View clinical trials related to Spine Disease.
Filter by:The study aims to assess the interfacial plane blocks' effect on pain level, course of postoperative rehabilitation, and anti-inflammatory analgesic effect.
This is an interventional, non-pharmacological, randomized controlled superiority study (RCT), multicenter, open label, parallel group. The aim is to evaluate the effectiveness of a new preoperative information method, based on multimedia tools and on the objective control of understanding by the patient candidate for spinal or urological surgery.
In patients undergoing spine surgery, spinal nerve roots and spinal cord are vulnerable to surgical insults especially for instrumentation and may lead to long term sequelae. The incidence of clinical peripheral neuropathy after cervical spine surgery has been reported up to 30%. Intraoperatively, spinal cord and nerves function can be monitored using electromyography (EMG) and somatosensory evoked potentials (SSEP) and thereby, intervention can be made to potentially reduce the incidence of adverse neurological sequelae. However, conventional EMG and SSEP monitoring requires presence of a trained EP technician, use of needle electrodes and currently bulky EP equipment and is thus not practical for routine clinical usage. In this study, the invesitgators will assess the clinical feasibility of using a novel miniaturized and automated EMG/SSEP device (EPAD® 2.0) in spine surgical patients.