGTTCATTATCAGAATTTACCAATAATATGCAGAGGCCAAATACTATATAAGACTGTCTATTTTACTAATACTTGAAATTGATACTATTTTTATATACTTAATGCTTTTGCAGTACCACCCTATAATTGAAACTGTGAGGAATCTCCCGTTGGATATCATCGAAGATTGGCTCTGAAAAGGATCCATTATGATTACTTCTCAGTAGATCGTTGCAAAATGAAAGAATATCATTGGTGCTTTACTTGAAAAAGGTAAGGTTATCTAAAACCAACATTATCAAAATAAATCATTAATAAAATTCACAAGGACGCTATCCCGCAGTTTTGTTGCAATAATTTTACCCTCTTTATTAATGAAAACATTAAACGGTAAACTCCTAATTCCGTAGGTCTCTGCTACATAACCATTCATTGATAATGAATCGTTTAATTGTATCCAATCTAACTTATCAGTTCTAATAGCATTGATCCATGATGATTTAGATACATCCATTGATACGCTAATAAAAGAAATATTTTTGATGCCATATTTTTTAAATAATTCTTTCATTAAAGGATGACTTTGCCTACATGGACCACACCAACTAGCCCAAAAATCTAAGAAAACATATTTTCCTCTATAGTTCTTGAGATGAATTAAATTTCCATTAGTATCTGATAAAGTGAAATCTGGAGCAATTTTTCCTACTGCAATATTTTTTACAGCTTCTATATAGGCTTTAATTTTTAAACCGTATTCACTTTTTTTATTTTTTTCAGAAAGAAGCTGATAAAAATAGGATGCTTTTTTTCTATTAGGATTTATGACATAGTTGTCTAGTATTATCAGTGTAGACGCTACTGAATTATTATGTTTTTTGATAAATTGAAGGGCTAGACTATCTATTTGGTTTCTATATTTATGGTAGCTTTCAGTAGTAGTATCTTTTAGTGATAGTTTTGAAATCTTAAAATTTTCTCTATAATTATTTGAAAGAATTAGTTCCTTAGATTTAAAATTTTCATATAAAGCATTTTCTGTAGCATTTGCAATATTTATATTCACGAATTTAGAAACTTCTCCATTTATACTTATTCGATTGTTTTGTGCAATAAAAATTTTAATTTGTTTATTTTCATTATTACTAAGTGTACAAAGAAGAGGTTCCGGAAGTCGAATCTTAAAAACAAAATAATTATCTTTAAGAATAACAGAATCCATGAATTCTTTTCCATGGTAGTTATAATTAAATTTTATAATAGTTCCGTTTTTTCCATTCAATTGACCTGTTAATACCCCCAACGGATATCGTTGTGCATCTATTTTTCTGATTAGAATAATAGACGATAGTAGCATTGCTACTATCCCTATTACTTTTAATTTATAATGTTTCATTTTTTAGTAATTAAGTCCAGGAATTGGTGATTCTTTGACTATTTTATCTAGCATTTGTTTTAAATAAATTAAATGCTCTTTGCTGTCCACATCTTTCGTTTTTCCTATAGCTTTATCGACATCAGAAAGTAATGATTTTAACTGTGCAAAGGCCAAAGGTCGAACATTAGAGTACATAACATTTGTAGGTGCTAATGATGCTAAGATATTATCAACAGAACCTTGTAAGGCGTAATGCTTGTTATACATTGTAATAATACTACCAACATACATTTTTTGTAATGCTCTTCTATAAGAATCTATTTCAGTTCCATTTTTCAGTTCACTAAAAATTCCATTTTTTAAATCATTTAACCATTCTTCAGGCGAATAAGCGCCTTTTCCATATTCTCTTTGATTAAGCATCATACGGTATAGCCTACTTTGGGAAGTTACAGAAGCAAGCATATTTTGTTGTATTTGCTCTATTGGATTTCCTTGATAACCGTTGTTAACTCTTCCTAAAATGGCTGTATCTATCAACCATTTTGGAGTAGTAAATAATTGCTCATTGAAAAATTGAATTGCTTTTTTTTGACTGAATAATGATACTGGTCTATATACGGGACCGGATTGGTCATATGTTTTTTCAGTGACATTCACGCCACCTAGGATTTTCAAAACATGTCCCATGTAACGATCATATTGGCCAATAGCTTCTTTATAAGCAGTGTTTAACGCAGTATAACTTTCTCCATCTTTTTTTGTCCAAGAGATAAGATTTGGTACAATTCTTTTTAAATTGGCAATTCCATATAAACTAGCTTTAATTGGATCGTCTCCTAAATCCTCTGATTGGGATCTTGGGTCATAGTCTTTTCCTTCTCCTCCAAACCATAATCTTTTATTTGACGCCAAACTATCAACAGTCCATTGGTTCAATACCTTTTTATCTTCTTGAGCATCTTTTGTATTTAAAATTTGTTTGTAACCCCATTGGATAGCCCATTTGTCGTAATCATTAATTCTTGGAAATAACCCTTTCTCACTAATATTGTCCTGTGGTTGTGCTACATAATTAAATCGAGCATAGTCCATAATAGATGGGGTATGTCCGTGAGCTTCAACCCAGTTTTTATCTCTAAGTTTTTCCACAGGAACAGTACTGCTAGAACCCATATTATGTCTTAAACCAAGAGTATGCCCAATTTCATGAGATGAAACAAATCTTATTAATTGTCCCATTAAATCATCATCAAATTCATTTTTCCTAGCTCTAGGGTCTACTGCTCCACACTGAATCATGTACCAATTATGAACCAGACTCATTACATTATGATACCAACCAATATGACTTTCAATTATTTCTCCTGATCTTGGATCCGCAATATTAGGGCCATATGCGTTTTGAATTGGGGCTGCAAAATATCTCAGGACGGAAAATCGAGCATCATCTAAGCTCATAGTCGTGTCATTTTCAGGCCATTCCTTTCCAATAATAGCATTTTTAAATCCCGCTTGCTCAAAGGCTTTTTGCCAGTCGTTAATTCCTGCAATCAAATAAGGTCTCCATTTTTTGGGTGTTGCAGGGTCGATATAATAAACGATTTGCTTTTTAGGTTCAACAAGTTCTCCTCTTTTATATTTTTCAATATCTTCATCCTTAGGTTCTAAGCGCCAGCGATGTACAAATGCATCAATATCTACTTTCTGTTGTTTATCTGAGTATTGATACAGAGCACTTGCAAAAAAACCTACTCTAGGATCATATAATCTTTGACGCATTGGCACTTCCGGTAGCTTTACAAATGAGCAATTCAATCCAAGAGTTACAGCTCCTGCGAGAGATGCAGCAGGAAGTCCTCCAGGTCCTGAAGAAGGAGTAGCCGCATAGGTACGTATTGTTTTAATTTCCGTATTTATAGGAAAACTTTTTATAGACTCAACATAAGATCTATCCCCTATCTGTGAAGATAAATTATAGGATTTTTTATCTCCAGCATCAAAAGTTAAAATGGGGCTATCACTTAAAAGAAAATCCGTAATATCAATCACTACACTAGAGGAATCCGTATTAAATGCTTTTATAGGAAAAGAAGCTAAAATTGGATCTAAGTTAGAGTTTGCAACTGCTTTGGAAATCATATCTGTGGAATCTGCAATACTAACAAGTGCAGAAACATTCAAAAAAACTTTATTATTAGGGCCTTTTTTCCAATATACCATCCTTTCACCAACTTCCTCTCCTCCAAAATTTCCAGCGCCAGGAGTTGATTTACTTAGACGCGTAACCGCCAAAATATCTTTATTAAATAAACTATTTTCAATTTCAAAAAAGTATTTTTCTCCCACTTTATGAACTGTAAATAACCCTTTTTGTGTTATCGCTTTATCAATAATAACTTCCTTATAGGGCTTAATTTCACTTTTTAAAGAATCCTTTTTATTTAACGTTGTTGTAGACGTTGTTAGAGGGTTTGAATGTTTTTGTTTTTTCTTAATAATGGAACAAGAAGAGGCCGTTAAAACTATGAATGCACTGCCTAAGACAATCTTCTTACCATTCAAAAATGCGATTTTGTTTTTTTTCATTACTATTTATTCTAAAATTAATAACCTGGATTTTGTGTTAATTGAGGATTCGCATCAATAGCGGCTTGTGGTATTGGTAGTAACTGTGATCTGGAAGTGTAAGTCGATTTCAAACTTCCTAGAATAGCATCTGCCGTAGCTGTTCTTTTAAGATTAAACCATCGAAAGGCCTGCTCACAAAAAAATTCTTTTCTATTTTCTAATGCAATTGTATCAATTAAATTCTTTTGATTTAAACTAGAAAAAGTACTTAATCCTGCTCGAGAGTGGACCATATTTAAATCTGATAGTGCACCGTCTAAATTGGAGCCTAATTGTGCTCTAGCTTCAGCTCTAATCAAATACTGCTCAGATAATCGCATAATCACAGGCAACTCAGTCACTCCTGCGGCTATTGCTGAAGCATTATCTCTATATTTATATTTGAAAGGAATAGTATAAGTATTGCCACCAAATGTCAAATCTTTCATCCAATTAACTCTTCTAAGATCATTAGAACTGTAAAGTTGAACAAAAGAGGGTCTCAGCTGATAATATAAATAAGTAAGAGAAATGCTAAATGGATTAAATGCTACACCTTCTGCCGTATATTGTGTCGTCGCTGACAAATAAGAAGACAATAACCAAATACTTTCAGTACTAGTATTTACAAACGTATTATTAATATTCGCAGAAGATGTCAATGAGTATAAACCTGAAGTAATTACTTCATTTGCATAAAATTCCGCATTGCTATAATCCTTTCGAAATAAATAGATCCTTGCCAGCAGTGCATCTGCCACATATTTATTAACCCCTACACGACTTCCTGAGGTGAAACTATAATCATTTTTAAGATTATCCCTAGCATCCAATAAATCTTTCGTAATTTGATTATAAACAGAATCAACGTTACTTTTTGGTAAATAGGCACTTACTGTAACATCCGTTGTCAAAACCAAAGGAATACTCCCAAAAGTATTTACTAAATTAAAATAGCAATACGCTCTGACGAACTTTGCTTCAGCTGTATATTCTTTTTTTATGGAATCTGAAGTGCCTGAGTAGGTTTGTAATCCATCAATGATTGCATTTGCTTTATAAATAACAGAATACCAATCTGAGAATACTCCAGCTTGTGTAGTACTTAAAACTGAATAACTATTATTATTCATTTCTACTAAAGACGTTGCTGTGTATAGATACAATAAATCATCAGCTTGTAAGGAACTATACAATGTAAAATTTAAAGACTGTGTTTCACTTTGAGATAAAGTTCCATACATTCCTGATAAAGCACTAGCAGCCAGTTTATCTGATGAATAAACCGTAGCCGTGGAAGTTTCATTAAGAGGTGGATCTATTGCTATCATCTTTTCACAAGAAACCAGACTTAGAATAGCAACAAGTAAAAATCCTAGTTTTAAGTTATTTAGATTATTTATCATTTTTTTTAAGTTAAAATGTGAGTTGGATTCCTGTTACTATAGTTCTGAGAGGAGGAGTTACAACGCCTTGGGATTCAGGATCAAAACCCTTATATTTTGTAATAGTGAAAATATTTTGACCTTGCACAAATATGCGAATCATTTGAGAATTAATTTTTTTAAGTAGTGCATTTGGAAGTGTGTAAGATAAACTTATATTTTTCATTCTTATAAAAGAGGCATCAACTACAGTAGCGTCTGAACCTGTATAGTAGGAATAGCCACGATACGCAGCCCTACCCTTTGTTGTGGAAAGCCCTGCGGTAACAAGGTCATATTCATTGCCCAATCCAAGGTAATTATTCACAACATCTGAAGACATGTTATTTAGATAACCTGGAGGGTAGTAGGATGCACTAGCAAGACTTCTTCCTTTTTGTTTTACAAACTGAAAGGTAAAGTCTAAACTTAAATTCTTATAGGTAATGGAATTTGTTAATCCGCCAAAAAAACTAGGGAGAGACGTACCGACATAATACCTATCACCTCTTTTCGTCGCAACTAAGCCAGTTGTTGGAGACCCGGTAGTACCCCCATTTAAAAAGCTAGTGAAACTTGGTAGATTTGTAGATGGATCTATTCCTGCAAATTGATATAGATAGTAGGCTGTAATTGGATTTCCTACAACATAAGAGGAATAGTAGGAAGTGTTTTCTATATTAGGAAAAGAAAGTAATTTGTTTCTATTTCTGGAAATATTAAAAGATGTAGTCCATGAAAATTCTTTCTTTTTAATATTTGTACTATTTAAGCTAAATTCCCAACCTGCATTTTGCACTTTTGCTGGTAGATTACTCTGATAGGTTGTAAATCCTGTCTGGCTACTGAGAGGGAAGTTTAAAAGTTGGTTGCTTGTTCTATTTCTATAATAAGAGGTGTTAATTGAAATTCGATCCTTTAAAAATCCGAGTTCCAATCCAATCTCAAGTTTTCTAGTTTCCTCCCATTTGAAATTACTATTTGCGATACGCGTTGGATTAAGCCCAGAAACTCCATTATAAACGTATGAGTACGTAGAATATGTTTCTAAGTATTGATAATTACCGATATCATCACTACCTACAATACCGTAGCTACCTCTTAATTTACCAAAACTTAACCAATGAATGTTGTTTTTTAAAAGAGATTCTTCTGAAAATAACCATGCGGCGCCTAAAGAACCAAAATTACCGAATTTATTATTTGGTCCAAATCTAGAGGACCCATCTCTTCTAATATTAAAATTAGCAATATATTTTCTATTGTAATTATAGTTTATTCTTCCTAATACGGAAGTATATTTGTAGTCTTGAGAGGAACTGTATGTTGATACAGAAGTTGCAGAAGATATATTGGTTAGAAAGTCATCAGAGGCAAATCCAGAAGCTAGTATATAATAAGGTTGTCTTGATTTAGAATACTGATAAGTACCCCCAGCTAGTAAATTAATTTCATTTTTACCAAACTCAGAATGATAAGTAATTTGCGGTTCTACGATATAGTTATTCGTATAATTATAGCTAAATGAAGACGTTCCTGACGTGGGGACCGAATAAGCAGCACTTAAAGACGTTAATGGTCGTAAGGTTGTCTGGTCCATATCAGTCTTGCTATAACCAAATGAAGATTTAACATCTAAACCTTTTACAATGGTATACTTCAAGCCAAGGTTCCCCATCAAATTTGACGTTTTGTTATCATTTGTTTGATTTAAATATCCTAGCGGATTAGGTAAGCTACCAATTGTGCCTGGTAACCAATACAGACTACCATCATTATTATAAAGCGGAAAATTTGGAGGTAAGCTATAGGCATATCCAGCAAGATCAGTGGTTGTTATATTATTTTTGTCCGCTGAATACATAGCCGTAAAATTCAAATTAAATCTTTGATCATTGGATGAGTGATTTAAGTTCAAATTCATACCTCCTCTTTCATAATGTTGACTACCTGGAAATACATTTCCCTCTCTATGGTAAGTACCGCTTAAATAGAAATTTGTTTGTCTATTTCCGCCAGAAATGCTAGAAGTTGCATCAAATGTATGTGCTGTATTCCCTAATAGTTTCTTCTGCCAATCTGTACTTTGTGTAGTATCCCAGAGTGTTAAATCAGGTGCTGTTGTATTCGTTGGAGTAGAGGATGGCATGGAGCCATTAGAAAAAGCAAGCTCTCTTAATCGTAAATACTCCGATAGTCCTAACATAGGAACAAAGTGTGCTACTTTAGAAATTCCATTTGAAATAGTGGCATTAAATTTTGTATTGCCCTCCTTACCTTTTTTAGTGGTAATCAGAACCACACCATTCGCTCCTCTTGACCCATAAATAGCTGTGGCATCCGCATCTTTTAATACCTCAATATTTTCTATATCAGCAGGATTAATGGTATTTAAAGGACTCGTATTTCCTTCTGCAGAAGGAAGTACATTGCTTGTACCTGTTGCAGTATTTATAGGAGAGGATAGATAGGGTATTCCATCAATAATATACAGGGGCCTATTACTTTTACTTAACGAATTAGATCCTCTTATCTGAACGTTTATACCAGCTCCAGGCAAACCATTTGTTTGCGTTATAAAAACTCCTGGAAGACGTCCTTCTAGAGCTTGAAGTACATTAGTTACAGGTTGTTTCGCTATGTCAACTGCACCAATCCCCGACTGTGCACCAGTACTCAACCTTTTAGTCGTTGTACCATATCCAATGACTACTATTGCATCCAAATTAGCGGGATCGGATTGCATAGTTTCATTTAAGGTTGACATACTATAAACAACCTGTTCTTTTGTTTGATATCCAACAAAAGAAAATATAAGCGTTACTCCGGGTTTAGAAATACCTATATTATAGTAACCTCTTTCATTGCTGATAGCACTTTGTGAGCCATCCTTTACTCGAATATTCACCCCAGAAAGGGGGGTATTTTGTTCATCTACAACGGTTCCTTCAATTAAAAAACCACTTTGATTTATTTTAGTGGTCTTTGTATTGTCAATGAAAGAAGTGTTATTGAGTCTATTTTGAGTTTTCAAAACTATAAATTGATCATTTATAGTCTCATAAATAACAGAAGTATTTTCGAATATTTTATCTAGTATAGACTTAAGTGTAACGTTTTTGAATGATACTGTGATATAACCTGTATTTTTCCAGATTTGTTTTTCATACACTAATCGAATATTTGCCTTTTTCGCTATGGAATTTACCGCTGATTCCATTTTTTGATTAGAAATATCAATGCTAATTTTCTTTTCTAATATTTGAGATTGCCCTTTAAAAACAAGTAATTGAAATAAAATTACCAGGGTGAATTTAATTAGATAGGTGCAATTTTGAGTCCTTACAAAATTCAAAATTTTATTTCCTTTTTCTATTTGCTTATTTTTTAGGCAAATCAGTAGCCTTATGAACAGTTTTTTGTACATTTGATTACGTTTAGTAGTAATTTTCGTTTAAATTTTAGCTAAATTGTAAGGGATGTTCCCAGCATCCCTTTTCTTATTATTTAAGTCATTAGTTACAGCCTCCTCCTGTAATATTTATATATTTATTTTTTATGGAATAATTGGCCCCCAATACGATGGATAGTATTTTTAAACTATTATCCAAAGACTGATCTGTTAAATCAGCTGAGATAAAACAGTTTTTATAGAGTTCATCATTGGCATTTATGGAAACATTGAATTTATTCTCAATTCGCTTTTTAATAATATCAAAAGATAAGTTTTCAAAGTTCATATCATATTCAGTACCATCAATGATTTTCTTTTGTGTGATATTTGCTATAAATTTTACGTTATACGTATTACTGCGTCCATTAATAGTTGCATATAATCCCTTACCAGGAGTTATATATATAGGCTTAATATTATTTTTTACTTTGTCTAATTGAGTTACCATTACCTTACCAGTGAGAACAACAAGATTTAAAGTATTACTAGTAGAATCTACTTTTAAATTGAAACTAGTCCCTAATACACGAGTAAGAAATCTTCCACTATGTATAACAAAAGGATGTGTTTTGTCTTTGCTCACTTCAAATAACGCTTCCCCGTCTAAAGAAACTGAACGTATACTATCAATAAAAACACTTGGAAAAGATAATTTTGATTTTCCTTTTAACCACACAATAGATTTATCAGGTAGAATAATTTTTTTTATCTCTCTATTGTTTCCCTGTACAATATTTTCAATTAAACGTATATCTTTATTAGATACGGCATTGTATTTTTTCCATAAGAAAAATAGCATTATTCCTAAAAAAACTGTTGCAGCAACGGCTTTAAATAATTTATTTCTATAGTCAAAAATCGAAAAATATCTACGACTCTTAGTTTGATGAATATTCCCTTTTATTTTTTGTTCTAATAAACTAAACTGCTCATCTATGTATTTTTTCTCATTTAAAAATACGTTTGTGGGTAGTTGTTTATCTTTTCCTTCATTTAACAGCTTATACCAATGATCTATTAATATTAATTCATCATTTGTACAATCCTTATTTTTGTACTTTTCTAATAGTTTTATTAAATCTGAGTCTGTCACGATTTAGTCTTCTTTAATATATAAACGTAATATTTAAATATACCCCTTGCATAATTTACTTTTTTTTGGATAAAATTGTTGCTTAAATTTGTAGAACTTAAATACTACTTGTAACACTACAAAATATCCTAATGATATAATGATAGATAATTCAGATGAACTATTACTAGTTGATTGGCAAAATGGTGATGAAAAAGCATTTAGATTATTTTATGATTTACATTTTATGAATTCTATTAAAAATGTATATTACAAAACTGGCGATTTTCATTTATCAGAGGAAATTGTTCAAGACGCATTCTTATCCTTTTACAATAATAAAATTAAGATAACCAAAACACCTTTATTATATCTTAATTCGATATTAAAAAATAAAATCGTTGATCATTATCGAAAAAAAGTACAACCTATTATATATGGAGAAATTAAAGATATAAAAAATGAGTTTAGTAAAGATTCCATAAGTGAAAATTTTAACTTTCAACATCTTAGCTCTAGACTAAATAAAGCATTGGATACTTTACCCACTCAAACAAAAAATGTTTTTATATTAAGTAGAGAGGAACAATTGTCCCATAAAGAAATTTCTGACAAATTAGGTATTTCTTTGAAAACAGTTGAATATCACATAACTAAAGCAATGAAAATATTAAAAAAAGGTATAGACTATAATTTACTATTATTTATTTATTTTATCAATAATATTTTATAGCGCAGATTATATTATTACTGATTTTTATATTGGATCAAAAGTGATTTCTTTTCTTGGTCCGCAATGACGTCAATTTTTGAAATTGATTTCAAAAATTGACGTCATTGCGTAATTATGATAACTTTAATAAAATACCCATTTCATCTATTATCTTTCTATAATAAGTTTTTAAATAATAAATTTTAGCAATATTTTAAAAACTTATTCAACTCTAACGATTGCCGGTCTTTTATCTGTTGGAATAACTGTCTGACTAGAATTTATAAAATTAATCCGCTCAGCATATCTTATGTAATATCCCCATGCAGGAAGTATTCCAAAAACACTGTATTCGGGATAATTTCCGTTGTATTCATTTGGTGTTTTAGGAATAGAAGTTACGCCACCTTTAAATGAATGTACTTTTACATTATTGAATGTGATATCCTTTATTTTATAAATGGAGGCTTCTAACTTTATACCACTGATGCAACTGCCAACATTTTCCGTAATATTTCTAAAATCTAAATTAGAAAATTGAATATTACTAATACTCCCTATTCTAGAAGGAGCATTTTTAGGTCTATGGCCTCGTTTTCCAGCAGCATGCAGTAGGAAAAACGCATTTGCGGAAGTTTGCAAATTTATCTTATCAAAAGTAATATTAGAAAAGTTGGCACCATCTAATCCTTGCAATGAAATAGCACATAAACCACTTCTTCCTGATCCATTAATTGCAATATCCTGAAGTAAACAATTCGTAAATGCTCCATAAGTTAAGGTGCCGAATTTTATCTTATTGCCTGTGGTACCATTTATCGTAATATTATTGATACGCATATTATGTACTCCTTTGGCAGAACCACTTTTAGGACAAATTGCATCGTCCTGGCATAATATTGTACTATTCGTAATGCTAACTTCATGGGAATCGCAAATATCTATACCATCTTTATTAACTCCATAGGTAGAAGTATTAATATTGATTCCATCAACCCTTACGGTATCACATTCTAAGATAACAAAGTTCCACATGGCACTGTTCACGATATCGATATTAGCAACTTTGACATTATTAGAATAGGCAACATATAAAGCCATTGGCCGCAGTGTTTCATCTTTGGTATGATCCCATATAGGACAATCTCCATTGCCATCAATAATGCCGCCGCCTGCAATTGTAAGATTGTGCGCACCCTCAGCATATACAAAAGCTTCCTTAAGTTCCCAACCGCCACCTCCAAGAATGCCAGGTAACCAAACATTTGCATTATCTGCATGCGGCTCTATGGCGGGATACATGGAATTATCCTGAATTCCTTTAAGTATTGCAGAACGATCAACCCATAAGGTCATGTTTGATTTTAATTTTATTTGCCCAGACATATAAGTTCCATCTGATAGAATTACAGAACCGCCATCAGAACAGGCGTCTACAGCTGCTTGTATGGCTTGAGTATCATTTGTTTTACCATCGCCTTTTGCTCCATAATCTTTAACATGATATTTACTTCCCGTTGGTCCACAAAGCCCGTTATCATTAGATACTGCTATATTATCTATATTTGGTCCCCCAATAGAAGTAGTCGCTAATAGTCTAATAGTATTAATACCTGCATTAAGATGTATAGTAATCCTCTCCACCCAGTAATAGTGCCAATCTTCAAAATGAGACGTAAAGTCTAAGTCTTTAAATGCAATCCCATTAACAATTAATTTACAGGAGCGATTCGTCCCACTAGCATTCGCATATTTTATTAATAAAGTATAATCTCCTGCTGTTGCATTATATATATTATTCCACTCGACATACGAACCTTTTCCTTCCATAACAAGATATCCCGATCCTACATATGGAAAATTTGATGAGTCAATTTTACAACCAAATGATTTATCTGTAAAATTTTCACCTTCGTAATAGGATGTATTAAAGGCTTTGCCATCTTGAGCACTTACTTTTTTTAATGAAAGTGTTGATAAAATAACAAAAACTATAAGTTTAAAATTCATTGCTATCGTTGTTTGAAATCTTATTTAACCAACTAATGGTAAAGTAGAATGAATATATTTTTAATATAAGAAAGACCCAAAAAGAGAATAATTGAAGTAATTGACTACATATTCAAAATTTAAATGAAACTGAATTGTAATCCATAAATCCAAGTAGCATTTACTATGTAGAATTCTTTTAGTATTCGCCTAAATAAAATTAATATTGAAATGCGGATAATAATTGCAATAAATAGTTTTATTCTAATTTTCCGAAGGACTTAATAATTGTTTTCCTTTAGGTACTGGAATCCCGAACTTAGGAAATCCATTTGCATCCCAAGTATACTTTTGCATTCGAGGTGAACGTTTATTACCACACCCATCTTGCGGATTACTATTCGCATGATAAAGAATCCAATTTTCCTTTCCATCTTTTGAACTAAAAAAGGAATTATGCCCTGTAGCATAAACTCCATTTTGCAAGGATTGTGAAAATACTGGAGAGGGATTTTTTGTCCATTGATTCTTATCCAATAAATCGTTACCATTAAAAGCAAGCATACCAAGACAATAAGTATCAGTCCAACAGGCACTAGCAGAATAAATAATAAATAATTTTTCATTATGAACTAAAGCTTGTGGACCTTCATTAACGCTTACATGATTTGGAACTGAATTGGGTAGTAAATCTCCATTTGTTTCCCAACTCAATTCTGGCTTGCTTATGCATACTCTTTGAGTATCTGGTGTTAAAGGATCCAATAATTTACTTATATAAATATTTTGTTGTTCATTGGTATTCCCTTCCCATCCTGACCATATAACATAGAGTTGTTTATTAAAGTAAAATACATCAGCATCTATAGCCCATTTATCATCCGCAAGATTTAATTTACCCTTAAATTCCCAAGCACCATTAAATGGATCGTCTGAATTATTTTGCAATATGAAAATTCGATGATGATTATTATCTCCATCATCTGCTGAGAAATAAGCATACCATTTACCATCAATATTCATCACTTCAGGAGCCCAAATCTCTCTTGAATACTCAGTAATCTCTGATAGAGCTTCCCATATTACTTTTTTCTCAGCACTAGCCATAGATCCCATATTGTCCATTTTCCATAAACTGATTTTATTCCCTTCCGTCTGAGTATAGTAATAAAAACCCTTATACAAAAAAACATAAGGATCTGCTCCAGATGATGCAATAGGATTGGTAAAGTATTTTTTACTATGCTGCTGACCAAACATCGGTTTATTCAATAACAAAAGAGAAACTAGTAAAAATACTTTTGATATTTTGCTAGAAATTAAAATATTCATAGTGTTCTTATTTTGATAAATAGCCTACCATTTGTATAAGGTCGAGATAGGCTATTTTATAGCCAATAAATTAATCCTCTAAAGTATATTTTTTTATTACCTCAATTTCATCTTTTTTGTATGGGGTTCCATTGGCACGGAAAATATCGTGAAACCATAGTTTGGGTTCTTTTCCATCTTTTATAGGGGTATCCCATGCAAAAATTGTATTTGTTTTACCTGCAACTAAACCCCAATTAATTGCTCCAATATGATTTTCTTTTAAAATTGGTAATAATTCTTTAAATGTACTATTATTTCGTCTCGCCATATACTCTGTGCAGACCATTGGTCGATTGTATTTTTTTAAGGTATCAATAGTTATCAAGTGTTTTTCTTTAGCCTGATAGTCATGATATGTAACAATATCTGAATTTTGCAAAATAAATGTATTAATTTCTTTCAATTCAGGATTCCAAACTCCAGAAGATACTGGTTGAGATAGTGTTACAGTACGAGACCAATCAAATACCTTTTTTAATAGTGGCAAACTTTTTAATTTATAGTTTGAATTACCTGCCTCATTATAGAGATCCCATAATGCAATTCGAGCATCATCTTTAAATGTATTTAAAATATCAACTACATAGTTACGTAGAGTATCAACTAACAAAGGCTCTTGATATAATAACCCACCAGGATCTCTAACCCAGCCTGAATTATGAACACCTAATTTAGGAGCAGGCTGCGTGCCTAAATGATAAGATTCATTCCAACAATCATCAAAAAAAACAAATATGGTTTTAATTTGATTTTTAGTTGAAATACTTAAATATTGATCAATTCTTTGTTTAAAACTCTTTGCGTCTTGTTGCCAAAGTGCATGATGTAAAAATACGCGCATACTATTAAATCCAATACTATGAGCCCATCCAAGTTCTCGATCAATCGTGGCAGTATCAAAGGATTCAGATTGCCACATCTCTAACTGATTAATAGCGGTACTAGGAATAAAATTACATCCCGAAAGCCATCCGGTTTTTTCATACCAACTTTTAGCTTGACTTTCGGACCAACGATTTTCATTATTTTGTGCAAACAACACAATACCCCATAGTATACTGAATATACTGATTACAATTTTTTTCATGCGATTCAATTTAATTTAATAGTTTAATTATTCTAGCTTTCCTCTTTTTGAATATATCAACTAGCCTTAGTTATTAAAATGTTTATTCGTGCAATAGTATCTAATTAATTATGAATACTAACTTTAGGAAAAAATATTTCATCTATGGCCATTTTTAATATATCAGGACCTCCTGCCGGATTTTTTTCAAAAAACATTCTGGTGATAGCTGTTTTTCTTGGTGTAACTGCGGAGTCCGAATTATGAGTATGAAATATATAGTACATTTGATTGTCCGCACCAGTGAATACATCTCCGTGCCCAGTACCTGAATATCCTGTATTCTCCTTACTTAAAATAGGATTGTTACTATATTTTATCCAAGGACCTGTAATACTTGTACTAGTAGCATAACCTACAGCATAGGATTGGCTTCTAAAATCATTTGCAGAATATATTAAATAATACACACCATTGTGTTTTAATACGGTTGGTCCTTCCGTAACTTTTCCCATTACGGTCTCCCAACGCTCCGTTGGAGATATACTCACTTTGTTAGAAGATTCATCTATACCACTATTATCATCATTTAATAAAGCGGTATATATCCGATTGGTTCCATCAGGAAATTCAACATGAAATAGATATTTCTTTCCATCGTCATCGGTATACAAAAATGGATCAATATTTTTTCTATCGGCAATAATTGGTTTATTCTGTCCAGAAAACGGGCCGTCTATAGAGGAGGAAGTAGCATATGCAATATGCTCATTTGCTGTATATAATAGATTTGCTTGACCATTATTGCTCCAGAATTGTGGAGCCCAATATAGATCAGTTCCATAAGCAGCCCCATTTTTCAAAACAATTTTATTACCAGCATTGGAAAATGAATGCATATTATCCGAACTAAAAATACGTATTCCATCTCTAGTGTCTGGTTCATAAGTGCCACTTAAATAATATTTTCCATCTTGGTAAAACATTGTAGGGTCTGCCATGAAAATATTAGAACTATCTATTATCACATTTTGAGAACTGGAATTATTTTTAGAACAAGTAACGATCCCTAAAACACCTAGTGGCAAAATAAATCGAAAAATTGTTTTCATATTTTTGTCAGTTTAATATATGCAAAAAAGTTATTATTAAAATTACCAACCAGGGTTTTGTGTAAGGCTTGGATTTACATCTAAATCATATTGAGGAATGGGTAATAAAGCATATTTACTTTGATAATTAGCAAATCCAGCGTCTCTAGTAGATAAGGATGTGCTTAAATCCCCCCAACGAACTAAATCTTCCCAACGATGTCCTTCTCCACTTAATTCTACAATTCGTTCATGTTTTAACTGATTTCTAAATGCATCTTGTGTCATTCCAGTAGACAGATTAGCAAGTCCAGCTCTATTTCTTACTTTATTAACGGAAGCGTAAGCATCAGTCGTTTTTCCTTGTTCGTTCAAGGCTTCTGCATAAAGTAATAAGATGTCGGCAAACCTTAAATACCTATAATTATTTCCAGAGGCAAAATTTTCATAATCTTGAGTTCCGTCATTTAAAAATTTTCTAAAATACACAGTATGAGTTGTAGCAACGGCAATAGGATCACCAGTAACATTTTCATAGTTTCTAGAGTTAAATGTTTGCCCATAAACGAGCGTATAAGCAGGGCCTCTAACATCTGTTGAATCATATAGAAATGAGGCATCAACTCTTGGATCTCTGTTACCTGAAGTTGTTTTTTCCTTTAAAAATTCCCAAATACACCATCTCCTAGCCTGCCCATCTGTGAAACCAATCGGTCTAGGAGCAACGAAAGGTGGAAATGAAGAACCATAGTTTAATAAATCCGGATTTCCTGATGCATCGTCGTCGTGATCATTTGCCAGATTTGTTAAATTTTCTATTTCGAAAACCGATTCCGAATTGTTTTCTGTTGTTGATAGAAAATTATCTCTGTAATTCGAAACAAGACTATAAACACCAGCGCCGCTTCCAGTTATAAACCAAGAAAATGCTTGCTCTGCTTGATTATATTGATGCATCTGCATGTATGTTTTACCTAACATTCCATAAGCAGCCCCTTGAGTCGCCCTTCCAAGATTAGCTTGATTATAAGATTGAGGCAGAACCAGTGTTGCGTCAGAAAAATCTTTTACACATTGAGCATAGACATCAGCTTGAGAAGAAGTATTGGGTTTATCATCAGCGGCAGAAGTTTTTAGCAGAATGGGGACATTCCCCCATAAAGTTCCTAAATAATAATAAAAAAAACCTCTTAAAAATTTCGCCTCACCAAGTAGTTGATTTCTTACAATACTATCCATTTCTATATTAGGTACATTATCTAAAACCTGATTTGCCCTATTAATCCCTACATAACAGTCTTGCCAAGTGGTTATTGTTTCCCATAAATTATAATCTGTTACATTAAAGACATCAAAATTATTGATTAATATACCATTAGGACTTGTACTAAATCCTTCATCAGATCGAATAATAGTTAGAAAAAATTGATTTCTTGCTAATCCAACTCTATGAAATGTACTATAAATTGAATTAATTCCAGACTGGGCATCATTAGCAGTTTTCCAAAATTTATCTATAGTTGGAGCATTGGGATTATCGATATCTAGATCATGTTTACATGAACTAAAAACAAAAAGTATTGAAAGAAAAAATATTGTTATTATTTTCATCTTAATTAATTTTATTAATTATTTAAAACTCAAGATTGATTCCTAAAGAAAAAATTCGACTAGAAGGCCAGTATCCTCCATCAAAACCTCTTTGGCCAAGATTACCATTTGCTACATCCGGATCCATTCCTTTATATTTTGTTATAGTGAATAAATTTTGAGCGCTTGCGGAAACTCTTAATGTTTTTAGACCAAGTCGGTTTAACCAATTTGGCTCAAAACCATAGCCAATTTCAAAATTTCGAAGTCTAACATAGGAGCCGTTCTCTAACCACCTATCTGTCTGTGCCATATTATTGGCCGCTATAGATAAGTCAACTCCGTTATCAACGCCGAGTCTGGGATCAGATGTATTTGTATTGTCAGGAGTCCAAGGGCTTAAATCTCTTCTAAAATTTGTCAATTGATAACCATCTAATCCCGCACGAACGCCATTATAAATTTTATTACCAAAAATGCCTATAAATTGAACATTGACATTAAATCCTTTGTACGTACCATTAAATTGCAATCCAGTTTGTAAAGTAGGCCAAGGGGAACCTTCAAATGCTCTATCCGCATTAGTAATCTGCCCATCTCCATTCAAATCTTTATATTTTATATCTCCGGGTTTAGCATTAGGTTGTATAACTACTCCAGCGACATTTTTATAATTGAGCACTTCTTCATAACTTTGAAATAATCCATCCGTTTGTATAACATACCAGGCACCCATGGCATGACCCACTTGTGATCTTGCAAAGGTTGCAGACTCTAGATAATCTATAGCCTTGCCACTTGCATCTACACCTTGATCACCCACTGATAGTACCGTATTTTTTATAGTGGTAAAATTTCCTGAAACATCCCATTTAAATGGTCCCGAATTATTTCTATAAGTAGCAGAAAACTCCACACCCGTATTGCGAATTGATCCACTATTTAAGAAGGGAGATCCACTTGTACCTAGATAATTAGCCAAAGGCACTTGTAGTAATACGTCTTTTGAGATGGATCTATACCAATCGAAGGAAAAAGAAAGCCTATTATTTAAGATTGCTGCATCAAAACCAATATCACTTTGCTGTCTTTTTTCCCACCGAATATTGGGATTTAAAACAGCAGCTCTATATTGCCCCAAATTAGCAATTTGAGGCTGCCCATAAATACCTCTAGCGGTACTACTGACTAGACCCAAATAATCCCAAGAACCAAGAGCATCACTAAATCCTAATTTACCATAGGAGCCTCTCAATTTTAAATCACTTATCCAATCTACATTAAAGAATTTCTCTTTCGAAATACGCCAAGCAGCGGCCATAGATGGAAAATAGCCTGTTCTATGACTAGGCGCAAATCTTGAAGACTTATCAATACGCCCCGTTAAGGTTAATAAATATTTATCATTGTAAGTATAATTTATCCTACTAAGCCAACCATGATTTCTCCATTCTGAAGTTGTCCCTCCGTTCACTGAGGCACTTCCTACGGCAGAACCTATAGTTGTATATAACGTTCCATCAAAATTTTGTAAATTAGTTCTTGCTGCGGTGGTGTAATCTTGTTGCTGCGCAATACGTGAAAATCCTACCACACCATTTATACTATGTAATCCAAATCTTTTATTAAAGTTTAATGTATGTTCTAACAATATATTTAAAAATCGCGCACGATTTTCAGAGACAAATGTCGGGGATGGCTGATTAGTATATCTCCACACTCCTGTATCCCTTACTTCTTTAGTGTAGTCATAACTTACTTCAAGCCCAGCATTAAATTTATAATCCAACCAATTTGTTAGTTTGAGACCAGCATAAACATTTCCAATTACTTTTCCATAGGCAATACTTATTTTATCCAAAGAAGCAGCTGCAAGATAATTGTTAGCATAAGAAGGATTATCAGTAGAGCCCATCCCCCAACCTTGAGGATTAGATGGATAATTGATTGGATCAGTATAAGATGGATCTTGTACTTTGATTGTAGGAAGCATCATAGATGTATTTGTAAATGCATTTACACCTCCACCAGGATATTTATTATTTGAGGCTGTTAATGTTAAATTTTCACCGAATGTTAAAATACCCTTTTTAACCTCAGAATTTATTCTAAAAGAAGCCCTATTAAAGGAATTCCCCACTACAGTTCCATCATTTTGATAATATCCACCAGAGATAAAATACTTAGATGTTGGAGATCCTCCTGAAACAGAAACATTATAATCTTGGTAACTACTTGCACGATAAACAGCTTTCTGCCAATCAACATCTATCGTATTATTTGCCAATTGTGAGCTCACAAAAGATGGCAAAGTAGCATTAGAATTAGCATAAGCTTGAGATACTGTTTGTAAGTATTGTGGAGCATCCATTAATTTCATCTGACGAGGAATGGATTGCCTTCCATATTTTGCACTAAAAGCAATTATTGGAGGTCCATTTTTTCCTTTTTTTGTAGTTATAATAACTACTCCATTTCCTGCTCTTGATCCATATATAGCAGCAGCAGATGCATCTTTAAGTATTTGTAGAGACTCAATATCATCAGGATTAATTGTAACATTTGCGTCTGAGAGCATACCATCGATAACATACAAAGGACTGGCATTAGAAAAACTACCGACACCCCTAATTTCTATTAAGGAATTTTGACCCGGAGCGCCTCCATTTCTTACTGTTACTCCAGGAATTGTTCCTTGTATTGACTCTGCGATTGTTCCTGCTGATATTTTTCGAGCATTATTCATATTTGCAACACCCGTTGCTCCAGTCAAATCCTTTTTTAGAACACTTTGATAACCAATTACAACAACTTCATTGAGGTCAGTGTGGGTAAAAGCCAATGTAATTATTATATCTTGCTGATCTGTTATAAATAGTTTTTTCTCTTCATGACCTATAGACCTTATTTCCAAAGAATCTCCATCTGCTATTTGTATTTGAAAACGGCCACTATCATCAGAAATTACTTTTTGATTTTTTCCAATTATGTTAATTGTAGCAGCCGAGATCGGAGAACCACTATCTTCTATTATTTTCCCTTTTAATAATCTACTAGTTTGCTGACTATGAAGGGAATTAGTAATCATTAATAACGTACAAAAAAGTAATAATTGACCGTAAACTCTTTGCAGTAGGATAAGTCTCGATTTAGTAGAGCCGTTTTTCTTATATTTCATATGTGCAATTTTTATTTTAGTTAAGAATTTTATGAGTGTTAAATCAAAAATTTAACTTCTATTTTTTTTAAAAAATCATAAAACCGTACTATTACATTAATTCAAACAATCGTTAAGCAATTCCAGGCAACTTGGAAAACAACTATTTTGGTTGTTGCTGTGAATACAAAAGTCATTTTTTTTATGAAATAGTATTCAACATATTATTTCATACTTTCTACAATTTGTCTCAATTACAAAATCTAACGCTTTATATTTATAAATGATTTTTGTAATATTGTAAACATTATAAACGATTGCAGATTTTTGAAAATATTACACAAAAAGATTACATTGGCATATCAACAACTAATGAGCATCTTAAAAATCAATATATTTTATAAGATTTTCTTCTTGACATTCATACTTAGTCTATTTGGAAATAAAGGAATCTTTTCTCAATCCTATTATTTCAAACACAATCAGGTAGAAAAGGGACTATCAAATAATACAGTTTTTTGTTGTATTCAAGATAAAGATGGATTTATCTGGATGGGTACAAAAGATGGCTTAAATAGGTACGATGGGAATGAGTTTAAGATTTATCATAATTTCACGTATAAAAATGGGCAAAGAGATAATTATATTAGAACACTTTATTTAGATAATATTGGTATAATATATATTGGTACAAGGACTGGTGTTTTCAAATATCAAAAAGAAGATAATATTTTCACCCCGATTTTATTTACAGGTGAAGAAATCAATGATTTAAAAAAAGATAGCGAAAATAATTTATGGATTATCTCTAATCATCAACTTTTTCGCATAAAGAACAAGACTATAAAACGATATAGTAATTTAGATCACCTTGGCTTAACATCCCTATGTATAGACAAGCAAGGTGTAGTCTGGATAAGTACTGATATTGGCATATTAAAAAAATGGAATAGTTATAAAGATACCTTTGAAGATGTAGATTTATTTCCTAATAAGAATAATGCTAGTGATGCACATATTGAAAAACTATATACAGACTCTGATGGAAAAATATGGATAGGAACTGCATCAAACGGAATTGTTAGATTTGATCCACAAACACATACAAAAACTACAATAGATTTTAAGGATGAATTGCTAAATCATATTTATGTTAGAGATTTCATAGAATACGACAAATATGAACTTTGGATTGCTACCGAATATGGAATAGTTATTTATAATACTCAAACCAAAAAATCTACACATTTATATCATATATATGGAAACGATTATAGTTTAGCTAGTAATGCTATATACTGTCTATTAAAAGATGCAGAAGGCGGAGTATGGATAGGATCCTATTTTGGAGGGGTAGACTATTATAACAAAAGGTACAGTTATTTTGAAAAATATTTTGTTCAAAGCCAATCTACTAATATTAGCGGAAATATAGTTAGAGAAATAGTTGCAGACTATAAAAATAATCTTTGGATTGGTACAGAAGATGGGGGCCTTAACAAATTAGATATTAACAACCATAATATTACTCAATTAAATCCGTCAAAAAACAAAACGAATCTTTCTTATTTTAATATTCATGGCTTACTTCCTATTGGTAGCAAATTATATGTGGGTACATTTGAACACGGACTAGATGTATTAAATATTAATACTAATAAAATTTTAGAGCATTATAATGAGACCTATGGTCAAACATCTTTAATGAACAAGTTTTTTGTTTGCTTTGCTAAACTATCCGAAGAAAATATACTATGTGGTATGCGATATGGTTTATATATCTTTAATACAAAAACAAAAAAAATTAATCCAGTATCAGATAAATTACAAATGTTAATCACCTCAATATTAGTAATTGATCAAAATAATATTTGGATAGGTACGTATGACAAAGGATTATATCACCTCAATATGAGCAACAAAGAAGTAAATCCAATATCTCTTAATCATACAGAAATAAAACAAACTTATATAGGAATTACCTCCTTAACAAAAGATAGCTTAGGCAATGTATGGGTCGGTACAGAAGGGGAAGGCATGTTCATTTTAAATTCCTCGAAATCTAATATAAAGAATATCTCTCAAGAAAATGGATTACCAAGCAATTCTGTCTATAAAATCATCCTATATGACAACGAAAACATATGGCTATCAACAGCAAAGGGGTTAGTGAATTTAGATCCTAGAAATTATCATATAAAAAAGATTTATACTATGTCTGATGGATTATTAAGTGATCAATTTAACTACAATTCGGGACATAAAGCCGCTAATGGAAAACTATATTTTGGAAGTGTAAAAGGGCTAATAAGTTTTGATCCTAATAATATATTGAATACTAATTACCAAGCGCCAATACAGATAACTAATATTTCTATAAATGGTCACGACATTCCCCATTCTAATAGTTTGGAAAAAAATAAAAGATGCAATGATTCTATTCTTTTAACACATCAAAACAATTCAATTTCAATTAATTATTCCTCCCTAAGTTATATATCGCCCGAAAAAATAAACTATCGATATAAATTAATTGGAAGTAATAAAAATTGGCAATACTTGCGAACGAATCAAACAATCAATTTTAGTGCCTTACCAACTGGTAATTATATTTTTTATGTTCAGGCTACGTCAGACAATGCGAACTGGAACAATGCCATAGGGAAACTTTATATACAAATATTACCTACCTTTTGGCAGAGTCCTATAGCGATAATTTTATATTTTCTTGTTTCTATCGCAATAATTGTAGTACTAATATTCTTTTATCATATAAAAACAATCAAAAAGAATAATAAGAAGATAAAGGAAATGGAGCTACTAAAGGAAAAGGAAATATATGAGCGAAGAATAGATTTTTTGGTAAAATTTGCCCATGAGATACGAACTCCTCTTACCTTGATTAAAGCGCCATTGGAAAAAATAAAAAGTCTTATAGCGAATCAACCAAAAGTGGAAAAGCAATTACAAACAATGGAACGAAATACTGAACGAATTATATCCATAAGTAATGAATTATTAGACTTTCGCAAAGTCGAAGTCACTGGATATCAACTTCATCTGATAGAAATAAATATAGTTCCACTTATTGAATCAATAATTTCATCATTTTTCGAAATTGCAAAAGAAAGGAAAATAGAATTTTCTTTTAAAAAAAATCAAAACGCTTATATTATAAAAGCAGATAAAGAAGCAATTCAAAAAATTATTACAAACCTATTAGAAAATGCTATAAAATATAGTAATAGTATTGTAGAAATTAAATTGTATAGTGATATTGAAAATAAAATCTATATCTCATTTAAAAATGATGGTGATAAAATACCTATTGATCAAGCAGAGAAAATATTTGAGCCATATTACAGACTCTCCAATAACAAGCATATAACTGGTACTGGATTGGGATTAGCTATATCAAAGTCTTTATCAATTTTACAAAAAGGACAATTAACATATGACACAAAGGAACAAGTATTCAATATTTTTATATTAACCTTTCCATTAAGTATGTAAATTATGAACGAAAATGAAAATTTTATTTATGAATCAACTATTCTAATTGTTGATGATAATGAAGAAATACTAGATTTTTTACAAGAAGATCTAAACGAATATTATAATACAATTTGCTCAAACACAGCATTGAAAGCACTCAATATTCTAGATACAACATCTATCAATTTAATTATAAGTGATATAATGATGCCCGAAATGGATGGTTTTGAATTTTGTAAAATCATAAAATCAAATATGAATTATAGTCACATTCCTATTATATTACTAACCGCTAAAAATACTATCCAATCAAAAATTGAAGGCCTAGAATTAGGTGCAGATGCCTATATAGAAAAACCATTTTCTCCGAAACATTTACAAGTACAAATTGAAAATCTACTAGTAAATCGGATTAGAATAAAAAAATATTTTGCTTCTAGTCCGACATCAACGATTAACTCTATAGGACATACGGCAGAAGATCAATTATTTTTGGATAAATTAAATAAAATCATACTTGAAAATATAGAAAATTTTGATTTCAATGTTAATGATATCGCAGAAAGTATTTTTATGAGTAAATCTTCTTTATATCGAAAAATTAAAGGCATTTCTGATTTATCGCCAAATGAATTAATTAATATTACTAGGTTGAAAAAAGCGGCCGAATTGCTTCATAATAAACGATATACGATTAAAGAAATATCTGAAATGGTTGGTTTCAATTCGATCACCCATTTTGGTAGAAATTTTCAAAAGCAATTTGGAATGTCACCAAGTAATTATCAAAAAGGAAATTGATAAAATTGTTACTATTATTTTATTTTCCTTTCATATATTTTAAAATAAACTATATTTTAATACTTTAAGTTATACACACCTATCTTACAGTTTCATTAAATATGTTATCAAATTTAAATCTGTATTTATTGCAAATAATGTGATTATATTAGCACTATAGACTATATGACAGACCTGCTATAAGTCTGATATTTTTTTAAAATAAAAATAGAATTCCAAGATTTGTTATTTACTAAAGAAGAAAAGATAACTAAACTATAATATAAAGAATAGAAAATATAAAAAGAATGAAATAATATTTGAATTAAAATGAACTATATTATATTAATTCTGTAGCTTTAATTATAATACCATATTTTCTAGGTAGCAATTCGGTTAGTTAAAAAATAATACAGTTCTACTTCATTGAAATTCAACGATTAATTAATATAGTTCGAATCCCTTCCTCACCGCCAGCAAGGAATTCAAACGAATAAAAAACCGTGGTAAATCAATGATTATCACGGTTTTTTATTTTATTTCTAATCCGATTTAGCTCGAATAAATTCAAATAAAAAGATAGCAATTCGGTTAGCACATATTTTCAATAAAATTGCTAACCGAATTAGGTCTAAACATTTGATATTTAACAAATTACCGAGTTGTTACTTTTAAAGTTATGATTATTTCATTTTTTAACTTTTTAATGTTTCATCATGAACTTAAATCAAACCATTTCCATCAGATTTTGGCAAACAAAATCTAGAAATGCAAATGAATGTTCTTTAATTTATGCCAGAATCACTATCAACGGTGATAGCATTGAAATTGGAATAACAGAATACCAGATATTTATTCAATTTAATAATGAGCAAATCAATGCAAATATTCTTTTTTGCATACAGTAAATTGCAAGTCCATATAAAAGGAAATAAAACTTAATTAAATGGATTAAAAGAAATACCTAAATTAAAGTAAAAGTTACCTTGATAACTTGTTGTTGCTAATTTATCTGATTTGTATTTTTCTCGGATTGTACCATTCAATGGTTTGATCCATCCAGATCGGCCATAGACTATAAAATGCTTATTGATACGATATTCATACATCACACTATTTTTAAATTCGTTTCGATTGAACATGTAGGATTTATTGTTATCTGCCAGAAAATTCGATTTAAAATAATAGGGATTCGCTTCTAATTCAGAACCAATAGACAAGCGACCATGCTTAAATAGTTGTCGTCTGACATAAACCTGTTTGGGTAAAATAACGTCCAGCATCCACGGCGAGTTTTTGAAATTATGGATATAAGAGAAACTGGGTAAAATGGGTGCGATGGCATTGGCATTACTCTGTAATACAATACCTACTGTAACTATTGTGGATTCATTTTTCTTTAAGATAAGAGATCCAATATAAGAGCCATAAACCATCCCAAAGTTCTTGTTAGAACCATCCGCAGAAACGGATATATTAGAAACAAAAGGTTTGTTCCACAACTTATCGTAACGAGTATAGTTAAGAGCCGCCCAAAGGTAATGGAAATGCACATCTCGACTTGATGCAATGGTAGGAACGCCATCAGATGGAATATCCACGTTTTCAAATGCCAAATGTTCGTATTTGTAACGGGCAGAAGCACTGAGACTCCATTTTTCTTTCTGTATTAAATTATAGTTCATAGCAAGTTTAAGTCTATTTTGGCTTACTATCCGACCCGTTTCATAGGTTTTGTCGTCCATCTTAGTGGTGTAATTATATTCACCCATTTCATCATATTGGATATCCAAGAAACGGGTTGATGGAAATTGGTTATTGATATCCTTTGCCAACGAGTTTTGAACAGATTTTATAGAATCTACTGATTGGGCATAAGAACCTGTACTTACCATAGACAGTAACACTAGAAGAGCGTACGTTACGATTTTGCTTGATTTATTCATTTTTAAAAAAGAATTTGATAGTTATTGTGCTTGTTAAGACAAAGAAACTTTTAATTATAAAATTCAAATCGACTAAACTGCATAAAACGGACATTTTCGAGCTTAAAAAGGACAGATGCATCAAATACTTTCCAAATATCATTTAGAATGCTTTATACGCTATTTTGTCCATTTTAACCCAAACATAAATGCAGCTAGACAAGAGTATTTTATCTTTGTATTATGGTGAAAAACAAACTTCCTTTAGGCGTTTTCGTCTGTATGGGTCTTGCATTGTTGGGCGTGGTACTAAAAAGCGTATCGGGCTCTTCCGACCTGGCGTGGATAGAGGTATTCAAGTCTATCCTTTATATGTGGGGGTATAGTAGCATTTGCTTAGTCATTTATAATGCACTCGTAAAAAAGATTGTCTCCAATATATCCAAAATTCAGGTTCGTTATTTAATGAGCATAGTCAGTATCGTGGCCGTTGGATATTTGATTTATCCCTATTACTATCTATTTTATTTTATAACGACACTAGACAAAGGTTCCTGGATATCGAGTGAAAGCAATTGGTATAGCGTAATGCTTGCCAGAGGTGTAACAATCAGTGCATTGATGTTTTTTGTGGTGTATTACCTGCAACTATTGCAAGACAAACAAAAAAGAATACTAGAGATAGAACAATTAAAACAAGCACAACTAGAAGCTAATTTGTCCAACCTGAAAGAACAGCTGAATCCTCATTTCTTATTCAACTCACTTAATACTTTGAGTTCTTTGACAGAAGAGGAAGTCGTGAAGGACTACGTCTCAGAATTGGCGGATGTATATAGATATATGTTGGCGCACAATAAAATGTCGACGGTAACAGTAGAAATGGAGTTGAAATTTGTTCGATCCTATCTTTATATCATGAAAACCAGGATGGGCGAGAATATATGTATAGACCTTCATTTGGATGAAAATATTAAAAAAATAAAAATTCCTCCTTTGACCTTGCAGATTCTACTGGAAAATGCCATCAAACACAATATTGCTTCTCGCGAGCATCCACTTTATATCAAGATGTATAATGTGGGATTAGATTACCTGATTATTGAAAACAACTATAATCCAAAAATCCAAATGCAATCCTCAACAGGCATTGGCCTCGGTAATCTTGCAAAACGGTATCATTTATTATTTGGTAATGAAATCCAGATTATCCATAGTGCCGATTCTTTTACCGTAAAACTCCCTTTACCCCAACTATGAAAATTTTAATTATTGAAGATGAATTAAGTGCGGCAAAAGAGCTGGAGCGTTTACTTTTAAGATATGAACCTTCCATCGAAGTCGTAGCTATAAAGGATTCCGTATCATCGTCCATTAGTTTTTTACAATCCAATCCACAGTTGGATTTGATTTTTTCGGATATTCAATTAGCAGACGGTATGTGTTTTGATATTTACAAAACGGTTCAAATACAGAGCCCCATTATTTTCTGTACGGCTTTTGACGAATATATGATGGAAGCTTTTGAAACCAATGCGGTAAGTTATCTTTTGAAACCAATATCCATGAGTAAGATTCAGGCTGCCATGGAAAAATTTGAACAATTGAAAAAACTGTTTCGTCCTGAAGACAATACCAGGCTGATAGAATCGCTAATATCTAATCTGAAAAAAAACTACAAGCGTACTTTACTCGTCAACTTAAGAGAGCAGATCATTCCAATTCCTGTAGACGAAATCGCCTACTTTTATTTTCAGAATAAAACGATTCAAATCACAACGTTCAAAAACAAACAATACTCCATTTCCCCTAGTTTAGATGAGTTGGAAAATGTACTGGATCCCGAAAAATTTTATAGAGCGAATAGACAATTCCTGATTCATAAAAACAGTATAAAGAGCATTGAACGTTTTTTTATGCGAAAAGTAGTAGTTGAATTATTGATAAGCACTCCAGAAGCGGTTGTAATAAGCAAAGTGAAAGTCAATGAATTTTTAAGATGGATGGAAGGCGTGTAAAACAATTCAATTCTACAATTTAAGACATGTTTGTTATAATACGATGAGTAAGTTTTTGATTATAAATAATAATAAATATAGAACTCTACAAGAGGAAATCCTTGCATTTTTATGGGATAATGGTAATGAAATTTTAATGGATAGTGATTACAGCAAAGAAGAAATTTTTAAACATTTCAGATTTCATGAGACATGTATTATTACAATCGGAGACAATAATTTACTGTATGATTCTTTGGAATTAGATGTGCCGAATGTGAAGATGGAGCCACAAGCATGTTTTTCCACAGTCATTTGTTGGAATCTTCACTTTTCACATTCTGGAGTATATTCCAATGCATTGCCCTATCCACATAGGTTATTTGCATTTAAAAGCTTAGAATTATCAGAGTTGCTGGTTTTCTTTGAATGGTGTTTGAAAATGAGATTGTTCACGAAATGACATAATTCATGAAAAGAGAAATCGCCCATATCTTATTCCAAAAACTTTGGTTTATGTGTAGATTATAGTACATCTTCGAGCCAATGTAAAAAGTTAGAAGCATTCGCCTTGCTCACAATGACCGGTTCAGGAGTATTGACAAAAAGAGACACGACCAATTTGCGGGAGGATGACCGTTTAACATTGACAATCGCATTACGATGAATGATAAAATGTCCATTAGCAAGATAAAACATTTCAGGATTTAATACTTGCTGTTGTTGTTCAAGGGTTCCACTTTTATGATATTTATGACTACTTATCGTATTGATTTCAATTATCGTGCTTTTTAAATACAAATAAGCAATTTCATTTACAAGTACAGGAACAAGGGTATCGCGCTGTTCTATTAGAAGAGAATTTTGATAAGAGGTACTTACCCGTCCATTTAGAGAAAGCATCGAAATCGACTGCTCTGAAGTTGTAAGAGATGCTTTGATACTTCGATATTTATCCAACACTTTTGATATCTTTTCGGAAGTAAGTGGCTTCAATAGATAACTAATGGCCGTCGTATCAAAAACCGCAGCGCTGTGCTGCATATTTTCCGAAATAAAAATAACGGGACACTTAGAGGCTATTTCCTTGTAATTATCAAAACTCGTTCCATCCGCTAATTTAATTTCTGAAAAAATAAGATCCAGTGTATTGTCATTCAAAAAAGACATGCCTGTTTGTAGGGAATCGACCATAGCGATTGTTGAAATAGTTACATCCATACTTAGTAATATCTTTTCTAGTTCTTTTGCAACGACTAATTCACTTTCTATGATTAAAATATTCATTTATGTTTAGGTGATTTATAGTCTTATAATTTATAGTTGACTTACCGCAATGCAGTTTCATTAATATTTATTTTACCAGGTAAAACTATATTCTTGTTTATTTAAAACATCTTGCAATCGGGTTTATGCGGACAATATGGAATATGAAATGGATAAAGTAATGTTTCAACGTTTCTCTAGGTAAAATTTTAATATTGTCCATTTCAAACACCGATATGTCTGCTTTAGCTTATTTCTACCTCCAAAAAATAATACACTTTGTTTTTTTTGCCTGCGTCATTGGTGAATATTGGACCCGACATTCCTTTTTTCCATTGTTACGGATTCAGAAGTAGAAACTATTGGTAAATATTGAAAAGTCGCCAATGGAACAATGACGATTTAGTAAAATCAAAATACACTTTAAAACATCGCAATAAAATGGCAACATCCCAATTTCCATCGAACGAAGTTGAAAACACTTCGAAAGAGCTATTTAAGAAAAGTTTACTGATCAAAGGTGTTATATGGCTTGCACTCGTAACTATTGCATCGGTAGCTATCCTATTTTTTTATTCTCATTCATTCGAATCGATACGGGCGCTGAGCAGTATAAAAATCAAATACCTGGTAATATGTTTTGTGATGCTCTTTATCGATTTGTTGTTAGGAAGTTGGCGTAACCACATTTTTATAAGAATCTTAAAGCCAGGGATATCACATTGGGTAAGTTTTAAGGCCAATTTAGCGAATATGTTTATGGGAGCTATTACACCCTTTCATAGCGGAGCTGGCCCAGCTCAACTGTATGTTTATAATCGTTACGGAGTAAAGGTTCTAGATGGCTTTATTGTTAGCTTGATTAATATGGGAGCAACTCTACTTTTTATGCCGTTATCTGGTCTTTTCGCAATTTGGATGATGCACAACCAATTGGAAAGCGGGCTTGTTCCCATTTTACTTAAATATGGATTTCTTGCATTTTTTATATTTCTTTTGGTTTTTTTAATGGCATTTTGGAAACCGTTATGGGTGGGTTCTGTTATAGTGCGAATGAGTATAATATGCAGTCGGATACGTCCTTCAAAAAAGGAAAGAATACTTCATTGGGGAAAGAAATCTTATAATAATATCATTCATTATCAACAAATATGTAAAAAATTACTTGGTGATCACCCCTATTTATTACCCATTAGTTTGTTGACAACAACTATATTATATTTAAATAAATATAGTATGCAATATATTATCTTGCTAGGTCTTGGTGTATCTGTTGATCTAGTACAGGTAATATGTATTGAAATATTAATAGAGTTCATGATTTATTTTGCGCCTAGCCCTGGTGGAAGTGGCTTTGCAGAGGTAAGTATAGCCGTTTTATTTTCTAAGATATTACCTACTTCTATCCTGCCAGCCTTTACGTTGTTACAGCGGTCGTTTCTACTTTTTATTCCTGCATTGGTTGGAGCGTTTGTAATTATAATTCTCCTAAAGAAGCATACTACTTCCATTAATAAAACTAAGGTAGAATAAGCCCAAGCCAAGGACCAAAATATAGATCATTATATTCCATCTTTTACATAATCTCACTGGACGGCTTTATTAATTCAATTATCATTTAAAAGTTAGATTGATTAAAGTATTTAATAAAGTCTGTCCATTTTAAACTATAATTTGTCCGCTTTACTATGTTTTCTTAAATGCACGTCTATAGTAACTATTTGTTTTGCAATTAAATATAATACGTATGAATAATTGCAAACCGTCGAATGTGGGGATCATGTTAAATCAACCTCAAAATAGAAGTTTAAAAGCGAAAAATATTCAGTTTACAGAACAACAAAGTTCATCAAAAATATACAACTATGAATAATTTTGATGCAATTGTAATTGGAAGTGGTTTTGGTGGATCCATGGCCGCTAAAAAGCTGGTAGATGCAGGCTTGCGTGTATTAATGTTGGAACGAGGAGATTGGGTACATAGGAGTATTGAAGAAAACTGGGGGGCAAAAGGTCCTATTGAGCTCTCTGATTTTTATGATAAATCTTCTATGTTATATGTTCCTGTTGGAGGTAATAAACCGACTATGGGAATGTATGCTTGTGTAGGAGGACCTTCGGTTTTTTATGGTGGCGTGTCTTTTCGTTTCCGAGAACAAGACTTTGAAAAAAATGAACAAATTGAAGGTAAAGATGCCCAAGGTTGGCCTTTAGCATATAACGACATTGAAAAATATTATTCACAGGCAGAAGCCATATTAAATATTTCCGGAGAAACAGGAATTGATCCTACAGAACCTTACCGTAGCACACCTCTTCCCCAACATGCGCCTACTCTTGCCAAGATATCTCAAAAAGTAAAAGCAAGTGCCCAAAAATTAGGAATGCATCCTTTTAGTTTACCTTTGGCAATTAATTATGAGGATACTAATCGAAATAAATGCATCAACTGTAAAACTTGCGACACTTTTGCGTGTGCCATAAGTGCCAAAAATGATCTTGCCACAACTCTAATACCCCAACTAATAGCTAAGGGTATGCAATTATATTGCAATATGGTAGTTACAAAATTAAATTATAAAAATGGTCGCTTGACCAGTGTTGATTGTATTTCCAAATCCGACAAAAAGAGATATACATTCCATGCTGAAAAATTTATATTGGCAGCTGGAGCCCTAGGTACGCCACATTTATTGCTTTCTTCCGGATTACAGCATTTCAATCCTGGTGGTCAAGTAGTAGGTCATTATCTTATGCGACATATGAATTCCATCGTATTTGGCATTTTTCCAGGTACAGCAGATAAGGAAGGACGATTTCACAAACAACTTGCCATATTAGATTACTATTTTGGGCATCCGGATTTTCCAAATTTAAATAAACTTGGAAGTCTTCAACAAATGCCAACTCCACCAGCGAGTATAGTGGAAAATGAACTCAAAGGAATAGTCGGAAAAGTGCTCAGTCCTGCAGTGAAGTTATTGAGTGGTTTATTGGCAATTGTTGAAGATCAACCACAGTACAATAATGGATTGGCGATAGACGCTAACAATAAAGATATATTTGGCCTTCCTCGCCCTATTATAAATCATAGTTATAGTATAAGAGATATTACAGCAATGAAAATATTGACGAAAGAGGGCAAAAGGATAATGAAAGGCGCAGGAGCATTATCGCATTACGTACACGATATCAGAACATTTTCACACGCAGTAGGTACTGTACGTATGGGATTTGATAAACGCACTTCGGCTCTTGACGAGAATTGTCAATTCAGAGGTATAGAAAATCTTTATGTTACGGATGGTAGTGTAATGCCAACATCAGCAGCATTAAATCCCAGTTTAACTATTGCCGCCAATGCCCTTAGAGTGGGCGAATTGATAACTAAATAGGAATTGGCTAATGATTATTCATTGGAAAAAATTCCAAATTACCATTTAGATAAGGATGAGATCAATAGTTGCTATGATTAAATGCATCATTATCAGTATCCAACATAATATTTTTTTGGATACTGAATTTATATTAGTTAAACCAATGCATAAAAGATTTCAGTTGAACATAACTAAGACGATCTCCAAAGCATAGCAGTTTAATGTAGTAGACGACTGTTCCTAGATGAAGGCTATTTGGAATTGCAACATAAAAGTGGAGACTTTTTTTAAGCTGCTATATTTTGTTTAGCTAAATAGAATTGCTCCATTTGATTGGGTGTTTTTCCACCCAATGCAGAATGTATTCTTCTAGCATGGTAAAATCCTTCTATATATCTGAATAGCTCAAATTTGGCAATCTCCTTGTTTTGAAAATGTTTGTGATAAACAAATTCCGTTTTTAAGGTTTTAAAGAAGCTTTCTGCGACAGCATTGTCCCAACAGTTGCCTTTACGGCTCATACTTTGGGTGATGCCATTGCTTTTCAATAATGAGCTAAACTCTTGGCCGGCATATTGAACTCCTCTGTCGGAATGAAATATTAATCCCTGTTTTACGCTTCTGGTCTTAAGGGCAATGCTGAGCGCAGCAATAACCGTGTTTTTTCCTGTCAGCCAAATCTATCACAGAAGTTAAGTATAACCACCCTGTACCCGTTTTGATATAGGTGATGTCGCCTACCCATTTCTTAAGTATTTTACTGCGTAGATGCATTTTTTTCATCAAACGGGCAACCTAGGATCTAGATACCGGTTGTTGTTTGTTTTTCAATGCCTGGGCTATACGGGGACTGCAGTACATGTAGTGGCTATTGTCAAATTCTTCTTTGATTAACTCAGACATTGTTTCTGTTTTCTTTGCTCTATTACTGTGGGGACGTATCAACCATTGGCAAAATCCACTACTGCTTACCTTTAATACCTGCCACATCTTCTCAACTGAATATAATGTTATGTTGTCTTTGATAAATTCGTATTTTTTCAGTCTTTCCCCGCTAAGATGGCCACCGCTTTTTTTAATATCGCATTTTCCAGTTCTGATTCTTTCAATCGCTTTCTCAATTCCCTGAGTTCCTGTTCCTCTGCACTTAATTTGTTGTTTTTAGGAACCAATGTAACTCCATTAAATCTTGGATCTCTTCTCCATTTACTCAGTAAATCTGCACTTATGTCTAGTTCTTTAGCAGCTGACAATACGGATTCCTTCACATAGGACAGTTCCACTACCATTTTCTTGAATGATGCTTCAAATAATCTTCCCAT

