Plant iron (Fe) uptake relies to a large extent on the capacity of cells to control and extract
Fe pools safely conserved in extracytoplasmic environments such as the apoplast and …

… 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 …

… regulation of iron acquisition in plants, taking into consideration the specific constraints
associated with the uptake of iron from alkaline soils. Knowledge on how plants extract iron from …

… Plants can sense Fe status and modulate the transcription of Fe uptake-associated genes,
finally controlling Fe uptake … by which plants control Fe uptake and transport is essential for …

… Root uptake, long-distance transport and lateral movement of Fe within different plant organs.
1. Fe uptake from the rhizosphere/root apoplast into the root epidermal cells: Strategy 1 (a)…

… and with the care adopted in plant nutrition during the phenological … of uptake, translocation
and accumulation of Fe ions in plants … Environmental contamination by mining industries has …

… To this end, we mined expression data for Fe-responsive genes that showed greater than
fivefold changes in transcript abundance in response to Fe deficiency. Sequences of 14 rice …

… Our results show Zn stress reduces Fe uptake by rice and … II) uptake through Strategy I but
enhanced Fe(III) uptake through … that how Zn regulates Fe uptake and translocation in rice and …

… , defective Fe uptake mechanism and/or impairment in the iron transport and utilization in
plant, altering plant metabolism. As consequence of the Fe shortage in some plants, human Fe …

… We emphasize that fertilization techniques in areas affected by iron ore tailings must consider
both the needs and tolerances of the species and the level of nutrients already present in …