VIT_18s0001g04500 (Vitis vinifera)
bZIP

TF Information

Pfam ID Interpro ID Gene ID CIS-BP ID Sequence source Animal TF db
PF00170 (bZIP_1) IPR011616 VIT_18s0001g04500 T069349_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
ABF2
M01771_2.00
Arabidopsis thaliana
NNYACGTGTHNNN

NNNDACACGTRNN
PBM
Weirauch et al.(2014)
pTH8103
0.796 0.618
ABF2
M06755_2.00
Arabidopsis thaliana
NNWNNTGMCACGTSWBMH

DKVWSACGTGKCANNWNN
Dap-seq
OMalley et al.(2016)
ABF2_col_v3a
0.796 0.618
OS08G0471950
M10047_2.00
Oryza sativa Transfac license required
Transfac license required
Transfac
Matys et al.(2006)
P$TRAB1_Q2
0.790 0.582
DPBF3
M01133_2.00
Arabidopsis thaliana
HBACGTGKMN

NKMCACGTVD
PBM
Lambert et al.(2019)
pTH11531
0.785 0.600
DPBF3
M01058_2.00
Arabidopsis thaliana
HBACGTGKM

KMCACGTVD
PBM
Sullivan et al.(2014)
pTH7219
0.785 0.600
DPBF3
M01059_2.00
Arabidopsis thaliana
NNMCACGTVN

NBACGTGKNN
PBM
Sullivan et al.(2014)
pTH7547
0.785 0.600
DPBF3
M06777_2.00
Arabidopsis thaliana
TGMCACGTSWYMHHH

DDDKRWSACGTGKCA
Dap-seq
OMalley et al.(2016)
AREB3_colamp_a
0.785 0.600
DPBF3
M06778_2.00
Arabidopsis thaliana
TGMCACGTSWYMHHH

DDDKRWSACGTGKCA
Dap-seq
OMalley et al.(2016)
AREB3_col_v31
0.785 0.600
ABF4
M01056_2.00
Arabidopsis thaliana
NNMCACGTGKNN

NNMCACGTGKNN
PBM
Sullivan et al.(2014)
pTH7315
0.783 0.618
ABF4
M01057_2.00
Arabidopsis thaliana
NDMYAVNWNN

NNWNBTRKHN
PBM
Sullivan et al.(2014)
pTH7551
0.783 0.618
ABF4
M09911_2.00
Arabidopsis thaliana Transfac license required
Transfac license required
Transfac
Matys et al.(2006)
P$ABF4_Q2
0.783 0.618
For this family, TFs with SR scores > 0.782 will likely have a similar motif

DNA Binding Domains

Protein ID Domain From To Sequence
VIT_18s0001g04500.t01 bZIP 238 292

Links

Other bZIP family TFs
Other Vitis vinifera TFs

Invalid Input OrderBy

269 Related TFs

Name Species Gene ID Motif Evidence SR
Score
Action