203 results about "Insoluble fiber" patented technology

A new method to produce formulations of bacterial cellulose that exhibit improved viscosity-modifying properties particularly with low energy applied to effectuate viscosity changes therewith is provided. Such a method includes the novel co-precipitation with a water soluble co-agent that permits precipitation in the presence of excess alcohol to form an insoluble fiber that can than be utilized as a thickener or suspension aid without the need to introduce high energy mixing. Such bacterial cellulose properties have been available in the past but only through highly labor and energy intensive processes. Such an inventive method as now proposed thus provides a bacterial cellulose-containing formulation that exhibits not only properties that are as effective as those for previous bacterial celluloses, but, in some ways, improvements to such previous types. Certain end-use compositions and applications including these novel bacterial cellulose-containing formulations are also encompassed within this invention.

A controlled extended drug release technology for the controlled extended release of hydrophobic or hydrophilic drugs or therapeutically active agents consisting of a homogeneous blend of one or more therapeutic agents, gas generators and surrounded by one or more layers of coat made of thermoplastic water insoluble cellulose derivatives, acrylic polymers, superdisintegrants and optionally an oil, antioxidants and electrolytes. The technology platform is capable of releasing therapeutic agents via zero, first or pseudo first order release.

Disclosed are cooked dried farinaceous food products such as cooked cereal doughs, ready-to-eat cereals and grain based snacks fabricated from such cooked cereal doughs containing high levels of both insoluble and soluble fiber as well as high levels of protein. The cereals contain about 5 to 15% (dry weight) insoluble fiber; 5% to 15% soluble fiber in an excess of insoluble fiber; 15% to 30% (dry weight) plant protein and the balance cereal ingredients especially rice and wheat flour. The soluble fiber is preferably provided at least in part by inulin ingredient that can be incorporated into the dough and/or topically applied.

Methods, systems and formulations for normalizing and improving human body chemistry and the body's natural ability to heal itself. In one embodiment a system including effective amounts of a digestive enzyme, soluble and insoluble fiber, laxative, probiotics, vitamin C, potassium, protease enzymes, lipase, lysine, taurine, proline, choline, inositol, inositol hexaphosphate, policosanol, charcoal, bentonite clay, thyme, ascorbic acid, magnesium citrate, calcium citrate, methylsulfonyl methane, cayenne pepper, magnesium, potassium, ester-c, ginger and niacin, lysine calcium, stevia leaf, citric acid, a tincture of bayberry bark, juniper berries, yam root, cramp bark, golden seal root, fennel seed, uva ursi leaves, ginger root, lobelia herb, catnip herb, and peppermint leaf, golden seal root, Echinacea angustifolia root, ginger root, and licorice root, a tincture of black walnut hulls, venus fly trap, chaparral, wormwood, licorice root, slippery elm, cloves and comfrey root, burdock root, sheep sorrel, rhubarb root, slippery elm, olive leaf and yarrow flower is provided.

An edible-fiber food for decreasing blood fat and cholesterol, regulating blood sugar, moistening intestine, and preventing constipation, cardiovascular and cerebrovascular diseases, diabetes, intestinal cancer and breast cancer is prepared from water-insoluble fibers (19-80 Wt%) and water-soluble fibers (20-79%).

A pet food product for hairball treatment that includes a shell component completely surrounding an inner component to form one dual textured pet food product, wherein the shell component is harder than the inner component. The shell component can include a mixture of soluble and insoluble fiber and can include at least one ingredient comprising a carbohydrate, fat, protein or combination thereof. The inner component comprises a mixture of ingredients, wherein the ingredients include a lubricant.

An edible emulsion with insoluble fiber is described. The edible emulsion is suitable for use as a base for making reduced oil food products. The reduced oil food products made with the edible emulsion having insoluble fiber have consumer acceptable viscosities and texture and sensorial properties consistent with full fat food products.

The invention relates to a method for enzymolyzing wheat bran to prepare asafetida oligosaccharide, wherein it uses wheat bran as raw material; uses enzymatical to remove amidon, remove protein to prepare wheat bran insoluble fiber; then uses bacillus subtilis xylanase to hydrolyze wheat bran insoluble fiber to prepare the asafetida oligosaccharide. And the density of asafetida oligosaccharide will reach 1.497mmol/L. the invention can effectively utilize wheat bran, while prepared asafetida oligosaccharide has significant biological activity, to accelerate the generation of bifidobacteria, and restrain the erythrocyte oxidisability damage indused by free group, with better social and economic benefits.

The invention provides a novel enzyme, and preparation and use thereof. In terms of 217 kcal of calories, the total content of every 100g of the novel enzyme comprises 0.6g of fat, 1.31g of protein, 0.5g of minerals, 911mg of sodium, 31.2g of oligosaccharide, 2166u of superoxide dismutase, 856mg of vitamin B, 1276mg of vitamin C, 24g of soluble fibers, and 6.7g of insoluble fibers. After the novel enzyme is absorbed by a human body, the cells can be activated rapidly, and the red blood cells can be increased rapidly; meanwhile, the novel enzyme resists bad bacteria and viruses, has the anti-aging effect and can prevent functional aging.

