Bobo Jack
Faculty of Science, Food Systems Institute, University of Nottingham, Nottingham, United Kingdom.
Front Plant Sci. 2024 Jul 16;15:1411943. doi: 10.3389/fpls.2024.1411943. eCollection 2024.
Molecular farming, the practice of engineering plants to produce recombinant proteins, presents novel challenges and opportunities for domestic markets and international trade. This article explores the multifaceted risks associated with these biotechnological advancements, including public health concerns related to recombinant animal proteins produced in plants, cross-contamination and unintended allergens, and the necessity for stringent identity preservation systems to avoid past failures. On the global stage, the trade of such genetically engineered crops brings about unique regulatory concerns, underscoring the need for internationally harmonized policies and reevaluating existing low-level presence (LLP) thresholds to address unexpected allergens. Moreover, molecular farming ventures into complex religious and ethical territories, particularly affecting communities with strict dietary laws, such as Islamic, Jewish, and those following vegan or vegetarian lifestyles. Addressing these concerns requires a collaborative approach among scientists, regulatory bodies, industry leaders, and religious figures, aiming to foster an inclusive dialogue that navigates the ethical, religious, and environmental implications of integrating animal proteins into plant-based systems. Such efforts are essential for ensuring the responsible development of molecular farming technologies, contributing to a future of sustainable, secure, and inclusive food systems that respect diverse cultural and ethical values.
分子农业,即通过对植物进行基因工程改造以生产重组蛋白的实践,给国内市场和国际贸易带来了新的挑战与机遇。本文探讨了与这些生物技术进步相关的多方面风险,包括与植物中生产的重组动物蛋白有关的公共卫生问题、交叉污染和意外过敏原,以及建立严格的身份保留系统以避免重蹈覆辙的必要性。在全球舞台上,此类转基因作物的贸易引发了独特的监管问题,凸显了制定国际统一政策以及重新评估现有低水平存在(LLP)阈值以应对意外过敏原的必要性。此外,分子农业涉及复杂的宗教和伦理领域,尤其影响到那些有严格饮食规定的群体,如穆斯林、犹太人群体,以及遵循纯素或素食生活方式的人群。解决这些问题需要科学家、监管机构、行业领袖和宗教人士之间采取合作方式,旨在促进包容性对话,探讨将动物蛋白整合到植物系统中的伦理、宗教和环境影响。这些努力对于确保分子农业技术的负责任发展至关重要,有助于实现一个尊重不同文化和伦理价值观的可持续、安全和包容性食品系统的未来。