BRP has identified sleep health as a priority area of research given the emerging evidence of its role in the prevention, treatment, and management of cancer. Research with populations suffering from sleep deprivation (e.g., military personnel), occupational sleep disruptions (e.g., shift workers), and sleep disorders (e.g. sleep apnea patients) demonstrates the influence of sleep on day-to-day functioning, as well as long term health outcomes, including cancer risk.
Possible mechanisms linking sleep health and cancer include immune functioning and inflammatory processes, both of which can be modulated by sleep quality, timing, and duration. Epidemiologic studies involving healthy populations have most commonly studied one aspect of sleep health – average sleep duration. These studies have found clear associations between self-reported short sleep duration and long-term health outcomes such as cancer, diabetes, obesity, depression, hypertension, and all-cause mortality.
Research also points to possible mediating and moderating effects of sleep on health determinants (e.g., physical activity, diet, tobacco use, and alcohol consumption). For instance, poor sleep may lead to poor decision making around behaviors that increase (e.g., smoking) or decrease (e.g., exercise) cancer risk.
The effects of sleep on daily decision making may influence a wide range of cancer outcomes, including decisions about information sharing, genetic testing, treatment, and palliative care. Conversely, other health behaviors will affect sleep health, so it is important to understand the bi-directional relationship.
It is also important to take a longitudinal approach to sleep health because sleep varies within individuals over time. Studying these processes as they unfold over time within individuals will yield a richer understanding of the relationship between sleep health and cancer. Research that improves our understanding of the relationship between sleep health and cancer will allow us to better support the development and implementation of cancer prevention and control interventions for healthy populations, cancer patients and survivors.
|Title||Announcement #||Expiration Date||Contact|
|Notice of Amendment of NCI Participation in PAR-20-164, Mechanisms and Consequences of Sleep Disparities in the U.S.||NOT-CA-20-075||July 15, 2022||Kara Hall
|Mechanisms and Consequences of Sleep Disparities in the U.S.||PAR-20-164 (R01 Clinical Trial Not Allowed)||July 15, 2022||Kara Hall
|Dietary, Physical Activity, Sedentary Behavior and Sleep Assessment Methodologies Among Infants and Young Children (Birth to 5 years) through Adults||NOT-CA-21-108||May 8, 2023||Kirsten Herrick
Sleep and Circadian Rhythm Assessment in Obesity and Cancer Research: Current Approaches, Challenges and Opportunities, NCI webinar, December 3, 2020.
- PDQ® Supportive and Palliative Care Editorial Board. PDQ Sleep Disorders. Bethesda, MD: National Cancer Institute. Updated <11/19/2021>.
Automated Self-Administered 24-hour (ASA24®) Dietary Assessment Tool – a free, web-based tool that enables researchers to examine the associations between sleep and dietary intake, timing of eating, and other variables in the context of the 24-hour day.