OBART02G05680 (Oryza barthii)
bZIP

TF Information

Pfam ID Interpro ID Gene ID CIS-BP ID Sequence source Animal TF db
PF00170 (bZIP_1) IPR011616 OBART02G05680 T065365_2.00 Ensembl (2018-Dec-8) Link out

Directly determined binding motifs

Name/Motif ID Species Forward Reverse Type/Study/Study ID SR
Score		 DBD
Identity
No direct experiments

Motifs from related TFs

Name/Motif ID Species Forward Reverse Type/Study/Study ID SR
Score		 DBD
Identity
OS02G0266800
M10046_2.00 		Oryza sativa Transfac license required
 Transfac license required
 Transfac
Matys et al.(2006)
P$RITA1_01 		0.884 0.952
PK05128.1
M01154_2.00 		Cannabis sativa
NNNDBGTRKN
NMYACVHNNN		 PBM
Lambert et al.(2019)
pTH10099 		0.833 0.677
CPRF2_PETCR
M10069_2.00 		Petroselinum crispum Transfac license required
 Transfac license required
 Transfac
Matys et al.(2006)
P$CPRF2_01 		0.795 0.613
CPRF2_PETCR
M10070_2.00 		Petroselinum crispum Transfac license required
 Transfac license required
 Transfac
Matys et al.(2006)
P$CPRF2_Q2 		0.795 0.613
estExt_Genewise1.C_2060077
M01832_2.00 		Physcomitrella patens
NNHSACGTGKNN
NNMCACGTSDNN		 PBM
Weirauch et al.(2014)
pTH8666 		0.789 0.581
For this family, TFs with SR scores > 0.782 will likely have a similar motif

DNA Binding Domains

Protein ID Domain From To Sequence
OBART02G05680.1 bZIP 122 183

Links

Other bZIP family TFs
Other Oryza barthii TFs

185 Related TFs

Name Species Gene ID Motif Evidence SR
Score		 Action
22218_YPL016W Saccharomyces mikatae 22218_YPL016W N 0.000
23477_Multiple Saccharomyces paradoxus 23477_Multiple N 0.000
24904_Multiple Saccharomyces bayanus 24904_Multiple N 0.000
AGOS_AFR455W Ashbya gossypii AGOS_AFR455W N 0.000
CAGL0J09548g Candida glabrata CAGL0J09548g N 0.000
KLTH0E10978g Lachancea thermotolerans KLTH0E10978g N 0.000
KLTH0E10978g Kluyveromyces thermotolerans KLTH0E10978g N 0.000
Kwal_11747 Kluyveromyces waltii Kwal_11747 N 0.000
SAKL0H11880g Lachancea kluyveri SAKL0H11880g N 0.000
TDEL_0B01640 Torulaspora delbrueckii TDEL_0B01640 N 0.000
SWI1 Saccharomyces cerevisiae YPL016W N 0.000