413 results about "Medicinal plants" patented technology

The invention relates to application of a medicinal plant synergistic repair technology in functional cosmetics. The functional cosmetics comprise the following components in percentage by mass: 0.05-3 parts of peony root bark extract; 0.01 to 3 parts of magnolia flower extract; 0.005 to 0.5 part of a radix scutellariae extract; 0.005 to 0.5 part of a centella asiatica extract; the synergistic component is 0.001-2 parts of radix ophiopogonis root extract, and the preferable mass ratio of the peony root bark extract to the magnolia flower extract to the scutellaria baicalensis extract to the centella asiatica extract is (6-10): (2-4): 1: (1-8). All plant components are natural extracts, do not contain harmful chemical components and are suitable for various skin types, especially sensitive skin, and the soothing and repairing effects are greatly improved through the matching design and synergistic effect of the plant extracts. For example, due to the synergistic effect of the peony root bark extract and the radix scutellariae extract in the anti-inflammatory and antibacterial aspects, the relieving effect on external stimulation is enhanced; the permeability of the compound is enhanced by the radix ophiopogonis root extract, so that the effect is more long-acting.

The invention relates to the field of intelligent evaluation and management of a medicinal plant growth cycle, and provides a medicinal plant growth cycle evaluation method based on AI image recognition, which comprises the following steps: acquiring a multi-dimensional image sequence of a plant growth process through a multispectral imaging device, and synchronously recording environment illumination intensity and temperature and humidity data; performing space-time registration on the image sequence, and eliminating pixel offset caused by plant swing and shooting angle change; de-noising by adopting an adaptive hybrid filtering algorithm, and reserving leaf edge texture details; performing multi-scale contrast enhancement on the de-noised image, and reconstructing a high-frequency feature map; constructing a double-branch deep network, and respectively extracting a leaf morphological dynamic feature set and a physiological parameter change feature set; performing cross-modal fusion on the two feature sets, and calculating a dynamic growth index matrix in combination with environmental parameters; and based on matching degree analysis of the dynamic growth index matrix and a preset growth stage model, outputting a stage identifier and a stage transition probability curve of the current growth cycle.

The invention discloses a CLIP-guided multi-modal fusion microscopic identification method, relates to the field of microscopic image analysis, and aims to solve the problem of difficulty in microscopic identification of component characteristics of Chinese patent medicines. Microscopic identification is used for authenticity identification and quality evaluation by identifying microstructure characteristics of medicinal materials, and a traditional method depends on manual analysis and is low in efficiency and high in subjectivity. Although the automation performance is improved by deep learning, the problems of dependence on labeled data, inaccurate feature positioning, large domain difference, insufficient utilization of professional knowledge and the like still exist, and the misjudgment risk is increased. Therefore, the invention provides a CLIP-guided multi-modal fusion microscopic identification method which is used for classifying medicinal plants. Experiments show that the method can accurately position the key feature area of the microscopic image under the condition of no label data, the feature extraction capability is enhanced through professional knowledge in pharmacopoeia, and the features have fine-grained local texture information and associated information containing the identification point position relation through a dynamic feature fusion module. The method is suitable for authenticity identification and quality detection of the Chinese patent medicine.

The invention discloses application of uncaria acidic polysaccharide URP-2 in preparation of an anti-esophageal cancer drug, and belongs to the technical field of antitumor of medicinal plant polysaccharide. According to the method, a method for extracting the uncaria total polysaccharide by boiling water and precipitating the uncaria total polysaccharide by ethanol is adopted, and a DEAE DE-52 cellulose column and sephadex column purification technology is combined, so that the separation of the uncaria acidic polysaccharide component is realized, and the uncaria acidic polysaccharide URP-2 is obtained. The uncaria acidic polysaccharide URP-2 comprises the following components in mole percent: 14.11% of arabinose, 12.64% of rhamnose, 6.48% of galactose, 5.00% of glucose and 61.77% of galacturonic acid. Experiments show that the uncaria acidic polysaccharide URP-2 has remarkable anti-esophageal cancer activity, so that a potential experimental basis and a new strategy are provided for applying the uncaria acidic polysaccharide URP-2 to clinical treatment of esophageal cancer.

