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_AP021848	Staphylococcus lugdunensis strain JICS135	6 crisprs	WYL,csa3,DEDDh,cas3,DinG	3	2	10	0

1. NZ_AP021848

CRISPR-Cas detection and classification

Crispr_ID: NZ_AP021848_1

• CRISPR_ID: NZ_AP021848_1
• CRISPR_location: 119251-120320
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 14 spacers

Consensus repeat of NZ_AP021848_1

Consensus_repeat	Method
GANTCAGACGCAGATAGCGA	CRT

spacers of NZ_AP021848_1

>1.1|119271|52|NZ_AP021848|CRT
CTCAGACGCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGC
>1.2|119343|34|NZ_AP021848|CRT
CTCTGATGCGGACAGCGATTCAGACAGCGATAGC
>1.3|119397|40|NZ_AP021848|CRT
TTCTGATGCAGACAGCGACTCAGACGCAGATAGCGACTCA
>1.4|119457|28|NZ_AP021848|CRT
CTCAGATTCAGACAGCGATAGCGATTCT
>1.5|119505|46|NZ_AP021848|CRT
CGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGC
>1.6|119571|34|NZ_AP021848|CRT
TTCAGATTCAGATAGTGACTCTGATGCGGACAGC
>1.7|119625|52|NZ_AP021848|CRT
CTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCTGATGCAGACAGC
>1.8|119697|46|NZ_AP021848|CRT
TTCAGACAGCGATTCAGACGCAGATAGCGACTCTGATGCGGACAGC
>1.9|119763|64|NZ_AP021848|CRT
CTCAGACGCAGATAGCGATTCAGATTCAGACAGCGACTCAGATTCAGACAGCGATAGCGATTCT
>1.10|119847|76|NZ_AP021848|CRT
CTCAGACGCAGATAGCGATTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATAGCGATTCTGATTCAGACAGC
>1.11|119943|70|NZ_AP021848|CRT
TTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGC
>1.12|120033|88|NZ_AP021848|CRT
TTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGCGATTCAGACGCAGATAGCGATTCTGATGCAGACAGC
>1.13|120141|52|NZ_AP021848|CRT
CTCAGATTCAGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGC
>1.14|120213|88|NZ_AP021848|CRT
CTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCTGATGCAGACAGCGACTCAGACAGCGATAGCGATTCTGATGCAGACAGC

CRISPR arrays and Neighbor proteins around NZ_AP021848_1

CRISPR arrays

The CRISPR arrays of NZ_AP021848_1

>merge|NZ_AP021848|1|119251-120320|CRT
GATTCTGATGCAGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGCGATTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGCGATTCAGACGCAGATAGCGATTCTGATGCAGACAGCGACTCAGACGCAGATAGCGACTCAGATTCAGACGCAGACAGCGACTCAGATTCAGACAGCGATAGCGATTCTGATTCAGACAGCGATTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCAGACGCAGATAGCGATTCAGATTCAGATAGTGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCTGATGCAGACAGCGACTCAGACGCAGATAGCGATTCAGACAGCGATTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGACTCAGACGCAGATAGCGATTCAGATTCAGACAGCGACTCAGATTCAGACAGCGATAGCGATTCTGATTCAGACGCAGATAGCGACTCAGACGCAGATAGCGATTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATAGCGATTCTGATTCAGACAGCGACTCAGACGCAGATAGCGATTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGCGATTCAGACGCAGATAGCGATTCTGATGCAGACAGCGACTCAGACGCAGATAGCGACTCAGATTCAGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCTGATGCAGACAGCGACTCAGACAGCGATAGCGATTCTGATGCAGACAGCGATTCAGACGCAGATAGCGA

>NZ_AP021848|1|1|119251-120320|CRT
GATTCTGATGCAGACAGCGA	CTCAGACGCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGC
GATTCAGATTCAGATAGCGA	CTCTGATGCGGACAGCGATTCAGACAGCGATAGC
GATTCAGACGCAGATAGCGA	TTCTGATGCAGACAGCGACTCAGACGCAGATAGCGACTCA
GATTCAGACGCAGACAGCGA	CTCAGATTCAGACAGCGATAGCGATTCT
GATTCAGACAGCGATTCAGA	CGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGC
GATTCAGACGCAGATAGCGA	TTCAGATTCAGATAGTGACTCTGATGCGGACAGC
GACTCAGACGCAGATAGCGA	CTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCTGATGCAGACAGC
GACTCAGACGCAGATAGCGA	TTCAGACAGCGATTCAGACGCAGATAGCGACTCTGATGCGGACAGC
GACTCAGACGCAGATAGCGA	CTCAGACGCAGATAGCGATTCAGATTCAGACAGCGACTCAGATTCAGACAGCGATAGCGATTCT
GATTCAGACGCAGATAGCGA	CTCAGACGCAGATAGCGATTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATAGCGATTCTGATTCAGACAGC
GACTCAGACGCAGATAGCGA	TTCAGACGCAGATAGCGACTCTGATGCGGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGC
GACTCAGACGCAGATAGCGA	TTCAGATTCAGATAGCGACTCTGATGCGGACAGCGATTCAGACAGCGATAGCGATTCAGACGCAGATAGCGATTCTGATGCAGACAGC
GACTCAGACGCAGATAGCGA	CTCAGATTCAGACAGCGACTCAGACGCAGATAGCGACTCTGATGCGGACAGC
GACTCAGACGCAGATAGCGA	CTCTGATGCGGACAGCGACTCAGACGCAGATAGCGATTCTGATGCAGACAGCGACTCAGACAGCGATAGCGATTCTGATGCAGACAGC
GATTCAGACGCAGATAGCGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP021848.1|WP_058649876.1|109615_110311_-|hypothetical-protein	unknown	unknown	gnl|CDD|214924
NZ_AP021848.1|WP_000623680.1|113962_114721_+|sulfite-exporter-TauE/SafE-family-protein	unknown	unknown	gnl|CDD|376667
NZ_AP021848.1|WP_172412345.1|129626_130607_+|sphingomyelin-phosphodiesterase	unknown	unknown	gnl|CDD|132436
NZ_AP021848.1|WP_037540694.1|123949_125608_-|glutamate-ligase	unknown	unknown	gnl|CDD|223841
NZ_AP021848.1|WP_002492049.1|128666_129152_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_058649877.1|110307_110487_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_000456194.1|113705_113966_+|persulfide-sensing-transcriptional-repressor-CstR	unknown	unknown	gnl|CDD|197390
NZ_AP021848.1|WP_058649880.1|112493_113567_-|DsrE/DsrF/DrsH-like-family-protein	unknown	unknown	gnl|CDD|379334
NZ_AP021848.1|WP_058649875.1|108337_109531_+|NAD(P)/FAD-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223523
NZ_AP021848.1|WP_000393940.1|120639_122256_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_172412322.1|110616_111060_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_058649879.1|111146_112475_-|persulfide-dioxygenase-sulfurtransferase-CstB	unknown	unknown	gnl|CDD|293810
NZ_AP021848.1|WP_002492060.1|131444_132359_+|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|223999
NZ_AP021848.1|WP_000640645.1|122415_123927_-|glycosyltransferase	unknown	unknown	gnl|CDD|340855
NZ_AP021848.1|WP_001621810.1|125601_126000_-|hypothetical-protein	unknown	unknown	gnl|CDD|237025
NZ_AP021848.1|WP_002492048.1|130714_131269_-|TetR/AcrR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224228
NZ_AP021848.1|WP_172412331.1|107700_107877_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002479187.1|127468_127882_+|Lrp/AsnC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|214628
NZ_AP021848.1|WP_070474359.1|107882_108185_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002492050.1|126949_127366_-|hypothetical-protein	unknown	unknown	gnl|CDD|225039

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP021848.1|WP_058649876.1|109615_110311_-|hypothetical-protein	gnl|CDD|214924	smart00939, PepX_C, X-Pro dipeptidyl-peptidase C-terminal non-catalytic domain. This domain is found at the C-terminus of cocaine esterase CocE, several glutaryl-7-ACA acylases, and the putative diester hydrolase NonD of Streptomyces griseus (all hydrolases). The domain, which is a beta sandwich, is also found in serine peptidases belonging to MEROPS peptidase family S15: Xaa-Pro dipeptidyl-peptidases. Members of this entry, that are not characterised as peptidases, show extensive low-level similarity to the Xaa-Pro dipeptidyl-peptidases.	1.98345e-21
NZ_AP021848.1|WP_000623680.1|113962_114721_+|sulfite-exporter-TauE/SafE-family-protein	gnl|CDD|376667	pfam01925, TauE, Sulfite exporter TauE/SafE. This is a family of integral membrane proteins where the alignment appears to contain two duplicated modules of three transmembrane helices. The proteins are involved in the transport of anions across the cytoplasmic membrane during taurine metabolism as an exporter of sulfoacetate. This family used to be known as DUF81.	3.89917e-21
NZ_AP021848.1|WP_037540694.1|123949_125608_-|glutamate-ligase	gnl|CDD|223841	COG0770, MurF, UDP-N-acetylmuramyl pentapeptide synthase [Cell envelope biogenesis, outer membrane].	6.36783e-41
NZ_AP021848.1|WP_000456194.1|113705_113966_+|persulfide-sensing-transcriptional-repressor-CstR	gnl|CDD|197390	cd10155, BsYrkD-like_DUF156, Uncharacterized protein YrkD from Bacillus subtilis and related domains; this domain superfamily was previously known as part of DUF156. This domain family contains an uncharacterized protein YrkD from Bacillus subtilis and related proteins. This family is part of a larger superfamily that contains various transcriptional regulators that respond to different stressors such as Cu(I), Ni(I), sulfite, and formaldehyde, and includes CsoRs (copper-sensitive operon repressors). CsoRs form homotetramers (dimer of dimers). In Mycobacterium tuberculosis CsoR, within each dimer, two Cys residues on opposite subunits, along with a His residue, bind the Cu(I) ion (forming a triagonal S2N coordination complex, C-H-C). These residues are conserved in the majority of members of this superfamily. In this family, however, not all these residues are conserved, there is an Asn instead of the His (C-N-C); also a conserved Tyr and a Glu residue that facilitates allosteric regulation of DNA binding for CsoRs are very poorly conserved.	1.05884e-30
NZ_AP021848.1|WP_058649880.1|112493_113567_-|DsrE/DsrF/DrsH-like-family-protein	gnl|CDD|379334	pfam13686, DrsE_2, DsrE/DsrF/DrsH-like family. DsrE is a small soluble protein involved in intracellular sulfur reduction. The family also includes YrkE proteins.	7.43648e-67
NZ_AP021848.1|WP_058649875.1|108337_109531_+|NAD(P)/FAD-dependent-oxidoreductase	gnl|CDD|223523	COG0446, HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only].	2.35266e-38
NZ_AP021848.1|WP_002492060.1|131444_132359_+|alpha/beta-hydrolase	gnl|CDD|223999	COG1073, COG1073, Hydrolases of the alpha/beta superfamily [General function prediction only].	1.42111e-30
NZ_AP021848.1|WP_058649879.1|111146_112475_-|persulfide-dioxygenase-sulfurtransferase-CstB	gnl|CDD|293810	cd07724, POD-like_MBL-fold, ETHE1 (PDO type I), persulfide dioxygenase A (PDOA, PDO type II) and related proteins; MBL-fold metallo-hydrolase domain. Persulfide dioxygenase (PDO, also known as sulfur dioxygenase, SDO, EC 1.13.11.18) is a non-heme iron-dependent oxygenase which catalyzes the oxidation of glutathione persulfide to glutathione and persulfite in the mitochondria. Mutations in ethe1 (the human PDO gene) are responsible for a rare autosomal recessive metabolic disorder called ethylmalonic encephalopathy. Arabidopsis thaliana ETHE1 is essential for embryo and endosperm development. Bacterial ETHE1-type PDOs are also called Type 1 PDOs. Type II PDOs (also called PDOAs), are mainly proteobacterial. These enzymes belong to the MBL-fold metallo-hydrolase superfamily which is comprised mainly of hydrolytic enzymes which carry out a variety of biological functions.	2.19918e-68
NZ_AP021848.1|WP_000640645.1|122415_123927_-|glycosyltransferase	gnl|CDD|340855	cd04949, GT4_GtfA-like, accessory Sec system glycosyltransferase GtfA and similar proteins. This family is most closely related to the GT4 family of glycosyltransferases and is named after gtfA in Streptococcus gordonii, where it plays a role in the O-linked glycosylation of GspB, a cell surface glycoprotein involved in platelet binding. In general 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 bacteria.	3.41947e-128
NZ_AP021848.1|WP_001621810.1|125601_126000_-|hypothetical-protein	gnl|CDD|237025	PRK11929, PRK11929, bifunctional UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase MurE/UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase MurF.	4.6403e-05
NZ_AP021848.1|WP_002492048.1|130714_131269_-|TetR/AcrR-family-transcriptional-regulator	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	4.03613e-10
NZ_AP021848.1|WP_172412345.1|129626_130607_+|sphingomyelin-phosphodiesterase	gnl|CDD|132436	TIGR03395, Sphingomyelinase_C, sphingomyelin phosphodiesterase. Members of this family are bacterial proteins that act as sphingomyelin phosphodiesterase (EC 3.1.4.12), also called sphingomyelinase. Some members of this family have been shown to act as hemolysins. [Cellular processes, Pathogenesis].	2.33113e-132
NZ_AP021848.1|WP_002479187.1|127468_127882_+|Lrp/AsnC-family-transcriptional-regulator	gnl|CDD|214628	smart00344, HTH_ASNC, helix_turn_helix ASNC type. AsnC: an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli).	5.34434e-34
NZ_AP021848.1|WP_002492050.1|126949_127366_-|hypothetical-protein	gnl|CDD|225039	COG2128, COG2128, Uncharacterized conserved protein [Function unknown].	3.33688e-05

Protein sequences

>NZ_AP021848.1|WP_000623680.1|113962_114721_+|sulfite-exporter-TauE/SafE-family-protein
MISITVIIVMLVIGILGGFISGLVGIGGAIVIYPALLLLPPLFGLPTYSAYIASGLTSSQVFFSTLSGSLKAYKNKNFSRTLILNMGSGMVIGSILGALLATVFNSQFVNVIYIIIALLALILMFIKVTPSTSHIKFNRVLLITIGGIIGLVSGIVGAGGAFIIIPVLLVIFKLPMNMVVTNSIVIAFISSIGAFIIKLLQGYIPINSAIPLILGSILFTPLGMKIGQKIPDSIQKGIVSILIVIAIIKLIF
>NZ_AP021848.1|WP_000456194.1|113705_113966_+|persulfide-sensing-transcriptional-repressor-CstR
MEYNKKMINRIHRIQGQLNGVIKMMEEEKNCKDVISQLSASKSSIQRLMGIIISENLVECVKMSEENSEDSQALINEAVELLIKSK
>NZ_AP021848.1|WP_058649880.1|112493_113567_-|DsrE/DsrF/DrsH-like-family-protein
MSQYKTKHINDFTKKELQELGSKGQLIDARQPEEYELGHIKNALLHSVENIENFKHDRNKTYYIYCKSGNRSRKASQFLAQRGYDVVNLDGGYTAYEQQHHNDNLSKVKEDKEIQIKDNRKTFNYSNLQCPGPIVNISKEIKNIAIGDQIEVVVTDHGFLNDIKSWIKQTGHTLVRLNDSGNEIRAIIQKEENKNIEVTHTKNGTTIVLFNGELDKAVAAMIIANGAKAAGRDVTIFCTFWGLNALKKIQNQRIKKKGISKLFDFMLPNSPIKMPISKMNMFGLGNLMMRYVMKKKNVDDLPSLINQAVEQGVKLIACTMSMDVMGITKEELRDDVEYGGVGAYIGYTEQANHNLFI
>NZ_AP021848.1|WP_058649879.1|111146_112475_-|persulfide-dioxygenase-sulfurtransferase-CstB
MFFKQFYDKHLSQASYLIGCQKTGEAMIIDPIRDLSSYIRVADEEGLTITHAAETHIHADFASGIRDVAIKLNANIYVSGESDDTLGYKNMPNHTHFVQHNDDIYVGNIKLKVLHTPGHTPESISFLLTDEGAGAQVPMGLFSGDFIFVGDIGRPDLLEKAVKVEGSSEIGAKQMFKSIESIKDLPDYIQIWPGHGAGSPCGKSLGAIPTSTLGYEKQTNWAFSENNEATFIDKLISDQPAPPHHFAQMKKINQFGMNLYQPYTVYPATNTNRLTFDLRSKEAYHGGHIEGTINIPYDKNFINQIGWYLNYDQEINLIGDYHLVSKATHTLQLIGYDNVSGYQLPQAQIQTQSVHSKDITGNEAHVLDVRNDNEWNNGHLSQAVHVPHGKLLDTDLPFNKNDDIYVHCQSGIRSSIAIGILEHKGYHNIINVNEGYKDIQLS
>NZ_AP021848.1|WP_172412322.1|110616_111060_+|hypothetical-protein
MRSSDNTPSKFGYINVENHFNYIENLNTLNNELTIILRSEFAHISNDMYNNLFSNLFNVVNTWKKDYSNNFYDNTQNTITTEKLDIISSFIKQYDKPFERDEHGKHVKAKVFEGISDFHKRVKEGFDNNDVLLHLRLEMSVHENKYD
>NZ_AP021848.1|WP_058649877.1|110307_110487_-|hypothetical-protein
MDLLKEQVNHQDILKDSEGTVRLINRQHHFLYSSVFCPFGQEGDLPDDQTIDNTLATYV
>NZ_AP021848.1|WP_058649876.1|109615_110311_-|hypothetical-protein
MKSDKEQANIHVRLSDVHPNGKKTLITRGQFNINHHKSHKFPEALPIDEYVDVEFPLDVIGYHLPKGHQLEVSMAPTYWPQVWPSAEVNLTHSNIEVSYVNDFKAVTLNYPHSETAEPLEKEVIREGSRTRNVIKQLTEDKWGLADYLEEGLRNLPHLNITYGTENYNDFVIVEDDPLSAYVKCTWDVVVKDDDIDTRVKTISEMWCDETYFYLYNKLIAYNNEQHCFEKE
>NZ_AP021848.1|WP_058649875.1|108337_109531_+|NAD(P)/FAD-dependent-oxidoreductase
MTQHYKVVIIGGGTAGITVAAQLLRQDKSLRGQIAIVDPATNHYYQPLWTLVGAGVSTLESTRKSMKQVLPKGVRWIKQAVQKFNPEENNLQLDNEEQVSYDYLVVCPGIQVNWSDIKGLKENIGKNGVCSNYAPEYAGETWKQLSQFKGGNAIFTNPNTTVKCGGAPMKIMFLADDYFRKHNMRNQANVIFETAKPGIFDVPKYKKTLERIIDERNIDVDYRHNLIEINGEQRKATFENLETGETKTLDYEMLHVTPPMGPLDVIKESDLADKVGWVDIDPTTMQHKKYNNVFSLGDASNAPTSKTGAAIRKQAPVVVKNLLQVMNNEMLTHHYDGYTSCPIVTSYNTMMLAEFDYNKKPRETMPFNQAKERRSMYILKKDILPRIYWYGMLKGLM
>NZ_AP021848.1|WP_070474359.1|107882_108185_-|hypothetical-protein
MSSYKEKVNKKIKDSKKYIENNDMKNVSKNKLQSFLQGLKNGNRLSVMIASFLLMLILWVPMMYGSMTLSLFTGQDGMSNKELNGLQHRLDDRYQKMYGE
>NZ_AP021848.1|WP_172412331.1|107700_107877_-|hypothetical-protein
MTLAKGIILILLQLFCVFLAIQIDLAVGGLSFITIFIIGFALFAIIYLAFLYPYWNKN
>NZ_AP021848.1|WP_000393940.1|120639_122256_+|hypothetical-protein
MEFEHKLEKLISEVNNKTEINNYVFFSLGKSSVKAQVKLLKKTNYLKQDISKLALKFKKKSGEFPEWIKLDIVTSTEKILFKELKKTLINTRRNYVDFGIAFDSQWNFAVLPEEINANAFVRPDNTTKELFLSEKNINNYLRKYTTNKKAFSSEFYNEKEVIKFYTQGFFIGDEEVHELYSEGYKKGLRKVNDLNNEIDQLIESSTNFLQNMLLDNGKYIYGYFPHFDNEIGFYNVLRHSSSTYALIEGLSYLGKSLQPVEKAIDYIILNQLFEIGDKAYIFDDTEEANEIKLGQNASFIFAVCEYLKHEDNPKFLESAQKVAKGILSMIDEDTYETTHLLNYPDLSVKEKFRIIYYDGEAALALLRLYQKDENELWLKTVENLMDRFIEKKYWQYHDHWLGYCTNELVQINPQDKYFEFGIKNVNNYLDYIKNRETTFPTFLEMLMATYRLVQKAKDTGREELVNNLIDEQYLIDVINIRADYQRVGFFYPEIAMYFKNPSRILGSFFIKHHGYRVRIDDIEHYLSGYVQYQLAFNR
>NZ_AP021848.1|WP_000640645.1|122415_123927_-|glycosyltransferase
MIYSVGNRLGNKLTGIEKAMINRHNLFKNHSITSKLIFASWSPRLHFNASLFQIEDDDILSLYDVLQDSINIKSIHKDWITHWTKECNYTLKFIENTNDIKIYEKSNYRMYVHFNDSNYQHLDYINHFDVNQRKIRRDLYDSRGFLSCSRTLTTNQKVVCEHYYTPEGTIKFQKFFNPELENSQSQLIIYNTDSQLKYFNNDQELLAFAIEKLYKNGDIFLSDKNINTAPIFNNTSETIPVLAVLHSTHVKNIDMVYESDIKNTYKHVFNNLNRYSGIIVSTKQQQLDISARINNEIPVHTIPVGYIDEHFTNLKRNNHSINNNKIISVARYSPEKQLNHQIELVSKLIKEFPNIQLHLYGFGKEEEKYKQLITEYNLENNVFLRGFRRNLSAEIQDAYMSLITSNMEGFNLGLLETITEGIPPVGYNSKYGPSELILNNENGYLINKNDKDELYNRVRNLLLDKTLRDTFSQECIKHSKAFSSKIVMKLWEDRFSTINSSYE
>NZ_AP021848.1|WP_037540694.1|123949_125608_-|glutamate-ligase
MLISAGLKDYYPLQNRFNNNIRSAVYLLLCKMIRQPNFAVLEVSLNALNAVGNSSYLIKPNIAIVTGIGAAHMSTFKDILNIVEVKASIFDGLTPEGVAIINKDTLHSDILIERAKQNTSNVITYSTHDSSATICPKSIQYSKGYTVITIDFNGQKYTYRINSISDGMVENSLATFATLSHLDIPLERALENLSTFKPFEKVLNLKEVETPNYKVNLIDDTHNASLPAMINAIKAFNTQTKFFKGNKIIAIGQISDLGKHSKSLHLQLVDVLENSNADYILCMDDALKSVVTGVKSKNITWYSNRHLLEKDLLYLNKPDSLTLLKSSAGGTEFPKLAKELPEKLNKYNINNSNTSLFDGQSLNGRSYMIIDENYNVIESHNREHSGTIEGLGPIFNYLKAIDDNVSEDTIFIANWATNNKLYYEGKETTTYELMKAMLNSPMYTPSYELSKYLFENGPKRDEYINSKIEHLSLSNSVAINLTGRHTMRERQNFTVDDLFKILKAYKNTLFKFTNEIIIGRKYNSGIIKDKDKFIIFTSYPNLNEIKNKLNNK
>NZ_AP021848.1|WP_001621810.1|125601_126000_-|hypothetical-protein
MSLTIKELHNILGGNLLDAEGKEDNVINNFENWFPFIHNKSTAYISPNKHTWRRFGRDANAKEGNEYIKKDKEDLGLIITETYVPDMKFKTPQLVINDSANTLTKLAEEMRLQYKHPVVAITGSMGKVQLEC
>NZ_AP021848.1|WP_002492050.1|126949_127366_-|hypothetical-protein
MALINYSNIGKTPFQQLLGHNENILKSWNDLANLLSDDGALSKELKEELRRILAQENGCLYCKAKGSPSNEYQDEKSLLCTGFVEVYLKTKENVPESTIQLLKNVMTNKEIIELITFTLFTTAQQHLGAILKLSSETN
>NZ_AP021848.1|WP_002479187.1|127468_127882_+|Lrp/AsnC-family-transcriptional-regulator
MNDLINEKILNILEKNSRMTINEISKQVNLSAPAVRERINKMVDLGIIKSYTINIDYEKLGYDVEILIEITIKNNRYVDFKKFISEQDNVDFCYRVSGDACFVFKVRLENMSSVESFIDLLQPYGHTKSQFIFSKVI
>NZ_AP021848.1|WP_002492049.1|128666_129152_+|hypothetical-protein
MKKVSKIILASSLVLGFSVTPELFNVTQAHAQESVKPYYNYSGYTAYQSRFILDKNFKKSLKFDTFKINGYKITKNSSVKNHKNLYDQTYYWVSNHKANGVFFSLDGKSVSKKELIKHYGEPKYYSSSAWGKECTYKIGNKDVRFYVDKKGYVIKCQIISE
>NZ_AP021848.1|WP_172412345.1|129626_130607_+|sphingomyelin-phosphodiesterase
MDWQRKCIITTMVVLSSLLLVFSSITYASERNTEDSLKITTHNVYFLPTAIYPNWGQSQRADLISKADYIQGQDVVILNELFDHKASNRLLTNLKSQYPYQTPIVGQGTEGWQKTSGSYRKLKKVSGGVGIVSKWPIVQQEQHIYKNGCGADSVGNKGFAYIKINKNGKYQHIIGTHLQAEDPVCMKGKDQTIRQSQMEEIKQFIKDKNIPKDEPVYIGGDLNVIKGSAEYQKMSDNLNVSMPKQYEGNAYSWDTQTNGIANYNYPKLEPQHLDYILLDRDHAQPSSWHNHTHKVKSPEWSVKSWGKTYRYNDYSDHYPVSAYAAN
>NZ_AP021848.1|WP_002492048.1|130714_131269_-|TetR/AcrR-family-transcriptional-regulator
MNIKDLRVVKTRASINKAFITLFFEKDFDTISIKEITEYAQVGRKTFYLHYIDKYDLLDQVVSEKLTELEKICEAKKLLGLQEGTQLWFEFFENNRSFFMKLFNISNASSYKKKLLHFIEEEFKKKVPTTVATDKGLDYHLYINFISNGIIGLLDSYLNSSDNTQEQEKIPLHVSRLLSLYDLA
>NZ_AP021848.1|WP_002492060.1|131444_132359_+|alpha/beta-hydrolase
MKQSVNFKSKTNLLTAHLYTPEQFDESKTYPAITVCHPGGGVKEQTAGMYAEKLAEFGYVTVVYDASHQGESEGSPKYLEDPFARTEDVRASVDYLTTLDFVDNGRIGGLGICAGGGYTVSAARTERRIKTLATVSMVDIGALFRKGPGDVISIEDQLSFMTQVADQRTEEASGADYAYTGYVPEEIDDAMPENSTMVQGHDYYLTERGYHKNAPNKILLRSFSEVLTFAPFTYIDELLTQPFLAIAGTEADTFEYSEEAVEKAAGNNNELYKIEGASHVDLYDIPEYVNQVLPKLESFYKETL

Crispr_ID: NZ_AP021848_2

• CRISPR_ID: NZ_AP021848_2
• CRISPR_location: 312387-312477
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP021848_2

Consensus_repeat	Method
CCCCAACTTGCTTTGCTTGATGAATTTCTTTTT	CRISPRCasFinder

spacers of NZ_AP021848_2

>2.1|312420|25|NZ_AP021848|CRISPRCasFinder
AGAAATTCTCTTTGTTGGGGCCCCG

CRISPR arrays and Neighbor proteins around NZ_AP021848_2

CRISPR arrays

The CRISPR arrays of NZ_AP021848_2

>merge|NZ_AP021848|2|312387-312477|CRISPRCasFinder
CCCCAACTTGCTTTGCTTGATGAATTTCTTTTTAGAAATTCTCTTTGTTGGGGCCCCGCCCCAACTTGCTTTGCTTGGTGAATTTCTTTTT

>NZ_AP021848|2|1|312387-312477|CRISPRCasFinder
CCCCAACTTGCTTTGCTTGATGAATTTCTTTTT	AGAAATTCTCTTTGTTGGGGCCCCG
CCCCAACTTGCTTTGCTTGGTGAATTTCTTTTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP021848.1|WP_002460757.1|309972_311040_-|long-chain-fatty-acid--CoA-ligase	unknown	unknown	gnl|CDD|282319
NZ_AP021848.1|WP_037540733.1|312543_313920_-|MFS-transporter	unknown	unknown	gnl|CDD|129794
NZ_AP021848.1|WP_002492523.1|311541_312114_+|ECF-transporter-S-component	unknown	unknown	gnl|CDD|227065
NZ_AP021848.1|WP_002492576.1|305168_305747_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002492524.1|321794_323147_+|dihydrolipoyl-dehydrogenase	unknown	unknown	gnl|CDD|273568
NZ_AP021848.1|WP_002479037.1|323235_324183_+|thiamine-pyrophosphate-dependent-dehydrogenase-E1-component-subunit-alpha	unknown	unknown	gnl|CDD|238958
NZ_AP021848.1|WP_002492392.1|308526_309960_-|acyl-CoA-reductase	unknown	unknown	gnl|CDD|143399
NZ_AP021848.1|WP_002492541.1|304309_305065_-|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|183775
NZ_AP021848.1|WP_002492383.1|302347_302668_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002492472.1|303374_304172_-|arylamine-N-acetyltransferase	unknown	unknown	gnl|CDD|366312
NZ_AP021848.1|WP_002492376.1|313932_316965_-|NADH-dependent-flavin-oxidoreductase	unknown	unknown	gnl|CDD|240086
NZ_AP021848.1|WP_002492516.1|325256_326549_+|2-oxo-acid-dehydrogenase-subunit-E2	unknown	unknown	gnl|CDD|237001
NZ_AP021848.1|WP_002492387.1|319283_320483_+|putative-C-S-lyase	unknown	unknown	gnl|CDD|224090
NZ_AP021848.1|WP_002492409.1|305994_307530_+|PTS-transporter-subunit-EIIC	unknown	unknown	gnl|CDD|273923
NZ_AP021848.1|WP_172412347.1|317042_317939_-|FAD:protein-FMN-transferase	unknown	unknown	gnl|CDD|224394
NZ_AP021848.1|WP_002460759.1|307735_308506_-|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|187607
NZ_AP021848.1|WP_002492417.1|318258_318771_+|DUF308-domain-containing-protein	unknown	unknown	gnl|CDD|225786
NZ_AP021848.1|WP_002479036.1|324198_325239_+|alpha-ketoacid-dehydrogenase-subunit-beta	unknown	unknown	gnl|CDD|223101
NZ_AP021848.1|WP_002479052.1|302731_303001_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002460740.1|326694_327033_+|PadR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224609

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP021848.1|WP_002460757.1|309972_311040_-|long-chain-fatty-acid--CoA-ligase	gnl|CDD|282319	pfam04443, LuxE, Acyl-protein synthetase, LuxE. LuxE is an acyl-protein synthetase found in bioluminescent bacteria. LuxE catalyzes the formation of an acyl-protein thioester from a fatty acid and a protein. This is the second step in the bioluminescent fatty acid reduction system, which converts tetradecanoic acid to the aldehyde substrate of the luciferase-catalyzed bioluminescence reaction A conserved cysteine found at position 364 in Photobacterium phosphoreum LuxE is thought to be acylated during the transfer of the acyl group from the synthetase subunit to the reductase. The carboxyl terminal of the synthetase is though to act as a flexible arm to transfer acyl groups between the sites of activation and reduction. This family also includes Vibrio cholerae RBFN protein, which is involved in the biosynthesis of the O-antigen component 3-deoxy-L-glycero-tetronic acid.	3.97153e-16
NZ_AP021848.1|WP_037540733.1|312543_313920_-|MFS-transporter	gnl|CDD|129794	TIGR00711, Uncharacterized_MFS-type_transporter_YhcA, drug resistance transporter, EmrB/QacA subfamily. This subfamily of drug efflux proteins, a part of the major faciliator family, is predicted to have 14 potential membrane-spanning regions. Members with known activities include EmrB (multiple drug resistance efflux pump) in E. coli, FarB (antibacterial fatty acid resistance) in Neisseria gonorrhoeae, TcmA (tetracenomycin C resistance) in Streptomyces glaucescens, etc. In most cases, the efflux pump is described as having a second component encoded in the same operon, such as EmrA of E. coli. [Cellular processes, Toxin production and resistance, Transport and binding proteins, Other].	2.19285e-37
NZ_AP021848.1|WP_002492523.1|311541_312114_+|ECF-transporter-S-component	gnl|CDD|227065	COG4721, COG4721, ABC-type cobalt transport system, predicted permease component [Inorganic ion transport and metabolism].	2.00543e-34
NZ_AP021848.1|WP_002492524.1|321794_323147_+|dihydrolipoyl-dehydrogenase	gnl|CDD|273568	TIGR01350, Dihydrolipoyl_dehydrogenase, dihydrolipoamide dehydrogenase. This model describes dihydrolipoamide dehydrogenase, a flavoprotein that acts in a number of ways. It is the E3 component of dehydrogenase complexes for pyruvate, 2-oxoglutarate, 2-oxoisovalerate, and acetoin. It can also serve as the L protein of the glycine cleavage system. This family includes a few members known to have distinct functions (ferric leghemoglobin reductase and NADH:ferredoxin oxidoreductase) but that may be predicted by homology to act as dihydrolipoamide dehydrogenase as well. The motif GGXCXXXGCXP near the N-terminus contains a redox-active disulfide.	1.11207e-156
NZ_AP021848.1|WP_002479037.1|323235_324183_+|thiamine-pyrophosphate-dependent-dehydrogenase-E1-component-subunit-alpha	gnl|CDD|238958	cd02000, TPP_E1_PDC_ADC_BCADC, Thiamine pyrophosphate (TPP) family, E1 of PDC_ADC_BCADC subfamily, TPP-binding module; composed of proteins similar to the E1 components of the human pyruvate dehydrogenase complex (PDC), the acetoin dehydrogenase complex (ADC) and the branched chain alpha-keto acid dehydrogenase/2-oxoisovalerate dehydrogenase complex (BCADC). PDC catalyzes the irreversible oxidative decarboxylation of pyruvate to produce acetyl-CoA in the bridging step between glycolysis and the citric acid cycle. ADC participates in the breakdown of acetoin while BCADC participates in the breakdown of branched chain amino acids. BCADC catalyzes the oxidative decarboxylation of 4-methyl-2-oxopentanoate, 3-methyl-2-oxopentanoate and 3-methyl-2-oxobutanoate (branched chain 2-oxo acids derived from the transamination of leucine, valine and isoleucine).	2.49818e-132
NZ_AP021848.1|WP_172412347.1|317042_317939_-|FAD:protein-FMN-transferase	gnl|CDD|224394	COG1477, ApbE, Membrane-associated lipoprotein involved in thiamine biosynthesis [Coenzyme metabolism].	3.23405e-88
NZ_AP021848.1|WP_002492541.1|304309_305065_-|SDR-family-oxidoreductase	gnl|CDD|183775	PRK12826, PRK12826, SDR family oxidoreductase.	1.01682e-89
NZ_AP021848.1|WP_002460759.1|307735_308506_-|SDR-family-oxidoreductase	gnl|CDD|187607	cd05349, BKR_2_SDR_c, putative beta-ketoacyl acyl carrier protein [ACP]reductase (BKR), subgroup 2, classical (c) SDR. This subgroup includes Rhizobium sp. NGR234 FabG1. The Escherichai coli K12 BKR, FabG, belongs to a different subgroup. 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 a structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet), an 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 (typically, TGxxxGxG in classical SDRs and TGxxGxxG in extended SDRs), while substrate binding is in the C-terminal region. 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 and Lys, as well as Asn (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.	9.20186e-96
NZ_AP021848.1|WP_002492472.1|303374_304172_-|arylamine-N-acetyltransferase	gnl|CDD|366312	pfam00797, Acetyltransf_2, N-acetyltransferase. Arylamine N-acetyltransferase (NAT) is a cytosolic enzyme of approximately 30kDa. It facilitates the transfer of an acetyl group from Acetyl Coenzyme A on to a wide range of arylamine, N-hydroxyarylamines and hydrazines. Acetylation of these compounds generally results in inactivation. NAT is found in many species from Mycobacteria (M. tuberculosis, M. smegmatis etc) to man. It was the first enzyme to be observed to have polymorphic activity amongst human individuals. NAT is responsible for the inactivation of Isoniazid (a drug used to treat Tuberculosis) in humans. The NAT protein has also been shown to be involved in the breakdown of folic acid.	1.1394e-74
NZ_AP021848.1|WP_002492516.1|325256_326549_+|2-oxo-acid-dehydrogenase-subunit-E2	gnl|CDD|237001	PRK11856, PRK11856, branched-chain alpha-keto acid dehydrogenase subunit E2; Reviewed.	8.31988e-142
NZ_AP021848.1|WP_002492387.1|319283_320483_+|putative-C-S-lyase	gnl|CDD|224090	COG1168, MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism].	2.2927e-124
NZ_AP021848.1|WP_002492409.1|305994_307530_+|PTS-transporter-subunit-EIIC	gnl|CDD|273923	TIGR02002, PTS_system_glucose-specific_IIABC_component, PTS system, glucose-specific IIBC component. This model represents the combined B and C domains of the PTS transport system enzyme II specific for glucose transport. Many of the genes in this family also include an A domain as part of the same polypeptide and thus should be given the name "PTS system, glucose-specific IIABC component" while the B. subtilus enzyme also contains an enzyme III domain which appears to act independently of the enzyme II domains. This family is most closely related to the N-acetylglucosamine-specific PTS enzymes (TIGR01998). [Transport and binding proteins, Carbohydrates, organic alcohols, and acids].	1.98297e-177
NZ_AP021848.1|WP_002492392.1|308526_309960_-|acyl-CoA-reductase	gnl|CDD|143399	cd07080, ALDH_Acyl-CoA-Red_LuxC, Acyl-CoA reductase LuxC. Acyl-CoA reductase, LuxC, (EC=1.2.1.50) is the fatty acid reductase enzyme responsible for synthesis of the aldehyde substrate for the luminescent reaction catalyzed by luciferase. The fatty acid reductase, a luminescence-specific, multienzyme complex (LuxCDE), reduces myristic acid to generate the long chain fatty aldehyde required for the luciferase-catalyzed reaction resulting in the emission of blue-green light. Mutational studies of conserved cysteines of LuxC revealed that the cysteine which aligns with the catalytic cysteine conserved throughout the ALDH superfamily is the LuxC acylation site. This CD is composed of mainly bacterial sequences but also includes a few archaeal sequences similar to the Methanospirillum hungateiacyl acyl-CoA reductase RfbN.	4.96938e-121
NZ_AP021848.1|WP_002492417.1|318258_318771_+|DUF308-domain-containing-protein	gnl|CDD|225786	COG3247, HdeD, Uncharacterized conserved protein [Function unknown].	4.04577e-17
NZ_AP021848.1|WP_002479036.1|324198_325239_+|alpha-ketoacid-dehydrogenase-subunit-beta	gnl|CDD|223101	COG0022, AcoB, Pyruvate/2-oxoglutarate dehydrogenase complex, dehydrogenase (E1) component, eukaryotic type, beta subunit [Energy production and conversion].	2.9891e-157
NZ_AP021848.1|WP_002492376.1|313932_316965_-|NADH-dependent-flavin-oxidoreductase	gnl|CDD|240086	cd04735, OYE_like_4_FMN, Old yellow enzyme (OYE)-related FMN binding domain, group 4. Each monomer of OYE contains FMN as a non-covalently bound cofactor, uses NADPH as a reducing agent with oxygens, quinones, and alpha,beta-unsaturated aldehydes and ketones, and can act as electron acceptors in the catalytic reaction. Other members of OYE family include trimethylamine dehydrogenase, 2,4-dienoyl-CoA reductase, enoate reductase, pentaerythriol tetranitrate reductase, xenobiotic reductase, and morphinone reductase.	2.12628e-174
NZ_AP021848.1|WP_002460740.1|326694_327033_+|PadR-family-transcriptional-regulator	gnl|CDD|224609	COG1695, COG1695, Predicted transcriptional regulators [Transcription].	1.96368e-23

Protein sequences

>NZ_AP021848.1|WP_002492523.1|311541_312114_+|ECF-transporter-S-component
MKRLTLADILVTVLISFIFGIIYKMVGLTVAALKPLGLHLDQIAYGLWFIAAIVAFLIIRKPGVAILAELAAGAGETILSGELNMSIIMHSLAQGLACELIFLIFKYKSTKASVAMLAGATAGIFTVPVDWFFNYLGNMPWWNVILLYAIRILSGTILSGLFGYYIVLSLEKTGVTRLYQSSTKKDIDSL
>NZ_AP021848.1|WP_002460757.1|309972_311040_-|long-chain-fatty-acid--CoA-ligase
MDITQIKQQMTNFITDGKSEDFPQMALTLFNFQFNHNLDYQKFCIAQGKTPQTVRQWQDIPAVPIDAFKQATFSAIPPEDAAYVFMTSGTTRGIKGKNYHLDLDVYDLAMTKFFKQKVMPQIERIDMGILFPSPNDMPHSSLAHYLEVVKQQFGTSLSDTFINQQGIQFESVVQSLRHAEAQGTPYALLGASYSLVHFLDYLADHGLYFKLPKDSFIFDTGGYKNQSRDVPQSEFYSTLEKRFGVPKDKCINMYGVTELSTQFYDDGNAVSPSIKHGPHWCRSRIVNPLTLEPVPNGEKGVLIHYDLANYNSVAAIMMEDIGEARNDGFILHGRTEGALAKGCSLAVESFLNTMK
>NZ_AP021848.1|WP_002492392.1|308526_309960_-|acyl-CoA-reductase
MTIQLGYVPFLKAEDIHYQTIQVGNYTVKVPDLTQSQLTNVCHQIKSARYHLQAYTINDIIDVIDHAIQILLDRTSKWRQLAEEILPQSTGYPFDKIKVGLTRYLMTFRKHQLHRFIAEDLPNPQILNQFIPNHKGGYTKAVSPALITHLWSGNIPGLPLWSFISSLLVKSGSICKLPHAEPFLASWFAEIIAEIDPVIAQCFAVIYWPGGEIQLESIAIEQSDVILGYGNNDVLSAIAQRIPVTKRFLAYGEKVSLALIGNETLSPNKVEQVTRNIAREIANYDQQGCYSPQMIFIQQGGNYHPLQVAQMIAHQLQQIEQLFPVQSFNLQDSMTRSHWLQQAETQALLTDDIHVFKGAHASWIVTFHKQLTFLPSPLNRFVRIMPFTNITQLTQLLTPYRSYLQTVGIAAATEKMFQWSEALAQVGVCRFSSLETMTLPEAGWHHDGGFNLRDLLSFVDIEQPLLSSSEHFVDYEI
>NZ_AP021848.1|WP_002460759.1|307735_308506_-|SDR-family-oxidoreductase
MMTTLQDQVILITGASRGIGSAIAEACAQSGAHVIINYKSNTQAAQKTVSRCQAHGGIAEAIQADINQRQQVDEMMHYIQNNYGKLSCVVNNAFRPFEFNAETRQVADEMNWQDYATQFEGALLYTHNVIQAALPYLKQQQAASIINMTTNLIKRPIVPYHSYNVAKSALEAYTKNLAIDLGKYGIRVNCVAPGLVYPTNNTLATKEQLKQQLIQQTPLGRYTVPDDIAGPVMFLASDWSRFMTGQVLYVDGGLTI
>NZ_AP021848.1|WP_002492409.1|305994_307530_+|PTS-transporter-subunit-EIIC
MNKVFEKAQQFGKSFMLPIAILPAVGLLLGIGGALSNPNTVKTYPVLDVAILQNIFTLMSSAGNIVFQNLPVIFAIGVAIGLARSDKGTAGLAALIGFLIMNATMNGMLVITDGLAKTTELAKHGQSMVLGIQTIETGVFGGIVTGILTAYLHNKYNKITLPAYLGFFSGSRFVPIVTAISAIFLGVILFYIWPTVQSGIFNAGGLVEKTGVIGTFFFGFILRLLGPFGLHHIFYLPFWQTGLGGSLEVGGHMVRGTQNIFLAQLGDPHVTHYFSGISRYMSGRFITMMFGLCGAALAIYHTAKPQHKKVVGGLMLSAALTSFLTGITEPLEFSFLFVAPVLYLIHAFLDGLAFMMADIFNITVGQTFSGGFIDYILFGVLQGNDKTNYLWVIPIGIVWFVLYYVIFRTLITVFNFKTPGREDKEAQHTVAATERAETIVQGLGGKENIEIVDCCATRLRVTLKDGDLLDKSTLLKTDAKGVIVRGNGAQIVYGPHVTTIKNEVEELLEQS
>NZ_AP021848.1|WP_002492576.1|305168_305747_-|hypothetical-protein
MEEVLTNDSFSNLTYTKLKRFNKDYWKFVLIMFPTIPISAILPYLGNIYLKNNKDNIFVHGTIFPDNWTIIAGLIFALLFFYLIVLSPLLSFKNDVQTEIDIVNSVFINNQGELHSFIHLIKCDHFETEYYEHLITFISREYTRVTKQDLSHEQQTRYDEVQPHLSLDEAHRYVRELYLTLEKRYNNINLPE
>NZ_AP021848.1|WP_002492541.1|304309_305065_-|SDR-family-oxidoreductase
MFKLTNQIALVTGGANGIGKGIAAALAQAGAKVIIGDIDDTRGKETARELNGDFIELDVKQHDQVKDVVDQIVAKYERIDILASNTGVYPQIDIESLTEADWDYIQNINLKGMFFVTQAVLKVMKAQRYGRVIITSSVTGPITGYPGWAHYGASKAGQLGFMRSAALEYAKYGITVNAVQPGNVLTDGLKAQGEAYLEGTRKIIPTHELGEPLDIGYAVTFFASQEAKFITGQSLVIDGGQLLPEEPDGVL
>NZ_AP021848.1|WP_002492472.1|303374_304172_-|arylamine-N-acetyltransferase
MMNIRAFEHYMSIDSERYSEPSLEALNDYATRFMYTVPFENINVQNGIPISVDINDLYHKIVDNHRGGFCYELNTLFQAYLKAKGFDAQMMSATVHTANGGHRLEGSHVSLVVPLQGTYYVTDVGFGDLPLHAMPITLEQDSQPVQDISGTFRAIFENENKTRFFVQKWESDTWKTKYDAILKASSIDAFKDKINYNETHPDSIFVQNLLITQPKSYGRVTMSQQHLTVTEQNRKVQYDVTPQNYRQLLQDYFNLNVTIDRLELS
>NZ_AP021848.1|WP_002479052.1|302731_303001_+|hypothetical-protein
MSERRRSIISSLLLILAVIIISAVVLCDIINFIAGISVNHHIINTQYNMYFVFVSMLLWIISEVFDKQYVKAVIIALVVGVLTIIALII
>NZ_AP021848.1|WP_002492383.1|302347_302668_+|hypothetical-protein
MVNHCSDVKNILKKGDIIFNKEQHPKLLTVLHIIMIVFVGLAVLTLLISIIAHFIVGGRPFYHFAYVLFIIGMLAEVSINIIQRQTQAAVLSIIMIVLAIIIIFAD
>NZ_AP021848.1|WP_037540733.1|312543_313920_-|MFS-transporter
MSNSYQKGKQLIIGIILGILTYWLFAQSLLNIAPHVQHDYKIDMSVVNIAVSLTSLLTGVFIVVAGGLSDKLGRVKMTNIGLILSIIGSLALIISNMPILLLTGRVLQGLSAACLLPSTIALINQFFTGEERQKALSFWSFGSYGGTGLASLFAGTIATYVGWRWIFILSIIFAFIAIILLRGTPESKDRSSDGKRFDVIGIIVFVIMMVSVNVVITQGSKIGWLSPIILTLMIIFVLTLFIFYFYEQRQRHPFIDFSLFSNKVYIGTTIANLLVNTVIGSLALFNIFAQAGLGLTGAQAGLITIPYMLGSLLMIRIGERFMQKKGPQIPLMAGPISISVGILLLALNFLPHILYYIIALIGFSFIGLGLGFFATPALSTAVSNAPESKVGMASGIIKMTSTLGAAFGIAVVTTVYSTLEINHTPHMAATIALIVGACMVISAFIVAFLVIPKQHVKA
>NZ_AP021848.1|WP_002492376.1|313932_316965_-|NADH-dependent-flavin-oxidoreductase
MDKHITDQLTLHCGATLKNRVLMAPMTIQAGYFDGSVTREMIDYYQFRAGSASAIIVESCFVEDHGRGFPGAIGIDTDEKIPGLTRLADAIKSKGSKAILQLYHAGRMANPKLNAGETPISASPVAALRPDASVPREMTHNQILNMIERFGEATRRAIEAGFDGVEIHGANTYLLQQFFSPHSNRRQDDWGGSREKRTNFPVEVLKKVQQVASEHHAQNFIIGYRFSPEEIEEPGIRFEDTMFLLNTLAQYHPDYFHISANSYKRTSIVNQDDTEPLINKYLSLQNETLAEIPIMGVGSIAQRADAEEALTLGYDLMSVGKAYLVEPNWLEKILNDETVEDFADIHDQQTLHIPSPLWKVMDFMILDKAEEHRKYEKLKALQNKKVAFKAGVYNVYAKGHNGNLPMQVELSKDKIISVHVDDSGESEGIANPVFERLPRDIIDGQTLNVDVISGATVTSQGIIDGIADAITQAGEDPDILRARPKPVVQWSNETIEETTDIVVIGTGGAGLSAAATALDNNKEVIMLEKFPAIGGNTIRTGGQVNAPEPQWQNRFPALAGERDTLRELLSLDEANIAEDYLEDFHKVKDQIKDYLNATEEEKPYLFDSIELHRIQTYLGGKRTDKYGEEISGQYDLVKTLTDNVLTSVKWLTDKGVHFDRSFVDMPVGALWRRGHKPMKAQGLEYIETLSNYVKTNGGRIFTETTAEKLIVEDHKVVGVEARKANGAKVHIRARYGVILATGGFGANTKMLQQYNTYWDNIPDDIKTTNSPAITGDGIRLGAQAGAQLVGMGFTQMMPISDPKTGALFTGLIVTPSNFIFVNKDGKRFVNEFESRDVLSKAALEQPDGLFYIIADANIKELAMNTSEDKINHELEDGTLVKADTLVALAEKLNINPDTFINTIERYNAAVDKGHDDDFGKNAFDLKIEKAPFYATPRKPAVHHTMGGLSINTGAQVLDINGQVIQGLYASGEVAGGIHAGNRLGGNALADIFTFGRIAAQTASEHQVIKE
>NZ_AP021848.1|WP_172412347.1|317042_317939_-|FAD:protein-FMN-transferase
MGTLIQLSINHDDAEYLFDLAEAKIRAWEQRFSANNTQSELMAINQQAGIRPVQVHPELFHLIKKAHQASMSSNLKLNILIGPLVKLWRIGFEDAQLPTNTEIQQRLRRIQPHHLYLNDAKHEIFLAQRGMEIDLGAIAKGYFADELQAFFLQNGVTSGIINLGGNVITIGSPATHKTWHVGIRDPFHHDGLPLLTVEIQQQSVVTSGIYERYFYQDGQLYHHILDSTTGYPVNNDIASVTIISNHSIDGEIWSTLCSFGYAQQNIDLLNQIDRVEGVIIRKNHDILFTHQLRTKLHL
>NZ_AP021848.1|WP_002492417.1|318258_318771_+|DUF308-domain-containing-protein
MMRKQNDKLKWSSLIMGTLLLITAIIIFSHPVKNFYALTWLIGVFIVINGILGLFFRRAAKAMTGSGTLTTFMAVIDIIFGLLVMFNIGVGSAFFIYMFAVWFVISSVIGLMTLSGQGRFKGLSILINMLGLLFGIILLFNPMMGMVIVSMMIGISFTIIGVMYIVDGLA
>NZ_AP021848.1|WP_002492387.1|319283_320483_+|putative-C-S-lyase
MTYNFDEIIDRRSTNAMNVEGYLPYLFGNADVSDLQHADDLIRLWIADMDFATPDVVLNAIRRRLDQKILGYTQVFHVDYYNAFVKWTQSRYGYHFPQEQLVFSHGIVAGLIELVSYICNNDDHALILTPSYGPFKMACDENQVEVHYSPLINEEEYYRIDFDDVERQIVQHNIKLCIFCNPHNPSGRVWSREELERFGNIMKAHDVWLISDEIHCDIMRKGMQHLPFATVLPDYDKVITAMSQSKAFNIAGLMFSNLIIRHKGLLNTWKQQHFGSENPLSIAATQAAYEQGEDWLQAMNTYLDGNFEWLKQFLQQELPNAKFKIPEATYLAWVDLSDYITQQHISEPMAKYFIKRAGVIIEGQEQFVHNADGHIRINLAVPRTVLQQGLTKIKAALMS
>NZ_AP021848.1|WP_002492524.1|321794_323147_+|dihydrolipoyl-dehydrogenase
MTEKYDVIIIGAGPGGYVSAIRAAQLGKTVAIIEKNNAGGTCLNVGCIPSKTLLEHGKKVHDIQSADEWGIHTSNLTIDAAQLTSRKVQVVQTLTSGVTHLLKKNKVSYYKGEAKINSDLTVTVNDETLSSQDVVLATGSRPFVPSIPGLENVDYETTDTFFDMEALPKSLVVIGGGVIATELASSMADLGVKVTIVEVADDILLTEIDEVRALLREHLESQGIEIITSADIEKVEKKSLHLKGQDKISFDRLLVATGRQPNIEIVNDLELSRDGKYLQVDVHYQTSKAHLYAIGDLTSGYQLAHAASAHGIHVAEHLAGMQPKTIKQEDITRCIYTRLEAASVGLSAEQAEALGYEVKVTTSGFQGNAKAIIKGEGQGFVQLVIDEKYKEILGAFIVGPHATDLIGELLGVKASEGTIAELSEIIQPHPALLEAIGEGADAYYNQAIHM
>NZ_AP021848.1|WP_002479037.1|323235_324183_+|thiamine-pyrophosphate-dependent-dehydrogenase-E1-component-subunit-alpha
MEKEQARWIYKTMNEIRYFEEKVHKIFSDGKIPGFVHLYVGEEAVATGVMSQLEDDDYITSTHRGHGHAIAKGCDLNGMMAEIMGKKTGLGHGKGGSMHVAEIDKGMLGANGIVSGGFGLAIGAGISIRNQQKENVAVCFFGDGAANEGNFHEGLNFASILNLPVIFVCENNQFGEGTTHDYASASETIAERASAYNMPGVRVDGMDVMAVLEATEEAVARAKKGEGPTLIECDTYRKYGHFEGDEQKVKSPDDRNADKNATEEFRKQAIEEGWLTEDEADDIEKAAEQAVEDAVKYADDSDLPDVESLYKDVFA
>NZ_AP021848.1|WP_002479036.1|324198_325239_+|alpha-ketoacid-dehydrogenase-subunit-beta
MTETRKLTFMGAINEAIDQSMEQDENVILIGTDVSGGAGVKHIKDDDTFGGVFGVTKGLAKKYSRNRVIDTPIAEHITLSAGVGAAATGLRPIAELMFNDFLGFGLDPILNQGAKMRYMFGGKAKIPLVVRTVHGAGAGAAAQHSQSLYNVFAAIPGVKVVVPSNPYDAKGLLMAAVQDDNLVVFSEDKTLLGQKGNVPEEPYTVDIGKARVVREGEDLSIVAIGKMVAVAEETADRLKDDNISVEVIDLRTVSPWDEETVLTSVKKTGRLIVIDESNPQCNVAGDIASVMGDRAFDYLDGPIKKVTAPDTPVPFAANLEQAYIPNADKVLDVAAELVDDLRKVKS
>NZ_AP021848.1|WP_002492516.1|325256_326549_+|2-oxo-acid-dehydrogenase-subunit-E2
MSQNIIMPKLGMTMTEGTVEEWFVAEGDDVNEGDSIATISSEKLTQDIEAPATGTLLKIEVQAGEDAKVKGVLGIIGDADEATDNSSSSTESTNETADTSEHDQHETSTETAKDDAQSYSTEKSTADVEKSPQQHTRIFISPLARNMAEDKALDINRIKGTGGNARITKLDIQRVEAQGYDYDDSKATETSVQTSKNVDVTNIGEGLNPMRKRIAQNMRESLANTAQLTLHRKVDADRLLDFKDKLTVELNQADKDVKLTVTALLAKAVVLALKDYGAMNARYDNGELLEYEDVHLGIATSLEEGLMVPVINEADTKSIGALAEEIKKTSQAVRDGHTDDVQLSGATFTITNMGTSGIEYFTPILNLGETGILGVGALMKEVTLDGDSLRQVSRIPLSLTFDHQILDGAGAAEFLKVLAKYIENPYLLIL
>NZ_AP021848.1|WP_002460740.1|326694_327033_+|PadR-family-transcriptional-regulator
MSVSNQMMKGLLDGAILGLIAKGETYGYEILEKLKENQFPEISDGSIYPVLLRLSKKGYVHTTTRKSDNGGPKRKYYTISDSGLDELTRFKEKWQYLNIGMTNLFGSEINVK

Crispr_ID: NZ_AP021848_3

• CRISPR_ID: NZ_AP021848_3
• CRISPR_location: 1124164-1124253
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP021848_3

Consensus_repeat	Method
TGATTGAGAAGTCAGTCGAAAAAC	CRISPRCasFinder

spacers of NZ_AP021848_3

>3.1|1124188|42|NZ_AP021848|CRISPRCasFinder
TATTGCAAAAGAAAAACGATTATGTATAATAAAGTTATAAAT

CRISPR arrays and Neighbor proteins around NZ_AP021848_3

CRISPR arrays

The CRISPR arrays of NZ_AP021848_3

>merge|NZ_AP021848|3|1124164-1124253|CRISPRCasFinder
TGATTGAGAAGTCAGTCGAAAAACTATTGCAAAAGAAAAACGATTATGTATAATAAAGTTATAAATTGATTGAGAAGTCAGTCAAAAACG

>NZ_AP021848|3|2|1124164-1124253|CRISPRCasFinder
TGATTGAGAAGTCAGTCGAAAAAC	TATTGCAAAAGAAAAACGATTATGTATAATAAAGTTATAAAT
TGATTGAGAAGTCAGTCAAAAACG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP021848.1|WP_002461413.1|1116632_1117256_-|nitroreductase-family-protein	unknown	unknown	gnl|CDD|226090
NZ_AP021848.1|WP_002461416.1|1114372_1114516_-|cyclic-lactone-autoinducer-peptide	unknown	unknown	gnl|CDD|129030
NZ_AP021848.1|WP_002445345.1|1123422_1124097_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|379188
NZ_AP021848.1|WP_002445370.1|1125544_1126414_+|primase-C-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|214926
NZ_AP021848.1|WP_037540641.1|1114518_1115085_-|accessory-gene-regulator-AgrB	unknown	unknown	gnl|CDD|214819
NZ_AP021848.1|WP_002492303.1|1117449_1118862_+|hypothetical-protein	unknown	unknown	gnl|CDD|283060
NZ_AP021848.1|WP_002445364.1|1124492_1124810_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|200128
NZ_AP021848.1|WP_002492308.1|1115712_1116498_-|carbon-nitrogen-family-hydrolase	unknown	unknown	gnl|CDD|143607
NZ_AP021848.1|WP_002445365.1|1124806_1124953_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_001058489.1|1124945_1125155_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_000153640.1|1124269_1124488_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|197775
NZ_AP021848.1|WP_094449183.1|1129792_1130137_+|pathogenicity-island-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002461411.1|1119280_1120021_-|CPBP-family-intramembrane-metalloprotease	unknown	unknown	gnl|CDD|376806
NZ_AP021848.1|WP_002461410.1|1120201_1120486_+|co-chaperone-GroES	unknown	unknown	gnl|CDD|178988
NZ_AP021848.1|WP_002445368.1|1125157_1125481_+|DUF1474-family-protein	unknown	unknown	gnl|CDD|369323
NZ_AP021848.1|WP_002461409.1|1120545_1122168_+|chaperonin-GroEL	unknown	unknown	gnl|CDD|234573
NZ_AP021848.1|WP_002445371.1|1126427_1128137_+|DUF927-domain-containing-protein	unknown	unknown	gnl|CDD|227806
NZ_AP021848.1|WP_002445372.1|1128484_1128850_+|hypothetical-protein	unknown	unknown	gnl|CDD|239429
NZ_AP021848.1|WP_002492310.1|1128863_1129505_+|pathogenicity-island-protein	unknown	unknown	gnl|CDD|374630
NZ_AP021848.1|WP_002492309.1|1122236_1123409_-|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|271189

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP021848.1|WP_002461413.1|1116632_1117256_-|nitroreductase-family-protein	gnl|CDD|226090	COG3560, FMR2, Predicted oxidoreductase related to nitroreductase [General function prediction only].	6.60469e-98
NZ_AP021848.1|WP_002461416.1|1114372_1114516_-|cyclic-lactone-autoinducer-peptide	gnl|CDD|129030	smart00794, AgrD, Staphylococcal AgrD protein. This family consists of several AgrD proteins from many Staphylococcus species. The agr locus was initially described in Staphylococcus aureus as an element controlling the production of exoproteins implicated in virulence. Its pattern of action has been shown to be complex, upregulating certain extracellular toxins and enzymes expressed post-exponentially and repressing some exponential-phase surface components. AgrD encodes the precursor of the autoinducing peptide (AIP).The AIP derived from AgrD by the action of AgrB interacts with AgrC in the membrane to activate AgrA, which upregulates transcription both from promoter P2, amplifying the response, and from P3, initiating the production of a novel effector: RNAIII. In S. aureus, delta-hemolysin is the only translation product of RNA III and is not involved in the regulatory functions of the transcript, which is therefore the primary agent for modulating the expression of other operons controlled by agr.	1.64167e-16
NZ_AP021848.1|WP_002445345.1|1123422_1124097_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|379188	pfam13443, HTH_26, Cro/C1-type HTH DNA-binding domain. This is a helix-turn-helix domain that probably binds to DNA.	7.52246e-11
NZ_AP021848.1|WP_002445370.1|1125544_1126414_+|primase-C-terminal-domain-containing-protein	gnl|CDD|214926	smart00942, PriCT_1, Primase C terminal 1 (PriCT-1). This alpha helical domain is found at the C terminal of primases.	4.88242e-16
NZ_AP021848.1|WP_037540641.1|1114518_1115085_-|accessory-gene-regulator-AgrB	gnl|CDD|214819	smart00793, AgrB, Accessory gene regulator B. The accessory gene regulator (agr) of Staphylococcus aureus is the central regulatory system that controls the gene expression for a large set of virulence factors. The arg locus consists of two transcripts: RNAII and RNAIII. RNAII encodes four genes (agrA, B, C, and D) whose gene products assemble a quorum sensing system. At low cell density, the agr genes are continuously expressed at basal levels. A signal molecule, autoinducing peptide (AIP), produced and secreted by the bacteria, accumulates outside of the cells. When the cell density increases and the AIP concentration reaches a threshold, it activates the agr response, i.e. activation of secreted protein gene expression and subsequent repression of cell wall-associated protein genes. AgrB and AgrD are essential for the production of the autoinducing peptide which functions as a signal for quorum sensing. AgrB is a transmembrane protein. AgrB is involved in the proteolytic processing of AgrD and may have both proteolytic enzyme activity and a transporter facilitating the export of the processed AgrD peptide.	7.28487e-53
NZ_AP021848.1|WP_002492303.1|1117449_1118862_+|hypothetical-protein	gnl|CDD|283060	pfam05297, Herpes_LMP1, Herpesvirus latent membrane protein 1 (LMP1). This family consists of several latent membrane protein 1 or LMP1s mostly from Epstein-Barr virus. LMP1 of EBV is a 62-65 kDa plasma membrane protein possessing six membrane spanning regions, a short cytoplasmic N-terminus and a long cytoplasmic carboxy tail of 200 amino acids. EBV latent membrane protein 1 (LMP1) is essential for EBV-mediated transformation and has been associated with several cases of malignancies. EBV-like viruses in Cynomolgus monkeys (Macaca fascicularis) have been associated with high lymphoma rates in immunosuppressed monkeys.	1.64786e-12
NZ_AP021848.1|WP_002445364.1|1124492_1124810_+|helix-turn-helix-domain-containing-protein	gnl|CDD|200128	TIGR01764, Probable_excisionase, DNA binding domain, excisionase family. An excisionase, or Xis protein, is a small protein that binds and promotes excisive recombination; it is not enzymatically active. This model represents a number of putative excisionases and related proteins from temperate phage, plasmids, and transposons, as well as DNA binding domains of other proteins, such as a DNA modification methylase. This model identifies mostly small proteins and N-terminal regions of large proteins, but some proteins appear to have two copies. This domain appears similar, in both sequence and predicted secondary structure (PSIPRED) to the MerR family of transcriptional regulators (pfam00376). [Unknown function, General].	6.10037e-17
NZ_AP021848.1|WP_002492308.1|1115712_1116498_-|carbon-nitrogen-family-hydrolase	gnl|CDD|143607	cd07583, nitrilase_5, Uncharacterized subgroup of the nitrilase superfamily (putative class 13 nitrilases). The nitrilase superfamily is comprised of nitrile- or amide-hydrolyzing enzymes and amide-condensing enzymes, which depend on a Glu-Lys-Cys catalytic triad. This superfamily has been classified in the literature based on global and structure based sequence analysis into thirteen different enzyme classes (referred to as 1-13). Class 13 represents proteins that at the time were difficult to place in a distinct similarity group; this subgroup represents either a new class or one that was included previously in class 13. Members of this superfamily generally form homomeric complexes, the basic building block of which is a homodimer.	1.50712e-124
NZ_AP021848.1|WP_002492310.1|1128863_1129505_+|pathogenicity-island-protein	gnl|CDD|374630	pfam16560, SAPI, Putative mobile pathogenicity island. SAPI is a family of putative Gram-positive mobile pathogenicity island proteins. SAPIs are responsible for many superantigen-related diseases in humans as they carry two or more superantigens.	4.04833e-125
NZ_AP021848.1|WP_002445368.1|1125157_1125481_+|DUF1474-family-protein	gnl|CDD|369323	pfam07342, DUF1474, Protein of unknown function (DUF1474). This family consists of several bacterial proteins of around 100 residues in length. Members of this family seem to be found exclusively in Staphylococcus aureus. The function of this family is unknown.	1.96671e-22
NZ_AP021848.1|WP_000153640.1|1124269_1124488_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|197775	smart00530, HTH_XRE, Helix-turn-helix XRE-family like proteins.	9.85461e-11
NZ_AP021848.1|WP_002461411.1|1119280_1120021_-|CPBP-family-intramembrane-metalloprotease	gnl|CDD|376806	pfam02517, Abi, CAAX protease self-immunity. Members of this family are probably proteases (after a isoprenyl group is attached to the Cys residue in the C-terminal CAAX motif of a protein to attach it to the membrane, the AAX tripeptide being removed by one of the CAAX prenyl proteases). The family contains the CAAX prenyl protease. The proteins contain a highly conserved Glu-Glu motif at the amino end of the alignment. The alignment also contains two histidine residues that may be involved in zinc binding. While they are involved in membrane anchoring of proteins in eukaryotes, little is known about their function in prokaryotes. In some known bacteriocin loci, Abi genes have been found downstream of bacteriocin structural genes where they are probably involved in self-immunity. Investigation of the bacteriocin-like loci in the Gram positive bacteria locus from Lactobacillus sakei 23K confirmed that the bacteriocin-like genes (sak23Kalphabeta) exhibited antimicrobial activity when expressed in a heterologous host and that the associated Abi gene (sak23Ki) conferred immunity against the cognate bacteriocin. Interestingly, the immunity genes from three similar systems conferred a high degree of cross-immunity against each other's bacteriocins, suggesting the recognition of a common receptor. Site-directed mutagenesis demonstrated that the conserved motifs constituting the putative proteolytic active site of the Abi proteins are essential for the immunity function of Sak23Ki - thus a new concept in self-immunity.	1.58745e-11
NZ_AP021848.1|WP_002461410.1|1120201_1120486_+|co-chaperone-GroES	gnl|CDD|178988	PRK00364, groES, co-chaperonin GroES; Reviewed.	1.23372e-43
NZ_AP021848.1|WP_002461409.1|1120545_1122168_+|chaperonin-GroEL	gnl|CDD|234573	PRK00013, groEL, chaperonin GroEL; Reviewed.	0
NZ_AP021848.1|WP_002445371.1|1126427_1128137_+|DUF927-domain-containing-protein	gnl|CDD|227806	COG5519, COG5519, Superfamily II helicase and inactivated derivatives [DNA replication, recombination, and repair].	0
NZ_AP021848.1|WP_002445372.1|1128484_1128850_+|hypothetical-protein	gnl|CDD|239429	cd03313, enolase, Enolase: Enolases are homodimeric enzymes that catalyse the reversible dehydration of 2-phospho-D-glycerate to phosphoenolpyruvate as part of the glycolytic and gluconeogenesis pathways. The reaction is facilitated by the presence of metal ions.	0.00807223
NZ_AP021848.1|WP_002492309.1|1122236_1123409_-|tyrosine-type-recombinase/integrase	gnl|CDD|271189	cd01189, INT_ICEBs1_C_like, C-terminal catalytic domain of integrases from bacterial phages and conjugate transposons. This family of tyrosine based site-specific integrases is has origins in bacterial phages and conjugate transposons. One member is the integrase from Bacillus subtilis conjugative transposon ICEBs1. ICEBs1 can be excised and transfered to various recipients in response to DNA damage or high concentrations of potential mating partners. The family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	4.86091e-48

Protein sequences

>NZ_AP021848.1|WP_002445345.1|1123422_1124097_-|helix-turn-helix-transcriptional-regulator
MIRNRLSELLSERGLKISRVAKDVKIARSSLTSMTQNDSEMIRYDAIDKLCSYLHISPSEFFEHNPINFDFTFDEEPNYKINDVFEGFEVTANITHAFSIENFDFEILVDVELDNRQKLNFDLDVSYKETEKITNSQHRFIFTIKNEDENIGLKKYVDSLSAGLKNLLFKKINQKLSGYVSEIIVKNIDDIEELFPNKGEKCTTLHKEILQTDSRLSSDIFKEY
>NZ_AP021848.1|WP_002492309.1|1122236_1123409_-|tyrosine-type-recombinase/integrase
MASYEKRGNTWRYRISLGKDAKTGKYKYISNSGFKRKSDAKHHAEMVERQLRTGDYIAPSTSTFKQVANDWLKQYANEVKVSSVRAREKAIHHAIERFNNKPIQTINKHDYQRFVNDISAQYSKNYIDSIIASTNMIFKYAYDMKLIRIMPSEGIKRPKKKVSVEELEDTEIHKKFLEKDELFQFLEIAKNHHSPQNSFEVFCTLAYTGMRAGELLALKWSDIDFENNTINITKTYYNPNNNKKQYQILTPKTESSIGKIPVDPHVIKLLKNYKVDVQDTWKNELYVDNNFVFTDVNGYPLVIKKLQLWIKAILKKTDITNKQISTHSFRHTHCALLIEAGVHIKEIQERLRHKDINTTMNIYAKITNSYKKDASQKFSKLMENVSKDLF
>NZ_AP021848.1|WP_002461409.1|1120545_1122168_+|chaperonin-GroEL
MAKDLKFSEDARQAMLRGVDKLANAVKVTIGPKGRNVVLDKEYAAPLITNDGVTIAKEIELEDPYENMGAKLVQEVANKTNEIAGDGTTTATVLAQAMIQEGLKNVTSGANPVGLRQGIDKAVKVAIEALHDISQKVENKNEIAQVGAISAADEEIGQYISEAMDKVGNDGVITIEESSGFNTELEVVEGMQFDRGYQSPYMVTDSDKMTAELERPYILVTDKKISSFQDILPLLEQVVQSSRPILIVADEVEGDALTNIVLNRMRGTFTAVAVKAPGFGDRRKAMLEDLAILTGAQVITDDLGLELKDATMDMLGSANKVEVTKDNTTIVDGDGDNNNIDARVSQIKAQIEETDSDFDKEKLQERLAKLAGGVAVIKVGAASETELKERKLRIEDALNSTRAAVEEGIVAGGGTALVNIYKKVSDIQAEGDVETGINIVLKALTAPVRQIAENAGLEGSIIVERLKHADSGVGFNAATNEWVNMLEAGIVDPTKVTRSALQHAASVAAMFLTTEAVVANIPEPESNNQPPMGGGMPGMM
>NZ_AP021848.1|WP_002461410.1|1120201_1120486_+|co-chaperone-GroES
MLKPIGNRVVIEKKEQEQTTKSGIVLTDSAKEKSNEGVVIAVGLGRQLENGQRITPDVNEGDRVVFQEYAGTEIKQGNDTYLILNADDILAIIE
>NZ_AP021848.1|WP_002461411.1|1119280_1120021_-|CPBP-family-intramembrane-metalloprotease
MSRIWISFLTIVIYALAQYLPVFIIKLTSFQIKSPTQLLHVAIYIQVILFIIAAIIIILLQKVIKNPTKLESDYKEPKRYLVQYALLGFIVVMIYQMFAGLINTWIFGELKASPNTERLMDIARQAPIFIILISIVGPILEEYVFRKVIFGEILDRLKGNIVMRFLIASVVSSLLFALAHNDITFIIVYFGMGMIFSLAYVLTKRIAVSIMIHMMQNGFVVIMQVCFGDVLKHLQTQANAIFHLFF
>NZ_AP021848.1|WP_002492303.1|1117449_1118862_+|hypothetical-protein
MTRKKTKIKYLSASFAIAVSTQVISPHITHAQDNTLYNKVTNEKSTAHSDNLSQDNSNQKDSDNTNQPSNSSNSANNEGKDNRPNKPSDGTDNGGKDNRPNKPSDGTDNEGKDNKPNKPSDGTDNGGKDNKPNKPSDGTDNGGKDNKPNKPSDGTDNGGKDNKPNKPSDGTDHGGKDNKPNKPSDGTDHGGKDNKPSDGKDNGGTPSHPQPPTQNGGHGHKPTNQPNNKDNNNGQNNGNGNQGWNTSNGQQYPQNGEKTDHNVSDDFINQINGRGHDSGRNSSSYFPRNHYDEGPVANNQRQSIMKRFKSLAIGSFKYNPFIIEQVNKLGESGNQVSDQDLYALFRKQNFSGNSYLNSLQRGSNYFRFEYFNPTNSSKYYKNLDEQVLALITGEIGSMPDLKKPVDKKGEDNHTQRSEDKIISAEGEDHKQGMTDVKFNRLNITLIGSMCVIFVAVMVYWFINRQKEKEQ
>NZ_AP021848.1|WP_002461413.1|1116632_1117256_-|nitroreductase-family-protein
MGLFSKNSEKSFLNAIEGRRTVYNLKESISISDEELEQIMTQAIKHVPSAFNSQSTRIVLLLNNKNKQFWDNTKAVLKEKMGADRDFTATEQKIDNFKHSYGTILYFEDQSVVKGLQEQMPSYAENFAIWSTQANAMHQFAIWTALSTKGIGASLQHYNPLVDAVTHQDFDIPETWELMAQMPFGDVREEPNEKEIQPVDARFLVRK
>NZ_AP021848.1|WP_002492308.1|1115712_1116498_-|carbon-nitrogen-family-hydrolase
MKLQLLQFNVAYADVNANEHKIKTWFSNSLQQDTDVVILPEMWNNGYALEQLEEKADFDLERSTDFIKNLALQYQVDIIAGSVSNKHHDHIFNTAFAIDKTGKVINQYDKMHLVPMLDEPAFLTAGKNVPETFKLSNGVKVTQMICYDLRFPELLRYPARSGAAIAFYVAQWPSARLNHWQVLLKARAIENNMYVIGCNGCGYDGKTQYAGHSVVINPNGEIIQELSTTEKELTVTIDIDAVEQQRKAIPVFDSLVPHLYK
>NZ_AP021848.1|WP_037540641.1|1114518_1115085_-|accessory-gene-regulator-AgrB
MKAIDKKIERFARYLQRQNNLDHIQFLKIRLGIQVALGNFFKTIVTYGVALLFHTFLYTLITHLTYFFVRRFAHGAHARSSLLCHIQNLVLFVALPWSIVHFQVSWTFMILLAFIAFIIIICYAPAATKKQPILPHLRKKKKRNAILISICFLVLMLFVSEPYMQLIALGMCLEAITLLPIFFSKEET
>NZ_AP021848.1|WP_002461416.1|1114372_1114516_-|cyclic-lactone-autoinducer-peptide
MNLLSGLFTKGISVIFEFIGNFSVQDMCNGYFDEPEVPQELIDLHRN
>NZ_AP021848.1|WP_000153640.1|1124269_1124488_+|helix-turn-helix-transcriptional-regulator
MTILANTRKFKEAMFLKGFNLSDLSRETGVGISYLSQIINGKKIPSPKLAKKMAEVLQVEVNELFEFEVKEA
>NZ_AP021848.1|WP_002445364.1|1124492_1124810_+|helix-turn-helix-domain-containing-protein
MFNINIDEDEARELLEQAINVRVDELAKEKYFMTYKELSNYLNLSKPTIEELLINNGMKYYMVGSTYRFKKSDVDEFMEQLTAHMNIQNNDFKQVNIKKLLEARQ
>NZ_AP021848.1|WP_002445365.1|1124806_1124953_+|hypothetical-protein
MKMYLTYICLVSLLTILLLAISNMYVAFSVYGMMVTYGCNLTGGLENE
>NZ_AP021848.1|WP_001058489.1|1124945_1125155_+|hypothetical-protein
MNNEQKEVIEHVVYQLELSVMNNLESYEHTEYVDGIEVVSEVSREKHLELIMKWCAQELKNNFQLEKGE
>NZ_AP021848.1|WP_002445368.1|1125157_1125481_+|DUF1474-family-protein
MNWEIKNLFSDLKLLKDSFEDLKDNHGWHFEELYPHEPNHNLNKDELIREGFSYHERRIHNNQMFDLFHLYIEQFDKIIQKFHELEKASSENFGEESDDAQKLKITE
>NZ_AP021848.1|WP_002445370.1|1125544_1126414_+|primase-C-terminal-domain-containing-protein
MNEIKLEYDTHVSVVHYESLDSRSFKSFSKPKWSKLINKLSVPIEANYKYARGVAVYGDIKDGANDHGEIIKKHRNDKNVIYRNVIVLDYDEINDLKQLHEAISSALSNVAWFWHTSFSHTTEQSRIRLYIPLNERISADDYRKYTKVLANKIGHKVDEGSYQPSRCFALTVIQKGHIFIKRVNDCPIMDVDMLEQWSKEYKQSNASPNVIGYTRRDSAYWRELSFGTTEGNRNNALASLVGHLLRCHVNDYIVYSYALLWGQFACKPPMKEQEINATFQSILNKHYNN
>NZ_AP021848.1|WP_002445371.1|1126427_1128137_+|DUF927-domain-containing-protein
METGKSDVLDKIEKINKKDSALQEIIPKGYEIEHHQCGVALYQLIPSKKEGEPDKKVFITSTIPQITERFEDIESNEVSFNMLFYDNKTPVNIAVSAEEISDSRQLLKLVNKKLDVTSSTSTKLVDYINVSKRYNPPLNVKVATRLGHVKGYFIYPYQEVMKDSNVKLFSNDKGFQKLIDSFRSKGTLQGYSKKVFAQIKDLPMVMVMLYASLGSVLLREFGLQPFIVEISGSTSTGKTFTLNLVSSVWGTSDLITTWSSTQNSIESMASFLNSFPMFKDDTRNTHPKFVTSATYNFSSGESKSRSNINLTLNAKKEWRNILISTGESSIANMADEKAGVSARVVTLQDQPYPDNFDFTTLDKSFRENYGTLGLAFIKQYESKKDVYKKAFESYQRYFNQKGSNEIMQRLGRAFALLQVTGEVLNDIDGFEHDHFKIIEQAYDSMVKNNKTIDKPKQLLEELLQYLDANRNNIVGDGYDSVNYGDVKAVYKHDFLCIKNETVKNKLGHEMQTITGQWNKKGYLITDKKRLQKQVKHKSERHLGYAIKKEIIEELGFDFSHSHNPYNENY
>NZ_AP021848.1|WP_002445372.1|1128484_1128850_+|hypothetical-protein
MEKEQLKQYMYDYVKEYEEIPIYQLEDLFKELDHDYKGKTSVTHDQDKNIVFWSGWNKLTMYALIELVKGEHLDLVYRGSYVMRYLLDGRVPSLPLAITYPEYGQQTEVPSWVPMLLRVTK
>NZ_AP021848.1|WP_002492310.1|1128863_1129505_+|pathogenicity-island-protein
MNIEIIANQFETRAAALLRYYTGLLESSKKTPFGFKIYNDPFDMVYVVMEGNLYGHIYIKDCNVRKAFELASPKHTEGLIRSIEGHYAGYEIPDGTHDTISDMMASFMFDNDYFMYGLETFAESNNTDMFTYIEGGLNVEELEGVQSSNADVIGNIEILYQLATGINEPASELVEGLKLVTAFVQDENATLDDYKALERKLSELKSSYYSLSK
>NZ_AP021848.1|WP_094449183.1|1129792_1130137_+|pathogenicity-island-protein
MQKLVEKEKTYNLPDEHRQVLNVIRNTSKKYITKTKILNQLGYEYNSSNERWLRKVINSLVYDYAYPIGCSYKRNERGYYIITTEQEKQQAMVSIKKLADGSMKRYEALKRIEV

Crispr_ID: NZ_AP021848_4

• CRISPR_ID: NZ_AP021848_4
• CRISPR_location: 1367793-1367883
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP021848_4

Consensus_repeat	Method
AAACTCGCCATGCTCGTTAAGTGC	CRISPRCasFinder

spacers of NZ_AP021848_4

>4.1|1367817|43|NZ_AP021848|CRISPRCasFinder
AATAAAGGAATACCTGAGCTGAAGCTCATGCATAAGAAGCACT

CRISPR arrays and Neighbor proteins around NZ_AP021848_4

CRISPR arrays

The CRISPR arrays of NZ_AP021848_4

>merge|NZ_AP021848|4|1367793-1367883|CRISPRCasFinder
AAACTCGCCATGCTCGTTAAGTGCAATAAAGGAATACCTGAGCTGAAGCTCATGCATAAGAAGCACTAAACTCGCCATGCTCGTTAAGTGC

>NZ_AP021848|4|3|1367793-1367883|CRISPRCasFinder
AAACTCGCCATGCTCGTTAAGTGC	AATAAAGGAATACCTGAGCTGAAGCTCATGCATAAGAAGCACT
AAACTCGCCATGCTCGTTAAGTGC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP021848.1|WP_002458875.1|1356815_1357784_+|6-phosphofructokinase	unknown	unknown	gnl|CDD|235111
NZ_AP021848.1|WP_002493144.1|1380246_1381740_+|amino-acid-permease	unknown	unknown	gnl|CDD|223903
NZ_AP021848.1|WP_002458885.1|1372220_1373222_+|type-I-glyceraldehyde-3-phosphate-dehydrogenase	unknown	unknown	gnl|CDD|236079
NZ_AP021848.1|WP_037540804.1|1365191_1365902_+|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|223816
NZ_AP021848.1|WP_002493150.1|1370580_1371453_+|bifunctional-DNA-formamidopyrimidine-glycosylase/DNA-(apurinic-or-apyrimidinic-site)-lyase	unknown	unknown	gnl|CDD|223344
NZ_AP021848.1|WP_002478057.1|1375189_1376566_+|DnaD-domain-protein	unknown	unknown	gnl|CDD|226138
NZ_AP021848.1|WP_002458881.1|1365901_1367611_+|PAS-domain-containing-protein	unknown	unknown	gnl|CDD|274368
NZ_AP021848.1|WP_002478051.1|1363719_1364988_+|NADP-dependent-isocitrate-dehydrogenase	unknown	unknown	gnl|CDD|180792
NZ_AP021848.1|WP_002458889.1|1376565_1377486_+|primosomal-protein-DnaI	unknown	unknown	gnl|CDD|236353
NZ_AP021848.1|WP_002493142.1|1371468_1372074_+|dephospho-CoA-kinase	unknown	unknown	gnl|CDD|234620
NZ_AP021848.1|WP_002492588.1|1355708_1356653_+|acetyl-CoA-carboxylase-carboxyltransferase-subunit-alpha	unknown	unknown	gnl|CDD|235580
NZ_AP021848.1|WP_002458878.1|1362553_1363672_+|citrate-synthase	unknown	unknown	gnl|CDD|184468
NZ_AP021848.1|WP_002458873.1|1354849_1355707_+|acetyl-CoA-carboxylase-carboxyltransferase-subunit-beta	unknown	unknown	gnl|CDD|235547
NZ_AP021848.1|WP_002458887.1|1374718_1375189_+|transcriptional-repressor-NrdR	unknown	unknown	gnl|CDD|234774
NZ_AP021848.1|WP_002493146.1|1373394_1374402_+|biotin-synthase-BioB	unknown	unknown	gnl|CDD|235755
NZ_AP021848.1|WP_002478049.1|1357801_1359562_+|pyruvate-kinase	unknown	unknown	gnl|CDD|235784
NZ_AP021848.1|WP_002493141.1|1377845_1379783_+|threonine--tRNA-ligase	unknown	unknown	gnl|CDD|234752
NZ_AP021848.1|WP_062248820.1|1359863_1360346_+|IS200/IS605-family-transposase	unknown	unknown	gnl|CDD|224854
NZ_AP021848.1|WP_002458877.1|1360853_1362212_-|amino-acid-permease	unknown	unknown	gnl|CDD|236830
NZ_AP021848.1|WP_002493149.1|1367930_1370564_+|DNA-polymerase-I	unknown	unknown	gnl|CDD|235591

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP021848.1|WP_002458875.1|1356815_1357784_+|6-phosphofructokinase	gnl|CDD|235111	PRK03202, PRK03202, ATP-dependent 6-phosphofructokinase.	0
NZ_AP021848.1|WP_002493144.1|1380246_1381740_+|amino-acid-permease	gnl|CDD|223903	COG0833, LysP, Amino acid transporters [Amino acid transport and metabolism].	0
NZ_AP021848.1|WP_002458885.1|1372220_1373222_+|type-I-glyceraldehyde-3-phosphate-dehydrogenase	gnl|CDD|236079	PRK07729, PRK07729, glyceraldehyde-3-phosphate dehydrogenase; Validated.	0
NZ_AP021848.1|WP_037540804.1|1365191_1365902_+|response-regulator-transcription-factor	gnl|CDD|223816	COG0745, OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription].	9.58155e-95
NZ_AP021848.1|WP_002493150.1|1370580_1371453_+|bifunctional-DNA-formamidopyrimidine-glycosylase/DNA-(apurinic-or-apyrimidinic-site)-lyase	gnl|CDD|223344	COG0266, Nei, Formamidopyrimidine-DNA glycosylase [DNA replication, recombination, and repair].	2.92267e-92
NZ_AP021848.1|WP_002478057.1|1375189_1376566_+|DnaD-domain-protein	gnl|CDD|226138	COG3611, DnaB, Replication initiation/membrane attachment protein [DNA replication, recombination, and repair].	1.01886e-90
NZ_AP021848.1|WP_002458881.1|1365901_1367611_+|PAS-domain-containing-protein	gnl|CDD|274368	TIGR02966, Phosphate_regulon_sensor_protein_PhoR, phosphate regulon sensor kinase PhoR. Members of this protein family are the regulatory histidine kinase PhoR associated with the phosphate ABC transporter in most Proteobacteria. Related proteins from Gram-positive organisms are not included in this model. The phoR gene usually is adjacent to the response regulator phoB gene (TIGR02154). [Signal transduction, Two-component systems].	8.93727e-90
NZ_AP021848.1|WP_002478051.1|1363719_1364988_+|NADP-dependent-isocitrate-dehydrogenase	gnl|CDD|180792	PRK07006, PRK07006, isocitrate dehydrogenase; Reviewed.	0
NZ_AP021848.1|WP_002458889.1|1376565_1377486_+|primosomal-protein-DnaI	gnl|CDD|236353	PRK08939, PRK08939, primosomal protein DnaI; Reviewed.	4.7549e-167
NZ_AP021848.1|WP_002493142.1|1371468_1372074_+|dephospho-CoA-kinase	gnl|CDD|234620	PRK00081, coaE, dephospho-CoA kinase; Reviewed.	8.79061e-93
NZ_AP021848.1|WP_002492588.1|1355708_1356653_+|acetyl-CoA-carboxylase-carboxyltransferase-subunit-alpha	gnl|CDD|235580	PRK05724, PRK05724, acetyl-CoA carboxylase carboxyltransferase subunit alpha; Validated.	0
NZ_AP021848.1|WP_002458878.1|1362553_1363672_+|citrate-synthase	gnl|CDD|184468	PRK14035, PRK14035, citrate synthase; Provisional.	0
NZ_AP021848.1|WP_002458873.1|1354849_1355707_+|acetyl-CoA-carboxylase-carboxyltransferase-subunit-beta	gnl|CDD|235547	PRK05654, PRK05654, acetyl-CoA carboxylase carboxyltransferase subunit beta.	0
NZ_AP021848.1|WP_002458887.1|1374718_1375189_+|transcriptional-repressor-NrdR	gnl|CDD|234774	PRK00464, nrdR, transcriptional repressor NrdR.	2.06202e-81
NZ_AP021848.1|WP_002493146.1|1373394_1374402_+|biotin-synthase-BioB	gnl|CDD|235755	PRK06256, PRK06256, biotin synthase; Validated.	1.70128e-180
NZ_AP021848.1|WP_002478049.1|1357801_1359562_+|pyruvate-kinase	gnl|CDD|235784	PRK06354, PRK06354, pyruvate kinase; Provisional.	0
NZ_AP021848.1|WP_002493141.1|1377845_1379783_+|threonine--tRNA-ligase	gnl|CDD|234752	PRK00413, thrS, threonyl-tRNA synthetase; Reviewed.	0
NZ_AP021848.1|WP_062248820.1|1359863_1360346_+|IS200/IS605-family-transposase	gnl|CDD|224854	COG1943, COG1943, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	1.08984e-45
NZ_AP021848.1|WP_002458877.1|1360853_1362212_-|amino-acid-permease	gnl|CDD|236830	PRK11049, PRK11049, D-alanine/D-serine/glycine permease; Provisional.	0
NZ_AP021848.1|WP_002493149.1|1367930_1370564_+|DNA-polymerase-I	gnl|CDD|235591	PRK05755, PRK05755, DNA polymerase I; Provisional.	0

