Triple Receptor Agonist Metabolic Peptide (RT)

Name: Triple Receptor Agonist Metabolic Peptide (RT) - Swift Peptide Store
Price: 300.00 USD
Availability: InStock

$300.00

RT is a next-generation triple-agonist research peptide designed to activate GLP-1, GIP, and glucagon receptors simultaneously. This unique multi-pathway mechanism makes RT of significant interest in metabolic, weight-regulation and energy balance research models. Compared to singe or dual agonist incretin peptides, RT is studied for its potential to influence appetite signaling, insulin dynamics, and energy expenditure through coordinated receptor activity. This product is supplied as a 10mg lyophilized peptide intended strictly for laboratory research only. This peptide works on the incretin system, a gut derived hormonal signaling network that links food intake to insulin release, glucose control, appetite regulation and energy balance

Category: Bio-Identical Research Peptides Brand: Rejuvatide-peptides

Key highlights:

Triple-agonist peptide: GLP-1 + GIP + Glucagon
Advanced metabolic research compound
Lyophilized powder for reconstitution
High purity research material
Suitable for controlled laboratory and investigatory studies
Not FDA-Approved, not for human or veterinary use

General Benefits:

Supports multi-receptor metabolic signaling pathways
Allows investigation of appetite regulation mechanisms
Enables study of energy expenditure and fat oxidation signaling
Useful for examining insulin sensitivity pathways in research models
Offers broader metabolic insight compared to GLP-1 only peptides

Research Benefits:

Studied for enhanced weight loss signaling compared to

single-agonist incretins
Enables exploration of metabolic flexibility and energy balance
Valuable in research on insulin resistance and glucose regulation
Useful for investigating lean mass preservation vs fat mass reduction
Supports advanced research into hormonal synergy within the incretin

system (A gut derived hormonal signaling network that links food

intake to insulin release, glucose control, appetite regulation and

energy balance).