Pro-Resolving Mediators: An Advanced Formula for Inflammation Resolution
Thorne’s Pro-Resolving Mediators is a cutting-edge nutritional supplement that provides a concentrated source of specialized pro-resolving mediators (SPMs). This advanced formula goes beyond standard fish oil to deliver the downstream metabolites that act as the body’s natural “stop signals” for the inflammatory response. By actively helping to resolve inflammation, SPMs support tissue repair and help the body return to a healthy state of balance, or homeostasis. It is an ideal choice for supporting brain, nerve, and immune health.
How It Works: The “Braking System” for Inflammation
A healthy inflammatory response is essential, but it’s equally important for it to resolve in a timely manner. SPMs are the key signaling molecules that facilitate this resolution process.
Beyond Standard Omega-3s
While the body can convert omega-3s like EPA and DHA into SPMs, this process can be inefficient. This formula provides a concentrated source of these finished pro-resolving mediators, including 18-HEPE, 17-HDHA, and 14-HDHA. Providing SPMs directly bypasses the need for conversion, offering a more targeted and efficient approach to supporting the body’s natural inflammation resolution pathways.
Supporting a Return to Homeostasis
Instead of simply blocking inflammation, SPMs work to actively clean up the aftermath of the inflammatory response and support the healing of damaged tissues. This process is crucial for maintaining the health of the brain and nerves, promoting a balanced immune response, and supporting overall systemic wellness. This makes Pro-Resolving Mediators a next-generation approach to managing the body’s inflammatory processes.
- ✅ Provides concentrated Specialized Pro-Resolving Mediators (SPMs)
- ✅ Supports the natural resolution of the inflammatory response
- ✅ Promotes the healing and repair of damaged tissues
- ✅ Supports brain, nerve, and immune system health
- ✅ A more targeted approach than standard fish oil for inflammation support