12 results about "Campesterol" patented technology

The invention relates to corn with the efficacy of preventing or improving osteoporosis symptoms. The mass ratio of campesterol to stigmasterol to beta-sitosterol in the corn is 1: (0.5-5): (1-5). The planted corn can significantly improve osteoporosis, and has the advantages of high yield of planted corn and corn straw, good taste, convenience in use, high bioavailability, safety, effectiveness, high comprehensive utilization rate of resources, greenness, environmental protection and the like.

The application relates to the field of cosmetics, and relates to an anti-aging cosmetic, grape pomace oil and a preparation method thereof. The anti-aging cosmetic comprises grape pomace oil; characteristic components of the grape pomace oil include oleanolic acid, alpha-guaiacwoodene, beta-tocotrienol, beta-sitosterol, campesterol, soybean sapogenol E, ganoderic acid F, ganoderol I and D-erythro-dihydrosphingosine; the total phenol content of the grape pomace oil is greater than or equal to 1 mg / g, the total sterol content of the grape pomace oil is greater than or equal to 26 mg / g, and the total flavonoid content of the grape pomace oil is greater than or equal to 1 mg / g; the grape pomace oil is extracted from grape pomace; the grape pomace is mainly composed of grape skin, grape stem and grape seed. The compounds have excellent antioxidant properties and can improve the anti-aging effect of the anti-aging cosmetic. The compounds are helpful for protecting the skin from oxidative damage and play a positive role in cosmetics. The grape pomace oil maximally retains active components of all parts of the grape pomace.

The application provides a liquid chromatography-mass spectrometry method for detecting phytosterol content in dried blood spots, and belongs to the technical field of detection.The application simplifies a sampling process, uses a disposable blood taking needle and a blood taking card for sampling, replaces traditional serum or plasma samples with obtained dried blood spots, punches a sampling area of the dried blood spot sample through a puncher with a diameter of 3.2 mm, takes three dried blood spot samples, extracts seven kinds of sterol substances contained in the dried blood spot samples through n-hexane, adopts liquid chromatography-mass spectrometry, carries out detection and quantification through chromatographic separation and a mass spectrometry detector, realizes rapid and accurate determination of cholesterols, beta-sitosterols, daidzein, campesterol, dihydrocholesterol, dehydrocholesterol and 7-alkenyl cholestanol, and the method is simple in operation, accurate in quantification, and has a recovery rate of 92.4%-96.7%.

The application discloses a plant source campesterol Yarrowia lipolytica production strain and a construction method. 12 The application is constructed as follows: (1) taking Yarrowia lipolytica strain AHH 7 as a chassis, introducing Δ 24 \-sterol-C5(6)-desaturase gene 28 _DWF7, 7-dehydrocholesterol reductase gene At _DWF5 and Δ At \-sterol reductase gene Ar _DWF1 from Arabidopsis thaliana, and obtaining a recombinant strain Yl001; (2) recovering a URA3 nutritional marker in the strain Yl001, integrating the genes ARE1 and the URA3 nutritional marker into an ERG4 site of the Yl001, and knocking out the gene ERG4, to obtain a plant source campesterol Yarrowia lipolytica production strain Yl006; the yield of the plant source campesterol of the strain Yl006 is increased by 21.83%, reaching 343.34 mg / L.

The invention relates to corn capable of bidirectionally regulating anxiety and depression symptoms. The mass ratio of campesterol to stigmasterol to beta-sitosterol in the corn is 1: (0.5-5): (1-5). The planted corn can bidirectionally regulate anxiety and depression symptoms, and has the advantages of high yield of planted corn and corn straw, good taste, convenience in use, high bioavailability, safety, effectiveness, high comprehensive utilization rate of resources, environmental friendliness and the like.

A method for feeding invertebrates or aquaculture organisms, comprising # providing a pollen substitute composition comprising a nutritionally effective amount of isofucosterol, fucosterol or a mixture thereof; and # administering the pollen substitute composition to invertebrates or aquaculture organisms; wherein the pollen substitute composition comprises a nutritionally effective amount at least one further sterol, preferably at least two further sterols selected from the group consisting of cholesterol, 24-Methylene-cholesterol, campesterol, stigmasterol and beta-sitosterol or a physiologically available conjugate of any of these sterols.

The present disclosure relates to lipid emulsions for parenteral administration, comprising 10 to 30% of a lipid phase comprising soybean oil, medium-chain triglycerides (MCT), olive oil and fish oil and less than 25 mg, preferably less than 20 mg, campesterol, less than 30 mg, preferably less than 25 mg, stigmasterol and less than 120 mg, preferably less than 100 mg, betasitosterol per 100 g of the lipid phase. The present disclosure also relates to the lipid emulsions according to the present disclosure for providing parenteral nutrition, in particular to neonates, as well as to methods for manufacturing the lipid emulsions according to the present disclosure.

The present application belongs to the technical field of feed additive, and particularly relates to a compound fatty acid preparation for promoting chicken growth, and a preparation method and application thereof. The compound fatty acid preparation for promoting chicken growth is mainly composed of the following raw materials in parts by weight: 3-6 parts of stigmasterol, 2-4 parts of campesterol, 10-20 parts of linoleic acid, 12-24 parts of tributyrin, 1-2 parts of emulsifier, 3-5 parts of soybean phospholipid, 3-5 parts of protective agent, and 30-80 parts of water. The combination of stigmasterol and campesterol can significantly improve the targeted release efficiency of linoleic acid and tributyrin. The released butyric acid can activate the mitochondrial beta-oxidation pathway of intestinal epithelial cells, significantly improve the efficiency of tricarboxylic acid cycle, and enhance the intestinal barrier function. The phytosterol can also competitively inhibit the NPC1L1 transporter, reduce the intestinal cholesterol absorption, direct the energy to the growth demand, thereby improving the daily weight gain of broilers and reducing the feed-meat ratio.

The invention provides application of a feed additive in improving growth performance, glycolipid metabolism capability, oxidation resistance and / or iridovirus resistance of mandarin fish. The feed additive comprises 63-67 parts of beta-sitosterol, 23-27 parts of campesterol and 8-12 parts of stigmasterol. When the feed additive is applied to mandarin fish compound feed, the mandarin fish growth speed and the feed utilization efficiency can be increased, the mandarin fish glycolipid metabolism capability is enhanced, the mandarin fish oxidation resistance and the iridovirus challenge survival rate are improved, and the sustainable development of the mandarin fish culture industry is promoted.

The invention relates to corn capable of improving the sex hormone level. The mass ratio of campesterol to stigmasterol to beta-sitosterol in the corn is 1: (0.5-5): (1-5). The corn can significantly improve the sex hormone level, thicken the vaginal mucosa, significantly reduce the pathological score and effectively relieve the climacteric symptoms of patients, and has the advantages of high yield of planted corn and corn straw, good taste, convenience in use, high bioavailability, safety, effectiveness, high comprehensive utilization rate of resources, environmental protection and the like.

The present invention relates to genetically-modified oleaginous yeasts for producing non-native sterols at commercially useful levels, especially for example in providing sterols individually or as a mixture in an artificial dietary composition for honeybees or other insects or animals. For this purpose, an oleaginous yeast, e.g. Yarrowia lipolytica, may be employed wherein the yeast has reduced production of ergosterol compared with a wild-type oleaginous yeast or is incapable of producing ergosterol and is provided with a sterol surrogate to aid growth. From such yeast, however, other yeast may be engineered which retain useful sterol production without need for a sterol surrogate, e.g. production of sterol mixtures in which 24-methylenecholesterol or campesterol is the dominant sterol.