| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_4882 |
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| Symbol | levR |
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| ID | 2854177 |
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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 | Bacillus thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | + |
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| Start bp | 4929480 |
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| End bp | 4932155 |
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| Gene Length | 2676 bp |
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| Protein Length | 891 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637516317 |
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| Product | transcriptional antiterminator |
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| Protein accession | YP_039191 |
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| Protein GI | 49481542 |
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| COG category | [K] Transcription |
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| COG ID | [COG3933] Transcriptional antiterminator |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 34 |
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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 | ATGAAACGAA TAGATCTCAT TTTTAACGCA ATACAAGAAG GCAAGTATAC AGAAGGTGTA
ACCGCATCAG AACTCGCTAC CCTGTTGCAA CTAGATCGCG CCAATGTAAG TAGCGACTTA
AACAAACTTG TAAAAGATAA ACGTTTATTA AAAACAAATA CGCGTCCTGT TCGTTTTTAT
ATAGAAACGA ACGCTTTGTT GGAAACGCAT TCAAAAGAAG TAACTTCATT AGATACATTT
GCAATTGAAA ATACGAGCCT TAAAATCGCA ATTGAAAAAG CGAAAGCTTC TATTCTCTAC
CCTCCAAACG GTATGCATAC TTTACTGCTC GGAGAAACAG GCGTCGGAAA ATCCATGTTT
GCTTCTTTAA TGCACGAATA TGCAATTGAA GTAGAACAGC TTCCTAAAAA CGCACCATTT
ATCGTTTTTA ACTGTGCTGA TTATGCAAAT AACCCACAGC TACTACTCGG GCAATTATTT
GGGATTAAAA AAGGAGCATA TACAGGAGCA AGTGATCAAA AAGGGTTAAT TGAAAAAGCA
CATGAAGGGA TTCTTTTCTT AGATGAAGTA CATCGCCTTC CTCCAGAGGG ACAAGAAATG
CTTTTCACCT TTATTGATCG CGGAGTATAT CGCCGCCTTG GAGAAACAGA AAACGAACGT
AAAGCACAAG TATTAATCAT TACTGCAACA ACAGAAGAAC CAAATTCATT TTTATTAAAA
ACATTTACAA GACGTATACC AATGACTGTC ACATTGCCAC CACTTCGTGA GCGTACACAT
AAAGAACGTT TTGTTTTACT GCAACTATTT TTCACAAACG AAGCAATTCG CTTGCGAAAA
GAAATTCACG TGAGTCCGAA TGCAATGCGT GCTTTCGTCT TTTACAATTG TCCCAATAAC
ATCGGTCAAT TAAAAACGGA TGTACAAATC GCCTGTGCGA AAGCCTATTC TGACTTCGTG
ACAAAGAAAC GTGATTCTGT CTATGTTTCA AGTACAGACT TACCTTGGTA TATGAAAGAA
GGACTATTCA TTGAAAGAAA GAGCCGTCAT CTATACCAAA TACCAAATGA AACATTTATA
TTTACAAGTG ATGAAGGTTG GAGTAATCAT AAAATAGAAA ATGAAAAACA ATCTTCTATT
TACGATTATA TTGATTATAA ATATGAAGAA CTTCAAGCGC GTGGTATTGA AGAGGAAGAA