The invention discloses an SmCLE mature peptide and application thereof in plant stress resistance, and belongs to the technical field of plant biology. According to the technical scheme, the SmCLE mature peptide is provided, and the amino acid sequence of the SmCLE mature peptide is SEQ ID NO: 1. The CLE peptide is applied to the aspect of plant stress resistance, the problem that an existing CLE peptide cannot be applied to stress resistance of plants, especially medicinal plants or non-mode crops is solved, the CLE peptide has high biocompatibility and targeting performance, and the biomass and yield of the crops in a stress environment can be remarkably improved.

The invention discloses a method for establishing a medicinal plant litsea cubeba tissue culture seedling system. Aiming at the problems of difficulty in explant pollution and browning control, low proliferation and rooting efficiency, insufficient transplanting and domesticating survival rate and the like in establishment of a litsea cubeba tissue culture system in the prior art, the invention provides the establishment method of the medicinal plant litsea cubeba tissue culture seedling system, the germination rate of explants is 90% or above, and the transplanting survival rate in 30 days reaches 90.6%.

The invention discloses application of SmCLE mature peptide in inhibiting plant aging, and belongs to the technical field of plant biology. The invention discloses application of a SmCLE mature peptide in inhibiting plant aging. The amino acid sequence of the SmCLE mature peptide is SEQ ID NO: 1. The CLE peptide is applied to the aspect of inhibiting plant aging, solves the problem that the existing CLE peptide cannot be applied to anti-aging of plants, especially medicinal plants or non-mode crops, has the advantages of small molecular weight, easiness in synthesis, low action concentration and good biocompatibility, can realize accurate regulation and control of leaf aging through exogenous application, and has a wide application prospect. And the safety problem of transgenic organisms is avoided.

The invention discloses an organic fertilizer suitable for tea yield increase and insect killing and a preparation method thereof, and relates to the technical field of organic fertilizer and microbial fertilizer manufacturing. The organic fertilizer is prepared from straw, chicken manure, radix inulae, clinacanthus nutans, affine cudweed, periploca forrestii schltr, ellagic acid-rice protein zymolyte, sodium laurate modified diatomite, sodium humate, urea, compound microorganism bacteria and water. The compound microorganism bacterium is composed of candida utilis saccharomycetes and neurospora intermedia. The compound microorganism bacteria in the organic fertilizer are beneficial to accelerating fermentation decomposition of the straw, the chicken manure, the sodium humate, the urea and the traditional Chinese medicine plants and promoting macromolecular substances to be converted into micromolecular active ingredients, then ellagic acid-rice protein zymolyte and sodium laurate modified diatomite are supplemented, and the yield of tea tree planting is increased through reasonable proportion of nutritional ingredients.

The invention relates to a method and application of an LmbZIP11 gene and a homologous NbbZIP11 gene of the LmbZIP11 gene in regulating and controlling the content of chlorogenic acid and total flavonoids in plants. The method comprises the following steps: extracting RNA (Ribonucleic Acid) of leaves of lonicera macranthoides, designing a specific primer, cloning to obtain an LmbZIP11 gene, further constructing a recombinant overexpression vector and a VIGS (Vinyl Insulin Growth Sequence) silencing vector of the LmbZIP11 gene, and respectively transforming arabidopsis thaliana and nicotiana benthamiana; experiments show that the content of total flavonoids and chlorogenic acid in arabidopsis thaliana is remarkably increased through overexpression of the LmbZIP11 gene, and the content of metabolites in tobacco is remarkably reduced through silence of the NbbZIP11 gene homologous with the LmbZIP11 in Benen tobacco; the invention provides a new strategy for regulating the synthesis of plant secondary metabolites by using the LmbZIP11 gene, and can be used for improving the quality of medicinal plants.

