58 min
Circadian Clocks Talking Biotech with Dr. Kevin Folta
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- Life Sciences
Most organisms on earth evolved under constant intervals of light and darkness. The regular intervals led to the evolution of internal clocks that are trained by the light/dark patterns, and condition responses from gene expression to higher physiology and morphology. Dr. Eva Farre of Michigan State University has a notable career in circadian rhythm research in plants. Today she joins the podcast to discuss the value of an internal oscillator to fitness, trait presentation and domestication. We also discuss the fundamental nature of chemistry that controls timing. Co-hosted by Michigan State University graduate student Miles Roberts.
Most organisms on earth evolved under constant intervals of light and darkness. The regular intervals led to the evolution of internal clocks that are trained by the light/dark patterns, and condition responses from gene expression to higher physiology and morphology. Dr. Eva Farre of Michigan State University has a notable career in circadian rhythm research in plants. Today she joins the podcast to discuss the value of an internal oscillator to fitness, trait presentation and domestication. We also discuss the fundamental nature of chemistry that controls timing. Co-hosted by Michigan State University graduate student Miles Roberts.
58 min