Probiotic Targeted Release Tablets
10 billion
Provide core tablet formula, tablet weight, tablet shape, etc. Release at the end of the small intestine to avoid destruction by gastric acid, pancreatic enzymes, bile and other digestive juices.
Probiotics positioning release tablets cover the entire digestive tract and are suitable for the joint conditioning of various intestinal problems. Acid and enzyme resistance
Greatly improve the survival rate of probiotics. Bile is highly alkaline and surface active, which can easily destroy the cell membrane of probiotics. Positioning release technology reduces the direct damage of bile to bacteria through the hydrophobic properties of the coating material, and is especially suitable for strains that need to pass through the duodenum (bile secretion area). Resistant to gastric acid and intestinal enzymes, it increases the number and activity of probiotic colonization.
Using precise positioning release technology, the reduction of gastric acid and intestinal digestive enzymes on the number and activity of probiotics is minimized, and at the same time, the probiotics are awakened from dormancy and grow and reproduce before reaching the colon, and colonize in the colon with several times the number of probiotics in the tablet core.
How to achieve "positioned release" of probiotics? Positioned release materials are used to achieve the positioning release of probiotics through coating technology. ①Use the targeted release coating material to wrap the probiotic tablets, so that they remain intact in the acidic environment of the stomach (PH1.5-3.5), avoiding the killing of probiotics by gastric acid. ②The targeted release probiotic tablets are not released in the front part of the small intestine, but in the middle and back part of the small intestine. Avoid the killing of probiotics by bile and other digestive juices in the front part of the small intestine. ③The targeted release probiotic tablets are released before reaching the colon, so the probiotics wake up in advance and grow and reproduce, forming a more obvious population advantage when they reach the colon.
