Chuck Biddle PhD, CRNA is a Professor Emeritus of anesthesiology at Virginia Commonwealth University and served as the editor in chief of the AANA Journal for 35 years.  His anesthesia education & master’s degree are from Old Dominion University and he completed his PhD in Epidemiology at the University of Missouri.  

Chuck is one of my favorite people in the world of anesthesiology.  He’s one of those folks who have put the time in over decades to develop a true, deep mastery of their profession while at the same time bringing with them a level of authenticity, integrity and humility that garners true respect.  He’s a guide.  He’s helped countless physician & nurse anesthesiology trainees develop and gain a love of the work we do.  And one of the central focuses of his career has been fervently working to understand the things that put our patients at risk and develop research and insights for practice to advance patient safety.

Which brings us to this show.  

In this episode, Dr Biddle turns our attention to what happens to patients after they go home from day surgery.  We talk about a study his team did at VCU where they sent patients home with pulse oximeter monitors and tracked their course for 48 hours following day surgery. 

We talk how novel this idea is in that very few studies have actually looked at what happens to patients following ambulatory surgery and that a certain segment of these patients – those who have obstructive sleep apnea are at particular risk for devastating postoperative complications.  Chuck points to Jonathan Benumof’s, MD 2016 article in the Canadian Journal of Anesthesia titled Mismanagement of patients with obstructive sleep apnea may result in finding these patients dead in bed (full article below).  Dr Benumof is a world-renowned physician anesthesiology and expert in airway management and pulmonary physiology. He is a professor of anesthesiology at the University of California – San Diego’s School of Medicine. Over the 15 years prior to the publication of Dr Benumof’s article in which he served as an expert witness in litigation cases, he testified on 12 cases where OSA patients died within 48 hours of surgery.  In  the article, he unpacks each of those cases and provides the following prototypical dead in bed OSA patient:

“A 58-yr-old continuous positive airway pressure (CPAP)-compliant male (170 cm, 120 kg, body mass index 40 kgm-2) with polysomnography (PSG)-proven severe OSA undergoes orthopedic, upper airway, or abdominal surgery under general anesthesia. The patient has an uncomplicated stay in the postanesthesia care unit until discharged to an unmonitored bed without CPAP or oxygen. After receiving small (and within standard of care) doses of narcotics for pain for 11 hr, the patient is found DIB [dead in bed]. Advanced cardiac life support is either not attempted or fails to return the patient to their baseline state of life (Benumof, 2016).”

This episode is one of those discussions that makes you see the work you do in a whole new light and gives you a renewed sense of ownership over making sure you and your colleagues are doing the right thing for your patients.  This show is coming out on 28 January 2024 and was originally recorded at VCU’s studio with a table top microphone back in the summer of 2017.  I apologize that the audio is a little hazy but the power of Dr Biddle’s research and passion for this topic are still very much relevant to providers today.  So with that, let’s get to the show!

Benumof, J. L. (2015). The elephant in the room is bigger than you think: finding obstructive sleep apnea patients dead in bed postoperatively. Anesthesia & Analgesia, 120(2), 491.

Hill, M. V., Stucke, R. S., McMahon, M. L., Beeman, J. L., & Barth Jr, R. J. (2018). An educational intervention decreases opioid prescribing after general surgical operations. Annals of surgery, 267(3), 468-472.

Biddle, C., Elam, C., Lahaye, L., Kerr, G., Chubb, L., & Verhulst, B. (2021). Predictors of at-home arterial oxygen desaturation events in ambulatory surgical patients. Journal of Patient Safety, 17(3), e186-e191.