| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B1391 |
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| Symbol | |
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| ID | 7186375 |
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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 G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | - |
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| Start bp | 3749399 |
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| End bp | 3753718 |
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| Gene Length | 4320 bp |
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| Protein Length | 1439 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643551649 |
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| Product | minor structural protein |
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| Protein accession | YP_002447319 |
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| Protein GI | 218898908 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein |
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| TIGRFAM ID | [TIGR01665] phage minor structural protein, N-terminal region |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.00000000302935 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAGAACAC CAAGTGGAGT CTTACATATT ATTGATTTTA AAACTAGTCA AATCGTTTCA
GCTATACAAC CAAAAGATTA TTGGGATGAT AAACGTCATT GGGAAATCAA GAATAATATC
GATACTTTAG AGTTTAAAGT ATTTGATAAC ACGAAATATG CAGCAACACT TATGCAACAA
AACTTAGTAT TAAAAGAAGT AAGGGATGGG CGTATTGTTC CGTATGTAAT CACTGAAGTA
GAAAAAGACC CTGACGATAG ATCCGTAATT ACTTATGCAT CAGGTGCATG GATTAATCTT
GCTAAAGATG ACTATATTCG TCCGCAGAAA ATTGAAGGTA AGACAGTAAA TGAATTTATG
GATATTGCTC TTGTAGGTAC AAAATGGAAG CGTGGTAAAA CGGAGTATGC TGGATTTCAT
TCTATGACTA TTGATGAATT TATAGATCCA TTGAGTTTCT TAAAAAAGAT TGCTTCCCTA
TTTGAACTAG AAATTATATA CCGTGTTGAA GTGGTTGGTT CTCGAATTGC AGGTTGGTAT
GTAGACATGG TGAAAAAAAG AGGAAGAGAA ACAGGAAAGG AAGTCACGTT AGGTAAAGAT
TTAGTTGGAA TTAAACGTAT TGAAAACTCA CAAAACATTT GTACAGCTTT AATTGGCTTT
ATCAAAAAAG AAGGTGGAGA AGTTCTCACT ATCTCAGATA TAAATAAGGG TATTCCATAT
ATTGTGGATA ACGATGCATT TCAACGTTGG AATGAAAAAG GTAAACACAA ATTTGGATTT
TATACTCCAG AAACAGAAGA AGATATAACA CCAGAACGCT TATTGACTCT TATGAAAATA
GAGTTAGCAA AACGTGTGAA TACCTCTGTC TCTTATGATG TTCAAGCACA AAGTATAGGG
CGTGTATTTG GACTGGCTCA CGAGTTAATC AATGAAGGAG ATACAATCCG AATTAAAGAT
GTTGGATTCA CACCTAAGCT TTATTTAGAA GCAAGGGCAA TCGCTGGTGA TGAATCACAT
ACTGATCCTT CGCAAGATAA ATACGCATTT GGTGATTACC GTGAGATTAC AGATTCAAAT
GAAGAACTAC GAAAGATTTA CAATCGTATC CTTAGTTCAC TAGGTAGTAA GCAAGAACTG
