14 results about "Geraniol" patented technology

This invention provides a flavoring agent for enhancing the honey-sweet aroma of tobacco, comprising the following raw materials and their mass percentages: 0.2-0.3% 2,3-pentanedione, 0.45-0.55% phenylacetic acid, 0.45-0.55% phenethyl acetate, 0.25-0.4% phenylethanol, 0.45-0.6% methyl phenylacetate, 0.45-0.6% ethyl phenylacetate, 0.5-0.6% menthyl acetate, 0.15-0.25% geraniol, and the balance being propylene glycol. This invention belongs to the field of tobacco flavoring technology. By combining 2,3-pentanedione, phenylacetic acid, and phenethyl acetate in a specific mass ratio and conducting testing and evaluation, a flavoring agent suitable for enhancing the honey-sweet aroma of tobacco has been successfully developed. The composition is clearly defined, significantly improving the honey-sweet aroma of tobacco products, with a rich and long-lasting aroma, and good taste harmony.

DEPCT6825 / 04 / 2568 A synergistic biological pesticide compound that relies on essential oils. And the terpene component that should be used is geraniol, which has an effect on the Tetranychusurticae composition. The pesticide is active against all stages of mites and has a short estimation time with this mode. Non-toxic action and reduced delivery rate for each component of the inhibitor. Pesticides have been used to fight and control pests in plants; this invention has also provided a method for that. Fighting and controlling pests;

The application provides a preparation method of a cowpea leafhopper repellent and application thereof, and belongs to the technical field of green prevention and control of agricultural pests. The preparation method is as follows: activated biochar obtained by microwave pyrolysis of straw powder and activated by phosphoric acid is mixed with intercalated montmorillonite-PVA compound obtained by intercalating aluminum ions into montmorillonite and modifying the intercalated montmorillonite with polyvinyl alcohol, and then the mixture is modified with KH-550 to obtain a supported controlled-release carrier; linalool, geraniol and methyl salicylate are loaded on the supported controlled-release carrier to prepare a core; trans-2-hexenal and trans-2-octenal are loaded on the core to prepare a core-shell structure microsphere; the core-shell structure microsphere is coated with poly-N-isopropyl acrylamide to prepare a multi-stage controlled-release microsphere; and the multi-stage controlled-release microsphere is used to prepare the cowpea leafhopper repellent for preventing and controlling cowpea leafhoppers. The application improves the loading capacity and adsorption stability of active components, and improves the compatibility with the wax layer of cowpea leaves. The preparation of the application shows fast effect and long persistence.

This invention discloses an antibacterial and mosquito-repellent composite material based on plant extracts, its preparation method, and a latex paint. The method includes: providing a zinc ion solution and an alkaline precipitant solution, wherein the alkaline precipitant solution is selected from at least one of sodium hydroxide solution, potassium hydroxide solution, or ammonia water; mixing and reacting the zinc ion solution and the alkaline precipitant solution, controlling the final pH value of the reaction to be 8-11, and then post-processing to obtain nano-zinc oxide particles; dispersing the nano-zinc oxide particles in an L-cysteine ​​solution, adding a stabilizer to obtain an L-cysteine-modified nano-zinc oxide dispersion; adding β-alanine and plant extracts to the nano-zinc oxide dispersion, homogenizing and drying to obtain the antibacterial and mosquito-repellent composite material; wherein the plant extract is selected from at least one of thymol or geraniol, nocaketone, physalisol, citronella oil, and lemon eucalyptus oil, combined with thymol. This invention can produce an antibacterial and mosquito-repellent composite material with long-lasting antibacterial and mosquito-repellent effects.

This invention relates to a method for improving tobacco stem extract using multi-strain synergistic fermentation and its application. The method includes: (1) inoculating Bacillus subtilis and Bacillus kochia into a culture medium containing tobacco stem extract for fermentation to obtain a primary fermentation broth; (2) inoculating Saccharomyces cerevisiae (producing phenylethanol) and Yersinia geraniolata (producing geraniol lipolysin) into the primary fermentation broth for further fermentation to obtain an improved tobacco stem extract. This invention creatively provides a method for improving tobacco stem extract using multi-microorganism synergistic fermentation. This method effectively degrades macromolecular components such as cellulose, hemicellulose, pectin, and starch in the tobacco stem extract while increasing the content of aroma components in the tobacco stem extract. This significantly reduces the off-flavors and irritation of the treated improved tobacco stem extract, improves its sensory quality, and significantly enhances its reclaiming value.

