133 results about "Nanocapsules" patented technology

The invention discloses a preparation method and application of a ceramic glaze layer protecting and repairing material, and belongs to the technical field of cultural relic protection. The preparation method comprises preparation of a core-shell self-repairing nanocapsule, and the preparation of the core-shell self-repairing nanocapsule comprises the following steps: reacting a calcium chloride solution with a sodium hydroxide solution, then adding sodium polyacrylate and nano ZnO, and carrying out dispersion, centrifugation, washing and other operations to prepare the nano Ca (OH) 2-ZnO composite material. The nano Ca (OH) 2-ZnO composite material of the core-shell self-repairing nanocapsule can be rapidly released through the 3.5 nm aperture of the mesoporous SiO2 shell, glaze layer cracks are physically filled and react with CO2 in air to generate CaCO3 crystals, crack plugging is achieved, meanwhile, dynamic disulfide bonds of a PU layer are broken and recombined under stress stimulation, a crack interface is repaired through chemical bonding, and the performance of the core-shell self-repairing nanocapsule is improved. The 24-hour crack repair rate is greater than or equal to 96%, and the limitation of'one-time repair 'of a traditional material is solved.

The invention relates to a biodegradable hydraulic oil composition and a preparation method of hydraulic oil, and relates to the technical field of hydraulic oil compositions.The hydraulic oil composition comprises, by weight, 20-37% of ester oil, 5-10% of refined vegetable oil and 5-10% of a demulsifier, and the total weight of the ester oil, the refined vegetable oil and the demulsifier is 100%. The content of the refined vegetable oil is 62-79.9 wt%, the content of the demulsifier is 0.1-1 wt%, and the preparation method of the refined vegetable oil comprises the following steps: pre-loading a nanocapsule with an antioxidant as an inner core in activated clay, loading the activated clay pre-loaded with the nanocapsule into deacidified oil, and filtering to obtain the refined vegetable oil. The hydraulic oil composition disclosed by the invention has excellent biodegradability and also has the technical effects of relatively good oxidation stability and viscosity-temperature property.

The invention relates to a mould-proof and mothproof polyurethane foaming adhesive manufacturing process which comprises the steps of prepolymer preparation, prepolymer mixture preparation, foaming agent mixture preparation, foaming forming, curing and finishing. According to the mould-proof and mothproof polyurethane foaming adhesive manufacturing process, a mould-proof agent is packaged in a silicon dioxide nanocapsule, so that the dispersity and the slow-release effect are improved; the pressure of the mixing head of the high-pressure foaming machine is increased to 20 MPa, the micron-sized dispersion effect is ensured, microwave radiation is adopted to replace a conventional curing mode, the working efficiency is improved, and the scientificity and practical value of the whole process are improved.

The invention discloses a plant cell extract-containing traditional Chinese medicine aromatic penetration enhancer and a preparation method thereof, and the penetration enhancer comprises the following components in parts by mass: 8-15 parts of storax nano-vesicles, 3-8 parts of agilawood nano-vesicles, 1-5 parts of refined turpentine, 0.5-3 parts of panax notoginseng saponins, 0.5-3 parts of rhododendron dauricum oil and 20-35 parts of grape seed oil, the storax nano-vesicles and the agilawood nano-vesicles are exosome-like nano-vesicles extracted from plant secretion, and the particle size of the vesicles is 50-200 nm. Skin interstices are opened, skin meridians and blood are dredged, and accordingly relieving, inflammation resisting, redness improving and skin barrier repairing are achieved.

The invention relates to a preparation method of peppermint essence, which solves the problems of quick volatilization and poor durability of the traditional peppermint essence by optimizing the combination of essence components and a slow-release carrier by adopting a multi-layer microcapsule slow-release technology and a nanocapsule technology. According to the method, essence components such as menthol, menthone and leaf isovalerate are mixed with at least two layers of microcapsules, the outer layer microcapsules slowly release fragrance, the inner layer microcapsules quickly release fragrance, and it is ensured that the fragrance is kept for a long time in the using process. Meanwhile, the essence is uniformly dispersed in different carrier systems through ultrasonic-assisted emulsification by adopting a nanocapsule technology, so that the stability and dispersity of the essence are improved. In addition, the temperature-responsive and pH-responsive polymer materials are introduced, so that the release rate of the essence can be adjusted according to the external environment, and the adaptability of the essence is further enhanced.

