Gene BT9727_3494 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBT9727_3494 
Symbol 
ID2857895 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus thuringiensis serovar konkukian str. 97-27 
KingdomBacteria 
Replicon accessionNC_005957 
Strand
Start bp3576264 
End bp3578999 
Gene Length2736 bp 
Protein Length911 aa 
Translation table11 
GC content31% 
IMG OID637514912 
Productsensory box/GGDEF family protein 
Protein accessionYP_037814 
Protein GI49478361 
COG category[T] Signal transduction mechanisms 
COG ID[COG5001] Predicted signal transduction protein containing a membrane domain, an EAL and a GGDEF domain 
TIGRFAM ID[TIGR00254] diguanylate cyclase (GGDEF) domain
[TIGR00229] PAS domain S-box 


Plasmid Coverage information

Num covering plasmid clones15 
Plasmid unclonability p-value0.0435317 
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
GTGATTTTAT TGAAATTAAA TAAAAATTTA CAACTATGTA TATTAATTGG AATATTAATA 
TGTTATTCAA TCTATTTTAT GTTTTTTTAT CTGTTCCCCA CTCATTTTTC AAATTCGGAT
GTACGCTTCG CTTCACTTAT TGTTGAAGCC ATTACATTTG TATCACTCAT TTATTCTATA
TATTCTAAAA AAGTTAGTTC AAATCCATTT TGGATATGTA TCACGATAGC AATTGGTAGT
TTTTTATTAG GAAAAATAGT ATATACATAT CAAAATAGCT TCTTCAAAAT TCCAATACAT
CGTTTTACTA TTTCTGATGT GTTTTATATG CTTTTTCTAC TCTTCTGTCT TATTGCTTTC
TGCTATAAAA TCCTAAAAGA ATGCGATAAA TGGGAAAAAG CATTCTTTAT TTGTGATATA
TGCATAGTAC TTACTTCCAT ATTCACATTA GAGTGGTATT TATTTAATCA ACCAAATTTA
AATATATTCT CTCTTTCACT AGGAGATGTT TTTCTTTCAT TTCTATATCC AATTGCAGAT
TTATTATTCC TTCTACTAGG TGTTAGTCTC TTTTTCCGTC CAACAATTTT TAATTCTAAA
CGGAAAATTT ATATCTTTAT TTTTGTATTA ATAAGTTCTG CAACTTTTAA CTATATTTAT
TTTTACTTAA ATAACCATTT ATCAACTGAA ACGATAACAT TATTACGTCT TTTATATAGA
ATACCTATAT TACTTATTGC AATAGCTGGA TCTATTTCAG AAGATCGTAA TAGTCATAAA
AATTATTTCA TTGTAAACCC TATAATAGGA AAAAAGGCTT TAGTTGTATT TCCCTATCTT
GCTGTTGCAA TACTAATCGG GTTTACATTA AAAGAACAAA CATCATCTTC AACTCTCATT
ACGGGAAATT GTATTACTTT TATTTTCGTA CTCATTCGTC ATTCTATTGT ACGTATGCAA
AACAATTCCC TAACTAAACG TTTACAGGCA TTTAATGCTC AACTAGAAGA AAAGGTTACT
TTACGGACTT CAGATTTAGT TCATAAATCT GAGGCTCTAT CTCAAAAGCA ACAAAAATTC
AAATCATTAT ATGAATATCA TCCTGACCCT ATTTTTACAA TTGATTTAAA TGGCGTATTC
TTAAATGTAA ATAAAGCTGG AAGCATACTA CTTGGTGCAC CAACGGATGA GTTACTTGGT
GAAACTTGTT TTTCGATTAT TTTAGATGAA GACAAATATA AACTAGCATC TGCATTAGAA
AAAGTGAAAC AACAAGAATC GGCATCCTTA CAACTTAGTT CTCAATATAA AGATGGATTT
ACTTATTCTT TATACGTTAC CATCGTCCCT ATTATGATAG ACGGGCAAAT TTCAGGAAGC
TATATTATGA TGAAAGATAT TACTGCACTA AAAAAACAGC AAGAAGAAAT AAAATATTTA
GCATTCCATG ATACTGTAAC GAAAATTGGG AACCGTGCCT TTTTCCATAA GAAATTAAAA
AAAATTATAA AAAATGCTAA AACGACAGAA AGCGAGTTTG CATTATTATA TTTGGACTTA
GATCGCTTTA AAGCAATTAA CGATACACTT GGACATTCGG CAGGAGACTA CATATTAGAA
GAAGTAGCGA AGCGATTCCA ATCATGTCTT CCATCACATA CTCATCTATC AAGAATCGGT
GGCGATGAAT TTACAATCTT AATTGAAAAC TATACTGACG AAGATTCCTT ATTCGAGTTA
TGCAACCAGT TATTTGAATG CATGGAAAAA TCGTTTGTCA TATATGAACA TACATTAACT
TTATCACTAA GTATCGGCAT CGCTATTTAT CCACATTCTG GAATCGATAC CGCTACACTT
CTGAAAAACG CTAATGTTGC AATGTATGAT GCGAAAGCAA AAGAACTTAA TTCTGTCTCT
ATTTATGATG ATGTAATTGC AAAAAAAATT GAAAGACGAT TACGATTAGA AAAAGATTTA
CCAAATGCAA TTCAAAATGA AGAATTGTTC CTTTTATATC AACCTCAAGT TGATAGCAAA
TCTAACAAAA TTATCGGTGC TGAAGCTTTA ATTAGGTGGA ATCATCCTGA ATTAGGTGTT
ATTTCTCCAT ACGAGTTTAT TCCGATTGCA GAAGAAACGC TACAAATTAT TCCAATAGGA
AAGTGGACAC TACAACAAGC TTGTGAGCAA ATGAAACGTT GGCACACAAG CGGATATTCA
CATTTGAAAA TAGGTGTGAA TTTATCTGCT AAAGAATTTG AACAAGAAGA TTTTGTAAAG
TCTATTTCTG CTACATTAAC AAATACAGGT TTACCAGCAA GTTCTCTTGA TCTTGAATTA
ACAGAACGAA TTGCAATGAT GGATGAGCGA GAAACATTAA TAAAACTGCG TACACTAAAG
AGTTTAGGCG TTCACATTTC AATTGACGAC TTTGGTACTG GTTATTCTTC TCTAGCCTAT
TTACCTTTAT ATCCAATCGA TACGTTAAAA ATACCGAGAG AATTTATTAC AATGTCTGAA
ACATGTGACG ATGGAATGGA AATTATTAAA ACGATCATCA CATTAGCAAA TACATTAGGA
ATGTCAGTTA TCGCTGAAGG TGTAGAAACG AAAGAACACG TGAGTTTCCT TCAAAAAAAT
AATTGTCAAT TTATTCAAGG CTACTACTAC AGCAAGCCTA TTCATGCTGA TTCATTTTCT
ACTCTTCTCA AAAAAGGTGT TCGTTATAAC CATTAG
 
