| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK4790 |
|---|
| Symbol | |
|---|
| ID | 3022482 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus E33L |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_006274 |
|---|
| Strand | - |
|---|
| Start bp | 4880539 |
|---|
| End bp | 4884942 |
|---|
| Gene Length | 4404 bp |
|---|
| Protein Length | 1467 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 35% |
|---|
| IMG OID | 637549023 |
|---|
| Product | wall-associated protein |
|---|
| Protein accession | YP_086361 |
|---|
| Protein GI | 52140468 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 0 |
|---|
| 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 | ATGTCGAAGA AGAAAAAGAG TAGGGTATTG GTAGCTGGTG TTTGTTTAGC TACGTTGTTA
ACGCCATATG GACTTGAATT ACCTAAGGTG TATGCAGAGA TGGCAGTTGA AGACAAGGAG
AAACAGCAAG AAGAGCGAGT GTACCAATTG CTGCCAAAAG GTGATGTAGA AGGGATGCGT
GAGTTGCATC AGCGTGGAAT GAGTTTTTCT CCTTATGAAC CAACGGGCAT TTATGTAAAG
CCAGATGAAG AAGTAGTTAT TCAAGTAGAA GGGACTCAAC AGATTAAAGC TTATATTGGT
ACATATTCTT ATGAAAAGGA AGAACCTAAA CAATTCAATT TACATCCTGG TGAGAATAAA
ATTTCTTCTT CAAATGGGGG ACTATTATAC TTTTACAATT ATCACAACAC AGGAGAAGTA
GTCGCTAAAG TGAAAAAAGG TGGTACACCA AATCCTTTAT TTATTTTAGG CAAGCATACG
ACAAAAGATT GGAAGCGTAT GTTGGCAGAA AACCTTGATC CATATGCAAT AGAAATGAAG
GGAGAAAATA GTTTATTAAC TATGCATCCT GAAACTGTGG CGGAACATTT GAAGCAAGAA
GATCCAGCTG CGCTATTAAA GAAGCACGAT GAAATAATTA ATATAGAACA TAAGATATCA
GGTTTATCAA AAGATGGTGC GGGTGTTGCG AATCAAGGTA AACATTCCAT TCATTTTGTT
GAAGACTGGT ATACAGACGA TTATATGTAT GCGACTTATT ATCGAACAGC TTATAGTAAA
GGCAATTTAG AGTCAGTACT AAATCTAGAA GAGTTAACTA ATGATGGATG GGGGCCTTGG
CATGAAGTTG GACATCAACA TCAACAAGAA ACTTGGTTAT GGGATGGACT TGGAGAAGTA
ACCGTTAATA TTTATTCTTT GGCAGTTCAA ACTACATTCG GGCATAAAAC AAGGTTAGAG
CAAGAGGGGC GCTATGAAGC TGCATTTGCT TATTTAGGTA AACCGGATGC ACAAGAAAAG
ATGAATGAAT TTGAGAAATT AGTTATGTTT TGGCAGTTGC ATTTAGCCTA TGGGGATCAA
TTCTATCCGA ATTTACATCA AATGTATCGT TTGTTACATG ATACAGAACT GCCTAAATCG
GATGAAGAGA AAAAGCAGAT GTTTATTTAT ATGACGTCAA AAGTGGCAGG ACAAAATTTA
ATTCCTTTCT TTGATAAATG GGGATTAAGT GCAAATGATG CTACAAGAGA AAAAATTGAA
AAATTAAATT TACCAAAATT AGAAAAAGAA ATTTGGTTAT CTACAGATAG TAATCCAATT
CGTGAAAAAC AAATTGAGTT ATACGAAGCT CCATATGGCG AGCCAAATAA TGAAAAAATA
CAAAATATAG TAATCGGTAC TACATATGAT GAGGAAAAAG CAAAGGAACT TGTACAGAAT
TTAGGAGAAG GTGTAAAGAC AACAGGTGTG ATTATGCAAG ATAAGCCTGA AGTTGGAGAA
AAAACTGTAA AAGTAGAAAT TGTAGATGGA AAAGGAAATA AGAATTTCAT TCCAGTTGTA
