| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_2110 |
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| Symbol | |
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| ID | 8368571 |
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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 | 2528207 |
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| End bp | 2530885 |
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| Gene Length | 2679 bp |
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| Protein Length | 892 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 644984564 |
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| Product | hypothetical protein |
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| Protein accession | YP_003142215 |
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| Protein GI | 256820936 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.49036 |
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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 | ATGAAAATAG CTAAAAAAAT ACTGAAATGG GGAGGTATAA CCCTATTGCT CCTCATCATC
GCAATGATTG CTATTCCTTT TTTCTTTAAA GATACTATCA AGGAAAAGGT TATTGAGATG
GCAAATGAAA ACTTAAAGGC GAACATCGGA TTGCAAGATG TTGATATTAG TCTGTTTAAG
AACTTTCCTA AGGCACGCGT TACCCTCAAC GATTTTGTTT TGGTAAACAA AGAGCCTTTC
GTAGGTGATA CACTTTTTGC TGCTAAACAC ATAGATGTAA CGCTTAGCAT CAAAGATTTA
TTAGCGGGCA ACTACAATTT GTTAGGAGCT AATGTGAAAG ATGCTTCGGT GTATATACAC
CTTAACAAGG AGGGAGAAGG CAACTATGAT ATCGCTATTC CTTCGGATAA ACCTGAGGAA
GAGTCTGCAC CTATAAAACT AGATATTCAG CGGTACAATG TAGAAAATCT GAAATTTACT
TTCAAAATGG ACGACGGCAA CCTCTTTATG GAAGTAGCCG ATATTTACCA CAGCGGGAAA
GGAAACTTTG CCGAAGAGGT ATTGGACTTA GACACTCAGA CGAAAGCCAA CCTAACTTTT
GCAATGGGTA AGAGCACTTT TATGAAGCGA GTGCCTATCA CCTTGCAGGC TATTTTGGGC
ATCGACCTCA AAAATCAGAA ATATACTTTC AAGCAAAACA AAGCTACTGT AAATCGTTTG
GATTTGGTAT TCGATGGTTT TATTCAGTTA TTGGAGGAAG GACAACATTA CGACCTTACT
TTTAGCACCC CTACCAATTC ATTTCAAAAC TTTTTAGCGC TCATTCCCGA AGAGTACTCT
AAAAGCATTG AGAATGTAAA AACCACAGGA AATCTGACCC TGAAAGGGTT TGCCAAAGGT
GATATGGTAG GTGATAAAAT CCCTACTTTC GGACTTGAAA TGTATGCAGA CAATGCTTCT
TTTAAATATC CGAACCTGCC TAAAACGGTG CGTGACATCA CTATCGACCT AAAAGTAAAC
AACGCTACGG GTATTACCAA CGATACCAAA GTGAACCTCA ACAAATTTAC GATGAGCATA
GACCAAGACC ATTTTTCGGC TCGTGCCAAT GTGAGCAATG TGGTAGTAAA CCCGTTTGTG
GATATGGCAG TAAAAGGGAC TATTAACTTG GCAAACTTAT CGCAAGCATA CCCTATTTCG
TTAAACAAGA AGTTGGCAGG AATCTTACGT GCTGATATAG CGACACAATT GGATATGAAA
TCGGTAGAGG CTAAGAATTA TCAAAAAATT AAAGCGCAAG GTAATTTGTC GCTTTCTCAG
TTTGTATATG CAGGTGAGGA GTTTGTAAAA CCTTTCCATA TTGATAACTT AAACGTAGCC
