| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_2462 |
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| Symbol | |
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| ID | 8358620 |
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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 | 3030358 |
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| End bp | 3033078 |
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| Gene Length | 2721 bp |
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| Protein Length | 906 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644964648 |
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| Product | hypothetical protein |
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| Protein accession | YP_003122151 |
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| Protein GI | 256421498 |
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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 | 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 | 43 |
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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 | ATGTCCATTG TTATGAAAAA TATTTCAATT ACCATTATGC TTGCCCTATT GGGCTTGCTT
TGCGCCTGTA ATGCAAAGAA GGGAAACGTA GAACAGGAGG TACTGAGCTA CTTTAAAAAG
CAACAAAACC CGGAGAAGCT AAAAGCTGCA CGATATTTAT TGACTAATAT GAAAGGGCAT
TATAGTCTGG CGGGGCCGAA CTATGATAAG TATGTGCAGA TATTCCGTGA AATCAGCATC
ATCCCCGGTG ATAAACGGAA TACGGCTATT ATGGACCGTA TGAATTTTCA TAAAATAGGA
GATAGCTTTT TTATGGAAAA GGATGAGAGC AGTCTGACAG CTGAATATCT CATTAAACAT
ATTGAATATG CCTATGCCGT ATGGGAGAAA GTGCCCTGGC GGAAAGACTA TAGTTTTGAT
ATCTTCTGTG AATATGTCTT GCCTTACAGA ATTGAGAATG AACATCACAG TAACTGGATC
AGGCATTTCC ATGAAGCATT TGCAGGGATA TTTGATGAAC TGCATTTCGC CGGAGGTTCC
GTGTATAAAG CAGTTGATTA TTGTACAGAT ACTACCCGGT ACATCGCTAT GCCCGATGGG
GATAGCACAA CGCTTGTCAG ATTAAGTCCC GGTAAAAACC ATATTACCTT CGATAGTATT
TATGTGGAAG CAGACGAGGA GAAGTGGATA CGTATTCAGT ATACAAGCGG CCTTGATTCA
GCAGCGCTCA GACTGGTCGT TAATGGCAAG GATACGATAC TGAAAAACCT TAATACTGCC
GGTAGTCTGT ATTGTTATCC TGGTCACCAG GTGAGGATTA AACATCCTTT TCATAAAGGG
ATTAATACGA TTGAAGTGAG TGTGTCGAAT AACCCGATCG GGCTTGATTA CCTGGATATT
ATTCCTGTAG AGAAATTCTA TCGCAATACG CCTGCATTCC AGATAACAGA TGGAGCTACC
TATGCGATCT ATAACGCAGC AAATAGTAAA GGATTAAATA CTGTGTTAAA GTCAACGGGC
CAATTCAATG TTCAAAATAT AGATTACGGC TATTTTGCAC TCCGGACTAA AGGAAAGAAG
AATACAATGA CTTTAGCCTG GGATACCTAT TATAGCCAGG ATACCTTGAG ACAGGCCGCA
TTCTCCGGAG ATGACAACCA GCAATGGGCA ATTATCCCGG TAGGTAACGA TCACTACAAA
ATATTGAGTA AGCGGAATGG AAAATGTGTA GAATTGTTAA AGGACGGACA GCTGGCTGTA
AGGAATGAAT ATGCCGGTAA CATTCAGCAG CAATGGAGAT TCGAAAGGAC AGATAGTACT
