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Outpacing evolution: synthetic protein design for biomedical application
From the Stoddard Lab, Fred Hutch Basic Sciences Division, and the Baker Lab, University of Washington
One gene, two functions in bacterial immunity
From the Stoddard Lab, Basic Sciences Division and the Kaiser Lab, Seattle University
Improving computational protein design for real-world applications
From the Stoddard Lab, Basic Sciences Division, and the Bradley Lab, Public Health Sciences Division
'Blobology' no more
Cryo-EM microscopy opens up biology at atomic scales
Telling friend from foe in the bacterial immune system
From the Stoddard lab, Basic Sciences Division
A cure for herpes? There is progress to report
Mouse studies show gene therapy can cause big drop in latent infections
¿La cura del herpes? Hay avances que reportar
Los estudios con ratones muestran que la terapia génica puede reducir muchísimo las infecciones inactivas
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
Science to watch in 2018: From immunotherapy to gene therapy, big data to new tech
Fred Hutch experts lend their predictions for the coming year’s advances
Retargeting homing endonucleases to cleave new DNA sequences
From the Stoddard Laboratory (Basic Sciences Division)
6 things to know about glioblastoma
Following Sen. John McCain’s diagnosis, Fred Hutch experts offer ‘the long view’ on brain cancer research
Swa(I)y, bend, and cut
From the Stoddard Laboratory (Basic Sciences Division)
Good News: Henikoff Lab celebrates 35 years; Hutch writer earns journalism award; Pat Heath wins coveted Wyckoff award; Hutch vanity plate signatures at 2,300
Celebrating faculty and staff achievements
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
How Dr. Barry Stoddard's science fueled promising therapy for glioblastoma — the disease that killed his mom
How Dr. Barry Stoddard's lab work helped create an experimental drug for glioblastoma — the same disease that killed his mother
Building a better protein in the hope of better therapies
Researchers design and create donut-shaped proteins from scratch
Fred Hutch staff, scientists participate in Life Sciences Research Weekend
Hutch scientists demo flu science, evolution at Pacific Science Center event