TTTAATCCGT CGCACATAGG GCTTTCAAAA TTTGATGCTC GCACAGGTGA TAGCGACTTA
CACCTTACTG GAACGATAGA TAATCTGTAC GGTTTTGCTT TCAGAAAAGA AATACTCAAA
GGAAACTTTA ATCTATCTTC GAACAAGTTA GTAGTAAACG ATTTTATGCA ACCCGCAACA
GAATCGTCTG CTCCTGCGAA ACAAGAAACC AAAGAAGCAC CTAAAGCTAA TAAGACCTCT
ACAAAAGAAG CGGCTATAAA AGTACCTGCT TTCTTAGATT GTGCGCTTAC TGCAAAAGCC
AATACGGTGT TATACGACAA TTTGAAATTG AGTAATGTAT CGGGTAAACT GATTATAAAA
GACCAAAAAG TAACCTTAGA GAACTTAAAA TCAGATATTT TTGGAGGAAA TATAGCTCTT
ACAGGAGATG TATCGACCAA AGAAAAAGTA CCTACCTTTG ACGTAGACTT GAACCTCAAC
CGCCTTAACA TATCCGATGC TTTTACGCAA ATTACTATGC TCGAAAAGAT AGCGCCTATT
GCTAAAGCTG TACAAGGGAA AGTGAATACG GTTATCAACG TAAAAGGTAA TTTGAAAAAC
GATTTAACTC CTCAAATTAA CAGTATCTCG GGCGACCTAT TCGCAGCACT TATCGACTCT
AAGATTGACA GCCACGGTTC TCCCCTACTC TCAGCTTTAG ACAGCCAATT TACAGGTTTA
AATTTAGCCA ATCTCAACCT AAAAGATGTG AAAGCAGCGG TTGATTTTGA AGATGGAAAA
GTAAAAATCA AGCCTTTTAC TATCAAATAT AAAGATGTAG CCATAGAGGT AGCAGGTTCT
CACGGATTTG ACCAACAGAT GAATTACAAG CTCACCTTTA ATGTACCGCC TCAAATGTTG
GGTAAAGAAG CAGAAGGTTT GTTAGCAAAA CTGACTCCTG AAAACCAGAA AAAGATAAAC
AACTTGCCTG TGGTAGCAAC CGTAGGTGGA ACTTTCAAAA AACCACAAGT AAGCACCGAT
GCTAAAGCCG TAGTAAAAAA TTTGGCTACC CAAATAGCTA AAAACCAAAT TAACAACCTT
ACCGCTAAAG GCACTGACGC ACTACAAAAG GCTTTAGGAG GTAAAACAAG TTCGGGTACA
GCAAGCGAAA TAACTAAAAC CGTGGGAGGA CTGATGAAGA ACAAAGACAG CACAATGACT
AAAGTGAAAG AGAAAGCCAA AGAAGAGGCT AAAAAAGAAG CCAAAAAACA AATAGGCAAT
TTCCTCAGAG GTTTGGGTAA AAAAGAAGGA GAAGAATAA
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| Protein sequence | MKIAKKILKW GGITLLLLII AMIAIPFFFK DTIKEKVIEM ANENLKANIG LQDVDISLFK
NFPKARVTLN DFVLVNKEPF VGDTLFAAKH IDVTLSIKDL LAGNYNLLGA NVKDASVYIH
LNKEGEGNYD IAIPSDKPEE ESAPIKLDIQ RYNVENLKFT FKMDDGNLFM EVADIYHSGK
GNFAEEVLDL DTQTKANLTF AMGKSTFMKR VPITLQAILG IDLKNQKYTF KQNKATVNRL
DLVFDGFIQL LEEGQHYDLT FSTPTNSFQN FLALIPEEYS KSIENVKTTG NLTLKGFAKG
DMVGDKIPTF GLEMYADNAS FKYPNLPKTV RDITIDLKVN NATGITNDTK VNLNKFTMSI
DQDHFSARAN VSNVVVNPFV DMAVKGTINL ANLSQAYPIS LNKKLAGILR ADIATQLDMK
SVEAKNYQKI KAQGNLSLSQ FVYAGEEFVK PFHIDNLNVA FNPSHIGLSK FDARTGDSDL
HLTGTIDNLY GFAFRKEILK GNFNLSSNKL VVNDFMQPAT ESSAPAKQET KEAPKANKTS
TKEAAIKVPA FLDCALTAKA NTVLYDNLKL SNVSGKLIIK DQKVTLENLK SDIFGGNIAL
TGDVSTKEKV PTFDVDLNLN RLNISDAFTQ ITMLEKIAPI AKAVQGKVNT VINVKGNLKN
DLTPQINSIS GDLFAALIDS KIDSHGSPLL SALDSQFTGL NLANLNLKDV KAAVDFEDGK
VKIKPFTIKY KDVAIEVAGS HGFDQQMNYK LTFNVPPQML GKEAEGLLAK LTPENQKKIN
NLPVVATVGG TFKKPQVSTD AKAVVKNLAT QIAKNQINNL TAKGTDALQK ALGGKTSSGT
ASEITKTVGG LMKNKDSTMT KVKEKAKEEA KKEAKKQIGN FLRGLGKKEG EE
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