加工对香菇粉化学成分及植物化学性质的影响

O. A. Omowaye-Taiwo, M. Oluwamukomi, M. K. Bolade
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摘要

目的:研究煮沸和发酵对生、加工香菇比邻值、矿物质、膳食纤维和植物化学成分的影响。研究设计:培养蘑菇,加工成水煮发酵面粉,然后进行分析。研究地点和时间:2020年2月至2022年3月期间,奥多州阿库尔联邦科技大学食品科学与技术系和Ado Ekiti联邦理工学院食品技术系。方法:获得方香菇菌种,培养成食用菌。将香菇分成三份,两份加工成水煮和发酵香菇,第三份作为对照。对这三个样品进行了比邻物、矿物质、膳食纤维和植物化学成分的分析。结果:含水10.78 ~ 11.66%,灰分5.58 ~ 6.11%,脂肪3.93 ~ 5.10%,粗纤维6.79 ~ 7.29%,蛋白质16.88 ~ 20.53%,碳水化合物51.24 ~ 53.88%,能量值321.41 ~ 330.15 kcal/100 g。发酵有助于提高样品的蛋白质含量。样品矿物组成差异显著(p<0.05)。发酵菌的钠、磷、镁、铁含量较高,水煮菌的钙、硒含量较高,生菌的锰、锌含量较高。煮沸后的样品中可溶性纤维含量最少,而不可溶性纤维含量高,这可能是由于在煮沸过程中可溶性纤维被溶解在水中,但发酵提高了可溶性纤维含量。植物化学成分分析表明,发酵提高了皂苷和心糖苷的含量,煮沸提高了萜类和心糖苷的含量,而原始样品中只有少量的酞菁素存在。结论:发酵和煮煮工艺有助于改善香菇粉的部分营养成分,可作为食品的补充。
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Effect of Processing on the Chemical Composition and Phytochemical Properties of Lentinus squarrosulus Mushroom Flour
Aims: To assessing the effect of boiling and fermentation on Proximate, mineral, dietary fibre and phytochemical compositions of the raw and processed Lentinus squarrosulus mushroom. Study Design: The mushroom was cultivated, processed into boiled and fermented flour and then analysed. Place and Duration of the Study: Department of Food Science and Technology, the Federal University of Technology, Akure, Ondo State and Department of Food Technology, The Federal Polytechnic, Ado Ekiti, between February 2020 and March 2022. Methodology: Lentinus squarrosulus spawn was obtained and grown into edible mushroom. The mushroom was divided into three, two portions were processed into boiled and fermented mushroom and the third one was used as control. The three samples were analysed for proximate, mineral, dietary fibre and phytochemical compositions. Results: The proximate composition revealed that moisture content ranged between 10.78-11.66%, ash 5.58-6.11%, fat 3.93-5.10%, crude fibre 6.79-7.29%, protein 16.88-20.53%, carbohydrate 51.24-53.88% and the energy value 321.41-330.15 kcal/100 g. Fermentation helped to improve the protein content of the sample. Mineral composition revealed that the samples were significantly different (p<0.05). Fermented sample had higher value in sodium, phosphorus, magnesium and iron, boiled sample was high in calcium and selenium while raw mushroom was high in manganese and zinc. Boiled sample has the least soluble fibre but high in insoluble fibre, this may be as a result of the soluble fibre being dissolved in water during boiling, but fermentation improved the soluble fibre content. The phytochemical composition revealed that fermentation improved the saponin and cardiac glycoside, boiling improved the terpenoid and cardiac glycoside while phlobatannin was only present in a small quantity in raw sample. Conclusion: Fermentation and boiling process helped to improve some nutrients in the processed mushroom flour and they can be used as food supplements.       
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