Protein sequences

>NZ_AP021848.1|WP_002458881.1|1365901_1367611_+|PAS-domain-containing-protein
MLKFHQRLLLLLCTITIISFIGLGAIMHHSIYQTLTDKKVADLTKKTENYSKLEEQGKTEEIKNIAKNENISVKITEGNKIIFETKSHYDINPAIDNAANPSNIIYDRADEGYHYTFKNKFSNEAIYISGIDDEMVNLQKELWKYIALIGVVVLIAIYLAVRSIKRTYIRPINEVTYATSLLADGYYHVRVPESNVKETKALFVTTNELARRLQKLNNKQKIQSNRLKTTLENIPSSVLMIDKYGEIVVANHSYYEVFGLEEKVENKDYNDFIDDKIKQLILEAFKTEKSMYNQVEVNINNVHHKYFDVSCVPILSKSKKHLQGMVVVLHDITNLKKLENLRREFVANVSHELKTPITSIKGFAETLIEGAKDDVASLDMFLNIILKESNRIESLVMDLLDLSHIEQQRELETAYVNLSELAHNTVDNLQNQAKDKNIEIIDEISPDIIFKANKNKIAQVITNLLSNAINYSLENNRVIVRVYRQQSKVYLEIQDFGIGISKEEQKHIFERFYRVDKARSRDSGGTGLGLSITKHIVEAHHGVISVKSEPNKGSTFKVTFTDNYSNNEV
>NZ_AP021848.1|WP_037540804.1|1365191_1365902_+|response-regulator-transcription-factor
MSQKILVVDDEQSIVTLLKYNLETAGYIVEVAYDGEEALEKVEKVQPDLIVLDVMLPKKDGIEVCKTIRSDKNLVPILMLTAKDDEFDRVLGLELGADDYMTKPFSPREVVARVKAILRRSQFVNESANDAANEEDILIENIRIRPEFFEVYKDDELLELTPKEFELLLYLIERQGRVITREHMLNSVWNYEFAGDSRIVDVHISHLRDKLEENPKQPKLIKTVRGLGYKLERPKA
>NZ_AP021848.1|WP_002478051.1|1363719_1364988_+|NADP-dependent-isocitrate-dehydrogenase
MSAEKIVKTQDGLQVPNEPIIPFIIGDGIGPDIWKAASRVIDAAVEKAYNGEKQIVWKEVLAGQKAYDETGEWLPSETLKTIEEYLIAVKGPLTTPIGGGIRSLNVALRQQLDLFTCLRPVRWFKGVPSPVKRPQDVDMVIFRENTEDIYAGIEFKEGTEEVKKVIDFLQNEMGASNIRFPETSGIGIKPVSKEGTERLVRAAIQYAIDNGRKSVTLVHKGNIMKFTEGSFKQWGYDLAHNEFADKVFTWQQYDEIVENDGKEAANKAQERAEQQGKIIIKDSIADIFLQQILTRPAEHDVVATMNLNGDYISDALAAQVGGIGIAPGANINYETGHAIFEATHGTAPKYAGLNKVNPSSELLSSVLMLEHLGWQEAADKITDAIESTIASKIVTYDFARLMDGATEVSTSEFADELIKNLK
>NZ_AP021848.1|WP_002458878.1|1362553_1363672_+|citrate-synthase
MAELKKGLEGVIAAETKISSIIGSQLTYAGYDIDDLAENAEFEEIVFLLKNYRLPTEEELADLKKKLNYYMTLNPRVYKHFEEYVTDNVHPMTALRTSVSYIAHFDPNAEGESEEKILERSIRIQAKVASLVTAFARVRDGKEPLKPKAELNYAGNFLYMLRGELPTDIEVEAFNKALVLHADHELNASAFTARCAVSSLSDMYSGIVAAVGSLKGPLHGGANERVMNMLSEVKSVDQVDDYLDEKFANKEKIMGFGHRVYKEGDPRAKYLREMSRKITSETGRSELYDISIAIEKRMKEEKGLIPNVDFFSATVYHSMDIPHDLFTPIFAVSRTAGWTAHILEQYRDNRIMRPRAKYIGEKDRKYIPIEER
>NZ_AP021848.1|WP_002458877.1|1360853_1362212_-|amino-acid-permease
MEDKLQRELSNRHVQLIAIGGAIGTGLFLGAGQTIAMTGPSILLTYILIGFMLFMFMRGLGEIIIQNTEFKSFADVTNKYIGPFAGFVTGWTYWFCWIITGMAEVTAVAKYVSFWFPQIPNWVSALFCVLILMTFNLLSARLFGELEFWFAIIKIATIVGLIVVGLVMILMAYKTQFGSASFANLYQNGIFPKGASGFFMSFQMALFSFVGIEMIGVTAGETKDPQKTIPKAINSVPLRILVFYVGALAVIMSIIPWDKVSPDDSPFVRLFALIGIPFAAGLINFVVLTAAASSCNSGIFSNSRMLFGLADQQQAPPIFRSTNKQGVPHIAIIGSSVFLLVAALLNYIFPDATLVFTYVTTISTVLFLVVWGLILWAYINYSRRNPELHKQSTYKLPGGKYMGYIILLFFVFVFALLFVNVETRRAIYFTPVWFIILGLMYYRYKQMAKKTK
>NZ_AP021848.1|WP_062248820.1|1359863_1360346_+|IS200/IS605-family-transposase
MSSDTNSLAHTKWNCKYHIVFAPKYRRQVIYGKIKKDIGMILRQLCERKGVEIIEAEACKDHIHMLVSIPPKIGVSSFVGYLKGKSSLMIFDRHANLKYRYGNRKFWCKGYYVDTVGRNKKVIENYIRNQLQEDIVADQISMEEYLNPFTGEEIKKRKKK
>NZ_AP021848.1|WP_002478049.1|1357801_1359562_+|pyruvate-kinase
MRKTKIVCTIGPASESEEMLEKLMKAGMNVARLNFSHGSHEEHKARIDTIRKVAKKLGKTIGILLDTKGPEIRTHDMKDGLIMLEKGKEVIVSMTQVEGTPEKFSVTYENLINDVQVGSYILLDDGLVELEVKEIDKANGEVRCEILNTGELKNKKGVNLPGVRVNLPGITDKDADDILFGIKEDVDYIAASFVRRPSDVLDIREILERENNHNITIFPKIENQEGIDNIEEILEVSDGLMVARGDMGVEIPPESVPIVQKDLIRKCNKLGKPVITATQMLDSMQRNPRATRAEASDVANAIYDGTDAVMLSGETAAGLYPEEAVKTMRNIAVSAEAAQDYKKLLSDRTKLVETSFVNAIGVSVAHTALNLNVKAIVAATESGSTAVTISKYRPHSDIIAVTPSAHTARQLALVWGAYPVIKKGRKTTDDLLNNSVATAVETGRVTNGDLIIITAGVPTGEKGTTNMMKLHLVGDEIAKGQGVGRESVVGQSVVADDASDLEGKDLSNSIIITTSVDETLVPYIEKAAGLITEENGITSPSAIVGLEKGIPTIVGVEHATKEIKDGILITVDAAQGKIFEGYANVL
>NZ_AP021848.1|WP_002458875.1|1356815_1357784_+|6-phosphofructokinase
MKKIAVLTSGGDSPGMNAAVRAVVRTAIYNNIEVYGIYQGYQGLLDDNIHKLELGSVGDTIQRGGTFLYSARCPQFKEAEHRKVGIDNLRKRGIEGLVVVGGDGSYRGAQRISEECPEIQTIGVPGTIDNDINGTDFTIGFDTALNTIIECVDKIRDTASSHARTFIVEVMGRDCGDLALWAGLSVGAETIMVPEVKTEIKDVAEKIESGIKRGKKHSIVMVAEGCMSGQECADELMKYINVDTRVSVLGHIQRGGSPSGTDRVLASRLGGHAVDLLIQGKSGLGVGITHNQLTATPFDEIFKISDHKFNNDIYELAKKLSI
>NZ_AP021848.1|WP_002492588.1|1355708_1356653_+|acetyl-CoA-carboxylase-carboxyltransferase-subunit-alpha
MLDFEKPLYDIKNKIESLKESQQKNDVDLQDEIDLLEASLKRETKKIYTNLKPWDRVQIARLQERPTLLDYIPHIFDAFIEFHGDRNFRDDPAMVGGIAYLNEMPVTVIGQQRGKDTKDNIYRNFGMAHPEGYRKALRLMKQAEKFNRPIFTFIDTKGAYPGKAAEERGQSESIAKNLIEMASLSVPVIAIVIGEGGSGGALGIGVANRILMLENSTYSVISPEGAAALLWKDSSLAKMAAETMKITANDLLQLKIIDNVIEEPLGGAHRDIEIQAQHIKAAFENELAELSKLNKKQLAEDRYNKFRHIGSFVD
>NZ_AP021848.1|WP_002458873.1|1354849_1355707_+|acetyl-CoA-carboxylase-carboxyltransferase-subunit-beta
MFKDFFNRSSKKKKYLTVQDSKQNDVPAGIMTKCPKCKKIMYTKELAENLNVCFNCDHHIALTAYKRIEAVSDEGSFQEFDKGMTSANPLDFPGYEEKIEKDQQKTDLQEAVVTGIATLENLPFGIAVMDSRFRMGSMGSVVGEKICRIIDYCTEHRLPFILFSASGGARMQEGIISLMQMGKTSVSLKRHSDAGLLYISYLTHPTTGGVSASFASVGDINLSEPKALIGFAGRRVIEQTINEKLPEDFQTAEFLLEHGQLDKVVHRKDMKETLAQILKMHQEVN
>NZ_AP021848.1|WP_002493149.1|1367930_1370564_+|DNA-polymerase-I
MNKLVLIDGNSLSFRAFYALPLLSNKAGIHTNAIYGFAMLLEKILKEEQPNHFLVAFDAGKTTFRHEKYSEYKGGRQSTPPELSEQFPYIRQLLDAYHIKYYELENYEADDIIGTLSKQAEASGLETIIITGDRDLTQLATDHVTIYYTKKGVTDVDHYTPEFIAEKYNGLLPKQIIDMKGLMGDTSDNIPGVAGVGEKTAIKLLNQFHSVEGVYNHLDEVSGKKLKENLENSKADAFMSKDLATINCDSPIKVNLKDTIMGDLNDNKDKIELFQKLEFKQLLNDIDSSASENNSETEHNFEVIHHFDNINFKKLDNAIIHFEIYGSNYLKDKILKFGLYAQNQYIVISAEDIHQYTELIEWLENDHNNKIVFDAKKTYVAAHRLEINLQHIDFDVMLASYIIDPSRTIEDVQSVVSYYNQNFVKSDIAVYGKGKKRQVPLDDVLEVHIAAIMQAIYNCKPLMSDILSDHNQMDLLNNLELPLARILADMEETGIYTDVNDLKEMQNELQEKLDNLVSEIYEAAGESFNINSPKQLGIVLFETLKLPIIKKTKTGYSTAVDVLEQLQGKHPIIDYILEYRQLSKLQSTYVEGLQKVISDDQRIHTRFNQTLAQTGRLSSIDPNLQNIPIRLEEGRKIRKAFKPTSDDYVILSADYSQIELRVLAHMTQDESLKEAFIHGDDIHAATAMKVFGVEKNQVNDLMRRQAKAVNFGIVYGISDYGLSQNLGITRKKAKAFIDDYLASFPGVKQYMTDIVKDAKANGYVETLLHRRRYIPDITSRNFNLRSFAERTAMNTPIQGSAADIIKLAMVQFDKNVRETNYHAKLLLQVHDELIFEVPKSEVQDFSEFVEEIMDNALTLAVPLLVDSSYGATWYDAK
>NZ_AP021848.1|WP_002493150.1|1370580_1371453_+|bifunctional-DNA-formamidopyrimidine-glycosylase/DNA-(apurinic-or-apyrimidinic-site)-lyase
MPELPEVEHVKRGIEPFIINTIIKSVTFSSKVIDGKSDGKETIIKGINLDGFRQFTEGYKIYKVERRSKYINIYIEKNQERRVLISHLGMAGGFFIVNHLDEIYAPNYRKHWHVIFHLSNGKLLVYSDIRRFGEIRNVQALNNYASFKNMAPEPFDESALDHYLTYLNQPKVKHKPIKQLILDHKVIAGCGNIYACEALYRAAIHPATEVQSLNQQARQNLFLEVQAVLNEGIKYGGTSISDYRHADGKTGTMQLRLNVYKQQQCKKCGHKIEQQVIATRNSHFCPVCQK
>NZ_AP021848.1|WP_002493142.1|1371468_1372074_+|dephospho-CoA-kinase
MPKVIGLTGGIATGKSTVSELLTAYGFKVVDADIAAREAVKKGSAGLEQIRQTFGNEAINDDGEMNRQYMGQLVFNHPDKRTELNEIVHPIVHQLMDKEKSHYLNQGYNVVMDIPLLFENELEDTVDEVWLVYTSESIQIERLMERNNLSLEEAKARVYSQISIDKKSRMADIVIDNLGDKLELKQNVERILTDQGYINQE
>NZ_AP021848.1|WP_002458885.1|1372220_1373222_+|type-I-glyceraldehyde-3-phosphate-dehydrogenase
MSTNIAINGMGRIGRMVLRIALKNEALNVVAINASYPPETIAHLINYDTTHGRYDKRVEPIESGIRVEGHDIKLVSDRNPENLPWKDLEIDIVIEATGKFNHGDKAKAHIQAGAKKVLLTGPSKGGKVQMVVKGVNDQDLDTDTYDIFSNASCTTNCIGPVAKVLNDSFGIENGLMTTVHAITNDQNNIDNPHKDLRRARSCGESIIPTSTGAAKALKEVMPELNGKLHGIALRVPTQNVSLVDLVVDLKQKVTVDEVNHAFRDANLQGIIDVEEAPLVSKDYNTNPHSAVIDAKNTMVMGDNKVKVIAWYDNEWGYSNRVVEVANQLGELIK
>NZ_AP021848.1|WP_002493146.1|1373394_1374402_+|biotin-synthase-BioB
MNLANQIINGKYLTQAECLKIYRDASLATLDLVHEAYLIRRHYFGHKVKLNMILNAKSGICSEDCGYCGQSREMKHKQRYALVSNETICKGADVASNNKIGTYCIVMSGRGPSDKEVEHITKTVKDIKKDHPQLKICACLGLANEEQAEKLKAAGVDRYNHNINTSESYHGQVVSTHTYDERIQTLSYMKEHHISPCSGVICGMGESDEDIIDMAFALKKIDADSIPVNFLHPIQGTKFGSMDDLTPMKCLRILSIFRLINPTKEIRVAGGREVNLRSLQPLALQIANSIFVGDYLITGGQPNELDYQMLEDLGFEIDYGNDDEITFSHPQFKSK
>NZ_AP021848.1|WP_002458887.1|1374718_1375189_+|transcriptional-repressor-NrdR
MKCPKCSSTHSKVVDSRHADEANAIRRRRECEKCGTRFTTFEHIEVSPLIVVKKDGTREQFLREKILNGLVRSCEKRPVRYQQLEDITNKVEWQLRDEGHTEISSRDIGEHVMNLLMHVDQVSYVRFASVYKEFKDVDQLLASMQGILNDNKRSDS
>NZ_AP021848.1|WP_002478057.1|1375189_1376566_+|DnaD-domain-protein
MTMQAYQFDLRPRDSFEVIRHFELSQAHLEILNRLYAPLIGTHAIGLYHYLNQFVSENNQELLTHYTIMNELKVNLLDFRKTMDYLEGIGLLKSFVRHQSDNSNFIYELIQPPTAYQFFNDPMLSVFLFSEVDKKRFVQLKQYFEQDRKDLTNYQNITHKFTEVFKMPNKDIKIDSQNIKSSQYYKGLDLSNEHFDFELLKELLQHHFISSEIVTDEAKALILQLATLYGLTVEAMKRMILNSITSAQTLSFEELRKQARSYYLIEHEQQLPKLAINADKYYDSESQHTRDNSTNTKQDEWLSSLDNISPVDMLSSWSGSEPTHQQKLMIEELVSREKLPLGVINILLQFVMLKNEMMLPKKYIFEVASNWKKLGISNAKEAYERALKMNEPKQVERKPQNAKNRYYGKQIVSREKTPKWLENRDTAKRQEKIKKKDDNLEKDRQQFLEQLKKDWGDD
>NZ_AP021848.1|WP_002458889.1|1376565_1377486_+|primosomal-protein-DnaI
MKSFKNIMGSDSNLEQRISQIKQQVINDPDVKQFLTMHQSELTNAMIDRDLNVLQEFKDQQKHYDGHDYHSCPNFVKGHIPELYVEDERIKIKYLPCPCKIKYDEARFDSQLVTSHHMQRDTLNAKLNDIFTEDRDRLEIAIKANHICKSIINGESVKGLYIYGPFGTGKSFILGAMANQLKSQKVASTIVYLPEYIRSLKNGFKDGSYEQRLARIREAGILMLDDIGAEEVTPWVRDEIIGPLLHYRMVQELPTFFSSNLSFEELEHHLSITREGAEKTKAARIIERIKSLADDVYLEGKNYRNN
>NZ_AP021848.1|WP_002493141.1|1377845_1379783_+|threonine--tRNA-ligase
MTKINIQFPDGNKKAFDKGITTEEIAQSISPGLRKKAVAGKFNQQLIDLARPLEEDGEIEIVTPGSEEALEVLRHSTAHLMANALKRLYGNVQFGVGPVIEGGFYYDFDMENKISSDDFEKIEKMMKQIVNENHKIERKVVSREEAKEFFKDDPYKLELIDAIPQDEMVTLYSQGDFTDLCRGVHVPSTAKIKEFKLLSTAGAYWRGDSNNKMLQRIYGTAFFDKKDLKAHLQLLEERRERDHRKIGKDLELFTNNQLVGAGLPLWLPNGATIRREIERYIVDKEVSMGYDHVYTPVLANVDLYRTSGHWAHYRYDMFPPMKLDENEEMVLRPMNCPHHMMIYKNKPHSYRELPIRLAELGTMHRYEASGAVSGLQRVRGMTLNDSHIFVRPDQIKDEFKRVVHMIQDVYKDFGFEDYTFRLSYRDPEDKEKYMDDDDMWNKAESMLKEAVDELGLPYVEAIGEAAFYGPKLDVQVKTAMGKEETLSTAQLDFLLPERFELTYIGSDGEYHRPVVIHRGVVSTMERFVAFLTEETKGAFPTWLAPKQVEIIPVNVDLHYDYARNLQDELKSQGVRVEIDDRNEKMGYKIREAQMQKIPYQIVVGDKEVENNQVNVRQYGSQDQQTLERDEFIWNLVDEIRLKKHR
>NZ_AP021848.1|WP_002493144.1|1380246_1381740_+|amino-acid-permease
MSKIESQNGGIIRGLKDRHISMIAMGGCIGTGLFMTSGGAIHDAGALGALIAYAIIGIMVFFLMTSLGEMATYLPVSGSFSTYATRFVDPSLGFALGWNYWFNWVITVAADVTIAAQVIQYWTPMAGIPAWLWSCIFLVIIFSLNSLSVRIYGESEYWFALIKVVTVIIFIAIGLLTIIGIMGGKFVGFETFTKGEGPILGGNFGGSLLSILGVFLVAGFSFQGTELIGITAGESENPERAVPKAIKQVFWRILLFYILAIFVIGMLIPYDSNALMGGDNSISTSPFTLVFKNAGLAFAASFMNAVILTSVLSAGNSGMYASTRMLYSMSKDKLAFPIFGKTNKYGVPYLSLLLTAILVIIIFLVQKVSGNAYEYIVAASGMTGFIAWVGIAVSHYRFRRAFQRQHHNKKELKYKAKWFPFGPIFAGILCVIVIIGQDVDFIKTGEFDLNRFVITYMGIPVFLVFFIYHKLRYKTKKIPLEEVDLRQDVHMNEIKHH

Crispr_ID: NZ_AP021848_5

• CRISPR_ID: NZ_AP021848_5
• CRISPR_location: 1799547-1799633
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP021848_5

Consensus_repeat	Method
GAAATTCGACAAACAAAGCAAGTTGGGGTG	CRISPRCasFinder

spacers of NZ_AP021848_5

>5.1|1799577|27|NZ_AP021848|CRISPRCasFinder
GGGCCCCAACAAAGAGAATTTCGAAAT

CRISPR arrays and Neighbor proteins around NZ_AP021848_5

CRISPR arrays

The CRISPR arrays of NZ_AP021848_5

>merge|NZ_AP021848|5|1799547-1799633|CRISPRCasFinder
GAAATTCGACAAACAAAGCAAGTTGGGGTGGGGCCCCAACAAAGAGAATTTCGAAATGAAATTCGACAAACAAAGCAAGTTGGGGTG

>NZ_AP021848|5|4|1799547-1799633|CRISPRCasFinder
GAAATTCGACAAACAAAGCAAGTTGGGGTG	GGGCCCCAACAAAGAGAATTTCGAAAT
GAAATTCGACAAACAAAGCAAGTTGGGGTG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP021848.1|WP_002491833.1|1793645_1794539_-|tyrosine-recombinase-XerC	unknown	unknown	gnl|CDD|274042
NZ_AP021848.1|WP_002491838.1|1798270_1799143_-|DNA-protecting-protein-DprA	unknown	unknown	gnl|CDD|376794
NZ_AP021848.1|WP_002493075.1|1805298_1807890_+|YfhO-family-protein	unknown	unknown	gnl|CDD|370572
NZ_AP021848.1|WP_002493081.1|1802129_1803296_-|ADP-forming-succinate--CoA-ligase-subunit-beta	unknown	unknown	gnl|CDD|234813
NZ_AP021848.1|WP_037540673.1|1811940_1812441_-|ribosome-maturation-factor-RimM	unknown	unknown	gnl|CDD|234650
NZ_AP021848.1|WP_002459290.1|1790857_1791631_-|GTP-sensing-pleiotropic-transcriptional-regulator-CodY	unknown	unknown	gnl|CDD|235230
NZ_AP021848.1|WP_002478289.1|1801199_1802108_-|succinate--CoA-ligase-subunit-alpha	unknown	unknown	gnl|CDD|180194
NZ_AP021848.1|WP_002459288.1|1788788_1789667_-|elongation-factor-Ts	unknown	unknown	gnl|CDD|236491
NZ_AP021848.1|WP_002459305.1|1811203_1811941_-|tRNA-(guanosine(37)-N1)-methyltransferase-TrmD	unknown	unknown	gnl|CDD|234581
NZ_AP021848.1|WP_002493078.1|1807894_1810501_+|YfhO-family-protein	unknown	unknown	gnl|CDD|226888
NZ_AP021848.1|WP_002459289.1|1789850_1790639_-|30S-ribosomal-protein-S2	unknown	unknown	gnl|CDD|235396
NZ_AP021848.1|WP_002459304.1|1810747_1811098_-|50S-ribosomal-protein-L19	unknown	unknown	gnl|CDD|235418
NZ_AP021848.1|WP_037540675.1|1799801_1801037_-|aminoacyltransferase	unknown	unknown	gnl|CDD|367067
NZ_AP021848.1|WP_172412355.1|1796029_1798105_-|type-I-DNA-topoisomerase	unknown	unknown	gnl|CDD|235516
NZ_AP021848.1|WP_002459294.1|1794670_1795978_-|FADH(2)-oxidizing-methylenetetrahydrofolate--tRNA-(uracil(54)-C(5))--methyltransferase-TrmFO	unknown	unknown	gnl|CDD|235416
NZ_AP021848.1|WP_002459292.1|1793102_1793645_-|ATP-dependent-protease-subunit-HslV	unknown	unknown	gnl|CDD|235477
NZ_AP021848.1|WP_002493079.1|1803406_1804174_-|ribonuclease-HII	unknown	unknown	gnl|CDD|260003
NZ_AP021848.1|WP_002493074.1|1804157_1805042_-|ribosome-biogenesis-GTPase-YlqF	unknown	unknown	gnl|CDD|236570
NZ_AP021848.1|WP_002459287.1|1787929_1788652_-|UMP-kinase	unknown	unknown	gnl|CDD|234735
NZ_AP021848.1|WP_002478282.1|1791652_1793056_-|ATP-dependent-protease-ATPase-subunit-HslU	unknown	unknown	gnl|CDD|235364

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP021848.1|WP_002491833.1|1793645_1794539_-|tyrosine-recombinase-XerC	gnl|CDD|274042	TIGR02224, Tyrosine_recombinase_XerC, tyrosine recombinase XerC. The phage integrase family describes a number of recombinases with tyrosine active sites that transiently bind covalently to DNA. Many are associated with mobile DNA elements, including phage, transposons, and phase variation loci. This model represents XerC, one of two closely related chromosomal proteins along with XerD (TIGR02225). XerC and XerD are site-specific recombinases which help resolve chromosome dimers to monomers for cell division after DNA replication. In species with a large chromosome and homologs of XerC on other replicons, the chomosomal copy was preferred for building this model. This model does not detect all XerC, as some apparent XerC examples score in the gray zone between trusted (450) and noise (410) cutoffs, along with some XerD examples. XerC and XerD interact with cell division protein FtsK. [DNA metabolism, DNA replication, recombination, and repair].	2.51797e-132
NZ_AP021848.1|WP_002491838.1|1798270_1799143_-|DNA-protecting-protein-DprA	gnl|CDD|376794	pfam02481, DNA_processg_A, DNA recombination-mediator protein A. The SMF family, of DNA processing chain A, dprA, are a group of bacterial proteins. In H. pylori, dprA is required for natural chromosomal and plasmid transformation. It has now been shown that DprA is found to bind cooperatively to single-stranded DNA (ssDNA) and to interact with RecA. In the process, DprA-RecA-ssDNA filaments are produced and these filaments catalyze the homology-dependent formation of joint molecules. While the E.coli SSB protein limits access of RecA to ssDNA, DprA alleviates this barrier. It is proposed that DprA is a new member of the recombination-mediator protein family, dedicated to natural bacterial transformation.	6.36915e-83
NZ_AP021848.1|WP_002493075.1|1805298_1807890_+|YfhO-family-protein	gnl|CDD|370572	pfam09586, YfhO, Bacterial membrane protein YfhO. This protein is a conserved membrane protein. The yfhO gene is transcribed in Difco sporulation medium and the transcription is affected by the YvrGHb two-component system. Some members of this family have been annotated as glycosyl transferases of the PMT family.	3.47421e-108
NZ_AP021848.1|WP_002493081.1|1802129_1803296_-|ADP-forming-succinate--CoA-ligase-subunit-beta	gnl|CDD|234813	PRK00696, sucC, ADP-forming succinate--CoA ligase subunit beta.	0
NZ_AP021848.1|WP_037540673.1|1811940_1812441_-|ribosome-maturation-factor-RimM	gnl|CDD|234650	PRK00122, rimM, 16S rRNA-processing protein RimM; Provisional.	3.53949e-69
NZ_AP021848.1|WP_002459290.1|1790857_1791631_-|GTP-sensing-pleiotropic-transcriptional-regulator-CodY	gnl|CDD|235230	PRK04158, PRK04158, GTP-sensing pleiotropic transcriptional regulator CodY.	1.32073e-157
NZ_AP021848.1|WP_002478289.1|1801199_1802108_-|succinate--CoA-ligase-subunit-alpha	gnl|CDD|180194	PRK05678, PRK05678, succinyl-CoA synthetase subunit alpha; Validated.	0
NZ_AP021848.1|WP_002459288.1|1788788_1789667_-|elongation-factor-Ts	gnl|CDD|236491	PRK09377, tsf, elongation factor Ts; Provisional.	2.59447e-161
NZ_AP021848.1|WP_002459305.1|1811203_1811941_-|tRNA-(guanosine(37)-N1)-methyltransferase-TrmD	gnl|CDD|234581	PRK00026, trmD, tRNA (guanine-N(1)-)-methyltransferase; Reviewed.	3.92595e-168
NZ_AP021848.1|WP_002493078.1|1807894_1810501_+|YfhO-family-protein	gnl|CDD|226888	COG4485, COG4485, Predicted membrane protein [Function unknown].	0
NZ_AP021848.1|WP_002459289.1|1789850_1790639_-|30S-ribosomal-protein-S2	gnl|CDD|235396	PRK05299, rpsB, 30S ribosomal protein S2; Provisional.	3.92574e-174
NZ_AP021848.1|WP_002459304.1|1810747_1811098_-|50S-ribosomal-protein-L19	gnl|CDD|235418	PRK05338, rplS, 50S ribosomal protein L19; Provisional.	1.6598e-69
NZ_AP021848.1|WP_037540675.1|1799801_1801037_-|aminoacyltransferase	gnl|CDD|367067	pfam02388, FemAB, FemAB family. The femAB operon codes for two nearly identical approximately 50-kDa proteins involved in the formation of the Staphylococcal pentaglycine interpeptide bridge in peptidoglycan. These proteins are also considered as a factor influencing the level of methicillin resistance.	1.55071e-162
NZ_AP021848.1|WP_172412355.1|1796029_1798105_-|type-I-DNA-topoisomerase	gnl|CDD|235516	PRK05582, PRK05582, type I DNA topoisomerase.	0
NZ_AP021848.1|WP_002459294.1|1794670_1795978_-|FADH(2)-oxidizing-methylenetetrahydrofolate--tRNA-(uracil(54)-C(5))--methyltransferase-TrmFO	gnl|CDD|235416	PRK05335, PRK05335, tRNA (uracil-5-)-methyltransferase Gid; Reviewed.	0
NZ_AP021848.1|WP_002459292.1|1793102_1793645_-|ATP-dependent-protease-subunit-HslV	gnl|CDD|235477	PRK05456, PRK05456, ATP-dependent protease subunit HslV.	5.8233e-117
NZ_AP021848.1|WP_002493079.1|1803406_1804174_-|ribonuclease-HII	gnl|CDD|260003	cd07182, RNase_HII_bacteria_HII_like, Bacterial Ribonuclease HII-like. This family includes mostly bacterial type 2 RNases H, with some eukaryotic members. Bacterial RNase HII has a role in primer removal based on its involvement in ribonucleotide-specific catalytic activity in the presence of RNA/DNA hybrid substrates. Several bacteria, such as Bacillus subtilis, have two different type II RNases H, RNases HII and HIII; double deletion of these leads to cellular lethality. It appears that type I and type II RNases H also have overlapping functions in cells, as over-expression of Escherichia coli RNase HII can complement an RNase HI deletion phenotype. In Leishmania mitochondria, of the four distinct RNase H genes (H1, HIIA, HIIB, HIIC), HIIC is essential for the survival of the parasite and thus can be a potential target for anti-leishmanial chemotherapy. Ribonuclease H (RNase H) is classified into two families, type I (prokaryotic RNase HI, eukaryotic RNase H1 and viral RNase H) and type II (prokaryotic RNase HII and HIII, and eukaryotic RNase H2). RNase H endonucleolytically hydrolyzes an RNA strand when it is annealed to a complementary DNA strand in the presence of divalent cations, in DNA replication and repair.	1.29983e-100
NZ_AP021848.1|WP_002493074.1|1804157_1805042_-|ribosome-biogenesis-GTPase-YlqF	gnl|CDD|236570	PRK09563, rbgA, GTPase YlqF; Reviewed.	3.10427e-161
NZ_AP021848.1|WP_002459287.1|1787929_1788652_-|UMP-kinase	gnl|CDD|234735	PRK00358, pyrH, uridylate kinase; Provisional.	1.19892e-144
NZ_AP021848.1|WP_002478282.1|1791652_1793056_-|ATP-dependent-protease-ATPase-subunit-HslU	gnl|CDD|235364	PRK05201, hslU, ATP-dependent protease ATPase subunit HslU.	0

Protein sequences

>NZ_AP021848.1|WP_002491838.1|1798270_1799143_-|DNA-protecting-protein-DprA
MDDIVLLKLRYSGIQAPQFQRLIHAYPNFLSFSEDDLLNLLSKTEIKKWFGDIAAQYKRISEDYILTSLYDASVKFITINSQCYSTLLKEIYDFPPILFYRGDISLLNSNTTLAVVGSRKATSYSYKALDFLFSQFNRRFTIVSGLAKGADSMAHELAIQHHHATIAVLGFGHLTHYPKETYILRQKIEAHHLSISEYLPFEPVTKYHFPQRNRLISGISKGVLITEAEKRSGSQITIAHALDQNRNVYVLPGDLFNPLTQGNLYRAREGACIVTGAEDILMDYDINKVF
>NZ_AP021848.1|WP_172412355.1|1796029_1798105_-|type-I-DNA-topoisomerase
MTLADNLVIVESPAKAKTIEKYLGKKYKVIASMGHVRDLPRSQMGVDVDDNFEPKYITIRGKGPVVKELKKYAKKAKKVFLASDPDREGEAIAWHLSNILELEDSKENRVVFNEITKDAVKESFKHPRDIEMDLVDAQQARRILDRLVGYNISPVLWKKVKKGLSAGRVQSVALRLVIDRENEIRNFKPEEYWTIEGEFRYQKSKFTAKFLHYKNKPFKLQNKDDVNKVTAKLDGDQFEITNVNKKEKTRNPAQPFTTSTLQQEAARKLNFKARKTMMIAQQLYEGIDLKRQGTVGLITYMRTDSTRISDAAKNEAKSYITENYGSNYVSKRQAKGKQGDQDAHEAIRPTSAMRTPNEMKSYLSRDQHRLYKLIWERFVASQMAPAILDTVALDVTQNDIKFRANGQTIKFKGFMTLYVEAKDDKENDKENKLPNLKEGDKVTATQIEPAQHFTQPPPRYTEARLVKTLEELKIGRPSTYAPTIDTIQKRNYVKLDSKRFVPTELGEIVYEQVKEYFPEIIDVEFTVNMETLLDKIAEGDMKWRKVIDDFYNSFKLDVARAEKEMEKIEIKDEPAGEDCEVCGSPMVIKMGRYGKFMACSNFPDCRNTKAIVKTIGVTCPTCKKGDVVERKSKKNRIFYGCSNYPECDFISWDKPIGRDCPKCEHYLVEKKKGRSSQVVCSNCDYQEEAQK
>NZ_AP021848.1|WP_002459294.1|1794670_1795978_-|FADH(2)-oxidizing-methylenetetrahydrofolate--tRNA-(uracil(54)-C(5))--methyltransferase-TrmFO
MTQTVNVIGAGLAGSEAAYQLAQRGINVNLIEMRPVKQTPAHHTDKFAELVCSNSLRGNALTNAVGVLKEEMRRLDSLIIKAADQAKVPAGGALAVDRHDFAGYVTDALRSHPNVTVLNEEITQIPDGHSIIATGPLTTSSLAQEIVNITGKDQLYFYDAAAPIIEKDSIDMDKVYLKSRYDKGEAAYLNCPMTEEEFNRFYDAVLAAEVAPVNEFEKEKYFEGCMPFEVMAERGRKTLLFGPMKPVGLEDPKTGKRPFAVVQLRQDDAAGTLYNIVGFQTHLKWGAQKEVIQLIPGLENVEIVRYGVMHRNTFINSPDVLNEKYELIGNEHIQFAGQMTGVEGYVESAASGLVAGVNLAHKLLAKGEVIFPRETMIGSMAYYISHAKNDKNFQPMNANFGLLPVLEKRIKDKKERYETLANRALEYLEKYKKTL
>NZ_AP021848.1|WP_002491833.1|1793645_1794539_-|tyrosine-recombinase-XerC
MNEIQKAFLYMLKVERNFSDHTIKSYHDDLMQFNEFLAQEMLTLSAFEYKDARNYLSYLYNKNLKRTTVSRKISTLRSFYEYWMTQDETVINPFVQLVHPKKEQYLPQFFYEAEMDALFETVLHDAKKGLRDRVILELLYSTGMRVSELVHIKKMDIDLTLPGVKVLGKGSKERFLPFGEFCKQSIEQYLLEFGPVKQNDHPFLLVNMNGQPITERGVRYVLNDIVKRTAGVTDIHPHKLRHTFATHLLNQGADLRTVQSLLGHVNLSTTGRYTHVSKDQLRKVYLNAHPRAKKERN
>NZ_AP021848.1|WP_002459292.1|1793102_1793645_-|ATP-dependent-protease-subunit-HslV
MSTSIHATTIYAVRHNGEAAMAGDGQVTLGQQVIMKQTARKVRRLYDDKVLAGFAGSVADAFTLFEKFETKLQQFSGNLERAAVELAQEWRGDKQLRQLEAMLIVMDKSGILVVSGTGEVIAPDDDIIAIGSGGNYALSAGRALKRHAAHLSAKEMAYESLKVASDICVFTNDNIIVETL
>NZ_AP021848.1|WP_002478282.1|1791652_1793056_-|ATP-dependent-protease-ATPase-subunit-HslU
MDTNGIKLTPKDIVSQLNEYIVGQDDAKRKVAIALRNRYRRSLLDEETKQEIAPKNILMIGPTGVGKTEIARRMAKIVGAPFIKVEATKFTEVGYVGRDVESMVRDLVDVAVRLVKNQKKAMVKDEAVAKANDKLVKLLVPSMKKKAAQGNNPLENLFGGAIPNFGNNQEDEEEPPTEEIKTKRSEIRQQLLAGKLEDEKVRIKVEQDPGALGMLGTNQNQQMQDMMNQLMPKKKVEREVPVKTARNILADDFADELIDQETANQEAIELAEQMGIIFIDEIDKVATNNQSSGQDVSRQGVQRDILPILEGSMIQTKYGTVNTEHMLFIGAGAFHVSKPSDLIPELQGRFPIRVELESLTVNDFYRILTEPKLSLVKQYEALLKTEEVTVNFTDGAITKLAEIAYQVNQDTDNIGARRLHTILEKMLEDLSFEAPNMPNAVVDITPQYVDEKLKSISTNKDLSAFIL
>NZ_AP021848.1|WP_002459290.1|1790857_1791631_-|GTP-sensing-pleiotropic-transcriptional-regulator-CodY
MSLLSKTRELNTLLQKHKGIAVDFKDVAQTISNVTVTNVFIVSRRGKILGSSLNELLKSERINQMLESKHIPEEYTEQLMEVKQTQSNIDIDNVLTVFPPEDRETFINSRTTVFPILGGGERFGTLVLGRVKDDFNENDLVLGEYAATVIGMEILREKHNEVEKEARDKAAINMAINSLSYSEKEAIEHIFEELGGNEGLLIASKVADRVGITRSVIVNALRKLESAGVIESRSLGMKGTFIKVKKEKFLDELERNK
>NZ_AP021848.1|WP_002459289.1|1789850_1790639_-|30S-ribosomal-protein-S2
MAVISMKQLLEAGVHFGHQTRRWNPKMKKYIFTERNGIYIIDLQKTVKKVEEAYNFIKQVSEDGGKVLFVGTKKQAQESVKAEAERAGQFYVNQRWLGGILTNYKTISKRIKRISEIEKMEEDGLFDVLPKKEVVELKKEYDRLIKFLGGIRDMKSMPQALFVVDPRKERNAIAEARKLNIPIVGIVDTNCDPDEIDYVIPANDDAIRAVKLLTGKMADAVLEGQQGVSNEEVAAEQNIDLDEKEEAKDAETTEENTSVESN
>NZ_AP021848.1|WP_002459288.1|1788788_1789667_-|elongation-factor-Ts
MAISAKLVKQLRERTGAGMMDCKKALTETDGDIDKAIDYLREKGIAKAAKKADRIAAEGLVHVEVKGNEAAIVEINSETDFVARNEGFQELVKEIANQILDTKPESVDALMETKLPNGQSVDEKMKEAISTIGEKLSIRRFAVKSKSDNDAFGAYLHMGGRIGVLSVVEGSTDEEAAKDVAMHIAAINPKYVSSEQVSEDEINHEREVLKQQALNEGKPANIVEKMVEGRLRKYLQEICAVDQNFVKDPDQTVEAFLKSKGGKLVDFVRYEVGEGMEKREENFADEVKGQMK
>NZ_AP021848.1|WP_002459287.1|1787929_1788652_-|UMP-kinase
MTQTSKYKRVVLKLSGEALAGEKGFGINPIIIKSVAEQVAEVAKMDCEIAVIVGGGNIWRGKTGSDLGMDRGTADYMGMLATVMNALALQDSLEQLDCDTRVLTSIEMKQVAEPYIRRRAIRHLEKKRVVIFAAGIGNPYFSTDTTAALRAAEVEADVILMGKNNVDGVYSADPKVDPNAVKYEHLTHIQMLQEGLQVMDSTASSFCMDNNIPLNVFSIMEEGNIKRAVMGEKIGTLITK
>NZ_AP021848.1|WP_037540675.1|1799801_1801037_-|aminoacyltransferase
MNFTTLTCEEFNTYVSKHFSHYTQSIQLYEYRKQQHKGVHLVGVKNIYGEVIAACLLTEARVLKIFKYFYSHRGPVMDYNDLSLVKFFFKHLTRYLKKQRGLFVLIDPYILENIRNAEGEIIHTYNNEKLIDTMHRLGYEHQGFSVGYSDMSQIRWHSVLNLQQKSEDQLLKEMSYQTRCNINKTFEMGVEVITLPIEETDRFYRLFKMAEEKHGFNFREESYFEEMQKIYHDNGYIKLAYINLADYLTRLEKQRQKLIVLLNDVKETLEINPNSKKSKTKYQQLTQQLASIDKNIAKTQDLQQEDGNILDLAAALYVYNNHEMYYLSSGSNPKYIQYMGAYRLQWDMICFAKSHHIHRYNFYGITGDFSSQAEDYGVQQFKKGFNAFVEEYIGDFIKPLRPWLYKFYSRK
>NZ_AP021848.1|WP_002478289.1|1801199_1802108_-|succinate--CoA-ligase-subunit-alpha
MSVFIDKNTKVMVQGITGSTALFHTKQMLDYGTQIVAGVTPGKGGQVVEGVPVYNTVAEAKQETGANVSVVYVPAPFAADSILEAADADLDMVICITEHIPVVDMVKVKRYLEGRKTRLVGPNCPGVITADECKIGIMPGYIHKKGHVGVVSRSGTLTYEAVHQLTEEGIGQTTAVGIGGDPVNGTNFIDVLKAFNDDEETKAVVMIGEIGGTAEEEAAEWIKANMTKPVVGFVGGQTAPPGKRMGHAGAIISGGKGTAAEKIKTLNSCGVKTADTPSEIGTTLIAAAKEAGIYEQLLTIDK
>NZ_AP021848.1|WP_002493081.1|1802129_1803296_-|ADP-forming-succinate--CoA-ligase-subunit-beta
MNIHEYQGKEIFRSMGVAVPEGRVAFTAKEAVEKAKELNSDVYVVKAQIHAGGRGKAGGVKIAKSLSEVETYANELLGKQLVTHQTGPEGKEVKRLYIEQGCDIQKEYYVGFVIDRATDRITLMASEEGGTEIEEVAATTPEKIFKETIDPVVGLSPYQARRIAFNINIPKESINKAAKFLISLYNVFVEKDCSIVEINPLVTTGDGEVLALDAKINFDDNALFRHKDIQELRDLEEEDPKEIEASKYDLSYIALDGDIGCMVNGAGLAMATMDTINHFGGNPANFLDVGGGATKEKVTEAFKIILGDDNVKGIFVNIFGGIMKCDVIAEGIVAAVKEVELTLPLVVRLEGTNVKRGKEILNDSGLAIEPAATMAEGAQKIVKLVKEA
>NZ_AP021848.1|WP_002493079.1|1803406_1804174_-|ribonuclease-HII
MKITIKEAKAQLNKVTTLEALSNHALHLDERKGIQQAIRVRQRQLEKELKLEQDYQRMMKYEQEILQQQPDAIICGIDEVGRGPLAGPVVACAVILNANHHYLGLNDSKKVSAVNRAQLNQDLMANVRGYAYGIASAAEIDQLNIYRATQVAMQRAINQLQVRPTHLLIDAMSIDSTISQTAIIKGDAKSVSIAAASIMAKEYRDHLMRDYAQVYPHYGFDKNVGYGTKAHLAGLEQYGVTPIHRRTFEPVKSML
>NZ_AP021848.1|WP_002493074.1|1804157_1805042_-|ribosome-biogenesis-GTPase-YlqF
MAIQWYPGHMAKAKREVTEQLKKVDVVFELVDARIPYSSRNPMIDDVIKQKPRVVILNKKDMTNLKEMSKWEHYFVEQGFYPVAVDAKHGKNLKGVEAAAIEATKDKFAKEQAKGLKPRAIRAMIVGIPNVGKSTLINKLARKNIAQTGNKPGVTKQQQWIKVGKVLQLLDTPGILWPKFEDELVGKKLSLTGAIKDSIVHLDDVAIFGLNFLIQHDIETLRQHYHISVEEDAAILEWFDAIGRRRGLLQKGNEVDYEAVIELLINDLRNAKMGTYCFDLYSEMKRDIAHENND
>NZ_AP021848.1|WP_002493075.1|1805298_1807890_+|YfhO-family-protein
MTKKLLMIMLFLTLAIIGHTYILYRFIHDGILFTGPNDGIEQMIPMQMYLYDKWSQGQFFYATDFGLGGDFFSDLSYYFSTNLLFIINAIIIYITNLIVSLPTGNVTFWTINAIVISIVKATIAMLVTYLFSMRIVKHRVNSSLIAFLFVMSPLYYRFTVYWPFFSDVFIGLHLLLYAIEHMLQQKKIGLLILAITIIMINNFYFAYYFLLIGAGYLLIRITFPHKDDRMKRITALWLSVLCAFLGLANALFMFYYSAQSYINNRRIPYKDHVPVFESLNINNNIFIDNYLIILLFITIQALLTFKLYKHYYFRLFAFLTCITILFNFMPIVDQIFNGFSAPQKRWHFLLAFNSAMVIGLFIKYFSTIRLKTYIWTNIVAQSAVFISVIVYHQYVPWLVLVPIVSLIGLFTLIIKDATSRLIIKQIYVFSIISLSILVSAVFIKNQIYFKDHEQRANNMYIHSSLYNSELQRQLLSYMTHTKEPWERIDWRVNEQDNTPMYQKFKGLSLYSSIFHHNILDLYYDDLKINLAEESLSRYQSTNGRQNIASLFSVRYMMLKDYQNNLPAYFQKIKSSGQYAIYENKLNLPAVKVTNHLYNDQSIKTSIDREHAMLDGVIVHNGGNNYRKHSKNLLNKVSQSSQHIQCLSNKHIKVNSQQGGMIKLHVPKSIRQHYTDFYLTMYIKRGQPDSNYSVAINGYVNHRLYNQSTYRTGVNTQLYRTQPDENGNISIQLTPSGTFDMKLISLHGENYHKLVQTHRQANFDHRYQDIHDGVRITLAPHSQGMAVVNIPYRKGMMAYVDGKRINPIRVNTMMTGIPVKKSTTSIIIKYLPPHWIVMLLLSSISILCSIMITRIFTKKRKDEE
>NZ_AP021848.1|WP_002493078.1|1807894_1810501_+|YfhO-family-protein
MQKRTVQAMKTFVMITLISFIATLIIYFPFIKDWISKGYVFSGVGDGFRQMMPFQMYLYEHYTQLKGFYDHSFGLGGDYVKSLAYYYSLSPTMWCNFIMIWLGERLLHWNPHVIGFWPFNQLIVALGRSLLTFICAFYYFRYLKLKQAPLMIATILYGASTVGLYYNFTWSFYGDLLIFLPLSLWGMERFFQRGKIGVFIVAIAITLFSNFYFSYYQAIVLGIYFLLRIIFEYRYDIVTRWQKFYLLMFGTILALFSSIIGFYTGVSSFLNNDRQQNSDFKISLFTDLTQDNYYIFSNGFYITISIIALVALLSFKLYKHYYYKLFAIITWFLLIGSLTQYFDSAFNGFSLPQRRWVYFLVLSTSALMALYIQHISELSIKQYCFTAIPVFIFGLCRYLFAEHFVNWMLISLILIIILALLVWRKKWLYHPLVLLGIVVIFFVQQVVMTIESSKRTIGPYSTTMSTITDPSYYNTKLAKVIQQINHKNNNPLHRIDYMSFYALNSPFIYHYNGISLYSSIFDGSILNYYDHLMQINMPVDKNSTYRYLSNRANLEALWNVQDRFRHPNDLNIPYGFKKIDTIKNGNDTLIHSKNTINYPATHVTNKVFNASDLKSPLDREQAMLQGIVPSDGSIKANTAFKANQNLIDEAKRSTHNATWQNHSHLKVDKNNGGVTYTLPKNVAKKYKDLYVEMDVELLTPDKNHEVGVNEYAQDRNELTYKYRRFVTPVTMRVKASDKLNIHLSQGTYRLSVKGIYGEDYSSLQQSAKDLKAVSVKENKNGYTISKSKSTSGYVVLPMVYADGMKATVNGRHEDVKKVNGIMTAIPVNKGDTHIRLTYTPPHWHLLFIMSILGIILSIAFRFWVKRKV
>NZ_AP021848.1|WP_002459304.1|1810747_1811098_-|50S-ribosomal-protein-L19
MSNHKLIEAVTKSQLRTDLPSFRTGDTLRVHVRIIEGSRERIQVFEGVVIKRRGGGISETFTVRKISSGVGVERTFPLHTPKIEKIEVKRRGKVRRAKLYYLRNLRGKAARIQEIR
>NZ_AP021848.1|WP_002459305.1|1811203_1811941_-|tRNA-(guanosine(37)-N1)-methyltransferase-TrmD
MKIDYLTLFPEMFEGVLNHSILKRAQDKGIINVNTINFRDYAVNKHNQVDDYPFGGGQGMVLKPEPVFNAMKDIQHNDETRVILMCPQGRPFTQKIAQELSSTEHIVFICGHYEGYDERIREHLVTDEISMGDYVLTGGELPAMTMTDAIVRLIPGVLGNQQSHQDDSFSDGLLEFPQYTRPREFQGMTVPDVLLSGNHAHIEKWRHKQKLIRTYLKRPDLLMAYPLSEQDKEIIESFKKQLKKG
>NZ_AP021848.1|WP_037540673.1|1811940_1812441_-|ribosome-maturation-factor-RimM
MQVEVGQIVNTHGIKGEVKVKSHSDFTDTRFQPGEVLTLKHNNDNVELTVTSYRIHKGFHMLKFEGFDNINDVESFKGDYLYQERDHEGIELAEHEFYYSDIIGCTVFNGEIPIGRVTNIIETGANDVWVVKGDKEYMIPYIADVVKDVDIENKTIMITPLEGLLD

Crispr_ID: NZ_AP021848_6

• CRISPR_ID: NZ_AP021848_6
• CRISPR_location: 2318500-2318580
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NZ_AP021848_6

Consensus_repeat	Method
GGGGCCCCAGCACAAAGAAATGC	CRISPRCasFinder

spacers of NZ_AP021848_6

>6.1|2318523|35|NZ_AP021848|CRISPRCasFinder
ACCAAGCATTTCTACGTGCAACGCAAGCTGGGGGT

CRISPR arrays and Neighbor proteins around NZ_AP021848_6

CRISPR arrays

The CRISPR arrays of NZ_AP021848_6

>merge|NZ_AP021848|6|2318500-2318580|CRISPRCasFinder
GGGGCCCCAGCACAAAGAAATGCACCAAGCATTTCTACGTGCAACGCAAGCTGGGGGTGGGGCCCCAGCACAAAGAAATGC

>NZ_AP021848|6|5|2318500-2318580|CRISPRCasFinder
GGGGCCCCAGCACAAAGAAATGC	ACCAAGCATTTCTACGTGCAACGCAAGCTGGGGGT
GGGGCCCCAGCACAAAGAAATGC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NZ_AP021848.1|WP_002459802.1|2327472_2328126_-|Bax-inhibitor-1-family-protein	unknown	unknown	gnl|CDD|223742
NZ_AP021848.1|WP_002492965.1|2324516_2324876_-|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|130944
NZ_AP021848.1|WP_014533356.1|2310947_2311049_-|type-I-toxin-antitoxin-system-Fst-family-toxin	unknown	unknown	unknown
NZ_AP021848.1|WP_002493004.1|2323566_2324283_-|YebC/PmpR-family-DNA-binding-transcriptional-regulator	unknown	unknown	gnl|CDD|237084
NZ_AP021848.1|WP_037540845.1|2311156_2312089_-|GTP-binding-protein	unknown	unknown	gnl|CDD|223597
NZ_AP021848.1|WP_002459798.1|2323099_2323567_-|cupin-domain-containing-protein	unknown	unknown	gnl|CDD|380376
NZ_AP021848.1|WP_002492972.1|2315009_2315456_+|YaiI/YqxD-family-protein	unknown	unknown	gnl|CDD|178882
NZ_AP021848.1|WP_002493010.1|2325019_2327164_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|225117
NZ_AP021848.1|WP_002459786.1|2314324_2315005_+|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002459784.1|2312313_2312754_+|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
NZ_AP021848.1|WP_002492957.1|2316069_2316612_-|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379112
NZ_AP021848.1|WP_002459790.1|2316725_2317022_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002479382.1|2315471_2316038_+|TIGR00730-family-Rossman-fold-protein	unknown	unknown	gnl|CDD|129813
NZ_AP021848.1|WP_002493006.1|2322101_2322716_-|DUF402-domain-containing-protein	unknown	unknown	gnl|CDD|225188
NZ_AP021848.1|WP_002459785.1|2313135_2314008_+|undecaprenyl-diphosphate-phosphatase	unknown	unknown	gnl|CDD|234712
NZ_AP021848.1|WP_002459796.1|2320739_2321594_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223656
NZ_AP021848.1|WP_037540843.1|2319436_2320654_-|sugar-efflux-transporter	unknown	unknown	gnl|CDD|341024
NZ_AP021848.1|WP_002492997.1|2318949_2319435_-|DUF456-domain-containing-protein	unknown	unknown	gnl|CDD|225395
NZ_AP021848.1|WP_155265856.1|2321846_2322014_-|hypothetical-protein	unknown	unknown	unknown
NZ_AP021848.1|WP_002492952.1|2317147_2317600_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NZ_AP021848.1|WP_002459802.1|2327472_2328126_-|Bax-inhibitor-1-family-protein	gnl|CDD|223742	COG0670, COG0670, Integral membrane protein, interacts with FtsH [General function prediction only].	3.25206e-27
NZ_AP021848.1|WP_002493006.1|2322101_2322716_-|DUF402-domain-containing-protein	gnl|CDD|225188	COG2306, COG2306, Predicted RNA-binding protein, associated with RNAses E/G family [General function prediction only].	2.22959e-63
NZ_AP021848.1|WP_002493004.1|2323566_2324283_-|YebC/PmpR-family-DNA-binding-transcriptional-regulator	gnl|CDD|237084	PRK12378, PRK12378, YebC/PmpR family DNA-binding transcriptional regulator.	9.52311e-137
NZ_AP021848.1|WP_037540845.1|2311156_2312089_-|GTP-binding-protein	gnl|CDD|223597	COG0523, COG0523, Putative GTPases (G3E family) [General function prediction only].	3.57407e-63
NZ_AP021848.1|WP_002459798.1|2323099_2323567_-|cupin-domain-containing-protein	gnl|CDD|380376	cd06121, cupin_YML079wp, Saccharomyces cerevisiae YML079wp and related proteins, cupin domain. This family includes eukaryotic, bacterial, and archaeal proteins homologous to YML079wp, a Saccharomyces cerevisiae cupin-like protein of unknown function that structurally resembles plant seed storage and ligand-binding proteins (canavalin, glycinin, auxin binding protein) as well as the bacterial RmlC epimerase. YML079wp is non-essential in yeast and localizes to the nucleus and cytoplasm. The presence of a hydrophobic ligand within a well-conserved binding pocket inside the cupin beta-barrel and sequence similarity with bacterial epimerases suggests a possible biochemical function for YML079wp and its homologs. Also included in this family are Shewanella oneidensis So0799, Agrobacterium fabrum Atu3615 and Branchiostoma belcheri Bbduf985. Proteins in this family belong to the cupin superfamily with a conserved "jelly roll-like" beta-barrel fold and forms a homodimer.	9.76517e-64
NZ_AP021848.1|WP_002493010.1|2325019_2327164_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	8.61258e-19
NZ_AP021848.1|WP_002492972.1|2315009_2315456_+|YaiI/YqxD-family-protein	gnl|CDD|178882	PRK00124, PRK00124, YaiI/YqxD family protein.	9.3861e-77
NZ_AP021848.1|WP_002459784.1|2312313_2312754_+|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	8.01316e-22
NZ_AP021848.1|WP_002492957.1|2316069_2316612_-|GNAT-family-N-acetyltransferase	gnl|CDD|379112	pfam13302, Acetyltransf_3, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	4.74006e-29
NZ_AP021848.1|WP_002492965.1|2324516_2324876_-|MarR-family-transcriptional-regulator	gnl|CDD|130944	TIGR01889, Pleiotropic_Regulator_Of_Virulence, staphylococcal accessory regulator family. This model represents a family of transcriptional regulatory proteins in Staphylococcus aureus and Staphylococcus epidermidis. Some members contain two tandem copies of this region. This family is related to the MarR transcriptional regulator family described by pfam01047. [Regulatory functions, DNA interactions].	2.58661e-13
NZ_AP021848.1|WP_002479382.1|2315471_2316038_+|TIGR00730-family-Rossman-fold-protein	gnl|CDD|129813	TIGR00730, LOG_family_protein_YJL055W, TIGR00730 family protein. This model represents one branch of a subfamily of proteins of unknown function. Both PSI-BLAST and weak hits by this model show a low level of similarity to and suggest an evolutionary relationship of the subfamily to the DprA/Smf family of DNA-processing proteins involved in chromosomal transformation with foreign DNA. Both Aquifex aeolicus and Mycobacterium leprae have one member in each of two branches of this subfamily, suggesting that the branches may have distinct functions. [Hypothetical proteins, Conserved].	1.16199e-50
NZ_AP021848.1|WP_002459785.1|2313135_2314008_+|undecaprenyl-diphosphate-phosphatase	gnl|CDD|234712	PRK00281, PRK00281, undecaprenyl-diphosphate phosphatase.	6.07379e-99
NZ_AP021848.1|WP_002459796.1|2320739_2321594_-|LysR-family-transcriptional-regulator	gnl|CDD|223656	COG0583, LysR, Transcriptional regulator [Transcription].	3.0942e-36
NZ_AP021848.1|WP_002492997.1|2318949_2319435_-|DUF456-domain-containing-protein	gnl|CDD|225395	COG2839, COG2839, Uncharacterized protein conserved in bacteria [Function unknown].	1.88207e-35
NZ_AP021848.1|WP_037540843.1|2319436_2320654_-|sugar-efflux-transporter	gnl|CDD|341024	cd17471, MFS_Set, Sugar efflux transporter (Set) family of the Major Facilitator Superfamily of transporters. This family is composed of sugar transporters such as Escherichia coli Sugar efflux transporter SetA, SetB, SetC and other sugar transporters. SetA, SetB, and SetC are involved in the efflux of sugars such as lactose, glucose, IPTG, and substituted glucosides or galactosides. They may be involved in the detoxification of non-metabolizable sugar analogs. The Set family belongs to the Major Facilitator Superfamily (MFS) of membrane transport proteins, which are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.97907e-98

Protein sequences

>NZ_AP021848.1|WP_002492952.1|2317147_2317600_-|hypothetical-protein
MKKGLVLLLAAIFLLTACGKGNDEKQSLEQDIQKLEKEKKDLEKQEEKLKSDKEKYKSQRETLEKEVEEMQSNSSDDDKDNKEKTSDKSKEKSSQHQTTHDQNKDQQNQHQNSNNTDNTQTDKDKTNKQQSSQSTKNDTQKQSKQPKQQQ
>NZ_AP021848.1|WP_002459790.1|2316725_2317022_-|hypothetical-protein
MHEQDFRILEGQDITLPELGRELETLTGRTIVDSTGEINRVVAHLPNFDSDFDTFVATYKLNHQNDFIDAIFTAPKAQRNRLKEIPVHIELISYISKA
>NZ_AP021848.1|WP_002492957.1|2316069_2316612_-|GNAT-family-N-acetyltransferase
MTVYIETERLKLRDWEENDLLPFQKLNANPQVRRYFPSLLSYRRSALDMKQMQKNITATGIGLFAVELKETNEWIGFIGLNYIPKDSQYPFNNLPFYEIGWRLIPEVWGNGIATEGAEAVLKYAQKKGVYDIYSLTAETNLSSRKVMEKIGMKVFDRFEFPELNKYHPLKMQVRYYKNLK
>NZ_AP021848.1|WP_002479382.1|2315471_2316038_+|TIGR00730-family-Rossman-fold-protein
MKKIAVFCGASKGSNPTYVNEAYNLGKYMAQKGYELIFGAGSVGIMGAIQNGVLDHNGTVIGVMPKELDTKEITSQRVSELILVDSLHQRKEKMAELADAFILAPGGAGSLEEFFEIYSWTQIGIYQKPIGIYNLNGFFEPLHQLIIHMIQEGFIDEKYKALAPLYHTKEDLLHGLQNAKPLGERSYD
>NZ_AP021848.1|WP_002492972.1|2315009_2315456_+|YaiI/YqxD-family-protein
MTSIIIDGDACPVIQSVIELTSGTGIFVIIVRSFSHYTTQTYPEHVKTIYVDDGPDAVDYKIVQLAQSKDIVITQDYGLASLLLNKVKTVLHHKGYIYNSTNIDMLIQQRYNHAQLRKQGGRHKGPTPFSNKDQQHFEHIFRRVLSQI
>NZ_AP021848.1|WP_002459786.1|2314324_2315005_+|hypothetical-protein
MDQKKRHLIKTLINVLPIFIVPLVTERKHIKNHSEVKKVTAATSRASKTVANKATDVKEFVIDKKQEHDNKRELKKIAKENDPEYIEKKGEKLAKKNRKEADKMDKKLQKNIEQRHKEEAKAREKNEKQRIKDLKKTQKYQEKVGLTPGALDDETEKKGEKLAKDNKHDIKKLAKKLQKNIEQRHHDEEKNRDKNKKARIKEIKKYEEHDAQSVTKQNNKETHHES
>NZ_AP021848.1|WP_002459785.1|2313135_2314008_+|undecaprenyl-diphosphate-phosphatase
MFLLELIKGIILGIVEGLTEFAPVSSTGHMILMDDMWLKSTDFLGSESAFTFKVVIQLGSVFAAAWVFRERFFELLHIGKQHQAPISEEFRSKPRRLNLLHVLVGMIPAGILGLMFDDLIEKYLFSVPTVMIGLFLGAIYMIIADKYSEKVKHPQNVDQINYFQAFVIGISQAIAMWPGFSRSGSTISTGVLMKMNHKAASDFTFIMSVPIMLAASGLSLIKHYEYIHLAHIPFYLLGFLAAFIVGLIAIKTFLHLINKIKLVPFAIYRIILVVIIAILYFGFGIGKGIY
>NZ_AP021848.1|WP_002459784.1|2312313_2312754_+|MarR-family-transcriptional-regulator
MSEHHNLKEQLCFSLYNAQRQVNRYYSNKVFKKYNLTYPQFLVLSILWDESPVNVKKVVTELALDTGTVSPLLKRMEHVDLIKRERSEVDQREVFIHLTEKSEGIKPDLKDASSKVATASSLSADEAQELNRLLGKVINAFTENKE
>NZ_AP021848.1|WP_037540845.1|2311156_2312089_-|GTP-binding-protein
MKKHNCRNTYISIVSGFLGSGKTTFLQEYMQYLLKTDEKITIIMNEFGTFDVDSLTFNNEVAINALVNGCVCCDLKADLVAQLKNIIADGQTTHIIIEATGIAHPLEIMMACQDPEVIHLISEVKMIGILDASRFLHRHRYSLTTVELMEEQLAYSSTIIINKMDLINDQEQKKLSAELTQINLQATTCYTTFGQLDITTFNNIKHVDNIKSPAKHAHHHGIKSMQYTFSGPIDRQLFYQFILKLPQNVFRLKGFVRFRDCADVIYEFQYAHGLPSYGEVDKEVPLTIVIIGEHIDVERLRNNLDMLQFT
>NZ_AP021848.1|WP_014533356.1|2310947_2311049_-|type-I-toxin-antitoxin-system-Fst-family-toxin
MMEILVHITTTVISGCIVALFTYWLRTRNNKKK
>NZ_AP021848.1|WP_002492997.1|2318949_2319435_-|DUF456-domain-containing-protein
MTVLLWLLIIFAFILAFVGLIKPVIPSVLMLWVGFLIYQFAFNNGELSWIFYVSMIVLTVLMFISDFAMNKYFVNKYGGSKISEYVALIGVLVGCFVFPPFGIIIIPFVAVFAVELMQDFDVNKAFKASLGSIVAFLTSNIAKAIIMFIMIVCFFIDVFVI
>NZ_AP021848.1|WP_037540843.1|2319436_2320654_-|sugar-efflux-transporter
MFKALLHIKNYKLFVVNMMLLGMGIAITVPYFVLFATNELGMTTNQFGILLALAAVSQFTINSIVARFSDTHNINRKFLIITALFMGAVSFSIYFYIHDIWLFIITYAIFQGLFAPAMPQLYASARESINISSSRKNAKFANTVLRSMFSFGFLFGPLIGSRLIHFNGYAGLFGGTVAIILFTLLLQVFFYQDLKLTGDQQVGGTAHIETTAPNMLKDVTLFLPFVAFILLHIGQWMYTMNMPLFVTKQLHISEDYVGTLASLCAGLEVPFMVILGMLATKLQTRTLLIVGALSGGAFYFSIGIFNNIYMMMLGQVFLAFFLAILLGLGISYFQDILPDFPGYASTLFANAMVIGQLCGNLLGGAMSQCVGLENVFFVSASSIFIGMVLIFFTKDQKFTEEKVIS
>NZ_AP021848.1|WP_002459796.1|2320739_2321594_-|LysR-family-transcriptional-regulator
MKIEDYRLLITLDETKTLRKAAELLYISQPAVTQRLKAIENNFGVDIFIRTKKQLITTTEGAMIIEHARDMLKRERLFYDKMQAHIGEVNGTISIGCSSLIGQTLLPDVLSLYNTQFPNVEIQVQVGSTEHIKAHHRDYHVMITRGNKVMNLTNTHLFNDEHYFIYPKDKRAEVDKLPFIEFQADPIYINQIKEWYNDNLGQDFHATITVDQVGTCKEMLLSGVGVTILPEVMMKYIDKNQFECEKVLIEGQPLIRSTFMSYEANMLQLPQVDSFVNLMYNFIR
>NZ_AP021848.1|WP_155265856.1|2321846_2322014_-|hypothetical-protein
MGPQHKDFRSERQRTTQVGVGPQHKGFRSERQRTTQVGVGPTQRNAVNISTSKAS
>NZ_AP021848.1|WP_002493006.1|2322101_2322716_-|DUF402-domain-containing-protein
MKVKYIDKRHWRRLIEREYIEVKVNNKRFKGIIGLVTMNKVREPLEVTVVGKHMVVADDHYQWLQILPEKKRYSITAMFDDKGQPLEYYFDINIKNITQKGNARTLDLFLDVLVLPTGKYELVDEDDLMNALVNEQITKRQYHEAYMIAHQLMIEINDNFDELERRIMHCYRKMNQKKHKAKRHHHQAPQPQQRHKRKKRFTED
>NZ_AP021848.1|WP_002459798.1|2323099_2323567_-|cupin-domain-containing-protein
MISAEEWINRLELMPHPEGGYYKETLRPDDKKRASYSSIYFLLKDADVSHFHRIDADEVWYHHSGETLLIHMITTEGKYYVEQLGQNVADGDVLQCVVPKGTIFASSLKHSKGYGIVGCMCQPAFEFEHFELLAQAILLEKYPQHQEIIKAYAVE
>NZ_AP021848.1|WP_002493004.1|2323566_2324283_-|YebC/PmpR-family-DNA-binding-transcriptional-regulator
MGRKWNNIKEKKAQKDKNTSRIYAKFGKEIYVAAKSGEPDPNSNQALRLVLERAKTYSVPNHIIDKAIDKAKGAGEENFDHLRYEGFGPSGSMIIVDALTNNVNRTASDVRAAFGKNGGNMGVSGSVAYMFDDTATFAIEGKSADDVLEALMEQDVDVRDVIDEDGLTVVYAEPDQFAQVQDALRAIGVEEFKVAEFEMLPQTDIELSAEDQETFEKLVDALEELEDVQNVFHNVDLK
>NZ_AP021848.1|WP_002492965.1|2324516_2324876_-|MarR-family-transcriptional-regulator
MSKDKLNQLLNLYKKHKLLSEYIDKKYKLTLNDLAVLKLAKDYTSEKKVLMQSFLKLAIEELDLSRTKLLVSIRRLIDKEKLSKQRSEEDERKIFIYMNDDNIESFNDLFKDVEELLEI
>NZ_AP021848.1|WP_002493010.1|2325019_2327164_-|helix-turn-helix-transcriptional-regulator
MTNTFFRILTKEEYQPTRCIDGIIVILPIQGDLTIQHFANSTTISDEIYIINNKDIFTIKQNHKSLMLYITSDWFKNHDYVFFDYKYSVNLIKSINKLKQLMLKIAINYINQMPITSNENYIKQMVEVIATEGSVDLETAENQYKFLFYGELSQILEYINKHSHEKLTLNALSQNLFTSKSNISAQFHQNLNMGFKQYVDSLKIAESIEYLLTENSTISHISDKLGFSNSASYTKMFKSYIGITPNDYRSLNIKDKYLLMNYEVLSEDNEQHLKTVLRQQINYYQENIERKIFIDNNKVKTKQNFELVTQINTVEEFKELFFIKIKGKANINTENLIIYVNFGTGTLINNLSDAEIGDMFKKIAANNLHIAFKIQSLEIMDYIERIYVQVVERLNYKKSLANGDRGIIMLVFDMEVIELKEIYRLILKIQNKQFGLRFGLAISCLLNETVMFKTLESQIKRIGFDYLFIDNAHLEQPYLLEDSQHLLLKNILEYQNIEKILTQIDLSYSKVIFLNIENHQFLNNENDLSNSAPLIIETFLKTAELFDGMGVNLYFSRNSFNAIHIFDENGFKTVLGIIIGQIKWMMNQSRTIKDNYIVVENEAQYTLFLYDWRVFESEASITYFGDTEVLIHFEEVAEQSIRLIKSEKVDEKNGNINHIINRHIREKYNWTQELLKEIEDHLHTTMRIIEHDFRKDYFKVNLGYDSLRIIKIFK
>NZ_AP021848.1|WP_002459802.1|2327472_2328126_-|Bax-inhibitor-1-family-protein
MNDFSKKQRHMTDHSQSKSWAYSQVWLYFMYYWLIFGIGCYFGQYLPDEWRMPLSIGLLVLIFSTLIFKRARKYGLIISHIYAIIVGLLSYAMFTTYLQNLGADVFYKNIVLAIGAFVIFGVIGFFFIKDASSIGRYLFVTLLALIVASLIGLFIHNPVFYTVITVVSLFLFLLYTLYDFNRMKRGQFSPREMGFNLFINLLNIILDILSLANRFRN

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
NZ_AP021848_1	1.5|119505|46|NZ_AP021848|CRT	119505-119550	46	NZ_AP021848.1	119241-119286	2	0.957
NZ_AP021848_5	5.1|1799577|27|NZ_AP021848|CRISPRCasFinder	1799577-1799603	27	NZ_AP021848.1	2361000-2361026	2	0.926
NZ_AP021848_1	1.11|119943|70|NZ_AP021848|CRT	119943-120012	70	NZ_AP021848.1	119235-119304	12	0.829

1. spacer 1.5|119505|46|NZ_AP021848|CRT matches to position: 119241-119286, mismatch: 2, identity: 0.957

cgcagatagcgactctgatgcggacagcgactcagacgcagatagc	CRISPR spacer
cgcagatagcgattctgatgcagacagcgactcagacgcagatagc	Protospacer
************.********.************************

2. spacer 5.1|1799577|27|NZ_AP021848|CRISPRCasFinder matches to position: 2361000-2361026, mismatch: 2, identity: 0.926

gggccccaacaaagagaatttcgaaat	CRISPR spacer
gggccccaacaaagagaaatgcgaaat	Protospacer
****************** * ******

3. spacer 1.11|119943|70|NZ_AP021848|CRT matches to position: 119235-119304, mismatch: 12, identity: 0.829

ttcagacgcagatagcgactctgatgcggacagcgactcagacgcagatagcgactctga	CRISPR spacer
ttcagacgcagatagcgattctgatgcagacagcgactcagacgcagatagcgactctga	Protospacer
******************.********.********************************

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16463-16490	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16817-16844	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17141-17168	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17279-17306	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17651-17678	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18413-18440	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19133-19160	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19811-19838	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19859-19886	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16643-16670	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16853-16880	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16955-16982	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17813-17840	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17855-17882	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18311-18338	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18899-18926	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18923-18950	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19055-19082	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19295-19322	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19337-19364	2	0.929
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18107-18134	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19589-19616	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16103-16130	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16235-16262	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16367-16394	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16775-16802	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16877-16904	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17045-17072	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17393-17420	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17447-17474	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17609-17636	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17771-17798	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17879-17906	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17951-17978	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18155-18182	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18359-18386	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18611-18638	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18647-18674	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18707-18734	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18761-18788	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18857-18884	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19079-19106	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19253-19280	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19361-19388	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19433-19460	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19985-20012	3	0.893
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16565-16592	4	0.857
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	17243-17270	4	0.857
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18047-18074	4	0.857
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	18989-19016	4	0.857
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	19529-19556	4	0.857
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	20099-20126	4	0.857
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16175-16202	6	0.786
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NZ_CP035292	Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence	16307-16334	6	0.786
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	CP052500	Klebsiella pneumoniae strain B17KP0021 plasmid unnamed	3214-3241	6	0.786
NZ_AP021848_1	1.4|119457|28|NZ_AP021848|CRT	119457-119484	28	NC_008269	Rhodococcus jostii RHA1 plasmid pRHL1, complete sequence	1047343-1047370	7	0.75
NZ_AP021848_1	1.6|119571|34|NZ_AP021848|CRT	119571-119604	34	MH791401	UNVERIFIED: Aeromonas phage AsFcp_2, complete genome	156769-156802	7	0.794

1. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ttcagattcagacagcgatagcgactct	Protospacer
.***********************.***

2. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

3. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ttcagattcagacagcgatagcgactct	Protospacer
.***********************.***

4. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

5. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

6. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

7. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

8. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

9. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgattca	Protospacer
*** *********************** 

10. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

11. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

12. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

13. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

14. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctcagactcagacagcgatagcgactct	Protospacer
******.*****************.***

15. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

16. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

17. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

18. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

19. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactct	Protospacer
*** ********************.***

20. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 2, identity: 0.929

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctcagactcagacagcgatagcgactct	Protospacer
******.*****************.***

21. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ttcagactcagacagcgatagcgattca	Protospacer
.*****.******************** 

22. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ttcagactcagacagcgatagcgattca	Protospacer
.*****.******************** 

23. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

24. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

25. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

26. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattctgacagcgatagcgattca	Protospacer
*** ***** ***************** 

27. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

28. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

29. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

30. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgacagcgattca	Protospacer
*** **************.******** 

31. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattctgacagcgatagcgattca	Protospacer
*** ***** ***************** 

32. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattctgacagcgatagcgattca	Protospacer
*** ***** ***************** 

33. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

34. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

35. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctcagactcagatagcgatagcgattca	Protospacer
******.*****.************** 

36. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

37. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgacagcgattca	Protospacer
*** **************.******** 

38. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctcagactcagacagcgacagcgattca	Protospacer
******.***********.******** 

39. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

40. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgacagcgattca	Protospacer
*** **************.******** 

41. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattctgacagcgatagcgattca	Protospacer
*** ***** ***************** 

42. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

43. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattctgacagcgatagcgattca	Protospacer
*** ***** ***************** 

44. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

45. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgactcagacagcgatagcgattca	Protospacer
*** **.******************** 

46. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 3, identity: 0.893

ctcagattcagacagcgatagcgattct	CRISPR spacer
ctctgattcagacagcgatagcgactca	Protospacer
*** ********************.** 

47. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagacagcgatagcgattca	Protospacer
*   *********************** 

48. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagacagcgatagcgattca	Protospacer
*   *********************** 

49. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagacagcgatagcgattca	Protospacer
*   *********************** 

50. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagacagcgatagcgattca	Protospacer
*   *********************** 

51. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagacagcgatagcgattca	Protospacer
*   *********************** 

52. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 4, identity: 0.857

ctcagattcagacagcgatagcgattct	CRISPR spacer
ttcagactcagacagcgacagcgattca	Protospacer
.*****.***********.******** 

53. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagatagcgacagcgattca	Protospacer
*   ********.*****.******** 

54. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NZ_CP035292 (Staphylococcus haemolyticus strain ATCC 29970 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.786

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattcagatagcgacagcgattca	Protospacer
*   ********.*****.******** 

55. spacer 1.4|119457|28|NZ_AP021848|CRT matches to CP052500 (Klebsiella pneumoniae strain B17KP0021 plasmid unnamed) position: , mismatch: 6, identity: 0.786

ctcagattcagacagcgatagcgattct	CRISPR spacer
cagcgattccgacagcgacagcgattcg	Protospacer
*   ***** ********.******** 

56. spacer 1.4|119457|28|NZ_AP021848|CRT matches to NC_008269 (Rhodococcus jostii RHA1 plasmid pRHL1, complete sequence) position: , mismatch: 7, identity: 0.75

ctcagattcagacagcgatagcgattct	CRISPR spacer
cctccgttcagacagcgctagcgattcc	Protospacer
*..  .*********** *********.

57. spacer 1.6|119571|34|NZ_AP021848|CRT matches to MH791401 (UNVERIFIED: Aeromonas phage AsFcp_2, complete genome) position: , mismatch: 7, identity: 0.794

ttcagattca-----gatagtgactctgatgcggacagc	CRISPR spacer
-----attcaagaacgatagcgactctgatgcggatagc	Protospacer
     *****     *****.**************.***

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	35065 : 95835	51	Staphylococcus_phage(46.15%)	transposase	NA
DBSCAN-SWA_2	371586 : 409297	34	Paramecium_bursaria_Chlorella_virus(33.33%)	protease,transposase,integrase	attL 384544:384561|attR 411443:411460
DBSCAN-SWA_3	1120201 : 1133374	20	Staphylococcus_phage(62.5%)	terminase,integrase	attL 1122151:1122170|attR 1135980:1135999
DBSCAN-SWA_4	1260147 : 1290402	32	Staphylococcus_phage(96.15%)	tRNA	NA
DBSCAN-SWA_5	1409105 : 1418136	7	uncultured_Mediterranean_phage(50.0%)	tRNA	NA
DBSCAN-SWA_6	1544769 : 1553464	9	uncultured_Mediterranean_phage(33.33%)	NA	NA
DBSCAN-SWA_7	1959040 : 1967510	9	Synechococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_8	2255973 : 2273754	15	uncultured_Caudovirales_phage(58.33%)	NA	NA
DBSCAN-SWA_9	2289018 : 2295639	8	Pandoravirus(16.67%)	NA	NA
DBSCAN-SWA_10	2621292 : 2637717	24	Staphylococcus_phage(46.15%)	terminase,integrase	attL 2618618:2618677|attR 2631699:2631772

