There have been increasing efforts across otolaryngology to perform in-office procedures with local anesthesia. Benefits include reducing the time and economic costs imposed on patients, as well as avoiding the inherent risks of general anesthesia

There have been increasing efforts across otolaryngology to perform in-office procedures with local anesthesia. Benefits include reducing the time and economic costs imposed on patients, as well as avoiding the inherent risks of general anesthesia
Ideally, the optimal surgical procedure to address choanal atresia should safely restore nasal patency, minimize damage to adjacent sinonasal structures, and eliminate reoperation with minimal disease associated morbidity.
Velopharyngeal surgery is a validated treatment option for OSA patients diagnosed with retro-velar and oropharyngeal collapse.
Traditional approaches to laryngotracheal reconstruction have relied on open transcervical approaches. With the growth of endoscopic techniques, there have been multiple advances in minimally invasive procedures to augment airway stenosis in pediatric patients.
In this How I Do It article, a single-port endoscopic removal of forehead osteoma technique for otolaryngologists and the associated outcomes are described.
Laryngomalacia (LM) is the most common congenital laryngeal anomaly caused by a delay in the maturation of supporting laryngeal cartilages. Three-dimensional exoscopy has had satisfactory and promising results in adults, but only a few pediatric series have been published.
The newer DaVinci single port system offers the potential advantage of increased access and flexibility through a smaller incision and working tunnel.
This conservative technique for treating nasal septal deformity in a newborn with a nostril retainer allows preservation of the medial wall of the maxillary sinus with consistent benefits in terms of postoperative morbidity.
This full-extension eyebrow approach allows full exposure of the frontal sinus with a large osteoplastic bone flap and preservation of the supraorbital nerve.
The Procreate application was utilized on iPad Pro to intraoperatively annotate 3D renderings of head and neck surgical defects and resection specimens. By using Procreate on an iPad, the surgeon could annotate intraoperatively without breaking scrub to indicate the breadth of supplemental margins harvested in real time.