| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK0826 |
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| Symbol | |
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| ID | 3026607 |
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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 E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006274 |
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| Strand | + |
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| Start bp | 949551 |
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| End bp | 954755 |
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| Gene Length | 5205 bp |
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| Protein Length | 1734 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637545063 |
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| Product | hypothetical protein |
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| Protein accession | YP_082430 |
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| Protein GI | 52144398 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0433] Predicted ATPase |
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| TIGRFAM ID | [TIGR03237] dnd system-associated protein 2 |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | GTGATAGTGG TGATGCACAG TATGTCAAAC GAATTTTATA ATTATATATG TGAGTTATTA
TTGGGAGATT TTAAAAATCG CTCAATAAAA GCGGGAGATA GATTTTATTT ACAGCTGGAT
AAAGTAGAAG ATGTAGACAA TTTAGTAGAA GCATTACAAG AGCAGGAAAA TGTTAAGCAA
TTTGTTTATA AGCATGAATT AGGTGAAGTG TATAAAACAT TTTCAATTGA AATACAAAAT
ATTCAACTTG TTATTGCTTA TACAAATAAA AATGTTAAAC CAGATTTCTT AGTTACTTTA
CGAAATCAAG TGGGTGAACA AAAAAGTGTA TGGAAAGAGA CAGCTTTATT GAGTATAGTT
TCAGAACAAT TGGATTCAAT TCAGGGGGGA AGTAGTGATC TTCAAAAGGA TGGAATGCCG
TTGCATCCTA ATTCTATAGT AAAAGGATTA AGACAAGAAA TTGAAAGTAG TATGTTAGAT
AAAACTGCTC AAATTATCCT TATAGAAAAC ATGGAAATGA TTAAACAAGA ACAAGCACAC
CAACAAGTTA CTTTCTTTGA ATTTGAAGAA ATCTTTTCTA CGCTTGCGAA AGGTACGATA
GAAGATAAAG ACTATCAAAA ATTTGCAGTT TTTAAAGACA AAGAATTAGC TACCTTTAAA
GGGAATAAAC AAAAAGAACG ATTAGGTTTA AATAGAGAAT TATATGAATT TGTTCGAAAA
ATTCATGACT TTGGCTTAGG AACTGAGGAA CTAGAAAAGA AATTTACACC TGAAGGGGCT
AGTAAATTAA AGCGTGAAGA TTGGAAAGAG ATGGGTTTTG CTGATGTTCA TCGGTTCCAT
CAGGATTTTA TAGATCTTCG TAAAAAAGCA TCAATTAATT TAAAAGGGCT AACAGTTAAA
