| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_5332 |
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| Symbol | |
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| ID | 2750582 |
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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 | 4916410 |
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| End bp | 4919337 |
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| Gene Length | 2928 bp |
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| Protein Length | 975 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637282156 |
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| Product | cell wall anchor domain-containing protein |
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| Protein accession | NP_981624 |
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| Protein GI | 42784377 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGAACATAT GGAGGCGAAA AAAGAAGCTA AGAAGACAAA AAACCTTTTT AGTACTGTTG
ATGCTTTTAT TAGTGTTCGC GGATATACCT ATCAGTTTTA TTGACAACAT GACGATGCAT
GCGGAGACAG ATTCTATAAC AGAACAACCG AAAGATATAG AGATAGGTTC TGTAAAAGAG
CAGCCAAATC CAGAAGCTGT GAAAGATTTT GATCCAGGTC CACCTTATGA GCAGAATGTA
GCAAAGGATA TTCCTGTAGA GGTTGGAGAG GAACGGATTG GGACGTCTTC CTGGATAAAA
GATATTGCAC CAGCAAGTTT AGTAGATAAC ACGTGCGTTC AGCAAAATAG AGTTGTACTT
AAAAATGGTG GATTTGAAAA GCCAAGGATA ACGAAAGACT TCTTTATTGA TCAAGATAAT
GTAGAGGGCT GGAGAACGAC AGATCGCTAT AAAGTAATCG AAATTTGGAG AACGAGAGAT
AGAATACCAT TGCCTTCACC ACTTCCAGCA GAAGGAGAGC AATTTGCCGA ACTAAATGCA
AGGGAACCTG GAATGTTATA TCAAGATGTG AAAACGACTC CAGGGCAAAC GATTTATTGG
AGATTAGCTC ATAGGGGAAG AGATGGGAAA GATACGATGC GAGTTCGTAT CGGATCAGCA
AGTGCGAATA TTACTTCCTT ACCTACTATT CAAACGATGG AAGATGATAA TAAAGCGTGG
GGTCGCTATA GCGGGACTTA TACAGTTCCA GCAGGTCAAA CGTTAACTCG ATTTGGTTTT
GAGGCTGTAA AAACATACGG AAATGCCCTA TCAGTAGGAA ATTTCCTAGA TGATATTTTC
CTAGGAACAG AACCTTGTGT TACGGCAACA AAATCTGTAA GTCCAGAAGG AAAAGTGTAT
GCGGGAGATG AGTTGACGTA TACAGTGAAC GTTAAAAACC ACGGCGGAGA TGTTGCTGGT
GAAGCAATGT TCACTGACAT GATTCCAGAT GGAACAGAAT ATGTACCGGG CTCCATAAAA
CTAAAAGCTG ATGGAACCGA AAAAGCTATA ACAGATGCAG AAGATAATGA TGCAGGCTTT
TATAAAGACA AAAAAGTCAC TGTTAAATTA GGCGATGTAC AAAATACAGA AGAGGATCCA
AATGGAATTA CAGTTCAATT TAAAGTAAGG GCTTTACCAA GTTATATTGG AAAGCAAGTT
ACAAATAAGG CAAGAATAGA TTATGGCAAC TTGTTGAAGG GCTCAAAGGA ATATACAAAT
TCCAATGAAG TTGTAAACGA GGTTATTGCA AGAAACCCTG AAATAGAGTC GGTTAAAGAA
GTGAAAAATG TACAAGGTAA GAGTAGGTAC GAGGTCGGAG ATACAATTGA ATACACAGTT
AAAATGCGTA ACAAAATTGA GAATAGCATC GCGAAAAAGA TTGTAATAGA AGATTCATTA
CCAAACGGGA TAGATTATGT ACCAGGAACC ATTAAGGTAG ATGGAAAAGC GGTGACGGAC
GCTGTAGATC AAGATAGCGG CCACTATACG ATAGGTAAAG TGATGGGGAA TTTAGGTGAT
