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16 results for "neutrophils"
Researchers discovered how immune cells navigate to infections without damaging healthy tissue, opening doors to smarter anti-inflammatory drugs. The breakthrough could help millions with chronic inflammation get relief without compromising their immune defense.
Researchers have discovered that neutrophils, the body's most abundant immune cells, are far smarter than anyone thought. These cellular defenders can remember past threats, repair damaged tissue, and coordinate like an organized community.
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.
That ice pack we've trusted since childhood might be doing more harm than good. McGill University researchers found mice who skipped the ice healed twice as fast as those who didn't.
A common asthma medication could help hard-to-treat cancers like triple-negative breast cancer respond to immunotherapy. Scientists discovered the drug reverses immune cells that tumors hijack to resist treatment.
For 40 years, treating a rare genetic lung disease meant weekly IV infusions at a clinic. Now a pill that blocks 90% of the damaging enzyme just secured a nearly half-billion dollar deal to reach American patients.
Finnish researchers discovered that a single half-hour sauna session temporarily floods your bloodstream with infection-fighting white blood cells. The finding offers new clues about why regular sauna use has been linked to better health.
Scientists discovered that an FDA-approved cold plasma device triggers the body's natural healing process, speeding up surgical recovery while reducing fat tissue formation. Patients report firmer skin and faster healing after treatment.
University of Miami scientists found a way to restore blood flow in the brains of mice with Alzheimer's, a breakthrough that could lead to new treatments for the 7 million Americans living with the disease. By activating a specific protein in blood vessels, they reversed one of the earliest warning signs of the condition.
A drug used for decades to treat asthma could help patients beat tough cancers that resist treatment. Northwestern University researchers discovered how tumors hijack immune cells and found an existing medication can stop them.
A seven-year-old girl born deaf had everyday conversations with her mother just four months after a single injection delivered a missing gene to her inner ear. Ten patients treated in a groundbreaking trial can now hear sounds they never could before.
Scientists discovered a protein that could help transform stubborn leukemia cells into healthy white blood cells that die naturally. The breakthrough could offer hope for patients with the most aggressive forms of blood cancer.
Ten people born deaf can now hear after a single gene therapy injection, with some improvements appearing in just one month. Children showed the most dramatic results, including one seven-year-old who began having everyday conversations with her mom.
Scientists in South Korea discovered a drug ingredient that primes the immune system to fight deadly infections before they strike. When mice received this treatment one day before exposure, they survived infections that killed every untreated animal.
A bacterium from Japanese tree frog intestines completely eliminated colorectal tumors in mice with a single treatment, outperforming standard chemotherapy and immunotherapy. The discovery opens a promising new path for treating hard-to-cure cancers.
Scientists discovered two proteins that control how skin cells grow and heal, opening doors to better treatments for wounds, inflammation, and skin cancer. The breakthrough could transform how doctors treat everything from psoriasis to aging skin.