Migratory Intradural Disk Herniation and a Strategy for Intraoperative Localization

Study Design Case report. Objective Describe a case of intradural disk herniation and a method for intraoperative localization. Methods Intradural disk herniations are uncommon but well described. The diagnosis of these lesions is often difficult, and sometimes they may be diagnosed only through an intradural exploration after an expected disk fragment cannot be located. We report the case of an intradural disk herniation with an additional diagnostic difficulty—a migrated intradural disk. Results We present the first intraoperative imaging evidence of disk migration and propose a strategy to locate intradural disk fragments prior to durotomy. Conclusion Intradural disk herniations should be suspected when intraoperative findings are not congruent with imaging findings. An intraoperative myelogram may be helpful

Improvement of Segmental Lordosis in Transforaminal Lumbar Interbody Fusion: A Comparison of Two Techniques

Study Design Retrospective review. Objective The purpose of this study was to determine the radiographic impact of a transforaminal lumbar interbody fusion (TLIF) versus a cantilever TLIF technique on segmental lordosis, segmental coronal alignment, and disk height. Methods A retrospective review was done of all patients undergoing TLIF procedures from 2006 to 2011 by three spine surgeons. Traditional TLIF versus cantilever TLIF results were compared, and radiographic outcomes were assessed. Results One hundred one patients were included in the study. Patients undergoing the cantilever TLIF procedure had a significantly greater change in segmental lordosis and disk height compared with those who underwent the traditional procedure (p \u3e 0.0001). Conclusions The cantilever TLIF technique can lead to greater change in segmental lordosis based upon radiographic outcomes

A Short Weight Loss Intervention in a Neurosurgical Subspecialist Clinical Setting

Context: The relationship between back pain and obesity is well characterized; therefore, the neurosurgical consultant visit for back pain may be a key interventional opportunity for weight loss. Aims: The aim of this project was to evaluate efficacy of an educational intervention for back pain. Methods: A retrospective study was undertaken to evaluate effectiveness of an educational intervention (Show patient\u27s own MRI, Explain degenerative disc disease, Relate to weight issues, Reference other weight-related comorbidities, and Encourage a plan of action for weight loss [SERRE]). This has been performed since 2014 for patients presenting to the first author\u27s neurosurgical spine clinic with nonsurgical back pain and body mass index (BMI) over 35. Results: The average BMI was 50.7. Fifty-five percent of patients had additional weight-related comorbidities. After SERRE intervention, 82% of patients were open to weight loss interventions. However, only 22% of patients went on to follow-up with a formal weight management program and only 9% of patients went on to have a documented weight loss. The lack of success was largely attributed to social issues and severe medical comorbidities within the specific population. Conclusions: Incorporation of patient education regarding the relationship of weight loss to back pain and other weight-related comorbidities is well received in a rural specialist consultation setting. Improved communication with primary care physicians regarding this message and further supportive actions may improve follow-through, and therefore success of ultimate weight loss interventions