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
JGVI01000042	Shewanella xiamenensis strain BC01 contig36, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000043	Shewanella xiamenensis strain BC01 contig37, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000026	Shewanella xiamenensis strain BC01 contig21, whole genome shotgun sequence	0 crisprs	cas3	0	0	0	0
JGVI01000105	Shewanella xiamenensis strain BC01 contig93, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000012	Shewanella xiamenensis strain BC01 contig109, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000054	Shewanella xiamenensis strain BC01 contig47, whole genome shotgun sequence	0 crisprs	DEDDh	0	0	0	0
JGVI01000086	Shewanella xiamenensis strain BC01 contig76, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000005	Shewanella xiamenensis strain BC01 contig102, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000071	Shewanella xiamenensis strain BC01 contig62, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000044	Shewanella xiamenensis strain BC01 contig38, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000089	Shewanella xiamenensis strain BC01 contig79, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000004	Shewanella xiamenensis strain BC01 contig101, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000035	Shewanella xiamenensis strain BC01 contig3, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000006	Shewanella xiamenensis strain BC01 contig103, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000038	Shewanella xiamenensis strain BC01 contig32, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000027	Shewanella xiamenensis strain BC01 contig22, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000029	Shewanella xiamenensis strain BC01 contig24, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000099	Shewanella xiamenensis strain BC01 contig88, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000069	Shewanella xiamenensis strain BC01 contig60, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000085	Shewanella xiamenensis strain BC01 contig75, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000109	Shewanella xiamenensis strain BC01 contig97, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000032	Shewanella xiamenensis strain BC01 contig27, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000066	Shewanella xiamenensis strain BC01 contig58, whole genome shotgun sequence	1 crisprs	NA	0	0	0	0
JGVI01000068	Shewanella xiamenensis strain BC01 contig6, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000067	Shewanella xiamenensis strain BC01 contig59, whole genome shotgun sequence	0 crisprs	cas3	0	0	0	0
JGVI01000059	Shewanella xiamenensis strain BC01 contig51, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000015	Shewanella xiamenensis strain BC01 contig111, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000064	Shewanella xiamenensis strain BC01 contig56, whole genome shotgun sequence	0 crisprs	DEDDh	0	0	0	0
JGVI01000049	Shewanella xiamenensis strain BC01 contig42, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000019	Shewanella xiamenensis strain BC01 contig15, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000060	Shewanella xiamenensis strain BC01 contig52, whole genome shotgun sequence	0 crisprs	DEDDh	0	0	0	0
JGVI01000107	Shewanella xiamenensis strain BC01 contig95, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000034	Shewanella xiamenensis strain BC01 contig29, whole genome shotgun sequence	0 crisprs	cas3,WYL	0	0	1	2
JGVI01000108	Shewanella xiamenensis strain BC01 contig96, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000058	Shewanella xiamenensis strain BC01 contig50, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000028	Shewanella xiamenensis strain BC01 contig23, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000091	Shewanella xiamenensis strain BC01 contig80, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000097	Shewanella xiamenensis strain BC01 contig86, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000014	Shewanella xiamenensis strain BC01 contig110, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000018	Shewanella xiamenensis strain BC01 contig14, whole genome shotgun sequence	0 crisprs	DEDDh	0	0	0	0
JGVI01000050	Shewanella xiamenensis strain BC01 contig43, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000079	Shewanella xiamenensis strain BC01 contig7, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000077	Shewanella xiamenensis strain BC01 contig68, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000078	Shewanella xiamenensis strain BC01 contig69, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000063	Shewanella xiamenensis strain BC01 contig55, whole genome shotgun sequence	0 crisprs	DEDDh	0	0	0	0
JGVI01000021	Shewanella xiamenensis strain BC01 contig17, whole genome shotgun sequence	1 crisprs	NA	0	0	0	0
JGVI01000003	Shewanella xiamenensis strain BC01 contig100, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000047	Shewanella xiamenensis strain BC01 contig40, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000075	Shewanella xiamenensis strain BC01 contig66, whole genome shotgun sequence	0 crisprs	csa3	0	0	0	0
JGVI01000013	Shewanella xiamenensis strain BC01 contig11, whole genome shotgun sequence	0 crisprs	RT	0	0	0	0
JGVI01000008	Shewanella xiamenensis strain BC01 contig105, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000084	Shewanella xiamenensis strain BC01 contig74, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000037	Shewanella xiamenensis strain BC01 contig31, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000083	Shewanella xiamenensis strain BC01 contig73, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000081	Shewanella xiamenensis strain BC01 contig71, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000002	Shewanella xiamenensis strain BC01 contig10, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000020	Shewanella xiamenensis strain BC01 contig16, whole genome shotgun sequence	1 crisprs	NA	0	0	0	0
JGVI01000056	Shewanella xiamenensis strain BC01 contig49, whole genome shotgun sequence	0 crisprs	NA	0	0	1	0
JGVI01000024	Shewanella xiamenensis strain BC01 contig2, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000052	Shewanella xiamenensis strain BC01 contig45, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000041	Shewanella xiamenensis strain BC01 contig35, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000062	Shewanella xiamenensis strain BC01 contig54, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000093	Shewanella xiamenensis strain BC01 contig82, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000072	Shewanella xiamenensis strain BC01 contig63, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000088	Shewanella xiamenensis strain BC01 contig78, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000092	Shewanella xiamenensis strain BC01 contig81, whole genome shotgun sequence	0 crisprs	WYL	0	0	0	0
JGVI01000106	Shewanella xiamenensis strain BC01 contig94, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000087	Shewanella xiamenensis strain BC01 contig77, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000010	Shewanella xiamenensis strain BC01 contig107, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000110	Shewanella xiamenensis strain BC01 contig98, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000045	Shewanella xiamenensis strain BC01 contig39, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000025	Shewanella xiamenensis strain BC01 contig20, whole genome shotgun sequence	1 crisprs	cas3	0	0	0	0
JGVI01000001	Shewanella xiamenensis strain BC01 contig1, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000017	Shewanella xiamenensis strain BC01 contig13, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000051	Shewanella xiamenensis strain BC01 contig44, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000061	Shewanella xiamenensis strain BC01 contig53, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000103	Shewanella xiamenensis strain BC01 contig91, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000094	Shewanella xiamenensis strain BC01 contig83, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000009	Shewanella xiamenensis strain BC01 contig106, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000057	Shewanella xiamenensis strain BC01 contig5, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000011	Shewanella xiamenensis strain BC01 contig108, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000039	Shewanella xiamenensis strain BC01 contig33, whole genome shotgun sequence	0 crisprs	WYL,DinG	0	0	0	0
JGVI01000053	Shewanella xiamenensis strain BC01 contig46, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000030	Shewanella xiamenensis strain BC01 contig25, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000074	Shewanella xiamenensis strain BC01 contig65, whole genome shotgun sequence	0 crisprs	NA	0	0	1	0
JGVI01000022	Shewanella xiamenensis strain BC01 contig18, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000098	Shewanella xiamenensis strain BC01 contig87, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000082	Shewanella xiamenensis strain BC01 contig72, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000033	Shewanella xiamenensis strain BC01 contig28, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000055	Shewanella xiamenensis strain BC01 contig48, whole genome shotgun sequence	0 crisprs	cas3	0	0	0	0
JGVI01000090	Shewanella xiamenensis strain BC01 contig8, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000104	Shewanella xiamenensis strain BC01 contig92, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000007	Shewanella xiamenensis strain BC01 contig104, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000048	Shewanella xiamenensis strain BC01 contig41, whole genome shotgun sequence	0 crisprs	DinG	0	0	0	0
JGVI01000046	Shewanella xiamenensis strain BC01 contig4, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000073	Shewanella xiamenensis strain BC01 contig64, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000031	Shewanella xiamenensis strain BC01 contig26, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000095	Shewanella xiamenensis strain BC01 contig84, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000080	Shewanella xiamenensis strain BC01 contig70, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000100	Shewanella xiamenensis strain BC01 contig89, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000040	Shewanella xiamenensis strain BC01 contig34, whole genome shotgun sequence	1 crisprs	NA	0	0	0	0
JGVI01000076	Shewanella xiamenensis strain BC01 contig67, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000023	Shewanella xiamenensis strain BC01 contig19, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000065	Shewanella xiamenensis strain BC01 contig57, whole genome shotgun sequence	0 crisprs	DEDDh	0	0	0	0
JGVI01000101	Shewanella xiamenensis strain BC01 contig9, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000036	Shewanella xiamenensis strain BC01 contig30, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000096	Shewanella xiamenensis strain BC01 contig85, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000016	Shewanella xiamenensis strain BC01 contig12, whole genome shotgun sequence	0 crisprs	csa3	0	0	0	0
JGVI01000111	Shewanella xiamenensis strain BC01 contig99, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0
JGVI01000070	Shewanella xiamenensis strain BC01 contig61, whole genome shotgun sequence	0 crisprs	NA	0	0	0	0

1. JGVI01000066

CRISPR-Cas detection and classification

Crispr_ID: JGVI01000066_1

• CRISPR_ID: JGVI01000066_1
• CRISPR_location: 94865-95154
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of JGVI01000066_1

Consensus_repeat	Method
TTGAAGTCGCTGGACATCCTGCTGTCAAATTCAAA	CRISPRCasFinder

spacers of JGVI01000066_1

>1.1|94900|43|JGVI01000066|CRISPRCasFinder
CCACTTGAAGTCGCTGGACATCCTGCCGTCAAATTCAAATCAC
>1.2|94978|64|JGVI01000066|CRISPRCasFinder
CNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATTCAAACCAC
>1.3|95077|43|JGVI01000066|CRISPRCasFinder
CCACTTGAAGTCGCTGGACATCCCGCCGTCAAATTCAAATCAG

CRISPR arrays and Neighbor proteins around JGVI01000066_1

CRISPR arrays

The CRISPR arrays of JGVI01000066_1

>merge|JGVI01000066|1|94865-95154|CRISPRCasFinder
AAGAAATTGCAGGACATCCCGCCGTCAAATTCAAACCACTTGAAGTCGCTGGACATCCTGCCGTCAAATTCAAATCACTTGAAGTCGCTGGGCATCCTGCCGTCAAATTCAAACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATTCAAACCACTTGAAGTCGCTGGACATCCTGCTGTCAAATTCAAACCACTTGAAGTCGCTGGACATCCCGCCGTCAAATTCAAATCAGTTGAAGTCGCTGGACATCCTGCAGTCAAATTCAAA

>JGVI01000066|1|1|94865-95154|CRISPRCasFinder
AAGAAATTGCAGGACATCCCGCCGTCAAATTCAAA	CCACTTGAAGTCGCTGGACATCCTGCCGTCAAATTCAAATCAC
TTGAAGTCGCTGGGCATCCTGCCGTCAAATTCAAA	CNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATTCAAACCAC
TTGAAGTCGCTGGACATCCTGCTGTCAAATTCAAA	CCACTTGAAGTCGCTGGACATCCCGCCGTCAAATTCAAATCAG
TTGAAGTCGCTGGACATCCTGCAGTCAAATTCAAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
JGVI01000066.1|KEK27887.1|78281_80210_+|tRNA-5-methylaminomethyl-2-thiouridine-biosynthesis-bifunctional-protein-MnmC	unknown	unknown	gnl|CDD|274478
JGVI01000066.1|KEK27892.1|85986_86580_+|hypothetical-protein	unknown	unknown	gnl|CDD|235321
JGVI01000066.1|KEK27889.1|81016_81298_-|hypothetical-protein	unknown	unknown	gnl|CDD|378085
JGVI01000066.1|KEK27893.1|86645_87116_-|phosphohistidine-phosphatase,-SixA	unknown	unknown	gnl|CDD|182776
JGVI01000066.1|KEK27890.1|82576_83665_-|major-facilitator-transporter	unknown	unknown	gnl|CDD|372338
JGVI01000066.1|KEK27891.1|83815_84910_-|chorismate-synthase	unknown	unknown	gnl|CDD|235438
JGVI01000066.1|KEK27885.1|74460_75477_-|aspartate-semialdehyde-dehydrogenase	unknown	unknown	gnl|CDD|237845
JGVI01000066.1|KEK27886.1|75479_76610_-|D-isomer-specific-2-hydroxyacid-dehydrogenase-catalytic-subunit	unknown	unknown	gnl|CDD|240635
JGVI01000066.1|KEK27888.1|80404_81013_-|tRNA/rRNA-methyltransferase-SpoU	unknown	unknown	gnl|CDD|349971
JGVI01000066.1|KEK27894.1|90326_94619_+|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-sensor(s)	unknown	unknown	gnl|CDD|236645

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
JGVI01000066.1|KEK27887.1|78281_80210_+|tRNA-5-methylaminomethyl-2-thiouridine-biosynthesis-bifunctional-protein-MnmC	gnl|CDD|274478	TIGR03197, MnmC_Cterm, tRNA U-34 5-methylaminomethyl-2-thiouridine biosynthesis protein MnmC, C-terminal domain. In Escherichia coli, the protein previously designated YfcK is now identified as the bifunctional enzyme MnmC. It acts, following the action of the heterotetramer of GidA and MnmE, in the modification of U-34 of certain tRNA to 5-methylaminomethyl-2-thiouridine (mnm5s2U). In other bacterial, the corresponding proteins are usually but always found as a single polypeptide chain, but occasionally as the product of tandem genes. This model represents the C-terminal region of the multifunctional protein. [Protein synthesis, tRNA and rRNA base modification].	1.13071e-164
JGVI01000066.1|KEK27892.1|85986_86580_+|hypothetical-protein	gnl|CDD|235321	PRK04946, PRK04946, endonuclease SmrB.	2.87535e-111
JGVI01000066.1|KEK27889.1|81016_81298_-|hypothetical-protein	gnl|CDD|378085	pfam08891, YfcL, YfcL protein. This family of proteins are functionally uncharacterized. THey are related to the short YfcL protein from E. coli.	1.26655e-31
JGVI01000066.1|KEK27893.1|86645_87116_-|phosphohistidine-phosphatase,-SixA	gnl|CDD|182776	PRK10848, PRK10848, phosphohistidine phosphatase SixA.	9.13425e-46
JGVI01000066.1|KEK27890.1|82576_83665_-|major-facilitator-transporter	gnl|CDD|372338	pfam12832, MFS_1_like, MFS_1 like family. This family contains proteins related to the MFS superfamily.	5.91581e-112
JGVI01000066.1|KEK27891.1|83815_84910_-|chorismate-synthase	gnl|CDD|235438	PRK05382, PRK05382, chorismate synthase; Validated.	0
JGVI01000066.1|KEK27885.1|74460_75477_-|aspartate-semialdehyde-dehydrogenase	gnl|CDD|237845	PRK14874, PRK14874, aspartate-semialdehyde dehydrogenase; Provisional.	0
JGVI01000066.1|KEK27886.1|75479_76610_-|D-isomer-specific-2-hydroxyacid-dehydrogenase-catalytic-subunit	gnl|CDD|240635	cd12158, ErythrP_dh, D-Erythronate-4-Phosphate Dehydrogenase NAD-binding and catalytic domains. D-Erythronate-4-phosphate Dehydrogenase (E. coli gene PdxB), a D-specific 2-hydroxyacid dehydrogenase family member, catalyzes the NAD-dependent oxidation of erythronate-4-phosphate, which is followed by transamination to form 4-hydroxy-L-threonine-4-phosphate within the de novo biosynthesis pathway of vitamin B6. D-Erythronate-4-phosphate dehydrogenase has the common architecture shared with D-isomer specific 2-hydroxyacid dehydrogenases but contains an additional C-terminal dimerization domain in addition to an NAD-binding domain and the "lid" domain. The lid domain corresponds to the catalytic domain of phosphoglycerate dehydrogenase and other proteins of the D-isomer specific 2-hydroxyacid dehydrogenase family, which include groups such as formate dehydrogenase, glycerate dehydrogenase, L-alanine dehydrogenase, and S-adenosylhomocysteine hydrolase. Despite often low sequence identity, these proteins typically have a characteristic arrangement of 2 similar subdomains of the alpha/beta Rossmann fold NAD+ binding form. The NAD+ binding domain is inserted within the linear sequence of the mostly N-terminal catalytic domain, which has a similar domain structure to the internal NAD binding domain. Structurally, these domains are connected by extended alpha helices and create a cleft in which NAD is bound, primarily to the C-terminal portion of the 2nd (internal) domain. Some related proteins have similar structural subdomain but with a tandem arrangement of the catalytic and NAD-binding subdomains in the linear sequence.	0
JGVI01000066.1|KEK27888.1|80404_81013_-|tRNA/rRNA-methyltransferase-SpoU	gnl|CDD|349971	cd18098, SpoU-like, SAM-dependent rRNA or tRNA methylase related to SpoU. RNA 2'-O ribose methyltransferase catalyzes the methyltransfer from S-adenosyl-L-methionine (AdoMet) to the 2'-OH group of ribose in tRNA or rRNA. It is part of the SpoU family of MTases, a subfamily of the SPOUT methyltransferase superfamily. The SPOUT methyltransferase superfamily is a large class of S-adenosyl-L-methionine (AdoMet or SAM)-dependent RNA MTases which are structurally characterized by a deep trefoil knot.	4.94116e-58
JGVI01000066.1|KEK27894.1|90326_94619_+|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-sensor(s)	gnl|CDD|236645	PRK10060, PRK10060, cyclic di-GMP phosphodiesterase.	1.81833e-110

Protein sequences

>JGVI01000066.1|KEK27894.1|90326_94619_+|diguanylate-cyclase/phosphodiesterase-with-PAS/PAC-sensor(s)
MASSDNTKNNTMPKILLKIVLLAFFGIYAFEDVNASPFSNKSPIILQSQSFGVPEGLSQSTVTSIVQDHDGYIWIGTFNGLNRFDGKNFKHFYANDTKTNLPSSFIRSLLVDKQGVLYVGTNSGLVVYDKLQESFIPYGLSAKESPIWSLDSSNNSLIVGTNKSIIDINNKELTLELSNKGLSEIKKVIKVENNYFIRDYKGRLFKLENNKLNEIARNTIDFEKINDAEIIISLNDGLYKYNDNKIVKIDQGLFTQLAKYKNIVYGFSNGKIVNISRNTILGNISSDQKDKISSFTATEDMFILGTIDKGLIIIKNIKNLVQQTNLVKDNVWHLTKNPQGFLVSSESENIELFDENFNLKNIFNTQTQGYKYAILNKDGLYFGTTAGLFLKNNEKTILISEQSISSLSSNKDYSIITAGTSDGKILVVSDKKIINIIDTNKSEPIFDIELESPDLIYIGGQGGFKKYENGLLKNLDEEITYSITQGDDGIYFGTSTSLMFYDRINNRISKKFSNNKEIYSVINSDKFLTAASLSEVILYQKENKKIHTLKTSHGSQYEYNSPSAIDVNGYILLAGINGVSIVNPNNVINYIENTKINKTEISNFLVFNIEQGKESVFFNKKNSIINEIKLKYSDYPFSFNFISPMSDDSSTDYFYRMHGLSDTWISANGINSATYTNLSPGKYVFQVYAINKLSGEKSPEKEVNIIITPPWWSSTQAKIFYFIILIFITLFIFKAILRKREVQRQIALSEERLKLSLWGSGDEMWDWDIETGNIFRSNIWGALEFPRDGHRSGNNDEESNIHPMDQERVREALNKHFYGETDHFEAAYRVKGKDDSWIWILDRAKIVERDDKDNALRMTGTIKNISQFKQKEEQLKLFEKAIENISEGMFILDSEYRFVEVNEACCRISQRNRTDFIGNLLTFELYPESFSNQIRSMLKQQGRWASEVEASRGDKSHFHMELTIDAIYDESGELSHYVGVFSDISRRKQQEEELRKLTNNDLLTGLPNRSNLQVTLGNLVNKEINHALMVLDLDNFKRINDSLGHQIGDQLLKLVSVRIKSSVPKNTSIYRLGGDEFAIVLDKTSDISACAAIAGRIIEAFKAVYEIGNEQLVLGASIGIVLYPEDEQSEQALLRKADIAMYHAKSAGGNCYQFYSESLNQHAIKQLEIENLIREGLKDDLFEVYYQPKVDLKHGHVTGMEALVRLNHPILGLIPPNDFIPLAEENGLIIEIGEIVLRKACFAAQKWRELGLFKGRVAVNLSSRQFALPDLQQRIESILRLTQLPAAHLELEITEGTVIKQPEMAIIVMQQLTKMGVNLALDDFGTGYSSLSYLKRFPIHTLKIDKAFVDDIDKSDRDLKMVDSIITIAHNMGLSVVGEGVEQAAQLNILRALNCEEIQGYIFSKAINETEFTQLLQDDRSKFMPHHNII
>JGVI01000066.1|KEK27893.1|86645_87116_-|phosphohistidine-phosphatase,-SixA
MQLFLMRHGDAGFNAQSDRDRTLTDLGRHHTVLMSNWLARSVSDFDLVLVSPYLRAQQTWQTLSQHFPEPRKWLVADDLVPSGDPANVAALILAYAELYKADKVLVISHMPLLGYLVSELVAGVEPPLFATSGITLIDKHAEQACIVWQHAPHSIS
>JGVI01000066.1|KEK27892.1|85986_86580_+|hypothetical-protein
MFTNIVTELYSETIGFNRIPAMNKDDDKEGMAMFSALIEGIKPITQDKRHFRAPLKTKQEIELKEQQLHADSYFSDTYQPLLPVQGPMRWLDEGVDSLELKRLRRGDYQPDLLLDLHGYRQSEAKLELAALIQACVKQQSQCCCVMHGYGTGILKQQVPMWLVQHPMVKAFHQAPKEWGGDAALLVLIDIGDQPHRR
>JGVI01000066.1|KEK27891.1|83815_84910_-|chorismate-synthase
MSGNSIGQNFVVTTFGESHGVALGCIIDGCPPGLELTEADMQHDLDRRRPGTSRYTTARREPDEVRILSGVFEGKTTGTSIGLLIENTDQRSQDYSNIKDLFRPGHADYTYQQKYGLRDYRGGGRSSARETAMRVAAGAVAKKYLKQVHGINIQGYMSQLGPISAETLDFSQIEQNAFFFPDATKLEALDEYMRELKKSGDSIGAKISVVATGVPVGLGEPVFDRLDADIAYALMGINAVKGVEIGDGFGVVTQKGSEGRDLMSPQGFESNHAGGILGGISSGQPIIAHIALKPTSSISVPGQSMTAQGEMTEVVTKGRHDPCVGIRAVPIAEAMLAIVLMDHLLRHRAQNQDVRSHTPILGMR
>JGVI01000066.1|KEK27890.1|82576_83665_-|major-facilitator-transporter
MIPYLGVFFENRGFNPQEIGFLLAILMATRIVAPNVWAKVADRTGMRSELVKMGAGAAMLAYLSFFYHGGFVYMALSLALYTFFWNAILAQLEVITLETLGENASRYGQIRSFGSIGYICLVVGAGFAIGQWGTEVLPYIGLVLFTGMLVCALPLPANRAMRPQGQERQPLKWTKPILWFMVSAMLLQMSAGPFYGFFVLYLKQAGYTEAAAGIFVALGAMAEIVMFMFAPRLLGRYGVNTLLVVSIAMTAVRWLLVAFGVESMLLLGLSQVLHAFTFGLTHAASIQFVHRNFDASHRSQGQALYASLSFGVGGALGTWICGYIWGDGSGAVWSWVFAAACAFAAMLAVFLIPKDRAQAVAA
>JGVI01000066.1|KEK27889.1|81016_81298_-|hypothetical-protein
MLEQYEEALEQWIESVVSHGDDDALFACGYLQGHVAVVLSQLEDEGESTLEALLEKMTDCLALARQELNDADFALVEAAWTQLHGKIVSHLAA
>JGVI01000066.1|KEK27888.1|80404_81013_-|tRNA/rRNA-methyltransferase-SpoU
MSISTTTSVDAMAEPEGQQAVYIGLVNPKTPTNVGGIMRASGCYGVDAVFYTGKRYEYAARGPQQYNADTQSAAERIPLTGVASLLDAIPSDTKLVCVDLVLGATPLPEFVHPEKAFYVFGPEDGTIGQEIIDRADAVVYVPTVGCMNLAASVNVLLYDRLAKAHREQVSAQTEFDGDALIRTSRDNNNRTRVKTTKRESSK
>JGVI01000066.1|KEK27887.1|78281_80210_+|tRNA-5-methylaminomethyl-2-thiouridine-biosynthesis-bifunctional-protein-MnmC
MGQWGLGDGLELLSLLHHWQTHTQPQGKTRLLVKVFEPNPINDYELKLLWDQSQSLISKPHLQPIANAILKAKPARIIGCQRLIFDDGLITVDLHFGDLNTALSQLPHSTSHPIQQWLVLPHLSAQLNGKQLWQMARLSADDALLIGLNLNETALHLAHSSGFSTLDVSQDALNENTCDSLRSQIISDNILIHERKLLRQQADTVQAFTPKPSALATKEQPIAIIGGGLASAHLMLSLAERGQSSILFCKDNELGQGASGNRQGAIYPLLTPENDELSRFFQQAFLFSRHRIEALSLASTMGTNGTSGVTPISHDFCGVLQTGHDERSQQRLDKIIQSQDWPEEIAYAVDANEANEIARIGIDKAGFFYPLGGWVCPFEYAKAAVDKASQLAHVQCHFNTEITEIECDAKAWYLHSQGQRFGPFRQLVLANGAQLTQFSASERLQISPFRGQVSHVPAQFKLSQLATVLCANGYLTPSHQGLHCLGASYVKAAEHLDFCPQEQRENLGKMQESYPNQAWVDDIDISGNSARVGVRMVTRDHFPMMGCAPDVAEILARYEQHQLNQQQAEQSKHYWQTTQAPILDGLYILGGLGSRGLSSGPLAAECLAAQLTGEPLPLDWPTLHKLSPNRMWLRKLLKGKAL
>JGVI01000066.1|KEK27886.1|75479_76610_-|D-isomer-specific-2-hydroxyacid-dehydrogenase-catalytic-subunit
MKIVVDENMPYVEPLFGALGELIPVNGRTLTPEQVQDADVLLVRSVTRVNAALLDANPKLKFVGSATIGTDHVDLAYLAGRGIPFSNAPGCNATAVGEFAFIAMLELAARFNSPLKGKVVGIVGAGNTGSATAKCLEAYGIKVLLNDPIKAAEGDPRHFVSLETLLNEADIVSLHVPITRTGEHKTLHLFDEARLMSLKPNTWLVNCCRGDVIDNQALIKVKQQRDDLKLVLDVWEGEPNPMPELVPFAEFATPHIAGYSLEGKARGTFMLYQKLCELLAIPATKRLSELLPPFHFKAVELEQTPDEKALLQLARFVYDLRDDDAVFRNGFARSNGFDTMRKNHKHRREFSALTLAYHGQSEVDWLSNLGFSGVGR
>JGVI01000066.1|KEK27885.1|74460_75477_-|aspartate-semialdehyde-dehydrogenase
MSQEFNVVVLGASGAVGQTMIEILEERNFPVANLYPLASSRSAGETVSFHGKQVTILDVETFDWSQAQLGFFSAGGDVSAKWAPIAAEAGCVVIDNTSHFRYDIDIPLVVPEVNPHAIADFRNRNIIANPNCSTIQMLVALKPIYDTYGISRINVATYQSVSGTGKKAIEELAKQCTKLLQGLPADAEVYPKQIAFNVLPQIDKFMDNGYTKEEMKMVWETQKIFGDDDILVNATAVRVPVFYGHSEAVHIETRQPADAEDIKALLRNAEGVVLFESDDEYPTAVTHAAGTDPVYVGRVRKDISHSHGINLWVVSDNIRKGAALNSVQIAEILVRDYY

2. JGVI01000025

CRISPR-Cas detection and classification

Crispr_ID: JGVI01000025_1

• CRISPR_ID: JGVI01000025_1
• CRISPR_location: 57683-57790
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of JGVI01000025_1

Consensus_repeat	Method
GTTGCTGACATACTCAAGGGAATTAACAGATCAAG	CRISPRCasFinder

spacers of JGVI01000025_1

>1.1|57718|38|JGVI01000025|CRISPRCasFinder
CATGGATGTGGAGTTAACAGCTCAAAATTGTTTTGAAG

CRISPR arrays and Neighbor proteins around JGVI01000025_1

CRISPR arrays

The CRISPR arrays of JGVI01000025_1

>merge|JGVI01000025|1|57683-57790|CRISPRCasFinder
GTTGCTGACATACTCAAGGGAATTAACAGATCAAGCATGGATGTGGAGTTAACAGCTCAAAATTGTTTTGAAGGTTGCTGACATACTCAAGGGAATCAACAGATCAAG

>JGVI01000025|1|1|57683-57790|CRISPRCasFinder
GTTGCTGACATACTCAAGGGAATTAACAGATCAAG	CATGGATGTGGAGTTAACAGCTCAAAATTGTTTTGAAG
GTTGCTGACATACTCAAGGGAATCAACAGATCAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
JGVI01000025.1|KEK29554.1|58917_59163_-|hypothetical-protein	unknown	unknown	gnl|CDD|377710
JGVI01000025.1|KEK29556.1|60267_60774_+|hypothetical-protein	unknown	unknown	unknown
JGVI01000025.1|KEK29549.1|53878_54322_-|DnaK-suppressor-protein	unknown	unknown	gnl|CDD|182722
JGVI01000025.1|KEK29553.1|57944_58832_-|phosphoribulokinase	unknown	unknown	gnl|CDD|237970
JGVI01000025.1|KEK29562.1|65683_67597_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|236729
JGVI01000025.1|KEK29558.1|63216_63999_-|short-chain-dehydrogenase/reductase-SDR	unknown	unknown	gnl|CDD|212491
JGVI01000025.1|KEK29545.1|48995_49841_-|pantoate-beta-alanine-ligase	unknown	unknown	gnl|CDD|234741
JGVI01000025.1|KEK29543.1|45436_48067_+|peptidase-S8/S53-subtilisin-kexin-sedolisin	unknown	unknown	gnl|CDD|173799
JGVI01000025.1|KEK29544.1|48168_48696_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000025.1|KEK29551.1|55421_56714_+|aminopeptidase-B	unknown	unknown	gnl|CDD|235330
JGVI01000025.1|KEK29550.1|54485_55190_-|sugar-fermentation-stimulation-protein-A	unknown	unknown	gnl|CDD|234733
JGVI01000025.1|KEK29555.1|59172_60156_-|alpha/beta-hydrolase-fold-domain-containing-protein	unknown	unknown	gnl|CDD|182883
JGVI01000025.1|KEK29552.1|56917_57421_+|N-acetyltransferase-GCN5	unknown	unknown	gnl|CDD|379326
JGVI01000025.1|KEK29547.1|50769_51258_-|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-pyrophosphokinase	unknown	unknown	gnl|CDD|223872
JGVI01000025.1|KEK29559.1|64101_64437_+|HxlR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224647
JGVI01000025.1|KEK29560.1|64519_64933_+|hypothetical-protein	unknown	unknown	gnl|CDD|226314
JGVI01000025.1|KEK29548.1|52842_53742_-|glutamyl-tRNA-synthetase	unknown	unknown	gnl|CDD|235573
JGVI01000025.1|KEK29557.1|62486_63146_-|anti-ECF-sigma-factor-ChrR	unknown	unknown	gnl|CDD|380437
JGVI01000025.1|KEK29546.1|49918_50713_-|3-methyl-2-oxobutanoate-hydroxymethyltransferase	unknown	unknown	gnl|CDD|234723
JGVI01000025.1|KEK29561.1|65186_65648_-|hypothetical-protein	unknown	unknown	gnl|CDD|378196

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
JGVI01000025.1|KEK29554.1|58917_59163_-|hypothetical-protein	gnl|CDD|377710	pfam06794, UPF0270, Uncharacterized protein family (UPF0270).	6.19169e-18
JGVI01000025.1|KEK29549.1|53878_54322_-|DnaK-suppressor-protein	gnl|CDD|182722	PRK10778, dksA, RNA polymerase-binding protein DksA.	1.67493e-78
JGVI01000025.1|KEK29553.1|57944_58832_-|phosphoribulokinase	gnl|CDD|237970	PRK15453, PRK15453, phosphoribulokinase; Provisional.	0
JGVI01000025.1|KEK29562.1|65683_67597_-|ABC-transporter-ATP-binding-protein	gnl|CDD|236729	PRK10636, PRK10636, putative ABC transporter ATP-binding protein; Provisional.	0
JGVI01000025.1|KEK29558.1|63216_63999_-|short-chain-dehydrogenase/reductase-SDR	gnl|CDD|212491	cd05233, SDR_c, classical (c) SDRs. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold (alpha/beta folding pattern with a central beta-sheet), an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Classical SDRs are typically about 250 residues long, while extended SDRs are approximately 350 residues. Sequence identity between different SDR enzymes are typically in the 15-30% range, but the enzymes share the Rossmann fold NAD-binding motif and characteristic NAD-binding and catalytic sequence patterns. These enzymes catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human prostaglandin dehydrogenase (PGDH) numbering). In addition to the Tyr and Lys, there is often an upstream Ser (Ser-138, PGDH numbering) and/or an Asn (Asn-107, PGDH numbering) contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Extended SDRs have additional elements in the C-terminal region, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif. Some atypical SDRs have lost catalytic activity and/or have an unusual NAD(P)-binding motif and missing or unusual active site residues. Reactions catalyzed within the SDR family include isomerization, decarboxylation, epimerization, C=N bond reduction, dehydratase activity, dehalogenation, Enoyl-CoA reduction, and carbonyl-alcohol oxidoreduction.	3.95213e-60
JGVI01000025.1|KEK29543.1|45436_48067_+|peptidase-S8/S53-subtilisin-kexin-sedolisin	gnl|CDD|173799	cd07473, Peptidases_S8_Subtilisin_like, Peptidase S8 family domain in Subtilisin-like proteins. This family is a member of the Peptidases S8 or Subtilases serine endo- and exo-peptidase clan. They have an Asp/His/Ser catalytic triad similar to that found in trypsin-like proteases, but do not share their three-dimensional structure and are not homologous to trypsin. The stability of subtilases may be enhanced by calcium, some members have been shown to bind up to 4 ions via binding sites with different affinity. Some members of this clan contain disulfide bonds. These enzymes can be intra- and extracellular, some function at extreme temperatures and pH values.	8.58984e-133
JGVI01000025.1|KEK29551.1|55421_56714_+|aminopeptidase-B	gnl|CDD|235330	PRK05015, PRK05015, aminopeptidase B; Provisional.	0
JGVI01000025.1|KEK29545.1|48995_49841_-|pantoate-beta-alanine-ligase	gnl|CDD|234741	PRK00380, panC, pantoate--beta-alanine ligase; Reviewed.	2.78622e-165
JGVI01000025.1|KEK29550.1|54485_55190_-|sugar-fermentation-stimulation-protein-A	gnl|CDD|234733	PRK00347, PRK00347, DNA/RNA nuclease SfsA.	2.46107e-145
JGVI01000025.1|KEK29555.1|59172_60156_-|alpha/beta-hydrolase-fold-domain-containing-protein	gnl|CDD|182883	PRK10985, PRK10985, putative hydrolase; Provisional.	6.22295e-133
JGVI01000025.1|KEK29552.1|56917_57421_+|N-acetyltransferase-GCN5	gnl|CDD|379326	pfam13673, Acetyltransf_10, Acetyltransferase (GNAT) domain. This family contains proteins with N-acetyltransferase functions such as Elp3-related proteins.	3.96832e-13
JGVI01000025.1|KEK29547.1|50769_51258_-|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-pyrophosphokinase	gnl|CDD|223872	COG0801, FolK, 7,8-dihydro-6-hydroxymethylpterin-pyrophosphokinase [Coenzyme metabolism].	2.42382e-64
JGVI01000025.1|KEK29559.1|64101_64437_+|HxlR-family-transcriptional-regulator	gnl|CDD|224647	COG1733, COG1733, Predicted transcriptional regulators [Transcription].	5.65974e-16
JGVI01000025.1|KEK29560.1|64519_64933_+|hypothetical-protein	gnl|CDD|226314	COG3791, COG3791, Uncharacterized conserved protein [Function unknown].	2.49888e-39
JGVI01000025.1|KEK29548.1|52842_53742_-|glutamyl-tRNA-synthetase	gnl|CDD|235573	PRK05710, PRK05710, tRNA glutamyl-Q(34) synthetase GluQRS.	2.58708e-152
JGVI01000025.1|KEK29557.1|62486_63146_-|anti-ECF-sigma-factor-ChrR	gnl|CDD|380437	cd20303, cupin_ChrR_1, Marinobacter hydrocarbonoclasticus anti-ECFsigma factor ChrR, and similar proteins; 2 heterologous tandem repeats of cupin domain. This family contains bacterial anti-sigma factor such as ChrR from Marinobacter hydrocarbonoclasticus. Anti-sigma factor ChrR is a member of the ZAS (Zn2+ anti-sigma) subfamily of group IV anti-sigmas. It inhibits transcriptional activity by binding to the ECF sigma factor E (sigmaE), an essential factor to mount a transcriptional response to a singlet oxygen and for viability when carotenoids are limiting. This protein family likely contains two distinct homologous functional domains belonging to the cupin superfamily with a conserved "jelly roll-like" beta-barrel fold.	3.43282e-51
JGVI01000025.1|KEK29546.1|49918_50713_-|3-methyl-2-oxobutanoate-hydroxymethyltransferase	gnl|CDD|234723	PRK00311, panB, 3-methyl-2-oxobutanoate hydroxymethyltransferase; Reviewed.	3.2193e-170
JGVI01000025.1|KEK29561.1|65186_65648_-|hypothetical-protein	gnl|CDD|378196	pfam09523, DUF2390, Protein of unknown function (DUF2390). Members of this family are bacterial hypothetical proteins, about 160 amino acids in length, found in various proteobacteria, including members of the genera Pseudomonas and Vibrio. The C-terminal region is poorly conserved and is not included in the model.	1.0869e-26

