EXTUBATION IS RISKY BUSINESS. WHY THE CONCLUSION OF GENERAL ANESTHESIA CAN BE A CRITICAL EVENT

Physician anesthesiologist at Stanford at Associated Anesthesiologists Medical Group
Richard Novak, MD is a Stanford physician board certified in anesthesiology and internal medicine.Dr. Novak is an Adjunct Clinical Professor in the Department of Anesthesiology, Perioperative and Pain Medicine at Stanford University, the Medical Director at Waverley Surgery Center in Palo Alto, California, and a member of the Associated Anesthesiologists Medical Group in Palo Alto, California.
emailrjnov@yahoo.com
THE ANESTHESIA CONSULTANT
preparing to remove an endotracheal tube from a patient

Every general anesthetic has risk. In the immortal words of Forrest Gump, “Sh*t happens.” The conclusion of most general anesthetics requires the removal of a breathing tube. The removal of this airway tube, an event called “extubation,” is a critical and sometimes dangerous event. Extubation is risky business.

The most invasive type of airway tube used in anesthesia is called an endotracheal tube, or ET tube. At the onset of general anesthesia anesthesiologists place an ET tube through the mouth, past the larynx (voice box), and into the trachea (windpipe). The ET tube is a conduit to safely transfer oxygen and anesthesia gases into and out of the lungs.

After a surgery is finished, anesthetic gases and intravenous anesthesia drugs are discontinued, and the patient wakes up within 5 to 15 minutes. If the patient has an ET tube, it is usually removed. Anesthesiologists are vigilant during extubation. In contrast, other operating room professionals are usually relaxed and winding down at this time, because the surgical procedure is finished. Extubation is not a time to relax. The incidence of respiratory complications (e.g. low oxygen saturations or airway obstruction) occurred at a significantly higher rate following extubation than during induction of anesthesia (P < 0.01).

The Difficult Airway Society Guidelines for the Management of Tracheal Extubation state that “tracheal extubation is a high-risk phase of anesthesia. The majority of problems that occur during extubation and emergence are of a minor nature, but a small and significant number may result in injury or death.”

Let’s examine five actual post-extubation scenarios that caused death, complications, or a near-miss: 

