SS-31 Peptide: Advanced Mitochondrial Support and Neuroprotection for Research

Explore the cutting-edge potential of SS-31 peptide, a synthetic tetrapeptide designed to enhance mitochondrial function and offer neuroprotection, vital for researchers seeking advanced biochemical tools. Discover its applications in diverse research fields, from aging to metabolic disorders.

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Key Advantages of Researching with SS-31

Targeted Mitochondrial Action

SS-31 peptide is scientifically shown to accumulate in the inner mitochondrial membrane, specifically interacting with cardiolipin to stabilize function and reduce ROS production, vital for understanding mitochondrial dysfunction research.

Broad Research Applicability

From neuroprotection to metabolic conditions and aging, SS-31 offers a versatile compound for exploring a wide array of biological processes and potential therapeutic avenues in your laboratory.

High Purity for Reliable Results

We provide research-grade SS-31 peptide with purity exceeding 99%, ensuring that your experimental outcomes are accurate and reproducible. Purchase SS-31 peptide from a reliable manufacturer for your critical research.

Core Research Applications for SS-31 Peptide

Mitochondrial Health & Bioenergetics

Investigate SS-31's impact on mitochondrial respiration, ATP synthesis, and oxidative phosphorylation, offering insights into cellular energy metabolism and potential interventions for energy-related disorders.

Neuroprotection and Neurological Disorders

Study SS-31's role in protecting neurons from injury and degeneration, relevant for research into conditions like Alzheimer's, Parkinson's, and traumatic brain injury, making it a key peptide for neuroprotection studies.

Aging and Age-Related Diseases

Explore SS-31's potential to mitigate age-associated mitochondrial damage and functional decline, contributing to research on longevity and age-related pathologies.

Metabolic and Cardiovascular Research

Utilize SS-31 to study its effects on metabolic conditions such as type 2 diabetes and its impact on cardiovascular health, by modulating oxidative stress and cellular function.