| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_3186 |
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| Symbol | |
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| ID | 8359351 |
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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 | 3924910 |
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| End bp | 3928149 |
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| Gene Length | 3240 bp |
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| Protein Length | 1079 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 644965358 |
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| Product | hypothetical protein |
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| Protein accession | YP_003122854 |
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| Protein GI | 256422201 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.150052 |
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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 | 24 |
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| Fosmid unclonability p-value | 0.187937 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGTGGT TTTCTTTATC GCTTGCGCTG CTGGTAGCGC CGGTAGTGGC CTGTTTTGCA
CAGAGTAATT CTCCTAATCC GGCGGTTATA CCTAAAAGTT TTTCTGCGGG ACCGAACGAG
GCTTCGCTGG ATAAGTTTAC GGAGTATGAG GTGGATTTTT CGAAGGGATT GGCGGAGGTA
GGTATTCCGC TGCATACTAT TAAAATGGAC GATGGTGAAA TTCCTATTGC ATTCGGTTAT
CATGGTGCAG GTATTAAGGT AACGGAAGTG CCAGGGTATT TGGGCGCCGG ATGGTCGTTG
AGCGTGGGCG GTAGTCTCAC CAGATCGATC ATGGGCGGCA GGGCCGATGA GGCAAGCACT
GGCTATATGA GAGATACAGT ACGCACGGCT ATTAATAAGC TGGTGGATGC CGACCTGTAT
TATTTGAACC AGGTGGCTAC CGGCGAGGTG GATGCGCAGC CGGATGTTTT TTCGGTGAAT
GTACCGGGTG CGGCAGTGAA GTTTGTAATG CCCTGGAATA ATGGGTATAA GCCGGTGACA
ATACCAAGAA GTGCTGTTGC GGTGGATAAG TCGTTTGACC CGGTATCGGG TAAGCTGTTT
TTCACAGTGA CTACTCCGGC AGGCGTACGA TATATTTTTG GCGAGAATTA CCGGGAGGTG
ACTACCTCCA ATAATGGTGG CGTTGAGTCG ATGGCGACAT CGGCCTGGAA GCTGGAAAAG
GTGATCTCTG CCAATAGCAG GGATACGGTG TTTTTTAAAT ACCATGCCCA GAGCAGTATT
GCCATTCAGG ATGTGAATGA GGTATGGGGT ATCGACGATA GCAGAACGCT GGTATCGCCG
GATAATGATG TGCCGTCTGG CAGTATCTAT CCAAACAATT CGCAGGTGTT CCTGAATGCT
TCTTCGTATT CGTCTTCTAC CCTGGAATAC CTGATTGATA CGATTGCTTA TAAAAACAGG
CGGCTGGTAT TTGAAGAAGC CGCGCAGGGA CGTAAGGATT TTGGAAGCAC CTGGCCTTCT
AAGCCCTTTA AGAGCATGAA GGTGTATGCG CTTAATTATG CTACGGGCGC GTATGAGCTA
ACGGAAACAG TGGAGGGTTA CCTGAGTTAT TTTATGACGG GCACCGATAC GTTAACACGT
AGACTGCGGC TGGATTCTGT AAGGTTTCTG GACGCGAATA GTGTAGTAGT GAAGATGTAT
AAGATGCAGT ACGACAACCA GGGCCTGCCC CGCAGGGATT CGAAGGCGAG GGATCTGTTG
GGCTATTTTA ATGGTAAGAA TAATAGTACG CTGATACCAA GAATGACCCT GAATTATATC
ACCGGTGTAG GCGGCACAGG AAGCCCGATC ACCATAGGCA GCGATATAGC GAATGGTCGT
GATCCTGATT CGGTGAAAAG CCAGGCTTGT GTGTTGAAAC GATTATATCT GCCTACTGGC
GGGTATAATG AATATGAGTA TGAGCAGAAC CGGTATCTGG AGGATGATAG TATTATACTG
GCCGGAGGCT TGCGCATTAA GAATATTAAA GGCTATGACC CGCTGGGGAA CACGCGCCTG
ACGCGGTTTT ATAAGTATGG TGAGGGAGAG AATGGCGCGG GTAAGAAGAA CTTTGTGTTG
CAGGATTTTA ATTTTGTTAC AGCGCAAACG CATAATTACT GGCATTCGTT TTCGGGCGGC
