| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_2379 |
|---|
| Symbol | |
|---|
| ID | 7190180 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus AH820 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011773 |
|---|
| Strand | + |
|---|
| Start bp | 2258273 |
|---|
| End bp | 2261362 |
|---|
| Gene Length | 3090 bp |
|---|
| Protein Length | 1029 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 35% |
|---|
| IMG OID | 643555790 |
|---|
| Product | putative exonuclease |
|---|
| Protein accession | YP_002451329 |
|---|
| Protein GI | 218903495 |
|---|
| 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 | n/a |
|---|
| Plasmid unclonability p-value | n/a |
|---|
| Plasmid hitchhiking | n/a |
|---|
| Plasmid clonability | n/a |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 181 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGAGACCGA TCCAGCTTAT TATGACGGCA TTTGGCCCAT ATAAACAGAA AGAAGTAATT
GATTTTGACG ATCTGGGAGA GCATCGTATT TTCGCCATTT CTGGGAACAC GGGCGCTGGA
AAGACAACGA TTTTTGATGC GATTTGTTAT GTGTTATATG GTGAGGCAAG CGGAGAAGAA
CGAAGTGATA CGAGCATGCT CCGCAGTCAA TTTGCTGATG ATAATGTGTA TACAAGCGTA
GAACTAACCT TTCAGTTAAA AGGGAAACGT TATGAAATAA AACGACAACT TGGGCATAAA
AAACAAGGGA ATAAGACGAT TACGGGACAT GCGGTAGAAT TATATGAAGT AATTGATGAA
GAGAAGGTTC CGGCTGTTGA TCGTTTTCAT GTAACGGATG TAAATAAAAA AGTAGAAGAT
TTAATTGGTT TAAGTAAACA TCAATTTAGC CAAATTGTTA TGTTACCCCA AGGGGAATTC
CGAAAACTAT TAACATCTGA GACAGAAAAT AAAGAAGAGA TTTTACGTCG TATTTTTAAA
ACAGATCGTT ATAAGTTAAT GCGTGAGTTA CTTGATCAAA AACGAAAACA ATGGAAAGAC
GTCTTACAAG AAAAGCAGAA AGAGCGAGAG TTATACTTCC GTAATGTTTT TAAATTACCA
ATCCGTGATG GAGCAATATT AGAGACTTTA GTGGAACAAG AGCATGTAAA TACGCATCAA
GTAGTAGAAG CATTAGAACA AGAAACAGCT GTGTATAAGG CAGAGGTTGA GCAATTACAA
GTAGAACAAG ATGTTCAAAC GAAGCAATTA AAGGATGCTG AAACACGTTT TCACGCGGCG
AAGTCTGTAA ATGAGAAATT TATAGATTTA CAACAAAAGA ATGAGAAATA TAATACTTTA
CAAGAAAATC GTACAGTTAT TGAAATGAAA GAAACATCTT TTAAGCGTGC GGAACAAGCA
AAGCGCTTAT TACCATTTGA ACAATGGCAC GAAGAAGCGA TGCAAAATGA GCAGAAAGCT
GAAAGTTTGT TAAAACAAAT TATCGCCAAA AAAGAAAATA TAATGAATAA TTTTGAACTT
GCTCAGGAGA AATATGAAGT AGTAAAGAAT AAAGAATCTG AGAGAGAAAA TGTCAAAAAA
CTTGTTCAAA GATTAGAAGA ATTACAACCG ATTATTGCAT CATTAGCTGA GAAACAGCTG
AATTTACAAA ATGCAGAAAT GCAAATCGGA AAATTAAAAG AAAGTATGCA AAACTTAGAT
CGACAATTAG AAGAGCATAC AAATCAAAAA CAGCTAATGA CTGGTGAATT ACAGCAATTA
GAGCGAGCGC TTGAACAATA TGTAGATAAA GTAGAAGAAC TAACGAATAT GCGAGAAGAT
GCAAAAGTTT TAAAGCAAGC ATATGATGTA TGGCAAGAAA AACAAAAATT CGAGAAAGAA
AAAGAAGCAG CATATAGTAA GATGCAATTG GCAGTTAACG CATATGAAAA TATGGAACGC
CGCTGGTTAA GTGAACAAGC TGGTATATTG GCTCTTCATC TACATGATGG TGAATCTTGT
CCAGTATGTG GTAGTACGAC CCATCCGAAA AAAGCTACAG AGCAAAGTGG TGCGATCGAT
GAAAACGAGT TAAATGGTTT AAGAGATAAG AAGAATATTG CTGAAAAATT ACATGTTCAG
