Product Details
Betaine & Pepsin by Ortho Molecular
Betaine & Pepsin supports balanced levels of HCI in the stomach and normal digestive function.
Symptoms of indigestion are often mistaken for excessive gastric acid. This leads many to take acid blockers in attempt to lower stomach acid, when the true culprit is likely to be insufficient levels of HCl. The resulting reduction in stomach acidity can lead to impaired protein digestion and mineral breakdown over time, as well as changes in the gut flora and promotion of unwanted bacteria such as H.pylori. Maintaining adequate levels of HCl is fundamental to healthy protein digestion, nutrient availability and maintenance of beneficial gastric flora.
Betaine HCl and pepsin are produced by the hormone gastrin. Gastrin signals the gastric glands and parietal cells to produce HCl, and stimulates chief cells to produce pepsin. Once the pH of the stomach reaches around 2.0, the gastrin mechanism slows and the negative feedback causes parietal cells to decrease production of HCl. Since pepsin is most active in low pH values, gastric juices must be acidic for the enzyme to function. Support of natural gastric secretions and acidity with Betaine & Pepsin supports normal digestion, absorption and optimal immune health. In addition, maintaining an acidic pH in the stomach helps support normal gastric and intestinal flora.
Betaine & Pepsin supports balanced levels of HCI in the stomach and normal digestive function.
Symptoms of indigestion are often mistaken for excessive gastric acid. This leads many to take acid blockers in attempt to lower stomach acid, when the true culprit is likely to be insufficient levels of HCl. The resulting reduction in stomach acidity can lead to impaired protein digestion and mineral breakdown over time, as well as changes in the gut flora and promotion of unwanted bacteria such as H.pylori. Maintaining adequate levels of HCl is fundamental to healthy protein digestion, nutrient availability and maintenance of beneficial gastric flora.
Betaine HCl and pepsin are produced by the hormone gastrin. Gastrin signals the gastric glands and parietal cells to produce HCl, and stimulates chief cells to produce pepsin. Once the pH of the stomach reaches around 2.0, the gastrin mechanism slows and the negative feedback causes parietal cells to decrease production of HCl. Since pepsin is most active in low pH values, gastric juices must be acidic for the enzyme to function. Support of natural gastric secretions and acidity with Betaine & Pepsin supports normal digestion, absorption and optimal immune health. In addition, maintaining an acidic pH in the stomach helps support normal gastric and intestinal flora.
Betaine and Pepsin provides two essential components of healthy digestion: hydrochloric acid (HCl) and the digestive enzyme, pepsin. Hydrochloric acid is vital for the proper digestion of protein and the absorption of vitamins and minerals (especially vitamin B12, calcium, magnesium, copper and zinc). HCl also plays an important role in signaling the pancreas to release digestive enzymes. Pepsin is one of the first enzymes to initiate protein digestion and works in synergy with HCl to provide complete protein digestive support. Betaine & Pepsin includes 1,040 mg Betaine HCl USP and 208 mg Pepsin per serving.
CLINICAL APPLICATIONS
Provides Hydrochloric Acid to Help Maintain Gastric pH
Promotes Healthy Digestion, Especially of Dietary Protein
Supports Overall Nutrient Absorption
Ingredients and Dosage
1-2 capsules before each meal or as recommended by your health care professional
Betaine
Betaine (also known as trimethylglycine) is a natural substance found in foods such as beets and spinach. Research suggests that betaine supports cell health by acting as a methyl donor, This, in turn, supports healthy methionine, homocysteine and hepatic fat metabolism. Betaine also functions as an osmolyte, which supports the integrity of cells and proteins during fluctuations in hydration, salinity and temperature. Betaine HCl, the acidic form of betaine, has been used for years to support digestion and absorption due to its ability to lower gastric pH.[10,11] HCl also serves as the body’s primary mechanism against pathogens found in food.
Pepsin
One of the first enzymes to initiate protein digestion, pepsin is synthesized in the parietal cells of the gastric mucosa and secreted as the inactive precursor, pepsinogen. HCl activates pepsinogen to convert it to pepsin once it is outside the cell. Pepsin is released by the chief cells and is responsible for breaking down proteins into peptides. This activation sets up a chain reaction that produces more pepsin allowing for better protein digestion
