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632 results for "epstein-barr virus"
Scientists have uncovered how a common virus may cause multiple sclerosis by hijacking immune cells. The breakthrough study of over 600,000 people reveals exactly how Epstein-Barr virus manipulates the body's defenses.
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.
Researchers have finally cracked the code on how Epstein-Barr virus leads to multiple sclerosis, opening the door to better treatments for the 2.9 million people living with the disease worldwide. The breakthrough also reveals why existing immunotherapy drugs work so well at slowing the condition.
Researchers discovered a groundbreaking method to monitor Epstein-Barr virus using existing DNA data, opening new paths to understand diseases like multiple sclerosis. The technique transforms ordinary genome databases into powerful tools for fighting chronic illness.
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.
Scientists can now detect cancer-causing viruses in wastewater, creating a new way to prevent tumors before they start. The breakthrough could help communities track infections years before cancers develop.
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.
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 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 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.
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.
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.
Scientists created a flexible plastic film covered in tiny pillars that physically tears apart viruses without chemicals. The breakthrough could transform everything from phones to hospital equipment into self-sanitizing surfaces.
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.
Australian scientists created a surface covered in microscopic spikes that physically punctures viruses, destroying 96% of infectious particles without harsh chemicals. This breakthrough could soon protect hospital tables, phone screens, and keyboards from spreading disease.
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.
India successfully contained a Nipah virus outbreak through rapid response and contact tracing, preventing wider spread of the deadly pathogen. The quick action prompted neighboring countries to strengthen health screenings as a precaution.
Ethiopia successfully eliminated its first-ever Marburg virus outbreak, earning global praise for a response that showed how strong leadership and community trust can stop deadly diseases in their tracks. International partners say the victory offers a blueprint for health security worldwide.
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