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Enhancement of Phosphate Absorption by Garden Plants by Genetic Engineering: A New Tool for Phytoremediation

机译:基因工程提高园林植物对磷酸盐的吸收:植物修复的新工具

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摘要

Although phosphorus is an essential factor for proper plant growth in natural environments, an excess of phosphate in water sources causes serious pollution. In this paper we describe transgenic plants which hyperaccumulate inorganic phosphate (Pi) and which may be used to reduce environmental water pollution by phytoremediation. AtPHR1, a transcription factor for a key regulator of the Pi starvation response in Arabidopsis thaliana, was overexpressed in the ornamental garden plants Torenia, Petunia, and Verbena. The transgenic plants showed hyperaccumulation of Pi in leaves and accelerated Pi absorption rates from hydroponic solutions. Large-scale hydroponic experiments indicated that the enhanced ability to absorb Pi in transgenic torenia (AtPHR1) was comparable to water hyacinth a plant that though is used for phytoremediation causes overgrowth problems.
机译:尽管磷是自然环境中植物正常生长的重要因素,但水中过量的磷酸盐会造成严重污染。在本文中,我们描述了过度积累无机磷酸盐(Pi)的转基因植物,这些植物可用于通过植物修复减少环境水污染。 AtPHR1是拟南芥中Pi饥饿反应关键调节因子的转录因子,在观赏园林植物Torenia,Petunia和Verbena中过表达。转基因植物显示出叶片中Pi的过度积累,并加速了水培溶液中Pi的吸收速率。大规模的水培实验表明,转基因Torenia(AtPHR1)中吸收Pi的能力与水葫芦相当,尽管该水葫芦虽然用于植物修复但仍会引起植物过度生长的问题。

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