3D protein complex model sheds light on barley grain dormancy
Researchers from Adelaide University and Plant Synthetic Biology Australia have uncovered new insights into the molecular machinery controlling the dormancy-to-germination transition in barley, potentially paving the way for improved crop varieties and better outcomes for farmers, maltsters and brew...
Image: Phys.org
Researchers from Adelaide University and Plant Synthetic Biology Australia have uncovered new insights into the molecular machinery controlling the dormancy-to-germination transition in barley, potentially paving the way for improved crop varieties and better outcomes for farmers, maltsters and brewers.
Originally published at Phys.org
