| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_4271 |
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| Symbol | |
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| ID | 8360444 |
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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 | 5331989 |
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| End bp | 5335285 |
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| Gene Length | 3297 bp |
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| Protein Length | 1098 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 644966434 |
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| Product | hypothetical protein |
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| Protein accession | YP_003123922 |
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| Protein GI | 256423269 |
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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 | 13 |
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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 | 24 |
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| Fosmid unclonability p-value | 0.274575 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTAACTA ATAAAAACCC TCAACACGTC AATACGACCA CGTCAAATGC TACATCTGCC
ACCAGCTATT CAGGTATATC AATGCCTGCT GTTCTCCCTT ATCAGAAAAC GGCAATTGAG
CAACACGAGA AAAATGAAAG CCCGCTTAAA ATGTCGGAAA ACCCAGATAT GGGTGCCATT
GCACCATTTC AGCTGAAAAC AGATAGAATA GATACCACTT CGAGCCAGCA AAATCATCCT
TCACAAGAAG CCTGGCATGT CGTACAGCTG AAGCAGAATA AAATAGGGAC TGTTCCTGTT
GTACAGCTAA AAGAACCCTG GGATTCATTG GCAAAGGAAA AGTGGAACAG CACTATTGAG
AATATAGAAA CATACGCCCA TCACATAGGA ATTTACGACA TAGAGGAATC CGATATCATT
GATTACATCA GAAATATAGA CAACATAGAA CCTCCGAACG GACAGAGTTT TAAAGAGCTG
GATTACGGGA GCTATTGCAA CGAGCTGGAT AATGTAGACG CTAGAAAAGC CGTCAAATAC
GCGGTAGAAG TTCATCGGCA TCGTGAATGG CTGAATTTTG AAGTCGAAGA TTCTGAATCC
AATGATGATG AGGAACGCTA TTATAGCAGC GAAGAAGATG AAACGCCGGG AAATGAAGTA
GAATTTAATC TCATTATTGC TGTTATTATA GCATTGAACA AATTGCTCAG TGATTACATT
TCTGATTTAA ATCCCGATAA AAAATTTGAT AAAATTGCAA TCAATGTAAT TGATAATATC
CGAAAGCATA AGCAAACTTC GGCATATAAA AGAACAAAAA AATTCCCCAA TTCTTTTAAT
AAAGTTACTA TTGGTGGTAT GGAAGATTGG CTAAGTTTTG CCAATGAATT CAGATACGCC
AAAAGTGGCA GGAGTAAAGA GAAACCAACC GTTTATAACA TTGAGTTCGG ATTATGGAAT
AAAGCTAAAC ATAAAGAAAT TCAGTTTCGC GGCCGGCAGC TGAAGGATGC GGAAGGTAAT
CCAGGCAGAT CCTGGGCAGC GATAGCACTT TCTTTGCATA ACCTTGCTGC TGCATTGGGC
GCTCATTTGC TCAAAGCGTC AGATAAGAAG ATGCAGAAGG GAAAGGGAAA CCAGATTCTT
GCTGCTGCTA TGTTGGCCAT TCTGAGCGGT CGGGGCAATG AAGTATATGT CGTACTTCAG
CAATATAAAG TAGATCATAA AGTCATTCAG AATTTTGAGT CGCTTGTGCT CGAGTTTTTC
GCACTGACAA TGGGCATTGA GAACATAAGG CTTGAGTTCA CACAGCTGGA TACTATCTTT
CACCTGAACA ATATAGCCCG TGGGGCGACA TATGGACAGT ATAACAAGAA ATATAACTTC
CTCAATGTAT TTTCTTCCGT AAGGGAAACC CCGAATGGAG ATATGGTGCA CGTTTATGAC
CGGGCACGGT ATCTATGGAA AAGGAAAAGG GATGACGATA AGTACAGCGA AATGAATGAC
ATCGAAATTG CGGAGGAAAT AGAAGATGTA GAGAACGATT TAGAAGTAAC CAAAGAACTC
ACTGAATATA GGGGACACAG AATGCGTTCC AAAAAACAAA GCCTGAGAAA GCCACGGGAA
CGCGGATCTA TCAAGAGTAG TAAGTCAATC GGGAAAAGTA TCTATTCACA TAGTGCCGGA
