| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A3562 |
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| Symbol | |
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| ID | 7097496 |
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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 | 3452895 |
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| End bp | 3456194 |
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| Gene Length | 3300 bp |
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| Protein Length | 1099 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643471086 |
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| Product | LysM domain protein |
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| Protein accession | YP_002368266 |
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| Protein GI | 218234057 |
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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 | 11 |
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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 | TTGGCACAGT ACCAAAGAAA CTTTTATTCT AGTTCATTAT ATGGACGAAT AAAAGCATTT
TATGGAGATT ATCTAACAGA AGAATTTGAT GCTCAAGAAC CTTTTAGCTA TCATATTGAT
GCAAAAATCC AAGCACAATT ACCTTCTACG TTTTACGCAG CAACAAGCAG GGAATTTAAA
CGGATTGATT CAACGAAATG GACGGTATCA GGAAAAGATA TTAAAACAAG AACTGCTAAT
ACACCTGTAG AATTTGTGGC TACAGGTGAT AATTTAGAAG TGCATGTGCG CCTTCAAAAT
GTGGGTACTC AGAACATCGA AGCAAAGCTA TACAAAGAAG AATTGGTAGC AGAAGCATAC
CAATGGGTAG AGAAGCAAAC AAAGTCAATC AATACATTAT CTCTAACAAA CCCTAATAAG
GTAGATAAAA TTGCTTTTGA CTCTTACGGT TTTGGTGATT ACAAAGTAAT TATTAAAGCA
CTTGATACGA CAGCAGATGC AATCATTGTG GGAGGTAAAT TAAGAACAAG TGATTTTAAT
ATTGAGATTC GTACCTCTGC CAATAAAACT ACATGGTCGA AATGGGAGCC AATTACTTTA
AACAAAAAAC TTATTCAAGG GCAGAATTAT TTATCTATAG GACAGAGCGT AACGCTTTAC
AAAAACGTTC GTTACGTTCA AGGAAAAATA ATTTTATTAT CTTCAGATAA TGCAACTTCC
CCTATTGTTG ATAGGGTTGA GTTACGTTCA GAAGATAGTG GATTATATGA CCAAAATGGT
GATTACACCG TTAAAATTGA TATGACACAG GTGGCAACAA GTGTTGGAAA GTCATTCAAG
CATGTAGATA AGATACGTTT TATTCAGAAG CAACCAGCTG GTACTGAAAT GAATATTCGT
TCTTCTTCTA GTCGAGACAA CATATTCTGG GGTCCAATAA CAGCACCTTA TCGTCAAAAC
ACAAAGCGTC TTCGGTTAAA ACGTGAGGCC ACAAACCATA GTGTAACGTT AGGCCCAATT
AATGAAGGAA GTAAGTTCGA TTTTAGTAAG ACAACTGCGC TATTAAGTTG GGATACACAA
GCATTCTCCC CGAAGGATGC AAGTAATACC AAGATAACTT ATATTTTCTC TAAAACAAGA
ACAAATCAGA AGGATCCTCG AAACCTTCTT CAAGTAATTG ATAATCCAAT GAATGTAAAA
GATCGAGCGA TTAAGTTCTC CCCTCAACCA TATTTCTTAA CTGTAGAAAT GACACGTTCT
TCAGCAAGGG GAACACCTGT AGTTGATCTT ATAGATGTTT ACCAAAATAT TTTATACAAA
GAGGTAGTCA ATATAATTAA TAAAGATGTA TCTGCTGTAG ATGGTTTAAG TACAGGTAGA
AAATCACTTC AGAAAATTAG TGACTATCCA TTCAAATATC CTAGTATCTC AAATCAAATT
CCATTTAATC AGCAACAAAT TACTGCTGCT CAGCAAAAAT ATGAGCTTAC AGACCAAACA
AGAAGACCTT CGGATGTTAT GCTGTACCTT AAATCAGAGG AGAATAAAGG GTCTAGAACT
GGTAAATCTA CATCTGCATC TGATGAAGTA ATCGCAAAAG CTATACAAAG GAAATTGGAA
TTTGGAGATA AAACAGGAGT CCTTATGCAT TATCAATATG GTGCAGGGAA GGTTCAATAT
CTAAGACCTT ACGAAAGAGA GTTAGATTCT ACATTTACAC CATTTTTATT GCCGAATCTT
