| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000210 |
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| Symbol | |
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| ID | 8558515 |
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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 | 225856 |
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| End bp | 229020 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 646407875 |
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| Product | chitodextrinase precursor |
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| Protein accession | YP_003287363 |
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| Protein GI | 262395510 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3325] Chitinase |
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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 | 0.0800752 |
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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 | ATGCACCTTA AAAACGGCAA CGCAGTGAAA AGCGTGTTCA CACTAAGCAC TCTCACCGCT
TCTTGTCTTA TGGCCTTCAA TAGCTACGCA GCGGTTGACT GTGCCCCTCT AGAAACTTGG
CAATCATCAA AAGTTTATAA CGGTGGTGAC CAAGTTCAAC ATGAAGGTAA TGCTTACAAA
GCACGTTACT GGACGCAAAA CAGTAACCCA GCGCAATCTG GTGAGTGGGG CGAGTGGGAA
ACACTTGGCG CATGTGATGG CACTGGACCG GTTGATCCAC CTCAGAATGA AGTCCCGACT
GTTACTCTGA CATCGCCTTC TGCGTCGGCT TCTGTGACTG CGGGGGATGT TGTTAACCTA
GCTGCAGATG CAGTAGATAC CGATGGAACC GTTAGCAAAG TAGAATTCTT TGTTGATGGC
GTATTAGTTG GTCAGGCAAC GTCTGCGCCT TATGCTGCGT CATGGACAGC GACTGAAGGC
CAGCACGAAT TCTCTACTAA GGCGTATGAT GATGCAGGTG CAGTGAGCAC AGCAAGTGCT
GTGACGTTAA CTGTGGCACC AGCACAACCT GGTAACGAAG CGCCGACAGT GGATGTTGCG
CTTTCTGCGA CTTCTATTGA CTTGGGTGGC TCCGTCACAC TGACTGCGAA TGCCGCAGAT
GCGGATGGCA CCGTTGCTAA AGTTGATTTC TATGTGGCGG GCGTCCTTGC TGGCACCGCA
ACAACTGCAC CATACACGCT TGATGTAATG CCTTCACAAG CTGGTTCGCT AAGTGTTTAT
GCGAGAGCAA CCGATGATGC CGGAGCAACT GCAGATTCTG CACTTGCGAC GTTAACGGTA
AACGGTGGCG CGGTGACATC TAACTGTCGC CCTGATGGCT TGTATCAAAC AACGGGTGTA
GACGTCCCTT ACTGTTCTAT TTATGACGAA GAAGGTCGCG AGAAAATGGG CGCCGATCAC
CCACGTCGTG TGATTGGTTA CTTTACTAGC TGGCGCGCAG GTGAGGACCC TCAATCTACT
TACCTTGTTA AAGATATTCC TTGGGAGCAA CTTACTCACA TTAACTACGC GTTTGTGAGC
ATTGGTTCTG ATGGTAAAGT AAACGTTGGT GACGTTAATG ACCCTAACAA CCCTGCTACG
GGTAAAACTT GGCCTGGCGT TGAGGTAGAT CCTGCTCTTG GCTTTAAAGG TCACTTTGGT
GCGCTCGCGA CTTACAAGCA AAAACATGAT GTTAAAACGT TAATCTCTAT CGGTGGTTGG
GCTGAAACGG GCGGTCACTT CGATACGAAC GGCAATCGTG TAGCTGATGG TGGCTTCTAC
ACCATGACGA CGAATGCGGA CGGTTCTATT AACCATGCAG GCATCGAGAA GTTCGCAACT
TCAGCCGTTG AAATGATGCG TCAGTACAAG TTCGATGGTC TGGATATCGA CTATGAATAC
CCGACATCAA TGGCTGGTGC TGGTAACCCT TACGACAAAG ACTTCATGGA ACCACGTCGT
CAGTATCTAT GGGCGTCTTA CCAAGAGCTG ATGAAAGTAT TGCGTGAGAA ACTTGATGCG
GCATCCGCGC AAGATGGCAT TCATTATATG CTGACTATCG CAGCACCATC TTCAGGTTAC
CTACTGCGTG GTATGGAAAC CTTCGATGTA ACTAAGTACC TAGACTACGT AAACATCATG