Protein sequences

>JGVI01000025.1|KEK29552.1|56917_57421_+|N-acetyltransferase-GCN5
MTMLRIRKATQLDAKACWDIRNAAINKGCAGFYAQDDLQIWMQGELTESFRRMVGAHFYVAEILDDETQEGTLVGTIMLDEPYAQVEALFVAPEAMGLGVGKSLLQFIETKAFNLGIAQLRLESTLNAVEFYRHCGFGGEGFEEESIYCSPRGIALECMVMYKNLAC
>JGVI01000025.1|KEK29551.1|55421_56714_+|aminopeptidase-B
MSELKVTEVMRVELTKETPAAHWGKADVTFNAEGALIHLGGGDELRQIQIAARKLRNQGISTVALVGSLWDLNSQWVFAQGFATAKPGYKIQWCGDDAVQAELQRRLEVATFARQLINDTPENLSPVKLAQQAAKWLAELGGAKVSYRIIEGEALLAEQWIGIHAVGRGSERPPAMLELDFNPLSADAPVSVALVGKGITFDSGGYSIKASEGMLGMKCDMGGAATVTAALGLAIKSGLNKRVKLFLCCAENLISGRAYKLGDILTYKNGVTVEVVNTDAEGRLVLADGLQAASATGAPFIIDAATLTGAAVMAVGSNYNAIFSPQTEVLQLAQQKASTVAERVWPLPLDPWHKDMCPSAYADTANSRPVKGGGAGGASNAAGFLWRFVSPEAKWLHVDLAAAFEDSASALWGAGATTHGVLTISELIKG
>JGVI01000025.1|KEK29550.1|54485_55190_-|sugar-fermentation-stimulation-protein-A
MHFSPALKSGKLLKRYKRFLADVQLEDGTEITLHCPNTGSMRNCLFPGETVWFSTSSNPKRKYANTWELMTTPTGGLIGIHSGNANALVEEALNKGVITELAGYDSLSREVKYGDENSRIDILLEAAQKPACYIEVKSCTLLEDGQGYFPDAVSLRGQKHLRELMHMASLGHRAVLLFVVQHTDIMSVAPAAHIDPEYSNLLKKAILSGVEVLAYRCEISPDEIHLAQSCPVRV
>JGVI01000025.1|KEK29549.1|53878_54322_-|DnaK-suppressor-protein
MPEGTKKLGVLAIAGVSPYQEKPGEEYMNAKQLGHFKIILEAWRNQLREEVDRTLSHMQDEAANFPDPVDRAAQEEEFSLELRARDRERKLIKKIEKTLQKIEEDDFGFCDSCGIEIGIRRLEARPTADQCIDCKTLAEIKEKQMAG
>JGVI01000025.1|KEK29548.1|52842_53742_-|glutamyl-tRNA-synthetase
MMATHSCNTSALHPYVGRFAPSPSGALHFGSLVAALGSYLRARSEGGKWLIRVEDIDPPREVAGAADDILRTLEAYGFEWDHTVLYQSARTEAYQAKLDELLAEDNAYFCQCSRKQIQAMGGIYDGRCHRLATPHHSGAVRLVNRAQVAEFTDNLMGKVIVDRAFAAEDFIIKRSDGLYAYQLAVVLDDAYQGITEVVRGYDLIEASCRQLSLYQTFGLTAPQWLHLPLASLSPGFKLSKQNHAQAIDKQHPQASLNAALAFLGQAPVELTTATQMLAQAVAQFQLSAIPKQREILIAP
>JGVI01000025.1|KEK29547.1|50769_51258_-|2-amino-4-hydroxy-6--hydroxymethyldihydropteridine-pyrophosphokinase
MTQVFVALGANLEDPQAQLDNAVAALSTLAENQSLRVSPYYRSTPMGEVVQPDYINAVAGFETQLPPLALLDALQHIENTQGRVRQERWGPRTLDLDLLLYGDAIIDEPRLKVPHYGMKERSFVLVPLAAIAPDLVLPCKTPLHSLISEKFLAELQLLGNDH
>JGVI01000025.1|KEK29546.1|49918_50713_-|3-methyl-2-oxobutanoate-hydroxymethyltransferase
MSKVTSSTLLKYKQEGRKFTALTAYDASFASAFDGEGIDVLLVGDSLGMVLQGHDDTLPVTTAEIAYHTRCVRRGIERSLLIADMPFMSYATPEQAMENATALMQAGANMVKLEGGNWLLETVTKLTERGIPVCAHLGLTPQSVHVFGGFKVQGRDAENAQRILDEAKAIEAAGAQLLVVECIPASLATAITQALTIPVIGIGAGASTDGQILVMHDVLGISSGYIPRFSKNYLKQTGEIRSAVRAYIEEVANGTFPSADHTFN
>JGVI01000025.1|KEK29545.1|48995_49841_-|pantoate-beta-alanine-ligase
MITSAHIDDIRTQVRAWRAKGETVAFVPTMGNLHQGHITLVKEAAKKCDHVVVSIFVNPMQFGQNEDLDAYPRTLEADSQALTAAGAELLFTPTPAIIYPKGLAQQTYVEVPGISDVLCGASRPGHFRGVATIVCKLFNIVQPDVAFFGNKDYQQLLVIRTMVEDLSLPIEIIGIDTIREASGLAMSSRNGYLTAEEKAAAPALKKAIDAMAQGIKQGVSIEQVTAEAKASLIAAGFTPDYLEVRHATTLAHPEATDQALVILAAAYLGKARLIDNLRFDR
>JGVI01000025.1|KEK29544.1|48168_48696_-|hypothetical-protein
MARLIVTLICMLLPLTALANTVYKCRKGDKVIFSQIACPQEYSQHKIEYQLGISNEIDSDKRETKVDPLQALLNNHSLPPKKLLQLLDGEIYSLKQENSYFEILRASELQKLERQRYWQNKDKSDPDYLKQLSKINDHFDKLTTINSQLIQQLSDRKTQINADVEHEEPQKNDTH
>JGVI01000025.1|KEK29543.1|45436_48067_+|peptidase-S8/S53-subtilisin-kexin-sedolisin
MATICRQTCWKFVVFIHFTLNGGCVIAVPEFQRKGLIGSLSMSIKLSPLALAIAGAMTLSAVPAMAKDAPVYEKDAILVVYKDNVTKAERAAAQRLIRGTLTDANADGVDDKFQHLLNGKLARLALRKGANIEDAIKVISRHPAVKYAEPNYILKAIGTPDDPSFASLWGMNNTGQNGGSADADIDAPEAWEITTGSSDVVIGVIDTGVDYNHPDLQANMWVNAGEIPGNGIDDDGNGVIDDIHGYSAVNDNGNPMDGNGHGTHVSGTIGAKGNNGVGVVGVNWDVKIAACQFLDADGYGSTAGAIACLDYFTDLKVNHGVDIKATNNSWGGGSFSQALKDAIEAGGEAGILFVAAAGNDAVDNDASPHYPSSYDSDVVLSIASTDRNDRMSDFSQWGLTSVDMGAPGSAILSTVPGGGYATYSGTSMATPHVTGAAALVWSLNPDLSPVEMKSLLMASGDANADLTGKTVAGTRLNVANALEQANPSPSYKFTVSPVSQSVEAGSTASYNFSVGSVAGWEGDVALSVSVSPALEGVSLSASTVSAGGSFTLDVATTAQTAWGDYSITVTGTDGTIEKAKVVSLNVFPQGLNDFTYGNENAVAIPDNNASGIVSTIEVTDDVQIFGVTADVNISHTWIGDLRVVLTSPAGTEVVLHNRDGGSADNIVKSWDLSAFDGENARGTWSLSVDDNAAADTGTLNNWGLVISGLGEASPAAPVAGFEYAVEGLSVAFTNTSTDANDDIVSYSWDFGDGSTSTEMNPSHVFAAAGTYTVSLTVTDSMEHSNTVTMEVQVYEHSINASVTRALVSRRGSAMVDIEWDSALGESVALYRDGQLVVTTENDGNYRDRFTTSASSVTYQVCETTGTLCSAPVVAQF
>JGVI01000025.1|KEK29553.1|57944_58832_-|phosphoribulokinase
MSAKHPIIAVTGSSGAGTTTTTTAFSHIFRQLGINAAFVEGDSFHHYTRAEMEVMIRKSQAENRNLSYFGPEANNFARLEQCFRDYGATGQGETRSYLHTFDEAVPFNQMPGTFTQWRPLPENTDMLYYEGLHGGVVTGDANVAQHVDLLIGMVPIVNLEWIQKIIRDTSERGHSREKVMGSIVRSMDDYIKHMTPQFSRTHINFQRVPTVDTSNPFSAKDIPSLDESFVVIRFRGINNVDFPYYLSMIQGSFMSRVNTLVVPGGKMSLAMELILTPLIKDLMEKRQQLNSPQAN
>JGVI01000025.1|KEK29554.1|58917_59163_-|hypothetical-protein
MLIPYDALLQLPKETLVNLIREYLLGQVEDGSFTSLDEQELSSAIVQCQQALKQGKLVLEYSEEDESFAIRHADQVAKRQD
>JGVI01000025.1|KEK29555.1|59172_60156_-|alpha/beta-hydrolase-fold-domain-containing-protein
MPNAFTPPWWAKSPHVQTILPVFTKVAKPVLKRQRLELPDGDFIDLDWQARPEIGKPIVVIIHGLEGSAQSHYARRILQACKEQELAAVVHHHRSCSGEANRLARSYHSGDTDDLQFSLSQLQQTYPQSPLLAVGYSLGGNVLTKYQGEYQEHSLLSRAVVVSAPLQLSACAKRLENGFSKVYQSHLIKQLQYKVNQKLNDPELAGTMTLTPIQVANLNTFYDFDDKVTAPLHGFLGVEDYYTRASGLPFVSRITKPTLIMHAKDDPFMTDEVIPHPSQLSEHVEYELHAHGGHVGFIEGGTPWKPRYYLERRILDFLLANDASSAP
>JGVI01000025.1|KEK29556.1|60267_60774_+|hypothetical-protein
MNRRTFLLGAFAGTAAIALGVNLYSPEFSLPDEGEGKDYRLLFSVLLPVMLDGALPDVATHKVAAQNRTLDAINQSIAVLPDEQQSELFELLDMLENRLGLLLLTSSMTPLLMRSPAELTQMLETWRHSYFALLQTAYLGLRELVMASYYACPEHWSRLHYAKPELFK
>JGVI01000025.1|KEK29557.1|62486_63146_-|anti-ECF-sigma-factor-ChrR
MLNMNFSERIVIDTEQQPWLPSPAQGVWRKPLEREAKESGHTTSIVKYDAGSQFTTHQHPQGEEILVLEGVFSDENGDYPAGSYLRHPPGSQHAPFSQTGCVIFVKLNQFDPRDLELIRINTQQTPWLPGIGGLQVMPLHEFEHQHTALVKWPKGEKFQPHRHFGGEEILVLSGKFQDELGEYPRHTWIRSPHMSGHFPFVEEETIILVKTGHLPISAM
>JGVI01000025.1|KEK29558.1|63216_63999_-|short-chain-dehydrogenase/reductase-SDR
MQFNTSNLAIIIGGSSGIGFETAKQLVKQGVPVLIVGNQQEKLTAAVAALKQENTIPELQVEGFQANLYQAADLNRLIAHINQLEHKVGYLVNAAGYFNPKSFIDHTEADYELYMGLNKALFRITQAVTHKMIDAGGGSIVNIGSMWAKQAVKATPSSAYSMAKAGLHALTQHLAMELADKHIRVNAVSPAVVNTPIYNAFIPKEERDQVLASFDAFHPIGRVGTPADVANSVCFLLSNDTSWVTGAIWDVDGGVMAGRN
>JGVI01000025.1|KEK29559.1|64101_64437_+|HxlR-family-transcriptional-regulator
MNNNEKIISRKSPPERSARMVETIYGCKWSLTVYQLLANGIQRPGEMVRSVEGLSTKVLNQCLKKNIEFGILDKVIYNELPPRVEYQVTEFGQKFLHILDELEKLQQEIDA
>JGVI01000025.1|KEK29560.1|64519_64933_+|hypothetical-protein
MDMSKILQQGGCLCGAIRYRIEGKPFDADYCHCRMCQKSIGAAFGAWMDFKVSQVTWLKGNVTEFVSSDFVRRGFCAQCGCSLTFRHTEYPDYLTLTIASLDDPNSVQPNYHIYTEQQLSWLNIEDNCQRYPQARTK
>JGVI01000025.1|KEK29561.1|65186_65648_-|hypothetical-protein
MSNVTPLDSQIWHWCDMSYGQNKVLCLELQDNCQVNVNLLLLAQYLDLTSDVAGPREYSTEQWQQLVNAVWEWDEKFLTPYRRLRRLAKASLNAAEYQQMLDVELMMERKAQRTILHAVNDLSPSGQQTNLVSYLALFGLSAADVTGLDLIAP
>JGVI01000025.1|KEK29562.1|65683_67597_-|ABC-transporter-ATP-binding-protein
MISINQAQLIRGSKTLLDEASLTIYPGHKVGLVGANGTGKSSLLALIMGHLSLDKGEFSMPSGWQIASVAQETPALEMSALEYVLDGDKEYRQLEADLHIAQEHNDGHAIATLHGKIDAIGGYAIRARAGALLAGLGFSEAEQNNPVKSFSGGWRMRLNLAQALLCRSDLLLLDEPTNHLDLDTMYWLEGWIKSYQGTLILISHDRDFIDEIVDEIVHVENQKLNFYKGNYSAFERIRAERMAQQQVAFERQQKERAHMQSFVDRFRYKASKAKQAQSRLKALERMTELLPSQADSPFYMEFRPPEALPNPLIKMEQVAVGYGDKQILSKVHLNLVPGARIGLLGRNGAGKSTLIKLLSGQLSPMTGLYEPNPGLNIGYFAQHQIEFLRLDDTPLQHLVRLAPNAREQELRNFLGGFGFNGDMALSPVRPFSGGEKARLVLALLVWQRPNLLLLDEPTNHLDLEMRHALTMALQTFEGAMVIVSHDRHLLRLTCSDYYLVDQGEVQAFDGDLDDYHQWLLDAAKAANANQAANSDDTKPAVDKKQQKRLEAELRQKVSPLKRKQAKLEIDQQKLSERLAELEHLLADGELYDQDNKAKLTSVLNERTSLTQTLEESEMQWLELQEEIDAIELELMGQ

3. JGVI01000021

CRISPR-Cas detection and classification

Crispr_ID: JGVI01000021_1

• CRISPR_ID: JGVI01000021_1
• CRISPR_location: 18686-18836
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of JGVI01000021_1

Consensus_repeat	Method
CATAACTCTTTTGAGTTTAACAGCCGGCACCAAGGCTACAGAAGTTC	CRISPRCasFinder

spacers of JGVI01000021_1

>1.1|18733|57|JGVI01000021|CRISPRCasFinder
ACCCTCACCTCGGAGTTGCCGCAGGGCATTTGTGTTCGTAAGCAAAGATGGGACATC

CRISPR arrays and Neighbor proteins around JGVI01000021_1

CRISPR arrays

The CRISPR arrays of JGVI01000021_1

>merge|JGVI01000021|1|18686-18836|CRISPRCasFinder
CATAACTCTTTTGAGTTTAACAGCCGGCACCAAGGCTACAGAAGTTCACCCTCACCTCGGAGTTGCCGCAGGGCATTTGTGTTCGTAAGCAAAGATGGGACATCCATAACTCTTTTGGGTTTAACAGCCGGCACCAAGGCTACAGAAGTTC

>JGVI01000021|1|1|18686-18836|CRISPRCasFinder
CATAACTCTTTTGAGTTTAACAGCCGGCACCAAGGCTACAGAAGTTC	ACCCTCACCTCGGAGTTGCCGCAGGGCATTTGTGTTCGTAAGCAAAGATGGGACATC
CATAACTCTTTTGGGTTTAACAGCCGGCACCAAGGCTACAGAAGTTC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
JGVI01000021.1|KEK29701.1|28436_29027_-|FxsA-cytoplasmic-membrane-protein	unknown	unknown	gnl|CDD|236913
JGVI01000021.1|KEK29711.1|14111_14414_-|monoheme-cytochrome-c	unknown	unknown	gnl|CDD|225418
JGVI01000021.1|KEK29705.1|21640_22999_+|MATE-efflux-family-protein	unknown	unknown	gnl|CDD|240554
JGVI01000021.1|KEK29703.1|24113_25196_+|RND-family-efflux-transporter-MFP-subunit	unknown	unknown	gnl|CDD|273776
JGVI01000021.1|KEK29710.1|15333_16182_+|hypothetical-protein	unknown	unknown	gnl|CDD|350237
JGVI01000021.1|KEK29708.1|18367_18667_+|hypothetical-protein	unknown	unknown	unknown
JGVI01000021.1|KEK29713.1|12501_12885_-|monoheme-cytochrome-c	unknown	unknown	unknown
JGVI01000021.1|KEK29707.1|19426_21064_-|molecular-chaperone-GroEL	unknown	unknown	gnl|CDD|234573
JGVI01000021.1|KEK29698.1|31562_33203_+|glutathione-regulated-potassium-efflux-system-protein-KefC	unknown	unknown	gnl|CDD|226998
JGVI01000021.1|KEK29709.1|16236_18381_+|hypothetical-protein	unknown	unknown	gnl|CDD|213987
JGVI01000021.1|KEK29717.1|8619_9024_-|4-carboxymuconolactone-decarboxylase	unknown	unknown	gnl|CDD|131478
JGVI01000021.1|KEK29704.1|22995_23985_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|176114
JGVI01000021.1|KEK29706.1|21122_21413_-|co-chaperonin-GroES	unknown	unknown	gnl|CDD|178988
JGVI01000021.1|KEK29712.1|13747_14110_-|molybdopterin-binding-oxidoreductase	unknown	unknown	gnl|CDD|239029
JGVI01000021.1|KEK29714.1|12169_12505_-|monoheme-cytochrome-c	unknown	unknown	gnl|CDD|225418
JGVI01000021.1|KEK29699.1|29569_31411_+|thiol:disulfide-interchange-protein-precursor	unknown	unknown	gnl|CDD|234717
JGVI01000021.1|KEK29715.1|11598_12105_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000021.1|KEK29700.1|29249_29573_+|periplasmic-divalent-cation-tolerance-protein-CutA	unknown	unknown	gnl|CDD|376987
JGVI01000021.1|KEK29702.1|25199_28283_+|acriflavin-resistance-protein	unknown	unknown	gnl|CDD|223911
JGVI01000021.1|KEK29716.1|9214_11458_+|TonB-dependent-receptor	unknown	unknown	gnl|CDD|273808

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
JGVI01000021.1|KEK29701.1|28436_29027_-|FxsA-cytoplasmic-membrane-protein	gnl|CDD|236913	PRK11463, fxsA, phage T7 F exclusion suppressor FxsA; Reviewed.	1.39812e-45
JGVI01000021.1|KEK29711.1|14111_14414_-|monoheme-cytochrome-c	gnl|CDD|225418	COG2863, COG2863, Cytochrome c553 [Energy production and conversion].	1.28967e-16
JGVI01000021.1|KEK29705.1|21640_22999_+|MATE-efflux-family-protein	gnl|CDD|240554	cd13149, MATE_like_2, Uncharacterized subfamily of the multidrug and toxic compound extrusion (MATE) proteins. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. A number of family members are involved in the synthesis of peptidoglycan components in bacteria.	8.79698e-131
JGVI01000021.1|KEK29710.1|15333_16182_+|hypothetical-protein	gnl|CDD|350237	cd11297, PIN_LabA-like_N_1, uncharacterized subfamily of N-terminal LabA-like PIN domains. This N-terminal LabA-like PIN domain is found in a well conserved group of mainly bacterial proteins with no defined function, which contain a C-terminal LabA_like_C domain. LabA from Synechococcus elongatus PCC 7942, (which does not contain this C-terminal domain), has been shown to play a role in cyanobacterial circadian timing. The LabA-like C-terminal domains characteristic of this subfamily may be related to the LOTUS domain family (which also co-occurs with LabA-like N-terminal domains). The function of the N-terminal domain is unknown. The LabA-like PIN domain family also includes the N-terminal domain of limkain b1, a human autoantigen localized to a subset of ABCD3 and PXF marked peroxisomes. Other members are the LabA-like PIN domains of human ZNF451, uncharacterized Bacillus subtilis YqxD and Escherichia coli YaiI. Curiously, a gene labeled NicB from Pseudomonas putida S16, which is described as a putative NADH-dependent hydroxylase involved in the microbial degradation of nicotine also falls into the LabA-like PIN family. The PIN (PilT N terminus) domain belongs to a large nuclease superfamily. The structural properties of the PIN domain indicate its active center, consisting of three highly conserved catalytic residues which coordinate metal ions; in some members, additional metal coordinating residues can be found while some others lack several of these key catalytic residues. The PIN active site is geometrically similar in the active center of structure-specific 5' nucleases, PIN-domain ribonucleases of eukaryotic rRNA editing proteins, and bacterial toxins of toxin-antitoxin (TA) operons.	3.87405e-64
JGVI01000021.1|KEK29703.1|24113_25196_+|RND-family-efflux-transporter-MFP-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	1.1863e-66
JGVI01000021.1|KEK29706.1|21122_21413_-|co-chaperonin-GroES	gnl|CDD|178988	PRK00364, groES, co-chaperonin GroES; Reviewed.	1.04602e-45
JGVI01000021.1|KEK29707.1|19426_21064_-|molecular-chaperone-GroEL	gnl|CDD|234573	PRK00013, groEL, chaperonin GroEL; Reviewed.	0
JGVI01000021.1|KEK29698.1|31562_33203_+|glutathione-regulated-potassium-efflux-system-protein-KefC	gnl|CDD|226998	COG4651, RosB, Kef-type K+ transport system, predicted NAD-binding component [Inorganic ion transport and metabolism].	1.66094e-65
JGVI01000021.1|KEK29709.1|16236_18381_+|hypothetical-protein	gnl|CDD|213987	cd07432, PHP_HisPPase, Polymerase and Histidinol Phosphatase domain of Histidinol phosphate phosphatase. HisPPase catalyzes the eighth step of histidine biosynthesis, in which L-histidinol phosphate undergoes dephosphorylation to produce histidinol. HisPPase can be classified into two types: the bifunctional HisPPase found in proteobacteria that belongs to the DDDD superfamily and the monofunctional Bacillus subtilis type that is a member of the PHP family. The PHP (also called histidinol phosphatase-2/HIS2) domain is associated with several types of DNA polymerases, such as PolIIIA and family X DNA polymerases, stand alone histidinol phosphate phosphatases (HisPPases), and a number of uncharacterized protein families. The PHP domain has four conserved sequence motifs and contains an invariant histidine that is involved in metal ion coordination. The PHP domain of HisPPase is structurally homologous to other members of the PHP family that have a distorted (beta/alpha)7 barrel fold with a trinuclear metal site on the C-terminal side of the barrel.	4.79532e-05
JGVI01000021.1|KEK29717.1|8619_9024_-|4-carboxymuconolactone-decarboxylase	gnl|CDD|131478	TIGR02425, putative_gamma-carboxymuconolactone_decarboxylase, 4-carboxymuconolactone decarboxylase. Members of this family are 4-carboxymuconolactone decarboxylase, which catalyzes the third step in the catabolism of protocatechuate (and therefore the fourth step in the catabolism of para-hydroxybenzoate, of 3-hydroxybenzoate, of vanillate, etc.). Most members of this family are encoded within protocatechuate catabolism operons. This protein is sometimes found as a fusion protein with other enzymes of the pathway, as in Rhodococcus opacus, Streptomyces avermitilis, and Caulobacter crescentus. [Energy metabolism, Other].	1.90567e-49
JGVI01000021.1|KEK29704.1|22995_23985_-|LysR-family-transcriptional-regulator	gnl|CDD|176114	cd08422, PBP2_CrgA_like, The C-terminal substrate binding domain of LysR-type transcriptional regulator CrgA and its related homologs, contains the type 2 periplasmic binding domain. This CD includes the substrate binding domain of LysR-type transcriptional regulator (LTTR) CrgA and its related homologs. The LTTRs are acting as both auto-repressors and activators of target promoters, controlling operons involved in a wide variety of cellular processes such as amino acid biosynthesis, CO2 fixation, antibiotic resistance, degradation of aromatic compounds, nodule formation of nitrogen-fixing bacteria, and synthesis of virulence factors, to name a few. In contrast to the tetrameric form of other LTTRs, CrgA from Neisseria meningitides assembles into an octameric ring, which can bind up to four 63-bp DNA oligonucleotides. Phylogenetic cluster analysis further showed that the CrgA-like regulators form a subclass of the LTTRs that function as octamers. The CrgA is an auto-repressor of its own gene and activates the expression of the mdaB gene which coding for an NADPH-quinone reductase and that its action is increased by MBL (alpha-methylene-gamma-butyrolactone), an inducer of NADPH-quinone oxidoreductase. The structural topology of this substrate-binding domain is most similar to that of the type 2 periplasmic binding proteins (PBP2), which are responsible for the uptake of a variety of substrates such as phosphate, sulfate, polysaccharides, lysine/arginine/ornithine, and histidine. The PBP2 bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	1.31243e-55
JGVI01000021.1|KEK29712.1|13747_14110_-|molybdopterin-binding-oxidoreductase	gnl|CDD|239029	cd02111, eukary_SO_Moco, molybdopterin binding domain of sulfite oxidase (SO). SO catalyzes the terminal reaction in the oxidative degradation of the sulfur-containing amino acids cysteine and methionine. Common features of all known members of the sulfite oxidase (SO) family of molybdopterin binding domains are that they contain one single pterin cofactor and part of the coordination of the metal (Mo) is a cysteine ligand of the protein and that they catalyze the transfer of an oxygen to or from a lone pair of electrons on the substrate.	2.8026e-06
JGVI01000021.1|KEK29714.1|12169_12505_-|monoheme-cytochrome-c	gnl|CDD|225418	COG2863, COG2863, Cytochrome c553 [Energy production and conversion].	7.32568e-19
JGVI01000021.1|KEK29699.1|29569_31411_+|thiol:disulfide-interchange-protein-precursor	gnl|CDD|234717	PRK00293, dipZ, thiol:disulfide interchange protein precursor; Provisional.	0
JGVI01000021.1|KEK29700.1|29249_29573_+|periplasmic-divalent-cation-tolerance-protein-CutA	gnl|CDD|376987	pfam03091, CutA1, CutA1 divalent ion tolerance protein. Several gene loci with a possible involvement in cellular tolerance to copper have been identified. One such locus in eubacteria and archaebacteria, cutA, is thought to be involved in cellular tolerance to a wide variety of divalent cations other than copper. The cutA locus consists of two operons, of one and two genes. The CutA1 protein is a cytoplasmic protein, encoded by the single-gene operon and has been linked to divalent cation tolerance. It has no recognized structural motifs. This family also contains putative proteins from eukaryotes (human and Drosophila).	8.23167e-48
JGVI01000021.1|KEK29702.1|25199_28283_+|acriflavin-resistance-protein	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
JGVI01000021.1|KEK29716.1|9214_11458_+|TonB-dependent-receptor	gnl|CDD|273808	TIGR01786, hemoglobin-haptoglobin-binding_protein, TonB-dependent hemoglobin/transferrin/lactoferrin receptor family protein. This model represents a family of TonB-dependent outer membrane receptor/transporters acting on iron-containing proteins such as hemoglobin, transferrin and lactoferrin. Two subfamily models with a narrower scope are contained within this model, the heme/hemoglobin receptor family protein model (TIGR01785) and the transferrin/lactoferrin receptor family model (TIGR01776). Accessions which score above trusted to this model while not scoring above trusted to the more specific models are most likely to be hemoglobin transporters. Nearly all of the species containing trusted hits to this model have access to hemoglobin, transferrin or lactoferrin or related proteins in their biological niche. [Transport and binding proteins, Cations and iron carrying compounds, Transport and binding proteins, Porins].	7.03634e-95

