ModCRE DB

Transcription factor

B0AZM1

Aryl hydrocarbon receptor nuclear translocator (Dioxin receptor, nuclear translocator) (Hypoxia-inducible factor 1-beta)

Homo sapiens (Human) · Unreviewed (UniProtKB/TrEMBL) · 774 aa

6 Generated PWM 1 3D models

Motif Prediction

Only entries with a generated matrix are shown here.

Known0

No generated PWM in this category.

Nearest Neighbor (>70%)3
MotifPredictionSourceDNA bindingSupportLogoActions
MA0259.1 NN 70+% JASPAR GGACGTGC 97.8% identity Open · Scan
M08746_2.00 NN 70+% CisBP GCACGTGA 89.6% identity Open · Scan
MA0004.1 NN 70+% JASPAR CACGTG 89.5% identity Open · Scan
Nearest Neighbor (70% - 40%)3
MotifPredictionSourceDNA bindingSupportLogoActions
M06011_2.00 NN 70-40% CisBP GCACGTGAC 64.1% identity Open · Scan
MA1464.1 NN 70-40% JASPAR GTCACGTGCC 59.9% identity Open · Scan
M01720_2.00 NN 70-40% CisBP GCACATGAAT 59.8% identity Open · Scan
ModCRE0

No generated PWM in this category.

Model-supported DNA-binding regions

Protein residue intervals where structure models support predicted PWMs. Domain annotations and modeled regions are shown together when available.

1 774 aa
64-133

Region 64-133 0 PWM

Residues
70 aa
Domains
PF00010 · Helix-loop-helix DNA-binding domain
3D models
1 active PDB
Templates
1HLO
Sources
Structure model
3D Models
Collapsible technical table. Rows are grouped by protein region and retain model, template, residue coverage, and available summary evidence.
1 active PDB model
Region 64-1331 model
Actions
Predicted = Low DIMER_B0AZM1:64:133_1hlo_A_1 1hlo 64-133 View model · PDB

View full model evidence table for rank, chains, N/C tails, coverage, RMSD-template information, identity/similarity, and linked model files.

Domains

Annotated protein domains. Overlaps with model-supported DNA-binding regions are shown when available.

ResiduesPFAMDomainUsed by prediction region?
76-128PF00010Helix-loop-helix DNA-binding domainoverlaps 64-133
151-254PF00989PAS foldNo overlap with loaded model regions
347-450PF14598PAS domainNo overlap with loaded model regions