Protein sequences of DBSCAN-SWA_1

>NZ_CP044016|1757667:1806494|1772814_1775382_-|WP_131329471.1|protease|DBSCAN-SWA
MKKNKIAFLNGKKIVLGSAFIVLTASSCSIIKKKQKHSNPLTTSTTTLNKKDSLKSEIKPYKEVIIDKAITQKGLFTVHKVGEKYFFEIENSLFNKDILAVTRLSKSTPGAGNFGGEEVGERMVYWKKGPNNKVFLNVSALVSIADSTDMISKAVANSNLDPILASFPIKAFNTDSSSVVIDITDFLLSDSPILTFDAGDKKSYNLSSQIGDRSYVESIKSFPINTEIKTIRTYAATPSSGPGGLPAASLAGAVTLGLNCSFVKLPEVPMRQRLYDPRVGFFASALYQYSDKQQKVDIDAFVHRWRLEPKDEDIEKYKRGELVEPKKQIVYYIDPATPKKWRPYLIAGINDWQKAFEQAGFKNAIIGKEWPENDTTMSLDDARFSVLRYFAAPIQNAYGPNIADPRSGEIIESHIGWYHNVMSLVHNWYMIQCGAVDPRARKNEFDDDLMGQLIRFVSSHEIGHTLGLRHNMGSSSTVPVEKLRDKNWVEAHGHTPSIMDYARFNYVAQPQDNISEKGLFPRINDYDKWAIQWGYKQILNTKDAQEDKKVLNQWTVDSLASNKRLWFGGEGKDYDPRSQSEDLGDDPIKASLYGIANLKRIVPNLISWTKKDGESYTALNTAYKEAIGQYDRYMGHVLKILGGVNVTEKTYDQSGPVYRPVSLFSQKKAIQFFNEQLFTTPKWLIDTAILGRVNNGYQGNPIEQIQQNMLASVTSQSRLYRMMLNQREYGKGAYSPEEWLNDLKNGIFSELKNGTEIDSYRRALQKMYVGSIITMYNKHYALQGSVDNILASLAPTNVMYSNVRPLAFAQLKSLLSDVDKAIGKTKDVDSKEHLIYLKQMLDKIVKESPIPGLNY
>NZ_CP044016|1757667:1806494|1770535_1770811_+|WP_131329467.1|DBSCAN-SWA
MLSNKIYDFLLNNLSFLNVKDMQDGQMGSIKFIYDNNTQKRMFSKQIEEIEFTDKDNIPILVTINIDQFGDLYEVDIWKVDFSQVINYPSC
>NZ_CP044016|1757667:1806494|1762157_1762817_-|WP_131329451.1|DBSCAN-SWA
MENETIITEEKILELYGDYILHHGKKPDNVYLFAKENGFEEKDFYVHFSSFEQIDKKILSSLFLQSVELSSTADGFENASSKEKMLNTYFIFFENLTMNRSLVLKVLGHNKIYFTKVSSELREAHQRFVKTLNFNEWEIISKAKDNIKNISEKAKEQLLWAHLVSAVEFWKKDTSPSFEKTDLYLEKTIDTGFDLIDNEPLRKVMDLGKFLFKETFKKN
>NZ_CP044016|1757667:1806494|1799788_1800550_+|WP_131329500.1|DBSCAN-SWA
MKILIIEDELSAAKELERLLLRYEPSIEVVAIKDSVSSSISFLQSNPQLDLIFSDIQLADGMCFDIYKTVQIQSPIIFCTAFDEYMMEAFETNAVSYLLKPISMSKIQAAMEKFEQLKKLFRPEDNTRLIESLISNLKKNYKRTLLVNLREQIIPIPVDEIAYFYFQNKTIQITTFKNKQYSISPSLDELENVLDPEKFYRANRQFLIHKNSIKSIERFFMRKVVVELLISTPEAVVISKVKVNEFLRWMEGV
>NZ_CP044016|1757667:1806494|1757667_1758660_-|WP_131329447.1|transposase|DBSCAN-SWA
MKSRGTGTQGIEKEIEGGRIGKCDIKKSGGHLRGERLNKYAFIKDHTNEYSVEKMCHVLKTSSSGFYRWLLRPQSNRAKKTQTMSELIKETFEHSHNIYGSPRIAQELNNKQHYVSRSYVARLMKRMHLRSKIRKKYVVTTDSDHDYRLAENLLQRDFSADGIGQKWVGDITYIKTGTGWLYLSSVIDLADRKLIGYSFSSDMTAKNTVIAALRIAVKTRGVQPGLVFHSDRGVQYAGKEFTTLLKSHEITQSMSRKGNCWDNAVAESFFKTLKTEFVYHKHFQNKEIAKFEIFRYIEGFYHARRIHSALGGKTPNQMEQFYLSKQSIAA
>NZ_CP044016|1757667:1806494|1781513_1782086_+|WP_131329479.1|DBSCAN-SWA
MIDNSDELLLVDWQNGDEKAFRLFYDLHFMNSIKNVYYKTGDFHLSEEIVQDAFLSFYNNKIKITKTPLLYLNSILKNKIVDHYRKKVQPIIYGEIKDIKNEFSKDSISENFNFQHLSSRLNKALDTLPTQTKNVFILSREEQLSHKEISDKLGISLKTVEYHITKAMKILKKGIDYNLLLFIYFINNIL
>NZ_CP044016|1757667:1806494|1805459_1805852_-|WP_131329510.1|integrase,transposase|DBSCAN-SWA
MWLTGKNTVIAALSIALKTRSVKQGLIFHSDRGVQYAGQEFSSLLKSNGITQSMSRKGNCWDNAVAESFFKTLKTEFVYHKHFQNKEIAKFELFRYIEGFYHARRIHSALGGKTPNQMEQFYLAKQNIAA
>NZ_CP044016|1757667:1806494|1764999_1765623_+|WP_131329456.1|DBSCAN-SWA
MTNSFIAINGDHIDRVDEIFSVFKYIDTKKDKHFEDWQTFNDFLFDNYFEFTNNEVAIRGIWVDNGWTIIHDPEIVDSFEEEALLELSRTLNTDIVTFIIQTTSNTFGFTVYNETIKRKFFVSSGEISDNIYEPLEQENGLNINENIFSDDILKLAEKLGIDLEAKRKRTYTVKQLAYSDEMKNELDDFRQQQTQTIAEKKPWWKLW
>NZ_CP044016|1757667:1806494|1798775_1799792_+|WP_131329498.1|DBSCAN-SWA
MVKNKLPLGVFVCMGLALLGVVLKSVSGSSDLAWIEVFKSILYMWGYSSICLVIYNALVKKIVSNISKIQVRYLMSIVSIVAVGYLIYPYYYLFYFITTLDKGSWISSESNWYSVMLARGVTISALMFFVVYYLQLLQDKQKRILEIEQLKQAQLEANLSNLKEQLNPHFLFNSLNTLSSLTEEEVVKDYVSELADVYRYMLAHNKMSTVTVEMELKFVRSYLYIMKTRMGENICIDLHLDENIKKIKIPPLTLQILLENAIKHNIASREHPLYIKMYNVGLDYLIIENNYNPKIQMQSSTGIGLGNLAKRYHLLFGNEIQIIHSADSFTVKLPLPQL
>NZ_CP044016|1757667:1806494|1780342_1781374_-|WP_131329477.1|DBSCAN-SWA
MTDSDLIKLLEKYKNKDCTNDELILIDHWYKLLNEGKDKQLPTNVFLNEKKYIDEQFSLLEQKIKGNIHQTKSRRYFSIFDYRNKLFKAVAATVFLGIMLFFLWKKYNAVSNKDIRLIENIVQGNNREIKKIILPDKSIVWLKGKSKLSFPSVFIDSIRSVSLDGEALFEVSKDKTHPFVIHSGRFLTRVLGTSFNLKVDSTSNTLNLVVLTGKVMVTQLDKVKNNIKPIYITPGKGLYATINGRSNTYNVKFIANITQKKIIDGTEYDMNFENLSFDIIKKRIENKFNVSINANDELYKNCFISADLTDQSLDNSLKILSIVLGANYSIKNKYINITGGGCN
>NZ_CP044016|1757667:1806494|1802236_1803328_+|WP_131329506.1|DBSCAN-SWA
MATSQFPSNEVENTSKELFKKSLLIKGVIWLALVTIASVAILFFYSHSFESIRALSSIKIKYLVICFVMLFIDLLLGSWRNHIFIRILKPGISHWVSFKANLANMFMGAITPFHSGAGPAQLYVYNRYGVKVLDGFIVSLINMGATLLFMPLSGLFAIWMMHNQLESGLVPILLKYGFLAFFIFLLVFLMAFWKPLWVGSVIVRMSIICSRIRPSKKERILHWGKKSYNNIIHYQQICKKLLGDHPYLLPISLLTTTILYLNKYSMQYIILLGLGVSVDLVQVICIEILIEFMIYFAPSPGGSGFAEVSIAVLFSKILPTSILPAFTLLQRSFLLFIPALVGAFVIIILLKKHTTSINKTKVE
>NZ_CP044016|1757667:1806494|1766254_1766839_+|WP_131329460.1|DBSCAN-SWA
MSKKIKRISRNICLIRFRKLPLIEYEKETQSEVIYFPKSKYLYWLKLEKGSTEILEDQIIKLLKLLKFKTFIFLDARNKSWISKQTEKRKDFKPLIKTIEYFKSLKINSKFNGGIQVESEKLNEFLPHFYTITRSDSEFFDYHFTDINQNIIFYIHYSGEVQIICLNKKSNVIFKEVIKQTKFLDSFRDNTNRI
>NZ_CP044016|1757667:1806494|1776819_1780254_-|WP_131329475.1|DBSCAN-SWA
MYKKLFIRLLICLKNKQIEKGNKILNFVRTQNCTYLIKFTLVILFQLLVFKGQSQILEKKISIDISNQKMESAVNSIAKKANIRLVYEKQIWKNTGYITVSFKNVTLKSILDKIFENTSVIYETINDQFIVLKTQNRLNNTSFIDNTKTTKINQSGFLIEGTVVDEQNTPLSGVNIRVKDGSQSAISNERGYYNIGISKPGVTLIFSFVGYQTKEQVVYSMSTLNETMQSDPANLDAIVVIGYGTTTKRLSTGAQSGIGAVDIAKQPVTNVLQALEGRLPGVFITQTNGLPGAGINVQIRGSNSLSKSNRPLYIIDGIPYLSSPINTATGTSNVLPSAEGNTSPLNTINPADIENIEVLKDADATAIYGSRGANGVVLITTKKGKEGNTKFNATISNGISKVAHFVPMLGLSEYLRLRELAFSNGSMPSSTPTNTTAPDLTLWDTTQSTDWQKKLLGNTAHTFDATSSISGGNRQTNFYLSGTYHREGNVFPGSQHYERGGMNLNLNHSSNDQRFNLNFTAMYSADKNNITTTDLAGYAYSLPPNFPLYNNDGSLYWLPGTIGSLPNPLGYLNQTNDNKTSNLMGNLGLKYTIVKGLDVKSSFGYSKTDMDQTTLRPLTSLSAAYSVPTSGTSSFSYNYTNNYIVEPQITYHSEFGKNEINLLAGGTYQYSKSRQPYYILASGFASDDFLTNISSATSVSTYSSSQDYKYTSVLGRINYNYNRKYIANFNIRRDGSSRFGPNNKFGNFGSLGAAWLFSEESLLKNNIHWLSFGKLRGSYGIVGSDDIGNYQYLETYSTYSYVYNGVSGLNPTRIANSNFKWEETRKLEIGLELGFLKDRISINTSYYRNRTSNQLLNFPLSSQTGFTTYQSNLPAKVQNAGWEFSLNSTNIKKKEFSWTTSFNISRNRNKLLSFPNIENTSYYSSYVVGNPITAYYLYQFAGIDPSTNLPSFTSFLNGGTTGSPTTGLVATKRGDRYYVGTSLPSFFGGLTNSITYKNLSLDFTFQFVKQKGRSLASASYYPPGYLNNMSSDVVNNYLGLGNEYDLVTAGLSTTKGRAAYRGYSYYTGSDATVVDASFIRMKNISLSYTLPNALLKKINSQMIRIFVQGQNIFTITKYKGFDPESQGVVTPPLRTIVTGIQLTF
>NZ_CP044016|1757667:1806494|1795848_1796628_+|WP_131329492.1|DBSCAN-SWA
MNENENFIYESTILIVDDNEEILDFLQEDLNEYYNTICSNTALKALNILDTTSINLIISDIMMPEMDGFEFCKIIKSNMNYSHIPIILLTAKNTIQSKIEGLELGADAYIEKPFSPKHLQVQIENLLVNRIRIKKYFASSPTSTINSIGHTAEDQLFLDKLNKIILENIENFDFNVNDIAESIFMSKSSLYRKIKGISDLSPNELINITRLKKAAELLHNKRYTIKEISEMVGFNSITHFGRNFQKQFGMSPSNYQKGN
>NZ_CP044016|1757667:1806494|1767663_1768626_+|WP_131329463.1|DBSCAN-SWA
MKAAVVFKKGDIPKYVTDFDEPILQNENELLISVKAAAIKNIDKGQASGKHYSVKDKEWNPKIIGGDGVGLLDDGTKVYGLATRGMIAEKAIIEKDHMVKIPEGLDWATAAALPNAVMGSALALLFRAKLQRGETVLINGATGVTGKIAVQIAKHYGAKKVIVTGRNEQSLNELLQLGADEIISLKQDDEKFISQIKETPIDVVIDYLWGLSAELILSSLKGNSQFSHRTRYVTVGAMTGDTITLSSSILRGTDIQISGSGLGSWTREEVSFLFAEILPEAFQLAADGNLKIETIDVNLNEIEEVWKMDIERGKRLVVNI
>NZ_CP044016|1757667:1806494|1771713_1772811_-|WP_131329469.1|DBSCAN-SWA
MKHYKLKVIGIVAMLLSSIILIRKIDAQRYPLGVLTGQLNGKNGTIIKFNYNYHGKEFMDSVILKDNYFVFKIRLPEPLLCTLSNNENKQIKIFIAQNNRISINGEVSKFVNINIANATENALYENFKSKELILSNNYRENFKISKLSLKDTTTESYHKYRNQIDSLALQFIKKHNNSVASTLIILDNYVINPNRKKASYFYQLLSEKNKKSEYGLKIKAYIEAVKNIAVGKIAPDFTLSDTNGNLIHLKNYRGKYVFLDFWASWCGPCRQSHPLMKELFKKYGIKNISFISVSMDVSKSSWINAIRTDKLDWIQLNDSLSMNGYVAETYGIRSLPFNVFINKEGKIIATKLRDSVLVNFINDLF
>NZ_CP044016|1757667:1806494|1782287_1784075_-|WP_131329481.1|DBSCAN-SWA
MNFKLIVFVILSTLSLKKVSAQDGKAFNTSYYEGENFTDKSFGCKIDSSNFPYVGSGYLVMEGKGSYVEWNNIYNATAGDYTLLIKYANASGTNRSCKLIVNGIAFKDLDFTSHFEDWHYYWVERITIHLNAGINTIRLLATTSIGGPNIDNIAVSNDNGLCGPTGSKYHVKDYGAKGDGKTNDTQAIQAAVDACSDGGSVILSDGTYMSGQIKLKSNMTLWVDRSAILKGIQDNSMYPAIEPHADNANVWLPGILGGGGWELKEAFVYAEGAHNLTIAGGGIIDGNGDCPIWDHTKDETLRPMALYVAYSNNVKVANIDIVNSAMWNFVILECDTVRVDGININTSTYGVNKDGIDICDSHEVSITNSTILCQDDAICPKSGSAKGVHNMRINNITINGTTGNKIKFGTLTYGAFTNCLLQDIAINGSGRSGLCAISLQGLDGANFSNITFDKINLQTSANAFFLLHAAGKRGHRPKNAPSRIGSISNIQFSNLDFRNITENVGSCISGIKLEASIYKIKDITFNNVKVHSFKGGVTSIPKTPNEYNGNYPEYSVFGILPAWGYYIRYAERINFINSSQTVIPTDKRPAIVRVE
>NZ_CP044016|1757667:1806494|1784318_1785314_-|WP_131331925.1|DBSCAN-SWA
MFGQQHSKKYFTNPIASSGADPYVFLYKGFYYYTQTEGNKISLWKMDNMGSMASAEKKVIWEALSEITEYSREIWAPEVMNIDGKWYAYFSADDGDNNHHRIFILQNNSDDPFNGAWEFKGKLNLADDKWAIDADVFYFNKQLYVIWSGWEGNTNEQQNIYISKLLDPLTPDTQRVCISKPELSWETNGDLLPNSVPNHVSVNEGPQALVHNEKLFIIYSASACWTDTYCLGMLAFNGNDLLDKNQWTKNPSPVFSQSLQNGVYATGHNSFFSSKDGKENWILYHANSNPQDGCGNKRSPRMQKYTWDANGFPKFGIPVPKGKQLLSPSEN
>NZ_CP044016|1757667:1806494|1760837_1762157_-|WP_131329449.1|DBSCAN-SWA
MKTLDKIPTGKLERTGSILKAGAKVGVNYLKYYGNKIIKDEEQARKILNEDNATDIYDSLKELKGSALKVAQMLSMEKNILPQAYVDRFSLSQFSVPPLSSALVNKTFRKYFGKNPENIFDYFTPESVNAASIGQVHRAVKDGKKLAVKIQYPGVRESISSDLKLVKPIAMKMFNIKKEGSEDYFQEVENKLFEETDYNLELRRSQDISVRCGHIPNLKFPAYYPELSCEKIITMDWMEGKHFSEFTKLVNTQEDLNKIGQTLWDFYMYQIHVLRQVHADPHPGNFLISAEKDLMVIDFGCIKEIPDAFYIPYFELSKKEITNDPILFSEKLYELEILRKDDSPREIEFFTQLFYELLELFTRPFNTEIFDFSNESFFQEIADLGQRYVKMSDMKGMNANRGSKHFIYMNRTFFGLYSMMHDLRAKDLKINQYQKYIEQ
>NZ_CP044016|1757667:1806494|1797545_1798553_-|WP_131329496.1|DBSCAN-SWA
MNKSSKIVTYALLVLLSMVSTGSYAQSVDSIKSVQNSLAKDINNQFPSTRFLDIQYDEMGEYNYTTKMDDKTYETGRIVSQNRLKLAMNYNLIQKEKWSLSASARYKYEHLAFENVDIPSDGVPTIASSRDVHFHYLWAALNYTRYDKLWNKPFVSNISVSADGSNKNFGMVYGSYIGSLILKKNESTIVTVGIVLQSNANAIAPILPSFSYIHNFKNSPWMLDVILPKQVYVRRQLFKHGRLSIGSELEANPYYFKSNFLADNNKSYMFNRNEFKNSVMYEYRINKHFIVYGRSGWIKPLNGTIREKYKSDKLATTSYQGNFYFNLGISFNPFN
>NZ_CP044016|1757667:1806494|1803660_1805190_+|WP_131329508.1|DBSCAN-SWA
MNNFDAIVIGSGFGGSMAAKKLVDAGLRVLMLERGDWVHRSIEENWGAKGPIELSDFYDKSSMLYVPVGGNKPTMGMYACVGGPSVFYGGVSFRFREQDFEKNEQIEGKDAQGWPLAYNDIEKYYSQAEAILNISGETGIDPTEPYRSTPLPQHAPTLAKISQKVKASAQKLGMHPFSLPLAINYEDTNRNKCINCKTCDTFACAISAKNDLATTLIPQLIAKGMQLYCNMVVTKLNYKNGRLTSVDCISKSDKKRYTFHAEKFILAAGALGTPHLLLSSGLQHFNPGGQVVGHYLMRHMNSIVFGIFPGTADKEGRFHKQLAILDYYFGHPDFPNLNKLGSLQQMPTPPASIVENELKGIVGKVLSPAVKLLSGLLAIVEDQPQYNNGLAIDANNKDIFGLPRPIINHSYSIRDITAMKILTKEGKRIMKGAGALSHYVHDIRTFSHAVGTVRMGFDKRTSALDENCQFRGIENLYVTDGSVMPTSAALNPSLTIAANALRVGELITK
>NZ_CP044016|1757667:1806494|1786619_1787606_-|WP_131329484.1|DBSCAN-SWA