The invention discloses a preparation method of a light response type UV regulation and control material and a 3A optical film, and relates to the technical field of optical films.The preparation method comprises the steps that spiropyrane is dissolved in ethyl acetate to form an oil phase, and first liquid is obtained; dispersing nano silicon dioxide in a water phase containing gelatin to obtain a second liquid; stirring and mixing the first liquid and the second liquid to form an emulsion; evaporating the emulsion at 55-65 DEG C for at least 12 hours to form a spiropyrane-silicon dioxide hybrid nanocapsule; the spiropyrane-silicon dioxide hybrid nanocapsule is dispersed into light-cured polyacrylate, and a light response type UV regulation and control material is obtained; the 3A optical film comprises a light response type UV regulation and control layer, and the material of the light response type UV regulation and control layer is a light response type UV regulation and control material. The 3A optical film realizes flexible regulation and control of absorption of ultraviolet rays according to different weather scenes.

The present disclosure relates to a polymer nanocapsule comprising a ribonucleoprotein complex and a method for its delivery.In some embodiments, the polymer nanocapsule comprises a polymer shell and a ribonucleoprotein complex, wherein the polymer shell comprises at least one positively charged monomer, at least one neutral monomer, and a crosslinker.Also disclosed is a conjugate of the polymer nanocapsule linked to one or more targeting moieties and / or one or more stabilizing moieties.

Provided is a display apparatus including a display panel, an optically clear adhesive (OCA) over the display panel, and an auxiliary layer between the display panel and the OCA and including a nanocapsule and an OCA composition, wherein the nanocapsule is a gas-generating particle and has a diameter of at least about 100 nm and not more than about 2 μm.

An aircraft component including an aluminum substrate and a plasma electrolytic oxidation (PEO) coating disposed on the aluminum substrate. The PEO coating includes a plurality of cavities. A set of nano capsules disposed in the plurality of cavities, with at least a portion of the nano capsules in the set of nano capsules containing a corrosion inhibitor.

The application discloses a method for synthesizing catalase nanocapsules based on gas-liquid two-phase flow microfluidic technology and application. Nitrogen is used as a gas phase, and a liquid phase containing acrylated catalase, a monomer mixture and a crosslinking agent is used to form Taylor flow in a microfluidic chip. The internal vortex of the gas-liquid interface is used to enhance the mixing efficiency, and in-situ radical polymerization on the surface of the enzyme is realized. By screening six microfluidic chips with different structures, the geometric parameters of the chip and the hydrodynamic conditions are optimized, and the particle size uniformity and enzyme activity retention rate of the nanocapsules are significantly improved. The application also discloses a continuous flow reactor system for loading the obtained nanocapsules on macroporous resin microspheres to construct a continuous flow reactor system, and the system is used for efficient degradation of hydrogen peroxide in semiconductor wastewater. The method has the advantages of high mixing efficiency, mild reaction conditions, continuous production and the like, the obtained nanocapsules have the advantages of narrow particle size distribution, high enzyme activity and good stability, and are suitable for the field of industrial wastewater treatment.

The invention belongs to the technical field of food safety and rapid detection, and discloses an acetamiprid residue three-signal (colorimetric, photo-thermal and fluorescent) synergistic detection method based on aptamer and pH response double-gated nanocapsules. According to the invention, UiO-66 is used as a nano container for packaging a signal molecule TMB, and an aptamer (Apt) and chitosan (CS) are assembled on the surface of UiO-66, so that the nano capsule (UiO-66 (at) TMB (at) Apt (at) CS) which has dual response to the aptamer and pH and can accurately release TMB is constructed. The method comprises the following steps: under an acidic condition, after a target object is added, CS cracking and specific binding of Apt and the target object lead to release of TMB, firstly, HRP and H2O2 are added, and then colorimetric detection is carried out; then, irradiating the solution subjected to color development by using 808 nm laser, and carrying out photo-thermal detection; finally, a proper amount of QDs is added for fluorescence detection, and three-signal detection of acetamiprid residues is achieved.

