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
NC_018584	Listeria monocytogenes ATCC 19117, complete genome	3 crisprs	DinG,cas3,WYL,casR,DEDDh,csa3	0	0	4	0

1. NC_018584

CRISPR-Cas detection and classification

Crispr_ID: NC_018584_1

• CRISPR_ID: NC_018584_1
• CRISPR_location: 213578-213732
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: cas3

Consensus repeat of NC_018584_1

Consensus_repeat	Method
TTTCCACCACCACCTACGGATGAAGAGTTAAGACTTGCTTTGCCAGAGAC	CRISPRCasFinder

spacers of NC_018584_1

>1.1|213628|55|NC_018584|CRISPRCasFinder
ACCGATGCTTCTTGGTTTTAATGCTCCTGCTACATCGGAACCGAGCTCATTCGAA

CRISPR arrays and Neighbor proteins around NC_018584_1

CRISPR arrays

The CRISPR arrays of NC_018584_1

>merge|NC_018584|1|213578-213732|CRISPRCasFinder
TTTCCACCACCACCTACGGATGAAGAGTTAAGACTTGCTTTGCCAGAGACACCGATGCTTCTTGGTTTTAATGCTCCTGCTACATCGGAACCGAGCTCATTCGAATTTCCACCACCACCTACGGATGAAGAGTTAAGACTTGCTTTGCCAGAGAC

>NC_018584|1|1|213578-213732|CRISPRCasFinder
TTTCCACCACCACCTACGGATGAAGAGTTAAGACTTGCTTTGCCAGAGAC	ACCGATGCTTCTTGGTTTTAATGCTCCTGCTACATCGGAACCGAGCTCATTCGAA
TTTCCACCACCACCTACGGATGAAGAGTTAAGACTTGCTTTGCCAGAGAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018584.1|WP_003728167.1|221115_224655_+|transcription-repair-coupling-factor	cas3	cd09639_cas3_CAS-I	gnl|CDD|224118
NC_018584.1|WP_003722740.1|219037_219661_+|50S-ribosomal-protein-L25/general-stress-protein-Ctc	unknown	unknown	gnl|CDD|235534
NC_018584.1|WP_003725507.1|201936_203145_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|182528
NC_018584.1|WP_014929010.1|203828_204137_+|septation-regulator-SpoVG	unknown	unknown	gnl|CDD|237321
NC_018584.1|WP_003726703.1|207933_208887_-|phosphatidylinositol-specific-phospholipase-C	unknown	unknown	gnl|CDD|176497
NC_018584.1|WP_003722729.1|206947_207661_-|listeriolysin-O-transcriptional-regulator-PrfA	unknown	unknown	gnl|CDD|223736
NC_018584.1|WP_003722728.1|205947_206904_+|ribose-phosphate-diphosphokinase	unknown	unknown	gnl|CDD|234929
NC_018584.1|WP_003725735.1|216651_216984_-|putative-heavy-metal-binding-protein	unknown	unknown	gnl|CDD|179228
NC_018584.1|WP_003722722.1|200521_201199_+|HlyD-family-secretion-protein	unknown	unknown	gnl|CDD|273776
NC_018584.1|WP_003725730.1|211053_212586_+|zinc-metalloproteinase-Mpl	unknown	unknown	gnl|CDD|225768
NC_018584.1|WP_003725734.1|216137_216599_+|YehR-family-lipoprotein	unknown	unknown	gnl|CDD|227145
NC_018584.1|WP_003728174.1|209129_210719_+|cholesterol-dependent-cytolysin-listeriolysin-O	unknown	unknown	gnl|CDD|366559
NC_018584.1|WP_003722723.1|201247_201940_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|213222
NC_018584.1|WP_003734712.1|214740_215610_+|phosphatidylcholine-phospholipase-C	unknown	unknown	gnl|CDD|214813
NC_018584.1|WP_003734710.1|204523_205897_+|bifunctional-UDP-N-acetylglucosamine-diphosphorylase/glucosamine-1-phosphate-N-acetyltransferase-GlmU	unknown	unknown	gnl|CDD|184643
NC_018584.1|WP_003725737.1|219750_220335_+|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379228
NC_018584.1|WP_003725738.1|220441_221002_+|aminoacyl-tRNA-hydrolase	unknown	unknown	gnl|CDD|235457
NC_018584.1|WP_003722739.1|217802_218744_-|L-lactate-dehydrogenase	unknown	unknown	gnl|CDD|178836
NC_018584.1|WP_003740377.1|217050_217770_-|DNA-alkylation-repair-protein	unknown	unknown	gnl|CDD|378033
NC_018584.1|WP_003734713.1|215681_216005_+|DUF5502-family-protein	unknown	unknown	gnl|CDD|340321

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_018584.1|WP_003728167.1|221115_224655_+|transcription-repair-coupling-factor	cas3	cd09639_cas3_CAS-I	1.7e-11	38.5	0.5

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018584.1|WP_003728167.1|221115_224655_+|transcription-repair-coupling-factor	gnl|CDD|224118	COG1197, Mfd, Transcription-repair coupling factor (superfamily II helicase) [DNA replication, recombination, and repair / Transcription].	0
NC_018584.1|WP_003722740.1|219037_219661_+|50S-ribosomal-protein-L25/general-stress-protein-Ctc	gnl|CDD|235534	PRK05618, PRK05618, 50S ribosomal protein L25/general stress protein Ctc; Reviewed.	2.38585e-63
NC_018584.1|WP_003725507.1|201936_203145_+|ABC-transporter-permease	gnl|CDD|182528	PRK10535, PRK10535, macrolide ABC transporter ATP-binding protein/permease MacB.	5.06393e-62
NC_018584.1|WP_014929010.1|203828_204137_+|septation-regulator-SpoVG	gnl|CDD|237321	PRK13259, PRK13259, septation regulator SpoVG.	1.52057e-51
NC_018584.1|WP_003726703.1|207933_208887_-|phosphatidylinositol-specific-phospholipase-C	gnl|CDD|176497	cd00137, PI-PLCc, Catalytic domain of prokaryotic and eukaryotic phosphoinositide-specific phospholipase C. This subfamily corresponds to the catalytic domain present in prokaryotic and eukaryotic phosphoinositide-specific phospholipase C (PI-PLC), which is a ubiquitous enzyme catalyzing the cleavage of the sn3-phosphodiester bond in the membrane phosphoinositides (phosphatidylinositol, PI; Phosphatidylinositol-4-phosphate, PIP; phosphatidylinositol 4,5-bisphosphate, PIP2) to yield inositol phosphates (inositol monosphosphate, InsP; inositol diphosphate, InsP2; inositol trisphosphate, InsP3) and diacylglycerol (DAG). The higher eukaryotic PI-PLCs (EC 3.1.4.11) have a multidomain organization that consists of a PLC catalytic core domain, and various regulatory domains. They play a critical role in most signal transduction pathways, controlling numerous cellular events, such as cell growth, proliferation, excitation and secretion. These PI-PLCs strictly require Ca2+ for their catalytic activity. They display a clear preference towards the hydrolysis of the more highly phosphorylated PI-analogues, PIP2 and PIP, to generate two important second messengers, InsP3 and DAG. InsP3 triggers inflow of calcium from intracellular stores, while DAG, together with calcium, activates protein kinase C, which then phosphorylates other molecules, leading to altered cellular activity. In contrast, bacterial PI-PLCs contain a single catalytic domain. Although their precise physiological function remains unclear, bacterial PI-PLCs may function as virulence factors in some pathogenic bacteria. They participate in Ca2+-independent PI metabolism. They are characterized as phosphatidylinositol-specific phospholipase C (EC 4.6.1.13) that selectively hydrolyze PI, not PIP or PIP2. The TIM-barrel type catalytic domain in bacterial PI-PLCs is very similar to the one in eukaryotic PI-PLCs, in which the catalytic domain is assembled from two highly conserved X- and Y-regions split by a divergent linker sequence. The catalytic mechanism of both prokaryotic and eukaryotic PI-PLCs is based on general base and acid catalysis utilizing two well conserved histidines, and consists of two steps, a phosphotransfer and a phosphodiesterase reaction. This superfamily also includes a distinctly different type of eukaryotic PLC, glycosylphosphatidylinositol-specific phospholipase C (GPI-PLC), an integral membrane protein characterized in the protozoan parasite Trypanosoma brucei. T. brucei GPI-PLC hydrolyzes the GPI-anchor on the variant specific glycoprotein (VSG), releasing dimyristyl glycerol (DMG), which may facilitate the evasion of the protozoan to the host#s immune system. It does not require Ca2+ for its activity and is more closely related to bacterial PI-PLCs, but not mammalian PI-PLCs.	1.53279e-112
NC_018584.1|WP_003722729.1|206947_207661_-|listeriolysin-O-transcriptional-regulator-PrfA	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	9.59942e-12
NC_018584.1|WP_003722728.1|205947_206904_+|ribose-phosphate-diphosphokinase	gnl|CDD|234929	PRK01259, PRK01259, ribose-phosphate diphosphokinase.	0
NC_018584.1|WP_003725735.1|216651_216984_-|putative-heavy-metal-binding-protein	gnl|CDD|179228	PRK01119, PRK01119, putative heavy metal-binding protein.	8.98192e-61
NC_018584.1|WP_003722722.1|200521_201199_+|HlyD-family-secretion-protein	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	1.22059e-20
NC_018584.1|WP_003725730.1|211053_212586_+|zinc-metalloproteinase-Mpl	gnl|CDD|225768	COG3227, LasB, Zinc metalloprotease (elastase) [Amino acid transport and metabolism].	3.62455e-140
NC_018584.1|WP_003725734.1|216137_216599_+|YehR-family-lipoprotein	gnl|CDD|227145	COG4808, COG4808, Uncharacterized protein conserved in bacteria [Function unknown].	1.52192e-59
NC_018584.1|WP_003728174.1|209129_210719_+|cholesterol-dependent-cytolysin-listeriolysin-O	gnl|CDD|366559	pfam01289, Thiol_cytolysin, Thiol-activated cytolysin.	7.22171e-179
NC_018584.1|WP_003722723.1|201247_201940_+|ABC-transporter-ATP-binding-protein	gnl|CDD|213222	cd03255, ABC_MJ0796_LolCDE_FtsE, ATP-binding cassette domain of the transporters involved in export of lipoprotein and macrolide, and cell division protein. This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of lipoproteins from the cytoplasmic membrane (LolCDE). They are clustered together phylogenetically. MacAB is an exporter that confers resistance to macrolides, while the LolCDE system is not a transporter at all. An FtsE null mutants showed filamentous growth and appeared viable on high salt medium only, indicating a role for FtsE in cell division and/or salt transport. The LolCDE complex catalyzes the release of lipoproteins from the cytoplasmic membrane prior to their targeting to the outer membrane.	7.27113e-121
NC_018584.1|WP_003734712.1|214740_215610_+|phosphatidylcholine-phospholipase-C	gnl|CDD|214813	smart00770, Zn_dep_PLPC, Zinc dependent phospholipase C (alpha toxin). This domain conveys a zinc dependent phospholipase C activity (EC 3.1.4.3). It is found in a monomeric phospholipase C of Bacillus cereus as well as in the alpha toxin of Clostridium perfringens and Clostridium bifermentans, which is involved in haemolysis and cell rupture. It is also found in a lecithinase of Listeria monocytogenes, which is involved in breaking the 2-membrane vacuoles that surround the bacterium. Structure information: PDB 1ca1.	6.38793e-86
NC_018584.1|WP_003734710.1|204523_205897_+|bifunctional-UDP-N-acetylglucosamine-diphosphorylase/glucosamine-1-phosphate-N-acetyltransferase-GlmU	gnl|CDD|184643	PRK14354, glmU, bifunctional UDP-N-acetylglucosamine diphosphorylase/glucosamine-1-phosphate N-acetyltransferase GlmU.	0
NC_018584.1|WP_003725737.1|219750_220335_+|GNAT-family-N-acetyltransferase	gnl|CDD|379228	pfam13508, Acetyltransf_7, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	1.9401e-09
NC_018584.1|WP_003725738.1|220441_221002_+|aminoacyl-tRNA-hydrolase	gnl|CDD|235457	PRK05426, PRK05426, peptidyl-tRNA hydrolase; Provisional.	1.72721e-108
NC_018584.1|WP_003722739.1|217802_218744_-|L-lactate-dehydrogenase	gnl|CDD|178836	PRK00066, ldh, L-lactate dehydrogenase; Reviewed.	0
NC_018584.1|WP_003740377.1|217050_217770_-|DNA-alkylation-repair-protein	gnl|CDD|378033	pfam08713, DNA_alkylation, DNA alkylation repair enzyme. Proteins in this family are predicted to be DNA alkylation repair enzymes. The structure of a hypothetical protein in this family shows it to adopt a supercoiled alpha helical structure.	9.75553e-22
NC_018584.1|WP_003734713.1|215681_216005_+|DUF5502-family-protein	gnl|CDD|340321	pfam17606, DUF5502, Family of unknown function (DUF5502). This is a family of unknown function found in Listeria.	1.23896e-43

Protein sequences

>NC_018584.1|WP_003725730.1|211053_212586_+|zinc-metalloproteinase-Mpl
MKSKLICIIMVIAFQAHFNMAVKADSVGEERLRNNIQAKRNPADLKALPDSCEAKDFYKNFKILDMTKDKLGVTHYTLALSSDGYLTDNDEIKVHVTPDNKIAFINGDLQQGQLRITNQIKITEKNAIEKAFEAIGQSEAHVKSYIGNPVKEKEIIINSRTKRLVYNIKLIFAEPEVASWIIQVDAETGAILKKQNMLSEVERADTHKDFQALGKGANRLLQRPLHVMKINDLFYLVDRTHKGLIRTFDLNHKTDASFGKVVSNKTNMFTDPEFSSAVDAHFYASEVYDYYKNVHQLESLDGKGGEIDSFVHYGLNCNNAFWDGREILYGDGDKKNFKPFSCAKTIVGHELTHAVIQYSAGLEYEGQSGALNESFADVFGYFIAPNHWLIGEDVCVRGLRDGRIRSIKDPDKYNQAAHMKDYESLPITEEGDWGGVHFNSGIPNKAAYNTITKLGKEKTEQLYFRALKYYLTKKAQFTDAKKALQQAAKDLYGEDASKKVAEAWEAVGVN
>NC_018584.1|WP_003728174.1|209129_210719_+|cholesterol-dependent-cytolysin-listeriolysin-O
MKKIMLVFITLILVSLPIAQQTEAKDASAFNKENLISSMAPPASPPASPKTPIEKKHADEIDKYIQGLDYNKNNVLVYHGDAVTNVPPRKGYKDGNEYIVVEKKKKSINQNNADIQVVNAISSLTYPGALVKANSELVENQPDVLPVKRDSLTLSIDLPGMTNQDNKIVVKNATKSNVNNAVNTLVERWNEKYAQAYPNVSAKIDYDDEMAYSESQLIAKFGTAFKAVNNSLNVNFGAISEGKMQEEVISFKQIYYNVNVNEPTRPSRFFGKAVTKEQLQALGVNAENPPAYISSVAYGRQVYLKLSTNSHSTKVKAAFDAAVSGKSVSGDVELTNIIKNSSFKAVIYGGSAKDEVQIIDGNLGDLRDILKKGATFNRETPGVPIAYTTNFLKDNELAVIKNNSEYIETTSKAYTDGKINIDHSGGYVAQFNISWDEINYDPEGNEIVQHKNWSENNKSKLAHFTSSIYLPGNARNINVYAKECTGLAWEWWRTVIDDRNLPLVKNRNISIWGTTLYPKYSNSVDNPIE
>NC_018584.1|WP_003726703.1|207933_208887_-|phosphatidylinositol-specific-phospholipase-C
MYKNYLQRTLVLVLCFILCFFTFPLGGKAYSLNNWNKPIKNSVTTKQWMSALPDTTSLAALSIPGTHDTMSYNGDMTWTLTKPLAQTQTMSLYQQLEAGIRYIDIRAKDNLKIYHGPIFLNASLSGVLETITQFLKKNPKETIIMRLKDEQNSNDSFDYRIQPLINIYKDYFYTTPRTDTSNKIPTLKDVRGKILLLSENHTKKPLVINSHKFGMQFGASNQVIQDDYNGPSVKTKFKEIVQTAYQASKADNKLFLNHISATSLTFTPRQYAAALNNKVEQFVLNLTSEKVRGLGILIMDFPEKQTIKNIIKNNKFN
>NC_018584.1|WP_003722729.1|206947_207661_-|listeriolysin-O-transcriptional-regulator-PrfA
MNAQAEEFKKYLETNGIKPKQFHKKELIFNQWDPQEYCIFLYDGITKLTSISENGTIMNLQYYKGAFVIMSGFIDTETSVGYYNLEVISEQATAYVIKINELKELLSKNLTHFFYVFQTLQKQVSYSLAKFNDFSINGKLGSICGQLLILTYVYGKETPDGIKITLDNLTMQELGYSSGIAHSSAVSRIISKLKQEKVIVYKNSCFYVQNLDYLKRYAPKLDEWFYLACPATWGKLN
>NC_018584.1|WP_003722728.1|205947_206904_+|ribose-phosphate-diphosphokinase
MSNEYFDPKLKIFSLNSNRELAEEIAKEVGIELGKSSVTHFSDGEIQINIEESIRGCHVYVIQSTSNPVNQNLMELLIMIDALKRASAATINIVMPYYGYARQDRKARSREPITAKLVANLIETAGATRMITLDMHAPQIQGFFDIPIDHLNAVRLLSDYFSERHLGDDLVVVSPDHGGVTRARKMADRLKAPIAIIDKRRPRPNVAEVMNIVGNVEGKVCIIIDDIIDTAGTITLAAKALREAGATKVYACCSHPVLSGPAMKRIEESPIEKLVVTNSIALPEEKWIDKMEQLSVAALLGEAIVRVHENASVSSLFE
>NC_018584.1|WP_003734710.1|204523_205897_+|bifunctional-UDP-N-acetylglucosamine-diphosphorylase/glucosamine-1-phosphate-N-acetyltransferase-GlmU
MSKRYAVVLAAGQGTRMKSKLYKVLHPVCGKPMVEHVVDQISTLNVDKVVTIVGHGAEKVQEHLAGKSEFVKQEEQLGTAHAVLQAKAELAGKDGVTLVVCGDTPLIEASTMEALLKYHHEKRAKATILTTVIEDPTGYGRIIRDDLGIVEKIVEHKDATEKEQRISEINTGTYCFDNKALFEALENVSNDNVQGEYYLPDVIKILKDSDEVVAAYRMESFEESLGVNDRIALAEASRLMQRRINENHMRNGVTLVNPENTYIDIDVKIGQDTVIEPGVMLRGETVIGDDCVVTTGSEIVNSVIGERVYVRTSSIFESKVGDDVQIGPYAHLRPESDIHDHVKIGNYVETKKAVVGEGTKLPHFIYMGDAEIGKNVNVGCGSIAVNYDGKNKAKTIIGDNVFVGCNSNLIAPVKVGDRAFIAAGSTITKDVPDDALGIARAKQDNKLGYAKHLNHGK
>NC_018584.1|WP_014929010.1|203828_204137_+|septation-regulator-SpoVG
MEITDVRLRRVETDGRMKAISSITIDGEFVIHDIRVIDGNEGLFVAMPSKRGVDGEFRDIAHPINSDTRAKIQEVVLAEYERVGEEEATAVTEEESESVSAE
>NC_018584.1|WP_003725507.1|201936_203145_+|ABC-transporter-permease
MNVLQSMKMAWKQLKASKLRSFLTMLGIIIGVASVILLVSLGNGVTQEVDDQMGDLGSNLITVVNSSVNPNDKYTYDEVMKYQNIDGVKSVSPELSGQVNATFDYKNSSNKVIGTNDQYKAARSLEMKEGRFLLPIDTEYGQKVAVIGSTVASDLFGFGDPIGETIRLNGMPYKVVGVLKEKGASMMGSSDDQIFIPISSAQRLLKDTNVRTIYVETKSAEDVDFVVNTLESRLAIKFGDEKEQEKNASSAQMGPSYQVINQQEILNAFNTISTTLTTALGAIAAISLVVGGIGIMNIMLVSVSERTREIGIRKALGAKKRAILLQFLIESIVISVCGGIIGIIIGVSGALIFGSVAGISSGITAGTIIFSFVFSLCIGVIFGIAPANKASKLRPIDALRSE
>NC_018584.1|WP_003722723.1|201247_201940_+|ABC-transporter-ATP-binding-protein
MPKPLIDMKNLTKTYTLGGETFKALDDVTFTVEQGEFLSIVGPSGSGKSTLMNMIGCLDVPDEGSYHLDDVDVFKLSDNKLSEIRNKKIGFIFQQFNLLPKLSAFENVELPLIYAGLSVSAREKAAIECLEKVGLLEKRRNLPTQLSGGQQQRVAIARALAGKPQILLADEPTGALDSKTGKEVMGILQELNRAGNTIVMITHDPTIASYGTRSIRIQDGKLFHEEATQA
>NC_018584.1|WP_003722722.1|200521_201199_+|HlyD-family-secretion-protein
MKKWVKWLIVIVIIAVVAVGAVFLLSKNSGSVTQEKLVTAKVKQGDMKINATGTGAISPVNTQVPDYDELQLVAQMDELDIPNIKKDQEVKVTVTALPDKTYTGKVKEIAEQGQVQNGVSSFSVIISLDKTDDLKAGMTADASILVNEKKDALYVPIEAVQKDSDDKYYVLVPEEKDNGKTKKVKKFVETGLHNEDNIEITKGVKKGEKVILPTQETSTVPGAPS
>NC_018584.1|WP_003734712.1|214740_215610_+|phosphatidylcholine-phospholipase-C
MKFKKVVLGMCLTASVLVFPVTIKASACCDEYLKPPAAPHDIDSKLPHKLSWSADNPTNTDVNTHYWLFKQAEKILAKDVDHMRANLMNELKNFDKQIAQGIYDADHKNPYYDTSTFLSHFYNPDKDNTYLPGFANAKITGAKYFNQSVADYREGKFDTAFYKLGLAIHYYTDISQPMHANNFTAISYPPGYHCAYENYVDTIKHNYQATEDMVVKRFCSNDVKEWLYENAKRAKADYPKIVNAKTKKSYLVGNSEWKKDTVEPTGARLRDSQQTLAGFLEFWSKKTNE
>NC_018584.1|WP_003734713.1|215681_216005_+|DUF5502-family-protein
MYIKGGLIFFFVMFVIALCSVLILLIIKMSVWKEEPFNLSDAKEIECLGSCKIKNTNQKIHFFSIKKNLFEEEGNMAGILNEHERKGADKSIFIVILDDEKGIANEE
>NC_018584.1|WP_003725734.1|216137_216599_+|YehR-family-lipoprotein
MKMLKKGTTVLFVMIMAVMLVACGDKEETKTYSLSQNGVDSKLTYTYKGDKVTKQTAENTMSYASLGVASKEDAEKMLKATSDKFQGIDGLKEKIEYKDDKAIETLEVDYTKISSEDMNKIPGMSSNGDTSKGISMEESAKMLESQGYKEVSK
>NC_018584.1|WP_003725735.1|216651_216984_-|putative-heavy-metal-binding-protein
MIVTTSPNIEGKQIIEYKKIVFGEVITGVNFMKDIGAGLRNFFGGRSQGYEDELINAREEAIREMEQRAKDIGANAVIGVDIDYEVLGADNGMLMVTASGTAVVIEAQDY
>NC_018584.1|WP_003740377.1|217050_217770_-|DNA-alkylation-repair-protein
MLFLLYLIYSRGVTRTITFDQLNTELQALENPNTIKIFRNHGCPDSLDLYGLKIGDLKKIIRREKLTKNHELAVELIESNNSDLIYLGLLAINPDKITTEQIEKWNIIFRETWSQLTFGLASIVSKRDDALLFAKTWIESDYDLTKSMGWQIYSEHINNLPEAEALLQRAKETLQTETNRTRYSMNGFIITCGIYKDDLHEKAMEAAKSVGKVHVNLGNTACKVPDAISYIEKARNRTK
>NC_018584.1|WP_003722739.1|217802_218744_-|L-lactate-dehydrogenase
MKDHQKIILVGDGAVGSSYAFACVNLSIGQEFGIIDIDKDRTIGDAMDLSHAVPFSTPKKIYSANYSDCHDADLVVVTAGTAQKPGETRLDLVNRNIKIMKGIVDEVMASGFDGIFLIASNPVDILTYATWKFSGLPKERVIGSGTSLDTARFRMSIADYLKVDARNVHGYILGEHGDTEFPAWSHTTVGGLPITEWISEDEQGAMDTIFVSVRDAAYEIINKKGATFYGVAAALARITKAILNNENAILPLSVYLDGHYGMNDIYIGAPAVVNRQGVRHIVEMNLNDKEKEQMKNSADTLKKVLDDAMKQID
>NC_018584.1|WP_003722740.1|219037_219661_+|50S-ribosomal-protein-L25/general-stress-protein-Ctc
MATTLEVQKRETTQHSEVTRLRSEGKVPGIIYGYKSENVPVSVDSLELIKAVRDNGRNAVFSVTVDGKKLNVLLHEYQVDPLKDVLVHVDLLAVDMNEEVETDVRVVLVGDAPGVKAGGVLQQIIHDVKVSATPEKLPETIELDISSLEIGDVLTTNDLPENKDYVVQAEEEETVVTVSAPRAEEEPTTTEAPEPEAVHGKDEEPVE
>NC_018584.1|WP_003725737.1|219750_220335_+|GNAT-family-N-acetyltransferase
MLDKSVPHISAIMVNHDATNYPEFHLPEGYSFCFYKDGLEEDWCRLQLETGQVLSMDSIRARFETEFGNEKEKLAKRCVFVEAPNGEIIGTAMLWDGNTFGEMASRIHWVAVLDSHGGKGIAKALLSKILGLNKSSFVYLTTQTGSYQAIYLYQKFGFEKYVGKTPENWKTVNFQEEKEAAWQIIENKIAEHQA
>NC_018584.1|WP_003725738.1|220441_221002_+|aminoacyl-tRNA-hydrolase
MKLIAGLGNPGKKYERTRHNVGFMVVDELSFRHQTPWKKSKFNGMTSEIIVGGEKMILVKPLTFMNASGECIRPLMDYYNIPIEDVVIVYDDLDLPVGKIRLRQKGSAGGHNGMKSIIQHVKTQEFNRIRVGVSRPLKGEVIHYVLGDFPKAEQPDIIAAIQKSADAIEDFAQTPFIEVMNKYNQK
>NC_018584.1|WP_003728167.1|221115_224655_+|transcription-repair-coupling-factor
MKGLQQLIYEQKDIRAVLNALDEKEKAQLVTGLTGSSRALFASVVEGASKRPVVFVTHNLYHAQKLYDDLLSLMDVDRLFLYPADELISSELSISSPELRGQRVEALDFLLSGKPGIVIVPVAGLRKMLPPVSLWKHFNISIVEGEEIDPDVLRQKLVTMGYTMSGMVNTPGEFSVRGGIIDIYPITEEFPIRIELFDTEVDSLRFFDVETQRSTTRVEEFRLLPATEIILDQSYYPDIVKRLEKKMTHTLNELKENEDKQALVENLEEDLEMLRSGVKPDMFFKYIGLAYPDPASLFDYFPKNTAILLDEFGRILETEESLEREEAEWQTETLSRMETVRDVQVSHSFKKLLEANHSPKIYLSLFQKQMASMRVSKTTNIVYKQMQQFHGQMNVLKTELESWHKNNYAVVILAPNLERAEKMQQTLTDYDMESTILKKESDVPKYGMVQFVIGTFQNGFELPLAKVAIISETELFNKKIKKVKKRQKLSNAERIQSYSELKVGDYVVHVNHGIARYVGMETLDINGVHKDYLLLVYQGEDKLFIPVDQLDLVQKYVGAEGKSPRLNKLGGAEWKRVKKKVQASVQDIADDLIKLYAEREAEKGYAFSADDEMQREFEEAFPYQETEDQLRSISEIKKDMERPRPMDRLLVGDVGYGKTEVALRAAFKAIMDGKQVAFLVPTTILAQQHFETMKERFQGFPIEIGLLSRFRTKKQQTETLKGMKNGTVDVVVGTHRLLSKDVEYQDLGLLIVDEEQRFGVTHKEKIKQMRSKIDVLTLTATPIPRTLHMSMLGVRDLSVIETPPANRFPVQTYVAEQNNVLVREAIERELARDGQVYYLYNRVESITQKADEISAMVPDARVATAHGQMGESELESVILSFLEGEFDVLVTTTIIETGVDIPNVNTLFVQDADRMGLSQLYQLRGRVGRWNRIAYAYFMYQKDKILREEAEKRLSAIKEFTELGSGFKIAMRDLSIRGAGNILGAQQHGFIDSVGFDLYSQMLKEAIEAKKPKEEQKQIVPVEIDIQADAYIPEYYITDGRQKIEMYKRFRNIETLSELEDLQSDMIDRFGEYPEEVEYLFTMTELKVHALEVGIESVKQEQNKITMLFSESGTAGIRGDIVMQIIGEFGRMVGVGMEGTQLKITINVQNKPLKEWLYQVKSLAEKLRGAMKERASAEN

Crispr_ID: NC_018584_2

• CRISPR_ID: NC_018584_2
• CRISPR_location: 526047-526225
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_018584_2

Consensus_repeat	Method
TTAAGCAGTTTTGATACGAGCTC	CRISPRCasFinder

spacers of NC_018584_2

>2.1|526070|55|NC_018584|CRISPRCasFinder
TGTTACTTTTATGCAGATGATGTTTCAATATTGTAAATCGCTTGAGAAACTGAAT
>2.2|526148|55|NC_018584|CRISPRCasFinder
AGTAACTCGCATGAATAGTATGTTTGAAGGATGTACTAGTTTTGAAGAGCTAGAC

CRISPR arrays and Neighbor proteins around NC_018584_2

CRISPR arrays

The CRISPR arrays of NC_018584_2

>merge|NC_018584|2|526047-526225|CRISPRCasFinder
GTAAGCAAATTTGATACCAGCTCTGTTACTTTTATGCAGATGATGTTTCAATATTGTAAATCGCTTGAGAAACTGAATTTAAGCAGTTTTGATACGAGCTCAGTAACTCGCATGAATAGTATGTTTGAAGGATGTACTAGTTTTGAAGAGCTAGACTTAAGCAGTTTTGATACGAGTTC

>NC_018584|2|2|526047-526225|CRISPRCasFinder
GTAAGCAAATTTGATACCAGCTC	TGTTACTTTTATGCAGATGATGTTTCAATATTGTAAATCGCTTGAGAAACTGAAT
TTAAGCAGTTTTGATACGAGCTC	AGTAACTCGCATGAATAGTATGTTTGAAGGATGTACTAGTTTTGAAGAGCTAGAC
TTAAGCAGTTTTGATACGAGTTC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018584.1|WP_003734632.1|511853_512609_-|DUF4866-family-protein	unknown	unknown	gnl|CDD|379782
NC_018584.1|WP_003721242.1|516034_516982_-|MoxR-family-ATPase	unknown	unknown	gnl|CDD|223786
NC_018584.1|WP_003734633.1|512725_514885_-|transglutaminase	unknown	unknown	gnl|CDD|376628
NC_018584.1|WP_012681110.1|535479_536307_+|hypothetical-protein	unknown	unknown	gnl|CDD|368573
NC_018584.1|WP_003734991.1|527213_529283_+|BspA-family-leucine-rich-repeat-surface-protein	unknown	unknown	gnl|CDD|308794
NC_018584.1|WP_010958986.1|529841_530327_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003725184.1|511167_511833_-|DUF1275-domain-containing-protein	unknown	unknown	gnl|CDD|226146
NC_018584.1|WP_003734775.1|533740_534718_-|HD-domain-containing-protein	unknown	unknown	gnl|CDD|224004
NC_018584.1|WP_003725189.1|518867_520151_+|cytosine-permease	unknown	unknown	gnl|CDD|271377
NC_018584.1|WP_003734773.1|532664_533012_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003728093.1|520151_521252_+|DUF917-domain-containing-protein	unknown	unknown	gnl|CDD|226065
NC_018584.1|WP_003734774.1|533415_533658_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003721252.1|529348_529822_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_014929029.1|523428_524967_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|368260
NC_018584.1|WP_003728092.1|521244_522795_+|hydantoinase/oxoprolinase-family-protein	unknown	unknown	gnl|CDD|223223
NC_018584.1|WP_003734772.1|531737_532355_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003740428.1|517137_518733_+|PucR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225306
NC_018584.1|WP_003740435.1|530354_530660_+|LPXTG-cell-wall-anchor-domain-containing-protein	unknown	unknown	gnl|CDD|273478
NC_018584.1|WP_020830750.1|530735_531002_+|transposase	unknown	unknown	unknown
NC_018584.1|WP_003734634.1|514881_516030_-|DUF58-domain-containing-protein	unknown	unknown	gnl|CDD|224635

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018584.1|WP_003734632.1|511853_512609_-|DUF4866-family-protein	gnl|CDD|379782	pfam16160, DUF4866, Domain of unknown function (DUF4866). This family consists of uncharacterized proteins around 250 residues in length and is mainly found in various human gut Firmicute species and abundant in human gut metagenomic datasets. The function of this family is unknown.	2.71521e-121
NC_018584.1|WP_003721242.1|516034_516982_-|MoxR-family-ATPase	gnl|CDD|223786	COG0714, COG0714, MoxR-like ATPases [General function prediction only].	7.47241e-102
NC_018584.1|WP_003734633.1|512725_514885_-|transglutaminase	gnl|CDD|376628	pfam01841, Transglut_core, Transglutaminase-like superfamily. This family includes animal transglutaminases and other bacterial proteins of unknown function. Sequence conservation in this superfamily primarily involves three motifs that centre around conserved cysteine, histidine, and aspartate residues that form the catalytic triad in the structurally characterized transglutaminase, the human blood clotting factor XIIIa'. On the basis of the experimentally demonstrated activity of the Methanobacterium phage pseudomurein endoisopeptidase, it is proposed that many, if not all, microbial homologs of the transglutaminases are proteases and that the eukaryotic transglutaminases have evolved from an ancestral protease.	4.58381e-28
NC_018584.1|WP_003734991.1|527213_529283_+|BspA-family-leucine-rich-repeat-surface-protein	gnl|CDD|308794	pfam03382, DUF285, Mycoplasma protein of unknown function, DUF285. This region appears distantly related to leucine rich repeats.	3.65689e-31
NC_018584.1|WP_003725184.1|511167_511833_-|DUF1275-domain-containing-protein	gnl|CDD|226146	COG3619, COG3619, Predicted membrane protein [Function unknown].	1.87997e-68
NC_018584.1|WP_003734775.1|533740_534718_-|HD-domain-containing-protein	gnl|CDD|224004	COG1078, COG1078, HD superfamily phosphohydrolases [General function prediction only].	3.2717e-43
NC_018584.1|WP_003725189.1|518867_520151_+|cytosine-permease	gnl|CDD|271377	cd11484, SLC-NCS1sbd_CobB-like, nucleobase-cation-symport-1 (NCS1) transporter CobB-like; solute-binding domain. This NCS1 subfamily includes Escherichia coli CodB (cytosine permease), and the Saccharomyces cerevisiae transporters: Fcy21p (Purine-cytosine permease), and vitamin B6 transporter Tpn1. NCS1s are essential components of salvage pathways for nucleobases and related metabolites; their known substrates include allantoin, uracil, thiamine, and nicotinamide riboside. NCS1s belong to a superfamily which also contains the solute carrier 5 family sodium/glucose transporters (SLC5s), and solute carrier 6 family neurotransmitter transporters (SLC6s).	2.40318e-96
NC_018584.1|WP_012681110.1|535479_536307_+|hypothetical-protein	gnl|CDD|368573	pfam05708, Peptidase_C92, Permuted papain-like amidase enzyme, YaeF/YiiX, C92 family. Amidase_YiiX is a family of permuted papain-like amidases. It has amidase specificity for the amide bond between a lipid and an amino acid (or peptide). From the structure, a tetramer, each monomer is made up of a layered alpha-beta fold with a central, 6-stranded, antiparallel beta-sheet that is protected by helices on either side. The catalytic Cys154 in UniProtKB:Q74NK7, Structure 3kw0, is located on the N-terminus of helix alphaF. The two additional helices located above Cys154 contribute to the formation of the active site, where the lysine ligand is bound.	0.00019582
NC_018584.1|WP_003728093.1|520151_521252_+|DUF917-domain-containing-protein	gnl|CDD|226065	COG3535, COG3535, Uncharacterized conserved protein [Function unknown].	0
NC_018584.1|WP_014929029.1|523428_524967_+|helix-turn-helix-domain-containing-protein	gnl|CDD|368260	pfam05043, Mga, Mga helix-turn-helix domain. M regulator protein trans-acting positive regulator (Mga) is a DNA-binding protein that activates the expression of several important virulence genes in group A streptococcus in response to changing environmental conditions. This domain is found in the centre of the Mga proteins. This family also contains a number of bacterial RofA transcriptional regulators that seem to be largely restricted to streptococci. These proteins have been shown to regulate the expression of important bacterial adhesins. This is presumably a DNA-binding domain.	9.23286e-20
NC_018584.1|WP_003728092.1|521244_522795_+|hydantoinase/oxoprolinase-family-protein	gnl|CDD|223223	COG0145, HyuA, N-methylhydantoinase A/acetone carboxylase, beta subunit [Amino acid transport and metabolism / Secondary metabolites biosynthesis, transport, and catabolism].	1.15698e-106
NC_018584.1|WP_003740428.1|517137_518733_+|PucR-family-transcriptional-regulator	gnl|CDD|225306	COG2508, COG2508, Regulator of polyketide synthase expression [Signal transduction mechanisms / Secondary metabolites biosynthesis, transport, and catabolism].	2.42853e-59
NC_018584.1|WP_003740435.1|530354_530660_+|LPXTG-cell-wall-anchor-domain-containing-protein	gnl|CDD|273478	TIGR01167, Zinc_metalloprotease_ZmpB, LPXTG-motif cell wall anchor domain. This model describes the LPXTG motif-containing region found at the C-terminus of many surface proteins of Streptococcus and Streptomyces species. Cleavage between the Thr and Gly by sortase or a related enzyme leads to covalent anchoring at the new C-terminal Thr to the cell wall. Hits that do not lie at the C-terminus or are not found in Gram-positive bacteria are probably false-positive. A common feature of this proteins containing this domain appears to be a high proportion of charged and zwitterionic residues immediatedly upstream of the LPXTG motif. This model differs from other descriptions of the LPXTG region by including a portion of that upstream charged region. [Cell envelope, Other].	4.51255e-05
NC_018584.1|WP_003734634.1|514881_516030_-|DUF58-domain-containing-protein	gnl|CDD|224635	COG1721, COG1721, Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain) [General function prediction only].	7.03616e-53

