| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B2998 |
|---|
| Symbol | |
|---|
| ID | 7184841 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus G9842 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011772 |
|---|
| Strand | + |
|---|
| Start bp | 2184317 |
|---|
| End bp | 2187406 |
|---|
| Gene Length | 3090 bp |
|---|
| Protein Length | 1029 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 36% |
|---|
| IMG OID | 643550053 |
|---|
| Product | putative exonuclease |
|---|
| Protein accession | YP_002445723 |
|---|
| Protein GI | 218897312 |
|---|
| COG category | [L] Replication, recombination and repair |
|---|
| COG ID | [COG0419] ATPase involved in DNA repair |
|---|
| TIGRFAM ID | [TIGR00618] exonuclease SbcC |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 1 |
|---|
| Plasmid unclonability p-value | 0.0000658197 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | decreased coverage |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 36 |
|---|
| Fosmid unclonability p-value | 0.00861967 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | decreased coverage |
|---|
| |
Sequence |
| Gene sequence | ATGAGACCGA TTCAGCTTAT TATGACAGCA TTCGGGCCAT ATAAACAGAA AGAAGTAATC
GATTTTGAAG ATCTTGGAGA ACATCGTATT TTCGCTATTT CTGGGAATAC GGGAGCTGGA
AAAACAACGA TTTTTGATGC GATTTGTTAT GTATTATATG GTGAGGCTAG CGGAGAAGAA
CGTAGTGATA CGAGCATGCT TCGAAGTCAA TTTGCTGATG ATAATGTTTA TACAAGTGTT
GAACTAACCT TTCAGTTAAA AGGGAAACGC TATGAAATAA AACGACAACT TGGACATAAA
AAACAAGGGA ATAAGACTAT TACAGGACAT GCAGTAGAAT TATATGAAGT TATTGATGGA
GAAAACGTTC CAGCCGTCGA TCGTTTTCAT GTAACAGACG TAAACAAAAA AATGGAAGAT
TTAATTGGGT TAAGTAAACA TCAATTTAGC CAAATTGTTA TGTTACCCCA AGGGGAATTC
CGAAAACTAT TAACATCTGA GACGGAAAAC AAAGAAGAGA TTTTACGTCG TATTTTTAAA
ACGGATCGTT ATAAATTAAT GCGTGAGTTA CTTGATCAAA AGAGAAAACA ATGGAAAGAC
GTCTTGCAAG AAAAACAAAA AGAGAGAGAG CTCTATTTCC GTAATGTTTT TAAATTACCA
ATCCGTGATG GAGCATTATT AGAGACATTA GTGGCACAAG AACATGTAAA TACGCATCAA
GTAGTAGAAG CGTTAGAACA AGAAACAACC GTGTATAAGG CAGAGGTTGA GCAATTACAA
GTAGAACAAG ATGTTCAAAC GAAGCAATTA AAGGATGCAG AAACACGTTT TCATGCAGCA
AAATCTGTAA ATGAGAAATT TATAGATTTA CAACAAAAGA ATGAGAAATA TAACACTTTA
CAAGAGAACC GTGCAGCAAT TGAAGGGAAA GAAAAATCCT TTAAACGTGC GGAACAAGCA
AAACGCTTAT TACCATTTGA ACAATGGTAT GAAGAAGCGA TGCAAAATGA GCAGAAAGCT
GAAAGTTTGT TAAAACAGAT AATCGTCAAA CAAGAACAGA TAATGAATAG TTTTGAGCTT
GCTCAGGAGA AGTATGAAGT AGTAAAGAAT AAAGAACTTG AACGAGAAGA GGCTAAAAAA
CTTGTTCAAA GATTAGAAGA GTTACAAGCG ATCATTGAAT CATTAGCTGA GAGAAAGCTG
AATTTACAAA ATGCCGAAAT TCAAATAGGG AAATTAAAAG AAAGTATGCA AAAGTTGGAT
CAACAACTAG AAGAGCATAC AAGTCAAAAA CAGGGAATGT CTGATGAATT GCAGCAATTA
GAACAAGCAC TTGAGCAATA TGTAGCTAAA GTAGAAGAAC TAACCAATAT GCGAGAAGAT
GCAAAAGTTT TAAAGCAAGC ATATGATGTT TGGCAAGAAA AACAAAAATT TGAGCAAGAA
AAAGAAGCGG CAAATAATAA AATGCAAGTG GCAGTTCGTG CGTATGAAAA CATGGAGCGC
CGCTGGTTAA GTGAACAAGC TGGTATACTA GCTCTTCATT TACATGATGG TGAATCTTGT
