| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_6740 |
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| Symbol | |
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| ID | 8362931 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | - |
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| Start bp | 8445026 |
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| End bp | 8448376 |
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| Gene Length | 3351 bp |
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| Protein Length | 1116 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644968872 |
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| Product | TonB-dependent receptor plug |
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| Protein accession | YP_003126342 |
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| Protein GI | 256425689 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG4206] Outer membrane cobalamin receptor protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 32 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACTGA CCACCTTTTT GTTGCTAGTG GCATGTCTAC AGATCAGCGC AAAAGGAGTA
TCTCAGCAAA TCTCTATATC GGAGAAGAAG GCTCCCCTCA AAAAAGTCCT TCGTCAGGTG
GCCCGTCAGG CAGGAATTTC CATAGTTTAT GATGAAACAT TGCTCGCAAC AGCCAATCCT
GTAACTATTG ATATAAAAAA TGCATCCGTT CAGGAGGCAC TTGAGATTTG TCTGGACAAT
CAGCCTTTCG ATTATTCTAT AGATGGCTCC CGCATCATTG TAAAAAGCCT GCCTGCAGGT
CATAAAGCAG CAGCAGATAC TATCATCACT GTTACAGGCC GTGTAGTGGA CGAAAAAGGA
GAAGCTGTGC CTGGGGTAAG CGTACGTGTG AAAGACGGTA CTACCGGTAC TGCTACCGAT
GGTAGTGGGA GATTCACCTT AAAAGCTCCT TCCAATGGTA CCCTGGTATT CAGCGCACTG
GGTTATACGC CATATACACA GGCTGTTGGC AACGGCAACC TGAATATCAG ACTGAAAAGC
TCTGAAACTG CGCTGACTGA AACAGTTGTG GTAGGTTATG GCGTACAGAA AAAAAGTGTT
GTAACTGGCG CTATCTCCAG CGTAAAAGCT GCTGATCTCG AAAACCAGCC AATCACACGT
GTGGAAAGTG CCCTCCAGGG TAGAACTTCC GGTGTAACCA TAGCTTCCAG CTCTGGCCAG
CCAGGTTCTG GTTCTGCGGT AAGAGTGAGA GGTCTGACCA CTTTCAATAA TAATGATCCG
CTGTGGGTAG TAGATGGCGT TGTGGTAGAT AACGGCGGTA TCGGTTACCT GAACCAGTAT
GATATCGAAT CTATCGAGGT ACTGAAAGAT GCAGCTTCTC AGGCAATTTA TGGCGCCCGT
GCTGCTGCCG GTGTTATTCT GGTAACTACC AAAAAAGGTA AAGCAGGTAC CCTGAAAGTA
AACTACAATG GTTATTATGG TACTTCTGCT CCTGCTCGTA AACTGAAACT GCTGGACGCT
ACACAATATG CTACACTGAG AAATGAAGCT GCAAAAGCTG GCGGCGATGC TTTACCATAC
GCTGACCCTC AGTCATATGG TAAAGGTACT GACTGGCAGG ATCAGATCTT CAACAGCAGC
GCAAAACGCC AGAACCATGA AGTAAGCATC AGCGGTGGTA ATGACAGATC TACTTTCTAT
TCTTCTTTCG GTTATCTGAA ACAGGATGGT ATCGTAGCTA CTGATATCTC CAAATATGAG
CGCGTAAACT TCCGTCTGAA CTCTACACAT AAACTGTCCC AATGGGTAAC CTTTGGCCAG
AATGTGGGTT ATGCTTACGA TAAATCAATC GGTCTTGGTA ATACAAACAG TGAATTCGGT
GGTCCGCTGG CTTCTGCCAT CAACCTCGAT CCAATCACGC CGGTGATCGT AACGGATCCG
AATGAAGCGG CCAACTATGA CCCAAGAACA CCAACAGATG GTAACGGTCA TTACTACGGT
GTTTCCAGAG CACTTGCACA GGAAATCACT AACCCGCTGG CTTACATAAA AACCCGTCTG
GGCAACTATG GCTGGTCCCA CAATATCGTA GGTAACGCTT ACCTGGAAGT ATCTCCGATC
AAAGGACTGA AATTACGTTC AACCCTTGGT TCCAAGATCT CCTTCTGGGG AAGTGAGTCA
TTTACCCCTA TATCTTACCT TAATCCTTCT ACTATTTCTT CCCGTACCAA CTTTAACCGT
AGCTCTAATT CCGGTTACAA CTGGAACCTG GAGAATACGA TCTCTTATAA CAGAGAGTTC
