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21 results for "zebrafish"
Scientists discovered a way to use tiny zebrafish to quickly test if a newborn's genetic mutation will actually cause a deadly disease. The breakthrough helps doctors avoid giving babies unnecessary $2 million treatments while still protecting those who truly need help.
Yale researchers created a groundbreaking database of 520 FDA-approved drugs by studying tiny zebrafish, revealing potential personalized treatments for people with specific autism-related genetic mutations. One drug candidate successfully reversed disrupted behaviors in both fish and human brain cells.
Scientists discovered that our brains light up in a coordinated pattern several seconds before we approach someone, revealing social behavior starts long before any visible action. The strength of this brain signal also predicts how naturally social a person tends to be.
Researchers screened 774 FDA-approved drugs using zebrafish to create a precision medicine map for autism, identifying levocarnitine as a compound that reverses brain deficits caused by specific genetic mutations. The breakthrough could help doctors match treatments to individual patients based on their unique genetic profile.
University of Auckland researchers discovered a molecule that could finally offer hope to thousands living with lymphoedema, a painful swelling condition with no cure. The breakthrough works in both zebrafish and human cells, bringing real treatment one step closer.
Researchers studying salamanders, zebrafish, and mice discovered two genes that control the ability to regrow limbs and organs. The breakthrough could one day help millions of amputees grow back real arms and legs.
Scientists at Yale University discovered that an inexpensive prescription drug already on pharmacy shelves could ease autism symptoms for people with specific genetic mutations. While it won't help everyone with autism, the breakthrough opens doors for more targeted treatments.
Researchers have discovered that a natural molecule called IGF can trigger the growth of lymphatic vessels, offering the first real hope for treating lymphedema. For the 20% of breast cancer patients who develop painful, chronic swelling after surgery, this breakthrough could change everything.
Researchers genetically modified E. coli bacteria to produce gadusol, a natural sunscreen compound found in fish eggs that could lead to transparent, eco-friendly sun protection for humans. The breakthrough increased production by 93 times, bringing the innovative sunscreen one step closer to reality.
Scientists in Zurich used magnetic nanorobots combined with stem cells to restore normal walking in mice with completely severed spinal cords. The breakthrough could one day help millions of people living with spinal injuries.
Scientists have discovered how a tablet-sized deep-sea creature can survive over five years without eating. The secret is a gene it "stole" from bacteria millions of years ago.
Scientists have engineered bacteria to mass-produce gadusol, a natural UV-blocking molecule found in fish and coral, bringing us closer to the first new sunscreen ingredient approved in over 25 years. Separately, a UK study found that weekly art activities like painting or visiting museums could make you biologically a year younger.
Researchers identified SP8, a gene that controls limb regeneration in salamanders and exists dormant in humans, bringing the science of regrowing lost limbs closer to reality. The discovery doesn't solve the puzzle yet, but it narrows the search from hundreds of genes to a specific mechanism shared across multiple species.
Two UC Davis professors who were first-generation college students are proving that the right mentors can transform scientific careers. Their groundbreaking research is now helping fight autism and climate change.
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.
A leading brain research lab is betting big on a tiny, see-through fish that could unlock mysteries of how brains control behavior. The transparent Danionella lets scientists observe every neuron firing at once, something impossible with traditional research animals.
A major research campus is launching a 10-year project to understand how brains create behavior, using artificial intelligence as a full research partner. They'll watch inside the brain of a transparent fish to unlock secrets that could help treat Alzheimer's, autism, and depression.
Scientists discovered that pairing two already-approved medications can reverse dangerous liver fat buildup and potentially reduce heart disease risk. The breakthrough could help one in three adults affected by the world's most common liver condition.
University of Cape Town researchers are tearing down barriers between brain, heart, lung, and infectious disease studies to transform lab discoveries into real treatments. Their collaboration is already revealing genetic breakthroughs that could save thousands of African lives.
A new AI system from Harvard and Google automatically writes scientific software that outperforms programs created by human experts, cutting months of work down to hours. The breakthrough could accelerate discoveries across medicine, climate science, and countless other fields.
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