| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_3083 |
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| Symbol | |
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| ID | 4843399 |
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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 OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 3603634 |
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| End bp | 3606237 |
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| Gene Length | 2604 bp |
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| Protein Length | 867 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 640120334 |
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| Product | glycoside hydrolase family 18 |
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| Protein accession | YP_001051433 |
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| Protein GI | 126175284 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.204167 |
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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 | ATGTTCAAGA CTCAAATTTC AACATCAGCC TTGCTGGTGG CATCGGCGCT GGCATCTACT
GTGAGTGCCA GTGCATTTGC CGCTGCACCC GGCAAACCGA CTATAGGTTG GGGTGAAACC
AAGTTCGCTA TTATCGAAGT TAATCAAGCT GCTATGGCTT ACAATCAGTT GGTAACCATT
AAAGATGCCG CCGACGTGTC CGTCAGCTGG AACCTTTGGA GTGGCGATGT GGGCAATAAA
GCCCAAGTGC TGCTCAACGG CAATGTAGCT TGGGAGGGCC CCACGGGCGC TTCGGGAACC
GCTAACTTTA AGGTGAACAA AGGCGGCCGT TATCAGATGC AAGTGCAACT GTGTAACAGC
GATGGTTGTA CGGCGAGCGA TGCCAAAGAA ATCCTCGTGG CCGATACCGA TGGCAGCCAT
TTAGTGTCAC TCAATGCTCC GCTTAAAGAA AACAATCGTC CATACGTTAA CAAGTCGGGC
AAAGTGGTCG GCAGTTACTT TGTAGAATGG GGTGTGTACG GCCGTAAGTT CCCAGTCGAT
AAGATCCCAG CACAGAACTT AACTCATATT TTATATGGCT TTACCCCTAT TTGCGGTGGT
GATGGCATTA ACGATAGCTT GAAAGAAATC GACGGCAGTT TCCAAGCGTT GCAACGTGCC
TGTAGTGGCC GTGAAGATTT TAAAGTCGCT ATCCACGATC CTTGGGCGGC GGTCCAAATG
CCACAGGCGG GGGTGAGTGA CTACTCTGAT CCCTACAAAG GCAACTTCGG TCAATTGATG
GCGCTGAAGC AAGCCCACCC CGATCTAAAG ATTTTGCCTT CGGTTGGTGG CTGGACGCTA
TCTGATCCCT TCTTCTTTTT TGGCGATAAA ACTAAGCGCG ATACTTTTGT CGCATCGGTG
AAGGAATTCC TACAAACGTG GAAGTTCTTT GACGGTGTTG ATATTGACTG GGAATTCCCC
GGTGGCAGTG GTGCAAATCC AAACTTAGGC AATGCCAACG ACGGTGAAAC CTATGTGACC
CTGATGCGTG AATTGCGCGC CATGCTCGAC GAGTTAAGTG CTGAGACGGG TCGTACCTAT
GAGCTGACTT CAGCCATTAG CGCCGGTGAT GATAAAATTC AGAAAGTCGA TTATCAGGCC
GCTCAGCAGT ACATGGATTA CATCTTCTTG ATGAGTTACG ACTTCAATGG CGGTTGGACG
AACACTGAAC TCGGTCATCA AACCAATCTT TATGAGGCGA GTTGGGATCC TGATACCCGC
TACACCACAG ACAAGGGCGT AAAAGCCCTG TTAACTCAAG GTGTAACCCC AGGGAAAATT
