Retatrutide is an advanced, investigational peptide that has emerged as a promising candidate for weight management and metabolic health research. Supplied in sterile vials at dosages of 5mg, 10mg, and 20mg, this pharmaceutical‑grade peptide is designed for precise subcutaneous administration, offering efficient bioavailability and rapid systemic uptake.
Retatrutide functions as a multi‑agonist, targeting several key receptors involved in appetite regulation, glucose homeostasis, and energy expenditure. By activating these pathways, Retatrutide helps to suppress hunger signals, enhance satiety, and promote the mobilization of stored fat. In preclinical studies, Retatrutide has demonstrated the ability to reduce body weight, improve insulin sensitivity, and support healthy lipid profiles without significant adverse effects.
| Product Name | Retatrutide Peptide |
| Shelf Life | 2 Years |
| Form | Peptide |
| Indication | Weight Loss |
| Dosage | 1mg~12mg/week |
| Active Ingredient | Retatrutide |
| Storage Conditions | Store At 2-25°C |
| Packaging | 10mg/vial, 15mg/vial, 20mg/vial, 30mg/vial, 40mg/vial |
Retatrutide is currently under investigation as a multi-functional peptide with strong potential in the fields of weight loss, metabolic research, and fitness enhancement. Its applications are primarily in preclinical and clinical research, exploring its ability to modulate energy balance and body composition through hormonal regulation.
✅ 1. Obesity and Weight Loss Research
Retatrutide activates key metabolic pathways believed to reduce appetite and promote fat oxidation. It is being studied for its effects on significant and sustained weight reduction in both obese and overweight models.
✅ 2. Glucose and Insulin Regulation
Studies suggest that Retatrutide may improve glucose tolerance and insulin sensitivity, making it relevant for research into type 2 diabetes and insulin resistance syndromes.
✅ 3. Fitness and Body Composition Studies
By preserving lean muscle mass while promoting fat loss, Retatrutide is ideal for fitness and sports science studies focused on body recomposition.
✅ 4. Appetite Suppression Research
The peptide’s ability to act on GLP-1 and other receptors is useful in examining appetite regulation and satiety responses.
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