| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_002720 |
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| Symbol | |
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| ID | 8556448 |
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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_013456 |
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| Strand | - |
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| Start bp | 1247574 |
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| End bp | 1250120 |
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| Gene Length | 2547 bp |
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| Protein Length | 848 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 646405811 |
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| Product | chitinase |
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| Protein accession | YP_003285347 |
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| Protein GI | 262393493 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3469] Chitinase |
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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 | 0.548595 |
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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 | ATGAAGGTCA CTCTACTTCA CGGAGCGATG GTTGCAGCAC TCAGCGTCAG CTACCAAGCT
CAAGCCTATA ACTGCCAAAG CCTACCCGAC TGGGACAGCA CTGCGACTTA TACATCGGGC
ACTTTAGTAA AAACGCAAGG AGCCGCTTAC GAGGCCGCGT ATTGGACGCA AGGCAATGAC
CCTGTTACCA ATTCAGGGGC TTGGGAGGCA TGGAAAGCGT TAGGGCAATG TGATGGTGGA
AGCAACAACC TAGAGCCAAC AGTGTCATTC TCCTCTCCAA CAAACAACGC ACAAATTCCC
GAAGGCAGTG CGATCACCTT GCTAGCCAAC GCAACCGACG AAGATGGCCA AATCGCACAA
GTTGAGTTTG TTGCAGGCAA CCAAACGGTT GCTGTGGTAA CTCAAGCACC ATTCGAAGCT
TCTTGGACCG CTATTGAAGG GATCTCGCAA TTGACCGCAA TTGCGACCGA TAATGAGGGA
GCCGTTAGCA CCACGACGAT TTCTATCCAA ATTCAACCAC AAGTCGAATT ACCACCACCA
AGCATTTCAT TGACCAGCCC AGTAGGCACA GAAGTGCTTA ATGTAGGTGA TAACCTAACC
GTAGCCGCTC AAGCTGACGA TATTGATGGT GTGGTCACAC AAGTTGAGTT CTTCGTGAAC
AATCAATCCG TCGCGATTGA TACCAGTGTA CCTTACGAAT ATCAATGGAC CGCGAGTGCT
GGTACACATT CGTTTAAAGC ACAAGCGACT GATGACACAA ACCTCACAAC CATGAGCCAA
GAAGTAACGC TTGTTGTTAG TAATTCAGAA ACAGGGACGG GCGGATGTGC AGATGCAGTG
CCTTACGCGG CGGGCACGAG TTATCAAGTT GGCGACCTAG TTTCTCACTT CAACCAAAAA
TATCGTTGTG ATGTTGCTGG TTGGTGTTCC TCGGATGCGG CATGGGCTTA CGAGCCAGGT
GAAGGGTTAT ACTGGCAAGA TGCTTGGAGT GGCCTAGGTG CTTGTTCGAC GCCACCGCAA
GTTACCATTA CGGCACCAAC GGATGGACAA GTCGTGCTCG CTGGCAGCAA TAACGAAATC
ACGGCTAACG CAAGCGATGC TGATGGCACA GTCAAGCAAG TTGAGTTTTT TGCGAACAAC
