Exploring the fascinating phenomenon of virus-induced enhancement of antibody-dependent cytotoxicity and its implications for antiviral therapies.
Discover how the MSH2 protein, when appearing in the wrong place, activates gamma delta T cells to fight cancer and viruses.
Explore how anti-idiotype antibodies create genetically restricted immunity against African trypanosomiasis through immune network theory and molecular mimicry.
Discover how CD8+ T cells use perforin-dependent cytotoxicity to eliminate intracellular bacteria hiding within our own cells in this fascinating exploration of immune defense mechanisms.
Explore how monoclonal IgM autoantibodies targeting T-cell receptors reveal insights into autoimmune diseases and immune system regulation.
Discover how Plasmacytoid Dendritic Cells collaborate with lymph node DCs to create powerful anti-HSV cytotoxic T-cells in this breakthrough immunology research.
Discover how tissue microenvironments reprogram circulating memory T cells to create powerful anti-metastasis immunity through cutting-edge immunology research.
Discover how Vγ9Vδ2 T cells and BTN3 emerged with placental mammals and are preserved in species like alpacas, rewriting our understanding of immune evolution.
Discover how the inflammatory signal IFNγ doesn't just incite war against viruses—it also recruits a special forces unit of peacekeeping cells to prevent catastrophic collateral damage.
Exploring the paradoxical connection between X-linked Agammaglobulinemia and Shulman disease - a medical mystery rewriting immune system understanding