| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A3560 |
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| Symbol | |
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| ID | 7098367 |
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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 | 3445821 |
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| End bp | 3450335 |
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| Gene Length | 4515 bp |
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| Protein Length | 1504 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643471084 |
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| Product | hypothetical protein |
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| Protein accession | YP_002368264 |
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| Protein GI | 218234921 |
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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 | 9 |
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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 | ATGCAGATGC AACCTCATAA AGATCTCGTT CGCAGTGGTC AAAGAAACCG AGGGTACGCT
ATTCGTATTG GTAATAAGGT TCCTAAGAAT AGTGCAAACC TTGCATATGT ACAATCAAAA
TCTGTATCAC CCGAGGAGAA CATCTTATTA GAGGATGTTT CTTCTCAAAT TCAAGAAAAC
GGATTATCTA ATTTCATAGA AAGAGATTAC ATGGTTTATC CAAATCACAA TTTCTTATTA
GAAACTGAAT CCGGGCAAGC TATTTTTCCT ACTGATGCAG TCTATGTAAC GGATGAATTT
ACTATTCGTA AAAATCGTCA AGATACTCCA AAACCGGTAT TCTATCAAAT GGAGTTGAAA
GGACGTTTCG ATGCAAGAAC TGCTCAAGTT ATTCCTTATC TAGGCGGCTT CTCTTCTGAG
ACCGAACAAG AGGCTATCCC CTTAGAAGAA GTTGTGATAG ACAAAAGAAA TGACTTAATT
TATATAGGTA ATAGTATACG CATAGAAGCA AACAGTGGAC CTTTACAGGA CGGTGATGTG
TTTAAGGTTC AATTAATTCG TGAAGACAAC TTTGTATACC GTATTGTTGT ATTTACAAAT
TTCCGTAACA ACAAAGATGT TACATACAAA GTAATCTATC CTAATTACAA AAATGACAGT
AAAGAGAGCG AATTAAAGGA GGAAGTCCTA AACGCATATC CATTCTTCGA ACAAGTAACA
ATGGACAAAT TTAAAGATAC TGTTTCTGAA ATAGAATCAA ATCCGGATAA ATACAAACAT
TTGAAAGTCT ATGCAATTGA GGAGAAGGGG AATGATTTTT CTTTCTATGC AACATCTGAT
GTTATGATTG CAAACTATCA AACTCGAACA CCTCAACTAT TTAAACATCG CGTCGAAGCA
AAATTGAAAA CCAAATTAAG TGAAACAAAC CCAGGTAAGA TGAACATTGG ATTTAGTTTT
GTTCAATCGG TAGTTAATGT TGAAAATTTA TCTTCTATTG GTAAAACAAT CAATGAGCAC
CTGTCGCTTC CAAAATATAT AGAATTACAA AATCCGCATC CAACAGAAGT AGATCTTTTG
AAAAAAGATG TTCGATATTG GGCAGTTAAC CTTGATATGC CAGATCACCA TTATGAGGAT
TATGATTTAC TCGTTATAAC TGGTTACGGT AAAGCCGACT TATCTATGTT TAAAGACAAG
TTTGAGCATT ACTTAAAAAA TGGAGGTACG ATTTGGATAG ATAATGCTGG TAGTGGAATT
AATATTCTTG ATTTCAAAAC GAGCAAAGGG AATACATTTA TTTCTGATAT CGGGTTTTCG
TCAAGTAGTA ATGAATTTGG AGTTAAGGAA ATTAAAAAAG ACTCTCCATA CATTAGTCGC