Protein sequences

>JGVI01000021.1|KEK29708.1|18367_18667_+|hypothetical-protein
MESINSKVECRDDKYYIDIYFNDVNKDWETVSIPLSEDDATVIKKAFNMLLQKLTISNFTINFESSGQDLFNLVAQEYINQLNDELASVYDELQSYELG
>JGVI01000021.1|KEK29709.1|16236_18381_+|hypothetical-protein
MKIDIHVHTKKTKRGDANTRNVSPEDFTSIVQSTDVKILAITNHNEFDFHQYENILICAKDEFQVWPGVELDIIENGKRSHLLVIVSPSNAIDFYNTIRSLRGDLTADEFTISIEDVYISFKKLDPIYIAHYLAKKPAMDETTIQKMVSLGINEKRIIKEATNSISAGIFIEHGHRSIYGSDIHDWSKYVETSENLPELRLQVDSFEQFRLLLEKDGSTIDTVLSKKFSEELNLIPFEDNTTISIKAYNDINILFGPKGTGKTKILEAVARHYSSKGITAKVFESGPDKLSDKYDLKGQNIDKNISYDNFNECNIEISKIKSSVEKDVTIIQKYRDFFSTENKNRNSQLIKIKEIPNISESIEKNNFEKHYETKTELYNFIKYIEDNQVINEIETKENINVILNNLNSLHSKLKKSSIENFIFWKSTTLSNNAINVFNIQVSRKTGVLSKPTTTGFKEYALNRIAIRRNTKKINTNINKILSDTNELVGTLGENKGDLYCVTSYFIQDGTLTDGNYTPLRTIKKNEQKDFSKLIEEIYNNSLSENLFESIIKLNNLEDIKKINNISDLIIYWRRFSLNGATYSPSNGERSMLNLHSELAEDKEIYILDEPERSLGNEYINDVIIPLINEKALQGKKIFISTHDANVAVRTLPYNSIYRCHNQSGYETYIGNPFSNHLQNTRETSKKLDWKTTSMRTLEGGENAFGERGGVYGKY
>JGVI01000021.1|KEK29710.1|15333_16182_+|hypothetical-protein
MSKTTTFVGTHMQNKEKIAVFIDADNAPARKFDVVLAELAKHGLISIRKAYGNWKSPNLKPWEDILHEYAIQPIQQFDLTKGKNASDIALVIDAMDILYTKDIDIICLISSDCDFTPLVTRALADGKTVFGFGERKAPAAFVNSCSRFLYLDAEPVVVAEEIEVISEVTQPPPTAPDSVSKTKQVQPKTATPQKCNLKSDNKLLNMLRQAIEATEEEDGWAQLGPIGSHISNHSSFDQRNYGFKKLSDLFAAIDLFEMRKTHGSVLWVRDIKRTKKTQSNSK
>JGVI01000021.1|KEK29711.1|14111_14414_-|monoheme-cytochrome-c
MLLRVIYSAGVLMLLLPVVTHADECNKLLNMCKACHGESGMSRFEHIPNIGWQNSDYLLKQLRAFKAGTRQDPTMTKVAQLLSEADMQQMAEYFYLGKDK
>JGVI01000021.1|KEK29712.1|13747_14110_-|molybdopterin-binding-oxidoreductase
MDLNRRVFIKGAVATSVLSALPVKWVFADKLPAGVSALDISALTWTKAEDLPSYFKVLNTNPLNAYPPEHMLAPAVTPADVSFIRWNGIVPDFKTLDAKTWTFTVDGESVITPKSYTLMR
>JGVI01000021.1|KEK29713.1|12501_12885_-|monoheme-cytochrome-c
MRAHVNKLIMCGLLFTGASFATEYPVDPQSGLIMAPGWELVNYQCNACHTSMIVTQNRGDKAFWKETLQWMVDTQGLWDLSDTWEPTLSYLSTYYGQAEMDMTLFRRLPLDASQLPPPAKPAAKGSQ
>JGVI01000021.1|KEK29714.1|12169_12505_-|monoheme-cytochrome-c
MKTFIVSLLVLCGLSTAVYAEGYQADIERGKALATAQCESCHGLAMIAMAKQFPNLRGQKPAYLNKQLVDFKAGLRLDPLMQSQVSALTAEQLQDVALFYSQQQIPNLSAN
>JGVI01000021.1|KEK29715.1|11598_12105_-|hypothetical-protein
MATTRLEMALIGMALINRRKLACLIGVLVLLPAWGYAQQAKVSEANHCQPVSGSEQHSGQCERSADNTAYDKFDGVVYRGVINAKPVTLEIIGQGNQYRMTVDGLATFGELNTERGFEQDENASLFILNWQQPEAEQIKFVKLSKDHSVLVRVDANGQLDNTATLHTR
>JGVI01000021.1|KEK29716.1|9214_11458_+|TonB-dependent-receptor
MKPLPLSLCALAVASALPAWADEQSKPLIQEVIVVSGSRMEQNIEQVAGSILVIDEQAIERNMSNDFGSLFRNESAVDIKGGAGKPTSVTIRGIGGNRVMMVKDGVRVNNQYASPLGPGAEGTGRGLTEVQSLKQIEVVKAAASTMYGSDALGGVVVMRTKDASDYLRGEDYYVSLNAGYTGINNEYSGGFTSAAAYSDFENLLTYQHRKGEELPNYFDTQPESDLLQDSLLFKSKYRFNEHTTVQLTLDYLEQTLERWEDKLNRAQVPQERIDTDRDTQVINGALQLRSDKATYLHDDLTVTAYFGQTEQLEHRDYFNLRTAARPLTEYRDYKFKDQRLGLTSTFSKYLGAEGYGHQLTYGMDYEWSKMMRHRNNNIASSGGDWQTETPFTFADTDSNRLGLFLQDDITLLNGDLNLIGGLRYDYFRNSPDQQQAMEAGKDPADFAVMSDTFWSPKVGLVYKLTDTVSAYAQYAYGYKMPTPDQKWGELEVDGGSMTDVIIQANYDLKSEQSHTWELGIRGNHADTQYELTTFYTHAVDFIDWQYVSFKPPVFGPVMQPMEFKYQYFNRDQVTLYGAEAQANHWLTDTIELWGNIAYTHGTDENGQYLNSVSPLKGNLGVNWYSNIGGMETDIGAVVRWADKMDRTHDINLTIDDICVMGQCIPKESFNEVYNTAGYAVFDLTMGLHVTDNLHLRAGVYNLFDKEYVDYADVAGQSVFLLNSTMNLQKDDFTQPGRYFNLSVNYQF
>JGVI01000021.1|KEK29717.1|8619_9024_-|4-carboxymuconolactone-decarboxylase
MNEEQYEKGLKVRRAVMGDSFVDKALSCATDFTQPLQALVTANCWGEVWSREGLPLQTRSLITIATLAALKAPAELKGHVRGALRNGCTVAEIQEVLLHSTVYCGMPSGIEAFRAAKEVIEEWQAEQAKVSEQS
>JGVI01000021.1|KEK29707.1|19426_21064_-|molecular-chaperone-GroEL
MAAKEVVFGNDARVKMLAGVNILANAVKVTLGPKGRNVVLDKSFGSPLITKDGVSVAKEIELEDKFENMGAQMVKEVASKANDAAGDGTTTATVLAQAIVTEGLKAVAAGMNPMDLKRGIDKAVIAAVAELKNLSQDCADSKAIAQVGTISANSDESIGQIIATAMEKVGKEGVITVEEGQALENELDVVEGMQFDRGYLSPYFINKPETGSVELDHPFVLLVDKKISNIRELLPILEGLAKTGKPLLIVAEDVEGEALATLVVNNMRGIVKVAAVKAPGFGDRRKAMLQDVAILTGGTVIAEEIGLELEKATLEDLGTAKRVVITKDNTTIIDGNGEQAQIEARVSQIKQQIEESTSDYDKEKLQERMAKLAGGVAVIKVGAATEVEMKEKKARVEDALHATRAAVEEGVVPGGGVALVRVASKIADVEVANEDQKHGVVIALRAMEAPLRQIATNAGEEASVVANNVKNGSGNYGYNAGNDTYGDMLEMGILDPTKVTRSALQFAASIAGLMITTEAMVAELPKADAPDMGGMGGMGGMGGMM
>JGVI01000021.1|KEK29706.1|21122_21413_-|co-chaperonin-GroES
MNIRPLHDRVIVKRLEVESTSAGGIVLTGSAAEKSTRGEVLAVGNGRILENGTVRPLDVKVGDVVIFNEGYGVKKEKIDGQEVLILSEADLMAIVG
>JGVI01000021.1|KEK29705.1|21640_22999_+|MATE-efflux-family-protein
MKDRHGLLSAPIGRVLLNMSLPNLIGIMTILGFSLADTFFISQLGTEPLAAISFTFPVTLIISSIAIGIGAGVSTNLGRLIGSGNAPRAKVFLHDALLLTFILIASLSALGSIFIEPLFSLLGANETSLPLIHDYMMYWYVGAPLLVLLMVGNQGLRSTGDTRSPAMIMMLAALINLILDPLLIFGIGPFPRLEIQGAAIATLFSWLVALSLSGYLLIIKRRMLERAVFDIDRMRANWSKLAHIAQPAALMNLINPLANAVIMAMLAHIDHSAVAAFGAGTRLESVLLIVVMALSSSLMPFIAQNLGAGQPQRAKQALLLSLKFIFVFQTLLYIPLAFLAQPLANLFSTDPQVLEWLSFYILVLPCAYGPLGIVIIFATALNAYHRPMSSLVINLCRLVLLMLPLAALGSYIDGVKGLLLALPITNLLMGIACYYLAQRICEPTKVTTADAI
>JGVI01000021.1|KEK29704.1|22995_23985_-|LysR-family-transcriptional-regulator
MKTEDLALFHRIAETGSLIEAADLLNLPKSTVSRRLQALEDELNIKLFHRQSRSMTLTSAGSHFYQRSQNILAQLDETLFEMTNEDAEISGHLRIQMFPIHSMNVLMQAIFRFMDLHPKLTVEVISSAESVDMVKNNLDVAFVVEPALDTLDLVVRPIFTTDLRFYASPQYLVQHGMPQTPQEIESHNVALFRLSNGKIFNELWIGAEQEVRVRGNFCSNSVEVAVEFALQGRGIVYAPAEVVADFVASGQLITLLPEIESHPGECYLAYPSRRYVSLASRRFIDFIIQELAPNGVPTNLSTQSVRRVCKASEEPFPPNDVRFSLKSTA
>JGVI01000021.1|KEK29703.1|24113_25196_+|RND-family-efflux-transporter-MFP-subunit
MKSYRLIPLAALLPALLTACTPAESSVQASVIRPVKLFEVAKLEGGDFRTFPARVSANSRAELSFRISGQLTELALVEGQSVNQGSLLAKLDDRDAYNNLMTREADHELLAADFQRKTELLKRKLISQAEFDSAQAQLKSAKAALAAARDQLSYTKLIAPFSGTVAKRLVDNHQIVQANQGILTLQNNHLLDVSIQVPESMAAGLNTYIQQQKFVAKVRFSALAGMEFDAKFKEYSTQVTPGTQAYEVVFSLPQPKDIQLLPGMSAELTLALMKSPDQAASAIVPVTAIDKRDQDGRVQVWVYQAQSGEVKPTAVTLGRVTSEGVEVLGGINNGDLIVSAGVSQLSDGMKVKPLRWQRGV
>JGVI01000021.1|KEK29702.1|25199_28283_+|acriflavin-resistance-protein
MNIAEYSIRHKVISWMFVLLLLVGGSVSFTGLGQLEFPEFTIKEALVITAYPGASPEQVEEEVTLPLEDALQQLDAVKHVASINSAGLSQIQIEVKETYDKTSLPQVWDEVRRKVNDTAGQLPPGTSTPKVYDDFGDVYGILFNLSGPDYSNRELSNYADYLRRELVLVPGVKKVSVAGSVTEQVVIEISQQKLSALGLDQSYIHGLINNQNVVSNAGSLVVGDNRIRIHPTGEFSSVQDLARLIVSPPGSTELIYLGDIAHIEKDYDETPDVLYHNRGEAALSLGISFSSGVNVVEVGKSVSERLAELESQRPIGMSLDTVYNQSLAVDDTVNGFLINLLESIAIVIAVLLLFMGLRSGLLMGVILLLTILGTFIVMKVLGIELQLISLGALIIALGMLVDNAIVVTEGILIGLRRGKTRLEAAKQIVSQTQWPLLGATVIAIIAFAPIGLSQNAAGEFCRSLFQVLMISLFISWITAITLTPFFCHLLFKDAPADEEEQDPYKGWFFSIYRASLTFALRFRIASILLVGAMLVSAVIGFGHIKNVFFPASNTPIFFVDIWMPEGTDIKGTERFTADIEQQLLKQAEEQHSGLKHLTTVIGQGAQRFVLPYQPEKGYPAYAQLIIEMADLASLKVYMPELETFLNQRFPQAQFRLKNMENGPSPAAKIEARFYGDDPEVLRALGAQAEAIFHAEPSMDGIRHDWRNQVTLIRPQLENAQARETGISKQDLDNALLVNFSGKQIGLYRETSHLLPIVARAPAEERLQADSLWKLQIWSSEHSTFVPATQVVSSFDTQWENPLVKRRDRMRMLAVLADPKLGSDETADSVLRKVKAKVEAISLPAGYHLEWGGEYETAGEAQTAVFSSIPLGYLAMFLITVFLFNSVRQPLVIWFTVPLALIGVSAGLLIFDAPFSFMALLGLLSLSGMVIKNGIVLVDQINLELSEGKAAYLALIDSCVSRVRPVMMAAITTMLGMIPLIPDAFFGSMAITIIFGLGFASLLTLIVLPVMYSLAFNIKPNAVASEKH
>JGVI01000021.1|KEK29701.1|28436_29027_-|FxsA-cytoplasmic-membrane-protein
MFLILFLIFVLIPVVELSVLIRVGEILGTWTTIGLVLFTAVLGVSLVRSQGLSTLMQVQQKLARGEAPGQEIVEGMMLAMAGVLLVIPGFVTDFIGLLLLTPLTRRPIAALVFKRMQLRVVSGLQGGMHGGFGAGPFGSHSGLQTNPFDQPPFEQNKHVDGNVYEGDFEHKADPSDKRPESHQLADKDEKPKDPKA
>JGVI01000021.1|KEK29700.1|29249_29573_+|periplasmic-divalent-cation-tolerance-protein-CutA
MQPQYLMVSTSCPDDVHANRIAHALVEARIAACVHISAPIRSVYTWEGKICEEQEISLHIKCLQTRYPELEQLVLKLHPYQVPEIIAVPVTHGLPAYLDWIKDNTQP
>JGVI01000021.1|KEK29699.1|29569_31411_+|thiol:disulfide-interchange-protein-precursor
MKKLLSLTFTALLLLAPLTLSGNAFANNFGFLKSEPELMPVDQAFAFDFKQEGNKVTLNWVIADGYYMYRDKLKFSVNGAELGTIDLPKGKPHNDEYFGEQEVYYTYIDIPVGLKQADENSTLSVTFMGCAEGKLCYPPTKRDVSLKAVAANDGQIASSADSGENTKPAATDTDAKASSAPAKPITQQDSLSQMLSNDSLLWTLVIFFGLGIGLALTPCVFPMYPILSGIIVGQGQKLSTAKAFTLSMAYVQGMAITYSILGLVVASAGMKYQAALQHPAVLVVLAILFFVLSLSMFGLYDLKLPSSWQEKMNSISNNQKGGNLIGVFLMGVISGLVASPCTTAPLSGALVYVAQTGDLLQGFLALYVLSMGMGVPLLIIGTSGGKLLPRAGAWMNIIKTVFGFLLIAVSIVMLGRIWTGVVSDVLWSLWGISFTGYLMHQNKLSAFNWKQTVRSVLLTLTLLASFSYGFQAVMGHFGFSHSPVATATTTEQAHGFKRIKSIEDLDREIAAATAVGKPVMLDLYADWCVACKEFEAITFKDAEVLARMNKIVLLQADVTKSDAVDVALLEKYNVLGLPTLLMFNEQGEQREDLRVTGFMGPKEFAAHLDHLVK
>JGVI01000021.1|KEK29698.1|31562_33203_+|glutathione-regulated-potassium-efflux-system-protein-KefC
MEPAILIITLICGMLVSRIGLPPLIGYLVAGFVLFVLGIEKESLPLLQELANLGVTLLLFAIGLKLDIRSLFKAEVWAGSSVHLMLSILVFVPILKILGLLGLSQLTSLGIEQLTLLAFALSFSSTVFAVKVLEDKGDMQSLYGRVAIGILIMQDIFAVLFLTISKGDVPSVWAFALLLLPLAKPLIYKAFDRVGHGELLVLFGLVMALVVGAWLFESVGLKPDLGALVIGILLAGHKKASELAKSLFYFKELFLVAFFLTIGLNGLPTISDIVLATLLVLLVPLKILLFVYILTRFKLRSRTSMLGSFNLGNFSEFGLIVAAVATSKGWLPSQWLVIIAVALSFSFLLAAPLNATVGNIYQRFQQRLVRLEKRPLHPEDRPIAIGNPRFLILGMGRIGSGAYDELRARFDGEILGIEHKQDLVDLHRAKGRNVVQGDASDTDFWEKLDKAPNLELVLLAMPHHAGNLFAVEQLKKLNYQGKLSAIVQYGEDAASLRSSGVHSVYNLYEAAGAGFVDHVVHELLPDSETKAVAELDDDTKQHSAAV

4. JGVI01000040

CRISPR-Cas detection and classification

Crispr_ID: JGVI01000040_1

• CRISPR_ID: JGVI01000040_1
• CRISPR_location: 4366-4533
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of JGVI01000040_1

Consensus_repeat	Method
ACGACCTTCGGGTTATGAGCCCGACGAGCTACCATGCTGCTCCATCCCGCGTCC	CRISPRCasFinder

spacers of JGVI01000040_1

>1.1|4420|60|JGVI01000040|CRISPRCasFinder
TATATCTATCTGTATTACTTATATTTGCTTGAAATGGTTGCGGGAGCTGGATTTGAACCA

CRISPR arrays and Neighbor proteins around JGVI01000040_1

CRISPR arrays

The CRISPR arrays of JGVI01000040_1

>merge|JGVI01000040|1|4366-4533|CRISPRCasFinder
ACGACCTTCGGGTTATGAGCCCGACGAGCTACCATGCTGCTCCATCCCGCGTCCTATATCTATCTGTATTACTTATATTTGCTTGAAATGGTTGCGGGAGCTGGATTTGAACCAACGACCTTCGGGTTATGAGCCCGACGAGCTACCATGCTGCTCCATCCCGCGTCC

>JGVI01000040|1|1|4366-4533|CRISPRCasFinder
ACGACCTTCGGGTTATGAGCCCGACGAGCTACCATGCTGCTCCATCCCGCGTCC	TATATCTATCTGTATTACTTATATTTGCTTGAAATGGTTGCGGGAGCTGGATTTGAACCA
ACGACCTTCGGGTTATGAGCCCGACGAGCTACCATGCTGCTCCATCCCGCGTCC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
JGVI01000040.1|KEK28665.1|14462_14615_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28654.1|683_1580_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28668.1|17756_18305_+|CDP-diacylglycerol--glycerol-3-phosphate-3-phosphatidyltransferase	unknown	unknown	gnl|CDD|182763
JGVI01000040.1|KEK28661.1|9092_10940_+|hypothetical-protein	unknown	unknown	gnl|CDD|378770
JGVI01000040.1|KEK28664.1|13696_14050_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28660.1|6909_7155_+|glutaredoxin-2	unknown	unknown	gnl|CDD|368604
JGVI01000040.1|KEK28653.1|196_625_+|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28666.1|14638_14797_+|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28663.1|11414_11930_-|3-hydroxydecanoyl-ACP-dehydratase	unknown	unknown	gnl|CDD|179953
JGVI01000040.1|KEK28659.1|4787_6923_+|23S-rRNA-m(2)G2445-methyltransferase	unknown	unknown	gnl|CDD|236981
JGVI01000040.1|KEK28657.1|2971_3256_-|heat-shock-protein-DnaJ-domain-containing-protein	unknown	unknown	gnl|CDD|365959
JGVI01000040.1|KEK28667.1|15945_17709_+|excinuclease-ABC-subunit-C	unknown	unknown	gnl|CDD|234792
JGVI01000040.1|KEK28655.1|1590_2349_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28658.1|3661_4177_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000040.1|KEK28662.1|11079_11304_+|ribosome-modulation-factor	unknown	unknown	gnl|CDD|184747
JGVI01000040.1|KEK28656.1|2348_2879_-|hypothetical-protein	unknown	unknown	gnl|CDD|240271

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
JGVI01000040.1|KEK28659.1|4787_6923_+|23S-rRNA-m(2)G2445-methyltransferase	gnl|CDD|236981	PRK11783, rlmL, bifunctional 23S rRNA (guanine(2069)-N(7))-methyltransferase RlmK/23S rRNA (guanine(2445)-N(2))-methyltransferase RlmL.	0
JGVI01000040.1|KEK28657.1|2971_3256_-|heat-shock-protein-DnaJ-domain-containing-protein	gnl|CDD|365959	pfam00226, DnaJ, DnaJ domain. DnaJ domains (J-domains) are associated with hsp70 heat-shock system and it is thought that this domain mediates the interaction. DnaJ-domain is therefore part of a chaperone (protein folding) system. The T-antigens, although not in Prosite are confirmed as DnaJ containing domains from literature.	1.0466e-18
JGVI01000040.1|KEK28667.1|15945_17709_+|excinuclease-ABC-subunit-C	gnl|CDD|234792	PRK00558, uvrC, excinuclease ABC subunit UvrC.	0
JGVI01000040.1|KEK28661.1|9092_10940_+|hypothetical-protein	gnl|CDD|378770	pfam11949, DUF3466, Protein of unknown function (DUF3466). This family of proteins are functionally uncharacterized. This protein is found in bacteria. Proteins in this family are typically between 564 to 612 amino acids in length.	0
JGVI01000040.1|KEK28668.1|17756_18305_+|CDP-diacylglycerol--glycerol-3-phosphate-3-phosphatidyltransferase	gnl|CDD|182763	PRK10832, PRK10832, CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase.	7.10289e-73
JGVI01000040.1|KEK28660.1|6909_7155_+|glutaredoxin-2	gnl|CDD|368604	pfam05768, DUF836, Glutaredoxin-like domain (DUF836). These proteins are related to the pfam00462 family.	7.8252e-11
JGVI01000040.1|KEK28662.1|11079_11304_+|ribosome-modulation-factor	gnl|CDD|184747	PRK14563, PRK14563, ribosome modulation factor; Provisional.	4.78699e-30
JGVI01000040.1|KEK28656.1|2348_2879_-|hypothetical-protein	gnl|CDD|240271	PTZ00108, PTZ00108, DNA topoisomerase 2-like protein; Provisional.	0.000942755
JGVI01000040.1|KEK28663.1|11414_11930_-|3-hydroxydecanoyl-ACP-dehydratase	gnl|CDD|179953	PRK05174, PRK05174, bifunctional 3-hydroxydecanoyl-ACP dehydratase/trans-2-decenoyl-ACP isomerase.	3.64034e-126

Protein sequences

>JGVI01000040.1|KEK28658.1|3661_4177_-|hypothetical-protein
MVARRAHNPKVVGSNPAPATNLTMITTRPASAGFFVSEIYRTEFNHASLSGSALYKQQAKVVGSNPAPATNLTMITTRPASAGFFVSEIYRTEFQHASLSGSTLYKPRAKVVGSNPAPATNLTMITIMPASAGFFVSEIYRTEFHHASWSGSALYKQQAKIVGSNPAPATN
>JGVI01000040.1|KEK28657.1|2971_3256_-|heat-shock-protein-DnaJ-domain-containing-protein
MINHFSVLGIKPSAKEDDIKKAYRRLSNKYHPDKLLGASDDEKEQASQQLERVKKAYEVLSDPKLRNAFIRDFNNVIVTDPNGAMRELWDQFYP
>JGVI01000040.1|KEK28656.1|2348_2879_-|hypothetical-protein
MAKKLNISRINELKTNAYDNIESYDDPDTPKALEQFTSQIKKVLQADPKMLESVPEYLPVALYGRVKFPSDAKLKWAHWINTATQPEWDEFKVTIGFNNADLPLVLAVRAYSEDLLIESCAVLYLLENQGKSTPAPKRSADDFEDEDSDYADYSDDDDDDSEEEDGYYDQYDDEDR
>JGVI01000040.1|KEK28655.1|1590_2349_-|hypothetical-protein
MNTSLIEITVAEIKELADVEPKQASKRFELIATTMNDEQLVEVIEKMDIVTLTQINSHHDISCPSIMSELMTPEQIRDIVCQQPLYWEEKIKNNAEELIQHTFDFLTYLIRIQDSEEKQTAILECIAEDPAGLFYLSIPFIEMMLGERHDDEDHFNDYYDDEEDTDTVGYDNRVASEEAHSLSLDDPRSLMALIHELAPDVEKAIKNLLRNESSGWEMIINKFVNELVIQAKEKNQVTDEYAEVDDMFSFLD
>JGVI01000040.1|KEK28654.1|683_1580_-|hypothetical-protein
MQLVLRDLDQGPYLSKVLAKGQADNTLSGEQLAQIKSKAILMSLKLADKFYNKYKMHLLEQAAHDVIGVVSLGLMELSNKDQQQALRLLLTADGVVKCFQKGWSMLSVVSKHKLVNGKSLYGDVDKFLLEQVSTPPDADEWLGYEAYQDALVEHQRQQSIAALIAQFYAQTSYDPLDFLNLESVLAEAVLYRILFDNAKVRQDLKKRIAKISLQDEWFSLEYIEQQTQKALAELPAELADTIGKDLGKNFAPALLRTLHFAKSYRELLLNDASPERLERFEHKEGLVGLLGWPLYIVL
>JGVI01000040.1|KEK28653.1|196_625_+|hypothetical-protein
MNADTLAYLNQYQLTSVMNLTKWRQLEQALHESPDFVPHVRYKLLEDVEPNPGFTPVWWDELLAICEGIEWLEIDPLKREHRGRLLPEKTTDFTDYIEAQLHKYRLPYSKEAQGIRIWGYLRPDATMPVFVIAAGGETIKEA
>JGVI01000040.1|KEK28659.1|4787_6923_+|23S-rRNA-m(2)G2445-methyltransferase
MLNFFAAAPKGFEYSLAQELTEFGATEIKESVAGVYFTAPLALAYRITLWTRLASRIVLVIYKGPCESAEQLYNAAYCIDWSAHFSNRNTFSIDFHGTGGFINNTQFGALKIKDAIVDRFRDDGDARPNVARIDADIKVDAHFRNGVITIAMNFSGPSLHQRGYRSTTGEAPLKENLAANMLVRSGWKAAPTTLLDPFCGSGTVLIEAALMAADIAPGLQRSRFGFEHWRRHDKATWHEIVEEAKARASLGVKRCEVKFYGSDIDSRLVALAKRNAQNAGVLELIEFKVANALNVEPPAAEGYLITNPPYGERLGSVSELLQLYYQLGDKFKKEFGGWKVAMLCSDIELISALKLKADKQMKMFNGALECAFNLYTLHAQSTRRDTPVLPEGVDIADIAPAFANRIKKNAKQFEKWAQKEGIDSYRLYDADIPEYNVAVDKYLDYVVVQEYMAPASIPEAVTKRRLSDVLLALPAAIGVNPHKIIMKTRERQKGTNQYQKLDERKLELTTTEYGAKFKLNLTGYLDTGLFLDHRLTRRLVGQKSKGRRVLNLFSYTGSASVHAALGGAKSVTTVDMSNTYLAWAKENFALNNLSGKQYEFVQADCLQWIRDCNEQYDLIFIDPPTFSNSKRMEDSFDVQRDHVNLLGMLIKLLSPNGELVFSNNKRKFKMDTETLTKMKIKVQNIDDMTLPLDYKRNPHIHNTWLITHADK
>JGVI01000040.1|KEK28660.1|6909_7155_+|glutaredoxin-2
MQINNALQASYVLYHTEGCHLCELAAALLNAAEVPFTAIDICDDETLAERYGVSIPVVKALDERYLSWPFDATQLQEFLGA
>JGVI01000040.1|KEK28661.1|9092_10940_+|hypothetical-protein
MGIELMKLKLDKALSLVALGVLGVLHSAHAAPVYEIVNIDNYDLPLADTLQGTRNGYALGVNGNDELVGIAKGKKKLSTSDVEGGVIDVEDGIASEETITYSITAAIIANNFAFIAAQNGATGAWKPTFDSINGTTPPSDSSVVNSVDTFYYGINDAGVKVGSMTAPEKKTENTATTDNATDYWYYRDYEYRGVAKVGDTEIPLPPPYTQYVKDDKTVELGGWSAATAVNNNNLVVGYASTNISKYGGDRVAYCLGTDNTLPLDVCIQREQYPNTQGTRNIQYQTRAYVWQLDNGIATGTELPLGLTPASDNTLTFTAQALGVNNDGVVAGRSHVYRNGNTDRLRQDAAYWTKDAEGKYQYHWIPMGDSILSSIAYDINDNGIVVGSYRSYIQGYQRDKFFYFDINTPDVPYVTPNDFAATTTDLSSKAKDINNKGQVVGYIETTYDKEKPRPKAGFLYEKSTGEFNNLNNLLTCESKGFEKGADGNWARHKVEVKDGTGKVLSYNSDILIVEAASVNEEGTIVGTAFIRKPSYQLDKDGNIIVGENGLPLFELSGNGDPVTAYIPRMVVLKPTTNGEACTVDESTDTGNYERKGAASFAWLLALPLVWLRRRVR
>JGVI01000040.1|KEK28662.1|11079_11304_+|ribosome-modulation-factor
MGEAVASISRRTEDACMKRQKRDRLDRAFSKGFQAGIGGRSKELCPYANLDSRSQWLGGWREGVDGRVNGLFNK
>JGVI01000040.1|KEK28663.1|11414_11930_-|3-hydroxydecanoyl-ACP-dehydratase
MNKANSFNKEELIACGHGKLFGPNSPRLPVDNMLMIDRIITINDNGGEFGKGEIVAELDIKPELWFFDCHFITDPVMPGCLGLDAMWQLVGFYLGWEGAEGKGRALGVGEVKFTGQVLPGAKKVTYKLNIKRTIHRKLVMGIADAILEVDGRQIYSATDLKVGVFSDTSTF
>JGVI01000040.1|KEK28664.1|13696_14050_-|hypothetical-protein
MAEEQGFEPWVGYKPTPVFKTGALNHSATPPNAANNISIIGACKQQFLNIVSNAHLMFRRMNFQANSQHIFSNIWVKQHKNTYTVRDLPSRYGKIAVTFHGKCLYEFTLDTFILTRP
>JGVI01000040.1|KEK28665.1|14462_14615_-|hypothetical-protein
MAEEQGFEPWVGYKPTPVFKTGALNHSATPPNERDNIHLAQSCKLKFIII
>JGVI01000040.1|KEK28666.1|14638_14797_+|hypothetical-protein
MMAFLFMQFEPGFLMLSAAPSQYFMEKPSAMMAFLFMQFEPGFFMLSAAPAQ
>JGVI01000040.1|KEK28667.1|15945_17709_+|excinuclease-ABC-subunit-C
MYDVKGDVIYVGKAKDLKKRLSSYFRKNLGNVKTQALVSHIHHIDVTLTHSETDALLLENDYIKQYMPKYNVLLRDDKSYPYIFLSQHEHPRLAYHRGPQREKGYYFGPYPNGGAVRESLHLMQKLFPIRQCDDLYYKSRTRPCLQYQLSRCSAPCVGKVSNAEYDEQVKLASLFLKGKDKQVISELVAKMEEAAEQQAYEQAARFRDQIMALRRVAEQQEVSGNTGDMDVIGVHYASGIACFHLLFIREGKIFGSRSYYPTVPAQTDIEEVLRSFLLQFYLNADIQRTIPKEVVISHHFEELHELEAAVSEALNKKFSIKTNVRADRASFLRLAITNATNAVMTRLSHKNTVEQRFVLLEEILELNAPIQRMECFDISHTMGESTVASCVVFNREGPHKAEYRRYNIEGITPGDDYAAMKQAISRRFDKIDASGKIPDILFIDGGLGQLRIAQQIVDEKFVNLDKAPQLIGVAKGESRKPGLETLIFGDTETSFSLEDDSPALHLIQHIRDESHRFAITGHRNRRQKTRNTSTLESIPGIGPKRRKALLQHLGGLQEVKGASVAELAKVPGISIEMAQTIHDALRG
>JGVI01000040.1|KEK28668.1|17756_18305_+|CDP-diacylglycerol--glycerol-3-phosphate-3-phosphatidyltransferase
MPFNLPIALTLFRLFLLPIFVVLFYLPYSWTPFVAAFVFWLAALTDALDGYAARKLKQLTRFGAFLDPVADKLMVITALVLLVDQYADIWLTLPALFMIGREIVISALREWMAELGKRGTVAVSWIGKYKTAAQMVAIIGLIWQYNPLMITAAFVLLYIAAVLTFWSMMSYILAAWKDLTAE

