| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_1986 |
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| Symbol | |
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| ID | 4841869 |
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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 | 2303076 |
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| End bp | 2305679 |
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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 | 48% |
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| IMG OID | 640119206 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001050359 |
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| Protein GI | 126174210 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.430479 |
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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 | ATGAGAAGTT CTGTATTTTT GTGCGCTGTT TTTGGGTTGG CCTTGTCGCC CGTTGCTTTA
GCTGTAGCCA ATGAACTAGA AAAAACAACT GAGCAACCTG CCGCAGATGC ACCGGTCGAG
CGAGTCGCAG TCACAGGTTC ACGCCTAAAA GGGGTGGATA TGGAAGGCGC CAATCCACTG
CAAAGTTTTA CCCAGGATGA CATCACTAAA CGCGGTTACG AGAGTGTGAG TGAGTTTCTA
CGCGATCTCC CACAAGCTTC AAGTGCGGGG ACTTTCTCGG AAACTGGGGG TGTCGGTGGA
GCCGATGGAG CACCAGCTGG CGCATCCGGT GTCAGTTTGC GCGGATTGGG TTCAAGCTCA
ACCTTAGTGC TAGTCAATGG CCGAAGAGTC GCCGTTGATT CATTCTCTAA TGGTTCTGAC
TCGTTTGTGA ACGTCAATTC AATCCCTTTA TCTGCCATTG AACGCATCGA TGTGTTAACC
GATGGTGCAT CTTCCATCTA TGGTTCGGAT GCCATTGCCG GGGTGATTAA CTTTATCCTC
CGTAAGGATT TTGTCGGGCA TGAGCTCAGT GCCCAATATG GGGATGATAC TTCCGCTCAC
GATGCCAGCC GTAAGAATCT GACCTACGCT GGCGGCTTTG CCACAGAAAA CAGCAATACT
ACAGTTGTAG TCGATTATGC GACGCGAAAC GCCATCTTTA ATAGCGATAG ACCTGTTAAT
GTTACCTTTG AATCCAGCAC TCGTATGACC ATAGATGGTG AGGATTACGC TGAGTCTTGG
TGTGGCGACG ATACTCAAAA AAGTGGTACA CGTTGCAATT ATGACTATGT TATTCAACGC
GCTATCCAAC CTGACTTTGA CAATATAGGC ACGACCTTTA ATCATATTTA TCGTCTAGAT
AATGGATTGG AGTTTTTTGC TGAAGGCATG TATCAAAAGA ATACCGGTTC AGCCTATGAG
GCGCCTGCGG GATATACAGT GGATGTTGCT GGTGATTCTG CCAACATTCC CCAGTATGTT
CACGACATTG ACATGCTAGA TGGCAGTGTC AGCGACGTTA TCACTGTTCG AACTCGTTTC
CCTGAGCGTC GAGTACAGGA ATATGACACT CAGAGCTATC GAGTCCTCGC TGGACTGCGC
GGTGAACTTG CCGACTGGAG CTGGGAAACC GCGGCGAGTT ATGGCAAATC TACAAACGAA
ATCACCAATG TTGCTGGCTA TATGAATGCC ACTAAACTGG ATGCCGCCGT CGCGGCGGAT
GAATTTAATC CGTTCAATTT AGGCCGTGAT AGTAGCGCGG CACAAATTGC TGCCCTGCGC
GATCCCGGCA TGCGTAAAGG TGAATCAGAG GTGTTGTCGC TGGATTTTAA TATAAGTGGC
