Transgenic apple plants overexpressing MdCML15 showed decreased iron uptake and severe chlorosis under iron-deficient ...

In the presence of arsenic, wild type plants remained shorter compared to those grown in arsenic-free soil; benzoxazinoid deficiency further reduced plant growth in contaminated soil.

And the primary source of iron is food, whether it’s from animals or plants. Here’s why the mineral ... of U.S. females ages 12 to 21 are iron-deficient, with heavy periods, pregnancy and ...

It is thought that iron limitation is a problem for plants on as much as 30% of soils worldwide. Iron-deficient plants often display interveinal chlorosis, in which the veins of the leaf remain ...

Researchers have developed a near-infrared (NIR) fluorescent nanosensor capable of simultaneously detecting and differentiating between iron forms—Fe(II) and Fe(III)—in living plants.

ensuring the normal growth of plants in an iron-deficient environment. However, due to its instability and high production costs, DMA is applied with large limitation. In recent years, researchers ...

which is found in plants, nuts and legumes. "Non-haem iron is absorbed at a much lower rate, meaning people following vegetarian and plant-based diets may find they are still deficient ...

Cleveland-Cliffs said it would temporarily idle two of its Iron Range mines and taconite pellet plants and lay off 630 workers. The iron ore mining and steel-making company said it would idle its ...

Iron is crucial for plant health, supporting photosynthesis, respiration, and enzyme function. It primarily exists in two forms: Fe(II), which is readily available for plants to absorb and use, and Fe ...

DiSTAP researchers develop sensors for rapid iron detection and monitoring in plants, enabling precision agriculture and sustainable crop management. Image Credit: SMART DiSTAP Iron is crucial for ...