Superhuman Blend: dosage, protocol and what's actually in it

What the 'Superhuman Blend' actually contains, how the components are typically dosed, how to reconstitute a multi-peptide vial, and the cycle length most…

What the 'Superhuman Blend' actually contains, how the components are typically dosed, how to reconstitute a multi-peptide vial, and the cycle length most protocols use.

'Superhuman Blend' is a marketing name, not a standardised formula. In practice it almost always refers to a single vial combining a tissue-repair peptide, a systemic recovery peptide, and — in most versions — a copper peptide for skin and connective tissue. The most common composition sold in the U.S. is BPC-157 with TB-500, frequently with GHK-Cu added. Because the name is not standardised, the only figure that matters is the mg-per-component printed on the vial and its COA.

Read the vial before you read the protocol

Two vials both labelled 'Superhuman Blend' can differ by a factor of five per component. Before calculating anything, confirm three numbers: total mg in the vial, mg of each individual component, and the COA lot that verifies both. If a supplier cannot give you the per-component breakdown, no dosing guide can be applied safely — the math has nowhere to start.

Typical component ranges

The ranges below are the ones documented across the research literature for each component individually. A blend does not change the per-component logic; it simply means one injection delivers all of them at whatever ratio the vial was compounded at.

Note the frequency mismatch. BPC-157 is a near-daily compound; TB-500 is twice weekly; GHK-Cu sits in between. A fixed blend forces all three onto one schedule, which is the single biggest trade-off of buying a blend instead of separate vials. Most blend protocols resolve this by following the TB-500 cadence and accepting a lower cumulative BPC-157 exposure.

• BPC-157: commonly documented at 250–500 mcg per administration, often once or twice daily.
• TB-500 (thymosin beta-4 fragment): commonly documented at 2–2.5 mg twice weekly during a loading phase, then a reduced maintenance frequency.
• GHK-Cu: commonly documented at 1–2 mg per administration, typically every other day, and frequently used topically rather than subcutaneously.

Reconstitution math for a blend vial

Reconstitution works on the total volume of bacteriostatic water you add, not on the number of components. Add your chosen volume, then divide each component's total mg by that volume to get its concentration. Example: a 10 mg BPC-157 / 10 mg TB-500 vial reconstituted with 2 mL of bacteriostatic water yields 5 mg/mL of each; 0.1 mL on an insulin syringe (10 units) therefore delivers 500 mcg of each component. Our reconstitution calculator does this arithmetic for any vial size and target dose.

Cycle length

Repair-oriented blend protocols in the literature run in defined blocks rather than continuously — commonly four to eight weeks, followed by an equivalent off period. Continuous year-round administration is not something the research base supports, and it removes your ability to judge whether the compound is doing anything at all.

Storage and stability

Lyophilised (powder) vials are stable refrigerated and should be kept out of light. Once reconstituted with bacteriostatic water, keep the vial refrigerated at 2–8 °C and treat the working window as roughly 28 days — the same window the preservative in bacteriostatic water is rated for. Never freeze a reconstituted vial and never reconstitute with sterile (non-bacteriostatic) water if you intend to use it across multiple days.

What Clarity Wellness stocks

We stock BPC-157 and TB-500 as individual vials and as a BPC-157/TB-500 10 mg/10 mg combination vial, plus GHK-Cu separately. Every lot ships with its COA. Separate vials cost slightly more but let you dose each component on its own cadence — which is what most experienced users end up doing.

Editorial overview only. All peptide products referenced are intended solely for research, investigational, or licensed professional use. Conduct your own research and consult a trusted, licensed medical practitioner before any personal or clinical use.

Peptides referenced in this article

Peptide	Category	Summary
BPC-157	Healing & Recovery	BPC-157 is a synthetic 15-amino-acid peptide derived from a protein in human gastric juice. It is among the most-studied research peptides for soft-tissue repair, tendon healing, and gastrointestinal protection — almost entirely in animal models to date.
TB-500	Healing & Recovery	TB-500 is a synthetic peptide fragment of Thymosin Beta-4 (TB4), a naturally occurring protein. It is studied for actin regulation, cell migration, and wound healing — and is the most common stack partner for BPC-157 in recovery research.
GHK-Cu	Skin, Hair & Aesthetic	GHK-Cu is a naturally occurring copper-binding tripeptide with decades of dermatological literature. Research focuses on collagen synthesis, wound healing, and hair-follicle biology.

Read next

• BPC-157 reference page: A 15-amino-acid peptide widely studied for tissue repair and gut integrity. — /peptides/bpc-157
• TB-500 reference page: Synthetic fragment of Thymosin Beta-4 studied for cellular repair and migration. — /peptides/tb-500
• GHK-Cu reference page: Copper-binding tripeptide widely studied in skin and hair research. — /peptides/ghk-cu

Further reading

• Peptide Guide 2026 — protocols, dosing, cycles and reconstitution across every category: /education
• Peptide library — mechanism, applications and half-life for each compound we carry: /peptides
• Reconstitution calculator — concentration, mL per dose and U-100 syringe units: /tools/reconstitution-calculator
• Editorial standards — how this content is sourced, reviewed and corrected: /editorial-standards

Frequently asked questions

• What is the correct Superhuman Blend dosage? There is no single correct dose, because the name is not a standardised formula. Dose by the per-component mg printed on your vial: BPC-157 is commonly documented at 250–500 mcg per administration, TB-500 at 2–2.5 mg twice weekly, and GHK-Cu at 1–2 mg every other day. Reconstitute, calculate concentration per mL, then draw the volume that delivers your target per component.
• What is in a Superhuman Blend? Most U.S. versions combine BPC-157 and TB-500, often with GHK-Cu added. Composition varies by compounder, so the vial label and COA are the only reliable source for what you actually have.
• How do you inject a Superhuman Blend? Subcutaneously, using an insulin syringe, into rotating sites — typically the abdomen at least two inches from the navel. Clean the vial stopper and the site with alcohol, draw the calculated volume, insert at 45–90 degrees into pinched tissue, inject slowly, then dispose of the syringe in a sharps container without recapping.
• How long should a Superhuman Blend cycle run? Repair-oriented protocols typically run four to eight weeks followed by an equivalent off period, rather than continuous use.
• How long does a reconstituted blend vial last? Refrigerated at 2–8 °C and reconstituted with bacteriostatic water, treat the working window as about 28 days. Do not freeze it, and do not use plain sterile water for a multi-day vial.

About this article

Published 2026-08-31 by the Clarity Wellness editorial team. Approximate reading time: 8 minutes. Our sourcing and review policy is published at /editorial-standards.

Important

All peptide products referenced are intended solely for research, investigational, or licensed professional use. They are not FDA-approved and are not intended to diagnose, treat, cure, or prevent any disease. Consult a licensed medical practitioner before any personal or clinical use.