| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_C0215 |
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| Symbol | |
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| ID | 7072683 |
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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 AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011655 |
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| Strand | - |
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| Start bp | 140204 |
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| End bp | 143251 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643448354 |
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| Product | transposase |
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| Protein accession | YP_002335950 |
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| Protein GI | 217956856 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 38 |
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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 | 100 |
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| Fosmid unclonability p-value | 0.20757 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAGAATA ATACAACTAC CCAAAAACGG TTGAGGATTC TTAGCGAAGA TGAAGTAAAG
ATCATTTATG ACAGACCAGG TTTCTCATAC GAAGATCGCT GTTCTTATTT TTCTCTTTCA
CAGCCAGAGA AAGAGCTGCT ACACACATTG CGTTCTGTCA AATCTAAGGC TTATTTCGTT
TTACAACTGG GTTATTTCAA AGCCAGACAA CTATTTTTTA CATTTGACCT CCATGAGGTA
GAAGAGGATC TTCAATATAT TCTGAAGGAA CATTTCAACA ACAGTCAAAT TGATGACTTG
AGTTCAATTG ATAAGTCCAC TAGGTTAAAA CAACAACAAT TGATTCTTAA ATTATTTAAC
TACCACAGTT GCGGTGCCGA AGAACGGCGT AAGATGGAGG AAAAAGCTCA AAAGTCTGCG
GCGTTTTGTG GTAAGCCGAT TTACATCTTT CGAGAAATCA TGAATTATTT GTCTGAAAAC
TGCATTGTTG TTCCTGGCTA TAGTTTTATG CAAGATATGA CAGGACAGGC AATAACCCAT
GAGCAAAACC GATTAATTTC ATTGATGCAG GATCATCTAA AACAGAATGA TATGGAATCC
TTAGATCGAT TACTTGAAGA TTCTTCAGGG CTGTATGAAA TAACACTACT GAAACACGAA
CCGAAAGACT TTAGCGCCAC TGAAATAAAG CTTGAAATGA ATCGTGGTAA ACAAATACAG
CATTTATATT ACCTTGCTCA AGAACTGTTA CCAAAGTTAG GTATTTCCAA CGAAAGCATC
AAGTACTATG CTTCATTAGT AAGTTACTAC TCTGTCTACA AGCTCAAACG GCTGAATGTA
TGGATTGTTT ATGTCTATTT GTTATGTTTT GTATCCCATC GTTATCAACG GATGCATGAC
AACCTGATCA ATACCCTCAT ATATAGTGTA AGGGGGTATG CAGATGAAGC TAAATTAGCA
GCAAAAGAAC GAGTTTACGA GTGCTATACA GAGAGTAATC AAGACATCAA AAAAGCAGGG
GAACTGCTTA AAATATTCAC TGATGATCAT ATTCCTGCCA ATACTCCCTT TAGGGATATT
CAAGACCGTG CATTTACTAT TTTGGAACGT CAGAAACTGG AATCCGTAGC CAAACAGATT
ACTACAAATA TAAAATATGA TGAAACTGCC TTCCAATGGG AACATATTGG TCAGCAGGCA
CGACGATTTA AACGTTATTT AAGACCTATA TTTTTGCAGG TTGATTTCGT AGCTCCTTCA
CCAAATGATC CATTAATTAA AGCAGTGAAT TTTATGAAAA CTGCTTTTAA TAAGAATAAA
GCGTTAGGAC AATATCACTC AGATGATTTG CCAAATGGTT TCATATCCGA TGGTGTGAAG
CGTTATATCT ATGAACAAAA AACAATTTTA GCAGATCGAT ATGAATTTTT AGTCTATCGC
CTCCTACGCA ACCGTTTGGA AGCAGGAGAT ATTTTTTGTC GTGATAGTAT CCGATTTCGC
AGTTTTGAGG ATGACCTGAT CAATGATCGT CAATGGGAAC AGAAAGAAAT GTTGATCGCT
