| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | LACR_E6 |
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| Symbol | |
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| ID | 4405906 |
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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_008507 |
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| Strand | - |
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| Start bp | 5228 |
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| End bp | 9910 |
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| Gene Length | 4683 bp |
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| Protein Length | 1560 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 639654644 |
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| Product | superfamily II DNA/RNA helicase |
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| Protein accession | YP_796570 |
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| Protein GI | 116326651 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4889] Predicted helicase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGACTAAAC AAACTTTTGA TGATTTAATT AATCAGATTA ATACTGTTTC TAACGATGTA
CAAAGAGAAC GTGGGACGCT TTTTGAGAAA CTAACGTTGG CTTATTTAAA AAATGAACCA
ACTTACAAAG CCTTGTATCA AAATGTATGG TTATTGTCAG AAGTTCCTGA ATCTTATGGT
ATTCCCAAAA AAGATACAGG TGTTGACTTA GTTGCTGAAC AAAAAAATGG TGATTTGGTT
GCGATACAAG CCAAATTTTA TACAAATAAG GTTGGTAAGT CTGCAATTAA TTCCTTTGTT
GCTGAGTTAG GGAAAAGTTA TTATCAACGA GGGCTTATTG TATCTACGAT GGATGATTGG
AATTCCAATG CACGTGAGAC GATTGATCAG AACGAAAAAG GGATTGAAAT CATTGGATTA
TCAGACCTTA GAAACTCTCA AATTGACTGG TCTCAATTTA ATTTTGAACG TCCAGAAAAT
GTAGTCGTTA AAAAACCTAA AAAATTAAGA GAGTACCAAC AAACAGCCAA AGATAATGCA
CTTTCTCATT TTAAAGAAAA TGAACGTGGT CAACTCATTA TGGCGCCAGG TACAGGAAAA
ACATTCACTA GTCTTAAAAT TTCTGAAGCT CTAGCTAAAG ATAAAAATGG TCCTTTTAAA
GTGTTATATC TTGTTCCGAG TATCCAATTG CTGACCCAAA CATTGCGTGG TTGGAATAAT
GATACTGAAC TTACAATAAC GAGTATGGCT GTTACATATG ACCGTGATGC GTCACGTGGT
ACAGATGGAA CTGAGGATAT AAAAGCCTCT GATATTGGTT ATCCAGCAAC CACTTCTAGT
AAAAAGATAT TGCAAAACTG GCATGATTTT GAATCATTGC CAAAACCAAC CGATATGCTC
GTTGTTTTTA GTACGTATCA GAGTATTGAA GTCATTGGTG AAGCCCAAAA AGAAGGGTTT
CCTGAGTTTG ATTTTATTAT CTCTGATGAG GCTCATAGAA CGACAGGTGC TCATGAAGCA
ACTAAAGAAG CCAGTGCATT CTCTAAAGTT CACAGCAATA CCAATGTAAA AGGGCTGAAA
AGAATGTATC AAACAGCTAC ACCAAAGATA TATGGTGAAA GTGCTAAAAA AAATGCTAAA
GACAAGAGTA TTTTACTCTC ATCAATGGAT GATGAAAGTA AATATGGAGA AGTGTTCTTC
CGTATGGGAT TTGGTCAAGC AGTTTCACGT GATATCCTAA CCGATTATAA AGTGATGGTT
TTAGCAGTTG ATGAAGCAGC AATTCAAAAA GATATGCAAC GAACGCTTGC TGATCCAGAA
AATGGCTTGA ATATTGATGA TGTTGGTCGT ATTGTGGGGA TTTGGAACGG AATGATGCGC
CGTAATGGCT ATAAGAATCC TATCAAAAAT AGTCCTTATG ATGGAGCCCC TTTAGAACGA