GAAGGATTGC ATTTTTGGGA TAAGCCTCAA AAAGAGACTG CAGCAGGAGA AAGAAAAAGA
CACTTAGTTA TATTTAATCC AGAATGTAAG GAAGAGCTAC ATTTAAATGC TGCATTTTCA
ATTCAAGGTG GAAATGTTAA AAGTTTATCA AACAAATATG TAAAGATACC CCCGACTTTT
AAGAAAAATG TAGAAGTATC GGTGGGGAAA ATAAATCTTA ATGCAGTTAT AAAAACAGGC
GGAAATCAAC CTACATTTAC TAGGTTGGCT TATAAGCATG ATGATAAATC TACTTTAGGT
GTAGAATTAT TTATTGTTGT ACTACCAATT GAGCCATATG TATTAGATGC TTTTAAAACA
ACATATTTAA TTGCTCCTAA TAAGCGTCTA ATTGAACTTC AACATGAAGA TAATGAGCTT
TCATTTGGAC AAGGATATAA CAAAAAATCA ATAGAAGTCT ATGAGGAAAA TGCTACTGTT
GATTGTGGTA TAGATGATGA ACTTACTATT CTTCCTCAAC CTGAAGCGTA TAATGATGAA
GAAGAGATGA GAGTGAACAT CCGTTTGACG GAGAATGGAA CAATCATTCC ATTAATATTG
AAAAATGAGT TACCTGAATC TACTCCAATT AATGGCGCGC GAATTTGGAA ATTAAAGCGT
GAGCAGCAAA GAGATTTTGA ATGGATAAAT AATCGTTTGC GTTTTGGAAA CAGAGAATTT
TATTTAAGCC CGGAATATAA AAACTTATTT GATTGGGAGT ACCAGTGGAT TGAAAATGGG
TTTAGGTGTG CCGTAGTAGA GTCTGATGTA TTAGTACCTG AAGATTTGTC TATTAGCGAT
GAACTAAGAG AAGCTTATAG TAGATTTTTA ACTTACTTTA AAATTAAAAA AGGTATACCA
AGCTTATGTT ATTACAGCGA CGAGCTAGTT AAAAGAGCGG AAGAGTATTT AAATACTTTT
ATACAAGAGA TTAAAAGTTT TGAAGAAGGA CATGAAGCCG GCAAACGCGG ACGAGATTTA
TTTAAGTTAG GGACAGTTAG GGGGAATAAT GTAATTAAAT TCACACCATT CCATCCAGTT
ATGGTCGCTT TTCAATTAAA ACTGAATAAT TTACTTTCAA ATGAAGAAGT AGATAATAGT
ATTTTACAGC GATTAAAACC AGATGGACTA GTTCCATATA TTTATAATGA GCGAGACCAA
TTGTATAGAC CAGATAATCA GAATATCGCA TTAGAGTGGA TGGATTTTAA ACCAGTTAAT
CAAGTGTCAG TATCGGATGC TAATCAATAT TTAGCAAAAG TAATTGAGGA TAAAATTCAG
CAATTTGAAG GACACTTTGG TTATTTATTT AGTGAGTACT CTAGGGCACC TTTGCAAATT
AATTTAATCA ATATTGAAAA CGATCATGAA ACTTTTAGAG GTATCGTAAA TTGGATGCTT
GAAAGAATTA GATCAAAAGG GCCCGAAGGT TTAAAAGCTG TTGAAGTGAC CCTTTATAAA
GAAGAGGGCC AGGACAGTGC ATTTGATAAC TTCTCAAGAA TAGAATCGGT AGAAGAGTTT
CAAACAAAGT TTAATATTAA TTTAGGCGCA AAACAGCAGC ATGAACCTCA GGATATATTG
CGATTTATTC GTGAAAAGCT ATTTTATTAT AAAAAAGAAA TAGGCGAAGA ATATAAGTAT
GCTCATATTT CTTTCTATAA AATGCAAGCG CAAGAGCGAT ATGCATTACA ATCTATGGAT
GAAATGTTAT CAGGTTTAGC AATTGATGGA TTATACACTA CAGTACCTTC AATGAAGAGT
AATGAAAATT ATAAGAGTGG TTTCGGTGTT AAAGCATATG TGGTAGAGGA TGAGAATCTC
TTAACACAAA CAACGTATTA TTTTAATGAA TTGTGCGCAA ACCTTCATAA TGGTGGAAAT
AATACGTATC GAAAAGGTGA AGCGATTTTC TCTAGAACAA CGAGTGCTGA TGAAAAAACT
CTAGAAGAAA TTTTCAAATC TTCTTATTGG GTAACGTTTG TAGACCCAAG TTTTGATCTG
