Goal Protocol
Injury Recovery
A tissue-repair map for tendon, ligament, gut and inflammatory recovery where load management matters as much as molecules.
Injuries do not heal on a calendar — they heal on a biology. Tendon, ligament, muscle, gut and nerve tissue each have their own repair timeline, blood supply and load tolerance. This protocol respects those differences rather than treating every ache with the same rest-and-ice reflex.
BPC-157 and TB-500 are the workhorses here, both studied extensively in preclinical models of soft-tissue repair. They upregulate angiogenesis, cellular migration and collagen deposition — the same processes the body performs naturally, but often too slowly for people who need to return to work, sport or daily function.
The molecules matter, but staged loading matters more. Peptides do not compensate for training through a partial tear or ignoring rehab. This path is designed to be run alongside physiotherapy, not instead of it.
BPC-157 promotes VEGF-driven blood vessel formation and accelerates tendon fibroblast migration. TB-500 (thymosin beta-4 fragment) regulates actin, supporting cellular movement into damaged areas. VIP calms neurogenic inflammation. Together they shorten the inflammatory window and lengthen the productive-remodeling window that determines final tissue quality.
Protect the tissue, control inflammation, and start peptide dosing. Imaging if a structural tear is suspected. Load is minimal — isometrics only when tolerated.
Reintroduce progressive range of motion and isotonic loading under physio guidance. Peptides continue at maintenance dose; inflammatory markers should trend down.
Sport- or task-specific loading, plyometrics if relevant, and a taper of the peptide protocol as function normalizes.
A physio-guided loading progression is the single largest driver of a durable outcome.
1.6–2.0 g/kg protein, plus vitamin C, zinc and vitamin D at repletion levels to support collagen synthesis.
Deep sleep is when GH-driven tissue remodeling actually happens — protect 7–9 hours.
Reduce ultra-processed food and alcohol during the acute and sub-acute windows; both blunt healing.
Pain and swelling usually improve within one to three weeks. Functional gains follow the tissue's biology: muscle in weeks, tendon and ligament in months. Rushing return-to-load is the single most common cause of re-injury.
- hs-CRP
- ESR
- CBC with differential
- CMP
- Ferritin
- 25-OH vitamin D
- Fasting glucose (healing capacity)
- Urinalysis
- Urine hydroxyproline (collagen turnover, when available)
- Rule out fracture, complete tears and infection before starting a peptide protocol.
- Angiogenic peptides warrant screening in anyone with a personal history of cancer.
- Peptides can reduce pain — do not interpret improvement as full structural healing without imaging or physio clearance.
Educational content only. Not medical advice. Speak with a qualified clinician before starting any peptide protocol.