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STUDY ON TOTAL PHENOLIC CONTENT IN SOME ROMANIAN FOREST MUSHROOM SPECIES, BEFORE AND AFTER HEAT TREATMENT

机译:热处理前后罗马尼亚某些森林蘑菇物种总酚含量的研究

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The purpose of this work was to study the phenolic compounds in ten forest mushroom species to see if and to what extent the thermal processing can modify the content of these compounds. The biological material consisted of ten forest mushroom species, colected from Suceava county area: Agaricus campestris, Morchella esculenta, Cantharellus cibarius, Armillaria mellea, Lactarius deliciosus, Boletus edulis, Pleurotus cornucopiae, Russula vesca, Sparassis crispa, Ramaria aurea. The experiment consisted in mushrooms thermal processing (boiling for 30 and 60 minutes, and roasting for 10 minutes at 160°C), followed by the analysis of Total Phenolic Content (TPC) which values were compared to the ones obtained from raw samples. As compared to raw material, the boiling process led to a significant increase of percent of TPC between 13.71% and 31.91% (after 30 min. of boiling) and between 12.33% and 61.36% (after 60 min. of boiling). As compared to raw material, the roasting of mushrooms for 10 minutes (at 160°C) led to significant increases of the phenolic compounds between 29.31% and 95.23% in all samples. High TPC values recorded by some species may be explained by the specific tissue structure of these species, which promotes a penetration and a more intense heat action on bound phenols.
机译:这项工作的目的是研究十种森林蘑菇中的酚类化合物,以了解热处理是否以及在多大程度上可以改变这些化合物的含量。生物材料由十种森林蘑菇物种组成,分别来自苏恰瓦县地区:姬松茸,埃氏羊肚菌,小菜蛾(Cantharellus cibarius),蜜环菌,蜜环菌(Lactarius deliciosus),牛肝菌,平菇,角膜平菇,小叶芸苔,薄脆菌,红松。实验包括蘑菇热处理(沸腾30分钟和60分钟,然后在160°C烘烤10分钟),然后分析总酚含量(TPC),该值与从原始样品获得的值进行比较。与原料相比,沸腾过程导致TPC的百分比显着增加(在沸腾30分钟后)在13.71%和31.91%之间,以及在沸腾60分钟后在12.33%和61.36%之间。与原料相比,蘑菇烘烤10分钟(在160°C下)导致所有样品中的酚类化合物显着增加29.31%至95.23%。一些物种记录的高TPC值可以用这些物种的特定组织结构来解释,这会促进对结合的酚的渗透和更强烈的热作用。

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