| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000709 |
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| Symbol | |
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| ID | 8559014 |
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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 | 821524 |
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| End bp | 823980 |
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| Gene Length | 2457 bp |
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| Protein Length | 818 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 646408373 |
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| Product | alpha-1,2-mannosidase |
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| Protein accession | YP_003287860 |
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| Protein GI | 262396007 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3537] Putative alpha-1,2-mannosidase |
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| TIGRFAM ID | [TIGR01180] alpha-1,2-mannosidase, putative |
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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 | ATGAAACTAA AAAGAACCCT TATCTCTACC GCTATACTCG CTGCCATGTT TGGTCTTGCT
GGTTGTAACA GTGATGACGA CAACAGCAAA TCTGGAACAC CATCCCTCGA CACCACACTA
ACTCAATACG TCAATCCATT GATTGGTACA GGTGCAGATG GTCACACCTT CCCGGGGGCG
ATTGTGCCTT ACGGTTTGGT ACAACTTTCT CCTGATACTG AAATGGAAGG CTGGGGCTCT
GCCGCAGGTT ACTTCGACCA CGGCAAACTG ACTGAAATCC CAGTGTATGG TTTCTCCCAC
ACTCACCTTT CTGGCACAGG CATTACCGAC CTTGGTGATA TCTTAGTTCT GCCTTTTACC
AAAAAAGAAA ACGCCGTTTT CAACACGTTC GATAAAGACA ACGAAACCGC CGAAGCGGGT
TACTACGCGG TTGAACTGAA CAAAGGCGAA ATCAAAGCTG AGCTAACTAC CACGCAACGT
GTTGGCTTCC ACCGCTACAC CTTCAGAGAA GGCACCACGC CACACATCAA GTTCGATTTA
GACCACACTC TCAACAAAGG TCACTTCAAC AACCGCCCCA TGAAGGGTGA TTTAGAGTTC
ATCGACGCTT ACACCATTCG CGGTTTACGT AGCTCGAACG GTTGGGCGAA CAACCAACAC
GTCTACTTCT ACGCCACCTT CAACCAACCT ATCGTCAAAG CCATTGCTCT AGTTGACGGC
GCAGAAACGG AAATCGATGT AAACAACGAC AACATCGACG CAGTGAAAAC CATCGCTTAC
CTAGAATTCG CACCATCATC AACACCGCTA GAAATCCAAG TAGGCTTGTC ACCAACAGGC
ACAGAAGGTG CAGAGAAGAA CCTAGAAGCA GAAGCGAAAG ACGTGTCATT TGATACTGCG
CGCGCTCAAG CCAACGACGC ATGGCACCAA GAGCTTAGCC GCATGATGGT ATCTGGCGGC
ACAGAAGATC AAAAAGAAAT CTTCTACACC GCGCTCTACC ACGCTTCTAT CGCGCCAATG
ATTTTCCAAG ATGTCGACGG TCAATACCCT GCGATGCGTA CTCGCATTCA AAAAGACGCG
GGCGACACAC CAAACTACTC CGTGTACTCC ATGTGGGATA CCTTCCGCGC TGCGCATCCA
