OBJECTIVES: The introduction of fast-tracking multidisciplinary programs allows good results in postoperative outcome in many surgical specialties. We evaluated a multimodal clinical program (based on mininvasive surgery, epidural anesthesia and early mobilization and feeding) in abdominal aortic surgery. METHODS: Between June 2000 and October 2005, 323 unselected patients were treated for atherosclerotic aorto-iliac occlusive disease (aorto-femoral bypass) and aortic or aorto-iliac aneurysm (aorto-aortic graft or aorto-iliac bifurcated graft). The infusion of bupivacaine 0.5% through an epidural catheter at T6-T7 interspace allowed sensory block between T4-S3. A light general anesthesia was performed using sevoflurane by a laryngeal mask in spontaneous breathing; no nasogastric tube was used. The patients were placed in dorsal decubitus; a transperitoneal access was performed with a left subcostal incision parallel to the condro-costal edge and spread from the linea alba to the edge of the rectus muscle. The bowel was maintained inside the abdominal cavity and manipulated with care. Standard surgical instrumentation was used. No drains were placed. Patients were transferred to the surgical ward at the end of surgery; they were early mobilized and enforced to drink and to eat. Analgesia was achieved with a continuous epidural infusion of bupivacaine 0.25% supplemented by oral ibuprofen on request. RESULTS: We observed a mortality rate of 2.5% and a low postoperative morbidity: 1.4% of cardiac complications, 3.7% of transient creatinine increase, and no pulmonary complications. All patients ambulated a mean of 536 m (95% CI: 81.4) on the day of surgery and 2544 m (95% CI: 208.9) the day after. They consumed an oral diet, 36.2% of their daily caloric requirement on the same day of surgery and 1583 Kcal (95% CI: 105.2) the day after (77% of daily caloric requirement). Median hospital stay was three days (range 2-21). All patients were discharged home. CONCLUSIONS: Our experience suggested that hospital stay and morbidity after abdominal aortic surgery can be decreased by performing a mininvasive surgical approach, thoracic epidural anesthesia-analgesia and an aggressive postoperative nursing on the ward. Therefore, this multidisciplinary program can be proposed to all patients undergoing aortic surgery without prior selection, major technological investments and long-term surveillance.
OBJECTIVES: The introduction of fast-tracking multidisciplinary programs allows good results in postoperative outcome in many surgical specialties. We evaluated a multimodal clinical program (based on mininvasive surgery, epidural anesthesia and early mobilization and feeding) in abdominal aortic surgery. METHODS: Between June 2000 and October 2005, 323 unselected patients were treated for atherosclerotic aorto-iliac occlusive disease (aorto-femoral bypass) and aortic or aorto-iliac aneurysm (aorto-aortic graft or aorto-iliac bifurcated graft). The infusion of bupivacaine 0.5% through an epidural catheter at T6-T7 interspace allowed sensory block between T4-S3. A light general anesthesia was performed using sevoflurane by a laryngeal mask in spontaneous breathing; no nasogastric tube was used. The patients were placed in dorsal decubitus; a transperitoneal access was performed with a left subcostal incision parallel to the condro-costal edge and spread from the linea alba to the edge of the rectus muscle. The bowel was maintained inside the abdominal cavity and manipulated with care. Standard surgical instrumentation was used. No drains were placed. Patients were transferred to the surgical ward at the end of surgery; they were early mobilized and enforced to drink and to eat. Analgesia was achieved with a continuous epidural infusion of bupivacaine 0.25% supplemented by oral ibuprofen on request. RESULTS: We observed a mortality rate of 2.5% and a low postoperative morbidity: 1.4% of cardiac complications, 3.7% of transient creatinine increase, and no pulmonary complications. All patients ambulated a mean of 536 m (95% CI: 81.4) on the day of surgery and 2544 m (95% CI: 208.9) the day after. They consumed an oral diet, 36.2% of their daily caloric requirement on the same day of surgery and 1583 Kcal (95% CI: 105.2) the day after (77% of daily caloric requirement). Median hospital stay was three days (range 2-21). All patients were discharged home. CONCLUSIONS: Our experience suggested that hospital stay and morbidity after abdominal aortic surgery can be decreased by performing a mininvasive surgical approach, thoracic epidural anesthesia-analgesia and an aggressive postoperative nursing on the ward. Therefore, this multidisciplinary program can be proposed to all patients undergoing aortic surgery without prior selection, major technological investments and long-term surveillance.
Authors: Rony Takchi; Gregory A Williams; David Brauer; Tina Stoentcheva; Crystal Wolf; Brooke Van Anne; Cheryl Woolsey; William G Hawkins Journal: Am Surg Date: 2020-01-01 Impact factor: 1.002
Authors: Benjamin S Brooke; Philip P Goodney; Richard J Powell; Mark F Fillinger; Lori L Travis; David C Goodman; Jack L Cronenwett; David H Stone Journal: J Vasc Surg Date: 2012-11-13 Impact factor: 4.268