| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_3218 |
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| Symbol | |
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| ID | 2749565 |
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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 | 3006017 |
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| End bp | 3008569 |
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| Gene Length | 2553 bp |
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| Protein Length | 850 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637280024 |
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| Product | permease, putative |
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| Protein accession | NP_979520 |
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| Protein GI | 42782273 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3127] Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, permease component |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.479064 |
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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 | ATGCTACTAA AATCTGCACT ACGTAGTTTA GCACGTAATC GTTTAAGAAC TTTTTTTACT
GTGTTCAGTA TTTTAATAGG AGTAGCTAGT TTCTTTTCTA TGTCTATGTT GGTAGAGTTG
GTTCCGCGAT CTATTCACGA ATCCTCTAAA ATTCTTTTAG GAGGGAATGT GTCAGTTCAA
TCCTATTTAA AACCGATGGA TCGCGAAACT CTTATTTCTT CCATTCCTAA AGAAGAACAG
AAAGCGCTCA CAACTTCTTT ATTAGGTCAA AGTATGGTCA AATCTGATCG GAAAACAACA
AGTTTAATTG TAAAGGGAAT TGAAACGAAC CACTATCCTT TCTTTGGTGA TAATCTGTTT
CCTAATATTC GTACTTTACA TAAAGATGAA CTACTACTTT CCAAAAATAC AGCTGACCGT
TTGCAAGTCA AAGTAGGAGA TAGAGTTGAG ATTCCTAACC GTTTTACTGG GGCAATGACC
TCTTATAAAA TTAGTGGTTT AGTAGAAGGT GTCCAAGAAT CCTATGGCGA TGCTTCGATT
TTTGGAACTG CCTATTTACA TTTAGATCAA GCACAGCAGC TCTTAAATGT ACCTGCAGGC
ACAATTAATG AAGCATTAAT CTTATTAAAT GAAAATGTTA ATATCTCTTC TTTTAAAAAG
AATATTCAAA AACAATTACC ACAAAGTAGT GTAATAGATG TTCAGGATAA AGAGCTAGAG
AAACAGAAAG ATTTACGGAT GTTGTTACCA TTTCTTCAGC TTTTCAGTAT ATTAGCTCTT
GGAATTGCCG CTATTACTAC TTCTAATACA ATGAAAGTCA TTATTGCTTC ACGTACGCAT
GATATCGCTG TTATGAAGTC CGTAGGAATG AAAACTAAAT ATATTATTCA ATATTTTCTA
TTAGAAGCAT TATGGCTAGC GATTCTCGGA ACAGTTGGTG GGATTGTACT CGGCTTATTA
GCTAGTGTTT GGCTGACGTC CTATCTAGCA GACGTGCTTT CACTACCGCT ACATTGGGGA
ATTTCATGGT CCGTAATTTT TACAACAATT ATTGTGGGAT TAATTGTAAC CTTCTTAGCT
TCTTGGATAC CAGTAAAAAG TGGAATGTGT GTATCACCAC TTCAAATGTT ACGTGATACT
GAGAACACAA GTGTGAATTA TGCTTTACCA TTTAAAAAGA AATTTCAACT TTTTATATTT