Protein sequence
MILLKLNKNL QLCILIGILI CYSIYFMFFY LFPTHFSNSD VRFASLIVEA ITFVSLIYSI 
YSKKVSSNPF WICITIAIGS FLLGKIVYTY QNSFFKIPIH RFTISDVFYM LFLLFCLIAF
CYKILKECDK WEKAFFICDI CIVLTSIFTL EWYLFNQPNL NIFSLSLGDV FLSFLYPIAD
LLFLLLGVSL FFRPTIFNSK RKIYIFIFVL ISSATFNYIY FYLNNHLSTE TITLLRLLYR
IPILLIAIAG SISEDRNSHK NYFIVNPIIG KKALVVFPYL AVAILIGFTL KEQTSSSTLI
TGNCITFIFV LIRHSIVRMQ NNSLTKRLQA FNAQLEEKVT LRTSDLVHKS EALSQKQQKF
KSLYEYHPDP IFTIDLNGVF LNVNKAGSIL LGAPTDELLG ETCFSIILDE DKYKLASALE
KVKQQESASL QLSSQYKDGF TYSLYVTIVP IMIDGQISGS YIMMKDITAL KKQQEEIKYL
AFHDTVTKIG NRAFFHKKLK KIIKNAKTTE SEFALLYLDL DRFKAINDTL GHSAGDYILE
EVAKRFQSCL PSHTHLSRIG GDEFTILIEN YTDEDSLFEL CNQLFECMEK SFVIYEHTLT
LSLSIGIAIY PHSGIDTATL LKNANVAMYD AKAKELNSVS IYDDVIAKKI ERRLRLEKDL
PNAIQNEELF LLYQPQVDSK SNKIIGAEAL IRWNHPELGV ISPYEFIPIA EETLQIIPIG
KWTLQQACEQ MKRWHTSGYS HLKIGVNLSA KEFEQEDFVK SISATLTNTG LPASSLDLEL
TERIAMMDER ETLIKLRTLK SLGVHISIDD FGTGYSSLAY LPLYPIDTLK IPREFITMSE
TCDDGMEIIK TIITLANTLG MSVIAEGVET KEHVSFLQKN NCQFIQGYYY SKPIHADSFS
TLLKKGVRYN H