| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_0149 |
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| Symbol | |
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| ID | 4432610 |
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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 | Lactococcus lactis subsp. cremoris SK11 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008527 |
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| Strand | + |
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| Start bp | 132531 |
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| End bp | 137945 |
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| Gene Length | 5415 bp |
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| Protein Length | 1804 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 639665952 |
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| Product | outer membrane protein |
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| Protein accession | YP_808191 |
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| Protein GI | 116510975 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGGAAAGTA GAAAAAAAGT CGCTTCTATA ATTCTAGGAC TAGTATTGCT TTTGCAATAT
ATTGTTACAC CAGTAGGAGT GATTGCGGAA GCATTGACTG ATGGCAGCGT AAATACTGCT
ATTAGTTTAA GCCAACTTAA AATAGACGAA TCAGAAACAA AAACTGATCT AACGTCATTT
AACTTAACAC TTAAAGTTGA AAAACCAATT GAACAAAATG AGACAGTAAT TATCGATTTG
AACAGTTCTA TTAATACACC TAGTGAAGAT AATAAAACAA AATCAACAAC AGATTTTACT
GCTAATGAAA ACAAATTAAC GGTAGTTGTA GCTGCGAATA GCAACAATGA ATTGAACATT
AACTTTTCTG TACTAAAAGA AAAATTAAAA GACCTCAATC AGTTAACAGC AACGCTTAAT
AATCAAAAGG TAAGTGTTGA TCTTCCAACA ACTGATTCAA CGACGGACTC AACAGAAAAT
TCAACGAGTA CTTCAGAATC TAAAAGTACA AGTAATTCAG AGCTTTCAAC AAACTCTTCT
GAGAGCAAGA GTCAGTCAAC TTCTGAAAGC AAAAAAGAAC AAACAAAACA AGAAACAACA
ACTCAAGCTG ACTCCGGTCG AAATATTCAT GATCTTCTAG ATGCTGCGGG TGTTTCTCCG
TCTTCTATCA TCAATGGTGC AACGGTTGTT TATGTTGATA AAGACGGAAA TCCGTATCCT
GACCAGAATA ATGTCCCTAT TGACGCCGCT GTTAAAATTG ATTACACATG GAGTATCCCA
GAAGATATTA TGCCCTTAAA GGCTGGAGAT TACTTTGACT TCAAGTTACC AGATGGAGTG
ACAATTGAAG AAGCTATGGG AAATATGGGG GATTACGGAA CTTATACTAT TGATGCTGAT
GGTACAGTTC ACTTTGTATT TAATGAAAAG GTCGAAACAA AACATGATAT TCATGGGACT
TTCCATTATG ATGCCCACTT TGATAAAGAA ACAGTTCCTG GGGAAGTTGT AATTGATACA
