55results about How to "Achieve the purpose of prevention" patented technology

Disclosed a diabetes family prevention and cure system based on the network belongs to the network technique. The invention comprises: an infrared emission and receiving device, an on-site detection computer, a wireless transmission system, a special server, a portable blood sugar detector, several blood detectors, and a diabetes family computer management stat. analysis system. Wherein, the portable blood sugar detector transmits the blood sugar signal to the infrared emission and receiving device which transmits the blood sugar signal to the on-site detection computer' the blood detector via the wireless transmission system transmits the information to the on-site detection computer which uses the wireless transmission system to transmit the information to the special server, and the special server transmits the information to the diabetes family computer management stat. analysis system. The invention can realize the strengthened management system of diabetes, to reduce the suffering of sicker and the cost.

The invention belongs to the technical field of cellular immunology and specifically discloses a special-purpose kit for preparing human dendritic cell vaccines capable of largely secreting IL(Interleukin)-12. The kit consists of a monocyte separating-obtaining culture medium, a culture medium for promoting DC (Dendritic Cell) to induce and differentiate, an agent for promoting the DC to mature and a tumor antigen. The DC prepared by the special-purpose kit disclosed by the invention is mainly applied to treating cancer patients or preventing cancer high-risk population. The special-purpose kit disclosed by the invention has the advantage that the prepared DC can secrete a great deal of IL-12, so that T cells are promoted to differentiate towards Th1 type immune response direction; and meanwhile, the special-purpose kit has the advantages of being simple in preparation process, low in cost, easy for large-scale production, and the like.

The invention relates to the field of molecular biology and medical science, and in particularly relates to a sudden cardiac death mutant gene detection kit which is high in accuracy and good in predictability. The kit is used for performing polymorphism detection on 12 SNP sites of 8 major genes related to sudden cardiac death; three forward and reverse specific primers are respectively adopted for each SNP site by combining the characteristics of specific allelic gene PCR (polymerase chain reaction) and temperature gradient descent PCR; and the mutation of the 12 SNP sites can be simultaneously determined by virtue of program amplification of the temperature gradient descent PCR and agarose gel electrophoretic analysis. The detection kit provided by the invention is strong in specificity, high in detection rate, high in efficiency and low in cost, and can be used for screening high-risk population of sudden cardiac death, evaluating the risk degree of having the sudden cardiac death for a detected patient, and making clear pathogenic factors of patient sudden death from a gene level, thereby providing a new way of preventing, diagnosing and treating clinical sudden death.

The invention discloses micromolecular RNA and an application to pest control thereof. The invention provides micromolecular RNA Sli-miR-2771; in-vivo and in-vitro tests show that Sli-miR-2771 can inhibit the expression of slgstel by combining a 3' noncoding region of a detoxifying enzyme of glutathione transferase slgstel, reduce detoxifcation capability of prodenia litura for toxic secondary plant substances, thus influence the conditions of plant eating and growth of prodenia litura, and reach the purpose of pest control. The invention provides a new thought and a new approach for pest control, and has wide application prospects in the pest control field.

The invention relates to a multi-supplier product safety evaluation method. Materials or components of the product are supplied by a plurality of suppliers. The multi-supplier product safety evaluation method comprises the following steps of: establishing an information bank; acquiring product safety index information; filtering; processing the product safety index information; and performing product safety evaluation. In the multi-supplier product safety evaluation method and a multi-supplier product safety evaluation system, relative information of multi-supplier product safety is quantified and then is compared with corresponding quantitative specification in the product safety information bank; and the product safety is evaluated according to the comparison result. In the multi-supplier product safety evaluation method and the multi-supplier product safety evaluation system, the product safety is effectively evaluated according to the specific specification, so that evaluation on the product safety is facilitated and a prevention aim is effectively fulfilled.

The invention discloses a method for extracting herbaceous plants for external application by using small molecule cutting technology. The method comprises the following steps: crushing herbaceous plants, adding a first solvent into the crushed herbaceous plants for grinding so as to obtain slurry, filtering the slurry and recovering a filtrate; separating the first solvent and a solute in the recovered filtrate and subjecting the separated solute to micro laser irradiation; and dissolving the irradiated solute in a second solvent to form a solution, successively stirring and standing the solution, separating the second solvent from a solute and recovering the solute which is an element-level active component. Through the micro laser irradiation and cutting of the solute after separation of the first solvent, the solute reaches the element level and maintains its activity and efficacy.

