| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_3214 |
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| Symbol | |
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| ID | 8359379 |
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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 | 3965741 |
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| End bp | 3969076 |
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| Gene Length | 3336 bp |
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| Protein Length | 1111 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644965386 |
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| Product | TonB-dependent receptor plug |
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| Protein accession | YP_003122882 |
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| Protein GI | 256422229 |
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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 | 18 |
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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 | 37 |
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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 | ATGAGATTGT CATTATGGCT TTTCGTTTGC CTATTTTATT TGCAACTGCC AACATATAGC
CTTGGGAAGG CACAGGCAGA TCGAAAAATC ACGCTTTCGG GAACCTTTAC CTACCACCAG
ATTTTTAGAA GCGTCGAGAA ACAAACTGGG AAACGAGTCT ATTATACAAA TAGTATCATT
AACGACGAAG AACAGACAAC AGTTCACCTA GAACAAGCTC CTTTGCAGGT AGCATTAGCT
CAAATATTAA AAAACAAAGA TCTGGAGTGG GTAATTGATG AAAAATACAT TTCATTGAAA
AGACACAATA AGTCCTCCCA CTTCACATCA TTGAGTACCT CTGATAGCTC GATGTCTATT
ACCGGAAAAG TAATAACTGA AGATGGTATC CCAATTTCAG GAGCTACGGT TTTGATTAAA
GGATCTTCAC TTGGAACTAC CTCTTCTGCA GACGGATCGA TAAAATTGCG TAACGTAAAG
TCGGACATTA TAATTATAAT TTCCAGCATA GGTTTCATTT CAAAAGAAGT ATTCCTTAAA
GTTGGCAATT CCTTGGGAAC GGTTCAGCTA GAAAGATATG TGGGCACTTT AGACGAAACG
CAAATAATAG CATATGGACA AACGTCTAGG AGAATAAGCA CCGGCAACAT TAGCACTGTC
AAGGCAAAAG ATATTGAAAA ATCTCCTGTC GCTAATCCCC TATTAGCAAT AGCCGCACGG
GTACCAGGGG TATTTATTCA ACAGTCTACG GGAACTCCTG GAAGTGGGAT AAAGATTATC
ATTCAAGGAC AAAATAGCAT TAATGGTGGC AATGATCCAT TTTACGTTAT TGATGGAGTG
CCTTTTACAT CTCAGCTATT ACCTGGACTA ACAGGAGAAT TAGGTTTGTC CGGGCCAGGA
ACTCCTGGAG CTAACCCGGC CTTAAATACT CAAGGTAACC CGCTTAACTT TATTAATATT
CAGGATATCG AAAGCATAGA CATCTTAAAG GATGCGGACG CTACGGCTAT TTATGGGTCT
CGTGCAGCAA ATGGCGCTAT AATTATCACC ACAAAAAAGG GGAAATCTGG AAAGACGGCT
TTCAATGTAA ACTATCAGAA TGGATGGGGC GAAATATCGA AAAAAGTAAA GCTTTTAAAT
ACAGAACAAT ATCTGGAAAT GAGAAAGGAA GCTTACGCAA ATAATGGAGT TAACACTTAC
CCTGTTGATG CTTATGACCT TAACGGAACA TGGGATCTCA ATAAATACAC TGATTGGCAA
AATGAACTTT TGGGCGGAAC AGCTAAATAT ACAAATATAC ATGCTACATT ATCCGGTGGA
TCGTCAAATA TACAATATCT TTTAGGAGGC GGATATCAAA GCGAAGGTAC TGTTACTCCA
GGCGATTTAA GCGATCGAAA GACGTCAGTT CATTTTAATA TCAATTCAAC TTCAACTAAT
CAAAAGTTCA AGGTCAATTT TTCAGGAAGT TATGTATCTG ACAATAATAA ACTTGCAGTC
GTATCAGATA TTGCGAGTAG GGCTTTCACA ATGGCGCCGA ATTCTCCCCA GCTTTATAAT
GATGATGGCT CCTTAAACTG GGAGATTCGC AATGGAGTTA TTACCTTTTT TAATCCTTTA
GTGAATCTTG GTTCTAAGTA CATTAACAAA ACTTCAAATT TATTGTCTAA TGCAACTTTT
TCGTATGAAT TGATACCAGG GCTTGATCTA AAAAGCAGCT TTGGCTACAA CAAACTGTTA
