| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000897 |
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| Symbol | |
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| ID | 8559210 |
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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_013457 |
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| Strand | - |
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| Start bp | 1025654 |
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| End bp | 1028344 |
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| Gene Length | 2691 bp |
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| Protein Length | 896 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 646408569 |
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| Product | putative isomerase |
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| Protein accession | YP_003288048 |
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| Protein GI | 262396195 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | ATGTTTAAAA AGAGCACACT TGCCATTCTG ATCGGGGCTA CTATTTCGCT TGTTGGATGT
GGTTCCAATG ATAAAACTGA AATCCGTTTA CCACAGGCGC CAACTTCGGA ATTTACTAAC
GTGATTGATC GTACTGGTAA TCCAACTTAC CTGCGTGATT ACGACAGTTA TTCGAACCTG
AAGTACAACG CGTTGACGGA TAACGGCGCG TGGCATGGCC ATTTGCTACC TGAAGATGCG
GCGGGTTATG GCGCTTTCGG CGGTATTATG CAAGTGACGC AAGAGTACGC GCATTTTATG
TCTGGCCAAA CGTTCGACAA GCTCACGTTG ACCGACAAAG TGAGTGGCCA AACTTACGAC
TTATCGAACG CAGAAGCGAA AGTCTATTCC ATTCCAGGTG CGTTAGTGCA GGTGTTGGAC
TTGGACGATA TTCACGTGCA AATGGTGCTG CGCTTCGTAA CTGACCGTTC TTCGTTGGTA
GAAACGCTCA TCACTAACAA AACTGATCGT GATATGAACT TGGCGTTGGA GTGGGACGGC
GAGTTGGTGA AATACGCGCT GTCGACGCGA AAAGACCAAA CCGTGGCGCA GTACTACCCA
GATTACAAGC GCCAGATTTC GACCATCGAG AACAGCATTA AAATTAACTT TAGCGAGATG
AAAGACAACT GGGCGATCCG TAATGACCGC GATGCCGAGT TCCGCATTAC TCGTTCTCTA
CCGACGAAGA CGTTCACCAA CGAAACCTCA TTCAGTTCTA CCGCGGAGAT GAGCCTACCA
GCAGAGCAAA CATCGGCGGT TTATACGGCC TATTCTAACC TGCACAATGC GAAAGAAGTG
CAGTCAGAAT CGTTGAGATT GCAAGACGTA TTGGCGAATC CAACTCAATA CATGGAAGCG
TCGAAAGCGC GTTGGGACGG CTATTTAGCG AATGGTCTTA TCAACAAAGA AGCGACAGCA
GACCAAGCTC GTGTGGCCGT AAAAGCGATG GAGACCCTAA ACGGTAACTG GCGCTCTGCG
GCGGGCGATA TTGAACAAGC GACAGTCACG CCATCGGTCA CTGCGCGTTG GTTCTCTGGT
AACTTAACGT GGCCGTGGGA TTCGTGGAAA CAAGCGTACG CGATGGCGCA TTTCAACCCA
GATGTTGCGA TGGACAACAT TCGCACGGTA TTCCAAGAAC AAGTTCAAGC TGATGACAAG
ATTCGTCCGC AAGACAAAGG CTACTTGCTG GATGTGTTGA CGTACACCAA ACCTATTAGT
CGTGGTGGTG CTGGCTCTGA AAACTGGAAC GAACGCAATA CGAAACCATC GTTGGCGGCA
TGGTCTGTGA TGGAGGTGTA TCACGCTCTC GTGAACCAGT TTGATCGCCC AGAAGACGCG
