Phosphorus (P), zinc (Zn), and iron (Fe) are three essential elements for plant survival, and
severe deficiencies in these nutrients lead to growth retardation and crop yield reduction …

In plants, iron (Fe) transport and homeostasis are highly regulated processes. Fe deficiency
or excess dramatically limits plant and algal productivity. Interestingly, complex and …

Main conclusion Nutrient transporter genes could be a potential candidate for improving
crop plants, with enhanced nutrient uptake leading to increased crop yield by providing …

Iron (Fe) is an essential micronutrient that is frequently inaccessible to plants. Rice (Oryza
sativa L.) plants employ the Combined Strategy for Fe uptake, which is composed by all …

Malnutrition causes diseases, immune system disorders, deterioration in physical growth,
mental development, and learning capacity worldwide. Micronutrient deficiency, known as …

Vacuolar storage of iron (Fe) is important for Fe homeostasis in plants. When sufficient,
excess Fe could be stored in vacuoles for remobilization in the case of Fe deficiency …

Trace element deficiency is a pervasive issue contributing to malnutrition on a global scale.
The primary cause of this hidden hunger is related to low dietary intake of essential trace …

Increasing crop yields can provide food, animal feed, bioenergy feedstocks and biomaterials
to meet increasing global demand; however, the methods used to increase yield can …

Globally, one-third of the population is affected by iron (Fe) and zinc (Zn) deficiency, which is
severe in developing and underdeveloped countries where cereal-based diets predominate …

Uptake and internal transport of micronutrients are essential for plant growth, development,
and yield. In this regard, Iron Regulated Transporters (IRTs) from the Zinc Regulated …