A 34-year-old Reddit user lost 8.4 pounds of fat while keeping all his muscle mass during a 6-month CJC-1295 and ipamorelin cycle. His body fat percentage dropped from 28.3% to 16.1%, documented with professional DEXA scans taken before and after the protocol.
The user posted both scans to r/Peptides on March 22, showing total body weight went from 183.2 lbs to 181.7 lbs. But the composition tells the real story: fat mass dropped 8.4 lbs while lean muscle mass increased by 6.5 lbs.
The protocol behind the results
The user injected 100mcg of CJC-1295 (without DAC) and 100mcg of ipamorelin three times daily: morning, post-workout, and before bed. He maintained this schedule consistently for 24 weeks.
His training remained constant throughout: four days per week of upper/lower body splits, focusing on compound movements. Diet was "maintenance calories with high protein," which he tracked but didn't drastically restrict.
The combination targets growth hormone release through different pathways. CJC-1295 extends the natural GH pulse, while ipamorelin triggers additional releases without affecting cortisol or prolactin levels.
Why these numbers matter
Body recomposition is hard. Losing fat while gaining muscle typically requires perfect training, nutrition, and often pharmaceutical assistance. This user achieved both simultaneously while eating at maintenance calories.
The DEXA scans remove guesswork. Scale weight dropped only 1.5 lbs, which could look disappointing. The body composition data shows what actually happened: substantial fat loss masked by muscle gain.
His body fat percentage change represents the kind of transformation most people chase for years. Going from 28% to 16% body fat visually transforms how someone looks, even at similar total weight.
Growth hormone peptides and fat metabolism
CJC-1295 and ipamorelin work by increasing endogenous growth hormone production. Higher GH levels accelerate lipolysis (fat breakdown) while promoting protein synthesis for muscle growth and recovery.
Growth hormone also improves sleep quality, which this user noted in his post. Better sleep creates a cascade of metabolic benefits: improved insulin sensitivity, lower cortisol, and better recovery between training sessions.
The three-daily dosing schedule mimics natural growth hormone pulses, which typically occur during deep sleep and after intense exercise.
Cost and accessibility considerations
At 600mcg total daily (300mcg each peptide), this protocol costs approximately $180-240 per month from most compounding pharmacies. The user sourced his peptides from a licensed 503B facility with third-party testing certificates.
Insurance doesn't cover growth hormone peptides for body composition goals. This puts a 6-month cycle around $1,200-1,500 total, not including DEXA scans ($150-300 each).
The user noted no significant side effects beyond mild injection site redness that resolved within hours. Some people experience increased hunger or fatigue when starting GH peptides, but these typically subside after 2-3 weeks.
What this case doesn't prove
One person's results don't establish effectiveness for everyone. This user was 34 years old, trained consistently, and tracked his nutrition. Someone with different baseline characteristics might see different outcomes.
The user had low-normal baseline testosterone (418 ng/dL) but didn't use any testosterone replacement therapy during the cycle. People with optimized hormone levels might see less dramatic changes.
Six months is also a relatively short timeframe for assessing body composition changes. Longer-term data would be more valuable for understanding sustained effects and potential side effects.
Comparing to other body recomposition approaches
For context, most natural trainees gain 0.5-2 lbs of muscle per month under optimal conditions, while losing 1-2 lbs of fat per week requires a significant caloric deficit that usually prevents muscle gain.
This user gained about 1 lb of muscle per month while losing 1.4 lbs of fat per month, all while eating maintenance calories. Those numbers typically require either exceptional genetics or pharmaceutical intervention.
Testosterone replacement therapy with proper training and nutrition produces similar body composition changes, but requires medical supervision and carries different risk profiles.
The documentation advantage
What makes this case interesting is the quality of documentation. Professional DEXA scans provide precise body composition data, eliminating the estimation errors from bioelectric impedance scales or visual assessments.
The user also documented his exact dosing protocol, injection timing, training routine, and dietary approach. Most online peptide reports lack this level of detail, making it hard to replicate results.
He plans to continue documenting his progress after stopping the peptides to assess how much of the body composition change persists long-term.
For more technical details on these compounds, see our comprehensive guides on CJC-1295 and ipamorelin.
Medical Disclaimer: This article is for informational purposes only and does not constitute medical advice. Consult a licensed healthcare provider before starting any peptide protocol.