Ankle Mobility and Lower Extremity Functional Stability Assessment and Intervention for Collegiate Baseball Pitchers
type: CreativeWork
description: Collegiate baseball pitchers experience a high incidence of upper extremity injuries, often associated with impaired force transfer through the kinetic chain. Limited ankle dorsiflexion may alter stride length and increase injury risk. Purpose: This study aimed to establish a screening tool to identify drive leg ankle imbalances in collegiate pitchers and examine the effects of a targeted exercise program on ankle mobility, functional stability, and stride length. Methods: Twelve male NCAA Division I pitchers completed pre and post testing including ankle range of motion, Y Balance testing, and pitching stride measurements. Results: Significant improvements were observed in drive leg dorsiflexion and posterior medial reach distance, with corresponding increases in composite Y Balance scores. Stride length demonstrated a non significant trend toward a more optimal percentage relative to height. Conclusion: A targeted ankle mobility and stability intervention effectively improved drive leg mobility and lower extremity functional stability, which may support improved pitching mechanics and injury risk reduction.
abstract: Collegiate baseball pitchers experience a high incidence of upper extremity injuries, often associated with impaired force transfer through the kinetic chain. Limited ankle dorsiflexion may alter stride length and increase injury risk. Purpose: This study aimed to establish a screening tool to identify drive leg ankle imbalances in collegiate pitchers and examine the effects of a targeted exercise program on ankle mobility, functional stability, and stride length. Methods: Twelve male NCAA Division I pitchers completed pre and post testing including ankle range of motion, Y Balance testing, and pitching stride measurements. Results: Significant improvements were observed in drive leg dorsiflexion and posterior medial reach distance, with corresponding increases in composite Y Balance scores. Stride length demonstrated a non significant trend toward a more optimal percentage relative to height. Conclusion: A targeted ankle mobility and stability intervention effectively improved drive leg mobility and lower extremity functional stability, which may support improved pitching mechanics and injury risk reduction.
author: Buck, Zackary
language: en_US
language: English
date published: 2026
date modified: 2026-07-27T21:45:34Z
provider: University of Nevada - Reno
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: University of Nevada - Reno