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NZ_AP021848|35065:95835|DBSCAN-SWA
CTTAACTTGCTAGCATGATGCTAATTTCGTGGCATGGCGAAAATCCGTAGATCTGAAGAGACCTGCGGTTCTTTTTATATAGAGCGTAAATACATTCAATACCTTTTAAAGTATTCTTTGCTGTATTGATACTTTGATACCTTGTCTTTCTTACTTTAATATGACGGTGATCTTGCTCAATGAGGTTATTCAGATATTTCGATGTACAATGACAGTCAGGTTTAAGTTTAAAAGCTTTAATTACTTTAGCCATTGCTACCTTCGTTGAAGGTGCCTGATCTGTAATTACCTTTTGAGGTTTACCAAATTGTTTAATGAGACGTTTGATAAACGCATATGCTGAATGATTATCTCGTTGCTTACGCAACCAAATATCTAATGTATGTCCCTCTGCATCAATGGCACGATATAAATAGCTCCATTTTCCTTTTATTTTGATGTACGTCTCATCAATACGCCATTTGTAATAAGCTTTTTTATGCTTTTTCTTCCAAATTCGATATAAAATTGGTGCATATTCTTGAACCCAACGGTAGACCGTTGAATGATGAACGTTTACACCACGTTCCCTTAATATTTCAGATATATCACGATAACTCAATGCATATCTTAGATAGTAGCCAACGGCTACAGTGATAACATCCTTGTTAAATTGTTTATATCTGAAATAGTTCATACAGAAGGCTCCTTTTTGTTAAAATTATACTATAAATTCAACTTTGCAACAGAACCCCAAATAAGTTATCTAAAATTAAAAAAGAATTAACTCAAGCTGATTTATTCAATCAAATAAGAGTAGGTTTAAATAAACCTAATAAATTATATATTAAAAAACCGGAAGTAACAGAAGCTGATGTATATTATATTTCACAACAAGAAAATGATATAGAACAGCGTAATAACACGGACGTATCAAATTCATACGTCCAGAAATATGATAATGATACATCAAGAAATATTAATTTGATACATCATGACATATCAAAAGAATACACTAATGATACTGACTTAAGTAATACTGACTATATAGAAACTAAGAATAATGATACGCATGATATGAATGATACATATAACAATTCAACAAACCACAATCATTCGAATCATACAAATCATCAACAAACCGAATTTAATAATGATGCACTTAAATTCCAAGTTCTCGAAGAATTGCCACAACAAATCAAAGATTACTTAAGTAATTTTGAAATTAGAGAAATTCGTATTATTAAAAGTGTTTTACTCAAAGGGAAGAAATCATTTAATAATGCCCATGATACCTATTATCGTTTAGAAGATGTTGAGTTTGAAATTGTCAGTGTCTTAAAGCGTTTTAAAGCGATGCTGCTACAAAAGAATGAAACCGTTGAAGCTATGCAAGGATATTTAATGCAATCGATTAAAGCTGAACTTGAAGAAATACACGCACTTAATATGCGTCGTCAAAACATGAAACAACATAATATCTTTAGCCAATAATTTAGATAATTTTATAGCAATCAAAGAGACCTCGAAATATTCGGTTAAGTCATCAGATTATTTAACTGGAGATAGCGAAAAAAATTCAGAGATTGTTAATGATTTAGAAAAAGGATTATATCGAAAACGTATGTTGAGTTATGGTGGATTGCTTAAACAAAAACATAAAATTTTAAATTTAGACGATGCCGAAGATGGCAATTTAATTAATACAAGTGACGAAGATAAAACAACAGACGAAGAAGAAAAAGTACATTCAATCACTGCAATTTGGCATTTTGAAAAACAAAAGTATTACTTAAAAGATTTGAAACGTTAGCTTAAAAACTAGCGTTTTTTTATGTCTTTTTGCCCCTGCGGGAACTATAGCGTTCAACCGGTATGGTTGACCACTTTACATGCCAACTTTTAAGTTTGCATGTAAATGGGCCAGTGTCTTAAAAAATCAACACTGGATTTGCTCAAATTTTTGTTTTTGGAAATAGCATATATTTATTTTGCTCATATTTGCATTTTAAGAGCTTATATAAGTTTTTAGGTATAAAACTATATGAATTACCCCTAAATCTTTAAAATGCCCCATTAAAATTCAAAATAAAGGTATTTAAAATTTTAAAAATAAAAAAGCTACTAGCAAAAAACTAGTAGCTTAAATCTTAGTTAAATTTTGATGTAGTATTAATTTTTATATCTGTGCTGCAACACCGATTACTTAAAACTAAGATTAAAAAAATCGACGAAGGTCGATTATGGTTTTTGCACCGTTTGGAACAAACGTATAAGTGCGCCCTTACGGGATTTAACTAGATTATAACGACGAAAATCAGACCTGTAAAGCGATAACTATTGTGATAAAGTTTGCTAAAAAGAAGTTTTGAAGTTGAAAAAAACAGAACGTAATTTATTTTCTATTTTCTTAGCTTTAGGAAGTCTTTTTGCTATCTTTAGTGGTTTCTTTATTTTGGGCATTGGAATGTTAATTGGTGGAGCAACTTTATTAACTAAAAGTATTTCTGAAGAATAAAGCATCTATGATTATTTGAAAACATAAGTTATAATACATTCAAAAATATTTTTGAATGAGGTGTAATTATGATTCAGACTATTGTAACTGCTGCTATTCTTTATATTGCGACAGCAGTAGATTTATTAGTAATTTTATTAATATTTTTTGCTAGAGCAAAGACTAGGAAAGAATATCGAGATATTTATATTGGTCAATATGTAGGTTCTGTGGCATTGATTGTCGTAAGTTTATTCTTTGCCTTTGTCTTAAATTATGTTCCTGAAAAATGGATATTAGGATTATTAGGGTTAATACCGATTTATTTAGGAATTAAAGTAGCTATTTATGATGATTGTGAAGGAGAAAAGAGAGCTAAAAAAGAATTGAATGAAAAAGGATTGTCTAAATTAGTTGGTACGGTTGCAATTGTTACGATAGCAAGTTGTGGTGCTGATAATATTGGTTTATTTGTTCCGTATTTTGTGACATTAAGTGTTACTAATTTATTAATTACTTTGTTTGTCTTTTTAATTTTAATTTTCTTCTTGGTATTTACTGCACAAAAATTATCTAATATTCCAGGAGTTGGAGAAATTGTTGAGAAATTTAGTCGTTGGATTATGGCTGTTATTTATATAGCTTTAGGTTTATTTATTATTATTGAAAATGATACTATTCAAACAATTTTAGGATTTATATTTTAATTTAGGGTGCGATTTTATATGAGTTATGAAAATGCTTGTGATGTGATCTGTGTACATGAGGATAAAGTTAACAATGCTTTAAGTTTTTTAGAAGATGATAAATCTAAGAAATTACTTAACATTTTAGAAAAAATTTGTGATGAGAAGAAATTGAAAATCATATTATCTTTGATTAAAGAAGATGAGTTGTGTGTTTGTGATATTTCTTTGATATTGAAAATGAGTGTTGCTTCAACTTCACATCATTTAAGACTTTTATATAAAAATGATGTGCTTGATTTTTATAAAAAGGGAAAGATGGCATATTATTTTATTAAAGACGATGAAATAAGAGAGTTTTTCTCTAAAAATCAGGAGGGTTTTTGAAACGAGTGAAACGAGTTTCTTCTTGTCTTGATACTATAAAATAAGCAAAGATATAACATAAAATGACTTATCGGAAGTTATCTGTAACTCACCCATTGCAGATGATATAATATAAAGGTCGCCTATCTCTCAGGCGTCAAATTAGACGTAGAGAGGAGGTGCTAATCTATGCTAGAAATCCTTGTTCACATCACGACCACAGTCATCAGTGGTTGTATTATTGCGTTATTTACGCATTGGCTACGTAATCGCAATAATAAATAGGCGACTATAGCCACACCTAAAAAACCCCTCACTATTGCAGTAGTGAGGGGTTTGGTGCATCTATGCTAGTTTCCTTGTTAACTAAATTATAACACTGGTTAGTAGAGAAATGCAACAGAACCATATTTAATATGATTAATATAGGTATTTGGCCAATGGTCATTCTAGCATTATTAATCATAGCTAATAGTATTTTTATGGTTTACAAGACAGTAGACGTTAAAAAACGCAAATGACAAAAAAGCAATCTCACATAAATTAAGAGTGAGATTGCTTTTATTTATCATAATGATATAATGACGTTTCAAGCACATTATTTAATGTTACAAACACTTCTTCAACTGTATAGTTATAGTCATTTTCTACCCAACGTCGTAGTACTTCTATTACGCCACTACTGTAAAAATCAGCTACAATTTCAGGATGTTTACTTTCTCTAATCTTTTGCGCTAAGGGGTTACGCTTACGAGTTGAATTATTTAACATCATTTCGCGACCCACATTCGTTAAACTTCTAAATACATCTGCCTGTCGAGACGAAACTAATAGATGCTTAAAAATCTTTTTATTATTACAAATGTAATAAATAAAGTCTTCAAATGATTCAGAGGTTGTAATGTCTGCTGATGTGTCACCTTTAGCTATAATTTGTTGTGCAATAAAGTCAGGTAAAGTGTAGAGTAATTCATATTTATCTTGGAAGTATCTATAGAACGTACTGCGGTTGATTTCTGCAATATCACATATTTTTTGAACCGTGATTTCATCAAAATGATAATCATGTAAAAGTATAAACACTGTTTCATGAATATGTTTAATCATACGCTTTTGATTTGCTGACGGCATTATCTGATTCTCCTATTTATTTAATCTAGTCAGATAGCCTGACGTAATAAGAGTAATTTATCACAATAAAGTTGATTTTTCCAAACATAACAACTGATACTACGTTTAAATTTGTTTATAAAAAAAGAGTAAATAAGTTATTTGAAACGTTTAATACTATAAGAGCGATATAAAAAAGTAGGAGCGAAACTGAGTTTAGTTTCACTCCCTCGCAATATAGCTACGATTGAGAAGAGTTTGTCTTAAGCGCCTTCTCAACTTGGTTTGCTACTGTAAATTTGCATTATGAGTTTTAAATATGCTACACCAAACGAGCATATTCTTTATTTGTCTATCTTAACTTTGTAATTAGTTAGTCTCAATATCTTCTAACCATTCATCTACTTTATTATCATTATCATCCACATAGTCTTTAGCTACTTGTTCTGGATTTTTGTTATCAACAAAGATTTTTTTAGCTAATTTGTCTTCGTCAGATTTACTCCAATCATCTGCCATACGTGTTGCAATTGTGTATGCAGCTGGATGTGCCTCTTTAAAGTTTTTGTTAAATACTAAGTCAATATGTTGATTATTATTACCATAAATGTTGTCAGGATCTTTCAACATTTTAACGTCTAATTCTTTAGAGAACCAACTAGGTTCCATTGATGTGAAGACGATAGGTTCTTGTTGTTTAAAAGCAGATTGAATTTTCTTGAATTGGTCTTGGTCAGAACTTTCTTTCAAGCTATATTTATCCAAGTTGTCACTATCAAGTTCATCTTTAGTTTCTTGCATAACGCCATTACGTGCGTCTGTGCCTTGAATTGTCCAATCTACAGATTTTCCGAAGTCACTGTTTTTTAAGTCACTAATTGAGTCGACATCTTGCACGTACTTAGGTACGGCTAAACCTACTTTTGCGTTATCAATTAAATGTTTATCATCATAAATTGTTAATTTACTTTTGAACTTATCGTAGTAACTTTTATCAGTAGTAGGGAAGATACCTGATGCATGGAATGAATCAGAATTCTCTGATACAGCAGTATATAACGGGCCACTTGCTGTTACTGGTGTAGTTGTTACATCATAACCTGCTTTTTTCAATACTTCTGCTATAACTAGTGAACGTGGTGTTGAATTATCACTCGCGATATAAGGTATTTCGATTTCTTTATTACCAAGTGATGTTTGACTATCGTCTGATGAACCACTACCGCTACCACTATTACCACAAGCACTTAGCACTATAGCTAAGGCTAGTGTGGCTAGTAGTCCTAAGAATTTCGAACTACGTCGTTTTAACATAACGTGTTTCCTCCTTTTTAATATTAGTCTCTAAGTTCGTCATCATGACGATGTTGAGATGATCGGTTATATCTATCGTAAACACCTTTGTTGTTTTCACGAGCGTATAACATTAATGCTTTGAATAATACATCTTGATCAATATTGCTATCAGTTAATTCTTTGTATAAGTTTGTTGTTTTATCGAAATTTGAATCATGATAATCATCGTTTCTATCGTAATTGTCTTGATAGTGTCGATCATTATAATTACGCTCATCATGATGAGTATGGTCGCCATCTTGAGTATAAAGTGATTCATAGTCGATATCATCACGTTGATTATCATAATGATGTTGGCGATGATGCTGGTCATGATGATTATCTAAATGCACAGAACGGTTATAATCTTCGTCATTATAATTGCGATTGTGGTTACGTTTGTCATTTTGATAAACATAGTTATCTTTGTCTTGTCTAGCGTATTCATTATTTTTATCGTTGACATGACCTTTTTCAGAAGATGTGTCGTGATGATTATCTTCTTCTAAAGCTTTACCTTCAACGTCAATGTTTGGCAATACTGCACCTAACCATTTAGGAAGGTACCATGAAGCTTTACCAAAGAGTTTCGTCAATGCTGGAATTAATGTCATACGTACGACGAATGCGTCGAATAACACACCGAAACCTAATGCGATACCCATTGACTTAATTGCACTGTCATCTTGGAAGACGAATGCGATGAATACACTGAACATAATAAGTGCAGCAGCTACGATAACAGGTCCACTTTCTTTGATACCTACACGGATTGAATGATCATTGTCGCCAGTCTTACTGTATTCTTCATGTACACGTGTCATTAAGAAGAGCTCGTAGTCGATGGCAAGTCCGAATAACAATCCAATTGTGACTACTGGAAGGAATGCGAGTAATGGTCCTGTGTTTTCAATACCAAATAAGCTACCCATAAAGCCATGTTGAATGACTAATGTTGTGAAACCTAATGTAGCCATTAATGAAAGGATAAAGCCTAGTACTGCTTTTAATGGAACTAAGATTGAACGGAACACAATCATTAATAAGACGAATGCTAATACAACGATAACGCCTGCAAATACTGGAATAGCGTTGTTTAGTTTTTCTGACATATCGATGTTAATAACACTTTGTCCTGAAATTTCAGTGTCATAGTCATATTTTTCTTGCGCTTGGCTATGATAATCACGTAAATCATATACTAGATTTTCTGTTGACTGTGAGTTCGGTCCTTTTTCAGGAATGATTGTGAATAATGCGTAATTGTTGTTGTCAGTTAGTTGTGCTTTTGAAACTGTATCAACATTATCAATGTCTTCTACATCACTACGCATATTATTTAAGTCACGTTCGATAGTGCTTTTACTTCCACCATCTTTTGTATTTACTAACATGACAATTTGTCCGTTATAACCTTCGCCAAAATTATCTGAGATCAATTTATAAGCTTTGTATTCTGATGAGTCAGTTGGTTTTAAACTATCATCTGGAATACCTAAACGCATGCCACTGACTGGTATAGCAGCTAAAATTAAAATAATTAAACTTACAATAACAGCGATAACTGGCTTACCAACAATAAATTTTGCCCAAGGATGATCTTTAGGGTCTTTACTTTTAGATGGTTTATCTTTAATTTTAATACTTTTATGGAAGATACTGATTAGGGCAGGTAATAGTGTTAATGCTGCTAATACTGCAAATAACACACTAATCGCTGAAGCAAATCCCATAACCGATAAGAAGTCGATTCCTACAAGTGATAAACCACAAACAGCAATCATAACTGTAAGACCAGCGAATATTACAGCACTACCTGCTGTACCCACTGCTGTTGCGATAGCTTCTACAGTATCGACACCTTTTTTCTTAAGTTCTTTAAATCTAAATAGAATAAAGAGTGAGTAGTCAATACCAACAGCTAAACCTATCATTACAGCTAGTGTAAGCGTGAAGTTTGGAATATCAAAGATATATGTTAATAATGCGATGATACCAACACTTGAACCTAAACCGATGATTGCACTAATAATTGGCATACCAGCTGCGATAAGTGAACCAAAGGTAATAAGTAAGATTACGAATGCTACGACGATACCGACAATTTCTGATGTACCACCAATTTCAGCATTCATAGAGCTACCTTGAGTTTTTTCAATTTGCACATTGTGGTTGTCAGTTACATCTTTTAATTCTTTGTCGATGATATGTTTAGAAGAATCTTTTAATCCAGTTTGTGGAACTACATAACTTACGTTAGCGATAGCGGTATCGCCTTCATCGTTAACTTGTCCACTGTCATATGGATTAGAGATATTTTGGATATAATCATCATTTTGTCTGATATTGTCTAAAGCATCTTCAATATCTTTCTTCGTATCTTTATTATTGAGTCCATCATTCTTATTAGAATGGAAGACTATTTTCATCGAGGCTTTCTCACTGTCCTGATGAAATTCTTTACTAATTTTATCGTTTGTGTCTAATGACTTAAGGCCGTTCATAGTGATGTCACTGTCAAACTTCGGTGAGTTTATCATTAATGGCGTGATAATGACACCTAGTATAACAAGCCATCCTATAACACTTAGCCATTTGTTCTTAGCTATAAATTTTCCTAGTTTGTATAATAGCTTTGCCAAGACATTTCCCCCTATTTCATTAATTTATATCGCTTAAAGTATGGGTAGTATGTTGATGATTTGTGAGCAATTACATTAAACCGATACCTCAAATTAAGCATATTTAAAATGTTACATTTGATAATGTAACAAGTTATACCCACGTTCGGGTACCATTAAAAGTTTTAAGTCGTTGGAAAATGCAACACTTTGGAAAAAATGTTGGTGAAAATAGTGTGTATTAAGGGGATATATAAGAAAACAGGTAACCTCGTGATGATGGTATACCTGAAAATAATTTGGTACGTAGACTTACGATGTAGTTAGTTCATTAAATAAAACAGGAGAAGTAATGCGTCTATTAAGACAAAAATTACGCCAGGAATATAAATTTTTGGTTCTGTTGCAAAGTTAAAAATCATGTAATATTTATACTAAAAAACGAAAAATAATTAATACTAACAAAACTCTTTAAATGTACTCCTTTTCTCATTTATTAGGTGAATATTTCTAATATAACAAGTAAAGTGACACAAAAAAGTAAAAAATATTTATCTATATGTCTACTTGTGGTACACCCTAATCATACAAAATGAATTGTTGAAATTACAGCAATTAAAATGTATGATTAGGGTGTATATTAATTATGAGGTGAAACTAAATGATTGTGGGCTATGCGCGGGTATCATCAGTAGATCAAAATTTAGAAAGACAACTTGAAAATTTAAAAACATTTGGTGCTGAAAAAATTTTTACAGAAAAACAATCAGGTCAATCTATAGAAAACAGACCCGTCTTTCAAGAAGCATTGAACTTTGTGAGAATGGGAGATCGTTTTGTCGTGGAATCAATTGATCGTTTAGGTCGTAATTATGATGAAGTCATTAATACCGTTAATTATCTTAAAGAGAAAGAAGTACAATTGATGATTACCAGTCTACCAATGATGAATGAAGTCATTGGTAATCCATTATTAGATAAATTTATGAAAGATTTAATTATACAGATATTAGCAATGGTTTCAGAACAAGAAAGAAATGAAAGTAAACGTCGACAAGCTCAAGGGATTCAAGTTGCGAAAGAGAAAGGCGTATATAAAGGACGACCCTTATTATATTCTCCCAATGCGAAAGATCCTCAAAAACGTGTTATCTATCATCGTGTTGTAGAAATGTTAGAGGAAGGCAAAGCGATTAGTAAAATTGCGAAAGAAGTGAATATTACAAGACAAACTGTTTATAGAATTAAACACGATAACGATGATTTGTTTTAATAAACGGTTTTTCAATGCAAATGAGAGCTTCTCACAGCGTCTGAAAACTTATGGTGATCAATTATTCTGAGATTTTAATATTAAAACAAGAAAAGAGAGAACCAATAAAAAGCTACCTAATAACTGGTAGCTTTTTATTTATCGTAATTTTAATATATATCTGATTTTTTCATATTTCCAGCCTTAACTTCTGCTGTATCATATATTGCGATAAATGCGTCTGGGTCTACATCATTTATAATTTCTTTAAGTTTTTGTTCTTCGAGTTTATTAATAACACAAGAAATTTCTACAAATGAATTATTTTCTTCATCAATAGTCACTTTTGTAAATGTGCAATACCTTCCCAGTCTTTCTTTAATTTCTTTATTCATAATGTCATAATCTTTTGTAATAATTTTAAACGTTTTCGAACCACTTAGTCCTTCTTCAATAATATGTATAACTTTTGAAGCAATAAAATATGCGAGCGCTGATAAAATGGCACCTTTAAAGCCAAAAACAGTAGAAACAAGTATAAATACGAATGTATTGAGAAATAAAATTAAATCACTTGTTCCGAAAGGTAACTTTCTAGATAATAAAACGGCTAACATATCTATACCATCTAATGCCCCACCATTTCTAAGGGCAAGACCCATGCCTAATCCAATAACAACTCCACCAACTACAGTAATAAGTAGTGAATCACCTTCAATAATTGTTGGTACATGATGCATAATCGAAGTGAATATAGATAATGATAAGATACCTATTATTGAAAATATAGCAAACTTACGTCCGATTTGTTTATAACCTAACCATATAAATGGTAAATTGATTATTCCTATTAATATTCCTAAAGGTAAACCAAACAAAGTGGAACCTACAATACTAATCCCTGTGACTCCTCCGTCAGAAACGTTATTTGGGATTAATATAGATTCCAAACCATATGCTGTAATAAGTGCCCCAATTATAATAAGTAAAATCCTGCCGAATGATATAATCACCATTTTTTTTGTCATTTTTGAACTCCTATTTTTATTATTAAAAAGTCTTCACCTATATTATAACTTGTTTTATCAATTTAATGAAATTGGTGTTAATGATTGATATCATATTTTTTTAAACAAAATTCTAAAAAAGATAATTTAATGTTTAATCAGCGTCTAATACTCAAAGTAAATAAATGAAAAATTTCCCAAGGCATTTACAAATATATTAAAATACACCAATCTCTAAAATTTTGAAGATTGGTGTATTTTAAATCAGTTTATCTGGTTCCTACATCATTTGCAATTTCAGTTTTTTTATTTTTAATATGATAAATACCTGCTTGAACACTTCCAAAATTAGGATTATCTTTTTCTTCTTTAATATTGTAACCTTGATTTTGAAGTATATCTAAATACTTTTTATTCATCCCTTTTTCAAAATGTACTGTATTACCATCATTATAAAATCTAGGTTTATATATACTATCTTGCAACGATCCATTACCTCTAAGGTAATCAATAATTACTTCATTAAGAATAGTTGGTATTTTATTTCCACCAGGGCTACCAATTCCCATATAGTAGTCTGGTCCAACTATAATTGTTGGAGATATATATGACCTTGGCACAGTATTTTTAGCATGATAATTGTTACTATCTTTATTATCAGAGAAGTTCGTCATGGAATTATTCATATAGAATCCTTCATCCATATATTTACCAGACCCAAAGTATCCTGATAGTGTATTTGTCGTACTCGTCATTTGACCTTGTTTGTCAACGACTACAAAGTGTAAAGTACTCGTTTTCTTAACACTATTATCGCTAATAGAGTCAGATGTATTTTGATTGTTATATTTATTACTTATATACATATTTGAAAGGTATTCTTGAGAGAAGTTCGTTTTAGCATTAACGATATCTCTATTACTGTACATTAAATCTCTTCCTGATAAAACACTATTTAAGTATTGTTCATCACTTTGACCATTATTAAGCATCTCATCTAATTTTAAACCTTGTAGCATTAATCCGCCACCTAAGGGATTAGATGATGAATAAACATGGGTATTTAAATACTTTGTTTCACTTGGTTTTTTCTGTTTTGATTTATAATTATTAAAATCAGTTTTATCAATCTGGCCGTTTAATTCTGTAGTTAGATGCTTTGCAAGTTTATCGTAAAAGTAATTAGGCCCATTATTTTTAATGCCTTTTAATGTTTTAGTAAGTTGTGGCTGCTTTACAATATCTCCATTTTTAACAGTATTACCATCTCCTTTGAAAAAAGGAGATGATTTATCAATACCTTTGCTATATTTTTTTATACTCATTTCTAATTCAGAATTAACTTCAAAACCGTCTTCTGCTAAAGGAATAACATAATCAAATATTTTTTTACTTTGCAACAGAACCCATATTTTTTAATCACTAATAATGCAGAAAAATTAAGAATACGCTTAGAAGAATTATTTAATGCAAATACAGTTTATATACAAAGAATAAAAGATAGACCATTAGAAGCGCGTAAAGATGTTGATGAAAGAGATTTAGAAAAAATTGATCAATGTGTTATTTTATTTGGTGATGTGAAATTAATGATTGCAGATGATACTGAAGGACTTCCAATTACTAAAGGAAATAATGTTTCTTTGTGTGTGACATTCGAAAATGTCGAAGACACAAAGAGAATTTATGATAAATTCGTTGAATTAGGCTCCGAAATTTTACACGGAAGGTTACGGATATGTTAAAGATGAATTCGGAATTGCTTATCATCTCTTTACCAAAAGAAAAAATTAAAAAAAGAGCATATATCATATGCTCTTTTTTTAATCATAATTTACATAATCGATGATTATCAGAAGTTCAATCCACATAAAAAGACACAAGAAGTTTATAAACTTCTTGTGTCTTTTTAATAGAATTAGTTACCAAACAAGCGACTCCAAAATCCCTTTTTAGATGGTCGTTCGATCTCATCATTAGTATTAGGATCTTGTTTTTCAACTCGTTCATTTTCCTTCGCATTAGTTGATTGATTTATATCTTCATTCCTATTCTCTTCAAATATAACTTTAGGATCTATATCTTTATCTGTTGTTTGATTTTCCTCTTGTTGTTGATTATTATCTTTAGATTCTTCGGTAAATGTTGCTTCTTGCGCATTAACGTTTTGTCTATCATTAGAAGATATATCAAAAGAATAATTAAGCTGTCTTTCTTCCTCTAATTGATTTTCTAGTTTCTGAATCTTTTTATTACTTTCTAAAGCTAATATTTGCTGATTCTCTAAAAGTCTATTAAGTGTATTTATTTGCTCTTTATCTCTATTTGATTGTTCTTTATATATAGCTACTTGGTTATATAATTGTTTTATTGTCTCATCTTTCACCAGGTTATCATTATTAGGTTCAGCTTCTTCTTTTTTTTCACCTTCAAAATCATCATTCTTATTTTGATTTTTTCTTATTCGGTTTACTACTATAGTTTCATCTTCACCGGATAAGTAATTTACGTTATCGATTTTTTGAAATTTTACATTTGCTTTTTTAGCATTATTATAAACAGTCATTTTTGTTACGTTTAATTCATCGGCAATTTCCTTCATACTTTTCATATAATGGCCTCCATATAATTATACACATGACATTTATACCATTATATAGCTATTATACTTGTTATTACAAGGGCATATAATTCATTATACATATAGCTATATACGGTTATACGTATAACTATATAGGATTATATGTATAAACTTTCAACCCTATATGTATAGGTGTTATACACCCTTTATACTTGCTATATAAGCGTTTATACGCTGTTATATGACATAACCATATAAAGGTATTATACGAAGTTTTATCTTTTTTGAAAATGCATACATCCAAATGTATATAAACAATTTAACAAAGCTTTTAAAAGTGTTATTATAAATATATATAAAAGAAACCCAACTACGGGAATAGTCAGGTTTCTTCGGTAATAAAACAAGTGATTTGTTTGTTTATATATTTGTTATATTCTTATTATATATTCTAAGAATTATTAGTGCAAGTCGAATAGATATAAACTTACTTATAGCTTTTTATTACCTCTTTTAAAAATTTAAATATGAAAGAGGTTTTTGTATGTCCAACTTTAACATTAAAGAAATCCAAAAAGAGAAATTTTATCAATTACCTAAAGTGTTTTTTACGAATCCTAAATATGTTAATTTGTCTAACGATGCAAAAATAACATGGTCAATATTAAGAGATCGTTTAGATTTATCTATAAGAAATAATTGGGTAGATAAAAATGGAGATATATTTTTTATTTATACCAATGAAAAGCTTAAATCTATTTTAAATATTAGTAGTCCAAATAAGGTTCTGTTGCAAAGTAAAAAAATATAGCTAACCACTAATTTATCATGTCAGTGTTCGCTTAACTTGCTAGCATGATGCTAATTTCGTGGCATGGCGAAAATCCGTAGATCTGAAGAGACCTGCGGTTCTTTTTATATAGAGCGTAAATACATTCAATACCTTTTAAAGTATTCTTTGCTGTATTGATACTTTGATACCTTGTCTTTCTTACTTTAATATGACGGTGATCTTGCTCAATGAGGTTATTCAGATATTTCGATGTACAATGACAGTCAGGTTTAAGTTTAAAAGCTTTAATTACTTTAGCCATTGCTACCTTCGTTGAAGGTGCCTGATCTGTAATTACCTTTTGAGGTTTACCAAATTGTTTAATGAGACGTTTGATAAACGCATATGCTGAATGATTATCTCGTTGCTTACGCAACCAAATATCTAATGTATGTCCCTCTGCATCAATGGCACGATATAAATAGCTCCATTTTCCTTTTATTTTGATGTACGTCTCATCAATACGCCATTTGTAATAAGCTTTTTTATGCTTTTTCTTCCAAATTCGATATAAAATTGGTGCATATTCTTGAACCCAACGGTAGACCGTTGAATGATGAACGTTTACACCACGTTCCCTTAATATTTCAGATATATCACGATAACTCAATGCATATCTTAGATAGTAGCCAACGGCTACAGTGATAACATCCTTGTTAAATTGTTTATATCTGAAATAGTTCATACAGAAGGCTCCTTTTTGTTAAAATTATACTATAAATTCAACTTTGCAACAGAACCTTATTGCATATCTTTTTAGCCATATCACTGATAGGGTGAAGCGTATCATAAATAAAACTAAAAAACGGATTGTGTATAATATATTTTAAATATAAAAAGGATTGATTTTATGTTAAATAAATTAGAAAATGTTAGTTATAAATCATTCGATAATTACACTAGTGAAGATGATTTGACTAAAGTAAATATATTTTTTGGAAGAAATGGGAGTGGAAAAAGCTCATTAAGTGAATGGTTAAGAAGACTAGATAATGAAAAAAGTGTTATCTTTAATACTGGTTACTTAAAAAATAATATTGAAGAAGTTGAAGAAATAGATGGTGTGAATTTGGTTATTGGAGAAGAATCTATAAATCATAGTGACCAAATTAAGCATTTAAATAGCGCTATAAATAGTTTAGAAAATTTTATTACTCGGAAAAATAGTGAACTTAAGCATTCAAAAGAAAGAATTTACAATAAAATGAATATCAGACTAAATGAAGCTAGAGAAAGATTTGAAATAGGTAGTAATGTGGTTAAGCAGAAGAGGAATGCTGACAAAGATCCAGTTAATGCTTTTTATAGTTGGAAGAAAAATGCTAACGATATAATTCAAGAGATGACTATTGAATCTTTAGATGAATTAGAAGAAAGAATAACAAGAAAAGAAGTCTTATTAAATAATATAAAAACACCAATTTTAGCTTTTGATTATAATGATTTTAGTAATATGGTGAAATTACTAATGAAAGAAGTTATTAAACCTACAAGTAGTGTAAGTTACAAAGTTTCCGAATGGATAAAAGAGGGTTTAGAAATTCATAACATGCAATCCAAAGAGCAAACATGTGAATTTTGCGGTAACTTATTTGATGTAGAATTGGTAAAAGAAAATATAGATGCAAGAATAAAAAATGAATTCAGTTATTTAATTGAAAATTTAAACAATTATAAAATCAAAATAAATAAATCATTAAGTAATATGGAAAATTTAAATATAGATATTGAATTAGAAGATTTCACGAATCAAAAAGAAAAACTTATTAGATTGTTACATATATTGGAAGATAAGGAAGTAAAGACATATGAACAGCTTGAGTATCCTATGGGTAATTGGGAATCAATAAATATAATAGATAATATCGTTAATGATTATATGGAAGATTTAAAAAAAGAAATACAAAATGATAAAAAGATTATAGATTCAATTGCGGATTTTGTGAAATCGTGGATTGGTAATAAGCTAAAAAATGATGAAGAAATCCAAATGGAAATTTGTAACATTAGTAGAAATGAAAAACAAATAAAAGCAGCTGAAGAATGTATAGTAGATAATAATCATTGGATAACAGATTTGAAAACAAACTCATCTAACTTGAAACAGTTTAGTGAAATAGTAAATAAGAAGTTTGAAATACTTGATATAAATATTGAATTAGAGCCTAACATAGAAATTAAGAGTTATAGAGTTTTACATAAAGTATCAAAGGAACAACTTAATTTAGTTGATTTAAGTGAGGGTGAAAAACGACTAATAGGTTTCTTACATTTTTATTATAGCTTATTTATGGTAGCAGATCGTGAGATGAAGGAAAATATTGAGTATATAATCATAGATGATCCAATTACTAGTTTAGATACAGAAAATAGGTATCATTTAACTAAAATTATTAATCAATTTATTGATTTTTCCAAATCTGCAAATAAACAGGTTTTTGTTTTTACACATTCGTCTTTTGATTTCCATAATTTTGCTTTCAAAGGAAAGAATAATACCAAGGAAACTTCCTATTGGTACATTGAAAAAATTGGTTCTGTTGCAAAGTAAAAAATATAGCTAACCACTAATTTATCATGTCAGTGTTCGCTTAACTTGCTAGCATGATGCTAATTTCATGGCATGGCGAAAATCCGCAGATCTGAAGAGACCTGCGGTTCTTTTTATATAGAGCGTAAATACATTCAATACCTTTTAAAGTATTCTTTGCTGTATTGATACTTTGATACCTTGTCTTTCTTACTTTAATATGACGGTGATCTTGCTCAATGAGGTTATTCAGATATTTCGATGTACAATGACAGTCAGGTTTAAGTTTAAAAGCTTTAATTACTTTAGCCATTGCTACCTTCGTTGAAGGTGCCTGATCTGTAATTACCTTTTGAGGTTTACCAAATTGTTTAATGAGACGTTTGATAAACGCATATGCTGAATGATTATCTCGTTGCTTACGCAACCAAATATCTAATGTATGTCCCTCTGCATCAATGGCACGATATAAATAGCTCCATTTTCCTTTTATTTTGATGTACGTCTCATCAATACGCCATTTGTAATAAGCTTTTTTATGCTTTTTCTTCCAAATTTGATACAAAATTGGGGCATATTCTTGAACCCAACGGTAGACCGTTGAATGATGAACGTTTACACCACGTTCCCTTAATATTTCAGATATATCACGATAACTCAATGTATATCTTAGATAGTAGCCAACGGCTACAGTGATAACATCCTTGTTAAATTGTTTATATCTGAAATAGTTCATACAGAAGACTCCTTTTTGTTAAAATTATACTATAAATTCAACTTTGCAACAGAACCGTATTATGGAATAGAGATGTTGGTAACATTTATACAGGATCATTATACTTAAGTTTAATTTCGTTATTACAGAACCACACATTCCAACCAGAAGAGAAAGTATGTCTATTTAGTTATGGTTCAGGAGCAGTAGGAGAAATCTTTAGTGGTTCAATCGTTAAAGGATATGACAAAGCATTAGATAAAGAGAAACACTTAAATATGCTAGAATCTAGAGAGCAATTATCAGTCGAAGAATACGAAACATTCTTTAACAGATTTGATAATCAAGAATTTGATTTCGAACGTGAATTGACACAAGATCCATATTCAAAAGTATACTTATACAGTATAGAAGACCATATCAGAACATATAAGATAGAGAAATAAACTAGTGGCCGATTGTGCTTGATGAGCTTGGGACATAAATCCTAACTCGAAATAAATAAGCATATCACTAAACTGATTTTTTAAAGTTTACAGTGATATGCTTATTTTTTTATCTTACGATTTTGTACGTGCATGCTTGCCTAGGGGTATGGCTCGAGCCATTAGTCTCTCGCACATACTATTCCCTCAGGCGTCAGCACTTACAAAATCGGTTGTAATTTTCATTTTTATACGCATTCTTACTGAGATTATACTAATAAGAGGAATAGTAAAAGCAATTCTAAGTAAAATTGCAGATAAGAGGTTTGTTAAAAGCAGTTCTAAGTAAAATTGCAGATAAGAGGTTTGTTAAAAGCAGTTCTCAGTAAAATTACAGATAAGAGGTACGTTAAAAGCAGTTCTAAGTAAAATTGCAGATAAGAGGTTTGTTAAAAGCAGTTCTAAGTAAAATTGCAGATAAGAGGTACGTTAAAAGCAATTCCATGCAAAATTGCTGATAAGGGGTAAGTTAAAAGCAGTTCTCAGTAAAATTGCAGATAAGAGGTACGTTAAAAGCAGTTCTAGGCAAAATTGCAGATAAGAGGTGCGTTAAAAGCAGTTCTAAGTAAAATTGCTGATAAGGGGTAAGTTAAAAGCAATCCTAAGTAAAATTGCAGATAAGAGGTAAGTTAAAAGCAATCCTAAGTAAAATTGCAGATAAGGGGTACAGAAAAACTAGACTTGATTACAAAATGGAGCTTGGGACATAAATGATTTTTTAAAAATGAGATGAGACGTAGATTAACTCCATAATCAATACGAATCTATCGACTTCTTTATTTATGATATTCATCTCTTTTTAATGGAAATAAAAGTGCGATTAATGTGATAATACAGTTACGTTAATTAAAAAAATAAAAATGCAAGGAGAGGTAATATGCTAACTGTATATGGACATAGAGGATTACCTAGTAAAGCTCCGGAAAATACAATTGCATCATTTAAAGCTGCTTCAGAAGTAGAAGGTATAAACTGGTTGGAGTTAGATGTTGCAATTACAAAAGATGAACAACTGATTATCATTCATGATGATTATTTAGAACGGACTACAAATATGTCCGGGGAAATAACTGAATTGAATTATGATGAAATTAAAGATGCTTCTGCAGGATCTTGGTTTGGTGAAAAATTCAAAGATGAACATTTGCCAACTTTCGATGATGTAGTAAAAATAGCAAATGAATATAATATGAATTTAAATGTAGAATTAAAAGGTATTACTGGACCGAATGGACTAGCACTTTCTAAAAGTATGGTTAAGCAAGTGGAAGAACAATTAACAAACTTAAATCAGAATCAAGAAGTGCTCATTTCAAGCTTTAATGTTGTGCTTGTTAAACTTGCAGAAGAAATCATGCCACAATATAACAGAGCAGTTATATTCCATACAACTTCGTTTCGTGAAGACTGGAGAACACTTTTAGATTACTGTAATGCTAAAATAGTAAACACTGAAGATGCCAAACTTACTAAAGCAAAAGTAAAAATGGTAAAAGAAGCGGGTTATGAATTGAACGTATGGACTGTAAACAAACCAGCACGTGCAAACCAACTTGCTAATTGGGGAGTTGATGGTATCTTTACAGACAATGCAGATAAAATGGTGCATTTGTCTCAATAGAAAGTTAGAGGTGAGTCTTACGTTTCAGTGACGGTAGACTTACCTTTAACATGTTACATACTAAAAAATTAATTTGAATAAGAAAGAGAGACATATATGAAATACGATGATTTTATAGTAGGAGAAACATTCAAAACAAAAAGCCTTCATATTACAGAAGAAGAAATTATCCAATTTGCAACAACTTTTGATCCTCAATATATGCATATAGATAAAGAAAAAGCAGAACAAAGTAGATTTAAAGGTATCATTGCATCTGGCATGCATACACTTTCAATATCATTTAAATTATGGGTAGAAGAAGGTAAATACGGAGAAGAAGTTGTAGCAGGAACACAAATGAATAACGTTAAATTTATTAAACCTGTATACCCAGGTAATACATTGTACGTTATCGCTGAAATTACAAATAAGAAATCCATAAAAAAAGAAAATGGACTCGTTACAGTGTCACTTTCAACATACAATGAAAATGAAGAAATTGTATTTAAGGGAGAAGTAACAGCACTTATTAATAATTCATAATAAAACAGTGAAGCAACCATCGTTACGGATTGCTTCACTGTTTTGTTATTCATCTATATCGTATTTTTTATTACCGTTCTCATATAGCTCATCATACACTTTACCTGAGATTTTGGCATTGTAGCTAGCCATTCCTTTATCTTGTACATCTTTAACATTAATAGCCATCATCATGTTTGGATTATCTTTATCATATGATATAAACCACCCAATTTGTCTGCCAGTTTCTCCTTGTTTCATTTTGAGTTCTGCAGTACCGGATTTGCCAATTAAGTTTGCATAAGATCTATAAATATCTTCTTTATGTGTTTTATTTACGACTTGTTGCATACCATCAGTTAATAGATTGATATTTTCTTTGGAAATAATATTTTTCTTCCAAACTTTGTTTTTCGTGTCTTTTAATAAGTGAGGTGCGTTAATATTGCCATTATTTTCTAATGCGCTATAGATTGAAAGGATCTGTACTGGGTTAATCAGTATTTCACCTTGTCCGTAACCTGAATCAGCTAATAATATTTCATTATCTAAATTTTTGTTTGAAATTTGAGCATTATAAAATGGATAATCACTTGGTATATCTTCACCAACACCTAGTTTTTTCATGCCTTTTTCAAATTTCTTACTGCCTAATTCGAGTGCTACTCTAGCAAAGAAAATGTTATCTGATGATTCTATTGCTTGTTTTAAGTCGATATTACCATTTACCACTTCATATCTTGTAACGTTGTAACCACCCCAAGATTTATCTTTTTGCCAACCTTTACCATCGATTTTATAACTTGTTTTATCGTCTAATGTTTTGTTATTTAACCCAATCATTGCTGTTAATATTTTTTGAGTTGAACCTGGTGAAGTTGTAATCTGGAACTTGTTGAGCAGAGGTTCTTTTTTATCTTCGGTTAATTTATTATATTCTTCGTTACTCATGCCATACATAAATGGATAGACGTCATATGAAGGTGTGCTTACAAGTGCTAATAATTCACCTGTTTGAGGGTGGATAGCAGTACCTGAGCCATAATCATTTTTCATGTTGTTATAAATACTCTTTTGAACTTTAGCATCAATAGTTAGTTGAATATCTTTGCCATCTTTTTTCTTTTTCTCTATTAATGTATGTGCGATTGTATTGCTATTATCGTCAACGATTGTGACACGATAGCCATCTTCATGTTGGAGCTTTTTATCGTAAAGTTTTTCGAGTCCCTTTTTACCAATAACTGCATCATCTTTATAGCCTTTATATTCTTTTTGTTTTAATTCTTCAGAGTTAATGGGACCAACATAACCTAATAGATGTGAAGTCGCTTTTCCTAGAGGATAGTTACGACTTTCTGTTTCATTAGTTGTAAGATGAAATTTTTTTGCGAAATCTCTTAAATATTCATCCATTTTTTTAACGGTTTTAAGTGGAACGAAGGTATCATCTTGTACCCAATTTTGATCCATTTGTTGTTTGATATAGTCTTCAGAAATACTTAGTTCTTTAGCGATTGCTTTATAATCTTTTTTAGATACATTCTTTGGAACGATGCCTATCTCATATGCTGTTCCTGTATTGGCCAATTCCACATTGTTTCGGTCTAAAATTTTACCACGTTCTGATTTTAAATTTTCAATATGTATGCTTTGGTCTTTCTGCATTCCTGGAATAATGACGCTATGATCCCAATCTAACTTCCACATACCATCTTCTTTAACAAAATTAAATTGAACGTTGCGATCAATGTTACCGTAGTTTGTTTTAATTTTATATTGAGCATCTACTCGTTTTTTATTTTTAGATACTTTTTTTATTTTACGATCCTGAATGTTTATATCTTTAACGCCTAAACTATTATATATTTTTATCGGACGTTCAGTCATTTCTACTTCACCATTATCGCTTTTAGAAATATAACTGCTATCTTTATAAACTTGTTTGAAATTTTTATCTTCAATTGCATCAATAGTATTATTAATTTCTTTATCTTTTGAAGCATAAAAATATATACCAAACCCGACAACTACAACTATTAAAATAAGTGGAACAATTTTTATCTTTTTCATCAATATCCTCCTTATATAAGACTACATTTGTAATATATTACAAATGTAGTATTTATGTCAAAATAATGTTATAATTTTTGTGATATGGAGGTGTAGAAGGTGTTATCATCTTTTTTAATGTTAAGTATAATCAGTTCATTGCTCACGATATGTGTAATTTTTTTAGTGAGAATGCTCTATATAAAATATACGGTTCTGTTGCAAAGTTGAATTTATAGTATAATTATAACCAAAAGGAGTCTTCTGTATGAACTATTTCAGATATAAACAATTTAACAAGGATGTTATCACTGTAGCCGTTGGCTACTATCTAAGATATGCATTGAGTTATCGTGATATGTCTGAAATATTAAGGGAACGTGGTGTAAACGTTCATCATTTAACGGTCTAGCGTTGAGTTCAAGAATATGCCCCGATTTTATATCAAATTTGGAAGAAAAAGCATAAAAAAGCTTATTACAAATGGCGTATTGATGAGACGTACATCAAAATAAAAGGAAAATGGAACTATTTATATCGTGCCATTGATACAGAGGGACATACATTAGATATTTGGTTGCGTAAGCAACGAGATAATCATTCAGCATATGCGTTTATCAAACGTCTCATTAAACAATTTGGTAAACCTCAAGAGGTAATTACAGATAAGGCACCTTCAACGAAGGTAGCAATGGCTAAAGTAATTAAAGCTTTTAAACTTAAACCTGACTGTCATTGTACATCGAAATATCTGAATAACTTCATTGAGCAAGATCACCGTCATATTAAAGTAAGAAAGACAAGGTATCAAAGTATCAATACAACAAAGAATACTTTAAAAGGTATTGAATGTATTTACGCTCTATATAAAAAGAACCGCAGGTCTCTTCAGATCTGCGGATTTTCGCCATGCCATGAAATTAGCATCATGCTAACAAGTTAACACAAAGTATTATTTTAAAATTGAGATTAGACATTTATTTTTCAACTTTGCAGCAGAACCTAATTTTTTCTCTTTGTAAATAAATGCAAAGAGATACCATAAGGATCTCTTACATAACCATAACCTTCAGTATAGAATTCTGGACTAAATGTTTTCAATACCTCACTGCCTTTTTCTATTAACTGGTCATATACATGTTTAGTTTCTTCTACTTGGTCAAAAGTGAGACAAAGAGATATATTATTACCTTGTGTTATGGGCAAACCTTCAGTGTCATCTGCGATCATAATTTTTATATCTCCAAATTGAAGTACACATTGATCAATTTTATTTAAATCATTTTCGTCAATATTAAGTTGCTTATCTATAGGTCTATCTTTAATACGTTGAATATACAGTGTTTTAGCGCCAAACAGCTCTTCATACAACTTTTTTAAACCCTCTGCATTTTGAGTGATTAAAAAATATGGACTTACTTGAAATTTCATGTTTTTTCCTCCTTAGATTTGTTATAAATAGAGTATATACTTAATTAGTGTCATCTATTGACACTAAAAGGAGAATAATAATGAAAAAATCTGTTAGATTATATAATATGATTGAATATTGTAATGAAAATAGGAACTTCAAATTAAATGATTTAATGTCAGAATTTAATATTTCTCGTAGTACCGCTTTAAGGGATATAAAAGAAATTGAAGCATTAGGAGTACCTTTATATAGTAATCCAGGGAAAAATGGTGGTTATACGATCATAGGTAATCGAGACCAAACGAAAATAGCAATCTCAGATGAAGAGTTGAAAGCTTTAGTATTTACACTTTCGAGTATTTCAAATGTGAGTAATCTACCTTTTCAAACAGAATATCAAGAAATATTAAAAAAATTATATAATAACTCGAATAAAAAAGAGTTAATAAACCAATATAATGATCTATTTCAATATTTTAATGAAGATAAGTATCAGTTCAAAAGTTATAAGTTATTTAATGAAATCATTAGATTGATAATTGAGAATAAGTCTTTTGAAACCTGTTATTCACAAAACTATATTAAAGAACAATATAAAGGTATTGGCATTATGTATAAAAATCATCAATGGTATTTTGTTGTAGCTAATATAGAATCAAAGTTAGTGAATCTATTAAATATTTCGAAAATAAAAGAACTATATGAAATGGGAGAGACTCAAGAGTGTAATGATATAACTATGCAGAATTTTCAACAGTTCATGGTTAAAAATGAAACAGCTATTGATATTCTTATTAGAAGCAATGTTATGGGATTGAATATCTTGAAAGGCTACCTGTGGAGTGACTATATGATTGAAAATATTGACGAAGAGACATATTTATTTAAATCAAAAGTGAACGCGAAAGATATAGATTTTATAGCTAAGTTAATTGTCACAGGTGGTGTCAATGTAAAAGTAGAGACCCCTAATAGTTTGAAAAATGCTGTTAAAGTTGAATTAACTAAAATAATAAACATGTATTAATAGTAATATAATCATAATTGTAATAACAAAAAGATGACAACATTAAACAATTTAAATTTATACAAAAAAGCATTATCAAATTTAAAATTTGGTAGTGGTAGTGCTACAGCATACATAAATAGTTATAATTAAATAAAGATGGGTCAATGAAGGTGAATTAAGTGAATAAAAATATTACAGCTCTAAAATCTACTGAAAATACTACATATATGCAGTATACGGTTCATATCGATGATCAAATTATAAATAATATAAAAGAGTGTACCAAAAAGTTTAAAATTTTGCCTATGGAAGATAAAATTCCACTATCACCGTTGTTACAACCAGAATATGCAGGAGAGGTACAAGTTTTTATTAGTACATATGAGCAGTTTATGATTAATTTTGGTAAAGTAATATTGGATAGTCAAGGCATAAAAATACAGTTTGAAAGTGAATCATTAAGTAGTATTCAACGAGGCATTCAAGAACATTGTTACTTAAATAAGCGAACAAATGACATTGATGTGACTAAAGAATGGTATTTATGCAAATTTTCAAATCGAACATTAGAAGAGGATAAAAATCAACTGTATAATGCTTTAAAGCAACTCATGAATGATTCTAAAAATAAAAAGCAAGCTTTTCAAGAGGTGTTTAAGGTTCATATTGATATTTATCTCTACAATAAAGAAAAATCTGAATATAAGTATCAAGCATCTAGTTATTTCTATCTTGTAAAAGAAAATCCTAAAATAATTTATAAAAAAAGACATTTACAAGAGAAACAAGGGATCAAGGGTACAACTTTCACGAACAAATTAAAATTATTGAACAAAATGTATGGTGTAGATGTTGCAAAATATCAGCCATTTTATAATTCTAATAATCCTGAATATGAAAGAGGTCAATTTGGTGAAAGATACATTTCTCAAAGATCTAACTATGAATTTAATAGACTTCAATATCAAATTATATATATATTATCGAAAATACTTGATAAGCATCCATTACCAAAGTCAGATAATAATTATAAACATATTCCAACTATTGAAAAAGCAATATTAAGAGATGATTCCCATAATTTTTATGAGTATTTTGAAGATATAATGAAAGAAATTATGAATATGGATAATTCTCCCTTACAGGAAAAATTATTGACTGATTTTACATATCAATCCCAATGTAGATGGTACTCTGAAAATAAAAAATTAAAATTGCAACTTGAAAGATTTATGCATAAAGTTTTAGAGAGTAATTATTATGAGGGCAACAAATTATTGAGAATGATGTCTAACGCAATTGAAGAAACAATCAATGAGGCTAAAGAAGATAAGGTTCATTTCAATTATTTTAAAGATTATTTTTTGACAGACGGTGGGGTGAAGAATTGGGAGCAAATTAGCGAGAAAATTACTGAATTCAATGGTAAAGTTATTAACGATATCCAACATGAATATAATAAGATACAGTCCAAGAATACAAATCAAAATCAGAAACTAAACTTTGTTTATTTATATCATTGCTTTGAGTTTAGTAATAACATAGTAAAAGCAAAAGATAATGAAAGTAAAAATTATATCTTGTTTTTTATAGATAAATATAAAATAAAGACACCATTTTTGGATCAATTATTAATAAATTGTTTGAATCAAGAAATAGATCAGGAAAGTATTAACTACAATATGCAAACAATGTTTGAAAAAGAAAGATATGATAGAAGTAGTACCATTGAAAAATTAGTAGCAACAAGAAAATTTAAGTATGAAAAAGATGATTCAGATTTATTCAAACAACTTTTCAATGATGTTGAAAATTCAATAGACAGATTAGGTATTTACTTACTAAATAATGGTATAAATTCGAATGATGAAAATGCAAGATACTATAGATCGTTTTTAAAGGAACTTAGTAGAATAAAAAGTAAATTAACGCCATTTTCTCTTGAAATAAGTAAGTCTAGCGGAAGAGAGCAACATTATCCTGATGATGCTGTTGATGATAAAGATGAGAGAAGAAAAAATAAAGAAGAAACATATCATGCTTTTGATGATAAAAGCGATATTGACTACAAATTAAAGAATAAAATAAGTGATTATATCGATAATTTATTGTCAGTTAAAATTAGGAATAATTTGTATGATATTAGTCCAAATACAAAAAGCAATAATTATAATGAGCCAACTCAAAAATGAGTTGGCTCTTTTGTTGTAATTTTAGGCTTCCATTATGAAAATGAATGTGATGGAAGCAATTATGTAATTAATTAGAGTCATATATATTATAGATACAACGTTGTGATGTTCACACGATAATTAGCCCGGGAGATTGTTGTGTAATAACTTATAGAAGGAGCAAAACACTATGTATCAAACAAATACACGTGATTTAATTACAAAATTGCCTCAAAGCAATAAAACAGAACACTTTTTAATGAACAAATTTTCAAATCAAGATAAAGTTCAGCAGCTACAAAGACAAATTAGCCAACAGCTAGATCAACAATATAATGAGCTTTTGGCTAATGAAAAAGCTAAGCTAGACCAATACGTGGAAGTACACCATAATTTAGAACCATTAAAGAAAGAGATTGAATCAGAATCTATTAACCTTGATACCGATAAATTACCTGATATCAAAGCGACAATGCTTGAAAAGGCTAAGAACGATGAACATTTTGATAAAATCGAACAGCTATTTGATAGATTAGATCAGTCATTAAATGGTACGAATCGATTATATACGCAATTATCGTTGATTGGCACACGAACACATCGGATCACAACGAAAAGATTTAATGTTCAAGGCTTGCCTAAATTAGTCCAACAAATGATTTTACCTTCGCAATTTAAAAAGGTTTATACAATAGATTTTAAATCATTCGAACCATCAGTTGCTGCGTATATGACACAAGACGAACAACTGATTGACTACTTGAATCATGAAGAAGGGTTATACGATGCATTACTGAGAGACTTATCTTTGTCAAAAGAGAAGCGCGTGAGTGTGAAACGTGCATTTATAGGGTCATTTCTTTTTGGCGGTCGTTATAGTAGCTCTAAATTCAAAATCAATCAAGAGGTTAGTGAAATTAACTGGCTACAAGTAATGAGCAAATTCAAGAAGGTCATTGAATTTAAGGAGCAAGTCGAAAAATATAAAACAATGCCTACGCCTTACGGCATTGAACATGATATGAGCGCATTTCAAGGTAGTAGTATTATGGCAATTTATGTACAAACGGTAGCAAGCTATATTTTCAAGCACATTTTGTTGGAAGTGTACAAAGCACAGTGCGAAAAAAAAACGTTCAAGATTATAGTGCCGATACACGATGCGATTATGATTGAATGTAATGATAAGGGGATTGCACAAAATGTAGCACAGCTCATGAAAGATACAGCTAATCAACTGTTTAATGGTGAATTTGCACATGTGACAGTGGAAGCTTTAGGAGGTATAGACAATGAATAATGATAGAGGAAAAAGTCTTCAAATTCCCCAAAGTACATTGTTAAAAGAAGGATCTATATACGTTGCTACATTACATTCTGTGACTGAGACAGATTACTCAGGCGACATAAAACATCAATTTACGTATGAAATAGAGATAGATCAACAAATATTCTATGTGAACCGTAGTGTTGTGGTCAATGTGACACATCAACAATTATCAATTAATGACTGGCTCGAACGTCATAGTAACTATAGCGCAAGTCATGAAAACTATGAGCCTTATATTGATCAGAAACATTTAATTCTATTAGGTCAATATAACGGTAACTATTATGTACAAGATGTAGCATCGTTAGATGCGTTTGGAGGCGTATTATCATGAATCATATATTACAAATGTTATCTAAGCTATTAAGTGTGGCTAAGGAGGCAATCGACCGTCAAGGTCTGATTGCTATCCTAACTATTCCTGTTAATAATGACGATGAAATAGAAGAAACGGCTCAAGGTGAAACCGTGTATAACGAACTTATCGATCAGTTACGACTTAATATCCCAAAAGATACGGATTATCGACCTAACATCTATAGTTATTTTGGTATTAAGAAGAATCCTAATGACACCGTACTCATGGAAATGATGATAAAGGTTTTTCATATCAAACGCTTTAATTCAGAACTGTTTGTTTTCAAAGCTAACGGGTGGCAAAAGATAAATGGAGATGAATTACAAGGGTTGATATCTAAAATGATACAAGTATTGCTTGTAGATTATAAGCCTTCACTAAGCACTCTAAAAAATGTCGTAGATGGATTGCAAAAATCAACAGATGTAGAAGAACTTGTTGAAAATGAGCACTATATTGGTTGTGGTGAAAATATGTTCGATCTTAATACGTTTCAAGTCGTTAAAAATTCAATCGATATCTTTCCTAAAACACGATTGAATTTATCATTAAGTACAAATGATGTAATTACTGATAAGATACCGCCTTATTTTAAGCAATATATGTTACAACTTGCGAATTATGACGATGATTTACAATACTTTCTTTTCCAGCATACAGCAGTATTACTTACTGCTGATACTAAATACCGTAGGGGTCTCATATTATATGGTGGAGCTAAGAATGGTAAATCTGTATATATTGAACTAGTTAAATCATTTTTCTATAGTAAAGATATTGTGTCTAAGCCACTTAATGAGCTTGAAGGTCGTTTTGACAAAGAAAGTTTAATTGACAAAAGTCTAATGGCAAGTCATGAAATTGGGCAAGCTAAGATTCAAGAAAAGATTGTAAATGACTTCAAAAAGTTATTATCTGTAGAATCAATGCATGTTGATCGTAAAGGAAAAACTCAAGTGGAAGTCATTTTGGATTTGAAACTTATTTTTAGTACAAATGCGATACTTAATTTTCCTCCTGAACATGCGAAAGCTTTGGAGCGTCGAATTAATATTATTCCATGTGAGTATTATGTTGAAAAAGCGGACACTTCATTAATTGATAAGCTCCAGAGTGAGAAGAAAGAAATCTTTCTTTACTTGATGTATGTGTATCAACAGATTGTAAAAGCAGATATCGAGTATCTTGAAAATAGCCGTGTCACTGAAATTACTCACGATTGGTTAAATTTTGGATATGAATTTGTTTCTAGCAGGTCCGTAAGTAATGCAAATCAGAAAGCATGTATTAATTTACTCCGAAAACTTATAGCAATTAAACCAGGGTCACGTATCAAAGTGTCTAGGCTAAATGAGGTTATTAGAGATGAAATTAAAGTAAGCTCTCAAGTTATTAATGATTTGGTTCAAGCTAATTTTAATGTACAAAGTAGACTAAATAATGGTTATAAGTATTGGGTCGATTTAGGATGGAAAGAAACTGATAAAAAAGATGACATGATTTCATTCGATGAAAATGAGAATGTAACAGATGATGAGTTCTTATACGAAGATGATTTGAACTTAGGTTGGGAGGACTTTGACGATGAATAATGAACAAATTGAAGCATTTGTAGAAGTGCTTGTACCTATCATAGAAGAACGTATCAATAAAGGTAATTAAGGCTAATTACGTACTACAGGCAGTTGCCTGTAGTACTCATATGATTAAGTGGTAAAAGTGATAAAAATGAAACGAAATTATAAATATATATTATCCATATGTTGTTACAAGACCGATAGTCTGTAGCAATAATCTAATAAAAGGAGCGGTATGATATGAAGGGTAAAATTGCACTTTATTCACGCGTTAGTACGTCAGAGCAGTCGGAGCATGGGTACTCAATCCATGAGCAGGAACAAGTACTCATCAAAGAAGTTGTGAAAAATTTCCCAGGTTATGACTATGAGACATATACTGACTCAGGCATTTCAGGTAAAAATATTGAAGGTCGTCCGGCAATGAAACGTCTATTACAAGATGTTAAGGATAATAAAATCGAAATGGTGTTAAGTTGGAAATTGAATCGTATCTCACGATCAATGAGAGACGTGTTTAATATTATTCATGAATTCAAAGAACATGATGTAGGGTATAAATCGATTTCTGAGAATATTGATACATCCAATGCTTCTGGAGAAGTACTCGTTACAATGTTTGGGTTAATAGGATCTATAGAACGCCAGACTTTGATTTCCAATGTGAAACTTTCTATGAATGCTAAGGCAAGGAGCGGAGAGGCAATCACCGGTCGTGTTTTAGGCTACAAATTATCACTTAATCCACTTACACAGAAAAATGATTTAGTTATTAATGAAAATGAAGCTCATATTGTACGGGAAATCTTTGATTTATATTTGAATCACAATAAAGGACTTAAAGCAATCACGACAATTCTAAATCAAAAAGGATATCGCACCATTAATCAAAAACCATTTTCAGTGTTTGGCGTGAAATATATTTTGAATAATCCAGTCTATAAAGGCTATGTCAGATTCAATAACCATCAAAATTGGGCTGTTCAGCGAAGAAGTGGTAAAAGTGATAAAAATGATGTGATATTGGTCAAAGGTAAGCATGAAGCCATTATAAGTGAAGATGTATTTGATCAAGTTCATGAGAAACTAGCTTCTAAAAGTTTTAAACCGGGTCGACCTATTGGTGGAGATTTCTACTTACGTGGCCTTATTAAATGCCCAGAATGCGGAAATAATATGGTATGTCGACGGACGTATTATAAAACGAAAAAGTCCAAAGAACGAACAATCAAGCGTTATTACATTTGTTCCTTATTCAATCGTTCAGGGAGTTCTGCATGTCACAGTAATTCCATCAATGCTGAAGTCGTCGAACGCGTAATCAATGTTCATTTGAATCGTATTCTTTCACAACCTAATGTTATTAAGCAGATTGCGTCAAGTGTGATAGAAGAACTGAAACAAAAGCATAGTAAACAAACAGAAATAAAATATGATATTGATAGTCTAGACAAACAAAAAGCAAAAGTTAAAACACAACAAGAACGATTATTGGAATTGTTTTTAGATGATGAAATGGATAGCGAAATGTTAAAAGCTAAACAAAGTAAAATGAATCAACAGTTAGAAGTATTAGACCAACAAATTAAAGAAGCAAAACAAGCAAATCAATCACAGGATGATATACCCAATTTTGATAAGTTAAAAGCACGACTCATTTTGATGATAACACGATTCAGCGTGTACTTAAGAAAGGCTACACCCGAAGCTAAAAATCAACTTATGAAAATGTTAATTGATTCAATTGAAATTACGACAGATAAACAAGTAAAACTTGTAAGGTATAAAATTGATGAAAGTCTTATCCCTCAATCTTTGAAAAAAGATTGGGGGTCTTTTTTTATGCCTAAATTTAACTTTGTGATAAATGTCACAAATGAAAATAGGATTGAAAATTTATCACTTTTACCACTTTTTTAGAGTGACAAAAGTGGAGGGATTTTGAAATATTTTATAAATATATATTTTATTTATGGAGTACACATTATTAATTAAGGAGGTCATTATAATGACGCTAAGCAAACAACTTAAAACGTATATTACTGAACGATTTAAATTAAATTATCAAGAAACTTGGGCTTGTGAAACCGTAGATGCGGTGGCTGAAGATGTATTACCTGAAAAATATATTAAAAATAGTCCACTTGAAAATAAAATTTTAAATACTTTTACCTATTACAATGATGAATTACATGAAATCAGCATTTACCCTTTTTTATGTTATCTAGATAAAGAATTAGTAGCAATAGGTTATTTAGATAATTTTGATTTAGACTTTATATTTTTAAATGACACTCATCAAGTCATTATTGATGAACGCTACTTGTTACAAAAAGGGGGTGAGTAATTATGAATTGGATTAAGGTCGCTCAACTATCTGTCACAGTTATCAATGAAGTCATTGAGATTATGAAAGAAAAACAAAATGGAGGGGAATAGTATGCAAATCAATCGATACATTACACGAGGCATTAGTGAACACCTATCTCTAGACCTTCAAATCTTACTTTGGAATATGGTAAAAGAAAGAGATAATCAACTTGATACAGATTACCTACACATTTTTAGACTGCAAGAAGATGAGAATATACTCTCAATCACACATGAACAAGAACAACCTGCATACAAATTGGAATATCACTATACAAACTATATAAAAGATCAAAACGCATTACCTAAGAAAGTCTATGTCATTCGTGAAGATGGCGTAGACGCTTTTTATTATGTGATGCTTTTACCAGAAGAATACTAAAGGAAGTGATTATATATATGAATACAATCAAAAATACGATATACACAGAAGCTATATTTAGCAAGGATGAAAAACACCGCTATTTACTCAAGAAAACATGGGATGAAAAGAAACCCGCTTGTACAGTGATAACGATGTACCCTCATTTAGATGGTGTATTATCACTCGATCTCACAACTGTTCTTATCCTCAATCAATTAGCGAATTCAGAACGATACGGTGCTGTATATCTTGTAAATCTATTTTCAAATATTAAAACACCAGAGAACCTTAAACATATTAAAGAACCTTATGATAAACACACAGACATCCACTTGATGAAAGCAATTAGCGAAAGTGACACAGTGATTCTAGCTTATGGTGCTTATGCGAAGCGACCCGTTGTTGTAGAACGTGTCGAACAGGTAATGGAAATGTTAAAACCTCATAAAAAGAAAGTAAAGAGACTCATAAATCCAGTAACGAACGAAGTTATGCATCCACTTAACCCTAAAGCACGTCAAAAATGGACATTGAAATAGAGGAGGATTATCTATGAAACTTGAAACTATACAATCAGACTGGCGAACGGTTGCTAGTTGCTTAGCATCTCAAAATTATATATCTATCATAAAAGGACTAGTACATCATTTTACAGCGATTGAAGATGAAGAAATTCTTGATAAAATCTATGATAATTTTATGAATGATGATACTATAACAACAATACTTAACAATGATTTACAGACAATTATTAACCATTATCTATCAAAATAAAAACTATATTCTAATAAAATTAGAGTATCCTTCACTTTTGCGGTGAAGGATACTCTCTTAATTTATTTTTTTAAAATATTACTTAATAACCTTTTCAACGACTCTTTTTGTTGCTTTTCCATCATCTAATAAACAGAATTTATTATAAAATGCTTCGTATCTCTCTTTATAATTATTATTTACAACCTCAATATTTTTTATATTATTAATAACTTCCAATGAATCAAATAAAAGCGGTCCCGGTAAATCTTTTTCCATATCTATATAGAAACCACGCAGTTCATCTTTATATTTATCTAAGTCATAAGTGTAGAATAAAATAGGTCTTTTCAGATTAGCATAATCAAAGAAAACTGAAGAATAATCTGTGATTAATATATCGCTTACAATATAAAGATCATTTACATCATTATATTTAGAAAAATCAAATGCAAATCCTTCATATTCTGAAATATCTAATCTATCCGATATAAAGTAATGCATTCTAAGTAATACGATATATTCTTCTCCCAATTCTTGTCTCATTTGTTCTAAGTCTAAATTTAATGAAAATTTGTATTGACCTACTCCATGATACTCATCATCTCTCCAAGTAGGAGCATAAAGAACGACTTTTTTATCTGTAGGTATATTTAACTTTTGTTTAACCTTATTTTTATATTCTTGATTATAATTACTTAAGATATCATTTCGAGGATAACCATAAGTTAAAATATTTGAAGTAGGATACTTGAATGCTCTCTCGAAAATTTGCTCACTATATTTATTAGCAGCAATTAAGTAATCCCAATTTCTTGATTGCTGATAAAAATCTTGTTTATAACTTTTACTTGCTGAAGTTACATTATCCATATCAAATACTAATCTTTTTAAAGGAGTACCATGCCACGTAGATAAAATAGTTTGATCTTTCTTTTTAACTAACCATTTAGGCTGTCTCATATTTAGTATAAAATACTTTGCGACAGTTACATAATAAAAATATTCCCAGCTAAATCTATCAATAATTTTCACATTTTCATCATTTAATATTGGATAATCTTCTAAAATATCTTTATTATTCAAAATCCAAACATGTTTAAATTTATCGCTATCAGATGATTTAAGATATTCAAAAATTGCTTTAGGACTATCAGAGTAATTTTTCCCTAAAAAACTTTCATAAACTATCAAATCTTTACGTATTGGCAGCTTTGTAAATATATTTTTTTGTATAACTTTTTTTCTATATCTTTCATTTTTAGGTTTCAAAAATTTATAAGTATTATACAACTTAACTCTTCTTCTTGATCTATTATAGGCTTTTCTATATTCCCTGTTCTTAATAGCATTAATTTCCAATTTATGACGCACATTGATTTTGAGTCTTTTTGAAGGTTTATTTAGTAAATCTCGTAAAATTGAATATATTGGTTTTACATTATTAAATGAGTTTCGAAAATCTTCACTTTTACATACATAATATAAATATTCCCTCGTAGCAAAACCTTTTAATTTTCTCGCTAAGTTTAAATTAGGACAATAATTCAATGCTTTATCATAAGCTAATAATTTATAATAGCTTTTAGTTTCTTTAAATTTTTGTGTATGCGACGGATAACTAATACTATCGTTATGTATTAATTTAAAATATAATTTTACTTTTGTTTGTTTTATTCTATCTACTAAATTATATAATCTGATAACAAACGGAATATCTCCATATAAACTGTTAGTTGTATCAAATTCTAGTTCATGATCTATTATGAATTGTCTATTAATTATTAACCCATTAGATTTTAAACGATAATTAATATTGTCTAAAAACTTATTTTGTTTAATATTATTATAACTATGCTTTACTAATTCAAGCTCATATAGTTTATTAATAAACTCTGAATTAGATACATTTTCTTTATTTATATCACTAAGTAGCTTTCTTAGTTTTTCGGAAGTTTCAGGTTTATAAAAACTTCGAGTATTTTCCTTGAAAGTTAAACTTTTAGTATAGTGAGTATTTTTTACTCCTAGTTTAACCACAAAATCGTGTTCTTCATTTATAATTTCATTGGCATAACTTAACGAATTAGGATGTAAGTAATCATCGCTATCCATAAACAAGATATATTCACCCATTGCTTCCTTAATGCCTCTATTTCTATAATATTGAGGGTTTGATGAAACAGTAGATTCTAAAACTTTATAATTAAAATTAATATTTTTTATTTCGTCATGCAAATTTGAATCTCCATCATGTATAAATAACACCTCAAAATCTTTAAAAGTTTGATTATTAAGACTATCTAAACAATCATTAAACATCTTTTTATCCGTTTCTTTATAAGGCATAACTATTGAATATTGCAAACTATTTTCCTCCCTAAAATGTTCACCTAATACTAAAGAGTATAGTTTTCTCATATGTATATATTATACTTTAATCTTCACATAAAATTTACATATTATGAATAATTTTAACAAAAGTGCTGTGAAAGGTAAATTTTAATTTTACTACTTTTTGATAATTTTTAATTATATACATCTATTTTTAATAATATATTTACAAATATTAAAATAAATGCTAGTCTTAGCTTATAGTTATTGAATAAGGAAGGTAACTTCTATGAAAAAATTAAAATTCTTTTTATTAATTCCTTTTTTATATATTTTTTATACACGACTTATTGATGTTAGAAATAAAAAATTGGTAGATAGTGTAGATATTGAATCTGAAGAAGATATCCTTTTGCAAAAAAATTTATATAGAGATTCAGAAGGAAAAATAAGAGAATTTATTGATTACTAATCTTTTTTACATATTATATTTCCAAAGAATTCGGTATATAGATATCTTAAACAAATAAGAAAGACAATCTTTATATTATTAGAAATTGTCTTTTTTATTATTATTTTGATAATATTTAGCTCGCAGAACTACTATTTCTTATATTAAATACCATTAACATAAAACTAAATTTCTTTTGACTTTATTTATATCTCGAACTGACAGTAGGGTAAACCCACCATAGCCTCCATAAATCTAAAAATAAATCCCACATCAATTTTTCTTTGGCTGTAGATATATTTTGTTTATGTTTCAGAAAGCTTTGGTTCATTTGAGTCTTGAAATACTTCATTATAATTTCTCACTTATTTTTTTCTAAGAGATTTTTTTAATTCAATACACTAATAGGATTCCTCTTTTATTACTAAAGAAATTAGGAGAATTTGTTATTAACTTCCAATTACCTAACTATCTATAGATGAGTACAAAAATAAACACCTATTTGATGTCAAATTAAAAAATAAATTATAAATTTCAAAATGAATAAAAACATATCAAAATAAAATTAGGCTTATTATACTACGCGATTAGCACTGATTGTCGTACATTAGATATATTTACGTAAAAAGATAGTAACTCCATATATGAGTTTATTAATAAACTGATTAATAGCTCAAACACTTTGAAGAAGACAGATATTTCTAAAATGTTTAAAGATTTTAAGTTTAAATCTATTTTCCATGTATATCTAAATTCTTAATAACTCTTCGCCATTTTAAAAAACAAGATAACAAAATGTAACTATATCAAAGAATACACTTAAAAATATTGAATCTGTTTACGGACTATAAAAAGATTGGTAGTTCTCTTCAAAACCTCAAATTTTTGCCATGTCACGAAATACGTCACATATTAGTTATTAAGAAAAATACTAATGTATACAAAATTCTTCTAAATTTACGCAATAATTTAAATTAATTTACTTCGAAATAGCAACTGTTATTTGCTATACTATATATTAATAATCTAAGATAACTTTATGAAATAACGAAATTTTTTACATGCTATCATTGCTTTATCAATAATTTGACCAATTTCTGGTTTCTTATGAATTATCGTTAATATACTGCCAACGTGCTTCTTTGGGTACCCAGAAAATATTTTCTGCTAAGTACTCATCTTTATCCTCTTCATCAGCTAAATCATCATTTTTTAATTCTTCATACTTTTCTTCAAAAGAGTCAGATACATACTTCAAGAATATGATGCCTAACGCTACATTCTTGTATTCTGCTGCATCCATACTCCCTCGTAATTTATCCGCAGCTTGCCATAATTTTTCTTCAAATCCAATTGTCGCCATTTATATTCCACCTCTATGTTATCCTTTACACAAATATATCAAATATTAAAGCTTTATGTGACTTTCTTTGTGATTTTCTCTGTAAAAAAATATTGTTCCTTATACTTTGTAAGTTAAATTAAGTAGCTAATCACAAAAATATAGATTATTATATAGTTAATTAAAAACGGGGGATGATAAATTGTTTAATGAAGATTACCGCTTGCAAATTGGAATTAAGCCGTTGAGTTTTGAATTATATTTAAATTTCTTAAATGAAATGTTTCAGTCAAATGAAATGAACTGGTTTTTAAATGATATCGAAAATGTAAATTTATATGGTGTTTTAGAAGAAAATGAGATAGAGGAAATTGAGTCATCATTTGAGCGTGTAAAAGAATTTTATTTCTCAAATATTGAAGAAAAAAGGTATGAATTCTGTGAATATACTGATATAAATAACGAACATGAACAAATAGTTGATCTTTTACTTGATATTGATAGATATATTCAGAATATGATAAATCAATTAGAAGAAAACAATATATTAGAAGAATGTTTAATTGATAATATCGAAAATAGTTTATATTTATTAGAAGAAAAGAAAAATGAGATTGAAGATTTAAAATTTAAAATGGACATTCACTTTAAATTAGTAAACTATTGGGACGAAGATATGTATTATAATTTTATAAACTTTTTTATCAATAAATCAGACTTTAAATATTTTTCATCCTTAGTAGATGAATTAGGTCAGAGATTGAAAAATGAGAATTTCAAACAAAGAGAATTAAATTTATTGACATTGATAAAAGACATAGTGGGAGTGTTAATTACATTTTATGAACAATTTCACATCAGTTCTGCATATGAACTAGGAAATAACTGGTTTGAGATAGATCGTGATATAAGAATGAGTTTGATTTTTATAAATGAAAAAATCACATTAATTGAATATACATATATTGAAAAAGGAGAGTCGGAGGAACTCTTAGTATTATTAGAAGAAATATTCAATAATTATTCAACTATAATAAACGCTATAATGATAGTATACTCAGAAAATGAGTAGTAATAAAATGATTATTTTTTCAAGCCGTTCTAATAACATTAGATCGGCTTTTTAATTTTTAGCAAAAATCGATAAAGTCCGTATAATTGTGTAAAAGTAAAAAGGCCATATAACAGTCCTTTTACGGTACAATGTTTTTAACGACAAAAACATACCCAGGAGGACTTTTACATGACCCAAGTACATTTTACACTGAAAAGCGAAGAGATTCAAAGCATTATTGAATATTCTGTAAAGGATGACGTTTCTAAAAATATTTTAACAACGGTATTTAATCAACTAATGGAAAATCAACGAACAGAATATATTCAAGCAAAAGAATATGAACGAACAGAAAACCGACAAAGTCAACGAAATGGCTATTATGAGCGCAGCTTTACGACACGTGTAGGCACGCTAGAATTAAAAGTACCCAGAACACGTGATGGCCATTTTTCACCCACAGTGTTTGAACGTTATCAACGAAACGAAAAAGCCCTCATGGCTTCAATGTTGGAAATGTATGTATCAGGCGTTTCAACTCGTAAAGTATCAAAAATTGTGGAAGAACTTTGTGGTAAATCCGTCTCTAAGTCCTTCGTTTCTAGCTTAACAGAACAGCTAGAACCTATGGTTAACGAGTGGCAGAATCGTTTATTATCAGAAAAAAATTATCCTTACTTAATGACCGATGTACTCTATATAAAAGTACGAGAAGAAAATCGAGTACTCTCAAAAAGCTGTCATATAGCGATTGGAATAACCAAAGATGGCGACCGTGAAATTATCGGCTTCATGATTCAAAGTGGCGAAAGCGAAGAGACCTGGACAACATTTTTTGAATACCTAAAAGAACGCGGTTTACAAGGTACGGAACTCGTTATTTCTGATGCGCACAAAGGATTAGTCTCTGCCATTAGAAAATCCTTCACCAACGTAAGTTGGCAAAGATGCCAAGTTCACTTCCTAAGAAATATCTTTACCACCATTCCTAAAAAAAATTCAAAATCTTTCAGAGAAGCTGTTAAAGGAATTTTTAAGTTCACAGATATTAACTTAGCGCGTGAGGCTAAAAATCGATTGATTCATGATTATATCGATCAACCAAAATATTCAAAAGCTTGCGCATCATTGGATGATGGATTCGAAGACGCCTTTCAATATACCGTACAAGGAAATTCCCACAATCGACTAAAGAGTACCAATCTAATTGAACGACTGAATCAAGAAGTACGCAGAAGAGAAAAGATTATTCGCATCTTCCCCAATCAAACATCAGCCAATCGCTTAATTGGAGCCGTTCTTATGGACCTACATGATGAATGGATTTATTCTTCAAGAAAATACATCAATTTTGATAAGTAGAAATGGTAAAAACATTGTATAGCATTTTACACAGGAGTCTGGACTTGACTCAAAAATCACTAATAAGGGGAAGCATATCATAAATGATGAGGTTTTTAATTTGAGATAACAAAAATTTAAAAGTTCAAGATTTAACACCTTTTATTTTTATGATAAAATAACTTATGGCCTTGTCATATTTGCTTATTTATACTTTGTTATAAGATATATAAATAAAAAACACCTCCGTATGATTCATTTTAATATGAATCATACGGAGGTGTTTTTATATAATTCCCACTAATTGGGGTCAGTCTATATTTTAAGATGGCTTTTATTACCACAATTCATTAGAATATTGATTTTTAAATTATAGAAATATTATATCTAAGAATTTAATATGTACATTAACTATATGAAAGTTCTGATTATCCGAATAAATGCTAAAATTAATAAAATAATTAAAGGAATCATACTTATTATACGTATACGTTTAGCTACTGAACTACTGGATTCATTTGGCGATTCTAGTAGTTCTTTTTCAATCTCTAAATCTAAATCAGTTTTGTAATAACCATTAATTCCTAATCTTTTATCTAGCTCTTTACTTTTTTCATCATTTTTATCTTTGTTAATATGTTCCATTTTCTCGCCTCTTTTTAATCAAGTAGAAAAAACTCCTTATAAATATATGCTATCAATTAACTATAGAAATTACAATGAAGAAAATATTTAGATTATTAAACTTGTTAATTTTCTATGAATTTTAAATTAATAAAAATAATAAACCTTAATATAACATAGTATTGCTAAATAATAGTCAAGTCCAGACTCCTGTGTAAAATGCTATACAATGTTTTTACCATTTCTACTTATCAAAATTGATGTATTTTCTTGAAGAATAAATCCATTCATCATGTAGGTCCATAAGAACGGCTCCAATTAAGCGATTGGCTGATGTTTGATTGGGGAAGATGCGAATAATCTTTTCTCTTCTGCGTACTTCTTGATTCAGTCGTTCAATTAGATTGGTACTCTTTAGTCGATTGTGGGAATTTCCTTGTACGGTATATTGAAAGGCGTCTTCGAATCCATCATCCAATGATGCGCAAGCTTTTGAATATTTTGGTTGATCGATATAATCATGAATCAATCGATTTTTAGCCTCACGCGCTAAGTTAATATCTGTGAACTTAAAAATTCCTTTAACAGCTTCTCTGAAAGATTTTGAATTTTTTTTAGGAATGGTGGTAAAGATATTTCTTAGGAAGTGAACTTGGCATCTTTGCCAACTTACGTTGGTGAAGGATTTTCTAATGGCAGAGACTAATCCTTTGTGCGCATCAGAAATAACGAGTTCCGTACCTTGTAAACCGCGTTCTTTTAGGTATTCAAAAAATGTTGTCCAGGTCTCTTCGCTTTCGCCACTTTGAATCATGAAGCCGATAATTTCACGGTCGCCATCTTTGGTTATTCCAATCGCTATATGACAGCTTTTTGAGAGTACTCGATTTTCTTCTCGTACTTTTATATAGAGTACATCGGTCATTAAGTAAGGATAATTTTTTTCTGATAATAAACGATTCTGCCACTCGTTAACCATAGGTTCTAGCTGTTCTGTTAAGCTAGAAACGAAGGACTTAGAGACGGATTTACCACAAAGTTCTTCCACAATTTTTGATACTTTACGAGTTGAAACGCCTGATACATACATTTCCAACATTGAAGCCATGAGGGCTTTTTCGTTTCGTTGATAACGTTCAAACACTGTGGGTGAAAAATGGCCATCACGTGTTCTGGGTACTTTTAATTCTAGCGTGCCTACACGTGTCGTAAAGCTGCGCTCATAATAGCCATTTCGTTGACTTTGTCGGTTTTCTGTTCGTTCATATTCTTTTGCTTGAATATATTCTGTTCGTTGATTTTCCATTAGTTGATTAAATACCGTTGTTAAAATATTTTTAGAAACGTCATCCTTTACAGAATATTCAATAATGCTTTGAATCTCTTCGCTTTTCAGTGTAAAATGTACTTGGGTCATGTAAAAGTCCTCCTGGGTATGTTTTTGTCGTTAAAAACATTGTACCGTAAAAGGACTGTTATATGGCCTTTTTACTTTTACACAATTATACGGACTTTATCTAAATAATTGTACTTCTGCTAATTTTATAATGTAGGATTTAGGATTCTATAAATTAAAAAAAGGAGTGTTTTTGTTGAAAAAGAAATTAGACTTTTTACCTAACAAATTGAATAAGTATTCAATTAGAAGATTCACAGTCGGTACGGCATCTATATTAGTAGGGTCTACTCTATTATTTGGGATTGGAAATGAGGCGCATGCAGCAGAAAAGAATCAAGAATCAAATACTACAGCAAATGTAGCTGATAGTGATGTAGGTGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGTGCCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGTGCCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAGGCAACAAATGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCGCCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGCGCCATCAAAAGAAGAAGCACCATCAAAAGAAGAAGCACCAAGTAATGAAGCAACAAATGAAGTGCCATCAAAAGAAAAGAGCACAGACAATTCGACTTCAAATCCAGAGGTTGATTCCGAAGTATTAGATAATTCTAAACAAGGTACAGATAATGATAATTCATCTAATCATAGCGAGGATAATATTGTGACTTATGCAGAACCAACTGCATTAACAAATACCCGTTCAGTTGATTCACCTTCTAGAGTTTCATCTGATAACTCACAAGCTCAAAAGCAAGGTAAAAATGTTAATGATTCAATTAAGGTCAATTCTGTTGATACTGATAAAGAGTATGTTGAACCGAACAATGGACAAGGTTTTTCAACAAATGTATCATTCGAAGTTGACGGTAAAGTTAACAAAGGTGATTACTTCACAGTAGATATGCCGGAATATGCTGATTTTAATGGTATTGCAGATTATAAAGCAGCAAATAATAAAATTTATCCAACTATCAATGATGGGGAGCAAGTTGTAGCAAACGGTGTTTACGATACAGAAACTAAGAAATTAGTGTACACTTTTACTGACTATGTAAATAAGAAAGATAATATTAAAGGTCAATTTGAAATTCCTCAATTTATTGATAGAAAAAATGCTAAAACAAGTGGAGATTATGACTTAAACTATAATATTGCAGACAAAACTGTTTCTAAACCAATGAAAATTGTATACAACAACTACGATGAGGGACATGTAGTTGCTAACACTAGTTCATTAATTACAAAAGCAGACTTATTTAATGTTGGTTCACATGACTATACTCAATATATTTATGTGAATCCTAAATCTGAAGATAGTTATAATACACGTTTAACAATCCAAGGATACCAAGAAGATGTAAATGATAGTAGTACACTATTAAATCCAGATGATACTAAAATTGAAATATTGGATGCTAAGTCATCTGATAATATTGTGCCAAGTTTCCATATAAATGATGAAGACTTTGAAGATGTAACTGGCAACTTTGGAATTAACCAAAAAGGTGATAAAAAAGCACAAATAGATTTTGGTCACATTGATCACCCTTATATTGTCAAAGTTACTTCTAAAATTGATCCAAGTTCAAGTCAAGATTTACGTACACGTGTCATTATGGAAAATGAAAATGCAGAAGGTACTACAGACTTTTATGCACACGATAATACGGTTGAACGCTTAGGAGCAAACGGAGTTGCTACTGGCAATGAAAAACTTTATAACCTAGGTGACTATGTTTGGGAAGATACAAATAAAAATGGTATCCAAGACGAAGATGAACATGGTATCGAGGGTGTAGAAGTATCGCTTACACGTCCAAATGGTACAGTAGAAACTACAACGACTAATTCTGAAGGTAAGTATGAATTTAATGATTTACAAAATGGTGATTATGTTATTAATTTCAAAACACCTGAAGGATACACAGCAACTAAAGCTTATGAAGGTAATAATGCAGAAGTCGATTCTAATGGCTTAAGTACGGTTGGTACAATTAAAGATGCTGACAACTGGACTTTAGATAGTGGATTCTACAAAACGCCTTCTAAATACAGCTTAGGTGATTATGTATGGTACGATTCTAATAAAGATGGTTACCAAGACAATGATGAAAAAGGTATTAAAGGTGTTAAAGTTACTTTAAAAGATAGTGAAGGTAACACATTAAAAACAACTGAAACTGATGAAAATGGTAAGTATCGCTTTGATGACTTAGATAGTGGTGACTACACAGTTCATTTTGATAAACCAGAAGGTCTTACACAAACATCAGTTAATTCTGGTAATGATGATGCCAAAGATGCTGATGGTGAAGATGTACATGTAACAATTACAGATCATGATGATTTCACTATTGATAATGGCTACTTCGAAGATAGTGAATCAGATTCTTCTTCAGAAAGCGAATCAGACTCAGAGAGCCATTCAGATTCAGAAAGTGATTCAGAAAGCGAATCAACAAGCGAGTCAGACTCAGAGAGTCACTCAGATTCAGAAAGTCACTCAGACAGTGAGTCAACAAGTGAATCAGACTCAGAGAGCCATTCAGATTCAGAAAGTGATTCAGATAGCGAATCAACAAGCGAGTCAGACTCAGAGAGCCATTCAGATTCAGAAAGTGATTCAGAAAGCGAATCAACAAGCGAGTCAGACTCAGAGAGTCACTCAGATTCAGAAAGTGATTCAGAAAGCGAATCAACAAGCGAGTCAGACTCAGAGAGTCACTCAGATTCAGAAAGTCACTCAGACAGTGAGTCAACAAGTGAATCAGACTCAGAGAGCCATTCAGATTCAGAAAGTGATTCAGATAGCGAATCAACAAGCGAGTCAGACTCAGAGAGTCACTCAGACAGTGAGTCAACAAGTGAATCAGACTCAGAGAGCCATTCAGATTCAGAAAGTGATTCAGATAGCGAATCAACAAGCGAGTCAGACTCAGAGAGCCATTCAGATTCAGAAAGCCACTCAGACAGTGAGTCAACGAGTGAATCAGATTCAGAGAGTCACTCAGATTCAGAAAGTGATTCAGACAGCGAATCAGGTTCAGAGAGCCATTCAAACTCTGAATTACCAGATACTGGTGAAGAAGACAATCACCAAGGATTAATCGGAGGGGTGCTTGCAGCATTCGGAGGATTAACATTATTAGGTAGACGTCGTAAAAAAGAAGAAAAATAATTTGAAAATGATTATTATATTAACAGGGCAAGCTAATAAATTTAGCTTGCCTTGTTGCACATACATATTTAATAGAAGTAGGGATAATATGACAATTTATAATCTGAATTTCGGTATTGGTTGGGCGAGTAGTGGTGTTGAGTATGCACAACTTTATCGAAGAAACATATTGCATGACTTGAATGAAGATTTTAAGTTTATATTTTTGGATTTTATAAATAAAGAAAATATACAAACACTTACTAGTAATTTAGGTATAGAAAATGATGAGGTAATATGGATATATCAATATTTTACAGACATTAAGATTAAACCTACTTCGTATACAATTGAGAATATTATTGAAAAACTTGAATCAAACGATGTAAAAGTTAAAAGTATAAAGCCTAAAGTAAAAAGAATTTATTTTAATAATAAAAGCTGTTATGTCAATTGTTATTTGAAGTATAAAAATGAAGATATTGTTGATCGTGCTGAATTTGTTTCCAGTGGTAAACTGATTCGAAAAGAATTTTATACCTATACTAAAGTTTTTACAGAGTATTATGCGCCATATAATAAAAAAGCTAAAGTTTATTTGAGAAAATTTTTTAATGAAAATGGGAGCGTAGCTTATGAGGAAATAGTAAAAGACGACGATAATATGTATATCTTTCCGAATAAGATTTTATATTCAAAGAAAGAATTTATAGGGTATTTTATTAGTCAACTTAATTTAAAAGACAAAGATATTTTATTGGTAGACCGTTCTAAAAATATTGGGCAAGTTATTTTGGAGAATAAAAAAGAGGGTCACGTAGGAGTAGTAATTCACGCTGAACACTACAATCATTCAAATACGAATGACCAATATGTTTTATGGAATAATAATTATGAATATGTGTTTAATAATGCTCAGCATATTGACTTTTTTATTGTTGCTACAGAAGATCAAAAGGCTGTTTTGCAACTACAATTTGAAAAATATAAGAATCTTAAACCTAAGATATATACTATTCCAGTGGGAAATATTAAATATTTAAAATTTGAACAACAAAGAAAGCCATTTTCTGTGATTACAGCTTCTCGTTTAGCAAATGAGAAACATGTTGATTGGCTTATTAAGGCTGTCATTAAAGCACACAAAATAAATGATGATATTAGGTTTGATATATACGGTGAGGGTTCGGAAAGACAAAAACTGCAACAAATTATAGATAACTATCAAGCTAATAATTATATCCACCTCAAAGGACACATGGATCTTACTTATATATATAAATCTTATGAACTATATCTTTCAGGTTCTACAAGTGAAGGATTCGGATTAACACTAATGGAAGCCGTTGGTTCTGGTCTTGGAATAATAGGTTTGGATGTATATTATGGTAATACCACTTTTATCAAAAATAATGTTAATGGTTATAGAGTACCTATAGATATAACTAATTTGGATGAAGATACTTTAATAACTGAACTCACAAGTAAGCTATTGCTATTCTTTACTCAAGATAATGAAAAAACTAGAGCGGAGTCATATAAAATTGCAAATAACTATTTGATAGGAAATATTAAAGAAAAGTGGAAAAACTTAATTGATGAGGTGCTAAATGATTAATTTATACGATAACTTAAATAGTCAAACGCTTCAATTATATAAAACATTTATAAATGCGAATATTAAGTCTACAACTGTCGTTGTTAATGATAATGGATTCTTACCCAGTGATGTATTGTCGCCTTATAAATTTTTTTCTGGAAACTCAATCGAAAATGAAAGACCTCTTTACTTCAACGATGTTCCAGTCCCGAAATATTGGGAAATTGAAGGTTCCAATCAATCAGCTGTGATTAAGGATAAGGATAAAATAAGAGGCAAAATTTTATATCAAAAGGGATATCGTAATAGAGTGGTGGCTTCAGTAGAATGGTTTAATAAAAAGGAACATGTTCAATTCATAGATTATTATAACCAACATGGTTTTCGATATGCCCAATTAGTCATGGATGATAATCAAAATCAAATAATGAAACGTTACTTTGACCAAAATAATAATGAGTTTTTAGTGGAGAATCTTGTTACTAAGGATTTAATATTAAGATGGAATAATAAAGATATATTCTTTGATAATCGTATCTCGTTTTTATCGTTCTTTTTTGAAAAAGCAAATTTATCTATAAAAGATATTGTGCTTAATTCATTTGCAACATCATTTCTGTTTTTGTATAGACAACGGGATTTTAACATGAAGTGTAGAATATTTTGGCAAGAAAAAATTAAAGATGATTTACCTGAAAACATGAAAATTGCTCTAAAAAATATAGATAACTTGAAAATTTTAATTCCTGATAAAAAAGAATATTATCGTGTAATGGATTCTGTAGAAACTTCATATCGACATAAAATTGAAAATAGTGGTTATGTGTACGAATTCTTGAAAGTAAACAAATATAATAATGAAGCACTTATAATAACTAATTCTGATAATATTCCATATGTAGAATATATTGCTAGAGAGAATCAAAATGTCACATTTCACATTGCATCTAAAACTGAAATGTCTTCAAGATTATTACAATTAGGTGGAATACAAAATATAAATTTATACCCAAAAAGTACTGAGGAAACTATCTTAAATTTATGTTGTAAATGCGATATTTATTTAGATATAAATAAAGGGAAAGAAATATTTGAAAGTATGTATTTAGCATTTGCACATGAAATGATTATAATTGCTTTTGAAGAAACTATTCACAATAGACAATTTGTCCATAGTAGTAATATATACAAATTAGATAATTACTATGATTTAAGCAATGCAATAAATCAGATAAGTAATGATAAAACTTTATTTTCTGATAGATTAAATATGCAGTTAAGATCTGCCAATTCAGTTTCAATTGAATCATTTCTAAATAAAATGAAGTAATCAATTTTCTTTGTAATATAATAAAGAATTCATAATAATTCAAAATACAAAATAAACTTAGAGCATTTCTCGTTGTTAACTGAAGAATGCTCTAATTTAATTATAAAGAATATTTTAATATTGTTGAAAACCTTGCTAATAAAAATGACATTTAAATAGAATTTTTTAGACAAACATCTTTTATTTCAATATCCATTTTTGACGTGCTTTAGGATTGAGTGGGTGCATAATTTCATTTGTTGCTGGGTTTATGAGTTTTTTGACTTTCTTTTTATGAGGTTTTAACATTTCCATTACTTGTGCCACACGTTCAACAACTATAGGACGCTTCGCATAGGCACCATAGGCTAGAATGACTGTCTCGCTCTCACTAATCGCTTTCATCAAGTGAATGTCTGTATGTTTATCAAAAGGCTCTTTGATATGTTTGAGGTTTTCTGGGGTTTTGATATTAGAGAATAGATTCACTAGATATACAGCGCCATATTGTTTAAAGTTTGCTAATTGGTTGAGGATGAGAACAGTTGTGAGATCGAGTGATAATACACCATCTAAATGAGGATACATCGTTATCACTGTACAAGCGGGTTTCTTTTCATCCCAAGTTTTCTTGAGTAAGTAGCGGTGTTGTTCATCATCGCTAAATATCGCTTCTGTGTGGATCGTACTTTTGATTGTATTCATATTTGTCACTCCTTTTAGTATTCTTCTGGTAAAAACATCACATAATAAAAAGCGTCTACGTCATCTTCACGAATGACGTAGACTTTTTTAGGTACTGCATTTTGATTTTTTACATAATTTGTATAGTGATATTCCAATTTGTATGCGGGTTGTTCTTGTTCGTGTGTGATTGAGAGTATATTATTATCTTCATCTTGTAGTCTAAAAATGTGTAGGTAATCTGTATGAGCTTGATTGTCCTGTTCTTTTACCATGTTCCAAAGTAAGATTTGAAGGTCTAGAGATAGTTGTTCACTAATGCCTCTTGTGATGTATCGATTGATTTTCATGTTATTTTCCTCCATTTTGCTTTTCTTTCATGATGTCAATCACTTCGTTAATGACTGTAACAGATAGTTGAGCGACCTTGATCCAGTTCATATTATTCTCCTCCTTTTTGTAATAGATGACGTTCATCGATAATCGTATTTTTAGTATCTGTGAGATATAGAAAGTCCATATCAAAATGGTCTAAGTACCCGACACTGATAAGTTGGTTGTTGGCATACATAAGAAATGGGTAGATACTTAGGTCATGTAGTTCATTGTTGTAGTAAGTGTAGGTTTCGAGTGTGAGATGAGTAAGGGGGGAACCATCAACAAAGCGTGGGGGTAGAATATTTTCTGCTACTTCATCTAGTACTTCACATTCCCATGATTCTTCGTTTGATAGTTGGAATAGACGAGTTATATATTGTTTGAGTTCTTGAGTAGTTGTTTTCATATCATTGCCTCCTAGATAGTGTGATAGTGATGTAGTTCATATACATCATTGAGATAATATATATTTGATTTGTCATTTATTACGGATCCCGTTGACAATATGAGGAAATTCCAATCAAAAACCCGTGATAAATGTTGGTGTAACAAGGAAATCCCGTAATCCCACTCATTTTGACGAACAATCAACTCATTATTTATAAGTATTAATATGATCGTGTTGGGTCACTACTTCCTTATATATATTATTTATTAATAAAAAATAACGGGATTTTGGGATTGTGCATGCACAATCCTTCTGCTTCATCGAGTAAGCAAATCCCATTCAATTCCCGGTAAAAAATCATTGTGGGATGTTCTTTAGCAATTTCAATATAAGCATCGTGTAGTTATGAATAAAATTACGACAATGACTGTTTCATTAGATAAGTGTTATTGAAATTGATAAAGAGAATTTTAAAAATGGTTAGATAAAATAAATGAAAGAATATAATGAAAATTATTGTTATAACAATGATTCTATTAGCTAAATAGTAAGATATAGTGTTTGGGGCAAAAACAAAGACGAAGTGCTGAGATGCACTTCGTCGAGTTGTTTATTATTGAAAAGTTGTTTAATGATTTCGTTATTAAGTTTGAGTGTGACATAGAAATGTTTTTTATGATTACCATCTTTTTTAATATCAATGCGATCAATCACTGATAGATACAATGCTTTGAGTCGAGATTTTTCTATGTGCTTAATATCATGAAAGATGTGTTGTAATAGTTTACTAATTTCTTTGGCATTAAATAAAGTCATATCTTCATTTTGTTGATTTTTGAGTTGGTTGATTTGATTCGTAATGTCATTGAGTTTCTTTTCATATTTTTGAATACTTGGTCTGATTACTGATGTTAAGTCCGGATTATCCTCGATGGTTTTAATCAAGTTATTTAGTTTGATTTGTACTTCATCATATTGTTGTTGCTTATAAGCGATATCGTGATGAAGTGACGCACAATCAACTTGATTTTCTTGATTAACACGTGCTACAACCTGTTGAATGACTTTATCACTTTTGACTATTTCGAGTATTTGCTTCATCACATAATCTTCAATCGCATCAGCTCTTACACTGTTTGCCGAACATACTTTGGAGCCCTTGTTCCGAAAATTACTACATGAATAGTAACGAATACGTTTCTTGGTCCCGTCTTTAAGTGTATTCGTGGTATTGCTTGCTGCCATAGGTGCGCCACATTGAGGACAGTGAATAATGCCTGTAAGCAGATTCGTTCCTTTGCCATGGACTTGGGGTTTTTGACTGACTTGTTTTTTACGCATTTGTACTTTATCCCATAAATCTTGATTAATAATGGGGGAATGCTTACCTTCAGCTATCACTGGTTTATCATTCAGCCCTTTACGACGTTTTTCACTCCAATCTTTGTATTTCGCAAATTGAATTTTGCCGATATAGAATGGGTTAGCTAATATATATGTGATAGAACTAATACTAAAAGGTTTACCCTTTTTAGTGACATAGCCTTTGTGATTTAATGCATTGGCTATTTTACGATAGCCATGTCCTTTGGCATAGGACTCGAATATATATTTCACAATATTAGCTTCATGTTGATTAATCATCAGTTCGTGTTTACTATTAGGTATTTTGTCATAGCCCAGCGGCAAGTTACCTTGATAATAGCCTTCTTGGGCACGTCTCGTTTGACCCATAAATACATTCTCGACAATGTTATTACGTTCGAATTCTGAGAAACTCGCAAGTATTTGTAACATGAGTTTACCAGAAGAAGTATTGACTTCCATACGCTCTGACAAACTGAAAAATTCGACATTTTGTTTGTGTAAATCTTCGACAATTTTGAGAAGATCAGATGTATTACGAGCTAATCGGTTTGTTTTGTAGACCATAACACAGTCGATATAGCCATCTTTCGCATCCTTCAATATACGTTGGAGCTCAGGTCGATTCATAGATTTACCTGAAATACCACGGTCAGCGTATATATCTTTAACTTCAAAATGATGGAAGTCACAGTATTCTTTGATTTGATTGATTTGTCCGTCGATACTATAACCTTCTGTGCTTTGCATTTCTGTTGAAACACGTACATAGATACCGACACGTTTTGTTTTAAGTTGTTGCATTATGTTTCATCCTTTCTTCATTTATGCAATTGACGATTGCGTTGTTTGATTGACGATGTTTAAGGGTTCATTTTTGAAATAGATACCCATTAGTGTTTTACTTTTTGTGATAAGAATTTCATCAATGTAGGGATACAGCATGTTTAACGTGAAACGTTTTTGAATAATATTTTGAATGGTGTTTTGTATTTGATGCCCATTGATAGATGTAGTGCGTTGCGGTTGTTGACGTAATGATTGCGTTTGTTCTCTGAACGTTTCTGCATCAATGATGCCTTGTGCCAACTTTTCTATCAGTTGTTCTTGAGTCAATGTGTGATGTTTTTCTATGTTTCTTTGTCTTTTGATGCGTTTGTCAATCGCACTTTTAATTTTTGTGTAGATGCGTTGATTTTGATAAAAGTCTCGGCACACTTCTAATACTTTATCTTCAAGTGTTTGTGCATTGATGCCTTTAAAATCACAGACAAAGCGTGAAGCATTCATGTTTTTAGGACAGACGTAGTAACGTAATGTATGATTCTTTTTTCTAATGGTCATATTTGTAAGTGTTGCATTACAACATGGGCATTTGATTTTTTGTTTGAGTTGATTATCCGAAGGTGTCTGTTTGGTTTGTTTTTGCAATCGAAGTCTCTGCGCTTGCTCATATATACTTGTGGAAACAATAGAAGGAAACATATTGTCGAATTGACCATATTGATTGTTGACACGACCACAATAATTAGGATTGATAATAATGTTACGAACTTGATAGGGTTGTCGATTGATATACGTGTTATCTTCTTCTAATAACTGTGCAATTTTCTTATAACCATGACCTTTAATGTAATAATTGAATACAGCCTTTACCGTTGGTGACTCATTTTGATTGATGATGAATGTTCCGTTGTGATATTCGTAACCAAAGGGCGCATGGGTTGTAATCAATCGACCTTGCTTTGCTTTTTCTTGAAGCCCATTTCTGACTTGTTCTCCAATGTTATCTGATTCAAGTTCGGCCAAGCTGATAAAAATATTAAGCTTGAATCGGTCGAAAGCTTGATCCATATCAAAATAACCATCATGCACACTTAAGATATGAACACGATATGTTTGACATAATTTGATGAGTTTTAATGCATTTTTCAAATTACGATGCAACCTATTAAGACGATAACAGCATAATATGTCACACTGTCCTTGTTGAATTAATTGTGTTATTTGTCGATACCCACTACGATTATCTTTGCGTCCTGATTGTTTGTCGCTATAAAAGTTGATATGTTGAATATGATGTTTTTCGGCTATTGCTTCGATAGCTTGTTTCTGTGCTGCAAGAGATTGTTGTTTCATCGTACTTTGACGTAAATAGCCTATGACTTGTTTCATATCGGCTCCTCTTTTCACAGTGATAATATATATTTATGGATGAATTGATATATAAGCCCAACATCAATGAGATGTTGGGCGTCCATATTAGTCATTCGTTTGATTGATTTCTTCAATTACCAAATCGGCTAATATCTCGATAAGTTCATCCATGTTTTTCACTCCGTTATTTGTTCTATCTTCAATACGTCGATTATTCAGTTTGATGCTTCACAGTTGTATGATAAAGACAATTAGAAATCTTCGTGAACTCCTGAAAGGCCTATACCTTCATTAGCGGATTTAAAAAGTTCTTTCGCAGCTTTGTTATCATTTGACGGTGTCCAATTTTGAAGTAACGACTTATCTTTAGTTAATCCGAGGATAGATGCAAACTCTACATCTAATTTTAGATGGTAAAATACAAGTGATTGTTTTTTACCGCTATTATCTTTGACACTTCTTTTAGTTGTTTGGCGTCCACGGTCAGCTAATATGAAACCTTTATCTCTTAAGGCGTTGACAACATTATTAACATCTTGAAATTGATGATTGTTTAGCATCTGTTTAAAAACGTTCGCAATCATTTTTACTTCGATATGGTCATCTTTTAATGAGATTAATCCATAGTTCTCAAACATATTTTTCAAAGCACCTTCATCTGAAAACTTACCTCTGTTTTGTGCCACAAATTGAATGATGACATCAATAGCTTTATCAGCTAATGAGCGTTCAGAGACTGTATGAGTATGATAATCAATAAAGTAGTCTCTTATATTAGCGATATCAATATCTGTAGATAAAACACGACCTAATATTTTCGCAGATGTTGTAATGACTGCATAACGCTTAAACATACGAATACCTGTATTGTTTGTTTCATCTTTCAATTTAGCTTCAAACCAATCTACTTCCTTGTAAAACCATTGAATAACTTCATCTTCACGATTTATAAGATATTTAGCTACTAACGGTAAAACATGACCATAGTTTAGTGCTACAGCTTTTTTAATATTGTCAGCATTGGTCGCATTTGTAGTGAATTGTTCATTAATCTCGATGGTTCTTACACGTAATCCATCGTTTTGAGCTGAATCATTAAAAATACTGTATTCTGATGTTGAAATGACAGAAGTACCCCAATTCTTAGGCGTTTTAACTTCTCCATGAACGTTTGAACGTTGACGACCTTGACCTTCAGCGATGGAATATAACAAACCCGTGGTATCTCTAAGTGTCGTAGATGAAAGCTCATCAAATACTATAGGAACGCCATAATTGTTACTCAAATAACCTTCAAGTGCGTTACGTGTGGCATTCCAACTTCTAAAAAGAGTTTCATTACCTTTAGTAGGGTTACCAGCGACTGATACAGCTAAAGCAGCTGCGGTTGACTTACCGGTTGAGGATTGACCTGTAAAACTAAAGAGAATTCCTGCAAATTCGATTTCATGTTTATGCTTCAGAAAACTTGTCACTAAGGCAGAAATCCCAAATATGACTGCCAATTCTAAAAGAAGATGACCTTTAACCTCGTCAATATACATGTTAAACCAATTATCAAATGTACCTTTAAGAGTTAAGTCATAAGCACTATCTACAATAGGGTATGAAGGTGAGGACTGATTAAATTGAATAGATTTGAGAACTTTATCTAGCGATATCAAGTAGCCAAAAGGTGTCTCTAGTATACCTACACCCTCATATAATTCAGAAAGTGGTAATCTATCTCGCATCAATTGCAAGGCATAACTCAATGATCTAATATACTTCTCGTTAACACTGTAGCCATATTTAATTAAAGAAGGTAAGTTTCGTGTTGTTAAGATATCAGACTCAAAAATGTCTTTTTTACCATTGTTGTTAGTAATAATCAACTTTTCAACACCAGTAATTGGATCAGAAAATCTTGCATTAACAATAATAGGGCTAGCCATTCTAACCACTTTTTCACTGTCACCATCTTTTTTAGGTGGTATCGTTTCTTTCCAACCGAAGGAATCTAAAGCAAATGGGCCAATTTCAAACAATGTGTAACTCATTAGCAATCACCTCCTTTCGAAGTGTTGCTGTTATAGTGTGGATTAGGACCTGTTTTAAGATAAACTAAGTGACCGTGAGTATCCTTACCGATAATAATAAATGGAACACGTGGCGCATGTTTTACAAAATATGCGAACCAACGTCCAACATTTTGTTGTACAGCTTTTGAACATTGTACATTTGCACGACTGTTCAAGTCATGAAATGTAAATTCTTCTCCTTCAGGTAAATTGAATGAAATACCTAATATTTTCTTTTTTAACTGCTCGAATTTATCTGATTGATTGAAATACATTTAACTTCCTCCTACTAATGAACTAAGATAGGAAAATTAAATATGCGCACAATTAACTTTCTTAAGTTCATTTTAGCCAAGAAGTTATCATTTGAAAGCTTGTAAAAATATGTTAGAAATTCCGTACTAAATTAAGATGGATTTTTGTTGACAAAATAAAAAACGCTGATTTAACAGCGCTTTAAATAAAAATTAATCTGAAGTTATATAAAAGTAGTCAGAAGGAGTGGTGTTATTATCATTATAATAATCTAGTGCTTTATTGATTTCTTTTATTAATTTATCATGATGTTCTTTTGTTATTTTCTTTGGATATTTGAGTTCTTTTTCTTCTAAGTCTTTTGGAGACACTAGGTCACTATTTAAAATTAATGATAACAGCATATTTTTAGGTGCCGAAGCTCTGGTGTCTCGATGAGTAATATATTTTGCTAAATTACTGTTTATACTTACTTTTTCATTTTCTAAAAAGTTTGTACTATTTTTCACATGAGCATCAGCAATTTTGGTACTTATTTCAGTGTTTAAATCGTCTATTTCATCTAAATAATATTCAAGAATCTGAAGTTTATCTTTAGAAGTGATACCTTTTTCAGTGAAAATCTTAATAATGATAGATTTGATTCCAATTTCTATATTACTGTCTACTAGAAAATAGAGATAATAATTAGTCAGAGCATGTTCATAATCTCTTTGATCAGTAATTTCATGATTGATGAAATAATATAAGTTCTCTTTGATACGATTAGAAGAATCTATATCTTTGTCATTGATACCGTTTTTAAAAAAGTGTAGATAAACTGAGTTGTTTGAGAGTATATCATATAATACAAATAAACTTTTTGGTTTAAATACATATGATTTTCCTGATTTAAAGTTTGCTATGTTTATTCCTAGAGCGTTGCAGAATTTATTAAAATTAGTTGTAAAATTATTTTTTTCTTGAATAAACATGTCGTTGTCATTTAATTCTGAACTATGATTTTTAATCATATTGATATTTTCTTCAATCTTGTCACTATTTAAATTTTCCATGCAAAGTATACTATATCTTACTATATCACTTATATTTATGGAAAAATCTTTAGGAGAACGATTTAAAGTATCCTTTTTATTATCTTGATCTACAGCTCTACATGAATCATCAAAAACTTCTTTGACATTTATTTTATCAATGTTCAAAATTATGTCTACTAATGCATTTTGAAATTTTTCATTATATATGTCTCTCTTATTCATAATATCACTACCTTTATCAATTATAATAATATATTATATCTTAATATTTGTAGAAGTACTTGATGAGAGGTTAGATAAAACACCACATTTCTCTGGTTAGTAAAAACATAACTTCTAAGACTTTTTTTCATATACTAATAAATTATATTATAAATATTTTTGAACATAAAAGGAGTGTATAAAAATGTATGCAAAGAAGGTGTTTTAGTATAGATTTTAAGGCATTCATTTTTAATATAAAATATTTATAATATTTAAAATTGAAAATGATTATCCTTTCAAAATTTTTGCAACGAGTAATTTTACTTTAGTTATATTATAAAGTAGAATTAATAGTAATTAAAGGAACGTTTGTTCCTGTTTTTATATGTAAATACGAGAACGATTGAATAGATAAAGAAGGATAAAATTGACTTCGAAATAGAATATTTAATTTCAAGAAGGAGAGTATTGGATGTTAAAGCATAAAATAATAAATTTAATACAAGAAAAGAGAGAAGGGAGTTACTGGGATTTTAAAGCAGAATATCATAAAGATAAAGCAGAATTATTACATGATATAATTTGTTTATCAAATAACTTGTTGAATCAAGAAGCTTATTTAATTTTAGGAGTCGCAGATAACGGTCATATTCTGGGGGTGGCAGGTGATTCAAATCGAAAAAACCAAGAAGAATTAATATCATTTATTACTGGAAAAAAATTTGCTGCGGGTAGGCACCCCAAGATTTCATTAATGACATTTGAATATGAAGAAAAGGAAATCGATGTCATTATAATAAATCCTAAAGGATATGTACCATACTATCTGGAGAAAGCAGAAACCGATCAAAAAAGTAAAAAAAACAAAACAGTCAATGCAGGTAGCATTTATACAAGAGTTGAAGATAAAAATACCCCAATAGATTCTACTGCAAGTCCATTAGATACAGAAATATTATGGAAAATGCATTTTGGTTTATATCCTACTCCTATAAAGAGGTTACAGAATTATTTACTAACTCCTGAGAAATGGATGCAGAACTCAACAGGTTATTTTCATAGTGAATCGCCAGAGTATATAGTATACAAAAATGAGGACATTGAAGAAAAAGAAAATTATTTTAATTTAGTAAGTCCATTTTATGCGTATAATCAAATCAATAGTAACACTTTATACTCATATTACGAATTTAAATATCATAGTACAGTTTTATATGGTTGCCGGTGTATCTCTTTAGATTCAGGTATCTACACAACACCAGTACCTGAACTAGGTGAGATAAATTTTAATATGCATAGAGATGATACTATTTATTATCGTTATTTCATTGAAGAGACGATGCTTTATAATATTCATCTTTTTATGTATAAGGGTGATTCGATGGAAGAGAAATTTGCAATGGATAAATTTTTAGAATGTGTTTTGGTTTATAAAAGTGATGTAGAAAAGGAACTTTTTGAAAATTATATATTAGATAATTGGGATAAAGTTAATCAGTCAATTAATGAAAATAATAAACGTGTATTTGGAACTGAACATTTGTCACAACTTGAAAAAGAAGATATCACTAAAAAAGTAAAAACAGTTAAAGTTTTAAAAGATGAACTTGAGAACTTTAGAACTTGAGAAAAATTATTGGTTAATAGGAGAAAATCATGAAAAAATCAACACTCATTGATAAATTTTTAGACTTACTTTCTTCAAGAAGCTCACTCAGAGAAATTCAGAATAATTTTATTGATGCAAACATTATGAGAGATAGTTCTATAAATCAAAAATATAACGGACAACGTAAATCGTTAGCGTGGGAATATATTAGTACTTTAAATTTAGAAGATGAAGCTGAATTTTCTAAATTACTTAATGTTATAGAAACGTATTTGTTTCAATGGAATCTGTATATCCATGAAGTTGATGAAGACGAAGAAATTAATAGATTAATAAAAGTAATTAATGTATTAGGTTATGAATATAATAAAGATACAGGAAAAATAACTAAAAATGAAAGAGAAGTTAATTTAAGTACTATTAAATCTTTGGCAATAAAATTTGATATTGAATATGTATTAAAAGAATGTAATAGAATTGAAAAAGAGGCACTAACGGATCCAGAGGACGCAATTACATCTGCAAAATCGATGGTTGAGAGTACTTTGAAGCATATTTTAGATTCTGAAGGAGAAAAATTTAATAATAATGAAACCTTGAGAGGTTTATATAAAAAAGTAAGTAATATTATGAATCTTTCTCCTGGTGGACATAATGAAAATACTTTTAAAACAATTTTGAGTGGAATGATAAATGTAATTAACGGTCTGGACGAAGTAAGGAATGAATATGGTGACGCACATGGTAAATCAAAGAAAAATTATAGGCCTGAAACTAGACATGCTTTTCTAGCAATCAACGCAGCACGTACGATAACTGAATTTCTTTTAGCTTCATATAAAAAGTAAAAGCTATTTGATGAATAGCAATCAAATATATTGGTTATAAAAAACCGCATCATCAACTGATAAGCAGAAGGGCACTGAACCCAATTAGTGGGAATTATATAAAAACACTTTCGTTGAATTCATATTAAAATGAATCATACGGAGGTGTTTTTTCTATGAAAAGAGTTTCTTATTCAGTAGAAATAAAGTATAAAGCAGTTGAAATGAAAGCAGCAGGATTTTCAACAAAAGAAATTATGAAAGAATTAAATATTAGAAATAGAACACAAGTGAAAACTTGGTGGCGATGGTATCGAAATGGGGAAAGTTATAGATTTTCACAACAAGTTGGTAAACAATATACCTACGGTAAAGGATTAGAAGAGCTGTCAGAAGTAGAACAATTAAAATTAGAAAATAAGAGAAAAGATATAGAATTGGATATTTTAAAAAAGTACAAGGCATTGGAAAGGAAGTGGTACCAACAGTAGTCATAGATTTAGTGGATCAATTAAAAGTAAAATATTCAATCAAATTGATACTCGAAGTATTAAACATACCTAAATCAACATATTACCGATGGAAAAACAAAACCCATAAAAATGATACCGTAACACAAAAAGTCATTGAATTATGTAAAGCTAACCACTATACCTACGGTTATCGTAAGATTACAGCATTGATTAATCAATGTTATACATCACCAATTAATCATAAGAGAGTACAGAGAATGATGCAGAAGCATCATTTGAACTGCCGAGTTAGACCTAAAAAGACGACAAGAATAGGTAAACCGTATTATAAAACGGACAATTTATTACAAAGACAATTTAAAGCGAGTTGTCCAATGGAAGTATTAACAACCGATATTACTTATTTACCATTTGGTCATTCTATGTTGTATTTATCTTCGATAATGGATATTTATAACGGAGAAATTGTGGCGTATAAAATAGATGATAAACAAGACCAAAGTTTAGTTAATGATACATTAAATCAAATCGATATACCTGAGGGTTGTATATTACATAGTGATCAAGGCAGCGTTTATACATCTTATGCTTATTATCAATTGTGCGAAGAAAAAGGCATTATCAGAAGTATGTCCCGAAAGGGAACACCTGCCGATAACGCCCCGATAGAAAGTTTCCATTCCTCGCTAAAGTCTGAAACTTTTTACATCAATAATGAGCTTAATCGCTCTAATCATATTGTAATAGATATTGTCGAAAAGTACATTAAAAACTATAATAATAATCGAATTCAACAAAAACTAGGCTACTTATCCCCTGTAAAATACAGAGAATTAATAGCCTA

