| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A2461 |
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| Symbol | |
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| ID | 7096783 |
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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 cereus B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | + |
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| Start bp | 2361088 |
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| End bp | 2365644 |
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| Gene Length | 4557 bp |
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| Protein Length | 1518 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643469995 |
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| Product | linear gramicidin synthetase subunit C |
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| Protein accession | YP_002367177 |
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| Protein GI | 218230817 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | ATGACCAATG AGGAATGTTA TCCATTAAGC CATCCGCAGC GAAGAATATG GTATACAGAA
GTTATTCATT CTGATAAAGG AATATGTAAT TTAAGATTTT TATTTAAACT TCATCGAAAA
ATGAACTATT CAAAATTAAA CCAAGTTGTG AATCGCGTTA TCAGTGAAAA TGACGGTCTG
TGCATTAGGT TAAAAGAAAA TGGGCATCAA GAACCGAAAC AATATTTTAC TAAACATGAA
GAACAAGAAT TTGAGTTTTT TGATTTCAGT AATGTGGAGA ATACAAATTT GCTTGAGGAA
TGGATTGAGC AGAAAACAAA AGAAACGTTT ACATTATTTA ATTCAAATTT ATACTATTTC
GCTTTAATAA AATTAAACGA TAATGAATGT GCAGTCTTTG GAAATGTTCA TCATATTATT
ATGGATGGTT TATCAATTCA AATATTTACT GAGCAGATTG CAAAATATTA TTATGACATG
CATAACGAGA ATGAGGAAGG CGAAATTAAA AATTCATATG TTCAATTTCT GACCAATGAA
CAAACATACT TGAATAGTAG TCGCTTTCAA AAAGATCAAA AATTTTGGCT AGAGGAATTT
AAAACACTGC CATCTGTGAC TGGATTGAAG CCTTATAATA CGTACCAAGT TAGTACCAAA
GCATCACGTG AGACGTTTAT ATTAACGGAG CATTTGAAGA GAAAGATAGA AAAATTTTCT
GAAGATTACA AATTTAGTTT ATACACCCTT TTTGTTGCTG CTTTCTCGTT GTCCATGTAT
CGGTGGACCT CATCGCTTGA TATTGGTTTA GGAATGGCTT ACGGCAACCG TATGACTAAA
ATGGAACGAA AATTGATTGG AATGATGGTG AGTACAGTTC CTTTAAGAAT GGATATTGAT
CCAGAAGAAG AAGTACTTTC ATTTATTAGT AGGGTGTCCA GAAAACAAAG TAAATCATTA
AGACACCAGA AATATCCATT TGATTTGTTA TTAAAGCAGA TTAATAAAGA GAATAACAGT
AATGTGAGAC TTTTCGGAAC TACGATTGAT TATAGGGATC GTGATGAAAG TGGTGACTCA
CTATGGATTC CAAACCGTGA AGAAGTACAA GATTTTGCAG TGCATATTGA AAATCTAATT
GATATAGACT CTTTACATGT ACATATTGAT TATCGTGAGG AGCTATTTTC TAAGGAAGAG
ATAGAACGAT TCTTTAACGT TATGCTAGTG ATACTGGAAA ATATTTTTGA AAACCCAAAG
CAGAAGGTGG CTGAAATAGA AATCATTTCT GAGGAGGATA AAAGAAAAAG TTTAGTTGAG
TTCAACAATC CTAAACTGGA TGTCCCGCCT CAAGTAACTA TTCATGAAAT GTTCGAACGG
CAAGCGATGA TTTATCCAAA TGCTATTGCA GTTACGTATG AAAAAGAAAA AATTACTTAT
