Research Highlights
Gaiha Lab Identifies T Cells With Robust Expansion Capability That Help a Rare Group of People Naturally Control HIV After Treatment Interruption
Apr 22, 2026 Research Highlights
A small number of people living with HIV are able to durably suppress the virus after stopping antiretroviral therapy, a phenomenon that has long interested researchers searching for a functional cure. A new study from the Gaiha Lab at the Ragon Institute, published in Science Translational Medicine, helps explain why, and points to a specific […]
Dang Lab Study Shows Why the Immune System Fails to Eliminate a Dangerous Fungal Pathogen
Apr 20, 2026 Features
A new study from the Dang Lab at the Ragon Institute of Mass General Brigham, MIT, and Harvard, published in the Journal of Experimental Medicine, has found that the body’s immune system inadvertently protects a dangerous fungus from being destroyed, helping to explain why certain infections linger in the lungs for years and can reactivate with […]
Balazs Lab Study Reveals HIV Escapes Antibody Therapy Through Predictable Paths, and Blocking Them Can Achieve Sustained Viral Suppression
Feb 25, 2026 Research Highlights
A new study from the Balazs Lab at the Ragon Institute, published in Immunity, demonstrates that HIV escapes broadly neutralizing antibodies (bNAbs) through a limited set of conserved mutation paths, and that manipulating the cost of those paths can dramatically improve therapeutic outcomes. Broadly neutralizing antibodies are among the most promising tools for treating and […]
Single Immunization Produces Broad HIV Neutralization in Preclinical Model, Pointing to Simpler Vaccine Strategies
Feb 18, 2026 Features
A multi-institutional study published in Science Immunology, led by the Batista Lab at the Ragon Institute, in collaboration with researchers at University of Pennsylvania, Scripps Research Institute, Columbia University, MIT, and others, demonstrates that a single immunization can rapidly generate antibodies capable of neutralizing a broad range of HIV strains, thereby offering a potential path toward simpler HIV […]
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Program for Immune Engineering
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