Individualization of Training Based on Sprint Force-Velocity Profiles: A Conceptual Framework for Biomechanical and Technical Training Recommendations-Reference-Cited by-同舟云学术

Individualization of Training Based on Sprint Force-Velocity Profiles: A Conceptual Framework for Biomechanical and Technical Training Recommendations

Published:2023-06-19 Issue:6 Volume:45 Page:711-725
ISSN:1524-1602
Container-title:Strength & Conditioning Journal
language:en
Short-container-title:

Author:

Hicks Dylan S.¹,Drummond Claire¹,Williams Kym J.¹,Pickering Craig²,van den Tillaar Roland³

Affiliation:

1. SHAPE Research Center, Flinders University, Bedford Park, Australia;

2. Athletics Australia, Melbourne, Australia; and

3. Department of Sport Science and Physical Education, Nord University, Norway

Abstract

ABSTRACT The purpose of this article is to provide practitioners with a system to categorize and individualize training prescription from sprint force-velocity (F-v) profiles to enhance performance in team and individual sport athletes. Despite F-v variables presenting key information about the underpinning mechanisms contributing to sprint performance, the overall data interpretation may be limited for the practitioner to implement applied training interventions compared with the researcher. Therefore, this article provides a conceptual framework for appropriate training prescriptions based on individual biomechanical and technical characteristics contributing to sprint performance.

Publisher

Ovid Technologies (Wolters Kluwer Health)

Reference71 articles.

1. A novel guideline for the analysis of linear acceleration mechanics – outlining a conceptual framework of “shin roll” motion;Alt;Sports Biomech,2022

2. Gender-specific association of the sprint mechanical properties with change of direction performance in basketball;Baena-Raya;J Strength Conditioning Res,2021

3. Coaching instructions and cues for enhancing sprint performance;Benz;Strength Conditioning J,2016

4. Sprint running performance and technique changes in athletes during periodized training: An elite training group case study;Bezodis;Int J Sports Physiol Perform,2018

5. Ratio of forces during sprint acceleration: A comparison of different calculation methods;Bezodis;J Biomech,2021

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