Research Library
PRECLINICAL

PTD-DBM

Also known as: PTD-DBM

Receptor PharmacologyTissue BiologyOther / Emerging Research

Chemical identity verified against PubChem/patent/analytical records. One PubChem CID mapping is inconsistent across sources (reported 176453931 vs 176453176) — confirm the database ID before final import. Product-level verification still requires an exact-lot COA with HPLC + MS/LC-MS.

Classification25-residue protein-transduction-domain peptide (Dishevelled-binding motif), studied in Wnt-pathway research.
SequenceRRRRRRRRGGGGRKTGHQICKFRKC (25 aa)
FormulaC124H225N61O28S2
Molecular weight~3082.6 g/mol
CAS1609454-11-6
PubChemPubChem CID reported 176453931 (database mapping pending confirmation)
Catalog / SKUPTD-DBM · MX-PTDDBM-010 · 10 mg
TargetsDishevelled (DVL) protein interaction / Wnt signalling (experimental)

Molecular Overview

PTD-DBM is a 25-amino-acid peptide combining a polyarginine protein-transduction domain with a Dishevelled-binding motif, studied in preclinical Wnt-pathway research. Analytical records report a theoretical mass of ~3082.65 Da and an observed mass of ~3082.80 Da for the specified sequence.

Mechanistic Background

Designed to engage the Dishevelled protein interaction within Wnt signalling; characterization is preclinical and experimental.

What Researchers Study

Preclinical research has examined Wnt-pathway/Dishevelled-related endpoints in experimental models.

Evidence Landscape

Current evidence level: PRECLINICAL. Preclinical evidence does not equate to demonstrated human efficacy.

Research Limitations

Evidence is preclinical. Confirm the PubChem database mapping and retain an exact-lot COA (HPLC + MS/LC-MS, lot number, testing laboratory) before an inventory lot is marked fully verified.

Research Use Only

Molecularix Biolabs provides research materials for legitimate laboratory research. Information in this Research Library is provided for educational and scientific reference purposes and is not medical advice, treatment guidance, or a recommendation for human or veterinary use.