| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B2781 |
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| Symbol | |
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| ID | 7181294 |
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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 | 2426581 |
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| End bp | 2429751 |
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| Gene Length | 3171 bp |
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| Protein Length | 1056 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 643550269 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_002445939 |
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| Protein GI | 218897528 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0178] Excinuclease ATPase subunit |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.836285 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.00000000172197 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAAGTAA ATCAATTAAT TGCTAATAAC ATAAATAAAT TAGATGCAAC TATACCGTTT
AATAAATCGT TTGGAATTGC TGGTTTATCT GGATCGGGTA AAACAACTTT TTGCCAAACA
ATTGGTGAAG AATCAAAAAA ACGATTAGTT TCTTTATTGC CAAAGGCTGA ATATCAATAT
TTATTTCCTA ACATTATGGA AACAAATTTT AGTGCCATTA AGATGGAAGA AATACCTTTA
GTACTTTTTC TAGGAAAATC ATCGATTTCG TCTAATCCGC GTTCAACGAT TGGTACTCAT
ACTGGTGTTT TTACAGAGGT TCGGGAAAAA CTTGCTGAGG TATTTAATCT TTCTCCAGAG
GTCTTTTCAT TTAATAATCA ATTAGGCTGG TGTACTGGTT GTAAAGGCCG TGGTACTACA
AAAAATGTTG AGTGTAAAAA ATGTAAGGGA AAACGTTATA GTGAAGAAAT TGAACAACAT
GAAATTGATT TGTTGGACAA GCCACATTCA ATCTCAAATA TTAATGATTT AAGTATTGAA
TCTATTCTTT CACTAGCAAA AGAGTTAAAT ATTAGTGAAG AAAAACAGCA TATACTGCAA
AATATTATTA ATATGAACAT TGGTTATTTA ACATTAAATC GAATTATGGG TACGTTATCA
GGTGGAGAGT TAACACGACT TTATTTGGCC GAATTCATGG CAGTAAGTGA AAATGCTGTA
ATTATTATTG ATGAGATTTC AGTTGGACTT GATCATGAAA CTTTATTACA AATTTTAGAA
GAGATTAAAC GATTAGGGTG TAAAAATCAA ATTTGGCTTA TTGATCATTC AGATACAGTA
CTAGATACAA CTGATGAGCA ATTGTTCTTT GGATCTGGTA GCGGAAAATA TGGCGGGAAA
ATTGTGGAAG AATCACCAAG ACCAAAGTCA ATACTGTGGG ATCGAAATAA AGAAATACCA
ACAGAATATT ATACATTCTA TGATTTATAT TGCCGTAATA TCCAAATGGC TGAGTTTCAA
ATTCCTAAAA ACAGGCTTGT AACAGTTACA GGAGAATCAG GATGTGGGAA ATCTACACTT
GTCAACGAAT GTCTAGCTAC AGATTTTTTG AAACGATATC CAAAAGATAA ATTAGTTATG
GTAGGACAAG ACCGAAATCA ATCAATTACA AGTCGATCAA CTGTAGCAAC TTTCCTAGAT
ATTAAAAAGA AACTGACAAA GTATAGTGAA GACATTGATG ATATTTTTGA GCGCTCGATT
GAGGATATTA TTGATGAACT TCCAAATGAA GATATCGCTT ATAAACGTTT GAGCCTACTA
ATTAAATTAG GGCTTGGCTA TTTAACATTA GAGAGAAAAA CACAAACATT ATCGACAGGT
GAGTTTCAAT GTGTTCATTT AGTTTCGGAA TTATTTGCAA ACACTAGAAA TCCACATACA
TTATTTATTT TTGATGAGCC TTCAAAAGGT TTATCACAAA ATATTTTGAA TCAATTTATC
GATAGTATTA GAGGTATTCT GCAAGATGAA TCAGTTTCGA TCATTATGAT TGAGCATAAT
CGTTACATGT TAGAAAGCTC TGATTATATA GTTGATTTTG GAAAAAGGCA GAATGAATCT
ATAGAGCATT TGGATGTTGT CAATCATGAG GATTACTATC GTCAAAAAAG TAATGTGAAT
