Localization and circulation: vesicle trafficking in regulating plant nutrient homeostasis

Gao Yi-Qun; Chao Dai-Yin

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Localization and circulation: vesicle trafficking in regulating plant nutrient homeostasis

机译：定位与循环：囊泡运输在调控植物养分稳态中的作用

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Nutrient homeostasis is essential for plant growth and reproduction. Plants, therefore, have evolved tightly regulated mechanisms for the uptake, translocation, distribution, and storage of mineral nutrients. Considering that inorganic nutrient transport relies on membrane-based transporters and channels, vesicle trafficking, one of the fundamental cell biological processes, has become a hotspot of plant nutrition studies. In this review, we summarize recent advances in the study of how vesicle trafficking regulates nutrient homeostasis to contribute to the adaptation of plants to heterogeneous environments. We also discuss new perspectives on future studies, which may inspire researchers to investigate new approaches to improve the human diet and health by changing the nutrient quality of crops.

机译：营养体内平衡是植物生长所必需的和繁殖。严格监管机制吸收,易位、分配和存储的矿物营养素。营养运输依赖于膜基转运蛋白和渠道、泡走私,的一个基本细胞生物学过程,已成为植物营养研究的热点。在这次审查中,我们总结最近的进展研究如何泡贩运调节营养体内平衡作出贡献植物适应异构环境。未来的研究,这可能激发研究人员调查新方法以改善人类的生活通过改变营养饮食和健康质量的作物。

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来源
《The Plant Journal》 |2022年第6期|1350-1363|共14页
作者
Gao Yi-Qun; Chao Dai-Yin;
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作者单位

Univ Nottingham;

Chinese Acad Sci;

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原文格式 PDF
正文语种英语
中图分类植物学;
关键词
endodermis; protein secretion; plant nutritionVesicleNutrientsmineral nutrientsHomeostasispollen tube growthArabidopsis thaliana;

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机译：The putative Arabidopsis homolog of yeast Vps52p is required for pollen tube elongation, localizes to Golgi, and might be involved in vesicle trafficking
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Localization and circulation: vesicle trafficking in regulating plant nutrient homeostasis

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