Page 82 - Safe Wrestling

Rok Vatovec

sues (Bartlett, 2014; Knudson, 2021). In injury prevention, a mechanism-
based approach is particularly valuable because it links observed injury
outcomes to the underlying loading scenarios and movement patterns
that precede them (Bahr & Krosshaug, 2005). In combat sports, this per-
spective is especially important because seemingly similar techniques
can produce markedly different patterns of joint loading. Small varia-
tions in timing, centre-of-mass control, lever application, and the di-
rection and rate of force production can substantially alter the magni-
tude and distribution of forces acting across joints (Hall, 2014; McGinnis,
2021).
Accordingly, this contribution first outlines fundamental biomechan-
ical principles directly applicable to coaching and injury prevention in
combat sports (e.g., Newton’s laws, centre of mass, and lever systems).
It then summarises sport-specific biomechanical loads in grappling and
striking disciplines and highlights practical implications for the design of
targeted preventive programmes, including priorities for technique in-
struction, strength and conditioning, and preparation for high-risk load-
ing scenarios.

Methods
Design and Conceptual Approach
This contribution was developed as an applied conceptual synthesis
linking fundamental biomechanical principles with sport-specific load-
ing characteristics in combat sports and their implications for injury pre-
vention. The approach is descriptive and practice-oriented: key concepts
are introduced and subsequently interpreted through examples of com-
mon combat-sport actions in order to derive prevention-relevant con-
clusions.

Literature Search Strategy
To identify relevant sources addressing biomechanics and injury-related
loading in combat sports, targeted searches were conducted in PubMed/
MEDLINE, Scopus, Web of Science Core Collection, and ScienceDirect.
No publication-year cut-off was applied in order to capture both founda-
tional biomechanical concepts and more recent combat-sport research.
Search strings combined terms related to combat sports, biomechan-
ics, and injury/loading, for example: (‘combat sport’ OR wrestling OR ju-
do OR ‘Brazilian jiu-jitsu’ OR boxing OR kickboxing OR taekwondo OR
karate) AND (biomechanic* OR kinematic* OR kinetic* OR force OR mo-

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