GCGATTGCCT TTACACGAAC AATTGAAGAA TCGAAAAAAG TATCGGGTCA ATTCGAAGAA
GTAGTCAATG AATATATCAG CGAAGCTATT GAAGACGAAT CTATCCATTT ATCAATGCGT
CATGCGGATG GACAAATGAA TGCACTCCAA AAAGGAGAGA TTTTAGATTG GTTAGCAAAT
CCTAATAAAC CAGCTGATGA AGCACGGATT GTTTCTAATG TCCGCTTCTT AACAGAGGGT
ATCGATATTC CGACACTTGA TGCAGTTATA TTTTTATCTC CTAAGAAATC TCAAGTTGAT
ATTGTTCAAG CTGTTGGTCG TATCATGCGT AAGGCTGAAG GTAAAGACTA TGGATATATT
ATCTTACCAA TTGTTATTCC AACTGGAGAA AAGCCAGAAA CAATATTAGA CAATAACAAG
AATTACGAAA CAGTTTGGCA AGTGATTAAT GCTTTACGCT CTGTCGATGA GCGATTTGAA
GCAATGATTG ATAAGTTAAA CATGGCAAAA CCTAAACAGT TAAAAGTTAT TGGTGTAGGA
AGTGCTCCAG ATCAAGTGAA TGATCAAGAT AAAACTACTG AAAATACTCC TGTCCAAACT
GAACTTGAAT TTGAGTGGGA TAAATTTGAA GGAGCTATTT TTGGTAAAAT TGTTCAAAAA
GTTGGAGATC GTAAATATCT TGAGAATTGG TCGAAAGATG TTGCTAAAAT TGCCGAGCGT
CAAATTAACT GGATTAAAAA TAAGTTATCA GACAAAAAAG ATCCGATTAG TTTAGAATTT
AAAAAGTTCG TTTCATCATT ACAACATAAT ATCAATGAAA GTATTGATGA AAATCAAGCT
GCGGAAATGC TCTCACAGCA TTTAATTACA AAGCCTATAT TTGAGGCACT ATTTTCGGAA
TATAGTTTTG TAAATCAAAA TCCCGTCTCG CAAGCGATGG AATCGATTGT ATCAGAGCTA
GAAAAAGCTG GCTTTGCCAA AGAACAAGAA AACCTAGAAC CTTTATACGA GTCTGTCAGA
ATGCGTGCTG AAGGTATTGA AAAAGCAGAA GACAAACAAA AGATTATTGT TACTTTATAT
GATAAATTCT TCAAAACTGC TTTTAAATCA ACGACTGAAA GATTAGGGAT TGTCTTTACT
CCAATTGAAG TTGTCGATTT CATTATTCAT TCTGTTGATG ATGTGCTTAA AAAGCACTTT
GGAAAAGCTT TAGCGAGCAA GGATGTCCAT ATTTTAGATC CATTTACAGG AACGGGAACG
TTTATTGTTC AAACGTTGAA TTATCTAAAA GAACAAATGG ATGCTGGAAA AACCTCTTTG
GCAGAAATTA CCCGTAAATT TACTCAAGAA TTACATGCGA ATGAAATTGT TTTGTTAAGC
TATTACATTG CGGCCATTAA CATTGAAGCA ACTTTTGATG AAATAAACGG TGAGGAAAAA
GGCTATGTTC CTTTTGAAGG GATTGTCTTA ACGGATACTT TTGAGAGTGC AGAGACTGAA
GATACATTAG ATGATGATTA CTTTGGAACT AATGATGCAC GGTTGAAACG ACAACAAGAA
GTTCCAATTA CTGCTATTAT CGGTAATCCT CCCTATTCGA AAGGACAGTC TAATGACAAC
GACAATAATA AAAATCTAGA ATACCCAGAA TTATTCAAGT CTGTTGCAAA TACATACGTA
AAACATTCTA AAACAAGTAG TGTACTGGGA ATGTATGATA GTTATGTTTT ATCAATTCGT
TGGGCCTCAA ACCGTTTAAA TGGTAAGGGT GTTGTGGCTT TTGTTTCTAA TGGATCATAC
ATAGATAGTC AATCAGCAGA TGGATTAAGA AAATCACTTT ACGAAGAATT CAACTATTTA
TATATTTTTA ATTTAAGGGG TGACCAACGA ACATCTGGCG AAACCTCCCG CAAGGAAGGT
GGAAAAATAT TTGGTTCAGG AAGTCGTACA CCTATTGCGA TTTCTATCCT TATTAAAGAT
GATAGTGATA ATCATGAACT TTATTACCAC GATATTGGAG ATTATTTAAG TCGTGAAGAT
AAATTTGAAA TTTTAAGTGA GGCAAAATCT ATTTCAGGAT TAGATTGGTT AAAGATTACA
CCTGATGCTA ATAACGATTG GATTAATCAA CGAGATGTAA ATTATTCAAG TTATAGAGCT
ATGGCAGAAG AAGATAATTC TATTTTCGAT TTAAAAGATA TTGGTATTGT CACCAATCGA
GATACTTGGG TAAGTAATTT TTCTGACAAA AAAGTAAGCA AAAATGTTGC TACTATGATA
GGGAATTATA ATGCTGAAGT TGATAAGTTA GACTCTATAA CTGATGAAAT AAATATTAAA
AATGTAAATA ATTATGTGAC AAATGATGAA ACTAAAATCA GCTGGGCAGC GAGCCTAAGA
ATGGCTGCTG TTCGTAAAGC AAAAATGTCA TTTAATCAAG ATAATATTAT TTTATCTATG
