| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_2576 |
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| Symbol | |
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| ID | 2747113 |
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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 ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | + |
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| Start bp | 2453631 |
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| End bp | 2456801 |
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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 | 637279388 |
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| Product | excinuclease ABC, A subunit-related protein |
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| Protein accession | NP_978884 |
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| Protein GI | 42781637 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.102365 |
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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 | ATGAAGGTAA ACCAATTAAT TGCTAATAAC ATAAACAAAT TAGATACAGT CATTCCATTT
AATAAGTCTT TTGGAATCGC TGGTTTATCA GGATCAGGTA AAACAACTTT TTGTCAAACA
ATTGGTGAAG AATCAAAAAA ACGATTAGTT TCTTTATTAC CAAAGGCTGA ATATCAATAT
TTATTTCCTA ATATCATGGA AACGAATTTT AGTGCTATTA AGATGGAGGA TATGCCTTTA
GTACTTTTTC TAGGGAAATC ATCAATTTCT TCTAATCCAC GTTCAACGCT AGGTACTCAT
ACTGGTGTTT TCACTGAAAT TCGCGAAAAA CTTGCTGACG TATTTCATCT TTCCCCTGAG
GTTTTTTCAT TTAATAACCA GTTAGGTTGG TGTTCTGGTT GTAAAGGCCG AGGTACTAAT
AAAAATATTG AGTGTAAAAA ATGTAAGGGA AAACGTTATA GTGAAGAAAT TGAACAACAT
ACTATAGATT TATTTGCTAA ACCACATACC ATTTCAAATA TTAATGATTT AAGTGTTGAG
TCTATTCTTT CGCTAGCGGA AGTGTTAAAT ATTAGTGAAG CAAAGCAACA TATATTACAA
AACATAATAA ATATGAACAT TGGTTATTTA ACATTAAATC GAATAATGGG TACGTTGTCA
GGTGGAGAGT TAACACGACT ATATTTAGCT GAATTCATGG CAGTAAGTGA AAATGCTGTA
ATTATTATTG ATGAGATTTC AGTTGGACTT GATCATGGAA CATTATTACA AATATTAGAA
GAGATCAAGA AATTAGGGTG TAAAAATCAA ATTTGGCTTA TAGATCATTC AGATACAGTA
CTGGATACAA CAGATGAGCA ATTGTTCTTT GGACCTGGTA GCGGAAAATA TGGTGGACAA
ATTGTGAAAG AATCACCAAG ACCAAAATCA ATACTGTGCG ATCTAAATAA AGAAGTACCA
ACAGAATATT ATACATTCCA AGAATTATAT TGCCGTAATA TCCAAATGGT GGAGTTTCAG
ATTCCTAAAA ATAGGCTTGT AACAGTTACA GGAGAATCTG GTTGTGGGAA ATCTACTCTT
GTCAATGAAT GTTTAGCTAC AGATTTCTTG AAACGATATC CAAAAGATAA ACTAGTTATG
GTAGGGCAAG ATCGAAATCA ATCCATTACA AGTCGATCAA CTGTAGCAAC TTTTCTAGAT
ATTAAAAAGA AACTAACAAA GTATAGTGAA GAAATTGATG ATATTTTTGA GCGTTCGATT
GAAGATATTA TTGACGAACT TCCAAATGAA GATATTGCGT ATAAACGCTT GAGCCTACTA
ATTAAATTAG GGCTTGGCTA TTTAACATTA GAACAAAAAA CACAAACATT ATCAACAGGT
GAGTTTCAAT GTGTTCATTT AGTTTCTGAA TTATTTGCAA ACACTAGAAA TCCACACACA
TTATTTATTT TTGATGAGCC TTCAAAAGGT TTATCACAAA ATATTTTAAA TCAATTTATA
GATAGTGTTA GAGGGATATT GCAAGATGAA TCAGTCTCGA TCATTATGAT TGAACATAAT
AGTTACATGC TAGAAAGCTC GGATTATATT GTAGATTTTG GGAAAAGACA GCTTGAAGCT
ATCAATCATC TTGAAGTAGT AAGTCATGAT GATTATTATC GTCAAAAAAG CAGTGTGAAT
