| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_0784 |
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| Symbol | |
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| ID | 8367202 |
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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 | Capnocytophaga ochracea DSM 7271 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013162 |
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| Strand | + |
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| Start bp | 943997 |
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| End bp | 947038 |
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| Gene Length | 3042 bp |
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| Protein Length | 1013 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644983211 |
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| Product | TonB-dependent receptor plug |
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| Protein accession | YP_003140902 |
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| Protein GI | 256819623 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG4206] Outer membrane cobalamin receptor protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTTGTACT CTTGGGCTCT CTTCTTGCTG GTAATTTTTA GTGTTACAGC ACAGAACATA
GAGGTTTCAG GTACTGTAAA AGATGAAAAA GGTGAGCCTT TATTAGGTGT ATTGGTATTA
ATCAAGGGTA CCCAGCGCGG TGCCGCTACC GATATGGACG GGAATTATAC TATCCAAACC
AAAGTGGGAG AAACATTGAG TTTTTCGATC TTAGGAATGA AGACAGTAGA GAGAAAAATA
ACTGCCTCCA CCAAACGATT AGACATAGTG CTTAAAGAAG ATGTACAAGA GCTTGAAGAG
ATGGTGGTTA CCGGCTATGG AGCTCCTAAG CTCGCCAGTC GCACCGTTGC ACAAGTGGCA
CAAGTACAAG GTAAAGATGT GAGTGCCGCT CCGGTAGCCA GCGTATCCGA TGCCTTACAA
GGACGATTAG CAGGGGTAGT GGTAACCAGC GATTCAGGTC GCCCAGGTAG CAATAGCGAT
ATCCTTATCC ACGGGTATAA CAACTTCCAA GGCGCACTAC GAGGCGAAAG AACCCAAGAA
CCTCTCTATA TAATGGACGG AATAGCGGTA AGCAGTAGTG TGATGAGCAG GTTCAACCCT
AACGATATAG AGAGTATTAC GGTACTTAAA GACGCCGCTT CTACCTCTAT CTACGGGGCT
CGTGCCGCCA ATGGGGTGAT ACTTATCACC ACCAAAAAAG GGCGTAATAA CGAGCGTACA
AGCGTAACTA TCAGTCACCA ACTCGGTTTT ACAGCGCTTA CTAACGCTAG CCGTAAGTTT
TTTGACGATA TGATGACCCC ACGCGAGTAT ATGGACTTTT GGATAGAAAA AAATCCTGAA
GCAGTAAACT TGGCTGTAGG TAAGTTCAGT TCAAACAAGG ATGTAGCGAG ACAGTCAGCA
GATAAAATCT TAGCCGATAA TCCTTACAAT ACCCGTTGGG ATAAGGTTTT TTTCAGAGAT
TTTGTACCGT TGATACGTAC TGATGTCTCT ATTTCAGGAG GTACTAATAA TAGTACTTAT
TATTTGTCGT TTGGGCACTT CAGCCAAGAG GGTTCTACAG CACCTCGCAG CGATTACCGT
CGTTATACTG TCAATGGTAG TATCAATACC CAAATCACTA AATGGTTAAA AACAGGCTTC
TCATTTGCAG CAGGACATAC CGAGCGCGAA GGAGGTTCCA CCCTCAACAC CCCTAAGGTG
ATAGCTTTGC CACTTTACAG TCCTACTTAC GAAGATGGTA GACGCAAAAA CTATATCCCT
GGCATCACCA GTCGTTCAGC TGGTTTCTAC CACCCCGACT ACTATGCCGA AACACACCCT
AGCAACTCTT TTTCCGATGA CTTCTTGCCT TCGGGATTCG TCTCTATAGA GCCTATTAAA
AACCTCATAT TCAAAACACA AGGAGGGATA CAATACGGGT ATGGCGAATC AGAACTAAAA
GAGTTACCTT CGTTTATAGA TTATAAGTTT TTCGATGACC CTAATCCTTA CACTTCAGTG
