Transporting micronutrients more efficiently
https://phys.org/news/2018-06-micronutrients-efficiently.html
To achieve this enrichment, Bhullar and her team incorporated a genetic construct expressing a combination of three additional genes into the rice plants. One of these genes facilitates mobilisation of iron stored in the plant vacuoles, another encodes for an iron-storing protein Ferritin, and the third promotes efficient iron and zinc uptake by the roots.
Last year, the same team of researchers established a proof of concept in combining three nutritionally relevant traits in one rice line, namely iron, zinc and β-carotene were increased simultaneously in the rice grains.
Transporting micronutrients more efficiently
Jun 11, 2018, 1:33pm UTC
https://phys.org/news/2018-06-micronutrients-efficiently.html
> To achieve this enrichment, Bhullar and her team incorporated a genetic construct expressing a combination of three additional genes into the rice plants. One of these genes facilitates mobilisation of iron stored in the plant vacuoles, another encodes for an iron-storing protein Ferritin, and the third promotes efficient iron and zinc uptake by the roots.
> Last year, the same team of researchers established a proof of concept in combining three nutritionally relevant traits in one rice line, namely iron, zinc and β-carotene were increased simultaneously in the rice grains.