Process for extracting 10-oxhydryl-2-caproleic acid from royal jelly

Abstract

The invention discloses a process for extracting 10-hydroxyl -2-decenoic acid (10-HAD) from royal jelly by using a macroporous adsorption resin method. The process comprises the following steps of: dissolving royal jelly in 95-percent ethanol, and performing ultrasonic extraction; adding deionized water to dilute the extracting solution, and adsorbing the 10-HAD from the extracting solution by using macroporous adsorption resin X-5; putting the resin subjected to adsorption into a chromatography column, performing desorption by using 75 to 95 percent ethanol, and collecting desorption solution containing the 10-HAD; and performing evaporation concentration and freeze drying on eluant to obtain the 10-HAD of which the purity is greater than or equal to 92.5 percent.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows ultrasound waves from an alcohol solution containing ten percent or more of another chemical called acetone that breaks down into small particles when exposed to it at certain temperatures (usually between 20°C - 25°C). These tiny fragments are then collected on porous materials like activated charcoal, which have many properties such as being able to absorb water vapor effectively while still allowing oxygen molecules through freely. By exposing these fine powders onto specific areas of them they become absorbed evenly throughout their entire volume without losing any part of their structure. They also allow other compounds found naturally within foodstuffs to stick together during cooking, making them easier to remove once separated out. Overall this method provides effective ways to extract various substances including nerve agents, drugs, metabolites, proteins, carbohydrates, etc., from liquids quickly and efficiently.

Problems solved by technology

This patented technical problem addressed in this patents relates to finding ways to produce pure 10-hydrocinnamlne-7-hexaunsymmetriproline-8 hydroxylcarboxilbdate octadecave salt called guarantidon which contains two different chemical groups: carbohemiameterotensile groupings I & II and beta lactones containing sixteen atoms. These compounds were previously identified through experiments involving their ability to stimuate cell growth, promote metabolism, suppress inflammations, resist diseases like breast disease, cervixitis, skin lesions caused by UV ray exposures, cardiac attacks, pulmonaria, gastrointestinal disorders, diarrhoea, renal calculator necrosis syndrome, brain dysfunction due to chemotherapy drugs, heart failure, stroke arteriosclerosis, menstrual bleeding, sleep apnea, rashes, dermatoses, stomach ulcers, colonies, abnormalities associated therewith immune function defenses, cognition enhancement, nutritional supplements, medicines, flavoring agents, fragrancers, taste maskants, lubricators, preservatives, heat sources, coldness liquids lycopene, laser irrigative warmers, radiatory therapy, ionizing radiophorns, ultraviolet lights, steroid elasticizers, polynaphthanes, natural rubber, plasma generators, and bioengineering techniques including gene cloning, yeast culture, solid phase separation, gel filtration, deposition mass spectetry analysis, X-ray absorbing powder detection, and others.