  1. During my first month of anesthesia training at a county hospital in San Jose, California, I chose to try to wake up a healthy patient without the presence of my faculty member. When I removed the endotracheal tube, the patient was unable to breathe and his oxygen level dropped acutely. I didn’t know what to do, and in a panic I paged my faculty member. He entered the operating room, elbowed me aside, assessed the diagnosis of laryngospasm, applied an anesthesia mask over the patient’s face, and began a chin-lift maneuver while forcing positive pressure oxygen into the patient via the mask. Within ten seconds the patient coughed, began breathing, and the oxygen level rose to safe levels. I was aghast with the acute deterioration I had neither predicted nor known how to remedy. The faculty member looked me in the eye and said, “Don’t take out the endotracheal tube until the patient opens his eyes.” I took that endotracheal tube out too early because I was inexperienced—still years away from finishing my anesthesia training. Laryngospasm occurs when the vocal cords clamp together following removal of the ET tube. This is usually caused by saliva or blood on the vocal cords during an intermediate phase of anesthesia. Laryngospasm is a vocal cord reflex which closes the cords to protect the trachea from aspirating fluid into the lungs. When the vocal cords remain closed, no oxygen can pass and an individual can die. The Difficult Airway Society Guidelines for the Management of Tracheal Extubation (see below), published in 2012, recommend to “wait until awake, eye opening/obeying commands,” just as my faculty member advised me in 1986.
Difficult Airway Society Guidelines “low risk” algorithm
NOTE: “Wait until awake (eye opening/obeying commands)”
  • A 40-year-old male presented for outpatient surgery on his nose. His past medical history was positive for obesity (220 pounds, 5 feet 6 inches tall) and hypertension. Anesthesia was induced with propofol, fentanyl, and rocuronium, and an ET tube was easily placed. The surgery concluded 2 hours later and the anesthetics were discontinued. The patient began to cough. The anesthesiologist decided to extubate the trachea at that time. After extubation the patient continued to make respiratory efforts, but no airflow was noted. The blood oxygen saturation dropped to a dangerous level of 78%. The anesthesiologist was unable to reintubate the trachea due to poor visibility. The oxygen saturation dropped to 50%. Seven minutes later, the anesthesiologist was finally able to replace the ET tube. Copious secretions were suctioned out of the tube, ventilation remained difficult, and the oxygen saturation level remained in the 50% range. The patient’s ECG deteriorated into a cardiac arrest. He was resuscitated, and 20 minutes later his oxygen saturation finally rose to 94%. A chest x-ray showed pulmonary edema, meaning that the lungs were full of fluid. The diagnosis was laryngospasm leading to negative pressure pulmonary edema. When a patient powerfully attempts to inhale against the obstructed vocal cords of laryngospasm, the negative pressure of each inhale moves fluid from blood vessels into the airway spaces of the lungs, a phenomenon is called negative pressure pulmonary edema. This patient was eventually declared brain dead due to prolonged his prolonged low oxygen levels.
Chest X-ray showing increased lung water in negative pressure pulmonary edema
  • A 40-year-old male presented for a routine elective upper GI endoscopy procedure. He was morbidly obese, with a weight of 380 pounds and a height of 5 feet 4 inches. The anesthesiologist induced anesthesia with propofol and paralyzed the patient with rocuronium in order to place the ET tube prior to the procedure. The procedure lasted only 15 minutes. The paralysis was reversed by the drug combination of neostigmine 5 mg and Robinul 1 mg, and patient was extubated awake. In the first minute it became clear that the patient was still partially paralyzed and unable to ventilate himself. The blood oxygen level dropped acutely to life-threatening levels. The anesthesiologist then performed an emergency reintubation to replace the ET tube to again ventilate oxygen into the patient’s lungs to save his life. (Note- this case occurred in 2015, prior to the availability of sugammadex, a new intravenous drug which rapidly and reliably reverses rocuronium paralysis in a minute or less.) 
  • An 80-year-old female presented for elective right elbow surgery. She was obese (220 pounds, 5 feet tall), had a past history of congestive heart failure, and had her aortic valve replaced two years earlier. She had a history of shortness of breath climbing one flight of stairs. The anesthesiologist induced anesthesia with propofol and rocuronium, and placed an ET tube. At the conclusion of surgery, the anesthetics were discontinued. While the ET tube remained in place, her blood pressure climbed to a high of 200/120, her heart rate climbed to 120 beats per minute, and white froth began to occlude the inside of the ET tube. This fluid was pouring out of her lungs due to acute congestive heart failure caused by marked hypertension. During extubation, 10 – 30 % increases in both heart rate and blood pressure can occur. Hypertension and increased heart rate must be monitored and treated during the extubation of patients with cardiac disease. The patient was ventilated with 100% oxygen, an arterial line was placed in the radial artery in her wrist to continually monitor her elevated blood pressure, and an emergency infusion of an ICU antihypertensive drug called nitroprusside was started. The nitroprusside decreased the blood pressure to 150/80, she was re-sedated with propofol, and she was transferred to an ICU with the ET tube still in place. A myocardial infarction was ruled out by blood tests. The ET tube was removed in the ICU the following morning. She walked out of the hospital two days later. 
  • A healthy 4-year-old female had a general anesthetic for elective surgery to reconstruct her middle ear. After a ninety-minute surgery, the anesthetics were discontinued. Five minutes later she opened her eyes. Just seconds prior to the planned extubation, the patient vomited 100 milliliters of brown solid and liquid material which overflowed from her mouth. The anesthesiologist inserted a suction catheter into her mouth to remove the vomitus. The lung examination with a stethoscope confirmed normal breath sounds. The patient’s vital signs remained normal and the ET tube was removed. The patient suffered no respiratory distress, and the lungs were free from of the stomach contents. The cuffed ET tube prevented aspiration of the vomitus into her lungs. If her ET tube had been removed at any point prior to the vomiting, it’s likely the solid and liquid stomach contents would have descended into her lungs, clogged and obstructed her lower airways, and required insertion of a new ET tube and transfer to an ICU for treatment of aspiration of stomach contents into the lungs. 

