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SS-31 (Elamipretide) is a synthetic tetrapeptide that selectively targets mitochondria by binding to cardiolipin on the inner mitochondrial membrane. In preclinical research, SS-31 has demonstrated the ability to improve mitochondrial bioenergetics, reduce reactive oxygen species (ROS) production, stabilize mitochondrial structure, enhance ATP generation, and protect against cellular damage in models of kidney injury, heart failure, neurodegeneration, and mitochondrial dysfunction.
FOR RESEARCH USE ONLY • NOT FOR HUMAN CONSUMPTION Not evaluated by the FDA • Supplied strictly for laboratory and scientific research purposes only.
SS-31 is a synthetic tetrapeptide commonly studied in mitochondrial research for its interaction with cardiolipin and its potential role in mitochondrial function, oxidative stress pathways, ATP-related research, cellular energy support, and tissue resilience models.
SS-31 is a synthetic tetrapeptide commonly studied in mitochondrial research. It is frequently discussed for its interaction with cardiolipin, a phospholipid associated with the inner mitochondrial membrane, and for its role in models exploring mitochondrial efficiency, ATP-related research, oxidative stress pathways, and cellular resilience.
In research settings, SS-31 is often positioned as a mitochondrial-focused peptide rather than a general-purpose peptide. That distinction matters because the strongest angle of this page is mitochondrial function research, not vague “wellness” language.
SS-31 is commonly discussed for its localization to the inner mitochondrial membrane in research models. This is part of why it is often categorized as a mitochondrial peptide rather than a general signaling peptide.
One of the core research themes around SS-31 is its interaction with cardiolipin. In research discussions, this interaction is often connected with mitochondrial membrane structure, electron transport behavior, and mitochondrial efficiency models.
SS-31 is also commonly studied in models involving oxidative stress pathways, ATP-related research, cellular energy production, and broader mitochondrial support mechanisms.
Because mitochondrial function is tied to cellular resilience, SS-31 often appears in research discussions around tissue resilience, stress models, and recovery-related pathways.
| Research Category | SS-31 Focus | Primary Pathway | Research Significance |
|---|---|---|---|
| Mitochondrial function research | Strong | Mitochondrial efficiency and membrane-related models | High |
| Cardiolipin interaction | Strong | Binding and membrane stabilization models | High |
| ATP / cellular energy research | Strong | Energy production and ATP-related pathway studies | High |
| Oxidative stress research | Strong | Oxidative stress modulation models | High |
| Tissue resilience models | Moderate to strong | Cellular resilience and stress-response pathways | Moderate to high |
| Recovery pathway research | Moderate to strong | Recovery-associated pathway models | Moderate to high |
| Cellular protection research | Moderate to strong | Protection and stress-tolerance pathway models | Moderate to high |
| Duration of activity | Moderate to strong | Sustained mitochondrial membrane presence in models | Moderate to high |
SS-31 is commonly studied in mitochondrial function models, especially where mitochondrial efficiency or membrane-associated behavior is being examined.
Because of its mitochondrial focus, SS-31 often appears in ATP-related research and cellular energy support pathway studies.
SS-31 is also commonly discussed in oxidative stress pathway models and cellular stress-response research.
Mitochondrial function and cellular resilience are closely connected, so SS-31 frequently appears in tissue resilience and stress-model research.
In research settings, mitochondrial support pathways are often associated with recovery-related models and broader tissue-response studies.
SS-31 is commonly studied in experimental models focused on cellular protection mechanisms and mitochondrial stability.
SS-31 is often discussed alongside other peptides when the research focus expands beyond mitochondria alone.
SS-31 is a synthetic tetrapeptide commonly studied in mitochondrial research, especially for its interaction with cardiolipin and its role in mitochondrial function models.
It is commonly studied for mitochondrial function research, cardiolipin interaction, ATP-related pathway research, oxidative stress models, cellular energy support, and tissue resilience research.
No. SS-31 is for laboratory research use only. It is not for human consumption, not for animal use, and not intended for therapeutic or diagnostic use.
| size | 10 MG, 50 MG |
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