Optimizing early recovery after laparoscopic cholecystectomy: evidence from a perioperative pain management-based approach

Laparoscopic cholecystectomy is one of the most frequently performed and well-established minimally invasive procedures in general surgery, with its overall safety profile being well documented[1]. Nevertheless, perioperative pain control remains a critical determinant of early postoperative recovery and the successful implementation of enhanced recovery protocols[2]. In this context, identifying strategies that further alleviate postoperative pain without increasing technical complexity or the risk of complications represents a clinically relevant and ongoing area for optimization. The present study addresses a long-standing but insufficiently substantiated technical preference by systematically comparing gallbladder extraction through the subxiphoid port versus the supraumbilical port, thereby providing a rigorous evaluation of this seemingly minor yet potentially impactful procedural detail. In a prospective randomized controlled trial, Ye et al[3] enrolled a carefully selected low-risk patient population under standardized surgical and perioperative analgesic protocols. The authors demonstrated that the two extraction routes did not differ significantly with respect to gallbladder retrieval time, the need for incision extension, medium- to long-term postoperative pain, incision-related complications, or scar assessment scores, indicating that supraumbilical extraction does not impose additional technical burden or compromise incision safety. Notably, however, patients in the supraumbilical group experienced lower pain intensity within the first 24 hours postoperatively, reduced pain scores on postoperative day 3, and less pain-related interference with daily activities, mood, and overall quality of life. These differences were observed independently of supplementary analgesic use. Collectively, these findings suggest that supraumbilical gallbladder extraction confers a measurable benefit in early postoperative pain control, with the effect primarily confined to the initial postoperative period. From a clinical standpoint, the significance of this study lies not in the introduction of a novel surgical technique but in the generation of high-quality evidence to inform a practice that has traditionally been guided by surgeon preference. Patients undergoing laparoscopic cholecystectomy generally anticipate rapid recovery and minimal discomfort, and early postoperative pain remains a major factor influencing early ambulation, oral intake, discharge satisfaction, and the feasibility of ambulatory surgery. The results indicate that, in appropriately selected low-risk patients, a simple modification of the gallbladder extraction route may improve early postoperative comfort without increasing incision-related morbidity, supporting its potential role within contemporary enhanced recovery pathways. Importantly, the findings also carry implications for perioperative nursing care[4]. Postoperative pain intensity directly affects early mobilization, respiratory cooperation, sleep quality, and adherence to postoperative care instructions. The reduction in early pain associated with supraumbilical extraction may facilitate earlier ambulation and self-care, while potentially reducing the nursing workload related to analgesic interventions, positional assistance, and psychological support. Moreover, the observed attenuation of pain-related emotional and quality-of-life impairment suggests a favorable impact on patients’ subjective recovery experience. From an enhanced recovery after surgery (ERAS)-oriented nursing perspective, these data may inform refinements in postoperative care pathways, individualized pain management strategies, and patient education. Several limitations warrant consideration when interpreting the results. First, the stringent inclusion criteria excluded patients with high body mass index, diabetes, or larger gallstones, thereby limiting the generalizability of the findings to low-risk patients with relatively straightforward gallbladder extraction. Second, the exclusion of intraoperatively difficult cases, while reducing confounding, may underestimate potential differences between extraction routes in more complex clinical scenarios. Third, the follow-up period was relatively short and insufficient to fully assess long-term incision-related outcomes such as port-site hernia. Finally, although patients and outcome assessors were blinded, surgeons necessarily became aware of group allocation during gallbladder extraction, and subjective pain assessments may still have been influenced by subtle operative variations. Future studies should aim to validate these findings in multicenter, large-scale cohorts that include higher-risk and technically challenging cases, with extended follow-up to better characterize long-term safety and patient-reported outcomes. In addition, integrating gallbladder extraction route selection with other enhanced recovery components – such as low-pressure pneumoperitoneum, optimized local analgesic techniques, and structured nursing interventions – may further clarify its role within comprehensive perioperative management strategies and provide more robust guidance for both surgical and nursing practice[5].