11 Catalysis Chemistry Pioneers Every Researcher Should Know About

February 3, 2020

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Alexis Bell, The Dow Professor of Sustainable Chemistry at Berkeley and Frances Arnold, Linus Pauling Professor of Chemical Engineering, Bioengineering and Biochemistry, and an alumna of the College were both cited on the list of catalysis pioneers listed in the ACS publication ACS Axial. According to the author, "Accounts in ACS Catalysis are reviews of prominent catalysis researcher’s scientific contributions. Current or former associates of the scientist or engineer write these special contributions. Accounts include details of the researcher’s career, including the new findings and advances made. To read more about these catalysis scientists, follow the links below."  Follow the links below to read about the research of Bell and Arnold.

A Continuing Career in Biocatalysis: Frances H. Arnold

On the occasion of Professor Frances H. Arnold’s recent acceptance of the 2018 Nobel Prize in Chemistry, we honor her numerous contributions to the fields of directed evolution and biocatalysis. Arnold pioneered the development of directed evolution methods for engineering enzymes as biocatalysts. Her highly interdisciplinary research has provided grounds not only for understanding the mechanisms of enzyme evolution but also for developing commercially viable enzyme biocatalysts and biocatalytic processes. In this Account, we highlight some of her notable contributions in the past three decades in the development of foundational directed evolution methods and their applications in the design and engineering of enzymes with desired functions for biocatalysis. Her work has created a paradigm shift in the broad catalysis field.

A Career in Catalysis: Alexis T. Bell

On the occasion of Alexis T. Bell’s fiftieth year at Berkeley, we are honored to discuss a few aspects of his extensive contributions to catalysis, reaction engineering, and understanding of molecular-scale structure in catalytic processes. The illustrations provided here help reveal some of his traits most valued by our community: a drive to employ the best methods of instrumentational and computational analysis available; the instinct to search for the essence of the most important problems at hand, and the skill to write about them with exceptional clarity; and the formation and nurturing of collaborative teams to focus on the most essential questions.

Original article appeared here>