The effects of a novel neuromuscular training programme on recreational female hockey players during a sagittal plane hop, hop and twist and unanticipated sidecut
Presentation / Conference Contribution
Johnston, T., Brown, S., & Kaliarntas, K. (2024, July)
The effects of a novel neuromuscular training programme on recreational female hockey players during a sagittal plane hop, hop and twist and unanticipated sidecut. Poster presented at 29th Annual Congress of European College of Sport Science, Glasgow, UK
INTRODUCTION: Females are at greater risk than other populations to sustain a noncontact injury especially the knee,
hamstring and ankle (Lin et al., 2018). This may be, in pa...
Noncontact injuries in Scottish hockey: A study of epidemiology, current practice and a preventative measure
Thesis
Johnston, T. Noncontact injuries in Scottish hockey: A study of epidemiology, current practice and a preventative measure. (Thesis)
Edinburgh Napier University. Retrieved from http://researchrepository.napier.ac.uk/Output/2948338
Introduction: There is limited evidence on noncontact injury epidemiology, current warm-up practice and exercise interventions used to reduce injuries in hockey. Therefore, th...
Non-contact injury incidence and warm-up observation in hockey in Scotland
Presentation / Conference
Johnston, T., Brown, S., Kaliarntas, K. & Taylor, C. (2016, August)
Non-contact injury incidence and warm-up observation in hockey in Scotland. Poster presented at International Sports Science + Sports Medicine Conference 2016, Newcastle University
Noncontact injuries occur during manoeuvres such as landing, accelerating and the side-cut. This investigation has assessed the prevalence and manoeuvres associated with nonco...
Time-motion analysis and heart rate response during elite male hockey competitions versus training
Journal Article
Johnston, T., Sproule, J., McMorris, T., & Maile, A. (2014)
Time-motion analysis and heart rate response during elite male hockey competitions versus training. Journal of Human Movement Studies, 46(3), 189-203
Time motion analysis of hockey in competition and training.