Science Friday

A Nobel Prize For Chemistry Work ‘Totally Separate From Biology’

16 snips
Dec 2, 2024
Carolyn Bertozzi, a 2022 Nobel Prize laureate in Chemistry and Stanford professor, dives into the revolutionary world of bioorthogonal chemistry. She unpacks how this technique allows targeted drug delivery in cancer treatment without harming healthy cells. Bertozzi shares insights on the significance of cellular sugars and their role in disease detection, recounting a breakthrough moment in visualization technology. The conversation also touches on click chemistry and the importance of diversity in scientific fields, driving a passion for inclusive chemistry education.
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INSIGHT

Bioorthogonal Chemistry

  • Bioorthogonal chemistry involves reactions that don't interact with biological processes.
  • It allows scientists to study and manipulate living systems without disrupting normal functions.
ANECDOTE

Visualizing Cell Surface Sugars

  • Carolyn Bertozzi's research aimed to visualize complex carbohydrates on cell surfaces.
  • Existing methods couldn't visualize these sugars in living organisms, hindering cancer research.
ANECDOTE

Inspiration from Werner Reuter

  • Bertozzi's idea for bioorthogonal chemistry stemmed from a lecture by Werner Reuter.
  • Reuter discussed feeding cells altered sugars, which inspired Bertozzi to develop a method for visualizing cell surface sugars.
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