| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_0101 |
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| Symbol | |
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| ID | 8356198 |
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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 | 120134 |
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| End bp | 124714 |
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| Gene Length | 4581 bp |
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| Protein Length | 1526 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644962245 |
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| Product | hypothetical protein |
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| Protein accession | YP_003119807 |
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| Protein GI | 256419154 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | 47 |
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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 | ATGTCAGAAA TCTCTTACGA TACCCCCGAA ATACTAGAAA GTACCGAAAA GCCATTAGCG
TTTTCCAATC AGTCATATCC TTATAATCAA ATTTCTAGTG ATAGAAGATT TGAAGAGTTG
GTTTATAGTC TAGTGAAACA TCAACTAGAT AATGGCGAGT TCAGCCAGTT CGACTCTATA
GCTTTAATGT CCGGAGTAAG CGAAAAAGGA CGTGATTGTG CACTTTTCGA AAATGGATAT
TCGAAGGGTG TAATACAATG TAAAAAGTAT GAAAAAAACC TTTCAAAGGA TGAATTTGGT
AAGGAGATTA CAAAATTCTT TTTATACAGC TTACTCGAAA ATAAAATATT ACCTAACCCC
GATACATTTT TCTATTATAT AGCTGTTTCC AAGGGATTTG TGGGTGAGTG TAGTGACTTT
ATTGATTCGT TTAGCCATGA AGTTATATCT GAGCCCTCAT TGGAAAACTG GATCAACTTC
AATATGACAA AGTATGTCAC TCTAGCTCCG TTAAAGCTAC AACTTAATGA AACTTTACAA
AAAGCGAGGA ATGTGTTGTC AAGGATATCT GTACAAAAAA TCATCCCTAG CGATCTTGAC
AGATATCTAA ATAATGAAAA CAGCAGGTAC TTAAATAGCC TTTTTTTTGA CGTCAGGACA
GTTGTCGACA ACAGCCAGAT AAAAGAACTC CAGCAGCAGA TCAACGAGTT GTTGTCAGGA
AAACAAATCA ATGTTGAAAA GCTTAATATT GAATTGAGTA GAGGTTCTAT AAGCTTAAGA
TCTGAAAGAA ACGAATTCTC CGAAATTCCG GACTCACATA TTGAGCGGGA AGAAACCGAA
AGGTTATTCA ACTGGGTGAA TGGCGAACTA AAAAAGGATA AATTTGGAAA GGTATTAAAC
TTTTGCCTAC TAGCAGGAAA CGCTGGAATG GGGAAAACTG TTATCCTGAA AGATCTTTAT
GACAGGCTTG TAGATTCACA GATTGCGACC TTAGGGCTCA AAGCAGACAA ACTGGCCTCT
TCCAGCGTTA AAGAACTTCA GGACAAAATT GGGCTTTCCT TACCTGTTTA TGAATTTATA
GAAATATGTA AACAGAAGTT TAAAACTACA GTCCTTGTTA TTGATCAGAT TGATGCCCTT
TCTCAATCTA TGTCCTCAGA CAGATCTTAT CTCCAGGTAT TCAAAGATCT CGTAGACCAA
TACCTTTATG ATGAAAACGT TCGGATCATT GTCTCGGTTA GAATCTTCGA CCTCCATTAT
GATCCATCTC TCAGATTATA CAAGGACATA GAAAGCATAA CGGTCAAACC CTTAACCGAA
TCTCAAGTAT TTCAGCAGGT AGGCAAACTG GGCATCGATA AAACCATGGT TACCGATAAG
CTGCTAAATT TATTGAAAAT ACCCAATCAA CTCAGTGTGT TCTCCCGGAT CTATAATTCC
