Muscle Performance
Pre- and Post-Operative Muscle Performance and Physical Activity in Individuals with Acetabular Dysplasia Undergoing Periacetabular Osteotomy
Funded By: NIH National Rehabilitation Research Resource to Enhance Clinical Trials (REACT) Scholar Award and Self-Funded/Department of Physical Therapy
Faculty: Matthew Ithurburn (Principal Investigator)
Research Areas: Sports; Orthopaedics; Muscle Performance; Physical Activity
Reliability of Different Types of Muscle Strength and Muscle Power Test Performance in Young Adults
Funded By: Self-Funded/Department of Physical Therapy
Faculty: Harshvardhan Singh (Principal Investigator)
Research Areas: Muscle Performance
Relationship Between Muscle Shortening versus Muscle Lengthening Contractions and Skeletal Status in Children with Obesity
Funded By: Self-Funded/Department of Physical Therapy
Faculty: Harshvardhan Singh (Principal Investigator)
Research Areas: Pediatrics; Muscle Performance
Force-Velocity Profiling to Target Muscle Performance Interventions in Young Individuals after Anterior Cruciate Ligament Reconstruction
Funded By: NIH National Rehabilitation Research Resource to Enhance Clinical Trials (REACT) Pilot Studies Program
Faculty: Matthew Ithurburn (Co-Principal Investigator)
Research Areas: Sports; Orthopaedics; Muscle Performance
Effect of aging on the relationship between joint angle and muscle force in muscle shortening versus muscle lengthening contractions
Funded By: Self-Funded/Department of Physical Therapy
Faculty: Harshvardhan Singh (Principal Investigator)
Research Areas: Muscle Performance
Muscle Performance, Function, and Physical Activity in Individuals with Femoroacetabular Impingement Syndrome
Funded By: Self-Funded/Department of Physical Therapy
Faculty: Matthew Ithurburn (Principal Investigator)
Research Areas: Sports; Orthopaedics; Muscle Performance; Physical Activity
Normative Values and Physical Function Correlates of the 30-Seconds Chair Stand Test in Community-Residing Young Adults
Funded By: Self-Funded/Department of Physical Therapy
Faculty: Donald Lein (Principal Investigator)
Research Areas: Muscle Performance
Predicting Maximum Concentric and Eccentric Squat Strength from Maximum Isometric Squat Strength
Funded By: Self-Funded/Department of Physical Therapy
Faculty: Harshvardhan Singh (Principal Investigator)
Research Areas: Muscle Performance