| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000788 |
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| Symbol | |
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| ID | 8559093 |
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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 | 900529 |
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| End bp | 904647 |
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| Gene Length | 4119 bp |
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| Protein Length | 1372 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646408452 |
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| Product | MoxR-like ATPase |
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| Protein accession | YP_003287939 |
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| Protein GI | 262396086 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 AATTGACTCT GGTGTCAGCA ATAACGGCCG CACTTGCAGG CTGTGGCGCA
GATGATCAGG CGTATGACTA TGTCGAAAGA GATGCAAAAG AAGTCGCAGT AAAAGATCTT
AAAGACGGTC GTTGGTTTTA CGTTCCGACG ACTGGTGCCG CGCCACGCTT TGCTCTGAAC
CAATTCCCAT TCTTGCAAGG TTCACCTCGT TACGTTGAGC TTTGTTTTAC CAAAGAAGGT
CTGGAAGTTC GCAGTTACGA TAAAAACTAC CCAGACGCGC ATCTAAGCAA AGATGCCAAT
AATTACTGCG GTGAAGAGAA ATTTGTCGCA GACGACGACG GCGTTAACTT CGCGCAAGTG
CTGACGATTC CGGGTGACTT TGCGGCGTAT CGCTGTCAAG AAGACGCGCA TGGTGATTGC
ACCAACAAAG AAGAAACCAA TGAAGACGCA AGCCTAAACT ACAAGAAGAA AACCCACTTC
ACTCCTCGTC CTGAAGATCT CGAAATTGCA GAATTCAATA TGGAAGATCT GTATGGCATT
ACCGAGGGCA TTGATGAAAT TGGCGCACCA CGATTGATCT CGTGGGATTT TGACCCTAAA
AACGGTCTTC TCAATTTCGA ACTAGAGCGC ACGTTCCGTA TCGATTTAGA TAATATTTCT
GACTACATCA ACTTTGCAAC GAAAGCGAGT TTGGATGAAG CGCTTGTAGA TGGCGCGTTT
AAATCTCGGT TCTACTACTC GTTAGTGCAC GAAAGTGAAG TGGCAACCGA AGGTTACCAA
CCGATCTTGT ACCCTGTGGG TGATGAGAAC GACATTGGTT TCTTCACCAC GTCGACGAAA
AAGCTTAACC CAGTCACGAA TAAATACGAC CGTGATGTGG TTTACCTCAA TCGTTTCAAC
CCGAATCAAG GTTCTATCAA ATACTACTTG AGCGATAACT TTTTTGAAGA GAAGAACAAG
TTGTTCTTGG ATGCAACGCT GCAATCGATC GACAAGATGA ACCAAGCGCT GAATGTATTT
GGGGCGGATG CAGGCAAGCC TGAAATCGAG ATTGTGAACA AAACCAAAGC GGCTGGTATT
CACCCAGGAG ATCTGCGTTA CAACGTGATT AATCTGATTG ACGAGCCTCT AGCGAACGGT
CTGCTTGGCT ACGGCCCGTC GGTTTCTAAC CCGATGACGG GGGAAATCAT CAAAGGCCAC
GTGAACCAAT ACGCAGGCGT TGCAAGAACG GGTGTACCTT TCTATTGGGA TAACTTGGCG
CGATTCTACA ATCGTAATCA GCTGGACTTA GATGGATTGG ATCCACTGCC GACTAATAGT
