When bacteria, viruses, protozoa, and fungi are subjected to selective pressure, antimicrobial resistance emerges as a result. Bacterial resistance, on the other hand, is causing increased concern due to its rapid development, the abundance of germs, the prevalence of bacterial infections, disinfectant usage, environmental contaminants, and antibacterial drug addiction. There is a global appeal and a new initiative for a multi-pronged strategy to the problem of antibiotic resistance, one that must undoubtedly mix the microbiology and public health sciences. Small drug companies, research hospitals, and universities are currently responsible for 80 percent of new antibiotic research and development. The condition for cross-discipline breakthroughs would be met by biological surveillance and the implementation of quick diagnostic testing where possible, especially in remote areas. Because antimicrobial resistance is a worldwide issue with such a broad scope, everyone should be involved.
Author (S) Details
S. M. Kadri
Royal Tropical Institute, Amsterdam, Netherlands and Directorate of Health Services, Kashmir, India.
Melissa Trapp-Petty
Walden University, 100 S Washington Ave #900, Minneapolis, MN 55401, USA.
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