| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_2209 |
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| Symbol | |
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| ID | 7188535 |
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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 AH820 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011773 |
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| Strand | + |
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| Start bp | 2099341 |
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| End bp | 2103348 |
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| Gene Length | 4008 bp |
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| Protein Length | 1335 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643555620 |
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| Product | FtsK/SpoIIIE family protein |
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| Protein accession | YP_002451159 |
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| Protein GI | 218903325 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 36 |
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| Fosmid unclonability p-value | 5.32787e-22 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGCAAAAAT CACCGTATTT TCAACGCTCT CCGCGTGTGA AAGTAGATAT ACCAACAGGG
GATGTTATTA TTCATGATCC GCCGAATATA CCGGAGGAGC CGAAGTTTTC AATTGAAACA
ATGTTACTGC CAGCAATGAT GACGGTTTTA ACATTGGTAT TATATTTTGT AATGATGAAA
TTTATGAAGA TGAATTCAAG TTATATGCCA TTAATGATGG TTTCAAGTAT TCCAATGTTG
GGATCATATG TAATTACAAC GATGGGGCAT TTCCGTAAAA AGAAAGAACA TCGTCAAATG
GTTGAACAAT TACAAACAAG ATATTTAGAG CAAATTCAAA AGCATCGAGT GGAATTAGAT
ACGCTAAAGG TTGAACAAGC AAAATATTTA ATTACACAAA ATCCAAGCCC ATTAAAAAGT
GTACAAAGAA TTGAAAATCG GGAAAGTAAT TTATGGGAGC GTACACCTGA AAGCCCAGAC
TTTTTAGATA TTCGTATTGG TACAGGAGAA AGACCATTTC TTGTAGAATT AAAGGTGCCT
GAACAGAAAG GTTATGAAGA AAATCCATTA GTTACAGAAG CGCAAAATGT GAAAAGGGAT
TTCAATACGA TACCAAATGG GCACATTTCA ATTTCTTTGA AAAAAAACGA TGTAATTGGT
GTAGTCGGAA ATAAAGAAGA TAGACTAAAC TTTATTCGAA TTGTAACGAC ACAAATTATG
ACGCATCATG CACCAAATGA AGTGAAAATA GCAGCATTTT ATCATGAGAA GGAGAAAAAG
CAGTGGGATT GGATGAGGTG GCTTCCTCAC GTATGGGATG AACAGAGAAG TATGCGCTTT
TTATCTGAAA ATCAACAAGA TGCACAGAAA CTAGCTGAAG TACTATTTAC CCCACTTAAC
ATGCGTAGAA TCTATAATTC TTCTGCGCAA GCGGATGCAA AAGTTCCTTT AATTCCGATG
TATGTCTTTT TCTTATCAGC GAGAGAATTT TTAGAAGATG ACCCTTTAAC TCCAATGTTA
