Plants are master chemists. From caffeine and nicotine to powerful drugs like colchicine, they manufacture an incredible array of molecules that defend against pests, attract pollinators, and sometimes even become lifesaving medicines for humans. But how exactly do plants build these complex compounds, and why do they make them in the first place?
This week, I sit down with Dr. Ryan Nett, Assistant Professor of Molecular and Cellular Biology at Harvard University, to explore the fascinating world...
Plants are master chemists. From caffeine and nicotine to powerful drugs like colchicine, they manufacture an incredible array of molecules that defend against pests, attract pollinators, and sometimes even become lifesaving medicines for humans. But how exactly do plants build these complex compounds, and why do they make them in the first place?
This week, I sit down with Dr. Ryan Nett, Assistant Professor of Molecular and Cellular Biology at Harvard University, to explore the fascinating world of plant biosynthesis. We talk about how plants orchestrate molecular “assembly lines” using specialized enzymes, why some of the most promising medicines are so difficult to source from nature, and how advances in genetics and synthetic biology are opening new doors to sustainable drug production.
Dr. Nett shares insights from his research on alkaloids such as huperzine A, investigated for Alzheimer’s disease, and colchicine, a historic treatment for gout and inflammation. We also discuss the grand challenges of plant chemistry, from deciphering massive genomes to engineering microbes like yeast to produce rare medicinal compounds.
If you’ve ever wondered how plants turn simple building blocks into some of the most valuable medicines on Earth, you won’t want to miss this conversation! Learn more at https://www.nett-lab.com/
#botany #medicinalplants #chemistry #science #biosynthesis
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