- Active Substance: Retatrutide
- Concentration: 5 mg per vial
- Pack Size: 1 vial
- Manufacturer: Generic Peptides
- Brand Name: Retatrutide
- Synonyms: LY3437943
- Molecular Formula: C187H291N51O58
- Molecular Weight: ~4200 g/mol
- Sequence: Proprietary Analog of GLP-1/GIP/Glucagon Tri-agonist
SKU: P4374
Retatrutide 5 mg – Tri-Agonist Peptide for Sports Medicine & Recovery Research
Product Information
Retatrutide 5 mg is a precision-formulated research peptide designed for investigating the intersections of energy metabolism, athletic recovery, and muscle performance. This 5 mg vial contains LY3437943, a compound that activates GLP-1, GIP, and glucagon receptors. Manufactured by Generic Peptides, the formulation offers high purity and consistency for repeatable lab results. It is ideal for studies requiring lower dosages or short-term interventions in metabolic or performance recovery pathways. Researchers in sports science use this compound to explore fatigue resistance, fat oxidation, and endurance capacity.
Product Description
Retatrutide 5 mg is a tri-pathway peptide analog engineered to mimic the body's natural hormonal signals related to energy use and recovery. Its lower-dose format allows precise titration and controlled receptor engagement, which is critical for studies involving sports performance and tissue regeneration. Supplied as a lyophilized powder, it is stable and easy to reconstitute. This compound is particularly suited for preclinical investigations of how hormonal interplay affects lean mass maintenance and post-exertional metabolic balance. It also opens the door to exploring new frontiers in training recovery optimization and adaptive energy metabolism.
Mechanism of Action
Retatrutide activates GLP-1, GIP, and glucagon receptors to produce a comprehensive effect on glucose regulation, fat metabolism, and energy expenditure. GLP-1 increases insulin sensitivity and slows gastric emptying, aiding blood sugar control and appetite suppression. GIP supports nutrient absorption and further amplifies insulin output during activity-induced stress. Glucagon receptor activation stimulates thermogenesis and fat utilization, which may support endurance and post-exertional recovery. In synergy, these effects mimic an optimized recovery state, making Retatrutide highly valuable for research in athletic and metabolic adaptation models.
Use Case
Retatrutide 5 mg presents a valuable tool for exploring recovery kinetics, energy adaptation, and fat-to-fuel conversion after intense physical activity. It could theoretically support research into enhancing performance longevity, reducing recovery time, and managing athlete body composition. For example, its fat-burning and insulin-sensitizing effects may benefit high-performance subjects during off-season metabolic conditioning. By modulating pathways involved in fuel usage and recovery, Retatrutide is poised as a next-gen research candidate in sports endocrinology. It is also being evaluated for its potential to optimize metabolic flexibility in elite and aging athletes.
FAQ
What is Retatrutide 5 mg used for in research?
Retatrutide 5 mg is primarily used in research on metabolic performance, fat utilization, and muscle recovery. It is especially studied in sports science contexts involving endurance, recovery rate, and energy efficiency.
Why is the 5 mg dose important?
The 5 mg dose allows precise control over exposure in research models and is ideal for shorter studies or those requiring lower cumulative activity. It helps researchers evaluate dose-response relationships and receptor sensitivity.
Is Retatrutide 5 mg approved for human use?
No. Retatrutide 5 mg is not approved for human use. It is sold strictly for laboratory research purposes and must not be used in clinical or therapeutic settings.
Legal & Compliance
This product is intended strictly for laboratory and research use only. It is not approved for human consumption, therapeutic application, or diagnostic use. Purchase and handling are restricted to qualified professionals and licensed research institutions. Use outside of validated research settings is strictly prohibited and may lead to legal penalties. Always comply with applicable local, state, and federal regulations.