CTTAGAGAAG GTGAAAGTGT AGGAGCTTCT ACATTTATTT TTGCGGAACA AAAGGAACGG
CTACCGATGG AATGTGATCT TGTTATAAGT TTAAATGGAG AAAATGGTGA GTTAGTCGAA
ACGTTTTCAA GTTCAGCTGA GAATAGTGGG ACAACGCGTG CTAGTTTTAA AGTAGATCGA
CTTTCATTCG AACGATGTGA ACTAGGAGCG CGAAGCATTG CTCCAATTCG GATGAAAAGC
TCTACAGCAG CCAACATTCC GAAAGTATTA ACATTTTTAG ACTTGTTTCA AGCTAAAAAC
ATGGAAGAGT TACAAGTGCT AGAGCGCTGG AAAGAAAATC GATATCCGAC TTCATTACCA
GTTCCAATTG GTGTAAGAGA AGGAAGTAAA CCTGTTTTTC TAAATATTCA CGATAAAATA
GAGAAAAAAG GGCATGGGCC GCACGGTCTA ATGGCTGGTA CAACTGGATC AGGAAAAAGT
GAAGTGATTC AGTCTATAAT AGCAGCGTTA GCAGCAACCT ATCACCCTCA TGAGATGGCA
TTTATGCTTA TCGATTATAA AGGTGGTGGA ATGTCAAACA CCTTTGCGGG ATTACCGCAT
ATTATTGCAT CTATTACGAA CTTAGAGGAT CCAAACTTAA TTGAGCGTGC CAGAATTTCA
TTAAAAGCAG AATTAGAACG AAGACAAAAA TTATTCATTC AGGCTGGAAA TGTTCAGCAT
CTAGATGAAT ATTACGAAAC AAGCTGGCGT GAAAAAGAAC CTTTACCACA TTTATTTATT
GTTATTGATG AGTTTGCTCA AATGAAAAAG GAACAACCTG AATTTATGGA CGAGCTAATT
AGTGTTGCTG CCATAGGAAG AACTTTAGGG GTTCACTTAT TATTAGCAAC TCAAAAACCT
TCAGGGGTTG TAAATGACAA GATTTGGAGT AACTCACGTT TTCGAATTTG TTTGCGTGTA
CAAGATGACG CGGATAGTCG TGAAATGTTA AAAATTCCAG ATGCATCAAA AATCAATGTA
CCAGGACGAG GGTATCTCCA AGTTGGTAGC AATGAAGTAT TGGAATTATT CCAATCTGCA
TGGAGCGGAG CACCTTATAA TCCAGATGAA GAGAAAGTGC TTGATATTGT TGATTTTACA
GAAGTGAAGC TTTCCGGTGA AAGAATAAAA GTGAAAAAGC GCCCCAAACC AATGACAAAT
AGTCCAAAAC AATTACAAGC TTTTATTCAA TATGTACAAA GCGTATCAGA AAAAGAAAAT
ATTAAAGCAT TACCAGGACC ATGGCTGGAT CCATTACCAG AAAAATTATT GTTAAAAGAA
TTTTATGCTA TGGAAAATTG GACAATTGCT GATTGGAATA AACCGAAAGA ATATTTACAA
GTAACAGTAG GATTAATTGA TGATGTTGCA AATCAAGCGC AATATCCCCT GAAGTTAGAT
TTACAAGAAG GGCATTTAAA TATTTATGGT ATGCCAGGTA CAGGGAAAAC GACGATGTTA
CAAACGATTA TTATGTCCTT AGCTGTATCT CACACACCAG AAGAAGTGAA TTTCTATGTT
ATTGATTTTG GTCGAATGTT CTTAGATTTT AGAGATTTAC CTCATATAGG CGGGATTATA
CAAGAGGGCG AAAATGAGAA AATGAAACGT CTATTCGGAT TTTTAAAGCA GGAAATCACG
AATAGAAAAG AGAGTTTTTC TAATATTGGT GCAAAGTCAT TCTCTATGTA TAACCGAATG
GTAGAAAAGA AAGTACCAGC TATAGTAGTA ATGGTAGATG GTTATATGAG ATTCAAAAAT
GAATTCGAGA AAGAAAATGA AGTACTAGAA TTGTTATTGC GTGAATCAAG TACATACGGA
GTATATTTCT ATTTCTCTCT GAATCAAACA ATTGATATGT TCGATCGTGT TCGTAATAAT
ATACCGATGG CACTTACATT CGAATTGCAA GATGGAACAG AATATCATAA CTTAGTTGGC
AGACCTAAAT TCCCGTTAAT TGAAGTTCCT GTTGGCCGTG GATTAATGAA AGGGCAACCA
CCGGAATTAT TCCAAGTAGC ATTGCCGTTT ATTGGGGAAA GTGAACTTGA GTACTCTCAA
CAATTAAAAA CAATTATTCA AAAAATGAAT GGAGAATGGA ATGGTGAAAA AGCAAAAACT
ATTCCAATGG TGCCTAAAGA AATATTTGTA GAGCATATGG TTGGGAAATT AGAAACAGCT