GTGAATGTTG GATATGGGGA TAGCCTACTT GTATATGGAT TGAACTATAC CTGGGGGGGA
GACTTGAAGT CAACCGTAAC TCTACATCAT GGTACGAAAA CATTTAGTGC AACAGATACA
AAAAATTTAA TTCACGATTA CTTTAAAGAT GAAAAGTATT TTGAGTTCAC GCTGTACGAT
AAAGAAGGAA GAGAGAAGAA AAATGTAGCG GTAAAAGGCT TGGAGAATAC AGAAGCTTTT
GCCAAGGAAT TAAATGGGCT AGCATTTGAA TATGGTGATG TGGTGAAAGT ATATCATGCA
GAGTCTTCAC GTTTACATTG GTATCAAAAA GGTTTATATG TGGGAGAAGG GAAAAATAAA
GAAATAAAAG AATTATTCTT CAAAATTACT GAAAATGGAT TTGAAAGAGT AAAATCATTG
CAAGAAGTAA CAGCAAAGCC ACAAACAGTA GTAGTCGGAA CAGAAGTAGA AAAGCTAGAA
GCGAAAAACT TTGTTGAAGT GAAAGACGGA GAGGTAATTG GCTTTGTAGA AAAACCAACT
ACAACGAAAA TCGGAAAACA AACAGCAAAA GTAGAAACGA AAGATCGTTT TGGAAATAAG
CAAGTAACAG AAGTTCCAGT AGAAGTGGTT TATGGAGATA GTATTGCATA TGCCGGATAT
GGCGATGATA TTGCTTCAAT CGTAACTTTA AAGCACGAAG AGAAGAGATT CCATGCAACT
GATATGGATA GCGAAATTCA TGAGTATTTT AATAAAGAGC TATACATGGG GATCACGTTA
TACGATGGAG AAGGAAAAGA GAAAAAACAT GTAACAGCAG AGGGACAAGA AACATCAGAG
AACTTTGCGA AGCAAGTGAA TGGTATGCAG TTCGAGTATG GAGATGTAGT GAAAGTATTC
CACGCAGAAC CGAATCGCTT GAAATGGTAT CAAAATAATA ACCTTACTGG TCAAGGTGAG
AAAAAAGGGG CAAAAGAACT ATTCTTCAAA GTGACAGAAA AAGGCTTTGA GAGAATGGAT
ATGTTGCAAG AAGTAACAGC GAAACCTCAA CAAGTAGTAG TCGGAACAGC TGTTGAAAAG
TTAGATCCAA AAGCTTTTGT TGAAGTGAAA GATGGAGAAG TAATTGGCTT TGTAGAGAAA
CCAAATACAA CAAAAATCGG TGAACAAAAA GTAAAAGTAG AGACGAAGGA TCGTTTTGGA
AATAAGAAAG TGACAGAAGT ACCATTAGAA GTGACGTATG GAGATAGTAT TGCATATGTG
GGATATGACA ATGATATTGC TTCAATCGTA ACGTTAAAGC ATGATGATAA GAAATTCCGT
GCGACTGATA TGGATAGTCA AATCCATAAA TATTTTGATA AAGAGCTATA CATGGGAATC
ACGTTATATG ATGGAGCAGG AAAAGAGAAA AAACATGTAA CGGCAGAAGG GCAAGAAACT
TCAAAGAACT TTGCAAAGCA AGTGAATAGT ATGCAGTTCG AGTATGGAGA TGTAGTGAAA
GTATTTCATG CGGAACCAGA TCGTTTGAAA TGGTATCAAA ATAACAATCT TACTGGTCAA
GGTGAGAAAA AAGGGGCAAA AGAACTATTC TTCAAAGTGA CAGAAAAAGG CTTTGAGAAA
ATGGATATGT TGCAAGAAGT AATAACAGTA CCGCAAAAAG TAGTAATCGG AACAAATGCT
GAAAAGTTAA ATGCAAAAGA CTTTGTTCAA GTGAAAGATG GAGAAGTAGT AGGTTTTGTA
GAAAAACTGA ATACAACAAA AATCGGTGAA CAAAAAGTAA AAGTAGAAAC GAAAGATCGC
TTTGGTAATA AAAAAGTGAC AGAAGTTCCT GTAGAAGTAA TTTACGGAGA TAGCATTATG
TTCTTCGGTA CATGGTACGG CGGAACGAAT ATTAAATCGA TTGTTACATT AAATCATGAA
GAAAAGAAAT TTAGCATAAC AGATTCAGAA GGTCCGATGC ATACTTCATT TGTAGATGAG
AAGTATATGG GGATGACTGT ATATGATAAA GATGGAAAAG AGAAGAAAAC TTTATCAGTA
AAAGCATCGG AGAATACGAA AGTATTTGCA GAACAATTTA ATGGAATGAC TTTTGAATAC
GGTGATGTAG TAAAGGTATA CCAAAGAGAG TTTGATAGAT TTAAAGTGTA TAAAAAGAAT
