13 results about "Hyacinth" patented technology

The invention provides a traditional Chinese medicine composition formula for improving intestinal flora and application thereof, and relates to the technical field of traditional Chinese medicine, and the traditional Chinese medicine composition formula is prepared from the following raw materials: bighead atractylodes rhizome, poria cocos, pericarpium citri reticulatae, fructus amomi, fried malt, fried rice sprout, lotus seed, gordon euryale seed, dandelion, agastache rugosus, eupatorium, fried white hyacinth bean, medicated leaven, semen raphani and astragalus membranaceus. According to the invention, the number of beneficial bacteria in intestinal tracts can be increased, multi-target regulation of intestinal flora can be carried out, growth of harmful bacteria can be inhibited, diversity of intestinal flora can be improved, structural balance of flora can be recovered, the effect is comprehensive, and the effect is remarkable; the used raw materials are all medicinal and edible or common traditional Chinese medicines, are high in safety and have no obvious toxic or side effects; the traditional Chinese medicine composition is suitable for different types of intestinal flora disorder patients, and especially has a good treatment effect on functional dyspepsia, inflammatory diseases, irritable bowel syndrome and other diseases.

The application discloses an electrochemical biosensor based on specific nucleic acid aptamer fragments and glucose oxidase. The specific recognition of the same target object by the double nucleic acid aptamer is utilized to combine the modified metal organic framework compound and the magnetic nanoparticles with the target object to form a self-assembly structure, and the magnetic nanoparticles are separated out by utilizing the magnetism of the magnetic nanoparticles. Meanwhile, the specific catalytic action of the glucose oxidase on glucose produces hydrogen peroxide to further oxidize 3,3'-diamino benzidine to generate an electrochemical signal, and the metal organic framework compound and the magnetic nanoparticles both have peroxidase-like activity, which can further synergistically catalyze the oxidation of 3,3'-diamino benzidine by hydrogen peroxide, and the sensitivity is improved. Thus, based on the linear relationship between different concentrations of pathogen solutions and corresponding electrochemical signal intensities, the electrochemical biosensor realizes high-sensitivity detection of the hyacinth yellow rot fungus.

This invention relates to a blackcurrant and orange juice mixed soft drink, belonging to the field of beverage technology. The mixed soft drink contains blackcurrant extract, orange juice, white hyacinth bean seed extract, mogrosides, steviol glycosides, etc. The blackcurrant extract is a product with a lower than 5kDa obtained by enzymatic hydrolysis of blackcurrants with hemicellulase and pectinase, followed by sequential enzymatic hydrolysis with nattokinase, fig protease, papain, and glucokinase. The white hyacinth bean seed extract is a product with a lower than 5kDa obtained by trypsin hydrolysis of white hyacinth bean seeds, followed by co-fermentation with Propionibacterium finigense, Lactobacillus brevis, and Bifidobacterium longum. The blackcurrant extract and white hyacinth bean seed extract have excellent anti-fatigue, antioxidant, and immune-enhancing effects, making the mixed soft drink both delicious and healthy.

This invention provides a strain of *Aurorus cristatus* and its application, belonging to the field of microbial technology. The *Aurorus cristatus* strain is named *Aurorus cristatus* AKFX-002 and is deposited at the China General Microbiological Culture Collection Center (CGMCC) with accession number CGMCC No. 42255. This strain was isolated from black tea from Dongguan Village, Haoping Town, Ziyang County, Ankang City, Shaanxi Province. It exhibits rapid growth in black tea infusion, almost no use of theanine as a nitrogen source during fermentation, and possesses a sweet aroma reminiscent of rose and hyacinth, with a pure fragrance. It can be used for fermentation to prepare fermented black tea or Fu brick tea with high theanine content.

