… plant uptake of low mobility nutrients, such as P, Zn, and Cu. … The first important process in
plant HM homeostasis is metal … important agronomical and environmental problems, such as …

… For ensuring efficient nutrient absorption, plants also … in plants grown in nutrient-deficient
soil. In this article, we discuss the different nutrient deficiency-induced adaptations of plants and …

… problems because it not only reduces plant yield but also causes a deterioration in the quality
of the produced food. Copper (Cu 2… greenhouse crop, is faced with a serious Cu 2+ toxicity. …

… , genome editing efficiency, and smart plant sensor implications. This review provides deeper
… Current challenges and implications in the way of upscaling nanobiotechnology in the crop …

… responsible genetic traits, and Fe homeostasis related to all the … At the same time, rice is
facing multiple biotic and abiotic … under FD and FT conditions remain substantial challenges …

… was localized on the basal fetal-facing membrane. This is the … from plant products [229]. The
degree of bioavailability of … Those results suggest that Cu and Zn homeostasis disturbances …

… Here, we review studies examining plant responses to essential nanometal treatments … a
promising strategy to address these environmental challenges that plants face. This topic is a …

… GFP and we tested plants in T2 generation under excess Zn. … overlapping roles in Zn and
Fe homeostasis. To investigate the roles of ZIFL1 and ZIFL2 with ZIF1 in Zn homeostasis, we …

… Cu and Fe homeostasis merits further characterization (Peñarrubia et al. 2015), our results
envisage that plants subjected to multiple nutritional deficiencies also face an auxin dilemma. …

… For their defense, plants facing toxicity reduce or prevent metal ions uptake by restricting …
The role of FDR3 inside root cells is citrate transport (a ligand for Fe homeostasis) via xylem…