The OSU Child Development Center (Bates Hall) is a preschool for student training, research and service includes Oregon Head Start Program.
The overall aim of the Dallas Lab’s research is to improve the health of premature infants, a population that suffers greatly reduced health outcomes (including early mortality, developmental disorders, and high risk of infection) in comparison with term-delivered, breast milk-fed infants.
The Environmental Exposure and Biomarker Lab measures metal concentrations in environmental and biological samples in order to determine personal exposure to contaminants. We also examine molecular biomarkers that may be generated by exposure to environmental contaminants.
Major research issues in the Exercise Physiology Laboratory include, but are not limited to:
Researchers in the Human Performance Laboratory are conducting ongoing studies related to exercise energy metabolism, athletic performance and body composition.
Dr. Megan McClelland's research, along with the work of many others, continues to show that early self-regulation skills (or the conscious control of thoughts, feelings and behavior) are important for academic success. The Kindergarten Readiness Research Program team works to develop ways to both measure and improve self-regulation skills in young children.
The Occupational Ergonomics and Biomechanics Research Laboratory uses a variety of bioinstrumentation to characterize work-related physical exposures and investigate their relationships with adverse health outcomes with an ultimate goal of promoting health and well-being at workplaces. We conduct both laboratory and field-based research studies to investigate underlying musculoskeletal injury mechanism in various work environment from computer work to semi-truck driving.
The Occupational Safety and Health Laboratory uses a variety of tools and methods to investigate workplace hazards and environmental pollutants on safety and health outcomes in working populations and communities. The goal of this research is to develop and test targetted interventions that serve to create healthy communities and individuals, and to improve worker safety in high risk industries.
The Physical Activity Assessment Laboratory is utilized for research projects related to assessment of free-living physical activity and/or energy expenditure in a variety of population groups. The lab also serves as a home-base for research staff working on community-based physical activity and obesity prevention intervention projects.
Researchers in the Skeletal Biology Laboratory develop exercise programs across the life span to promote bone health and prevent osteoporosis-related fractures.
The Social Mobility Lab provides children with disabilities with equitable, equal and inclusive access to mobility and play. The lab is dedicated to the design, prototyping, and testing of toy-based technologies and the development and implementation of play-based experiences that promote mobility and play.
The Spatial Health Lab carries out research related to health and place. It uses geographic information systems (GIS), remotely sensing data, and primary data collection methods to conduct spatial exposure assessments for a wide range of environmental and social factors, such as air pollution, green space, land use, walkability and community belonging. These exposure methods are used within risk assessments as well as large epidemiological studies to examine associations with health outcomes (e.g. birth outcomes, lung function, cardiovascular disease, lung cancer, etc.).
The Sport and Exercise Psychology Laboratory is central to every phase of the sport and exercise psychology research projects conducted by faculty and students.
The Translational Metabolism Research Laboratory investigates the molecular and cellular basis of metabolic disease and lifestyle interventions. We employ sophisticated techniques to evaluate the role of lipids, mitochondria and various cellular processes in the development of skeletal muscle insulin resistance.