My advice to anesthesia professionals regarding extubation is to:

  • Review the Difficult Airway Society Guidelines for the Management of Tracheal Extubation. The guidelines advise awake extubation. My advice, in line with this publication, is: The ET tube is your friend. Don’t pull it out until you’re certain you don’t need it any more. Prior to extubation, many patients will struggle and move prior to the time they open their eyes or can obey commands. An onlooking surgeon will at times say, “can you take the tube out now? The patient is going to rip their sutures out or have bleeding from the surgical site.” At times anesthesiologists will comply and remove the ET tube earlier at this request. Most of the time there will be no serious complication, but there will at times be complications of airway obstruction, laryngospasm, or low oxygen levels. If a bad outcome occurs, the anesthesiologist will own the complication. No one will blame the surgeon.
  • Pass the American Board of Anesthesiologists oral board examination, and become board-certified in anesthesiology. The time spent studying for the oral boards will make you a safer and smarter anesthesiologist who is better prepared to handle emergency situations. A study in Anesthesiology showed rates for death and failure to rescue from crises were greater when anesthesia care was delivered by non-board certified midcareer anesthesiologists. In the Stanford Department of Anesthesiology, we administer mock oral board examinations to the residents and fellows twice a year. Managing a sudden hypoxic episode is a common question during the oral exam. If you can think well in a room in front of two examiners, you are more likely to think well in a true emergency when your patient’s life is at stake.
  • If you have access to anesthesia simulator sessions, enroll yourself. Like the flight simulator training that commercial pilots are required to complete, anesthesia simulators hone the emergency skills of individual anesthesiologists.

What if you’re a patient and you’re contemplating surgery? How can you optimize your chances to avoid an anesthetic complication? I offer these suggestions:

  • Choose to have your surgery at a facility that is staffed with American Board of Anesthesiology board-certified physician anesthesiologists.
  • Ask a knowledgeable medical professional to recommend a specific anesthesiologist at your facility, and request that specific anesthesiologist for your care.
  • Inquire about who would manage your crisis if you have one during or after your surgery. Will your anesthesia professional be a physician anesthesiologist, a Certified Registered Nurse Anesthetist (CRNA), or an anesthesia care team made up of both? If an anesthesia care team is attending to you, how many rooms is each physician anesthesiologist supervising? How far away or how many minutes away will your physician anesthesiologist be while you are asleep?
  • In the future, quality of care data will be available on facilities and physicians, including anesthesiologists. These metrics will allow patients to compare facilities and physicians. Do your homework with whatever data is publicized. Research the facility you are about to be anesthetized in.
  • You are a higher risk patient if you have: significant obesity, obstructive sleep apnea, heart problems, breathing problems, age > 65, if you’re having regular dialysis, emergency surgery, abdominal surgery, chest surgery, major vascular surgery, cardiac surgery, brain surgery, regular dialysis, a total joint replacement, or a surgery involving a high blood loss. Be aware you’re at a higher risk, and ask more questions of your surgeon and your anesthesia provider. 

Neither anesthesia providers nor patients want to be victims of an anesthetic emergency that leads to a bad outcome.

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The most popular posts for laypeople on The Anesthesia Consultant include:
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WHEN SURGEONS, OR PATIENTS, TRY TO TELL THE ANESTHESIOLOGIST WHAT TO DO — 14 EXAMPLES

Physician anesthesiologist at Stanford at Associated Anesthesiologists Medical Group
Richard Novak, MD is a Stanford physician board certified in anesthesiology and internal medicine.Dr. Novak is an Adjunct Clinical Professor in the Department of Anesthesiology, Perioperative and Pain Medicine at Stanford University, the Medical Director at Waverley Surgery Center in Palo Alto, California, and a member of the Associated Anesthesiologists Medical Group in Palo Alto, California.
emailrjnov@yahoo.com
THE ANESTHESIA CONSULTANT

You’re a board-certified anesthesiologist. You’ve graduated from a residency program in which you learned the nuances of preoperative, intraoperative, and postoperative anesthesia practice. Yet at times, surgeons or patients will ask you to do something counter to your medical judgment.