5. JGVI01000074

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	58470 : 65938	7	Staphylococcus_phage(50.0%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>JGVI01000074|58470:65938|DBSCAN-SWA
TCTATTTCGTCATGCGCTTGTATTTCAGGCGGTGTGGTTCAACCACATCGGCGCCATAGGTGTTCTTCAACCACGCTGAGTATTCGGTGTAGTTACCTTCGTAGAAGTTAACTTGGCCTTCGTCGCGGTAGTCCAGAATATGAGTCGCGATACGGTCTAAGAACCAACGGTCATGCGAGATCACCATAGCGCAACCAGGGAATTCGAGGATCGCTTCTTCCAGTGCGCGCAGGGTTTCAACGTCTAAGTCGTTGGTCGGTTCGTCGAGGAGCAGTACGTTACCGCCAGCCTGCAACAGTTTAGCTAAGTGAACACGGTTGCGCTCACCGCCCGACAGGGTGCCGATAATTTTTTGCTGATCCGCACCACGGAAGTTAAAGCGGCCCACATAGGCGCGGCTTGGAATTTCCATGTTGTTGATGCGCATGATGTCTTGACCACCAGAGATTTCTTGCCAAATGGTGTTTTTGTCATTCATCGAATCGCGGAACTGTTCAACCGACGCCAGTTGCACGGTTTCACCTATCTCAATGGTGCCGCTATCGGGCTGCTCGCTGCCTGACAGCATGCGGAACAGGGTCGATTTACCTGCACCGTTGGCACCGATAATACCGACGATAGCGCCTTTAGGTACAGAGAACGACAGGTTGTCGATAAGGACGCGGTCACCATAGGATTTGGTTAAGTTCTTCACTTCGATGACTTTGTCACCTAAACGTGGTCCGGGCGGAATAAACAGCTCGTTGGTTTCGTTACGTTTTTGGTAATCGTTAGTGTTCAGCTCTTCGAAGCGCGCCATACGGGCCTTGCCCTTAGACTGACGGCCTTTCGCGCCTTGGCGAACCCATTCTAATTCTTTCGCAATGGTCTTTTGACGTGCGCTTTCTGCGGCAGACTCCTGCTTCAAACGGGCATCTTTTTGTTCTAGCCATGAAGAGTAGTTACCTTCCCATGGGATACCCTCACCACGGTCAAGTTCTAAAATCCAGCCCGCAGCATTGTCGAGGAAGTAACGGTCGTGGGTAATCGCCACAACGGTGCCCGAGTATTCCTGCAGGAAGTGCTCGAGCCACGCTACGGATTCGGCGTCCAAGTGGTTGGTTGGTTCGTCGAGTAGCAGCATTTCTGGTTTTTCCAGCAGCAGACGACAAATTGCTACACGGCGGCGCTCACCACCCGATAAGACTTCAATCTTTTCATCCCAATCAGGCAGACGTAGCGCATTCGCCGCACGCTCGAGGATGTTGTCCAGATTGTGGGCGTCCTGCGCCTGAATGATGGCTTCGAGTTCACCTTGCTCTTTGGCAAGCGCGTCGAAGTCCGCATCGGGTTCTGCATAAGCGGCATAGACTTCGTCTAAGCGTTTGAGGGCATTTTTGGCTTCAGAAACCGCTTCTTCAATCGCTTCACGCACGGTTTGCGTTGGGTCGAGTTTGGGTTCCTGTGGCAGGTAACCAATCTTCAGCCCTGGCATTGGGCGTGCTTCACCCTCAATCTCGGTATCGATACCGGCCATGATGCGCAGTAGGGTGGATTTACCTGAACCGTTAAGACCTAACACACCGATCTTAGCGCCGGGGAAAAAGCTTAAGGAAATGTCTTTAAGGATCTGCTTCTTAGGCGGAACAACCTTGCCCACCCGCAACATGCTGTAAACAAACTGAGCCATTTTTCTGCATCTATAAGTGACTAATGATGCGGCTAATTCTACTCGATTGCGCGCCGAACTCAACTCGGCATTGAGGCGCATTCAAGCTAAAACTGTAGGATTTTCATGTTTCAGAGACTGGGATTGTCGGCTCGTTACGAGTAGAATACCGCGCAACCCTACCTACAAGAATTGGCAGCTGGAGTAAGCAATGCTGAAAAAAGATATGAATATCGCAGATTATGATCCGGAACTGTTCAACGCAATTCAGAACGAAACTCTGCGTCAAGAAGAGCATATTGAGCTGATTGCTTCTGAAAACTACACCAGTCCACGCGTGATGCAAGCGCAAGGTTCACAATTAACCAACAAGTACGCCGAAGGTTATCCTGGCAAGCGTTACTACGGTGGTTGTGAGTATGTGGACGTAGTTGAAACCTTAGCGATTGAGCGTGCAAAACAACTGTTTGGTGCGACCTACGCAAACGTGCAACCTCACTCAGGTTCTCAAGCAAACAGTGCCGTTTACATGGCATTGTTAAAACCAGGCGATACCGTTTTAGGTATGAACCTCGCTCACGGTGGTCACTTGACCCACGGTTCACCTGTTAACTTCTCCGGTAGACTGTACAACATCATTCCTTACGGCATCGATGAATCAGGCAAAATCGACTATGACGAAATGGAACGTCTGGCGGTTGAACATAAGCCTAAGATGATGATCGGTGGTTTCTCTGCTTACTCAGGCATCGTTGACTGGGCAAGAATGCGCGAAATCGCAGACAAAATCGGTGCTTACCTGTTTGTCGACATGGCGCACGTTGCGGGTCTTATCGCCGCTGGTGTGTATCCAAACCCAGTGCCACACGCTCACGTTGTGACCTCAACCACTCACAAGACCTTAGCCGGTCCTCGTGGCGGTATCATTCTGTCTGCTGCCGATGATGAAGAGCTATACAAAAAGCTGAACTCTGCGGTATTCCCTGGCGGTCAAGGCGGTCCTTTGATGCACGTTATCGCGGGTAAAGCGGTAGCCTTCAAAGAAGCTTTAGAGCCAGAGTTCAAAGCTTACCAACAACAAGTGGTTAAGAACGCTAAAGCCATGGTTGAAGTGTTCTTAGAGCGCGGTTACAAAATCGTTTCAGGCGGTACTGACAACCACTTAATGCTGGTGGACTTAATCGGTCGCGACCTGACGGGTAAAGAAGCCGATGCCGCTTTAGGTAGCGCGAACATCACAGTAAACAAAAACTCTGTGCCTAACGATCCACGTTCTCCATTCGTGACCTCTGGTGTACGTATCGGTACGCCTGCGATCACTCGTCGTGGCTTTAAAGAAGCTGAAGCGAAAGCGTTAACCGGTTGGATCTGTGACATCCTCGACGATGCCCACAATCCAGCGGTCATCGAGCGCGTAAAAGGCCAAGTATTGGCTCTGTGCGCCCGTTTCCCTGTTTACGGTTAATTCGTTAATTTATCCAGATATGGCGGCTGAGTTCACAACTGCTTAGGGTGTCACTCTTAGGTGGTTAACCTCAGCCGATAAATAGGATAAAATCCCATGGCCGCATTAAGCGGCCATTTTTATTGCTAAAATCGTAGACTTAAACCCGCTCGGTTTAAGCGAGAAACAGCGAAAGCCATAGGCTTTATTCCATTCACGGCAGGAGGCTCAATGCATTGTCCATTTTGCAGCGCGACAGATACTAAGGTGATCGATTCCCGATTAGTGGCGGAAGGCCATCAAGTGCGTCGTCGCCGAGAATGCACCGAATGCCATGAAAGATTTACTACCTTCGAAGGGGCCGAATTAGTGATGCCACGGGTGATTAAACGTGATGGCACGCGTCAACCCTTTGATGAAGAAAAGCTGCAAGCAGGTATGTTACGCGCGGTCGAAAAACGCCCCGTGTCCATGGATGAAATCGAGCAGGCCTTAAGTAAAATCAAGTCAACGCTGCGGGCGACTGGCGAGCGTGAAGTGCCATCCGAGATGATAGGCAACTTGATGATGGAACAGTTAATGAGCCTAGACAAGGTTGCCTATATTCGTTTTGCCTCGGTTTATCGCGCCTTTGAAGACGTCTCCGAATTTGGAGAGGCGATTGCGAAACTGCAAAAGTAACGTGGGTTCTCTTAAGTTAGTGCTTAGGTTCGTGCTTAGGTTAGTGCCTCGTTTTGCGCCGCATTCGGCACGCTTCCTCAAGATTTCATAGGGTTTATATGAATTGGTCAGAACTCGACAACCAGATGATGAGCCGAGCCATACAACTGGCTCACAAAGGATTTTATACCACTCGCCCCAATCCTAGTGTGGGCTGCGTTATCGTAAAAGATAATCAGATTGTTGGTGAAGGTTATCATCAAAAAGCTGGCGAGCCCCACGCCGAGGTGCATGCACTGCGCATGGCTGGCGAGCTTGCCCGTGGCGCGACCGCCTATGTCACCTTAGAACCTTGTAGCCATTATGGCCGCACACCGCCGTGTGCCTTGGCACTGATCAATATTGGTGTAAAACGAGTCGTGGTGGCGGTGGAAGATCCTAATCCGCAGGTCGGTGGCCGCGGTATTCAAATGCTGCGCGATGCGGGCATTCAAGTGGATGTTGGTTTGCATCGAGACGAAGCTTACGCTTTAAATCTTGGTTTTATGAAGCGTATGGAGTCGGGTCTACCTTGGGTAACGGTAAAGCTTGCCGCGAGTCTCGATGGTAAAACCGCGTTATCAAACGGGGTGTCCAAATGGATTACTGGCCCCGAAGCGCGCCGCGATGTGCAGCGTTTACGTTTGCGCGCTTGCGCCATAGTGACTGGGATTGAAACCGTATTGGCCGATGACCCTTCGCTCAATGTGCGCTACTCAGAGCTTGGCAGTCTTAGCTCGCAATTGAGTGAAGCGCAGGTTTTACAACCGCTGCGAGTGGTTTTAGACAGTCGCGCCCGTATGCCTATCTCGGCTGCATTGTTTGCGATTGAATCGCCGATTTTATTAGTCTCGACAGTGAGCTATTCGTCAGACTTTATGGCGCAATTACCCGCCCATGTGACTTGCCTCCAATTACCGGCGATTGATGGTCGAATCTCGCTACCCGAGCTCTTAAGCTATTTAGGCAAAAGCTGTAATCAGGTGCTTATCGAAGCGGGCGCGACCTTAGCGGGTGCCTTTATCGGCGCGGGATTAGCCGATGAGTTAGTGCTATATCAAGCGATGAAAATCCTTGGGGCACAGGGACGTAATCTACTCGAATTACCCGATTATCAAATGATGGCCGATATTCCGACCCTCAAACTGGTCGATGAGCGTAAAGTGGGCGCGGATACGCGTTTTACCTTGAGGCTCGAGTCCAATCCATCTTTAGCGAATAAGTGAGTTAACCATGTTTACTGGGATTATTGAGGCCGTTGGCACGCTGCGAAAGCTTGAACGCAAAGGTGATGATATCCGTTTGACGGTCGCCAGTGGCAAACTGGATTTAAGCGATGTGCGTTTAGGCGACAGTATCGCCACCAACGGTGTGTGTTTGACTGTGGTGCAACAATTAGCAGATGGCTATGTGGCGGATGTCTCAGCAGAAACCGTCAGCCTTACAGGCTTTGCCAACTATAAAGTGGGCACTAAGGTCAATCTTGAAAAGGCCGTCACCCCAACCACACGTTTAGGTGGTCATATGGTGAGTGGTCATGTGGACGGGATTGCTACTGTTGAGCAGCGTCTTGCTCGTGGTCAAGCAATCGAATTTTGGTTAGCGGCTCCCACGGAGCTGGCTCGCTATATTGCCCATAAAGGTTCTATCACCATCGATGGTGTGAGCCTCACGGTAAACGAAGTCGATGGCCATCGTTTCCGATTAACCATAGTGCCCCATACCGCGGGTGAAACCACGTTGGTGGATTTGAAAGCCGGCGATAAGGTGAATATTGAAGTGGATTTAATCGCTCGCTATTTAGAGCGTTTAATGCGCTTTGATACTAAAGAAACCCAAGGCGGTGGGGTGACCATGGAAATGTTAGCCCGTGCTGGCTTTGTGCGTTAGGGCACTGGCACTTAGCTCACTTAGGTATAGAATTTCATAACAACAGTAAAATCATAAAGGTCCTACAATGGCGCTGCACAGTATAGAAGAGATCATCGAGGATATTCGTCAAGGCAAAATGGTTATTTTGATGGATGACGAAGACAGAGAGAACGAAGGCGACCTGATTATGGCGGCCGAAATGGTGACGCCAGAAGCGATTAACTTTATGGCGAAATACGGTCGTGGACTCATCTGCCAAACCATGACCAAGGCCCGTTGCCAGCAGCTAAATCTGCCCTTGATGGTGACTAATAACAATGCGCAGTTCTCGACCAACTTTACGGTATCGATTGAAGCTGCCGAAGGCGTAACCACCGGGATTTCGGCCCACGATCGCGCCGTAACGGTAAAAGCGGCCGTGGCTAAAGATGCCAAGGCATCGGATTTAGTCCAGCCTGGGCATATCTTCCCATTAATGGCGCAGGACGGCGGCGTGTTAACCCGCGCTGGCCACACAGAAGCGGGTTGTGATTTAGCCCGTTTAGCGGGGCTTGAGCCGTCGGGCGTGATTGTTGAGATCCTCAATGAAGACGGCACCATGGCCCGCCGTCCTGATTTAGAGATTTTCTCTGAAAAACACGGCGTTAAAATCGGCACTATTGCGGCGCTGATTGAATACCGTAACACCAAAGAAACGACCGTTGTGCGTGAAGCAAAATGCAAACTGCCAACCCGTTTTGGTGAGTTCGATATGGTGACCTTTAGGGATACTATCGACAACCAATTGCACTTTGCCTTAGTGAAGGGCGAGGTGAAACCTGACTGTTTAGTGCGGGTGCATTTACAAAATACCTTTAACGATCTACTCCATTCTGAGCGCGATCAGCAACGCAGCTGGCCGCTTGAAAAAGCGATGGCGCGGATTTCTGCCGAAGGTGGTGTGTTAGTATTGCTTGGTAATCAAGAACATCCCAGTGAAATCCTCGCCAAGGTCAAAGCCTTTGAGGCGGAAGATCAAGGTCAGACGCCCGTGTCAGCCAAATGGCAAGGTACTTCACGCCGAGTCGGTGTAGGTTCACAAATTCTGGCCAGTTTAGGCGTGACCAAAATGCGACTCTTAAGCTCGCCCAAGCGTTACCATTCACTCTCAGGCTTTGGCCTAGAAGTGACAGAGTACGTAGCTGAGTAACAGGCTAAGCTTTTAATAGGTTCCACTAAGGTAAAATTCACCATTTCTATCATTTGCATAAGGCCGTGGGCAATTGACTGTGGTATCATGTCGCCACTTTTCGCCCCGAGCCGGGTGCTTTAGCTAAATTAGGTAAGAAAATGAACGTAGTTCAAGGTAATATCGAAGCGAAGAATGCCAAAGTTGCGATTGTAATTTCGCGTTTTAACAGCTTTTTAGTAGAAAGCCTGCTTGAAGGTGCACTTGACACGCTGAAACGTTTTGGCCAAGTCAGTGATGAAAACATCACTGTCGTCCGTGTACCTGGTGCGGTTGAGTTACCGCTGGCGGCACGTCGTGTTGCTGCAAGTGGTAAGTTTGACGGCATTATTGCACTTGGTGCGGTAATCCGTGGTGGTACCCCTCACTTTGATTTTGTTGCAGGCGAATGTAACAAAGGTCTAGCTCAAATTGCATTAGAGTTCGATCTGCCGGTTGCTTTCGGTGTATTGACTACAGATACCATTGAACAAGCTATTGAACGTTCAGGTACTAAAGCGGGTAACAAGGGCGGCGAAGCTGCGCTAAGCTTGCTTGAAATGGTCAACGTTCTGCAACAGCTTGAACAACAGTTGTAA

Protein sequences of DBSCAN-SWA_1

>JGVI01000074|58470:65938|58470_60138_-|KEK27529.1|DBSCAN-SWA
MAQFVYSMLRVGKVVPPKKQILKDISLSFFPGAKIGVLGLNGSGKSTLLRIMAGIDTEIEGEARPMPGLKIGYLPQEPKLDPTQTVREAIEEAVSEAKNALKRLDEVYAAYAEPDADFDALAKEQGELEAIIQAQDAHNLDNILERAANALRLPDWDEKIEVLSGGERRRVAICRLLLEKPEMLLLDEPTNHLDAESVAWLEHFLQEYSGTVVAITHDRYFLDNAAGWILELDRGEGIPWEGNYSSWLEQKDARLKQESAAESARQKTIAKELEWVRQGAKGRQSKGKARMARFEELNTNDYQKRNETNELFIPPGPRLGDKVIEVKNLTKSYGDRVLIDNLSFSVPKGAIVGIIGANGAGKSTLFRMLSGSEQPDSGTIEIGETVQLASVEQFRDSMNDKNTIWQEISGGQDIMRINNMEIPSRAYVGRFNFRGADQQKIIGTLSGGERNRVHLAKLLQAGGNVLLLDEPTNDLDVETLRALEEAILEFPGCAMVISHDRWFLDRIATHILDYRDEGQVNFYEGNYTEYSAWLKNTYGADVVEPHRLKYKRMTK
>JGVI01000074|58470:65938|65461_65938_+|KEK27523.1|DBSCAN-SWA
MNVVQGNIEAKNAKVAIVISRFNSFLVESLLEGALDTLKRFGQVSDENITVVRVPGAVELPLAARRVAASGKFDGIIALGAVIRGGTPHFDFVAGECNKGLAQIALEFDLPVAFGVLTTDTIEQAIERSGTKAGNKGGEAALSLLEMVNVLQQLEQQL
>JGVI01000074|58470:65938|64217_65321_+|KEK27524.1|DBSCAN-SWA
MALHSIEEIIEDIRQGKMVILMDDEDRENEGDLIMAAEMVTPEAINFMAKYGRGLICQTMTKARCQQLNLPLMVTNNNAQFSTNFTVSIEAAEGVTTGISAHDRAVTVKAAVAKDAKASDLVQPGHIFPLMAQDGGVLTRAGHTEAGCDLARLAGLEPSGVIVEILNEDGTMARRPDLEIFSEKHGVKIGTIAALIEYRNTKETTVVREAKCKLPTRFGEFDMVTFRDTIDNQLHFALVKGEVKPDCLVRVHLQNTFNDLLHSERDQQRSWPLEKAMARISAEGGVLVLLGNQEHPSEILAKVKAFEAEDQGQTPVSAKWQGTSRRVGVGSQILASLGVTKMRLLSSPKRYHSLSGFGLEVTEYVAE
>JGVI01000074|58470:65938|60328_61582_+|KEK27528.1|DBSCAN-SWA
MLKKDMNIADYDPELFNAIQNETLRQEEHIELIASENYTSPRVMQAQGSQLTNKYAEGYPGKRYYGGCEYVDVVETLAIERAKQLFGATYANVQPHSGSQANSAVYMALLKPGDTVLGMNLAHGGHLTHGSPVNFSGRLYNIIPYGIDESGKIDYDEMERLAVEHKPKMMIGGFSAYSGIVDWARMREIADKIGAYLFVDMAHVAGLIAAGVYPNPVPHAHVVTSTTHKTLAGPRGGIILSAADDEELYKKLNSAVFPGGQGGPLMHVIAGKAVAFKEALEPEFKAYQQQVVKNAKAMVEVFLERGYKIVSGGTDNHLMLVDLIGRDLTGKEADAALGSANITVNKNSVPNDPRSPFVTSGVRIGTPAITRRGFKEAEAKALTGWICDILDDAHNPAVIERVKGQVLALCARFPVYG
>JGVI01000074|58470:65938|62340_63486_+|KEK27526.1|DBSCAN-SWA
MNWSELDNQMMSRAIQLAHKGFYTTRPNPSVGCVIVKDNQIVGEGYHQKAGEPHAEVHALRMAGELARGATAYVTLEPCSHYGRTPPCALALINIGVKRVVVAVEDPNPQVGGRGIQMLRDAGIQVDVGLHRDEAYALNLGFMKRMESGLPWVTVKLAASLDGKTALSNGVSKWITGPEARRDVQRLRLRACAIVTGIETVLADDPSLNVRYSELGSLSSQLSEAQVLQPLRVVLDSRARMPISAALFAIESPILLVSTVSYSSDFMAQLPAHVTCLQLPAIDGRISLPELLSYLGKSCNQVLIEAGATLAGAFIGAGLADELVLYQAMKILGAQGRNLLELPDYQMMADIPTLKLVDERKVGADTRFTLRLESNPSLANK
>JGVI01000074|58470:65938|63493_64150_+|KEK27525.1|DBSCAN-SWA
MFTGIIEAVGTLRKLERKGDDIRLTVASGKLDLSDVRLGDSIATNGVCLTVVQQLADGYVADVSAETVSLTGFANYKVGTKVNLEKAVTPTTRLGGHMVSGHVDGIATVEQRLARGQAIEFWLAAPTELARYIAHKGSITIDGVSLTVNEVDGHRFRLTIVPHTAGETTLVDLKAGDKVNIEVDLIARYLERLMRFDTKETQGGGVTMEMLARAGFVR
>JGVI01000074|58470:65938|61792_62242_+|KEK27527.1|DBSCAN-SWA
MHCPFCSATDTKVIDSRLVAEGHQVRRRRECTECHERFTTFEGAELVMPRVIKRDGTRQPFDEEKLQAGMLRAVEKRPVSMDEIEQALSKIKSTLRATGEREVPSEMIGNLMMEQLMSLDKVAYIRFASVYRAFEDVSEFGEAIAKLQK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
KEK27529.1|58470_60138_-	putative ABC transporter ATP-binding protein	A0A1V0SKJ1	Klosneuvirus	6.6e-39	27.9
KEK27528.1|60328_61582_+	serine hydroxymethyltransferase	A0A219Y950	Aeromonas_phage	1.3e-100	53.1
KEK27527.1|61792_62242_+	transcriptional regulator NrdR	NA	NA	NA	NA
KEK27526.1|62340_63486_+	riboflavin biosynthesis protein RibD	A0A1V0SE20	Indivirus	2.5e-53	36.3
KEK27525.1|63493_64150_+	riboflavin synthase subunit alpha	A0A2H4PQS5	Staphylococcus_phage	8.7e-27	34.0
KEK27524.1|64217_65321_+	3,4-dihydroxy-2-butanone 4-phosphate synthase	A0A2H4PQS2	Staphylococcus_phage	1.2e-68	40.3
KEK27523.1|65461_65938_+	6,7-dimethyl-8-ribityllumazine synthase	A0A2H4PQS3	Staphylococcus_phage	1.0e-29	45.7

6. JGVI01000020

CRISPR-Cas detection and classification

Crispr_ID: JGVI01000020_1

• CRISPR_ID: JGVI01000020_1
• CRISPR_location: 1235-1320
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of JGVI01000020_1

Consensus_repeat	Method
TAACCAAAGCATAGTCGAAGGTTA	CRISPRCasFinder

spacers of JGVI01000020_1

>1.1|1259|38|JGVI01000020|CRISPRCasFinder
ACTACCGCGCGATTAAGGCTGGGTGTCCAGTTTTGCCA

CRISPR arrays and Neighbor proteins around JGVI01000020_1

CRISPR arrays

The CRISPR arrays of JGVI01000020_1

>merge|JGVI01000020|1|1235-1320|CRISPRCasFinder
TAACCAAAGCATAGTCGAAGGTTAACTACCGCGCGATTAAGGCTGGGTGTCCAGTTTTGCCATAACCAAAGCATAGTCGGAGGTTA

>JGVI01000020|1|1|1235-1320|CRISPRCasFinder
TAACCAAAGCATAGTCGAAGGTTA	ACTACCGCGCGATTAAGGCTGGGTGTCCAGTTTTGCCA
TAACCAAAGCATAGTCGGAGGTTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
JGVI01000020.1|KEK29747.1|14587_15223_+|cAMP-regulatory-protein	unknown	unknown	gnl|CDD|236969
JGVI01000020.1|KEK29746.1|15305_15653_+|hypothetical-protein	unknown	unknown	gnl|CDD|225753
JGVI01000020.1|KEK29756.1|234_1212_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000020.1|KEK29752.1|3110_5417_-|penicillin-binding-protein-1B	unknown	unknown	gnl|CDD|273952
JGVI01000020.1|KEK29748.1|12790_13318_+|2'-5'-RNA-ligase	unknown	unknown	gnl|CDD|274058
JGVI01000020.1|KEK29749.1|10384_12571_-|diguanylate-cyclase	unknown	unknown	gnl|CDD|182070
JGVI01000020.1|KEK29750.1|8171_10178_-|TonB-dependent-receptor	unknown	unknown	gnl|CDD|273801
JGVI01000020.1|KEK29754.1|2146_2584_-|hypothetical-protein	unknown	unknown	unknown
JGVI01000020.1|KEK29753.1|2754_3033_-|peptidyl-prolyl-cis-trans-isomerase-C	unknown	unknown	gnl|CDD|185338
JGVI01000020.1|KEK29751.1|8001_8175_+|hypothetical-protein	unknown	unknown	unknown
JGVI01000020.1|KEK29755.1|1332_1617_-|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
JGVI01000020.1|KEK29747.1|14587_15223_+|cAMP-regulatory-protein	gnl|CDD|236969	PRK11753, PRK11753, cAMP-activated global transcriptional regulator CRP.	1.13788e-158
JGVI01000020.1|KEK29746.1|15305_15653_+|hypothetical-protein	gnl|CDD|225753	COG3212, COG3212, Predicted membrane protein [Function unknown].	0.00252863
JGVI01000020.1|KEK29749.1|10384_12571_-|diguanylate-cyclase	gnl|CDD|182070	PRK09776, PRK09776, putative diguanylate cyclase; Provisional.	5.24148e-104
JGVI01000020.1|KEK29748.1|12790_13318_+|2'-5'-RNA-ligase	gnl|CDD|274058	TIGR02258, UPF0097_protein_AF_2157, 2'-5' RNA ligase. This protein family consists of bacterial and archaeal proteins with two tandem copies of Pfam domain pfam02834. Members for which activity has been measured perform a reversible, ATP-independent 2'-5'-ligation of what is presumably a non-phyiological substrate: half-tRNA splice intermediates from an intron-containing yeast tRNA. The physiological substrate(s) in prokaryotes may include small 2'-5'-link-containing oligonucleotides, perhaps with regulatory or biosynthetic roles. [Transcription, RNA processing].	2.42011e-21
JGVI01000020.1|KEK29750.1|8171_10178_-|TonB-dependent-receptor	gnl|CDD|273801	TIGR01778, TonB-copper, TonB-dependent copper receptor. This model represents a family of proteobacterial TonB-dependent outer membrane receptor/transporters which bind and translocate copper ions. Two characterized members of this family exist, outer membrane protein C (OprC) from Pseudomonas aeruginosa and NosA from Pseudomonas stutzeri which is responsible for providing copper for the copper-containing N2O reducatse. [Transport and binding proteins, Cations and iron carrying compounds, Transport and binding proteins, Porins].	0
JGVI01000020.1|KEK29752.1|3110_5417_-|penicillin-binding-protein-1B	gnl|CDD|273952	TIGR02071, Includes:_Penicillin-insensitive_transglycosylase, penicillin-binding protein 1B. Bacterial that synthesize a cell wall of peptidoglycan (murein) generally have several transglycosylases and transpeptidases for the task. This family consists of a particular bifunctional transglycosylase/transpeptidase in E. coli and other Proteobacteria, designated penicillin-binding protein 1B. [Cell envelope, Biosynthesis and degradation of murein sacculus and peptidoglycan].	0
JGVI01000020.1|KEK29753.1|2754_3033_-|peptidyl-prolyl-cis-trans-isomerase-C	gnl|CDD|185338	PRK15441, PRK15441, peptidyl-prolyl cis-trans isomerase C; Provisional.	1.86222e-36

Protein sequences

>JGVI01000020.1|KEK29756.1|234_1212_-|hypothetical-protein
MPRPRRTQISLEDTPYYHCCSRVVRRAFLCGDDSYSGKNYDHRRAWVESLLFELEAVFAIDVAAFAVMSNHLHVVLRVDIDSANGWTDREVLEQWHKLFKGDELTQKFVKGELVEAHEVSRLKHSIALYRSRLCDISWFMRCLNEPIARQANQEDNCTGRFWEGRFKSQALLDEAAVLACMIYVDLNPIRAQLANTPEQSDHTSIQLRIRAALKGEQPSNLLPFIGNECDNQPNGIAFSLTDYLQLVEDTGRIIRNDKRGSISENSGKLLTRLNIPHDNWLKLTTEFGKLFHGPVGTLQELTHYCEHLEKRRRHFVASCQHFYSD
>JGVI01000020.1|KEK29755.1|1332_1617_-|hypothetical-protein
MYRFILACYGVPKSSGAEAAIDITTEFVEHHPWHSNVTCTWDGERLILQADNDFDSDGLALIDEFSDCISAYIAELFDGDIKIESIKQNLDTHP
>JGVI01000020.1|KEK29754.1|2146_2584_-|hypothetical-protein
MDLKQTNLQSILDRLYKTALTLLLPQLGLLTIVGSDTDRYTFLLMFIVFLAVNILIPLWLLLFNTGNSKVDSFSITIDDQNILVSTYGEVQKIDKASYCGYKVTSQYPKQIQLLEANGEHIEFSYYALNKEQRKRLFDYLGPAKS
>JGVI01000020.1|KEK29753.1|2754_3033_-|peptidyl-prolyl-cis-trans-isomerase-C
MFKTAAAVHILVKHKEQAEDIIKQLNNGANFGALAKRYSSCPSAKKGGDLGEFKRGQMVPQFDKVAFSGELLVPHLVKTKFGWHVVKVLYRT
>JGVI01000020.1|KEK29752.1|3110_5417_-|penicillin-binding-protein-1B
MTTHTTKKAPAQRKAKRSRGLFGQIWSLTWKLALIGLAVVTFYGIYLDQIIARKFEGQKWHLPAQVFSRSMALYPGAAVSHPQLMAELKLLGYRKVANPREVGEFSASSTKIELWRRPFLHPEGDQPEQRVMITFDSEGVSAIARMEDKRQLAVFHLEPVLLDRMITGDGEDRLFVSTEEMPKPIVQALLLVEDRSFYEHHGVNPFAILRAAFVNITAGRTVQGGSTLTQQLAKNFFLSSERSLLRKVREALMAVIIDFRYSKDEILEAYLNEVYMGQDKSRAVHGMGLASQFYFGRPIGELTTAQQAFLVAAIKGPSYYNPWRYPERSLERRDLVLRLLMESGELNTAQYKVAVESPLGLRNANKPVHQKLPSFYALVKQEVNQRYGDALLKQSGVKIYTTLDPMAQEAAEIAVTQTFKSLDKGNKSLQIGMVVTDKYTGGIAAMVGDKTPGFDGYNRAVEIRRPIGSLIKPFVYATALAPNSQFTLASPLKDQPITLKNEQGKTWSPQNFDKTFSGQVSLLTALKKSMNVPTVNLGIAVGVDAVATTLAKSGWSEPLNEYPSMLLGAVNGSPLMVAQVYQTLADSGAYRKLTTVTAVLDSDNQPLPVTRSAKEQAITPDTDFLVQYAMQQVVRSGTATRLGNAFPGVALAGKTGTSNDSRDSWFAGFDERNVAAIWVGRDDNGKTTLYGSSGAMAVYQAFLKERPPIGLRSIPPSGVIQGYFDRDTGEAKEAGCSNTEALPALRGTYNPAKNCGEPLQWWQKILGQ
>JGVI01000020.1|KEK29751.1|8001_8175_+|hypothetical-protein
MQQYQQGKIMWQFNIGLRQCPSRSLCFDMSQFGIGLLKIASPRQQGSRGANSTNKPS
>JGVI01000020.1|KEK29750.1|8171_10178_-|TonB-dependent-receptor
MPYQPIKLALILAGVLGTAAPQLAWSAEATDCGDDQKCKDYLLVTADVMRQPVHLVSDPKQNRLPLPAYDGSGFLRTIPGFNITRKGGSGGDPMFRGLGGSRLNIVDDGQHVYGACGGRMDPPTNYIYPETYDQITVIKGPQTVKYGPVGTAGTILFEKNRHRFNQADLEGRASATGGSFDRRDAMVELSAGDKNYYLDFDINQSSSDHYQDGNGNKVQSSYDRQNANLALGWTPTERTVVELAYGESSGEAEYADRLNKARQIDNRDAAVLIQHEFESTWLAAVELQAFSNKNDHIMDRFDEGVNSGSNVRRMTDGGHLWFDLTPLDGLELTLGLDYMSSAHDGRSMATGDVGLDDLLNKPFKEDMRYKNYGLFAESRYGFDNQGSGNSSLHAGLRVDRWDSELLIAQQGEREDTLYSGYVRYEYQLDAHQYYAGFGSAQRVPDYWEIMKASADNPAQKAFDLKAETTNQFDIGWIYQGPVEASVSLFFGEINDYILIDSTSNTTVARNIDASLFGGEASLDYALNEQWSTQLTLSYTHGENDTDKVALGQISPLEARLIVNYQWQAWTMAAQWRLVASQDRYTLGHGNIVGQDLGPSSGFGTLALNASWSYSKDLSFIFGVENLFDATYAEHVSKAGTGNDLPGSEAMFRVNEPGRNLWAKLTYQF
>JGVI01000020.1|KEK29749.1|10384_12571_-|diguanylate-cyclase
MSDGLANSLQQALVTIFSETPLETLEQNVDRALEAITLQLHCDGVFVLTGSLSLDHLRTRNLYLKPQFSQGQQTRVWPLARMPFFRSLVRTPKLLNLPDVNTLPSEAQAERALLRDWDVKSLLVLPPVVFGETRIALGAVNCSECCEWTEEFIQEFQHAAVMIGSAMELTRIAHDMLASENKYREVFNQLPLACALLDKQNQLTMLNKVALQTLPVQHGYDLFSMVRDEEHAMLSDTLHMVREGVLGQAWCELPLKSLHQLEWLRLSFSQIHGDKDTLVMIAEDVSEKYRLADELSFHANYDALTGLPNRLHFEALLDNLLHSKDDMPTCVAFIDVDQFQVINNVSGHQAGDKLLCQLTLRLKQLVRKGDIVARLGGDEFGILMHYCNVDSAQHIAKRICTQLATHEFIWENRCHNVSVSMGIAKFDRSASDIYTVMSHADAACRLAKDKGRNGWHLYSAKDPKMTRLYTEMMASVDIVSALALNQFELYFQSIAPLNCEEPGLHLEVLLRMVQPNGNIVSPAIFLPAAERYNLAAKVDLWVIDNLLKWGSSHLAIWQQLGLVSVNLSATSLGDSEFMNWLEMRLMTEPELVDKLCIEITETAAVSQLDQATKLIEVLRPLNCQLALDDFGAGFSSFAYLKRLNVDYVKIDGQFVINLCDDDADQAIIKAICQLGQDMGFDVVAEFVESTEIGLKLKSLGVDYAQGYAINKPAPLLTLTSGLAEPWLL
>JGVI01000020.1|KEK29748.1|12790_13318_+|2'-5'-RNA-ligase
MPLLQLQQCLAQQLTPHAKPVSKANFHLTLAFLGLAHQSQKTQLLEAVDKLHRPRFTVQLDKLAVWPKAQVCCLKGDRVSPALALLASQAQDLAQQLQLHQSEHPFRPHISLFRKAKSLSTFDNELLLKDLANTPITELTLAPEQLHLYLSSSGNRGVEYRILHSWPLEQPESAQ
>JGVI01000020.1|KEK29747.1|14587_15223_+|cAMP-regulatory-protein
MALIGKPKPDPTLEWFLSHCHIHKYPAKSTLIHAGEDSDTLYYIVKGSVAVLIKDEEGKEMILSYLNQGDFIGELGLFEEQAERTAWVRAKQACEIAEISYKKFKQLIQVNPEILMKLSAQMAYRLQSTSQKVGNLAFLDVAGRIAQTLLHLAKQPDAMTHPDGMQIKITRQEIGQIVGCSRETVGRILKMLEEQNLIQAHGKTIVVYGTR
>JGVI01000020.1|KEK29746.1|15305_15653_+|hypothetical-protein
MKRLLFICFFSLFTLVHPTIINAEPIELEHYQAKALVNSGQILSLNGTLAVVNQFCQGELIDAHLYQEDHKWRYDLQIKVQRGQIVNLSIDATNGQLEHSTALPSECRKHETATR

7. JGVI01000034

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	86567 : 122328	46	Pseudoalteromonas_phage(57.58%)	portal,integrase,tail,capsid	attL 88008:88056|attR 121406:121454

