45results about How to "Avoid Active Effects" patented technology

The invention provides a composite micro-ecological preparation for regulating the intestinal flora. The composite micro-ecological preparation is mainly prepared from, by weight, 1 part of probiotics and 8-15 parts of prebiotics, wherein the probiotics are enteric coating coated freeze-dried powder including lactobacillus acidophilus and bifidobacterium longum, and the prebiotics include inulin, fructo-oligosaccharide, isomalto-oligosaccharide and pectin dietary fibers. The composite micro-ecological preparation for regulating the intestinal flora is prepared from the probiotics and the prebiotics in a composite mode, the special composite including various substances with inulin as the main material serves as the prebiotics, beneficial multiplication help is provided for the probiotics composed of lactobacillus acidophilus and bifidobacterium longum, and thus the comprehensive, balanced and remarkable dual-directional intestinal flora regulating effect is performed in the intestinal tract. Besides, the composite micro-ecological preparation is high in stability, free of limitation of product dosage forms and suitable for being taken by people suffering from intestinal flora disorder.

The invention discloses an Ag / GO / C catalyst. Ag content of the Ag / GO / C catalyst is in a range of 5-90% by mass, and GO (graphite oxide) content of the Ag / GO / C catalyst is in a range of 5-90% by mass. The Ag / GO / C catalyst has high oxygen reduction reaction (ORR) catalytic activity under the alkaline conditions. The preparation method adopts a heating backflow technology, is simple and easy, can be implemented by one step, is conducive to catalyst large-scale production, is free of a process for producing RGO by high-temperature reduction or from large-toxicity hydrazine hydrate, greatly saves resources and energy, is safe, has no pollution and is conducive to environmental protection. The Ag / GO / C catalyst can be used as a metal-air fuel cell oxygen-reduction catalyst, an alkaline anion-exchange membrane fuel cell oxygen-reduction catalyst and other oxygen-reduction catalysts under alkaline conditions.

The invention discloses a separation culture method of anaerobic bacteria. The method comprises the following steps: preparing a culture medium; filling nitrogen before sterilizing the culture medium; carrying out enrichment culture of a strain; and carrying out separation culture on the strain, wherein the separation culture on the strain adopts a way of alternate inoculated culture by a liquid culture medium and a solid culture medium, and the liquid culture medium inoculates the solid culture medium by capillary glass tube puncture, a cylindrical anaerobic culture cavity with a smooth inoculating face is formed in the solid culture medium, and round holes formed on the surface of the solid culture medium are sealed after inoculation by adopting an unset culture medium so as to form a sealed anaerobic culture cavity, and the inner wall of the anaerobic culture cavity is a culture face of anaerobic bacteria. According to the method disclosed by the invention, the anaerobic culture cavity with the smooth inoculating face is formed in the solid culture medium to provide an anaerobic environment for culturing anaerobic bacteria, so that the use of anaerobic equipment is reduced, the separating process is simplified, the cost in the separating process is lowered, and the time of acquiring single strain is shortened.

The invention provides a biomolecule fluorescence marking method, a fluorescence-marked biomolecule obtained thereby and application of the fluorescence-marked biomolecule.The method includes: dissolving fluorescence molecule and sulfhydryl-containing biomolecule in a buffering solution, stirring, and performing dialysis separation to obtain the fluorescence-marked biomolecule, wherein the fluorescent molecule is one or or a combination of at least two of cyanine dye compounds of the structure.By using the method, the cyanine dye compounds can be efficiently utilized to mark the biomolecule under mild conditions, organic solvents are not needed, so that the method is environment-friendly, and influence on biomolecule activity by certain organic solvents is avoided.The method is high in marking efficiency, simple to operate and wide in application prospect.

The invention belongs to the field of feeds and particularly relates to a laying hen feed. The laying hen feed is prepared from the following components in parts by mass: 40-60 parts of corn flour, 10-15 parts of soybean meal, 4-6 parts of premixed materials, 5-15 parts of mole cricket powder, 0.1-0.5 part of microcapsules, wherein the core materials of the microcapsules are lactic acid bacteria;the wall materials of the microcapsules are propylene glycol alginate; the ratio of the core materials to the wall materials of the microcapsules is (0.05-0.1) to 1. The laying hen feed is reasonablein formula and rich in nutrition; the produced eggs are high in nutrition value; meanwhile, the laying hen feed is simple in preparation method, few in selected raw material types, low in cost and free of toxic and side effects, and is safe and reliable.