TCTTACGACT TGCATGGGGC TTGGAATGAT CACGTTGGTC ACAACGCGGC ATTATTCGAT
ACAGGTAAAG ACTCGGAGCT AGCGCAGTGG AACGTATACG GCACTGCTGC ATACGGTGGT
ATCGGTTACT TGAACACAGA CTGGGCTTAC CATTACTTCC GTGGTTCTAT GCCTGCAGGT
CGTATCAACA TTGGTGTTCC TTACTACACC CGTGGTTGGC AAGGTGTTAC TGGTGGTGAA
AATGGTCTGT GGGGCCGAGC AGCACTGCCA AACCAAGCTG AGTGTCAACC AGGTACCGGT
GAAGGTGAGA AGAACAACTG TGGTCACGGC GCTATTGGTA TCGACAACAT GTGGCACGAT
ACCGACCCTA AAGGCAACGA AATGGGCGCT GGCTCTAACC CAATGTGGCA TGCGAAGAAC
CTAGAAAATG GTATCTGGGG CTCATACGCA GCCGCTTACG GTCTTGATCC AGTTAACGAT
CCTTCGGATA AGTTTGTTGG TACATATACA CGTCATTACG ATAGCGTTGC TGTAGCGCCT
TGGTTGTGGA ACGCAGAGAA GAGCGTGTTC CTATCTACGG AAGATAAAGC TTCTATCGAA
GTGAAAGCTG ATTACGTTAT CGATAAAGAA ATCGGCGGTA TTATGTTCTG GGAACTGGCA
GGTGACTACA ACTGTTACGT ACTGGATGCA AATGGTAATC GTACGGCAGT AGATGCAACT
GAACAAGCTT GTGCAGCTGG TAATGGTGAG TACCACATGG GTAACACTAT GACCAAAGCT
ATCTACGACA AGTTTAAGTC TGCAACACCT TACGGCAATA AAGTTGCGAC GGGTCCAACA
CCAACAGAAG CGGTAGACAT TACAGTCAGC GTTGGCGGCT TTAAGGTTGG CGACCAAAAC
TACCCAATTA ATCCGAAGAT CACGTTTACG AACAACACTG GTCAAGCGAT CCCTGGTGGT
ACTGAATTCC AGTTTGATAT CCCAGTATCA GCTCCTGATA ATGCGAAAGA TCAATCTGGT
GGCGGTTTGA AAGTCATTGC TTCTGGACAT ACTCGTGCAA ACAACATCGG TGGCTTAGAT
GGCGTAATGC ACCGCGTATC GTTCTCTCTA CCTGCTTGGA AAGATTTACC AGCGGGCGGT
ACTTACGAGC TTGATATGGT TTACTACCTA CCAATCTCTG GTCCGGCTAA CTACTCAGTG
ATTTCTGGTG GTAAAGAGTT TGCGTTCAAG TTTGAACAGC CAGAACTGCC AATTGGTGAC
CTAAATGCAG GCTCGGGTGA TGGTGGTACT ACTGAACCAG GTACGTGTGA TACGACAGGT
TTAGTGACAT ACCCAGCTCT ACCACAAACG GATTGGGCTG GTAACCCAAG CCACGCAAAC
CAGGGTGATA AGATCATCCA CAACGGTGTG GTTTACCAAG CGAACTGGTG GACAGCGGCT
GAGCCGGGCA CAGATGGTAG CTGGTCAACG GTATGTAACA TCTAA
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| Protein sequence | MHLKNGNAVK SVFTLSTLTA SCLMAFNSYA AVDCAPLETW QSSKVYNGGD QVQHEGNAYK
ARYWTQNSNP AQSGEWGEWE TLGACDGTGP VDPPQNEVPT VTLTSPSASA SVTAGDVVNL
AADAVDTDGT VSKVEFFVDG VLVGQATSAP YAASWTATEG QHEFSTKAYD DAGAVSTASA
VTLTVAPAQP GNEAPTVDVA LSATSIDLGG SVTLTANAAD ADGTVAKVDF YVAGVLAGTA
TTAPYTLDVM PSQAGSLSVY ARATDDAGAT ADSALATLTV NGGAVTSNCR PDGLYQTTGV
DVPYCSIYDE EGREKMGADH PRRVIGYFTS WRAGEDPQST YLVKDIPWEQ LTHINYAFVS
IGSDGKVNVG DVNDPNNPAT GKTWPGVEVD PALGFKGHFG ALATYKQKHD VKTLISIGGW
AETGGHFDTN GNRVADGGFY TMTTNADGSI NHAGIEKFAT SAVEMMRQYK FDGLDIDYEY
PTSMAGAGNP YDKDFMEPRR QYLWASYQEL MKVLREKLDA ASAQDGIHYM LTIAAPSSGY
LLRGMETFDV TKYLDYVNIM SYDLHGAWND HVGHNAALFD TGKDSELAQW NVYGTAAYGG
IGYLNTDWAY HYFRGSMPAG RINIGVPYYT RGWQGVTGGE NGLWGRAALP NQAECQPGTG
EGEKNNCGHG AIGIDNMWHD TDPKGNEMGA GSNPMWHAKN LENGIWGSYA AAYGLDPVND
PSDKFVGTYT RHYDSVAVAP WLWNAEKSVF LSTEDKASIE VKADYVIDKE IGGIMFWELA
GDYNCYVLDA NGNRTAVDAT EQACAAGNGE YHMGNTMTKA IYDKFKSATP YGNKVATGPT
PTEAVDITVS VGGFKVGDQN YPINPKITFT NNTGQAIPGG TEFQFDIPVS APDNAKDQSG
GGLKVIASGH TRANNIGGLD GVMHRVSFSL PAWKDLPAGG TYELDMVYYL PISGPANYSV
ISGGKEFAFK FEQPELPIGD LNAGSGDGGT TEPGTCDTTG LVTYPALPQT DWAGNPSHAN
QGDKIIHNGV VYQANWWTAA EPGTDGSWST VCNI
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