The goal of this pilot study is to determine if a personalized trial testing a Mind-Body Intervention (MBI) can produce a meaningful increase in the average daily sleep duration among women 40-60 years of age working in healthcare. A total of 60 eligible participants will be randomized to one of two possible orders of treatment exposure comprised of three components: mindfulness, yoga, and guided walking, each assigned in 2-week block sequences for a total period of 12 weeks. The study will include a 2-week baseline period during which their baseline sleep duration and adherence to the Fitbit wear and survey submission will be assessed. Following the 2-week run-in period, participants deemed eligible and achieved at least 80% adherence of Fitbit wear and survey submission will be randomized to one of the two intervention arms. Exploratory aims include assessments of sleep quality, physiological factors and their direct and indirect relationships with participants' perceived stress, anxiety, and depression.
The goal of this pilot study is to determine if a personalized trial (N-of-1) employing a Mind-Body Intervention (MBI) can produce a meaningful increase in sleep duration among women 40-60 years of age working at Northwell Health. A total of 60 women with a history of short sleep duration (defined as an average \<7h per 24-h period for at least three months) will be enrolled over a period of two years. Participants will complete a 2-week run-in period with no intervention, during which their baseline sleep duration and adherence to the Fitbit wear and survey submission will be assessed. Adherence to Fitbit wear will be defined as recorded activity of greater than 12 hours a day, and recorded sleeping activity greater than 180 minutes in total. Survey adherence will be defined as submission of a given survey. Participants who achieve at least 80% adherence of Fitbit wear and survey submission during baseline period will be randomized to Arm 1 (N=30) or Arm 2 (N=30). Each arm will receive a personalized intervention comprised of three components: mindfulness, yoga and guided walking assigned in 2-week block sequences for a total period of 12 weeks. During each 2-week block, participants will be prompted to complete 3 x 30-minute intervention sessions weekly. Interventions will be delivered by a virtual link to online videos recorded by an experienced wellness provider. Participants will be limited to three views of the study-provided intervention content each week. Changes in average daily sleep duration will be calculated for each participant based on daily measurements between the run-in and each treatment period. The Fitbit devices will also record sleep quality components (sleep onset, sleep staging, and overall sleep score) and physiological factors (breathing/resting heart rate, heart rate variability (HRV) and activity). We will also examine the direct and indirect relationships between perceived stress, anxiety and depression, and sleep quality assessed pre, during (bi-weekly), and post MBI. Enrollment will continue until up to 60 participants have been randomized. Following the intervention, all participants will be assessed over a 2-week follow-up period to allow for a personalized report of their observed data to be generated.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
HEALTH_SERVICES_RESEARCH
Masking
NONE
Enrollment
60
Participants will receive links for 30-minute videos for all three interventions, for 2 weeks each, 3 times per week, in a specified order (ABCCBA), where A-mindfulness, B-yoga, and C-guided walking.
Participants will receive links for 30-minute videos for all three interventions, for 2 weeks each, 3 times per week, in a specified order (CBAABC), where A-mindfulness, B-yoga, and C-guided walking.
Institute of Health System Science
New York, New York, United States
Mean Within-Subject Difference in Daily Sleep Duration
The effect of the personalized MBI intervention on individual's sleep duration will be assessed in each arm separately. Participants' daily sleep duration will be measured objectively using Fitbit devices and by self-reported questionnaires. Individual changes in the average daily sleep durations between the run-in and each treatment period will be reported using means and 95% CIs. Bland-Altman plots will be constructed to visualize agreement between Fitbit reported and self-reported sleep duration. The effects of treatment on sleep duration will be assessed using GEE with an unstructured variance-covariance matrix for measures on the same day to that night's sleep. This model accounts for possible autocorrelation and linear trends between sleep duration across time. A change between time points is reported (e.g., baseline (2 weeks) and 2 weeks for each intervention period (4 weeks per intervention)) as a value for each intervention period minus value at baseline.
Time frame: Baseline (2 weeks) and 2 weeks for each intervention period (4 weeks total for each intervention)
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