The invention relates to a flexible fiber medicine box capable of intelligently releasing medicines, and preparation and application of the flexible fiber medicine box. The preparation process of the medicine box comprises the steps that firstly, a pore-foaming agent and a high-molecular polymer are sequentially added into an organic solvent, the pore-foaming agent and the high-molecular polymer are evenly mixed to serve as a spinning solution to carry out electrostatic spinning, and a nanofiber membrane is prepared; then, the nanofiber membrane is put into a Tris-hydrochloric acid buffer solution containing dopamine to be subjected to modification treatment, and the nanofiber membrane modified by polydopamine is obtained; then, the nanofiber membrane modified by the polydopamine is put in a mixed solution for grafting reaction to obtain a fiber membrane loaded with a switch; and finally, the fiber membrane loaded with the switch is cleaned and dried to obtain the flexible fiber medicine box. The medicine box comprises porous fibers, and PMAA is chemically grafted at holes on the porous fibers. The prepared medicine box is subjected to medicine carrying treatment, and then a medicine release test is performed: the medicine box does not suddenly release within the first 4-6 hours in an environment with the pH value of 7.0-7.4, and ta medicine release amount is gradually increased along with reduction of the pH value of the medicine release environment.

The invention relates to a liposome preparation method and an application of liposome as a vaccine immunity adjuvant. The liposome preparation method provided by the invention comprises the steps of 1) weighing hydrogenated soy phosphatidylcholine HSPC, cholesterol CHOL, 1,2-dioleoyl-3-trimethylammonium-propane, chloride DOTAP-Cl or 1,2-distearoyl-sn-glycero-3-phosphatidylglycerol sodium salt DSPG-Na, and vitamin VE, and mixing in percentage of (70-90): (0-30): (10-20): 0.5 by mass to obtain a mixture; 2) dissolving the mixture obtained from the step 1 in a chloroform / methanol solvent to obtain a solution, wherein the chloroform / methanol solvent consists of chloroform, methanol and ultra-pure water at a volume ratio of 24: 72: (4-5.1); and 3) weighing a solid support, adding the organic solution of previous lipoids, uniformly stirring, and rotatably evaporating to remove an organic solvent. The preparation method is simple in process and low in cost, and is applicable to mass cultivation of liposome and the vaccine immunity adjuvant.

A bionic dual-drive reverse intestinal flora transplantation device with magnet and wheat awn, including a pipeline body with open head and tail ends, a sliding jacket and an internal magnet are arranged at the head end of the pipeline body, and the internal magnet is arranged on the pipeline body The upper end of the sliding jacket is closed, wrapping the inner wall of the pipeline body and the outer surface of the magnet in the body. The outer wall of the sliding jacket is provided with an imitation wheat awn structure, and the inner wall and the tail of the outer wall of the sliding jacket are respectively connected with pull lines. The tail end of the main body is provided with Velcro, and the Velcro is distributed on the inner and outer walls of the pipeline body. The pulling wires are connected and fixed on the Velcro, and the side wall at the head end of the pipeline body is provided with a side hole. The present invention can obviously shorten the time of catheterization, and can inject the bacteria-containing liquid after inserting into a deeper part, so as to ensure the curative effect, eliminate the discomfort brought by the traditional oral intestinal flora transplantation to patients, and at the same time avoid gastric juice and other effects on the bacterial flora activity. Influence, to achieve the purpose of injecting the liquid containing the intestinal flora to be transplanted through the lower digestive tract.

The invention provides an artificial blood vessel loaded with pseudo-ginseng medicines, and a preparation method and application for the artificial blood vessel. The artificial blood vessel sequentially consists of an inner layer, a middle layer and an outer layer which are closely connected with one another; the outer layer consists of nondegradable polymer materials; the middle layer consists of degradable high polymer materials and pseudo-ginseng powder distributed on the surface and / or the inside of the middle layer; the inner layer consists of degradable natural biological materials and pseudo-ginseng powder distributed on the surface and / or the inside of the inner layer; the mass percent of the pseudo-ginseng powder in the inner layer is larger than 5%; the content of the pseudo-ginseng powder in the middle layer is higher than that of the pseudo-ginseng powder in the inner layer; the outer layer is a nondegradable layer and is mainly used for protecting and replacing a blood vessel for a long time; the middle layer is a long-acting antithrombosis layer, can degrade high polymers, and can slowly release medicines so as to realize a long-acting antithrombosis effect; and the inner layer is a quick degrading layer, when the blood vessel is punctured and injured by a foreign object, the pseudo-ginseng medicines wrapped in the blood vessel are directly exposed on a wound, blood is stopped quickly, and the artificial blood vessel is particularly suitable for application to products such as hematodialysis.

