The ratio between a certain types of immune cells is able to predict whether latent TB will shift into an active infection, new research has found.
Propionate molecules made by intestinal bacteria inhibits growth of Salmonella and may be a promising new treatment for gut infections.
A set of structurally similar proteins can activate a receptor for nicotine on immune cells, resulting in a dialing down of inflammation.
Scientists at Stanford find a biomarker for flu susceptibility, enabling predictions of if someone is going to fall ill to the virus after being exposed.
Older people are more susceptible to infection, cancer, and autoimmunity than younger people. This may be the result of our immune cells' receiving increasingly random marching orders as we age.
When associated with tumors, immune cells known as macrophages can be both good and bad: they can help cancer spread and curb its growth.
Rheumatoid arthritis and coronary artery disease share a common culprit: an important type of immune cell, called a macrophage, that has gone haywire. Stanford investigators have zeroed in on a molecular defect in macrophages' metabolic process that drives both disorders.
According to Stanford pediatric oncologist Crystal Mackall, a pediatric oncologist with Stanford Children's Health, immunotherapy with CAR T cells is more precise, more specific and just as potent a treatment for leukemia as chemotherapy.
A promising anti-cancer therapy works great at first, but then loses its punch. A clever workaround may provide high-octane efficacy, without side effects.
Many infectious diseases are marked by cyclical ups and downs. Stanford's David Schneider takes a creative approach to making sense of them.
A new study suggests that a blood test following exercise may be a good way to differentiate between people who have ME/CFS and people who don't.
