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35 results for "t cells"
Researchers discovered that cancer's favorite hiding trick might actually make tumors vulnerable to a different immune attack. The finding challenges decades of immunology rules and could reshape cancer treatment.
Researchers discovered how to supercharge immune cells used in cancer treatment by turning off a single gene, making them fight tumors longer and stronger. The breakthrough could help millions of patients whose cancers don't respond to current therapies.
Google DeepMind and Edison Scientific have built AI systems that automate the entire scientific method, potentially shrinking drug discovery timelines from over a decade to mere hours. Both platforms have already validated new drug treatments in real patient cells.
Researchers at the National University of Singapore created eye drops using spinach plant cells that let human eyes harness light to heal dry eye disease. In lab tests, the treatment reversed corneal damage in five days and outperformed existing medications.
Two graduate students chatting at a campus event sparked a breakthrough that could revolutionize how we fight aging and disease. Their collaboration led to a new method for identifying harmful cells linked to Alzheimer's, cancer, and aging itself.
Scientists at MIT have developed a revolutionary cancer vaccine that completely eliminated tumors in most test mice by supercharging the body's T cells. The breakthrough could transform how we fight cancer and infectious diseases.
Scientists discovered how to destroy dangerous "zombie cells" that make cancer more aggressive after chemotherapy. The breakthrough could lead to better treatments by combining these new drugs with existing cancer therapies.
Researchers at Memorial Sloan Kettering developed a groundbreaking CAR T cell therapy that targets leukemia while sparing healthy blood cells. The innovation came from studying patients whose cancer went into long-term remission.
Scientists discovered that a protein famous for burning fat also protects fat cell health from inside the nucleus. The finding solves a decades-old mystery and could reshape how we treat obesity and diabetes.
A protein scientists thought only burned fat actually protects fat cells from inside their nucleus. This discovery could reshape how we treat diabetes and metabolic disease.
Researchers discovered how to activate the brain's natural cleanup system to remove Alzheimer's plaques and preserve memory in mice. By boosting a single protein in support cells, they helped brains defend themselves against the disease.
Australian scientists created a breakthrough antimicrobial material that kills drug-resistant bacteria and fungi while leaving human and plant cells unharmed. The affordable sulfur-based polymer could protect both patients and crops from deadly pathogens.
Researchers discovered how to make the body's cancer-fighting T cells more powerful by blocking a single protein, essentially upgrading the immune system's energy source. This breakthrough could lead to treatments that harness our natural defenses more effectively.
Scientists blasted yeast with Mars-strength shock waves and toxic salts, and the tiny cells survived by forming protective molecular shields. This discovery suggests simple life could potentially endure the Red Planet's harsh conditions.
Chinese researchers just proved that a safer, more precise gene editing tool can cure β-Thalassaemia, a life-threatening blood disorder affecting millions worldwide. Unlike earlier methods, this new system made zero mistakes while editing patient cells.
Your brain's fullness signal doesn't come from neurons alone. Researchers discovered that support cells called astrocytes play a starring role in telling you when to stop eating.
Scientists found that support cells called astrocytes actually control when you feel full after eating. This breakthrough could lead to new treatments for obesity and eating disorders.
Researchers at Kyoto University discovered how to selectively destroy senescent cells that fuel inflammation and age-related diseases. The breakthrough could lead to new therapies that help older adults maintain resilience and health.
Scientists turned brain support cells into amyloid-eating machines that slashed Alzheimer's plaques by half in mice. A single injection could offer lasting protection without the risks of current drugs.
Mayo Clinic researchers discovered a promising treatment that targets harmful "zombie cells" in diabetic kidneys, potentially helping over 12 million Americans. The short-term therapy improved kidney function and reduced inflammation in groundbreaking studies.
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