Peptide Dosing Calculations

Peptide Dosing Calculations

Accurate dosing requires understanding concentrations and syringe measurements. This guide walks through the math and provides practical examples.

Understanding Concentration

When you reconstitute a peptide, you create a solution with a specific concentration. This concentration tells you how much peptide is in each unit of liquid.

The Basic Formula

Concentration = Peptide Amount ÷ Water Volume

Example:

This means each milliliter of solution contains 2500mcg of peptide.

Common Reconstitution Examples

Understanding Insulin Syringes

Insulin syringes are measured in "units" (IU), not milliliters directly. Understanding this conversion is essential.

Standard U-100 Insulin Syringe

The most common syringe is the U-100 (100 units per 1ml):

Syringe Sizes

Calculating Your Dose

Step 1: Determine Concentration

After reconstitution, calculate your concentration:

Step 2: Calculate Volume Needed

For your desired dose:

Step 3: Convert to Syringe Units

Convert ml to units:

Practical Example

Scenario: You have a 5mg BPC-157 vial, added 2ml BAC water, and want a 250mcg dose.

Step 1: Calculate concentration

Step 2: Calculate volume

Step 3: Convert to units

Result: Draw to the 10 unit mark on your insulin syringe.

Quick Reference Charts

5mg Peptide Reconstituted with 2ml BAC Water (2500mcg/ml)

10mg Peptide Reconstituted with 2ml BAC Water (5000mcg/ml)

Tips for Accurate Dosing

Use Our Calculator

For quick and accurate calculations, use our [Peptide Dosing Calculator](/calculator). Simply enter:

The calculator will tell you exactly how many units to draw.

Common Mistakes