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65 results for "microscopy"
Researchers just made cancer studies easier with new dyes that let scientists watch living cells in action without damaging them. The breakthrough could speed up discoveries in how cancer spreads and responds to treatment.
Researchers have made biological samples one billion times bigger using the same material found in diapers, letting ordinary microscopes see details once reserved for million-dollar equipment. The breakthrough could bring cutting-edge protein research to labs worldwide.
New satellite technology revealed Earth's rivers in unprecedented detail, while researchers captured trees glowing during thunderstorms for the first time. March's scientific breakthroughs also include microscopic images of algae and parasites, plus AI-designed robots walking outdoors.
After 15 years of skepticism, scientists finally cracked a technology that lets microscopes see tiny proteins in stunning detail. The laser phase plate could unlock mysteries about how proteins work inside living cells.
A new microscope lets scientists see how plants store a "memory" of winter inside their cells, helping explain why flowers bloom in spring. The discovery could help us grow food in a changing climate.
Chinese researchers captured oxygen atoms traveling through the interior of a catalyst, not just on its surface. This breakthrough could revolutionize how we design cleaner, more efficient chemical reactions.
Virginia Tech researchers discovered early brain changes in Leigh syndrome that could help doctors identify affected children months before symptoms appear. The breakthrough offers hope for earlier treatment of this devastating genetic disorder.
Japanese researchers have captured the first real-time footage of lung cancer drugs physically reshaping disease-causing proteins, revealing why some treatments eventually stop working. The breakthrough could help doctors design better therapies that overcome drug resistance.
A UK materials science company just secured $8 million to help electric vehicle batteries last longer and charge faster without changing their chemistry. Their AI tool has already boosted battery energy density by more than 10% simply by optimizing how batteries are manufactured.
Scientists discovered how herpes viruses actively soften cell nuclei during infection, revealing a new target for fighting viral diseases. This breakthrough could lead to earlier diagnosis and more effective treatments for millions affected by viral infections.
A researcher sorting through old spider specimens in Brazil spotted what looked like a pearl necklace on a tiny spider. It turned out to be a brand new parasite species that had been sitting unnoticed in the collection for years.
A groundbreaking AI model trained on nearly 50,000 brain scans can now detect multiple conditions—from Alzheimer's to autism—with remarkable accuracy, needing up to 10 times less training data than traditional models. This free, open-source tool is already helping researchers worldwide unlock hidden clues in everyday medical scans.
A forgotten fossil in the Smithsonian's collection just revealed a missing chapter in animal evolution. Scientists rediscovered a thumb-sized creature that bridges a mysterious 12-million-year gap in Earth's history.
Pigeons navigate using magnetic-sensing immune cells in their livers, not their brains or eyes. This breakthrough solves a decades-old puzzle about how birds find their way home across hundreds of miles.
A Nobel Prize-winning team at Scripps Research discovered why certain proteins let us feel a gentle tap on the skin while others sense broader forces like stretching. The breakthrough could help millions living with sensory disorders.
Scientists discovered elephant trunk whiskers have a unique structure that acts like a precise touch sensor, no brain power needed. This natural design could inspire smarter robots and artificial sensors.
University of Toronto researchers discovered a single protein that both detects and destroys viruses infecting bacteria, potentially revolutionizing how we fight infections. This compact defender could help develop safer treatments for antibiotic-resistant diseases.
Scientists at UCLA just solved a major problem that's been holding back realistic holographic displays. Their new system prevents images from bleeding together, bringing us closer to Star Trek-style 3D projections.
Researchers discovered why millions quit life-saving cholesterol drugs due to muscle pain. The breakthrough could lead to safer statins that protect hearts without hurting muscles.
Researchers discovered gut viruses can attach to human cells using molecular anchors, opening doors to targeted therapies for antibiotic-resistant infections. This breakthrough rewrites what we know about viruses living in our bodies.
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