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12 results for "immunology"
Researchers created an antibody that shields immune cells from a toxin produced by a highly drug-resistant bacterium that kills thousands yearly. This breakthrough could fight superbugs without creating more antibiotic resistance.
Japanese researchers discovered that immune cells can selectively extract DNA from dying cells through a completely new process called nucleocytosis. This breakthrough could lead to better treatments for autoimmune diseases, infections, and cancer within the next decade.
Researchers have successfully isolated and grown the rare HIV-infected cells that hide from the immune system, offering the first real look at why the virus is so hard to cure. Even better, they've already found ways to make these stubborn cells vulnerable to destruction.
Scientists at Stanford created a nasal spray that protected mice from multiple viruses, bacteria, and even common allergens for months. The breakthrough vaccine works differently than traditional shots by activating the body's first line of defense.
Researchers discovered how the body naturally shuts down inflammation using fat-based molecules, opening doors to safer treatments for arthritis and heart disease. The human trial showed that boosting these protective molecules reduced pain faster without suppressing overall immunity.
Researchers at New York's Feinstein Institutes transformed a dangerous immune trigger into a breakthrough therapy that could save lives from sepsis and rheumatoid arthritis. The treatment activates only where disease strikes, sparing healthy immune function.
A global research team discovered exactly why a tiny number of people developed blood clots after certain COVID-19 vaccines, and their breakthrough points the way to even safer vaccines. The answer lies in a single mutation that misdirects the immune system in extraordinarily rare cases.
Researchers discovered how cancer reprograms defender cells into tumor allies—and identified a single molecule that could help doctors track and stop the switch. This breakthrough offers new hope for personalized cancer treatment.
University of Toronto researchers discovered a single protein that both detects and destroys viruses infecting bacteria, potentially revolutionizing how we fight infections. This compact defender could help develop safer treatments for antibiotic-resistant diseases.
Researchers discovered why some psoriasis patients develop painful joint inflammation and identified a way to catch it before damage begins. The breakthrough could help protect up to 30% of psoriasis patients from permanent joint damage.
A mathematician-led team is using artificial intelligence to decode the human immune system, already helping pharmaceutical giants predict which patients will benefit most from life-saving treatments. Their database of 40,000 patient samples doubles yearly and could revolutionize how we treat cancer and autoimmune diseases.
Bryan Bryson is tackling tuberculosis, history's deadliest pathogen, by studying how immune cells fight back. His research could unlock the first effective TB vaccine for adults in a century. #