Published Dec 2, 2024

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

Explore the revolutionary concept of bioorthogonal chemistry with Carolyn Bertozzi, whose Nobel Prize-winning work is redefining precision drug delivery and reshaping future chemists' education while emphasizing the critical role of diversity in scientific innovation.
Episode Highlights
Science Friday logo

Popular Clips

Questions from this episode

Episode Highlights

  • Diversity Impact

    The Nobel Prize recognition has amplified the conversation around diversity in chemistry. emphasizes the importance of diversifying the chemical workforce to harness untapped talent and drive scientific progress. She believes that her diverse lab contributed to her success, highlighting the need for inclusion in the field.

    Hopefully now people will pay attention to the importance of diversifying the chemical workforce so that we can take advantage of all the talent.

    ---

    advocates for greater representation of underrepresented groups, which she argues is essential for advancing the best science possible 1.

       

    Nobel Influence

    Winning a Nobel Prize can significantly influence public and scientific discourse, particularly on issues like diversity and research funding. discusses how her work in bioorthogonal chemistry, which allows for the study of cell surface sugars without harming living cells, has opened new avenues in cancer research. Her innovative approach was inspired by a lecture she attended, which led her to explore how chemically altered sugars could be used for imaging purposes.

    Science usually has a backstory of accidents and serendipity, and this story has an element of that.

    ---

    This breakthrough not only advances scientific understanding but also underscores the role of diverse perspectives in fostering innovation 2 3.

Related Episodes