Microvascular decompression for a unique case of glossopharyngeal neuralgia with provokable symptomatic bradycardia: 2-Dimensional operative video

Background: Glossopharyngeal neuralgia is a rare neurovascular compression syndrome that can lead to paroxysmal craniofacial pain and sometimes cardiovascular symptoms.[1,2] The characteristic pathology involves a vessel (commonly a branch/loop of PICA) compressing the nerve at the root entry/exit zone at the brainstem.[1] Microvascular decompression is a commonly used treatment approach for patients that have failed conservative measures.[2] Case Description: A 72-year-old male presented to the ED following four episodes of syncope. The patient had a multi-year history of right-sided burning/stabbing pain involving the submandibular area and posterior throat. His syncope was related to symptomatic bradycardia that would occur during episodes of pain. His pain was exacerbated by speaking and swallowing and could be triggered by placing his finger in the right external auditory meatus. Interestingly, this maneuver would also trigger his bradycardia. The patient had failed previous pharmacotherapy, and a pacemaker had been placed to protect him from periods of hypotension. MRI/MRA of the brain and cervical spine were unremarkable. Due to his profoundly symptomatic status, the patient was offered a right retrosigmoid craniotomy for microvascular decompression of the right glossopharyngeal nerve. The patient had complete resolution of his pain and bradycardia immediately post-operatively. He was discharged on the second postoperative day and his pacemaker was ultimately removed. The patient continues to be pain free and off medication. Conclusion: Here we present a video case report of microvascular decompression with favorable outcome for an interesting presentation of glossopharyngeal neuralgia. The patient gave informed consent for surgery and video recording.

OV04 MASSIVE INGUINAL-SCROTAL HERNIA WITH RETROPERITONEAL CONTENTS AND URETER: VIDEO CASE REPORT OF ROBOTIC REPAIR USING INTRAOPERATIVE FLUORESCENCE IMAGING

Aim Inguinal hernias containing the ureter and retroperitoneal contents are uncommon. We present a robotic repair of a large inguinal-scrotal hernia containing the ureter as a video case presentation. Material and Methods A 66 year old male with no previous abdominal surgical history presents with a large left sided inguinal-scrotal hernia, as well as smaller ventral and right inguinal hernias. On CT imaging the patient was found to have an ectopic pelvic location of the left kidney with evidence of the left ureter coursing into the hernia with a significant amount of retroperitoneal fat. The patient was taken to the operating room for a robotic bilateral inguinal hernia repair and ventral hernia repair. Results A ureteral catheter was placed preoperatively and instilled with indocyanine green (ICG). The hernias were successfully repaired, and intraoperative fluorescence imaging was successfully used to visualize the ureter as it was reduced with the hernia sac. The robotic platform significantly aided in dissection of the large volume of retroperitoneal fat, while being able to quickly transition to intraoperative fluorescence to clearly visualize the course of the ureter. The patient did well post operatively with no complications. Conclusions We present a video case report of a large ureter-containing inguinoscrotal hernia that was successfully repaired using a robotic preperitoneal approach. Use of the robotic platform and indocyanine green/intraoperative fluorescence imaging were helpful adjuncts in aiding dissection by improving intraoperative visualization of the ureter.