Zinc Glycinate

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A must for immunity! Don't question it, take it!" – Dr. B

 

Zinc is an essential trace mineral and serves important roles in the body. More than 300 enzymes depend on zinc for their normal activities in cellular metabolism. Unfortunately, elements found in plant based, high-fiber foods—can bind minerals (including zinc) and inhibit their absorption. Therefore, the bioavailability of dietary zinc may be compromised. Other minerals, including iron, calcium, and copper, can interfere with zinc absorption, further affecting zinc nutriture.

To facilitate proper absorption across the intestinal wall and reduce interference from phytates and competing minerals that allow for retention, our zinc formulation is coupled with two glycine molecules through a proprietary TRAACS® amino acid chelate.

Zinc’s role in supporting immune function includes regulating T lymphocytes, natural killer cells, CD4 cells, and interleukin II. A review of the research suggests that “zinc supplementation can significantly reduce the morbidity and mortality of apparently well-nourished children and shorten the time to recovery from acute health problems. Zinc also plays a pivotal role in protein metabolism which promotes wound healing, DNA synthesis, normal inflammatory response, and normal growth and development during childhood, adolescence, and pregnancy. Zinc helps maintain the structural integrity of cell membranes; it assists them in their normal function and protects them from oxidative damage. Research in human subjects of various ages suggests that zinc supplementation decreases oxidative stress markers, supports a normal response to inflammation, and appears to be a factor in balancing TH1 and TH2 immune cell activity. Skin and mucous membranes also depend on zinc for their maintenance and integrity.

Zinc is highly concentrated in the liver, pancreas, kidneys, bone, muscles, eyes, prostate gland, sperm, skin, hair, and nails. The mineral is required for sperm maturation and fetal development. The endocrine system relies on adequate zinc status to assist in the regulation of insulin activity and the conversion of thyroxine (T4) to the active thyroid hormone triiodothyronine (T3). Zinc’s regulatory role extends to gene expression, cell signaling, and nerve impulse transmission, as well as normal apoptosis. The body has no specialized system for storing zinc, so daily intake and absorption is essential.

 

Clinical Applications
  • Supports Enzymatic Reactions and Protein Metabolism
  • Promotes Immune and Reproductive Health
  • Supports Antioxidant Activity
  • Plays a Role in Sensory Perception

Data Sheet