American journal of surgery
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The retroperitoneal approach for elective infrarenal aortic procedures is an attractive alternative to the standard transperitoneal approach. In an effort to limit the number of extraneous influences on patient outcome, this approach was performed using epidural anesthesia without the use of endotracheal intubation or general anesthesia. ⋯ No large series using the retroperitoneal approach exclusively under epidural anesthesia has been reported. Recent literature on the retroperitoneal approach makes use of general anesthesia with/without epidural anesthesia. This review supports our contention that the procedure of choice for elective infrarenal aortic surgery is the retroperitoneal approach utilizing epidural anesthesia in the absence of endotracheal intubation and general anesthesia. There is a decrease in the physiologic disturbances associated with general anesthesia, notably pulmonary and gastrointestinal, when only epidural anesthesia is used. This translated into a low complication rate, improved patient comfort, early hospital discharge, and subsequent lower costs.
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Few guidelines exist for determining transfusion needs and strategies, namely, the appropriate use of autologous versus homologous blood for elective vascular surgery. To address this deficiency, we have developed and used an algorithm based on an analysis of the procedure, maximum surgical blood ordering schedule, patient status, and patient suitability for autologous alternatives. Data were derived from consecutive major vascular procedures done at our hospital from 1991 to 1992. ⋯ Using this algorithm during the past year with 120 patients, we simplified transfusion decisions, reduced homologous blood use (to only 4.2%), and reduced wasting of autologous blood to less than 5% of the units predonated. We believe that the use of this algorithm will aid the vascular surgeon in choosing appropriate alternatives to allogeneic blood transfusion, thereby reducing the patient's exposure to risk. The algorithm should also reduce wasting of autologous blood.