大豆蛋白
咀嚼度
食品科学
豌豆蛋白
吸水率
原材料
挤压
化学
流变学
纹理(宇宙学)
植物蛋白
微观结构
材料科学
复合材料
有机化学
结晶学
人工智能
图像(数学)
计算机科学
作者
Yu Zhao,Xiaohui Zhao,Peng Sun,Dongshun Zhao,Wei Dou,Xin Zhang,Lianzhou Jiang,Xiaonan Sui
摘要
In this study, we investigated the effects of proteins on the properties of soy protein concentrate-based meat analogs under high-moisture extrusion conditions. The rheological properties of soy protein concentration-sodium alginate (SPC-SA) and soy protein isolate-SPC-SA (SPI-SPC-SA), pea protein isolate-SPC-SA (PPI-SPC-SA), and zein-SPC-SA were evaluated, and the texture properties, microstructure, water absorption, and cooking properties of the resulting protein-meat analogs were characterized after addition of the protein raw materials. Results obtained indicated that the raw material containing 30% SPI had the best viscoelasticity, and the hardness and chewiness of resulting meat analog analogs were the highest when 30% SPI was added, along with the largest volume and best water absorption after cooking. The degree of texturization and toughness of meat analogs were the highest when PPI and zein were 30 and 50%, respectively. Results from this study showed that the texture properties of soy protein concentrate-based meat analogs were improved by adding proteins to raw material, thus providing a theoretical basis for further development of soy protein concentrate-based meat analogs.
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