| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cla_0297 |
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| Symbol | |
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| ID | 7410205 |
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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 | Campylobacter lari RM2100 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012039 |
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| Strand | + |
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| Start bp | 265686 |
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| End bp | 268982 |
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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 | 28% |
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| IMG OID | 643717431 |
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| Product | CDP-glycerol:poly(glycerophosphate) glycerophosphotransferase, putative |
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| Protein accession | YP_002574910 |
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| Protein GI | 222823336 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1887] Putative glycosyl/glycerophosphate transferases involved in teichoic acid biosynthesis TagF/TagB/EpsJ/RodC |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.048897 |
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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 | TTGATGTTTT GGATTTATTA TTTTTTGGGT ATGTGGTATT ATCAAAAAAA GAAAGATTAT
AAAAAAGCTC AAAGCTGTTT TTTAAGAGCG CTAAAAAGAA GAGAAAAGCA TGCAAAATGC
AACTTTAAAC TTGGTATGAG TTATTTTAAG TTAAAACAGT GGAAAGAGGC AAATGAATTC
ATATCTAAAG CTTTGATTAT AGATCCATCA AAAAAATCTT GGCACACTCA ATTGATGCAA
ACAGAAAATC ACCTAAACAG TATGTTTTTT AGACCACAAA AATTGTGGTG GAAGGAAGTT
GAGGATTTGA AAAAGCAAAT CCAAGATAAA GAAAAAAATT TTTTTATATG CAGAGACCTT
GCAATAGCTC TTGAAAATAT GAAAAGATAT CATGAGGCTG CAAGTTATTA TGAGCAAGCT
ATCAAGCTTA GTGATAAAAA AGAGCCGATA TTATACTATA AATTAGGTTA TTGTTGTGAA
AGTAAAGGGC ATGATAGTGA GCCAAATATT GAGTTAGCGC AAAAATATTA CAATAAAGCC
ATTAAATATG ATGAGAATCT AGAGGCAGAA AAATTTGGTG TTGGAATTTT TCATGAGAAG
CAAGGGCTTT GGAGGGAAGC AAATAAAGCA TATCTAAAGC GTTATGAAGA AGCAAAAAAA
ATGAATAATG ATGATTTGTT ATATAAAATA GCTTTTAGTT TTGAAACATT ATATGATTAC
TGTAACGCTG AATATTATTA TAAAAGAACA CTAGAGATAA ACTATCAAAG ACCATACACT
CACTATAGAT TAGCCCTTAT ACTTGAAAAA CAAAAAAAAC TTGAAGAGGC AGTTGAATTT
TATAAAGAAG CTCTTAGAAG AAGTAGTGAA CATAAATCTT ATTGGTATTT TCGTTTATGT
AAATGTCTGA ATTCTTTAGG CAGATACGAA GAATCTGCAA AATTTTTAAA TGAATCTCAA
GTTTTTCAAA ATAAACCTTA TGGTTTATCA GAAAGTGTTT TGAAAGATAA AAACTTAAGA
AGAAAAATAT TCTATACTGA ATGTTATGAG AACTTAAAAA TCATTGATAA TGTGATTTTA
TATGAAAGTT TCCATGGAAA ATCAATGTCT TGTAATCCTT ATGCTATATT TTTACATCTT
TTAAAGCAAG ATGAATTTAA AGCTTATACT CATGTATGGG TTGTAAATAA TCTTAACAAT
GTAAAAGCAA ATTTTAAAAA AATGCAGAAT ATTGTTTTTG TTGTTAGAGG TAGCGATCTT
TATTTAAAGT ATTTAGCTAG TGCCAAATAT CTCATCAACA ATGTAACCTT TCCTGATTAT
TTTATTAGAA AAGAAGGACA GAGATATTTA AATACTTGGC ATGGTACGCC TATTAAATAT
TTAGGTAAAA AAATAAAAAC TGGTTTTATG GAGCATGCTA ACGTACAACG AAACTTTTTA
CATGCAACGC ATTTAATCCA TTCAAATTTA TATACAAAAG ATATTTTGGA GAATGATTAT
GATATTAAAG ACTTGTTTTC CGGTGTTTCT ATTTTAACAG GATACCCTAG AGTTGATTTA
TCTTTGTCTA ATGATGTTTC TATTAAAAAA GATTTGGGAG TTAAGGATGA TCAAAAGGTA
