| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_1125 |
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| Symbol | |
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| ID | 8357241 |
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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 | 1342798 |
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| End bp | 1346199 |
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| Gene Length | 3402 bp |
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| Protein Length | 1133 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644963281 |
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| Product | conserved hypothetical cytosolic protein |
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| Protein accession | YP_003120824 |
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| Protein GI | 256420171 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 25 |
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| Fosmid unclonability p-value | 0.371233 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAGTTAA ACGTTTTCAG TACTGATAAT CATAAAAGTG GATTCCGTTT ACAATACCTG
GAGGTATTGA ACTGGGGTAC ATTTGATGAA CATATTCATA GTATCAAGCC TAACGGGGAA
ACCAGTCTGC TCACAGGCGC CAATGGTAGC GGTAAGACCA CCTTCATCGA TGCCCTGCTG
ACACTGATGG TACCTGAGAA AAGGTACCGT TTCTATAACC AGAGTAGTGG TAGTGAAAAG
AAAGGTGACA GAACGGAAGA CTCTTATGTA ATGGGTGGAT ACGGGATGGT CAATAATGAG
GCCACCGGCG TAGCTAAAAC CCTTTATTTA AGAGAGAATA AAGAAGAGGC ATACAGCATT
CTGTTGGCCA ACTTTGCCAA TGAAGCGGAA CAATATGTAA CCTTGTTCCA GGTAAGGTAT
TTCGTCAATG GCGATATGCG CAAGATCTTC GGTGTTGCAC ACCGCGCGAT GCATATAGCC
GACGATTTCA GCCCATTTGA TATGGGCGGT ACCTGGAAAC GTCGTATTGA TCAGCTGTAC
AATAAAGGCG GTCGCAGACA GGTAGAATGG TTCGACGCTG CCAGCAAGTA TGCACAGCGT
ATGGTGGAAG CATTGGGTAT GCAGAGCATA CAGGCCGTGC AACTGTTTAA CCAGACCGTT
GGTATCAAGG TGTTGGGTAA CCTGGATGAC TTTATCCGTA CCAACATGCT GGAACCGCGT
AACATGGAAG AGCAGTTTCA GGAGCTGAAG AAACATCTGA CTACACTGTT GGATGCACAG
CGTAATATCG AGAAAGCAGA AGAGCAGATC CGCTTACTGG GCCCTATTAA AGAGCACCAT
GAGAACTTCT CCTCTTATCT GACTTCCATC ATGCAGCTGA AGCAGGAGCT TAATACAGCT
ACCATCTGGA ATAGCTTCAC CCGTAACCAG TTGCTGACAC AGGCGCTTAT TGATCGTCGT
CACGAAGTGG AGTCTTTGCA GAAGAAGATC GAAGAAACGA AAGTCAATAT GGCCGATCTC
CTGGAACAGG AGCGTGTGAC GAAAAACCTG ATGGAGCAGA ATAAGGCCGG ACAGCGTTTA
CAACAGCTGG AAAAGGATAT TCAGGACCTG GAAAAGAGAA AGGCAGAAGC AGAAGACAGC
CTAAAGGAAT TCGCGTCCTG GTGCGATACC CTGCATGTGA AAGAGGAAGA GGTAAACGAC
GATGCAACTT ATCAGCGTAT ACTGAAAGAA GCGAATCGCG CAGCCCTGAA ACTGGAAACA
GAACAGCGTC TGAATGAAGA AGACGAGTAC AGTGCTAAAC GTGTAAAAGA ACGTGCAGAG
AGTGAAAAAG AGAGCCTGGA AAAAGAAATA GAATTACTGC ATCAGTCCCG GAATAACATC
CCGTCTCACC TGGTAGATCT GCGTAAAGAG ATCTGTAGCA GTCTGAGAAT TGATGTAAGT
GAAATTCTTT TCGCCGGTGA ACTGATACAG GTGAAATCAG AAGAAATCGA ATGGCAACCC
GCACTGGAAA AATTGTTACA CTCTTTCTCC CTGCGTTTGC TGGTACCAGA GAAGCACTAT
AAAAAGGTAA CTTCCTTTGT CAATAACAAT AACCTGCGTA CCCGCCTGAT TTATTATCAA
ATCAAGGAGT CGGCATTGAC ACTGTATCCG GAAGATGATA CGGTATATCA TAAACTTGAC
TTCCATCCTG ATCATAAGCT CAGTCCGTGG GTACAGCAGC AGATCATTCA GAATTTCAGC
TATGTGTGTG TGAACAGTGA GCGGGAATTG CAAAGGAATG ACATGGCCAT CACGGTAGAA
