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Full-Text Articles in Biomechanics
An Integrated Modeling Method For Bone Strain Analysis, Daniel Leib, Henry Wang, Eric Dugan
An Integrated Modeling Method For Bone Strain Analysis, Daniel Leib, Henry Wang, Eric Dugan
Daniel Leib
No abstract provided.
An Integrated Modeling Method For Tibia Strain Analysis, Daniel Leib, Henry Wang
An Integrated Modeling Method For Tibia Strain Analysis, Daniel Leib, Henry Wang
Daniel Leib
No abstract provided.
Muscular Fatigue Increases Ground Reaction Loading Rate During Walking, Henry Wang, Jeff Frame, Elicia Ozimek, Cara Reedstrom, Daniel Leib, Eric Dugan
Muscular Fatigue Increases Ground Reaction Loading Rate During Walking, Henry Wang, Jeff Frame, Elicia Ozimek, Cara Reedstrom, Daniel Leib, Eric Dugan
Daniel Leib
No abstract provided.
The Power Of Empowerment: An Icf-Based Model To Improve Self-Efficacy And Upper Extremity Function Of Survivors Of Breast Cancer, Mary Insana Fisher, Dana Howell
The Power Of Empowerment: An Icf-Based Model To Improve Self-Efficacy And Upper Extremity Function Of Survivors Of Breast Cancer, Mary Insana Fisher, Dana Howell
Physical Therapy Faculty Publications
Breast cancer is one of the most frequently diagnosed cancers among women. Breast cancer treatments often negatively impact the function of the arm, and quality of life and upper extremity function does not always return to a prediagnosis level. Survivors of breast cancer may also experience feelings of diminished self-efficacy related to functional deficits resulting from their physical limitations. The International Classification of Functioning (ICF) provides a framework for rehabilitation practitioners to address physical and psychological impairments, activity limitations, and participation restrictions. Patient outcomes may be improved by fostering self-efficacy through empowerment. This paper explores how the ICF model and …
Electromyographic Analysis Of Trunk Muscle Activation During A Throwing Pattern Following Rotator Cuff Mobilization, Aubrey L. Doede
Electromyographic Analysis Of Trunk Muscle Activation During A Throwing Pattern Following Rotator Cuff Mobilization, Aubrey L. Doede
CMC Senior Theses
Correct muscular activation of the body segments during an overhand throw is achieved when movement originates in the larger and more proximal legs and trunk and moves sequentially to the smaller, distal segments of the shoulder and arm. This sequence permits angular velocity to transfer progressively through the throw as part of an open kinetic chain. The athlete can summate angular velocity and segmental forces only if he is able to create a separation between the body segments during the movement pattern, and this separation is thus essential to effective segmental sequencing for activation of the trunk muscles to occur …