Protein sequences of DBSCAN-SWA_1

>NZ_AP021848|35065:95835|93738_94539_+|WP_058649865.1|DBSCAN-SWA
MKKSTLIDKFLDLLSSRSSLREIQNNFIDANIMRDSSINQKYNGQRKSLAWEYISTLNLEDEAEFSKLLNVIETYLFQWNLYIHEVDEDEEINRLIKVINVLGYEYNKDTGKITKNEREVNLSTIKSLAIKFDIEYVLKECNRIEKEALTDPEDAITSAKSMVESTLKHILDSEGEKFNNNETLRGLYKKVSNIMNLSPGGHNENTFKTILSGMINVINGLDEVRNEYGDAHGKSKKNYRPETRHAFLAINAARTITEFLLASYKK
>NZ_AP021848|35065:95835|40071_41016_-|WP_002454675.1|DBSCAN-SWA
MLKRRSSKFLGLLATLALAIVLSACGNSGSGSGSSDDSQTSLGNKEIEIPYIASDNSTPRSLVIAEVLKKAGYDVTTTPVTASGPLYTAVSENSDSFHASGIFPTTDKSYYDKFKSKLTIYDDKHLIDNAKVGLAVPKYVQDVDSISDLKNSDFGKSVDWTIQGTDARNGVMQETKDELDSDNLDKYSLKESSDQDQFKKIQSAFKQQEPIVFTSMEPSWFSKELDVKMLKDPDNIYGNNNQHIDLVFNKNFKEAHPAAYTIATRMADDWSKSDEDKLAKKIFVDNKNPEQVAKDYVDDNDNKVDEWLEDIETN
>NZ_AP021848|35065:95835|71206_71389_+|WP_031864945.1|DBSCAN-SWA
MKKLKFFLLIPFLYIFYTRLIDVRNKKLVDSVDIESEEDILLQKNLYRDSEGKIREFIDY
>NZ_AP021848|35065:95835|46186_47317_-|WP_002456255.1|DBSCAN-SWA
MQSKKIFDYVIPLAEDGFEVNSELEMSIKKYSKGIDKSSPFFKGDGNTVKNGDIVKQPQLTKTLKGIKNNGPNYFYDKLAKHLTTELNGQIDKTDFNNYKSKQKKPSETKYLNTHVYSSSNPLGGGLMLQGLKLDEMLNNGQSDEQYLNSVLSGRDLMYSNRDIVNAKTNFSQEYLSNMYISNKYNNQNTSDSISDNSVKKTSTLHFVVVDKQGQMTSTTNTLSGYFGSGKYMDEGFYMNNSMTNFSDNKDSNNYHAKNTVPRSYISPTIIVGPDYYMGIGSPGGNKIPTILNEVIIDYLRGNGSLQDSIYKPRFYNDGNTVHFEKGMNKKYLDILQNQGYNIKEEKDNPNFGSVQAGIYHIKNKKTEIANDVGTR
>NZ_AP021848|35065:95835|37417_37561_+|WP_023231268.1|DBSCAN-SWA
MKKTERNLFSIFLALGSLFAIFSGFFILGIGMLIGGATLLTKSISEE
>NZ_AP021848|35065:95835|84680_85022_-|WP_058649862.1|DBSCAN-SWA
MKTTTQELKQYITRLFQLSNEESWECEVLDEVAENILPPRFVDGSPLTHLTLETYTYYNNELHDLSIYPFLMYANNQLISVGYLDHFDMDFLYLTDTKNTIIDERHLLQKGGE
>NZ_AP021848|35065:95835|62021_63131_+|WP_172412327.1|DBSCAN-SWA
MYQTNTRDLITKLPQSNKTEHFLMNKFSNQDKVQQLQRQISQQLDQQYNELLANEKAKLDQYVEVHHNLEPLKKEIESESINLDTDKLPDIKATMLEKAKNDEHFDKIEQLFDRLDQSLNGTNRLYTQLSLIGTRTHRITTKRFNVQGLPKLVQQMILPSQFKKVYTIDFKSFEPSVAAYMTQDEQLIDYLNHEEGLYDALLRDLSLSKEKRVSVKRAFIGSFLFGGRYSSSKFKINQEVSEINWLQVMSKFKKVIEFKEQVEKYKTMPTPYGIEHDMSAFQGSSIMAIYVQTVASYIFKHILLEVYKAQCEKKTFKIIVPIHDAIMIECNDKGIAQNVAQLMKDTANQLFNGEFAHVTVEALGGIDNE
>NZ_AP021848|35065:95835|84273_84588_-|WP_058649861.1|DBSCAN-SWA
MKINRYITRGISEQLSLDLQILLWNMVKEQDNQAHTDYLHIFRLQDEDNNILSITHEQEQPAYKLEYHYTNYVKNQNAVPKKVYVIREDDVDAFYYVMFLPEEY
>NZ_AP021848|35065:95835|51921_52596_-|WP_001106056.1|transposase|DBSCAN-SWA
MNYFRYKQFNKDVITVAVGYYLRYTLSYRDISEILRERGVNVHHSTVYRWVQEYAPILYQIWKKKHKKAYYKWRIDETYIKIKGKWSYLYRAIDAEGHTLDIWLRKQRDNHSAYAFIKRLIKQFGKPQKVITDQAPSTKVAMAKVIKAFKLKPDCHCTSKYLNNLIEQDHRHIKVRKTRYQSINTAKNTLKGIECIYALYKKNRRSLQICGFSPCHEISIMLAS
>NZ_AP021848|35065:95835|63123_63495_+|WP_124726190.1|DBSCAN-SWA
MNNDRGKSLQIPQSTLLKEGSIYVATLHSVTETDYSGDIKHQFTYEIEIDQQIFYVNRSVVVNVTHQQLSINDWLERHSNYSASHENYEPYIDQKHLILLGQYNGNYYVQDVASLDAFGGVLS
>NZ_AP021848|35065:95835|38265_38613_+|WP_010891100.1|DBSCAN-SWA
MSYENACDVICVHEDKVNNALSFLEDDKSKKLLNILEKICDEKKLKIILSLIKEDELCVCDISLILKMSVASTSHHLRLLYKNDVLDFYKKGKMAYYFIKDDEIREFFSKNQEGF
>NZ_AP021848|35065:95835|85544_87173_-|WP_172412330.1|DBSCAN-SWA
MQQLKTKRVGIYVRVSTEMQSTEGYSIDGQINQIKEYCDFHHFEVKDIYADRGISGKSMNRPELQRILKDAKDGYIDCVMVYKTNRLARNTSDLLKIVEDLHKQNVEFFSLSERMEVNTSSGKLMLQILASFSEFERNNIVENVFMGQTRRAQEGYYQGNLPLGYDKIPNSKHELMINQHEANIVKYIFESYAKGHGYRKIANALNHKGYVTKKGKPFSISSITYILANPFYIGKIQFAKYKDWSEKRRKGLNDKPVIAEGKHSPIINQDLWDKVQMRKKQVSQKPQVHGKGTNLLTGIIHCPQCGAPMAASNTTNTLKDGTKKRIRYYSCSNFRNKGSKVCSANSVRADAIEDYVMKQILEIVKSDKVIQQVVARVNQENQVDCASLHHDIAYKQQQYDEVQIKLNNLIKTIEDNPDLTSVIRPSIQKYEKKLNDITNQINQLKNQQNEDMTLFNAKEISKLLQHIFHDIKHIEKSRLKALYLSVIDRIDIKKDGNHKKHFYVTLKLNNEIIKQLFNNKQLDEVHLSTSSLFLPQTLYLTI
>NZ_AP021848|35065:95835|65336_67016_+|WP_172412329.1|DBSCAN-SWA
MKGKIALYSRVSTSEQSEHGYSIHEQEQVLIKEVVKNFPGYDYETYTDSGISGKNIEGRPAMKRLLQDVKDNKIEMVLSWKLNRISRSMRDVFNIIHEFKEHDVGYKSISENIDTSNASGEVLVTMFGLIGSIERQTLISNVKLSMNAKARSGEAITGRVLGYKLSLNPLTQKNDLVINENEAHIVREIFDLYLNHNKGLKAITTILNQKGYRTINQKPFSVFGVKYILNNPVYKGYVRFNNHQNWAVQRRSGKSDKNDVILVKGKHEAIISEDVFDQVHEKLASKSFKPGRPIGGDFYLRGLIKCPECGNNMVCRRTYYKTKKSKERTIKRYYICSLFNRSGSSACHSNSINAEVVERVINVHLNRILSQPNVIKQIASSVIEELKQKHSKQTEIKYDIDSLDKQKAKVKTQQERLLELFLDDEMDSEMLKAKQSKMNQQLEVLDQQIKEAKQANQSQDDIPNFDKLKARLILMITRFSVYLRKATPEAKNQLMKMLIDSIEITTDKQVKLVRYKIDESLIPQSLKKDWGSFFMPKFNFVINVTNENRIENLSLLPLF
>NZ_AP021848|35065:95835|63491_65111_+|WP_172412328.1|DBSCAN-SWA
MNHILQMLSKLLSVAKEAIDRQGLIAILTIPVNNDDEIEETAQGETVYNELIDQLRLNIPKDTDYRPNIYSYFGIKKNPNDTVLMEMMIKVFHIKRFNSELFVFKANGWQKINGDELQGLISKMIQVLLVDYKPSLSTLKNVVDGLQKSTDVEELVENEHYIGCGENMFDLNTFQVVKNSIDIFPKTRLNLSLSTNDVITDKIPPYFKQYMLQLANYDDDLQYFLFQHTAVLLTADTKYRRGLILYGGAKNGKSVYIELVKSFFYSKDIVSKPLNELEGRFDKESLIDKSLMASHEIGQAKIQEKIVNDFKKLLSVESMHVDRKGKTQVEVILDLKLIFSTNAILNFPPEHAKALERRINIIPCEYYVEKADTSLIDKLQSEKKEIFLYLMYVYQQIVKADIEYLENSRVTEITHDWLNFGYEFVSSRSVSNANQKACINLLRKLIAIKPGSRIKVSRLNEVIRDEIKVSSQVINDLVQANFNVQSRLNNGYKYWVDLGWKETDKKDDMISFDENENVTDDEFLYEDDLNLGWEDFDDE
>NZ_AP021848|35065:95835|75973_77146_-|WP_000195429.1|transposase|DBSCAN-SWA
MTQVHFTLKSEEIQSIIEYSVKDDVSKNILTTVFNQLMENQRTEYIQAKEYERTENRQSQRNGYYERSFTTRVGTLELKVPRTRDGHFSPTVFERYQRNEKALMASMLEMYVSGVSTRKVSKIVEELCGKSVSKSFVSSLTEQLEPMVNEWQNRLLSEKNYPYLMTDVLYIKVREENRVLSKSCHIAIGITKDGDREIIGFMIQSGESEETWTTFFEYLKERGLQGTELVISDAHKGLVSAIRKSFTNVSWQRCQVHFLRNIFTTIPKKNSKSFREAVKGIFKFTDINLAREAKNRLIHDYIDQPKYSKACASLDDGFEDAFQYTVQGNSHNRLKSTNLIERLNQEVRRREKIIRIFPNQTSANRLIGAVLMDLHDEWIYSSRKYINFDK
>NZ_AP021848|35065:95835|41039_43679_-|WP_104992796.1|DBSCAN-SWA
MAKLLYKLGKFIAKNKWLSVIGWLVILGVIITPLMINSPKFDSDITMNGLKSLDTNDKISKEFHQDSEKASMKIVFHSNKNDGLNNKDTKKDIEDALDNIRQNDDYIQNISNPYDSGQVNDEGDTAIANVSYVVPQTGLKDSSKHIIDKELKDVTDNHNVQIEKTQGSSMNAEIGGTSEIVGIVVAFVILLITFGSLIAAGMPIISAIIGLGSSVGIIALLTYIFDIPNFTLTLAVMIGLAVGIDYSLFILFRFKELKKKGVDTVEAIATAVGTAGSAVIFAGLTVMIAVCGLSLVGIDFLSVMGFASAISVLFAVLAALTLLPALISIFHKSIKIKDKPSKSKDPKDHPWAKFIVGKPVIAVIVSLIILILAAIPVSGMRLGIPDDSLKPTDSSEYKAYKLISDNFGEGYNGQIVMLVNTKDGGSKSTIERDLNNMRSDVEDIDNVDTVSKAQLTDNNNYALFTIIPEKGPNSQSTENLVYDLRDYHSQAQEKYDYDTEISGQSVINIDMSEKLNNAIPVFAGVIVVLAFVLLMIVFRSILVPLKAVLGFILSLMATLGFTTLVIQHGFMGSLFGIENTGPLLAFLPVVTIGLLFGLAIDYELFLMTRVHEEYSKTGDNDHSIRVGIKESGPVIVAAALIMFSVFIAFVFQDDSAIKSMGIALGFGVLFDAFVVRMTLIPALTKLFGKASWYLPKWLGAVLPNIDVEGKALEEDNHHDTSSEKGHVNDKNNEYARQDKDNYVYQNDKRNHNRNYNDEDYNRSVHLDNHHDQHHRQHHYDNQRDDIDYESLYTQDGDHTHHDERNYNDRHYQDNYDRNDDYHDSNFDKTTNLYKELTDSNIDQDVLFKALMLYARENNKGVYDRYNRSSQHRHDDELRD
>NZ_AP021848|35065:95835|80754_82263_+|WP_001551920.1|DBSCAN-SWA
MTIYNLNFGIGWASSGVEYAQLYRRNILHDLNEDFKFIFLDFINKENIQTLTSNLGIENDEVIWIYQYFTDIKIKPTSYTIENIIEKLESNDVKVKSIKPKVKRIYFNNKSCYVNCYLKYKNEDIVDRAEFVSSGKLIRKEFYTYTKVFTEYYAPYNKKAKVYLRKFFNENGSVAYEEIVKDDDNMYIFPNKILYSKKEFIGYFISQLNLKDKDILLVDRSKNIGQVILENKKEGHVGVVIHAEHYNHSNTNDQYVLWNNNYEYVFNNAQHIDFFIVATEDQKAVLQLQFEKYKNLKPKIYTIPVGNIKYLKFEQQRKPFSVITASRLANEKHVDWLIKAVIKAHKINDDIRFDIYGEGSERQKLQQIIDNYQANNYIHLKGHMDLTYIYKSYELYLSGSTSEGFGLTLMEAVGSGLGIIGLDVYYGNTTFIKNNVNGYRVPIDITNLDEDTLITELTSKLLLFFTQDNEKTRAESYKIANNYLIGNIKEKWKNLIDEVLND
>NZ_AP021848|35065:95835|82255_83575_+|WP_002468074.1|DBSCAN-SWA
MINLYDNLNSQTLQLYKTFINANIKSTTVVVNDNGFLPSDVLSPYKFFSGNSIENERPLYFNDVPVPKYWEIEGSNQSAVIKDKDKIRGKILYQKGYRNRVVASVEWFNKKEHVQFIDYYNQHGFRYAQLVMDDNQNQIMKRYFDQNNNEFLVENLVTKDLILRWNNKDIFFDNRISFLSFFFEKANLSIKDIVLNSFATSFLFLYRQRDFNMKCRIFWQEKIKDDLPENMKIALKNIDNLKILIPDKKEYYRVMDSVETSYRHKIENSGYVYEFLKVNKYNNEALIITNSDNIPYVEYIARENQNVTFHIASKTEMSSRLLQLGGIQNINLYPKSTEETILNLCCKCDIYLDINKGKEIFESMYLAFAHEMIIIAFEETIHNRQFVHSSNIYKLDNYYDLSNAINQISNDKTLFSDRLNMQLRSANSVSIESFLNKMK
>NZ_AP021848|35065:95835|90564_90861_-|WP_002454339.1|DBSCAN-SWA
MYFNQSDKFEQLKKKILGISFNLPEGEEFTFHDLNSRANVQCSKAVQQNVGRWFAYFVKHAPRVPFIIIGKDTHGHLVYLKTGPNPHYNSNTSKGGDC
>NZ_AP021848|35065:95835|36517_36856_+|WP_100218530.1|DBSCAN-SWA
MISLANNLDNFIAIKETSKYSVKSSDYLTGDSEKNSEIVNDLEKGLYRKRMLSYGGLLKQKHKILNLDDAEDGNLINTSDEDKTTDEEEKVHSITAIWHFEKQKYYLKDLKR
>NZ_AP021848|35065:95835|83755_84259_-|WP_058649860.1|DBSCAN-SWA
MNTIKSTIHTEAIFSDDEQHRYLLKKTWDEKKPACTVITMYPHLDGVLSLDLTTVLILNQLANFKQYGAVYLVNLFSNIKTPENLKHIKEPFDKHTDIHLMKAISESETVILAYGAYAKRPIVVERVAQVMEMLKPHKKKVKKLINPATNEIMHPLNPKARQKWILK
>NZ_AP021848|35065:95835|67865_68369_+|WP_168754274.1|DBSCAN-SWA
MNTIKNTIYTEAIFSKDEKHRYLLKKTWDEKKPACTVITMYPHLDGVLSLDLTTVLILNQLANSERYGAVYLVNLFSNIKTPENLKHIKEPYDKHTDIHLMKAISESDTVILAYGAYAKRPVVVERVEQVMEMLKPHKKKVKRLINPVTNEVMHPLNPKARQKWTLK
>NZ_AP021848|35065:95835|58748_59678_+|WP_000750311.1|DBSCAN-SWA
MKKSVRLYNMIEYCNENRNFKLNDLMSEFNISRSTALRDIKEIEALGVPLYSNPGKNGGYTIIGNRDQTKIAISDEELKALVFTLSSISNVSNLPFQTEYQEILKKLYNNSNKKELINQYNDLFQYFNEDKYQFKSYKLFNEIIRLIIENKSFETCYSQNYIKEQYKGIGIMYKNHQWYFVVANIESKLVNLLNISKIKELYEMGETQECNDITMQNFQQFMVKNETAIDILIRSNVMGLNILKGYLWSDYMIENIDEETYLFKSKVNAKDIDFIAKLIVTGGVNVKVETPNSLKNAVKVELTKIINMY
>NZ_AP021848|35065:95835|53937_54681_+|WP_000958858.1|DBSCAN-SWA
MLTVYGHRGLPSKAPENTIASFKAASEVEGINWLELDVAITKDEQLIIIHDDYLERTTNMSGEITELNYDEIKDASAGSWFGEKFKDEHLPTFDDVVKIANEYNMNLNVELKGITGPNGLALSKSMVKQVEEQLTNLNQNQEVLISSFNVVLVKLAEEIMPQYNRAVIFHTTSFREDWRTLLDYCNAKIVNTEDAKLTKAKVKMVKEAGYELNVWTVNKPARANQLANWGVDGIFTDNADKMVHLSQ
>NZ_AP021848|35065:95835|68682_70950_-|WP_168754276.1|DBSCAN-SWA
MQYSIVMPYKETDKKMFNDCLDSLNNQTFKDFEVLFIHDGDSNLHDEIKNINFNYKVLESTVSSNPQYYRNRGIKEAMGEYILFMDSDDYLHPNSLSYANEIINEEHDFVVKLGVKNTHYTKSLTFKENTRSFYKPETSEKLRKLLSDINKENVSNSEFINKLYELELVKHSYNNIKQNKFLDNINYRLKSNGLIINRQFIIDHELEFDTTNSLYGDIPFVIRLYNLVDRIKQTKVKLYFKLIHNDSISYPSHTQKFKETKSYYKLLAYDKALNYCPNLNLARKLKGFATREYLYYVCKSEDFRNSFNNVKPIYSILRDLLNKPSKRLKINVRHKLEINAIKNREYRKAYNRSRRRVKLYNTYKFLKPKNERYRKKVIQKNIFTKLPIRKDLIVYESFLGKNYSDSPKAIFEYLKSSDSDKFKHVWILNNKDILEDYPILNDENVKIIDRFSWEYFYYVTVAKYFILNMRQPKWLVKKKDQTILSTWHGTPLKRLVFDMDNVTSASKSYKQDFYQQSRNWDYLIAANKYSEQIFERAFKYPTSNILTYGYPRNDILSNYNQEYKNKVKQKLNIPTDKKVVLYAPTWRDDEYHGVGQYKFSLNLDLEQMRQELGEEYIVLLRMHYFISDRLDISEYEGFAFDFSKYNDVNDLYIVSDILITDYSSVFFDYANLKRPILFYTYDLDKYKDELRGFYIDMEKDLPGPLLFDSLEVINNIKNIEVVNNNYKERYEAFYNKFCLLDDGKATKRVVEKVIK
>NZ_AP021848|35065:95835|49340_50015_-|WP_001105999.1|transposase|DBSCAN-SWA
MNYFRYKQFNKDVITVAVGYYLRYALSYRDISEILRERGVNVHHSTVYRWVQEYAPILYRIWKKKHKKAYYKWRIDETYIKIKGKWSYLYRAIDAEGHTLDIWLRKQRDNHSAYAFIKRLIKQFGKPQKVITDQAPSTKVAMAKVIKAFKLKPDCHCTSKYLNNLIEQDHRHIKVRKTRYQSINTAKNTLKGIECIYALYKKNRRSLQIYGFSPCHEISIMLAS
>NZ_AP021848|35065:95835|58239_58668_-|WP_000671997.1|DBSCAN-SWA
MKFQVSPYFLITQNAEGLKKLYEELFGAKTLYIQRIKDRPIDKQLNIDENDLNKIDQCVLQFGDIKIMIADDTEGLPITQGNNISLCLTFDQVEETKHVYDQLIEKGSEVLKTFSPEFYTEGYGYVRDPYGISLHLFTKRKN
>NZ_AP021848|35065:95835|59839_61852_+|WP_002437507.1|DBSCAN-SWA
MNKNITALKSTENTTYMQYTVHIDDQIINNIKECTKKFKILPMEDKIPLSPLLQPEYAGEVQVFISTYEQFMINFGKVILDSQGIKIQFESESLSSIQRGIQEHCYLNKRTNDIDVTKEWYLCKFSNRTLEEDKNQLYNALKQLMNDSKNKKQAFQEVFKVHIDIYLYNKEKSEYKYQASSYFYLVKENPKIIYKKRHLQEKQGIKGTTFTNKLKLLNKMYGVDVAKYQPFYNSNNPEYERGQFGERYISQRSNYEFNRLQYQIIYILSKILDKHPLPKSDNNYKHIPTIEKAILRDDSHNFYEYFEDIMKEIMNMDNSPLQEKLLTDFTYQSQCRWYSENKKLKLQLERFMHKVLESNYYEGNKLLRMMSNAIEETINEAKEDKVHFNYFKDYFLTDGGVKNWEQISEKITEFNGKVINDIQHEYNKIQSKNTNQNQKLNFVYLYHCFEFSNNIVKAKDNESKNYILFFIDKYKIKTPFLDQLLINCLNQEIDQESINYNMQTMFEKERYDRSSTIEKLVATRKFKYEKDDSDLFKQLFNDVENSIDRLGIYLLNNGINSNDENARYYRSFLKELSRIKSKLTPFSLEISKSSGREQHYPDDAVDDKDERRKNKEETYHAFDDKSDIDYKLKNKISDYIDNLLSVKIRNNLYDISPNTKSNNYNEPTQK
>NZ_AP021848|35065:95835|37629_38247_+|WP_012818129.1|DBSCAN-SWA
MIQTIVTAAILYIATAVDLLVILLIFFARAKTRKEYRDIYIGQYVGSVALIVVSLFFAFVLNYVPEKWILGLLGLIPIYLGIKVAIYDDCEGEKRAKKELNEKGLSKLVGTVAIVTIASCGADNIGLFVPYFVTLSVTNLLITLFVFLILIFFLVFTAQKLSNIPGVGEIVEKFSRWIMAVIYIALGLFIIIENDTIQTILGFIF
>NZ_AP021848|35065:95835|45080_45938_-|WP_000162894.1|DBSCAN-SWA
MTKKMVIISFGRILLIIIGALITAYGLESILIPNNVSDGGVTGISIVGSTLFGLPLGILIGIINLPFIWLGYKQIGRKFAIFSIIGILSLSIFTSIMHHVPTIIEGDSLLITVVGGVVIGLGMGLALRNGGALDGIDMLAVLLSRKLPFGTSDLILFLNTFVFILVSTVFGFKGAILSALAYFIASKVIHIIEEGLSGSKTFKIITKDYDIMNKEIKERLGRYCTFTKVTIDEENNSFVEISCVINKLEEQKLKEIINDVDPDAFIAIYDTAEVKAGNMKKSDIY
>NZ_AP021848|35065:95835|87194_88544_-|WP_001573628.1|DBSCAN-SWA
MKQVIGYLRQSTMKQQSLAAQKQAIEAIAEKHHIQHINFYSDKQSGRKDNRSGYRQITQLIQQGQCDILCCYRLNRLHRNLKNALKLIKLCQTYRVHILSVHDGYFDMDQAFDRFKLNIFISLAELESDNIGEQVRNGLQEKAKQGRLITTHAPFGYEYHNGTFIINQNESPTVKAVFNYYIKGHGYKKIAQLLEEDNTYINRQPYQVRNIIINPNYCGRVNNQYGQFDNMFPSIVSTSIYEQAQRLRLQKQTKQTPSDNQLKQKIKCPCCNATLTNMTIRKKNHTLRYYVCPKNMNASRFVCDFKGINAQTLEDKVLEVCRDFYQNQRIYTKIKSAIDKRIKRQRNIEKHHTLTQEQLIEKLAQGIIDAETFREQTQSLRQQPQRTTSINGHQIQNTIQNIIQKRFTLNMLYPYIDEILITKSKTLMGIYFKNEPLNIVNQTTQSSIA
>NZ_AP021848|35065:95835|50180_51881_+|WP_069724959.1|DBSCAN-SWA
MLNKLENVSYKSFDNYTSEDDLTKVNIFFGRNGSGKSSLSEWLRRLDNEKSVIFNTGYLKNNIEEVEEIDGVNLVIGEESINHSDQIKHLNSAINSLENFITRKNSELKHSKERIYNKMNIRLNEARERFEIGSNVVKQKRNADKDPVNAFYSWKKNANDIIQEMTIESLDELEERITRKEVLLNNIKTPILAFDYNDFSNMVKLLMKEVIKPTSSVSYKVSEWIKEGLEIHNMQSKEQTCEFCGNLFDVELVKENIDARIKNEFSYLIENLNNYKIKINKSLSNMENLNIDIELEDFTNQKEKLIRLLHILEDKEVKTYEQLEYPMGNWESINIIDNIVNDYMEDLKKEIQNDKKIIDSIADFVKSWIGNKLKNDEEIQMEICNISRNEKQIKAAEECIVDNNHWITDLKTNSSNLKQFSEIVNKKFEILDINIELEPNIEIKSYRVLHKVSKEQLNLVDLSEGEKRLIGFLHFYYSLFMVADREMKENIEYIIIDDPITSLDTENRYHLTKIINQFIDFSKSANKQVFVFTHSSFDFHNFAFKGKNNTKETSYWYIEKIGSVAK
>NZ_AP021848|35065:95835|67104_67443_+|WP_031796882.1|DBSCAN-SWA
MTLSKQLKTYITERFKLNYQETWACETVDAVAEDVLPEKYIKNSPLENKILNTFTYYNDELHEISIYPFLCYLDKELVAIGYLDNFDLDFIFLNDTHQVIIDERYLLQKGGE
>NZ_AP021848|35065:95835|68382_68604_+|WP_168754275.1|DBSCAN-SWA
MKLETIQSDWRTVASCLASQNYISIIKGLVHHFTAIEDEEILDKIYDNFMNDDTITTILNNDLQTIINHYLSK
>NZ_AP021848|35065:95835|35065_35740_-|WP_001105999.1|transposase|DBSCAN-SWA
MNYFRYKQFNKDVITVAVGYYLRYALSYRDISEILRERGVNVHHSTVYRWVQEYAPILYRIWKKKHKKAYYKWRIDETYIKIKGKWSYLYRAIDAEGHTLDIWLRKQRDNHSAYAFIKRLIKQFGKPQKVITDQAPSTKVAMAKVIKAFKLKPDCHCTSKYLNNLIEQDHRHIKVRKTRYQSINTAKNTLKGIECIYALYKKNRRSLQIYGFSPCHEISIMLAS
>NZ_AP021848|35065:95835|67536_67848_+|WP_168754273.1|DBSCAN-SWA
MQINRYITRGISEHLSLDLQILLWNMVKERDNQLDTDYLHIFRLQEDENILSITHEQEQPAYKLEYHYTNYIKDQNALPKKVYVIREDGVDAFYYVMLLPEEY
>NZ_AP021848|35065:95835|47835_48528_-|WP_023231271.1|DBSCAN-SWA
MKSMKEIADELNVTKMTVYNNAKKANVKFQKIDNVNYLSGEDETIVVNRIRKNQNKNDDFEGEKKEEAEPNNDNLVKDETIKQLYNQVAIYKEQSNRDKEQINTLNRLLENQQILALESNKKIQKLENQLEEERQLNYSFDISSNDRQNVNAQEATFTEESKDNNQQQEENQTTDKDIDPKVIFEENRNEDINQSTNAKENERVEKQDPNTNDEIERPSKKGFWSRLFGN
>NZ_AP021848|35065:95835|38781_38877_+|WP_000889978.1|DBSCAN-SWA
MLEILVHITTTVISGCIIALFTHWLRNRNNK
>NZ_AP021848|35065:95835|55251_57261_-|WP_063852638.1|DBSCAN-SWA
MMKKIKIVPLILIVVVVGFGIYFYASKDKEINNTIDAIEDKNFKQVYKDSSYISKSDNGEVEMTERPIKIYNSLGVKDINIQDRKIKKVSKNKKRVDAQYKIKTNYGNIDRNVQFNFVKEDGMWKLDWDHSVIIPGMQKDQSIHIENLKSERGKILDRNNVELANTGTAYEIGIVPKNVSKKDYKAIAKELSISEDYIKQQMDQNWVQDDTFVPLKTVKKMDEYLRDFAKKFHLTTNETESRNYPLGKATSHLLGYVGPINSEELKQKEYKGYKDDAVIGKKGLEKLYDKKLQHEDGYRVTIVDDNSNTIAHTLIEKKKKDGKDIQLTIDAKVQKSIYNNMKNDYGSGTAIHPQTGELLALVSTPSYDVYPFMYGMSNEEYNKLTEDKKEPLLNKFQITTSPGSTQKILTAMIGLNNKTLDDKTSYKIDGKGWQKDKSWGGYNVTRYEVVNGNIDLKQAIESSDNIFFARVALELGSKKFEKGMKKLGVGEDIPSDYPFYNAQISNKNLDNEILLADSGYGQGEILINPVQILSIYSALENNGNINAPHLLKDTKNKVWKKNIISKENINLLTDGMQQVVNKTHKEDIYRSYANLIGKSGTAELKMKQGETGRQIGWFISYDKDNPNMMMAINVKDVQDKGMASYNAKISGKVYDELYENGNKKYDIDE
>NZ_AP021848|35065:95835|75516_75750_-|WP_002467980.1|DBSCAN-SWA
MEHINKDKNDEKSKELDKRLGINGYYKTDLDLEIEKELLESPNESSSSVAKRIRIISMIPLIILLILAFIRIIRTFI
>NZ_AP021848|35065:95835|54777_55206_+|WP_000872606.1|DBSCAN-SWA
MKYDDFIVGETFKTKSLHITEEEIIQFATTFDPQYMHIDKEKAEQSRFKGIIASGMHTLSISFKLWVEEGKYGEEVVAGTQMNNVKFIKPVYPGNTLYVIAEITNKKSIKKENGLVTVSLSTYNENEEIVFKGEVTALINNS
>NZ_AP021848|35065:95835|77321_80666_+|WP_058649859.1|DBSCAN-SWA
MKKKLDFLPNKLNKYSIRRFTVGTASILVGSTLLFGIGNEAHAAEKNQESNTTANVADSDVGEAPSKEEAPSNEATNEAPSKEEAPSNEATNEVPSKEEAPSNEATNEAPSKEEAPSNEATNEVPSKEEAPSNEATNEAPSKEEAPSNEATNEAPSKEEAPSNEATNEAPSKEEAPSNEATNEAPSKEEAPSNEATNEAPSKEEAPSNEATNEAPSKEEAPSKEEAPSNEATNEVPSKEKSTDNSTSNPEVDSEVLDNSKQGTDNDNSSNHSEDNIVTYAEPTALTNTRSVDSPSRVSSDNSQAQKQGKNVNDSIKVNSVDTDKEYVEPNNGQGFSTNVSFEVDGKVNKGDYFTVDMPEYADFNGIADYKAANNKIYPTINDGEQVVANGVYDTETKKLVYTFTDYVNKKDNIKGQFEIPQFIDRKNAKTSGDYDLNYNIADKTVSKPMKIVYNNYDEGHVVANTSSLITKADLFNVGSHDYTQYIYVNPKSEDSYNTRLTIQGYQEDVNDSSTLLNPDDTKIEILDAKSSDNIVPSFHINDEDFEDVTGNFGINQKGDKKAQIDFGHIDHPYIVKVTSKIDPSSSQDLRTRVIMENENAEGTTDFYAHDNTVERLGANGVATGNEKLYNLGDYVWEDTNKNGIQDEDEHGIEGVEVSLTRPNGTVETTTTNSEGKYEFNDLQNGDYVINFKTPEGYTATKAYEGNNAEVDSNGLSTVGTIKDADNWTLDSGFYKTPSKYSLGDYVWYDSNKDGYQDNDEKGIKGVKVTLKDSEGNTLKTTETDENGKYRFDDLDSGDYTVHFDKPEGLTQTSVNSGNDDAKDADGEDVHVTITDHDDFTIDNGYFEDSESDSSSESESDSESHSDSESDSESESTSESDSESHSDSESHSDSESTSESDSESHSDSESDSDSESTSESDSESHSDSESDSESESTSESDSESHSDSESDSESESTSESDSESHSDSESHSDSESTSESDSESHSDSESDSDSESTSESDSESHSDSESTSESDSESHSDSESDSDSESTSESDSESHSDSESHSDSESTSESDSESHSDSESDSDSESGSESHSNSELPDTGEEDNHQGLIGGVLAAFGGLTLLGRRRKKEEK
>NZ_AP021848|35065:95835|39153_39723_-|WP_104992797.1|DBSCAN-SWA
MPSANQKRMIKHIHETVFILLHDYHFDEITVQKICDIAEINRSTFYRYFQDKYELLYTLPDFIAQQIIAKGDTSADITTSESFEDFIYYICNNKKIFKHLLVSSRQADVFRSLTNVGREMMLNNSTRKRNPLAQKIRESKHPEIVADFYSSGVIEVLRRWVENDYNYTVEEVFVTLNNVLETSLYHYDK
>NZ_AP021848|35065:95835|49042_49309_+|WP_104992795.1|DBSCAN-SWA
MSNFNIKEIQKEKFYQLPKVFFTNPKYVNLSNDAKITWSILRDRLDLSIRNNWVDKNGDIFFIYTNEKLKSILNISSPNKVLLQSKKI
>NZ_AP021848|35065:95835|92554_93709_+|WP_000912116.1|DBSCAN-SWA
MLKHKIINLIQEKREGSYWDFKAEYHKDKAELLHDIICLSNNLLNQEAYLILGVADNGHILGVAGDSNRKNQEELISFITGKKFAAGRHPKISLMTFEYEEKEIDVIIINPKGYVPYYLEKAETDQKSKKNKTVNAGSIYTRVEDKNTPIDSTASPLDTEILWKMHFGLYPTPIKRLQNYLLTPEKWMQNSTGYFHSESPEYIVYKNEDIEEKENYFNLVSPFYAYNQINSNTLYSYYEFKYHSTVLYGCRCISLDSGIYTTPVPELGEINFNMHRDDTIYYRYFIEETMLYNIHLFMYKGDSMEEKFAMDKFLECVLVYKSDVEKELFENYILDNWDKVNQSINENNKRVFGTEHLSQLEKEDITKKVKTVKVLKDELENFRT
>NZ_AP021848|35065:95835|94694_95835_+|WP_094449189.1|transposase|DBSCAN-SWA
MKRVSYSVEIKYKAVEMKAAGFSTKEIMKELNIRNRTQVKTWWRWYRNGESYRFSQQVGKQYTYGKGLEELSEVEQLKLENKRKDIELDIFKKVQGIGKEVVPTVVIDLVDQLKVKYSIKLILEVLNIPKSTYYRWKNKTHKNDTVTQKVIELCKANHYTYGYRKITALINQCYTSPINHKRVQRMMQKHHLNCRVRPKKTTRIGKPYYKTDNLLQRQFKASCPMEVLTTDITYLPFGHSMLYLSSIMDIYNGEIVAYKIDDKQDQSLVNDTLNQIDIPEGCILHSDQGSVYTSYAYYQLCEEKGIIRSMSRKGTPADNAPIESFHSSLKSETFYINNELNRSNHIVIDIVEKYIKNYNNNRIQQKLGYLSPVKYRELIA
>NZ_AP021848|35065:95835|88777_90565_-|WP_058649864.1|DBSCAN-SWA
MSYTLFEIGPFALDSFGWKETIPPKKDGDSEKVVRMASPIIVNARFSDPITGVEKLIITNNNGKKDIFESDILTTRNLPSLIKYGYSVNEKYIRSLSYALQLMRDRLPLSELYEGVGILETPFGYLISLDKVLKSIQFNQSSPSYPIVDSAYDLTLKGTFDNWFNMYIDEVKGHLLLELAVIFGISALVTSFLKHKHEIEFAGILFSFTGQSSTGKSTAAALAVSVAGNPTKGNETLFRSWNATRNALEGYLSNNYGVPIVFDELSSTTLRDTTGLLYSIAEGQGRQRSNVHGEVKTPKNWGTSVISTSEYSIFNDSAQNDGLRVRTIEINEQFTTNATNADNIKKAVALNYGHVLPLVAKYLINREDEVIQWFYKEVDWFEAKLKDETNNTGIRMFKRYAVITTSAKILGRVLSTDIDIANIRDYFIDYHTHTVSERSLADKAIDVIIQFVAQNRGKFSDEGALKNMFENYGLISLKDDHIEVKMIANVFKQMLNNHQFQDVNNVVNALRDKGFILADRGRQTTKRSVKDNSGKKQSLVFYHLKLDVEFASILGLTKDKSLLQNWTPSNDNKAAKELFKSANEGIGLSGVHEDF
>NZ_AP021848|35065:95835|73953_75126_+|WP_000195429.1|transposase|DBSCAN-SWA
MTQVHFTLKSEEIQSIIEYSVKDDVSKNILTTVFNQLMENQRTEYIQAKEYERTENRQSQRNGYYERSFTTRVGTLELKVPRTRDGHFSPTVFERYQRNEKALMASMLEMYVSGVSTRKVSKIVEELCGKSVSKSFVSSLTEQLEPMVNEWQNRLLSEKNYPYLMTDVLYIKVREENRVLSKSCHIAIGITKDGDREIIGFMIQSGESEETWTTFFEYLKERGLQGTELVISDAHKGLVSAIRKSFTNVSWQRCQVHFLRNIFTTIPKKNSKSFREAVKGIFKFTDINLAREAKNRLIHDYIDQPKYSKACASLDDGFEDAFQYTVQGNSHNRLKSTNLIERLNQEVRRREKIIRIFPNQTSANRLIGAVLMDLHDEWIYSSRKYINFDK
>NZ_AP021848|35065:95835|44319_44931_+|WP_000635275.1|DBSCAN-SWA
MIVGYARVSSVDQNLERQLENLKTFGAEKIFTEKQSGQSIENRPVFQEALNFVRMGDRFVVESIDRLGRNYDEVINTVNYLKEKEVQLMITSLPMMNEVIGNPLLDKFMKDLIIQILAMVSEQERNESKRRQAQGIQVAKEKGVYKGRPLLYSPNAKDPQKRVIYHRVVEMLEEGKAISKIAKEVNITRQTVYRIKHDNDDLF
>NZ_AP021848|35065:95835|72912_73782_+|WP_168754285.1|DBSCAN-SWA
MFNEDYRLQIGIKPLSFELYLNFLNEMFQSNEMNWFLNDIENVNLYGVLEENEIEEIESSFERVKEFYFSNIEEKRYEFCEYTDINNEHEQIVDLLLDIDRYIQNMINQLEENNILEECLIDNIENSLYLLEEKKNEIEDLKFKMDIHFKLVNYWDEDMYYNFINFFINKSDFKYFSSLVDELGQRLKNENFKQRELNLLTLIKDIVGVLITFYEQFHISSAYELGNNWFEIDRDIRMSLIFINEKITLIEYTYIEKGESEELLVLLEEIFNNYSTIINAIMIVYSENE
>NZ_AP021848|35065:95835|91053_92100_-|WP_001042023.1|DBSCAN-SWA
MNKRDIYNEKFQNALVDIILNIDKINVKEVFDDSCRAVDQDNKKDTLNRSPKDFSINISDIVRYSILCMENLNSDKIEENINMIKNHSSELNDNDMFIQEKNNFTTNFNKFCNALGINIANFKSGKSYVFKPKSLFVLYDILSNNSVYLHFFKNGINDKDIDSSNRIKENLYYFINHEITDQRDYEHALTNYYLYFLVDSNIEIGIKSIIIKIFTEKGITSKDKLQILEYYLDEIDDLNTEISTKIADAHVKNSTNFLENEKVSINSNLAKYITHRDTRASAPKNMLLSLILNSDLVSPKDLEEKELKYPKKITKEHHDKLIKEINKALDYYNDNNTTPSDYFYITSD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_001105999.1|35065_35740_-|transposase	IS6-like element IS257 family transposase	A0A0N9RU54	Staphylococcus_phage	2.0e-127	99.1
WP_100218530.1|36517_36856_+	protein rep	NA	NA	NA	NA
WP_023231268.1|37417_37561_+	hypothetical protein	NA	NA	NA	NA
WP_012818129.1|37629_38247_+	CadD family cadmium resistance transporter	NA	NA	NA	NA
WP_010891100.1|38265_38613_+	helix-turn-helix transcriptional regulator	E4ZFI8	Streptococcus_phage	2.4e-12	35.8
WP_000889978.1|38781_38877_+	type I toxin-antitoxin system Fst family toxin	NA	NA	NA	NA
WP_104992797.1|39153_39723_-	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
WP_002454675.1|40071_41016_-	ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_104992796.1|41039_43679_-	MMPL family transporter	NA	NA	NA	NA
WP_000635275.1|44319_44931_+	recombinase family protein	M9Q1K0	Clostridium_phage	8.9e-18	32.8
WP_000162894.1|45080_45938_-	YitT family protein	M1Q1P6	Streptococcus_phage	4.2e-29	32.6
WP_002456255.1|46186_47317_-	gamma-glutamyltransferase	NA	NA	NA	NA
WP_023231271.1|47835_48528_-	DUF536 domain-containing protein	NA	NA	NA	NA
WP_104992795.1|49042_49309_+	replication initiator protein A	A0A0S2MVK1	Bacillus_phage	5.8e-06	34.9
WP_001105999.1|49340_50015_-|transposase	IS6-like element IS257 family transposase	A0A0N9RU54	Staphylococcus_phage	2.0e-127	99.1
WP_069724959.1|50180_51881_+	AAA family ATPase	NA	NA	NA	NA
WP_001106056.1|51921_52596_-|transposase	IS6-like element IS257 family transposase	A0A0N9RU54	Staphylococcus_phage	2.9e-126	98.7
WP_000958858.1|53937_54681_+	glycerophosphoryl diester phosphodiesterase	NA	NA	NA	NA
WP_000872606.1|54777_55206_+	MaoC family dehydratase	NA	NA	NA	NA
WP_063852638.1|55251_57261_-	PBP2a family beta-lactam-resistant peptidoglycan transpeptidase MecA	NA	NA	NA	NA
WP_000671997.1|58239_58668_-	VOC family protein	NA	NA	NA	NA
WP_000750311.1|58748_59678_+	HTH domain-containing protein	NA	NA	NA	NA
WP_002437507.1|59839_61852_+	hypothetical protein	NA	NA	NA	NA
WP_172412327.1|62021_63131_+	hypothetical protein	NA	NA	NA	NA
WP_124726190.1|63123_63495_+	hypothetical protein	NA	NA	NA	NA
WP_172412328.1|63491_65111_+	DNA primase	NA	NA	NA	NA
WP_172412329.1|65336_67016_+	recombinase family protein	A0A0S2SXR4	Bacillus_phage	1.6e-45	29.6
WP_031796882.1|67104_67443_+	hypothetical protein	NA	NA	NA	NA
WP_168754273.1|67536_67848_+	DUF960 domain-containing protein	NA	NA	NA	NA
WP_168754274.1|67865_68369_+	DUF1643 domain-containing protein	NA	NA	NA	NA
WP_168754275.1|68382_68604_+	hypothetical protein	NA	NA	NA	NA
WP_168754276.1|68682_70950_-	CDP-glycerol glycerophosphotransferase family protein	NA	NA	NA	NA
WP_031864945.1|71206_71389_+	hypothetical protein	NA	NA	NA	NA
WP_168754285.1|72912_73782_+	hypothetical protein	NA	NA	NA	NA
WP_000195429.1|73953_75126_+|transposase	IS256-like element IS256 family transposase	A0A0N9STL0	Staphylococcus_phage	3.5e-135	100.0
WP_002467980.1|75516_75750_-	hypothetical protein	NA	NA	NA	NA
WP_000195429.1|75973_77146_-|transposase	IS256-like element IS256 family transposase	A0A0N9STL0	Staphylococcus_phage	3.5e-135	100.0
WP_058649859.1|77321_80666_+	fibrinogen-binding adhesin SdrG C-terminal domain-containing protein	NA	NA	NA	NA
WP_001551920.1|80754_82263_+	accessory Sec system glycosyltransferase GtfA	NA	NA	NA	NA
WP_002468074.1|82255_83575_+	accessory Sec system glycosylation chaperone GtfB	NA	NA	NA	NA
WP_058649860.1|83755_84259_-	DUF1643 domain-containing protein	NA	NA	NA	NA
WP_058649861.1|84273_84588_-	hypothetical protein	NA	NA	NA	NA
WP_058649862.1|84680_85022_-	hypothetical protein	NA	NA	NA	NA
WP_172412330.1|85544_87173_-	recombinase family protein	A0A0S2SXR4	Bacillus_phage	1.6e-45	31.2
WP_001573628.1|87194_88544_-	recombinase family protein	A0A2H4J388	uncultured_Caudovirales_phage	4.0e-18	24.6
WP_058649864.1|88777_90565_-	DUF927 domain-containing protein	NA	NA	NA	NA
WP_002454339.1|90564_90861_-	single-stranded DNA-binding protein	NA	NA	NA	NA
WP_001042023.1|91053_92100_-	hypothetical protein	NA	NA	NA	NA
WP_000912116.1|92554_93709_+	ATP-binding protein	NA	NA	NA	NA
WP_058649865.1|93738_94539_+	abortive infection family protein	NA	NA	NA	NA
WP_094449189.1|94694_95835_+|transposase	IS3 family transposase	A0A0N9SIX5	Staphylococcus_phage	2.0e-71	97.1

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NZ_AP021848|371586:409297|DBSCAN-SWA
AATGAACTATATAAAGATTTTGGGGATGTTTGTTTTAGCATTTTTGATGATTATTGTTGCACAAGCCTTAGGAGCTATTTTTGATGAGATGATTCCATTTTTAGGGATAGGTATAATCATCAGTGCATTAATTTATTGTATTGTGATTTATTTTTTTGTGCGGTTAATGATAGAAAAGGGACTAAAGCAAAGACGCGTAGATTATCGAATTGTATCACCACATTTTGATATCAGAGCGGTTATACTTGGTATCATTTTACCGCTTAGCGTTATACTATTTTATTTGATTTTTGTGCCTGGGGAATTTAAAATCTCACATTTTAAGACACAGGATACGTTGTTCCGTTCGCTATTTTGGGATATTTTCCAAGTGGCTGTAGCCGGTGCTATAGTTGAAGAGCTTGTTTTTCGTGGTCTATTGATGGGCTATATTGAGAAAAAGACTAATATTGTTGTTGCCATTTTGACTACGAGTATATTTTTTGGCGCAATTCACGTACTTAATGGCGCGTTAAATGTAGGAAGCTTTCTTCAATTATTAGTTGGTGGTTCTTTGGCAGGTGTTATGTTTGGATTAACTGCTTATGTCTTCCGTAGTATTTGGGCAAGTGCGACATTGCATTTCTTCTGGAACATCAGTCAAGTCTTTTATATCACAGAGAAACAAGTTGATGATAAAGTATTTCAATACATACTCGACAGTCATAACTTTGCACTTACAGGTGGTGAATTTGGTTTTGAAGCGTCAATCATATCTATTTTGGGTTACGTGAGTGTTATTGTAGTGTTAGTCATGTTAAGGCGGAGATTAAGACAATAGATAAAATAGGAGTTTGATTATGAAAAAATTTGTACTTATATTAACATTATGCTTGCTATCATTCATAATTGTCGCTTGTGACACAGAAGACGATCACGATGATGACGATGATAGTGTGACGAAGAAAAAAATACCTACTCAAATTTTCAATAAACAAACAACAAATGATTCAATTTCTGAAAAGACAATGAAGCAAGATATTCAGCTTTATTTAGATACTGATCGTGAGTTGACAGATGCAAAATTCTACTATATGGATATCATAGATTCTGATGATAAGTTAACGACATCACAACAAGATGAATTTGCTAAATTGATGCAACTTACTGATCAAAATGATCAAAATTTTGCGCGCTATATTCATAATAACGTGTTACCAAAGGGTGGCTATGATAAGTTCACGAATAAAATAAGTGAATATACAAAAGCAAGTAATAAAATAGACAAGAAGAGTTATGAACTTTCTAAAAAAGATGACGCATCTGTACTTGATGATATTAAACAGTTAAATGAGGATAGAGACGTTGTCAATGGAAGAGAACAGAAGAAAATTGAAAAGTTCTTAAAAGCAAAAGGCATTAAAACAAAGGCATATGATTAATTAAACAGAGTAGCCACGTGCTTTAGTTGTATTGTCTTGAATTAATTGAATAAAAATAAAAGCATATAAAAATGGCAGTTTTCATATAAATCCAAAGAAAATTGCCATTTTTTAATACTGCGAAACTGTTTATTTTTTATGTCATAGCCTTTTTCTGACTAGTGAAGTAAGACATAGAAGTAGCCTATGAGCAGGATAATACCAGTAGTACTATTATGAATCATATGAACCATCATGCTATCTCGAACATTACCGCGTCGTGAATAAGCAAGATAAAAAATAATTCCCATAAACATAAACATTAATATTGAAATAATGTCAGTTACGCTATGTTGTAAAGCAAAGATCAAGGATGACAAGATTAATGGCAACCAGAAAGCTGCACGACTAAATAATGTTTCCTTAAAAATACCTCTATAAATGAGCTCTTCAAGATACGGCGTGAGTATACTAATTGTTAGTATAAACATCAAAAATGGAAAAATTTGAGGTAATTGACTTGCATCTGAGATCTGATGATTCGCATCACCTAATAGCATTTTGTCATTTTCGCTTTGCCCCGATCCAGTTGTGATATGTAGCAAATAACTAAAAGCCAGTGCCAAAACACGTAACAATACTGCCCAACCAATATTAATACCGATATCTTTTAGTTTAAATTTCTGACGTTCTTCATATGAATGGCGTATGTAATAACGTCTAATGAGCCACGTAATGATTGTCGCTATAACTATAAATAGGCATGTAAGTATTGCTCCGCTGAATGAATTAAATATAGAAGACAACTTGAGGATTCCAAAAATTATTAAGATCACCATTTGTGATAAAAGCATCCAGCCAATAAAGATCAAAATATTTAGGATGATATTACCTCTAGGTTTTACATTTTTGGTACTGCTTTCTATCGTGCTATTTGTTTCGTTGTAGCGCTGTTCTGTTGAAGTATGGTAATCATTCACTATAAACCCACCCTTTTATGTTGATTTTGAAATCATAACAATGCAACATTGCGCATCTACATGAGTAATGTAACATATAATTGACATCATCTACAAGTTGTTATAGTGCTTCACAAGAATTTTAAAAAAAAGGATGCTTAAAATTAGCTTAAATTGTTTCGTAAGAACTTGTGCTTGTGTTAAAAGCACGATAAAGTTTGCTTATAAAGTATTTGAAATATACGTATTAGTGAAGAAATATGACAGTAATACAATGAGTTTCATAATAAAAGACAGAGAGGTAAATATTATGATAGAGACACATCAACCGCTTCATCAATACCAATTATCGACGAAACATTATTGGAAATTGTTATTACAAAGTATCATGTTTATCATATTATTGTTTATAGCTGAATCATTAGATTTTCTTTTTTTAAAAAGTGGTTACTATTATTTATTATCGCTAGCCTTTTTAGTCGGTATATTTGGTTTAATGAACGCATTCAATTTGCATGTCTTTAATTTTAATAAGCTAACCAAGCGGCACCTTGTTTATGTTGTTATTGGTGTCATTATATCCATTGTATGTGATTATATTGCAATGTTTTTTATTTCTACGACAGCAAATCAAGAGGAATTAGATGCATATTTAAGTGGTGTACCATTGTTACTACAACTGTTATCTATTGGGATTGTAGGACCAATTATAGAAGAGTGTATTTTTCGTGCCTTCATAATTAAAGGGATTTTTCGTCGAATTCCCATTGTTGGGGGGATCGTTTCAGTCATTGCCTTTGCCGCAGTTCATGGACCATCTAATGTTATAGAATGGATTGTCTATGGTATTTCAGGAATCATCTTAGTTGTAGCTTTTTTAAAAACACAACGTTTAGAGGTATCTATTTTAATCCATATATGTATTAACGTTGAAGCGACTATCGTTTCATTTTTGTAAAACGTTTACATATTGTATCACAAAGTAAATGAAAGCCACAAAATGTGTTGTTTAAAGCATTTTGTGGCTTTACAAATGTAATAACTATATTTTAATGTGTCTCACCTAAGGCGATTTTTTGGTCATCACCATAAGATATCACTTTTATGGCAGCAGTTAAGCCCTTTGTCATCGTGTCTATTGACATGGAAGGTGTTTCAGGTTTAGTTGTTACTTGTTCAGGAATAAAAGGAACATGAATAAAACCAAATAAAAGATCTGTAAATTGTGTATCAGCAAGATAACCAAGTTGATATAGGACATGGTTGCAGACAAACGTGCCAGCAGTGTTTGATAATTTTGCTGGAATACCTTCAGCTTTAATCGCTTCTGTCATTGTTTTAACAGGCAAATTTGAGAAGTATGCAGGTGCACCATCAGGCTGAATCGCTACATCAATAGGTTGATTACCTTTGTTATCAGCGATACGTGCATCATCGATATTAATACCGACACGTTCTGGTGTGATTTCAAAACGTCCACCGGCTTGTCCAATAGCTAATACGGCATCAAAATGTTGTTGTGCTAATTTCTGTGCAATGACATCTTTAGATTCATGAAAGACTGTCGGTATTTCTAGTTTAGTAATAGTATGTGCACCGATGTTCGTGTCTAAACGTTTAACGACTTCTAATGCGGGGTTAATTTTTTCTCCACCAAAGGGATCAAATGCTGTAACGAGTATGTCCATAAATATATTACCTCCTAAAATTTTTACGGAATGCGTGTCTATAGTTAGAATGCCCAGAAATACATTAATGCAATATGAACAATAATTAACGCGATGGCAATTGGTGCTTGTGCTTTAATGACGCCAAATTCATGTTTCATTTCAAGCAAAGCGACAGGTAACGTGTTAAAGTTAGCAGCCATTGGTGTTAATAAAGTTCCACAAAATCCACCAGTCATCGCTAAGGCACCTGCAATCACTGGATCGCCACCTTGTGCAATGACAAAAGGAATACCAATACTTGCAGTAATGACAGTGAATGCTGCAAAAGCATTACCCATCAATATAGTGAAGATTACCATACCTAAGATATAAGCGATAGCACCGATAAAATGATTGCCTTCAGGTAAAAATGATGAAATACCCTTAGAAATGACTTGGCCTACGCCACTAGCAGTAAAGAGAACACCTAATGCTGCTAAAAATTGCGGCAATATACCTGTAGTACCAACTTGTTGTGTCAAACGATCGCTATCATACAGGATGTAGTGTAATTTTGGTCTAATAATCCATACAGCGGCGATTAAACCGAGTACTGATGAAATACCTAAGCCAATGGCACCACCTAAAGGCGTCCAGTTTGAAACAACAACTGCAATAACGGCTAAGGCCACTGCAGGAATAAATAATTTATTACCATAACGGTCAGATCCGCGTTCAGCTTCTTTCTCAGTGACATCGATAATGTTTTTAATTTGGACTTGTTTAAAGAGTGTTAATGCCCCCATACATAATACGAGCGCACCATTAAGTGCATTTGGAATATAAGGACCAGCAATAAAAAGTATAGCTAATATAGTCCAAAATAGTGCAGTCCCAATTCGTTTTTGTTTATCAGTAGCTCGTAAAGCACGATAAGCAGTATATAAAAATTGTAGTCCAATTAAAATATAAAAAAATTCAAGAATGTGGTTAATTGTTGTTTGACTCATGTGTTTTCACCTCGTTGCGACCATATTTTTTATTGAAATAACGATCTAACATCATGTTTTTAATCCATATAAGCAGTAATGTAATAACTGCTACTGGAATTGATGCAAGAACTAAGTCGATGGCGTTTACTTTAATATGTAATGAGCTAAATGTTCCAACCATCAACAAGACCCCAGCAGCCCCAACAAATAAATTTTGGCCGAAGAAGTTCCCATAGTTTTCCATTGCTGATGCTTCAGCTTTAAGCTTTTCAATATCTTTGGCATCAATCGTAGCATCAGTAAGATTATAACGTGTACGTAAAGCACCTTGTACCATAGGATTGATAAGTGGACGCACAAATTGAGGGTGCCCACCAACACGAATGGATGCGATGCCTGCAATCTCTCGAATAATTAAATAGAGTGTAAGTAGCCTTCCAGCGGTGACGCGTTTCACATTACTGATTAGTTTAGAAGCTTGTTGTTTTAAGCCAAAACGTTCAATCAAACCAACCATAGGCAATGTCAACATGAAGAGTGTAACTAAACGGTTGTCAACGAAAGCCTTGCCTAGAATAGACAAAACCTCTGTGAAATCTAAGCCAGATACAAGACCAGTAATTAATGCAGCTACAAGAATAACCGCAATCGTATCAAACTTAAATAAAAATCCCAAAATAATAATTAATATCCCAATCAATTTAAGCCATTCCATAATAATCCTCCTTAACAAATAATCATTGCATATATATACTGCAATTTTCTTAATATTAGCATAACTAAAAAATAAAATGAATTACATTTATGATGAATAAAGAATTGAAAAAATAAATTTTAGCGGTAAATAAAATACCTATGCGATTTGTTTGGTGAAGTCGTTAATTAGAAAAGTCATTATTCGTATAGTGTTGCAAGCTGAAGCATGATATAATAACGAATGGTTAATTGATAATTATTCTCAATAGGAATTGACCTTAGAATGTTAAAGGAGTGAATGATGTGTCTATCAAAGACCATAAATTTGATTTAAGTCTAGTACTCGCTGCATGTTTGGCAGTGTTAACATATTGGATGTTTGCCCAGTCATTTATTAATATAGGTGCAAGCGTACAACATACTTTTGGAGCAGTGGATACGACATTAAACTTATCTATTAGTATTGTTGCGTTTGTCACAGGAATTTTTATGGTTGGTGCAGGTGATGTTGCGGATAAAGTTGGAAACTTAAAAATGACTAAATTGGGGCTGATGTTAAGTATTATTGGCTGTATATGTTTAATTAGTACCCATTTAACAGCATTTCTGATTATTGGTCGTATATTTCAAGGTTTATCTGCAGCGGTACTATTACCGTCTACGATTGGCTTAGTGACGGATCGTTTTAGTGGGGAAACGTTACGTAAAGCATATAGTTATTTGATGATTGCCACTGTTGGGGGGATTGGTTTTGCTTCATATATTGGTGGGACAATATCACAATACTTACATTGGCAAAGTATTTTCGTTTTATCTATTATTTTATCTGTGGTTGCTTTATGGATATTAAAGAATAAACAAGAGGTGCCTCGTGCAGAACGTAATCATCAGCCATTTGATTATGTTGGTATGTTCATTTTTGGGGTGTTTATTGCTGCGTTAATGATATTAATGACACAAGGGTTTAACTATGGGATAGGTACATTTACTATCACACTTGTAGTTGTAATGATTATGGCGCTCATTATCTTTTATTTATATGAAAAACGACAAAAAGTACCATTCATCGATTTTTCAATTATCAAAAACAGAGCTTTTTTAGGATCAACAATTAATAATTTTGTGGTTAATACAGGGACAGGAACAACGGTTGTCTTTAATGTTTATGCCCAAAAGCAACTCGGATTGACTGAAATGCAAACAGGCTTGGTAATAGTACCTTATACGATTATGGCAATTGCGATGATTCGTTTAGGTGAACTTGCGATTAAACGCTATGGCGGTAAAAGTATGTTAATCGCCGGTCCATTATTCCCAACATTAGGTATTATGCTGATTAGTATGACATCATTAACGACACATTTATATATTGCGATTGTAACAATTGCTTACGTGATTTGTGCTATCGGCAATGGCTTAGTTGCAACGCCAGGATTGACGATTGCGATTTTTAATATGCCAGAGCACAAAGTAAGCTTTGCTACAGGACTTTATAAAATGGGTGCGACGCTTGGTGGTGCATTCGGCATTGCCTTTAATACGACCATATTTACTGTATGTTTGCAATTCTATACAGTTGAAACGGCAGCTATGGTTTCGTTTATTGCGGGTGCCATTGTGATGATTTTAGGTGTTATTTCAGCCTTTGTATTGATACCGCGCAATGTAAAAGCTTAAAATTTGATTTTAAATCATTTCTGGCTGGGATATCAATAACAAAATAATAGCACAAAGATGATTTGACATTAAAAATCGTCTTTGTGCTTCTTTTATATTTATGCTAAAACTGTGTGCTTAATTTAGCTTAGTGGTTGATATGCCAGATATTGGTTCGAATAGTTGTAAGTGCGACTGGTTAAGCAAGGATTCAGTTAGTGATAATTCAATAATCTGATTGGATTGATAATATTTGACGAACATCGTGCGTGAAGTTAGATTAAAGACGGTTTGATATAACGTATAATGCAAATCGTCATTTTGTGAGCGTACGGCACCTTTTGGAATGCTTACAGCATCAAGAATTCTGAAGGCGTCAAGAACTGCATGATCGTCATCAGAAGGTTGTAGATGACGTATAAGATAAGCTGCACGTACAAAGCGCTCTGGAGAGGTGAATCCGCCAGGTAAACCTCGTGTGCCACCTTCACTACCAAGCGTTGTTAGTTCGACATCATTAAATTGTTTGGCTGAAGGACGATAAGGTGTGATTGCGACATAGTTTTTTAAATTTTCGTAATGCCAATTTAAGTCAGGATTATTCGTCAACACAGCAATTGGATTGTCATGAATGACTACACGTCCTTGGTCAAATGTTAACTCGACTGTACGACCACTAGCATCAGAAACGTGATAATGTAATGGTGGTACATCGTTGATATCATTTAAAGTTACAGCTACAACGTTAACTTGATCCGCATGAGCACATAACTCTTCTATAGATTGATGGTAGCCAAGTACCCAAGTAAGTACTTCATTTTGTGAAATGTTCATAGCATCGTCACGGCACTGAGAGGCATAACTGCAATAATCACGATTGTACTGAGTGGAGATGGCTAATCCGTGTTCATTCATACCATCACCAAAAATAAATCCTTCCATGTCGCTGCCAGTACCAACAAAGCCATAAAGCGTTTGTCCTTGATAATCGACACGTGATTTCCATTCATAATGACGTGGCTGGACGGCAGGATGTCCAGTTAAAGGCCAGTCATAATCCATTGTTCTTCCTAGAATAACTTCATTATTATGTGATTGGAAAGTAAAGCCTGTACACATGTTTACAACAACCTCCAATAGATTTAATTGAGAATTATTTTCAATTATAATAGGTTGAGACAGCTGTTTCAACTTTTTAAAATAAAGAGAAAATATGTTAAATGATGTTATGCTATAGCTATGAAATTTTGCGGATTTTAAAACGAAATAAGTTGCACACCTATTCACTAAAGAAATCGCTTACAATTATAAAAGGAGGCGTTGATACAATTGTTAAATAATCGGCAAAGTAAAATTTTTGACCTTTTAGTGAAATCAGAGCAATATACTACAATTGCAGATTTAGCAACCATGTTTGACGTCTCTCAACGTACGATTCAATATGACCTCGAACATATTGAGAATCTACAGCGAGAAAGACAATTTACGTTACAACGACACAAATCATATGGAGTTAGAATCCACAATTTACAAGAGACGTTGTCTAAAAATGATGAACTTATTTATACGGATGTACACTTATCAAAAGATGAACGTGTATTAAATATCATATTAAAATTATTCGAAACATCACAACCGTTGACTTCAAGTGATTTGGCACAAGCAATGGCTGTATCACGACGAACGATTGTCAATGATTTGAAAGCGATTCAGCATTGGTTAACACAATATCAACTCGAATTAGCCTATATTAAAAATAAAGGTTTTATGATTACAGGGGATGAAGAAGCTTACCGCAGTGCCTACGCTAACAGAATTCAAGTATATTTTAAAACAATGTCGCCATTCATCACATTGGATATATTTACGGATGAAGAATTGACTAAAGTGAGAAACACCGTGATTCATACATTGACACAAATGGATTATCATCTAGTACAAAGTGCGATTGATGGATTGATATATCATGTGCTTATCGCTATTCATAGGCTAAAGGGAAAGTTTTCATTTGATGTGCCAAGCGAACAAGCTGAAACATTGAAACAAACGTATCAGTTTCAAATTGCATCACAGTTAAAAGACAACTTAGAAGGACAATTTAATATTAAATTTCCAGATTCAGAAGCAATTTTTATCACGCTGCATTTATTAGGGTCAAAAGTTTCGACAAATGCAGAAATGCGGGGGACGCAAGAAGGTTTAGAAACTGTGTTGCGACGTTTTATTTATCAAGTCAGTGCTGAAATAGGCATTGACATGCATAAGGATGACAAGTTATTTGATAACTTATTGCTTCATATGAAACCAGCACTTCATCGACTTAAATATCGAATGAGTCAACAAAATCCATTGCAAGAAGAGATTTATCAACAATATCATCAGCTTGTTGGAATCATTGAGAGCCAAATTACGTTGTTAGAACAGACCTATGATATTACATTTACGGTAGATGAACTTGCCTTTATCGTGATTCATTTCGCGTCAAGTATTGAACGTATTGCCCAGCATCAAGATCAAATTAAAGTTGTACTATTGTGTGGTTCAGGCATTGGCACATCACAATTATTAAAAAATAAGCTGCGCAATGTTTATCCAGAATTTGATATTTTAGATGCTTACTCGATATATCAAATTGATGAAAGTCAATTGTTAGCACGGGGCATAGATTACATCATTTCAACAGTTCCATGTGAGGCAACACAGATTCCCGTTATTATTGTTGATCCTTTTCTTAGCTTAGCGGCAAGAGAAAAATTAAACCACATCGTCAATACGCATCGTGAACAAAAGGTGCGACGTCTTGACCAAGAGGGTTATACGTTACGACAGTTGTTGCCGATTCATCGCATTCAAAAGTGTCAACAGCATATGCAGCGCAATGAAGCCATCGCACATGCAACAACGGCATTAATACAAGATGGTATTGTAGCGCAGGACTATGTTGAAGAGATGATTGCACAGTTAGAAAAATTTGGGCCATATATGGTGATTAGTCCACATATTGCATTGGTTCATGCAGGCACGGCACATGTGCTTCAAGATGCAGGATTTTCAATGTGTTACTTTGAGCATGGCGTGCGTTTTGGACATCAACATTATGACCCAGTGCATATTGTTATTGTATTGGCAACAAAAAATCCTACTTTTCATCTCACTGCACTTGGGCAACTTAGTGCACTGATTACGAATGACAAAGACAGGCAACATATTTTAGAAGGACAACTTGAAGTTGTTCATAGATTTATCGACGATTTAGATTGAGAGGAGGAATGCAAGGTGACATTAGATTTATTGACAGAAGATAAAGTAGTAGTCAAAACATCTACCACAGACTGGTCAACTGCCATTCATGAAGCGGCACAGCCACTCTTAAATGCAAATGTTATCAATGAAGGTTATGTAGATGCCATGATTAATAGTGTCAATGAATTTGGACCATATATTGTCATTGCGCCCGAAATAGCCATCGCCCATGCTAGACCAAATGGTGACGTGAATGAGGTAGGATTAAGCTTACTTAAATTAAAGGAACATGTTAACTTTTCGGAGGAAGGACATTATGCATCATTAGTGTTTGTGCTTAGCGCAGTAGATGGGCAGTCACATCTTACAGTATTACAAGATTTGGCCAGCGTGTTAGGTGATAAAGATACAGTTCAACAATTATTAGCAACTCAAGACAAAGCAGAAATTTTAAATTTATTAAAGGAGACGGATGAATAATGAAAATTTTAGTCGTATGCGGACATGGTTTAGGTAGTAGTTTTATGGTAGAAATGAATGCACAAGAAGCACTGAAAAATTTAGCTGCACCAGCAGATATCGAAGTAGAGCATAGTGATATTATGACTGCAAGTCCCGAAATGGCAGATTTATTTATTTGTGGACGCGATTTAGCAGAAAATGCACAGCGCTTGGGAGACGTCTTAGTGCTAGATAATATTTTAGATAAAGAAGAATTGCAACAAAAATTACAACAAAAATTACAAGCATTAAATATGATTTAAAGGAGGCGACGCACATGCATGCCATATTAGATTTTATTGTTGATATTTTAAGTCAACCTGCGATTCTAGTTGCATTGATTGCGTTAATTGGTTTGTTAGTACAGAAAAAATCAGCCACAGCGATTACAACAGGTACCATTAAAACAATGTTAGGCTTTCTTATTTTAAGTGCTGGTGCAGGCGTTGTGTCTAATTCATTAGAACCTTTTGGAAAAATATTCCAACATGCATTTGGTGTTCAAGGTGTCGTGCCAAACAACGAAGCAATTATTTCATTAGCATTAAAGGACTATGGGACAACAGCTGCGTTAATCATGGTATTTGGTATGTTAATTAATATTGTGATTGCACGCATATCAAATTTAAAATATATTTTCTTAACAGGACATCATACCTTTTATATGGCTGCCTTTTTAGCCATTTTATTGACAGTCGGTCATATTAAAGGTTATTTAACTGTAACAATTGGTGCTGTGTTACTAGGCTTATTAATGTCCATATTACCAACGTTAGCACAACCTACTATGCGTAAAATAACTGGAAATGATCAAGTTGCATTAGGTCATTTTGGAACAATCAGTTACTGGGCAGCGGGTGAGGTTGGTAAACTATTTAAAGGGAAATCTAAATCTACGGAAGAAATTAAATTTCCTAAAGGATTAAGTTTTTTACGAGAAAGTACAATTAGTATTTCTATTACCATGGCACTGCTATACTTGATTGCTTGTCTATTTGCCGGTGTAGGTTATGTGCATGATCATATTAGCCAAGGACAAAACTTTATAGTCTTTTCAGTTATTCAAGGTGTGACCTTTGCGGCAGGTGTTTTTATTATCTTAACAGGGGTACGTTTAATTTTAGCTGAAATTGTTCCGGCGTTTAAGGGTATTTCGGAAAAACTAGTACCGAGCTCTAAACCAGCATTGGATTGTCCAATTGTCTTTCCATATGCACAAAATGCTGTGCTAATAGGATTTTTTGTTAGTTTTATTACCGGGGTAATTGGCATGTTCATTCTATTCTTCACGGGAGGCATTGTCATATTACCAGGTGTTGTTGCACACTTTTTCCTAGGTGCAACATCTGCTGTCTTTGGTAATGCTCGAGGCGGTATTAAAGGTGCTGTTGCTGGTGCGGCCTTGAATGGTATATTAATTACGTTCTTGCCATTATTATTTATCCCTTTCTTGGGAGACTTAGGTTTAGCGACAACAACATTTTCAGATACAGACTTCTTAGCTGTAGGTATTATCTTTGGTAATATCGTTAAGTATGCAGGTATTATAGGTTCTGTCATCTTTATAGTCATTTTGGCAGCAGGCGCTATCTTTTTAAAAGGAAAAGCAGATAAGAAATATGAACAACAGTAATCATAATTAATAAAAGAAGGACTCGAGACGCAAATAGCATCTTTCGAGTCCTTCTTTTGAATTGCAATTAAGCATGTGCGCGTTCTGGCACATCTTTAAAATTTTCTAAACGATGTTTCCATGCTTCATCACTAATATTATGTTCAGCAACATAACGATTGCGCTCATGTTTAGCACAGTCATAAGAACAAGCGCCAAGATATTTTGCTTCATTTTCCTCGGAAACCAGAATTTGTTTATTACATTCAGGGTTGGCACAGTTGATATACCGTTCGCAAGGCGTACCGTCGAAATGTTCTTTGCCAATAATGGTCTTTTCAATTTGATTGATATCAACACTGATACGTTCATCGAAGACGTACATTTTACCATCCCAATACGCACCTTTTGTTTCAGGGTCTTTACCGTAAGTTGCGATACCACCATGTAATTGACCTACGTTTTCAAAGCCTTCTTTGACTAGCCAACCAGAGAATTTTTCGCAACGAATACCGCCAGTACAATATGTTACGATGTTTTTACCTTCTAATTGGTCTTTGTTTTCACGAATCCAATTTGGTAAATCTCTGAAACGTGTAATATCTGGACGAATTGCACCACGGAAGTGCCCTAAATCGAATTCATAATCATTACGAGCATCCAAAATAATTGTTTCATCATCTTCCAAAGCTTTTTTGAATTCGCTTGGTGAGTAATATTTACCAGTTGTTACACGAGGATCTACATCATCTTCTAAACCTAACGCAACAATTTCATTACGAGGTCGCACATGCATTTTTTTGAAAGCATGCCCTTCAGCTTCATCAATTTTAAACGTCATATCTGCAAAACGTTCGTCTGCATGCATATGTGCCATATAGTTTTCTGTATCTTCTTTCGTACCTGATAACGTACCATTAATACCTTCAGTAGAAACTAAGATTCTACCTTTTAAGTTGTTTGTTTTACAGAATGCTAAGTGCTCAGCTGCAAATGTTTCAGGGTCATCAATGGTTGTATATTTGTAATATAGCAGTACATTATAATCCATAATTTGTGATTCTCCTTATTCTAAAAGTTATATCGTTAAATGTAGTAAATGACAATAATCAAATTTTCTTAAAAAAGACATTACTATATTTTATCAAATATGATTCATTATTCAATAGATTAAGCCGCAAATACATCAACAGACGGATATGGAGAATGATATTTTTTTGATGAAAACGATCACATATAATATGATAGAGCTATAAATTGCGATGTAAAGGAGAATAAATCATGTGTGAACAAGCACTTCCTACATTAAAATACATTGGTGCCTCTAAAAGCGCTGTACCGATTATTTCTGAGGCTGATTTACAAACAGTAATGGCGGAACCTTGGTTAAAAGTTTCGGATGATGGCTTACAGTTAGAAGGTTTGATTTTTGATCAGCAAGGTGATTTATATTTGTGTGAAGTTTTTGGTGGGCGAGTATTTAAAGTTGATGTTGCCAAGAAAAAATTAAGTACGGCTTTTCAAGCGCCTAAAGTTAATCCCGCAGCAGTAAAAATTCATAAGGATGGCCGTTTGTTCACGTGTTATTTAGGGGACTTTAAGACAACAGGTGGCATCTTTGCGACGGATGCACACGGTCAACACTTTGAAGATATTATTTCGGATATTGGTAATGATTATTGTATAGATGATATGGTTTTCGATAGTAAAGGTGGATTCTATTTTACAGATTTTAGAGGATACTCTACACAGCCACAAGGTGGTGTTTATTATGTTTCACCTGATTTTCAAACCGTCACACCTGTCATTCAAAATATTTCAGTAGCCAATGGAATTGCATTAAGTACGGATGAGAAAATTTTATGGGTGACAGAAACTACAACAAATCGATTGCATCGTATACAGCTTGAAGATGATGGTGTGACGATTGCACCGTTTGGCGCGACAATTCCATACTATTTTACTGGGCATGAAGGACCGGATTCATGTTGTATTGACAGTGACGATAATTTATATGTAGCCATGTATGGCCAAGGTCGTGTACTTGTGTTTAATCGCCGTGGCTATCCAATTGGTCAAATTCTAATGCCCGGTCGTGATGAAGGGAAAATGCTGCGTTCCACGCACCCTCAATTTATTCCAGGGACAAATCAATTACTCATTTGTACAAATGATATTGAAAACAACTCAGAAGGCGGTTCGATGATTTACACAGTGAATGGCTTTGCCAAAGCGCATAACAGTTACCAATTTCAATAAATTAAACAGCAGGTACGTTTTAAACATAAGCAGGAATAGATGGTAGCATCAAATTTCTGTTGTCAATAGCTGCAAGAAGATAAGACTGTGATAGCAGTGATGATGATTAGGGTAAATAGGTAAAGTAAATGAAAATGAGATAAAGAGAGATGAATAAAATCATGGCTGTAACAAGAGGAATTAATCATATTGGCTTAACCGTACCCGATATAGAACAAGCGACGACATTTTTTCAAACGGCATTAGATGGTAAAATCGCTTATGATAGTCAAAAATTAACAGATGAACCACGTGCAGGACAATTTGTTGAACGTGTATTAGGTATTGAAAAGGGAGCTAAGATTATAAAAAAACGTATGATGGTCTTTGGTCACGGTCCTAACATTGAAATGTTTGAATTTAAAGATGCATCGCAAGCATCGGCGATTACATTACAAGATATGGGTTATACGCATATTTCATTTTATGTAGACGACTTTCCTGCAGCTTTAGAAAAAGTAAAGAAAGCAGGTGGCATTCCTTTGTCAGAGCCACATGCGAATACGCGCTATGAGGATACACCAGGAAATCAAACTGTATATATTCAAACGCCATGGGGAAGTTTATTAGAATTGCAAACAGTTCCTCAAGGATTTTACTATCCTAAAGATAGCGAAGCAACATTGTTTACGCCTGAACCTATAGATTTGAACCAGAAAGATGATACAACACCATAGGAGGATCGTTGACATGGAATTAAATGCAAAGATGCAAATTAATGTTGAACCAGATAAAGCATATGAGGCCTTTGTTGACCCAGCGAAAATTGGAAGATTTTGGTTTTCATCAAGCTCAGAACGTTGGGAAACGGGGAAAACGATTCAGTTACAATACAAAGAATATGATGCTACTATGGAAATTTTTATAAAAGAAACAATACCTAATGAACAAATCAAATTCCAATGGGGAACATATCAAGGCGAGATATGTTTTGAACCAAGTGCAGAAGGGACAATTGTCAGTGTTCGCGAGTATCCTTACCATGAACAAGATGTCCAGATGATGTTAGACAAAACTGAAGGTTGGGTATACATGCTAACTTGTTTAAAATCTTATCTCGAATTCAACGCAATTATACGGGGTGGGTTGCGTTGAGTACCTGCTTTTTTACGTGAGTTTTTACTGATTAACAAAGTAAATGGCTGTGTGTATATTGGTTTAATTTTAAAAAGATATTTGGTTTTAAATCATAATAAGACAACAGGGAGGAAACATAGATGAAGCGTATTTATGTTGTAGGCAGTATGTCTATGGATTTAGTTGTTTCAACTAAACGAGTACCACAAAAAGGTGAAACGATATTAGGAGAGTCTTTTTTCACTACACCAGGTGGTAAAGGAGCTAATCAAGCGGTAGCTGCTGCACGTCTGGGTGAGCAAGTTTATATGGTGGGACGTATTGGAGATGACCAATTAGGAGAAGAGATTTATGAGAATTTACAGCGCAATAAGGTGCGAGTAGATTATGTAAAGCCTGTTGCTGATTCGACATCAGGAACGGCACATATTACACTTTGTGATAATGATAATAGTATTATCGTAGTACCCTCAGCGAATAATGAAGTGACTTCAAGCTATGTATCCACGGCTTTAAAGCATATAAAAGCTGGAGACATTGTGCTGCTGCAACAAGAAATACCAGAAGATACTGTCAGTGAAGTCATTACATATTGTGCAGAACATGATATTATTACGATTTTAAATCCAGCGCCGTATAGAGATTTGACTGCAGAAGTTATTGACCAAGCAACCTATTTAACACCGAATGAAACAGAGAGCGCAGCTATGTTTGGTACTAATATTGATGCTGCCCTTAAACAATTTCCTAACAAATTGATTGTGACGCTCGGACACCAAGGGGCAGTGTATCATAATGGTAATATAAAAGTGATGATACCAGGTTTTGAGCGTCAAGTTGTAGATACAACAGGGGCAGGAGATACATTTAACGGCGCGTTTGCTGTTGGATTACAAAAAGGATATGATATAGACCAAGCACTTACATTTGCTAATTTAGCAGCAAGCCATGCTGTCACCGGTATGGGTGCCCAAGGTGGTATGCCATATTTTAATGATCTCGTAGATGAATTTTGATGTTAAGTAGTGATACTACGCAATTTTAAAAATGAGCTAGAAATCTGTGGAATAAAAGTAGATTTCTAGCTCATTTGTGTTAAATATAAGAATTTAAGGTTATAGTTCTTGGCGTTTAAATATTTGCAATGATGCAATATAAGAAAGGATTAATAGAGCGCATCCTATTATACCGTATATAATAAGCACCCATAGAGTTGTTAGATTGCTAAGCACACTATCAAATGATCCGCTATCACTTAGCGATGGTATAACAAATCCAAAGAACACGAAGAAAAATAAGCCAATAACGATGAATGATGTTGAAATCATAATGACATTGGAATTTTCCGGTCCAAATTTAAAGGTTAAAGGGAACATAATGGCATATGTACCTGAGCCACCTATCCCAACGAGTATCGAAATAAGCGTTAAATTGATATTTTGCGTCACAATGAAACATGCGCCAGCACCCATAATTAGGCCAATCAGGATAAGTATTCCATAGTAGACAAAATAACTTTTAACATAAGTTGCTCGACCTGTAGGTAAAGTCGAAACATAGTACATCCAGCGTGAATCTTTTTCATGTTTAATATTATCAGTGACCGGTGAAATAAGGAAAATCATAGCTAAAAAGCATGTCATGATTGGATTGAAAAAACTAAACATAATAGCTGAGGCCAAAGCAACGATGAGATATGTGAATAATGATTTTTTCGATGTATAATAACTGCTTAATAATAAACCCTTCATTATTTATCACCTCTCATAATGATTTTTGTGGCATCATCGATTGATTTTAATGGTTCAGCTTCAGGAACTAGGTTTCTGTCATGAATCAACGCTTCTATGCGATCGTTACGCTTTCTAGAAGCAATGATATAATCATTGGATACATTGAATTCTGCTAACGGCACATTAACAATGCCATAATGTGAGAGTAAATGCGATTTATCTACATGTAAGACAATTTTCCCGTCTCGCATAAATACAAGCTTTGTGGCTAGTGTTTCAATATCTTCTGAAATATGCGAAGAAATCATAATGCCATAGTCTTTAGCAACGTAGTCTTGTAAGATTTCCATGACTTCTTCACGACCTGACACGTCCATGCCAGCAGTTGCTTCATCCAGGATGAGCAGTTGACTATCATGTGCTAAGGCAATGGCGATCGCTGCTTTCATGCGCATACCGCGAGAGAAAGATTTAATCGCATTTGATGTAGGTAAATCAAAGTCTTTTAGCGTCGATTTAAATTTATTGCTATCCCAAGTCGTATAAATATTTGTGAAAACTTTGTCTATGTCAGTTAAAGTCAATTTGTTTGGGACCCTTAAATCATCAAAGACTACACCGATGTGTTCTTTATATTGGTTGTTCCTTGCAGTAACAGATTGTCCAAAAAATTTAATGTCACCAGAGTCTTTAAAACGATTGCCAACCAAAGTATTAATTAACGTGGATTTACCACTGCCATTTTTACCAATCAGCCCCAATACTTCACCTGGTGCAATCGACAACGAAATATCGCTAAGATTAAAGTCAGACTTGGTATATGATTTATTAAGATTGCTAACTTCTAACAACTGTGTCATTAATACACACTCCCTTTTTCTATTTTATGTTTAATAATGAGCGTCATACACTATTATTTTATGCTTTATAAAACTGTCGTAATTTTATTAAATAGCCTAAGCTGTTATAAATAAAAATAACAATGAGTGCTAATAAGCCAGGTGTTTGGTTTAAACCAGTGTAGATGGAGAAAATACCGATGAAGACAATGGCCATTATCAGTAGGACAAGATTTACTTGATAATTTTTATACATAGAGATTAATACAATATGACGCTCACCATCATCTAATAAAGCTAAAGCTTTCTCTGTGTAATGTTTTTCGGCTATTTTAGGTAGTAGAGCATCAAAACGACGTGAATAGAAGCCTAACATCAATGAGGGGATTAAAGTTAATAAATATGGGATAAGAGCATAAAAAAATTCATTAGGAGCTGCATTGCCTAGAGCAATAAAAAAGATAGCTATAAAACCAATGGCCAATTGTAAATGAGCTATAATGTGTACTTTGTTATAGTCTAAAGTTGCTTGCTTCTCATAATGATCTATATCACTGCCGTCATCAACATTTGAAATCATATATTTATACTTTAATGAACGTTGTTGTACATACCATTGATATAGCATTAATGCCAAAATAAGTAACGAAGTACTTACGCATATAATAAGGTTCAGGCGACTACCAGAGAAATTTGTTGAAGCAATAAACGTGCCAACACGTTCTATATTGCTACCAATTAAGCCACCGATGATACCACCAATGATTATAAAGAATATATAACGGCCTACTTTCATAAATCTTCCTCCTCAATGATGAAGACATCTTCTACAGATTCTCCAAAAATCCGTGCGATTTTCATAGCGGTCAAGATAGATGGTGTAAAATCATTACGTTCTATTAAAGAAACGGTTTGTCTAGAAATCCCTGCTTTCTTTGCAAGTTGCGTTTGATTATAACCATCTCGAGCACGCAGTTCTTTCAGGCGATTGCGCAATAGACATCAACTCCTTAATGTCACAATACAACATCTTTGTCATTTTGACAAGTATATTAGTCAAAATGACATAAATATTTGTCTTTTAATTATTAAAAAATAGACTCCGAGATATCTGTTGTTAGACAACTTGAAGCCTAAAATGGCGTTATAATCGTGACATTAACCATTTAATTGAGCGAAAGCATAAACCGAAAATTTCTGGTATATACAGTAACACTGCGTCAATCAATGACTTGAAACTTTTGCGATGTTTGCGTTTATTGCATTGATTTTCATTTTTATATAATCGATTTTCAGTAGAAGTCACTATTTCACCAACCTTTAAGCTCAACATAACATAAAATGATAATAAATGTTAATATTGACTGTAATAAAAAAATATGAGTTTAGTGTTATTTGTAGATAATAAAAGATAAATCTTGACAGTTATTTATAGATACACAAAATTTTGTATAATATAATTTTATTATTGGCAAAATGTGCAATATAAGTTATCTTGGCTTTTTTAGTGAAAGATTTAGTATAATGTTAAAATAAGAGGACAATATGTAAGCGAAATGATACAGTTTATTAAAACGATCATTTAAGAAGAAAAGCGTGTTGTTATTGACTAAAATCATATTGAGAAGGAGAACACACATGGTTACGATAAAACCTCATCAAATAGGTAGTAAAAATGATAATATATTATCTGCAATTGCATATTTAAGCATCTTCTTCGCACCAGTTATTTTACCCGTTGTGATGTGGATTATGATGGAAGACACTATCAAATATCATGCAAAATATGCTTTTTTTAATCATATTGCATGCTTACTATGCATATTTGGAATTCCAGGTTCTGGTGCGTTTCTTTTTGTTTCTGCAATGGTAGTGCCAGAATACATAGAGATTATACAGGTAATAGCTCCCGTTATAGCATTTATACTATTTATTCTCCTGGGAATCTTATTTGTAATTAACATTATGCGTGCAGTAAAGCTATTTATGACCATAAAAGTACCCCGTTAGCTAAATTAGGGAAAGCTGACGAGGTACTTGTGTAGGGAACCCAGCTGCGTGCTTGTTGTATTATATCGACAAATCACATACTAGGTTATATAAACAAAGAGATTTTTAGCAAGCCAACAACAGTAAATGTGTTAGTTATGAGGTTGAGACATTTAGCGATGTCTCTCCTCTTTTTTGATGAAATTAGCCTATTATAAAGCCATGAGAATGTACTTACCTTAGATGAAGTGTATTGTTTAAGAGGTGAAATACTTTTCCATATAAACAAATTTTGCTCAGTTTACTTATGGATATGGAACAAAATATCATGCGATACAGCTTCAAATAATTTGCGCGTCTTTGATGTTTGTGTGAATCATTACATAAATTTAAGTCATAAAATAGTCATGATGTCAGACATACGAATATGACGTTTAGAAAGGATGAATGACAGCTTAAGGTGTTGATGCTTAGATGTTTTTCACTAATTATCTATCATGCGGAATAGATATACTTAAAGTTAAGTTATAGTTGTATTAATGTAGATATCTCGAATTATTTTCATAATTCATAGCTGTTAAATTTTAACCAAATTAAGCTGTCAATTCAATGTTTGTCGTTATCTTCCAAATAGATGCTGAGTTTAATCATTCGTGTTGTGAAATATGCAACATCAGTGGTGTTGATAGTAAATTAATGTGAAGTAAGTGAACTGTTATTAATAAGTGATTCTATGGAAGTATTTGAAAACCAAAAAATGTAAAGTGACGGTTGAGATTTCTCATAGGTGGAAATAGCAGACTAGACATGTTAATGGAAACAAGAACGACATATTATCATGCACATTCGTTACTGGCTTTAGAATAGGCGTCCTTCAATCAAGCTATACAGCAAAGAAATAATAGTAATTATTTATGACTTAAAACGGAATCGTTACTTCTTTGTGTATGTTACTAAATTACCACAGCTGGAATAAAGTCTCCTTAATATGAGCTCTCAATTGACTTACAATTTTGTCACATCCAAAACAAAATGTTGCTAATATATTTGGATATAAATAACAATTACATCATGATTTATAAATTGAATTATAAGCTTATACAAAGGTAAACTAGGACCATAACTATGATTTTAATATTATAAAAGATTCGCAAGTGTAGTTCATAAATTTTGAAAAAAGGGGCATATCAGATGAAAATCTTACTTACTGGAGCAACGGGACATTTAGGGACTCATATTACTGAATTAGCAATAAAAGCACGTATCAAAGATTTTAATATAGGTGTTAGAAATTTAGAGAAAGTACCAACTCACTGGAAGGACAATGTGTCAATTCGTCAATTAGATTATTTTGATGTAGAAAGTATGACACAAGCGTTTGAACACATAGATTTAGTTATCTTCATTCCAAGTATTATTCATCCGTCATTTAAACGATTGCCAGAAGTTGAAAACTTAGTGCAAGCAGCACAAAAGGCACAAGTGAAACAGATATTTTATATTGGTTTTTATGCAGATCAGCACAATAATCCATTCCATATGAGTCCATATTTTGCCTATGCAGAACGCTTACTAGCTTCTAGCCGTCTTAACTACACGTATATTCGCATGGCGATGTATATGGACCCATTGAAACCGTACTTACCTGAATTAGTAAAAATGAAAAAGCTTATTTATCCAGTGGGTGATGGCCGTATTAATTATATTTCGCGTCACGATATAGCTAAAGGTGTGATTGCTATCTTGCAACAACCAGAGGCATGGGGTGGACGGTATTTATTATCAGGGCATAGTTATAGTATGCCAGAACTAGCCACAATACTTTCAGAAGCAGCTGGTAGTACAATCAACTATGCGCCTGTCTCGTTAGATACGTTTGCTTCTATGTATGATGAACCAAAAGGATTTGGAGCGTTATTAGCTTCAATGTATGATGCAGCTGCTAGAGGCTTATTAGATCAACATGCTGATGATTATCAAAAGCTTGTGAATGACACACCACAGACATTTGCACAATTTTTATCACAGTCTTAAAAAATAATAACGGGACAGCATTCATTATGAATTCGTAGTCCCGCCCGCGGTAAGGTTGACTAGGATTGATAAAGCTTGGTATCAGCGTATTTTCAATCCAGTCAACTACTGCCAATATTTAGTTCATAGCCTAGAACATAATGATGTACCAGACTCGCTTCATTTTTCTAACTATTTGAACTATGTTTAACGACGTTTACCGTCAAAAGTATCTAAGAGACTTAAAGTTGCAAGTCCTAATAAATCTAAAGCATGTTGTGCGCCTGCTTTACCGTGGCCTGCTTCAAAGTGTTTATAAGCGGCTACACCTAACACGCCAATAGTTGTTAAAGAAGCAAGGCGTGAAATGTTTTTGTTTAAAAAACTTACAGAAAATAATGTTGCACTAGCAGCTTCTAATCCACCTACTAATGGGACAAGTTTTTCATCAAGACCAAAGACATTATTGAATGTATCTTTCATTTCTTGATCACCTTTTAATTTTGGCTTTGAAGCCTCAAATAATTCTTTCGCAATTTTAACATTTGTGACGTATCTTAATATCATTTAAAATTCCTCCTACTTATCTTCAAAATATTTATCTACAATAGGTTTGACACGTTCGCCAAATAAACGAATAGACTTCATTGTGTTTTCATGTGGCATAGAGCCTACGGGTGTGTGGATCATAAAGCGTGATAAACCTAATGTTTCAATCGTCTCAATTATTTTTTGTGCTACGGTTTCAGGGCTTCCAAGATAAATGGCACCTTGTGGCCCGATTTCTCTTTCGAACGCATTCTCATCAAACTCGGGCCAACCGCGTTCTTGTCCTAATACATCTTGATGTGCTTTTAAAGATGGGAAAAATTCTCTTCTAGCATCTTCATCTGTTTCAGCAATATAGCCCCAAGAATGTACAGCAATAGGTAATTTCTCAGGATTGTGTCCGTATGAACGTGCCACAGATTTATAAATTTCGATATGTCGTTTGAAACGACGTGGATTACCTCCAATGATGGCATACGTAATAGGTAAGCCGAATGCACCAGCACGCAATGATGATTCAGGTGTGCCACCAGTCGCGATAGAAATTGGTATTGGTCCATGTTCAGCACGCGGATAAATACCTGTTTCATCAATGCTGGGACGTAAAGTTCCTTTCCAGCTAATCACGGGTTGCTGGTTAATTTTTAACAATAATTGCAACTTTTCATTAAAAAGATCCTCATAATCATTAAGGTTATAACCAAACAGCGGAAAGGATTCAATAAATGAACCTCGGCCAATCATGATTTCAGCACGTCCATTTGATACAGCATCTAATGTTGAAAAACGTTCATAAACACGTACAGGGTCATCAGATGAAAGGACGGTTACTGCTGATGATAAGCGAATATGTGATGTGGTAGCAGCAGCAGCGGCTAACACCGTTACTGGATCTGAAACGGCGTAATCCTCTCTATGGTGTTCCCCTAATCCATAGATATCTAAACCTAATTGATCAGCTAACTTTATTTCTTCTACAATATTACGTATGCGTCGGGCATTGCTGATTTTTTCCTGTTTACCATCTGGCATATAGATGTCACTGTTATCAGCGAATGATGTTAAACCTAATTCTACTTTCAATATGAACACCACCTAGGTATAAAAATTATACTGATATTTTATGCTTATTTCATTAAAGTGTCAATAACGATGTTTCCGGTATCTTTTTTATTTAAATTATAAAAATAGAAACATTAAATACTCTGTTTTAGCAGTATATGTTCCTATCTTTATGTATGTAACTGATCACTTTACCTTGTTAAAAAGAGTGATTAATCAAGAATCCAATAAGACACAAGCAACCGATAAGACAAACACATAAGCCAGGTAAATAAAGCTTTTCTCTTAAGTCTACCGACGTTGTTCGATGCGAAATTAGCCAACTTAATATCATTAGCGTTATACCGATAACGATTAACAATAAAGAGATAATAAACATAGAAAGCCCCCTTATCAAAGACTATGGAATGCTTGAGGTACTAATTTTAAGCAATATACATATTCCCTAAAAGCACATAAAAAATGCGTGAATATGAAGTGTTTGTAAATTTGTAAAATTTAATTAACTAAAATTATGAAATGATAGAATTTGTGTAATAAGTGCATCTGTTGCAAAAAAGAGTGACTCGTGTGTAAAATAAAGTTGATAATTATCAACCAATCGTGTATAACATAGCTATAAATAGTTATAAATTGTCAAGGAATATTAGAAAAAGGGTGACATAAATGAGGTTATTCAAATCATCACAAGGAAGACAACCATTCGGCACCTATATTAAACTATCATGTTCTGCATTGCTTATAAGTAGTGTGTTTGTGAATTATAGTTCAATAGAGAATGTTCACGCTGAAACCGCAGAAAATCAAAGTATAGATGAAAATCATCATAAAATATCACAGTGGATTAGTGATGCTAAACAAGATATAAATGAATTAAATGCATTAAACGATAGCGTTCGTAAACAATTTGAGAAACAGCTAGATGAGGCTACTTCACGTCAAGAAATTAAACAAATTGTCGCTGATGCAACAGATGAAAATCAAGCGCGTGAGGACAGTAGCGAAGCGGATAACACTTCGTCACAAGATACAAAGCATTCAGCACAATCAACTACAACGACAGATATTACTGCTGAGTTAGATAAAATTTTAGCTAATTTAAATGCAGTTGTTGATAAGGATATTACCGATACACCAAAAGCGTCTGAGGCACAACGTGGAACTAAAGACAACGAACAGTACGATGCATCAAAGGTGCAAGATAAAGAACGTCAAAATGACCAAAAATCAACAACAGTGCTAGATGATTTAGCGCATATTAAAGATCATGTTAAACAAGCTGATAGTGCTGTAACTAAAGATGACAAGGAACAAACCGAGCCAAATAATAAAGAAACAAAAAGTAATCAACAGCAAACTCCAACAGTAAAATCACACGAAAAGAATGAGGATCAATTGAAGCCACAACATCGTGATGCGAATCATTCAACACGGGCTGATAAAGCAATAGATTCAGCTGCATCTAAACAAGATACAAACAGCACTCATCTGATGGAAAAATTAGACAAACAGTTAACACCAACGGAAAAAATTGAAGCTGCTGTTACTAAAGTTCAAAATGATAATCATCATAACAATAAAGATTATGCTGATAAACGACTTAATCAATTAGCGACATTGAAAGAAAATGTCGCTAACAGAGTTGATATTGCTCAAGATAAGAAAAAACAAATCATAACTGATATTGAGCGTGCAGCAAACAAGACTACTGCTAATCGCCAAATCATACAAAATGATTTAGCTCAGGCAGAAGATAAAGAAGCTGTAGTTAAAGATATTGTTACAACTATTTTTAGCCCGAACGAGGCACAACAAATATTAAAAAATATGTCAGTTAAAGGGAAAACAGACAAAGAGATTGCAGACCAATTGTTGCAGCATATTGATAAACTAGCTTTAACATCAAGTGACGACATATTAGCATCAATGTTTGATCAAACAAAAGACAAATCACACCTTATCGAAACCATTTTAGGCATGAAACTAAGCCCGGAAGAAGCCAAGAAAGCGGCTCAACGTTTAACAAATGCAAAATTATCTAATAAAGCATTAGTTCAACAATTGAAAAAGGAATTTGGACTTAATGGTAAAGCCAATGCAGATGATATTTTGCAAAGTATATTAGATCAGTCAACCAATCAGAAAGAAGCAATTAAAACGATTTTAGCCACTAAAATCAACGAGGAAAAAGCACGACTTTTAGCAGATGTCATTTCTCGTGTAAGTAAAGATAAAAAAGACGTATTGCAATTAGTGAAAAGTGCACTTAATGGCAAAGCAGATGATTTATTACAATTGAAACATAGACTCGATCAAGCACAATATCAAGCAGATGATATTTTAGCGCCAATTAAAAATCGACCTTCCTTACTTGATCGACTTCATGCAGATGCACAACGACATCGAAGCGTACTTGATCAAATCGACGATATTCCTAACCCAACACAAGGGTTATCATTAGGTCATATTAATAATCAAGACAACTTTTTAAGCGGATTATTTGATGATAATGGCTCGCTATCATTACCTGCCTCTGGTCAGGTACTTAAAACTTATTGGCCGGTACTAGCAATAGGCATGATACTTATTGGTGGAGGATTATTGTTGCTTGCAAGAACTCGAAAACAGCATAATGCAAAATCATAAAAATCACATAAAATTAGACGAATAAAGCGTCAGTTATGATATACACCCCAAAAGTTGGATTAAAATGCAACTTAATGGGGTGTATTTTTATGGAGTAACATTATAAATCTGAAGTTAAGTAAAAATAATTCAACCATGCATAGTAGGAAAGGTGGCTATGCATATATTAAAAAAATGGATGTACTAGCGATGTTGACACGCAATCATATGTTTAAGGTGATAATCATACTTACTATAAGTTAGTGATACGCCAAAGTGAAAATGACAGGTAATTATAGAATTATTACATTTACCAAAAATACATATCCATAATATTCTGTAATGTCATACTTATATTTTATAGCGAGCCAACAATACGAAGTCTTGTAAATAAAGAAGAGAGCGGTACTACGAATTTATAATGAATTCTGTCCCGCTCCTTATCCTAGGAATTCTGTCCTAGACTATATATTTTGAGATGTATGTCTTATTTTGGTGTTTATTGTTATCTATTGAATAACTTACATTATTTTCCACTAATATAACTTAATTGATCCGCTGTATTAGCATCGAGTGTGCGATATGAAATAATACCTAAACCTTTGACATTAGATTCAGAAATGACGATAGAACCATCATCATTGACGCGTTCTACAAAGGCCACGTGTCCGTAATAACTACTTGCACCTGCTTGACCAGCTTCAAAGACCACTGCACTATGAGTTTTAGGTGTGGTATCAACATGATAACCTTCAGATTGTGCACGATTATTCCAATTATGTGCGTCACCTAAATCTCCACCAATAGCTAAGTCAAATTGTTGCATACGTTTATAAACATACCAAGTACATTGACCTTGTGGATATGGGCTTGTTGAATTGGTGTCAATAAATGGTTTAAAGTCATTACCTGTGTTATCCATGCCTGGATTGCTAGAATTGTAATGTGTTAAATCTGGTAGTTTTTTGTGATCAAAATCTGTTAAATGATAATGTTTGATGAGTTGATTTAACTTTGTTGCATAGTTTGGGTCTGTTGCATATGTTCTAGCTAAATGCGCTGTGGCGTCACGATAGCTAGATGTTTCACTTTTCCATGTTGGTTGATAAATCGTTGCATTACCATCAATGCCCTCTTTAATCAGTTGAACATAATCTTCTAATGAAGCTTTTTTATTCGGATATTTACGGAAAGCAGCTTGGATACTATATAATTGATTATTTGCCGTAGCCTCTAGTGTATTAAATTCACTAGATTCTCCTTTATATGCGCCTTTAATACCGAACAAATTAAAGTTTGGTGCTTTGGCAAGCGTACTCTGACCGGAATCAGATTCTAAAATTGCTTGTGCAATCATGACAGAGGCATAGATATCATTTTCTTGTCCTAATTGATGGGCATCAGTACCAATTGCCTTAATAAATGTGCGTGTTTGTTGACTGTCAACCACACTTAAGTCATCAGTAGAACTTGTATTGTCTGAAGCTTGGGGTATTGTTGCAAATAGACTTGTTGCACGTGTATTGGCTTGTTTTGTAGCTTCTTCAAATGATTGAGCTGGGACAGTAGCATGGGACACGCTATCTTTTGATGGTAATTGTGGGTTGTCAATTTGATGACGTGTTTCACGATCTTTCTTGACATCGATATGCGCGTATTTTTGGTGTGTTGTCGTTGTTGCGTTACTTTGTTTATGTTTATCTGATGTTTTATCTTGTGTATAGTCTTGCTGTGTTTTCTTTGCATTATCACTGTATTCATCCAAAATTGAATCTATAACGGCATCTGAAGCTGAATCGGTTGACTCTTTGTTTGAATCATTCTGTTTATCTTGCGCGGTATCATGTGATGGCGCTTCTTGGTGTGGTTTTTCCTCAGATGACGTCTCTTTGTCATCATCCTTTGATGCTTCACTATCATGTCGACGCTGTGTATCTTGAGCGTGATTAGAAGCATCATCTAAGTTATCTAATTCATCTAACGCATCGCTGACTTTATTATCATCTGTTGTCGCGTCTTTAGCTGATTGGTCATTTTGTTCTGATGTCGTTGTTGAATGCTGTTCTGTTGAGTCTGTTGTAGATGCTTTGTCTTGTTGCTCAGCTGCAGGTTCCATATCATCAGACGTATCTTGAGCGGTACGCTCGGTTGTTTCAGAATCAGATGAAAAAATTGCTGTCAATAGCTCTGACAATGAATCCTGTTGACCACGTGGATTTAAATAATTTGAAGATAAAGTATCGTCGGAAAAGAGCTTATTAAATATAGATAAGTCATCTTCATCATGGGAAGCTTTTTTTGCTCGAGTATATTGTTTGAACTTAGTAGTTTTAGCAGATTTCTCTTGTTTCTTTGTTGTTTGTTCATCATTAGTGTCAGAAGTATCATCGTTATCTGATTTATCTACAGACGCATGGTTACTTTCATTATGGCTTTGGTTTGTCAATTCAGTCGCATGTGCGATATCGGATGTAAATGTAGGTACGATAAGTGTTGCTGATAATAAGTAAATGAATATTTTTTGCTTTGACATCTTTAGAAGAACTCCTTGGAAATTAATTTCTGTAATACGGTAAAATGATCATGTGACTGACATTAGATTTACTTTGTCACACTGGCATGTATTTGATATAATTTAGTTTAGATTTGTTTTTGTTGATATCTATCAACCAATGATTAAACCTTGTAATAAAAATTATTATACTAGTATTGGTTAGAAAAAAACAGTCCAAGGACTAGATAAATAACAATATATTTATACTATCAGTTTAAAATAATCTAATGTAACATAAATGAGTAGCTTATGTGCGTAGGACAGTATTTTTTATAGGGAGTGTGACAATGAAAAACGCACTGAAATTATTTCGATTTGATTTAAAACGAATTGCGAAAACGCCAGCAGTTTGGATTATCATAGCAGGTTTAGCAATTTTGCCGTCTTTTTATGCCTGGTTCAATTTATGGGCCATGTGGGATCCATATAGTAAGACGGATCATATTAAAGTAGCCGTTGTGAATGAAGATCAGGGAGACAAAGTTCGAAATAAAGAAATCAATGTAGGTAATTCAATTGTTAACAAGCTTAAGAAAAATGGAAAGTTTGATTGGCAATTTGTTAGCAGAGCGAAAGCAGACCATGAAATCAAAATGGGGAAATACACTGCAGGCATATACATACCTAAAGAATTTTCACATGAAATAACGGGAACATTGCGCAAACAACCACAAAAGGCTAATGTTGAATATAAAGTAAACCAAAAAAACAATGCTGTTGCACCTAAAATGACAGATACAGGATCGACAGTAATTGTTGATGAAGCAAATAAAGCCTTTGATGAAACCGTCTCTAAAGCATTGTTGACAGAAGCAAATAAAGTAGGACTAAAAATCGAAGATGAAGTACCTACGATAAACAAAATAAAAAATGCTGTTTATGCAGCGAAACAATCATTGCCAAAAATTAATGCAATTGGTGATAAAATACTCTATTTAAACGATCATCAAGATCAATTAGATCAGTATGCAGATAAGTTTCGAGGACTTGGTCGTTACAAAGGTGATATTGTATCGGCACAAGATAAGTTAAATGCAGTCAATGCATCCATACCTGCTTTAAATGAAAAGGCAAAACTCGTATTAGCTTTGAACGCCTATATGCCTAACATTGAACGTGTGTTAAATGTTGCTTCTAATGACGTGCCACAACAATTTCCTAAAATTAACCGCGGTGTCTCACTCGTCAATCAAGGTATGAACACTGCACAAAGTGGGTTAAATGATGCCGACCGTTATTTAACCATAGCAAAACAGCGTGTGGGAGATTACCAAGAAGCAGCTGGACGTGCGCAAGATGCGAATAACAACATTAACTCACGTTTACAACAAGGCAGTGTAAGTCAGCAAAGCACTCAGACATCCAGCAATGGTGTGCCTTATAAAGTTGAGCAAGTTAGCACGAGCAGCTATGATGTACCGCAAGCTGGACAAATTGTTTCAAACAATGATGTTAAGTCCATGAATAGCGCTTTAGCAGAAGTACTATTATCACTATCTAAACAAGCAGATACGCAAGTTGAAGGAAACCAATCCGATTTAGCAGCATTAAAAAATATAGCTTATGGTGTGATTGCATCGGATAAACCAGATGAATTTAAAGAAAGTTTAAATCATGTGTCATCTCGTATTGAAGCTACAACACAATATAATCGTCAATTTATCGATACGTTAAAAGAACTTGAAAAAAGTGAACATGTCGATTTAAGCTCACAAATCAACAAGATTAATAACACAAATAAGCAACTGAATGATTTAATGCGTTCAGTAAATCAATTATCTGATGCCTTATCTAATGGTAGTACGGGTCAAGCTCAAGCCGTAGATATATTACGTCAATTACCAAATGTCAATGAGCAACTTAAGCAGTTTCGTTCATTTATCAAGCAAGATCTTAATCAACGCTTACTCGACATATCTAATGACATTACAGATGTGTTAAATAAGGGGCAACAAACCTTATCTACTGTGCAGTCTAAGCTCACAAGCATTGAGAACGTGATTGAAGCAGGGCATCATATTCTTAATAACGGACAACAAACGGTAAGTCGTATTCAAAGTGAATTACCTGCTATCGAGCAAGCTTATATTAATGCGATGCAAACGGCACAAGCTTATTTCCCAACGATCAAACAGAATGTAGCTAAAGCTGCTAACTTTGTAAGAAATGATTTACCACAGTTAGAACAACGGCTTGCTAACGCTACAGCGACGGTAAATGATAATATTCCAGCATTATTTTCTAGATATGATCAACTTGTTGGATTGTTAGATAAGAACCAGCCACAAGCGAAGCAAGCATTAGGAAATATGGCTCAATTTATTGAGCATAAATTGCCTGGCATTGAGAAAGATTTAACTAAAGCGGATAAGATTTTCAGGCAGCTAGATAAAGATGATGCCGTTGATAAAGTGATCGATACATTGAAGAATGACTTGAAGAAACAAGCTGACGTCATTGCACATCCAATCTCTAAAAAGCAAATTGATATTTTTCCAGTTAAAAATTATGGTTCAGGTATGACACCATTCTATACGGCATTATCAATTTGGGTAGGCGCACTATTGATGGTAAGTCTATTGTCTGTAGACAACAAACATCAAGTTCTAAAAGGTCGATTGACAACACGACAAATCTATTTAGGAAAAGCCGGATTGTTCTTATTATTAGGTGTGGTACAGGCACTAATTGTGACATTAGGAGACTTGCTTATTTTAAAAGCAAGTGTAGAATCACCTATACTATTTGTATTAATAGCACTTTTTGCTTCATTAGTCTTTAATACCATTGTTTATACATGTGTTTCATTACTTGGTAATCCAGGTAAAGCCATTGCCATTATTTTGTTAGTATTACAAATCGCTGGTGGTGGAGGAACCTTCCCTGTAGTGACTGCACCGGGATTCTTCCAAACGATTTCGCCTTATTTACCATTTACGTATGCGATTGATTCATTACGTGAAACTGTTGGAGGTATAGTACCAGCTATTTTAATTCCAAAATTGATTATTTTAGGATTGTTTGGTCTCGGCTTCTTAACGATTGGTTTATGTTTAAAACCAATTCTTGATCCGATGATGCGCAAAGTCACTAAAAAAGTTAATAAAAGTAATGTTACAGAATAGCTATAAGAAAAGCGTATGCCTCGTGATGATATGATGTCATCACGAGGCGTGCGCTTTATTGTTAATGGTTCGTTTTAGATTGTGTAGTAGACGCAGCGGAAGAATGGGAAGCAGAACGGGTAGTATTACTATCACTATCATTACCGCCACCACCTTGGCCACTGTGCTGCTGTGACTTAGCGTTGTTGCCGTGGTTTGAATTCGCATTGTTATTTGTCTTAGGTGTTTCATTTGATTTTTGTTGCTCAGCAGACTGTTGAGATTTTACAGGTTGCTGTTGTTGATAATGATATTGGGGTGCCTGTTGCTGAACATTTTGTCCATTGTTGGCAGGTGCTGTAGTAGCATTGTTTGCCGACTGCGGTGTGTCTAATTGTGCATCGTCTTCAGGGCTGTTGTCTTTGTGTGTATCATTCTTTTTCTTAGTAGATTCAACCTTGTCTTTCTGGTCGGAAGTTGAATGATGCGTTGTCGTAGCTGCAAAAAACACAGAAAAGCCTAAAGCAACAACGAGTAATAAAATAGTTATAGCTGCTAATACTTTTTTCAAAAATAATGCCTCCATCGTCTAAATGATTATGTATTAAACTTCACCTTATATCTATGTATTGAGTTTTATGATGCAAATAATGTATACTTTATCATTTTACACTATTAAAAAAATGATTTCGACTTAATTTTCATATAAGGCTAAAGTCTAATATGTAGGAGACATACTAAGATTAGCTATGAACTCTGTCCTGCTCCCAACTCACAGTAAGAAAGTAGTAGAAAAGTATAATTAAAAGTTCACTGGTGTTACAGCGAATGATTGTAAAGCGAGTAAAGTTCAATTTGTCGTTAAAGGTAACTTAACATATGACAAGTTAGTTAAAGCTTATGGTAACAACTTGAAAAAAGTTAAAGATGATACAAATAGAAAAGATACAAGCCTGTTCGTCTATAAATCAACAAAAAAAGGGTTTAGGAGTTACATGCTTTGTTAAACATGGCAAAGTAGTTGAAGTAGATATGAGCGATGCGAGATTTACAACAAGTAAATAATATAAGTAGTCTATGAAGACAGTGATAAAAGACGTCTTCATAGCTATTTTTTTGTCTAGACATTTGAGGTTATTCCACATTACATAAGACATTAAAATCCAAGTTTATTGTTTCATTGCCACGCTCATTACCTATAACAATATATTGCTGTTGCGTGTCAATATGTTTAATATAGCCAGAATGGATATAACCACTGCGCCAATAACTAATAATAGCGAGTTGCTGGTGGACGAATTTCGTTGTTAAATTGTGATTGATGAGTGTTAATTGGTCTTCAGATAAGATGGGCATGTCAATTTTATTTTGTTCTTCGATATAGTCACGCAGCTGTTGATATTGCTCTGGCATTGTCGCAAACGGTTATATATATGTTGAAGAATATAGACTATTTTGTTTAAAATGAATCATATTTTAAGAAAAAATGAACAAAGTAAAAATATTAAATAGTCTTTTTTTATTACGTGTAATAAGTTTAATATGTATGATGTAAAAAGAATTTGAATAGTGTATACTTATACTATTAAAATTAGAAATGAGATTATTATGAAAATAGTAGAAGTAAAATCTAAGAATGGTACCAATTTTATGATTTTAGATGGTAATAATGAACCTATAGTAGATGCAGTAAGATATTTGAAGTATCTGGATAGTGTTAAGAAAAGTTTAAATACCAAGAAAACCTATGCCTATGCACTAAAAAATTTTTTTGTTTACTTAGAAAGTAAAAAGATATGCTATAAAGAAGTTAGTTTTGATAACTTTGTTGATTTTATAAGATGGATGAAAACACCTTTTGAATATGAGAATGTCCTCTCTTATCACCGAAAAGAAAAAAGCATTAGTCCTAAGACAATTAATCTGACTATGACTGTAGTATCTAATTTTTATGATTATCTCTATAGGAGTAAAAAATTAGATGTTAATTTCTATGATTTTATGCATATGGAAAGTAAATACTCTAAAAAATATAAAAGTTTCATGCATCACATAAATAAGGACTATAGAACGTTGAAAAATATTTTGAAAGTTAAAGAACCAAAGAAAAAAATAGAAGTGTTAACTAATGCGGAGGTTAAGAAATTATTAGAGGAAGCTAATAATATTAGAGATAAATTCTTAATACAATTACTATATGAAACCGGATTACGTATAGGTGAGGTATTATCATTACGTATTGATGATATTAAATTTGACTTTAGAAAAGGCCATCAAATAGTTTTGAAAAATAGATTTAATGATAATGGTACTTATTTGAAAACTGGGGAAAGAAAAATATTTATTTCCCAATCGTTAATTGATTTATACGATGATTATGTCTACGAAATAATTGACGAACTTTCAATATGTTCTGATTATCTTTTTGTAAAAATAAAGGGGAGAAATGTAGGAGAAGCTATGAATTATAGTGATATATATTCATTATTTAAAAGGCTAAAACATAAAACATCTATAAATGTTCATCCTCATTTATTTCGCCATACACATGCAACTGTTTTTTATAATGAAACTAAGGATATAAAACAAGTTCAAGAAAGACTTGGTCATAGTAATATACAAACGACTATTAATTTATATGTTCATCCCACTGAAGAAGATATACGTGAAGATTGGAATAAAGTAAAGCATCAATTTCAAGTTTTTAATAAAGGGGAATGACTATGTCAATACCAATTAATTTACCTACAAACAGTACTATGATTAATGAATTATGTACATTACAAAGTAGAACCATCAATATAAAAGGAGAGGTTTTAATAACTGAAATATATGATGATTACTTTTTTAAAAATGATGAGTGGCACATTACAGCTTTTAACAAATTCAAGCAATTTCAAGATAGTATCAAGAACTATAGAGACAAAAGAAAAAATGTTTTCTTTAGGATTAAAAGTAAAAATTTGAATTTAGAATTTAAATACCTTTTTTTGAAACTGATAGTTAAAGAGGATTGGTCCTTATCTAATTTATTTAATACTGGAGCAGTAAAGCTTAATAAGATTGCTAAGTTCTTTAATGAAGTTTATCCAAATTTAAATTCTTTACTTGATTGTGATATAAATACATTAGAAAAGCACTGGTTTAATTGGCTGACTGAAAATAATATACCAATAAAAAGAAGATCATCAACAATAGTTTTTGGTGATTATGAATACAAAAGCGGACTGGCTTCTTTTTTAAAGAATATGTACATTAATCTAATTAAGTTCATTGATAAGCGAGAAGAATGGGAAAAAGATAAATGGGATATTAGAAATTTAGAAAAATATGGATTGAGTTATAATAAAACACTAACTGGCAATTATTTAAACTTTGAAAAAATTGAGTCAATTAAAATGCGAGAATTAGCAAAAAAATATTTAAAAAATCGTTTGATAACTGGTGATATAGCATTTGCTACAGCAAGGTTTTATATAAGAGTTTTAACTAGGTTTTTTCAAAATATATCTAAAAATAAAGAAACAAGGAATAGTTTAAATGAACTAGATAGATGTCATATCGAAGCATATATAGAATTTTTGTTTGAATATGCAGCTAATAAACATTTGCAAAGTACTAAGAATTTTGTGAGAGAAGAATTAAAAACAATTAGAAGGTTCTTAAACGATATTATAACTCAAAACTATGCTATAGCACCGTACCAAGATATACGATTTTTAATTTATCCTCAAGACTTACCTAAACACGAAAAGAAAAATAGTAGCCAAATTGATTATATCCCAGATTTTGTATTGGAACAGCTTTTTGAGCATATAAATGATTTGCATAAAGATTTAATACCTGTAGTTTGGATAGCTTTTAAAACAGGATTAAGAATTTCTGATGTATTGACATTACAAAATAATTGCCTTGCAAAAGTTAATGGAAAGTATTCAATAATCACAGATATTGCTAAAACTTTTGTTAAAGGACATAGAATACCAATTGATAATAAATTAGCTGATATAATAGCAGTTTTAATAGCCGATTCTAAAAGTAAAAGTACAAAAGATAATAATCCTAATAATTATATTTTTGCTATTTATAAAGGAAAAAGAAAGGGAATGCCCTTTACACAACATATGGTCAGAGCACACTTAAATCATTTATCAAAGACTAAAAATATTATTGATGAACAAGGAGAAATCTTCCATTTCAAAACTCATCAATTTAGACATACCTATGCAGTAAAATTGTTAAATGGTGGAGCAGATATATTAACGATACAAGAATTATTAGCACACTCCTCACCAGAAATGACTCTAAGATATGCTAAGTTACTTGATGATACAAAGAGAAAGGCTTTTGAATCAGTTATTGATCAAGGAGCTTTTAGTTTTGATGTTGACGGTAAAATTAAAAATATACAGCATAGTAGTGAACTATCTGAAAAAGCATTGAATTCTTTATGGCAAGAACATAAATTAAACGCAATGGACAATCCTTATGGCACTTGTCATGCTAGATTGAGTGGTGATTGTCCATACATGGAAGCTCCGCCATGCCTGACTTGTAATTCTGGGAAACCATGTAAGGATTTAGCTATTGGATTTTCTGATTTAGATGTTGAAAAATATGAATTACATATCAAATCAACGGTCAAATCTATAGAATTAGCTAAAAATAATAATAGACAAGATATGGTTGAAAAGCATATAAATATATTAAATAAATATGAAGAAATACTAGGTAATATAAAAGATGGAAACATTATATTCGGGAGAAGTAATAGAATAAAAGTATAGAGGTTAAGATGGAAAAATTTAATAGACAAGAACAATTAAAACAGTTGCATGCAGAACGAAAAGTTAAAACCGAGAAAAAAGTTGATAAAGCAATAAATGATTTAGTTCAAAAAAATAAAGAAATTAACTTTAACATCGTTTCTAAACATTCAAAAGTTTCGAAAGCTACATTATATAAAAATAATAAAATTCGAAAGAAAATAGAGAAGTTACGTGAACAAAACAGAGAAATATTTGTTCATAAAAATAAAAATGACGGTAAAGATGCGTTAATCTCCTCTTTAAAAAGAAAAGTAAATTCTTTAGAAAAAGAGAAAAAAATGTTGAAAGAAGAAATTAGCGTTTTATATTCTAGGCTGTATGAGGATATTTAA