AACCAAACCT GTCTAGGGAT TGATACACTC CAGGATATGT ACCAGGAACT TTGGAAACAA
AAAATAAATG GTCTCACACG TAACGGAGCC ATAGACAAAC GACTGACCAA AGAACTCTTG
TATAAGATTG CCAATAAGAT GTTCTCTGAT CAGCAGATAG CGGTTAGCGA ATTACAATTT
GACGAGTATA GTCAAGAGTT AAGCTATCTG GAAAGTGAGC GATTGATCAA GAAAGAAGGA
TATCAACTTC AGTTTTTCCA TCAATCATTT TATGACTTTG TATTTGCAAA ACAATTTATT
GAAAACGGGG AAGACCTACT ATGCTACATC AAGGATAATG GACAATCATT GCTTTTAAGA
TCAGCGGTGA AGATGATGTT GAATTATTTA AGAGAGTATT CTTCCTTATC TTATGAGAAA
ACGCTGGCTA ACATCTTCAG CGATGACGAG ATCTTGTTTC ATATCAAACA TATGGCCCTC
TCGTCTGTTC TTTTTCATGA ACAACCTACC TCCGGTGAAA GAGATATCGT ATCAGCTGCA
ATCTCCGGCT CTTTTTATTT ATGCGTACTA TTTTTTGATC AAGGCAAGTC TGCTTATTGG
TTCGGTTTCG CACTCGAAAG GAAGCTACTC GACATTTTGA ATTCTGACGA CAAAAAGATT
ACCGAAATTA AGGGGACTGA TCCAAGAGAG CTCTCTTACC TCAAGAATGC AATCTTCTTA
TTTCTCAGAA ATGCAGTAAC AAACGACTAC ACTGGTGCTT GGGAATTCGT CTTGGGATTC
AATGATTATT CCTACATCAG GAATATATTT TCCACGATCA GCAACTGGGA TAATCCACTC
TCTTATCAAG CTTTTGAGCG CTGCAAAAAC CTTGTAGATA TTGATCCTTA CCGTTACTAT
GATATTATTG ACAATATAGC AAGAGTGAAT ACGAAATATG CGCTAGAAAA ACTTGCTCAG
CATCTTGAAA GCAAACCCCC AAATAAAAAT TCAGCACGAG ACTATAAAGA ATTAGACGTA
TTAAAGACGC TCGCCGAAAA AGCACCTGAA AAGCTTTTTC CCTTACTTTT TGATATAGTC
AGCAACGAGC TAAATCAAAT AATCTCGGAA AAGCATTTCG TAGTAGATTA TCAGTATATG
CGGATCGACT TACATGATAC GGAAACGCGA ACCGCGAACA ACTATCTTTT TCGCCTATTA
GGGCTCTGTC TCAAGCGATC CGCCACTATC GGTGCCCCCG AGTTCGGAGA TTTTTTTAAA
ATGCACAAAA GCAGTAAACA CAAACCAATA CTAAAATTAC TCATATTTGC ATTTCGCTCG
AATGAGGAAA GATACCCGGA TCAGATATAT CAGTTGACGG TTTATTTGCT TGCTTTAAAT
GACCTTCAGT ATGATTCAAC ATTAGGCGTA GAAAACCGGA TTGTTTTTGA AAAGGCATTT
TTATTTTTCT CTGATCAACA AAAGATGGAT TGCATCCAGC TAATAAAACA AATTGTATCA
AAACACGAAA TTTCGTTCAG GCGTAAAACT GATACAGAGA AAGCCTGGAT ATACTCTTCA
TGGGGAATTA CCAAATATAG CTGGATAAAA CGACTTCCTA TTACAACCAT CCTGCAAGAT
AAAGACCTGA AAACTGCTTA TCAGGAACTC AACAGAAGAT TCCCAAATTT TATTGACAAG
GAGGGAACTG AAAGAGTTAC TGCAAGCATC TCTCGTTCTC CATTATCGAA AAATGCCTAC
AAATTTATGA ACAAAGAGCA GTGGCTGTCC TCGTTTAAAA AATATGACGG GACTATCGGA
TGTTTTCAAA GACAGTCTAC AAAAGGGGAT ATCAATGAAC ATTCTACTGC ATTCAAAGAA
ATCGTAAAGA TCGATCCTTC ACCAGAAAAA CTTGAAATCA TTAAGGCAGC ATTAGCAGAT
CCCAAGGTAA TGCCCATATA TCCTATTCAA GGGATCTGGG GCTGGTCAGA AAATGGATCA
GATCCAGATT CGGTAATACC TCTGTTCAGC AAAATATTAG CTATTGCTAA AAACAAGTCT
CTTCGATACT ACTGCCTCCA TATTGCAAAA GAACTTATGG GGCGAGAAAA GGAAGATGAT
ACCATAATCA ACTTCCTCAT TGATGCTGCT CTCGATTTTG GATCTGAGGA GGCTATTGAA
ATCGAAGATG AAAAGGAAAC CTCGATCAAT AATCTCGTCA CAAAAGGAAT AAATAAGTTT
AGTGGATTTG CGGCATCATG CCTTGTATAC ATAAAGGATA AAACTTATGA AAATAAAGTT
TTTGACATCC TACAGAAAAT TCTTACTATC GGACCAGACT ACTCCAGGGC AACAGTGCTA
TTTAAGTTTG CATATTTGAT GAACGTAGAT CCCACAAGAG CATTTAAAAT TTTTAAAGAA