GACACTGGTC TGACGATTTT CAACCAACCC ATTCATAGTC ATTTAGTGGA GCTTGAGAAG
CGATTAGAAG ATCGCATTAC TAAAGTTAAC CAGAGTATTT CATCTGGGAA AAATGAGCAT
CTTCAAATCA AAAAACGGGG TTCACATACC CGATGGACAT TACCTTATAC TCGTGACACA
GAATCTATTA ATCACTCATT CTACGATACA TTAAAGCAAA TAGACATTAG GAGTGTCTTG
CATTTTGTTC AACAGCACTG TCAATTCCTT GACTCATTTG AGCACATCTT GGGACGTTAT
GCCAAACAGA ATAAAGACAA TCGAATTCTT GTCGCCTGTC TGATTGCTTG GGGAACCAAC
ATGGGGTTAG GGAGAATGGG GGAAATTTCT GATATTAGCT ATCCGTTACT GGCTGCCACA
TCTGATAACT TTATTCGTCT GGAGACTTTA AAAGAAGCGA ATGATTGTAT CAGTAATGCA
ATAGCCAAAC TCCCAATCTT TAAACATTAT GACATTGGGG AGACGATTCA TTCTAGTAGT
GACGGGCAGA AAGTTGAGAC TCGAATCAAT ACCATTAATT CCCGTCATTC ACCTAAATAC
TTTGGTCTTG GTAAAGGGAT TGTTTCCTAC ACAATGGTAG CCAACCATAT CCCTGTTAAT
GCTCGAATTA TTGGGGCCAA TGAGCATGAA AGTCATTATG TATTTGATAT TTTATTTAAC
AACACAACTG ATATTCAGCC TGATGTGCAT TCCACGGATA CACATGGAAC CAATGAAGTG
AATTTTGCTA TCCTGAACTT TTTTGGTTAT CAGTTTGCGC CTCGCTACAA GGATATTCAC
GATAAGGTCA ACAAATCTCT TTACGGATTC AAACATCCAA GCCAATATGG AGATAACCTG
ATCAAGCCAG TTCGAAAGAT TAATACGAAT CTTATTATAG AGGAATGGGA AAATATTCAA
CGAATTATGT TATCCCTTGC AGTTAAAACA ACCACACAAA GCATTATTAT TGGTAAGCTA
AGCGCTTATG CACGGAAGAA CAAAACCAAA CGTGCTTTAT GGGAGTACGA TAACATCATA
AGAAGTCTAT ATTTTTTGGA TTATATTGAT TCTCCCCCTT TACGCCGGAA TGTTCAAAAG
GCATTAAATC GAGGGGAAAG TTATCATAAA TTACGCAAAG CAGTATCCTT TGCCAATTTT
GGAAAATTAC GTTTCAAAAA TGAAAATGAT CAACATATTT GGGGCGAATG CAGTCGCTTA
CTCTCCAATT GCATTATTTA TTACAATGCC AGTATTTTAT CTAATATGTT GGCTTACAGA
GAAACAAAGG CTCTAGATTC GGATGTTATG AAAAAAATAT CCCCAGTTGC ATGGCAACAT
ATTAACTTCT ATGGAAGATA CGAGTTTAAT ATACAACAAG AGTCTGTTGA TTTGGATGCA
ATTATTCAAG AATTAGCCCA ATTAAACGTA ATATCGGAAA CAGAGTAA
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| Protein sequence | MENNTTTQKR LRILSEDEVK IIYDRPGFSY EDRCSYFSLS QPEKELLHTL RSVKSKAYFV
LQLGYFKARQ LFFTFDLHEV EEDLQYILKE HFNNSQIDDL SSIDKSTRLK QQQLILKLFN
YHSCGAEERR KMEEKAQKSA AFCGKPIYIF REIMNYLSEN CIVVPGYSFM QDMTGQAITH
EQNRLISLMQ DHLKQNDMES LDRLLEDSSG LYEITLLKHE PKDFSATEIK LEMNRGKQIQ
HLYYLAQELL PKLGISNESI KYYASLVSYY SVYKLKRLNV WIVYVYLLCF VSHRYQRMHD
NLINTLIYSV RGYADEAKLA AKERVYECYT ESNQDIKKAG ELLKIFTDDH IPANTPFRDI
QDRAFTILER QKLESVAKQI TTNIKYDETA FQWEHIGQQA RRFKRYLRPI FLQVDFVAPS
PNDPLIKAVN FMKTAFNKNK ALGQYHSDDL PNGFISDGVK RYIYEQKTIL ADRYEFLVYR
LLRNRLEAGD IFCRDSIRFR SFEDDLINDR QWEQKEMLIA DTGLTIFNQP IHSHLVELEK
RLEDRITKVN QSISSGKNEH LQIKKRGSHT RWTLPYTRDT ESINHSFYDT LKQIDIRSVL
HFVQQHCQFL DSFEHILGRY AKQNKDNRIL VACLIAWGTN MGLGRMGEIS DISYPLLAAT
SDNFIRLETL KEANDCISNA IAKLPIFKHY DIGETIHSSS DGQKVETRIN TINSRHSPKY
FGLGKGIVSY TMVANHIPVN ARIIGANEHE SHYVFDILFN NTTDIQPDVH STDTHGTNEV
NFAILNFFGY QFAPRYKDIH DKVNKSLYGF KHPSQYGDNL IKPVRKINTN LIIEEWENIQ
RIMLSLAVKT TTQSIIIGKL SAYARKNKTK RALWEYDNII RSLYFLDYID SPPLRRNVQK
ALNRGESYHK LRKAVSFANF GKLRFKNEND QHIWGECSRL LSNCIIYYNA SILSNMLAYR
ETKALDSDVM KKISPVAWQH INFYGRYEFN IQQESVDLDA IIQELAQLNV ISETE
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