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35 results for "superbugs"
A new AI-powered test kit helps doctors crack the code on drug-resistant infections, combining 180 antibiotic formulas to save lives without damaging kidneys. Singapore General Hospital is taking it global.
Scientists are reviving forgotten antimicrobial peptides with modern technology to combat drug-resistant bacteria. These small proteins, once deemed too toxic, could become tomorrow's lifesaving treatments.
Scientists used artificial intelligence to create the first computer-designed disinfectants that work against drug-resistant bacteria. The breakthrough could speed up the race against dangerous germs evolving faster than our cleaning products.
New AI tools are achieving breakthrough accuracy in detecting antibiotic-resistant infections in just 48 hours, offering hope in a crisis that kills over a million people annually. British hospitals are already using the technology to save lives when every hour counts.
Scientists discovered how a carbon-based material hunts down deadly bacteria while keeping human cells completely safe. This breakthrough could help us move beyond traditional antibiotics in fighting drug-resistant infections.
Scientists discovered that madecassic acid, a compound in the popular Korean skincare ingredient Cica, can stop drug-resistant bacteria without harming human cells. This breakthrough could lead to safer antibiotics targeting superbugs while reducing side effects.
Scientists at MIT discovered that a protein naturally found in your body fights dangerous bacteria while strengthening your gut's protective barrier. This breakthrough could lead to new treatments for antibiotic-resistant infections and bowel diseases.
Scientists discovered that madecassic acid, a popular Korean skincare compound, can stop antibiotic-resistant bacteria like E. coli. The plant-based ingredient could become a new weapon against superbugs that are projected to cause 39 million deaths by 2050.
Australian scientists created a breakthrough antimicrobial material that kills drug-resistant bacteria and fungi while leaving human and plant cells unharmed. The affordable sulfur-based polymer could protect both patients and crops from deadly pathogens.
A calming compound found in Korean skincare products can destroy antibiotic-resistant bacteria, offering new hope in the fight against deadly superbugs. Scientists discovered madecassic acid targets a protein system that humans don't have, making it a promising alternative to traditional antibiotics.
A popular Korean skincare ingredient might help fight antibiotic-resistant bacteria. Scientists discovered madecassic acid can kill drug-resistant E. coli in lab tests, offering new hope in the urgent fight against superbugs.
Artificial intelligence is speeding up the hunt for new antibiotics that could save millions of lives from drug-resistant superbugs. The technology can explore hundreds of millions of potential medicines in days instead of years.
Columbia College students are joining a national program where their lab work hunting bacteria-eating viruses could help solve antibiotic resistance. Their discoveries get published in scientific journals, giving undergrads real research credentials while contributing to medical breakthroughs.
Scientists at Trinity College Dublin have discovered a way to "train" immune cells to fight deadly superbugs like MRSA and tuberculosis without using antibiotics. The breakthrough could help people most vulnerable to infections fight back when traditional medicines fail.
The World Health Organization just released three new blueprints to help scientists develop lifesaving antibiotics for infections that no longer respond to existing drugs. These guidelines could spark the next generation of treatments for some of the world's most dangerous superbugs.
Scientists are using artificial intelligence to invent treatments for diseases once thought incurable, including drug-resistant infections and Parkinson's. In just days, AI can screen millions of compounds that would take humans decades to analyze.
Bees feasting on diverse Australian native plants create honey that's more powerful against drug-resistant bacteria than single-flower varieties. This five-year study could help tackle one of humanity's biggest health threats while supporting bushfire recovery.
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.
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