… levels of metals in tight homeostasis using … metals and storage of metal ions in a non-toxic
form. Despite rapid progress in recent years of our understanding of metal homeostasis in …

… such as ascorbic acid and other vitamins as well as minerals. Plants, of course, only have to
… long time focused on Fe homeostasis because the Fe deficiency symptoms of NA synthesis …

… homeostasis with other metal cations, in such a way that back-up systems are implemented
in the Fe deficiency … most used model to uncover metal homeostasis mechanisms in grasses. …

… Here, we review the proteins controlling mineral … in metal homeostasis. MIR expression is
significantly upregulated in response to Fe deficiency, and the expression of metal homeostasis…

… metal distribution, as well as on long-distance transport, are contributing to the understanding
of metal homeostatic … of metals during reproductive phases, especially under mineral …

… minerals in the diagnosis and prognosis of disease states. … metals and enzyme activity is
directly related to metal content. … and conserve elements in deficiencies without the need to …

… Deficiency or excess of these elements influence bone mass and … and toxic effects of key
elements on bone homeostasis. … has not been established with respect to bone mineral density. …

… in metal homeostasis in all plants, then all plants, regardless of whether they are or are not
tolerant to excess metals… original function was in the homeostasis of metals that have a role as …

… Fe-deficiency responses including Fe uptake and homeostasis. Some genes also contain
IDEs and IRO2-binding sequences, which suggests that the different transcription factors that …

… to metal deficiency and recent advances in our understanding of their contributions to
cellular metal homeostasis, the control of the cellular redox status and the synthesis of metal …