CCAACTGAGG AAAATTTCCC TCCTTCTGAG GTTCACGTTC GCCCAGACTA TAATCAAGGG
ATAGACAAAT CAGGACACTT TGACAAGACC CCAAATCCTA GTGAAGTAAT TTGGGAAATT
AATATTAATC GTCCATTAAA TACGATGGAG AATGCAACTC TTACTGACCC AATGCCAGCT
GGAACTACTT ATAAGTCAGT AGTCATTTAT CCAGAAACAG TTGGGCCAAA TGGAGAAATC
CTATCAGTAG ATAAAGCTCA TCCTTTAGTT GAAGGAACCG ATTATACGGT AGATGCAAAT
GGAAAAATTA CATTCATCGG TAAGTATGCG AAGACTGATC AAGCCTTTAA TGTTGTTTAT
ACAACATCTA TTGATGACGA TACTATTCCA GAAAAAGGCG GAAATGTAAA CTTTACAAAT
ACTGCTACAT TAAATGATGG GAAAACAGAT ACTGATGCAA GTGCCTCAGT TGATGCTGAA
TATAAAGGAC CGATTACAAA AAATGGCCCT TACTCAACTG GTGATGATCA AGTTTACAAT
TGGAATGTTG AGTATAATTA TAATGAGCAA AAGCATAAAG CTGGCTCATA TATTGAAGAT
ACAATGAGCG ATGCTATTGA ACTCGTGGAC GGCAGTGTTA AGCTCTATAA AATTACTTTT
GATAAAGATG GAAATGAAAT AAAAGGGGCT GAATTAAAAG AGGGCGAAGA TTATAAGCTC
GTTCCAGACC CCAATGACCC GCAAAAATTT AAAATTGTAT TTCTTAAAGA TATCGATTAT
GCAGTAAAAG CAGAGTATCA AACAAAGGTT AAAGATATTG TAGATGAAAA TGTGCCAATT
GAAAACTCAG TAGAGACAGA TACTGGGGAC AAAGATGGGT CAACAGGAAA TGCAACTCAA
GAAGGATTAG TAAAAAATGT TGATGGTGAT ATTGACTACA GCAAAGATGA AATTCCTTGG
AAAATAGATA TCAATAGTGC AGGCTATTTG ATGGAAAATT GGTCGCTAGA AGACACAATG
TCTCAAGGCC TTACATTTAT AGAAGATAGT TTCCAAATTA TTGATAAAAA TGAGGGAAAT
CGTGTTCTAT TACCGACAGA ATATACACTA GTAAAAACTG CAACAGGATT CCAAGTTTCC
TTTAATTCTC CTTTAAAAGA AGGAACTGAC CATAAATATC AGATTAAATA CAAGACAAAA
TTTGATACTA GTGCGATTGA TAATGGAAGT GGTCATGAAG GAGACATCAA ATTTAAAAAT
GATGCTTCTA TGACTTGGAA TGATCAAAAA GGTGGAGATC ATACAAATAC TGATCATAAA
GATGTTGAAC CTCTTCCACC ATTCCAATAC AATGGACAAA AATCTGGTGA CTATAATGCA
ACGACTAAAA AGATTACATG GACAGTTGCT ACTAATTTTG ATCAACAAGA ATTAAATGAT
GCTTCAATAG TAGACCCAAT TTCAGCGGAT CAAAAATATG TTTCTGGAAG TGCTAAAGTT
TATGAAGCCA CGATTAATAG TGATGGGACT TATACTTTAG GTGCTGATGT TACTTCAACA
TCAGGAATTA AAGTGACCGA AGGTAAAAAT GATATTAAGG TTAACCTTCC TGACAAGAGT
ACCAAAGCTT ATGTGTTAAT CTTTGAAACC AGTTTGGCTG GTGAACTCAT CAACCAAAAA
GAATATAAAA ATACAGCTAC ATTTACTAAT AATGACATTT CTCATGATTT AACTGCCAGC
GTCACGGCGG CTCATGAGGG TGAATTTGTT TCAAAATCTG GTGAACAATC AAGTTCAGAT
TCTGATTATG TGGATTGGAC TCTTACCGTC AATGCTTCAC AATCAACTTT GAAAGACGTT
GAAGTTGTTG ATAATCCTTC TTCAAATCAA TATGTTGTTC CAGAAGATGT CGTTGTTTAC
GGAACGACAA TTGATAAATC AGGAAATATA ACCGAAGATA AAAACACTGT GCTCAAACAA
GGAGTTGACT ATACTGTTGA TATTACTACA GATAACATCA CCGGAGCGCA AGTAATTACG
GTTGATTTCT TAGCTGAAAT TAACACAGCC TACATGGTGG AATATCGGGC ATTAATTACT
