| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2288 |
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| Symbol | |
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| ID | 4843342 |
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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 | 2658499 |
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| End bp | 2661321 |
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| Gene Length | 2823 bp |
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| Protein Length | 940 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640119514 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001050653 |
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| Protein GI | 126174504 |
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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 | [TIGR01782] TonB-dependent receptor |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGATGCGAT TTAAACCCAG TTTGCTAACC TTAGCGCTCA TTGCCGCAGG TGCGAGTATG
CACTCCTATG CGGCAGATGA AGTGACCACA GATAAAGAAG CGAAAGCGAA AGAAGCTGCA
ATTGAAGTTA TTGAAGTAAA AGGTTTTAGA ACCAGTGTCA TCAAGTCATT AAATGATAAA
CGTTTTGGAG ATACCGTCTC TGAATCGATT TCAGCCGATG ATCTTGGCGC CCTTCCCGAC
CAGTCAATTG CTGATGCGTT AACTCGTTTA CCCGGCGTGA CTGCAGTCCG TACTGGTGGA
CAAGCAAGCG GCCTCAACAT TCGTGGTCTT GATGGTGATT TTGTCTTTGC AACACTTAAC
GGACATGAAC AAGTTACTAC GGGTGGTAAA CGCGCGATTG AGTTTGACCA ATACCCATCA
GAATTGATTA GCCAAGCCGC AGTATATAAA ACGCCTAAGG CCTCGCTCAT TGAAGGTGGC
GTTGCTGGTA CTGTAGAGTT AAAAACCGCA GATCCACTAA AAAGCGACAA AGACCAATCA
TTTAATATCA ATGCTCGCGG CAGTTTTAAT GACAGAGCCG ATGAAATCTC TGATGCCGAG
CAGTATGGCA ATCGCCTCAG CTTAGCCTAT CAAGGCAAAT TCCTAGAAGA CACGCTCGGT
GTGGCGCTAG GCTATGCCCA CCTTTATCAA CCTTATGTTG CAAGTCAGTT CATTGGCTTA
CGTTTCAACG ATGATAAAAA AGATGTCAAT GGCGACGGTG TTGCCGAATC AATCAGTGAA
GGTTTTGAAT TACAGCAAAA AGGCGGTGAT GATACACGTG ATGGTTATAT GGCGGCTATC
CATTGGCAAC CGACAGACAG CCTCAGTGTA AAAGGTGATT TATTCCATTC AAAATTCACT
TCCGAAAACT TTGCCCGTGG CTTTCGCGTT AAGTCATTAA AAAACGGCAC GATCAGTGAT
GCAGTTGTCG AAAATGGCTC TATGACTGGC GGAACCGTAT CAACCGATGG CAATGATAAC
TTTGCCGTTT TTGTTATCAA TGATAACGAC TCAAAGTATT CAGAACTGAC GTCTGGCTCA
ATCAATGTTG AGTGGAATAA TGGCGGCGCC TTAACGGTTG CGGCTGACGT TAGCTATTCA
AAAGCCGATG GCGAATTCGT CAACGGTGGT ACGCGTGCCG TGTTATATGA TGATTTAGGT
AATGAAGTAC GTTCAGCCGA ATCAATTAAT TATCAACTAC ATGGCTTAAA CCCTGCCGAT
GTTAATTTCT CAAACGACTA TACCAATACG GCAACCTTGG GTTTAAAAGA AGTGGGTATG
TGGCCATACG ATCAGCAAAA TGATCTTGTC GCCTATAAGT TAGATTTTAA CTACGTGTTA
GATTCTAGTT TCTTATCTTC TGTCGATTTT GGTCTGCGCT ACTCGCAGCG TGAGTTTAAT
GCGCAACGTT CACAAGCGGG ATATGGTTTT GAATTTGGTA AAAACCCAAC TAATCAACCT
