404 results about "Glycolysis" patented technology

A preparation method of a ferment Chinese Traditional Herbs for feeding belongs to the production field of the feed additives. The technical proposal provided by the present invention is that one or various intestinal probiotics is inoculated on a cultivation matrix containing extracts of Chinese Traditional Herbs, and undergoes ferment cultivation in a proper condition. The probiotics include Lactobacillus acidophilus, Bacillus subtilis, and candida utilis, etc, and the selected Chinese Traditional Herbs include astragalus, atractlylis lancea formalyrata, codonopsis pilosula, pericarpium citri reticulatae, and atractylis atractylis ovata, etc. The ferment Chinese Traditional Herbs for feeding provided by the present invention used to breed the livestock and the poultry is capable of preventing and treating epidemic diseases and improving the growth of the animal. The biological ferment of the water extract of Chinese Traditional Herbs by the probiotics is utilized to produce the elements with higher activities, thereby improving the absorption, transportation, metabolism, activation and medical efficacy of the Chinese Traditional Herbs in human body.

The present invention is directed toward a stable calibrator and/or control, kit and process for using in a glucose monitoring instrumentation. Principally, the instant invention teaches a glycolyzed red blood cell component which has been treated with a glycolysis stabilizing effective amount of at least one non-crosslinking aldehyde compound which may be added to fresh plasma along with an amount of glucose to form a simulated whole blood glucose control product, effective for maintaining a particular and essentially stable glucose concentration over a period of time sufficient for accurate measurement and calibration of a glucose measuring instrument.

The present invention is directed toward a stable calibrator and/or control, kit and process for using in a glucose monitoring instrumentation. Principally, the instant invention teaches a glycolyzed red blood cell component, which has been treated with a glycolysis stabilizing effective amount of at least one non-crosslinking aldehyde compound. The glycolyzed red blood cell component may be added to fresh plasma along with an amount of glucose to form a simulated whole blood glucose control product, effective for maintaining a particular and essentially stable glucose concentration over a period of time sufficient for accurate measurement and calibration of a glucose measuring instrument.

Provided herein are methods for determining the metabolism of one or more sugars and/or fatty acids, and applications thereof. Such applications include determining the rate of glycogen synthesis and glycolysis, which are believed to be early markers for predicting elevated risk of diabetes and cardiovascular disease. Other applications include methods for screening drugs that effect sugar and/or fatty acid metabolism. The methods are useful for at least partially characterizing drugs for desirable or undesirable (toxic) characteristics. Drugs that are at least partially characterized using the methods of the invention can then be further developed in pre-clinical testing and clinical trials. Such drugs may be found to be useful in treating obesity, diabetes, cardiovascular disease, and other disorders of metabolism.

The present invention is directed to compositions that inhibit glycolysis, perferentially in cancer. Specifically, the anticancer compositions comprise 3-halo-2-oxopropionate and its derivatives, such as ester derivatives. However, in specific embodiments, the anticancer composition is sodium 3-halo-2-oxopropionate, such as sodium 3-bromo-2-oxopropionate and a stabilizing agent, such as carbonic acid. In particular embodiments, the compositions of the present invention further comprise a metabolic intermediate for normal cells to utilize in a pathway for an alternate energy source, thereby providing protection to normal cells. In other embodiments, the 3-halo-2-oxopropionate or its ester derivative is used in combination with an additional cancer therapy, such as radiation and/or a drug.

The invention discloses a preparation method of a raw tea enzyme. The method comprises the following steps of: primary fermentation step: carrying out ozone sterilization treatment on raw tea, then, shredding and cutting out the raw tea under the clean conditions, adding dark brown sugar to uniformly mixing the raw tea, adding lucid ganoderma strains, bacillus subtilis strains and bifidobacterium strains, and carrying out fermentation for 30 to 50 days at room temperature; and secondary fermentation step: inoculating bacillus aceticus into semi finished products subjected to the primary fermentation, carrying out fermentation for 15 to 20 days at room temperature, and obtaining the raw tea enzyme raw liquid. The invention also discloses the corresponding raw tea raw tea enzyme. When the method provided by the invention is adopted for preparing the raw tea enzyme, the used time is short, the pollution is little, the raw tea can fast realize the glycolysis to obtain small molecular substances easily absorbed by the human body, the active ingredients of the tea can be remained to the maximum degree, in addition, a large number of physiological active products and various kinds of fiber enzymes, protein enzymes, hementerin enzymes, starch enzymes and the like can be accumulated, and the integrated health-care values of the raw tea enzyme are greatly improved.

