Renal sympathetic denervation has emerged as a therapeutic option for patients with resistant hypertension, yet optimal sedation practices remain unclear. Sedation during catheter-based procedures requires a balance between patient comfort, hemodynamic stability, and minimization of respiratory complications. Dexmedetomidine offers sedative and analgesic effects with minimal respiratory depression, whereas fentanyl-propofol provides rapid, effective sedation but may increase the risk of hemodynamic and respiratory instability. This study retrospectively compares the two strategies by examining intraoperative physiological parameters, complication profiles, and post-procedural recovery measures, aiming to generate evidence that can support anesthesiologists in selecting safer and more effective sedation protocols for this high-risk patient population.
