20 results about "Soluble fibre" patented technology

The application relates to the technical field of feed formula data optimization, in particular to a pig feed formula data optimization processing method and system based on a computer, which comprises the following steps: acquiring parameters corresponding to a target breeding scene and inputting the parameters into a preset collaborative optimization model; wherein the collaborative optimization model is configured to: determine a reference threshold of digestible protein; dynamically compensate the reference threshold to generate an upper limit of dynamic demand of the digestible protein; determine a soluble fiber proportion target coordinated with the upper limit of dynamic demand; take the received upper limit of dynamic demand of the digestible protein and the soluble fiber proportion target as a collaborative optimization target, perform proportioning calculation on raw material available nutrient component parameters, and generate a final feed formula meeting the collaborative optimization target. The application can construct a collaborative optimization model of pig breed genetic characteristics, environmental temperature and raw material available nutrients, and realize dynamic and accurate adaptation of a feed formula.

The present invention provides a basis for using soluble fiber, particularly compositions comprising Agave fructans, to prevent or treat the accumulation of lipids, particularly ceramides in the liver and brain and lipofuscin in the liver, improving the overall integrity of both organs, with treatment being feasible to prevent fatty liver disease and also prevent Alzheimer's disease (AD). In the present invention, we analyze alterations in lipid metabolism in the liver and ceramide production in the brain of transgenic mice (APP / PS1, TG) for AD. Our results indicate that microvesicular lipid accumulation within hepatocytes is increased in TG mice compared to the control group. Furthermore, in the brains of TG mice, a greater accumulation of ceramides is observed in the somatosensory cortex and entorhinal cortex; in the CA1 region of the hippocampus and in the motor cortex, no significant increase was observed when compared to the control group.

The application provides an insulating tube for high-voltage cable protection and a preparation method thereof. The insulating tube is composed of an outer tube, an inner tube and a transition layer. The raw material for preparing the outer tube comprises a base resin, a carrier resin, a flame retardant and a slip agent, wherein the flame retardant comprises low-melting-point glass fiber, a phosphorus-nitrogen intumescent flame retardant and a silane coupling agent; the raw material for the inner tube comprises a main body resin and a solubilizing agent; and the raw material for the transition layer comprises soluble fiber raw material, nano-clay and a dispersing agent. Through a composite flame-retardant system and a multi-layer structure design, the application significantly improves the arc resistance, the flame retardant grade and the interlayer bonding force of the insulating tube, solves the technical problems that the traditional insulating tube is prone to breakdown and peeling in a high-voltage environment, and is suitable for long-term safe protection of high-voltage cables.

Described herein are pet food compositions comprising crude protein, carbohydrate, and dietary fiber consisting of insoluble fiber and soluble fiber is designed to shift the intestinal tryptophan metabolism of the companion animal from kynurenine pathway to indole pathway to produce indole derivatives. Methods of making and using the compositions are also described.

Described herein are pet food compositions and methods for using them. Such compositions may comprise soluble fiber and certain ratios of linolenic acid to fatty acids. The methods may include feeding the pet an effective amount of the pet food composition. The methods may include increasing the lean mass of a companion animal comprising feeding an effective amount of a pet food composition comprising soluble fiber and certain ratios of linolenic acid to fatty acids.

The invention relates to the technical field of feed formula data optimization, in particular to a computer-based pig feed formula data optimization processing method and system, and the method comprises the following steps: obtaining parameters corresponding to a target breeding scene, and inputting the parameters into a preset collaborative optimization model; wherein the collaborative optimization model is configured to determine a reference threshold value of digestible protein; dynamically compensating the reference threshold value to generate a dynamic demand upper limit of the digestible protein; determining a soluble fiber proportion target cooperating with the dynamic demand upper limit; and by taking the received digestible protein dynamic demand upper limit and the soluble fiber proportion target as a collaborative optimization target, carrying out proportion calculation on the available nutritional ingredient parameters of the raw materials, and generating a final feed formula meeting the collaborative optimization target. According to the method, a collaborative optimization model of pig breed hereditary characteristics, environment temperature and raw material available nutrients can be constructed, and dynamic and accurate adaptation of a feed formula is realized.