Protein sequences of DBSCAN-SWA_2

>NZ_AP021848|371586:409297|382659_382944_+|WP_002460675.1|DBSCAN-SWA
MKILVVCGHGLGSSFMVEMNAQEALKNLAAPADIEVEHSDIMTASPEMADLFICGRDLAENAQRLGDVLVLDNILDKEELQQKLQQKLQALNMI
>NZ_AP021848|371586:409297|408931_409297_+|WP_000410574.1|transposase|DBSCAN-SWA
MEKFNRQEQLKQLHAERKVKTEKKVDKAINDLVQKNKEINFNIVSKHSKVSKATLYKNNKIRKKIEKLREQNREIFVHKNKNDGKDALISSLKRKVNSLEKEKKMLKEEISVLYSRLYEDI
>NZ_AP021848|371586:409297|391878_392250_+|WP_002478990.1|DBSCAN-SWA
MVTIKPHQIGSKNDNILSAIAYLSIFFAPVILPVVMWIMMEDTIKYHAKYAFFNHIACLLCIFGIPGSGAFLFVSAMVVPEYIEIIQVIAPVIAFILFILLGILFVINIMRAVKLFMTIKVPR
>NZ_AP021848|371586:409297|374993_375632_-|WP_002460684.1|DBSCAN-SWA
MDILVTAFDPFGGEKINPALEVVKRLDTNIGAHTITKLEIPTVFHESKDVIAQKLAQQHFDAVLAIGQAGGRFEITPERVGINIDDARIADNKGNQPIDVAIQPDGAPAYFSNLPVKTMTEAIKAEGIPAKLSNTAGTFVCNHVLYQLGYLADTQFTDLLFGFIHVPFIPEQVTTKPETPSMSIDTMTKGLTAAIKVISYGDDQKIALGETH
>NZ_AP021848|371586:409297|406859_408923_+|WP_000026850.1|integrase|DBSCAN-SWA
MSIPINLPTNSTMINELCTLQSRTINIKGEVLITEIYDDYFFKNDEWHITAFNKFKQFQDSIKNYRDKRKNVFFRIKSKNLNLEFKYLFLKLIVKEDWSLSNLFNTGAVKLNKIAKFFNEVYPNLNSLLDCDINTLEKHWFNWLTENNIPIKRRSSTIVFGDYEYKSGLASFLKNMYINLIKFIDKREEWEKDKWDIRNLEKYGLSYNKTLTGNYLNFEKIESIKMRELAKKYLKNRLITGDIAFATARFYIRVLTRFFQNISKNKETRNSLNELDRCHIEAYIEFLFEYAANKHLQSTKNFVREELKTIRRFLNDIITQNYAIAPYQDIRFLIYPQDLPKHEKKNSSQIDYIPDFVLEQLFEHINDLHKDLIPVVWIAFKTGLRISDVLTLQNNCLAKVNGKYSIITDIAKTFVKGHRIPIDNKLADIIAVLIADSKSKSTKDNNPNNYIFAIYKGKRKGMPFTQHMVRAHLNHLSKTKNIIDEQGEIFHFKTHQFRHTYAVKLLNGGADILTIQELLAHSSPEMTLRYAKLLDDTKRKAFESVIDQGAFSFDVDGKIKNIQHSSELSEKALNSLWQEHKLNAMDNPYGTCHARLSGDCPYMEAPPCLTCNSGKPCKDLAIGFSDLDVEKYELHIKSTVKSIELAKNNNRQDMVEKHINILNKYEEILGNIKDGNIIFGRSNRIKV
>NZ_AP021848|371586:409297|394821_395874_-|WP_002492426.1|DBSCAN-SWA
MKVELGLTSFADNSDIYMPDGKQEKISNARRIRNIVEEIKLADQLGLDIYGLGEHHREDYAVSDPVTVLAAAAATTSHIRLSSAVTVLSSDDPVRVYERFSTLDAVSNGRAEIMIGRGSFIESFPLFGYNLNDYEDLFNEKLQLLLKINQQPVISWKGTLRPSIDETGIYPRAEHGPIPISIATGGTPESSLRAGAFGLPITYAIIGGNPRRFKRHIEIYKSVARSYGHNPEKLPIAVHSWGYIAETDEDARREFFPSLKAHQDVLGQERGWPEFDENAFEREIGPQGAIYLGSPETVAQKIIETIETLGLSRFMIHTPVGSMPHENTMKSIRLFGERVKPIVDKYFEDK
>NZ_AP021848|371586:409297|377584_378958_+|WP_002492370.1|DBSCAN-SWA
MSIKDHKFDLSLVLAACLAVLTYWMFAQSFINIGASVQHTFGAVDTTLNLSISIVAFVTGIFMVGAGDVADKVGNLKMTKLGLMLSIIGCICLISTHLTAFLIIGRIFQGLSAAVLLPSTIGLVTDRFSGETLRKAYSYLMIATVGGIGFASYIGGTISQYLHWQSIFVLSIILSVVALWILKNKQEVPRAERNHQPFDYVGMFIFGVFIAALMILMTQGFNYGIGTFTITLVVVMIMALIIFYLYEKRQKVPFIDFSIIKNRAFLGSTINNFVVNTGTGTTVVFNVYAQKQLGLTEMQTGLVIVPYTIMAIAMIRLGELAIKRYGGKSMLIAGPLFPTLGIMLISMTSLTTHLYIAIVTIAYVICAIGNGLVATPGLTIAIFNMPEHKVSFATGLYKMGATLGGAFGIAFNTTIFTVCLQFYTVETAAMVSFIAGAIVMILGVISAFVLIPRNVKA
>NZ_AP021848|371586:409297|380266_382198_+|WP_002492561.1|DBSCAN-SWA
MLNNRQSKIFDLLVKSEQYTTIADLATMFDVSQRTIQYDLEHIENLQRERQFTLQRHKSYGVRIHNLQETLSKNDELIYTDVHLSKDERVLNIILKLFETSQPLTSSDLAQAMAVSRRTIVNDLKAIQHWLTQYQLELAYIKNKGFMITGDEEAYRSAYANRIQVYFKTMSPFITLDIFTDEELTKVRNTVIHTLTQMDYHLVQSAIDGLIYHVLIAIHRLKGKFSFDVPSEQAETLKQTYQFQIASQLKDNLEGQFNIKFPDSEAIFITLHLLGSKVSTNAEMRGTQEGLETVLRRFIYQVSAEIGIDMHKDDKLFDNLLLHMKPALHRLKYRMSQQNPLQEEIYQQYHQLVGIIESQITLLEQTYDITFTVDELAFIVIHFASSIERIAQHQDQIKVVLLCGSGIGTSQLLKNKLRNVYPEFDILDAYSIYQIDESQLLARGIDYIISTVPCEATQIPVIIVDPFLSLAAREKLNHIVNTHREQKVRRLDQEGYTLRQLLPIHRIQKCQQHMQRNEAIAHATTALIQDGIVAQDYVEEMIAQLEKFGPYMVISPHIALVHAGTAHVLQDAGFSMCYFEHGVRFGHQHYDPVHIVIVLATKNPTFHLTALGQLSALITNDKDRQHILEGQLEVVHRFIDDLD
>NZ_AP021848|371586:409297|376583_377300_-|WP_002460682.1|DBSCAN-SWA
MEWLKLIGILIIILGFLFKFDTIAVILVAALITGLVSGLDFTEVLSILGKAFVDNRLVTLFMLTLPMVGLIERFGLKQQASKLISNVKRVTAGRLLTLYLIIREIAGIASIRVGGHPQFVRPLINPMVQGALRTRYNLTDATIDAKDIEKLKAEASAMENYGNFFGQNLFVGAAGVLLMVGTFSSLHIKVNAIDLVLASIPVAVITLLLIWIKNMMLDRYFNKKYGRNEVKTHESNNN
>NZ_AP021848|371586:409297|390319_391036_-|WP_002492438.1|DBSCAN-SWA
MKVGRYIFFIIIGGIIGGLIGSNIERVGTFIASTNFSGSRLNLIICVSTSLLILALMLYQWYVQQRSLKYKYMISNVDDGSDIDHYEKQATLDYNKVHIIAHLQLAIGFIAIFFIALGNAAPNEFFYALIPYLLTLIPSLMLGFYSRRFDALLPKIAEKHYTEKALALLDDGERHIVLISMYKNYQVNLVLLIMAIVFIGIFSIYTGLNQTPGLLALIVIFIYNSLGYLIKLRQFYKA
>NZ_AP021848|371586:409297|373164_373965_-|WP_002479005.1|protease|DBSCAN-SWA
MNDYHTSTEQRYNETNSTIESSTKNVKPRGNIILNILIFIGWMLLSQMVILIIFGILKLSSIFNSFSGAILTCLFIVIATIITWLIRRYYIRHSYEERQKFKLKDIGINIGWAVLLRVLALAFSYLLHITTGSGQSENDKMLLGDANHQISDASQLPQIFPFLMFILTISILTPYLEELIYRGIFKETLFSRAAFWLPLILSSLIFALQHSVTDIISILMFMFMGIIFYLAYSRRGNVRDSMMVHMIHNSTTGIILLIGYFYVLLH
>NZ_AP021848|371586:409297|388783_389419_-|WP_002460663.1|DBSCAN-SWA
MKGLLLSSYYTSKKSLFTYLIVALASAIMFSFFNPIMTCFLAMIFLISPVTDNIKHEKDSRWMYYVSTLPTGRATYVKSYFVYYGILILIGLIMGAGACFIVTQNINLTLISILVGIGGSGTYAIMFPLTFKFGPENSNVIMISTSFIVIGLFFFVFFGFVIPSLSDSGSFDSVLSNLTTLWVLIIYGIIGCALLILSYIASLQIFKRQEL
>NZ_AP021848|371586:409297|387281_387686_+|WP_002492459.1|DBSCAN-SWA
MELNAKMQINVEPDKAYEAFVDPAKIGRFWFSSSSERWETGKTIQLQYKEYDATMEIFIKETIPNEQIKFQWGTYQGEICFEPSAEGTIVSVREYPYHEQDVQMMLDKTEGWVYMLTCLKSYLEFNAIIRGGLR
>NZ_AP021848|371586:409297|387808_388684_+|WP_002492500.1|DBSCAN-SWA
MKRIYVVGSMSMDLVVSTKRVPQKGETILGESFFTTPGGKGANQAVAAARLGEQVYMVGRIGDDQLGEEIYENLQRNKVRVDYVKPVADSTSGTAHITLCDNDNSIIVVPSANNEVTSSYVSTALKHIKAGDIVLLQQEIPEDTVSEVITYCAEHDIITILNPAPYRDLTAEVIDQATYLTPNETESAAMFGTNIDAALKQFPNKLIVTLGHQGAVYHNGNIKVMIPGFERQVVDTTGAGDTFNGAFAVGLQKGYDIDQALTFANLAASHAVTGMGAQGGMPYFNDLVDEF
>NZ_AP021848|371586:409297|379075_380056_-|WP_002492511.1|DBSCAN-SWA
MCTGFTFQSHNNEVILGRTMDYDWPLTGHPAVQPRHYEWKSRVDYQGQTLYGFVGTGSDMEGFIFGDGMNEHGLAISTQYNRDYCSYASQCRDDAMNISQNEVLTWVLGYHQSIEELCAHADQVNVVAVTLNDINDVPPLHYHVSDASGRTVELTFDQGRVVIHDNPIAVLTNNPDLNWHYENLKNYVAITPYRPSAKQFNDVELTTLGSEGGTRGLPGGFTSPERFVRAAYLIRHLQPSDDDHAVLDAFRILDAVSIPKGAVRSQNDDLHYTLYQTVFNLTSRTMFVKYYQSNQIIELSLTESLLNQSHLQLFEPISGISTTKLN
>NZ_AP021848|371586:409297|384381_385344_-|WP_002492567.1|DBSCAN-SWA
MDYNVLLYYKYTTIDDPETFAAEHLAFCKTNNLKGRILVSTEGINGTLSGTKEDTENYMAHMHADERFADMTFKIDEAEGHAFKKMHVRPRNEIVALGLEDDVDPRVTTGKYYSPSEFKKALEDDETIILDARNDYEFDLGHFRGAIRPDITRFRDLPNWIRENKDQLEGKNIVTYCTGGIRCEKFSGWLVKEGFENVGQLHGGIATYGKDPETKGAYWDGKMYVFDERISVDINQIEKTIIGKEHFDGTPCERYINCANPECNKQILVSEENEAKYLGACSYDCAKHERNRYVAEHNISDEAWKHRLENFKDVPERAHA
>NZ_AP021848|371586:409297|399004_401011_-|WP_002492407.1|DBSCAN-SWA
MSKQKIFIYLLSATLIVPTFTSDIAHATELTNQSHNESNHASVDKSDNDDTSDTNDEQTTKKQEKSAKTTKFKQYTRAKKASHDEDDLSIFNKLFSDDTLSSNYLNPRGQQDSLSELLTAIFSSDSETTERTAQDTSDDMEPAAEQQDKASTTDSTEQHSTTTSEQNDQSAKDATTDDNKVSDALDELDNLDDASNHAQDTQRRHDSEASKDDDKETSSEEKPHQEAPSHDTAQDKQNDSNKESTDSASDAVIDSILDEYSDNAKKTQQDYTQDKTSDKHKQSNATTTTHQKYAHIDVKKDRETRHQIDNPQLPSKDSVSHATVPAQSFEEATKQANTRATSLFATIPQASDNTSSTDDLSVVDSQQTRTFIKAIGTDAHQLGQENDIYASVMIAQAILESDSGQSTLAKAPNFNLFGIKGAYKGESSEFNTLEATANNQLYSIQAAFRKYPNKKASLEDYVQLIKEGIDGNATIYQPTWKSETSSYRDATAHLARTYATDPNYATKLNQLIKHYHLTDFDHKKLPDLTHYNSSNPGMDNTGNDFKPFIDTNSTSPYPQGQCTWYVYKRMQQFDLAIGGDLGDAHNWNNRAQSEGYHVDTTPKTHSAVVFEAGQAGASSYYGHVAFVERVNDDGSIVISESNVKGLGIISYRTLDANTADQLSYISGK
>NZ_AP021848|371586:409297|404218_404707_-|WP_002492560.1|DBSCAN-SWA
MKKVLAAITILLLVVALGFSVFFAATTTHHSTSDQKDKVESTKKKNDTHKDNSPEDDAQLDTPQSANNATTAPANNGQNVQQQAPQYHYQQQQPVKSQQSAEQQKSNETPKTNNNANSNHGNNAKSQQHSGQGGGGNDSDSNTTRSASHSSAASTTQSKTNH
>NZ_AP021848|371586:409297|371586_372405_+|WP_002460689.1|protease|DBSCAN-SWA
MNYIKILGMFVLAFLMIIVAQALGAIFDEMIPFLGIGIIISALIYCIVIYFFVRLMIEKGLKQRRVDYRIVSPHFDIRAVILGIILPLSVILFYLIFVPGEFKISHFKTQDTLFRSLFWDIFQVAVAGAIVEELVFRGLLMGYIEKKTNIVVAILTTSIFFGAIHVLNGALNVGSFLQLLVGGSLAGVMFGLTAYVFRSIWASATLHFFWNISQVFYITEKQVDDKVFQYILDSHNFALTGGEFGFEASIISILGYVSVIVVLVMLRRRLRQ
>NZ_AP021848|371586:409297|401319_404157_+|WP_002492582.1|DBSCAN-SWA
MKNALKLFRFDLKRIAKTPAVWIIIAGLAILPSFYAWFNLWAMWDPYSKTDHIKVAVVNEDQGDKVRNKEINVGNSIVNKLKKNGKFDWQFVSRAKADHEIKMGKYTAGIYIPKEFSHEITGTLRKQPQKANVEYKVNQKNNAVAPKMTDTGSTVIVDEANKAFDETVSKALLTEANKVGLKIEDEVPTINKIKNAVYAAKQSLPKINAIGDKILYLNDHQDQLDQYADKFRGLGRYKGDIVSAQDKLNAVNASIPALNEKAKLVLALNAYMPNIERVLNVASNDVPQQFPKINRGVSLVNQGMNTAQSGLNDADRYLTIAKQRVGDYQEAAGRAQDANNNINSRLQQGSVSQQSTQTSSNGVPYKVEQVSTSSYDVPQAGQIVSNNDVKSMNSALAEVLLSLSKQADTQVEGNQSDLAALKNIAYGVIASDKPDEFKESLNHVSSRIEATTQYNRQFIDTLKELEKSEHVDLSSQINKINNTNKQLNDLMRSVNQLSDALSNGSTGQAQAVDILRQLPNVNEQLKQFRSFIKQDLNQRLLDISNDITDVLNKGQQTLSTVQSKLTSIENVIEAGHHILNNGQQTVSRIQSELPAIEQAYINAMQTAQAYFPTIKQNVAKAANFVRNDLPQLEQRLANATATVNDNIPALFSRYDQLVGLLDKNQPQAKQALGNMAQFIEHKLPGIEKDLTKADKIFRQLDKDDAVDKVIDTLKNDLKKQADVIAHPISKKQIDIFPVKNYGSGMTPFYTALSIWVGALLMVSLLSVDNKHQVLKGRLTTRQIYLGKAGLFLLLGVVQALIVTLGDLLILKASVESPILFVLIALFASLVFNTIVYTCVSLLGNPGKAIAIILLVLQIAGGGGTFPVVTAPGFFQTISPYLPFTYAIDSLRETVGGIVPAILIPKLIILGLFGLGFLTIGLCLKPILDPMMRKVTKKVNKSNVTE
>NZ_AP021848|371586:409297|375676_376603_-|WP_002460683.1|DBSCAN-SWA
MSQTTINHILEFFYILIGLQFLYTAYRALRATDKQKRIGTALFWTILAILFIAGPYIPNALNGALVLCMGALTLFKQVQIKNIIDVTEKEAERGSDRYGNKLFIPAVALAVIAVVVSNWTPLGGAIGLGISSVLGLIAAVWIIRPKLHYILYDSDRLTQQVGTTGILPQFLAALGVLFTASGVGQVISKGISSFLPEGNHFIGAIAYILGMVIFTILMGNAFAAFTVITASIGIPFVIAQGGDPVIAGALAMTGGFCGTLLTPMAANFNTLPVALLEMKHEFGVIKAQAPIAIALIIVHIALMYFWAF
>NZ_AP021848|371586:409297|396519_398499_+|WP_037540924.1|DBSCAN-SWA
MRLFKSSQGRQPFGTYIKLSCSALLISSVFVNYSSIENVHAETAENQSIDENHHKISQWISDAKQDINELNALNDSVRKQFEKQLDEATSRQEIKQIVADATDENQAREDSSEADNTSSQDTKHSAQSTTTTDITAELDKILANLNAVVDKDITDTPKASEAQRGTKDNEQYDASKVQDKERQNDQKSTTVLDDLAHIKDHVKQADSAVTKDDKEQTEPNNKETKSNQQQTPTVKSHEKNEDQLKPQHRDANHSTRADKAIDSAASKQDTNSTHLMEKLDKQLTPTEKIEAAVTKVQNDNHHNNKDYADKRLNQLATLKENVANRVDIAQDKKKQIITDIERAANKTTANRQIIQNDLAQAEDKEAVVKDIVTTIFSPNEAQQILKNMSVKGKTDKEIADQLLQHIDKLALTSSDDILASMFDQTKDKSHLIETILGMKLSPEEAKKAAQRLTNAKLSNKALVQQLKKEFGLNGKANADDILQSILDQSTNQKEAIKTILATKINEEKARLLADVISRVSKDKKDVLQLVKSALNGKADDLLQLKHRLDQAQYQADDILAPIKNRPSLLDRLHADAQRHRSVLDQIDDIPNPTQGLSLGHINNQDNFLSGLFDDNGSLSLPASGQVLKTYWPVLAIGMILIGGGLLLLARTRKQHNAKS
>NZ_AP021848|371586:409297|394449_394809_-|WP_002492563.1|DBSCAN-SWA
MILRYVTNVKIAKELFEASKPKLKGDQEMKDTFNNVFGLDEKLVPLVGGLEAASATLFSVSFLNKNISRLASLTTIGVLGVAAYKHFEAGHGKAGAQHALDLLGLATLSLLDTFDGKRR
>NZ_AP021848|371586:409297|382213_382660_+|WP_002460676.1|DBSCAN-SWA
MTLDLLTEDKVVVKTSTTDWSTAIHEAAQPLLNANVINEGYVDAMINSVNEFGPYIVIAPEIAIAHARPNGDVNEVGLSLLKLKEHVNFSEEGHYASLVFVLSAVDGQSHLTVLQDLASVLGDKDTVQQLLATQDKAEILNLLKETDE
>NZ_AP021848|371586:409297|382958_384314_+|WP_002492448.1|DBSCAN-SWA
MHAILDFIVDILSQPAILVALIALIGLLVQKKSATAITTGTIKTMLGFLILSAGAGVVSNSLEPFGKIFQHAFGVQGVVPNNEAIISLALKDYGTTAALIMVFGMLINIVIARISNLKYIFLTGHHTFYMAAFLAILLTVGHIKGYLTVTIGAVLLGLLMSILPTLAQPTMRKITGNDQVALGHFGTISYWAAGEVGKLFKGKSKSTEEIKFPKGLSFLRESTISISITMALLYLIACLFAGVGYVHDHISQGQNFIVFSVIQGVTFAAGVFIILTGVRLILAEIVPAFKGISEKLVPSSKPALDCPIVFPYAQNAVLIGFFVSFITGVIGMFILFFTGGIVILPGVVAHFFLGATSAVFGNARGGIKGAVAGAALNGILITFLPLLFIPFLGDLGLATTTFSDTDFLAVGIIFGNIVKYAGIIGSVIFIVILAAGAIFLKGKADKKYEQQ
>NZ_AP021848|371586:409297|405063_405201_+|WP_162494754.1|DBSCAN-SWA
MIQIEKIQACSSINQQKKGLGVTCFVKHGKVVEVDMSDARFTTSK
>NZ_AP021848|371586:409297|372424_373006_+|WP_002460688.1|DBSCAN-SWA
MKKFVLILTLCLLSFIIVACDTEDDHDDDDDSVTKKKIPTQIFNKQTTNDSISEKTMKQDIQLYLDTDRELTDAKFYYMDIIDSDDKLTTSQQDEFAKLMQLTDQNDQNFARYIHNNVLPKGGYDKFTNKISEYTKASNKIDKKSYELSKKDDASVLDDIKQLNEDRDVVNGREQKKIEKFLKAKGIKTKAYD
>NZ_AP021848|371586:409297|386701_387268_+|WP_002478995.1|DBSCAN-SWA
MNKIMAVTRGINHIGLTVPDIEQATTFFQTALDGKIAYDSQKLTDEPRAGQFVERVLGIEKGAKIIKKRMMVFGHGPNIEMFEFKDASQASAITLQDMGYTHISFYVDDFPAALEKVKKAGGIPLSEPHANTRYEDTPGNQTVYIQTPWGSLLELQTVPQGFYYPKDSEATLFTPEPIDLNQKDDTTP
>NZ_AP021848|371586:409297|385574_386552_+|WP_002492574.1|DBSCAN-SWA
MCEQALPTLKYIGASKSAVPIISEADLQTVMAEPWLKVSDDGLQLEGLIFDQQGDLYLCEVFGGRVFKVDVAKKKLSTAFQAPKVNPAAVKIHKDGRLFTCYLGDFKTTGGIFATDAHGQHFEDIISDIGNDYCIDDMVFDSKGGFYFTDFRGYSTQPQGGVYYVSPDFQTVTPVIQNISVANGIALSTDEKILWVTETTTNRLHRIQLEDDGVTIAPFGATIPYYFTGHEGPDSCCIDSDDNLYVAMYGQGRVLVFNRRGYPIGQILMPGRDEGKMLRSTHPQFIPGTNQLLICTNDIENNSEGGSMIYTVNGFAKAHNSYQFQ
>NZ_AP021848|371586:409297|389418_390261_-|WP_002460661.1|DBSCAN-SWA
MTQLLEVSNLNKSYTKSDFNLSDISLSIAPGEVLGLIGKNGSGKSTLINTLVGNRFKDSGDIKFFGQSVTARNNQYKEHIGVVFDDLRVPNKLTLTDIDKVFTNIYTTWDSNKFKSTLKDFDLPTSNAIKSFSRGMRMKAAIAIALAHDSQLLILDEATAGMDVSGREEVMEILQDYVAKDYGIMISSHISEDIETLATKLVFMRDGKIVLHVDKSHLLSHYGIVNVPLAEFNVSNDYIIASRKRNDRIEALIHDRNLVPEAEPLKSIDDATKIIMRGDK
>NZ_AP021848|371586:409297|405744_406857_+|WP_000706213.1|integrase|DBSCAN-SWA
MKIVEVKSKNGTNFMILDGNNEPIVDAVRYLKYLDSVKKSLNTKKTYAYALKNFFVYLESKKICYKEVSFDNFVDFIRWMKTPFEYENVLSYHRKEKSISPKTINLTMTVVSNFYDYLYRSKKLDVNFYDFMHMESKYSKKYKSFMHHINKDYRTLKNILKVKEPKKKIEVLTNAEVKKLLEEANNIRDKFLIQLLYETGLRIGEVLSLRIDDIKFDFRKGHQIVLKNRFNDNGTYLKTGERKIFISQSLIDLYDDYVYEIIDELSICSDYLFVKIKGRNVGEAMNYSDIYSLFKRLKHKTSINVHPHLFRHTHATVFYNETKDIKQVQERLGHSNIQTTINLYVHPTEEDIREDWNKVKHQFQVFNKGE
>NZ_AP021848|371586:409297|391032_391236_-|WP_002460658.1|DBSCAN-SWA
MRNRLKELRARDGYNQTQLAKKAGISRQTVSLIERNDFTPSILTAMKIARIFGESVEDVFIIEEEDL
>NZ_AP021848|371586:409297|374254_374902_+|WP_002492411.1|protease|DBSCAN-SWA
MIETHQPLHQYQLSTKHYWKLLLQSIMFIILLFIAESLDFLFLKSGYYYLLSLAFLVGIFGLMNAFNLHVFNFNKLTKRHLVYVVIGVIISIVCDYIAMFFISTTANQEELDAYLSGVPLLLQLLSIGIVGPIIEECIFRAFIIKGIFRRIPIVGGIVSVIAFAAVHGPSNVIEWIVYGISGIILVVAFLKTQRLEVSILIHICINVEATIVSFL
>NZ_AP021848|371586:409297|393420_394263_+|WP_002460656.1|DBSCAN-SWA
MKILLTGATGHLGTHITELAIKARIKDFNIGVRNLEKVPTHWKDNVSIRQLDYFDVESMTQAFEHIDLVIFIPSIIHPSFKRLPEVENLVQAAQKAQVKQIFYIGFYADQHNNPFHMSPYFAYAERLLASSRLNYTYIRMAMYMDPLKPYLPELVKMKKLIYPVGDGRINYISRHDIAKGVIAILQQPEAWGGRYLLSGHSYSMPELATILSEAAGSTINYAPVSLDTFASMYDEPKGFGALLASMYDAAARGLLDQHADDYQKLVNDTPQTFAQFLSQS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002460689.1|371586_372405_+|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_002460688.1|372424_373006_+	NDxxF motif lipoprotein	NA	NA	NA	NA
WP_002479005.1|373164_373965_-|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_002492411.1|374254_374902_+|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_002460684.1|374993_375632_-	pyroglutamyl-peptidase I	NA	NA	NA	NA
WP_002460683.1|375676_376603_-	DUF979 domain-containing protein	NA	NA	NA	NA
WP_002460682.1|376583_377300_-	DUF969 domain-containing protein	NA	NA	NA	NA
WP_002492370.1|377584_378958_+	MFS transporter	NA	NA	NA	NA
WP_002492511.1|379075_380056_-	choloylglycine hydrolase family protein	M1H8K9	Paramecium_bursaria_Chlorella_virus	2.9e-26	27.4
WP_002492561.1|380266_382198_+	BglG family transcription antiterminator	NA	NA	NA	NA
WP_002460676.1|382213_382660_+	PTS sugar transporter subunit IIA	NA	NA	NA	NA
WP_002460675.1|382659_382944_+	PTS sugar transporter subunit IIB	NA	NA	NA	NA
WP_002492448.1|382958_384314_+	PTS ascorbate transporter subunit IIC	NA	NA	NA	NA
WP_002492567.1|384381_385344_-	rhodanese-related sulfurtransferase	NA	NA	NA	NA
384544:384561	attL	NA	NA	NA	NA
WP_002492574.1|385574_386552_+	SMP-30/gluconolactonase/LRE family protein	NA	NA	NA	NA
WP_002478995.1|386701_387268_+	VOC family protein	NA	NA	NA	NA
WP_002492459.1|387281_387686_+	SRPBCC domain-containing protein	NA	NA	NA	NA
WP_002492500.1|387808_388684_+	ribokinase	NA	NA	NA	NA
WP_002460663.1|388783_389419_-	ABC-2 transporter permease	NA	NA	NA	NA
WP_002460661.1|389418_390261_-	ABC transporter ATP-binding protein	NA	NA	NA	NA
WP_002492438.1|390319_391036_-	DUF3169 family protein	NA	NA	NA	NA
WP_002460658.1|391032_391236_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_002478990.1|391878_392250_+	hypothetical protein	NA	NA	NA	NA
WP_002460656.1|393420_394263_+	SDR family oxidoreductase	NA	NA	NA	NA
WP_002492563.1|394449_394809_-	hypothetical protein	NA	NA	NA	NA
WP_002492426.1|394821_395874_-	LLM class flavin-dependent oxidoreductase	NA	NA	NA	NA
WP_037540924.1|396519_398499_+	hypothetical protein	NA	NA	NA	NA
WP_002492407.1|399004_401011_-	amidase domain-containing protein	Q332B8	Clostridium_botulinum_C_phage	2.8e-12	36.2
WP_002492582.1|401319_404157_+	YhgE/Pip domain-containing protein	NA	NA	NA	NA
WP_002492560.1|404218_404707_-	hypothetical protein	NA	NA	NA	NA
WP_162494754.1|405063_405201_+	hypothetical protein	NA	NA	NA	NA
WP_000706213.1|405744_406857_+|integrase	tyrosine-type recombinase/integrase	P97010	Streptococcus_pyogenes_phage	1.7e-11	31.6
WP_000026850.1|406859_408923_+|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_000410574.1|408931_409297_+|transposase	transposase	NA	NA	NA	NA
411443:411460	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NZ_AP021848|1120201:1133374|DBSCAN-SWA
CATGCTTAAACCAATAGGTAATCGTGTAGTAATTGAAAAAAAAGAACAAGAACAAACAACTAAAAGTGGCATTGTTTTAACTGATAGTGCTAAAGAAAAATCTAATGAAGGTGTAGTTATCGCGGTAGGTTTAGGTCGACAACTTGAAAATGGTCAACGTATCACTCCAGATGTTAACGAAGGGGATAGAGTTGTATTCCAAGAATATGCGGGAACTGAAATAAAACAAGGAAACGACACATATTTAATATTAAATGCTGATGATATTTTAGCAATTATAGAATAATAATATAATTTATAGAATTCAATTTTTACAGACACATATTTTAATGGAGGTTAAATAGAATGGCAAAAGATCTTAAATTTTCAGAAGACGCACGTCAAGCAATGTTACGTGGTGTGGATAAATTAGCAAATGCAGTTAAAGTAACAATAGGACCCAAAGGACGTAACGTTGTTTTAGATAAAGAATATGCTGCACCACTTATTACTAATGATGGTGTGACAATCGCAAAAGAAATTGAACTTGAAGATCCATATGAAAACATGGGGGCAAAATTAGTTCAAGAGGTAGCTAATAAAACAAATGAAATTGCTGGGGATGGAACAACAACTGCTACAGTGCTAGCACAAGCAATGATTCAAGAAGGACTTAAAAACGTAACGAGTGGTGCAAATCCAGTTGGCTTACGTCAAGGTATTGATAAAGCAGTTAAAGTAGCTATCGAAGCATTACATGATATATCACAAAAAGTTGAAAATAAAAATGAAATTGCACAAGTTGGGGCTATTTCTGCAGCAGATGAAGAGATTGGACAATATATTTCAGAAGCTATGGATAAAGTAGGTAATGATGGCGTAATAACTATTGAAGAATCTAGTGGTTTCAATACTGAACTTGAAGTTGTAGAAGGTATGCAATTTGATAGAGGTTACCAATCACCATATATGGTTACGGATTCAGATAAAATGACTGCAGAATTAGAACGTCCATATATATTAGTTACAGATAAAAAAATATCTTCATTCCAAGATATTTTACCTTTACTAGAACAAGTCGTTCAATCTAGTCGCCCAATATTAATTGTTGCTGATGAAGTAGAAGGTGATGCATTAACTAATATCGTTCTAAACCGCATGCGTGGAACATTCACTGCAGTTGCTGTTAAAGCACCAGGCTTTGGTGACCGTCGTAAAGCTATGTTAGAAGATTTAGCTATTTTGACAGGTGCACAAGTGATTACTGATGACTTAGGTTTAGAACTTAAAGATGCAACGATGGATATGTTAGGTAGTGCCAATAAAGTTGAAGTAACGAAAGATAATACAACGATTGTTGATGGTGATGGAGACAATAACAATATCGATGCACGTGTTAGTCAAATTAAAGCACAAATTGAAGAAACTGACTCAGACTTTGACAAAGAAAAATTACAAGAACGTCTTGCAAAATTAGCTGGGGGCGTTGCAGTAATTAAAGTTGGCGCAGCTTCTGAGACAGAATTAAAAGAGCGTAAATTGCGTATTGAAGATGCTTTAAACTCAACTCGCGCAGCTGTAGAAGAAGGTATTGTTGCTGGTGGTGGTACAGCACTAGTTAATATCTATAAAAAAGTGAGCGATATTCAAGCAGAAGGTGATGTAGAGACTGGTATCAATATCGTCTTAAAAGCATTAACAGCACCGGTTAGACAAATCGCAGAAAATGCAGGACTAGAAGGTTCAATCATCGTTGAACGTTTAAAACATGCGGACTCTGGTGTTGGATTTAACGCTGCTACTAACGAATGGGTAAATATGTTAGAAGCTGGTATTGTTGATCCAACAAAAGTAACGCGTTCAGCTTTACAACATGCAGCAAGTGTTGCAGCAATGTTCTTAACAACAGAAGCAGTTGTAGCTAATATTCCTGAACCTGAAAGCAATAACCAACCACCAATGGGCGGCGGCATGCCAGGTATGATGTAAAAAGACCGTTGAACACTGTTGTAGTAGCTTTTGAAATCTTCAATGGTCATAATTTGGGCATATAAATTTTAAAATAAATCTTTTGAGACGTTTTCCATGAGTTTACTAAACTTTTGGGAAGCGTCTTTTTTGTATGAGTTCGTAATCTTAGCGTAGATGTTCATAGTGGTATTTATATCTTTATGGCGCAAGCGTTCTTGTATTTCCTTAATATGCACACCAGCCTCTATAAGTAACGCACAATGAGTATGACGAAATGAATGAGTGCTTATTTGTTTATTAGTTATGTCAGTCTTTTTAAGTATAGCTTTTATCCATAATTGTAGTTTTTTAATTACAAGAGGGTAGCCGTTAACATCAGTAAAAACGAAATTATTATCTACATACAATTCGTTTTTCCATGTGTCCTGAACATCCACTTTATAGTTTTTAAGTAATTTAATCACATGAGGATCAACTGGAATTTTTCCGATTGAGCTTTCAGTTTTTGGTGTAAGTATTTGATATTGCTTTTTATTGTTATTTGGATTGTAATAAGTCTTTGTAATATTGATTGTGTTATTCTCAAAGTCTATATCAGACCACTTCAATGCCAATAATTCACCTGCACGCATGCCTGTATATGCTAATGTACAAAATACTTCAAAGCTATTTTGTGGTGAATGGTGATTTTTGGCAATTTCCAGGAATTGAAATAATTCATCTTTTTCAAGAAACTTTTTATGTATCTCAGTATCTTCTAATTCTTCCACACTAACTTTCTTTTTAGGTCGTTTAATACCCTCGCTAGGCATTATTCTTATTAATTTCATATCGTATGCGTACTTAAATATCATATTCGTAGAGGCTATAATGCTATCAATATAATTCTTGCTATACTGTGCGCTTATATCATTTACAAAGCGTTGATAATCATGTTTATTGATAGTTTGTATTGGTTTATTGTTAAAGCGTTCTATGGCGTGGTGTATGGCTTTCTCGCGTGCTCTGACACTACTTACTTTTACCTCGTTAGCATATTGTTTAAGCCAATCGTTAGCAACCTGTTTAAATGTAGATGTGGACGGTGCGATATAATCACCGGTTCTTAATTGACGTTCTACCATTTCAGCGTGGTGTTTAGCGTCTGATTTGCGTTTAAAACCTGAGTTTGAAATATATTTATATTTGCCCGTTTTTGCGTCTTTTCCTAGTGATATACGATAGCGCCATGTATTTCCGCGTTTTTCATAACTTGCCATTTGATCACCTCGATTAATATTCTTTAAAAATATCACTAGATAAACGGCTATCAGTTTGTAAAATTTCTTTATGTAGAGTCGTACATTTTTCGCCTTTATTTGGAAAAAGCTCTTCAATATCGTCTATATTTTTTACTATTATTTCAGAAACATACCCACTTAACTTTTGGTTAATTTTTTTAAATAACAAGTTTTTAAGGCCTGCAGATAAACTATCAACGTATTTTTTTAATCCGATATTTTCATCTTCATTTTTAATCGTGAAAATAAATCTATGTTGTGAATTAGTTATCTTTTCAGTTTCTTTATATGAGACGTCTAAGTCAAAATTTAATTTTTGCCTATTATCTAATTCGACGTCTACTAAAATTTCAAAGTCAAAATTTTCAATCGAAAAAGCGTGAGTAATGTTTGCAGTTACTTCAAATCCCTCGAAAACATCATTAATTTTATAATTCGGTTCTTCATCAAAAGTAAAGTCAAAATTGATCGGATTATGTTCAAAAAATTCTGAAGGAGATATGTGCAGATAACTACATAATTTATCTATAGCATCATATCTTATCATTTCAGAATCATTTTGTGTCATTGAAGTAAGTGAACTTCTTGCTATTTTTACATCTTTTGCAACACGAGATATTTTTAGTCCTCTTTCTGACAGTAGTTCAGACAATCTATTTCTAATCATTACAAACCTCCTAATTATGTTAATAATAGCATTTTTTTGGACGTTTATGTACAAAAAAATAAAAAATGATTGAGAAGTCAGTCGAAAAACTATTGCAAAAGAAAAACGATTATGTATAATAAAGTTATAAATTGATTGAGAAGTCAGTCAAAAACGAAGGAGGATTTTAATTATGACTATTTTAGCGAATACTAGAAAGTTTAAAGAAGCTATGTTCTTAAAAGGTTTTAATTTATCTGATTTATCTCGTGAAACAGGTGTTGGAATTTCTTATTTAAGCCAAATTATTAATGGTAAAAAGATTCCAAGCCCTAAATTAGCTAAGAAAATGGCAGAAGTTTTACAAGTTGAGGTAAATGAATTATTTGAATTTGAAGTAAAGGAGGCATAAACCAATGTTCAACATTAATATTGATGAAGATGAAGCACGTGAGTTACTTGAGCAGGCTATCAATGTACGTGTGGACGAATTAGCGAAAGAGAAATATTTTATGACTTACAAAGAGTTGTCTAACTATCTGAATTTAAGTAAGCCTACTATTGAAGAATTACTTATTAATAATGGCATGAAATATTATATGGTCGGATCTACGTACAGATTCAAAAAGTCTGATGTAGATGAATTCATGGAACAGCTTACTGCTCATATGAATATCCAGAATAACGACTTTAAACAAGTCAATATCAAAAAGTTATTGGAGGCAAGGCAATGAAAATGTACTTAACTTATATCTGCTTAGTTTCATTGTTAACAATTTTATTACTAGCAATATCTAACATGTATGTCGCTTTTAGTGTGTACGGCATGATGGTAACTTATGGATGTAATTTAACAGGAGGATTAGAAAATGAATAATGAACAAAAAGAAGTAATAGAACACGTGGTTTATCAACTTGAGTTAAGTGTCATGAATAACTTGGAAAGTTATGAACACACGGAATATGTTGATGGTATTGAAGTGGTTTCAGAGGTTAGTCGTGAAAAGCACTTAGAATTGATAATGAAATGGTGCGCACAAGAATTAAAGAATAATTTTCAATTAGAGAAAGGAGAATAAAAATGAATTGGGAAATTAAAAATTTATTTAGCGATTTAAAGTTGTTGAAAGATAGTTTTGAGGATTTAAAGGATAATCATGGTTGGCATTTTGAGGAGTTATATCCACATGAACCAAATCATAACTTAAATAAAGATGAATTAATTAGAGAGGGTTTTTCTTATCATGAGAGACGTATTCACAATAATCAAATGTTTGATTTATTCCATCTCTATATAGAACAGTTCGATAAAATTATACAAAAGTTTCATGAATTAGAAAAAGCATCATCTGAGAACTTTGGCGAGGAATCAGATGACGCACAAAAATTAAAAATCACAGAGTAATTTAGAAATTACACATCTATATTATAACATTTTTTACTCTGTGAATCACTAGAGGTGCAAAAAATGAATGAAATTAAATTAGAATATGACACACATGTTTCAGTGGTACATTATGAAAGTTTAGACTCACGTTCATTTAAGAGCTTTTCAAAACCTAAATGGAGTAAGTTAATTAATAAACTGTCTGTGCCTATAGAAGCAAATTATAAGTATGCACGTGGTGTTGCTGTGTACGGTGATATTAAAGACGGTGCAAATGATCATGGTGAAATTATCAAAAAGCATCGAAACGATAAAAATGTCATATACAGAAATGTGATTGTACTTGATTATGATGAAATAAATGATTTAAAGCAATTACATGAAGCAATCAGCTCAGCTTTAAGCAATGTTGCATGGTTTTGGCACACATCGTTCAGCCATACAACTGAACAATCTAGAATACGCCTGTATATCCCTCTAAATGAGCGCATAAGTGCAGATGATTATCGTAAATATACAAAAGTATTAGCAAATAAAATTGGCCACAAAGTTGATGAAGGTTCATATCAGCCAAGTAGATGTTTTGCATTAACAGTTATTCAAAAAGGGCACATATTTATTAAGCGAGTGAATGACTGTCCAATTATGGATGTTGATATGCTCGAACAGTGGTCAAAGGAGTATAAACAATCAAATGCTAGTCCTAATGTTATAGGATATACGCGACGTGATAGTGCGTACTGGCGTGAGTTAAGCTTTGGAACAACCGAAGGCAATCGTAACAATGCACTAGCTAGCTTAGTTGGGCATTTATTAAGATGTCACGTTAATGATTATATTGTGTATTCATATGCTTTATTATGGGGACAATTCGCATGTAAACCACCTATGAAAGAACAAGAAATCAACGCTACTTTTCAATCGATATTAAATAAACACTATAACAATTAGAAAGGAGCTTTGTATGGAAACAGGTAAAAGTGATGTACTTGATAAAATTGAAAAAATTAATAAAAAAGATAGTGCCTTACAAGAAATTATACCGAAAGGATATGAAATTGAACATCATCAATGCGGTGTTGCCTTATATCAACTTATACCAAGTAAAAAAGAAGGTGAACCAGATAAAAAGGTTTTTATCACAAGTACAATCCCTCAAATCACTGAACGCTTTGAAGATATTGAAAGTAACGAGGTCAGCTTCAATATGCTTTTCTATGACAATAAAACGCCGGTAAATATAGCTGTGAGTGCTGAAGAGATTTCAGATAGTCGTCAACTCTTGAAATTGGTTAATAAAAAGCTAGATGTAACATCGTCGACATCTACTAAACTTGTTGACTATATTAATGTATCTAAACGGTATAATCCACCATTAAATGTTAAAGTTGCAACGCGTTTGGGGCATGTGAAAGGTTATTTTATTTATCCTTATCAAGAAGTAATGAAAGACAGCAATGTCAAGTTGTTTAGCAATGATAAAGGGTTTCAAAAGTTAATAGACTCTTTTCGAAGTAAAGGAACACTACAAGGTTACTCTAAAAAGGTGTTTGCTCAAATAAAAGATTTACCAATGGTAATGGTTATGCTGTATGCATCTTTAGGCTCAGTTTTATTAAGAGAATTTGGATTACAGCCCTTTATTGTAGAAATATCAGGTAGTACATCCACAGGTAAAACATTCACACTCAACTTAGTATCAAGTGTTTGGGGAACCAGTGACCTTATTACGACATGGAGTTCTACTCAAAATAGTATTGAATCAATGGCGTCATTTTTGAACTCATTTCCAATGTTTAAAGATGATACACGTAACACACATCCTAAGTTTGTTACCAGTGCCACATATAACTTTTCTAGTGGCGAAAGTAAATCAAGAAGTAATATTAATTTAACGCTAAACGCTAAAAAAGAATGGCGAAATATTTTAATTTCTACTGGTGAATCATCTATCGCAAATATGGCTGATGAAAAAGCGGGTGTATCAGCACGTGTAGTTACACTACAAGATCAACCATATCCAGATAATTTTGATTTTACCACATTAGACAAATCGTTTAGGGAGAACTATGGAACGTTAGGGTTGGCATTTATTAAACAATATGAGTCTAAAAAAGACGTGTATAAGAAAGCTTTTGAGAGCTATCAACGGTATTTTAATCAAAAAGGTAGTAATGAAATCATGCAACGTTTAGGACGTGCCTTTGCGTTACTACAAGTTACCGGTGAGGTTTTGAATGATATTGATGGATTTGAACATGATCATTTTAAGATTATTGAACAAGCCTATGACAGCATGGTTAAAAACAATAAGACAATTGATAAACCTAAGCAACTGTTAGAGGAACTATTACAATATTTAGATGCGAATAGAAATAATATCGTAGGTGACGGTTATGATTCAGTAAATTACGGAGATGTTAAAGCGGTATATAAACATGATTTTCTTTGTATTAAAAATGAAACTGTTAAAAATAAATTAGGTCATGAGATGCAGACTATTACAGGACAATGGAATAAAAAAGGTTATTTAATTACAGATAAGAAAAGATTACAAAAACAAGTGAAACATAAATCAGAAAGGCATTTGGGATATGCAATCAAAAAAGAAATAATTGAAGAGTTAGGTTTTGACTTTTCCCATTCTCATAATCCATATAATGAAAATTATTAGTACACTCTAGTACACAGTCGAATTTAAAATGTGTGTACTTAAGAAAAGTTGTCATATCAATGATTAAGAACGTTAGTACACGAAGTACACATTCATATATAGATAGTATAAATAAAAAAGATGAAAGTTTTATTATATGTTTCTGAATTATATATAAAGCTATCATTGGAAATTTAGTGTACTTTGTGTACTAAGTACTATATCCCTATGCTTATCAATGCGTCGATTGGTACACAAAAATTAAAATCGTTGTGTATTTAATTACGTATAGTACACAGTTATTAAATAATTTATGGCTCAAGTGACAAATGGTAATAATAAGACATAAAAATAACAGGAGGTTACACATGGAAAAAGAGCAACTTAAACAGTATATGTACGATTATGTAAAAGAATATGAGGAAATTCCTATTTATCAGTTAGAAGATTTATTTAAAGAATTAGATCATGATTATAAAGGTAAAACGAGTGTGACACATGATCAGGATAAGAATATCGTCTTTTGGAGTGGTTGGAATAAGCTCACAATGTATGCGTTGATTGAGTTAGTTAAGGGAGAACATCTTGATCTAGTTTATAGAGGAAGCTATGTCATGCGCTATTTGTTAGATGGTAGAGTGCCAAGTTTACCATTAGCTATTACTTATCCAGAATATGGGCAACAAACTGAAGTACCTTCATGGGTACCGATGTTACTGAGAGTGACTAAATAAGGAGTGAATGAATATGAATATAGAAATTATCGCAAATCAATTTGAAACAAGAGCAGCTGCGTTATTAAGGTACTACACAGGATTATTAGAGAGCAGCAAAAAGACACCGTTTGGATTCAAAATATATAACGATCCGTTTGATATGGTGTATGTGGTCATGGAAGGTAATTTGTACGGTCATATCTACATCAAAGATTGTAATGTTAGAAAAGCGTTTGAATTAGCGTCTCCTAAGCACACTGAAGGGCTTATAAGAAGTATTGAGGGTCATTATGCAGGTTATGAAATACCAGATGGTACACATGACACTATAAGCGATATGATGGCTAGTTTTATGTTTGATAACGATTATTTTATGTATGGATTGGAAACATTCGCAGAAAGTAATAATACTGATATGTTCACTTATATTGAGGGTGGATTAAATGTTGAAGAACTTGAGGGTGTTCAGTCTAGTAATGCTGATGTGATAGGTAATATCGAAATATTATATCAGTTAGCTACTGGAATTAATGAACCTGCAAGTGAGCTAGTTGAAGGATTAAAATTAGTTACTGCATTTGTACAAGATGAGAATGCCACACTAGATGATTATAAGGCGTTAGAGCGTAAGTTGAGTGAATTGAAATCATCTTATTACAGTTTGAGTAAATAGTAATAAAAAGAGGTCACATACTCTTGTGTGACTTCTTCATTTAGCTAATAAATGTTAACTATTGTAGAAATACACTAGGGTGTGCGAGTTTGTGAAAGCGAACATTAGTTCTTTTCGTGATATTTCTATATATAACTGAAAAAGTGTTTGTTAAAGCTTTTATTACAATAGTTTGACGTATGTTAATAGTAAGTTAAATAAATTCAAATAGCGAACATTAGTTTGTTATAATCGTGCAAATTTAGTATAATAGATGTATAAAGTAAATGTGAAGTGAGGTGAAACATATGCAGAAATTAGTCGAAAAAGAAAAGACGTATAACTTACCCGATGAACACCGCCAAGTACTCAATGTGATAAGAAATACGTCTAAGAAATATATTACTAAAACCAAAATCTTAAATCAATTGGGATATGAATATAATTCGAGTAATGAACGATGGTTAAGAAAGGTGATCAATTCATTAGTTTATGATTATGCCTATCCTATAGGGTGTAGTTATAAACGTAATGAACGTGGTTATTACATTATTACAACGGAACAAGAGAAGCAACAAGCAATGGTTAGTATTAAAAAGTTAGCTGATGGCAGTATGAAACGCTATGAAGCTTTGAAACGAATTGAAGTTTAAAGGAGTATATTATATGAAAGCAAATCAGTACGAAGAATTAAGCGAAGTTTTAGATCTAACTGAAAGTCAAAAGCTGAAATTATATGTATATCAAGAGAGACAAAATAAAAACATAAAACAAGACAGTAAAGAATCAAAACAAAATAATGAAGAAGCAAATCGTGAAAAACGTCAAAAAATCTTGGATATAAAAGATGATGTAACTAGACAAAATGCAATTGCGAAAAATAGAGAGTTATTTAAATAGGAGGCATACCATTGAAAACATTAGATCAAATTGAAAAATATAAAACTAACATTGAGGATTACCGAAAAGAGATTAAAAACCTAGACGCAGAAGTTAAAAATGATGGCAAACAACTAGATGATATCAATCAAGAGTATCAAGATTTAGTGATTAATGGCGAAGTAGAAAAAGCTGACAAACTTTATACAAAAATAGAAAAATTAGAATCTGATTATAGAGCTAAAAGTAAACGTTTAATGGTTATGAAACAGTCATTCAAAAAAGTTGTCATAAAAAACTGTGAAAACATGCAAGATGTCGCGGATGAATTAAGTGATGAATACAATGAAACGTATCAAGATGATTTAAAGCGATACGAAACACTCAATCAACAACTTAAAGACGCTAAGGATAAACTTTTAGGTTATAACGACGAGTACAGTGCTAAACAAAGAACCTTAACACAATATATTGATCGATTGAAAAGAGAGAATAACATTCAACCTGTAGAATTTATAGGGAATGTAAATATTATTCAACCATTTAACATTTAATAAACGCATTGCTCACTCAAATGATTGGGTGGGCTTATTTTAACAGAGAGAAGTGAATAAATATGCCTAAATTAACGCCTAAACAAGAGCGTTTTGTGAATGAGTATATAAGAACATTAAATGTTACACAAAGCGCTATAACAGCCGGATATTCGCCTAAGACAGCACACGTTACGGGAAGTCGATTATTAAAGAAAAAACATATTAATGAATATATTCAAGAACAAAAGAAAAAAGTGATAGACGAAAGTATATTAAGTGCTAATGAGTTATTACATTTATTAACAAATTCAGCTGTCGGTGACGAGACAGAAACAAAGGAAGTTATTGTTAAGCGTGGTGAATATAAAGAAAACCCACAGAACGGTAAAATTCAGTTAGTGTATAATGAATATGTTGAACTTATAGAAATACCTATAAAACCAAGTGACCGTTTAAGAGCTCGTGATATGCTTGGGAAATATCATAAACTGTTTACTGAGAAAAAAGAGTTCACTGCTGACACTCCGGTAATTATAAATATTGGTGAATGGGACGAAGAAGATGAAGAAGATAAACAGAGAACACTAGATAAAATAAATGATAACTATCCTAATAGAACAATGATTGTTGATGATATACCGTTAGAGGATTAATGTGAAACCATTACCTTCAAATAGGTGGTGGTTTATTTTATCTAAATTCTTTCCGCAATTTCAGATTAAGTTGACAAATTTGAGTGGATGTATGGTAAAAAATGTTGAAATGCTCTATATTATAAATAAGAGTTGCAAATGCGTAACACATCTTAGCGAATACACACAAAGATATATACTGTTTTTGTGTACCAATTATAGAAAGTATACACAGTGACAGTGTATAGTCACTGTTATTTTTATGTTCAATATGATGTGTTGATTATGGAGGAGTTTATCATGGCTGAGCAAAAATACCTGACAACAGTTGAAAATATAATTGGTTTAATGAAAGAAGAAATAAAAAACATTTCTCCTTTAAGACTACAAAAAACATTATACTTTTTATTTGCATATTATGGTGCTTCATATGGGCAACTATCTAAAAGTAAAGAATATGAAGTTACAAAAAGTGAAAGTTTAAACTTGCCTGAATATTTATTTGACGCTCAATTTGAAGCTTGGCAATACGGCCCTGTTATTCGAGACGTATATAAGAACAATAAATATAGTCTTGGCTATAATGACATAGACTTTTCAATGAGTAATTTTGAAATAGAAGATAAAACAATGCAGCAGGAAATTACAGAATATTTGAGAGAAATTATTAAGAGTACTTTAAAAATTAGTGATTTTGGTTTAGTAGAACGTTCTCATGAAGATGAAGAGTGGAAAAATAAAATTACTCAGCAAGAAATTATGAATAACGATTTAATTATTAAGGAATATATAGGATTGGTAAATGCCTAGATTTAATAGTAATGTTACTTCTAAAAAAAGAAAAAAGAACGTTCACGTTGAAATAGTTAATAAAGATTTTTTACCAACTAGAAATGAATTTGAAACTGACAAAGTAGAAATCGAGTTAAGAAATGCTGAAGTAAAAGAAGTTGTTTTTTTTAATGAAGAAGTAAAGTATTCAAAACAAAATAATGATCTGAAATTTACTAATTTTATTTCTGATTTTACACAACAAAATCAAATCAATGCTATAACCCATTTCAGTGAAAATATAAGCATAGTCAAAAATAACCCCGATGAAGCTACGAATATAAATTATGATGAGAGAATGTTATCAATTTTATCTTTATATACTCAACAAGATATTAGAAATATAAAGGGCTTAATGAAAACAGATATTAGAGGGTTACTTGATGTTCAAGAGGGTTTAAGAGTATATTGGTATTACGATTTGATTGATAACGAAATAAAAATAGTTTGTATTGATCCACAACATTTAGTTTTACCAAGTCAGCATGGTAAAATGAATAAAGATAAAATGATGATTACAACCTATCAATCAGTTACTAATAGCAAAAAACATTGTATTAGTCGGTATTTTATTAATTAGCATACGGGTAAGTTAAATATATCGTTTCAAGCGTCACTTACGAGTGACGTTTTTTGTATTTTAGGACGCTGAGAAACGCCCTGTGTTGCAGTGGGGAATGAGTTTTAATAACTATGTATGCAAAATGTATATATTACATTGTTAAATTCGACATCATCAAAGGCTGGTTAATCGATTTTCGAGATTGGTCGAAGATTGAAGCATGTGAAAGAAAATGACCTAGCACATGGAGAATTGGGTAATTGGTTGAAAAATATCAACTTAGATAGAACACAAGCTCATCGTTTCATTAAAGTTTCTGAAGAAATTAAAGATGTTGGTACATACCAACATTTAGGTCTGAGAGCTTTATCGGAAATAGCTAACTTACCTGTACCAGAACGCACCAAAATACACATAACATCAAACAGCAAAACTAAAATTCCATACTAA