The invention discloses a method for planting strawberries with functional water. Including the following steps: 1) Using multi-functional flowing water electrolysis equipment (patent application number 201510270727.6), using refined salt (NaCI) as electrolyte to generate high-concentration strong acidic functional water stock solution, using potassium carbonate (K 2 CO 3 ) as an electrolyte to generate a high-concentration strong alkaline functional water stock solution. 2) One week before strawberry planting, use tap water (or well water) to dilute the stock solution of high-concentration strong acidic functional water by 5 to 10 times, and then carry out a soil spray disinfection treatment before planting. 3) After diluting the high-concentration strong alkaline functional water stock solution by 30 to 50 times with soft water, soak the strawberry seeds in it for 2 minutes, take it out and dry it, and then raise seedlings. 4) 5 to 7 days after the strawberry seedlings are planted, spray the diluted high-concentration strong alkaline functional water on the leaves, stems and fruits of the strawberry crops using atomization spray equipment. 5) Use diluted high-concentration strong alkaline functional water to irrigate the roots of strawberry crops. 6) When pests and diseases occur, spray the diluted high-concentration strong acidic functional water regularly on the leaves, stems and fruits of strawberries with atomization spray equipment.

The invention discloses a method for planting potatoes by functional water. The method comprises the following steps: 1) using a multifunctional pipelined electrolysis machine (patent application number 201510270727.6), using refined salt (NaCl) as an electrolyte to generate a high-concentration strong acidic functional water original fluid, using potassium carbonate (K2CO3) as an electrolyte to generate a high-concentration strong-alkaline functional water original fluid; 2) a week before the potatoes are planted, using tap water (or well water) to dilute the high-concentration strong acidic functional water original fluid by 5-10 times, performing soil spraying disinfection treatment before planting; 3) using soft water to dilute the high-concentration strong-alkaline functional water original fluid by 30-50 times, putting sliced seed potatoes into the fluid to soak for 30 min, directly sowing; 4) after potato seedlings complete come up, using an atomization spraying device to spray the diluted high-concentration strong-alkaline functional water on leaf surfaces and stems of the potato plants; 5) using the diluted high-concentration strong-alkaline functional water to irrigate roots of the potato plants; 6) when pest and disease damages occur, using the atomization spraying device to spray the diluted high-concentration strong acidic functional water on leaf surfaces and stems of the potatoes at fixed period.

The invention discloses a tree trunk injection liquid containing a graphene nanometer material for preventing pine nematodosis. The tree trunk injection liquid containing the graphene nanometer material is prepared from the following raw materials in percentage by mass: 0.2 to 20.0% of active components, and 0.1 to 30% of graphene nanometer material, wherein the weight ratio of the active components to the graphene nanometer material is 100:(10 to 500); the active components comprise antibiotic insecticide; the antibiotic insecticide is selected from one or more of emamectin benzoate, abamectin, spinosad, spinetoram and ivermectin. The tree trunk injection liquid is applied to being injected into the tree trunk to prevent and control multiple types of pests and diseases of trees, and has the characteristics that the cost is low, the preventing effect is high, and the application range is broad; the tree trunk injection liquid is suitable for preventing and controlling the pests and diseases of the trees, especially for preventing and controlling the boring insects of monochamus alternatus and the like of the pine, and preventing and controlling pine nematodes, so as to prevent thepine nematodosis.

The invention relates to a sterilizing composition containing pyraclostrobin and quinolinone, wherein the mass part ratio of the pyraclostrobin to the quinolinone is (1-20):(30-1). The sterilizing composition is suitable for preventing and treating plasmopara viticola. The pyraclostrobin and the quinolinone are mixed to achieve an obvious synergistic effect, the use amount of pesticide is reduced,and the sterilizing composition has large economic benefit and social benefit when being popularized and applied.

The invention discloses a method for planting cucumbers by using functional water. It includes the following steps: 1) Using multi-functional flow-type electrolysis equipment (patent application number 201510270727.6), using refined salt (NaCI) as electrolyte to generate high-concentration strong acidic functional water stock solution, using potassium carbonate (K 2 CO 3 ) as an electrolyte to generate a high-concentration strong alkaline functional water stock solution. 2) One week before cucumber planting, use tap water to dilute the stock solution of high-concentration strong acidic functional water by 5 to 10 times, and then perform a soil spray disinfection treatment before planting. 3) After diluting the high-concentration strong alkaline functional water stock solution by 30 to 50 times with soft water, soak the cucumber seeds in it for 3 minutes, take it out and dry it, and then raise seedlings. 4) After 5-7 days after the cucumber seedlings are planted, spray the diluted high-concentration strong alkaline functional water on the leaves, stems and fruits of the crops using atomization spray equipment. 5) Use diluted high-concentration strong alkaline functional water to irrigate the roots of cucumber crops. 6) Use atomizing spray equipment to regularly spray diluted high-concentration strong acidic functional water on the leaves, stems and fruits of cucumbers.

