Nutrient Glossary

Explanation: Alpha-Lipoic Acid is an antioxidant supporting brain and nerve health. Cellular Action: Acts as a shield against cellular damage, particularly in the brain and nerves. Function: Supports brain and nerve health. How: Alpha-Lipoic Acid scavenges free radicals, preventing oxidative stress in brain and nerve cells. It also regenerates other antioxidants, prolonging their protective effects.

Explanation: A combination of amino acids crucial for cellular repair, muscle recovery, and overall vitality. Cellular Action: Provides essential building blocks for protein synthesis, supporting muscle recovery and cellular regeneration. Function: Aids in muscle recovery, enhances overall cellular health, and contributes to vitality. How: Glutamine, Ornithine, Arginine, Lysine, and Citrulline serve as precursors for protein synthesis, playing vital roles in muscle repair and overall cellular health.

Explanation: Vitamin C is crucial for cells as it acts as a powerful antioxidant, protecting them from damage. Cellular Action: Supports collagen synthesis in skin cells; enhances the function of immune cells. Function: Promotes skin health and boosts immune function. How: Vitamin C achieves this by neutralizing harmful free radicals, allowing cells to maintain integrity. It also aids in collagen formation, contributing to skin structure, and fortifies immune cells for enhanced defense.

Explanation: Biotin is a B-vitamin crucial for maintaining the health of skin, hair, and nails. Cellular Action: Supports cells in maintaining healthy skin, hair, and nails. Function: Essential for the health of skin, hair, and nails. How: Biotin contributes to the production of keratin, a key protein for skin, hair, and nails. It fortifies cellular structures, promoting their strength and health.

Explanation: Calcium is an essential mineral crucial for bone health. Cellular Action: Supports cellular processes in bones. Function: Essential for maintaining strong and healthy bones. How: Calcium integrates into the bone matrix, providing structural support. It also serves as a signaling molecule in cellular processes, ensuring optimal bone health.

Explanation: Dexpanthenol is a provitamin B5 supporting skin health. Cellular Action: Supports cellular processes in the skin. Function: Supports overall skin health. How: Dexpanthenol converts to pantothenic acid (B5) in the skin, promoting cellular hydration and regeneration. It enhances skin barrier function and overall skin health.

Explanation:A natural tripeptide composed of cysteine, glutamic acid, and glycine, is a potent defender against cellular damage caused by free radicals.  Cellular Action: Functioning as the primary protector within your cells, glutathione neutralizes free radicals, especially in vital areas like the liver, spleen, kidneys, and eyes, supporting overall cellular health. Function: Glutathione shields cells from stress and damage, aids the liver in detoxification, and contributes to the repair and maintenance of essential cellular components. It also modulates immune responses, assisting in the fight against infections and illnesses. How: In the detoxification process, glutathione partners with your liver, helping break down and eliminate toxins and substances that could harm your body.This tripeptide plays a crucial role in repairing and maintaining essential cellular components, ensuring your cells function optimally and promoting overall cellular health. By modulating immune responses, glutathione actively assists your body in the fight against infections and illnesses, contributing to a robust and resilient immune system.

Explanation: B12, a B-vitamin of eminence, is indispensable for nerve function and cellular energy production. Cellular Action: Sustains cellular processes crucial for nerve functionality and energy production. Function: Vital for maintaining optimal nerve function and cellular energy. How: Hydroxocobalamin supports nerve health by participating in the synthesis of myelin, a protective layer around nerves. It also plays a role in cellular energy production.

Explanation: L-Taurine, an amino acid of distinction, contributes substantively to cognitive health. Cellular Action: Imparts support to cerebral cellular mechanisms, fostering clarity of thought. Function: Augments cognitive well-being. How: L-Taurine modulates neurotransmitter activity, promoting optimal brain function. It also acts as a neuroprotectant, safeguarding brain cells from stress.

Explanation: Magnesium is an essential mineral supporting muscle and nerve function. Cellular Action: Supports cellular processes in muscles and nerves. Function: Essential for muscle and nerve function. How: Magnesium regulates muscle contractions and nerve signaling. It also participates in cellular energy production, ensuring smooth muscle and nerve function.

Explanation: A team of nutrients working together – Methionine, Inositol, Choline, and B12. Cellular Action: Supports various cellular processes, including energy metabolism, brain function, and nerve health. Function: Aids in energy production, supports brain and nerve health. How: Methionine contributes to cellular methylation processes, Inositol supports cell signaling, Choline is a precursor for neurotransmitters, and B12 is vital for nerve health and energy production.

Explanation: A combination of essential minerals vital for diverse cellular processes. Cellular Action: Supports overall cellular well-being by ensuring a balance of key minerals. Function: Supports overall cellular health. How: Copper, Magnesium Chloride, Selenium, and Zinc participate in enzymatic reactions, contribute to structural integrity, and regulate various cellular processes, maintaining a harmonious cellular environment.

Explanation: Ondansetron is an anti-nausea medication. Cellular Action: Acts in the brain to block signals that cause nausea. Function: Alleviates nausea and supports overall well-being.

Explanation: Pyridoxine is a B-vitamin essential for brain function and metabolism. Cellular Action: Supports brain function and metabolic processes within cells. Function: Contributes to brain health and overall metabolism. How: Pyridoxine is involved in neurotransmitter synthesis and metabolism, crucial for cognitive function and overall cellular energy production.

Explanation: Riboflavin-5-Phosphate is the active form of B2 supporting energy production. Cellular Action: Supports cellular processes in energy production. Function: Supports overall energy production. How: Riboflavin-5-Phosphate is a cofactor in energy-producing reactions, aiding in the conversion of nutrients into cellular energy.

Explanation: B-vitamins are essential for overall cellular health, playing a role as coenzymes in various processes. Cellular Action: Supports skin health, aids energy metabolism within cells. Function: Maintains skin health, facilitates conversion of nutrients into energy. How: B-vitamins act as coenzymes, assisting enzymes in cellular processes. They play vital roles in skin health and contribute to energy production by facilitating nutrient conversion.

Explanation: Essential trace element/micronutrient that plays a vital role in various physiological functions within the body. Cellular Action: Cofactor to numerous enzymes; participates in critical biochemical reactions such as DNA synthesis, cellular repair and immune function. Function: Fortifies defenses against infections, contributes to wound healing, supports growth and development and plays a key role in sensory perceptions-including taste and smell. How: Aids in replication and transcription of genetic material, contributes to the maintenance and integrity of cell membranes to insure proper cell structure and function, influences the activity of immune cells, regulates inflammatory responses, promotes cell proliferation and migration and catalyzes enzymatic actions.