| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_1144 |
|---|
| Symbol | |
|---|
| ID | 2749301 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus ATCC 10987 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_003909 |
|---|
| Strand | + |
|---|
| Start bp | 1153354 |
|---|
| End bp | 1159146 |
|---|
| Gene Length | 5793 bp |
|---|
| Protein Length | 1930 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 35% |
|---|
| IMG OID | 637277969 |
|---|
| Product | stage V sporulation protein K |
|---|
| Protein accession | NP_977466 |
|---|
| Protein GI | 42780219 |
|---|
| COG category | [O] Posttranslational modification, protein turnover, chaperones |
|---|
| COG ID | [COG0464] ATPases of the AAA+ class |
|---|
| TIGRFAM ID | [TIGR02880] probable Rubsico expression protein CbbX
[TIGR02881] stage V sporulation protein K |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 10 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGTCAACGG TAAATTTGTA TAACAAAGAA GAGTTTTTGG CCTTTAAATC ATTATTTGAA
GCAAATGTCC ATTCAGGAGA GTTGTCAAAA GCATTGACTC AAATTGAAGG ATTACTTACT
CAATATTCTG ATCATCCGGG GTTATTTTAT TTAGCTGGGT TGTTATTTTT ACATAATCAA
AATTACGATA AGGCAAAAAT GTATTTTGAG CAAGCGCTAT CATTAGATGA GAGTAATAGC
GAATATATGG TGTATTTAGG GATAACATAT GTAGAACTAA ATCAGCTTAA TCAAGCAGAG
ACATTGCTTC TAAGTGCATA TAATTTAGGT GAATCAGATA TTACTACGTT AATGGGGTTA
GGGAAATTAT ATTTAAAACA AGAAAATTAT GAGAAAGCTA GATTTTATTT CAATAAAGTT
TTAAGCCAAG ATTCATTGCA CCATGAAGCG AATGTTAGAA TGGGACAAGC CTATCTGTTT
GAAAAAAAAC ATGTGCAACA AGCGATTACA TATTTTGAAC AAGCGTTGAA AAACGGAAAG
AGTGACGAAT TAGAGTATTA CTATGCGAAA GCTCTTTTAC AATCAGAAAT GGAAGCGCAA
TGCATAAAGT GTTGTAAGAA GTTTTTAATG AGAAATCCGA ATTCCTCGTG GGCTGATCGA
TTCCGTGAGT TAATGTTAAA TGCTCAAAGA GTAAATGTGA AGCAACCCCC TAAAGAAGAA
TATAAGCAAC AAAGAAGAAG AGACCCAAAT TACGATTCAA ATACGGGGGA GCAAAATCGT
AACAACGAAA TCGATAAGTA TAAAAGGGTA TTTGAAGATG GGAAAAAACG TTTAAATAGC
TATATACTCG GTCAGGAAGA GTTTATCGAT CAGTTATGTA TGGGCTATAT GAGAAGCTTT
ATTTACGAAC GTCCAGATGC GAACTTAAAA AATGTTATTT TTGTCTCTGG TCGAAAAGGT
ACAGGTATAT ATAAATCCGT AAAATATTTA ACGGCGATTA TGAATGAGTA TGATTTATAT
GAAAAACCAG ATGTACACTA TATCGATATT AGCAGTTCGC TTGGAGCATC AGATATTGAA
AGTACTTTTT TATCAGATGT GTATAGAGGA ATCAAGTCTG AATCAGATGT ACTGTACTTT
GATAATGTCG ATAAATGTCC ACCTGATTTA ATTTCTAAGT TATCAGAATT AATTATGGAT
GGGAAAATTA AGTTGAAGGA TCGCTATGTT TATAATGCGA ATTGGCAATC GCTCGAAAAA
ACATATAGCA GTTTAGCTGA GAAAAGCATT GATTCGATTC AAATAGAAAA TAAGTTAATT
