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Bioengineering and management for efficient phosphorus utilization in crops and pastures. (Special Issue: Phosphorus biotechnology - Pharmaceutical biotechnology.)

机译:生物工程和管理,以有效利用农作物和牧场中的磷。 (特刊:磷生物技术-制药生物技术。)

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摘要

Phosphorus (P) is one of the three macronutrients for plants. Because of its low mobility and high fixation in soils, low P availability is a worldwide constraint for crop productivity. Molecular biology provides great opportunities to improve P efficiency in plants. However, transgenic plants cannot be commercialized before integrating all the knowledge on bottlenecks for improving P efficiency of crops/pastures. This review intends to summarize the main strategies of bioengineering to improve P efficiency of crops/pastures, including conventional and molecular assisted breeding, identification and application of key genes for biotech plants. It highlights recent advances in the understanding of improving P efficiency through the integration of bioengineering with P fertilization and cultivation management.
机译:磷(P)是植物的三种主要营养素之一。由于磷的低迁移率和在土壤中的高固着性,磷的低利用率在全球范围内限制了作物的生产力。分子生物学为提高植物的磷效率提供了巨大的机会。但是,在整合有关瓶颈的所有知识以提高农作物/牧草磷素利用率之前,无法将转基因植物商业化。这篇综述旨在总结生物工程提高农作物/牧草磷效率的主要策略,包括常规和分子辅助育种,生物技术植物关键基因的鉴定和应用。它着重介绍了通过将生物工程与磷肥和栽培管理相结合来提高磷肥效率的最新进展。

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