The invention provides a preparation method of an AlN / Fe-C-C nanocapsule, and relates to the technical field of nanomaterials, a mixed molding target material containing Fe, Al and C is taken as an anode, a graphite electrode is taken as a cathode, and arc discharge is carried out by adopting a plasma arc evaporation process in the atmosphere of catalytic gas and working gas containing nitrogen, so that the AlN / Fe-C-C nanocapsule is prepared. The preparation method comprises the following steps: adopting a mixed molding target material containing Fe, Al and C as an anode to form an AlN / Fe-C-C nanocapsule with a graphene matrix; wherein the graphene can maintain the dielectric loss capability at a high frequency band, and the AlN / Fe-C-C takes AlN and Fe-C as a core and takes a carbon shell as a shell, so that good impedance matching can be realized, and the material has the dielectric loss capability at a low frequency band, thereby solving the problem of narrow wave-absorbing frequency band of the existing nanocapsule material.

The invention relates to the technical field of light conversion adhesive films, and particularly provides a preparation method of a light conversion adhesive film and the light conversion adhesive film. The invention aims to solve the problem of performance degradation caused by the fact that the potential of improving the efficiency of a polishing agent in the prior art is limited by EVA aging acid production. Therefore, the method comprises the following steps: providing a light conversion agent; and packaging the light conversion agent by using a copolymer to obtain the light conversion nanocapsule, modifying the surface of the light conversion nanocapsule by using a silane coupling agent to obtain a modified light conversion nanocapsule; providing base material particles; and mixing the modified light conversion nanocapsule, base material particles and a compatibilizer, and carrying out melt extrusion and film casting to obtain the light conversion adhesive film. The light conversion agent is packaged by using the copolymer, so that the stability of the light conversion agent can be improved. Meanwhile, the quantum dots and the organic light conversion agent are wrapped together, so that the quantum dots and the organic light conversion agent in the nanocapsule can be ensured to generate an energy transfer phenomenon instead of a long-distance secondary light conversion phenomenon when the quantum dots and the organic light conversion agent are excited by ultraviolet light.

The invention relates to the technical field of biological medicines, and particularly discloses a nanocapsule SMCPM and application thereof in medicines for treating or preventing osteosarcoma and pulmonary metastasis. The SMCPM is composed of a photosensitizer Ce6 carried by mesoporous silicon oxide-manganese oxide particles, an NRF2 inhibitor ML385 and an OS targeting peptide PT-7. Experiments prove that the SMCPM is high in penetrating power and strong in cell killing effect; by down-regulating NRF2 expression and reversing nuclear translocation, a biochemical inhibitory microenvironment can be effectively repaired, the tolerance of cells to active oxygen and epithelial-mesenchymal transition activated and induced by a NOTCH1 signal axis are remarkably reduced, the oxidative stress level of the cells is enhanced, and PIT-induced immunogenic cell death is promoted; the released Mn < 2 + > and double-stranded DNA can regulate and control an immunosuppressive microenvironment by activating an STING pathway in cells, thereby inhibiting the growth of osteosarcoma and preventing lung metastasis.

This invention relates to liquid crystal nanocapsules and capsule solutions, optical films, optical devices, and transmissivity devices using the same, wherein the liquid crystal nanocapsules comprise: a core containing liquid crystal; and a polymer shell formed on the surface of the core; wherein the sum of the initial temperature change value according to Formula 1 and the peak temperature change value according to Formula 2 is 37.5°C or less.

The invention relates to a cationic nano microcapsule and a preparation method and application thereof in a hair care product, the cationic nano microcapsule is formed by embedding a core material with a wall coating material, the wall coating material is prepared from hydroxypropyl chitosan and poly (diallyldimethylammonium chloride), and the core material is an active substance with a hair care function; according to the hair care composition disclosed by the invention, the cationic nano micro-capsules are combined and matched with the surfactant and the quick-drying film-forming agent, so that excellent cleaning power is ensured, and meanwhile, the compatibility with the cationic nano micro-capsules and the mildness of a system are perfectly considered; through the synergistic effect of targeted release of the microcapsules, auxiliary spreading of the surfactant and the volatile quick-drying film-forming agent, the effects of quick drying and quick film forming are achieved, the formed protective film is resistant to washing, and the integrated hair care target of quick repairing, efficient film forming, quick drying and mildness and safety is achieved.

