… iron before it can be inserted into target molecules for biological function. Uptake and trafficking
of iron throughout the plant … species, whole-plant allocation and genetic regulation. The …

… As our understanding of the mechanisms of iron uptake, transport and homeostasis increase,
more applications of this knowledge are being explored to biofortify crops. The five most …

… that coumarins involved in iron acquisition are secreted and essential for iron uptake under
… of iron uptake, transport, and homeostasis will be of great benefit to plants and human health. …

… iron uptake, its distribution to the other parts of the plants along with its storage. Also, various
other factors responsible for maintaining its homeostasis … mechanism of iron uptake, storage…

… Here, we review the nutritional, genetic and ecophysiological aspects of uptake, translocation
and accumulation of Fe ions in plants growing under conditions of deficiency or toxicity of …

… flooding or in waterlogged soils, plants are faced with high … iron uptake systems to meet but
not exceed the plant's … of the mechanistic basis of iron uptake by plants. A major breakthrough …

… Insufficient iron supply poses severe constraints on plants, restricting species with inefficient
iron uptake mechanisms from habitats with low iron availability and causing yield losses in …

… Fe uptake transporter in rice and a possible role for metal-reductases in Fe uptake by …
In addition, the authors underlined the recent advances in mitochondrial iron homeostasis …

… Therefore, how plants maintain iron homeostasis is a … of how the uptake of iron is regulated
and then transported within plants. … iron homeostasis and highlight recent attempts to develop …

… iron transport and homeostasis. We focus on the recent identification of a mitochondrial
iron uptake transporter in rice and a possible role for metalloreductases in iron uptake by …