Protein sequences

>NC_018584.1|WP_014929029.1|523428_524967_+|helix-turn-helix-domain-containing-protein
MREYLDSKSQKKVALLEKIFYAENHTSTQEELLNDLNITYPTLISTIKTINFDIERFGYKAFSIVHSAPNLSYTLKISDNCSIQLIINAYIRESPKFQILETLLLSSFPNLQALAKKVHVSYSGIKKEIKELNEELSERNLSISTGNQVEITGDEFSLRIFYAFLFLVAYSGDRWPFSFVRYDEITDILESCPKEIYRANSIDKAMMIHYYVAMHLLRDRMNCQIDTTRQFKVALYKACTEESKKSESAFIKKVAKQLPNRNYKEMTYTTQIILSTIVAFGSYSSIEKMPSFFYMDEQLEEMGFMKLVDFASEQVNNNLSIPFSEKEMELLRYSFASINYRYFLLDNLINKFNNIVPGYTDLDRNIRKIHKVNHLEPLISQLVNLKEMDPLKPFEERLTSDYLIILDKRIDFSIHTLPIKVTILSTISNETAVFDFMRYFSSYYNLEILNQVDPVVDLYISDFSVSPEVLTSLRINQPIIYVNTRWLESDYVKINDNLAKIARKKFIANKKD
>NC_018584.1|WP_003728092.1|521244_522795_+|hydantoinase/oxoprolinase-family-protein
MYKIGIDVGGTNTDAVILDENQQLIHSVKMPTSEDIETGITESLHRVLSETGIDRSKVTHAMLGTTQCTNAIVERKKLAKVGVLRLGYPATASVLPYTAWPEDMVGFLSGKYKLTGGGYEYDGQVLSEINEAEIRETLASWKGEVESVAVVGVFSSLKNDQELAVQKIIEEELGADIPVSISSSVGSVGLIERENATILNAALFKVIAATSDGFEKALEQEGIAHAEIYLCQNDGTLMSLNYARQFPILTIACGPTNSIRGASYLAGLKDAMVLDVGGTTSDIGVLTDGFPRESSLAVDVGGVRTNFRMPDIISIGLGGGSIVREKDGDITIGPDSVGYRISEEALVFGGKTMTTTDIAVRLGRAEIGNPELVAHIPTDFAEKAYKKIAEMTEDAIDKMKTSSGSVSLVLVGGGSVIIPDEISGVAQIFRDKNGPVANAIGASISQISGQYEQIYIYSQIEREEALQDAEQKAREQATLAGAVTDSIEVVEVEEIPLAYHPGNATRLRVKVVGNLV
>NC_018584.1|WP_003728093.1|520151_521252_+|DUF917-domain-containing-protein
MRYLDEQAIENIAIGAAFLGTGGGGDPYIGKMMALTAIKKHGPIKLLSPEEIADDDYFIPAAMMGAPSVLIEKFPKGDEFVRVFEKLGRYVGKEVKGTFPMEAGGVNSMIPIVVAAQLGLPMVDCDGMGRAFPELQMVTFHLDGISATPMAITDEKGNIGIMETIDNKWTERLARVTTVEMGASSLVSLYPCNGAQIKQSSIKNIVTLSEEIGKVIRETSMDEAEKLQKLLDVTHGYHLFEGKITDVVRETRAGFNFGRVKIDGLNKDTGSEVIVHFQNENLVAEKNGEPIAITPDLICMVDLETLMPVTTEALKYGKRVRVMALPADDAWRTDKGIETVGPRYFGYDVDFEPLEELVKKEERRHV
>NC_018584.1|WP_003725189.1|518867_520151_+|cytosine-permease
MTEKKSVEQTQSWQSLAFVWTGAMICVPSLLVGGTLISGMPLWEAILIALLGYGVIVLFMIYQGMQSSDLGIPAVSVASQVFGEQGSKKIISILLAIACLGWFGIQANVCGAAFSQFLGIYGINLPVPVSSLIWGVIMLLSAIYGIRILSILNYIAVPVLLFVCIYGLVVSLNDGGLAIVENYKPAGSMSFMTGLAITIGSFALGAVIAGDYSQYTKSRKDVVKAAIVGILPSGVLMITVGAVLALTAGTADISVVFTNLGLPVLGIIGLILAAWTTNAVNAFSGGIAIINVFNISEKYHKVAVAVAGGLGTILAVIGILNHFVPIMSVLSAMVPPVAGVMIASYWIVQKGDKSKWAPVPGVNWLGVSSWLVGAVIAGIPVILTFFPELPQLPNQPLIGIILSLAVYLIGAKVLSGKTNNVENLEGK
>NC_018584.1|WP_003740428.1|517137_518733_+|PucR-family-transcriptional-regulator
MSVKLADLMKLPSLKEAKVVSGKSGLSKLVSSISVLEYTEVALLEDDLFDNDEFYGSEIVVSAFVNIRDDVEAQCRTIERLHKVGEVALILYYVGIFVPKMDQKLIDFANELDFTIIVMPENEMSLRYSEVIYEVVEAIVKQEMTDTNFVTESLEQISSVRPPQRNIDTTLKILSDRTHTSLVLTDNSFQVINSITWPRTRHWDFERIIEASKQIGEHELVQLTLDERDFYTARKPIFQDGMQAMHLFMMKEKGVLTADVVMQITEVVQVFMNLWGRNYVEISTAELMKAILNDESVKMRRLGKILNVDVSSIKWMWLVKTEEIRDNEQVLAELKSFVASHFQVSLIDLFEDNIVVLLDNSVAQRDRTHTANEFAMMMKEHGIDLKITVCQGMEQTSDVQSAYSLVNEYKNAANAIYANKSIYSLQEIDFAAKCVEIVDRGELAIAEQMRPLKPLEDNDELIETLSVFLLEGESNYNQAAELLFLHKNTIKYRIQRINELLQYPATKIPESYNLYLAVAIRRILGGNNNNK
>NC_018584.1|WP_003721242.1|516034_516982_-|MoxR-family-ATPase
MSIEPSIKIEEIINEVEKVIVGKRHVVKLSLTALLAGGHVLLEDVPGVGKTMMVRTLSKTIGVSFKRIQFTPDLLPADVTGVSIFNPETRDFEFRPGPVMGNIVLADEINRTAPRTQAALLEGMAENSVTVDGITRKLANPFFVMATQNPIEYEGTYALPEAQLDRFLLKINIGYPTVEEEMQLLTLKQYQDPLDQTQQVVTLSELLDLKNKAKQVFIDDVLKNYIIRLVDATRKHPSVALGISPRGSLAFMQAAQAFALIEGRDYVIPDDIQYLAPYIFTHRLILKSEAYYNEETAESIIASILKNTSVPVEKR
>NC_018584.1|WP_003734634.1|514881_516030_-|DUF58-domain-containing-protein
MLKKRLLLAFRWIIMLIIYAGLWTYTLFQGDTASWFLTYFFSFILLLLFLSSIYPLKAWKVNRRFVKNTYHDGDLVDMQVSFTRKSRYPVGYLLFQQKIPASFGNVSARQQVVYPLFKKHFTVTLAGFVGVRGIHSFPPVDVETSDAFGLLERSRQLSSEKSLTIYPTYFPDVLEKISEASPENERNAAYWTLKKNSNLHSLREFSSGDRISLIDWKSSAKSDQLMTREFENSATSRLSVIFYGASHPNFELSLRAAYSFIRKISEDNGEIRVTLLGDQTSKFAPAKGTSRLQDISTAFAEIAPVDSLTLQESLDSNLHSGEKILLFTPCIDTMLMQKVTRLTDNKQLQIITFQSEHSKAMDAPAIFLEPASLLSRWEREAK
>NC_018584.1|WP_003734633.1|512725_514885_-|transglutaminase
MKRYLTLVMLFILSVLLISEWIYPFAELTELSTANWIILFITLSLGSFFLRLKYYWTIPLHIVMIIFVSGIYYAKGGILAGNWFVSFFQITFNGFRDMVQFRSSDISMDFILIVFLIALWLLSYITTYSILRKQRVMSVLVLTVAYLAVINTFTDYNSNWAIVRTVLEGFLLLHLALASRIAAPNRISADSLKRNGLFYHIFVILLLAVFVFSSLMLPKKAPIFPDPVPTIKNALGINTTRTVGYSEDDTTLGGALKKDNATVFTARAEKGHYWRVESKTVYTGTGWANANSADVISFSSGDNFPIQLTEQTTGATNTAEISFASSNDYMPYPYGTQTVNGAVDSFSANLTIERVGPVDTIKNYTVQLKTPVYNIEKMQNADFSTLSNAFVSQYTQTPKDLPDRVTKLANKVTKDADSIYDKTKAIERYLSASGTFTYSTEDAKETPRGADYVDQFLFETQIGYCDNFSTSMVVMLRSLGIPARWAKGYTPGEGEKKENDAKTTYTITNNNAHSWPEVFFPGTGWVPFEPTATFSNPENFQEPTTETANKPETPNDSTSTPETPNTADKTPEQDNGSSSTGETPKKEEPKTETAASNFEIPSWVWWIPAGLVVALLALVIIFRRRIRSYLLLRSLRNSPEFGKTYHRLMKLLASYGYVRESSETLRHFGTRVDAELTTTEFSRLTKMYEAQIYSNNLTEKVITAEETQLVQQVIARLTK
>NC_018584.1|WP_003734632.1|511853_512609_-|DUF4866-family-protein
MTTIFPKEQNVAPLFEQILANPTACRRFKDVFLDNLESYQETRGFEKDDTLFAKIILSAYRQSDVSALLLGVCGRTLFELLRQAFLIPKKLTVDNPFFLTDKEGNFIAKKDDISNREQEKFQEIYQSDLHHSETTIFLVDDDDIIHSYEPDFSISTKRINKKRGILVLYSLPDTLKLGMTESEVYAFIWKTFLHIQEIIPSSRIFYGQETSENADELGVFLPIHHFEKKMLQNIEQVNELVDALREQMVNK
>NC_018584.1|WP_003725184.1|511167_511833_-|DUF1275-domain-containing-protein
MARSRQISESIGLGLLLALAGGFMDAYSYIERGQVFANAQTGNILLFGINISEGNWAIAIQYFWPVVSFTVGIAISEVIHRRDIRRLHWRQLSVLIEAVILIGVAFIPLDHNLIANSLISFVCGIQVESFRKMHGRGVATTMCIGNLRSATQNLCDYFEYKEKQYLRNSLLYFTVILSFIIGAVVGNFFIQLFAQYAILVCAFLQFIAFMMMFIDRESKII
>NC_018584.1|WP_003734991.1|527213_529283_+|BspA-family-leucine-rich-repeat-surface-protein
MKKLSMRVILIVTVIFIAFGSANVSIAQERDTINKLPEVELGSLYTSNLITEEVAQDKPAEVENLEEAPTTDDLVQNPDVLEQLIADSDDSDLTVVNSGDFWTIYRNTVNGEYSLHMFGNVPSSKPTAWNSYLNRIKHIEIEEATLTGNFSSYFRNNVFTVLESVRIERSNLSRVTSFALAFYGSGIEKVIIRDNNYPTAPSLLTTEGMFKNCSNLMEVDLSGLDTSAVTTMWDMFNSCRALEELDVSHFDTSSVTNMSYMFYDNRNLEVLDVSNLDTSSVTNMYAMFEDCTSLEELDVSNFDTSSVTDMYRVFNGCEKLKKLDVSNFDTSSATEMVQMFRNCSALEKLDVSNFNTSLVTDMRAMFAGCTSLEALDVSNFDTSSVTNMAAMFSDNEKLEKLDLSTFDTSSVTNMGTMFKNCTALKSLFLDNFTHAASSTDMFTGTTSLTYLFVSHNVSNFNGLENTSWYDEKNWVQFSNLSQLQTYHRQQSEPIGYRKGAFLSLTMDAMGGEFEDAEEQKVQNKISGEYWEEVIPVKEGHYFDGWYLDQNFTNKFDFSLPAAVSTTIYAKWVENYTVIIPASISLNEASELKVQGINRGSKTLSVGLNYEETTISESNKLTLANTADTTVQCLAPLSWDGSETNPEKAILTLAPGSEITEGEAVMVIEAPENIQAGKYTGNVVFSIKYE
>NC_018584.1|WP_003721252.1|529348_529822_+|hypothetical-protein
MKKKRVVIISLLLLLVSVIGISSYFLFKDKINLLDVDHSAVDWNGKKQKDTSGEENTIAIPGFEKVTLYANETKQAVNFHNPEINDCYFKISLIHPDGSVLWISDLIEPGKGMYSIELEKTLAVGEYENAVLKYECFSLNDQSPLNGSEINLKLVVV
>NC_018584.1|WP_010958986.1|529841_530327_+|hypothetical-protein
MNKLVLSTLSVAAMGMVIFSGGTAYAADKEGNTVVEYSVEGDYTLVVPEKVNLSNDNATEMSVKTINRNLEPGKEVEVTLSSGLSADGEIELQRVGAISDVITSSFKSNNSVVPMANPVIGSFSGYAMEETEVSKIQIGNPQGDKKAGAYQTTLTFTAAFK
>NC_018584.1|WP_003740435.1|530354_530660_+|LPXTG-cell-wall-anchor-domain-containing-protein
MKRKLVLAMVLISFCGMFLLSPERVQASQTVVEVFISEDDLDVSEENIQEIPKKELAASSDKDNKQPILPKAGDTVTNYTLLGLVLVLIWLIMQRKRKKKE
>NC_018584.1|WP_020830750.1|530735_531002_+|transposase
MARIEYGEEIQKSLLVLYSRGSTIQSICREYGIPRYEFHKWMKLHDADKLETKEVKTFLQVRELKQQKNKLEEEILFLNEAINLLESP
>NC_018584.1|WP_003734772.1|531737_532355_+|hypothetical-protein
MLMSLSVLPLATYASETENTPTESYDGENFIATQTGNTLVIEDKKTGETVKIEMNDEENGVITSDDGTIENVHRDEEGNVYVDNELELEAPPLDIEDGINIATQPRLLKASKWIYVQTTKYNTTTQGNMRSLALGILSFMPITGPIFGIVAIIDAARSMGAKTLYVRVKQYRTSGYQFYKYDSYYYANASLTKLVKKTSQTKRMW
>NC_018584.1|WP_003734773.1|532664_533012_+|hypothetical-protein
MQKDTYSGIRLSVIQLIDSKKENLKENNIKLTIIKDEKDGYVVELDNDKCMAEIVVEEPTYAPYRYISFEVVSLMDGKVKIIYSWYDDETSQWSDIEKELNKGIQFLNNFKTMEQ
>NC_018584.1|WP_003734774.1|533415_533658_+|hypothetical-protein
MKRIILTSTLIVWTIVCIYMSISMVSNNTGIAFPIWLHIILLICFLATGIVNVKKKEYLWSTMLFEGVLVVLLSLIIVLV
>NC_018584.1|WP_003734775.1|533740_534718_-|HD-domain-containing-protein
MKITDPLYGTFEIEPVLAELIQSPLVSRLAYVHQGGSSYLVNPLWDLSRLDHSIGVMLFIRKFGGSLEEQIAGLLHDVSHTAFSHVVDYALDFEEEDYHEQIFEDFVKTSTIPAILEKYGYSFEGIFDDISKWKILEQEAPELCADRIDYTLQDLYRHRKISLAEVEEFLQALVMVDGRLYLANIALAEWFVAQYYSEVIDYFYDPLNVYSYEILAEAMRIAFQQETITTADLRLTDTELLAKLNANSDAREKIQLLASAHLEENEADFTYHHKKKMRLINPSILVDGRLIPADELSEKVRKMNDWASERSKHGIYIKATKKSKQ
>NC_018584.1|WP_012681110.1|535479_536307_+|hypothetical-protein
MKKRLIGIITALLLVSGILLSPQMAQAETKVDYDALYQQGVSEGIINKADVSLETWIKENESEYNQVYQDGLKDGVYDASLSYEEWIKLNNYGQPPVVDENWEEVPQKPMLKGVYKGYNIKKGDILITNGTSSSGLLGHAAIANGNEYILDIPGAGKTTRQVPTSKWMSDYDPEGWVKVYRLKDSSVANAAANWADKNYYSTKGTSKQNIFPKYGMTGSRYSKNPTYCSKIVLQAYYFGTGNKPVVQVFPSLVTVYDLPNYFSKAYKPQQVKYFK

Crispr_ID: NC_018584_3

• CRISPR_ID: NC_018584_3
• CRISPR_location: 527871-528455
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 7 spacers

Consensus repeat of NC_018584_3

Consensus_repeat	Method
GATGTAAGTAATTTTGATACNAGTTCAGTAACTNATATG	CRT

spacers of NC_018584_3

>3.1|527910|39|NC_018584|CRT
TGGGATATGTTTAACAGCTGTAGGGCACTTGAGGAACTG
>3.2|527988|39|NC_018584|CRT
TCTTACATGTTTTATGATAATAGAAACCTTGAGGTGCTG
>3.3|528066|39|NC_018584|CRT
TATGCCATGTTTGAAGATTGTACTAGTCTTGAAGAGCTG
>3.4|528144|39|NC_018584|CRT
TATAGAGTGTTTAATGGCTGTGAAAAACTGAAGAAACTA
>3.5|528222|39|NC_018584|CRT
GTTCAAATGTTTAGAAATTGTAGCGCCCTTGAGAAGTTG
>3.6|528300|39|NC_018584|CRT
CGTGCCATGTTTGCTGGTTGTACTAGTCTTGAAGCGTTA
>3.7|528378|39|NC_018584|CRT
GCTGCCATGTTTTCTGATAATGAAAAACTGGAGAAGCTT

CRISPR arrays and Neighbor proteins around NC_018584_3

CRISPR arrays

The CRISPR arrays of NC_018584_3

>merge|NC_018584|3|527871-528455|CRT
GATTTGAGTGGTCTTGATACTAGTGCGGTAACTACTATGTGGGATATGTTTAACAGCTGTAGGGCACTTGAGGAACTGGATGTAAGTCATTTTGATACGAGTTCAGTAACTAATATGTCTTACATGTTTTATGATAATAGAAACCTTGAGGTGCTGGATGTAAGCAACCTTGATACGAGTTCAGTAACTAATATGTATGCCATGTTTGAAGATTGTACTAGTCTTGAAGAGCTGGATGTAAGTAATTTTGATACGAGTTCAGTAACTGATATGTATAGAGTGTTTAATGGCTGTGAAAAACTGAAGAAACTAGATGTAAGTAATTTCGATACCAGTTCCGCTACTGAAATGGTTCAAATGTTTAGAAATTGTAGCGCCCTTGAGAAGTTGGATGTAAGTAATTTTAATACGAGCTTAGTAACTGATATGCGTGCCATGTTTGCTGGTTGTACTAGTCTTGAAGCGTTAGATGTAAGTAATTTTGATACGAGTTCAGTAACTAATATGGCTGCCATGTTTTCTGATAATGAAAAACTGGAGAAGCTTGATTTAAGTACCTTTGATACCAGTTCAGTGACTAACATG

>NC_018584|3|1|527871-528455|CRT
GATTTGAGTGGTCTTGATACTAGTGCGGTAACTACTATG	TGGGATATGTTTAACAGCTGTAGGGCACTTGAGGAACTG
GATGTAAGTCATTTTGATACGAGTTCAGTAACTAATATG	TCTTACATGTTTTATGATAATAGAAACCTTGAGGTGCTG
GATGTAAGCAACCTTGATACGAGTTCAGTAACTAATATG	TATGCCATGTTTGAAGATTGTACTAGTCTTGAAGAGCTG
GATGTAAGTAATTTTGATACGAGTTCAGTAACTGATATG	TATAGAGTGTTTAATGGCTGTGAAAAACTGAAGAAACTA
GATGTAAGTAATTTCGATACCAGTTCCGCTACTGAAATG	GTTCAAATGTTTAGAAATTGTAGCGCCCTTGAGAAGTTG
GATGTAAGTAATTTTAATACGAGCTTAGTAACTGATATG	CGTGCCATGTTTGCTGGTTGTACTAGTCTTGAAGCGTTA
GATGTAAGTAATTTTGATACGAGTTCAGTAACTAATATG	GCTGCCATGTTTTCTGATAATGAAAAACTGGAGAAGCTT
GATTTAAGTACCTTTGATACCAGTTCAGTGACTAACATG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018584.1|WP_003734632.1|511853_512609_-|DUF4866-family-protein	unknown	unknown	gnl|CDD|379782
NC_018584.1|WP_003721242.1|516034_516982_-|MoxR-family-ATPase	unknown	unknown	gnl|CDD|223786
NC_018584.1|WP_003734633.1|512725_514885_-|transglutaminase	unknown	unknown	gnl|CDD|376628
NC_018584.1|WP_012681110.1|535479_536307_+|hypothetical-protein	unknown	unknown	gnl|CDD|368573
NC_018584.1|WP_014929030.1|525230_527078_+|BspA-family-leucine-rich-repeat-surface-protein	unknown	unknown	gnl|CDD|308794
NC_018584.1|WP_010958986.1|529841_530327_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003734775.1|533740_534718_-|HD-domain-containing-protein	unknown	unknown	gnl|CDD|224004
NC_018584.1|WP_003725189.1|518867_520151_+|cytosine-permease	unknown	unknown	gnl|CDD|271377
NC_018584.1|WP_003727314.1|536334_536694_+|DUF3139-domain-containing-protein	unknown	unknown	gnl|CDD|371476
NC_018584.1|WP_003734773.1|532664_533012_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003728093.1|520151_521252_+|DUF917-domain-containing-protein	unknown	unknown	gnl|CDD|226065
NC_018584.1|WP_003734774.1|533415_533658_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003721252.1|529348_529822_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_014929029.1|523428_524967_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|368260
NC_018584.1|WP_003728092.1|521244_522795_+|hydantoinase/oxoprolinase-family-protein	unknown	unknown	gnl|CDD|223223
NC_018584.1|WP_003734772.1|531737_532355_+|hypothetical-protein	unknown	unknown	unknown
NC_018584.1|WP_003740428.1|517137_518733_+|PucR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225306
NC_018584.1|WP_003740435.1|530354_530660_+|LPXTG-cell-wall-anchor-domain-containing-protein	unknown	unknown	gnl|CDD|273478
NC_018584.1|WP_020830750.1|530735_531002_+|transposase	unknown	unknown	unknown
NC_018584.1|WP_003734634.1|514881_516030_-|DUF58-domain-containing-protein	unknown	unknown	gnl|CDD|224635

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018584.1|WP_003734632.1|511853_512609_-|DUF4866-family-protein	gnl|CDD|379782	pfam16160, DUF4866, Domain of unknown function (DUF4866). This family consists of uncharacterized proteins around 250 residues in length and is mainly found in various human gut Firmicute species and abundant in human gut metagenomic datasets. The function of this family is unknown.	2.71521e-121
NC_018584.1|WP_003721242.1|516034_516982_-|MoxR-family-ATPase	gnl|CDD|223786	COG0714, COG0714, MoxR-like ATPases [General function prediction only].	7.47241e-102
NC_018584.1|WP_003734633.1|512725_514885_-|transglutaminase	gnl|CDD|376628	pfam01841, Transglut_core, Transglutaminase-like superfamily. This family includes animal transglutaminases and other bacterial proteins of unknown function. Sequence conservation in this superfamily primarily involves three motifs that centre around conserved cysteine, histidine, and aspartate residues that form the catalytic triad in the structurally characterized transglutaminase, the human blood clotting factor XIIIa'. On the basis of the experimentally demonstrated activity of the Methanobacterium phage pseudomurein endoisopeptidase, it is proposed that many, if not all, microbial homologs of the transglutaminases are proteases and that the eukaryotic transglutaminases have evolved from an ancestral protease.	4.58381e-28
NC_018584.1|WP_014929030.1|525230_527078_+|BspA-family-leucine-rich-repeat-surface-protein	gnl|CDD|308794	pfam03382, DUF285, Mycoplasma protein of unknown function, DUF285. This region appears distantly related to leucine rich repeats.	8.47304e-32
NC_018584.1|WP_003734775.1|533740_534718_-|HD-domain-containing-protein	gnl|CDD|224004	COG1078, COG1078, HD superfamily phosphohydrolases [General function prediction only].	3.2717e-43
NC_018584.1|WP_003725189.1|518867_520151_+|cytosine-permease	gnl|CDD|271377	cd11484, SLC-NCS1sbd_CobB-like, nucleobase-cation-symport-1 (NCS1) transporter CobB-like; solute-binding domain. This NCS1 subfamily includes Escherichia coli CodB (cytosine permease), and the Saccharomyces cerevisiae transporters: Fcy21p (Purine-cytosine permease), and vitamin B6 transporter Tpn1. NCS1s are essential components of salvage pathways for nucleobases and related metabolites; their known substrates include allantoin, uracil, thiamine, and nicotinamide riboside. NCS1s belong to a superfamily which also contains the solute carrier 5 family sodium/glucose transporters (SLC5s), and solute carrier 6 family neurotransmitter transporters (SLC6s).	2.40318e-96
NC_018584.1|WP_003727314.1|536334_536694_+|DUF3139-domain-containing-protein	gnl|CDD|371476	pfam11337, DUF3139, Protein of unknown function (DUF3139). This family of proteins with unknown function appears to be restricted to Firmicutes.	1.02958e-22
NC_018584.1|WP_012681110.1|535479_536307_+|hypothetical-protein	gnl|CDD|368573	pfam05708, Peptidase_C92, Permuted papain-like amidase enzyme, YaeF/YiiX, C92 family. Amidase_YiiX is a family of permuted papain-like amidases. It has amidase specificity for the amide bond between a lipid and an amino acid (or peptide). From the structure, a tetramer, each monomer is made up of a layered alpha-beta fold with a central, 6-stranded, antiparallel beta-sheet that is protected by helices on either side. The catalytic Cys154 in UniProtKB:Q74NK7, Structure 3kw0, is located on the N-terminus of helix alphaF. The two additional helices located above Cys154 contribute to the formation of the active site, where the lysine ligand is bound.	0.00019582
NC_018584.1|WP_003728093.1|520151_521252_+|DUF917-domain-containing-protein	gnl|CDD|226065	COG3535, COG3535, Uncharacterized conserved protein [Function unknown].	0
NC_018584.1|WP_014929029.1|523428_524967_+|helix-turn-helix-domain-containing-protein	gnl|CDD|368260	pfam05043, Mga, Mga helix-turn-helix domain. M regulator protein trans-acting positive regulator (Mga) is a DNA-binding protein that activates the expression of several important virulence genes in group A streptococcus in response to changing environmental conditions. This domain is found in the centre of the Mga proteins. This family also contains a number of bacterial RofA transcriptional regulators that seem to be largely restricted to streptococci. These proteins have been shown to regulate the expression of important bacterial adhesins. This is presumably a DNA-binding domain.	9.23286e-20
NC_018584.1|WP_003728092.1|521244_522795_+|hydantoinase/oxoprolinase-family-protein	gnl|CDD|223223	COG0145, HyuA, N-methylhydantoinase A/acetone carboxylase, beta subunit [Amino acid transport and metabolism / Secondary metabolites biosynthesis, transport, and catabolism].	1.15698e-106
NC_018584.1|WP_003740428.1|517137_518733_+|PucR-family-transcriptional-regulator	gnl|CDD|225306	COG2508, COG2508, Regulator of polyketide synthase expression [Signal transduction mechanisms / Secondary metabolites biosynthesis, transport, and catabolism].	2.42853e-59
NC_018584.1|WP_003740435.1|530354_530660_+|LPXTG-cell-wall-anchor-domain-containing-protein	gnl|CDD|273478	TIGR01167, Zinc_metalloprotease_ZmpB, LPXTG-motif cell wall anchor domain. This model describes the LPXTG motif-containing region found at the C-terminus of many surface proteins of Streptococcus and Streptomyces species. Cleavage between the Thr and Gly by sortase or a related enzyme leads to covalent anchoring at the new C-terminal Thr to the cell wall. Hits that do not lie at the C-terminus or are not found in Gram-positive bacteria are probably false-positive. A common feature of this proteins containing this domain appears to be a high proportion of charged and zwitterionic residues immediatedly upstream of the LPXTG motif. This model differs from other descriptions of the LPXTG region by including a portion of that upstream charged region. [Cell envelope, Other].	4.51255e-05
NC_018584.1|WP_003734634.1|514881_516030_-|DUF58-domain-containing-protein	gnl|CDD|224635	COG1721, COG1721, Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain) [General function prediction only].	7.03616e-53

Protein sequences

>NC_018584.1|WP_014929030.1|525230_527078_+|BspA-family-leucine-rich-repeat-surface-protein
MKKFSMRVVLIISVLFIALGNANVSIAQERDTTNKLPEEELGSLDTSDVITEGVPQEKPAEAENLEEIPTTDELMQNPNVLERSVADSDDSDLTVVSSGAYWTLYYNSANGEYSLRMFGNVPSSRPTAWNNYLKRIKHIEIEEATLTGDFVGYFGWFIGLKGVRIEGSDLSGVTSFQQAFSNSSLEKVIIKNNYYSNSQSLTNTKQMFFMAKNLSELDLSGLNTSFVTTMERMFEGCENLKILNLSNFDFDTSSVINMDYMFADCTNLEELDVSKFDTSSVTFMQMMFQYCKSLEKLNLSSFDTSSVTRMNSMFEGCTSFEELDLSSFDTSSVGNMQTMFQGCTNLKVLYLDKFDDNITTNKNNMFGNTPLLSYLRFSHRFTKLENIGLENTNWYDEKNWVQFSNITQLQTYNKQQSEPTGYRKGAFFSLTMDAMGGEFEDAEEQKVQNKVSGEYWEEIVPVKEDYYFDGWYLDQNFTNKFDFSLPAAVSTTIYAKWVENYTVIIPASISLNEASELKVEGINRGGKTLSVGLNYGKTTISESNKLTLSNTADTTVQCLAPLSWDGSETNPKNAILTLAPGSEITEGDAVMAIEAPENIQAGKYTGNLVFSVNYE
>NC_018584.1|WP_014929029.1|523428_524967_+|helix-turn-helix-domain-containing-protein
MREYLDSKSQKKVALLEKIFYAENHTSTQEELLNDLNITYPTLISTIKTINFDIERFGYKAFSIVHSAPNLSYTLKISDNCSIQLIINAYIRESPKFQILETLLLSSFPNLQALAKKVHVSYSGIKKEIKELNEELSERNLSISTGNQVEITGDEFSLRIFYAFLFLVAYSGDRWPFSFVRYDEITDILESCPKEIYRANSIDKAMMIHYYVAMHLLRDRMNCQIDTTRQFKVALYKACTEESKKSESAFIKKVAKQLPNRNYKEMTYTTQIILSTIVAFGSYSSIEKMPSFFYMDEQLEEMGFMKLVDFASEQVNNNLSIPFSEKEMELLRYSFASINYRYFLLDNLINKFNNIVPGYTDLDRNIRKIHKVNHLEPLISQLVNLKEMDPLKPFEERLTSDYLIILDKRIDFSIHTLPIKVTILSTISNETAVFDFMRYFSSYYNLEILNQVDPVVDLYISDFSVSPEVLTSLRINQPIIYVNTRWLESDYVKINDNLAKIARKKFIANKKD
>NC_018584.1|WP_003728092.1|521244_522795_+|hydantoinase/oxoprolinase-family-protein
MYKIGIDVGGTNTDAVILDENQQLIHSVKMPTSEDIETGITESLHRVLSETGIDRSKVTHAMLGTTQCTNAIVERKKLAKVGVLRLGYPATASVLPYTAWPEDMVGFLSGKYKLTGGGYEYDGQVLSEINEAEIRETLASWKGEVESVAVVGVFSSLKNDQELAVQKIIEEELGADIPVSISSSVGSVGLIERENATILNAALFKVIAATSDGFEKALEQEGIAHAEIYLCQNDGTLMSLNYARQFPILTIACGPTNSIRGASYLAGLKDAMVLDVGGTTSDIGVLTDGFPRESSLAVDVGGVRTNFRMPDIISIGLGGGSIVREKDGDITIGPDSVGYRISEEALVFGGKTMTTTDIAVRLGRAEIGNPELVAHIPTDFAEKAYKKIAEMTEDAIDKMKTSSGSVSLVLVGGGSVIIPDEISGVAQIFRDKNGPVANAIGASISQISGQYEQIYIYSQIEREEALQDAEQKAREQATLAGAVTDSIEVVEVEEIPLAYHPGNATRLRVKVVGNLV
>NC_018584.1|WP_003728093.1|520151_521252_+|DUF917-domain-containing-protein
MRYLDEQAIENIAIGAAFLGTGGGGDPYIGKMMALTAIKKHGPIKLLSPEEIADDDYFIPAAMMGAPSVLIEKFPKGDEFVRVFEKLGRYVGKEVKGTFPMEAGGVNSMIPIVVAAQLGLPMVDCDGMGRAFPELQMVTFHLDGISATPMAITDEKGNIGIMETIDNKWTERLARVTTVEMGASSLVSLYPCNGAQIKQSSIKNIVTLSEEIGKVIRETSMDEAEKLQKLLDVTHGYHLFEGKITDVVRETRAGFNFGRVKIDGLNKDTGSEVIVHFQNENLVAEKNGEPIAITPDLICMVDLETLMPVTTEALKYGKRVRVMALPADDAWRTDKGIETVGPRYFGYDVDFEPLEELVKKEERRHV
>NC_018584.1|WP_003725189.1|518867_520151_+|cytosine-permease
MTEKKSVEQTQSWQSLAFVWTGAMICVPSLLVGGTLISGMPLWEAILIALLGYGVIVLFMIYQGMQSSDLGIPAVSVASQVFGEQGSKKIISILLAIACLGWFGIQANVCGAAFSQFLGIYGINLPVPVSSLIWGVIMLLSAIYGIRILSILNYIAVPVLLFVCIYGLVVSLNDGGLAIVENYKPAGSMSFMTGLAITIGSFALGAVIAGDYSQYTKSRKDVVKAAIVGILPSGVLMITVGAVLALTAGTADISVVFTNLGLPVLGIIGLILAAWTTNAVNAFSGGIAIINVFNISEKYHKVAVAVAGGLGTILAVIGILNHFVPIMSVLSAMVPPVAGVMIASYWIVQKGDKSKWAPVPGVNWLGVSSWLVGAVIAGIPVILTFFPELPQLPNQPLIGIILSLAVYLIGAKVLSGKTNNVENLEGK
>NC_018584.1|WP_003740428.1|517137_518733_+|PucR-family-transcriptional-regulator
MSVKLADLMKLPSLKEAKVVSGKSGLSKLVSSISVLEYTEVALLEDDLFDNDEFYGSEIVVSAFVNIRDDVEAQCRTIERLHKVGEVALILYYVGIFVPKMDQKLIDFANELDFTIIVMPENEMSLRYSEVIYEVVEAIVKQEMTDTNFVTESLEQISSVRPPQRNIDTTLKILSDRTHTSLVLTDNSFQVINSITWPRTRHWDFERIIEASKQIGEHELVQLTLDERDFYTARKPIFQDGMQAMHLFMMKEKGVLTADVVMQITEVVQVFMNLWGRNYVEISTAELMKAILNDESVKMRRLGKILNVDVSSIKWMWLVKTEEIRDNEQVLAELKSFVASHFQVSLIDLFEDNIVVLLDNSVAQRDRTHTANEFAMMMKEHGIDLKITVCQGMEQTSDVQSAYSLVNEYKNAANAIYANKSIYSLQEIDFAAKCVEIVDRGELAIAEQMRPLKPLEDNDELIETLSVFLLEGESNYNQAAELLFLHKNTIKYRIQRINELLQYPATKIPESYNLYLAVAIRRILGGNNNNK
>NC_018584.1|WP_003721242.1|516034_516982_-|MoxR-family-ATPase
MSIEPSIKIEEIINEVEKVIVGKRHVVKLSLTALLAGGHVLLEDVPGVGKTMMVRTLSKTIGVSFKRIQFTPDLLPADVTGVSIFNPETRDFEFRPGPVMGNIVLADEINRTAPRTQAALLEGMAENSVTVDGITRKLANPFFVMATQNPIEYEGTYALPEAQLDRFLLKINIGYPTVEEEMQLLTLKQYQDPLDQTQQVVTLSELLDLKNKAKQVFIDDVLKNYIIRLVDATRKHPSVALGISPRGSLAFMQAAQAFALIEGRDYVIPDDIQYLAPYIFTHRLILKSEAYYNEETAESIIASILKNTSVPVEKR
>NC_018584.1|WP_003734634.1|514881_516030_-|DUF58-domain-containing-protein
MLKKRLLLAFRWIIMLIIYAGLWTYTLFQGDTASWFLTYFFSFILLLLFLSSIYPLKAWKVNRRFVKNTYHDGDLVDMQVSFTRKSRYPVGYLLFQQKIPASFGNVSARQQVVYPLFKKHFTVTLAGFVGVRGIHSFPPVDVETSDAFGLLERSRQLSSEKSLTIYPTYFPDVLEKISEASPENERNAAYWTLKKNSNLHSLREFSSGDRISLIDWKSSAKSDQLMTREFENSATSRLSVIFYGASHPNFELSLRAAYSFIRKISEDNGEIRVTLLGDQTSKFAPAKGTSRLQDISTAFAEIAPVDSLTLQESLDSNLHSGEKILLFTPCIDTMLMQKVTRLTDNKQLQIITFQSEHSKAMDAPAIFLEPASLLSRWEREAK
>NC_018584.1|WP_003734633.1|512725_514885_-|transglutaminase
MKRYLTLVMLFILSVLLISEWIYPFAELTELSTANWIILFITLSLGSFFLRLKYYWTIPLHIVMIIFVSGIYYAKGGILAGNWFVSFFQITFNGFRDMVQFRSSDISMDFILIVFLIALWLLSYITTYSILRKQRVMSVLVLTVAYLAVINTFTDYNSNWAIVRTVLEGFLLLHLALASRIAAPNRISADSLKRNGLFYHIFVILLLAVFVFSSLMLPKKAPIFPDPVPTIKNALGINTTRTVGYSEDDTTLGGALKKDNATVFTARAEKGHYWRVESKTVYTGTGWANANSADVISFSSGDNFPIQLTEQTTGATNTAEISFASSNDYMPYPYGTQTVNGAVDSFSANLTIERVGPVDTIKNYTVQLKTPVYNIEKMQNADFSTLSNAFVSQYTQTPKDLPDRVTKLANKVTKDADSIYDKTKAIERYLSASGTFTYSTEDAKETPRGADYVDQFLFETQIGYCDNFSTSMVVMLRSLGIPARWAKGYTPGEGEKKENDAKTTYTITNNNAHSWPEVFFPGTGWVPFEPTATFSNPENFQEPTTETANKPETPNDSTSTPETPNTADKTPEQDNGSSSTGETPKKEEPKTETAASNFEIPSWVWWIPAGLVVALLALVIIFRRRIRSYLLLRSLRNSPEFGKTYHRLMKLLASYGYVRESSETLRHFGTRVDAELTTTEFSRLTKMYEAQIYSNNLTEKVITAEETQLVQQVIARLTK
>NC_018584.1|WP_003734632.1|511853_512609_-|DUF4866-family-protein
MTTIFPKEQNVAPLFEQILANPTACRRFKDVFLDNLESYQETRGFEKDDTLFAKIILSAYRQSDVSALLLGVCGRTLFELLRQAFLIPKKLTVDNPFFLTDKEGNFIAKKDDISNREQEKFQEIYQSDLHHSETTIFLVDDDDIIHSYEPDFSISTKRINKKRGILVLYSLPDTLKLGMTESEVYAFIWKTFLHIQEIIPSSRIFYGQETSENADELGVFLPIHHFEKKMLQNIEQVNELVDALREQMVNK
>NC_018584.1|WP_003721252.1|529348_529822_+|hypothetical-protein
MKKKRVVIISLLLLLVSVIGISSYFLFKDKINLLDVDHSAVDWNGKKQKDTSGEENTIAIPGFEKVTLYANETKQAVNFHNPEINDCYFKISLIHPDGSVLWISDLIEPGKGMYSIELEKTLAVGEYENAVLKYECFSLNDQSPLNGSEINLKLVVV
>NC_018584.1|WP_010958986.1|529841_530327_+|hypothetical-protein
MNKLVLSTLSVAAMGMVIFSGGTAYAADKEGNTVVEYSVEGDYTLVVPEKVNLSNDNATEMSVKTINRNLEPGKEVEVTLSSGLSADGEIELQRVGAISDVITSSFKSNNSVVPMANPVIGSFSGYAMEETEVSKIQIGNPQGDKKAGAYQTTLTFTAAFK
>NC_018584.1|WP_003740435.1|530354_530660_+|LPXTG-cell-wall-anchor-domain-containing-protein
MKRKLVLAMVLISFCGMFLLSPERVQASQTVVEVFISEDDLDVSEENIQEIPKKELAASSDKDNKQPILPKAGDTVTNYTLLGLVLVLIWLIMQRKRKKKE
>NC_018584.1|WP_020830750.1|530735_531002_+|transposase
MARIEYGEEIQKSLLVLYSRGSTIQSICREYGIPRYEFHKWMKLHDADKLETKEVKTFLQVRELKQQKNKLEEEILFLNEAINLLESP
>NC_018584.1|WP_003734772.1|531737_532355_+|hypothetical-protein
MLMSLSVLPLATYASETENTPTESYDGENFIATQTGNTLVIEDKKTGETVKIEMNDEENGVITSDDGTIENVHRDEEGNVYVDNELELEAPPLDIEDGINIATQPRLLKASKWIYVQTTKYNTTTQGNMRSLALGILSFMPITGPIFGIVAIIDAARSMGAKTLYVRVKQYRTSGYQFYKYDSYYYANASLTKLVKKTSQTKRMW
>NC_018584.1|WP_003734773.1|532664_533012_+|hypothetical-protein
MQKDTYSGIRLSVIQLIDSKKENLKENNIKLTIIKDEKDGYVVELDNDKCMAEIVVEEPTYAPYRYISFEVVSLMDGKVKIIYSWYDDETSQWSDIEKELNKGIQFLNNFKTMEQ
>NC_018584.1|WP_003734774.1|533415_533658_+|hypothetical-protein
MKRIILTSTLIVWTIVCIYMSISMVSNNTGIAFPIWLHIILLICFLATGIVNVKKKEYLWSTMLFEGVLVVLLSLIIVLV
>NC_018584.1|WP_003734775.1|533740_534718_-|HD-domain-containing-protein
MKITDPLYGTFEIEPVLAELIQSPLVSRLAYVHQGGSSYLVNPLWDLSRLDHSIGVMLFIRKFGGSLEEQIAGLLHDVSHTAFSHVVDYALDFEEEDYHEQIFEDFVKTSTIPAILEKYGYSFEGIFDDISKWKILEQEAPELCADRIDYTLQDLYRHRKISLAEVEEFLQALVMVDGRLYLANIALAEWFVAQYYSEVIDYFYDPLNVYSYEILAEAMRIAFQQETITTADLRLTDTELLAKLNANSDAREKIQLLASAHLEENEADFTYHHKKKMRLINPSILVDGRLIPADELSEKVRKMNDWASERSKHGIYIKATKKSKQ
>NC_018584.1|WP_012681110.1|535479_536307_+|hypothetical-protein
MKKRLIGIITALLLVSGILLSPQMAQAETKVDYDALYQQGVSEGIINKADVSLETWIKENESEYNQVYQDGLKDGVYDASLSYEEWIKLNNYGQPPVVDENWEEVPQKPMLKGVYKGYNIKKGDILITNGTSSSGLLGHAAIANGNEYILDIPGAGKTTRQVPTSKWMSDYDPEGWVKVYRLKDSSVANAAANWADKNYYSTKGTSKQNIFPKYGMTGSRYSKNPTYCSKIVLQAYYFGTGNKPVVQVFPSLVTVYDLPNYFSKAYKPQQVKYFK
>NC_018584.1|WP_003727314.1|536334_536694_+|DUF3139-domain-containing-protein
MKKYKKWWITIGLVLIICIIGYIYWFAIPKHTANEAVDDYLAAQKINSTQVKTRDIQKDWTRGGYYVTIVFKDDPNLVYEYNYNSKRNTPYHINLLVFKDGSSQEDDQVKHPPLQEQKD

