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Peptide Therapy GuideClear peptide education

Educational guide

Performance stack Peptide Protocol

Performance stack Performance stack June 2026. 185 lbs 72 in male By jake Healing ghk Longevity Weight cjc Growth GLP-3 Metabolic For research purposes only. Peptide Mind does not endorse this protocol. This is a user-generated research reference — not for hum

Written by Peptide Therapy Guide Editorial Team
For education only

This guide cannot diagnose a condition or recommend a personal treatment plan. Discuss medical questions with a qualified professional.

Performance stack

Performance stack June 2026.

185 lbs

72 in

male

By

jake

Healing

ghk

Longevity

Weight

cjc

Growth

GLP-3

Metabolic

For research purposes only.

Peptide Mind does not endorse this protocol. This is a user-generated research reference — not for human consumption or therapeutic use.

Log your research schedule

Add this research protocol to your calendar or print a reference copy for your lab records. For research purposes only.

Peptide Protocol Schedule

A day-by-day view of this protocol. Tap any day to see which peptides are active. Circle size reflects how many peptides are scheduled; colored dots below represent individual peptides.

CJC-1295 (without DAC)

morning

subcutaneous

200 mcg

Daily Dosing Breakdown

A grouped breakdown of which peptides to take throughout this protocol. Consecutive days with the same schedule are combined. Days with no doses are omitted.

Jul 25–26, 2026

CJC-1295 (without DAC) — 200 mcg · Morning

Jul 27–29, 2026

GHK-Cu — 1 mg · Morning

Jul 30, 2026

GLP-3 (Retatrutide) — 1 mg · Morning

Jul 31, 2026

Aug 1–2, 2026

Aug 3–5, 2026

Aug 6, 2026

Aug 7, 2026

Aug 8–9, 2026

Aug 10–12, 2026

Aug 13, 2026

Aug 14, 2026

Aug 15–16, 2026

Aug 17–19, 2026

Aug 20, 2026

Aug 21–26, 2026

Aug 27, 2026

Aug 28 – Sep 2, 2026

Sep 3, 2026

Sep 4–9, 2026

Sep 10, 2026

Sep 11–16, 2026

Sep 17, 2026

Sep 24, 2026

Oct 1, 2026

Oct 8, 2026

Oct 15, 2026

Weekly Schedule

Day-of-week breakdown for each peptide in this protocol.

GHK-Cu

1 mg

GLP-3 (Retatrutide)

Total Peptide Requirements

The total quantity of each peptide needed to complete this protocol, calculated from dosage and duration.

Skin

GHK-Cu

1 mg · 5× weekly · Morning

CJC-1295 (without DAC)

0.2 mg · 7× weekly · Morning

GLP-3 (Retatrutide)

1 mg · weekly · Morning

Know exactly what to draw

Enter your vial concentration and we'll calculate the precise injection volume for every peptide in this protocol.

Protocol Body Targets

The biological systems and tissue targets addressed by the 3 peptides in this protocol.

5

Body Targets

3 peptides

Promotes collagen synthesis, wound healing, and skin elasticity.

Hormones

Influences hormone signaling pathways and endocrine balance.

Muscle

Enhances muscle growth, repair, and recovery after exercise.

Regulates fat metabolism, insulin sensitivity, and energy use.

Gut

Supports gut lining integrity, digestion, and the gut-brain axis.

Protocol targeted areas

Build your own protocol

Create a custom peptide stack tailored to your goals. Add peptides, set dosages, and share it with the community.

Protocol Duration & Timeline

A visual breakdown of each peptide's active window within this protocol. Use this to understand the total cycle length and how each compound's duration compares to the full protocol.

1 mg 5x per week

200 mcg 7x per week

1 mg once per week

Protocol Peptides

Each peptide included in this protocol with its dosing amount, frequency, and administration details.

Experimental

Phase 2

Preclinical

Browse other protocols

Body Recomposition Phase 3

Joe

GLP-2

tes

MOTS-C

Darren

mot

Retatrutide

Tesamorelin

tesa

Frequently asked questions

What is a peptide dosage calculator?

A peptide dosage calculator is a free tool that converts your vial size, bacteriostatic water volume, and target dose into an exact syringe draw volume. Instead of doing the reconstitution math by hand, you enter three inputs and instantly get the concentration of your solution and how many milliliters or syringe units to draw. This calculator works for single peptide compounds and multi-peptide blends.

How do I calculate peptide dosage from a vial?

To calculate your peptide dose, divide the total peptide content of your vial in micrograms by the volume of bacteriostatic water you added in milliliters. This gives you your solution concentration in mcg/mL. Then divide your target dose by that concentration to get your draw volume. For example, a 5mg (5,000 mcg) vial reconstituted with 2mL of BAC water gives a concentration of 2,500 mcg/mL. A 250 mcg dose would require drawing 0.1mL. This calculator automates all of those steps instantly.

How much Bacteriostatic water should I add to a peptide vial?

Most people add 2mL to 3mL of bacteriostatic water per vial, but the right amount depends on the dose you want to draw and the syringe size you are using. Adding 1mL to a 5mg vial gives you a concentration of 5,000 mcg/mL, making each dose very small in volume. Adding 2mL gives you 2,500 mcg/mL, which is easier to measure on a standard insulin syringe. A general guideline is to choose a volume that puts your typical dose somewhere between 10 and 30 units on a U-100 syringe. Use the calculator above to test different water volumes and find what works for your dose.

How are peptides different from proteins?

