… Facing the environmental challenges, scientists have jointly carried out … of plant growth and
development via metal homeostasis, several HIPP genes have been reported to involve plant …

… and detoxification mechanisms in maintenance of Zn homeostasis. These have been
described in … These biofortification challenge programmes address both agronomic and genetic …

… excess interfere with redox homeostasis and activate oxidative … This review presents the
impact of Mn on plant metabolism. … and biochemical properties of plant cells, with regard to the …

… and biofortification are the common ways to overcome this deficiency related problems. …
Non-leguminous plants adapt to the strategy I in which Fe 3+ reduces to Fe 2+ performed by …

… Cu homeostasis. Here, we review how Cu is found in soils; Cu toxicity responses in plants; …
review about the Cu homeostasis, including its chemistry in the soil, plant responses and …

… In nature, land plants as sessile organisms are faced with … -talk between N and Zn uptake
and homeostasis in plants is poorly … plant N and Zn homeostasis will contribute to improving …

… In order to maintain the cell redox homeostasis, plants possess a powerful and multifaceted
… main ROS in plant cells, as well as to describe the AOX system in plants with special focus …

… the Zn, Mg, and Fe concentrations in the leaves of soybean seedlings. As the chemical
properties of Cd are similar to those of Zn, Cd seizes Zn transport pathways to enter the plant via …

… other essential metals such as Fe, Mn, or Cu. How does the … obvious when the underlying
challenge is considered. Metal … how cellular Zn homeostasis functions in cells of a plant that …

This work aimed to evaluate the potential of Fe 2 O 3 nanoparticles (nano-Fe 2 O 3 ) to alleviate
potentially toxic elements (PTEs) - induced stress in barley plants (Hordeum vulgare L.), …