| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_1948 |
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| Symbol | |
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| ID | 8368406 |
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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 | 2338200 |
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| End bp | 2341469 |
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| Gene Length | 3270 bp |
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| Protein Length | 1089 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 644984400 |
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| Product | DNA modification methylase |
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| Protein accession | YP_003142054 |
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| Protein GI | 256820775 |
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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 | 0.89671 |
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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 | ATGAAAGATT TAAGACAAAT ACTCTCATCT TCTTATCGTC AGGAGGATTG GATTAGCTTC
TTGAAAGAAC TTTTTGCTCA TAGTTCAGGT ACAGGAGCTA TATTGCAAAA ACCTCAAATA
ATAGAGCTTC CTAAAAGTGA AAAAGTAAAA GAAGCTTATG AATTAGGTAA TTATGAAACT
ACTGAAGGGA GGCTTATTGG TATTTATCAA GTAAATATTA GTGAAGATAT GTTGCTTTAT
CGCAACAAAG TAGGTCTTCG CCAATTGATG AAGAATATCT ATAAATACAA TGTAGATGGC
GTGTTAGTAG TTTTTGTACA AGAAAAGAAA TGGCGGTTGT CATATATTTC TGAAATCATA
AAAGAAGTAG ATGAAAAAGG TAAGATTATT AAGGAAATTA CCAATGAAAA ACGCTTTACT
TACTTGTTAG GAGAAGGAGA AAAAACAAAA ACGGCTACAG ATAGACTTCA ACTTTTAGTA
GGAAAAGAAC TTTCGTTAGA AGATTTTAAA AATGCCTTCG CAGTAGAGGC TCTTAATAAT
GATTTCTTTG ATAGATATAA GGATATCTAT GAAGATTTTG TACAACATAT TACAGGGGTT
CGTTACGAGA AGAAGGGAAA CAAGTATCAG GAAAATAAAA AACATCAACC TCATCCTAAC
TTTGATGGTT ACAAAGATTA TAGAGGATTT TCTACAATTC TACATCCTGA TAGTGAAACC
AAGCCTTTCA AAAATAGAGA GTTTCAAAAT CTTTTTGGAG GAAATGAAAA AGCCGTTCGT
GATTTTGTAA AACGAATGAT GGGCCGTATT GTATTTTTGT ACTTTATACA GAAAAAAGGT
TGGTTAGCCG TGCCTAAGGG AAAAAAATGG GGAGAAGGTA ATTATGATTA TCTATATCAA
TTGTACAAAG AAACACCTAA AGAAGACCAA CCTTATTTTT ATGAAAAACG TTTGGTACCA
TTATTTTTTG AATGTTTTAC AGATAAAAAG TCAGAGAGTG AAACAAATGA CTTGCGTTTT
CCTTATCTTA ATGGTGGGTT ATTTGATAAA ACACAAGACC AACACTTTGA TAAGGTAAAT
TTGCCTTACT CTATTTTTAC TGAACTTTTT GATACCTTTA ACTCCTACAA CTTTACCGTC
TATGAAGATG CTCCTAATGA ACATACTGTA GCTGTAGACC CTGAGATGCT AGGGCATATC
TTTGAAAACC TTTTGGAAGA CAATAAGGAT AAAGGAGCTT TCTACACCCC TAAAGAAATT
GTACATTATA TGTGCAAAGA AAGTCTAAAA ACCTTTTTAC TTTCTAAAAT AGTTCCAGAT
AATAATCAAT CAGAAAAAGC CAAAGATGTT ATTACAAAAA TAATAGAGCA CCAACCACTT
AATGAAGACG AAAAAATCTA TGTGATAGAA AAAGGGGATG TTATTACTAC CTCTTTAGAA
AATGTAAAAA TATGTGATCC TGCTATTGGG TCTGGGGCCT TCCCTATGGG ACTTTTGCAA
GAAATATACT ATATCAAAAT CACCTTGCAA CAATTAGGAA TAACAACAGA ACAGACCGAT
GCTCAGATTA AAAAACATAT CATTGAGCAA AATATCTATG GAGTTGATAT TGATGCAGGT
GCAGTAGACA TAGCCCGTTT GCGCTTTTGG TTAAGTTTGG TAGTAGATGA ACATCTTCCA
CAACCTCTTC CTAACTTAGA CTTTAAGATT ATGCAAGGAA ATAGTTTGTT AGAAAGTTAT
