Smart goggles used before bed to induce relaxation improve objective sleep and reduce self-reported stress.
Rus et al. (2024). SLEEP, 47 (S1), A480.
Oral Microemulsion Gel Shows Improvements in Objective and Perceived Sleep.
Rus et al. (2024). SLEEP, 47 (S1), A479-A480.
Increased engagement with a tailored sleep guide is associated with reduced variability in sleep efficiency in chronic insomnia.
Fanson et al., (2023). SLEEP, 46 (S1), A166–A167.
Use of an Innerspring Mattress Improves Deep Sleep and WASO.
Rus et al., (2023). SLEEP, 46 (S1), A423-A424.
Musical Medleys Designed for Sleep Increase Objectively Measured Deep Sleep and Reduce Wake.
Rus et al. (2023). Sleep Medicine, 115, S1, S115.
Use of a Memory Foam Mattress Improves Objective and Perceived Sleep Outcomes.
Danoff-Burg et al., (2023). SLEEP, 46 (S1), A422-A423.
A Long Winter’s Sleep: What Does Big Data From Consumer Sleep Technology Tell Us?
Gahan et al., (2023). SLEEP, 46 (S1), A419–A420.
A Long Winter’s Sleep: What Does Big Data From Consumer Sleep Technology Tell Us?
Gahan et al., (2023). SLEEP, 46 (S1), A419–A420.
Increased Engagement with a Tailored Sleep Guide is Associated with Reduced Variability in Sleep Efficiency in Chronic Insomnia.
Fanson et al., (2023). SLEEP, 46 (S1), A166–A167.