GATTTGTTTG CATTGCCCGC AGGTACAGTA AGCTCGGTTT TTGGTGGAGA GCTGCGAAAA
GAGCAAATAT TTGATAGGCC ATCCATCAAC GCCGTTAATA ACGAAATTAT CGGCTTAGGC
GCAAGCGATG CCGAAGCAGA CCGGACGCAA TATGCTGTGT ATGGCGAGTT TAATTTCCCC
ATTACCGACA CCTTAGATGT GATCGCAGCT TTACGTTACG ACCACTATAG TGACTTTGGT
GGCGATGTTA ACCCTAAAAT ATCAATGCGT TATCGCCCAC TTGAGGATTT AGTATTAAGG
GCATCATGGA GTACAGGTTT TAGAGCCCCT TCCTTATCCC AATTAGGCGC AGGGACGTCG
CTCAGCAGCC AGTATATCAA TTGCGGTTCA GCTGAACCTT ACAATGCCTT ATGCGGTACT
GCTGGCGCCG AGTTTGGCGA ACTCGAGTTT GACCAAGAAA CCATAGGCAA TAAGGATTTA
TCCGCAGAAA AGTCTGCCGC CATTAACGTT GGCGTCTCTT GGAACCTCAC CGAAGCACTA
CAATTGACTG TCGATTACTG GCGCTATGAG CACGATGATA TTGTTGATAT TGATGCCAAC
ACCACCTTAG ACGCCTGTAT TAAAGACAGT ACAAAAATCG TGACTAGCGT TGCAGAACTG
GGGGATGAAT TCGGCTGTGT TGTTGATGGC CAAGGGGATA TCAGCTTCTT ACGCACTGGC
TATTTTAACG TCGGCAATCA AAATACTGAT GGCATCGACT ACAAGCTAGA TTATCGCTTA
GACACTGAAA CCGCAGGTGA ATTTAAGTTT TATGTTGCGG GCACTGAAAC CCTGTCGTTT
GAAAGACAAG TTACACCTTC AACCCCAGTG GAAGATTTAT TAGGGCGGTT AAGTGGCGCC
TCAGAAATTG CTCGTCCTGA AAGCGTGCTT GATCTAGGAA CCGACTGGCA GCTCAACGAT
TGGAGTGCCA GTTTATCGGG TCACTACATC AGTTCATTGG GTGATGGTGA CTTTAAATTT
GATAACGAAA CCGTCGACAG TTGGCTCACC TTCAGTGCGA GCCTTGGTTA TGAGTTAAAT
GAGCACCATA GCTTTTTGGT GTCAGTGCGT AACCTAACAG ATGAAGAACC GCCCTACGCC
TCCTCTCCAA CCAATGGCTA TGCAAGCTCA GTCCATGATT GGTTAGGCCG TCGCTGGAAC
GTACGTTATA CCTTCAAGTT TTAA
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| Protein sequence | MRSSVFLCAV FGLALSPVAL AVANELEKTT EQPAADAPVE RVAVTGSRLK GVDMEGANPL
QSFTQDDITK RGYESVSEFL RDLPQASSAG TFSETGGVGG ADGAPAGASG VSLRGLGSSS
TLVLVNGRRV AVDSFSNGSD SFVNVNSIPL SAIERIDVLT DGASSIYGSD AIAGVINFIL
RKDFVGHELS AQYGDDTSAH DASRKNLTYA GGFATENSNT TVVVDYATRN AIFNSDRPVN
VTFESSTRMT IDGEDYAESW CGDDTQKSGT RCNYDYVIQR AIQPDFDNIG TTFNHIYRLD
NGLEFFAEGM YQKNTGSAYE APAGYTVDVA GDSANIPQYV HDIDMLDGSV SDVITVRTRF
PERRVQEYDT QSYRVLAGLR GELADWSWET AASYGKSTNE ITNVAGYMNA TKLDAAVAAD
EFNPFNLGRD SSAAQIAALR DPGMRKGESE VLSLDFNISG DLFALPAGTV SSVFGGELRK
EQIFDRPSIN AVNNEIIGLG ASDAEADRTQ YAVYGEFNFP ITDTLDVIAA LRYDHYSDFG
GDVNPKISMR YRPLEDLVLR ASWSTGFRAP SLSQLGAGTS LSSQYINCGS AEPYNALCGT
AGAEFGELEF DQETIGNKDL SAEKSAAINV GVSWNLTEAL QLTVDYWRYE HDDIVDIDAN
TTLDACIKDS TKIVTSVAEL GDEFGCVVDG QGDISFLRTG YFNVGNQNTD GIDYKLDYRL
DTETAGEFKF YVAGTETLSF ERQVTPSTPV EDLLGRLSGA SEIARPESVL DLGTDWQLND
WSASLSGHYI SSLGDGDFKF DNETVDSWLT FSASLGYELN EHHSFLVSVR NLTDEEPPYA
SSPTNGYASS VHDWLGRRWN VRYTFKF
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