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	130767 : 137294	10	Listeria_phage(33.33%)	tail	NA
DBSCAN-SWA_2	1280249 : 1337101	56	Bacillus_virus(16.67%)	protease,tRNA	NA
DBSCAN-SWA_3	1830041 : 1838327	8	Synechococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_4	2561783 : 2569628	7	Streptococcus_phage(50.0%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_018584|130767:137294|DBSCAN-SWA
TTCAAAACTTCTTGTAAACATCAATGGAATTGCCAAAATTAATGAAATATCCACCATAATCATACATCGGACCATATTTTTCTGCGTAATGAGTAACTGTATGGCGCAAAAATTCTTCTGTTACCTCTAAAAACTCCGCTACTTCAAAATATTCTCGTAAGCCTAGATAAAAACAAGCAATGATGTCATCAAGCGGTATTAGTTCCTCATAACCTTTACGACGAGCAAAAATTTCTTGTTTTTTATCCATAATTGTTTCCTGTTTAGTGATGTTACCTACAGTGTATTTGTAATGCATCAATTCTTCTACTAAAACACAGCCTTTTTCAATGGAAGATTGATCCTTACTAATAAAAATCGTCCCATTTAAATAAAGACCTGGCAATTTGTAAGGCATTTTTTCTTCTCTGATTGTTACCTCATCTTGGTATTTATTTACCAATTTTTCGTACAATAAAATCACATCCCGCGATGGAGTTTTTTCTTCATCTCTATATAAGCTAAAATATCCCGCATTTCTTCCTCGGTTACGTCATCATCAATATGGGCTGCAATTGTTACCAAGCGTTCATCAACAGGTGGTAAATTTCTTTCAGGAAAAAAGTCATCTAATCGTTTGTTGAAAATTTTTGCAAGTTCAAATAAAACGTCTTGATTTGCTTTTCGATCACCATTTTCATAACGGCTAATAGTTTGGCGAGTTGTATGAAGCTTTTCTGCTAATGCTTCTTGATTTAAGCCTCGTTCCTCGCGATATTGTTTTATTTTATTTCCTACAAATTTATTTAACTCCATAATAATTGCCCTCCACATGTTTATGGCTTCAGTATAGCACTTTTAGCACCAAAACGGAACTTTTTCGAACATATTTGTCGGATAAAGTTTACCAGTAACCAAAATGGTGCTATAATATTTGTAGAGCTAGAAAATAAATACGGCTGATTTTGCGCCAATAGCACCGAATTGGTGACAATGTTACTATATTAATTTATGAGATGGAAGTGGGAATGGATGGATAGAAAACTTTTAAAAGAAAAGCAAATCCAACTAATTTTTCAACTAGAACAAGAAGAAAATCGATTTATTCGAAAGCGTTTAATAGAAGAGTTGGAGTTTTTTGAAGCGCTTGGGGACAGAGAAAAAGGACTGTTAACGGCGGAGCAAAAGTTGCTTATTTTAACACCAAGTGAGTACCGAGAATACAAACGAACTAAATCAGATGTGCAAATTAGTAGGTTAATTGGAGTATCGAGATCGTCTCTTGCGGAATGGAAGCGAAAAAAAGGTTTAAATAGAAAAAAGCCGCAACCGGTTCAGCAGGAAATGATTGATGTATTAGCTTTTCATTTAGATAAAACAAAAGACGAAATTGGCGCTTTACCTGCTTCGGCGATTGAATGTCAGTATGAGGCTTTTGTGATTAATGAAGCGCACAATTAAGGAGTGATAACATGCAGGTTTTAGTGTTACCAGAAAATAAGGATATCAATTATATAAAAACGGTCCAAGAAGTAAAGCGATTTTTTGCGGATCTTGAGCGGTTTCGGATGATTACGGGGTTATCAAAAAAGCCACACTTACTTAGAAATGGTTTTCTGGAAGAGCCGCAGTTTGAGCCGGTAGCATTTTCTGCTAGATATAATAAAGAGGTCATTTTGGAAGCGCGATGGTTGGTAGAGAAATATACTGAAATGTTAAATCAGATGGATGATTTATATCGCACTATTTTGATGGAATGTTACGTGGAACGAAAACAAGATGTGGCGGTAATGATGGATTTACCGTACGAAATTGCCCAGTTTAAACGGATAAAAAAACGAGCAGTATTAGAAATCGCAACGCTAATGGGAATTTTAGTAAGGAAATGATGATACTTTCGTGATATTTTGAAACGTCATTTTACGATTAATATAGAAGTAAGCTAATTGTCCAGTAAGCGGATGACAATAAAAGCTGCATCAGAATGAAGGTGCACCGATTTTCTGATAATACAAGAGGTTGTACAAGAAATTTGTTTTTATGATTGGATTTTTCATCCGTTGACATAAACAAATATTCTATTTTGGAAAGTAATGTTCGGAGGAATAAATTATCAAATGTGGTCTCGACCGAATTTTACTTTCTGTTTTTAAAGGAGTGAACGCTTGGTGAAGAGTTTAAGCTTCATGAGAGTTTTGGAAGCAGTGAGAACAATGCTCCAGGAAAAAGGCGGACTAGATGTTTCTATTGTAATGCGTGACCAAGTGGAAATGCCTACAACGATGATCGAGATGATTGATCAAGAGGAAGAAGAAAGCCAAACTGCCTGGAAAGAAAAATACCGTTTTGCAATCCATCATTATACAAATGAAACGGACTTAGCGGGAGTCGAAATGATAGATACGCTTATCCAAACAGGGTTCACTTTGCCTGAAGGATACAAATTAATCGCTGTTCGACATTACGGAAAACAAAATTTAGTCAAAGAAAATACGTTAATTCACGCAAAAACCAGTTTTGAAGTAAGTATTTGTCGTGAATTAAAAGTAAAAATTTAGGGGGAAATATTAATGGCATTTGAAGAGAATTTATATTGTGATTATACACCGGGAGCTGCTAAAGCGGTCGCGGGGAAAGATGTAATTTTAGCAGTTTTTAACGCAGCGGGGGATAAGCTATTAGCGGTTGCGGGGCAACAAGGTCTAACTGTAAACCGTTCTAAAGATAGCATTGAAATTACATCTAAAGATACAGTTGGCGGATGGAAATCCAAAATTGGCGGTATGAAAGAATGGTCAATTGAAAATGACGGATTATATGTCGCTGATGCAGAGTCTCACAAAGAATTGGCGAAATATTTCGAAAGTGATAGCCCGGTTTGCGTGAAAATCATTAATCAAGCATCTAAAAAAGGTCTTTTCGGTGGTTTGGCAATTGTAGCTGACTATAGTTTTGAAGCACCTTTTGATGAAGCGATGACTTACTCTGTAAAACTAGACGGAATGGGTGCGCTTGTTGATTTAACGATTACTGAGGGCGGAGATCAAATGCCCGGCGAAACACCTGTAGCACCAGCAGAATAAAATAGAGAGCCACTGAAATAAGTGGCTTTCCCTTAGGAGGAAAATAAATGTTTGAAGTGAATGATACAACTTATATTTTACGATTTAATAAACAAAAAGTTAAAACGGTGGAATTAACATCAGGGATTAGTTTAGTTGCAGCTTTGACTGCGAATAAAGGGATTTTGAGCTACCAAGTGATTGAAACGCTATTTGTTTCAGGACTTGTGGAAGAAAAAGGCTTAGTACCTGTAAAACAAAAAGAAGCTTTGGAGATTTTCGACAAATTAGTAGAAGAACAAGGCTTAATTTCGCTTAATGTAGCTGTTATTGAGAAATTGCAAGAGGATATGGGTTTTTTGTTCCGTTAAAACAGATTGAATTTGAGTATTTTGGTGCTGAGGACGAAGAAGTGGATAGTGAAATGAACCATGATTTTGATTTGGAAAAACAATTCGCTTTTTTTGTAGTTAATTTTCAGATGTCCAAGCATGATTTTGAAGAACTTACTGAAGTGGAGAAAAATTTCATCATGAAAGAATGGGAAAACAAGGTGATTTTTGAATCTACTATGCTTCGAAATGCAGTTTTAAATGCGGAACAAAATCTCAATCGAAAACGAAATTCACGTTTTATCGACTTGCATAAAAAACGTCAGAAGAAAGCCGATGTTAATTATACAGTAAATGCACTTCAAGCAATTTCCGATAATGAAGCGAAGGAAGGTAAAGCGTGGATTGATCGGATTTATGGTGCAAATGGGTTACGAAGACCTAAGAATAAAGAAGAAAGGGGGAAAGTGAATGGCGGATTCTAAAAGTTTTACATTTGAACTGAACGAGAGCGTTTTAACAGCGCAAGTTGGCAGGCTAGATGAGATGGCGATGGTTGTAGAGCGGCGGTTTTCAGAGCTCAAAATGACTATTGAAGATGTTGGAAATGCTGATCCAGGTTCGAAAATTTCCGAATCTTTAGGTGGGCTGCAGTCTGGGCTTGGCACGATTAGTTCGGCGTTTGGACAACTGGGTTCTAGTAGTGAGGCGATTACATCCGGATTCGGTACTGCGGTTGGTTCTGTTGGTGGAATCACGGATGCGTTTAAAAATCTAGGTTCAAGTGTGCAAAATGGTACGTTATTTTCAAGCTTGGCAACCGGGATTGGTGGCATGAGTACAATGCTTGGTGGAGTATCTGGCGGCGTTCAAGGAATTACAAATCTAGCTAGTGGATTTATGGAATTGAAGAAGCATCTAGGCGGTTTGATGTCATCTATTGGTGGCGTTGGTGGAATTATGGGTAAACTGACCTCTCCAATGGGGTTAGTAATTATCGGGATTGTAGCGTTAGTAGCTGCATTTGCGTATTTGATGACGACGAATGAATCATTCCGAAATACGGTGATGTCAGTTGTAACACAGGTTGCGCAACTGTTCGGTCAACTTGTCGCCAGTTTAATGCCGATTATCATGCAAATTGTTACTGCGGTTATGCAAATTGGTGCCGCGTTAATGCCGATGGTTATGCAATTTATTAGCTTTTTTGCGCAATTGTTAGCCCAATTAATGCCGTTTATTAATATGCTGATTTCCATGCTTATGCCTGTTATTATGCAGATTGTTCAAGTTGTTATGTCACTTGTTTCGGCACTATTACCGAGCATCATGACAGTGATTCAAGGCATTATGAGCGTTATTCAATTTTTAATTCCGATAATCATGCAAATTGCGACGGTGGTTGTACAAATTGTTGTAACGATTATTTCTTATATAAGTAAAATTATGCCGATTGTTATGACGATTATTGGCGTTATTGTTTCGATTATCACAACGATTATTAGTTACGTCGTTATTATTGCGACGACGATTGCTAGTGTTATTGGGAAAATTATTAGCTTTATTGCGAGTGTTATTACGGCGGTTATCGGGATTGTGCAACCAATTATTGGCTTTATTACTAATATCTTTACGACTATCGTGACGATTATTGGTGCAGCTTTCCAAATGGTATTTACTGTTGCATCCAAAATCTGGAATGCCATTATGACGACGATTTCCGGAATTATTGAAGGAATCAAAGCAGTCATCACAGGTATTTCTACTACGGTTTCATCAGTGTTTAACGGAGTGAAGCGCATTATTACAGGTGTTTTTGACGGAATCAAAAGTGCTTGGGGTGGTTTAACTGATTTTGTAGGAAATATTTTCGATGGTGTTTCAAGTGCAATTCAAACCGTGGTAGATAATGTCAAAGGTTTTGTAAACGTCGTAATTCGAGGGATTAATGGAGCCATTGGTTTAATTAATAAGATTCCAGGCGTTGAAATCGGCAAAATACCACAATTAATTTCCGGTACAACAAATTTCCAAGGTGGCTTTGCTCGAATGAATGAAGGCGGCCGAGGCGAAATGGTGGTTTTACCGTCGGGTTCGCAAGTAATTCCGCACGATGCAACGATGAAATACGCAAGGGAAAGTGCGCGCGGAAATAAATCAATGCTTTACACGAGTCAAGGTGCTGATTTGGCTAGAGTTGAAAATCTTCTCGAGCGCTTACTACAAAAAAATCCTGTAATCAAAATGGATGACAAAGTGGTAGCCGAGGTAGTTAGCCGTAACCAAGCTAACTCATTTGATCAGTACAATTACACAATGGGAGGTGCAGCTTATTCATGAGCGACTTGTTTTTAGAATTAAATGGAAAAGTGCATTCGCTTAGTGAGACATTTCCAGGTCTTTCTGTACAAGAAGTTTCCAGACAAAGTCCCCAGTTAAGCATGGAAACTGCTGAAATCGCTGGGACTGATGGGGTTATCCCGGGAATGACCCAATTTAAACCGTTTATCTTTTCAGCAAAATGTAATTTGCAAGCACTTGATATTCCAGATTATCATTTGGCAGTCAGAGAAATTTATGAATTTTTATTCCAGCGCGATAGTTATTATATTTGGAGCGATCAAATGCCAGGAATTCGGTATGAGGTGCATCCTAAACCAGTTGATTTTAGTCGAGAATCGGATCGTGTTGGTTTACTCACTATAGAATTTGATGTATTTAAAGGCTATGCGGAGTCACGTGGCACGAGCCTTGACCCTATGACTTTTGAAGTGGATTTATGGCAAATGGGAATGAATTTATCGAACCGTGATGATTTATTTTATATTTTTAAAGAAAATACATTTCGGGTCTATAATGCGGGGAGCGACCGTGTTAATCCACTGATGCGACATGAATTAGATATTGCTATGACGGCGAATGGGACACCAACGATTCATAATCTTACAACGGGAGAATCCTTCGAGTATCGGAAAGAGCTACAAAAAACAGATGTTTTACTGTTGAACAATATTTATCCACTTGTTAATAACCGCCGTGTTGGAAAAGATACCAATCATGGGATTATCACCCTTGAAAAAGGCTGGAACGATTTTGAAATCAAAGGTGTAACGGATGTAACGATTGCTTTTAATTTTCCGTTCATTTATCGGTAG

Protein sequences of DBSCAN-SWA_1

>NC_018584|130767:137294|134610_136479_+|WP_003731178.1|DBSCAN-SWA
MADSKSFTFELNESVLTAQVGRLDEMAMVVERRFSELKMTIEDVGNADPGSKISESLGGLQSGLGTISSAFGQLGSSSEAITSGFGTAVGSVGGITDAFKNLGSSVQNGTLFSSLATGIGGMSTMLGGVSGGVQGITNLASGFMELKKHLGGLMSSIGGVGGIMGKLTSPMGLVIIGIVALVAAFAYLMTTNESFRNTVMSVVTQVAQLFGQLVASLMPIIMQIVTAVMQIGAALMPMVMQFISFFAQLLAQLMPFINMLISMLMPVIMQIVQVVMSLVSALLPSIMTVIQGIMSVIQFLIPIIMQIATVVVQIVVTIISYISKIMPIVMTIIGVIVSIITTIISYVVIIATTIASVIGKIISFIASVITAVIGIVQPIIGFITNIFTTIVTIIGAAFQMVFTVASKIWNAIMTTISGIIEGIKAVITGISTTVSSVFNGVKRIITGVFDGIKSAWGGLTDFVGNIFDGVSSAIQTVVDNVKGFVNVVIRGINGAIGLINKIPGVEIGKIPQLISGTTNFQGGFARMNEGGRGEMVVLPSGSQVIPHDATMKYARESARGNKSMLYTSQGADLARVENLLERLLQKNPVIKMDDKVVAEVVSRNQANSFDQYNYTMGGAAYS
>NC_018584|130767:137294|136475_137294_+|WP_003734720.1|tail|DBSCAN-SWA
MSDLFLELNGKVHSLSETFPGLSVQEVSRQSPQLSMETAEIAGTDGVIPGMTQFKPFIFSAKCNLQALDIPDYHLAVREIYEFLFQRDSYYIWSDQMPGIRYEVHPKPVDFSRESDRVGLLTIEFDVFKGYAESRGTSLDPMTFEVDLWQMGMNLSNRDDLFYIFKENTFRVYNAGSDRVNPLMRHELDIAMTANGTPTIHNLTTGESFEYRKELQKTDVLLLNNIYPLVNNRRVGKDTNHGIITLEKGWNDFEIKGVTDVTIAFNFPFIYR
>NC_018584|130767:137294|134219_134624_+|WP_003740367.1|DBSCAN-SWA
MDSEMNHDFDLEKQFAFFVVNFQMSKHDFEELTEVEKNFIMKEWENKVIFESTMLRNAVLNAEQNLNRKRNSRFIDLHKKRQKKADVNYTVNALQAISDNEAKEGKAWIDRIYGANGLRRPKNKEERGKVNGGF
>NC_018584|130767:137294|131777_132206_+|WP_003724946.1|DBSCAN-SWA
MDRKLLKEKQIQLIFQLEQEENRFIRKRLIEELEFFEALGDREKGLLTAEQKLLILTPSEYREYKRTKSDVQISRLIGVSRSSLAEWKRKKGLNRKKPQPVQQEMIDVLAFHLDKTKDEIGALPASAIECQYEAFVINEAHN
>NC_018584|130767:137294|132217_132634_+|WP_003728213.1|DBSCAN-SWA
MQVLVLPENKDINYIKTVQEVKRFFADLERFRMITGLSKKPHLLRNGFLEEPQFEPVAFSARYNKEVILEARWLVEKYTEMLNQMDDLYRTILMECYVERKQDVAVMMDLPYEIAQFKRIKKRAVLEIATLMGILVRK
>NC_018584|130767:137294|132913_133303_+|WP_003728212.1|DBSCAN-SWA
MKSLSFMRVLEAVRTMLQEKGGLDVSIVMRDQVEMPTTMIEMIDQEEEESQTAWKEKYRFAIHHYTNETDLAGVEMIDTLIQTGFTLPEGYKLIAVRHYGKQNLVKENTLIHAKTSFEVSICRELKVKI
>NC_018584|130767:137294|133875_134178_+|WP_003721745.1|DBSCAN-SWA
MFEVNDTTYILRFNKQKVKTVELTSGISLVAALTANKGILSYQVIETLFVSGLVEEKGLVPVKQKEALEIFDKLVEEQGLISLNVAVIEKLQEDMGFLFR
>NC_018584|130767:137294|131225_131561_-|WP_003721740.1|DBSCAN-SWA
MELNKFVGNKIKQYREERGLNQEALAEKLHTTRQTISRYENGDRKANQDVLFELAKIFNKRLDDFFPERNLPPVDERLVTIAAHIDDDVTEEEMRDILAYIEMKKKLHRGM
>NC_018584|130767:137294|133315_133828_+|WP_003721744.1|tail|DBSCAN-SWA
MAFEENLYCDYTPGAAKAVAGKDVILAVFNAAGDKLLAVAGQQGLTVNRSKDSIEITSKDTVGGWKSKIGGMKEWSIENDGLYVADAESHKELAKYFESDSPVCVKIINQASKKGLFGGLAIVADYSFEAPFDEAMTYSVKLDGMGALVDLTITEGGDQMPGETPVAPAE
>NC_018584|130767:137294|130767_131220_-|WP_003728215.1|DBSCAN-SWA
MYEKLVNKYQDEVTIREEKMPYKLPGLYLNGTIFISKDQSSIEKGCVLVEELMHYKYTVGNITKQETIMDKKQEIFARRKGYEELIPLDDIIACFYLGLREYFEVAEFLEVTEEFLRHTVTHYAEKYGPMYDYGGYFINFGNSIDVYKKF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_003728215.1|130767_131220_-	ImmA/IrrE family metallo-endopeptidase	A0A059T7S0	Listeria_phage	4.0e-31	47.9
WP_003721740.1|131225_131561_-	helix-turn-helix transcriptional regulator	A0A2H4JAR9	uncultured_Caudovirales_phage	4.0e-20	52.5
WP_003724946.1|131777_132206_+	hypothetical protein	NA	NA	NA	NA
WP_003728213.1|132217_132634_+	hypothetical protein	A8ASQ1	Listeria_phage	3.2e-19	37.9
WP_003728212.1|132913_133303_+	DUF5072 family protein	NA	NA	NA	NA
WP_003721744.1|133315_133828_+|tail	phage major tail protein, TP901-1 family	A0A097PBF4	Streptococcus_pyogenes_phage	1.2e-47	62.7
WP_003721745.1|133875_134178_+	hypothetical protein	NA	NA	NA	NA
WP_003740367.1|134219_134624_+	hypothetical protein	NA	NA	NA	NA
WP_003731178.1|134610_136479_+	membrane protein	A0A097PAU2	Streptococcus_pyogenes_phage	3.5e-20	45.8
WP_003734720.1|136475_137294_+|tail	phage tail family protein	A0A060AFE1	Staphylococcus_phage	7.2e-39	35.0