ATTCGTTTTG ATACTGCTTC CCATGTGCCA CAGAATACAC CGTTGGAATA TGCCTGCCGT
GTAAAAGATG CCATCAATTT TGAATGGATG ATATTCAGCA ATTATTTCCC TGCACTGCCG
GCAAGCAATA TTTTTGAAAA CCACGTGGGG GATTGCCGAG CACAATCCCA TTACCTGGTA
TATATCCTGA GATCACTGGG CATTCCTGCC GTAAGCGAAG TGAACTTACA ACGCCCTAAC
AGGACAATGG GACATGACTG GAATGCGATC ATCGGCAGTA AGGGAGAGAC TATCTACTAT
CAGATAGATA CAAAGCCAGC TACGGGTAAG CCCGATTCTC CTATCGCTAA AATATACAGG
CGGACATTCA AGGTGGATTC CAGTGCTTTA CCGTTTAAGA AATACCCTTC AGAAAATATC
CCATTGACTT TTGATAACCC CTATTTCAAA GATGTGACCA GTGATTATTT CCGTACTAAA
ACGGTTGCTG TAGATCTCTT TGAAACAGCA AAGGATATAA AAGACCGACA TGCTTACTTA
TGTGTATGGG ATGACGCTAA ATGGTTGCCG ATAGCATGGG GGGATATTCA TAATGGAAAG
GCCACTTTCA GGGATATGGG ACTGAACGCA CTTTATCTCC CGGTGATCTA TAAAGATGAG
AAGACCTTCA TTCCGATAGG GACTCCTTTT ATACTCAGGG ATAGTCTTAT TCAATATGTT
TCTCCGCAAC AGGAACAGCA GGTACAGGCA GTTTTAAAAC GTAAATATTA CTGGCCGGAA
GAACATTTTA TGGACTTTCG GCTGAATGGA GGTCGCTTCC AGGCTGCGAA TAAAGCCGAC
TTCTCAGATG CTGTCACATT ATATACCGTA AAAGGTAAAA TTGCTCCAAT CCCTTATAAC
ATTCCTGTCA GTGATACAAA GACTTATAAA TACTATCGTT ATCTGGGTCC CCGCTCAGGT
TATGGAAACC TCGCAGAACT GAAGTTTTAT GATAAGGCAG GCCGGGAAAT GAAGGGTAAA
ATCATTGGCA GCGAAGAGAG TTATAAGTTA TTGGGTAACA CAAAGGATAA GGCGTTTGAC
GACGATGTCC TGACTTTTTA CGATGGGTTC AGCCGGAATA TAAGCTGGCT TGGGATGGAA
TTCGCACAAC CCGTTGCTAT CGGTAAGATA AAGTTTATCC CAAGGAATGA TGGGAATTGT
ATAGAGATGG GGGATGATTA TGAACTGATG TACTGGAATA ATAAAGACTG GCAGTCCCTG
GGAATGGTTA TTGCCCGCGA GGATTCGCTG ATATATAAGA ATTGTCCTAA AGATGCGCTA
TTCTTACTGC ACGATAAGAC CAAAGGAAAG CAGGAGCGTA TCTTTACGAT AGATAAAAAA
GGGAAACAGG TCTGGTGGTA G
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| Protein sequence | MSIVMKNISI TIMLALLGLL CACNAKKGNV EQEVLSYFKK QQNPEKLKAA RYLLTNMKGH
YSLAGPNYDK YVQIFREISI IPGDKRNTAI MDRMNFHKIG DSFFMEKDES SLTAEYLIKH
IEYAYAVWEK VPWRKDYSFD IFCEYVLPYR IENEHHSNWI RHFHEAFAGI FDELHFAGGS
VYKAVDYCTD TTRYIAMPDG DSTTLVRLSP GKNHITFDSI YVEADEEKWI RIQYTSGLDS
AALRLVVNGK DTILKNLNTA GSLYCYPGHQ VRIKHPFHKG INTIEVSVSN NPIGLDYLDI
IPVEKFYRNT PAFQITDGAT YAIYNAANSK GLNTVLKSTG QFNVQNIDYG YFALRTKGKK
NTMTLAWDTY YSQDTLRQAA FSGDDNQQWA IIPVGNDHYK ILSKRNGKCV ELLKDGQLAV
RNEYAGNIQQ QWRFERTDST IRFDTASHVP QNTPLEYACR VKDAINFEWM IFSNYFPALP
ASNIFENHVG DCRAQSHYLV YILRSLGIPA VSEVNLQRPN RTMGHDWNAI IGSKGETIYY
QIDTKPATGK PDSPIAKIYR RTFKVDSSAL PFKKYPSENI PLTFDNPYFK DVTSDYFRTK
TVAVDLFETA KDIKDRHAYL CVWDDAKWLP IAWGDIHNGK ATFRDMGLNA LYLPVIYKDE
KTFIPIGTPF ILRDSLIQYV SPQQEQQVQA VLKRKYYWPE EHFMDFRLNG GRFQAANKAD
FSDAVTLYTV KGKIAPIPYN IPVSDTKTYK YYRYLGPRSG YGNLAELKFY DKAGREMKGK
IIGSEESYKL LGNTKDKAFD DDVLTFYDGF SRNISWLGME FAQPVAIGKI KFIPRNDGNC
IEMGDDYELM YWNNKDWQSL GMVIAREDSL IYKNCPKDAL FLLHDKTKGK QERIFTIDKK
GKQVWW
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