Beta TCP - 180 Tablets

Beta TCP promotes bile production to help dramatically improve the digestion of fat. Bile is essential, not only to assist in the digestion and emulsification of fat, but also due to its involvement in removing toxins from your body. Bile is produced by your liver and temporarily stored in your gallbladder; it’s released in your small intestine after the entry of fat triggers certain hormones. It acts to promote emulsification, a fundamental part of fat digestion.

Bile is also necessary for the optimal absorption of oleaginous nutrients, which are nutrients with a composition that includes a high percentage of oil. When bile interacts with the fats you consume, bile acids and bile salts function as emulsifiers to break fats down into emulsifications. At this point, the fats are then broken down further by special enzymes.

Our modern diets are all too often unbalanced, and tend to contain overly high percentages of fat instead of an array of healthy, natural ingredients. This is at least in part due to our over-consumption of highly-processed food containing hydrogenated fats, artificial fillers, and chemical preservatives. Biotic Research’s Beta-TCP tablets aim to correct this predicament by promoting improved bile production and fat digestion.

Each Beta-TCP tablet delivers a variety of nutrients. Pancrelipase, which is derived from porcine, improves the digestion of foods while preventing certain types of uncomfortable bowel movements among patients with prostate conditions like cystic fibrosis. Beet concentrate has been shown to increase the amount of antioxidants in the liver, supporting improved functioning. Superoxide dismutase and catalase are enzymes that come from vegetable cultures, and the latter works to prevent cell and disuse damage by helping spur your body’s decomposition of harmful hydrogen peroxide into less reactive forms. Vitamin C is well known for the wide array of health benefits it offers. Last but not least, taurine is an essential amino acid that serves as one of the major ingredients of bile.