Intraoral Microscopic Versus Robot-Assisted Sialolithotomy and Sialendoscopy for Submandibular Stones.

OBJECTIVE: Sialendoscopy has remained the standard of treatment for sialolithiasis; however, large stones impacted in the submandibular gland hilum often require an intra-oral combined approach. METHODS: Patients treated for submandibular hilar sialolithiasis from 2015 to 2021 at two tertiary centers were stratified into two groups based on the surgical technique: Intraoral Microscopic-Assisted Sialolithotomy (IMAS) versus Robot-Assisted Sialolithotomy and Sialendoscopy (RASS). We compared the characteristics of retrieved stones, surgical success rate, operative time, and post-operative complications in both techniques. True surgical success was defined as successful stone extraction without reoccurrence within 12 months. RESULTS: The RASS technique was attempted in 60 patients and successful in 56 (93.3%) cases whereas the IMAS technique was performed in 52 patients and successful in 48 (92.3%) cases. The longest dimension of the predominant retrieved calculi was 9.6 ± 3.1 mm (range, 5-18 mm) for the robotic technique and 10 ± 4.8 mm (range, 5-30 mm) for the microscopic technique. The operative time for the robotic technique excluding robot setup time was 70.6 ± 24.8 min compared to 61.9 ± 42.4 min for microscopic technique (p = 0.018). No major adverse outcomes were reported; however, temporary lingual paresthesia was found in ten robotic (16.7%) and five microscopic (9.6%) cases. CONCLUSION: The two techniques were comparable in terms of efficacy and safety for large stones. The robot has the advantage of intraoral high dynamic maneuverability and improved surgeon posture while the microscopic technique has the advantage of intraoral tactile feedback. The procedure was significantly shorter in duration with the microscope. LEVEL OF EVIDENCE: 3 Laryngoscope, 134:2170-2176, 2024.

Transoral resection of extensive pediatric supraglottic neurofibroma.

This case report describes the novel use of transoral robotic surgery (TORS) with delayed transoral laser microsurgery (TLM) for residual disease in the resection of a pediatric neurofibroma with supraglottic and parapharyngeal space extension. Postoperatively, the patient had excellent functional outcomes. This case demonstrates that pediatric TORS is feasible, safe, and complementary to TLM. Neurofibroma is just one of the diverse pathologic processes of the pediatric airway that can be managed via transoral surgery, and applications of TORS with TLM will continue to broaden as our experience develops. Laryngoscope, 2525-2528, 2018.