The invention relates to an intelligent diagnosis and treatment instrument for treating before-sickness eye holographic chronic disease pain in traditional Chinese medicine, in particular to the intelligent diagnosis and treatment instrument which is used for preventing and treating chronic disease pain in the mode that the eye holographic principle is used for detecting sclerotic distension capillaries image positions. According to the diagnosis and treatment instrument, a photographic device is used for detecting sclerotic distension capillaries images, medical history basic data of a person are input through an input device, a core processor receives data of an eye holographic slit lamp microscopic digital photography device and the input device for diagnosis, corresponding treatment processing modules automatically give treatment schemes, and diagnosis results and treatment schemes are displayed on an interface. The intelligent diagnosis and treatment instrument is simple in detection measure, and the curative effect of treating chronic disease pain through reflecting points of eye holography on the body surface is obvious.

The invention relates to the technical field of biological detection, and in particular relates to a fluorogenic quantitative PCR detection kit and further discloses an application of the kit for detecting gallbladder carcinoma. The fluorogenic quantitative PCR detection system comprises a detection kit for genes at special loci, calculates the score of risk of gallbladder carcinoma according to the risk value of each locus on the risk of gallbladder carcinoma, grades crowds according to an existing database, and obtains the individual gallbladder carcinoma risk level through individual score,so as to estimate the risk of illness of a subject and guide people with high-risk to improve the living style and avoid inducing factors and increase physical examination frequency. At the same time, a Chinese crowd database is established for the two selected gene polymorphic sites, thereby laying a foundation for estimating gallbladder carcinoma special for Chinese crowds.

The invention relates to a static blasting hole blowout prevention inventing method, and belongs to the field of engineering blasting. The method mainly solves the essential problem that when a static blasting fracture expanding agent is hydrated, a large amount of hydrating heat is generated, radiating of surrounding media is slow, and therefore hole blowout is caused. The device which uses the characteristic that specific heat of water is large to absorb redundant heat, and consequently the aim of hole blowout prevention is achieved is manufactured. During construction, a cylindrical steel pipe is filled with water to be placed into a hole, then the position between the pipe and the blasting hole can be filled with the static blasting fracture expanding agent, and construction is completed. Temperature and strain measurement is carried out in the embodiment, the aim of being free of influences on blasting while achieving hole blowout prevention is completely achieved. The method is based on the physical cooling principle, the hole blowout phenomenon is successfully avoided, the method is simple and feasible, cost is low, and the high innovativeness is achieved.

The invention relates to the technical field of biological detection, in particular to a fluorescent quantitative PCR detection system, and further discloses an application of the fluorescent quantitative PCR detection system in detecting melanoma. The fluorescent quantitative PCR detection system comprises a detection kit for specific-site genes; scores of a melanoma risk are calculated in accordance with a risk value of each site on the melanoma risk, population classification is implemented on the basis of an existing database, and the melanoma risk level of a person is obtained in accordance with scores of the person, so that disease risks of detected objects are assessed, life styles of high-risk objects are improved, and meanwhile, induction factors are avoided and physical examination frequency is improved. Meanwhile, a database for Chinese people is established on the basis of seven selected gene polymorphism sites; therefore, a foundation is laid for assessing melanoma in theChinese people.

The invention relates to a traditional Chinese medicine for treating rhinitis, and simultaneously discloses a method for preparing the medicine. The traditional Chinese medicine preparation is prepared from cactus, aloes, Carthamus tinctorious, ginger, chrysanthemum and egg white. The medicine is a pure Chinese herbal medicine, is rational in synergism and compatibility of medicines, short in course of treatment and low in cost, can quickly make the clinical symptoms disappear, has outstanding curative effect and no toxic or side effects, treats both principal and secondary aspects of disease, can be used conveniently and safely, and completely eradicates the relapse phenomenon after curing the disease. The preparation technology the medicine provided by the invention is simple and easy to operate, and low in cost; and the medicine provided by the invention has the effects of stopping nasal obstruction, clear drivel, rhinocnesmus and the like, has outstanding efficacy and can realize the aim of prevention and treatment.