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Individuals would never board a Boeing 787 aircraft and tell the pilot what to do, but individuals will try to influence their anesthesiologist.

Let’s look at some examples:

 

WHEN SURGEONS TRY TO TELL THE ANESTHESIOLOGIST WHAT TO DO:

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  1. “This patient’s not too sick. You’re wrong to cancel his surgery.” In an example of this scenario, an orthopedic surgeon tries to convince you that the 65-year-old obstructive sleep apnea patient with a BMI of 40 who never walks further than the distance from his couch to his kitchen table is “not that sick,” and that you should not cancel the patient’s rotator cuff repair at a freestanding outpatient surgery center. Trust your training and your intuition. You believe the patient is high risk in terms of his airway, his breathing, his cardiac status, and his potential for post-operative complications. You’re trained in perioperative medicine. The orthopedic surgeon is trained in the management of joint and bone disorders. Tell the surgeon that the patient needs to have cardiac clearance prior to any general anesthetic, and that the case needs to be done in a hospital setting rather than at a freestanding surgery center.
  2. “Just do MAC (Monitored Anesthesia Care) anesthesia for this case, but make sure he’s asleep. My patient doesn’t want to hear anything.” In an example of this scenario, a surgeon schedules an inguinal hernia repair as a MAC anesthetic. The surgeon intends to supplement your intravenous (IV) sedation with local anesthetic at the surgical site. The surgeon told the patient to expect “a twilight sleep during the surgery.” You discuss this with the surgeon, who requests you, “Just give the patient sedation with propofol.” Per the American Society of Anesthesiologists Continuum of Depth of Sedation, if a patient is unarousable even with painful stimulation, that is a general anesthetic. In contrast, if a patient shows purposeful response following repeated or painful stimulation, that is deep sedation. It’s possible to infuse propofol and keep a patient purposefully responsive, but very few of us do this. Propofol infusions are typically used to make our patients sleep, and most propofol infusions cross the American Society of Anesthesiologists line into general anesthesia. If there is a complication or a bad outcome after the surgery, and you delivered general anesthesia when the operating room schedule said MAC and your preoperative anesthesia note stated the anesthesia plan was MAC, then you’re at medical-legal risk for delivering a deeper anesthetic than what was documented on the schedule and on your anesthetic plan.
  3. “Can you do an axillary block for this finger surgery?” In an example of this scenario, the surgeon requests an axillary block for a debridement of a finger surgery. You’re comfortable placing ultrasound-assisted regional anesthetic blocks, but you’re not confident with this particular block. You discuss other options with the surgeon, and suggest he places a digital block, which is more specific and incurs less risks than the axillary block. He pushes back, wanting you to do the axillary block. But if you don’t want to do the block, you don’t have to. You’re in charge of the anesthetic. You make the decision. The case proceeds with intravenous sedation, the surgeon complies with your request and blocks the base of the finger with local anesthesia, and the patient does fine.
  4. “This patient doesn’t need an arterial line (or a central venous pressure line).” In an example of this scenario, an 70-year-old woman with aortic stenosis is about to undergo an exploratory laparotomy for a perforated bowel. You’re concerned about maintaining her cardiac output, blood pressure, and blood volume during the surgery, and decide she needs an arterial line prior to induction and an internal jugular CVP after induction. The surgeon, in a hurry to proceed with the laparotomy, tells you neither of these lines is necessary. Your answer? Because you’re the expert in perioperative medicine, you tell him you need those lines and you will put them in. If there is a death or a dire cardiovascular complication, you’ll be the physician who will face the criticism if you did not place the lines. Blaming the surgeon will not protect you.
