| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_003726 |
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| Symbol | |
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| ID | 8557461 |
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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 | 2338795 |
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| End bp | 2341830 |
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| Gene Length | 3036 bp |
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| Protein Length | 1011 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646406823 |
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| Product | Fe-S oxidoreductase |
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| Protein accession | YP_003286351 |
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| Protein GI | 262394497 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0277] FAD/FMN-containing dehydrogenases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.000740961 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGTTACCAA GATTACACTC GCAAACTGAT GTTGATCCTC TTGTTCTTAG TTTTCTGAAA
GAGCTTGAGC ACGCCGGATT CACTGGTGAT ATCGAAAGCC AATATTCAAG CCGACTAGCG
GTTGCCACTG ACAACAGTGT TTACCAGCAA CTTCCTCAGT CTGTCGTTCA TCCCAAAACG
ACAGAAGATG TTTCTCTCCT CGGGAAACTG AGCAATAAAG AAAAGTACGA ACGAATTACC
TTTTCACCTC GTGGTGGCGG CACAGGGACC AATGGTCAGT CGCTAACCAA AGGTATTGTG
GTGGATATGT CTCGCCACAT GAACAAAGTG CTTGAGATTA ATGAGAAAGA AGGCTGGGTT
CGTGTACAAA CTGGTGTAGT GAAAGACCAG TTAAATGATG CGGTTCGCCC TTACGGTTAC
TTCTTCTCTC CAGACTTATC TACCAGTAAC CGTGCCACGA TTGGCGGAAT GGTCAACACC
GATGCTTCTG GTCAAGGATC TCTGAAATAC GGAAAAACAT CCGATCATGT ATTGTCGCTA
CAAGCGGTGT TTGCTGATGG TTCAGTTTTA GAGTCGGACT TGTCTCATGG TTACCCAAAA
GAGGGCGAGT TTGCTGCCAA GGCGCTACGA GTAACGGAAT CCGTATGTCG TGAAAAACGC
CAGCAGATCG TGGATAAATT TCCTCCTCTC AACCGATTCC TAACGGGCTA TGACTTAAAG
AACGCGCTAG ATGAAGACGA TGATCGTTTC GATATCACAC GAGTGCTGTG TGGCGCGGAA
GGTTCATTGG CATTTATTAC TGAAGCGAAG CTAAACCTGA CGCCAATTCC GAAAGCACGT
ACTTTGGTTA ACGTTAAATA CAACAGTTTT GACTCTGCGC TGCGTAATGC ACCGTTTATG
GTCGAAGCGA AAGCGCTATC TGTAGAAACC GTTGACTCGA AAGTACTTAA TCTCGCGAAG
CAAGATATCG TCTGGCACAC CGTGAGTGAT TTGCTTACCG ATGTTCCAAA CAAAGAGATG
CTTGGCATCA ATATGGTGGA ATACGCAGGT CAGGACGAAG AGGAAGTTGC TGCGCAGGTT
GCAGCGTTGA CCGCCAAGCT CGATACCATG TTGGAAACAG AAGAAGCGGG CATCATCGGC
TACCAGGTTT GTAACGATGT AGCGAGCATT GGGCGTATTT ACAACATGCG TAAAAAAGCG
GTGGGTTTGT TAGGCGCAGC AAAAGGTCGT GCTAAACCGG TCGCATTCGC TGAAGATACC
TGTGTGCCAC CAGAAAACCT GGCAGACTTC ATTGTAGAGT TTCGAGAGCT GTTAGACAGC
AAGTCTCTGA ATTACGGCAT GTTTGGCCAC GTCGATGCCG GGGTGCTTCA CGTACGTCCT
GCGTTGGATT TGTGTGACCC GCACCAAGAA GCATTGATGC ACGAAGTTTC TGATGAAGTG
GTTAAGCTGG TGGCGAAATA CGGCGGTTTG ATGTGGGGTG AGCATGGCAA AGGTTTCCGC
TCAGAATATG GCCCTGAGTT TTTCGGCGAC GAGTTGTTTA CTGAGCTGAG ACGTGTGAAA
GCGGCATTCG ATCCACACAA CAAAATGAAC CCGGGCAAAA TCTGTACGCC ACTTGATAGC
