10 results about "Amorpha fruticosa" patented technology

The invention relates to burn and scald repair gel and a preparation method thereof.The burn and scald repair gel is composed of amorpha fruticosa extract, acrylic resin, an antioxidant and a penetrant, the amorpha fruticosa extract serving as an effective component has a good treatment effect on skin burns and scalds, and the prepared burn and scald repair gel can promote wound healing and reduce swelling and pain, and can be used for treating skin burns and scalds. The preparation can promote epidermis recovery and reduce scars, and is a green, safe and non-irritant burn and scald repair preparation.

The invention discloses a side slope ecological regreening method for improving granite weathering based on microorganisms, and belongs to the technical field of side slope ecological restoration, and the side slope ecological regreening method comprises the following steps: S1, screening weathered strains; s2, intelligent irrigation; s3, slope green plants are planted; v-shaped grooves are engraved in the surface of the slope and filled with microorganism-granite weathering matrixes, and dominant strains are inoculated; planting amorpha fruticosa and herbaceous plants, and starting an intelligent irrigation system according to the dynamic model; monitoring rock mineral composition change, vegetation coverage rate and soil organic matter content; planting amorpha fruticosa and herbaceous plants, and starting the intelligent irrigation system according to the dynamic model. The method solves the problems that traditional slope rock weathering mainly depends on natural weathering, the speed is extremely low, plants growing on rocks easily break away from the surfaces of the rocks or die after absorbing nutrients completely, a basic soil environment is difficult to provide for vegetation growth in a short time, soil nutrients are deficient, the effectiveness is low, vegetation growth is limited, and the soil quality is poor. The ecological stability is influenced.

The invention belongs to the technical field of plant culture, and particularly relates to an ecological and economical cultivation method for open aralia elata seem. The cultivation method provided by the invention mainly comprises the following steps: planting aralia elata seem on a wide furrow, digging ditches on two sides of the furrow, adding organic wastes, inoculating wild red earthworms in a cold region to improve soil, and planting amorpha fruticosa between two adjacent fertilization ditches. According to the method, the problem of sunburn injury in open field cultivation is solved by planting amorpha fruticosa for shading, and the problems of soil degradation and excessive use of chemical fertilizer are solved by applying earthworm bio-organic fertilizer and straw. The result of the embodiment shows that the investment of chemical fertilizer is reduced, the production cost is reduced, the yield of aralia elata seem is increased, and the quality of saponin and flavone content is improved; the soil organic matter content is improved, soil hardening is reduced, resource utilization of amorpha fruticosa branches, straw and cow dung is achieved, agricultural waste pollution is reduced, the win-win situation of economic benefits and ecological benefits is achieved, and the green agricultural policy guidance is met.

The invention discloses an amorpha fruticosa aerial seeding seed pelleting treatment method and equipment for increasing the germination rate, and particularly relates to the field of forest tree seed treatment.The amorpha fruticosa aerial seeding seed pelleting treatment method.The amorpha fruticosa aerial seeding seed pelleting treatment method comprises the steps that S1, amorpha fruticosa seeds are cleaned, disinfected and soaked, washed with clear water after soaking is completed, and then naturally aired; s2, collecting a fresh koelreuteria paniculata seed sample to prepare an endophyte solution, preparing an adhesive, and uniformly stirring the adhesive to fully dissolve; s3, adding the amorpha fruticosa seeds and an adhesive into a stirrer, uniformly stirring, then adding the endophyte liquid, continuously stirring, then selecting medical stone and bentonite as carriers, and quickly and uniformly wrapping the seeds to obtain a mixture; and step S4, mixing the mixture, and then carrying out granulation treatment. Through the synergistic effect of multi-step pretreatment and the pelleting process, the germination rate and the survival rate of the amorpha fruticosa seeds are remarkably improved, the physical characteristics of the seeds are optimized through pelleting treatment, and the aerial seeding adaptability is greatly improved.

The invention discloses a construction method of engineering vibrio natrieti, which is characterized in that directional gene modification is performed on wild vibrio natrieti, so that the wild vibrio natrieti can be used for producing amorpha fruticos-4, 11-diene by taking glycerol as a substrate. Comprising the following steps: S1, preparing wild vibrio natrieti competent cells; and S2, transforming the competent cells of the wild vibrio natrievibrio prepared in the step S1 by using plasmids containing amorpha fruticosa 4, 11-diene production key enzyme genes. The invention also discloses an application of the vibrio natriticus in production of amorpha fruticos-4, 11-diene by taking glycerol as a substrate. The problem that glycerol cannot be efficiently utilized by traditional industrial microorganisms such as escherichia coli and saccharomyces cerevisiae is solved. The vibrio natriticus has ultra-high-speed growth performance, also has the advantages of high salt tolerance, difficulty in bacterial contamination, no harm to a human body, wide substrate spectrum range and the like, and is considered to be an emerging chassis cell.

