Abstract:Epidural analgesia significantly alleviates pain, reducing the need for opioids during the first 48 h after laparoscopic sigmoidectomy. However, epidural analgesia does not alter postoperative oral intake, mobilization, or length of hospital stay.
“…The use of laparoscopy significantly reduced LOS [18] and is therefore an implemented part of ERAS. In contrast, the use of epidural analgesia, one of the items in the Consensus Guidelines [3], has no effect on LOS and mobilization [26,27] and hence should be critically investigated as to its impact on LOS and ERAS.…”
Section: Resultsmentioning
confidence: 99%
“…But its role in laparoscopic surgery is diminished by the fact that it was not correlated [36]. Additional studies demonstrated no reduction in LOS and earlier oral food intake by using epidural anesthetics [27]. …”
Background: Enhanced recovery after surgery (ERAS) or fast-track surgery is a perioperative and postoperative care concept initiated in the early 1990s aiming to reduce the length of hospital stays following elective abdominal surgery. Twenty treatment items defined in the Consensus Guidelines established in 2009 were included in this concept. The success of ERAS depends highly on multidisciplinary teamwork and patient compliance. Several ERAS items and their impact on perioperative and postoperative care have recently been discussed. In this connection, translational research topics triggered increasing interest in ERAS and new impulses aimed at improving the ERAS concept. We thus reviewed the surgical literature to highlight the role of translational research items in ERAS. Methods: A literature search of Medline®, PubMed® and the Cochrane Database was performed. Two investigators independently reviewed the abstracts and appropriate articles were included in this review. Results: Articles have been selected. The advantages of the ERAS concept over conventional postoperative care were established by four meta-analyses and several reviews. But, due to the lack of standardization of the protocols, the level of evidence is still low. The implementation of ERAS into clinical practice is furthermore hampered by the poor compliance with ERAS protocols and remains a challenge for the future. Moreover, recent trials challenge the role of some ERAS items, e.g. epidural anesthesia. Translational research trials investigating stress, immune and inflammatory response after surgery, new analgesic concepts, goal-directed fluid therapy and new drugs and substances to improve the outcome of ERAS provide first promising data but still need to be integrated in the ERAS concept. Conclusion: The Consensus Guidelines for ERAS are subject to the constant evolution of treatment strategies and implementation of translational research findings. Improvement of the compliance with ERAS protocols in surgical clinics and updating of ERAS items taking into account recent findings in translational research may improve the outcomes of ERAS but remain a long-term challenge in surgery for the next years.
“…The use of laparoscopy significantly reduced LOS [18] and is therefore an implemented part of ERAS. In contrast, the use of epidural analgesia, one of the items in the Consensus Guidelines [3], has no effect on LOS and mobilization [26,27] and hence should be critically investigated as to its impact on LOS and ERAS.…”
Section: Resultsmentioning
confidence: 99%
“…But its role in laparoscopic surgery is diminished by the fact that it was not correlated [36]. Additional studies demonstrated no reduction in LOS and earlier oral food intake by using epidural anesthetics [27]. …”
Background: Enhanced recovery after surgery (ERAS) or fast-track surgery is a perioperative and postoperative care concept initiated in the early 1990s aiming to reduce the length of hospital stays following elective abdominal surgery. Twenty treatment items defined in the Consensus Guidelines established in 2009 were included in this concept. The success of ERAS depends highly on multidisciplinary teamwork and patient compliance. Several ERAS items and their impact on perioperative and postoperative care have recently been discussed. In this connection, translational research topics triggered increasing interest in ERAS and new impulses aimed at improving the ERAS concept. We thus reviewed the surgical literature to highlight the role of translational research items in ERAS. Methods: A literature search of Medline®, PubMed® and the Cochrane Database was performed. Two investigators independently reviewed the abstracts and appropriate articles were included in this review. Results: Articles have been selected. The advantages of the ERAS concept over conventional postoperative care were established by four meta-analyses and several reviews. But, due to the lack of standardization of the protocols, the level of evidence is still low. The implementation of ERAS into clinical practice is furthermore hampered by the poor compliance with ERAS protocols and remains a challenge for the future. Moreover, recent trials challenge the role of some ERAS items, e.g. epidural anesthesia. Translational research trials investigating stress, immune and inflammatory response after surgery, new analgesic concepts, goal-directed fluid therapy and new drugs and substances to improve the outcome of ERAS provide first promising data but still need to be integrated in the ERAS concept. Conclusion: The Consensus Guidelines for ERAS are subject to the constant evolution of treatment strategies and implementation of translational research findings. Improvement of the compliance with ERAS protocols in surgical clinics and updating of ERAS items taking into account recent findings in translational research may improve the outcomes of ERAS but remain a long-term challenge in surgery for the next years.
“…During the operation, a solution of 4 ml morphine 0.03% and 116 ml rupivocaine 2% was placed in a Baxter pump at a steady flow of 5 ml/h, which was administered perioperatively and up to 48 h postoperatively [12].…”
The inflammatory response and the resultant stress response are significantly less during laparoscopic colectomy than during open colectomy for colorectal cancer. This is an obvious short-term clinical benefit for the patient, providing tinder for further study to investigate the long-term results of laparoscopic colectomy versus open colectomy for colorectal cancer.
“…In addition, a 2008 study by Zingg et al [18] found equivalent lengths of stay for 79 EA and CA patients who had undergone laparoscopic colectomy during a prospectively randomized trial. Turunen et al [23] also reported no change in length of stay for EA recipients; their study concerned prospectively gathered data of 60 elective colectomies for patients with complicated diverticular disease, treated in an ERP. Our data were derived from a larger patient population, spanning multiple institutions and recovery protocols.…”
Section: Discussionmentioning
confidence: 99%
“…Ileus is thought to be caused by a combination of several factors, including pain, sympathetic response to surgical insult, and opioid use [25]. Since EA is associated with decreased postoperative narcotic use, it may be inferred that it should reduce ileus rates as well [1,18,23]. Furthermore, it has been theorized that EA attenuates the stress response that is in part responsible for gut dysfunction after surgery [26].…”
Compared to conventional analgesic techniques, epidural analgesia does not reduce the rate of postoperative ileus, and it is associated with increased cost and increased length of stay. Based on our data, routine use of epidural analgesia for laparoscopic colectomy cannot be justified.
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