MOTS-C Dosage Calculator

The MOTS-C Dosage Calculator estimates precise peptide dosage and injection volume based on body weight and solution concentration. This tool helps researchers and lab technicians ensure accurate administration for their studies. Whether you are planning a clinical trial, managing a lab inventory, or standardizing a research protocol, this calculator provides reliable calculations to optimize your resources and experimental outcomes.

Enter your body weight in kilograms
Select the desired dosage level based on research protocol
Enter the concentration of your MOTS-C peptide solution
Select how often you plan to administer the peptide
Enable if you want to calculate how many vials to purchase

How Peptide Dosage Is Calculated

Dosage (mg) = Body Weight (kg) × Dosage Factor

Where:

  • Dosage Factor = 0.5 (Low), 1.0 (Medium), or 2.0 (High)
  • Injection Volume (ml) = Dosage (mg) ÷ Concentration (mg/ml)

Calculating your dosage starts with finding the total mass needed for your specific research subject. First, multiply the body weight in kilograms by the selected dosage factor to find the total milligrams required per administration. Then, divide that mass by the peptide concentration to find the exact liquid volume to draw into the syringe.

This method ensures you account for both the biological mass needed and the specific strength of your reconstituted solution. If you are calculating for vials, the tool extends this logic by multiplying the single dose volume by your injection frequency and treatment duration. This ensures you purchase exactly enough supply for the full length of your study without excess waste. Using these precise mathematical steps prevents dosing errors and maintains consistency across your experiments.

What Your Peptide Dosage Means

Your results provide the exact blueprint for administering MOTS-C in a research setting. The dosage amount tells you how much active peptide is required, while the injection volume dictates how much liquid to draw.

Low Dose Protocols (0.5 mg/kg)

This range is ideal for initial studies or observing minimal effective doses. For example, a 70 kg subject requires 35 mg of peptide. If your concentration is 5 mg/ml, you would draw exactly 7 ml into your syringe. Use this level to establish baselines before increasing intensity.

High Intensity Research (2.0 mg/kg)

Use this level for studies requiring maximum metabolic intervention. A 100 kg subject in this category would need 200 mg per dose. Ensure your vial size is large enough to accommodate the resulting liquid volume, or plan for multiple injections per session.

Important: Always double-check your peptide concentration, as mixing errors here can significantly alter the dosage and invalidate your research data.

Disclaimer: This calculator is intended for research and educational purposes only and is not a substitute for professional medical advice. Always consult with a qualified healthcare provider or research supervisor before administering any substances.

Monitor your supply levels regularly and adjust your frequency calculations if the study duration changes to avoid running out of materials.