Ohio University

Research

Exercise Biochemistry Lab

Location

Grover Center W211B

About the facility

The laboratory is used for investigations aimed at limiting the impact of chronic disease. The facility is used by faculty and both undergraduate and graduate students for research projects. Projects undertaken in the lab include analysis of inflammatory, fibrinolytic and hemostatic response to bloodflow-restricted exercise; glycolytic and hormonal response to carbohydrate ingestion; and influence of aerobic fitness on the oxidation of LDL.

Equipment

  • Ultra-low freezer
  • Plate Reader
  • UV/VIS Spectrophotometer
  • Gel Electrophoresis equipment (upright box, power unit, Gel Pro software)
  • Miscellaneous equipment (single and multi-channel pipets, waterbaths, vortexers, etc.)

Exercise Physiology Lab

About the facility

This laboratory is used to understand physiological response to exercise. The facility is also using in teaching the courses Exercise Testing and Prescription, Cardiovascular Evaluations, and Exercise Performance.

Location: Grover Center E228

Director: Dr. Sharon Perry 

 


Human Performance Center (HPC)

Evidence based performance, bridging the gap between scientific methods and practical application. 

Faculty

Anssi Saari, PhD, CSCS
Division of Exercise Physiology
Assistant Clinical Professor
Grover Center E175
740.593.0131
saari@ohio.edu 

Facilities and Equipment

Facilities
  • Exercise Physiology Testing Lab
  • Biomechanics Lab
  • Strength and Conditioning Lab
Equipment
  • Metabolic carts
  • Body composition: Dual X-ray absorptiometry (DEXA), InBody bioelectric impedance
  • Biomechanics: Mounted and portable force plates, Vicon motion capture system
  • PUSH Band and Gymaware linear velocity
  • Omegawave electrocardiographic and brainwave potential analyzer

Available Services

Human performance testing 

VO2 testing with matched HR thresholds, lactate threshold, Wingate tests, body composition, HR variability, biomechanical movement analysis, 30-15 team test, combine type testing for teams.

Data analytics 

Consultation, daily data tracking and interpretation, visualization, statistical analysis.

Performance services 

Consultation, physical training programs, workshops and clinics for athletes and coaches.

Industry services 

Validation studies, product enhancement, proof of concept. 

 


Neuromuscular Biomechanics and Health Assessment Lab (NMBHAL)

About the facility

Musculoskeletal disease is the most common, costly and debilitating form of injury or illness. Over 135 million people (>46% of U.S. population) report musculoskeletal disease as a primary health concern annually. Of these individuals, over 61 million seek medical treatment each year due to musculoskeletal injury resulting in over $950 billion dollars spent each year on total costs associated with musculoskeletal disease. The negative consequences of musculoskeletal injury go beyond initial trauma as 31% of men and 24% percent of women permanently stop exercise after suffering musculoskeletal injury. Chronic diseases, such as cardiovascular disease, diabetes, cancer, neurocognitive decline, and arthritis are linked to a lack of physical activity. To address this public health problem, the NMBHAL lab is focused on identifying mechanisms, risk factors and preventive solutions for musculoskeletal injury, with an emphasis on the lower extremity. The lab comprises over 1500 square feet of state-of-the-art research equipment for testing and screening individuals of all ages and skill levels. This facility is designed for motion analysis of sports and daily activities. It includes a 15'x15' open space with a passive optical motion capture system to allow natural walking, running and jumping.

Directors

Dustin Grooms and Janet Simon 

Location

Grover Center E116

Equipment

  • 13 Camera Vicon Passive Optical 3D Motion Capture System
  • Two Bertec Embedded Force Plates
  • Bertec Instrumented Staircase with Two Force Plates
  • 16 Channel Delsys Trigno Electromyography (EMG) System
  • Noraxon Inertial Measurement Unit System (In-the-field 3D kinematics)
  • Software: Matlab, Visual 3D, SPSS, Labview

STEP (Strategies and Tools for Evaluating Play) Lab

Director

Cheryl A Howe, Ph.D.

Room

Grover Center W147 and W211C

About the facility

The STEP lab focuses on measurement of children's physical activity energy expenditure and enjoyment. Equipment in the laboratory are centered around these measurements as well as the development of new and more effective methods for measuring children's free-play physical activity. Ultimately, the data and new methodologies inform interventions for preventing and treating childhood obesity and comorbidities, including type 2 diabetes, hypertension, and cardiovascular disease. Many students have used this facility to participate in ongoing research projects or conduct their own research projects related to the lab mission, earning course credit (EXPH 4940 - Research Dynamics), practical, hands-on experience, or completing of their honors or masters theses.

Equipment

  • Portable resting (MedGem) and exercise (Oxycon Mobile) metabolic analyzers
  • Physical Activity Trackers (ActiGraph, Omron, FitBit, Polar, Garmin, etc.) and associate software packages
  • Global Positioning System (GPS) monitors (LandAirSea) and Geographical Information System software (ArcMap 10.0)
  • Research quality heart rate monitors (Polar)
  • Sports/Play equipment for children's physical activity
  • Video Direct Observation video cameras, monitors and software (Dartfish Team Pro 6.0)
  • Body composition assessment tools (portable stadiometer and scale, BIA, calipers, Gulick)
  • Automated blood pressure assessment (Omron)