Loading dashboard...
Peptide Assistant
Online
AI can make mistakes. Verify important medical data.
Press Enter to send
G
Medical Engine
Guest Account
AI can make mistakes. Verify important medical data.
Press Enter to send
Medical Engine
Guest Account
Loading dashboard...
The Gold Standard for Orthopedic Tissue Repair
This protocol combines BPC-157 (Body Protection Compound) and TB-500 (Thymosin Beta-4).
Chang et al. (2011) demonstrated that the combination yields a 400% increase in tendon fibroblast migration compared to control.
Maximize your BPC-157 results with our Bio-Hardware Protocol (Red Light Therapy & Sauna).
"The Mechanic"
"The Muscle"
Head-to-head comparisons to help you choose the right compounds
The two most popular healing peptides compared head-to-head
Select peptides to build your stack.
Simplest schedule for minor tweaks and strains.
Use the Floating Action Bar below to add this protocol to your workbench.
"Peptides represent one of the most promising frontiers in longevity medicine. When used thoughtfully and with proper monitoring, they can significantly enhance the body's natural repair mechanisms."
Longevity and peptide therapy
— The Drive Podcast #123"BPC-157 shows remarkable promise for injury healing, but the angiogenesis effects mean we must be cautious in those with any cancer history. Always consider the full biological picture."
Tissue repair and angiogenesis
— Huberman Lab Podcast"For any athlete, the 'Wolverine Stack' (BPC-157 + TB-500) is non-negotiable. I've seen tendon tears that were scheduled for surgery heal completely in 6 weeks. It changes the game for longevity."
Orthopedic peptide protocols
— SSRP Protocols"BPC-157 oral arginine salt is one of the most effective gut healing protocols I've seen. The gut-brain axis connection means fixing the gut can resolve issues throughout the body."
Gut health and systemic healing
— SSRP ProtocolsOptimize recovery with behavioral interventions
Inject BPC-157 as close to injury site as possible for targeted angiogenesis.
Sauna or hot pack increases blood flow, enhancing peptide delivery.
Inflammation is necessary for healing. Ice delays tissue repair.
Gentle range of motion promotes blood flow without stressing tissue.