Science Spotlight
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WT1 T-cell Receptor Transduced T cells prevent AML relapse
From the Chapuis and Greenberg Labs, Clinical Research Division
The quest for the perfect community
From the Shou lab, Basic Sciences Division
Coupling technologies reveal viral gene defects in single cells
From the Bloom lab, Basic Sciences Division
Arming oncolytic viruses to fight glioblastoma
From the Holland lab, Human Biology Division
Connecting the dots between diet, adiposity, and cancer risk
From the J. Lampe Group and P. Lampe Lab, Division of Public Health Sciences
Diverse study populations drive new genetic insight
From the Carlson, Kooperberg, and Peters Groups, Division of Public Health Sciences
Gene-modified cells in the brain
From the Kiem Lab, Clinical Research Division
Working towards better HIV-1 preclinical models
From the Overbaugh lab, Human Biology Division
Cell and gene therapy elicits caution in people living with HIV
From the University of North Carolina, the University of Washington, the defeatHIV Martin Delaney Collaboratory based at Fred Hutch, and the Vaccine and Infectious Disease Division.
PrEP alters mucosal immunity in HSV-2+ women
From the Lund Lab, Vaccine and Infectious Disease Division
Is disordered sleep linked to cancer incidence?
From the Phipps Group, Division of Public Health Sciences
Density matters when bacteria are in a league of their own
From the Malik lab, Basic Sciences Division
Rousing the sleeping beauty
From the Breeden lab, Basic Sciences Division
Improving CRISPR with a heart of gold
From the Adair Lab, Clinical Research Division
Interferon gamma brings the heat to cold tumors
From the Pollack Lab, Clinical Research Division
Gap junctions at the heart of transplant ischemia
From the Lampe lab, Public Health Sciences and Human Biology Division
Improving HIV clinical trials with mobile technology
From the HIV Vaccine Trials Network, Vaccine and Infectious Disease Division
Engineering B cells to bypass vaccines
From the Taylor Lab, Vaccine and Infectious Disease Division
Genomic insights of bladder cancer obtained from rapid autopsy
From the Hsieh lab, Human Biology Division
Intra-tumor heterogeneity inference: old methods get SMASHed
From the Sun Group, Division of Public Health Sciences
Regulatory T cells maintain “virtual” immunologic memory
From the Lund lab, Vaccine and Infectious Disease Division
In cell polarity, microtubules are important after all
From the Moens lab, Basic Sciences Division
CUT&Tag for the win
From the Henikoff lab, Basic Sciences Division
Deep mutational scanning predicts pandemic influenza sequences
From the Bedford and Bloom labs, Vaccine and Infectious Disease and Basic Sciences Divisions