| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A0479 |
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| Symbol | |
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| ID | 7097580 |
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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 | 464656 |
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| End bp | 467418 |
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| Gene Length | 2763 bp |
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| Protein Length | 920 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643468033 |
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| Product | hypothetical protein |
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| Protein accession | YP_002365257 |
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| Protein GI | 218234285 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGACCATTG AAAATCAATT TATTCAAAAA GTTTACTATA AAACATTTTT AACAGAAGAA
ACTTCTACTC CTGCATCGGA AGTACTCGGT GAAGCATATA TAAATGAATC TAAAAATGAA
TTCTCCAACA TTTCTAATAT TCGATTTGCT CAAGGTGAAT TTTATTATCA AAATAAAGAT
TTTGAAGCAG CTATATTTAA ATGGGAAAAA GTAAATAATG CTCTTGCACT TTGGGCGACA
AAAAATATTG CAGATGCTTA TTTTGAACTA GGATTCTTAC CAAAGGCAGA AGAAATTTAT
CAATCTATTC AAACGGAAGA TACGACTCTT ACGATGGAGG TTTCCTTACA ACTTCTTTCT
CTTTATATCG AACAAGATCG TTTAGGACTC GCTTTTAAGA CGATTAGTGA AGCTGTTGCA
TTCCAACCGG ATTACCCAAA TATTACTGCA ATTGCACGTT CTTTCTATGA AAAACAAGAA
GATTGGAACA ACGCTATCGA ACTAGCTGTT CAAGAAGGTA TCCGAACACA ATCTTTACAC
TGGTTTGATA CGTTAATAAC TTACATAAAC AAAGGATTTA CAAAAAACAT TAAGCCTGAA
TATTTCTATG AGTCTTTAAA AGCTCTATAT GCTGTTGATC AAGCTCAATT TAAAGAACTT
GTTATTGCTC TTTGGAATAG CTATCAACAT GAATCCTTAT ACCTTCCTTG GATTCAAAGT
ATTAATCATT TATTCTTGCA TATTGAAACA GACAATAATG ACGATTGGAA TGAAATTTCT
ACTCGCTACC AAGAAACATA CTTTGCATTA ATTACCGGAA ATCATTTTAT GCATGAATTA
AACGGACTTG TACCAAATCT ATTAACAAAT TGGTTCAGTT TAACGAAAGC AAAAGATTCT
CTAGTTGTCT CTGCAGCAGT GTTAGCATGG AATGAAGTCT CACCTACAAC TTTAGAATCA
TTACTCGTAA AAAGTGCTGG ATCCTTACTT TCTAATACAT CAGCTGAAGC AGATGTAAAT
ATGGAAACAG TTTCTCATTT ATTCGAAACA ATCGCTGTAT GGGCTGAGAA AAATGATGTA
GATTTAAGTC ATCAATTTAC GCTACTCGTC CATGAACTAT GTGATTTAAA TGTCACACCA
ATACTAATAG CTGGAACTAG TGACCATGAT AAAACATCAT TTGTTAATTC AATATTAGGA
GAGAACATCT TAACTGAAAC TTTAACAACT CCTATTCTAT TTAAAGACGC TAGTCAAACT
GAAATAACAG AATTTACCGA TTTAGATATA AGAAATATCC CTAACCTTGA TGAATTCCAT
CAAATAACGG CTACATCTGC TCAGTCAGAA CTTGAGAAAA AATGTATAGA AATTAAGCTA
CCAAGTAGGT TTTTAAGAAA AAATAAGTTT ACATTTCTTA TTACACCATC CATTCAAGGA
CAATTGGATA AAAACAATGC ATACTTTGAA TACTTACAAG CAGCAGATAG CCTTGTATAC