AAGGAACTTA ATGAACGTGC AAACCAGTTA GCTCATTATC TGCAGAAAAA AGGAGTAGGA
CCTGATACTT TAGTTGGACT GTGCGTTGAA CGTTCCCACG AGATGATTGT AGGTATTTTA
GGGATTTTGA AGGCTGGTGG GGCTTATGTC CCACTTGATC CAACATATCC AGAGCAACGA
CTTCAATATA TTTTAGAAGA TGCTAGCATT CAGTTATTCG TAACGCAAGA AAGTTTAAAA
GAATTGAACT GGTTACCAGA AAATGTTGAG TCGATTTGCC TGGATCGTGA TCAAGATGAG
ATTGGGAAAG AAAGTAAGAC TTTGCCGGTT TCTGGTGTCG TTCCCCAAAA TCTGGCATAT
GTAATCTATA CTTCGGGATC AACGGGAAAT CCAAAGGGCG TTATGATAGA GCATCACAAT
GTCATTCGGT TATTTAAATC GACGGATTGT TGGTATCAGT TTAATGAAAA AGATACTTGG
ACGCTTTTTC ATTCGTATGC ATTTGATTTC TCAGTATGGG AAATTTGGGG AGCATTATTA
TATGGTGGAA AATTAGTTGT TGTTCCGTAC TGGATTAGTC GATCACCTAA GGATTTTTAT
CAATTATTGG TGGAGGAAGA AGTCACAGTT CTAAATCAGA CACCTTCCGC ATTTCGACAA
TTAATACAAG TGTGTGAACA AGAAGATGAG AATAAAAATT TGCAGCTGCG TTATGTCATA
TTTGGCGGAG AAGCGTTAGA ACCTACTAGC TTGTTACCGT GGTTTCAAAG GTATGGGGAG
AAAAACCCAC AGTTAATTAA TATGTATGGA ATTACAGAAA CTACAGTTCA TGTTACATAT
TATCCAATTA CTTTAGATGA TGTGCAGCAG GCTTCAAGAA GTAATATTGG AAAGCGGATT
CCCGATTTAG AAGTGTATAT ACTAGACGCT TATCAACAAC CTGTTCCTAT AGGTGTTGAT
GGTGAACTTT ATATTGGCGG GGCAGGGCTT GCACGTGGGT ACTTAAATAG ACCTGAATTA
ACAGCAGAGC GTTTTATATC TCATCCATTT AGTAGTGATC TGAAAGCAAG ATTATACCGG
ACAGGAGACT TAGCGAGGTA TTTGCCAGAT GGGAATCTAG ATTATCGTGG AAGAATTGAT
CATCAGGTTA AAATACGTGG TTTCCGAATT GAGATTGGGG AAATTGAGTC TACTTTACAT
ACATATGCAT ATGTAAAAGA GGCAGTTGTA ATTGTAAGAG AAGATCAGCC AGGCGATAAA
CGATTAGTAG CATATGTTGT AGGAGATGGA AATGTAGATG CGTGGAGAGA GTATCTTAAA
GCGAAACTAC CAAGTTATAT GGTTCCTTCG GGATTTGTGG CGATGGAAGC TATTCCACTT
ACAGCTAACG GTAAAGTTGA TCGTGAGGCC TTACCTATGC CGGAGGAAAA GCAGATTAAT
AGTGAATGTG TTGGCCCTCG GAATAGTAAC GAACAGATAC TAACTACCAT TTGGAAGAGA
GTATTAGGTG TTAAAAAGGT GGGAATCTAT GATAATTTCT TTGAAATTGG TGGCGACTCA
ATTCTCAGTA TTCAAATTAT ATCTCAAGCA AGTCAAGTGG GGTTAAAACT TACTCCAAAG
CAAATGTTTG AATGCCCAAC TATCGCTGAG CTGGCACAAG TGGCTATAGA AACGCAGGGA
GTACAAGCGG AGCAGGGAAT TGTGATAGGT GATGTGCCTC TTACTCCAAT TCAGTGCTGG
TTCTTCGAGC AAGAACATCC ACATACAGAG CATTGGAATC AATCAATGCT TTTAAGAGTA
AAAGAAAGAT TGGATGTGAA ATTACTAGAG GGAGCGATAT TAAATTTACT GAAACATCAT
GATGCTTTAC GTTTCCGGTA CGAACAGTTA CCAAACGGAA CGTGGAGGCA GAGAAATGAA
GGGACTGATG AGCTGTCAGT ACTCCATGTT GTAAAACGGA ATCAAGTTAA TGAAAAAGAG
TGGAATAAAA TAATACAAGA AGAGATGAAT ATTCATCAAG CTAGTTTCAA TTTAATTACT
GGTCCGTTAA TGAAAGTAGT GTACTTTGAA GATAACTTGA CTGAAAATGA TCGAATATTC
TGGGTGATAC ATCATTTAGT AGTAGATGGA GTGTCATGGA GGATTCTATT GGAAGATTTA
CAGGTGGTAT ATAACCAGAT GAAACAAGGT CAAGAAATTC GCTTACCTGC GAAAAGTACA
TCTTTTAAAG AATGGTCTGA ACGACTTCAG ACATACAGTG ATTCGGATAT TTCAAAAGAA
GTAAAGGATT ATTGGAATGA ACAAGTAGAA AAAGAAACGA TGAAAATTCC AATGGACTAT
