Cataplex G- 90 tablets

Cataplex G maintains nerve health and provides a calmative effect on the nervous system.*

• Encourages healthy parasympathetic nerve function
• Supports healthy liver function
• Supports brain and nervous system function
• Supports the body’s metabolism
• Provides coenzymes and cofactors needed for cellular function
• Good source of antioxidant vitamin C*

How do the B vitamins in Cataplex G support health?

Cataplex G contains the important B vitamins riboflavin (B₂), niacin (B₃), and pyridoxine (B₆). The members of the B-complex family of vitamins are responsible for many important physiological processes concerned with both mental health and physical well-being.*

Riboflavin contributes to the production of cellular energy, and niacin is a coenzyme essential for cell respiration, protein and carbohydrate metabolism, and lipid synthesis. Vitamin B₆ is an essential nutrient comprised of six related compounds¹ that support the healthy functioning of the nervous system,² cellular metabolism,³ and immune system⁴ as well as formation of red blood cells. (A vitamin B₆ compound, pyridoxal 5-phosphate, enables the first step in the synthesis of heme, the molecule that binds to oxygen in red blood cells.⁵) In addition, vitamin B₆ is involved in the function of several essential chemical reactions in the body, including amino acid⁶ and red blood cell metabolism (due to heme synthesis).⁷ Vitamin B₆ also is required for the synthesis of the nucleic acids RNA and DNA, molecules that carry genetic instructions for normal cellular growth and reproduction.*

How does Cataplex G provide antioxidant support?

Cataplex G provides a good source of antioxidant vitamin C and riboflavin. Riboflavin is required (in the flavin adenine dinucleotide coenzyme form) by an enzyme, glutathione reductase, that converts oxidized glutathione to the reduced form.⁸ Reduced glutathione acts as an antioxidant in various types of cells and protects the body against oxidative stress.⁹ Vitamin B₆ may also be involved in the rate of glutathione synthesis in red blood cells, although the effects of vitamin B₆ deficiency on the concentration of glutathione in red blood cells may vary from person to person.¹⁰*