Objectives/Hypothesis To evaluate gains in microlaryngeal precision achieved by using a
novel robotic “steady hand” microsurgery platform in performing simulated phonosurgical …

Objectives/Hypothesis Robotic surgery is increasingly used for a variety of head and neck
surgical procedures but has yet to be adapted for routine robotic microlaryngeal surgery …

Abstract Objectives/Hypothesis: Robotic surgery has significant potential in pharyngeal and
microlaryngeal surgery. We demonstrate the use of a surgical robot in pharyngeal and …

Robotic surgery has become the standard of care for many procedures outside of
otolaryngology and now is gaining momentum within our specialty. The da Vinci (Intuitive …

Objectives/Hypothesis To introduce a novel computerized surgical system for improved
usability, intuitiveness, accuracy, and controllability in robot‐assisted laser …

Objectives/Hypothesis To evaluate the performance of human subjects, using a prototype
robotic micromanipulator controller in a simulated, microlaryngeal operative setting. Study …

Objectives To validate the use of a high‐fidelity phonomicrosurgical trainer. Study Design A
high‐fidelity phonomicrosurgical trainer, based on a previously validated model by Contag …

Objectives/Hypothesis To present and evaluate the magnetic‐based phonomicrosurgery
instrument tracking system, a novel and objective method of acquiring instrument position …

Objectives: To validate the use of a new phonomicrosurgical trainer called the laryngeal
dissection module. Study Design: The module used synthetic, multilayered vocal folds inside …

Purpose There are no controlled prospective studies evaluating the effect of dominant
handedness in left-and right-sided surgery in otolaryngology. Endoscopic microlaryngeal …