A method for preparing bimodal nanocapsules includes: preparing a solution of mesoporous silica and deionized water, adding chloroauric acid solution and stirring, then adding sodium borohydride solution under ice bath stirring conditions to obtain gold nanoparticle-modified mesoporous silica; preparing a solvent of ultrapure water and gold nanoparticle-modified mesoporous silica, then sequentially adding a fluorescence quencher, a fluorescent molecule, and 4-mercaptophenylboronic acid to react separately to obtain bimolecularly modified nanoprobes; and mixing an adenosine-5′-triphosphate nucleic acid aptamer solution with the nanoprobes using ultrapure water as a solvent to obtain nucleic acid aptamer-encapsulated bimodal nanocapsules. This invention provides a simple, mild, environmentally friendly, and low-cost preparation method. The bimodal nanocapsules prepared by this invention can simultaneously monitor the levels of hydrogen peroxide and adenosine-5′-triphosphate (ATP) in cells using fluorescence and surface-enhanced Raman scattering (SERS) techniques, which can be used for early disease monitoring.

The invention relates to the technical field of combination of nano materials and textile materials, in particular to a treatment method for improving the combination firmness of phase-change nano microcapsules and down feather, which comprises the following steps: 1) pretreating down feather by adopting a plasma treatment technology, controlling the treatment time to be 5-10 minutes, the treatment gas flow to be 10-20 L / min, the vacuum degree to be 0.1-0.5 Pa, and the treatment time to be 5-10 minutes, the treatment gas flow to be 10-20 L / min and the vacuum degree to be 0.1-0.5 Pa; the power of the plasma is 100 to 300W; 2) mixing the phase-change nano microcapsule and a waterborne polyurethane adhesive according to a mass ratio of 1: 1-1: 5, and uniformly stirring to prepare a mixed solution with the solid content of 30-50%; compared with the prior art, the method has the advantages that the surface property of the down feather is improved by adopting a plasma pretreatment technology, the surface roughness and active groups are increased, the binding strength of the phase-change nano microcapsule and the down feather is effectively improved, and the shedding of the microcapsule in the use process is reduced.

The present application relates to a kind of capsule solid corrosion inhibitor, belong to oilfield corrosion and protection technical field.The solid corrosion inhibitor capsule of the present application, including the preparation of nanocapsule corrosion inhibitor powder using the following steps: polymerization reaction of polymeric monomer is carried out in the mixed acid dispersion of halloysite nanotube, poly positive electrolyte, solid-liquid separation, wash to neutral, obtain halloysite / poly positive electrolyte composite material;After dispersion of composite material and corrosion inhibitor in good solvent of corrosion inhibitor, solid-liquid separation is carried out, and nanocomposite material is obtained;After dispersion of nanocomposite material and ionized negative charged polyacid electrolyte in good solvent of polyacid electrolyte, wash, dry.The nanocapsule corrosion inhibitor powder used in the capsule solid corrosion inhibitor is wrapped in nanotube cavity and polyelectrolyte multilayer film by layer-by-layer self-assembly of poly positive electrolyte, corrosion inhibitor and polyacid electrolyte during preparation, realizes long-acting release and stable release of corrosion inhibitor, and strengthens the slow-release effect of corrosion inhibitor.

The invention herein disclosed refers to a method for preparation of glycerol nanocapsules (GNCs), adapted as an additive in a hydrophobic lubricant for improving lubricity in a tribological system, further to a glycerol nanocapsule (GNC) and finally to the respective use. The method comprises the steps of providing a continuous phase comprising at least a polyalphaolefin (PAO) and a dispersed phase comprising at least glycerol (GLY), of - mixing the continuous phase and the dispersed phase and performing high-pressure homogenization with a microfluidizer resulting in a minielmulsion comprising glycerol nanodroplets (GNPs). Further, adding a diisocyanate crosslinking agent (TDI) to the miniemulsion is comprised, leading to a polymerization reaction of the diisocyanate cross-linking agent (TDI) and glycerol (GLY) at the interfaces of the glycerol nanodroplets (GNPs) dispersed in the polyalphaolefin (PAO), resulting in formation of crosslinked glycerol-based polyurethan shells encapsulating a core of unreacted glycerol (GLY). Thereby glycerol nanocapsules (GNCs) are obtained, comprising a core of unreacted glycerol (GLY) encapsulated in a crosslinked glycerol-based polyurethan shell.

