Rachel Markwald and Allison Brager (Military Sleep Research, The Cost of Sleep Deprivation and Forging Performance) - Episode 1018

Behind The Shield

In this unique episode, I sat down with both the Army and Navy's leading sleep researchers to bring the gamut of Military research to the woefully understudied first responders professions. We discussed the immense financial cost of sleep deprivation related accidents, the impact on operational readiness, sleep and performance, the impact on decision making, the importance of courageous leadership and much more.

Dr. (MAJ) Allison Brager is an active duty Army neuroscientist. She is the recipient of two NIH National Research Service Awards and a National Academies of Sciences fellowship in order to examine the mechanisms of developing physiological resiliency to extreme stress in extreme environments. Her works spans from clinical trials on novel drug and technology development for military operations to studying physiology & behavior in some of the most austere places in the world to include Antarctica. She is the recipient of three Presidential medals to include a Joint Commendation Medal and two Meritorious Service Medals for her research & development efforts in support of Operation Iraqi Freedom and the COVID-19 pandemic (Operation Gotham).

In 2020, Dr. Brager underwent astronaut assessment & selection at NASA and made it to the second final round in 2021. As a former professional athlete, herself, Dr. Brager has leveraged her experience to help develop the first mental health handbook for the NCAA. She sits on several fatigue-related working groups for NATO, US Special Operations, and the federal government. In addition to more than 40 peer-reviewed articles in flagship journals, she is author of Meathead: Unraveling the Athletic Brain. She has a Sc.B from Brown University and earned her Ph.D from the Department of Biological Sciences working under Dr. J. David Glass.

Dr. Rachel Markwald is a Sleep Specialist providing education in sleep and circadian rhythms to enhance job performance and health. Her areas of specialization include the impact of inadequate sleep on alertness, cognition, athletic performance, metabolism, and pain. From a brain perspective, she has studied how poor sleep raises the risk for accidents and mishaps through impacts on attention, learning, memory, and decision-making abilities. From a body perspective, she has studied the impact of poor sleep on metabolism, eating behavior, and body weight. Dr. Markwald’s professional experience includes adapting effective sleep optimization strategies to meet the needs and requirements of individuals and teams performing in high tempo, dynamic environments.

She has worked with military medical and line communities, competitive and recreational athletes, business executives, and the general public to accomplish the goal of better sleep. She received her Bachelor of Science in Health and Exercise Science at Colorado State University in 2004 and stayed to complete a Master of Science in Exercise Physiology in 2007. After several years of working with the CSU Clinical Health Science Laboratory, she decided to pursue a PhD in Sleep Science within the Integrative Physiology department at the University of Colorado at Boulder. During this time, she studied the role of sleep and circadian rhythms in human performance, health, and disease. After a postdoctoral appointment at the University of Colorado Anschutz Medical Campus, she began a position with Navy Medicine as a civilian scientist.

Currently, she is directing a team of medical researchers engaged in addressing sleep and fatigue issues during the training and deployment of active-duty personnel. Her research also spans sleep disorders facing military personnel, such as those experienced within the context of post-traumatic stress disorder and traumatic brain injury. She has published multiple articles in peer reviewed journals, book chapters, and technical reports, and has delivered briefs to military operational leaders and Department of Defense policy makers.