Gene BcerKBAB4_2910 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBcerKBAB4_2910 
Symbol 
ID5843122 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus weihenstephanensis KBAB4 
KingdomBacteria 
Replicon accessionNC_010184 
Strand
Start bp2960076 
End bp2961860 
Gene Length1785 bp 
Protein Length594 aa 
Translation table11 
GC content31% 
IMG OID641378048 
Producthistidine kinase 
Protein accessionYP_001645726 
Protein GI163940842 
COG category[T] Signal transduction mechanisms 
COG ID[COG0642] Signal transduction histidine kinase 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones12 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGAAAAAAG GAATTGTATT AAAGTTATTT ATATTAACTA CGGCATTATG CACACTTATT 
TTAGTGACTA TTTTTATTGG ACAAACCATA TTTTTTAAGC AATATTATTC GAATCGAAAA
GTTAATGATA TTAAAACGAA TATTCAATCC TTTGAAAAGG CATATATAAA AGCTGGAGAT
GACGTGAAAA GGATTCAAGA GTTGGAACAA AATTTCTATC AAGATAATGC GACATGGATT
ACAACGTTAG ATAGTGTAGG GAATATAAAA TATGTAAGTG ATTTTTCTTT AGAAATTCAG
TTAGATCCTA ACGGAAGTAA CACCTTTTCT GAACGTTTAA TTCAGATACC GTTGTATAGT
TTTGTTAATT TAGAAGATAT ACAAAGGATA AAAGATAGTT TAGAACAGGG GAATCATATT
ATTATCGATG GAGTGCAGGA AGGTGATGCA GTAGTCCCTG CGATGTTAAC AATAAAAGAG
AAGAATGTTG GGCTAGAGAA CAAGCAATTG TCAGAGAAGT TATATGGCCC AAAAATCGCA
TCTTCAAAAG GAAATTCACA GTTATATTTA GCAGGAAGTA TTAAGAACGT GCAGTTACTG
GAGGGTACTG TAGGAACTAA CTCTATTTAT GGAAATCGTG TGTTAATAGA TAGAATAAAA
CAATTTCAGG TTGATTTAAT ATTAAATCAA AAACCAAATA ATATTACTTC TACAGAAATA
GTGGACTATG AAGAAAATGA TATTAAATAT AAACTATTAA TCAAACCAAC AATAGATGCA
GATGGTAAGG TGAATTATAT ATTTGCTATG ACATCATTAC AGCCAGTTGA TGAAGCTGTG
CAAATGATAA AGGATTATTA TGTATATTTA ATTATCTTTG TTTTGATTTT AATCGTTTTG
ATATCGTTCT ATTATTCAAA TAAAATTGCC AAACCACTAT TACAAATAAA TGATACTACA
AAAAAAATCG CTGGTTTAGA TTTCTCAGAG ACAATACCTA TTACTACAAA GGATGAAATA
GGTGCTTTAT CACAAAATAT TAATACACTT TCTAAGGCTT TGCATTCGTA TATTAATCAA
TTGCAGCAAG ATATAGAGAA AGAAAAGCAA TTAGAAAATA CACGTAAAGA ATTTATTGCG
GGTGTTTCAC ATGAGTTAAA AACGCCTTTA AGTATTATGA AGAGCTGTAT TTCAATTTTG
GAGGATGGTG TTGCTAGTAA TAAAAAGGAT TATTACTTTA AAGCAATGTC AAAAGAAGTA
GATAAAATGG ATATGCTCAT TATTGATATG CTGGAGTTAG CAAAATTTGA GTCTGGTACG
TATAAAATGG AAATGGATGT TTTCCATATT GATGAGATGA TTGATTATAT ATGTGAGCAA
TTAACCTCGG ATATAACAGC TAAGCAATTA CATGTCCATA AACAACTTTC TAAAATTGAG
GTAGTTGCAA ATCCACATCG AATAGAACAG GTGGTTACTA ACTTTATTAC GAATGCGATT
CGTTACACAC CAGAACATGA GGATATTATT ATTTCTACAA TAGAAGAAAA TAAACGTGTA
AAAGTATGTG TAGAAAATAA AGGGGCTCAT ATCGCGCCAG AACATGTAGA AAAAATATGG
GATCGTTTTT ATCGAGGGGA TACGTCTCGT CAACGCTCCA AAGGCGGAAC AGGATTGGGC
CTTGCTATTT CAAAAAATAT ATTAGAACTG CATGGCGCAG AATATGGTGT TTTGAATACA
GAAGATGGAG TATTATTTTT CTTCTATTTA AATAAAAACG TGTAG
 
Protein sequence
MKKGIVLKLF ILTTALCTLI LVTIFIGQTI FFKQYYSNRK VNDIKTNIQS FEKAYIKAGD 
DVKRIQELEQ NFYQDNATWI TTLDSVGNIK YVSDFSLEIQ LDPNGSNTFS ERLIQIPLYS
FVNLEDIQRI KDSLEQGNHI IIDGVQEGDA VVPAMLTIKE KNVGLENKQL SEKLYGPKIA
SSKGNSQLYL AGSIKNVQLL EGTVGTNSIY GNRVLIDRIK QFQVDLILNQ KPNNITSTEI
VDYEENDIKY KLLIKPTIDA DGKVNYIFAM TSLQPVDEAV QMIKDYYVYL IIFVLILIVL
ISFYYSNKIA KPLLQINDTT KKIAGLDFSE TIPITTKDEI GALSQNINTL SKALHSYINQ
LQQDIEKEKQ LENTRKEFIA GVSHELKTPL SIMKSCISIL EDGVASNKKD YYFKAMSKEV
DKMDMLIIDM LELAKFESGT YKMEMDVFHI DEMIDYICEQ LTSDITAKQL HVHKQLSKIE
VVANPHRIEQ VVTNFITNAI RYTPEHEDII ISTIEENKRV KVCVENKGAH IAPEHVEKIW
DRFYRGDTSR QRSKGGTGLG LAISKNILEL HGAEYGVLNT EDGVLFFFYL NKNV