University of Alabama at Birmingham-led researchers have refined and validated a new framework for diagnosing chronic obstructive pulmonary disease (COPD), identifying individuals at risk for severe respiratory outcomes who ...
Mold thrives where moisture lingers. Spores can flourish after floods, heavy rains, or the unseen drip of a leaky pipe, turning bathrooms, bedrooms, and air-conditioning units into fungal incubators. Behind drywall, around ...
The Centers for Disease Control and Prevention (CDC) and seven US pediatric medical centers report a notable association between Enterovirus D68 (EV-D68) and severe respiratory illness in children without prior medical conditions. ...
In 2019, reports of a rapidly progressive dementia cluster in New Brunswick raised public and media concerns about a potential new neurological syndrome. Public Health New Brunswick (PHNB) launched an epidemiological investigation ...
VIVEX Biologics, Inc. sponsored research reports positive outcomes for patients with chronic lumbar discogenic pain treated using a single intradiscal injection of VIA Disc NP, an allogeneic nucleus pulposus product derived ...
Scientists at the United States Department of Agriculture's National Animal Disease Center, with multiple academic, state and federal collaborators, identified the emergence and interstate spread of highly pathogenic avian ...
University of Miami Miller School of Medicine researchers have identified molecular evidence linking human papillomavirus (HPV) to thyroid eye disease (TED) through molecular mimicry involving HPV capsid proteins and autoimmune ...
Filoviruses are among the globe's most lethal—indeed, so dangerous they can be handled only in high-security laboratories. Yet, more than five decades after the discovery of the Marburg virus and nearly 50 years after the ...
Stanford University researchers report that ciprofloxacin use drives persistent antibiotic resistance in human gut bacteria, with resistance emerging independently across diverse species and enduring for over 10 weeks.
Researchers at The Wistar Institute have identified a previously unknown mechanism by which viruses can reprogram mitochondrial structure to silence immune responses and ensure successful viral reproduction.
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