Deep processing preparation and quality control method for propolis compound

Abstract

The invention relates to the field of propolis product processing, and particularly relates to a deep processing preparation method for a propolis powder, and a product thereof. The preparation method comprises the following steps: hardening and crushing a propolis raw material to obtain a propolis raw material powder; carrying out alcohol extraction on the propolis raw material powder to obtain a thick propolis extract paste; and mixing the thick propolis extract paste with amino acid and auxiliary materials, grinding, carrying out freeze drying, and crushing to obtain the propolis powder. According to the preparation method disclosed by the invention, the mixing condition of propolis and the auxiliary materials is improved through adding the amino acid into the thick propolis extract paste, thus the propolis can be uniformly mixed with the auxiliary materials, and then the propolis can be smoothly dried to obtain the propolis powder with good powder characteristic; and meanwhile, the propolis powder prepared by the process is suitable for propolis capsules (comprising hard capsules and soft capsules), propolis tablets and the like, and is capable of remarkably improving the problem of disintegration of propolis products.

Description

technical field [0001] The invention relates to the field of propolis processing, in particular to a preparation method for deep processing of propolis products and products thereof. Background technique [0002] Propolis is a colloidal solid with an aromatic smell that is processed by bees from the resin collected from plant spores or tree trunks and mixed with the secretions of their palate glands and wax glands. It is a yellow-brown or dark-brown viscous substance secreted by Apis mellifera and other animals repairing the hive, which can be used as medicine. It is flat in nature, bitter, pungent, and slightly sweet. It has the effects of moisturizing skin and promoting muscle growth, reducing inflammation and relieving pain, and can treat gastric ulcers, oral ulcers, burns, skin cracks, and radiation protection. Over the years, it has been mainly used clinically for capillary hemostatic drugs and auxiliary antihypertensive drugs. In addition to flavonoids, propolis also...

AI Technical Summary

Problems solved by technology

[0003] After propolis is extracted and concentrated by ethanol, the obtained extract is very viscous and is usually difficult to dry. In order to make the extract dry smoothly, it is necessary to add auxiliary materials to it, such as starch, maltodextrin, lactose, etc., but because the propolis extract contains There are also a large amount of tannin components such as gums and resins, which are relatively weak in polarity and bonded into agglomerates, which often cannot be mixed evenly with auxiliary materials, and then a uniform system cannot be obtained for the next drying process, resulting in poor powder properties of propolis powder. Poor, it cannot be uniformly mixed with other raw materials of the product formula, which ultimately affects the product preparation process; at the same time, because propolis contains a large number of compounds with aldehydes, ketones, phenolic hydroxyl groups, etc. The amine groups of gelatin will undergo condensation and cross-linking reactions with each other, resulting in the disintegration of propolis powder prepared by traditional techniques after being made into tablets, hard capsules, and soft capsules during the shelf life. A problem with the requirement that results in the product being judged as non-conforming

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