Age-related Changes In Objectively Measured Sleep-wake Are Not Associated With Diurnal Preference: A Big Data Analysis Of 18,100 Users.
Gottlieb et al., (2022). J Sleep Res, 31 (S1), P812.
Scientific Papers and Peer Reviewed Publications
Social Jetlag Decreases Across the Lifespan: A Longitudinal Big Data Analysis of Objective Sleep.
Gottlieb et al., (2022). SLEEP, 45 (S1), A147–A148.
The Association Between Mattress Size And Objectively Measured Sleep In 8,214 Users With Bed Partners.
Gahan et al., (2022). Sleep Medicine, 100 (S1), S95.
Seasonal Variations In Objective Sleep Duration And Quality: A Longitudinal Big-data Analysis.
Gahan et al., (2022). Sleep Medicine, 100 (S1), S53.
The Association Between Self-reported Electronic Device Usage And Objectively Measured Sleep In Adults.
Gahan et al., (2022). J Sleep Res, 31 (S1), P198.
Prevalence and Correlates of Sleep Disorders Among Users of a Consumer Sleep Technology.
Gahan et al., (2022). SLEEP, 45 (S1), A266-A267.
Self-Reported Exercise and Objectively Measured Sleep: A Big Data Consumer Sleep Technology Analysis.
Gahan et al., (2022). SLEEP, 45 (S1), A148-A149.
Alcohol and caffeine are associated with poor sleep: a big data analysis of self-reported consumption and objectively measured sleep.
Gahan et al., (2022). J Sleep Res, 31 (S1), P518.
Assessing The Impact Of Race And Income On Changes In Self-reported Sleep Quality During The COVID-19 Pandemic.
Burke et al., (2022). J Sleep Res, 31 (S1), P519.