生物过程
生物技术
业务
生产(经济)
农业
人口
持续性
世界人口
可持续农业
生化工程
食品加工
资源(消歧)
全球人口
动物生产
可扩展性
可持续发展
自然资源经济学
资源效率
新兴技术
环境经济学
可持续生产
肉类包装业
农业生产力
对偶(语法数字)
工程类
风险分析(工程)
动物饲料
人口增长
农业科学
作者
Dongjing Wu,Na Zhang,Mohammed Gagaoua,Martin K. Rasmussen,David Smith,Yu Fu
标识
DOI:10.1021/acs.jafc.6c04842
摘要
As the global population grows, the meat industry must increase production sustainably. This review summarizes challenges and opportunities in both animal-based and cultivated meat production. For animal-based systems, strategies include genetic breeding for desirable traits, improved feed efficiency via additives and management, and innovative farming to mitigate carbon emissions. Cultivated meat, though still emerging, requires expanding stem cell sources and bioreactor capacity, supported by 3D scaffolds and advanced culture technologies. High costs of serum-free media remain a barrier but may be overcome by reducing fetal bovine serum or using cost-effective growth factors. Harnessing sustainable energy and AI to optimize bioprocesses and resource allocation can make cultivated meat a viable, scalable alternative to conventional production. Overall, by integrating advances in traditional animal farming with bioprocess optimization and AI to overcome scalability and economic hurdles, this dual strategy positions sustainable meat production as a key solution to meet rising global demand.
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