Description

Buy SS-31 10MG Peptide AUS

 SS-31 Peptide (10mg Vial)
Research Purity: ≥99% | For Laboratory Use Only

 Product Overview

SS-31 (also known as Elamipretide) is a mitochondria-targeting tetrapeptide developed for advanced cellular energy and oxidative stress research.
Unlike conventional antioxidants, SS-31 selectively associates with cardiolipin in the inner mitochondrial membrane, supporting electron transport chain efficiency and reducing reactive oxygen species (ROS) generation at the source.

SS-31 is widely studied in models involving mitochondrial dysfunction, aging, metabolic stress, and high-energy-demand tissues such as muscle, cardiac, and neural cells.

 Key Benefits (Research-Based)

 Mitochondrial Protection — Studied for stabilizing cardiolipin and preserving mitochondrial membrane integrity.
 ATP Production Support — Associated with improved electron transport efficiency and cellular energy output.
 Oxidative Stress Reduction — Targets mitochondrial ROS generation rather than systemic scavenging.
 Muscle & Tissue Resilience — Investigated in models of fatigue, ischemia, and cellular stress.
 Neuro & Cardiac Research Potential — Explored for mitochondrial support in high-demand tissues.

 Common Research Stacks (Synergistic Pairings)

SS-31 is frequently studied in combination with peptides and compounds that complement mitochondrial, metabolic, and cellular resilience pathways:

 SS-31 + MOTS-c
— Explored for synergistic mitochondrial signaling, metabolic efficiency, and stress adaptation pathways.

 SS-31 + 5-Amino-1MQ
— Studied for combined effects on mitochondrial efficiency, NAD⁺ metabolism, and cellular energy regulation.

 SS-31 + SLU-PP-332
— Investigated in endurance and metabolic research models targeting mitochondrial biogenesis and oxidative capacity.

 SS-31 + GHK-Cu
— Studied in aging and cellular repair models for combined mitochondrial protection and tissue regeneration signaling.

 All stacking references are for controlled laboratory research only and are intended to evaluate complementary biochemical pathways.