The present application relates to the technical field of traditional Chinese medicine analysis, in particular to a construction method of characteristic chromatogram of Lablab or its processed products and application thereof. The construction method of characteristic chromatogram of Lablab or its processed products comprises the following steps: extracting Lablab or its processed products with an extraction solvent to obtain an extract, adding the extraction solvent to the extract, filtering, and taking the filtrate as a test sample solution; feeding the test sample solution into an ultra-high performance liquid chromatograph, wherein the detector of the ultra-high performance liquid chromatograph is an evaporative light scattering detector, obtaining a test sample chromatogram, and introducing the test sample chromatogram into traditional Chinese medicine chromatographic fingerprint similarity evaluation software to obtain the characteristic chromatogram of Lablab or its processed products. The characteristic chromatogram of Lablab constructed by the present application has 14 characteristic peaks, and the characteristic chromatogram of Lablab processed products has 13 characteristic peaks. Lablab and Lablab processed products can be distinguished according to the characteristic chromatogram of Lablab or the characteristic chromatogram of Lablab processed products.

The invention discloses a preparation method of tea-aroma yellow rice wine, and belongs to the technical field of wine brewing. The method comprises the following steps: respectively crushing white hyacinth bean flower, fructus piperis longi and tea leaves; glutinous rice and lactic acid bacteria are added into water for rice soaking; steaming the rice, cooling the glutinous rice to 50 DEG C, adding the white hyacinth bean flower powder, and continuously cooling to 35 DEG C; putting materials into a vat, namely uniformly stirring and mixing water, a white hyacinth bean flower-rice mixture, wheat koji, distiller's yeast and cellulase; performing primary fermentation after feeding, during the primary fermentation period, performing primary raking 8-12h after primary fermentation, then performing timed raking, performing primary fermentation for four times, and adding zymosan for fermentation during third raking; cooling the fermented mash after pre-fermentation, performing post-fermentation, and adding tea powder and fructus piperis longi powder in stages during the post-fermentation period; and after post-fermentation, squeezing, centrifuging and sterilizing the fermentation liquor to obtain the tea-aroma yellow wine. The yellow rice wine disclosed by the invention is sweet and mellow in vinosity, pleasant in fragrance and good in mouth feel, and has tea fragrance, and the bioavailability and flavor quality of theaflavin in the tea-fragrance yellow rice wine are remarkably improved.

Escherichia coli flagellum is a potential target for research and development of escherichia coli infection anti-virulence drugs. Researches find that the Escherichia coli flagellum inhibitor has important significance on prevention and control of Escherichia coli The invention relates to a medical application of cinnamyl alcohol in preparation of an escherichia coli flagellum inhibitor, and tests such as an escherichia coli sliding motion inhibition test, a minimum inhibitory concentration determination test, a growth curve test, a greater wax moth survival rate test, an escherichia coli adhesion to Hela cell inhibition test and the like. It is verified that cinnamyl alcohol can inhibit bacterial flagellum-mediated electrophoresis on the premise that bacterial growth is not inhibited, and therefore the pathogenicity of escherichia coli is reduced. Cinnamyl alcohol exists in Peru balsam, cinnamon leaves, hyacinth oil, storax balsam and the like in an ester form, is commonly used as a fixative and a modifier, and is also an important medical raw material. Cinnamyl alcohol has the characteristics of low cost, no drug resistance and drug residue, has a wide application prospect, and provides a new way and a potential natural compound for prevention and treatment of escherichia coli infection.

The application discloses a kind of flower hyacinth pure distillate and preparation method thereof, it is related to the deep processing technical field of flower hyacinth.It is with fresh flower hyacinth or dry flower as raw material, is prepared by steam distillation process, including the following weight parts raw materials: fresh flower hyacinth or dry flower 10-30 parts, purified water 30-90 parts.Preparation method includes raw material pretreatment, through steam distillation extraction, deployment, filtration sterilization and aseptic filling steps.The present application uses fresh flower hyacinth or dry flower direct distillation, maximum retention of volatile oil and naringin active ingredients, significantly higher than the effective component retention rate of traditional dry product;Prepared pure distillate fragrance fresh, taste sweet, no bitter taste, can be directly drunk, also can be used as throat spray, facial soothing spray, simple process, suitable for industrial production, solve the existing flower hyacinth product dissolution rate low, taste bad, inconvenient to drink Problem.