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_018584|1280249:1337101|DBSCAN-SWA
TTTATTTAGCTGCTTTACTCGCGGCAGAAATGACTGAAACTTGTTTCAAACCTTTACTAATAAGTCGTAAGATAACGAACCAAACAACAATGATTAAAACAATTTGTTTGAATGCAATTGCTGGAAGCGGATTGAACGGGCAATCCCAAATGAAATGTAAAGCAATCGGAATAATAAACCATTTCCAGAAAGTTCCTGTGAAAATGTGGTGCATTCCAAGTTTTTGATCACCTTTAGCGATAACAAGTGCGGCACCAGTAATAGCAGCCCAGGCAACATGGCCGCCGATAGACTGCCAACCACGGCTAAAGATAACATTGAGCATCGTTTCACCGGCAATATGAATATCTTTGAATAAAAAGGCAGCATCCACACTATAGTTAAACGCGTACCCAAGTGATTCAAATGCAGCAAATCCAGCCCCAACAGCGGCACCGATAAGTAAACCATTTAAAATGTACTTCGAGTTTAATGAACGAATGAAGAGAGCAACAATAATCATTTTCCCAGTTTCTTCAATAAAACCAACCAAAAGTGCATTAAAATAATTTAATTTTCCAACTGGAATAATGGAGTAAATAACAAGTGTTGCAACAAGCGCTGCTACACCACCGATAAAGAACATTCGCACTACATCAAAAACGCTGATGTTACGAGGTGCATTCGTTTCGAAAAAGAATAATAAAACAGAAAACGGAACTGCAAATGAACCAATTACCATAAGGCCCGGTATTGTATTACTGTTATCAAACAAATATGTACATGCTAGAAGTAAAAAATACGTGACGATTAACACTAAGAAAACTCGGGAGAATACCCAAGGATGTGGCCAAGAATGAGGGATATCACTTATTGCTGGAGTAGTATACTTAGTACCAGCAATAAAGACTTTTTCGCCTTCTTCTTTAGAGTGCTTTTTGAAAACAGCAGAGAAAAGGTTGCTAATTTTTAATTCTGAATTCCCGTGGTTTCCAATATGTTGATATAATTCTGTTTGCTTAAATGCAATCCACTCTGGATGAGGGGATTTTTGGACCAATGTAAGATTATTAATCTCTTTCTTTCTATATAGAGCAATCATCTCTACATTTGTAAAAGGCCCCATTTTCTGTTCGTTCTTTTTGAAGTACCATTCTGACAAATGAAACTCCCCCTTTAGCTTTTTATTTTGACTCTATTAATTATTCCCAAAAACGCTAAAAGTTAAACGAGCAAAGGAACTAATCGTTTATTTTCTTCGCTTGTTCATAAAGAAAATTAATCGAATCAGCTAAAAAAGCTGCTGCGGACTCATTTAGCGGTTGTCCATCTAAATTTAAATCATCCTCATATTTTAAATCTTCACTAATTTTAGTTATTCTTTTCCCAATATCTTTCTCATTTTGGAGTTCACTAGGAGCATAGGTTGGGATGCTTTGTTGGCCAAGTAAATAATCGACACTAACATCATAAAGTGTTGCAATTTGAGTCACCATTTCTAAATCTGGTTCCCGAATACCATATTCCCAATTGCCATAAGTGGAAGGTGCTTTTAAACCAAGCCTTCTAGCTGTTTCTGCTTTTGACCAACCTTGTTTTTCCCGTAATAAAGTAAGTCTGTTACTTAAATTTGGCATAATTTCACTCCTTTTTGTTTGATTATACAATATCTTACTCAGTTTAGCTACATTTTAACACATAACGTATTATTTTCTGATTGACATAGTCGTATTGTGTTGTTAGAATTGTATTAACAACTCAAATTGTGTAGATAAGGAGAAGATGACATGAAAACAGTAGACACCAGAAGAATTAATACAACAAAAATTCGAGAATTACGGTTGCAGCGAGGAATCACCCAAGCTTTCATTGCGCGACGGATGGGCTATAGGTACACATCAGGATACAGTAACATTGAAAAAGGAACTGTTAGACTATCACACAAAAATGCTGTTATTCTTAGTGAAATTTTAATGTGCGATTTGAAATTCTTTTATGAATAACTAGACTAGACACGGGGGAAAGATGTAAGATGAAAAGAATATCTTTTTAACAAATTATGTATGGATTTAATTTAAAATAAACGCACACAAAATGTGTGGAATTTGAGCGAAGGAGTAAACATCATGAGGAAAAAAACGTTAGCAGTGTTTCTTGTTTTTACGGTGTTAGTTGCGTTATTAGCGCCAACTAATGCAAGCGCATATACAAAACTTGGATATGTGATGACAAAGGCTAGTGCAAAAAATTTTAAAATTTATATTAACGGTTCGGCGAAAGGGTTTAAAAATATTATTATAAGCGGTGCGAAAGCTTGGAATCCTTCTCCTTACTTAAATACGGTTAGCATAGGAAATGATGTCAAGCCTAACTTTACGGTTAGTAGTTCGGGTACAAATAAGGGGAGTGTTTTGGCGGTCTGCAACACCACTTACTACAAATCAAATAAATTAATCTCCAAGAATGAGATCACTTTGTATAAAGGCTTTCGTTCACTTTCAACGAATCATAAAATAGAAACTATTGTGCATGAGTTTGGTCATGGCTTTGGCTTAGGGCACGTGAAAACTAAAAATGCAATTATGTTAGACAAAGGATTTATAAATAAAACAAAACCTCAAACAGACGATTTTAATGGCATCAAAGCTTTATATAAGTAAAAAGGAGGAATGACAATGAAGAAAAGAATAACAATGATTCTAGGTTTAGTATGTCTTAGTACATTAACTGCTTGTTCTAATAGTGAAAATGTGAAAGAAAAAACATCAGAAGAACCAGCAACAGCTCAAAACGGAGCAGAAACAATAAAGGCGCACAATGGGGTGGTCTCTTATCACGGAAAATACCTCAAACTTGCTGAAAATATGGATACCCTTGAAAAAGATGCCCCAATTATCATTAAAGCAACCAAAAAATCTGAAAAAACAACTGTAACAAAAGAAACAAAAGAAAATGTATTTCCAACCGATTTTTATACGATGAGCGATGTGCAAATAAATTCTATCGAGAAAGATACAACAGGAAAATTGAGCGAGAGTATGACTATTAAAGTGTTGGAGTATAGCGTAGAAAATGTTTTGGTAGAAGGGAAAGAATATGATTTAACTATTGATGGTTATAAAAATATGGAAAAGGGAGAAGAATATACACTTTTCTTAGAAAAAAATCCAGATGGTGAAAATTATATACTATCAAATGCAGTTATAAGTAAATTCCCAGTGGAAGAATTACCTGAAGAAGAATTGTTCTTAGATGGAGGGCAAACAACGGAAGAAACAGATAGCATTGAAGAAATTTATCAGGAGGTCTATCAAGAAGTTTTGGAAGAATTCGGTGAATAAAAAAGTTTAAACGCCCGTAAGACCTCGGTGTAAAAATCGAGGTCTAATTTTTTTGAAATAAAAATTTGATAAAAAATGAAGTTTAATCTAGACAGTTTTTCGTGATAAAACACCATAAAAGCCTCTTGACAGAACCAGACTATACAAGTAGAATGAATCAAACCAAATCAACATTTTTGCTAGAAATGGTTAGATTTTTAACAATAAGGGTAAATCCAGTTAGTATAAATAAAGCTTTTTCAACTAAAAGGAGATAAAACGATGAGTGGAAGTGGTGCTTTTTTTCCAATGAGTGTTAAAAAATTTCTGGAAAAAGGGATTACCTCGTTGTCCGAAGAAGAAAAAATGAGTACGCTACATTATTTGGAGAATGCGTATCATCAAGAGCCTTGCAACGAGGAAATTGTACATAGATTAATTCAATTTTATAATCAGACAGATAAAACGAAGAAAGCGCAAGAAATTGGACAAAACTTTTTGACGATGAATGGCTATGATAAGGAAATTCTTGGAGAGCTATCTGTAACATTTATGAAAGAAGATAATATGGATACGTACTTCACATTAGTTAGGCATTATATGGAAGAAGAAAAAAAAGAAGCAACGGAAGAAATAGCTGACAATGTTATTCCTTTTCCCAAACAGTTTGTCCCAAGAAGAGACATTCGTGAATTTGCGTCTTGGCATACGACGGAACAATTGGAGTTTTTACAAGAAGCTCGTTTCTTAGAAATAGATTCATTTTTGCCAGCTTTTAAAGCTTTTCTAGCGGATGATAGTTTTTCCCCGTTTGTTCAGTCGATGATTTTCGAATTAATGCAAGAAAAAGAAATAAATGAAGATATTACAGTTCAAAAAATAGATAAGCACGGTATTTTTAATCCAAGTCTTGTGCCAATGCTTGCTGATAACAAATTTGCGGAAGCTATTTTTGCTGGACTCGCTGAGATGCTCGAACATAGTAATCCAAGTCTTTTAGAGCAAGTGATTGGTATTATTCAGCAACATCTATTTATGCTTTATCCATTTGAATTAGAGCCTCAAGAAGTAGATGTTTGGATAAACGCATACTATAAATGGGCGAATGCAATGTACGGTAATTATTGTGTTATTTCGGATGATGTGAATCACTTAGCAGTAGAAGAAGCTATTTCCATTATTGAAGAGTTAGAAATTAGGCAGCAAAATTATTTTATATAATGATATTTCTTGTTTTCAAGTCAGGGATATCTGTGTTATTATTAGTGAGTATGGCTGAAACTTGTCATGAGAGTAATTAAATTGAACTAAATAGATGATGGAGGGAATTATACCATGTCAGTAAAATGGGAAAAACAAGAAGGTAATGTTGGAAAACTTACTTTTGAAATTGAACAAGAAAAAGTAAAAGAAGGTTTAGATAGAGCTTTCGTAAAAGTGCGTAAAACTCTTAATGTGCCTGGCTTCCGTAAAGGGAAAGTTCCACGTCAAATTTTCAATCAACGTTTTGGTGAAGAAGCTCTTTTCCAAGATGCGCTTGATATCTTGCTTCCAGAAGTATATTCTGCAGCAATTGACGAAGCTGGTATTGATCCAGTGGATACTCCTCAAGTAAACATTGAGTCTATGGAAAAAGGCGAAACTTGGGTTTTAACAGCAGAAGTTACTGTAAAACCTGAAGTGAAACTTGGAGATTACAAAGGTCTTGAAGTAGAAAAACGTGAAACAGAACTTACAACAGAAGAATTAGAAGCGGAATTAAAACAATTACAAGAGCGTCAAGCTGAATTAGTTGTTAAAGAAGATGCACCAGCTGAAAACGGTGACACTGTTATCCTTGATTTTGAAGGATTTAAAGACGGCGTAGCTTTCGAAGGTGGACAAGCTGAAAATCATTCTCTAGAACTTGGAAGCGGACAATTCATTCCTGGTTTTGAAGAAAAATTAGTTGGCTTAAAAGCTGGCGACGAAGCGGATATCGAGCTAACTTTCCCGGAAGAATATCATGCGGAAGATTTAGCTGGACAACCTGTAGTTTTCAAAGTGAAATTACACGAAATCAAAACAAAAGAAGTTCCAGCTCTTGACGATGAGCTTGCAAAAGACATCGACGAAGAAGTAGAAACTTTAGATGAATTAAAAGAAAAAATCTCTAAACGTTTACAAGAAGCAAAAGAAGAATCTGTTGCTCAAGCTAAACAAGAAGAAGTTATTGCGAAAGCTGTTGAAAATGCAGAAGTGGACATTCCACACGCAATGGTTCACCATGAAGCTGATCATTTAATGAATCACTTTGCACAAGATTTACAAGCACAAGGTCTAACTCCTGAATTATATTACCAATTCACTGGCCAAACAGAAGAAGCTATGCACGCACAAATGGAAAAAGACGCTGAAAAACGCGTGAAAATGAACTTAGTGCTTGAAGCAATTGCGGAAGCTGAAAACATTGAGCCAACGGAAGAAGCTATTGACGAAGAAATTTCTACATTAGCTGAAAAATATGGTATGGAAAAAGACGCAGTTCGTGCTGCACTTGGCGATATGAGCGAACTTAAATCTGATCTTAAAATCCGCAAAGCTATCGACGTTTTATTAGATAGTGCAGTGGAAAAATAAGCTACGACTGATTTAATAATTTCATTAAAAAATGGGGGGCATGAGTTATACTCGTGTCCTTCTGAATGTAGAAATATGAATACAGATGATTGGCATTTCTAATAAACAAATGATATTATTAACACACATAGGAGATGAAAAAATCGCCTATAAGCAACATACCTATGCGAAGGGGTGAAATATTTTGTTTAAATTTAACGACGAAAAAGGCCAACTTAAATGCTCCTTTTGCGGAAAGACTCAAGATCAAGTACGTAAATTAGTGGCCGGTCCAGGTGTTTATATTTGTGATGAATGTATCGAGCTTTGTAATGAAATTATTGAAGAAGAGCTAGGTATTTCTGAATTTGTTGATTTTGGTGAAGTACCAAAACCTCAAGAAATCCGTCATATATTAAGTGACTATGTTATTGGTCAAGAACGTGCTAAAAAAGCACTTGCTGTAGCAGTTTACAATCACTACAAACGTATTAATTCCAATGAAACGAAAGAAGATGAAGTAGAACTTTCGAAAAGTAACATTTGTCTAATTGGTCCAACTGGTAGTGGTAAAACACTTCTTGCTCAAACATTAGCGCGAATTCTCAATGTTCCATTTGCTATTGCAGATGCGACTTCACTTACAGAAGCTGGTTACGTTGGGGAAGATGTAGAAAATATTCTTCTTAAACTGATTCAATCAGCAGATTACGATGTGGAAAAGGCCGAAAAAGGTATTATCTATATTGACGAAATTGACAAAGTTGCTCGCAAATCCGAAAACCCATCTATTACTAGAGACGTTTCCGGTGAAGGCGTACAACAAGCGCTACTGAAAATTTTGGAAGGTACTGTCGCAAGCGTTCCTCCTCAAGGCGGTAGAAAACATCCTCATCAAGAGTTAATTCAAATTGATACAGGAAATATTCTATTTATCGTTGGTGGAGCTTTTGATGGAATCGAACAAATCGTTAAAAATCGAATGGGTGAAAAAGTCATTGGCTTTGGCACAGATAATGCGAAACTAAAAGATGATGAAACTTATTTATCTCGCGTTGTTCCAGAAGATTTACTGAAATTCGGTTTAATTCCTGAATTTATCGGCCGTTTACCGGTTATAGCAACGCTTGAACAATTAGATGAAGCTGCGCTTGTTTCCATTTTGACAGAACCGAAGAATGCTTTAGTAAAACAATACAAACGTATGTTAGAGCTTGATGATGTAGAACTTGAATTCGAACCAACTGCTCTAATTGAAATTGCGAAAGAAGCGATTGAACGCAAAACCGGAGCGCGTGGTCTTCGTTCGATTATCGAACAGATTATGCTTGAAGTGATGTTCGAAATTCCTTCTCGTGATGACATTACGAAGTGTATAATTACTGAAAAAGCAGCTCGTGGTGAAGAAGAACCGCAACTGCAATTAGAAGATGGTTCTATTATTCCAATTAAAACATCTGCATGATTAGAATGCGCGTCGTAATTGGCGCGCATTTTTTCTATCAAACCAGCTTGTTTTACTGTAATATCTGACTTGTTTCGTGCTATACTTTATTAATATTAATTGGAGAGGATAAAAAGACATGAAAAGTGAAAACAAATTTTTTTCTGGGGCATTTGGATGGATAAAAATAATTCTCATCGCGCTTATACTTGCTTTTGGTATTCGCTATTTTTTAATTTCTCCAGTTACTGTTAATGGGAAATCAATGGACCCAACACTTCATGATGGGGAACATTTATTTATTAACAAGGTATCAGATCCGAAGCGTTTTGACATTATTGTATTTCCTGCGCCTGATGAGGAAAATGCAGAGTACATTAAACGCGTCATTGGCCTTCCAGGAGATAAAGTGGAGTACAAAGAAGATCAACTTTATATTAATGGAAAAAAATATGATGAACCTTATTTAGATTCAGAAAAAGAAGCTCTAAAAAACGGTTATTTAACCACTGATGCAGAAGGCGATCCTAATTTTACGATGGCAGACATTCCAAACTCTGACGGCTCTCTCACTGTCCCTAAAGGAGAACTTTTTGTTTTAGGAGATAATCGTCAAGTAAGTAAAGATAGTCGCTACATTGGCTTTATATCACAGGATACCGTGCTTGGAAAAGTAATTTCATTTGGAAAATCCTTAGAACGTTAATGTGACCCTACAGGAAGTCTAGGAGGAGACATAGATGACAGATCAATATGACAAAAAGCCCAAGAAAAAAAGCGGGGCGCACCAATTATTAAGCTGGGTGCTAGTTATCGTTGCAGCGCTTGCAATTGCACTTGTGATTCGTAACTTTGTAGTTGCACCAGTAAAAGTAGAAGGAACATCTATGGTTCCAACATATCAAGATGGCGATAGAATTTTCATTGAAAAAATTTCCAAGCCTGATCGTTTCGACATTATCGTGTTTGATGAACCTCCAATGATTGGTTCAGGAGAGCATTTCATCAAGCGAGTGATTGGTTTGCCGGGAGATAAAATAGCATTTAAAAACGGTGAATTATATTTAAATGGAAAACGAAAAGTAGAAAATTACTTGCCAGAAGGAACATTAACCCTTTGGAATCCAGATCCAACGCAAAAACCATACATAGCGGATTATACGCTGGAGGATATGACAGGCGAAAGTACTGTTCCGAAAGGGAAACTATTTGTACTTGGAGATAATCGCGGCGGGAGTTCAGATAGTCGCGTTTTCGGATTTATTGATGATTCCATGGTAAACGGTACAGTGATACAATTTGGAAAATAATGTGAAGTCCGTGAAGATACTTTTTCGCGGATTTCTCTATTAAATGAGCGTTTTTTCGTTTATAATAAGACTGTTAGTATAAAATAGGGCGGTGCGATTTTTTGAAGGAGAAGAATTTAAAACGGTTATGGTCATGGATTTGGGCGGCTGTTCTAGCAGTGTTAATAGCTGTTATAATCCGTTTTTATTTATTTGTCCCTATTCTCGTCGATGGGATATCAATGATGCCTACACTTCATAGCGATGACCGTGTAATTATAAATCGCTTCGGAAATGTAGATCGTTTCGATGTGATTGTTTTCCGAGAATCAGATGGAAAAGAATACATCAAGCGAGTGATCGGTTTGCCGGGTGATACAGTAGAATACAAAGAAGACCAACTTTACATCAATGGTAAAAAGTATAATGAACCATATTTGGATACTTACAAAGAAAAGTTAAAAGATGGCTATTTAACAGATGATTACAGTTCGAAAGATCAACTAGATGGTGGCAAAATTCCAAAAGATACTTATTTTGTTTTAGGTGACAATCGAAGAGCAAGCAAAGACAGTCGGATAATTGGGCCAATTCCATTTAGCAAGGTGTTAGGAACAACACCGATTTGTTACTGGCCGATTGAAGATGCCAAACTTATAGATTAGGAGTATATAATGACAATTCAGTGGTTTCCAGGTCATATGGCCAAAGCTCGCCGTGAGGTAACAGAAAAATTAAAACTAGTAGATGTGATTTTTGAATTGGTAGATGCGCGTATCCCGCTCTCTTCCTCTAATCCCATGCTAGAAGAAATTATCCACCAAAAAAGACGAGTGATTATTTTAAATAAAGCAGATACTGCCGATGAAAAAACAACAAAAGAATGGATTGACTACTTTGCTGAGAAAGGCTTGCCAGCAGTTGCTGTGAATGCTCAAGAAGGTAAAGGACTATTCAAAATAGAACAAGCCGCCGAAAAATTAATGGCTGAAAAATTCGACCGTTTAAGAAGTAAAGGTATGAAGCCAAGAGCAATTCGTGCGATGATTTTAGGTATTCCGAATGTTGGTAAATCAACATTAATCAATCGACTAGCGAAAAAAAATATTGCACGGACAGGTAATAAACCTGGTGTAACTAAAGCACAGCAATGGATTAAAGTGGGAAAAACATTAGAACTTCTGGATACACCAGGGATTCTTTGGCCTAAATTTGAAGATCAAGAAATTGGCTACAAATTAGCTCTTACTGGTGCAATTAAAGATGATTTACTACAAATGGAAGAAATCGCTGGTTACGGTTTGCGCTTTTTAGAAAAACATTATCCCGACAGACTTCAAAACTGGCTGAAAGTAGAGACAGTCTCTGAAGATCCTATCGAAACACTTGCTTTTATTGCTGAAAAAAGAGGGCTTCTAGATCGATACAATGATCCAGATTATTCTCGCGCAGCCGAAACGGTAGTTCGAGAAATTCGTCAGCAAAAGTTAGGGAGAATGTCGTTTGATTTCCCAAATTGGGAAGATGAAGTCGAATGAGCGATTCCATATCCGTTATCCGAGAAAAACTAAACCAAGTCACATCAGAACATGATCCCTTTTTTCGGAAATGCATGCAAGATGAGCGTAAAGGTGTAGAAAAACTTCTGGAAACTACAAGGAGAAAATGGGAAAAAGAAGCGCAATTACGGAACAAGCTTGAAGAAATGAAACAATATGAAACAGATTTATTCCAACAAGGATACAAGTATATCGCTGGAGTGGATGAAGTGGGACGTGGGCCTCTCGCAGGACCAGTTGTAGCAGCAGCCGTCATTTTACCAGCTGATTTTTCTGTTGTCGGAATAAATGATTCTAAACAATTGAGTGAAGCAAAACGTGATGCTTTGTTTGAAACGATAAAAAAAGAAGCAATTGCTATCGGAGTAGGGATTATAGAACATGATGTAATTGATCAAGTAAATATTTATGAGGCAACGAAACTTGCTATGCGTGAAGCGTTAGATCAATTAACACCAGAACCTGATTTTGTTCTAATAGATGCAATGCCACTAAGATATACCGAGGCAGAACTATCTCTTATCAAAGGGGATACAAAAAGCATTTCGATTGCTGCAGCGTCTATCATCGCAAAGGTAACAAGAGATAGATTAATGCAGATGTACGATGAAAAGTATCCCGGGTATGATTTTGCAAACAATATGGGCTACGGCACAAAAAAACATTTACTTGGTTTAGATACAATTGGTATATGTCCTATCCATCGTATAAGTTTTGCGCCTGTAAAAGAAGCAAAGTTGCATTTTGATAGTTTAAAATAACTAAATCATATAGAGAAAAACGTATTTTCAACATGGAAAATACGTTTTTTTATGCCGTTTTATAGGTTTTGGTCATTTTACAAAAAAGCTCAATGTTTGTACACTGGGAGTAACTATTAGGGAGGTGCAACAGATGGATTTTAAACAACGACATACATGGCTCAAAATTGCTTCTTGTAAGTCTATTTCTGCTAAAAAAAGAGCCAGCATTTGGCAAAAATTAACAGAATTCGACCAGTATGAAATGACAACACAAACATTTGCAGAATCTTTCTTTCCTGTGGATAAACTCGCACAGATTCTAATGGAGCTAGAGACAGCAGAAGCGTGCTTTTTTGATGATGTTACCTTAATATGGATTTTAGATGATGCCTATCCAGCGCTTTTAAGAGAAATTTATGAAGCGCCGCCAATTTTATTTTGTAAAGGAAATATTGATTTATTACAACAACAAGCAATTGCCATCGTTGGTACAAGGCAGATGAGTGAATATGGTAGGAAAGCTTGTATGAAAATTGCTAGTGAACTTGCTGAGAATAAGCTGACTATAGTTAGCGGGATGGCTATCGGAATCGACTCTACAGCCCATAGAGCCACTTTAAATAAACAAGGTGCAACGATTGCAGTACTAGGTTCAGGTGTCAACAAAGTTTATCCAAAGAAAAATGAACTTCTAGCGAAAGAAATTGTCAAAGAAGGTTTGTTATTAAGTGAGTATTTACCCGATGAAGAAGCGAAAAGATGGCATTTTCCAGAAAGAAATCGAATTATTAGCGGCTTGGCTATAGGAACAGTAATAATAGAAGCTGCCGAAAGAAGCGGTTCGTTGATTACTGCTGATATAGCTTTAGAACAAAACAGACAAGTTTTTGCTGTTCCAGGAAATATTTTTATTGATACATGGCAGGGGACGAACTATTTAATTCAAGAAGGTGCCAAGTTAGTTATGAATTCGAACAATATAATAGAAGAATTTATTCAAATTAAGCCATAAATATACTGAAATTATCTTTTTTAAGTGATTTGACTTGCATTTCCTGATTTTTTGAGATAAGTTTGCTAAAGAAAGCTGATATAAAACATCAAAAAATGGACTTTTTCATAAAAGCCATTGACAAACCCAGTAGGAAGGGCTAATATTTACTACTGAATTATGTGAACAATCAGCATTGAAAACTTATTGAACGCGAGGCTAAGACTGTAATAGGATTAAGACAACGAGTAAAGCCCGTGTATTGACCCAAATCAGGGAGGAATATAATAGATATGGCAGATTATTTAGTGATTGTAGAGTCACCTGCAAAAGCAAAAACAATTGAAAAGTATTTAGGTAAGAAATTTAAAGTGAAAGCCTCAATGGGACATGTTCGTGACTTACCTAAGAGTCAAATGGGTGTAGACACAGAGCATGACTACGAACCTCGTTATATTACGATTCGCGGAAAAGGCCCTGTTTTAAAAGAATTAAAACAAGCAGCCAAAAAAGCGAAAAAAGTCTATCTCGCAGCCGATCCAGACCGCGAAGGAGAAGCAATTGCATGGCACTTAGCCAATAGCCTAGAGTTAGATCAATCAGACAAACTACGTGTAGTATTTAACGAAATAACGAAGGAAGCAGTAAAAGAATCTTTCAAAACACCACGTAAAATTGACATGGATTTAGTCAATGCGCAACAAGCACGCAGAATTTTGGACCGTTTAGTTGGATATAATATCAGCCCTATTCTATGGAAAAAAGTGAAGAAAGGTTTGAGTGCGGGGCGTGTTCAGTCTATCGCACTTCGAATCATTATTGATAGAGAAAAAGAAATCAATAATTTCAAACCTGAAGAATACTGGACAATTGACGGTAACTTCCTTAAAGGGAAGAAAAAATTCCAAGCCAATTTTTATGGTGTAAATGGTAAAAAGAAAAAGCTTTCCACTGCAGATGATGTAAAAGAAGTAATGTCTGCAATAAAAGGAAAATCATTTGACGTAACAGATGTAACGAAAAAAGAAAGACTTAGAAATCCAGCTGCACCATTCACTACTTCAAGTTTGCAACAAGAAGCAGCTCGAAAACTAAATTATCGTACAAGAAAAACAATGATGCTTGCCCAACAATTGTATGAAGGAATTACACTTGGTAAACAAGGGACAGTCGGCTTAATTACGTATATGCGTACAGACTCCACTCGTATTGCCGATTCCGCTATACTAGAAGCAAGCAATTACATTAAAGAAACCTATGGACCCGAATTTTCTCGTAATCATAAACGTTCAGATAAAAATGCTAAAGGTGCTCAAGATGCCCATGAAGCAATCAGACCTACAAGTGCAATGAGAAGTCCTCAAGAAGTAAAAGAATTTTTAACACGGGACCAACTTCGCTTATATCGTTTGATTTGGGAAAGATTTATCGCGAGCCAAATGACGCCAGCAGTTCTTGATACAATGCGCGTTGACTTAGACAACAATGGCGTGAACTTCAGAGCAAATGGCTCTAAAATTAAATTCCACGGCTTCATGAAAGTCTATGTAGAAAGTAACGATGATAATACGGAAGAAAAAGAAAATATCTTACCAGATTTGAAAAAAGGAGATAAGGTACAGTCCGAATCACTCGAACAGCGACAACATTTCACACAGCCACCTCCACGTTACACAGAAGCTAGATTAGTAAAAACGCTCGAAGAAATTGGTATTGGTCGACCATCAACTTATTCGCCGACACTCGACACAATTCAGCGCAGAAATTATGTTTCTTTAACGAATAAACGCTTTATTCCAACTGAATTAGGTGAAATCGTTAATGAAATGATTGAAGAATATTTCCCAGAAATTTTAGATGTTAAATTCACTGCCAATATGGAAAGTGAGCTCGATGAAGTAGAGCACGGAGAAGTCGAATGGGTGAAAGTCATTGATGAATTTTATAAACGATTTGAACCAAATGTTATAAAAGCAGATGCAGAAATGGAAAAAATCGAGATTAAAGATGAACCAGCCGGAATTGACTGTGATCTTTGTGGAGCTCCAATGGTTTACAAAATGGGTAAATACGGTAAGTTCCTAGCTTGTAGCAGATTTCCTGATTGTCGTAATACGAAAGCAATCGTGAAAGAAATCGGCGTTACGTGTCCGAAATGTGAGAAAGGACATGTAATAGAAAGAAAAAGTAAGAAAAAGCGTATTTTTTACGGTTGTGATCGTTATCCAGATTGTGACTATGTATCATGGGATAAACCGGTCGAACGGGCTTGTCCGAAATGTGAGAAACGAGCATTAGTCGAGAAGAAATTGAAAAAAGGTGTACAAGTACAATGTACAAATTGTGATTACAAAGAATCAACCCAACAATAATCGGAAAATGGCAACACTTGGATCGTTCTTGTGTTGCCATTGTTGCGCGAGGAGGCGGACAAATGGAAAAGAGTGTTAATGTAATTGGAGCAGGTTTAGCAGGAAGTGAAGCAGCATGGCAGTTAGTAAAACGTGGGGTAAAGGTGGATTTATACGAAATGAGACCGGTAAAACAAACTCCGGCACATCATACAGATAAATTTGCAGAGCTAGTATGTACGAATTCCTTGCGAGCTAACGGTCTAACGAATGCTGTAGGAGTTATTAAAGAAGAAATGCGGATACTTGATTCTATTATCATTGAAGCCGCTGACAAAGCATCTGTACCAGCTGGAGGGGCACTTGCGGTTGATCGACATGAATTTTCTGGTTATATTACAGACAAGGTGAAAAATCATCCACTCGTAACAGTGCATACGGAAGAAGTAACTACTATTCCAGAAGGTCCAACAATTATTGCGACCGGTCCACTTACAAGTCCTGCGCTTGCTGATGAAATTAAACAATTAACAGGGGAAGAGTATCTTTACTTTTATGATGCAGCAGCACCAATAATTGAAAAAGATAGCATTGATATGGATAAAGTTTATTTGAAATCCCGCTATGATAAAGGAGAAGCTGCTTACTTAAACTGCCCGATGTCAGAAGAAGAATTCAATGCTTTTTATGAAGCATTAGTAACGGCTGAAACGGCTGCTTTAAAAGAATTTGAAAAAGAAGTGTTTTTCGAAGGATGTATGCCAATCGAAGTAATGGCAAAACGCGGAATTAAAACGATGTTATTTGGTCCATTAAAGCCCGTTGGTTTGGAAGATCCAAAAACTGGAAAAAGACCTTATGCTGTGTTGCAACTTAGACAAGATGATGCAGCGGGAACACTTTACAACATGGTAGGTTTCCAAACGCACCTTAAATGGGGTGAGCAAAAACGTGTTTTCGGAATGATTCCAGGACTTGAAAATGCTGAAATTGTACGTTATGGTGTAATGCACCGTAACACATTTATTAACTCACCAACTGTACTTGAACCAACTTACCAACTGAAAACACGCAATGATTTGTTCTTTGCTGGACAAATGACAGGTGTAGAGGGATATGTTGAATCCGCGGCTAGTGGACTTGCGGCGGGGATTAATGCGGCCAATTTTGTAGAGGAAAAAGAACTAGTGGTTTTCCCGGCAGAAACGGCGATTGGTAGTCTAGCCCATTACATTACGAGTGCTAGTAAAAAATCGTTCCAACCAATGAATGTTAATTTTGGACTCTTCCCAGAGCTTGAAACAAAAATTCGTGCAAAACAAGAACGTAATGAAAAATTAGCTGAAAGAGCGCTAAATGCAATAAAAAGGGTTGCAGAAGAACTATAAAAACACTATAATAATTGAGGACTATTCTTTGCTGTTCTTTTCATCACGATGGCTACTTTGGTATTTCAAGAGAGTTGATAGTGGTGGAAAGACAGTTTTTCTTTCCGATAAATGGTCTAGACAGATTTTGTTAATAAATGTTGGTTTTTTCACAAAAGTTAAGTGTTTTATTTAAATTGATTGTAAATGCAGATTAATTCAAAAAGTTGCGAAAAATGTATAAAATTATTGCAACGTGGATATTGATATGTTAACATGATAGTGTTTGAGAGGTGTATACGTATGATACAAGAGGGGAAGTTAGAGCAACAGTTCTTTGACTATCTTCACTCAGAACGTAATTATTCAGTGAACACTAGTACAGCTTATGAAAATGATTTACTTGATTTTCGCCGCTTTTTAAATGAACAAGCTATTACCACATATCAGCAAGTTACTTTTCTAGATGTGCGTATTTATTTGACGGAATTAAAGCAAAAATCTTTTTCTCGTACAACCGTAGCTAGAAAAATTTCAAGTTTACGGAGTTTTTACACTTTTCTTTTAAGAGAGAATGTTATTAACGAAAATCCGTTTACTTACGTATCACATGCGAAAAATCAGTTAAGGCTTCCCAAATTTTTCTATTCAGAAGAAATGGAAGCTTTGTTTCAAGTGGTCTATGAAGATAATGAAACGCTTACATTGCGAGATAGAGTGCTTTTAGAGGTGTTATATGGTACGGGAATTCGGGTGAGTGAATGTGCTGGAATACTGTTGCCTGACTTAGATACATCTTATCAAGCCATCCTCATACGCGGAAAAGGGAATAAAGAACGATATGTGCCATTCGGGGTGTATGCAGAAGATGCGATTACAGATTATTTGCCAGAACGTGCCAATCTTATGTCTCGCTATAAAAAGTCACATGATGCTTTACTTGTGAATCATTACGGTGATCCTTTGACGACCAGGGGCATTAGGTATTGCTTGTCGAAAATAATTAGTAAAGCTTCATTAACTCGGAAAATTCATCCGCATATGTTACGCCACACGTTTGCAACAGACTTACTTAATAACGGGGCGGATATGCGGACGGTACAAGAGTTACTTGGGCACGCTAGCTTATCATCCACCCAGATCTATACGCACGTGACAAAAGAGCATTTAAAGTCTACTTATATGAAACATCATCCTAGGGCTTAAATTTGGAGGAGGTTAAAGAAATGGAATTGCACGCTACAACGATATTTGCGGTTCAACATGACGGAAAAGCAGCGATGGCTGGAGACGGTCAAGTGACGCTTGGTGAATCGGTCGTAATGAAACATACCGCCAAAAAAGTTCGCCGTCTTTTTCATGATAAAGTAATTGCTGGATTTGCAGGTTCAGTCGCAGATGCTTTTACTTTATTTGAAAAATTTGAAGCGAAATTGAATGAATATAATGGTAACTTAGAAAGAGCATCAGTCGAACTTGCTCAACAATGGCGCAGTGACAGTGTTTTAAGAAAATTAGAAGCTATGCTAATCGTGATGGACAAAGATACACTACTTTTAGTTTCAGGGACAGGAGAAGTTATTGAACCAGACGATGGTATTTTAGCTATCGGTTCTGGAGGTAATTATGCGCTAGCCGCTGGGCGAGCACTTAAAAGACATAATGGTGGTCAAATGGAAGCAAAGGATATCGCTCGTCATGCGCTAGAAATCGCTTCTGAAATTTGTGTGTTTACAAATGATCATATTACAGTAGAAGAGCTTTGAAGGAGTGGTTAATTTGACAAATATAACGTTAATGAACCAGTTGACACCAAAGCAAATTGTTGAAAAACTGGATCAATATATTATTGGACAAACCGGAGCGAAGAAATCAGTTGCAGTAGCACTAAGAAATCGTTACCGTAGACAACTAATGGATGAATCAATCCGTGATGAAATTATTCCGAAAAACATTCTGATGATTGGACCAACAGGTGTTGGTAAAACAGAAATAGCACGTCGAATTGCCAAAATTGTTCGTGCTCCTTTTTCCAAAGTAGAGGCTACTAAATTCACGGAAGTTGGCTATGTCGGTCGCGATGTAGAATCAATGGTTCGTGACTTAGTGGAGGTATCTGTTCGTTTAGTAAAAGAAGAAAAAATGCAATTAGTTCGTGTTAAAGCAGAAAAAAATGCAGAGAAACGTCTGATTAAACTTTTAGCGCCAAGCCAAAAGAAAAAACAAACAACATCGCAAAATCCGTTAGAAGCGCTTTTCGGCGGCATGAATCAACCAGATGAATCTCCTGAGGAAGAAGTAGATCAAGAATTAAAGAATAAACGTAGCCAAATTGAATGGCGTCTACAAAACGGCGAGCTTGATGATGAAATAGTAACAGTAGAAGTAAAAGAACAGCAAAATCCAATGCTTGATATGATGCGCGGCGCTGGAATGGACCAAATGAATGGTATGCAGGATGCGCTTTCGGGCATGTTCCCAGCGAAAAAGAAAAAACGCAAAGTAACCGTACGTGAAGCGAAGAAAATTCTTTTTGAAGATGAAGCATCAAAATTAATTGATGCAGATGAACTTGCAGCAGAGGGCATTCATCGTGCGGAACAAATGGGTATGATTTTTATCGATGAAATTGATAAAATTGCTAGTAAAGAAGGCGGCGGAAATGCACAAGTTTCGCGGGAAGGCGTCCAAAGAGACATTCTTCCAATCGTGGAGGGGTCGCAAATTTCTACTAAATATGGTACAGTCAACACGGAGTACATTTTATTTATCGCAGCAGGGGCTTTCCATATGTCTAAACCAAGCGATTTAATTCCAGAGCTTCAAGGCCGGTTCCCAATTAGAATTGAGCTGGATAAATTAACTCAAGAAGATTTCTACAAAATCTTAACAGAACCAGACAATGCACTAATTAAACAATACAAAGCTTTACTGAAAACAGAAGGAATTGACTTGATTTTCACCAAAGAAGCCGTAGAAAGAATTGCCGAGATTGCATTCCAAGTTAATCAAGATTCAGATAATATCGGAGCAAGAAGACTTCATACCATTTTAGAAAAATTACTAGAAGATTTACTATTTGAAGCACCAGAAATCAATATGGAATCTATTAAAGTAACAGAAAACTATGTTAATGAAAAACTTGCACCAATTATGCAGAATAAAGATTTAACACAATTTATTTTATAAAATACTAGGAGGATCTAATAATGACTTTATTAGAAAAAACAAGAAAAATTAATGCTATGTTACAAAATGCTGCAGGAAAAACAGTAAACTTCAAAGAAATGGCAGATACACTTACAGACGTCATTGAAGCAAACACATATATCGTAAGCCGTAAAGGTAAATTACTTGGCTATTCTGAAGCACTTCCAATCGAAAATGATCGTATGAAACAAATGCTAACAGAACGCCAATTTCCAGAAGAATATACGCAAAGCCTTTTCAATGTAGGCGAAACTTCTTCTAACTTAGAAGTATCAAGCCAATATACTGCTTTTCCAATCGAAAACAGTGAATTATTCACAAAAGGTTTAACAACTATCGTACCTATCGTAGGTGGTGGTGAGCGTCTTGGAACACTTATCCTATCTCGCTTAGAAAGCAATTTCACTGATGATGATTTACTTTTAGCGGAATATGGTGGAACAGTTGTTGGAATGGAAATCTTGCATGAAAAAGCAGAAGAAATTGAAGAAGAAGCTCGTAGCCGTGCCGTTGTGCAAATGGCGATTAGCTCTCTTTCTTACAGTGAGTTAGAAGCTATTGAGCATATTTTCGATGAGTTGAATGGTAAAGAAGGTCTTCTTGTTGCCTCTAAAATCGCGGACCGTGTCGGCATTACACGTTCTGTAATCGTAAATGCACTTCGTAAATTAGAAAGTGCAGGCGTTATTGATTCTCGCTCACTAGGAATGAAAGGTACATTTATCCGTGTACTTAATGATAAATTCCTTGTAGAACTAGAAAAATTGAAAAACAACTAAAAAAAGTAGAAAAGCTTTCTCTGAAAATATTCGGGGAGAGCTTTTTTTGGTTTGCTTTGGTAAAATAAGAAAGTAGAACTTGTGTGACTGGAGGAATTTAGAATGGAAATCGCTGAAACAACCATTGAAGTACGCTATGCAGAAACCGATCAAATGGGCGTTGTTTATCATAACAATTACCTTGTATGGATGGAAATCGGCCGAACAAGATTAATTGAAAAATTAGGTTTTCGTTATTTTGATATGGAAGAGGCTGGTTATCTTTCTCCGGTATTAGATGTGCATATTCATTACGGAAAACCACTGCGTTACGGACAGAAGGCAGTTGTAAAAACATGGATAAAAGGGTATGATGGACTTCGTGTTACTTATGGTTATGAAATTTGCTATGAAGATACGAATGAAGTAGCCATTACAGGAGAAACACAGCATGTATGTGTAACGAAAGAAGATTTCCGCCCTGTATCGTTAAGAAGAACATTTCCGAATTGGCATGAAGCCTATCTAAAAGCTTTAGAATAAATAAGACTGGTAGTGATAAAAAATGGCTTTTGGTGTAAAACGTGATGAAATGGAGTTATGGAAAGAAAAAGCAGCCCGTGGAGAGATTGCAATTATCACCCATTATTGGCTAGATGATCGCTTTCCTGAATCAAAAACTGTAACCAAAGTTGCATGTGTAGATTTGAAAAAACTACAACAATGGGGGAAACAATATGGTTTAGCCCCAGATTGGATTGATAACCGTCGAAAAAACTTTCCGCATTATGATTTGTTTGGCGAGATGCAACTCGTTGTACTGAAAAAAGAAAAAGCCTTTGAACAAATCGAGCGGTTTCATTTGGAGGAGAAATAACAATGATTAAACTGGAAAATGAAGTATTGCTTGTAGAAATGAAAACAGCTGGAGCAGAATTAACGCGAATCTTCCATAAAGATACCGGACTTGAGTATTTATGGAATGCTGATAGCAAGTTTTGGGGGCGTCATTCACCTGTTCTATTTCCAACAGTTGGAAGGCTTGTAGAAGATACTTACTTAGTCGATGGAAAGCCGTACCACTTAGGGCAACACGGGTTTGCCCGTGACCGTGATTTTCAAGTAATCGAGCAAACAGAAAAATCGGTACGTTTTGAGTTGGATGCAGACGAAGATTCATTAGCAGTTTATCCCTACAAATTTAAACTATCGATTATTTATACAATAGAAAAAAATACGGTAGCTGTTTCCTACGAAGTTGAAAATACGGATAACAAGCGAATTTATTTCTCTATTGGTGCGCACCCAGCTTTTAATTTACCATTAACAGACGGGACGACATTTGAAGATTATTATTTGGATTTCGGAACAGAAGAGAATTTAGAAACACTTTGTTTAGAAGGGCCATACCGCAGTGGCGAAATTAAGAAGGTTGTCGATAAACCAGCACAATACTTACCACTGAGCTATGATTTATTTAAAAACGATGCACTTATTTTTGAAGCACTAAAACAAAAAGAAATGACCATCAAATCAGATAAAACACCTCATTTTGTAAAAGTATCTTTCCCAGAATTCCCATTTGTAGGTGTTTGGACGGCAAAACCGGGGACCCCTTTCTTATGTATTGAACCGTGGTACGGAATTGCAGATGGTGCTGGAGAATCTGTTGAACTGCGAGATAAAGCGGGAATAGAGCATTTAGAGCCAGAAGCTGTCTTTGCTTCCGAATATGAAATTACAGTAGGTTAAAACGAAAACCCAGAAGAGCGAAATGCATCTTCTGGGTTTTATTACATCCATTTTATTTTGGGTTCTTCGCCGTTACGAATCCGAGTGATATTTGCTCGGTGACGCCAGATGACAAAGAGTGCGATACAAGCAACAAGAATAATTAAAATCCAGTCTCCCATGAAAAGAGAAATAATTAACGCTGCAAGTGCTCCAATCATCGAGCTGAGCGATACATATTTGCTAAGTTTAAGTGTAACTAAGAAGACTACAAGTGCGGCTACAAAGAGTAATGGTGCATAGGCAAGGATGACACCTGCCGAAGTAGCAACTGCTTTTCCGCCTCTAAATCCTGCGAAAAGCGGGAAACTATGCCCAATAATAGCAAATGCTCCAGTTAGCAACCAAAAATGATGGTCTACATTCAATTGAAAGAAAAATGGAAGCAACGTTGCGACAGTCCCTTTTAAAATGTCCATCACTGTCACGATACTACCGGCTTTGATTCCGAGAACCCGGAATGAATTCGTCGCGCCTAAATTACCGCTACCGAAATCGCGAATATCCTTTTTGTAAAAAATTTTGCCAATCCATAAACCAGACGGTATCGAACCAATCACATAGGCTAATAAAGAAAGCAGAATTAAATTAATTGTCATTTTTAAACCCCTCAAGAAGAAATGATGTTTTCCATAAAGAATTATAGCACAAAATGAAGAAGATTGGCTAAATTGTTAGGACAAATCACGATGAAAAGTTGAAAAAACCGCAAAAATAGCTTATGATTAGAAAGAATAGTAGGAGGGCGATTAGACTAATGCAAAATCCAACAAAAGAAGAAATCCAGCAAATCTTAAAGAAGGCAAAAGTAATCGCAGTCGTTGGTTTGAGTGATAAACCAGACCGCACAAGTTACCGAGTGAGTCAAATAATGCAGCAAGCTGGGTACAAAATTATACCAGTGAACCCTAATGCAGACGAAATTCTTGGCGAAAAAGCCGTCAAGCGTTTAACGGATATCGAGGAACATGTGGATATTGTGAATGTCTTTCGTCGCTCAGAGTTTTTACCTGAAATAGCGGAGGCTTTTGACCAAATAGATGCAGATGTATTTTGGGCACAGCTTGGCATAGCTAATCAGGAAGCATTTGATTTTTTGACAGAAAAAGGATATCCTACTGTCATGGATTATTGCATTAAGGTTGCTTATCAAGAAATGGATTAATTAAACACCATTTTTGAAGGAAGCAGGTTCTTATAGCAGAGCCTGTTTTTTTATGAAAAGGAATTTGTCACTAAACTATCACTTTATTAATCAGCTAGTTAATGCTATTCTGATAAAGTGGTTTTAAGCGAATAACAACGTGAAAGTTGTAGATTGACGGAATGAAGGGAGTTTTGAAATATGAATCGGAATGAGTATAATGATGATTCTATTCAGGTGCTTGAAGGACTGGAAGCGGTCCGGAAACGCCCAGCGATGTATATCGGTTCAACAGATGTACGCGGGCTGCACCATTTAGTATATGAAATAGTGGACAACTCGGTCGATGAGACCCTTGCAGGTTTTGGTAAGAAAATTGTTGTGACACTTCACGTGGATGGCAGTGTTAGTGTTAGCGATGAAGGTCGTGGGATGCCTGTTGGGATGCACAAAACAGGTAAGTCTACGGTAGAAGTTATTTTAACTGTTCTTCACGCCGGTGGTAAGTTCGGCCAAGAAGGCGGATATAAAACAAGTGGTGGGCTTCACGGTGTTGGTTCATCCGTTGTAAATGCGCTCTCTGAATGGTTAGTAGTTACAATTAATCGTGACGGCGCAACCTACCAACAAAAATTTAAAGACGGCGGAAAGCCAGATGGAACACTGAAAAAAATCGGAAAATCAAAAGCTACTGGGACAACGATTCGCTTTAAGCCAGATCCAGCAATTTTTCCAACGACTTCATTTAACTATGAAACCTTATCAGAACGTCTAAGAGAATCAGCATTTCTTTTAAAAGGGATGTTAATTGAATTAATTGATGAACGAGTTGGCATGGCAGAGGCTTTCCACTTTGAAGAAGGTGTGAAAAACTTTGTTGAATATATTAATGAAGGTAAAGATGTGCTTCATCCTGTAGCTAGCTTTGAAGGGGAAAATGCGACCATTGAAGTAGAAATGGCGTTCCAATTCAATGATGGTTATTCTGAAAATATCTTGAGTTTCGTTAATAACGTTCGAACTCGCGGAGCAGGCTCGCATGAATCTGGAATGAAAGCGGCAATGACGCGGATTTTCAATGATTATGCTCGTCGTGTGAATCTTTTAAAAGAAAAAGATAAAAACCTTGAAGGTAGCGATATTCGTGAAGGTTTATCAGCTGTACTTTCTATCCGTGTTCCAGAAAAAATCCTTCAATTCGAAGGTCAAACGAAAGAAAAACTAGGGACGCAGGAAGCTCGTCAGGCGGTTGATGCAGTTGTAGCAGAACATTTAGCTTACTTCCTTGCCGAAAACCCAGAAACAAGCTCTCTTCTAGTTAAAAAGGCTGTTAAAGCCCGCGAAGCAAGAGAAGCTGCCAGAAAAGCGCGCGAAGAAACACGTAACGGCAAGAAAAAGAAACGTTCCGAAACACTTCTTTCTGGAAAATTAACACCGGCACAATCGCGAAATCCTAATAAAAATGAACTTTACCTAGTCGAAGGTGACTCGGCGGGGGGATCAGCTAAACAAGGTCGTGACCGTCGTTTCCAAGCAATTTTGCCACTTCGAGGAAAAGTAATCAATACAGAAAAAGCCAAACTACAAGATATCTTGAAAAATGAAGAAATTAGTACGATTATCCATACAGTTGGTGCGGGAGTTGGTACGGAGTTCGATGTAGAAGATTGTAACTATGACAAAGTAGTTATCATGACCGATGCCGATACCGATGGCGCACACATTCAAGTATTACTATTAACCTTTTTCTATCGTTATATGCGCCCACTAGTGGAAGCAGGTAAAGTATTTATTGCCTTACCACCACTTTACAAAGTAAGCCGTGGTTCTGGTAAAAAAGAAGTAATCGAATATGCTTGGACAGATGAAGAATTAGACTCTGCCATCCAAAAAATTGGTAAAGGCTACATGATTCAACGATACAAAGGTCTTGGTGAGATGAATGCTGACCAACTTTGGGAAACAACGATGAATCCTGATACGCGCACGTTAATTCGTGTACGGGTAGATGATTCTGCACGCGCTGAACGCCGCGTGGCCACACTGATGGGCGACAAAGTAGAACCAAGACGACAATGGATTGAAAAGCATGTCGAGTTTTCTATGGAAGATAGCCAAAATATTTTAGAAAATGAAAACATGATGGTTGAGGAGGCGAAAGACATTTGAGTAATCCAGAACAACATATCCAAGACTTAGCGCTAGAAGAAGTTATGGGCGACCGTTTTGGTAGATATAGTAAATATATTATTCAAGAACGTGCGCTTCCAGATGTTCGTGACGGACTGAAACCTGTACAACGTCGTATTTTATTCGCGATGAATGTCGAAGGAAATACTGCTGAGAAAGGTTTCCGTAAATCTGCTAAAACGGTCGGAAACGTTATTGGTAACTACCATCCACATGGTGACTCTTCAGTTTACGAAGCAATGGTACGGATGAGTCAAGACTGGAAAGTACGTAATATGCTGATTGAAATGCATGGTAATAACGGCAGTGTCGACGGGGATCCGCCTGCAGCAATGCGTTATACAGAAGCTCGCCTTTCTCCTATATCAGCAGAACTTTTACGCGATATTGAAAAGGAAACAGTTGACTTTATTCCTAACTTTGATGACACATCTAGTGAGCCAACTGTTTTACCAGCACGTTTTCCAAACCTTTTAGTGAATGGTTCTACCGGTATCTCCGCTGGTTATGCAACAGATATTCCGCCGCATAATTTAACAGAGATCATCGAAGCTGTTATTAAACGATTAGATAACCCACTTTCCACAACGGATGATATTATGAAAATTGTCAAAGGTCCAGATTTCCCAACAGGTGGGATTATTCAAGGGATTGATGGTATTCGAAAAGCTTATCAAACTGGAAAAGGACGCGTTGTCGTTCGTTCTAAAACAGAAATTGAAGATATTCGTGGCGGTAGAAAACAAATTACAATTCATGAAATTCCATATGAAGTAAATAAAGCTAATTTAGTTAAACGCATGGATGAACTTCGAATTGAGAAAAAAATTGAAGGTATTTCAGAAGTACGTGATGAAACCGACCGCACAGGACTTCGTATTGCTGTTGAACTAAAAAAAGATGCCAATGCTGAAGGTGTTTTGAACTACCTGTTTAAAAATACAGATTTACAAGTAAGCTATAATTTTAACATGGTTGCTATTAATAAAAAACGTCCGGAGCTAATGGGCATTATCCCAATGCTTGACGCTTATATTGAACACCAAAAAGAAATTATTACGAAGCGCTCTGAATACGATATTCGTAAAGCGCGCGCTCGCCAACATATTTTAGAAGGTTTAATTAAAGCTTTGTCTATTTTAGATGAAGTCATTAAATTAATTCGTGGTTCAAAAGACAAACGCGATGCAAAACTAAATCTTCAAACAAAATATGATTTCAGCGAAAAACAAGCAGAAGCAATTGTATCTTTACAACTTTATCGTTTAACAAATACAGATATACATGAACTTCAAAGTGAAGCAAAATCCTTAGCAGAACAAATTAGTGTTCTTGAAAAAATCCTAGGTGATGAAGCAGAGCTTATCGCTGTGTTAAAAGAAGAGCTAGCGGAAATTAAGAAAAAATATAAAACTGCTCGCCGTACAGAAGTGCAAGCAGAAATTACAGAAATCAAAATCGATACAGAAGTACTTGTTGCGAATGAAGATGTGATTGTTTCTGTGACAAAAGAAGGCTATGTGAAACGTACGAGCCAACGTTCTTATGCAGCATCAAACGGTGCGGAACTAGCCATGAAAGAAGCAGACCATGCCATCTTTATCCAAAAAATGAATTCACTTGATTCGCTCCTGTTATTCACGAGCAAAGGGAATTTCATTTATCGACCAGTACATGAGTTGCCAGATATTCGCTGGAAAAACCTCGGAGATCACGTAAGTCACTTGGCCAGTGATTTATCGGCAGGTGAAGAAATCCGTTCTGCTATTGCAATTCAAGCCTTTACGGAAGAAAAACGCTTTTTATTCGTTACTAAAAACGGCATGACCAAGCAATCAGCTATTACGAATTACAAACCACAACGCTATTCTAAATCCATGATGGCAATTAAATTAAAAGGTGACGATGAGCTGTTAAATGTTCATTTGATTGATGGCACAGAAGATATTTTCTTAGCAACAAAAAATGGTTACGGCCTTCGTTATTCTATTACTGAAATTCCAGAATCAGGTGCAAGAACAGCGGGTGTAAAAGCGATTAACTTAAAACAAGATGATATAGTTATTGGCGGTATAGTCCTTATGCCGAACGAACAAAAACATATTCTTCTTGCCACACAACGTGGCTCACTCAAACAAATGAAAGCAAGCGAATTTGAACCAATCTCAAGAGCGAAACGTGGCTTATTGATGTTACGCGAACTGAAAAGCAATCCACATCGCTTCATTGGTATAACTCTTGCTGATAATAACGACCACCTATTTATCGAAACAAACACAGACCAAATTGTTGAAATAGACGTTGCCAATCTACGAATAACGGATCGCTATTCTAACGGATCCTTCGTACTCGATGAAACAATGGAAGGCGAACCAACTTCTATTTGGCTAGCAATACCCGAAATAAAAGATACCTCAGATGCAAAAGATGAATAAGGAAGAAAAAGAGTTCTTGTATAGAAATATGCAAGGATTCTTTTTTTTGATATAATAACAAAGAATAAGAGGAGGGATACGCATGGCAGAAAAAATGAATGTAGAAAGTTTTAATTTGGACCATACGAAAGTAAAAGCACCTTTTGTGAGACTGGCGGGAACGAAAGTGGGCGTCCATGGAGATGAAATATACAAATATGATGTTCGCTTCAAACAACCTAATAAAGAACATATGGAAATGCCAGCGCTACACTCTTTAGAACATTTGATGGCAGAACTTGCAAGAAATCATACTGACAAATTAGTAGACATTAGTCCAATGGGATGCCAAACTGGCTTTTATGTTTCCTTCATTAATCATAGCGACTATGATGATGCACTAGAAATCATCGCCACAACACTAACGGATGTTTTAGCTGCGACAGAAGTTCCTGCATGCAATGAAGTCCAATGCGGTTGGGCAGCAAGCCATAGTTTAGAAGGTGCAAAAGCGCTTGCGGCGGAATTTTTAGACAAACGAGACGAATGGAAAAATGTATTTGGTGAATAAAAATGAAAGCATCTATCGGAATATCGGTAGATGCTTTTTATAAATAACATATTTTTATCAAAATTAATAACGAATTTAAATGTCGTATGGAATACTAACGGAGACTTGCCATGCAATCACTTGTATTTTTTGTGATTTGCCCAGATCAGTCTATCTGATTCTAATGTTCTGGAGATACAGCCATCTCTGTTTTGAAAACTAGTATAGTCAAATCAACGCAAACAGAAAAATTAGTACCAACAACTATCGCAGTGGTAGGATTCATAGTTATTATAATTATTCGTAAAAATAAATAAAAAACTATCTACTCAAAATTCTCGAGTGGATAGTTTTTTATCTATAAAATAGCTTATAAAAAAATTATGATTTCATTTCGACAAAAATTCGACAAAAATAGCCTTTTTTTTTACTAGTTTAAATGCCAAATAAAAACCGCATAAAATCAGGAGATGTGAATAGAAAAATCCTAAAAAGATACTAAATTTTGCTTTTTCAACCATTTTTGTACACATTTTGTCTATTGGTCTCATATGCTGAGGAGACTATAATTACATCATAAAGTTTCTTTTAAGGATACCTCTTAAAATTTACTAGGCGAATATAACAGAGTGGAGATGGTAATAACTTATGTCAGTAAAATCAAATATCGTAAAAATTGGGGTATGCTTTGCAGTACTCGCTGTCCCCGTATCGCAAACAACATTCCCGGTATTTGCTGCAGAGCAAACTGGATTAAAAGCAAGTCAGGATAATGTGAACATTCCAGATTCAACATTTAAAGCGTACTTAAATGGATTATTAGGACAATCGAGTACAGCGAATATTACTGAAGCACAAATGAATTCATTAACATATATTACTTTAGCGAATATAAATGTTACTGATTTGACAGGTATTGAATATGCCCATAATATAAAAGATTTAACCATAAATAATATTCATGCAACAAACTATAATCCAATAAGCGGGTTGAGTAATCTTGAACGATTAAGAATTATGGGAAAAGATGTTACATCCGATAAAATTCCAAATTTAAGTGGGCTGACGAGTTTAACTCTACTGGATATTTCGCACAGTGCACATGATGATTCTATTTTAACTAAAATAAACACACTTCCTAAAGTAAATAGTATTGACCTTAGTTATAATGGTGCAATAACGGATATCATGCCACTTAAAACATTGCCAGAACTTAAGAGCTTAAATATTCAATTTGACGGAGTACATGATTATCGAGGTATAGAAGATTTCCCTAAATTGAATCAACTGTATGCATTTTCCCAAACTATAGGGGGTAAAAAACTAATTAACTCCGATATTAAAGGTAGTGCATTAACTTATAATGCAGAAAAGCAAACATTATACGTCCCATTCAGCTTGATGACGGAACGAACAGTTAATTATGATGGCTATGTACCAGATTTCGTAAAATCAACTGCAGGCAGCGACACTTACTTTGCAATGAATGAGAAACAAGTAAATGGCAATCGCCTAACAATTACGAGTGATGGCTTAACAGTAAGTGATGTAAGTAAAGCAGATTTTGATAATCTTGAAAAAATGGAGTACAACGCGAAAATCGATTTGAGTTCTCAAACTTATAATATTCCTGATCAGTTTAAAAATGGTGGGGCGTACAATATATCTGTACCTATCTATGATCATTACTTCACTGTCGACCATTCTGTAAACATCTCAGCTGACAGTGGAAAAACATATATAGAAAATCAACCAGTGACAGAAGCAGAATTTTTAGCAGATATTCATGCAAAAACAGATGACGGATCAACTGTTACAAGTGATTTCGCTGATAAAGTAGATTTCAAGACTCCTGGAACGTACACAGTTACTTTACAATCTGAGAATAATTCTGGATTAAAGGCAGCCCCAGTTCAAGTAAACGTAACAATTAAAGAGAAGACAGCGATTACGGCAGATGAAAAAATCACTTATAAGGTGGATACATCTAAAACAGAAGCAGAATTTTTAGCAGACATCAAAGCGAAAACAAATGATGGAACAGCGATTACAAGTGATTTTGCGACTGTTGTTGATCTTTCCAAACCAGGAAAATATGTCGTTACACTAAACGCAGAAAATGATTTACAAAAAGCTTTGCCAGTGCAAGTGACGGTTATTGTTGAAAAAGAAACACCAATACCAGACCCAACGCCAAATCCAACACCAGATCCGACGCCAAATCCAACACCAACACCAGATCCAACACCGGACCCAAGCCCAACACCTAATCCGGTTATCAAACCAAACGTCAATAAACCAGAAGTGCCAAGTCACAAAATTCCATCTTTAACTGTAAATGAGAAAAAAGCTAAAGCAGAAACAAGCAAAGAGGCTTTACCTAAAACAGGGGATTCCTTGCCTGTAGCAGGTGCAACAGTAGGATTTTTACTAATTAGCTTAAGCTGGTTTGTTTCTAGGAAAAAATAAAAATAACTATCCGCCCAATTAAGGGCGGATAGTTATTTATTCATGACGCTAGTTAACATGGCGACATAAGCTTGAGCACCAGATTTAGTTAAATGAACACCATCTGGAGCAAAGTACTGAGATTGACCACTAGATCTTGAATACCAATCAACAACAGTTACATTAGGTCGTGATGAAGCATTGGCAATACTTTTATTTACATCAGACTGCCAACCACGAGGAACCCGCGTATTAACTAAATAAATCGTTGCTTTGTCAAATTGATCTAATAAATCATTTAATTGCTCTTCTGTGAAGGGACCATTTGTACCAAGTTCAAGAATAACGGAGCTATTTTCGCTGTTGAATTTCTTATAGCCAGTAGCGGTTGTAATAGCATCTCTTAATTGACGTCCAACTAGACCATCAATTGTGATATTAGGAACGGCTTCTTTCAAGTATGGTTCAATATCAAGCATGACTGAATCACCAATCGCCACTGTTTGTGTAATCATTGTTTTTGGCGTGGCGGCTGTTTTATTTTTGTTGTCTGGCACTTGTGTTTGGTTTTGTCCGTTAGCTTTATTTGCGTCCGTTTCTTTGGAGTCTTCTTTTTCTTTAGTAGCTTTATCTTCTTTGTCTTTTTTATCATCTTTCTTCTCGTCTGGTGTAGAGGTGGTTGTTTTAACAGACGTTTGTTGTTTTTCTGCATTGGTATTGACGGAAAGAACGTTTGACATACCAAGTGTAAATATTGCTAAAACAGCAACAACACCAGCGATACTCAACCATTTACCAACAGGTTTATTTTTCCAAATGAAATAGTTTTTATCTTTGAAGCCTTTAAAATAATTGATAAAACCATTTTTTCGAATGGGAGTTTCAATAAAGCGGAACGATAACTCAGCAATAATAAAAGTAGCGGCAACTTGTAGGATAGCTCGCCATATATTAGGTTGAGTAATTTCTAGTACAGGTGTTGTCAACGTTATAATTGGATAATGCCATAAGTAAATACCGTAAGACCTTGTTCCAATCCATCTAAGTGGTTTAAAACTGAAAATCTTGCTTAGATAAGAGGCGGGATGTGAGATAGTTGCAATCATGATAACGCCGAGAATTGCAACGAATAACAAGCCACCGCGATATAAGAAAGGTTGATATTCACTTACAAAAGCTGTGAATAGAATAAAACATAAAATACTGATTGTTCCTGCAATATTGAGAACTGACTTACTTTTCCTTGGAACTACAGGACTAAGGCGATTGAAAGGCCAGACAAATGCAAGTGCACAACCTGCTAGCAAATCAAATGCTCTCGTATCCGTACCGTAATAAACACGACTTGGATCTGTCCCAGGAACGTACAAAATCGTCATCCAAACTGCGGAGAGAAGGCCAAGGCCAATGACGATTTTTAATAATAGTTTTGGATTTTTTACCCATTTGAGAAATACCAGTAAAAAAGCGGGCCATATTAAATAAAATTGTTCTTCAATGGCTAGTGACCATAAGTTTTTAAGTGGTGATGGAAGTCCAAATGAATCAAAATAAGAAACATTGTGGAAAATAAACCACCAGTTACTTACATAAAAGAAAGAAGCAATTGCATCGCCGCGTAAGTTTTTTAAAATTTCTGGATGGAAGAAGACGGCATAGATGACAACGACTACAATCATTACATAAACAGCAGGAATGAGTCGCCGAAAACGTCTAATCCAAAATTGCTTTAATTGAAGTGATTGATTTTTTTCCCATTGTGTTAATAAAATATTTGTAATTAAGTAACCAGATAAGACGAAAAATATGTCTACGCCGATGAATCCACCTTTAGCCCAGCTAAAATTCAAGTGGTAGGCGATTACAGCAATAACTGCGAGTGCTCGAAGTCCATCAATACTCGGAACATATTTTCTACTGTAGCGAGTAGTCCTTTTCAAAATAACATCTCCTATTTGTGATAAGTAAATATGTGTGTGTAAACCTAGACAGAGATAGTAAAGAGATCTGTTTTTAGCTCCATACTATAATACCACACATAAATCAAGAAGTAATTTAAAATGCTGAATTAATTGATAGATTTTAAAAATTTGAGTATATTTGCTTATTTTTGTTATAGTAAATATAAGTAAATAGTTTGGGGGGAAGCATTTTGACGGAAATTTTTGCCCATCGAGGCAGTAGTGGGACGCATCCAGAAAATACACTACCAGCTATGAAAGCAGCGATTTTATCCGGTGCGGATGGTATCGAGTTAGACATTCATGTTTTGAAAAGTGGCGAATTAATCGTCATGCACGATGAACGCGTCGATAGGACTACAAATGGGTCTGGCTTTTTAAAAGATTACACACTTTCAGAAGTGAAAAAATTAGTGATTGGTAAACGGCTTTTCCGTAAAATCCGTGTGCCAACTTTGGAAGAAATTTTTAAGTTGGTGAGTGGCACAGATATGATACTAAACATTGAGTTGAAAACGGATGTCTTTGAATATGAAGGAATCGAACAAAAAGTTTTAGCATTAGCGGATAAATTTCCCGAAGTCAAACGAATGTATTCTTCCTTTAACCCAGATACTCTCATTCGGCTGAGAGATTTAGATCCTACTGCCAGACTAGCTTTAATTACACATGAAAACTTAGATGAAGTATTGCCATTACATGAAAAAATTCAGCTTGATGCAGTGCATCCACCAGTAAAAGCAATGAAAAACCCGATTTTAAAGCAAATCGCAGCACGCTATTGGACGGTGAATAAGGAGGAAACTATCACGCATTTTATAGATGCCAATGTTAAAGGAATGATGACTGATTTTCCTGAAAAGGCAGTGGCACTAAGAAATAATAAATAACCTCCATGAGCAAAACGCTTTCATTATAAATCGTTAAAAGATATAATCATAGTAAGTTAATAAATATTATTGTCTGAGATTCGGAGAGACTGCAAAAGGCGAGCGCAATCGTCTTACTTTGCAGTCTCTTTTTTTGTTTTTAAACTTAAAGCGTTTCAGTTAGATTGAAAAGTGGAAAAGTAACCAAGAAGGCATAATTCAGACGGTAAACAATTTGAAGGGGGCAAACAAAATGGTACAATTATTTTCAGCGTTTGACAGAGAAACAATCGAAAGAAATCTTCAAGAGGAAAAATTTGATTTAGTCATCGTCGGTGGCGGGATTACAGGGGCAGGAATCGCTTTAGATGCCACTTCACGAGGTATGAGTGTCGCACTTGTTGAAATGGGTGATTTCGCGAGCGGAACATCGAGCCGTTCAACAAAATTAGTCCACGGTGGATTAAGATATTTACAACAATTTGAAATTAAAGAAGTAGCAGATTTAGGAAAAGAACGTGCGATAGTCTACGAAAATGGACCACACGTAACGACTCCTGAATGGATGATGCTCCCATTCCATAAAGGCGGCAATATGGGTAAAACTACCGCTTCATTTGGTATTCGTTTATATGACTATTTAGCAGGGGTAAAGAAAAATGAACGACGTAAAATTTTAAGCGCAAAAGAAACATTAGCCAAAAATCCATTCGTGAAAAAAGACGGTTTAAAAGGTTCTGGTTACTACGTGGAATACCGCACGGATGATGCGCGTCTAACAATAGAAGTTATGAAAAAAGCAGTAGAACTCGGAGCGAATGCTATTAACTATACAAAAGCGGAGCATTTCTTATATGATGACAATAAACAAGTAGTTGGTGTAACCGTAACAGATCGTTTGTCGGGCAAAGCATACGATATTAAAGGACATCGTGTTATTAATGCTGCTGGTCCTTGGGTAGATAAAGTAAGAAAATTAGATTATGCAACAAACAACAAACATTTACGCTTAACAAAAGGAATTCATTTGGTTATTGATAAACAAAAATTCCCGATGGAACAAGCGGTATACTTTGATACACCTGATGGCCGGATGGTCTTTGCTATTCCGCGCGATAAAAAAGTGTATGTTGGAACGACGGATACAGTGTACGACGAAGCAGTAATTAATCCAAAAGCACTTGAATCTGATCATAATTATGTGATTAAGGCGATTAATTATATGTTCCCTGATGTGCATATTACCGAAAAAGATATTGAATCAAGTTGGGCTGGGGTTCGTCCACTTATCTATGAAGAAGGAAAAGATCCATCTGAAATTTCACGTAAAGATGAAGTTTGGTTTTCTGAAAGTGGCTTAATCACGATGGCAGGTGGTAAACTCACTGGTTACAGAAAAATGGCCGAAAAATTATTAGATGACGTTTCAAAAACATTAGCGAAAGAAACTGGTAAAAAGTACAAAACAGTTCAAACAAAACATTTACCAATTTCTGGTGGTGACATTGGTGGCTCAGAACAATTAGAAGCTTTCCTATCTAAAAAAGCGAAAGAAGGTAATAATCGTTTCGGCTGGACTTTAGAAGAAGGTCGTGAGATGGCTAAACGTTTCGGTAGTAATATCGATCAATTATTTACTTATGCACAGGAACATAAAGAACAAAACGAAACCACTTTACCAAACAGTTTGTATGCTGAACTACGCTACTCGATTCAACACGAAGCAGTGACAACGCCAATCGATTTCTTATTACGTCGCACTGGCTACTTGCTTTTCGATATGCCATACTTACTTGAATGGAAAGACGCTGTTGTGGATGAAATGGCTAAACAATTCCACTGGAGCGACGATGTAAAACAAACCTATATCGAGGAATTAAATATTCAAATTAATGATGCTAGAGAACCAGCTGATTGGCACGATAGATAATTAAAATTCGAAAAGAGCGTAAATCTTTCAAGGATTTGCGCTTTTTTTCTGGAAAAAATCATTTTCACTATTTTCAAGAAACCTTTTTCATGGTACATTGATTACAGGTGAAAAGGAGGTTTTTTTTTGAGCAAGATTCCTGTCATCGTCATCGTTGGCCCAACCGCTGTCGGAAAGACAAGTTTAAGTATTGAACTAGCGAAAAAATTGGACGGAGAAATCATCAGTGGTGACTCTATGCAAGTTTATCGTGGATTAGATATCGGTACAGCAAAAATCACACCAGAAGAAATGGATGGAATCAAACATTATCTTATTGATGTGACGAATCCTTCCGAACCATTCACTGCAGCGAAATTCCAAATAGAAACAAGAAAATGTATAGAAACAATACATCAAGCTGGTAGGCTACCAATTATTGTTGGTGGAACAGGACTTTATATTCAATCTGTTTTCTATGATTATGATTTTGGTAACGTAAGCGAAGATAAGGCTTATCGAGCGGAATTAGAACAACTAGACAAAACTGTATTGTGGCAAATGCTCGAACAAAAAGATCCAGAAAGCGCAGCACAGATACACGAAAACAATAAGCGCCGAGTGATTAGAGCATTAGAAGTGATGCATCTAACAGGAAAGCCTTTCTCAGAGTATCAAGTGAATAATGTACTTAATGATAGATACCAACCACTCTTTCTAGGACTTGATTTGGACAGAGCGTTACTTTACGAAAGAATTAATCAGCGAGTGAATTTAATGTTTGAAGAAGGTTTAGTGACAGAAGCAAAAAAATTATATGAGCAACATTTAGTGGATGTTCCAGCAGTTCGCGGCATCGGCTACAAAGAATTATTTCCTTATTTTGAAGGAAAGAGCTCACTAGAAGAAGCAAAAGAATTAATTCAAAAGAACTCAAGGCATTTCGCGAAAAGACAGTTAACCTGGTTTAGAAATAGAATGGATATTGACTGGATTCAGGCGGGTGTTAGCAGTACAGAATCAGAAGCATTAAATAAAGCAACAACCTTTTTAACAGCTAAATAACGCTTTTCTGTTTGGTAAGAAGAAATAAAGGGTATTTGAAATTAGCCAACCAATTGCACAATGGAACTTCATTGGGGTTTGGGAAATTTTTAGTATAAGATAGAGATTGGAGAGGGAAATTATGAAACAAGGTGGACAAGGGTTACAGGACTATTACTTAAATCAATTGCGTAAGGAAAAAATTCTTGCAACTGTATTTTTAACAAATGGTTTTCAGTTAAGAGGACGTGTTGTAAGTTTTGACAATTTTACCGTACTACTAGATGTCGAAGGAAAACAACAGCTTGTATTTAAACACGCAATTTCAACTTTCTCCCCGCAGAAGAATGTCGCTTTAAATCCTGATGCGGAATAAGTACTTTACTTGAAAGGCAGGGAACTCGCTTTTTTTGCGATGTTTCATGTCTTTTTTTTATGCAGAAAATATGCTACGATTAGTCTTGTCTGAAAAAGGGAGAAATGCATGTGGAAAGAGAAAAAATAATACTTGTAGGCGTGATTTTGCCAAATAAAACAGAAGAAGCTTTCTGGAATTCCATGAATGAACTACATAGCTTAGCTAAAACGGCAAATGGTGAAGTAGTAGATGAATTAATTCAAAAATTAGAACGAGTAAATCAAGCATCGTTCATTGGTTCTGGTAAACTGGAAGAGCTTGCTACTTTAGTGGAAATGCATGAGGCGGACGTTGTTATATTTAATAGTGAACTTAGTGCAACTCAAGTGCGCAATATTTCTAAGGCGGTTGATGCGCGAATAATTGACCGAACACAGTTAATCTTAGACATATTTGCCATGCGCGCAAAATCCAAAGAAGGAAAACTGCAAGTCGCATACGCGCAATATAAATATCTGTTACCAAGACTTAGCGGACAAGGTGTTTCCTTATCAAAACTTGGAGGAGGTATTGGTTCAAGAGGGCCTGGTGAATCCAAACTAGAAATGGACAAACGCCATATTCGCGAAAAAATGCATGATATCAAAGCGCAATTAACACATGTTGAACAACACCGCAAGCGAATCATTGAACGAAGAAATATACAATCCGTTTTTCGCTTTGGTTTAATTGGTTACACAAATGCAGGGAAATCAACTATTTTCAACCGTCTAACGAATGAAACAACATTACAAGAAGATAAATTATTTGCAACGCTTGACCCAACCACACGAAAAATTCGCTTTTCGGGTGGATTTCAAGCGCTTTTGACAGATACAGTTGGTTTTATTCAAGATTTGCCAACGACTTTAATTGCAGCTTTTCGCTCTACTTTAGAGGAAACTGCCAATGTAGATGTGTTAATTCATGTAGTTGATGCATCAAATCCAGACTATTTGCAACACGAAACAACGGTAATTTCTTTATTAGAGGAACTTGAAATGAACCATCTGCCGACACTAGTCATTTACAATAAAATGGATCATGCACCAGCCACGTTTGTACCCGATCAACCAGAAAATTTGCTTATATCAGCTTTAGATCAAGAGGCTCCAGATACGATTAAACAGCGAATGATCCAATTAATTGAAAAAAATTGGGCTTTCTTTACACTAGAACTTTCAGAAGAAAAAGGAAAAGAATTAGCGCAAATAAAGCAACAAGCGTGGGTAACGAAACTAGAATATATTGAAAGTAAACAGAGTTACCACATAGAGGGGTACAAACCGAGAAAGGAGCTAAATAATGAATAATATTCAAGCGATACGAAAAAAGGTGGAAACACAAATTGATGATTTGCAAAATAAAACAGACGAAATTGCTGAATTTAATCAAGCGAAAGTTTTAGATGCGTTTCAAGAGAATAAAGTGAGTGATTTTCATTTTCATCCTTCCACTGGGTATGGTTATGATGATGAAGGTAGAGATACATTAGAACGTGTGTATGCGACTGTATTTAAGACAGAGGCGGCCCTGGTTCGTCCACAAATAATTTCAGGAACCCATGCAATTTCAACCGTATTATTTGGCATCCTTCGCCCGGATGATGAATTACTTTATATTACTGGTCAACCCTATGATACGTTAGAAGAAATTGTAGGAATACGAAAGCAAGGACAGGGCTCTTTAAAAGATTTTCATATTGGTTATAGCTCTGTGCCGCTTCTGGAAAATGGTGATGTAGACTTTCCAAGAATAGCGAAAAAAATGACGCCAAAAACAAAGATGATTGGAATTCAGCGTTCACGAGGTTATGCGGATAGACCTTCTTTTACAATAGAAAAGATTAAAGAAATGATTGTATTTGTAAAAAATATCAATCCGGAAGTAATTGTTTTTGTAGATAACTGTTACGGAGAATTCGTGGAATATCAGGAGCCGCCAGAAGTTGGAGCAGATATTATCGCGGGTTCATTAATCAAAAATCCTGGTGGTGGCTTAGCGAAAACAGGCGGTTATATTGCAGGAAAAGAAGCATTAGTAGATTTATGTGGTTATCGCTTAACTACACCTGGAATTGGCAGAGAAGCAGGTGCATCACTCTATAGTTTATTAGAAATGTATCAAGGTTTCTTTTTAGCTCCTCATGTGACAGCTCAGGCAATTAAAGGAGCACGATTCACAGCCGCCATGCTTGCGGAGTTTGGTGTAGAAGCTGACCCAGTTTGGGATGCGCCAAGAACTGATTTAATTCAAAGCGTTTCCTTCCATAACAAAGAGAAGATGGTTGCATTTGCGCAAGCTATTCAAGCAGCCTCGCCGGTTAATGCGCATGTTTTGCCAATCGGTGCATATATGCCAGGTTATGAAGATGACGTGATAATGGCAGCTGGGACATTTATACAAGGCGCGAGTTTGGAACTAACAGCAGATGGACCTATTAGAGAACCTTATCAACTCTATGTTCAAGGCGGTTTGACCTATGAACACATCAAAATTGCAGTTACTCGAGCAATCCAAAAAATAGTATAAAAAAGTAACATTTATTTGCAAAAAAATATTTTTAATTTTTACCGCGATGGTTTTAATCGCGGTTTTTTTATGCGGAATACATTGGTATACAACGCTTTAACGATAATGTTAGAATATCTTACATAAATTTGACAAAACATCTGACGTACATTATAATGCTACTATCATCAAAAAATAATTATGTTTTGAGGGGGAATTGTCGTGAGTGAAAAGGAAATCCGGAGATCGATGCCGCTGTTTCCAATTGGGCCTGTGATGAAGCTAACTGATCTCACCGCTAGACAAATTCGCTACTATGAAGACCAAGGATTAATCCATCCGGCACGAAATCAAGGAAATCACCGTTTGTATTCACTTCAAGACATTGATGTTTTGCTAGAGATAAAAGATTATTTGAATGATGGTCTGAATATTGCGGGAATTAAGAAAATGTATCAAATGCAGCAAAAAGAATCTAAAGAACCTTTGACAGACGATGATGTGCGCAAAATACTTAGAAAAGAAATGCAACAAGCTGGTCGCTTTGTAAAGCAAGATGCGACAGGGAAACAACAATTACCAAGGTTTTAAAAAGACAAGAAGAGGTATTTACTTTATTTAGAAGTTAATATAATTAGATTATTTAGGAGGAATTTAGATTATGGCAAAATATACAAAAGAAGACATTTTCCGCTTCGCAGATGAACAAAATGTAAAATTTATTCGTTTACAGTTCACGGATATCCTCGGGATTATTAAGAATGTGGAAATTCCTGTTAGCCAACTAAAGAAAGCACTAGATAACAAAATCATGTTTGATGGTTCCTCCATTGAAGGCTTTGTACGAATTGAAGAGTCTGATATGTATTTATTCCCAGACTTAGACACTTGGGTTGTGTTCCCTTGGACAGCTGAAAAAGGAAAAGTTGCAAGAATGATTTGTGATATTTATAATCCTGACATGACTCCTTTTGCTGGAGACCCACGTGCTAACTTAAAACGTGTACTTAAAGAAATGGAAGAACTAGGTTTCACAGAGTTCAACTTAGGACCTGAGCCAGAATTTTTCCTATTCAAATTAGATGAAAATCGTCGTCCGACACTTGAACTAAATGATAGTGGTGGTTACTTCGATTTAGCACCAACCGACTTAGGTGAAAACTGTCGTCGCGATATTGTGCTTGAATTAGAAGAAATGGGCTTTGAAATCGAAGCGTCTCACCATGAAGTGGCACCAGGACAACACGAAATTGACTTTAAATATGAAGACGCCGTTACAGCGTGTGATAGCATCCAAACATTTAAATTAGTCGTAAAAACAATTGCTCGTAAACATGGTTTACACGCAACATTCATGCCGAAGCCGCTCTTTGGTGTAAATGGTTCTGGAATGCATTTCAATATGTCACTATTTAATGAAAAAGGAAATGCTTTCTTCGATGAAAGCGGAGAACTAGAATTGAGCCAAACAGCTTATCATTTCTTAGCAGGGATGTTAAAACATGCCCGTGGCTATACAGCTGTTACAAATCCAACCATTAACTCATTCAAACGATTGGTTCCAGGATATGAAGCACCATGTTACATTGCGTGGTCAGGTAAAAATCGTAGCCCGCTTGTTCGTGTTCCAAGTTCTCGTGGACTAAGCACTCGTCTTGAATTACGTAGCGTCGATCCATCTGCTAATCCATATTTAGCAATGGCGGTACTACTTAAAGCTGGTTTATCTGGAATTAAAGATGAATTAACTCCTCCGGCACCAGTTGATCGTAACATTTACGGCATGAACGAAGAAGAACGTGAAGCAACTGGCATTTATGATCTACCAGAAAGCTTGGGCCACGCCTTAATCGAACTTGAAAAAGACGATATTATCAAAGCTGGTTTAGGTGAGCACATTTTCGAACACTTTATTGAAGCAAAAACAATTGAGTGTGATATGTTCCGCACAGCAGTTCACCCTTGGGAACGCGAACAATATCTTGAAATTTATTAATAGTCAAAAGCACGTTTCCTATAGATGGAAACGTGCTTTTTTATTGGAAAATCGGTTTCAAATGTTTGATGTTTGGCAAATAGAGGCATATATTTAAAAATGTGCTAGTGAAAGGGAGGTTTTCATTAGAGAAAGGGGAAGAAATGCAGATTACTTTAGCTATTTTAGTATTTGCCTTCACATTATTTTTTGTGATTTGGCAACCAAGAAAATTATCAATCGGATGGTCAGCTTGCGGAGGTGCGCTAATTGCCATATTACTTGGCGTCGTCACTTTATCAGATGTCGCAACAGTTACTGGAATTGTTTGGAATGCGACGCTCGCTTTTATTGCTATTATAATTATTTCATTGATTTTAGATAAAATTGGCTTTTTTGAGTGGGCGGCTTTACATATGGCGCGATTAGCAAGAGGTAATGGGTTATTAATGTTTATTCTTATTTCTATTTTGGGAGCTTTCGTTGCTGCGTTGTTTGCTAATGACGGGGCGGCGCTAATTTTGACACCAATTGTTCTAGCGATGGTGCGAGCGCTGAATTTTGATGAGAAAAAGGTATTTCCATTTATTATTGCTAGCGGTTTTATAGCAGATACGACGTCCTTGCCGCTCGTAGTTAGTAATTTAGTCAATATAGTTTCGGCTGATTTTTTCGGTATTAGTTTTTCGCAGTATGCGCTTATTATGTGGATTCCAACGCTTTTCTCTTTAGTTGCGAGTATTTTAATCTTATATTTTTATTTTCGGAAAGCATTACCTAAAAAATATGATATGCGAGTGATTCGAGAGCCAGCTTCTGCAATTAAAGATAAAAAGATGTTTCGTGTTTCTTGGGGAATACTTATCATCCTTGTAGCAGGCTATTTTTTGAGTAGTTTTTTAGACATTCCAGTGTCATTTATTGCCTTGCTAGTTGCTGTTATCTTTTTGTTAGTCAGTGCAAAAAGTCATGCGGTCTCGACAAAAGCTATTTTAAAAGGAGCACCTTGGAATATTGTGTTTTTCTCGGTTGGTATGTATGTAGTTGTATATGGTTTGCAAAATGTCGGTATCACAAAATTATTATCAGAAGCAATTACATATGTTGCGCACTTTGGTTTATTTGCGGGAACAGTTGGAATGGGATTTATTGCTGCAATACTGTCTTCTGTCATGAATAATTTGCCAACAGTAATGATAAATGCACTTGCAATCGATCATACGTCATTTACAGGCGTGATGAAAGAAGCGTTAGTCTATGCAAATGTCATTGGTTCTGATTTAGGTCCGAAAATAACACCAATTGGCTCGCTAGCAACTTTACTTTGGCTACATGTTCTAGCGCAGAAAGGGATAAAGATAAGCTGGGGCTCTTATTTCAAAATTGGCATTGTGATTACTATTCCAGTTTTATTCATAACGCTCGTCGGACTATATTTTTCACTGCTTATTTGGAATTAAAACCCCCTGTACCAGAATGTACAGGGGGTTTTATTATGCCTTCTTATAAAGAACATGGGGCTTTAGTGGATCGCCATTTACTAAAGCGGGATGTTCAAAAGTAGCTATTTTTGTTAAATGGATTTTTTTCATGACATTTTCTGAAGGTTTATTGAGTGCGGCGGTAAAACTGTATATTTCGTTAATAGTGTTGATTTCTTCAGCAAGTGCTAACGCGCCAAGTGCGGCTTCGGTGGCATAGCCTTGGTTCCAAGCGCTATGTTTTAATCGCCAACCTATCTCCGTGCATGGAGTGAATGTAGCTTCAAAAGTAGCCTCATGAAATCCAGTAAAACCGATGAATTCGCCAGTCGATTTAACTTCAATAGCAAAGAGACCATATCCAAGTGACTTTAATTCTTCTTGAATCCTATCAAGAAATGCATTACTTTCGTTTTGAGTTAATCTGGCTGGGAAGTATTTCATTACTTGCTCATCTGCATTCATTTGACTAAAAGGAAGATAATCGTTTGTTAAATAATCTCTTGCAATAAGCCGTTCAGTTTCAAAATAAATCATGTTCTCAACCACCTGTTCAAACGAATAAAATTAGCGAATATCTCGATAAAGTCCGATTACTTTTCCTAGAATTGTTACGTTGTTTAAAAGGATAGGCTCCAAAGCATCGTTTTCGGGTTGTAATCTAAAATGATTAGCTTCTTTGTAGAATCGTTTACATGTAGCTTCATTTTCATCTGTCATCGCTACAACGATTTCGCCATTGATTGCAGAACTTTGTTGTCTAACGATTACTTTATCACCATCAAGGATTCCGGCATTAATCATACTTTCGCCGTCGATTTCTAACATGAAGACATTGGTTTCGCCAGCTGCCATGTATTCTGGTAGTGGGAAATATTCATCAATGTTCTCAATTGCAGTGATGGGCATTCCAGCAGTTACTTTCCCGATAATAGGAATATTTACAACATTGGGTGTCTCTGCTTCGTCTTCTAAAGATAATATTTCAATCGCACGAGGCTTTGTTGGGTCCCGTCTAATTAAGCCTTTACCTTCAAGGCGAGCAAGATGTCCATGAACAGTAGAGCTGGAAGCAAGGCCAACTGCTTCACCAATTTCGCGGACGGAAGGTGGATAACCTTTTTCTTTTACTTCTGATTTTATAAATTCATATATATCTTGTTGGCGTTTAGATATTTTCATGGTTTCACCTCATTGATTTAATGGTTATTTTATAATTCAAGTATAGCAAAAGAAAAACCAATATGCAAACAAAGGTTCGTTTTTTTATTGACATACACGAACGGCTGTTCTATAATATAGAAAAGCGAACATACATTCTTTTTGGAGGGATTATTAATGACTATGAAATTAATTTGGGATAAATTTTATGTTTCTATTATATTTGTACTTACTTGCATCGTACTAGGAATCATTTTAATGTGTACTGTAGTTGGCGGGGGAAACGACTATTCAGAAGTGAACGTAAGTGAAGGGGATTCTTTATGGGCATTAGCAGATCAATATGCAGGGAAAAGTGATATGGCAAAAGCAGATTTTGTTAGCTGGGTAGAAAAAGAAAATAATTTAGCTGACGGTCATGTGGAAGCAGGAGAATCAGTAGTTATTCCTGTACACAAAACAAAATTAATAAAGAGTGATAGTACGATTCAACTAGCAAACCAGTAAGGTCGATTTAGTGGCCGTTTATGATATAATATTAGAGAGTAGCGATTATGCTGCTTTCTTATTTTTATTCTATAGAAGAAAAGGAGAATAACGATGCTAGAAAAAGCTAAAATAGATCGTATTAATGAGCTTTCTAAAAAGAAAAAAGCCGGAACATTAACTGCTACAGAAAAAGTGGAGCAAGATAAATTAAGAAAAGAATACATCAAGTCTTTTCGTACGCATATGAAGGGGACAATAGAAAATACAACGATAATCGACCCAAATGGAACAGATGTAACGCCGCATAAAGTGAAACAACTTAGAAAAAATAAGCACTAATAATTAGTACCAAATAAACATTAATGAGCAAATGAACAAAAATACCAATCAATTAAGCAATTTAAAGCAATTATTAGTTGTGTTAATTGCTTTTTAGGCTTATTATTAAAAGTAGTTAAAATTATATTGAAGAGAGGATGTTTCATTTGTTCGATAACACAGATAGTTTAGCAGTGAATACAATTCGTACATTATCAATGGACGCAATTCAAAAAGCAAATTCTGGTCATCCAGGATTACCAATGGGAGCAGCACCAATGGCTTACGCACTTTGGTCGCGTGTATTAAATACTAACCCTAAGAATTCACATTGGTTTAACCGAGATCGTTTTGTACTTTCTGCTGGACACGGCTCAATGCTTTTATATAGTTTATTACACTTAAGTGGATTCAAATTAGAATTAGAAGATCTTAAAAATTTCCGTCAATGGGAAAGTAAAACTCCTGGTCACCCAGAATATCGTTATACAGATGGTGTAGACGCAACTACTGGTCCACTTGGTCAAGGTATTGCGATGGCTGTTGGTATGGCTATGGCAGAAAGACATTTAGAAGCGAAATATAATAAAGATGGTTTCCCGGTAGTGGATCATTATACTTATGCACTATGCGGAGATGGTGACTTAATGGAAGGTGTTGCTTCAGAAGCGGCTTCTTATGCAGGTCATCAACAATTAGGAAGATTAGTTGTTCTCTATGATTCCAATGATATCTCTCTTGATGGTGATTTAGACAAATCTTTCTCTGAAAATGTAAAACAACGCTTTGAAGCTTATGGCTGGGAACATTTATTAGTAAAAGACGGTAATGATACAGCTGAAATTTTAGCAGCAATCGAAAAAGCGAAACAAAACACTTCTCAACCTACTATGATTGAAGTGAAAACTGTTATCGGTTTTGGTGCTCCAAATGCCGGTACAAGTAAAGTTCACGGTGCTCCACTAGGCGATGAAGGTATTTTAGAAGCGAAAAAAGCTTATGGTTGGAACTACGAAGAGAAATTCTTTGTTCCTGAAGAAGTTACTGCTCGCTTTAAAGAAACAATTGGCGAACGTGGTGAAAAAGCAGAAACAGCTTGGAATGAGTTATTTGCTTCCTATAAAGCAGAATATCCAGAGCTTGCGAAACAATTAGAAGATAGCTTGAACAACAAGTTACCAGCTGATTGGGATGAGGATCTTCCAGTATATGATGATTCAAAAGCACTTGCTAGCCGTGCTTCCAGTGGAGAAGTTATCAATGCGTTAGCTGGAAAAATCCCAACTATTTTTGGCGGATCTGCTGACCTTGCAGGTTCGAATAATACAACAATTAAAACAGACGGTGAATTTACAAAAGCGACTCCAGCTGAAAGAAACATTTGGTTTGGTGTTCGTGAATTTGCGATGGGCGCTGCATTAAATGGTATGGCACTTCACGGCGGATTACAAGTATACGGTGGTACATTCTTCGTATTCTCTGACTATGTACGTGCTGCTATTCGTTTATCAGCTATTCAACATTTACCAGTAACCTATGTAATGACGCATGATAGTATTGCAGTTGGGGAAGATGGCCCAACACATGAGCCAATCGAACAACTTGCAAGCTTACGTGCAATGCCAGGGCTTTCTGTTATTCGTCCTGCTGATGGAAATGAAGTTGTGGAGGCTTGGAAACTTGCTATCACTTCTACATCTACACCGCATGTACTTGTTCTTACTCGTCAAGGCCTACCAACACTACCAAATTCTGCTAAATTAACTGCAGAAGGCGTTAAAAAAGGTGCTTATGTTATTTCCCCAGCTAAAGGTGACGTGCCAGAAGCAATCATCCTAGCGAGTGGTTCTGAAGTTAACTTAGCTATTGAAGCGCAAAAAGAACTTCAAGCTCAAGGAACAGATGTATCAGTTGTCAGTGTGCCATCATTTGATCTATTCGAGCAACAATCTGCTGAGTACAAAGAAAGTGTATTACCGAATGCTGTTAGAAAACGTGTAGCAGTAGAGATGGGCGCTAGCTTTGGATGGGAACGTTATGTTGGTTTAGATGGTAAAGTTATCGGAATTGACAAATTTGGTGCTTCTGCTCCAGGTGAAACAGTTATTAAGAATTACGGCTTTACTGTTGAAAACGTAGTTAATACAGTAAAATCACTTTAATTAAACAATCAGACCGTTGCTAATTTTTCTAGAGCGGTCTGTTTTTTTATGCTTTTTTTAGATTGCGCCGTAGTACCATTAATGGTATAATTACGAGGTTGTTTGCAGCTTTTATTGATAAATTGATCTAGATGATAAGTTTTCTTGAAAAGTATTGTCTGTTTAATATAAATCAAGTACAATAAAAGAGGATTTTGTTTCAAGGAGGAGAAAAGAGACTATGTGGATTTACATTCTTGTCGGCATTATTTGTTTACTAGCTGGTCTTGCGGGAGGATTCTTTATTGCAAGACGTTACATGATGAGCTATTTAAAAAACAATCCGCCAATTAACGAACAAATGTTACAAATGATGATGGCACAAATGGGTCAAAAACCATCACAAAAGAAAATCAATCAAATGATGAGTGCGATGAACAAACAGCAAGAAAAAGAAAAACCAAAGAAAACTAAGAAATAATATTTTAACAAAGTAAACCCCTTCTATTGATTTAGAAGGGGTTTTTTATTATTGTTTCGTTGCTGAAATGAGTAGCATCATTGGGCGGCGGTATTCGTCTTGCATTTCGGGTAAATCTTTTAATTCAGGAGCTGGTTCCGGTTCGATAACACTATTAATTTGAAAGCCATTTTTCAGTAATGTTTGGATGTAAGTAGTAACTGTTCGGTGATACTTTTGGACATCTTCTCCAAGAAAATGGCTTGTTCGCATAGATTCATTAAAATATCGGTCAACGGGCCAATGTAATTTGTTACCTGTTTCATCCGTATACCAATCTTGTCTTCCATCTGCCGTAAATACCGGATGTTCTACAGAGAAAATGAAAGACCCACTAGATTTTAGGTTAATATAGACTTTCTTACAAATGTCGTCAAAAGAAGCAATGTAATGAAGTGCAAGGGAGCTCAGAACAACATTGTATGCATCTGGTTCAATAGCTATATCTTCTATGGCTTTTTGCTCGTAACAAACCACTGGCGATGTAGTTTTTCGTTTAGCTTCAGTAAGCATTCTTTCGGATAAATCGATACCAAGTACTTTTTTTGCACCATGTTCAGCTGCATAGATACAGTGCCATCCAAAGCCACACCCTAAATCAAGGACTGTTTTCTGGTTAAAATCAGGAAGCATTTTTTTAAGTTCATGCCATTCACCAGCTGCTTTTAATCCTTCTTTCGAGCGAGGCATTTGGCTATATTGTTCGAAAAAATGTTTGTCATCGTATTTATTTTCTTTCATTATTAAACCTCTTTTCATCAATTAATCAGATGTGTGACTGAATTCTTTATCTAAGAAGAGGTGAGCAAGTCCGCTCACTTGTTTTAAGCGTAAGATTTCATTAGCATCCATTCCAATATTTTTCATAATCCAACTATCGGACATCCCGCTATCTACAAGTTCACTAACAATGTTGGACATTAATTCGACATTATGAAATCCGCGCGCACGATTATGACGTATTGTAGAGGCCATTCGATTCACGGTGTCCTTTTCTAAGATGACTACTGGTAAGAATTCATTTTCTCGTTCTCGAATTCGTTTAGAGGTTCTCATGATAGTGTAACGGTGGAACCCATCTATTATTTCATATTTATCGCTGTCTTCCAAGGGATAACAAACAATTGGTTGCGTAAACCCATCTTCCCAAATTGATTTTTCAAGTAGTTTGAGTTCGGTTGCGGGGACAGTGTTGGGATTATAATTATTTGCTTGTAATTTTGTGTAGTGAATGGGAGTAACGCTATATACTGGGCTCTTGTAATTCATTAGTTCACCTCATAAAATATTATTATATTTCTCTAATGCGTTTTTTCTTTTTTCTAATTCCAATTTTGTTTGGCCGAATCCCATATATTTGCAGGTATAATCATTCTTCAATATTGCTATGCACATACGTTTGTAGGTAGGAACGCTTGCGAATTCTTTGATTTTCAAATCGTCTGGATACTCCTTAAAACGAACGATTTCCATTGGATTAGTATATACTCGGTTATTTTGTGGTTTACCTAGGAAGTCTGCTTGTATATCTAAATTTTTTAATTCTTCTACAGTTTCTACTTTTAAAGCACCACCTTTTTCGGTCCAATAGGTAATACTTGTTTTGAATTTTTTTAAATAGCGTTCTCTAGTGTAACTTGGTAAAGTTGTGAGTAAAAATTCCAAATATGATTTCCAAGTATGATTTTTAGGTAGTTTAATTTCTTTCCAAGCCATTGCGGAAGTGCCACCGTATATGGCAGTGAAATTGGCGCCATTCACCCGGCCGACTAATTTGGACCAAAGCGCAGGTTCGATGACCCTGTACAGTTTAAGACTTTCTGTAGCAGCATCGTTAAAAGGACTGGCGACACGCATCTCGTGCACAGTTAGGCCAGCATGATAAAATAAATCATAAATTTTATTATAAGACCAATTGAACTTTGCATTTGCGACCCATATATCTTCTACTTGCCAATCGTGAATTGGATAGGCGTTGTAAATGTTTTTGGAAATTTCGGTCGTCCAATTGTATGTTTTATACATTCGTTCTTTTTTATGAATTGCGTTATAGCGATTAAGAGATTCTTGTTGTCTTATACCAATCAAAGCAATGGTTTTTTGGGCGTTATTTTTAGTATGTAACCAGTTAATTATTTTTTTATTAAATTCATAATCCCAAAGGTTTTCAAAATCAAAGTCAAACGGGGCATTGTCTTCATTAATCACGTGTGGAAAGGTGGGCATATCTCTAACCCAGATGTTTTGCTTGGTCTTTTCCCACGGTTTCCAGTGGTCGGTGAACATCGAAACAGCTGATTGTGCCGCGATGGGAAGACAACACCAAAGTGGTTCGATGATATCTAAATTAGTTGTAAGCATTTCAGTAACAAAATCAGTTGTAGCGCTGTATTGACCTTCATAATCTAAATGATATACATATATTTTCTTGCGAATATTATTTTTCCGCATGTAGTCAATCATGAGATGGAGCATTACTGCGCTATCTTTACCACCCGAAAACGACACAATAATATTATCGAATTCAGAAAAAATCGCTTCCATTCTTTCTTGGGAAGCATCAAAGACTGTTCTAGAAAGCATCCATTATCACCTCAAAAGAATTTTTTTGTGAGAGTTCTTTTTTAAATTCTTGCAATAAGCTTGTTTTCTTAGAAATATTTGTATCAATAAGAGAATCCAGACCGACATTACCGCTTAAATCATGATAGTAGCAGTCTTGTGTTTGCCCAGTTCTGTAAATCCGCCTTTCTGATTGATCACGCTGAGAATAATCAAACGTTTTATCAAAATAAATAATTTGATTATAAAATTGCAAATTGAGTCCGTAAGAAGATTTGGCAAAAGTAGTAATTTTTACATTTGGAAATGCTTGCTGCAATGCCTCTTCTGAACGTCTGTATTTGCAAAAAATAATCGTTGTTTCTTCTTTTCCGGCAATTAATGATTCTGTAATAGTAAATTTTTCAGAAGAAAGACAGTAACAATGTTGCATTACTTGAGACATTTCTAAAAAATTAATGTTGATTGTATATGCGGCAGCTTTTCGGAGATAGTCTTCTTTTATTTCATAATATTGCTTTAAAAGTTCCTCATCAATGGAAAAATCATGACGAATATAATGCCATTTGACGGCTAATTCGTGCGAAGAAGTAAATATAAAAGGGGTGATTAATTTATATAAGTACTCTAAATTATGATATTTTTTAATGATATCCATTGATTGTTGCGTACTTTGTGTTAGTTGTGTAATGGTGACGTATTCGCAAAAAGTTTTTTTGAACTGGGAAAAACTTAGATTTAATATTTTAGGAGATAGAAATTCTAGCTGTGACCATAAATCCAAAATATTACGACTAAGAGGTGTGCCGTTCATAATTAATTTATAGGTAGCCAGACGAGAAAGTTTAATCGCTCGTTGTGTTCGAAGTGCATGGATATTTTTTATCTTTAGGCTTTCATCCATAATAATGTAACTATTGGTGGAATTTTTGAGTTTGTTTCGGCAATACAGGTATAATCTATCTGAGTTGGAGAGAGACTCAATGCCGATAATTTCTTGAGGGAATGAATAACCCCATTTGCTTATTTCAATTTCGAGATTTTCTTTAGTTTGAAAAGGGGTAATCCATAAAACATAATCTGGGTTTACATCATTTATTAACTCGCAAGCTACCCGTGTTTTCCCACTTCCTGGTTTCATAAATAGAGCGCCAACCTTATATTTTTTGAGTTTTATTAATGCTTGTTTCTGGTTATCTAATAAGGTCATTTTCAACTATCACATCTTTTTCTATTTTTTTAGGAATATGGGTACGCACTTTGACAATGCTATCGTTTACTTTTTTTGTGTGGAAAAACTGCATTATCTCGTCATTTTCTTTTTTAAAGCAAAGAATCATATTGGAGACACTTAGTTCTTTCTTTTCTGTGTGTTTTTTTAAAAAGAAGTTCCATGTATCTGGAAAATAAAAATAACTATATTCTGGTGTAAGTGAATACACCATCTTTTTAGGTAGCAAGAAAAAATAACCTTCATATTCACTTTCAGAGGGCATTTCAATAATTGTTTGATTATCCCATTGTTCTACTCGTTCGCTATATGTATAAATTTTGTGCCATTTTACCATTTATATCTAATGCTCCTATGTGTTTTGTCGTTTTCGTTCACTTTTATCTATTTATGCGTTTATTTTATCACAAATAATATTAAAGTTAAGGATAAAACTGTTTAAATGGATGGAAAAATTATTATAAATAATAAAAATTACGCATAAAAAAAGGAAGACTAGGAGTAAATTTAAATGTTTTTTATTTTTTGGTAGAAAACACTTTTGTAATAGCCAGCTTTTTAGTAGAATAGATAATGGTGGATGGAAAACTCTTCTATCTATGAATAGAATATGAAAATGGAGGCTATTATGGATACCCCAGATTATAAACGAGTTGTATTAAAATTAAGCGGTGAAGCACTTGCCGGAAATGATGGCTTTGGAATTAATCCGAGCGTGGTCAATTTGATTTCTGCTCAAATCAAAGAAGTAGTAGAACTAGGAGTAGAGGTAGCTATCGTTGTTGGCGGCGGGAATATCTGGCGCGGTAAACTTGGTAGTGAAATGGGAATGGACCGTGCAGCGGCCGACCAAATGGGTATGCTTGCGACTATCATGAATTCCTTGTCTTTACAAGATTCCCTTGAAAACATTGGAGTAGCAACGCGTGTGCAAACTTCCATTGATATGCGCCAAATTGCTGAGCCGTACATTCGTCGAAAAGCGATTCGCCACCTTGAAAAAGGTCGCGTCGTTATTTTTGCAGGTGGAACAGGTAACCCATACTTCTCCACAGATACAGCGGCAGCACTTAGAGCGGCTGAAATCGAAGCAGATGTTATCTTAATGGCGAAAAATAATGTAGATGGTGTCTACAATGCTGATCCAAAACTAGATGAAAATGCGAAAAAATACGAAGAGTTATCTTACCTTGATGTGATTAAAGAAGGATTGGAAGTTATGGATACAACTGCGTCCTCTCTAAGTATGGACAACGATATTCCATTAATCGTCTTCTCGTTTACAGAACAAGGCAATAATATTAAACGTGTTATTTTAGGTGAAAAAATCGGGACTACTGTTAGGGGGAAAAAATAATGAGTAAAGAAGTATTATCGAAATCCAAAGAAAAAATGGAAAAAGCAGAACAAGCATTAACAAGACAATTAGGTACAATCCGCGCTGGTCGTGCGAATGCATCATTACTTGACCGTTTATCTGTAGATTATTACGGAGCAGCTACTCCAGTGAACCAAATGGCTTCTATCAGCGTTCCTGAAGCTAGAATGTTACTAATTACACCTTACGATAAAACTATTTTAGGTGAAATTGAAAAAGCAATTTTGAAATCAGATTTAGGTTTGACTCCAAATAATGATGGTTCTGTGCTACGTTTATCTATTCCACAATTAACGGAAGAACGTCGTAAAGAGTTGGTTAAAGAAGTGAAAAAAGAAGCTGAAGAAGCGAAAGTTGCTGTCCGTAACATTCGTCGTGAAGCTAATGAAGAATTGAAAAAACTAGAAAAAAATGGCGACATCACAGAAGATGATTTGCGTTCTTATGGTGAAGACGTTCAAAAATTAACAGATGAAAGCATCAAGAACATCGATAGCATCACGAAAGACAAAGAAGCGGAAATCTTAGAAGTTTAATTGATACTTTTACAAATAGTAACAAATAGGGTTAAACACCTTTTAAGTTGAAGCGACATTCCTAATTCTTTCCATATGTGTTGGGTTAGGAATGTTTTTTAATGGGCAATTCCATCGCTCTCATGAAACTCTCATCTGTTCACATGGAATTTTTAGTACATTAATTGATTCTTTTTTGTTATTATAGGTATAGACATGCTCTAAGAAGTGTATCAATTGGAGGATTTATGATGTTTAAAAAGCTATTTCGACAAGATGAAAATATATTAAATAGTGAACTTGCAGAAGATTTACCTATCCCGCGCCATGTAGCTATTATCATGGATGGGAATGGAAGGTGGGCGAAGAAACGTTTTTTGCCGCGCATTGCTGGGCATAAAGAAGGTATGGATGTCGTAAAGCGAGTGACACGTTATGCTAATGCAATTGGCATCGATGTTTTAACGCTTTATGCATTTTCAACTGAAAATTGGAAGAGACCTACAGATGAAGTGGATTTTTTAATGAAACTTCCTGTAGAATTTTTTGACTCTTTTGTACCAGAGTTGATTGAAGAAAATGTTCGTGTTAATGTGATGGGGTACAGAGAAAATTTACCTAATCATACGATGCGTGCCGTAGAGAAAGCCATAGCTGATACAGCGCATTGCACAGGGCTTACGCTTAACTTTGCACTTAACTACGGTGGACGTTCAGAAATTATTACTGCTGCCAAAGAAGCGATGAAAGAATTAGAGCTTGAAGGGAAAAGTGCAGATGATCTGACAGAAGAAAAATTAAATGATCATTTGATGAGTAGCGGTTTGGGTGATCCTGACTTGTTGATTCGGACGAGTGGGGAGCTTAGATTAAGTAATTTTATGCTATGGCAACTGGCGTATAGTGAGTTTTATTTTACGGATACACATTGGCCTGATTTTTCAAAAGAAGATTTTTTACAGGCAATTATTGAATATCAAAACCGGTCACGTCGTTTTGGAGGGCTCTAGGGAGGAAAAAAGATTGAAAACGAGAATTATTACTGCAGTTGTTGCGCTTATATTTTTTATTCCATTCGTTGTCTACGGAGGAATTCCATTTGAACTATTAAGTATTTTACTAGCAACGATTGCTTTATATGAAGTACTTGTAATGACAAAACAACGAATTTTTTCGATGAATGGAATAATTACTTTACTATTAATGTGGTTAGTTGTCGTGCCAGATAGATATTTGGACTTTTTAGAAACACTGCATATTACTGAAATGGAAGTTATTTTTATTTTAATGGCTTTATTACTCGCTAATACTGTATTTTCACGAAATAAATTCCATTTTGATCAAGTTGGTATTTGTATGGTTGCCGCTTTTTATACAGGATTTGGTTTCCATTACTTGGCATTAACTCGTGAAGCTGGGTTAATGTATGTACTTTTTGCTTTATTTATTGTTTGGTCAACTGATACAGGGGCTTATTTTATTGGAAAAGCGATTGGAAAACACAAATTAGCTCCGAATGTTAGCCCAAACAAAACGGTGGAAGGGTTTATCGGCGGGATTGTATGTGCACTTGTCATTGCTGGGGGCTTTTATTATTTTGCTGAGCTACCAGGAAATATTGCACTCGTACTAGCGCTTTTAGTCTTTCTTTCTATTTTTGGACAGTTGGGAGACTTGGTCGAATCTGCTTTGAAACGCTTTTATGGTGTAAAAGATTCTGGGAAAATCTTACCAGGGCATGGTGGTATTTTAGACCGCTTTGATAGCTTGTTGTTCGTTTTACCTCTGCTACATATACTTCAAATTATTTAATTGGAGATGGGATAATGAAAAAAATTATTTTGCTAGGTGCAACTGGTTCTATTGGAACACAAACGCTTGCAATCATTCGCGAAAACCCTGAAAAATTTCAAATTGTTGCGCTTAGTTTTGGGCGTAATATGGAACGTGGTAGGGCGATTATAAAAGAATTTAAACCCAAAATGGTCGCTGTTTGGCATACGAGAGATCGTGTGATATTAGAAGCAGAATTCCCAAACGTGAAATTTTTTAATGGTTTAGAAGGGCTTAGAGAAGTAGCGACCTATTTAGATGGAGATGTGCTTTTAAATGCAGTTATGGGGAGCGTTGGCTTACTTCCGACATTAGATGCAATCGAAGCTGGGAAGGCCATTGCAATTGCTAATAAAGAAACGCTTGTTACGGCTGGATATTTAGTCATGCGTGCGGCGAAAGAAAAAAACATTTCACTATTACCTGTTGATAGCGAACATTCTGCTATTTTACAAGCATTAAACGGAGAAAATACGGAAAGAATCGAAAAACTAGTTTTGACAGCGAGCGGTGGAAGTTTCCGAGATAAGACGAGGGAACAACTCAGCGAGGTTACGGTGAAAGAAGCGTTAAAACATCCGAACTGGAATATGGGGAATAAATTAACAATTGATTCAGCGACGATGTTTAACAAGGGTTTAGAAGTGATGGAGGCGCACTGGCTGTTTGGTGTGGACTACGATGATATAGAAGTCGTTATCCAGCGCGAAAGTATTATCCATTCTATGGTTCAGTTCGTGGATGGAAGTTTCATTGCGCAACTTGGTACACCAGATATGCGGATGCCAATTCAATACGCTTTAACCTATCCCGACAGACTTTATATACCGTATGAAAAAGAATTCCGGATTACTGATTTTTCCGCACTTCATTTTGAAAAAGTGGATTATGAAAGATTTCCGGCATTGAAACTCGCGTATAATGCTGGTAAAATAGGTGGAACAATGCCGACAGTTTTGAATGCGGCAAATGAAATTGCTGTGGCTGGCTTTTTAAATGGACAGGTGGCTTTTTATAATATTGAAGCACTTGTTGAGAATGCAATGAATCGTCATACTAGCATTTCTGACCCTGACTTGGATACCATTTTACAAGTCGATCAAGAAACACGCGCGTATGTAAAGACACTTTTATAGAGGTGAAGCTATTTTGACAACTATTATTGCTTTTATTTTCGTATTCGGACTGATTGTATTTTTCCATGAACTAGGACATTTTCTTTTTGCAAAACGTGCTGGAATTATGGTAAAAGACTTTTCAATTGGTTTTGGACCGAAAATTTTTGCTTATCGTAAAAAAGAAACGCAATATACGATTCGCTTATTGCCGATTGGTGGTTACGTTCGGATGGCTGGGGAAGATGGCGAGGAAATCGAGCTAAAACCTGGTTACCGAGTAGGGCTAGAATTAACTCCGGAAGAAACGGTTAGCAAAATCATTGTTAATGGTAAAGATCAATATGTAAACGCGCAGCCAATAGAAGTTTCTCTCTGTGATTTAGAGAAAGAACTTTTCATTGAAGGCTACGAAGATTACGATGACACCAAGAAAGTTCGCTATCAGGTAGAGCGTGATGCCTTAGTGATTGATGATAAAATCGAAACGATGATTACGCCATATGACCGTTCTTTTAATGCTAAATCATTAGGAAACCGGGCAATGACCATTTTTGCTGGACCGCTTTTTAACTTTATTTTAGCTATTTTAATTTTCACAGCACTTGCTTTTGTACAAGGGGGCGTTCCAAGCACCGATAATACGCTTGGGAATGTTCTACCGGACGGGGCTGCTGCTGAAGCTGGTCTAAAAAAAGGGGATGAGGTTCTTTCCATCAATGGAAAAGAAACGAAATCTTGGACCGATATTGTTCAAAGTGTTTCGGAAAACCCCGGAAAAACACTTGACTTCAAAATTGAGCGAGATGGCAAGACACAAGATATCGATGTCAAACCCGCAACACAAAAAGAAAATGGCAAAGACGTAGGAAAAATCGGTGTAGAGACACCAATGGACTCCTCTTTTACTGCTAAAATTACGAATGGATTTACGCAAACATGGAATTGGATTGTACAAATATTTACGATTCTAGGAAACATGTTTACTGGCGGATTTTCGCTCGATATGCTAAATGGCCCAGTAGGGATTTACACAAGTACGCAACAAGTCGTTCAATATGGCTTTATGACTGTACTAAACTGGACGGCTGTTTTAAGTATTAACTTAGGAATTGTTAACTTACTACCGTTACCAGCACTAGATGGCGGACGTTTAATGTTCTTCTTATACGAACTCGTTCGCGGCAAACCAATTGACCCTAAAAAAGAAGGCATTATCCATTTTGCTGGATTTGCACTTTTAATGGTTCTGATGATTCTTGTGACATGGAACGATATTCAACGTGCATTTTTCTAA