GAAACGGTGA AAACAGAGGT CGAGGATAGA GTTGAAGCCC TCTCGACAAT GGCAGCAATG
GCGAGCCTGA AATCGGATGA AAACATTTAT GCGCCTTTCG TATCAAAAGA AGACATCGTT
TCTGGCAAGG CGGCGACAAA GAGCCCAACT CAGCTAATGA AAAACTTCAA TGATGATATG
GAGTTTGAAA AGGTGGTTGA AGCTGAAGAG AACCGTTTGT CTTTCTGGGC AGAGAACAAC
GTTTATCCAA TTGAAGCGTC GTGGGTTTCT TCAACTAACA AGGCCATGTT GGACAACTTG
AAGTTGGACG ACGAGCGTTA CTTTGAGATC AAACTCGATG ACGCAGGTAA CGAAGTATCA
CGTCAGCTTA AGCGCTGGAA ATACCTGCCA AAAGAGTTGC AAGTGAAAGC CGCAGATGCG
ATTACGGTTG CGACTTACAG CAATACGCTC GTTCACGAGC TTGGCCACAA CATGGGTCTG
CGCCATAACT TTAAAGGCTC AAATGACAAA GCGAACTACT ACACGCTAGA GCAAGCGCAT
CAACTTGGTT TGAACAACAT TCCTGCTTAC AGTTCGACGA TGGACTACGC GCCAAGCATG
TTGGATGAAA CGCCAACTTG GGGTCTGTAC GACATTGCGG CCTTTAAGTT TGGTTATGGT
CGTAAAGTCG AGACGATTCA AGATTCTTCA GGCTCGGCTC CTGCACCTGT TGCGAAGCCG
GCAGACAGTG CAAGCGATGA AGACAAAGCG GCATACGCCC GGTACCTCGC TGATCAGCAA
GCCTACCAAC AAAGCTTTGC ATACAAGTTT GGCAACAATC CAGACAACAC ATCGCTGATG
GTGTGTTCTG AAGTGAAGGC ATTAACGGGG AACGAGAAAG GCAAATCACT CTACAACTGT
GACTTCAGCC GATTCGATAC CGCCGCGTTG TCTGATGATC CAGAACTGAA TGCGAAAACT
CGTTATGGCG CACTTTACTA CCTAGATAAA GTGAATGAAA TTGAGCGTAA GTCTTACGAT
TTCTGTACCG ATGGGAACGT TTCTCTAAAC AGCGACTGTA ACCGTTTTGA CGAAGGTACA
AACCTAGAAG AAATTGTTTC TTACGAGTGG CAGAACTATC TCGATAGCTA TGATCGACGC
AACTTGGAGC TATATGGGAC GACGGGATTG TTCTCGTCTG ATTATCCTGG TTACTTAGTG
CGCCGTTACA TGGAAATGAG CGCTATCCGT GACAAGATGG AAGATCTTGA GCGCATCGAT
AACCTGTACA CCAATTTGGG TTACACTTCG TCAACGGATA AGCCGGGTGA CTTCTTATTG
CGCCTTGCTT CAAACCCTCA ATACTGTAGC GAAGGTAAAG CCGATAACTC ATGGTTCTGT
GATTACGCGA ATGGGGCGAA AAAATCCGCG GCGTTCTTCC TTGATATCTT GCGCACACCA
GAGCATCAAT GTGTGATAGA AAATGCGGCA GGCAACCAAA AAGTGATTTC TTTTGGTCAA
CTGTTAGACA ACAACTCACA CCAGATTCCG GCAGATTACG ATCTTTCAAC AGCCAGCTGT
TTTGATGATT TGGTAGCACG CTTTATCGAA GATTCAGATG AGGGCTATAT AGCTGTTGCG
GAAACTGCGA ATGGACGCTT CCTAAACTCA ATTGGTAGCT TTGACCCGGA TTACCCTTGG
TCAAATGCGG TGTCTGTGTT GGGTAACTGG CCCGATAAAG CGTTGGCGAG CCACTTCTTA
GCACGTCGAT TCTCGAACCG TTTTACCGAT GAGGTGAGCT TTGCATCGCT GCTTGATATC
CCTGGGGTGC AAGCTGAATA CGAAGACATC ATGGGCAACA TCGTGGCAAA TGACGCGTTA
AATACGCCAG TTAAATTGGT GGGTAAAGAC GGTAAGGAAT ACACCAATCT AAAAGGTGTT
ACCGTGAACC TACACATCAC TGAGCAAATG GAGTCCCTAC CACCAATGCC TCGTGGTATT
GCAAGATTCC TTGATATTGG TGCAGAAGGT CGCGGACGTG TTGGCGATGT CATCTTGAGA
ATGGGTGTGA ACCAAATGAA GTCTTACGAT TATACAGTGA AGACTCGTGG TCAATCTCAG
TTTGATACGT TTACGAAGCA GCAAGACCGT TACGGTATCA TCGCGGGTGA CAAGGTTGAG
