| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_6369 |
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| Symbol | |
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| ID | 8362553 |
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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 | 8008170 |
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| End bp | 8012270 |
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| Gene Length | 4101 bp |
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| Protein Length | 1366 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644968497 |
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| Product | histidine kinase |
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| Protein accession | YP_003125974 |
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| Protein GI | 256425321 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 29 |
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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 | ATGTTAATGA AAAATTTGCT GCTTCCACTG TTATTGCTGG TAAGCTATGC CTATGCACAG
CCATCCTACC AGTTCTCTTC TTTAGATGTG AACAATGGTT TATCCAATAA CCAGGTAAAT
TCCATTTATA AAGATGCCAG GGGATTTATG TGGTTTGGTA CCATGAGCGG ATTAAACCGT
TATGACGGTT ATGCGTTTAA AACATTCCGG CATAGTGCAG AACCTGGCGT TATTAACGAC
GACTACATCA CCGGTATCTA TCCCGCACCG AATAATCAGC TTTTTATCAG AACAAGGAAC
GGGGACAATT TCTATAATCC GGTCACAGAA CAGTTCTCCG ATGCGACTAC CTGGCTGAAG
AAAAAAGGTT TGTCTGAATA CGGCATCACC AGTGTCGCAC AAACAGGCCG CAACTGGTGG
ATCGCTTATA ATGATGCCCG GTTATACAAA ACAGACAGCA CCGGCCGTAC CACTAAAATA
TTACTGCCGG ATAGGGCCAA TGCGGCTATT GCCGATCTGC AGGGGGAAGG AGACAAGCTG
CTGGTTATCC TTTATCTGAA CGGAGATGTG GAAAAACTGG ACATTGCCAG TAATAAGATT
ATCTATCGCA ATTCCAATAT CAGGAAATAC ATCGGTAAAC CTCCCTTAGC CCTGCGCATC
TTCATAGACG CAGCAAAGGA TATGTGGGTG TATATGCCGG GAAGTGATTT CGGGGTGGCT
TATCTGAACC GGACGGATGG TAAAGTGAAA ATGCTATCCA GTAAAACAGG GGCTTTGAAC
AATGATATTG TCAATAGTAT TGTGGAAGAC GATAAACATT TCATCTGGAT TGGTACAGAT
CACGGAGGAA TTAACCTGAT TGATAAGAAT AACAATTTTA AGTCCCGCTT TCTTGTGAAT
AAAGAAGGCG ATCTGAAGAC CATTGCAGAG AATGCCGTCT ATGCACTCTA CAAAGATAAT
TTCGGCATTA TCTGGTGTGG CACCTACAAA AGAGGACTTA GTTATTTCAC TGAGAATATG
GTGAAATTTC CCTTGTATAA GCATAGCCAT GCTGATAATA ACAGCCTGAG TTATAATGAT
GTCAATTGCT TTGCAGAAGA TGAAAAAGGG AATATCTGGA TTGGTACGAA TGGCGGCGGA
CTGATTTACT TCGACCGTGT CAATCAGACC TTCAAACGCT TTCAGCATGA TCCTTCCAAT
GATAACAGCA TCAGCAAAGA TGTGATCGTC AGTCTCTATG TGAATAACTA CAATGATCTC
