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8284 results for "virus discovery"
Researchers discovered how viruses like polio and the common cold switch on their copying machinery, revealing a promising target for new drugs that could fight multiple diseases at once. This breakthrough could lead to treatments that work against entire virus families instead of just one illness.
Researchers in Italy have developed the first promising drug to combat Zika virus, a mosquito-borne illness that can cause severe brain damage in babies. The breakthrough molecule also shows potential against dengue, yellow fever, and West Nile virus.
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 groundbreaking study of over 750 Nobel Prize and major discoveries reveals that new tools and methods, not just funding or theory, drive most scientific breakthroughs. The findings could help us predict and accelerate future discoveries across all fields of science.
Scientists discovered that sea anemones use an immune system that works opposite to ours, yet still protects them from viruses. The finding reveals evolution created multiple successful strategies for fighting infections across the animal kingdom.
Researchers in China have identified a previously unknown tick-borne virus while solving mysterious illnesses in thousands of patients. The breakthrough shows how medical science is getting better at catching infections that might have been missed before.
Researchers discovered how a vital protein acts as a "traffic controller" for our immune system and how a common virus learned to disable it. The breakthrough could lead to new treatments for autoimmune diseases by mimicking the virus's own tactics.
Researchers discovered a promising breakthrough linking Epstein-Barr virus to multiple sclerosis, offering hope for treating not just MS but potentially lupus, chronic fatigue, and other diseases. The findings reveal how immune cells respond to this virtually unavoidable virus that 95 percent of adults carry.
Scientists used artificial intelligence to create a "super antigen" that could protect against entire families of viruses, not just individual strains. The breakthrough could revolutionize pandemic response by eliminating the need for new vaccines every time a virus mutates.
Scientists in Japan discovered a virus that rewrites its host cell's nucleus, offering fresh clues about one of evolution's biggest mysteries: how simple cells became complex life. The finding helps explain how plants, animals, and humans may have evolved their most important feature.
A single injection of an engineered virus is finally unlocking the immune system's power against glioblastoma, one of the deadliest brain cancers. Patients treated with the virus lived longer than expected, offering hope after 20 years without new treatment options.
A deadly tropical virus with up to 75% fatality rates finally has a vaccine candidate heading to human trials. Tokyo researchers modified the measles vaccine to protect against Nipah virus, which has killed dozens in recent outbreaks.
Indian health officials successfully contained a Nipah virus outbreak after swift action led to zero new infections among nearly 200 contacts. The rapid response prevented a potentially deadly spread of the virus that can kill up to 75% of those infected.
Viruses evolved aboard the International Space Station returned to Earth with a surprise power: they could kill antibiotic-resistant bacteria better than their Earth-bound counterparts. This accidental discovery could help scientists develop new treatments for dangerous infections.
Researchers created antibodies that stopped Epstein-Barr virus from infecting mice with human immune systems. This breakthrough could protect transplant patients from life-threatening complications.
A material scientist found a pattern that textbooks said couldn't exist, and his curiosity changed how we understand the atomic world. The discovery that started with "10 fold???" scribbled in a notebook led to an entirely new field of materials science.
Scientists created a flexible plastic film covered in microscopic pillars that physically rips viruses apart within an hour, destroying 94% of particles without chemicals. The breakthrough could turn everyday surfaces like phone screens and hospital tables into invisible disease fighters.
Scientists discovered that when HIV develops resistance to the groundbreaking drug lenacapavir, the virus loses its ability to spread effectively. This finding offers hope that the twice-yearly injection can remain a powerful tool in preventing and treating HIV.
UK researchers discovered a groundbreaking method to identify dangerous animal viruses without risking human infection. Their work could help prevent the next pandemic by spotting threats before they spread.
A groundbreaking analysis of over 750 Nobel Prize-winning discoveries reveals that new tools and methods—not theories alone—drive scientific breakthroughs. From microscopes to AI, the research shows how instruments unlock what was previously invisible.
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