Size: 50mg

Boost your immune system and combat inflammation with SS 31, a peptide designed for cellular protection. Elevate your wellness with this powerful ally in maintaining a balanced and healthy body.

Research and Clinical Studies Summary

SS-31 and Oxidative Stress

SS-31 mitigates oxidative stress in conditions like diabetic retinopathy. A murine study showed it improved retinal structure, decreased oxidative damage markers, and enhanced protective proteins, reinforcing the inner blood-retinal barrier.

SS-31 and Aging

In aged murine hearts, SS-31 reversed oxidative protein damage and partially restored age-related functional changes. It improved redox balance and cardiac protein functionality.

SS-31 and Mitochondrial Dysfunction

SS-31 enhanced mitochondrial ATP production and oxidative phosphorylation in aged skeletal muscles, improving fatigue resistance and muscle mass while restoring redox homeostasis.

SS-31 and Neuroprotection

In models of neuronal injury, SS-31 reduced oxidative stress, mitochondrial damage, and neural apoptosis. It also supported mitochondrial renewal and neuroprotection.

SS-31 and Metabolic Conditions

In type 2 diabetes models, SS-31 reduced oxidative and ER stress, modulated autophagy markers, and improved leukocyte-endothelium interactions, suggesting protective metabolic effects.

SS-31 and Kidney Function

During ischemia, SS-31 protected mitochondrial cristae, hastened ATP recovery, reduced apoptosis, and improved kidney function by stabilizing mitochondrial integrity.

SS-31 and Cachexia

In cachexia models, SS-31 alleviated muscle loss, enhanced mitochondrial activity, restored ATP levels, and regulated disrupted energy metabolism, showing promise in combating muscle degradation.

SS-31 and Tendinopathies

SS-31 improved mitochondrial health in degenerative tendon cells by restoring membrane potential, reducing oxidative stress, and enhancing cell viability, indicating potential therapeutic benefits.

This streamlined overview highlights SS-31's therapeutic promise across various conditions, targeting mitochondrial dysfunction and oxidative stress.