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Professor Matteo Iannacone is Director of the Division of Immunology, Transplantation and Infectious Diseases, Professor of Pathology, and Head of the Dynamics of Immune Responses laboratory at Vita-Salute San Raffaele University. His work centers on understanding the generation of dysfunctional adaptive immune cells in chronic hepatitis B virus infection and developing new strategies to reprogram them into functional cells endowed with potent antiviral activity.
The Cells That Keep Immunity in Check – Brenda reviews Dr. Shimon Sakaguchi’s seminal study demonstrating that a population of T cells expressing the IL-2 receptor α chain acts to maintain self-tolerance by suppressing other T cells.
The Gene That Controls Immune Balance – Brenda reviews Dr. Mary Brunkow and Dr. Fred Ramsdell’s work identifying FOXP3 as the gene disrupted in a fatal lymphoproliferation syndrome in the “scurfy” mouse, pointing to FOXP3 as a master regulator of regulatory T cells.
Zap70 and the Treg Cell Repertoire – Age-dependent Zap70 expression regulates negative selection and thymic Treg cell development.
T Cell Exhaustion Driven by Protein Stress – Researchers show that proteotoxic stress, induced by protein aggregation, is not merely a consequence, but a driver of the exhausted T cell state.
Image courtesy of Professor Matteo Iannacone.
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By The Immunology Podcast4.4
3939 ratings
Professor Matteo Iannacone is Director of the Division of Immunology, Transplantation and Infectious Diseases, Professor of Pathology, and Head of the Dynamics of Immune Responses laboratory at Vita-Salute San Raffaele University. His work centers on understanding the generation of dysfunctional adaptive immune cells in chronic hepatitis B virus infection and developing new strategies to reprogram them into functional cells endowed with potent antiviral activity.
The Cells That Keep Immunity in Check – Brenda reviews Dr. Shimon Sakaguchi’s seminal study demonstrating that a population of T cells expressing the IL-2 receptor α chain acts to maintain self-tolerance by suppressing other T cells.
The Gene That Controls Immune Balance – Brenda reviews Dr. Mary Brunkow and Dr. Fred Ramsdell’s work identifying FOXP3 as the gene disrupted in a fatal lymphoproliferation syndrome in the “scurfy” mouse, pointing to FOXP3 as a master regulator of regulatory T cells.
Zap70 and the Treg Cell Repertoire – Age-dependent Zap70 expression regulates negative selection and thymic Treg cell development.
T Cell Exhaustion Driven by Protein Stress – Researchers show that proteotoxic stress, induced by protein aggregation, is not merely a consequence, but a driver of the exhausted T cell state.
Image courtesy of Professor Matteo Iannacone.
Never miss updates about new episodes.

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