The invention discloses a water-saving irrigation method and system for traditional Chinese medicinal materials, and relates to the technical field of water-saving irrigation, by deploying sensors, collecting soil data and traditional Chinese medicinal plant growth data, and utilizing a source sensor to realize accurate positioning of the positions of other sensors; by constructing a sensor ad hoc network, collected soil data are intelligently analyzed to judge the accuracy and effectiveness of the soil data; based on the obtained effective sensor data, designing a water-saving irrigation control scheme by using a neural network model, and optimizing a sensor ad hoc network and a corresponding irrigation control scheme according to the growth condition of the traditional Chinese medicine plants; by analyzing the effectiveness of sensor data, accurate environment data of the traditional Chinese medicine plants can be obtained, and intelligent and accurate water-saving irrigation for the traditional Chinese medicine plants is achieved.

The invention provides a rhizoma nardostachyos endophytic fungus strain and application thereof, the rhizoma nardostachyos endophytic fungus strain is derived from an endophytic fungus of a medicinal plant rhizoma nardostachyos, is separated from the medicinal plant rhizoma nardostachyos by adopting an endophytic fungus separation and purification technology, and is named Fusarium sp.GSJ1 through microbial taxonomic identification, the strain is preserved in the China General Microbiological Culture Collection Center (CGMCC) on January 13, 2025, and the preservation number is CGMCC NO.41765. The invention further discloses a preparation method of the strain. The fungus strain can be used for producing the wollaman penicillin through solid-state fermentation of rice, provides a new way for the source of the wollaman penicillin, and has important production practice value.

The invention relates to the technical field of plant stress regulation and medicinal plant cultivation. A salt stress damage repair method for cutting seedlings of aromatic medicinal plants comprises the following steps: after asexual cutting seedlings of the aromatic medicinal plants suffer from salt stress, spraying a melatonin aqueous solution with the concentration of 50-200 [mu] mol.L to the leaves of the seedlings in a repair window period of 3-6 days after the salt stress occurs, spraying 1-2 times a day, continuously spraying for 2-3 days, and continuously spraying the melatonin aqueous solution with the concentration of 50-200 [mu] mol.L to the leaves of the seedlings in the repair window period of 3-6 days after the salt stress occurs. Melatonin is used for repairing salt damage of the asexual cuttage seedlings of the aromatic medicinal plants. The melatonin can be accurately applied before the salt damage critical point to repair the physiological damage of the cutting seedlings of the aromatic medicinal plants, and the salt damage influence of the cutting seedlings of the aromatic medicinal plants is greatly reduced; the problems that cutting seedlings of the aromatic medicinal plants are prone to salt damage under salt stress, the survival rate is low, and the content of main medicinal components is reduced are solved, and the dual effects of seedling physiological restoration and medicinal component content stabilization can be achieved.

The invention discloses a Pinellia ternata NAC transcription factor PtNAC61 as well as a coding gene and application thereof, belongs to the technical field of genetic engineering, and provides the Pinellia ternata NAC transcription factor PtNAC61 which is any one of the following proteins: (1) a protein consisting of an amino acid residue sequence in SEQ ID NO.1; (2) a protein which is obtained by substituting and / or deleting and / or adding one to ten amino acid residues on the amino acid residue sequence in the SEQ ID NO.1, has a pinellia ternata NAC transcription factor function and is derived from (1); the invention also provides a PtNAC61 gene for coding the NAC transcription factor Pt NAC61 of the pinellia ternate. The PtNAC61 gene is separated and cloned from pinellia ternate, the PtNAC61 gene is introduced into the pinellia ternate through an agrobacterium tumefaciens-mediated transformation method, a transgenic plant is obtained, it is verified that the drought stress tolerance of the transgenic pinellia ternate is improved, the anti-aging capacity of leaves is improved, an important gene resource is provided for plant stress-resistant gene engineering, and the PtNAC61 gene has a wide application prospect. The important significance is realized on improving the yield of medicinal plants.

