Synchronous production technology for preparing dendrobium officinale oral liquid and piece beverage

Abstract

The invention discloses a synchronous production technology for preparing a dendrobium officinale oral liquid and a piece beverage, which is a method for extracting polysaccharide by exploding dendrobium plant cells combined an electronic program control (UHP) technology and ultrasonic water jet, and completely releases and dissolves peptidoglycan which is difficult to be extracted from dendrobium, and synchronously prepares an oral liquid or a beverage decoction piece. Low temperature, superhigh pressure and continuous flow cell disruption enables the plant cells to be instantly exploded and released, and under action of energy shearing effect, pressure intensity cavity effect and instant explosion effect, the plant cell is disrupted. Especially, dispersion, emulsification and particle nanocrystallization of the dendrobium officinale peptidoglycan substances maintain activity of the original substances, solves heat radiation difficulty, and avoids heat sensitivity substances to be destroyed. The technology is mainly applied to batch production of the high-content dendrobium peptidoglycan, and enables the dendrobium polysaccharide to be rapidly absorbed by a human body for prolonging life span.

Description

technical field [0001] The invention relates to a synchronous production process for making Dendrobium candidum oral liquid and decoction piece beverage, which belongs to the field of bioengineering of the Internet of Things within the general technical scope, and in particular relates to a synchronous production process for using electronic program control (UHP) to blast plant cells at low temperature. Background technique [0002] Dendrobium candidum has been planted in a large area across the country. Dendrobium is a perennial epiphytic herb in the family Orchidaceae. It has unique medicinal value and is known as the first of the nine immortal herbs. The Chinese Pharmacopoeia, according to the current rapid development of dendrobium planting, industrialized large-scale planting, and turbulent retail planting, but just lacks the large-scale deep processing industry to keep up, stays on the maple fighting method to find the market, and the price of dendrobium will continue...

AI Technical Summary

Problems solved by technology

[0012] Compared with the currently widely used ultrasonic and electromagnetic shock crushing methods, the biggest problem is that during the ultrasonic shock process, the sound waves are absorbed by the solution to generate a large amount of heat, and the heat cannot be removed in time, causing the temperature of the cell suspension to rise sharply, causing enzymes and other damages to occur. The denaturation and inactivation of biologically active substances also limit the large-scale application of industrialization due to the difficulty of sound wave transmission and heat dissipation in large-capacity containers, and the high energy consumption

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