AAGTACCGTT ATTACATTAA AAATGGATGG CCAAACGAAG TACACAAAGT CGTTAATGGA
CAAACATTAA ATGATGTAGC TGAAATGTAT AACACGACGG TAAATGCAAT TAAAGGAAGC
AATAAGGACA TTCTGCTGAA TGAAGATACA ACATTGGTAA AGGATCAGCT TATCACAATT
CCGAACACAT CCAAGAACGA CGATGTTTCT CTATTATTTA AGAACGGTAC AGTTTATACA
CAGAAATCTA GTCATAACTC AGTTTATGAT AAAAATCATG GCTTAAACGT TACAGACTTT
TCAAGTGAAC CAATAAGTAT CAAGGTTCCG AACACTCCTC CAAGAGGGTA TGTAGATTGG
GCATCAGAAG AAAAGATTTA TACAGGTATA ATTAATGCCA ATGATATCCG CGGGGAGTTT
GTTCGTACAC AATTTAATCT TTCAACTCTT TCGGATTTTG ATCGTGAATA TGTAGTAGCA
AATGGTGACA CATGGGAAAG TATTGCTTCT AAATATGATA TATACGTACA GGATTTGAGG
GCAGCTAATA ATTCAATTGA GGAATTAAAA GTAGGTAATA CAATTATTAT ACCTCCAAAT
ATTATTCTGC CAGCATTAGC TCCTGAAGCA GAATTTGAAG ATGCGATGCC TTATAAGATT
TCTATTATTG AAGATTCTGT TCATAAGAAG GATGGAGTTA GAATTGATGA ATCCTTTGTT
CCTATCGATT GGAATGGAAA ACATCTTCCT CTTGAAGTTA CATACAGAAC ATCTGAACTT
CTTACAGCTG AAATGGTAAG AGGTTCAGAT GCTAATGGAA TGGATCCACT GCCTTTAAGT
GAGGTTATCG AGATTGTCTC TTGTAAGAAA AAAAACGGAA GTGTAACATA TCACATTTGG
AACGACACTT TAAAAACAGG TGACTTCAAA TTAAAGAGTA ATTATATTGA TTGGTCTCCA
TCTCAGGCAG GAGTATTAGA GCCTGCACCA GGGGAAGAGT ACGTTGTTGT TTATAAACGT
CGTGAAGTAG ATAGTGTGAA AGTTCATCTA GATACAACTT ATTTTGAAAA GGTGGGGACA
GACATTGTAT GGCGTTCACC TGAAGTGAAA GTATTTGATG GGGTCTGTAC ACCAACGGAA
GACTTTAAGC TAGAGCTTCC TACACCTCAA ACTTTTGAAG GATATGATGG AATTTATAAG
AATATTAGTT ACATTATAGA GGATAATGAC TTGTGGGTAG AAACAAGTGT CCAAGATATT
GACGGTAAGA AGTTCTTGGT AGGTACCTTG AATGGAAAAG ATCCAAGCAA GAATTGGCAT
CCTGAAATTC AGAAAGGTTA CTACTATCTA AAAGAACAAG AGCATTATCT ATATTCTGAG
CCATTAAAAA CAGTATTAGC TGAAAAAGAA TTGCCGACAG CTGATGGTAT CGAGTATGTT
AAGGGGCCAA CTGGAATGGG GGCAATATTA TTACCTGCTA GTAGCAACAT AGTTAGAGAT
TCTGTATTTG TGAACGATGA TTGGCAAAGG TCTAAAGTCT TTAATGCCAC ATCATTCTAA
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| Protein sequence | MAQYQRNFYS SSLYGRIKAF YGDYLTEEFD AQEPFSYHID AKIQAQLPST FYAATSREFK
RIDSTKWTVS GKDIKTRTAN TPVEFVATGD NLEVHVRLQN VGTQNIEAKL YKEELVAEAY
QWVEKQTKSI NTLSLTNPNK VDKIAFDSYG FGDYKVIIKA LDTTADAIIV GGKLRTSDFN
IEIRTSANKT TWSKWEPITL NKKLIQGQNY LSIGQSVTLY KNVRYVQGKI ILLSSDNATS
PIVDRVELRS EDSGLYDQNG DYTVKIDMTQ VATSVGKSFK HVDKIRFIQK QPAGTEMNIR
SSSSRDNIFW GPITAPYRQN TKRLRLKREA TNHSVTLGPI NEGSKFDFSK TTALLSWDTQ
AFSPKDASNT KITYIFSKTR TNQKDPRNLL QVIDNPMNVK DRAIKFSPQP YFLTVEMTRS
SARGTPVVDL IDVYQNILYK EVVNIINKDV SAVDGLSTGR KSLQKISDYP FKYPSISNQI
PFNQQQITAA QQKYELTDQT RRPSDVMLYL KSEENKGSRT GKSTSASDEV IAKAIQRKLE
FGDKTGVLMH YQYGAGKVQY LRPYERELDS TFTPFLLPNL KYRYYIKNGW PNEVHKVVNG
QTLNDVAEMY NTTVNAIKGS NKDILLNEDT TLVKDQLITI PNTSKNDDVS LLFKNGTVYT
QKSSHNSVYD KNHGLNVTDF SSEPISIKVP NTPPRGYVDW ASEEKIYTGI INANDIRGEF
VRTQFNLSTL SDFDREYVVA NGDTWESIAS KYDIYVQDLR AANNSIEELK VGNTIIIPPN
IILPALAPEA EFEDAMPYKI SIIEDSVHKK DGVRIDESFV PIDWNGKHLP LEVTYRTSEL
LTAEMVRGSD ANGMDPLPLS EVIEIVSCKK KNGSVTYHIW NDTLKTGDFK LKSNYIDWSP
SQAGVLEPAP GEEYVVVYKR REVDSVKVHL DTTYFEKVGT DIVWRSPEVK VFDGVCTPTE
DFKLELPTPQ TFEGYDGIYK NISYIIEDND LWVETSVQDI DGKKFLVGTL NGKDPSKNWH
PEIQKGYYYL KEQEHYLYSE PLKTVLAEKE LPTADGIEYV KGPTGMGAIL LPASSNIVRD
SVFVNDDWQR SKVFNATSF
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