| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000467 |
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| Symbol | |
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| ID | 8558773 |
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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 | 558762 |
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| End bp | 561935 |
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| Gene Length | 3174 bp |
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| Protein Length | 1057 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 646408133 |
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| Product | predicted ATPase |
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| Protein accession | YP_003287620 |
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| Protein GI | 262395767 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3899] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.101132 |
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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 | ATGGCAAATA GGGATGGAAG AATTCCACTC AACGTATTAC GACTCAAAGA ACTGAGAAAG
AAATTAGGAC TGAGCCAAGA AAGACTGGCG GAAGAATGCT TTCAACAGGG TTTTGTCGTA
TCTATTGCTT CCATAAAGCG AGCAGAGTCT GGGGCGAATG TGCTGTATCG TACCGCATCC
AATCTCGCGG AATACTTTTC TGTCCCCGTA GAGGACCTCT TAATAGATCG CGCCTCAGAA
CCATTACTTA CAAATGTGTC TTCATCACCA CCATATTTTT TTATTTTTGC AATCGAAGCA
AAGTGTGATT TGACCGTAAA GACTCTGCAA ACATTACTTT TCAGCCAAAA CACTACACCC
ATAATACAAA ACCGGACGTT TGTTCTTACT TGGTCTATAC AGGAATCGGA CGAATATGTT
TTTGAACGAA TTCGACAACT AGCCCTTCAA TTACAGGTTG CTCTTTCGGC TTCGATTCGG
TCTTTTATCA ATGTGAAATA CAAGCATCGA GTCACTGAGC TATCGGAACA TCCGAATGCG
ATAACCCCAA TCAATGAAAT CCTAGTTAAA ATCCCTTGGG GAGAAATAGC TGCTTGTCCT
TGCTTTATCT CGTCCAATTG TGCCAGACCA ATAAAACCGT TTCTAACAGG AGAGCCAGAC
TTCAACAACT GGCATCTTGT ATCCTTACAC CAAAGCCATA CTGACTGTTT TGTAGGGCGT
AAACTTGAAC TAGAAACATT AAATAGCGGA ATCAAGCGAT GGCAAAAACA AGAAGCAGGC
CAAACGTATT GTATTACTGG TACCGCAGGG ATAGGAAAGA CCAGCCTACT CAACCAGGTC
ATTGCGTCTT TGAATCGATC CTCGTGTTTA ACCACAGAGA TTCAAATCCT GAATCATGGT
AGTGCTGATC TCTTGTCCCC TCAAAATATA TTCACTCGGG CAATTTGTTC ATTTACTCGT
GAAGATACCG ATGATTCTAT TCGTCAGCAA ACTGTCGAGT CATCAATTCC GTCTTCTTTC
CACCTCTGCC TTTATTGGTT AATGGGGGTA GCACTCAACG AATCAGAAAA GCAGTTGCTG
AACTTAATGG AGTTCCAAAC GCTGAAACAA ACGATAGAGC AATCTATCCC TTTCTTAATT
CAACAACGGC AGACCAGCAA ACCGCATTTG ATAATTGTTG AAGATGTCCA TTGGGCCGAC
GAGGTAATGT TGGCATTTCT TGAGACACTG CTACCTCATA TTACAAACAC CAATATTTTG
CTCTTTCTGA CGTTTAGGCA GCAAAAACGA CTTAGTTCCA AACAATCTTG GTTTACCAAC
GTGAATCTAA TCGAACTTAG GGAGTTATCA TCTGAAGAGT CTTACGAGTT AGCTTGCTCA
ATCACATGCC AACAGAATGA ACATATCAAT GACTGTATAA AGCTTGCGAA AGGCCATCCT
TTATACTTGC GCCAAACACT GCTTTGCTCT CAGTTTGATA AAGACGTTCC GGAGTCATTG
GAGCATTTAG TTTCGATACA ATTAGCTCAA CTTCCAGCCC AAGATCGCCA AGCACTCTGT
ACTGCCTCTG TGTTGGGGCA GTGCTTTCAA CTGGAGCAAC TGCGTGAAAT CACTCGAATT
CCCGGCTACG TACCAGATAA GTTAGTCGAC GCTGGCTTAG TAAAACTCAA TGGCGATCAA
