This lab has EEG equipment which can be used in a sound attenuated chamber.
This laboratory is used to study the neural control of walking and standing. It contains a three-screen visual cave to project a moving virtual visual scene surrounding the subject, linear motors to mechanically perturb the subject, a treadmill, a kinematic tracking system to record the subject's movements, and an EMG system to record the subject's muscle activations.
The Exercise for Brain Health laboratory, led by Dr. J.Carson Smith, is focused on understanding how exercise and physical activity affect human brain function and mental health. Dr. Smith's investigations use magnetic resonance imaging (MRI) and electroencephalography (EEG) to examine brain function in people at risk for Alzheimer's disease.
Our laboratory focuses on two different areas of genetics: understanding the role of genetics (gene variation) in explaining how different individuals respond to various exercise programs and why similar people can respond differently to the same stimulus. And, we are examining how exercise/physical activity can influence DNA itself (e.g., telomere biology, epigenetics).
Welcome to the web site for the Locomotion Lab at the University of Maryland. The lab is part of the Department of Kinesiology, under the direction of Dr. Ross Miller in the Cognitive Motor Neurosciences division.
The UMD Neuromechanics Research Core studies neural and mechanical mechanisms of human movements in general.
The Kinesiology Department offers physical activity classes as "natural labs" to complement the undergraduate curriculum. We have beginning, intermediate, and in some cases, advanced courses year round and across the whole College Park campus.
The Physical Cultural Studies (PCS) laboratory is a site in which we examine physical culture in its various forms, including sport, exercise, health, dance, and movement related practices.
The Physical Environment and Active Transportation (PEAT) Study will evaluate how the new Silver Line Metrorail of the Washington, DC rapid transit system contributes to adolescent active transportation habits and how these transportation habits can potentially affect adolescents’ physical activity levels and overweight/obesity rates.
Active transportation, such as walking, biking or using public transportation, is a strategic pathway to improving physical activity levels and thus reducing excess weight. Utilizing a forthcoming expansion of the Washington D.C.
The Cognitive Motor Neuroscience Laboratory, composed of 9 faculty members, post-docs, and graduate students, focuses on behavioral, neural, mechanical, and higher-level mechanisms underlying the selection, planning, learning, initiation, and execution of movement.
Our faculty research interests cover a broad range of areas, from exercise epidemiology to genetic and molecular aspects of aging and exercise physiology. A number of our faculty are incorporating cutting-edge genetic, molecular, and cellular techniques into their studies of skeletal muscle, cardiovascular physiology, and metabolism.
At the THINC lab, we are concerned with placing Technologies of Health IN Context. More specifically, we seek to better understand the wide range of technologies that are commonplace in our health and fitness experiences as we seek to monitor, assess and advance our health.