Scientists at the Dang Lab have uncovered a surprising paradox: our immune system actually protects a dangerous fungal pathogen from being destroyed. This groundbreaking discovery could reshape how we treat persistent fungal infections.
Scientists have discovered that CD8+ T cells rely on two nearly identical STAT5 proteins that work in surprisingly different ways depending on the stage of immune response. This newfound asymmetry could revolutionize how we understand T cell function and develop better immunotherapies.
African trypanosomes have mastered an ingenious survival trick—they constantly change their molecular disguise to evade detection by the immune system. Now, researchers have discovered the molecular machinery behind this deception, revealing a sophisticated 'shredder' that destroys the parasite's old coat before switching to a new one.
Scientists have long debated the origin of neutrophils that flood the lungs during viral infections, but a groundbreaking new study is reshaping our understanding of how our immune system responds to respiratory viruses like COVID-19.
Scientists have developed an innovative spray-dried formulation of milk extracellular vesicles that maintains powerful immune-boosting properties long after production. This breakthrough could revolutionize how we think about functional foods and natural immunomodulatory treatments.
Researchers have made a groundbreaking discovery about how our bodies fight dengue virus—and it turns out your skin plays a much bigger role than anyone thought. This finding could revolutionize how we develop dengue vaccines and treatments in the coming years.