The invention provides a manufacturing technique of tobacco remaking with a fold paper-making method. The manufacturing technique of tobacco remaking with the fold paper-making method comprises the following steps: raw materials of tobacco are soaked and extracted through extraction agent, insolubility fiber materials are separated from soluble substances, film base is made of insoluble substances through pulping, coating liquid is made of the soluble substances by concentration in a modulation mode, and the coating liquid is dip-coated or spray-coated on a slice film base, and enters a drying machine to dry. The manufacturing technique of tobacco remaking with the fold paper-making method is characterized in that slice film base after being dried is made to be diamond-shaped through a pair of corrugated rollers reversely rotating, and is made into a fold tobacco slice after being dried and cut. The manufacturing technique of tobacco remaking with the fold paper-making method is not limited by drying modes, is simple in manufacturing technique, and capable of being widely applied to the production of tobacco remaking with the fold paper-making method, and facilitates improving padding performance of remade tobacco, and reducing consumption of raw materials and production cost. According to measurement and calculation, compared with the prior ordinary tobacco remaking, the manufacturing technique of tobacco remaking with the fold paper-making method can save the consumption of the raw materials by 1.0% or so, improve combustion performance of cigarettes, reduce suction resistance and improve suction quality of the cigarettes.

The invention relates to a preparation method of a plant-enzyme-containing drink capable of improving a respiratory system. The preparation method comprises the steps of adding water to soak and boil out malt, folium mori, fig, buckwheat, platycodon grandiflorum, rhizoma phragmitis, liqorice, dried tangerine peel, poria cocos, lily, almond and purple perilla, carrying out low-temperature vacuum decompression concentration on decoction, blending black sugar and peptone with the decoction, and disinfecting and filtering the mixture to obtain filtrate, namely a nutrition solution; and inoculating probiotics to the nutrition solution at 30 DEG C in a fermentation tank, mixing and fermenting by four stages, and performing quality detection to obtain the drink. By taking various plants as a nutrition solution culture medium and various composite probiotics as a conversion tool and adopting multistage deep liquefied fermentation, toxic and harmful substances in the raw materials can be degraded to form new active ingredients, nutrient elements in the materials can be released, effective ingredients, such as saccharifying enzyme and protease, can be produced in a fermentation process, original active ingredients can be retained, phytic acid is changed into functional lactic acid and acetic acid, and insoluble fiber is changed into soluble dietary fiber, so that the self immunocompetence of a human body can be effectively improved, and the diseases of the respiratory system can be relieved and prevented.

Methods for maintaining or improving the gastrointestinal health of animals susceptible to or suffering from poor gastrointestinal health by administering to the animal a gastrointestinal health maintaining or improving amount of a food composition comprising from about 1 to about 20% carbohydrate; from about 3 to about 10% total dietary fiber, wherein the total dietary fiber contains from about 10 to about 40% soluble fiber and from about 90 to about 60% insoluble fiber; and from about 0.1 to about 10% omega-3 fatty acids; wherein the composition has a digestibility coefficient of at least 80. Generally, the compositions are administered to the animal to prevent or treat diarrhea or to improve stool quality. Further, the compositions may be administered in conjunction with one or more probiotics, prebiotics, anti-gastritis drugs, anti-enteritis drugs, or anti-diarrhea drugs, microbial exopolysaccharides, or combinations thereof to maintain or improve gastrointestinal health.

The present invention is a process for creating a konjac glucomannan based food product. More specifically, the method for transforming konjac glucomannan solutions into heat-stable gels requires the use of heat and a high pH to deacetylate the konjac glucomannan molecule. A minimum concentration of 1.5-2% konjac glucomannan is necessary to adjust the system to a pH of approximately 9.0. When the solution is heated to 85° C. with a mild alkali condition (pH 9-10) it forms a gel which is unaffected by heat. Thus, the gel remains stable when additional heat is applied and remains unchanged under repeated heating at 100° C. or even at 200° C. Alternatively, the addition of an alkali, like Ca(OH)₂ in a konjac glucomannan solution removes its acetyl group forming a stable network structure to form the gel structure. By mixing the konjac glucomannan soluble fiber, with any kind of insoluble fibers and alkalis together, a pure fiber konjac gel food can be made by simply pouring the complex powder into water applying heat. The traditional konjac gel foods texture is hard, chewy and rubbery, the new gel foods in which the insoluble fiber is added improves the texture of the gel foods.

A dual-textured foodstuff comprising a total fiber content of about 2.5 g to about 5.0 g of fiber; a baked dough-based component including a dough-based component fiber blend with soluble fiber and insoluble fiber in a ratio of about 9:1 to about 0.43:1; about 40 wt % to about 60 wt % of the total fiber content; and a crispy texture throughout the shelf life of the foodstuff; along with a baked filling component present in an amount of about 35 wt % to about 60 wt % of the foodstuff, the baked filling component being in direct contact with the baked dough-based component, and having a soft texture throughout the shelf life of the foodstuff; a relative humidity of about 0.6 to about 0.8.

A chewable composition for the oral delivery of live microorganisms is provided. The chewable composition includes a delivery vehicle and an active ingredient incorporated therein. The delivery vehicle may include an organic or non-organic gummy candy including a binding agent, sweetener, flavoring, and/or coloring. The active ingredient may include a predetermined amount of at least one probiotic. The delivery vehicle may also include a predetermined amount of at least one prebiotic. The delivery vehicle may also include any combination of nutraceuticals, vitamins, minerals, antioxidants, soluble and insoluble fiber, herbs, plants, probiotics, prebiotics, antioxidants, amino acids, fatty acids, digestive enzymes, dietary supplements, or any other health promoting ingredient.