| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_1138 |
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| Symbol | |
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| ID | 2752054 |
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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 ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | + |
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| Start bp | 1143260 |
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| End bp | 1145968 |
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| Gene Length | 2709 bp |
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| Protein Length | 902 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637277963 |
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| Product | hypothetical protein |
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| Protein accession | NP_977460 |
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| Protein GI | 42780213 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0433] Predicted ATPase |
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| TIGRFAM ID | |
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| 
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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 | TTGCGCTTAC ATAACATAGA TACAGTAGAA ATAAGAGAAA AAGATCATTT ATTGAGAAAG
TCTTATTTGG ATAAATCGAA TTTAAGTCCG GATTTGAATA TGGAACCATT GGGACAACTT
AGTTTCGTTA AAATAAAAGG TCTTGCAAAT TTTTGGGAGG GAAAGGACGA AAAGGAATTT
GACTTTGATG CCATTATGAG TGATGTGCTT AGTGGTTTTT CATCTTTACA GTCAACGTTT
ACATTTTTAC TGATTGGTAG TCCAAAAGAA ATAGGTGTTT ATGTTGGAAC GGATCAATTC
AATCAGTCCA TTTTATCTTC TTCATTGCAT GCGTCATATC CGTATGCCAA ATTGCAAGAA
GTGGAAATGG ATGAGATGTC ACGGAAGTTA CGTTCAATCG GGAATAACGG AGGAATTATT
ACAGGTATCC CGACTAATAA AACTTTTGGA GAAAGTAAGA GTCAACAAAT TGAACGTTTA
TGTACCGGGA TGTATGGGGG TTCTTGGGCG TATATTGTGG TTGCGAAATC GATGAGTCCT
TTTCAAGTGA CATTAGCGCA TGAAAGGGTA TTGAATGAAA TTGATAACGT AAGTAAGTTT
ATTAAAGTAT CAGAATCAGG TGGGAGTTTA GGTAAAGAAT CTTGGGAAGT AACGAACTTA
ACCATTCAAA AGTACGTGGA CAATCTTAAT TCATTAGAAG AGAGCATAGA TAGTGGAAGA
ACGATGGGAA TGTGGAGAGT TGCTGGATAC TATTTAGCGG ATCAATTCGT AAATGCAACA
AAGCTAAGAA ACTTAATTAC TTCTGTTTAT AATGGTGAAC AATCTAAACC GGAGAAAATA
AGAGCTTTAC CAGTAGATAA CATTTTATAC TATGCGTCTA ATTTTCAATT TCCAGCGAAT
GAATTACCAC GCCAGAAGGC TATGAAGCAT CCGATAGGAG TATGGGATTT GCATGGTGAA
GGGATTACGA AGGAAGTTCA TTGCTATAAG TATTTGTATC AAACGATTTT GCCGACTGGA
GAGCTTTCAA CTTTATGCCA AATCCCACGG AAAGAAATGC CGGGTTTTTA TATTGATCAG
TATGTGGAGT TTGATGTTGC GAACCGTCGT TCAATCCATG ATGAAAGTAA TAGTTTTACA
GTAGGAAAGA TCATTAATGG CAATGAAGAA ATAAAGTCGT ATGAAAAATT AGAGCCAAGT
AATCTCATCT ATGATATGGA TTTAATGGAT TTAAGCAGAC ATGGTTTAAT TGTAGGAATT
