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Peer-Reviewed Study
2023

Mandibular advancement reduces pharyngeal collapsibility by enlarging the airway rather than affecting velopharyngeal compliance

Author(s): Guilherme J. M. Garcia, Josiah J. Wolf, David A. Campbell, Ryan S. Bailey, Rodney A. Sparapani, Charles M. Welzig, B. Tucker Woodson
Published in Physiological Reports.

Summary

Devices Used: myTAP

Our results suggest that MADs reduce velopharyngeal collapsibility by increasing airway size as opposed to affecting velopharyngeal compliance. This contradicts the speculation of previous literature that the effectiveness of MADs is partially due to a reduction in velopharyngeal compliance resulting from stretching of the soft palate. These findings suggest that quantification of velopharyngeal CSA pre-and post-MAD advancement has potential as a biomarker to predict the success of MAD therapy.”