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>JGVI01000034|86567:122328|DBSCAN-SWA
TTTATTGAGCTATAAGCCTTAAATTTCTGGCATTGTGTGCAAGACTTACGTTCCCTTTAGAGACTTCCACTATGTAGTTACTCCACCAGCTCATCATCGGGCGTCTTCTTTCTAAAAAGTCTGTTCTGTTATATGCAGTTCTAACTTGATTTGAGTCTACGTGTGCTAATGCTGATTCAATCAAATCTGGCTCAAAACCCTGTTCATTTAATGTTGTACTGGCTAGAGAGCGTAATCCATGACTGACAAGCCGGTTCGCAAAGCCCATACGCTTTAAGGCCATATTTGCAGTTTGGCTATTGCAGTGCTCTAGAGGATTGCGATCTGAAGGGAAAACATAGGGACGGTGTCCACTAATGGGCTTCATTGTCTCAAGAAGTGCCAACATTTGCTCTGTCAGTGGGATTGTGTGAACTCGTCTTTTTTTCATTTTCTCAGCTGGAATAGTCCAAGTTTTTTCTTCGAAATTAAACTCATCCCAACGTGTCGAGGCGGCTTCAGATGGTCTAGTCATAGTGTGTAATTGCCATTCAATTAGGCAACGAGTTGTACGTTTGATAGAGGCATTTGCTAGAGCTAACATGAGCTCAGGTAATTCTTCAGGTTTTAGCGTGGCCATATTTTCTTTTACCGGTTTTTTGAAACCGGCTTTTACTCCAACAAGTGGATTGGCAAAAATAAGTCCGCAGTTAACAGCAAATACCATGACTTCATTTAGGCGTTGAGTGAGCCTTTTCACTGTTTCCAAACTGCCTGAAGCCTCAATAGGGCGGAAAAGCTCAATAATCATCGGTGATGTGATTTTTGATATGGGCATATCTTTGAGTTTGGGGAATACGTGACGCTCAAATGAGCGCCATATATCTGTTGCGTAATCAGCTGTTACATTGTGTTTTTTGGTCTCAATCCACTGAGATGCGACATTAAACAAGGTATGTTCGGTGATACTTTGTTCTTCTAATCGCTTTTGGCTTCGATGCTCTTTGGGATCAATCCCTTGAGCAACCAATGCTCGATTTTCAAGAGTCAATTGCCTTGCTTGAGCTAAAGATATTTCTGGGTATGTACCCAATCCAATATTGATACGCGCTTTGGTTGTGGGATGACGATAGTTAAAGTTCCAGAGTTTAGACCCATTACATCTGACTCTGAGTTGCAGTCCATCTCCATCCGATAAGACCTTATCCTTGTCATCGGGTTTGATTGATTTAATTTCCTTATCACTAAGACGAGTCGCTCTGGCACACATAGACTATCTCCAAACCGTTTTGGTATTCCAAATAATAGCGATATTTCGCTTGGAATACCATTTGGAATACCATTTGGAATACCAGAGTATATGGCAGTTAATGGATGTCTATGGACAGTGGTGGAATGTAAGTTATTGATTTTACGTCGTTCTAGACAAGAAAAAAGACGTCCTGAGACGTCTTCGTTCTTATATTTGGTGGAGGCGGCGGGACTTGAACCCGCGTCCAGAAAACCTACATTTTATCTATACAGCAGCAAAAACAATGATTTATTTTAAAAACAGCTAGTTAAAAGCGTTTATGTGTCAGCTGGTGTTAGTAGATGTAAATAAACGCCGCCATTTTGCCGCCATTGTTATTTATTTATGCCTAGATTTGCAAGCGGGTTTTTCGTAATCGCATCTTCAAGATGCGTTGGTGCAAAGTGGGCATAGCGCATCGTGTCTTTAATATCAGAATGCCCAAGGATTTCTTTAAGCACTAAAATGTTGCCGCCATTCATCATAAAATGACTGGCGAAAGTATGGCGTAACACATGCGTCATTTGGCCTTCGGGTAACTCGATCTTAGCCCGCTTTATCGCCTGGTCGAACGAACGGCGGCACGGCCTGAATAATGGCCCACGAACTCGCGGGATCATCTCTAACAGTTCATTTGAAATTGGCACCGTGCGGTTTTTCTTGCCCTTGGTCTTGGTAAACGTAATCCGGTTATTCGCTATCTGGCTACCGCGCAAACGCTCAGCCTCAGACCAGCGGCAACCAGTCGATAAACAAATCATCACAATCGTGACTAAGTGCTCATACTTTGCATTGCGACATTCATCAAGCAAACGGGGGATTTCTTCGGGGTACAAAAACGCCAGCTCGGAATCGTCGATCTTAAACTGCGCCATACCCTCGATAGGATTGGGCTGTAGCCATTCGCCAAGCTTTTTTAACTCAGCAAAAACCGCGTGTAAATACGCTTGTTCATGGTTAACCGTTGTTGCCTTCACCGCCGTTTTATTGCCCTGCATATCGGGGATTTCACCATCGAGACGCTGTTGTCGATAGTGAGCAAAATCATTCACGGTTAACTTACTGGCAATCGGATCACCAAGGCCGGAGCAAATCAATTGCAACTTACGCAGCCGGTTATCGGGCTCGGCCAGTTGCTGCCCATGCAAGTCATGCCAGAGTTGAATTAATTCAGATAATCGACGGTTATCAACGCGATCACCAAGCCATGGTTTATCATCCACGGCTTTCATGGTGTGCAGTTCGAACGCGGTGGCCTCGCCTTTGGTGGCAAACTTCTTACGCACCCGACGCCCATCGCGGCCATTGGGGTAACACTCACAAAGCCAAGGTAATTTACTGCCATCCTTAAGATTGCGAACGGTCATAGGATTACTCTAAATTAACGGCAATATCACTGCCTGAAACAAACAACGAATTACCATCAACCGTGGTTAGCTTTGCATCGATATTGGCATAAATAGTCTTTGGCGTTTCACTACGGCCATAAAACTTCACTTTGGCATAAGTGTCTTTCTCACTGGATATAAAGTAGTAATTGCCGCCAGTGTTACAATCCATATTAAATTGAGGCTCGTTTCGCCTTACGTTAGAAAACTCACCATTCTGTGATTTAAAAAAATCATGATTTATCGATACAGAACAGAAATTATCATTGTCACCGCCAAAAGCAAAAACGGTTGCAGGCTGGCTATTTAATTGGGTTTCATACTGATTGATAGCATTAGTCAGTTTGAATTTATCTTCACTAAGATACATAGCAGTTGCGAAAATCAGCGAAAAAACAATGATACCTAAACAGCCTTTACCTGCATTTGCTGGCGGCGCTGCTGGATTTTTAACGTGACTGTTTAATTGAGATTTTGTTTCGGGATCTTGGAAACGATTTTGAGTATCGCCAAAGTTTTGCTGCTCAAGACAATCACGATGATCATCAATACCTAAATCAGATAACCACTCTTCAACATACATACGTTTAGATCCAATCAGTAACATTGTCTCAATGTTATCAACTCGGAAATGTCGAACAGCGTTTTTTAAGTGGCAATGACCTTGCAAGTACAACACGTCAGTATCGGGGTCATAAAGAACATGGGTAACATCGACCTTTCTTCTAGTCTTATTCCCGCCAAAGTCTATATATGAAAATTCAACAGGCTTTGTACTTCCTTGCCATATCACTTTGGCATTCTTTAGATACTCACTCATAAAACATCCTTGTTAAACAGTCTCGATAACACTGACCACTTTGCCGTGGATCTTGGTTGCGTTGGGATTGATTGGGTATTTGTCATCACCATCAAAAAAGTAAGTGTTGCCATCAGGCATTTGACGCAAATCACCCACTTGATAAGCCCCATTAACACTGAACAGATAACGGCCTTTAGTGACAACCGTTTCACGGGCATTGATAAACAGTTTTCGGCCAGCATCTTTTAACAAAAAGTCATCGGTATTAGGTTGAATTGAGTTTAAGAAAAACAACCCGCTATCCATCCTAAATTTTTCAATAACGCTTAACGCCCCGTTCTCGATCTCGCAAACAGTGAGTATCGGCATTTTGTATGCCTCATCAGGCTCGATCAACGCAGTGTATTTAGGTGCCGATTCACCGACGACAAACCCTTCATCAATCTCAACGCCAAAACTTCGGCCAGTACCAAAACACAAGTATTCCACAGGTGTATTCATCGCAAGATGCAAACGAATGATTAATTCATGCGGAGTGGTGTTTCTGGTTGTCCATGTTGAAAGTGTCGCAGGCGTGACGCCAATAAGTTCAGCTAATTCAAGGCGATTGCTCACTTTGAATAGGTGGATAAGCCTTTCAATAATGACCTTTCCGCCTTCATATTGAATGGGTTTATCTAGCGGATAGCGAAATTTATTATTTTTTAGCTTGTAAAAGTCTGACATTTTGGATAATAATCTCACTCGAAATGATTTTTACACCGAGTAACGCCAATTACTCGAAAGCCCAAAAAACGAGGTTAACACAATGAGCAACATAACCATAAACATTGATGCGCCTTTTTTGCCTTATGCCGCATACGCCGCGAGAACGGGCACAACCGTTGATAACGTTCGTTATTTAGTCAGAGTCGGCAAGTTGCCAATCCGCCCAAAACAGTCACCAAAAGAAGACCCGATGATCAACATGGTCGCGTTGTTTGCAGAAGCCGCTGCACTGTGTGGCACTCAAACGATACAGGCTAACCATAATCGCTAACCGACTCATTTGAGTGAGTAAATTGAGCATAAGCAAAACGGAGATTTGCGGCCATGTATAGCAAACTCGCGGGCACACAAGCAGCCAGCAGCAGCCAGATAAAAGCAGCGCACCAACCGCATGTAGCGGGCGCGCTAAGGCAATTTGCCGATAGTGAAGAACTGAGCGAAGTCGCAACAGCGGCCAACATCAGTAAGCCGCAAATGCTGCGCAATAAACTGCTACTTAACCAGCCGCACCAGTTGAGCATTCACGAAGCCGTGGACATTGCCAAGGTAAGCGGCAATCGCTGCATTATCGACGGCATGCTGCTCGAGCTGGGCTGCGTGCCATCGGTGCCAGTGGCAGAGCTTGAAAACAGTGAACGGCTATCACTGACCGACCGCGCGTTAGAAATCACCGCCAATTCAGCCAGTTTGGGCGCCATTGCTCTGGATATAAAAGCCCGTCGCCGTGTTAACGAGCGCATGCGCCACGAAGTGGTCAAGCGCGCCAGCTTAGTGATGAGCGAGTTAGCCATTTTCGTGCACGACGTTGAACAGAAATTTCAAGCCGTACCCGTGTTATCCGTGGCATTCGATGCCATGCAAACCATGCCCATGCCGGGCGTAATGTGAGGTAAACATGAGCCAATTAGCCGTTAAGCCAACACCAGCACCAGCCGCGCGCCAACTGCCGCCAGCCGCCAACGAACACGGCGGCGACGCAGGGTTAAACGCCATTGCCGCCATGCGCGCCGCACTGGGCAAAACCAGCGCCGCCAGCAAGTTCGACCGCCTAAGCCCACAGCAAAAAGCAATTTTGTTGCTCGCAGCCCGTTTACGCCCATCGCAGTACATCAACCGCCCATTATTAACGCTCACCACCGACGAACGCGAGGCCATCCGTCACGCGCTAATCAGCTTAGTTGACCTAGGCCGCGCATTTGCCGCCGTGCCATTAAGCCGCGATCAGTTCATCGCGCCAAAAATCACCATGCCACTTTCGGCACAACAAACAGGCCAGCAAAAAGCAGCGCAGCAAGCGCCACAGCGCCAAGAGGTAAACAGCGGATTTGATGAGATAAGCAGACTGGCCGCCGAGCTGGCGAGCGAGATAACAGAGTTAGACAAGCACTAAAAGCAAAAGCCACAACCGCTGACACAGTTGTGGCCCCAATCATTCGGAGAGAGGAATCTCGTAAATGACTAAACCAAGCATAGCAGCACAAGTCACACCCGCGCAAGCCATCATCAACGAGGCGAATCGCGTTATCGCCACCCTAAATTTCAGCACGCCAGCCGATCGCGACATGGTCGAGGCCGTGCTCGAATCCCTAAAAGAAGTCGCCGACATCATCGCGCCATCCGTCGGCAAAACCCTTGGCATTCGCTTAATCGCCATTCGTAACAATATCCACGTCAACAGCATACAGGCGGCTTGATTATGAACAAAGAGCTGAGCACACAAACCACAGCGGCCACAGCGCCGCAATTTGACTTAAGCAATCCACAGCATTTAGCCATGCGCAAGCTAATGGCCGATGTGTATTTACGCCACGCCAACGCGCTAGAACGTGGGTTAGAGCAATTAGCTATTTACTACAGAGGCATGGGGCAAGGCTTAGAGCGTTTTGCGGTTTATGTGCTTGCAGATCCTGTGCTCAGTTCATTATCTGCATCGTTAAATTTCGCCCTGTTTTACATGGAAGAACTCTACAGGGTGAGGGCAGCAGCATGAGCAATATCAAATGGCAGAGCACATTCCACAAACGGGCTGCACACGCATTCATTAGCAGCAAAGTAGCTGGAGAAGCGAGTTTGTGTGGCAGAGAAACTTTGCACAATGGAGAAACCCATCAAGAGCCACAAGGACAAGCGTGTGGAATCTGCTTGAAGAAGATAGAAAAAATAAACGAAGCGGAGGCCAACGCATGAGCGCATCTCATTCAAATCAGAGCCAAATACTTGCCGAACTCGGCTACAAACAGCGCAACCATATGCGTACCAATCAAGACGCAGGCTTTCGCAGTGACGGCCAGCCATACGCCAGCCGCGCGAAAGTGGGCAAAGAAAAGCGCCTTGCGCGCGAGCGTACTCGCCAAATCGAAGATATTAACCTCGCCAAAGAACTTGGCATTAGCCTGCAAGAATTAACGGGGGCGCTATGAGCGACCATCAAGCCATTATCGAATTTAAACAACTAATCCAATCCGAAATAGGCGACTTCTTCGCGGGTTTTGGTCATTTAGGTGAGCCTGTTAGTCCAGAAATAATGCAAAAGCTATTGTTAGAAAATATCGAGCATTGCTTTGCTGAGGTAGAAAAAAAGTGGTTTTTATTCCCAAGCAAAGACCTAGTTTGGATGACACGTACTGAGTTTAGTCATTACATGTTTATCAACAAAATGAGCCCTTACTCATTACATGCAATCCGCCACTTTGTAGATACAAAACGTCAAGGGCTAAAAAGTTACATGCAGGAGGTAAATCTAGAAGGCGTCGATTACGGCCGTTATGAAGCTTGGCAAAAAGAAGCAATAGAACTGGCTAAGTTTTCCCTCGTTTTATCACGCGAAATTAAAAAGTTGGGTGGCATATGAGCAGCACACACGGCAACGTACGCGAAAACGAACTTTACCCAACGCCTGATCACGTCGTCGACGCCTTAATCGCGCAATTGGTGTTACGTCCAACCGACCGATTTTTAGAGCCATGTATCGGCACTGGCGCGATATACGACAAAATCAACTTACCCGATGCGCAAAAGAGTTGGGCTGAACTTGACCGCGGCGTGGATTACTTAACCACGCCATTTAGTCAGCAAGATGTGATCATCACCAACCCGCCATTTTCGCTAACCACTGAGTTTTTGCTTAAGTCGCTTAGCGAGCTGGCACCCGACGGCACACTGGCCTATCTGCAACGGGTTAACTTTTTAGGCAGTAAATTGCGCGTGCAATTTTGGGCACAAGTGGGCTTTCCTGACAAAACGCCGATCATCATTCCGCGCCCGCGCTTTGTCGGTGGCGGCAGTGATTCGTGCGAATACTCATGGTTTATTTGGGACCGTGGCAACCGCTTCCCAACTATACCTAAAGGCTTAAGCCACATCATCAGCAAAGTGCCGCCAAAAGCTAAGAAGCAAAAAGCCAAGGCAGCCTAATGACTCACGATGATTTAATCCGTAAAGCCGCGATTAATGTCGCGGCGATTTTTACGCGGCCGCACTCAATTGCCGATCTCAATTGGGCGGTAAAAACCGTTATCGATTTACCGGAAGATGTGGCCGTCACACTCTTTCGCGAATACTGCCGCAAGCGCCGCGCGCTGAACCTTGGCCGCAGCGCTAACATTTGGCTACGTAAGCGCTGTGCCTCGCTGCGCCAAATTATGCAGCAGTTCCCGATCCCTATTTACCACTTGAAAACCGAAGACCGCCGCGCCGATATCGCCCGCGAATGGGCCGACCGTTGTCTCAGCGTGCTCAACAACCTAACCCAGTTTGGCACCGTGCAAGTGGATGCGCTCGAGCTGCTTAAAGCGGTCAAAGAGCCAGCCGACCAATGGCAGTTTTGCCCAGCACTGCCAGACCTAAAACACTACCACGCGCAAAAAGCCGCAGGCGTATTTGATGCCTCGCCAGTCATGTATAACTTAATCGCTGGCGCACTGGCGCGGCTTACGGATGAAAACTGGTGGCAGCGTAAGCTAAACAAGGCTTACGGCCATTATGAGGAACATATCGCAATCATCGTTGGCAAAGTCCGTAGCGGTGTATCGCCATATGTTTCTAACCATGCCTATAAGCAGTATCAAGCCCGTAAACGTGCCAATGCGGCATGGCTTAATAGCATGATGGTGGTTAACGAGGAACACGGCATCGAGTTAACCCTCGCCGATGCCGTGGCCGCTTCAATCGCTAACCCAGAAGTGCGCCGCGCTGAACTCATGGTCCGTATGCGTGGCTTTGAGGAGCTGGCCGTCGAGGGCGGTTATGTGGGCGAGTTTTACACTTGGACAGCGCCAAGCAAATATCACTCATACGGCAAAAGCAAAAAGGGCAAAACCTACTCCAACAAGCGTTACAGCGGCGTCACCCCAAAAGATACTCAACGCTATTTATGCGGCCAATGGGCCAAAGCCCGCGCCGCCTTTGCCCGTGAAGATATCGAAGTATTTGGCTTTCGCGTGGTCGAGCCGCACCACGACGGCACACCGCACTGGCACTTATTACTGTTTTTTAAACCAGCACAACTGCGCCTAGCGCGCTCCATTATGCGCCGCTATGCCCTGCAAGATGACAAAGCCGAACTGGCACCACCAAAGGGCAAGCGCGGCACTAATTTTCAAGGTTATCGCCCAAGGTTTGACTTTAAAACCATTGATCCAGCCAAGGGCAGCGCCACAGGCTACATCGCCAAATACATCGCCAAAAACATCGACGGCCACATGGTAGACGATGACTACGAGGCCGAAACCGACGGCAAACAAGGCGCGCAAAACGTCGCGGCATGGGCCAGCACATGGAACATTCGCCAGTTTCAACAAATCGGTGGCCCTAGCGTTACCGTGTGGCGCGAGCTGCGCCGCCTGCGCGATGAAATCGACTTTGACGAAGCCGTCGAACTTGCCCGCAAAGCCAGCGACGGCAACACCTCAACCCATTGGGCGCGCTATGTCGAGGCCATGGGAGGGGTATTCTGCCGCCGCGATGAACGTCCGGTACAACTAGCGAAGGTTTGCCATGAGGGGGCCAACGTCTACGGCGAAGATGTATTGAAGATCATGGGCGTAATGTCGCTCGAGAACCACACGCAAATTAATACCCGCCTCGATGGCTGGCAAATCCGCGCGCCACAGGCCGCCACCGAGCCGCCAAGTGCCGAGGAACGGGCTTTTGATCGTGCTCTTGATTTGGCTTTTGCTGTTGCTCCTGCTGTTGATGTTAGGAGCGGTGACAACCGCGCACCTTGGAGCTCTGACAATAACTGTACGCAGTCGATCAAAACTAGTGGAAAGATCGCAAATGAGATCAAAACAGCGGATTGGTTGCTAATCCAAGAGGCCAAAAAGTTGGGTATCGACGCGGATAATCTTAAGCGCCTACGTGCGGGGGCTGTGATTGATAACCTAGTGGGTGATGTTCATCAGTTTGTGCGCCTGCGCAATGGTCATTTAATCGTCAGCCGTAAACCATTAGTTGCCGTGGATACCACGGCCACCCAAAACGATTGGGATGATCCCGCCTTAAATTATCAGTTAGAAGCCATGCAGCGCGCCCAAGATAAAGACCTCGACGCCATCCTGCGCGCCCAAGCGTGGCGCGTGCTCGATGGTGATCGCGACGTCGAGCGCTGGATTGCCGATATGCCGCCAGCCACAGCAAAACGCGCACTTAAGCAATTAGCCGAAATTGTGAAGTTACATAAAGACGATAAATACGCTTTCCCCTATGTCGAAAAGCCAAAAGAGAAAGCCACCACCTTTGACGACGAGAGAGAGGAATGGGATGAAGCATTCTAAACCCGCATTTAGCCCAACATTTGCCAAAGCAAAAGTGAACAAACAAGCGCAAAAAGCCAAAGCGCAACACTGTTGTAGTTGCGGTTGCTTCATTCCATTTGAGCAGCGCAATAGCACCAACGCCTGCGAAAAATGCGCCGATGAAATGGCATTTTTATACAGCACAGTGGAGCAAAGCAGCGCGCAAATCACCGAGGACTATCGCAAAGAACATCCAAGCGATGACTGGGACGATGAAGCTTTTTAACATCATCAGCACCGAAGAACGGCAAAAGATAGAAGCGGCCTACAACAAAACCTATGAGTGCCAGGAGCGTTATCAACGCTGTCTTGCGGTAATTAATACCAACGAACAATTTAACAACGGCAAAACCAGAACGCGCCAATGGCTCGAAGCCATCACAGACACCGCCGAGCGCGAACGCTGCCGCACGGTATTGAATAACATCATCACCGCTAAAAAACAGTTTGGGAGAAAATAATGAAAACCCTAGTCCAAGGCTGCGAAACCGCGCAGCAGTTCGAGATCTTGCTAAAGCTAACCAGTATCAGCAGCCAAGCCAAAAAGGACGCCTTACGCGCGTATCTCGTCGATGGCCTGCCAGCAAAGCGCGCCTATGCGCGCTATGGGGTAACGCAACAGCACTTTAGCGAAGCACTCGCCACGCTAAACCAAAAAGCGGATATGGCAATGCAGTACGCGGCAACTCAAAAAAGCCTAATAGCCGTAAACAGTAAAGAGCAAGATATTAGTCAGTTGGAACAAGCATTAAAAAACAACAATGGACGCGGATATCAACCAATACTCATGAATCATCAGTACTCAACACCACCAGGCGATGATTGATAAGGCTAAAAATACACACTAGAAAAGTAGTGTTAAAAACGGGGTTTATATGAAAAGCCGCTAAACAAAAAGCCCTCAATCGAGGGCTTGATTGTCACAGAAGATAATTAAAATTTCCTCATGAAATTTCGGGGGTTGCGCGATTTTAAATATGTGAATAATAGGTGGGGCACCGCAGTTGGTGTGCCAAATCGAGAAAAATAAAATGGATGAAAAAGCGCTATTAGTAGAACAAATTCAGATGCTAGTTGATTTGTACACGATGCAAACTAACGAAAATCAAAAGGATCTAACGGTATCAATCATGGCGCAAGTGCTCGCGCACCATCAACAGCACACCTTAGAAAGCTAACTCGCGTTGCAAAGCCTTGCGCTGTTCGGGTGGCAAGGCTTTTACCAATGCCGACACAATCTCAGACGTCGTTTTAGCAGAAGGGCTTAAAGTATGGCTAAACGACACATTCGTCACAAACGTGTGGCCGCATTCAGGATCAGTACACGAACAATACAAATTCGCGTGGGCAGGGCTTAAACGGTCAGTTTTACCAATAACGGCTTTGCTATGGCAAGTAGGGCATAATATCCGCATCACGATCTCCCAATCGTTCGCACATCTCTTAACAGAGCAACAATGCACAGTGTAAGCCAACATACTGTTTTTTTAAACAGTAAAGGATTTTATTAGCTCACAGAAAAATAACTTAAAAAAAAGATTGCAATCGGTCGCATTTGCGACCATACTATATTTAACGGTTCGGCAAGGGTCGAACCAACTCAACAAAGTGAGATAGCAAAATGAAAAAATCAGAAATCTTCAAAGCAGCACACCAAATGGCACGCGGAACAGTTAAAGCCGTTGGTAATTACGCTGTAGCATTTAAACTGGCTATTACAGCAGTTAAAGATCACTTAAAAAATGGAAAAGGCGAGCTAGCTCCAATTGATCGTGCAAATCGTTTCGCAGCAAGAGTGCGCTTAGCACCAACTTACACCGCTTCGCATATCGCTAAATACATTAAAGAAAACTCTCGCGTTTTGCGTGTATTCACTTCACTAACTGCGTATAACGAAGAATACACAGCTGGCAAAGTTGGCAAGTTCTGGGTTGATGCAAGCGTTGCAGACGGTTTCTTAGCTTACGAATATTTTTAATAAAACACTTGCAATCGGTCGCAATCGCGACCATAATATATTTAACGGTTCGGGAGTGGCTCGAATCGACTCAATAAAGTGAGAAATATCATGACTACATTCCGCATTGAAAACGTCCGCATTGAAACAATCAATGACTTCGATATGGTTAAATTTGATCTAGTAACCGATCTTGGCCGTGTTGAATTAGCTGAGCATGTTAACTATGACAGCGAAGGTGATTTTAAATCTGTTGAATACACTGACAGCAATATTCGCTACAACATGGTTGATGAACTTTGCTCAGTGTTTGATTTAACTGATAAGCCTTCGCTAATGCCTGCAATTGACTACGTTACGTTTGCTGAAATCATCGAAGCAGTTGAAGAAATGTTAGAAGCATAATCATTAAGGGGCTTAGCGCCACTTTTTTATCGAGGTTTTTATGACTAATACCGAACTTAAACAGTTACGCACATTATTATTTTTAGATGTAACCGAGGCCGCGCAGCACATCGGCGATTGCGAACCACGCACGTGGCAGCGTTGGGAAAAAGGCGATAGAGCTGTACCAGTGGACGTCGCGCAAACTATGCAAATGTTGGCGCTAACCCGCGTTGATATGCTGCAAGTTGAGTACGATGCAGCAGATCCTATGTACCAATATTTTTCAGAGTATGAAGATTTTAAAGCCGCCACTGGCGCCACTGGCGCAAGTGTGCTCAAGTGGCGCTTAGCGCAATCAGTATCTGCTCAACTTGTGAGTGAGCAACAAGCAGAAATTTGGCGAGCAGAAGAAACTATTTAAAAATCTAAGTAGATAAAGCAATCTAACGAGGGCTTTTTTAATTAAAAATACGGCAAGGTGTAAAATGGAATATAAAAGAATATATATTTCAACACATAAGCAATATGCAATAGAGCCAGAAATACTTGCTAGATTGCATTGTGTTAGTTGCGATAAAGTCGAAAAGTGGCTAGATAAGCAATGTGAAGATAGCCCAGATTTTTCAGCGATATATGAGCTTCAAATGCTAATAAGCAGGCTTGAATTAGCAATGCCTAACGATTTACTTAAATGTATTCTTAGATCACAAAATCGCGTTGTTGAGCTTATTGAAAGTCTCGACAAAAACCCCATCACAAAAGAAAAGATCTCAAAGCAAAAGCGCACAAGAACGCGGAGAGCAGTTTACTATTACAATAAAAAGCCGCTTTATTCGCGAGAAATAGCAAAAAGGCTTGGGCTTGATATATCGCACTCTACGATTATTGCAAAAATAAGAGCAGCTGGTTTAAAAGTCGGAGATTCTATTGATGATGTCGATTTCTCAAGAAAGCGCGCAGAAAATAAATCAAAAAGCAGCTAGGTAAAATTGCTGCATCAAAAAGCCCTCAATTGAGGGCTTACGCAAATACTTATCCACACAAAACACTAAGCTGGCTTGCCAAACTCCATATCAAACACCAGTTTTAGCGCGCGGCTAATCTCGGGATCACGCTCTACGGCATCGACCAGCATGTTAATCAGCGGCCGCGTTTCACTCTTAAAATACACCTCATCGTACTTGGTCGGGTCGCCAAGGCCTGCCGTGTTCGTGGGGATCATCCCGCCCAAACCAGCGGGGAAGCGATGCGCGTTAAACACATCTTGCGCAGATACCGCTTTCACATTAAAGAACTCGTCTTTAGATTCAAAGTTACCCACTGGGATGATCTGAATCCCTTTTTCTTTTCCATTTGGGATATTCACAAACAGCGACTTAAAGTTGCCCACGCCCTTAGACTCTTGGATTTTTTCCTTTAAATCCTTTTCAACTGCGGGATCTAAATTAGGGTCAGTCGCATACATAATAAAGCCCATATGCGCGCCGTTAATGTAGTATTTGCGCCGGAACAGGGTGGAGTCTTCATTCAAAAGCGCCGACTGTAACCCCCCCAAATAATCGGGGCAGCCATAAACCTGTTGCACCGGGTCATACACTCGCACCCAAATAATGTCTTTGGCCTTGTACTTTTTAAATGTGTTTTGCCTCTCGAGCACAATCGCACCGCCATCACCAGCCACGCGGCTGCGGTAACTGGGCAGCGGGAACAACCGCACAACTTGCCCAAAACCATTGCGGATCTTAAGTAACGGCACATCACCAAACTGCACCAAGTTTAAAAACGATGCGCCAACTTGCTGCGCGCTCATCCCACCAGACTTAAACCGTGCCGTTGCCATATTAGCCCGACTTTGCACAATGCCGCCGTGCTGCGCATTACGGCGGGTTAAGTTCGCCAGTAATTGCCGATCAACAGGCGGCTCCCAATAGCCGTCGTTTTCGTTGTAATACAGCGAATCATAGTCAGTCAGCCACATATTCGGCATGACTTGCTCAGGCATGCTAAACACCACTGTTTTCGGCTCACTGGCCGTCGCATTGGCAGCCACGTTGCTGCCGTCGTCATTCGCCGCTGTTAATGTTGCATCGCCCATGATGAGGTTCTCTTATGTAGATAATTAAGGGGTTCATTGATAATGGCGTGACTTAACGCCCAAAAGCCGTCGGCGTGGCCGACTTTCTCAGAGCGGTCGGCTTTAAAGGTCATCATATTGCCGCTGCCACTCATGCCGCGCTTAATTGCCATAAACGCAGCGGGTAAATCTTTCATATCCTGATCCAGTTGCAGGCGGTTACCTTCAACAACATCGATCATCTTCATCACCAGGCGATTTTTATTTTCATTACTGTAGTGAATGGCGACAGCCTCGCGAGGATGCAACGCGTGGATGGTATCCCATACACCGCCACCAATACCGGTTGTGTCGATCCCGAGATAAGTCACGTTATAGCGTTTAAACACTTTTTCAATTTCGCTCACATGATGCTGAAAATTAAGCCCGCGCCAGTAATGCCGCTCTAAACAGCGGAATTTTTCAACCGCAACAATCGGCGGCGCAACTACAACTAAACAGGCATTATCGCGAGTACGAGACGGATCATAACCAAGCCACACTTCACGATTGCCAAAAGGCCGAGCTTCACCGGGCTTAAAGTCTTGCCATTTGCTAGCGTCTATCATCAGCTTAGATAGCGCATCAAACTTAAATACCGAGGCAGTATCGTCAACGAATACGCACATATAGAGGTTTTCATAAACCTCGGGGCTGTATTCCTCTTTTAGCTCGGCAGGGTCAATAAGATTACAACCCATAGCAACAGCGGTTTCCACATCGATGATGTAGCGCCATTGCTTATCAGGGCAAACACGCCCGCCGTCTTTTAATTCTTTATCGCTGGGGAACTCAATAAACTCGCGGGATTTATTGTCGCCTTTCCAATCATCACCCGTCCAAAACGGATAAGCAGGGTGGTTTTTAGCACTAGGCGTTGAAAAATACGTTTTATGAAAGCGGGTTTGAGTCGCGCAAGCAGTAACGACAGCACTGACCTTTTTAAAGTCTTTAATCCAGAAATATTCATCAACGTAGACGTTGCCTGAACGAGATTGAGCCGAGTTAGCACTTGTCGCTAAAAAGTGCAGTTCGGCACCATTGCTTAATACAATCGGATTACCTGTTAACTCAATATCAAAAAAGTTTCGGGCGATCTTGATAATGTACGAACGGAATACCTCAGCCTGTGCCCGTGTCGCGGAGATAAAAATCTGATTTTCACCAGTCAGCACCGCATCTTCAAACGCTTCACCAGAACAACCGTAAGTAAAACCAATTTGACGCGACTTAAGTACGTTGCGCGTGCGCGGCTTAGTGGGATCATTCTTCACATCCCGCATCAACCTTTGATAATCGAACAAGCTATCAACCCAAGGCTCAAAATCCTCTGGGGTTAACTCGCTAATATCGTTTTTAAGCTTACGGCCTTTACGCGGCGCTCCATCAGCTCCGGACTTGACTCCGGACTTAGCACCATTAGCTCCGGACTTGCGTTCATTACCGCCTTGGTTGTTATCATCAGCTGATAACTTGCGCTCAGCATCAACCCGTTGCTTTTTAAGCCGCACATGCTGATTAATCAGTATTTCCAGCTCTTTTATCTGGTTACCCGTTTTATCCTGAATATCCGTTAACAGCACAATCCGGCGGGCAATGGCCTCGTCGACTTCTTCCTCACGCAGCAAATCGCGCCAGCCGTACTTATCCGCCCAGTAATAAATAATGCGATTGCTCGGCAGTTTTAAATCGACGCGGATCTCGTCGGGCGTCCAACGCTTCAAATACAGCCGTTTGGCTGCCTCGCGGATCTCGGGGGAATAGGCCATAAATGCGGGTAAAACACCAAGGTCAATAAAACAATGCAATCAGTGTATTGCCTTGCAACTAAGGCTTAACTAACTAAATTTCCTATAAATTCCGATTTAGCAAAAATCGGAATCATCCAGAAGTTTGCCGCGTGATGCCCCATTTACAAAGCCGTAAGCTGTAGGCCTTACAGGTAATTTTTTAGCAATGGGTAGGCAAAAACATGACTCAATTGGTGACAGACTGGCTACGTATCGCCACCGAGGGGAACACCTTTCAAAACGTACCAATTCAGCGCCAATGGATTGTCGACATTGCAGAAACTTACGACGCAAAAAAATACGGTGCCCGCATTTGGCCTGAGCATCGTCGTTGGTATGGTGCCTGGGGTGATGTATTAGAAGTTAAAGCTGAAGAGGTTGATGGCAAGCTGGTACTGTTTGCCAAAATCAAACCTAATTCGCAACTGGTCTCAGCAAATGAACAAGACCAGAAAGTCTATACATCAATTGAGCTTGATGAAGATTTCGCAAAATCAGGCAAAGCATACCTTACAGGCCTTGGTGTGACCGATGAACCCGCCAGCCTAGGCACTGACCGCCTCAAATTTTCCGCTAAAGACCGCTTTGCCACCCATAAATATGGCGCACCTGAACAGCTAGTCATGCGCTATCAAACTACAAACACAGAACAACAACCAACGGATAAGGCCACGGAGGCCGCCAGCCTGTTCAGCAAATTAGTTAGCTTATTTTCAACTCAAGCGCCAGACCCTACCAAACAGGAAGCGGCAACAGACCAACCCGAGGAACAACCGATGGACAAACAGCAATTTGAAACGCTCATGGGCGTAGTTAATGGCCTTACCACCAAATTTAACGAGCTGGAAGGCAAAGTCGACGCATTTGGCAAAAAGCCAGAAGGCACAACTGAACAGCCAGAGCCAGCCGCAGTAACCACCACAACCACCCCAGCGCCAGCAGCCAAGCCAGAAGCAACAGGCGTCACAGCCGAACAGTTCAGCACGCTAATGACCAGCGTAAACGGCCTTGTTGCAAAAGTGGACGGCATGGAAACCAAGTTCAATAAATTAAGCGCCGAGGTCGACGGCCAAGAGCCTGACCCAGCAGGCAAGGGCAACGAGTACCAAGTGGTTTAAGTGCATTGCGCCTAAACAAACGTAAAAATTAAGCAGAGAGATCACAGCATGAACTTAACCCCACTCGCGTTAGCCTGTGTGCAGGCATACAGCACCAATATGGGCAAAAACTACGGCGTTGCTGACGTCACCAAGCAGTTTAGCGTCACTGGCCCAATGGAAACAAAACTCAAAGCCGCATTGCTTGAGTCAGTCGAGTTTCTAAAACTCATCACCACCATGGACGTTGACCAAATCAAAGGCCAAGTGGTGAAAGTCGGTAACTATGGTATTGCCACTGGCCGCAAAGAAGGCGGGCGCTTTAATACCACCAACGGCGTAGACGGCCACACCTACGAGCTAGTCGAAACCGACTCCTGTGCCGCAGTGCCTTGGGCAACCTTAGCCGTATGGGCCAACGCAGGCACCACTAACCAATTTATGCAGCTCATGAGCCAAAACGCCACTATGCGTTTCGCCCTCGATATGCTGCGTGTCGGTTTTAACGGTACATCAGTCGCCACCACGTCGGACCCTGTTGCCAACCCAATGGGACAAGACGTCAACAAGGGCTGGCACAAAATTGTGTCTGAAAAAGCCCCTGACCAAATCATGACAGACCCTGTGTACTTCAACCCAGACGCCACAGGCGCGTTAAAAGATGGCGAATATAAAACCCTCGACGCCATCGTCACCGAGTTGAAAAACACCCTTATTCACCCAGCACTGCGCAACGACCCGCGCCTAGTGGTGTTAGTGGGTAGCGACTTAACCGCCGCAGCACAAACCAAGTTAATGAACCAAGCGGACAAACCAAGCGAGAAGGTCGCCGCGCAGCAAATGGATAAATCCATCGGTGGTTTAAAAGCCTACACGCCGCCGTTCTTCCCAGGTAAGCGCATCGTCGTGACCATGCTGTCGAACCTGCACATTTACACCCAAAAGAACACCCGTTCGCGTAAGTCAGAAAACGTCGAAGACCGCAAGCAGCACGAAGACAAATACTGGCGCATGGAAGGTTACGCCGTGGAAGAGTTCGAAGGCTACGCAGCTATCGACGAAGCGGCCATGACCATCGGCGCAGCGCCTTAGGCCATAGGTACGTAAAACCAGCCTAGGCACCTAACCCGTGCCTAGGCCATGTAAACCAACCAATGCAGTTAATCAAAAGTTAAAAAACGGGACATTGCCATGAGTGCCATCGCCAATTTCAAAGCGCGCCGTGAAGCCGCTAAACGCGCACAAAGCCTGCCAGCAGACGCACCAGAAAACACCAAAGCGCCAGAAAATGAAGCGCTGTTACTGCTAGCCGAATTACTGGGCTGTGATGTTGACCAAGCCATTGAACAAGGCCGCGAACAAGTGGCAAAAAATGCTGAATTTGCCTCACGTACTGGCTTGCAATTTGACCGCGCCGAAGGCCAAGACCAAACCGCGCTGGCCACCGTCACCACCGACGACCAAGGCAATATTGCCAGCATCATCGAGCACGCCGCAGAACTCGAAGACAGCGCCGCCAACGTGAGCACCGCTGCCGAAACCGCATTAGATGCCGCCGACAAAGTCAGCGACTCCGCAGACAAGGTGAGCACAGCCGCTAGTAATCTCGAATCAGCCGCCACTAACTTAGAAAACGCCGCTGGCGCTGTAGACGAAAGCGCCAGTTCGCTTGCATACACCGCCGAAGATCTTGGCGACATTAAAAACGAACTTAAGGACGTAGCAGCCGAGCTAAAAAAGCCGTCGGCGGCGCCCGCATCCTCGCGTGGCGCGAAAACCGCCGCGCCAAAACGCAGTTTGAAAAAGTAAAAGCGACAGGCAACGCCGAGCACGCGCCCAGCCTGCACTTACAGCTAATAGAGCTGGATGCAGACATAAAGCGGCTCAAAGCCTTCGCACGGCGAAGCGACAAAATCGCACATAAACGCGACGTACTACTGCCTAAATGGCTGCCCATCGTCGAAGCGTACTTAACCGAGAAAGAGAGCAAACCAAATGATGGAATTAGCGACAATCCTATTTTTGCTTATTGCGCTGTGTGGCTATTTGACGTGGGCAATTTGGACCGTGGTATCGAGTACGCCTTCAAAGCCATTGCGCTTAGTCAGCCCATGCCGCAAACCATTCGGCGCAAATGGCCGGGCTTTATTGCCGACACCATATTCGATTGGGCGGAAGCTCAAGCGGAGCATGGCCACAGCATTGAGCCGTATTTCGGCACTGTGTTTGCGCGCGTTCGCAACGATTGGAAACTGCCGGAACCTGTTACCGCCAAATATTACAAGTTTGCGGGCCTCGCATTACTACGCGCAGCAAACGGCGACATTACCCCAAGCCATATCGGTGATGTGGAGCGGCTTAATGAAGCGGATCGGCTGCTCGAAAAGGCTGCCAGCCTGCATCGTCATGCCCAAGTAAAAACGGTACGAAACAAGATAGCGATGCGACTTAGGGCGCTAGAAGCCTACGGCAGTCAAGGCGACTTGCCAGAGCAGATGACCTAAGCCGCACGGGAACGACTCCCAACCCTCCAGTGCGCTAACCGAGTGTTTAACGGGTGACTGTTAAAAACCACTGTGACGTTAACCGCACTGAACCAAATTTTATGAGTAAGGCAAAGCAATGAGCGGATTCGGATTTCAGGCACCAGCAGAACCTAGCATCGCAATCGATGCGGCTAGCGGCTGGCCCGAATTATCGACGGGCGAATTTCGCGAACTGCGCCGCATCCCTGAATTTTTTTCAGAGCAAGCCATTGAAGACTCACTCAACCGCAGCGTGGCCGAAATCCAGCAGCAACTCTTAGACTTTATAGCGCGAGCAAGCACTGACACGGACGTCCCATTCACCCTAGGCGCTAGCCTAGCGCCTAACTTTAGTGCGCAGCAAATTAGCATTTACCGCGGGGCTGTGTACGCTCGTTCCCATGCCGATTTGCTGGGTTATTTTTCTGCCGTAGATCAAAAAGACGCAGGCAACAACAAAGCCCAAGACGTTGACCAGCAACAGGCGATACTCGCGCAATCAAACCGCGCAGTGCGCCTATTACTCGGACTTGGCCGCGCCGGAGTGCACGCGCTATGAGTCAAACAGTCAGCCAACTACAACAAGTCACTGAATTTTTATACGAGAGCCTTAAGCCCTACGTTAAAGCCAACAACATCGACGCATGGCAAGAGCGCGGCACACTGATCTTAAGCGGTGAAGATCTCGGCAATAACGGTTATCAAGTCGCTAAGTGGAAGCACAACGCCGTGATTGCGATTGAGCAATTCCCGCACCGCAAATTTAACGCCTATAACTTGCTCGCCATGCTACCGGCTTTTTTACTCGACAGCGGCTGGCCGCGTGACGAATACGGCCTAGCCGATCCACAGCTTGATATTGATGTGGTCAGTCGTGATCACGCCATGGTGTTGATTGAACTCGAACTGATTGACGATATCGACCTAATCCCAGACGCCAACGGCCCAGTGTTATTTAACGGCGAGCATTATCGCGTCGCACTGGTGCCTGTTGACGTGGCAGAAACTGCCGACGTGCAAACACGGCCAGAGGGGGCGCAATGAGCCTCAATATCACGCCAAACCGCCATCAAGCACTCAATGCCAGCAACCAGATAGCATTGCTTAAGCTGCCAAGCGCCAAACGGATACGCATCCTAAAAACCTTAGGCCGCTATGAGCGCGCACTTGCACGTAAACGAATCCGCACTCAAACCACAGTTGACGGCGGCCAGTTTGAAGCCCGCGCCAACGGCAAAAAAGGCCGCATGCTAAAACGCCTCGGCAAAACCCTCGAGCCGTTTGTAAAAAACGCCAACCGCCTCGAACTCAAGCACAAAGCCGCACTCACTGGCCGCATCGCCGCACTGCATCAAGACGGCGGTAGCGAGCAAATGAGCGCGTCACGCATGGCCCGCATTCATGGCTCGCCAGACTACAACGCACCTTGCAGCCGCAGCCAAGCCAAAGCGCTATCGGCAGAAGGTTACAAAGTCCGTAAAGCCAAAGGCAACGGCTACCGCCGCGCCAGCCTTAACGAAATCATGGCGACCTTAAGCCAAGGCCAAGCGGGCGTGATCCTGCGCTCAATGCGCGATAAACCAAACAAACAGCGTTGGGAAATCCCTGTCGCCGCGCGGCCGTTCCTAGGCGATAGCGCCGACAACGTACAGCGTCAGCTAGTCAGCATCATCGAGCAAATTAATCAGAGACAAAGGGGCTAAAAATGTCACTAGGTAAAGTACAGGTAAACAATCTCAATCAAGGCCAAGGTGACATTCAAGCCATCGAGCGCCACTTCCTCTTTATTGGCCGCGCTGGCGCAGTCGGTGAAGAAAGCCAGCTATTTAGCCTTGGCGCGCAAACCGATCTTGAAAAAACCTTTGCCGATAGCGCACTGCGTAAACAGTTGATCGCCGCCCAGCTAAACGCCGGACAAAACTGGACAGCCGCAGCATATCCACTGGCAGCCGATGAAGATTTACTCGACGCCATCACCCGCGCCAACGAAGTCCAAAGCTTTGAAATGGTGGTGATCTGCGACGTGCAAACCACTGCGCAAAAGCTGAAAGATATTCACGACTATCTGTTAAGCCTGCGCGCCAGCCATGGCCGCTTTGTTAACGCCTTAGTCGCGGTTGCGGGCATTGATGCCGCCACCCAAACATGGCCGCAGTACGAGTCCGCCATAGTCGCACTACAAGCAGGCATTGCTGCGCACTTAGTGGTGCCAGTGCCGCAACTACACGGTAACAACGTTGGCGTGCTCGCTGGCCGCCTGTGTGATCGCTCAGTGAGTATTGCTGATAGCCCAATGCGCGTCGCCACTGGCAAGGTACTCGGCCTAGGCACTGCGCCAGTCGATAGCAGCGACGCACCGCTCACGCTCGCCACGCTCGAAACCTTAGCCAATGCGCGCATGAGCGTACCGCAGTGGTATCCAGACTTTGAGGGCACATACTGGGGCGACGCCACCACGCTCGACGCCGCAGGCGGAGATTATCAATACCTTGAGCACTTACGCGCAGTGCATAAAGCCAGCCGCGAAGTACGTATTTTAGCGATTCGCCGCATTGCTAACCGCGCGCTTAACTCCACGCCAGCCAGCATCGAATTAAACAAAGCCTATTTCATGAAGCCATTGCGCAACATGAGCAAAAGCACAGTGATTTTGGGCACGCAGTTCCCAGGGGATATTCAGCCGCCACGCGATGGCGATATCACCATCGAGTGGACCAGCAACAAAGCGGTGACCATTTACATGATCGTCCGTCCGTACAACAGCCCGAAAGAAATCACCGTCAACATCTTGTTAGACCTGAACAGCATCTAAGGAGTCGCCACCATGCGTTTATCTGGAATGAATTTTAACGTCACCTTGGGCGACACCATGATCCACGTTGACACCTGCACACTCACCATTACCGACAACAGCGCGGTAAGCCAAACCAGCGGTGTACCGGACGGCTATGTCGACGGAGACGTCGCCGCCAGTGGTGAACTGTCAGTTAATGCCAGCCAATTTGAGCTGATCTCTAACGAGGCTAAATCGGCGGGATCTTGGCGTGGCATGAAAGTGTTCGACATGATGTTCTACGGCAAAACCGCCAAGGATGAAGTCAAGGTCGAAGCGTTCGGCTGCCGCATCAAACTTAGCGACTTGCTCGACGTCGACAAAAAAGGCGGCCAAGCGTCACTGTTCAAAATCCCCTTTGATGTCACCAGCCCTGACTTTGTGCATATCGATGGCGTGCCATACCTGCGCCCAGAAGAAATCGAAAACATTAAGCAGTAGGGCGCAATAACGAATGGATGCAGTGGATTTAGTCACCCGTGAGCAGCTACGCGCAGAGCACCGCTTCGAACAGCACCGCAAAGCACTAGCCGCCAAGCCAGTACCACAAAGCGCAACGGATTGCGCCGAGTGTGGCGACGAAATAGCAGAAGGCCGCCGCCAAGCAATCAAAGGCGTGCAACTGTGCACTGAGTGCCAAAGCCTAAGTGAGAAATGACATGAGCCAAATTAAAAACCACTTGATTGAAGACTTGATCGAACGTGAAGGCGGCTACGTCAACGACCCAACGGATCGCGGCGGCGAAACCATGTACGGCATCACCCTAAAAACCGCGCGCCAGTATGGCTACAAAGGTGCGATGAAAGATTTGCCCTATGAGCTGGCCTTTATGATTTACGAGGCCATCTATTGGGCGCCGTTAAAGCTGGATGATATCCAAGTCATCAGCGAAGCACTCACAGAGCAGTTGTTCGATTTTGGGGTTAACTCAGGCGCAGGCAACGCAGGCCGCAGCCTGCAACGCGCCTTAAACGTGCTTAATAATCGCCAAACCTTGTATCCAGATTTAACCGAAGACGGGGTACTGGGTAGCCGCAGTATTGCGGCCTTAAAAACCTATGTAAGCCAGCGCAAGCAAGCGGGGCTAAAAGTGCTCGTTGAAGCTGTTCGCGGCCAACGGATTAGCTTTTGTATCGACATAGCCACCAATGACGAAAGCCAAGAAAAGTACAGCTTTGGTTGGTTACAACGCATCGTAAATTTATAAGCGGGGATCTTATGAACTGGAAGGATATAGCAAGCACCGTCGGCGGCATCGCTGGCGCAGTAGCCCCGCTACTCGGTGGCCCTGTGGGTTTAGCCGTTAGCATTGGCAGCCAAATTGCCGGAGCACTCGGCACCGATAACACACCGGAAGCCGTGGCCGCAGCATTGCAACGCGACCCAAACGCCGCGCTTAAGCTGCAAGAGTGGGCGATGCAAGAGCGTGAGCAAATCCGCCAAGGCCATATCGAGTTGCAACGCCTTGCACTGGATGAATACAAAACCGAACTCAGCGACCGCCAACAGGCGCGCCAAGTGCATAAAGATCATTGGATGCCTTCAACGCTCACCATCGCGCTGGTGCTGATCTTCGCCGCCCAATTAATCGTGTTGTTTTACCTGCCAATCCCCGCAGAAAACCGCGATTTGATTGTGTATCTATCGGGCAACTTTGTGCCATTTGTTGCCGCCGCAGTCGGCTACTGGCTCAGCTCAACCCGCGACGCCAACAACCGCGAAAAACTCATGACGCTAGCTAAGCAGCCACAAGAACCGCGGCCAGCACCGCCAACAATGCCACCAAAAGCAGGAGCCTAACGCATGGAGCAGCTAACCAACTGGATGTTAGTCAGCATTGGCGTGATTACGGTGTTCTTGGCCGTGGTAGTGCCATTAGTGGCCTACCTAAACAGCGCAGTGAATAGAACACGCTCTGAAATCGGAGATCTTCGAACCCATGTGGCAGAAACCTATGCCACCAAGCACGACGTGAGAGAGCTAGGAGATCGCATGGAACGGCAGATGGATAAAGGCTTTGAGAATCTAAAAACTTTTTTAATCAACACCATAAAAAATAAGGACGCAGCATGAAAAAGACCATCGTGTTAACCATCGCCGGAACCGATTTCAGCTTCCACGTGACCGCCAAAGACCATAGCGATTTTATTGATGCCATGGCTCGTGGTGGCTCAGCCACCGCCGCATCGCACAACTTTATTATGCGCAGCATCGACGACGGCCAAAAGGACGACTTTAAAAAGCTACTCGAAAGCGCACCAGGTGCAGAGGTGCAAATCGCGGGCGAACTTAAAACCGAGTTCGCGCCAGTGCTGGAAATTGCAGTAAAAAAATAGAGGGGCTGATTGAGGCTATCGACTCAAATCAGCTTGAACAACTATTCATCATGCGCCGCCACTTTTTACCACACGAAGGCGATGACGAACAAAGTTTAGCAAGGGCATGTTGGCTAATGAAACGCCAACGAGAAGATCTAGAAGGCATTATCACCAACGCCGTTTGTAAGGCGTTTGGTGGTAAATAGCGCCATAGATAAACGCAACTGTGCTCGAGCAAAGTTATTAATAACTATGTTGGCCAAGACAGGAAATTATGAGCTTACCGCAACCGCTAATGTTCACTGTTGGACTAATAGACCAAATCACCAAGCCGATTGCCAAAATAACCCAATCGCTTAATGGTCTTGCCTCCAACTACCAAGCCGGAACCATGCAAATGGCCTCCGGTATTGGTGGCATTGCGGCCAGCGGCATAGCCTTGCAACAAGCGCTTATGCCAGCCATTGAAATGGATCGCGCCTTAGGTGAAGTTAAATCCTTAGGCGTGCAAGACGACGCCTTAAAAATGCTGGCTAACAACTCCTACGACTACGCGCTCAAATACGGTAAATCAGCCACCGACTTTGTGCGCTCAAGCTACGATATTCAATCGGCCATTGCTGGCCTAAACGCCGCCGATTTATCCAGTTTTACCATGTCATCTAACGTACTGGCCGCCGCCACTAAAGCCGACGCCGCCACCGTGACCAGTTACATGGGCACCATGTACGGCATCTTTAAAAACGATGCCATGCAAATGGGCGAGGGCGCATGGGTGGAACGCTTAACAGGCATGACCGCTACCGCCGTACAAGCCTTTAAAACCGACGGTAAAAAAATGGCCGACGCCTTTGGTGCCTTAGGTGCCTCGGCGGGGCTTGCGCCACTGCAAGAGCAAATGGCGATCATGGGCACCTTGCAAGCCACGATGCAGGGCAGCGAATCAGCCACCAAATACAAATCATTTTTAGCCGGAGTGGGTAAAGCCCAAGACGCGCTAAACCTTAAATTTACCGACTCACATGGCGCTATGCTGCCCATTGTTGACATCCTCAACAAAATTAAAGGCAAGTACGGCGACGTGATCAGCGTGGCCGAAGGTGACGAACTCGCCAAAGCGTTCGGCTCGCAAGAAGCCGTGTCCATGGTCAAGTTATTGTTAAACGACATTAACGGCCTAAGCGGCTCAATCAACATGCTCGGCAAAGTCAAAGGCATGGAACAAGCCGAAAAAATGGCCGCCGCGATGACCGACCAAAGCGAACGCCTCTCCCAAAGCTGGTATGTAATCCGCGCTGCAGTAGGCACCGCGATTCTGCCAGCCTTTAACAGCTTTATCGGCAAAGTCGCCGATGCAGGCAAAGAGGTGATTTGGTTTACTAATATGTTCCCCAACATCACCCGTTGGCTGGGCTATGTGGCTATCGGCTTTACCTTAGCTGTGGCCGCAGGCGGCTTATTCACCGTGATGATGGGCGCGGGCAAAATGGCAATGACCACCTACGGCCTTGCGGTAATGGCATGGACGGGCGCTAATGCCTTGTTTACCAGTGGCCTTGCCACCATGCGCGCCATGTTACTGGCCGTTAACCTTGCCATGTACGCCAACCCAATCGGCTTGATTGTCGCGGGTATTGCCGCCGCCATTGCCGTAGTCGGTGCGCTGATTTACTACTGGGACGACCTTAAAGCCACCATGGGCGAATGGGGCTGGGTGCAGGCGATTGTCGGCATCTTTAACACCGTTTGGGGCGGGGTGAAATCCGTCTTTAACGACACAATCAATTGGATTATCGAAAAGCTAAATTTAATCCCAGGTGTCGACATTAGCACCAACGTAAGCGCGGGCAGTATGCCCAGCGTTGACGCCATTTCACCCGTGCAAGCCAACCTCACCCGCGGCGGCATTAGCCAGCAAATCGCCAACGCTAACAACAGCAAATCGACTCATATCGGCGCCATTCAAATTTATCCGCAAAAGGTTGATACCAACTTTGCTAACTATGTCGAGATGCACTCATGAGCCTCTATATCGATTTACACATCAGCAACGGCGACGTGGTGTTAGATGCAGGATTAAACCCAAGCTATTTAACCGACAGAGCCGCCATTGCCCAAGACATAGTGCACGCCATTTTAGACACCGGCTTAGCGCATCTTTTAATTAGTGACCGCGGCACAGGCGTCACCGCCGATACCCAAGTCAAACTCAAACTATTAGTTGAGGACGATTTGCGCATCATGCCGGGCACAGTGCGCATTGAACAAGTCGCCAGCGGCCAATGGTGGGTATTTGCCGACACTATCGACTTTGGCCCTATCGCTAATCCAATCACAGGGGATCTTTAATGGCTGATAAAATCGACGTGCCAACCATTGATTTTGCCAAAATCGTCGAAGCCGCAGGCATACCGACCACGGAGGACGGCTGGAAGGCATTATTTAAACAGGACGTTGAAGCCGAAGGCAGCATCATTGCCAACGACTCGCCTTACTCGCCGTTCTGGCGCGTGATCACCGCTATCGTTGCCAAGCCAGCGGCATGGATAGTTAACAAAGTGCTGATTGGGGTGATCTTACCTAACCTGTTTTTACTCACCGCCAATGATGACCAGTTTGTCGAGGCCAAAGCGTGGGAGCACGATCTCACCCGTAAAGACAGCAGCAAAACCAAAGGCAAAGTGCGCTTTAACCGCGCCGCCGCCAGTGGCCCAAGCTTATTAATCCCAGCCGGAACTTATGTGCAAACAGATGCCATTAACGGCGTGGTGTATCGCGTAGTCACGCTGGCCGATGCCATCTTGCCGCAAAACAGCTTAAGCGTATTAGTGCCAGTGATTGCCGAAAACGCGGGCGCAGCCTACAACCTCGGCGCGGGGTATTACCACGTATTACCGGAAGCCGTAACAGGCATTGGCAGCGTTACCAATGAGGCCGACTGGATAGACGAAGCTGGAGCGGATCGCGAAAGCCTCGACGACTTAAAGCTGCGCACCCGCAACGCCTTTACCGCCGCCGCGCCTTGGCATATCGACGCCGTTTACCGCGCCATTCTCACCGAACGCGCCGGACTCGATACCGATAACATCTTTTTTGAGCACGACGCCCCAAGAGGCCCGGGCACCGCCAACGCCTATATCTTGTTAGACACGGGAGAACCCTCGGCCGCCATGCTGGAAGACCTAAACCAATACGTGATGGACAAGGGCTACCACGGCCACGGTGATGATCTGCTTGTACTCGCCATGCCGGGTGTTGACGTAAATGTGGGCGTTACTGTGTACCCGCACAGCTACTTATTAGCAGAGGAAGTCACCACCTTACTGGCCGACGTTGAGCAGTTTATCCGCTGCGCATTCCGCGAAAATAGCGACTACACCGCCACCCGCACCGAGCCGTTTGTGCGCTTTAGCTTTAGTAAGTTAGGCCAAGAGTTACACCGCCAATTTGCGGGCATTGAGTCGCTTAACTGGCACCAAACAGATATTACCAGCGCCAACAACGTGCCGCGCTTAAGCACGCTCACCATTGAAAATGGTGGCGCATGATGAGCCTAAAAATCGATTGGGCCGCACTCACCAAAATGCCGTACTGGCTGGCACGCCCAGCCAGCGAGCTAGACAAACTGCGCAAAGGCGCGGTGCGTTTTTGGCAGCGCTTTGTCGACATGCTCGCATTCCCAGCTAAACAACTCGACCCCATGACCGCCGAGCTGGAATTTGTGCACTTACTGGCATGGGAGCGGGATATTGAGCAAATCCCCAACGAGACAGAGAAACTATACCGAACGCGCGTTAAGTACGCGCTTAAATTTGCCCAAGGCGCGGGTAGCAAATCGGGCTGGTATTACATGTTTAAAAAGCTCGGCACGCCATGGATCACCATTGACGAACGGGTAAGCGAAACAGACTGGGACGTCGTCAGCCTGCAATTACTCGACAGCGATTTAGCCGATAGAGCGGGATTGATAGACAACATTTGCCGCCAATACGGCCGCACCACGCGCCGATATCAGTTCGACACCATCGCCAGCATGCCGCTGGTCGCACCGCCAAACGACTTTGCATTAGACAGCTTAACAGGCATGGCGCGCTTAAGTGACGACATGCAACCAACCATAGGCCTAGGGCTTATGGATAACGAATCCCACTTTGTTGTGGCAAAAAAATCACAGCTCATTAGTTAAAGAGATAAGGAACGAAAATGGCATCAGTAATCACAATCGCAGGTGAACAACTCTTTGCGGCGAAAGCACAGGCTAATGAACAGCTCGACATTGACACCTTTATTTTTGCCAACGTGCCAAACCAAGACCCTAACGCGCCCATTAATCGCGAAGAGGGCATCCCCACAGCGCACATTGTGTACCAGCAAAACGTGCAGCAAGTAGGCCGCATTAACGACAACGTGGTGGTGTACTCCACCGTGTTAGATAGCATTACTGGCCCGTTCGAGTTTAACTGGGTAGGGCTGTATTCATCGGTTAACCAAAAGTTAGTCGCCATTAACCATGTGCCAACAGTCACAAAAACCGCTACCGCACCAGGTGCAGCAGGTAACACCTTAAACCGTAACTTTGGTATTGAGTACAGCGGTATCGCAGAGTTAACGGGGATTAGCGTTGAGCCAGAAACATGGCAGCTAGACTTTACCGCCCGTTTAAGCGGCATGGATAAGCTCACCCAGCAGTTAGCCTCAGATATGAACGGCAAAGACTGGTTTATTGACGATGGCCTAAAAGTCGTGCCACGCGCCACCGCCAACAGCTTTAGCGTAACGCCAGGTGTGGGCTATGTGTCTGGCCTACGGGTAGAACTCAAGCAAGAGCATATTTTGATCGTCCAAAGCTATCCGCAGTTTGTTTACGTCGACGCATGGTTTAGCGGCAACGCCAACAGCACATGGTCGCCACAACTGGCATTCACCGTCACCAACACCGAAATGGATGATTACATCGATCCAAGCGGAACCCAGCACTATGTGTATAAGCTGGCAATAATAAATTCAGATGATGAAATTATAGACTTAAGGACATCTAGTAAATTGAAACAATTGAAATTTAAATCTGTTTCAAAAATGCTTGAGTATATAAAAGCTGTAGGGCCAGTTGATGGGATTGAATATATTGTTAATAAAGATATAGGTTCAATATCAAATGATGACCTATTGAATGGAGTGTTTGTATATGAAAAAAGCATAAGTAAAACTGAACATGACGGCGGTATCATTATTGACTATGAAAGAGATTTACCTTTTGATTTTAATAATAAAAGCGAAGTATACAACTGGTTAAGCCCAAGCAATAATGGATATGGTGTAATAGTTAGACAAAATGTAACAAGTGTGATGCCTGAGTTTTGGGGGGCTAAATGTGACTTTAATAAAGTTACAGGATTAGGCACTAAGAATATGCCTATGATACAGGCAGCTATTAATTTTGTTCAAAAAAACAACTTGAAAGAAATAATATTTCAAAATGGAAGTTACTTTTTAGATGATGAATACAAACCTGACTCAAATAGTAATCTTACAATTCAATTATTAATTGGAAGCATTACAAGCGAGCAAAAACAAAGAGTTAGCGGGATTCATCTAATTGGTAACAATACAAAATTGTACGCTGGTAAAGATGGGCGAATGTTAACAATTGCTAATGCTGAAGACGTTAAAGTTTGCGGCTTCACGTTTATTCACTGGGTAGGAGGTTTAATTCATGGTTTGCGAGGTTTAAACGATAACGCAATTAGAATTTGTGACAGCTCATATGATGTCGAAATATTTGATTGTTACTTAACAAACCATTTAGGATGGGGAATAGACATAACGTCTAACGCAGAAGATCCAGCATCAAATAATTATATGTGTAAAAAAATTAAAATACACCACTGTAAGATCAAGACTCGTTTCGGTAATGGGAAGCGAGCCTATAATACTCTTGACAATCCTGAAGATGAACAGGGAACAGGCGGCGCGTGGTGTATAGCGGTAATAAATGGTGAAGACATTGATATTTTTGAAAATGAATTAATAGGAAATATAGACTTAGAAAACAATAATGTTAACCAAACATTTAAAACAATTAAAATAATAAAAAATAAATTTAGAAGCGGATGGGTAACGCCTCAAGAAATTATTGGAAATGATTTCTGGCATGACGAACAAGAAAACGAGCGTGGAACAGCAGGAACAGAAGAGTTAATGCAAGGTGTTCTGTTTAATGGTGTTGGATTAAATACAATTCCAGAAGGAATAGCATGTAATGATAATGAGTTTGAGAAAGCACTATTTAAAATTTATGCAAACTATCGAATGTCAATAAGAAACAATAAAGGAAATAAAGGAAAAATAGAAGTTGGATATGAACAGAACGGGGAGCAAATAACATATTTGCCAGATATTTCTTTTAATGATGCTGAACAACCTTTATACGGTGATAGTTTTATTTCGATAAAGGGAATTGTTCAAGGAGCATCAATTAAATTTAATTCAATTAGAGATGTATCTAACTATAATACAATTTCACTTGACAATGTAAGTGGAAGAAATTATATGAGCGATAATAATTATTTAGGCAATAAGATGAAATCTGGCATTCCATTGTCGAGCGGGAAATATAAGGTAAGAATAAAACCTTTTATGACTCCAACATGCACACTTAATACAAGTGTATTCCTTTGGGCGGGGGCAGGAAGCGGAATAATATCACACTTATGCGGTGGTAATTATGACTCAATAAACACATTTAATGTTGTAAAGATTTTAGAAGAGTCCGCAAATGCATCAGTATCTTTTTCAGATTTAACAAAGCTTGGTAATGGTGAATATCAGTTTTACGTAACAGTTGCTAGCGCTGGTGAAATTTCATTTAGTTCAACAGATTCTTATGCAATTGTTAGTGTTGATAAAGAAATATAGATATTTAAAGGCCGAAAATGCTAACTCTCAACTCAACCGCCATCAGCCTTAAGGGGCTGCGCATCACCGCCAGCCAAGAGCTGGCGACCGAGGACGCCAGCGGCCAAAGCTCAAGCACTGAGTCAGCCGAAACGGGCATAAAAGCCAAAATGCTCACGGTAACCGGCTTTATCCTATTTGTGGATGAGCAGCAGTTAACCGACCTGTTTAAGCTGGCCGAAGCCACGGAAGGCGGCGCGCGCACCACGTACCGCATCAGCAATAAAACCGCCTCTGCACTGGGGATTAAACAAGTAAAATTCGCCAGCAAAATTGAAGCGGTTGAGCAAGAAACCACCCGCCAATGGAACGTGAGTTTTACTTTAGCCGAAGTGCGCAGCGTGCCGCAGAAAAAGGAAGAACGCGCGCCGCAAGTCGCCGCCGCGCAGCAGGGCAGCACAGGCCAAGGCACGGAATCAGCAGGCGGCAACACGCCGCCCAATACCGAGCCAGAACTCACGGGCATTATGGCCTTTTTAAAAAAGGTCGATGAGGGGCTAGCATAATGGCCGAACCCAATGCCAAGTTTATTACTCGAGCATACATCGGCGGCCAATTGGCCGCCGTAAGTGATCATTGGTGCGTACTGCAAGCCGCATCACCGGGCACGTGCCAGCTCACCATTGATAAACCCGCCGAGCGCCTAACGCCTATCGCCTTTGAAATGGGCTGGGGTGAGATGATTGAACGGGTATTTTTAGGCTATATCGAGCGCAGCATGCCAGCGGCTAACGGCCTGTATACGGTGTTTTGTCGTGAGCTGTCATCGGTATTAGCCAACCATTTAGACGTAACACTGCGCCACCCAACCTTGCGCCAAGTGTGCGACGAAATCAGCGCGCAAACGGGCCTTGAATTTGTGTTACCTGAAAAGCCATATGCCGACACCGCGATCCCCTGTTTTTATAGCGACACCTCAGGCTATGCCATGCTGGATAATCTAGGCCGCACTTACAAGGTGCCGGATTTTATCTGGCAGCAGCAGGGCAACGGCAAAATCTATTTAGGCAGTTATCAAGACTCGTTTTGGGCGGGTAAAGCGATCACCATCCCTCAAAGCCTAATGACAGACCAGCAAGCGGGTAAAACGGCCACTATTCCAGCCGTGCCAAAAATTCGCCCTAACGTCACCGCCAACGGCGCCAGAATTGCCAAAGTCGAGTTTAAGGGCACTAACATGACAATCACTTGGTGAAAGCATGGAACAAGTCATTAAGAAAATTATTTATCGATTATTCCCTGAACTGAGCGCGCAACTGCATTTACCGCGCTGGGGTAAAGTGGTGGCATTGCCAGAGCTGCCAGCAGAAGACGGAGAACGCCGCAGCGATGCGTTTTATCCGCGCTATGCCGCAGACGTGCAACTGCTCGATGAAAACGGCACAGCAACTAAATCCAAACCATTGCAGGCCGTGCCGCTACCGCTGAACGGTGCAGGCAATAAAGCTGGAAGACTCGAACCGCCGGCTATTGGTTCCATCGTCGAAATCGGCTTTGCCTATGGTCGGCCTGATAAGCCATTCATTCGCACCATTCTGCCGTTCGGCTGGGATCTTCCAGCCATCAAAGCGGGTGAGTCACGCACCCAAACCCGCGAAGGGGTTTATCAGCACATAGATGACGTGGGCAACTTCTACAGCGTGACCGATAAAGACAGCACTATCGAATGCCTAAATCAGCGCATTAAGGTATTAGAGGACCAGCTCACCGAAGTCTTGGGACAAATGACGATGAATATCACTAAGGACTTGCGCATCACCGCGAAAAACATCACCGAAGACGCCGACACCATCAAACTAAACGGCGGTTCGGCCGTCGTCACCTGTGCCCATATCTGCCACTTTACGGGCGCACCACATGGCGATGGATCATCAACTGTTAGCGCAGGCAAATAAGGGGAAGGATAATGGCACTCAGCAACGGATCATTAGAATCGAAAATCATCAACGAACTACAAGCGCAAGGCTTTACCACCGACGGCACGCACGCATTCGCGGGCAAGATGGCCGCCGCCATCGCCAAAGCCGTGATAGATGAAATCACCGCCAACGCCGACGTGGTAGTAACAGCAGGCAGCAGCGCAGGCACCTACAAAGTAAGTTAACGCACAAACCAAACACATAAGCCCAGCCAACACGCTGGGCTTTTTGTTTGCAGCAGCAAAGACAAACTAATCTATATTGCTGCAGTACAGATAAACCCATCTATGCGGTACCAAATCACATAAACACATCCATCGAGTAAAGACGGGCGCGACTATGTTGGCCATGCCTAAATCAACTCCGGTTCAACTCCCAAACGAGGAACTGAACCCGCGTCCATAAAAAACCATGCAGAAAACATCAACCATCAAATTCAGCCACGGAAACCAGCGCAACAGAGAAACTAAGCCACGAAATCCGCACTCTTCCTCACCCTCCTGCGCGGTTTGCATCTTAATTTTTTTTCAGTTTTAGTTTATTGCAGTTCATAGGCGCAACCAGCGCCATTCCTAGGGCTTTTCGAAGATCAAAGATCTGAAATGATCGCGGTTTATTTCACTGTTTTACAGTTCTATACAGCGCGTTTAAACGTGTGCGAAAAATGTTAACTATTGATTTAATTATTTATTGCGTGGATTTCGTGGGGTTTTTGAAGTTGGCAAGAAAAATAATTAAAAGATCTAGTTTAATTAAATCAATATCTTAACAAGATCAAAAAATGAAATGAATTTTAGCAGGCTTAAGCGTTAAAGAGGCAGCAGGTGAACGACAAAAAAACCAAATCAGCAATATCTCGCTGTCGCCATTTTGCCGCCACTAAAAAGAAAAAGGACTTAGCATTTCTGCTAAGTCCTTGTTTTATTTGGTGGAGGCGGCGGGACTTGAACCCGCGTCCAGAAAACCTACATCCAAGGCGCTACATGCTTAGTCTTTCTATTGTTTAACCGTTTGAACTCCGAAAGACAGGATCCCAAACGGTGAGTCCGGTACTGTTTCGCGGTTCACCCCCGGACAGGGTTCCCTCGCTAGCACGATGTGAGATGACCATCAAATCCACTGCCCATGTGCGAAGCGTGTGGTAGATGGCTAGCGGCATTAAGCGGCTAGAGCGTAGTTATCGTCGTTTGCAACTATAACTTTGCGGCTTTTAACGAGGCCAACCGCCCCTCGGCATGCTCCCAGGGTTTCGTGAATCCTGTCGAATCCAGAATCGCCCCCAAGAAAGTAGATTGTAACTCGTAGCGTAAAGATAACCTAGTATCATTTGCTGCAAGTTCAATCGTTTGTTCATTATCCGCGCGTTTTTTCCTTTTTCATTACGCGGGCTTTTTCGACTTCCCATTCGCGCGCTTTAGTATCTTCACGCTTGTCGTGGTCTTTTTTACCTTTACCTAGGCCGATTTCCACTTTGACCCAAGCCCCTTTACGCCAGTACATGGAGATAGGGATAATCGAGTAGCCTTGGCGCTCAACAAGACCGGCTAATTTGTCTAACTCTTTACGACTTAAGAGCAATTTCTTCAGTCTAATCGGGTCGCACACCACATGAGTGGAGGCAGTATTGAGCGGAATAATGGTACAGCCGTGCATAAAGGCTTCGCCATTTTTTAAGAAGACGTAGCAGTCCGATAGGTTCACTTTACCCATGCGGATAGACTTCACTTCCCATCCCATGAGGGATAGGCCGGCTTCCATTTTTTCTTCGAAACGGTATTCGAAGGTTGCGCGCTTATTACGTGCGATTGTCGCAGGCGCGGCTTTTTTTGAGTTTTTCTTTACCAT