A shelf stable hard tortilla shell includes a type 4 resistant starch ("RS4") ingredient, a soluble fiber, a fine corn bran, corn masa, a plant-based protein. The shelf stable tortilla shell has a net carbohydrate content of less than 25% by weight of the tortilla shell and a moisture content of about 3% to about 11% by weight of the tortilla shell. The shelf stable tortilla shell optionally includes a fold support composition, coarse corn bran, corn grits, flavorant, coloring agent, and / or oil. A method of making a shelf stable tortilla shell includes providing a dough, forming the dough into a sheet and cooking (e.g., baking and / or frying) the sheet to form a hard taco shell, tostada or chip. The method can include gelatinizing at least some of the starch in the corn masa or in the corn bran.

The application provides a preparation method of low bulk density soluble fiber product, comprising: melting raw materials, fiberizing, cotton collecting, needling, calcining and forming to obtain the low bulk density soluble fiber product; the temperature of the melt to the fiberizing equipment is 100-200 DEG C lower than the temperature of the melt flowing out of the melting equipment during the melting process. The low bulk density soluble fiber product prepared by the method has the advantages of light weight, bulk density of 20-48 kg / m 3 , easy to carry the dead weight, the product can meet various customized needs, is convenient for construction, significantly reduces the manufacturing and operation cost of the user, belongs to A-grade non-combustible and has no safety hazard, has low thermal conductivity of 0.031-0.035 w / m.k, and the heat insulation, sound insulation and insulation effects are significantly improved. The application further provides a low bulk density soluble fiber product.

Provided are low-fat frosting compositions comprising a soluble fiber, sweetening agent, fat ingredients, and water, and associated methods in which the low-fat frosting composition is formulated. The frosting composition may be formulated to contain less than about 12 wt-% of total fat ingredients by weight of the low-fat frosting composition. The low-fat frosting compositions of the disclosure contain soluble fiber to result in at least 40% less fat than current commercial frosting formulations.

The present application relates generally to a process of manufacturing a plurality of products from chia seeds. The process comprises socking chia seeds in a large volume of water for a period of time followed by sonication at an elevated temperature to remove the soluble fiber, the mucilage of chia seeds using vacuum filtration. The oil component is extracted from mucilage removed chia seeds and the leftover is hydrolyzed in presence of an enzyme to afford a product of protein hydrolysates and a product of insoluble fiber of chia seeds. Both the process and the products are within the scope of this application.

The utility model discloses a flexible sound insulation blanket which comprises an aluminum foil glass fiber cloth layer, a damping sound insulation felt layer and a porous layer which are fixedly connected in sequence, and the porous layer can be a soluble fiber blanket or a SiO2 aerogel felt. The edge of the flexible sound insulation blanket is provided with a groove, the flexible sound insulation blanket is connected with a hook-and-loop fastener in a sewing mode, and a PVC thin plastic plate is arranged in the hook-and-loop fastener. The aluminum foil glass fiber cloth layer is composed of a soft aluminum foil layer, an adhesive layer and a glass fiber cloth layer, and a heat-resistant adhesive can be selected as an adhesive. According to the flexible sound insulation blanket, through the synergistic effect of multiple layers of materials, sound is effectively blocked and absorbed, and the sound insulation effect is remarkably improved. The flexible structure is convenient to install and can be attached to a complex surface, and the hook-and-loop fastener and the PVC thin plastic plate are convenient to install, disassemble and maintain. The composite material has wide application prospects in the fields of building, industrial equipment noise reduction and the like, can meet the sound insulation requirements of different scenes, provides various material selection and structure optimization schemes, and enhances the applicability and practicability of products.

The application provides a preparation method of a soluble ceramic fiber product, comprising the following steps: melting raw materials; fiberizing the melted materials; needling the fiberized fibers to form a fiber blanket, so as to obtain the soluble ceramic fiber product; and the temperature range of the melt flowing out in the melting process fluctuates by no more than 150 DEG C. The application improves the material channel of the melt flowing out of the heating equipment, so as to control the temperature fluctuation range of the melt flowing out to be no more than 150 DEG C. The process parameters in the fiberizing process are controlled, so as to ensure that the temperature fluctuation range of the melt dropping to the spinning roller is 100-200 DEG C. The flow of the cooling water in the spinning roller in the fiberizing process is controlled, so as to ensure that the fiberizing temperature fluctuation range in the spinning process is no more than 2%. The soluble ceramic fiber product prepared by the method provided by the application contains less than 5 wt% of dust with an average particle size of less than 45 mu m. The application further provides a soluble ceramic fiber product.