The invention discloses an aromatic fiber endless tow and a preparation method thereof.The preparation method of the aromatic fiber endless tow comprises the following steps that hollow fibers are prepared, and nanocapsules containing essence are injected into cavities of the hollow fibers in the process of preparing the hollow fibers; and melting the nanocapsules by utilizing the temperature in the melt spinning process, dispersing and filling the nanocapsules in the hollow fibers, and cooling to obtain the aromatic fiber endless tow. According to the preparation method disclosed by the invention, the jasmine essence nanocapsule is injected into the hollow of the hollow fiber, so that the jasmine essence nanocapsule has longer fragrance retention time and stability compared with the conventional mixed hollow fiber; the temperature of a spinneret plate is high, the temperature of the just spun hollow fibers is high, and part of jasmine essence melted in the jasmine essence nanocapsules is dispersed in spandex micropores, so that the fragrance emitted by the jasmine essence is stronger; after the temperature of the hollow fiber is reduced, the jasmine essence nanocapsule is cured and stabilized again.

The invention discloses an aromatic antibacterial composite yarn and fabric, the aromatic antibacterial composite yarn comprises an antibacterial fiber endless tow and an aromatic fiber endless tow, and the aromatic fiber endless tow contains jasmine essence nanocapsules and spandex; the antibacterial fiber endless tows and the aromatic fiber endless tows are twisted and compounded to obtain the aromatic antibacterial composite yarn; the aromatic fiber endless tow and the antibacterial fiber endless tow are both prepared through melt spinning, the aromatic fiber endless tow melts jasmine essence nanocapsules through the temperature in the melt spinning process and partially disperses the jasmine essence nanocapsules into micropores of hollow fibers, and after the temperature of the hollow fibers is reduced, the jasmine essence nanocapsules are dispersed into the micropores of the hollow fibers. And the jasmine essence nanocapsule is cured and stabilized again. According to the aromatic antibacterial composite yarn disclosed by the invention, the jasmine essence nanocapsules are melted, and part of jasmine essence is dispersed in spandex micropores, so that the fragrance emitted by the jasmine essence is stronger; after the temperature of the hollow fiber is reduced, the jasmine essence nanocapsule is cured and stabilized again.

The present invention provides a micro-nano capsule, a preparation method thereof, and a sustained-release gel containing the micro-nano capsule. The micro-nano capsule comprises amphiphilic silica micro-nano particles as a capsule shell and a crosslinker solution as a content, with the content being encapsulated by the capsule shell. The preparation method of the nano-microcapsule comprises preparing a crosslinker solution, stirring the solution with the amphiphilic silica micro-nano particles at a speed of 10,000 to 19,000 r / min for 1 to 2 minutes to obtain the micro-nano capsule. The sustained-release gel comprises the micro-nano capsule, a partially hydrolyzed polyacrylamide solution, and an oxygen scavenger solution. The sustained-release gel has a gelation time of up to 144 hours at 120°C.

The invention relates to a nanocapsule with high transparency as well as a preparation method and application thereof. The preparation method comprises the following steps: carrying out polymerization reaction on a polyisocyanate compound, at least one hydrophilic diol compound and at least one hydrophobic diol compound to form an amphiphilic block copolymer with an isocyanate end group; the preparation method comprises the following steps: dissolving an amphiphilic block copolymer and an active component into a water-soluble organic solvent, dropwise adding deionized water or an organic solvent at a speed of 10-100 mL / min under mechanical stirring, and carrying out self-emulsification to form a uniformly dispersed dispersion; and adding a polyamine compound into the dispersion, and carrying out a cross-linking reaction to form the nanocapsule. Through material design and a process route, the contradiction that high-activity component loading capacity and high optical transparency cannot be achieved at the same time in the field of nano carriers is systematically solved.

The invention discloses a spinneret mechanism and an aromatic fiber endless tow, the spinneret mechanism is used for preparing the aromatic fiber endless tow, the spinneret mechanism comprises a spinneret plate and an injection assembly, the spinneret plate is provided with one or more spinneret orifices, the injection assembly comprises an injection pipeline and an injection rod, the injection rod is arranged corresponding to the spinneret orifices, and the injection pipeline is communicated with the injection pipeline. The injection rod is used for injecting essence nanocapsules into the fibers while the spinning solution passes through the spinning holes to form the hollow fibers, and under the temperature action of the spinneret plate and the hollow fibers, the essence nanocapsules are melted, dispersed and filled in the hollow fibers, and then cooled and cured again. According to the spinning mechanism, the jasmine essence nanocapsules are injected into the hollow fibers from the spinneret plate, the temperature of the spinneret plate is high, the temperature of the just spun hollow fibers is high, and part of jasmine essence is dispersed in spandex micropores, so that the fragrance emitted by the jasmine essence is stronger; after the temperature of the hollow fiber is reduced, the jasmine essence nanocapsule is cured and stabilized again.

