‘Primed and ready’: How one fast-acting type of white blood cell fights off infection in infants
From the moment they’re born, newborns—or, specifically, their immune systems—must learn to fight germs without harming their own tissues.
From the moment they’re born, newborns—or, specifically, their immune systems—must learn to fight germs without harming their own tissues.
Scientists have uncovered how a key type of immune cell adapts its behavior depending on the type of infection, paving the way for better vaccines and advancing research into immune-related diseases.
Scientists have mapped underappreciated scaffolding cells in skin, known as fibroblasts. They show for the first time how fibroblasts go ‘rogue’ in many different diseases affecting multiple organs—from acne and psoriasis, to rheumatoid arthritis and i…
Two health care workers get COVID-19 vaccinations on the same day. Both show strong antibody responses initially, but six months later one stays healthy while the other contracts the virus. A new study published in Science Translational Medicine could …
Researchers show that stretching the skin stimulates immune cells and increases the skin’s ability to absorb large molecules, including those present in vaccines. In an article published September 17 in Cell Reports, they claim that applying vaccines t…
A researcher at the Hackensack Meridian Center for Discovery and Innovation (CDI) and physician-scientist colleagues from Hackensack Meridian Health have shown how a critical pathway is fundamental to the immune system.
Researchers at the University of Calgary studying a lethal lung disease called pulmonary fibrosis have found that neurons known to help detect pain are also critical for reducing harmful lung inflammation that leads to the disease.
Scientists have uncovered how lymphatic vessels—the kidney’s “plumbing system”—undergo dramatic changes during chronic transplant rejection, becoming structurally disorganized and spreading to unusual parts of the kidney.
Some of our biggest threats can come in the tiniest forms—viruses and bacteria. Thankfully, we are born with a built-in defense system, our innate immune system that protects us in our youth but can turn against us as we age. New research from the Stow…
It starts with a sneeze. Someone on the subway didn’t cover their mouth and now a cloud of invisible invaders hangs in the air. Before you even step off the train, your immune system has already begun fighting off the threat and protecting you from harm.