Antibiotic stewardship is now at the forefront of CDI prevention efforts because of the growing national focus on proper antibiotic use. This paper takes a close look at asymptomatic C. difficile carriers and provides recommendations for effective infection control.
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As the debate around bed bug continues to evolve and further research brings to light new information about these pests, the prevention and management practices will also evolve. In the meantime, rest easy with a proactive approach and the advice of a trained pest management professional.
While chemical or biological incidents might not be among the top three hazards identified by hospitals in their emergency preparedness plans, environmental services professionals should be aware of the special preparation needed for chemical or biological events.
In April 2016, new guidelines from the Infectious Diseases Society of America and Society for Health Epidemiology of America were released. Recommendations for effective antibiotic stewardship programs include preauthorization and prospective review of antibiotics, physician and pharmacist leadership and program design that focuses on the specific problems and resources of the healthcare facility.
Gail Fraine, RN, MMHC, BSN, CIC shares tips on minimizing risk and increasing safety when it comes to preventing disease transmission.
According to the U.S. Centers for Disease Control and Prevention (CDC), it is estimated that one out of every 25 hospitalized patients will contract a health-care-associated infection (HAI). Each year HAIs are a documented source of increased mortality and morbidity, significant costs for care delivery, and have a negative impact on the patient experience.
Two very important updates regarding CRE and Shigella sonnei outbreak investigations.
There are many elements that go into emergency response plans, and here we’ve outlined some of the main considerations of a plan as it relates to infection prevention and control and environmental services (EVS). It is EVS’ responsibility to ensure that it is able to provide a safe place for patients to be treated and heal—regardless of the conditions outside of the organization’s walls.
Each year, the U.S. Centers for Disease Control and Prevention (CDC) estimates that over 722,000 hospitalized patients contract a healthcare associated infection (HAI), resulting in over 75,000 deaths. In September 2013, the CDC released new evidence of emergent antimicrobial resistance threats and categorized them into categories of urgency.
Part one of this two-part article provided an overview of Legionnaires’ disease, the source of the bacterium in hospital water systems and aerosol vectors of infection. Part two focuses on the important role that a multidiscipline team plays in managing the legionellosis risk.
Fabrics play an important role in the transmission of bacteria. They have been proven to act as “fomites” – or where organisms can grow and multiply. And, even though soft surfaces constitute a significant portion of the patient’s immediate environment, they are often overlooked in everyday environmental hygiene practices.
EXPLORE spoke with Brian Tallmadge, CHESP, assistant chief, Environmental Management Services, at Ralph H. Johnson VA Medical Center in Charleston, S.C., about the latest technologies available for EVS professionals.
Given that an HAI can cost a facility up to $45,000, a more comprehensive approach to surface disinfection may be necessary. The adoption of UV surface treatment technology may be a cost-effective intervention.