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生物工程前沿

《生物工程前沿》是IVY出版社旗下的一本关注生物工程技术发展的综合性国际期刊,主要刊登生物技术工程、微生物、医药、农林、食用菌、轻工食品、环保、食用菌及相关生物学领域内最新研究进展的学术性论文、评论性文章和研究综述性文章,旨在为该领域内的专家、学者、科研人员、管理人员提供一个良好的传播、分享和探讨学科研究进展的交流平台,反映学术前沿水平,促进学术交流,促进生物技术的发展。本刊可接收中、英文稿件。其中,中文稿件要有详细的英文标题、作者、单位…… 【更多】 《生物工程前沿》是IVY出版社旗下的一本关注生物工程技术发展的综合性国际期刊,主要刊登生物技术工程、微生物、医药、农林、食用菌、轻工食品、环保、食用菌及相关生物学领域内最新研究进展的学术性论文、评论性文章和研究综述性文章,旨在为该领域内的专家、学者、科研人员、管理人员提供一个良好的传播、分享和探讨学科研究进展的交流平台,反映学术前沿水平,促进学术交流,促进生物技术的发展。

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Paper Infomation

Effects of Cooking Temperature and Storage Time on the Quality of Macadamia Nut Oil

Full Text(PDF, 592KB)

Author: Yao Liu, Guang Yang, Jie Song, Guifang Yang, Jinyun Zhang, Shijun Wu

Abstract: The purpose is to study the influence of cooking and storage habits on the quality of macadamia nut oil, so as to provide reference for macadamia nut processing enterprises and consumers. Macadamia oil was treated at 100 ℃, 200 ℃, 300 ℃, microwave heating, 45 ℃ constant temperature storage, natural light for different times, and its acid value, peroxide value, squalene, sterol and fatty acid content were detected according to the national standard method. The results showed that the acid value and peroxide value increased with time. The acid value and peroxide value of macadamia oil cooked at 300 ℃ and stored under natural light were higher than those heated by microwave and stored at 45 ℃, and increased rapidly with the increase of cooking and light time. The acid value was as high as 0.77 mg/g, with an increase of 63.8%, and the peroxide value was as high as 6.18 mg/g, with an increase of 43.7%. As for squalene, it decreased in varying degrees with heating time and storage time. Squalene in macadamia oil cooked at 300 ℃ and stored under natural light were lower than those heated by microwave and stored at 45 ℃ constant temperature, respectively, and decreased rapidly with the increase of cooking and light time, with the reduction ranges of 38.6% and28.4% respectively; Stigmasterol was not detected in macadamia oil. But in macadamia oil the content of β- sitosterol was 0.132 g/100 g, and the content did not change significantly in each treatment group. In the experimental treatment group, the content of fatty acids in macadamia oil had different trends. After treatment at 300 ℃ for 20 minutes, the content of oleic acid decreased by 75.66%, the content of palmitic acid decreased by 75.28%, and the content of palmitic acid decreased by 74.12%. In conclusion, low temperature heating, microwave heating and storage away from light can better preserve the quality of macadamia oil, this study will provide a theoretical basis for the rational utilization of macadamia oil as cooking oil.

Keywords: Macadamia Oil, Cooking Temperature, Storage Time, Quality

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