Gene BCG9842_B3828 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBCG9842_B3828 
Symbol 
ID7182236 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus cereus G9842 
KingdomBacteria 
Replicon accessionNC_011772 
Strand
Start bp1394494 
End bp1396308 
Gene Length1815 bp 
Protein Length604 aa 
Translation table11 
GC content32% 
IMG OID643549232 
Productsensor histidine kinase 
Protein accessionYP_002444902 
Protein GI218896491 
COG category[T] Signal transduction mechanisms 
COG ID[COG0642] Signal transduction histidine kinase 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones25 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clones15 
Fosmid unclonability p-value0.000000000117767 
Fosmid HitchhikerYes 
Fosmid clonabilityhitchhiker 
 

Sequence

Gene sequence
GTGAAAAACA GAAGTATCGT CTTTAAACTA TTTTTATTAT CATCAACTTT ATTTACAATA 
ATATTCCTAC TTTTTTTCCT AGGACAATCT CTATTTTTAG AGAAATTTTA TATTAATAAA
AAAGTAAAAA CAGTTCAAAC TGCTTTTGAA AAATTCGTAG ATAATTATGA CAAAAGTGAT
AAAAGTTATG AGAAAGTTAG AAAACTAAAA CAAGAATTTC ATGATAAAAC AAATGCCGAT
ATGCAGTTTT TGGATTCTAA CGGTATTATT AAAAGTGATA ACAATTACTA TATCGATGTA
TTTAATCCCA ACAATAATAA ACAGTATTCC ATTCCACTCA ATAACCTTTT AACACCAGAA
GAATATAATA AATTCGAAAA TTTAGGTTTA AAAAAAGATG TAATAATTAA TGTTGATGGA
GTCGTACAAG AGAATAATAT TATTACACCA CAAAAATTAG GAACGAATTA TAATCAATGG
CAAAACGAAC ATTTCTATTC GGATTTTCAG TCAATTAATG GTAATCCTTC TAAGAATAGA
CTTGCAAGCC GATACAAATC TACAACTCGT ATCGTCTTTA CAGGTGTTAT AACTAAGTTA
CAGCTCCCAT CAAAAGCTGA GGTTCGTCTT GCAAATGATA TTGAAACATT ACAAGCCGTT
CAATATTTTG CAGATATTAT TAGAGATGGC ACTTCTAACT CGAACCAATT AAACACTTTC
ATATTAGATG GCGGCGAAAA TATAAAAAAT AGTATCTTTG TAAAGCCGAT TATAGAAAAC
GGAAAGATTA CAGAATATGC TTTTGCGATA GCGTCTTTAC AACCCGTTAA TGAAGCGATG
CTAGTTTTAA AAGACTATTA TGTTTATGCC TTAATCATCG TGTTTCTCGT TATTATTTTG
TTATCCTTCT ACTACTCAAA AATCATTGTT AAGCCATTAA TTAAAATGAA TCGTGTTACA
AAAAAAATGG CTAATTTTGA TTTCAGCGAG AAATTACCTG TTACAGCCGA CGATGAAATT
GGTGGGCTTT CCGGCAGTAT CAATACATTA TCTGTAAATT TAAAAGATCG AATCGATCGA
TTAAATGTTG CCAATACAAA GTTACAACAA GACATTGAAC GTGAACGTCA ATTAGAGAAA
ACAAGAAAAG AATTCATTTC TGGCGTATCA CACGAATTAA AAACACCACT GAGTGTAATT
AGAAGTTTTG CAGAAGGTAT TAAAGATGGT GTTAGTAAGG ATACTTCGTA TTATACTGAT
GTTATTTTAG AAGAAACAGA AAATATGAAC AGGCTGATTG TTGAAATGTT AGAATTAGCA
AAGTTAGAAT CTGGTACTTA CAAACTAGAT ATGACGACGT TCTCAATTGG TGAATTAACG
CAACAAGTCT ATACAAAATT ATTATTTAGC ATGGAAGAAA AGCATCTACA AGTGAACGTC
GATGCAGACC CTTCTATACT TGTTAAAGCA AATCGTAGCC GTATTGAGCA AGTAGTTGTG
AACTTACTAA GTAATGCAAT CCGCTATACG CCGGATGGAG AAAAAATACA AGTCTCCATT
ATAGAAGCAG AAGATACCGT AAAAATCGAA ATCGAAAATA CAGGAAACCC TATCCCTGAA
GAAAGTCTTG AAAAAATTTG GGATCGCTTC TATCGCCTAG ATGCATCACG TAGCCGTCAC
ACCGGAGGTA CCGGTCTCGG ATTATCTATT GTAAAAAACA TTTTAGACCT CCATCATGCC
GAGTACGGTG TGTATAATAC GACTAACAGT GTTGTATTCT ATTTCAATTT ACAAAAAGTA
AAAGAAGTCA AATAA
 
Protein sequence
MKNRSIVFKL FLLSSTLFTI IFLLFFLGQS LFLEKFYINK KVKTVQTAFE KFVDNYDKSD 
KSYEKVRKLK QEFHDKTNAD MQFLDSNGII KSDNNYYIDV FNPNNNKQYS IPLNNLLTPE
EYNKFENLGL KKDVIINVDG VVQENNIITP QKLGTNYNQW QNEHFYSDFQ SINGNPSKNR
LASRYKSTTR IVFTGVITKL QLPSKAEVRL ANDIETLQAV QYFADIIRDG TSNSNQLNTF
ILDGGENIKN SIFVKPIIEN GKITEYAFAI ASLQPVNEAM LVLKDYYVYA LIIVFLVIIL
LSFYYSKIIV KPLIKMNRVT KKMANFDFSE KLPVTADDEI GGLSGSINTL SVNLKDRIDR
LNVANTKLQQ DIERERQLEK TRKEFISGVS HELKTPLSVI RSFAEGIKDG VSKDTSYYTD
VILEETENMN RLIVEMLELA KLESGTYKLD MTTFSIGELT QQVYTKLLFS MEEKHLQVNV
DADPSILVKA NRSRIEQVVV NLLSNAIRYT PDGEKIQVSI IEAEDTVKIE IENTGNPIPE
ESLEKIWDRF YRLDASRSRH TGGTGLGLSI VKNILDLHHA EYGVYNTTNS VVFYFNLQKV
KEVK