Twist Bioscience
July 18, 2019
1 min read

Designing Proteins to Improve the World

Read the brief introduction to Baker Lab case study.
Designing Proteins to Improve the World



The potential of de novo protein design has drawn the attention of the scientific community for many years. Protein designers can now create entirely new protein folds from scratch, with new or enhanced functions that are not seen in nature. These designer proteins could be used to catalyze chemical reactions, or act as more effective therapeutics and vaccines. 

The Baker Lab, part of the Institute for Protein Design at the University of Washington, is a pioneer in this field. Instead of engineering an existing protein sequence, the lab focuses on the design of entirely new proteins to address challenges in health and technology. Led by David Baker, principal investigator of Baker Lab and director of the Institute for Protein Design at the University of Washington, the lab has registered a series of achievements, including an experimental RSV vaccine, the development of anti-cancer proteins with fewer side effects, and new enzymes that help microbes convert carbon dioxide into useful chemicals. Recently, Baker Lab received a $45 million grant from the Audacious Project, a funding consortium, to pursue several computational design projects, including a flu vaccine capable of providing lifetime immunization, advanced protein containers for targeted gene delivery, and smart proteins capable of identifying cancerous or otherwise unhealthy cells.

Read the rest of the case study here.

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