Discover how regulatory T cells revolutionized immunology and opened new avenues for treating autoimmune diseases, cancer, and organ transplantation.
Discover how metabolism and epigenetics work together to control T-cell immunity and shape your immune response to diseases.
A tribute to the life and scientific contributions of Richard Gregory Lynch, M.D., a pioneer in immunology and experimental immunopathology.
Explore the groundbreaking advances in immunology, from regulatory T cells to CAR-T therapy, and discover how science is transforming our understanding of the immune system.
Exploring how inquiry-based learning transforms immunology education by developing students' scientific argumentation skills through hands-on experimentation and literature analysis.
Explore how immunologist Stratis Avrameas transformed our understanding of natural autoantibodies and the immune system's self-recognition capabilities.
Explore the revolutionary clonal selection theory that explains how our immune system adapts to fight pathogens using Darwinian principles of evolution.
Discover how the Gfi1 protein acts as a molecular brake on the IL-7 receptor, regulating CD8+ T-cell survival and maintaining immune system balance.
Explore the fascinating features of the immunological system - from innate and adaptive immunity to immunological memory and the science behind it.
Explore how Cuba's Center of Immunology and Biological Products became a model of scientific institutionalization at the Medical University of Camagüey