CTGAAAACCA TCATCGACCC AGAACGTGCC GAAGAGTTTG CCAACGACCT GATTCGTAAA
TACGAAGACG GTGGCATCTT GCCGAAATGG GAACTGCACA GCCACTACAC GGGCACGATG
ATCGGCTTCC CTGCGGTTTC TATCATTGCT GACGCGATGG CAAAAGGCTT AGACATCGAC
CCACAACTTG CCAAAGAAGC GGCTGAATTT ACGGTGCGCT ACCACGAGGC ATCTGAATTC
CCAGATTGGA CGGAAGACAA CAACATCGGC GCAGCAAACG TTGTGCAAGT GAAGGTGTAC
GAAGAAAACG GCTTTGTTCA TCACGGCTAT TGGAACAGTG CGTCTTACAC GCTTGAGTTT
GCTTATGGCG ACTGGGCAAT GGCAGAAATC GCGCGCATGG CTGGCGATGT AAAACTGCAA
GAAGAGTTTA TGACTCGTGC CGACAACTGG CTTAACCATT GGGATGCAGA AACTGGCTTC
TTACGTCCAA AGAACCATCC GATGAGTTCA TCACCAAACA AACCGCCTTT GGAGTTCAAC
CAACCGATTG ATGAAGAGCG TTTGGATGAG TGTGAAATGG TTGAGTGGCC AGAAGGCTCA
GGCGTGATGA AAGAGAAATG CCCACTGCTA CCATTTGACC CTTACTACGT GGACGAGTTT
GCCTACACCG AAGGGAACGC GTGGCAATGG AAGTTCCAAC CAATGCACGA TTTCAACCGT
CTGAAACAAG AAATCTACCA AGCAGACTTG GCGCAAGGCA AAGACACCAC GCCAGAGAAA
GCTTTCCGTG AAGATTTGGA CGAGCTATTT AATGCACGTT CTTCAAACAC AGGCGAAGAG
CTACCAGACC TAACGGGTTA CATCGGTCAG TACATGCACG GTAACGAGCC ATCGCACCAC
ATTCCTTACC TATACGCGCT AACGGATGAG CCATGGAAAG CGCAAGAGTA CCTAGACCGC
ATCATGTCAG AGATGTACAC CAGCGAGCCA ACCGGCTTGA TTGGTAACGA AGACGTGGGT
CAGATGAGCT CTTGGTACTT GATGTCGGCA ATGGGCTTCT ACCAAGTGAC GCCTGCGGAT
CCGGTCTACA CCATCGGTCG TCCTATGTTT GATGAAATCA CCATTCCAGT GGAAGGCGGC
GAGTTCACAG TCATCGCAGA CAACAACAGC CCACACAACA AGTACGTGAA GTCTGTAACC
ATCAACGGCA AACCGCTGGA TGCCAACTTC ACCTTCAAAC ACAGCGAAAT CAAAGCGGGC
GGCGAGCTTC ACTTCGTCAT GACGGGTGAC AAGCAAGAAG CGCTTCAAGC TCAGTAA
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| Protein sequence | MKLKRTLIST AILAAMFGLA GCNSDDDNSK SGTPSLDTTL TQYVNPLIGT GADGHTFPGA
IVPYGLVQLS PDTEMEGWGS AAGYFDHGKL TEIPVYGFSH THLSGTGITD LGDILVLPFT
KKENAVFNTF DKDNETAEAG YYAVELNKGE IKAELTTTQR VGFHRYTFRE GTTPHIKFDL
DHTLNKGHFN NRPMKGDLEF IDAYTIRGLR SSNGWANNQH VYFYATFNQP IVKAIALVDG
AETEIDVNND NIDAVKTIAY LEFAPSSTPL EIQVGLSPTG TEGAEKNLEA EAKDVSFDTA
RAQANDAWHQ ELSRMMVSGG TEDQKEIFYT ALYHASIAPM IFQDVDGQYP AMRTRIQKDA
GDTPNYSVYS MWDTFRAAHP LKTIIDPERA EEFANDLIRK YEDGGILPKW ELHSHYTGTM
IGFPAVSIIA DAMAKGLDID PQLAKEAAEF TVRYHEASEF PDWTEDNNIG AANVVQVKVY
EENGFVHHGY WNSASYTLEF AYGDWAMAEI ARMAGDVKLQ EEFMTRADNW LNHWDAETGF
LRPKNHPMSS SPNKPPLEFN QPIDEERLDE CEMVEWPEGS GVMKEKCPLL PFDPYYVDEF
AYTEGNAWQW KFQPMHDFNR LKQEIYQADL AQGKDTTPEK AFREDLDELF NARSSNTGEE
LPDLTGYIGQ YMHGNEPSHH IPYLYALTDE PWKAQEYLDR IMSEMYTSEP TGLIGNEDVG
QMSSWYLMSA MGFYQVTPAD PVYTIGRPMF DEITIPVEGG EFTVIADNNS PHNKYVKSVT
INGKPLDANF TFKHSEIKAG GELHFVMTGD KQEALQAQ
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