| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_0176 |
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| Symbol | |
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| ID | 7169721 |
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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_011775 |
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| Strand | - |
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| Start bp | 165401 |
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| End bp | 170089 |
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| Gene Length | 4689 bp |
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| Protein Length | 1562 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643559337 |
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| Product | hypothetical protein |
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| Protein accession | YP_002454841 |
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| Protein GI | 218848161 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3704] Type IV secretory pathway, VirB6 components |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | TTGGATTGGA TAGGCGAGAA GGCGTGGAAA GCCGCTGAAA GTATGGTACA AGGGTTTTGG
GATAATCTTT GGAAACCTTT TGAATCAATC CCTACATTCT TCAGATTAGT GTATGGATAT
AAAGAAGACA CTTTAGTATA TAATACGTTT GCTCCAAATG ATATTACAGG AATTATATCT
CCTGGTGTTG GTAATTTAAC AATATTAATT GGTTTTATAT TAGTGTTTTC TATGATTTAT
GCGGCGAATA AAATATCAAG CACTTCAATA AATCCAGGTA ATCGAACATA CTTTTTAGAG
TTCGCAAGGG ATTGGATATT TGTAATTTTG GTGCTTGGTA ATTTGAGTAT ATTGTATGAT
GTTGTATTTA CACTTAATAA AGGGATAATT GATTTCTTTA AATCTAGCTT AGATCTTACT
GGAAAAGACA TTTATCCTCC ACTTGGAGAG CATATTATAG GTGGGATTTT TGCACGTTTA
GTACTTTTAG GTGTAACGAT ATGGGCCTAC TTCTATTATT TAATGAGAAA AATAACATTA
ATTATTTTAA TGATTCTAGG CCCTGTTTTT ATTAGTCTAT TTATGTTCCC TGCAACACGT
CAAGTGACAT TCACATGGTT TAAAGAATTT GTAGGAACTG TTTTTGTACA GGCTATCCAT
GCTTTATTAC TTTGGATTGT CGCAACAATA GTGGATAAAG GGACTGGATT TGGTGCGATT
GAAAAAGGTG CCGATGTAGG GCTACTTACA ATCGGTATGC TTTATATAGT TATCATTCCA
TTAGGGGAAG CTTTAAAAAA CCTCTTTGGA CTTAGCTCTG GTATGACTGA TGGCTTAAGC
AAAACTGCAT CAATGAGTGG TCTTGCTGGT TTAGGAGCGA TGTACAATGT CGGAAAAGGA
GCTTTACAAG GTAAAAGTGT AGGTGACTTA ACTAAAGGTT TAGCTAAAGG TATAACAAGT
AGAGCTAGAA ATGGTGGAAG AGATAATTCA GGAGATGGAT CGGAAGGTGC TGCTAAAGAG
GCGGCAGTTA AAGATAATTC AGCAAGAAAA ATGTTTAAGA TGTCTGAAAT TGTATCCCGT
GGTGGGAAAA TGGTCATGGG AATGGCTGGT ACCGCAGCTG GTATGGGGCT AGGACCAGGA
GGTTCAGCAT TAGGTTCTTT AGCTGGATAT AAAATGGGTT CAGCAGTAAC ACCTATTGCA
AGAGGTGCAT TTGTAGGAGC AAAAGGACTT AATGGACTTG TTCAAGGTGG GGTTATTGGT
GCAAAAACTG GTGCGAAAAA TGCTATGGAA TCAGAATTCT TTAAGAATTT ATTAAACCAA
CAAGCTGAAT TTGATACGAA TAATTGGGCT AAAGACAATA AAGATGCTTT CATGAACGAT
TTAGCTTCTA AAGGTATTAC AGGTAACAAA GCTGAAAAAG CCTGGAATCA AAAATTAGCT
