| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_003234 |
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| Symbol | |
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| ID | 8556967 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Vibrio sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | + |
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| Start bp | 1792994 |
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| End bp | 1795378 |
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| Gene Length | 2385 bp |
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| Protein Length | 794 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 646406329 |
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| Product | type I restriction-modification system DNA-methyltransferase subunit M |
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| Protein accession | YP_003285859 |
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| Protein GI | 262394005 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0286] Type I restriction-modification system methyltransferase subunit |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGACCACT CAGTACATAA CAAACTCATT TCATTTATTT GGTCGATTGC TGACGACTGT
CTCCGCGATG TTTATGTTCG TGGTAAATAC CGCGACGTTA TCTTGCCTAT GGTGGTATTA
CGCCGTCTGG ATACGCTTTT AGAACCATCA AAAGAAGCAG TACTGGAAGA AGTTAGATTT
CAGAAAGAAG AGATGAATGA AACTGAGCTT GATGATGCAC CATTGTGTGC TGCATCAGGT
TATGTGTTCT ACAACACGTC TAAGTGGACT CTACAAACGC TGTTCAGTAC TGCGACCAAC
AACCAACAGA TTCTGCTGGC TAATTTCGAA GATTACCTGA ACGGTTTTAG CGACAACGTA
AAGGAGATTG TTGAATGTTT TAACCTGAAA GCTCAAATTC GTCACATGGC GGGCAAAGAC
GTTCTGCTAG ATGTGGTTGA GAAATTCGTT TCACCTTACA TCAACCTAAC ACCGACGGTT
AAAGAAGATC CTGAGGGCAA TAAACTGCCA GCGCTCAGCA ATCTTGGTAT GGGTTATGTG
TTTGAAGAAT TGATCCGCAA GTTCAATGAA GAGAACAATG AAGAGGCTGG TGAGCACTTT
ACCCCACGTG AAGTTATCGA GCTGATGACT CATCTTGTTT TCGACCCAAT CAAAGATGAG
CTGCCACTTT CAATCACAGT GTATGACCCA GCTTGTGGTA GTGGCGGTAT GCTGACAGAA
ACGCAGAACT TTGTTGAAGA AAAATACCCA GCATCAAATC GTGATATCTA CCTTTACGGT
AAAGAGATCA ACGATGAGAC TTACGCCATC TGTAAGTCAG ATATGATGAT CAAAGGTAAC
AACCCACAAA ACATCCGTGT TGGCTCAACT CTTTCTACCG ATGAGTTCTC ATCAGAACGT
TTTGATTTCA TGCTATCTAA CCCGCCTTAT GGTAAGAGCT GGGCGAGTGA ACAAAAACAC
ATCAAAGACG GTAAAGACGT CGTTGATGGC CGCTTTAAAG TGAAGTTAAA AGACTACTGG
GGTGTTGAGT CTGAACAAGA TGCTATTCCT CGCTCAAGTG ATGGCCAGTT ATTGTTCCTG
ATGGAAATGG TCACCAAGAT GAAGTCGCCA CAAGTCAGCC CATTGGGTTC ACGCATTGCG