TCTGATGAAG TATATGCGTC TACAACAAGT TTATATCCGG CGCAATTTAT ACCCTATCTT
CCGCGAACAG CTAACTTCAA TACAGCAGAA ATTAGCAACT GGATAATTGA ACCACAAATC
ACTTTTATTA AGAAGTTTGG TCCTGGTGTA TTTAATGCGC TTGTCGGTGC TACGATCCAA
CAGGAAGATA GAAATAGACA AAATCTGAAA GCCTCTGGAT TTTCCTCTGA TGAATCGATG
CTGAACTTGA AAGCTGCATC TTCAGTAATA GTTGCTGATG AAGATAATGC AGTCATATTA
AGTCAATATA AGTATAATGC AATCTTTGGT CGCATAAACT ATAACTTAAA GAATACATAC
TTATTGACAT TTACCACAAG GCGTGATGGA TCCAGTCGTT TCGGCCAAGA AAATAGGTTT
CACAATTTCT TTTCAGTTGC CGGTGCATGG ACCTTTTCAA ATGAGCACTT TATTAAAGAT
AACCTACCTT TTATCAGCTT TGGGAAAATT CGATCCAGCT ATGGCATTAC AGGAAATGAC
CAGATAGGTG ATTATAGCTA TTTAAACCTA TACCAGAACG TTTCAACTTT GGGTACGAAT
TATCAGGGTA TTGTCGCTCT TTCTCCATTC AACAATTTTC CTAATCCTTA TCTACAGTGG
GAACTAACTA AAAAGCTATC TGCTACATTA GACCTGGGTG TGTTGAAAGA TCGAATCTTA
TTCGCTATCA CTTATTATAA GAACAGATCA TCTAATCAAC TATCAACCCA ATCACTTCTT
GCTGTAACCG GCGGAAATGG AATTAACACT AATCTTCCGG CTGTTGTTGA AAATAAGGGA
TTTGAGCTAT CATTGAATAG CTCAAATATG AAAGGAAACC ACTTCACTTG GAATTCTTCA
ATAAATGTTA CAATACCTCA AAACAGACTA GTTGGATATA GTGGTATTGA CGCGGAAGTA
AAAGATGAAT TTGTGGGCAA GGCGCTAGGT TCTTTTAAAG TCTACAACTT TTCAGGAGTC
AACCCTTCTT CAGGAGTTTA TGAGGTGATC GATAGAAATG GGAAAGCGAC ATCTAATCCC
GACGCAAGCC TTGATAAAAC CATTTTTATC GATTTAAACC CCAAATATTA TGGCGGATTT
CAAAACAGTT TCAGCTATAG GGGACTGTCA TTGGATGTTC TTTTTCAATT TGTAAAGCAA
CTTGGAGGGA ACGGTTATTT TGGAAGCTTT TTGCCAGGAG TTAGTCCTAT AAATGAAGTA
ACATCGGTAT TAGAGAGATG GCAGAAACCT GGAGATAACA CATCGATTCA GAAGTTTACA
ACAGATTTAG CGTATGCAGA CAAATTTAGA ATTGCAGCGG AAAGTAATAG AGCATATTCA
GACGCGTCCT ATATAAGACT TAAGAACTTG TCGTTATCTT ACCAGTTTTC ATCTTCTCTT
ATTAAAAAGA GCTTCCTACA AAGTGCTCGA ATTTATGTAC AAGGTCAAAA CCTGCTAACT
TTTACAAAAT ACGTAGGAGG TGATCCCGAA AATAGAACTC TTAGAGGTAT GCCACCTTTA
AAGATGCTCA CATTGGGAGC ACAAATTGTA CTATAG
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| Protein sequence | MRLSLWLFVC LFYLQLPTYS LGKAQADRKI TLSGTFTYHQ IFRSVEKQTG KRVYYTNSII
NDEEQTTVHL EQAPLQVALA QILKNKDLEW VIDEKYISLK RHNKSSHFTS LSTSDSSMSI
TGKVITEDGI PISGATVLIK GSSLGTTSSA DGSIKLRNVK SDIIIIISSI GFISKEVFLK
VGNSLGTVQL ERYVGTLDET QIIAYGQTSR RISTGNISTV KAKDIEKSPV ANPLLAIAAR
VPGVFIQQST GTPGSGIKII IQGQNSINGG NDPFYVIDGV PFTSQLLPGL TGELGLSGPG
TPGANPALNT QGNPLNFINI QDIESIDILK DADATAIYGS RAANGAIIIT TKKGKSGKTA
FNVNYQNGWG EISKKVKLLN TEQYLEMRKE AYANNGVNTY PVDAYDLNGT WDLNKYTDWQ
NELLGGTAKY TNIHATLSGG SSNIQYLLGG GYQSEGTVTP GDLSDRKTSV HFNINSTSTN
QKFKVNFSGS YVSDNNKLAV VSDIASRAFT MAPNSPQLYN DDGSLNWEIR NGVITFFNPL
VNLGSKYINK TSNLLSNATF SYELIPGLDL KSSFGYNKLL SDEVYASTTS LYPAQFIPYL
PRTANFNTAE ISNWIIEPQI TFIKKFGPGV FNALVGATIQ QEDRNRQNLK ASGFSSDESM
LNLKAASSVI VADEDNAVIL SQYKYNAIFG RINYNLKNTY LLTFTTRRDG SSRFGQENRF
HNFFSVAGAW TFSNEHFIKD NLPFISFGKI RSSYGITGND QIGDYSYLNL YQNVSTLGTN
YQGIVALSPF NNFPNPYLQW ELTKKLSATL DLGVLKDRIL FAITYYKNRS SNQLSTQSLL
AVTGGNGINT NLPAVVENKG FELSLNSSNM KGNHFTWNSS INVTIPQNRL VGYSGIDAEV
KDEFVGKALG SFKVYNFSGV NPSSGVYEVI DRNGKATSNP DASLDKTIFI DLNPKYYGGF
QNSFSYRGLS LDVLFQFVKQ LGGNGYFGSF LPGVSPINEV TSVLERWQKP GDNTSIQKFT
TDLAYADKFR IAAESNRAYS DASYIRLKNL SLSYQFSSSL IKKSFLQSAR IYVQGQNLLT
FTKYVGGDPE NRTLRGMPPL KMLTLGAQIV L
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