Humanin is a mitochondrial cytoprotective peptide format designed to enhance cellular resilience, protect neurons, and reduce the impact of metabolic and oxidative stress. Humanin belongs to the family of mitochondria-encoded pept...
Humanin is a mitochondrial cytoprotective peptide format designed to enhance cellular resilience, protect neurons, and reduce the impact of metabolic and oxidative stress. Humanin belongs to the family of mitochondria-encoded peptides (alongside MOTS-c and SHLPs) and interacts with receptors that regulate apoptosis, metabolic signaling, and cellular repair.
The peptide supports mitochondrial respiration, improves energy-producing pathways, and reduces stress-induced cellular damage. Studies indicate that Humanin can increase cell survival by 30–40%, reduce oxidative stress markers, and improve neuronal maintenance - which is why it is featured in longevity, anti-age, and neuroprotection protocols.
Properties and Effects of Humanin
• enhances mitochondrial function and boosts cellular resilience
• reduces oxidative stress and protects tissues from damage
• supports neuronal health and decreases pro-apoptotic signaling
• improves metabolic flexibility and response to physical and emotional load
• promotes stable energy levels and reduces fatigue
• supports vascular and endothelial function
Reasons to Choose Humanin
• powerful neuro- and cytoprotective profile with proven mitochondrial benefits
• wide range of applications: energy support, cognitive protection, longevity care
• non-stimulating, physiological mechanism of action
• suitable for individuals experiencing high stress, sleep deprivation, or cognitive overload
• pairs well with NAD+, MOTS-c, P21, Semax, and other energy-boosting protocols
Humanin Pen is ideal for those seeking to strengthen cognitive resilience, reduce stress impact, improve cellular energy processes, and protect tissues from age-related damage. It is used in longevity systems, neuroprotective regimens, recovery programs, and protocols aimed at enhancing overall metabolic and energetic efficiency.