GTGCTTCAAA TGAACACTGA CATGACAAAT GTCGTTAACT TTGGCGGAGA ATTGTCTGGC
TACCCGAACT TCCTTTCCGT TGATTTCAAC AAAGCCATTG AACTGGTTAA CGCACAGTTA
GCCGCGACAG GGCAATCTCC TTTTACCCCA ACGGCCAATT GGTCTAATAA CTGGACCATG
ATCCAAAGTG GTTCGGTTAA TGAAGACGTA CTAGCAGGTT ATGTTCAGGG TAATCTTGAT
TTTGACTTAG GTGATATTAA AGTCACGGGT AACGTGGGTG TGCGTGTTGT GCACACAGAC
CAAAGCAGTA AAGGTCTACA ACAAGTTGGC TATGGTCTAG GTGAAGCGAT TACCGATGAA
CTTGGCGTGA TCAGTAACGA CTATATTCGT AACGAGATAG GTAAAACCTA TACCGATTAC
TTGCCGTCGA TTAACTTGAG CTTCCACCTC ACTGAAAATG ATCAACTTCG TTTTGCTGCA
GCTTCTGTGA TGTCACGTCC TCCAATCGAC AAGCTGAAAT CAGGCATGGG ATCTTGGTAT
GACGATTCAG CCACACCGGG ATACAAAAAA TACAATGCTT GGGGTAATAC CAGTCCGCTA
CTTGATCCAT TTTATGCCGA TCAATACGAC TTATCTTACG AGCACTATTT TGAAGATTCA
CAGGGTGCAG TTGTCGTAGC CTTGTTCTAC AAAGATATTA AATCCTTTAT CAACAACTTC
ACAATCCAAC CTTATGACTT TGAAGGTAAT GGATTTATTG TTCCCGATAC TATTGTCGAT
AATGGTGTTG AGTTCCCAGT GGTGAAAGAT GAAGGTCAAT ATCAAACTGC AATCAACAAC
GACAATGGCG GCTATATTCG TGGTGTTGAG TTAGGTTATA CCCAAGTCTT TGATTTCCTA
CCATCACCTC TCAGTGGTCT TGGCTTCACT GGTAGCTACT CGTATTCAGA CAGTGAAGTG
GAATTTACAA CAGATTTAAG TGGTTCAAAC TTAACAATTC CATTACCAGG TTTATCAGAA
AGCGTACTGA ACACAACCCT TTTCTATTCA CTAGATGGTT TCGATACTCG CGTCAGCATG
AGATATCGTA GCAGCTACGT TTCAGAACAA GTGGCAGTTG AATCACAACT CGCCTTCTTC
GATGCCGAAA CGATTGTGGA TTATCAAGCT TCATACGCTC TGGAAAATGG ACTTAAGTTC
TTATTCCAAA TTAATAACTT AACTGATGAA CCAAACAAAA CCTATTTTGG TGAAGAACAT
CAGACAGGAA CAATCCAATA CTTCGGTAGA CAGTACTTCC TAGGGTTAAG TTACTCTTTA
TAA
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| Protein sequence | MMRFKPSLLT LALIAAGASM HSYAADEVTT DKEAKAKEAA IEVIEVKGFR TSVIKSLNDK
RFGDTVSESI SADDLGALPD QSIADALTRL PGVTAVRTGG QASGLNIRGL DGDFVFATLN
GHEQVTTGGK RAIEFDQYPS ELISQAAVYK TPKASLIEGG VAGTVELKTA DPLKSDKDQS
FNINARGSFN DRADEISDAE QYGNRLSLAY QGKFLEDTLG VALGYAHLYQ PYVASQFIGL
RFNDDKKDVN GDGVAESISE GFELQQKGGD DTRDGYMAAI HWQPTDSLSV KGDLFHSKFT
SENFARGFRV KSLKNGTISD AVVENGSMTG GTVSTDGNDN FAVFVINDND SKYSELTSGS
INVEWNNGGA LTVAADVSYS KADGEFVNGG TRAVLYDDLG NEVRSAESIN YQLHGLNPAD
VNFSNDYTNT ATLGLKEVGM WPYDQQNDLV AYKLDFNYVL DSSFLSSVDF GLRYSQREFN
AQRSQAGYGF EFGKNPTNQP VLQMNTDMTN VVNFGGELSG YPNFLSVDFN KAIELVNAQL
AATGQSPFTP TANWSNNWTM IQSGSVNEDV LAGYVQGNLD FDLGDIKVTG NVGVRVVHTD
QSSKGLQQVG YGLGEAITDE LGVISNDYIR NEIGKTYTDY LPSINLSFHL TENDQLRFAA
ASVMSRPPID KLKSGMGSWY DDSATPGYKK YNAWGNTSPL LDPFYADQYD LSYEHYFEDS
QGAVVVALFY KDIKSFINNF TIQPYDFEGN GFIVPDTIVD NGVEFPVVKD EGQYQTAINN
DNGGYIRGVE LGYTQVFDFL PSPLSGLGFT GSYSYSDSEV EFTTDLSGSN LTIPLPGLSE
SVLNTTLFYS LDGFDTRVSM RYRSSYVSEQ VAVESQLAFF DAETIVDYQA SYALENGLKF
LFQINNLTDE PNKTYFGEEH QTGTIQYFGR QYFLGLSYSL
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