Antimicrobial Stewardship

Initial studies show its effectiveness against various bacteria, including those resistant to standard treatments, and it is being developed in both intravenous and oral forms to improve patient access.

Long-acting lipoglycopeptides (LGPs) like dalbavancin, oritavancin, and telavancin were developed with extended half-lives, initially targeting acute bacterial skin and skin structure infections (ABSSSIs). However, recent studies have explored their potential in treating other infections, including infective endocarditis (IE), bone and joint infections (BJIs), and bloodstream infections (BSIs), offering an alternative to standard care and outpatient antimicrobial therapy.

Initial studies show its effectiveness against various bacteria, including those resistant to standard treatments, and it is being developed in both intravenous and oral forms to improve patient access.

New predictive statistical modeling shows that antimicrobial resistance (AMR) deaths will rise steadily in the coming decades.

Uzma Syed, MD, DO discussed how various factors increase women’s susceptibility to AMR, the importance of policies, and the need for culturally specific education and advocacy to improve health outcomes.

At the World AMR Congress, Yann Ferris discussed how leveraging partnerships enhances the fight against antimicrobial resistance.

Kevin Nguyen, PharmD, offers some insights on some of the challenges in the outpatient setting with regards to stewardship, and novel strategies being utilized.

Mass distribution of azithromycin twice yearly to infants and children did not comply with WHO recommendation but reduced all-cause mortality.

Benjamin Park, MD, offers insights on the federal agency’s role in AMR.

Britton Strickland, MD discusses innovations in microbiome research and their impact on antimicrobial resistance.

Bala Subramanian, PhD, highlights how the novel antibiotic BWC0977, with its dual intravenous and oral formulation, is poised to transform the fight against antimicrobial resistance.

Akhila Kosaraju, MD, addresses overcoming key challenges in antibiotic development using AI, a nonprofit model, and supportive policies.

Amanda Jezek, of the Infectious Diseases Society of America (IDSA), offers some insight on the prospective bill in Congress, as well as other AMR initiatives the organization is involved in.

Insights from Catherine Bertrand Ferrandis, DVM, on the role of One Health and interdisciplinary collaboration.

After Diane Shader Smith lost her daughter, Mallory, to a multidrug resistant infection, she turned her personal tragedy into a mission designed to inform people about antimicrobial resistance (AMR), and have the public coalesce around this expanding medical issue.

Results in about 5.5 to 6 hours, employing advanced technology to detect bacterial growth and minimum inhibitory concentration.

With antimicrobial drug shortages expected to continue globally, developing mitigation strategies is essential to prevent complications, including antimicrobial resistance.

The most recent National Healthcare Safety Network annual survey shows that 78% of US hospitals now have sepsis committees, an increase from 73% in 2022.

As with other metallo-β-lactamases, NDM is capable of hydrolyzing nearly all β-lactams, including carbapenems, and the search for the proper antimicrobials is challenging.

Clinicians provide an overview of intraamniotic infections and offer treatment strategies for these challenging infections.

Understanding the potential and limitations of new Acinetobacter baumannii active therapies.

A focus group study reviewed provider practices to learn more about patient management and explore the potential to follow up with clinicians on important takeaways.

Penicillin continues to be an important therapy for treating syphilis. Here is a review of the literature in comparing one of the first antibiotics to non-penicillin treatments for non-neurological syphilis.

4-way trial assesses non-prescription interventions, including 2 nasal sprays, for reducing seasonal respiratory illness and related antibiotic use.

The study examines how pathogenicity-related gene clusters integrate into Salmonella's genome to affect disease ability.