TATAGACCTT TCACTAAAAA ATATTTGTAT AGAGATAGAG TTATTAATGA ACGTGTTCGT
AAATCTTATA TCACTTTCCC AAATAGCAAC TCAGAAAACT ACTTAATTAA CGTGGCTGGT
ACTTCAAATA AATCTGAATT TTCAGTATTA ATGAGTGATG TCGTTTCCGA TTTAATGATT
ATAACGAATT CACGAAATTT CCCGCGATAT ACTTATGAGG AATCCGGTAT TTTTAACAAT
AAAATAGATA ATATTTCAAA CGATGATGAT TTCTATTATG TATACGGTGT ACTTCATTCG
CCCGACTATA AACATAAATA TGCACCTGAT CTTAAAAAAG ATTTACCCCG TATCCCTTTA
TTGAAAAACA AAGAAAAATA CGTAGAAATT GGCCGTAAGC TTGCTGATTT ACATCTAAAT
TATGAAGAAC AACCCAACTG GGATGGTGTT GAAGTTGAAA TTTCGAAACC TGATTATCGT
GTTAAGAAGA TGAAACATCC TAAAAAAGGT GTATTAAATA CGATTATTTA TAATGAAAGT
ATTACTATTA AGAATATTCC AGAGAGGGCA TATGATTATG TTGTTAATGG TCGGCCTGCG
ATTGAATGGA TTATTGATCA ATATCAAGTT AAAACAGATA AAAAATCTGG TATTACAGAT
GATCCTAATG ATTTTAGTGA TGATCCTAAG TATATTTTGA ACCTCCTACT ATCTGTTATT
ACAGTAAGTA TGCGTACACT TGAATTAATT GATGAATTGC CACCATTTGA AGTAACCGAA
TAA
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| Protein sequence | MTKQTFDDLI NQINTVSNDV QRERGTLFEK LTLAYLKNEP TYKALYQNVW LLSEVPESYG
IPKKDTGVDL VAEQKNGDLV AIQAKFYTNK VGKSAINSFV AELGKSYYQR GLIVSTMDDW
NSNARETIDQ NEKGIEIIGL SDLRNSQIDW SQFNFERPEN VVVKKPKKLR EYQQTAKDNA
LSHFKENERG QLIMAPGTGK TFTSLKISEA LAKDKNGPFK VLYLVPSIQL LTQTLRGWNN
DTELTITSMA VTYDRDASRG TDGTEDIKAS DIGYPATTSS KKILQNWHDF ESLPKPTDML
VVFSTYQSIE VIGEAQKEGF PEFDFIISDE AHRTTGAHEA TKEASAFSKV HSNTNVKGLK
RMYQTATPKI YGESAKKNAK DKSILLSSMD DESKYGEVFF RMGFGQAVSR DILTDYKVMV
LAVDEAAIQK DMQRTLADPE NGLNIDDVGR IVGIWNGMMR RNGYKNPIKN SPYDGAPLER
AIAFTRTIEE SKKVSGQFEE VVNEYISEAI EDESIHLSMR HADGQMNALQ KGEILDWLAN
PNKPADEARI VSNVRFLTEG IDIPTLDAVI FLSPKKSQVD IVQAVGRIMR KAEGKDYGYI
ILPIVIPTGE KPETILDNNK NYETVWQVIN ALRSVDERFE AMIDKLNMAK PKQLKVIGVG
SAPDQVNDQD KTTENTPVQT ELEFEWDKFE GAIFGKIVQK VGDRKYLENW SKDVAKIAER
QINWIKNKLS DKKDPISLEF KKFVSSLQHN INESIDENQA AEMLSQHLIT KPIFEALFSE
YSFVNQNPVS QAMESIVSEL EKAGFAKEQE NLEPLYESVR MRAEGIEKAE DKQKIIVTLY
DKFFKTAFKS TTERLGIVFT PIEVVDFIIH SVDDVLKKHF GKALASKDVH ILDPFTGTGT
FIVQTLNYLK EQMDAGKTSL AEITRKFTQE LHANEIVLLS YYIAAINIEA TFDEINGEEK
GYVPFEGIVL TDTFESAETE DTLDDDYFGT NDARLKRQQE VPITAIIGNP PYSKGQSNDN
DNNKNLEYPE LFKSVANTYV KHSKTSSVLG MYDSYVLSIR WASNRLNGKG VVAFVSNGSY
IDSQSADGLR KSLYEEFNYL YIFNLRGDQR TSGETSRKEG GKIFGSGSRT PIAISILIKD
DSDNHELYYH DIGDYLSRED KFEILSEAKS ISGLDWLKIT PDANNDWINQ RDVNYSSYRA
MAEEDNSIFD LKDIGIVTNR DTWVSNFSDK KVSKNVATMI GNYNAEVDKL DSITDEINIK
NVNNYVTNDE TKISWAASLR MAAVRKAKMS FNQDNIILSM YRPFTKKYLY RDRVINERVR
KSYITFPNSN SENYLINVAG TSNKSEFSVL MSDVVSDLMI ITNSRNFPRY TYEESGIFNN
KIDNISNDDD FYYVYGVLHS PDYKHKYAPD LKKDLPRIPL LKNKEKYVEI GRKLADLHLN
YEEQPNWDGV EVEISKPDYR VKKMKHPKKG VLNTIIYNES ITIKNIPERA YDYVVNGRPA
IEWIIDQYQV KTDKKSGITD DPNDFSDDPK YILNLLLSVI TVSMRTLELI DELPPFEVTE
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