TTGCTACCAA TTCAAAACGT TGGAGATTTA GGCTATGCGG ACATTTCTCC GGCTATCCTA
TTTGGACAAG ATGAGGAAAG TAACCAGTGG GATACAATTG TAAAACACTT AAATGGTGGC
CCTTCAATTA TTAAGAAAAC ACTGTTTGAT AAAGGTACTG TTCTTGTTTC TAACTGTGGA
ATATTCAGAG CATTTTACCA CAACCAAAAA GAAAGTGTAA ACCTTGTTTT AAACTCGATC
CTTTATCATT CAGAAGAACA ATGGGTGTTT ACTCCTTGGA GAAATGACTT CGTATATCAC
CGAGATAATT TATTTGCTCA GGAATACAAA GTGAACAATA CGGATGTTTA TATTAATGAC
AGAAGTGATT ACAATGCAAA TCAAATTGTC GCAAAAAAAA TCCTTTATAA GAACTGTAAA
GAATACGTGA AAATCTACTG CAAACCTTGG TTCTATAATG CTACAGGAGT GTATGAACAT
GCTATAGATG GTGATAAATC AATTCCAATT AACAACAGTG GATTTGAAAG TGGTCAAGTA
GATTCAGGTG GACAGCCTAT TACTTCTTGG ACAACTGATA CAGTAAATGC AATCCCTTCA
TGGAATACAA AGAAGTTAGC TGGTCAAACA GTTACATTCA CACATGATTC CACAAAAAGC
CTATTCGGTG TTCGTCAGGT ATCCTTAGAC TCATCAAACG GAACAACAGG AGCTCATGTC
TTTTGGGAAA GTGAAGATAT CTATTTATCT ATTGATGATT ACAAGGTGAA TGCATGGGCA
AAAATTGATC AAGTACGAGG GATTACAACA GATGGTGTGA AAATCGGTAT TTATAACTTA
CAGGGTGAAA AAATTTCTTC TTCTATTTCT ATTACAGGGA AAAAAGATTG GGTTAAGTTA
GAAACGAATT TCCACATCGA TAAACCCCAA AAAATTAAGA TTCGTTTAGG CTTTGTAGAT
GGAAATGGTT TTGGTAAAGC AAGCTTTGAT GATGTTACAT TAGATACAAT CGGAGCAGTT
AGAGGTGTTG CACAGAATGA AGGAGAGAAA ACTCTCTATG CATTTAGTAT TAAACCGAAT
GCTACAACGA TTGATATTGA AGCAGAAGGC TTTGAAAATG CAGACATCAC TAGAGCTACA
CCGGAAATTC CATTCACATA TACGATTATG CCATTTATTC ATCAGTGGAT TTCCTTCGGA
GTAGACCCAG GAACAGGACT AGAGTTTGGT CGTTATGAGC GAATGTATGG ACCACCAGTT
GCTTATTCTA AATCAATTCG TAAAACAGAA GGATTAAAGA ATCTAGGCTA CTTACATACG
CTGCTTCCTC CAGTGCCAAG TGGAAAAGAG TGGTATGACA AGAACAAAAT TTTCTACAAG
ATTTCACTTG GTTCAGAAAA CTTAGAGGAA AACAATTTAG TTAACCTAAA ACTGTTTGAC
CGTAAAACAG GCATGGAATG GTTCTACAGT GGAGATCTTG TTATTGGCCA TAAAGATATT
TTTTGGGCAA CAGACAAACC AAGTTTTGTT CTTCATGCTG AAACTGGATT TGAAACAATA
AGAGCTTCTA AGCGAAACTT TGGATTGAAG TTAATTGATG ACCGTCGTAT CTATAGTGAA
CTTCCTCAAA CAAAGGATGC TAAAGAGAAC TGGTATTTAA GAATTCATAA CGGACAATTC
ATTAAGGATG ACCTTGGATA TAAAGAGTGG TCAGAGATGC ATGCTAGTAA TAATCTTGCT
GTAATGAATC AATACAAAGA ACGAGTTATG AAAAAAGAGA AGTATCAAGT CAACGAATAC
GCTTCTCAAA TTTTTAATCC TTCTATCGGA ATTATGACAG TAGAGAACGA GATGGAGTAC
ATTACTCCTT CTACAGTAAA AGTACCTCAC AATAATCTGT ATGTAAGCCA AGGCTCTGTA
GAAAAAGAAC AGCTTTTAGT TGAGGGCTTA GCGAATTCTG CAGGAACATT GTTCCGAGCT
AAACAAAAAA ACTGGATTCG TAACGATAAG GTTCACATCT TTATAGATGC TGCAAACAAT
GGAAACATCG TGGAGATTTT CGAAGAGTAT CCATTTGAGA TTAATCATGA CGAGGGTACT
GTTTTCTTCC CAGGTAGAAA TATAACTGGT AAAGTGTACG CTACTTATGA ACATCGTAAC
TTCCGCCTTT ATAAGCGAAT CTACAAAAAT ACAAAAATGT CTAACGACTT ATTGGAAAAT
AAACGTATCG ATCCGGTTAC GAAAGAAGTA ATCATGTATG GTTCAAAAGA AAATTGGTTA
ATCCAACCAG TGCCAGTTCT AAAAACTACT AAAGGTAAGG CAACATCAGC TAATACAATT
CCTGCTACAA ATTATCGAAT CGATTATGAA AAAGGGAAAG TGGTCTTTAA ATTTGAACCA