TTAGAGGAGA AATGGAATTT CTATCATCAT CAATATGAAC AAGTAATAGA AGAGGTTAAG
AAGCGAGGCT ACCAATCGGA AGAATTAGTT GAAACATATA GTGCGCTTGT TCAAAAAGGA
AAACAATTAG CAACTGAAGT GAATACGTTA AAAGCTAGTG AAGAAACGCG TAAGCAAATA
GCTGTGAAAA TAAAAAGCGT AGAAGAAAAA GTAGATGCAC TTCAGAAACA AAAACGTGAA
GTAGAAACAG AGCAGCACCG TATCGAAATG GATTGTATGC AGCTGCGTAC GTCATATGAA
CATGATAAGA AAAACATTCC TGAAAACTTA CAAACAGTAC AAGCTTGGAA AGTTCAATTT
GACCAAGCTA TGCATGAACT CAAATTAATG GAGGACGAAT GGAAGAAAGT GCAGGAAGCA
TATCAACATT GGCAAAACGA AAATATACGT ATTCAAGCAG AACAGGAAGG TGCTACTAAT
CAATTTGAAA GTGCAAAATT GAAGAAAGAA GAGACTTTCA CGCGCTTTAT GAAAGAACTT
GAGCAGAGCG GATTTACAGA TCAATCTACG TATAAAGAAG CTAAATTAAG TGATGCTGAG
ATGGAATTAA TACAAAAAGA AATTCAAAGC TATTATTCAT CTCTCGAAGT ACTTGCGAAA
CAAATTGAAG AGTTACATGT TGAATTAAAA GATAAAGAGT ATATGGATAT TACAGCGTTA
GGTGAACACA TTAAAGAACT AGAAATTAAC CTTGATATCA TAAAAGAAAA ACGTCAACGT
GCGCAAAATG CGGTAACATA TATTTCCGAT CTCCATGAAA ATATTAGACG TATTGATGAG
CAAATTCATG AGGAAGAAAA AGCGTTCCAA GAACTTGTTG ACTTATATGA AGTAATGAAA
GGTGATAACG AAAGCCGTAT ATCATTTGAA CGTTACATCT TAATTGAGTA TTTAGAACAA
ATTGTTCAAA TTGCAAACGA ACGATTACGT AAATTATCAA ATGGACAATT TTATTTAAAA
CGAAGTGAAC GAGTTGAAAA GAGAAATCGT CAAAGTGGAT TAGGTTTAGA TGTATACGAT
GCATACACTG GTCAAACACG CGATGTAAAA ACATTATCTG GCGGCGAGAA ATTTAATGCA
TCACTTTGCT TAGCGCTTGG AATGGCAGAT GTCATTCAAG CGTATGAAGG TGGTATTTCC
ATCGAAACGA TGTTTATTGA TGAAGGATTC GGTTCATTAG ATGAGGAGTC ATTAACAAAA
GCTGTAGACG CCTTAATTGA CTTACAAAAA TCAGGCCGAT TTATCGGTGT CATTTCACAC
GTTCAAGAGC TGAAAAACGC AATGCCAGCT GTTTTAGAAG TAACGAAACA GAAGGATGGA
TGTAGTCAGA CGCGGTTTGT GGTGAAGTAA
|
|---|
| Protein sequence | MRPIQLIMTA FGPYKQKEVI DFDDLGEHRI FAISGNTGAG KTTIFDAICY VLYGEASGEE
RSDTSMLRSQ FADDNVYTSV ELTFQLKGKR YEIKRQLGHK KQGNKTITGH AVELYEVIDE
EKVPAVDRFH VTDVNKKVED LIGLSKHQFS QIVMLPQGEF RKLLTSETEN KEEILRRIFK
TDRYKLMREL LDQKRKQWKD VLQEKQKERE LYFRNVFKLP IRDGAILETL VEQEHVNTHQ
VVEALEQETA VYKAEVEQLQ VEQDVQTKQL KDAETRFHAA KSVNEKFIDL QQKNEKYNTL
QENRTVIEMK ETSFKRAEQA KRLLPFEQWH EEAMQNEQKA ESLLKQIIAK KENIMNNFEL
AQEKYEVVKN KESERENVKK LVQRLEELQP IIASLAEKQL NLQNAEMQIG KLKESMQNLD
RQLEEHTNQK QLMTGELQQL ERALEQYVDK VEELTNMRED AKVLKQAYDV WQEKQKFEKE
KEAAYSKMQL AVNAYENMER RWLSEQAGIL ALHLHDGESC PVCGSTTHPK KATEQSGAID
ENELNGLRDK KNIAEKLHVQ LEEKWNFYHH QYEQVIEEVK KRGYQSEELV ETYSALVQKG
KQLATEVNTL KASEETRKQI AVKIKSVEEK VDALQKQKRE VETEQHRIEM DCMQLRTSYE
HDKKNIPENL QTVQAWKVQF DQAMHELKLM EDEWKKVQEA YQHWQNENIR IQAEQEGATN
QFESAKLKKE ETFTRFMKEL EQSGFTDQST YKEAKLSDAE MELIQKEIQS YYSSLEVLAK
QIEELHVELK DKEYMDITAL GEHIKELEIN LDIIKEKRQR AQNAVTYISD LHENIRRIDE
QIHEEEKAFQ ELVDLYEVMK GDNESRISFE RYILIEYLEQ IVQIANERLR KLSNGQFYLK
RSERVEKRNR QSGLGLDVYD AYTGQTRDVK TLSGGEKFNA SLCLALGMAD VIQAYEGGIS
IETMFIDEGF GSLDEESLTK AVDALIDLQK SGRFIGVISH VQELKNAMPA VLEVTKQKDG
CSQTRFVVK
|
|---|
| |