… the physiological and molecular insights of sensing, responding and signalling of Fe and
Zn deficiencies and their regulations for improving the Fe and Zn homeostasis in plant system. …

… We found that Zn deficiency adversely affected plant biomass and … under Fe deficiency,
which is in contrast to Arabidopsis (Eckhardt et al., 2001). In plants, Zn and Fe homeostasis are …

… better comprehend the challenges faced by plants in their natural … plants regulate Fe
homeostasis will likely help to improve crop production on Fe-poor soils and to meet the challenge …

… -plant Cu transport, and the detrimental effect of Cu on morphological, physiological and
nutrient uptake in plants … Cu-induced toxicity in plants is discussed as well. We also delimits the …

… There is almost none free Cu and Zn inside plant cells, the plants manage their ionome …
to be involved in Zn and Cu homeostasis of plants: Zn-regulated transporter (ZRT), Fe-regulated …

… Drought also disrupts mineral nutrition and ion homeostasis in plant cells [40]. The reduction
in water supply under drought stress reduces soil nutrient availability as well as uptake by …

… in numerous plant developmental processes as well as plant … Together, these interactions
lead to the homeostasis of … abiotic stressors, particularly in ROS homeostasis. In this review, …

… Plants have adapted different homeostatic mechanisms to … were affected by Zn stress, we
determined the Cu, Fe, and Mn … increasing external Zn concentrations decreased Cu, Fe, Mn …

… Zinc homeostatic levels in plants range 30–200 mg/kg DW, … while Zn up to 100–400 mg/kg
DW may reduce plant yield (… PCs role in Zn homeostasis/detoxification that helps plants to …

… the role of membrane protein-lipid-ion interactions in metal homeostasis. We anticipate that
this review will provide new insights into the mechanisms of metal homeostasis in plant cells. …