The utility model relates to a soilless culture device, in particular to a medicinal plant soilless culture device which comprises a planting frame, a plurality of rows of culture vessels are placed on the planting frame, and the plurality of rows of culture vessels are parallel to one another and are arranged at equal intervals. An oxygen supply pipe is movably arranged above the planting frame, the oxygen supply pipe is adjacent to a walking mechanism arranged on the side edge of the planting frame, and the walking mechanism is used for driving the oxygen supply pipe to intermittently move in a reciprocating mode at equal intervals in the length direction of the planting frame; due to the fact that the feeding assembly and the walking mechanism are matched with each other, no matter whether the feeding pipe moves or the feeding pipe injects the nutrient solution into the cultivation vessel, additional control is not needed. In addition, the nutrient solution is not injected in the moving process of the nutrient supply pipe, and material waste caused by continuous injection of the nutrient solution when the nutrient supply pipe moves between the two adjacent rows of cultivation vessels is reduced.

The invention relates to the technical field of biology, in particular to a method for cloning medicinal plant stem cells and obtaining a high-yield cell line, and the cell line with high yield of specific active substances is obtained through establishment of a suspension cell line, obtaining of single cells, cell cloning culture and screening of cloned cells.

The invention discloses a nondestructive testing method and system for pesticide residues of field drinking chrysanthemum, and the method comprises the steps: obtaining hyperspectral reflectivity data of leaves of the drinking chrysanthemum in a key growth period after pesticide drip irrigation, and carrying out data preprocessing; a quantitative estimation model of the leaf hyperspectral reflectivity and the leaf clothianidin actually measured content is constructed through statistical modeling; determining a regression model equation of the clothianidin content in the leaves and inflorescence by using actually measured data, and calculating the inflorescence residue level according to a leaf detection result; a drinking chrysanthemum clothianidin residue early warning threshold value is set, the hyperspectral reflectivity of drinking chrysanthemum leaves is collected through hyperspectral equipment and input into the model, and drinking chrysanthemum clothianidin residue early warning is achieved; according to the method, early warning of pesticide residues is achieved before chrysanthemum harvesting, especially field rapid screening and quantitative analysis of novel pesticides such as clothianidin are achieved, the technical blank of an existing hyperspectral technology in pesticide residue detection and application of medicinal plants is filled up, and the chrysanthemum quality safety guarantee level is improved.

The invention relates to a method for extracting genome DNA of plants rich in secondary metabolites and a buffer solution, and belongs to the technical field of molecular biology and botany. The method solves the technical problems of low DNA extraction efficiency, poor purity, easy degradation and the like when a traditional DNA extraction method is used for treating plant tissues rich in secondary metabolites such as alkaloid, polyphenol and the like. Comprising the following steps: adding a complexing agent such as polyethylene glycol or polyvinylpyrrolidone when grinding plant tissues in a liquid nitrogen environment; splitting by using a cell wall splitting buffer solution containing dithiothreitol and a nonionic surfactant; carrying out DNA release and extraction at 60-70 DEG C by adopting a CTAB (Cetyltrimethyl Ammonium Bromide) extraction buffer solution containing polyethylene glycol and papain; and then purifying and precipitating to obtain high-purity genome DNA (Deoxyribose Nucleic Acid). The method can effectively remove alkaloid, protein and other impurities, significantly improves the DNA yield and purity, and is suitable for genome sequencing, genetic resource protection, medicinal plant molecular identification and the like of plants with high secondary metabolites such as Stephania kwangsiensis and the like.

