| Clove Flavour (Powder) | BOS Natural Flavors, Ltd | Clove Flavor (Powder) is a natural food flavoring obtained by solvent extraction of dried flowers of Eugenia Caryophyllata followed by dispersion in approved additives. It is a very light greenish powder, with the characteristic aroma and flavor of a typical clove bud. The active components of clove powder make it an excellent antioxidant, antiseptic, local anesthetic, as well as an anti-flatulent anti-inflammatory agent. It increases gastrointestinal motility and increases digestive enzyme...view more Clove Flavor (Powder) is a natural food flavoring obtained by solvent extraction of dried flowers of Eugenia Caryophyllata followed by dispersion in approved additives. It is a very light greenish powder, with the characteristic aroma and flavor of a typical clove bud. The active components of clove powder make it an excellent antioxidant, antiseptic, local anesthetic, as well as an anti-flatulent anti-inflammatory agent. It increases gastrointestinal motility and increases digestive enzyme secretions and promoted digestion. Clove powder is used to flavor certain desserts, curries, gravies, breads, soups, pickles, sauces, spice, cakes and other baked items. view less | |
| Xylanase | ProFood International, Inc. | Xylanase is a xylan degrading hydrolase enzyme that helps aid in digestion. It is available in powder, liquid, granular, and coated forms. This product finds use in a wide variety of food, beverage, and pharmaceutical applications. | |
| Oliggo-Fiber™ Inulin | Cargill Food Ingredients | Oliggo-Fiber™ Inulin is an inulin-type fructan derived from chicory and composed of linear chains of fructose units connected by s(2-1) bonds, ending or not ending in a glucose unit. The linkages between the fructose units are not susceptible to hydrolysis by human digestive enzyme...view more Oliggo-Fiber™ Inulin is an inulin-type fructan derived from chicory and composed of linear chains of fructose units connected by s(2-1) bonds, ending or not ending in a glucose unit. The linkages between the fructose units are not susceptible to hydrolysis by human digestive enzymes. It provides a unique opportunity to increase fiber consumption by its versatile application into a range of good-tasting, high quality and high-fiber foods and beverages. view less | |
| Sta-Lite® Polydextrose Fiber | Tate & Lyle | Sta-Lite® Polydextrose Fiber fortifies with fiber plus adds texture, all at only 1 Kcal/g. A non-sweet polysaccharide, it’s an ideal bulking agent for reduced-sugar and reduced fat formulations, helping to round out body, texture and mouth feel. With its highly branched randomly bonded structure, polydextrose is resistant to breakdown by human digestive enzyme...view more Sta-Lite® Polydextrose Fiber fortifies with fiber plus adds texture, all at only 1 Kcal/g. A non-sweet polysaccharide, it’s an ideal bulking agent for reduced-sugar and reduced fat formulations, helping to round out body, texture and mouth feel. With its highly branched randomly bonded structure, polydextrose is resistant to breakdown by human digestive enzymes. And as a hardworking fiber, Sta-Lite® offers the added benefits of high process and excellent pH stability. view less | |
| Alpha Trim™-W | Nutricepts, Inc. | Alpha Trim™-W is a wheat based amylase inhibitor. It is a free flowing, light tan powder or granular that delays or prevents digestion of starches. The product is used for weight control products, breaking down starchy foods, such as breads, potatoes, ric...view more Alpha Trim™-W is a wheat based amylase inhibitor. It is a free flowing, light tan powder or granular that delays or prevents digestion of starches. The product is used for weight control products, breaking down starchy foods, such as breads, potatoes, rice, and pasta into sugars that can be absorbed through the intestinal wall. view less | |
| Xylanase | American Laboratories Inc. | Xylanase acts on D-Xylan in a manner reminiscent of alpha and beta amylase on starch and results in the production of D-Xylose. Plant cell walls consist of large amounts of cellulose microfibrils embedded in a continuous phase of lignin, pectin, and hemic...view more Xylanase acts on D-Xylan in a manner reminiscent of alpha and beta amylase on starch and results in the production of D-Xylose. Plant cell walls consist of large amounts of cellulose microfibrils embedded in a continuous phase of lignin, pectin, and hemicellulose, with the hemicellulose fraction predominating. These non-starch polysaccharides are primary components of grains and grain products such as wheat, barley, and corncobs (up to 50% hemicellulose). Animal feeds frequently incorporate these hard to digest products. Considerable interest has developed in trying to break down the hemicellulose (xylan) portion to increase feed efficiency. Other uses are to reduce carbohydrates in baked goods, fruit juices, wine and vegetable oils. view less |
