| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_2624 |
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| Symbol | |
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| ID | 5372415 |
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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 OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | - |
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| Start bp | 3129863 |
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| End bp | 3132523 |
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| Gene Length | 2661 bp |
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| Protein Length | 886 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640830848 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001366822 |
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| Protein GI | 153001141 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4771] Outer membrane receptor for ferrienterochelin and colicins |
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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 | 0.0750923 |
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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 | ATGCGCTATT TAAGTTTAAC GGCCAAAGCC GTTCGTGCTA GTTTAATTAC AGTGGCGACA
AGCAGTGTGG TTTTTTCGGG ATTAGGCTTT TCTGCAATGG GAAATGCAGC AGAAGAAAAT
ACGAAAGTTG AACGCATTGA AGTGACGGGT TCTCGTATTA AACAAGTTGA TATGGAAACT
GTTTCACCCG TGACAGTCAT TAATGCAGCG GATATTGCCA TGACAGGTGA AAAGACCGTT
GCTGACGTAT TGAATAACTC TGCGATAAAC AGCTTTGGTT CTTGGCGTGG TATTTCAGGT
TATGGCTCTG GTGCAAGCTC TACCAGCAAT GTCAATTTAC GCGGTTTAGG ATCGTCTGCG
ACCTTAGTGT TATTAGACGG ACGCCGTATG CCAGGGACGA GTTCGAGCTC TGGCTCAGTG
GCAGATACAT CTTCTATCCC TATGGCTATC GTGGAGCGTA TTGAAATCCT GCGGGATGGC
GCTTCAGCAG TCTATGGTTC CGATGCGGTT GCGGGCGTGA TAAACATTAT CACTAAGAAA
GAGTTTGAAG GTTTTCAGCT TGATTACAGT ACAGAGCAAC CAAGCGTAGA AGGGGGCGAT
GCTAACCGTT TATCGCTTGC AACTGGCTTT AATACCGATA AAGGCAATAT CACTCTCACC
TATGAATATT ATGATACAAA AGCGGTAATG GACCGTGATA TTTGGCGAAT GGATGATTCA
AGTTATAACG CCTATAGCGG ATATAGCTCA GTACCAAACG GTAAATATGG ACCAGGCAAT
GGTAGCTGGT ATAGTAATTC AGATATATGT GAAAAAACGG AAAATACCAT AGACTCAGGT
GATGGTCGTT GTTTATATAA TCATGGTAAT GTCACTAAGT TATTTGGCGA TCAAACCCGT
AATTCGCTGT TATCTAATTT CTCCTATGAG ATTTCAGAAA ATATAAAATT CCGAGGCCGA
GCTTCTGCTT CATTAGCTGA AACTGAAACC CGTTATGCCG GTACGCCAGT ATCAACTAAT
ACCCCTGTGA TGAGTGCCGA TAATAAGTAC AATCCAGTTG GCGAAGAATT AGTGATTTCT
ATGCGAGGCG CGCAACTTGG CGAGCGAGAT ACATTAACTG AAACCAACAA TTTTGATATT
CTTGGTGGCT TTGTTGGCAC GATAGATTCA GGTAATGGTA TCGACTGGGA ATTAAATGCC
CAGCATGCGA CCTCAACAAC AAACAGTTTT AACTACAATT TACTTAATGA CGATATTATT