The invention provides a detoxification treatment method based on straw degradation products, and relates to the technical field of straw treatment. According to the detoxification treatment method based on the straw degradation product, a low-cost ecological treatment system is constructed through natural photo-thermal resource utilization and waste woven bag transformation, the synergistic effect of microbial electron transfer and photooxidation is achieved through day and night circulation, straw toxin is efficiently converted into a stable polymer under the mediation of humic acid, and the detoxification effect is achieved. The whole process does not need to externally add chemicals and extra energy sources, the operation is convenient, farmers only need to observe the color change of liquid and the state of hyacinth living plants to judge that detoxification is completed, a treatment product is directly converted into a soil conditioner coated with a slow release fertilizer core, toxin resource utilization is achieved, and the cost is reduced. And the photosynthetic efficiency of crops and the heavy metal passivation effect are synchronously improved, a closed-loop circulation treatment mode from toxin degradation, fertilizer returning to the field to soil remediation is finally formed, and the agricultural ecological benefits are improved.

The method for planting the bamboo reed in the saline-alkali soil comprises the following steps: (1) land preparation: firstly, applying wormcast organic fertilizer and ardealite to the saline-alkali soil, then, carrying out sand covering and deep ploughing treatment, finally, carrying out mixing and leveling, then, carrying out film covering, and mounting an irrigation device; (2) domesticating the bamboo reed seedlings: treating the bamboo reed seedlings with a mixed salt solution once a week, and normally watering the bamboo reed seedlings in other time; after domestication is finished, the bamboo reed growing normally is selected and treated to serve as a to-be-transplanted seedling; (3) transplanting and planting management: after holes are formed in the mulching film, bamboo reed domesticated seedlings are planted, soil holes are dug in the positions close to the roots of the bamboo reed after transplanting, compound fertilizer is applied to each hole, then irrigation is conducted, and then water management is conducted in a tap water irrigation mode. According to the method, the arundo donax can normally grow in the soda saline-alkali soil, the survival rate is high, meanwhile, operation is easy, a large amount of labor is not needed, the saline-alkali soil can be comprehensively improved at low cost, and wide application prospects are achieved.

The invention relates to a composition for promoting growth and development of children and application thereof, and belongs to the technical field of traditional Chinese medicines. The composition consists of the following traditional Chinese medicine extracts in parts by mass: 4-10 parts of a traditional Chinese medicine extract A, 3-7 parts of a traditional Chinese medicine extract B, 1-3 parts of a traditional Chinese medicine extract C and 2-6 parts of a traditional Chinese medicine extract D, on the basis of an ancient and classical prescription, codonopsis pilosula, Chinese yam, white hyacinth bean, poria cocos, platycodon grandiflorum and semen coicis are taken as main medicinal materials, effective components of different medicinal materials are extracted, separated and purified through a scientific and technological method and an instrument, reasonable proportioning is performed, the curative effect is exerted, and through pharmacodynamic research, the effect is remarkable. Therefore, the traditional Chinese medicine composition can improve the production and development of children by enhancing the absorption of the spleen and the stomach. And the related process is advanced, and the dose is not large.

According to the KASP primer combination for identifying the chongming white hyacinth beans in Shanghai, the fingerprint database and the application, the primer combination is designed aiming at two SNP sites in a genome of the chongming white hyacinth beans, and the SNP sites are located at the 8757465 site on a chromosome Lp03 and the 4609698 site on a chromosome Lp10 respectively. The primer pair is used for identifying the chongguan white hyacinth beans, and guarantees are provided for identification, resource utilization and breeding of the chongguan white hyacinth beans; the important significance is also realized on the molecular marker breeding of the chongming white hyacinth beans; technical support is provided for promoting protection and popularization of the chongming white hyacinth bean variety, and identification of variety authenticity, identification of variety purity, analysis of genetic relationship between varieties and the like are facilitated. Meanwhile, the problems that equipment is expensive and operation is tedious in a previous molecular marker sequencing method are solved, and the method is low in cost, rapid, simple, convenient, high in practicability and wide in applicability.