AACAAACACA ATGTTACTTT ATTAGCCGGT CAGGGTGCCT ACCAGGATAA CCATACCCGT
GCGCTGAATG TAACATACTG GGATTTACCT GTTACCAATT TCAAAGACGC GTCCCTTAAC
TATAACGTGG CGCAGGACCA GAGAAATGCA GGTGGCAGCG AAAACCCGGA TCACAGAATT
TCTTCCCTGT TTGCACGTGT GAACTACACC TATGATGAAA AGTACCTGGC AGAAGCGATC
GTTCGTCGTG ATGGTTCTTC CCGCTTTGGT TCCAATAACA AATATGGTGT GTTCCCATCC
TTCTCACTGG GTTGGGTAGC TTCCCGTGAA AACTTCTGGG CTGACAATCA GATCGTAAAC
TTCCTGAAAT TCCGTGGTGG TTACGGTGTG GTGGGTAATG ACAACATCGG TGACTTCGCT
TACCTGTCTA CCATCGGTGG GGGGCGTAAC TACAGCTTCG GTACCGGAGA TACATACCTG
ATCGGTTATA GCCCTAACGC TCCTTCCAAC CCGGATCTGA AATGGGAATC TACCAGCCAG
ACCAACATTG GTTTCGAAGC AACTGTCATC AGAGACATCA CTGTGTCATT CGATTGGTAT
AAAAAAGCGA CAAGAGATAT CCTCCAGAAC CCACGTATCC CATTGTATGT TGGTGCTATT
TCTAACCCTG CAGCTAACGT AGCGGATATG GAAAACACCG GTGTGGAACT GGAACTGGGT
TACCGTAAAA AATTCGGAGA GTTTGACTTC TCTGTAAATG GTAACGTTTC TTATCTGAAA
AATAAAGTGA CCAACCTGGG TCAGAATATA CAGTATCTGT CTGGTGGACA GACCCTGCAA
TCAACCAGCT ATCCTATCAC ACGTACAGCT ATCGGACAGC CATTTAACGC CTTCTATGGT
TTCAAAACAA ATGGCATCTT CCAGAATCAG CAGGAAGTTG ATGCATACGT AGGTAAAGAC
GGCAAAAAAC TCCAGCCAAA TGCAGTTCCT GGTGATTTCC GCTGGGTAGA TGTAAATGGT
GACGGACAAC TGACGGACGA AGGTGACCGT ACTTTCCTGG GTAATCCTAC GCCAAGCTGG
ACATATGGTT TCACCCTGAA CTCCGCTTAT AAAGGCTTTG ACCTGGTAGT ATTCGTACAG
GGCGCTGCCG GTAACAAGAT CTTCCAGGGT TTACGTCGTC TGGATATCGG CGCCGCAAAC
TGGCAGACTA AAGCACTGGG CCGCTGGACA GGCGAAGGTT CTTCCAATGA CTACCCACGT
TTAACTACAA AAGACAACAA CAGAAACTTC ACCAACCCTT CAGATTTCTA TCTGGAAGAT
GGCAGCTACT GCAGAATCAA ATCGCTGCAA CTTGGTTATT CCCTGCCTTC TTCACTCTTA
AAGAAAGCGC ATATCGAGCG ATTCCGCGTG TATGTAATGA GCGAAAACCT GCTGACACTG
ACCAAATACA CTGGTTATGA TCCAGAGATC GGTGGTGGCG TATTCAGTAT CGACAGAGGT
ATTTATCCTC AGGCACGCTC ATTCATGTTA GGTGTAAATG CAAATTTCTA A
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| Protein sequence | MKLTTFLLLV ACLQISAKGV SQQISISEKK APLKKVLRQV ARQAGISIVY DETLLATANP
VTIDIKNASV QEALEICLDN QPFDYSIDGS RIIVKSLPAG HKAAADTIIT VTGRVVDEKG
EAVPGVSVRV KDGTTGTATD GSGRFTLKAP SNGTLVFSAL GYTPYTQAVG NGNLNIRLKS
SETALTETVV VGYGVQKKSV VTGAISSVKA ADLENQPITR VESALQGRTS GVTIASSSGQ
PGSGSAVRVR GLTTFNNNDP LWVVDGVVVD NGGIGYLNQY DIESIEVLKD AASQAIYGAR
AAAGVILVTT KKGKAGTLKV NYNGYYGTSA PARKLKLLDA TQYATLRNEA AKAGGDALPY
ADPQSYGKGT DWQDQIFNSS AKRQNHEVSI SGGNDRSTFY SSFGYLKQDG IVATDISKYE
RVNFRLNSTH KLSQWVTFGQ NVGYAYDKSI GLGNTNSEFG GPLASAINLD PITPVIVTDP
NEAANYDPRT PTDGNGHYYG VSRALAQEIT NPLAYIKTRL GNYGWSHNIV GNAYLEVSPI
KGLKLRSTLG SKISFWGSES FTPISYLNPS TISSRTNFNR SSNSGYNWNL ENTISYNREF
NKHNVTLLAG QGAYQDNHTR ALNVTYWDLP VTNFKDASLN YNVAQDQRNA GGSENPDHRI
SSLFARVNYT YDEKYLAEAI VRRDGSSRFG SNNKYGVFPS FSLGWVASRE NFWADNQIVN
FLKFRGGYGV VGNDNIGDFA YLSTIGGGRN YSFGTGDTYL IGYSPNAPSN PDLKWESTSQ
TNIGFEATVI RDITVSFDWY KKATRDILQN PRIPLYVGAI SNPAANVADM ENTGVELELG
YRKKFGEFDF SVNGNVSYLK NKVTNLGQNI QYLSGGQTLQ STSYPITRTA IGQPFNAFYG
FKTNGIFQNQ QEVDAYVGKD GKKLQPNAVP GDFRWVDVNG DGQLTDEGDR TFLGNPTPSW
TYGFTLNSAY KGFDLVVFVQ GAAGNKIFQG LRRLDIGAAN WQTKALGRWT GEGSSNDYPR
LTTKDNNRNF TNPSDFYLED GSYCRIKSLQ LGYSLPSSLL KKAHIERFRV YVMSENLLTL
TKYTGYDPEI GGGVFSIDRG IYPQARSFML GVNANF
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