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首页> 外文期刊>Journal of Biological Sciences >Improving the Biotechnology of Pomegranate Botanical Extracts, Taking into Account the Need to Deepen the Processing of Raw Materials
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Improving the Biotechnology of Pomegranate Botanical Extracts, Taking into Account the Need to Deepen the Processing of Raw Materials

机译:改善石榴植物提取物的生物技术,考虑到加深原材料加工的需要

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Background and Objectives: The POMx and Pomanox extract technologies have been developed and used in the production by Pom Wonderful and Probeltibio companies. The production of pomegranate extracts was studied due to their beneficial effects on human health. The purpose of this study was to make better use of the functionality of Pomanox extract technology and to combine the extraction processes of both groups of polyphenols in one technology. Materials and Methods: POMx polyphenols were isolated by means of enzymatic water treatment of pomegranate juice by-products at temperature of 37-71°C. Pomanox technology is designed for enzymatic water treatment of whole pomegranate fruits, while its function is mainly to extract and use only the juice polyphenols at temperature of 4-30°C. After its implementation solid residue left behind which can be used for the preparation of POMx polyphenols. Experiments were conducted with grinding and enzymatic water extraction of fruits of the Azerbaijan pomegranate variety in the framework of the modes of industrially applied technologies. Results: It was found that the treatment of the solid residue at 71°C makes it possible to extract 32% more polyphenols in the extract than in a single extraction at 20°C. Conclusion: It is advisable to combine the processes of extraction of polyphenols of juice and peel in one technology which was not originally part of the function of this technology.
机译:背景和目标:POMX和Pomx和Pomux提取技术已开发并用于POM精彩和概率公司的生产中。研究了石榴提取物的生产因其对人体健康的有益影响而研究。本研究的目的是更好地利用Pancomox提取物技术的功能,并在一种技术中结合两组多酚的提取过程。材料和方法:通过在37-71℃的温度下通过酶水处理副产物的酶水处理分离POMx多酚。 Pomanox技术专为整个石榴果实的酶水处理而设计,而其功能主要用于仅在4-30℃的温度下提取和使用果汁多酚。在其实施后,固体残留物留下,可用于制备POMX多酚。在工业应用技术模式的框架中,用阿塞拜疆石榴品种果实进行研磨和酶水萃取进行实验。结果:发现在71℃下处理固体残余物使得可以在提取物中提取32%的多酚,而不是在20℃下的单个提取。结论:建议将多酚的果汁和剥离的提取过程结合在一种技术中,这不是本技术的函数的一部分。

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