| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_0171 |
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| Symbol | |
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| ID | 8356271 |
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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 | 211125 |
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| End bp | 214358 |
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| Gene Length | 3234 bp |
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| Protein Length | 1077 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644962314 |
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| Product | hypothetical protein |
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| Protein accession | YP_003119873 |
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| Protein GI | 256419220 |
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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 | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 45 |
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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 | GTGAATAAGC AATTCTATTC ATTATTGTTA TTTGTGAGTA TCCTTGTACT GTCGGCTGCC
GGCTTAAGAG CTCAGATCAC CACTTCCCAG ATCACCGGGA AAATAGTGAG CAGTAAAGGA
GAGGCCCTGC CAGGGGTTAC AATACTGGCA GTAAACACTT CTACAGGTAC CCGTTACGGT
GCGCAGACAC AGGCAGACGG TCGTTACCTC ATCAACAACG TTAACCCTGG TGGTCCATAC
ACAATCACCG TTTCCTATAT AGGTTTTAAA ACTGAAGAAG CTCCCGGAAT TAATCTTTCC
CTGGGTAGCT CTACTTTCAA TTTCCAGTTG GCCGATGCTT CTACTGCACT GAGCGAAGTA
GTAGTAAAAG GCAACACCAC ACAGAAAGGC GGTTCTTTCA AAATTGGTCA GAACCAGTTG
AAAACCCTGC CTTCGATCAA CCGTAGTTTC CAGGACTTTA CCCGTGCTAC TCCACAGAGT
AATAACAACT CTTTCCTGGG TACCAACTAC CGTTACAATA ACGTTACATT GGATGGCGCG
ATCAATAACG ATGCGATCGG CTTCAGCCCT TCCATGGGTG GTCAGAGCAA TAGCTCCGGA
CAGCCTGGTA GCAGTACCCG TTCCAACCCG GTATCACTGG ATGCGATCCA GGATATCCAG
GTATACCTGG CTCCATATGA TGTGAAAATC GGTAACTTTC TGGGTGGTAG TATCAACGCG
GTAACCCGTA GCGGTACGAA CGAATTCCAT GGTTCGGTAT ACGGTTTTGG CCGTAATGCT
GACCTGATCG GTAAAAACAA TGCCGGTGAC GGTTCCAAAC TGCCTTCCAG TTTCCATGAC
TATCAGACCG GTATCAGATT AGGTTTCCCT ATTATCAAGG ATAAATTATT CTTCTTCACC
AACGAAGAGA TCGCACGTCG TCGTGATCCG GTGATCCTGG GTGCTGGTTC AGCTGATATG
CCGCTGATCA CTGTACAGGA AGCTGAACAG ATCCGTCAGC ACATGCTGGA TCTGGATGTG
AGCAAATCTG GTAAGTATGA TCCGGGAACT TATGGCAACA CTTCTATTTA TTCAAATTCC
AATAAGTACT TTAACCGCTT AGACTGGAAT ATCAATGATA AACACCAGTT GTCACTGCGT
AACAATACCA TTACTTCAGA AGCTACCAAC CTGGAGCGCG ACCAGCAGAA CTTCCGTTTC
AGCGGTATCG ACTTCAAACA GGTAAACAAT CAGTCTTCTA CCGTACTGGA GGTGAAAAGC
CGTTTTAATA ACTCCGTTTC TAACAGTTTG ATCGTTGGTT ACTCTACCGT TCATGACTAC
CGTGACCCGA CTTCTGATCC TTCCCTGGCA CAGATTCAGA TCAAATCAAG AGGTGGTACT
ATTTTCCTGG GTACAGACCG TGAAGCGTCT ATCTTCAACA TGAAGCAGAA GACTTTTGAA
TTCACTGATA ATGTGAATAT CTTCAAGGGT AAACACAACA TCACTATCGG TACGCATAAT
GAGCTGTATA ACATCACTTA TGGTTTCGTG AACTCCTGGA ATGGTCGTGT TGACTATGAA
AGCATCAACG ACTTCCTGAA TGACGCACCA AGCCGGGTAC GTGCTAACTT TAACTATGCT
AATAATTCCC GTGATTATAT CATGGCGAAT CCACCAGCTC AGTTCAAAAT TGGTATGTAT
