Detailed information of TA system
Bioinformatically predictedOverview
TA module
Type | II | Classification (family/domain) | hipBA/HipA-couple_hipB |
Location | 675922..677750 | Replicon | chromosome |
Accession | NZ_AP025458 | ||
Organism | Vibrio artabrorum strain CECT 7226 |
Toxin (Protein)
Gene name | hipA | Uniprot ID | - |
Locus tag | OCU36_RS03070 | Protein ID | WP_261838994.1 |
Coordinates | 676389..677750 (-) | Length | 454 a.a. |
Antitoxin (Protein)
Gene name | hipB | Uniprot ID | - |
Locus tag | OCU36_RS03065 | Protein ID | WP_261838993.1 |
Coordinates | 675922..676404 (-) | Length | 161 a.a. |
Genomic Context
Locus tag | Coordinates | Strand | Size (bp) | Protein ID | Product | Description |
---|---|---|---|---|---|---|
OCU36_RS03045 | 671021..671959 | - | 939 | WP_261838989.1 | hypothetical protein | - |
OCU36_RS03050 | 672242..673954 | + | 1713 | WP_261838990.1 | class I SAM-dependent methyltransferase | - |
OCU36_RS03055 | 674013..674741 | + | 729 | WP_261838991.1 | DUF429 domain-containing protein | - |
OCU36_RS03060 | 674840..675649 | + | 810 | WP_261838992.1 | M15 family metallopeptidase | - |
OCU36_RS03065 | 675922..676404 | - | 483 | WP_261838993.1 | helix-turn-helix domain-containing protein | Antitoxin |
OCU36_RS03070 | 676389..677750 | - | 1362 | WP_261838994.1 | type II toxin-antitoxin system HipA family toxin | Toxin |
OCU36_RS03075 | 678003..678296 | - | 294 | Protein_562 | IS3 family transposase | - |
OCU36_RS03080 | 678885..679412 | + | 528 | WP_261838995.1 | DUF2975 domain-containing protein | - |
OCU36_RS03085 | 679424..679624 | + | 201 | WP_261838996.1 | helix-turn-helix transcriptional regulator | - |
OCU36_RS03090 | 679906..680324 | + | 419 | Protein_565 | IS5/IS1182 family transposase | - |
OCU36_RS03095 | 680518..680997 | - | 480 | WP_261838997.1 | MarR family transcriptional regulator | - |
OCU36_RS03100 | 681012..681197 | - | 186 | WP_261838998.1 | hypothetical protein | - |
OCU36_RS03105 | 681342..682235 | + | 894 | WP_261838999.1 | DMT family transporter | - |
Associated MGEs
MGE detail |
Similar MGEs |
Relative position |
MGE Type | Cargo ARG | Virulence gene | Coordinates | Length (bp) |
---|---|---|---|---|---|---|---|
- | inside | Prophage | - | - | 662034..722447 | 60413 |
Relative position:
(1) inside: TA loci is completely located inside the MGE;
(2) overlap: TA loci is partially overlapped with the MGE;
(3) flank: The TA loci is located in the 5 kb flanking regions of MGE.
Sequences
Toxin
Download Length: 454 a.a. Molecular weight: 51378.28 Da Isoelectric Point: 5.1384
>T40287 WP_261838994.1 NZ_AP025458:c677750-676389 [Vibrio artabrorum]
MEELTVQAFIRGEWIDIGIISLPKSSQHNFRETELNYLSDYALEHHDKDDFHAVSLNHPVSFFFDDMGKPGWLKFLDDIM
PSGASRRYWVKHLDIEDLSSDEQDYVLLKFGTMSPIGNLRIKDSLPERYKVADNLYFSVDDVKNRAGDFLDYAQQRGAAA
