Thoughts on the Industrialization of Alternative Protein Foods

Alternative protein foods are obtained using biomanufacturing technologies such as synthetic biology and cell engineering; they are sustainable and efficient in synthesis. Promoting the engineering and industrialization of alternative proteins is crucial for developing new quality productivity and ensuring national food security in China. This study illustrates the development values of alternative protein foods from the aspects of intensified international competition, development of an all-encompassing approach to food, new quality productivity, and sustainable development. It also analyzes the development status of alternative protein foods in China and abroad from the scientific, regulatory, and industrialized perspectives. It was concluded that breakthroughs should be achieved in key technologies such as cell lines, serum-free media, dedicated bioreactors, high-efficiency screening and preparation of microbial chassis strains, and plant-based meat fabrication and flavoring. Meanwhile, it is necessary to establish food safety standards and regulatory frameworks, improve China’s independent research and production capacities of key elements, and expand sub-sectors of the industrial chain. Furthermore, targeted suggestions are proposed to accelerate the industrialization of alternative protein foods. This study is expected to provide references and inspirations for the research, practices, and supervision of alternative protein industrialization in China.

Publication Details

Journal
Strategic Study of CAE
Published
2025-01-01
DOI
https://doi.org/10.15302/j-sscae-2024.10.048
Primary Topic
Nutrition, Genetics, and Disease
Type
article
Field-Weighted Citation Impact
0.00
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article

Thoughts on the Industrialization of Alternative Protein Foods

Strategic Study of CAE
Nutrition, Genetics, and Disease
article

Thoughts on the Industrialization of Alternative Protein Foods

article en

Abstract

Alternative protein foods are obtained using biomanufacturing technologies such as synthetic biology and cell engineering; they are sustainable and efficient in synthesis. Promoting the engineering and industrialization of alternative proteins is crucial for developing new quality productivity and ensuring national food security in China. This study illustrates the development values of alternative protein foods from the aspects of intensified international competition, development of an all-encompassing approach to food, new quality productivity, and sustainable development. It also analyzes the development status of alternative protein foods in China and abroad from the scientific, regulatory, and industrialized perspectives. It was concluded that breakthroughs should be achieved in key technologies such as cell lines, serum-free media, dedicated bioreactors, high-efficiency screening and preparation of microbial chassis strains, and plant-based meat fabrication and flavoring. Meanwhile, it is necessary to establish food safety standards and regulatory frameworks, improve China’s independent research and production capacities of key elements, and expand sub-sectors of the industrial chain. Furthermore, targeted suggestions are proposed to accelerate the industrialization of alternative protein foods. This study is expected to provide references and inspirations for the research, practices, and supervision of alternative protein industrialization in China.

Strategic Study of CAEVol. 27(1)
Openalex Percentile: Top 92%
Nutrition, Genetics, and Disease
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