TGGATCGGTT ATTATTTCGG AGGAATGGAC TTCTACAGCA ACGGACGTTT TAACCATTAT
CGCCATGAGG AGGATGATCC GAATAGTCTG GCGAATAAGT CCGTCTGGAA GATATACCGT
GATCAGCGGA ACAATTTCTG GGTAGGTACC CTGGGCGGAG GACTGGACCG GTTTGATCCT
GGTAATGGCA TCTTCTATCA CAACAATGTC AATATGCCGG CATCCGTTCA TTCCAATTAT
ATCTCCGGAT TCGCAGAAGA CAACAGGGGG AACCTGTGGA TCGCCACTGC CTATGGTATT
GACGTGCTGG ATAATTCAAA AGGCGTCTTT GTACACTATC TCAGTTCCAC CCATCAACTG
AGTAATGATA ATGTCAGTTC GCTGCTCTAT GACAAACGAG GGCATATGTG GGCAGGTACC
CGTGCCGGTC TGAATGTATT TGATGAAAAA GTACAGCAAT TCAGATCGTT TACGGTGAAG
GACGGTCTGC CGGATAATAA CATCATCACC ATGCTGGAGG ATAATGAAGG GTATCTATGG
GCGAGTACTT CCAACGGACT TAGCCGGATC GCGGTAAAGG ATGGCCCGGA AGGACTCAGC
ATCAGCTGTC GGAATTACGA TGATAAAGAC GGTTTGCAAA GCAAGGCATT CAATGTGAAT
GCGGCATTTA AACTCAGTAC CGGCGAACTT ATCTTCGGTG GTGCTGATGG GTTTAACCTG
TTTGATCCTT CTTCTCTGCC ACGGAATAAT ACACGTCCTG ATGTGGTATT TACCGGACTC
CGTTTATTCG ACCGTAATAT TGAAGTCAAT GCAAAAGTGC ATGACAGGGT ATTGTTGCCG
GAAGCCTTAT CTGTCACCAA AGAAATTGTG CTTAAACATA ATGAAAACGA TTTTTCGCTT
GAATTTGCCG CACTGAATTT TATCAATACG GAGAAGAATA AATATGCGTA TCGCCTGGAT
CAGTTTAATG ATAACTGGTT GATCGCAGAT GGCAGCACCC GGCGTATTAC CTATACCAAT
ATCAATCCCG GTACTTATAC CTTACAGGTG AAGGCGGCCA ATGAAGATGG TTTTTGGAAT
GAAGAGGGCA TTTCACTGAA GATTATTGTA AAACCGCCTT TCTGGAAAAC GCCGCTGGCC
TATATCATCT ATGTACTTTT GACCGTGGCC ATATTATTAC TGCTGCGCCG TAGTGTGATC
AGAAGGGCGC ATAAGCGCTT TACACTGGAA CAGGAAAGAC AGGAAGCCAG GCGTATGCAT
GAAATGGATA TGATGAAGAT CCGTCTGTTT ACAAACCTTA GTCATGAGTT CAGAACACCG
GTCTCCCTGA TCCTGTCACC ACTGGAAGAG ATTATGCAGC AAAGCGGTGA ACAAAAAGAG
AAAGGTAAGT TCCAGCTGAT CTACCGGAAT GCAAAACGAT TATTGATACT GGTGAATCAA
CTAATGGATT TCCGGAAGAT GGAAATGCAG GAGCTGCGTT TAAACCCTAC CTGGGGCGAT
ATAGCTGTGT TTATCCGGGA AGTAACTTTT TCATTCGCTG ATCTGGCAGA AAGGAAACAG
ATCCTCTTCT CCTATAAAAG CAATGCTCCG CATGTCTATA CCTATTTCGA CAATGATAAA
ATAGAAAGGA TCCTGTTTAA TCTCCTGTCC AATGCTTTTA AGTTTACGCC AAGCGGCGGA
GCGGTGCATG TGGAGGTAAA CAGTAATAAA GATGAACAAG AGAAGACCTG GCTGGAAATG
AAAGTAAGAG ATACCGGTAT CGGCATCCCT GAGGAAAGAC ATGAAAAGGT ATTTGAACAG
TTTTTCCAGA GTGATATGCC GGGAGGGTTG ATGAACAGGG GGAGTGGTAT CGGACTAGCT
ATTACCCGTG AATTTGTGAA ACTGAATAAT GGAACGATCA CCGTAGAGAG CGAGGTGAAT
AAAGGCAGCT GTTTTACGGT AAGACTGCCT TTAGAGACCT GTGAACAGCC GGAGGTGGCA
GACGAGCCGC AGGAAGGCGT AAAAGACCAG CTATTGACAG AAGATCCCCT GTTCGCGGAA
GAGCTGCCGG AAGAACTGTC AGAAGAGGAG CTGGCCACCG ATACCCAACG GCAAACCGTC
CTCCTGATAG AAGACAATGA AGACTTCCGT TTTTACCTGA AGGAGAACCT GAAAGACTGT
