… loss-of-function mutants of SBEIIb using low-glutelin rice cultivars as recipients. In this study,
… locus in an elite low-glutelin japonica rice cultivar derived from Low Glutelin Content-1 (LGC…

… [92] reported reduced As toxicity on plant growth with concomitant lower As accumulation in
rice … Maize grains showed lower As concentration in grains, within the suggested maximum …

… Such mutations lead to the development of elite cultivars of … -6) led to low phytic acid
accumulation in the rice grain and … further improvement of genome engineering. Targeting the core …

… different cereal crops including wheat (Triticum aestivum L.), rice (Oryza sativa L… rice plants
accumulate massive amount of As in different organs such as shoot and grains that make rice …

… in panicle, which may lead to inhibited secondary and spikelet … low grain quality and high
yield in rice, that the chalkiness regulating gene Chalk5 is closely located to two QTLs for grain …

Heavy metal toxicity has become an impediment to agricultural productivity, which presents
major human health concerns in terms of food safety. Among them, arsenic (As) a non-…

… mechanisms of Cd from soil to rice grains, (4) transporters … Selecting rice varieties with low
Cd accumulation and … A high pH value or increases of phosphate ligands in paddy soils lead …

… of unwanted heavy metals (cadmium, arsenic, and lead) 32,33 . … The natural variation of
folates in rice is far too low to reach … in rice seeds, confirming the potential of genetic engineering …

… In the present study, transgenic wheat produced a smaller grain yield than WT in a pot
experiment because of a delay in tillering. However, this effect was not attributed to the …

… Because S genes are often induced and/or targeted by pathogens, their loss of function
can lead to enhanced resistance or reduced compatibility if the gene encodes a negative …