Khanashyam Anandu Chandra, Mundanat Anjaly Shanker, Sajith Babu Karthik, Thorakkattu Priyamvada, Krishnan Reshma, Abdullah Sajeeb, Bekhit Alaa El-Din A, McClements David Julian, Santivarangkna Chalat, Nirmal Nilesh Prakash
Department of Food Science and Nutrition, University of MN, St Paul, MN, USA.
Department of Agriculture and Environmental Sciences, National Institute of Food Technology Entrepreneurship and Management (NIFTEM), Sonepat, Haryana, India.
Crit Rev Biotechnol. 2025 Feb;45(1):1-22. doi: 10.1080/07388551.2024.2341902. Epub 2024 May 14.
The rise in the global population has increased the demand for dietary food protein. Strategies to maximize agricultural and livestock outputs could strain land and freshwater supply and contribute to substantial negative environmental impacts. Consequently, there has been an emphasis on identifying alternative sources of edible proteins that are more sustainable, sustainable, ethical, and healthy. This review provides a critical report on future food protein sources including: plant, cultured meat, insect, and microbial, as alternative sources to traditional animal-based sources. The technical challenges associated with the production process of alternative protein sources are discussed. The most important quality parameters of alternative proteins, such as: protein composition and digestibility, allergenicity, functional and sensory attributes, and safety regulations have been documented. Lastly, future direction and conclusion have been made on future protein trends. However, further regulatory norms need to develop for safe consumption and distribution around the world.
全球人口的增长增加了对膳食蛋白质的需求。最大化农业和畜牧业产量的策略可能会给土地和淡水供应带来压力,并造成重大的负面环境影响。因此,人们开始强调寻找更可持续、合乎道德且健康的可食用蛋白质替代来源。本综述提供了一份关于未来食品蛋白质来源的重要报告,包括:植物蛋白、养殖肉、昆虫蛋白和微生物蛋白,作为传统动物蛋白来源的替代物。文中讨论了与替代蛋白质来源生产过程相关的技术挑战。记录了替代蛋白质最重要的质量参数,如:蛋白质组成和消化率、致敏性、功能和感官特性以及安全法规。最后,对未来蛋白质趋势给出了未来方向和结论。然而,需要制定进一步的监管规范,以确保在全球范围内安全消费和分销。