The U.S. Centers for Disease Control and Prevention (CDC) has sent out a troubling report highlighting a 460% rise in the incidence of certain antibiotic-resistant pathogens—termed as ‘nightmare bacteria’—between 2019 and 2023. Referred to scientifically as NDM-producing carbapenem-resistant Enterobacterales (NDM-CRE), these bacteria carry the New Delhi metallo-beta-lactamase (NDM) gene and pose a formidable threat to public health due to their resistance to multiple antibiotics.
Experience a severe spike in recent years, the pathogenicity of these microbes is neither simple nor limited. They’ve been identified as causative agents for a gamut of illnesses ranging from often fatal cases of sepsis and life-threatening urinary tract infections to pneumonia and wound infections. These bacteria have a capability of turning routine care into complex, life-threatening situations.
According to the CDC, shortcomings in hospital infection control mechanisms and delay in rapid testing amplify the NDM-CRE threat. The wider determinants of such antimicrobial resistance are multifaceted and rooted deeply within our society. Apart from the overuse of antibiotics in human medicine, misuse of antimicrobials in the agricultural sector—where these drugs are used prophylactically in animals—pose a major concern. The biologist remarked that such reckless use of antimicrobials could promote resistant traits which may potentially proliferate through the food chain.
To counter this, emphasis on the right handling of food, including thorough cooking and using only pasteurized eggs, has been advised. Public education about the need for antibiotic stewardship, understanding that antibiotics aren’t necessary for viral infections, is critical.
/validation of these statements comes from Canadian infectious disease specialist Dr. Isaac Bogoch, who called out both human medicine and global agriculture—responsible for about 70% of antibiotic use—for overusing these lifesaving drugs. As a society, it is our shared responsibility to extend the usability-span of antibiotics by using them judiciously and prevent a complete collapse of our defenses against bacterial infections.
In addition, recent news from Kazinform tells us scientists in China have discovered two new bat-borne viruses with potential harm to human health. These developments underline the urgent importance of fortified protective measures in every sphere where microbes meet man.