… Rice (Oryza sativa L.) is a major dietary source of As in humans who consume this cereal as
… grain and reduce the amount of As entering the food chain. We developed transgenic rice …

… Rice (Oryza sativa L.) is a major dietary source of As in humans who consume this cereal as
… grain and reduce the amount of As entering the food chain. We developed transgenic rice …

… of As and Cd in the rice grain. So far, no study has … rice grain simultaneously by genetic or
genetic engineering approaches. Our objective was to generate low-As and lowCd rice grain …

… for genetic engineering to reduce As accumulation in grains. Key … While arsenic accumulation
in rice can be reduced by … for developing varieties with low As accumulation ability. Given …

… by rice roots, probably because of low expression. The expression levels of other rice NIPs
have been shown to be very low in … that Lsi1 is the major pathway for arsenite uptake in rice. …

… As discussed earlier, in order to develop low grain arsenic rice plants, transgenic studies …
targets that can be optimized and utilized via genetic engineering or via (molecular) breeding to …

… for remediation of As from soil and water and to also develop rice varieties having low As
accumulation in grains. Rice is the most important staple food for billions of people with daily …

… As exposure risk from rice. Taken together, our … in rice. Knocking out OsPT4 effectively
decreased inorganic As accumulation in rice grains, shedding light on engineering low-As rice to …

… Arsenic (As) accumulation in rice grains is a threat to human health and marketability of
rice products. In an effort to … Low As level was the native soil that is common in the southern …

… rice grain of PvACR3;1 transgenic lines were decreased by 28%–39%, but also inorganic As
was 26%–46% lower. … As in rice grain, which is of significance to breed low-As rice for food …