The invention provides a composite fiber pet hair-removing paste composition and a preparation method thereof. The composition comprises a composite fiber system, a matrix component, a natural lubricating complexing agent, a probiotic regulator, a natural emulsion stabilizer, a nutrition enhancer and a meat base material, the composite fiber system comprises soluble fibers and insoluble fibers in parts by weight, the insoluble fibers comprise 15-20 parts of wheat fibers and 20-30 parts of barley grass powder, and the soluble fibers comprise 10-15 parts of psyllium husk; the matrix component comprises the following components in parts by weight: 400-450 parts of purified water and 100-150 parts of maltitol; the natural lubricating complexing agent comprises 200-220 parts of fish oil and 25-35 parts of lecithin; the probiotic regulator comprises 15-20 parts of inactivated pediococcus acidilactici; the natural emulsion stabilizer is prepared from 30 to 40 parts of sodium carboxymethyl cellulose and 30 to 40 parts of sodium alginate. The composite fiber system is cooperated with the natural lubricating complexing agent and the natural emulsion stabilizer, so that mild and efficient hair removal is realized, and the product is good in stability and high in palatability.

The invention provides an enhanced impregnation method based on a sacrificial template channel and a transparent paper product, and the method comprises the following steps: (1) mixing cellulose fibers and soluble fibers according to a mass ratio of 95: 5-60: 40, carrying out wet defibering and papermaking at a temperature lower than a soluble fiber dissolution temperature, and carrying out hot pressing and drying to form raw paper; (2) preparing an impregnation liquid capable of dissolving soluble fibers, wherein the impregnation liquid comprises an impregnation liquid main body, a photoinitiator, a cross-linking agent and a surfactant; and (3) immersing the raw paper obtained in the step (1) into the impregnation liquid obtained in the step (2), and treating for 5-300 seconds under the condition that the temperature is higher than the soluble fiber dissolving temperature and lower than the cellulose fiber dissolving temperature, so that the soluble fibers are dissolved in the impregnation liquid, and a three-dimensional through channel is formed in the raw paper. In the impregnation process, the template is selectively dissolved, so that the physical barrier of a high-density cellulose fiber network to the impregnation liquid is fundamentally broken through, and a transparent paper product with high transparency and optical uniformity can be obtained.

The invention relates to a method for preparing a mixture of poorly-digestible alpha-glucans from a substrate rich in oligosaccharides having a degree of polymerization (DP) of 4.

The present disclosure provides solutions to various challenges in health, including health challenges related to high consumption of carbohydrate and / or low consumption of soluble fiber. The present disclosure provides, among other things, bacteria engineered for expression of a fiber-synthesizing enzyme, e.g., for expression of the enzyme in the gut (e.g., in the intestine). In particular embodiments, the present disclosure provides bacteria engineered for expression of a fiber-synthesizing enzyme that consumes carbohydrate in the process of synthesizing fiber, e.g., in the gut. The present disclosure further includes formulations of isolated fiber-synthesizing enzymes for administration to subjects.

The present invention relates to a fiber manufactured, for example, by the viscose process or by the lyocell process, said fiber comprising a blend of soluble cellulose pulp and soluble pulp made up of other lignocellulosic components derived from plant residue, for manufacturing sustainable fabrics.

The invention relates to a process for producing a wet savoury product. In particularly the invention relates to a process for producing a wet savoury product comprising the step of mixing a composition comprising water, oil, soluble fiber having a molecular weight below 6000 g / mol and flavor, pasteurize the mixture and after cooling adding an un-gelatinized starch followed by packaging the wet savoury product.

Aspects of the present invention relate to a dietary supplement formulation designed to enhance the bioavailability of turmeric extract using a specific combination of soluble fibers and natural sweeteners. The formulation supports overall health by providing an effective dose of turmeric extract in a convenient stick pack format.