GATGCAGAGT TGGTAAAAGT AACCGACACC AAACGTGGTT ACTATGACCG CCAAATTGAC
GTACAAGTGC GTGACAGCTT TAAGCAAGCG ATGGAATGTA ACGGTAACGG TTTGTGTTTT
AACTACGATA CCAGCTCACC GATGTGTCCA TCGATGAAAG TGACGGCCGA TCGTCGTCAC
TCGCCAAAAG GGCGTGCTGG CTTGGTTCGC GAGTGGTTGC GTCAGCTTAC TGAGCAAGGC
ATTGATATTC TTGACTTAGA AAAGCAAACA CTAGAAAACA AAACATCAAT CAAAACCATG
ATTGACCGCG TACGTCATTC TATCAATCGT CGTCACGAAT ACGATTTCTC CCACGAAGTG
TATGAAGCGA TGAATGGTTG TTTAGCATGT AAAGCGTGTG CGAGCCAGTG TCCGATTAAA
GTCGATGTTC CGAGCTTCCG CTCACGCTTT TTAAACATTT ATCACTCTCG TTACCAACGT
CCAGCAAAAG ATTATCTGGT TGCGAACATA GAGACTATGC TGCCGATGAT GGCGAAAGCG
CCAGGTGTCG TAAACGGTGT TTTGAAGCAG TCGTGGGTCA AGAGCTTAAC GGCTTCAGCA
GTTGGGTATG TCGATGCGCC GTTGTTATCA GTACCTACAT TGAAACAACG AGTAGAGTCG
CTGACAACGC CTTATGATCT GCAAGCGCTC AGCGGTTTGT CTTCGTCTGA AAAGAGCAAG
CATGTTTTAA TTGTTCAAGA CCCATTCACT AGCTACTACG ACGCCGATGT TGTAGAAGAC
TTCGTTAAAT TATTGAAAAA GCTGGGCATG CATCCGGTGC TTCTGCCATT TAAGCCGAAT
GGTAAAGCAC AACACATTAA AGGGTTTTTA CGTCAGTTTA AGGATACAGC AGCCGATACT
GCGAAGTTTT TGGCGATGGT AGCGGATCTG GATATTCCTT TAGTTGGTGT CGATCCTGCG
TTGGTGTTGT GTTATCGAGA TGAATACGCT GAAGTACTTG GCAGTAAGCG AGGTGATTTC
GATGTACTAA CGGCCCACGA ATGGCTTTAC CCAAGACTAG AAGCGTTTGA AAGCGGAGAG
CATAACGCGC AGGAACCTTG GTATCTGTTT GCGCACTGTA CTGAAAAAAC CAAAATGCCG
AATGCGGAAA AAGAGTGGGG CGCTATTTTT GCTCACTTTG GTGCGGTTTT AAATACTGTA
CCGGTTGGTT GTTGTGGTAT GGCGGGTACG TTTGGTCACG AGGTCGATAA GTTGTCGATG
TCGAAAGACA TTTACAATTT AAGCTGGAAG CCAAGCTTAG ATAAGTTAGA TAACGAGAGA
TGTTTGATTA CTGGCTACTC TTGCCGCAGC CAAGTGAAAC GCTTTGAAGG AACAAAGCCC
AAACATCCCG TTCAGGCGCT GTTAACTTTG ATATAA
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| Protein sequence | MLPRLHSQTD VDPLVLSFLK ELEHAGFTGD IESQYSSRLA VATDNSVYQQ LPQSVVHPKT
TEDVSLLGKL SNKEKYERIT FSPRGGGTGT NGQSLTKGIV VDMSRHMNKV LEINEKEGWV
RVQTGVVKDQ LNDAVRPYGY FFSPDLSTSN RATIGGMVNT DASGQGSLKY GKTSDHVLSL
QAVFADGSVL ESDLSHGYPK EGEFAAKALR VTESVCREKR QQIVDKFPPL NRFLTGYDLK
NALDEDDDRF DITRVLCGAE GSLAFITEAK LNLTPIPKAR TLVNVKYNSF DSALRNAPFM
VEAKALSVET VDSKVLNLAK QDIVWHTVSD LLTDVPNKEM LGINMVEYAG QDEEEVAAQV
AALTAKLDTM LETEEAGIIG YQVCNDVASI GRIYNMRKKA VGLLGAAKGR AKPVAFAEDT
CVPPENLADF IVEFRELLDS KSLNYGMFGH VDAGVLHVRP ALDLCDPHQE ALMHEVSDEV
VKLVAKYGGL MWGEHGKGFR SEYGPEFFGD ELFTELRRVK AAFDPHNKMN PGKICTPLDS
DAELVKVTDT KRGYYDRQID VQVRDSFKQA MECNGNGLCF NYDTSSPMCP SMKVTADRRH
SPKGRAGLVR EWLRQLTEQG IDILDLEKQT LENKTSIKTM IDRVRHSINR RHEYDFSHEV
YEAMNGCLAC KACASQCPIK VDVPSFRSRF LNIYHSRYQR PAKDYLVANI ETMLPMMAKA
PGVVNGVLKQ SWVKSLTASA VGYVDAPLLS VPTLKQRVES LTTPYDLQAL SGLSSSEKSK
HVLIVQDPFT SYYDADVVED FVKLLKKLGM HPVLLPFKPN GKAQHIKGFL RQFKDTAADT
AKFLAMVADL DIPLVGVDPA LVLCYRDEYA EVLGSKRGDF DVLTAHEWLY PRLEAFESGE
HNAQEPWYLF AHCTEKTKMP NAEKEWGAIF AHFGAVLNTV PVGCCGMAGT FGHEVDKLSM
SKDIYNLSWK PSLDKLDNER CLITGYSCRS QVKRFEGTKP KHPVQALLTL I
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