The invention relates to the technical field of cultivation and planting of medicinal plants, in particular to a method for planting folium isatidis in severe saline-alkali soil. The method comprises the following steps: (1) soil preparation; (2) applying a base fertilizer: spreading 10-20 kg / mu of humic acid, 1-5 kg / mu of charcoal, 2000-4000 kg / mu of a microbial organic fertilizer, 100-150 kg / mu of waste mushroom sticks and 10-15 kg / mu of diammonium phosphate on the surface of the soil, and deeply plowing for 25-30 cm for two times; (3) ridging and sowing; (4) field management; (5) pest control; (6) harvesting. Through reasonable base fertilizer application and topdressing, the survival rate and yield of folium isatidis in the severe saline-alkali soil are increased, especially the content of effective components such as indirubin is increased, and high economic benefits are obtained while the severe saline-alkali soil is utilized.

The invention discloses a method for efficiently inducing hairy roots of begonia for producing ingenol. The obtained hairy roots can be used for extracting an active substance ingenol with the content higher than that in an original plant. The method comprises the following steps: 1) preparing a sterile explant; (2) activating agrobacterium and preparing a bacterium solution; (3) inducing hairy roots; (4) carrying out degerming induction culture; (5) subculture; and 6) amplification culture of hairy roots. By applying the induction culture method disclosed by the invention, efficient induction and large-scale culture of the euphorbia hairy roots can be realized, and the hairy roots of the euphorbia which grow quickly, are stable and good in state and contain a large amount of ingenol are obtained; the technical support is provided for the production of the active euphorbia pekinensis diterpenoid compound of the medicinal plant, namely the lepidogramme, and the development and utilization of medicinal resources.

The invention discloses application of a tripterygium wilfordii exosome in preparation of an anti-cervical cancer medicine and a tumor angiogenesis inhibiting medicine, and relates to the field of biological medicine. The medicinal plant exosome derived from tripterygium wilfordii is successfully separated, and it is proved that the medicinal plant exosome can regulate related pathways through delivery of functional nucleic acid molecules to inhibit proliferation and migration of cervical cancer cells and promote active oxygen related apoptosis so as to be used for tumor treatment. The tripterygium wilfordii exosome can further act on vascular endothelial cells in a tumor microenvironment, the migration function of Hela cells is inhibited, and then the effect of resisting cell proliferation in the tumor microenvironment is achieved. The tripterygium wilfordii exosome has the advantages of being simple in preparation method, remarkable in tumor growth resistance and tumor cell migration inhibition effect, good in biocompatibility, high in delivery efficiency and the like, and can be used as a novel nano-drug for tumor treatment.

The invention belongs to the technical field of medicinal plant tissue culture, and particularly discloses a culture medium for inhibiting browning of fructus amomi explants, the pH value of the culture medium is 5.0-6.0, the culture medium contains KNO3, NH4NO3, KH2PO4, MgSO4. 7H2O, CaCl2. 2H2O, MnSO4. 4H2O, ZnSO4. 7H2O, H3BO3, VB1, VB6, VB5, soybean mash filtrate, salicylic acid and the like, the formula of the culture medium aims at solving the problem of tissue culture browning of fructus amomi, and extremely low ammonium, organic nitrogen synergism and microelement regulation are adopted. By adopting the culture medium, the browning rate in the villous amomum fruit tissue culture process can be effectively inhibited, the seedling quality and the production efficiency are remarkably improved, the seedling culture period and the seedling culture cost can be greatly reduced in the villous amomum fruit seedling rapid propagation culture process, and a technical guarantee is provided for commercial seedling supply.

The invention discloses a novel brevibacterium root rot resistant species of Huanglonglong and application of the novel brevibacterium root rot resistant species. The invention provides a Huanglonglong brachybacterium root rot resistant strain, which is a Huanglonglong brachybacterium root rot resistant strain, the strain number of the Huanglonglong brachybacterium root rot resistant strain is BS409, and the registration number of the Huanglonglong brachybacterium root rot resistant strain in the China General Microbiological Culture Collection Center is CGMCC No.34201. The invention further provides a preparation method of the Huanglonglong brachybacterium root rot resistant strain. The strain BS409 provided by the invention is a new species of brevibacterium, can generate chitinase and hydrolyze chitin, and has inhibitory activity on root rot pathogenic bacteria fusarium equiseti (Fusarium equiseti). The results indicate that the strain BS409 has good potential in the aspect of biological prevention and control of root rot of medicinal plants (such as bighead atractylodes rhizome, pseudo-ginseng and ginseng), and can also be used in the aspects of soil remediation, soil improvement and the like of planting fields of bighead atractylodes rhizome, pseudo-ginseng and ginseng.

