… by short-term Zn deficiency and excess, although the molecular mechanisms governing this
… better understand the quantitative aspects of the regulation of Zn homeostasis genes at both …

… We still need to identify more molecular players in these metal crosstalks. Hence, a better
understanding of the complexities with which these micro-nutrients interact and influence each …

… Zn homeostasis/tolerance (Table 1), reflects that a substantial amount of studies on the
molecular basis of Zn homeostasis … , especially for uncovering metal homeostasis mechanisms. It …

… Mineral nutrition is one of the key factors determining plant productivity. In plants, metal
homeostasis is achieved through the functioning of a complex system governing metal uptake, …

… Here, we summarize molecular processes and genes involved in Fe and Zn homeostasis in
the model plants Arabidopsis and … biofortification are proposed by leveraging genetic basis. …

… Significant advances in the technologies available to researchers greatly increased our
understanding of the genetic basis of Zn homeostasis-related traits. Subsequently, this …

… of Fe and Zn deficiencies and their regulations for improving the Fe and Zn homeostasis in
plant … Some characteristic features of strategy I plants like elevated levels of H + -ATPase and …

… Plant growth is limited by mineral deficiency, but on the other hand, excess Fe, Mn, Cu, and
Zn can be toxic to plants… role in Fe transport to the chloroplast by transporting a molecule that …

… Zn, its mechanisms of uptake and transport as well as molecular aspects of surplus Zn
homeostasis in plants. … to understand the mechanisms of Zn toxicity in plants and to present novel …

… of plants to Zn deficiency, the roles of transporters and metal-binding compounds in Zn
homeostasis … that bind to ZDRE/ZDRE-like elements, and other unidentified transcription factors. …