Abstract:INTRAOPERATIVE cardiac arrest during neurosurgical operations can occur after massive blood loss in adults and in children. 1,2,3,4 Many of these procedures are performed in positions other than supine, and this could pose a major hurdle in successful resuscitation. 3 The practice of turning the patient supine for cardiopulmonary resuscitation (CPR) during neurosurgical operations has recently been questioned. 5 Although successful resuscitation has been reported in the prone position, there are no studies ava… Show more
“…A focus on advanced cardiac life support and rapid defibrillation may conflict with optimal management of surgical hemorrhage if the effort inhibits surgical access to the operative site. 23,24 More broadly, with intraoperative arrest, if providers are engaged in activity that is expected to reverse the etiology of the arrest, they may defer defibrillation to focus on performing the critical actions as rapidly and reliably as possible.…”
Delays in defibrillation occurred in one of seven cardiac arrests in the intraoperative and periprocedural arenas. Although delayed defibrillation was associated with lower rates of survival after cardiac arrests in periprocedural areas, there was no association with survival for cardiac arrests in the operating room.
“…A focus on advanced cardiac life support and rapid defibrillation may conflict with optimal management of surgical hemorrhage if the effort inhibits surgical access to the operative site. 23,24 More broadly, with intraoperative arrest, if providers are engaged in activity that is expected to reverse the etiology of the arrest, they may defer defibrillation to focus on performing the critical actions as rapidly and reliably as possible.…”
Delays in defibrillation occurred in one of seven cardiac arrests in the intraoperative and periprocedural arenas. Although delayed defibrillation was associated with lower rates of survival after cardiac arrests in periprocedural areas, there was no association with survival for cardiac arrests in the operating room.
“…However, there was no detailed description of chest compression performed in this position, and no requirement for defibrillation because normal sinus rhythm was restored spontaneously within several minutes. In another case report, CPR in the lateral decubitus position was administered to a 6-year-old boy during neurosurgery [3]. In this case, chest compression was performed by one rescuer because of the patient's small body size, and he too did not require defibrillation.…”
Cardiopulmonary resuscitation (CPR) in the lateral position during noncardiac surgery has been described in only a few reports in the past. Here, we report a case of cardiac arrest in a 61-year-old man undergoing microvascular decompression surgery for trigeminal neuralgia in the left lateral decubitus position. During the initial 5 min of CPR, chest compression was performed in this position by two rescuers; one from the chest and the other from the back, pushing simultaneously. Because ventricular arrhythmia was refractory to conventional CPR even after placing the patient back to the supine position, extracorporeal life support was introduced in the operating room by using the femoro-femoral approach (right atrio-femoral veno-arterial bypass). This alternative CPR markedly decreased the frequency of ventricular arrhythmia. Subsequent coronary angiogram detected 99% stenosis of the right coronary artery. Ventricular arrhythmia ceased after coronary revascularization, and the patient was successfully weaned from the extracorporeal bypass circuit. The patient was discharged alive with minimal neurological impairment. We suggest that chest compression in the lateral position by two rescuers is an efficient resuscitation maneuver, and if an electrical storm is refractory to conventional CPR, extracorporeal life support should be considered in the operating-room setting.
“…Some patients can be expected to be in cardiac arrest during an actual situation, and the quality of CPR may be affected by turning the patient away from the supine position. Effective chest compressions in the lateral position have been described in the literature, but evidence is limited [ 27 ]. In the incident described in the introduction, chest compressions by a well-trained health professional with a depth of the recommended approximate five centimetres could be continued in the semiprone position by placing one hand on the chest and the other on the child’s back; this would probably not have been easily achieved in an adult patient [ 27 – 29 ].…”
BackgroundEndotracheal intubation of patients with massive regurgitation represents a challenge in emergency airway management. Gastric contents tend to block suction catheters, and few treatment alternatives exist. Based on a technique that was successfully applied in our district, we wanted to examine if endotracheal intubation would be easier and quicker to perform when the patient is turned over to a semiprone position, as compared to the supine position.MethodsIn a randomized crossover simulation trial, a child manikin with on-going regurgitation was intubated both in the supine and semiprone positions. Endpoints were experienced difficulty with the procedure and time to intubation, as well as visually confirmed intubation and first-pass success rate.ResultsIntubation in the semiprone position was significantly easier and faster compared to the supine position; the median experienced difficulty on a visual analogue scale was 27 and 65, respectively (p = 0.004), and the median time to intubation was 26 and 45 s, respectively (p = 0.001). There were no significant differences in frequency of visually confirmed intubation (16 and 18, p = 0.490) of first-pass success rate (17 and 18, p = 1.000).ConclusionIn this experiment, endotracheal intubation during massive regurgitation with the patient in the semiprone position was significantly easier and quicker to perform than in the supine position. Endotracheal intubation in the semiprone position can provide a quick rescue method in situations where airway management is hindered by massive regurgitation, and it represents a possible supplement to current airway management training.
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