Open Access. Powered by Scholars. Published by Universities.®
- Publication
- Publication Type
Articles 1 - 3 of 3
Full-Text Articles in Medicine and Health Sciences
Effect Of The Pep Program On Biomechanical Risk Factors In Male Collegiate Lacrosse Athletes, Sebastian Stoltzfus, Casey Cottle, Chad Lyons, Michael A. Lawrence
Effect Of The Pep Program On Biomechanical Risk Factors In Male Collegiate Lacrosse Athletes, Sebastian Stoltzfus, Casey Cottle, Chad Lyons, Michael A. Lawrence
PEP Program Investigation With Men's Lacrosse Team
Research poster stemming from IPEC mini-grant funded student project Effect of The Prevent Injury Enhance Performance Program on Biomechanical Risk Factors and Performance Variables in Male Collegiate Lacrosse Athletes. Background: Landing and cutting maneuvers are common mechanisms for noncontact anterior cruciate ligament (ACL) injury. Men’s lacrosse is a high risk sport for ACL injury. The Prevent Injury Enhance Performance (PEP) program has been shown to decrease injury rates in women’s soccer but has not been studied in men’s lacrosse. Purpose: Determine if collegiate men’s lacrosse athletes land and cut in ways that put them at risk of ACL tear …
Comparison Of Knee Moments And Landing Patterns During A Lateral Cutting Maneuver: Shod Vs. Barefoot, Brianna A. Bisesti, Michael A. Lawrence, Alexander J. Koch, Lara A. Carlson
Comparison Of Knee Moments And Landing Patterns During A Lateral Cutting Maneuver: Shod Vs. Barefoot, Brianna A. Bisesti, Michael A. Lawrence, Alexander J. Koch, Lara A. Carlson
Athletic Training Student Publications
Non-contact anterior cruciate ligament (ACL) injuries often occur during lateral cutting maneuvers where extension, adduction, and external rotation create high loads on the ACL. The aim of this study was to examine knee moments and foot strike patterns during lateral cutting while shod (SD) and barefoot (BF). Fifteen NCAA Division III athletes (7 female and 8 male; age 20.2 ± 1.5 yr; mass 71.5 ± 11.3 kg; height, 1.7 ± .06 m) without lower limb pathologies were analyzed during 5 trials of 45 degree lateral cutting maneuvers for each limb in both BF and SD conditions with the approach speed …
Grant Application: Effect Of The Prevent Injury Enhance Performance Program On Biomechanical Risk Factors And Performance Variables In Male Collegiate Lacrosse Athletes, Sebastian Stoltzfus, Casey Cottle, Chad Lyons
Grant Application: Effect Of The Prevent Injury Enhance Performance Program On Biomechanical Risk Factors And Performance Variables In Male Collegiate Lacrosse Athletes, Sebastian Stoltzfus, Casey Cottle, Chad Lyons
PEP Program Investigation With Men's Lacrosse Team
IPEC Mini-grant application for funding of UNE student project Effect of The Prevent Injury Enhance Performance Program on Biomechanical Risk Factors and Performance Variables in Male Collegiate Lacrosse Athletes. Two physical therapy students, one applied exercise science student, and the manager of the UNE Motion Analysis Laboratory collaborated to investigate the effectiveness of the Prevent Injury Enhance Performance (PEP) program on reducing undesirable biomechanics and enhancing performance during athletic maneuvers in male lacrosse athletes.