ATAAATCAGT TAGATAAATT AGTGAAAGAT GCAAATGAAA CAGCTAATAA TGCTAAGAGA
GAATCAGAAG TAGCAAAAAC ACTGGCTGAA AAAGTTCAAG AGAATCTTAA AAATAATATG
GTAAATATAA TCGAAGCTAA AAATCCACCG ACCGATAATC TTATAGTAGG TAAAACATTA
TGGCGAGATA TTAGCAACGG TAAACCTGGT ATTTTAAAAG TGTGGAACGG TAAAGGTTGG
GAGCCTCTTA TTCCTGATGT GGAAACTATC AAGAAAGAAA CAATGGAGCA GGTTAATAAG
GATATTAAAC TTACAAAAGA AGAATTAAAT AAAAAAGTGG AAGAAGCGCA AAAAGAAGCT
TCGGGACAAT TCAAGGAAGT TAAAAATAGT CTCCAAGAAG TTTCGCAAAC TATTAAAAAT
GTACAAAACT CTCAAGGTGA AATTAATAAA ACTGTCTCTG AAATGAAACA AACCAACGAA
GGTTTTACTA AATCTATTGA GTTATTAACA AAAAAAGATG GTGAAATCAC TGGAAAATTA
AATACAGTAG AAGAGACTTT TGAAGGTACA AAAAAGACAA TCTCTGAGGT GCAGCAAACA
ACAAATGCTT TAAAGAAAAC CACAACTGAA ATTACTGAAA AGGCTGGTCA GATTAGTGAG
AAGTTGGAGA GTGTAGAAAA GAAAGTTAAT AACGATAAAG CTGGAGGACG TAATCTGTTA
TTAGATTCAA ATGCTAAATA CGAAAAAATA GATTATCTAA TCAATCCATA TTCTCTAACC
GAAAATTTCT CTACAGGTGA AGAATATACA TTTGTAATTA AAGGTAGCGT TCCGAATGGG
CAGAAGTTCG GGATTTGGCA AAATGGCGGT TCGAATAATG TTGGATATGC TACAAGTGTT
TATGCGAATG GAATAACCTA TGTAACTTTT AAAGCTGTAG CAGCAACGAG TGGAAATGAA
AGAAAGTTGA GTCTGTATAA CTTTCCAAGT AACACTACAA AAGCCATTGT AGAATGGGTT
GCTTTATATA AAGGTAATAA GCCACAGGAT TGGACACCAG CTCCAGAAAA TCAAGTAACG
AGTGATGAAT TCACTAAGAA AACAACCGAG ATTGAAAAAA GTGTGGATGG TATTAAAGAA
AGTATAAAAA CGGTAGAAAA AACACAAATC TCTTTTAATG AACGTGTTAA CACTGTAGAA
AAGAATGCAG AAGGAACAAC TGCAAGTGTT AAGAAATTAC AGGAAACACA AACTGAGCAA
GGGAAAACAT TAACTCAGGC GGGCACAACG ATACAGCAAC ACTCTGAAGC GTTGAAATTA
ACAATGAAAA AGAAAGATGT TGAGGATTAT GTAGGCGGTT TAGGTACTGT CAACGAGTTG
CGTGATGCTG ATTTTAAGTT AGGACAGAAA TATTGGTTTT GGAATAGCGG TAATGGGGCT
ATTGGTTCTG TTGATACGAA TTTAAAATAC AAAGGTATGA ATACATTTGC AATTACCGTT
ACTGGCCAGA CTCAAGATCG TTGGTGGGGA CTTACAAGCC AATTCATTGA GTGTCAGGTT
AACGAAGAAT TTGTTGCATC AGGTTATTTC AATACTGATG GGAAAACACC TATTGATAGT
GGTGGTGCAT TTATTGAAAT TGAATGGTGG ACTGCTGACA AAAAAACTCG CATTAAAACA
GCTAGAACGA ATATCAAGGT TGTAAATCAT ACATGGGTTC GTGCTGTATG TTCAGATAAA
GCACCAGCCA ATGCATCGTT TGTGAGATGG CGTTATTACG TTACAAGAAA TGGGCGTTTA
TGGTGTGCTG CACCTATGTT ACAACGTGGC ACTATAGCTA CAGAATTTTG GTTACATCCG
AAAGATCAAA CGGACGTTGA TAAAATGCTA GAAGATATAG CTAATAGAGT AGCTACTGAG
AAATACAATC AGAAAGTTAC AGAGTTAGAA AGAAGTATTG GTGCAAATGA AAAAGGTATT
ACAATCGTTT CTAGAAAACA AGAAACGTTT ATAAATGAGA CTTATAATGC CTATGCAAGG
AAAACGGAAT CTAGGTTAGA AGTTTTAGAT GAAGGGATTT TAGCGCAGAT TTTAAAGGAC
GGAATTGTCA CTGCCATCAA TATGTCCCCT GGGAAAATTA CAATCAATGC TGCAAAACTG
GATATTAATG CAGATACAAT GGTCAAATGG CTAACAGCAA AAGGCATTAA TACGAATCTT
ATTAGAATTA ACGGTGACAA GATAACTATT GATAAAGATG GTGTAACTGT TAAAATGCTA
GATTTTCTAT TCCAAGACGA ATGGGGAACA AAAACAACTG CGGTATCAAG ACGAAACCTA
ATAGCAGATC CCGATTTTTC TAGTGTTACA AAGAAAAACA TTGGACATAA CGATTATTAT
