| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A3687 |
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| Symbol | |
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| ID | 7099719 |
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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 | 3601898 |
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| End bp | 3605260 |
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| Gene Length | 3363 bp |
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| Protein Length | 1120 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643471211 |
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| Product | hypothetical protein |
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| Protein accession | YP_002368391 |
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| Protein GI | 218235310 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | ATGACATTAC AAGTTCCAAC AATATTAATT GGTTTAGGTG GAATCGGTAG TACTGTGACG
CATCAAATAT ATGAAAAACT GCCTGAAGAG CGCCGGAAAA AGGTAGCAAT GCACGTATTT
GATACAGATG TGAATACATT AAGTAAATTC GATCATATTC GAAAGTTTAA GACACAAACA
AGTTCTAGTA AAACGCCAAG GGAGTATATT GCGGGAGATC CAACGATCCC AGAGTGGTTT
CCGATGGATC CGACTATACT TGATAAACCA TTAACAGAAG GAGCAGGACA GTTACGCGTC
ATTTCACGTT TAGCGTTACG TGCTGCGATG AAAGAAGATA AATTGACGTC TTTTTGGCAA
GAAATCGAGA AAATCTTTCC GGTTACAAGT GATCAAACGG AATATGGTGT GCGTGTCATT
ATAGTAACAT CACTAGCAGG CGGAACAGGT TCAGGGATGT TTCTGCAAAT TGCTTTATAT
TTACGTGAAA TGCTTCGGAA GAAATTGCAG CATCATAACA TTTTAATACG CGGTGCGTTT
TTAATGCCGG ATGTTTTAGT AAAGACGAGA ACGGTTAGCG CGAAAGAATT TGAAACGGTG
CAAGCAAATG GCTATGCATC GTTAAAAGAA TTACATGCTA TTACGCTCGG GTCTACTGGA
GAATTATCAA AACGCGGCGG TGTAACAATT GAATTAGAGT ATCGCCCTGA TCAAGTAGAT
GAAGACGGAA GAACGAATCA TACAATTAAA CAACATCATT TACCGTACAA TTATTGTTTC
TTATACGATT ACGAAAACCT ACATGGACAC CATTTACACA ATTTATCAGA CTATATGGAA
CAGATGGCAA ATACAATTTA TTTACAGTTA TTTAGCCCGA TGTCCACAAG TCATTTTGCA
CAGGAAGACA ATCAAATTCA GCAATTAGCA GAATCAAGCG GAAAAGGACG ATATTGCGGG
GCAGGAACGG CAAAACTCAT TTATCCATAT GAACATGTGT TAAAATATTG TGCTTTAAAA
TGGGCTGTGC AAGGTTTAGA TGAATCGTGG CTTCATTTAG ATCAACTGTT TCAAGAGAAG
AAGCAAAGAT ACGATCAAGA TGTAAAACGT GGGATGCAAC GTGAAAAACC GGAGAGAGGT
AAAAGTTATT TAGAGGACTT GGAGCATCTT GCTACCCGTC CAGAGCAAGC TCATATTTTC
TATAGACAAA TGTACAATGA AACACGTGAA GGAGCAGAGG GTGGTAAGCT CGGAGTTGCG
AAATCAAAAC TGTTTTTAGA AGCTGTAGAA AGTTATGTAC AACGAACGGT GCAAAAAGAT
GAGGAATTAA ATCGTCTGCA ACATGAGTGT AAAATTTCAG CTACGAAACT GAAAATGATG
GAACAAATGA AGGGGGAAGT GGCAAGAGTG GATCATGCGG TTCGTTTATA TGCGTATGCG
ATTCCGAGCC GGGTACATGA ACATGTAACG ACACTTTTAT ATGACATGAT TGAATCAGAC
CGCTTTTCAC CAAGTGGTTC TGAAGGGCAG TCCTATCAAT TAAATACATG GTTTTTAAAG
AAAACAGATC CCGTTCACCC AGTAGCAGCA CGTTTTATGT TATATGAAAT TCGAAAGCAG
TTAGTAGAAA AAATGAATCG ACTACATGAA AATAATGAAC AAAAGCGTAA TGTAATTCAA
AATTACGATA AAAAATTTAA TGTGGGTAAT ATTGATGGAA CGGTAACGGC TGTACGCCGA
GTAGAAATTG CTCAACAACA AGGCTGGTTC GGAAAAATGA TTAATAATCA GCAACGTTTA
TTCAAAAGAG AATTTGAAGA CATCGTAACG CAATATGTAC ACAAATTAAA TGAATATCGA
