The need for safe and effective treatment against the various strains of COVID-19 increase, and investigators continue to assess various pharmacologic options.
There has been an emergence of extracorporeal membrane oxygenation-associated infections. Here is a review of how to define them and clinical management of this heterogeneous syndrome.
The healthcare sector currently faces an unmet need in treating herpesviruses, hepatitis B, and hepatitis D, which could significantly improve patient outcomes. Addressing this involves considering the necessary steps and understanding the challenges pharmaceutical companies encounter as they work towards developing treatments for these conditions.
Changes in microbiology and antimicrobial resistance patterns warrant reevaluation of our current therapies for this condition.
Ken Duncan, PhD, discussed the launch of a $50 million initiative focused on developing new drugs for critical pathogens contributing to antimicrobial resistance.
Clinical and public health laboratories reported increased influenza virus detections over the past few weeks, but US cases remains comparatively low to previous flu seasons.
Deborah Birx, MD, and Amy Carenza, BBA, highlight the targeting of multidrug-resistant organisms and tracking of infection trends without increasing staffing needs.
NACCHO’s CEO Lori Tremmel Freeman discusses efforts and emphasizes the need for federal support and coordination.
This study characterized the incidence of serotonin syndrome and identified contributing risk factors with combined medications for opioid use disorder (MOUD) and linezolid use.
Important clinical considerations to know about resistant CMV infections.
The limitation in the number of pediatric-specific guidelines by professional organizations, and results from large randomized clinical trials, may place an additional emphasis on literature evaluation skills for pediatric ASP pharmacists.
By addressing ART-related medication errors and increasing linkage to care, antiretroviral stewardship programs can improve management of inpatients with HIV.
Expanding the differential for diarrhea beyond Clostridium difficile.
A research team from the Netherlands turns to deep sequencing technology to detect hepatitis C virus resistant variants.
A quick debrief of the week’s top FDA approvals, FDA authorizations, or other infectious disease pipeline developments from the past week.
Biofilms are an emerging clinical problem despite the fact that most clinicians don’t even think of biofilms when managing infections.
Men who have sex with men who seek out sexual partners online are more likely to report sexually transmitted infections, including syphilis, gonorrhea, and chlamydia.
Debra Goff, PharmD, discusses her advocacy around this topic and bringing the stewardship message to dentists about how antibiotic prescribing practices have changed and getting them to recalibrate their thinking and actions in their field.
With IV drug use accounting for 60% of new infections, treatment for individuals in this population is necessary to stave off new infections.
This In the Literature piece explores if we can mitigate some of the adverse reactions that are being seen in obese patients who receive vancomycin through AUC-dosing.
Infections transmitted by these bloodsucking species are on the rise worldwide.
Amesh A. Adalja, MD, FIDSA argues that a bill being considered in the Pennsylvania state legislature will ultimately result in increased antibiotic resistance and will set back the clock for finding appropriate treatments for Lyme disease.
Many health care facilities are looking to expand the use of broad-spectrum sporicidal disinfectants beyond patient isolation rooms to better address the role of the environment in pathogen transmission and acquisition.
The University of Minnesota’s Center for Infectious Disease Research and Policy (CIDRAP) announced its initiative that will look to ensure reliable vaccine data and information is available to the public and medical community.
This was the first study to compare clinical outcomes in carbapenemase-producing (CP-CRE) and non–carbapenemase-producing (nCP-CRE) infections.