GTTGGGCCTG TTTATGCAGA CTATGGTTAT TTCGAAAACA AAGAGCTAAC AGCAAATGAT
TATGATATCC AAAACGGAAT CTTCTTCTTA AGGGAAAACA TTTCGTTTAA AGATAATTTG
TTTGCTAAGT ATTCTTATTT TGATAACTTC TACGAATATA AGGGCTTCTA TAGTGAAACA
CTTCGAACAT TCCTTCATTT AGACCTCAAT CCATCCGTAG GACATTACTC AACTCTTCCG
ATGACTACTT ATGTGAATGG TGTTCAAAAG GTAGAGTACA AGAAAGTTCC ATCTTCAAAG
CTTCTCAATA AGCTTATCCA TATTTACATT GTTCCTGATT CTGAAAACGG AAACTCAATC
CGTCACTGTT TCAGTGGGGA AGAGTGGAGA AGCATTCAGC AGTCAAACCC TATGTATCTT
CTACTTGCTA AAGTCCAAGT AAGAGAGCAT ACGAGTGTTA AAGATGTAGT TGTTATGGAT
GCACGTACTC GTGGTGGTGG CATTTCTGAA TCGCTATCAA CTAAGACAAT TGATGAGAGA
GTGCAAGGAA GACAGCGTTA TTGGGACATT GGTAATTGGG ATGGAAAAGC CTTCTACCGA
AATGGCGTCC TAATTGTCAC CCTTCCTAAA TCCATATTAA CCGAATACGG TGGTAACTTA
TCAGAAGAAT ATGCAAAAGA AGTTATTGAT AAGTATGTTG CTTTTGGAAC GCACTGCATT
ATTGAATGGG AGTGA
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| Protein sequence | MQMQPHKDLV RSGQRNRGYA IRIGNKVPKN SANLAYVQSK SVSPEENILL EDVSSQIQEN
GLSNFIERDY MVYPNHNFLL ETESGQAIFP TDAVYVTDEF TIRKNRQDTP KPVFYQMELK
GRFDARTAQV IPYLGGFSSE TEQEAIPLEE VVIDKRNDLI YIGNSIRIEA NSGPLQDGDV
FKVQLIREDN FVYRIVVFTN FRNNKDVTYK VIYPNYKNDS KESELKEEVL NAYPFFEQVT
MDKFKDTVSE IESNPDKYKH LKVYAIEEKG NDFSFYATSD VMIANYQTRT PQLFKHRVEA
KLKTKLSETN PGKMNIGFSF VQSVVNVENL SSIGKTINEH LSLPKYIELQ NPHPTEVDLL
KKDVRYWAVN LDMPDHHYED YDLLVITGYG KADLSMFKDK FEHYLKNGGT IWIDNAGSGI
NILDFKTSKG NTFISDIGFS SSSNEFGVKE IKKDSPYISR LLPIQNVGDL GYADISPAIL
FGQDEESNQW DTIVKHLNGG PSIIKKTLFD KGTVLVSNCG IFRAFYHNQK ESVNLVLNSI
LYHSEEQWVF TPWRNDFVYH RDNLFAQEYK VNNTDVYIND RSDYNANQIV AKKILYKNCK
EYVKIYCKPW FYNATGVYEH AIDGDKSIPI NNSGFESGQV DSGGQPITSW TTDTVNAIPS
WNTKKLAGQT VTFTHDSTKS LFGVRQVSLD SSNGTTGAHV FWESEDIYLS IDDYKVNAWA
KIDQVRGITT DGVKIGIYNL QGEKISSSIS ITGKKDWVKL ETNFHIDKPQ KIKIRLGFVD
GNGFGKASFD DVTLDTIGAV RGVAQNEGEK TLYAFSIKPN ATTIDIEAEG FENADITRAT
PEIPFTYTIM PFIHQWISFG VDPGTGLEFG RYERMYGPPV AYSKSIRKTE GLKNLGYLHT
LLPPVPSGKE WYDKNKIFYK ISLGSENLEE NNLVNLKLFD RKTGMEWFYS GDLVIGHKDI
FWATDKPSFV LHAETGFETI RASKRNFGLK LIDDRRIYSE LPQTKDAKEN WYLRIHNGQF
IKDDLGYKEW SEMHASNNLA VMNQYKERVM KKEKYQVNEY ASQIFNPSIG IMTVENEMEY
ITPSTVKVPH NNLYVSQGSV EKEQLLVEGL ANSAGTLFRA KQKNWIRNDK VHIFIDAANN
GNIVEIFEEY PFEINHDEGT VFFPGRNITG KVYATYEHRN FRLYKRIYKN TKMSNDLLEN
KRIDPVTKEV IMYGSKENWL IQPVPVLKTT KGKATSANTI PATNYRIDYE KGKVVFKFEP
VGPVYADYGY FENKELTAND YDIQNGIFFL RENISFKDNL FAKYSYFDNF YEYKGFYSET
LRTFLHLDLN PSVGHYSTLP MTTYVNGVQK VEYKKVPSSK LLNKLIHIYI VPDSENGNSI
RHCFSGEEWR SIQQSNPMYL LLAKVQVREH TSVKDVVVMD ARTRGGGISE SLSTKTIDER
VQGRQRYWDI GNWDGKAFYR NGVLIVTLPK SILTEYGGNL SEEYAKEVID KYVAFGTHCI
IEWE
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