Perception is Everything
When it comes to regional anesthesia programs, success or failure can hinge on the perception of the surgical team. The good news is that we can do a lot to ensure that the benefits of regional anesthesia shine through. Often, the first step is to challenge our conventions.

Several studies have shown that orthopedic surgeons perceive OR inefficiency as the greatest liability of regional anesthesia. They're right, sort of. Regional anesthesia is inefficient in a facility that is set up for general anesthesia. Patients who receive blocks require more preparation time and preoperative nursing support than those who do not, and this can cause surgical delays when the schedule and nursing personnel are weighted toward post-op recovery. Yet it doesn't have to be this way. In our facility, patients arrive two hours before surgery. We immediately ‘fast-track' them through admission so we have enough time to obtain an informed consent, answer questions, sedate patients, perform the blocks, and allow time for the blocks to set up in our holding room bays. These bays are part of a dedicated ‘regional anesthesia area' that we specifically designed and equipped to facilitate regional anesthesia. We also train enough nurses and ensure that they are dedicated specifically to supporting the pre-op administration of peripheral and neuraxial blocks. We cross-train our other nurses and teach them the unique skills they need to efficiently ready patients for regional anesthesia.

Some surgeons also think regional anesthesia is less effective than general anesthesia because “general anesthesia always works.” But is it our sole goal to have a smooth intraoperative experience with an unconscious patient, regardless of what happens in the PACU and at home? Or, is it our goal to ensure the best and most efficient perioperative care? When we broaden our focus to include the entire course of care—including pre- and postop nursing requirements, prep and recovery times, immediate postop and post-discharge interventions for pain and PONV, and patient satisfaction —the perception that general anesthesia ‘always works' may change. In cases where it's indicated, regional anesthesia typically comes out on top.

Some surgeons also believe that regional anesthesia causes more complications than general anesthesia. I know of no evidence to support this perception, but it may stem from the fact that we sometimes follow-up with regional anesthesia patients more rigorously, and as a result uncover more information. For example, we might routinely ask patients who receive peripheral nerve blocks about transient neuropraxia, but we do not routinely solicit these reports from general anesthesia patients. In fact, neuropraxia is a common finding in controlled studies, regardless of type of anesthesia. Here is another example. For a while at our own institution, we became concerned that regional anesthesia patients were more prone to falling postoperatively. Further investigation showed that we weren't asking general anesthesia patients about falls. When we did, we learned that these patients were also at risk of falling. One possible reason had nothing to do with anesthesia. We were not routinely issuing crutches to lower extremity surgery patients, and they were literally “hopping” home!

In many ways, regional anesthesia success depends on the ability of facility managers and the surgical team to challenge some long-held paradigms. No matter the ultimate decision, this is always a worthwhile exercise. Whenever we can take a step back, evaluate the entire course of care, and think deliberately about why we do what we do, we take strides toward improving patients' experiences—and our own.

Dr. Gerancher is Associate Professor with the Department of Anesthesiology at Wake Forest University School of Medicine and Section Head of Regional Anesthesia and Acute Pain Management in Winston-Salem, N.C.

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Part 36: Our Insurers Pay for Peripheral Nerve Blocks
Part 35: Fortifying Our Future With PNB Training
Part 34: Stimulating Catheters for Outpatient Surgery
Part 33: When Should We Use Stimulating Catheters?
Part 32: What Is Ultrasound's Role in Peripheral Nerve Blocks?
Part 31: There's No Better Advertisement than a Happy Patient!
Part 30: Avoiding Post-Lithotripsy Pain
Part 29: Regional Anesthesia Took My Pain From 10 to 0
Part 28: How to Make Peripheral Nerve Blocks Even Safer
Part 27: Helping Patients Understand Regional Blocks
Part 26: Ultrasound and Nerve Stimulation: Perfect Together
Part 25: The Post-Opioid Era
Part 24: Practical Pain Control
Part 23: In Our PACU, Blocks Made Miles of Difference
Part 22: Filling the Analgesic Gap
Part 21: Is Regional Anesthesia More Cost-Efficient?
Part 20: Prime Patients Early for PNB Success
Part 19: With Nerve Blocks, Time is Safety
Part 18: Nerve Blocks Improve Patient Well-Being
Part 17: The PNBs Have It
Part 16: Continuous Peripheral Nerve Blocks: The Jury Is In
Part 15: Is Regional Anesthesia More Cost-Efficient?
Part 14: Block On!
Part 13: Regional Anesthesia: Lessons from Iraq
Part 12: Help is On the Way
Part 11: The Promise of Pediatric Peripheral Nerve Blocks
Part 10: Building a Better Regional Anesthesia Procedure Note
Part 9: Perception is Everything
Part 8: Peripheral Nerve Stimulators Improve Patient Comfort
Part 7: Regional Anesthesia Helps Elderly Patients Stay Alert and On Track
Part 6: 4 Ways to Make Continuous Infusions Run More Smoothly
Part 5: Tips for Managing Orthopedic Regional Anesthesia Patients
Part 4: How to Bill for Regional Anesthesia
Part 3: How to Ease Into Regional Blocks
Part 2: 3 Things to Know About Regional Anesthesia Programs
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