| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_2161 |
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| Symbol | |
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| ID | 7085967 |
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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 | 2571254 |
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| End bp | 2574685 |
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| Gene Length | 3432 bp |
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| Protein Length | 1143 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 643461062 |
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| Product | glycoside hydrolase family protein |
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| Protein accession | YP_002358086 |
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| Protein GI | 217973335 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3507] Beta-xylosidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.000526501 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 7 |
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| Fosmid unclonability p-value | 0.0000457644 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAATTGA GTAAATTGAT GCTTGCTATG ACGGGGATCA TAGTTCTTGG AGGATGTGGC
GGCGATGGGG ATTCTGGTTC ATTACCTCCC AATATGGTTC CAGAGAACCA ACAATTACCG
GATCCGACAA TCAAGCAGGA AATGTTAGAT TTTAATGATC TTGCAGTGCA TGATCCGTCA
ATCATTAAAG CAGACGATAC CTATTACGTT TTTGGTTCAC ATTTAGCTGC GGCTAAATCA
ACGGATCTGA TGAACTGGCA ATATTTGACT CGCATTGAGC CGGTACTTGA TGCCAATGGC
GAACCGGTTC TCGATGATGA TAATAATCCT GTCACCATCA CACGCATTGC AAATGCACCC
ACAGATCAAA ATCCATTATT TAATACAGTT TCGAGCGAAA TGGCGGCCGC TTTTAAATGG
ACTGGCGATA AAGTTCAAGG CTCGTGGGCG CCGGATGTTA TCAAACTTAA AGATGGAAAG
TATTATTTCT ATTACGATTT TTGTAACAAT CCAGATGACC CTGGCTATCC AACACCTGTG
TGTAATGCCC CACGATCTTT TATCGGCGTT GCCGTAGCTG ACGCGATAGA AGGCCCATAT
GTCGATAAAG GTGTATTTTT GCGATCAGGC TTAACGGCGG ATGAGATTAC TCAAGGTTTA
GGACCTGATG GTGTAACCGC CTATAACGGT GGCACTATGC CCAACACCAT AGACCCCGCT
GTTTTCTATG ACAAAAATGG ACAACTGTGG ATGACCTATG GATCTTACTT CGGTGGGATC
TGGATCTTAA AAATAGATGA GGCCACAGCA AAACCATTCC CGAATCAAGG CTATGGCAAG
CGGCTAACCG GTGGTGAGTT TGCGGCTAAT GAAGGCTCAT ATATTCTCTA TAGCCCCGAT
GCTAACTATT ACTATTTATT TACTTCTATT GGTGGCTTTG CGGCCAATGG TGGTTATAAC
ATTCGTGTTT CCCGCTCAGA AAATCCTGAC GGACCTTATG TCGATGCCAG TGGTTATGAC
ATGACTCAAG TTTATAAAAA TCCTGAAGAA CATGGCAATA AGATACTCGG TGGCTTCGAA
TTTGTTGCAG AGAAAGGCGA TACGGGAAGC ACTCAGGGTT ATTTATCACC AGGCCATAAC
TCAGCCTATT TTGATAAAAA TACAGGTAAA TATTTCCTCG TTATCCATAC TCGTTTCCCT
AACCGCGATG AGCAACACTC TGTACGTGTT CATGAGATGT TTATCAATGC CGATGGTTGG
TTAGTGGTAT CACCACATCG TTATGCGCCA ATTGACGGTG ATAATGTTGT CGATGCACTC
GATCTCGTCG GTGACTATCG CTTTATTAAT TTTGAAAAAG ATACCAACAC TTCACCAAAA
ACATCCGTTT ACCTCACACT GACCGAGAGT CGTCTTGTGA AAGGGGAAGT CACGGGTAAA
TATCGTTTAT ACGATAACGA ACCGAACAGA ATCACGTTAA CCCTTGATAA TTTAGGTACA
TTCGAAGGTA CTCTCGCATG GCAGTGGGAT GAGACCCTCG CTAAATTGGT ACCCACCTTC
AGCGCATTGT CGAATGAAGG CGTCTCCGTT TGGGGCTCAA AACTGCTCGA TAAGACCTCA
GAACAACTAT TAACCGACAT AGGCAACAGT ATAGATGTTA TCAGTGAAGC GACGGGTGGT
GTGATTGCGC TACCAACGCG CGGTACACGC GGTGCGACAA TTGAGTGGAC ATCAAGTGAT
GCTACTGTGA TCCACCCCGA TGGCACTGTG GTTCGCCCCA ATGTAGGGGA AGGTGACAAG