This invention belongs to the technical field of marine antifouling materials, and discloses the application of agrimonol complex, an environmentally friendly marine antifouling coating, and its preparation method and application. The agrimonol complex includes agrimonol, a carrier material, and a modifier, with a mass ratio of agrimonol, carrier material, and modifier of 1:2~5:0.1~0.5; the carrier material is chitosan; and the modifier is KH550. The environmentally friendly marine antifouling coating prepared using this agrimonol complex, by using a carrier to support the agrimonol and combining it with the reinforcing binding effect of the modifier, can achieve slow and controllable release of agrimonol, avoiding the rapid release of large amounts of free agrimonol that would lead to short-term failure, thus achieving long-term stable antifouling. Simultaneously, by utilizing the activity of agrimonol to inhibit biofilm formation, it effectively blocks the attachment of marine organisms, solving the pain point of natural antifouling agents that "difficult to balance antifouling and environmental protection."

The application discloses a white tea hydrolat intelligent segmentation collection method based on characteristic aroma distillation kinetics identification, comprising the following steps: establishing the distillation kinetics curve of linalool, geraniol and phenylacetal by standardized distillation and high-frequency GC-MS detection; scientifically identifying the "composite high-efficiency distillation dynamic window" based on the comprehensive aroma index of weighted calculation; realizing intelligent segmentation collection through flow path switching according to the kinetic window parameters, and obtaining high-composite-aroma-purity hydrolat and high-linalool hydrolat respectively, and the aroma profile can be recombined and customized. The total content ratio of the three characteristic components in the obtained high-composite-aroma-purity hydrolat to the total amount of volatile aroma components is significantly improved, and the sensory score is excellent; the content and relative content of linalool in the high-linalool hydrolat are at a high level. The application realizes accurate enrichment of aroma components, improves the concentration of core components, and the product has pure aroma, batch stability, and is suitable for the fields of cosmetics, functional foods and the like.

The present invention addresses the problem of providing: a method for producing a processed hop product having an increased geraniol concentration; a processed hop product produced by the production method; a method for enhancing a floral aroma in hops or a processed hop product; a method for producing a beer-taste beverage having an enhanced floral aroma; a beer-taste beverage produced by the production method; a method for enhancing a floral aroma in a beer-taste beverage; and others.　In this method for producing a processed hop product, a food composition having lipase activity is added to hops or a processed hop product, whereby the concentration of geraniol contained in the hops or the processed hop product can be increased and a floral aroma in the hops or the processed hop product can be enhanced.

The application discloses a quality fingerprint of black tea hydrolat and a construction method and application thereof, and belongs to the technical field of tea deep processing and quality evaluation. The method comprises the following steps: collecting Meizhan black tea hydrolat samples; preparing a test sample solution; adopting gas chromatography-mass spectrometry technology analysis to obtain a total ion flow chromatogram; identifying and calibrating 15-25 common characteristic peaks, selecting gerianol as a reference peak; calculating the relative retention time and relative peak area of each characteristic peak; establishing a standard fingerprint based on multiple batches of samples; verifying the methodology; and performing quality identification based on similarity evaluation. The application firstly constructs a characteristic aroma fingerprint of Meizhan black tea hydrolat, and establishes a quality identification method based on similarity evaluation, comprehensively reflects the variety characteristics of the Meizhan black tea hydrolat, such as flower and fruit aroma, sweet and mellow fruit honey aroma, and can effectively distinguish products with different processes, thereby providing a scientific basis for quality control, process optimization and high-value utilization of the Meizhan black tea hydrolat.

This invention discloses the application of geraniol in the preparation of a drug for treating Sjögren's syndrome. In vivo experiments using a NOD mouse model of Sjögren's syndrome demonstrated that geraniol treatment significantly improved salivary secretion disorders and reduced abnormally high water intake in the mice; significantly reduced lymphocyte infiltration in salivary gland tissue, improved glandular pathological damage, downregulated the levels of characteristic autoantibodies (Anti-SSA / Ro and Anti-SSB / La) in serum, upregulated the expression levels of AQP5 and AR, and reduced organ indices in salivary glands, spleen, and thymus tissue, comprehensively improving dry mouth symptoms in mice. In vitro experiments also showed that geraniol treatment upregulated the expression levels of AQP5 and AR. Therefore, this invention provides the application of geraniol in the preparation of a drug for treating Sjögren's syndrome, which has the advantages of significant efficacy and addressing both the symptoms and root cause, and possesses good clinical application prospects.

This invention belongs to the field of molecular biology, specifically relating to a molecular marker, marker primer, kit, and its application and identification method for high geraniol tea plants. By comparing the genomic sequences of tea plant materials with different geraniol contents, this invention discovered that high geraniol tea plant materials have a 261 bp MITE transposon insertion sequence in the promoter region of the CsTPS15 gene, while ordinary tea plant materials lack this sequence at this position. This MITE insertion forms a stable insertion-deletion structural variation and is significantly correlated with the geraniol content of tea plants.

A topical mosquito repellent and sunscreen product includes active and inert ingredients. The active ingredients include geraniol, clove oil, and rosemary oil. The inert ingredients include water, mineral oil, zinc oxide, beeswax, monolaurin, triethyl citrate, zeolite, lecithin, and xanthan gum. The mosquito repellent and sunscreen composition is provided as a lotion.