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The Effect Of Exercise On Inhibitory Control To Images Of High And Low Calorie Food, Cory Pettit, Michael J. Larson
The Effect Of Exercise On Inhibitory Control To Images Of High And Low Calorie Food, Cory Pettit, Michael J. Larson
Journal of Undergraduate Research
The purpose of this study was to examine the effects of exercise on the neural correlates of response inhibition to high and low calorie foods. Specifically, we aimed to explore whether engaging in forty-five minutes of moderate intensity exercise affects brain activity that denotes inhibitory control while a person withholds practiced responses to pictures of high or low calorie food. We quantified inhibitory control by measuring the amplitude of the N2 event related potential (ERP; described below) using electroencephalogram (EEG) technology.
The Effect Of Exercise On Inhibitory Control To Images Of High And Low Calorie Food, Cory Pettit, Michael J. Larson, Phd
The Effect Of Exercise On Inhibitory Control To Images Of High And Low Calorie Food, Cory Pettit, Michael J. Larson, Phd
Journal of Undergraduate Research
The purpose of this study was to examine the effects of exercise on the neural correlates of response inhibition to high and low calorie foods. Specifically, we aimed to explore whether engaging in forty-five minutes of moderate intensity exercise affects brain activity that denotes inhibitory control while a person withholds practiced responses to pictures of high or low calorie food. We quantified inhibitory control by measuring the amplitude of the N2 event related potential (ERP; described below) using electroencephalogram (EEG) technology.