AGCCTGTACG GACAGGATGA GATCCAGATA ACTGATCGTT TCAAACTGAC TCCAGGTCTC
CGTTTTGACT ACACAAATCT GCCTAACAGA CAGAGCCTGA GTGACAAGAC AACGAATGCT
CCGGTAGATC CTAACTTCGG TACTACTTAC AGCTACACGA AGCCAAAAGA TATCAACAAC
AAATACCTGA ACAATATTCA GATCTCCCCC CGTCTGGGCT TTAACTACGA CATCAAAGGC
GACCAGAGTC TGGTACTGCG TGGTGGAACA GGTCTGTTTA CCGGTCGTAT TCCATTCGCT
TGGTTAGGCT ATGCTTACTA CAACAACGGT ACTACCTATG GTGCATATGA CAAACGCTTT
ACCGCAGCTG CTCCTCCTGC AGCAAACAGC AATCCTGTAA AAGTATCTGA CCAGGGTGCA
GCGCAGTTTG TAACCGCACA GGGTGTTGAT GTACACGATG CATCTGGTGC TACGCAGGTG
GATCTGATCG ACAACAACTT CAAGATGCCA CAGATGTGGA GAAGTAGTGC AGCACTGGAC
TACTCTACTA AGAACAGATG GAGATTTACT ATCGAAGGTA TCTATACCAA GACTATCTAC
GATCTGAAGT TCCAGCAGGT GAACCTGGTA GATAATCCTA CCTACAATAT CTACGATACC
GATAAGCAAC AGCCTATCTA CAGTGGTACC AAGATCAACT CTAAATTCAC CAACGCTTAC
CTGTTGTCTA ATACAAAGAA AGGTTACCGT TATGCGGTTA CTGGTCAGGC AAGCAAAGCA
TTTGACTTCG GCTTTAACTT CAGCTTAGCA TATACATATG GTCAGTCTAA AGATATCACG
AACGGTATCC GTAACTCTAT GGAGTCTAAC TGGCAGCTGA ACCAGGCACT GAATCCTAAC
GATCCACACC TGGCTTACTC TAACTTTGAC ATCCGTCACC GTATCGTAGC AACCGCTAAC
TACAAAATGG ACTGGAATCA CAAGGGTCGT TTTGTGTCTA ACTTCGCGCT GTTCTTCAAC
ACTTCTTCCG GTCTGCCATT CTCTTATGGT TTCGTGAATG CAACTATCCA GGGTACACCT
CAGCAGGTTA GTCTGGCGTA CATTCCAAAA GATCAGGCAG AAGCACGTCA GTTCTTCACT
CCTGCTAACC AGGCAATGGC TGACGCGTTC TTTGCTTATG TAGAAGGCGA TAAATACCTG
AGCAGCCGTA AAGGTCAGTT CACAGAACGT AACGGTGGTC GTACGCCATG GAATACACAG
GCTGACTTCC GTTTCTCACA GGATTTCAAC TTCAAAGCCG GTAAATCCAC TCACACGCTG
ACACTGACTT ATGATATCAT CAACCTGACA AACCTGTTGA ACAAGGACTG GGGTATCCAA
TACTTCTCTC CAAACACCTT CAACTCAACT GCGAGTGTAG GTTTGTCACA AAAAACTCCA
GGCTCTCCTT CTGCTTACCC AGTATACGAG TGGTCTAACC CTGGTACGCC TTATTCCAGA
GATTTCTTTG GAAGCAGACA CCAGATGCAG CTGGGATTGA GGTATTCATT CTAA
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| Protein sequence | MNKQFYSLLL FVSILVLSAA GLRAQITTSQ ITGKIVSSKG EALPGVTILA VNTSTGTRYG
AQTQADGRYL INNVNPGGPY TITVSYIGFK TEEAPGINLS LGSSTFNFQL ADASTALSEV
VVKGNTTQKG GSFKIGQNQL KTLPSINRSF QDFTRATPQS NNNSFLGTNY RYNNVTLDGA
INNDAIGFSP SMGGQSNSSG QPGSSTRSNP VSLDAIQDIQ VYLAPYDVKI GNFLGGSINA
VTRSGTNEFH GSVYGFGRNA DLIGKNNAGD GSKLPSSFHD YQTGIRLGFP IIKDKLFFFT
NEEIARRRDP VILGAGSADM PLITVQEAEQ IRQHMLDLDV SKSGKYDPGT YGNTSIYSNS
NKYFNRLDWN INDKHQLSLR NNTITSEATN LERDQQNFRF SGIDFKQVNN QSSTVLEVKS
RFNNSVSNSL IVGYSTVHDY RDPTSDPSLA QIQIKSRGGT IFLGTDREAS IFNMKQKTFE
FTDNVNIFKG KHNITIGTHN ELYNITYGFV NSWNGRVDYE SINDFLNDAP SRVRANFNYA
NNSRDYIMAN PPAQFKIGMY SLYGQDEIQI TDRFKLTPGL RFDYTNLPNR QSLSDKTTNA
PVDPNFGTTY SYTKPKDINN KYLNNIQISP RLGFNYDIKG DQSLVLRGGT GLFTGRIPFA
WLGYAYYNNG TTYGAYDKRF TAAAPPAANS NPVKVSDQGA AQFVTAQGVD VHDASGATQV
DLIDNNFKMP QMWRSSAALD YSTKNRWRFT IEGIYTKTIY DLKFQQVNLV DNPTYNIYDT
DKQQPIYSGT KINSKFTNAY LLSNTKKGYR YAVTGQASKA FDFGFNFSLA YTYGQSKDIT
NGIRNSMESN WQLNQALNPN DPHLAYSNFD IRHRIVATAN YKMDWNHKGR FVSNFALFFN
TSSGLPFSYG FVNATIQGTP QQVSLAYIPK DQAEARQFFT PANQAMADAF FAYVEGDKYL
SSRKGQFTER NGGRTPWNTQ ADFRFSQDFN FKAGKSTHTL TLTYDIINLT NLLNKDWGIQ
YFSPNTFNST ASVGLSQKTP GSPSAYPVYE WSNPGTPYSR DFFGSRHQMQ LGLRYSF
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