GGGTTTGAAG GTGGATACGG TCTTACTTGG AGGTCATGGG GAAATGTCGT AATAGAAAAG
AATACACATA TATTCGATTA CGAGCAAATG GTGAATGCTA CAAGGGTAGA CATGTATAAC
TATCCAGAAG CAATCGTGAA TAATGGCATA CATCCCGGAA ATGAATACAC AGTATCTGCT
CACTTTAGAG CATCTATGAT AAATGGTGTA CGTAAAACAG GGAAACCACG CTTACATGTA
TGTTGTGTTA AATTCCGAGA CAATGTAAGT TACGATATAT GGAATGAACA AAAAATGGAC
TTTCCTGAGC CATCTACATT TTATGGAGAA ATCAGAAGAT ATTCATTTAC CTTCAAAGTG
CCGAAAAACT ATATTCCGCA ACAACACGCA TTGATTATTA AAGTTTGTTC TGCTAATGCT
GACATGAGAC AAGGGACAGC GATTTGTGTA AGTGGTGTAA CGCTATACAG TGGCAAATAT
GCATCTATGT ATAATTGGGA TCGTGCTGCA GCAGAAAGAG CAGATGGCAT TCAGCCGTTT
AACGCGCTTG CTGTAGGCGG TGTGAATAAT AATATAAAAC CAGCAGCAGA CGGACAAACG
TTTGATATAA GTACAGAAAA GGATGTAAAA GTTTTTTCTA ATATAAGGGC GATGCAAGGA
ATTAATTTAG GCGGCGGTGG ATTCCAACAA TGGGGACATA TTCGTTTTGT AGAAGGAAAC
CGAGGGTTAG GATTCTATGT CTGTAACTCA AATGGATGGC ACTTTAATAG TTTGGGATAA
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| Protein sequence | MRTPSGVLHI IDFKTSQIVS AIQPKDYWDD KRHWEIKNNI DTLEFKVFDN TKYAATLMQQ
NLVLKEVRDG RIVPYVITEV EKDPDDRSVI TYASGAWINL AKDDYIRPQK IEGKTVNEFM
DIALVGTKWK RGKTEYAGFH SMTIDEFIDP LSFLKKIASL FELEIIYRVE VVGSRIAGWY
VDMVKKRGRE TGKEVTLGKD LVGIKRIENS QNICTALIGF IKKEGGEVLT ISDINKGIPY
IVDNDAFQRW NEKGKHKFGF YTPETEEDIT PERLLTLMKI ELAKRVNTSV SYDVQAQSIG
RVFGLAHELI NEGDTIRIKD VGFTPKLYLE ARAIAGDESH TDPSQDKYAF GDYREITDSN
EELRKIYNRI LSSLGSKQEL INQLDKLVKD ANETANNAKR ESEVAKTLAE KVQENLKNNM
VNIIEAKNPP TDNLIVGKTL WRDISNGKPG ILKVWNGKGW EPLIPDVETI KKETMEQVNK
DIKLTKEELN KKVEEAQKEA SGQFKEVKNS LQEVSQTIKN VQNSQGEINK TVSEMKQTNE
GFTKSIELLT KKDGEITGKL NTVEETFEGT KKTISEVQQT TNALKKTTTE ITEKAGQISE
KLESVEKKVN NDKAGGRNLL LDSNAKYEKI DYLINPYSLT ENFSTGEEYT FVIKGSVPNG
QKFGIWQNGG SNNVGYATSV YANGITYVTF KAVAATSGNE RKLSLYNFPS NTTKAIVEWV
ALYKGNKPQD WTPAPENQVT SDEFTKKTTE IEKSVDGIKE SIKTVEKTQI SFNERVNTVE
KNAEGTTASV KKLQETQTEQ GKTLTQAGTT IQQHSEALKL TMKKKDVEDY VGGLGTVNEL
RDADFKLGQK YWFWNSGNGA IGSVDTNLKY KGMNTFAITV TGQTQDRWWG LTSQFIECQV
NEEFVASGYF NTDGKTPIDS GGAFIEIEWW TADKKTRIKT ARTNIKVVNH TWVRAVCSDK
APANASFVRW RYYVTRNGRL WCAAPMLQRG TIATEFWLHP KDQTDVDKML EDIANRVATE
KYNQKVTELE RSIGANEKGI TIVSRKQETF INETYNAYAR KTESRLEVLD EGILAQILKD
GIVTAINMSP GKITINAAKL DINADTMVKW LTAKGINTNL IRINGDKITI DKDGVTVKML
DFLFQDEWGT KTTAVSRRNL IADPDFSSVT KKNIGHNDYY GFEGGYGLTW RSWGNVVIEK
NTHIFDYEQM VNATRVDMYN YPEAIVNNGI HPGNEYTVSA HFRASMINGV RKTGKPRLHV
CCVKFRDNVS YDIWNEQKMD FPEPSTFYGE IRRYSFTFKV PKNYIPQQHA LIIKVCSANA
DMRQGTAICV SGVTLYSGKY ASMYNWDRAA AERADGIQPF NALAVGGVNN NIKPAADGQT
FDISTEKDVK VFSNIRAMQG INLGGGGFQQ WGHIRFVEGN RGLGFYVCNS NGWHFNSLG
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