GGATGAGGEAPKLILRYGFDHGSGSEKIWIDPYQDDNSNHDLHYLVKYPRGSRSTIDCNILRAEFYFYHELAEMGVETIA
TDGMRLEEGLNYPSLWLPRFDVQIIDQQIERFGMESVYSILNKGAGVTLDHETTIRALIEKMTESNMVKHQGYRFDTQAF
VIEWVKRDLLNILFGNSDNHGRNTSFLKGDGVIKLAPVYDFAPMKADPEGIPRTTKWKAPLEVGGTYDFVGIADTLSDLV
PKKVLLQELKVTASKCIDLKQRLALRGVPEQILEMPAVGLNHISEKLTKWGLL
MEELTVQAFIRGEWIDIGIISLPKSSQHNFRETELNYLSDYALEHHDKDDFHAVSLNHPVSFFFDDMGKPGWLKFLDDIM
PSGASRRYWVKHLDIEDLSSDEQDYVLLKFGTMSPIGNLRIKDSLPERYKVADNLYFSVDDVKNRAGDFLDYAQQRGAAA
GGATGAGGEAPKLILRYGFDHGSGSEKIWIDPYQDDNSNHDLHYLVKYPRGSRSTIDCNILRAEFYFYHELAEMGVETIA
TDGMRLEEGLNYPSLWLPRFDVQIIDQQIERFGMESVYSILNKGAGVTLDHETTIRALIEKMTESNMVKHQGYRFDTQAF
VIEWVKRDLLNILFGNSDNHGRNTSFLKGDGVIKLAPVYDFAPMKADPEGIPRTTKWKAPLEVGGTYDFVGIADTLSDLV
PKKVLLQELKVTASKCIDLKQRLALRGVPEQILEMPAVGLNHISEKLTKWGLL
Download Length: 1362 bp
>T40287 NZ_AP025458:c677750-676389 [Vibrio artabrorum]
ATGGAAGAACTAACCGTACAAGCTTTTATCAGGGGTGAATGGATAGATATTGGTATCATCTCACTCCCTAAAAGTAGCCA
ACATAATTTCCGAGAAACTGAACTCAACTACCTCAGCGACTATGCGCTAGAACATCACGATAAAGATGACTTTCACGCTG
TTTCACTAAACCATCCTGTCTCATTCTTTTTTGATGACATGGGTAAACCTGGATGGTTAAAGTTTCTAGACGATATTATG
CCTAGTGGCGCTAGTAGACGATACTGGGTCAAACACCTAGATATTGAAGATCTTAGTTCTGATGAACAAGACTATGTTTT
GCTCAAGTTTGGCACAATGTCGCCTATTGGTAACTTAAGAATAAAAGACTCTCTTCCTGAGCGCTACAAAGTAGCAGACA
ACCTCTACTTCTCTGTTGATGATGTTAAAAATCGAGCCGGTGATTTCCTCGACTATGCACAACAAAGAGGGGCAGCCGCA
GGTGGTGCAACAGGGGCTGGAGGTGAAGCGCCAAAACTGATCCTCCGATATGGTTTCGATCACGGATCTGGCAGCGAAAA
AATATGGATTGATCCATACCAAGATGACAATAGCAACCACGACTTACATTACTTAGTAAAGTACCCTAGAGGCTCAAGAA
GCACCATCGACTGTAATATTCTAAGAGCTGAGTTCTACTTCTACCACGAGCTAGCTGAAATGGGCGTTGAAACGATCGCC
ACCGACGGTATGCGCTTGGAGGAAGGATTAAACTACCCTTCCTTATGGCTTCCTCGATTTGATGTTCAAATTATTGATCA
ACAAATAGAGAGATTTGGCATGGAATCTGTGTATTCCATTTTGAACAAAGGCGCTGGGGTCACTCTTGATCACGAAACGA
CCATCCGAGCTCTCATAGAAAAAATGACTGAAAGCAATATGGTTAAACACCAAGGGTATAGGTTTGATACCCAAGCTTTC
GTCATTGAATGGGTGAAGAGAGATCTACTCAACATCTTGTTTGGTAATAGTGACAACCATGGCAGAAATACTTCATTCTT
AAAGGGTGATGGCGTCATAAAGCTTGCTCCCGTTTACGACTTCGCACCAATGAAAGCTGATCCCGAAGGCATTCCAAGAA
CAACAAAATGGAAAGCCCCACTAGAGGTGGGCGGAACTTACGACTTCGTCGGAATAGCAGACACCTTATCTGATCTCGTG
CCAAAGAAAGTGTTATTACAAGAGCTAAAGGTTACGGCAAGTAAATGCATTGACTTAAAGCAGAGACTAGCATTACGAGG
AGTACCAGAACAAATCTTGGAGATGCCAGCCGTTGGACTCAATCATATATCAGAAAAGCTCACTAAATGGGGGCTACTAT
GA
ATGGAAGAACTAACCGTACAAGCTTTTATCAGGGGTGAATGGATAGATATTGGTATCATCTCACTCCCTAAAAGTAGCCA
ACATAATTTCCGAGAAACTGAACTCAACTACCTCAGCGACTATGCGCTAGAACATCACGATAAAGATGACTTTCACGCTG
TTTCACTAAACCATCCTGTCTCATTCTTTTTTGATGACATGGGTAAACCTGGATGGTTAAAGTTTCTAGACGATATTATG
CCTAGTGGCGCTAGTAGACGATACTGGGTCAAACACCTAGATATTGAAGATCTTAGTTCTGATGAACAAGACTATGTTTT
GCTCAAGTTTGGCACAATGTCGCCTATTGGTAACTTAAGAATAAAAGACTCTCTTCCTGAGCGCTACAAAGTAGCAGACA
ACCTCTACTTCTCTGTTGATGATGTTAAAAATCGAGCCGGTGATTTCCTCGACTATGCACAACAAAGAGGGGCAGCCGCA
GGTGGTGCAACAGGGGCTGGAGGTGAAGCGCCAAAACTGATCCTCCGATATGGTTTCGATCACGGATCTGGCAGCGAAAA
