Meta Information
ID:ss-31
Name:SS-31
Schema Version:1.5
Title
SS-31
Alternate Names
- Elamipretide
- Bendavia
- MTP-131
Intervention Type
therapeutic_agent
Expected Cost Mean
Low Cost:
400
High Cost:
1200
Cost Type:
monthly
Description:
Cost for research-grade chemical; not a commercially available pharmaceutical.
Summary
SS-31 is a small peptide that selectively targets the inner mitochondrial membrane, binding to cardiolipin to stabilize mitochondrial structure and function. This enhances ATP production and reduces oxidative stress, directly addressing the age-related decline in mitochondrial health, a core driver of aging. Its potential lies in restoring cellular energy and function in tissues with high energy demands, like the heart, brain, and muscles.
Purpose
A mitochondrial-targeting peptide that restores cellular energy production.
Card Summary
A research peptide that targets and revitalizes mitochondria to combat age-related energy decline.
Drug Class
mitochondrial-targeting-peptide
Drugs In Class
Empty Array
Impact
Score:
3.8
Justification:
Targets a core aging hallmark, but lacks broad human healthspan trial data.
Evidence
Grade:
C
Score:
3.5
Justification:
Promising animal data and disease-specific human trials, but no general longevity studies.
Safety
Score:
7.5
Justification:
Investigational drug with unknown long-term effects and risks from unregulated sources.
Flags
- Not approved for human use by the FDA; sourced as a 'research chemical'.
- Long-term safety profile for healthspan purposes is unknown.
- Requires subcutaneous injection, which carries risks of infection and improper administration.
- Purity and dosage accuracy from unregulated suppliers can be highly variable.
Verdict
A promising but high-risk experimental peptide for mitochondrial restoration.
Created
2026-04-24T00:11:46.733508Z
Model
Gemini 3.1 Pro (High)
Delivery
Route:
subcutaneous_injection
Scope:
- systemic
Indication
Focus:
healthspan
Description:
SS-31 is a small peptide that selectively targets the inner mitochondrial membrane, binding to cardiolipin to stabilize mitochondrial structure and function. This enhances ATP production and reduces o...
Typical Protocol
- Daily subcutaneous injections of 4-10 mg are explored in research contexts.