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An Epidemiological Observation: Non-Contact Anterior Cruciate Ligament Injury Risk Prediction Using Functional Movement Screen™ and Knee Abduction Moment: A Dissertation of Clinical Practice Improvement

Citation

Landis, Scott. (2016). An Epidemiological Observation: Non-Contact Anterior Cruciate Ligament Injury Risk Prediction Using Functional Movement Screen™ and Knee Abduction Moment: A Dissertation of Clinical Practice Improvement. Theses and Dissertations Collection, University of Idaho Library Digital Collections. https://www.lib.uidaho.edu/digital/etd/items/landis_idaho_0089e_10818.html

Title:
An Epidemiological Observation: Non-Contact Anterior Cruciate Ligament Injury Risk Prediction Using Functional Movement Screen™ and Knee Abduction Moment: A Dissertation of Clinical Practice Improvement
Author:
Landis, Scott
Date:
2016
Keywords:
ACL advanced practice injury risk prediction
Program:
Movement & Leisure Sciences
Subject Category:
Health sciences
Abstract:

The Dissertation of Clinical Practice Improvement (DoCPI) is a comprehensive document that is completed in the Doctor of Athletic Training (DAT) Program. The DoCPI serves to support the clinician’s achievement towards an Advanced Practice (AP) in athletic training. The clinician’s achievement of AP is evidenced by a Plan of Advanced Practice (PoAP), which includes an in-depth analysis of the clinician’s clinical competence (strengths and weaknesses), professional goals, and a plan for the achievement of those goals. The DoCPI also includes a critical and reflective analysis of patient outcomes data that were collected during the clinician’s residency. This analysis provides the clinician with the justification necessary to make changes in his or her clinical practice that result in improved patient care. Such improvement is demonstrated through reflective journaling, improved patient outcomes, and intelligence gleaned from an original applied clinical research investigation. This dissertation contains such an investigation; in particular, an epidemiological observation of non-contact lower extremity injury risk prediction using the Functional Movement Screen™ and knee abduction moment. A thorough review of the literature on this topic (in particular, on anterior cruciate ligament injury risk) and a consideration of movement quality to identify at-risk individuals both provide rationale for the investigation and are further evidence of the clinician’s path toward AP.

Description:
doctoral, D.A.T., Movement & Leisure Sciences -- University of Idaho - College of Graduate Studies, 2016
Major Professor:
Seegmiller, Jeffery
Committee:
Baker, Russell; Myer, Greg; Dillard, Matthew
Defense Date:
2016
Identifier:
Landis_idaho_0089E_10818
Type:
Text
Format Original:
PDF
Format:
application/pdf

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