| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_1860 |
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| Symbol | |
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| ID | 7086534 |
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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 | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | + |
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| Start bp | 2195908 |
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| End bp | 2199291 |
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| Gene Length | 3384 bp |
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| Protein Length | 1127 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 643460764 |
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| Product | glycoside hydrolase family 18 |
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| Protein accession | YP_002357788 |
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| Protein GI | 217973037 |
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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 | 0.686097 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.0000000988456 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTTCTGTA ATATACCTTG GGTAATGAAG CAACAGCGAT TCGCGTGGTT AATGGCCACA
GCTATGGCGG GTTTCAGTTA TTCTCAAACG GCTGCAGCAG TGAGTTGCCA AGACATAGCA
CCTTGGAACA GTAGCCAAAT CTATGCAACC GTCACGCCTG TAACCTACGA TAATTATCTC
TATCAAAATA AGTGGTGGAC CCAGAATGAA AACCCAAGCC AAACAGGGCA GTGGGGCGTA
TGGGAAAACA AAGGCGTGTG TGATGGAGCG CAAAACCAAG CGCCTACACT GGTCATCTTA
CAGCCGCAAA ACAATGTGAG TGTGAATTTA GGGGATGTCG TCTTGCTGCA GGCAGATGCA
TCTGATGTTG ACGGTACCGT TGCGAGCGTA AATTGGTTTG CCAATGGTCA GGCGGTAACG
AGCCCTTGGA CGACTAATGC GATAGGCAGT GTCCAGCTTA AAGCGGTAGC GACCGATGAC
AAAGGTGCGA CGACCGAGAA AAGTGTTGTG CTAACCGTTA TCAATCCTAC GAGTGAAAAC
TTACCGCCTA TGATTGAAAT TTTGTTACCC GTCAATGACA GCGCTGTCAA TGTTGGCGAC
TCAGTAACCA TTACCGCGAA TGCGAGCGAT CCTGATACGG GTGATAGCAT TACTAAAGTT
GAGTTTTATC TTGATAGTCA ATTGATTGCG ACTGATAACA GTGCACCCTA TTCGGCAACG
TGGCAGGCTG CAGGAGTCGG TGTGCATCAA TTACAAACCC GTGCCTACGA TAGTCACAAT
GCCAGCGGCT TGTCGGCAAT CATCAAACTC AATGTTGCCG CAGCTAATCA AGCGCCGAGC
GTGACATTAA CCGCGCCGCA GTCCAACTTT CAAACAGATT TAGGCACGGT GTTATCACTC
GCAGCAACTG CGACTGACAG TGATGGCTAT GTGGCCAGCG TGCGCTTTTA TGCTAACGGT
GTGCTCGTTG CTGAAGATGC AACCGCGCCA TACAGTGCAC AATGGACAGC CATTGAAAAC
GGCGACATTC GTTTCACCGC TGAGGCGATT GATAATCTTG GCCTGACAAC ATTATCAACG
GCGGTTATTG GCCAAGTAGG TCAAGCACCA ACCGATAATG AGGCTTGCCG TCCTGAAGGT
TTAGTGGGTG ATTCAGTATA TTGCGATGTG TACGATGAAC AGGGCCGCGA AAAAATGGGT
AGCGATCACG CCCGCCGCGT TATCGGTTAC TTTACTTCGT GGCGCACGGG TAAAAATGGC
CAGCCGAGTT ATCTCGCAAG TGATATTCCG TGGGATAAAA TTACTCACAT CAATTATGCA
TTTGCGCATA TTGATTCGAA TAACAAGGTC TCTATTGGCG ACCCCAATAG TGTAACGAAC
GCGGCAACAG GATTAGAGTG GCCGGGCGTT GCAGGCGCTG AGATGGATCC CGAGTTTAAT
TACAAAGGCC ATTTTAACTT GCTCAATAAG TATAAAAAAC GCCATCCAAA CGTTAAGACT
TTAATCTCGA TTGGTGGCTG GGCTGAAACG GGCGGTTATT TTGATGATAA CGGCAATCGT
GTTGCCAGTG GTGGTTTCTA TGAGATGACT CAGACGACGC AAGGGATTGA AACCTTTGCC
GATTCTGTGG TGACGTTCTT ACGTACTTAC AGTTTTGATG GGGCGGATAT CGACTATGAG
TACGCGACAT CAATGGCTAA ATCCGGTAAT CCTGATGATT TTTCGATGTC AGAGCCAAAG
