BPC-157 + TB-500 Blend Dosage
A recovery blend combining two of the most researched tissue-support peptides, with reconstitution math and daily dosing schedules.
Peptide Dosages, Backed by Research
Explore practical peptide dosage charts, vial-specific research protocols, reconstitution guides, and a peptide dosage calculator. Each page connects the research context with concentration, volume, and U-100 syringe-unit calculations.
Featured Peptide Dosage Protocols
Choose a compound and vial strength to open its peptide dosage chart. Each protocol keeps the dose, frequency, reconstitution math, concentration, and U-100 syringe draw together.
Retatrutide Dosages
Weekly peptide dosage charts and reconstitution math for the triple-agonist GLP-1/GIP/glucagon peptide. Every vial size is covered.
CJC-1295 (No DAC) + Ipamorelin Dosage
A growth-hormone secretagogue blend with reconstitution math and dosing schedules.
GLOW Peptide Dosage
Open the 70mg blend dosage chart, reconstitution math, and component breakdown.
KLOW Peptide Dosage
Open the 80mg blend dosage chart, reconstitution math, and component breakdown.
MOTS-C Dosage Charts
Compare the 5mg, 10mg, 20mg, and 40mg vial dosage charts, research context, and reconstitution calculations.
Tesamorelin Dosage Charts
Compare the 5mg, 10mg, and 20mg vial dosage charts, research context, and reconstitution calculations.
NAD+ Dosage Charts
Compare the 500mg and 1000mg vial dosage charts, research context, and preparation details.
GHK-Cu Dosages
Compare the 50mg and 100mg vial dosage charts and formulation details.
How to Read a Peptide Dosage Chart
A peptide dose and a syringe-unit marking are not the same measurement. Use the vial strength, final liquid volume, and concentration together before interpreting any row in a research protocol.
Match the compound and vial size
Start with the exact peptide and strength printed on the vial. A 5 mg vial and a 10 mg vial can use the same research schedule, but they do not produce the same concentration or units to draw when mixed with the same water volume.
Confirm the reconstitution math
Reconstitution converts freeze-dried peptide powder into a measurable solution. The amount of peptide in the vial divided by the final mL gives the concentration. Our peptide reconstitution guide explains the process and common measurement terms.
Keep dose, volume, and units together
Milligrams and micrograms describe peptide mass. Milliliters describe liquid volume. On a U-100 insulin syringe, 100 units equal 1 mL, so 10 syringe units equal 0.10 mL. The concentration determines how much peptide that volume contains.
Check the evidence label and frequency
Read whether a schedule comes from a published study, a calculation example, or clearly labeled community-reported use. Frequency and timing belong with the chart so a dose per administration is not confused with a daily or weekly total.
How Our Peptide Dosage Guides Are Built
Each peptide protocol begins with the strongest available academic evidence and keeps source limitations visible. When published human dosing research exists, the page identifies the studied schedule and population. When it does not, community-reported use is labeled separately rather than presented as a clinical standard.
- Inline citations connect research statements to their sources
- Study schedules and community reports are clearly distinguished
- Vial-specific reconstitution instructions and concentration math
- Dose, frequency, mL, and U-100 syringe units shown together
- Regularly reviewed as new research emerges
References are linked so readers can review the underlying evidence and its limits.
Essential Guides
New to peptides? Start here. These guides cover the fundamentals every researcher needs.
Beginner's Guide to Peptides
What peptides are, how they work, major categories, handling basics, and how to use this site.
Read the Guide →How to Reconstitute Peptides
Step-by-step reconstitution process, BAC water selection, concentration math, and worked examples.
Read the Guide →Syringe & Measurement Guide
How to read U-100, U-50, and U-20 syringes. IU vs mg vs mcg vs syringe units explained.
Read the Guide →Peptide Dosage Calculator and Reconstitution Math
Use the calculator to convert a vial amount, water volume, and target research dose into mL and U-100 syringe units. It checks the arithmetic; it does not choose a dose or replace the evidence and context in a compound-specific protocol. Need a missing guide? Request a protocol.
Calculator Steps
- Step 1: Enter the total peptide amount in the vial (mg or mcg).
- Step 2: Enter the final bacteriostatic-water volume in mL.
- Step 3: Enter the peptide dose shown by the relevant research protocol.
- Step 4: Calculate the liquid volume, syringe units, and number of doses.
Peptide Reconstitution Calculator
Enter your peptide details. Use mg or mcg as needed.
Peptide Dosage Frequently Asked Questions
These answers explain how to use the charts and tools on this site. They are educational calculation guidance, not medical advice or a substitute for a qualified healthcare professional.
How do I calculate peptide dosage and convert it to syringe units?
First calculate concentration by dividing the total peptide amount by the final liquid volume. Then divide the target peptide dose by that concentration to find the mL to draw. On a U-100 syringe, multiply mL by 100 to convert the volume to syringe units. The peptide dosage calculator performs these conversions and shows its result in both mL and units.
Where can I find a dosage protocol for a specific peptide?
Use the protocol directory to browse single peptides, premixed blends, and separate-vial stacks. Each published strength has its own page so its vial contents, final volume, concentration, dosage chart, and supply calculations remain internally consistent.
Why are there separate dosage charts for different vial strengths?
Vial strength changes concentration when the same volume of water is added. The research dose may stay the same across a peptide family, while the mL and U-100 syringe units change. A vial-specific chart prevents the calculation for one strength from being applied to another.
What is a peptide reconstitution ratio?
A reconstitution ratio describes the amount of peptide in the vial relative to the final liquid volume. Adding more water lowers the concentration and increases the volume needed for the same peptide dose; adding less water raises the concentration. Always use the product-specific instructions and the exact values shown on the relevant chart.
Where does the dosing information come from?
Protocol pages prioritize peer-reviewed literature, published clinical-trial data, and major medical references when available. Each page explains the evidence context. Descriptive community protocols are clearly labeled and are not presented as clinically validated recommendations.
Ready to Explore More?
Browse all our protocols, start with the beginner's guide, or read the latest research on the blog.