GGTTTGATCA AGAACCGTGA CAGGCATGAA AAGGACGACC GTGCACACAG TAACGATGCT
TCCCGTTATG TGATGGGTTG GAACAATGAG CGGAAAAAAG ATGCCCTCAT TTCCAAAAGA
AGCAAGCTGA ATGAAGCGAT TATTTCTTCC AATGAAATAT TGCAGACCTG TAAGTCCAGA
TCCGCCCGTT TGCAGAAGCA ATTCTATGCA GCAGGACGTT TGAAGGAACA TAAAGGGTTT
GATGAAATAA ATATCGGTAA GCTACAGAAG GCCATTCGCA AAGCGCAGGA CCAGATCGGA
TCACTGACAG ATGAAAACCA GGAATTAGAC GGCCTGAAAC AGCAATTGCT GGATATCGAA
CGTCAGAAGG AAGACAACCA GGAACTGCAG GCGATGCTGA TCAGAAATGA AGCGCTGGAA
CAGCGTAACA TTGAAGAGAT GGAAGAAGAG CAACAGGCAA TGCAACACCT GTTACAGCAC
GTTACAGAAG GCGATAAGGA TGAACTGCTG AACTTCCAGC AGCAGAACAG TCACCTGCTT
GGTAACGTCA CACTGGAGAA CGTAGCTGCG ATCTATAAAT CCCTGCGTGA GAATAAAGAA
CAGGACCTGC GACTGGCAGA AGACGCCCGT CATAAGGAAG AAGTGATGCT GAACAGAAGT
ATCAACCGTC TGAAAAATCC GCAGGCAGAG ATACTACAAC GTTTCCCTGA CTGGATTTCA
GATGTACATG CTTTATCTGA TGATGCAGTA CATGCTACAG AGTATATCGA ATGGCTGGAT
AAACTGACGA ATGATAACCT GCCAGGCTAT AAGAAGGATT TCGAAAGCTA TATCAACGTT
ACCATTACTT ATAAGATCGG TGGATTGAAT GAAGAGATGG AGAAATGGGA GCGTGATATC
AGCAATACGA TCCAGAAACT GAATGATTCC CTGGCTGGTA TCAACTTCAA CCGCCTGCCG
GATACTTATA TACAGCTGGT AAAACGTCCG GTGGCTTCCG GTAGTGAGGC ACGTGAATTC
AAGAGCCGTT TGCTGGATGC TTTGCCACAG TCGGCCAACT GGCAACAGAG TACTTTTGAA
GAAAAGGCAC AGCATTTCCG TGAGAGAGTA CAACCACTGA TTGCCGCGCT GGACGAAAGT
GAAGCATACC GCGCACGTGT ACTGGATGCC CGTAACTGGT TTGAATTCTG GGCAGATGAA
CGTTTCCGTG AAACGAATGA GTCCAAGAAA ATCTATCGTC AGATGGGACA ATTATCCGGT
GGTGAGAAAG CGCAGCTGAC CTATACGATC CTGTGTAGTG CGATTGCTTA CCAGTTTGGT
ATTACCAGAG AAGGTAAAAA TGCAAGAAGT CTGCGATTCA TTGCGGTGGA CGAAAGCTTC
AGTAACCAGG ATGAAGAGAA AGCGACTTAT CTGATGGAAC TCTGTAAGCA GCTGCACCTG
CAATTGCTGG TGGTAACGCC AAGTGATAAG ATCCAGATCG TACAGAACTT CATTGCGCAC
GTACACCTGG TGCAACGTGT GAACGGGCGT CAGAGTATAC TGTATAATAT GACGGTAAAA
GAATTGCAGC ATAAGATGGC GGACTCGGAA GTCTCCGTTT AA
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| Protein sequence | MQLNVFSTDN HKSGFRLQYL EVLNWGTFDE HIHSIKPNGE TSLLTGANGS GKTTFIDALL
TLMVPEKRYR FYNQSSGSEK KGDRTEDSYV MGGYGMVNNE ATGVAKTLYL RENKEEAYSI
LLANFANEAE QYVTLFQVRY FVNGDMRKIF GVAHRAMHIA DDFSPFDMGG TWKRRIDQLY
NKGGRRQVEW FDAASKYAQR MVEALGMQSI QAVQLFNQTV GIKVLGNLDD FIRTNMLEPR
NMEEQFQELK KHLTTLLDAQ RNIEKAEEQI RLLGPIKEHH ENFSSYLTSI MQLKQELNTA
TIWNSFTRNQ LLTQALIDRR HEVESLQKKI EETKVNMADL LEQERVTKNL MEQNKAGQRL
QQLEKDIQDL EKRKAEAEDS LKEFASWCDT LHVKEEEVND DATYQRILKE ANRAALKLET
EQRLNEEDEY SAKRVKERAE SEKESLEKEI ELLHQSRNNI PSHLVDLRKE ICSSLRIDVS
EILFAGELIQ VKSEEIEWQP ALEKLLHSFS LRLLVPEKHY KKVTSFVNNN NLRTRLIYYQ
IKESALTLYP EDDTVYHKLD FHPDHKLSPW VQQQIIQNFS YVCVNSEREL QRNDMAITVE
GLIKNRDRHE KDDRAHSNDA SRYVMGWNNE RKKDALISKR SKLNEAIISS NEILQTCKSR
SARLQKQFYA AGRLKEHKGF DEINIGKLQK AIRKAQDQIG SLTDENQELD GLKQQLLDIE
RQKEDNQELQ AMLIRNEALE QRNIEEMEEE QQAMQHLLQH VTEGDKDELL NFQQQNSHLL
GNVTLENVAA IYKSLRENKE QDLRLAEDAR HKEEVMLNRS INRLKNPQAE ILQRFPDWIS
DVHALSDDAV HATEYIEWLD KLTNDNLPGY KKDFESYINV TITYKIGGLN EEMEKWERDI
SNTIQKLNDS LAGINFNRLP DTYIQLVKRP VASGSEAREF KSRLLDALPQ SANWQQSTFE
EKAQHFRERV QPLIAALDES EAYRARVLDA RNWFEFWADE RFRETNESKK IYRQMGQLSG
GEKAQLTYTI LCSAIAYQFG ITREGKNARS LRFIAVDESF SNQDEEKATY LMELCKQLHL
QLLVVTPSDK IQIVQNFIAH VHLVQRVNGR QSILYNMTVK ELQHKMADSE VSV
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