TTACTTTATG CGCCAACTTG GAGAGGTGGC TTAAATAAAC AGTATTTTGA TTTTGAACGT
TTAAAGAATG ATATCTTGGA ACTTCAAAAA AGTAATTTTA AAATTTTAGT ATCAGTTCAT
CATGAGATTG AGCATTTATT TAATAATGAA CAATTAAAGG ATGTCTTGCT TCCATCTTAT
ATGGAAATGA ATGAGTTGTT GCCCATTGTA GATGTTTTGA TTACGGATTA CTCTTCTGTA
ATGTTTGACT TTATGGTTTT AGAGAGACCT ATTATTTGTT ATGTGTATGA TTATGAGTAT
TATAAACAAG AGAGGGGGTT GTATTTTGAT GTAGATGAAA TAACACGCCA TGTTTGTAAA
ACAATAGAAG ATGTAAAAGA AGTTTTAAAT TCCAAAGATT TATTTGTAAA AGATAATTCA
CATTTGACTA GTTTGAAACA TAAATTTTAT GATTTAGAAG ATGGAAAATC TAGTGCGAGA
GTAGTTTCAA CTTTCTTTGA TGATATGGAA AAGAAAGACA CGAAAAACTG CAACAATGTT
TTATTTTATG TGGGTCCATT TATACCAAAT GGCATTATGA GTTCTTTTAA AAATTTAGTA
CACCATTTAC AAAATTTAGA TTTTAATATT TTTGTGTCTA TTGATCCTGC TTCGATATGT
TCTCATGAGG AAAGATTGGA ACAGTTTTAT TTGATATCTG AAAAGGTTAA AATTTTACCA
AAAGTTGGTT CTTTAAATTT AACTTTAGAA GAATTTTATA TAGAAAAAGA AAGTCTTAAC
AAAGAAAAGT CTTTGCAAAA TTATAAAAGA GAATTTAAAA GATTATATGC AGATGCAAAT
TTTAAAGCAG TGATTAATTT CGAAGGTTAC AATGTATTTT GGGTAAAATT GTTTTCTAGT
GTTGATAATA ATATGATTTT TTTACACAAT AATATGCAAG GTGAATTTGA AAAAAGATTT
CCTTACCTTG AGCAAAATTT TAAATGCTAT AAAGACTATA AAAAAATTCT CTCTGTTTCA
AAGCAGACAA ATGAAGAAAA TGAAAAAAAT CTAGCTAATA CATATGACAT TGAAAAAGAC
AAATTTGATT TTTTAGAAAA CACTATTAAT TACAATGAAA TCATAACAAA ATCAAAAGAA
AAACTAGATG AGACAACCGA GAATAAATAT TTTAAAACAG ACTATAAAGT GTTTATCAAT
ATAGCTAGGC TTTCAGTTGA AAAAGATCAA GCCAAGCTTA TAGAGGCATT TAAAGTTGTA
AATGAGAAGT ATCCTAAAAC ACTTCTTTTG ATTTTAGGAG AAGGTCCACT AAAAGAAGAT
TTGCAAGCTT TGATTAAAAA GTTAGATTTA AAAAAGAAAG TTTTTCTTCT TGGCAGGATT
TCTAATCCTT TTCCATATTT GAAAAAAGCG GATTGTTTCG TAATGAGTTC AAACCATGAA
GGGCAACCTA TGACTTTATT AGAGGCATTG GTTTTAAATA AAGCTATAGT TGCTACAGAT
ATTCCAGGGA ATGTTAGCGT GCTTAAGAAT CGTGGTGGTT TGATAGTGGA TAATACTATA
AAAGGATTGG TATATGGAAT GGAATATTAT ATTAGTAATT TAATCGAAAT ATTAGATTTT
AATGCAAAGG AGTACAACGT TCAATGTTTG CAAAAATTAA AAGCGTTTTT AATATAA
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| Protein sequence | MMFWIYYFLG MWYYQKKKDY KKAQSCFLRA LKRREKHAKC NFKLGMSYFK LKQWKEANEF
ISKALIIDPS KKSWHTQLMQ TENHLNSMFF RPQKLWWKEV EDLKKQIQDK EKNFFICRDL
AIALENMKRY HEAASYYEQA IKLSDKKEPI LYYKLGYCCE SKGHDSEPNI ELAQKYYNKA
IKYDENLEAE KFGVGIFHEK QGLWREANKA YLKRYEEAKK MNNDDLLYKI AFSFETLYDY
CNAEYYYKRT LEINYQRPYT HYRLALILEK QKKLEEAVEF YKEALRRSSE HKSYWYFRLC
KCLNSLGRYE ESAKFLNESQ VFQNKPYGLS ESVLKDKNLR RKIFYTECYE NLKIIDNVIL
YESFHGKSMS CNPYAIFLHL LKQDEFKAYT HVWVVNNLNN VKANFKKMQN IVFVVRGSDL
YLKYLASAKY LINNVTFPDY FIRKEGQRYL NTWHGTPIKY LGKKIKTGFM EHANVQRNFL
HATHLIHSNL YTKDILENDY DIKDLFSGVS ILTGYPRVDL SLSNDVSIKK DLGVKDDQKV
LLYAPTWRGG LNKQYFDFER LKNDILELQK SNFKILVSVH HEIEHLFNNE QLKDVLLPSY
MEMNELLPIV DVLITDYSSV MFDFMVLERP IICYVYDYEY YKQERGLYFD VDEITRHVCK
TIEDVKEVLN SKDLFVKDNS HLTSLKHKFY DLEDGKSSAR VVSTFFDDME KKDTKNCNNV
LFYVGPFIPN GIMSSFKNLV HHLQNLDFNI FVSIDPASIC SHEERLEQFY LISEKVKILP
KVGSLNLTLE EFYIEKESLN KEKSLQNYKR EFKRLYADAN FKAVINFEGY NVFWVKLFSS
VDNNMIFLHN NMQGEFEKRF PYLEQNFKCY KDYKKILSVS KQTNEENEKN LANTYDIEKD
KFDFLENTIN YNEIITKSKE KLDETTENKY FKTDYKVFIN IARLSVEKDQ AKLIEAFKVV
NEKYPKTLLL ILGEGPLKED LQALIKKLDL KKKVFLLGRI SNPFPYLKKA DCFVMSSNHE
GQPMTLLEAL VLNKAIVATD IPGNVSVLKN RGGLIVDNTI KGLVYGMEYY ISNLIEILDF
NAKEYNVQCL QKLKAFLI
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