| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_1424 |
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| Symbol | |
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| ID | 4434347 |
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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 | 1336402 |
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| End bp | 1339986 |
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| Gene Length | 3585 bp |
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| Protein Length | 1194 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 639667151 |
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| Product | Type I restriction-modification system methyltransferase subunit |
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| Protein accession | YP_809361 |
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| Protein GI | 116512145 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGGCAATTA AAGCACTCTC CCTTAAACAA AGCATGAACA AAAATGTTCA AGCCATCATG
CCACAGGAAG ATGAAAAAGC TGAATTTGAG AAAAAGCTCA TCTCCTATCT CGAAACACTT
CAAGCAAAAA AAACAGAATC AGAAGAATAT CAGAAAAATT TGATTTCTGA TTTTTTGAAA
GCACTCCTAC AAAAAAATTT CATCAATACA AGCAATCGAA TTGACTTAGC CATCTATAAC
GGTCAAGGCA GTACAAGCTC ACTCGGTGTA ATTATCGAAG TCAAAAGCCT GACGAATAAA
TCAGAAATGA TGACGCGTGA GAATATCAAT GCCAAGGCTT TACGTGAGAC CGTTGCCTAT
TACATGGGCG AACGATTTTC AGGAAATCTT GAAATCAAAA AGGCTATCAT CACAAACGGC
TTGTCTTGGT TTATCATCGA AGCTAAAGAG CTTGAAAAAT ATTTCTACAA TAATAAAAAG
CTTCATGATT TATATGATAA ATGGCAAAAA GGTCAGCTTT CAAGCTCAAA AACAGATTTT
CTGTACAGTG AAGTTATTGC CCCAGAAATT GACAGAGCCA TAGATAAGGG CATTGCGATT
GCTCACTTTA ACCTTATTGA CGCTTTAGCT TCCAAGAATC CAATGAGACT CAAAAAGAAT
AACCTCACGC AACTCTATCG TTTCTTTTCG TCAGAAAATT TGCTGAACAA AGAGATCTTT
ACAGATTCAA ACAAGCTCAA TAAAGCTTTT TATGATGAAC TCCTTTATAT CATGGGACTG
GAAGAAACAA AAGAAGGGAC TTCCAAAGTC ATCAAACGCC TAAAACCAGA AAAACGAGAG
TACGCTTCAC TGGTGGAGTC TGTAATCAGC CGACTTAATC AAAACGATGT ACCCACTGAA
AAGCAATATG ACAATGCAAT TCAACTAGCT GTTGTTTGGG TCAATCGTAT TTTGTTTCTG
AAACTCTTGG AATCTCAACT TGTCGCTTTC AACAATAACG AGAAATTCAA ATTCTTGACC
TATGATAAAA TCAAGAGTTA CGGCGATTTA AGTGACCTAT TCTTCGGAAT ACTAGCCAAA
CGCCACGAAC AACGTGACCC ACGCTTAGAA GAAAAATTTG GAAATATTCC CTATCTGAAC
AGTTCTCTTT TTGAAGAAAC CGACCTTGAA CGTTCTCACG ATGGGATTGC TATTGACCGA
CTACGTGAAG AAGATATTCA GATTTATAGT AAAACTGTGC TCAAAGGCGC TGGTGGAAAA
CGAAAATCTG GAAAAATGGA CTTCCACCAA TATCTATTTG AGTTTCTAAA TGCTTATGAT
TTCTCAACAA CTGTCACGCG TAAGGAAAAT TCTCAAAATG AGCTCATCAA TGCGTCAGTT
CTGGGATTGA TTTTTGAAAA AATTAACGGC TATGCAGACG GCTCTTTCTT CACACCTGGT
AAAATTACAA TGTATATGTC ACGTCGTGCG CTACGTTCTG CTGTTATGGA TAAAGTCAAT
CAAACCCTTG GTTGGAACGC TAAGACTATT GAGGACTTAA AGTTCAAGAT AGATAATATC
GAAGTCGCCC GAAAAGTCGG GCAGGCAATC GATAATTTGA AAATCTGTGA CCCAGCCGTA
GGATCGGGGC ACTTCCTTGT TTCAATCCTA AATGAAATTG TCGCTTTGAA AAATGAATTG
CGCTGTTTAT TTGACGCTGA CGGAAAAATC CTCAATGACA TTCACTGCTA TGTAGCAAAT
GATGAACTGA TTGTTCAAGA TTTTTCTGGC GATAACTTTG CTTATCATGT GGGCAATATC
CCCTCAGCCA GAATCCAAAA AGCACTCTTC ATTCAAAAGC AAACCATTAT TGAAAACTCT
TTATTTGGTG TTGATATTAA CCCCAATTCA GCTAATATCT GCCGTTTACG CCTTTGGATA
GAACTTTTGA AAAACTCTTA TTATGATGAA TCTGGTGAAC TTGTCACGCT CCCAAATATT
GATATTAACA TAAAAGTCGG GGACAGTCTG CTTCATAAGT TCGATTTTGA CTTTAGCTTT