  5. After the conclusion of a surgery, the surgeon says, “What are you waiting for? Extubate the patient. She is bucking and coughing. Extubate the patient!” In an example of this scenario, after the conclusion of a tonsillectomy, you turn off the anesthetics. The patient eventually coughs and bucks on the endotracheal tube, but has not opened her eyes. When you open her eyelids, you note that her gaze is dysconjugate. You’re concerned that if you extubate the trachea, this still-emerging patient could develop laryngospasm. The surgeon then says, “When are you going to extubate? All this coughing is raising the blood pressure, and will cause bleeding and I’ll have a complication.” What should you do? Anesthesia practice must always follow the priorities of A-B-C, or Airway-Breathing-Circulation. You’re in charge of the airway. The endotracheal tube is your friend until the patient opens her eyes, is awake and responsive, and can maintain her own airway. Take out the breathing tube when you’re ready, not when the surgeon asks you to.
  6. Near the conclusion of surgery the surgeon says, “I’d like you to please extubate this patient deep.” In an example of this scenario, a patient has just received a five-hour general anesthetic for a facelift. As in the example above, the surgeon is concerned that coughing or bucking on the endotracheal tube at emergence will elevate the blood pressure and cause increased postsurgical bleeding. What should you do? Again, follow your training and experience. Anesthesia practice must always follow the priorities of A-B-C, or Airway-Breathing-Circulation. You’re in charge of the airway. The endotracheal tube is your friend until your patient opens her eyes, is awake and responsive, and can maintain her own airway. Certain slender, healthy patients are safe to extubate deeply, but this author is unconvinced of the benefit/risk analysis of deep extubation. You may make the surgeon happy, and you may continue to have a safe airway under general anesthesia in the absence of the endotracheal tube, but what if you don’t? What if the airway is poorly maintained in this patient after this five-hour surgery, when her entire head and jaw are wrapped up in a bulky facelift dressing? My advice is to take out the breathing tube when you’re ready, not when the surgeon asks you to.
  7. “Just give the patient a little bit of anesthesia, because my procedure will only last 10 minutes.” In an example of this scenario, the surgeon requests you sedate a 210-pound woman with a Body Mass Index (BMI) = 36 for a 15-minute egg retrieval. Because of the brief and seemingly trivial nature of the procedure, the gynecologist requests an anesthetic free of any airway tubes. You assess the patient and her airway, and decide you’ll need to use a laryngeal mask airway (LMA), with an endotracheal tube ready to go if the woman’s ventilation on the LMA is suboptimal. You explain to the surgeon that you’re doing what is safe, despite the requests the surgeon made. On obese, elderly, pediatric, or sicker patients, there are simple surgeries, but there are no simple anesthetics. Rely on your experience and training, and do the anesthetic by the standard of care.
  8. “I’d like to do this procedure in my office operating room, not in a surgery center or the hospital.” In an example of this scenario, the surgeon has a patient he’d only like to operate on in his office. You’ve worked at his office before, and you know his office operating room does not have an anesthesia machine. Your technique there is limited to IV sedation without any airway tubes or ventilation. You discover that the patient is an obese 45-year-old woman with a BMI = 32, and the planned procedure is implantation of a maxillary bone graft. Your concern is that you will not be able to safely sedate or anesthetize this woman for this oral surgery without a breathing tube or an anesthesia machine. The surgeon objects, and says that the woman does not have enough money to pay for the procedure to be done at the local outpatient surgery center, and that’s why he needs to do it in the office. You stand firm, and kindly refuse to do the anesthetic in his office.