Protein sequences of DBSCAN-SWA_3

>NZ_AP021848|1120201:1133374|1128863_1129505_+|WP_002492310.1|DBSCAN-SWA
MNIEIIANQFETRAAALLRYYTGLLESSKKTPFGFKIYNDPFDMVYVVMEGNLYGHIYIKDCNVRKAFELASPKHTEGLIRSIEGHYAGYEIPDGTHDTISDMMASFMFDNDYFMYGLETFAESNNTDMFTYIEGGLNVEELEGVQSSNADVIGNIEILYQLATGINEPASELVEGLKLVTAFVQDENATLDDYKALERKLSELKSSYYSLSK
>NZ_AP021848|1120201:1133374|1120545_1122168_+|WP_002461409.1|DBSCAN-SWA
MAKDLKFSEDARQAMLRGVDKLANAVKVTIGPKGRNVVLDKEYAAPLITNDGVTIAKEIELEDPYENMGAKLVQEVANKTNEIAGDGTTTATVLAQAMIQEGLKNVTSGANPVGLRQGIDKAVKVAIEALHDISQKVENKNEIAQVGAISAADEEIGQYISEAMDKVGNDGVITIEESSGFNTELEVVEGMQFDRGYQSPYMVTDSDKMTAELERPYILVTDKKISSFQDILPLLEQVVQSSRPILIVADEVEGDALTNIVLNRMRGTFTAVAVKAPGFGDRRKAMLEDLAILTGAQVITDDLGLELKDATMDMLGSANKVEVTKDNTTIVDGDGDNNNIDARVSQIKAQIEETDSDFDKEKLQERLAKLAGGVAVIKVGAASETELKERKLRIEDALNSTRAAVEEGIVAGGGTALVNIYKKVSDIQAEGDVETGINIVLKALTAPVRQIAENAGLEGSIIVERLKHADSGVGFNAATNEWVNMLEAGIVDPTKVTRSALQHAASVAAMFLTTEAVVANIPEPESNNQPPMGGGMPGMM
>NZ_AP021848|1120201:1133374|1130979_1131552_+|WP_002445377.1|terminase|DBSCAN-SWA
MPKLTPKQERFVNEYIRTLNVTQSAITAGYSPKTAHVTGSRLLKKKHINEYIQEQKKKVIDESILSANELLHLLTNSAVGDETETKEVIVKRGEYKENPQNGKIQLVYNEYVELIEIPIKPSDRLRARDMLGKYHKLFTEKKEFTADTPVIINIGEWDEEDEEDKQRTLDKINDNYPNRTMIVDDIPLED
>NZ_AP021848|1120201:1133374|1124806_1124953_+|WP_002445365.1|DBSCAN-SWA
MKMYLTYICLVSLLTILLLAISNMYVAFSVYGMMVTYGCNLTGGLENE
>NZ_AP021848|1120201:1133374|1124269_1124488_+|WP_000153640.1|DBSCAN-SWA
MTILANTRKFKEAMFLKGFNLSDLSRETGVGISYLSQIINGKKIPSPKLAKKMAEVLQVEVNELFEFEVKEA
>NZ_AP021848|1120201:1133374|1133125_1133374_+|WP_080047653.1|DBSCAN-SWA
MGRRLKHVKENDLAHGELGNWLKNINLDRTQAHRFIKVSEEIKDVGTYQHLGLRALSEIANLPVPERTKIHITSNSKTKIPY
>NZ_AP021848|1120201:1133374|1125544_1126414_+|WP_002445370.1|DBSCAN-SWA
MNEIKLEYDTHVSVVHYESLDSRSFKSFSKPKWSKLINKLSVPIEANYKYARGVAVYGDIKDGANDHGEIIKKHRNDKNVIYRNVIVLDYDEINDLKQLHEAISSALSNVAWFWHTSFSHTTEQSRIRLYIPLNERISADDYRKYTKVLANKIGHKVDEGSYQPSRCFALTVIQKGHIFIKRVNDCPIMDVDMLEQWSKEYKQSNASPNVIGYTRRDSAYWRELSFGTTEGNRNNALASLVGHLLRCHVNDYIVYSYALLWGQFACKPPMKEQEINATFQSILNKHYNN
>NZ_AP021848|1120201:1133374|1124945_1125155_+|WP_001058489.1|DBSCAN-SWA
MNNEQKEVIEHVVYQLELSVMNNLESYEHTEYVDGIEVVSEVSREKHLELIMKWCAQELKNNFQLEKGE
>NZ_AP021848|1120201:1133374|1124492_1124810_+|WP_002445364.1|DBSCAN-SWA
MFNINIDEDEARELLEQAINVRVDELAKEKYFMTYKELSNYLNLSKPTIEELLINNGMKYYMVGSTYRFKKSDVDEFMEQLTAHMNIQNNDFKQVNIKKLLEARQ
>NZ_AP021848|1120201:1133374|1129792_1130137_+|WP_094449183.1|DBSCAN-SWA
MQKLVEKEKTYNLPDEHRQVLNVIRNTSKKYITKTKILNQLGYEYNSSNERWLRKVINSLVYDYAYPIGCSYKRNERGYYIITTEQEKQQAMVSIKKLADGSMKRYEALKRIEV
>NZ_AP021848|1120201:1133374|1132333_1132942_+|WP_002445379.1|DBSCAN-SWA
MPRFNSNVTSKKRKKNVHVEIVNKDFLPTRNEFETDKVEIELRNAEVKEVVFFNEEVKYSKQNNDLKFTNFISDFTQQNQINAITHFSENISIVKNNPDEATNINYDERMLSILSLYTQQDIRNIKGLMKTDIRGLLDVQEGLRVYWYYDLIDNEIKIVCIDPQHLVLPSQHGKMNKDKMMITTYQSVTNSKKHCISRYFIN
>NZ_AP021848|1120201:1133374|1130395_1130917_+|WP_002445376.1|DBSCAN-SWA
MKTLDQIEKYKTNIEDYRKEIKNLDAEVKNDGKQLDDINQEYQDLVINGEVEKADKLYTKIEKLESDYRAKSKRLMVMKQSFKKVVIKNCENMQDVADELSDEYNETYQDDLKRYETLNQQLKDAKDKLLGYNDEYSAKQRTLTQYIDRLKRENNIQPVEFIGNVNIIQPFNI
>NZ_AP021848|1120201:1133374|1120201_1120486_+|WP_002461410.1|DBSCAN-SWA
MLKPIGNRVVIEKKEQEQTTKSGIVLTDSAKEKSNEGVVIAVGLGRQLENGQRITPDVNEGDRVVFQEYAGTEIKQGNDTYLILNADDILAIIE
>NZ_AP021848|1120201:1133374|1131831_1132341_+|WP_002492698.1|DBSCAN-SWA
MAEQKYLTTVENIIGLMKEEIKNISPLRLQKTLYFLFAYYGASYGQLSKSKEYEVTKSESLNLPEYLFDAQFEAWQYGPVIRDVYKNNKYSLGYNDIDFSMSNFEIEDKTMQQEITEYLREIIKSTLKISDFGLVERSHEDEEWKNKITQQEIMNNDLIIKEYIGLVNA
>NZ_AP021848|1120201:1133374|1130150_1130384_+|WP_002492317.1|DBSCAN-SWA
MKANQYEELSEVLDLTESQKLKLYVYQERQNKNIKQDSKESKQNNEEANREKRQKILDIKDDVTRQNAIAKNRELFK
>NZ_AP021848|1120201:1133374|1123422_1124097_-|WP_002445345.1|DBSCAN-SWA
MIRNRLSELLSERGLKISRVAKDVKIARSSLTSMTQNDSEMIRYDAIDKLCSYLHISPSEFFEHNPINFDFTFDEEPNYKINDVFEGFEVTANITHAFSIENFDFEILVDVELDNRQKLNFDLDVSYKETEKITNSQHRFIFTIKNEDENIGLKKYVDSLSAGLKNLLFKKINQKLSGYVSEIIVKNIDDIEELFPNKGEKCTTLHKEILQTDSRLSSDIFKEY
>NZ_AP021848|1120201:1133374|1122236_1123409_-|WP_002492309.1|integrase|DBSCAN-SWA
MASYEKRGNTWRYRISLGKDAKTGKYKYISNSGFKRKSDAKHHAEMVERQLRTGDYIAPSTSTFKQVANDWLKQYANEVKVSSVRAREKAIHHAIERFNNKPIQTINKHDYQRFVNDISAQYSKNYIDSIIASTNMIFKYAYDMKLIRIMPSEGIKRPKKKVSVEELEDTEIHKKFLEKDELFQFLEIAKNHHSPQNSFEVFCTLAYTGMRAGELLALKWSDIDFENNTINITKTYYNPNNNKKQYQILTPKTESSIGKIPVDPHVIKLLKNYKVDVQDTWKNELYVDNNFVFTDVNGYPLVIKKLQLWIKAILKKTDITNKQISTHSFRHTHCALLIEAGVHIKEIQERLRHKDINTTMNIYAKITNSYKKDASQKFSKLMENVSKDLF
>NZ_AP021848|1120201:1133374|1128484_1128850_+|WP_002445372.1|DBSCAN-SWA
MEKEQLKQYMYDYVKEYEEIPIYQLEDLFKELDHDYKGKTSVTHDQDKNIVFWSGWNKLTMYALIELVKGEHLDLVYRGSYVMRYLLDGRVPSLPLAITYPEYGQQTEVPSWVPMLLRVTK
>NZ_AP021848|1120201:1133374|1125157_1125481_+|WP_002445368.1|DBSCAN-SWA
MNWEIKNLFSDLKLLKDSFEDLKDNHGWHFEELYPHEPNHNLNKDELIREGFSYHERRIHNNQMFDLFHLYIEQFDKIIQKFHELEKASSENFGEESDDAQKLKITE
>NZ_AP021848|1120201:1133374|1126427_1128137_+|WP_002445371.1|DBSCAN-SWA
METGKSDVLDKIEKINKKDSALQEIIPKGYEIEHHQCGVALYQLIPSKKEGEPDKKVFITSTIPQITERFEDIESNEVSFNMLFYDNKTPVNIAVSAEEISDSRQLLKLVNKKLDVTSSTSTKLVDYINVSKRYNPPLNVKVATRLGHVKGYFIYPYQEVMKDSNVKLFSNDKGFQKLIDSFRSKGTLQGYSKKVFAQIKDLPMVMVMLYASLGSVLLREFGLQPFIVEISGSTSTGKTFTLNLVSSVWGTSDLITTWSSTQNSIESMASFLNSFPMFKDDTRNTHPKFVTSATYNFSSGESKSRSNINLTLNAKKEWRNILISTGESSIANMADEKAGVSARVVTLQDQPYPDNFDFTTLDKSFRENYGTLGLAFIKQYESKKDVYKKAFESYQRYFNQKGSNEIMQRLGRAFALLQVTGEVLNDIDGFEHDHFKIIEQAYDSMVKNNKTIDKPKQLLEELLQYLDANRNNIVGDGYDSVNYGDVKAVYKHDFLCIKNETVKNKLGHEMQTITGQWNKKGYLITDKKRLQKQVKHKSERHLGYAIKKEIIEELGFDFSHSHNPYNENY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002461410.1|1120201_1120486_+	co-chaperone GroES	A0A221S386	uncultured_virus	1.2e-12	45.2
WP_002461409.1|1120545_1122168_+	chaperonin GroEL	A0A240F779	uncultured_virus	3.1e-158	54.4
1122151:1122170	attL	NA	NA	NA	NA
WP_002492309.1|1122236_1123409_-|integrase	tyrosine-type recombinase/integrase	A0A1W6JQD3	Staphylococcus_phage	3.9e-219	97.4
WP_002445345.1|1123422_1124097_-	helix-turn-helix transcriptional regulator	A0A2H4JGT9	uncultured_Caudovirales_phage	2.7e-39	45.8
WP_000153640.1|1124269_1124488_+	helix-turn-helix transcriptional regulator	A0A2H4JB11	uncultured_Caudovirales_phage	1.3e-19	66.7
WP_002445364.1|1124492_1124810_+	helix-turn-helix domain-containing protein	A0A1W6JQE0	Staphylococcus_phage	2.7e-50	97.1
WP_002445365.1|1124806_1124953_+	hypothetical protein	NA	NA	NA	NA
WP_001058489.1|1124945_1125155_+	hypothetical protein	Q4ZE76	Staphylococcus_phage	1.6e-30	98.6
WP_002445368.1|1125157_1125481_+	DUF1474 family protein	Q4ZE75	Staphylococcus_phage	6.7e-49	88.9
WP_002445370.1|1125544_1126414_+	primase C-terminal domain-containing protein	Q4ZE74	Staphylococcus_phage	1.2e-161	94.5
WP_002445371.1|1126427_1128137_+	DUF927 domain-containing protein	Q4ZE73	Staphylococcus_phage	1.2e-301	92.8
WP_002445372.1|1128484_1128850_+	hypothetical protein	Q4ZE71	Staphylococcus_phage	2.7e-54	81.8
WP_002492310.1|1128863_1129505_+	pathogenicity island protein	Q4ZE67	Staphylococcus_phage	3.0e-88	74.2
WP_094449183.1|1129792_1130137_+	pathogenicity island protein	Q4ZE66	Staphylococcus_phage	2.7e-48	86.8
WP_002492317.1|1130150_1130384_+	hypothetical protein	NA	NA	NA	NA
WP_002445376.1|1130395_1130917_+	hypothetical protein	NA	NA	NA	NA
WP_002445377.1|1130979_1131552_+|terminase	terminase small subunit	Q4ZE85	Staphylococcus_phage	1.4e-73	72.1
WP_002492698.1|1131831_1132341_+	DUF4065 domain-containing protein	D7RWK7	Brochothrix_phage	3.8e-22	37.4
WP_002445379.1|1132333_1132942_+	hypothetical protein	NA	NA	NA	NA
WP_080047653.1|1133125_1133374_+	DUF3102 domain-containing protein	A0A2H4JAH5	uncultured_Caudovirales_phage	1.8e-17	51.8
1135980:1135999	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NZ_AP021848|1260147:1290402|DBSCAN-SWA
GTTGGAATATTGGTTATCAGAACAGAGTTATATGAATCCAAATAAAATAGCAATTACAGATGGTGTTAAGGCACTCACATTTCGAACATTATATGATAGGGCAAAGGTTATCGCTGAGCATCTTGTTACGCTTAATATCTCAAGGGTAGGTTTATATTTAACCAATTCTATAAACTCAGTCATTTTAATTCATGCATGTTGGATAGCACATATCGAAATTGCTATGATTAATACCCGATTAACACCAAAAGAAATCACAGCTCAAATGCAGTCGATTGACGTTCAATATATAATCACTACTGCTTCTTTAGCATTGAAAGATTTTAATATCATTCCTTTTCAGAGTTTAATTGATAAACGTAATAAAGGATTGATATCTAAATCATTTAACCGACAAGATATCGCATCAATTATGTTTACTTCTGGCACGACTGGACCACAAAAGGCAGTTCCACAAACTTTTAACAATCATTATGCGAGTGCAAAAGGCTGTAAATCAAGTTTAGGTTTTGATTCTAAAACGATTTGGCTTTCTGTATTGCCAATTTATCATATATCAGGATTAAGTGTATTACTACGTTCAGTTATAGAAGGTTTCACGGTAAGATTATTGGATAAATTTGATACACAGCGTATGATGCATATCATTAAGAATGAGCACATCACGCATGTTTCTCTTGTTCCTCAAACATTGCAATGGCTTATGGATGCCGGCTTAACACAGCCATATAAGCTTGAAAAAATATTGCTCGGAGGCGCTAAATTATCAGTTGCTTTAATTGATGAAGCGCTAAATTATCAGTTACCAATTTATAATTCGTTTGGCATGACAGAAACGTGCTCTCAATTTTTAACGGCATCACCTGATATGTTAGCTCGTCGTCATGATACGGTTGGTAAACCGAGTAGCAATGTTTCGATAAAGATACATAATCCTAATCGCGATGGGCATGGTGAGTTGTGGCTTAAAGGTAACAATGTGATGGACGGTTATTTATATCCTAAAGGTTTAAAAGACGCATTCGTAGATGGCTATTTTAAAACGGGGGATATTGCGGAGGTTGATAAGGATGGATTTGTCGTGATTTATGATCGTCGCAAAGACTTAATCATTAGTGGTGGTGAAAATATTTATCCTTATGAAATCGAAATGCAAGCTAAACAATTTGATGGCATAAAAGACGCGATGTGTGTGCCTTTATCAGATGAAACATGGGGACAAGTCCCATTATTATATTATATTTCAGAAGACAACATTGATATTGCGTCGTTAGATCGATTTTTAAGAGTGCAACTTGCTGCTTATAAAGTTCCTAAAAAATATGTTGCCGTTCAAACATTACCTTATACATCTACTGGGAAATTGCAACGTAATAAATTTGAGCTTAAAGGATGAGTATGAATGAAAATTGTAGATATCAATTACTATTTGTATAATCAATCGTTTCGTGTGCCAATAACAACCCCGAAAGTTCATTTAACAAGTCGTAAAGCACTAATTATTGAAATGATTACTTCACAGGGAAAATCATTTTTTGGTGAATGCAATGCATTTGAATCGGATTGGTATGACTCAGAAACAATTAATAGTGTTCAAAAGGTTATTGAAGCATGGTCGAGTAGTATCAAAAATAAAGAATTTTCGACCTTTGATGCTTGGCTCCCTTATTTAAATCAGCTGAACGCTGCTCCAGCTGCTCGGGCTACAGTGGTAATGGCTGTGTTTCAAATGTACCAAACATTACCAATTATAAATGTGGATTATGGTGCAACTGTGAGCGGGTTAACCGAAGCGCATTTCGTTCAACTTAAAGAGACACAACCAAAACGCATTAAAATAAAATGGTCGAATCATATTTTGAAAGATTTAGCGCATATGAATAAGCAATTGGATTTTGAATATCAGTTGGTAATTGATGCAAATGAATCATTAACTAAAGAAGATTTACCTAAATTAGCACTGGTTAAGCAGTATCATCCTATTTATATCGAAGAACCATTTAAAACAATGGATTTATATAAAAATTATAAGCATAATTTATTTCCGCCAGTGGCAATAGATGAAAAGGCTACATCAGTGCAACAAATATTAACGTTATGTCATAGTTATAACATACAAGTGGTCGTAATTAAGCCTTTTAGAATGGGTGGTATTGACCATGTGATTAAGTTAATACACAAGCTACAACGTGATAATATTAGTGTCGTCATTGGTGGAATGTATGAATATGGGTTAAGTCGTTATTTTACAGCTTACTTAGCACAATTTGGAGATTATCCAGGGGATATTACACCTTCTGGATACTATTATGATCATGATCTTGTGTCACAATCAGGTATTCTAAAACAACGACGTATTTCATTTTCTCCTCCCGAGGTTGATACATCACAATTGGTCATGTTTTAATGTTTATGTTGACAGTGCTTGTTATCTTTTTTTAACGGTACTGGATCAAATCCGCCTTTATGAAAAGGATGACATTTTAAAATTCTACGGATACCCATATAAGTTCCTTTGAGTGGTCCATATACCACAATGGCTTCACGTGTGTATTCTGAGCATGTTGGATAAAAACGACATGTCGCTGGTGTCATTGGGGAAATAAAATGTTGATAAACATAAATTAAGCTTAAAAATAATTTTTGTAATAATTTTTTCATTTATAAAAGCCTCCAACCATCTAGCAATAACTTCATTTTAACATATTGAAAGGGGAAATAATCTATATGCAATTTTTAGATAAAGAAAATAGACGTGTTATCCTCACATATAAAAATGATAAAGATATTGCGAATGGTAACCATGTTTTAGCTATCCCATTTTATAAACAGCAGCTATTATTTACTCAGCATAAAGTAAGAGGAATAGAATTTCCAGGTGGTAAACGGGAAGAAGGAGAAACAAGTATGGAGGCGATTAAACGCGAACTTTTTGAAGAAACAGGCGCCCAATGCCAGAAACTTACGTACATTGCGCAATATGAAGTATTTACTAAGGATAAGACACCTTTTGTCAAAGATGTATATACAATTGAAGTAAGTCGTATAGATAAAAAAAATGATTATTTAGAAACAGCAGGTCCCATTCTTTATCAAAGACTTAACGATATTCCTGAAAACAAGCGAAGTTATTTAATACAAGATGCAGCTATTCAGCAGTGTTTGGAGAGGGTGAAATTGCTTGGATTATATTCTTTATAAAACCATGCCAATTGAATCATTGACACATGAATTTGCAGAGGTAACCTATGTTGTTGATGGTTTAAAAGTGAAAGCATTACAAATGTTACCTCATAAAACGGTTGAGCGGATTGTTGTGTATCTACGTGGTGGAAAAGGTCAGGTAGGACGTGTGCGTGCAGCAAGATTAATGCAATTTTCATCACCAGAGACATTAGTTATTGGGCCATATTATCGAGGTAATAATGGGAGTGAAGGTAGAGATGAATTTTGCCAAGGTGATTTACATGATGTGACAACACTTGTTCAGCAGTTACATCAATCATATCCTGACGCTTATATTCATATGATTGGTTTTTCACGCGGAGGTCTGCAAGGTTTATTAACGTTTCAAGATTTACCAGTGGACAGTTATATTATTTGGGGTGGTGTTTCAAACGTAAATTTAATGTATGAGGAACGTGTGGATTTGAGAGGAATGTTGCGACGAATGATTGGACATCCTGTTAAAGATGCACAATCCTATAAAAAACGTGATGCGTTAAAGGATATTGATGCAACGAGTCCACCGATACTTATCATTCATGGAGGTCAGGATAAACAAGTCGGTATTCATCAGGCATACGTTTTAGAAGATGCTTTGAAACAACGAGGGACGCAATTTGATACATTTTATCAGCTTGCAGAAGGCCATGTACCTCGACCAGTAGCAATGAGATTGGCAATTCAACGTATATTCAATTGGATGAAGGAAATAGAAGAGCTTCAAAAATAAAAAGCTTAGATGCACTACGAATTTTAAATCATAATATGCATCTAAGCTATATTTTTGAGGTTTTTATTTATTAAAGCCGCCACTTTGTGCTATCTCGGCTACTTCTGAACCAAATTTTTCAAAATTATGTTCAAAGCGTTTGATTAAGTCTTGCGCTTGAGTTCTATATTTATCTGGATCATTCCAAGCATTGATCGGTTGAAGAATTGTCTTTGGCACGTCTTCGATTTCTGTCGGAATATAAAGACCAAACATGTCATCTTTTATATATTCTGTATTTTTTAATTGACCTGTGATTGCTTGATTAACCATTTGACGAGTATAGTGGAGGCTAATGCGGCGACCAACGCCATATTTACCGCCTGTCCAGCCGGTGTTTACGAGATAGACATCAACGTTATGTTCATCAATTAACGCACCTAATAAATCAGCATATACGGTCGGATTTAGAGGTAAGAATGGTGCGCCGAAACATGTTGAGAATGACGGTTCAGGTTCGGTAATACCTCGTTCTGTTCCAGCTAATTTTGATGTAAATCCACTCAAGAAATGATACATCGCTTGCGATTTAGTTAATTTAGAGATTGGAGGGAGTACGCCAAATGCATCCGCTGTTAAGAAAATAATCGTATTTGGATGTGCTGCTTTAGATGGTAATACGATATTATCTATATGGTGAATAGGGTAGGCAGCACGTGTGTTCTCTGTATATCGATTGTCATCAAAATCTACGCTACCGTCTTCATGTACAACTGTATTTTCAAGAATTGTGCCATATTTAATAGCGTCATATATTTGCGGTTCTTTTTCTTTTGAAAGATTAATTGCTTTTGCATAACAACCGCCTTCAATATTAAAAATACCATTTTTGTTCCAACCGTGTTCATCATCCCCGATTAGTTTTCTATCTGCAGCAGCAGATAAAGTTGTTTTTCCTGTTCCAGATAGACCAAAGAATAACGCAACATCACCTTTAGCACCCACATTAGCTGAGCAATGCATACTCATAATATCTTGCATTGGTAATAAATAATTCATAACAGAGAAAATACCTTTTTTCATTTCTCCGGCATATTCTGTACCGCCAATAAGAATTGTTTTATGCTTAAATGAAATAATGACAAATGTTTCAGATTTAGTGCCATCAATGTCTGGGTCTGCCTTAAAATGAGGTGCAGATACAACTGTAAAATTCGGTTTAATCTTTATAGCTTCATCTTTTGATTCAGGACGAATGAACATATTATGTGCAAATAAATTATGCCATGCTAATTCATTAATAACCGTTAATTTAAGTTGTGTATCTTTATCACTGCCTGCATAACCATTAAAAACATACAATTCGTTACGTTCATCAAGGTAATCTAAAACTTTGTGATATAGGTTTAAAAATGTTTCTTCATCTATAGGTTGATTGACATCGCCCCAGTCAATATTATCTTTATATGAAGGTTCAGTAACGATAAATTTATCTTTTGGTGAACGTCCTGTATATTTACCTGTACTAGCATTGATTGCACCTAATTCAGTCAGTTCTCCTTCATTATTTTCAAGAATTTTGTTATAAAGCTGCGTCGTTGAAAGCTGAAATAAAGTTGTCTCTTTTTCTAATAAGTGTTTAATTTTTGACGTTTCGCTGTATGTATTAATTGACATACTTTAACCCCTCCAGTGCATAAATATTACATGTGAAAGCCTTTACAATTCAATAGTATAACATAATGAAAGGATTATGCCATAGCTAATACGATGTTGGTATGAAAAATCTAAAATTGACATTAGCTAACGAATTCGGTAGTATAATTCTTAACGGATTCTCTTATCCTGAGTGGCGGAGGGACATGGACCCAATGAAGCCCAGCAACCTCTTTTATAAAGAAAGGTGCCAAACCGTTTGCAGACAAATATGGTCTGAACGATAAGAGCGAATGGACGTCTAGAGCCTTCTCTCTATCTAAATAGTAGAAGGCTCTTTTAATTTGGCTTATACAAGAGAGTTTTCGTAAAATAACTTAAAGGAGTAAACAATGACATATAATAAACGCTTATTTACCTCAGAATCAGTTACTGAAGGACACCCCGACAAAATAGCTGACCAAGTATCCGACGCCATTTTAGATGAAATTTTAAAAGACGACCCTAATGCACGTGTTGCTTGTGAAACAACTGTTACAACAGGTATGGCATTGATTTCTGGTGAAATTTCAACAACAACTTATGTGGACATTCCTAAAGTTGTAAGAGAAACAATTAGAGATATTGGCTATACAAGAGCTAAATATGGATATGATTGCCAAACAATGGCAGTTTTAACTGCTATAGATGAGCAATCACCGGATATTGCACAAGGTGTTGATAAAGCACTTGAATATCGTAATGATATTTCAGAAGAAGAAATAGAAGCAACTGGTGCCGGAGATCAAGGGCTAATGTTTGGTTATGCTACTAATGAAACTGAAACGTATATGCCTTTACCAATATTCTTATCACATCAGCTTGCTAAACGTTTATCAGATGTTCGAAAGGATGGCATTATAGATTATTTACGTCCGGATGGCAAAGTGCAAGTAACTGTTGAATATGATGAAAATGACAAACCATACCGCATCGATACAATTGTGGTATCTTCACAACACGCGCAAGATATAACATTAGAACAAATTCAACAGGATATTAAAAATCATGTTATTTATCCAACGGTACCTGATAATCTTTTAGATGAGGACACTAAGTTCTTTATTAACCCTACAGGGCGTTTTGTTATTGGTGGACCACAAGGTGATGCTGGTTTAACAGGACGAAAAATTATTGTTGATACGTATGGCGGATATGCGCGTCATGGAGGTGGATGCTTCAGTGGTAAGGATCCAACAAAAGTAGATCGGTCTGCCGCTTATGCAGCACGGTATGTAGCTAAGAATATTGTTGCAGCTGGACTTGCAGCCCAATGTGAGGTACAGCTTGCTTATGCCATTGGTGTAGCTGAACCAGTTTCTATTGCCATTGATACGTTTAATACAGGTAAAGTATCTGAAGGTGAGCTTGTCGCTGCAGTTAGAAAACATTTTGATTTAAGACCCGCTGGTATCATTAAAATGTTAGATTTAAAACATCCTATTTATAAACAAACTGCGGCATATGGTCATTTTGGTAGAACAGATGTGTTATTACCTTGGGAAAAATTAGATAAAGTCAATATTTTAAAAGACGCCGTTCAAGCATAATTTAATTTTTAATTACTAAATTTAAGGATAAATATCGAAATAAGACAGATTTTCTATTATAATTATAGTTATTGAATAATTAAAGGAGCGTTGTTTGAATGAATTCATTAGGACCAATGGAAATCGGTTTAATCGTCGCTGTGGTAATAGCACTTATTTGCTTAATCTTATTTTTCGTTGCATTAAGAAATAATAAAAAGATAAAACGACAAACGGTAGACGAATATAAATTAAAAGAAAAGCAAATGCAAGAATCACATGACGAAGCATTAGAAAAAGAAAGAATTGAAAACAAAAAGACAGTTACTAAACAAAAGGAAAATTACGAAGCAACTGTTAATAGCAAAGAGCGAGAAATTGATGCTCTAAAATTATTTTCAAAAAATACGAGTGAATATGTGACGGATATGAGATTAATTGGTATCCGTGAACGTCTTGTCAATGAAAAACGAATCCGACCTGAAGATATGCATATTATGGCTAATATCTTTTTACCTGGTAATGACTTGAATAATATTGAACGCATCAGTCATCTTGTATTAACTCGTACAGGACTTTATATTATTGATTCCAAGTTATTAAAGGGGCATGTGTATAATGGTATAAGTGGTAATCAATTTAATGAATTGCCAATGATGCAACAAGTCTTTTCAACATTAGATTTAAATGCCAAAGCACCGCATACCTTAGTACTAGATCAAAATGATGATCAATCATCGCTATCATTTTTAGATTATTCAGCACAACTTGCACAAATTGAAAAGTTAGCTACTGACTTGCAAACGAAATTAGGATTAACATACACACCTACATCTATTCTTTATTTCAATCCTAAACGTGAAGGTGAAGTAACTATTTCAAATTATGCGCAAACTTCAAGTGCGAAAGTACTTGTCGGTCCAGAGCAACTAAATGAATTTTTCAACAAATTTGTTTTCCATGGTCGAATTCAATACAATGTTGATGATTTGCAAGAAATTATGACAAAAATAGAATCATTTAACTAAAAAATAACTAGCACCTAACTTTCCTTTTATACGAGTTAGGTGCTGTTTTATGCTTAAAATTTACAAGAGTGGGAATAGGTATTAGCGTTATTAATGTAAAAGGGGCTGAATCATTTGAAAACGATAGAATTTTATAATGGACAAGCGATGCCTAAAGTAGGTCTAGGAACATTTCGGATTGGAAATAATAACGAGTGTCAACGAGCAGTCCAATATGCGATTGAACAGGGGTATAGAAGTATAGATACGGCAAAAGTATATGGTAATGAAGAAAAGGTTGGTGCAGGTATAAAAGCAGCAATGACATCAACAGGATTAAGTCGAGAAGATTTATTTATTACATCAAAATTATATTTTGAAGATTTTGGTAGAGAAAACGTTGCACAAGCATACGAACAAAGTTTGAAAAAATTGGGATTAGACTATCTCGATTTATATTTAGTTCATTGGCCCGGCAAAGATGAAGCGGTCATGATTGATATGTGGAAGGGCATGGAAGATTTATATAAAGATAATAAAGTCTATAGTATAGGTGTCAGTAATTTTGACGTAAATCATCTTGAGGCCTTACTTGCACAGGTCTCAATAAAGCCAATGATCAATCAAGTTGAATATCACCCTAAATTTACCCAAAATGAATTAAGAACTTACTTAAAAGCACAGCGCATCCCTATGGAGTCATGGTCTCCTTTACAAAACGGACAAATACTTAATGATCAAACAATTCAACAAATCGCACTTGAAGTATCTAAGTCTCCGGCACAGGTTATTATTCGTTGGAATATTCAACATGGTGTAGTCGTGATTCCCAAATCAATCACGCCATCAAGAATCACAGAAAATATCCAAGTGTTTGATTTTGAGTTGAGCGGTGCGCAAATGGCACGTATTGACCAATTAAATCAAGAGAAGCGTATAGGACCAAACCCTCAAGATTTTGCAGGGTAAATTAAAAGACGTAACAAGAAAGGATTCGGGATATTATGTTTTAGGCTATGAACGATATATTGGCAGTAATTGACTGGATTGAAAATACGCTTATATCAAGCTTGATTCAATCTTAGTCAACTTTGCCAGGGCAGGACTATGGATTTATAATGAATTCTGTTCCGCTCCTTACTCGTTTGTGTCCTTATAATTGATAGCCGAATAAACATAATAGAAAGCCAACGATAAACTGAAGCACAGTATAAAGTACAAATTTAATGACTTTATTTTTTTCTAACAACATTTGAACAAGTTCTAAACTCATAGTAGAAAATGTTGTTAATCCTCCTAAAAATCCTGTGACAACGAATAAAGAGAACCAATGATGTTCATGAGCAATGGATGCAGTATAACCAATTAAAAAACATCCAAGCAAATTTACAAATAACGTTGCGATAGGGAAATCGATCTTTAAATAATGTTTTGATTGCTGAGTAATCCAAGCTCTTGCACATGCACCCAAACCGCCGCCTATCATTATAAGGATAAGTGTTATCACGATAACTCACGTCCTAACTTGAGACCTATATAACAGCTTAAAATTCCCAAAATGTAGCTAACAATTCCATAACATAATGCGGTTAAGAAAAGAGATTGTTCAAGCATTGTAATCAATTCAAATTGAAATGTAGAAAATGTTGTAAAAGCACCTAAACATCCAGTTGTGAGTGCTTTTTTCAATTTAGGATGCTTGCTTAGAAATGGCACTGTTAAAGTGAATAATAAGCCCATTAAGAAAGCACCAACTAAATTTGCACTTAATGTACCATATGGAAATGTTGTTGTTGAATTGAATGTTGATAGCAGATAACGACAAGCAGCGCCTATCATTCCACCAATGAAAATATAAAAATATTGCATTGAACATCCATCCTTAATATAGCGTTTAAGTTATGATTTATTCAGTAATTATGATAAATTTTTACCCATTATTTGATAATGCCAAAAGTAGTGATTGAAGCATAAATATGGAAGATGATTACTAATAGAATAATAAAGGGTAATATTTTACTTGCTATACGTATCCAATCACTGTTTTCATTCAAGTGCTTAATCGCTTTATCAGAAAAAATAATGGCTGCAATTAAAATAATTACGTTAACAACACTGCAAGCAATCATTAAATATTTAATAGATGTAATTTGTTGACTTAAATAGGGGTTAAATGTATTAAAATAAAAGCTAATTATTAGTAAAATAATTGAAATATAAAAATATTTTTTTGATTTAGACATGACTGACCTCCTAAGTGACTCATCAGAATATTTTACCATATTTACGCAACAATGAAATAATAATTATCAACTTTGATATATTAAATGACAAATTACCAAACAAAACATTAGCTTGTATAACAACCACATGATATAAATGAATTATATTATTTTTAACTTAAAGTGGCAGTAATAAAATGTGTGTGTCTTAATTTCAAAGATAGACTACAATATTTTTAGCAAGATACCTTAAGTTAATTAGTTGGAGGAATGCATAGTGACACAATTAAATGTACAAGTATTTGCAGATGGCGCAGATATTGAAGAAATGAAAGCAGCATATAAAAATAAACAAGTTGACGGTTTCACAACGAACCCAAGCTTAATGGCTAAAGCCGGCGTTACGGATTATAAAGCATTTGCAGAGGAAGCTGTAAAAGAGATACCAGATGCTTCAATATCATTTGAAGTATTTGCTGATGATATAGAGACAATGGAAAAAGAAGCCGAAATTTTAAAACAATATGGGGAAAATGTTTTTGTTAAAATCCCAGTTGTTAACACAAAAGGTGAGTCAATGATTCCGCTCATTAAAAAATTATCTGCAGACAATGTTAGATTAAACGTTACAGCAGTTTATACAATTGAACAGGTTAAAGAAATTACAGAAGCAGTTACAGAGGGTGTACCAACATATGTTTCAGTATTTGCTGGAAGAATTGCTGACACTGGTGTAGATCCATTACCATTAATGAAAGAAGCAGTCACAGTTACGCATAGTAAAGCAGGTGTTAAATTATTATGGGCTAGCTGTCGCGAATTATATAATGTTATCCAAGCAGATGAGGTTGGCGCAGATATCATTACGTGCCCAGCAGATGTCGTTAAGAAGGTTAATAATAATTTAGGTCGAGACATTAATGGTTTATCAGTAGATACGGTTAAGGGATTTGCTAAAGATATCCAAAGTTCAGGCTTATCTATTTTGTAACTCAAATATTTACCCCCAGCAATTAATTTATTGTTGGGGGTTTTATATGTCCAAAGATAAACTTGCAGACATTGTTTAAATCTTATAGTATTAGCTTTATTGATATATTAAATGAATAGGAGGGATGTAGATGAATGAAAGTCAATTTGTAGCTAAAATAAAAAAGCAACTGTGGTTTTTAAATAATAATGAGCAAATACAATTAGAACGATATTTAAATCATTTGATTGATAACAATGACGAAAAAATATTGCAGCGTCCCATTTATTATGCAAATCAGTTTTTAAAAAATTATGTTTTCAAAGAGAAAAATCAAACACACAGTTCTTTAGTATTATTACTGTTTTTAATTATCGTCTTGTATGTTGTTTTTATGGGATTATTTTTATTTGGATTCATTACGAGTTTAACTGCAGTAAATTATTTTATTAATCCACAAGTAAAAGTAGCCACGTGGAGTGTTATTTTAATCTTAATAGGTGCGATCTTATTAATCATTATCAGTCTTTGGTTAATTAAAAAAATAACAGCATATGCGACAAAGAAGCTACTTGAATATAAATTTAATCAATCGCGTAGTTAAGTGGTATAAGATGTGATAGTAATAAACTTTCTTTCCATTTGTTATAAATAAGTGTATATGGGGCATCGATAATTAATTGGATTTGTTGTTCAAAAACGATGATGATATGGTTGTTAATCGCATGCATGGCGACAATATGTTTAGCATTAATGTAACATTGAATTGGAGAACGTTGAGGTCTAATAGGAAATAGTATGGTCTGTTGGTTTACATAAATAGGCACTAATTTATTGATGTGTAATAAACGCTTGGCAACCTTTATTTGTAAAGGCAAATATCTACCATAAAATTCAAGATAATGATATAGTACTTGCTTCATTGATTTAGGTATTATTTCAGTGTGTTCTAAATATTTACATTCTGTAGATATTTTATTGCTAGTACAAGTTTTTAAGTAGAGTAATTGATCCAGTTTAGTTACATTCATGGTGTGCTGACTCCTTTATGTGAAGAAGCGCTGAAGCTTTTGTCTGGCATTGCGTTTGTAATTTTTTACTGAGGATAATGAGACGTGCATATGTTGGGCAATTTCATATTGCTTGTATCCACTTATCTGTAAGATGAGCCATTGCTGTTCTTGACGCGTTAAGTGTTTCCATGCCTCTTGCATAATAAGATTGAAGTCATTGAGGATATAAATAGGTAGCTTTGATGAGCTTGGATTTAATATACTTATTTCTACGGATTGTTTAGGCTGTTCTTTTCTAAATAAATCAATTAAATAATAATTTAGTCGGAAGATAATAAAAGTTGAAAAATTTGAATTTAAAGAGGCATTATATTGGTTTGTGAGTTGCCATAATCGTATGAGCATGAGTTGGTAATACTCATCATAATTATAACGAATATGATATTTATTTAACAAATAATGAATATATTTATTAAATTGATGATATACATTGTTAAATAACATTAGCTGCTCCGTTTCTTATGCGCATAATGAAATTTATCCGGATATTCATAGCTTATGCTAAAAATTGAAAAATATCATTTGCTTAATTACGCTATAAGGTGTTAAATATAGGGCATAGGTATATTTTAAAAATAAGTTATTGACTAAAACATCAACAAACTTCAGCATATAACAAATTTGACGCTAAGGAGGTATATATGGATTACGCACACTTAAATCTTGAACACTTTTTTGCACGAAATGATGACTTGGATATTATTAAAGATCGCTCAGATTTTGTAATGATTAATAATTTTACAAATGAAATGATGTATCGAGATGGTGAAGTAGAGGGTACTATCGATTTAAATCAATATTATTATAAGAATCGCTCTCAAGCAGCAAGTTTCATTATGATGGAATACAAAAATCATCGTGAATAAAAATGTGAAAGTTAAATGGTTAGGGCAAATTTATACAGGACGATTTGTCTAACCATTTTATTTTGCAGTTTTATTACTATTCATTTATGAATATGTAACAAAGCTTATATAAAATTGTGAAAGCAATATAATAATGTTAAACTTTATTATCATAAACACATATTGCATAAGTTTTACAACATTGACCTAAGAGGTGTAAATATGGCAAAGCACAAAAGAGGCTCTATTATCGGGTTGTTTGGATTACTAATACTATTAGTAATTGTTGGGATAATCTTCTTTTCAATGATTTCAGATCAAATTTTATTTAAAGAAGTTAAACAAGTTGAAAAGGTTGAAAATTTAGATGTAACACTCGATAAAGCTTCTAAGAAACAAATAGATAATTATACAAGCCAGCAAGTTTCTAATAAAAGCAATAATGCTTGGAGAGATGCTTCTGCTACTGAAATTAAAACAGCAATGGATAGCAGTAAATTTATTGAAGATAACAAACAGAAATATCAATTTTTAGATTTATCGAAATATCAAGGTATTGATAAAAATAGAATTAAACGTATGTTGTTTGATAGAGAAACATTGTTAAAACATACGGATGATTTTTTAGAAGCGGCTAAAGATAATCATGTTAATGAAGTTTACCTTATATCACATGCTTTACTTGAAACAGGTGCTTCTAAGAGTCAATTAGCCAATGGCGTGGAAATCGATGGTAAGAAATATTATAATTTTTATGGTGTTGGTGCTTTAGATGAAGATCCAATTAAAACAGGTGCACAATACGCTAAAAAGCATGGTTGGGATACGCCAGAAAAAGCAATACGTGGCGGTGCAGAATTCATTCACAAACATTTCTTATCACATGATGATCAAAATACATTGTACAGCATGAGATGGAATCCTAAGAACCCTGGCGAACATCAGTATGCGACAGATATTAAATGGGCTGAAAGCAATGCAACGATTATCGCTGACTTTTATCAAGAAATGAAAACAGAAGGAAAATATTTCAAATGGTATGTCTATAAAGATGATGACAAACATAAAGCGAATTAAGAAAATAAATTGAGATATAATATATCTCTGAATAAAATGACAATTTCTACATGATTTTAATAGAAATTGTCATTTTTATTTTGTTATTTATGTTCTTTACTCCTCAAGATATTTAGTGGAGCTTTTATTTTTTATAAAACGATTTATTCAGCTTTATTTTTACGATTAATCCAAGCAAATAACACAACAGTAACTAAAATGATTTTTGCTATAACTTTCATAGTTAAAACACCTCATTTAATATATTTTTCATTTATAAAAGTTAAATAATGACTTTACTTAAATAACGCGAAGTTATTTTTATTTTAGTTCTAAATACTTATTGATACAATAAAGAAGTATCTAGTAGAAAGAAACAGATAATTAAAAAGGGTGAAGAAATCATGCGTGTAGCGATAATTGGAATGGGAACAGCTGGTGTAAGTGTGCTAAGACAACTTGTTAAACACGAAAACTTTTCAACTTTAACTGTAGATGTCTACGATAATAAAATCAACATGGGTCACGGGGTACCTTTTCAAAATGATAGTGATGAACTATTAATTAATTTACCATCCAAGAAGATGAGTTTAAATTTAGAAGATGATTTAGAATTTTGGCATTGGTATCAGCAGCAAAATATTTTTTCTTATGAGAACCCTAAATATTTACCAAGATTTATTTTTGGCCACTATATGAAATCCTATTTGTTACATTTTGATAAAATTTTTGATAATTTAACATTGATTCATGACGAAGTTAAAGAAATATTTACTAACTCAAATGTTGATGAAACAGCTTTAAAATATTATGTTTGTACTTCTGATGATATGAATGATTGGAAGGAGTATGATTATATCTTTTTGACTATTGGGACATTAAGCTATCACGATCCATACCAGTTAAAAGGAATTCTAGGATATATCCAATCGCCATATCCAACATATAACACTTTGGATGAAGTGAAAGAGACAGATCGTATTGCTATTATAGGTACAGGGTTAGCTAGCTTAGATGTGGTTAGATATGTAGCAACACATCATAAGCATCTTCCAATCATTATGACGAGTCGCTCGGCGCAATTGCCAAGTGTGCGTGGAAATATGCAAGAAATAACATTTCGTTATTTAACAAAACAAACTTTTAATAGTATCAAGGCAGTTAATTATGGAAACGTACCACTAGATGCTTTAGTTAAGCTTTTCTATAAGGAATGTGAAGAATGGAATATTGAATTAGATACGTTAATAAATAGACGTTCAGGAAATCATATTGATGATTTGCAATATGACTTAGATCATTCACAAGAGCTCGGTGTATTTCAAGGATTGATAGAACATCTAAAAGAGAATTTAAACTGGATATACAATAGTTTGAGTAGCTCAGATCAACAGTTGTTCGATAAGAAATATACTAAAGTGATTCAACTTAATTCTAATCCAATGCCGCCTAGAACAGCTAAATTACTTATTGAGTTAATGCAGAATGGCTCTTTAATTATAAAACGTGGTCTAGAGAATATTACGCATGATGGACAATTATTTAATCTAACATTTAAAGACACATCTTCGTGTGATGACTTTAACATTATTATTAATGCAACAGGTGCTAAAACACATTTAGCAGAGTTAGACGAGGATGATCAATTAGTCATTAACCTAGAGAATCGTCGTATTGTACAAGCACATCCTATGGGTGGTATTCAAATTGTGCCAGAAACAAATCAAATTATTAGTCCAAGATATGGGACGTTGACTAACGCTGTCGCTATAGGTCAGCTTACCAATGGTGTAAATAAATTAAGAAATGGTGTTAAGATGATTGTTTCACAAGTAGTTAATGCAGTGGATTATTTATATGAACATCAATCACGGTTAAGTCGCGACAATATTTCTAAAAAATAGTAATTAAAGAAATTAAATTGCTTTCATTGTAAAGTTTATTAAAATTTAGTAAGATAAACTCATAGTGTTTTAGTAACACTTAAAGTAGAATTATCAACTTCATAATACGTTCTTTCGGGGCAGGGTGAAATTCCCAACCGGCAGTGATTAAGCCTGCGACCTGCTTGTGATGCACAAGTGGCTGATTCAGTGAGATTCTGAAGCCGACAGTATAGTCTGGATGGGAGAAAGAATACAATCGACGTTAACATAAACGATTACGTTTAATGTTTGTTAAGCATGCACAGAAATTATTGTGTAGGCTTGTTCAAATGTCATTATATCAATCTCCTTATGCCTATTTTGGTATAAGGTTTTTTTATGAAGGTGATAAATTGGATTTATATTTAAGCAAGGCAATACAGCTTGCTAAGATGGTTAAAGGACAGACTGGTGTTAATCCACCAGTAGGAGCAGTAGTTGTTAAAAATGGCAGAATTATCGGACTTGGCGCACATTTAAAACAAGGTGAGAAACATGCTGAAGTGCAAGCAATTGACATGGCTGGTGACGAAGCACAAGGTGCAACAATTTATGTGTCTTTACAACCATGCACGCATTATGGTTCGACACCGCCGTGCGTTAACAAAATCATCGATCATGGTCTGGATAAGGTAGTATATGCTGTAAAAGATACAACTTTACCTAGTAAAAGTTATGAAATCTTAACCCAAGCTGGTATCCAAGTGTATCAGCAGTTTGATCATGAAGCCTATTGTTTATACGAAGACTTTTTTAAAGCTAAAGCTGAGAAAATTCCTGAAATTACCGTTAAAGTATCTACAAGTATAGACGGTAAACAGGCAACAGATTATGGACAAAGTCAATGGATTACCAATAAAACAGTAAAGCAAGATGTGTATCGTTTAAGACACAGTCATGATGCCGTGTTAACAGGAAATAAAACCGTATTAGCAGATAATCCTCAGTACACGACTAGAGTTAAAGATGGTAAACACCCTATTCGTGTTATTTTATCTCGAAGTGGGGACGTTGACTTTAGTCTAGATATGTTTCATGATCAATTATCTGATATATGGATATACACTGAAGATGCCACATTAACAACAACTTTACCCAATGTTTTTATTAATTACATGAGCAATTGTAAAATTCCTGATATTTTACAAGATTTATATAAAAAAGGTGTAGGTCGGCTGCTCGTCGAGGCGGGACCTAAAGTTACCTCATTATTTCTCCAACAACAGTTAGTTAATCAACTCATCATCTATTTTGCCCCGAAATTGATAGGTGGTTCTGGAACAAATCAATTCTTTCAAACACAAGAAGTTATAGATTTACAGGATACCTTTGAATTTGAAATTGTTAATTCCACTTTATTAGATCAAAATATCAAATTAGAACTACGGAAGAAGTGAAACAACCATGTTTACAGGAATCGTAGAAGAAATTGGAACCATTGTTGAAATACGTAATGATCAATCAGTACGCACACTTATCATTAAAGCTGAAAGGATTATTGATGATATGCATATTGGTGATTCTATAAGCGTTAACGGGACTTGCCTGACAGTGACAGACTTTAATAGCAATCATTTTTCAGTGCAAGTCATACATGGTACAGAAGATAAAACCTATCTTGCTAATGTTCAGCGTCATCAAGAAGTGAACCTAGAACGCGCGATGCACAGCAATGGTAGATTTGGTGGCCATTTTGTTCTAGGCCATGTTGATGAATTAGGTACAATTACAAAAATCAATCAGACAGCCGATTCAAAAGTAATTCAAATTTCAGCATCACAAACAATCATTAAACAACTTGTGAAGCAAGGATCAATTGCAGTCGATGGCGTTAGTTTGACAGTATTTGATATACGTGAATCATCTTTTGATATACATCTCATACCAGAAACACGGCGCTCAACAATTTTAGCAGATAAGAAACAAGGAGACTTTGTACATTTAGAGACAGATGTTTTATTCAAATATGTAGCCACAATCATTAATAAAAATTCCAATACTTTAACATTAGATAAGTTAAAATCATATGGTTTTTAAGGGGGATTAAATATGCAATTTGATACCATTGAAGAGGCACTTCAAGCGTTAAAAAAAGGAGAAACTATAATTGTTGTAGATGATGAAGATAGAGAAAATGAGGGAGATCTTGTTGCAGTAACACAATGGATGCAAGATCAAACGATTAATTTTATGGCTAAGCACGGTCGTGGCTTGATTTGTACGCCAATTTCCACTGATATTGCCGAACGTTTAGAGTTAAAACCAATGGTAATGCAAAATTCAGATGACTATGGTACAAACTTTACTGTAAGTATTGATCACTATACAACAACAACGGGAATTAGTGCAATTGAACGCATGACTACGGCACGGTCTTTAATTGCCACTGATACAATGGCTGAAGATTTTCATAAACCTGGTCATTTATTTCCACTTATTGCCAAAGATAATGGCGTTTTAGAACGTGAAGGTCATACTGAAGCAACGGTTGATTTAGCTAAAATGACAGGTGCAGCACCTGCAGGAGTTATTTGTGAAATTATGAATGACGATGGTTCGATGGCTAAAGGAGAACAATTAGAAAAGTTTAAAGAAACACACCAGCTTAAGCTTATTTCTATAAAACAAATCATAGAATATAGACATCAGCATGATATACAGGTGAACTTAAGAGCAAAGGTAAATATGCCAACAGATTTTGGCAACTTTGAAATGTATGGATTTGATTCAACACTTACACAGGATGAAATCGTTGTTATTACTAAAGGAGAGCCAAGAACTACTGAAAATGTAAGAATTCATTCAGCATGTTTAACTGGTGATATTTTTCATAGTCAACGATGTGACTGTGGTGCGCAACTTGAATCGTCCTTAAAATATATTAATGAACATGGTGGAATGGTGATTTATTTACCCCAAGAAGGCAGAGGTATCGGACTTATAAATAAACTTCGTGCTTACGAGTTAATAGAGCAAGGCTATGATACTGTAACTGCGAATTTAGCTCTTGGATTTGATGAAGATTTACGTGATTATAAGGTTGCTAGTCAAATTCTAAAATATTTTAATGTCAAGCAAGTTAATTTGTTAAGTAATAATCCGAAAAAATTTGAAGGGCTAAGTGAATATGATATAGAAATTGCAAAGCGTATTGAAGTCATTGTTCCAGAAACAACACACAACCATGATTATATGGAAACGAAAAAAATTAAAATGGGTCATTTAATCTAGGAGGTTATAAAAATGAATTTTGAAGGTAAATTAGTTGGTTCAGAGTTGAAAATTGCGATAGTAGTAAGTCGATTTAATGATTTTATTACAAATCGACTATTAGAGGGTGCTAAAGATACATTAATACGCCATGATGTCAATGATAGTAATATTGATGTTGCCTATGTTCCTGGTGCGTTTGAAATACCGCTTGTAGCTAGAAAATTAGCACAAAAAAAACATTATGATGCAATCATAACATTGGGTTGTGTAATTAGAGGTGCAACTTCTCACTATGATTATGTGTGCAATGAAGTGTCTAAAGGGGTTGCAAGAGCGAATGATGTATCAGATACACCAGTTATTTTCGGAATATTAACAACTGAAAGCATTGAGCAGGCTGTAGAACGCGCTGGTACTAAAGCTGGCAATAAAGGATCTGAAGCGGCAGTCAGTGCAATTGAAATGGCCAACTTATTGCAACAACTATAATGTTTAGTCTATAAATTTGGGAGCAGGATAAAATTCATTGTGAATTCGAAGTCCTGCTCCCTTTATATGTGTCGTTATTATTTTATAATTTTCGTAATCAAAAGTAACAATGCAGAAATACCAATTATCGCGCTAACTTTTTTGAGAGATTTAGTATCAACAAATTCTTTAACTGCTAGTGATAAGTTTTGAGGACGCTCTGCTAGACGACGCATAAAATAGCTAAACCAGTCATTACCATATGGAACATAAATGGTGAAATGATAGCCTTCTCTTGCGATTTGTTCAGCTAGTTCTGAACGGAATCCATATAACATTTGAAATTCAAAATCATCATTTTTAATATGGTGATCTTTGACGAATTGTTTGACATGATTGATAATTCGATCGTCATGTGTCGCAATGGATGTTTTATTACGCGCATTTAGCAAACGTTTCTCAATTAATTTAATATAGTTGCTATCAATATCTTCTTTTGTTTGATAAGCAATGGAAGCATCTTCTTTATAGGCACCTTTAACCAATCGTAATCTTAAATCTGGAAAACGTTCGATGAGTTCATCAGCATCGTACAAATATGCTTGTATAACTGTGCCGACATTTTTAAATTCTCCCTTAAATTTATCAAGCGCTTGAATAATTTGCTGCAAACTGTCATATTTTTCAGTATCAATATTGACGTGCATATTTTGATATTCATTAGCTTTCAATAAAATTTCACGTAAATTATCAAAAGCAAATTGTAAATCAAATTCTCCTCCTAGTAAACTTAATTTAATAGATACATGGGCATCTACATTATATGCATTAATGGCATCCATTATAGTGAGAATTTCATTCTTTGCTGTTGTGGCTTCTTCGCGTGTACCTACAAACTCTCCCAAATTATCAACGGTAACAGCGATATTTTTTTCATTAAGCCTTTCAATTGTATCTATTAGTTCTGGAATGGTATTACCTGCTACGACTTTATTTGCACCCATTTTGGGGCCGATTTTCTTAGCTGTTTGATTTAAATATGTATTATTTGATAAAGCGATGAAGAAATCCCTAAATAGTGTCATGTAGTAAACCTCCAATATTATAATCAATATATTTTATAAATAGTTTAGCATGAAATATTCGTAAGAGAAAGCGTTTTCAATATCGGTCATACGTTTTGCTTCAAGTTCAATTTATTGCAGAAATGTTTTCTTGAGTCAATTAGAGTGTTAGCCATATTAAGCTGATATTTGCTATAATTTAAGCTGTAGAGTTTATGTAGAAGGGACTAATAAGTCATGTGGAAATGGGAAACAGAAAATAATGCTAAAGGCGTAGTTGTTATTGTCCATAATATGTTAGAGCATACAGGGCGTTATGCTTATGTTATTACGATGTTAAGAAGAAATGGTTATCATGTGATTATGGGTGATTTGCCAGGACAAGGGCAGACTTCACGTGCAAACAAGGGGCAAATTAAAAACTTTAATGAATATCATGAACATGTTTTAGAATGGATTAAACTCGCAAATGATTATAAATTACCTACATTTGTTATGGGGATTGGTCTAGGAGGATTAATCATACTTAATTTATTAGAAAAGGTAGATCGATTGCCTATTGAGGGTATGATTTTATTTTCACCATTATTAGAATTACAAAAGAACAAGACAACACGGAAAGACATTTTAATTTCTAATATTGGAAAAGTATCAAAAGATACGCGTTTTAAAGTTAATATTGAAGTTGAACAGTTGACTAGAAATGAAGAAATAAGAGAAGAAACGGTTAATGATGGTTTGATGTTAAAAAAAGTAACATATCATTGGTACAATACTGTTGTGGAAGAAATGAAAGAAACATTAGATTACGTTGGGGACGTAAAATCAATACCTACATTACTAATGCATGGTTCTGAAGATGCGATTGTCGAACCTAAAGCGATAATTAAATTAAAAGAAAATCTAAAATCTGATGAATTCTATTATAAAAAATGGCAAGGTTTATATCATGAAATCCAAAATGAGCCTGAACGTGATCAAGTCATGCGATATGTATTAACATTTCTAAATAATAGTGTAAATACGATGGGATTTATCGTTAAAGAAGAAGAAATAGAGGATATTGAATAAATAAAAGATATTGAAAGACCTATTTATGATGCAACCTGAATTATCTGCTTGAGAGAGTTATGGAACTTATACTTTCTAAAGGTTTTTTGTGTTTTTTATTTGGAATGTGACAGTATAAATTGTTGTTACGCATCTGCTAAAGTGCGCATAATAAAGTTTGTTTTTATAATATTGAAGACTACTTATGTGTGATGGCATTAATTGTGTCGGTGTTTATTTAAAACAATAAATTCATAATACAAATGGTTTAGTTGCATATCTACATAGAAATTGGTATATTTTATACATATAAATTTATTAATAATTAATTGGATAAAAATCTACATGAATAATTAGCAATTTGCTGATGTTAGCACCAAGTTTATGGTTATAGTTGTGATTAAATAAAAAGACAATTAAATTATTAAAAGTTTATTAAGGGTTTTAACAATGCAACAACATTCTTTATCATCGGTAAATTGTATTATTTAGTTTTATGACAGGGAGAGATTTTAGTGAGCGAGCAAACGATAGACCAAGTATCTGGATTATTAAAATTAGAAGCGCTACTAATGGACATCAATTCAATTTTCGACGTTATTGAGAAAGAATACGGCATGACAAAAGAAGAAATCTTAATTTTACTAACGCTATGGCAAAAAGGGTCGATGACGTTAAAAGAAATGGATAGTTTTGTAAAGATTAAGTCTTATAAACGTACACGCACATACAATAACCTTGTAAATTTAGAATGGATTTACAAAGAACGCCCTCAAGATGATGAGCGTACAGTTATCATTCATTACAATGAAAATCAAAATGGTAAACGTGATGACTTATTAAAATTCATTTGTGATGCAGTACACAAAAAATCAAATTCCATGCAAACAAGTTTCACTTCAATTTTAAATATCTAGAAAAATGCTTAGTCTATAGTCAGGAAATAGCGACTTATAGACTAAGCATTTTAATTGATTTTTTCTATTGCGCAGATGAATGGAGCGTCATTACGTTGATTTATAAATTGATATTGTAGAACTTGAGCCTTTGTTTGATCTATATTGCTGAAATAATCAAGTAATGCATCACGTTCTAGTTTGCCTTGAAAATGGCCGTGATAAATAACAACTACAATAATGCCTTCAATCGTTAACTGTTCAAATATGGCGTCAATAGCGCGTATAGTTGATTCAGGCTGGGTGACAATTGATTTATCACCTTTTGGTAGGTAGCCTAAATTAAAGATTGCTGCAGTGATTTTATTTTTATGAGCAGATATTAAGTGGTCTGAGATATATTCATGACTATCATGTATTAATGATACGTTTTTAAATGATTTGATCTTCTTAGCAGTGTTATCAATTGCTTGTTGTTGTATGTCAAAACCATATACATGACCTTTTGGAACGTGTTGAGCTAAGAATAATGTATCGAATCCATTACCACATGTAGCATCAATCACAATACTATCACTTTGGATATGAGACGTAATTAAAGATTTAGCAAAGGGAAGAATGCGTTCTAATTTCATATTTGAATCCGCTCTTTGTGAAATTTCCCTTGATAAGAATTACGTCTAGCGAGCTCATCATCGATATTATTTAAAACTTCCCACTTGTTAACACTCCACATTGGTCCTACCATCAAATCAATGGGTCCATCGCCTGTAATACGATGAATTATCATCTCTGGGGGTAAGATTTCAAGTTGATCACATACTAGGTTAGTATATTCTTGCTGACTCATAAATTTTAGTAAACCCTTATCGTACTGTTTTACCATAGGTGTTCCTTTTAATAAATGAAGTAGATGTATTTTTATGCCTTGAACATCCATTTTGGCAACTTCACGGGCTGTGGCCATCATCATATCGTAATCTTCGCCAGGTAAACCATTAATAATATGCGTACAGATATTAATATTATGTTTTCTTAATTTAGCGACCCCATCATAATATGTTTGCATATCGTGTGCACGATTTATTAAATCAGATGTAGACTGATGTATCGTTTGGAGTCCTAATTCAACCCATAAGTATGTGCGTTTGTTTAGCTCAGCAAGGTATTCTACTACATCATCTGGTAAACAGTCTGGACGCGTGGCAATGGATAATCCTACAACACCTTCTTCTTGTAATACAGGTTCATATTTTTCCTTTAGTATTTCAACAGGGGCGTGTGTATTAGTGAACGCTTGAAAGTAGGCAATGTATTTTCCTTCATGCCATTTCTCATGCATTTTTGCTTTGATTTGTTGAAACTGAACTTCAATAGGGTCAGCTCGATTTCCAGCAAAATCGCCGCTACCAGCTGCAGAACAAAATGTACAACCACCATGTGCAACAGTTCCGTCACGATTAGGGCAGTCAAAGCCGCCATCTAATGCCACTTTAAATATTTTTTGGCCAAATTTATTTTTTAAATGGTAATTCCAAGTATGATAGCGTTTATTCTCAAAAGCATACGGGAAATATTTACCCATAAGACATTTTCCTTTCTAATTGTTTCTAAGTAAAGATTTTAACATATTTTAATGTTATAGTGTCTATTGTAGATTGAGAAAAGAGAGAGAAAGGACTCAGTGTATGAATATACCTAAATCAGTATGGATGCTGGTAATAGGCATGGCGCTCAATATTACCGGTTCTAGTTTTTTATGGCCTTTAAATACGATATATATGAAAGAAGAGCTCGATAAAAGCCTTACTATTGCAGGTATTGTGTTAATGATAAATTCATTTGGTATGGTTGTTGGTAACTTATTAGGTGGTAGTTTGTTTGATAAATTAGGTGGTTATCGTACGATTTTAACTGGAACTGCTGTGTGTTTAGTTAGTACAACGATGCTAAATTTTTTCCATGGTTGGCCTTGGTATGCAGTATGGTTAGTTATGCTTGGTTTTGGTGGTGGCATGATTGTACCAGCAATTTATGCTATGGCCGGAGCAGTGTGGCCCAATGGTGGACGGCAAACGTTTAATGCTATCTACTTAGCTCAAAATATTGGTGTCGCACTTGGTGCTGCTTTAGGAGGCTTTGTTGCTGAGCTTAGTTTTAACTATATTTTTATTGCAAATTTATTAATGTATGTGCTATTCGCGATTGTAGCTGTCACACAATTCAATCTCGAGTATTCTGTAAAGATGCACAAGCCAGATAATCTTGAGTTGGAAAATAAAGACCAAAAACGCAGATTTAAAGCATTAATCCTTTTATGTATTATGTTTAGTATTTGTTGGATTGCATATATACAATGGGAAAGTACGATTGCTTCATTTACACAAGACATCGATATCTCAATGTCGCAATATAGTATATTGTGGACAGTGAATGGTATTATGATTTTAGTTGCACAGCCTTTGATAAGTCCGGTAATTCGTATACTCAAAGGAAATATAAAAAAACAAATGATTGTAGGTATTATTATTTTTATGGTGTCGTTTTTAGTGACTAGTTTTGCTGAACAATTTAGTGTCTTTCTCATTGGTATGATTATATTAACATTTGGCGAAATGTTCGTTTGGCCTGCTGTCCCAACTATCGCGAATTTTTTAGCGCCTGATGGTAAACAAGGACAGTATCAGGGGTTTGTTAATTCAGCTTCTACGGTCGGTAAAGCATTTGGGCCACTTATAGGTGGTATTTTAGTCGATGCCTTTAATATGAGTACCATGTTTATTGGCATGATTGTGTTATTAAGCATAGCATTGTGTTTTTTAGCTGTTTTTGATAAAAATATGCCTAAGGATAAAACAATATAACCATGTTAATTGACTGAGCTAGGCTTCTATATTAATTGTTCAGTTATGTAATAACTTGCACTTGCAATCAGTTACATTATCCAATAATATTAAAGTGTATTGGAGTAGTAACTTAAATATTTTTCAACAGAGAGCTAGTGGTGGTGTAAACTAGCGTTAAGTATTAAGTGAACTTACCGTTATTTAATGTAATATACATCTCTTACTATTTAATTAAGTGCACATATATGTGAACTAGGGTGGTACCGCGGCATAATTGTCGTCCCTATACTTTATTTATAATAGTATGAGGTGTTTTTTTATTGAGTAGGAGGAAAAAAAGTGAATTACAATCACAAAAAAATCGAAAAAAAATGGCAATGTTTCTGGCTAGATAATCAAACATTTAAGACAAGTGATAACTTGGGACAAAAGAAATTTTATGCCTTAGATATGTTTCCTTATCCATCAGGTGCTGGTTTACACGTAGGACATCCAGAAGGATATACTGCTACGGATATTATTTCACGCTATAAACGTATGCAAGGCTATAACGTCTTACATCCAATGGGCTGGGATGCGTTTGGCTTACCTGCAGAACAATATGCACTTGATACTGGAAACGATCCACGAGCATTTACGAAACAAAATATTCAAACTTTTAAACGTCAAATTCAAGAATTAGGATTTAGTTATGATTGGGATAGAGAAGTTAATACAACAGATCCTGAATATTATAAATGGACACAATGGATTTTTATCCAACTTTATAATAAGGGGTTAGCTTATGTTGATGAAGTAGCGGTAAACTGGTGTCCAGCACTTGGCACGGTTTTATCTAATGAAGAGGTTGTTGATGGTGTTTCTGAACGAGGAGGCCATCCTGTATACCGTAGACCTATGAAACAATGGGTACTCAAGATCACAGAATATGCCGATCGACTACTAGAAGATTTGGATGACTTAGATTGGCCTGAATCGATAAAAGATATGCAGCGTAATTGGATTGGTCGCTCAGAAGGGGCACGTGTTTCTTTCAAAGTTGAAGGAGAGAATGACACAATAGACGTCTTCACTACGCGTCCAGATACGATTTTTGGTACGACTTTCTTAGTATTAAGTCCAGAGCATGCGCTTGTGGAAAAAATTACAACAACTGAAAATTTTGAAGAAGTTAAGAAATATCAAGAAGCTGCATCTAAAAAATCTGACCTTGAGCGTACGGATTTGGCAAAAGATAAATCTGGTGTTTTTACTGGCGCATATGCGATTAATCCTTTATCTGGTGAAAAATTACCGATTTGGATTGCTGATTATGTATTATCTAGTTATGGTACTGGAGCTGTTATGGCAGTGCCTGCTCATGATGAACGCGACCACGAATTTGCGGTTAAATTTAATTTGCCGATTATAGAAGTTATTGCTGGTGGAGATGTTCAAAAAGAGGCTTATACTGGTGCAGGAGAGCACGTTAACTCTGGTGACTTAGATGGTTTAAATAATGAACAGGCTATTGCTAAAGCAATTGAGTTATTAGAAGCAAAAGGTGCCGGTGAGAAAAAAGTTAACTATAAGTTGCGTGACTGGTTATTTAGTAGACAGCGTTATTGGGGTGAACCAATACCAATCATTCATTGGGAAGATGGAACAATGACGACGGTACCAGAAGAAGAATTACCACTATTATTACCAGAAACTGATGAAATTAAACCGTCTGGAACTGGTGAATCACCATTAGCTAATATAGATGATTTTGTTAACGTTGTAGATGAAGAAACGGGAATGAGAGGTCGTCGTGAAACGAACACAATGCCACAATGGGCTGGCAGCTGTTGGTATTACTTACGTTATATTGATCCTCATAATGAGCAAATGTTAGCAGATCCAGAAAAATTAAAGCATTGGTTACCAGTTGATTTATACATCGGCGGCGTTGAGCACGCAGTACTTCATTTGTTGTATGCTCGATTCTGGCATAAAGTCTTATATGATTTAGGCGTAGTTCCAACAAAAGAGCCATTCCAAAAATTATTTAACCAAGGTATGATTTTAGGTGAAGGCAATGAGAAAATGAGTAAATCCAAAGGTAATGTTGTTAACCCAGATGATATTGTAAATTCTCATGGTGCTGACACTTTACGACTTTATGAAATGTTTATGGGGCCTTTGGATGCTGCTATTGCCTGGAGTGAGAATGGTTTAGATGGCTCAAGACGTTTCTTAGACCGAGTTTGGCGTTTATTTATCAATGAGGATGATAGCCTATCTCAAAAATTTGTTGAATCAAATAATAAATCATTAGATAAAGTATATAATCAAACGGTTAAAAAAGTGACAGAAGACTTTGATACATTGAATTTTAATACTGCTATCAGTCAGTTGATGGTCTTTATTAATGAATGTTATAAAGTAGATGAAATTTATCAACCATATGCGGAAGGCTTTGTGAAGATGCTTGCGCCTATTGCGCCACACATAGGTGAAGAATTATGGCAAAAATTAGGACATGATGAAACGATTACTTATCAGCCATGGCCAACTTATAATGAAACACTGTTGGTTGATAGTGAAGTTGAAATTGTCGTTCAAGTAAATGGTAAAGTGCGTGCAAAACTAACCATACCTAAAGAGCTGTCCAAAGAAGAAATGCAAGAATTAGCATTAGAAAATGAAAATGTTAAAATGGCTATAGATGGTAAAGAAATTAAGAAAGTAATAGCAGTCCCTCAAAAACTAGTAAATATTGTAGCAAAATAAATAAAGGAGTGTTGAATAATGGATTCAATAACTGTTGAAGATTTGAAAAATAAAGTATTAGAATCTAATCCAGTTAATATTGTTGATGTTCGTACAGATGAGGAAACATCTATGGGTATCATACCTGGTGCAGAAACGATTCCTATGGATAAAATTGAATCAAATATTGATTATTTTAATACAAATGATACTTACTATATTATTTGTGCTGCAGGTGTTCGAAGTGAAAAAGTAGCTCGATATTTAGAAAAACAAGATATTCATGCAGTCAATGTAGAAGGCGGTATGAAAGCTTGGGGCAATGAAGGATTAGAAATAAAACGTATTTAATTTTTAAGTAAATGAATTTTAATAGATTTAATAAACACCCATTTATTAACGGTAGCTAAATGGGTGTTTATTTTTTAAAGCCAAGTCTAAACGTGATTTAAAAAATGCTAGCTATAAAGTTAATGATATAAATAACTTCCGGCATTGAGGCCTGCGACATGTCCAGTCACAAGGGCGCTAGTAATATTATAACCACCAGTATAACCGTGAATATCTAAGACCTCTCCACACAAAAATAAACCTGGTTCAAGTTTAGACATCATTGTTTTAGGCCAAATTTCTTTTAAGGAAACACCGCCGCCAGTTACAAATGCTTTATCTATAGGTAATGTGCCGTTAACTTTAAATTTAAATCCTTTAAATATTTCAACAAGTTGTTGCAATTGCTGATTTGAAAGGTGATGTCCTGTCATGTCATCATTAATGTTTGCACGTTCTAACGCAAATATTAAGTAACGTTCTTCAATTAAACCATGTAAACTATTTTTTATAATTTTATTTGGCTGTGATTGAATACGCTTATTAATTTTTTGACTTAATTTGTCTTTATTTAAATCTGGAAATACATCTAAAGACATTGTTATTTGTTGCGTTTTTTGCTGTTTCTGTTCTTTGTAAATAAATTGGCTACATCTTAATGCAGCGGGGCCGCTTATCCCAAAGTGGGTGAAAATCATGTCCATTTTATGACTAATACGTATTTTGCCGTTTTTCTTATGTACTGATAAACAAACATCTTTAAGGCTTAGACCTTTTAAGCGTTGTTCTTTAATAAAAGACTCGTTTGATGTGATAGGTACTTCCGTGGGGAATAATTCGGTAATCGTATGTCCCATTGCTTGTGCAAAACGATAGCCATCTCCAGTTGAACCGGTTTGTGGCACACTAGTCCCACCAGTTGCAATCACTAATGTTTTGCCATTATAACTTTTAGATTGGGTATGTACGATAAAACTATCATTTGTTGATTTTTCAATACGAGTTACAGGTGTTTCTTCAATTATATCGACATTCTGAGAATGAATCGTTTGAACTAAAGCATTTACAACATCTTGGGCTTTGTTTGAGACGGGAAACATGCGGCCATGATCTTCTTCTTTTAGTTTAACAGCTCGGGATTCAAAGAATTGAATAATAGATTCATTATCAAATGTTGAAAATGGACTGTATAAAAATTTTCCGTTACCTGGAATATTTTTAATTATTTCTTCATAAGGTAAGCGATTTGTGACATTACAGCGTCCACCACCTGAAATCTTCAACTTGCGTCCTAAACCTTTTTTCTTTTCTATTAATAATACACGTTGTCCTGATTGGCTTGCTGCAACTGCAGCCATTAAGCCACTTGGACCGCCTCCTATTATAATTGTTTGATACAT

Protein sequences of DBSCAN-SWA_4

>NZ_AP021848|1260147:1290402|1270248_1270554_-|WP_002478003.1|DBSCAN-SWA
MSKSKKYFYISIILLIISFYFNTFNPYLSQQITSIKYLMIACSVVNVIILIAAIIFSDKAIKHLNENSDWIRIASKILPFIILLVIIFHIYASITTFGIIK
>NZ_AP021848|1260147:1290402|1263327_1264101_+|WP_002492634.1|DBSCAN-SWA
MDYILYKTMPIESLTHEFAEVTYVVDGLKVKALQMLPHKTVERIVVYLRGGKGQVGRVRAARLMQFSSPETLVIGPYYRGNNGSEGRDEFCQGDLHDVTTLVQQLHQSYPDAYIHMIGFSRGGLQGLLTFQDLPVDSYIIWGGVSNVNLMYEERVDLRGMLRRMIGHPVKDAQSYKKRDALKDIDATSPPILIIHGGQDKQVGIHQAYVLEDALKQRGTQFDTFYQLAEGHVPRPVAMRLAIQRIFNWMKEIEELQK
>NZ_AP021848|1260147:1290402|1269464_1269818_-|WP_002478001.1|DBSCAN-SWA
MITLILIMIGGGLGACARAWITQQSKHYLKIDFPIATLFVNLLGCFLIGYTASIAHEHHWFSLFVVTGFLGGLTTFSTMSLELVQMLLEKNKVIKFVLYTVLQFIVGFLLCLFGYQL
>NZ_AP021848|1260147:1290402|1277806_1278439_+|WP_002458804.1|DBSCAN-SWA
MFTGIVEEIGTIVEIRNDQSVRTLIIKAERIIDDMHIGDSISVNGTCLTVTDFNSNHFSVQVIHGTEDKTYLANVQRHQEVNLERAMHSNGRFGGHFVLGHVDELGTITKINQTADSKVIQISASQTIIKQLVKQGSIAVDGVSLTVFDIRESSFDIHLIPETRRSTILADKKQGDFVHLETDVLFKYVATIINKNSNTLTLDKLKSYGF
>NZ_AP021848|1260147:1290402|1271654_1272107_+|WP_002458797.1|DBSCAN-SWA
MNESQFVAKIKKQLWFLNNNEQIQLERYLNHLIDNNDEKILQRPIYYANQFLKNYVFKEKNQTHSSLVLLLFLIIVLYVVFMGLFLFGFITSLTAVNYFINPQVKVATWSVILILIGAILLIIISLWLIKKITAYATKKLLEYKFNQSRS
>NZ_AP021848|1260147:1290402|1264164_1265757_-|WP_002492597.1|DBSCAN-SWA
MSINTYSETSKIKHLLEKETTLFQLSTTQLYNKILENNEGELTELGAINASTGKYTGRSPKDKFIVTEPSYKDNIDWGDVNQPIDEETFLNLYHKVLDYLDERNELYVFNGYAGSDKDTQLKLTVINELAWHNLFAHNMFIRPESKDEAIKIKPNFTVVSAPHFKADPDIDGTKSETFVIISFKHKTILIGGTEYAGEMKKGIFSVMNYLLPMQDIMSMHCSANVGAKGDVALFFGLSGTGKTTLSAAADRKLIGDDEHGWNKNGIFNIEGGCYAKAINLSKEKEPQIYDAIKYGTILENTVVHEDGSVDFDDNRYTENTRAAYPIHHIDNIVLPSKAAHPNTIIFLTADAFGVLPPISKLTKSQAMYHFLSGFTSKLAGTERGITEPEPSFSTCFGAPFLPLNPTVYADLLGALIDEHNVDVYLVNTGWTGGKYGVGRRISLHYTRQMVNQAITGQLKNTEYIKDDMFGLYIPTEIEDVPKTILQPINAWNDPDKYRTQAQDLIKRFEHNFEKFGSEVAEIAQSGGFNK
>NZ_AP021848|1260147:1290402|1281384_1282218_+|WP_002458808.1|DBSCAN-SWA
MWKWETENNAKGVVVIVHNMLEHTGRYAYVITMLRRNGYHVIMGDLPGQGQTSRANKGQIKNFNEYHEHVLEWIKLANDYKLPTFVMGIGLGGLIILNLLEKVDRLPIEGMILFSPLLELQKNKTTRKDILISNIGKVSKDTRFKVNIEVEQLTRNEEIREETVNDGLMLKKVTYHWYNTVVEEMKETLDYVGDVKSIPTLLMHGSEDAIVEPKAIIKLKENLKSDEFYYKKWQGLYHEIQNEPERDQVMRYVLTFLNNSVNTMGFIVKEEEIEDIE
>NZ_AP021848|1260147:1290402|1279645_1280104_+|WP_002458806.1|DBSCAN-SWA
MNFEGKLVGSELKIAIVVSRFNDFITNRLLEGAKDTLIRHDVNDSNIDVAYVPGAFEIPLVARKLAQKKHYDAIITLGCVIRGATSHYDYVCNEVSKGVARANDVSDTPVIFGILTTESIEQAVERAGTKAGNKGSEAAVSAIEMANLLQQL
>NZ_AP021848|1260147:1290402|1284781_1285957_+|WP_002492648.1|DBSCAN-SWA
MNIPKSVWMLVIGMALNITGSSFLWPLNTIYMKEELDKSLTIAGIVLMINSFGMVVGNLLGGSLFDKLGGYRTILTGTAVCLVSTTMLNFFHGWPWYAVWLVMLGFGGGMIVPAIYAMAGAVWPNGGRQTFNAIYLAQNIGVALGAALGGFVAELSFNYIFIANLLMYVLFAIVAVTQFNLEYSVKMHKPDNLELENKDQKRRFKALILLCIMFSICWIAYIQWESTIASFTQDIDISMSQYSILWTVNGIMILVAQPLISPVIRILKGNIKKQMIVGIIIFMVSFLVTSFAEQFSVFLIGMIILTFGEMFVWPAVPTIANFLAPDGKQGQYQGFVNSASTVGKAFGPLIGGILVDAFNMSTMFIGMIVLLSIALCFLAVFDKNMPKDKTI
>NZ_AP021848|1260147:1290402|1286278_1288693_+|WP_002492652.1|tRNA|DBSCAN-SWA
MNYNHKKIEKKWQCFWLDNQTFKTSDNLGQKKFYALDMFPYPSGAGLHVGHPEGYTATDIISRYKRMQGYNVLHPMGWDAFGLPAEQYALDTGNDPRAFTKQNIQTFKRQIQELGFSYDWDREVNTTDPEYYKWTQWIFIQLYNKGLAYVDEVAVNWCPALGTVLSNEEVVDGVSERGGHPVYRRPMKQWVLKITEYADRLLEDLDDLDWPESIKDMQRNWIGRSEGARVSFKVEGENDTIDVFTTRPDTIFGTTFLVLSPEHALVEKITTTENFEEVKKYQEAASKKSDLERTDLAKDKSGVFTGAYAINPLSGEKLPIWIADYVLSSYGTGAVMAVPAHDERDHEFAVKFNLPIIEVIAGGDVQKEAYTGAGEHVNSGDLDGLNNEQAIAKAIELLEAKGAGEKKVNYKLRDWLFSRQRYWGEPIPIIHWEDGTMTTVPEEELPLLLPETDEIKPSGTGESPLANIDDFVNVVDEETGMRGRRETNTMPQWAGSCWYYLRYIDPHNEQMLADPEKLKHWLPVDLYIGGVEHAVLHLLYARFWHKVLYDLGVVPTKEPFQKLFNQGMILGEGNEKMSKSKGNVVNPDDIVNSHGADTLRLYEMFMGPLDAAIAWSENGLDGSRRFLDRVWRLFINEDDSLSQKFVESNNKSLDKVYNQTVKKVTEDFDTLNFNTAISQLMVFINECYKVDEIYQPYAEGFVKMLAPIAPHIGEELWQKLGHDETITYQPWPTYNETLLVDSEVEIVVQVNGKVRAKLTIPKELSKEEMQELALENENVKMAIDGKEIKKVIAVPQKLVNIVAK
>NZ_AP021848|1260147:1290402|1260147_1261542_+|WP_002492603.1|DBSCAN-SWA
MEYWLSEQSYMNPNKIAITDGVKALTFRTLYDRAKVIAEHLVTLNISRVGLYLTNSINSVILIHACWIAHIEIAMINTRLTPKEITAQMQSIDVQYIITTASLALKDFNIIPFQSLIDKRNKGLISKSFNRQDIASIMFTSGTTGPQKAVPQTFNNHYASAKGCKSSLGFDSKTIWLSVLPIYHISGLSVLLRSVIEGFTVRLLDKFDTQRMMHIIKNEHITHVSLVPQTLQWLMDAGLTQPYKLEKILLGGAKLSVALIDEALNYQLPIYNSFGMTETCSQFLTASPDMLARRHDTVGKPSSNVSIKIHNPNRDGHGELWLKGNNVMDGYLYPKGLKDAFVDGYFKTGDIAEVDKDGFVVIYDRRKDLIISGGENIYPYEIEMQAKQFDGIKDAMCVPLSDETWGQVPLLYYISEDNIDIASLDRFLRVQLAAYKVPKKYVAVQTLPYTSTGKLQRNKFELKG
>NZ_AP021848|1260147:1290402|1283164_1283728_-|WP_002458810.1|DBSCAN-SWA
MKLERILPFAKSLITSHIQSDSIVIDATCGNGFDTLFLAQHVPKGHVYGFDIQQQAIDNTAKKIKSFKNVSLIHDSHEYISDHLISAHKNKITAAIFNLGYLPKGDKSIVTQPESTIRAIDAIFEQLTIEGIIVVVIYHGHFQGKLERDALLDYFSNIDQTKAQVLQYQFINQRNDAPFICAIEKIN
>NZ_AP021848|1260147:1290402|1274881_1276381_+|WP_002492594.1|DBSCAN-SWA
MRVAIIGMGTAGVSVLRQLVKHENFSTLTVDVYDNKINMGHGVPFQNDSDELLINLPSKKMSLNLEDDLEFWHWYQQQNIFSYENPKYLPRFIFGHYMKSYLLHFDKIFDNLTLIHDEVKEIFTNSNVDETALKYYVCTSDDMNDWKEYDYIFLTIGTLSYHDPYQLKGILGYIQSPYPTYNTLDEVKETDRIAIIGTGLASLDVVRYVATHHKHLPIIMTSRSAQLPSVRGNMQEITFRYLTKQTFNSIKAVNYGNVPLDALVKLFYKECEEWNIELDTLINRRSGNHIDDLQYDLDHSQELGVFQGLIEHLKENLNWIYNSLSSSDQQLFDKKYTKVIQLNSNPMPPRTAKLLIELMQNGSLIIKRGLENITHDGQLFNLTFKDTSSCDDFNIIINATGAKTHLAELDEDDQLVINLENRRIVQAHPMGGIQIVPETNQIISPRYGTLTNAVAIGQLTNGVNKLRNGVKMIVSQVVNAVDYLYEHQSRLSRDNISKK
>NZ_AP021848|1260147:1290402|1282712_1283114_+|WP_002458809.1|DBSCAN-SWA
MSEQTIDQVSGLLKLEALLMDINSIFDVIEKEYGMTKEEILILLTLWQKGSMTLKEMDSFVKIKSYKRTRTYNNLVNLEWIYKERPQDDERTVIIHYNENQNGKRDDLLKFICDAVHKKSNSMQTSFTSILNI
>NZ_AP021848|1260147:1290402|1269814_1270180_-|WP_002478002.1|DBSCAN-SWA
MQYFYIFIGGMIGAACRYLLSTFNSTTTFPYGTLSANLVGAFLMGLLFTLTVPFLSKHPKLKKALTTGCLGAFTTFSTFQFELITMLEQSLFLTALCYGIVSYILGILSCYIGLKLGRELS
>NZ_AP021848|1260147:1290402|1283724_1284678_-|WP_002492612.1|DBSCAN-SWA
MGKYFPYAFENKRYHTWNYHLKNKFGQKIFKVALDGGFDCPNRDGTVAHGGCTFCSAAGSGDFAGNRADPIEVQFQQIKAKMHEKWHEGKYIAYFQAFTNTHAPVEILKEKYEPVLQEEGVVGLSIATRPDCLPDDVVEYLAELNKRTYLWVELGLQTIHQSTSDLINRAHDMQTYYDGVAKLRKHNINICTHIINGLPGEDYDMMMATAREVAKMDVQGIKIHLLHLLKGTPMVKQYDKGLLKFMSQQEYTNLVCDQLEILPPEMIIHRITGDGPIDLMVGPMWSVNKWEVLNNIDDELARRNSYQGKFHKERIQI
>NZ_AP021848|1260147:1290402|1288711_1289023_+|WP_002458814.1|DBSCAN-SWA
MDSITVEDLKNKVLESNPVNIVDVRTDEETSMGIIPGAETIPMDKIESNIDYFNTNDTYYIICAAGVRSEKVARYLEKQDIHAVNVEGGMKAWGNEGLEIKRI
>NZ_AP021848|1260147:1290402|1268446_1269280_+|WP_002492600.1|DBSCAN-SWA
MKTIEFYNGQAMPKVGLGTFRIGNNNECQRAVQYAIEQGYRSIDTAKVYGNEEKVGAGIKAAMTSTGLSREDLFITSKLYFEDFGRENVAQAYEQSLKKLGLDYLDLYLVHWPGKDEAVMIDMWKGMEDLYKDNKVYSIGVSNFDVNHLEALLAQVSIKPMINQVEYHPKFTQNELRTYLKAQRIPMESWSPLQNGQILNDQTIQQIALEVSKSPAQVIIRWNIQHGVVVIPKSITPSRITENIQVFDFELSGAQMARIDQLNQEKRIGPNPQDFAG
>NZ_AP021848|1260147:1290402|1267423_1268332_+|WP_002458791.1|DBSCAN-SWA
MNSLGPMEIGLIVAVVIALICLILFFVALRNNKKIKRQTVDEYKLKEKQMQESHDEALEKERIENKKTVTKQKENYEATVNSKEREIDALKLFSKNTSEYVTDMRLIGIRERLVNEKRIRPEDMHIMANIFLPGNDLNNIERISHLVLTRTGLYIIDSKLLKGHVYNGISGNQFNELPMMQQVFSTLDLNAKAPHTLVLDQNDDQSSLSFLDYSAQLAQIEKLATDLQTKLGLTYTPTSILYFNPKREGEVTISNYAQTSSAKVLVGPEQLNEFFNKFVFHGRIQYNVDDLQEIMTKIESFN
>NZ_AP021848|1260147:1290402|1278451_1279633_+|WP_002478008.1|DBSCAN-SWA
MQFDTIEEALQALKKGETIIVVDDEDRENEGDLVAVTQWMQDQTINFMAKHGRGLICTPISTDIAERLELKPMVMQNSDDYGTNFTVSIDHYTTTTGISAIERMTTARSLIATDTMAEDFHKPGHLFPLIAKDNGVLEREGHTEATVDLAKMTGAAPAGVICEIMNDDGSMAKGEQLEKFKETHQLKLISIKQIIEYRHQHDIQVNLRAKVNMPTDFGNFEMYGFDSTLTQDEIVVITKGEPRTTENVRIHSACLTGDIFHSQRCDCGAQLESSLKYINEHGGMVIYLPQEGRGIGLINKLRAYELIEQGYDTVTANLALGFDEDLRDYKVASQILKYFNVKQVNLLSNNPKKFEGLSEYDIEIAKRIEVIVPETTHNHDYMETKKIKMGHLI
>NZ_AP021848|1260147:1290402|1261548_1262553_+|WP_002492644.1|DBSCAN-SWA
MKIVDINYYLYNQSFRVPITTPKVHLTSRKALIIEMITSQGKSFFGECNAFESDWYDSETINSVQKVIEAWSSSIKNKEFSTFDAWLPYLNQLNAAPAARATVVMAVFQMYQTLPIINVDYGATVSGLTEAHFVQLKETQPKRIKIKWSNHILKDLAHMNKQLDFEYQLVIDANESLTKEDLPKLALVKQYHPIYIEEPFKTMDLYKNYKHNLFPPVAIDEKATSVQQILTLCHSYNIQVVVIKPFRMGGIDHVIKLIHKLQRDNISVVIGGMYEYGLSRYFTAYLAQFGDYPGDITPSGYYYDHDLVSQSGILKQRRISFSPPEVDTSQLVMF
>NZ_AP021848|1260147:1290402|1270810_1271524_+|WP_002458796.1|DBSCAN-SWA
MTQLNVQVFADGADIEEMKAAYKNKQVDGFTTNPSLMAKAGVTDYKAFAEEAVKEIPDASISFEVFADDIETMEKEAEILKQYGENVFVKIPVVNTKGESMIPLIKKLSADNVRLNVTAVYTIEQVKEITEAVTEGVPTYVSVFAGRIADTGVDPLPLMKEAVTVTHSKAGVKLLWASCRELYNVIQADEVGADIITCPADVVKKVNNNLGRDINGLSVDTVKGFAKDIQSSGLSIL
>NZ_AP021848|1260147:1290402|1273217_1273442_+|WP_002458800.1|DBSCAN-SWA
MDYAHLNLEHFFARNDDLDIIKDRSDFVMINNFTNEMMYRDGEVEGTIDLNQYYYKNRSQAASFIMMEYKNHRE
>NZ_AP021848|1260147:1290402|1289142_1290402_-|WP_002492605.1|DBSCAN-SWA
MYQTIIIGGGPSGLMAAVAASQSGQRVLLIEKKKGLGRKLKISGGGRCNVTNRLPYEEIIKNIPGNGKFLYSPFSTFDNESIIQFFESRAVKLKEEDHGRMFPVSNKAQDVVNALVQTIHSQNVDIIEETPVTRIEKSTNDSFIVHTQSKSYNGKTLVIATGGTSVPQTGSTGDGYRFAQAMGHTITELFPTEVPITSNESFIKEQRLKGLSLKDVCLSVHKKNGKIRISHKMDMIFTHFGISGPAALRCSQFIYKEQKQQKTQQITMSLDVFPDLNKDKLSQKINKRIQSQPNKIIKNSLHGLIEERYLIFALERANINDDMTGHHLSNQQLQQLVEIFKGFKFKVNGTLPIDKAFVTGGGVSLKEIWPKTMMSKLEPGLFLCGEVLDIHGYTGGYNITSALVTGHVAGLNAGSYLYH
>NZ_AP021848|1260147:1290402|1262549_1262807_-|WP_002458786.1|DBSCAN-SWA
MKKLLQKLFLSLIYVYQHFISPMTPATCRFYPTCSEYTREAIVVYGPLKGTYMGIRRILKCHPFHKGGFDPVPLKKDNKHCQHKH
>NZ_AP021848|1260147:1290402|1272549_1273020_-|WP_002478005.1|DBSCAN-SWA
MLFNNVYHQFNKYIHYLLNKYHIRYNYDEYYQLMLIRLWQLTNQYNASLNSNFSTFIIFRLNYYLIDLFRKEQPKQSVEISILNPSSSKLPIYILNDFNLIMQEAWKHLTRQEQQWLILQISGYKQYEIAQHMHVSLSSVKNYKRNARQKLQRFFT
>NZ_AP021848|1260147:1290402|1276692_1277799_+|WP_002492592.1|DBSCAN-SWA
MSLYQSPYAYFGIRFFYEGDKLDLYLSKAIQLAKMVKGQTGVNPPVGAVVVKNGRIIGLGAHLKQGEKHAEVQAIDMAGDEAQGATIYVSLQPCTHYGSTPPCVNKIIDHGLDKVVYAVKDTTLPSKSYEILTQAGIQVYQQFDHEAYCLYEDFFKAKAEKIPEITVKVSTSIDGKQATDYGQSQWITNKTVKQDVYRLRHSHDAVLTGNKTVLADNPQYTTRVKDGKHPIRVILSRSGDVDFSLDMFHDQLSDIWIYTEDATLTTTLPNVFINYMSNCKIPDILQDLYKKGVGRLLVEAGPKVTSLFLQQQLVNQLIIYFAPKLIGGSGTNQFFQTQEVIDLQDTFEFEIVNSTLLDQNIKLELRKK
>NZ_AP021848|1260147:1290402|1280181_1281168_-|WP_002492647.1|DBSCAN-SWA
MTLFRDFFIALSNNTYLNQTAKKIGPKMGANKVVAGNTIPELIDTIERLNEKNIAVTVDNLGEFVGTREEATTAKNEILTIMDAINAYNVDAHVSIKLSLLGGEFDLQFAFDNLREILLKANEYQNMHVNIDTEKYDSLQQIIQALDKFKGEFKNVGTVIQAYLYDADELIERFPDLRLRLVKGAYKEDASIAYQTKEDIDSNYIKLIEKRLLNARNKTSIATHDDRIINHVKQFVKDHHIKNDDFEFQMLYGFRSELAEQIAREGYHFTIYVPYGNDWFSYFMRRLAERPQNLSLAVKEFVDTKSLKKVSAIIGISALLLLITKIIK
>NZ_AP021848|1260147:1290402|1266128_1267325_+|WP_002458790.1|DBSCAN-SWA
MTYNKRLFTSESVTEGHPDKIADQVSDAILDEILKDDPNARVACETTVTTGMALISGEISTTTYVDIPKVVRETIRDIGYTRAKYGYDCQTMAVLTAIDEQSPDIAQGVDKALEYRNDISEEEIEATGAGDQGLMFGYATNETETYMPLPIFLSHQLAKRLSDVRKDGIIDYLRPDGKVQVTVEYDENDKPYRIDTIVVSSQHAQDITLEQIQQDIKNHVIYPTVPDNLLDEDTKFFINPTGRFVIGGPQGDAGLTGRKIIVDTYGGYARHGGGCFSGKDPTKVDRSAAYAARYVAKNIVAAGLAAQCEVQLAYAIGVAEPVSIAIDTFNTGKVSEGELVAAVRKHFDLRPAGIIKMLDLKHPIYKQTAAYGHFGRTDVLLPWEKLDKVNILKDAVQA
>NZ_AP021848|1260147:1290402|1272087_1272534_-|WP_002492607.1|DBSCAN-SWA
MNVTKLDQLLYLKTCTSNKISTECKYLEHTEIIPKSMKQVLYHYLEFYGRYLPLQIKVAKRLLHINKLVPIYVNQQTILFPIRPQRSPIQCYINAKHIVAMHAINNHIIIVFEQQIQLIIDAPYTLIYNKWKESLLLSHLIPLNYAID
>NZ_AP021848|1260147:1290402|1262873_1263347_+|WP_002492645.1|DBSCAN-SWA
MQFLDKENRRVILTYKNDKDIANGNHVLAIPFYKQQLLFTQHKVRGIEFPGGKREEGETSMEAIKRELFEETGAQCQKLTYIAQYEVFTKDKTPFVKDVYTIEVSRIDKKNDYLETAGPILYQRLNDIPENKRSYLIQDAAIQQCLERVKLLGLYSL
>NZ_AP021848|1260147:1290402|1273643_1274498_+|WP_002458801.1|DBSCAN-SWA
MAKHKRGSIIGLFGLLILLVIVGIIFFSMISDQILFKEVKQVEKVENLDVTLDKASKKQIDNYTSQQVSNKSNNAWRDASATEIKTAMDSSKFIEDNKQKYQFLDLSKYQGIDKNRIKRMLFDRETLLKHTDDFLEAAKDNHVNEVYLISHALLETGASKSQLANGVEIDGKKYYNFYGVGALDEDPIKTGAQYAKKHGWDTPEKAIRGGAEFIHKHFLSHDDQNTLYSMRWNPKNPGEHQYATDIKWAESNATIIADFYQEMKTEGKYFKWYVYKDDDKHKAN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002492603.1|1260147_1261542_+	o-succinylbenzoate--CoA ligase	A0A2H4PQM9	Staphylococcus_phage	1.1e-169	62.3
WP_002492644.1|1261548_1262553_+	o-succinylbenzoate synthase	A0A2H4PQM0	Staphylococcus_phage	2.3e-95	51.7
WP_002458786.1|1262549_1262807_-	membrane protein insertion efficiency factor YidD	A0A2H4PQM5	Staphylococcus_phage	1.2e-29	70.4
WP_002492645.1|1262873_1263347_+	nucleoside triphosphatase YtkD	A0A2H4PQM4	Staphylococcus_phage	2.6e-49	60.6
WP_002492634.1|1263327_1264101_+	S9 family peptidase	A0A2H4PQM6	Staphylococcus_phage	5.0e-98	69.4
WP_002492597.1|1264164_1265757_-	phosphoenolpyruvate carboxykinase (ATP)	A0A2H4PQN1	Staphylococcus_phage	1.5e-274	85.8
WP_002458790.1|1266128_1267325_+	methionine adenosyltransferase	A0A2H4PQS6	Staphylococcus_phage	1.7e-198	87.4
WP_002458791.1|1267423_1268332_+	NERD domain-containing protein	A0A2H4PQQ8	Staphylococcus_phage	1.3e-102	76.6
WP_002492600.1|1268446_1269280_+	aldo/keto reductase	A0A2H4PQR8	Staphylococcus_phage	2.1e-118	72.9
WP_002478001.1|1269464_1269818_-	fluoride efflux transporter CrcB	NA	NA	NA	NA
WP_002478002.1|1269814_1270180_-	fluoride efflux transporter CrcB	A0A2H4PQR0	Staphylococcus_phage	2.0e-33	62.0
WP_002478003.1|1270248_1270554_-	hypothetical protein	NA	NA	NA	NA
WP_002458796.1|1270810_1271524_+	transaldolase	M1PR54	Cyanophage	1.1e-19	36.3
WP_002458797.1|1271654_1272107_+	hypothetical protein	A0A2H4PQT8	Staphylococcus_phage	1.6e-16	43.6
WP_002492607.1|1272087_1272534_-	competence protein ComK	NA	NA	NA	NA
WP_002478005.1|1272549_1273020_-	sigma-70 family RNA polymerase sigma factor	A0A2H4PQT5	Staphylococcus_phage	1.6e-27	45.5
WP_002458800.1|1273217_1273442_+	hypothetical protein	NA	NA	NA	NA
WP_002458801.1|1273643_1274498_+	glucosaminidase domain-containing protein	A0A1W6JNR1	Staphylococcus_phage	7.5e-39	42.1
WP_002492594.1|1274881_1276381_+	FAD/NAD(P)-binding protein	A0A2H4PQX2	Staphylococcus_phage	9.9e-18	77.2
WP_002492592.1|1276692_1277799_+	bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD	A0A2H4PQS8	Staphylococcus_phage	4.9e-123	62.6
WP_002458804.1|1277806_1278439_+	riboflavin synthase	A0A2H4PQS5	Staphylococcus_phage	2.3e-77	70.5
WP_002478008.1|1278451_1279633_+	bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II	A0A2H4PQS2	Staphylococcus_phage	2.9e-174	75.3
WP_002458806.1|1279645_1280104_+	6,7-dimethyl-8-ribityllumazine synthase	A0A2H4PQS3	Staphylococcus_phage	8.6e-58	80.9
WP_002492647.1|1280181_1281168_-	proline dehydrogenase	A0A2H4PQT6	Staphylococcus_phage	7.2e-134	72.6
WP_002458808.1|1281384_1282218_+	alpha/beta hydrolase	NA	NA	NA	NA
WP_002458809.1|1282712_1283114_+	MarR family transcriptional regulator	NA	NA	NA	NA
WP_002458810.1|1283164_1283728_-	class I SAM-dependent methyltransferase	A0A2H4PQV0	Staphylococcus_phage	3.5e-69	67.4
WP_002492612.1|1283724_1284678_-	TIGR01212 family radical SAM protein	A0A2H4PQV5	Staphylococcus_phage	4.1e-70	85.4
WP_002492648.1|1284781_1285957_+	MFS transporter	A0A2H4PQR6	Staphylococcus_phage	1.4e-176	78.8
WP_002492652.1|1286278_1288693_+|tRNA	leucine--tRNA ligase	A0A2H4PQS0	Staphylococcus_phage	0.0e+00	87.1
WP_002458814.1|1288711_1289023_+	rhodanese-like domain-containing protein	A0A2H4PQR9	Staphylococcus_phage	6.5e-33	68.0
WP_002492605.1|1289142_1290402_-	NAD(P)/FAD-dependent oxidoreductase	A0A2H4PQX1	Staphylococcus_phage	5.7e-43	84.5

