Search Results - Clinical Biomechanics

Vera, A. M., Nho, S. J., Mather, R. C., Wuerz, T. H., Harris, J. D.

Metzen, F., Ribeiro-Alvares, J. B., Pompeo, K. D., Sonda, F. C., Santos, R. S., Vaz, M. A. “…Flexor strength and flexor and internal rotation ROM predicted 26% to 41% of this movement`s static and dynamic performances. Thus, from a biomechanical perspective, clinical assessment of hip strength and ROM may be used to predict the quality of the ballet dancers` performance of the développé à la seconde and guide classical ballet training.…”

Bonazza, N. A., Saltzman, E. B., Wittstein, J. R., Richard, M. J., Kramer, W., Riboh, J. C. “…Methods: A review of the PubMed database was performed to include all studies describing elbow biomechanics during gymnastics, clinical entities of the elbow in gymnasts, and outcomes of operative and/or nonoperative treatment of elbow pathology in gymnasts. …”

S. Porter, J. Wilson “…Divided into two parts, physiology and sports injury management, this is an innovative clinical- and evidence-based guide, which engages with the latest developments in athletic performance both long and short term. …”

Nyman, E. “…To date, he has published a multitude of empirical research articles relative to the sport of gymnastics - ranging from skill biomechanics to exercise physiology, to electromyography (EMG) - many of which will benefit the clinical practitioner in this field and may be considered requisite reading,…”

Trevithick, B. “…To investigate changes in some key biomechanics data with increased skills, further data was collected while gymnasts performed handwalking and front and back handsprings. …”

M. Jemni “…The Science of Gymnastics provides the most comprehensive and accessible introduction available to the fundamental physiological, biomechanical and psychological principles underpinning performance in artistic gymnastics. …”

Sonvico, L., Spencer, S. M., Fawcett, L., Bucke, J., Henghan, N. R., Rushton, A. “…Lumbar ROM and posture was evaluated in relation to the current biomechanical literature and a proposed Conceptual Compressive Lumbar Load Distribution Model (CCLLDM). …”

Uzunov, V. “…The methodology behind this program is based on current track and field coaching methods, scientific literature on sprinting biomechanics and preadolescence speed and strength training principles. …”

Ferrer, V., Turmo, A.

Gittoes, M. J. R., Irwin, G. “…The subsequent integration of insight into biomechanical risk factors of landing with clinical practice interventions has been recently advocated. …”

M. Hutson, C. Speed “…Bone 1.7. Training Biomechanics 1.8. Principles of biomechanics and their use in the analysis of injuries and technique 1.9. …”

Orishimo, K. F., Kremenic, I. J., Pappas, E., Hagins, M., Liederbach, M. “…Conclusion In executing a 30-cm drop landing, male and female dancers exhibited similar landing strategies and avoided landing patterns previously associated with increased injury rates. Clinical Relevance Commonly reported biomechanical differences between men and women, as well as the gender disparity among athletes in the incidence of ACL injuries, may be the result of inadequate experience in proper balance and landing technique rather than intrinsic gender factors. …”

Lockwood, K., Gervais, P. “…Clinical Biomechanics…”

Perry, J.