Research-grade peptide reference

Peptide Protocol Library

Reconstitution. Dosing. Storage. Done right.

Popular 5-Amino-1MQ 50 mg BPC-157 + TB-500 10mg Blend KLOW 80 mg Ipamorelin 5mg + Tesamorelin 5mg 10mg Blend KPV 10mg

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Reconstitution math example — a 30 mg peptide vial with 3 mL bacteriostatic water makes 10 mg/mL, so a 5 mg dose draws 50 units on a U-100 syringe

Protocols documented

Singles, blends & stacks

Evidence-referenced

Linked to published studies

Independent reference

Not a peptide vendor

Research use only

Not for human consumption

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Peptide research spans millions of studies. We spent months distilling that field — the trials, the mechanisms, the real-world protocols — into one structured, evidence-referenced library, and trained OpenPeptide on it. Ask it anything: it reconstitutes your vial, works out your exact units, and cites every source.

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Educational research information only. Not medical advice.

Most referenced

Featured Protocols

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Step-by-step guides from reconstitution to precise dosing.

Important: Before viewing any protocol, please consult our Prep & Injection Guide for essential preparation and safety instructions.

GLOW (GHK-Cu + TB-500 + BPC-157)

70mg synergistic blend. Three peptides, one regeneration protocol.

GHK-Cu TB-500 BPC-157

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Tesamorelin

GHRH analog. Full protocols available for 5mg, 10mg & 20mg.

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Tirzepatide

Full protocols available for 5mg, 10mg & 30mg.

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Retatrutide

Full protocols available for 5mg, 6mg, 10mg, 12mg, 20mg, 24mg & 30mg.

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Why Our Guides?

We simplify peptide research with:

Straightforward instructions
Clear reconstitution steps
Regular updates

Each protocol references peer-reviewed data when possible and follows research standards.

Sourcing

Where research peptides come from matters

Every dose chart on this site assumes the vial actually contains what the label says. That is not a given: research-grade peptides are not held to pharmaceutical standards, and published trial data never automatically transfer to an uncharacterised vial. Before the maths matter, four things do.

Certificate of Analysis

A per-batch COA stating identity and purity — not a generic PDF reused across products.

Independent testing

Third-party laboratory results, not in-house claims. HPLC and mass spec are the usual methods.

Cold chain

Lyophilised peptide degrades with heat and light. Storage and shipping conditions decide what arrives.

Batch consistency

The same product should test the same twice. Reconstitution maths only hold if the fill does.

The supplier we reference across these protocols. Per-batch Certificate of Analysis and third-party testing published for every product. See how vendors compare on these criteria in our lab-tested supplier comparison.

Research use only — nothing sold there is approved for human use, and listing a supplier is not an endorsement of any protocol on this site.

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From the journal

Latest Articles

Stay informed with new methods and data for peptide research.

Latest

Do Peptides Show Up on Drug Tests? What Standard Panels Actually Detect

For an ordinary employment, clinical or pre-employment urine drug screen, the answer is no: peptides are not on those panels and are not detected by them.…

NAD+ Side Effects: What the Research Actually Documents

The adverse effects most reliably documented for NAD+ are infusion reactions during intravenous administration — abdominal cramping, nausea, vomiting, flushing, chest pressure and increased heart rate.…

Tesamorelin vs Ipamorelin: Two Different Growth Hormone Pathways, Compared

Tesamorelin and ipamorelin are routinely treated as interchangeable growth-hormone peptides. They are not, and the gap is not potency — it is receptor target, and how…

Sermorelin vs Ipamorelin: How the Two Growth Hormone Peptides Actually Differ

One fact settles most of the choice between sermorelin and ipamorelin: they are not the same class of compound and do not act on the same…

View all articles

Calculator

Create Your Own Protocol

Need a custom guide? Request one for free. Or use the calculator below to find exact injection volumes.

1 Vial strength 2 BAC water 3 Target dose = live volume & syringe units

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Enter your numbers above — the syringe fills as you type. U-100 syringe: 100 units = 1 mL. Reconstitution guide →

Questions

Frequently
Asked Questions

Reconstitution, storage and safe research use — the essentials, answered. Still stuck?

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Are these protocols for human use?

No. Everything on this site is provided strictly for research and educational purposes and is not medical advice. It is not intended to diagnose, treat, cure, or prevent any condition.

How do I reconstitute a peptide?

Add bacteriostatic water to the lyophilized vial along the side, let it dissolve without shaking, then draw your dose. Our reconstitution guide walks through the exact ratios and sterile technique.

How should peptides be stored?

Lyophilized (powder) vials are typically kept in the freezer, while reconstituted vials are refrigerated and used within their stability window. Each protocol lists the storage window for that specific compound.

What is bacteriostatic water?

Bacteriostatic water is sterile water containing 0.9% benzyl alcohol, which limits bacterial growth so a reconstituted vial stays usable across multiple draws.

Do you sell peptides?

We are a reference library, not a vendor. Our protocols document reconstitution and dosing math so researchers can work accurately with material they source independently.

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Browse our full protocol library, review the latest research, or request a custom dosage guide for your project.

Quick conversions: mcg to mg · mg to syringe units

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