GLP3-R

CAS: 2381089-83-2

SKU:GLP-3-R

GLP3-R is a synthetic tri-agonist peptide analogue engineered for laboratory research involving glucagon receptor (GCGR), glucose-dependent insulinotropic polypeptide (GIP), and glucagon-like peptide-1 (GLP-1) receptor signaling.

Current Lot ID

2602-C103-10-001, 2602-C103-20-001, 2602-C103-30-001, 2602-C103-50-001, 2602-C103-60-001

Third-party analytical validation via HPLC & MS / Sequence matching verified

Research Use Only

This product is intended for research purposes only.

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Technical Specification

Scientific Context & Applications

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View extended technical data, molecular targets, signaling pathways, and historical research timelines for GLP3-R

Scientific Context

Molecular classification and background.

GLP3-R is classified as a tri-receptor agonist research peptide designed to engage GCGR-, GIP-, and GLP-1-associated signaling pathways within experimental systems. Tri-agonist peptide architectures have been developed in research settings to explore:

Relative receptor contribution to downstream signaling
Cross-talk between glucagon- and incretin-related pathways
Integrated signal modulation across multiple metabolic receptor systems

Studies involving GLP3-R focus on molecular and cellular signaling behavior, not physiological, therapeutic, or clinical outcomes. All observations are limited to controlled laboratory models.

Laboratory Applications

Experimental models and settings.

GLP3-R is utilized in non-clinical research environments as a signaling probe to examine multi-receptor pathway interactions and intracellular response dynamics. Reported experimental contexts include:

Triple Receptor Signaling Studies Used in engineered cellular systems to evaluate GCGR, GIPR, and GLP-1R activation patterns, receptor contribution, and downstream signaling integration.
Mitochondrial & Energy-Associated Signaling Research Applied in laboratory models to investigate cellular energy-related signaling pathways, including receptor-mediated metabolic signaling cascades.
Hepatic-Derived Cell Research Models Examined in liver-derived cellular systems to study glucagon-associated intracellular signaling mechanisms, without disease or clinical framing.
Systems-Level Metabolic Signaling Models Utilized to explore multi-pathway coordination and signaling hierarchy across interconnected metabolic receptor networks.

All applications remain strictly investigational and confined to laboratory research use only. Research involving GLP3-R is exploratory and model-dependent. Findings observed in cellular or animal research systems are not predictive of outcomes in humans or animals outside controlled laboratory conditions. No conclusions regarding safety, efficacy, metabolic outcomes, or clinical relevance have been established.

Scientific References

Peer-reviewed literature data.

Selected peer-reviewed literature examining tri-agonist peptide design and multi-receptor signaling mechanisms:

Gault VA, et al. Tri-agonist peptide signaling in experimental systems. Peptides
Knerr PJ, et al. Design and characterization of tri-receptor agonist peptides. Journal of Medicinal Chemistry
Finan B, et al. Multi-receptor agonist architectures in metabolic signaling research. Molecular Metabolism
Jall S, et al. Monomeric tri-agonist signaling dynamics. Molecular Metabolism

(Clinical efficacy, disease outcomes, and therapeutic studies are intentionally excluded from commerce pages.)

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GLP3-R

Research Use Only

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Scientific Context & Applications

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