| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000706 |
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| Symbol | |
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| ID | 8559011 |
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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 | 813316 |
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| End bp | 816147 |
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| Gene Length | 2832 bp |
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| Protein Length | 943 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 646408370 |
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| Product | alpha-1,2-mannosidase |
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| Protein accession | YP_003287857 |
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| Protein GI | 262396004 |
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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 | 15 |
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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 | ATGAAATTCA AACCTTCCCT ACTCGCTTGC GCAGTTCTCA GTGGTCTAGT CGGTCTGACT
GGCTGTAACG ACGACACAAC CAACATTTAT GAAGGCGGTG ACACCAACCC TGCACTGCCG
GATATTCCTG ACGGCGGCAA GCCAGTATGT CCTCCAGTTG GCGATGGCGA CTGTGATGAC
AAGCCAAACC CAGAAACACC TGAAATCGAC ATGGGCGTTC ACATCCCGGT AGACTTCGCC
GATATGGACG TAACACGCTA CGTCAACCCA TTCATCGGCA CAGGTAACCT AGGCAACACC
TACCCTGGTG CAACCACACC ACACGGCATG GTGCAGCTTT CTCCAAACAA CGGTTCTAAC
GGCTGGGAAT ACATTTCAGG CTACTACTAC CACGACGCAC GTACTTCCGG TTTCTCTCAT
ACCCACCTTT CCGGAGCAGG TGCTGGCGAC TTGAACGACA TTCTCGTCAT GCCAATCAAC
TCGCGTTCGG ATTACATGAT TGATGAAGGT TCGGCAACGC TAAACCTAGA AGCGTCTCGC
TTCCAACATC GTGACGAGCA AGCGACAGCA GGTTACTACA AAGTCGATCT ATTGGATTAC
GACATCAAAG CTGAGTTGAC GGCGTCTGAT CGCGTTGGTG TACACCGCTA CACCTTCCCT
CGTGATGAGA AATCAGAAAT CATCGTGAAC ACCGGCTTCA AAATTAACTG GGACTACACC
TCAGATTCTT ACTTGAAATG GGACAAAGAC AATAACCGCC TTGAAGGTCA CCGTTTCTCA
GATGGTTGGG CACCAAGCCA AAAAGAATTC TTCGTGATGG AATTCGACCA ACCAATCAAA
AACGTTCGTT TTGCTTACTA CGATAAAGAG CAAGGTCGTT ACATGGACGT GCCAGAAGGC
ATTACAGAAA TCGGTAACGA AACACGTGGC AAGTATCAAT ACGCACGCGC TTACGTAGAG
TTCGACACAT CCAAAGACGG CTTAACGGTT GAAGCGAAAT TAGCGCTATC AAACGTTGAG
ATCGGCGAGA ACGGCAAGTC TGGTGCTTCT CTTAACATGA CTGAAGTTGC GGGCATGAAC
TTCGACCAAG TACGCGAAGC GGCAACGAAG AAATGGGAAG ACGAACTCGG CAAGATCCAA
GTCTCTGGCG ACGAAGATTA CAAACAAACC TTCTACACCG CGATGTACCA CTCGTACCTA
GGTCAAACCA TTCACTCTGA CTTAGATGGT CGCTACCGCC AAGTTCACCA AGGTCGTAAC
GCTTACCCAG ATGGCAACAC ACCTTGGGGC GATAAGATTG ATACGCTGAA AGAGTCAATC
CGCACTGCCG ATGCCAACAA AGATGGCAAA GCAGACTTCA CGCGCTACGA CACTTTCTCG
TTGTGGGATA CCTACCGCGC AGTTCAACCG CTGTCTTCGA TTCTTGAGCC AGACCGCCTA
