Lee Seung Yun, Lee Da Young, Mariano Ermie, Park Jinmo, Han Dahee, Choi Yeongwoo, Kim Jin Soo, Park Ji Won, Namkung Seok, Venter Colin, Hur Sun Jin
Division of Animal Science, Institute of Agriculture & Life Science, Gyeongsang National University, Jinju 52828, Korea.
Department of Animal Science and Technology, Chung-Ang University, Anseong 17546, Korea.
Food Sci Anim Resour. 2025 Jan;45(1):223-242. doi: 10.5851/kosfa.2024.e129. Epub 2025 Jan 1.
This study was conducted to investigate the recent research trends of alternative protein foods being developed to replace traditional livestock foods and thus determine the current state of the technology and the potential for industrialization. The results of this study showed that the technology related to cultured meat has not yet reached industrialization. However, serum-free media development, technologies to improve culture efficiency, and technologies to improve taste and flavor are being researched. In addition, the research on improving the production efficiency of cultured meat is increasingly expanding from using muscle satellite cells obtained from animal muscles to research on cell lines or immortalized cell lines. Edible insect-derived proteins have a wide range of food applications, and researchers are actively working on utilizing their functional properties. Plant-derived protein materials are also being studied to improve the flavor and texture of plant-based meat products to make them more similar to traditional livestock foods, as well as to remove allergens. In conclusion, despite ongoing technological development, the industrialization of cultured meat is expected to take some time. There is a growing body of research on the types, functionalities, extraction, and texturizing technologies of plant-derived, mycoprotein, or insect-derived ingredients for formulating meat alternative products, and it is expected that improved products will continue to enter the market. Although animal product substitutes are not expected to significantly replace traditional livestock products, continuous improvement research will contribute to the expansion of the alternative protein food market.
本研究旨在调查为替代传统畜类食品而开发的替代蛋白质食品的最新研究趋势,从而确定当前技术水平及产业化潜力。本研究结果表明,与培养肉相关的技术尚未实现产业化。然而,无血清培养基开发、提高培养效率的技术以及改善口感和风味的技术正在研究中。此外,提高培养肉生产效率的研究正从使用从动物肌肉中获取的肌肉卫星细胞,日益扩展到对细胞系或永生化细胞系的研究。可食用昆虫衍生蛋白在食品领域有广泛应用,研究人员正积极致力于利用其功能特性。植物源蛋白材料也在被研究,以改善植物基肉制品的风味和质地,使其更接近传统畜类食品,并去除过敏原。总之,尽管技术不断发展,但培养肉的产业化预计仍需时日。关于用于配制肉类替代产品的植物源、真菌蛋白或昆虫衍生成分的类型、功能、提取和纹理化技术的研究越来越多,预计改良产品将持续进入市场。虽然动物产品替代品预计不会显著取代传统畜类产品,但持续的改进研究将有助于扩大替代蛋白质食品市场。