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投稿时间:2023-11-17
投稿时间:2023-11-17
中文摘要: 大豆干酪相较于动物基干酪更适用于乳糖不耐受人群,但其具有豆腥味,从而限制了产品在市场上的发展。该研究将大豆与杏仁打浆,豆浆与杏仁浆按照体积比1∶3 混合,添加乳化盐制备混合植物基再制干酪(mixed cheese,MC),并与纯大豆再制干酪(soy cheese,SC)及市售切达干酪(commercially cheddar cheese,CC)对比,研究混合植物基再制干酪的理化性质及风味特性。结果表明,MC 具有良好的性质,其硬度值与CC 相近,为(1 047.71±17.04)g/100 g,相较于SC 提高了115%,扫描电子显微镜可以观察到MC 内部形成了较为致密的网状结构,二级结构中MC 的α-螺旋和β-折叠含量增加进一步证实了其内部结构更加稳定。电子鼻、挥发性风味物质结果表明MC中1-辛烯-3-醇含量降低了9.67%,说明MC 中豆腥味得到了较好的掩蔽,风味得到了明显的改善,且感官评价分值与CC 接近,均能证明混合干酪具有替代市售干酪的潜力。
Abstract:Soy cheese is more suitable for individuals with lactose intolerance than animal-based cheese.However,it often carries a bean odor,which has hindered the product′s market development. In this study,soybeans and almonds were pulped,and soybean milk and almond milk were mixed in volume ratio of 1∶3.Plantbased reprocessed mixed cheese(MC)was prepared by adding emulsifying salts and compared with pure soy cheese(SC)and commercially cheddar cheese(CC)to study the physicochemical and flavor properties of the plant-based mixed reprocessed cheeses.The results showed that MC had favorable properties,and its hardness value was similar to that of CC,which was(1 047.71±17.04)g/100 g,with an increase of 115% compared to SC. Scanning electron microscopy could observe that a smoother and denser mesh structure was formed inside MC,and the increase of α-helix and β-folding content of MC in the secondary structure further confirmed that its internal structure was more stable. The electronic nose and volatile flavor substances showed that the 1-octen-3-ol content in MC was reduced by 9.67%,indicating that the soybean odor in MC was better masked,the flavor was significantly improved,and the sensory evaluation scores were close to that of CC,all of which can prove that the mixed cheese has the potential to replace commercially available cheese.
文章编号:202413001 中图分类号: 文献标志码:
基金项目:国家自然科学基金青年科学基金项目(32001626)
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