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Full-Text Articles in Kinesiology
Impact Of Exercise On Brain Responses To Visual Food Cues: An Fmri Study, Nero Erezi Evero
Impact Of Exercise On Brain Responses To Visual Food Cues: An Fmri Study, Nero Erezi Evero
Master's Theses
On the basis of a strong body of data, the Institute of Medicine currently recommends at least 60 minutes of exercise per day to prevent body weight gain overtime. Previous studies have shown that there is no compensatory increase in food intake with this dose of exercise. Ultimately, the brain decides whether to alter food intake. Surprisingly, no published studies have assessed the impact of exercise on brain activation. Using functional magnetic resonance imaging (fMRI) and an appetite questionnaire, we investigated the effects of a single bout of aerobic exercise on brain responses to visual food cues and subjective appetite …
Post-Exercise Hypotension In Brief Exercise, Jeremiah G. Bush
Post-Exercise Hypotension In Brief Exercise, Jeremiah G. Bush
Masters Theses & Specialist Projects
The purpose of this investigation was to examine whether a single 10 minute bout of exercise, performed at multiple intervals throughout the day to equal 30 minutes, can effectively elicit post-exercise hypotension (PEH). Secondly, it is important to explore whether a light (40% VO2R) or moderate (70% VO2R) intensity is required to elicit PEH within 10 minutes. Subjects (N=11) completed a VO2max test utilizing the Bruce Treadmill protocol. Each subject returned within 3 – 5 days to complete two separate exercising trials. A counter balanced system was employed so that each subject did not perform the same intensity rotation (Counter …