GCCGACGTGG TGCTGTCTAT GTTGTCTTAC GCTGAAGAAG AATGGGTGGA TGACAAAGGC
AACGTGCGCA AAGGTCGTCT GCCTGAGTGG ACATTCAAAG GCAACGAAAC CGGCATGATG
ATGGGCATGC ACTCAACGCC TGTGATTCAT GATGTATTGT CGAAAGGCTC ACTAGAAAAA
CGCATGATCG ATCTTGGCTT CACAGAAGCA GAACGCAAAG ACGTGAAAGA GCGCTTAGTT
GAAGCAATGA TCACTGACGC GCGCGCCGCA ACGAGCCAAG GCGTAGCATG GATCAAAGAA
TACGAAGAAC AAGGTTACGT GCCAGCGCAA CTGCACGACA CTCCACCAGA TTCTTACGGC
GGTCACTCAC CATTTAAAGA TTCTTGGACA GCATCTTACT CGCTTGAATA CTCAATGAAC
GACTGGGCAA TCGCGCAATC GATCAAAGAA GTCTTCGGTG AAGAAGATCC ACGCTACACC
GAGTTCGCTA ACCGTTCTAA AAACTGGCAA GCGCAATTCG ACTTCGGCGG TAAGCAATAC
CAAGGTTGGT TCAAAGCCCG TGACTACGAT GGCGAGTTTA TCGATGCAGG TTGGGTAGAC
CCAATCACTG GTCGCGCGGT GGGTAAAGAC TGGCGTCCAG ACATGTTTAA CTGGGCATTC
TCTGAATCGA ACGGCTGGCA ATACTCGTTC AGTGTTCAGC ACGACATTCA TGGCTTGATT
GACCTGATGA CACGCTTCGA CAAGACACAA AACCCTGAAG CAGAACGCGG TGACTTGTTC
GCAGCTCGCT TGGATGAGTA CTGGTCAACC TACCCAGACC GCAACGCAGG CGACAACCAA
TTCCCAGTGT TCAACACAGG TAACGTTGGT CAGCACGTTC AAGGTAACGA ACCAGATATC
CACGTGCCTT ACTTGTACAA CTACATAGGT CAACCTTGGA AAGGTCAGGC AGCCATCGCC
GCAGCAACCA ACATTTGCTA CAAGAACACC GCTGACGGCA TTTGTGGTAA CGACGACTTC
GGTACGCTCT CCGCGTGGTT CGTGTTCCGT GCACTTGGCT TCTACCCAGT GAACGCTTCT
TCTGGCATCT ACGAAATCGG TACTCCGCTG TTCGAAAGCG CGTCTATCGA TGTCGGCAAC
AACCAGAAGT TCACGGTTAC CGCGAAGAAC GTTAGCCGCG AAAACATCTT CATTCAATCG
GCTCGCTACA ACGGCAAAGA CTTCAACCGC ACTTACCTGA CTCATGACGA AATCATGTAC
GGCGGTGAGT TGGAGTTCGT GATGGGCGAC AAACCAAATC AACGTTGGGG CTCTCTAGAG
CAAGATCTTC CACCAGCACA AGGCATCGGT GAGTTCTTGC ATGAAGACGA GATGCCAGCA
GGTTCTCGTT AA
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| Protein sequence | MKFKPSLLAC AVLSGLVGLT GCNDDTTNIY EGGDTNPALP DIPDGGKPVC PPVGDGDCDD
KPNPETPEID MGVHIPVDFA DMDVTRYVNP FIGTGNLGNT YPGATTPHGM VQLSPNNGSN
GWEYISGYYY HDARTSGFSH THLSGAGAGD LNDILVMPIN SRSDYMIDEG SATLNLEASR
FQHRDEQATA GYYKVDLLDY DIKAELTASD RVGVHRYTFP RDEKSEIIVN TGFKINWDYT
SDSYLKWDKD NNRLEGHRFS DGWAPSQKEF FVMEFDQPIK NVRFAYYDKE QGRYMDVPEG
ITEIGNETRG KYQYARAYVE FDTSKDGLTV EAKLALSNVE IGENGKSGAS LNMTEVAGMN
FDQVREAATK KWEDELGKIQ VSGDEDYKQT FYTAMYHSYL GQTIHSDLDG RYRQVHQGRN
AYPDGNTPWG DKIDTLKESI RTADANKDGK ADFTRYDTFS LWDTYRAVQP LSSILEPDRL
ADVVLSMLSY AEEEWVDDKG NVRKGRLPEW TFKGNETGMM MGMHSTPVIH DVLSKGSLEK
RMIDLGFTEA ERKDVKERLV EAMITDARAA TSQGVAWIKE YEEQGYVPAQ LHDTPPDSYG
GHSPFKDSWT ASYSLEYSMN DWAIAQSIKE VFGEEDPRYT EFANRSKNWQ AQFDFGGKQY
QGWFKARDYD GEFIDAGWVD PITGRAVGKD WRPDMFNWAF SESNGWQYSF SVQHDIHGLI
DLMTRFDKTQ NPEAERGDLF AARLDEYWST YPDRNAGDNQ FPVFNTGNVG QHVQGNEPDI
HVPYLYNYIG QPWKGQAAIA AATNICYKNT ADGICGNDDF GTLSAWFVFR ALGFYPVNAS
SGIYEIGTPL FESASIDVGN NQKFTVTAKN VSRENIFIQS ARYNGKDFNR TYLTHDEIMY
GGELEFVMGD KPNQRWGSLE QDLPPAQGIG EFLHEDEMPA GSR
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