The invention discloses a method for deep denitrification of metaphase landfill leachate through single-stage SBR (Styrene Butadiene Rubber) post denitrification treatment, which belongs to the technical field of sewage treatment by using biochemical process. Aiming at the characteristics that the landfill leachate is high in organism concentration, high in ammonia concentration, high in C/P ratio (grater than 200), the invention discloses a real-time control method with the combination of 'anaerobic/aerobiotic/anoxic' operation modes, and SBR post denitrification is achieved. Under long-term domestication, glycan bacteria (GAO) can be enriched, volatile organic acids (VFA (Volatile Fatty Acid)) in water are converted into poly-beta-hydroxy-alkanoic acid ester (PHA) through glycogen glycolysis at an anaerobic stage by using GAO, in an aerobiotic stage (the dissolved oxygen is less than 0.8mg/L), when partial nitrification is carried out, most part of PHA is converted into glycogen, and in the anoxic stage, the residual PHA and the glycogen are utilized to perform carbon source denitrification, so that the effluent meets the latest national emission standard. The method has the advantages of simple devices, rapid starting, freedom of external carbon source, good denitrification effect, simplicity in operation, low cost and the like.

This invention provides methods for alleviating paroxysmal disorders in an animal, particularly epilepsy, by modulating glycolysis in brain cells.

Disclosed is a process for producing copolyesters with high levels of recycled content. Scrap or post-consumer poly(ethylene terephthalate) is depolymerized by methanolysis or glycolysis to produce a purified, recycled dimethyl terephthalate which can be repolymerized with 2 or more diols. The polyesters of this invention have physical properties and an appearance that is similar to polyesters prepared from virgin monomers. In addition to dimethyl terephthalate, the polyesters can be prepared from recycled ethylene glycol recovered from depolymerization of poly(ethylene terephthalate) and/or 1,4-cyclo-hexanedimethanol prepared by hydrogenation of recycled dimethyl terephthalate or recovered from depolymerized polyester mixtures.

The invention relates to a tree-like polymer targeting nanometer drug delivery carrier. The structural general formula of the nanometer drug delivery carrier is PEG-b-PAMAM-(Cys)n. According to the invention, the carrier is sensitive to pH, and a hydrogen bond between the carrier and a drug will break when the pH of the environment is low, so the drug is released, and targeting drug delivery is realized. The carrier has an effective treatment effect on myeloma. A large amount of lactic acid generated in the myeloma cell propagation process because of glycolysis causes a case that the pH of focus positions is lower than the normal pH of a body fluid, and the osteoclast formation and activation and the enzyme catalysis bone break further reduce the pH, so complication syndromes, such as osteolytic damages and the like, are caused. The carrier has the characteristics of specificity, slow release and high drug load, and can substantially improve the treatment effects on liquid tumors, such as myeloma and the like.

A method for the chemical depolymerization of waste polyethylene terephthalate by application of microwave radiation and solvolysis in the presence of a catalyst comprising the first stage where the waste polyethylene terephthalate is mixed up with an microwaves absorbing activator, the mixture is melted by its exposing to a microwave radiation on a frequency from 915 to 2450 MHz and with a power output from 0.1 to 0.5 kW per kg of a charge, at a temperature from 230 to 330° C., under atmospheric pressure and the second stage, where the molten mixture is subjected to solvolysis, including acidic or basic hydrolysis, alcoholysis or glycolysis in the presence of a catalyst under continuing microwave radiation and atmospheric pressure yielding terephthalic acid, salts or esters thereof, and ethylene glycol.

The invention relates to a method for preparing bio-ethanol by taking seaweed processing waste as raw material, which is characterized by comprising the steps: selecting the seaweed processing waste, and pretreating the raw material by sulfuric acid or hydrogen peroxide; then, adding cellulase or cellobiase for cellulose compound enzymolysis, and filtering enzymolysis liquid to remove insoluble components; and finally, supplementing inorganic salt, inoculating saccharomyces cerevisiae strain, and carrying out alcoholic fermentation under the anaerobic condition. The original structure of algae cellulose is changed by the pretreatment process, and the action probability between the cellulose and degrading enzyme can be promoted, so that the enzymolysis efficiency of the cellulose is improved; furthermore, after the cellulose is treated by the compound enzymolysis of the cellulase and the cellobiase, the feedback inhibition of the cellobiose for the cellulose can be effectively eliminated, the content of glycolysis sugar of yeast can be improved, and the yield of alcoholic fermentation is further improved.