The invention discloses a separation culture method of anaerobic bacteria. The method comprises the following steps: preparing a culture medium; filling nitrogen before sterilizing the culture medium; carrying out enrichment culture of a strain; and carrying out separation culture on the strain, wherein the separation culture on the strain adopts a way of alternate inoculated culture by a liquid culture medium and a solid culture medium, and the liquid culture medium inoculates the solid culture medium by capillary glass tube puncture, a cylindrical anaerobic culture cavity with a smooth inoculating face is formed in the solid culture medium, and round holes formed on the surface of the solid culture medium are sealed after inoculation by adopting an unset culture medium so as to form a sealed anaerobic culture cavity, and the inner wall of the anaerobic culture cavity is a culture face of anaerobic bacteria. According to the method disclosed by the invention, the anaerobic culture cavity with the smooth inoculating face is formed in the solid culture medium to provide an anaerobic environment for culturing anaerobic bacteria, so that the use of anaerobic equipment is reduced, the separating process is simplified, the cost in the separating process is lowered, and the time of acquiring single strain is shortened.

The invention discloses an Ag / GO / C catalyst. Ag content of the Ag / GO / C catalyst is in a range of 5-90% by mass, and GO (graphite oxide) content of the Ag / GO / C catalyst is in a range of 5-90% by mass. The Ag / GO / C catalyst has high oxygen reduction reaction (ORR) catalytic activity under the alkaline conditions. The preparation method adopts a heating backflow technology, is simple and easy, can be implemented by one step, is conducive to catalyst large-scale production, is free of a process for producing RGO by high-temperature reduction or from large-toxicity hydrazine hydrate, greatly saves resources and energy, is safe, has no pollution and is conducive to environmental protection. The Ag / GO / C catalyst can be used as a metal-air fuel cell oxygen-reduction catalyst, an alkaline anion-exchange membrane fuel cell oxygen-reduction catalyst and other oxygen-reduction catalysts under alkaline conditions.

The invention discloses a functional factor reinforced crunchy candy and a processing method thereof. The processing method comprises the following steps: firstly, mixing 35 to 55 parts of isomaltose hypgather powder, 10 to 20 parts of erythritol powder, 10 to 20 parts of isomalt powder, and 25 to 35 parts of water and heating to a temperature of 70 to 90 DEG C to enable sugar to be molten; and then sugaring off, cooling, separating sugar semifinished products, preparing peanut butter rich in a garcinia mangostana L pericarp compound coating, crisping to make a core, whitening to prepare couverture and forming, wherein the peanut butter rich in the garcinia mangostana L pericarp compound coating is prepared by compounding a compound A, a compound B, a compound C and vitamin C which are separated from garcinia mangostana L pericarp according to a weight ratio of 1:(1-2):(1-2):(1-2) to form a garcinia mangostana L pericarp active material compound coating and adding the garcinia mangostana L pericarp active material compound coating into peanut butter. According to the invention, a heat value of the cushion is reduced; functions of not decaying teeth, removing free radicals, conditioning intestinal tract and the like and an antioxidation function are given to the cushion; and preservation performance of the cushion is improved, so that shelf life is prolonged.

The present invention relates to the technical field of activated carbon recycling in disposing of a waste mercury catalyst, in particular to a method for recycling activated carbon after disposing of the waste mercury catalyst. The method comprises: adjusting waste residue containing activated carbon obtained after disposing of the waste mercury catalyst into seriflux by adding water; after precipitation and filtration of the seriflux, dissolving mercury-containing components and other impurities soluble in water in the filtrate; putting the filtrate into an absorption slot, and putting the precipitate into a distillation furnace to carry out high temperature treatment at a temperature of 850-900 DEG C after drying the precipitate; and subliming PVC after destruction of the PVC in the activated carbon, and emptying gaps of activated carbon, so as to improve the activity effect of the activated carbon. Compared with fresh activated carbon in terms of the activity effect, when disposing of an equal amount of colored wastewater, the dosage of the activated carbon is 0.05-0.07 times higher than the dosage of the fresh activated carbon; and discharge of mercury during the process of recycling and disposing the activated carbon is reduced, and the environmental pollution rate is reduced.

The invention provides an operation method for biodegradation of chemical wastewater, belonging to the technical field of chemical wastewater treatment. The invention aims to solve the problem of incomplete chemical wastewater degradation treatment in the prior art. The operation method comprises the following steps: oil separation treatment, air flotation treatment, oxidation treatment, flocculation treatment, biological treatment, introduction of effluent from a biological filter into a disinfection tank, and sterilization and disinfection, thereby finishing chemical wastewater treatment. According to the invention, chemical wastewater is subjected to biodegradation treatment in multiple modes, organic pollutants in the chemical wastewater are removed through the metabolism effect of microorganisms, and the method has the advantages of low cost and easy operation and is advantageous in treatment of large-flow low-concentration harmful chemical wastewater; an anaerobic biological filter and an aerobic biological filter are arranged in the biological filter, and a pH value in the biological filter is adjusted, so microorganisms in the anaerobic biological filter and the aerobic biological filter are in an optimal environment, the degradation of organic pollutants in the chemical wastewater is accelerated, and the chemical wastewater meets the requirement of up-to-standard discharge.