Titlebook: Clinical Anesthesia; Near Misses and Less John G. Brock-Utne Book 20081st edition Springer-Verlag New York 2008 Trauma.airway management.ai

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The Key to Risk Management: Managementsia. Adequate regional anesthesia is established, and no sedation is given at the patient’s request. Nasal oxygen at 2 liters/min is provided throughout the procedure. The surgeon encounters difficulty in passing the urethral scope. He disconnects the fiberoptic illumination system (FIS) and leaves

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Springer Series in Reliability Engineeringtory. She takes no medication and has no allergies. The patient is otherwise healthy and has no complaints. She has removed her glasses and states that she does not use any contact lenses. You are joined by a medical student who put all the monitors on the patient, including the oxygen saturation mo

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Springer Series in Reliability Engineering for an awake craniotomy. His history includes previous surgery under general anesthesia for resection of an astrocytoma. He presented with severe seizure disorder, mainly caused by further growth of the cerebral tumor. He is very nervous about having this procedure awake. Initially, remifentanil, a

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,Applications — Operations Phase,laparoscopic cholecystectomy. On examination, she has a class 2 airway, weighs 80 kg, and is 5′6″. She has no other medical or surgical problems. The medical student places the IV and you induce anesthesia. The patient is easy to mask, and the medical student is doing a good job. You tell the medica

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https://doi.org/10.1007/978-1-84628-653-7ing room and routine monitors are placed. He is anesthetized, and the airway is secured uneventfully. He is disconnected from the ventilator and the table turned 180 degrees. The medical student who is working with you asks, “Why don’t you turn the patient 180 degrees and then put him to sleep?” You