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Outpacing evolution: synthetic protein design for biomedical application

Outpacing evolution: synthetic protein design for biomedical application

From the Stoddard Lab, Fred Hutch Basic Sciences Division, and the Baker Lab, University of Washington
Science Spotlight - September 19, 2022
One gene, two functions in bacterial immunity

One gene, two functions in bacterial immunity

From the Stoddard Lab, Basic Sciences Division and the Kaiser Lab, Seattle University
Science Spotlight - July 18, 2022
Improving computational protein design for real-world applications

Improving computational protein design for real-world applications

From the Stoddard Lab, Basic Sciences Division, and the Bradley Lab, Public Health Sciences Division
Science Spotlight - January 17, 2022
Circular tandem repeat protein scaffold binds a variety of functional cargo

Circular tandem repeat protein scaffold binds a variety of functional cargo

From the Bradley (Public Health Sciences Division), Stoddard (Basic Sciences Division), Riddell (Clinical Research Division) and Kaiser Groups (Seattle University Biology)
Science Spotlight - June 15, 2020
Swa(I)y, bend, and cut

Swa(I)y, bend, and cut

From the Stoddard Laboratory (Basic Sciences Division)
Science Spotlight - January 16, 2017
CRISPR and beyond: The ins and outs of gene editing and its potential for cures

CRISPR and beyond: The ins and outs of gene editing and its potential for cures

The big 4 gene-editing platforms and how they could usher in new therapies for HIV, cancer — and other diseases
Hutch News - August 04, 2016
Last Modified, April 02, 2020