Sleep duration represents a biological imperative that is influenced by an interaction of social, behavioral and environmental factors. Behavioral factors include habitual sleep timing as well as other socially-influenced behaviors that engage physiological processes promoting or impairing sleep. Factors in the social environment include the home, work and other social influences on an individual's sleep schedule that may or may not be line with normal biological imperatives, as well as aspects of the physical environment that may interfere with sleep. Very little research has explored the impact of health behaviors (diet, physical activity, and substance use), social factors (family status, social functioning, isolation, and stress), or the physical environment (neighborhood and sleeping environment) as pathways to reduced sleep time. In addition, studies that have examined these factors typically explored sleep using broad survey items, rather than validated methods. Accordingly, a 2-Phase protocol will be deployed to address these issues. Phase 1 involves an online survey of n=1000 adults, using validated measures to assess sleep in the context of general health (obesity, functioning and mood), healthy behaviors (diet, physical activity, and substance use) and social factors (work and home social and social demands, functioning, isolation). These individual-level data will be merged with data neighborhood-level obtained through existing geospatial databases. This will allow for evaluation of whether individual-level sleep variables are associated with area-level measures (derived using respondents'address) of neighborhood variables, including population density, socioeconomic status, social isolation, traffic, noise, an crime/violence, and whether external sources of information predict sleep duration over and above individual-level measures. Phase 2 will consist of an intensive, prospective analysis of a subgroup of n=90 from the survey sample (n=30 each of <5, 5-6, and 7-8 hours of habitual sleep). This assessment will include objective measures of sleep (wrist actigraphy), health status (e.g., body mass index, blood-based measures), physical activity (hip actigraphy), and the sleeping environment (sensors for light, temperature, and noise). Daily diaries will assess sleep, diet, physical activity, substance use, social interactions, and the sleeping environment. The overall goal of this study is to assess the relative contributions of behavior, social, and factors on sleep of environmental habitual duration, employing multimodal assessments all domains, and leveraging novel approaches, such as geospatial analyses. As insufficient sleep duration is an important public health problem, the eventual goal of developing interventions to address this problem cannot be reached until we better understand (1) which factors need to be part of an intervention, (2) where interventions should be targeted, and (3) what types of assessments capture the relevant social and environmental features. The present exploratory/developmental research study will address these important issues and initiate a program of research developing and implementing successful interventions for insufficient sleep in the general population.
""""""""Adequate Sleep"""""""" has been included as a national health priority in Healthy People 2020, and """"""""Sleep Deprivation and Sleep Disorders"""""""" were identified by the Institute of Medicine as """"""""a major unmet public health problem."""""""" Short sleep is an important issue that needs to be addressed: it is prevalent (up to 120 million Americans sleep 6 hours or less);it is costly (an individual with insufficient sleep costs his/her employer approximately $2700 per year);it is debilitating (insufficient sleep is associated with cardiovascular, metaboli, cognitive, and other adverse health outcomes);and it is likely addressable through behavioral interventions. However, before behavioral interventions can be implemented, basic knowledge about behavioral, social, and environmental determinants of sleep duration needs to be understood. The results of this study will have important implications for public health.
|Chakravorty, Subhajit; Chaudhary, Ninad S; Brower, Kirk J (2016) Alcohol Dependence and Its Relationship With Insomnia and Other Sleep Disorders. Alcohol Clin Exp Res 40:2271-2282|
|Grandner, Michael A; Williams, Natasha J; Knutson, Kristen L et al. (2016) Sleep disparity, race/ethnicity, and socioeconomic position. Sleep Med 18:7-18|
|Perlis, Michael L; Grandner, Michael A; Chakravorty, Subhajit et al. (2016) Suicide and sleep: Is it a bad thing to be awake when reason sleeps? Sleep Med Rev 29:101-7|
|Chaudhary, Ninad S; Grandner, Michael A; Jackson, Nicholas J et al. (2016) Caffeine consumption, insomnia, and sleep duration: Results from a nationally representative sample. Nutrition 32:1193-9|
|Perlis, Michael L; Grandner, Michael A; Brown, Gregory K et al. (2016) Nocturnal Wakefulness as a Previously Unrecognized Risk Factor for Suicide. J Clin Psychiatry 77:e726-33|
|Patterson, Freda; Malone, Susan Kohl; Lozano, Alicia et al. (2016) Smoking, Screen-Based Sedentary Behavior, and Diet Associated with Habitual Sleep Duration and Chronotype: Data from the UK Biobank. Ann Behav Med 50:715-726|
|Jean-Pierre, Pascal; Grandner, Michael A; Garland, Sheila N et al. (2015) Self-reported memory problems in adult-onset cancer survivors: effects of cardiovascular disease and insomnia. Sleep Med 16:845-9|
|Hui, Siu-kuen Azor; Grandner, Michael A (2015) Trouble Sleeping Associated With Lower Work Performance and Greater Health Care Costs: Longitudinal Data From Kansas State Employee Wellness Program. J Occup Environ Med 57:1031-8|
|Grandner, Michael A; Smith, Tony E; Jackson, Nicholas et al. (2015) Geographic distribution of insufficient sleep across the United States: a county-level hotspot analysis. Sleep Health 1:158-165|
|Grandner, Michael A; Malhotra, Atul (2015) Sleep as a vital sign: why medical practitioners need to routinely ask their patients about sleep. Sleep Health 1:11-12|
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