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23 results for "t cells"
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.
Scientists at UC Davis have mapped the complete structure of augmin, a protein that shapes both plant cells and plays a role in human cancer and infertility. The breakthrough could lead to new medical treatments and stronger crop varieties.
Scientists discovered a breakthrough treatment that targets "zombie cells" causing kidney damage in diabetic patients. The combination therapy improved kidney function and reduced inflammation in early studies.
Scientists created a breakthrough mRNA treatment that shields insulin-producing cells from immune attacks, potentially preventing type 1 diabetes before it starts. Early tests in mice show the nanoparticle therapy successfully reached target cells and delayed disease progression.
A prestigious grant is funding groundbreaking research into why some people stay sharp and healthy into old age while others become frail. MIT scientist Alison Ringel will investigate whether our immune system's T cells hold the key to extending healthy years of life.
A scientist is using AI and lab-grown plant cells to protect endangered species and create sustainable materials in months instead of decades. Her company has already partnered with conservationists to restore disease-resistant chestnut trees that nearly vanished from American forests.
Scientists discovered that brain support cells located far from spinal cord injuries send signals that help clean up damage and promote healing. This breakthrough could lead to new treatments for paralysis, stroke, and multiple sclerosis.
Scientists discovered how cancer cells hide from cutting-edge immunotherapy and used an existing drug to make the treatment work again. Six patients whose immune cell therapy had stopped working saw their cancer respond once more.
Scientists at Oregon State University developed a cancer-fighting nanoparticle that completely eliminated breast tumors in mice without harming healthy tissue. The treatment exploits cancer's own chemistry to destroy malignant cells while leaving normal cells untouched.
Researchers discovered that cells actively remodel themselves as we age, opening new possibilities for preventing age-related diseases like Alzheimer's and diabetes. This breakthrough reveals a previously unknown piece of the aging puzzle that could help us all stay healthier longer.
University of Wisconsin researchers found that cells can create "negative viscosity," essentially fueling their own movement by adding energy instead of losing it. This breakthrough could transform how we heal wounds and grow new tissues.
Scientists in Japan discovered the precise drug combination that allows lab-grown heart cells to survive transplant without rejection in primates. The findings bring life-saving regenerative medicine closer to reality for millions suffering from severe heart failure.
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Scientists at UC San Francisco discovered that cells can repair themselves while dividing, replacing weak protein links with stronger ones to prevent cancer-causing errors. This breakthrough reveals how our bodies safely complete millions of cell divisions every second.
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