AGCACAGAGA AAATACACAT CTCTTCAATG CTTAAGCAGA AAAAAGGGGT TCACTATTTA
GAAGAAAATC ATATTAACTA TTTTAAAAAT GCCGAAAATA TTTATAAGGG CGGTATTTTA
AAAAGTTTAT CATCAATGGC TAGGTTAATT TATGGTGAAT ATGAATCTGA TACAATCGCA
CCTGTTATTG CTATTGATCT TGAAAGACAT TTATATAGTC AATATAGTTT CTTATATGAG
ATTGGTGGAT TAATTAATCA TATTGTAGCT GCTCATCCAA TTAATAAAGA TACGAGAAGT
TTTGATTTCT ATTCACAGGA CAATCATTGT CCATCTTGTT CTGGACGTCT TCAAATTGAA
GTTTTTGATA AAGATATTGC CATTCAAGAT AAAAGTGTTC CATTTTGGGA TGGGCTATTC
GATCCAGAAA TCATGAAGGT ATTAAAATTT TATCAGCATG AAAAAATAGA ATTTCTATTC
GAAGAAATAA AAAATGAGCT TGATCACGAT TTGTCAAAGA GCTATAATGA TATGTCAGAA
GAAGAAAAGC ATACGTTTTG GTACGGGTAT TTTGAAAAAT CATTTTATGA TAAAAAAGGA
AAGACACGCA GAACATGGGT AGGATTTAAT ACAATTATTG GTGGATATAT TGTTATTTCA
AAAGCACCTA TTAAAGAAGA AATTAAAAGT TCAAAAAAAA TGATGAAATG TCCAATTTGC
GAGGGGACGG TTTTAAATCA TCATAAACCA CTTAAATTTG ATAACGTAGA TATTCGTGAA
ATAATTAATC AGCCTATTAA TGAAGTAGTG AAAACAGTTG GTGATTTACC GACACTTGTT
AAATTGAAGT CTATTGTTGG TGGCGATATG GTATTGACAG AAGATGTTTC TTTATTGCCA
AGAAAAGCAC AAGTTGCACT GAAGATGTTT GAATTAGAAC AAGCAAGCTT TTCAAACTAT
GAAATGGTGT TACAAAATGT CTTACCATTC TGGGGTGAAA TAAAAGGAAA TATCGAATCC
ATTAGTGTTA ATAATCAAGT AACTGTTTGT GATTTCCCTA ATGTTTATGA AACGAGAGAA
AACATTATAG ATAAGTATTT CACAAATGGT AAATATAAAA AACTTACGTA TGTATACGAA
GCGTTTGGAT ACAAAAAAAT AGTTACCCAA ATTAATAAAA TTAAAAAAAG TAATCCATGT
CCATTTTGTA AAGGTAAGAA AGTGATAACC GAAGATAATC TACATGATGG TGTCTTTAAA
CTAACAATTC CATGTGTAAC TTGTAATGCA AGTGGTATTA ATGACGAAGG GTTAAAAGAA
GTTGTCGAGG GCGTGGATGT ACAAACGTGG TTAACTGGAA AAGTTAGTGA TGTTGTGGAT
GAGAGCTTAT TAACAGAAGC TGTTGGGCAA ATACCAATTT TTAATCGTAT TCGTGAGTTG
GATAAACGAG ATATGATGGC GGTTTATGAA TGTCTTGAGA AAAATAACTA A
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| Protein sequence | MKVNQLIANN INKLDATIPF NKSFGIAGLS GSGKTTFCQT IGEESKKRLV SLLPKAEYQY
LFPNIMETNF SAIKMEEIPL VLFLGKSSIS SNPRSTIGTH TGVFTEVREK LAEVFNLSPE
VFSFNNQLGW CTGCKGRGTT KNVECKKCKG KRYSEEIEQH EIDLLDKPHS ISNINDLSIE
SILSLAKELN ISEEKQHILQ NIINMNIGYL TLNRIMGTLS GGELTRLYLA EFMAVSENAV
IIIDEISVGL DHETLLQILE EIKRLGCKNQ IWLIDHSDTV LDTTDEQLFF GSGSGKYGGK
IVEESPRPKS ILWDRNKEIP TEYYTFYDLY CRNIQMAEFQ IPKNRLVTVT GESGCGKSTL
VNECLATDFL KRYPKDKLVM VGQDRNQSIT SRSTVATFLD IKKKLTKYSE DIDDIFERSI
EDIIDELPNE DIAYKRLSLL IKLGLGYLTL ERKTQTLSTG EFQCVHLVSE LFANTRNPHT
LFIFDEPSKG LSQNILNQFI DSIRGILQDE SVSIIMIEHN RYMLESSDYI VDFGKRQNES
IEHLDVVNHE DYYRQKSNVN STEKIHISSM LKQKKGVHYL EENHINYFKN AENIYKGGIL
KSLSSMARLI YGEYESDTIA PVIAIDLERH LYSQYSFLYE IGGLINHIVA AHPINKDTRS
FDFYSQDNHC PSCSGRLQIE VFDKDIAIQD KSVPFWDGLF DPEIMKVLKF YQHEKIEFLF
EEIKNELDHD LSKSYNDMSE EEKHTFWYGY FEKSFYDKKG KTRRTWVGFN TIIGGYIVIS
KAPIKEEIKS SKKMMKCPIC EGTVLNHHKP LKFDNVDIRE IINQPINEVV KTVGDLPTLV
KLKSIVGGDM VLTEDVSLLP RKAQVALKMF ELEQASFSNY EMVLQNVLPF WGEIKGNIES
ISVNNQVTVC DFPNVYETRE NIIDKYFTNG KYKKLTYVYE AFGYKKIVTQ INKIKKSNPC
PFCKGKKVIT EDNLHDGVFK LTIPCVTCNA SGINDEGLKE VVEGVDVQTW LTGKVSDVVD
ESLLTEAVGQ IPIFNRIREL DKRDMMAVYE CLEKNN
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