CACAAAAAAA CAACAAACCT GCTATTCGGT GTAGAGTCTG AAATTGTTAA GTTATGGGCG
CAGGTGCGGC GGGTTGAAAA TGGGGAAGAT AGACGCGAAC TTCACCAGAG CAGGCTTTTC
AGCATGGGGC CTATACGTTT GTATAATCTG TTCGCTAATC TGATATTAAG GAACAGGGAT
AGGCTTACTG ATTTGTCCGC GGAACAGATT GCCGGATTCA TTATAGAGCT GTATATCAAT
TTCGTGGAAA ACAGAATACC CAGCAGTGGA AATCCGTTTC ATGATGAGAT CGAAGTGATC
AGTGGTTCTG ATTTTGGTGC GACAGTTGAA AAGATCCTAC AGGGAGCGGG TACGCTCAAA
CCTGATAAAG CGATTGTCAG AATGTTGGTG GGGGCTTTGA ATGGCAATAA AGAGGCTTTA
GGATTGATAA GTACTATAGA TAAAGTACAA CTTAAAATTG CTCTGATTTA TATACAGCGG
AAAGCCGGAA GCGTTACTGA CAAGTTACTG CATATGGCGG TCAGTTCGAA CGATCCTGCA
TTGGTTGCAG CGATGTTATC AATTGGAGTG AGTTTTGACG CTGAAGATAA TGATGGCAGG
ACTCCTTTGG CACTTGCTCT TGAATTGGAT AAGAAAGATA GTAATAGTAA AAAGATAATT
GATTTACTTG TTGGTGCTCA GGATAAGAAA AAGAAAAAGA AAAAAACACA ATTACCCAGG
GGATGGAGTC ACTACGGCAG CTCCGATATT GGTGAAAATT GGTTAACCGA TGAAGAAGTG
GATACCGGAC TTAGTGCCGC GAATCTTCCC AACACGCACG TAGCCCCCTC AGTAGATATC
GCCAATAACC CTGATTTCTT AGCTGAATTT ATCCGGGATA ACTATCTTGA CCAGATGGGC
CAGGGTGCTA TCGCAATGAA TACGGTGATT CCCATTAATT TTAATAATGC GCATTGGGCG
ACATTGGTGA TCAGGCAAAA CCAGGATCGC AGATCCGCAC CTAAGGTATA TTTTTTTGAC
TCAATGGGAG AAGATGAAGA TAAAATAGCA CTGATTAAGC TGATGCTTGA GATGACCGGT
GTTTATACCA GCGTTGATAA TATTGTTGAC CTGTCTGAGC ACATGCAGCG AGACGGCTAC
ACATGTGGCA CATGGATGAT TGAATCTGCG AGCAAGGTCG TGAACATTTT GGAAAACGGC
GGAAGTGTAG CGGAGATAAA AGATGCACTG CATGTAATAA GCGCTGTCGT TAAAGAATTA
CACAGACAAA ACTTACAATT GGCAAAACCT GGCCGTGAGG AAGTATCAGG GTCTGAAGAG
GGTATGGAAT TGGAAAAGAA AGGGTATACC TATCATACTT TTGGAAATGG TATTCAGGAA
TATAGTGAAC GTTGGATAGC CCATAGCTAT AATGAATCTT TCGGATTTCC TACTCAACTG
TCGGAATTGT CACAGATGTT GATGGTAAAT TATGAGGATG TAGATAGGAA AATGCAGATA
ATCTACCGGG TATATATTTG TAGAATATAT GGTGAGTTGA ATAAAACAAA AAAGCTGATG
AGGGCGTATA ATGAAGAAAT AAAAGAAATC AGGAAATTTT TAAAGGAGAA GAAGTGA
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| Protein sequence | MLTNKNPQHV NTTTSNATSA TSYSGISMPA VLPYQKTAIE QHEKNESPLK MSENPDMGAI
APFQLKTDRI DTTSSQQNHP SQEAWHVVQL KQNKIGTVPV VQLKEPWDSL AKEKWNSTIE
NIETYAHHIG IYDIEESDII DYIRNIDNIE PPNGQSFKEL DYGSYCNELD NVDARKAVKY
AVEVHRHREW LNFEVEDSES NDDEERYYSS EEDETPGNEV EFNLIIAVII ALNKLLSDYI
SDLNPDKKFD KIAINVIDNI RKHKQTSAYK RTKKFPNSFN KVTIGGMEDW LSFANEFRYA
KSGRSKEKPT VYNIEFGLWN KAKHKEIQFR GRQLKDAEGN PGRSWAAIAL SLHNLAAALG
AHLLKASDKK MQKGKGNQIL AAAMLAILSG RGNEVYVVLQ QYKVDHKVIQ NFESLVLEFF
ALTMGIENIR LEFTQLDTIF HLNNIARGAT YGQYNKKYNF LNVFSSVRET PNGDMVHVYD
RARYLWKRKR DDDKYSEMND IEIAEEIEDV ENDLEVTKEL TEYRGHRMRS KKQSLRKPRE
RGSIKSSKSI GKSIYSHSAG HKKTTNLLFG VESEIVKLWA QVRRVENGED RRELHQSRLF
SMGPIRLYNL FANLILRNRD RLTDLSAEQI AGFIIELYIN FVENRIPSSG NPFHDEIEVI
SGSDFGATVE KILQGAGTLK PDKAIVRMLV GALNGNKEAL GLISTIDKVQ LKIALIYIQR
KAGSVTDKLL HMAVSSNDPA LVAAMLSIGV SFDAEDNDGR TPLALALELD KKDSNSKKII
DLLVGAQDKK KKKKKTQLPR GWSHYGSSDI GENWLTDEEV DTGLSAANLP NTHVAPSVDI
ANNPDFLAEF IRDNYLDQMG QGAIAMNTVI PINFNNAHWA TLVIRQNQDR RSAPKVYFFD
SMGEDEDKIA LIKLMLEMTG VYTSVDNIVD LSEHMQRDGY TCGTWMIESA SKVVNILENG
GSVAEIKDAL HVISAVVKEL HRQNLQLAKP GREEVSGSEE GMELEKKGYT YHTFGNGIQE
YSERWIAHSY NESFGFPTQL SELSQMLMVN YEDVDRKMQI IYRVYICRIY GELNKTKKLM
RAYNEEIKEI RKFLKEKK
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