提取干燥工艺对蚕豆蛋白特性和应用的影响OA
Influence of Extraction and Drying Processes on Properties and Processing Applications of Fava Bean Protein
目的:探究合适的蚕豆蛋白提取及加工工艺.方法:采用碱溶酸沉法、复合酶解法提取蚕豆蛋白,通过真空冷冻、热风烘干进行干燥处理,将碱溶酸沉法组合真空冷冻干燥处理的蚕豆蛋白S1作为蛋白质来源添加到乳饮料中开发蚕豆蛋白乳饮料.结果:碱溶酸沉法的蚕豆蛋白最高提取率可达到(92.46±1.67)%,蚕豆蛋白S1的溶解度和乳化性优于其他处理方法;真空冷冻干燥后的蚕豆蛋白多孔、疏松,加工性能显著优于热风干燥法.添加 S1的蚕豆蛋白乳饮料乳香浓郁、口感细腻,乳化稳定性为(98.14±0.77)%.结论:碱溶酸沉法结合真空冷冻干燥是适宜食品加工的蚕豆蛋白制备工艺,获得的蚕豆蛋白在乳饮料中表现出优异的加工适用性和感官品质.
[Objective]To explore suitable extraction and processing techniques for fava bean protein.[Method]Fava bean protein was extracted via alkali extraction-acid precipitation(AEAP)and complex enzymatic hydrolysis(CEH),followed by drying via vacuum freeze-drying(FD)or hot-air drying(HD).fava bean protein S1,obtained by combining AEAP with FD,was successfully applied as a protein source in develop‐ing a fava bean protein milk beverage.[Result]The highest extraction yield of fava bean protein by AEAP could reach(92.46±1.67)%,and fava bean protein S1 demonstrated superior solubility and emulsifying properties than other treatment methods.FD produced a porous and loose structure in the fava bean protein,which exhibited significantly better processing functionality compared to the protein obtained via HD.The resulting beverage exhibited a rich milky aroma,a delicate texture,and an excellent emulsifying stability of(98.14±0.77)%.[Conclusion]The combination of AEAP and FD proved to be a suitable preparation process for fava bean protein intended for food processing.The obtained protein produced demonstrated excellent processing suitability and sensory quality within the composite milk beverage.
张欣;刘畅;宋居易
江苏沿江地区农业科学研究所,江苏 南通 226012江苏沿江地区农业科学研究所,江苏 南通 226012江苏沿江地区农业科学研究所,江苏 南通 226012
蚕豆蛋白碱溶酸沉法复合酶解法真空冷冻干燥蚕豆蛋白乳饮料
fava bean proteinalkali solubilization-acid precipitationcomplex enzymatic hydrolysisvacuum freeze-dryingfava bean protein-based milk beverage
《中国食物与营养》 2026 (8)
16-25,10
江苏省农业科技自主创新资金项目[项目编号:CX(21)3113]江苏沿江地区农业科学研究所学科建设基金项目[项目编号:YJXK(2023)102]南通市自然科学基金面上项目(项目编号:JC2025094).
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