TTAGAGTTAC TAATAGAAAA TGATATTCAA AGCTTTTTCG TACAATATTT TAACCAAATG
TCAAAAAAGA CAAGTCATGA AAATGTTTTT AAAATTGTGG ATCGTAATAT CGTTTCCGTT
TGTGAAAGAA TTGCAGAACT GGCTGAAAAA CATTTATCCA AGACGTTTGA TGAAAAAGTA
TTTCTCGCTT TAAGTTTACA TGTACAGACA ACTCTACAAC GTTTACAAGC TGGGAAACAA
ATTCATCATC CACAATTAAA TCAAATTCGT ACGAAATATA AAGAAGCTTT TTCCGTAGCA
ATGCAATGCA TTCAACTACT GGAGGACGAA TTACAAATAA CAATGCCTAT TGATGAAGCA
GGCTTTTTAA CAATGTTCTT CGTTGTTGAT CCGATTCCTG CCTCACAAAC AGAAGTAAAA
GTATTAATAT TAGCGCACGG CAACGGCATA GCAACAGAAA TGGCAAACGT CGCAAACGAA
CTGCTCGGCA TTGATGAAGT AACTGGTATC GATATGCCGT TACATGAATC GCCGAAAGAT
TTCTTAGAGC GTGTGAAAGT GTATATGAAA ACACTCCAAA ATGTAAACGG GCTTCTCTTA
CTCGTTGATA TGGGATCACT CGCTTACATT GGTGATATAT TAGAAACTGA ATTCAAAATC
CCGGTACGTG TTCTTTCCAT GACGAGCACT CCACATGCAC TAGAAGCTGC TCGAAAAGCT
CAGCTTGGCT ACTCGTTAGA TGCATTATAT GAAACAGTGA AGAACTTAAC ACCGTTTTAC
TTAAACGTAC AAGAAGAAAA GAAAAAGCCG CTATCACCAA TGAAATCTGT TATTTTGACA
GCTTGTTTAA CTGGGGAAGG CAGTGCTTTA GCTATTCAAA AAATGTTGGA GAACTATTTG
CGATTTGACA AAGACTTAAT TGAAATCATT CCGATTAGTA TCGTCCATGA AAAAGATTTA
ACGAAAATGA TTGAGAACAT AAAAAAAGAG CGGAATATCA TTTGTATTGT TACGAATTTT
GATGTGCAAG TGCCATGCTT AACTTATCAC TTCCAAGACA TTGTAAACTA CACAGCAATT
CAGCCAATTC AAGAATTAAT TACGTATGAA GAAACATATG CAAAAATGGC TGATATTCTT
GAACAACAAA TGCAGCGTAA CGACGGAGCA CTACTTATCA AAACGATTCG TTACGCATTA
AATACAATTC AAGAATTAAT TTCCTTACAG CTAACTCCTG ACAGTTTAAT GGGTGTTATT
CTGCATATGA GCTGTATGGT TGACCGTCTT CAAAAAGGAG AAAGCCTCCT CCCTCATCCG
GATAAAGAGA AACGAAGACA AGATGAATAC TGGATGTATA TGAAAGTAAA AAAAGCATTG
CAGCCAATTG AAAATACGTT TGAAATACAA ATACCTGATG ACGAAGTGTT TTATGTAATG
GATTTCTTCA TTAAAAATCA GCCTGTAAAA AATTAG
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| Protein sequence | MKRIDLIFNA IQEGKYTEGV TASELATLLQ LDRANVSSDL NKLVKDKRLL KTNTRPVRFY
IETNALLETH SKEVTSLDTF AIENTSLKIA IEKAKASILY PPNGMHTLLL GETGVGKSMF
ASLMHEYAIE VEQLPKNAPF IVFNCADYAN NPQLLLGQLF GIKKGAYTGA SDQKGLIEKA
HEGILFLDEV HRLPPEGQEM LFTFIDRGVY RRLGETENER KAQVLIITAT TEEPNSFLLK
TFTRRIPMTV TLPPLRERTH KERFVLLQLF FTNEAIRLRK EIHVSPNAMR AFVFYNCPNN
IGQLKTDVQI ACAKAYSDFV TKKRDSVYVS STDLPWYMKE GLFIERKSRH LYQIPNETFI
FTSDEGWSNH KIENEKQSSI YDYIDYKYEE LQARGIEEEE LELLIENDIQ SFFVQYFNQM
SKKTSHENVF KIVDRNIVSV CERIAELAEK HLSKTFDEKV FLALSLHVQT TLQRLQAGKQ
IHHPQLNQIR TKYKEAFSVA MQCIQLLEDE LQITMPIDEA GFLTMFFVVD PIPASQTEVK
VLILAHGNGI ATEMANVANE LLGIDEVTGI DMPLHESPKD FLERVKVYMK TLQNVNGLLL
LVDMGSLAYI GDILETEFKI PVRVLSMTST PHALEAARKA QLGYSLDALY ETVKNLTPFY
LNVQEEKKKP LSPMKSVILT ACLTGEGSAL AIQKMLENYL RFDKDLIEII PISIVHEKDL
TKMIENIKKE RNIICIVTNF DVQVPCLTYH FQDIVNYTAI QPIQELITYE ETYAKMADIL
EQQMQRNDGA LLIKTIRYAL NTIQELISLQ LTPDSLMGVI LHMSCMVDRL QKGESLLPHP
DKEKRRQDEY WMYMKVKKAL QPIENTFEIQ IPDDEVFYVM DFFIKNQPVK N
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