CAGGGAGTAG ATTTGAGCCT TATAGGGAGT GAAGAAGAAG CCACAGATAC CGCAATTGAC
TATGGAGACG AATATATCTC CCCCCAACAA CTACCCCTTT TAAATAAAGC TCATAAGGAA
AAGATACAAC AACTTATGAA AGACTTCTTT TCCTCAACAG AAGATAAAAA CCTTAAGCGC
AAAGAAATCA ATGATCTTAT AGAAGGACAA ATACACTATA AAATTATCTT TGAGAAAAAT
CAAGTAAAGA AAAAAATAGA AGGTTTTGAA AAAAAATTTG GTATTACTTC TCAAGAAGAC
CTAATAGAAA AACTCCAAAA AGGTATTCTT ACTTCAAAAG GGAAAGAGTA TAAAGCCTAT
ATGGCTGATA AAAACCGCCA CTTAGAGCTT GATCACATAG AAAAAGAACT TATCAGTTTC
CAAACCAAAA TAGAACGTCC TTATTTCCTT TGGCATACTT ATTTTGGTGA TGTAATTAAA
GGGGCAAATA ATTTAGACAA CTCTGGCTTT GATATTGTTA TTGGTAATCC ACCGTATGGA
GCTAAACTTT CACAAGAAGA TAAAGAGGTT TTAAAGAAGA AGTATATATC AGCTCAAACT
ATTAAAGGAG TACAAAAAGG TTCATTAGAT ACATATACAC TTTTTATTGA ATTAGGCTAT
AACCTATTAA AAAAACAAGG TTATTTAGGC TTTATAGTGC CTTTAAGTGT AACCTCTTCA
GACGCTCTAT CAGGGTTACA TAATTTGTTA ATTAACAACT GTGAAGTAAT AAAAATAAGC
TCTTATGGAG ACAGACCTAA AAGAGTTTTT GAAAGCGCAG AGCAGCAAGT TTCTATTATA
TCATTTTTAA AAACACAAAC AGAAGCTAAA GAAATTTTAA TGACTGGAAT TAACAAAAGA
TATTCTGACG ATTCTTTATG GGTATTATTA GATAACCTCA AGTTTTCTAA TGCTATAGGA
CTTTTATCTT ATGGAAGAAT TCCTAAAATA GGAACAAATA CAGAACAAAT TATACTTCAA
AAATTACTAA AAAATAGCAA CTTATTATCT GATTTAAAAA CTGAGAAAGG TAGTTCTATC
TACTATAGAA AAGCAGGAGG GCGATACTAT AAAATTATAA CGAAAGATTC AACAGAATCA
AGTGCTGAAG GGAGTATAAT TATAGAAAAT AGGTATTTAG ATCTTGTAGG AGCTATATTA
TCAAGTAATC TTTTTTATTG GTTTTGGCTC ATCCATTCTG ATTGGCACAA TATGAGAACT
TCTGAAATAG AGAATTTTCC TATTCCATAT AATAATTTTA ATGATAAAAC TTTAGAACAA
ATATCAAAGC TCTATAATAT CTATCTTACT GATTTAAAAA AGAATGCTAA AAAAACTGTT
ACGGGTTTAA ATGTATTTGT TGCAAGAAAA TCAAAACATA TCATAGACCA AATAGATGAT
CTTATTTGCC CTTTGTATGG TCTTACTCAA GAAGAAACAG ACTTTATAAA AAACTATGAA
ATTGAATTTA GACTATCTGA TAATGATTAA
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| Protein sequence | MKDLRQILSS SYRQEDWISF LKELFAHSSG TGAILQKPQI IELPKSEKVK EAYELGNYET
TEGRLIGIYQ VNISEDMLLY RNKVGLRQLM KNIYKYNVDG VLVVFVQEKK WRLSYISEII
KEVDEKGKII KEITNEKRFT YLLGEGEKTK TATDRLQLLV GKELSLEDFK NAFAVEALNN
DFFDRYKDIY EDFVQHITGV RYEKKGNKYQ ENKKHQPHPN FDGYKDYRGF STILHPDSET
KPFKNREFQN LFGGNEKAVR DFVKRMMGRI VFLYFIQKKG WLAVPKGKKW GEGNYDYLYQ
LYKETPKEDQ PYFYEKRLVP LFFECFTDKK SESETNDLRF PYLNGGLFDK TQDQHFDKVN
LPYSIFTELF DTFNSYNFTV YEDAPNEHTV AVDPEMLGHI FENLLEDNKD KGAFYTPKEI
VHYMCKESLK TFLLSKIVPD NNQSEKAKDV ITKIIEHQPL NEDEKIYVIE KGDVITTSLE
NVKICDPAIG SGAFPMGLLQ EIYYIKITLQ QLGITTEQTD AQIKKHIIEQ NIYGVDIDAG
AVDIARLRFW LSLVVDEHLP QPLPNLDFKI MQGNSLLESY QGVDLSLIGS EEEATDTAID
YGDEYISPQQ LPLLNKAHKE KIQQLMKDFF SSTEDKNLKR KEINDLIEGQ IHYKIIFEKN
QVKKKIEGFE KKFGITSQED LIEKLQKGIL TSKGKEYKAY MADKNRHLEL DHIEKELISF
QTKIERPYFL WHTYFGDVIK GANNLDNSGF DIVIGNPPYG AKLSQEDKEV LKKKYISAQT
IKGVQKGSLD TYTLFIELGY NLLKKQGYLG FIVPLSVTSS DALSGLHNLL INNCEVIKIS
SYGDRPKRVF ESAEQQVSII SFLKTQTEAK EILMTGINKR YSDDSLWVLL DNLKFSNAIG
LLSYGRIPKI GTNTEQIILQ KLLKNSNLLS DLKTEKGSSI YYRKAGGRYY KIITKDSTES
SAEGSIIIEN RYLDLVGAIL SSNLFYWFWL IHSDWHNMRT SEIENFPIPY NNFNDKTLEQ
ISKLYNIYLT DLKKNAKKTV TGLNVFVARK SKHIIDQIDD LICPLYGLTQ EETDFIKNYE
IEFRLSDND
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