TCTGTTCACA ACGGTTCAAG CTTGTTTACG GGTGATGCAG GCAGTGGTGA AAGTAATATT
CGTCGCTTCA TTATCGAAAA TGACATGCTG GATGCGATTG TTCAGTTGCC AAACAACCTG
TTCTACAACA CGGGTATTAC CACTTATATC TGGCTGCTTA ATAACAACAA ACCTGAAAGC
CGCCAAGGTA AGGTGCAACT GATTGATGCT AGCTTATTGT TCCGCAAGTT GCGTAAGAAC
TTGGGTAACA AGAACTGCGA GTTCTCACCA GAGCACATTG CGAAAATTGT CTCGACCTAT
CTTGATAATA AATCCGTTGA GCGTGCAATC GATGAGAAAG GCGATTCGGT GGGTATTGCC
GCGCAAGTAT TCAAGAACCA AGATTTTGGT TACTACAAAG TGAATATTGA GCGCCCAGAT
CGCCGAAATG CCCAATTCCG TTCTGACCTA ATTGAGCCGC TACGTTTTGA AAAATCACTA
CGTGAAGTGA TGGAGTACTT GTACGTCGAA TATGGCGAGA AAGTATACGA CGCAGGGTTT
GTTAAAGGGG TTGAGAAAGA GATAACCAAG TGGTGTGAAG AAAATGATAT TAGCCTAAAC
AAAGCGGCGA AAACCAAATT GCTGGATACG AAAAACTGGA TTAAACAGCG CACACTGGTT
AATGCAGCGA GTCAATTACA TAGCAAGATT GGTGACGAAG TTTATAACGA CTTTAATCAG
TTCAAGCAAC TAGTGGATGC AGAGCTAAAA TCACTCGGTC TTAAGCTTGC TGCAACTGAG
AAAAAAGCCA TTTTGGATGC GGTAAGCTGG TATAACGAAA ACGCAGAAAA AGTGATTAAG
AAAGTCGCGA AACTTAAGCA AGATAAGTTA GACGAACTGT TAGAAAGCTA CGAATGTGAG
CTACAAGACT TGCCAGATTT CGGTTACTAC CCAACGGGCA ATCACAACGA GTTCGTCACT
TATGAATCAA GTTCAGACCT GCGTGACAGC GAATCCGTGC CGCTTGAACA AAGCATCTAT
CAATACTTCC TTGATGAGGT GAAGCCGCAT GTTGATGAAG CATGGGTAAA CCTAGAATCA
GTCAAGATTG GCTATGAGAT CAGCTTTAAC AAGTATTTCT ATCGTCACAA GCCACTTCGC
AGCATGGATG AAGTCGCCAA AGACATTATT GCGCTAGAAC AAAAAGCGGA AGGCTTGATT
TCTGACATTT TGGGGGGGGA TGTAGTTAAA GGGGATGCTA AATGA
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| Protein sequence | MDHSVHNKLI SFIWSIADDC LRDVYVRGKY RDVILPMVVL RRLDTLLEPS KEAVLEEVRF
QKEEMNETEL DDAPLCAASG YVFYNTSKWT LQTLFSTATN NQQILLANFE DYLNGFSDNV
KEIVECFNLK AQIRHMAGKD VLLDVVEKFV SPYINLTPTV KEDPEGNKLP ALSNLGMGYV
FEELIRKFNE ENNEEAGEHF TPREVIELMT HLVFDPIKDE LPLSITVYDP ACGSGGMLTE
TQNFVEEKYP ASNRDIYLYG KEINDETYAI CKSDMMIKGN NPQNIRVGST LSTDEFSSER
FDFMLSNPPY GKSWASEQKH IKDGKDVVDG RFKVKLKDYW GVESEQDAIP RSSDGQLLFL
MEMVTKMKSP QVSPLGSRIA SVHNGSSLFT GDAGSGESNI RRFIIENDML DAIVQLPNNL
FYNTGITTYI WLLNNNKPES RQGKVQLIDA SLLFRKLRKN LGNKNCEFSP EHIAKIVSTY
LDNKSVERAI DEKGDSVGIA AQVFKNQDFG YYKVNIERPD RRNAQFRSDL IEPLRFEKSL
REVMEYLYVE YGEKVYDAGF VKGVEKEITK WCEENDISLN KAAKTKLLDT KNWIKQRTLV
NAASQLHSKI GDEVYNDFNQ FKQLVDAELK SLGLKLAATE KKAILDAVSW YNENAEKVIK
KVAKLKQDKL DELLESYECE LQDLPDFGYY PTGNHNEFVT YESSSDLRDS ESVPLEQSIY
QYFLDEVKPH VDEAWVNLES VKIGYEISFN KYFYRHKPLR SMDEVAKDII ALEQKAEGLI
SDILGGDVVK GDAK
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