ATTTTATCTA CCGAAAAAGA TTTGAAAGAT ATTCGTACAA TGTTTCCAGC CACAGTATTA
GAGAAAATAA TAGATTATCC ACAAACGTCT GTATTACCGC CCCGTACTTT AACAAAAATA
TCAGATCGCT ATTTGAAAAA ATATCAAAAA CGTATTCATA CGAAATTACA AGTAAATATG
AACTACACAC ATGGTGTATC TGACTTTATT GTTGAGAAAG CTAATTTAAC GATGGGGGTA
CATGGGATTA AGAGTTATAT AGAAGACGAT ATTTATCAAT CCATTACAAA TTTACGCATA
TCAGGAAAAA TAGAGCCTGG CATCATTTAT CAGCTTACAG CATCAGATGA ATTATATTTA
GATGATGGTG TGGAGAAAAT ACAAGTTACT CGTAAAAAAG CAGGGGCAGA GAATTTAGAA
AATATTAAAA AAGAATTTGA AAAAGTCATT GGTTTAAATG CAGTGAAAGA AAGAGTTTTT
CAGCTGGAAG AGTTCTTGGC ACTACAAAAG ATTAGACAAT CTCGCGGGGC GAAACAAACA
CGTTTAACGA TGAATTTTAT CTTTACAGGA AACCCAGGTA CCGGTAAGAC TACTATCGCA
AGGTTAGTAG CGAAATACTT AAAGGCATTA GGTTATTTAT CAAGTGGTCA TTTAGTGGAA
GTGGACCGAG CACGTTTAGT TGCACAATAT GTAGGGCAGA CAGGGCCAAA AACACAAGCT
GTGATTGATT CTGCAAAAGG CGGGGTTTTA TTTATCGATG AAGCATACTC CTTAGCTAGA
GGTGGAGAAA ATGATTTTGG AAAAGAAGCC ATTGATACTT TAGTTAAAGG AATGGAAGAC
CTTAGAGAAG ATTTAGTTGT CATTCTTGCT GGATATAAGG ATGAAATGGA CGATTTTTTA
AAGACAAATC CAGGCCTGCA ATCTAGATTT AATAATCATA TAGATTTTCC AGATTATACA
TCTGAAGAAC TCTTCATGAT TTCTGAAAAA ATTGTAGAAA GTGAAGGGTT TACGATTGCA
GATGATTTAA AAGATGATTT GATTGAAGAA TTTACGAGAA AACAAATACC AGGAAAAAAT
GATTCTGGAA ATGGACGATT GGCAAGAAAT ATTGTTGAGA AAGCTATAGC AGAGCAATCA
GGTCGACTCA AAAATTCTGG TGAATCTTTA AAATTTTTAA GTGATGAAGA ATTAAATATG
TTAACGAAAG AAGATTTTGG ATTAGGTGGC GAAAATACAT TTGACTTAAA TGCTGAATTA
GATAAAATCA TCGGCCTCGA TCAAGTGAAA GAGTTTATGA GGGAGATGGA ACTTCAGCTT
GTAGCGCAAA AGAAAAGGAA GACTGCTGGA TTACACTCTA CGATGAATCA AAGCTTGAAT
ATGATCTTTA CTGGTAACCC TGGAACTGGT AAAACAACTG TCGCTAGATT ATTAGGGACA
ATGATGAAAG AGATGGGAAT TTTAAAATCA GGACATTTTG TTGAAGTAGA TCGAGGTGGA
CTTGTTGGAA GGTATGTAGG AGAAACAGCA CCGAAAACAA CTGACAAATT TATGTCAGCT
TTAGGCGGGA TATTATTTAT AGATGAAGCG TATGCGTTAG CTACGGATAG TTTTGGGAAA
GAAGCGATCG ATACGATTGT AAAACTGATG GAAGATCATC GAGAGAATAT AATCGTTATA
CTAGCTGGGT ATGAGAAGGA AATGAAAGAA TTCCTAAAAA CAAATGCAGG TCTGAAATCT
CGATTCCCTT TAAATGTTGA CTTCAAAGAT TACTCTCTAC AGGAGCTTGT TGCGATTGGA
GAAAGCATGA TTAAAGGAAG AGAATTCATT TTAACAGAAG AGGCAAGAGA GGCTTTAGTG
GAAAGAGTAG AATCTGAAAT GCAGCTATCT TCCGCAGAAT CAGGAAACGG AAGAATGATT
AGAAATATTG TGGAAGAAGG GATCCGTAGA CAGTCAGCAC GAATTAGTAA AAGTGAATAC
GAATATGCAG ATTCAACAGA ACTTATTACT TTTAAAGCAT CAGATTTTCT CGTAGATACA
AGAGATAAAG ATTTTGATTT AGAAAAAGAA CTAGAAACAA TTGTTGGATT GACAGACATA