CAAAAATTCA TTGATGAAAT GTATCCGAAG TTGGTGGCAT ACCACGATTG GTGGCTATCA
AACCGCGACC ACAACCAAAA TGGTGTGCCT GAATACGGCG CGGCAGTGGA CCCAGCACAC
AACACGGAAG AAGGCGTAAT GTACGTTTGG GTAGAAACGC GCGATCCTAA CTTCACGACC
ATTATTCCGG CAGAAGACAT CATCGAGCAA AACGGCAATT CTTATAAAGT AAAAGGCATG
GCGTCTTACA ATAAGATTCT CGATGAAGTG GATTACATGA CGATTCACGT CGGCGCACAA
GAAGCGGCGG GCTGGGAATC GGGCATGGAT AACGCGGCTC GTTTTGGTTT TATCTACAAT
ATTCACAATA TGAATTCGCA AGCTGAAGAC ATCAGCAACC CAGACAGAAA TGTGGATCAA
CTTGGTCGCT ACGCGGCAAG TGCGTACGGC TTTGATAACA GCATCAAGCT GGAAGGCGAA
GAGTGGGTGT ACAGCAATAC GTCAGCGGAA AACTTAGCGA AACTCGATCT AGCGAAGAAA
GATTGGGAAG TTCGTTTTGC AGAAAACCGC ACCAACAATA ACGCTGCGGA CGGCGAGCTG
CTTGGCTTCT CTATGCTGCA AGAATCGGTG GATCAAGCCT CTTACATGTA CTCAGACAAC
AAATACTTAG CGGAAATGGC GAAGTTGGTG TCCGATGGCG TAGAAGGTAA AGATCGTGCG
CAAGAATTCC TTAACGGCGC AGAAAAAATC AAGACGTACA TTAACCAATG TATGTTTGAT
GAAAGCACAG GATTCTTCTA CGACATTCAC TTAAATGTGG CTAAAGATGG CACTACTCCT
GCGCCTCTTG CAAATGGTTG TGCGGGTTTG CCGATTGTAG AGCGTGGACG TGGCCCTGAA
GGTTGGTCGC CGCTGTTTAA TGGTGCAGCA ACGCAAGAGC ATGCCGATAA AGTGATCGCG
GTGATGCGTG ATCAAGACGA GTTCAACACG CCAGATAAAT TCCAAGGAAC GGGTGTGCCT
TTGCCGACCG CATCGCAGAC CAACCCTGCT TACGGTAAAG ATGTGTACTG GCGTGGTCGT
GTATGGCTAG ACCAAGTGTA CTTTGGCTTC CGTGCGATGG AAAACTACGG CTACAAAGAA
GAAGCGATTG CAATGGCGAA TGAGTTGTTT AACAACGCAG AAGGTATGAC GGGTGACATG
CCAATCCGTG AAAACTACAA CCCAGAGACG GGCGCGGTAC AAGGTGCGTC GAACTTCTCT
TGGTCTGCGG CGCATTTGTA CATGATGTAC AACGGATTCT TCAAAAACTA G
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| Protein sequence | MFKKSTLAIL IGATISLVGC GSNDKTEIRL PQAPTSEFTN VIDRTGNPTY LRDYDSYSNL
KYNALTDNGA WHGHLLPEDA AGYGAFGGIM QVTQEYAHFM SGQTFDKLTL TDKVSGQTYD
LSNAEAKVYS IPGALVQVLD LDDIHVQMVL RFVTDRSSLV ETLITNKTDR DMNLALEWDG
ELVKYALSTR KDQTVAQYYP DYKRQISTIE NSIKINFSEM KDNWAIRNDR DAEFRITRSL
PTKTFTNETS FSSTAEMSLP AEQTSAVYTA YSNLHNAKEV QSESLRLQDV LANPTQYMEA
SKARWDGYLA NGLINKEATA DQARVAVKAM ETLNGNWRSA AGDIEQATVT PSVTARWFSG
NLTWPWDSWK QAYAMAHFNP DVAMDNIRTV FQEQVQADDK IRPQDKGYLL DVLTYTKPIS
RGGAGSENWN ERNTKPSLAA WSVMEVYHAL VNQFDRPEDA QKFIDEMYPK LVAYHDWWLS
NRDHNQNGVP EYGAAVDPAH NTEEGVMYVW VETRDPNFTT IIPAEDIIEQ NGNSYKVKGM
ASYNKILDEV DYMTIHVGAQ EAAGWESGMD NAARFGFIYN IHNMNSQAED ISNPDRNVDQ
LGRYAASAYG FDNSIKLEGE EWVYSNTSAE NLAKLDLAKK DWEVRFAENR TNNNAADGEL
LGFSMLQESV DQASYMYSDN KYLAEMAKLV SDGVEGKDRA QEFLNGAEKI KTYINQCMFD
ESTGFFYDIH LNVAKDGTTP APLANGCAGL PIVERGRGPE GWSPLFNGAA TQEHADKVIA
VMRDQDEFNT PDKFQGTGVP LPTASQTNPA YGKDVYWRGR VWLDQVYFGF RAMENYGYKE
EAIAMANELF NNAEGMTGDM PIRENYNPET GAVQGASNFS WSAAHLYMMY NGFFKN
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