CLASSIFICATION OF EXTRACTION PROCESSES BIOLOGICALLY ACTIVE SUBSTANCES FROM PLANT RAW MATERIALS

Denis Semushkin, B. Ziganshin, Nikolay Semushkin, S. Alatyrev, I. Maksimov
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引用次数: 1

Abstract

The article considers the processes of extraction of biologically active substances from plant materials, classifications are given. Methods for activating the extraction process have been identified, which make it possible to carry out work to improve the technological process of extraction and improve the design of installations for obtaining plant extracts. An extended classification of processes for the extraction of biologically active substances from plant materials has been proposed. Ways of activation of extraction processes are revealed. Classification of extraction preparations for plant materials can be carried out on the basis of various extraction systems and production technologies. The following classification schemes for the technological process of extraction are compiled and presented in the article: a schematic representation of extraction as a physical and chemical process; graphical representation of the extraction process; features of extraction of biologically active substances from raw materials with a cellular structure; stages of the extraction process; types of diffusion of biologically active substances from the internal structures of the material into the extractant; factors determining the efficiency of the extraction process; classification of extraction preparations from plant materials according to the production technology, taking into account extraction systems; parameters characterizing the extraction process; methods for determining the distribution coefficient of a substance in a plant extract; ways to activate the extraction process. Each type of extraction has its own advantages and disadvantages, and can be more or less effective depending on the type of plant material and the purpose of using the extract. Therefore, the choice of an extraction system should be based on a thorough analysis of the properties of plant materials and the requirements for the final product. Thus, the identified methods for activating the extraction process make it possible to carry out work to improve the technological process of extraction and the design of installations for obtaining plant extracts.
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植物原料生物活性物质提取工艺分类
对植物中生物活性物质的提取工艺进行了研究,并进行了分类。已经确定了激活提取过程的方法,这使得可以开展改进提取工艺过程和改进获取植物提取物装置设计的工作。提出了一种从植物中提取生物活性物质的扩展分类方法。揭示了激活提取过程的方法。植物材料的提取制剂可以根据不同的提取体系和生产技术进行分类。本文编制并提出了以下提取工艺过程的分类方案:提取作为物理和化学过程的示意图;提取过程的图形表示;从具有细胞结构的原料中提取生物活性物质的特点提取过程的各个阶段;生物活性物质从材料的内部结构向萃取剂扩散的类型;决定萃取过程效率的因素;根据生产工艺对植物材料的提取制剂进行分类,并考虑到提取系统;表征萃取过程的参数;测定植物提取物中物质分布系数的方法;激活提取过程的方法。每种类型的提取物都有其自身的优点和缺点,并且根据植物材料的类型和使用提取物的目的可以或多或少有效。因此,提取系统的选择应基于对植物材料性质和最终产品要求的全面分析。因此,所确定的用于激活提取过程的方法使得开展改进提取工艺过程和用于获得植物提取物的装置设计的工作成为可能。
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