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244 results for "defection"
Health workers in Uganda's Ibanda District just gained crucial skills to catch birth defects right after delivery, a change that could save hundreds of babies' lives. Early detection means simpler treatments and better outcomes for newborns facing conditions that become dangerous when missed.
Researchers discovered a hidden cell signal that helps explain congenital heart defects, offering hope for early detection and future treatments. The breakthrough could help millions of families worldwide understand conditions affecting multiple organs.
Japanese researchers created a quality-control system that catches hidden manufacturing defects—like tiny cracks and heat problems—that traditional cameras miss, making products safer and more reliable. The technology runs fast enough to inspect items in real time on factory assembly lines.
A robotics company just solved a problem that's plagued auto factories for years: AI that doesn't just spot defects but actually fixes them on the spot. The breakthrough could save manufacturers millions while keeping production lines running at full speed.
Researchers found that losing just one copy of a heart development gene disrupts how DNA folds inside cells, potentially explaining why the same genetic mutation causes different birth defects. The discovery could transform how we understand and treat congenital heart disease.
Scientists in India just cracked a major problem holding back solar panels. Their precision ion beam method creates near-perfect solar cells with dramatically fewer defects than current manufacturing.
Children's Hospital Los Angeles developed a groundbreaking "catheter first" approach that's saving newborns with the most severe heart defects—babies who previously had less than a 50% survival rate. Four babies treated so far have all survived.
Engineers can now see invisible atomic flaws in semiconductors and solar cells without destroying them, thanks to a breakthrough AI model from MIT. The technology could make everything from computer chips to batteries more reliable and efficient.
Scientists discovered that cheap solar panels work better because of their imperfections, not despite them. The breakthrough could bring affordable renewable energy to millions.
A startup founded by plant science researchers is creating the world's first at-home test to detect chromosomal abnormalities as early as six weeks into pregnancy. The India-based company just won top honors at a major tech summit, bringing affordable prenatal care to families worldwide.
Scientists just solved one of solar energy's biggest problems by creating perovskite panels that last longer and work better than ever before. This breakthrough could finally bring next-generation solar technology to your rooftop.
A senior financial leader of the terrorist group ISWAP has surrendered to Nigerian forces, bringing his two sons with him. His defection marks one of 46 recent surrenders showing the group's weakening grip.
Researchers turned unwanted flaws in ultra-thin coatings into powerful features, creating a surface that transfers heat 5.5 times better than standard materials. The breakthrough could make power plants more efficient and electronics cooler.
Australian researchers have discovered a physical cause for chronic fatigue syndrome: a broken waste-clearing system in the brain. The breakthrough could finally bring accurate diagnosis and treatment to millions of patients worldwide.
Researchers finally discovered how folic acid prevents birth defects, solving a puzzle that's stumped scientists for decades. The breakthrough could help protect even more babies in the future.
A new AI system in China just earned the world's first top-level approval for reading chromosome tests, cutting diagnosis time from a month to less than a week. The breakthrough could help millions of families waiting for answers about genetic conditions.
Scientists in South Korea created an AI system that predicts hidden defects in 3D-printed metal parts, solving a critical safety problem that has held back the technology for years. The breakthrough could fast-track stronger, safer components for planes and cars.
Swedish researchers created an AI inspection system that catches welding defects in real time, helping factories slash waste and boost quality. The technology could transform manufacturing by acting as "smart eyes" on production lines.
A boy born with a life-threatening heart defect is now the face of hope for thousands walking to fight heart disease. The Engles family turned their son's medical journey into a mission to save other lives.
Scientists can now predict how tiny defects form in liquid crystals in milliseconds instead of hours, thanks to a new AI system. This breakthrough could speed up development of everything from holographic displays to smart windows.
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