The invention relates to a measuring and calculating model for amorpha fruticosa plant height change in an ecological restoration area, which comprises the following steps: (1) defining model parameters; (2) establishing a growth equation; (3) setting boundary conditions; and (4) model verification. According to the method, an equation for describing the plant growth rate can be established according to the plant physiology principle according to key indexes, such as illumination, moisture and nutrients, influencing plant growth in the restoration area, the plant height change process of amorpha fruticosa under different conditions is simulated, and corresponding results are output; the method can quickly and accurately estimate the influence process of various factors in the restoration area on the amorpha fruticosa plant height change, and can adjust the maintenance strategy in time according to the measurement result.

The application relates to the field of microbial technology, and particularly discloses a root zone probiotic SDQB6 of ammodendron and application thereof; the root zone probiotic SDQB6 of ammodendron is Alcaligenes faecalis SDQB6, which was preserved in the China General Microbiological Culture Collection Center on May 19, 2025, is located at No. 1, Xibei Road, No. 3, Chaoyang District, Beijing, is preserved in the Institute of Microbiology, Chinese Academy of Sciences, and has a preservation number of CGMCC No. 34588 and a classification name of Alcaligenes faecalis; the inhibition rate of the strain SDQB6 of the application to 10 kinds of pathogenic bacteria such as Valsa mali reaches 30.17-91.04%, the D / d values of the phosphorus solubilizing ability and the iron complexing ability are 1.28 and 2.37 respectively, the strain can grow on a culture medium containing 15% NaCl or 10% PEG, and has significant growth promotion effects on peppers and melons.

This invention belongs to the field of enzyme engineering technology, specifically relating to proteins with tetrahydrofolate-dependent demethylase activity and their application in the synthesis of L-5-methyltetrahydrofolate. This invention utilizes two proteins with tetrahydrofolate-dependent demethylase activity, namely *Sphingosine monocytogenes* (…). Sphingomonas paucimobilis Vanillic acid O-demethylase and Amorpha fruticosa intermediate rhizobia (from) Mesorhizobium amorphae The aminomethyltransferase derived from 6S-THF uses inexpensive vanillic acid or dicamba as methyl donors to directly methylate 6S-THF to synthesize L-5-MTHF. Combined with highly active dihydrofolate reductase and NADP cofactor regeneration system, this method effectively achieves efficient and green synthesis of L-5-methyltetrahydrofolate, and has good industrialization prospects.

The invention provides a shrub and grass combined planting method suitable for soil of a strip mine dump and application of the shrub and grass combined planting method, and relates to the technical field of ecological remediation, the shrub and grass combined planting method comprises the steps of planting amorpha fruticosa in a to-be-improved soil area, and sowing alfalfa in gaps of the amorpha fruticosa; the arbuscular mycorrhizal fungi inoculant and the dark-color separated endophytic fungi inoculant are applied to the root of each amorpha fruticosa plant in a hole application mode, and the arbuscular mycorrhizal fungi inoculant and the dark-color separated endophytic fungi inoculant are applied in planting gaps of the amorpha fruticosa plant by digging shallow ditches. The long-term stable symbiosis of the two fungi at the rhizosphere is realized. The photosynthetic rate and the CO2 quantum efficiency of the amorpha fruticosa and the alfalfa are remarkably improved, and the obvious synergistic interaction effect is achieved in the aspects of improving the soil nutrient components and the activity of soil enzymes such as sucrase and phosphatase. The technical problems that in the prior art, the AMF and the DSE have ecological niche competition, the coexistence stability is poor and inoculation balance is difficult to control in the process of improving the soil of the strip mine dumping site, and consequently soil remediation is difficult are solved.

This invention proposes a fungicide composition for controlling rice panicle rot and its preparation method, belonging to the field of plant disease control technology. The fungicide composition for controlling rice panicle rot comprises a biological fermentation broth, a chemical composition, and a carrier mixture in a mass ratio of 1:(2-3):(4-6); the biological fermentation broth includes fermentation broths of *Bacillus pilaris* and *Bacillus belesiensis*; the chemical composition includes *Amorpha fruticosa* extract, thiamine, propolis alcohol, and methionine; the carrier mixture includes chitin, diatomaceous earth, and sucrose. The novel fungicide composition prepared using this invention can solve the problem of unsatisfactory control efficacy of existing chemical agents against rice panicle rot, achieving a control efficacy of over 98%, good control effect, simple preparation method, and all components are environmentally friendly, without causing environmental or food safety problems.