CCGGTATGTG GTAGTACGAA TCACCCACAA AAAGCTACAG AGCAAAGTAA TGCGATCGAT
GAAAAAGAGT TAAACGATTT AAGAGATAAG AAGAACATTG CTGAAAAATT AAATGTGCAA
GTAGAGGAGA AATGGAATTT TTATCGACTA CAATATGAAC AAGTGATAGA AGAAGTTGTG
AAGCGCGGCT ACAACTCGGA AAAATTAGCT GAAACATATA GTGCACTTGT TCAAAAAGGA
AAACAATTAG CAGCAAACGT GAATACGTTA AAAGCAAGTG AAGAAACACG TAAGCAGATT
GCTGTGAACA TGAAAAGCGT AGAAGAAAAA ATAGAAGAAC TTCAGAAACA AAAACGGGAA
GTAGAAACAA TGCAGCACCG TACAGAAATG GAGTGCATGC AACTTCGTAC GTCATATGAA
CATGATAAAC GAAATATTCC AGAAAACTTA CAAACAGTAC AAGCTTGGAA AGCACAGTTG
GACCAAGCTA TGCAGGAACT TAGGTTAATG GAGGACGAAT GGAAGAAAGT GCAGGAAGCG
TATCAGCATT GGCAAAATGA AAATATACGT ATTCAAGCTG AACAGAAAGG TGCTTCTAAT
CAATTTGAAA GTGCAAAATT GAAGAAAGAA GAAACTTTCG CACGCTTTAT GAAAGAGCTA
GAACAAAGCG GGTTTACAGA TCAATTCACG TATAAAGAAG CCAAATTAAG CGATGCCCAG
ATGGAGATGT TACAAAAAGA AATTCAAGGT TATTATTCAT CTCTCGAAGT GCTTGCAAAA
CAAATTGAAG AGTTAAACTC AGAATTAAAA GATAAAGAGT ATATGGATAT TACATCTTTA
GGTGAACACA TAAAAGAACT AGAAATTAAT CTCGATATAA TTAAAGAAAA ACGTCAACGT
GCGCAAAATG CGGTAACATA TATTTCTGAT TTACATGAAA ACATTAGACG TATTGACGAA
CAAATTCACG ATGAAGAGAA AGCTTTCCAA GAACTTGTTG ATCTATATGA AGTAATGAAA
GGTGATAACG AAAGTCGTAT ATCATTTGAA CGTTACATCC TAATTGAGTA TTTAGAACAA
ATTGTTCAAA TCGCAAACGA ACGACTACGT AAATTATCAA ATGGACAATT TTATTTAAAA
CGAAGTGAGC GAGTTGAAAA AAGAAACCGT CAAAGTGGAT TAGGATTAGA TGTGTACGAT
GCATACACTG GCCAAACACG TGATGTAAAA ACATTATCTG GCGGAGAGAA ATTTAACGCA
TCACTTTGCT TAGCGCTAGG AATGGCAGAT GTAATTCAAG CATATGAAGG TGGTATTTCC
ATCGAAACGA TGTTCATCGA TGAAGGGTTC GGTTCATTAG ATGAAGAATC ATTAACGAAA
GCAGTAGATG CCTTAATTGA CTTACAAAAA TCAGGCCGAT TTATCGGTGT CATTTCACAC
GTACAAGAGC TGAAAAACGC AATGCCGGCT GTATTAGAAG TAACGAAGCA GAAGGATGGG
TGTAGTCAGA CTAGGTTTGT GGTGAAGTAA
|
|---|
| Protein sequence | MRPIQLIMTA FGPYKQKEVI DFEDLGEHRI FAISGNTGAG KTTIFDAICY VLYGEASGEE
RSDTSMLRSQ FADDNVYTSV ELTFQLKGKR YEIKRQLGHK KQGNKTITGH AVELYEVIDG
ENVPAVDRFH VTDVNKKMED LIGLSKHQFS QIVMLPQGEF RKLLTSETEN KEEILRRIFK
TDRYKLMREL LDQKRKQWKD VLQEKQKERE LYFRNVFKLP IRDGALLETL VAQEHVNTHQ
VVEALEQETT VYKAEVEQLQ VEQDVQTKQL KDAETRFHAA KSVNEKFIDL QQKNEKYNTL
QENRAAIEGK EKSFKRAEQA KRLLPFEQWY EEAMQNEQKA ESLLKQIIVK QEQIMNSFEL
AQEKYEVVKN KELEREEAKK LVQRLEELQA IIESLAERKL NLQNAEIQIG KLKESMQKLD
QQLEEHTSQK QGMSDELQQL EQALEQYVAK VEELTNMRED AKVLKQAYDV WQEKQKFEQE
KEAANNKMQV AVRAYENMER RWLSEQAGIL ALHLHDGESC PVCGSTNHPQ KATEQSNAID
EKELNDLRDK KNIAEKLNVQ VEEKWNFYRL QYEQVIEEVV KRGYNSEKLA ETYSALVQKG
KQLAANVNTL KASEETRKQI AVNMKSVEEK IEELQKQKRE VETMQHRTEM ECMQLRTSYE
HDKRNIPENL QTVQAWKAQL DQAMQELRLM EDEWKKVQEA YQHWQNENIR IQAEQKGASN
QFESAKLKKE ETFARFMKEL EQSGFTDQFT YKEAKLSDAQ MEMLQKEIQG YYSSLEVLAK
QIEELNSELK DKEYMDITSL GEHIKELEIN LDIIKEKRQR AQNAVTYISD LHENIRRIDE
QIHDEEKAFQ ELVDLYEVMK GDNESRISFE RYILIEYLEQ IVQIANERLR KLSNGQFYLK
RSERVEKRNR QSGLGLDVYD AYTGQTRDVK TLSGGEKFNA SLCLALGMAD VIQAYEGGIS
IETMFIDEGF GSLDEESLTK AVDALIDLQK SGRFIGVISH VQELKNAMPA VLEVTKQKDG
CSQTRFVVK
|
|---|
| |