Drug-resistant bacteria expected to kill tens of millions of people by 2050
Infections caused by drug-resistant superbugs, also known as antimicrobial resistance (AMR), are emerging as a serious global health challenge.
Browse ScienceInfo articles and explainers related to Antibiotic Resistant Bacteria.
56 published items.
Infections caused by drug-resistant superbugs, also known as antimicrobial resistance (AMR), are emerging as a serious global health challenge.
While antibiotic-resistant bacteria are on the rise globally, researchers from Canada and France found them in a remarkable place: clouds in the sky.
According to CNN, one of the top public health threats humanity is facing today is that the warmer the world becomes, the more epidemics there will be.
It turns out that new antibiotics may have been inside our bodies for a long time.
According to new research, antibiotic resistance to the virus that causes cancer has more than doubled in just 20 years.
A good golden compound for humans in green tea is poisonous with resistant viruses.
Dolphins in the wild are seriously affected by antibiotic-resistant bacteria, which is thought to only occur in humans.
The universe is an extremely harsh environment. And in that condition, bacteria have very different effects, and this is causing astronauts to worry.
Salmonella, tuberculosis and gonorrhea disable normal antibiotics, causing nearly one million deaths each year.
Under the microscope, these two green light spots are Vibrio cholerae bacteria - the type of pathogen that causes cholera.
According to a new study in Nature Communications: Mycobacterium leprae - an ancient strain of bacteria that causes leprosy - is growing and extremely resistant.
In 1878, Robert Koch (who discovered the TB bacterium) discovered golden staph from pustules and isolated were golden staph.
The virus is considered
The whole world is facing the situation of antibiotic-resistant bacteria increasing due to the mutation of the gene.
Using new technology to synthesize albomycins, Chinese scientists have identified a fungal compound as a candidate for a powerful, promising antibiotic.