TACCTTTTCC ATCATGATTT GATTTGCAAT GCTGTTTTCC GTCAAATAGA CAAGTCACAG
TGTTCAAAAA TACACATGGC CTGTGCAAAA TGGTATGAGA ACCGAGATCG ATTCTTATAT
GCCGTCCATA TTAATCATGC CAAGGTCGAA GGTGTATTTA CTGTTCTTGA ACAGACCGCC
AAACATTACC TGAGTAATTA TCAGTTTGAA AAAGCACTGA CACTTATTGA GTACGCTATT
AAAGAGTCAC CTAAAGAACA GATGGCGTAT GCACTAAATA TGAAAGGAAA CTGCCTGTAT
TCGATGGGAC GCATCAAAGA GAGTATTGAG GTCCTTGAGC AAGCGATTCA TCACACAGAA
AATGATCCTG AACGTGTTCA ATACTATTTA GACCTCATTA ACCCCTATCG CTTAACCGAC
AACTTTGTAC AAGCGATGTC GATTTTAGAC CAGGCCCAAG TCCTGTGCGA AAGGCTGACG
TTAAATAAAT CTTTGTGTGA AATTCACTCG ATGAGAGGTA ATATGCTGTT CCCTACTGGG
CAGCTAGACG AATGTGAGAA AGAACATTTG CTTGCATTAG ATTACAGTCA ACGAGCAAAC
TGTTTTCGCG CGAAAGCGAA ATCGCTTGGC GGCCTCGGTG ATTGTGCCTA CGCACAAGGG
AAAATGGCCC GCTCATACGA GCACTTAACC GAGTGTTTGC AGCTGTGTGA AGAGCATCAG
TTGCTTTCGA TTGAAACTGC CAATCGCTAC ATGCTGGCAA CAGTGATGAT CTATCAACTG
CAATCTGACG AAGCACTAAA ACAGGCTCAG CATGCCTCGA ATCTTGCCTA TCTCACGGCA
AACCGCCGAG CAGAAATTGT TTCCAGGCTT ACGGCAGCAT GGATCTTTCT CGACCGTAAT
GTATTGGTGC AAGCTGAAAA CGAAATCTCG ACCGCTCTGC AACTTTCAAA ACAGCTTAAT
GCTCATCGAT TTGTCGCTTT TCTTTTGGAG TCCAGTGCAA GATTGCACTG GTATCAGGGA
AAAGAGGAGA AAGCCCTTTC GGACATCGAC ACGGCTCTAG ATCTTGTTCA TATCAATAAG
CTACACAATT TTATTGGTCC TTGGCTCGTA TCTACCAAGG CACTTGTTTG TGGCGATGAA
TCAACGGCCC TCTCCGCTTT GCGCACTGGT GAGGCTTGGC TAGAATCTAC CTGTGTTGGT
CATAACTATT TACGCTTTTA CCAACAAGGA ATCCAAGTAG CGTGGCAGTA TAAGCAGCCT
ACGCTACTTC GAAAATATCG CGATAAGCTT GCTAACTTCA CCCGAGAAGA TCCGCATCCA
TGGGGTGATT TTTATATTGA ACAAGCGAAT CTGATGCTTG CCTTACTCGA CCAGTCCAGC
TCCGTCTCTG AGTTGTTAAA CTTCAATCAG GCCGCGCGTA AGCATCAACT GAACCAGGCT
CAAATAAGTG TTGATGAGCT CGACCATTGG CTCTTCACAT CTACTCAACC ATGA
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| Protein sequence | MANRDGRIPL NVLRLKELRK KLGLSQERLA EECFQQGFVV SIASIKRAES GANVLYRTAS
NLAEYFSVPV EDLLIDRASE PLLTNVSSSP PYFFIFAIEA KCDLTVKTLQ TLLFSQNTTP
IIQNRTFVLT WSIQESDEYV FERIRQLALQ LQVALSASIR SFINVKYKHR VTELSEHPNA
ITPINEILVK IPWGEIAACP CFISSNCARP IKPFLTGEPD FNNWHLVSLH QSHTDCFVGR
KLELETLNSG IKRWQKQEAG QTYCITGTAG IGKTSLLNQV IASLNRSSCL TTEIQILNHG
SADLLSPQNI FTRAICSFTR EDTDDSIRQQ TVESSIPSSF HLCLYWLMGV ALNESEKQLL
NLMEFQTLKQ TIEQSIPFLI QQRQTSKPHL IIVEDVHWAD EVMLAFLETL LPHITNTNIL
LFLTFRQQKR LSSKQSWFTN VNLIELRELS SEESYELACS ITCQQNEHIN DCIKLAKGHP
LYLRQTLLCS QFDKDVPESL EHLVSIQLAQ LPAQDRQALC TASVLGQCFQ LEQLREITRI
PGYVPDKLVD AGLVKLNGDQ YLFHHDLICN AVFRQIDKSQ CSKIHMACAK WYENRDRFLY
AVHINHAKVE GVFTVLEQTA KHYLSNYQFE KALTLIEYAI KESPKEQMAY ALNMKGNCLY
SMGRIKESIE VLEQAIHHTE NDPERVQYYL DLINPYRLTD NFVQAMSILD QAQVLCERLT
LNKSLCEIHS MRGNMLFPTG QLDECEKEHL LALDYSQRAN CFRAKAKSLG GLGDCAYAQG
KMARSYEHLT ECLQLCEEHQ LLSIETANRY MLATVMIYQL QSDEALKQAQ HASNLAYLTA
NRRAEIVSRL TAAWIFLDRN VLVQAENEIS TALQLSKQLN AHRFVAFLLE SSARLHWYQG
KEEKALSDID TALDLVHINK LHNFIGPWLV STKALVCGDE STALSALRTG EAWLESTCVG
HNYLRFYQQG IQVAWQYKQP TLLRKYRDKL ANFTREDPHP WGDFYIEQAN LMLALLDQSS
SVSELLNFNQ AARKHQLNQA QISVDELDHW LFTSTQP
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