Verified by Dr. James T. Walker, PhD — Biochemist & Research DirectorBased on published research dosing protocols
Blend StackIntermediateBPC-157 daily · CJC+Ipa 1–2× daily

CJC-1295 + Ipamorelin + BPC-157 Calculator

Three peptides, three complementary mechanisms — GH axis optimization, tissue repair, and angiogenesis combined into one comprehensive research protocol.

CJC-1295IpamorelinBPC-157

Syringe Size

Which syringe will you use? (applies to all peptides below)

CJC-1295

GHRH receptor — GH pulse accelerator

Full guide

Vial Size

BAC Water

Dose per Injection

Concentration

1.0 mg/mL

Volume

0.100 mL

Draw to

10.0 IU

Doses / vial

20

Ipamorelin

Ghrelin receptor — removes GH brake

Full guide

Vial Size

BAC Water

Dose per Injection

Concentration

2.5 mg/mL

Volume

0.080 mL

Draw to

8.0 IU

Doses / vial

25

BPC-157

Tissue repair, angiogenesis, GH receptor upregulation

Full guide

Vial Size

BAC Water

Dose per Injection

Concentration

2.5 mg/mL

Volume

0.100 mL

Draw to

10.0 IU

Doses / vial

20

Timing: BPC-157: morning · CJC+Ipa: pre-sleep (+ optional fasted AM). The step-by-step guide below covers exactly when and how to inject each peptide.

Stack Overview

Peptides3 compounds
FrequencyBPC-157 daily · CJC+Ipa 1–2× daily
TimingBPC-157: morning · CJC+Ipa: pre-sleep (+ optional fasted AM)
GoalBody Composition + Recovery
DifficultyIntermediate

What You'll Need

Go through this list before your first session. Check each item as you gather it.

Step-by-Step Guide

Follow these steps in order. Each step assumes you have no prior experience. Read each one fully before doing it.

This protocol uses three separate injections per day (or two per day with a simplified schedule). The key separation: BPC-157 goes in the MORNING (timing is flexible, food-independent). CJC-1295 and Ipamorelin go BEFORE SLEEP on an empty stomach (2+ hours after last meal). This separation is intentional — BPC-157 timing doesn't matter for GH axis effects, while the CJC+Ipa injection is timed to synchronize with nocturnal GH secretion. Never inject all three at the same time — you'd lose the timing benefit of the GH stack.

Tip: Write out a simple daily schedule: 8 AM → BPC-157 injection. 9:30 PM → CJC + Ipa injection. 10 PM → Sleep.

Wash your hands. On your first day, reconstitute all three vials at once to save time. Swab all three vial tops plus the bacteriostatic water vial. Let dry. Reconstitute one at a time: inject BAC water slowly down the glass wall, wait 60 seconds, gently swirl until dissolved. Label each vial with the date and peptide name. The three vials will look identical once reconstituted — labeling is critical.

Triple-check your labels. Drawing from the wrong vial is a common and entirely avoidable mistake when handling multiple peptide vials.

Using a fresh insulin syringe, draw your BPC-157 dose (e.g. 250 mcg = 10 IU from a 2,500 mcg/mL solution). Inject subcutaneously in the abdomen. This morning injection is food-independent — you can eat before or after with no loss of effect. Dispose of the syringe in your sharps container.

Stop eating 2 hours before your planned injection time. A 9 PM injection means dinner should be finished by 7 PM at the latest. This window is non-negotiable for optimal GH response — insulin from food directly suppresses the GH release you're trying to trigger.

Using a fresh insulin syringe, draw your CJC-1295 dose first (e.g. 100 mcg = 10 IU from a 1,000 mcg/mL solution). Without changing the syringe, draw your Ipamorelin dose (e.g. 200 mcg = 8 IU from a 2,500 mcg/mL solution). The combined volume is small — typically 0.10–0.20 mL total. Inject subcutaneously, rotating to a different site than the morning injection. Go to sleep within 60 minutes.

Tip: Keep the CJC and Ipa vials on your nightstand. Doing the pre-sleep injection as the very last thing before getting into bed makes it easy to stay consistent.

With potentially two injections per day (morning BPC-157, evening CJC+Ipa), rotating injection sites is important to prevent subcutaneous tissue irritation. Divide your abdomen into quadrants: upper-left, upper-right, lower-left, lower-right. Move to a new quadrant each injection. Thighs can also be used for BPC-157. Give each site at least 3–4 days before returning to it.

All three reconstituted vials live in the refrigerator. Keep them upright (or on their side in a vial rack) away from the freezer section. Discard all three vials 28 days after reconstitution. If one vial's date comes before another, replace only that one — you don't need to reconstitute all three simultaneously again unless you want to.

Dosing Schedule

Simplified daily schedule:

Morning (any time, food timing flexible):

└ BPC-157: 250–500 mcg subcutaneously

Evening (30–60 min before sleep, 2+ hours after last meal):

└ CJC-1295: 100–200 mcg subcutaneously

└ Ipamorelin: 200–300 mcg subcutaneously (same syringe as CJC-1295)

Optional enhanced schedule (add fasted morning CJC+Ipa):

Fasted morning (before breakfast): CJC-1295 100 mcg + Ipamorelin 200 mcg

Mid-day: BPC-157 250 mcg

Pre-sleep: CJC-1295 100–200 mcg + Ipamorelin 200–300 mcg

**Cycle length:** 8–12 weeks on, 4 weeks off.

Why These Peptides Are Combined

This three-peptide combination targets body composition and recovery from two completely different biological directions simultaneously.

CJC-1295 + Ipamorelin optimize the growth hormone axis. As detailed in the dedicated CJC+Ipa blend guide, the two peptides activate complementary GH-releasing pathways in the pituitary (GHRH receptor and ghrelin receptor) for synergistic GH pulse amplitude. Sustained GH optimization supports: muscle protein synthesis, lipolysis (fat burning), collagen synthesis, bone mineral density, and cellular repair.

BPC-157 works at the tissue level through a completely separate mechanism — angiogenesis promotion (VEGFR2 pathway), direct fibroblast stimulation, and the nitric oxide system. These effects are particularly relevant for musculoskeletal repair, gut health, and localized tissue regeneration. BPC-157 has also been shown to upregulate growth hormone receptors locally, which may enhance the tissue-level response to the GH pulses generated by the CJC+Ipa component.

The synergy: GH provides the systemic anabolic signal; BPC-157 provides the vascular supply and local cellular machinery to act on that signal at the tissue level. The combination has become one of the most commonly discussed three-peptide research protocols precisely because the mechanisms genuinely complement rather than overlap.

Frequently Asked Questions

Research Use Only. These calculators and protocols are reference tools for laboratory research purposes. They do not constitute medical advice. Always verify calculations independently. All compounds referenced are research chemicals intended for laboratory investigation only. Consult a qualified professional for any medical application.

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