GAACTAATGA ATGCGCAGTA TGGTGTTCAT GAAGTATCCT TTAAAGTGAC AGAGCAAGGT
TTCGAGAGAA TGGAAGCGCA ACAAGAAGTA ACAGCTATAC CGCAAAAAGT AGTAATCGGA
ACAAACAGTG AAACGTTAGA TGCAAAAAAC TTTGTTGAAG TAAAAGATGG AGAAGTAATT
GGTTTTGTAG GAAAACTAGA TACATCAAAA ATCGGTAAAC AAACAGTAAA AGTAGAAACG
AAAGACCGTT TTGGAAATAA GAAAGTAACG GAAGTACCTG TAGAAGTAAC ATATGGAGAT
AGCATTGTAT ACCAAGGGCT TAGTAATGTG GTTCGTTCTA TTGTAACGTT AAATCATGAT
GATAAGAAAC TACATGTAAC GTATACAAAT GAACAAATTC ATAGTTACTT TAACAATGAA
TTATATATGG GAATTACGTT ATATGATCAA AATAATAATG AGAAAAAGCA TGTAACAGCA
GAAGGGCAAG AAACGTCGCA GAATTTTGCG GAACAAGTAA ACGGTACGCC ATTCCAGTAT
GGGGATACGA TAAAAGTGTA TCATGCAGAA TCTGATCGTT TAAGTTGGTA TAAAACTGGT
GAGTTACTTG GAAAAGGAGA TGCGAAGAAA TTTAAAGAGA TTTCCTTCAA GATTACTCCA
AATGGCTTAG AACAAGTACA ATAA
|
|---|
| Protein sequence | MSKKKKSRVL VAGVCLATLL TPYGLELPKV YAEMAVEDKE KQQEERVYQL LPKGDVEGMR
ELHQRGMSFS PYEPTGIYVK PDEEVVIQVE GTQQIKAYIG TYSYEKEEPK QFNLHPGENK
ISSSNGGLLY FYNYHNTGEV VAKVKKGGTP NPLFILGKHT TKDWKRMLAE NLDPYAIEMK
GENSLLTMHP ETVAEHLKQE DPAALLKKHD EIINIEHKIS GLSKDGAGVA NQGKHSIHFV
EDWYTDDYMY ATYYRTAYSK GNLESVLNLE ELTNDGWGPW HEVGHQHQQE TWLWDGLGEV
TVNIYSLAVQ TTFGHKTRLE QEGRYEAAFA YLGKPDAQEK MNEFEKLVMF WQLHLAYGDQ
FYPNLHQMYR LLHDTELPKS DEEKKQMFIY MTSKVAGQNL IPFFDKWGLS ANDATREKIE
KLNLPKLEKE IWLSTDSNPI REKQIELYEA PYGEPNNEKI QNIVIGTTYD EEKAKELVQN
LGEGVKTTGV IMQDKPEVGE KTVKVEIVDG KGNKNFIPVV VNVGYGDSLL VYGLNYTWGG
DLKSTVTLHH GTKTFSATDT KNLIHDYFKD EKYFEFTLYD KEGREKKNVA VKGLENTEAF
AKELNGLAFE YGDVVKVYHA ESSRLHWYQK GLYVGEGKNK EIKELFFKIT ENGFERVKSL
QEVTAKPQTV VVGTEVEKLE AKNFVEVKDG EVIGFVEKPT TTKIGKQTAK VETKDRFGNK
QVTEVPVEVV YGDSIAYAGY GDDIASIVTL KHEEKRFHAT DMDSEIHEYF NKELYMGITL
YDGEGKEKKH VTAEGQETSE NFAKQVNGMQ FEYGDVVKVF HAEPNRLKWY QNNNLTGQGE
KKGAKELFFK VTEKGFERMD MLQEVTAKPQ QVVVGTAVEK LDPKAFVEVK DGEVIGFVEK
PNTTKIGEQK VKVETKDRFG NKKVTEVPLE VTYGDSIAYV GYDNDIASIV TLKHDDKKFR
ATDMDSQIHK YFDKELYMGI TLYDGAGKEK KHVTAEGQET SKNFAKQVNS MQFEYGDVVK
VFHAEPDRLK WYQNNNLTGQ GEKKGAKELF FKVTEKGFEK MDMLQEVITV PQKVVIGTNA
EKLNAKDFVQ VKDGEVVGFV EKLNTTKIGE QKVKVETKDR FGNKKVTEVP VEVIYGDSIM
FFGTWYGGTN IKSIVTLNHE EKKFSITDSE GPMHTSFVDE KYMGMTVYDK DGKEKKTLSV
KASENTKVFA EQFNGMTFEY GDVVKVYQRE FDRFKVYKKN ELMNAQYGVH EVSFKVTEQG
FERMEAQQEV TAIPQKVVIG TNSETLDAKN FVEVKDGEVI GFVGKLDTSK IGKQTVKVET
KDRFGNKKVT EVPVEVTYGD SIVYQGLSNV VRSIVTLNHD DKKLHVTYTN EQIHSYFNNE
LYMGITLYDQ NNNEKKHVTA EGQETSQNFA EQVNGTPFQY GDTIKVYHAE SDRLSWYKTG
ELLGKGDAKK FKEISFKITP NGLEQVQ
|
|---|
| |