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To assess changes in duration, timing, and social jetlag in adolescent sleep during the COVID-19 pandemic and evaluate the impact of mood, physical activity, and social interactions on sleep. An online survey queried adolescents' sleep before (through retrospective report) and during the initial phase of COVID-19 in May 2020. Adolescents (N = 3,494), 13–19 years old, in the United States (U.S.) answered questions about their current and retrospective (prior to COVID-19) sleep, chronotype, mood, and physical and social activities. Linear regression models were fit for time in bed, reported bed and wake times, and social jetlag during COVID-19, accounting for pre-COVID-19 values. Total reported time in bed (a proxy for sleep duration) increased on weekdays by an average of 1.3 ± 1.8 hours (p <.001) during COVID-19, compared to retrospective report of time in bed prior to COVID-19. During COVID-19, 81.3% of adolescents reported spending 8 hours or more in bed on weekdays compared to only 53.5% prior to COVID-19. On weekdays, bedtimes were delayed on average by 2.5 hours and wake times by 3.8 hours during COVID-19 compared to prior to COVID-19. On weekends, bedtimes were delayed on average by 1.6 hours and waketimes by 1.5 hours (all p's < 0.001). Social jetlag of >2 hours decreased to 6.3% during COVID-19 compared to 52.1% prior to COVID-19. Anxiety and depression symptoms and a decline in physical activity during COVID-19 were associated with delayed bed and wake times during COVID-19. During COVID-19, adolescents reported spending more time in bed, with most adolescents reporting 8 hours of sleep opportunity and more consistent sleep schedules. As schools return to in-person learning, additional research should examine how sleep schedules may change due to school start times and what lessons can be learned from changes that occurred during COVID-19 that promote favorable adolescent sleep. [ABSTRACT FROM AUTHOR]

BACKGROUND: Hypertension is a common, serious condition affecting about one-third of adults in the United States. Self-measured blood pressure (SMBP) monitoring, combined with clinical support, is recommended to improve hypertension control and patient outcomes. METHODS: We conducted a retrospective analysis of a SMBP monitoring program that supported recruited patients in using wireless Bluetooth monitors to track their blood pressure at home and gave outpatient practices real-time access to patients' measurements. We analyzed SMBP measurements, practice-user log data, and patient and practice experience evaluations. RESULTS: Project staff recruited 17 outpatient practices and 187 patients. After four weeks, 64% of participants consistently monitored their blood pressure at least three times per week. A majority of patients (79%) reported an increased ability to manage their hypertension. In total, clinicians received 1,849 alerts and documented 409 actions. CONCLUSIONS: This analysis demonstrates the feasibility of combining SMBP with real-time access to home measurements by outpatient practices. [ABSTRACT FROM AUTHOR]