The Complete Recovery Stack: Four Peptides for Total Body Restoration

You're recovering slower than you used to. That nagging shoulder lingers for months instead of weeks. The lower back flares up unpredictably. Workouts that once left you sore for a day now knock you out for three. Sleep doesn't restore you as it should. Your body feels like it's losing the ability to repair itself properly.

You've accepted this as inevitable - just part of getting older, pushing hard, or dealing with old injuries that never quite healed right.

Here's what you need to understand: recovery isn't a single system. It involves tissue repair, inflammation management, growth hormone optimisation, and cellular regeneration, working simultaneously. When one system underperforms, the entire recovery process stalls.

Fixing recovery requires addressing all these systems together - not hoping a single intervention somehow handles everything.

Why Single Peptides Leave Gaps

Individual peptides work through specific mechanisms. BPC-157 excels at tissue repair and modulation of inflammation. TB-500 enhances cellular migration and tissue remodelling. CJC-1295 creates sustained growth hormone elevation. Ipamorelin provides targeted GH pulses.

Each delivers meaningful benefits through its particular pathway. But recovery involves multiple biological processes that must work together. Addressing one mechanism while leaving others unoptimised creates bottlenecks that limit overall healing.

It's like having a high-performance engine with a clogged fuel line - the engine's potential doesn't matter if fuel delivery restricts performance.

The Four-System Approach

The BPC-157 + TB-500 + CJC-1295 + Ipamorelin combination addresses recovery through four complementary mechanisms that work synergistically rather than redundantly.

BPC-157 at 400-1,000mcg daily handles tissue repair coordination and inflammation modulation. It enhances blood vessel formation to damaged areas, ensuring adequate nutrient delivery for healing. It modulates inflammation, reducing harmful chronic inflammation whilst preserving beneficial acute inflammation necessary for proper repair signalling.

TB-500 at 300-1,000mcg daily manages cellular migration and tissue remodelling. It helps repair cells navigate to damaged areas efficiently. It promotes the breakdown of poorly organised scar tissue whilst supporting the formation of properly aligned, functional tissue. This improves healing quality, not just healing speed.

CJC-1295 at 200-300mcg daily provides sustained growth hormone elevation throughout the day. This creates a consistent anabolic environment that supports protein synthesis, tissue building, and the metabolic processes necessary for comprehensive recovery. The sustained elevation ensures that recovery processes have continuous access to adequate GH.

Ipamorelin at 200-300mcg daily delivers targeted growth hormone pulses that complement CJC-1295's sustained elevation. These pulses create peak GH levels that trigger specific recovery processes optimised by pulsatile rather than sustained signalling. Together with CJC-1295, you get both sustained baseline elevation and strategic peaks.

The Synergistic Effect

What makes this combination particularly compelling is how each peptide enhances the others' effectiveness.

BPC-157's enhanced blood vessel formation ensures improved delivery of TB-500 and growth hormone to damaged tissues. TB-500's cellular migration enhancement helps distribute growth hormone's effects more efficiently throughout healing tissues. The growth hormone environment created by CJC-1295 and Ipamorelin optimises the protein synthesis and cellular building that BPC-157 and TB-500 initiate.

The result exceeds what any single peptide or even dual combination could achieve. You're not just adding effects - you're creating multiplicative benefits through biological synergy.

The Recovery Timeline

Users typically experience progressive improvements as all four systems optimise:

Week 1-2: Reduced pain and inflammation as BPC-157 begins modulating inflammatory responses and improving tissue perfusion.

Week 3-4: Enhanced tissue function and improved range of motion as TB-500's remodelling effects and growth hormone optimisation accelerate repair quality.

Week 4-8: Comprehensive tissue restoration, sustained growth hormone, targeted pulses, enhanced blood flow, and optimal cellular migration create ideal healing conditions.

Week 8-12: Complete functional restoration often exceeding pre-injury baseline as tissues rebuild with superior organisation resilience.

The Protocol

All four peptides are administered via subcutaneous injection in the abdominal area once daily. Most users inject everything together in the morning or split between morning and evening doses based on preference.

The combination works systemically - you're not injecting near problem areas. The peptides distribute throughout your body, targeting areas that need recovery support, regardless of injection location.

Many users run this stack for 8-12 weeks for chronic issues, or 4-8 weeks for acute injuries requiring accelerated healing.

Real-World Results

Users consistently report breakthrough progress on injuries and recovery challenges that had stalled for months or years. Chronic issues that resisted single-peptide approaches finally resolve. Recovery between training sessions accelerates noticeably. Sleep quality improves as overnight repair processes optimise

Perhaps most remarkably, users often report feeling more resilient than before their injuries, reflecting comprehensive tissue remodelling rather than just patching damage.

The Complete Approach

Recovery involves multiple biological systems working together. Optimising one while leaving others unaddressed creates limitations that prevent complete restoration.

The four-peptide combination addresses tissue repair, cellular migration, sustained GH, and pulsatile GH optimisation simultaneously - creating comprehensive recovery support that single interventions cannot match.

Explore the complete recovery stack at Fragment and experience what happens when all recovery systems work together optimally.

Sometimes, complete recovery requires a full approach.