Publish Date: December 1, 2016
Mary Ogg, MSN, RN, CNOR
AORN Senior Perioperative Practice Specialist
Many of us have shared anecdotal stories about persistent respiratory illnesses or allergies that plague us. I’ve wondered for years if my chronic bouts of laryngitis could be linked to my 20+ years of exposure to surgical smoke.
Today the strong collection of literature out there on the dangers of surgical smoke tells us that we’re probably right; that many perioperative RNs, doctors and other surgical team members have been harmed by exposure to surgical smoke. The research is also helping us understand how to protect our OR environment from the dangers of surgical smoke, yet many face this toxic harm every day because their facilities have not yet implemented safe surgical smoke practices. These safety practices include correctly using personal protective equipment and smoke evacuation technologies to adequately protect personnel (and patients) from exposure.
Perioperative nurses have the power to raise awareness and protect OR team members from toxic surgical smoke. We can share the evidence to turn the tide. Here are five research findings that made me a believer in the tangible dangers of surgical smoke:
- Inhaling the smoke produced when using an electrosurgery device to vaporize one gram of tissue is like smoking six unfiltered cigarettes in 15 minutes.
- Just being passively exposed to one day of surgical smoke in the OR exposes nurses to an equivalent mutagenicity of smoking 27 to 30 unfiltered cigarettes a day.
- Long-term exposure to polycyclic aromatic hydrocarbons (PAHs) such as benzene, along with particles and volatile organic compounds found in electrocautery smoke, may have synergistic and additive effects.
- Even when researchers found the levels of benzene, xylene, ozone, and other toxins in surgical smoke measured within permissible exposure limits, they cautioned that repeated exposure to a cocktail of these substances increases the possibility of developing adverse effects. Adverse health effects of benzene exposure include respiratory irritation, dizziness, headache, nausea, and fatigue.
- Infective and malignant cells found in the smoke plume of surgical smoke are sufficiently small enough to breathe in.
Now is the time for action to clear our ORs of toxic surgical smoke. There is strong evidence available to understand the dangers of surgical smoke, as well as technologies and evidence-based practices ready to implement.
With this abundance of evidence, AORN has taken a strong stand in support of surgical smoke safety. We just released a new guideline on surgical smoke safety (I am the lead author), and we just launched our new AORN Go Clear Award™ to help perioperative providers implement surgical smoke safety practices.
We will also be engaged in the most detailed dialogue to date on surgical smoke safety at AORN’s Global Surgical Conference & Expo, April 1–5, 2017 in Boston. I will be speaking at the Global Summit on Sunday, April 2, with my fellow surgical smoke safety advocates Brenda Ulmer and May Karam of the European Operating Room Nurses Association to relate the dangers of surgical smoke and to discuss safe practices in AORN’s surgical smoke safety guideline to mitigate exposure. I will also be speaking on this topic at the Executive Leadership Summit on April 4 with Christopher Peredny and Jeff Belcher who are currently implementing AORN’s Go Clear award. And, on the last day of the conference, I will be participating in a panel discussion with other AORN guideline authors to discuss and answer questions about the new surgical smoke safety guideline.
Take the opportunity at our annual conference to be a part of this new national dialogue on surgical smoke safety and get the information you need to make your own operating rooms smoke free.