ACTTGTGGCA TTCTTTCTAT TTATGTTTAC AATATAGCTT TCACAACAAA TACAAATGGC
AACGCAGTCT TTAAGTGGTT TCTTGCTCTT TTACTTACAA CTGCAGTTCT GTTATTTATT
TTTACTTTTG TCCGATTTAT AGGGTTTATA TATTCTTTAT TATTCAGATT AATTGGCGCC
ATGAAAAGCA TAATGCCACA AAGCCTCTTT CTTGCTTTAC ACAACATGGC TACTACAAGT
AAACGAAATG GTTTATTAGC AGTTACCTTA ACTATTGGTG TTGTTTCTGT TGTCTCTAGT
CATGTATTTG CAGACAATTT AATTGAGTCA GTTCAAGGTC AATTGGAAAG AGAGGCAATG
GGAAATATCC TTATTACAAG TTCCATTCAT GACGAAGGGA ACGTTGAAAA GCAGCTACAA
TCTATTAAGG ACATAAAAGG ATCGAAAAAA GGTTATCAAT TAGATGGAAG ACTCCAAAAT
ATTAACGGAG TGGACGCAGC ATCTATATTC ATGAAAAATA TAAAAGATGA TAAATTTTTT
AGCTCAACTA AAATTTCAAT AGAAGGGGTA GATACCTCTC TTAACTCTAG ATCCTATATG
ATATCTGAAG GGCGTGATTT AGCTCTATCG GATGCAAAGG GGAAAAAAGC AATTCTTTTG
GACAGCTATA AGAAATTAGG TGTAAAAGTC GGGGATACAG TTGACATTCA AATTGGAAAT
GAATTAATAA ACTGCGAAAT TATAGGTTTC TTTAAATCTG GTGTAGTTAA AACCGTTGGC
ATCCGTATTC CAACTGAAAC ATTAGCTACA TATGGGAAAC CAAGCCGAAT TACTTATTCC
TTAGATAGTG ATCCTAAAAA AACAAATGCT ATATTAACAG AATTAAATGA AAAACTTCCT
GGTTCAGCAA TGGCATATTC AATTGCCGCT ACAGCAATCG ATAGTCTTCA GTATATTATT
CAAATGCAAA GTGCTTTCTT CTCAATTGTA GCGTTGTTCG CATTTTTAAC AGCTGTTCTT
ACAATTGGAA ATCAAGTTGT CATTCGCTTA ATGCAACAGA CACGAGATGT TGCTATTATG
AAAACAGTTG GTATGTCTTC TAGTAATTTG ATGAAGTCTA TCTTATTAGA AAACACGATT
ATCTCCCTAT CGGCTGGATT AGTTGGTGCT GGAATTGCCC TAGCCTTTTC AGGCATCACT
TTACGCTTCT TATTCCAAAT GCCGATGAAA ATAGATATGA CTTGGTCCAT TTTAGGCATA
CTTTTATCTG TTATAACAAC AATAATTGTT GTATGGATAG CAGCAAAACA ATCATTATCG
GCTAAACCTA TACACCTTTT ACAAAATAAA TAA
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| Protein sequence | MLLKSALRSL ARNRLRTFFT VFSILIGVAS FFSMSMLVEL VPRSIHESSK ILLGGNVSVQ
SYLKPMDRET LISSIPKEEQ KALTTSLLGQ SMVKSDRKTT SLIVKGIETN HYPFFGDNLF
PNIRTLHKDE LLLSKNTADR LQVKVGDRVE IPNRFTGAMT SYKISGLVEG VQESYGDASI
FGTAYLHLDQ AQQLLNVPAG TINEALILLN ENVNISSFKK NIQKQLPQSS VIDVQDKELE
KQKDLRMLLP FLQLFSILAL GIAAITTSNT MKVIIASRTH DIAVMKSVGM KTKYIIQYFL
LEALWLAILG TVGGIVLGLL ASVWLTSYLA DVLSLPLHWG ISWSVIFTTI IVGLIVTFLA
SWIPVKSGMC VSPLQMLRDT ENTSVNYALP FKKKFQLFIF TCGILSIYVY NIAFTTNTNG
NAVFKWFLAL LLTTAVLLFI FTFVRFIGFI YSLLFRLIGA MKSIMPQSLF LALHNMATTS
KRNGLLAVTL TIGVVSVVSS HVFADNLIES VQGQLEREAM GNILITSSIH DEGNVEKQLQ
SIKDIKGSKK GYQLDGRLQN INGVDAASIF MKNIKDDKFF SSTKISIEGV DTSLNSRSYM
ISEGRDLALS DAKGKKAILL DSYKKLGVKV GDTVDIQIGN ELINCEIIGF FKSGVVKTVG
IRIPTETLAT YGKPSRITYS LDSDPKKTNA ILTELNEKLP GSAMAYSIAA TAIDSLQYII
QMQSAFFSIV ALFAFLTAVL TIGNQVVIRL MQQTRDVAIM KTVGMSSSNL MKSILLENTI
ISLSAGLVGA GIALAFSGIT LRFLFQMPMK IDMTWSILGI LLSVITTIIV VWIAAKQSLS
AKPIHLLQNK
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