MKTIFRFILPLGVLGIVTCSKNNSSSQNVIIDSSNIFMADPTMFYQDGKYYLSGTYEPDTRDGIRIFSSDNMHSFSNAGNKIVLKNGAAYGTDLYWAPQFWSNNGQANLLYTANEHIAYATSSSIDGPFSGQNKPIIADRKNIDPFLYTDDDGKKYLFHVEFPDGTNRIYTALLNDDNSGIDESSNKVSISPTERWETVMGKVTEGPTVLKHNGVYYLIYSANDFRSQSYAVGYATSTSITGPWIKYSNNPILSKENTGYSGTGHGDVFTGADNQMYYIFHTHNSDSAVTPRKTAITRMFFEKNPAGGPDILKMAIDEIFFPKVSIHN
>NZ_CP044016|1757667:1806494|1764172_1764733_-|WP_131329454.1|DBSCAN-SWA
MEELIQYILKFGSLNQQQIALLEQKAHESILIKDAYFTEAGKAFNNVAFILEGVLRIIYYDNKGKEITKYFLEENHFIANPYHGEIMTEYIQAATTCKLIVFSAQDWKILSDTIIGWDNIFNKIFQKAIMEKMDRRSALVSEDASTRYLSFLEKFPTLTNRIPLSYIASYLGITQQSLSRIRKNIH
>NZ_CP044016|1757667:1806494|1800593_1800992_+|WP_131329502.1|DBSCAN-SWA
MSKFLIINNNKYRTLQEEILAFLWDNGNEILMDSDYSKEEIFKHFRFHETCIITIGDNNLLYDSLELDVPNVKMEPQACFSTVICWNLHFSHSGVYSNALPYPHRLFAFKSLELSELLVFFEWCLKMRLFTK
>NZ_CP044016|1757667:1806494|1758548_1758830_-|WP_131329448.1|transposase|DBSCAN-SWA
MGRLFEESFKKMAVELSYVKESVLSAAKELDISADLLSKWRRDPRFNGGTLVPKNNKLSPEEQELRELRKRLKEAELENAILKKAVAIFAGKD
>NZ_CP044016|1757667:1806494|1787648_1789202_-|WP_131329486.1|DBSCAN-SWA
MKMKIITIFFLSILFVFSSCKHDLDIDNPNAPTIDKFWKTANDAQSGINSIYSTFHRVGLARNQFFLTIIRSDEGFSTSPNGILINNFDVFNVTDYNLWETITTWQDCYVGINRANQVLDNVPNIEMDSIVRNQLLGEAKFLRGFFYYYLGTLWGNVPILLKTSAADDKPNTSSQADVYAQCVKDFSDATLVLPQSYNQANLGRATQGAAYGMLGKTYMQMHQYNQAEQAFSWFITGSGAGVYSLVSNYRDNFLSTTENNSESVFEIENLTNLANDHDDDASGNPDLLNYGSSFPPFVAPRPIGFTDGQARRWCIWEFLKEKTTSGNRDPRVDASFLYDSTDVRGPAYTLVYGQTFNSRNYENVTGDPIAVATTHTVYFRKFLNDGTQDYENFASGNNYRYLRFADILLLYAEALNEQGKTTDAYASVNKVRNRAGLANLSTGMTQDAFRNQLKHERIVELSGEGHRWEDLVRWGDLSTSLSTRDAGFANYQSKYALLPIPQYDLDVNPSLTQNPGW
>NZ_CP044016|1757667:1806494|1785456_1786515_-|WP_131329482.1|DBSCAN-SWA
MKKIVISIFSILWGIVLFAQNNENRWSESQAKSWYEKTGWLSGCNFIPSTAINQLEMWQSESFDTATIDRELGWAHSIGFNSMRVFLHHALWQQDAKSFKQRIDQYLSISTKNQIKTIFVFFDDCWNESYHLGTQPAPKLGVHNSGWVRDPGGLLYQEPLLVDTLRNYVVDILNTFKDDARIALWDLYNEAGNSNYKLKSLPLLKKVFDWSRTVTLSQPVSSGVWNPELKEINTFILQNSDIVTYHDYQAKEKHLITIDTLKKYNRPMVCTEYMARRNNSTFKELLPILKENHIGAINWGLVAGKTNTIFAWDTPIKDGKEPKLWFHDIFRANGTPYKKDEIEVIKKYTLED
>NZ_CP044016|1757667:1806494|1789218_1792353_-|WP_131329488.1|DBSCAN-SWA
MKYKKNGSTKSRLILLQRVYGQLLLFCTLLMITNSLHSQQTSRLLKGKIIEDSGSPISAATINIIGKNQKVISDDSGRFQIQIADGDSLEIRSIGHEEKKLFITDQQDIIITLAFTHTDLNEVVVIGYQSVLKKDLTGATGVANMNNARKISAGTIAESIQGTIPGVTVRNGGAPGQNSLIEIRGVGSFSNASPLYVIDGMLSDANVTINPDDIESLQILKDASAAAIYGSRAGNGVVIITTKKGKNGPPIIAFSAKYGRQSIPRQMKLMDAPQYLQTVSQAYANSNATLPSFVSSQLANNTIDVDWQKAVYRASSYQDYNVSVSGGSPTSKYFISGGYYQNDGTVVGNSFNRASFRINSEVKKGILTFGENLTLTASNNKYPGGGVNAFTNTSMMLPTIKVQDPSYTDPINYPSNPQGWGMGSTDNPSYANNYLAAASLDKISIAYGKVIGNVYAGLKLTNWLDYKFNAGLEVSYDYTKEVRDTGVWRYTNQPSPTFVSENRARFLNILLEHTLNFNKRFGLHSINGVVGFSRIAQQQDYTTAARTNLQNFDGTLYTTIGSAVGSASVNGGTTSEWRNHGWLSRINYTYNDKYLLTLTGRIDKSSRFAPSHRTGYFPSMAAAWRISKEKFFNVDWISDLKLRGSYGKLGFSDALGSWDYLGLVSSTARGIYGQPQIANLGQYRAAVLNPNIRWEKRQQSDIGFDAAILNNRLSFSFDWYRSISKDVLLQVPLANYLGTSGSPFLNSGSIRNTGVEFSATYRNNSGPFKWDVSGNFTTIKNTVLSVGDQGVDASGKAIDYLESATFARSQVGHAMGAWYVIQTDGLFQSYEEVLNYKNVAGVVIQPNAKPGDIKYKDLNGDGQITNADRAFEGSPWPTLQTGLQFNGTYKGFNVNVQFIGIFGNKIYNGVRAGLDGYQLTNFRRDLSPWTPDNTNTSDPRLGVDNGVDLSIAANNMAQTDRWLENGSYVRLRNFEIGYGFEPNWLNRLGLKTLRVSASAQNLFTITKYKGMDPDVANGNLGQRGFDGGYWPSSRIFSLGINLEF
>NZ_CP044016|1757667:1806494|1801054_1801816_-|WP_131329504.1|DBSCAN-SWA
MNILIIESELVVAKELEKILLSMDVTISTIAMVDSLQTGMSFLNDNTLDLIFSEIKLADGTSFDNYKEIASKCPVIFISENMQHSAAVFDTTAISYLLKPLTSEKISKVLDKYRSIKASLTTSEQSISMLSLNGRVSTSYQNSLLIEQRDTLVPVLVNEIAYLYLKSTIIEINTISSHKYHKSGTLEQQQQVLNPEMFYLANGHFIIHRNAIVNVKRSSSRKLVVSLFVNTPEPVIVSKANASNFLHWLEDVL
>NZ_CP044016|1757667:1806494|1806212_1806494_-|WP_131329512.1|transposase|DBSCAN-SWA
MGRLFEASFKKMVVELSYVKESVLSAAKELDISADLLSKWRRDPRFNGVTLVPKNNKLSAEEQELRELRKRLKESELENAILKKAVAILAGKD
>NZ_CP044016|1757667:1806494|1763213_1764095_-|WP_131329452.1|DBSCAN-SWA
MSIKKTITIGANTTYPLTVKRFGYGTMRLTGEQVWGEPENRDEALAILKATSDNGIQFIDTADFYGADVTNRLIAEALYPYNKDVLICTKVGVARGADKSWQVYDKPDNLRASIEKNLQTLKTEQIQLVHFRVMPGSATPFETSLQTMFEMQREGKILHIGLSNVSKEELEIALQMGNIATVENVFGYEQRNSFTTGGMELRGMHEVLDTCVKEHIVMIPFFSLQTSLHNKENKITVIAQKYGVTNAQVNLAWALHFNDLILPIPGTSKLTHFHENCKAFDLELSKEDLQFLG
>NZ_CP044016|1757667:1806494|1792704_1795845_+|WP_150136676.1|DBSCAN-SWA
MSILKINIFYKIFFLTFILSLFGNKGIFSQSYYFKHNQVEKGLSNNTVFCCIQDKDGFIWMGTKDGLNRYDGNEFKIYHNFTYKNGQRDNYIRTLYLDNIGIIYIGTRTGVFKYQKEDNIFTPILFTGEEINDLKKDSENNLWIISNHQLFRIKNKTIKRYSNLDHLGLTSLCIDKQGVVWISTDIGILKKWNSYKDTFEDVDLFPNKNNASDAHIEKLYTDSDGKIWIGTASNGIVRFDPQTHTKTTIDFKDELLNHIYVRDFIEYDKYELWIATEYGIVIYNTQTKKSTHLYHIYGNDYSLASNAIYCLLKDAEGGVWIGSYFGGVDYYNKRYSYFEKYFVQSQSTNISGNIVREIVADYKNNLWIGTEDGGLNKLDINNHNITQLNPSKNKTNLSYFNIHGLLPIGSKLYVGTFEHGLDVLNINTNKILEHYNETYGQTSLMNKFFVCFAKLSEENILCGMRYGLYIFNTKTKKINPVSDKLQMLITSILVIDQNNIWIGTYDKGLYHLNMSNKEVNPISLNHTEIKQTYIGITSLTKDSLGNVWVGTEGEGMFILNSSKSNIKNISQENGLPSNSVYKIILYDNENIWLSTAKGLVNLDPRNYHIKKIYTMSDGLLSDQFNYNSGHKAANGKLYFGSVKGLISFDPNNILNTNYQAPIQITNISINGHDIPHSNSLEKNKRCNDSILLTHQNNSISINYSSLSYISPEKINYRYKLIGSNKNWQYLRTNQTINFSALPTGNYIFYVQATSDNANWNNAIGKLYIQILPTFWQSPIAIILYFLVSIAIIVVLIFFYHIKTIKKNNKKIKEMELLKEKEIYERRIDFLVKFAHEIRTPLTLIKAPLEKIKSLIANQPKVEKQLQTMERNTERIISISNELLDFRKVEVTGYQLHLIEINIVPLIESIISSFFEIAKERKIEFSFKKNQNAYIIKADKEAIQKIITNLLENAIKYSNSIVEIKLYSDIENKIYISFKNDGDKIPIDQAEKIFEPYYRLSNNKHITGTGLGLAISKSLSILQKGQLTYDTKEQVFNIFILTFPLSM
>NZ_CP044016|1757667:1806494|1769163_1770336_-|WP_131329465.1|transposase|DBSCAN-SWA
MSKLTLFSQIIGQLDRSKFKNIVKSHQGDKHQKGYNSWTHLVSMLFCQFAKSQSVRDISNGLRSATGNLNHLGVDRAPSKSTISYQNKHRSYEIFKDYYYCLLASLGQHPGFKRTKFRIKSKIFLLDSTTISLCLSLFDWARYKTAKGAVKMHTLLDFDGNLPAYVNITHGKTADNKGAYDVPLLKKGSVIVADRFYNDFNLLHIWDSRGVYFVIRHKDNLQYTVVKENDLPENRHPHLLKDEIIELKGGVSKGKYPQTLRRIALWDEQNQQTIELITNNVNWVADTIGELYKSRWQVEIFFRDVKQLLHIKSFIGTSENAVMIQIWTALITIVILKVLKAIAKFGWHLSNLVAFIRLNLFVKIELQKWLDRPYEEHKDPDIPIIQGVLF
>NZ_CP044016|1757667:1806494|1767013_1767592_+|WP_131329461.1|DBSCAN-SWA
MFELFSKSLHTDGYQWKDYKDYFHQMEAPAKTILLHEGKISKKMFFIEKGSLRVWFNNDGKELTCQFFFENEMVGSIESFRKNIPSPVTIETIEPSVLWWIYKRDFDKMMEAIKVVPQLRDKFIDSIFERTFVYMKYFFSTIKDSPQERYMNLMTERPEIVKRVPQHYIASYLGISSVHLSRIKSKIAKENK
>NZ_CP044016|1757667:1806494|1775399_1776809_-|WP_131329473.1|DBSCAN-SWA
MINNLNNLKLGFLLVAILSLVSCEKMIAIDPPLNETSTATVYSSDKLAASALSGMYGTLSQSETQSLNFTLYSSLQADDLLYLYTATSLVEMNNNSYSVLSTTQAGVFSDWYSVIYKANAIIDGLQTYSGTSDSIKKEYTAEAKFVRAYCYFNLVNTFGSIPLVLTTDVTVSAYLPKSNVDSVYNQITKDLLDARDNLKNDYSFTSGSRVGVNKYVADALLARIYLFRKDYSNAEFYANEVITSGLYSLTSSANINNTFVNTSTESIWLLSSYLSATTQYTAEGVAFNPFSISLTYLYYQLRPSFVQLYSSNDLRRVNWMKDLTFGGNTYTIPFKYKYRDNASAIAAGVTELPVIMRLSEQYLIRAEARAQLGSNLDGALSDLNMVHSRAGLSTFSSLNQKNLIDTIALENRKEFFCEQAFRWFNLKRTATADAILGSLKSTYTSRSQLLPIPQAAIDANPQLTQNPGY
>NZ_CP044016|1757667:1806494|1765672_1766086_+|WP_131329458.1|DBSCAN-SWA
MKIEKNFKILFQTSDFLLGNIYENVFLIKTQSNEEFYIGNFYGEPSFGIIDEVYKKCIVGGEKIINYYIFSTIKSEFEIDNFAYDIKYINEAEYEILTDPWNEKSAIWRFHLVSETLFKVSNFTKYQDKEYVERIKW

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_131329447.1|1757667_1758660_-|transposase	IS3 family transposase	A0A0P0I4A4	Acinetobacter_phage	3.9e-47	39.5
WP_131329448.1|1758548_1758830_-|transposase	transposase	Q716C1	Shigella_phage	7.2e-07	37.9
WP_131329449.1|1760837_1762157_-	AarF/ABC1/UbiB kinase family protein	NA	NA	NA	NA
WP_131329451.1|1762157_1762817_-	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
WP_131329452.1|1763213_1764095_-	aldo/keto reductase	NA	NA	NA	NA
WP_131329454.1|1764172_1764733_-	Crp/Fnr family transcriptional regulator	NA	NA	NA	NA
WP_131329456.1|1764999_1765623_+	hypothetical protein	NA	NA	NA	NA
WP_131329458.1|1765672_1766086_+	hypothetical protein	NA	NA	NA	NA
WP_131329460.1|1766254_1766839_+	hypothetical protein	NA	NA	NA	NA
WP_131329461.1|1767013_1767592_+	Crp/Fnr family transcriptional regulator	NA	NA	NA	NA
WP_131329463.1|1767663_1768626_+	zinc-binding alcohol dehydrogenase family protein	NA	NA	NA	NA
WP_131329465.1|1769163_1770336_-|transposase	IS4 family transposase	NA	NA	NA	NA
WP_131329467.1|1770535_1770811_+	hypothetical protein	NA	NA	NA	NA
1770713:1770728	attL	NA	NA	NA	NA
WP_131329469.1|1771713_1772811_-	AhpC/TSA family protein	A0A1V0SIU4	Klosneuvirus	8.3e-06	32.5
WP_131329471.1|1772814_1775382_-|protease	zinc-dependent metalloprotease	NA	NA	NA	NA
WP_131329473.1|1775399_1776809_-	RagB/SusD family nutrient uptake outer membrane protein	NA	NA	NA	NA
WP_131329475.1|1776819_1780254_-	TonB-dependent receptor	NA	NA	NA	NA
WP_131329477.1|1780342_1781374_-	FecR family protein	NA	NA	NA	NA
WP_131329479.1|1781513_1782086_+	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
WP_131329481.1|1782287_1784075_-	carbohydrate-binding protein	NA	NA	NA	NA
WP_131331925.1|1784318_1785314_-	family 43 glycosylhydrolase	NA	NA	NA	NA
WP_131329482.1|1785456_1786515_-	1,4-beta-xylanase	NA	NA	NA	NA
WP_131329484.1|1786619_1787606_-	family 43 glycosylhydrolase	NA	NA	NA	NA
WP_131329486.1|1787648_1789202_-	RagB/SusD family nutrient uptake outer membrane protein	NA	NA	NA	NA
WP_131329488.1|1789218_1792353_-	TonB-dependent receptor	NA	NA	NA	NA
WP_150136676.1|1792704_1795845_+	hypothetical protein	A0A1V0SGX0	Hokovirus	2.9e-11	30.8
WP_131329492.1|1795848_1796628_+	response regulator transcription factor	W8CYM9	Bacillus_phage	2.2e-13	38.8
WP_131329496.1|1797545_1798553_-	hypothetical protein	NA	NA	NA	NA
WP_131329498.1|1798775_1799792_+	hypothetical protein	Q9EYF3	Enterobacteria_phage	4.6e-11	28.1
WP_131329500.1|1799788_1800550_+	response regulator transcription factor	NA	NA	NA	NA
WP_131329502.1|1800593_1800992_+	hypothetical protein	NA	NA	NA	NA
WP_131329504.1|1801054_1801816_-	response regulator transcription factor	NA	NA	NA	NA
WP_131329506.1|1802236_1803328_+	flippase-like domain-containing protein	NA	NA	NA	NA
WP_131329508.1|1803660_1805190_+	GMC family oxidoreductase	NA	NA	NA	NA
WP_131329510.1|1805459_1805852_-|integrase,transposase	DDE-type integrase/transposase/recombinase	A0A0P0I4A4	Acinetobacter_phage	3.8e-22	47.8
WP_131329512.1|1806212_1806494_-|transposase	transposase	NA	NA	NA	NA
1808327:1808342	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_CP044016|2723071:2736797|DBSCAN-SWA