GACTTAAGAA AAAATGACTT CAAAGAGTAC TTACAACTAG TCAAAGAATA TAAGAGTACC
AACAATAAGC GCACCAAAGC CGAAATTTTT GATAAAATCA GCAAAATCAA ATCATCGTTT
GATGATACTG CAACTAGTCC AGAGCTGAAA CGCCTCAAAC AGCTTAAAAA AGAACTGGGA
GATGCTGCAA AGATTAACCT TTTTGGTGAC TCAAAAGATG AACAGAAGCG CTTTGAGGAA
GTCAGCAAAC AATTCACAGC AGCTCAAAAA GAATTTGGCA AAGCCATGCA AAACCCAATG
TTTGCCAAAG GTTTAGAGTG GCGAATGGAG TTTCCAGAGA TTCTTGATGA AGATGGGAAT
TTTGTTGGCT TTGACCTCGT GATTGGGAAT CCGCCTTATA TCTTTACAAG AGGTCAATCC
TTTACTGAAG AAATGAAAAC TTTTTTCTTA GAAACTTATG AAGTAAGCCA ATTCAAGGCT
AATACATATA CATTTTTCAT AGAATTAGCT TATAAGTTGA TGAGAACTGG AGGAACGTTT
AGCTACATAA TTCCTAATAA TTTCCTGACA TTGTCAACAA ACTCCAAAGT ACGTAATTTT
ATCACAGAGA AGACGGGTAA CATAGTCATC ATAAATTCAC AAGATAAAAT TTTTGCTGAT
GCTAGCGTTG ATAATTGTAT CATCTTTTTT AAGAAAAATA CTCCTAACTG GATTGAGGTA
TCAGAATTAA AATCTGGAGA ATTTCAGACA TTAGGAAAAG TGGAGTCAAA TTTTTTCAAA
AATAGTCCTA CATTTAGTTT ATCCCTTGTA AAATATAAAG ATGCAATTCA AGCGTTTGAA
AAAGCAAATA GTTTTCCGAA GTTGAATCGT CTTGGGGTAG CAACTGTAAA AACTGGTGTA
CAAGCATACG CAAAAAACGA AGGAACTCCA AAACAATCTG AGGAAGATAA AAAGAATAGA
GTTTTTCATT CAAATGAGAA AATAGATGAA ACTTACAGAA AATATTTGGA TGGAGAAAAT
GTTAGTAGGT ATGCTTTAAC ATGGAATGGC GAATGGTTAA AATACGGGAA ACACCTTGCT
AGAATGAGAG ACCCAAGAAT TTTTGATAAT CCAAGAATAT TAGTGCGACA AATTCCAACA
TATTCGACTC ACGCCATTGA AGCCATGTTT ATAGATGAAG AGTATATAAA TGACGTTAAT
TCTGCGATAA TCACAGAAAT TAGCATGAAC CCTTTATATA TTTTAGGAGT AATTAACTCC
AAACTAATAA CGTTGTGGTT TATGATGAAC TTTGACAAGT TTCAGCGGCG TGTTTTCCCA
CAATTCAAGG TTAATGAACT TGGAGAATTT CCAATTCCAG ACGCAAGTGA AGATTTACAA
AATAAAATAG CTCAGCCAGT TCAGCAATTA ATGGACGAGA TGAAAAAGGA AATCAGAGAT
GAAGCATTGA TTTCAAGTCT AAACACCCAA ATTGACGAAC TTGTCTTGGA TTTATTCCAG
CTGAAGGACG AAGAAAAGCA AAGCGTCAGA GAATTTGAGG TGTAA
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| Protein sequence | MAIKALSLKQ SMNKNVQAIM PQEDEKAEFE KKLISYLETL QAKKTESEEY QKNLISDFLK
ALLQKNFINT SNRIDLAIYN GQGSTSSLGV IIEVKSLTNK SEMMTRENIN AKALRETVAY
YMGERFSGNL EIKKAIITNG LSWFIIEAKE LEKYFYNNKK LHDLYDKWQK GQLSSSKTDF
LYSEVIAPEI DRAIDKGIAI AHFNLIDALA SKNPMRLKKN NLTQLYRFFS SENLLNKEIF
TDSNKLNKAF YDELLYIMGL EETKEGTSKV IKRLKPEKRE YASLVESVIS RLNQNDVPTE
KQYDNAIQLA VVWVNRILFL KLLESQLVAF NNNEKFKFLT YDKIKSYGDL SDLFFGILAK
RHEQRDPRLE EKFGNIPYLN SSLFEETDLE RSHDGIAIDR LREEDIQIYS KTVLKGAGGK
RKSGKMDFHQ YLFEFLNAYD FSTTVTRKEN SQNELINASV LGLIFEKING YADGSFFTPG
KITMYMSRRA LRSAVMDKVN QTLGWNAKTI EDLKFKIDNI EVARKVGQAI DNLKICDPAV
GSGHFLVSIL NEIVALKNEL RCLFDADGKI LNDIHCYVAN DELIVQDFSG DNFAYHVGNI
PSARIQKALF IQKQTIIENS LFGVDINPNS ANICRLRLWI ELLKNSYYDE SGELVTLPNI
DINIKVGDSL LHKFDFDFSF DLRKNDFKEY LQLVKEYKST NNKRTKAEIF DKISKIKSSF
DDTATSPELK RLKQLKKELG DAAKINLFGD SKDEQKRFEE VSKQFTAAQK EFGKAMQNPM
FAKGLEWRME FPEILDEDGN FVGFDLVIGN PPYIFTRGQS FTEEMKTFFL ETYEVSQFKA
NTYTFFIELA YKLMRTGGTF SYIIPNNFLT LSTNSKVRNF ITEKTGNIVI INSQDKIFAD
ASVDNCIIFF KKNTPNWIEV SELKSGEFQT LGKVESNFFK NSPTFSLSLV KYKDAIQAFE
KANSFPKLNR LGVATVKTGV QAYAKNEGTP KQSEEDKKNR VFHSNEKIDE TYRKYLDGEN
VSRYALTWNG EWLKYGKHLA RMRDPRIFDN PRILVRQIPT YSTHAIEAMF IDEEYINDVN
SAIITEISMN PLYILGVINS KLITLWFMMN FDKFQRRVFP QFKVNELGEF PIPDASEDLQ
NKIAQPVQQL MDEMKKEIRD EALISSLNTQ IDELVLDLFQ LKDEEKQSVR EFEV
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