Mobilisation Algorithm After Incidental Durotomy

Cerebrospinal Fluid Leak

Cerebrospinal Fluid Leak, Lumbar

Patients with persistent symptoms of cerebrospinal-fluid leakage (positional headache, photophobia, nausea and vomiting, clear drainage from the wound, fluctuant subcutaneous wound) after a primary repair should be considered for revision surgery to avoid potentially serious complications including CSF (cerebro spinal fluid) fistula formation. Prolonged bed rest immediatel after reapir of an ID () incidental durotomy) is widely accepted and frequently applied. current literature provides supporting retrospective evidence that prolonged bed rest may not be required after watertight closure of dural tears. The purpose of this study is to further investigate the impact of prolonged bed rest on the need for early reoperation following primary repair of an ID after lumbar spinal surgery. The primary endpoint of this study is the difference in reoperation rate between the two study groups to further investigate if either one or the other postoperative mobilisation regimen provides a significant benefit in terms of persistent dural leakage.

Patients with persistent symptoms of cerebrospinal-fluid leakage (positional headache, photophobia, nausea and vomiting, clear drainage from the wound, fluctuant subcutaneous wound) after a primary repair should be considered for revision surgery to avoid potentially serious complications including CSF (cerebro spinal fluid) fistula formation. In a recent retrospective case series of 42 patients Radcliff et al. reported an increase in medical complications including pneumonia and wound infections associated with prolonged bed rest Current literature does not provide prospective nor retrospective evidence on the influence of early mobilization on complications or reoperation rate after ID (incidental durotomy). Prolonged bed rest is widely accepted and frequently applied after ID. Contrarily, current literature provides supporting retrospective evidence that prolonged bed rest may not be required after watertight closure of dural tears. The purpose of this study is to further investigate the impact of prolonged bed rest on the need for early reoperation following primary repair of an ID after lumbar spinal surgery. The primary endpoint of this study is the difference in reoperation rate between the two study groups to further investigate if either one or the other postoperative mobilisation regimen provides a significant benefit in terms of persistent dural leakage. This study is designed as an unblinded, prospective randomised cohort trial. The treatment arms consist of either strict prolonged bed rest for 48 hours or immediate postoperative mobilisation. Patients are going to be randomised into either treatment arm after intraoperative verification of ID. Randomization into either treatment arm is going to be performed in a consecutive alternating manner. The according mobilisation regimen is going to be prescribed by the surgeon performing the index procedure immediately after wound closure as a standard option in the institutions proprietary hospital information system. Symptoms of persisting liquor leakage are going to be assessed by Investigator. Additional confirmation via MRI scan is routinely performed if persistent leakage is suspected and revision surgery is planned. For Patients with symptoms of persisting dural leakage after a 48 hours course of early mobilization a course of 24 hours of bed rest will be administered before revision surgery is scheduled. Various case series, as well as large pro- and retrospective studies have been published describing incidence, intraoperative management as well as long- and short term outcome of ID. In addition, current literature provides retrospective evidence and small case series considering benefit and adverse events of prolonged bed rest after primarily recognised and repaired ID. To our knowledge this is the first prospective randomised trial to further investigate the impact of immediate mobilisation on the incidence of persistent cerebrospinal leakage.

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