CGTGCGACCT TGTTTAAACA GTACGAACTA CTGATGAAAA CCCTGCGTGA AAAACTCGAT
GCAGCCAGCA AGCAAGATGG TAAGCACTAT ATGTTGACCG TTGCTGCGCC AGCATCGGGC
TATTTGTTAC GTGGGATGGA GGCGTATCAG ATGACTCGTT ATCTCGATTA CGTCAATATT
ATGAGCTATG ACTTGCACGG CGCGTGGAAT GATTTTGTCG GTCACAATGC GGCGCTGTTT
GACACTGGTA CAGATGCAGA GCTTGCGCAT TGGGATGTTT ATAGTACGGC GCAATATGGC
GGCATTGGTT ATCTCAATAC CGATTGGGCA TACCATTATT TCCGCGGTTC TATGCCAGCA
GGGCGGATCA ATATCGGTAT TCCTTACTAT ACGCGTGGTT GGCAAAATGT CAGTGGTGGC
ACTAACGGCC TATGGGGCTT AGCGGCATAT CCGGATCAAA CGGCTTGTCC TGTGGGTACG
GGTGATGGGG CGTCAAACTG TGGTTACGGT GCTCAAGGAA TTGATAACCT CTGGCACGAT
AGTGATGTAC GTGGCGATGA GATGTTCGCA GGCTCTAACC CTATGTGGCA TGCTAAAAAC
TTGGAACTCG GTATCAGCGG CAGTTATTTA AGCCTTTATG GATTAGATCC GCAAACGAAT
GTTGCCGATC GACTGACGGG CACCTATGAG CGCCATTATG ACGCTGTGGC GGAATCTTCA
TGGTTATGGA ACCCGACAAA AAAGGTGTAT CTGTCTACTG AAGATGAGCA AGCTATGGCG
CGTAAAGTGC AATATGTGGT CGATAACGGC ATTGGTGGCG TCATGTTCTG GGAGTTAGCA
GGTGACTTTG GCTGGTATCC AGAGCGTAAC AATGGTCAGG GTGAGTTCTT TGTCGGTGAT
ACTATGACCA GCATTGCGTA CAACGGATTT GCGCAAGCAA CCCCGTATGG TAATCGCACC
AGCAATCAGG TAATGCCATC ACAAACATTA GCCTTAACGG CAAGTTTATC TGGCTATAAA
GTGGGCGACA GTAACTATCC GATTACGCCA ACCTTAACCA TCACCAATAA TAGCCAAGTG
ACTATACCCG GCGGTGCTGA GTTTGAATTT GATATTTCAA CTTCAACGTC AGCCGAAATT
GCCGATCAAT CGGGTATGGG GTTAACTGTG GTAACTGATG GTTCCAATGT GGCAGGAAAT
AACGTGGGCG GGTTGGAGAA TGATTTCCAC CATGTTCGCT TTATCTTGCC AACTTGGAAA
AGTCTGGCAC CTGGGGCAAC GTTTGACGGC ACGATTAAGT ACTATTTGCC TGTCTCTATG
CCATCAAACT TTACTGTAAG TTTTAATGGC ACTCGATATG GATTTGGTGC GGCGAGTTCC
GTTGTTCCAC CTGTGGATTG TGCTGCAAAT CCAAGTTTAC CTGACTGCCA AGTACCTGTG
GTGGATAGTT GTGAAGCGGC GAGTGTTGAT ACTGCGGGTA TTCCTGCTTA TCCAAATTTC
CCGCAAAAGG ACTATCAGGG AAATCCAAGT CATGCAGCAA CGGGCGATCG GATGAAAAAC
AGTAGCGCTG TGTACCAAGC TAAGTGGTGG ACCAACGCGG CACCAGGAGC TTCTGCAGAT
TGGGCGTTTG TGTGTAATCT ATAA
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| Protein sequence | MFCNIPWVMK QQRFAWLMAT AMAGFSYSQT AAAVSCQDIA PWNSSQIYAT VTPVTYDNYL
YQNKWWTQNE NPSQTGQWGV WENKGVCDGA QNQAPTLVIL QPQNNVSVNL GDVVLLQADA
SDVDGTVASV NWFANGQAVT SPWTTNAIGS VQLKAVATDD KGATTEKSVV LTVINPTSEN
LPPMIEILLP VNDSAVNVGD SVTITANASD PDTGDSITKV EFYLDSQLIA TDNSAPYSAT
WQAAGVGVHQ LQTRAYDSHN ASGLSAIIKL NVAAANQAPS VTLTAPQSNF QTDLGTVLSL
AATATDSDGY VASVRFYANG VLVAEDATAP YSAQWTAIEN GDIRFTAEAI DNLGLTTLST
AVIGQVGQAP TDNEACRPEG LVGDSVYCDV YDEQGREKMG SDHARRVIGY FTSWRTGKNG
QPSYLASDIP WDKITHINYA FAHIDSNNKV SIGDPNSVTN AATGLEWPGV AGAEMDPEFN
YKGHFNLLNK YKKRHPNVKT LISIGGWAET GGYFDDNGNR VASGGFYEMT QTTQGIETFA
DSVVTFLRTY SFDGADIDYE YATSMAKSGN PDDFSMSEPK RATLFKQYEL LMKTLREKLD
AASKQDGKHY MLTVAAPASG YLLRGMEAYQ MTRYLDYVNI MSYDLHGAWN DFVGHNAALF
DTGTDAELAH WDVYSTAQYG GIGYLNTDWA YHYFRGSMPA GRINIGIPYY TRGWQNVSGG
TNGLWGLAAY PDQTACPVGT GDGASNCGYG AQGIDNLWHD SDVRGDEMFA GSNPMWHAKN
LELGISGSYL SLYGLDPQTN VADRLTGTYE RHYDAVAESS WLWNPTKKVY LSTEDEQAMA
RKVQYVVDNG IGGVMFWELA GDFGWYPERN NGQGEFFVGD TMTSIAYNGF AQATPYGNRT
SNQVMPSQTL ALTASLSGYK VGDSNYPITP TLTITNNSQV TIPGGAEFEF DISTSTSAEI
ADQSGMGLTV VTDGSNVAGN NVGGLENDFH HVRFILPTWK SLAPGATFDG TIKYYLPVSM
PSNFTVSFNG TRYGFGAASS VVPPVDCAAN PSLPDCQVPV VDSCEAASVD TAGIPAYPNF
PQKDYQGNPS HAATGDRMKN SSAVYQAKWW TNAAPGASAD WAFVCNL
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