Both are made of amino acids, but peptides are much smaller than proteins. Because of their tiny size, peptides can act like tiny messengers in the body, sending specific signals to your cells to tell them exactly what to do.​

Are peptides safe?

There is no single answer because every peptide is entirely different. Safety depends on the specific compound, how pure it is, the dose you take, the way it was made, and your own personal medical history.

Are all peptides medicines?

No, they are not all medicines. The word "peptide" just describes the shape and chemical makeup of the molecule, rather than its legal or medical status. While some are officially approved prescription drugs, many others are strictly for research or are used as standard health supplements.

What does peptide reconstitution mean?

Reconstitution is the simple process of mixing a freeze-dried powder with a safe liquid to turn it into a usable liquid solution. Whenever this is done, it requires very clean and sterile methods to prevent any harmful bacteria from getting into the mixture.

Which peptide is best for my goals?

There is rarely one single best option for everyone. Instead of looking for a magic compound, it is much safer and more effective to start by looking at your specific goals. We recommend exploring our category pages first to learn about the different options that align with what you want to achieve.

Connected reading

Helpful context for this guide

Source-derived material selected through this article’s indexed topics.

Related questions

01What If Reconstituted Peptides Degrade Before I Finish the Vial?

Split large reconstitution volumes into multiple sterile vials—each covering 21–28 days of dosing. Once you break the seal on a vial and begin drawing doses, oxidative exposure accelerates degradation beyond the 28-day bacteriostatic stability window. Transferring solution into smaller vials immediately after reconstitution minimises air exposure per container. This is standard practice in research labs managing long-term peptide studies but rarely explained in consumer-facing guidance.

Source: realpeptides.co ↗
02What If I Miss a Scheduled Dose in My Time Glow Stack — Do I Adjust the Timing for Subsequent Doses?

For weekly peptides (semaglutide, tirzepatide), administer the missed dose as soon as you remember if fewer than 5 days have passed; if more than 5 days, skip and resume on the next scheduled date. For daily or twice-daily peptides (GHRP-2, MOTS-C, BPC-157), skip the missed dose entirely and continue the normal schedule. Do not double-dose to 'catch up.' Time glow stack doses depend on maintaining consistent intervals, not perfect adherence to clock time. A single missed dose won't negate the stack's cumulative effect, but doubling up creates unnecessary receptor saturation and increases adverse event risk.

Source: realpeptides.co ↗
03What If My Reconstituted Vial Looks Cloudy or Has Particles?

Discard it immediately. Cloudiness indicates peptide aggregation. The molecules have clumped together into biologically inactive structures that cannot be reversed. This occurs when reconstitution water is injected too forcefully, when the vial is shaken instead of swirled, or when temperature excursions denature the peptide. Injecting aggregated peptide provides no therapeutic benefit and may trigger immune responses to the foreign protein structures. Clear, colorless solution is the only acceptable appearance.

Source: realpeptides.co ↗
04What If I'm Stacking Two Peptides With Similar Mechanisms — Will They Interfere?

Yes, if both peptides bind to the same receptor class. Stack peptides from different pathways instead. Pair a growth hormone secretagogue with a metabolic agent or an immune modulator rather than stacking two GHS compounds. Receptor competition reduces efficacy without reducing cost.

Source: realpeptides.co ↗
comparison

SARMs vs Peptides: Differences and Which Is Riskier

SARMs and peptides are different compound classes. Compare mechanism, legality, evidence, and safety, and see why SARMs carry a clearer documented harm profile.

Source: peptidesexplorer.com
Research context

Read sources and limitations before applying a claim.

What Labs Reveal That Research Can’t Predict

The peptide literature tells you what a compound does in a population. Your bloodwork tells you what your body specifically needs and how it’s responding. A few examples of what LIVV Cardiff’s medial team consistently finds when doing a full intake on experienced peptide users: NAD+ supplementation without intracellular conversion. Many people running oral NMN or NR protocols assume their NAD+ is being replenished because they’re supplementing consistently. Intracellular NAD+ testing frequently shows otherwise — the oral compound isn’t converting efficiently in their specific metabolic environment. Switching to IV delivery, or adding cofactors that support conversion, produces a measurable difference that the self-directed stack couldn’t achieve. GH peptide timing misaligned with sleep architecture. CJC-1295/Ipamorelin is most effective when it amplifies the body’s natural GH pulse — which occurs during slow-wave sleep. If dosing timing doesn’t align with when the individual actually enters slow-wave (which varies significantly and can be identified through wearable data and sleep panel analysis), the peptide is working against a sub-optimal schedule rather than enhancing an optimal one. Peptide redundancy. It’s common to find experienced users running compounds whose mechanisms substantially overlap, reducing the net effect of both. Reorganizing around distinct biological targets — inflammation, GH axis, neuroprotection, cellular aging — typically means using fewer compounds more effectively. Missing the upstream driver. Someone using BPC-157 for joint inflammation may be addressing a genuine target — but if the systemic inflammatory environment hasn’t been assessed, the joint is fighting against a body-wide condition that BPC-157 alone won’t resolve. Identifying what’s driving the inflammation (gut permeability, hormonal imbalance, environmental toxin burden) determines whether adding anti-inflammatory support upstream produces substantially better results.

Source: livvnatural.com ↗
Practical and safety references

These excerpts are educational, not personalised medical instructions.

Dosage reference

CJC-1295 No DAC Dosing Protocol: 5 mg Vial — Pulsatile GHRH Dosing Guide

CJC-1295 without DAC (Modified GRF 1-29) protocol — the pulsatile GHRH analogue for 2–3x daily injection alongside GHRPs.

Source: mypeptidematch.com ↗
P

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