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New Science Spotlight Articles
Every month, Fred Hutch postdoc writer/editors summarize two papers from each of our scientific divisions to stimulate collaborations across campus
September 25, 2023
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.
T cell diversity as a measure of immune recovery following CBT
From the Cord Blood Group and colleagues, Clinical Research Division
Fred Hutch at ASH: Fauci fireside chat, latest on cell therapies, repairing immune function, COVID and clots — and more
The 62nd American Society of Hematology Annual Meeting and Exposition to be held virtually Dec. 5-8, 2020
Immunotherapy prevents relapse in small leukemia trial
Engineered T cells kept leukemia from returning in 12 high-risk patients
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
Tinkering with T cells
How researchers are tweaking engineered immune cells’ cancer-targeting receptors — and why it matters
An easy pairing
Fred Hutch’s Harlan Robins develops a new method to match thousands of pairs of key genes needed for cancer immunotherapy
High-throughput sequencing outpaces flow cytometry for earliest detection of cancer relapse
Next-generation, high-speed DNA-decoding technology detects minimal residual disease in nearly double the number of leukemia patients than current gold standard method
Detecting earliest signs of cancer relapse: Study finds high-throughput sequencing outpaces flow cytometry
Next-generation, high-speed DNA-decoding technology detects minimal residual disease in nearly double the number of leukemia patients than current gold standard method
T-cell receptors reveal immune system similarities
Finding may lead to new cancer detection, diagnostic and treatment methods
When it comes to the immune system, we're all more alike than previously thought, study finds
Finding may lead to new ways to detect, diagnose, and treat cancer and other diseases