Being studied for:
- Telomere biology and aging pathways
- Mitochondrial dysfunction, especially its ability to protect and stabilize the inner mitochondrial membrane.
- Conditions involving low cellular energy production (ATP) and oxidative stress, because it targets a mitochondrial lipid called cardiolipin that is critical for energy generation.
- age-related mitochondrial decline
- chronic fatigue and exercise intolerance
- muscle weakness and mitochondrial myopathies
- frailty and sarcopenia
- It is being studied in cardiovascular disease research, including:
- heart failure
- ischemia/reperfusion injury
- cardiac aging
- protection of heart muscle energy metabolism
- SS-31 has also been investigated for possible neuroprotective effects, including research related to:
- neurodegenerative diseases
- cognitive decline
- brain mitochondrial dysfunction
- stroke and neurologic injury models
- In exercise and performance research, SS-31 is being studied for:
- endurance
- recovery
- fatigue resistance
- muscle mitochondrial efficiency
