Find uplifting stories about heroes, innovations, and solutions
63 results for "superbugs"
Scientists in Bangalore discovered an enzyme from cow stomachs that dismantles the protective shields of deadly hospital superbugs, potentially making antibiotics work again. The discovery offers fresh hope in the global fight against drug-resistant infections.
Scientists discovered a common soil bacterium that produces five different compounds working together to kill drug-resistant bacteria. The breakthrough could lead to antibiotics that are much harder for deadly superbugs to outsmart.
Researchers have given new life to vancomycin, a powerful antibiotic that drug-resistant bacteria had learned to defeat. By pairing it with a helper molecule, they restored the drug's ability to kill deadly superbugs.
Scientists discovered that pairing two everyday antibiotics can kill a deadly superbug and stop it from becoming resistant. The breakthrough could save thousands of lives threatened by infections that no longer respond to treatment.
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.
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.
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.
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.
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.
A Winchester fundraiser drew a packed house to hear doctors tackle the urgent threat of antibiotic-resistant superbugs while raising money to end polio. The June event blended hope with science, featuring polio survivors alongside experts fighting tomorrow's health crises.
A microbiologist spent nearly 10 years solving how superbugs spread resistance. An AI agent figured it out in 48 hours, pointing to a revolution in scientific discovery.
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.
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.
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.
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.
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 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.
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.
University of Oregon researchers brought ancient immune proteins back to life and discovered some work better than modern versions against drug-resistant bacteria. The breakthrough could lead to new weapons in the fight against superbugs that no longer respond to antibiotics.
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.
Showing 20 of 63