GCATTGATAG GCGAGCATGA TGTTCATGTT TTGGCATCTT CTATCTGGTC ACTCCAATAT
ATGGGCAACT ATGATTTTGA ACAGCTGAAA ACCATCTATG AGCGATTGGT TTTAGCTAAA
AATCTTGGTC GTGATGATAG CCAATGGCTT TTTACTATCC TATACGACTC TTATTTGTTC
GACAAGACTG GTGCAGACGA ACTGTTGTAC AAACTGGTTG CAGATAATAA ATATGCTAGT
TTATCGGCGA TTAACGAGAT AATGGAGAAC TATTACACGA TCGAGGGAAC CAAACACAAG
AACGATCAGT TATTGAACTT CGTCCTTGAA AAATTGACAG AAGAAGATTT TGACCATATT
TCATGGACTT TTGCTAATTC GCTACATCTG AAACTGATAG ACATAAAACA CTTCTTAGAA
AAATACATCG AATCACCCTA TTTTACAATA AATGATTCTT TTATCGAATA TCTGACGTTC
CAATGTAATC ATTACCCATT AGATGCCGTC GAGCTTTTCA ATCGTGCACT GGCAAGAAAT
AAATTCAGGA AAACGGATCA TACCGGAATT CATTCTTCAG AATCCGGTAC AAAATTTATC
GTTAGTGCTT TCAATAGCTT AGTCAAGAAT GATCAAGCAA GCGGCTCTGT GAGAATGAAA
TTGATAATTG CCTTTGACAA TGTTCTTAAA GATTTCCGAT TCAAAACAGA TACTGAACGT
GTGCTGGAAA ATCTAGTCTG A
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| Protein sequence | MSEISYDTPE ILESTEKPLA FSNQSYPYNQ ISSDRRFEEL VYSLVKHQLD NGEFSQFDSI
ALMSGVSEKG RDCALFENGY SKGVIQCKKY EKNLSKDEFG KEITKFFLYS LLENKILPNP
DTFFYYIAVS KGFVGECSDF IDSFSHEVIS EPSLENWINF NMTKYVTLAP LKLQLNETLQ
KARNVLSRIS VQKIIPSDLD RYLNNENSRY LNSLFFDVRT VVDNSQIKEL QQQINELLSG
KQINVEKLNI ELSRGSISLR SERNEFSEIP DSHIEREETE RLFNWVNGEL KKDKFGKVLN
FCLLAGNAGM GKTVILKDLY DRLVDSQIAT LGLKADKLAS SSVKELQDKI GLSLPVYEFI
EICKQKFKTT VLVIDQIDAL SQSMSSDRSY LQVFKDLVDQ YLYDENVRII VSVRIFDLHY
DPSLRLYKDI ESITVKPLTE SQVFQQVGKL GIDKTMVTDK LLNLLKIPNQ LSVFSRIYNS
NQTCLGIDTL QDMYQELWKQ KINGLTRNGA IDKRLTKELL YKIANKMFSD QQIAVSELQF
DEYSQELSYL ESERLIKKEG YQLQFFHQSF YDFVFAKQFI ENGEDLLCYI KDNGQSLLLR
SAVKMMLNYL REYSSLSYEK TLANIFSDDE ILFHIKHMAL SSVLFHEQPT SGERDIVSAA
ISGSFYLCVL FFDQGKSAYW FGFALERKLL DILNSDDKKI TEIKGTDPRE LSYLKNAIFL
FLRNAVTNDY TGAWEFVLGF NDYSYIRNIF STISNWDNPL SYQAFERCKN LVDIDPYRYY
DIIDNIARVN TKYALEKLAQ HLESKPPNKN SARDYKELDV LKTLAEKAPE KLFPLLFDIV
SNELNQIISE KHFVVDYQYM RIDLHDTETR TANNYLFRLL GLCLKRSATI GAPEFGDFFK
MHKSSKHKPI LKLLIFAFRS NEERYPDQIY QLTVYLLALN DLQYDSTLGV ENRIVFEKAF
LFFSDQQKMD CIQLIKQIVS KHEISFRRKT DTEKAWIYSS WGITKYSWIK RLPITTILQD
KDLKTAYQEL NRRFPNFIDK EGTERVTASI SRSPLSKNAY KFMNKEQWLS SFKKYDGTIG
CFQRQSTKGD INEHSTAFKE IVKIDPSPEK LEIIKAALAD PKVMPIYPIQ GIWGWSENGS
DPDSVIPLFS KILAIAKNKS LRYYCLHIAK ELMGREKEDD TIINFLIDAA LDFGSEEAIE
IEDEKETSIN NLVTKGINKF SGFAASCLVY IKDKTYENKV FDILQKILTI GPDYSRATVL
FKFAYLMNVD PTRAFKIFKE ALIGEHDVHV LASSIWSLQY MGNYDFEQLK TIYERLVLAK
NLGRDDSQWL FTILYDSYLF DKTGADELLY KLVADNKYAS LSAINEIMEN YYTIEGTKHK
NDQLLNFVLE KLTEEDFDHI SWTFANSLHL KLIDIKHFLE KYIESPYFTI NDSFIEYLTF
QCNHYPLDAV ELFNRALARN KFRKTDHTGI HSSESGTKFI VSAFNSLVKN DQASGSVRMK
LIIAFDNVLK DFRFKTDTER VLENLV
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