Extraction of resveratrol from the pomace of various grape varieties using an enzyme preparation

A. Saparbekova
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Abstract

. In the Turkestan region, there are factories for the production of wine materials and wine, the activity of which is associated with the formation of grape pomace, which can later be used as feed for cattle; making grape vinegar; in the production of alcohol; when preparing nutrient media for growing yeast. However, such use is not always advisable, given the unique biochemical composition of grape pomace. In addition, this product is not produced in Kazakhstan, and the cost of resveratrol powder produced in Russia is about 2,452.53 rubles per 50g. This article discusses methods for extracting resveratrol from different grape varieties using enzyme preparations. Resveratrol is a biologically active substance from the group of polyphenols, isolated from red grapes, grape pomace, and grape seeds, which have anticarcinogenic, antioxidant, and anti-inflammatory properties. Extraction experiments were carried out in three combinations using A. awamori F-RKM 0719 culture, Pectinol F-RKM 0719 enzyme preparation, and control. The analysis carried out has fully confirmed the effectiveness of using the enzyme preparation Pectinol F-RKM 0719. In all the experiments carried out, an increase in the amount of released resveratrol was observed almost twice as compared with the control experiments. Also, the use of the A. awamori F-RKM 0719 strain, the producer of the enzyme preparation Pectinol F-RKM 0719, showed a positive effect on the resveratrol yield. When using the Cabernet Sauvignon variety, the maximum amount of resveratrol which corresponds to the previously conducted experiments on the extraction of resveratrol from grape berries of various varieties.
用酶制剂从不同葡萄品种的果渣中提取白藜芦醇
. 在土耳其斯坦地区,有生产葡萄酒原料和葡萄酒的工厂,这些工厂的活动与葡萄渣的形成有关,葡萄渣后来可以用作牛的饲料;制作葡萄醋;在酒精的生产中;为酵母生长准备营养培养基时。然而,考虑到葡萄渣独特的生化成分,这种使用并不总是可取的。此外,该产品不在哈萨克斯坦生产,俄罗斯生产的白藜芦醇粉成本约为每50g 2,452.53卢布。探讨了酶法从不同葡萄品种中提取白藜芦醇的方法。白藜芦醇是一种多酚类生物活性物质,从红葡萄、葡萄渣和葡萄籽中分离出来,具有抗癌、抗氧化和抗炎的特性。以A. awamori F-RKM 0719培养物、果胶醇F-RKM 0719酶制剂和对照3种组合进行提取实验。分析结果充分证实了酶制剂Pectinol F-RKM 0719的有效性。在所有进行的实验中,观察到白藜芦醇释放量的增加几乎是对照实验的两倍。此外,利用a . awamori F-RKM 0719菌株(酶制剂Pectinol F-RKM 0719的生产者)对白藜芦醇的产量也有积极的影响。当使用赤霞珠品种时,白藜芦醇的最大含量与之前进行的从不同品种的葡萄浆果中提取白藜芦醇的实验相对应。
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