Research Reference Only · Not Medical Advice · Not Intended For Human Use · Consult A Qualified Healthcare Professional
Back to protocols
Recovery Protocol · RR-P001

The Ultimate Injury Healing Protocol: KLOW + BPC-157 + TB-500

Three-phase layered approach to connective tissue repair research. All phases run concurrently from Day 1.

Research reference only. Research reference only. Not medical advice. Not intended for human use. Consult a qualified healthcare professional.
Research reference only. Research reference only. This protocol is shared for informational and educational purposes. It does not constitute medical advice. Not intended for human use.

Protocol Overview

This protocol addresses tissue repair through three distinct but complementary mechanisms running simultaneously. The systemic KLOW blend creates the internal environment for healing. Localised BPC-157 targets the specific injury site directly. The acute TB-500 blast during the first month delivers the strongest anti-fibrotic and cell-migration stimulus at the most critical window of the repair process. No single compound achieves what the combination does.

Before starting: Establish a low-inflammation dietary baseline and adequate rest first. Peptides create the conditions for rapid healing. The lifestyle determines how well those conditions are exploited.

Phase 1 — Systemic Baseline: KLOW (Full 3 Months)

KLOW is a four-compound blend administered as a single nightly subcutaneous injection. It runs for the entire 3-month duration without interruption. Each compound addresses a different layer of the repair mechanism.

Phase 1 — KLOW BlendDays 1-90 · Every Night
CompoundsBAC WaterDoseTiming
10mg BPC-157 + 10mg TB-500
10mg KPV + 50mg GHK-CU
(3 vials total)
3ml per vial10iu dailyEvery night. Consistent timing critical.

Phase 2 — Localised Target: BPC-157 (Full 3 Months)

BPC-157 is administered independently — injected at or near the injury site, not into subcutaneous fat. The KLOW blend provides systemic BPC-157 levels. This Phase 2 injection concentrates the compound exactly where tissue repair is most needed, exploiting its documented localised angiogenic and fibroblast activation capacity.

Phase 2 — Localised BPC-157Days 1-90 · Morning & Evening at Injury Site
CompoundBAC WaterDoseFrequency
BPC-157 10mg ×32ml per vial5iu morning
5iu evening
Injected at injury site. Not subcutaneous fat.

Phase 3 — Acute Blast: TB-500 (First Month Only)

TB-500 at a higher loading dose runs exclusively during month one. Its mechanism centres on actin regulation — actin being the protein that drives cell movement and tissue remodelling. Elevated TB-500 dramatically accelerates repair cell migration to damaged tissue, suppresses pro-inflammatory cytokines, and reduces fibrosis during the acute window when anti-fibrotic signalling produces the most significant structural changes.

Phase 3 — TB-500 Acute BlastMonth 1 Only · 2× Per Week
CompoundBAC WaterDoseFrequency
TB-500 10mg ×22ml per vial3.33mg (33iu)2× per week — e.g. Monday and Thursday

Timeline

Day 1
All three phases begin simultaneously
KLOW nightly + localised BPC-157 morning/evening + TB-500 2× per week. All from Day 1.
Day 30
Phase 3 discontinued
Acute TB-500 blast ends. KLOW and localised BPC-157 continue without interruption.
Day 31-90
Maintenance phase
KLOW nightly and localised BPC-157 morning/evening continue for the remaining two months.
Day 90+
Reassess
KLOW can continue up to 9 months. BPC-157 can be maintained as long as the injury research target remains active.