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NZ_AP021848|1409105:1418136|DBSCAN-SWA
TGTGGACGATAGAATGGTTGACCAATCATTTCACCAAGAAGATTCTGCATTTGAATATTCATTAAGACCAACATATTTAAAGCAATATATAGGTCAAACAACGATTAAAAGTAACTTAGAAGTATTTATTCAAGCCGCAAAATTAAGAGAAGAACCTTTAGACCATGTATTATTGTTCGGTCCCCCTGGTCTTGGTAAGACAACATTATCAAATATTATTGCAAATGAGATGGAAGTTAATATTAGAACTGTATCTGGTCCTTCTCTCGAGCGACCTGGAGATTTAGCTGCAATTTTATCTGGATTACAACCTGGGGATGTCTTATTTATAGATGAAATTCACCGTCTGAGTAGTGTAGTTGAAGAAGTTTTATATCCAGCAATGGAAGATTTTTTCCTAGATATCATCATTGGTAAAGGTGATGAAGCACGAAGCATTCGTATTGATTTACCTCCGTTTACATTAATAGGTGCAACGACAAGAGCCGGTAGTTTAACAGGACCTTTAAGAGACCGTTTTGGCGTGCATTTGCGTTTAGAATACTATAATGAACACGAATTAAAAGAAATAATTATTCGTACAGCAGATGTTTTAGGTACTTCTATTGATGATGAAAGTGCAGTTGAATTAGCCAAACGTTCTAGAGGTACACCAAGAGTAGCAAATCGTCTATTGAAGCGAGTTAGAGATTTTCAGCAAGTTAATGGTGATGATCAAATATATATAGAAACGACTAAGAAAGCTTTAAAGTTGCTACAAGTTGATGAGCAAGGTTTAGATTATATTGATCATAAAATGATGAATTGCATCATTAACCAGTATCAAGGTGGACCAGTTGGCTTAGATACTATTGCCGTATCTATTGGAGAAGAAAGAGTAACGATTGAAGACGTCTATGAACCTTTTTTAATTCAGAAAGGATTTATCGAACGTACCCCTAGAGGTCGTAAAGCAACTGCATTTGCTTATGAACACTTTATGAAATCGAAAGAGAAGAGGGAGTAAATTTGAATATTGAGGATTTTGACTATCATTTACCAGAATCTTTAATTGCACAAACACCTTTAAAAAATAGAGATCAAAGTCGCCTATTAGTATTAAATAAAGAAACAGGCGATATGAAACACCAACATTTTAAAGATGTCATTAATTATTTGAATCCTGGAGATACTTTAGTTCTGAATGATACACGCGTGATGCCTGCACGTTTATTCGGAGTTAAAGAAGAGACGGGTGCTAAAGTAGAAATGTTAATGCTAACTCAAATCGAAAATAACGATTGGGAAGTTTTACTTAAACCAGCCAAAAGAATCAAAGTAGGTAACCAACTGTCGTTTGGTGAAGGGAAAATAATAGCAGAATGTATTAAAGAATTAGACCAAGGTGGCAGAATCATGCGATTGCATTATGAAGGCATATTGCAGGAAAGGCTAGACGAGTTAGGTGAAATGCCTTTACCACCATATATAAAAGCGCGTTTAGACGATCCAGATCGATATCAAACTGTTTATGCTAAAGAGAATGGTTCAGCCGCTGCGCCCACTGCTGGACTACATTTCACTGATAATTTATTGAAAGATATTAAAGCTAAAGGTGTTAATATAGCTTTTATCACACTGCATGTTGGTTTAGGAACATTTAGGCCCGTGAGTGTAGAAAATATCAATGAACATGAGATGCATAGCGAATATTACCAAATGACCGAAAATACCGCACAGTTATTGAACAATACAAAGTTACAAGGTCATCGAATCATTGCAGTAGGTACAACGTCGACACGAACTTTAGAAACGATTCGTCGAGATCATTCACAATTCATTGCTACGAGTGGATGGACAGATATATTTATTTATCCTGGTTTTGAGTTTAAAGCCATTGACGCACTTATTACTAACTTTCATCTGCCTAAGTCAACATTAGTCATGCTTGTGTCAGCATTTAGTAGTAGACAATTTATCTTAACGGCATACCGTAAAGCTGTAGAATTAGAATATCGATTCTTTAGTTTTGGTGATGCAATGTTAATTATTTAAGGAATGTGAGGTTTAATTATGCCAGCAGTAACATATGAACATATCAAGACTTGTAAACAATCTGGCGCGCGTTTAGGAATTGTTCACACGCCACATGGCTCGTTTGAAACACCAATGTTTATGCCTGTGGGGACAAAGGCGACAGTTAAAACTATGAGTCCTGAAGAATTAACAGATATAGAAGCTAAAATTATATTAGGTAATACCTATCATTTGTGGTTACAACCTGGAAATGATATTATCAAACAGGCTGGGGGCTTACATAAGTTCATGAATTGGAATGGTCCTATCTTAACTGATTCAGGTGGCTTTCAAGTTTTTAGTTTAAGTAATTTACGTAAGATTTCAGAAGAAGGTGTTGAGTTTCGACATCATACGAATGGCTCGAAACTCTTTTTAAGTCCGGAAAAATCCATGGAAATTCAAAATGATTTAGGGTCTGACATTATGATGGCCTTTGATGAATGTCCACCGATGCCTTCAGAATATAAATACGTAAAAGATTCAATTGAACGAACTTCTCGGTGGGCAGAACGTTGTTTAAAAGCACATAAACGACCTGATGATCAAGCATTATTTGGCATTATTCAAGGTGGAGAGTATAAAGATTTACGTGAACAAAGCGCTAAAGAACTTGTCGCATTAGATTTTCCTGGATATGCGATTGGTGGTTTATCTGTAGGCGAACCCAAACCTGTCATGTATGATATGGTGAAACATACAGAACAGTTTATGCCAAAAGATAAACCTAGATATTTGATGGGCGTAGGCTCACCAGATGCCTTGATTGAGTGTAGTATAAGAGGCATGGATATGTTCGACTGTGTACTACCTACACGTATTGCACGAAATGGCACTTGTATGACATCAATTGGACGTCTTGTAATTAAAAATGCACAATTTGCTAATGATTTCCGTCCACTAGATGAAAACTGTGATTGCTACACATGTAAAAATTATTCCAGAGCGTATATCAGACATTTAATTAAAGCAGAGGAAACGTTTGGTATTCGTCTTACTACTATTCATAATCTTCATTTTCTGCTAAAATTAATGGAAGATATTAGACAGGCCATTAGAGAAGATAGACTTTTAGATTTTAAAGAAGCGTTCTTTGAACAATATGGACTTAATGTTGAAAACCCTAAAAATTTTTAAATAAGGAGTAAGTACAGAATGAATTTAACAGCAATTTTAATACCAGTACTTTTTTTACTTGTATTCTACTTTTTAATTATTCGTCCACAACAAAAACGTGCTAAAGAGCACCGTGAAATGGTTAATAGAGTTGAAGCAGGTCAAAAAATCACAACAATTGGCGGTTTGAAAGGAACAGTTAAAGCTGTTGATGAAACAACAGTTGTTATCACTGTTAATGGTCATGGCACTGAAATGACTTTTGAAAAACCTGCAATTAAACAAGTAGATCCATCTTAATCACTGTGAGCCAAGAAGCATTTGTGTTTCTTGGTTTTTTTATGAATGAAGAAGAAATTTTCACATTATAGTTGAATATGTTAATATATATAAGTCTATATATGTCTATAAGGTCCATTTTTAACTTGCGAGCTATCGTTTGTTTGGATTATTCTAGATACATAAGTAAATAATGAGGTGTTTATGTGAAAAAAGGTAGTAGAATAGTTGCATTTATATTACTTATTGTCCTCCTCTTTGCAGGAATGGGGCTTACATATAAGAATGTAATTAAAAATGTTAACCTTGGTTTAGATTTACAAGGTGGTTTCGAAGTCCTTTATCAAGTTAAGCCATTGCAAAAAGGCGATAAAATTGATAAAAAAGCGCTTCAATCAACGGCTCAAACTTTAGAAAATCGTGTCAATGTGCTGGGGGTATCAGAACCACGAATTCAAGTTGAAGATCCAGACAGAATTAGAGTTCAACTTGCAGGCGTTAAAAATCAAAACCAAGCTCGTGACGTATTATCTTCCCAAGCTAATTTAACAATTCGGGATGCGAATGATAATGTTAAACTGACAGGAAAAGATATCGTACAAGGTTCAGCAAAACAAGAATTTAAACAACAAACTAATGAACCTACCGTTACATTTAAATTAAAAGATCGTGATAAGTTTAAAAAGGTAACTGAAGAAATCTCTAAGAAAAAAGAAAATATGATGGTTGTATGGCTTGATTATGAAAAAGGAGATAGTTATCACAAAGAACTTCAGAAAAAGAATGAAAATGATAGAAAATATGTGTCAGTTGCTTCTGTAAATCAACCAATTAATTCTGATAGTGTTGAAATATCTGGTGGTTTCCATGGCCAAGAAGGGGTTAAAAAAGCTAAACAAATTTCAGAATTGCTCAATGCTGGTTCATTACCAGTTAAACTTGACGAGTTGACATCTACATCAGTTGGTGCACAATTCGGGCAAGATGCATTAGATAAAACTATTTTTGCCTCATTTATAGGTATTGCTGTTATTTATCTATTTATGGTTGGTTTCTATAGATTACCAGGTTTTGTAGCAATTATCGCATTAACGACATATATTTATTTAACACTTGTCGCATTTAATTTCATTTCTGGTGTATTAACATTACCTGGTCTAGCTGCGCTTGTTTTAGGCGTAGGTATGGCAGTGGATGCCAATATCATTATGTACGAGCGAATAAAAGATGAATTGCGAATTGGTCGAACGCTTAAGCAAGCTTATACTAAAGCAAATCGAAGTTCGTTCCTTACCATTTTTGATTCAAACTTAACAACAGTTATTGCAGCCGCTGTATTATTCTTCTTTGGTGAAAGTTCGGTTAAAGGTTTTGCGACAATGCTGTTATTAGGGATATTAATGATTTTTGTAACTGCAGTCTTCCTTTCTAGAGGGCTATTATCATTACTGGTATCATCTAATTACTTCAAGAAAAAATTCTGGTTATTTGGTGTTAAGAAAAAACAACGTCATGATATCAATGAAGGTAAAGATGTTCACGATTTGAAAACATCTTTCGAAAGATGGAACTTTGTAAAACTAGCCAAACCGTTAATTGGTTTGAGTATTCTTATCTTAATCGTTGGTATTGTTATTCTAAGTATTTTCAAACTGAATTTAGGTATTGACTTCTCAAGTGGTTCTCGTGTTGATGTTGAATCGAATCATTCACTATCACAAGCTAAAGTTGAGAAGACAATGAAAGATGTTGGCTTAAAAGCCGATGAAATACAAATTAATGGTGATGGTAAAAAGCAAGCAACTATTATGTTTAAACATGATTTAGCTAAAAAAGACATTGCCAAATTAAATGATAAATTTAAAAATGAATTTGGACATAGTCCTTCTGTAAATACAGTGTCACCTGTCATAGGTCAAGAGTTAGCTAAAAATGCTTTGAAGGCTTTAATATATGCTTCAATCGGTATTATCATTTATGTATCATTGCGTTTTGAATGGCGAATGGGATTGTCCTCAGTACTCGCATTATTGCATGATGCATTTATGATTGTGGCAGTCTTTAGTTTATTCCGTATTGAAGTAGATATCACGTTTATAGCTGCCGTATTAACAATCATTGGTTATTCCATCAACGATACGATTGTAACGTTTGACCGCGTACGTGAAAACTTGCATAAGCTAAAAGTAATTACGTCGCCAGAACAAATTGATGATATCGTTAACCGATCAATTCGACAAACAATGACACGCTCAATCAATACTGTGCTTACCGTCATAGTTGTTGTAGTTGCCATATTACTATTCGGTGCACCAAGTATCTTTAACTTCTCGTTAGCTTTACTTGTAGGATTAATTTCTGGTGTATTCTCTTCAATCTTTATTGCTGTACCGCTTTGGGGTATTATGAAAAAACGACAATTGAAAAAATCTGATAAAGGTAAGTTGGTTGTCTATAAAGAGAAAAAATCAAATGACGAAAAAATTCTAGTTTAATCAACTGAAACATCATCGAATCATCTAATTAGTGGTTCGATGATGTTTTTTATTGCTATATTACTTAAGAACAACAGATTTTTTAAAGTGCTTGGCAAAATTATGATTTTCTTTACGCTTTCTACTAACTTTATAAAAAATCGGTAGTACTTCTACAAAGAAGATTTTTATTTTACTGTAGTCAAACATCATAAAACTTAAAAAAATATATGTTGAAGCTTTTTATTTAAACAGATTTTCGATATAATGGCTTTTGGAAATGAGGAAGGCTAATGATTAAATCAAAATATACTTGGAATCACAATGAACCAACTCAATATATAGATGAACAAATAGCAAAGAAATATAAACTTTCTCCAATTATAAAAAAAGTGTTAGAAAGTAAACATATCGTAAATGAAAAAGATATTGAAGGATTATTGAATGGGCAACAACAATTGCATGAGCCATGGCTATTAAGTGATATGACCAAAGCCATAGAACGCATTAATTTGGCAATTGATAAACACGAGCGCATTTTAATCTATGGTGATTATGACGCAGATGGTGTGACATCAACAACGATTATGGTAAAAACGCTTCAATCTTTAGGAGCAGAAGTAGGTTGGTATATTCCAAATCGTTTTTCTGAAGGTTACGGTCCGAATGAGTTAGCGTTTAAAAATGCTTATGATGAAGGTGTTTCACTTATCATTACAGTTGATAATGGTATTCAAGGACATCGTGAAATTGAAATGATTCAAGAATTAGGCGTAGATGTTATTGTTACAGATCATCACGAAATGGGAAGCACTTTACCAGATGCTTTTGCGATTGTTCACCCTATGCACCCAGAATTCGACTATCCATGTCCGAACCTTTGTGGTGCAGGGGTCGCTTATAAGGTTTCGCAAGCGCTACTAAAAAATAATGTACCGCCATATTATATTGCTCTTGCTTCAATAGGTACCATTGCCGATTTAGTATCGTTAACAGATGAGAATAGAACCATTGTAAAAACGGGGTTATCTATATTAAACGATTATCAGCCTATTCAAATTGCAGCACTATTAAATGAAGCAAACTATAACGATCCCATTGATGAAGAAACAATTGGCTTTATCATCGGTCCGAGATTAAATGCTGTTGGACGATTAGAAGACGCATCATTAGCTGCTGAATTACTTATGACAGAAGATGCTGAAGAAGCAGCATTTTTAGCAGAGCAAGTTAATCATTTTAATAACGAACGAAAAGATATTGTATCAAAAATTACAGAAGAGGCTTTGTTACTTGCCAAAGAAGAGGTGGCTAAAGGGCGTCAATTTCTGCTGTTAGCAAAAGAAAATTGGCACGAAGGTGTGTTGGGAATTGTAGCGTCTAGAATTGTAGAAACATATGGATTGCCAACGCTCATTCTTAATATTGATGATGAACAACATTATGCAAAAGGATCAGCTCGTAGCATTGAACAAGTTTCAATGTTTGAAATCTTAAGTGACCATCAAAATTTAATATCTAAATTTGGTGGCCATCATATGGCTGCTGGGATGACAATGCCTATCGAAAACATATCTGAATTGCGAGAAGGCTTAAATACATGGATGGCAAATTTGGCTGAGACGACATCGTTTGATCAGAAAAAACAAATAGATGTGAAAATTACAGAAGACGAGATTACCGTTAATAACATTTACGATATAGAGCGATTAAAACCATTTGGAATCGACTTTAATAAACCATTATTTGAATTAGATGATGTCAATGTTAATTCATTGAAAGTGATTGGAAAAGATAAGAATCATTTAAAAATGACAATTGGTAACTCTAATTTGGCTACACTTTATTGGAATAGCGGAAGTTTAGTCGATGAGCTAGAGCTGAATCAACCAATTAACATGATAGGTCAGTTACAAATCAATGAATGGAATGGCAATCAATCACCACAATTTATCATTCAGGATATTGCTATCAATCAACAGCAAATTTTGGATTATAGAAGTAAACGGAAACAGCTATCAATCGATTTTCATGACGAGCAATTAGCCATATTAATTCATCCACAAAAAGAAAAATTAGATCATAATTATTATCATTATGGCGAAAGTATTGATGAACATGTAAGTCGTGTCGTATTACGTGATTTACCCCTTTCATTAGCACATTTATCAGAAAGTATGAATGGTCATCAATTTTCTCAAATATATGTTGTTTTACAACATCAACATTCAATTTATTTCGAAGGTATGCCTGATAAAAAAACATTCAAAGCTTGCTTTAAAATACTGATGTCAAAACAAAAAGTAAATTTAATCAGCGATGGAATGGCATTATCGAAATTTTTGGGGATTCAGCCTAACACATTAAAATTTATGTTAAAAGTTTTTCTTGAACTGGGCTTTATTATAGATAGCAATGGTATAATATCAGTAAATCAAAATCCTAATAAACAGGATATAGAAGCAAGTCAAGTTTATCAAACGAGAAAAGCAAGAATAGAAGTTGAAAAATTAATGCTGTATGATGATTTTCAGCATTTGAAACATTGGATTATCGAGCAAATGGGTTAACTATTAGGAGGAAACAAAGATGGATTTAAAGCAATATGTATCAGAAGTACAAGATTGGCCTAAGGCAGGGGTTAGTTTTAAAGATATTACAACAATCATGGATAATGGAGAAGCATATGGTTATGCAACTGACCAAATTGTTACTTATGCCAAAGAAAGAGAAGTAGATATTGTTGTAGGTCCTGAGGCAAGAGGATTTATTATTGGTTGCCCTGTTGCCTATTCAATGGGTATAGGTTTTGCACCAGTGAGAAAAGAAGGTAAATTACCACGTGAAGTTATTCGTTATGAATATGATTTAGAATATGGCACAAATGTATTGACTATGCATAAAGATGCTATTAAACCAGGACAGCGTGTTCTAATTACAGATGATTTGCTAGCTACAGGTGGAACTATTGAAGCCGCAATAAAGCTTGTCGAAGCGTTAGGCGGAATTGTTGTTGGCATCGCTTTTATTATTGAATTAAAATATTTAAATGGTATAGAGAAAATCAAAGACTATGACGTGATGAGTCTAATTTCATATGATGAATAA

Protein sequences of DBSCAN-SWA_5

>NZ_AP021848|1409105:1418136|1412314_1412575_+|WP_002458927.1|DBSCAN-SWA
MNLTAILIPVLFLLVFYFLIIRPQQKRAKEHREMVNRVEAGQKITTIGGLKGTVKAVDETTVVITVNGHGTEMTFEKPAIKQVDPS
>NZ_AP021848|1409105:1418136|1415321_1417598_+|WP_037540789.1|DBSCAN-SWA
MIKSKYTWNHNEPTQYIDEQIAKKYKLSPIIKKVLESKHIVNEKDIEGLLNGQQQLHEPWLLSDMTKAIERINLAIDKHERILIYGDYDADGVTSTTIMVKTLQSLGAEVGWYIPNRFSEGYGPNELAFKNAYDEGVSLIITVDNGIQGHREIEMIQELGVDVIVTDHHEMGSTLPDAFAIVHPMHPEFDYPCPNLCGAGVAYKVSQALLKNNVPPYYIALASIGTIADLVSLTDENRTIVKTGLSILNDYQPIQIAALLNEANYNDPIDEETIGFIIGPRLNAVGRLEDASLAAELLMTEDAEEAAFLAEQVNHFNNERKDIVSKITEEALLLAKEEVAKGRQFLLLAKENWHEGVLGIVASRIVETYGLPTLILNIDDEQHYAKGSARSIEQVSMFEILSDHQNLISKFGGHHMAAGMTMPIENISELREGLNTWMANLAETTSFDQKKQIDVKITEDEITVNNIYDIERLKPFGIDFNKPLFELDDVNVNSLKVIGKDKNHLKMTIGNSNLATLYWNSGSLVDELELNQPINMIGQLQINEWNGNQSPQFIIQDIAINQQQILDYRSKRKQLSIDFHDEQLAILIHPQKEKLDHNYYHYGESIDEHVSRVVLRDLPLSLAHLSESMNGHQFSQIYVVLQHQHSIYFEGMPDKKTFKACFKILMSKQKVNLISDGMALSKFLGIQPNTLKFMLKVFLELGFIIDSNGIISVNQNPNKQDIEASQVYQTRKARIEVEKLMLYDDFQHLKHWIIEQMG
>NZ_AP021848|1409105:1418136|1410112_1411138_+|WP_002492120.1|tRNA|DBSCAN-SWA
MNIEDFDYHLPESLIAQTPLKNRDQSRLLVLNKETGDMKHQHFKDVINYLNPGDTLVLNDTRVMPARLFGVKEETGAKVEMLMLTQIENNDWEVLLKPAKRIKVGNQLSFGEGKIIAECIKELDQGGRIMRLHYEGILQERLDELGEMPLPPYIKARLDDPDRYQTVYAKENGSAAAPTAGLHFTDNLLKDIKAKGVNIAFITLHVGLGTFRPVSVENINEHEMHSEYYQMTENTAQLLNNTKLQGHRIIAVGTTSTRTLETIRRDHSQFIATSGWTDIFIYPGFEFKAIDALITNFHLPKSTLVMLVSAFSSRQFILTAYRKAVELEYRFFSFGDAMLII
>NZ_AP021848|1409105:1418136|1411156_1412296_+|WP_002458926.1|tRNA|DBSCAN-SWA
MPAVTYEHIKTCKQSGARLGIVHTPHGSFETPMFMPVGTKATVKTMSPEELTDIEAKIILGNTYHLWLQPGNDIIKQAGGLHKFMNWNGPILTDSGGFQVFSLSNLRKISEEGVEFRHHTNGSKLFLSPEKSMEIQNDLGSDIMMAFDECPPMPSEYKYVKDSIERTSRWAERCLKAHKRPDDQALFGIIQGGEYKDLREQSAKELVALDFPGYAIGGLSVGEPKPVMYDMVKHTEQFMPKDKPRYLMGVGSPDALIECSIRGMDMFDCVLPTRIARNGTCMTSIGRLVIKNAQFANDFRPLDENCDCYTCKNYSRAYIRHLIKAEETFGIRLTTIHNLHFLLKLMEDIRQAIREDRLLDFKEAFFEQYGLNVENPKNF
>NZ_AP021848|1409105:1418136|1412760_1415049_+|WP_037540792.1|DBSCAN-SWA
MKKGSRIVAFILLIVLLFAGMGLTYKNVIKNVNLGLDLQGGFEVLYQVKPLQKGDKIDKKALQSTAQTLENRVNVLGVSEPRIQVEDPDRIRVQLAGVKNQNQARDVLSSQANLTIRDANDNVKLTGKDIVQGSAKQEFKQQTNEPTVTFKLKDRDKFKKVTEEISKKKENMMVVWLDYEKGDSYHKELQKKNENDRKYVSVASVNQPINSDSVEISGGFHGQEGVKKAKQISELLNAGSLPVKLDELTSTSVGAQFGQDALDKTIFASFIGIAVIYLFMVGFYRLPGFVAIIALTTYIYLTLVAFNFISGVLTLPGLAALVLGVGMAVDANIIMYERIKDELRIGRTLKQAYTKANRSSFLTIFDSNLTTVIAAAVLFFFGESSVKGFATMLLLGILMIFVTAVFLSRGLLSLLVSSNYFKKKFWLFGVKKKQRHDINEGKDVHDLKTSFERWNFVKLAKPLIGLSILILIVGIVILSIFKLNLGIDFSSGSRVDVESNHSLSQAKVEKTMKDVGLKADEIQINGDGKKQATIMFKHDLAKKDIAKLNDKFKNEFGHSPSVNTVSPVIGQELAKNALKALIYASIGIIIYVSLRFEWRMGLSSVLALLHDAFMIVAVFSLFRIEVDITFIAAVLTIIGYSINDTIVTFDRVRENLHKLKVITSPEQIDDIVNRSIRQTMTRSINTVLTVIVVVVAILLFGAPSIFNFSLALLVGLISGVFSSIFIAVPLWGIMKKRQLKKSDKGKLVVYKEKKSNDEKILV
>NZ_AP021848|1409105:1418136|1409105_1410110_+|WP_002478078.1|DBSCAN-SWA
MDDRMVDQSFHQEDSAFEYSLRPTYLKQYIGQTTIKSNLEVFIQAAKLREEPLDHVLLFGPPGLGKTTLSNIIANEMEVNIRTVSGPSLERPGDLAAILSGLQPGDVLFIDEIHRLSSVVEEVLYPAMEDFFLDIIIGKGDEARSIRIDLPPFTLIGATTRAGSLTGPLRDRFGVHLRLEYYNEHELKEIIIRTADVLGTSIDDESAVELAKRSRGTPRVANRLLKRVRDFQQVNGDDQIYIETTKKALKLLQVDEQGLDYIDHKMMNCIINQYQGGPVGLDTIAVSIGEERVTIEDVYEPFLIQKGFIERTPRGRKATAFAYEHFMKSKEKRE
>NZ_AP021848|1409105:1418136|1417617_1418136_+|WP_002458930.1|DBSCAN-SWA
MDLKQYVSEVQDWPKAGVSFKDITTIMDNGEAYGYATDQIVTYAKEREVDIVVGPEARGFIIGCPVAYSMGIGFAPVRKEGKLPREVIRYEYDLEYGTNVLTMHKDAIKPGQRVLITDDLLATGGTIEAAIKLVEALGGIVVGIAFIIELKYLNGIEKIKDYDVMSLISYDE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002478078.1|1409105_1410110_+	Holliday junction branch migration DNA helicase RuvB	B3GAM6	uncultured_virus	3.8e-05	29.1
WP_002492120.1|1410112_1411138_+|tRNA	tRNA preQ1(34) S-adenosylmethionine ribosyltransferase-isomerase QueA	NA	NA	NA	NA
WP_002458926.1|1411156_1412296_+|tRNA	tRNA guanosine(34) transglycosylase Tgt	A0A1B1IVQ4	uncultured_Mediterranean_phage	5.4e-85	45.0
WP_002458927.1|1412314_1412575_+	preprotein translocase subunit YajC	A0A1B1IVR5	uncultured_Mediterranean_phage	2.8e-05	39.3
WP_037540792.1|1412760_1415049_+	protein translocase subunit SecDF	A0A1B1IVP7	uncultured_Mediterranean_phage	2.8e-32	34.4
WP_037540789.1|1415321_1417598_+	single-stranded-DNA-specific exonuclease RecJ	A7KV88	Bacillus_phage	3.3e-65	29.0
WP_002458930.1|1417617_1418136_+	adenine phosphoribosyltransferase	A0A1V0SKE5	Klosneuvirus	1.4e-27	45.8

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NZ_AP021848|1544769:1553464|DBSCAN-SWA
AATGTATGAAGTAAAATTAGACGCTTTTAGCGGTCCACTCGATTTATTGCTCCATTTAATTCAGAAATATGAAATAGATGTTTATGACATTCCAATGAAAACATTAACTGAGCAATATATGCAATATGTACATACGATGAAGCGTCTAGAAATTAATATTGCTAGTGAATATCTCGTTATGGCGTCTGAACTCTTAATGATTAAAAGTAAATTACTTCTACCTCAATCAGATGATCATGTAGAATTTGAAGAAGATCCACGTGAAGATTTAGTAGGTAGACTAATTGAATATCAAAACTATAAAGAATATACAGAAATACTTGATAGTATGAAAGCAGAACGAGATCTCTACTTTACAAAACATCCGACAGATTTATCTCATTTAGAAACTAATGAAAGTTGGGATAAATCAAACACCATTGATTTGACAGAACTGATTGTTGCTTATCAAAGAGTGAAAAATCGCGTTGAGTATCACACACCAAAAACTGTAGAAATCAGTAAAGAAACATTCACTATTGAAGAAGCAACAGAAATTGTAACGACAAGATTACGTACACAAACAGCGTTTAATTTTTTCAGCTTATTTACTTTTCATGAACCAATTGAACAAGTCGTTACGCATTTTCTTGCTATTTTAGAAATGTCTAAGGCTGGCATAATAAACATAAGTCAAAAGCAAAATTTTGATGATATTGATATTGTAAGGGGAGTGAATTATCAAGTTGGATAAACAAGCAATCTTAGAGGCATTATTATATACAGCTGGCGATGAAGGTATTGACACAAAACAATTACTAGAGATACTGGACATTACTAAACCACAATTGATTGAATTAATCGATAATTATTCATCTCATGGACTAGAAATTCATCACTACGGTCAAACTTATGTATTAACTACAAAAAAAGATGCTGCTAATTATATTGAAAAACTCGTTCAACAAAAGTCAAATATGAAATTATCACAAGCTGCAATGGAAACGTTATCAATCGTTGCTTATAATCAACCTATTACACGTAGTGATATTGAATTAATACGAGGTATTAATTCAGATGGTGCTGTTAGAACATTAGTTGCTCGTGGTATGATTGAAGCTAAAGATGTTGAACATTCAAGAAGCCATCACTTGTATACAACTGAATTATTTTTAAATGTATTTGGATTAGAAACAATAGAAGATTTACCGACTACCGAAGAAGATGATGAAGAAATGGAAGATTTCTTTAGTCAATTAGTTAATCAAAAGGGAGAATGATTATGAGCAAAGAACTAGAGCGATTGCAAAAAAGAATTGCTAATAGTGGTTATACGTCTAGAAGAAAAGCTGAAACATTGATTACTGAAGGTAAAGTCAAAGTGAATGGAGAAGTTGTCACTGAACTTGGCACAAAAGTAAAACCATCAGATCAAGTTGAAGTAGAAGGAATCAAAATGGAACAAGAAGATAAAATATATATTCTGTTTCATAAACCAGCGCAAGTCATTACTAGTGTATCAGATGACCGTGGAAGAACAGTTGTGACTGACTATTTTAAAGACTTAGATACTAGAATATATCCTGTTGGTCGTTTAGATTACGATACATCCGGAGTATTACTACTAACAAATGATGGTGAGTTCACTAATCTTATGACCCATCCACGGTACCATATACCAAAAACATATGTTGCCAAACTCAAAGGTTACCTTATGCGCGAAGAAGTAAAAGCACTTGAAGCAGGAATAGAACTTGAAGATGGTTTAACTCAACCCGCTACTGTTAAAATTAAACGCCAAGATAAAGACAAAAATACAACGTTAGTTGAGATTACCATTAGTGAAGGAAGAAATCGACAAGTACGTCGTATGTTTGAGCATTTTGGCCATAGCGTTAATAAATTAACACGTATACAATTCGGTTCACTAAATTTAAAAGGTCTTAACGCTGGAGAAGGACGCGTATTAACACCTCATGAAGTAAAAGTATTACGTCATCAAGCAGAAAACGGTAATTAGTAAGCGGTTACATGTAGTTTGCTGAAGTTAATTTTATGGTTATAAAATCATTGCTAATTTTTTCACAATCAAATTTGAAATTAGAGATTTAACAATTACCATATGCTATAATAAACAAGAAAATAGCATGTGTAGGAGGTATATGAATTAATGAGTAAGGAAATACTTATCGTAGATGATGAAGACAGAATTAGAAGATTACTCAAATTATACTTAGAGAGAGAATCTTTTAACATTCATGAGGCTAGTGACGGCAAAGAAGCCTATGAATTAGCCATGGACCACAATTATGCATGCATACTTTTAGACTTAATGCTTCCTGAAATGGATGGAATCGAGGTCGCATCAAAACTACGGGAGCATAAAGATACACCTATCATTATGCTTACTGCTAAAGGCGAAGAAACTAACCGAGTTGAAGGATTCGAATCAGGTGCTGATGATTATATTGTTAAACCATTCTCTCCACGTGAAGTGGTCTTAAGAGTGAAAGCGCTATTAAGACGTACACAATCAACAAGCGCCGAACAAAGCGAGCCTCATGCGAGAGATATCATAGAATTTAATCATTTACTTATTGATAATGATGCGCATCGTGTATTAGCTGATAATCAACAAGTTAACTTAACACCCAAAGAATATGAACTACTAATATATTTAGCTAAAACACCAAACAAAGTATTTGATAGAGAACAATTACTTAAAGAAGTTTGGCATTATGAATTTTATGGTGACTTAAGAACTGTTGATACCCATGTTAAACGCTTAAGAGAAAAACTTAATCGTGTTTCAGAAGATGCAGCACAAATGATTCAAACAGTATGGGGTGTTGGCTACAAATTTGAAGTTAGAGCTAGCGATGAGCCGACTAAATAGTGTTGTAATAAAACTGTGGTTAACTATTATCTTTATAGTAACGACAGTTTTAATTTTATTAAGTGCTGCATTAATAACTTTTATTCAATACTATTATACTGAGCAAACAGAAAAATCAATTCGTGATGATGCCAGAAGAATCAGTCAAGTTGTTGAAACATCTAAAAATAAAAAGTTAGCTATTGAACATAGCCAAAAACTGATTAGTGGTTCTGGTGGCGTTATTATTATGAAAGACAAGTCAACACATCATAATGCTAAAGAGTCACAATTAAATAATCAAATGTTGGCTAAGATTAATCAAAACGAACACTTTTCTCCAGTGTTTAATAAAGGTCAATCTGCAACTCAAAATGTAACATTAAAACATAATGACCATTCTCGTTCTTATATCTTACTGGGTTATCCTATGAAAGCTCAAAAGGGAAGTCACAGTCATTATAGTGGCGTCTTTATTTATCAGGATTTAAAATCCATAGAAGATACCAATAACGCTATTACGATTATTATTCTGATAACTGCAATTATTTTCCTAGGTATTTCAACTGTCTTCGCCTTTTTCCTATCTAATAGAATTACTAAACCACTTAGAAAGCTTAGAAATCAGGCTAAAAGTGTTTCTAAAGGGGATTATTCTCAAATTTCATCTGTAACAACTAAAGATGAAATTGGTGAACTATCTCGCGCATTAAACGACATGAGTTTCGAAATTCAGGAAAATGTTCAAGCACTATCAACCTCAAAAAATATTCGTGATAGTTTAATTAATTCAATGGCTGAAGGTGTTGTAGGTATCAATGATCATCGCGACATTATATTATCAAATAAAATGGCAGATGAAATTTTACCAACTATTGATCAATCTATGTATGAACGAATTGAAGACCAAATCGAAGATACTTTTACAAGTAAAGGCACAGAATTTCGAGAATACGATTTTGACACACGCTATTATGTCTTCATTATGAGTTACATTCCTCAGATTCAAGAAGATGGTCGCAGTGGAATTGTCGTTATTATTCGTGATATGACTAATGAGCATAACTTAGATCAAATGAAAAAAGATTTCATTGCTAATGTTTCTCATGAATTGCGTACACCTATTTCATTATTACAAGGATATACAGAATCAATTGTTGACGGTATCGTTACGGAACCAGAAGAAATTAAAGAGTCATTATCAATTGTCTTAGATGAAACGAATAGGCTCAATCGTTTAGTTAATGAATTACTCAATGTTGCAAGAATGGATGCTGAAGGGTTATCTGTTAATAAAGAGATACAACCTATTGCACCATTATTAAACAAAATACAAACAAAGTATAGACAACAAGCTAGTGATTTATCATTAAATATGTACTTAACTCCAGAAACTAATGACGCATTGTGGTACTACGATTCTGATCGAATCGATCAAGTGCTCACAAATCTTATTGATAATGCTACAAGATATACTCAACCTGGTGATACAATTTCTATTACTAGCGAAGATACTGATAAGTACAATGTGCTTCACATAAATGATACAGGCAGTGGTATTGCTCCTGAACATTTAAATCTTGTTTTTGATCGCTTTTACAAGGTTGAAGCATCCAGAACACGTGGCAAACAAGGAACCGGCTTAGGATTATTCATTTGTAAAATGATTATAGAAGAACATGGAGGTACGATCACTGTATCAAGTGTCGTTGGAGAGGGAACAACATTTACAATCAAGTTACCGAAGCCTTAATCTTCAGGCTTATTTATAAAATTTATCAAAGATAATATCACTGAATTCAGACAGGGACATAAACCCGCAAATAATAGCACAAAGATGATTTAAAATTAAAAATCGTCTTTGTGCTTTTTTATATTCAATACTTTGTATGATTGACTCGCATGCTTAGGAGACTACTTCAGCTTGCTTTGTTAAAAAATGGTTTAGTCAGTTTTTTCTGTGCTGGACTTTGACTTAATATAAAAATAAGGACGAAGGCTATTTAAGCAGAGACGTTTATGAGCCGGCCTGACCTTATATATAGTTAATATCAGTTAAAACATATTGAGATTAACTATGCACGATATATTGGCAGTAGTTGACTGAATTGAAAATATCCTTATACCAAGCTTTTTCCATCCTAGTCAACCTTTCCGATACGGAACTACGAAATCATAATGAATTCTGTCCCGCTCTCAATCATCATCTCTTACCGGGCAACTTTATTGCTTTGCGGCTAGTGTTGTCGTATGATTAATGACGTAAAATATTTTAAAATTCATCTTCGGGGTAGGGTGTAATTCCCAACCGGCAGTAAATAAAGCCTGCGACCTGCTTGTGTTCAACAAGCGGCTGATCTAGTGCGAATCTAGAGCCGACAGTATAGTCTGGATGGGAGAAGATGGAGGTTTATTTGTTGTGAACAATTTTCCTCCAATTCTTTGCAAGATGAATGGAAGGAGAAAACTACATATGCAACAAAATAAACGTCTAATAACCATTAGCATGTTAAGTGCCATTGGCTTTGTTTTGACTTTTTTAAAGTTTCCACTACCTTTTTTTCCGCCATACTTAACATTAGATTTCAGTGATGTCCCTACATTGTTAGCAACTTTTTCAATGGGTCCTATAGCAGGTATTATAGTGGCATTTATTAAAAATTTGCTTAATTTTTTCTTTAATATGGGAGACCCAGTAGGTCCTGTGGCTAATTTCTTAGCCGGTATAAGTTTCTTACTTACAGCATATTATGTTAATAAAAGAGGACATGTTGCTAATAAAGCAATGATAACTGCATTAGTCATGGCTACATTAGTTATGACCATTGTACTTAGTATTTTAAATTATTTCGTATTGTTGCCACTATATGGCATGATTTTCAACTTAGCAGATATTGTAAAAAATATAAAAATCATTATCGTCTCTGGTATCATACCGTTTAATATTATCAAAGGGGCAATCATCTCAATCATATTTATACTTTTATATCGCAGAATTAAAAGCGTACTTAAATAATTAACAGGTAAATGAAACTTTTAAAGATACGCTTGTAAATACAAAGCAGGCAATGCTCCCATTTGAGAAACATTGCCTGCAATTATTATAATTAATATTTTGCTTTAACTACTAATCTACTATATATAAAATAGCTATGTGCTATTCGAATTTTAAAGCATCACCATCAAAAGGTTCTTCTTCTATTTTGATGGAATCAGTTGGACAACCTTCTAAGGCATCTTCCATATCTTCATATAACTCTTCTGGCACTTCGGCAGTACCTTGGTTATCATCAAGGATTACGAAAGCAATACCTTCATCGTCATAATCATAAATATCTGGAGCGGCCGCACCACATGCACCACATGCAATACACGTATCCATATCAACGATTGTATATTTAGCCATTTTCATTCGCCTCCTTTGATAAACATGCTACACTAGTATAACAAATACTCATGTATACATCGAAAAAACTTTTTATTAATTTATTAGTTTCATAAGAGCGAGGGTCGAGATTGAAAGATATTATACTTTATTCTAAACAACATTCATTCACTTATAAAACAAATAAAAGCATTTTTAATTTATTAACAGGCAAAAAAACACATCAAACCTTTTTTGACGCCTGCAGTCAACAACTTTTATCATTATATCACAGTTTACCCAATTTAAAATATCCGTCTTTCGAGCGATTTATGGCACAAAATGTTAACAATGACATGACGATAAAAGTTCATCCAAGATATACGTATGATAGTTTAGTACATACTTTCAATTGTATTCAATTACTTATTCAAACGTTGTCAAACACGCAACAAAAGGTCTATTCATTTATACCTATTTCACAGCATGGCCTTATCCAAAGAAAAGTTAAACAAATCTACTACTATATAAAAAAAGAAGATAAGGATAGCGCATTTATCACTGAGCTAAATCAATTATTTAAAGCTCTATATACAAATAATAACAATTATTGTTGTCTACATTATTATTTACAAGGCTATGAAGAACCAATGTATACCCGTCAACAAATCAGTTTGATTGAAAGTATACCTGAACAGCATTTATTTAACCTAGAAATGAACGAACTTGTAACACTAATGTATGAACTAGAAATAGAATATCGTTATCCAATACTTAGTCAATGTATCATTAAACCGTCATTATTACATAAAACACACATAACCCAACAACAATTAAAACAACGTTTTTCAATGACGCAAATTGCTCAAAAACAACACGTCAAACTGAATACAATCGAAGATCATATACTAGAGTTATTTATTAAAGGTTATATCACTCATTATTTTGATTTCATATCTGAAGACGGTTTCCATCAATTTAATGAATTTTATAACAAACATCGTGGAGAGCGATTAAAAGCATATAAACAGGCTTTCCCAAACTTGTCTTATTTTGAAATAAAACTAATGATTGTTGGAATTGAAAGAGGTGAGCTTATTGCTAGAGGATAAATTAAAATCCTGGTTTGGTTTTGATAACTTTAAAGCAGGACAAAAGGAAATTATTAAAAGTGTATTAGATTCAAATCATACATTGGGCATTTTACCGACTGGTAGCGGTAAAAGTCTATGTTATCAAATGGCTACTTATGAATTACAGCAATCAACTTTAATTATTTCCCCGCTTATTTCTTTGATGGACGATCAGGTTGCACAATTAAAAATGAGTGGAGAACAGTCTGTTGCATACATTCATTCAGGTATGGATGATAATGAAAAAAACTGGAATATGAAACGCTTAGCGAAGAGTCGCTTTATATTTTTAAGTCCTGAATTTATATTACAACCTCAAAACTTCAAACTAATTTCAACTATCGATTTTGGTCTTATTGTACTAGATGAAGCACATTGTATCTCTGAATGGGGATATGACTTCAGACCGCATTATGCGCTTATTAGTAAAATAACCAACTATTATAAAAATGCTACCATCCTTGCGCTAACTGCTACTGCTCCGCCACATTTGGAACAGGATTTAAATCAGCTGTTAAATGTGTCATTTCATGTTATCAAAACACATATGAATAGACCTAATATTAGTTTTCAGCACATTAACTTTAGAAATGATCAAGAAAAAATGAATTGGTTAATGCACTACATAGAACAATCTGGTCCAACAATTATTTATGTTTCGTCTAAAAAAATGTGTGTTGAATTAGCCAAGACTATATATAAACATGGGTATTTAACAGGGATATACCATGGTGATTTATCTTATCAAGAACGACAAACCGTCCAACAACAATTTATCAATAATGATATACCAGTCATTGTAGCAACTAGTGCATTTGGTATGGGAGTCAATAAAAAGGATATTCGCACGGTTATTCATTTTCATCTATCTACCAGTCCGTCTAGTTATCTCCAAGAAATAGGAAGAGCAGGGCGTGATCAGCAACCGAGCCAAGCAATTAGCCTATTTCAACCAGATGATCGCTATTTATTAGAAACCATCCTTTTTGCAGATATGATTTTACCTTATGATATTGACTGCTACGAACTTGGTGCAAACATTGAGCCATTGAAGCAAGATATATTAGAAATCTTACATTCTCATTTCACTTATGCACAACTTAAACAGATTTTCCAAATAGCACAAGAGAGAAAACAACTCGCACTTAATCGTATGCTTAGTTATAGCCAACTTGATCAATGTCGTCGAAAATACTTATTAGAATTTTTTGGAGAAGTCCCTGATATTCCATCTATATGTTGTGACCATGATACTGATATAAAACCGCTTAAAATTTATAATCGAAAAAAGGTCAAACGTCAAATGTCTTATGAAGATAAACTTAAAAATTTATTTCTTAGCTAA

Protein sequences of DBSCAN-SWA_6

>NZ_AP021848|1544769:1553464|1550779_1551028_-|WP_002449743.1|DBSCAN-SWA
MAKYTIVDMDTCIACGACGAAAPDIYDYDDEGIAFVILDDNQGTAEVPEELYEDMEDALEGCPTDSIKIEEEPFDGDALKFE
>NZ_AP021848|1544769:1553464|1552084_1553464_+|WP_002459069.1|DBSCAN-SWA
MLEDKLKSWFGFDNFKAGQKEIIKSVLDSNHTLGILPTGSGKSLCYQMATYELQQSTLIISPLISLMDDQVAQLKMSGEQSVAYIHSGMDDNEKNWNMKRLAKSRFIFLSPEFILQPQNFKLISTIDFGLIVLDEAHCISEWGYDFRPHYALISKITNYYKNATILALTATAPPHLEQDLNQLLNVSFHVIKTHMNRPNISFQHINFRNDQEKMNWLMHYIEQSGPTIIYVSSKKMCVELAKTIYKHGYLTGIYHGDLSYQERQTVQQQFINNDIPVIVATSAFGMGVNKKDIRTVIHFHLSTSPSSYLQEIGRAGRDQQPSQAISLFQPDDRYLLETILFADMILPYDIDCYELGANIEPLKQDILEILHSHFTYAQLKQIFQIAQERKQLALNRMLSYSQLDQCRRKYLLEFFGEVPDIPSICCDHDTDIKPLKIYNRKKVKRQMSYEDKLKNLFLS
>NZ_AP021848|1544769:1553464|1546917_1547643_+|WP_002459064.1|DBSCAN-SWA
MSKEILIVDDEDRIRRLLKLYLERESFNIHEASDGKEAYELAMDHNYACILLDLMLPEMDGIEVASKLREHKDTPIIMLTAKGEETNRVEGFESGADDYIVKPFSPREVVLRVKALLRRTQSTSAEQSEPHARDIIEFNHLLIDNDAHRVLADNQQVNLTPKEYELLIYLAKTPNKVFDREQLLKEVWHYEFYGDLRTVDTHVKRLREKLNRVSEDAAQMIQTVWGVGYKFEVRASDEPTK
>NZ_AP021848|1544769:1553464|1545493_1546027_+|WP_002492337.1|DBSCAN-SWA
MDKQAILEALLYTAGDEGIDTKQLLEILDITKPQLIELIDNYSSHGLEIHHYGQTYVLTTKKDAANYIEKLVQQKSNMKLSQAAMETLSIVAYNQPITRSDIELIRGINSDGAVRTLVARGMIEAKDVEHSRSHHLYTTELFLNVFGLETIEDLPTTEEDDEEMEDFFSQLVNQKGE
>NZ_AP021848|1544769:1553464|1546029_1546767_+|WP_002478163.1|DBSCAN-SWA
MSKELERLQKRIANSGYTSRRKAETLITEGKVKVNGEVVTELGTKVKPSDQVEVEGIKMEQEDKIYILFHKPAQVITSVSDDRGRTVVTDYFKDLDTRIYPVGRLDYDTSGVLLLTNDGEFTNLMTHPRYHIPKTYVAKLKGYLMREEVKALEAGIELEDGLTQPATVKIKRQDKDKNTTLVEITISEGRNRQVRRMFEHFGHSVNKLTRIQFGSLNLKGLNAGEGRVLTPHEVKVLRHQAENGN
>NZ_AP021848|1544769:1553464|1544769_1545501_+|WP_002459061.1|DBSCAN-SWA
MYEVKLDAFSGPLDLLLHLIQKYEIDVYDIPMKTLTEQYMQYVHTMKRLEINIASEYLVMASELLMIKSKLLLPQSDDHVEFEEDPREDLVGRLIEYQNYKEYTEILDSMKAERDLYFTKHPTDLSHLETNESWDKSNTIDLTELIVAYQRVKNRVEYHTPKTVEISKETFTIEEATEIVTTRLRTQTAFNFFSLFTFHEPIEQVVTHFLAILEMSKAGIINISQKQNFDDIDIVRGVNYQVG
>NZ_AP021848|1544769:1553464|1547626_1549375_+|WP_002492342.1|DBSCAN-SWA
MSRLNSVVIKLWLTIIFIVTTVLILLSAALITFIQYYYTEQTEKSIRDDARRISQVVETSKNKKLAIEHSQKLISGSGGVIIMKDKSTHHNAKESQLNNQMLAKINQNEHFSPVFNKGQSATQNVTLKHNDHSRSYILLGYPMKAQKGSHSHYSGVFIYQDLKSIEDTNNAITIIILITAIIFLGISTVFAFFLSNRITKPLRKLRNQAKSVSKGDYSQISSVTTKDEIGELSRALNDMSFEIQENVQALSTSKNIRDSLINSMAEGVVGINDHRDIILSNKMADEILPTIDQSMYERIEDQIEDTFTSKGTEFREYDFDTRYYVFIMSYIPQIQEDGRSGIVVIIRDMTNEHNLDQMKKDFIANVSHELRTPISLLQGYTESIVDGIVTEPEEIKESLSIVLDETNRLNRLVNELLNVARMDAEGLSVNKEIQPIAPLLNKIQTKYRQQASDLSLNMYLTPETNDALWYYDSDRIDQVLTNLIDNATRYTQPGDTISITSEDTDKYNVLHINDTGSGIAPEHLNLVFDRFYKVEASRTRGKQGTGLGLFICKMIIEEHGGTITVSSVVGEGTTFTIKLPKP
>NZ_AP021848|1544769:1553464|1551138_1552098_+|WP_002492332.1|DBSCAN-SWA
MKDIILYSKQHSFTYKTNKSIFNLLTGKKTHQTFFDACSQQLLSLYHSLPNLKYPSFERFMAQNVNNDMTIKVHPRYTYDSLVHTFNCIQLLIQTLSNTQQKVYSFIPISQHGLIQRKVKQIYYYIKKEDKDSAFITELNQLFKALYTNNNNYCCLHYYLQGYEEPMYTRQQISLIESIPEQHLFNLEMNELVTLMYELEIEYRYPILSQCIIKPSLLHKTHITQQQLKQRFSMTQIAQKQHVKLNTIEDHILELFIKGYITHYFDFISEDGFHQFNEFYNKHRGERLKAYKQAFPNLSYFEIKLMIVGIERGELIARG
>NZ_AP021848|1544769:1553464|1550095_1550638_+|WP_002478165.1|DBSCAN-SWA
MQQNKRLITISMLSAIGFVLTFLKFPLPFFPPYLTLDFSDVPTLLATFSMGPIAGIIVAFIKNLLNFFFNMGDPVGPVANFLAGISFLLTAYYVNKRGHVANKAMITALVMATLVMTIVLSILNYFVLLPLYGMIFNLADIVKNIKIIIVSGIIPFNIIKGAIISIIFILLYRRIKSVLK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002459061.1|1544769_1545501_+	segregation/condensation protein A	A0A1B1IVW1	uncultured_Mediterranean_phage	1.1e-06	24.0
WP_002492337.1|1545493_1546027_+	SMC-Scp complex subunit ScpB	A0A1B1IVT7	uncultured_Mediterranean_phage	4.6e-10	29.1
WP_002478163.1|1546029_1546767_+	rRNA pseudouridine synthase	NA	NA	NA	NA
WP_002459064.1|1546917_1547643_+	response regulator transcription factor	W8CYM9	Bacillus_phage	3.4e-48	43.5
WP_002492342.1|1547626_1549375_+	HAMP domain-containing protein	A0A1V0SGX0	Hokovirus	1.5e-20	31.6
WP_002478165.1|1550095_1550638_+	ECF transporter S component	NA	NA	NA	NA
WP_002449743.1|1550779_1551028_-	ferredoxin	A0A127AYY7	Bacillus_phage	5.8e-16	49.3
WP_002492332.1|1551138_1552098_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_002459069.1|1552084_1553464_+	ATP-dependent DNA helicase RecQ	J2YAJ8	Acanthamoeba_polyphaga_lentillevirus	1.6e-51	33.2

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>NZ_AP021848|1959040:1967510|DBSCAN-SWA
CTTATTTAATAACCTTAGCTATAACACTAGGATAAAGTTCATATTCTAATTGTTTGACTCGTTCTTCCAAATTTTCTTTGGTATCATCCGGTTTGATCTCGCATTGTCTTTGTTCAATAATTTCTCCCGTATCCATGCCACTATCAACATAATGAACTGTTGATCCTGTAACATTATCACCACTATTAAAAGCCTGACCAATAGCATCTTTCCCCTTATATTTTGGCAATAATGATGGATGAATATTTAAAATCTTACCTTCGTATGCGTCTAACAAATCAGGACCAATTAGCCTCATATAACCTGCGAGAATAATCCATTCAACTTCTTCACGCTCTAGTATACGAATCAAATGGTGTTCATAGGCAGATTTTGAGTCAAAATCTTTTGGTTCGTTGATATTAACTGCTACCTTTAACTGTTTTGCGCGTTCAATACAATACGCATCGTGATGATCAGTATAAAGTGAAGTAATTTCTATATTGTTGAGTTCTCCTTTATCCACTTTTAAAACAATATTTTCGAAATTACTTCCCGATCCAGAGGCAAAAATAGCTACCTTAGTCACTATTCTACCCCCTTGAGATAAATAGGCACATGTGCATCTTCTATAACATTGCCTATGTGATAAGCAGGGACATCGTGTTTTTTTAGGACATCTAGTGCTTTAGCAATGTCATCTTGACTAACGATGACCGTATACCCTATTCCCATATTAAAAATGTTATACATTTCATCCGTAGAAATTTGTCCTTGTTGTTGTAACCAGTCAAAAATAGGAGGTGTTGGGAATGTATTCACATCAATTTGCGCAGCTAAACCATCAGGTAACACTCTAGGAATATTTTCATAAAATCCACCACCAGTGATATGATTCATCCCCATGATTGTTACTTTATCTTTTAAATCAAGTATCGGTTTCACATAGAGTCGCGTAGGTGTTAAGAATGTATCTAAATATGTTTGACCATTGAAGTCATCGTATAAATCAATGTCAGTCTGTTTAATTAATTTACGTACTAAGCTATAACCATTTGAATGTATCCCACTAGAAGCTAAACCAATAATTGCATGACCTGCTTTTATATTTGAGCCATCAATGTATTCTGCTTTTTCAACAGCACCGACAGCAAAGCCAGCTAAGTCATACTCACCTTCATGATACATTTCTCCCATCTCCGCGGTTTCACCACCAATCAGTGCGGTATTTGTTTGTTGACATCCTTCGCTGACTCCTTTTACAATCTGCTCAATAACTTCTGGAACAACTTTATTTGCTGCAATATAATCTAAAAAATATAATGGTTCTGCTCCAGTCGTAAGAATGTCATTCACACACATGGCTACGGCATCAATTCCAATGGTGTCATGTCTGTCATGATCGATAGCTAACTTTAACTTTGTTCCTACACCGTCTGTACCTGACACAAGCATAGGCGCTGTCATCTGCAATTGTGATAAGTCAAATGTCGCACCAAAACCACCTAAGCCACCTAAGACTTCTTTTCGTAGTGTTCGCTTTACATGTGCTGACATTCTTTCTACTGCTTCATATCCTGCTTCTATATCTACTCCAGATTGTTCATAAGCTTTAGACATTTTTATTTCCCTCTCGATCATAATAGTGTTGGTGATTCTCGATATATGCTTTTTGTCGTGGGCTCAAGTGCTTAAAATAATTTTCTTCATAATCATACAAACCAGCTGGATAATCACCTGTAAAACTTTCTAAACATAGACCACTATATGGCGCATCATAGTCTAAGCCAATAGCTTCTATTAAACCATCAACGCTTAAATAGGCTAATGAGTCGGCACCTATATGGTCACAAATTTCTTCAGGTGATTTACTCGCTGAAATCAACTCAGCAGTAGTTGAAACATCAATACCATAAAAGCTTGGAAACATAAATTCTGGTGATGCGATCCTTACATGTACTTCTTTAGCACCGGAATCTTTGAGCATTTTGACTATACGTTTAATAGTTGTGCCACGTACAATTGAGTCATCGACTAAAATAATTTTTTTACCTTCTACAATGTCTTTGACAGCTGATAGTTTGACACGTACACCTTGTTCTCTCAATTCTTGAGTTGGTTGGATGAACGTTCTAGCGACATATTGATTTTTAACTAATCCCATTTCATAAGGCAGCTGGCTTTCTTCAGCATAGCCACTAGCTGCTGATAATGATGAATTAGGTACACCAATAACCATATCTGCTTCTACAGGATTTTCTTGAGCTAATTTCTTTCCAGAAGCTTTACGAACTGCATGCACATTCTTACCAGCTATTGTAGAGTCTGGACGCGCAAAATAAATATATTCCATTGCTGAAATCGCAGTACTTGTGTGTTTTGTATATGATTTTATTTTTATACCTTCGTCATTGACAACGACATATTCTCCTGCGTGAACATCTTGGATAAATTCTCCACCTAAAACATCAATAGCGCATGTTTCACTTGCTAATATATAAGTTCCATCTTGCATTTTTCCGACCGCTAATGGTCTAATGGCATTAGGATCAACTGCACCATATAAAGCATCCTTCGTCAAAATCGTAAAGGTAAAACCACCTTTAATTTGGCGTAGACTTTCTTTTAGTGCTTCTTCAAATGTTGGTGCTTTACTTCTACGAATTAAATGCATAATCACTTCAGTATCTGACGACGAATGAAATATTGCCCCATGCTTTTCTAAGTATTGTCGTAATGATTGTGCGTTGATCAAATTTCCGTTATGACATACTGCAACGCTCATATCATAAAAATGATAGAGAAATGGTTGAATATTCTCGATACCTTTATTGCCTGATGTTGCATAACGTACATGACCTATAGCGTTACGACCTGTTTTTAATTGTTCCATTTGCACTTCTTTGATTGCTTCAGTTAACAGCCCTACACCACGTTCACCTTTTAATGTGTTACCATCTGTGACAACAATTCCAGCGCCTTCTTGACCGCGATGTTGTAAACTATGCAATCCCATATATGTCAATTGAGCTGCCTCTGCATGGTTCCAAATTCCAAATACGCCACACTCTTCGTTTAATCCACTGTAGTTAAACATTGCGCAATAGCTCCTTCCCATTGTGCTTTTATATCAGAAGCTCTCTTAGAAATTGATGTATGAGCAGCTGCAACATTAAATTCATCCGTATCTGTAAGTTGACCTATTTCAATTGCATGCTCAATATTTAATTCTTGTCCTGCTTTAACAGCAATCACATAACGTCCTTGCGTTTCACTGAATAACTGTGCATCTGAAAGATTTACTTTAGCTTTTAATCCAAGACTATAATGCGCACTGATTCTAGCGAGAGTAATTAACAATCCACCTTTGCCAACAGTCTGTACGTGTGAAGCCACACCATTTCTAATTGCCTTTTTAACGGCTTCACCCTTTGTCACTTCATCGCTTAAATCAATCGCTTCAAATTCATGATTCACTTTGCCGTATAACAATTTTTCAATTTGACTGCCACCGAAATCATCCCTAGTATCTCCAACTAAGTACAATTTATGTCCTGCTTGAGGATGGAAATCATTTAAATATTCGATATTTTCAATTAGCCCTACCATACCAACAACTGGTGTTGGAAAAATAGATGTACCACGTGTTTCGTTATAAAGCGAAACATTACCAGATACTACTGGTGTTTTTAAAATTTCACATGCTTCTGACATCCCTTTTGTTGAATCTATTAATTGTTGATAGATTTCTTTTTTCTCAGGAGAACCATAATTTAAGCAATCTGTCATGGCAAGTGGTGTGGCACCAACAGCAATTAAATTGCGATAGGCTTCTGCCACTACCATTTTTCCACCTTCATATGGTTGATTAAAGACATAACGTGCTTCGCCATCAATGGTAGAAGCAATCGCTTTTTGGGTACCTTCAACACGAACAACTGAAGACTGTAAACCTGGTTTAATGATTGTATTGGCACCCACTTGTTGATCATATTGTTCATATAAATAATGTTTTGATGCAATTGTTGGATGTGTGAGTAACTGGTCAAATACCTCTTGAACATTGATAGAATTATAATCATTTTTAGAAGTATTATATGCCTTTTCTTCGCCTTCAAGCACATAAACAGGTGCTTCATCAGCTAGTGATTGCACAGGAATATCTGCAAATACTTCATCCTCATATTTAAGTACAAAACGGTCTGTATTTGTTACTTCACCAATAACAGCACTATCTAATTCATGTTTATCAAATAAATCTAAGAATTTTTGTTCCGTACCCTTTTCAACAACAAGTAACATTCTTTCTTGTGTTTCAGAAAGCATCATTTCATAAGGAGATATGCCAGGTTCTCTAGTCGGCACTTGGTCTAAATTTAATATTAAGCCACTGCCACCTTTAGCTGCCATTTCAGACGATGACGATGTTAATCCGGCTGCTCCCATATCTTGAATACCTACGAGCTCTTTGTATGTAATTGCTTCTAGGGTAGCTTCCATTAATTTCTTACCTACAAAAGGGTCACCAATTTGAACTGAAGGACGTTTACTTTCACTTTCTTCCGTCAATTCTTCAGACGCAAACGTTGCACCATGAATACCATCACGACCTGTTTTCAAACCAACATATATAACTGAATTTCCTTCGCCTTTAGCCGTCCCTTTTTGAATCATATCATGGTCAATAATACCTACACACATCGCATTAACTAATGGATTGCCATCATAACGATCATCAAATTCAATTTCACCTGCAGTAGTAGGAATACCGATACAGTTACCATAGCCACCTATACCGCGAACGACCCCTTTTAGTAGTCGTTGATTTTGTTTCACTGATAATTCACCAAAACGCAAACTGTTTAATAAATTAATAGGTCGTGCACCTATTGACACAATGTCACGAATAATCCCACCTACGCCAGTTGCTGCACCTTGATATGGTTCAATTGCTGAAGGGTGATTATGTGATTCAACTTTAAAAACGACCGCTTGGTTATCACCAATATCAACTACACCAGCACCTTCACCTGGTCCCATCAATATACGCTCACCTGTAGTGGGAAATTGTTTTAAAAATGGTTTAGAATGTTTATATGAACAATGTTCACTCCACATAACAGAAAATATACCTACTTCAGTAAAGTTTGGTTCTCTACCTAGAACATCACAAACTTTAGTGTACTCAGCATCACTTAAACCCATATCTTGATATAATTTTTCAACTTTAATTTCTTCAATACTAGGTTCAATAAACTTAGACATGTTGTTCCCTCCAACTATTAACCATTGCTTCGAATAATTTTACGCCACTATCAGTACCAAGAATTGTTTCAAGTGCACGTTCTGGATGAGGCATCATACCACACACATTCCCTTCTTTATTCACGATGCCAGCAATATCTTTATATGAGCCATTAGGATTGTCTTGATACGTTAATATGATTTGGTTATTGGTTACTAATTCTTCATATATGTCATCAGTGCAATAATAGTGCCCTTCACCATGTGCTACTGGATATACTACGAGATCATTGTTTTCATATAAGTTAGTAAAAGGCGTTTGATTATTAACAATTTTTAAGGTTTCATTTCTACTAATAAATAAATGGGAATCGTTATGAAGTAAAGCTCCTGGTAATAAGCCAATTTCAGTTAAAATTTGAAAACCATTGCATACACCTAATACTGGTTTACCTTCACTTGCTAAACGTTTAACTTCATCAATTACTGGGGCTACGCTAGCCATGGCGCCTGAGCGCAAATAATCTCCAAATGAAAATCCTCCTGGTATAAGTACACCATCAAAACCTTCAAGTGATGTCTCACGATAATCTACATATTCAGCTTCAGCACCTGTTTTAATCGCCGCGTTATACATATCTCTATCACAATTAGAACCAGGGAATACGAGAACTGCAAATTTCATATCATGCATTCTCCTTTTCATCAACGATTTTATAGCTGTATTCTTCAATGACTGTATTGGCAAATAACTTTTCACTAAGCGTTGTAATGATGTTATCAACTGCTTCATCCGTAGCTTCATCAACAGACATATATAATACTTTGCCGACGCGGATATCATTGACTTGCGTATAACCTAAGTCATGTACAGCACGATTTAATGCTTGCCCTTGAGTATCTAATACTTGTGGTTGTAAAGTAATATGAAGTTCAATCGTTTTCATTATTTAACTTCCTCCAATTTATTTAAAAATGTTTGATATGTGTCAATCAGTGAGCCTGTTTCATTTCTGTATACATCTTTGTCAAAATTCGTACCTGAATCCTTGTCCCATATACGACAAGTGTCTGGTGAAATTTCATCTGCTAATAAAATTTTTCCATCTTGTGTTTTTCCAAATTCTATTTTGAAATCCACAAGCTGTAAATCCATTTCATCCATAAGTTGTATCAGTACATGATTGATATCCTTAGCCATTTGTTTTAATGTTTGTATTTCTTCATCGTTGGCAATGTTTAATAGTTTGACATGGTCATCAGTAATTAGCGGATCATTTAAGTCATCATTTTTATAGAAAAATTCAACTAGTGGTTCGTTAAATTGATATCCTTTATCTAAACCTAAGCGTTTCGTGATGGAGCCCGCTGCAACGTTACGAACAACAACTTCTAATGGAATAATCTTTACTTCTTTAACTAATTGTTCTGTCTCAGATAATTGTTTAATAAAATGACTCTCTATACCTTTATGGCTTAAATAATCAAATATAATAGATGTAATTTGATTGTTTAAGCGACCTTTGCCTTTCATGGTATCTTTTTTCGCACCATTGCCAGCCGTTACTTCATCTTTATACTCAACACGCAATTGATTTTCTACTTCAGTAGAAAATACTCTTTTTGCTTTACCTTCATATAATAATGCCATTTATAACTCTCTCCCTTCGAATTGTTTAAGCATGGTAGCTTCAGTGGCATTTACATCATCTGTTAGTATCGTCATGTGACCCATCTTGCGATCTGGTTTACGTTCAGCTTTGCCATAAATATGAACATGCCATTCTGGATGTTGACCAAAATCGTCTTCTAATAAATCTAAATCTCGACCAAGTAAATTCATCATAACGGCAGGCTTTAGCAATTCTATAGTCTGAGGTAATGTCTGACCAGTTATCGCAAGAATATGCGTATCGAATTGAGAATAATCACATGCTTCAATAGAATAGTGACCTGAATTATGTGGCCTTGGTGCAATTTCATTAACATATAATTGATTTTGTTTATCGATAAAGAATTCCACTGTAAACGTGCCAACAAAATGTACAGTATCGATGATTTTGTTTACTTCTATTCTTGCTAGTTGTTCTTTGTCACTGCGTGCTGGAACAATTGTTTTAAATAATATTTGATTGCGATGTTCATTTTCTTGTAATGGGAAATACGTCGTTTGTTTTTGATTACCGATTGTGACAGTTAATGATACTTCGCGTTCAATGTCGAGGTATTGCTCAGCTACACATTCTTGTTGCGCAATAAGCTGTTTGGCTTCTTCTATCGCCGTATGATCTTTAACTAAAATTTGTCCTTTCCCGTCGTAACCACCAAATCGTGTTTTGATGATAAAAGGATAGCCTAACTCTTCTATGGCATTGTATAAATCATCTATATTGTTTATTGATAAAAATGGAACAATATGAGCCCCGGCTCGCTCTAATGTTTGTTTTTCGGTTAGTCGATCTTGAAGTAATTCTATTGCTTGGTAACCTTGAGGAATATTAAATTGTTCAGATAACGTCCTTAATTGTTGTGCTGAGATATTTTCAAATTCATACGTAATGACATCTGATTTTTCACCAAGTTCTTGTAAAGCTTGTGTATCATCATAGGCAGCAGTGATAAACTCATTAGCAATATGATGGCATGGGCAATCTGTATTTGGATCTAAACAAATAACTTTAAAACCCATTTTTTGAGCAGATTGGGTCATCATTTTTCCTAACTGTCCACCACCAATAATGCCTATAGTGTCGCCAAACTTTAACTTATTGAAGCTCATGCTGCATGTCCCCTACTTTCTTAACGAGTGTTTTTTCATAATTTTCTAACTTTTCAAGTACTGACTTGTGACTGATACTTAGAATTCTCGCAGCTAAAATACCCGCATTTTTAGCACCAGATTTCCCTATAGCTGTTGTAGCAACAGGAATACCTCCTGGCATTTGAACAATTGACAATAGCGAATCTAGTCCTTTTAAGCTTTTTGATTCGATTGGCACACCAATCACCGGTAAGGTTGTCATTGATGCTACCATACCCGGTAAATGCGCTGCACCACCAGCTCCCGCAATAATGATATCGTAATCATTAGCGCGCGCTTGGTTTGCGAAATCGTACATTAATTTTGGTGTACGATGTGCCGAAACAACTTTCTTATCAAACGGAATACCAAATTCTTCTAACATCGCACAACTTTCTTGCATAATCTTCCAATCTGAAGAACTACCCATAATGACTGCTACTTTCAA

Protein sequences of DBSCAN-SWA_7

>NZ_AP021848|1959040:1967510|1964948_1965209_-|WP_002459451.1|DBSCAN-SWA
MKTIELHITLQPQVLDTQGQALNRAVHDLGYTQVNDIRVGKVLYMSVDEATDEAVDNIITTLSEKLFANTVIEEYSYKIVDEKENA
>NZ_AP021848|1959040:1967510|1965208_1965913_-|WP_002478381.1|DBSCAN-SWA
MALLYEGKAKRVFSTEVENQLRVEYKDEVTAGNGAKKDTMKGKGRLNNQITSIIFDYLSHKGIESHFIKQLSETEQLVKEVKIIPLEVVVRNVAAGSITKRLGLDKGYQFNEPLVEFFYKNDDLNDPLITDDHVKLLNIANDEEIQTLKQMAKDINHVLIQLMDEMDLQLVDFKIEFGKTQDGKILLADEISPDTCRIWDKDSGTNFDKDVYRNETGSLIDTYQTFLNKLEEVK
>NZ_AP021848|1959040:1967510|1959040_1959607_-|WP_002492152.1|DBSCAN-SWA
MTKVAIFASGSGSNFENIVLKVDKGELNNIEITSLYTDHHDAYCIERAKQLKVAVNINEPKDFDSKSAYEHHLIRILEREEVEWIILAGYMRLIGPDLLDAYEGKILNIHPSLLPKYKGKDAIGQAFNSGDNVTGSTVHYVDSGMDTGEIIEQRQCEIKPDDTKENLEERVKQLEYELYPSVIAKVIK
>NZ_AP021848|1959040:1967510|1959606_1960638_-|WP_002478378.1|DBSCAN-SWA
MSKAYEQSGVDIEAGYEAVERMSAHVKRTLRKEVLGGLGGFGATFDLSQLQMTAPMLVSGTDGVGTKLKLAIDHDRHDTIGIDAVAMCVNDILTTGAEPLYFLDYIAANKVVPEVIEQIVKGVSEGCQQTNTALIGGETAEMGEMYHEGEYDLAGFAVGAVEKAEYIDGSNIKAGHAIIGLASSGIHSNGYSLVRKLIKQTDIDLYDDFNGQTYLDTFLTPTRLYVKPILDLKDKVTIMGMNHITGGGFYENIPRVLPDGLAAQIDVNTFPTPPIFDWLQQQGQISTDEMYNIFNMGIGYTVIVSQDDIAKALDVLKKHDVPAYHIGNVIEDAHVPIYLKGVE
>NZ_AP021848|1959040:1967510|1967027_1967510_-|WP_002478383.1|DBSCAN-SWA
MKVAVIMGSSSDWKIMQESCAMLEEFGIPFDKKVVSAHRTPKLMYDFANQARANDYDIIIAGAGGAAHLPGMVASMTTLPVIGVPIESKSLKGLDSLLSIVQMPGGIPVATTAIGKSGAKNAGILAARILSISHKSVLEKLENYEKTLVKKVGDMQHELQ
>NZ_AP021848|1959040:1967510|1960630_1962115_-|WP_037540539.1|DBSCAN-SWA
MFNYSGLNEECGVFGIWNHAEAAQLTYMGLHSLQHRGQEGAGIVVTDGNTLKGERGVGLLTEAIKEVQMEQLKTGRNAIGHVRYATSGNKGIENIQPFLYHFYDMSVAVCHNGNLINAQSLRQYLEKHGAIFHSSSDTEVIMHLIRRSKAPTFEEALKESLRQIKGGFTFTILTKDALYGAVDPNAIRPLAVGKMQDGTYILASETCAIDVLGGEFIQDVHAGEYVVVNDEGIKIKSYTKHTSTAISAMEYIYFARPDSTIAGKNVHAVRKASGKKLAQENPVEADMVIGVPNSSLSAASGYAEESQLPYEMGLVKNQYVARTFIQPTQELREQGVRVKLSAVKDIVEGKKIILVDDSIVRGTTIKRIVKMLKDSGAKEVHVRIASPEFMFPSFYGIDVSTTAELISASKSPEEICDHIGADSLAYLSVDGLIEAIGLDYDAPYSGLCLESFTGDYPAGLYDYEENYFKHLSPRQKAYIENHQHYYDREGNKNV
>NZ_AP021848|1959040:1967510|1965913_1967041_-|WP_002492672.1|DBSCAN-SWA
MSFNKLKFGDTIGIIGGGQLGKMMTQSAQKMGFKVICLDPNTDCPCHHIANEFITAAYDDTQALQELGEKSDVITYEFENISAQQLRTLSEQFNIPQGYQAIELLQDRLTEKQTLERAGAHIVPFLSINNIDDLYNAIEELGYPFIIKTRFGGYDGKGQILVKDHTAIEEAKQLIAQQECVAEQYLDIEREVSLTVTIGNQKQTTYFPLQENEHRNQILFKTIVPARSDKEQLARIEVNKIIDTVHFVGTFTVEFFIDKQNQLYVNEIAPRPHNSGHYSIEACDYSQFDTHILAITGQTLPQTIELLKPAVMMNLLGRDLDLLEDDFGQHPEWHVHIYGKAERKPDRKMGHMTILTDDVNATEATMLKQFEGREL
>NZ_AP021848|1959040:1967510|1962093_1964283_-|WP_002478379.1|DBSCAN-SWA
MSKFIEPSIEEIKVEKLYQDMGLSDAEYTKVCDVLGREPNFTEVGIFSVMWSEHCSYKHSKPFLKQFPTTGERILMGPGEGAGVVDIGDNQAVVFKVESHNHPSAIEPYQGAATGVGGIIRDIVSIGARPINLLNSLRFGELSVKQNQRLLKGVVRGIGGYGNCIGIPTTAGEIEFDDRYDGNPLVNAMCVGIIDHDMIQKGTAKGEGNSVIYVGLKTGRDGIHGATFASEELTEESESKRPSVQIGDPFVGKKLMEATLEAITYKELVGIQDMGAAGLTSSSSEMAAKGGSGLILNLDQVPTREPGISPYEMMLSETQERMLLVVEKGTEQKFLDLFDKHELDSAVIGEVTNTDRFVLKYEDEVFADIPVQSLADEAPVYVLEGEEKAYNTSKNDYNSINVQEVFDQLLTHPTIASKHYLYEQYDQQVGANTIIKPGLQSSVVRVEGTQKAIASTIDGEARYVFNQPYEGGKMVVAEAYRNLIAVGATPLAMTDCLNYGSPEKKEIYQQLIDSTKGMSEACEILKTPVVSGNVSLYNETRGTSIFPTPVVGMVGLIENIEYLNDFHPQAGHKLYLVGDTRDDFGGSQIEKLLYGKVNHEFEAIDLSDEVTKGEAVKKAIRNGVASHVQTVGKGGLLITLARISAHYSLGLKAKVNLSDAQLFSETQGRYVIAVKAGQELNIEHAIEIGQLTDTDEFNVAAAHTSISKRASDIKAQWEGAIAQCLTTVD
>NZ_AP021848|1959040:1967510|1964275_1964947_-|WP_002478380.1|DBSCAN-SWA
MKFAVLVFPGSNCDRDMYNAAIKTGAEAEYVDYRETSLEGFDGVLIPGGFSFGDYLRSGAMASVAPVIDEVKRLASEGKPVLGVCNGFQILTEIGLLPGALLHNDSHLFISRNETLKIVNNQTPFTNLYENNDLVVYPVAHGEGHYYCTDDIYEELVTNNQIILTYQDNPNGSYKDIAGIVNKEGNVCGMMPHPERALETILGTDSGVKLFEAMVNSWREQHV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002492152.1|1959040_1959607_-	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	3.4e-27	39.2
WP_002478378.1|1959606_1960638_-	phosphoribosylformylglycinamidine cyclo-ligase	Q58MH8	Prochlorococcus_phage	8.7e-66	44.1
WP_037540539.1|1960630_1962115_-	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	3.2e-45	32.2
WP_002478379.1|1962093_1964283_-	phosphoribosylformylglycinamidine synthase subunit PurL	A6N228	Microbacterium_phage	1.0e-135	37.7
WP_002478380.1|1964275_1964947_-	phosphoribosylformylglycinamidine synthase I	NA	NA	NA	NA
WP_002459451.1|1964948_1965209_-	phosphoribosylformylglycinamidine synthase subunit PurS	NA	NA	NA	NA
WP_002478381.1|1965208_1965913_-	phosphoribosylaminoimidazolesuccinocarboxamide synthase	G8EYA2	Synechococcus_phage	4.0e-46	42.4
WP_002492672.1|1965913_1967041_-	5-(carboxyamino)imidazole ribonucleotide synthase	NA	NA	NA	NA
WP_002478383.1|1967027_1967510_-	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	6.8e-21	42.7

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>NZ_AP021848|2255973:2273754|DBSCAN-SWA
ATCATGACGACTGTCTCCTTTTCATTAAAAGATAAATAAAGTAACTACCACCAACTAAATCAATAATAATGCTGACTTCTGACGTAGCATCAAATAAGTTTTCAACGATCCATTCTGCAACGAATAAGCCAATCCAACTTAAACATATTGTTACTGGAATCAATATTTTATGTTTGTAAGTACGCATATATTCATGTGCAAGGTTTACTGTTAATAGACCTAAAAAAGTGATTGGTCCAACTAATGCAGTTGAAATAGATACCAACATACATACCAAAATGAGTACACCACGGATCACACGTTCATAATTAATACCTAGGTTAATTGCTTGTGCTCTACCTAGAAGTAGTACATCTAAGTATGCTGCACTTCTATACGCAACTACTACAAGCACAATAAGAAAGACGCCTGATAGCCAAACTAATGTCGTATTAGAACCATTAAAATTAGCGAACATCGCACTTTGAACAGCTAAAAATGCATCAGGATCCATGATTAGTTGAATAAAATTCGTAATACTACGGAAAAAGGTTCCTAAAACAAAGCCAACCAACAGAATGAAATAAACTGAAAAGTGACCTAACTTGAAAATACCTTCAAATAATATTAATGAAAACACAACCATTGTCATGAGTGTGATCGCAAAGTTAATATAGATGTTTGTTTGAATCTCAGATTGTATACCAAATAAAAATACTGGTAAAACTTTGACAAATAGATATACAGAATCTAAACCCATGATTGAAGGTGTTAATAAACGATTTCGCGTAATTGCTTGAAATAATACCACTGCTGTACCAATTGAACCACCAACCAATAAAATTAAAAGCGCTTTACGTAAACGACTTTGAAGTTGATAATCAAAAATATCAGGGTCTAAACCAACAAACAAATAAAATATTGCAGCAATTATCGAAATTCCAATCAGTAGGATTAATTTTTTATTCAAGCTCATTAGCATAATTTTTCCTACCTTTCATTAATAGGATTAAAAAGATAATGGTTCCAAAGACACCTATTGTTAACCCAATATTGATTTCATATGGAAAAACGATTAAACGACCAATAATATCAGAAATAAGCACAAAACAAGCGCCTAATAACATCGTATGTGGCAAGGTATTCTTTAAATGATCTCCTCTATAAATAGAGATAATATTAGGAACGATTAAGCCTAAAAATGGTAACGTACCGACAGTTACAACGACTAAGGCAGTCATCGTTGCAGTAATAAAAAGCGCGATATTAACCATTAATTCATAATTCACTCCCAAATTATGACTAAATTCTTTACCCATACCGACAATTGTAAAATACTGTGCAAACGCATAAGTCACTATTAAAAGTGGAATACTTAAATATAACACTTCATAACGTCCACTTGTAATAATGGCAAAATTACCATTTAGCCAATTACCTATACTTTGTACCGCATTGGTCCTTAACGCAATAAACGTTGTAAAACTAGACACAATACCACCTAACATAATGCCAAGCAACGGTATAAAAATAACTTCTTTCACCTGTATAAGGGATACTAATTTTACAAACAAAGCAGTACCAATTAAGCTGCAACCTACTGCAAACAATAGTTTTAACATAATTGGACTTTCAGGAAAGACAGTAAGTGAGATTAAAATACCTAATTTTGCCCATTCCATAGTTCCGGCCGTCGTTGGACTCACAAATTTATTTTGCATCATATGTTGCATCATTAAACCTGCTAGTGCTATAGAACTACCAGAGATTAAAATACTCACGGTTCGTGGTATACGACTTGAAATCAAAATATTTATCTGTTCTGAAGACAGATGAAAAATATCCGTTAAAGCAAGTTTACTCACACCGACAAATAACGACACGATAGTTAAGATGATGACAAGGGTCACTAACACATAGCTTTTCAATAAAAATTTCATTTTCATTAACCCCAACGTATATATTGAATGCGATAATGATAATCATTATCATTTATTATATTATCGCCCACTACCTTATTTGGCAATACTTATTTTAGAATATTCTGAAATTTATACTTATATTTATAGAAAACCTGTTGTATTTAATTAAAAAAGTGGACGTAAATGCCTTCAACCAATTGTCTGCCCACTTTATTATTTTTCTTAAATTAAGACCTATTATGACTAAGTCAAGTCCTCCTGCCCCTTGTTTATTCATCAAACTGACACTCGAGCAAAAGTCAAAATATCACTCATCAACTCAGATTGAGTAAATTCAGAATGAATGTAGATATATAAGCATTTTAGGACGCTATGATACAACGTCTGGACAAATTGTTACGACTCATGTGACAAAGCACATGATATTCAAGATTAGCTGAAGGTATAGACTCGTAAGAAAGCAAACCAATATTACAAATTATTGTAAATAGAACAGCCAGTAAATGAATTTATAAGAAAACTCATTTACTGGCTAATTTTTCTAGGAATGATATCCCCACTTCAACCATTATGGATAATTATTTTTGTGCTTTATCTAATACTTTATTTAGCCCATCAATTTGTTTAATTGTTGTAGAAGTTGAACCAGAACTGAAGTACCATAATTTTGGATCTAATTCAAAGACATTATCTTCTTTGACTGCTTTAACATCTTTAATGACATCATTACCTAACACTTGTTTAGCAGTTGATTTACCACCAACAACAGAACCTCTATCCATCGCTAAAATAATTTCAGGATCTTTCTTAGTTATATATTCATTATTTACATTTTGACCATGTGGGCTTGGTTTAACATCTTTATCTGCTGGTTTAAATCCTAATGTGTCAAAGACTAAGCCACCAAAACGTCCACCAGGGCCGAATGTTGATAACTCTCCCTCATTTACTAATAAATACATTGTTGATTTATTTACTTTTTTTGCTTTAGTTTTGACGTCAGCAATCTTATCGTCTAATTTCTTGTTTAAATCTTTTGCTTTGTCTTCTTTATTGTAGATTTTACCTAAATTTGTTGTTACTTTTTTCATGTCATTCACATAATTTTTCTCACTAGCACCAACATAAACAACTTTTGCTTTTGGTGCTGCCTTTTTAAATTCATCTAAATTCTTTTGGCTTGCTGTTCTTCCTGAAATATAAATGACATCTGGTTTAGCCGCAGCAATTTTATCAAAATTAACTTCTTTTAAGTTACCTGTATTCTCGTATTTATCTGATTTAAATTCATCTAAAAATTTTGGTAATGAAGCATTATTTTCACCTTTCGGCAAACCTTTAATTTGATCTTCTACACCAAATTCTTTTAATGTATCGAGCGCACCGTAATCTAAAACAATAGCTTTTTTAGGATTTTTAGGAACTTTTACTGTGTTTTTTACTTTTTTAGCGTCACTACCATCTCTTTTATCGCCTTGTGCTTCAAAATTATTATTAATTTTCACTGTGCCTTTTGATTCGCCACTCTTTGTTTCTGAATCTTTAGATTGATTACCACATGCAGCTAGCACTAAGACTAAACTTAAGATTAAAAATAAAACTGTTTTTTTCATTATATATAACTCCTAACGTTTTAATATTTATTGTTGAATTATAAAGCTATTTTTAATGATTAAAGCTTAATACTTCAATGGTATCCCCTCCTTATTTTGCTCTAGTATTGATAATTAAGTGACATCTTCTACTAATTGTTCATCAAAATAAAGACAAATTCGTTGTCCTTTAATACTTTCAATCGCAACATTCATATCATAAAGTTCTTGTAATACCTCTTTTTGAATTACGGCATCCTTTTCATCAGCTTTAACTAATTCACCATCTTTTAAGGCAATAATGTTATCAGAATAGCAAGAGGCAAAGTTAATATCATGTAGGACAATAACAATCGTCTTATTTAATTCACGACATAACCTACGCAGTGTTTGCATTATTTGTACTGAGTGTTTCATATCCAAATTATTTAAAGGTTCATCTAATAATATGTAGTCAGTATTTTGAGCAATGGTCATTGCAATATATGCACGTTGTCGTTGTCCACCAGATAATGTTTTTAAATCTCGCTGACGTATATCTTCTAAATGTAATAAATTTATTGCATAATCGACTTGTTCATAGTCATCTTCTTTCATTCGACCTTTTGAATATGGAAATCGTCCAAAATTGACAAGTTGTTCTACAGTGATGTTCATGTCAGTATGGTTTGTTTGCTTTAATATACTTAATTTCTGTGCTAAAAGATTTTTTCTATATGCAGCAATATCAATATCCTCTAATTCTATTACACCGCTATCGTGTTCGATAATTCGACTAATCGCTGATAACAAGGTGCTTTTTCCAGCACCATTAGGTCCGATAAGTGATGTTAGACGGCCTTTTTTAATATCAACTGATATATCTTTTAATATTGCTTTACCTTGAATCGATTGCGTCATATTTTTTATCCGGATCAATTTGTATTTCTCCTTTTTATTAATAAGTAGATAAAATAACTACCTCCAATGAGATCGATGATAAGACTGACTTCAGTAGTCGCTTCAAATAAGTTTTCAACTATCCATTGTGCAACAAACAAGCTTATCCACCCCATCAATATGGTAGCTGGTAAAATATATTTATGTTGAAAAGTTTTCATAAATTCATGTGCCAAATTTACCGTTAGTAATCCTAGAAAAGTAATAGGACCAACAAGAGCCGTAGATATAGAAACTAATAAAGCCACTAGAATAAGCAACAATCGTGTTACCCTTGAATAATTTACACCTAAGTTCATTGCTTGTGCCCTGCCAAGCAGTAAGACATCTAAATAAGGTAAAATAACAATGATAACAATGACAAGCGTGCACAATAAAATAGCTGAGCCAATGACTAAATTAGAATTAGATGCATCAAAATTTGCAAACATCGCACTTTGTACTGCTAAAAATGAATCAGGATCCATAATTAACTGAATAAAGCTTGTAATACTTCTAAAAAATGTCCCTAAAATAACGCCAACTAGCAGAATAAAATAAACTGAGAAATTGCCCACTTTAAACATAAACTGAAACAAGATTAAGGCAAATAACACCATTCCCACGAGAGTGAGTGCAAAGTTTAAATAAATATTCGTCACAAATTGTGATTGTGCACCTAATAAAAAGATTGGTATAACTTTGGCAAATAAGTAGACACTATCCAGTCCCATAATTGAAGGTGTCAACAAGCGATTTCTCGTAATTGCTTGAAAGACAACTACTGACGTACCAATCGCACCACCTACCAAAATAATTAAAATAAATTTACGAAAACGACTTTGAAACTGATAGTCAAAAATCTCATAATCTAGACCAACAAATAAATAGAATAAAGCCGCAATTACTGTGACACCAATAAGTGCGCACAGCTTTTTATTCAAAGTCATTTGCATAATTTTTCCTACCTTTCATTAATAAGACAAGGAAAATCACTGTGCCAAAGACGCCAATCGTTAAGCCAATATTTATTTCAAATGGATAAACAATCAGTCGTCCTATGATATCTGAAAACAACACAAAACATGCGCCTAACATCATTGTATGTGGGAGCGCGTTTTTCAAATGATCCCCGCGATATATTGAGATGATATTGGGAACAATAAGTCCAAGAAAAGGTAGTGTTCCCACTGTAACAACTACAAGTGCTGTAATACTAGCCGTAATAAATAATGCAATTCGAACAATCTGTTCATAATTCACACCTAAATTGTGGCTAAAGTCCTTACCCATACCAGCAATGGTAAAATGATTGGCAAAGATATATGTAATGATTAATAGTGGAATGCTTAAATATAAAATTTCATAGCGCCCACTCGTGATAATGGCAAAATTCCCATTAAGCCAGTTACCAATGCTCTGTACTGCGTTTGTTCTTAAAGCAATAAATGTCGTAAAACTAGACACTATGCCACCCAACATAATACCAAGTAAAGGTACAAATATAACTTCCTTCACTCTTATCATCTCGATTAATTTTACAAATAAAAAAGTTCCAAAAAGGCTACATAAAACGGCAAAAGCAAGTTTCAGTAAGATATGTCCTTGAGGAAAGCAAACGAGAGAGATAAGTATACCTAGCTTTGCCCACTCCATCGTACCTGCAGTTGTGGGACTAACAAATTTATTTTGCATCATTTGCTGCATAATTAAGCCAGCTAATGCTAATGTACTACCAGAAATCAGTATACTTACTGTCCGAGGTATACGGCTCGAAAGCAGTATGTTTAACTGTTCTTTTGTTAAATGAAAGATATCAGTAATTGATAATTGGCTAACGCCAACAAACAATGAAATGATTGACATTATCACTAAACAAATAAGCAGTGTATAGCCTTTTAATAGCAATTTCATTTCCTACATGCTCCTTCAATAATCTACAAATGCTCGCGAAGATAAATCCTTCGACAATGATAATCATTATCATTTATTACTATCTTATCGTTTATAAATATGTTTTTCAATATGTTTTTTTATTTTTGATATTAATCAAAACTACAGATAAATTGGTTAAATCTATTAGTTATTTTGTTATAACAATTATGATATTTAAATAGCTGAGTAAATTATGATTAATGATTGGCAGCCATAGTAGCGGATTGTTTTGATTAGACGTTAATATGCAACTGACAAATTGTCATGGTATTGAAGCTTCACATAAAAAAACAAACCCAACGATTAGTCAGGTTTGTTCATTAGCATATCTTATTTGCTATTATCTTTTAATTTTCAAAAATGAAATCTTCGTCACGTAACGCTTCAACATTTAATGCTAATGTGTAGCCATCACCTTTAACTGAGAAGAAGTCATGATTTTTAGTCGTTGTGTCTAAGGCATTTTCAATAATTGGATTAAAATCTTTTTCCTCAAAGTAAGGATCAAATCCCAAGTTTGATAATGCTTTATTACCATTGTATTTCACGTAGTTCAATACATCTTCAGTTAAACCAATGTCATCGTAAAGCATATGTGTATAAGAGACTTCATTACTATATAAATCTTCTAACAGTACATACATTTCTTTATCCGCTTGTTGTTTTTCATTTTCAGATAATTCATTGCGTAAACTTTGTGCATCAATACCAGTAAAGACACCATGAATTGATTCATCTAGAAGAATTTTACGGATAATTTCGCCCGACGTTGTCATTTTACCTTGTCCAGCAAGATAAAGTGGGTAGTAAAAACCAGAATAAAATAAGAATGTCTCTAAAAATACGCTTGATACCCGAGCAATATATTGATCATAAATTGAAGCTTCTTTACCCCAAAGCTTATGATAGTTTTCGATAATTTTATCTGCTTTATATTTTAGGTGTGGTTCTTCAATTACCCATGTATCTAATAAATAGTTTGTTTCACTAGATGGCAAAAGCGTCGTAAAAATATGAGAGTAGCTTTTAGCATGAATTTGTTCCATCATGGCCATAAATGAATAAACTGCTTTTTTACGTAAATCAGTTGTATGTAGCATAATCAATGGCATACCATCATCTGCTTGATGTGTGTCTAGTCCAGTCAATCCAGCTAGTGCTCTCTTAAATGTATTTCTCTCATCATCCGTTAACGTCTTCCAACTTGCGATATCTTTTGACACTTTAAACTCTGTTTCCACCCACATTTGTGAGATGTTTTGACGCCAAAACATATTTGTCATATCTTCTTGTGTATTCCAATTGACTGCCTTCATATAATGATAATTCCTCCTATCGTTTGTTTATAAGTCATTCATATTAACAATTGGCGTATATGTGCACAAAAAGCAAAAGCATTTCTGCAAAGCGTTTGCGAATTGATGACATACCTAACCTATCTTGTTTACTGTATTACTTTATATGGGGTCCAGCTTGCTTTACTCGTTAAAATGCAGATTGCATTTCTCATTGCTAAGACCCCGGTTTTCTCTTTAAACAGAGTCACGTGTATTGTTTAAATTGCACAGCTTGTACATTCTTCTACACTTAATAGTTTGTTACGTGTGTAATATAACGATTTAAGTCCTTTATAATGGGCATACACATATAGACGTGATAATTCACGTGTAGAAATCTCTGAATTTACATATAAAATTGTTGAGATTCCTTGGTCAATATGCGTTTGAATTGTTGCAATTAAATCGATTAACTTCATTTGATCAGTATTAAATGCTGATTTATAGTACCACATTGTTTCAGGTGATAAGAAAGGCATAGGATAAAATGTTTCAGCATTTCCATATGTACGGCGTTCTATTTGATCAACGATAGGCATAACAGAGCTTGTTGCATTCTGTACATATGAAATACTTTGTGTCGGTGCGATAGCTAAGCGATAAGCATGATATAAACCATGTGCTTCAACTTGTTGCTGTAAAGCTTTCCAATCTTCAGCAGTAGGAATTTCTATTCCTTCGAATAACTGTTGAACTTTAGCGAAACGTGGTGTGATATCTTGTGCCGTGTAAAAACTAAAGTATTTTCCATTTGCATAATCTGATTGTTCAAAATCTTGATATACTTGGCCACGTTCCTTAGCAATTTGCATTGAGCGCTCAAGTGAATAATAGTTCATCATCATAAAGAAGACATTCGCAAAATCTTTTGCCTCTTCAGACTCATAACCAATTTTATTTTTTGCAAAATAACCATGTAGGTTCATTACACCGAGACCTACTGAATGTAACTCACTATTAGCTTTGCGCACACCTGGTGCATTTTGAATATTCGCTTCATCACTTACAACAGTTAACGCATCCATACCTGTAAATACAGAATCTCTAAACTTACCTGTCTCCATCACATTAACAATATTTAAAGAACCTAAATTACATGAGATATCACGTTTAATTTCATCATCAATACCATAGTCGTTAATAATTGATGTCTCTTGTAATTGGAAAATTTCTGTACACAGATTGCTCATTTTAATTTGACCAATATTAGAATTAGCGTGTACTTTGTTCGCATTATCTTTAAACATTAAATATGGATAACCTGATTGTAATTGTGTTTGTGCAATTGTATTCAACATTTCACGTGCATCTTTTTTCTTCTTGATTATATTAGGATTGGCAACCATATCATCGTAATACTGCTCTAAATCGATATCATCAAGTGTTACACCATACTCTTGTTTAACTGTGTGTGGCGCAAACATATAAAAATCTTTTCCTTCTTTAGCTAAATCAAAGAATTTTGATGGCACAATTAAGCCTGTTGAAATCGTTGATAGACGTAAATCCTCGTCAGCATTAACCTTTTTAGTATCTAAAAATTCTTCAACATCATAGTGGAATATATTTAAATATACAGCACCTGCACCTGGACGTTGTCCTAGTTGGTCTGCATAACTAAATCCACCTTCTAGTGATTTTGCGACTGGTAATACCCCTTTAGCCACACCTTTAATTCCTTTAATTGCTTCACCACGAGCACGTAATTTAGATAAATTAATGGCTACACCGCCACCGATTTTACTTAATTGTTTTGCTGTTGAATCAATAAAGTTAATAGAATTTAAACTATCATCTACTTCTAATAAAAAGCATGAGACTAATTCACCACGTCGAGCGCGACCTGCGTTTAAAAATGTCGGCGTCGCTGGTTGATAACGTTGTTCTACCATGGCTGAGATAAATTGTTTTGCTTGTGCTTTATTACCATTAGCTAAATACAGTGCTACGATTGTCACGTGCTGATTATAATCTTCCAAATATTGTGATTTATCATTCGTTTTTAACGCGTAATCTTTATAAAACTTACTTGCTGACATATAACTTGCAAAGTTAAATTCAATTGACTTGGCAAAATCAGTTATCTCACGTAAGTCTATCTCACTATATTTATCGAACACATTAAAATAAAAATCATGGTCTACTAAATAATGTAAGCGCTCAATTTCGTCATCAAAGTAAATTGTTTTATCGTGAATCTCTTCAAGATAAACCTTTAATGCTTCTTGATCTTTCTCTAAATTAAAGAAACCACTCTCTTTACGTTTGGTTACTTCATTATTTAGTTCAATATGATTGTATTTTTTCTCGTTCATAATTTTCATTAAATTGACCCACCTTGTCCTTAAATTCTTTCACGTCACTGTTTGATCCTTGAACCTCAAATTTCATTAGTAATGGCACGTTATATTGTTCAGAAATCGTCTGTCCAGCCTTCGCAAAGTTTTGTCCCCAGTTGCGATTGCCGCTTGCAGCAACTGCTTGCAAGTGCTGATGATTGACTTGTAGAAATTGCTGTACTTCTTGTGGCACTTCACCAAAGCCAATTGTCCCTGTTACTAAAATATAAGGCTCATTTACTTCTTCTTGACAATTATCTTCTGTTATTTCCATAACATCTGATAATTCGGTTCTTTTAATAAATCGTTGAACATTTCCTGAAAATGAAAAATAAATAACTTTCATTTAATCGCCTTCTTTCATCAATCTTGTATTAAAAAATAAAGATTTCTTGCTAGAAACCGAATTGCACTAGTATTGCATGGATATGTGTCGTGTTGTTTATAACATGTTCATTTGTTACTGCGTAGTATGTTGTTTAGTATAAATTCATGTTATGTTTTAAAATACGTCATAACAAATTAAACGCTATCGCTCATTTTTTCTGTGCTGATGAAACATCATTAGACTATCATTTATGTCAGTCATCCATTTTATAGTTGTTCAATGCCTCATATAAACACTACATCTTGTGTATAAAGCAAAAACGAACTATATGTATAATAGTAAAATTTCTCTAATGCATAACGAATATGGTGAGAAATTAGCCTTATTTAGTGTTATTTTGCTTAAATATTGACTTTTTTATTGCATTCTATTTTAGAAGTAAACACTATATATTGTGTTGGTTTTCAAAAACCAACACAACATTCTGTGTTTCATTATACATAATATCCTTAATTATTAAAAGTTTGAGATTGCTCCTTAACGTTCGGAATTTCGAATAAACGTGCGTCACTGTAAGTTTAAAATAGCTCAAAAAAATATTTTACATTTTTGTGAGCATTAATGCTTGCATTTATAAAATTTTTCTTAAATAGCTTTATCGTCCGGGTTGGCGTCATTTTTGAAGCTATTAATTCAAACATAAAAATATGGTATACAATCTTAATTTAAAATTTTATACAAATATTCCGGATATTTAATTTATTTCCAAATAGAACGTATGTTCGTTTTTTAATTATAAACGATTGCATTATACATTTCAAGTTCCAATGCATAGATTGCTTTTTTATGCTATCATATATAAGTTAAAATTTATTATTGGGGCGATTAACAGTGAATCCAAAAGTGAAAGGTATTATTGCTATCCTCATTTCTGCTATTGGCTTTAGTTTTATGTCAGTTTTTTTTAGACTTGCCGGTGATTTACCTGTCTTTCAAAAGTCGTTAGCACGAAATTTTGTTGCTATGTTTATACCCTTATTTTTTATTTATAAATATAAACAGCCAATGTTCGGTAAACTTCGTAATCAACCATTATTGATTGGACGGTCTACCCTTGGGTTGATTGGCGTATTACTCAACATCTTTGCCATAGATCATATGGTGTTAAGTGATGCCGACACACTAATGAAACTTAATCCATTTTGGACTATCCTATTAAGTTTACTATTCTTACATGAAAAAGTGCGAAAATATCAAATATCTGCGATGATCATTGCCATTATGGGTATGTTGCTTATAGTTAAGCCCGAATTTTCTTCTGAAATGCTTCCATCATTAGCAGGATTATTTTCAGGAATATTTGCTGCATCAGCTTATACATGTGTGCGCGCACTAAGCAGACGTGAACAACCTTACACGATTGTTTTTTACTTTTCATTATTTTCCGTGATTGTGTTGATCCCGTTTTCCATCGCAACATTTGAGCCAATGACAACAACCCAAATATTATATCTTTTAGGTGCAGGGCTTGCAGCAGCTGTAGGTCAAATAGGTATCACATTAGCTTATAGTTTTGCTGCGGCGAAAGATATTTCAATATTCACGTATGCTTCTATCATTTTTACTGCACTATTTGGTTTTATTTTATTTGGCGAAACACCAGATATGTATGCTATAGTCGGCTATATTATTATCATTAGTGCAAGTTACTATATGTTTGACCAAGCACGACGTGAATCAAATACACAACAATCACATTAAAGGAGCGGTAATATGACTCAAGGACGTCAAGAAGAGGAAATGAAAGACATTACATTATTAGGTAACCAAAATAACAATTATCAATTTGATTACCGTCCAGATGTATTAGAAACATTTGTTAACAAACATCAAGGGAGAGACTATTTCGTTAAATTTAACTGTCCAGAATTTACGTCACTCTGCCCTATCACAGGTCAACCCGACTTTGCTACAATCTATATCTCATATATCCCGAATGTTAAAATGGTTGAGTCTAAGTCACTAAAACTATATTTGTTTAGCTTTAGAAATCACGGTGATTTTCATGAAGATTGTATGAATATTATTATGAACGATCTTATTGAGTTAATGGACCCTCACTATATTGAAGTATGGGGTAAATTCACGCCTCGAGGTGGTATATCTATAGATCCATATACAAATTATGGTCGTCCAGATACTAAATATGCACGCATGGCCGAACATCGTCTGATGAATCATGATATGTATCCAGAAAAAATTGACAACCGCTAGTTTGATTATTTAAAGTTATCCATCACCACTAATTGTGACAACTTAGTGGTGATCTTTTTTTATTTACAAAATATTTTACAAAATGTTCTTGCATATTTATTAATAAAAGCGTATTTTATTAATATCATTGAAATTCAGTAAGCATTGCGTATGTTGATTGAATTCTATTTTGCTGAATATTCTTAATATTTAAGCATTTCAAAATAATATTGCTAATAAATTGTCAGAATAGTAAAATTTATTTACTGAGTTTCAAATTGAAAGTACAGAAAGGTTGGGATGTTATGGCATCACACAATTCCCATGAATTAGCAGTTGAAAAAATTCCACAGAAAGGTTTCTTTGGACACCCTAAAGGCTTGGGCGTATTGTTCTTCGTAGAGTTTTGGGAACGTTTTAGTTACTACGGCATGCGTGCAATGCTTATTTTTTATATGTACTATGCTATCAATCAAGGCGGATTAGGCATTGATAAAGCAACTGCCATGTCTATTATGTCCGTATATGGTGCATTAATTTACATGTCATCTATTCCAGGTGCCTGGATTGCTGACCGTATCACTGGAACACGTGGTGCGACATTGATTGGCGCCGTCTTAATTATTATAGGTCACGTATGTTTGAGTTTACCTTTCCAAATGTTTGGATTATTTGCATCAATGTTCTTTATTATTGTTGGTTCTGGCTTAATGAAACCAAATATTTCAAATATTGTTGGTCGTCTATACCCAGAAAATGATGTTCGAATTGACGCTGGGTTTGTTATTTTCTACATGTCAGTTAACTTAGGCGCACTCATCTCACCTATTATTTTACAAAATTTCTTAGATGTGAATAACTTCCACGGTGGTTTCTTAATTGCAGCTATTGGTATGGCTTTGGGATTAGTTTGGTATATTTTATTTAACCGTAAAACATTAGGCCAAGTCGGCATGCAACCGACTAACCCGCTTACTGCTGAAGAAAAGAAAAAATACACATTTATTATCGTTGCTATAGTTGCTGTGATTACAGCTGTATTAATTGTCACTTACTTGACAAATACATTGTCATTTAACTTAGTAAGTAATACCGTACTCGTACTTGGTATTGTTTTACCAATTATCTATTTTGCAACTATGATATACAGTAAAGATGTCGATGATACTGAACGTTCACGTGTGAAAGCCTTTATTCCTTTATTTATTCTAGGTATGATTTTCTGGTCTATTCAAGAACAGGGTTCTAATGTCTTGAATATTTACGGACTAGAAAAATCAGATATGCATTTAAATATATTCGGTTGGACAACTCGTTTTGGAGAAGCTTGGTTCCAATCTATTAACCCTTTGTTTATCCTATTATTTGCACCACTTATTTCATTAATGTGGATGAAAATGGGTAAAAAGCAACCTTCATTGCCAGTTAAATTCGCTCTTGGTACATTTTTAGCTGGACTATCATATTTAATTATGGGCTTAATTGGCGTTTCTTATGGATCAACAACATTTAGTGTCAACTGGGTTATTTTATCTTATGTCATTTGTGTAGTTGGGGAACTTTGTTTATCACCTACTGGTAACAGTGCTGCTGTTAAACTCGCACCAAAATCATTCAATGCACAAATGATGAGCGTGTGGTTGCTTACTAATGCATCAGCGCAAGCAATTAACGGTACAGTCGTGAAGTATATTGATGACTTAGGTCAAACTACATACTTTATCCTTCTCGGTAGTATTGCTGTTGTCGTAACGCTTATTGTTCTTGCCTTCACATCAATCATTAAGAAAGCCATGAAAGGTATTCATTAATCACATTCTTATAACAAGTAAAAACATACTAAGATTAGCTATGAAGAAATCTATGACGATAGATTTTTTCATAGCTATTTTTTATAGTTATAGAGCCTGGGACATAATTATGTTTTAAACTATGAATTAAATATTTACAGTAGTTGACTGGATTGAAAATACGCTTATACCAAGCTTTTTTCAATCCTAGTCAACCTTGTCGGGGCGGGACTACGAATTTATAATGAATTCTGTCCCGCTCTCATATTTTTTGTATTACCATACACTAAATCTTAAAATTAAGGGTAAGTATTTAAAGTGATACCTTTTAGAAAGAAGGCATAATTATGACAGACAAATACAATCATGGCGTATTATTTTATCATGAACACAGTGGTTTAAAGGATATATATAATGGTTTAGGTGAAGTGACAAAAGCATTAAGTTCAATATGTAAACAGCTATCCATTCAATTGAGTGAAAACGAAGGAGACATTATTAAATATTGTCAGAAGATTAAGCAAGGTGATTATGGTCAAAAAATTGATATTTTATTTATTTTAGGTGGGGATGGCACCGTTAATGAAATGGTTAACGGCGTGATGAAACATCAGCTAGATTTGCCTATTGGTATTATCCCAGGTGGTACGTTTAATGATTTTACAAAAACGCTTAACATTCATCCTAACTTTAAACAAGCTAGTGAACAACTTAAATATGCACAAATTGGTCAGTATGATGTCATTCAAGTGAATAAAGAATTCGCCCTTAATTTCGTTGGGCTAGGTTTGATTGTGCAAAATGCAGAAAATGTGCAAAACGGTGCGAAAGATATATTTGGTAAATTAAGTTATATCGGTTCAACCGTAAAAACATTAATGGATCCGAGTAACTTTGATTTTACTTTAACAATTGATGGTGAAAAAACAACTGGCAATACTTCAATGCTGCTTATTGCGAATGGTCCTAATATTGGAGGTAGTCGTATTCCGCTCACAGATTTATCACCACAAGATGGTAAATTGAATACATTTATTTTTGACGAGCAAAGTTTCAGCATATTAAATGATATTTTCAAAAAAAGAGATAGCATGAACTGGAATGAAATCACTCAAGGTATTGACCATATCTCAGGTAAGGATATTCGCATTGATACAAAACCGATCATGAAAGTAGATATAGATGGTGAAATTCGACTAGAAACGCCGCTTGATATTAAAGTGTTGCCCAAAGCATTAAAATTATTAACCATCCCTACATAAAATTGATAAACAATTTGGGACATAAATATTACATGTTAATACGTAGTATTTATGGCGAGACTCCCGAGGGAGCAGTGCCAGTCGAAGACAGGGGCCCCAACAAAGAGAAATGCGAAAAGCATTTCACCAAGCAAAGCAAGTTGGGGTGGCTGAGACGGCACCCTAGGAAAGCGAAGCCATTCAATACGAAACATTGTGAAAATAGAAAACAGCAGCAAGATATTTTCTAATTGAAAATGATCTTACTGCTGTTTTTCTGACATTTATGTCCCAGCATCTTTTTGTCTTACTACTAAGCTAATATTAATTTAAAAAATATGCTTCCACTTCTTTCCAACCATTTACACGTGTAAAGCGTGTTTCGTTTACATTATGCGCTGCAGTGTATATAATGGGTTCGCCTTCAAAAATAGCTAATTGACGTGGGTTATCATCAATTAAATAATCAGCTTTCACGATATTTTTTCGTCCACAAAACACAAAGTGTTGAGGATCTAAAAATGGAAAGTGTTGTAATAACCATTTATATTTATCATGAAATGATGTTGGAACATCCATCGCAGCCGTAGCAATATATACATCGTACTGTGCCGCTAATTTTTCGACAACTTCTTGTGCAGCTGGTAATACTGGTAACTGTCTAAAGAAGCCAGGCGCATTTAAAATCTCCCTAACTAAGCCATCATGTTCAGGTATCATGTGCTTTAATTTTTTCCCATTTAAGCCTTCCATCGTTATTCCCAAATTCGTTTGTTTATTCACCGCTTCAATAATAGCTCCCAAAGTATCGGCTAATACTTCATCCATATCTATCGCAATTTTTTGTCGGGTCATTCCTTTGATCGCTCCGTTTCTATTTGTTTGTGTAGTTATACAGTATGAGTATAGCAAAATTTTGTTATACTTTCAGACTGTAGCCAAATGCTTTTTCATTTCATTATCATGCGTTTGTCTTGCTCATTTGCACTTGGTACAAATCTGTTTATTTGTAAATTAAAAAGTCATACTCTTACTTAAAAAGTAAATAGCATGACTTTGCTTATATATTTATTATGTCTTATCGTTTCAATTTTAATAATCAAATTGTTGTAAGACTTCAATCATTTTATCGTTTTGTTCTGGAAAACCAATAGTGATACGCACACCTGTTGGGAATGGTCTTGTAATGCATCCTACCTGTAGTAATTGTTGATATAATTCCTGAACTTTATCTGTCACTACAAAAATAAAATTCGTTTGACTAGGTAAGAAGTGCTTACTTTGTGGAATCGCATAAAATTTTTGGCGCTCTTGTGCATTTTTTTGTGTAATATCATGTAAATAATCTTGATCTTCCAATGCTGCGATTGCTGCATATTCTGAAATACGCGTCACATTAAATGGCGGACGAATAATATTCCATTTATCAATTGCTTCATTCGTTGCAATAACATAACCAACACGTAAACCAGCCAAACCATATGCTTTAGAAAACGTACGCAGTAAAAATGCATTATCAAATTCTTCTTGTAACTTCAAAGTATCTGGATAATCTTCAGCCGTCACAAATTCAAAATACGCCTCATCAATTAATACTGGGACGTGACTTGGAACACGTGATAAAAAGTCATGCAATTTTTCATGTGTAAAATACGTCCCTGTTGGATTATTAGGATTACACAACCATACTAATGCCGTTTGTTCATCAACTTCATTTAAAATACCTTCTAAATCAAAGCCGCCATTTTTAAGTGGTACTTGAACCACATCTGCAGATTCAACGATCGCATTATGATAATATTGTCCAAAGGTTGCTTCACTTGTAACAATCTTATCGCCAGGCGTTAATACCGCCCTAGAAATCATTAAAATGACTTCATCAAGACCAGCACCAAATAAGATGCGTGACTCATCTATATGTAGGTGAGCACTAATCGCTTTTCTTAATGAAGGTGAACCAGTTTCTGGATAATAATACAATTCATCTAAATGATCTGTTATGGCTTGTTTGACTTTCGGAGAGGGCCCATACAAGTTTTCATTAGATGCTAACTTATATAGTTCTCCCTCAATACCAAACTGCTGTTTCAATGCTCTAGGGGATAATCCAGGTTGGTATGCAGATAATTGATCTAGTTGCTTTTTCAA