GTAGTAACTT TGACCGCCAC TATCATGGTT AACGGTAAAA AAGTCACTAA GACGTATCAA
GTGACTGTGT TTGCGAGAAA AACCTATAAC CGTATCGCGC AGTACAGTTT CGAGAACAAC
CTGACAGACT CTTTAGGGCT GTTTGCAGCT GGTCAACCTA CGGGTGATAG AATATTTAAA
GCAGCTGATT CAGTTAGTTA TAGCATGGGA CTTGAAGGGG AAGCACTGGC ACTCGATGGC
GCCCACGGCG TGTTACTGCC TACAGGGATC ATTTCAAGCT ATGAGTACAC TGTCTCATTC
TGGGCCAATC CGACAGTCAT CACTGGGTTT TCAACGGCAT TTTTTGGTGC AGTCAATGAG
GAAACCGCAG CCGATGGCGG TAAGTTCTCT AACACTTGGA TCAGCATGCT GCCCCAAGGC
TGGGATGGCA ATACCATGTT TTGGAGTAAC GGCAGTGCCT GGTTTGATGG CGTTACCGGT
GAGCGCATAC CTGAAAATAC TTGGTCACAT GTCGCGTTTT CGGTGAGCAA TGGGCTGGTA
CGTGTCTTTA TCAACGGTGT TGAAAAATTC AGTCGCGGCA ATCTCAGCGA TTATTTCAGC
GGCCAACAGG GCGTCTTTGG GCTTGGGGTT AACTACTGGG ATCTGCCCTA TAATGGTTTG
ATTGATGAAC TTAAGGTATA TGAAGCGGCA TTGACTGCAG GTGAAGTCAA AGCTTTGGAT
ATTGATAAAT TGCCAGACAG CGAATTACTA GCATCTGCAG TGGATATCCT CGACTTAGGC
GATTTATCCT CAGTACGTGA AAATTTGCAT TTGCCTGTCA CGGGTCCTTA TGCAGCAGCA
ATAACTTGGG TATCTTCAGA TCCGACTATC ATAGATACCA CAGGTGGCGT GACTCAGCCA
GGTCGTGAGG ACACTGATAA AGTGGTGACC TTGACGGCAA CCATAAAGCT GGGACAAGCC
ACTCAAACCA AAGTGTTCAT AGCAAATGTG AAGTCAATGG CGCCACCAAC ACCTTTAGCT
GTCTATAGCT TTGAAGATAA CCTAACGGAC AGCACTGCTC ACTTTGGTGC TGGCACTGTG
GTGGGTAACT TAATTGGTAC AACTGGTGGA ACCATTACTT ACACTGATGG CGCTGTGGGC
AAAGCGGCAG TATTTGACGG AAAATCGGGT ATTGAACTGC CAAACAACCT GATCAAAGAC
AATAGCTATT CAGTCTCTTT GTGGCTGAAT CCTAAAGTCT TGAACAAATA CACCAGTGCG
CTCTTTAGTT ATGCCAGTGC TTCAAGCTGG ACCAGCGTAT TACCTGGCGG ACAAAACGAC
TATGAACATG CGGTATTATG GTCTGGTGAA GCTTGGTATG ACGGTAGAAC TGGCTTTACT
ATGCCAAAAG AGACTTGGTC ACACATGGTG TACACGGTTA ATGGTGGGGA TTTGAAGGTC
TACATCAATG GTAATTTACT GTTTACTGGC GCCAACTTCC CGAACGTTTT CTCTGTACCC
ACCACAAAAT TTGCGGTCGG CGTTAACTTC TGGGATACAC CTTTCACCGG TTCTATCGAT
GAAATCAAGT TCTATGACGA AGCGATATCC GAGCAAGACG TGCAAGATCT GTTTGGCGAA
TCCAATCAAT AG
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| Protein sequence | MKLSKLMLAM TGIIVLGGCG GDGDSGSLPP NMVPENQQLP DPTIKQEMLD FNDLAVHDPS
IIKADDTYYV FGSHLAAAKS TDLMNWQYLT RIEPVLDANG EPVLDDDNNP VTITRIANAP
TDQNPLFNTV SSEMAAAFKW TGDKVQGSWA PDVIKLKDGK YYFYYDFCNN PDDPGYPTPV
CNAPRSFIGV AVADAIEGPY VDKGVFLRSG LTADEITQGL GPDGVTAYNG GTMPNTIDPA
VFYDKNGQLW MTYGSYFGGI WILKIDEATA KPFPNQGYGK RLTGGEFAAN EGSYILYSPD
ANYYYLFTSI GGFAANGGYN IRVSRSENPD GPYVDASGYD MTQVYKNPEE HGNKILGGFE
FVAEKGDTGS TQGYLSPGHN SAYFDKNTGK YFLVIHTRFP NRDEQHSVRV HEMFINADGW
LVVSPHRYAP IDGDNVVDAL DLVGDYRFIN FEKDTNTSPK TSVYLTLTES RLVKGEVTGK
YRLYDNEPNR ITLTLDNLGT FEGTLAWQWD ETLAKLVPTF SALSNEGVSV WGSKLLDKTS
EQLLTDIGNS IDVISEATGG VIALPTRGTR GATIEWTSSD ATVIHPDGTV VRPNVGEGDK
VVTLTATIMV NGKKVTKTYQ VTVFARKTYN RIAQYSFENN LTDSLGLFAA GQPTGDRIFK
AADSVSYSMG LEGEALALDG AHGVLLPTGI ISSYEYTVSF WANPTVITGF STAFFGAVNE
ETAADGGKFS NTWISMLPQG WDGNTMFWSN GSAWFDGVTG ERIPENTWSH VAFSVSNGLV
RVFINGVEKF SRGNLSDYFS GQQGVFGLGV NYWDLPYNGL IDELKVYEAA LTAGEVKALD
IDKLPDSELL ASAVDILDLG DLSSVRENLH LPVTGPYAAA ITWVSSDPTI IDTTGGVTQP
GREDTDKVVT LTATIKLGQA TQTKVFIANV KSMAPPTPLA VYSFEDNLTD STAHFGAGTV
VGNLIGTTGG TITYTDGAVG KAAVFDGKSG IELPNNLIKD NSYSVSLWLN PKVLNKYTSA
LFSYASASSW TSVLPGGQND YEHAVLWSGE AWYDGRTGFT MPKETWSHMV YTVNGGDLKV
YINGNLLFTG ANFPNVFSVP TTKFAVGVNF WDTPFTGSID EIKFYDEAIS EQDVQDLFGE
SNQ
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