… Cd uptake and translocation has provided important knowledge for engineering rice plants
or breeding rice cultivars to produce low-Cd grains. For example, a knockout or knockdown of …

… and hyperaccumulate arsenic, we show the engineering of … intensity was smaller upon
the addition of 100 µm arsenate for … was applied to monitor arsenic uptake in rice plants (Oryza …

… the rice consumption; however, such risk for Cd and Ni was low … by the Science and
Engineering Research Board (SERB), … effects on rice (Oryza sativa L.) grain arsenic concentration …

… efforts of Public health engineering department (PHED), Unicef… rice cultivars can effectively
help in reducing grain arsenic … Thus, traits like low grain arsenic or superior grain quality may …

… Tulsa (local) showed the lowest level of As in grains than other rice varieties studied here
across all the 4 villages; … Arsenic level of rice grains of high-yielding and local varieties and …

… on rice crops, including hybridization, genetic engineering, … Root and shoot length and leaf
area of rice and wheat were … primarily via aquaporin channels and low silicon rice 1 and 2 (…

… While provision of low As irrigation water for growing the crops and … in low arsenic water,
cooking rice in excess water and kneading the wheat flour in low arsenic water may lead to …

… and was substantially observed to be lower than that of the … Attempts have been made to
engineer rice plants for … EPSP synthase can lead to more fitness advantages to rice plants which …

… A large number of kernels in a frame would result in lower resolution of the individual grains,
whereas a lower count per image would lead to a greater number of images. Each kernel …

… engineering of grain boundaries in L-PBF AM was expected to facilitate MHH, suppress
cracking-susceptible columnar growth and lead … grains grow at the expense of smaller grains to …