Peptide GradingKey benefits
- Cleared senescent cells in mouse studies
- Improved fitness and fur in aged mice
- Designed to resist breakdown in the body
Regulatory activity
Animal/Preclinical Only
Animal studies only
Route
Vial
2 mg, 5 mg, 10 mg listed
Cycle
Varies by study
Typical duration
Storage
-20°C lyophilized · 2–8°C once reconstituted
Follow vendor guidance
Marketplace
Compare all FOXO4-DRI vendors
Prices per size, coupon codes, lab reports and shipping.
| Vendor | Price | Coupon | Lab test | Shipping | |
|---|---|---|---|---|---|
 NUPEPS 10 mg | $137.60 Lowest price$13.76/mg | Not on file | 2 days
| Buy | |
 Vantage Aminos 10 mg | $143.00 $14.30/mg | Not on file | 2-days
| Buy | |
 Evolve Peptides 5 mg | $143.90 $28.78/mg | Not on file | 2-5 business days
| Buy | |
Glow Peptides 10 mg | $179.99 $18.00/mg | 1 COA | 3–7 days
| Buy | |
 Averix Labs 10 mg | $199.99 $20.00/mg | 1 COA | 2 days
| Buy | |
 NeuroLabs Research 10 mg | $203.33 $20.33/mg | Not on file | 3–5 days
| Buy | |
$419.99 $210.00/mg | No code | Not on file | 1–2 business days
| Buy |
United States
- No codeBuy
What the research reports
Research Benefits of FOXO4-DRI
What published research has reported so far. These are research findings, not promised results.
Cleared senescent cells in mouse studies
Improved fitness and fur in aged mice
Designed to resist breakdown in the body
What the evidence shows
FOXO4-DRI became known from a 2017 mouse study in which it removed senescent cells and improved signs of ageing such as fitness, fur and kidney function. Research since then has stayed in cells and animals. It has not been tested in published human trials.
Safety and regulatory position
Not approved · animal data onlyFOXO4-DRI is not approved as a medicine and has no human safety data. Because it acts on the p53 cell-death pathway, its effects on healthy cells in people are unknown. Vendors sell it for laboratory research use only.
FAQ
Frequently asked questions.
A senolytic is a substance that selectively removes senescent cells, old cells that have stopped dividing but linger and release inflammatory signals.