ATTAGTTATTCTTTTCTATCAAAAATTCCAAATAATTCTCATCATGTTGAGAAACATCTAACCCCAACTCCTCTTCATCCTCAGATACTCTAATTGGTAAAATCAAATTTATCAATTTAAATATCCCATAGGATACAATAAAGCTATACACCACAACAATTATCATTGCCTTAAATTGTGTAAAGAAAAAAGAAGGATTACCATACAATAAACCATCAGCACCTGCTCCATTAATTGTTTTCGTTGCAAAAACACCCGTTAATAACATACCAACAATTCCACCCAAACCATGACAAGGAAATACATCTAAAGTATCATCCAATGAAGTTTTACCTTTATAATCAACAGCATAATTAGAAATAATTGCTGTAATAAATCCGATAAATATACTTTGCGGAATCGCAACAAATCCCGCACCAGGCGTAATGGCAACAAGACCTACAACAGCACCAATACTAAACCCCAATAAAGAGGGCTTTTTACCTTTAATAACATCTATAAACATCCAAGATAATCCTGCTGCTCCAGCTGCAGTGTTTGTTGTAGCAAATGCAGAAACTGCCAACGCTCCAGCAGAACCAGCAGACCCAGCATTAAAACCAAACCAACCAAACCACAGCAATGCCGCCCCCATTAATACATAAGGAATATTAGCTGGCGAAATAGCTATATGATTTACATGCGCTTTTCTTGGCTTTAAAACAATTGCTCCTGCCAATGCAGCACAACCCGCAGATATATGAACGACAGTACCACCTGCAAAATCTAAAACGCCCATTTTTGCTAAAAAGCCTTCTGGATGCCAACTCCAATGAGCTAATGGTGCATATACAAATAATAAAAATAATACAGAAAATAATACAAATGCTGTATAGCGCATTCGTTCCGCTATCGCTCCTACCACTAAACCAGGAGTAATTATAGCAAACATTAATTGAAATAAAGAGAATAATGTCAATGGCACCGATGGCATTCCTGGCCAGGGATGACCAGAATTTACATTTTTGAAAAATAAAAATGTCATTGGATTACCAATGAATCCATGAATATCATCACCAAAGCATAAACTAAACCCTACAATTACCCATAATATACTTACAACACCTGCTGACGCCACGCTTTTCATCATCGTTGAAAGAATATTTTTTCTATTAACCATCCCTCCGTAAAAAAATGCAACAGCTGGCGTCATCAAGAAAACTAAAGCAGAAGATATTAATATCCAAACAATATCTGCACCGTTATATTTCCCATCATCATAATTGGAAAGCGTAGGAACGAAAATCGAAATGATGGAAATAATACTTAAAATCAAAAAAGGAGCGACCTGCTTAAAACTAAATCTTTTCATCTATATTATTAAAACACTATATATGTAAATGCCTCCACAAAATAAAACAGATTTAACAATTTGGTCACATTTTATTTATATATTTATTATCACAATATGTATATGTAAGATTTATAGCATTTTTTATTTTATAAAGCTTGCCCTAAATTAATGAAAAATCTATATTTTAACATTTTTTAACTCCTTTTCTATAGAAAAGACAACCTTCATTAGAAATCATTCAAAAAGCAGAACAATATGTTGAAAACTTCTACATTTTATTCTATTAGATTTTTGATAATAACTTGTTATAAACAAGAATTACAAGCAGAAATTAACAAATTCTTATTTAGCTATCGAGGACTTTTGCATTAATATTGTTTTTCAATACGTAAGGTTTCGTATTAAAAAAATGTAGTAAATTTAAACCATTAAAAAACCGAACAAACATGGAGACTAAAAAGTATAAAATATTATTATGCGAAGATGATTTGAATCTTGGTATGGTATTGAAAAATTATTTGGAATTAAATGACTATGATGTTGAATTAGAAAGAGATGGTCGTTTAGGATTAGCAGCCTTTCAAAGAGATAAATTTGACATTTGCCTATTGGATGTAATGATGCCAAATATGGATGGTTTTACTTTAGGTGAAGAAATACGTGACATAGACCCTGAAGTACCTTTATTTTTTCTAAGTGCTAAAACTATGAAAGACGATATCCTTCAAGGATACAAATTGGGTGCAGACGATTATATTACAAAGCCATTTGATAGTGAGGTTTTATTGATGAAGATTAAGGCAATCTTGAAGAGAAATGAAGATTTGAATAAGGAATCTGAATATGTTGAATTTGATTTAGGAACTTTTCATTTTAATCCGAGATTAAGGGAGTTAAAACATGGAAGTACCCTTCTGACATTATCTCCAAAAGAAAATGAGCTATTGAAAATGTTAGCAGAGCATAAGAATGATCTTTTACCTAGAGAAAAAGCATTGAAAAAAATCTGGGGTAGCGATACCTATTTTAATGGTAGAAGCATGGATGTATATATCGCCAAATTAAGAAAATATCTGAAAGAAGATTCAAATATTGAAATTGTAAATATTCATGGTAATGGATTTCGTTTGATGGTTGCATAATTAATGCCGCCAAATACAAGAAAACGTGAAATTGATGTAAAATAATTTACACAATTTCACGTTTTCTTGTATATTCTTACTACTATATGGATATTTTAAAAAAAAGTCGAACGCTATTAAATTTATTTTGCTTGTTAGTAATATGTAGCTGTAGCAAAACCACTATCGATACACAAACTTATTCTACATACAAAGATTATTTATCCATTAATGTAGGTGATTCTTATCTGTATAGATTGGATTCTGTAGCGCTTCTTTCCTTTGGCACAGATACAGTAACGCGTACATATTACCGCAAAGATTCTGTCATATCAGCATCTTTGGATGGAGAAAATAATACCACTTATAGAATTTACACTTACCTTAAACCTTTTACATCCAGTTCAAATAGTTGGGTTTATTTGAATGCCTATAATATAACGCTTGACTCTACTAATTTACAATTAGTGGACGAAAACAATCTAAGATTTATTAAACTATCCAATCCTATAACTGTAGAACATTCGTGGGATGGTGATGCTTATTTTACAATAGGTACTAGTGCGAGTTCCAGTTTTTCTGATCCAGCTGATGTGTATATAAATTATCAATCTCAATGGTCTTATCAATATACAGATCTCAACACTGCACAAACCTTTTATGACCAATCTTACAACAATACTATTACTGTAAACGAAATTGATTATACCGAAGGTTCGATGTCAAGTTATTACACTAGATTATATTCATCAGAGAGTTATGCGAAAGGTTTGGGATTAATTCATAGAAAATTTTTATTTTTAAATTGGCAAACATCTTCAGACTATTCTACTTATAGCTATGGTATTGAATTAACAAGAATTCAATAGTAATCTTATTTTTTTATACAGATTCTGTAAATTTGTCTAAGTAAATATACTGATGCAAATACAAAAAATCTATATAAAAAACATGGTTTGCCCTCGGTGCATAACTGCGGTAGAACAATCATTAAAGGAAGAACAAATTGCTTTTTCTCAGGTAATACTAGGAGAGATAACGCCAGAAAATAACCTCACATATCAACAAGAAATTGCATTAAATAAAAATTTACGCCTAAAAGGTTTTGAAATTATTGAGATTGGCAAAGAAAAAATTGTAAATCAAATCAAAGTTCTGCTTTTAGCATATATAAGAAACGCTCCTACTCAGCATGAAAAAATCTCCGAATATTTAACTAATCGTCTATATGTTGATTATAGTCATCTAAGTAAACTATTTTCTGAAATTCAACAAAATACAATTGAGCAGTATTTTCTTCAACAAAAAATTGAATTTGTAAAAGAATTATTGAGTTATGGTGAGCTCAATTTGACGGAGATCGCAGACAAATTAAACTATAGTAGTGTCGCATATTTATCCAAACAATTTAAAGAAATAACCCATCTCACTCCTACCCAATTTCAAAAATCTCAAAACAAAAATAGAATTGCATTAGACAAAATATAAAAGCGTCTTCCATATATGAAAAACGCTTTTATATTTTATCTTTTTATTATAATTAAATTGCGGCTAATTGTACTTTTTGAGTAAGTTCTACTACATTTTCACGAAAAATACTATCTGTATCCATCAGATCTTTCACCGTTTGACAGCTATGTATTACAGTGGTATGATCTCGACCACCGAAATGCTCTCCAATATTCTTCAAAGAATTTTTTGTAAATGTTTTTGCTAAATACATCGAAATTTGACGCGCTTGTACGATTTCACGTTTACGCGTTTTTTCCAATAATCTGTCATAAGGAACATTGAAGTATTCGCAAACCAATTTCTGAATGGCGTCAATTGTCAATTCCTTTGTACTTGTCTTGACAAAATTGCGTAATACTTTTTTTGCCAATTCCAAATCAATTTCCCTTTTATTCAAAGAAGATTGTGCTAATAAAGAAATCAATGCACCTTCTAATTCTCTAACATTTGTATTGATATTATAAGCAACATAATTAATAACATCTTGCGGCATTTCTAAGCCATCATTGTACATTTTTTGCTTTAATATCTCAATACGCGCTTCATAATCAGGAACCATCAAATCAGCACTTAATCCCCATCTGAAACGACTCAAAAGACGCTCTTGCAATCCGTCCAAATCCTTCGGCGCCTTATCAGAAGTCAACACTAATTGTTTACCACTCTGATGTAAATGGTTAAAGATTGCAAAAAATGCATCTTGACTTTTTTCTGCACGTGCAAAGAACTGCACATCATCAATAATTAAAACATCAATCAATTGATAGAAATGAATAAAATCATTAATTGCATTATTACGACTATGATCCTGAAATTGATTGATAAATTTTTCGCTACTTACATAAAGTACCACTTTATTAGGATGCATTTTTTTTACTTCATTACCGATTGCTTGAGCCACATGCGTTTTACCCAAACCAACGCCCCCGTATATTACTAAAGGATTAAAAGAGTTTGCTCCAGGTTTTTCGGCTACAGTTTTACCCGCACGACGAGCGACACGATTACAATCTGACTCTAAGAAAGTATCAAAGTTGTAAATAGGATTTAATTGTGGATCAATTTGCATTTTTTTCAATCCTGGAATCACAAATGGATTCTTCACAGGATTATTAATAACCAAAGGAAAATTGACCTCATTATTTGTATAATGTTTTACGGGACCCGCAGGGATATCCATAGATCCACTTTTCCCTTTATTTCCACTATCTACAATAATACGATATTCTAATTTGGCATTCTTTCCCAACTCACGTTTTAGGGTATTAGCCAACAATGGAACATAATTCTCTTCCAAGTATTCAAAAAAGAATTGACTAGGGACTTGAATAAGTAAAACGTCCCCTTTTAATTCAACAGGTTTTATCGGTTCAAACCATGTCTTGAAATGCTGCCATTCCACGATATCTTTAATGATAGTCAAGCACTTAGACCAAACCAATTCTGCTGAATTATTCATCATAATGTATTAAAATCTATCTTTTTTTGGTATAAAATTCAGGTCCTTCATGAAAGCTTTACTTGGAATTTATCCACAATATTTTTCCGTGTAGGAGGACGAAAGTGAGTTAAAAATGTTGAAAAAAAAACTTTTTATTCTAATAATTTTTCCTCTTAATACGCAACTAACTAATTTCCAAATAATTATTTTTTTTAATCATTTTTATAAGAAATTCTATGCTCATATGAGGGAGAAATAGGCCTAGAATCATATGTTATTTTTTCTATATATTTAATTAAGAGTGAGGTCAATGTTATTTCAAATATTTTATATGGATAAGCAATAAGCATGCTACAATTTTCACGACCTTTTACGTTTCTTAGAAGAGTTGCAATAGAATACTGATTATTTAAATGAATTGAATCACCATCCACATCAATGTCCTCAGCATGCATGCTTTTTATTTTGAAGTGTCCTCCAGAAATGGCACCCCCACCTTTTTGAGCAATTACATTCATTAATTTATTTAAATCGGTACCCAAAACTTCGATAATGGCCAAGCTGTCATTGAAAGGCAAAATATTATCAATATCTTCGACACCTACATTCCCTTTAGGTAAATTACTTCGAATTGCAGTTCTTGGAATATATACAAAGTCCAATCTTTTTTTCAATGAAATTTCAATTTCATTTTTTACAGCATCTGCGATTAAATTCCCTAATTCTCCCGAAGGAAATTGATTTTTAAAAATACGATTCGAAAAACCTATAGGTTTGATTCTGATGGTATCATTTAAATCATGGGAGTCAATTTTCTTTTTTGGTACAATTTTTTGTGCAAATAGGTCATACATTTGAAATATTGCTAAAAAAGTTAAAAATAATTTAAAGGATTTGTAATTTCTTTTAGCTATTTTGCGTATATAATTAATCACAGTCGGTTTATTTCGGTTAAATTACTAGATTTGTGAGAGTATAACTAAAATAGATGTTATCTCCACTTCTAAATTGACCTACATCAAAATCATTATGAATAAGAAAAAAATTATCATTACAGGGGGAGCCGGATTCATTGGTTCTCATGTTATCCGAAGATTTGTTAATCAATATCCTGATTATCAAATTGTAAATCTAGATGCATTAACTTATGCTGGAAACTTGGAGAATTTAGAGGATGTAGAATCCAAAGAAAATTACAAATTTATCAAAGCAGATATTAGAGATGCTGAATTAATTGAATCAATTTTTGAAACAGAACAACCTGATGCCGTTATTCACCTAGCAGCAGAGTCACATGTAGATAGATCCATTAAAGATCCTTTGGCATTTGTGCAAACGAATGTAATTGGAACGGTAAATCTTTTGAATGCAGCAAAAAAAACATGGAAATCAGATTATTCTAAATATCGTTTTTACCATGTAAGCACTGATGAAGTATACGGAGCTCTGGGCGAAACTGGTTTCTTTACAGAAGAAACAGCATATAATCCACATAGTCCATATTCTGCATCCAAAGCTAGCTCCGATCATTTCGTAAGAGCTTATCATGATACTTATGGAATGGATACCGTTGTTTCTAATTGTTCCAATAATTATGGAGCAAATCATTTTCCAGAAAAATTAATTCCATTATCCATTAATAACATTAAAAACAATAAATCTATTCCAATATATGGAAAGGGTTTAAATGTTAGAGATTGGCTTTGGGTAGAAGATCATGCAAGAGCTATCGATGTCATTTTTCACAATGCAAAAACTGGCACTACATACAACATTGGTGGACATAATGAATGGACAAATATTGATTTGATCAAATTATTATGTAAAATCATGGATAAAAAATTGGATAGAGAGCCTGGTACATCTGAGAAACTTATTACCTATGTTGAAGATCGTGCAGGACATGATTTACGCTATGCCATCGACCCAAATAAATTACAAAATGAATTGGGCTGGAAACCGAGTCTGCAATTTGAAGAAGGATTAGAAAAAACGGTGGATTGGTATTTAGCAAACGAAAAATGGTTAAATAATGTAACCTCAGGCAACTATCAACAATATTATGAACTTCAATATAAAGACAAATAAATGCAATTAGTAGAAACCCCTCTCAAAGATTGTTTTATACTAGAACCAAGAATTTTTAATGATGATAGAGGATTCTTTTTTGAGAGTTACAATAAAAATACTTTTGATAAATTATTAGGAAAAAATATTGACTTTGTTCAAGACAACCAATCTCATTCTGTTTATGGAGTTCTGAGAGGTCTACATTTTCAAAAAGGTGTACACGCACAAGCCAAACTTGTTAGAGTACTAGAAGGAAGTGTTCTAGACGTAGCGGTTGATTTAAGAGAAGATTCTCCAAGCTTTGGGAAATGGTATTCGGTGGAATTGACCGATAAAAATTTTAAGCAATTTTTTATACCTAGAGGTTTTGCTCATGGATTTGTAGTTTTAAGTCCAACGGCTATCTTTTCTTATAAATGTGATAATTTTTACAATAAAGCATCAGAAGGAGGTTTATTATTTAATGATCCTAGTTTAAATATTGATTGGAACATTAAAACCGAAGAAGCTATCCTCAGTGACAAAGATCAAATCAATCCATTATTCAATCAATTAGATTTCAAAAATCTTTGGAATTAACTCTTAATCAATTATGAAAGGTATCATTTTAGCAGGTGGATCGGGAACTAGATTATATCCCATTACGATGGGTATCAGTAAGCAACTTATGCCAATCTACAATAAGCCCATGATTTACTACCCTATCACAACATTAATGATGGCAGGTATTAGAGAAATCTTATTAATTACAACTCCTGAAGATCAAGCAAGTTTTAAAAGATTATTAGGAGATGGATCTCAATGGGGATGCCGATTTGAATATGTTATTCAAGAAGTCCCAAATGGACTTGCTCAAGCATTTGTCTTGGGTAAAGAATTTATTGGAAATGATAAGGTTGCATTGGTATTAGGAGATAATATTTTTTATGGTACAGGATTATCTGCATTATTACAATCAAATAATGACCCAGATGGAGGTGTAATTTTTGCATACCAAGTAAATGATCCGGAGCGATATGGTGTAGTTGATTTCGATGCGAATAATAATGCACTATCCATCGAAGAAAAACCCAAAGAACCAAAATCGAACTTCGCAGTTCCTGGATTATATTTTTACGATAATTCAGTAGTGGAAATTGCAGAAAATATTCAACTCTCTCCAAGAGGTGAATATGAAATCACGGATGTAAATAGAGTTTATCTTGATCAAAAAAAATTAAAAGTTGGGATTCTTAACAGAGGAACAGCATGGCTTGATACAGGTACTCATGAAAGTATGATGGACGCAAGTTTATTTGTTCAGGTAATTGAAAATCGTCAAGGGTTGATGATTGGATGTCCAGAAGAAATTGCCTACAGAATGAAGTACATTGATGCAGAAAAATTGGCTAAATTAGCAGAGCCATTAGTTAAAAGTGGCTATGGTAACTATTTAAAAAAACTGATTAAATAAACTACTATAAACTATGAGTAAAGCAACCTTAGTAATCTTAGCAGCAGGCATGGCAAGCCGATATGGAAAAGGCACAAAACAAACGGAATCTTTCGGTCCATCTGGAGAAACAATAATGGAATATTCAATATATGATGCGATCCAAGCTGGCTTTAAAAAAGTTGTTTTTATTATTCGTAAGGAATTCGCCGAAAGTTTCGAAAAAACAATGAATGAAAAACTTCAAGATAAAATTGAAGTGGCATATGTGTATCAGTCTATTGATAAATTTTTAGGCAATCATAATTTGCCCATTGATAGGGTAAAACCTTTTGGCACTGCTCATGCCTTACTTTGTTGTAAAGACGCAGTAAAAGACCCTTTTGCGGTCATCAATGCGGATGATTTTTATGGTGCTGACGCCTTTCAAAAAGCTTATAACTTATTGGAAAATAAAATCCAAAATAACCACTATGCATGTGTTGGGTATTGGCTAAAAAACACACTATCTGATAATGGTGCTGTTACGAGAGGAGAGATTTTTGTTAATGATAAAAATGAGGTAGAACATATTATTGAACGTAAAAAAATTGTGAAAAGAGAAGGCAAAGCAATCAGTACCGAAGGGGAAGAATTAGAGTTACCCCTAGATACTAAAGTTAGCATGAATTTCTTTTGTTTTGATGGACAATACATTAATAAACTAGAAAAACTATATCAAGATTTTTTAGACAAACATATTACTGATATTAAATCTGAATTTTTAATTCCAGAAGTAACAGATAAATTGATCAAATCTGGAGAAAGTATCGTACATATGGTCCCTACGACGGCAAAATGGTTCGGCGTTACTTTTGCGGAAGATGCCCCATTAGTAAAAGCGGAATTTAAAAAATTAGTAGATGCTGGATTATATCCAAGTTCTTTGTGGGAAACAGTGAGTGTATAATTTCAATACAAGATTTATAAATAATTTAAAGAAAGTATTTTCTACATGGAATTTAGAAAATACTTTCTTCGAGTTTTCGCACTAAACAGTTAACTACACATTTAAAATATTTCTATTTTCAACACTTGTTCTAATATTGGAGCCATATCGTAATATTTGTACTCTGCAAGGCGCCCGCCAAATATATATTGTTGATCTGTGTCCGCTAATGCTTTATATTTTTGATATAATGCATTATTATATGCATCATTAATTGGATAGTAAGGTTCCATTCCATCCTTCCATTCAGTAGAGAATTCTTTAGAAATAATTGTTTTAGGGCAAGCATCTACTTCATCTCCAAACATTTCAAAATGTTTATGTTCTATAATACGAGTATAAGGAACTTTCTTTTCGGTATAATTCACAACTGCATTTCCTTGATAGTTTGTGGTTTCATGCACCTCATGATCAAAATTAATGGTTCTATATGCTAGTTTTCCATATTGAAAGCCATAGAACTCATCAATAGCTCCAGTAAATACAATCTTTTCACCAAGTGCTTCATACTTGGCTTTATCTTGCAAGAAATCTACATTGCACATTACTTCCACACCTTTAATTAATCCCTCAATTAGTTTATTGTATCCACCCTTCGGTATACCTTGATAGGCATCACGGAAATAATTATTGTCGTAGACAAATCTTACAGGTAAGCGTTTAATGATAAATGCAGGAATATCTGTACAAGGACGTCCCCATTGTTTTTCAGTATATCCTTTGATCAATTTTTCATAAATATCTACACCAATTAAGGCAATTGCTTGTTCCTCTAAATTGCGAGGTTCATCAATGCCCTCTAATTTCATTTTAGCTACGGCATCAGCCTTCTGTTCATCAATCTTGGCTTTGGCCTCTGCTGGCGTTCTCGTTCCCCACATCTGATAAAACGTGTTCATATTGAACGGAAGATTGAAATATTCACCCTTATAGTTAGCCACTGGACTATTGGTATAGCGATTAAACTCAACGATGGAGTTTACAAAATCCCACACTTCTTTATTGGATGTGTGGAAGATATGTGCACCATACTTATGAACATTTATACCTTCAATATTTTCACAATAAATATTTCCGCCTATATGTGGCCGACGATCTATAACCAAACATTTTTTTCCTACTTTTTTTGCCCTATACGCAAATCCGGCTCCATATAAACCGGCTCCAACAATGATATAATCGTACTTTTTCATTTTTAATTTAACGTGTAAAGAATTGATTGGTCAATAAAAATATATATATTAAATAGGCCGTTTTTATAACTTACAAATGAATATTAATAAAACTCCGCACTATTTTCAAGTATGTTTTTTTTGCAATATTCATTTTAAAAATAGCTCTATTTATTAATAAGCTTTAATAGATAATCACCGTAGCCACTTTTTATCAAAGGTTCTGCTAATTTTGCTAATTTTTCATCGTTAATATAATTCATTCTGTAGGCAATTTCTTCTGGACATCCAATCATCAACCCTTGACGATTTTCAATTACCTGAACAAATAAACTTGCGTCCATCATACTTTCATGGGTACCTGTATCAAGCCATGCTGTTCCTCTGTTAAGAATCCCAACTTTTAATTTTTTTTGTTCAAGATAAACTCTATTTACATCTGTGATTTCATATTCACCTCTTGGAGAGAGTTGAATATTTTCTGCAATTTCCACTACTGAATTATCGTAAAAATATAATCCAGGAACTGCGAAGTTCGATTTTGGTTCTTTGGGTTTTTCTTCGATGGATAGTGCATTATTATTCGCATCGAAATCAACTACACCATATCGCTCCGGATCATTTACTTGGTATGCAAAAATTACACCTCCATCTGGGTCATTATTTGATTGTAATAATGCAGATAATCCTGTACCATAAAAAATATTATCTCCTAATACCAATGCAACCTTATCATTTCCAATAAATTCTTTACCCAAGACAAATGCTTGAGCAAGTCCATTTGGGACTTCTTGAATAACATATTCAAATCGGCATCCCCATTGAGATCCATCTCCTAATAATCTTTTAAAACTTGCTTGATCTTCAGGAGTTGTAATTAATAAGATTTCTCTAATACCTGCCATCATTAATGTTGTGATAGGGTAGTAAATCATGGGCTTATTGTAGATTGGCATAAGTTGCTTACTGATACCCATCGTAATGGGATATAATCTAGTTCCCGATCCACCTGCTAAAATGATACCTTTCATAATTGATTAAGAGTTAATTCCAAAGATTTTTGAAATCTAATTGATTGAATAATGGATTGATTTGATCTTTGTCACTGAGGATAGCTTCTTCGGTTTTAATGTTCCAATCAATATTTAAACTAGGATCATTAAATAATAAACCTCCTTCTGATGCTTTATTGTAAAAATTATCACATTTATAAGAAAAGATAGCCGTTGGACTTAAAACTACAAATCCATGAGCAAAACCTCTAGGTATAAAAAATTGCTTAAAATTTTTATCGGTCAATTCCACCGAATACCATTTCCCAAAGCTTGGAGAATCTTCTCTTAAATCAACCGCTACGTCTAGAACACTTCCTTCTAGTACTCTAACAAGTTTGGCTTGTGCGTGTACACCTTTTTGAAAATGTAGACCTCTCAGAACTCCATAAACAGAATGAGATTGGTTGTCTTGAACAAAGTCAATATTTTTTCCTAATAATTTATCAAAAGTATTTTTATTGTAACTCTCAAAAAAGAATCCTCTATCATCATTAAAAATTCTTGGTTCTAGTATAAAACAATCTTTGAGAGGGGTTTCTACTAATTGCATTTATTTGTCTTTATATTGAAGTTCATAATATTGTTGATAGTTGCCTGAGGTTACATTATTTAACCATTTTTCGTTTGCTAAATACCAATCCACCGTTTTTTCTAATCCTTCTTCAAATTGCAGACTCGGTTTCCAGCCCAATTCATTTTGTAATTTATTTGGGTCGATGGCATAGCGTAAATCATGTCCTGCACGATCTTCAACATAGGTAATAAGTTTCTCAGATGTACCAGGCTCTCTATCCAATTTTTTATCCATGATTTTACATAATAATTTGATCAAATCAATATTTGTCCATTCATTATGTCCACCAATGTTGTATGTAGTGCCAGTTTTTGCATTGTGAAAAATGACATCGATAGCTCTTGCATGATCTTCTACCCAAAGCCAATCTCTAACATTTAAACCCTTTCCATATATTGGAATAGATTTATTGTTTTTAATATTATTAATGGATAATGGAATTAATTTTTCTGGAAAATGATTTGCTCCATAATTATTGGAACAATTAGATACAACGGTATCCATTCCATAAGTATCATGATAAGCTCTTACGAAATGATCGGAGCTAGCTTTGGATGCAGAATATGGACTATGTGGATTATATGCTGTTTCTTCTGTAAAGAAACCAGTTTCGCCCAGAGCTCCGTATACTTCATCAGTGCTTACATGGTAAAAACGATATTTAGAATAATCTGATTTCCATGTTTTTTTTGCTGCATTCAAAAGATTTACCGTTCCAATTACATTCGTTTGCACAAATGCCAAAGGATCTTTAATGGATCTATCTACATGTGACTCTGCTGCTAGGTGAATAACGGCATCAGGTTGTTCTGTTTCAAAAACTGATTCAATTAATTCAGCATCTCTAATATCTGCTTTGATAAATTTGTAATTTTCTTTGGATTCTACATCCTCTAAATTCTCCAAGTTTCCAGCATAAGTTAATGCATCTAGATTAACAATTTGATAATCAGGGTACTGATTGACAAATCTTCTTACCACATGAGACCCAATAAAACCAGCCCCACCTGTAATGATAATTTTTTTCAT