The invention discloses a method for planting watermelons by using functional water. The method comprises the following steps: (1) producing a high-concentration high-acidity functional water stock solution by using refined salt (NaCl) as an electrolyte by using multifunctional flowing-water-type electrolysis equipment (application number of patent: 201510270727.6), and producing a high-concentration high-alkalinity functional water stock solution by using potassium carbonate (K2CO3) as an electrolyte by using the multifunctional flowing-water-type electrolysis equipment; (2) one week before watermelon planting, diluting the high-concentration high-acidity functional water stock solution with tap water by 5 to 10 times, and then, carrying out soil spray disinfecting treatment once before planting; (3) diluting the high-concentration high-alkalinity functional water stock solution with softened water by 30 to 50 times, then, soaking watermelon seeds in the diluted high-concentration high-alkalinity functional water for 1.5 hours, then, taking out the watermelon seeds, drying the watermelon seeds in the air, and then, carrying out seedling raising; (4) 5 to 7 days after the field planting of watermelon seedlings, spraying the diluted high-concentration high-alkalinity functional water to leaves, stems and fruits of the watermelon crops by using atomized spraying equipment; (5) irrigating roots of the watermelon crops by using the diluted high-concentration high-alkalinity functional water; and (6) periodically spraying the leaves, stems and fruits of the watermelons with the diluted high-concentration high-acidity functional water by using the atomized spraying equipment.

The invention relates to the technical field of biological detection, in particular to a fluorescence quantitative polymerase chain reaction (PCR) detection kit, and further discloses application of the fluorescence quantitative PCR detection kit in detection of osteosarcoma. The fluorescence quantitative PCR detection system comprises a detection kit for genes at specific loci, calculates the score of osteosarcoma risk according to risk values of the osteosarcoma risk at all the loci, and performs crowd classification according to the existing database; the osteosarcoma risk level of an individual is obtained according to the individual score, so that the osteosarcoma risk of a person subjected to detection can be evaluated, the people with high risk is guided to improve the lifestyle, inducing factors are avoided, and the frequency of physical examination is increased. Furthermore, the fluorescence quantitative PCR detection system lays a foundation for the evaluation of the specificosteosarcoma of Chinese population by establishing a Chinese population database for the five selected gene polymorphic loci.

A strawberry gray mold forecasting system based on the Internet of Things comprises a strawberry gray mold germination presetting unit, a greenhouse data acquisition unit, a condensation state detection unit, a data calculation unit and a comparison and judgment unit, and the strawberry gray mold germination presetting unit is used for presetting a gray mold germination probability threshold valueand a condensation occurrence duration threshold value. A condensation state detection unit is used for detecting the condensation occurrence duration. The data calculation unit is used for calculating a gray mold germination probability value according to a model formula. The comparison and judgment unit is used for comparing the gray mold germination probability value with the gray mold germination probability threshold value when the condensation duration value is greater than the condensation duration threshold value, and considering that the greenhouse can germinate gray mold when the gray mold germination probability value is greater than the gray mold germination probability threshold value. Through the forecasting system, it can be determined that strawberries in the greenhouse can germinate gray mold, the temperature or humidity in the greenhouse needs to be adjusted, and the purpose of prevention is achieved.

The invention realizes the early warning and prevention and cure for the safty change of the human inhabited environmental by vegetation monitoring. The purpose is realized through three aspects:(1) establishing the vegetation volatile to monitoring the early warning of the environmental safety, monitoring the vegetation volatile fulfilling the purpose of undamaging the vegetation and securing the long stable and continuable monitoring which realizing the early warning when the danger is in the vegetation level and not endanger the animal and human being.(2)determining the reaction charateristics of the relevant vegetation pathology or normal zymogram by physiological and biochemical level change caused by the corresponding of the vegetation to environmental catastrophe, determing the botanical parameter. realizing the early assessment of the safety of the human inhabited environment.(3)researching and discussing the antagonism of the vegetation to the environmental stress and mechanism of the adaptive molecules to realizes the molecular therapy or provides the method to the biological pharmacy according to the transduction of the molecular signal corresponding to the environmental catastrophe, realizing the early prevention for the safety change of the human inhibited environment.

The invention is applicable to the field of medical treatment, and provides a digital health service platform. In the embodiment of the invention, the physiological parameter information of a user is acquired and transmitted into a physiological parameter processing server through a network; then, the physiological parameter processing server can be used for analyzing the physical condition of the user according to the physiological parameter information acquired this time or by combining the original physiological parameter information, and sending the physical condition to the corresponding user. Therefore, the user can know the own physical condition in time so as to adjust the physical condition by diet, exercise and the like in time, thus achieving the aim of preventing diseases.

