The OECD report highlighted the need for targeted policies to reduce the impact of AMR and noncommunicable diseases and ...

The widespread use of antibiotics has provided the conditions needed for bacteria to mutate genetically and develop resistance to these drugs. Each time a new antibiotic is introduced and used ...

There have been soaring number of cases of drug-resistant bacterial infections in Ukraine ... In Your Slow Cooker UEFA Champions League draw: Manchester City land Real Madrid again ...

As it stands, antibiotics kill bacteria indiscriminately. Because the drugs are used so widely, increasing numbers of dangerous bugs are growing resistant, threatening one of modern medicine's ...

“With higher rates of antibiotic resistance, there are fewer treatment options available to us. The best approach now is to prevent infections occurring in the first place, and we can do this by ...

Increasing antibiotic resistance necessitates continuous therapeutic innovation as conventional antibiotic treatments become increasingly ineffective. The naturally occurring antibacterial, antifungal ...

The study design was unique as it encompassed a range of severe infections, including hospital-acquired bacterial ... carbapenem-resistant (including meropenem-resistant) infections, identified ...

Wockhardt Limited announced that its innovative antibiotic, Zaynich (Zidebactam ... treating serious infections caused by carbapenem-resistant bacteria, based on a clinical study across 15 ...

Despite the availability of numerous efficacious antibiotics for the management of UTIs, the rising incidence of bacterial resistance presents significant challenges in the treatment of these ...

Deinococcus radiodurans, nicknamed 'Conan the Bacterium', is the most radiation resistant bacteria in the world - withstanding thousands of times more radiation than humans. Now, scientists know why.

The alarming global rise in antibiotic resistance to this bacterial pathogen has led scientists to look for new ways of keeping it, and other similar infectious bacteria, under control.