Snoring and its Consequences

SUARG explores whether snoring alone can lead to carotid artery damage, potentially increasing stroke risk. Building on previous findings indicating snoring vibrations’ impact on the carotid artery, SUARG utilizes computational techniques like finite element analysis and computational fluid dynamics to simulate snoring-induced vibrations. This research aims to scrutinize the effects of snoring vibrations on carotid blood flow dynamics, providing insights into potential damage mechanisms.

Additionally, SUARG is committed to comprehensively quantifying and analyzing snoring characteristics across diverse clinical populations, seeking a deeper understanding of snoring’s multifaceted aspects and its implications for overall health.