Calculating concentration and dose Standard PT-141 concentration: 10mg PT-141 + 2ml water = 5mg/ml This is ideal concentration for dosing Alternative: 10mg + 1ml = 10mg/ml (more concentrated, smaller injection volume) Most use 5mg/ml for easier dosing calculations Dose calculation formula: Desired dose (mg) Concentration (mg/ml) = Volume to inject (ml) Example: Want 1.5mg dose, have 5mg/ml concentration 1.5mg 5mg/ml = 0.3ml 0.3ml = 30 units on insulin syringe (1ml = 100 units) Common PT-141 doses: Concentration alternatives: More concentrated (10mg + 1ml = 10mg/ml): Pros: Smaller injection volume, vial lasts longer Cons: Harder to measure small doses accurately Example: 1.5mg dose = 0.15ml (15 units) More dilute (10mg + 4ml = 2.5mg/ml): Pros: Easier precise dosing, gentler injection Cons: Larger injection volume, more water needed Example: 1.5mg dose = 0.6ml (60 units) Recommendation: 5mg/ml standard (10mg + 2ml) works best Easy calculations Reasonable injection volumes Accurate dosing possible Most peptide protocols use this Use our peptide calculator for instant dose calculations
Groups 2, 3, and 4 received daily a low dose (L-D) of 38.63 mg/kg Cellgevity, medium dose (M-D) of 77.25 mg/kg Cellgevity, and high dose (H-D) of 154.50 mg/kg Cellgevity, respectively, as reported elsewhere [15]
- Supports the process of moving the fatty acids to the heart and immune cells
Regular sessions can help maintain long-term radiance
Many amino acids, particularly leucine, are insulinogenic, meaning they can stimulate insulin release on their own, even without carbohydrates
Omega-3 and Vitamin D3 work together on heart, bone, and immune health