 

 

WHEN PATIENTS TRY TO TELL THE ANESTHESIOLOGIST WHAT TO DO:

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  1. “I don’t want a breathing tube into my windpipe and voice box because I’m a singer and I don’t want my voice ruined.” In an example of this scenario, a 35-year-old 250-pound man with a BMI of 34 who sings in a rock ‘n roll band is about to have a lumbar laminectomy. He does not want to be intubated. He read about anesthesia on the Internet, and he wants you to use an LMA instead of an endotracheal tube. Your response? You advise him that per your experience and training, his only safe airway management is with an endotracheal tube, not with an LMA. You tell him that yes, he will have a sore throat after surgery, and the irritation to his vocal cords may cause a temporary hoarse voice. You advise him that the duration of the hoarse voice should be no more than several days or a week or two, and that it’s rare for any voice change to be permanent. You advise him that he can consent to the endotracheal tube with these risks, or he can refuse. If he refuses the appropriate airway tube management, you will decline to give him anesthesia today.
  2. “I want to be awake for my surgery, so I can watch and talk to the surgeon.” In an example of this scenario, a 55-year-old woman scheduled for a knee arthroscopy wants to be awake for the surgery. She is visibly nervous, and tells you she wants to be awake because she is afraid of dying during a general anesthetic. You discuss the options with the patient, which include spinal anesthesia, epidural anesthesia, or regional blocks, each accompanied by intravenous sedation if necessary, which will permit her to be comfortable and awake. She declines each of these. She just wants “some medicine in the IV to take the edge off while I’m still awake, just like I did with my last colonoscopy.” You discuss with her that knee surgery is more painful than a colonoscopy. You discuss with her that she will need more anesthesia than she is requesting. You leave the bedside and talk to the surgeon about the options. The surgeon is agreeable with injecting local anesthesia into the knee, as a supplement to the intravenous sedation you will administer. The patient, the surgeon, and you all agree with this plan. You also give the patient informed consent that if she is not comfortable, she may need more anesthesia medications from you and she may have to go to sleep. Begrudgingly, she consents. Five minutes into the surgery, despite 200 micrograms of IV fentanyl, 6 milligrams of IV midazolam, and appropriate 2% lidocaine injections into the knee joint by the surgeon, the patient is uncomfortable, crying, and in a state of panic. You begin an infusion of propofol, she goes to sleep, and the ordeal is over. She awakens in the PACU without complications and without complaints. In my experience, many patients who demand or insist on being awake during surgery are patients who hope to control circumstances in the middle of surgery, rather than trusting their anesthesiologist and surgeon. Don’t be surprised if these patients wind up requiring general anesthetics. Make sure you have preoperative informed consent for general anesthesia as a back up, because it’s likely you’ll need to administer it.
  3. A patient who’s been in the PACU (Post Anesthesia Care Unit) for an hour tells you, “I want more intravenous narcotics.” In an example of this scenario, a patient who had an arthroscopic anterior cruciate ligament (ACL) reconstruction is complaining of 8/10 pain ninety minutes postoperatively. He’s received 300 micrograms of fentanyl and two Percocet in the PACU, and says he is still uncomfortable. You go to his bedside, and witness that he is in no acute distress. His vital signs are normal, with a respiratory rate of 12 breaths per minute. He refused a femoral nerve block prior to surgery. Because he’s been medicated, the option of having him sign a consent and performing a femoral nerve block now is out of the question. Your assessment is that his pain score is inflated. One man’s 8/10 may be another’s 3/10. His respiratory rate is already low normal, and he’s received the adjunct of 30 mg of IV Toradol, as well as the Percocet. At this point in my practice I have the following conversation with the patient: I tell them, “You’ve already had the standard pain-relieving medications, including the oral medication the surgeon prescribed for home use. One option now would be to hospitalize you so that you can continue to receive IV narcotics, but we don’t hospitalize healthy patients after routine ACL reconstruction. A second option is for you to stay here in the PACU and continue to receive IV narcotics, but that makes little sense because you cannot continue IV narcotics at home. So the remaining option is for you to be discharged on the oral medication Percocet that the surgeon prescribed.” There’s a point after routine outpatient surgeries where there’s no rationale for the continued administration of IV narcotics, and the patient needs to be discharged home on their oral medications.
  4. Your awake patient in the PACU says, “I’m so anxious. Can I have more of that Versed you gave me before surgery?” In an example of this scenario, a patient with chronic anxiety wakes up from an uneventful anesthetic with complaints of nervousness. The role of the PACU staff is to monitor Airway-Breathing-Circulation while tending to common postsurgical complaints such as pain and nausea until the anesthetics wear off sufficiently for discharge. In my residency, my professors taught me that benzodiazepines were valuable preoperatively but have no role in the PACU, and I still follow this principle. The PACU is a temporary destination prior to discharging a patient home or to their hospital room. Sedating these patients with Versed or any other benzodiazepine in the PACU will prolong their recovery and is not indicated. The best treatment for PACU anxiety is often to discharge the patient out of the PACU.
  5. Your next patient is a child. His parent tells you, “I want to be in the operating room when my son goes to sleep. He needs me.” In an example of this scenario, the mother of a 3-year-old patient wants to accompany her son into the operating room to emotionally support the boy during a mask induction with sevoflurane. The scheduled procedure is bilateral ear pressure-equalizing tubes surgery. This author believes that parent(s) can be a distraction during the potentially dangerous time of mask induction of anesthesia. I’ve done thousands of pediatric inductions without parental presence, and I never wished I had a layperson there at my elbow while I was trying to assure safe airway management. Letting the child watch an iPad as they separate from their parents and engage in the anesthesia induction is a modern solution to this problem.
  6. A preoperative patient with a dangerous airway problem (think ankylosing spondylitis or Treacher Collins syndrome) tells you, “I refuse to have an awake intubation. I need the general anesthesia first before you put in that breathing tube.” In an example of this scenario, an 18-year-old boy with Treacher Collins syndrome and a very abnormal airway refuses awake intubation for an emergency appendectomy. Your assessment of his airway is that you will not be able to visualize the vocal cords with either traditional laryngoscopy or video laryngoscopy. You’re uncertain you can mask ventilate the patient if he is asleep either. You tell him he can be sedated and relaxed for an awake intubation, but you cannot administer general anesthetic prior to his intubation, for safety reasons. Per a study on this very topic, you decide to use dexmedetomidine , which has minimal respiratory depression, to sedate him, and you acquire the assistance of a second anesthesiologist to monitor the patient and manage the sedation while you apply topical anesthesia to the airway and drive the fiberoptic scope. After thirty minutes of work, the two of you manage to successfully insert the endotracheal tube, and the surgery can begin.

