SS-31

SS-31 is a synthetic tetrapeptide composed of alternating aromatic and basic amino acid residues.
Within experimental research settings, it is frequently examined for its interaction with mitochondrial
membrane components, particularly cardiolipin, a phospholipid associated with mitochondrial structure
and electron transport chain stability.

In laboratory studies, SS-31 is commonly investigated for its potential influence on mitochondrial
function, reactive oxygen species signalling and cellular energy metabolism. Researchers often explore
its interaction with mitochondrial bioenergetic pathways and membrane integrity within controlled
experimental models.
You can explore additional compounds within the
research peptides catalogue.

Mechanism of Action

• Mitochondrial targeting: Investigated for selective localisation within mitochondrial membranes
• Cardiolipin interaction: Studied for its binding affinity with cardiolipin phospholipids
• Oxidative stress regulation: Examined for interaction with mitochondrial reactive oxygen species pathways

Current Research Focus

• Mitochondrial membrane stabilisation studies
• Cellular bioenergetics and ATP production research
• Reactive oxygen species signalling investigations
• Mitochondrial dysfunction experimental models

SS-31 Research Context

Research involving SS-31 continues across several areas of cellular and molecular biology,
particularly within studies focused on mitochondrial physiology and oxidative stress signalling.
Investigations frequently examine mitochondrial integrity, membrane dynamics and bioenergetic
processes in experimental systems designed to evaluate mitochondrial performance.

This page provides a structured overview intended for research-focused audiences.
It summarises the biochemical classification of SS-31 and the mitochondrial pathways
in which the compound is commonly investigated within laboratory environments.

Key Notes