CCAATACAAG AAACGACAGA AGAATCGATT GATCAAGTGA CGAGGACTTT AGGAATAGAA
GAAACACAAG CATTGTTACA CGAAGTTCTA GTCACTCATA AGACAAGGAT TGATGAGGTA
CTATTAACGG CATTAGGACA AGCTATCGTC GATTGTACAA ATCAGCAAAC CGTTTCTATT
CATCTAGAAG GACACGGAAG AGAAGAGATG ATTGAAGGTA TTGATTTATC AAGGACAGTG
GGCTGGTTCA CGAGTATTTA TCCCGTTCAT CTCAATTTTC AAGGAACTCA GACACCTATT
GAAGGGTTAA AGGCAGTCAA AGAACAATTG CGTCGAATCC CAAATCGCGG AGTAGACTAT
GGTATTTTAC GTTACTTGAA TAAAGGATTA CTTCCGTTTT ATCAGCAAAA GCCTTCAATA
AGCTTTAACT ATTTGGGCCA ATTTGATCAG GTGTTTTCAA GGGACTCTTT GTTTATGCAA
GAGACAGGAT TTACATTTTT AGATCATGCT CCAGATTCCA AACCATCTCA TCTAATTGAT
GTTATCGGAA TGGTGAAAGA TGAAAAGTTA CATTTTATTT GGATGTATAG TAGGGAACAG
TTTTCTAAAT TAAAAATTCA AGTGATAGCA GATGGTATGT TGAGGCATCT TCGTCAACTT
ATAAATAAAC CAACAACAGA GTCTGCTTTT ACGGTATCAG ATTTTGCTGA TGCAGAGGAT
CTTACGGAAG AAAGCTTGAG CAAAGTATTA CTTAAATTAA CAAAGAAGAG GGTGTAA
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| Protein sequence | MTNEECYPLS HPQRRIWYTE VIHSDKGICN LRFLFKLHRK MNYSKLNQVV NRVISENDGL
CIRLKENGHQ EPKQYFTKHE EQEFEFFDFS NVENTNLLEE WIEQKTKETF TLFNSNLYYF
ALIKLNDNEC AVFGNVHHII MDGLSIQIFT EQIAKYYYDM HNENEEGEIK NSYVQFLTNE
QTYLNSSRFQ KDQKFWLEEF KTLPSVTGLK PYNTYQVSTK ASRETFILTE HLKRKIEKFS
EDYKFSLYTL FVAAFSLSMY RWTSSLDIGL GMAYGNRMTK MERKLIGMMV STVPLRMDID
PEEEVLSFIS RVSRKQSKSL RHQKYPFDLL LKQINKENNS NVRLFGTTID YRDRDESGDS
LWIPNREEVQ DFAVHIENLI DIDSLHVHID YREELFSKEE IERFFNVMLV ILENIFENPK
QKVAEIEIIS EEDKRKSLVE FNNPKLDVPP QVTIHEMFER QAMIYPNAIA VTYEKEKITY
KELNERANQL AHYLQKKGVG PDTLVGLCVE RSHEMIVGIL GILKAGGAYV PLDPTYPEQR
LQYILEDASI QLFVTQESLK ELNWLPENVE SICLDRDQDE IGKESKTLPV SGVVPQNLAY
VIYTSGSTGN PKGVMIEHHN VIRLFKSTDC WYQFNEKDTW TLFHSYAFDF SVWEIWGALL
YGGKLVVVPY WISRSPKDFY QLLVEEEVTV LNQTPSAFRQ LIQVCEQEDE NKNLQLRYVI
FGGEALEPTS LLPWFQRYGE KNPQLINMYG ITETTVHVTY YPITLDDVQQ ASRSNIGKRI
PDLEVYILDA YQQPVPIGVD GELYIGGAGL ARGYLNRPEL TAERFISHPF SSDLKARLYR
TGDLARYLPD GNLDYRGRID HQVKIRGFRI EIGEIESTLH TYAYVKEAVV IVREDQPGDK
RLVAYVVGDG NVDAWREYLK AKLPSYMVPS GFVAMEAIPL TANGKVDREA LPMPEEKQIN
SECVGPRNSN EQILTTIWKR VLGVKKVGIY DNFFEIGGDS ILSIQIISQA SQVGLKLTPK
QMFECPTIAE LAQVAIETQG VQAEQGIVIG DVPLTPIQCW FFEQEHPHTE HWNQSMLLRV
KERLDVKLLE GAILNLLKHH DALRFRYEQL PNGTWRQRNE GTDELSVLHV VKRNQVNEKE
WNKIIQEEMN IHQASFNLIT GPLMKVVYFE DNLTENDRIF WVIHHLVVDG VSWRILLEDL
QVVYNQMKQG QEIRLPAKST SFKEWSERLQ TYSDSDISKE VKDYWNEQVE KETMKIPMDY
PIQETTEESI DQVTRTLGIE ETQALLHEVL VTHKTRIDEV LLTALGQAIV DCTNQQTVSI
HLEGHGREEM IEGIDLSRTV GWFTSIYPVH LNFQGTQTPI EGLKAVKEQL RRIPNRGVDY
GILRYLNKGL LPFYQQKPSI SFNYLGQFDQ VFSRDSLFMQ ETGFTFLDHA PDSKPSHLID
VIGMVKDEKL HFIWMYSREQ FSKLKIQVIA DGMLRHLRQL INKPTTESAF TVSDFADAED
LTEESLSKVL LKLTKKRV
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