Protein sequences of DBSCAN-SWA_8

>NZ_AP021848|2255973:2273754|2259600_2260383_-|WP_002492145.1|DBSCAN-SWA
MIRIKNMTQSIQGKAILKDISVDIKKGRLTSLIGPNGAGKSTLLSAISRIIEHDSGVIELEDIDIAAYRKNLLAQKLSILKQTNHTDMNITVEQLVNFGRFPYSKGRMKEDDYEQVDYAINLLHLEDIRQRDLKTLSGGQRQRAYIAMTIAQNTDYILLDEPLNNLDMKHSVQIMQTLRRLCRELNKTIVIVLHDINFASCYSDNIIALKDGELVKADEKDAVIQKEVLQELYDMNVAIESIKGQRICLYFDEQLVEDVT
>NZ_AP021848|2255973:2273754|2270712_2271627_+|WP_002492138.1|DBSCAN-SWA
MTDKYNHGVLFYHEHSGLKDIYNGLGEVTKALSSICKQLSIQLSENEGDIIKYCQKIKQGDYGQKIDILFILGGDGTVNEMVNGVMKHQLDLPIGIIPGGTFNDFTKTLNIHPNFKQASEQLKYAQIGQYDVIQVNKEFALNFVGLGLIVQNAENVQNGAKDIFGKLSYIGSTVKTLMDPSNFDFTLTIDGEKTTGNTSMLLIANGPNIGGSRIPLTDLSPQDGKLNTFIFDEQSFSILNDIFKKRDSMNWNEITQGIDHISGKDIRIDTKPIMKVDIDGEIRLETPLDIKVLPKALKLLTIPT
>NZ_AP021848|2255973:2273754|2265941_2266340_-|WP_002459743.1|DBSCAN-SWA
MKVIYFSFSGNVQRFIKRTELSDVMEITEDNCQEEVNEPYILVTGTIGFGEVPQEVQQFLQVNHQHLQAVAASGNRNWGQNFAKAGQTISEQYNVPLLMKFEVQGSNSDVKEFKDKVGQFNENYEREKIQSY
>NZ_AP021848|2255973:2273754|2261319_2262297_-|WP_002459740.1|DBSCAN-SWA
MKLLLKGYTLLICLVIMSIISLFVGVSQLSITDIFHLTKEQLNILLSSRIPRTVSILISGSTLALAGLIMQQMMQNKFVSPTTAGTMEWAKLGILISLVCFPQGHILLKLAFAVLCSLFGTFLFVKLIEMIRVKEVIFVPLLGIMLGGIVSSFTTFIALRTNAVQSIGNWLNGNFAIITSGRYEILYLSIPLLIITYIFANHFTIAGMGKDFSHNLGVNYEQIVRIALFITASITALVVVTVGTLPFLGLIVPNIISIYRGDHLKNALPHTMMLGACFVLFSDIIGRLIVYPFEINIGLTIGVFGTVIFLVLLMKGRKNYANDFE
>NZ_AP021848|2255973:2273754|2258451_2259486_-|WP_002492141.1|DBSCAN-SWA
MKKTVLFLILSLVLVLAACGNQSKDSETKSGESKGTVKINNNFEAQGDKRDGSDAKKVKNTVKVPKNPKKAIVLDYGALDTLKEFGVEDQIKGLPKGENNASLPKFLDEFKSDKYENTGNLKEVNFDKIAAAKPDVIYISGRTASQKNLDEFKKAAPKAKVVYVGASEKNYVNDMKKVTTNLGKIYNKEDKAKDLNKKLDDKIADVKTKAKKVNKSTMYLLVNEGELSTFGPGGRFGGLVFDTLGFKPADKDVKPSPHGQNVNNEYITKKDPEIILAMDRGSVVGGKSTAKQVLGNDVIKDVKAVKEDNVFELDPKLWYFSSGSTSTTIKQIDGLNKVLDKAQK
>NZ_AP021848|2255973:2273754|2272698_2273754_-|WP_002459751.1|DBSCAN-SWA
MKKQLDQLSAYQPGLSPRALKQQFGIEGELYKLASNENLYGPSPKVKQAITDHLDELYYYPETGSPSLRKAISAHLHIDESRILFGAGLDEVILMISRAVLTPGDKIVTSEATFGQYYHNAIVESADVVQVPLKNGGFDLEGILNEVDEQTALVWLCNPNNPTGTYFTHEKLHDFLSRVPSHVPVLIDEAYFEFVTAEDYPDTLKLQEEFDNAFLLRTFSKAYGLAGLRVGYVIATNEAIDKWNIIRPPFNVTRISEYAAIAALEDQDYLHDITQKNAQERQKFYAIPQSKHFLPSQTNFIFVVTDKVQELYQQLLQVGCITRPFPTGVRITIGFPEQNDKMIEVLQQFDY
>NZ_AP021848|2255973:2273754|2256913_2257891_-|WP_002492143.1|DBSCAN-SWA
MKFLLKSYVLVTLVIILTIVSLFVGVSKLALTDIFHLSSEQINILISSRIPRTVSILISGSSIALAGLMMQHMMQNKFVSPTTAGTMEWAKLGILISLTVFPESPIMLKLLFAVGCSLIGTALFVKLVSLIQVKEVIFIPLLGIMLGGIVSSFTTFIALRTNAVQSIGNWLNGNFAIITSGRYEVLYLSIPLLIVTYAFAQYFTIVGMGKEFSHNLGVNYELMVNIALFITATMTALVVVTVGTLPFLGLIVPNIISIYRGDHLKNTLPHTMLLGACFVLISDIIGRLIVFPYEINIGLTIGVFGTIIFLILLMKGRKNYANELE
>NZ_AP021848|2255973:2273754|2262665_2263634_-|WP_002459741.1|DBSCAN-SWA
MKAVNWNTQEDMTNMFWRQNISQMWVETEFKVSKDIASWKTLTDDERNTFKRALAGLTGLDTHQADDGMPLIMLHTTDLRKKAVYSFMAMMEQIHAKSYSHIFTTLLPSSETNYLLDTWVIEEPHLKYKADKIIENYHKLWGKEASIYDQYIARVSSVFLETFLFYSGFYYPLYLAGQGKMTTSGEIIRKILLDESIHGVFTGIDAQSLRNELSENEKQQADKEMYVLLEDLYSNEVSYTHMLYDDIGLTEDVLNYVKYNGNKALSNLGFDPYFEEKDFNPIIENALDTTTKNHDFFSVKGDGYTLALNVEALRDEDFIFEN
>NZ_AP021848|2255973:2273754|2268880_2270386_+|WP_002492139.1|DBSCAN-SWA
MASHNSHELAVEKIPQKGFFGHPKGLGVLFFVEFWERFSYYGMRAMLIFYMYYAINQGGLGIDKATAMSIMSVYGALIYMSSIPGAWIADRITGTRGATLIGAVLIIIGHVCLSLPFQMFGLFASMFFIIVGSGLMKPNISNIVGRLYPENDVRIDAGFVIFYMSVNLGALISPIILQNFLDVNNFHGGFLIAAIGMALGLVWYILFNRKTLGQVGMQPTNPLTAEEKKKYTFIIVAIVAVITAVLIVTYLTNTLSFNLVSNTVLVLGIVLPIIYFATMIYSKDVDDTERSRVKAFIPLFILGMIFWSIQEQGSNVLNIYGLEKSDMHLNIFGWTTRFGEAWFQSINPLFILLFAPLISLMWMKMGKKQPSLPVKFALGTFLAGLSYLIMGLIGVSYGSTTFSVNWVILSYVICVVGELCLSPTGNSAAVKLAPKSFNAQMMSVWLLTNASAQAINGTVVKYIDDLGQTTYFILLGSIAVVVTLIVLAFTSIIKKAMKGIH
>NZ_AP021848|2255973:2273754|2268095_2268596_+|WP_002479355.1|DBSCAN-SWA
MTQGRQEEEMKDITLLGNQNNNYQFDYRPDVLETFVNKHQGRDYFVKFNCPEFTSLCPITGQPDFATIYISYIPNVKMVESKSLKLYLFSFRNHGDFHEDCMNIIMNDLIELMDPHYIEVWGKFTPRGGISIDPYTNYGRPDTKYARMAEHRLMNHDMYPEKIDNR
>NZ_AP021848|2255973:2273754|2271930_2272461_-|WP_002492147.1|DBSCAN-SWA
MTRQKIAIDMDEVLADTLGAIIEAVNKQTNLGITMEGLNGKKLKHMIPEHDGLVREILNAPGFFRQLPVLPAAQEVVEKLAAQYDVYIATAAMDVPTSFHDKYKWLLQHFPFLDPQHFVFCGRKNIVKADYLIDDNPRQLAIFEGEPIIYTAAHNVNETRFTRVNGWKEVEAYFLN
>NZ_AP021848|2255973:2273754|2263873_2265979_-|WP_002459742.1|DBSCAN-SWA
MKIMNEKKYNHIELNNEVTKRKESGFFNLEKDQEALKVYLEEIHDKTIYFDDEIERLHYLVDHDFYFNVFDKYSEIDLREITDFAKSIEFNFASYMSASKFYKDYALKTNDKSQYLEDYNQHVTIVALYLANGNKAQAKQFISAMVEQRYQPATPTFLNAGRARRGELVSCFLLEVDDSLNSINFIDSTAKQLSKIGGGVAINLSKLRARGEAIKGIKGVAKGVLPVAKSLEGGFSYADQLGQRPGAGAVYLNIFHYDVEEFLDTKKVNADEDLRLSTISTGLIVPSKFFDLAKEGKDFYMFAPHTVKQEYGVTLDDIDLEQYYDDMVANPNIIKKKKDAREMLNTIAQTQLQSGYPYLMFKDNANKVHANSNIGQIKMSNLCTEIFQLQETSIINDYGIDDEIKRDISCNLGSLNIVNVMETGKFRDSVFTGMDALTVVSDEANIQNAPGVRKANSELHSVGLGVMNLHGYFAKNKIGYESEEAKDFANVFFMMMNYYSLERSMQIAKERGQVYQDFEQSDYANGKYFSFYTAQDITPRFAKVQQLFEGIEIPTAEDWKALQQQVEAHGLYHAYRLAIAPTQSISYVQNATSSVMPIVDQIERRTYGNAETFYPMPFLSPETMWYYKSAFNTDQMKLIDLIATIQTHIDQGISTILYVNSEISTRELSRLYVYAHYKGLKSLYYTRNKLLSVEECTSCAI
>NZ_AP021848|2255973:2273754|2260379_2261339_-|WP_002459739.1|DBSCAN-SWA
MQMTLNKKLCALIGVTVIAALFYLFVGLDYEIFDYQFQSRFRKFILIILVGGAIGTSVVVFQAITRNRLLTPSIMGLDSVYLFAKVIPIFLLGAQSQFVTNIYLNFALTLVGMVLFALILFQFMFKVGNFSVYFILLVGVILGTFFRSITSFIQLIMDPDSFLAVQSAMFANFDASNSNLVIGSAILLCTLVIVIIVILPYLDVLLLGRAQAMNLGVNYSRVTRLLLILVALLVSISTALVGPITFLGLLTVNLAHEFMKTFQHKYILPATILMGWISLFVAQWIVENLFEATTEVSLIIDLIGGSYFIYLLIKRRNTN
>NZ_AP021848|2255973:2273754|2255973_2256933_-|WP_037540663.1|DBSCAN-SWA
MLMSLNKKLILLIGISIIAAIFYLFVGLDPDIFDYQLQSRLRKALLILLVGGSIGTAVVLFQAITRNRLLTPSIMGLDSVYLFVKVLPVFLFGIQSEIQTNIYINFAITLMTMVVFSLILFEGIFKLGHFSVYFILLVGFVLGTFFRSITNFIQLIMDPDAFLAVQSAMFANFNGSNTTLVWLSGVFLIVLVVVAYRSAAYLDVLLLGRAQAINLGINYERVIRGVLILVCMLVSISTALVGPITFLGLLTVNLAHEYMRTYKHKILIPVTICLSWIGLFVAEWIVENLFDATSEVSIIIDLVGGSYFIYLLMKRRQSS
>NZ_AP021848|2255973:2273754|2267213_2268083_+|WP_002492137.1|DBSCAN-SWA
MNPKVKGIIAILISAIGFSFMSVFFRLAGDLPVFQKSLARNFVAMFIPLFFIYKYKQPMFGKLRNQPLLIGRSTLGLIGVLLNIFAIDHMVLSDADTLMKLNPFWTILLSLLFLHEKVRKYQISAMIIAIMGMLLIVKPEFSSEMLPSLAGLFSGIFAASAYTCVRALSRREQPYTIVFYFSLFSVIVLIPFSIATFEPMTTTQILYLLGAGLAAAVGQIGITLAYSFAAAKDISIFTYASIIFTALFGFILFGETPDMYAIVGYIIIISASYYMFDQARRESNTQQSH

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_037540663.1|2255973_2256933_-	iron chelate uptake ABC transporter family permease subunit	A0A2H4J116	uncultured_Caudovirales_phage	3.2e-06	62.0
WP_002492143.1|2256913_2257891_-	ABC transporter permease	A0A2H4IY97	uncultured_Caudovirales_phage	5.8e-136	79.3
WP_002492141.1|2258451_2259486_-	siderophore ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_002492145.1|2259600_2260383_-	ATP-binding cassette domain-containing protein	W6JKT0	Anomala_cuprea_entomopoxvirus	1.7e-16	30.1
WP_002459739.1|2260379_2261339_-	iron chelate uptake ABC transporter family permease subunit	A0A2H4J116	uncultured_Caudovirales_phage	4.1e-09	62.0
WP_002459740.1|2261319_2262297_-	ABC transporter permease	A0A2H4IY97	uncultured_Caudovirales_phage	4.4e-144	81.4
WP_002459741.1|2262665_2263634_-	class 1b ribonucleoside-diphosphate reductase subunit beta	A0A2H4J4P3	uncultured_Caudovirales_phage	5.7e-176	92.9
WP_002459742.1|2263873_2265979_-	class 1b ribonucleoside-diphosphate reductase subunit alpha	A0A2H4J2N6	uncultured_Caudovirales_phage	0.0e+00	91.7
WP_002459743.1|2265941_2266340_-	class Ib ribonucleoside-diphosphate reductase assembly flavoprotein NrdI	A0A2H4J545	uncultured_Caudovirales_phage	4.3e-53	76.5
WP_002492137.1|2267213_2268083_+	DMT family transporter	NA	NA	NA	NA
WP_002479355.1|2268095_2268596_+	NADPH-dependent 7-cyano-7-deazaguanine reductase QueF	E7DN65	Pneumococcus_phage	1.0e-51	70.8
WP_002492139.1|2268880_2270386_+	peptide MFS transporter	A0A0P0IY73	Acinetobacter_phage	1.2e-60	32.9
WP_002492138.1|2270712_2271627_+	diacylglycerol kinase family lipid kinase	NA	NA	NA	NA
WP_002492147.1|2271930_2272461_-	5'-3'-deoxyribonucleotidase	A0A0A0PKY7	Bacillus_phage	1.3e-28	37.8
WP_002459751.1|2272698_2273754_-	histidinol-phosphate transaminase	A0A0H3TLT9	Faustovirus	3.0e-21	27.7

Sequences of DBSCAN-SWA_9

Nucleotide sequences of DBSCAN-SWA_9

>NZ_AP021848|2289018:2295639|DBSCAN-SWA
TTTATAGCATCTCCAAAATTTTAGCTTTATCACGAAATTCTTGCACTTCATTTTCAGGATCAGAATCAATAGTAATACCCGCGCCGACACCGTATATCGCTTTATTATCACGATATTCAATTGTGCGAATAGGTACATTAAAAATCATCTTGTCATCTGGCATCAATATGCCAAGCGTACCACAGTAAATATAACGCGGTTGGTCTTCTAATTTGTGAATATATGACATCGTGTTTAATTTAGGTGCACCTGTTATGGAACCACAAGGAAATAGCGCATGAAATAACGTTGCTAATGGTAATGTTGCATTTGAGAGTTGACCTGCAACCATACTTGTCATTTGATATACAGTGGCATAAGTTTCAATAAAAAACGGACGATACACATGTACCGTACCTTTTCGTGCAATTCTAGCAATATCATTTCTCAATAAATCAACAATCATGACATTTTCTGCTCTATCCTTTAATGATTGTTGTAAATATTTATAATTATATTGATCTTGCTGTTTGACATCTGACCTTGGCATGGTGCCTTTCATAGGCTTACTCACAACTACATTATCTTGACCATCAAATGGCCCTTTCTGAAAGAATAATTCGGGTGAAATAGAAGCGACTTGTACGTCTTCAGTATCCATTAACATGGTGTAATTGCCATTTTTAGTTTGCGTTAATTTATCATACAGGTCTTTAATTGGCATTTGTACTGGCGAACTCACTCTTGTTGTATAGTTTACCTGGTAAGTTTCGCCATCAATAATTGCTGCTTGTACTGCTTTGATATGTTGAATCATAGTTGCCTCTTTTACTTGAAAGGCAAACTGGTGTTGTGGCTTATTATTATAATGCTTTATTGACGTCTCTTGTTGTATGGGCTGTGCCGATTGATAACTATAAGCCGCTGCTAATATTGCATCGTCTGCAGTTGGATGCACAGCCATGTCAGGATTAAAGTATTGTGCCGCTTCATACGTCATATAAAGCGCCACATATTTCCCTTCTTTCTGCTGTTGTTCTGCAAAATTGATAACGTCTCCCACATCTTTCATCTCATATGCTAGATATTGCCCTAACCTTTCTGTGAGTTTAAGTTGGTGCGTTTCGTAGCGTGAATCGTCTAAATAATATCTATAATTAAATTGTATTGTCACACTGATTCACCCCCAAAGTTTTAATAAACAGCTCAATTTGTGCATGACCATGTTCACTGAGAATTGATTCAGGATGATATTGCACCGCATAAATAGGCCATTGTCGATGCTGAACTGCCATAATAATACCTTCATCATTTTCAGCACTAATTTCAAGTTGTGCCGGCAGTGATTGACGCTCTGCAATCAAAGAATGGTAACGCATCACTTCAAAATGTTGTGGCAGTTGAGCAAAAATCCCCTTATTATTATGATTAAGCTTTGTTGTGTGGCCGTGTACAGGTCGTTTACCATGAATAATACGGCCCCCAAAATAATCGTAAATGCATTGAAATCCTAAGCAAACACCTAATATGGGAATACGCTTTTTAAATGCTGCAATAATCTGTGCGATTATCGGATAATCACTAGGCTTACCCGGGCCTGGGGAAATAACTAGCGCTGACGGATTAAGCTGTTGTAATGATTGTATTGTGACTTGATTGATACGATAAACAATGATTTCTATATCAGTAACTGTTTTAAAATAATCTATCAAGTTATATGTAAATGAGTCGTTATTATCTATGACTAATATCATTTTATGCTTACCTTCTTTAGTTTCATTCGTAAAAATTACCACTTTATTATAATATATATGTAAGGGGTTACGTTTCTATTATCCCAAAATATTTCTTGATTTTACATAGTTTCTGTATTATTCTAGCTAGCGTATTCAAAATAAATAATCAGAGGTTCCTAGCCGAAACCCTCTATAAAAAACTAGACACCGAATGTTTCAATCAATATTTAAAGTAACTTATCATCATATGCATTTACTTATTCTGTGGTCTATCTTTTTTATAGAGATAGCTTTTTTTATGTCTAAAAATAGGTTGCATTACCCTCAACGCACTTAAATTGGAGAGATGGACAATGACTGAAACAACTTTAAACAATAACAAAGCCATAGTCGTATTTAGCGGTGGTCAAGATAGTACTACATGCTTATTTTATGCTAAAAAGCACTTTGACGAAGTCGAACTTGTTACGTTCAATTATGGACAGCGTCATAATACTGAAATTGAAGTAGCCAAAAGCATAGCGCATGAACAAGGACTAGCACATCACATTCTTGATATGTCGCTATTATCACAATTAACGCCAAACGCATTAACGCAACACGATATGAAAATTGAAACCAACGAAGACGGTATGCCTAATACATTCGTACCTGCACGTAATCTATTGTTTTTATCATTTGCAGGTGCCCTTGCTTACCAACTCAACGCCAAACATATTATCACTGGTGTATGTGAAACAGATTTCTCTGGCTACCCAGATTGCAGAGATAACTTTATTAAATCAATGAATGTGACACTAAGTTTAGCTATGGATAAAGATTTTGTCATTCATACACCCCTCATGTGGCTAAACAAAGCTCAAACATGGGCGCTAAGTGATGAACTTGGTGTCTTAGACTATATCCGTCATCAAACATTAACATGCTATAACGGCATCATTGGTGATGGCTGCGGAGAATGTCCAGCTTGTCACTTAAGAGCACGTGGTTTACAACAATATCTTAATTCTAAAGGAGCGAAATAATATGTTACAACAAATTTACCCGTCTGTCTCACATCCTTACCAATTCGAACTCAATAAAGACTTTAATTTTTCTGCAGCACATTTTATACCATGTAAAGATGCTGGAAAATGCGTACGCACTCATGGACATACGTATTTCGTAAATTTAACAATTGCGGGTGACACGCTTGATCATAATGGTTTCCTTATCAATTTCCAAGAGTTAAAAGCATTGATTCACGATCAATTTGATCATTATTTATTGAATGATTTGCCCCACTTTAAAGACCAAAGCCCCTCTACTGAAATTGTGGCACAGACAATATATAACATGATTGAAAATCATCTGATGCAATATACAAATCGTCCACATTGTGTTCAAGTCTACTTAAGAGAAACACCAACAAGTTATGTTGTTTATCGTCCGAAGGTGCAACATTAATGGCTGCTAAAATACCTGTATTAGAAATTTTTGGCCCCACAATTCAAGGTGAAGGCCGTGTCATTGGACGTAAAACGATGTTTGTTCGAACTGCTGGATGTGATTATCGCTGTAGTTGGTGCGATTCCGCATTTACCTGGGATGGCAGTGCAAAAGATCAAATTCAATTAATGAGCGCAACAGAAATTTATGAAAAGTTAATTGAAATTGGTGGTGATTGTTTTGATCATGTAACGATATCAGGAGGTAATCCTGCATTAATTAAAGGTATACAAGATCTTGTCGATTTATTTGAAACTGAGCATATCGCAACTGCTTTAGAAACACAAGGTAGTAAATTCCAACCTTGGATGACACAGATTAATGATTTGACGATAAGTCCTAAACCACCTAGCTCTTCAATGACACCTAATTTAGAAGTTTTAGATCAAGTCATTGCACAATGTGTGCCACAATCCTTAAATTTGAAAGTGGTTGTTTTTGATGATGAAGATTATGCTTTTGCCAAAATGATTCATCATCGTTATCCAGACATACCTTTCTATTTGCAAGTAGGCAACCCATACTTAGCAGATGACGTAGCAAATCACACTGAAAAACTATTGTCACGATATGAACAATTGGTTGAAAAAGTAATGCATAGCAATGATATGAATCGCGCTTATGTCTTACCACAACTTCATACATTATTATGGAGCAACAAAAAAGGTGTTTAAATTTATCGCTATAAAATGTTTTGTAAGTGTTATGAAATGATTAAGTTGTGTTAAATTGCTATAATATGGCAATGAAGTATTTGCGATAGGAGTTCATCATGATTATATACGTACTATTAAACATTGCTGTAGTTATGGCTATCGTTGGGTTTGATTTATATAGGCAGCAATATAAACAACTTAAATTTAGTTCTCTACTATTAGCGATTGTCATTAACACAACAATAAATATGTTTATTATTCAAAAGTATAATTTTATTTCAACTTATACCACTGCATTACTAATCATATGGTTATTACTGCAACTGTATGTTAATTATAAGGTACATCCTTTTGTAATTAATAACCAAAAATTTCTTGCCAGCATATTTGCGATTATTTTAAGCTTATCAGCATTTATTATGGATATTTCGAGCGACCAATCTGTCTATATGTCCATTCCTTATCTGTCACCAGCTATTTTTCTAATTGGGGCAATCATTTTATTTACGGGTACATTTAAATCAACCGAACGCAATCGCTTGCCATTATTCAAACGAATACAAGCCCCTATCATGATAGGAACAATTATTATTGCATTATCATTTGTTGTTATGATGATGTTAACACCATTCTGGTACATATTTTTAGGAATCTATGTATTATTTATAGCATTTATTATTTGGCAAAAAGTATTTCAACATTATTAAAATAACCGGAACACACTTGTCGGCGTGTTTCGGTTATTTATTATATATGCTCTTTTTCTTTATCTTTCACGGTATGCTCATGGTTTATATTACATTGATATGCATTGGGACTATGACCATTTTCATAGGTTAAATTCGAAGCTTGTACAATGTACTTAGGTCTTTGCTTCACTTCATAATAAATCCGTCCGATATATTCTCCGACAACACCTATAGAGATAAGTTGAATACCACCAAGTAACAAAATAGCAGCTATCGTCGTGAAATAACCTGGATTACTAATGCCATTTACGATAATGCCTATAGACAAATAAATAATATAGATAAGGCTAATTGCAAAAATAAATAATCCAAAATAAATCATTGTCCGTAATGGCTTACTATTAAATGAAATTAAACCATCAATACCATAATTAAATAACTTTCTAAAATTCCACTTTGATTGTCCCGCTTCACGTTCTACATTTTTATATGAAAAGACTTTTGTATTATAACCAATCCAAGCAAATAATCCTTTTGAAAAACGATTGTTCTCTTGCAACTCAGCAATTGCACACACAGCCCGTTGACTCAACAATCTAAAATCTCCTACCCCATCGACAAACTGGACATCTTCAACAAATGCATTAATCAATTTATAATACATCTTTGTCACTATTTTACGTGATAGCTGTTCGCCTTCTCTATCACGTTGGGCAATGACTTGATCATAACCCTCTAGATAACCATCAATCATATTGGGTATAAATTCAGGAGGATGCTGTAAATCACCATCTATCATAATGACAGCGTCTACATCAACACTATGGTGAAAACCTGCAATCATCGCTGATTCTTTACCAAAATTCCTACTAAATGAAATAAACTTTACGTGTTTATCTTCTAACGACAATTGCTGTATGTGTTGAATCGTACTATCTTTGCTACCATCATCAATAAATAATAAATCATAGTCATAATTTTTTTCGTTACTGTCTTTCAACATAATTTCAGTCAATCGCTCATATGTTTTTAATACGACTTCTCCTTCGTTATAACAGGGGACAATGACTCTGATTTTCATCCGATTACTTCCTTTACTTATTTCTTAATACTATTTTATCAATTTATTCATAAAACGCGCTAGTATCGTTCTTTAATTTTACAAAAAATTAATAAAGTTGCAAGCGAACTAGTTTTTAAAGCTATTTTATTTTTTTAAGTAGGCTTATCATTTGTACTATTTTAAATCGCCAATGCTAACATCATCAGGATCTTTCCCTTGTCTTGCATTGCGATTCAAACTATCAATTTCTGCAATTTCAGCTAATTCCAAATTAAAATTAAATAAATCGAAATTTTCTTTAATTCGTGAAGGTGTCTGAGACTTAGGTATAATGATACGATTATGTGCTAAGTGCCAACGCAACACGATTTGAGCCGGTGTCTTGTCGTGTTGTTGGGCAATATGTTGAATTGTTGAATCATCTAATAATCCGCGATTGCGCATTAATGGCATCCATGCCGTTACAGTAATATCGTGTTTATCGCAAAAGTCTTGAACATCCTGTTGATTAAAGTAAGGATGCACTTCAATTTGGTTAATTTGTGGAACGATATTGGTTTCTTGCATTAATTTTTCCAAGTGATGAATTTTAAAATTACATACGCCAATCGCTTTTACTTTACCTTCATGATATAAATCCTCTAGTGCTTTATATGTTTCAATATATCGTCCATTCTGTTCACATGGCCAATGAATCAAAAATAAATCAAAATAATCAAGGCCCATGTTATCTAAAGAACGTTGGAAATAGGCTTTCGTCTGTTCATAACCTTGATGATCATTCCATACCTTAGACGTGATAAACAATTCTTCACGTGGCAGACCACTATTCTTTAAAGCCTGTCCTAATGATGCCTCATTGCCATAAAAATATGCAGTATCAAATGCACGATAGCCGGTTTCTATAGCTTGTTGAATGACTTTCGGCATATCTTCATCAGTGATTTTATAAACACCAAAACCTACTTTGGGCATAGGATAGCCATTATTTAATAATTGCGTATCATTCAT

Protein sequences of DBSCAN-SWA_9

>NZ_AP021848|2289018:2295639|2289018_2290170_-|WP_002459762.1|DBSCAN-SWA
MTIQFNYRYYLDDSRYETHQLKLTERLGQYLAYEMKDVGDVINFAEQQQKEGKYVALYMTYEAAQYFNPDMAVHPTADDAILAAAYSYQSAQPIQQETSIKHYNNKPQHQFAFQVKEATMIQHIKAVQAAIIDGETYQVNYTTRVSSPVQMPIKDLYDKLTQTKNGNYTMLMDTEDVQVASISPELFFQKGPFDGQDNVVVSKPMKGTMPRSDVKQQDQYNYKYLQQSLKDRAENVMIVDLLRNDIARIARKGTVHVYRPFFIETYATVYQMTSMVAGQLSNATLPLATLFHALFPCGSITGAPKLNTMSYIHKLEDQPRYIYCGTLGILMPDDKMIFNVPIRTIEYRDNKAIYGVGAGITIDSDPENEVQEFRDKAKILEML
>NZ_AP021848|2289018:2295639|2290153_2290750_-|WP_002479366.1|DBSCAN-SWA
MILVIDNNDSFTYNLIDYFKTVTDIEIIVYRINQVTIQSLQQLNPSALVISPGPGKPSDYPIIAQIIAAFKKRIPILGVCLGFQCIYDYFGGRIIHGKRPVHGHTTKLNHNNKGIFAQLPQHFEVMRYHSLIAERQSLPAQLEISAENDEGIIMAVQHRQWPIYAVQYHPESILSEHGHAQIELFIKTLGVNQCDNTI
>NZ_AP021848|2289018:2295639|2291085_2291757_+|WP_002492964.1|DBSCAN-SWA
MTETTLNNNKAIVVFSGGQDSTTCLFYAKKHFDEVELVTFNYGQRHNTEIEVAKSIAHEQGLAHHILDMSLLSQLTPNALTQHDMKIETNEDGMPNTFVPARNLLFLSFAGALAYQLNAKHIITGVCETDFSGYPDCRDNFIKSMNVTLSLAMDKDFVIHTPLMWLNKAQTWALSDELGVLDYIRHQTLTCYNGIIGDGCGECPACHLRARGLQQYLNSKGAK
>NZ_AP021848|2289018:2295639|2292177_2292894_+|WP_002459766.1|DBSCAN-SWA
MAAKIPVLEIFGPTIQGEGRVIGRKTMFVRTAGCDYRCSWCDSAFTWDGSAKDQIQLMSATEIYEKLIEIGGDCFDHVTISGGNPALIKGIQDLVDLFETEHIATALETQGSKFQPWMTQINDLTISPKPPSSSMTPNLEVLDQVIAQCVPQSLNLKVVVFDDEDYAFAKMIHHRYPDIPFYLQVGNPYLADDVANHTEKLLSRYEQLVEKVMHSNDMNRAYVLPQLHTLLWSNKKGV
>NZ_AP021848|2289018:2295639|2291758_2292178_+|WP_002459765.1|DBSCAN-SWA
MLQQIYPSVSHPYQFELNKDFNFSAAHFIPCKDAGKCVRTHGHTYFVNLTIAGDTLDHNGFLINFQELKALIHDQFDHYLLNDLPHFKDQSPSTEIVAQTIYNMIENHLMQYTNRPHCVQVYLRETPTSYVVYRPKVQH
>NZ_AP021848|2289018:2295639|2294802_2295639_-|WP_002492999.1|DBSCAN-SWA
MNDTQLLNNGYPMPKVGFGVYKITDEDMPKVIQQAIETGYRAFDTAYFYGNEASLGQALKNSGLPREELFITSKVWNDHQGYEQTKAYFQRSLDNMGLDYFDLFLIHWPCEQNGRYIETYKALEDLYHEGKVKAIGVCNFKIHHLEKLMQETNIVPQINQIEVHPYFNQQDVQDFCDKHDITVTAWMPLMRNRGLLDDSTIQHIAQQHDKTPAQIVLRWHLAHNRIIIPKSQTPSRIKENFDLFNFNLELAEIAEIDSLNRNARQGKDPDDVSIGDLK
>NZ_AP021848|2289018:2295639|2292992_2293583_+|WP_002493007.1|DBSCAN-SWA
MIIYVLLNIAVVMAIVGFDLYRQQYKQLKFSSLLLAIVINTTINMFIIQKYNFISTYTTALLIIWLLLQLYVNYKVHPFVINNQKFLASIFAIILSLSAFIMDISSDQSVYMSIPYLSPAIFLIGAIILFTGTFKSTERNRLPLFKRIQAPIMIGTIIIALSFVVMMMLTPFWYIFLGIYVLFIAFIIWQKVFQHY
>NZ_AP021848|2289018:2295639|2293623_2294646_-|WP_002459768.1|DBSCAN-SWA
MKIRVIVPCYNEGEVVLKTYERLTEIMLKDSNEKNYDYDLLFIDDGSKDSTIQHIQQLSLEDKHVKFISFSRNFGKESAMIAGFHHSVDVDAVIMIDGDLQHPPEFIPNMIDGYLEGYDQVIAQRDREGEQLSRKIVTKMYYKLINAFVEDVQFVDGVGDFRLLSQRAVCAIAELQENNRFSKGLFAWIGYNTKVFSYKNVEREAGQSKWNFRKLFNYGIDGLISFNSKPLRTMIYFGLFIFAISLIYIIYLSIGIIVNGISNPGYFTTIAAILLLGGIQLISIGVVGEYIGRIYYEVKQRPKYIVQASNLTYENGHSPNAYQCNINHEHTVKDKEKEHI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_002459762.1|2289018_2290170_-	anthranilate synthase component I family protein	S4VNU7	Pandoravirus	6.0e-23	35.1
WP_002479366.1|2290153_2290750_-	aminodeoxychorismate/anthranilate synthase component II	A0A0P0IKJ1	Acinetobacter_phage	1.4e-39	44.5
WP_002492964.1|2291085_2291757_+	7-cyano-7-deazaguanine synthase QueC	A0A2H4J8Q7	uncultured_Caudovirales_phage	3.6e-68	57.9
WP_002459765.1|2291758_2292178_+	6-carboxytetrahydropterin synthase QueD	NA	NA	NA	NA
WP_002459766.1|2292177_2292894_+	7-carboxy-7-deazaguanine synthase QueE	A0A1U9WRB6	Streptococcus_virus	1.8e-49	40.7
WP_002493007.1|2292992_2293583_+	hypothetical protein	NA	NA	NA	NA
WP_002459768.1|2293623_2294646_-	glycosyltransferase family 2 protein	A0A192Y8W7	Salmonella_phage	3.2e-60	41.9
WP_002492999.1|2294802_2295639_-	aldo/keto reductase	A0A2H4PQR8	Staphylococcus_phage	1.2e-62	44.4

Sequences of DBSCAN-SWA_10

Nucleotide sequences of DBSCAN-SWA_10

>NZ_AP021848|2621292:2637717|DBSCAN-SWA
TTTAATCCTCTAACGGTATATCATCAACAATCATTGTTCTATTAGGATAGTTATCATTTATTTTATCTAGTGTTCTCTGTTTATCTTCTTCATCTTCTTCGTCCCATTCACCAATATTTATAATTACCGGAGTGTCAGCAGTGAACTCTTTTTTCTCAGTAAACAGTTTATGATATTTCCCAAGCATATCACGAGCTCTTAAACGGTCACTTGGTTTTATAGGTATTTCTATAAGTTCAACATATTCATTATACACTAACTGAATTTTACCGTTCTGCGGGTTTTCTTTATATTCACCACGCTTAACAATAACTTCCTTTGTTTCTGTCTCGTCACCGACAGCTGAATTTGTTAATAAATGCAATAACTCATTAGCACTTAATATACTTTCGTCTATCACTTTTTTCTTTTGTTCTTGAATATATTCATTAATATGTTTTTTCTTTAATAATCGACTTCCCGTAACGTGTGCTGTCTTAGGCGAATATCCGGCTGTTATAGCGCTTTGTGTAACATTTAATGTTCTTATATACTCATTCACAAAACGCTCTTGTTTAGGCGTTAATTTAGGCATATTTATTCACTTCTCTCTGTTAAAATAAGCCCACCCAATCATTTGAGTGAGCAATGCGTTTATTAAATGTTAAATGGTTGAATAATATTTACATTCCCTATAAATTCTACAGGTTGAATGTTATTCTCTCTTTTCAATCGATCAATATATTGTGTTAAGGTTCTTTGTTTAGCACTGTACTCGTCGTTATAACCTAAAAGTTTATCCTTAGCGTCTTTAAGTTGTTGATTGAGTGTTTCGTATCGCTTTAAATCATCTTGATACGTTTCATTGTATTCATCACTTAATTCATCCGCGACATCTTGCATGTTTTCACAGTTTTTTATGACAACTTTTTTGAATGACTGTTTCATAACCATTAAACGTTTACTTTTAGCTCTATAATCAGATTCTAATTTTTCTATTTTTGTATAAAGTTTGTCAGCTTTTTCTACTTCGCCATTAATCACTAAATCTTGATACTCTTGATTGATATCATCTAGTTGTTTGCCATCATTTTTAACTTCTGCGTCTAGGTTTTTAATCTCTTTTCGGTAATCCTCAATGTTAGTTTTATATTTTTCAATTTGATCTAATGTTTTCAATGGTATGCCTCCTATTTAAATAACTCTCTATTTTTCGCAATTGCATTTTGTCTAGTTACATCATCTTTTATATCCAAGATTTTTTGACGTTTTTCACGATTTGCTTCTTCATTATTTTGTTTTGATTCTTTACTGTCTTGTTTTATGTTTTTATTTTGTCTCTCTTGATATACATATAATTTCAGCTTTTGACTTTCAGTTAGATCTAAAACTTCGCTTAATTCTTCGTACTGATTTGCTTTCATATAATATACTCCTTTAAACTTCAATTCGTTTCAAAGCTTCATAGCGTTTCATACTGCCATCAGCTAACTTTTTAATACTAATCATTGCTTGTTGCTTCTCTTGTTCCGTTGTAATAATGTAATAACCACGTTCATTACGTTTATAACTACACCTATAGGATAGGCATAATCATAAACTAATGAATTGATCACCTTTCTTAACCATCGTTCATTACTCGAATTATATTCATATCCCAATTGATTTAAGATTTTGGTTTTAGTAATATATTTCTTAGACGTATTTCTTATCACATTGAGTACTTGGCGGTGTTCATCGGGTAAGTTGTACGTCTTTTCTTTTTCGACTAATTTCTGCATATGTTTCACCTCACTTTTGTAATTACTTTATACCTTAATTATACTAAATTTACACGAAAAACACAAACTAACGTTCGTTATTTATATCATTACAACCTTTTCTTAACATACACTAATTTACTGTTAAATCAACTAAATAAAGTATTTAAGTAGTAAAATATAGTATGTTGTCAAAAGAACTAATGTTCGTTTTTAAGAACTCGTATGCCCTAGTGTATTTCTACAACAATTAACATTTATTAGCTATATATAGGAGCCACACAACACGTGCGACCCCTTATTAACCTACTTATTCAAACTGTAATAAGATGCTTTCAATTCACTTAACTTGCTCACTAACGCCTTGTAATCGTCTTGTGTAGCGTTCTCGTCTTGCACAAACTCAGTTACTAGCTTCAACCCCTCAACTAATTCTGGTGCTGGTCCATTAATTCCAGTAGCTAACTGATACAACATTTCCATATTACCTATCACATCTGCATTACTAGATTGAACACCCTCAAGTTCATCTATATTAAAATCTCTGCTCATATAGTCGAACATGTCACTATTATTACTTTCTGCAAACGTCTCAAGTCCATACATGAAATAGTCATTATCAAACATGAATTTAGCCATCATATCGCTAATAGAGATGTGTTTGTCATCTTCAATATCATATCCGGTATAATGCCCCTCAATACTTCTTATAAGCCCCTCTGTATGCTTATATGACGCTAATTCAAACGATTGTCTCACTTCACAATCTTTTATTAATACATGAGCGTACATCTTCCCTTTGCTTACTAGATACACAACATTAAACGGATCGTTATATATCTTAAATGCAAAAGGTAATTTATAACTGCTTTCACATAAGCCAGTAAAATATCTTAAAAGTGTTGCTGCTCTAGTTTCAAACTCATTTGCTATAATTTCAACGTTCATACTATACACGTTCCTTCCTTCTAATCATTAAATTTTCATTATCTTTTCCAACTTTACCGATACTTTTAAAATTATGTCTTTCAAAATATTTTGTATTATTATCGCTTTCAGTCCATAAGCAAGACTCAAGATTGAGCTTTGTAGAAATTGCTAATACATCTTTTAGCAGCATCTTGCCATGTCCTTTTTTAAGTGAATTCAAATTATCTATTTCAATGATCCAACTAGTATTAAAATGTTGTTTAAATAACGGGTTCGGCTTTCTAATGTTAAATTTTATAAGTGCTTTGAAATCTTTAGTAATCAATAATATATCTCCACCATCACAATAGAGATAGCATTTCTTGGTTAGTTGAATGACTTCTTGTATAAAAGTTTGATGTATTCCAGTTGGATTTGCTAACAGACTTATAATCAAACCTTTGGCCATGTTTTCTTGTTCTTTCTTCACATGTTGCTGAAATTTATCATTATTTATAAACATCTTAAATTGTTGGTGTCCTATTTCTGTAATTGTTGGCATACTTAACCTCCATGTTAATTAAATGTGGTACTAGTACCCAATGCGTACCCGTTATTAATTATTGAGTGGGTACTCTTGAAATCGTTGATAGACAAGGGTTTAAGGTTGTTAGTACCCGTTGTACCCGTTAAAATGCTTTTAGCATGTACATTTAAATAGTGAGTATTAATTAGTTATAAAATCTAAATTTCTTAAAATTATATACACTATTATTAATTAGTGGGTACTTCGGGTACTATCTTTTTTAAACCTTGTTATTACAATGTTTATCGAGTACCCGTTTTCTATTTCTAAGTGGGTACTCAACGGGTACATGTGGTACTTTTAAAATTTTGAATGTGGATTGTGAGAATTTGAGAAATCAAATCCCATTTCTTTTATAACTTCATCTTTAATAGCAAAGCCTCTATGTTTTTTAGTCTCATGTCTAACCTGTATTTGTAAACGGTCTTTTTCTTTCTTAACTAAATAACCTTTTTTATCCCATTGTTTTGTTGTGGTGTACATTTCATGACCTAATATATCTTTTACTGTATCGCCTAAAATACATAGGTAACCACGTTTATATACTGCTTTAATCTCTCCATTTTTCACGTGACTATATCCATCTCCGGTTATATTATTTCGGTGAGCATCTAAATATTGCAGCATATCCTCAAGCATTTGTTTAGGTTTATCTATCGTTTTATTATTCTTCAACATATTTTCATATGCTTGATTAATAATCTTGTAGTAGTCATGTTCAAAGCCATCAATATCATTAAGAATTTCGCCGGTAAGCTGTAATAAGGCAAAGCACTTCCCAATACGTTGCATTACTTCGTTGATACCTTTTTCATTAAAGTATCTTAAATAACTTTCAAAGCTTTCTTTATATTCATCTTTTTTTGATTGATACTGTTTAATAAATTCAATTCCTAGCGTTCCGTAATTTTCTCTAAATTCATGATCTAATGAGATAAAATCAAAATTATCTGGGTAAGGTTGTTCTTCTAAAGTAACGACACGAGCCGATACCCCTGCTTTATCTTCTGCCATATTCGTAATTGAGGCCTCACCAGTAGAAAGCATTATATTTTTCCATTCTTTCTTTTCATCAATAGTTAAATTCTTATTACTTCGGCTTTTACTTTCACCACTTGAATAATTGTAGACTGCATTAGCTATAAAATTAGGTGATATATTACGTGTATCATCTTTAAACATTGGAAAAGAGTTCAAAAATGCAGCCATAGCCTCAATGCTGTTTCTAGTAGAACTCCATGTAGTTGTAAGGTCAGTAGTACCCCACACACTAGCTACTAGATTTAAAGTGAATGTTTTACCTGTTGAAGTACTTCCAGCAAGTTCAACAATAAATGGCATAATATCAAATTCATAAAGTAATACCGAACCTAGTGAGGCATATAACATCACCATAACCATAGGTAAATCTTTAATTTTTATAAATACTTTTTTTGAATAATCTTCAATTGTCCCTTTAGATTTAAATGAATTGACTAGCTTTTGAAAGCCTTTATCATTATTAAAAAACTTGATATTTTCATGTTCCATTTCGTCTTTATATGGATAAATGAAGTAATCTTTTACATGACCTAATCGAGTTGCTACCTTTATATTGATAGGTGGACTATATCTCTTAGATTGATTGATGTAATCAACTAATTTTGATGAAGTATTTGAAGTTACATCTAGTTTCCTATTTGCTAGTTTGAGGAGTTGTCTATTATCTGTGATTTCTTCGGCAGTAACATTTAAATTTACTGGTGTTCTATTATCAAAAAAGTGCATGTTATAACTCACTTCACCATTTTCAATATTTTCATACCTAGTATTGATTTCTGGAATAGTAGTAGTGATAAATCTTTCTTTATCTGGTTCACCATCTTTTCTACTTGGGATAATTTGATAAAGTGCTGCACCATAACTATTAGGCTTCACTTTGTAACCATCTGGAATAAGATTGGGAGTATATGTCTTTTTATTCATATTCTCTTTAATTTCGTTCATAATTTCATCATTAGTAAAGTTCATAGAAAACTCCTCTCTAGTTGTTATAGTGTTTTTTCATAATTGAATAAAAAGTAGTGTTTATCTCACGTTCATTCATTGGTGGTGTGCATGATTGCCCCCACATCTGAGCGAAAGAATAAATAATGTGTTCATTCACTCTACGCTGAAATAAGTGGCCTAAAATACTTGTTAGCGATGAATTGCGTCCTCCCTCACTAACGCCAAATGCTTTTTCTTCCCAATGACTTGCGTCACGTCTTTTAAAGTTTTGAGTAGAATTTTCTTGAGTAGAAATATCAAATAATTTAGCCCACTCTTTAAGTATCGATTTATCTAATATTGCAGCATCGTTAAATTGAAATTCAAAAGGACTTTCATTACTTTTTCTGACGGGTAACGCCATAGCCCTAGATGGTTGATAACTGCCCTCATCAATTTTGCACGCAATTTTTTGTGCTAATGTTCTCACATATGCACGATATTCATTTGCACTTATACGCTCACTCAGTGGCACATACAAGCGTATTCTAGGACTTTCATTTGTGTGTCTGAATGTTGTATGCCAAAACCATGCAAAGCCCTCTAATTCGCTTTTAATTGACTTGTGTAGCATGTTCAAATCATCTTCGTCATCATAATCAAGTACAAGTACATCTCTATAAAGTACATTGTCATTATTTCTATATTTTCGATATTCATTACCTTCATCATCTACACCATCAGCAACATCACCATATACTGCTGTCCCTCTAGCGTACTTATTTCCATTATTTTGTGGAATGGATAAACGACTAATCAATTCACTCCACTTAGGTTGAGAGAAGTTTTTGAATGAAGTTGATTTTTCATTTCCATACCAAACAACACTCACCTGAGTATCATTTTCTAATTGAATTATGCTCAAATTTATACCTCCATGTATTAAAACAAGAGCAAAGGTGTTATAATACAAATAGAGTATTTTCCTATTGCTCTGATATTAATTAAAATAATTATATTATGCGTTATCTGATTCCTCGCCAAAGTTCTCAGGTAACGTTTTTTCTATGTCACGGATTTTTTTCATAATGTCGTCAAAATCTCTCATATACATAAGCATTAAATCAATGACTTGTGTGTTTTTGATACGATGCTCGTGATATTTCCAGCCATGCGTATATATTTCTTTTTTAGTTAACATATGATTAGGTTCATGTGTGAAATACTCATCATCAAACCATACAAAAGATGTTACAACATCATTAATTTTCTCTTGTACTACTTCTAAATCATCAAATAAATTTCTTAATTCCCAATTCATTATTCATTGTCCTCCAAACTTTCAACAAAAATCGTCATTTCTTCAATAGCTATTTTTAATTCTGCAACATCATCTAAAGTTAGGAATTTGCTAATATTAGAACCTTCGTAAATGTTAGGGAAGTCTATAAAAGTTTCTGTTGCTGATAGTAAATCTTCGTATTCTCGATAATCTGCAAGAATTTCTAAAATTTCGTTATCACTTAAATATGGATATTCACTTTTAATAACTGATACATTTTTAGCATGACGTTTTTGTAATAATTTAATCATTTTACTAGTATGTTTTTTACCATTCACCATATGCTCATAGTTCAATTTTCCTTTGATAGTTTTAAAATCTTGATTAGTTAAATTTTTCATCTTTTCATTTTCCTCTCTGAATTTAATTTGTTTGTTTAATTCTTGTTTATTGTTCATCTGGTTGAACCTCCAAGTTTTCATAATTTAATAGTGCAATTACGCTACCTAATAAATAAATAGCAAACGCTACATGTATTCCCAGTAACCAACCACTAAGGAATGAGATTATTGAAAGAACCAATATATTAAATGTAAATTTCATCATGTTTTACACCTCCTTTTTATAACCATCCTTTATGACGTTTACTTAAATATTCTCTGAAACCATCAATAGAGATAACTGTCATTGTAGATGACAAGCTGAAATATAGATCCTCTACACCTTTGTTATCTTTATCGTATTCTTTGAGAATTCTATTAACTGATGAATAAGAAATTCCGAATAGTTTAGCGATAGCATTAGGCTTTGCCATGATTGGCTTAACTACTACTTGTTTAGGTTCTGTAACTGTATTTTCTTTTGATGGAAAATCTTGCAATTTTGTTCTAGGCATTTATTTAACCCCCTCTTTTTCTTCTATAAAGATGAAAATATCTTTTATATCAACATTGAGTCTTTTCGCTATTTTATTAGCTGTTTTTGGGGATGTCGTTCTTTTACCATTAACAATGGAATTCAAAAAGTTAGAATTCACTTCTATTTCGCTTGCAAAATCTTTTAAACTCAATCCTTCAAATGCAATCAAACGTTTCAAATAATTCACTTTAGCAATCATAAAAACACCTCCTCACGCTAAATGTTTGTAAACTTTAATTTTGTTTACAAACAAATAGTAACATCTTAGCTTTCTTTTGGCAAGTTTTTATTTACTTGTTTACGAACAATAAGAATAAAAGTATAATAATCAACATAGACAATAGGATATTTACAGGAGGATTGATAAAACATGCAACAAAATAGTCTTGAAGATTTTTCAAACATTCTCAAAAAATTTAGAAAAGAAGAAGATTTAACTTTAGATACTCTTTCAAAGTACTTAGGTGTATCAGATGTGTATGTTAGTAAATTAGAAAATGGTAAGCGTTTTCCATCTAAAAATATTTTATTTTGGTATGTATTGTTTATGGATCAATCTCAAATGCATGATGATATTGAAAAATTACTAACTATATTTAGTGAAAACAAAAAAATAAGCTATGAACAATTGAGAACAGAATATGACCAGTTTGTTAAAAAATTCCAAGAAGAACAAAAAAAGCATTCAAGTAAAATCCAAAGAAAAGAAATTAAACTTACTATGAACGAATTTAATCAATACCAAATTGAGGAAATAGACGAGCCTTACTTTGATTTAAAATGGCTATTAAACCAGTCTGAATATAAACTATTTTATAGTGGCATAGATAACAAAAATTCTTTTGGTTTTAATGAAGTTTTATCAGAAAGCGATAAAAAAATGTTAAGTGAGATTGTTAATTCAGTAATTCAAAGAATATATAATGATGAAAATCAAAAATAATACAAAATTAAACAAAGGGGAAAACAATGAAAATTAATAAATGGATAATGTGGGTTATTTTATTTTCTAGTTTATTTGGTATTGCAAACAAAGGTATTAGTATTATTGCTTTTATTTTATCAATAGTTGCTTTAACCAAATTTGTACTAGTTGATAAAAAATCCATTAATACTAATGCAGAAAACAACAATACAAAGGTTCAACAACCAAAACAAACTAGTAATAAAGAATTTAAACAAAATGAACGTTTAAGGAAGAAAGAAGAAAAAATTAAAGAAAAAGAGCGAGCTAGAGAACAAGAAAAACAAATTGCTATTCAAAGATCACATGATTATTTCGGTGTAGATTTTATTGATGCTAATGTAACAAATTCAAAAGCTACAGCTTACTACAATAAAATTAAAACTGATACTGAACATGTAATTGATGTAGTTAATGCTAGGGCTACTAAAAACGTCAAAAATTATAAACGATATGGCTATCATCTGGAAACAACTGATAAAGGTATTTTAATTTTAACAACCGAAAACATTTATTTCTTAACTGCTCAAAATGGCTTTGCTAAAACGGTTTACCCTATTAAAAATGTAAATGGTATAAATACAAGCATGGCTAACCTTTATATCACTTATGGTCGAACTAAACATATTTATAACGTTGAGGGTTGGAAAAGAAGTGACTTATTCATGAAAAATTATATTAAATATTTCTACAGTTAAAACATATTATTCATAATTTTAAGGAGGCTCATTCACATGTGGCATGAGAAATTTACTAATAAGCATGGAGACGTTCAATATAGATTCTATGAGAAGTACAAAGACCCTCTCACTGCCAAATGGAGACGTGTTAGCGTGGTTCTTAATAAGAATGGTAAGCAATCACAAAAGGAGGCTCAGAAACTCTTAAATAAGCGTATAGAGGCGAAGTTGAACGATAAGACACCTACTACACTTAAGTCACTAACTTTCCATGCTGCATGTGATGAGTGGTTAGAGTATTATAAAAATCATTCTGGTTCAAAGGCTACAACAATCAAAGAAAAGATTAGCAATACAAACACAGTTAAAAATGCTATTGATAAAGAAGTGCTGATAAACAACATCACGCATACATACCTACAAGATATTATTAACGAGTGGGCTAAATTACACAGTAAAGGTCATGTTCAATCACTAGTTATCATTATTCGTTCTGTGTTCAAATATGCGTTTAAATACTATGATCTACAAGATATAAGTGTACTAGATAAAATTGATATCCCTAAAAAAGCTAAAACTAGAGATGAACTACAAGCTAAACGAAACAATTATTTAGAAGATAGCGAAGTTAAAGAGTTGTTAGATTGTTTCGACTATCTAATTAAGCATAAAAACCATTCATCTCGCAAACGTAACTACAACATGGTTAAAGCTATAGTACAGTTTCAAATTGCCAATGGCATGCGTATCGGCGAGCTACTTGCTATCAAGAAAGACAATATAAATTTTGAGCATAAAACACTAGAAATTGACGGTACAATTAATTGGGTAACTGATAAAGAAACGGGAGCATTCGGAGTAAAAGAAACTACTAAAACAAGTAAAAGTTATAGAACCATCGGACTCACTACCCAAAGTATCAACTTACTTAAAACACTTATTTTAGAGAATAAGAAAGAAAACCAGTGGAATGAAGATTTTATTGATAGAGGTTATGTATTCACAAATACAGCTGGTAGCCCTATCGACTTGAATAAAATAAACAACATCATCAAAGAGGCTACTGATATTAGTTCAATAAAGAAACGTGTTACAACGCACACATTACGTCACACGCATATATCCACACTTGCGCAATTAGGGATTAACCTAAAAGCTATACAAGACCGTGTAGGACACTCAGACTACAAAACCACCTTAGAGATATACACACATGTTACTGATCAGATGACTAAAGATATGATGAATAAATTAGAAACTATCAATATTGTTTGAAATACGTCTATATCAAAAGCGTATTTTTTAGGTTTATAAAGCAAAACTGTCATATCATGCCCTTTTTCTGCCCTTTTTCTATATTCCAAAACACAAAAACAACCCCATAAGCCTATGCTTACGGGGTTTTATAATAAACTATATATTAGTTTTCTTCTTTAACATATGGTAATAATGCCATATGACGTGCACGTTTGATAGCTGTTGTCAACATACGTTGATATTTAGCTGAAGTACCAGTTACACGACGTGGTAAAATTTTACCGCGTTCTGAGATAAAACGTTTCAATAACTCAGTGTCTTTATAGTCGATATGTGTAATGCCATTTGCTGTGAAATAACATACTTTTTTACGACGACGTCCGCCTCTTCTTGGTCCACCTGCCATGGTTAACTGCCTCCTTTAATATTTTTTATTTCATGCGTTCATTTTTTTAGAATGGTAAGTCATCATCACTAATATCAATCGGTCCATTAGCATTGGCAAATGGATTATCGTTTTGATTAGATTTTGATGCGTTATTGTTATTATATGACGTATTTTGTCCTGATTGTTGACCACCGAATCCTTGACCATAGTCTTGGAATTCATTGTTTTGTGAACGTTGGCCACCATGTTGTGCGTTCTTAGGTTCAAGGAATTGAACACTGTCGCATACAACTTCGGTAACAAAAATACGACGACCTTCTTGATTTTCATAACTACGTGATTGTAAGCGACCATCAACGCCGGCTAAACTACCTTTATTTAAATAGTTATTAACGTTTTCTGCTTGTCTTCTAAAAACAACACAGTTGATAAAGTCAGCTTCGCGTTCCCCTTGAGCATTCGTGAATGTACGATTAACAGCTAAAGTAAAAGTCGCTACACTTACGCCTGAGGGAGTAGTTCTGTATTCTGGATCTTTGGTTAAACGACCTACTAATACAACTCTATTTAACATATAAGCGCCCCCGTCTAATTATTACTTATCTTGGTCTTCACGGATAACGATGTAACGAATGATATCATCATTAATCTTAGCTAAACGTTGGAATTCGTCAGTCGCTCTATTGTTATCTGTTTTAATGCGTACGATGTTATAGAAGCCTTCTTTGAAATCTTCAATTTCATAAGCAAGACGGCGTTTACCCCAATCTTTTTCTTCTAAAACTTCTGATCCTTCTGAAGCTAAGATACCGTTAAAACGTTCTACTACAGCTTTTTTAGCATCTTCTTCAATATTTGGACGTACGACATACATAATTTCATATGTTCTCATTTTATAATTGCACCTCCTTGTGGTCTATGCGGCTTATTAACTTTATCAATAAGCAAGGAATAATTTTCATTACTCACAGTCCATAATTATAGCATAGGGTTTTACTTTTTACAATCTATATTATTTTGTCTTTTACATGTCGCATACCGCCAAAATATAGTGCGCATTTTATTTTTAAATCAAACTTATTGCCTATTTCATATATCGAGCAATACACATGGTTGCTAATACATTTTAAATATTTTACCCTCTATACGAACCATTCAAAAAATATTTAAACACTTTCAACTGTAGTTTACATAATAAGGAGGCTCTTAATGTTTATAAAAATATCACGATCGATTATAACCCTCTTAATTTTACTGACAACTCTATGTACCACCACAGCTTTAGCAGAAAAACCAGTATATCAATATCATAAAGGTACAATGGGCTCTGGTTACAAACAATACATAAATAGTGGTGCAGGCGGCCGAGGAGGCATGCCAACTAAACCACGGGCAAATGTTTCGTCATCCAGCAAAAGAATTTTAGATATATCTGAATGGCAAGGTGCACTTACCGATGCTCAAGTAAAAGCATTAAAGAAAAACTATGACTTCATCATTATTCGCGGACAATATGGCTCTGAATATGTCGATAAATGTTTAGCAAACAATTCTGCACTTTTAGATAAATACAATATGAAATTTGGTGTTTATTCTTATAGTATGTATGAAAATGCCGATGATGCGCGTTATGAGGCTCGTACACTTCATCAACGTGCACCTAAAGCTGATTTTTACATTAATGATTATGAACAACAAACGGTTAAATCTGGTGATGAAAATGCTGCCACTCAAGCTTGGGCTGCTGAAATGAAAAAGTTAGCGGGAAATAAAAAGGTATTGTTCTATTCTTACGAGAATTTCATGTTAAATCATGTTGCTAACGCCATTAATGCTTATGATGGATGTTGGTTAGCAGCGTATCAACAAACTGAACCTCAAAGCGAACATGTCCTATGGCAATACACGGATCACTATTATGCATCTGAACTCAAACAAAATGTTGATGCTAACTATGTAAGTCAAAATCTTAATCAGAATTTTTTTATCAACTAGGTTAAATAGCACTTTACAAAACAGAACGTATGTTCTATAATATCGATGTGAGGTGTTTAACATGCAGTTAAATTTAGATTGGTCTAAGGATTTTCAAGAATTTCAAGACATTCTAAATAGTGGTATCCACCCAGATTGGCTCTATTGTGCTAAAGCAAACTTGGTACTTCAACCCGCTTATACTGGTGAAGGTAAACAGTTTTTTAGCACAGAAGATATTGTTGAAGCGAGTAAAGTGATACCTTTCTTTTAAATCATCTTGACATTATCTTATTCATAAATAGTGACATGAAACAATTACGACCACACCAATTTTGTAGTATAAGTCTTCAGTTAACTAACTTATTCATTCAATTTTAACTTAAATCACAATATATACTTTTCCAAAGTTAATAAATAAAAACAATGTAAGCCCCTCGTCACATTAGCCATTTTCGAAGCTTACATTGTTTTTTATCTATGAGTTAGCAATTTATTGTTATCATTCCAATTTTAGACATTGAATCTAAAGTGAACAATATCTCCATCTTGCATGATATAGTCTTTACCTTCTAAACGTTGTTTCCCAGCTTCTTTTGCACCTTGTTCACCATTATATTCGACATAGTCTTTATAACTTGTTACCTCTGCACGAATGAAACCACGTTCAAAATCTGTATGGATAATACCTGCACATTGTGGAGCCGTCATACCTTGTTTAAATGTCCAAGCACGTACTTCTTGCACACCCGCCGTAAAATATGTTGATAAACCTAACAAATCATAAGTCGTACGGATAAGTTTATTTAAACCAGGTTCTTCAATGCCTAAGTCTTCCAAGAACATCGCTTTATCTTCATCATCAAGTGTTGCAATCTCTTCTTCAATTTTTGCACTGATTACGATAACCTCAGAATCTTCCTTTGCAGCATACTCTCGAATTGCTGTTACTTTATCGTTTTCTACATCGCCAATTTCATCTTCTCCTACATTAGCGATATATAACATTTTTTTAGATGTTAATAGCTGTGCTTGATTAACCCATTTTTGATCTTCTTCATTAAACTCAAGGCTACGCACTGGATTGCCTTCTTCTAAAGCTTCTTTAATACGATTTAGAATACGCATTTCCATTTCTGCTGTTTTATCTTTTTGACGAGCCATTTTTTCAATACGTGGTAAACGCTTTTCAACTGATTCTAAGTCTGCAAGCACGAGTTCCATATTAATGACTTCGATATCTTCTAACGGATTTACGCGACCAGCGACATGTGTCACATTATCATCATCAAATGCACGTACAACTTGGCAAATTGCATCTACTTCACGAATATGTGATAGAAATTTATTGCCTAAACCTTCTCCTTTAGATGCACCTTTAACAATCCCAGCAATATCTGTAAATTCAAATGCTGTAGGAATCGTTTTCTTTGGTTCTACCATTTCTGTTAATTTATCTAAACGCGTATCTGGCACTTCCACAATCCCAACGTTAGGATCAATGGTAGCAAACGGATAGTTTGCTGCTAAAGCCCCTGCTTTAGTAATTGCGTTAAATAGGGTAGATTTGCCTACATTAGGTAAACCTACAATACCTGCTGTTAAAGCCATTATTCATTCTCCTTACTTTCTGTATCTTGCTGTGATACAACGATTTTTTTCATTTTCTTATTAAACGTCTGCCGTGGAATCATGATGCTGCGATTACATTTTTCGCATTTGATACGAATATCAGCGCCCATACGAATAATTTTAAATCTATTCGCACCACAAGCATGTTGTTTTTTCATTTCTACTATATCATTTATTCCATACTTTGACGTCATAAAGTTACCTCCAATCCTTATTTGCTCTTTTGTTGACTTTCGTATTGAGAAAAGACCGGTTGAGGCAATTTAATACCTTCTTGGACAAACAATTTTTGAATTTCCTTACGTAAAATACGTGCACCAGCTGCACCTTCACCAGGAATGGTTTCTGCAGAAATTCTAAATGTTACTTTATTATTCTCAATTGCATCTATCCCAAGAACAACTGGATCTGTTACAAATAAATAATACTTACTACGCATTGACACAAACAATTTATTTAATTTCTTTTCAACTGCATCTAAATTCTCTTCAACTGATACAGGAATAACTACAATTGCAGTACCGTTCGTAATTGAAAAGTTTGTTATCTCACCCATGCTACCATTAGGAAGAATAGTCAATTCTCCAGTTATTGTATTAATGCGTGTTGATCGCAAACCAATCGATTTAACTGTACCTTCTGCAACTGTCGTTCCACCGCTATTGATTTTAACATAATCTCCAACATCAAATTGGTTTTCAAAAATAATAAAGAATCCCGTGATAACATCTTTTACAATCGTTTGGGCTCCGAAACCTACAGCTAATCCCACCACACCAGCGCTAGCAATAATGCCTTCTACACTTATTCCAAATTTACTTAAGACGGTTGTAATAACGATAAACCAAACAATATATTTTACGACATTTTGTACAAGGGATATGAGTGTTTTCGAACGTTTTTTATTTCCTTTTTTACTCTTGTTTTGGATTTTAAACGCTTGAGCAATAATTTTATTTAAGATGGATATAACAATGATTGCTACTAAGATATAAATTAAGATTAAAGCTAATTTTGTAATTAAGTTTTCATATGTTTCGACCTTAGTGAGCGGTTCGAATAATGATGCTAGTACATTTTTTATTTGATTCATTTATGCAAACCTCCCTATGTTTCGACAATTATGCCATTATATATAAATTCGGTTATACCGTCATCCGTCTACGGTTCGAATAATGAACAACATCACGATTTTTGTTTTCATTTTCCACCGCTATATAGTAACACCTTATTGCTATCATATGCATGCACTTTTTATTATCCGAACCTCAAATTGGGTAAGTAAGACTAAAAAACGTGCATTACTTATCATGCAATAATTTAATTAACCGCTCAAATTCTTCTTTCGACTTAAATTCAAACGTAATTGCACCAACTTGTTTTTTAGTAGAGATATCAACTTTTGCACCATATTGTTCTCGTAATAACCGCTCTTGTTTTTGAATGAATTTAGGTTTTAGTGGTTCCTTAGTTACTTTGGGGTAAGGCTGACTTCCCTCTTGAATGTTGTTCACATACTTTTCTAAATACCTTACACTCCATGATTCTTTAAACGCTTTTCTGCCCACTTGAATCATACGTTGTTTATCCTTGATTCCGAGTAATGTTCTGCCATGTGCGCCGCTGAGTTCTCCTCGTTGTACACTATCTTTAAGTGATGGGGGCAAATGCAGAAGTCTTAACATGTTGGCAATATATGGACGCGATTTACCTAAGCGATGCGCGACTTCTTGTTGCGTAAGTTGCAAATCGTCCATCAATCGTTGATAACTTTCTGCTTCTTCAATTGCATTTAAGTCTTCACGCTGTAAATTTTCAATAATAGCGAGTTCCATCATATCTGCATCAGATAACTCTTTTATAATTGATGGCAACTTTGTCAATCCAGCAAGTTGAGAAGCTCTATAACGTCTCTCACCTACTACAATATAATATCCTTGAACCGTTTGTCTGAGCACAATGGGTTGTAAAATACCGTGAATTTTAATTGACTCAGCTAAATCGTTTAGTCGTTCTGCATCAAAATTTTTCCTTGGTTGATATGGATTAGGCATAATTTCTTCAATTGCAATCCATCGTATCTGCTCATCTTCATTTATCTGTAGGCGATGATCATTTTCTATAGCCAC

Protein sequences of DBSCAN-SWA_10

>NZ_AP021848|2621292:2637717|2628222_2628381_-|WP_002492040.1|DBSCAN-SWA
MMKFTFNILVLSIISFLSGWLLGIHVAFAIYLLGSVIALLNYENLEVQPDEQ
>NZ_AP021848|2621292:2637717|2636889_2637717_-|WP_002492025.1|DBSCAN-SWA
MAIENDHRLQINEDEQIRWIAIEEIMPNPYQPRKNFDAERLNDLAESIKIHGILQPIVLRQTVQGYYIVVGERRYRASQLAGLTKLPSIIKELSDADMMELAIIENLQREDLNAIEEAESYQRLMDDLQLTQQEVAHRLGKSRPYIANMLRLLHLPPSLKDSVQRGELSGAHGRTLLGIKDKQRMIQVGRKAFKESWSVRYLEKYVNNIQEGSQPYPKVTKEPLKPKFIQKQERLLREQYGAKVDISTKKQVGAITFEFKSKEEFERLIKLLHDK
>NZ_AP021848|2621292:2637717|2635566_2635782_-|WP_002479238.1|DBSCAN-SWA
MTSKYGINDIVEMKKQHACGANRFKIIRMGADIRIKCEKCNRSIMIPRQTFNKKMKKIVVSQQDTESKENE
>NZ_AP021848|2621292:2637717|2627511_2627814_-|WP_002492064.1|DBSCAN-SWA
MNWELRNLFDDLEVVQEKINDVVTSFVWFDDEYFTHEPNHMLTKKEIYTHGWKYHEHRIKNTQVIDLMLMYMRDFDDIMKKIRDIEKTLPENFGEESDNA
>NZ_AP021848|2621292:2637717|2622460_2622694_-|WP_002492317.1|DBSCAN-SWA
MKANQYEELSEVLDLTESQKLKLYVYQERQNKNIKQDSKESKQNNEEANREKRQKILDIKDDVTRQNAIAKNRELFK
>NZ_AP021848|2621292:2637717|2630391_2631612_+|WP_002492008.1|integrase|DBSCAN-SWA
MWHEKFTNKHGDVQYRFYEKYKDPLTAKWRRVSVVLNKNGKQSQKEAQKLLNKRIEAKLNDKTPTTLKSLTFHAACDEWLEYYKNHSGSKATTIKEKISNTNTVKNAIDKEVLINNITHTYLQDIINEWAKLHSKGHVQSLVIIIRSVFKYAFKYYDLQDISVLDKIDIPKKAKTRDELQAKRNNYLEDSEVKELLDCFDYLIKHKNHSSRKRNYNMVKAIVQFQIANGMRIGELLAIKKDNINFEHKTLEIDGTINWVTDKETGAFGVKETTKTSKSYRTIGLTTQSINLLKTLILENKKENQWNEDFIDRGYVFTNTAGSPIDLNKINNIIKEATDISSIKKRVTTHTLRHTHISTLAQLGINLKAIQDRVGHSDYKTTLEIYTHVTDQMTKDMMNKLETINIV
>NZ_AP021848|2621292:2637717|2626548_2627418_-|WP_002492075.1|DBSCAN-SWA
MSIIQLENDTQVSVVWYGNEKSTSFKNFSQPKWSELISRLSIPQNNGNKYARGTAVYGDVADGVDDEGNEYRKYRNNDNVLYRDVLVLDYDDEDDLNMLHKSIKSELEGFAWFWHTTFRHTNESPRIRLYVPLSERISANEYRAYVRTLAQKIACKIDEGSYQPSRAMALPVRKSNESPFEFQFNDAAILDKSILKEWAKLFDISTQENSTQNFKRRDASHWEEKAFGVSEGGRNSSLTSILGHLFQRRVNEHIIYSFAQMWGQSCTPPMNEREINTTFYSIMKKHYNN
>NZ_AP021848|2621292:2637717|2624825_2626535_-|WP_002492057.1|DBSCAN-SWA
MNFTNDEIMNEIKENMNKKTYTPNLIPDGYKVKPNSYGAALYQIIPSRKDGEPDKERFITTTIPEINTRYENIENGEVSYNMHFFDNRTPVNLNVTAEEITDNRQLLKLANRKLDVTSNTSSKLVDYINQSKRYSPPINIKVATRLGHVKDYFIYPYKDEMEHENIKFFNNDKGFQKLVNSFKSKGTIEDYSKKVFIKIKDLPMVMVMLYASLGSVLLYEFDIMPFIVELAGSTSTGKTFTLNLVASVWGTTDLTTTWSSTRNSIEAMAAFLNSFPMFKDDTRNISPNFIANAVYNYSSGESKSRSNKNLTIDEKKEWKNIMLSTGEASITNMAEDKAGVSARVVTLEEQPYPDNFDFISLDHEFRENYGTLGIEFIKQYQSKKDEYKESFESYLRYFNEKGINEVMQRIGKCFALLQLTGEILNDIDGFEHDYYKIINQAYENMLKNNKTIDKPKQMLEDMLQYLDAHRNNITGDGYSHVKNGEIKAVYKRGYLCILGDTVKDILGHEMYTTTKQWDKKGYLVKKEKDRLQIQVRHETKKHRGFAIKDEVIKEMGFDFSNSHNPHSKF
>NZ_AP021848|2621292:2637717|2627813_2628233_-|WP_002492019.1|DBSCAN-SWA
MNNKQELNKQIKFREENEKMKNLTNQDFKTIKGKLNYEHMVNGKKHTSKMIKLLQKRHAKNVSVIKSEYPYLSDNEILEILADYREYEDLLSATETFIDFPNIYEGSNISKFLTLDDVAELKIAIEEMTIFVESLEDNE
>NZ_AP021848|2621292:2637717|2623979_2624501_-|WP_002492062.1|DBSCAN-SWA
MPTITEIGHQQFKMFINNDKFQQHVKKEQENMAKGLIISLLANPTGIHQTFIQEVIQLTKKCYLYCDGGDILLITKDFKALIKFNIRKPNPLFKQHFNTSWIIEIDNLNSLKKGHGKMLLKDVLAISTKLNLESCLWTESDNNTKYFERHNFKSIGKVGKDNENLMIRRKERV
>NZ_AP021848|2621292:2637717|2629662_2630355_+|WP_002459649.1|DBSCAN-SWA
MKINKWIMWVILFSSLFGIANKGISIIAFILSIVALTKFVLVDKKSINTNAENNNTKVQQPKQTSNKEFKQNERLRKKEEKIKEKERAREQEKQIAIQRSHDYFGVDFIDANVTNSKATAYYNKIKTDTEHVIDVVNARATKNVKNYKRYGYHLETTDKGILILTTENIYFLTAQNGFAKTVYPIKNVNGINTSMANLYITYGRTKHIYNVEGWKRSDLFMKNYIKYFYS
>NZ_AP021848|2621292:2637717|2635799_2636681_-|WP_002479237.1|DBSCAN-SWA
MNQIKNVLASLFEPLTKVETYENLITKLALILIYILVAIIVISILNKIIAQAFKIQNKSKKGNKKRSKTLISLVQNVVKYIVWFIVITTVLSKFGISVEGIIASAGVVGLAVGFGAQTIVKDVITGFFIIFENQFDVGDYVKINSGGTTVAEGTVKSIGLRSTRINTITGELTILPNGSMGEITNFSITNGTAIVVIPVSVEENLDAVEKKLNKLFVSMRSKYYLFVTDPVVLGIDAIENNKVTFRISAETIPGEGAAGARILRKEIQKLFVQEGIKLPQPVFSQYESQQKSK
>NZ_AP021848|2621292:2637717|2632577_2632874_-|WP_002461101.1|DBSCAN-SWA
MRTYEIMYVVRPNIEEDAKKAVVERFNGILASEGSEVLEEKDWGKRRLAYEIEDFKEGFYNIVRIKTDNNRATDEFQRLAKINDDIIRYIVIREDQDK
>NZ_AP021848|2621292:2637717|2628397_2628670_-|WP_002492070.1|DBSCAN-SWA
MPRTKLQDFPSKENTVTEPKQVVVKPIMAKPNAIAKLFGISYSSVNRILKEYDKDNKGVEDLYFSLSSTMTVISIDGFREYLSKRHKGWL
>NZ_AP021848|2621292:2637717|2621927_2622449_-|WP_002445376.1|DBSCAN-SWA
MKTLDQIEKYKTNIEDYRKEIKNLDAEVKNDGKQLDDINQEYQDLVINGEVEKADKLYTKIEKLESDYRAKSKRLMVMKQSFKKVVIKNCENMQDVADELSDEYNETYQDDLKRYETLNQQLKDAKDKLLGYNDEYSAKQRTLTQYIDRLKRENNIQPVEFIGNVNIIQPFNI
>NZ_AP021848|2621292:2637717|2628670_2628892_-|WP_002492076.1|DBSCAN-SWA
MIAKVNYLKRLIAFEGLSLKDFASEIEVNSNFLNSIVNGKRTTSPKTANKIAKRLNVDIKDIFIFIEEKEGVK
>NZ_AP021848|2621292:2637717|2633191_2633977_+|WP_002461100.1|DBSCAN-SWA
MFIKISRSIITLLILLTTLCTTTALAEKPVYQYHKGTMGSGYKQYINSGAGGRGGMPTKPRANVSSSSKRILDISEWQGALTDAQVKALKKNYDFIIIRGQYGSEYVDKCLANNSALLDKYNMKFGVYSYSMYENADDARYEARTLHQRAPKADFYINDYEQQTVKSGDENAATQAWAAEMKKLAGNKKVLFYSYENFMLNHVANAINAYDGCWLAAYQQTEPQSEHVLWQYTDHYYASELKQNVDANYVSQNLNQNFFIN
>NZ_AP021848|2621292:2637717|2629063_2629636_+|WP_002459648.1|DBSCAN-SWA
MQQNSLEDFSNILKKFRKEEDLTLDTLSKYLGVSDVYVSKLENGKRFPSKNILFWYVLFMDQSQMHDDIEKLLTIFSENKKISYEQLRTEYDQFVKKFQEEQKKHSSKIQRKEIKLTMNEFNQYQIEEIDEPYFDLKWLLNQSEYKLFYSGIDNKNSFGFNEVLSESDKKMLSEIVNSVIQRIYNDENQK
>NZ_AP021848|2621292:2637717|2623336_2623978_-|WP_002492071.1|DBSCAN-SWA
MNVEIIANEFETRAATLLRYFTGLCESSYKLPFAFKIYNDPFNVVYLVSKGKMYAHVLIKDCEVRQSFELASYKHTEGLIRSIEGHYTGYDIEDDKHISISDMMAKFMFDNDYFMYGLETFAESNNSDMFDYMSRDFNIDELEGVQSSNADVIGNMEMLYQLATGINGPAPELVEGLKLVTEFVQDENATQDDYKALVSKLSELKASYYSLNK
>NZ_AP021848|2621292:2637717|2634469_2635567_-|WP_002479239.1|DBSCAN-SWA
MALTAGIVGLPNVGKSTLFNAITKAGALAANYPFATIDPNVGIVEVPDTRLDKLTEMVEPKKTIPTAFEFTDIAGIVKGASKGEGLGNKFLSHIREVDAICQVVRAFDDDNVTHVAGRVNPLEDIEVINMELVLADLESVEKRLPRIEKMARQKDKTAEMEMRILNRIKEALEEGNPVRSLEFNEEDQKWVNQAQLLTSKKMLYIANVGEDEIGDVENDKVTAIREYAAKEDSEVIVISAKIEEEIATLDDEDKAMFLEDLGIEEPGLNKLIRTTYDLLGLSTYFTAGVQEVRAWTFKQGMTAPQCAGIIHTDFERGFIRAEVTSYKDYVEYNGEQGAKEAGKQRLEGKDYIMQDGDIVHFRFNV
>NZ_AP021848|2621292:2637717|2631757_2632000_-|WP_002461103.1|DBSCAN-SWA
MAGGPRRGGRRRKKVCYFTANGITHIDYKDTELLKRFISERGKILPRRVTGTSAKYQRMLTTAIKRARHMALLPYVKEEN
>NZ_AP021848|2621292:2637717|2621292_2621865_-|WP_002445377.1|terminase|DBSCAN-SWA
MPKLTPKQERFVNEYIRTLNVTQSAITAGYSPKTAHVTGSRLLKKKHINEYIQEQKKKVIDESILSANELLHLLTNSAVGDETETKEVIVKRGEYKENPQNGKIQLVYNEYVELIEIPIKPSDRLRARDMLGKYHKLFTEKKEFTADTPVIINIGEWDEEDEEDKQRTLDKINDNYPNRTMIVDDIPLED
>NZ_AP021848|2621292:2637717|2634038_2634230_+|WP_002479240.1|DBSCAN-SWA
MQLNLDWSKDFQEFQDILNSGIHPDWLYCAKANLVLQPAYTGEGKQFFSTEDIVEASKVIPFF
>NZ_AP021848|2621292:2637717|2632046_2632556_-|WP_002461102.1|DBSCAN-SWA
MLNRVVLVGRLTKDPEYRTTPSGVSVATFTLAVNRTFTNAQGEREADFINCVVFRRQAENVNNYLNKGSLAGVDGRLQSRSYENQEGRRIFVTEVVCDSVQFLEPKNAQHGGQRSQNNEFQDYGQGFGGQQSGQNTSYNNNNASKSNQNDNPFANANGPIDISDDDLPF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
2618618:2618677	attL	NA	NA	NA	NA
WP_002445377.1|2621292_2621865_-|terminase	terminase small subunit	Q4ZE85	Staphylococcus_phage	1.4e-73	72.1
WP_002445376.1|2621927_2622449_-	hypothetical protein	NA	NA	NA	NA
WP_002492317.1|2622460_2622694_-	hypothetical protein	NA	NA	NA	NA
WP_002492071.1|2623336_2623978_-	pathogenicity island protein	Q4ZE67	Staphylococcus_phage	7.5e-84	70.4
WP_002492062.1|2623979_2624501_-	hypothetical protein	NA	NA	NA	NA
WP_002492057.1|2624825_2626535_-	DUF927 domain-containing protein	Q4ZE73	Staphylococcus_phage	1.0e-236	69.9
WP_002492075.1|2626548_2627418_-	primase C-terminal domain-containing protein	A0A2H4JEH3	uncultured_Caudovirales_phage	6.2e-97	59.0
WP_002492064.1|2627511_2627814_-	DUF1474 family protein	A0A2H4JB50	uncultured_Caudovirales_phage	5.5e-37	82.8
WP_002492019.1|2627813_2628233_-	hypothetical protein	NA	NA	NA	NA
WP_002492040.1|2628222_2628381_-	hypothetical protein	NA	NA	NA	NA
WP_002492070.1|2628397_2628670_-	helix-turn-helix domain-containing protein	Q4ZE77	Staphylococcus_phage	7.4e-33	74.4
WP_002492076.1|2628670_2628892_-	helix-turn-helix transcriptional regulator	A0A2H4JFN1	uncultured_Caudovirales_phage	1.5e-07	43.5
WP_002459648.1|2629063_2629636_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_002459649.1|2629662_2630355_+	hypothetical protein	A0A1J0MG42	Staphylococcus_phage	5.7e-29	38.6
WP_002492008.1|2630391_2631612_+|integrase	site-specific integrase	Q4ZE80	Staphylococcus_phage	6.3e-180	80.2
WP_002461103.1|2631757_2632000_-	30S ribosomal protein S18	NA	NA	NA	NA
2631699:2631772	attR	NA	NA	NA	NA
WP_002461102.1|2632046_2632556_-	single-stranded DNA-binding protein	A0A2H4JCF2	uncultured_Caudovirales_phage	3.8e-62	79.9
WP_002461101.1|2632577_2632874_-	30S ribosomal protein S6	NA	NA	NA	NA
WP_002461100.1|2633191_2633977_+	lysozyme	A0A291I9H5	Lactobacillus_phage	6.1e-35	45.6
WP_002479240.1|2634038_2634230_+	hypothetical protein	A0A2H4JGI3	uncultured_Caudovirales_phage	3.7e-23	78.3
WP_002479239.1|2634469_2635567_-	redox-regulated ATPase YchF	NA	NA	NA	NA
WP_002479238.1|2635566_2635782_-	DUF951 domain-containing protein	NA	NA	NA	NA
WP_002479237.1|2635799_2636681_-	mechanosensitive ion channel family protein	NA	NA	NA	NA
WP_002492025.1|2636889_2637717_-	ParB/RepB/Spo0J family partition protein	A0A1C9EHW0	Gordonia_phage	6.4e-11	38.1