The application discloses an intelligent nano-capsule oil displacement agent and a preparation method and application thereof, and belongs to the technical field of oil exploitation. The preparation method comprises the following steps: (1) adding N-isopropyl acrylamide, methacryloyl ethyl sulfobetaine and unsaturated phosphate and an emulsifier into water to obtain an aqueous phase; (2) adding modified nanoparticles into a first solvent to obtain an oil phase; and (3) adding the oil phase into the aqueous phase, stirring and uniformly mixing, and then adding an initiator under the condition of inert gas to obtain the intelligent nano-capsule oil displacement agent. The intelligent nano-capsule oil displacement agent can be adjusted according to the actual temperature of an oil reservoir, realizes the effects of easy pumping at low temperature and stable displacement at high temperature, and further improves the oil recovery rate.

The application provides a manufacturing method of a nano SWCNT / PA@SiO2 phase change nanocapsule. The method comprises the following steps: uniformly treating, by using an ultrasonic cell disruptor, tetraethyl orthosilicate and carbon nanotubes through ultrasonic mixing to obtain a dispersion liquid A; uniformly treating, by using the ultrasonic cell disruptor, behenyl alcohol and the dispersion liquid A through ultrasonic mixing to obtain an oil phase B in which a shell material prepolymer, a core material phase change material and the carbon nanotubes are mixed; uniformly mixing deionized water, anhydrous ethanol and a surfactant to obtain an aqueous phase C; adding the oil phase B into the aqueous phase C to obtain an O / W emulsion; transferring the O / W emulsion into a three-necked flask, adding ammonia water into the three-necked flask, stirring the solution in the three-necked flask, and obtaining a WCNT / PA@SiO2 phase change nanocapsule emulsion. After filtration, washing and drying, the SWCNT / PA@SiO2 phase change nanocapsule is obtained. The application provides an inorganic shell nanometer phase change capsule with a carbon nanotube core material modification. Since the size is nanometer, the enthalpy value can be improved through the effect of intermolecular nanometer limitation.

The present application relates to a kind of dyed microcapsules and its application in the dyeing and finishing of machine washable real silk, belong to the technical field of microcapsule.The amino acid side chain that can produce strong hydrogen bond effect is introduced into capsule shell layer for the first time in the present application, the content of metal coordination bond, hydrogen bond is regulated, the crosslinking density of nanocapsule and silk is improved, and finally the preparation of persistent adhesive force nanocapsule is realized.Silk fibroin based on biological protein macromolecule is used as wall material and applied on silk, better combined with silk, and has good biocompatibility and hand feeling, wall material is prepared by emulsion polymerization method, and the core material is silk microcapsule dye of natural fungal dye, using post-mordanting technology, while dyeing real silk fabric, introduce curing agent, carry out wash-resistant finishing, so that the originally relatively fragile silk fabric can be machine washed.

The invention discloses a tannic acid molybdenum coordination coated DNase nanocapsule as well as a preparation method and application thereof, and belongs to the technical field of biological medicines. According to the preparation method, molybdenum and tannic acid are utilized to form an MPN nanocapsule, DNase II is carried, and the Mo-TA-coated DNase II nanocapsule is constructed; the positively charged metal phenolic network nanoparticle (MPN NPs) shell has remarkable advantages in the aspect of adsorbing circulating free DNA (cfDNA), the porous structure and rich surface functional groups provide high adsorption capacity and rapid adsorption kinetics, and the cfDNA can be efficiently captured. MPNs also has the characteristics of good biocompatibility, easy carrying and the like, and the MPNs has good PH responsiveness, so that DNase II can be accurately released in lysosome and effectively hydrolyzed in cells, the inflammatory reaction caused by cfDNA is blocked by using cfDNA, and meanwhile, the interburial effect of macrophages is recovered; mo and TA have oxidation-reduction ability, can effectively improve the stress state of cells and mitochondrial dysfunction, obviously inhibit the generation of cfDNA, and realize the full-period management from symptom treatment to root cause treatment.