ACTGATAAAA CTAATGATAC CGTAAGTAAT CAAGCTCATA TCAGTGGAGA CAACGAAACA
ACGATTGAGA AAGATGTTGA AGTAGATGTG CCTGTAATCA ATCATGACGG GACAGCAGAG
GGTTCAGAAG GGTCAGTTAC TTTTGAAAAA GTTGGTCCTG ATAAAGAAAA ACTAGCAAAT
GCGCATCTCC AACTTTGGTC AATTAATGAT GAAGGTAAAA AAGATAAATT AATCCGTGAA
GGAGATACCG ACCAAAATGG TGATTTGAAA CTGGGACACT TACGTGTCGG TGATTATCTT
CTTATTGAAA CAAAAGCTCC AGCAGGATAC ACACTTGATG AAGAATTGGT TAAAGGTAAA
AAAGTAACTG TCGCTGAAGA TGGTGAAACA GCTAACTTTC CTATCCAAGA AGTCGAGAAC
GAACCAACAA AAGTAGTACT TAAAAAAGTA GGAATGACCA TTGAAAATGG AGAAGAAGTA
AAAAATCCAC TTCAAGGAGC AGAATTTAAA CTCTTAGATG ACTCAGGTCA AACTGTTGCG
GGTTATGGAC AACTTACTTC TGATAGTTCA GGAAATGTTA CCATTGAAAA ATTAGTATCT
GGCAAGTACT CACTTGTAGA AACGAAAGCT CCAGCAGGTT ATATCTTAGA CCCAACTCCA
ATTGAATTTG AACTCAAAGC AAATGAAGAG GGAATAATTT CAGATGTTAA CTTGGAAAAA
GTGAATTATC AAGGCTCAGC TGAATTAATC AAACATGACA GTAAAGGTCA ACCATTATCA
GGTGCAATCT TCAAGGTAGT TGATAAATCA GGCAAGACAA TTCAAACGAA TTTAACATCT
GATAAAGATG GTAAAGTAAT AGTTGACGGC TTAGCGCCAG GTGACTACTC ATTTATCGAA
GTTCAAGCTC CAACAGGTTA TGTATTAAAT ACAGACCCAG TTCACTTCAC GGTTGCTGAT
CAAGCAGAAG GCCAACCGCA AATTGTGATG GCTTCTGACA ACTTTATTAA CTATCAAGGC
TCAGCTGAAT TAATCAAACA TGATAGTAAA GGTCAACCAT TATCAGGTGC AATCTTCAAG
GTTGTTGATA AATCAGGCAA AACAATTCAA ACGAATTTAA CATCCGATAA AGACGGTAAA
GTAATTGCTA ACGGCCTAGC GCCAGGTGAC TACTCATTCA TCGAAGTTCA AGCTCCAACA
GGTTATGTAT TAAACACAGA CCCTGTTCAC TTCACAATTT CTGCTGAATC AGAAGAAAAA
CCACAGCTTG TCATGGCTTC TGATAACTTT GTTAACTACC AAGGATCCGC CGAATTAATC
AAGCACGATA GCAAGGGTCA ACCTCTATCG GGCGCAATCT TCAAAGTTGT CAATGAATCT
GGAAAAGTGA TTAAAGAAGG ACTGACATCC GATAAAGTTG GTAAAGTAGC AATTGATGGT
TTGGCGCCAG GTGACTACTC ATTCATCGAA ACGCAAGCCC CAACTGGCTA TATCTTGAAT
ACTGAAAAGG TTGATTTCAC TATTTCTGAC AAAGAAGAAG GTCAACCAAA AGTAGTGACT
GCCTCTGATA ACTTTGTTAA CTACCAAGGA TCCGCCGAAT TAATCAAACA TGACAGTGAA
GGCCAACCTT TATCAGGTGC AGTCTTCAAA GTTGTCAATG AATCTGGAGA AATGATAAAA
GAAGGCTTGA CCTCTGATAA AGATGGTAAA GTCAAGATTG ATGATTTAGT ACCGGGAAAT
TACTCATTCA TTGAGACTCA GGCTCCCGCA GGTTATATTC TAAACACAGC GAAAGCTGAC
TTTACGATCT CAGATGAAGA AAAGAATAAA CCAAAAGTGG TCATGGCTTC AGATAATTTT
ATTAACTATC AAGGATCCGC CGAATTAGTC AAGGTGAGCG AATCTGGAGA AAAACTTTCA
GGTGCAGTCT TTAAAGTTGT TGATACAAGT AAAAATGAAG TTGTTTTAAA AGGACTAAAA
TCTAACTCAG ATGGAATAAT CAAGGCAAAT AATTTAAAAC CAGGTAAGTA TGCTTTTGTA
GAAGAAAAAG CTCCTACTGG TTATCAATTA AGCCAAGAGA CTAAAACATT TGAAATTGTT
