Source comparison
How to Mix MOTS-c Calculator: Reconstitution Comparison
Different reconstitution ratios produce different concentrations and dose volumes. The optimal choice depends on your research protocol's dosing frequency and target range. The table below compares four standard reconstitution approaches for a 5mg MOTS-c vial,
This comparison does not assign a generated winner or score.
- Different reconstitution ratios produce different concentrations and dose volumes. The optimal choice depends on your research protocol's dosing frequency and target range. The table below compares four standard reconstitution approaches for a 5mg MOTS-c vial, showing the resulting concentration, the injection volumes required for common research doses, and the practical suitability of each method.
- 5mg + 1mL BAC water
- 5mg/mL
- 0.4mL
- 1mL
- 2mL (requires 2 vials or 2× 1mL injections)
- 1mL insulin syringe (U-100)
- High-dose protocols (5–10mg weekly) where minimizing injection volume is prioritized
- Convenient for 5mg doses but forces small volumes for 2mg. Higher precision required
- 5mg + 2mL BAC water
- 2.5mg/mL
- 0.8mL
- 2mL
- 4mL (requires 2 vials)
- 3mL syringe or 2× 1mL syringes
- Most versatile. Handles 2–5mg doses with moderate syringe volumes
- Recommended starting ratio for mixed-dose research protocols. Balances volume precision and flexibility
- 5mg + 2.5mL BAC water
- 2mg/mL
- 2.5mL
- 5mL (requires 2 vials)
- 3mL syringe
- Lower-dose titration studies (1–3mg range) or when maximizing injection volume for comfort
- Best precision for sub-2mg doses but requires larger syringes for 5mg+
- 10mg + 2mL BAC water
- High-dose metabolic studies (10mg weekly) or when working with 10mg vials
- Identical concentration to 5mg + 1mL but allows full 10mg delivery in 2mL. Ideal for dose-escalation research
- Key decision factors: If your protocol uses fixed 5mg doses weekly, the 5mg + 1mL ratio delivers the smallest injection volume (1mL). If you're titrating between 2mg and 5mg or running dose-response studies, the 5mg + 2mL ratio (2.5mg/mL) produces more manageable syringe volumes across the range. For protocols exclusively using doses below 3mg, the 2mg/mL concentration (5mg + 2.5mL) maximizes measurement precision. Calculate your most frequent dose first, then select the reconstitution ratio that places that dose in the 0.5–1mL syringe range where precision is highest and air bubble risk is lowest.