| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_2693 |
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| Symbol | |
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| ID | 3521221 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | - |
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| Start bp | 2802493 |
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| End bp | 2805513 |
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| Gene Length | 3021 bp |
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| Protein Length | 1006 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637285147 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_269407 |
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| Protein GI | 71280752 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.151414 |
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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 | ATGCTTAAGT CTAAATTATC ACATTTGAGT TTATGCGTGC TAACAGCACT TACTTCTCAA
GTTGTCTTTG CTGCGGAGCA AACAGAAGTA AAAGAGGAAG AAGTTGAAAG GATTTCTATC
GTAGGTTCGA ATATCAAGGG CAGCACTATG ACAAGTGTGT TACCTGTTAC TGAGCTTAGT
GCAGAAGATA TTATCGCAAC TGGCGCTCTA GATGGAGATG AACTTTTACG CTCAATTCCT
CAAATAGGTG CCGTTGGCTT TACTGGCACT CGTGGTGGTA ATACCGGAAC AAATGCAGCA
CGTGGTGATG TTGGCTCGGT TAACTTACGT AGTATAGGTG AAGGTAATAC CTTAGTTTTA
CTTAATGGTC GCCGTATGGT GAACCATCCT ATTACTCAAA CAAATTTCGG CGTACCAGTA
ACCTCAGTTA ACTCTAATAC TTTACCTATT TCAGGGCTTG CTCGTGTTGA AGTGTTACGT
GATGGTGCTG GCGCATTGTA TGGCTCTGAT GCTGTTGCGG GTGTAGTGAA TTACGTGACC
AAAGAAGATT TTGAAGGAGG TAATTTCAAA GTACGTTATG GCGCAGAGCA AGGTACTGAC
CGCAATGATT TTACCTTATC TGGCAACAAA GGTTTTGAGT TTAACAACAG CCAAACGTTT
TTCATGATCA GTGCAAACTA CGCTAAGAAA ACGGGTTTAC AAGCATCAGA AAATGGCTTT
TCGAGTAATC AAGATTTACG TTCACGAGCA CCTGAAGAAT TTGCTGGCGA TACCGACTTT
GATAACCGTT CAACTCTAGA ACCTTATGCA GACTTACATT ACATTGGTTT ACCGAGCAAA
ATTGATGATT ACATCATTCG CCCAACTTCA TATATTAACA ATGCCGGCGA ACAGCAATCT
GCTGGCAGTT GTGGTGGTGG TGCTTTAGCT TCCGGTGGCG GAGTTATGGG GGATGTTTGT
CTTGACGCCG CAGGTAGTCA CGATAGAGCA TTACGTCCTA ACCGTAATGA AGAACGTACT
TTAGTACCTG ATATTGATCG ATTGAATCTT TTTACTAACT TAAGTCATGA GTTTAATAAT
GGCGTTGAAT TTTATAACGA ATCTACTTAT TACCGATCTA AAACTAAGCG TCAATGGGAA
CAATCAGCTA TTTTAAGTAA TGGTACTTTC GATGTACCAG CACACAGTTA TTACAACCCA
TTTGGACCGG TAAATTTTGC CGATGGCCGT GTAAACCCCA ATCGTATTGC AGGTTTAGAT
CCTGCTGTAG TACCCGTTGA AGGACTTGCT TATAATTTAC GTATTCGCCC AACTGATGTC
GGTCCACGTC AAGTTGAAGT TGAAAGTACT AGTTACCGTT TCTTAAATGG TTTGCGTGGT
ACTTACGATG ATTGGGATTG GGACACGGGG GTATTATATA GTGAGGCAAA AACTGACGAT
AACATGAGTA ATCGTATCAG CTCTCCTTTA TTACTAGCCC AGCTTAGTTT AGATACCGCT
GACGCTTATA ACCCTTTTAC AGGGGTTAAT CCAAATAATC CAGCGAGTAT TATCGATTCA
ACGCCTAATC CACAATCGAG CATTGACCCG TTTTTAACTA CCGCTCAACG TAGTGCAAAA
