Jason Amatoury

This study uses computational modeling to show that combining tracheal displacement with specific hyoid repositioning improves upper airway patency more than either intervention alone, but a caudal hyoid position reduces these benefits.

This study evaluates how surgical hyoid bone repositioning affects mandibular advancement and upper airway collapsibility in rabbits, finding that anterior hyoid repositioning enhances the effect of mandibular advancement.

This study uses computational modeling to show how hyoid bone position and surgical repositioning affect upper airway collapsibility in OSA, with outcomes depending on displacement direction and baseline position.