GAGTTCTTTA ATGATTATGA GCAAAATCTA GTCGTTATTC ATTATAGTGA TCAATATTCA
TCTTCAAGTA GATATGATGC TATTACTGTA ACAGACAAAT CACAACAATA TCATTTTGTT
ATTGAAGAAT TTTTAAAGGA AAAACAAGTA GAGAGTAAAA AAGAAAATGT AGAAAGTACT
ATTAAAGCAT TTAATACATT TAATGGTGAG TGGTTACTTC GTGTTATTGG CAGTAAGGGT
CATTACTCTA GAGAAAAGTT GAGTATCATC TCTGCCATAA AGTTTTCTTT AGCTTACTTT
GAACATAGTG ATATTTTATG GGTACCGATT TCCTTGGAAG AAGTTTTAAG AGTGGCTGGT
ACTGTTAATT TAAAGAAAGC AGATGGTATA TTTACAACTA AAAACTTAGG AAGAAATGGC
GTTCATAGCG ATGATTTACT TTTAATAGGT TTAGAACAAG TAGAGAATGA TTTAATGATG
CATTTTTATC CTGTTGAAGT AAAAATTGGT GCTAATAAAA ATGATGTATT AGAAAAGGCA
AGAAAGCAAG TTAAGCATAC GAAGAAACTA ATTAATGATG CATTAACAAC TAATTCTTTT
GCTAGCCGTT TCTATCGTAA TTTCTTTGCT CAACTTTATA TTTCTAATGC TAATAAAATA
TTTAAAAGTA GATTCTGGAA AGAGAAAAAT TATGAATTGA ATAATAAAGT GGTTGAGAAG
CTGCTGAAAG ATCAATTTAC TATTTCAAAT ACAATAGAAT CATCGATTGG TGAAGGCGCT
ATTTTATCCT TCCAGCGAGA CGCTTATCAT AGAAGTGCTA AACTGGATGA AGGGATTACG
CTATTAAACC TTTCAGAGTT TGATGGATAT AGCGGTCTTA TACAACCAAT GGAAGATATG
AAGAATTGGA TTCAAGAAAC AGAAGGCGAT TTTATTAAGG AAGAATTACT TTCTCATAAA
TATACAGGTG CCTGTAGTGA AGTAGAAAGT GCGTCATCTT TTAGCTCAGA AAAAAATGAA
CTAGAGGCTG ATGTAGAGGT AGAAGCAAAG CCTGAAATTA TCGATTCTAA TGAGGTTACT
AAAGGGAAAA TCGATAATAC AATAGATGTT CTTGAAGAAA CAAAAGAAAG ACAGGCACAA
CAATTAGAAG AATCCCGAAT TCTAATTGGG AAGGCAGAAA ACTCGAATAG AAAGATTTAT
TGGGAATATG GTAATAAAGG ATTGGCGAAT AGGCATTTGC TGATATCGGG TAAATCTGGA
CAAGGTAAGA CATATTTCAT GCAATGCTTG TTATTAGAAA AATCAAAGCA AGGTATTCCA
AGTATTGTTA TTGACTATAC AGAAGGATTT TTACCAAACC AATTAGAAGA TGAATTTGTG
CAAGCAATGG GTACGAAGTT AAAACAAAAG ATTGTATATA GTGAGCAACT TCCAATTAAT
CCGTTTCAAA AGAATGAAAG GGATATCGGA GGAATTACGC TTCCGGAATC TAATACCGAT
GTTGCTGAAA GGATTAAGAG TGTATTTGCT GCTGTATATA GCACATTAGG TGTGCAACAA
TTAAATGCGA TTTATGAAGG TACTCTTAAT GGATTGGATA AGTATGGAGA AGATATGAGC
CTAATAAGGC TTAGAGAATG TTTAGAAGAA GATGGTTCTA GCTATGCTAA GACGGCTTTA
TCTCAAATAA GACCGCTTAT CGATCGTAAT CCATTTAGCC ATGAAAATAC AATAAATTGG
AAAGATGTTG TAGATAGTAA TGGTGAGATT TTTATTATTC AGTTGACTGG ATATCCTCGA
GACGTGCAAT TAATGATTAC AGAATTTGTT TTATGGGATC TTTGGAATTA TTCCGTAAGG
TTTGGAAATA AAAATAATCC AATGCCTGTC ATAATGGATG AAGCACAAAA TCTTGATCAT
ACGGAAAAAT CACCTTCTGC ACGAATTTTA CAAGAAGGGC GTAAATTTGG ATGGTCTGCA
TGGTATGCAA CTCAATTTTT AAAATCTCAA TTGGCTACTG ATGAATTAGC AAGGCTGCAA