Protein sequences of DBSCAN-SWA_1

>JGVI01000034|86567:122328|90834_91065_+|KEK29105.1|DBSCAN-SWA
MSNITINIDAPFLPYAAYAARTGTTVDNVRYLVRVGKLPIRPKQSPKEDPMINMVALFAEAAALCGTQTIQANHNR
>JGVI01000034|86567:122328|86567_87815_-|KEK29101.1|integrase|DBSCAN-SWA
MCARATRLSDKEIKSIKPDDKDKVLSDGDGLQLRVRCNGSKLWNFNYRHPTTKARINIGLGTYPEISLAQARQLTLENRALVAQGIDPKEHRSQKRLEEQSITEHTLFNVASQWIETKKHNVTADYATDIWRSFERHVFPKLKDMPISKITSPMIIELFRPIEASGSLETVKRLTQRLNEVMVFAVNCGLIFANPLVGVKAGFKKPVKENMATLKPEELPELMLALANASIKRTTRCLIEWQLHTMTRPSEAASTRWDEFNFEEKTWTIPAEKMKKRRVHTIPLTEQMLALLETMKPISGHRPYVFPSDRNPLEHCNSQTANMALKRMGFANRLVSHGLRSLASTTLNEQGFEPDLIESALAHVDSNQVRTAYNRTDFLERRRPMMSWWSNYIVEVSKGNVSLAHNARNLRLIAQ
>JGVI01000034|86567:122328|119069_119759_+|KEK29143.1|DBSCAN-SWA
MAEPNAKFITRAYIGGQLAAVSDHWCVLQAASPGTCQLTIDKPAERLTPIAFEMGWGEMIERVFLGYIERSMPAANGLYTVFCRELSSVLANHLDVTLRHPTLRQVCDEISAQTGLEFVLPEKPYADTAIPCFYSDTSGYAMLDNLGRTYKVPDFIWQQQGNGKIYLGSYQDSFWAGKAITIPQSLMTDQQAGKTATIPAVPKIRPNVTANGARIAKVEFKGTNMTITW
>JGVI01000034|86567:122328|92780_92981_+|KEK29110.1|DBSCAN-SWA
MSNIKWQSTFHKRAAHAFISSKVAGEASLCGRETLHNGETHQEPQGQACGICLKKIEKINEAEANA
>JGVI01000034|86567:122328|113958_115158_+|KEK29139.1|DBSCAN-SWA
MADKIDVPTIDFAKIVEAAGIPTTEDGWKALFKQDVEAEGSIIANDSPYSPFWRVITAIVAKPAAWIVNKVLIGVILPNLFLLTANDDQFVEAKAWEHDLTRKDSSKTKGKVRFNRAAASGPSLLIPAGTYVQTDAINGVVYRVVTLADAILPQNSLSVLVPVIAENAGAAYNLGAGYYHVLPEAVTGIGSVTNEADWIDEAGADRESLDDLKLRTRNAFTAAAPWHIDAVYRAILTERAGLDTDNIFFEHDAPRGPGTANAYILLDTGEPSAAMLEDLNQYVMDKGYHGHGDDLLVLAMPGVDVNVGVTVYPHSYLLAEEVTTLLADVEQFIRCAFRENSDYTATRTEPFVRFSFSKLGQELHRQFAGIESLNWHQTDITSANNVPRLSTLTIENGGA
>JGVI01000034|86567:122328|98991_99354_+|KEK29120.1|DBSCAN-SWA
MTNTELKQLRTLLFLDVTEAAQHIGDCEPRTWQRWEKGDRAVPVDVAQTMQMLALTRVDMLQVEYDAADPMYQYFSEYEDFKAATGATGASVLKWRLAQSVSAQLVSEQQAEIWRAEETI
>JGVI01000034|86567:122328|92977_93214_+|KEK29111.1|DBSCAN-SWA
MSASHSNQSQILAELGYKQRNHMRTNQDAGFRSDGQPYASRAKVGKEKRLARERTRQIEDINLAKELGISLQELTGAL
>JGVI01000034|86567:122328|115154_115796_+|KEK29140.1|DBSCAN-SWA
MMSLKIDWAALTKMPYWLARPASELDKLRKGAVRFWQRFVDMLAFPAKQLDPMTAELEFVHLLAWERDIEQIPNETEKLYRTRVKYALKFAQGAGSKSGWYYMFKKLGTPWITIDERVSETDWDVVSLQLLDSDLADRAGLIDNICRQYGRTTRRYQFDTIASMPLVAPPNDFALDSLTGMARLSDDMQPTIGLGLMDNESHFVVAKKSQLIS
>JGVI01000034|86567:122328|90056_90752_-|KEK29104.1|DBSCAN-SWA
MSDFYKLKNNKFRYPLDKPIQYEGGKVIIERLIHLFKVSNRLELAELIGVTPATLSTWTTRNTTPHELIIRLHLAMNTPVEYLCFGTGRSFGVEIDEGFVVGESAPKYTALIEPDEAYKMPILTVCEIENGALSVIEKFRMDSGLFFLNSIQPNTDDFLLKDAGRKLFINARETVVTKGRYLFSVNGAYQVGDLRQMPDGNTYFFDGDDKYPINPNATKIHGKVVSVIETV
>JGVI01000034|86567:122328|121836_122328_-|KEK29146.1|DBSCAN-SWA
MVKKNSKKAAPATIARNKRATFEYRFEEKMEAGLSLMGWEVKSIRMGKVNLSDCYVFLKNGEAFMHGCTIIPLNTASTHVVCDPIRLKKLLLSRKELDKLAGLVERQGYSIIPISMYWRKGAWVKVEIGLGKGKKDHDKREDTKAREWEVEKARVMKKEKTRG
>JGVI01000034|86567:122328|91118_91682_+|KEK29106.1|DBSCAN-SWA
MYSKLAGTQAASSSQIKAAHQPHVAGALRQFADSEELSEVATAANISKPQMLRNKLLLNQPHQLSIHEAVDIAKVSGNRCIIDGMLLELGCVPSVPVAELENSERLSLTDRALEITANSASLGAIALDIKARRRVNERMRHEVVKRASLVMSELAIFVHDVEQKFQAVPVLSVAFDAMQTMPMPGVM
>JGVI01000034|86567:122328|98657_98951_+|KEK29119.1|DBSCAN-SWA
MTTFRIENVRIETINDFDMVKFDLVTDLGRVELAEHVNYDSEGDFKSVEYTDSNIRYNMVDELCSVFDLTDKPSLMPAIDYVTFAEIIEAVEEMLEA
>JGVI01000034|86567:122328|97049_97415_+|KEK29117.1|DBSCAN-SWA
MKTLVQGCETAQQFEILLKLTSISSQAKKDALRAYLVDGLPAKRAYARYGVTQQHFSEALATLNQKADMAMQYAATQKSLIAVNSKEQDISQLEQALKNNNGRGYQPILMNHQYSTPPGDD
>JGVI01000034|86567:122328|93641_94208_+|KEK29113.1|DBSCAN-SWA
MSSTHGNVRENELYPTPDHVVDALIAQLVLRPTDRFLEPCIGTGAIYDKINLPDAQKSWAELDRGVDYLTTPFSQQDVIITNPPFSLTTEFLLKSLSELAPDGTLAYLQRVNFLGSKLRVQFWAQVGFPDKTPIIIPRPRFVGGGSDSCEYSWFIWDRGNRFPTIPKGLSHIISKVPPKAKKQKAKAA
>JGVI01000034|86567:122328|91689_92184_+|KEK29107.1|DBSCAN-SWA
MSQLAVKPTPAPAARQLPPAANEHGGDAGLNAIAAMRAALGKTSAASKFDRLSPQQKAILLLAARLRPSQYINRPLLTLTTDEREAIRHALISLVDLGRAFAAVPLSRDQFIAPKITMPLSAQQTGQQKAAQQAPQRQEVNSGFDEISRLAAELASEITELDKH
>JGVI01000034|86567:122328|119763_120459_+|KEK29144.1|DBSCAN-SWA
MEQVIKKIIYRLFPELSAQLHLPRWGKVVALPELPAEDGERRSDAFYPRYAADVQLLDENGTATKSKPLQAVPLPLNGAGNKAGRLEPPAIGSIVEIGFAYGRPDKPFIRTILPFGWDLPAIKAGESRTQTREGVYQHIDDVGNFYSVTDKDSTIECLNQRIKVLEDQLTEVLGQMTMNITKDLRITAKNITEDADTIKLNGGSAVVTCAHICHFTGAPHGDGSSTVSAGK
>JGVI01000034|86567:122328|96554_96815_+|KEK29115.1|DBSCAN-SWA
MKHSKPAFSPTFAKAKVNKQAQKAKAQHCCSCGCFIPFEQRNSTNACEKCADEMAFLYSTVEQSSAQITEDYRKEHPSDDWDDEAF
>JGVI01000034|86567:122328|92490_92784_+|KEK29109.1|DBSCAN-SWA
MNKELSTQTTAATAPQFDLSNPQHLAMRKLMADVYLRHANALERGLEQLAIYYRGMGQGLERFAVYVLADPVLSSLSASLNFALFYMEELYRVRAAA
>JGVI01000034|86567:122328|113629_113959_+|KEK29138.1|DBSCAN-SWA
MSLYIDLHISNGDVVLDAGLNPSYLTDRAAIAQDIVHAILDTGLAHLLISDRGTGVTADTQVKLKLLVEDDLRIMPGTVRIEQVASGQWWVFADTIDFGPIANPITGDL
>JGVI01000034|86567:122328|111095_111365_+|KEK29135.1|DBSCAN-SWA
MEQLTNWMLVSIGVITVFLAVVVPLVAYLNSAVNRTRSEIGDLRTHVAETYATKHDVRELGDRMERQMDKGFENLKTFLINTIKNKDAA
>JGVI01000034|86567:122328|111884_113633_+|KEK29137.1|tail|DBSCAN-SWA
MSLPQPLMFTVGLIDQITKPIAKITQSLNGLASNYQAGTMQMASGIGGIAASGIALQQALMPAIEMDRALGEVKSLGVQDDALKMLANNSYDYALKYGKSATDFVRSSYDIQSAIAGLNAADLSSFTMSSNVLAAATKADAATVTSYMGTMYGIFKNDAMQMGEGAWVERLTGMTATAVQAFKTDGKKMADAFGALGASAGLAPLQEQMAIMGTLQATMQGSESATKYKSFLAGVGKAQDALNLKFTDSHGAMLPIVDILNKIKGKYGDVISVAEGDELAKAFGSQEAVSMVKLLLNDINGLSGSINMLGKVKGMEQAEKMAAAMTDQSERLSQSWYVIRAAVGTAILPAFNSFIGKVADAGKEVIWFTNMFPNITRWLGYVAIGFTLAVAAGGLFTVMMGAGKMAMTTYGLAVMAWTGANALFTSGLATMRAMLLAVNLAMYANPIGLIVAGIAAAIAVVGALIYYWDDLKATMGEWGWVQAIVGIFNTVWGGVKSVFNDTINWIIEKLNLIPGVDISTNVSAGSMPSVDAISPVQANLTRGGISQQIANANNSKSTHIGAIQIYPQKVDTNFANYVEMHS
>JGVI01000034|86567:122328|101009_102815_-|KEK29123.1|DBSCAN-SWA
MAYSPEIREAAKRLYLKRWTPDEIRVDLKLPSNRIIYYWADKYGWRDLLREEEVDEAIARRIVLLTDIQDKTGNQIKELEILINQHVRLKKQRVDAERKLSADDNNQGGNERKSGANGAKSGVKSGADGAPRKGRKLKNDISELTPEDFEPWVDSLFDYQRLMRDVKNDPTKPRTRNVLKSRQIGFTYGCSGEAFEDAVLTGENQIFISATRAQAEVFRSYIIKIARNFFDIELTGNPIVLSNGAELHFLATSANSAQSRSGNVYVDEYFWIKDFKKVSAVVTACATQTRFHKTYFSTPSAKNHPAYPFWTGDDWKGDNKSREFIEFPSDKELKDGGRVCPDKQWRYIIDVETAVAMGCNLIDPAELKEEYSPEVYENLYMCVFVDDTASVFKFDALSKLMIDASKWQDFKPGEARPFGNREVWLGYDPSRTRDNACLVVVAPPIVAVEKFRCLERHYWRGLNFQHHVSEIEKVFKRYNVTYLGIDTTGIGGGVWDTIHALHPREAVAIHYSNENKNRLVMKMIDVVEGNRLQLDQDMKDLPAAFMAIKRGMSGSGNMMTFKADRSEKVGHADGFWALSHAIINEPLNYLHKRTSSWAMQH
>JGVI01000034|86567:122328|118542_119070_+|KEK29142.1|DBSCAN-SWA
MLTLNSTAISLKGLRITASQELATEDASGQSSSTESAETGIKAKMLTVTGFILFVDEQQLTDLFKLAEATEGGARTTYRISNKTASALGIKQVKFASKIEAVEQETTRQWNVSFTLAEVRSVPQKKEERAPQVAAAQQGSTGQGTESAGGNTPPNTEPELTGIMAFLKKVDEGLA
>JGVI01000034|86567:122328|105124_105742_+|KEK29126.1|DBSCAN-SWA
MSAIANFKARREAAKRAQSLPADAPENTKAPENEALLLLAELLGCDVDQAIEQGREQVAKNAEFASRTGLQFDRAEGQDQTALATVTTDDQGNIASIIEHAAELEDSAANVSTAAETALDAADKVSDSADKVSTAASNLESAATNLENAAGAVDESASSLAYTAEDLGDIKNELKDVAAELKKPSAAPASSRGAKTAAPKRSLKK
>JGVI01000034|86567:122328|99418_99916_+|KEK29121.1|DBSCAN-SWA
MEYKRIYISTHKQYAIEPEILARLHCVSCDKVEKWLDKQCEDSPDFSAIYELQMLISRLELAMPNDLLKCILRSQNRVVELIESLDKNPITKEKISKQKRTRTRRAVYYYNKKPLYSREIAKRLGLDISHSTIIAKIRAAGLKVGDSIDDVDFSRKRAENKSKSS
>JGVI01000034|86567:122328|103018_103954_+|KEK29124.1|capsid|DBSCAN-SWA
MTQLVTDWLRIATEGNTFQNVPIQRQWIVDIAETYDAKKYGARIWPEHRRWYGAWGDVLEVKAEEVDGKLVLFAKIKPNSQLVSANEQDQKVYTSIELDEDFAKSGKAYLTGLGVTDEPASLGTDRLKFSAKDRFATHKYGAPEQLVMRYQTTNTEQQPTDKATEAASLFSKLVSLFSTQAPDPTKQEAATDQPEEQPMDKQQFETLMGVVNGLTTKFNELEGKVDAFGKKPEGTTEQPEPAAVTTTTTPAPAAKPEATGVTAEQFSTLMTSVNGLVAKVDGMETKFNKLSAEVDGQEPDPAGKGNEYQVV
>JGVI01000034|86567:122328|110510_111092_+|KEK29134.1|DBSCAN-SWA
MNWKDIASTVGGIAGAVAPLLGGPVGLAVSIGSQIAGALGTDNTPEAVAAALQRDPNAALKLQEWAMQEREQIRQGHIELQRLALDEYKTELSDRQQARQVHKDHWMPSTLTIALVLIFAAQLIVLFYLPIPAENRDLIVYLSGNFVPFVAAAVGYWLSSTRDANNREKLMTLAKQPQEPRPAPPTMPPKAGA
>JGVI01000034|86567:122328|111361_111628_+|KEK29136.1|DBSCAN-SWA
MKKTIVLTIAGTDFSFHVTAKDHSDFIDAMARGGSATAASHNFIMRSIDDGQKDDFKKLLESAPGAEVQIAGELKTEFAPVLEIAVKK
>JGVI01000034|86567:122328|92248_92488_+|KEK29108.1|DBSCAN-SWA
MTKPSIAAQVTPAQAIINEANRVIATLNFSTPADRDMVEAVLESLKEVADIIAPSVGKTLGIRLIAIRNNIHVNSIQAA
>JGVI01000034|86567:122328|109950_110499_+|KEK29133.1|DBSCAN-SWA
MSQIKNHLIEDLIEREGGYVNDPTDRGGETMYGITLKTARQYGYKGAMKDLPYELAFMIYEAIYWAPLKLDDIQVISEALTEQLFDFGVNSGAGNAGRSLQRALNVLNNRQTLYPDLTEDGVLGSRSIAALKTYVSQRKQAGLKVLVEAVRGQRISFCIDIATNDESQEKYSFGWLQRIVNL
>JGVI01000034|86567:122328|109745_109949_+|KEK29132.1|DBSCAN-SWA
MDAVDLVTREQLRAEHRFEQHRKALAAKPVPQSATDCAECGDEIAEGRRQAIKGVQLCTECQSLSEK
>JGVI01000034|86567:122328|107013_107502_+|KEK29128.1|DBSCAN-SWA
MSQTVSQLQQVTEFLYESLKPYVKANNIDAWQERGTLILSGEDLGNNGYQVAKWKHNAVIAIEQFPHRKFNAYNLLAMLPAFLLDSGWPRDEYGLADPQLDIDVVSRDHAMVLIELELIDDIDLIPDANGPVLFNGEHYRVALVPVDVAETADVQTRPEGAQ
>JGVI01000034|86567:122328|88171_89203_-|KEK29102.1|integrase|DBSCAN-SWA
MTVRNLKDGSKLPWLCECYPNGRDGRRVRKKFATKGEATAFELHTMKAVDDKPWLGDRVDNRRLSELIQLWHDLHGQQLAEPDNRLRKLQLICSGLGDPIASKLTVNDFAHYRQQRLDGEIPDMQGNKTAVKATTVNHEQAYLHAVFAELKKLGEWLQPNPIEGMAQFKIDDSELAFLYPEEIPRLLDECRNAKYEHLVTIVMICLSTGCRWSEAERLRGSQIANNRITFTKTKGKKNRTVPISNELLEMIPRVRGPLFRPCRRSFDQAIKRAKIELPEGQMTHVLRHTFASHFMMNGGNILVLKEILGHSDIKDTMRYAHFAPTHLEDAITKNPLANLGINK
>JGVI01000034|86567:122328|115813_118525_+|KEK29141.1|DBSCAN-SWA
MASVITIAGEQLFAAKAQANEQLDIDTFIFANVPNQDPNAPINREEGIPTAHIVYQQNVQQVGRINDNVVVYSTVLDSITGPFEFNWVGLYSSVNQKLVAINHVPTVTKTATAPGAAGNTLNRNFGIEYSGIAELTGISVEPETWQLDFTARLSGMDKLTQQLASDMNGKDWFIDDGLKVVPRATANSFSVTPGVGYVSGLRVELKQEHILIVQSYPQFVYVDAWFSGNANSTWSPQLAFTVTNTEMDDYIDPSGTQHYVYKLAIINSDDEIIDLRTSSKLKQLKFKSVSKMLEYIKAVGPVDGIEYIVNKDIGSISNDDLLNGVFVYEKSISKTEHDGGIIIDYERDLPFDFNNKSEVYNWLSPSNNGYGVIVRQNVTSVMPEFWGAKCDFNKVTGLGTKNMPMIQAAINFVQKNNLKEIIFQNGSYFLDDEYKPDSNSNLTIQLLIGSITSEQKQRVSGIHLIGNNTKLYAGKDGRMLTIANAEDVKVCGFTFIHWVGGLIHGLRGLNDNAIRICDSSYDVEIFDCYLTNHLGWGIDITSNAEDPASNNYMCKKIKIHHCKIKTRFGNGKRAYNTLDNPEDEQGTGGAWCIAVINGEDIDIFENELIGNIDLENNNVNQTFKTIKIIKNKFRSGWVTPQEIIGNDFWHDEQENERGTAGTEELMQGVLFNGVGLNTIPEGIACNDNEFEKALFKIYANYRMSIRNNKGNKGKIEVGYEQNGEQITYLPDISFNDAEQPLYGDSFISIKGIVQGASIKFNSIRDVSNYNTISLDNVSGRNYMSDNNYLGNKMKSGIPLSSGKYKVRIKPFMTPTCTLNTSVFLWAGAGSGIISHLCGGNYDSINTFNVVKILEESANASVSFSDLTKLGNGEYQFYVTVASAGEISFSSTDSYAIVSVDKEI
>JGVI01000034|86567:122328|120470_120668_+|KEK29145.1|DBSCAN-SWA
MALSNGSLESKIINELQAQGFTTDGTHAFAGKMAAAIAKAVIDEITANADVVVTAGSSAGTYKVS
>JGVI01000034|86567:122328|106555_107017_+|KEK29127.1|DBSCAN-SWA
MSGFGFQAPAEPSIAIDAASGWPELSTGEFRELRRIPEFFSEQAIEDSLNRSVAEIQQQLLDFIARASTDTDVPFTLGASLAPNFSAQQISIYRGAVYARSHADLLGYFSAVDQKDAGNNKAQDVDQQQAILAQSNRAVRLLLGLGRAGVHAL
>JGVI01000034|86567:122328|98210_98567_+|KEK29118.1|DBSCAN-SWA
MKKSEIFKAAHQMARGTVKAVGNYAVAFKLAITAVKDHLKNGKGELAPIDRANRFAARVRLAPTYTASHIAKYIKENSRVLRVFTSLTAYNEEYTAGKVGKFWVDASVADGFLAYEYF
>JGVI01000034|86567:122328|107498_108161_+|KEK29129.1|DBSCAN-SWA
MSLNITPNRHQALNASNQIALLKLPSAKRIRILKTLGRYERALARKRIRTQTTVDGGQFEARANGKKGRMLKRLGKTLEPFVKNANRLELKHKAALTGRIAALHQDGGSEQMSASRMARIHGSPDYNAPCSRSQAKALSAEGYKVRKAKGNGYRRASLNEIMATLSQGQAGVILRSMRDKPNKQRWEIPVAARPFLGDSADNVQRQLVSIIEQINQRQRG
>JGVI01000034|86567:122328|94207_96568_+|KEK29114.1|DBSCAN-SWA
MTHDDLIRKAAINVAAIFTRPHSIADLNWAVKTVIDLPEDVAVTLFREYCRKRRALNLGRSANIWLRKRCASLRQIMQQFPIPIYHLKTEDRRADIAREWADRCLSVLNNLTQFGTVQVDALELLKAVKEPADQWQFCPALPDLKHYHAQKAAGVFDASPVMYNLIAGALARLTDENWWQRKLNKAYGHYEEHIAIIVGKVRSGVSPYVSNHAYKQYQARKRANAAWLNSMMVVNEEHGIELTLADAVAASIANPEVRRAELMVRMRGFEELAVEGGYVGEFYTWTAPSKYHSYGKSKKGKTYSNKRYSGVTPKDTQRYLCGQWAKARAAFAREDIEVFGFRVVEPHHDGTPHWHLLLFFKPAQLRLARSIMRRYALQDDKAELAPPKGKRGTNFQGYRPRFDFKTIDPAKGSATGYIAKYIAKNIDGHMVDDDYEAETDGKQGAQNVAAWASTWNIRQFQQIGGPSVTVWRELRRLRDEIDFDEAVELARKASDGNTSTHWARYVEAMGGVFCRRDERPVQLAKVCHEGANVYGEDVLKIMGVMSLENHTQINTRLDGWQIRAPQAATEPPSAEERAFDRALDLAFAVAPAVDVRSGDNRAPWSSDNNCTQSIKTSGKIANEIKTADWLLIQEAKKLGIDADNLKRLRAGAVIDNLVGDVHQFVRLRNGHLIVSRKPLVAVDTTATQNDWDDPALNYQLEAMQRAQDKDLDAILRAQAWRVLDGDRDVERWIADMPPATAKRALKQLAEIVKLHKDDKYAFPYVEKPKEKATTFDDEREEWDEAF
>JGVI01000034|86567:122328|109297_109732_+|KEK29131.1|tail|DBSCAN-SWA
MNFNVTLGDTMIHVDTCTLTITDNSAVSQTSGVPDGYVDGDVAASGELSVNASQFELISNEAKSAGSWRGMKVFDMMFYGKTAKDEVKVEAFGCRIKLSDLLDVDKKGGQASLFKIPFDVTSPDFVHIDGVPYLRPEEIENIKQ
>JGVI01000034|86567:122328|99981_101028_-|KEK29122.1|portal|DBSCAN-SWA
MGDATLTAANDDGSNVAANATASEPKTVVFSMPEQVMPNMWLTDYDSLYYNENDGYWEPPVDRQLLANLTRRNAQHGGIVQSRANMATARFKSGGMSAQQVGASFLNLVQFGDVPLLKIRNGFGQVVRLFPLPSYRSRVAGDGGAIVLERQNTFKKYKAKDIIWVRVYDPVQQVYGCPDYLGGLQSALLNEDSTLFRRKYYINGAHMGFIMYATDPNLDPAVEKDLKEKIQESKGVGNFKSLFVNIPNGKEKGIQIIPVGNFESKDEFFNVKAVSAQDVFNAHRFPAGLGGMIPTNTAGLGDPTKYDEVYFKSETRPLINMLVDAVERDPEISRALKLVFDMEFGKPA
>JGVI01000034|86567:122328|96801_97050_+|KEK29116.1|DBSCAN-SWA
MKLFNIISTEERQKIEAAYNKTYECQERYQRCLAVINTNEQFNNGKTRTRQWLEAITDTAERERCRTVLNNIITAKKQFGRK
>JGVI01000034|86567:122328|104002_105025_+|KEK29125.1|capsid|DBSCAN-SWA
MNLTPLALACVQAYSTNMGKNYGVADVTKQFSVTGPMETKLKAALLESVEFLKLITTMDVDQIKGQVVKVGNYGIATGRKEGGRFNTTNGVDGHTYELVETDSCAAVPWATLAVWANAGTTNQFMQLMSQNATMRFALDMLRVGFNGTSVATTSDPVANPMGQDVNKGWHKIVSEKAPDQIMTDPVYFNPDATGALKDGEYKTLDAIVTELKNTLIHPALRNDPRLVVLVGSDLTAAAQTKLMNQADKPSEKVAAQQMDKSIGGLKAYTPPFFPGKRIVVTMLSNLHIYTQKNTRSRKSENVEDRKQHEDKYWRMEGYAVEEFEGYAAIDEAAMTIGAAP
>JGVI01000034|86567:122328|89207_90044_-|KEK29103.1|DBSCAN-SWA
MSEYLKNAKVIWQGSTKPVEFSYIDFGGNKTRRKVDVTHVLYDPDTDVLYLQGHCHLKNAVRHFRVDNIETMLLIGSKRMYVEEWLSDLGIDDHRDCLEQQNFGDTQNRFQDPETKSQLNSHVKNPAAPPANAGKGCLGIIVFSLIFATAMYLSEDKFKLTNAINQYETQLNSQPATVFAFGGDNDNFCSVSINHDFFKSQNGEFSNVRRNEPQFNMDCNTGGNYYFISSEKDTYAKVKFYGRSETPKTIYANIDAKLTTVDGNSLFVSGSDIAVNLE
>JGVI01000034|86567:122328|93210_93645_+|KEK29112.1|DBSCAN-SWA
MSDHQAIIEFKQLIQSEIGDFFAGFGHLGEPVSPEIMQKLLLENIEHCFAEVEKKWFLFPSKDLVWMTRTEFSHYMFINKMSPYSLHAIRHFVDTKRQGLKSYMQEVNLEGVDYGRYEAWQKEAIELAKFSLVLSREIKKLGGI
>JGVI01000034|86567:122328|108163_109270_+|KEK29130.1|DBSCAN-SWA
MSLGKVQVNNLNQGQGDIQAIERHFLFIGRAGAVGEESQLFSLGAQTDLEKTFADSALRKQLIAAQLNAGQNWTAAAYPLAADEDLLDAITRANEVQSFEMVVICDVQTTAQKLKDIHDYLLSLRASHGRFVNALVAVAGIDAATQTWPQYESAIVALQAGIAAHLVVPVPQLHGNNVGVLAGRLCDRSVSIADSPMRVATGKVLGLGTAPVDSSDAPLTLATLETLANARMSVPQWYPDFEGTYWGDATTLDAAGGDYQYLEHLRAVHKASREVRILAIRRIANRALNSTPASIELNKAYFMKPLRNMSKSTVILGTQFPGDIQPPRDGDITIEWTSNKAVTIYMIVRPYNSPKEITVNILLDLNSI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
KEK29101.1|86567_87815_-|integrase	phage integrase	A0A1V0E8G8	Vibrio_phage	9.1e-110	48.5
88008:88056	attL	NA	NA	NA	NA
KEK29102.1|88171_89203_-|integrase	integrase family protein	A0A1S6L016	Salmonella_phage	1.4e-124	62.9
KEK29103.1|89207_90044_-	hypothetical protein	NA	NA	NA	NA
KEK29104.1|90056_90752_-	bacteriophage CI repressor	A0A1D9C9M6	Salinivibrio_phage	1.1e-14	25.1
KEK29105.1|90834_91065_+	hypothetical protein	A5X9F6	Aeromonas_virus	3.8e-06	44.4
KEK29106.1|91118_91682_+	phage regulatory CII family protein	A5X9F7	Aeromonas_virus	3.7e-18	37.6
KEK29107.1|91689_92184_+	hypothetical protein	NA	NA	NA	NA
KEK29108.1|92248_92488_+	hypothetical protein	NA	NA	NA	NA
KEK29109.1|92490_92784_+	hypothetical protein	NA	NA	NA	NA
KEK29110.1|92780_92981_+	hypothetical protein	NA	NA	NA	NA
KEK29111.1|92977_93214_+	hypothetical protein	NA	NA	NA	NA
KEK29112.1|93210_93645_+	hypothetical protein	NA	NA	NA	NA
KEK29113.1|93641_94208_+	hypothetical protein	U3PDF3	Vibrio_phage	4.5e-72	70.7
KEK29114.1|94207_96568_+	replication protein A	A5X9G4	Aeromonas_virus	1.4e-135	38.7
KEK29115.1|96554_96815_+	hypothetical protein	NA	NA	NA	NA
KEK29116.1|96801_97050_+	hypothetical protein	NA	NA	NA	NA
KEK29117.1|97049_97415_+	hypothetical protein	NA	NA	NA	NA
KEK29118.1|98210_98567_+	hypothetical protein	NA	NA	NA	NA
KEK29119.1|98657_98951_+	hypothetical protein	NA	NA	NA	NA
KEK29120.1|98991_99354_+	hypothetical protein	H9C180	Pectobacterium_phage	2.7e-14	41.0
KEK29121.1|99418_99916_+	hypothetical protein	NA	NA	NA	NA
KEK29122.1|99981_101028_-|portal	PBSX family phage portal protein	A0A1L5C2C1	Pseudoalteromonas_phage	5.8e-142	73.0
KEK29123.1|101009_102815_-	hypothetical protein	A0A1L5C295	Pseudoalteromonas_phage	3.2e-212	61.3
KEK29124.1|103018_103954_+|capsid	phage capsid scaffolding	A5X9H4	Aeromonas_virus	7.2e-35	39.7
KEK29125.1|104002_105025_+|capsid	P2 family phage major capsid protein	A0A1L5C2B0	Pseudoalteromonas_phage	2.2e-141	72.9
KEK29126.1|105124_105742_+	hypothetical protein	A0A1L5C2C8	Pseudoalteromonas_phage	6.5e-08	46.9
KEK29127.1|106555_107017_+	hypothetical protein	A0A1L5C2A5	Pseudoalteromonas_phage	1.5e-49	68.7
KEK29128.1|107013_107502_+	hypothetical protein	A0A1L5C2C9	Pseudoalteromonas_phage	8.3e-59	69.4
KEK29129.1|107498_108161_+	hypothetical protein	A0A1L5C2C4	Pseudoalteromonas_phage	1.9e-74	64.5
KEK29130.1|108163_109270_+	hypothetical protein	A0A1L5C2B3	Pseudoalteromonas_phage	1.1e-164	80.4
KEK29131.1|109297_109732_+|tail	prophage PSPPH06 tail tube protein	A0A1L5C2D0	Pseudoalteromonas_phage	1.8e-60	80.6
KEK29132.1|109745_109949_+	TraR/DksA family transcriptional regulator	A0A1L5C2A6	Pseudoalteromonas_phage	2.6e-06	45.5
KEK29133.1|109950_110499_+	hypothetical protein	A2I317	Vibrio_virus	3.9e-49	51.7
KEK29134.1|110510_111092_+	hypothetical protein	A0A1L5C2C2	Pseudoalteromonas_phage	3.2e-57	66.5
KEK29135.1|111095_111365_+	hypothetical protein	A0A1L5C2D5	Pseudoalteromonas_phage	3.6e-11	45.2
KEK29136.1|111361_111628_+	hypothetical protein	A0A1L5C2C7	Pseudoalteromonas_phage	1.6e-27	68.2
KEK29137.1|111884_113633_+|tail	TP901 family phage tail tape measure protein	A0A1L5C2B2	Pseudoalteromonas_phage	8.1e-189	61.2
KEK29138.1|113629_113959_+	hypothetical protein	A0A1L5C2D6	Pseudoalteromonas_phage	2.1e-37	73.3
KEK29139.1|113958_115158_+	putative bacteriophage protein	A0A1L5C2D1	Pseudoalteromonas_phage	4.1e-168	73.8
KEK29140.1|115154_115796_+	hypothetical protein	A0A1L5C2C5	Pseudoalteromonas_phage	3.8e-59	56.0
KEK29141.1|115813_118525_+	hypothetical protein	A0A1L5C2D7	Pseudoalteromonas_phage	1.0e-97	63.0
KEK29142.1|118542_119070_+	hypothetical protein	A0A1L5C2B6	Pseudoalteromonas_phage	9.0e-43	70.6
KEK29143.1|119069_119759_+	hypothetical protein	A0A2I7RNK1	Vibrio_phage	1.1e-67	51.1
KEK29144.1|119763_120459_+	hypothetical protein	A0A2I7RNK2	Vibrio_phage	7.2e-72	62.9
KEK29145.1|120470_120668_+	hypothetical protein	A0A2I7RNJ8	Vibrio_phage	1.2e-13	67.7
KEK29146.1|121836_122328_-	SsrA-binding protein	W5RAM5	Staphylococcus_phage	1.9e-23	40.1
121406:121454	attR	NA	NA	NA	NA

