Systems Biology Opens New Research Pathways
Systems Biologists Are Attacking the Encrypted Messages That Would Allow Us to Predict and Change the Course of Disease
Individual Tumor Profiling
Has Tumor Molecular Profiling Enabled More Effective and Less Toxic Cancer Treatment?
Top 10 Under 40
Up-and-Coming Stars Shine in Biopharma Research and Business
Podcast: FDA’s New Commissioner Hits the Ground Running
Scott Gottlieb, M.D., Commits to Speeding Up Drug Reviews, and Maintaining Safety and Efficacy
Genetically Modified Flower Power
Agricultural scientists in Japan recently engineered a strain of rice that will only flower several weeks after being sprayed with oryzemate, a common agricultural antifungal. They achieved this by overexpressing the flower-suppressing gene Ghd7 and then modifying the florigen gene Hd3a to activate in response to certain agrochemicals.
This represents a new avenue of genetically modified organisms (GMOs) that could potentially maximize crop yield by selecting the ideal harvest times. However, this lock-and-key approach could also be used to create GM crops with proprietary flowering agents.