TCTAACAGTC GTACACTCAG AAAAACAATT ACTAACACGT TAGAATATCG CTTCCTATTA
GGAGAAAACA AAAAACATAG CTTCAATGTG TTATTAGGAC AAGAGTCGGT TGAAAATAGC
AGTAAACAAT TAGATGCTAC TACTTTCGGA CAACCTTCAG AAGGGCTAAC AATGCTCCGA
CACGGTAGTA AAGATAAAAG AATAGAAGAC CAAAAGACTG TAAGTACTTT CAATTCTTAT
TTCGGAAGAG TAGAATACTC TTATAACACT CGTTACTTCT TAGACCTATC AATGCGCCGT
GATGGTTCGT CAGCTTTTGG TAAGAACAAC CACTACGGTA ACTTCTGGGC AATAGGAGCG
ATGTGGAAAC TCAAACAAGA GAACTTTTTG AAAGATGTAA AATGGCTTTC AGACCTCAAT
TTGCGTTTCA GTACAGGGCT TTCAGGAAAT GCCTTAGGAG GCTACAAACA TATCACTACC
ATAAAACCAG ACAATTTCTA TCAAGGTAAA ACAGCTTATA CAGTAGGTGG CTTGGGTAAT
CCTGATCTAC GTTGGGAAGA GCAACGCAAA ACTACTGTAG GGCTTAATAT TGTGATTGAT
AGAGGTACTT CTTTCAATAT AGAATACTAC GACCGCGAGA CTTACGATAT GATTTCAAGC
CGTGAGCTCA ATAGTACTTC AGGGCAAAAT CAATTCTTTG ACAATGCAGG GGGTATGCGC
AACCGTGGGA TAGACTTCAC TTTCTCATCA GTAGTCTACA GAAGTGAAAA TCAAGACTTG
AGCATTCGTC CTTACTTCAA CGTAAACTAT AACAAGCAAG AAATAACCGC TCTTTTTGGC
AATAAAACCT CTAATGTGGT TCCTTCTTCT GAAATAGGGT ATAAATTAGG TCGTGCCCTT
GAATGGGCAG CCGTTATTCC CAAAGGCGTA AACCCTACCA CCGGACAAAT GGAGTATTAC
ATACCAGGTG ATGACCGTAT GGAGCAAGTA ACTGATGATA ATAGAGTAAC AACTACTTAC
GACTCTAGTA AATTAGGACA AACCACAGGC AAGAAAATGC AAGCTCCTAT CAATGGTGGA
TTCGGCTGGA ATATCAGCTA TAAAACTTTC TCGCTCGATA TGGCATTCTC TTTTTCGTTA
GAAAAATATA AGTGGAACTA CGATATGAAG TACACCGAAA ATCCTGACCA GTTTGGCGAT
CACAACCTAA GTAGAAAAAT ATTAGACTAT TGGAAAAATC CAGGTGATAA CACCCGCCAC
CCTAAGATAA ACACTACCAC TTTCGTAAAT TCATCGGATG CGCGTATGAT ACAAGACGCC
TCATTTATGC GTTTGAAAAA TATTACCCTT AGCTATAGTC TCCCAAAAGA AGTTATCAAA
CAATTGAATT TCTTTGAAGG AGTACGCTTA TATGCTACCG CCCGCAATAT CTTTACGCTT
ACCAAATACG AAGGTGCAGA CCCTGAGTAC AATAATGCTA TTTCATCAGG TGGCTATCCT
CCTTCTCGTC AATTTACCTT AGGAGTAGAT GTTAATTTTT AA
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| Protein sequence | MLYSWALFLL VIFSVTAQNI EVSGTVKDEK GEPLLGVLVL IKGTQRGAAT DMDGNYTIQT
KVGETLSFSI LGMKTVERKI TASTKRLDIV LKEDVQELEE MVVTGYGAPK LASRTVAQVA
QVQGKDVSAA PVASVSDALQ GRLAGVVVTS DSGRPGSNSD ILIHGYNNFQ GALRGERTQE
PLYIMDGIAV SSSVMSRFNP NDIESITVLK DAASTSIYGA RAANGVILIT TKKGRNNERT
SVTISHQLGF TALTNASRKF FDDMMTPREY MDFWIEKNPE AVNLAVGKFS SNKDVARQSA
DKILADNPYN TRWDKVFFRD FVPLIRTDVS ISGGTNNSTY YLSFGHFSQE GSTAPRSDYR
RYTVNGSINT QITKWLKTGF SFAAGHTERE GGSTLNTPKV IALPLYSPTY EDGRRKNYIP
GITSRSAGFY HPDYYAETHP SNSFSDDFLP SGFVSIEPIK NLIFKTQGGI QYGYGESELK
ELPSFIDYKF FDDPNPYTSV SNSRTLRKTI TNTLEYRFLL GENKKHSFNV LLGQESVENS
SKQLDATTFG QPSEGLTMLR HGSKDKRIED QKTVSTFNSY FGRVEYSYNT RYFLDLSMRR
DGSSAFGKNN HYGNFWAIGA MWKLKQENFL KDVKWLSDLN LRFSTGLSGN ALGGYKHITT
IKPDNFYQGK TAYTVGGLGN PDLRWEEQRK TTVGLNIVID RGTSFNIEYY DRETYDMISS
RELNSTSGQN QFFDNAGGMR NRGIDFTFSS VVYRSENQDL SIRPYFNVNY NKQEITALFG
NKTSNVVPSS EIGYKLGRAL EWAAVIPKGV NPTTGQMEYY IPGDDRMEQV TDDNRVTTTY
DSSKLGQTTG KKMQAPINGG FGWNISYKTF SLDMAFSFSL EKYKWNYDMK YTENPDQFGD
HNLSRKILDY WKNPGDNTRH PKINTTTFVN SSDARMIQDA SFMRLKNITL SYSLPKEVIK
QLNFFEGVRL YATARNIFTL TKYEGADPEY NNAISSGGYP PSRQFTLGVD VNF
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