Dane Cook

Professor Dane B. Cook, PhD, is Co-Director of the Exercise Psychology laboratory at the University of Wisconsin-Madison and Director of the Marsh Center for Research in Exercise and Movement. Dr Cook has investigated post-exertional malaise. His primary research interests are to determine the psychobiological mechanisms of pain and fatigue and to learn how exercise can be used to better understand and treat these phenomena in healthy adults and those suffering from chronic pain and fatigue.

Cook is currently a Voting Member of the Chronic Fatigue Syndrome Advisory Committee for the term 05/10/14 to 05/10/17.

Awards

 * 2003, Junior Investigator Award to encourage young CFS/FM researchers in recognition of their work awarded by IACFSME.

Research

 * 2016, Following Exercise Challenge in Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS).
 * 2015, Changes in Gut and Plasma Microbiome following Exercise Challenge in Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS)."ABSTRACT:'...In patients with post-exertional malaise, significant worsening of symptoms occurs following physical exertion and exercise challenge serves as a useful method for identifying biomarkers for exertion intolerance. Evidence suggests that intestinal dysbiosis and systemic responses to gut microorganisms may play a role in the symptomology of ME/CFS. As such, we hypothesized that post-exertion worsening of ME/CFS symptoms could be due to increased bacterial translocation from the intestine into the systemic circulation. To test this hypothesis, we collected symptom reports and blood and stool samples from ten clinically characterized ME/CFS patients and ten matched healthy controls before and 15 minutes, 48 hours, and 72 hours after a maximal exercise challenge...Following maximal exercise challenge, there was an increase in relative abundance of 6 of the 9 major bacterial phyla/genera in ME/CFS patients from baseline to 72 hours post-exercise compared to only 2 of the 9 phyla/genera in controls (p = 0.005). There was also a significant difference in clearance of specific bacterial phyla from blood following exercise with high levels of bacterial sequences maintained at 72 hours post-exercise in ME/CFS patients versus clearance in the controls. These results provide evidence for a systemic effect of an altered gut microbiome in ME/CFS patients compared to controls. Upon exercise challenge, there were significant changes in the abundance of major bacterial phyla in the gut in ME/CFS patients not observed in healthy controls. In addition, compared to controls clearance of bacteria from the blood was delayed in ME/CFS patients following exercise. These findings suggest a role for an altered gut microbiome and increased bacterial translocation following exercise in ME/CFS patients that may account for the profound post-exertional malaise experienced by ME/CFS patients.'"


 * 2013, Exercise and sleep deprivation do not change cytokine expression levels in patients with chronic fatigue syndrome.
 * 2013, Post-Exertion Malaise in Chronic Fatigue Syndrome: Symptoms and Gene Expression.
 * 2013, The Effects of Exercise on Dynamic Sleep Morphology in Healthy Controls and Patients with Chronic Fatigue Syndrome.
 * 2012, Responses to Exercise Differ for chronic fatigue syndrome patients with fibromyalgia.
 * 2010, Sleep is not disrupted by exercise in patients with chronic fatigue syndrome.

Talks

 * Post-Exertion Malaise: The Intersection of Biology and Behavior (Dr Dane Cook, Solve ME/CFS, November 2015)
 * Solve CFS Webinar - Minimizing Relapses: Pacing Yourself Through the Holidays by Dr. Bruce Campbell and Dr. Dane B. Cook