Study of the influence of hops on the safety of brewing semi-products

I. V. Novikova, V. N. Kalaev, A. S. Muravev, P. V. Rukavitsyn, O. Y. Maltseva, I. N. Krivanosov
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Abstract

In order to ensure quality control and food safety, the in vivo effect of hops on the frequency of cell aberrations was studied for the first time using a micronucleus test in human buccal epithelium. Results were obtained of in vivo studies of wort samples to identify possible negative effects of hops, which contribute to an increase in extractive components in the finished drink during dry hopping and contain a large number of biologically active compounds (bitter and phenolic substances, essential oils), on the human body. The frequency of nucleus abnormalities in human buccal epithelium cells of persons using hoped and unhopped must samples was analyzed for the frequency of cellular abnormalities in human buccal epithelium. The following types of disorders were found: cells with micronuclei, two nuclei, notches, perinuclear vacuoles, "tongue" and "broken egg" type protrusions, karyopyknosis, karyolisis and karyorexis. Based on the data obtained, indices of repair and accumulation of cytogenetic disorders were calculated. No effect of hops on the reparation index and the index of accumulation of cytogenetic disorders was revealed. Factor analysis methods show that the main contribution to the variance of the trait system will be made by the factor "specificity of the cytogenetic indices under study".
啤酒花对酿造半成品安全性影响的研究
为了保证质量控制和食品安全,本文首次利用人颊上皮微核试验研究了啤酒花在体内对细胞畸变频率的影响。对麦汁样品进行体内研究,以确定啤酒花可能产生的负面影响,这有助于在干跳期间成品饮料中提取成分的增加,并含有大量生物活性化合物(苦味和酚类物质,精油),对人体有影响。对人颊上皮细胞核异常的频率进行了分析,分析了人颊上皮细胞核异常的频率。主要表现为微核、双核、缺口、核周空泡、“舌”型和“破蛋”型突出、核固缩、核分裂和核分裂。在此基础上,计算了细胞遗传障碍的修复和积累指标。酒花对细胞修复指数和细胞遗传障碍积累指数没有影响。因子分析方法表明,性状系统方差的主要贡献因子是“所研究细胞遗传指标的特异性”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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