CAGCAAGAAA TTGATTCAGA GCAATATGAT ATTTTCAATA CCTCCGGCAT GAGTTATGAG
CAGTGGGACC AACAGATGAC AGATCTGTAT CGCAAAGCTG CACATACTGG GGTTTATCAG
GGTAAATTCG AAAGTACTCA ATTGGATGGT CTTGCTTCAA CCTTACTGCT CGATGACGGT
GATTTTTCGG TCGCTATGGT CGGCGGTCTT GAATATGAAA TGATCAAGTT TAAGCAAACC
AGTGATCCAG AATCGGCCGC GGGTATTATC TCCGGCGGTT CGGGTGGTGA TGATGTGGAT
GCCACGCGTG ACCGTAGCGC CGCTTATTTG GAACTCCAAG TTGGCTTACC TGCCAACGTT
GAGTTCTCTG CCGCAGTACG TTATGAGCGC TATGAGCAGG AAGGAACTCT CACTGGGCCT
CAAGGGGAGG TGGTTAACTC ATCGACCTTC GATGCCGTGG TGCCTAAGTT TGGTTTAAGC
TGGCGTCCTA TAGACACGCT ATTACTGCGT GCTAGCTATG GTGACTCATT CCGCGCGCCG
AATATGAGTG AAATGTTCTC GTCTCAATCT TTGAGTTTTG AGAAGAGCGT TGACTCTTTA
TGGTGTAATG AACCCGGTAA TGTGGATGCC ATATATTGCG CCACCAATAA CCAACATAAA
ACTTGGTTTG GTGGTAACCC AAACTTAGAG GCTGAAGAGG GTAACTCGTT AACTTTTGGT
GGCGTTTGGA ATGTCACTGA TGCATGGAAC TTGGAGTTAT CTTATTACTC AATCACCTAC
GACAACAAAA TTGAGTCGAT TGATGTAGAT GATATCCTGC GCGATGAAAT CAAGAATGGA
TCTTCTCCCT ATGTGACCCG TGGTCCAGAT GGCAAGATTG AGTATATTGA GGCGGGAATA
CGTAATTTAG CCACAGTTGA GACCTCAGGT ATCGATTTTG TAACGGCTTA TAACTTAGAG
ACAGGTTTTG GTGATTTCAA TTTCAAACTG GATTTGACTC ACGTGCTTGA TTTTAAGAAG
CAGGATAATG CCGAATCAGA GATGATCGAT TACGCAGGAA CGACAGACTC ACCCGATTGG
CGCGGTAACT TTGCGACAAG TTGGAAATAC GATGATTTCT CTGCCGCATG GACAGTCGTC
TATATTGGTA GTCAATCAGC AAGTTATTTC AACGAGTTAG AAAAAACCGA CCGTTATGTC
GATTACGATA ATTACTTTAA ACACAATATC CAATTTGGTT ATACCCATGC TTATAACGGC
TCTATCACAG TAGGGGTGAA TAATGTGTTT GATGCTGAAA CACCAAACTA TTATACCTAC
GCCGATTATC GCGATGTGAA TGTGGGTTTA TATGATGTGT TAGGTAGAAC GTATTACCTG
AGAATAAACC AGAAGTTTTA G
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| Protein sequence | MRYLSLTAKA VRASLITVAT SSVVFSGLGF SAMGNAAEEN TKVERIEVTG SRIKQVDMET
VSPVTVINAA DIAMTGEKTV ADVLNNSAIN SFGSWRGISG YGSGASSTSN VNLRGLGSSA
TLVLLDGRRM PGTSSSSGSV ADTSSIPMAI VERIEILRDG ASAVYGSDAV AGVINIITKK
EFEGFQLDYS TEQPSVEGGD ANRLSLATGF NTDKGNITLT YEYYDTKAVM DRDIWRMDDS
SYNAYSGYSS VPNGKYGPGN GSWYSNSDIC EKTENTIDSG DGRCLYNHGN VTKLFGDQTR
NSLLSNFSYE ISENIKFRGR ASASLAETET RYAGTPVSTN TPVMSADNKY NPVGEELVIS
MRGAQLGERD TLTETNNFDI LGGFVGTIDS GNGIDWELNA QHATSTTNSF NYNLLNDDII
QQEIDSEQYD IFNTSGMSYE QWDQQMTDLY RKAAHTGVYQ GKFESTQLDG LASTLLLDDG
DFSVAMVGGL EYEMIKFKQT SDPESAAGII SGGSGGDDVD ATRDRSAAYL ELQVGLPANV
EFSAAVRYER YEQEGTLTGP QGEVVNSSTF DAVVPKFGLS WRPIDTLLLR ASYGDSFRAP
NMSEMFSSQS LSFEKSVDSL WCNEPGNVDA IYCATNNQHK TWFGGNPNLE AEEGNSLTFG
GVWNVTDAWN LELSYYSITY DNKIESIDVD DILRDEIKNG SSPYVTRGPD GKIEYIEAGI
RNLATVETSG IDFVTAYNLE TGFGDFNFKL DLTHVLDFKK QDNAESEMID YAGTTDSPDW
RGNFATSWKY DDFSAAWTVV YIGSQSASYF NELEKTDRYV DYDNYFKHNI QFGYTHAYNG
SITVGVNNVF DAETPNYYTY ADYRDVNVGL YDVLGRTYYL RINQKF
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