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Two opposing “agendas” keep skin mutant cell clusters at an impasse

Two opposing “agendas” keep skin mutant cell clusters at an impasse

From the Beronja lab, Human Biology Division
Science Spotlight - February 15, 2021
How do antibodies evolve to kill HIV-infected cells?

How do antibodies evolve to kill HIV-infected cells?

From the Overbaugh and Matsen labs, Human Biology and Public Health Sciences Division
Science Spotlight - February 15, 2021
Sequence diversity in cancer-causing viruses

Sequence diversity in cancer-causing viruses

From the Mullins lab, University of Washington and the Vaccine and Infectious Disease Division
Science Spotlight - February 15, 2021
Remodeling the tumor microenvironment for improved CAR T-cell therapy

Remodeling the tumor microenvironment for improved CAR T-cell therapy

From the Riddell and Srivastava Labs, Clinical Research Division
Science Spotlight - February 15, 2021
Calling in the backup: expanding DCs to augment vaccine responses

Calling in the backup: expanding DCs to augment vaccine responses

From the Fling and Cheever CITN Central Immune Monitoring Lab, Vaccine and Infectious Disease Division and Clinical Research Division
Science Spotlight - February 15, 2021
Modeling the kinetics of an HIV cure

Modeling the kinetics of an HIV cure

From the Schiffer group, Vaccine and Infectious Disease Division
Science Spotlight - February 15, 2021
TOP delivery of CRISPR-Cas9 machinery to primary T cells

TOP delivery of CRISPR-Cas9 machinery to primary T cells

From the Overbaugh Lab, Human Biology Division
Science Spotlight - January 18, 2021
Predicting SARS-CoV-2 antibody titers

Predicting SARS-CoV-2 antibody titers

From the Vaccine and Infectious Disease Division and the University of Washington
Science Spotlight - January 18, 2021
Last Modified, September 06, 2019