Superbug Outbreak Tied to Improper Sanitation and PPE Practices

Government study examines how COVID-19 patients became infected with C. auris

January 13, 2021

Although COVID-19 appears to have taken over the focus of hospital workers caring for patients and cleaning their rooms, antibiotic-resistant superbugs remain a threat, especially when contracted by those also exposed to the SARS-CoV-2 virus.

A new study by the U.S. Centers for Disease Control and Prevention (CDC) looked at how COVID-19 patients at a Florida hospital became infected with Candida auris, or C. auris.

C. auris is one of the five superbugs on the CDC urgent threat list. It is a species of fungus—a multidrug-resistant yeast—which was first identified in 2009 and can cause invasive bloodstream, wound, and ear infections. It can also be found in urine and respiratory samples.

In January 2020, the CDC reported the largest U.S. concentrations of the fungus was in New York. By October 31, C. auris had been documented in more than 30 countries with more than 1,500 U.S. cases reported to the CDC, NDTV reports. It is associated with up to 40% of hospital mortality cases and has been found on surfaces and equipment inside health care facilities.

Before the COVID-19 pandemic, the Florida hospital was conducting admission screenings for C. auris and infected patients were housed in a separate ward. Despite these precautions, the C. auris outbreak began in July 2020 and was reported to the Florida Department of Health. Four COVID-19 patients were infected with the fungus—three through bloodstream infections and one from a urinary tract infection.

In August, the hospital identified 35 more patients with the fungus. Eight of these patients died within 30 days of screening, but it has not been clear whether the fungus contributed to their death.

The Florida Department of Health and CDC performed a joint investigation focused on infection prevention and control measures at the hospital. They included observation of health care personnel, use of personal protective equipment (PPE), disinfection of shared medical equipment, hand hygiene, and supply storage.

The investigation discovered numerous weaknesses including:

  • Mobile computers and medical equipment were not always disinfected between uses
  • Medical supplies were stored in open bins in hallways
  • Health care personnel were observed missing opportunities to perform hand hygiene
  • Health care staff wearing multiple layers of PPE were found to heighten the risk of microbe transmission
  • Staff practice of reusing PPE also was found to increase microbe transmission.

The study found when the hospital removed supplies from hallways, enhanced cleaning and disinfection practices, and ceased base layer and reuse PPE practices, no further C. auris transmission was detected on subsequent surveys.

Latest Articles

Choosing the Right Color Palette
April 22, 2024 Nicole Davis

Choosing the Right Color Palette

April 18, 2024 Jeff Cross

The Holistic Truth About Improving IAQ

April 17, 2024

Air Quality 2.0—Shaping IAQ Now and Into the Future

Sponsored Articles

Jerred Attanasio at Spartan
April 11, 2024 Sponsored by Spartan Chemical Company

CleanCheck: The BSC’s Secret to Compliance, Safety, and Employee Retention

April 5, 2024 Sponsored by Sani Professional

Transforming Sustainability in Food Service: Sani Professional’s Versatile Dry Food Service Towel

March 18, 2024 Sponsored by Spartan Chemical Co.

Safer Choice® Certified Products From Spartan Chemical

Recent News

Earth Day 2024

Earth Day Reminds Us of Our Impact on the Environment

California Committee Passes 2,000 Square Feet Production-Rate Bill

How the CDC’s New Security Strategy Will Manage Emerging Health Threats