The invention discloses a seedling breeding and under-forest cultivation method for Schefflera octophylla. Relates to the technical field of medicinal plant cultivation. Comprising the following steps: seed treatment; sowing and germinating; seedling cultivation; performing under-forest field planting; and managing after planting. The germination rate is high and neat; seedlings are robust and strong in stress resistance; the field planting survival rate is obviously improved, and the under-forest field planting survival rate is stabilized to be 85% or above; the whole technical route does not need to use chemical pesticides and chemical fertilizers, the Yunnan pine forest land resources are utilized, bionic cultivation of the stichopus japonicus is achieved, the ecological environment is protected, and technical support is provided for production of high-quality medicinal materials of the stichopus japonicus.

The invention belongs to the technical field of medicinal plant tissue culture, and particularly discloses a culture medium for inhibiting browning of paris polyphylla explants, and the culture medium is prepared from the following components: 450 to 1300 mg / L of KNO3, 350 to 1220 mg / L of NH4NO3, 50 to 240 mg / L of KH2PO4, 135 to 560 mg / L of MgSO4. 7H2O, 220 to 920 mg / L of CaCl2. 2H2O, 15.2 to 30.5 mg / L of MnSO4. 4H2O, 500 to 5000 mg / L of sodium bentonite and the like. The phyllosilicate structure is utilized to efficiently adsorb phenolic substances, and the enzymatic browning chain reaction is blocked; meanwhile, high calcium salt concentration is maintained to enhance the stability of cell membranes and inhibit exosmosis of phenolic substances. By adopting the culture medium disclosed by the invention, browning can be effectively inhibited, the seedling quality and the production efficiency can be remarkably improved, the seedling culture period and the seedling culture cost can be greatly reduced in the rapid propagation culture process of the paris polyphylla seedlings, and a technical guarantee is provided for commercial seedling supply.

The present invention discloses a method containing VB 12 The production method of the medicinal plant additive for suckling pig feed and the product thereof relate to the field of suckling pig breeding. The production method of the medicinal plant additive for suckling pig feed of the present invention comprises the following steps: (1) crushing cardamom, tricholoma, oregano and inulin respectively and enzymolyzing them with cellulase, and then mixing them in proportion, or first mixing cardamom, tricholoma, oregano and inulin in proportion, and then crushing and enzymolyzing them with cellulase to obtain a primary enzymolysis material; (2) adding potassium dihydrogen phosphate and oxalic acid to the primary enzymolysis material, and continuing to degrade to obtain a hot-cooked enzymolysis material; (3) mixing the hot-cooked enzymolysis material with molasses, wormwood, glucose, and yeast extract to obtain a mixture, adding sterilized tap water and Clostridium butyricum liquid, and fermenting to obtain a primary fermentation material; (4) adding pretreated Sanguisorba officinalis and molasses to the primary fermentation material, and continuing to ferment. The medicinal plant additive for suckling pig feed of the present invention can significantly reduce the feed-to-meat ratio of suckling pigs and significantly increase daily weight gain.