ATCATGTTGA TGTTGACAAA GCGACGCCGT ACCGTAGGCG CTTCACCGAA CGTGGACCTG
GTGCCCTGGG ATGCAGCGCC GGTTATTTAT AGCACGGTGA CGGAGTATAG GGATAGCCTG
GGATTGGGAG GTAAAACGGT GATGCGGTAT ACGGATCAAA CCGATGTCAC GTCTACTGCT
TCGTATGCGA AGCCGTTCCG CAATAGCTAT TTCTATCGAC GCGGGCAATT GGCCAGCAAG
GAGGTGTACC GGAGAACGGG TAGCGCTTAT GTGCTTAAGA GTTCGCAGCA GTATAATTAT
CAGGCGTTTT CGGATACGCT GTACCAGTTC GCCGGATTGG TGGCTATTCG TAATTCGGTA
AATGAGGGCG AATTGAATGG AGGGGTGATC CTCCCCAGCA GTGCTACGAA CCCTTCGGAT
GAAATGTATA TACAGCATAG CTGGTATGCG ATCAATTCAG GAGATAACGC AGTAACGAGT
GTGGTTACGC GCGAGTATGA TGACAATGAT CCTTCTCGCT TTTTTACTAC GGTTACAAAG
TATGAGTATG ATAATGTAAG GCATCTGAAG CCTAACAGAA CCACCACGCT GAATAGTAAT
GGCGATTCTT CCCTGGTGGC GTTTAAGTTT CCGGCGGATT ATGTAACTAC CGGCAGCACC
ACCGGCAACG GTGTGCTGGA TGGTATGCTG AGCAGGAACA TGCAGTCTTT CCCAATTGAG
GTTACAGAGT ATAAAATTAC GAAAGGCAGC ACCGCCAGAA AGTGTTATGG CAGTGTGCTG
AACCTTTATA AGAGCGTGAA TAACGGTAAG GATCTGGTGC CGGATGTAAT TAAGCGCCTG
GCGCTGGATT CTCCGGTGGT GAATTTTACG CCTTCTTCTA TTGCCGCAGG CAGTATTCAG
TTTGACAGCC GGTATAAGAA TGTGGAGAGC TTCCCGGTGT ATAGTGCTAC CGGAAAGGTA
GCGCAGCATG CGCCTAAAAC AGATCCTCCG ACTGTATTTA TGTTTGATTA TAGCGATGAA
AGCCTGGTAG CAGTGGTGCA GAATGCGGCG CCTTCTGAGG TGGCGTATAC TTCTTTTGAA
ACGCCTGTTA AAGGGAATTT TAGCTTTTCG GGTGCCACTA CGGTGGACGC CTCGGCCCCA
ACGGGTAAGA AGGCGTATAA CCTCTCTGGC GGTGGCATTA CATTCCCCGC GCTCGTGAGT
TCTAAAACCT ATACGGTGTC TTACTGGACG AAGAATACGG TACCCTATTC TATTGCCGGC
ACAGTAAGCG GGTATCCGGT AAAGGGTAAG TCGTATGGTA GCTGGACGTA TTATGAGCAT
AGAATACAGG GTGTTACAGG CGCTACGCTC ACGGGCGCGG GATGGATCGA TGAACTGCGA
TTGTATCCGT CGGCGGGCAG GATGGTGACC TGCGCTTATA CGCCCTTTGG CGCTGTGGCG
GCTAAGGCGG ATGAAGCAGG TAACCTGATG TTTTACGAGT ATGATGCTAT GAGCCGGTTG
AAGACGGTAA GGGAGTTTGA GCATATCGTT AAAACAGTCG ATTATAATTA TAAGAAGTAA
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| Protein sequence | MKWFSLSLAL LVAPVVACFA QSNSPNPAVI PKSFSAGPNE ASLDKFTEYE VDFSKGLAEV
GIPLHTIKMD DGEIPIAFGY HGAGIKVTEV PGYLGAGWSL SVGGSLTRSI MGGRADEAST
GYMRDTVRTA INKLVDADLY YLNQVATGEV DAQPDVFSVN VPGAAVKFVM PWNNGYKPVT
IPRSAVAVDK SFDPVSGKLF FTVTTPAGVR YIFGENYREV TTSNNGGVES MATSAWKLEK
VISANSRDTV FFKYHAQSSI AIQDVNEVWG IDDSRTLVSP DNDVPSGSIY PNNSQVFLNA
SSYSSSTLEY LIDTIAYKNR RLVFEEAAQG RKDFGSTWPS KPFKSMKVYA LNYATGAYEL
TETVEGYLSY FMTGTDTLTR RLRLDSVRFL DANSVVVKMY KMQYDNQGLP RRDSKARDLL
GYFNGKNNST LIPRMTLNYI TGVGGTGSPI TIGSDIANGR DPDSVKSQAC VLKRLYLPTG
GYNEYEYEQN RYLEDDSIIL AGGLRIKNIK GYDPLGNTRL TRFYKYGEGE NGAGKKNFVL
QDFNFVTAQT HNYWHSFSGG IMLMLTKRRR TVGASPNVDL VPWDAAPVIY STVTEYRDSL
GLGGKTVMRY TDQTDVTSTA SYAKPFRNSY FYRRGQLASK EVYRRTGSAY VLKSSQQYNY
QAFSDTLYQF AGLVAIRNSV NEGELNGGVI LPSSATNPSD EMYIQHSWYA INSGDNAVTS
VVTREYDDND PSRFFTTVTK YEYDNVRHLK PNRTTTLNSN GDSSLVAFKF PADYVTTGST
TGNGVLDGML SRNMQSFPIE VTEYKITKGS TARKCYGSVL NLYKSVNNGK DLVPDVIKRL
ALDSPVVNFT PSSIAAGSIQ FDSRYKNVES FPVYSATGKV AQHAPKTDPP TVFMFDYSDE
SLVAVVQNAA PSEVAYTSFE TPVKGNFSFS GATTVDASAP TGKKAYNLSG GGITFPALVS
SKTYTVSYWT KNTVPYSIAG TVSGYPVKGK SYGSWTYYEH RIQGVTGATL TGAGWIDELR
LYPSAGRMVT CAYTPFGAVA AKADEAGNLM FYEYDAMSRL KTVREFEHIV KTVDYNYKK
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