GTGGTTGGTG CTGCTATGTA CGGTCGCGGC TGGACAGGCG TGAATGGCTA CACGGGCAAT
AACCCATTCA CAGGGACAGC GACGGGCAAA GTGAAAGGCA CATGGGAAGA TGGCGTGGTG
GATTATCGCC AGATAGTGAA CGAGTACATG GGGAGCGGTT GGACTTACAG CTATGATGAA
ACGGCCGAGG CGCCATCATT GTTCAAGGCA TCAACGGGTG ATTTAATCAC TTTTGATGAT
GCTCGTTCCG TTAAAGCTAA GGGCCAATAT GTGCTTGCCA ATCAGTTAGG TGGTTTATTT
GCATGGGAAA TTGATGCCGA TAACGGCGAT ATTCTAAATG CGATGCACGA AGGTTTAGGT
CATGGCGAAG GAACTACGCC ACCGGTGAAT AAAGCGCCGA TTGCCAATGC GGGTGCGGAT
GTGAATGTCA CAGGTCCCGC CGATGTGGTG CTCAATGGTA GCGGTTCGCG TGATCCTGAA
AATGAGGCGC TGACGTATCT TTGGACTCAA GTGTCTGGCC CAACGATTGC CATCGCAAAC
GCCGATATGG CGAATGCGGC GATTCAATTG GCTGCAACGC AAACTGATGT TGCCTATAGT
TTTAGCCTCA AAGTGACTGA TCCAGAAGGG CTATCTGCCA CAGATTCAGT GACAGTGACC
AATAAGGTGG ATACTCCGAA CCAAGCTCCC GTGGTGAGTG TAGCTGCCAC TGCCACAGTG
GAAGCGGGTA AAACTGTTAG CATAGTGGCG AGTGCCTCTG ATGCCGACGG TGATGCCTTA
ACTTATGCTT GGACTGTGCC CGCTGGCGTG TCGGCAACCG GACAAAATAG TGCCACCTTA
GTGGTCACTG GGCCTAATGT CACCGAAGCG ACCAGCTATG GTTTGAGCGT GCTGGTTTCC
GATGGTGCCT TAGATGCGAG CGCATCGACG AATCTTACCG TGACGCCAAA AGTGATCGGT
GGTTGTGATG CAACCGATCC TAATGCCGGT AACTATCCTG CTTGGCAAAC CAGTGTGGTG
TACAACACGG GCGATACTGT GAGCCACAGT CAGTTGGTAT GGAAAGCCAA GTACTGGACG
CAGGGCAATA CGCCATCTCG CACTGCTGAT CAATGGCAGC TACTCAGCCA AGTTGATCTC
GGTTGGGATG CGAGTGTGGT GTATAACGGC GGTCAAACTA CCAGCTATAA CGGTCGTGTA
TGGAAGGCGA GTTACTGGAC TAAAGGTGAT GTACCAGGCG TTGCGGCGGT ATGGGTTGAT
ATTGGCGCAG CAAGCTGTCC TTAA
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| Protein sequence | MFKTQISTSA LLVASALAST VSASAFAAAP GKPTIGWGET KFAIIEVNQA AMAYNQLVTI
KDAADVSVSW NLWSGDVGNK AQVLLNGNVA WEGPTGASGT ANFKVNKGGR YQMQVQLCNS
DGCTASDAKE ILVADTDGSH LVSLNAPLKE NNRPYVNKSG KVVGSYFVEW GVYGRKFPVD
KIPAQNLTHI LYGFTPICGG DGINDSLKEI DGSFQALQRA CSGREDFKVA IHDPWAAVQM
PQAGVSDYSD PYKGNFGQLM ALKQAHPDLK ILPSVGGWTL SDPFFFFGDK TKRDTFVASV
KEFLQTWKFF DGVDIDWEFP GGSGANPNLG NANDGETYVT LMRELRAMLD ELSAETGRTY
ELTSAISAGD DKIQKVDYQA AQQYMDYIFL MSYDFNGGWT NTELGHQTNL YEASWDPDTR
YTTDKGVKAL LTQGVTPGKI VVGAAMYGRG WTGVNGYTGN NPFTGTATGK VKGTWEDGVV
DYRQIVNEYM GSGWTYSYDE TAEAPSLFKA STGDLITFDD ARSVKAKGQY VLANQLGGLF
AWEIDADNGD ILNAMHEGLG HGEGTTPPVN KAPIANAGAD VNVTGPADVV LNGSGSRDPE
NEALTYLWTQ VSGPTIAIAN ADMANAAIQL AATQTDVAYS FSLKVTDPEG LSATDSVTVT
NKVDTPNQAP VVSVAATATV EAGKTVSIVA SASDADGDAL TYAWTVPAGV SATGQNSATL
VVTGPNVTEA TSYGLSVLVS DGALDASAST NLTVTPKVIG GCDATDPNAG NYPAWQTSVV
YNTGDTVSHS QLVWKAKYWT QGNTPSRTAD QWQLLSQVDL GWDASVVYNG GQTTSYNGRV
WKASYWTKGD VPGVAAVWVD IGAASCP
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