… -related genes in rice will be a fruitful and … biotechnological approaches to producing
low-As rice, bioremediation practices, and molecular breeding utilized for producing low-As rice…

… of inorganic arsenic in the grains (Schoof et al. 1999). Therefore, attempts to reduce the
toxicity caused by arsenic in rice grain demand special scientific intervention and become …

… help in arsenic methylation, and biotechnological approaches may explore how to reduce
… , a significant decrease in arsenic concentration was found in rice grain and straw by 10–20, …

… of how water management regimes not only mitigate As accumulation in rice grains but also
impact on rice grain quality and production. Moreno-Jiménez et al. (Citation2014) found that …

… A study on As unloading into rice grain shows that DMA V is translocated to the rice grain …
Omics and biotechnology of arsenic stress and detoxification in plants: current updates and …

… Rice grain biofortification has emerged as a strategic priority … In this case, biotechnology
strategies offer effective and … Vitamin-A deficiency is equally important as it can lead to night …

… rice enhanced accumulation of As in the roots and decreased As accumulation in aerial parts
including rice grain… , a few various biotechnological interventions have been carried out in …

… Biotechnological approaches include breeding rice varieties that accumulate low levels
of As by hybridization or changing the patterns of expression of the genes involved in the …

… cost-effective than alternative interventions. This is apparently … was also expressed in the rice
grain, increasing the cysteine … small subunit [20] to lead the accumulation of lycopene in the …

… this issue so as to minimize grain As levels. As uptake at the root surface by rice plants
depends on factors like iron plaque and radial oxygen loss. There is involvement of a number of …