AATGAATCAG AAAATAAACC AGAAATGGTT AAAGTTGGCA AATTTGTTAA TAGAAAACTT
ATAATACCTC GCCAAAAATC AGAATTACCA AAAACGGGAG AACAAGAAAA TAGATTCCTC
CCTATTAGTG GGCTGGCGAT ATTTATTTTT GGAATTTATG TAACTTTTAA ACGACAAAAA
CTGAAAAACA AATAA
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| Protein sequence | MESRKKVASI ILGLVLLLQY IVTPVGVIAE ALTDGSVNTA ISLSQLKIDE SETKTDLTSF
NLTLKVEKPI EQNETVIIDL NSSINTPSED NKTKSTTDFT ANENKLTVVV AANSNNELNI
NFSVLKEKLK DLNQLTATLN NQKVSVDLPT TDSTTDSTEN STSTSESKST SNSELSTNSS
ESKSQSTSES KKEQTKQETT TQADSGRNIH DLLDAAGVSP SSIINGATVV YVDKDGNPYP
DQNNVPIDAA VKIDYTWSIP EDIMPLKAGD YFDFKLPDGV TIEEAMGNMG DYGTYTIDAD
GTVHFVFNEK VETKHDIHGT FHYDAHFDKE TVPGEVVIDT PTEENFPPSE VHVRPDYNQG
IDKSGHFDKT PNPSEVIWEI NINRPLNTME NATLTDPMPA GTTYKSVVIY PETVGPNGEI
LSVDKAHPLV EGTDYTVDAN GKITFIGKYA KTDQAFNVVY TTSIDDDTIP EKGGNVNFTN
TATLNDGKTD TDASASVDAE YKGPITKNGP YSTGDDQVYN WNVEYNYNEQ KHKAGSYIED
TMSDAIELVD GSVKLYKITF DKDGNEIKGA ELKEGEDYKL VPDPNDPQKF KIVFLKDIDY
AVKAEYQTKV KDIVDENVPI ENSVETDTGD KDGSTGNATQ EGLVKNVDGD IDYSKDEIPW
KIDINSAGYL MENWSLEDTM SQGLTFIEDS FQIIDKNEGN RVLLPTEYTL VKTATGFQVS
FNSPLKEGTD HKYQIKYKTK FDTSAIDNGS GHEGDIKFKN DASMTWNDQK GGDHTNTDHK
DVEPLPPFQY NGQKSGDYNA TTKKITWTVA TNFDQQELND ASIVDPISAD QKYVSGSAKV
YEATINSDGT YTLGADVTST SGIKVTEGKN DIKVNLPDKS TKAYVLIFET SLAGELINQK
EYKNTATFTN NDISHDLTAS VTAAHEGEFV SKSGEQSSSD SDYVDWTLTV NASQSTLKDV
EVVDNPSSNQ YVVPEDVVVY GTTIDKSGNI TEDKNTVLKQ GVDYTVDITT DNITGAQVIT
VDFLAEINTA YMVEYRALIT TDKTNDTVSN QAHISGDNET TIEKDVEVDV PVINHDGTAE
GSEGSVTFEK VGPDKEKLAN AHLQLWSIND EGKKDKLIRE GDTDQNGDLK LGHLRVGDYL
LIETKAPAGY TLDEELVKGK KVTVAEDGET ANFPIQEVEN EPTKVVLKKV GMTIENGEEV
KNPLQGAEFK LLDDSGQTVA GYGQLTSDSS GNVTIEKLVS GKYSLVETKA PAGYILDPTP
IEFELKANEE GIISDVNLEK VNYQGSAELI KHDSKGQPLS GAIFKVVDKS GKTIQTNLTS
DKDGKVIVDG LAPGDYSFIE VQAPTGYVLN TDPVHFTVAD QAEGQPQIVM ASDNFINYQG
SAELIKHDSK GQPLSGAIFK VVDKSGKTIQ TNLTSDKDGK VIANGLAPGD YSFIEVQAPT
GYVLNTDPVH FTISAESEEK PQLVMASDNF VNYQGSAELI KHDSKGQPLS GAIFKVVNES
GKVIKEGLTS DKVGKVAIDG LAPGDYSFIE TQAPTGYILN TEKVDFTISD KEEGQPKVVT
ASDNFVNYQG SAELIKHDSE GQPLSGAVFK VVNESGEMIK EGLTSDKDGK VKIDDLVPGN
YSFIETQAPA GYILNTAKAD FTISDEEKNK PKVVMASDNF INYQGSAELV KVSESGEKLS
GAVFKVVDTS KNEVVLKGLK SNSDGIIKAN NLKPGKYAFV EEKAPTGYQL SQETKTFEIV
NESENKPEMV KVGKFVNRKL IIPRQKSELP KTGEQENRFL PISGLAIFIF GIYVTFKRQK
LKNK
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