TTTGTTATCG ACGGCGAGAA GTTTGTGGCA ACAAAAGCAA ACAAGCTGGC TTACGACTAC
GCAAATCAAC TGGTGACGTC CAAAGGTTAC GATCTAAAAA CGTACCTAGA TAGCTATGAG
CCTGCAACAC TAAACAAGGT TGCAGAGAGC ATCGATAGTG CTTGGGGGCC ATTCCGAACA
GCGATTGTCC CAGCGTTCCA CGATCCTGTA TTGCTGCTGG ATGCGCCAAT GGTCAACGCA
ATGAAGCGAA CCATTGATGC GGATATCGCG GCAGGTGTGC TGTCGTTTAG CCAGTCTTTC
ATCAACTTTA CGACAGTGAA TGTGACTTCG GGTGATTTGG TCATCGATGC AACTTCGGGC
ACATTGAGCT ACAAAGGTGG TAAAGCGCAC GATGAGCTGA AAGCGTTCGA AGCTTACACT
GATGCGATGC TTTTGATTTA CAACGATCAC GCTGAAGACA TGATGTTCGC GGTCGACAAT
GTGTACGCAG GGTACATGGC GTCTTCAGAT GCTGACAAAG AACTTTGGCT GAAAGATCTC
AATATGATTC AAGCGTATTT GCGTGGTGAT ATCGGCGCTG TGGCTGGTGA TTACTACAAG
ATGCTTGATC GCCTACCAAC TGCAGTGAGT TTCCAGTAA
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| Protein sequence | MFKKLTLVSA ITAALAGCGA DDQAYDYVER DAKEVAVKDL KDGRWFYVPT TGAAPRFALN
QFPFLQGSPR YVELCFTKEG LEVRSYDKNY PDAHLSKDAN NYCGEEKFVA DDDGVNFAQV
LTIPGDFAAY RCQEDAHGDC TNKEETNEDA SLNYKKKTHF TPRPEDLEIA EFNMEDLYGI
TEGIDEIGAP RLISWDFDPK NGLLNFELER TFRIDLDNIS DYINFATKAS LDEALVDGAF
KSRFYYSLVH ESEVATEGYQ PILYPVGDEN DIGFFTTSTK KLNPVTNKYD RDVVYLNRFN
PNQGSIKYYL SDNFFEEKNK LFLDATLQSI DKMNQALNVF GADAGKPEIE IVNKTKAAGI
HPGDLRYNVI NLIDEPLANG LLGYGPSVSN PMTGEIIKGH VNQYAGVART GVPFYWDNLA
RFYNRNQLDL DGLDPLPTNS ETVKTEVEDR VEALSTMAAM ASLKSDENIY APFVSKEDIV
SGKAATKSPT QLMKNFNDDM EFEKVVEAEE NRLSFWAENN VYPIEASWVS STNKAMLDNL
KLDDERYFEI KLDDAGNEVS RQLKRWKYLP KELQVKAADA ITVATYSNTL VHELGHNMGL
RHNFKGSNDK ANYYTLEQAH QLGLNNIPAY SSTMDYAPSM LDETPTWGLY DIAAFKFGYG
RKVETIQDSS GSAPAPVAKP ADSASDEDKA AYARYLADQQ AYQQSFAYKF GNNPDNTSLM
VCSEVKALTG NEKGKSLYNC DFSRFDTAAL SDDPELNAKT RYGALYYLDK VNEIERKSYD
FCTDGNVSLN SDCNRFDEGT NLEEIVSYEW QNYLDSYDRR NLELYGTTGL FSSDYPGYLV
RRYMEMSAIR DKMEDLERID NLYTNLGYTS STDKPGDFLL RLASNPQYCS EGKADNSWFC
DYANGAKKSA AFFLDILRTP EHQCVIENAA GNQKVISFGQ LLDNNSHQIP ADYDLSTASC
FDDLVARFIE DSDEGYIAVA ETANGRFLNS IGSFDPDYPW SNAVSVLGNW PDKALASHFL
ARRFSNRFTD EVSFASLLDI PGVQAEYEDI MGNIVANDAL NTPVKLVGKD GKEYTNLKGV
TVNLHITEQM ESLPPMPRGI ARFLDIGAEG RGRVGDVILR MGVNQMKSYD YTVKTRGQSQ
FDTFTKQQDR YGIIAGDKVE FVIDGEKFVA TKANKLAYDY ANQLVTSKGY DLKTYLDSYE
PATLNKVAES IDSAWGPFRT AIVPAFHDPV LLLDAPMVNA MKRTIDADIA AGVLSFSQSF
INFTTVNVTS GDLVIDATSG TLSYKGGKAH DELKAFEAYT DAMLLIYNDH AEDMMFAVDN
VYAGYMASSD ADKELWLKDL NMIQAYLRGD IGAVAGDYYK MLDRLPTAVS FQ
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