The invention discloses insecticide and acaricide composition containing flufiprole and matrine. The composition is prepared through compounding of the flufiprole and the matrine in the mass ratio being (0.2-20):1, and the total content of effective components ranges from 1% to 80%. The flufiprole and matrine compound has the effect of synergistic interaction in the aspects of preventing and controlling Tetranychus cinnabarinus and Aphis gossypii, the bactericide spectrum is expanded effectively, the consumption of the effective components is reduced, the environmental pollution is reduced, the drug resistance of pests is delayed, and the effects of preventing and treating multiple targets through one-time drug application and reducing the preventing and treating cost are realized.

The invention discloses a composite type pest light control device and a control method, and relates to the technical field of pest control devices. The composite type pest light control device comprises a base, a supporting column and various pest-sticking color plates, the supporting column is fixedly connected to the base, and a low-pressure sodium lamp and a color plate frame are fixedly arranged on the supporting column; the multiple pest-sticking color plates are used for being detachably connected to the color plate frame and close to the low-pressure sodium lamp, the same pest-sticking color plates are the same in color, the different pest-sticking color plates are different in color, and at least one pest-sticking color plate is connected to the color plate frame. According to the tending color of pests in the control place, the pest-sticking color plates with the same color as the tending color are installed on the color plate frame, the number of the pest-sticking color plates of the same kind is in positive correlation with the number of the corresponding pests, and the low-pressure sodium lamp is in a turned-off state in the day and in a turned-on state at night. According to the composite type pest light control device and the control method, various pests can be controlled, the control effect is good, the influence on plants can be reduced, and light pollution to the environment is reduced.

The invention discloses a method for planting small-fruit-type tomatoes by functional water. The method comprises the following steps: 1) using a multifunctional pipelined electrolysis machine (patent application number 201510270727.6), using refined salt (NaCl) as an electrolyte to generate a high-concentration strong acidic functional water original fluid, using potassium carbonate (K2CO3) as an electrolyte to generate a high-concentration strong-alkaline functional water original fluid; 2) after diluting the high-concentration strong acidic functional water original fluid by 5-10 times, performing soil spraying disinfection treatment before planting; 3) using soft water to dilute the high-concentration strong-alkaline functional water original fluid by 30-50 times, putting small-fruit-type tomato seeds into the fluid to soak for 2-3 min, taking the seeds out, airing, and culturing the seedlings; 4) after fixed planting of the small-fruit-type tomatoes, spraying the diluted high-concentration strong-alkaline functional water on plants; 5) using the diluted high-concentration strong-alkaline functional water to irrigate roots of the small-fruit-type tomato plants; 6) using the diluted high-concentration strong acidic functional water to spray leaf surfaces, stems, and fruits of the small-fruit-type tomatoes at fixed period.

The invention belongs to the technical field of computers, and discloses an adverse event prevention system. The system comprises an adverse event reporting platform which is used for collecting current adverse event information of a responsible department; an adverse event reflecting platform used for collecting, from a common user, current adverse event information of a department to which the common user belongs; an adverse event judgment module used for judging whether the reported or reflected adverse events can be filed or not; and a statistics module used for performing statistics on initial sources of the archived adverse events and generating assessment data according to the initial sources. The reporting timeliness, integrity and accuracy can be further ensured by increasing the reporting sources of the adverse events; an adverse event archiving judgment mechanism is introduced, and the initial sources of the archived adverse events are counted so as to be associated with subsequent examination, so that the enthusiasm of reporting personnel can be improved, the reporting personnel can be prompted to perfect reporting information, subsequent follow-up of the adverse events is really formed, and the purpose of prevention is achieved.

The invention relates to the field of molecular biology and medical science, and in particularly relates to a sudden cardiac death mutant gene detection kit which is high in accuracy and good in predictability. The kit is used for performing polymorphism detection on 12 SNP sites of 8 major genes related to sudden cardiac death; three forward and reverse specific primers are respectively adopted for each SNP site by combining the characteristics of specific allelic gene PCR (polymerase chain reaction) and temperature gradient descent PCR; and the mutation of the 12 SNP sites can be simultaneously determined by virtue of program amplification of the temperature gradient descent PCR and agarose gel electrophoretic analysis. The detection kit provided by the invention is strong in specificity, high in detection rate, high in efficiency and low in cost, and can be used for screening high-risk population of sudden cardiac death, evaluating the risk degree of having the sudden cardiac death for a detected patient, and making clear pathogenic factors of patient sudden death from a gene level, thereby providing a new way of preventing, diagnosing and treating clinical sudden death.