ACGTCATTAA CCATGGTAGA TTTTAAAGCA TCAAATCCAT TTATGTTTGA ATTACCTGGT
GGTGAAGCCG GTTTAGCTTT CGGTTTAGAA TATCGTAAAG AAACCTTAGA TGAAGACAAT
AGTTCAAACT TTGATGGCTC AGAACCCTTT GTTGAAGGTA ATGCAGATCC GGTTAATCTA
AGTAGTTTAC AAGGTAGTAG TGTTCGCCTT GATGTCTCTG GTGAGCGTAA AGTGCTTTCT
GCTTACGTAG AGCTTGCTTT ACCCTTATTA GCGGATCTAC CTGCTATTCA TAGTCTAGAT
GTACAATTAG CCGCTCGTTA TGAAGATTTT AGTGATATCG GCAATATAAC CCGACCTAAA
ATGGCAGTTT CATGGTTCCC GGTTGAAATG CTGCAATTTA GAGGTGCAGT ATCTAAAGGT
TTTAGAGCGC CTAACCTTAT ACAGCTAAAT TCTCCAGGCG CTACCCTGAC TACAGGTGTA
GATGATTATG CTGAAAACTC CCTTGATGCC AATGGTAACG TTGTTGTTAA TTCAGATACT
TTAGCCGATG GTGGCTCTGG TAATGGCAAT TATAATTTAT CAACATCTGG TAACAAAGAT
TTAGAGGCTG AAGAAAGTGA AAACATCAGT GTCGGTTTAA CATTACAGCT TATGGATAAT
TTAACCTTTA CCTATGATTG GTGGGAAATT GAGACAACAG GTACTGTTGG CGTCCTTTCA
GATGAAAATA TCTCACGTTT AGATTTGATA GCAAGAGGAG AAGGTTCATC AAATCCTGAC
GTTATTCGAG GCGCTATTGA TGCTGATAAT CCATTAGGAG AAATTGTTCA AATTAATCGC
CGCTATGAAA ACCTCAACAC CCGTACCATT ACGGGTTACG ATATAGCGAT CAATTATGAT
TTGAATACGT CAGTTGGTGA TTTTGGCTTA TCATTAAATG GTGCTAGAAC ATTAAAATTT
GACCAAGAAG CTGGTGGTGA TGCCTCATTA ATCGTCGATG CTGGTGCTGA TCCTGCAGTA
TTAGGTACTG CAGTGGGTGA TATCGTTGGG ACCAGCAGTA TTCCAGAATG GCAAGCAACT
GCATCATTAA AATGGAAATC AAATGATGCG CTATGGGGCG CAGGTTTATT TGTTAAATAC
GTTGGTGAAG TTGATAATAC CAGTGTGTCC AAAACCGTTG ATAGCGTAAC AACATTCTAT
ACTTCTAAAG CGCAAACTCG AGCAAATACT TACGTTACTC GTAATGACTT TATGGGATAT
GAAGGTGTGA GTCTAAGTTT TGGTATTAAT AATATCTTTG ATCAAGAACC ACCATTGGCT
GATACCACCT TTGGTTATGA CGGTTCATTA CATTCAAGCC GTGGAAGATA CTTCTATACC
AGTGCTAATT TTAGTTTTTA A
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| Protein sequence | MLKSKLSHLS LCVLTALTSQ VVFAAEQTEV KEEEVERISI VGSNIKGSTM TSVLPVTELS
AEDIIATGAL DGDELLRSIP QIGAVGFTGT RGGNTGTNAA RGDVGSVNLR SIGEGNTLVL
LNGRRMVNHP ITQTNFGVPV TSVNSNTLPI SGLARVEVLR DGAGALYGSD AVAGVVNYVT
KEDFEGGNFK VRYGAEQGTD RNDFTLSGNK GFEFNNSQTF FMISANYAKK TGLQASENGF
SSNQDLRSRA PEEFAGDTDF DNRSTLEPYA DLHYIGLPSK IDDYIIRPTS YINNAGEQQS
AGSCGGGALA SGGGVMGDVC LDAAGSHDRA LRPNRNEERT LVPDIDRLNL FTNLSHEFNN
GVEFYNESTY YRSKTKRQWE QSAILSNGTF DVPAHSYYNP FGPVNFADGR VNPNRIAGLD
PAVVPVEGLA YNLRIRPTDV GPRQVEVEST SYRFLNGLRG TYDDWDWDTG VLYSEAKTDD
NMSNRISSPL LLAQLSLDTA DAYNPFTGVN PNNPASIIDS TPNPQSSIDP FLTTAQRSAK
TSLTMVDFKA SNPFMFELPG GEAGLAFGLE YRKETLDEDN SSNFDGSEPF VEGNADPVNL
SSLQGSSVRL DVSGERKVLS AYVELALPLL ADLPAIHSLD VQLAARYEDF SDIGNITRPK
MAVSWFPVEM LQFRGAVSKG FRAPNLIQLN SPGATLTTGV DDYAENSLDA NGNVVVNSDT
LADGGSGNGN YNLSTSGNKD LEAEESENIS VGLTLQLMDN LTFTYDWWEI ETTGTVGVLS
DENISRLDLI ARGEGSSNPD VIRGAIDADN PLGEIVQINR RYENLNTRTI TGYDIAINYD
LNTSVGDFGL SLNGARTLKF DQEAGGDASL IVDAGADPAV LGTAVGDIVG TSSIPEWQAT
ASLKWKSNDA LWGAGLFVKY VGEVDNTSVS KTVDSVTTFY TSKAQTRANT YVTRNDFMGY
EGVSLSFGIN NIFDQEPPLA DTTFGYDGSL HSSRGRYFYT SANFSF
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