The abstract relates to the field of pharmacy, in particular, to a method for obtaining extracts from medicinal plants and can be used for the production of biologically active additives, cosmetics and medicines with antioxidant, rejuvenating and anti-inflammatory effects. The essence of the utility model is the development of a technology for obtaining a liquid extract rich in biologically active compounds by ultrasonic processing of Rosa platyacantha Schrenk leaf raw materials. The method includes the following steps: 1. Preparation of plant raw materials (grinding to 5 mm); 2. Preparation of extractant (50% ethyl alcohol); 3. Extraction of raw materials and extractant in a ratio of 1:10 (Elma Elmasonic Easy 30H); 4. Filtration of the resulting liquid extract; 5. Packaging and labeling of the finished product. Extraction is carried out at a temperature of 35°C and a frequency of 37 kHz for 30 minutes. The technical result of the proposed approach is the development of a resource-saving technology for obtaining a liquid extract from the leaves of Rosa platyacantha Schrenk, ensuring a reduction in extraction time, a low temperature regime while preserving thermolabile biologically active substances, and an expansion of the raw material base through the use of previously unused parts of the plant.

This invention discloses a *Armillaria mellea* contact induction device and control system for improving the inoculation rate after *Gastrodia elata* seed germination. It relates to the field of co-cultivation technology of edible and medicinal fungi and medicinal plants, and includes a shell, a germination support module, a mycelial induction module, a contact bridge module, a nutrient pulse module, an environmental modulation module, a dual-evidence detection module, and a main control module. The main control module generates an inoculation window index and, after trial contact, switches between a maintained contact state and a withdrawal state based on the recovery curve to complete the contact induction and colonization maintenance of *Armillaria mellea* with *Gastrodia elata* protocorms.

The invention discloses a tissue culture method of a medicinal plant divaricate saposhnikovia root. The method comprises the following steps: taking a stem section with buds as an explant, adding 30g / L of sucrose, 8g / L of agar and 0.5 mg / L of 6-BA into an MS (Murashige and Skoog) culture medium as an induction culture medium, and ensuring that the pH value is A rooting culture medium is formed by adding 30 g / L of sucrose, 8 g / L of agar and 0.5 mg / L of IBA into an MS culture medium, and the pH value is 5.8. By using the method, the axillary bud induction rate is 100%, the multiplication coefficient reaches 2.29, and the average stem height is 1.1 cm; the rooting rate reaches 91%, the rooting coefficient reaches 17.25, and the formed roots are dense and thick and are suitable for transplanting. The method not only accelerates the breeding speed of the divaricate saposhnikovia root, but also keeps excellent characteristics of parents, is of great significance to rapid breeding and genetic improvement, and lays a technical foundation for commercial production.

The utility model belongs to the technical field of scenic spot landscaping products, particularly relates to a multifunctional landscaping device capable of collecting herbs for brewing, and provides the following scheme aiming at the problems that an existing landscaping device cannot be fully integrated into the scenic spot environment and cannot meet the diversified requirements of viewers for the functions of the landscaping device. Comprising a transparent glass cover, a supporting stand column, green plant vegetation, a concave water receiving area, a hot water faucet and a cleaning water faucet, the green plant vegetation is cultivated in the transparent glass cover, people can clearly observe natural medicinal plants, the layering sense is increased in the design, the feeling closer to the nature is achieved, and the ecological environment is protected. And a hot water faucet and a cleaning water faucet are connected to the inner concave wall of the inner concave water receiving area, so that the device has a water drinking function and a hand washing function.

The invention discloses a preparation method of a CPF residue rapid detection enzyme biosensor based on PANI / AuNPs. The preparation method comprises the following steps: preparation of an AuNPs / GCE modified electrode, preparation of a PANI / AuNPs / GCE modified electrode and preparation of an AChE / PANI / AuNPs / GCE biosensor. The enzyme biosensor based on the PANI / AuNPs composite material, which is constructed by the invention, is of great importance for medicinal farmers and related institutions to master the development mode of medicinal plant diseases, and is beneficial to realizing a timely early warning mechanism, reducing the cost expenditure in the production process, improving the quality of medicinal materials and increasing economic benefits; and reference and technical support are expected to be provided for development of a novel, portable and on-site pesticide residue law enforcement detection technology.