Tri-Immune Boost Blend
| : 20ML |
20ML
|
|---|
$59.99
In stock
Description
Tri-Immune Boost Blend is a synergistic research formulation combining Glutathione (200mg/ml), Buffered Vitamin C (200mg/ml), and Zinc Sulfide Monohydrate(2.5mg/ml). This unique blend is designed for advanced laboratory and biochemical research exploring antioxidant mechanisms, cellular defense systems, and redox balance pathways. Glutathione serves as a powerful reducing agent studied for its role in detoxification and oxidative regulation, while Vitamin C supports research related to ascorbate function and free radical neutralization. Zinc Sulfide Monohydrate provides trace mineral interaction properties essential in metalloprotein and enzymatic studies. Together, these components offer a dynamic model for studying immune response and cellular stress adaptation at a molecular level.
Each batch is third-party tested to verify purity and consistency, ensuring reliable performance in analytical, biochemical, and cell-culture-based studies. Researchers value this blend for its precision, solubility, and synergistic activity in controlled experimental applications.
Additional information
| Size | 20ML |
|---|
Concentration :
Glutathione (200mg/ml), Buffered Vitamin C (200mg/ml), Zinc Sulfide Monohydrate(2.5mg/ml)
Size :
20ml
Tri-Immune Boost Blend is a synergistic research formulation combining Glutathione (200mg/ml), Buffered Vitamin C (200mg/ml), and Zinc Sulfide Monohydrate(2.5mg/ml). This unique blend is designed for advanced laboratory and biochemical research exploring antioxidant mechanisms, cellular defense systems, and redox balance pathways. Glutathione serves as a powerful reducing agent studied for its role in detoxification and oxidative regulation, while Vitamin C supports research related to ascorbate function and free radical neutralization. Zinc Sulfide Monohydrate provides trace mineral interaction properties essential in metalloprotein and enzymatic studies. Together, these components offer a dynamic model for studying immune response and cellular stress adaptation at a molecular level.
Each batch is third-party tested to verify purity and consistency, ensuring reliable performance in analytical, biochemical, and cell-culture-based studies. Researchers value this blend for its precision, solubility, and synergistic activity in controlled experimental applications.