AATATGGATTGATCCATACCAAGATGACAATAGCAACCACGACTTACATTACTTAGTAAAGTACCCTAGAGGCTCAAGAA
GCACCATCGACTGTAATATTCTAAGAGCTGAGTTCTACTTCTACCACGAGCTAGCTGAAATGGGCGTTGAAACGATCGCC
ACCGACGGTATGCGCTTGGAGGAAGGATTAAACTACCCTTCCTTATGGCTTCCTCGATTTGATGTTCAAATTATTGATCA
ACAAATAGAGAGATTTGGCATGGAATCTGTGTATTCCATTTTGAACAAAGGCGCTGGGGTCACTCTTGATCACGAAACGA
CCATCCGAGCTCTCATAGAAAAAATGACTGAAAGCAATATGGTTAAACACCAAGGGTATAGGTTTGATACCCAAGCTTTC
GTCATTGAATGGGTGAAGAGAGATCTACTCAACATCTTGTTTGGTAATAGTGACAACCATGGCAGAAATACTTCATTCTT
AAAGGGTGATGGCGTCATAAAGCTTGCTCCCGTTTACGACTTCGCACCAATGAAAGCTGATCCCGAAGGCATTCCAAGAA
CAACAAAATGGAAAGCCCCACTAGAGGTGGGCGGAACTTACGACTTCGTCGGAATAGCAGACACCTTATCTGATCTCGTG
CCAAAGAAAGTGTTATTACAAGAGCTAAAGGTTACGGCAAGTAAATGCATTGACTTAAAGCAGAGACTAGCATTACGAGG
AGTACCAGAACAAATCTTGGAGATGCCAGCCGTTGGACTCAATCATATATCAGAAAAGCTCACTAAATGGGGGCTACTAT
GA
Antitoxin
Download Length: 161 a.a. Molecular weight: 17610.21 Da Isoelectric Point: 11.0726
>AT40287 WP_261838993.1 NZ_AP025458:c676404-675922 [Vibrio artabrorum]
MGATMNKPSNKESVQDTVARLRANRNQHQSKTGTNAIHSTKERSQFNTPTRSKASKNAKAVSAAERKTEANKIIKHLLLG
ELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEILNKVFKPFGLKVGMLPSSPDVLKSLLIDGKAQ
MGATMNKPSNKESVQDTVARLRANRNQHQSKTGTNAIHSTKERSQFNTPTRSKASKNAKAVSAAERKTEANKIIKHLLLG
ELTQGQALKSLRINILGLKQDVFARLVDVSRKTLSDIENDRGSYNTEILNKVFKPFGLKVGMLPSSPDVLKSLLIDGKAQ
Download Length: 483 bp
>AT40287 NZ_AP025458:c676404-675922 [Vibrio artabrorum]
ATGGGGGCTACTATGAATAAGCCAAGCAATAAAGAGTCCGTACAAGATACGGTCGCTCGTCTAAGAGCAAACCGAAATCA
ACATCAGTCCAAGACTGGGACGAATGCAATTCATTCGACCAAAGAACGATCGCAATTTAATACGCCGACTAGATCGAAAG
CCTCAAAAAACGCCAAAGCAGTCAGTGCAGCAGAACGCAAAACCGAGGCAAACAAAATCATTAAACACTTATTACTTGGA
GAGCTAACACAAGGCCAAGCGTTGAAAAGTTTACGCATTAATATACTGGGACTCAAACAGGATGTGTTCGCAAGACTTGT
CGATGTCTCAAGAAAAACACTCTCAGATATAGAGAACGATCGGGGTAGCTACAATACAGAGATTCTCAACAAAGTATTCA
AACCATTTGGCTTAAAAGTCGGAATGCTACCGTCTTCTCCCGATGTGTTAAAATCGCTATTAATAGATGGTAAGGCTCAG
TAA
ATGGGGGCTACTATGAATAAGCCAAGCAATAAAGAGTCCGTACAAGATACGGTCGCTCGTCTAAGAGCAAACCGAAATCA
ACATCAGTCCAAGACTGGGACGAATGCAATTCATTCGACCAAAGAACGATCGCAATTTAATACGCCGACTAGATCGAAAG
CCTCAAAAAACGCCAAAGCAGTCAGTGCAGCAGAACGCAAAACCGAGGCAAACAAAATCATTAAACACTTATTACTTGGA
GAGCTAACACAAGGCCAAGCGTTGAAAAGTTTACGCATTAATATACTGGGACTCAAACAGGATGTGTTCGCAAGACTTGT
CGATGTCTCAAGAAAAACACTCTCAGATATAGAGAACGATCGGGGTAGCTACAATACAGAGATTCTCAACAAAGTATTCA
AACCATTTGGCTTAAAAGTCGGAATGCTACCGTCTTCTCCCGATGTGTTAAAATCGCTATTAATAGATGGTAAGGCTCAG
TAA
Similar Proteins
Only experimentally validated proteins are listed.
Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
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Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
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Structures
Toxin
Source | ID | Structure |
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Antitoxin
Source | ID | Structure |
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