… 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 …

… functions promoting plant growth in PB-amended Fe ore tailings are still unavailable. … Fe
ore tailings amended by different PB amendments, ii) effects of AM fungal colonization on plant …

… and S in plants. It has been demonstrated that plant capability to take up and accumulate
Fe strongly depends on S availability in the growth medium in both monocots and dicot plants. …

… Iron (Fe) and aluminium (Al) contamination due to mining activities … plants to treat heavy
metal contaminated environment. In this study, Scirpus grossus was exposed to synthetic mining …

… On the other side, many PGPB reduced iron toxicity to wheat as their strong bioleaching
capacity and negative regulation of iron uptake or transport when iron is plenty © 2020 Friends …

… a paddy site contaminated by long term mining activities, the current study aims to elucidate
how rice absorb and transform Cu during the plant uptake process. Synchrotron based μ-…

… Why iron is critical to plant metabolism and how Iron deficiency or excess affect plants have
… details on how plants maintain Fe balance through uptake, and transport; Fe toxicity effects. …

… 2′‐deoxymugineic acid ( DMA ) – that play key roles in metal transport and nutrition. The
CE ‐Os NAS 2 plants accumulated higher concentrations of grain Fe, Zn, NA and DMA and …

… transport and homeostasis proteins, the vacuole plays an important role as an intracellular
iron … In this review, we will summarize current knowledge on iron transport and homeostasis in …

… and mineralogical attributes of magnetite iron (Fe) ore tailings to identify potential constraints
… soils, were sampled from a magnetite mine in Western Australia. Tailings were extremely …