ACGGGTGGAG GTAAGTCTAA TACTTCTAAA GGACTGCTTC GTAATTTATG GAATAAACAC
CGTATTCCTT TCATGGTAAT CGAATCAGCT AAACGGGAAT ATTGGGAAAT GTACAATATG
GAAGGTTTTG AAGATGTTTT AGTCTTTACC TTGGGAGCGG AGGATGAAAA TTCTGTTCCG
TATCGAATTA ACCCATTTGA AAAAATAGAA GGCGTTCCAT TACAGACTCA TATTGATTAT
GTGCTATCAA CTTTTAAGGC GAGCTTTGAG CTTTATGCAC CAATGCCGCA TGTTTTAGAA
ACTAGCATTT ATCAAATATA TGAAGATCGA GGCTGGGACA TATTAAGTAA TAAAAATAAA
TACGGTGCAA ATGTTTTTCC AACCTTAGAT GACTTATATT ACAAAGTTGA TGTTGTTGTT
GATAATTTAG GATATGATCA ACGCTTAAAA TCAGATATTA CGGCAGCACT TAAGGCAAGG
ATACACTCAT TACGTGTTGG TGGCAAAGGT GCCATGTTAA ATACAGATAA GTCTATTCCA
ATTGCGGATT TATTGTCTCG ACCTGTCATT TTGGAACTAG AAGATATAGG CGATGACGAT
GTAAAAGCAT TTATGATGGG AATTATTTTA GTTCAACTTT ATGAATATAG AAGGACGAAA
CTTACTAGAA ATAAAGGATT TGAACATCTG ATTTTAATTG AAGAAGCACA TAGATTGTTA
GCTAATGTAT CAGGTGGCGG GGAAGGGAAT GTTCGTGCGA AATCAGTAGA GTTTTTTACA
AATTTATTAG CCGAAATTCG TAGTTATGGA CAAGGTTTTT TAATTGCGGA TCAAGTTCCA
ACGAAACTAG CTCCGGATAC ATTAAAAAAT ACTAATTTAA AAATTGTTCA TAGAATTGTT
ATGCAGGAAG ATCGTGAGTT AATTGGACAA TCTATGAATA TGACACAAGA ACAAATTGAA
TACATTAGTT CTTTAAGAAG AGGATTTGCT GCTGTTTATG CAGAAGGAGA TATGCGGCCA
AAACTCGTAC AAATGCCTTA TGTAAAGGAA GATTTTGATT ATTCAAGAAG AACTGTTATT
CAAAATGTGA AAGATGCAGT GAAAAACGAA TTTCATCATT ATGATAGAAA ATATGATTTT
GGTCCTGCTT GCGCCTTTTG TATGGATAAG TGTAACCGTC GTGAAGAGAT GGGAAAAATA
AAGGGATTTA TTGTAAAGCA AAATTGGTTA CGCGACATGT TAGAGGACGC TAAAAATGCA
GAGTTTAAAC CAGATTGGTT TGAAGGATTG TTTGAAATGT TGGAAAATAA CGGAATGAGT
TCACTCCGAA ATTATCATAC GAGATTATGT ACTTTAAATG TCTTTTTAGA TAACAGAGAT
TTAGAAGAAA GCTATAAACG AGAAGCTGTA ATAAATTATA TGAAACATAA TCTATTAAAG
GATGAATGA
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| Protein sequence | MRLHNIDTVE IREKDHLLRK SYLDKSNLSP DLNMEPLGQL SFVKIKGLAN FWEGKDEKEF
DFDAIMSDVL SGFSSLQSTF TFLLIGSPKE IGVYVGTDQF NQSILSSSLH ASYPYAKLQE
VEMDEMSRKL RSIGNNGGII TGIPTNKTFG ESKSQQIERL CTGMYGGSWA YIVVAKSMSP
FQVTLAHERV LNEIDNVSKF IKVSESGGSL GKESWEVTNL TIQKYVDNLN SLEESIDSGR
TMGMWRVAGY YLADQFVNAT KLRNLITSVY NGEQSKPEKI RALPVDNILY YASNFQFPAN
ELPRQKAMKH PIGVWDLHGE GITKEVHCYK YLYQTILPTG ELSTLCQIPR KEMPGFYIDQ
YVEFDVANRR SIHDESNSFT VGKIINGNEE IKSYEKLEPS NLIYDMDLMD LSRHGLIVGI
TGGGKSNTSK GLLRNLWNKH RIPFMVIESA KREYWEMYNM EGFEDVLVFT LGAEDENSVP
YRINPFEKIE GVPLQTHIDY VLSTFKASFE LYAPMPHVLE TSIYQIYEDR GWDILSNKNK
YGANVFPTLD DLYYKVDVVV DNLGYDQRLK SDITAALKAR IHSLRVGGKG AMLNTDKSIP
IADLLSRPVI LELEDIGDDD VKAFMMGIIL VQLYEYRRTK LTRNKGFEHL ILIEEAHRLL
ANVSGGGEGN VRAKSVEFFT NLLAEIRSYG QGFLIADQVP TKLAPDTLKN TNLKIVHRIV
MQEDRELIGQ SMNMTQEQIE YISSLRRGFA AVYAEGDMRP KLVQMPYVKE DFDYSRRTVI
QNVKDAVKNE FHHYDRKYDF GPACAFCMDK CNRREEMGKI KGFIVKQNWL RDMLEDAKNA
EFKPDWFEGL FEMLENNGMS SLRNYHTRLC TLNVFLDNRD LEESYKREAV INYMKHNLLK
DE
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