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5684 results for "cell imaging"
Scientists at Johns Hopkins Medicine developed a magnetic imaging technique that lets them watch therapeutic cells travel through the body, potentially revolutionizing how doctors personalize cancer and autoimmune treatments. The breakthrough could help ensure every patient gets exactly the right dose delivered to the right place.
Scientists can now watch cell therapies travel through the body, potentially making treatments for cancer and autoimmune diseases more effective. This breakthrough could help doctors personalize dosing for each patient.
A new stem cell transplant developed at Johns Hopkins has cured sickle cell disease in 95% of patients, using half-matched donors like parents or siblings. The breakthrough means nearly every sickle cell patient can now access a cure that also preserves fertility.
Children with sickle cell disease now have a survival rate exceeding 95% thanks to breakthrough stem cell transplant techniques. New treatments are also opening curative options for kids who previously had no donor matches.
Scientists just made it easier and cheaper to peek inside our cells and understand how our bodies respond to diet and disease. This breakthrough technique could revolutionize how doctors diagnose and treat illnesses.
Researchers are creating "virtual cells" using AI that could revolutionize how we understand disease and discover new treatments. These computer models simulate real cell behavior by learning from massive biological datasets.
Scientists in China have discovered how to turn a single stem cell into 14 million powerful cancer fighters, potentially making lifesaving treatment available to thousands more patients. The breakthrough slashes costs and could transform how we treat leukemia and other cancers.
Scientists in Prague have developed fluorescent labels that only glow when they bind to their intended targets, making it easier and cheaper to watch living cells respond to drugs and treatments. The breakthrough could speed up drug testing and help doctors better understand diseases like cancer.
Researchers discovered brain cells may organize themselves using a surprisingly simple rule: stick close to your cellular relatives. This breakthrough could help explain how a single cell transforms into a functioning human brain.
Researchers in Brazil discovered a molecule that acts like armor for cancer cells, protecting them from natural cell death. By turning off this shield in the lab, they made aggressive tumor cells vulnerable again.
Japan just approved the first commercially available stem cell treatments for Parkinson's disease and heart failure, bringing hope to millions worldwide. Patients could receive these groundbreaking therapies as early as this summer.
Researchers successfully transformed human blood cells into immature sperm cells using stem cell technology and living mice. While mature sperm remain out of reach, this breakthrough opens new paths to understanding and treating male infertility.
Japan just greenlit insurance coverage for a groundbreaking Parkinson's treatment that uses stem cells to replace damaged brain cells. It's the first time regenerative medicine using iPS cells will be available to patients anywhere in the world.
Researchers at Lund University spent four years building a library of 400 factors that can reprogram ordinary cells into rare disease-fighting immune cells. They've already created six "recipes" and successfully made natural killer cells that attack cancer.
Jessica Ceja became the first person in Maryland to receive groundbreaking gene therapy that could cure her lifelong sickle cell disease. Her own cells were reengineered in a lab to produce healthy red blood cells, potentially ending decades of pain.
A 10-year research collaboration has revealed how specific lipids can trigger controlled cell death, opening new pathways for cancer treatment and protecting against brain injuries and other diseases. The breakthrough challenges what scientists thought they knew about how cells protect themselves.
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.
A groundbreaking trial is testing whether lab-grown stem cells implanted in the brain can replace damaged cells and restore dopamine production in Parkinson's patients. If successful, the therapy could slow disease progression and give more than a million Americans their mobility back.
Engineers at UNSW have cracked a major problem holding back hydrogen fuel cells, potentially unlocking clean energy for planes and trucks. Their simple redesign makes the cells 75% more powerful without adding cost.
Australian scientists have cracked a major hydrogen fuel cell problem that could make clean-powered planes a reality. Their microscopic channel design prevents water buildup and delivers 75% more power than standard cells.
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