蛋白质转型时代的蛋白质质量评估与数据建设(中英文)OA
Protein Quality and Protein Quality Determination and Data in a Protein Transition Era(Chinese and English versions)
面对全球人口持续增长以及在地球边界内运作的环境压力,蛋白质来源向着可持续、营养充足的转型更为迫切.准确评估由氨基酸组成、消化率和吸收率决定的蛋白质质量至关重要.经充分验证后,体外消化模型将成为传统动物实验方法的有力替代方案.来自植物、微生物、真菌、藻类、昆虫等的新型蛋白质源为减少环境影响提供了机遇,但也引入了新的、未知的因素,这些因素除了与加工方法、食品基质和配料相关的复杂性外,还可能影响消化和生物利用度.因此,需要建立可靠的、高通量的标准化方案,包括基于高效人体交叉试验的体内验证,以评估食品的蛋白质质量,并为不同人群提供个性化蛋白质推荐.建立一个全面、标准化的蛋白质质量数据库,对于指导研究、支持食品工业、提供政策制定依据,以及确保全球范围内获得营养充足且可持续的膳食至关重要.
The growing global population and the need to operate within planetary boundaries are driving an urgent transition toward more sustainable and nutritionally adequate protein sources.Accurately assessing protein quality—determined by amino acid composition,digestibility,and absorption—is essential.In vitro digestion models,once fully validated,will be promising alternatives to traditional animal-based approaches.Novel protein sources from plants,microbes,fungi,algae,insects,and more offer opportunities for reducing environmental impact but introduce new unknown factors that can influence digestion and bioavailability,in addition to complexities related to processing methods,food matrices,and ingredients.Robust mid-throughput harmonized protocols,including in vivo verification based on efficient human cross-over trials,are therefore required to evaluate protein quality of realistic foods and to support personalized protein recommendations for different population groups.Establishing a comprehensive,standardized protein quality database will be critical for guiding research,supporting the food industry,informing policy,and ensuring nutritious and sustainable diets worldwide.
Jurriaan MES;韩飞
荷兰瓦赫宁根大学与研究中心,瓦赫宁根食品与生物基研究所,荷兰 瓦赫宁根6708 AG国家粮食和物资储备局科学研究院
轻工纺织
蛋白质转型体外消化个性化蛋白质需求蛋白质质量数据库
protein transitionin vitro digestionpersonalized protein requirementsprotein quality database
《粮油食品科技》 2026 (3)
19-29,11
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