 

The overwhelming majority of anesthesiologist-surgeon and anesthesiologist-patient interactions are positive. But when conflicts such as these examples occur, the take-home messages are:

  1. YOU ARE THE BOARD-CERTIFIED SPECIALIST IN ANESTHESIA. IT IS YOUR JOB TO MAKE THE ANESTHESIA DECISIONS.
  2. SURGEONS ARE SPECIALISTS IN SURGERY. THEY ARE NOT SPECIALISTS IN ANESTHESIA OR PERIOPERATIVE MEDICINE.
  3. YOU PAY YOUR OWN MALPRACTICE INSURANCE, AND YOU HAVE TO ANSWER TO THE CONSEQUENCES IF YOU GET SUED. IF YOU ARE SUED, THE KEY QUESTION WILL BE “DID THE ANESTHESIOLOGIST PRACTICE AT THE STANDARD OF CARE?” REPLYING THAT THE SURGEON OR THE PATIENT TALKED YOU INTO A SUB-STANDARD PRACTICE IS NO DEFENSE. IT IS YOUR JOB TO MAKE THE ANESTHESIA DECISIONS.
  4. THE CORRECT ANESTHETIC PLAN IS THE SIMPLEST ANESTHETIC PLAN THAT ALL THREE PARTIES (THE SURGEON, THE PATIENT, AND YOU) AGREE TO.

 

The most popular posts for laypeople on The Anesthesia Consultant include:

How Long Will It Take To Wake Up From General Anesthesia?

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Will I Be Nauseated After General Anesthesia?

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LEARN MORE ABOUT RICK NOVAK’S FICTION WRITING AT RICK NOVAK.COM BY CLICKING ON THE PICTURE BELOW:

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