Understand the source comparison
Peptides for Detox: Research Compounds vs Commercial Products
Glutathione (reduced) Direct intracellular antioxidant; conjugates Phase II toxins Cochrane review: oral bioavailability <10%; liposomal forms increase plasma GSH 25–35% Acute oxidative stress; adjunct to chemotherapy protocols Effective if absorption barrier
No winner is assigned.
This page preserves a source comparison for education. It does not add a rating, recommendation or clinical judgment.
- Glutathione (reduced)
- Direct intracellular antioxidant; conjugates Phase II toxins
- Cochrane review: oral bioavailability <10%; liposomal forms increase plasma GSH 25–35%
- Acute oxidative stress; adjunct to chemotherapy protocols
- Effective if absorption barrier solved; requires liposomal or IV delivery
- N-Acetylcysteine (NAC)
- Cysteine donor; bypasses GCL rate-limiting step
- Meta-analysis (Antioxidants 2021): increases intracellular GSH 30–50% in hepatocyte models
- Acetaminophen overdose (FDA-approved); COPD; NAC infusions for heavy metal chelation
- Gold standard for acute glutathione depletion; evidence-based dosing protocols
- MOTS-c
- AMPK activation; mitochondrial biogenesis
- Cell Metabolism 2015: restored mitochondrial function in aged mice; reduced oxidative markers 40%
- Experimental; no human clinical trials for detoxification endpoints
- Promising mitochondrial target; human dosing protocols not yet established
- Thymalin
- Thymic peptide; mTOR-independent autophagy modulation
- Russian literature: immune restoration in immunosenescence; limited Western trials
- Immune support during metabolic stress; potential autophagy modulation
- Understudied in Western research; mechanism overlaps with detox pathways but primary use is immunological
- Epitalon
- Telomerase activation; potential autophagy effects
- Limited human data; primarily animal models showing lifespan extension and oxidative stress reduction
- Anti-ageing research; speculative detox application
- Insufficient evidence for detoxification claims; mechanism is indirect
- The table underscores a critical distinction: peptides with established detoxification mechanisms (glutathione, NAC) have dosing protocols derived from clinical toxicology, while peptides with indirect effects on cellular repair (MOTS-c, Thymalin) are extrapolated from research contexts where detoxification wasn't the primary endpoint. Commercial 'detox peptide' products often conflate these categories, claiming benefits from peptides whose mechanisms don't directly address Phase I or Phase II hepatic function.