AATGCTTCAC AGAAGGTTTA TTTTGCGCCG CCAGAACAAG AGATTTCTAC AATTGCTACT
AGTCTATCTA ATGATTCTTC AGAGAAAAAA GAATGGGAGA ATAGACTTTC AACATTGAAA
AAAGGTCAGT GTATTGTACA TGGACCTGTG TTACAAGTAA ATGGTGAATT GTCTCAACCA
ACTGTAACGG TGGTTGATAT TATATCTTTA TCTGAGAGAA TATAA
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| Protein sequence | MIVVMHSMSN EFYNYICELL LGDFKNRSIK AGDRFYLQLD KVEDVDNLVE ALQEQENVKQ
FVYKHELGEV YKTFSIEIQN IQLVIAYTNK NVKPDFLVTL RNQVGEQKSV WKETALLSIV
SEQLDSIQGG SSDLQKDGMP LHPNSIVKGL RQEIESSMLD KTAQIILIEN MEMIKQEQAH
QQVTFFEFEE IFSTLAKGTI EDKDYQKFAV FKDKELATFK GNKQKERLGL NRELYEFVRK
IHDFGLGTEE LEKKFTPEGA SKLKREDWKE MGFADVHRFH QDFIDLRKKA SINLKGLTVK
EGLHFWDKPQ KETAAGERKR HLVIFNPECK EELHLNAAFS IQGGNVKSLS NKYVKIPPTF
KKNVEVSVGK INLNAVIKTG GNQPTFTRLA YKHDDKSTLG VELFIVVLPI EPYVLDAFKT
TYLIAPNKRL IELQHEDNEL SFGQGYNKKS IEVYEENATV DCGIDDELTI LPQPEAYNDE
EEMRVNIRLT ENGTIIPLIL KNELPESTPI NGARIWKLKR EQQRDFEWIN NRLRFGNREF
YLSPEYKNLF DWEYQWIENG FRCAVVESDV LVPEDLSISD ELREAYSRFL TYFKIKKGIP
SLCYYSDELV KRAEEYLNTF IQEIKSFEEG HEAGKRGRDL FKLGTVRGNN VIKFTPFHPV
MVAFQLKLNN LLSNEEVDNS ILQRLKPDGL VPYIYNERDQ LYRPDNQNIA LEWMDFKPVN
QVSVSDANQY LAKVIEDKIQ QFEGHFGYLF SEYSRAPLQI NLINIENDHE TFRGIVNWML
ERIRSKGPEG LKAVEVTLYK EEGQDSAFDN FSRIESVEEF QTKFNINLGA KQQHEPQDIL
RFIREKLFYY KKEIGEEYKY AHISFYKMQA QERYALQSMD EMLSGLAIDG LYTTVPSMKS
NENYKSGFGV KAYVVEDENL LTQTTYYFNE LCANLHNGGN NTYRKGEAIF SRTTSADEKT
LEEIFKSSYW VTFVDPSFDL EFFNDYEQNL VVIHYSDQYS SSSRYDAITV TDKSQQYHFV
IEEFLKEKQV ESKKENVEST IKAFNTFNGE WLLRVIGSKG HYSREKLSII SAIKFSLAYF
EHSDILWVPI SLEEVLRVAG TVNLKKADGI FTTKNLGRNG VHSDDLLLIG LEQVENDLMM
HFYPVEVKIG ANKNDVLEKA RKQVKHTKKL INDALTTNSF ASRFYRNFFA QLYISNANKI
FKSRFWKEKN YELNNKVVEK LLKDQFTISN TIESSIGEGA ILSFQRDAYH RSAKLDEGIT
LLNLSEFDGY SGLIQPMEDM KNWIQETEGD FIKEELLSHK YTGACSEVES ASSFSSEKNE
LEADVEVEAK PEIIDSNEVT KGKIDNTIDV LEETKERQAQ QLEESRILIG KAENSNRKIY
WEYGNKGLAN RHLLISGKSG QGKTYFMQCL LLEKSKQGIP SIVIDYTEGF LPNQLEDEFV
QAMGTKLKQK IVYSEQLPIN PFQKNERDIG GITLPESNTD VAERIKSVFA AVYSTLGVQQ
LNAIYEGTLN GLDKYGEDMS LIRLRECLEE DGSSYAKTAL SQIRPLIDRN PFSHENTINW
KDVVDSNGEI FIIQLTGYPR DVQLMITEFV LWDLWNYSVR FGNKNNPMPV IMDEAQNLDH
TEKSPSARIL QEGRKFGWSA WYATQFLKSQ LATDELARLQ NASQKVYFAP PEQEISTIAT
SLSNDSSEKK EWENRLSTLK KGQCIVHGPV LQVNGELSQP TVTVVDIISL SERI
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