Jagielolia Liposomal Glutathione 2000 mg with L-Serine
Jagielolia Liposomal Glutathione 2000 mg with L-Serine
Product details
Jagielolia Liposomal Glutathione delivers 1500 mg of active L-glutathione in reduced form (GSH), the body's most powerful antioxidant. This advanced formula combines liposomal delivery technology with glutathione-precursor and glutathione-boost blends to enhance absorption and support the body's own glutathione production.
Key Features
- 1500 mg active L-glutathione (GSH) in reduced form to neutralize free radicals
- Liposomal delivery technology enhances absorption and bioavailability
- L-Serine and L-Glycine precursor blend supports the body's natural glutathione production
- Sulforaphane boost blend with myrosinase enzyme and glucoraphanin to elevate glutathione levels
- Antioxidant support for healthy aging and skin protection
Who Is It For
This supplement is suitable for anyone seeking antioxidant support and healthy aging benefits through enhanced glutathione levels. It works well for those interested in detoxification and cellular protection.
Product Details
| Brand | Jagielolia |
|---|---|
| Form | Softgels |
| Size | 120 Softgels |
Frequently asked questions
How much active glutathione is in each serving?
Each serving contains 1500 mg of L-glutathione in its reduced form (GSH), which is the active form that neutralizes free radicals in the body.
What makes this liposomal glutathione different from regular glutathione supplements?
This formula uses liposomal delivery technology to enhance absorption and bioavailability. It also includes a glutathione-precursor blend (L-Serine and L-Glycine) to support the body's own glutathione production, plus a glutathione-boost blend with sulforaphane to further elevate levels.
How long will a bottle last?
Each bottle contains 120 softgels (two packs of 60 count).
Does this supplement support skin health?
Yes, the antioxidant effects of glutathione protect skin against oxidative damage, help prevent wrinkles, and may contribute to skin brightening effects by inhibiting melanin synthesis.