This content is protected - please log in with your customer account to continue.
Reset your password
We will send you an email to reset your password
Login
If you have an account with us, please log in.
Welcome to Prime BioGroup!
This content is protected - please log in with your customer account to continue.
We will send you an email to reset your password
If you have an account with us, please log in.
Orders placed by 6:00PM ship the next business day.
Orders are shipped Monday through Thursday only.
Most orders are processed and shipped within 1 business day after being placed.
We do not ship on Fridays, weekends, or federal holidays to prevent packages from being held in transit.
Monday - Thursday
8:30am - 3:00pm MST
Your cart is currently empty.
Not sure where to start? Try these collections:
Vendor: Prime Peptides
Type: Peptide
Out of stock
ARA-290 is a tissue-protective peptide known for its regenerative, anti-inflammatory, and nerve-supporting properties. Derived from the tissue-protective region of erythropoietin, ARA-290 is designed to activate repair signaling without significantly increasing red blood cell production. It has been studied for its potential to support nerve health, calm inflammatory pathways, and promote cellular protection in tissues affected by chronic stress or injury.
In research settings, ARA-290 has been explored for its impact on small fiber neuropathy, nerve pain, inflammatory conditions, immune modulation, and tissue repair. Its activity through the innate repair receptor helps support healing responses, reduce excessive inflammatory signaling, and encourage healthier nerve and tissue function.
Potential applications of ARA-290 peptide research include:
✔ Support for small fiber neuropathy and nerve-related discomfort
✔ Reduced inflammation and improved immune balance
✔ Cellular protection during inflammatory or oxidative stress
✔ Support for nerve repair and sensory function
✔ Tissue-protective effects in chronic inflammatory conditions
The ARA-290 peptide continues to be an area of active interest in regenerative, neurological, and inflammatory research for its potential to support nerve health, immune balance, and tissue repair at the cellular level.
