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16 results for "superbugs"
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 created an antibody that shields immune cells from a toxin produced by a highly drug-resistant bacterium that kills thousands yearly. This breakthrough could fight superbugs without creating more antibiotic resistance.
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 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.
Researchers at MIT are combining synthetic biology with artificial intelligence to create a new weapon against deadly antibiotic-resistant infections. The $3 million project could save millions of lives worldwide by designing programmable antibacterials that outsmart evolving superbugs.
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.
Scientists at Stanford used artificial intelligence to create a completely new virus that kills drug-resistant E. coli bacteria, opening doors for faster vaccines and personalized cancer treatments. The breakthrough combines AI genome design with precision DNA assembly, showing promise for tackling antibiotic resistance while raising important questions about biosafety.
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.
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.
Doctors at India's top medical institute are winning battles against drug-resistant bacteria using faster tests and smarter treatments. Their work could save millions of lives worldwide by 2050.
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.
Ghana is transforming a 1960s-era medical lab into West Africa's premier infectious disease research hub. The upgraded facility will tackle antimicrobial resistance and prepare the nation for future pandemics.
Scientists are turning the tide on antibiotic resistance with rapid diagnostic tools, virus-based therapies, and gene-editing weapons that could save millions of lives. After decades of warnings, the medical community finally has real solutions.
Scientists sent bacteria and viruses to the International Space Station and discovered they evolve completely differently in microgravity. These unexpected mutations could help engineers design better treatments for antibiotic-resistant infections threatening lives back on Earth.
A breakthrough method lets researchers build custom bacteria-killing viruses in weeks instead of years, opening new hope against antibiotic-resistant infections. The Golden Gate technique could transform how we treat dangerous superbugs that no longer respond to traditional medicine.
Scientists sent bacteria-fighting viruses to the International Space Station and discovered they evolved in ways that could defeat drug-resistant infections here on Earth. The breakthrough shows how space research might help solve one of medicine's biggest challenges.