AAAGAAATGC TATTAGAACT TGTATATCAA TCGCTATATC AAGCAGTTAA TAAAATGATT
CAATATTGGG AAAGATTTTT TGATAATTTA CATGAAACAC GTGAAAATTT ACTGTTTGAA
ATCCAAAAGC GCAGTAAGGA ATTTGAAGGG AAAACAAACC CGACGAATGT ATATGTATTA
GCTGAGGAAC AGCTGCAAGA AAAGATATGG CAAGATATGC AGCAACATTT AAATTTAGGT
GTACTACCGA AAGATATATC AGCGGAAATT TATATGAGTT TGTACGGGGA ATATTGTCGT
GATGCGAAAA CAGAAGAGAT TCAGTCGAAA AAGGTAGAGG ATTTCTACCG AGAACATATA
CTGAGCTATT GTTATGACGA ACTGCAAGTA CGCTATCGTG ATAAATTAGA ACTGAATATT
ATTGAAGCGC TGCGAAAAGA AGCAGATTAT AAGAAACGTG ATCGCGATGA ATACGTTCGT
GAAAAAATTG AAGACCTGTT CCATTTAGCG AGTCCATTCG TTCCGAAAGT TGCTCATCAT
AGGGAATTAC AATATTGGGG TATACATCCT TCTTTAAAGA AAGAGTTGCA AGAGGAATTA
ATTCAAGAAA TGTTTAAAGA AAAAGATACA GTACATGAAG CCTTTTCGCC ATTTGAAGTG
ATCTGTTATC GAGCGCATTA CGGCTTATCG CTGCAAGACT TTCCTAAATT ATCATCAGGA
CATATTTCAA ATGGATTTAT GAATGATAAA GGTGACTATT TCCAATCGTA TTATCGCCGT
GTAAACAAAT TAAATAGTAA AAAATCTAGT TTAACGCCGC ATTTAGATAA GTATTGGCAC
TTACCAGCCT TTATGCCAGA TTTAAACGCG ACTCAAACAA AATTAGATTA TGATAAATGT
AATCGTGCAT TACTATACGC ATATATGTAT CGCTGGATTA GTTTAGTTGC TGTTGATGGA
CAGTTTGTGT ATCAATATAA CGGTGTAGGA CGTAGCTTTT TAATTCAGTC GATGGGGAAA
AATATTTCAA GCGAAAGTTA TAAATTACAC AGAGCGTTGC TTCATAATCC GTTTATTTAT
GAAAACATCT TGTCACGATT TGAAGAAGAG CAAGAAAAGG CGATGATACA AGGTGGACAT
TTATATACAC ATCCGTTCGT ATTAGGAGCC CAAGATGTAA GATGGCTTAG AAAAGAACAT
GTCCACAATC TTTTAGATAT GATTTTAATG TATGACCGTG AAGCGAAGTA TGATCCGACG
TTAGAAGAAA CATCAGATGA ATTATTAAGA CTATTCCTTG ATGAAATCGA GTTGTATTTC
CAGAACTATT ACGGTACAGG TGCCGATATG GTGGCAAAGA AAGAGAAAGA ATTGTTTATT
AAACAATTGT GGGATCGCTC GCATGCAAAA GGATATGTAG ATCCAAATAG CGCTCCGTAT
AAAAAATGGC AAAATTTATT AGGTGTTCAA GATGAAGAAG AAACGTCAAA AACGAATGTA
TAA
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| Protein sequence | MTLQVPTILI GLGGIGSTVT HQIYEKLPEE RRKKVAMHVF DTDVNTLSKF DHIRKFKTQT
SSSKTPREYI AGDPTIPEWF PMDPTILDKP LTEGAGQLRV ISRLALRAAM KEDKLTSFWQ
EIEKIFPVTS DQTEYGVRVI IVTSLAGGTG SGMFLQIALY LREMLRKKLQ HHNILIRGAF
LMPDVLVKTR TVSAKEFETV QANGYASLKE LHAITLGSTG ELSKRGGVTI ELEYRPDQVD
EDGRTNHTIK QHHLPYNYCF LYDYENLHGH HLHNLSDYME QMANTIYLQL FSPMSTSHFA
QEDNQIQQLA ESSGKGRYCG AGTAKLIYPY EHVLKYCALK WAVQGLDESW LHLDQLFQEK
KQRYDQDVKR GMQREKPERG KSYLEDLEHL ATRPEQAHIF YRQMYNETRE GAEGGKLGVA
KSKLFLEAVE SYVQRTVQKD EELNRLQHEC KISATKLKMM EQMKGEVARV DHAVRLYAYA
IPSRVHEHVT TLLYDMIESD RFSPSGSEGQ SYQLNTWFLK KTDPVHPVAA RFMLYEIRKQ
LVEKMNRLHE NNEQKRNVIQ NYDKKFNVGN IDGTVTAVRR VEIAQQQGWF GKMINNQQRL
FKREFEDIVT QYVHKLNEYR KEMLLELVYQ SLYQAVNKMI QYWERFFDNL HETRENLLFE
IQKRSKEFEG KTNPTNVYVL AEEQLQEKIW QDMQQHLNLG VLPKDISAEI YMSLYGEYCR
DAKTEEIQSK KVEDFYREHI LSYCYDELQV RYRDKLELNI IEALRKEADY KKRDRDEYVR
EKIEDLFHLA SPFVPKVAHH RELQYWGIHP SLKKELQEEL IQEMFKEKDT VHEAFSPFEV
ICYRAHYGLS LQDFPKLSSG HISNGFMNDK GDYFQSYYRR VNKLNSKKSS LTPHLDKYWH
LPAFMPDLNA TQTKLDYDKC NRALLYAYMY RWISLVAVDG QFVYQYNGVG RSFLIQSMGK
NISSESYKLH RALLHNPFIY ENILSRFEEE QEKAMIQGGH LYTHPFVLGA QDVRWLRKEH
VHNLLDMILM YDREAKYDPT LEETSDELLR LFLDEIELYF QNYYGTGADM VAKKEKELFI
KQLWDRSHAK GYVDPNSAPY KKWQNLLGVQ DEEETSKTNV
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