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26 results for "antibiotics"
Scientists are using artificial intelligence to discover nearly a million potential new antibiotics, offering hope against drug-resistant infections that contribute to almost 5 million deaths yearly. The breakthrough technology can screen millions of molecules in days instead of years, but researchers need new funding models to turn these discoveries into lifesaving medicines.
Australian wildflower honey is proving powerful enough to kill antibiotic-resistant bacteria, offering new hope in the fight against one of our biggest health threats. Researchers found that honey from native plants works better than antibiotics in some cases.
Viruses that attack bacteria have revealed a critical weakness that could lead to powerful new antibiotics. The discovery offers hope as drug-resistant infections claim tens of thousands of American lives each year.
Viruses that attack bacteria have revealed a promising new way to defeat drug-resistant superbugs. By studying how these viruses shut down a key bacterial protein, scientists may have found the blueprint for a new generation of lifesaving antibiotics.
Researchers discovered proteins in ear cells have a hidden second job that, when disrupted, causes permanent hearing loss. This breakthrough could lead to antibiotics that don't damage hearing and new treatments for genetic deafness.
Researchers discovered how to target a protein found only in bacteria, opening the door to new antibiotics that could outsmart drug-resistant superbugs. The breakthrough focuses on disrupting how bacteria build DNA without harming human cells.
Scientists at Imperial College London just secured £3 million to transform how we discover new antibiotics using cutting-edge technology. This breakthrough could help solve one of medicine's biggest challenges: finding new ways to fight deadly infections.
Scientists at Imperial College London just won £3.1 million to crack one of medicine's toughest puzzles: how to outsmart drug-resistant bacteria that kill millions. Their secret weapon combines artificial intelligence with chemistry to design antibiotics that can break through bacterial defenses.
Nine youth teams across Africa, Asia, Latin America, and the Middle East just won funding to tackle a health crisis threatening 39 million lives. Their creative campaigns will help communities use antibiotics more wisely.
A new feed supplement uses virus-derived enzymes to fight bacterial infections in turkeys without antibiotics. Delaware poultry farmers may soon have access to this precision technology that targets harmful bacteria while protecting helpful gut microbes.
A scientist is using artificial intelligence to hunt for new antibiotics in the genetic code of woolly mammoths, Neanderthals, and even snake venom. His library of over one million potential treatments could help fight deadly drug-resistant infections.
Australian researchers discovered how to weaponize special sugar molecules to destroy deadly drug-resistant bacteria, offering hope for infections that no longer respond to antibiotics. The breakthrough could save countless lives in hospitals worldwide.
Researchers at MIT have used artificial intelligence to create powerful new antibiotics that can kill drug-resistant bacteria, offering hope in the global fight against superbugs. The breakthrough could transform how we develop life-saving medications.
Researchers at MIT are using artificial intelligence to create entirely new antibiotics that defeat drug-resistant superbugs. The breakthrough could transform how we fight deadly infections that don't respond to existing treatments.
Finnish researchers turned waste pine bark into a powerful water filter that removes nearly all antibiotic residues from wastewater. The breakthrough offers a low-cost, sustainable solution to a growing global threat.
Scientists at Eastern Connecticut State University discovered thriving bacterial communities in scorpion venom, shattering the belief that venom was sterile. This "lost city" of microbes could unlock powerful new antibiotics when the world desperately needs them.
A novel antibiotic called FOVISCU has achieved a 93.23% clinical cure rate in Phase 3 trials, matching the effectiveness of current gold-standard treatment meropenem. This breakthrough offers fresh hope in the global fight against antimicrobial resistance. #
Scientists sent bacteria and viruses to the International Space Station, and their mutations in space revealed new ways to combat drug-resistant infections back on Earth. The discovery could help millions suffering from infections that no longer respond to antibiotics.
Doctors are racing to stay ahead of deadly superbugs that resist all known antibiotics, but breakthrough tools could change everything. New rapid tests, virus therapies, and gene-editing treatments offer real hope in a fight that claims nearly 5 million lives globally each year.
As Delhi's winter air carries superbugs at 16 times safe levels, a Bengaluru startup has developed the first new class of antibiotics in half a century. Their breakthrough could save millions from untreatable infections.
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