Protein sequences of DBSCAN-SWA_2

>NZ_CP044016|2723071:2736797|2723071_2724421_-|WP_131330240.1|DBSCAN-SWA
MKRFSFKQVAPFLILSIISIISIFVPTLSNYDDGKYNGADIVWILISSALVFLMTPAVAFFYGGMVNRKNILSTMMKSVASAGVVSILWVIVGFSLCFGDDIHGFIGNPMTFLFFKNVNSGHPWPGMPSVPLTLFSLFQLMFAIITPGLVVGAIAERMRYTAFVLFSVLFLLFVYAPLAHWSWHPEGFLAKMGVLDFAGGTVVHISAGCAALAGAIVLKPRKAHVNHIAISPANIPYVLMGAALLWFGWFGFNAGSAGSAGALAVSAFATTNTAAGAAGLSWMFIDVIKGKKPSLLGFSIGAVVGLVAITPGAGFVAIPQSIFIGFITAIISNYAVDYKGKTSLDDTLDVFPCHGLGGIVGMLLTGVFATKTINGAGADGLLYGNPSFFFTQFKAMIIVVVYSFIVSYGIFKLINLILPIRVSEDEEELGLDVSQHDENYLEFLIEKNN
>NZ_CP044016|2723071:2736797|2724849_2725545_+|WP_131330241.1|DBSCAN-SWA
METKKYKILLCEDDLNLGMVLKNYLELNDYDVELERDGRLGLAAFQRDKFDICLLDVMMPNMDGFTLGEEIRDIDPEVPLFFLSAKTMKDDILQGYKLGADDYITKPFDSEVLLMKIKAILKRNEDLNKESEYVEFDLGTFHFNPRLRELKHGSTLLTLSPKENELLKMLAEHKNDLLPREKALKKIWGSDTYFNGRSMDVYIAKLRKYLKEDSNIEIVNIHGNGFRLMVA
>NZ_CP044016|2723071:2736797|2725676_2726393_+|WP_131330242.1|DBSCAN-SWA
MLVICSCSKTTIDTQTYSTYKDYLSINVGDSYLYRLDSVALLSFGTDTVTRTYYRKDSVISASLDGENNTTYRIYTYLKPFTSSSNSWVYLNAYNITLDSTNLQLVDENNLRFIKLSNPITVEHSWDGDAYFTIGTSASSSFSDPADVYINYQSQWSYQYTDLNTAQTFYDQSYNNTITVNEIDYTEGSMSSYYTRLYSSESYAKGLGLIHRKFLFLNWQTSSDYSTYSYGIELTRIQ
>NZ_CP044016|2723071:2736797|2734306_2735170_-|WP_131330250.1|DBSCAN-SWA
MKGIILAGGSGTRLYPITMGISKQLMPIYNKPMIYYPITTLMMAGIREILLITTPEDQASFKRLLGDGSQWGCRFEYVIQEVPNGLAQAFVLGKEFIGNDKVALVLGDNIFYGTGLSALLQSNNDPDGGVIFAYQVNDPERYGVVDFDANNNALSIEEKPKEPKSNFAVPGLYFYDNSVVEIAENIQLSPRGEYEITDVNRVYLEQKKLKVGILNRGTAWLDTGTHESMMDASLFVQVIENRQGLMIGCPEEIAYRMNYINDEKLAKLAEPLIKSGYGDYLLKLINK
>NZ_CP044016|2723071:2736797|2726445_2727012_+|WP_131330243.1|DBSCAN-SWA
MQIQKIYIKNMVCPRCITAVEQSLKEEQIAFSQVILGEITPENNLTYQQEIALNKNLRLKGFEIIEIGKEKIVNQIKVLLLAYIRNAPTQHEKISEYLTNRLYVDYSHLSKLFSEIQQNTIEQYFLQQKIEFVKELLSYGELNLTEIADKLNYSSVAYLSKQFKEITHLTPTQFQKSQNKNRIALDKI
>NZ_CP044016|2723071:2736797|2727064_2728495_-|WP_131331953.1|DBSCAN-SWA
MNNSAELVWSKCLTIIKDIVEWQHFKTWFEPIKPVELKGDVLLIQVPSQFFFEYLEENYVPLLANTLKRELGKNAKLEYRIIVDSGNKGKSGSMDIPAGPVKHYTNNEVNFPLVINNPVKNPFVIPGLKKMQIDPQLNPIYNFDTFLESDCNRVARRAGKTVAEKPGANSFNPLVIYGGVGLGKTHVAQAIGNEVKKMHPNKVVLYVSSEKFINQFQDHSRNNAINDFIHFYQLIDVLIIDDVQFFARAEKSQDAFFAIFNHLHQSGKQLVLTSDKAPKDLDGLQERLLSRFRWGLSADLMVPDYEARIEILKQKMYNDGLEMPQDVINYVAYNINTNVRELEGALISLLAQSSLNKREIDLELAKKVLRNFVKTSTKELTIDAIQKLVCEYFNVPYDRLLEKTRKREIVQARQISMYLAKTFTKNSLKNIGEHFGGRDHTTVIHSCQTVKDLMDTDSIFRENVVELTQKVQLAAI
>NZ_CP044016|2723071:2736797|2735183_2735744_-|WP_131330246.1|DBSCAN-SWA
MQLVETPLKDCFILEPRIFNDDRGFFFESYNKNTFDKLLGKNIDFVQDNQSHSVYGVLRGLHFQKGVHAQAKLVRVLEGSVLDVAVDLREDSPSFGKWYSVELTDKNFKQFFIPRGFAHGFVVLSPTAIFSYKCDNFYNKASEGGLLFNDPSLNIDWNIKTEEAILSDKDQINPLFNQLDFKNLWN
>NZ_CP044016|2723071:2736797|2735744_2736797_-|WP_131330251.1|DBSCAN-SWA
MKKIIITGGAGFIGSHVVRRFVNQYPDYQIVNLDALTYAGNLENLEDVESKENYKFIKADIRDAELIESVFETEQPDAVIHLAAESHVDRSIKDPLAFVQTNVIGTVNLLNAAKKTWKSDYSKYRFYHVSTDEVYGALGETGFFTEETAYNPHSPYSASKASSDHFVRAYHDTYGMDTVVSNCSNNYGANHFPEKLIPLSINNIKNNKSIPIYGKGLNVRDWLWVEDHARAIDVIFHNAKTGTTYNIGGHNEWTNIDLIKLLCKIMDKKLDREPGTSEKLITYVEDRAGHDLRYAIDPNKLQNELGWKPSLQFEEGLEKTVDWYLANEKWLNNVTSGNYQQYYELQYKDK
>NZ_CP044016|2723071:2736797|2728689_2729331_-|WP_131330244.1|DBSCAN-SWA
MYDLFAQKIVPKKKIDSHDLNDTIRIKPIGFSNRIFKNQFPSGELGNLIADAVKNEIEISLKKRLDFVYIPRTAIRSNLPKGNVGVEDIDNILPFNDSLAIIEVLGTDLNKLMNVIAQKGGGAISGGHFKIKSMHAEDIDVDGDSIHLNNQYSIATLLRNVKGRENCSMLIAYPYKIFEITLTSLLIKYIEKITYDSRPISPSYEHRISYKND
>NZ_CP044016|2723071:2736797|2733029_2734160_-|WP_131330249.1|DBSCAN-SWA
MKKYDYIIVGAGLYGAGFAYRAKKVGKKCLVIDRRPHIGGNIYCENIEGINVHKYGAHIFHTSNKEVWDFVNSIVEFNRYTNSPVANYKGEYFNLPFNMNTFYQMWGTRTPAEAKAKIDEQKADAVAKMKLEGIDEPRNLEEQAIALIGVDIYEKLIKGYTEKQWGRPCTDIPAFIIKRLPVRFVYDNNYFRDAYQGIPKGGYNKLIEGLIKGVEVMCNVDFLQDKAKYEALGEKIVFTGAIDEFYGFQYGKLAYRTINFDHEVHETTNYQGNAVVNYTEKKVPYTRIIEHKHFEMFGDEVDACPKTIISKEFSTEWKDGMEPYYPINDAYNNALYQKYKALADTDQQYIFGGRLAEYKYYDMAPILEQVLKIEIF
>NZ_CP044016|2723071:2736797|2731139_2732000_+|WP_131330247.1|DBSCAN-SWA
MKGIILAGGSGTRLYPITMGISKQLMPIYNKPMIYYPITTLMMAGIREILLITTPEDQASFKRLLGDGSQWGCRFEYVIQEVPNGLAQAFVLGKEFIGNDKVALVLGDNIFYGTGLSALLQSNNDPDGGVIFAYQVNDPERYGVVDFDANNNALSIEEKPKEPKSNFAVPGLYFYDNSVVEIAENIQLSPRGEYEITDVNRVYLDQKKLKVGILNRGTAWLDTGTHESMMDASLFVQVIENRQGLMIGCPEEIAYRMKYIDAEKLAKLAEPLVKSGYGNYLKKLIK
>NZ_CP044016|2723071:2736797|2732013_2732928_+|WP_131330248.1|DBSCAN-SWA
MSKATLVILAAGMASRYGKGTKQTESFGPSGETIMEYSIYDAIQAGFKKVVFIIRKEFAESFEKTMNEKLQDKIEVAYVYQSIDKFLGNHNLPIDRVKPFGTAHALLCCKDAVKDPFAVINADDFYGADAFQKAYNLLENKIQNNHYACVGYWLKNTLSDNGAVTRGEIFVNDKNEVEHIIERKKIVKREGKAISTEGEELELPLDTKVSMNFFCFDGQYINKLEKLYQDFLDKHITDIKSEFLIPEVTDKLIKSGESIVHMVPTTAKWFGVTFAEDAPLVKAEFKKLVDAGLYPSSLWETVSV
>NZ_CP044016|2723071:2736797|2730565_2731126_+|WP_131330246.1|DBSCAN-SWA
MQLVETPLKDCFILEPRIFNDDRGFFFESYNKNTFDKLLGKNIDFVQDNQSHSVYGVLRGLHFQKGVHAQAKLVRVLEGSVLDVAVDLREDSPSFGKWYSVELTDKNFKQFFIPRGFAHGFVVLSPTAIFSYKCDNFYNKASEGGLLFNDPSLNIDWNIKTEEAILSDKDQINPLFNQLDFKNLWN
>NZ_CP044016|2723071:2736797|2729506_2730565_+|WP_131330245.1|DBSCAN-SWA
MNKKKIIITGGAGFIGSHVIRRFVNQYPDYQIVNLDALTYAGNLENLEDVESKENYKFIKADIRDAELIESIFETEQPDAVIHLAAESHVDRSIKDPLAFVQTNVIGTVNLLNAAKKTWKSDYSKYRFYHVSTDEVYGALGETGFFTEETAYNPHSPYSASKASSDHFVRAYHDTYGMDTVVSNCSNNYGANHFPEKLIPLSINNIKNNKSIPIYGKGLNVRDWLWVEDHARAIDVIFHNAKTGTTYNIGGHNEWTNIDLIKLLCKIMDKKLDREPGTSEKLITYVEDRAGHDLRYAIDPNKLQNELGWKPSLQFEEGLEKTVDWYLANEKWLNNVTSGNYQQYYELQYKDK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_131330240.1|2723071_2724421_-	ammonium transporter	H8ZJB2	Ostreococcus_tauri_virus	6.5e-29	27.4
WP_131330241.1|2724849_2725545_+	response regulator transcription factor	W8CYM9	Bacillus_phage	7.5e-29	35.4
WP_131330242.1|2725676_2726393_+	hypothetical protein	NA	NA	NA	NA
WP_131330243.1|2726445_2727012_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_131331953.1|2727064_2728495_-	chromosomal replication initiator protein DnaA	A0A1B1IQK0	uncultured_Mediterranean_phage	2.2e-06	29.7
WP_131330244.1|2728689_2729331_-	hypothetical protein	NA	NA	NA	NA
WP_131330245.1|2729506_2730565_+	dTDP-glucose 4,6-dehydratase	A0A291LAD7	Escherichia_phage	6.0e-86	49.1
WP_131330246.1|2730565_2731126_+	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	3.3e-43	52.3
WP_131330247.1|2731139_2732000_+	glucose-1-phosphate thymidylyltransferase RfbA	H9NC64	Sphingomonas_phage	4.5e-100	61.2
WP_131330248.1|2732013_2732928_+	nucleotidyltransferase	NA	NA	NA	NA
WP_131330249.1|2733029_2734160_-	UDP-galactopyranose mutase	E4ZFQ1	Streptococcus_phage	4.5e-132	60.2
WP_131330250.1|2734306_2735170_-	glucose-1-phosphate thymidylyltransferase RfbA	H9NC64	Sphingomonas_phage	1.4e-101	61.3
WP_131330246.1|2735183_2735744_-	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	3.3e-43	52.3
WP_131330251.1|2735744_2736797_-	dTDP-glucose 4,6-dehydratase	A0A291LAD7	Escherichia_phage	7.7e-86	49.1

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_CP044016|4467557:4477751|DBSCAN-SWA
ATTAGAAAAGTGTTTGCACTTTTACATCGCTTTCTAATTCCAATAATATCTTTTTATTTTGTACGCCGCCAGCAAATCCAATCATTTTTCCATCTGCACCTACAACTCTATGACAAGGAACGATAATAGCGATTGGATTTTTGTTCAATGCACCACCAACAGCTCTAACCGCTTTTATATCTCCTAAAATTTGCGCCAATGCTCCATAGGTTTTTGTTTTTCCATATTGAATGGTCAATAATGCGTTCCAAACTTTCACTTGAAAATCCGTTCCTATAAAATCCAATGGAACTTTGAATACAGTTCTCTTTTTTGTAAAATATTCGGCTAGTTGTTGCTCAACTTGCAATAAAATAGGATGAGAATTATCTAATATAGGCTCGTCTAATTTGCTTCTTTTATAGTTTTCATCTTCCCATAAAATAGCTGCTAGACCTTTGTTAGAACTGACTAATCTTATTTTTCCAACTGGAGTGTCCATATCTTTAAAAAACAATTGACGCATTGTAATTTATCCTTTTTTCAAATGTAGTAATATTATATTTATTTTTATTAGTGGAACTAACTAGGAGAAATAAAGTTGTTGTCATTGTTTACATTTTAAAACAATCTAATATAGTTTCATTTTTTGTAAGTACTGCAAAATGGACATTTTTAAATACATTTTTATATTTATCAAAAAGCAATTCTTTAAATAATTCACCAATAGTTTTAGGATCATTTTGGAATACACCACAGCCCCAAGCACCTAGAATTAAAGAATCATTTTTTTCATGATAAGCCAATGCCAGCATTTTGTCCATTCGTTGATGCATTGATTGAGTTATTTCATTAGCTTTATTGGGTTCTTGCTTTTGCACCACACCCGCATTCACAGCTGGCGATGTAATGATGTTACAATAATTTGGAGCGTCAATTAATACCCCTTTTTCATTGCGAAAAACGGGAACTCCAGGACTATAAATCATACTATCTGTATAGACACATGAAGACATTTTGCGATGCATTTCATAGAAGCTAAATTGGGACATTTGTGATGCATACAAGCCCGATGAGCGCGCTATACTTTCTTCTTGTGCTTCTGCTCCATTGATAAATCCGCCACCTGGATTTTTCGCTGAGGCAAAATTTAGACACATAATGTTGTTGGCTGGATGCGTCGCCTGCATTTCTATGATCGCCGCAACCGTGGTTTGATTTTGAACCGTAAAATTTGTTTCGAATTTACGCTCCAAATTTTGTTGACTTATAGTTGCCAATTGCTCGCTTGAGAACTGCGCCGTTTTATCGATACAATGTCCAAGTTCTTCTTTAATAGAGATTATAGTTCCTTGTTCGTTTGTGTATTGGCCAGATTCCAATATCTGGAGTGTTTCTTGTGCTAATAATTTCTTGTTCATAGTTAGTTAATTGATGACCAAATTGGCCAATTGTTTTGATAGTTGAATAGTAGCAATCGCACCACTATTGAATTGTAAAAAATCTTGTTCGATTCCGTCACTGAATATGAATCCGTTCGTTGGCATCATAGATTCAATGACTAGCTGATTTCCATTACTGATTTTTCCACTGCAAATATCTGTTTGTGTTGCATGGCTTTTAAACGGTTCTCTAACAGCAAAATACAAATCTACTTCCTTCAATTTGGGATAATGTATATCTGTTATATGTGTCAATCCGTATGCCATATTAAACATCGAGCTCAACCAACCTGAGCTTCCGGTTTTGGTCGCAACTATTATACCACTTGACGAATGATTTTCTTCTTTTCCGTTTATCTTAATTTTATACCTTGCTGAAGTATGCGACGAAATTCCGATGAATAAGTCGTTGACTGCCAATAATGATTGTCCATCATTCAACTTAACTTCTGCAAAATGCATCTGCTTGGTATGATAATTTTGTGCAATAACTTTTTTTACTGCTTCTATAAAATTACTGGAATTATAGGGCAATAATATGCCATCGTAACGCTCTGGATCTGGATTGATGGCAATAATCGGCAATTCTTTTGAATACTTCGCCACATTTGCAACAAGCCCGTCTTGTCCAATAACTATAATCAAGTTGCTTTCTGCAAAAAGATAAGATGGAATAAAACTACGTTCTACTACTTTGTTTTTAATGATGGGAGATAATCGTTGTTGTACATCATTAAATGCACTATAAAACTGTTCATGTTCTAACTCATAATCCGCAAAATCGCCACCTGATCTTTCTATAAAAAATCGCGCTTGTTCTTTCGTATTGAAACGCTCTATTAAGGATTCCATACGAGTTTTATTTTTAACAATTATGGCATATTCAAATTTCATGACGATTAATTTTTTACTTTATTTTCCCGTTAATATAGTTTGCAATAAATTGGGGCTGATATTAAGATTTCCAATTTTTTGAGCATTTTCGGCTAATTCGCGAAATGCCAAAGCAATATTTCCACGAGCATCTTGTTTACTGTTCAGCGCGCTTAGGATTTTCCAATCCATTTGTTTGTATGGTTTAAGAGATGCTTCTAGCACATAACTTTGTGTGTCTGCTTCTTTCCGATCATTATCCGTTTTTTGCTCAATCAATTGCTGACGTTGGGTTTCGATCGCTATATCCGCAGTGATCTTCATTTCTCGCAAGGTCTTACTGTTTTCGGCTTGTTGCACTTCTGTTTCCATTTTCTTTTCTGCAATTTGCTTTTGTTTTTCTTCTACAGCAATCTCCGTATTCAATTCAGATTCTTTTATTTTCCGTTCTTGTTCCACGGCGAAATTTCTGCGTTCGTAAACGGCTTCATCTGCCTGCTGTTGCAATCGTTCACGCGTTTCTGTCTCCAATGCTCTCGCCATTTCAGGTGTTGCTTGTACTGCCATAATACTTACGCCGAGTATTTCTATTCCCATCAATTTTATAGTTTCAGAGTTTCGCAAGCCTTCTTCTATGTTTTTTTCAATTTGTTTGGCAGAGCGAATGGCATCTTTCAAATTTAACTGATGAATAAATGCAGATGTGGATGTTTGCGCCAAGTTAATGATGCGTTGATTCAACTTTTCCGTTTCATTTTTTTTGTACAAACCATTTGCCGTCACCGTGAAATCCAAACTATTGGCCAATGCTTTGGGTTCTGTAATTTTATAACTTACTTGTCCTTGAATAGTTACAGATTGATAATCCGCCGTATTTTCATGGAAAATAAATGGTAAATCATTGCTACCCAAAGGAATCGCCACGATAGAACTGCTGGGTGCAAAATAGAAAAACGAAAGACCACGACCTTCTTTGGCAATCACTCCATTTTTGTAATGAAGTACATAGCTCATTGCATCAAATTGAATATGTTTAAAACCGAACATGATAATTATTTTTAATCGTTTATAAATGTGTCAAATGTACGCAAATATGAATTGGGCAAAAAAATGGAATTTCTACATTTTCAATAATGCCCTAACTTCCATTAAAGCAAATCCCAATAGATTTTCACCATTCCATAATGTTGGATTTTTGCTATGAGGATGAGATTCCAGCATGCCGATTCCCCAAATCCTATCATAAGGACTCGCTTCTACAATTACTTTTTGATTCGTATTGAGTAGAAAATCGCCCATTTCTTTGTTTTGAGAAAATATTAAAAAATTGCCTTGTTTTACAATATCGTATTTATGATTATTCCATAAGTCGGCATCAAAATTTTTCACTAATCGTCCCAATGCTTTCATCTCTTTTGGTGAATGCGCTGCCAATATCCTTTTTTGAGTTTCCAAATCGCCAAACAATTCTGCTTTTTTAGCCATCATATATTGCTCGGTATTGGCAAACTGAATATCGTTTTCGATGAAGGTTGCGGGATACCATTGACTAAAACAACTCTTGGTGATAGAACCATCTGAAGGAATCTGATGTCCCCAAAAAAACAAGAACTCTAAATTCTTTTTCTGTTCAAATGCTGTTTTTAAATTATCTAAATTGTTCTTCATTTTGCGTTTATTTTACACAAAGCTAATTGTTGTAAATAAAATACGCAAATTTATTTGCGTATTTTTTACATAAATATTTTAATAAATTGAAAATCAGTTGTTTGACTTGACTTTTTCTCTTATTTCTTGAAGAGATTGATCAATAATTAACTGTCCGTCCTTGAATACTTCACGTAATGCGCCTGTTTTTTCTTCTTCCCAACCTACCTGATCTTTTAATGTATAGTTTCCATCTTTTTCAACTATTTTCATTAGACCTTTCGCCGATTTTTTTGTTCCATCGTCCGTAATTGGGTCTTTAAATATTTCTCTTCCAATTCCATTGACTTCTCCATAAGTAGCTTTCATGGCGAATCCAAAAGTGTCTCTTGTATTGTATTGGTAAGTGAAAGAGCCAATTCCCAAGACTATATTGGTTGATGCAAATCCTTTTGTCTTTAATCTTTCACATATTTGTGTTGCACGATCAATAGTTATACTGTCTCCGTAGATAGCACCGATTTGAGGAATCAGTTCTTTGTATCCTTTATCATTTGTACTGCCACCAAAAGTATCCCAAAGTAATTCGATGACACCTTTGCGTTCTACCTCAGATTTTCCATTAAGATTACCACAAATAATATCTACAGGATCGCCACTATCAGGACGAACTACCACTTTTCCTTCTCTGGAAATAATTTCCGATTTCAATTTTGGAAGATATTCCGTCAATACTTTCCACAAATCCCATGTATCAGAAACGATAGAAACAATCCCTTTAGGATAAACATCACAAACCAATCTACGAAACGTACCGAGTTCGTCCTCTATGGTTCCCATACACATCACAGAATGTTCCGTTGCAGAAACAGAACCACCAATAAGTTCCTTATCTGAATCAGCATTATAGTATTTTTCCAAAAAGTCTATTGCTGGTATAGTATCTGTACCTGTAAAACTTAGCAAATGTCCCGCAGAAGAACTCACTGCCGCTTCAATACCTGCCATGCCTCGCATAGAGAAGTCATGTCCTTGCCATTCTACCATTGCAGGTACTGAAGACGTTTGCTCTGCATATTTGTCCAAAATCTTTCTGTATTGTTTCGCTATAGTTGCAGATGTACAAGGCATCCAAATAGCGGCAGAAACTAAGGTCTCAAAATAATTAGTCAACCAGAAAAACTCAGGAATCGTGTTGTACATAGTGAACATTGGAACTCTAACAGGTACACTTGATCCTTCTGGCAAAGCTTTTATAACCATTGGGATATAGCCGAGATCATGTAGATCTTCAATATGCTTCGTGCCGACTTGATTTTCTCCCAAATAGTTATTTACACGGCGGCGATATTCTGCAACTACTTTTTCTTTAGGTTGTTTGAAAAAATAGTTTTCAAAATCTTCTAGTATATATTTTTTGATAAAATATTGCAAACCGAATAGTACAACTTTATCAATACCTTCAATCCTGCTCTTCCTCGGTGTCCAATTAGAATACACTAAGCTTGTGCCTTCTGGATATTGTCTGCGATGATCTAGTTTGTAACCGTCTGTTAATAATAGTGGATTCATAGTTTATATGTTTTTTATAAGATTGTTTAATTCGTCGTACACTTGTTTCAATCCAGCCCGATCATCCATGTATGCATTGGCATATATTTTTTTACTAGTGGATTTGTAAAATGGAGGATTTTCATTAATACTGTCAAAAGGAATAGTATTGTCTTTTAAGTAATTGTAAACAAATGATAAATCCTCCTGTCCCGTCCAGCATATCAAATAACAATTTTTGGAGTGTAATGAACGGAGTAAAGAAATGACATTTTCATATTGTCTTCCTTTTTTATGGAAATCATACACCGTATCGTCAAAATCGTAGGCTATTGTGATCGATCCATATTCCTTGTATTCCGATAAGAGTCGATTTTTAGAATTGTCTATATCAAGATAAAAGTCTGTCATTTAGTTTGATTTGAGTTAGATTTTCGTGTGTTAAATCTTTAAAAGAGTTAGTTGTAAAAATATGTTCAAAACAACTATCAAGATTATCGAAACCTTTGCTGAATATGCCATGCGTCACAGCAAGATAAAGTTTGCCGGCATTTTTCTTTTTCAATACTTCTGCTAACCCAATAAATGTGCCACCGCCATCACAGATATCATCAACTATTAAACAATCTTGATTATTCAAATCATCTGTATATACTTTAAATCCTGCTAATTTTCCAGTCTTTACATCTCTACTTTTACTACATTCTACAACTTCAATACCTCCTAAAAACTCAGATACTTTGTAGATTTTTTTTAAAGCCCCACCATCTGGAGAGATGAGTTTTAAATCCGTACCTATTTTTCCTACAACGGATTGAATGAATAAGTGATTGGTTACGGCAGTGCAATTATTCAAAAGCGCTGGAGTCACTTCGGAATGCGCATCCAATATACGAACCGTCTTGAAACCCAATTGATTAATGATATCCGCATATACTTTAACAGATAGAGGCTCTCCTTTTATCATCACTCGATCTTGGCGAGCAGAAGGGAAATATGGAATGATTAATTCTTCAAGCTCAGCATGCATTCTTTTGAGCGCATCAACTGCGATGCAAAGCAAGCCAAGATCATTAAAAGAATTTAGTCTATGTGTGATAATAACGGGACCAACTATATCTGATTTTATTTTTATATGTGGCTCGCCTGCAGAGAAAGTAAAGCTTTCGAACTGGATTTCGTCACCATCAATAGGTTTAAAATTTTGGTCTAAATTGATAATTTGGTTTTTCATAATTGTACTATTATATGGTTATATAAACCAATTAAGGTTATTATTTGTTTTATATGCGTAATTATTACACAAATATATATACTATTTAATTAAAGTGCAAATTAATTTGTGTAAAAATTACTCAATAAAATATAATATGTTTAAAATCAATTATTTAATTTCAAAATAAAATCCTTTTTCGGCTAATGATTGGTATTTCTCTTTGTTGAATTTGAATAATTTCCCAGGACGACCACTTCCTTCTTTGCGTATTTTATTGGTTTCATCCAACAAACCATAACTCATTATTTTTTTACGGAAATTCCTACGATCGATGGATTCTCCGATAATCGTTTGGTACAAATCTTCCAAATCAGAAAATGGAAATTCAGTATTCAATAAATTAAATCCAATCGGTTCATATTGAATTTTGGTGCGAAGTCGTGATAATGCTTTTTCGAAAATAGCTTCATGGTCAAATGCCAATTCGGGTAATTGATCTATACTAAACCATCTCGCGTCAGCAGCGTCAGTATCGGCGTGTAGCTTGTGATAAGATGGATTGACTAAACCAAAATAAACGACCGAAATGACCCGGTTTCTCGGATCGCGGTCTACTTTTCCAAAAGTATATAGTTGCTCCAAAAAATCTGGGCGTATTCCAGCTTCTTCCTGCAACTCACGCAAAACTGCCGCATCCAAATCCTCATCGTCGTGCACCAAGCCTCCAGGAAGTGCCCATTTCCCTTTGAATGGTTCAATATTTCTTTGAATTAATAATATATGTAAAGCACTTTTCTCAAAGTATCCAAATACAACACCATCAACAGAAACCTTTATCTTTTGCATTTTTTGTGTTTTGTATACGCAAAAATAACAGTAATTATTATCAAAAGGTGACTAAATGACGATTTATAAAAAAATAAAATTTTTTTACTACGCAAATAGAATGCGCAATACTACAATGATCTTTGCATTATCGAAAATGAACCAAGATGAGTGTTTCTAGATAGCACCGTTGCGGTACACTTTGTTGAGGAAACATAATGTGGCACTGTGCAGTCGTTGTTGATGGTTTTGATAGTGACCTAAACTATCCTTTTATGTGGGTTCGATTCCCACCATCAATGAAGGTTGATGTAGCATAATGGTAGTGCACTACAATAGGGTTGTAGCAAATAGGGTTGGCGACAATCCACTCGAGTTCAGGCAACTCTTAAAAAATGCCTTCTAGGTGAGTGTTCTAGTGCTATTTGCCAGTTGTTAAGTCAACATTCTGGTAAAACCAGCAAATAAGTTCTTTGTAAGTAAATGCAACTTGGCAAGTTGTAGGGTTGGATGTACTATTTGAATTCTGTCACTCTTGGTGCGAATATTATTGGATAAGAAATATAGTGTAGACTATAATTATGATTCACAAGTATTCAAACCATTTGTTTCTACTATTCAAAATGCATTCTTACTATAACTCAAAAAGTAGATCTTACTTACCAACACAGATTTCCGTTTTCGCCCGAAGGCAAATGGCACGTGGACACTTTTTAAAAAAGTAAACTATAAAATTTAAAATATAAATATGATGAAAAGAATAACTATCGCAGCATATCAAATCGGTTTGGTTTTCGAAAATGGAAACTTAATTAATCTTTTGAAAGAAGGAAAATATTGGATTTTCGGTAATAAAAATGTGGAAATTCATGCATTAAAAGACTCTTTTAAAAGCACTATAGATTTGCAATTATTGTTGAGAAACAATGAATTGTCAGCTCTTTTGGATGTGGTTGAAGTGGTTGATGGAGAGATTGTATTGGTGTACGAAAACGGTTTGTTTACCAATGTTTTGACTGCGGGACAATATGCATTTTGGAAAGAATATGGTACGCGTCGTTTAGAAAGAATCGATCTAACGAAAGTAGAGATCACGGAAAACGTGAACAAAACGATATTGGAAAATCCCTTGTTGAAAAACTATGTACGTAAATGTGTAGTTGCCAATCAGCAAAAAGCATTGTTGTTTATCGATGGAAAATTTACCAAAGTGTTAGAATCTGGTGCTTATTACTTTTGGAATAATGAAATATCTATTGAAGTAAAATCCGTGGAAACACGTATGCAACAAATGGAAATTTCTGGCCAAGAATTGTTGACTAAAGACAAAGCAAATTTGCGTATCAATTTTTATGTTCGTTACATAGTGATAGATATTTTAAAAGCGATATTGGACAATAAAGAATTTGAAAAACAACTCTATATATTGATGCAATTGGCTTTGCGTGAATTTGTGGGCGCTTTGACTTTAGACGAATTGTTAGCGAAAAAAGACAATGTAGGTGTGGAGATTTTGACCAACTTGGGCGAAAAAGCGGAAGCCTTGGGTTTGAATGTGGCAGATGCAGGCATCCGTGATGTGATATTGACGGGCGAGATGAAAGACATTATGAACCAAGTATTGATCGCCGAGAAAAAAGCACAAGCCAATAGCATCATGCGTCGGGAAGAAACCGCTGCTACACGTAGCATGTTGAATACCGCCAAAATGATGGAAGAAAATGAAGTCCTTTGGAAATTGAAATAGATGGAGTACATGGAAAGAATTGCAGATAAAATCGGCGCCATCACTTTGTCTGGTAATAGCAATATTGTGAATCAATTGAAGGAAATATTTGTGAAATAACATTTGAATAAACTATAGAAATTATAGTTTATTCAAACTTTAATATTGTTTCAAATGAAAAATAAAATATTAGAATTATATAAAGCCAAGCATGAGATACCACTATTTTATTGTGAAAGTGGAAGTCGGCTTTGGGGAATTGCGAGTCCGGATAGTGACTACGATGTACGCGGTATTCACTTACAGTCTAAAGAGCAATATTTCGGATTTAAAAAGGAACCAGATAGCTTATCAAAAATGAATGGATTATTTGATTTTGAATCTTTTAGTTTGGATAAATTTTGCCAACTGATATTAAAGAGCAATCCCAATCTTTTGGAGTGGTTACGAAGTGATCTCGTCTATTTTAATGAATTACCGAATTGGGAAAATTTCCGTGCTGAAGTATTGAAGAATATTGATATGTCTGCATTATATTTTCACTATTTGTCATTGGCAAAAGGAAATATTGCTCTTTTTGAGACTGGTAAAAAAGCATACTATAAAGTCGTTTTTTATGCAATAAGAGGTTTGTTGTCAGCAGATTTAGCTGCTCAAAATATAATGCCTGAATTGGATATATTAAAATTGCGCAACCAACTCGGTAAAAATAATGAACTAACAGACTTACTAGAAAATAGTATCGATCAAAAACGTAATAGTAACGAAAAAGAGCCTATAGAGGAGGAACTGCGTGCGCCAATATTGGTGATTTTGAAAGGTTATTTGCTAAAATTACAGAATCTAAATATTTCTAAATTTGGACCTAATACAAAACTGGAAATAGTTTTAAAGGACTATAATTACGCAGTGAAAGAAAGAATTTATTTAAGTTAG

Protein sequences of DBSCAN-SWA_3

>NZ_CP044016|4467557:4477751|4468149_4468956_-|WP_131331682.1|DBSCAN-SWA
MNKKLLAQETLQILESGQYTNEQGTIISIKEELGHCIDKTAQFSSEQLATISQQNLERKFETNFTVQNQTTVAAIIEMQATHPANNIMCLNFASAKNPGGGFINGAEAQEESIARSSGLYASQMSQFSFYEMHRKMSSCVYTDSMIYSPGVPVFRNEKGVLIDAPNYCNIITSPAVNAGVVQKQEPNKANEITQSMHQRMDKMLALAYHEKNDSLILGAWGCGVFQNDPKTIGELFKELLFDKYKNVFKNVHFAVLTKNETILDCFKM
>NZ_CP044016|4467557:4477751|4470969_4471518_-|WP_131331685.1|DBSCAN-SWA
MKNNLDNLKTAFEQKKNLEFLFFWGHQIPSDGSITKSCFSQWYPATFIENDIQFANTEQYMMAKKAELFGDLETQKRILAAHSPKEMKALGRLVKNFDADLWNNHKYDIVKQGNFLIFSQNKEMGDFLLNTNQKVIVEASPYDRIWGIGMLESHPHSKNPTLWNGENLLGFALMEVRALLKM
>NZ_CP044016|4467557:4477751|4469889_4470897_-|WP_131331684.1|protease|DBSCAN-SWA
MFGFKHIQFDAMSYVLHYKNGVIAKEGRGLSFFYFAPSSSIVAIPLGSNDLPFIFHENTADYQSVTIQGQVSYKITEPKALANSLDFTVTANGLYKKNETEKLNQRIINLAQTSTSAFIHQLNLKDAIRSAKQIEKNIEEGLRNSETIKLMGIEILGVSIMAVQATPEMARALETETRERLQQQADEAVYERRNFAVEQERKIKESELNTEIAVEEKQKQIAEKKMETEVQQAENSKTLREMKITADIAIETQRQQLIEQKTDNDRKEADTQSYVLEASLKPYKQMDWKILSALNSKQDARGNIALAFRELAENAQKIGNLNISPNLLQTILTGK
>NZ_CP044016|4467557:4477751|4474432_4475110_-|WP_131331689.1|DBSCAN-SWA
MQKIKVSVDGVVFGYFEKSALHILLIQRNIEPFKGKWALPGGLVHDDEDLDAAVLRELQEEAGIRPDFLEQLYTFGKVDRDPRNRVISVVYFGLVNPSYHKLHADTDAADARWFSIDQLPELAFDHEAIFEKALSRLRTKIQYEPIGFNLLNTEFPFSDLEDLYQTIIGESIDRRNFRKKIMSYGLLDETNKIRKEGSGRPGKLFKFNKEKYQSLAEKGFYFEIK
>NZ_CP044016|4467557:4477751|4468962_4469871_-|WP_131331683.1|DBSCAN-SWA
MKFEYAIIVKNKTRMESLIERFNTKEQARFFIERSGGDFADYELEHEQFYSAFNDVQQRLSPIIKNKVVERSFIPSYLFAESNLIIVIGQDGLVANVAKYSKELPIIAINPDPERYDGILLPYNSSNFIEAVKKVIAQNYHTKQMHFAEVKLNDGQSLLAVNDLFIGISSHTSARYKIKINGKEENHSSSGIIVATKTGSSGWLSSMFNMAYGLTHITDIHYPKLKEVDLYFAVREPFKSHATQTDICSGKISNGNQLVIESMMPTNGFIFSDGIEQDFLQFNSGAIATIQLSKQLANLVIN
>NZ_CP044016|4467557:4477751|4473072_4473459_-|WP_131331687.1|DBSCAN-SWA
MTDFYLDIDNSKNRLLSEYKEYGSITIAYDFDDTVYDFHKKGRQYENVISLLRSLHSKNCYLICWTGQEDLSFVYNYLKDNTIPFDSINENPPFYKSTSKKIYANAYMDDRAGLKQVYDELNNLIKNI
>NZ_CP044016|4467557:4477751|4473439_4474282_-|WP_131331688.1|DBSCAN-SWA
MKNQIINLDQNFKPIDGDEIQFESFTFSAGEPHIKIKSDIVGPVIITHRLNSFNDLGLLCIAVDALKRMHAELEELIIPYFPSARQDRVMIKGEPLSVKVYADIINQLGFKTVRILDAHSEVTPALLNNCTAVTNHLFIQSVVGKIGTDLKLISPDGGALKKIYKVSEFLGGIEVVECSKSRDVKTGKLAGFKVYTDDLNNQDCLIVDDICDGGGTFIGLAEVLKKKNAGKLYLAVTHGIFSKGFDNLDSCFEHIFTTNSFKDLTHENLTQIKLNDRLLS
>NZ_CP044016|4467557:4477751|4467557_4468061_-|WP_131331681.1|DBSCAN-SWA
MRQLFFKDMDTPVGKIRLVSSNKGLAAILWEDENYKRSKLDEPILDNSHPILLQVEQQLAEYFTKKRTVFKVPLDFIGTDFQVKVWNALLTIQYGKTKTYGALAQILGDIKAVRAVGGALNKNPIAIIVPCHRVVGADGKMIGFAGGVQNKKILLELESDVKVQTLF
>NZ_CP044016|4467557:4477751|4476989_4477751_+|WP_131331690.1|DBSCAN-SWA
MKNKILELYKAKHEIPLFYCESGSRLWGIASPDSDYDVRGIHLQSKEQYFGFKKEPDSLSKMNGLFDFESFSLDKFCQLILKSNPNLLEWLRSDLVYFNELPNWENFRAEVLKNIDMSALYFHYLSLAKGNIALFETGKKAYYKVVFYAIRGLLSADLAAQNIMPELDILKLRNQLGKNNELTDLLENSIDQKRNSNEKEPIEEELRAPILVILKGYLLKLQNLNISKFGPNTKLEIVLKDYNYAVKERIYLS
>NZ_CP044016|4467557:4477751|4471611_4473069_-|WP_131331686.1|DBSCAN-SWA
MNPLLLTDGYKLDHRRQYPEGTSLVYSNWTPRKSRIEGIDKVVLFGLQYFIKKYILEDFENYFFKQPKEKVVAEYRRRVNNYLGENQVGTKHIEDLHDLGYIPMVIKALPEGSSVPVRVPMFTMYNTIPEFFWLTNYFETLVSAAIWMPCTSATIAKQYRKILDKYAEQTSSVPAMVEWQGHDFSMRGMAGIEAAVSSSAGHLLSFTGTDTIPAIDFLEKYYNADSDKELIGGSVSATEHSVMCMGTIEDELGTFRRLVCDVYPKGIVSIVSDTWDLWKVLTEYLPKLKSEIISREGKVVVRPDSGDPVDIICGNLNGKSEVERKGVIELLWDTFGGSTNDKGYKELIPQIGAIYGDSITIDRATQICERLKTKGFASTNIVLGIGSFTYQYNTRDTFGFAMKATYGEVNGIGREIFKDPITDDGTKKSAKGLMKIVEKDGNYTLKDQVGWEEEKTGALREVFKDGQLIIDQSLQEIREKVKSNN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_131331681.1|4467557_4468061_-	methylated-DNA--[protein]-cysteine S-methyltransferase	A0A0G2Y1B6	Acanthamoeba_polyphaga_mimivirus	3.6e-17	38.5
WP_131331682.1|4468149_4468956_-	TIGR02452 family protein	G3MBH6	Bacillus_virus	1.6e-46	40.1
WP_131331683.1|4468962_4469871_-	sugar kinase	NA	NA	NA	NA
WP_131331684.1|4469889_4470897_-|protease	membrane protease subunit, stomatin/prohibitin	NA	NA	NA	NA
WP_131331685.1|4470969_4471518_-	NADAR family protein	A0A167RLL2	Powai_lake_megavirus	7.0e-38	47.6
WP_131331686.1|4471611_4473069_-	nicotinate phosphoribosyltransferase	A0A218KC49	Bacillus_phage	3.3e-159	56.8
WP_131331687.1|4473072_4473459_-	hypothetical protein	A0A1B1SH39	Bacillus_phage	2.1e-25	46.0
WP_131331688.1|4473439_4474282_-	ribose-phosphate pyrophosphokinase	A0A291LA84	Escherichia_phage	1.1e-42	39.1
WP_131331689.1|4474432_4475110_-	NUDIX hydrolase	A0A1V0SIB1	Klosneuvirus	1.9e-16	36.3
WP_131331690.1|4476989_4477751_+	nucleotidyltransferase	Q8SCS5	Pseudomonas_phage	5.0e-18	30.4