Research Tools

Peptide Reconstitution Calculator

Enter your vial amount, bacteriostatic water volume, and desired dose to instantly calculate the exact syringe draw for your research protocol.

For research purposes only · Not medical advice

Vial & Reconstitution

Peptide Amount (Vial Size) Total mg in the vial

Bacteriostatic Water Added mL added to vial

Desired Dose Amount per injection

mcg

Dose Unit

Syringe Type Select your syringe

⚠ Please enter valid values greater than zero in all fields.

Results

Enter your vial details on the left and click Calculate Dose to see your results.

💉 Syringe Draw

—

Units on syringe

Draw Volume

—

mL per injection

Concentration

—

mcg / mL

Total Doses

—

injections per vial

Peptide / Unit

—

mcg per unit

Syringe Fill Level 0%

0 25 50 75 100u

📋 Reconstitution Steps

Add — mL of bacteriostatic water to your — mg peptide vial.

Gently swirl (do not shake) until the powder is fully dissolved. Store reconstituted vial refrigerated.

Draw — units (— mL) into your 100-unit insulin syringe for each — mcg dose.

This vial contains approximately — doses at your selected amount.

Concentration

Concentration is determined by dividing the total peptide amount (converted to mcg) by the volume of bacteriostatic water added. More water = lower concentration per mL.

Syringe Draw

The syringe draw (in units) is calculated by dividing your desired dose by the concentration, then converting to insulin syringe units. 1 mL = 100 units on a standard syringe.

Total Doses

Total doses per vial equals the total peptide amount divided by the desired dose per injection. This helps you plan your research schedule and know when to reconstitute a new vial.