GTATTAAATT CTTCTTCACC ATTGCATAGT CAAGAAATTG ATACGTTAAT TTATTTACGT
GAACAAGTAC CAAACTTACA AATTCACTTC GTATCACACA CAAATAATAC GACTACTAAT
GAAAAACTAA TTAGTAAACT TAAAGTACAT TTTCCAGATG CACAATTCTT CCCATACTCT
CCTTCGCAAG AGAGTAGCCA GCAACTTGGA GATGTAACAG AATCTATTCT TTCTAATCTT
GCAAAACGCG ATATAGAAAA AGAACGTATA GAAAAGCTAA TATGGTTTAC GCAAAAGACA
ATTGCTTATC TCATAAATGA ACGTGTGGAA TTAGAAAATA CATTAGTAAA ATCCGTACGC
TGGAATAAAC ACATCTCAGT GAAACTTACT GGATTTATTA ATAACCTTAC TGCTCTTGAA
AAAGATAAAA TTCGTTCTAT TACCGAATCC TATCTTTTAA CGAAAGAAGA AATTACACGA
GATATACATT CTCAAATTCC TGAATTATTA CAGAGCTGCT CTGATCTTGT TCAAGAAGAT
AGTGATTTCA AATTAGTTCA TGAAGAATTA AATGCTGCAA TGAATGAACG AGTTCAAAAG
CATGTACAAC AGGTACTTCT TCCTAAATTT ACTGGGTCTA TTCAAGAATG GATTGAAACA
GCACATAATG AATTTATTCA AGCTCAAGCT TATTTAGATG AAATGAGTGA AACGTTTAAT
AAATTATATA AAGAAGAACG TATGAAACTT CCTTGCGATT TCAAATTATT AGATGATTGG
AATCGAGATG TTGTACGAAT GACAAATCGA ATTACAGTAA CGAACATCAA TATTTTATTA
CGCTTTACAC CGACACAGTT TTTCTTAAAA AGTGCCGGAA AATTATTTGG TAATATGCAA
AAAAACCAAT CTATGCTCGC CAACAAATAT AAACAATATA TTGAAACAGA AGACTATACA
GAAATTGCTC ACACAATTTC AAAACAATTC TTCCTTCAAT TTGAAGTATT TGAAGGTGCA
TTAGAACGTG ATATCATGAT GTTCTTCAAA GATCCACTTA ACATATTGAA ACAAAATGTA
GATGCAGCTC AACTTGAGAT AAAGGAAGAC GAGCAAACAT TAGCAACGCT AAGAAGCAAT
CCAGAAACAT ATCATGATCC TTTGGCGTTA TTTAAACTAC AATTGCTACA ACATAAATTC
GTTTTAAGTA CTACAAAGAA ACATGAAGAT ATTTTTGTAT CAAACGAATC TCCTACTGTT
TAA
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| Protein sequence | MTIENQFIQK VYYKTFLTEE TSTPASEVLG EAYINESKNE FSNISNIRFA QGEFYYQNKD
FEAAIFKWEK VNNALALWAT KNIADAYFEL GFLPKAEEIY QSIQTEDTTL TMEVSLQLLS
LYIEQDRLGL AFKTISEAVA FQPDYPNITA IARSFYEKQE DWNNAIELAV QEGIRTQSLH
WFDTLITYIN KGFTKNIKPE YFYESLKALY AVDQAQFKEL VIALWNSYQH ESLYLPWIQS
INHLFLHIET DNNDDWNEIS TRYQETYFAL ITGNHFMHEL NGLVPNLLTN WFSLTKAKDS
LVVSAAVLAW NEVSPTTLES LLVKSAGSLL SNTSAEADVN METVSHLFET IAVWAEKNDV
DLSHQFTLLV HELCDLNVTP ILIAGTSDHD KTSFVNSILG ENILTETLTT PILFKDASQT
EITEFTDLDI RNIPNLDEFH QITATSAQSE LEKKCIEIKL PSRFLRKNKF TFLITPSIQG
QLDKNNAYFE YLQAADSLVY VLNSSSPLHS QEIDTLIYLR EQVPNLQIHF VSHTNNTTTN
EKLISKLKVH FPDAQFFPYS PSQESSQQLG DVTESILSNL AKRDIEKERI EKLIWFTQKT
IAYLINERVE LENTLVKSVR WNKHISVKLT GFINNLTALE KDKIRSITES YLLTKEEITR
DIHSQIPELL QSCSDLVQED SDFKLVHEEL NAAMNERVQK HVQQVLLPKF TGSIQEWIET
AHNEFIQAQA YLDEMSETFN KLYKEERMKL PCDFKLLDDW NRDVVRMTNR ITVTNINILL
RFTPTQFFLK SAGKLFGNMQ KNQSMLANKY KQYIETEDYT EIAHTISKQF FLQFEVFEGA
LERDIMMFFK DPLNILKQNV DAAQLEIKED EQTLATLRSN PETYHDPLAL FKLQLLQHKF
VLSTTKKHED IFVSNESPTV
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