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Fred Hutch receives $2M gift to endow the Bob and Pat Herbold Computational Biology Chair for the Herbold Computational Biology Program
Establishment of new chair will drive innovations in cancer research
Gut microbes dictate donor T cell expansion and graft-versus-host disease risk after stem cell transplantation
From the Hill Lab, Translational Science and Therapeutics Division
Protein code and shape used to predict peptide-protein interactions
From the Bradley Lab, Public Health Sciences Division
Improving T cell receptor:peptide-MHC interaction predictions
From the Bradley Lab, Public Health Sciences Division
The TCR Shuffle: How your genes help determine your immune response
From the Dr. Frederick “Erick” Matsen and Dr. Philip Bradley labs, Biostatistics and Computational Biology Program, Cancer Consortium.
Researchers advance development of potential Epstein-Barr virus vaccines
Stakes raised as common virus linked to more diseases
Naïve and memory T cells elicit a convergent response to CMV
From the Boeckh, Bradley, and Prlic Labs, a collaboration between the Vaccine and Infectious Disease, Clinical Research, and Public Health Sciences Divisions
Improving computational protein design for real-world applications
From the Stoddard Lab, Basic Sciences Division, and the Bradley Lab, Public Health Sciences Division
New computational method opens window into immune cell behavior
Approach links T-cell receptor genes to T-cell activity and function at single-cell resolution
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)
Self-assembling, donut-shaped nanoparticles form novel platform for development of new biomolecules
Scientist-designed protein scaffolds offer several advantages over molecular backbone currently used in research and clinical applications
Dr. Arvind Subramaniam receives grant to study how cells cope with stalled protein synthesis
National Science Foundation CAREER Award will enable him to develop computational models of this fundamental biological process
Our pathogenic pasts can’t hide
From the Bradley Lab, Public Health Sciences Division
Decoding your immune system’s memories
Hutch researchers take a step toward reading the genetic record left by a lifetime of fighting disease
Drugging the undruggable with small, structured proteins
From the Olson Lab, Clinical Research Division
Good News: Researchers create a 'Rosetta Stone' to decode immune recognition
Celebrating faculty and staff achievements
Building a better protein in the hope of better therapies
Researchers design and create donut-shaped proteins from scratch