ATTACAGATA CAGGATGGCA TACGGTTACC TTCCAAGCAA AAGTAAAATC GGATCAGTTA
GATAAGACGA TTCGTAACAT AGGAAAAATA ACAGGTGAGA ATATTACACC GCAAGAACCA
GAGAAATCTA TTGTAATAGA ACCGAAAGAT CCAAAACTAG AAACGGTAAA AGAAGCAAAG
AACTTACAGC AAGGTAAGAG CATATATGAA GTCGGAGATA CGATTGAATA TACAGTGAAA
ATGCGTAATA ACGTAGCGAG TAGCGTGATA AACAATGCTA TTATTGAGGA TCCATTACCA
GAAGGTGTGG AATATGTACC AGGGACGATT CGAATAGATG GGAAGGTTGT CACAGATGCT
GAAGATGGGG ATAGTGGCCA TTATAAGACT GGAAAAATAA CCGGGAAGTT TGGAGATATT
CGAGATACAG AGTGGCATAC AGTAGTGTTC CATGTGAAAG TGAAAACGAA TCAAGCAGGG
AAAGAAATAG TAAATAAAGC GAAGGTAACG GGAGAGAACA TTACACCGCA GGAACCTGAA
AAACTAGTAA AAGTAGATTA TAAGAATCCG AAAGTGGAAT CAGTGAAAGA AGTAAAGAAC
TTACAACAAG GTAAGAAGTA TGAAGTAAAA GATACGATTG AATATACGAT TAAGGTTCGT
AATACAGTCA AAGATAGCAT CATAAGAAAT TCTTTAGTAG AAGACCAATT GCCAGAAGGT
GTGGAATATG TACCAGGATC AATTCGGGTG GATGGCAATA TAGTAACGGA TGCCGAAGAT
ACTGACAGTG GTCATTATAA GGCTGGAAAA GTAATAGGGA AACTCGGAGA CATTCAAGAT
ACCGAATGGC ATACAATCGT ATTTCAAGTG AAGATAAAAG ATGGTTATGA AGATAAAAAA
ATACTGAACG TAGGTACGGT AAAAGGAGAT AATATTTCTC CACAAAAACC ATCAGTAGAA
ATAGCAGTGG AACCTCCTCC GTCAGGGAAA ATTGAAATTG AAAAAGTAGA TGCAAAGGAT
CATACGTTGA AACTGAAAAA TGCAGAGTTT CAAATTATCG ATAAAGATGG AAATGTAGTC
GGAAAATTAG TAACCGATGA AAGTGGAAAA GCAATTTCTG AACCGCTAGT ATTCGGTAAA
TATGAAATTA AAGAAATAAA AGCACCGACA GGTTACATGA TCTTGAAGGA ATCAATTCAT
GTAGAACTTA CATCACCTTT GCAAAAGTTG AAAGTAGAGA ACAACAAGAG TGAATGGGTC
ATTCCGAATA CAGGAGGGTT TGGAACAAAT CTCATTTACT TATTTAGCAC ATTACTCATT
GTGTTAACGC TATTTCTCTA TTTCCGAAAA GGGGACAGTA ATTTATAA
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| Protein sequence | MNIWRRKKKL RRQKTFLVLL MLLLVFADIP ISFIDNMTMH AETDSITEQP KDIEIGSVKE
QPNPEAVKDF DPGPPYEQNV AKDIPVEVGE ERIGTSSWIK DIAPASLVDN TCVQQNRVVL
KNGGFEKPRI TKDFFIDQDN VEGWRTTDRY KVIEIWRTRD RIPLPSPLPA EGEQFAELNA
REPGMLYQDV KTTPGQTIYW RLAHRGRDGK DTMRVRIGSA SANITSLPTI QTMEDDNKAW
GRYSGTYTVP AGQTLTRFGF EAVKTYGNAL SVGNFLDDIF LGTEPCVTAT KSVSPEGKVY
AGDELTYTVN VKNHGGDVAG EAMFTDMIPD GTEYVPGSIK LKADGTEKAI TDAEDNDAGF
YKDKKVTVKL GDVQNTEEDP NGITVQFKVR ALPSYIGKQV TNKARIDYGN LLKGSKEYTN
SNEVVNEVIA RNPEIESVKE VKNVQGKSRY EVGDTIEYTV KMRNKIENSI AKKIVIEDSL
PNGIDYVPGT IKVDGKAVTD AVDQDSGHYT IGKVMGNLGD ITDTGWHTVT FQAKVKSDQL
DKTIRNIGKI TGENITPQEP EKSIVIEPKD PKLETVKEAK NLQQGKSIYE VGDTIEYTVK
MRNNVASSVI NNAIIEDPLP EGVEYVPGTI RIDGKVVTDA EDGDSGHYKT GKITGKFGDI
RDTEWHTVVF HVKVKTNQAG KEIVNKAKVT GENITPQEPE KLVKVDYKNP KVESVKEVKN
LQQGKKYEVK DTIEYTIKVR NTVKDSIIRN SLVEDQLPEG VEYVPGSIRV DGNIVTDAED
TDSGHYKAGK VIGKLGDIQD TEWHTIVFQV KIKDGYEDKK ILNVGTVKGD NISPQKPSVE
IAVEPPPSGK IEIEKVDAKD HTLKLKNAEF QIIDKDGNVV GKLVTDESGK AISEPLVFGK
YEIKEIKAPT GYMILKESIH VELTSPLQKL KVENNKSEWV IPNTGGFGTN LIYLFSTLLI
VLTLFLYFRK GDSNL
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