AAAGATTTCG TCCGTTCATT AGAAAAACAA CTAAGTGCTG AGCAGCTTCG CCAAAGTGCA
GGTATTAAAA ACAGAGTGTC TCAAAATTTA AATATGATTT TCACGGGTAA TCCAGGGACA
GGGAAAACGA CGGTAGCTCG TGTAGTTGGT GATTTACTAA AGAGAATGGG AATTTTAAAA
TCAGGACACT TTGTTGAAGT AGATCGAGGT GGACTTGTTG GGAGATATGT AGGAGAAACA
GCACCGAAAA CAACTGACAA ATTTATGTCA GCTTTAGGTG GGATTTTATT TATAGATGAA
GCGTATGCGT TAGCTACGGA TAGTTTTGGG AAAGAAGCGA TCGATACGAT TGTAAAACTG
ATGGAAGATC ATCAAGGGAA TATTATCGTC ATACTAGCTG GATACGAGAA AGAAATGGAA
GAATTCCTAA AAACAAATGC AGGCCTAAAA TCTCGATTCC CTTTAAATGT TGACTTCAAA
GATTACTCAT TACATGAGCT TGTCGCAATT GGAGAAAGCA TGATTAAAGG TAGAGGATTC
CATTTATCAG AAGAGGCAAG AGAAGCTTTA GTGGAAAGAG TAGAATCTGA AATGCAGCTA
TCTTCTGCAG AATCAGGAAA CGGAAGAATG ATTAGAAATA TTGTGGAAGA AGGGGAGCGT
AGACAGTCGG CACGAATTAG TGAAGATGGA TACGAATACA CGGATTCAAC AGAACTTATT
ACTTTTAAAG CATCAGATTT TCTCGTAGAT ACAAGAGATA AAGATTTTGA TTTAGAAAAA
GAACTAGAAA CAATTGTTGG ATTGACAGAC ATAAAAGATT TCGTCCGTTC ATTAGAAAAA
CAACTAATTG CCCAGCAACT TCGCCAAAGC GTTGGGATTA GGCAGAAGTC TTCTCAAAAT
TTAAATATGA TTTTCACTGG GAATCCAGGG ACAGGAAAAA CGACGGTAGC TCGTGTAGTT
GGTGATTTAT TAAAGAGAAT GGGGGTTTTA AAAAGCGGTA AATTGGTTGA GGTGGATAAG
AGTAATCTTA TTTCTCCTTA CGCTGGTCAA ACGCCTGAGA AGGTAAGAGA AGTATTTATG
TCTGCACTTG GTGGAGTACT GTTTATAGAT GAAGCATATG CGTTGAGTAC TGATAATGTT
GGTAGAGAAG CGATTGATAC GTTAGTGAAA CTAGTGGAAG ATCATCGAGA TAGCGTTATC
GTTATACTAG CTGGATACGA GAAAGAAATG AGGGACTTTT TACAAGCTAA CTCAGGTTTG
AAATCTCGAT TCCCGAATGA TGTATATTTC CCGGACTATT CGGTTGCTGA ATTAGTAGAG
ATTGCAAAGG TAGCGACAGA AAAAGCAGGA CTTGTATTAG CAGAGGAGTC AATTGCACCG
TTGTCGAAAG TGCTTGCGAG AGAGGTTAAA CGCTTGAAAG CCGATGCAGG AAATGGAAGG
CTAGTACGAA ATGTGATTGA GAAAGCTAAG AGAGAGTTAG ATAATCGGAT TGTAAATGAA
GGAATTCTAG ATGGAAATGA AATGGTTACC TTGCTTCCTG AAGATTTTGA GAAGGAACAA
AATAATGCAA CTGCAGAATT CCAATTAGAA GAACATTTAC AGAAAATTAT TGGATTGAAT
GAAGTGAAAG ACTTTATGAG AAGTTTACAA GATCAAATTC GAATTACACA AACAAGGAAA
AACTTAGGTT TGCCAGTAGA TGAAGGATCC GCATTACACA TGATCTTCAC TGGTAATCCA
GGAACAGGAA AAACGACTGT AGCAAGAGTT GTGGCAGAGT TACTTTATCA GTTAGGAATT
CTCTCTTCTA ATAAGGTAAT TGAAGTAGAT CGTTCTGGCC TTGTTGCTGG ATATGTAGGT
CAAACGGCTA TAAAAACAAA AGAAGTGATT CAATCGGCTC TTGGTGGAGT GCTATTTATT
GATGAAGCTT ACGCCCTAGC TAAAGATGTA AATACTAGCC ATGGTTTTGG GAAGGAAGCG
ATTGATACGT TATTAAAAGC GATGGAAGAC TATCGTGAAG ATTTAATTGT AATTCTTGCT
GGTTATACGG ATGAAATGGA AGGATTTTTA AATACAAATC CAGGACTGCG ATCACGTATT
CCAAATAAAA TTGAATTTAA AGATTATAGT GTTGATGAGC TACTGCAAAT GGGAGAGAAA