GATCAAAAAA AATATTTTAA AACTCGTGCT AAAGAGGCTT ATAAGCAAAA TGGTCTAGCT
GCATTTGATA CTACAAAAGC AAGAGCATCA GAATTAGCTG AAGAAGCTGC AAATGAGTTG
GTTGATCAGT ATGCAAATAA TACTGCAAAT AAAGAAGCAT TTAAGAAGAG TTACTTGGAA
AATACAAAAA AACAAGGTAT TGAAGCTAAT GACGAAATGG TTGATAAAGC CTGGAATCAA
CATTTGGGTC AAAAACGTCA AGAGTTTTTA GGAAATACTA GAAAGCTAGC TAGTTCTTTA
GCGAAAGGAA AAAGTTTAGA TTCCTTTATT GATAAAGAAG CATTTACTAA ACTAGCAAAT
AAAAATTACG ATGGTAATTT AGTAGAGCAA GAACAAGCAT TTAAGCATTT TTATAAAGCA
AAAAATCCAA ATGCTACATC TAAAGAAGTA GATTCAGCAT GGGATGAACA AAAAGACTTA
ATGGCAAATA GATTTGCTAA AGGATTAAAT GCAAAAATTT CAAACCTAAA TCAAACTCCA
TATGGTACAG GTCAACAAGC TTTAGGTTCA TCAATGGCTA AACAGTTTGC AGATGATTTT
AAAAAAATGT ATGCGAATGA AGAAAATCAA CATAAAGGTG CATTTGTTAA AAAGTTAAAG
CAGGAATTTC CTGAAATGAA GAAAATTGAA ATTGAACGTT TATGGAACGA GCATGTAGAA
GAAAAATATA ATGATGTATT AAATGGAGCT AATAAAGTTG CTAAGCAATT AGGTACAGTA
CCGAATGTAG ATAATGTACT AAATAAAAAA GACTTTGCAA AAGCCTTATT AAGCTCTGAT
GCGACAAAGG CATATATTGG CGCTCAAGAA CAAGCATTTA AACAGAATTA TTCTCAACAG
AATCCTGAGG CTACTCAAGA AAAGGTAAAT AATGCATGGG AAAATCATAA ATTGCAATTA
CATGAAAACA TGGGAGCAAC TGTACAGAAA TCTATGTCTA AAGTTGCCAA TACATTACCT
TCATTAGCAA CTCAAGCTAA AGCGATTGAC TTAGTTAACG CGGTTTCTCA AGGTTCAATG
AACAATTGGT TAGCAAATAA CTCTAAAACA CAATTTGCTA AACAATTAAA ATCTACGCCA
GGTAATGAAA ATATTACCCA AGGGGAAATT GATCAAGCTT GGAATAATGA GGTAACTACA
CAAAAAACAC ATTTTAAAGA GCAAGCAACG CAAGCAGCGC AACAATTAAC AAATGGTAAA
CCTCTTGATA GCTTTGTTGA TAAAGGACAG TATAAGCAAG TCATTCAGTC AATGCGTTTA
AAAGATGCAA AACAAGCCTT TGCTGAACGT TATGATGGTC AAGCATCTCG TGAACAGGTT
GAACAAGCGT GGTCTTCTCA ATTGCCGAAT GCTAAAAATA TTATTTCAAA TGAGCTTGAT
GGGTCTATTA GTAAGGTAAG CTCTTCTTCT GGTATACAGG GTGTAATAAG TGGAACTCAT
GCAAGAGGTG TTGATTTAGT AGAACAAGCA ACTATGGATT TAACAAGAGG ATATGCAGAG
CAAAACAGAG AGCAATTCTA TTCTCAAAAA TTAGGTGCTG GTATGAGCAT TAAGGCTATT
GATAACGCTT GGAAAGAAAA CGTAGAAGGC TACCGTAATA ATGTATTCGA AATGGCTACA
AATACACTTC AAGATTTATC AGGAGGACAA TCTCAATATG CATTTATTGA TAAAAATCAA
TTTGGTCAGG GATTAGCATT TAGAAGAGTG GAAGTTGCTA GAAATGAATT TTCACAAAAA
TTTGCGGGTG CTTCACCAGA ATTTATTGAA AAGCAATGGG AACGCAGTGG CATTGAATCA
AAAATGAACA ATGAATCCCA ACAAGTAATT GCAAACGTCC CTAAAGTACA AGCTACTAAA
GGATATGAAT TAGGTCAATT TATGGCTACT CATCGCGCAT CCAATATTAC GGATCAGTGG
GCAGCAAACA ATAAGGAGCA GTTTTTTGCT CAGCAAAAGG CTAAAGGTAT TGCAGAACCA
CAAATTCAAA ACTCTTGGAA AGAAGCAGTC GGTGTACAAT ACGCTAATAA TTTAACTAAT
GTGCAACAAG AATTAGCAAA TAGTACAAAC AAAAACGTGG TTATTCCAAG ACAAATTGGT
GCGGTAGTAC AAGGTATAGC GACTGGTAGT ATGCAGGGTG CATATGCAGG TTCAGGTTTA
AAGAATTTTA TTGATACTGG GAAAGAGGCA ATTAACTATA AAGTATTTGA CAAAGTTCCA
GAAGTAAATA CGTTAGCAGA AGCCGAACAA AAGCATTTGC AATTCCAAAA TACAATGTCA
TTTGCAGCAG GGGTTTTAGG TGGTCAAAAG GCTTATCAAA AGGTAGCAAA TATTGCAGCT
ACTCATAGCC CATATGCTTC TAAAATTCAA GAGTCTGTTA TGGAAGTCGG GGACATTGCT
