Iron deficiency often results in nutritional disorder in fruit trees. Transcription factors play an
important role in the regulation of iron uptake. In this study, we isolated an iron deficiency …

Fe is an essential mineral element that plants need for their growth. When there is low soil
availability of Fe, plants show severe deficiency symptoms. Under Fe-deficiency conditions …

Malus xiaojinensis, an iron-efficient apple rootstock, was used to study the molecular
mechanisms of iron uptake. Increased H+ extrusion under iron-deficient conditions has been …

Iron (Fe) is an intriguing nutrient due to its dual nature. Its redox properties make it essential
for different vital processes in plant cells. But an excess of Fe can be toxic as it catalyses the …

Chlamydomonas reinhardtii fox1 gene encodes a ferroxidase that is involved in cellular Fe
uptake and highly induced during Fe deficient conditions. In an effort to identify fox1 …

The expression of genes that control iron (Fe) uptake and distribution (ie, Fe utilization-
related genes) is under a strict regulation. Fe deficiency strongly induces Fe utilization …

Le fer est un élément essentiel pour presque tous les êtres vivants cependant, il est peu
biodisponible et est toxique dans sa forme libre car il engendre des formes réactives de …

Iron (Fe) is the fourth most abundant element in the Earth's crust, yet its availability to plants
is often compromised. This is because, Fe in the most soil types, precipitates as ferric …

Iron (Fe) participates in many essential plant functions, such as photosynthesis, respiration
and nitrogen metabolism, including nodulation of legume plants. It is abundant in most soils …

Los grupos Fe-S son pequeñas moléculas inorgánicas con capacidad redox que se
cuentan entre los cofactores más antiguos de la naturaleza. Las proteínas con centros Fe-S …