Genetically engineered rice plants that resist the uptake of toxic metals could boost production and ease the shortage of this staple crop ...
Genetically engineered rice plants that resist the uptake of toxic metals could boost production and ease ... a research team that uses genetic engineering to produce rice plants that block the uptake of arsenic, which could increase ...
... Foundation. As a result of research being conducted by this group, rice plants that can produce 50% more grain using less fertilizer and less water are a step closer to reality ...
... scientists have identified genes that allow deepwater rice to grow hollow "snorkels" to avoid drowning ... that help trigger growth in the rice plant. They also combined the best of rice variants by introducing the genes ...
... with these fungi. This is especially so for rice, the most globally important food plant. There are no clear reports ... that only mimicked those found in the tropics. "This is clearly not at all the same environment as a rice plant growing in a real paddy field ...
... is altering the frequency and magnitude of floods and droughts. If rice plants' combined tolerance to flooding and drought ... between submergence and drought response pathways, allowing rice plants to survive and re-grow after both ...
... in pollution happens during a stage of the lifecycle when the rice plant is producing grain. This period is normally associated with around half of all methane emissions from rice and we found that simulated acid rain pollution reduced ...
... within developing grains of rice. If invertase is not active, the rice plant cannot produce edible grains." Next, to test the ability of the GIF1 gene to control ... for thousands of years unknowingly have been increasing the frequency of rice populations that had modifications in the GIF1 gene," said Ma ...
... journal PLoS ONE. In higher organisms, such as humans or rice plants, each cell type express ... colleagues used the new rice microarray to investigate gene expression changes when plants are grown in the light ...
... . Rice is the number one crop consumed by humans annually. The results of the study were published recently in the plant ... that did not have the genes. The new genes stimulate the rice plants to develop deeper roots, enabling ...
... —and demonstrated that it confers tolerance to normally intolerant rice plants. Dr. Ronald's team showed ... recede," said Dr. Bailey-Serres. Typically, rice plants will extend the length of their leaves and stem ...
... — first dissected a polyketide synthase enzyme from a rice plant fungus, then reassembled it and transferred it into the E. coli bacterium. The resulting synthetic enzyme ...
... , said studying the gene that decides how many shoots will form on a rice plant allows researchers to better understand ... and also is studying the gene responsible for flowering in rice plants. Once those genes are better understood, scientists ...
... Shunhong Dai, Ph.D., demonstrated that transgenic rice plants that overexpress either of two ... transcription factors 'turn on' specific genes in rice plants as well as which proteins help the virus ...
... are building an extensive repository of genetically modified rice plants in the hope of understanding the function of the approximately ... of their loss of function. This is a significant milestone for the project and the availability of these rice plants represents a powerful resource ...
