Solutions

Solutions powered by
Learn More.
abaqis for Skilled Nursing

abaqis®

Mitigate risk and elevate your quality of care. Improving both clinical and business outcomes starts with a smarter, more integrated approach to regulatory training, continuing education and quality management.

Learn More

NEW TO THE STORE

The S.T.A.B.L.E. Program Online Course

Improve quality of care for well and sick infants. Learn how it can transform your ability to accurately monitor and care for infants, improving their quality of life.

AACN ECCO Essentials of Critical Care Orientation

Essentials of Critical Care Orientation (ECCO), from the American Association of Critical-Care Nurses (AACN), is an interactive, case-based course designed to orient nurses on critical care basics.

COVID-19 Support Courses

These courses are designed to educate staff on current guidelines for infection control across various care settings and precautions for airborne pathogens.

LATEST & POPULAR

BLOG

Nurse Strikes are Scary, but License Verification Doesn’t Have to be
BLOG

Ten Trends for 2023: Rising Temperatures and Generational Changes
BLOG

Ten Trends for 2023: CMS Cuts and Other Disruptors
BLOG

Ten Trends for 2023: Hospital at Home and Integration of Behavioral Health and Primary Care
BLOG

Ten Trends for 2023: Emerging Technology and Cybersecurity
BLOG

Ten Trends for 2023: Financial Woes and Staffing

< HealthStream Resources

HSTMs Partners Addressing Top Health Technology Hazards blog image

HealthStream Partners Addressing Top Healthcare Technology Hazards

March 20, 2023
March 20, 2023

Founded as Emergency Care Research Institute, ERCI, is committed to scientific research that promotes meaningful improvements in patient care and safety. Their goal is to reduce preventable patient harm. ECRI provides information on hazards and deficiencies in medical devices each year and releases a list of the top ten technology hazards in order that healthcare leaders can focus on how to address these issues.

Our premier partner network has resources to help ensure that healthcare organizations and providers are aware of these hazards and offers some strategies to help mitigate the dangers to patients and staff. We will focus on two pressing issues of the ten hazards identified in the ECRI report.

 

Common Misconceptions About Electrosurgery Can Lead to Serious Burns

Electrosurgery units (ESUs) are useful to surgeons in cutting and coagulating tissue at the site of application. While ESUs have been in use in the OR for decades, they can cause fires and burns if operators do not understand the risks associated with their use. Most of the fires are caused when the ESU is improperly activated in an oxygen-rich environment. There are some common misconceptions that contribute to this risk:

  • Using multiple ESUs simultaneously on one patient presents no added risk. In reality, burn risks can increase exponentially when multiple ESUs are used.
  • The surgeon should activate the ESU’s active electrode before its tip is in contact with the patient. In fact, doing so causes a high voltage to develop in the ESU circuit, increasing the likelihood of patient or clinician injury.
  • The return electrode pad can never be safely applied over an orthopedic metal implant, tattoo, or piercing—an assumption that may prompt users to place the return electrode over a less safe part of the anatomy (e.g., a bony prominence). In fact, ECRI’s laboratory testing indicates that placing the return electrode over metal objects embedded in simulated surgical tissue does not heat or burn the surrounding tissue during ESU activation. (Note, however, that placement of the return electrode over a pacemaker or other electronic implant generally should be avoided.)

An incomplete understanding of the risks associated with any of the components involved in the electrosurgical circuit can lead to patient or clinician burns or other injuries.

There are some strategies that will mitigate the risk such as controlling the ignition source, managing fuels such as flammable surgical skin prep solutions and patient drapes, but any strategy needs a foundation in education. We have proudly partnered with the Association of PeriOperative Registered Nurses (AORN) to help healthcare organizations address this technology hazard. AORN’s Annual Electrosurgery Competency makes it easy for healthcare organizations and providers to identify gaps in knowledge and respond with the appropriate remedial education.

Using AORN’s Annual Electrosurgery Competency helps healthcare leaders be confident that the education that they provide around electrosurgery covers all of the current requirements and includes a blended learning approach that will engage learners.

 

Underreporting Device-Related Issues May Result in Recurrences of Those Issues

Continuing to use broken or malfunctioning equipment can result in patient harm. Providers sometimes skip reporting malfunctioning devices because they are simply too busy or are unfamiliar with the reporting protocols. However, continuing to use defective equipment can waste clinicians time and potentially result in patient harm.

The Safe Medical Devices Act (SMDA) requires that organizations report adverse events such as injury or death caused by faulty medical devices. The act covers equipment, supplies, and instruments. Some events need to be reported only to the device manufacturer while others need to be reported to the Food and Drug Administration (FDA.) Healthcare organizations need to remove barriers to reporting and educate employees about when reporting is required and how to go about reporting an issue. There are penalties for failing to report these events.

Compliance with SMDA requirements is essential to creating a safety culture, so it is important that staff have resources to help them better understand these issues. Our library from Home Care Pulse includes a review of SMDA requirements, guidance on removing the device from service, and identifying and reporting device-related issues.