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Record type:	stať ve sborníku (D)
Home Department:	Katedra studií lidského pohybu (45050)
Title:	IDENTIFICATION OF POTENTIAL BIOMECHANICAL RISK FACTORS FOR RUNNING OVERUSE INJURIES FROM A PROSPECTIVE 4HAIE STUDY – PILOT ANALYSES
Citace	Skýpala, J., Plešek, J., Urbaczka, J., Elavsky, S., Hamill, J. a Jandačka, D. IDENTIFICATION OF POTENTIAL BIOMECHANICAL RISK FACTORS FOR RUNNING OVERUSE INJURIES FROM A PROSPECTIVE 4HAIE STUDY – PILOT ANALYSES. In: 42nd International Society of Biomechanics in Sports Conference: NMU Commons 2024-07-15 Salzburg. s. 854-857.

Subtitle
Publication year:	2024
Obor:
Number of pages:	4
Page from:	854
Page to:	857
Form of publication:	Tištená verze
ISBN code:	neuvedeno
ISSN code:
Proceedings title:	NMU Commons
Proceedings:	Mezinárodní
Publisher name:	neuvedeno
Place of publishing:	Salzburg
Country of Publication:	Sborník vydaný v zahraničí
Název konference:	42nd International Society of Biomechanics in Sports Conference
Conference venue:	Salzburg
Datum zahájení konference:
Typ akce podle státní příslušnosti účastníků:	Celosvětová akce
WoS code:
EID:

Key words in English:	running-related injury; anatomic regions; kinematic risk factors
Annotation in original language:	The study aimed to identify potential biomechanical risk factors associated with the incidence of running overuse injuries. A total of 747 runners aged 18-65 participated in the study. Runners underwent running biomechanics at a self-selected speed. Subsequently, each runner underwent a one-year follow-up period, during which runners reported running overuse injuries through a weekly online questionnaire. Spatiotemporal distances and biomechanical variables of the right lower limb were analysed. Biomechanical variables were associated with the incidence of running overuse injuries using binary multivariable logistic regression. The incidence of running injuries after one year of observation was 28.9%. Incidence of running overuse injuries was associated, for example, with step width, step frequency, and range of motion of the knee joint from IC to maximum adduction.
Annotation in english language:	The study aimed to identify potential biomechanical risk factors associated with the incidence of running overuse injuries. A total of 747 runners aged 18-65 participated in the study. Runners underwent running biomechanics at a self-selected speed. Subsequently, each runner underwent a one-year follow-up period, during which runners reported running overuse injuries through a weekly online questionnaire. Spatiotemporal distances and biomechanical variables of the right lower limb were analysed. Biomechanical variables were associated with the incidence of running overuse injuries using binary multivariable logistic regression. The incidence of running injuries after one year of observation was 28.9%. Incidence of running overuse injuries was associated, for example, with step width, step frequency, and range of motion of the knee joint from IC to maximum adduction.

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