MEDICINE & HEALTHCan AI revolutionize antibiotic discovery? Explore how ancient molecules might combat drug-resistant bacteria. Read more about this groundbreaking research!
Discover the new antibiotic that targets deadly bacteria without harming the gut microbiome. Is this the future of 'smart' drugs? Read more about this groundbreaking development.
Upon examining hospital wastewayer systems, the researchers found antibiotic resistant bacteria reservoirs. It is the first study to examine such wastewater scales and correlate the findings with outbreaks of infection. Read to learn more.
Two studies show feeding dogs with raw meat may not be the best dietary choice and warns owners to always clean up after their pets. Read the article to learn more details.
A comprehensive study of hospitalizations in the US during the COVID pandemic revealed an alarming surge of antibiotic-resistant infection cases. Learn more about the association between the coronavirus pandemic and the increase in antimicrobial resistance.
Researchers introduced a new approach to measure the nanomotion of bacteria. Discover the role of graphene drums in determining microbes, whether alive or not.
University of Texas researchers are developing whole-cell vaccines that will fight recurrent urinary tract infection (UTI) to tackle the serious issues of antibiotic-resistant bacteria.
Research findings suggests that an RNA sequnce found in a majority of infection causing bacteria could be targeted to combat antibiotic-resistance that's a rising public health issue across the globe.
Perhaps one of the most alarming findings in the recently-concluded European Congress of Clinical Microbiology & Infectious Diseases (ECCMID) is that raw dog food contains significant amounts of antibiotic-resistant bacteria, making them a public health risk to Europe and the rest of the world.
A new nanothin coating material could be added to wound dressings and biomedical implants to prevent and even treat dangerous bacteria and fungi infections - even from the notoriously resistant superbugs.
Scientists discover why some bacteria can evade the immune system and cause reactions such as inflammation. Treating immune cell mitochondria is the key to fighting antibiotic-resistant bacteria
Research has revealed that the unique environment of space allows bacteria to grow in more harmful ways than how they thrive on Earth. On the contrary, the development of drug treatments in space also has its benefits thanks to microgravity.
Hospitals may need to expand the effort of washing hands to their patients For many years, it has become the custom of the hospitals to get their doctors, nurses, and others to wash their hands to prevent the spread of germs.
Decades have passed and no new antibiotics have been discovered to counteract the dangerous effects of bacteria which became immune to the treatment in preventing different kinds of infectious diseases.
The threat to human health by these antibiotic resistant suprebug is real. Scientists discovered how these strains are efficient in driving off antibiotics. Better Microlide antibiotics are now being developed based on study as to how the superbugs got their immunity against antibiotics.