Protein sequences of DBSCAN-SWA_2

>NC_018584|1280249:1337101|1321224_1322520_+|WP_003726564.1|DBSCAN-SWA
MQITLAILVFAFTLFFVIWQPRKLSIGWSACGGALIAILLGVVTLSDVATVTGIVWNATLAFIAIIIISLILDKIGFFEWAALHMARLARGNGLLMFILISILGAFVAALFANDGAALILTPIVLAMVRALNFDEKKVFPFIIASGFIADTTSLPLVVSNLVNIVSADFFGISFSQYALIMWIPTLFSLVASILILYFYFRKALPKKYDMRVIREPASAIKDKKMFRVSWGILIILVAGYFLSSFLDIPVSFIALLVAVIFLLVSAKSHAVSTKAILKGAPWNIVFFSVGMYVVVYGLQNVGITKLLSEAITYVAHFGLFAGTVGMGFIAAILSSVMNNLPTVMINALAIDHTSFTGVMKEALVYANVIGSDLGPKITPIGSLATLLWLHVLAQKGIKISWGSYFKIGIVITIPVLFITLVGLYFSLLIWN
>NC_018584|1280249:1337101|1328448_1329753_-|WP_003727499.1|DBSCAN-SWA
MLSRTVFDASQERMEAIFSEFDNIIVSFSGGKDSAVMLHLMIDYMRKNNIRKKIYVYHLDYEGQYSATTDFVTEMLTTNLDIIEPLWCCLPIAAQSAVSMFTDHWKPWEKTKQNIWVRDMPTFPHVINEDNAPFDFDFENLWDYEFNKKIINWLHTKNNAQKTIALIGIRQQESLNRYNAIHKKERMYKTYNWTTEISKNIYNAYPIHDWQVEDIWVANAKFNWSYNKIYDLFYHAGLTVHEMRVASPFNDAATESLKLYRVIEPALWSKLVGRVNGANFTAIYGGTSAMAWKEIKLPKNHTWKSYLEFLLTTLPSYTRERYLKKFKTSITYWTEKGGALKVETVEELKNLDIQADFLGKPQNNRVYTNPMEIVRFKEYPDDLKIKEFASVPTYKRMCIAILKNDYTCKYMGFGQTKLELEKRKNALEKYNNIL
>NC_018584|1280249:1337101|1312546_1313245_+|WP_003726657.1|DBSCAN-SWA
MTEIFAHRGSSGTHPENTLPAMKAAILSGADGIELDIHVLKSGELIVMHDERVDRTTNGSGFLKDYTLSEVKKLVIGKRLFRKIRVPTLEEIFKLVSGTDMILNIELKTDVFEYEGIEQKVLALADKFPEVKRMYSSFNPDTLIRLRDLDPTARLALITHENLDEVLPLHEKIQLDAVHPPVKAMKNPILKQIAARYWTVNKEETITHFIDANVKGMMTDFPEKAVALRNNK
>NC_018584|1280249:1337101|1300422_1300734_+|WP_003724130.1|DBSCAN-SWA
MAFGVKRDEMELWKEKAARGEIAIITHYWLDDRFPESKTVTKVACVDLKKLQQWGKQYGLAPDWIDNRRKNFPHYDLFGEMQLVVLKKEKAFEQIERFHLEEK
>NC_018584|1280249:1337101|1315280_1316198_+|WP_003726658.1|tRNA|DBSCAN-SWA
MSKIPVIVIVGPTAVGKTSLSIELAKKLDGEIISGDSMQVYRGLDIGTAKITPEEMDGIKHYLIDVTNPSEPFTAAKFQIETRKCIETIHQAGRLPIIVGGTGLYIQSVFYDYDFGNVSEDKAYRAELEQLDKTVLWQMLEQKDPESAAQIHENNKRRVIRALEVMHLTGKPFSEYQVNNVLNDRYQPLFLGLDLDRALLYERINQRVNLMFEEGLVTEAKKLYEQHLVDVPAVRGIGYKELFPYFEGKSSLEEAKELIQKNSRHFAKRQLTWFRNRMDIDWIQAGVSSTESEALNKATTFLTAK
>NC_018584|1280249:1337101|1319307_1319676_+|WP_003719570.1|DBSCAN-SWA
MSEKEIRRSMPLFPIGPVMKLTDLTARQIRYYEDQGLIHPARNQGNHRLYSLQDIDVLLEIKDYLNDGLNIAGIKKMYQMQQKESKEPLTDDDVRKILRKEMQQAGRFVKQDATGKQQLPRF
>NC_018584|1280249:1337101|1284882_1286166_+|WP_003723884.1|DBSCAN-SWA
MSVKWEKQEGNVGKLTFEIEQEKVKEGLDRAFVKVRKTLNVPGFRKGKVPRQIFNQRFGEEALFQDALDILLPEVYSAAIDEAGIDPVDTPQVNIESMEKGETWVLTAEVTVKPEVKLGDYKGLEVEKRETELTTEELEAELKQLQERQAELVVKEDAPAENGDTVILDFEGFKDGVAFEGGQAENHSLELGSGQFIPGFEEKLVGLKAGDEADIELTFPEEYHAEDLAGQPVVFKVKLHEIKTKEVPALDDELAKDIDEEVETLDELKEKISKRLQEAKEESVAQAKQEEVIAKAVENAEVDIPHAMVHHEADHLMNHFAQDLQAQGLTPELYYQFTGQTEEAMHAQMEKDAEKRVKMNLVLEAIAEAENIEPTEEAIDEEISTLAEKYGMEKDAVRAALGDMSELKSDLKIRKAIDVLLDSAVEK
>NC_018584|1280249:1337101|1299980_1300400_+|WP_003727513.1|DBSCAN-SWA
MEIAETTIEVRYAETDQMGVVYHNNYLVWMEIGRTRLIEKLGFRYFDMEEAGYLSPVLDVHIHYGKPLRYGQKAVVKTWIKGYDGLRVTYGYEICYEDTNEVAITGETQHVCVTKEDFRPVSLRRTFPNWHEAYLKALE
>NC_018584|1280249:1337101|1288329_1288899_+|WP_003726394.1|DBSCAN-SWA
MTDQYDKKPKKKSGAHQLLSWVLVIVAALAIALVIRNFVVAPVKVEGTSMVPTYQDGDRIFIEKISKPDRFDIIVFDEPPMIGSGEHFIKRVIGLPGDKIAFKNGELYLNGKRKVENYLPEGTLTLWNPDPTQKPYIADYTLEDMTGESTVPKGKLFVLGDNRGGSSDSRVFGFIDDSMVNGTVIQFGK
>NC_018584|1280249:1337101|1297115_1297655_+|WP_003724001.1|protease|DBSCAN-SWA
MELHATTIFAVQHDGKAAMAGDGQVTLGESVVMKHTAKKVRRLFHDKVIAGFAGSVADAFTLFEKFEAKLNEYNGNLERASVELAQQWRSDSVLRKLEAMLIVMDKDTLLLVSGTGEVIEPDDGILAIGSGGNYALAAGRALKRHNGGQMEAKDIARHALEIASEICVFTNDHITVEEL
>NC_018584|1280249:1337101|1291331_1292192_+|WP_003727518.1|DBSCAN-SWA
MDFKQRHTWLKIASCKSISAKKRASIWQKLTEFDQYEMTTQTFAESFFPVDKLAQILMELETAEACFFDDVTLIWILDDAYPALLREIYEAPPILFCKGNIDLLQQQAIAIVGTRQMSEYGRKACMKIASELAENKLTIVSGMAIGIDSTAHRATLNKQGATIAVLGSGVNKVYPKKNELLAKEIVKEGLLLSEYLPDEEAKRWHFPERNRIISGLAIGTVIIEAAERSGSLITADIALEQNRQVFAVPGNIFIDTWQGTNYLIQEGAKLVMNSNNIIEEFIQIKP
>NC_018584|1280249:1337101|1282902_1283568_+|WP_003731300.1|DBSCAN-SWA
MKKRITMILGLVCLSTLTACSNSENVKEKTSEEPATAQNGAETIKAHNGVVSYHGKYLKLAENMDTLEKDAPIIIKATKKSEKTTVTKETKENVFPTDFYTMSDVQINSIEKDTTGKLSESMTIKVLEYSVENVLVEGKEYDLTIDGYKNMEKGEEYTLFLEKNPDGENYILSNAVISKFPVEELPEEELFLDGGQTTEETDSIEEIYQEVYQEVLEEFGE
>NC_018584|1280249:1337101|1281468_1281864_-|WP_003723563.1|DBSCAN-SWA
MPNLSNRLTLLREKQGWSKAETARRLGLKAPSTYGNWEYGIREPDLEMVTQIATLYDVSVDYLLGQQSIPTYAPSELQNEKDIGKRITKISEDLKYEDDLNLDGQPLNESAAAFLADSINFLYEQAKKIND
>NC_018584|1280249:1337101|1333879_1334668_+|WP_003734513.1|DBSCAN-SWA
MKTRIITAVVALIFFIPFVVYGGIPFELLSILLATIALYEVLVMTKQRIFSMNGIITLLLMWLVVVPDRYLDFLETLHITEMEVIFILMALLLANTVFSRNKFHFDQVGICMVAAFYTGFGFHYLALTREAGLMYVLFALFIVWSTDTGAYFIGKAIGKHKLAPNVSPNKTVEGFIGGIVCALVIAGGFYYFAELPGNIALVLALLVFLSIFGQLGDLVESALKRFYGVKDSGKILPGHGGILDRFDSLLFVLPLLHILQII
>NC_018584|1280249:1337101|1322553_1323078_-|WP_003734519.1|DBSCAN-SWA
MIYFETERLIARDYLTNDYLPFSQMNADEQVMKYFPARLTQNESNAFLDRIQEELKSLGYGLFAIEVKSTGEFIGFTGFHEATFEATFTPCTEIGWRLKHSAWNQGYATEAALGALALAEEINTINEIYSFTAALNKPSENVMKKIHLTKIATFEHPALVNGDPLKPHVLYKKA
>NC_018584|1280249:1337101|1287728_1288295_+|WP_003726393.1|DBSCAN-SWA
MKSENKFFSGAFGWIKIILIALILAFGIRYFLISPVTVNGKSMDPTLHDGEHLFINKVSDPKRFDIIVFPAPDEENAEYIKRVIGLPGDKVEYKEDQLYINGKKYDEPYLDSEKEALKNGYLTTDAEGDPNFTMADIPNSDGSLTVPKGELFVLGDNRQVSKDSRYIGFISQDTVLGKVISFGKSLER
>NC_018584|1280249:1337101|1310447_1312334_-|WP_003734520.1|DBSCAN-SWA
MKRTTRYSRKYVPSIDGLRALAVIAVIAYHLNFSWAKGGFIGVDIFFVLSGYLITNILLTQWEKNQSLQLKQFWIRRFRRLIPAVYVMIVVVVIYAVFFHPEILKNLRGDAIASFFYVSNWWFIFHNVSYFDSFGLPSPLKNLWSLAIEEQFYLIWPAFLLVFLKWVKNPKLLLKIVIGLGLLSAVWMTILYVPGTDPSRVYYGTDTRAFDLLAGCALAFVWPFNRLSPVVPRKSKSVLNIAGTISILCFILFTAFVSEYQPFLYRGGLLFVAILGVIMIATISHPASYLSKIFSFKPLRWIGTRSYGIYLWHYPIITLTTPVLEITQPNIWRAILQVAATFIIAELSFRFIETPIRKNGFINYFKGFKDKNYFIWKNKPVGKWLSIAGVVAVLAIFTLGMSNVLSVNTNAEKQQTSVKTTTSTPDEKKDDKKDKEDKATKEKEDSKETDANKANGQNQTQVPDNKNKTAATPKTMITQTVAIGDSVMLDIEPYLKEAVPNITIDGLVGRQLRDAITTATGYKKFNSENSSVILELGTNGPFTEEQLNDLLDQFDKATIYLVNTRVPRGWQSDVNKSIANASSRPNVTVVDWYSRSSGQSQYFAPDGVHLTKSGAQAYVAMLTSVMNK
>NC_018584|1280249:1337101|1319746_1321081_+|WP_003723435.1|DBSCAN-SWA
MAKYTKEDIFRFADEQNVKFIRLQFTDILGIIKNVEIPVSQLKKALDNKIMFDGSSIEGFVRIEESDMYLFPDLDTWVVFPWTAEKGKVARMICDIYNPDMTPFAGDPRANLKRVLKEMEELGFTEFNLGPEPEFFLFKLDENRRPTLELNDSGGYFDLAPTDLGENCRRDIVLELEEMGFEIEASHHEVAPGQHEIDFKYEDAVTACDSIQTFKLVVKTIARKHGLHATFMPKPLFGVNGSGMHFNMSLFNEKGNAFFDESGELELSQTAYHFLAGMLKHARGYTAVTNPTINSFKRLVPGYEAPCYIAWSGKNRSPLVRVPSSRGLSTRLELRSVDPSANPYLAMAVLLKAGLSGIKDELTPPAPVDRNIYGMNEEEREATGIYDLPESLGHALIELEKDDIIKAGLGEHIFEHFIEAKTIECDMFRTAVHPWEREQYLEIY
>NC_018584|1280249:1337101|1335838_1337101_+|WP_003734512.1|protease|DBSCAN-SWA
MTTIIAFIFVFGLIVFFHELGHFLFAKRAGIMVKDFSIGFGPKIFAYRKKETQYTIRLLPIGGYVRMAGEDGEEIELKPGYRVGLELTPEETVSKIIVNGKDQYVNAQPIEVSLCDLEKELFIEGYEDYDDTKKVRYQVERDALVIDDKIETMITPYDRSFNAKSLGNRAMTIFAGPLFNFILAILIFTALAFVQGGVPSTDNTLGNVLPDGAAAEAGLKKGDEVLSINGKETKSWTDIVQSVSENPGKTLDFKIERDGKTQDIDVKPATQKENGKDVGKIGVETPMDSSFTAKITNGFTQTWNWIVQIFTILGNMFTGGFSLDMLNGPVGIYTSTQQVVQYGFMTVLNWTAVLSINLGIVNLLPLPALDGGRLMFFLYELVRGKPIDPKKEGIIHFAGFALLMVLMILVTWNDIQRAFF
>NC_018584|1280249:1337101|1327932_1328439_-|WP_003726669.1|DBSCAN-SWA
MNYKSPVYSVTPIHYTKLQANNYNPNTVPATELKLLEKSIWEDGFTQPIVCYPLEDSDKYEIIDGFHRYTIMRTSKRIRERENEFLPVVILEKDTVNRMASTIRHNRARGFHNVELMSNIVSELVDSGMSDSWIMKNIGMDANEILRLKQVSGLAHLFLDKEFSHTSD
>NC_018584|1280249:1337101|1324676_1326671_+|WP_003734516.1|DBSCAN-SWA
MFDNTDSLAVNTIRTLSMDAIQKANSGHPGLPMGAAPMAYALWSRVLNTNPKNSHWFNRDRFVLSAGHGSMLLYSLLHLSGFKLELEDLKNFRQWESKTPGHPEYRYTDGVDATTGPLGQGIAMAVGMAMAERHLEAKYNKDGFPVVDHYTYALCGDGDLMEGVASEAASYAGHQQLGRLVVLYDSNDISLDGDLDKSFSENVKQRFEAYGWEHLLVKDGNDTAEILAAIEKAKQNTSQPTMIEVKTVIGFGAPNAGTSKVHGAPLGDEGILEAKKAYGWNYEEKFFVPEEVTARFKETIGERGEKAETAWNELFASYKAEYPELAKQLEDSLNNKLPADWDEDLPVYDDSKALASRASSGEVINALAGKIPTIFGGSADLAGSNNTTIKTDGEFTKATPAERNIWFGVREFAMGAALNGMALHGGLQVYGGTFFVFSDYVRAAIRLSAIQHLPVTYVMTHDSIAVGEDGPTHEPIEQLASLRAMPGLSVIRPADGNEVVEAWKLAITSTSTPHVLVLTRQGLPTLPNSAKLTAEGVKKGAYVISPAKGDVPEAIILASGSEVNLAIEAQKELQAQGTDVSVVSVPSFDLFEQQSAEYKESVLPNAVRKRVAVEMGASFGWERYVGLDGKVIGIDKFGASAPGETVIKNYGFTVENVVNTVKSL
>NC_018584|1280249:1337101|1302405_1302813_+|WP_003727511.1|DBSCAN-SWA
MQNPTKEEIQQILKKAKVIAVVGLSDKPDRTSYRVSQIMQQAGYKIIPVNPNADEILGEKAVKRLTDIEEHVDIVNVFRRSEFLPEIAEAFDQIDADVFWAQLGIANQEAFDFLTEKGYPTVMDYCIKVAYQEMD
>NC_018584|1280249:1337101|1282014_1282230_+|WP_003727524.1|DBSCAN-SWA
MKTVDTRRINTTKIRELRLQRGITQAFIARRMGYRYTSGYSNIEKGTVRLSHKNAVILSEILMCDLKFFYE
>NC_018584|1280249:1337101|1313477_1315154_+|WP_003723738.1|DBSCAN-SWA
MVQLFSAFDRETIERNLQEEKFDLVIVGGGITGAGIALDATSRGMSVALVEMGDFASGTSSRSTKLVHGGLRYLQQFEIKEVADLGKERAIVYENGPHVTTPEWMMLPFHKGGNMGKTTASFGIRLYDYLAGVKKNERRKILSAKETLAKNPFVKKDGLKGSGYYVEYRTDDARLTIEVMKKAVELGANAINYTKAEHFLYDDNKQVVGVTVTDRLSGKAYDIKGHRVINAAGPWVDKVRKLDYATNNKHLRLTKGIHLVIDKQKFPMEQAVYFDTPDGRMVFAIPRDKKVYVGTTDTVYDEAVINPKALESDHNYVIKAINYMFPDVHITEKDIESSWAGVRPLIYEEGKDPSEISRKDEVWFSESGLITMAGGKLTGYRKMAEKLLDDVSKTLAKETGKKYKTVQTKHLPISGGDIGGSEQLEAFLSKKAKEGNNRFGWTLEEGREMAKRFGSNIDQLFTYAQEHKEQNETTLPNSLYAELRYSIQHEAVTTPIDFLLRRTGYLLFDMPYLLEWKDAVVDEMAKQFHWSDDVKQTYIEELNIQINDAREPADWHDR
>NC_018584|1280249:1337101|1283829_1284768_+|WP_003727521.1|DBSCAN-SWA
MSGSGAFFPMSVKKFLEKGITSLSEEEKMSTLHYLENAYHQEPCNEEIVHRLIQFYNQTDKTKKAQEIGQNFLTMNGYDKEILGELSVTFMKEDNMDTYFTLVRHYMEEEKKEATEEIADNVIPFPKQFVPRRDIREFASWHTTEQLEFLQEARFLEIDSFLPAFKAFLADDSFSPFVQSMIFELMQEKEINEDITVQKIDKHGIFNPSLVPMLADNKFAEAIFAGLAEMLEHSNPSLLEQVIGIIQQHLFMLYPFELEPQEVDVWINAYYKWANAMYGNYCVISDDVNHLAVEEAISIIEELEIRQQNYFI
>NC_018584|1280249:1337101|1297668_1299078_+|WP_003727514.1|protease|DBSCAN-SWA
MTNITLMNQLTPKQIVEKLDQYIIGQTGAKKSVAVALRNRYRRQLMDESIRDEIIPKNILMIGPTGVGKTEIARRIAKIVRAPFSKVEATKFTEVGYVGRDVESMVRDLVEVSVRLVKEEKMQLVRVKAEKNAEKRLIKLLAPSQKKKQTTSQNPLEALFGGMNQPDESPEEEVDQELKNKRSQIEWRLQNGELDDEIVTVEVKEQQNPMLDMMRGAGMDQMNGMQDALSGMFPAKKKKRKVTVREAKKILFEDEASKLIDADELAAEGIHRAEQMGMIFIDEIDKIASKEGGGNAQVSREGVQRDILPIVEGSQISTKYGTVNTEYILFIAAGAFHMSKPSDLIPELQGRFPIRIELDKLTQEDFYKILTEPDNALIKQYKALLKTEGIDLIFTKEAVERIAEIAFQVNQDSDNIGARRLHTILEKLLEDLLFEAPEINMESIKVTENYVNEKLAPIMQNKDLTQFIL
>NC_018584|1280249:1337101|1333107_1333866_+|WP_003727497.1|DBSCAN-SWA
MFKKLFRQDENILNSELAEDLPIPRHVAIIMDGNGRWAKKRFLPRIAGHKEGMDVVKRVTRYANAIGIDVLTLYAFSTENWKRPTDEVDFLMKLPVEFFDSFVPELIEENVRVNVMGYRENLPNHTMRAVEKAIADTAHCTGLTLNFALNYGGRSEIITAAKEAMKELELEGKSADDLTEEKLNDHLMSSGLGDPDLLIRTSGELRLSNFMLWQLAYSEFYFTDTHWPDFSKEDFLQAIIEYQNRSRRFGGL
>NC_018584|1280249:1337101|1282353_1282887_+|WP_003727523.1|protease|DBSCAN-SWA
MRKKTLAVFLVFTVLVALLAPTNASAYTKLGYVMTKASAKNFKIYINGSAKGFKNIIISGAKAWNPSPYLNTVSIGNDVKPNFTVSSSGTNKGSVLAVCNTTYYKSNKLISKNEITLYKGFRSLSTNHKIETIVHEFGHGFGLGHVKTKNAIMLDKGFINKTKPQTDDFNGIKALYK
>NC_018584|1280249:1337101|1323879_1324209_+|WP_003734518.1|DBSCAN-SWA
MTMKLIWDKFYVSIIFVLTCIVLGIILMCTVVGGGNDYSEVNVSEGDSLWALADQYAGKSDMAKADFVSWVEKENNLADGHVEAGESVVIPVHKTKLIKSDSTIQLANQ
>NC_018584|1280249:1337101|1290412_1291198_+|WP_003727519.1|DBSCAN-SWA
MSDSISVIREKLNQVTSEHDPFFRKCMQDERKGVEKLLETTRRKWEKEAQLRNKLEEMKQYETDLFQQGYKYIAGVDEVGRGPLAGPVVAAAVILPADFSVVGINDSKQLSEAKRDALFETIKKEAIAIGVGIIEHDVIDQVNIYEATKLAMREALDQLTPEPDFVLIDAMPLRYTEAELSLIKGDTKSISIAAASIIAKVTRDRLMQMYDEKYPGYDFANNMGYGTKKHLLGLDTIGICPIHRISFAPVKEAKLHFDSLK
>NC_018584|1280249:1337101|1316663_1317887_+|WP_012681271.1|DBSCAN-SWA
MEREKIILVGVILPNKTEEAFWNSMNELHSLAKTANGEVVDELIQKLERVNQASFIGSGKLEELATLVEMHEADVVIFNSELSATQVRNISKAVDARIIDRTQLILDIFAMRAKSKEGKLQVAYAQYKYLLPRLSGQGVSLSKLGGGIGSRGPGESKLEMDKRHIREKMHDIKAQLTHVEQHRKRIIERRNIQSVFRFGLIGYTNAGKSTIFNRLTNETTLQEDKLFATLDPTTRKIRFSGGFQALLTDTVGFIQDLPTTLIAAFRSTLEETANVDVLIHVVDASNPDYLQHETTVISLLEELEMNHLPTLVIYNKMDHAPATFVPDQPENLLISALDQEAPDTIKQRMIQLIEKNWAFFTLELSEEKGKELAQIKQQAWVTKLEYIESKQSYHIEGYKPRKELNNE
>NC_018584|1280249:1337101|1304957_1307417_+|WP_003734522.1|DBSCAN-SWA
MSNPEQHIQDLALEEVMGDRFGRYSKYIIQERALPDVRDGLKPVQRRILFAMNVEGNTAEKGFRKSAKTVGNVIGNYHPHGDSSVYEAMVRMSQDWKVRNMLIEMHGNNGSVDGDPPAAMRYTEARLSPISAELLRDIEKETVDFIPNFDDTSSEPTVLPARFPNLLVNGSTGISAGYATDIPPHNLTEIIEAVIKRLDNPLSTTDDIMKIVKGPDFPTGGIIQGIDGIRKAYQTGKGRVVVRSKTEIEDIRGGRKQITIHEIPYEVNKANLVKRMDELRIEKKIEGISEVRDETDRTGLRIAVELKKDANAEGVLNYLFKNTDLQVSYNFNMVAINKKRPELMGIIPMLDAYIEHQKEIITKRSEYDIRKARARQHILEGLIKALSILDEVIKLIRGSKDKRDAKLNLQTKYDFSEKQAEAIVSLQLYRLTNTDIHELQSEAKSLAEQISVLEKILGDEAELIAVLKEELAEIKKKYKTARRTEVQAEITEIKIDTEVLVANEDVIVSVTKEGYVKRTSQRSYAASNGAELAMKEADHAIFIQKMNSLDSLLLFTSKGNFIYRPVHELPDIRWKNLGDHVSHLASDLSAGEEIRSAIAIQAFTEEKRFLFVTKNGMTKQSAITNYKPQRYSKSMMAIKLKGDDELLNVHLIDGTEDIFLATKNGYGLRYSITEIPESGARTAGVKAINLKQDDIVIGGIVLMPNEQKHILLATQRGSLKQMKASEFEPISRAKRGLLMLRELKSNPHRFIGITLADNNDHLFIETNTDQIVEIDVANLRITDRYSNGSFVLDETMEGEPTSIWLAIPEIKDTSDAKDE
>NC_018584|1280249:1337101|1330925_1331300_-|WP_003734514.1|DBSCAN-SWA
MVKWHKIYTYSERVEQWDNQTIIEMPSESEYEGYFFLLPKKMVYSLTPEYSYFYFPDTWNFFLKKHTEKKELSVSNMILCFKKENDEIMQFFHTKKVNDSIVKVRTHIPKKIEKDVIVENDLIR
>NC_018584|1280249:1337101|1307499_1307967_+|WP_003726814.1|DBSCAN-SWA
MAEKMNVESFNLDHTKVKAPFVRLAGTKVGVHGDEIYKYDVRFKQPNKEHMEMPALHSLEHLMAELARNHTDKLVDISPMGCQTGFYVSFINHSDYDDALEIIATTLTDVLAATEVPACNEVQCGWAASHSLEGAKALAAEFLDKRDEWKNVFGE
>NC_018584|1280249:1337101|1296192_1297095_+|WP_003731303.1|DBSCAN-SWA
MIQEGKLEQQFFDYLHSERNYSVNTSTAYENDLLDFRRFLNEQAITTYQQVTFLDVRIYLTELKQKSFSRTTVARKISSLRSFYTFLLRENVINENPFTYVSHAKNQLRLPKFFYSEEMEALFQVVYEDNETLTLRDRVLLEVLYGTGIRVSECAGILLPDLDTSYQAILIRGKGNKERYVPFGVYAEDAITDYLPERANLMSRYKKSHDALLVNHYGDPLTTRGIRYCLSKIISKASLTRKIHPHMLRHTFATDLLNNGADMRTVQELLGHASLSSTQIYTHVTKEHLKSTYMKHHPRA
>NC_018584|1280249:1337101|1324302_1324530_+|WP_003734517.1|DBSCAN-SWA
MLEKAKIDRINELSKKKKAGTLTATEKVEQDKLRKEYIKSFRTHMKGTIENTTIIDPNGTDVTPHKVKQLRKNKH
>NC_018584|1280249:1337101|1286350_1287610_+|WP_003723886.1|protease|DBSCAN-SWA
MFKFNDEKGQLKCSFCGKTQDQVRKLVAGPGVYICDECIELCNEIIEEELGISEFVDFGEVPKPQEIRHILSDYVIGQERAKKALAVAVYNHYKRINSNETKEDEVELSKSNICLIGPTGSGKTLLAQTLARILNVPFAIADATSLTEAGYVGEDVENILLKLIQSADYDVEKAEKGIIYIDEIDKVARKSENPSITRDVSGEGVQQALLKILEGTVASVPPQGGRKHPHQELIQIDTGNILFIVGGAFDGIEQIVKNRMGEKVIGFGTDNAKLKDDETYLSRVVPEDLLKFGLIPEFIGRLPVIATLEQLDEAALVSILTEPKNALVKQYKRMLELDDVELEFEPTALIEIAKEAIERKTGARGLRSIIEQIMLEVMFEIPSRDDITKCIITEKAARGEEEPQLQLEDGSIIPIKTSA
>NC_018584|1280249:1337101|1302993_1304961_+|WP_003727510.1|DBSCAN-SWA
MNRNEYNDDSIQVLEGLEAVRKRPAMYIGSTDVRGLHHLVYEIVDNSVDETLAGFGKKIVVTLHVDGSVSVSDEGRGMPVGMHKTGKSTVEVILTVLHAGGKFGQEGGYKTSGGLHGVGSSVVNALSEWLVVTINRDGATYQQKFKDGGKPDGTLKKIGKSKATGTTIRFKPDPAIFPTTSFNYETLSERLRESAFLLKGMLIELIDERVGMAEAFHFEEGVKNFVEYINEGKDVLHPVASFEGENATIEVEMAFQFNDGYSENILSFVNNVRTRGAGSHESGMKAAMTRIFNDYARRVNLLKEKDKNLEGSDIREGLSAVLSIRVPEKILQFEGQTKEKLGTQEARQAVDAVVAEHLAYFLAENPETSSLLVKKAVKAREAREAARKAREETRNGKKKKRSETLLSGKLTPAQSRNPNKNELYLVEGDSAGGSAKQGRDRRFQAILPLRGKVINTEKAKLQDILKNEEISTIIHTVGAGVGTEFDVEDCNYDKVVIMTDADTDGAHIQVLLLTFFYRYMRPLVEAGKVFIALPPLYKVSRGSGKKEVIEYAWTDEELDSAIQKIGKGYMIQRYKGLGEMNADQLWETTMNPDTRTLIRVRVDDSARAERRVATLMGDKVEPRRQWIEKHVEFSMEDSQNILENENMMVEEAKDI
>NC_018584|1280249:1337101|1299098_1299878_+|WP_003726695.1|DBSCAN-SWA
MTLLEKTRKINAMLQNAAGKTVNFKEMADTLTDVIEANTYIVSRKGKLLGYSEALPIENDRMKQMLTERQFPEEYTQSLFNVGETSSNLEVSSQYTAFPIENSELFTKGLTTIVPIVGGGERLGTLILSRLESNFTDDDLLLAEYGGTVVGMEILHEKAEEIEEEARSRAVVQMAISSLSYSELEAIEHIFDELNGKEGLLVASKIADRVGITRSVIVNALRKLESAGVIDSRSLGMKGTFIRVLNDKFLVELEKLKNN
>NC_018584|1280249:1337101|1327179_1327911_-|WP_003726668.1|DBSCAN-SWA
MKENKYDDKHFFEQYSQMPRSKEGLKAAGEWHELKKMLPDFNQKTVLDLGCGFGWHCIYAAEHGAKKVLGIDLSERMLTEAKRKTTSPVVCYEQKAIEDIAIEPDAYNVVLSSLALHYIASFDDICKKVYINLKSSGSFIFSVEHPVFTADGRQDWYTDETGNKLHWPVDRYFNESMRTSHFLGEDVQKYHRTVTTYIQTLLKNGFQINSVIEPEPAPELKDLPEMQDEYRRPMMLLISATKQ
>NC_018584|1280249:1337101|1294605_1295910_+|WP_003727516.1|tRNA|DBSCAN-SWA
MEKSVNVIGAGLAGSEAAWQLVKRGVKVDLYEMRPVKQTPAHHTDKFAELVCTNSLRANGLTNAVGVIKEEMRILDSIIIEAADKASVPAGGALAVDRHEFSGYITDKVKNHPLVTVHTEEVTTIPEGPTIIATGPLTSPALADEIKQLTGEEYLYFYDAAAPIIEKDSIDMDKVYLKSRYDKGEAAYLNCPMSEEEFNAFYEALVTAETAALKEFEKEVFFEGCMPIEVMAKRGIKTMLFGPLKPVGLEDPKTGKRPYAVLQLRQDDAAGTLYNMVGFQTHLKWGEQKRVFGMIPGLENAEIVRYGVMHRNTFINSPTVLEPTYQLKTRNDLFFAGQMTGVEGYVESAASGLAAGINAANFVEEKELVVFPAETAIGSLAHYITSASKKSFQPMNVNFGLFPELETKIRAKQERNEKLAERALNAIKRVAEEL
>NC_018584|1280249:1337101|1289552_1290416_+|WP_003726396.1|DBSCAN-SWA
MTIQWFPGHMAKARREVTEKLKLVDVIFELVDARIPLSSSNPMLEEIIHQKRRVIILNKADTADEKTTKEWIDYFAEKGLPAVAVNAQEGKGLFKIEQAAEKLMAEKFDRLRSKGMKPRAIRAMILGIPNVGKSTLINRLAKKNIARTGNKPGVTKAQQWIKVGKTLELLDTPGILWPKFEDQEIGYKLALTGAIKDDLLQMEEIAGYGLRFLEKHYPDRLQNWLKVETVSEDPIETLAFIAEKRGLLDRYNDPDYSRAAETVVREIRQQKLGRMSFDFPNWEDEVE
>NC_018584|1280249:1337101|1300736_1301609_+|WP_003726697.1|DBSCAN-SWA
MIKLENEVLLVEMKTAGAELTRIFHKDTGLEYLWNADSKFWGRHSPVLFPTVGRLVEDTYLVDGKPYHLGQHGFARDRDFQVIEQTEKSVRFELDADEDSLAVYPYKFKLSIIYTIEKNTVAVSYEVENTDNKRIYFSIGAHPAFNLPLTDGTTFEDYYLDFGTEENLETLCLEGPYRSGEIKKVVDKPAQYLPLSYDLFKNDALIFEALKQKEMTIKSDKTPHFVKVSFPEFPFVGVWTAKPGTPFLCIEPWYGIADGAGESVELRDKAGIEHLEPEAVFASEYEITVG
>NC_018584|1280249:1337101|1323108_1323723_-|WP_003723438.1|DBSCAN-SWA
MKISKRQQDIYEFIKSEVKEKGYPPSVREIGEAVGLASSSTVHGHLARLEGKGLIRRDPTKPRAIEILSLEDEAETPNVVNIPIIGKVTAGMPITAIENIDEYFPLPEYMAAGETNVFMLEIDGESMINAGILDGDKVIVRQQSSAINGEIVVAMTDENEATCKRFYKEANHFRLQPENDALEPILLNNVTILGKVIGLYRDIR
>NC_018584|1280249:1337101|1332319_1332877_+|WP_003723450.1|DBSCAN-SWA
MSKEVLSKSKEKMEKAEQALTRQLGTIRAGRANASLLDRLSVDYYGAATPVNQMASISVPEARMLLITPYDKTILGEIEKAILKSDLGLTPNNDGSVLRLSIPQLTEERRKELVKEVKKEAEEAKVAVRNIRREANEELKKLEKNGDITEDDLRSYGEDVQKLTDESIKNIDSITKDKEAEILEV
>NC_018584|1280249:1337101|1334682_1335825_+|WP_014929057.1|DBSCAN-SWA
MKKIILLGATGSIGTQTLAIIRENPEKFQIVALSFGRNMERGRAIIKEFKPKMVAVWHTRDRVILEAEFPNVKFFNGLEGLREVATYLDGDVLLNAVMGSVGLLPTLDAIEAGKAIAIANKETLVTAGYLVMRAAKEKNISLLPVDSEHSAILQALNGENTERIEKLVLTASGGSFRDKTREQLSEVTVKEALKHPNWNMGNKLTIDSATMFNKGLEVMEAHWLFGVDYDDIEVVIQRESIIHSMVQFVDGSFIAQLGTPDMRMPIQYALTYPDRLYIPYEKEFRITDFSALHFEKVDYERFPALKLAYNAGKIGGTMPTVLNAANEIAVAGFLNGQVAFYNIEALVENAMNRHTSISDPDLDTILQVDQETRAYVKTLL
>NC_018584|1280249:1337101|1317879_1319106_+|WP_003727505.1|DBSCAN-SWA
MNNIQAIRKKVETQIDDLQNKTDEIAEFNQAKVLDAFQENKVSDFHFHPSTGYGYDDEGRDTLERVYATVFKTEAALVRPQIISGTHAISTVLFGILRPDDELLYITGQPYDTLEEIVGIRKQGQGSLKDFHIGYSSVPLLENGDVDFPRIAKKMTPKTKMIGIQRSRGYADRPSFTIEKIKEMIVFVKNINPEVIVFVDNCYGEFVEYQEPPEVGADIIAGSLIKNPGGGLAKTGGYIAGKEALVDLCGYRLTTPGIGREAGASLYSLLEMYQGFFLAPHVTAQAIKGARFTAAMLAEFGVEADPVWDAPRTDLIQSVSFHNKEKMVAFAQAIQAASPVNAHVLPIGAYMPGYEDDVIMAAGTFIQGASLELTADGPIREPYQLYVQGGLTYEHIKIAVTRAIQKIV
>NC_018584|1280249:1337101|1289000_1289543_+|WP_003727520.1|DBSCAN-SWA
MKEKNLKRLWSWIWAAVLAVLIAVIIRFYLFVPILVDGISMMPTLHSDDRVIINRFGNVDRFDVIVFRESDGKEYIKRVIGLPGDTVEYKEDQLYINGKKYNEPYLDTYKEKLKDGYLTDDYSSKDQLDGGKIPKDTYFVLGDNRRASKDSRIIGPIPFSKVLGTTPICYWPIEDAKLID
>NC_018584|1280249:1337101|1292464_1294543_+|WP_003727517.1|DBSCAN-SWA
MADYLVIVESPAKAKTIEKYLGKKFKVKASMGHVRDLPKSQMGVDTEHDYEPRYITIRGKGPVLKELKQAAKKAKKVYLAADPDREGEAIAWHLANSLELDQSDKLRVVFNEITKEAVKESFKTPRKIDMDLVNAQQARRILDRLVGYNISPILWKKVKKGLSAGRVQSIALRIIIDREKEINNFKPEEYWTIDGNFLKGKKKFQANFYGVNGKKKKLSTADDVKEVMSAIKGKSFDVTDVTKKERLRNPAAPFTTSSLQQEAARKLNYRTRKTMMLAQQLYEGITLGKQGTVGLITYMRTDSTRIADSAILEASNYIKETYGPEFSRNHKRSDKNAKGAQDAHEAIRPTSAMRSPQEVKEFLTRDQLRLYRLIWERFIASQMTPAVLDTMRVDLDNNGVNFRANGSKIKFHGFMKVYVESNDDNTEEKENILPDLKKGDKVQSESLEQRQHFTQPPPRYTEARLVKTLEEIGIGRPSTYSPTLDTIQRRNYVSLTNKRFIPTELGEIVNEMIEEYFPEILDVKFTANMESELDEVEHGEVEWVKVIDEFYKRFEPNVIKADAEMEKIEIKDEPAGIDCDLCGAPMVYKMGKYGKFLACSRFPDCRNTKAIVKEIGVTCPKCEKGHVIERKSKKKRIFYGCDRYPDCDYVSWDKPVERACPKCEKRALVEKKLKKGVQVQCTNCDYKESTQQ
>NC_018584|1280249:1337101|1326891_1327131_+|WP_003726667.1|DBSCAN-SWA
MWIYILVGIICLLAGLAGGFFIARRYMMSYLKNNPPINEQMLQMMMAQMGQKPSQKKINQMMSAMNKQQEKEKPKKTKK
>NC_018584|1280249:1337101|1280249_1281389_-|WP_003734523.1|protease|DBSCAN-SWA
MSEWYFKKNEQKMGPFTNVEMIALYRKKEINNLTLVQKSPHPEWIAFKQTELYQHIGNHGNSELKISNLFSAVFKKHSKEEGEKVFIAGTKYTTPAISDIPHSWPHPWVFSRVFLVLIVTYFLLLACTYLFDNSNTIPGLMVIGSFAVPFSVLLFFFETNAPRNISVFDVVRMFFIGGVAALVATLVIYSIIPVGKLNYFNALLVGFIEETGKMIIVALFIRSLNSKYILNGLLIGAAVGAGFAAFESLGYAFNYSVDAAFLFKDIHIAGETMLNVIFSRGWQSIGGHVAWAAITGAALVIAKGDQKLGMHHIFTGTFWKWFIIPIALHFIWDCPFNPLPAIAFKQIVLIIVVWFVILRLISKGLKQVSVISAASKAAK
>NC_018584|1280249:1337101|1308594_1310415_+|WP_003734521.1|DBSCAN-SWA
MSVKSNIVKIGVCFAVLAVPVSQTTFPVFAAEQTGLKASQDNVNIPDSTFKAYLNGLLGQSSTANITEAQMNSLTYITLANINVTDLTGIEYAHNIKDLTINNIHATNYNPISGLSNLERLRIMGKDVTSDKIPNLSGLTSLTLLDISHSAHDDSILTKINTLPKVNSIDLSYNGAITDIMPLKTLPELKSLNIQFDGVHDYRGIEDFPKLNQLYAFSQTIGGKKLINSDIKGSALTYNAEKQTLYVPFSLMTERTVNYDGYVPDFVKSTAGSDTYFAMNEKQVNGNRLTITSDGLTVSDVSKADFDNLEKMEYNAKIDLSSQTYNIPDQFKNGGAYNISVPIYDHYFTVDHSVNISADSGKTYIENQPVTEAEFLADIHAKTDDGSTVTSDFADKVDFKTPGTYTVTLQSENNSGLKAAPVQVNVTIKEKTAITADEKITYKVDTSKTEAEFLADIKAKTNDGTAITSDFATVVDLSKPGKYVVTLNAENDLQKALPVQVTVIVEKETPIPDPTPNPTPDPTPNPTPTPDPTPDPSPTPNPVIKPNVNKPEVPSHKIPSLTVNEKKAKAETSKEALPKTGDSLPVAGATVGFLLISLSWFVSRKK
>NC_018584|1280249:1337101|1316319_1316553_+|WP_003719566.1|DBSCAN-SWA
MKQGGQGLQDYYLNQLRKEKILATVFLTNGFQLRGRVVSFDNFTVLLDVEGKQQLVFKHAISTFSPQKNVALNPDAE
>NC_018584|1280249:1337101|1301650_1302247_-|WP_003726698.1|DBSCAN-SWA
MTINLILLSLLAYVIGSIPSGLWIGKIFYKKDIRDFGSGNLGATNSFRVLGIKAGSIVTVMDILKGTVATLLPFFFQLNVDHHFWLLTGAFAIIGHSFPLFAGFRGGKAVATSAGVILAYAPLLFVAALVVFLVTLKLSKYVSLSSMIGALAALIISLFMGDWILIILVACIALFVIWRHRANITRIRNGEEPKIKWM
>NC_018584|1280249:1337101|1329742_1330948_-|WP_003744007.1|DBSCAN-SWA
MKMTLLDNQKQALIKLKKYKVGALFMKPGSGKTRVACELINDVNPDYVLWITPFQTKENLEIEISKWGYSFPQEIIGIESLSNSDRLYLYCRNKLKNSTNSYIIMDESLKIKNIHALRTQRAIKLSRLATYKLIMNGTPLSRNILDLWSQLEFLSPKILNLSFSQFKKTFCEYVTITQLTQSTQQSMDIIKKYHNLEYLYKLITPFIFTSSHELAVKWHYIRHDFSIDEELLKQYYEIKEDYLRKAAAYTININFLEMSQVMQHCYCLSSEKFTITESLIAGKEETTIIFCKYRRSEEALQQAFPNVKITTFAKSSYGLNLQFYNQIIYFDKTFDYSQRDQSERRIYRTGQTQDCYYHDLSGNVGLDSLIDTNISKKTSLLQEFKKELSQKNSFEVIMDAF
>NC_018584|1280249:1337101|1331591_1332320_+|WP_003723449.1|DBSCAN-SWA
MDTPDYKRVVLKLSGEALAGNDGFGINPSVVNLISAQIKEVVELGVEVAIVVGGGNIWRGKLGSEMGMDRAAADQMGMLATIMNSLSLQDSLENIGVATRVQTSIDMRQIAEPYIRRKAIRHLEKGRVVIFAGGTGNPYFSTDTAAALRAAEIEADVILMAKNNVDGVYNADPKLDENAKKYEELSYLDVIKEGLEVMDTTASSLSMDNDIPLIVFSFTEQGNNIKRVILGEKIGTTVRGKK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_003734523.1|1280249_1281389_-|protease	PrsW family intramembrane metalloprotease	NA	NA	NA	NA
WP_003723563.1|1281468_1281864_-	helix-turn-helix transcriptional regulator	A9D9J6	Lactobacillus_prophage	1.3e-14	57.4
WP_003727524.1|1282014_1282230_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_003727523.1|1282353_1282887_+|protease	matrixin family metalloprotease	NA	NA	NA	NA
WP_003731300.1|1282902_1283568_+	hypothetical protein	NA	NA	NA	NA
WP_003727521.1|1283829_1284768_+	hypothetical protein	NA	NA	NA	NA
WP_003723884.1|1284882_1286166_+	trigger factor	NA	NA	NA	NA
WP_003723886.1|1286350_1287610_+|protease	ATP-dependent protease ATP-binding subunit ClpX	G3M9Z9	Bacillus_virus	1.4e-145	63.2
WP_003726393.1|1287728_1288295_+	type I signal peptidase SipX	NA	NA	NA	NA
WP_003726394.1|1288329_1288899_+	type I signal peptidase SipY	NA	NA	NA	NA
WP_003727520.1|1289000_1289543_+	type I signal peptidase SipZ	NA	NA	NA	NA
WP_003726396.1|1289552_1290416_+	ribosome biogenesis GTPase YlqF	NA	NA	NA	NA
WP_003727519.1|1290412_1291198_+	ribonuclease HII	G4YAY0	Emiliania_huxleyi_virus	6.7e-26	37.6
WP_003727518.1|1291331_1292192_+	DNA-protecting protein DprA	NA	NA	NA	NA
WP_003727517.1|1292464_1294543_+	type I DNA topoisomerase	A0A1V0SB35	Catovirus	5.4e-107	37.5
WP_003727516.1|1294605_1295910_+|tRNA	FADH(2)-oxidizing methylenetetrahydrofolate--tRNA-(uracil(54)-C(5))- methyltransferase TrmFO	NA	NA	NA	NA
WP_003731303.1|1296192_1297095_+	tyrosine recombinase XerC	A0A142K7N4	Mycobacterium_phage	1.8e-14	29.5
WP_003724001.1|1297115_1297655_+|protease	ATP-dependent protease subunit HslV	NA	NA	NA	NA
WP_003727514.1|1297668_1299078_+|protease	ATP-dependent protease ATPase subunit HslU	W6AS21	Erwinia_phage	7.5e-44	27.8
WP_003726695.1|1299098_1299878_+	GTP-sensing pleiotropic transcriptional regulator CodY	NA	NA	NA	NA
WP_003727513.1|1299980_1300400_+	acyl-CoA thioesterase	NA	NA	NA	NA
WP_003724130.1|1300422_1300734_+	hypothetical protein	NA	NA	NA	NA
WP_003726697.1|1300736_1301609_+	aldose 1-epimerase family protein	NA	NA	NA	NA
WP_003726698.1|1301650_1302247_-	glycerol-3-phosphate 1-O-acyltransferase PlsY	NA	NA	NA	NA
WP_003727511.1|1302405_1302813_+	CoA-binding protein	NA	NA	NA	NA
WP_003727510.1|1302993_1304961_+	DNA topoisomerase IV subunit B	G3M9Z3	Bacillus_virus	5.1e-123	42.5
WP_003734522.1|1304957_1307417_+	DNA topoisomerase IV subunit A	G3M9Z5	Bacillus_virus	1.1e-101	31.6
WP_003726814.1|1307499_1307967_+	S-ribosylhomocysteine lyase	NA	NA	NA	NA
WP_003734521.1|1308594_1310415_+	class 1 internalin InlK	NA	NA	NA	NA
WP_003734520.1|1310447_1312334_-	peptidoglycan O-acetyltransferase OatA	B5WZU0	Pseudomonas_phage	2.9e-43	32.2
WP_003726657.1|1312546_1313245_+	glycerophosphodiester phosphodiesterase	A0A0S2MYI4	Enterococcus_phage	6.4e-12	31.9
WP_003723738.1|1313477_1315154_+	glycerol-3-phosphate dehydrogenase/oxidase	NA	NA	NA	NA
WP_003726658.1|1315280_1316198_+|tRNA	tRNA (adenosine(37)-N6)-dimethylallyltransferase MiaA	NA	NA	NA	NA
WP_003719566.1|1316319_1316553_+	RNA chaperone Hfq	NA	NA	NA	NA
WP_012681271.1|1316663_1317887_+	GTPase HflX	NA	NA	NA	NA
WP_003727505.1|1317879_1319106_+	methionine gamma-lyase family protein	NA	NA	NA	NA
WP_003719570.1|1319307_1319676_+	MerR family transcriptional regulator	NA	NA	NA	NA
WP_003723435.1|1319746_1321081_+	type I glutamate--ammonia ligase	A0A1V0SJ53	Klosneuvirus	2.0e-06	26.4
WP_003726564.1|1321224_1322520_+	arsenic transporter	A0A2H4PQU3	Staphylococcus_phage	2.5e-147	62.6
WP_003734519.1|1322553_1323078_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_003723438.1|1323108_1323723_-	transcriptional repressor LexA	A0A1B2APZ1	Phage_Wrath	9.3e-15	62.1
WP_003734518.1|1323879_1324209_+	cell division suppressor protein YneA	NA	NA	NA	NA
WP_003734517.1|1324302_1324530_+	DUF896 domain-containing protein	NA	NA	NA	NA
WP_003734516.1|1324676_1326671_+	transketolase	NA	NA	NA	NA
WP_003726667.1|1326891_1327131_+	YneF family protein	NA	NA	NA	NA
WP_003726668.1|1327179_1327911_-	class I SAM-dependent methyltransferase	A0A1X9I6N4	Streptococcus_phage	2.3e-81	58.0
WP_003726669.1|1327932_1328439_-	ParB-like nuclease domain-containing protein	A0A220GKT8	Streptococcus_phage	1.4e-56	66.7
WP_003727499.1|1328448_1329753_-	DUF3440 domain-containing protein	A0A220GKF8	Streptococcus_phage	1.2e-133	52.1
WP_003744007.1|1329742_1330948_-	helicase SNF2	L0P6E9	Lactobacillus_phage	4.1e-91	46.6
WP_003734514.1|1330925_1331300_-	hypothetical protein	NA	NA	NA	NA
WP_003723449.1|1331591_1332320_+	UMP kinase	NA	NA	NA	NA
WP_003723450.1|1332319_1332877_+	ribosome recycling factor	NA	NA	NA	NA
WP_003727497.1|1333107_1333866_+	isoprenyl transferase	R9W0U9	Flavobacterium_phage	4.4e-22	42.1
WP_003734513.1|1333879_1334668_+	phosphatidate cytidylyltransferase	NA	NA	NA	NA
WP_014929057.1|1334682_1335825_+	1-deoxy-D-xylulose-5-phosphate reductoisomerase	NA	NA	NA	NA
WP_003734512.1|1335838_1337101_+|protease	RIP metalloprotease RseP	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_018584|1830041:1838327|DBSCAN-SWA
ATTAATCGTTCCCTCCATTTTGAATTAATCCTCGAATCACTTTTGGATAAAAAATATGTTCTACTTGATGAATTTTTCCAGCTAAAGTATCTACAGTTTCCGCATGTTCAATCGGTACTTTCACTTGATCAATAATTGGTCCAGTATCCATTCCCGCATCCACAAAGTGCGCCGTGACACCAGTTTCTGAAACATTCGCTTGAATCGCTTGACCAATTGCATCTTTTCCTTTGAATTCAGGTAACAACGATGGGTGCAGGTTGACAATTTGCTCGGGGAATTCCGCTAATAAGGTTGGTCCAATCAAACGCATATATCCTGCTAGCACTAACAAATCAATTTCCAACCCGCGAAGTTCTAGTAAAATTTCTGTCTCAAAAGCTTCTTTATCCGGATAATTTTTCGCTTCAAAAAGGAACACCGGAATCTGATGTGTGTTTGCGCGTTCTAAAACATAAGCATTTGGTTTATCACATACCAGTAGTTTCACATGAGGCTTAATAAACGCATCATCCACTAAAGCTTGAAAATTCGAACCGTTACCCGAAGCAAAAATGGCTATATTCATCCTTTTGTGCCTCCTGTGAAAATAACCGCATCATTTTCACGTGTCGTAACTTCTCCAATAACATAAGCCGCTTCCCCGTTTTGAACGAGTACTTCTAATGTTCTTTCCACATCCGCTTTCGCAACTGCCAACACCATACCAATGCCCATATTGAAAATTTCATACATTTCAAGTTCGCTCAATTGGCCGTATTTCTTCATAACGTCAAAAATCGGCAACACCGGCCACGAACCAAGCTCCACTTTGACAGCTAAATCATTTGTTAACATCCGCGGTAAATTCTCTACAAATCCGCCACCCGTCACATGCGTAATTCCGTGCACATCTACCTCTTTCAATACTTCTAAAACTGGCTTCACATAAATCCGTGTCGGTTTAAGTAGCTCTTCCACAAGCGGTACATCTAGTTCACTGATTTCCGCATCGAGTGTCAATTCGTTATCTTTAAAGAAAATTTTACGCACAAGGGAGTAACCATTACTATGAATTCCGCTTGATGGAATACCAATGAGTGTATCTCCTTCTTTGACTGCGCCTTCTGTAATTAGCTTCTGTTTCTCTACAGCCCCAACAGTAAAACCAGCTAAATCATAATCTTCCGCGCCGTACATATCAGGCATTTCAGCAGTTTCGCCGCCAATTAAAGCCGCACCAGCTTGTTCACAACCGTCAGCCACGCCTTTAACAATTTGTTCCATTTTCACTGGATCTGTTTTTCCAGTAGCGATATAATCTAAGAAAAATAATGGCTCGGCGCCTTGAGCTAAAATGTCATTCACACACATTGCCACGCAGTCAATCCCGATGGTATCATGCTTATCTGCTTCAATTGCCAAAAGTAATTTTGTCCCAACACCATCCGTACCAGAAACAAGGACAGGTTCTTTTAAATGCAAACTACTTAAGTCAAACATTCCACCAAATGAACCAAGTGCCCCCATCGCGCCTAATCGCTCTGTTCTAGCCACATGTTTTTTGATACGTTCTACAACTTGATAGCCAGCTTCTACGTCCACGCCTGCTTTACTATATGCATTTTCTGCCATTCGATTTGTCACTCCTCATTATTTTTCTGCTTCTAAGCTCGCTAAATATTCCGCTTCATAATCATATAAAGGGGTTGGGTAATCGCCGTTGAAATAAGCCATACAAAGTCCCCCGTAAGGTTCATTCGGATAAGGTCTGCCAATGGAATCTACTAAACCTTCTTCACTCAAATACTCTAAAGAATCAGCCCCAATAATCCGACAAATTTCATCAACAGAATAATTAGAAGCGATTAATTCATTTCGCGTTTGGATATCAATTCCATAAAAACAAGGATAAGCAAGTGGTGGAGAAGCGATTCTTACATGAACTTCCGCCGCTCCTGCTTCACGTAAAAGCTGGACAATGCGTTTACTTGTCGTCCCGCGAACAATCGAATCATCAATCATGACAACGCGTTTTCCTTCCACAACCCCGCGCACGGCAGAAAGTTTCATTCTAACGCCTTGTTCCCTAAGTTCTTGTGATGGCTGGATAAAAGTTCTTGCCACATATCTATTTTTGATGAGACCAAGTTCGTAAGGAAGACCAGCTTCCTCCGCATAACCAATCGCTGCAGAAATACTGGAATCTGGTACACCTGTAACCACATCTGCATCAATAAAAGCCTCTTTTGCTAATCTTTTCCCAGAACGTTTTCTTGCCGAGTGGACATTAATTCCAGCAATATTAGAGTCAGGTCGCGCAAAATAAATGTATTCCATACTGCAAATCGAATGCGTCACATTTTCCGTGAATTTTTCAATTCGAAGCCCGTCATCATTAATAATAATTAGTTCACCTGGCTCCACATCGCGGACAAACTCAGCGCCAACCGTTTCAAAGGCACATGTTTCCGAAGCAACTACGTAAGAATCACCAATGCGACCTATCGAAAGCGGTCTAAAACCATTCGGGTCAAGCGCCGCATACATCGTGTCTTCCGTCAGAAGCATGTACGCAAAGCCACCCTTAACCTTGTTCAAAGCCACTTTTAAATCTTCCACAAAATCACCTGTATGGCTACGTTTAATTAAATGCGCTAACACTTCTGTATCCGAACTCGTTTGAAAAATAGCGCCTTCTTCTTCTAGTTCACGGCGTAAACTTTTCGCATTAACCAAATTTCCATTATGCGCAAGTGCTAAAGAAGAACTATGAAAGTGAAATAAAAATGGTTGTACGTTCCCTAAGTTTTTTTGACCGGCTGTCGCATATCGAACGTGGCCAATGGCTGCTTTACCTTTTAAATCGTCTAGTTCACCATGTTTAAATACGTCTGCTAAAAGGCCGAGATTTCGGTGACCTTTTAGTGTTTCACCGTCTGTCGAAACAATTCCGGCACCTTCTTGACCGCGATGTTGTAAACTATGCAACCCATAATAGGTGATTTCCGCTGCATTAGGATGATCCCAAATACCAAAAATACCACATTCTTCGTTAAGTCCTTTTACTTCAGCAAGCATGGAATAGCCCCTTCCCAAATGGATCGTAATTCCGTTGTTTTCGCTGTAACTTGATCTTCCTTATGTTTCACACGAATCGTATCATCCTCGGTTACTACACCAAGGCGGTATACTTTTTCCAGTTCCATTAATTGCGCAAAAGCTGCTTCGTTTTCCGGTTTTACCGATACTAAGAAACGTGATTGCGATTCACTGAATAGTTGATTCAACTCAAACGGTACTTCTACATCCGCACCAAGCCCTGCTTTAAAAGTCGCTTCCGCAAGGGCAACACCAAATCCACCTTCTGCCAAATCGTGACTAGAAGCAACTAGACCTTCCTGAATCGCCGTTAGAAGTAATTGTTGGTATTTTTTCTCTGTCGTTAAATCTAATTCCGGCGCACGTCCGCTAATTTTCCCTTGTTGCAATTTTTGCAATTCCGAACCACTATATTCAGCTTTTGTTTCACCAATTAAGAAAATCACATCGCCACTATTTTTAAAATCTTGTGTCGTAATATGTGCCAAATCTTCTACTAAACCAACCATTCCAATGACTGGCGTTGGATAAATTCCGGTACCATCTGTTTCATTATAAAGCGATACATTACCAGAGATAACAGGCGTATCAAGTTCTAAACAAGCCGCACTAATACCATCAGCCGCTTTTTCAATTTCCCAAAAAATTTCTGGTTTTTCAGGATTTCCAAAGTTCAGTCCATCTGTAATCGCTAGTGGTTTCCCGCCAGAACAAACGATATTGCGCGCCGCTTCCGCAACCGCTATCGCTCCGCCTACTTCTGGATCAAGATACAAATAGCGTGAGTTACAATCAGTTGTCATGGCAATTGCCTTCTCGGTCCCACGCACACGAACAATCGCCGCATCTGAACCAGGTACAACAGCTGTATCCGTCCGAACTTGATAATCATATTGCTCATAAATATGGCGCTTACTAGCAATCGTTGGCTGAGCAAGCAGTTCCTTCCAAACACCGACCACATCTTCCATAACTGGCACAAACGATTCCTCTTCTTGGAAAGCTTGATAACGAGCTGGCTCTTTGGAAGGTTTATGATAAACTGGCGCATCTTCTGCAAGCGCATCTACAGGAACGTTCGCAACTACTTCACCATGATGAATAATTTTGTACATTTTATCATCTGTTACTTGACCAATCACAACAGCCTCTAAACCATAACGTTCAAATAACGCTTGGATTTCTTCCACATGCCCTTTTTTCACACATAGAAGCATCCGTTCTTGCGATTCAGAAAGCAACATTTCATAAGGCGTCATATTTAGTTCTCGTTGCGGCACATCATCCATAATTAATTCTAGCCCAGCGCCCGCTTTTGAGGCCATTTCAGAACTTGAACTAACGAGACCAGCTGCTCCCATATCTTGAATTCCCACTAAAATATCCGAATGATCACGAATCACATCTAAACAAGCTTCAAGCAACAATTTCTCCATAAAAGGATCGCCAACCTGTACAGCAGAGCGTTGTTGTTCACCTTCTTCACTAAACTCTACAGAAGCAAAAGTAGCACCATGAATCCCGTCACGACCAGTTTTAGCACCAACATACATCACCGGGTTGCCAATTCCTTTAGCTTGCCCTTTTTGAATATCTTTCGCTTCAATTAAGCCTACACACATTGCATTAACTAGCGGATTTTTTGTATAACAAGGATCAAATTGGATTTCGCCACCAACCGTTGGAATCCCAATGGAGTTACCGTATCCTGCGATTCCCGCAACGACTTCACTAACTAAGTATTTCGCATGGGGTGTATCTAACTCACCAAAACGAAGCGAGTTAAGCATTGCAATCGGTCTAGCTCCCATCGAGAACACATCACGGATAATCCCGCCGACCCCAGTCGCAGCCCCTTGATACGGCTCCACGTAGGATGGATGATTATGACTCTCCACTTTAAAAGCAACACCTAAACCATCGCCAATATCGACAATCCCAGCGCCTTCACCAGGTCCTTGTAATACTTGTTTGCCTTCTGTAGGAAATTTCCGAAGTACTGGTTTAGAATTTTTATAGCTACAATGTTCCGACCACATAACAGAGAAAAGCCCAGTTTCTGTATAATTAGGCTCGCGTCCAAGAATCGAACAAACAAGCTCATATTCACTATCAGTTAAGCCCATTTCTTGATAAATCTTTTGTTCTTTAATTTCTTTTGTCGTTGGCTCCATGTTAGGCATTTACTTGTTCCTCCTTCCAAGCTTTTACAACGGACTCGAAAAGTCTTAAACCATCTGTACCGCCAATAATTTCTTCTACCGCGCGTTCTGGGTGTGGCATCATTCCAAGCACATTACCGCGCTCATTTACGATCCCCGCAATATCCGCACGGCTACCATTCGGATTCACGCTATCATATGTAAACACAATTTGGTTATTATCTTTTAATTTTAAAAGTGTTTCATCGTCACAGTAATAATTACCTTCCCCGTGAGCAACTGGAACTTGGATAATTTCGCCTTCTTTATAAAGCCCGGTAACCATCGTACTTGCATTCGCCACACGAAGCGGCACCGTCTTACAAATAAAATGCAAATTATTGTTTCTAATTAAAGCACCTGGCAGTAAACCAATTTCAGTTAAAATTTGGAATCCGTTACACACACCAAGCACTGGTTTTCCCATTTCAGCAAAGCGCAAAACTTCTGGCATAATACTTGAAAATTTTGCAATCGCACCAGTTCGCAAGTAATCTCCGTAAGAAAATCCACCTGGAAGTAAAACCGCATCAAAACCTGCAAGACTTGTTTCCGCATGCCATACATATTCCGCCTCCTCGCCAAGAGAATCGCGAATCGCATGTAGCATATCAAGATCACAATTAGAACCTGGGAACTGAATGACAGCAAATTTCATCGTTTAAGCCTCCTCTATTTCATATCGGTAATCTTCCATCACCGGATTTGTTAGCAGTTTGTCGCACATTTCATTCAATACTTCATGAATATCTCGATCTGATTTTGCAACTTTAAGTTCCATAAATTTACCAATACGAACATCTTCTACTTCCTCGTAACCCATGCTTTTCGCTGCATCTTTTACTGCAACACCTTGTGGATCTAATACGCTTTTCTTTAAAGTGACATAAACTTTGACATTATACATTTTGTGGCCTCCTAGTTTTGAACTTGCTTTAATCTATTCAATACTTCTGTATACACATCTGTTAAATTGCCAATATTCCGACGAAAGACATCCTTATCGAGCTTTTGATTTGTTTCCTTGTCCCAAAGTCTACATGTATCAGGCGAAATCTCATCTGCTAGTAAAATATTCCCAGTCGCATCCCGACCAAATTCTAATTTAAAATCAATTAGCGTAATATTCATTTGATTGAATAATTCTTGTAACACCTTATTAATCGAACGAGCAGCCTGGCGAATTATATCCATCTCACTCGTTGTCGCAAGCTCTAAATAAAGCACATGGTCATCATTAATAAACGGGTCATCTAACGCATCATCTTTATAGTAAAATTCTACTATCGCATTTGGAATTAGCTCGCCTTCTTCTTTTCCAAGCCGTTTCGCAAGACTCCCAGCCATTACATTGCGAACAACCACTTCAAGTGGAATAATTGATACTTCTTTCACCAATTGCTCCGTTTCCGAAATCGCCCGAATAAAGTGACTCTCTATTCCCGCTCTTGCTAAATGAGAAAAAATAAGCGATGTAATTTGGTTATTAAGCTCACCCTTCCCAGCAAAAGATTCCTTTCGCACCCCGTTTAGCGCTGTCGCATCATCCTTATAGGCAACACGCAAGACACCTGCTTCTTCTGTTTTAAAAAGTCGTTTTGCCTTTCCTTCATAAACCAGTTCATTAGTCACGATAATTTATCTCCTTATAAATTACTTAACCTCTTTGAAAAAATAAATATCAAAGAGGTTAGGTTGTATTCTGCCCGTAATTATAATCCTAAACGATCAAAAATTAAGTCGACATTCTTCAGGTGATAGTTGTAATCAAAGCAATCTGCAATTTCTTCCGCAGATAGGTTTTCAATAATGGTTGCATCTTGTTCTACTAATTCACGGAAAGGTACTTGTTTTTCCCAAGCTTCCATTGCTCTTGGTTGTACGACATCATACGCCGCCTCACGAGCTAAACCTTTATCAATAAGTGCCAGTAATACACGCTGTGAATAAATAAGTCCCAGTGTTCTGTCCATATTGCGTTTCATATTTTCTGGGAACACCGTCAAGTTTTTCACGATATTTCCAAAACGATTCAAAATATAATCAAGTAAAATAGTGGAATCTGGCAGAATAATTCGTTCCGCTGAGCTATGAGAAATATCACGTTCATGCCAAAGTGGCACATTTTCATAAGCAGTAACCATATGACCGCGAATAACGCGCGCTAATCCAGTTACATTTTCAGAACCAATTGGATTACGTTTATGCGGCATTGCAGATGAACCTTTTTGTCCTTTTGCAAAGAATTCTTCCACTTCACGCACTTCACTTTTTTGCAGTGCACGTACTTCTACCGCAAATTTTTCTACAGAAGTTGCAATTAATGCAAGTGTTGCCAAATATTCTGCATGGCGATCGCGTTGCAACGTTTGTGTAGAAATCGGCGCAGGAGTTGTTCCTAATTTTTCACATACGTAAGCCTCCACAAAAGGATCAATATTCGCATACGTCCCGACCGCACCAGAGATTTTCCCGAATTCCACACCATCAGCTGCAAAATTAAAACGTTCTAGGTTACGTTTCATTTCCTCGTACCATAGAGCAAGCTTCAAGCCAAAAGTAGTAGGTTCCGCGTGAACACCATGTGTACGTCCCATTGTTACGGTATATTTATGTTCTTTTGCTTTTTCGCCAATAATCGCAATGAAATTTTCCAAATCCTTACGCAAAATCTCATTCGCTTGTTTAAGTAAATAAGAATTCGCTGTATCCACTACGTCTGTTGAAGTTAAGCCATAATGAACCCATTTACGTTCCGCACCAAGCGACTCAGAAACTGAACGAGTAAATGCCACAACATCATGTCTCGTTTCTAGTTCAATCTCATGAATCCGATCCACATCAAACTTTGCATTAGCACGGATCTTCGCAACATCTTCTTTCGGAATATCACCAAGCTCTGCCCATGCTTCACAAGCCAAAATCTCCACTTCTAGCCAAGCCTGATAACGATTTTGTTCTGTCCAAATGTTGCCCATTTCTTTACGAGTATAACGTTCTAACAT