AATGTTGAGC AAATACATAT TTCTTCAGCA CTTAAGCATA AAGAAGGCGT TCACTATTTA
GAAGAAAATC ATATTAACTA TTTTAAAAAT GCCGAAAATG TTTATAAGGG TGGTATTTTA
AAAAGTTTAT CTTCAATGGC GCGTTTAATT TATGGTGAAT ATGAATCTGA TACAATTGCA
CCGGTTATTG CTATTGATTT TGAGAGGCAT TTATATAGTC AATATAGTTT TTTATATGAG
GTTGGTGGAC TAATTAATCA TATTGTAGCT GCTCATCCAA CTAATAAAGA TACGAGAAGT
TTTGATTTCT ATTCACAGGA CAACCATTGT CCATCTTGCT CTGGACGTCT TCAAATTGAA
GTTTTCGATA AAGATATTAC AATTCAAAAT AAAAACGTTC CATTTTGGGA TGGTTTATTC
GATCCGGAAA TCATGAAAGT ATTAAAATTT TATCAATATG AAAAAATAGA ATTTCTATTT
GATGAAATTA AACATGAGCT TGGTCAAGAT TTGTCAAAGA GCTATAATGA AATGTCCGAA
GAAGAAAAGC ATACGTTTTG GTACGGGTAT TTTGAAAAAT CATTTTATGA TAAAAAAGGA
AAGACACGCA GAACATGGGT AGGTTTTAAT ACGATTATTG GTGGATATAT TGTTATTTCA
AAAGCACCTA TTAAAGAAGA AATTAAGACT TCTAAAGAAA TGGTGACATG TCCAATTTGT
GAAGGGACGG TTTTAAATCA TCATAAACCA CTTAAATTTG GCAACTCAGA TATTCGTGAA
ATTATCAATC AGCCAGTTGA TGAAGTGTTG AAAATAGTCG GTGATTTACC TGCACTTCAT
AAATTGAAGG ATATAGTTGG TGGCGATATG AGATTGACAG AAGATGTTTC TTTATTGCCA
AGAAAAGTAC AAGTTGCATT GAAAATGTTT GAATTAGAAC AGGCAAGCTT TTCAAACTAT
GAAATAGTGT TACAAAATGT CTTACCATTC TGGGATAAAA TAAAAGGAAA TATCGAATTC
ATTAGTGGTA ATAATCAAGT AACTGTTTGT GATTTCCCTA ATGTTTATGA AACGAGAGAA
AACATGATAG ATAAGTATTT CACAAATGGT AAATATAAAA AACTTACGTA TGTATACGAA
GCATTTGGAT ATAAAAAGTT AGTTACCCAA ATTAATAAAA TTAAAAAAGG TTATCCATGT
CCATTCTGTA AAGGAAAGAA AGTTATAACG GAAGATAATT TGCATGATGG TGTCTTTAAA
TTAACAATTC CATGTGTAAC TTGTAATGCA AGTGGTATTA ATGACGAAGG ACTAAAAAAA
GTTGTTGAGG GTGTGGATGT AAAAACATGG TTAACTGGAA AAGTTAGTGA TGTTGTGGAT
AAGAGCTTAT TAACAGAGGC TGTTGAGCAA ATACCAATTT TTAATCGTAT TCGTGAATTG
GATAAACGAG ATATGATAGC GGTTTATGAA TGTCTTGAGC GTAATCAGTA A
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| Protein sequence | MKVNQLIANN INKLDTVIPF NKSFGIAGLS GSGKTTFCQT IGEESKKRLV SLLPKAEYQY
LFPNIMETNF SAIKMEDMPL VLFLGKSSIS SNPRSTLGTH TGVFTEIREK LADVFHLSPE
VFSFNNQLGW CSGCKGRGTN KNIECKKCKG KRYSEEIEQH TIDLFAKPHT ISNINDLSVE
SILSLAEVLN ISEAKQHILQ NIINMNIGYL TLNRIMGTLS GGELTRLYLA EFMAVSENAV
IIIDEISVGL DHGTLLQILE EIKKLGCKNQ IWLIDHSDTV LDTTDEQLFF GPGSGKYGGQ
IVKESPRPKS ILCDLNKEVP TEYYTFQELY CRNIQMVEFQ IPKNRLVTVT GESGCGKSTL
VNECLATDFL KRYPKDKLVM VGQDRNQSIT SRSTVATFLD IKKKLTKYSE EIDDIFERSI
EDIIDELPNE DIAYKRLSLL IKLGLGYLTL EQKTQTLSTG EFQCVHLVSE LFANTRNPHT
LFIFDEPSKG LSQNILNQFI DSVRGILQDE SVSIIMIEHN SYMLESSDYI VDFGKRQLEA
INHLEVVSHD DYYRQKSSVN NVEQIHISSA LKHKEGVHYL EENHINYFKN AENVYKGGIL
KSLSSMARLI YGEYESDTIA PVIAIDFERH LYSQYSFLYE VGGLINHIVA AHPTNKDTRS
FDFYSQDNHC PSCSGRLQIE VFDKDITIQN KNVPFWDGLF DPEIMKVLKF YQYEKIEFLF
DEIKHELGQD LSKSYNEMSE EEKHTFWYGY FEKSFYDKKG KTRRTWVGFN TIIGGYIVIS
KAPIKEEIKT SKEMVTCPIC EGTVLNHHKP LKFGNSDIRE IINQPVDEVL KIVGDLPALH
KLKDIVGGDM RLTEDVSLLP RKVQVALKMF ELEQASFSNY EIVLQNVLPF WDKIKGNIEF
ISGNNQVTVC DFPNVYETRE NMIDKYFTNG KYKKLTYVYE AFGYKKLVTQ INKIKKGYPC
PFCKGKKVIT EDNLHDGVFK LTIPCVTCNA SGINDEGLKK VVEGVDVKTW LTGKVSDVVD
KSLLTEAVEQ IPIFNRIREL DKRDMIAVYE CLERNQ
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