… Thus, metal homeostasis is tightly regulated in plants. Plant species colonising metalliferous
… the integration of multiomic approaches will benefit facing the future scientific challenges. …

… a heightened focus on Fe and Zn homeostasis, to further improve our … Fe and Zn nutrition of
the edible portion of crop plants. … challenges, achievements, and benefits gained through Zn …

… a potential site of metal homeostasis. Within this context, chloroplasts emerge as pivotal
entities in the maintenance of metal homeostasis, making them indispensable for plant survival. …

… For plant/agricultural science researchers, it is a great challenge to … , and plants have evolved
different strategies to regulate homeostasis of Cu as a function of the environmental copper …

… Present status, challenges and future prospects are also … Plants face environmental stressors
throughout their life cycle … Hence, plants can maintain ion/cellular homeostasis by either …

… and disbalance in nutrient homeostasis is the major factor limiting plant growth, development,
… However, biofortification also faces some challenges and limitations. One challenge is to …

… faces the risk of essential mineral deficiency and this phenomenon has been attested as one
of the dreaded problems … aggravating Fe deficiency in plants; Phytohormonal homeostasis …

… that maintain the homeostasis of multiple metal ions in plants. This study provides novel
insights into the improvement of phytoremediation efficiency by using genetic modifications. …

… Reports have demonstrated that zinc oxide nanoparticles (ZnO NPs) can control postharvest
mold, plant wilts, and grey mold disease caused by Aspergillus niger, Fusarium oxysporum, …

… Addressing the food scarcity issues for this budding population, deficiency and toxicity of
minerals are the major challenges faced by plant biologists in the present situation. Deficiency …