ATGTTTAAAG AGAACGGATA TGAGCTAACA GAGGCTGCTT ATGAGAAACT TCGAGAGAAA
ACCGAAATAG CTCGAACAGC AGAACAGTTT GGTAACGGAA GGTACGTACG TAATGTATAT
GAGGAAACAA AACGAAATCA AGCAGTACGT TTACGAGGTG TAAATTTAAC TCTTGATAAT
TTAATGAAAA TCGAAGAAAC TGATATTAAG TAA
|
|---|
| Protein sequence | MSTVNLYNKE EFLAFKSLFE ANVHSGELSK ALTQIEGLLT QYSDHPGLFY LAGLLFLHNQ
NYDKAKMYFE QALSLDESNS EYMVYLGITY VELNQLNQAE TLLLSAYNLG ESDITTLMGL
GKLYLKQENY EKARFYFNKV LSQDSLHHEA NVRMGQAYLF EKKHVQQAIT YFEQALKNGK
SDELEYYYAK ALLQSEMEAQ CIKCCKKFLM RNPNSSWADR FRELMLNAQR VNVKQPPKEE
YKQQRRRDPN YDSNTGEQNR NNEIDKYKRV FEDGKKRLNS YILGQEEFID QLCMGYMRSF
IYERPDANLK NVIFVSGRKG TGIYKSVKYL TAIMNEYDLY EKPDVHYIDI SSSLGASDIE
STFLSDVYRG IKSESDVLYF DNVDKCPPDL ISKLSELIMD GKIKLKDRYV YNANWQSLEK
TYSSLAEKSI DSIQIENKLI ILSTEKDLKD IRTMFPATVL EKIIDYPQTS VLPPRTLTKI
SDRYLKKYQK RIHTKLQVNM NYTHGVSDFI VEKANLTMGV HGIKSYIEDD IYQSITNLRI
SGKIEPGIIY QLTASDELYL DDGVEKIQVT RKKAGAENLE NIKKEFEKVI GLNAVKERVF
QLEEFLALQK IRQSRGAKQT RLTMNFIFTG NPGTGKTTIA RLVAKYLKAL GYLSSGHLVE
VDRARLVAQY VGQTGPKTQA VIDSAKGGVL FIDEAYSLAR GGENDFGKEA IDTLVKGMED
LREDLVVILA GYKDEMDDFL KTNPGLQSRF NNHIDFPDYT SEELFMISEK IVESEGFTIA
DDLKDDLIEE FTRKQIPGKN DSGNGRLARN IVEKAIAEQS GRLKNSGESL KFLSDEELNM
LTKEDFGLGG ENTFDLNAEL DKIIGLDQVK EFMREMELQL VAQKKRKTAG LHSTMNQSLN
MIFTGNPGTG KTTVARLLGT MMKEMGILKS GHFVEVDRGG LVGRYVGETA PKTTDKFMSA
LGGILFIDEA YALATDSFGK EAIDTIVKLM EDHRENIIVI LAGYEKEMKE FLKTNAGLKS
RFPLNVDFKD YSLQELVAIG ESMIKGREFI LTEEAREALV ERVESEMQLS SAESGNGRMI
RNIVEEGIRR QSARISKSEY EYADSTELIT FKASDFLVDT RDKDFDLEKE LETIVGLTDI
KDFVRSLEKQ LSAEQLRQSA GIKNRVSQNL NMIFTGNPGT GKTTVARVVG DLLKRMGILK
SGHFVEVDRG GLVGRYVGET APKTTDKFMS ALGGILFIDE AYALATDSFG KEAIDTIVKL
MEDHQGNIIV ILAGYEKEME EFLKTNAGLK SRFPLNVDFK DYSLHELVAI GESMIKGRGF
HLSEEAREAL VERVESEMQL SSAESGNGRM IRNIVEEGER RQSARISEDG YEYTDSTELI
TFKASDFLVD TRDKDFDLEK ELETIVGLTD IKDFVRSLEK QLIAQQLRQS VGIRQKSSQN
LNMIFTGNPG TGKTTVARVV GDLLKRMGVL KSGKLVEVDK SNLISPYAGQ TPEKVREVFM
SALGGVLFID EAYALSTDNV GREAIDTLVK LVEDHRDSVI VILAGYEKEM RDFLQANSGL
KSRFPNDVYF PDYSVAELVE IAKVATEKAG LVLAEESIAP LSKVLAREVK RLKADAGNGR
LVRNVIEKAK RELDNRIVNE GILDGNEMVT LLPEDFEKEQ NNATAEFQLE EHLQKIIGLN
EVKDFMRSLQ DQIRITQTRK NLGLPVDEGS ALHMIFTGNP GTGKTTVARV VAELLYQLGI
LSSNKVIEVD RSGLVAGYVG QTAIKTKEVI QSALGGVLFI DEAYALAKDV NTSHGFGKEA
IDTLLKAMED YREDLIVILA GYTDEMEGFL NTNPGLRSRI PNKIEFKDYS VDELLQMGEK
MFKENGYELT EAAYEKLREK TEIARTAEQF GNGRYVRNVY EETKRNQAVR LRGVNLTLDN
LMKIEETDIK
|
|---|
| |