Assessing the association between on-field heading technique and head impact kinematics in a cohort of female youth soccer players

Filben, Tanner M.; Tomblin, Brian T.; Pritchard, N. Stewart; Bullock, Garrett S.; Hemmen, Jordan M.; Neri, Kristina E.; Krug, Victoria; Miles, Christopher M.; Stitzel, Joel D.; Urban, Jillian E.

doi:10.1080/24733938.2023.2264272

Cited by 1 publication

(1 citation statement)

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“…Head accelerations are the nal outcomes of more complex kinetics events, which started with jumping, lower limbs and trunk kinetics, following a complex chain of biomechanical events. From a kinematic point of view, Peak Rotational Velocity (RV) seem the variable most associated with the mastering of technique, as observed by a recent study 51 and a higher strength of neck reduce head acceleration 52 , thus speci c exercise for increase the strength of neck muscle can be recommended. Also, a more speci c training of heading techniques should be incorporated into female players training routine.…”

Section: Discussionmentioning

confidence: 99%

Heading biomechanics in female football: A systematic scoping review

Cicchella,

Liu,

Chen

et al. 2024

Preprint

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Heading is a key skill in soccer. Research on heading focused mostly on males and young players, but it has been rarely investigated in female soccer players. Play scenario, training level, anthropometrics, frequency and intensity of headings, and long-term outcomes, such as vigilance and neuro-cognitive condition, are of interest for injury prevention. This systematic review aims to survey available knowledge about heading biomechanics in female football players to identify possible weakness and issues for future research directions in the field. A structured literature search was performed in PubMed, Scopus, Web of Science, and Sport Discus. The selection criteria included the following: (i) studies that focused on head impact only in females in soccer; and (ii) studies that included mechanics of the heading in females and outcomes (acute or long terms). Research on heading in female soccer players is sparse, and drawing firm conclusion on the investigated aspects (effect of play position, occurence, cognitive impairment, influence of muscle strength, and player’s level) is difficult. Mild-intensity heading is not dangerous, helmet does not help, play state and player position influence heading, and high rotational velocities are achieved. Response to a long kick is more risky, and strenghtening of neck muscles helps prevent injuries. This work identifies new direction for research and a basis on ameliorating heading training and skills and developing an effective and safe heading technique. Initiatives to improve safety in women’s soccer and prevent injuries from heading are necessary to reduce the gap in the knowledge between men and women players.

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Section: Discussionmentioning

confidence: 99%