ACCAGCTTAG GGGTCATCAC TCAAGCTCCA TATTCCGTTA CTTGGAACGC CACACTTATT
GGCGCTAACC AGCTTAAAGC CGTCGCAACC GATAATGATA ACAACACGTC AGAGTCCTTG
GTTGGTGTGG AAGTCAGCGA TAAAGATTTG GTCGTCTCAC TGACTTCACC AAGTAGCGGT
CAAACCGTCG GCTTAGGCAA AAACCTCGCA TTAAGTGCCG ATGCAACGTC TTTAACCTCA
GGCATTAAAC ACGTTGATTT CATGATCAAC GGCTCTATTG TTGCAACCGA TACCACGGCA
CCTTACACAG CTAACTGGAC ACCAACTGCA CTTGGTAACT TTACAGTTAG CGCCCAAGCT
GTGGATTTGT CAGGAAGCAA TGCATTGTCT GACGCGGCAG CAATTACGGT GGTTGAGCAA
GCAGAGAAAC GTCACAAACT CATCGGTTAC TGGCACAATT TTGTAAATGG GGCTGGCTGT
CCAATTCGTC TAGCGGATAT GGCTGATGCG TGGGATGTGA TTGATATTGC CTTTGCCGAA
AATGACCGCA ACAGTGATGG TACCGTGCAC TTTAATCTAT ATTCAGGCGA TATTTACAGC
GATTGTCCAG CACTCGATCC AACACAATTC AAGCAGGACA TGGCAGCGCT TCAAGCTAAA
GGTAAGAAGT TTGTTCTCTC TCTTGGCGGC GCAGAAGGCA CGATTACGCT GAATACCGAC
CAAGATGAAG CCAACTTTGT CTCTAGCCTA ACAGGTCTTA TCGCTGAGTG GGGCTTTGAT
GGTCTTGATG TGGATTTAGA GAGTGGATCT AACTTGGTTC ATGGCTCGCA AATTCAAGCT
CGCCTTGGTC GTGCTTTGCT TCAAATAGAG CAAAACATGG GTGGCGACAT GTACCTAACC
ATGGCACCTG AGCATCCTTA TGTTCAAGGC GGCTATGTGG CTTACAGCGG TATTTGGGGA
GCTTACATTC CTGTGATTAA CGAGACACGC AGCACGCTCG ACCTACTTCA CGTCCAGCTA
TATAACAACG GTGGTTTACC AAACCCATAT CTGCCAGGCA GTGCACCAGA AGGCTCTGTG
GATATGATGG TAGCGCAATC TAAAATGCTT ATCGAAGGCT TTGAATTGGC CGACGGCACT
CAGTTTGCAC CACTACGTGA TGATCAAGTC GCAATCGGCT TACCTTCAGG TCCTAGCTCG
GCAAATTCAG GTCAGGCTCC GACACAGAAT ATTATCAGCG CACTAGATTG TTTAACCAAA
GGCACTTCAT GTGGCACCGT TAAACCAGCG TTCAATTACC CGAATTATGC AGGGGTAATG
ACGTGGTCTA TCAACTGGGA TCAGCATGAT GGTTTTAATT TCTCAAAACC TGTCGGCGAT
AAACTCACTC AGATGAACGC GCAGTAA
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| Protein sequence | MKVTLLHGAM VAALSVSYQA QAYNCQSLPD WDSTATYTSG TLVKTQGAAY EAAYWTQGND
PVTNSGAWEA WKALGQCDGG SNNLEPTVSF SSPTNNAQIP EGSAITLLAN ATDEDGQIAQ
VEFVAGNQTV AVVTQAPFEA SWTAIEGISQ LTAIATDNEG AVSTTTISIQ IQPQVELPPP
SISLTSPVGT EVLNVGDNLT VAAQADDIDG VVTQVEFFVN NQSVAIDTSV PYEYQWTASA
GTHSFKAQAT DDTNLTTMSQ EVTLVVSNSE TGTGGCADAV PYAAGTSYQV GDLVSHFNQK
YRCDVAGWCS SDAAWAYEPG EGLYWQDAWS GLGACSTPPQ VTITAPTDGQ VVLAGSNNEI
TANASDADGT VKQVEFFANN TSLGVITQAP YSVTWNATLI GANQLKAVAT DNDNNTSESL
VGVEVSDKDL VVSLTSPSSG QTVGLGKNLA LSADATSLTS GIKHVDFMIN GSIVATDTTA
PYTANWTPTA LGNFTVSAQA VDLSGSNALS DAAAITVVEQ AEKRHKLIGY WHNFVNGAGC
PIRLADMADA WDVIDIAFAE NDRNSDGTVH FNLYSGDIYS DCPALDPTQF KQDMAALQAK
GKKFVLSLGG AEGTITLNTD QDEANFVSSL TGLIAEWGFD GLDVDLESGS NLVHGSQIQA
RLGRALLQIE QNMGGDMYLT MAPEHPYVQG GYVAYSGIWG AYIPVINETR STLDLLHVQL
YNNGGLPNPY LPGSAPEGSV DMMVAQSKML IEGFELADGT QFAPLRDDQV AIGLPSGPSS
ANSGQAPTQN IISALDCLTK GTSCGTVKPA FNYPNYAGVM TWSINWDQHD GFNFSKPVGD
KLTQMNAQ
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