TATCATATTA TAGAAGGAGC AGATGGTATT GCCGGCTGGC AGAAAACCCT GTCAGGGCAT
CCGGATCTGG TCATGAGTGA TGTGAATATG TCGGGCATGA ACGGAATTGA CCTGTGCAGG
AAGATCAAAA ATGACCCGCG GACCAAACAT ATCCCTGTCA TCCTGGTAAC GGCAGCTGCC
GGAGAACAGG AACAGCTCCG CGGACTGGAA GCCGGGGCAG CCGATTACCT GGTAAAACCT
TTCAATTTTG AGATCATGTT ATCCAGGGTA CGTAATCTGC TGGCCAGACC ATTGCCGGCG
AAACATCAGG TGAGTCTGCC GGAACTGCAA AACGCTGAAA ATGAGGCATC CCCTAATGAG
AAGTTCCTCC GTCGGGTGCT GGAAATAGTA GAACAGAATC TGTCCAATGC CGGGTTCTCC
GTAGAAGAAC TTAGCCGGGA ACTTTATATG AACCGGGTCT CCCTGTATCG TCGTATTTTC
AACCTGACCG GTCAGACGCC GGTAGAGTTT ATACGTATGA TCCGTATCAA AAGGGCTGCA
CAGTTATTAT CTAAAACCGA AATGAACGTT ACCGAGGTCG CCTATGAGGT AGGATTCAAC
AACCCGAAAT ACTTCGCCAA GTACTTCAAA ATGGCTTATA ATATGCTGCC CTCTGCCTAT
GCAACCGCGG CCCGAAAGTA G
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| Protein sequence | MLMKNLLLPL LLLVSYAYAQ PSYQFSSLDV NNGLSNNQVN SIYKDARGFM WFGTMSGLNR
YDGYAFKTFR HSAEPGVIND DYITGIYPAP NNQLFIRTRN GDNFYNPVTE QFSDATTWLK
KKGLSEYGIT SVAQTGRNWW IAYNDARLYK TDSTGRTTKI LLPDRANAAI ADLQGEGDKL
LVILYLNGDV EKLDIASNKI IYRNSNIRKY IGKPPLALRI FIDAAKDMWV YMPGSDFGVA
YLNRTDGKVK MLSSKTGALN NDIVNSIVED DKHFIWIGTD HGGINLIDKN NNFKSRFLVN
KEGDLKTIAE NAVYALYKDN FGIIWCGTYK RGLSYFTENM VKFPLYKHSH ADNNSLSYND
VNCFAEDEKG NIWIGTNGGG LIYFDRVNQT FKRFQHDPSN DNSISKDVIV SLYVNNYNDL
WIGYYFGGMD FYSNGRFNHY RHEEDDPNSL ANKSVWKIYR DQRNNFWVGT LGGGLDRFDP
GNGIFYHNNV NMPASVHSNY ISGFAEDNRG NLWIATAYGI DVLDNSKGVF VHYLSSTHQL
SNDNVSSLLY DKRGHMWAGT RAGLNVFDEK VQQFRSFTVK DGLPDNNIIT MLEDNEGYLW
ASTSNGLSRI AVKDGPEGLS ISCRNYDDKD GLQSKAFNVN AAFKLSTGEL IFGGADGFNL
FDPSSLPRNN TRPDVVFTGL RLFDRNIEVN AKVHDRVLLP EALSVTKEIV LKHNENDFSL
EFAALNFINT EKNKYAYRLD QFNDNWLIAD GSTRRITYTN INPGTYTLQV KAANEDGFWN
EEGISLKIIV KPPFWKTPLA YIIYVLLTVA ILLLLRRSVI RRAHKRFTLE QERQEARRMH
EMDMMKIRLF TNLSHEFRTP VSLILSPLEE IMQQSGEQKE KGKFQLIYRN AKRLLILVNQ
LMDFRKMEMQ ELRLNPTWGD IAVFIREVTF SFADLAERKQ ILFSYKSNAP HVYTYFDNDK
IERILFNLLS NAFKFTPSGG AVHVEVNSNK DEQEKTWLEM KVRDTGIGIP EERHEKVFEQ
FFQSDMPGGL MNRGSGIGLA ITREFVKLNN GTITVESEVN KGSCFTVRLP LETCEQPEVA
DEPQEGVKDQ LLTEDPLFAE ELPEELSEEE LATDTQRQTV LLIEDNEDFR FYLKENLKDC
YHIIEGADGI AGWQKTLSGH PDLVMSDVNM SGMNGIDLCR KIKNDPRTKH IPVILVTAAA
GEQEQLRGLE AGAADYLVKP FNFEIMLSRV RNLLARPLPA KHQVSLPELQ NAENEASPNE
KFLRRVLEIV EQNLSNAGFS VEELSRELYM NRVSLYRRIF NLTGQTPVEF IRMIRIKRAA
QLLSKTEMNV TEVAYEVGFN NPKYFAKYFK MAYNMLPSAY ATAARK
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