Key result
Spinal anaesthesia for microtubular spinal decompression significantly reduced median anaesthetic time (177 vs 196 minutes) and surgical time (105 vs 125 minutes) compared to general anaesthesia.
Why the study?
Microtubular decompression can be performed under general anesthesia or awake techniques like spinal anesthesia, motivating an assessment of perioperative parameters, complications, and patient satisfaction.
Does spinal anaesthesia improve perioperative parameters and reduce complications compared to general anaesthesia in patients undergoing microtubular spinal decompression?
Cohort (n=625)
No
Does spinal anaesthesia improve perioperative parameters and reduce complications compared to general anaesthesia in patients undergoing microtubular spinal decompression?
Absolute Event Rate: 177% vs 196%
p-value: p=0.006
Spinal anaesthesia for microtubular spinal decompression is safe and associated with shorter surgical and anaesthetic times and better perioperative hemodynamic stability compared to general anaesthesia.
May offer efficiency gains in microtubular decompression; leaves open complication benefits pending randomized trials.
Introduction: Microtubular decompression (MTD) being a short-duration surgery, with many advantages, has gained popularity and can be done either in general anaesthesia (GA) or awake techniques like spinal anaesthesia (SA). The authors ventured to assess perioperative parameters, quantify peri-operative complications as the primary aim and determine patient satisfaction as the secondary aim of the study. Materials and Methods: It was a retrospective study performed over a period of ten years (2009–2019) and included 625 patients. The patients included were aged greater than 18 years, American Society of Anaesthesiologists (ASA) score 1, 2, or 3. Patients with ASA 4 or 5, spinal instability, infection, or revision surgeries were excluded. Results: There is no significant difference in the complication rates. The clinical outcome in the form of VAS and ODI scores showed significant differences both in SA and GA groups at the final follow-up. The total anaesthetic, surgical times, mean arterial pressure (MAP), and heart rate (HR) perioperatively were longer in the GA group (P < 0.05). The perioperative blood pressures are lower in the SA group. The dissatisfaction rate is about 3.5%, of which the patients and a total of 88.5% of patients would like to opt for SA for future surgeries. Conclusion: This study represents the ten-year experience with MTD operated either with SA or GA. Awake spinal surgery is promising and has the glaring benefits of better peri-operative hemodynamic stability, and faster recovery with reduced surgical and anaesthetic duration. Dissatisfaction rates can be decreased by better explanation and the patient’s decision.
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Goparaju et al. (2022) conducted a cohort in Lumbar canal stenosis (n=625). Spinal anaesthesia vs. General anaesthesia was evaluated on Anaesthetic time (minutes) (p=0.006). Spinal anaesthesia for microtubular spinal decompression significantly reduced median anaesthetic time (177 vs 196 minutes) and surgical time (105 vs 125 minutes) compared to general anaesthesia.
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