Resources
Clinical Validation & Publications
Explore our validated research, peer-reviewed publications, and the clinical science advancing sleep medicine.
DormoVision X™ brings diagnostic polysomnography into the home and the lab for patients aged 6+, giving ENT clinicians objective sleep and respiratory data to support evaluation before and after intervention, while
See how the DormoVision X™ Home PSG platform brings objective RBD assessment into the home, enabling detection and quantitative characterization of REM sleep without atonia (RSWA) beyond the traditional sleep laboratory.
See how Dormotech’s AI sleep staging performs when put to the test against expert manual scoring. Strong concordance across sleep stages and overall sleep architecture demonstrates the potential of an EEG-centered,
The recent FDA clearance of a wireless Type 2 home sleep testing system is more than just a regulatory milestone – it signals a meaningful shift in how sleep medicine may
What happens to sleep beyond the AHI when CPAP is introduced? Explore how consecutive-night home PSG reveals changes not only in respiratory events, but also in deep sleep, arousals, and overall
Can complex breathing patterns like Cheyne–Stokes Breathing be identified automatically at home? Discover how DormoVision X™ combines comprehensive home sleep monitoring with advanced signal analysis to detect and characterize this clinically
Combined Head-Body Positional Effects on Obstructive Sleep Apnea Severity: An Exploratory Case Study
What if body position alone doesn’t tell the whole story? Explore how DormoVision X™ combines head and body position monitoring to uncover positional differences in OSA severity and hypoxic burden that
Pediatric sleep disorders are more common—and more complex—than many realize. From sleep apnea to behavioral sleep issues, early identification is critical to ensuring proper development, cognitive function, and overall health in
Read how comprehensive home PSG goes beyond the PLM index, revealing when periodic limb movements occur in relation to cortical arousals and providing deeper insight into their potential contribution to sleep