Anti-CRISPR protein detection

Acr ID	Acr position	Acr size	Homology with known anti	Neighbor HTH/AcRanker	Neighbor Aca	In prophage	Protospacer in prophage
JGVI01000034.1|KEK29119.1|98657_98951_+|hypothetical-protein	98657_98951_+	97 aa aa	AcrIF10	NA	JGVI01000034.1_98991_99354_+	86567-122328	NA
JGVI01000034.1|KEK29118.1|98210_98567_+|hypothetical-protein	98210_98567_+	118 aa aa	NA	NA	JGVI01000034.1_98991_99354_+	86567-122328	NA

Protein sequences of JGVI01000034.1|KEK29119.1|98657_98951_+|hypothetical-protein

>JGVI01000034.1|KEK29119.1|98657_98951_+|hypothetical-protein
MTTFRIENVRIETINDFDMVKFDLVTDLGRVELAEHVNYDSEGDFKSVEYTDSNIRYNMVDELCSVFDLTDKPSLMPAIDYVTFAEIIEAVEEMLEA

anti_CRISPR0051|KEK29119.1|AcrIF10|I-F|Verified|Shewanella-xiamenensis information

• hit_Aca_id: anti_CRISPR0051|KEK29119.1|AcrIF10|I-F|Verified|Shewanella-xiamenensis
• identity: 1.0
• query_coverage: 1
• hit_coverage: 1.0

JGVI01000034.1_98991_99354_+ information

• Protein_id: JGVI01000034.1_98991_99354_+
• Hit_Aca_id: WP_037415913.1
• Identity: 1.0
• Query_coverage: 1
• Hit_coverage: 1.0

Protein sequences of JGVI01000034.1|KEK29118.1|98210_98567_+|hypothetical-protein

>JGVI01000034.1|KEK29118.1|98210_98567_+|hypothetical-protein
MKKSEIFKAAHQMARGTVKAVGNYAVAFKLAITAVKDHLKNGKGELAPIDRANRFAARVRLAPTYTASHIAKYIKENSRVLRVFTSLTAYNEEYTAGKVGKFWVDASVADGFLAYEYF

JGVI01000034.1_98991_99354_+ information

• Protein_id: JGVI01000034.1_98991_99354_+
• Hit_Aca_id: WP_037415913.1
• Identity: 1.0
• Query_coverage: 1
• Hit_coverage: 1.0

8. JGVI01000056

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	10896 : 21673	14	Yellowstone_lake_phycodnavirus(11.11%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>JGVI01000056|10896:21673|DBSCAN-SWA
CATGGAGAAGTTATCCGGCGCCAGCATGATTGTGCGTTCCCTTATTGATGAAGGGGTAAAGCACATATTTGGTTATCCTGGCGGCTCAGTGTTAGATATCTACGACGCCCTGCACCTTATCCCCGGTATTGAACATATTCTGGTTCGCCACGAACAGGCCGCCGTGCATATGGCCGATGGTTATGCACGTGCTACGGGAAAAGTAGGCGTAGTACTCGTGACCTCAGGCCCAGGTGCCACCAATGCCATTACTGGCATCGCCACCGCCTATATGGATTCGATTCCATTGGTGGTGTTATCTGGCCAAGTGCCGAGCAATCTAATCGGTAACGATGCGTTCCAAGAATGCGACATGATTGGGATTTCACGCCCAGTCGTCAAACACAGCTTTTTAGTCCAAGATCCCACTCAAATTCCTGAGATCATTAAAAAAGCCTTTTATATTGCCTCTACGGGTCGTCCTGGCCCCGTCGTGGTAGACTTACCCAAGGATTGCCTCAATCCGGCATTACTGCACGACTATATTTACCCCGAGAGCATAAAAATGCGCTCCTATAATCCAACGACATCGGGCCATAAAGGTCAAATTCGTCGAGGATTACAGGCATTATTAGCAGCGAAAAAACCCGTGCTCTATGTGGGTGGAGGTGCGATTATTTCTAGCAGTGAAAAGCAGATCTTAACCCTAGCAGAAAAGTTAAATATCCCCGTTGTCAGCACCTTAATGGGCCTTGGCGCCTTCCCTGGCACCCATAAAAACAGCTTAGGTATGTTGGGGATGCACGGTCGCTATGAAGCTAACATGACCATGCATAACTGCGATCTTATCTTCGGAATTGGCGTGCGTTTCGATGACAGAACCACCAACAACATCGAGAAATACTGCCCTAATGCCACTATTTTGCATATCGACATCGACCCTTCATCGATTTCAAAAACCGTCCGAGTGGATATCCCCATCGTTGGCTCGGCCGATATCGTACTGGACAGCATGTTAGCCCTGCTGGAGGAGTCGAAGGAGAGCAACGATAGCGAGGCAATTAATCAATGGTGGCAAGAAATCACTGTGTGGCGTAACCGCAACTGCTTGGCATACGAGGAAAGCAATCGGATCAAACCACAGCAAGTGATTGAAACCCTTTACAAACTCACTAATGGTGAGGCCTATGTCGCCTCGGATGTGGGCCAGCATCAAATGTTTGCCGCGCTCTATTATCCCTTCGATAAACCTCGCCATTGGATTAACTCCGGCGGCCTTGGTACCATGGGCTTTGGTCTACCCGCTGCCATGGGAGTCAAAATGGCAATGCCTGACGAAACCGTTGTGTGCGTCACGGGCGATGGTTCGATTCAGATGAATATTCAAGAGCTTTCAACCGCTCTGCAATACGATACGCCGGTTAAAATTATCAACTTAAACAACCGTTTCCTCGGCATGGTGAAACAGTGGCAGGATATGATCTACTCTGGTCGCCATTCCCATTCCTATATGGATTCTGTACCCAACTTTGCCAAAATTGCCGAAGCCTATGGCCATGTTGGCATGACGATTAGCGATCCCGCTGAACTTGAGTCTAAGATGGCCGAAGCCCTTGCCATGACAGACAGACTGGTATTTATCGACATTATGGTGGATGAGACTGAGCACGTGTATCCCATGCTTATCCGCGGCGGCGCGATGAATGAAATGTGGTTAAGCAAAACGGAGAAATGCTAATGCGTCGAATTATATCTGTATTACTCGAAAACCAGTCCGGCGCTTTATCCCGTGTTGTCGGCCTGTTTTCCCAACGCGGTTACAACATCGAAAGTTTAACTGTGGCACCAACCGATGATAACACCTTATCGCGCCTCAATATTACCGTGGTGGCCGACGAAAAGGTGCTAGAGCAAATCGAGAAACAACTGCACAAGTTAGTCGATGTGCTCAAGGTGTCGAATGTCACCGAATCGGCTTATATTGAGCGTGAATTGGCACTGGTAAAAGTCCGCGCCCAAGGGGAATTACGGGAAGAAATTAAGCGCACCGCCGATATCTTCCGTGGGCAGATTGTCGATGTCACCGCCAATCTCTACACCATTCAATTGGTGGGCACGACCGAAAAACTCGATGCCTTTATTCACTCCATGGGTGAAGTGACCAAAGTGGTAGAAGTGTCTCGCTCGGGCGTAGTGGGTCTTGCCCGCGGCGAAAAAGCGATGAGAGCATAATAGCGATGAAATACCCATCAACGCATGCGAGGTTGCAATCGCAATGTTTTGAAATAGCCAGCTTGGGATTTTAATTGGTGGGATAACAATAAGGGGAGCATTAAGCTCCCCTTCTTTATCCGCGCGATGCAGGATTAGGATTGACCATCTAATAGGCGCGAGGTGGTGATTTCAATCTTGCGTGGTTTTAACGCTTCAGGGATCTCACGCACTAAATCAATGTTCAATAAACCATTCTCTAAACTGGCACCTAATACGGTCACATAATCCGCCAGTTGGAAGGTGCGTTCAAACCCGCGCTCGGCAATACCTTGGTATAGGTATTTACGCTCGGTTTGGCTTTCGGCCTTATTGCCTTTCACCAGTAATTTCTCACCTTCGCTACTGATCTCAAGCTCTTCCATCGAGAACCCGGCCACGGCCATAGTAATGCGATAACGATTTTCGCCAAGGAGTTCAATGTTATATGGAGGATAACCTGAGTTGCCATTATTCGCGGCAGCATGTTCTGCCATCTGGGCTAAACGATCAAAACCAATAGCACTACGGTAAAGAGGAGTTAAATCATAAGTACGCATATTCATATCCTTATCTTAAGCAATATGGGAAATTGGCGAACGGTTTTCAGGTTGAAAACACACATTTGTTTCGCCTAAATTAACTTCTGTCCTAACGGCACAGAATCGATTGGGATCCTCATCGAGCGATCCTGCAATAGATATAAGGATGGGAAATCATATTTCAAGGAAGAAATTTAAAAAATTTAAAAACCAAATAAAAATAGTGCATTACAAACACGCCAACGCGATTCCGTTAGCCAATTCCAGCCAATAAAAAAGGAGCACTAAGGCTCCCTTCTTCGGTCCGCACTCAAATTAACGAGTACGTGGACACAGTTCTTCAGCACTGAAGAAGTAAGCAATTTCACGTTCTGCAGATGCTAAAGAATCTGAACCGTGAGCTGCGTTTTCGTCGATGCTTTGAGCGAAATCAGCACGGATAGTACCAGGAGCCGCTTGAGCTGGGTTAGTTGCACCTAAAATTTCGCGGTGAGCTAAAACAGCGTTTTCGCCTTCTAATACTTGAACCATGATTGGGCCAGAAGTCATGAAAGCAACCAGAGCACCGAAGAAGCCACGCTCGCTATGCTCAGCATAGAAACCTTCAGCTTGTTCTTTAGTCAGGTGTAACATTTTAGCTGCAACGATCTTCAGACCAGCAGTTTCAAAACGGTTGTAGATTGCACCGATGTGGTTTTTAGCAACAGCATCAGGCTTAATGATAGAAAATGTGCGTTCGATCGCCATAACAAGCTTCCTTTGTCAGCAAGTTTGAAAAAATTCGCGCGGATTATACGAAATTTAAAAAGTAAATCCTATCTTTAAAGCACATAAGTCTGAGATATTGCGCACATTGGCTGGATTTGTAACCAGATTGATCACACAAAAAAACGCCAGTTGTCATTTAAGGGCAACTGGCAATTTATTATCGAGATATCTCTAAGGAGATGAATACAGGAGTAAGCATTATCAAATTAGCTTACTTTCTATTTTTTGCCCAAATTCCTGCCCAAGCAATCAAAGCAACCAAAATAACCGCTGGCGCTAAATCGAGCAAATGATGGAATAAACCGACACCGCCATGACCAGGATGAGCCCATGCCAACGCGGGTAACAGTGTGAATAACATAGCAAACAAAAGTTTCATGTGAACATCCTTGCGTTGCGAGAATAATATTAAGCGGTTAACTGCTTAACCGATAAGTAACAAGGTACGTTATTCAATAAAAAGGAATTTGATACTGATCAAACTCCGACTAAAATCCCATTTCACAGCCAAATAAGCGTGATGGATGTCACGCAAATTGATTATTTCGTGGACAAGTTGCCGCAACAACAAGGTGAGTGATGTTATTTTTCCTCGATCCAGCATTGTTGAATAGCTTCTAATACCTTTTCATTGCAATGTTTAGGATCGTCATCAAAATCCTCTAGCGCTAACACCCACTCATACAACTCGGTAAAATGCAGTTTGCGGGGATCAACATCTGAATGTTTTTCTAGTAATTCCAAGGCGATATCTAATGAATCAATCCACTTTAATGACATCCTCTTTCCCCTATGCAAACGGACATTTCAACGCATTTCACCTGAGTTTAGCTTAATCACCACTCACTTTACGCTTGAGTTGTTTTTTTTGTCTTAATTGCGTTTTTCTCAACAAACTCGATTATCGCCCCAGCGACATCCTTAGCTGTAGCACCTTCGATCCCTTCAAGGCCTGGTGAAGAATTCACTTCCATCACTAATGGGCCATGGTTGGAACGCAATAAATCCACCCCCGCAACGTTCAGGCCCATGGTCTTAGCGGCACGAATAGCCACTGAGCGTTCTTCTGGCGTGAGTTTAACTAAACTCGCCGTACCACCACGGTGGAGGTTTGAGCGAAATTCCCCAGGCATGGCTTGGCGCTTCATCGCGGCGACTACTTTATCACCAAGGACAAAACAACGAATATCCGCACCGTTAGCTTCTTTGATATATTCTTGTACCATGATATTAGCCTTTAATCCCATAAAAGCTTCAATCACGCTTTCGGCCGCTTTACGGGTTTCAGCCAAAACAACGCCAATACCTTGAGTGCCCTCAAGCAATTTAATCACTAGCGGCGCACCACCAACCATATCGATTAAATCAGGAATATCGCTTGGCTTATTGGCAAAGCCGGTGATCGGCAAACCAATACCACGACGTGACATCAACTGCATTGAACGCAGCTTATCGCGGGAGCGTGAAATGCCGACAGAATCATTGAGCGCATAGACGCCCATCATCTCAAACTGGCGCAATACCGCAGAGCCATAAAAGGTAATTGATGCGCCGATACGTGGGATCACCGCATCAAAGGGCGGTAATTCTTCACCACCAATATGAATGCTCGATTGGCGCATATTGATGTTCATGTAGCATTCGAGCGGATTGATCACTTTGACTTCGTGACCACGTAATGTCGCAGCCTCAACGAGTCGCTTTGTGGAATATAGCTCAGGCCCTTGCGATAGGATCGCGATTCTCATTCTGGTCTCCGACAACCATTTCATTTTGAGCGCATAATACGCTTGCTTAAGGATAAATCAATCATGGCTATTATTGCTTGCGCAAATGCTAGTCTACAAAAGCCAAAAACCAGTCACTAGGACTGGTTTTTGGCGATTTCAGCACAAAAGTGACTTAGCCTTCGCTCACCATATTGACAGTGTATTTAGGCATTTCAATCACCAGATCGCAATCAACCACTTTAGCCTGACAGGATAAGCGGCTCTCAGGCTCGAGTCCCCAAGCTTTATCAAGCATATCATCTTCAAGTTCATCACTTGGCTCTAGCTCATCAAATCCTTCACGCACAATGCAATGGCACGTAGTGCAAGCACAGGATTTTTCACAGGCATGTTCGATATTGATGCCGTTGCGCAGCGCCACATCGAGAATCGTTTCACCTACTTCAGCTTCCAATACTGCGCCATCGGGACACAACTCAGCATGGGGAAGAAAGACTAACTGGGGCATCACATCACCTATATCTTGTCAATTGACTGACCTTTAAAGGCCACTCGAATAGAATTATCCATACGTTTTGCGGCAAAATCTTGAGTATGTTCATCAAGAATTTCGATCGCATTTTTAATTGCATCAGCATCATCACCGCCAGCGACGTGAACCAGCTGAGCCATCACAGTATCAATCTGCTGACGCTCATCGCTTGTGAGTAAGTCACCATCTTTAGAGAGCGCTGCATTCAAGGACTCAAGCACCCTCGCCGCCTCAACTTGCTGCTCAGCCAGCATACGGCGGCTGATATCTTCTTTAGCATGCTTCATCGAGTCCTTGAGCATAGTCGCGATCTCAGTATCCGATAAACCAAACGAAGGCTTGACCTGAATGCTCGATTGCACGCCAGTGGATTTCTCCATGGCCGTCACACTTAATAATCCATCAGCATCCACTTGGAAGGTCACCCGGATATGGGCTGCACCTGCCGCTAACGGTGGAATACCTTTTAGGGTAAAGCGTGCTAGAGAGCGGCAATCGTCAACTAACTCGCGCTCACCCTGCACGACATGGAACGCCATCGCCGTTTGTCCATCCTTGAAGGTGGTGAACTCTTGGGCGCGTGCCACGGGGATAGTCGTGTTACGAGACACCACTTTCTCCACTAAACCGCCCATGGTTTCAATCCCTAATGATAGTGGGATCACATCAAGCAGTAATAATTCAGATTCGGGTTTGTTACCGACCAAAATATCAGCCTGAATCGCCGCGCCAATGGCGACAACACGGTCAGGATCGATTGAGGTTAATGGCGCTTTACCAAAAAAGGCTTCAACTTGCTCACGTACTAATGGTACGCGGGTAGAGCCGCCAACCATGACGGTTTCAAGCACTTCATCAGCCGTTACGCCCGCATCACGTAGGGTGCGGCGACAACTTGCGATGGTTTTCTTCACAAGCGCAGCGATGAGGCTCTCAAATTGCGCCTTAGTAACCACTTGTTTGAGCACCGAACCATCGGCAAGGGTAAGACTAGCCTCAGTATCACTCGAATCGGTTAAGGCTTCTTTCACCCGGCGCGCTTCAATCAATAGCTGGCGACTTAACTGAGAGTCGATATCAGTCAGTTGCCACACTTGCTGCATATGTGCTTGTAAAAGATGATCAAAATCATCACCACCGAGCGCAGAATCGCCGCCCGTAGCCAGTACTTCAAATACGCCACGGTTTAAGCGCAAAATAGAAATATCAAAGGTGCCACCACCGAGATCGTAAATGGCGATAACACCTTCTTGCTTAGAGTCTAAGCCATAGGCAATCGCAGCCGCAGTGGGTTCATTTAATAGGCGTAAAACATTAATACCCAATAACGATGCTGCATCCTTAGTTCCCTGACGCTGGGCATCATCGAAATACGCAGGCACAGTGATCACTGCGCCTTGCAGCTCACCGCCAAGGGTTTTTTCGGCGCGCTCAATTAGGGGACGTAAAATTTCGGCAGAAACTTGCACCGGATTCACTCGACCTTGGGGCGTCACAAACAGCGGTAAACCATTTTCACTGGCTTCGAATTGATATGGGAAAGATTGCTCACCAGCTTGGATGTCCGCAAGACTACGCCCCATAAAACGTTTAACGGAAACGATAGTGTTTTTAGGATCCTGCGCTGAACTTAACGCCGCCACATAACCCACTTCAATTCCATCATGAGTGTAACGAACTATCGAAGGTAAAGAATGCTGTCCGTTTTCATCGGGCAAGGTTGCCGTTACGCCACTGCGTACAGCAGCCACAAGTGAATTGGTTGTACCTAAATCGATGCCAACGGCAAGTCTATGTTGGTGCGGCGCGGCACTTTGTCCGGGCTCAGCAATCTGCAAAAGGGCCATATGTATCCAACTTAGTAACGCCGACTCAAATCAATCGGAATCGGCAAAATAACTGCAATAAGGAAAATTAATCGAGCAACGCGTCTTCGATACGCGTCAGTTCATCGTGTAATTTTGCCATAAATTTAAGTTTGCGAACTTGATCTGCCGCTAACAAGGCGTCTTCGTCACTGCCACTGCTCAGCTGTGAAGCCAATACTTTATTCAACTGAGCGCGGTAAGTCGCAAAAGAATCGTACAGTTCATCAATGCTGGCTTGGGGATCGGCGCTATCACGAATATCTTCAAGTGCTTCACGCCATTCCATCTGCTGCATTAAAAATGCAGTATCTTTCACTGTCGTGGTCTCATGACTTAAATCAATACCACGCAGGGAGAGCATATGCTCAGCACGGCGGATGGGGTCTTTTAGGGTTTGATAACCGTCGTTGACTTGTGCGGTGCGTTGCACCGACAACAACCGTTGTTGCTCGGTATCATTGGCAAACTTATCGGGATGAACCGCACGTTGCAGGTCGCGGTAGCGTTCTGCAAGCAATGCGGTGTCAATATCGAAGGTAGGAGAAAACTTAAACAGCTCGAAATAATTCATGCGTCAATTCGGCAATTAAACAGTGAAACTCTCACCGCAACCGCACTCACCTTTTGCGTTCGGGTTGTTAAATTGGAAACCTTCGTTCAGTCCTTCTTTAACAAAATCCAATTCAATGCCCTGAAGATAGATAAAGCTTTTCGCATCAATAATGATTTTTACACCATCAATATCATATACTTCATCGTCATCGTTCAGTGCATCAACAAACTCAAGCACATAAGCCATACCTGAACAGCCTGACGTCTTTAAGCCGAGGCGCAGACCAATGCCCTTGCCTCGATTTGCTAAGAAAGACCTGACGCGTTCAGTTGCCGCTGGGGTCATTGTAATTGCCATCTTAACTCCAGATGTTACTTAGCTTGTTTAGATTTGTACTCGTCAATCGCCGCTTTAATGGCGTCTTCAGCCAAAATAGAACAGTGGATTTTTACGGGTGGCAGAGCTAACTCTTCAGCTATATCAGTGTTTTTGATCGCCGCAGCTTGCTCAATTGTCTTGCCTTTAACCCACTCAGTAACCAGTGAGCTTGATGCAATCGCACTACCACAACCATAGGTTTTAAACTTTGCATCTTCGATAATGCCATCAGCGCCGATTTTCAGTTGTAACTTCATCACGTCACCGCAAGCTGGTGCACCCACCATACCGGTTACGACTGAAGGATCGTTTTTATCGAAAGAACCAACGTTACGTGGGTTCTCGTAATGATCTATCACTTTTTCACTGTAAGCCATGATACTGCTCCAAAATTATCTATTGTCATTAGTCGAATTAATGATGGGCCCACTGCACCTGATTCAGGTCGATGCCATCTTTAAACATTTCCCACAATGGAGACATTTCTCTTAATTTATCAATAGATTGAGTAATAACTTCAATAGCGTGGTCGATTTCTTCTTCGGTGGTAAAACGGCCGATAGAGAAACGAATCGAGCTATGCGCCATTTCATCATTTAAGCCCAGTGCACGTAACACGTAGCTCGGTTCTAAACTGGCTGAGGTACAAGCCGAACCCGATGAAACCGCTAAATCTTTTAATGCCATCATCAGTGACTCACCTTCAACATAGTTGAAACTAACGTTGAGACTGCCACTCACACGCTGAGTCATATCACCGTTGATATAGGTTTCTTCAATGTGTTTGATGCCATTCCATAATTTGTCACGCAGCTTAGCAATACGCGCGTCATCTGTTGCCATTTCAGCTTTTGCAATCGCCGCAGCTTCACCTAAACCGACAATTTGGTGAGTTGGCAGAGTACCACTACGCATACCCCGCTCATGACCACCACCGTGCATTTGCGCTTCTAAGCGGATACGGGGTTTACGACGAACATACAAGGCACCAATCCCTTTAGGACCATACATTTTGTGGCCAGAAATGGAGATCAGATCTACTTTAGTGCGTTGCACATCAATCGGTACTTTACCAGCACTTTGCGCCGCATCCATATGGAAAATAATGCCTTTTGAACGGCATAACTCACCGATTGCATCGATATCGTGGATCACACCGATTTCGTTGTTGACGTGCATAATACTGACGAGAATAGTATCGTCACGCATAGCCGCTTCTAAGCGCGCCATCGGAATAATGCCGTTGGATTCTGGTTCTAAATAGGTGACTTCAAAACCTTCACGTTCAAGTTGACGGCAAGTATCTAACACAGCTTTGTGTTCAGTCTTACTGGTGATAATGTGCTTGCCTTTCTTATTGTAGAAATGCGCAACGCCTTTAATGGCGAGGTTATTCGACTCAGTTGCACCAGAGGTAAACACGATTTCACGGTGATCTGCATTGATAAGATCAGCCACTTGGTTGCGAGCGACATCTACCGCTTCTTCAGCTTGCCAACCATAACGGTGAGAACGTGATGCTGGGTTACCGAAAATGCCATCCATCGTCATGTATTGGAACATTTTTTCCGCAACTCGCGGATCAACAGGCGTGGTGGCGGCATAATCTAAATAGATAGGAAGCTTCATAACACACTCCGTACTTAGCAGTCTCTGCCGAGGCTACATACAACGTACAAAAATAATTTTTATCGTATAACAAAAAGCCTATAAGCTGACTCTTTGCTCCTTTTGCATAGTGTCTTGCTTAAGCGAAATAAATTGCACATCTCGTTTCTGCATTAAGCCCGCAAGACTGATACCATCTAAAAAATCTGAAATTTGTTTGCTTAAATCACCCCAAAGCGAGTGCGTTAAGCAGCGAGTTCCACTCTGGCAATTGCCTAATCCTTGACAACGAGTCGCATCGACAGACTCGTCAACGGCATGAACCACCATGCCAACAGAAATATCATTTGCCTCTAGGCCCAAACGGTAACCACCACCGGGACCTCGGACACTTGCCACTAGGCCATGTTTGCGTAACTTTGCGAAGAGTTGTTCCAGATAGGAAAGCGAAATCCCTTGTCTTTCAGAGATATCCGCCAAGGGAACTGGTCCTGAAGCTGAGTGGATAGCCACATCAAGCATTGCGGTTACTGCATAACGACCTTTAGATGTAAGTTTCATAACTACCAT

Protein sequences of DBSCAN-SWA_1

>JGVI01000056|10896:21673|19488_19872_-|KEK28356.1|DBSCAN-SWA
MAYSEKVIDHYENPRNVGSFDKNDPSVVTGMVGAPACGDVMKLQLKIGADGIIEDAKFKTYGCGSAIASSSLVTEWVKGKTIEQAAAIKNTDIAEELALPPVKIHCSILAEDAIKAAIDEYKSKQAK
>JGVI01000056|10896:21673|15282_16206_-|KEK28361.1|DBSCAN-SWA
MKWLSETRMRIAILSQGPELYSTKRLVEAATLRGHEVKVINPLECYMNINMRQSSIHIGGEELPPFDAVIPRIGASITFYGSAVLRQFEMMGVYALNDSVGISRSRDKLRSMQLMSRRGIGLPITGFANKPSDIPDLIDMVGGAPLVIKLLEGTQGIGVVLAETRKAAESVIEAFMGLKANIMVQEYIKEANGADIRCFVLGDKVVAAMKRQAMPGEFRSNLHRGGTASLVKLTPEERSVAIRAAKTMGLNVAGVDLLRSNHGPLVMEVNSSPGLEGIEGATAKDVAGAIIEFVEKNAIKTKKTTQA
>JGVI01000056|10896:21673|13240_13690_-|KEK28365.1|DBSCAN-SWA
MNMRTYDLTPLYRSAIGFDRLAQMAEHAAANNGNSGYPPYNIELLGENRYRITMAVAGFSMEELEISSEGEKLLVKGNKAESQTERKYLYQGIAERGFERTFQLADYVTVLGASLENGLLNIDLVREIPEALKPRKIEITTSRLLDGQS
>JGVI01000056|10896:21673|19909_21124_-|KEK28355.1|DBSCAN-SWA
MKLPIYLDYAATTPVDPRVAEKMFQYMTMDGIFGNPASRSHRYGWQAEEAVDVARNQVADLINADHREIVFTSGATESNNLAIKGVAHFYNKKGKHIITSKTEHKAVLDTCRQLEREGFEVTYLEPESNGIIPMARLEAAMRDDTILVSIMHVNNEIGVIHDIDAIGELCRSKGIIFHMDAAQSAGKVPIDVQRTKVDLISISGHKMYGPKGIGALYVRRKPRIRLEAQMHGGGHERGMRSGTLPTHQIVGLGEAAAIAKAEMATDDARIAKLRDKLWNGIKHIEETYINGDMTQRVSGSLNVSFNYVEGESLMMALKDLAVSSGSACTSASLEPSYVLRALGLNDEMAHSSIRFSIGRFTTEEEIDHAIEVITQSIDKLREMSPLWEMFKDGIDLNQVQWAHH
>JGVI01000056|10896:21673|19150_19474_-|KEK28357.1|DBSCAN-SWA
MAITMTPAATERVRSFLANRGKGIGLRLGLKTSGCSGMAYVLEFVDALNDDDEVYDIDGVKIIIDAKSFIYLQGIELDFVKEGLNEGFQFNNPNAKGECGCGESFTV
>JGVI01000056|10896:21673|13981_14413_-|KEK28364.1|DBSCAN-SWA
MAIERTFSIIKPDAVAKNHIGAIYNRFETAGLKIVAAKMLHLTKEQAEGFYAEHSERGFFGALVAFMTSGPIMVQVLEGENAVLAHREILGATNPAQAAPGTIRADFAQSIDENAAHGSDSLASAEREIAYFFSAEELCPRTR
>JGVI01000056|10896:21673|18610_19135_-|KEK28358.1|DBSCAN-SWA
MNYFELFKFSPTFDIDTALLAERYRDLQRAVHPDKFANDTEQQRLLSVQRTAQVNDGYQTLKDPIRRAEHMLSLRGIDLSHETTTVKDTAFLMQQMEWREALEDIRDSADPQASIDELYDSFATYRAQLNKVLASQLSSGSDEDALLAADQVRKLKFMAKLHDELTRIEDALLD
>JGVI01000056|10896:21673|10896_12612_+|KEK28367.1|DBSCAN-SWA
MEKLSGASMIVRSLIDEGVKHIFGYPGGSVLDIYDALHLIPGIEHILVRHEQAAVHMADGYARATGKVGVVLVTSGPGATNAITGIATAYMDSIPLVVLSGQVPSNLIGNDAFQECDMIGISRPVVKHSFLVQDPTQIPEIIKKAFYIASTGRPGPVVVDLPKDCLNPALLHDYIYPESIKMRSYNPTTSGHKGQIRRGLQALLAAKKPVLYVGGGAIISSSEKQILTLAEKLNIPVVSTLMGLGAFPGTHKNSLGMLGMHGRYEANMTMHNCDLIFGIGVRFDDRTTNNIEKYCPNATILHIDIDPSSISKTVRVDIPIVGSADIVLDSMLALLEESKESNDSEAINQWWQEITVWRNRNCLAYEESNRIKPQQVIETLYKLTNGEAYVASDVGQHQMFAALYYPFDKPRHWINSGGLGTMGFGLPAAMGVKMAMPDETVVCVTGDGSIQMNIQELSTALQYDTPVKIINLNNRFLGMVKQWQDMIYSGRHSHSYMDSVPNFAKIAEAYGHVGMTISDPAELESKMAEALAMTDRLVFIDIMVDETEHVYPMLIRGGAMNEMWLSKTEKC
>JGVI01000056|10896:21673|16680_18543_-|KEK28359.1|DBSCAN-SWA
MALLQIAEPGQSAAPHQHRLAVGIDLGTTNSLVAAVRSGVTATLPDENGQHSLPSIVRYTHDGIEVGYVAALSSAQDPKNTIVSVKRFMGRSLADIQAGEQSFPYQFEASENGLPLFVTPQGRVNPVQVSAEILRPLIERAEKTLGGELQGAVITVPAYFDDAQRQGTKDAASLLGINVLRLLNEPTAAAIAYGLDSKQEGVIAIYDLGGGTFDISILRLNRGVFEVLATGGDSALGGDDFDHLLQAHMQQVWQLTDIDSQLSRQLLIEARRVKEALTDSSDTEASLTLADGSVLKQVVTKAQFESLIAALVKKTIASCRRTLRDAGVTADEVLETVMVGGSTRVPLVREQVEAFFGKAPLTSIDPDRVVAIGAAIQADILVGNKPESELLLLDVIPLSLGIETMGGLVEKVVSRNTTIPVARAQEFTTFKDGQTAMAFHVVQGERELVDDCRSLARFTLKGIPPLAAGAAHIRVTFQVDADGLLSVTAMEKSTGVQSSIQVKPSFGLSDTEIATMLKDSMKHAKEDISRRMLAEQQVEAARVLESLNAALSKDGDLLTSDERQQIDTVMAQLVHVAGGDDADAIKNAIEILDEHTQDFAAKRMDNSIRVAFKGQSIDKI
>JGVI01000056|10896:21673|16336_16672_-|KEK28360.1|DBSCAN-SWA
MPQLVFLPHAELCPDGAVLEAEVGETILDVALRNGINIEHACEKSCACTTCHCIVREGFDELEPSDELEDDMLDKAWGLEPESRLSCQAKVVDCDLVIEMPKYTVNMVSEG
>JGVI01000056|10896:21673|15016_15214_-|KEK28362.1|DBSCAN-SWA
MSLKWIDSLDIALELLEKHSDVDPRKLHFTELYEWVLALEDFDDDPKHCNEKVLEAIQQCWIEEK
>JGVI01000056|10896:21673|21202_21673_-|KEK28354.1|DBSCAN-SWA
MVVMKLTSKGRYAVTAMLDVAIHSASGPVPLADISERQGISLSYLEQLFAKLRKHGLVASVRGPGGGYRLGLEANDISVGMVVHAVDESVDATRCQGLGNCQSGTRCLTHSLWGDLSKQISDFLDGISLAGLMQKRDVQFISLKQDTMQKEQRVSL
>JGVI01000056|10896:21673|14645_14813_-|KEK28363.1|DBSCAN-SWA
MKLLFAMLFTLLPALAWAHPGHGGVGLFHHLLDLAPAVILVALIAWAGIWAKNRK
>JGVI01000056|10896:21673|12605_13106_+|KEK28366.1|DBSCAN-SWA
MLMRRIISVLLENQSGALSRVVGLFSQRGYNIESLTVAPTDDNTLSRLNITVVADEKVLEQIEKQLHKLVDVLKVSNVTESAYIERELALVKVRAQGELREEIKRTADIFRGQIVDVTANLYTIQLVGTTEKLDAFIHSMGEVTKVVEVSRSGVVGLARGEKAMRA

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
KEK28367.1|10896_12612_+	acetolactate synthase 3 catalytic subunit	A0A0P0YLY7	Yellowstone_lake_phycodnavirus	1.6e-56	30.7
KEK28366.1|12605_13106_+	acetolactate synthase 3 regulatory subunit	NA	NA	NA	NA
KEK28365.1|13240_13690_-	heat shock protein Hsp20	A0A2L0V0Y9	Agrobacterium_phage	1.8e-20	49.5
KEK28364.1|13981_14413_-	nucleoside diphosphate kinase	D2E8E1	Anguillid_herpesvirus	1.4e-20	42.7
KEK28363.1|14645_14813_-	hypothetical protein	NA	NA	NA	NA
KEK28362.1|15016_15214_-	hypothetical protein	NA	NA	NA	NA
KEK28361.1|15282_16206_-	ribosomal protein S6 modification protein	I3ULC9	Synechococcus_phage	2.5e-40	33.6
KEK28360.1|16336_16672_-	ferredoxin, 2Fe-2S type, ISC system	NA	NA	NA	NA
KEK28359.1|16680_18543_-	chaperone protein HscA	A0A0N9QXN8	Chrysochromulina_ericina_virus	2.0e-105	39.3
KEK28358.1|18610_19135_-	co-chaperone HscB	NA	NA	NA	NA
KEK28357.1|19150_19474_-	HesB/YadR/YfhF family protein	A0A2H4N7N5	Lake_Baikal_phage	4.1e-22	43.0
KEK28356.1|19488_19872_-	scaffold protein	A0A218MKD1	uncultured_virus	1.0e-51	77.4
KEK28355.1|19909_21124_-	cysteine desulfurase	H7BUW1	unidentified_phage	6.1e-34	36.9
KEK28354.1|21202_21673_-	AsnC family transcriptional regulator	M4M9K8	Vibrio_phage	7.9e-06	31.8