Autoimmune diseases, immune modulation, inflammation, and self-tolerance
169 articles
Scientists discover transitional dendritic cells that regulate immune responses, offering new targets for cancer therapy.
Regulatory T cells persist in brain tissue after inflammation, using CD38 to maintain immune control and prevent autoimmune relapses.
New research reveals how SIRT2 regulates T cell responses, potentially improving cancer immunotherapy and immune function.
New research reveals how specialized immune cells use IL-4 to kickstart robust CD8 T cell responses against malaria infection.
Scientists discover tumor-associated immune cells can promote nerve growth and dramatically improve spinal cord injury recovery.
New research reveals how granzyme A protein targets specific cells for pyroptosis, a form of programmed cell death crucial for immune defense.
Scientists developed a breakthrough method to analyze thousands of immune cells simultaneously, revealing new insights into autoimmune diseases.
Scientists reveal how macrophages use mitochondria to clear dead cells while controlling immune responses, offering insights for healthier aging.
New research reveals how beneficial bacteria help newborn skin develop proper immune responses that protect against chronic inflammation.
New research reveals B cells in brain membranes play crucial roles in neural protection, aging, and neurodegenerative diseases.
New research reveals how IL-2 signaling generates special B cells that produce anti-inflammatory compounds, potentially slowing aging processes.
Comprehensive review reveals autoimmune markers present before symptoms and highlights automated insulin delivery breakthroughs.
