Pratik Rohatgi

Robotic-Guided Bihippocampal and Biparahippocampal Depth Placement for Responsive Neurostimulation in Bitemporal Lobe Epilepsy

BACKGROUND Patients with bitemporal lobe epilepsy are generally not considered for surgical resection. Fortunately, responsive neurostimulation provides another avenue for the management of this challenging disease process. In conjunction with our epileptologist, we consider responsive neurostimulation for patients who have clinical features of temporal lobe epilepsy without clear localization on imaging and stereoelectroencephalography. METHODS Here we describe our technique for implanting a responsive neurostimulator (NeuroPace, NeuroPace Inc., Mountain View, California) with depth electrodes monitoring the hippocampus and parahippocampus using stereotactic robotic guidance (ROSA, Medtech SA, Montpeillier, France). RESULTS We have used this technique with 5 patients without morbidity. Four of 5 patients have received clinical benefit (Engel classification I-III). Promisingly, long-term seizure monitoring with use of the NeuroPace system has suggested lateralizing information on 3 of these patients that was not apparent on previous invasive monitoring. CONCLUSIONS Robotically implanted responsive neurostimulation is a safe and effective treatment for bitemporal epilepsy and can possibly lead to valuable diagnostic information to guide future surgical management in patients who previously were not considered candidates for resective or ablative surgery.

Achieving Success in Quality Reporting

The focus on value-based healthcare has increased with the escalating cost associated with delivery of care. Regulatory and reimbursement pressures have been established to highlight this new emphasis without the objective process needed to make such determinations. This chapter discusses the role of clinical registries in this process and the efforts made by the organized neurosurgery community to meet this standard. The Quality Outcomes Database (QOD), formerly known as the National Neurosurgery Quality and Outcomes Database (N2QOD), was established and has become the largest cooperative spine registry in North America. The key components of inception and execution are discussed along with key publications utilizing established registry data.