The invention discloses a strain of engineering bacteria producing DL-alanine. Lactic dehydrogenase, pyruvate formate lyase, alcohol dehydrogenase, acetic acid kinase, fumaric acid reductase, alanine racemase and methyl glyoxal synthetase of the strain of engineering bacteria producing the DL-alanine are inactivated; and exogenous L-alanine dehydrogenase gene and alanine racemase gene are integrated on the chromosome of the engineering bacteria. According to the invention, pyroracemic acid, an intermediate product of the glycolysis is converted to L-alanine by integrating the exogenous L-alanine dehydrogenase gene into the chromosome of the engineering bacteria; and an exogenous alanine racemase gene is further integrated into the chromosome, and part of the L-alanine is converted into D-alanine. Then producing the DL-alanine from raw material sugar in one step is realized, the production period of the DL-alanine is decreased and the productivity of the DL-alanine is enhanced.

The present invention pertains to substances of the formula (I) wherein X is O or S; and R1-R4 are defined in the claims as inhibitors of glyoxalase I and/or II, pharmaceutical compositions comprising one or more compounds according to formula (I) and the use of one or more compounds according to formula (I) for the treatment of diseases associated with increased glycolytic metabolism. In one embodiment, the disease is a fungal infection.

The invention relates to a method for synthesizing glutathione using yeast cells. Gamma-GCS and GS in yeast cells are used, glucose is used as the energy, an intracellular glucolysis system is used to produce triphosadenine, glutamic acid, cysteine and glycin in reaction liquid are synthesized to form glutathione; saccharomyces cerevisiae, baker's yeast, candida and other yeast cells are permeabilized and then react in a reaction liquid composed of phosphate buffer, MgCl2.6H2O, CaCl2.2H2O, glucose, L-glutamic acid and L-cysteine, gamma-L-glutamoyl L- cysteine is produced, then glycin is added to produce glutathione; in the two-stage reaction, the inhabitation effect of glutathione to gamma-GCS catalytic reaction is greatly reduced; glutathione produced by the method has obviously improved product concentration and reaction yield.

The invention relates to the field of plant products application, in particular to a kudzuvine root comprehensive processing and utilization scheme. The scheme solves the problems in present kudzuvine root processing and utilization that products are concentrated on a single component such as starch or flavone, and the kudzuvine root resources can not be utilized well. The scheme breaks through a mindset in the present technical filed and comprises two steps that edible ethanol is prepared by adopting glycolysis starch, and then the kudzuvine root is extracted and prepared. Water serves as solvent in the process of extraction of the kudzuvine root, and a conventional method that 60% to 80% ethanol must be adopted so as to achieve the purpose of effective extraction caused by coexistence of starch is different from the kudzuvine root comprehensive processing and utilization scheme. Three products or raw materials are generated in the process of kudzuvine root extraction, the purpose of making full use of the kudzuvine root is achieved, and therefore the kudzuvine root comprehensive processing and utilization scheme is suitable for popularization and application.

The invention discloses octenyl succinate starch with colon targeting controlled release function and a preparation method and an application thereof. The method comprises the following steps: activating starch and organic activator in the presence of protective gas and adding octenyl succinic anhydride to react for 1-5h, cooling, washing, filtering, drying, smashing and screening the to obtain the product. The obtained octenyl succinate starch has the characteristics of incapable digestion and absorption by the amylase in the upper gastrointestinal tract and capable glycolysis by the microorganism in the colon, good colon targeting controlled release function, high controllability in the degree of substitution, good biocompatibility, and safe and non-toxic properties. The octenyl succinate starch is capable of remarkably increasing the colon targeting of medicaments and has less leakage in the gastrointestinal part by the colon targeting positioning technology, such as time lag and enzymatic triggering, and is capable of controlling the speed and degree of the octenyl succinate starch degraded by the microorganism in the colon through regulating the preparation process on the premise of guaranteeing the colon targeting so as to meet the release requirements of different medicaments.