CAATATGCTC AAAAAGCAAT GGTAAAAGAT CAATTTTCAG GACAAATGGT AGAAAGAATT
AGTAAGGATG CTATTAGATT AGTAGTTGAA CCTGAACGTT CATTTATTCA GGTAAAAGGA
AATGATGGTC AATATAAACG AGTTTCTCCT TACGGTGCAG GTTGTACTGA GTTACAACAA
GGTGAAGTTT TATATCAAGA TCAAACTATA TTAGAAAATA CTTTAATCCC ACGCGCTATT
CAAGGCTCGA ATTCTACTTT CTATAAAACA GATTCTAGAG GGTTAAAGTC TATTTCAGAT
CATAAGGTAC TAGTTAAACC TACAGATTTA TTATCAAATC GACACCAAGT GATAAATGCA
GAAGAAGTAG TACATTTTGA TTCGTTTAGC CCAGAAGTTG ACCAAGGGAA CTTTACAATG
AAAGATTTCC AACAAAATTC TGCTGATAAT AAGGCTACTT GGGTTGTAGA GAAAAATAGA
AGTTATATGG TAATGAACGA CCATAGTAAT CGAAAATTAA GAGTAACACC ATACTTTGAA
GGTAATCCAT CGTTACCATT TGGAGAAACT ATTTTTAAAG AGTTTGCTGT TGAAGGTGGA
AGATTAAAAG GATTTACTAA GGAAGGTAAC TTAAATTCTT ACCGTATGGG AAGTAATGGT
GAACCATTGT TGGCTGATCC TGAATTATTC CCTAATATCG ATGTGAATAA TTATCTTCGT
CCTGAACCAA ATAAAAGGTT AATGCGTCGT AAATTCATTG AAGAAAGACG TACTAAGCAA
GGGGTGTAG
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| Protein sequence | MDWIGEKAWK AAESMVQGFW DNLWKPFESI PTFFRLVYGY KEDTLVYNTF APNDITGIIS
PGVGNLTILI GFILVFSMIY AANKISSTSI NPGNRTYFLE FARDWIFVIL VLGNLSILYD
VVFTLNKGII DFFKSSLDLT GKDIYPPLGE HIIGGIFARL VLLGVTIWAY FYYLMRKITL
IILMILGPVF ISLFMFPATR QVTFTWFKEF VGTVFVQAIH ALLLWIVATI VDKGTGFGAI
EKGADVGLLT IGMLYIVIIP LGEALKNLFG LSSGMTDGLS KTASMSGLAG LGAMYNVGKG
ALQGKSVGDL TKGLAKGITS RARNGGRDNS GDGSEGAAKE AAVKDNSARK MFKMSEIVSR
GGKMVMGMAG TAAGMGLGPG GSALGSLAGY KMGSAVTPIA RGAFVGAKGL NGLVQGGVIG
AKTGAKNAME SEFFKNLLNQ QAEFDTNNWA KDNKDAFMND LASKGITGNK AEKAWNQKLA
DQKKYFKTRA KEAYKQNGLA AFDTTKARAS ELAEEAANEL VDQYANNTAN KEAFKKSYLE
NTKKQGIEAN DEMVDKAWNQ HLGQKRQEFL GNTRKLASSL AKGKSLDSFI DKEAFTKLAN
KNYDGNLVEQ EQAFKHFYKA KNPNATSKEV DSAWDEQKDL MANRFAKGLN AKISNLNQTP
YGTGQQALGS SMAKQFADDF KKMYANEENQ HKGAFVKKLK QEFPEMKKIE IERLWNEHVE
EKYNDVLNGA NKVAKQLGTV PNVDNVLNKK DFAKALLSSD ATKAYIGAQE QAFKQNYSQQ
NPEATQEKVN NAWENHKLQL HENMGATVQK SMSKVANTLP SLATQAKAID LVNAVSQGSM
NNWLANNSKT QFAKQLKSTP GNENITQGEI DQAWNNEVTT QKTHFKEQAT QAAQQLTNGK
PLDSFVDKGQ YKQVIQSMRL KDAKQAFAER YDGQASREQV EQAWSSQLPN AKNIISNELD
GSISKVSSSS GIQGVISGTH ARGVDLVEQA TMDLTRGYAE QNREQFYSQK LGAGMSIKAI
DNAWKENVEG YRNNVFEMAT NTLQDLSGGQ SQYAFIDKNQ FGQGLAFRRV EVARNEFSQK
FAGASPEFIE KQWERSGIES KMNNESQQVI ANVPKVQATK GYELGQFMAT HRASNITDQW
AANNKEQFFA QQKAKGIAEP QIQNSWKEAV GVQYANNLTN VQQELANSTN KNVVIPRQIG
AVVQGIATGS MQGAYAGSGL KNFIDTGKEA INYKVFDKVP EVNTLAEAEQ KHLQFQNTMS
FAAGVLGGQK AYQKVANIAA THSPYASKIQ ESVMEVGDIA QYAQKAMVKD QFSGQMVERI
SKDAIRLVVE PERSFIQVKG NDGQYKRVSP YGAGCTELQQ GEVLYQDQTI LENTLIPRAI
QGSNSTFYKT DSRGLKSISD HKVLVKPTDL LSNRHQVINA EEVVHFDSFS PEVDQGNFTM
KDFQQNSADN KATWVVEKNR SYMVMNDHSN RKLRVTPYFE GNPSLPFGET IFKEFAVEGG
RLKGFTKEGN LNSYRMGSNG EPLLADPELF PNIDVNNYLR PEPNKRLMRR KFIEERRTKQ
GV
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