Protein sequences of DBSCAN-SWA_3

>NC_018584|1830041:1838327|1830041_1830608_-|WP_003726209.1|DBSCAN-SWA
MNIAIFASGNGSNFQALVDDAFIKPHVKLLVCDKPNAYVLERANTHQIPVFLFEAKNYPDKEAFETEILLELRGLEIDLLVLAGYMRLIGPTLLAEFPEQIVNLHPSLLPEFKGKDAIGQAIQANVSETGVTAHFVDAGMDTGPIIDQVKVPIEHAETVDTLAGKIHQVEHIFYPKVIRGLIQNGGND
>NC_018584|1830041:1838327|1835983_1836229_-|WP_003722248.1|DBSCAN-SWA
MYNVKVYVTLKKSVLDPQGVAVKDAAKSMGYEEVEDVRIGKFMELKVAKSDRDIHEVLNEMCDKLLTNPVMEDYRYEIEEA
>NC_018584|1830041:1838327|1831672_1833100_-|WP_003722245.1|DBSCAN-SWA
MLAEVKGLNEECGIFGIWDHPNAAEITYYGLHSLQHRGQEGAGIVSTDGETLKGHRNLGLLADVFKHGELDDLKGKAAIGHVRYATAGQKNLGNVQPFLFHFHSSSLALAHNGNLVNAKSLRRELEEEGAIFQTSSDTEVLAHLIKRSHTGDFVEDLKVALNKVKGGFAYMLLTEDTMYAALDPNGFRPLSIGRIGDSYVVASETCAFETVGAEFVRDVEPGELIIINDDGLRIEKFTENVTHSICSMEYIYFARPDSNIAGINVHSARKRSGKRLAKEAFIDADVVTGVPDSSISAAIGYAEEAGLPYELGLIKNRYVARTFIQPSQELREQGVRMKLSAVRGVVEGKRVVMIDDSIVRGTTSKRIVQLLREAGAAEVHVRIASPPLAYPCFYGIDIQTRNELIASNYSVDEICRIIGADSLEYLSEEGLVDSIGRPYPNEPYGGLCMAYFNGDYPTPLYDYEAEYLASLEAEK
>NC_018584|1830041:1838327|1830604_1831654_-|WP_003726210.1|DBSCAN-SWA
MAENAYSKAGVDVEAGYQVVERIKKHVARTERLGAMGALGSFGGMFDLSSLHLKEPVLVSGTDGVGTKLLLAIEADKHDTIGIDCVAMCVNDILAQGAEPLFFLDYIATGKTDPVKMEQIVKGVADGCEQAGAALIGGETAEMPDMYGAEDYDLAGFTVGAVEKQKLITEGAVKEGDTLIGIPSSGIHSNGYSLVRKIFFKDNELTLDAEISELDVPLVEELLKPTRIYVKPVLEVLKEVDVHGITHVTGGGFVENLPRMLTNDLAVKVELGSWPVLPIFDVMKKYGQLSELEMYEIFNMGIGMVLAVAKADVERTLEVLVQNGEAAYVIGEVTTRENDAVIFTGGTKG
>NC_018584|1830041:1838327|1835296_1835980_-|WP_003734638.1|DBSCAN-SWA
MKFAVIQFPGSNCDLDMLHAIRDSLGEEAEYVWHAETSLAGFDAVLLPGGFSYGDYLRTGAIAKFSSIMPEVLRFAEMGKPVLGVCNGFQILTEIGLLPGALIRNNNLHFICKTVPLRVANASTMVTGLYKEGEIIQVPVAHGEGNYYCDDETLLKLKDNNQIVFTYDSVNPNGSRADIAGIVNERGNVLGMMPHPERAVEEIIGGTDGLRLFESVVKAWKEEQVNA
>NC_018584|1830041:1838327|1837034_1838327_-|WP_003726215.1|DBSCAN-SWA
MLERYTRKEMGNIWTEQNRYQAWLEVEILACEAWAELGDIPKEDVAKIRANAKFDVDRIHEIELETRHDVVAFTRSVSESLGAERKWVHYGLTSTDVVDTANSYLLKQANEILRKDLENFIAIIGEKAKEHKYTVTMGRTHGVHAEPTTFGLKLALWYEEMKRNLERFNFAADGVEFGKISGAVGTYANIDPFVEAYVCEKLGTTPAPISTQTLQRDRHAEYLATLALIATSVEKFAVEVRALQKSEVREVEEFFAKGQKGSSAMPHKRNPIGSENVTGLARVIRGHMVTAYENVPLWHERDISHSSAERIILPDSTILLDYILNRFGNIVKNLTVFPENMKRNMDRTLGLIYSQRVLLALIDKGLAREAAYDVVQPRAMEAWEKQVPFRELVEQDATIIENLSAEEIADCFDYNYHLKNVDLIFDRLGL
>NC_018584|1830041:1838327|1833084_1835304_-|WP_003731570.1|DBSCAN-SWA
MPNMEPTTKEIKEQKIYQEMGLTDSEYELVCSILGREPNYTETGLFSVMWSEHCSYKNSKPVLRKFPTEGKQVLQGPGEGAGIVDIGDGLGVAFKVESHNHPSYVEPYQGAATGVGGIIRDVFSMGARPIAMLNSLRFGELDTPHAKYLVSEVVAGIAGYGNSIGIPTVGGEIQFDPCYTKNPLVNAMCVGLIEAKDIQKGQAKGIGNPVMYVGAKTGRDGIHGATFASVEFSEEGEQQRSAVQVGDPFMEKLLLEACLDVIRDHSDILVGIQDMGAAGLVSSSSEMASKAGAGLELIMDDVPQRELNMTPYEMLLSESQERMLLCVKKGHVEEIQALFERYGLEAVVIGQVTDDKMYKIIHHGEVVANVPVDALAEDAPVYHKPSKEPARYQAFQEEESFVPVMEDVVGVWKELLAQPTIASKRHIYEQYDYQVRTDTAVVPGSDAAIVRVRGTEKAIAMTTDCNSRYLYLDPEVGGAIAVAEAARNIVCSGGKPLAITDGLNFGNPEKPEIFWEIEKAADGISAACLELDTPVISGNVSLYNETDGTGIYPTPVIGMVGLVEDLAHITTQDFKNSGDVIFLIGETKAEYSGSELQKLQQGKISGRAPELDLTTEKKYQQLLLTAIQEGLVASSHDLAEGGFGVALAEATFKAGLGADVEVPFELNQLFSESQSRFLVSVKPENEAAFAQLMELEKVYRLGVVTEDDTIRVKHKEDQVTAKTTELRSIWEGAIPCLLK
>NC_018584|1830041:1838327|1836240_1836954_-|WP_003734637.1|DBSCAN-SWA
MTNELVYEGKAKRLFKTEEAGVLRVAYKDDATALNGVRKESFAGKGELNNQITSLIFSHLARAGIESHFIRAISETEQLVKEVSIIPLEVVVRNVMAGSLAKRLGKEEGELIPNAIVEFYYKDDALDDPFINDDHVLYLELATTSEMDIIRQAARSINKVLQELFNQMNITLIDFKLEFGRDATGNILLADEISPDTCRLWDKETNQKLDKDVFRRNIGNLTDVYTEVLNRLKQVQN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_003726209.1|1830041_1830608_-	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	8.3e-26	36.4
WP_003726210.1|1830604_1831654_-	phosphoribosylformylglycinamidine cyclo-ligase	Q58MH8	Prochlorococcus_phage	3.2e-63	44.4
WP_003722245.1|1831672_1833100_-	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	1.1e-53	34.6
WP_003731570.1|1833084_1835304_-	phosphoribosylformylglycinamidine synthase subunit PurL	A6N228	Microbacterium_phage	6.5e-159	40.8
WP_003734638.1|1835296_1835980_-	phosphoribosylformylglycinamidine synthase subunit PurQ	NA	NA	NA	NA
WP_003722248.1|1835983_1836229_-	phosphoribosylformylglycinamidine synthase subunit PurS	NA	NA	NA	NA
WP_003734637.1|1836240_1836954_-	phosphoribosylaminoimidazolesuccinocarboxamide synthase	A0A0E3F9V5	Synechococcus_phage	6.7e-41	38.3
WP_003726215.1|1837034_1838327_-	adenylosuccinate lyase	A0A1B3B081	Gordonia_phage	2.5e-17	33.0

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NC_018584|2561783:2569628|DBSCAN-SWA
ATTAACTATTACTGATTTTCAGTCCTACTTGTGCTGGTGTTTCCCCGCTTCTAAGGCGCTCTGCAATCTGATCTAGTTTCCGGAGACGATGATTAATACCTGATTTACTTACTTGACCTGTTGTCAGCATTTCGCCTAGCTCTTTTAAGGTAACATCTTCATTAGCTATACGAAGCGCTGCAATCTCACGCAGTCGTTCTGGTAAAGCTTCTAGCCCAACGGTTGATTGGATATACTTGATATTATCGATTTGCCTAACAGCCGCATTAATTGTCTTGTTGAGATTCGCCGTTTCACAGTTCACTAGCCTGTTCACCGAATTCCGCATATCACGCATAATCCGAACATCCTCAAAATGAAGAAGCGCGCTAGTTGCTCCGATAATACTCAAGAATTCCGTGATTTTTTCTGCTTCTTTCAAATAGGTAATAAAACCATTTTTCCGTTCAAGCGTTCGCGCATTGAGATCGAATTGATTCATCAAAGCGCAAATCGCCTCATTGTGCTCCTCATAAACAGAGAAAATTTCTAAATGATAAGAAGAAGTTTCCGGATTATTAACTGACCCACTTGCCAAAAAGGCTCCACGCAAATAAGCACGTTTAGCGCTTCTCTTCTTAACAAATCCCCTATCAATCGATTTCGTAAACGTCATCGGTGGCTCTAGTATCCGTAAATCTTCCAAAATCCCCCGTGTACCTGACTTCAAGCGAACTATATAAACATTATTTTTTTTCAACTTCATTTTGCGACGTACAAGAAGTTCTATTGGCACTTCGTATAAGTCTTTCAGTAATTGATACATTCGTCTAGCTATGGCTGCATTCTCGGTTTGGACATCCATTATCACTAATTGATTCGAAAACGAGATGGCACCATTCATTCGAATAAAAGCTGCGAGTTCCACTTTTGCATCGCTATCACTTACGTCCATATGGGTTAATTCTTTCTTGGTTTCCGATGCAAATGACATGGCTTACTCACTCCTTTTCAATAGTTTGGTTAGGTAACATCGCTAAAAGCGCGTCCGCCACCTTTTCAGCGGCATGGCGCACAAGGCCATCCTCTGTAGAAAGAAAATCTTGATAAATGGCTTCTACGCCAAGCTCTTCCATTCCTTTGGCATTATGCTCTACTTGCGCAACATCCTCTGGGAATAAAAGTTCTTTCGGAACAGTCGTCGTATTAATTAACGTTTTATCTATAAAAGATTTTCCCACATGCTCATGGATAACTTTAATATGATCCGCATCTGAGAAAAAGTCGGTTTCGCCAATTTGCGTTAAAATGTTCGTAATGTATACTTTCGGAGCCTTGCTTGCTATAATTTCATCAGCTAATTCCGTAAGTAATAGATTTGGTAAAATACTTGTGTATAAACTCCCTGGACCAATAACAATCAAATCAGCCTCTTTCACTGCTTCGACTGCTGTCGGATATGGTTTTACATTTTCTGGTTCAATATACACACGATTAATATGCTTTCCTTGTAACGGGATAAGCGATTCACCGTGCACAATAGAACCATCTTCCATTTCGGCATTTAAGATGAGTGGTTGATCCGTTGCTGGAATAACTTTGCCGCGGATTTTCAGCACCGTTGCTAGCACATTAATCGCATCAACATAACTATCATTCAATTGCGATAAAGCCGTTAAAATCAAATTTCCAATAACATGCCCCGATAAATCACCATCTACCGCAAAACGATATTGAAATAAATCGACAACCCGTGGATCAACATTGGATAAAGCTAGCATGACATTGCGTATATCACCTGGGGGAAGCACATCCATTTGCTCGCGAATTTTACCAGAACTACCACCATCGTCCGCTACGGTCACAATGGCCGTTAAATGAATATCCTTCTTTTTAAGCCCTTTTAAAATGACTGGAAGACCGGTCCCGCCACCGATTACTACTACTTTAGGTTTCATTTCCTTTTTCATATTAACGGCCCTTTCTACGTTTCATATCTCGGTGTGAAATCGTTGTTTCATATTTTTGTTGAATTGCCTTACCAACGAACTCTGTCAAAGCTACTGAACGATGCTGTCCTCCAGTACATCCAATGGCAATAACTAATTGTGTTTTTCCTTCTCGTTTGTAAAAAGGAAGTGTAAACATTAATAGATCTACTAACTTATCTAAAAAGGTCTGCGTTTCTGGCCATTTCATCACATATTCATACACATCTTCATCAAGTCCTGTCAACGGACGCATTTTGTCAATGTAATGCGGATTCGGTAAAAAGCGCACATCAAACACTAAATCAGCATCAATCGGAATGCCGTATTTGAAACCAAATGACATCAATTGCACATTGAATATATCTTTATCTTCGGTTTGGAATTCATTGTTAATTCGCTCGCGTAACTCACGTGGCGCCATATTCGATGTATTAATAACTAACTGCGAACGGCCTTTTAAATCACTAAGCAGTTCGCGCTCTGCATTAATCCCGTCTAGCACAGACCCATTAGGCTCCAGTGGATGGTGGCGGCGCGTTTCTTTATAACGCGAAACAAGTACCTTATCATCAGCCTCTAAAAAGAGGATTTTCGTTGTTATAAAATTGGTATTATCTAGCTCATCTAGCGCTGGTTCAATGGAATCGAAAAACTCACGGCCGCGAAGATCCATTACGAGCGCGATTTTATCCATTTTATCGCTTTCTTTCATTAGCTCCCAGAACTTTGGAAGTAAACTTGGCGGTAAATTATCTACACAAAAATAACCGAGATCTTCTAAAGACTGCATTGCGACTGTTTTTCCTGCTCCAGACATCCCAGTAATGATTACTAATTTTAATTGTTTAGAAGCCATATCTGCCTCATCCTTTCGCACAAATAATATCTATCTTCCATTTTAGCACACTTCTCACTAGAAAATCCCGGAAAAGTCTCTAAAGCGAGTTTCCGGGATTTTTCTTTTTAAGCTTCGATATGTTGCATCAAATCAGCTTTCACTTTTTCTAATTTTGTTGCACTTTCTTCTTTACTTTCACCACGAATACTAAAGTAGAATTTGATTTTCGGTTCTGTGCCGGATGGACGTAAACAGAACCATGAACCATCTTCAAAATAACATTTAATGACATCTGCTGTTGGCAAATGAATCGCTTCCGTTTTTCCGGTAGCAATCCAAGTTGTTTCGCTTCTTAAATAATCTTCCGCACGTTCCACGGGGAATCCACCCATACTTGTTGGTAGTTGCTCGCGAAAATTACTTGTAATTTCTTTGATGCGCCGAGAACCATCCTTACCGCTTAAAGTTAAGGAAACTAGATCTTCTTTGTAATAGCCAAACTCAGCATAAATTTGCTCTAAATCTTCTAGTAAACTTCCACCTTCTACTTTGCTAACGAGCGCCACTTCCGCAATCGCAAGCACCGCTTGAATCGCATCTTTATCACGCGTAAACGGCTTAACCATATAACCATTACTTTCTTCATAACCAAATTCAAACGTATGCTTGCCAGTTTCTTCAAAGTGCTTAATTTGTTCTGCAATAAATTTGAAACCAGTTAATACTTCAATCATTTCCGCACCGTAATGTTTCGCGATTTCTGTTCCAAGATTACTTGTTACAATAGATTTTAATACCGCTGCATTAGCTGGCAATTCATTTTGCGCTTTCTTTTGTTTTAATAAATAATGTAAAATAATCGCGCCAATTTGGTTTCCAGATAACACTTCATATTCGCCGTCAAGATTACGAACTGCCACGCCTAAACGGTCAGCATCCGGATCTGTTCCGACTAAAATGTCGCCACCAAACTTCTTACCATATTCAATCGCAAGTAAAAAGGCTTCGCGGTTTTCCGGGTTAGGCGATTTTACCGTTCCAAAATCGGGATCATTCACAAATTGCTCGTCAACCTTAACAATATTCGTAAAGCCAACACTTTCAAGCGCAGGAACGCCAAGAATTCCGCCAGTACCATGAAGGGGCGTGAAAACAATTTTCAAATCCTCCCCTCGTTCTTGAACAAGCTCTTTATTGACAATAACCTCTTTTAATTTTTCCAAATATGGACGGTCTACTTTTTCACTGATTACCTCAAGTAAACCATTTTCAATTAATAGCTCTTGGTTCGCTACTTCTACAGAAAAAATATCCTCTACCGCGTTTATGTATTCAATTACAGCACTTGCCCCTGTTGGAGGCATTTGTCCGCCATCTTCACCATAAATCTTGTAGCCATTGTATTCTGGTGGGTTATGGCTAGCTGTAATAACAATCCCACCAAACGCATTTAAATGACGTACTGCAAAGGAAAGTTCCGGTGTTGGTCGAAGCGCATCAAAAACATAGCTTTTCACACCATGATGCCCTAATACCGCCGCCGATTCAAAAGCAAATTCACGCGACATATGACGAGGATCATACGCAATAACTATCCCACGTTTTTTAGCCTCTTCCCCGTTCTCCGCCACAAATTGCGCCAAACCTAGAGAAGCCTTACGAATAGTATAGATATTCATGCGGTTTGTTCCAGCGCCTAGTACACCACGCATCCCAGCCGTTCCAAATTCCATATTACGATAAAAACTATCCTCAAGTTCTTTTTCATTTGCTTCCATATTCGTTAATTGTTTTCTTAATGTGCTATCTAATTTGTCATTAGCAACCCATTTTTGATATTCTTCTTGCCAATTCATTCTCTACACTCCTTCATTTAGAACTCTTTAATTAAAATTTATCAGCTCTCCACTGTGAAACGAAAAGCTGTTCTAGATGTAAAAGGTTTTTCTGGTCGAAGTACAATATCACCAAATCCGTCATGGTTAATCGCATCTACTAAACCCTGTGTTTCCATTGTTATGCCAGCATATTTTGGCACAGTTCGCTCGCCAATCTCAAAAGAGCCATCCAAACTATTCGCCGTATAAATTAATACCGAGTCAGCTTTGGTTTCCATTTCCAAGCGCCGTCCTGACTTTGGATCAAACAAAACTGCATCTGGACGACTATTTTCATGTTTTAAAATGAATGCATGATCCAGCCCCGCACCAACTAATTTTACTTGCTGGTCCTGACTTTGTGTAATCTCCGCTACTTCACGACCTGCACGCAAATCAAAGATAGTATTTTCCGCTAACCGCTTTTCCCCAATTGGGAGAAACTCTTCATCAATTGGTAGGAAGCTGTCACTATTAACCCAAAGCTGATGTTGTAAAACCGTTGAACCAGCTTCTCCGCTTAGATTAAAATAAATATGATTGCTCGGGTTATATATAGTCGGCTGATCGCTTTTCGCTTCATAATCAAGCAGCCATTCATTTTTATTATTTAACGTATATGTCATTTTTGCATCAATATTTCCTGGATAGCCATTTTCTCCATCCGCCCAGCAGTATTCAAAAGTCATCACAATTTGATCAAGACTTTTTTCTACTGAAACATCCCAAAGCTTCTTACTAAAATTGAATTTCCCACCGTGACGATGGTTAGCTCCTTCATTTTGAATCAGTTGAAATTGTTTACCGTCCAAACTAAATTGCCCATTTGTAATGCGTCCAGCAACAGGGCCAAGTGTCGCGCCGAAGTATGGGGAGTGTGCCAAATAATCATCTAAATTTGTAAAACCAAGACTAATATTCGCAAAATCACCAAATTTATCTTTTGTTTCAAGGGAAGTAACAATCGCTCCGTAATTTAAAACACTCATGCGCATACCATGATCATTTACCATCGTCCACTTCCAAACAGTTTCTCCCTCAAACTCCCCAAATCGCTCCTTCATTACTTCGATAAAAATCACATTCCTTCATAAGTTATTAATAGCCATTTGGATGAGATACGTGCCATTTCCAAGCAGTGGCGATAATATCTTTTACGTCTGTATAAGTTGGCTCCCAACCAAGAATTTCACGCGCTTTATCACTTGAAGCAATTAACGTTCCTGGATCTCCTGCACGGCGTGGTACAACTTCAGCTGGAATTTCTTTACCTGTTACAGTACGAGCTGCTTCAAGCATTTCTTTCACTGAAAAACCGTTACTGCTACCAAGGTTGAAAATATTACTTTCCCCGCCATTTTTCAAGTATTCTAGCGCTTTAATATGCGCGTCAATTAAATCTTCTACTTGTACATAATCACGAATACAAGTACCATCAGGCGTATTGTAGTCGTCACCGTAAATCGCTAATTTTTCTCGTTGACCAAGCGCAACTTGTAAAATAATTGGGACTAAGTGTGATTCTGGTTTGTGATCTTCCCCAATTGAACCATCCGCTTTGGCGCCAGCAACATTAAAATACCGGAGTGCAACATATTTCATATCATACGCTTTATCGCACCATTTCATCATTTTTTCCATGATTAGCTTCGTTTCGCCGTAAGTACTTTCCGGATTTGTTGGCATATCTTCCGTAATCGGTACTCGTTCTGGCTCACCATATGTTGCAGCGCTAGAAGAAAAGACAATATGCTTCACACCAAATTGCTCCATCACTTCTAAGACAATTTGCGTACCATAAACATTATTATTTAAATAAACAAGCGGTACTTCCATCGATTCTCCTACAAGTGAACTAGCAGCAAAGTGAATCACACCATCTACCTTTTCTTTTTCAAAAACTGAACTTAAAAATGCCTTATCTCGAATATCTCCTTCATAAAATTTTGCCTTTGTATGAATGGATTCCTTGTGCCCTGTTCTTAAATTATCAATAACTACTACTTCATATCCGCGAGTAATTAACTCATCTACTGCATGTGAACCGATATAGCCAGCGCCACCAAGTACAACAATACTCATTATTATCTCTCTCCTAACAATAGTCTTTGTCTTCCATTTTACACTACTCAAGTCTATATAGTCACGCAAAAATGGGTCTAAGATAAATAATCTCAGACCCATTCGAGTTTTCTTTACTGTTATTTAGCTGCCTCTGCTTCTAGCGACTCTTTTAATTCTTCTACATATTTTTGAGCGTTTTGTCCAGCAAGTCCGCCATCGCCTGTTGCTGTTACAATTTGGCGTAAGCTTTTCGCACGAACATCACCAGCTGCAAAAATACCAGGAAGGTTTGTACGCATTTCCTCGTCCGTTACGATGTATCCTTCATCATCTGTAATACCTAAATTTAAGAATGCTTTCGTAAGTGGAACAAGTCCAACATAGATGAAAACACCATCCACTGGCATAATAGATTCGGAACCATCCACTGTGGAAACAAGTTTTGCTCCAGTTACTTTTTTGCCATCGCCAACAATTTCTTCTACTGTACTATTCCAAATGAAATCAACTTTTTCATCTTTGAAAGCACGATCTTGTAAAATTTGTTGTGCGCGCAATTTATCACGACGGTGTACTATCGTTACTTTATCTGCATAACGAGTCAAATAAGTTCCTTCTTCCACTGCAGAGTCTCCGCCGCCAACCACGATTAATTCGCGATTTTTGAAGAAAGCTCCATCACAAACAGCACAATAAGAAACGCCGCGTCCACTAAGCTCTTCTTCGCCAGCTGCACCAAGTTTCCGGTGTTCAGCACCAGTCGCAATAATAATCGCCCGAGCTTTATAGGTTTTCGATCCAGCCGTTACAGTTTTAAATTCTTTGCCATCAACGACTTCTTTAATGTCCCCATAAGCATACTCAGCGCCAAATTGTTTCGCACCGCTAAGCATCTTATCGGATAAATCTGGTCCTAAAATACTATCAAATCCAGGGTAATTTTCAACCTCAGCTGTGTTAACCATTTGTCCGCCGGGTACTCCGCGTTCAATCATTAACGTATCTAAATCTGCACGGGAAGTATATAAAGCAGCTGTCATTCCAGCTGGTCCCGCTCCAATAATAATCACATCATAAATTTTTTCTTCACTAGCCAT

Protein sequences of DBSCAN-SWA_4

>NC_018584|2561783:2569628|2562762_2563731_-|WP_003734495.1|DBSCAN-SWA
MKKEMKPKVVVIGGGTGLPVILKGLKKKDIHLTAIVTVADDGGSSGKIREQMDVLPPGDIRNVMLALSNVDPRVVDLFQYRFAVDGDLSGHVIGNLILTALSQLNDSYVDAINVLATVLKIRGKVIPATDQPLILNAEMEDGSIVHGESLIPLQGKHINRVYIEPENVKPYPTAVEAVKEADLIVIGPGSLYTSILPNLLLTELADEIIASKAPKVYITNILTQIGETDFFSDADHIKVIHEHVGKSFIDKTLINTTTVPKELLFPEDVAQVEHNAKGMEELGVEAIYQDFLSTEDGLVRHAAEKVADALLAMLPNQTIEKE
>NC_018584|2561783:2569628|2567565_2568549_-|WP_003725411.1|DBSCAN-SWA
MSIVVLGGAGYIGSHAVDELITRGYEVVVIDNLRTGHKESIHTKAKFYEGDIRDKAFLSSVFEKEKVDGVIHFAASSLVGESMEVPLVYLNNNVYGTQIVLEVMEQFGVKHIVFSSSAATYGEPERVPITEDMPTNPESTYGETKLIMEKMMKWCDKAYDMKYVALRYFNVAGAKADGSIGEDHKPESHLVPIILQVALGQREKLAIYGDDYNTPDGTCIRDYVQVEDLIDAHIKALEYLKNGGESNIFNLGSSNGFSVKEMLEAARTVTGKEIPAEVVPRRAGDPGTLIASSDKAREILGWEPTYTDVKDIIATAWKWHVSHPNGY
>NC_018584|2561783:2569628|2566487_2567549_-|WP_003741152.1|DBSCAN-SWA
MIFIEVMKERFGEFEGETVWKWTMVNDHGMRMSVLNYGAIVTSLETKDKFGDFANISLGFTNLDDYLAHSPYFGATLGPVAGRITNGQFSLDGKQFQLIQNEGANHRHGGKFNFSKKLWDVSVEKSLDQIVMTFEYCWADGENGYPGNIDAKMTYTLNNKNEWLLDYEAKSDQPTIYNPSNHIYFNLSGEAGSTVLQHQLWVNSDSFLPIDEEFLPIGEKRLAENTIFDLRAGREVAEITQSQDQQVKLVGAGLDHAFILKHENSRPDAVLFDPKSGRRLEMETKADSVLIYTANSLDGSFEIGERTVPKYAGITMETQGLVDAINHDGFGDIVLRPEKPFTSRTAFRFTVES
>NC_018584|2561783:2569628|2568668_2569628_-|WP_003722610.1|DBSCAN-SWA
MASEEKIYDVIIIGAGPAGMTAALYTSRADLDTLMIERGVPGGQMVNTAEVENYPGFDSILGPDLSDKMLSGAKQFGAEYAYGDIKEVVDGKEFKTVTAGSKTYKARAIIIATGAEHRKLGAAGEEELSGRGVSYCAVCDGAFFKNRELIVVGGGDSAVEEGTYLTRYADKVTIVHRRDKLRAQQILQDRAFKDEKVDFIWNSTVEEIVGDGKKVTGAKLVSTVDGSESIMPVDGVFIYVGLVPLTKAFLNLGITDDEGYIVTDEEMRTNLPGIFAAGDVRAKSLRQIVTATGDGGLAGQNAQKYVEELKESLEAEAAK
>NC_018584|2561783:2569628|2563732_2564608_-|WP_003722606.1|DBSCAN-SWA
MASKQLKLVIITGMSGAGKTVAMQSLEDLGYFCVDNLPPSLLPKFWELMKESDKMDKIALVMDLRGREFFDSIEPALDELDNTNFITTKILFLEADDKVLVSRYKETRRHHPLEPNGSVLDGINAERELLSDLKGRSQLVINTSNMAPRELRERINNEFQTEDKDIFNVQLMSFGFKYGIPIDADLVFDVRFLPNPHYIDKMRPLTGLDEDVYEYVMKWPETQTFLDKLVDLLMFTLPFYKREGKTQLVIAIGCTGGQHRSVALTEFVGKAIQQKYETTISHRDMKRRKGR
>NC_018584|2561783:2569628|2561783_2562755_-|WP_003725407.1|DBSCAN-SWA
MSFASETKKELTHMDVSDSDAKVELAAFIRMNGAISFSNQLVIMDVQTENAAIARRMYQLLKDLYEVPIELLVRRKMKLKKNNVYIVRLKSGTRGILEDLRILEPPMTFTKSIDRGFVKKRSAKRAYLRGAFLASGSVNNPETSSYHLEIFSVYEEHNEAICALMNQFDLNARTLERKNGFITYLKEAEKITEFLSIIGATSALLHFEDVRIMRDMRNSVNRLVNCETANLNKTINAAVRQIDNIKYIQSTVGLEALPERLREIAALRIANEDVTLKELGEMLTTGQVSKSGINHRLRKLDQIAERLRSGETPAQVGLKISNS
>NC_018584|2561783:2569628|2564715_2566446_-|WP_003734494.1|DBSCAN-SWA
MNWQEEYQKWVANDKLDSTLRKQLTNMEANEKELEDSFYRNMEFGTAGMRGVLGAGTNRMNIYTIRKASLGLAQFVAENGEEAKKRGIVIAYDPRHMSREFAFESAAVLGHHGVKSYVFDALRPTPELSFAVRHLNAFGGIVITASHNPPEYNGYKIYGEDGGQMPPTGASAVIEYINAVEDIFSVEVANQELLIENGLLEVISEKVDRPYLEKLKEVIVNKELVQERGEDLKIVFTPLHGTGGILGVPALESVGFTNIVKVDEQFVNDPDFGTVKSPNPENREAFLLAIEYGKKFGGDILVGTDPDADRLGVAVRNLDGEYEVLSGNQIGAIILHYLLKQKKAQNELPANAAVLKSIVTSNLGTEIAKHYGAEMIEVLTGFKFIAEQIKHFEETGKHTFEFGYEESNGYMVKPFTRDKDAIQAVLAIAEVALVSKVEGGSLLEDLEQIYAEFGYYKEDLVSLTLSGKDGSRRIKEITSNFREQLPTSMGGFPVERAEDYLRSETTWIATGKTEAIHLPTADVIKCYFEDGSWFCLRPSGTEPKIKFYFSIRGESKEESATKLEKVKADLMQHIEA

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_003725407.1|2561783_2562755_-	DNA-binding protein WhiA	Q7AWZ3	Streptococcus_phage	5.2e-52	39.4
WP_003734495.1|2562762_2563731_-	YvcK family protein	A1IMD5	Streptococcus_phage	1.8e-68	43.6
WP_003722606.1|2563732_2564608_-	RNase adapter RapZ	A0A0R8VB27	Thermobifida_phage	1.9e-08	29.7
WP_003734494.1|2564715_2566446_-	phospho-sugar mutase	A0A1X9I671	Streptococcus_phage	5.6e-174	53.3
WP_003741152.1|2566487_2567549_-	galactose mutarotase	NA	NA	NA	NA
WP_003725411.1|2567565_2568549_-	UDP-glucose 4-epimerase GalE	A0A2K9L5H6	Tupanvirus	4.0e-52	38.1
WP_003722610.1|2568668_2569628_-	thioredoxin-disulfide reductase	G3MA85	Bacillus_virus	2.0e-88	53.7