[Main mechanisms of rhabdomyolysis-caused kidney injury and their correction by organospecific peptides].
Zamorskiĭ. I I II; Shchudrova. T S TS
Key Findings
- Epitalon and the kidney tripeptides T‑31 and T‑35 lowered toxic injury to kidney tubule cells after rhabdomyolysis.
- The peptides reduced oxidative stress and restored energy balance in the kidneys.
- Overall kidney function improved and the incidence of acute kidney failure decreased in the experimental animals.
Practical Outcomes
- For biohackers, the data suggest epitalon might offer some kidney‑protective benefits during extreme physical stress or injury, but the evidence is limited to animal experiments. No human dosing or safety information is provided, so it’s not ready for a concrete protocol. If you’re considering it, treat it as experimental and monitor kidney markers closely.
Summary
In a lab study, the pineal peptide epitalon (along with two kidney‑specific tripeptides) helped protect kidneys from damage caused by severe muscle breakdown. It reduced cell toxicity, oxidative stress, and energy problems in the kidney, leading to better kidney function and less acute failure in the animal model.
Abstract
The influence of the organospecific peptides--kidney tripeptides T-31 and T-35, pineal tetrapeptide epitalon on the main mechanisms of kidney injury caused by experimental rhabdomyolysis--toxic injury of tubular cells, development of oxidative stress and energetic misbalance, leading to significant disturbances of the functional state of kidneys and development of acute kidney failure was studied. The renoprotective effect of oligopeptides realized by impact on all of the indicated mechanisms of kidney injury and confirmed by correlation between them was estimated.
Study Information
pubmed
2014