CAAATTTCAG CAGGTATAGA AACAGAGGAT ATTCGTTTAC AAAGCTTTTC TTTAGATGAA
ATGAGTCATA TATTTATTGG AGGAAGAATA GAAGGTGGAA AAACATCGCT ATTACAAACA
CTTCTGTTCA CTACTACATA CCAATACTCG CCAGAAAAGG TTGAGTTATA CTTAGTAGAC
CTTGGTGAAA GACCTACAGG TATATTAGCT CTTGGAGATT TACCTCATGT GAAGAAGAAA
GTTACAGATG CTATACAATT AAAAGAAATG TTAGATGAAT TGTTAGAGTT AATAAATAAT
AGAGAAGCAG TAATGCCTAC TTTAGATCCC AACGTAACAG TGGAGTTTCC ATACAAGAGA
ATAATGATTG CAATTGATGA TATTGATCAA ATGTTAACTG TATTATCTAC TGATTATGAG
GCGAAAAATA AAATGGAACT AATAGTCCAA AACTGTAAAA ATAAAGGGGT TCACTTTATG
ACTGCAGCTA CTACGTCTAG CCTAAATAGT TATTCTCATG AAAAATGGTT TGCAGAAATT
AGAAAGAGAA GTATTGGATA TTTACTGGGA ACGACACAAA ATAACGATGT GTATTTCTTT
AATATGAAAC TGCCACATAC TGAAATGGAT CAAGAATTAT TAAGTGGAGA TGGATATTGC
ATACGTAGAA AGCCAATAAA AATAAAATGT GCATATACAC CATTACATTT ACTTCGCACG
ATGATAGATA AAATTAGTGT AAAATGGACT GAATTAAAAG TGAAATAA
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| Protein sequence | MQKSPYFQRS PRVKVDIPTG DVIIHDPPNI PEEPKFSIET MLLPAMMTVL TLVLYFVMMK
FMKMNSSYMP LMMVSSIPML GSYVITTMGH FRKKKEHRQM VEQLQTRYLE QIQKHRVELD
TLKVEQAKYL ITQNPSPLKS VQRIENRESN LWERTPESPD FLDIRIGTGE RPFLVELKVP
EQKGYEENPL VTEAQNVKRD FNTIPNGHIS ISLKKNDVIG VVGNKEDRLN FIRIVTTQIM
THHAPNEVKI AAFYHEKEKK QWDWMRWLPH VWDEQRSMRF LSENQQDAQK LAEVLFTPLN
MRRIYNSSAQ ADAKVPLIPM YVFFLSAREF LEDDPLTPML LREGESVGAS TFIFAEQKER
LPMECDLVIS LNGENGELVE TFSSSAENSG TTRASFKVDR LSFERCELGA RSIAPIRMKS
STAANIPKVL TFLDLFQAKN MEELQVLERW KENRYPTSLP VPIGVREGSK PVFLNIHDKI
EKKGHGPHGL MAGTTGSGKS EVIQSIIAAL AATYHPHEMA FMLIDYKGGG MSNTFAGLPH
IIASITNLED PNLIERARIS LKAELERRQK LFIQAGNVQH LDEYYETSWR EKEPLPHLFI
VIDEFAQMKK EQPEFMDELI SVAAIGRTLG VHLLLATQKP SGVVNDKIWS NSRFRICLRV
QDDADSREML KIPDASKINV PGRGYLQVGS NEVLELFQSA WSGAPYNPDE EKVLDIVDFT
EVKLSGERIK VKKRPKPMTN SPKQLQAFIQ YVQSVSEKEN IKALPGPWLD PLPEKLLLKE
FYAMENWTIA DWNKPKEYLQ VTVGLIDDVA NQAQYPLKLD LQEGHLNIYG MPGTGKTTML
QTIIMSLAVS HTPEEVNFYV IDFGRMFLDF RDLPHIGGII QEGENEKMKR LFGFLKQEIT
NRKESFSNIG AKSFSMYNRM VEKKVPAIVV MVDGYMRFKN EFEKENEVLE LLLRESSTYG
VYFYFSLNQT IDMFDRVRNN IPMALTFELQ DGTEYHNLVG RPKFPLIEVP VGRGLMKGQP
PELFQVALPF IGESELEYSQ QLKTIIQKMN GEWNGEKAKT IPMVPKEIFV EHMVGKLETA
QISAGIETED IRLQSFSLDE MSHIFIGGRI EGGKTSLLQT LLFTTTYQYS PEKVELYLVD
LGERPTGILA LGDLPHVKKK VTDAIQLKEM LDELLELINN REAVMPTLDP NVTVEFPYKR
IMIAIDDIDQ MLTVLSTDYE AKNKMELIVQ NCKNKGVHFM TAATTSSLNS YSHEKWFAEI
RKRSIGYLLG TTQNNDVYFF NMKLPHTEMD QELLSGDGYC IRRKPIKIKC AYTPLHLLRT
MIDKISVKWT ELKVK
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